Streptococcus pneumoniae Polynucleotides and Sequences FIELD OF THE INVENTION The present invention relates to the field of molecular biology. In particular, it relates to, among other things, nucleotide sequences of Streptococcus pneumoniae, contigs, ORFs, fragments, probes, primers and related polynucleotides thereof, peptides and polypeptides encoded by the sequences, and uses of the polynucleotides and sequences thereof, such as in fermentation, polypeptide production, assays and pharmaceutical development, among others.

BACKGROUND OF THE INVENTION Streptococcus pneumoniae has been one of the most extensively studied microorganisms since its first isolation in 1881. It was the object of many investigations that led to important scientific discoveries. In 1928, Griffith observed that when heat-killed encapsulated pneumococci and live strains constitutively lacking any capsule were concomitantly injected into mice, the nonencapsulated could be converted into encapsulated pneumococci with the same capsular type as the heat-killed strain. Years later, the nature of this"transforming principle,"or carrier of genetic information, was shown to be DNA. (Avery, O. T., et al., J. Exp. Med., 79 : 137-157 (1944)).

In spite of the vast number of publications on S. pneumoniae many questions about its virulence are still unanswered, and this pathogen remains a major causative agent of serious human disease, especially community-acquired pneumonia. (Johnston, R. B., et al., Rev. Infect. Dis. 13 (Suppl. 6) : S509-517 (1991)). In addition, in developing countries, the pneumococcus is responsible for the death of a large number of children under the age of 5 years from pneumococcal pneumonia. The incidence of pneumococcal disease is highest in infants under 2 years of age and in people over 60 years of age. Pneumococci are the second most frequent cause (after Haemophilus influenzae type b) of bacterial meningitis and otitis media in children. With the recent introduction of conjugate vaccines for H. influenzae type b, pneumococcal meningitis is likely to become increasingly prominent. S. pneumoniae is the most important etiologic agent of community-

acquired pneumonia in adults and is the second most common cause of bacterial meningitis behind Neisseria meningitidis.

The antibiotic generally prescribed to treat S. pneumoniae is benzylpenicillin, although resistance to this and to other antibiotics is found occasionally. Pneumococcal resistance to penicillin results from mutations in its penicillin-binding proteins. In uncomplicated pneumococcal pneumonia caused by a sensitive strain, treatment with penicillin is usually successful unless started too late. Erythromycin or clindamycin can be used to treat pneumonia in patients hypersensitive to penicillin, but resistant strains to these drugs exist. Broad spectrum antibiotics (e. g., the tetracyclines) may also be effective, although tetracycline-resistant strains are not rare. In spite of the availability of antibiotics, the mortality of pneumococcal bacteremia in the last four decades has remained stable between 25 and 29%. (Gillespie, S. H., et al., J. Med. Microbiol. 28 : 237- 248 (1989).

S. pneumoniae is carried in the upper respiratory tract by many healthy individuals. It has been suggested that attachment of pneumococci is mediated by a disaccharide receptor on fibronectin, present on human pharyngeal epithelial cells.

(Anderson, B. J., et al., J. Immunol. 142 : 2464-2468 (1989). The mechanisms by which pneumococci translocate from the nasopharynx to the lung, thereby causing pneumonia, or migrate to the blood, giving rise to bacteremia or septicemia, are poorly understood. (Johnston, R. B., et al., Rev. Infect. Dis. 13 (Suppl. 6) : S509- 517 (1991).

Various proteins have been suggested to be involved in the pathogenicity of S. pneumoniae, however, only a few of them have actually been confirmed as virulence factors. Pneumococci produce an IgAl protease that might interfere with host defense at mucosal surfaces. (Kornfield, S. J., et al., Rev. Inf. Dis. 3 : 521- 534 (1981). S. pneumoniae also produces neuraminidase, an enzyme that may facilitate attachment to epithelial cells by cleaving sialic acid from the host glycolipids and gangliosides. Partially purified neuraminidase was observed to induce meningitis-like symptoms in mice ; however, the reliability of this finding has been questioned because the neuraminidase preparations used were probably contaminated with cell wall products. Other pneumococcal proteins besides neuraminidase are involved in the adhesion of pneumococci to epithelial and endothelial cells. These pneumococcal proteins have as yet not been identified.

Recently, Cundell et-al., reported that peptide permeases can modulate

pneumococcal adherence to epithelial and endothelial cells. It was, however, unclear whether these permeases function directly as adhesions or whether they enhance adherence by modulating the expression of pneumococcal adhesions.

(DeVelasco, E. A., et al., Micro. Rev. 59 : 591-603 (1995). A better understanding of the virulence factors determining its pathogenicity will need to be developed to cope with the devastating effects of pneumococcal disease in humans.

Ironically, despite the prominent role of S. pneumoniae in the discovery of DNA, little is known about the molecular genetics of the organism. The S. pneumoniae genome consists of one circular, covalently closed, double-stranded DNA and a collection of so-called variable accessory elements, such as prophages, plasmids, transposons and the like. Most physical characteristics and almost all of the genes of S. pneumoniae are unknown. Among the few that have been identified, most have not been physically mapped or characterized in detail. Only a few genes of this organism have been sequenced. (See, for instance current versions of GENBANK and other nucleic acid databases, and references that relate to the genome of S. pneumoniae such as those set out elsewhere herein.) It is clear that the etiology of diseases mediated or exacerbated by S. pneumoniae, infection involves the programmed expression of S. pneumoniae genes, and that characterizing the genes and their patterns of expression would add dramatically to our understanding of the organism and its host interactions.

Knowledge of S. pneumoniae genes and genomic organization would improve our understanding of disease etiology and lead to improved and new ways of preventing, ameliorating, arresting and reversing diseases. Moreover, characterized genes and genomic fragments of S. pneumoniae would provide reagents for, among other things, detecting, characterizing and controlling S. pneumoniae infections. There is a need to characterize the genome of S. pneumoniae and for polynucleotides of this organism.

SUMMARY OF THE INVENTION The present invention is based on the sequencing of fragments of the Streptococcus pneumoniae genome. The primary nucleotide sequences which were generated are provided in SEQ ID NOS : I-391.

The present invention provides the nucleotide sequence of several hundred contigs of the Streptococcus pneumoniae genome, which are listed in tables below and set out in the Sequence Listing submitted herewith, and representative fragments thereof, in a form which can be readily used, analyzed, and interpreted by a skilled artisan. In one embodiment, the present invention is provided as contiguous strings of primary sequence information corresponding to the nucleotide sequences depicted in SEQ ID NOS : 1-391.

The present invention further provides nucleotide sequences which are at least 95% identical to the nucleotide sequences of SEQ ID NOS : 1-391.

The nucleotide sequence of SEQ ID NOS : 1-391, a representative fragment thereof, or a nucleotide sequence which is at least 95% identical to the nucleotide sequence of SEQ ID NOS : I-391 may be provided in a variety of mediums to facilitate its use. In one application of this embodiment, the sequences of the present invention are recorded on computer readable media. Such media includes, but is not limited to : magnetic storage media, such as floppy discs, hard disc storage medium, and magnetic tape ; optical storage media such as CD-ROM ; electrical storage media such as RAM and ROM ; and hybrids of these categories such as magnetic/optical storage media.

The present invention further provides systems, particularly computer- based systems which contain the sequence information herein described stored in a data storage means. Such systems are designed to identify commercially important fragments of the Streptococcus pneumoniae genome.

Another embodiment of the present invention is directed to fragments of the Streptococcus pneumoniae genome having particular structural or functional attributes. Such fragments of the Streptococcus pneumoniae genome of the present invention include, but are not limited to, fragments which encode peptides, hereinafter referred to as open reading frames or ORFs, fragments which modulate the expression of an operably linked ORF, hereinafter referred to as expression modulating fragments or EMFs, and fragments which can be used to diagnose the

presence of Streptococcus pneumoniae in a sample, hereinafter referred to as diagnostic fragments or DFs.

Each of the ORFs in fragments of the Streptococcus pneumoniae genome disclosed in Tables 1-3, and the EMFs found 5'to the ORFs, can be used in numerous ways as polynucleotide reagents. For instance, the sequences can be used as diagnostic probes or amplification primers for detecting or determining the presence of a specific microbe in a sample, to selectively control gene expression in a host and in the production of polypeptides, such as polypeptides encoded by ORFs of the present invention, particular those polypeptides that have a pharmacological activity.

The present invention further includes recombinant constructs comprising one or more fragments of the Streptococcus pneumoniae genome of the present invention. The recombinant constructs of the present invention comprise vectors, such as a plasmid or viral vector, into which a fragment of the Streptococcus pneumoniae has been inserted.

The present invention further provides host cells containing any of the isolated fragments of the Streptococcus pneumoniae genome of the present invention. The host cells can be a higher eukaryotic host cell, such as a mammalian cell, a lower eukaryotic cell, such as a yeast cell, or a procaryotic cell such as a bacterial cell.

The present invention is further directed to isolated polypeptides and proteins encoded by ORFs of the present invention. A variety of methods, well known to those of skill in the art, routinely may be utilized to obtain any of the polypeptides and proteins of the present invention. For instance, polypeptides and proteins of the present invention having relatively short, simple amino acid sequences readily can be synthesized using commercially available automated peptide synthesizers. Polypeptides and proteins of the present invention also may be purified from bacterial cells which naturally produce the protein. Yet another alternative is to purify polypeptide and proteins of the present invention from cells which have been altered to express them.

The invention further provides methods of obtaining homologs of the fragments of the Streptococcus pneumoniae genome of the present invention and homologs of the proteins encoded by the ORFs of the present invention.

Specifically, by using the nucleotide and amino acid sequences disclosed herein as

a probe or as primers, and techniques such as PCR cloning and colony/plaque hybridization, one skilled in the art can obtain homologs.

The invention further provides antibodies which selectively bind polypeptides and proteins of the present invention. Such antibodies include both monoclonal and polyclonal antibodies.

The invention further provides hybridomas which produce the above- described antibodies. A hybridoma is an immortalized cell line which is capable of secreting a specific monoclonal antibody.

The present invention further provides methods of identifying test samples derived from cells which express one of the ORFs of the present invention, or a homolog thereof. Such methods comprise incubating a test sample with one or more of the antibodies of the present invention, or one or more of the DFs of the present invention, under conditions which allow a skilled artisan to determine if the sample contains the ORF or product produced therefrom.

In another embodiment of the present invention, kits are provided which contain the necessary reagents to carry out the above-described assays.

Specifically, the invention provides a compartmentalized kit to receive, in close confinement, one or more containers which comprises : (a) a first container comprising one of the antibodies, or one of the DFs of the present invention ; and (b) one or more other containers comprising one or more of the following : wash reagents, reagents capable of detecting presence of bound antibodies or hybridized DFs.

Using the isolated proteins of the present invention, the present invention further provides methods of obtaining and identifying agents capable of binding to a polypeptide or protein encoded by one of the ORFs of the present invention.

Specifically, such agents include, as further described below, antibodies, peptides, carbohydrates, pharmaceutical agents and the like. Such methods comprise steps of : (a) contacting an agent with an isolated protein encoded by one of the ORFs of the present invention ; and (b) determining whether the agent binds to said protein.

The present genomic sequences of Streptococcus pneumoniae will be of great value to all laboratories working with this organism and for a variety of commercial purposes. Many fragments of the Streptococcus pneumoniae genome will be immediately identified by similarity searches against GenBank or protein databases and will be of immediate value to Streptococcus pneumoniae researchers

and for immediate commercial value for the production of proteins or to control gene expression.

The methodology and technology for elucidating extensive genomic sequences of bacterial and other genomes has and will greatly enhance the ability to analyze and understand chromosomal organization. In particular, sequenced contigs and genomes will provide the models for developing tools for the analysis of chromosome structure and function, including the ability to identify genes within large segments of genomic DNA, the structure, position, and spacing of regulatory elements, the identification of genes with potential industrial applications, and the ability to do comparative genomic and molecular phylogeny.

DESCRIPTION OF THE FIGURES FIGURE 1 is a block diagram of a computer system (102) that can be used to implement computer-based systems of present invention.

FIGURE 2 is a schematic diagram depicting the data flow and computer programs used to collect, assemble, edit and annotate the contigs of the Streptococcus pneumoniae genome of the present invention. Both Macintosh and Unix platforms are used to handle the AB 373 and 377 sequence data files, largely as described in Kerlavage et al., Proceedings of the Twenty-Sixth Annual Hawaii International Conference on System Sciences, 585, IEEE Computer Society Press, Washington D. C. (1993). Factura (AB) is a Macintosh program designed for automatic vector sequence removal and end-trimming of sequence files. The program Loadis runs on a Macintosh platform and parses the feature data extracted from the sequence files by Factura to the Unix based Streptococcus pneumoniae relational database. Assembly of contigs (and whole genome sequences) is accomplished by retrieving a specific set of sequence files and their associated features using Extrseq, a Unix utility for retrieving sequences from an SQL database. The resulting sequence file is processed by seq_filter to trim portions of the sequences with more than 2% ambiguous nucleotides. The sequence files were assembled using TIGR Assembler, an assembly engine designed at The Institute for Genomic Research (TIGR) for rapid and accurate assembly of thousands of sequence fragments. The collection of contigs generated by the assembly step is loaded into the database with the lassie program. Identification of open reading

frames (ORFs) is accomplished by processing contigs with zorf or GenMark. The ORFs are searched against S. pneumoniae sequences from GenBank and against all protein sequences using the BLASTN and BLASTP programs, described in Altschul et al., J. Mol. Biol. 215 : 403-410 (1990)). Results of the ORF determination and similarity searching steps were loaded into the database. As described below, some results of the determination and the searches are set out in Tables 1-3.

DETAILED DESCRIPTION OF ILLUSTRATIVE EMBODIMENTS The present invention is based on the sequencing of fragments of the Streptococcus pneumoniae genome and analysis of the sequences. The primary nucleotide sequences generated by sequencing the fragments are provided in SEQ ID NOS : 1-391. (As used herein, the"primary sequence"refers to the nucleotide sequence represented by the IUPAC nomenclature system.) In addition to the aforementioned Streptococcus pneumoniae polynucleotide and polynucleotide sequences, the present invention provides the nucleotide sequences of SEQ ID NOS : 1-391, or representative fragments thereof, in a form which can be readily used, analyzed, and interpreted by a skilled artisan.

As used herein, a"representative fragment of the nucleotide sequence depicted in SEQ ID NOS : 1-391"refers to any portion of the SEQ ID NOS : 1-391 which is not presently represented within a publicly available database. Preferred representative fragments of the present invention are Streptococcus pneumoniae open reading frames (ORFs), expression modulating fragment (ENIFs) and fragments which can be used to diagnose the presence of Streptococcus pneumoniae in sample (DFs). A non-limiting identification of preferred representative fragments is provided in Tables 1-3. As discussed in detail below, the information provided in SEQ ID NOS : 1-391 and in Tables 1-3 together with routine cloning, synthesis, sequencing and assay methods will enable those skilled in the art to clone and sequence all"representative fragments"of interest, including open reading frames encoding a large variety of Streptococcus pneumoniae proteins.

While the presently disclosed sequences of SEQ ID NOS : 1-391 are highly accurate, sequencing techniques are not perfect and, in relatively rare instances, further investigation of a fragment or sequence of the invention may reveal a

nucleotide sequence error present in a nucleotide sequence disclosed in SEQ ID NOS : 1-391. However, once the present invention is made available (i. e., once the information in SEQ ID NOS : 1-391 and Tables 1-3 has been made available), resolving a rare sequencing error in SEQ ID NOS : 1-391 will be well within the skill of the art. The present disclosure makes available sufficient sequence information to allow any of the described contigs or portions thereof to be obtained readily by straightforward application of routine techniques. Further sequencing of such polynucleotide may proceed in like manner using manual and automated sequencing methods which are employed ubiquitous in the art. Nucleotide sequence editing software is publicly available. For example, Applied Biosystem's (AB) AutoAssembler can be used as an aid during visual inspection of nucleotide sequences. By employing such routine techniques potential errors readily may be identified and the correct sequence then may be ascertained by targeting further sequencing effort, also of a routine nature, to the region containing the potential error.

Even if all of the very rare sequencing errors in SEQ ID NOS : 1-391 were corrected, the resulting nucleotide sequences would still be at least 95% identical, nearly all would be at least 99% identical, and the great majority would be at least 99. 9% identical to the nucleotide sequences of SEQ ID NOS : 1-391.

As discussed elsewhere herein, polynucleotides of the present invention readily may be obtained by routine application of well known and standard procedures for cloning and sequencing DNA. Detailed methods for obtaining libraries and for sequencing are provided below, for instance. A wide variety of Streptococcus pneumoniae strains that can be used to prepare S. pneumoniae genomic DNA for cloning and for obtaining polynucleotides of the present invention are available to the public from recognized depository institutions, such as the American Type Culture Collection (ATCC). While the present invention is enabled by the sequences and other information herein disclosed, the S. pneumoniae strain that provided the DNA of the present Sequence Listing, Strain 7/87 14. 8. 91, has been deposited in the ATCC, as a convenience to those of skill in the art. As a further convenience, a library of S. pneumoniae genomic DNA, derived from the same strain, also has been deposited in the ATCC. The S. pneumoniae strain was deposited on October 10, 1996, and was given Deposit No.

55840, and the cDNA library was deposited on October 11, 1996 and was given Deposit No. 97755. The genomic fragments in the library are 15 to 20 kb

fragments generated by partial Sau3Al digestion and they are inserted into the BamHI site in the well-known lambda-derived vector lambda DASH II (Stratagene, La Jolla, CA). The provision of the deposits is not a waiver of any rights of the inventors or their assignees in the present subject matter.

The nucleotide sequences of the genomes from different strains of Streptococcus pneumoniae differ somewhat. However, the nucleotide sequences of the genomes of all Streptococcus pneumoniae strains will be at least 95% identical, in corresponding part, to the nucleotide sequences provided in SEQ ID NOS : 1-391. Nearly all will be at least 99% identical and the great majority will be 99. 9% identical.

Thus, the present invention further provides nucleotide sequences which are at least 95%, preferably 99% and most preferably 99. 9% identical to the nucleotide sequences of SEQ ID NOS : 1-391, in a form which can be readily used, analyzed and interpreted by the skilled artisan.

Methods for determining whether a nucleotide sequence is at least 95%, at least 99% or at least 99. 9% identical to the nucleotide sequences of SEQ ID NOS : 1-391 are routine and readily available to the skilled artisan. For example, the well known fasta algorithm described in Pearson and Lipman, Proc. Natl. Acad.

Sci. USA 85 : 2444 (1988) can be used to generate the percent identity of nucleotide sequences. The BLASTN program also can be used to generate an identity score of polynucleotides compared to one another.

COMPUTER RELATED EMBODIMENTS The nucleotide sequences provided in SEQ ID NOS : 1-391, a representative fragment thereof, or a nucleotide sequence at least 95%, preferably at least 99% and most preferably at least 99. 9% identical to a polynucleotide sequence of SEQ ID NOS : 1-391 may be"provided"in a variety of mediums to facilitate use thereof.

As used herein, provided refers to a manufacture, other than an isolated nucleic acid molecule, which contains a nucleotide sequence of the present invention ; i. e., a nucleotide sequence provided in SEQ ID NOS : 1-391, a representative fragment thereof, or a nucleotide sequence at least 95%, preferably at least 99% and most preferably at least 99. 9% identical to a polynucleotide of SEQ ID NOS : 1-391.

Such a manufacture provides a large portion of the Streptococcus pneumoniae genome and parts thereof (e. g., a Streptococcus pneumoniae open reading frame (ORF)) in a form which allows a skilled artisan to examine the manufacture using

means not directly applicable to examining the Streptococcus pneumoniae genome or a subset thereof as it exists in nature or in purified form.

In one application of this embodiment, a nucleotide sequence of the present invention can be recorded on computer readable media. As used herein,"computer readable media"refers to any medium which can be read and accessed directly by a computer. Such media include, but are not limited to : magnetic storage media, such as floppy discs, hard disc storage medium, and magnetic tape ; optical storage media such as CD-ROM ; electrical storage media such as RAM and ROM ; and hybrids of these categories, such as magnetic/optical storage media. A skilled artisan can readily appreciate how any of the presently known computer readable mediums can be used to create a manufacture comprising computer readable medium having recorded thereon a nucleotide sequence of the present invention.

Likewise, it will be clear to those of skill how additional computer readable media that may be developed also can be used to create analogous manufactures having recorded thereon a nucleotide sequence of the present invention.

As used herein,"recorded"refers to a process for storing information on computer readable medium. A skilled artisan can readily adopt any of the presently know methods for recording information on computer readable medium to generate manufactures comprising the nucleotide sequence information of the present invention. A variety of data storage structures are available to a skilled artisan for creating a computer readable medium having recorded thereon a nucleotide sequence of the present invention. The choice of the data storage structure will generally be based on the means chosen to access the stored information. In addition, a variety of data processor programs and formats can be used to store the nucleotide sequence information of the present invention on computer readable medium. The sequence information can be represented in a word processing text file, formatted in commercially-available software such as WordPerfect and MicroSoft Word, or represented in the form of an ASCII file, stored in a database application, such as DB2, Sybase, Oracle, or the like. A skilled artisan can readily adapt any number of data-processor structuring formats (e. g., text file or database) in order to obtain computer readable medium having recorded thereon the nucleotide sequence information of the present invention.

Computer software is publicly available which allows a skilled artisan to access sequence information provided in a computer readable medium. Thus, by providing in computer readable form the nucleotide sequences of SEQ ID NOS : 1-

391, a representative fragment thereof, or a nucleotide sequence at least 95%, preferably at least 99% and most preferably at least 99. 9% identical to a sequence of SEQ ID NOS : 1-391 the present invention enables the skilled artisan routinely to access the provided sequence information for a wide variety of purposes.

The examples which follow demonstrate how software which implements the BLAST (Altschul et al., J. Mol. Biol. 215 : 403-410 (1990)) and BLAZE (Brutlag et al., Comp. Chem. 17 : 203-207 (1993)) search algorithms on a Sybase system was used to identify open reading frames (ORFs) within the Streptococcus pneumoniae genome which contain homology to ORFs or proteins from both Streptococcus pneumoniae and from other organisms. Among the ORFs discussed herein are protein encoding fragments of the Streptococcus pneumoniae genome useful in producing commercially important proteins, such as enzymes used in fermentation reactions and in the production of commercially useful metabolites.

The present invention further provides systems, particularly computer- based systems, which contain the sequence information described herein. Such systems are designed to identify, among other things, commercially important fragments of the Streptococcus pneumoniae genome.

As used herein,"a computer-based system"refers to the hardware means, software means, and data storage means used to analyze the nucleotide sequence information of the present invention. The minimum hardware means of the computer-based systems of the present invention comprises a central processing unit (CPU), input means, output means, and data storage means. A skilled artisan can readily appreciate that any one of the currently available computer-based systems are suitable for use in the present invention.

As stated above, the computer-based systems of the present invention comprise a data storage means having stored therein a nucleotide sequence of the present invention and the necessary hardware means and software means for supporting and implementing a search means.

As used herein,"data storage means"refers to memory which can store nucleotide sequence information of the present invention, or a memory access means which can access manufactures having recorded thereon the nucleotide sequence information of the present invention.

As used herein,"search means"refers to one or more programs which are implemented on the computer-based system to compare a target sequence or target structural motif with the sequence information stored within the data storage

means. Search means are used to identify fragments or regions of the present genomic sequences which match a particular target sequence or target motif. A variety of known algorithms are disclosed publicly and a variety of commercially available software for conducting search means are and can be used in the computer-based systems of the present invention. Examples of such software includes, but is not limited to, MacPattern (EMBL), BLASTN and BLASTX (NCBIA). A skilled artisan can readily recognize that any one of the available algorithms or implementing software packages for conducting homology searches can be adapted for use in the present computer-based systems.

As used herein, a"target sequence"can be any DNA or amino acid sequence of six or more nucleotides or two or more amino acids. A skilled artisan can readily recognize that the longer a target sequence is, the less likely a target sequence will be present as a random occurrence in the database. The most preferred sequence length of a target sequence is from about 10 to 100 amino acids or from about 30 to 300 nucleotide residues. However, it is well recognized that searches for commercially important fragments, such as sequence fragments involved in gene expression and protein processing, may be of shorter length.

As used herein,"a target structural motif,"or"target motif,"refers to any rationally selected sequence or combination of sequences in which the sequence (s) are chosen based on a three-dimensional configuration which is formed upon the folding of the target motif. There are a variety of target motifs known in the art.

Protein target motifs include, but are not limited to, enzymic active sites and signal sequences. Nucleic acid target motifs include, but are not limited to, promoter sequences, hairpin structures and inducible expression elements (protein binding sequences).

A variety of structural formats for the input and output means can be used to input and output the information in the computer-based systems of the present invention. A preferred format for an output means ranks fragments of the Streptococcus pneumoniae genomic sequences possessing varying degrees of homology to the target sequence or target motif. Such presentation provides a skilled artisan with a ranking of sequences which contain various amounts of the target sequence or target motif and identifies the degree of homology contained in the identified fragment.

A variety of comparing means can be used to compare a target sequence or target motif with the data storage means to identify sequence fragments of the

Streptococcus pneumoniae genome. In the present examples, implementing software which implement the BLAST and BLAZE algorithms, described in Altschul et al., J. Mol. Biol. 215 : 403-410 (1990), is used to identify open reading frames within the Streptococcus pneumoniae genome. A skilled artisan can readily recognize that any one of the publicly available homology search programs can be used as the search means for the computer-based systems of the present invention.

Of course, suitable proprietary systems that may be known to those of skill also may be employed in this regard.

Figure I provides a block diagram of a computer system illustrative of embodiments of this aspect of present invention. The computer system 102 includes a processor 106 connected to a bus 104. Also connected to the bus 104 are a main memory 108 (preferably implemented as random access memory, RAM) and a variety of secondary storage devices 110, such as a hard drive 112 and a removable medium storage device 114. The removable medium storage device 114 may represent, for example, a floppy disk drive, a CD-ROM drive, a magnetic tape drive, etc. A removable storage medium 116 (such as a floppy disk, a compact disk, a magnetic tape, etc.) containing control logic and/or data recorded therein may be inserted into the removable medium storage device 114. The computer system 102 includes appropriate software for reading the control logic and/or the data from the removable medium storage device 114, once it is inserted into the removable medium storage device 114.

A nucleotide sequence of the present invention may be stored in a well known manner in the main memory 108, any of the secondary storage devices 110, and/or a removable storage medium 116. During execution, software for accessing and processing the genomic sequence (such as search tools, comparing tools, etc.) reside in main memory 108, in accordance with the requirements and operating parameters of the operating system, the hardware system and the software program or programs.

BIOCHEMICAL EMBODIMENTS Other embodiments of the present invention are directed to isolated fragments of the Streptococcus pneumoniae genome. The fragments of the Streptococcus pneumoniae genome of the present invention include, but are not limited to fragments which encode peptides and polypeptides, hereinafter open reading frames (ORFs), fragments which modulate the expression of an operably linked ORF, hereinafter expression modulating fragments (EMFs) and fragments which can be used to diagnose the presence of Streptococcus pneumoniae in a sample, hereinafter diagnostic fragments (DFs).

As used herein, an"isolated nucleic acid molecule"or an"isolated fragment of the StJ eptococcus pneumoniae genome"refers to a nucleic acid molecule possessing a specific nucleotide sequence which has been subjected to purification means to reduce, from the composition, the number of compounds which are normally associated with the composition. Particularly, the term refers to the nucleic acid molecules having the sequences set out in SEQ ID NOS : 1-391, to representative fragments thereof as described above, to polynucleotides at least 95%, preferably at least 99% and especially preferably at least 99. 9% identical in sequence thereto, also as set out above.

A variety of purification means can be used to generate the isolated fragments of the present invention. These include, but are not limited to methods which separate constituents of a solution based on charge, solubility, or size.

In one embodiment, Streptococcus pneumoniae DNA can be enzymatically sheared to produce fragments of 15-20 kb in length. These fragments can then be used to generate a Streptococcus pneumoniae library by inserting them into lambda clones as described in the Examples below. Primers flanking, for example, an ORF, such as those enumerated in Tables 1-3 can then be generated using nucleotide sequence information provided in SEQ ID NOS : 1-391. Well known and routine techniques of PCR cloning then can be used to isolate the ORF from the lambda DNA library or Streptococcus pneumoniae genomic DNA. Thus, given the availability of SEQ ID NOS : 1-391, the information in Tables 1, 2 and 3, and the information that may be obtained readily by analysis of the sequences of SEQ ID NOS : 1-391 using methods set out above, those of skill will be enabled by the present disclosure to isolate any ORF-containing or other nucleic acid fragment of the present invention.

The isolated nucleic acid molecules of the present invention include, but are not limited to single stranded and double stranded DNA, and single stranded RNA.

As used herein, an"open reading frame,"ORF, means a series of triplets coding for amino acids without any termination codons and is a sequence translatable into protein.

Tables 1, 2, and 3 list ORFs in the Streptococcus pneumoniae genomic contigs of the present invention that were identified as putative coding regions by the GeneMark software using organism-specific second-order Markov probability transition matrices. It will be appreciated that other criteria can be used, in accordance with well known analytical methods, such as those discussed herein, to generate more inclusive, more restrictive, or more selective lists.

Table 1 sets out ORFs in the Streptococcus pneumoniae contigs of the present invention that over a continuous region of at least 50 bases are 95% or more identical (by BLAST analysis) to a nucleotide sequence available through GenBank in October, 1997.

Table 2 sets out ORFs in the Streptococcus pneumoniae contigs of the present invention that are not in Table 1 and match, with a BLASTP probability score of 0. 01 or less, a polypeptide sequence available through GenBank in October, 1997.

Table 3 sets out ORFs in the Streptococcus pneumoniae contigs of the present invention that do not match significantly, by BLASTP analysis, a polypeptide sequence available through GenBank in October, 1997.

In each table, the first and second columns identify the ORF by, respectively, contig number and ORF number within the contig ; the third column indicates the first nucleotide of the ORF (actually the first nucleotide of the stop codon immediately preceeding the ORF), counting from the 5'end of the contig strand ; and the fourth column,"stop (nt)"indicates the last nucleotide of the stop codon defining the 3'end of the ORF.

In Tables 1 and 2, column five, lists the Reference for the closest matching sequence available through GenBank. These reference numbers are the databases entry numbers commonly used by those of skill in the art, who will be familiar with their denominators. Descriptions of the nomenclature are available from the National Center for Biotechnology Information. Column six in Tables 1 and 2 provides the gene name of the matching sequence ; column seven provides the BLAST identity score and column eight the BLAST similarity score from the

comparison of the ORF and the homologous gene ; and column nine indicates the length in nucleotides of the highest scoring segment pair identified by the BLAST identity analysis.

Each ORF described in the tables is defined by"start (nt)" (5') and"stop (nt)" (3') nucleotide position numbers. These position numbers refer to the boundaries of each ORF and provide orientation with respect to whether the forward or reverse strand is the coding strand and which reading frame the coding sequence is contained. The"start"position is the first nucleotide of the triplet encoding a stop codon just 5'to the ORF and the"stop"position is the last nucleotide of the triplet encoding the next in-frame stop codon (i. e., the stop codon at the 3'end of the ORF). Those of ordinary skill in the art appreciate that preferred fragments within each ORF described in the table include fragments of each ORF which include the entire sequence from the delineated"start"and"stop" positions excepting the first and last three nucleotides since these encode stop codons. Thus, polynucleotides set out as ORFs in the tables but lacking the three (3) 5'nucleotides and the three (3) 3'nucleotides are encompassed by the present invention. Those of skill also appreciate that particularly preferred are fragments within each ORF that are polynucleotide fragments comprising polypeptide coding sequence. As defined herein,"coding sequence"includes the fragment within an ORF beginning at the first in-frame ATG (triplet encoding methionine) and ending with the last nucleotide prior to the triplet encoding the 3'stop codon. Preferred are fragments comprising the entire coding sequence and fragments comprising the entire coding sequence, excepting the coding sequence for the N-terminal methionine. Those of skill appreciate that the N-terminal methionine is often removed during post-translational processing and that polynucleotides lacking the ATG can be used to facilitate production of N-termainal fusion proteins which may be benefical in the production or use of genetically engineered proteins. Of course, due to the degeneracy of the genetic code many polynucleotides can encode a given polypeptide. Thus, the invention further includes polynucleotides comprising a nucleotide sequence encoding a polypeptide sequence itself encoded by the coding sequence within an ORF described in Tables 1-3 herein. Further, polynucleotides at least 95%, preferably at least 99% and especially preferably at least 99. 9% identical in sequence to the foregoing polynucleotides, are contemplated by the present invention.

Polypeptides encoded by polynucleotides described above and elsewhere herein are also provided by the present invention as are polypeptide comprising a an amino acid sequence at least about 95%, preferably at least 97% and even more preferably 99% identical to the amino acid sequence of a polypeptide encoded by an ORF shown in Tables 1-3. These polypeptides may or may not comprise an N- terminal methionine.

The concepts of percent identity and percent similarity of two polypeptide sequences is well understood in the art. For example, two polypeptides 10 amino acids in length which differ at three amino acid positions (e. g., at positions 1, 3 and 5) are said to have a percent identity of 70%. However, the same two polypeptides would be deemed to have a percent similarity of 80% if, for example at position 5, the amino acids moieties, although not identical, were"similar" (i. e., possessed similar biochemical characteristics). Many programs for analysis of nucleotide or amino acid sequence similarity, such as fasta and BLAST specifically list percent identity of a matching region as an output parameter. Thus, for instance, Tables 1 and 2 herein enumerate the percent identity of the highest scoring segment pair in each ORF and its listed relative. Further details concerning the algorithms and criteria used for homology searches are provided below and are described in the pertinent literature highlighted by the citations provided below.

It will be appreciated that other criteria can be used to generate more inclusive and more exclusive listings of the types set out in the tables. As those of skill will appreciate, narrow and broad searches both are useful. Thus, a skilled artisan can readily identify ORFs in contigs of the Streptococcus pneumoniae genome other than those listed in Tables 1-3, such as ORFs which are overlapping or encoded by the opposite strand of an identified ORF in addition to those ascertainable using the computer-based systems of the present invention.

As used herein, an"expression modulating fragment,"EMF, means a series of nucleotide molecules which modulates the expression of an operably linked ORF or EMF.

As used herein, a sequence is said to"modulate the expression of an operably linked sequence"when the expression of the sequence is altered by the presence of the EMF. EMFs include, but are not limited to, promoters, and promoter modulating sequences (inducible elements). One class of EMFs are fragments which induce the expression or an operably linked ORF in response to a specific regulatory factor or physiological event.

EMF sequences can be identified within the contigs of the Streptococcus pneumoniae genome by their proximity to the ORFs provided in Tables 1-3. An intergenic segment, or a fragment of the intergenic segment, from about 10 to 200 nucleotides in length, taken from any one of the ORFs of Tables 1-3 will modulate the expression of an operably linked ORF in a fashion similar to that found with the naturally linked ORF sequence. As used herein, an"intergenic segment"refers to fragments of the Streptococcus pneumoniae genome which are between two ORF (s) herein described. EMFs also can be identified using known EMFs as a target sequence or target motif in the computer-based systems of the present invention. Further, the two methods can be combined and used together.

The presence and activity of an EMF can be confirmed using an EMF trap vector. An EMF trap vector contains a cloning site linked to a marker sequence. A marker sequence encodes an identifiable phenotype, such as antibiotic resistance or a complementing nutrition auxotrophic factor, which can be identified or assayed when the EMF trap vector is placed within an appropriate host under appropriate conditions. As described above, a EMF will modulate the expression of an operably linked marker sequence. A more detailed discussion of various marker sequences is provided below. A sequence which is suspected as being an EMF is cloned in all three reading frames in one or more restriction sites upstream from the marker sequence in the EMF trap vector. The vector is then transformed into an appropriate host using known procedures and the phenotype of the transformed host in examined under appropriate conditions. As described above, an EMF will modulate the expression of an operably linked marker sequence.

As used herein, a"diagnostic fragment,"DF, means a series of nucleotide molecules which selectively hybridize to Streptococcus pneumoniae sequences.

DFs can be readily identified by identifying unique sequences within contigs of the Streptococcus pneumoniae genome, such as by using well-known computer analysis software, and by generating and testing probes or amplification primers

consisting of the DF sequence in an appropriate diagnostic format which determines amplification or hybridization selectivity.

The sequences falling within the scope of the present invention are not limited to the specific sequences herein described, but also include allelic and species variations thereof. Allelic and species variations can be routinely determined by comparing the sequences provided in SEQ ID NOS : 1-391, a representative fragment thereof, or a nucleotide sequence at least 95%, preferrably at least 99% and most at least preferably 99. 9% identical to SEQ ID NOS : 1-391, with a sequence from another isolate of the same species. Furthermore, to accommodate codon variability, the invention includes nucleic acid molecules coding for the same amino acid sequences as do the specific ORFs disclosed herein. In other words, in the coding region of an ORF, substitution of one codon for another which encodes the same amino acid is expressly contemplated. Any specific sequence disclosed herein can be readily screened for errors by resequencing a particular fragment, such as an ORF, in both directions (i. e., sequence both strands). Alternatively, error screening can be performed by sequencing corresponding polynucleotides of Streptococcus pneumoniae origin isolated by using part or all of the fragments in question as a probe or primer.

Preferred DFs of the present invention comprise at least about 17, preferrably at least about 20, and more preferrably at least about 50 contiguous nucleotides within an ORF set out in Tables 1-3. Most highly preferred DFs specifically hybridize to a polynucleotide containing the sequence of the ORF from which they are derived. Specific hybridization occurs even under stringent conditions defined elsewhere herein.

Each of the ORFs of the Streptococcus pneumoniae genome disclosed in Tables 1, 2 and 3, and the EMFs found 5'to the ORFs, can be used as polynucleotide reagents in numerous ways. For example, the sequences can be used as diagnostic probes or diagnostic amplification primers to detect the presence of a specific microbe in a sample, particularly Streptococcus pneumoniae.

Especially preferred in this regard are ORFs such as those of Table 3, which do not match previously characterized sequences from other organisms and thus are most likely to be highly selective for Streptococcus pneumoniae. Also particularly preferred are ORFs that can be used to distinguish between strains of Streptococcus pneumoniae, particularly those that distinguish medically important strain, such as drug-resistant strains.

In addition, the fragments of the present invention, as broadly described, can be used to control gene expression through triple helix formation or antisense DNA or RNA, both of which methods are based on the binding of a polynucleotide sequence to DNA or RNA. Triple helix-formation optimally results in a shut-off of RNA transcription from DNA, while antisense RNA hybridization blocks translation of an mRNA molecule into polypeptide. Information from the sequences of the present invention can be used to design antisense and triple helix- forming oligonucleotides. Polynucleotides suitable for use in these methods are usually 20 to 40 bases in length and are designed to be complementary to a region of the gene involved in transcription, for triple-helix formation, or to the mRNA itself, for antisense inhibition. Both techniques have been demonstrated to be effective in model systems, and the requisite techniques are well known and involve routine procedures. Triple helix techniques are discussed in, for example, Lee et al., Nucl. Acids Res. 6 : 3073 (1979) ; Cooney et al., Science 241 : 456 (1988) ; and Dervan et al., Science 251 : 1360 (1991). Antisense techniques in general are discussed in, for instance, Okano, J. Neurochem. 56 : 560 (1991) and Oligodeoxynucleotides as Antisense Inhibitors of Gene Expression, CRC Press, Boca Raton, FL (1988)).

The present invention further provides recombinant constructs comprising one or more fragments of the Streptococcus pneumoniae genomic fragments and contigs of the present invention. Certain preferred recombinant constructs of the present invention comprise a vector, such as a plasmid or viral vector, into which a fragment of the Streptococcus pneumoniae genome has been inserted, in a forward or reverse orientation. In the case of a vector comprising one of the ORFs of the present invention, the vector may further comprise regulatory sequences, including for example, a promoter, operably linked to the ORF. For vectors comprising the EMFs of the present invention, the vector may further comprise a marker sequence or heterologous ORF operably linked to the EMF.

Large numbers of suitable vectors and promoters are known to those of skill in the art and are commercially available for generating the recombinant constructs of the present invention. The following vectors are provided by way of example. Useful bacterial vectors include phagescript, PsiX174, pBluescript SK, pBS KS, pNH8a, pNH 16a, pNH 18a, pNH46a (available from Stratagene) ; pTrc99A, pKK223-3, pKK233-3, pDR540, pRIT5 (available from Pharmacia).

Useful eukaryotic vectors include pWLneo, pSV2cat, pOG44, pXT 1, pS G

(available from Stratagene) pSVK3, pBPV, pMSG, pSVL (available from Pharmacia).

Promoter regions can be selected from any desired gene using CAT (chloramphenicol transferase) vectors or other vectors with selectable markers.

Two appropriate vectors are pKK232-8 and pCM7. Particular named bacterial promoters include lacI, lacZ, T3, T7, gpt, lambda PR, and trc. Eukaryotic promoters include CMV immediate early, HSV thymidine kinase, early and late SV40, LTRs from retrovirus, and mouse metallothionein-I. Selection of the appropriate vector and promoter is well within the level of ordinary skill in the art.

The present invention further provides host cells containing any one of the isolated fragments of the Streptococcus pneumoniae genomic fragments and contigs of the present invention, wherein the fragment has been introduced into the host cell using known methods. The host cell can be a higher eukaryotic host cell, such as a mammalian cell, a lower eukaryotic host cell, such as a yeast cell, or a procaryotic cell, such as a bacterial cell.

A polynucleotide of the present invention, such as a recombinant construct comprising an ORF of the present invention, may be introduced into the host by a variety of well established techniques that are standard in the art, such as calcium phosphate transfection, DEAE, dextran mediated transfection and electroporation, which are described in, for instance, Davis, L. et al., BASIC METHODS IN MOLECULAR BIOLOGY (1986).

A host cell containing one of the fragments of the Streptococcus pneumoniae genomic fragments and contigs of the present invention, can be used in conventional manners to produce the gene product encoded by the isolated fragment (in the case of an ORF) or can be used to produce a heterologous protein under the control of the EMF. The present invention further provides isolated polypeptides encoded by the nucleic acid fragments of the present invention or by degenerate variants of the nucleic acid fragments of the present invention. By"degenerate variant"is intended nucleotide fragments which differ from a nucleic acid fragment of the present invention (e. g., an ORF) by nucleotide sequence but, due to the degeneracy of the Genetic Code, encode an identical polypeptide sequence.

Preferred nucleic acid fragments of the present invention are the ORFs and subfragments thereof depicted in Tables 2 and 3 which encode proteins.

A variety of methodologies known in the art can be utilized to obtain any one of the isolated polypeptides or proteins of the present invention. At the simplest level, the amino acid sequence can be synthesized using commercially available peptide synthesizers. This is particularly useful in producing small peptides and fragments of larger polypeptides. Such short fragments as may be obtained most readily by synthesis are useful, for example, in generating antibodies against the native polypeptide, as discussed further below.

In an alternative method, the polypeptide or protein is purified from bacterial cells which naturally produce the polypeptide or protein. One skilled in the art can readily employ well-known methods for isolating polypeptides and proteins to isolate and purify polypeptides or proteins of the present invention produced naturally by a bacterial strain, or by other methods. Methods for isolation and purification that can be employed in this regard include, but are not limited to, immunochromatography, HPLC, size-exclusion chromatography, ion- exchange chromatography, and immuno-affinity chromatography.

The polypeptides and proteins of the present invention also can be purified from cells which have been altered to express the desired polypeptide or protein.

As used herein, a cell is said to be altered to express a desired polypeptide or protein when the cell, through genetic manipulation, is made to produce a polypeptide or protein which it normally does not produce or which the cell normally produces at a lower level. Those skilled in the art can readily adapt procedures for introducing and expressing either recombinant or synthetic sequences into eukaryotic or prokaryotic cells in order to generate a cell which produces one of the polypeptides or proteins of the present invention.

Any host/vector system can be used to express one or more of the ORFs of the present invention. These include, but are not limited to, eukaryotic hosts such as HeLa cells, CV-1 cell, COS cells, and Sf9 cells, as well as prokaryotic host such as E. coli and B. subtilis. The most preferred cells are those which do not normally express the particular polypeptide or protein or which expresses the polypeptide or protein at low natural level.

"Recombinant,"as used herein, means that a polypeptide or protein is derived from recombinant (e. g., microbial or mammalian) expression systems.

"Microbial"refers to recombinant polypeptides or proteins made in bacterial or fungal (e. g., yeast) expression systems. As a product,"recombinant microbial"defines a polypeptide or protein essentially free of native endogenous substances and unaccompanied by associated native glycosylation. Polypeptides or proteins expressed in most bacterial cultures, e. g., E. coli, will be free of glycosylation modifications ; polypeptides or proteins expressed in yeast will have a glycosylation pattern different from that expressed in mammalian cells.

"Nucleotide sequence"refers to a heteropolymer of deoxyribonucleotides.

Generally, DNA segments encoding the polypeptides and proteins provided by this invention are assembled from fragments of the Streptococcus pneumoniae genome and short oligonucleotide linkers, or from a series of oligonucleotides, to provide a synthetic gene which is capable of being expressed in a recombinant transcriptional unit comprising regulatory elements derived from a microbial or viral operon.

Recombinant expression vehicle or vector"refers to a plasmid or phage or virus or vector, for expressing a polypeptide from a DNA (RNA) sequence. The expression vehicle can comprise a transcriptional unit comprising an assembly of (1) a genetic regulatory elements necessary for gene expression in the host, including elements required to initiate and maintain transcription at a level sufficient for suitable expression of the desired polypeptide, including, for example, promoters and, where necessary, an enhancer and a polyadenylation signal ; (2) a structural or coding sequence which is transcribed into mRNA and translated into protein, and (3) appropriate signals to initiate translation at the beginning of the desired coding region and terminate translation at its end. Structural units intended for use in yeast or eukaryotic expression systems preferably include a leader sequence enabling extracellular secretion of translated protein by a host cell.

Alternatively, where recombinant protein is expressed without a leader or transport sequence, it may include an N-terminal methionine residue. This residue may or may not be subsequently cleaved from the expressed recombinant protein to provide a final product.

"Recombinant expression system"means host cells which have stably integrated a recombinant transcriptional unit into chromosomal DNA or carry the recombinant transcriptional unit extra chromosomally. The cells can be prokaryotic or eukaryotic. Recombinant expression systems as defined herein will express

heterologous polypeptides or proteins upon induction of the regulatory elements linked to the DNA segment or synthetic gene to be expressed.

Mature proteins can be expressed in mammalian cells, yeast, bacteria, or other cells under the control of appropriate promoters. Cell-free translation systems can also be employed to produce such proteins using RNAs derived from the DNA constructs of the present invention. Appropriate cloning and expression vectors for use with prokaryotic and eukaryotic hosts are described in Sambrook et al., Molecular Cloning : A Laboratory Manual, 2nd Edition, Cold Spring Harbor Laboratory Press, Cold Spring Harbor, New York (1989), the disclosure of which is hereby incorporated by reference in its entirety.

Generally, recombinant expression vectors will include origins of replication and selectable markers permitting transformation of the host cell, e. g., the ampicillin resistance gene of E. coli and S. cerevisiae TRP1 gene, and a promoter derived from a highly expressed gene to direct transcription of a downstream structural sequence. Such promoters can be derived from operons encoding glycolytic enzymes such as 3-phosphoglycerate kinase (PGK), alpha- factor, acid phosphatase, or heat shock proteins, among others. The heterologous structural sequence is assembled in appropriate phase with translation initiation and termination sequences, and preferably, a leader sequence capable of directing secretion of translated protein into the periplasmic space or extracellular medium.

Optionally, the heterologous sequence can encode a fusion protein including an N- terminal identification peptide imparting desired characteristics, e. g., stabilization or simplified purification of expressed recombinant product.

Useful expression vectors for bacterial use are constructed by inserting a structural DNA sequence encoding a desired protein together with suitable translation initiation and termination signals in operable reading phase with a functional promoter. The vector will comprise one or more phenotypic selectable markers and an origin of replication to ensure maintenance of the vector and, when desirable, provide amplification within the host.

Suitable prokaryotic hosts for transformation include strains of E. coli, B. subtilis, Salmonella typhimurium and various species within the genera Pseudomonas and Streptomyces. Others may, also be employed as a matter of choice.

As a representative but non-limiting example, useful expression vectors for bacterial use can comprise a selectable marker and bacterial origin of replication

derived from commercially available plasmids comprising genetic elements of the well known cloning vector pBR322 (ATCC 37017). Such commercial vectors include, for example, pKK223-3 (available form Pharmacia Fine Chemicals, Uppsala, Sweden) and GEM 1 (available from Promega Biotec, Madison, WI, USA). These pBR322"backbone"sections are combined with an appropriate promoter and the structural sequence to be expressed.

Following transformation of a suitable host strain and growth of the host strain to an appropriate cell density, the selected promoter, where it is inducible, is derepressed or induced by appropriate means (e. g., temperature shift or chemical induction) and cells are cultured for an additional period to provide for expression of the induced gene product. Thereafter cells are typically harvested, generally by centrifugation, disrupted to release expressed protein, generally by physical or chemical means, and the resulting crude extract is retained for further purification.

Various mammalian cell culture systems can also be employed to express recombinant protein. Examples of mammalian expression systems include the COS-7 lines of monkey kidney fibroblasts, described in Gluzman, Cell 23 : 175 (1981), and other cell lines capable of expressing a compatible vector, for example, the C 127, 3T3, CHO, HeLa and BHK cell lines.

Mammalian expression vectors will comprise an origin of replication, a suitable promoter and enhancer, and also any necessary ribosome binding sites, polyadenylation site, splice donor and acceptor sites, transcriptional termination sequences, and 5'flanking nontranscribed sequences. DNA sequences derived from the SV40 viral genome, for example, SV40 origin, early promoter, enhancer, splice, and polyadenylation sites may be used to provide the required nontranscribed genetic elements.

Recombinant polypeptides and proteins produced in bacterial culture is usually isolated by initial extraction from cell pellets, followed by one or more salting-out, aqueous ion exchange or size exclusion chromatography steps.

Microbial cells employed in expression of proteins can be disrupted by any convenient method, including freeze-thaw cycling, sonication, mechanical disruption, or use of cell lysing agents. Protein refolding steps can be used, as necessary, in completing configuration of the mature protein. Finally, high performance liquid chromatography (HPLC) can be employed for final purification steps.

The present invention further includes isolated polypeptides, proteins and nucleic acid molecules which are substantially equivalent to those herein described.

As used herein, substantially equivalent can refer both to nucleic acid and amino acid sequences, for example a mutant sequence, that varies from a reference sequence by one or more substitutions, deletions, or additions, the net effect of which does not result in an adverse functional dissimilarity between reference and subject sequences. For purposes of the present invention, sequences having equivalent biological activity, and equivalent expression characteristics are considered substantially equivalent. For purposes of determining equivalence, truncation of the mature sequence should be disregarded.

The invention further provides methods of obtaining homologs from other strains of Streptococcus pneumoniae, of the fragments of the Streptococcus pneumoniae genome of the present invention and homologs of the proteins encoded by the ORFs of the present invention. As used herein, a sequence or protein of Streptococcus pneumoniae is defined as a homolog of a fragment of the Streptococcus pneumoniae fragments or contigs or a protein encoded by one of the ORFs of the present invention, if it shares significant homology to one of the fragments of the Streptococcus pneumoniae genome of the present invention or a protein encoded by one of the ORFs of the present invention. Specifically, by using the sequence disclosed herein as a probe or as primers, and techniques such as PCR cloning and colony/plaque hybridization, one skilled in the art can obtain homologs.

As used herein, two nucleic acid molecules or proteins are said to"share significant homology"if the two contain regions which possess greater than 85% sequence (amino acid or nucleic acid) homology. Preferred homologs in this regard are those with more than 90% homology. Especially preferred are those with 93% or more homology. Among especially preferred homologs those with 95% or more homology are particularly preferred. Very particularly preferred among these are those with 97% and even more particularly preferred among those are homologs with 99% or more homology. The most preferred homologs among these are those with 99. 9% homology or more. It will be understood that, among measures of homology, identity is particularly preferred in this regard.

Region specific primers or probes derived from the nucleotide sequence provided in SEQ ID NOS : 1-391 or from a nucleotide sequence at least 95%, particularly at least 99%, especially at least 99. 5% identical to a sequence of SEQ

ID NOS : 1-391 can be used to prime DNA synthesis and PCR amplification, as well as to identify colonies containing cloned DNA encoding a homolog. Methods suitable to this aspect of the present invention are well known and have been described in great detail in many publications such as, for example, Innis et al., PCR Protocols, Academic Press, San Diego, CA (1990)).

When using primers derived from SEQ ID NOS : 1-391 or from a nucleotide sequence having an aforementioned identity to a sequence of SEQ ID NOS : 1-391, one skilled in the art will recognize that by employing high stringency conditions (e. g., annealing at 50-60°C in 6X SSPC and 50% formamide, and washing at 50- 65°C in 0. 5X SSPC) only sequences which are greater than 75% homologous to the primer will be amplified. By employing lower stringency conditions (e. g., hybridizing at 35-37°C in 5X SSPC and 40-45% formamide, and washing at 42°C in 0. 5X SSPC), sequences which are greater than 40-50% homologous to the primer will also be amplified.

When using DNA probes derived from SEQ ID NOS : 1-391, or from a nucleotide sequence having an aforementioned identity to a sequence of SEQ ID NOS : 1-391, for colony/plaque hybridization, one skilled in the art will recognize that by employing high stringency conditions (e. g., hybridizing at 50-65°C in 5X SSPC and 50% formamide, and washing at 50-65°C in 0. 5X SSPC), sequences having regions which are greater than 90% homologous to the probe can be obtained, and that by employing lower stringency conditions (e. g., hybridizing at 35-37°C in 5X SSPC and 40-45% formamide, and washing at 42°C in 0. 5X SSPC), sequences having regions which are greater than 35-45% homologous to the probe will be obtained.

Any organism can be used as the source for homologs of the present invention so long as the organism naturally expresses such a protein or contains genes encoding the same. The most preferred organism for isolating homologs are bacteria which are closely related to Streptococcus pneumoniae.

ILLUSTRATIVE USES OF COMPOSITIONS OF THE INVENTION Each ORF provided in Tables 1 and 2 is identified with a function by homology to a known gene or polypeptide. As a result, one skilled in the art can use the polypeptides of the present invention for commercial, therapeutic and industrial purposes consistent with the type of putative identification of the

polypeptide. Such identifications permit one skilled in the art to use the Streptococcus pneumoniae ORFs in a manner similar to the known type of sequences for which the identification is made ; for example, to ferment a particular sugar source or to produce a particular metabolite. A variety of reviews illustrative of this aspect of the invention are available, including the following reviews on the industrial use of enzymes, for example, BIOCHEMICAL ENGINEERING AND BIOTECHNOLOGY HANDBOOK, 2nd Ed., MacMillan Publications, Ltd. NY (1991) and BIOCATALYSTS IN ORGANIC SYNTHESES, Tramper et al., Eds., Elsevier Science Publishers, Amsterdam, The Netherlands (1985). A variety of exemplary uses that illustrate this and similar aspects of the present invention are discussed below.

1. Biosynthetic Enzymes Open reading frames encoding proteins involved in mediating the catalytic reactions involved in intermediary and macromolecular metabolism, the biosynthesis of small molecules, cellular processes and other functions includes enzymes involved in the degradation of the intermediary products of metabolism, enzymes involved in central intermediary metabolism, enzymes involved in respiration, both aerobic and anaerobic, enzymes involved in fermentation, enzymes involved in ATP proton motor force conversion, enzymes involved in broad regulatory function, enzymes involved in amino acid synthesis, enzymes involved in nucleotide synthesis, enzymes involved in cofactor and vitamin synthesis, can be used for industrial biosynthesis.

The various metabolic pathways present in Streptococcus pneumoniae can be identified based on absolute nutritional requirements as well as by examining the various enzymes identified in Table 1-3 and SEQ ID NOS : 1-391.

Of particular interest are polypeptides involved in the degradation of intermediary metabolites as well as non-macromolecular metabolism. Such enzymes include amylases, glucose oxidases, and catalase.

Proteolytic enzymes are another class of commercially important enzymes.

Proteolytic enzymes find use in a number of industrial processes including the processing of flax and other vegetable fibers, in the extraction, clarification and depectinization of fruit juices, in the extraction of vegetables'oil and in the maceration of fruits and vegetables to give unicellular fruits. A detailed review of the proteolytic enzymes used in the food industry is provided in Rombouts et al.,

Symbiosis 21 : 79 (1986) and Voragen et al. in Biocatalysts In Agricultural Biotechnology, Whitaker et al., Eds., American Chemical Society Symposium Series 389 : 93 (1989).

The metabolism of sugars is an important aspect of the primary metabolism of Streptococcus pneumoniae. Enzymes involved in the degradation of sugars, such as, particularly, glucose, galactose, fructose and xylose, can be used in industrial fermentation. Some of the important sugar transforming enzymes, from a commercial viewpoint, include sugar isomerases such as glucose isomerase.

Other metabolic enzymes have found commercial use such as glucose oxidases which produces ketogulonic acid (KGA). KGA is an intermediate in the commercial production of ascorbic acid using the Reichstein's procedure, as described in Krueger et al., Biotechnology 6 (A), Rhine et al., Eds., Verlag Press, Weinheim, Germany (1984).

Glucose oxidase (GOD) is commercially available and has been used in purified form as well as in an immobilized form for the deoxygenation of beer.

See, for instance, Hartmeir et al., Biotechnology Letters 1 : 21 (1979). The most important application of GOD is the industrial scale fermentation of gluconic acid.

Market for gluconic acids which are used in the detergent, textile, leather, photographic, pharmaceutical, food, feed and concrete industry, as described, for example, in Bigelis et al., beginning on page 357 in GENE MANIPULATIONS AND FUNGI ; Benett et al., Eds., Academic Press, New York (1985). In addition to industrial applications, GOD has found applications in medicine for quantitative determination of glucose in body fluids recently in biotechnology for analyzing syrups from starch and cellulose hydrosylates. This application is described in Owusu et al., Biochem. et Biophysica. Acta. 872 : 83 (1986), for instance.

The main sweetener used in the world today is sugar which comes from sugar beets and sugar cane. In the field of industrial enzymes, the glucose isomerase process shows the largest expansion in the market today. Initially, soluble enzymes were used and later immobilized enzymes were developed (Krueger et al., Biotechnology, The Textbook of Industrial Microbiology, Sinauer Associated Incorporated, Sunderland, Massachusetts (1990)). Today, the use of glucose-produced high fructose syrups is by far the largest industrial business using immobilized enzymes. A review of the industrial use of these enzymes is provided by Jorgensen, Starch 40 : 307 (1988).

Proteinases, such as alkaline serine proteinases, are used as detergent additives and thus represent one of the largest volumes of microbial enzymes used in the industrial sector. Because of their industrial importance, there is a large body of published and unpublished information regarding the use of these enzymes in industrial processes. (See Faultman et al., Acid Proteases Structure Function and Biology, Tang, J., ed., Plenum Press, New York (1977) and Godfrey et al., Industrial Enzymes, MacMillan Publishers, Surrey, UK (1983) and Hepner et al., Report Industrial Enzymes by 1990, Hel Hepner & Associates, London (1986)).

Another class of commercially usable proteins of the present invention are the microbial lipases, described by, for instance, Macrae et al., Philosophical Transactions of the Chiral Society of London 310 : 227 (1985) and Poserke, Journal of the Amarican Oil Chemist Society 61 : 1758 (1984). A major use of lipases is in the fat and oil industry for the production of neutral glycerides using lipase catalyzed inter-esterification of readily available triglycerides. Application of lipases include the use as a detergent additive to facilitate the removal of fats from fabrics in the course of the washing procedures.

The use of enzymes, and in particular microbial enzymes, as catalyst for key steps in the synthesis of complex organic molecules is gaining popularity at a great rate. One area of great interest is the preparation of chiral intermediates.

Preparation of chiral intermediates is of interest to a wide range of synthetic chemists particularly those scientists involved with the preparation of new pharmaceuticals, agrochemicals, fragrances and flavors. (See Davies et al., Recent Avances in the Generation of Chiral Intermediates Using Enzymes, CRC Press, Boca Raton, Florida (1990)). The following reactions catalyzed by enzymes are of interest to organic chemists : hydrolysis of carboxylic acid esters, phosphate esters, amides and nitriles, esterification reactions, trans-esterification reactions, synthesis of amides, reduction of alkanones and oxoalkanates, oxidation of alcohols to carbonyl compounds, oxidation of sulfides to sulfoxides, and carbon bond forming reactions such as the aldol reaction.

When considering the use of an enzyme encoded by one of the ORFs of the present invention for biotransformation and organic synthesis it is sometimes necessary to consider the respective advantages and disadvantages of using a microorganism as opposed to an isolated enzyme. Pros and cons of using a whole cell system on the one hand or an isolated partially purified enzyme on the other

hand, has been described in detail by Bud et al., Chemistry in Britain (1987), p.

127.

Amino transferases, enzymes involved in the biosynthesis and metabolism of amino acids, are useful in the catalytic production of amino acids. The advantages of using microbial based enzyme systems is that the amino transferase enzymes catalyze the stereo-selective synthesis of only L-amino acids and generally possess uniformly high catalytic rates. A description of the use of amino transferases for amino acid production is provided by Roselle-David, Methods of Enzymology 136 : 479 (1987).

Another category of useful proteins encoded by the ORFs of the present invention include enzymes involved in nucleic acid synthesis, repair, and recombination.

2. Generation of Antibodies As described here, the proteins of the present invention, as well as homologs thereof, can be used in a variety of procedures and methods known in the art which are currently applied to other proteins. The proteins of the present invention can further be used to generate an antibody which selectively binds the protein. Such antibodies can be either monoclonal or polyclonal antibodies, as well fragments of these antibodies, and humanized forms.

The invention further provides antibodies which selectively bind to one of the proteins of the present invention and hybridomas which produce these antibodies. A hybridoma is an immortalized cell line which is capable of secreting a specific monoclonal antibody.

In general, techniques for preparing polyclonal and monoclonal antibodies as well as hybridomas capable of producing the desired antibody are well known in the art (Campbell, A. M., Monoclonal Antibody Technology : Laboratory Techniques In Biochemistry And Molecular Biology, Elsevier Science Publishers, Amsterdam, The Netherlands (1984) ; St. Groth et al., J. Immunol. Methods 35 : 1- 21 (1980), Kohler and Milstein, Nature 256 : 495-497 (1975)), the trioma technique, the human B-cell hybridoma technique (Kozbor et al., Immunology Today 4 : 72 (1983), pgs. 77-96 of Cole et al., in Monoclonal Antibodies And Cancer Therapy, Alan R. Liss, Inc. (1985)). Any animal (mouse, rabbit, etc.) which is known to produce antibodies can be immunized with the pseudogene polypeptide. Methods for immunization are well known in the art. Such methods

include subcutaneous or interperitoneal injection of the polypeptide. One skilled in the art will recognize that the amount of the protein encoded by the ORF of the present invention used for immunization will vary based on the animal which is immunized, the antigenicity of the peptide and the site of injection.

The protein which is used as an immunogen may be modified or administered in an adjuvant in order to increase the protein's antigenicity. Methods of increasing the antigenicity of a protein are well known in the art and include, but are not limited to coupling the antigen with a heterologous protein (such as globulin or galactosidase) or through the inclusion of an adjuvant during immunization.

For monoclonal antibodies, spleen cells from the immunized animals are removed, fused with myeloma cells, such as SP2/0-Agl4 myeloma cells, and allowed to become monoclonal antibody producing hybridoma cells.

Any one of a number of methods well known in the art can be used to identify the hybridoma cell which produces an antibody with the desired characteristics. These include screening the hybridomas with an ELISA assay, western blot analysis, or radioimmunoassay (Lutz et al., Exp. Cell Res. 175 : 109- 124 (1988)).

Hybridomas secreting the desired antibodies are cloned and the class and subclass is determined using procedures known in the art (Campbell, A. M.,


Monoclonal Antibody Technology : Laboratory Techniques in Biochentistry and Molecular Biology, Elsevier Science Publishers, Amsterdam, The Netherlands (1984)).

Techniques described for the production of single chain antibodies (U. S.

Patent 4, 946, 778) can be adapted to produce single chain antibodies to proteins of the present invention.

For polyclonal antibodies, antibody containing antisera is isolated from the immunized animal and is screened for the presence of antibodies with the desired specificity using one of the above-described procedures.

The present invention further provides the above-described antibodies in detectably labelled form. Antibodies can be detectably labelled through the use of radioisotopes, affinity labels (such as biotin, avidin, etc.), enzymatic labels (such as horseradish peroxidase, alkaline phosphatase, etc.) fluorescent labels (such as FITC or rhodamine, etc.), paramagnetic atoms, etc. Procedures for accomplishing such labeling are well-known in the art, for example see Sternberger et al., J.

Histochem. Cytochem. 18 : 315 (1970) ; Bayer, E. A. et al., Meth. Enzym. 62 : 308

(1979) ; Engval, E. et al., Immunol. 109 : 129 (1972) ; Goding, J. W., J. Immunol.

Meth. 13 : 215 (1976)).

The labeled antibodies of the present invention can be used for in vitro, in vivo, and in situ assays to identify cells or tissues in which a fragment of the Streptococcus pneumoniae genome is expressed.

The present invention further provides the above-described antibodies immobilized on a solid support. Examples of such solid supports include plastics such as polycarbonate, complex carbohydrates such as agarose and sepharose, acrylic resins and such as polyacrylamide and latex beads. Techniques for coupling antibodies to such solid supports are well known in the art (Weir, D. M. et al.,"Handbook of Experimental Immunology"4th Ed., Blackwell Scientific Publications, Oxford, England, Chapter 10 (1986) ; Jacoby, W. D. et al., Meth.

Enzym. 34 Academic Press, N. Y. (1974)). The immobilized antibodies of the present invention can be used for in vitro, in vivo, and in situ assays as well as for immunoaffinity purification of the proteins of the present invention.

3. Diagnostic Assays and Kits The present invention further provides methods to identify the expression of one of the ORFs of the present invention, or homolog thereof, in a test sample, using one of the DFs or antibodies of the present invention.

In detail, such methods comprise incubating a test sample with one or more of the antibodies or one or more of the DFs of the present invention and assaying for binding of the DFs or antibodies to components within the test sample.

Conditions for incubating a DF or antibody with a test sample vary.

Incubation conditions depend on the format employed in the assay, the detection methods employed, and the type and nature of the DF or antibody used in the assay. One skilled in the art will recognize that any one of the commonly available hybridization, amplification or immunological assay formats can readily be adapted to employ the DFs or antibodies of the present invention. Examples of such assays can be found in Chard, T., An Introduction to Radioimmunoassay and Related Techniques, Elsevier Science Publishers, Amsterdam, The Netherlands (1986) ; Bullock, G. R. et al., Techniques in Immunocytochemistry, Academic Press, Orlando, FL Vol. 1 (1982), Vol. 2 (1983), Vol. 3 (1985) ; Tijssen, P., Practice and Theory of Enzyme Immunoassays : Laboratory Techniques in Biochemistry and

Molecular Biology, Elsevier Science Publishers, Amsterdam, The Netherlands (1985).

The test samples of the present invention include cells, protein or membrane extracts of cells, or biological fluids such as sputum, blood, serum, plasma, or urine. The test sample used in the above-described method will vary based on the assay format, nature of the detection method and the tissues, cells or extracts used as the sample to be assayed. Methods for preparing protein extracts or membrane extracts of cells are well known in the art and can be readily be adapted in order to obtain a sample which is compatible with the system utilized.

In another embodiment of the present invention, kits are provided which contain the necessary reagents to carry out the assays of the present invention.

Specifically, the invention provides a compartmentalized kit to receive, in close confinement, one or more containers which comprises : (a) a first container comprising one of the DFs or antibodies of the present invention ; and (b) one or more other containers comprising one or more of the following : wash reagents, reagents capable of detecting presence of a bound DF or antibody.

In detail, a compartmentalized kit includes any kit in which reagents are contained in separate containers. Such containers include small glass containers, plastic containers or strips of plastic or paper. Such containers allows one to efficiently transfer reagents from one compartment to another compartment such that the samples and reagents are not cross-contaminated, and the agents or solutions of each container can be added in a quantitative fashion from one compartment to another. Such containers will include a container which will accept the test sample, a container which contains the antibodies used in the assay, containers which contain wash reagents (such as phosphate buffered saline, Tris- buffers, etc.), and containers which contain the reagents used to detect the bound antibody or DF.

Types of detection reagents include labelled nucleic acid probes, labelled secondary antibodies, or in the alternative, if the primary antibody is labelled, the enzymatic, or antibody binding reagents which are capable of reacting with the labelled antibody. One skilled in the art will readily recognize that the disclosed DFs and antibodies of the present invention can be readily incorporated into one of the established kit formats which are well known in the art.

4. Screening Assay for Binding Agents

Using the isolated proteins of the present invention, the present invention further provides methods of obtaining and identifying agents which bind to a protein encoded by one of the ORFs of the present invention or to one of the fragments and the Streptococcus pneumoniae fragment and contigs herein described.

In general, such methods comprise steps of : (a) contacting an agent with an isolated protein encoded by one of the ORFs of the present invention, or an isolated fragment of the Streptococcus pneumoniae genome ; and (b) determining whether the agent binds to said protein or said fragment.

The agents screened in the above assay can be, but are not limited to, peptides, carbohydrates, vitamin derivatives, or other pharmaceutical agents. The agents can be selected and screened at random or rationally selected or designed using protein modeling techniques.

For random screening, agents such as peptides, carbohydrates, pharmaceutical agents and the like are selected at random and are assayed for their ability to bind to the protein encoded by the ORF of the present invention.

Alternatively, agents may be rationally selected or designed. As used herein, an agent is said to be"rationally selected or designed"when the agent is chosen based on the configuration of the particular protein. For example, one skilled in the art can readily adapt currently available procedures to generate peptides, pharmaceutical agents and the like capable of binding to a specific peptide sequence in order to generate rationally designed antipeptide peptides, for example see Hurby et al.,"Application of Synthetic Peptides : Antisense Peptides,"in Synthetic Peptides, A User's Guide, W. H. Freeman, NY (1992), pp. 289-307, and Kaspczak et al., Biochemistry 28 : 9230-8 (1989), or pharmaceutical agents, or the like.

In addition to the foregoing, one class of agents of the present invention, as broadly described, can be used to control gene expression through binding to one of the ORFs or EMFs of the present invention. As described above, such agents can be randomly screened or rationally designed/selected. Targeting the ORF or EMF allows a skilled artisan to design sequence specific or element specific agents, modulating the expression of either a single ORF or multiple ORFs which rely on the same EMF for expression control.

One class of DNA binding agents are agents which contain base residues which hybridize or form a triple helix by binding to DNA or RNA. Such agents can be based on the classic phosphodiester, ribonucleic acid backbone, or can be a variety of sulfhydryl or polymeric derivatives which have base attachment capacity.

Agents suitable for use in these methods usually contain 20 to 40 bases and are designed to be complementary to a region of the gene involved in transcription (triple helix-see Lee et al., Nucl. Acids Res. 6 : 3073 (1979) ; Cooney et al., Science 241 : 456 (1988) ; and Dervan et al., Science 251 : 1360 (1991)) or to the mRNA itself (antisense-Okano, J. Neurochem. 56 : 560 (1991) ; Oligodeoxynucleotides as Antisense Inhibitors of Gene Expression, CRC Press, Boca Raton, FL (1988)). Triple helix-formation optimally results in a shut-off of RNA transcription from DNA, while antisense RNA hybridization blocks translation of an mRNA molecule into polypeptide. Both techniques have been demonstrated to be effective in model systems. Information contained in the sequences of the present invention can be used to design antisense and triple helix- forming oligonucleotides, and other DNA binding agents.

5. Pharmaceutical Compositions and Vaccines The present invention further provides pharmaceutical agents which can be used to modulate the growth or pathogenicity of Streptococcus pneumoniae, or another related organism, in vivo or in vitro. As used herein, a"pharmaceutical agent"is defined as a composition of matter which can be formulated using known techniques to provide a pharmaceutical compositions. As used herein, the "pharmaceutical agents of the present invention"refers the pharmaceutical agents which are derived from the proteins encoded by the ORFs of the present invention or are agents which are identified using the herein described assays.

As used herein, a pharmaceutical agent is said to"modulate the growth pathogenicity of Streptococcus pneumoniae or a related organism, in vivo or in vitro,"when the agent reduces the rate of growth, rate of division, or viability of the organism in question. The pharmaceutical agents of the present invention can modulate the growth or pathogenicity of an organism in many fashions, although an understanding of the underlying mechanism of action is not needed to practice the use of the pharmaceutical agents of the present invention. Some agents will modulate the growth by binding to an important protein thus blocking the biological activity of the protein, while other agents may bind to a component of the outer

surface of the organism blocking attachment or rendering the organism more prone to act the bodies nature immune system. Alternatively, the agent may comprise a protein encoded by one of the ORFs of the present invention and serve as a vaccine. The development and use of a vaccine based on outer membrane components are well known in the art.

As used herein, a"related organism"is a broad term which refers to any organism whose growth can be modulated by one of the pharmaceutical agents of the present invention. In general, such an organism will contain a homolog of the protein which is the target of the pharmaceutical agent or the protein used as a vaccine. As such, related organisms do not need to be bacterial but may be fungal or viral pathogens.

The pharmaceutical agents and compositions of the present invention may be administered in a convenient manner, such as by the oral, topical, intravenous, intraperitoneal, intramuscular, subcutaneous, intranasal or intradermal routes. The pharmaceutical compositions are administered in an amount which is effective for treating and/or prophylaxis of the specific indication. In general, they are administered in an amount of at least about 1 mg/kg body weight and in most cases they will be administered in an amount not in excess of about 1 g/kg body weight per day. In most cases, the dosage is from about 0. 1 mg/kg to about 10 g/kg body weight daily, taking into account the routes of administration, symptoms, etc.

The agents of the present invention can be used in native form or can be modified to form a chemical derivative. As used herein, a molecule is said to be a "chemical derivative"of another molecule when it contains additional chemical moieties not normally a part of the molecule. Such moieties may improve the molecule's solubility, absorption, biological half life, etc. The moieties may alternatively decrease the toxicity of the molecule, eliminate or attenuate any undesirable side effect of the molecule, etc. Moieties capable of mediating such effects are disclosed in, among other sources, REMINGTON'S PHARMACEUTICAL SCIENCES (1980) cited elsewhere herein.

For example, such moieties may change an immunological character of the functional derivative, such as affinity for a given antibody. Such changes in immunomodulation activity are measured by the appropriate assay, such as a competitive type immunoassay. Modifications of such protein properties as redox or thermal stability, biological half-life, hydrophobicity, susceptibility to proteolytic degradation or the tendency to aggregate with carriers or into multimers also may

be effected in this way and can be assayed by methods well known to the skilled artisan.

The therapeutic effects of the agents of the present invention may be obtained by providing the agent to a patient by any suitable means (e. g., inhalation, intravenously, intramuscularly, subcutaneously, enterally, or parenterally). It is preferred to administer the agent of the present invention so as to achieve an effective concentration within the blood or tissue in which the growth of the organism is to be controlled. To achieve an effective blood concentration, the preferred method is to administer the agent by injection. The administration may be by continuous infusion, or by single or multiple injections.

In providing a patient with one of the agents of the present invention, the dosage of the administered agent will vary depending upon such factors as the patient's age, weight, height, sex, general medical condition, previous medical history, etc. In general, it is desirable to provide the recipient with a dosage of agent which is in the range of from about 1 pg/kg to 10 mg/kg (body weight of patient), although a lower or higher dosage may be administered. The therapeutically effective dose can be lowered by using combinations of the agents of the present invention or another agent.

As used herein, two or more compounds or agents are said to be administered"in combination"with each other when either (1) the physiological effects of each compound, or (2) the serum concentrations of each compound can be measured at the same time. The composition of the present invention can be administered concurrently with, prior to, or following the administration of the other agent.

The agents of the present invention are intended to be provided to recipient subjects in an amount sufficient to decrease the rate of growth (as defined above) of the target organism.

The administration of the agent (s) of the invention may be for either a "prophylactic"or"therapeutic"purpose. When provided prophylactically, the agent (s) are provided in advance of any symptoms indicative of the organisms growth. The prophylactic administration of the agent (s) serves to prevent, attenuate, or decrease the rate of onset of any subsequent infection. When provided therapeutically, the agent (s) are provided at (or shortly after) the onset of an indication of infection. The therapeutic administration of the compound (s)

serves to attenuate the pathological symptoms of the infection and to increase the rate of recovery.

The agents of the present invention are administered to a subject, such as a mammal, or a patient, in a pharmaceutically acceptable form and in a therapeutically effective concentration. A composition is said to be"pharmacologically acceptable" if its administration can be tolerated by a recipient patient. Such an agent is said to be administered in a"therapeutically effective amount"if the amount administered is physiologically significant. An agent is physiologically significant if its presence results in a detectable change in the physiology of a recipient patient.

The agents of the present invention can be formulated according to known methods to prepare pharmaceutically useful compositions, whereby these materials, or their functional derivatives, are combined in a mixture with a pharmaceutically acceptable carrier vehicle. Suitable vehicles and their formulation, inclusive of other human proteins, e. g., human serum albumin, are described, for example, in REMINGTON'S PHARMACEUTICAL SCIENCES, 16th Ed., Osol, A., Ed., Mack Publishing, Easton PA (1980). In order to form a pharmaceutically acceptable composition suitable for effective administration, such compositions will contain an effective amount of one or more of the agents of the present invention, together with a suitable amount of carrier vehicle.

Additional pharmaceutical methods may be employed to control the duration of action. Control release preparations may be achieved through the use of polymers to complex or absorb one or more of the agents of the present invention.

The controlled delivery may be effectuated by a variety of well known techniques, including formulation with macromolecules such as, for example, polyesters, polyamino acids, polyvinyl, pyrrolidone, ethylenevinylacetate, methylcellulose, carboxymethylcellulose, or protamine, sulfate, adjusting the concentration of the macromolecules and the agent in the formulation, and by appropriate use of methods of incorporation, which can be manipulated to effectuate a desired time course of release. Another possible method to control the duration of action by controlled release preparations is to incorporate agents of the present invention into particles of a polymeric material such as polyesters, polyamino acids, hydrogels, poly (lactic acid) or ethylene vinylacetate copolymers. Alternatively, instead of incorporating these agents into polymeric particles, it is possible to entrap these materials in microcapsules prepared, for example, by coacervation techniques or by interfacial polymerization with, for example, hydroxymethylcellulose or gelatine-

microcapsules and poly (methylmethacylate) microcapsules, respectively, or in colloidal drug delivery systems, for example, liposomes, albumin microspheres, microemulsions, nanoparticles, and nanocapsules or in macroemulsions. Such techniques are disclosed in REMINGTON'S PHARMACEUTICAL SCIENCES (1980).

The invention further provides a pharmaceutical pack or kit comprising one or more containers filled with one or more of the ingredients of the pharmaceutical compositions of the invention. Associated with such container (s) can be a notice in the form prescribed by a governmental agency regulating the manufacture, use or sale of pharmaceuticals or biological products, which notice reflects approval by the agency of manufacture, use or sale for human administration.

In addition, the agents of the present invention may be employed in conjunction with other therapeutic compounds.

6. Shot-Gun Approach to Megabase DNA Sequencing The present invention further demonstrates that a large sequence can be sequenced using a random shotgun approach. This procedure, described in detail in the examples that follow, has eliminated the up front cost of isolating and ordering overlapping or contiguous subclones prior to the start of the sequencing protocols.

Certain aspects of the present invention are described in greater detail in the examples that follow. The examples are provided by way of illustration. Other aspects and embodiments of the present invention are contemplated by the inventors, as will be clear to those of skill in the art from reading the present disclosure.

ILLUSTRATIVE EXAMPLES LIBRARIES AND SEQUENCING 1. Shotgun Sequencing Probability Analysis The overall strategy for a shotgun approach to whole genome sequencing follows from the Lander and Waterman (Landerman and Waterman, Genomics 2 : 231 (1988)) application of the equation for the Poisson distribution. According to this treatment, the probability, P, that any given base in a sequence of size L, in nucleotides, is not sequenced after a certain amount, n, in nucleotides, of random

sequence has been determined can be calculated by the equation P = e-m, where m is L/n, the fold coverage. For instance, for a genome of 2. 8 Mb, m=1 when 2. 8 Mb of sequence has been randomly generated (IX coverage). Atthat point, P = e-1 = 0. 37. The probability that any given base has not been sequenced is the same as the probability that any region of the whole sequence L has not been determined and, therefore, is equivalent to the fraction of the whole sequence that has yet to be determined. Thus, at one-fold coverage, approximately 37% of a polynucleotide of size L, in nucleotides has not been sequenced. When 14 Mb of sequence has been generated, coverage is 5X for a 2. 8 Mb and the unsequenced fraction drops to . 0067 or 0. 67%. 5X coverage of a 2. 8 Mb sequence can be attained by sequencing approximately 17, 000 random clones from both insert ends with an average sequence read length of 410 bp.

Similarly, the total gap length, G, is determined by the equation G = Le'm, and the average gap size, g, follows the equation, g = L/n. Thus, 5X coverage leaves about 240 gaps averaging about 82 bp in size in a sequence of a polynucleotide 2. 8 Mb long.

The treatment above is essentially that of Lander and Waterman, Genomics 2 : 231 (1988).

2. Random Library Construction In order to approximate the random model described above during actual sequencing, a nearly ideal library of cloned genomic fragments is required. The following library construction procedure was developed to achieve this end.

Streptococcus pneumoniae DNA is prepared by phenol extraction. A mixture containing 200 zig DNA in 1. 0 ml of 300 mM sodium acetate, 10 mM Tris- HCI, 1 mM Na-EDTA, 50% glycerol is processed through a nebulizer (IPI Medical Products) with a stream of nitrogen adjusted to 35 Kpa for 2 minutes. The sonicated DNA is ethanol precipitated and redissolved in 500, ut TE buffer.

To create blunt-ends, a 100 gel aliquot of the resuspended DNA is digested with 5 units of BAL31 nuclease (New England BioLabs) for 10 min at 30°C in 200 gi BAL31 buffer. The digested DNA is phenol-extracted, ethanol-precipitated, redissolved in 100 gl TE buffer, and then size-fractionated by electrophoresis through a 1. 0% low melting temperature agarose gel. The section containing DNA fragments 1. 6-2. 0 kb in size is excised from the gel, and the LGT agarose is melted and the resulting solution is extracted with phenol to separate the agarose from the

DNA. DNA is ethanol precipitated and redissolved in 20 p.lof TE buffer for ligation to vector.

A two-step ligation procedure is used to produce a plasmid library with 97% inserts, of which >99% were single inserts. The first ligation mixture (50 ul) contains 2 ig of DNA fragments, 2 Rg pUC18 DNA (Pharmacia) cut with SmaI and dephosphorylated with bacterial alkaline phosphatase, and 10 units of T4 ligase (GIBCO/BRL) and is incubated at 14°C for 4 hr. The ligation mixture then is phenol extracted and ethanol precipitated, and the precipitated DNA is dissolved in 20 RI TE buffer and electrophoresed on a 1. 0% low melting agarose gel. Discrete bands in a ladder are visualized by ethidium bromide-staining and UV illumination and identified by size as insert (1), vector (v), v+I, v+2i, v+3i, etc. The portion of the gel containing v+I DNA is excised and the v+I DNA is recovered and resuspended into 20 1 TE. The v+I DNA then is blunt-ended by T4 polymerase treatment for 5 min. at 37°C in a reaction mixture (50 ul) containing the v+I linears, 500, uM each of the 4 dNTPs, and 9 units of T4 polymerase (New England BioLabs), under recommended buffer conditions. After phenol extraction and ethanol precipitation the repaired v+I linears are dissolved in 20 ul TE. The final ligation to produce circles is carried out in a 50 1 reaction containing 5 jLtl of v+I linears and 5 units of T4 ligase at 14°C overnight. After 10 min. at 70°C the following day, the reaction mixture is stored at-20°C.

This two-stage procedure results in a molecularly random collection of single-insert plasmid recombinants with minimal contamination from double-insert chimeras ( <1%) or free vector ( <3%).

Since deviation from randomness can arise from propagation the DNA in the host, E. coli host cells deficient in all recombination and restriction functions (A. Greener, Strategies 3 (1) : 5 (1990)) are used to prevent rearrangements, deletions, and loss of clones by restriction. Furthermore, transformed cells are plated directly on antibiotic diffusion plates to avoid the usual broth recovery phase which allows multiplication and selection of the most rapidly growing cells.

Plating is carried out as follows. A 100 J, 1 aliquot of Epicurian Coli SURE II Supercompetent Cells (Stratagene 200152) is thawed on ice and transferred to a chilled Falcon 2059 tube on ice. A 1. 7, ul aliquot of 1. 42 M beta-mercaptoethanol is added to the aliquot of cells to a final concentration of 25 mM. Cells are incubated on ice for 10 min. A 1 1 aliquot of the final ligation is added to the cells and incubated on ice for 30 min. The cells are heat pulsed for 30 sec. at 42°C and

placed back on ice for 2 min. The outgrowth period in liquid culture is eliminated from this protocol in order to minimize the preferential growth of any given transformed cell. Instead the transformation mixture is plated directly on a nutrient rich SOB plate containing a 5 ml bottom layer of SOB agar (5% SOB agar : 20 g tryptone, 5 g yeast extract, 0. 5 g NaCl, 1. 5% Difco Agar per liter of media). The 5 ml bottom layer is supplemented with 0. 4 ml of 50 mg/ml ampicillin per 100 ml SOB agar. The 15 ml top layer of SOB agar is supplemented with 1 ml X-Gal (2%), 1 ml MgCI (1 M), and 1 ml MgSO/100 ml SOB agar. The 15 ml top layer is poured just prior to plating. Our titer is approximately 100 colonies/10 ul aliquot of transformation.

All colonies are picked for template preparation regardless of size. Thus, only clones lost due to"poison"DNA or deleterious gene products are deleted from the library, resulting in a slight increase in gap number over that expected.

3. Random DNA Sequencing High quality double stranded DNA plasmid templates are prepared using a "boiling bead"method developed in collaboration with Advanced Genetic Technology Corp. (Gaithersburg, MD) (Adams et al., Science 252 : 1651 (1991) ; Adams et al., Nature 355 : 632 (1992)). Plasmid preparation is performed in a 96- well format for all stages of DNA preparation from bacterial growth through final DNA purification. Template concentration is determined using Hoechst Dye and a Millipore Cytofluor. DNA concentrations are not adjusted, but low-yielding templates are identified where possible and not sequenced.

Templates are also prepared from two Streptococcus pneumoniae lambda genomic libraries. An amplified library is constructed in the vector Lambda GEM- 12 (Promega) and an unamplified library is constructed in Lambda DASH II (Stratagene). In particular, for the unamplified lambda library, Streptococcus pneumoniae DNA (> 100 kb) is partially digested in a reaction mixture (200 ul) containing 50 llg DNA, 1X Sau3AI buffer, 20 units Sau3AI for 6 min. at 23°C.

The digested DNA was phenol-extracted and electrophoresed on a 0. 5% low melting agarose gel at 2V/cm for 7 hours. Fragments from 15 to 25 kb are excised and recovered in a final volume of 6 ul. Onze fil of fragments is used with 1, ul of DASHII vector (Stratagene) in the recommended ligation reaction. One) J. I of the ligation mixture is used per packaging reaction following the recommended protocol with the Gigapack II XL Packaging Extract (Stratagene, #227711). Phage

are plated directly without amplification from the packaging mixture (after dilution with 500 u.l of recommended SM buffer and chloroform treatment). Yield is about 2. 5x103 pfu/ul. The amplified library is prepared essentially as above except the lambda GEM-12 vector is used. After packaging, about 3. 5x104 pfu are plated on the restrictive NM539 host. The lysate is harvested in 2 ml of SM buffer and stored frozen in 7% dimethylsulfoxide. The phage titer is approximately lx109 pfu/ml.

Liquid lysates (100 ul) are prepared from randomly selected plaques (from the unamplified library) and template is prepared by long-range PCR using T7 and T3 vector-specific primers.

Sequencing reactions are carried out on plasmid and/or PCR templates using the AB Catalyst LabStation with Applied Biosystems PRISM Ready Reaction Dye Primer Cycle Sequencing Kits for the M13 forward (mu3-21) and the M 13 reverse (M 13RP 1) primers (Adams et al., Nature 368 : 474 (1994)). Dye terminator sequencing reactions are carried out on the lambda templates on a Perkin-Elmer 9600 Thermocycler using the Applied Biosystems Ready Reaction Dye Terminator Cycle Sequencing kits. T7 and SP6 primers are used to sequence the ends of the inserts from the Lambda GEM-12 library and T7 and T3 primers are used to sequence the ends of the inserts from the Lambda DASH II library.

Sequencing reactions are performed by eight individuals using an average of fourteen AB 373 DNA Sequencers per day. All sequencing reactions are analyzed using the Stretch modification of the AB 373, primarily using a 34 cm well-to-read distance. The overall sequencing success rate very approximately is about 85% for M13-21 and M13RP1 sequences and 65% for dye-terminator reactions. The average usable read length is 485 bp for M13-21 sequences, 445bp for M13RP1 sequences, and 375 bp for dye-terminator reactions.

Richards et al., Chapter 28 in AUTOMATE DNA SEQUENCING AND ANALYSIS, M. D. Adams, C. Fields, J. C. Venter, Eds., Academic Press, London, (1994) described the value of using sequence from both ends of sequencing templates to facilitate ordering of contigs in shotgun assembly projects of lambda and cosmid clones. We balance the desirability of both-end sequencing (including the reduced cost of lower total number of templates) against shorter read-lengths for sequencing reactions performed with the M13RP1 (reverse) primer compared to the M 13-21 (forward) primer. Approximately one-half of the templates are sequenced from both ends. Random reverse sequencing reactions are

done based on successful forward sequencing reactions. Some M13RP1 sequences are obtained in a semi-directed fashion : M13-21 : sequences pointing outward at the ends of contigs are chosen for M13RP1 sequencing in an effort to specifically order contigs.

4. Protocol for Automated Cycle Sequencing The sequencing is carried out using ABI Catalyst robots and AB 373 Automated DNA Sequencers. The Catalyst robot is a publicly available sophisticated pipetting and temperature control robot which has been developed specifically for DNA sequencing reactions. The Catalyst combines pre-aliquoted templates and reaction mixes consisting of deoxy-and dideoxynucleotides, the thermostable Taq DNA polymerase, fluorescently-labelled sequencing primers, and reaction buffer. Reaction mixes and templates are combined in the wells of an aluminum 96-well thermocycling plate. Thirty consecutive cycles of linear amplification (i. e.., one primer synthesis) steps are performed including denaturation, annealing of primer and template, and extension ; i. e., DNA synthesis. A heated lid with rubber gaskets on the thermocycling plate prevents evaporation without the need for an oil overlay.

Two sequencing protocols are used : one for dye-labelled primers and a second for dye-labelled dideoxy chain terminators. The shotgun sequencing involves use of four dye-labelled sequencing primers, one for each of the four terminator nucleotide. Each dye-primer is labelled with a different fluorescent dye, permitting the four individual reactions to be combined into one lane of the 373 DNA Sequencer for electrophoresis, detection, and base-calling. ABI currently supplies pre-mixed reaction mixes in bulk packages containing all the necessary non-template reagents for sequencing. Sequencing can be done with both plasmid and PCR-generated templates with both dye-primers and dye-terminators with approximately equal fidelity, although plasmid templates generally give longer usable sequences.

Thirty-two reactions are loaded per AB373 Sequencer each day, for a total of 960 samples. Electrophoresis is run overnight following the manufacturer's protocols, and the data is collected for twelve hours. Following electrophoresis and fluorescence detection, the ABI 373 performs automatic lane tracking and base- calling. The lane-tracking is confirmed visually. Each sequence electropherogram (or fluorescence lane trace) is inspected visually and assessed for quality. Trailing

sequences of low quality are removed and the sequence itself is loaded via software to a Sybase database (archived daily to 8mm tape). Leading vector polylinker sequence is removed automatically by a software program. Average edited lengths of sequences from the standard ABI 373 are around 400 bp and depend mostly on the quality of the template used for the sequencing reaction. ABI 373 Sequencers converted to Stretch Liners provide a longer electrophoresis path prior to fluorescence detection and increase the average number of usable bases to 500-600 bp.

INFORMATICS 1. Data Management A number of information management systems for a large-scale sequencing lab have been developed. (For review see, for instance, Kerlavage et al., Proceedings of the Twenty-Sixth Annual Hawaii International Conference on System Sciences, IEEE Computer Society Press, Washington D. C., 585 (1993)) The system used to collect and assemble the sequence data was developed using the Sybase relational database management system and was designed to automate data flow wherever possible and to reduce user error. The database stores and correlates all information collected during the entire operation from template preparation to final analysis of the genome. Because the raw output of the ABI 373 Sequencers was based on a Macintosh platform and the data management system chosen was based on a Unix platform, it was necessary to design and implement a variety of multi-user, client-server applications which allow the raw data as well as analysis results to flow seamlessly into the database with a minimum of user effort.

2. Assembly An assembly engine (TIGR Assembler) developed for the rapid and accurate assembly of thousands of sequence fragments was employed to generate contigs. The TIGR assembler simultaneously clusters and assembles fragments of the genome. In order to obtain the speed necessary to assemble more than 104 fragments, the algorithm builds a hash table of 12 bp oligonucleotide subsequences to generate a list of potential sequence fragment overlaps. The number of potential overlaps for each fragment determines which fragments are likely to fall into repetitive elements. Beginning with a single seed sequence fragment, TIGR Assembler extends the current contig by attempting to add the best matching

fragment based on oligonucleotide content. The contig and candidate fragment are aligned using a modified version of the Smith-Waterman algorithm which provides for optimal gapped alignments (Waterman, M. S., Methods in Enzymology 164 : 765 (1988)). The contig is extended by the fragment only if strict criteria for the quality of the match are met. The match criteria include the minimum length of overlap, the maximum length of an unmatched end, and the minimum percentage match. These criteria are automatically lowered by the algorithm in regions of minimal coverage and raised in regions with a possible repetitive element. The number of potential overlaps for each fragment determines which fragments are likely to fall into repetitive elements. Fragments representing the boundaries of repetitive elements and potentially chimeric fragments are often rejected based on partial mismatches at the ends of alignments and excluded from the current contig.

TIGR Assembler is designed to take advantage of clone size information coupled with sequencing from both ends of each template. It enforces the constraint that sequence fragments from two ends of the same template point toward one another in the contig and are located within a certain range of base pairs (definable for each clone based on the known clone size range for a given library).

The process resulted in 391 contigs as represented by SEQ ID NOs : 1-391.

3. Identifying Genes The predicted coding regions of the Streptococcus pneumoniae genome were initially defined with the program GeneMark, which finds ORFs using a probabilistic classification technique. The predicted coding region sequences were used in searches against a database of all nucleotide sequences from GenBank (October, 1997), using the BLASTN search method to identify overlaps of 50 or more nucleotides with at least a 95% identity. Those ORFs with nucleotide sequence matches are shown in Table 1. The ORFs without such matches were translated to protein sequences and compared to a non-redundant database of known proteins generated by combining the Swiss-prot, PIR and GenPept databases. ORFs that matched a database protein with BLASTP probability less than or equal to 0. 01 are shown in Table 2. The table also lists assigned functions based on the closest match in the databases. ORFs that did not match protein or nucleotide sequences in the databases at these levels are shown in Table 3.

ILLUSTRATIVE APPLICATIONS 1. Production of an Antibody to a Streptococcus pneumoniae Protein Substantially pure protein or polypeptide is isolated from the transfected or transformed cells using any one of the methods known in the art. The protein can also be produced in a recombinant prokaryotic expression system, such as E. coli, or can be chemically synthesized. Concentration of protein in the final preparation is adjusted, for example, by concentration on an Amicon filter device, to the level of a few micrograms/ml. Monoclonal or polyclonal antibody to the protein can then be prepared as follows.

2. Monoclonal Antibody Production by Hybridoma Fusion Monoclonal antibody to epitopes of any of the peptides identified and isolated as described can be prepared from murine hybridomas according to the classical method of Kohler, G. and Milstein, C., Nature 256 : 495 (1975) or modifications of the methods thereof. Briefly, a mouse is repetitively inoculated with a few micrograms of the selected protein over a period of a few weeks. The mouse is then sacrificed, and the antibody producing cells of the spleen isolated.

The spleen cells are fused by means of polyethylene glycol with mouse myeloma cells, and the excess unfused cells destroyed by growth of the system on selective media comprising aminopterin (HAT media). The successfully fused cells are diluted and aliquots of the dilution placed in wells of a microtiter plate where growth of the culture is continued. Antibody-producing clones are identified by detection of antibody in the supernatant fluid of the wells by immunoassay procedures, such as ELISA, as originally described by Engvall, E., Meth.

Enzymol. 70 : 419 (1980), and modified methods thereof. Selected positive clones can be expanded and their monoclonal antibody product harvested for use. Detailed procedures for monoclonal antibody production are described in Davis, L. et al., Basic Methods in Molecular Biology, Elsevier, New York. Section 21-2 (1989).

3. Polyclonal Antibody Production by Immunization Polyclonal antiserum containing antibodies to heterogenous epitopes of a single protein can be prepared by immunizing suitable animals with the expressed protein described above, which can be unmodified or modified to enhance immunogenicity. Effective polyclonal antibody production is affected by many factors related both to the antigen and the host species. For example, small molecules tend to be less immunogenic than others and may require the use of carriers and adjuvant. Also, host animals vary in response to site of inoculations and dose, with both inadequate or excessive doses of antigen resulting in low titer antisera. Small doses (ng level) of antigen administered at multiple intradermal sites appears to be most reliable. An effective immunization protocol for rabbits can be found in Vaitukaitis, J. et al., J. Clin. Endocrinol. Metab. 33 : 988-991 (1971).

Booster injections can be given at regular intervals, and antiserum harvested when antibody titer thereof, as determined semi-quantitatively, for example, by double immunodiffusion in agar against known concentrations of the antigen, begins to fall. See, for example, Ouchterlony, O. et al., Chap. 19 in : Handbook of Experimental Immunology, Wier, D., ed, Blackwell (1973). Plateau concentration of antibody is usually in the range of 0. 1 to 0. 2 mg/ml of serum (about 12M).

Affinity of the antisera for the antigen is determined by preparing competitive binding curves, as described, for example, by Fisher, D., Chap. 42 in : Manual of Clinical Immunology, second edition, Rose and Friedman, eds., Amer. Soc. For Microbiology, Washington, D. C. (1980) Antibody preparations prepared according to either protocol are useful in quantitative immunoassays which determine concentrations of antigen-bearing substances in biological samples ; they are also used semi-quantitatively or qualitatively to identify the presence of antigen in a biological sample. In addition, antibodies are useful in various animal models of pneumococcal disease as a means of evaluating the protein used to make the antibody as a potential vaccine target or as a means of evaluating the antibody as a potential immunotherapeutic or immunoprophylactic reagent.

4. Preparation of PCR Primers and Amplification of DNA Various fragments of the Streptococcus pneumoniae genome, such as those of Tables 1-3 and SEQ ID NOS : 1-391 can be used, in accordance with the present invention, to prepare PCR primers for a variety of uses. The PCR primers are preferably at least 15 bases, and more preferably at least 18 bases in length. When selecting a primer sequence, it is preferred that the primer pairs have approximately the same G/C ratio, so that melting temperatures are approximately the same. The PCR primers and amplified DNA of this Example find use in the Examples that follow.

5. Gene expression from DNA Sequences Corresponding to ORFs A fragment of the Streptococcus pneumoniae genome provided in Tables 1- 3 is introduced into an expression vector using conventional technology.

Techniques to transfer cloned sequences into expression vectors that direct protein translation in mammalian, yeast, insect or bacterial expression systems are well known in the art. Commercially available vectors and expression systems are available from a variety of suppliers including Stratagene (La Jolla, California), Promega (Madison, Wisconsin), and Invitrogen (San Diego, California). If desired, to enhance expression and facilitate proper protein folding, the codon context and codon pairing of the sequence may be optimized for the particular expression organism, as explained by Hatfield et al., U. S. Patent No. 5, 082, 767, incorporated herein by this reference.

The following is provided as one exemplary method to generate polypeptide (s) from cloned ORFs of the Streptococcus pneumoniae genome fragment. Bacterial ORFs generally lack a poly A addition signal. The addition signal sequence can be added to the construct by, for example, splicing out the poly A addition sequence from pSG5 (Stratagene) using BgII and SalI restriction endonuclease enzymes and incorporating it into the mammalian expression vector pXTI (Stratagene) for use in eukaryotic expression systems. pXTl contains the LTRs and a portion of the gag gene of Moloney Murine Leukemia Virus. The positions of the LTRs in the construct allow efficient stable transfection. The vector includes the Herpes Simplex thymidine kinase promoter and the selectable neomycin gene. The Streptococcus pneumoniae DNA is obtained by PCR from the bacterial vector using oligonucleotide primers complementary to the Streptococcus pneumoniae DNA and containing restriction endonuclease sequences for PstI incorporated into the 5'primer and BgIII at the 5'end of the corresponding Streptococcus pneumoniae DNA 3'primer, taking care to ensure that the Streptococcus pneumoniae DNA is positioned such that its followed with the poly A addition sequence. The purified fragment obtained from the resulting PCR reaction is digested with PstI, blunt ended with an exonuclease, digested with BgIII, purified and ligated to pXTI, now containing a poly A addition sequence and digested BgIII.

The ligated product is transfected into mouse NIH 3T3 cells using Lipofectin (Life Technologies, Inc., Grand Island, New York) under conditions outlined in the product specification. Positive transfectants are selected after growing the transfected cells in 600 ug/ml G418 (Sigma, St. Louis, Nlissouri).

The protein is preferably released into the supernatant. However if the protein has membrane binding domains, the protein may additionally be retained within the cell or expression may be restricted to the cell surface. Since it may be necessary to purify and locate the transfected product, synthetic 15-mer peptides synthesized from the predicted Streptococcuspneumoniae DNA sequence are injected into mice to generate antibody to the polypeptide encoded by the Streptococcus pneumoniae DNA.

Alternatively and if antibody production is not possible, the Streptococcus pneumoniae DNA sequence is additionally incorporated into eukaryotic expression vectors and expressed as, for example, a globin fusion. Antibody to the globin moiety then is used to purify the chimeric protein. Corresponding protease cleavage sites are engineered between the globin moiety and the polypeptide encoded by the Streptococcus pneumoniae DNA so that the latter may be freed from the formed by simple protease digestion. One useful expression vector for generating globin chimerics is pSG5 (Stratagene). This vector encodes a rabbit globin. Intron II of the rabbit globin gene facilitates splicing of the expressed transcript, and the polyadenylation signal incorporated into the construct increases the level of expression. These techniques are well known to those skilled in the art of molecular biology. Standard methods are published in methods texts such as Davis et al., cited elsewhere herein, and many of the methods are available from the technical assistance representatives from Stratagene, Life Technologies, Inc., or Promega. Polypeptides of the invention also may be produced using in vitro translation systems such as in vitro ExpressTM Translation Kit (Stratagene).

While the present invention has been described in some detail for purposes of clarity and understanding, one skilled in the art will appreciate that various changes in form and detail can be made without departing from the true scope of the invention.

All patents, patent applications and publications referred to above are hereby incorporated by reference.

TABLE 1 S. pneumoniae - Coding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt acession ident 1 1 437 1003 gb|U41735| Streptococcus pneumoniae peptide methionine sulfoxide reductase (msrA) and 92 homoserine kinase homolog (thrB) genes, complete cs 2 5 6169 5720 gb|U04047| Streptococcus pneumoniae SSz dextran glucosidase gene and insertion 96 sequence IS1202 transposase gene, complete cds 2 6 6592 6167 emb|Z83335|SPZB S. pneumoniae dexB. capl [A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 98 biosynthesis genes and aliA gene 3 11 9770 9147 emb|Z83335|SPZB S. pneumoniae dexB. capl [A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 94 biosynthesis genes and aliA gene 3 12 10489 9671 emb|Z83335|SPZB S. pneumoniae dexB. capl [A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 91 biosynthesis genes and aliA gene 3 13 11546 12019 gb|U43526| Streptococcus pneumoniae neuraminidase B (nanB) gene, complete cs, and 99 neuraminidase (nanA) gene, partial cds 3 14 12017 13375 gb|U43526| Streptococcus pneumoniae neuraminidase B (nanB) gene, complete cs, and 99 neuraminidase (nanA) gene, partial cds 3 15 13421 14338 gb|U43526| Streptococcus pneumoniae neuraminidase B (nanB) gene, complete cs, and 99 neuraminidase (nanA) gene, partial cds 3 16 14329 14171 gb|U43526| Streptococcus pneumoniae neuraminidase B (nanB) gene, complete cs, and 99 neuraminidase (nanA) gene, partial cds 3 17 15132 17282 gb|U43526| Streptococcus pneumoniae neuraminidase B (nanB) gene, complete cs, and 99 neuraminidase (nanA) gene, partial cds 3 18 17267 18397 gb|U43526| Streptococcus pneumoniae neuraminidase B (nanB) gene, complete cs, and 99 neuraminidase (nanA) gene, partial cds 4 1 46 1188 emb|Y11463|SPDN Streptococcus pneumoniae dnaG, rpoD, cpoA genes and ORF3 and ORF5 99 4 2 1198 2529 emb|Y11463|SPDN Streptococcus pneumoniae dnaG, rpoD, cpoA genes and ORF3 and ORF5 99 5 7 11297 11473 gb|U41735| Streptococcus pneumoniae petptide methionine sulfoxide reductase (msrA) and 82 homoserine kinase homolog (thrB) genes, complete cds 6 7 7125 7364 emb|Z77726|SPIS S. pneumoniae DNA for insertion sequence IS1318 (1372 bp) 93 6 8 7322 7570 emb|Z77725|SPIS S. pneumoniae DNA for insertion sequence IS1381 (966 bp) 95 6 9 7533 7985 emb|Z77725|SPIS S. pneumoniae DNA for insertion sequence IS1381 (966 bp) 99 6 23 20197 19733 emb|Z83335|SPZB S. pneumoniae dexB. capl [A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 96 biosynthesis genes and aliA gene 7 10 8305 7682 emb|Z83335|SPZB S. pneumoniae dexB. capl [A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 95 biosynthesis genes and aliA gene TABLE 1 S. pneumoniae - Doding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt) acession ident 7 11 9024 8206 emb|Z83335|SPZB S. pneumoniae dexB. capl [A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 95 biosynthesis genes and aliA gene 10 13 9304 8078 gb|L29323I Streptococcus pneumoniae methyl transferase (mtr) gene cluster, complete 93 cds 11 2 548 919 emb|Z79691|SOOR S. pneumoniae yorf[A,B,C,D,E], ftsL, pbpX and regR genes 99 11 3 892 1980 emb|Z79691|SOOR S. pneumoniae yorf[A,B,C,D,E], ftsL, pbpX and regR genes 99 11 5 3040 3477 emb|Z79691|SOOR S. pneumoniae yorf[A,B,C,D,E], ftsL, pbpX and regR genes 99 11 6 3480 3267 emb|Z79691|SOOR S. pneumoniae yorf[A,B,C,D,E], ftsL, pbpX and regR genes 99 11 7 3601 4557 emb|Z79691|SOOR S. pneumoniae yorf[A,B,C,D,E], ftsL, pbpX and regR genes 98 11 8 4506 4886 emb|Z79691|SOOR S. pneumoniae yorf[A,B,C,D,E], ftsL, pbpX and regR genes 99 11 9 4884 7142 emb|X16367|SPPB Streptococcus pneumoniae pbpX gene for penicillin binding protein 2X 99 11 10 7132 8124 emb|X16367|SPPB Streptococcus pneumoniae pbpX gene for penicillin binding protein 2X 98 13 1 53 1126 gb|M31296| S. pneumoniae recP gene, complete cds 99 14 3 1837 2148 emb|Z83335|SPZB S. pneumoniae dexB. capl [A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 87 biosynthesis genes and aliA gene 14 4 2518 2108 gb|M36180|Streptococcus pneumoniae transposase, (comA and comB) and SAICAR synthetase 98 (purC) genes, complete cds 15 9 8942 8511 gb|U09239| Streptococcus penumoniae type 19F capsular polysaccharide biosynthesis 89 operon, (cps19fABCDEFGHIJKLMNO) genes, complete cds, and aliA gene, partial cds 17 7 3910 3459 emb|Z77726|SPIS S. pneumoniae DNA for insertion sequence IS1318 (1372 bp) 98 17 8 4304 3873 emb|Z77727|SPIS S. pneumoniae DNA for insertion sequence IS1318 (823 bp) 96 19 1 41 529 emb|X94909|SPIG S. pneumoniae iga gene 75 19 2 554 757 gb|L07752| Streptococcus pneumoniae attachment site (attB), DNA sequence 99 19 3 946 1827 gb|L07752| Streptococcus pneumoniae attachment site (attB), DNA sequence 94 20 1 937 182 gb|U33315| Streptococcus pneumoniae orfL gene, partial cds, competence stimulating 99 peptide precursor (comC), histidine protein kinase (comD) and response regulator (comE) genes, complete cds, tRNA-Arg and tRNA-Gln genes 20 2 2271 931 gb|U33315| Streptococcus pneumoniae orfL gene, partial cds, competence stimulating 98 peptide precursor (comC), histidine protein kinase (comD) and response regulator (comE) genes, complete cds, tRNA-Arg and tRNA-Gln genes TABLE 1 S. pneumoniae - Coding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt) acession ident 20 3 3175 2684 gb|U76218| Streptococcus pneumoniae competence stimulating peptide precursor ComC 99 (comC), histidine kinase homolog ComD (comD), and response regulator homolog ComE (comE) genes, complete cds 20 4 3322 4527 gb|AF000658| Streptococcus pneumoniae R801 rTNA-Arg gene, partial sequence, and putative 99 serine protease (sphtra), SPSpoJ (spspoJ), initiator protein (spdnaa) and beta subunit of DNa polymerase III (spdnan) genes, complete cds 20 5 4573 5343 gb|AF000658| Streptococcus pneumoniae R801 rTNA-Arg gene, partial sequence, and putative 99 serine protease (sphtra), SPSpoJ (spspoJ), initiator protein (spdnaa) and beta subunit of DNa polymerase III (spdnan) genes, complete cds 20 6 5532 6917 gb|AF000658| Streptococcus pneumoniae R801 rTNA-Arg gene, partial sequence, and putative 99 serine protease (sphtra), SPSpoJ (spspoJ), initiator protein (spdnaa) and beta subunit of DNa polymerase III (spdnan) genes, complete cds 20 7 6995 8212 gb|AF000658| Streptococcus pneumoniae R801 rTNA-Arg gene, partial sequence, and putative 99 serine protease (sphtra), SPSpoJ (spspoJ), initiator protein (spdnaa) and beta subunit of DNa polymerase III (spdnan) genes, complete cds 20 8 8214 8471 gb|AF000658| Streptococcus pneumoniae R801 rTNA-Arg gene, partial sequence, and putative 98 serine protease (sphtra), SPSpoJ (spspoJ), initiator protein (spdnaa) and beta subunit of DNa polymerase III (spdnan) genes, complete cds 20 9 8534 9670 gb|AF000658| Streptococcus pneumoniae R801 rTNA-Arg gene, partial sequence, and putative 99 serine protease (sphtra), SPSpoJ (spspoJ), initiator protein (spdnaa) and beta subunit of DNa polymerase III (spdnan) genes, complete cds 22 14 11887 12267 emb|Z77726|SPIS S. pneumoniae DNa for insertion sequence IS1318 (1372 bp) 99 22 15 12708 12256 emb|Z77727|SPIS S. pneumoniae DNa for insertion sequence IS1318 (823 bp) 97 22 16 13165 12662 emb|Z77726|SPIS S. pneumoniae DNa for insertion sequence IS1318 (1372 bp) 98 22 23 18398 18910 emb|Z86112|SPZB S. pneumoniae genes encoding galacturonosyl transferase and transposase and 95 insertion sequence IS1515 22 24 18829 19299 emb|Z86112|SPZB S. pneumoniae genes encoding galacturonosyl transferase and transposase and 99 insertion sequence IS1515 23 5 5624 4203 emb|X52474|SPPl S. pneumoniae ply gene for pneumolysin 99 23 6 6063 5629 gb|M17717| S. pneumoniae pneumolysin gene, complete cds 98 26 1 5500 2 emb|X94909|SPIG S. pneumoniae iga gene 87 26 2 5823 5584 gb|U47687| Streptococcus pneumoniae immunoglobulin al protease (iga) gene, complete 99 cds 26 3 6878 5685 gb|U47687| Streptococcus pneumoniae immunoglobulin al protease (iga) gene, complete 100 cds TABLE 1 S. pneumoniae - Coding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt) acession ident 26 8 14498 14854 emb|Z83335|SPZB S. pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 99 biosynthesis genes and aliA gene 26 9 14763 14924 emb|Z83335|SPZB S. pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 100 biosynthesis genes and aliA gene 26 10 14922 15173 gb|U04047| Streptococcus pneumoniae SSZ dextran glucosidase gene and insertion 97 sequence IS1202 transposase gene, complete cds 28 1 80 505 emb|Z83335|SPZB S. pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 99 biosynthesis genes and aliA gene 28 2 503 952 gb|U04047| Streptococcus pneumoniae SSZ dextran glucosidase gene and insertion 97 sequence IS1202 transposase gene, complete cds 28 3 780 1298 gb|U04047| Streptococcus pneumoniae SSZ dextran glucosidase gene and insertion 96 sequence IS1202 transposase gene, complete cds 34 1 207 1523 gb|L08611| Streptococcus pneumoniae maltose/maltodextrin uptake (malX) and two 99 maltodextrin permease (malC and malD) genes, complete cds 34 2 1477 2367 gb|L08611| Streptococcus pneumoniae maltose/maltodextrin uptake (malX) and two 96 maltodextrin permease (malC and malD) genes, complete cds 34 3 2593 3420 gb|L21856| Streptococcus pneumoniae malA gene, complete cds; malR gene, complete cds 96 34 4 2790 2647 gb|L21856| Streptococcus pneumoniae malA gene, complete cds; malR gene, complete cds 98 34 5 3418 4416 gb|L21856| Streptococcus pneumoniae malA gene, complete cds; malR gene, complete cds 96 34 9 7764 7507 gb|U41735| Streptococcus pneumoniae peptide methionine sulfoxide reductase (msrA) and 93 homoserine kinase homolog (thrB) genes, complete cds 34 16 10562 10257 emb|X63602|SPBO S. pneumoniae mmsA-Box 92 35 4 1176 1439 emb|Z83335|SPZB S. pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 87 biosynthesis genes and aliA gene 35 5 1458 1961 gb|U09239| Streptococcus pneumoniae type 19F capsular polysaccharide biosynthesis 98 operon, (cps19fABCDEFGHIJKLMNO) genes, complete cds, and aliA gene, partial cds 35 17 16172 15477 emb|X85787|SPCP S. pneumoniae dexB, cps14A, cps14B, cps14C, cps14D, cps14E, cps14F, cps14G 97 cps14H, cps14I, cps14J, cps14K, cps14L, tasA genes 35 18 16961 16170 emb|Z83335|SPZB S. pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 86 biosynthesis genes and aliA gene 35 19 17620 16871 gb|U09239| Streptococcus pneumoniae type 19F capsular polysaccharide biosynthesis 83 operon, (cps19fABCDEFGHIJKLMNO) genes, complete cds, and aliA gene, partial cds TABLE 1 S. pneumoniae - Coding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt) acession ident 35 20 19061 17604 emb|X85787|SPCP S. pneumoniae dexB, cps14A, cps14B, cps14C, cps14D, cps14E, cps14F, cps14G 94 cps14H, cps14I, cps14J, cps14K, cps14L, tasA genes 36 19 18960 18352 gb|U40786| Streptococcus pneumoniae surface antigen A variant precursor (psaA) and 18 99 kDa protein genes, complete cds, and ORFl gene, partial cds 36 20 19934 18966 gb|U53509| Streptococcus pneumoniae surface adhesin A precursor (psaA) gene, complete 99 cds 37 1 2743 179 emb|Z67739|SPPA s. pneumoniae parC, parE and transposase genes and unknown orf 99 37 2 2985 2824 emb|Z67739|SPPA s. pneumoniae parC, parE and transposase genes and unknown orf 100 37 3 5034 3070 emb|Z67739|SPPA s. pneumoniae parC, parE and transposase genes and unknown orf 99 37 4 5134 5790 emb|Z67739|SPPA s. pneumoniae parC, parE and transposase genes and unknown orf 99 37 5 6171 5833 emb|Z67739|SPPA s. pneumoniae parC, parE and transposase genes and unknown orf 96 38 19 12969 13268 gb|M28679| S. pneumoniae promoter region DNA 100 39 2 1256 2137 gb|U41735| Streptococcus pneumoniae peptide methionine sulfoxide reductase (msrA) and 99 homoserine kinase homolog (thrB) genes, complete cds 39 3 2405 3370 gb|U41735| Streptococcus pneumoniae peptide methionine sulfoxide reductase (msrA) and 99 homoserine kinase homolog (thrB) genes, complete cds 40 9 5253 7208 gb|M29686| S. pneumoniae mismatch repair (hexB) gene, complete cds 99 41 1 3 1037 emb|Z17307|SPRE S. pneumoniae recA gene encoding RecA 99 41 2 1328 2713 emb|Z34303|SPCI Streptococcus pneumoniae cin operon encoding the cinA, recA, dinF. lytA 99 genes, and downstream sequences 41 3 3083 4045 gb|M13812| S. pneumoniae autolysin (lytA) gene, complete cds 99 41 4 3272 3096 gb|M13812| S. pneumoniae autolysin (lytA) gene, complete cds 100 41 5 3603 3860 gb|M13812| S. pneumoniae autolysin (lytA) gene, complete cds 100 41 6 4755 5162 gb|L36660| Streptococcus pneumoniae ORF, complete cds 98 41 7 5270 5716 gb|L36660| Streptococcus pneumoniae ORF, complete cds 98 41 8 6112 6918 gb|L36660| Streptococcus pneumoniae ORF, complete cds 98 41 9 6916 7119 gb|L36660| Streptococcus pneumoniae ORF, complete cds 100 41 10 7082 7660 gb|L36660| Streptococcus pneumoniae ORF, complete cds 97 41 11 7680 7979 gb|L36660| Streptococcus pneumoniae ORF, complete cds 98 41 12 9169 8717 emb|Z77727|SPIS S. pneumoniae DNa for insertion sequence IS1318 (823 bp) 97 TABLE 1 S. pneumoniae - Coding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt) acession ident 41 13 9533 9132 emb|Z77725|SPIS S. pneumoniae DNA for insertion sequence IS1381 (966 bp) 95 41 14 9669 9475 emb|Z82001|SPZB S. pneumoniae pcpA gene and open reading frames 100 44 5 7190 7555 emb|Z82001|SPZB S. pneumoniae pcpA gene and open reading frames 99 44 6 8059 7607 emb|Z77726|SPIS S. pneumoniae DNA for insertion sequence IS1318 (1372 bp) 97 44 7 8423 8022 emb|Z77725|SPIS S. pneumoniae DNA for insertion sequence IS1381 (966 bp) 95 44 8 8559 8365 emb|Z82001|SPZB S. pneumoniae pcpA gene and open reading frames 100 48 9 6480 4687 gb|L39074| Streptoicoccus pneumoniae pyruvate oxidase (spxB) gene, complete cds 99 49 2 231 2603 gb|L20561| Streptococcus pneumoniae Exp7 gene, partial cds 100 53 6 2407 2156 gb|U04047| Streptococcus pneumoniase SSZ dextran glucosidase gene and insertion 97 sequence IS1202 transposase gene, complete cds 53 7 566 2405 emb|Z83335|SPZB S. pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 100 biosynthesis genes and aliA gene 53 8 2831 2475 emb|Z83335|SPZB S. pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 99 biosynthesis genes and aliA gene 54 13 12409 11105 emb|Z83335|SPZB S. pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 67 biosynthesis genes and aliA gene 55 22 20488 19949 emb|Z84379|HSZB S. pneumoniae dfr gene (isolate 92) 99 61 11 11864 9900 emb|Z16082|PNAL Streptococcus pneumoniae aliB gene 98 63 1 3 239 gb|M18729| S. pneumoniae mismatch repair protein (hexA) gene, complex cds 100 63 3 233 2611 gb|M18729| S. pneumoniae mismatch repair protein (hexA) gene, complex cds 99 63 3 2557 2823 gb|M18729| S. pneumoniae mismatch repair protein (hexA) gene, complex cds 99 63 4 2958 4664 gb|M18729| S. pneumoniae mismatch repair protein (hexA) gene, complex cds 95 67 6 3770 3399 gb|L20670| Streptococcus pneumoniae hyaluronidase gene, complet cds 96 67 7 7161 4171 gb|L20670| Streptococcus pneumoniae hyaluronidase gene, complet cds 99 70 1 1 702 gb|M14340| S. pneumoniae DpnII gene region encoding dpnC and dpnD, complete cds 100 70 2 678 1160 gb|M14340| S. pneumoniae DpnII gene region encoding dpnC and dpnD, complete cds 100 70 3 2490 1210 gb|M14339| S. pneumoniae DpnII gene region encoding dpnM, dpnA, dpnB, complete cds 98 70 7 4230 4424 gb|J04234| S. pneumoniae exodeoxyribonuclease (exoA) gene, complete cds 99 70 8 5197 4316 gb|J04234| S. pneumoniae exodeoxyribonuclease (exoA) gene, complete cds 99 TABLE 1 S. pneumoniae - Coding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt) acession ident 70 13 8108 9874 gb|L20562| Streptococcus pnemuoniae Exp8 gene, partial cds 93 71 22 27964 28341 emb|x63602|SPBO S.pneumoniae mmsa-Box 93 72 5 4607 3552 emb|z26850|SPAT S.pneumoniae (M222) genes for ATPase a subunit, ATPase b subunit and ATPase 97 c subunit 73 1 471 133 emb|x63602|SPBO S.pneumoniae mmsa-Box 91 73 3 3658 977 gb|J04479| S.pneumoniaaw DNA polymersae I (polA) gene. complete cds 99 73 8 4864 53798 gb|M36180| Streptococcus pneumoniae transposase, (comA and comB) and SAICAR synthetase) 98 (purC) genes, complete cds 77 3 2622 1999 emb |z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 95 biosynthesis genes and aliA gene 77 4 3341 2523 emb |z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 91 biosynthesis genes and aliA gene 78 1 341 3 emb|X77249|SPR6 S.Pneumoniae (R6) ciaR/ciaH genes 99 78 2 1095 325 emb|X77249|SPR6 S.Pneumoniae (R6) ciaR/ciaH genes 99 82 10 11436 10816 gb|U90721| Streptococcus pheumoniae signal pepitdase I (spi) gene, complete cds 97 82 11 12702 11343 gb|U93576| Streptococcus pneumoniae ribonuclease HII (rnhB) gene, complete cds 98 82 12 12381 12704 gb|U93576| Streptococcus pneumoniae ribonuclease HII (rnhB) gene, complete cds 100 83 8 3212 3550 emb|Z77727|SPIS S.pneumpsonise DNA for insertion sequence IS1318 (823 bp) 97 83 10 4662 6851 gb|M36180| Strepetococus pneumoniae transposase. (comA and comB) and SAICAR synthetase 99 (purC) genes, complete cds 83 11 6849 8213 gb|M36180| Strepetococus pneumoniae transposase. (comA and comB) and SAICAR synthetase 99 (purC) genes, complete cds 83 12 8236 9090 gb|M36180| Strepetococus pneumoniae transposase. (comA and comB) and SAICAR synthetase 99 (purC) genes, complete cds 83 13 9283 13017 gb|L15190| Streptococcus pneumoniae SAICAR synthetase (purC) gene, complete cds 100 83 23 22147 23313 gb|L36923| Streptococcus pneumoniae beta-N-acetylhexosamindase (strH) gene, complete 98 cds 83 25 23268 24450 gb|L36923| Streptococcus pneumoniae beta-N-acetylhexosamindase (strH) gene, complete 98 cds 83 25 27527 23505 gb|L36923| Streptococcus pneumoniae beta-N-acetylhexosamindase (strH) gene, complete 99 cds TABLE1 S.pneuoniae - Coding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt) acession ident 83 26 28472 27771 gb|L36923| Streptococcus pneumoniae beta-N-acetylhexosamindase (strH) gene, complete 99 cds 84 4 4554 6173 emb|Z83335|SPZB S.pneumoniae dexB, capl [A, B, C, D, E, F, G, H, I, J, K] genes, dTDP-rhamonse 98 biosynthesis genes and aliA gene 87 6 5951 5316 emb|Z77725|SPIS S.pneumoniae DNA for insertion setuence IS1381 (966 bp) 96 88 5 2957 3511 gb|M36180| Streptococcus pneumoniae transposase, (comA and comB) and CAICAR sythetase 94 (purC) genes, complete cds 88 6 3446 4269 gb|M36180| Streptococcus pneumoniae transposase, (comA and comB) and CAICAR sythetase 94 (purC) genes, complete cds 89 13 9878 10093 gb|M36180| Streptococcus pneumoniae transposase, (comA and comB) and CAICAR sythetase 97 (purC) genes, complete cds 89 14 10062 10412 emb|Zb335|SPZB S.pneumoniae dexB, cap1[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rahmnose 97 bisopythesis genes and aliA gene 93 10 5303 4941 emb|X63602|SPBO S.pneumoniae mmsA-Box 89 97 4 1708 1520 gb|U41735| Streptococcus pneumoniae peptide methionine sulfoxide reductase (musrA) and 91 homoserine kinase homlog (thrB) genes, complete cds 99 1 89 700 emb|Zb335|SPZB S.pneumoniae dexB, cap1[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rahmnose 93 bisopythesis genes and aliA gene 99 2 1773 775 emb|X17337|SPAM Streptococcus pneumoniae ami locus conferring aminopterin resistance 99 99 3 2794 1712 emb|X17337|SPAM Streptococcus pneumoniae ami locus conferring aminopterin resistance 99 99 4 3732 2788 emb|X17337|SPAM Streptococcus pneumoniae ami locus conferring aminopterin resistance 100 99 5 5249 3714 emb|X17337|SPAM Streptococcus pneumoniae ami locus conferring aminopterin resistance 100 99 6 7262 5277 emb|X17337|SPAM Streptococcus pneumoniae ami locus conferring aminopterin resistance 99 101 1 216 1538 emb|X54225|SPEN S.pneumoniae epuA and endA genes for 7 kDa protein and membrane 99 endonuclease 101 2 1492 1719 emb|X54225|SPEN S.pneumoniae epuA and endA genes for 7 kDa protein and membrane 99 endonuclease 101 3 1694 1855 emb|X54225|SPEN S.pneumoniae epuA and endA genes for 7 kDa protein and membrane 100 endonuclease 101 4 1701 2582 emb|X54225|SPEN S.pneumoniae epuA and endA genes for 7 kDa protein and membrane 100 endonuclease 103 7 5556 5041 emb|Z95914|SPZ9 Streptococcus pneumoniae sodA gene 100 104 2 1347 1556 emb|Z77727|SPIS S.pneumoniae DNA for instion sepuence IS1318 (823 bp) 83 TABLE1 S.pneuoniae - Coding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt) acession ident 105 5 5381 5028 emb|z67739|SPPA S.pneumoniae parC, parE and transposase genes and unknown orf 98 105 6 6089 5379 emb|z67739|SPPA S.pneumoniae parC, parE and transposase genes and unknown orf 98 107 4 2785 1880 emb|x16022|SPPE S.pneumoniae penA gene 98 107 5 2913 4988 emb|x16022|SPPE S.pneumoniae penA gene 99 107 6 4981 5595 emb|x13136|SPPE Streptococcus pneumoniae penA gene for penicillin binding protein 2B 91 lacking N-term. (penicillin resistant strain) 108 9 9068 8718 emb|z67739|SPPA S.pneumoniae parC, parE and transposase genes and unknown orf 95 108 12 11308 10922 emb|z67739|SPPA S.pneumoniae parC, parE and transposase genes and unknown orf 99 109 3 2768 2241 emb|x77725|SPIS S.pneumoniae DNA for insertion sequence IS1381 (966 bp) 96 109 4 2688 2855 emb|x77725|SPIS S.pneumoniae DNA for insertion sequence IS1381 (1372 bp) 96 109 5 2862 3268 emb|x77725|SPIS S.pneumoniae DNA for insertion sequence IS1381 (823 bp) 97 109 6 5320 3584 gb|M18729| S.pneumoniae mismatch repair protein (hexA) gene, complete cds 100 113 1 431 3 gb|M36180| Streptococcus pneumoniae transporsase, (comA and comB) and SAICAR synthetase 95 (purC) genes, complete cds 113 10 9788 8532 emb|x99400|SPDA S.pneumoniae dacA gene and ORF 99 113 11 9870 10985 emb|x99400|SPDA S.pneumoniae dacA gene and ORF 99 114 3 2530 2030 gb|M36180| Strepococcus pneumoniae transposase, (comA and comB) and SAICAR Synthetase 95 (purC) genes, complete cds 115 11 11303 10932 gb|U04047| Streptococcus pneumoniae SSZ dextran glucosidase gene and insertion 97 sequence IS1202 transposase gene, complete cds 117 1 897 3302 emb|X72967|SPNA S.pneumoniae nanA gene 99 117 2 3277 3831 emb|X72967|SPNA S.pneumoniae nanA gene 99 117 3 4327 3899 gb|M36180| Strepococcus pneumoniae transposase, (comA and comB) and SAICAR Synthetase 98 (purC) genes, complete cds 121 2 1369 1941 gb|U72720| Streptococcus pneumoniae heat shock protein 70 (dnak) gene, complete cds 99 and DnaJ (dnaJ) gene, partial cds 121 3 2412 4253 gb|U72720| Streptococcus pneumoniae heat shock protein 70 (dnak) gene, complete cds 99 and DnaJ (dnaJ) gene, partial cds 122 8 5066 5587 gb|U04047| Streptococcus pneumoniae SSZ dextran glucosidase gene and insertion 64 sequence IS1202 transposase gene, complete cds TABLE1 S.pneuoniae - Coding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt) acession ident 125 1 1811 189 gb|M36180| Strepococcus pneumoniae transposase, (comA and comB) and SAICAR Synthetase 92 (purC) genes, complete cds 128 15 12496 11204 emb|Zb3335|SPZB S.pneumoniae dexB, capl[A,b,C,D,E,F,G,H,I,J,K] genes, dTDP-trhamnose 91 biosynthesis genes and aliA gene 134 1 1 492 emb|Y10818|SPYR1 S.pneumoniae spsA gene 99 134 2 556 2652 gb|AF019904| Streptococcus pneumoniae choline binding protein A (cbpA) gene, partiel cds 86 134 3 1160 837 emb|Y10818|SPYR1 S.pneumoniae spsA gene 86 134 4 3952 2882 gb|AF019904| Streptococcus pneumoniae choline binding protein A (cbpA) gene, partiel cds 98 134 8 7992 9848 gb|U12567| Streptococcus pneumoniae P13 glycerol-3-phosphate dehydrogenase (glpD) 99 gene, partial cds, and glycerol uptake facilitator (glpF) and ORF3 genes, comple cds 134 9 9846 10622 gb|U12567| Streptococcus pneumoniae P13 glycerol-3-phosphate dehydrogenase (glpD) 99 gene, partial cds, and glycerol uptake facilitator (glpF) and ORF3 genes, comple cds 134 10 10805 11122 gb|U12567| Streptococcus pneumoniae P13 glycerol-3-phosphate dehydrogenase (glpD) 100 gene, partial cds, and glycerol uptake facilitator (glpF) and ORF3 genes, comple cds 137 13 7970 8443 gb|U09239| Streptococcus pneumoniae type 19F capsular polysaccharide biosynthesis 90 operon, (cps19fBACDEFGHIJKLMNO) genes, complete cds, and aliA gene, partial cds 137 14 8590 8775 emb|Zb3335|SPZB S.pneumoniae dexB, capl[A,b,C,D,E,F,G,H,I,J,K] genes, dTDP-trhamnose 94 biosynthesis genes and aliA gene 137 15 8773 8967 emb|Zb3335|SPZB S.pneumoniae dexB, capl[A,b,C,D,E,F,G,H,I,J,K] genes, dTDP-trhamnose 98 biosynthesis genes and aliA gene 137 16 9223 9687 emb|277726|SPIS S.pneumoniae DNA for insertion sequence IS1318 (1372 bp) 96 137 17 9641 10051 emb|277726|SPIS S.pneumoniae DNA for insertion sequence IS1318 (823 bp) 96 139 10 12998 12702 emb|X63602|SPBO S.pneumoniae mmsA-Box 90 141 8 7805 8938 emb|Z49988|SPMM Streptococcus pneumoniae mmsA gene 99 141 9 8936 1097 emb|Z49988|SPMM Streptococcus pneumoniae mmsA gene 99 141 10 11472 12467 emb|Z49988|SPMM Streptococcus pneumoniae mmsA gene 100 142 2 257 814 gb|M80215| Streptococcus pneumoniae uvs402 protein gene, complete cds 98 142 3 787 957 gb|M80215| Streptococcus pneumoniae uvs402 protein gene, complete cds 100 142 4 980 3022 gb|M80215| Streptococcus pneumoniae uvs402 protein gene, complete cds 95 TABLE1 S.pneuoniae - Coding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt) acession ident 142 5 3020 3595 gb|M80215| Streptococcus pneumoniae uvs402 protein gene, complete cds 100 145 1 1 219 emb|Z35135|SPAL S.pneumoniae aliA gene for amiA-like gene A 97 145 2 171 1994 gb|L20556| Streptococcus pneumoniae plpA gene, partial cds 99 145 3 2287 7599 emb|z47210|SPED S.pneumoniae dexB, cap3A, cap3B and cap3C genes and orfs 99 145 4 9934 7766 gb|M90527| Streptococcus pneumoniae penicillin-binding protein (ponA) gene, complete 99 cds 145 5 10488 9922 gb|M90527| Streptococcus pneumoniae penicillin-binding protein (ponA) gene, complete 99 cds 146 1 159 4 emb|Z82002|SPZB S.pneumoniae pcpB and pcpC genes 98 146 2 344 90 emb|Z82002|SPZB S.pneumoniae pcpB and pcpC genes 98 146 16 11795 10794 emb|Z82002|SPZB S.pneumoniae pcpB and pcpC genes 85 147 11 10678 10202 emb|Z21702|SPUN S.pneumoniae ung gene and mutX genes encoding uracil-DNA glycosylase and 8- 98 oxodGTP nucleoside triphosphatase 147 12 11338 10676 emb|Z21702|SPUN S.pneumoniae ung gene and mutX genes encoding uracil-DNA glycosylase and 8- 99 oxodGTP nucleoside triphosphatase 148 12 9009 8815 gb|U41735 Streptococcus pneumoniae peptide methionine sulfoxide reductase (msrA) and 90 homoserine kinase (homolog (thrB) genes, complete cds 156 4 1154 1402 emb|X63602|SPBO S.pneumoniae mmsA-Box 94 159 13 9048 8521 gb|M36180| Streptococcus pneumoniae transposase, (comA and comB) and SAICAR synthetase 98 (purC) genes, complete cds 160 1 1 147 emb|Z26851|SPAT S.pneumoniae (R6) genes for ATPase a subunit, ATPase a subunit and ATPase c 100 subunit 160 2 179 898 emb|Z26851|SPAT S.pneumoniae (R6) genes for ATPase a subunit, ATPase a subunit and ATPase c 99 subunit 160 3 906 1406 emb|Z26850|SPAT S.pneumoniae (M222) genes of ATPASE a subunit, ATPase b subunit and ATPase 95 c subunit 160 4 1373 1942 emb|Z26850|SPAT S.pneumoniae (M222) genes of ATPASE a subunit, ATPase b subunit and ATPase 87 c subunit 161 1 1 984 emb|X77249|SPR6 S.pneumoniae (R6) ciaR/ciaH genes 99 161 7 6910 7497 emb|X83917|SPGY S.pneumoniae orflgyrB and gyrB gene encoding DNA gyrase B subunit 99 161 8 7443 9386 emb|X83917|SPGY S.pneumoniae orflgyrB and gyrB gene encoding DNA gyrase B subunit 98 163 1 2 2155 gb|L20559| Streptococcus pneumoniae Exp5 gene, partial cds 98 TABLE1 S.pneuoniae - Coding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt) acession ident 165 1 32 1618 gb|J01796 S.pneumoniae malX and malM genes encoding membrane protein and 99 amylomaltase, complete cds, and malP gene encoding phosphorylase 165 2 1608 3902 gb|J01796 S.pneumoniae malX and malM genes encoding membrane protein and 100 amylomaltase, complete cds, and malP gene encoding phosphorylase 166 1 378 4 emb|Y11463|SPDN Streptococcus pneumoniae dnaG, rpoD, cpoA genes and ORF3 and ORF5 100 166 2 1507 320 emb|Y11463|SPDN Streptococcus pneumoniae dnaG, rpoD, cpoA genes and ORF3 and ORF5 99 166 3 3240 1432 emb|Y11463|SPDN Streptococcus pneumoniae dnaG, rpoD, cpoA genes and ORF3 and ORF5 99 167 1 1077 328 emb|Z71552|SPAD Streptococcus pneumoniae adcCBA operon 94 167 2 1844 999 emb|Z71552|SPAD Streptococcus pneumoniae adcCBA operon 98 167 3 21714 1842 emb|Z71552|SPAD Streptococcus pneumoniae adcCBA operon 97 167 4 3399 2641 emb|Z71552|SPAD Streptococcus pneumoniae adcCBA operon 99 168 1 1 2259 gb|L20558| Streptococcus pneumoniae Exp4 gene, partial cds 99 170 10 7338 7685 emb|Z77726|SPIS S.pneumoniae DNA for insertion sequence IS1318 (1372 bp) 95 172 6 2462 4981 Streptococcus pneumoniae formate acetyltransferase (exp72) gene, partial 97 cds 175 1 373 20 gb|M36180| Streptococcus pneumoniae transposase, (comA and comB) and CAICR synthetase 89 (purC) genes, complete cds 175 4 1843 3621 emb|Z47210|SPDE S.pneumoniae dexB, cap3A, cap3B and cap3C genes and orfs 95 176 5 3894 2980 emb|Z67739|SPPA S.pneumoniae parC, parE and transposase genes and unknown orf 100 178 1 3 425 emb|Z67739|SPPA S.pneumoniae parC, parE and transposase genes and unknown orf 95 179 1 426 70 emb|Z83335|SPZB S.pneumoniae dexB, capl (A,B,C,D,E,F,G,H,I,J,K] genes, dTDT-rhamnose 99 biosynthesis genes and aliA gene 180 3 3084 1855 emb|X95718|SPGY S.pneumoniae gyrA gene 186 1 174 4 emb|Z79691|SOOR S.pneumoniae yorf[A,B,C,D,E]. ftsL. pbpx and regR genes 98 186 2 2254 608 emb|Z79691|SOOR S.pneumoniae yorf[A,B,C,D,E]. ftsL. pbpx and regR genes 98 186 3 707 880 emb|Z79691|SOOR S.pneumoniae yorf[A,B,C,D,E]. ftsL. pbpx and regR genes 98 189 1 2 259 gb|U72720| Streptococcus pneumoniae heat shock protein 70 (dnak) gene, complete cds 99 and DnaJ (dnaJ) gene, partial cds 189 2 600 385 gb|U72720| Streptococcus pneumoniae heat shock protein 70 (dnak) gene, complete cds 98 and DnaJ (dnaJ) gene, partial cds TABLE1 S.pneuoniae - Coding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt) acession ident 189 3 1018 851 gb|U72720| Streptococcus pneumoniae heat shock protein 70 (dnak) gene, complete cds 99 and DnaJ (dnaJ) gene, partial cds 189 4 1012 2154 gb|U72720| Streptococcus pneumoniae heat shock protein 70 (dnak) gene, complete cds 99 and DnaJ (dnaJ) gene, partial cds 191 9 7829 7524 emb|X63602|SPBO S.pneumoniae mmsA-Box 95 194 1 1 729 gb|M36180| Streptococcus pneumoniae transposase, (comA and comB) and SAICAR synthetase 91 (purC) genes, complete cds 199 2 1117 881 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 96 biosynthesis genes and aliA gene 199 4 1499 1762 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 89 biosynthesis genes and aliA gene 199 5 1781 2284 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 98 biosynthesis genes and aliA gene 203 1 1977 337 gb|L20563| Streptococcus pneumoniae Exp9 gene, partial cds 99 204 1 1145 3 gb|L36131| Streptococcus pneumoniae exp10 gene, compl;ete cds, recA gene, 5' end 99 208 1 59 2296 gb|U89711| Streptococcus pneumoniae pneumococcal surface protein A PspA (pspA) gene. 90 complete cds 213 3 2455 2123 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 96 biosynthesis genes and aliA gene 216 1 368 12 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 99 biosynthesis genes and aliA gene 216 3 2650 2327 gb|M28678| S.pneumoniae promoter sequence DNA 98 222 1 417 4 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 94 biosynthesis genes and aliA gene 227 3 5266 4238 emb|AJ000336|SP Streptococcus pneumoniae 1dh gene 99 239 1 1 804 gb|M31296| S.pneumoniae recP gene, complete cds 95 247 3 1625 1807 gb|M36180| Streptococcus pneumoniae transposase, (comA and comB) and SAICAR synthetase 94 (purC) genes, complete cds 249 3 921 1364 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 94 biosynthesis genes and aliA gene 253 1 362 3 gb|M36180| Streptococcus pneumoniae transposase, (comA and comB) and SAICAR synthetase 99 (purC) genes, complete cds 253 5 1238 2050 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 95 biosynthesis genes and aliA gene TABLE1 S.pneuoniae - Coding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt) acession ident 253 6 2069 2572 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 97 biosynthesis genes and aliA gene 255 1 3 800 emb|Z82002|SPZ8 S.pneumoniae pcpB and pcpC genes 97 255 2 798 1841 emb|Z82002|SPZ8 S.pneumoniae pcpB and pcpC genes 97 255 3 2494 1969 emb|Z67739|SPPA S.pneumoniae parC, parE and transposase genes and unknown orf 92 257 2 985 770 emb|X17337|SPAM Streptococcus pneumoniae ami locus conferring aminopterin resistance 96 257 3 1245 907 gb|M36180| Streptococcus pneumoniae transposase, (comA and comB) and SAICR synthetase 97 (purC) genes, complete cds 267 2 495 1208 gb|U16156| Streptococcus pneumoniae dihydropteroate synthase (sulA), dihydrofolate 95 synthetase (sulB), guanosine triphosphate cyclohydrolase (sulC), aldolase- pyrophosphokinase (sulD) genes, complete cds 267 3 1291 2277 gb|U16156| Streptococcus pneumoniae dihydropteroate synthase (sulA), dihydrofolate 97 synthetase (sulB), guanosine triphosphate cyclohydrolase (sulC), aldolase- pyrophosphokinase (sulD) genes, complete cds 267 4 2261 3601 gb|U16156| Streptococcus pneumoniae dihydropteroate synthase (sulA), dihydrofolate 98 synthetase (sulB), guanosine triphosphate cyclohydrolase (sulC), aldolase- pyrophosphokinase (sulD) genes, complete cds 267 5 3561 4136 gb|U16156| Streptococcus pneumoniae dihydropteroate synthase (sulA), dihydrofolate 99 synthetase (sulB), guanosine triphosphate cyclohydrolase (sulC), aldolase- pyrophosphokinase (sulD) genes, complete cds 267 6 4164 4949 gb|U16156| Streptococcus pneumoniae dihydropteroate synthase (sulA), dihydrofolate 99 synthetase (sulB), guanosine triphosphate cyclohydrolase (sulC), aldolase- pyrophosphokinase (sulD) genes, complete cds 267 7 5544 5140 gb|U16156| Streptococcus pneumoniae dihydropteroate synthase (sulA), dihydrofolate 100 synthetase (sulB), guanosine triphosphate cyclohydrolase (sulC), aldolase- pyrophosphokinase (sulD) genes, complete cds 268 4 1793 1990 emb|X63602|SPBO S.pneumoniae mmsA-Box 89 271 1 562 104 gb|M29686|S.pneumoniae mismatch repair (hexB) gene, complete cds 93 291 1 75 524 gb|U04047| Streptococcus pneumoniae SSZ dextran glucosidase gene and insertion 96 sequence IS1202 transposase gene, complete cds 291 2 1001 525 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 87 biosynthesis genes and aliA gene 291 3 807 559 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 87 biosynthesis genes and aliA gene 291 4 1374 1099 gb|M36180| Streptococcus pneumoniae transposase, (comA and comB) and SAICAR synthetase 85 (purC) genes, compete cds TABLE1 S.pneuoniae - Coding regions containing known sequences Contig ORF Start Stop match match gene name percent ID ID (nt) (nt) acession ident 293 1 3 1673 emb|Z67740|SPGY S.pneumoniae gyrB gene unknown orf 98 296 1 1434 151 emb|Z47210|SPDE S.pneumoniae dexB, cap3A, cap3B and cap3C genes and orfs 99 317 1 157 510 emb |Z67739|SPPA S.pneumoniae parC, parE and transposase genes and unknown orf 89 325 2 1237 485 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 91 biosynthesis genes and aliA gene 326 1 1 462 emb|Z82001|SPZB S.pneumoniae pcpA gene and open reading frames 100 327 1 603 64 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 94 biosynthesis genes and aliA gene 334 1 153 545 gb|U41735| Streptococcus pneumoniae peptide methionine sulfoxide reducatase (msrA) and 87 homoserine kinase homlog (thrB) genes, compete cds 336 1 308 93 emb|Z26850|SPAT S.pneumoniae (M222) genes for ATPase a subunit, ATPase b subunit and ATPase 97 c subunit 360 1 1 519 emb |Z67739|SPPA S.pneumoniae parC, parE and transposase genes and unknown orf 95 360 4 1598 196 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 94 biosynthesis genes and aliA gene 362 1 673 2 emb|Z83335|SPZB S.pneumoniae dexB, capl[A,B,C,D,E,F,G,H,I,J,K] genes, dTDP-rhamnose 94 biosynthesis genes and aliA gene 362 2 1168 728 gb|U04047| Streptococcus pneumoniae SSZ dextran glucosidase gene and insertion 96 sequence IS1202 transpasase gene, complete cds 384 1 347 111 emb|X85787|SPCP S.pneumoniae dexB, cps14A, cps14B, cps14C, cps14D, cps14E, cps14F, cps14G, 94 cps14R, cps14I, cps14J, cps14K, cps14L, tasA genes TABLE1 S.pneuoniae - Putative coding regions of nevel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 228 2 1760 1942 pri|F60663|F606 translation elongation factor Tu - Streptococcus oralis 100 319 1 2 205 gi|984927 neomcin phosphotransferase [Cloning vector pBSL99] 100 260 1 2 1138 pri|F60663|F606 translation elongation factor Tu - Streptococcus oralis 99 25 2 486 1394 gi|1574495 hypothetical [Haemophilus influenzae] 98 94 2 685 1002 gi|310627 phosphoenolpyruvae : sugar phosphotransferase system HPr [Streptococcus 98 mutansl 312 1 190 2 gi|347999 ATP-dependent protease proteolytic subunit [Streptococcus salivarius] 98 329 1 1 807 gi|924848 inosine monophosphate dehydrogenase [Streptococcus pyogenes] 98 336 2 290 589 gi|987050 lacZ gene product [unidentified cloning vector] 98 181 9 5948 7366 gi|153755 phospho-beta-D-galactosidase (EC 3.2.1.85) [Lactococcus lactis cremoris] 97 312 2 1044 361 gi|347998 uracil phosphoribosyltransferase [Streptococcus salivarius] 97 32 8 6575 7486 sp|P37214|ERA_S GTP-BINDING PROTEIN ERA HOMOLOG. 96 94 3 951 2741 gi|153615 phosphoenolpyruvate : surgar phosphotransferase system enzyme I [Streptococcus 96 salivarius] 127 1 1 168 gi|581299 initiation factor IF-1 [Lactococcus lactis] 96 128 14 10438 11154 gi|1276873 DeoD [Streptococcus thermophilus] 96 181 4 1362 1598 gi|46606 lacD polypeptide (AA 1-326) [Staphylococcus aureus] 96 218 1 1 834 gi|1743856 intrageneric coaggregation-relevant adhesin [Streptococcus gordonii] 96 319 2 115 441 gi|208225 heat-shock protein 82/neomcyn phosphotransferase fusion protein (hsp82-neo) 96 (unidentified cloning vector) 54 12 8622 gnl|PID|d100972 Pyruvate formate-lyase [Streptococcus mutans] 95 181 2 606 1289 gi|149396 lacD [Lactococcus lactis] 95 46 3 3410 3045 gi|1850606 YlxM [Streptococcus mutans] 94 89 10 7972 7337 gi|703442 thymidine kinase [Streptococcus gordonii] 94 148 9 6431 7354 gi|995767 UDP-glucose pyrophosphorylase [Streptococcus pyogenes] 94 160 7 4430 5848 gi|153573 H+ ATPase [Enterococcus faecalis] 94 @2 3 4598 3513 gi|153763 plasmin receptor [Streptococcus pyogenes] 93 12 8 7877 6204 gi|1103865 formyl-tetrahydrofolate synthetase [Streptococcus mutans] 93 TABLE 2 S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 65 11 4734 5120 gi|40150 L14 protein (AA 1-122) [Bacillus subtilis] 93 68 1 53 1297 gi|47341 antitumor protein [Streptococcus pyogenes] 93 80 1 3 299 gnl|PID|d101166 ribosomal protein S7 [Bacillus subtilis] 93 127 3 695 1093 gi|142462 ribosomal protien S11 [Bacillus subtilis] 93 160 5 1924 3462 gi|1773264 ATPase, alpha subunit, [Streptococcus mutans] 93 211 5 3757 3047 gi|535273 aminopeptidase C [Streptococcus hermophilus] 93 262 1 16 564 gi149394 lacB [Lactococcus lactis] 93 366 1 197 3 gi|295259 tryptophan synthase beta subunit [Synechocystis sp.] 93 25 3 1392 1976 gi|1574496 hypothetical [Haemophilus influenzae] 92 36 21 20781 19927 gi|310632 hydrophobic membrane protein [Streptococcus gordonii] 92 181 3 1265 1534 gi|149396 lacD [Lactococcus lactis] 92 181 7 3662 4060 gi|149410 enzyme III [Lactococcus lactis] 92 32 4 5631 3937 gnl|PID|e294090 fibronectin-binding protein-like protein A [Streptococcus gordonii] 91 46 2 3054 1462 gi|1850607 signal recognition particle Ffh [Streptococcus mutans] 91 65 10 4442 4726 pir|S17865|S178 ribosomal protein S17 - Bacillus stearothermophilus 91 77 2 260 1900 gi|287871 groEL gene product [Lactococcus lactis] 91 84 1 2 2056 gi|871784 Clp-like ATP-dependent protease binding subunit [Bos taurus] 91 99 8 10750 9272 gi|153740 sucrose phosphorylase [Streptococcus mutans] 91 99 9 11947 11072 gi|153739 membrane protein [Streptococcus mutans] 91 127 5 2065 2469 pir|S07223|R5BS ribosomal protein L17 - Bacillus stearothermophilus 91 132 6 9539 9390 gi|143065 hubst [Bacillus stearothermophilus] 91 137 8 4765 6153 gnl|PID|d100347 Na+ -ATPase beta subunit [Enterococcus hiae] 91 151 7 11119 9734 gi|1815634 glutamine synthetase type 1 [Streptococcus agalactiae] 91 201 2 1798 278 gi|2208998 dextran glucosidase DexS [Streptococcus suis] 91 222 2 673 1839 gi|153741 ATP-binding protein [Streptococcus mutans] 91 293 5 4113 4400 gi|1196921 unknown protein [Insertion sequence IS861] 91 32 7 6166 6570 pir|A36933|A369 diacylglycerol kinase homolog - Streptococcus mutans 90 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 33 2 841 527 gi|1196921 unknown protein [Insertion sequence IS861] 90 48 27 20908 19757 gnl|PID|e274705 lactate oxidase [Streptococcus iniae] 90 55 21 19777 18515 gnl|PID|e221213 Clpx protein [Bacillus subtilis] 90 56 2 717 977 gi|1710133 flagellar filament cap [Borrelia burgdorferi] 90 65 1 1 606 gi|1165303 L3 [Bacillus subtilis] 90 114 1 2 988 gi|153562 aspartate beta-semialdehyde dehydrogenase (EC. 1.2.1.11) [Streptococcus 90 mutans] 120 1 1345 827 gi|407880 ORF1 [Streptococcus equisimilis] 90 159 12 7690 8298 gi|143012 GMP synthetase [Bacillus subtilis] 90 166 4 4076 3282 gi|1661179 high affinity branched chain amino acid transport protein [Streptococcus 90 mutans] 183 1 28 1395 gi|308858 ATP : pyruvate 2-o-phosphotransferase [Lactococcus lactis] 90 191 3 2891 1662 gi|149521 tryptophan synthase beta subunit [Lactococcus lactis] 90 198 2 1551 436 gi|2323342 (AF014460) CcpA [Streptococcus mutans] 90 305 1 37 783 gi|1573551 asparagine synthetase A (asnA) [Haemophilus influenzae] 90 8 3 2285 3343 gi|149343 puative [Lactococcus lactis] 89 46 8 7577 7362 pir|A45434|A454 ribosomal protein L19 - Bacillus stearothermophilus 89 49 9 8363 10342 gi|153792 recp peptide [Streptococcus pneumoniae] 89 51 14 18410 19447 gi|308857 ATP : D-fructose 6-phosphate 1-phosphotransferase [Lactoccccus lactis] 89 57 11 9686 10669 gnl|PID|d100932 H2O-forming NADH Oxidase [Streptococcus mutans] 89 65 5 2418 2786 gi|1165307 S19 [Bacillus subtilis] 89 65 8 3806 4225 sp|P14577|RL16_ 50S RIBOSOMAL PROTEIN L16. 89 65 18 8219 8719 gi|143417 ribosomal protein S5 [Bacillus stearothermophilus] 89 73 9 6337 315 gi|532204 prs [Listeria monocytogenes] 89 76 3 3360 1465 gnl|PID|e200671 lepA gene product [Bacillus subtilis] 89 99 10 12818 11919 gi|153738 membrane protein [Streptococcus mutans] 89 120 2 3552 1300 gi|407881 stringent response-like prtien [Streptococcus equisimilis] 89 122 5 4512 2791 gnl|PID|e280490 unknown [Streptococcus pneumoniae] 89 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 176 1 669 4 gi|47394 5-oxoprolyl-petidase [Streptococcus pyogenes] 89 177 6 3050 3934 gi|912423 putative [Lactococcus lactis] 89 181 8 4033 5751 gi|149411 enzyme III [Lactococcus lactis] 89 211 4 3149 2793 gi|535273 aminopeotidase C [Streptococcus thermophilus] 89 361 1 431 838 gi|1196922 unknown protein [Insertion sequence IS861] 89 34 17 11839 10535 sp|P30053|SYH_S HISTIDYL-TRNA SYNTHETASE (EC 6.1.1.21) (HISTIDINE--TRNA LIGASE) (HISRS). 88 38 3 1646 2623 gi|2058544 putative ABC transporter subunit ComYA [Streptococcus gordonii] 88 54 1 3 227 gn;|PID|d101320 YggU [Bacillus subtilis] 88 57 2 611 1468 gnl|PID|e134943 putative reductase 1 [Saccharomyces cerevisiae] 88 6 13 5497 6069 pir|A29102|R5BS ribosomal protein L5 - Bacillus stearothermophilus 88 65 20 9030 9500 gi|2078381 ribosomal protein L15 [Staphyococcus aureus] 88 78 3 3636 1108 gnl|PID|d100781 lysyl-aminopeptidase [Lactococcus lactis] 88 106 12 12965 12054 gi|2407215 (AF017421) putative heat shock protein HtpX [Streptococcus gordonii] 88 107 2 219 962 gnl|PID|e339862 putative acylneuraminate lyase [Clostridium tertium] 88 111 8 14073 10420 gi|40263 RNA polymerase beta-subunit [Bacillus subtilis] 88 126 9 13096 12062 gnl|PID|e311468 unknown [Bacillus subtilis] 88 140 17 19143 gi|1573659 H. influenzae predicted coding region HI0659 (Haemophilus influenzae] 88 144 1 394 555 gnl|PID|e274705 lactate oxidase [Streptococcus iniae] 88 148 4 2723 3493 gi|1591672 phosphate transport system ATP-binding protein [Methanococcus jannaschii] 88 160 8 5853 6278 gi|1773267 ATPase, epsilon subunit [Streptococcus mutans] 88 177 4 1770 2885 gi|149426 putative [Lactococcus lactis] 88 211 6 4140 3613 gi|535273 aminopeptidase C [Streptococcus thermophilus] 88 231 4 580 957 gi|40186 homologous to E.coli ribosomal protein L27 [Bacillus subtilis] 88 260 5 2387 2998 gi|1196922 unknown protein [Insertion sequence IS861] 88 291 6 2017 3375 gnl|PID|d100571 adenylosuccinate synthetase [Bacillus subtilis] 88 319 4 658 317 gi|603578 serine/threonine kinase [Phytophthora capsici] 88 40 5 4353 4514 gi|153672 lactose repressor [Streptococcus mutans] 87 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 49 10 10660 10929 gi|1196921 unknown protein [Insertion sequence IS861] 87 65 7 3140 3808 gi|1165309 S3 [Bacillus subtilis] 87 65 15 6623 7039 gi|1044978 ribosomal protein S8 [Bacillus subtilis] 87 75 8 5411 6625 gi|1877422 galactokinase [Streptococcus mutans] 87 80 2 703 2805 gnl|PID|d101166 elongation factor G [Bacillus subtilis] 87 82 1 541 248 gi|1196921 unknown protein [Insertion sequence IS861] 87 140 23 25033 23897 gnl|PID|e254999 phenylalany-tRNA synthetase beta subunit [Bacillus subtilis] 87 214 14 10441 8516 gi|2281305 glucose inhibited division protein homolog GidA [Lactococcus lactis 87 cremoris] 220 2 2742 874 gnl|PID|e324358 product highly similar to elongaion factor EF-G [Bacilius subtilis] 87 260 4 2096 2389 gi|1196921 unknown protein [Insertion sequence IS861] 87 323 1 27 650 gi|897795 30S ribosomal protein [Pediococcus acidilactici] 87 357 1 154 570 gi|1044978 ribosomal protein S8 [Bacillus subtilis] 87 49 11 10927 11445 gi|1196922 unknown protein [Insertion sequence IS861] 86 59 12 7461 9224 gi|951051 relaxase [Streptococcus pneumoniae] 86 65 4 1553 2401 pir|A02759|R5BS ribosomal protein L2 - bacillus stearothermophilus 86 65 23 10957 11610 gi|44074 adenylate kinase [Lactococcus lactis] 86 82 4 4374 4856 gi|153745 mannitol-specific enzyme II [Streptococcus mutans] 86 102 4 4270 4986 gnl|PID|e264705 OMP decarboxylase [Lactococcus lactis] 86 106 6 7824 6880 gnl|PID|e137598 aspartate transcarbamylase [Lactobacillus leichmannii] 86 107 1 1 273 gnl|PID|e339862 puttive acylneuraminate lyase [Clostridium tertium] 86 111 7 10432 6710 gnl|PID|e228283 DNA-dependent RNA polymerase [Streptococcus pyogenes] 86 131 9 5704 4892 gi|1661193 polipoprotein diacylglycerol transferase [Streptococcus mutans] 86 134 7 6430 7980 gi|2388637 glycerol kinase [Enterococcus faecalis] 86 146 11 7473 6583 gi|1591731 melvalonate kinase [Methanococcus jannaschii] 86 153 2 595 2010 gi|2160707 dipeptidase [Lactococcus lactis] 86 154 1 2 1435 gi|1857246 6-phosphogluconate dehydrogenase [Lactococcus lactis] 86 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 161 5 5025 6284 gi|47529 Unknown[Streptococcus salivarius] 86 184 1 2 1483 gi|642667 NADP-dependent glyceraldehyde-3-phosphate dehydrogenase [Streptococcus 86 mutas] 210 8 3659 6571 gi|153661 translational initiation factor IF2 [Enterococcus faecium] 86 250 1 2 187 gi|1573551 asparagine synthetase A (asnA) [haemophilus influenzae] 86 36 4 2644 3909 gi|2149909 cell division protein [Enterococcus faecalis] 85 38 4 2475 3587 gi|2058545 putative ABC transporter subunit ComYB [Streptococcus gordonii] 85 38 5 3577 3915 gi|2058546 ComYC [Streptococcus gordonii] 85 57 5 2797 3789 gnl|PID|d101316 YqfJ [Bacillus subtilis] 85 82 5 4915 6054 gi|153746 mannitol-phosphate dehydrogenase [Streptococcus mutans] 85 83 15 14690 15793 gi|143371 phosphoribosyl aminoimidazole synthetase (PUR-M) [Bacillus subtilis] 85 87 2 1417 2388 gi|1184967 ScrR [Streptococcus mutans] 85 108 3 2666 3154 gi|153566 ORF (19K protein) [Enterococcus faecalis] 85 127 2 312 692 gi|1044989 ribosomal protein S13 [Bacillus subtilis] 85 128 3 1534 2409 gi|1685110 tetrahydrofolate ehydrogenase/cyclohdrolase [Streptococcus thermophilus] 85 137 7 2962 4767 gnl|PID|d100347 Na+ -ATPase alpha suibunit [Enterococcus hirae] 85 170 2 2622 709 gnl|PID|d102006 (AB001488) FUNCTION UNKNOWN, SIMILAR PRODUCT IN E. COLI, H. INFLUENZAE AND 85 NEISSERIA MENINGITIDIS. [Bacillus subtilis] 187 5 3760 4385 gi|727436 putative 20-kDa protein [Lactococcus lactis] 85 233 2 728 1873 gi|1163116 ORF-5 [Streptococcus pneumoniae] 85 234 3 962 1255 gi|2293155 (AF008220) YtiA [Bacillus subtilis] 85 240 1 309 1931 gi|143597 CTP synthetase [bacillus subtilis] 85 6 1 199 1521 gi|508979 GTP-binding protein [Bacillus subtilis] 84 10 4 4375 3443 gnl|PID|e339862 putative acylneuraminate lyase [Clostridium tertium] 84 14 1 63 2093 gi|520753 DNA topoisomerase I [Bacillus subtilis] 84 19 4 1793 2593 gi|2352484 (AF005098) RNAseH II [Lactococcus lactis] 84 20 17 17720 19687 gnl|PID|d100584 cell division protein [Bacillus subtills] 84 22 28 21723 20884 gi|2991563 alanine dehydrogenase [Bacillus subtilis] 84 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 30 10 7730 6792 gnl|PID|d100296 fructokinase [Streptococcus mutans] 84 33 9 5650 5300 gi|147194 phnA protein [Escherichia coli] 84 36 22 21551 20772 gi|310631 ATP binding protein [Streptococcus gordonii] 84 48 4 2837 2505 gi|882609 6-phospho-beta-glucosidase [Escherichia coli] 84 58 1 41 1516 gi|450849 amylase [Streptococcus bovis] 84 59 10 6715 7116 gi|951053 ORF10, putative [Streptococcus pneumoniae] 84 62 1 21 644 gi|806487 ORF211; putative [lactococcus lactis] 84 65 17 7779 8207 gi|1044980 ribosomal protein L18 [Bacillus subtilis] 84 65 21 9507 10397 gi|44073 SecY protein [Lactococcus lactis] 84 106 4 5474 2262 gnl|PID|e199387 carbamoyl-phosphate synthase [Lactobacillus plantarum] 84 159 1 147 4 gi|806487 ORF211; putative [Lactococcus lactis] 84 163 4 4690 5910 gi|2293164 (AF008220) SAM synthase [Bacillus subtilis] 84 192 1 46 1308 gi|495046 tripeptidase [Lactococcus lactis] 84 348 1 671 6 gi|1787753 (AE000245) f346 ; 79 pct identical to 336 amino acids of ADHI_ZYMMO SW: 84 P20368 but has 10 additional N-ter residues [Escherichia coli] 3 4 1572 3575 gi|143766 (thrSv) (EC 6.1.1.3) [Bacillus subtilis] 83 9 6 3893 3417 gnl|PID|d100576 single strand DNA binding protein [Bacillus subtilis] 83 17 15 7426 8457 gi|520738 comA protein [Streptococcus pneumoniae] 83 20 12 13860 14144 gn;|PID|d100583 unknown [Bacillus subtilis] 83 23 4 3358 2606 gi|1788294 (AE000290) 0238; This 238 aa orf is 40 pct identical (5 gaps) to 231 83 residues of an approx. 248 aa protein YEBC_ECOLI SW: P24237 [Escherichia coli] 28 6 3304 3005 gi|1573695 H. influenzae predicted coding region HI0659 [Haemophilus influenzae] 83 35 7 5108 3867 gi|311707 hypothetical nucleotide binding protein (Acholeplasma laidlawii] 83 55 19 17932 17528 gi|537085 ORF_f141 [Escherichia coli] 83 55 20 18539 17919 gi|496558 orfx [Bacillus subtilis] 83 65 6 2795 3142 gi|1165308 L22 [Bacillus subtilis] 83 68 6 6877 6683 gi|1213494 immunoglobulin Al protease [Streptococcus pneumoniae] 83 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 87 15 15112 14771 gnl|PID|e323522 putative rpoZ protein [Bacillus subtilis] 83 96 12 8963 9631 gi|47394 5-oxoprolyl-peptidase [Streptococcus pyogenes] 83 98 1 3 263 gi|1183885 glutamine-binding subunit [Bacillus subtilis] 83 120 4 7170 5233 gi|310630 zinc metalloprotease [Streptococcus gordonii] 83 127 7 2998 4347 gi|1500567 M. jannaschii predicted coding region MJ1665 [Methanococcus jannaschii] 83 137 1 3 440 gi|472918 v-type Na-ATPase [Enterococcus hiae] 83 160 6 3466 4356 gi|1773265 ATPase, gamma subunit [Streptococcus mutans] 83 214 4 2278 2964 gi|663279 transposase [Streptococcus pneumoniae] 83 226 3 2367 2020 gi|142154 thioredoxin [Synechococcus PCC6301] 83 303 1 3 1049 gi|40046 phosphoglucose isomerase A (AA 1-449) [Bacilus stearothermophilus] 83 303 2 1155 1931 gi|289282 glutamyl-tRNA synthetase [Bacillus subtilis] 83 6 17 15370 14318 gi|633147 ribose-phosphate pyrophosphokinase [Bacillus caldolyticus] 82 7 1 299 96 gi|143648 ribosomal protein L28 [Bacillus subtilis] 82 9 3 1479 1090 gi|385178 unknown [Bacillus subtilis] 82 9 7 4213 3899 gnl|PID|d100576 ribosomal protein S6 [Bacillus subtilis] 82 12 6 4688 3942 gnl|PID|d100571 unknown [bacillus subtilis] 82 22 17 13422 14873 gi|52074 putative [Bacillus subtilis] 82 22 18 14897 15658 gnl|PID|d101929 uridine monophosphate kinase [Synechocystis sp.] 82 33 16 11471 10641 gnl|PID|d101190 ORF4 [Streptococcus mutans] 82 35 9 7400 6255 gi|1881543 UDP-N-acetylglucosamine-2-epimerase [Streptococcus pneumoniae] 82 40 10 8003 7533 gi+1173519 riboflavin synthase beta subunit [Actinobacillus pleuropneumoniae] 82 48 32 23159 23437 gi|1930092 outer membrane protein [Campylobacter jejuni] 82 52 14 13833 14765 gi|142521 deoxyribodipyrimidine photolyase [Bacillus subtilis] 82 60 4 4737 1849 gnl|PID|d102221 (AB001610) uvrA [Deinococcus radiodurans] 82 62 4 2131 1457 gi|2246749 (AF009622) thioredoxin reductase [Listeria monocytogenes] 82 71 11 16586 17518 gnl|PID|e322063 ss-1,4-galactosyltransferase [Streptococcus pneumoniae] 82 73 13 9222 7837 gnl|PID|d100586 unknown [Bacillus subtilis] 82 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 74 1 1 3771 gnl|PID|d101199 alkaline amylopullulanase [Bacillus sp.] 82 83 9 3696 3983 gnl|PID|e305362 unnamed protein product [Streptococcus thermophilus] 82 86 11 10776 9394 gi|683583 5-enolpyruvylshikimate-3-phosphate synthase [Lactococcus lactis] 82 89 12 8295 9752 gi|40025 homologous to E. coli 50K [Bacillus subtilis] 82 115 9 10347 8812 gnl|PID|d102090 (AB003927) phospho-beta-galactosidase 1 [Lactobacillus gasseri] 82 118 1 1 1332 gnl|PID|d100579 seryl-tRNA synthetase [bacillus subtilis] 82 151 3 4657 6246 pir|S06097|S060 type I site-specific deoxyribonuclease (Ec 3.1.21.3) CfrA chain S - 82 Citrobacter freundii 173 6 4183 3503 gi|2313836 (AE000584) conserved hypothetical protein [Helicobacter pylori] 82 177 12 5481 7442 gnl|PID+d101999 (AB001341) NcrB [Escherichia coli] 82 192 2 178 576 pir|S08564|R3BS ribosomal protein S9 - Bacillus stearothermophilus 82 245 2 258 845 gi|146402 EcoA type I restriction-modification enzyme S subunit [Escherichia coli] 82 9 5 3400 3146 gnl|PID|d100576 ribosomal protein S18 [Bacillus subtilis] 81 16 7 7484 8413 gi|1100074 tryptophanyl-tRNA synthetase [Clostridium longisporum] 81 20 11 10308 13820 gnl|PID|d100583 transcription-repair coupling factor [Bacillus subtilis] 81 38 2 1232 1606 gi|2058543 putative DNA binding protein [Streptococcus gordonii] 81 45 2 3061 1751 gi|460259 enolase [Bacillus subtilis] 81 46 1 2 1267 gi|431231 uracil permease [Bacillus caldolyticus] 81 48 3 2453 1440 gnl|PID|d100453 Mannosephosphate Isomerase [Streptococcus mutans] 81 54 2 1106 336 gi|154752 transport protein [Agrobacterium tumefaciens] 81 65 22 10306 10821 gi|44073 SecY protein [Lactococcus lactis] 81 89 4 3874 2603 gi|556886 serine hydroxymethyltransferase [Bacillus subtilis] 81 99 16 19126 18929 gi|2313526 (AE000557) H. pylori predicted coding region HP0411 [Helicobacter pylori] 81 106 7 8373 7822 gnl|PID|e199384 pyrR [Lactobacillus plantarum] 81 108 6 5054 6877 gi|1469939 group B oligopeptidase PepB [Streptococcus agalactiae] 81 113 15 15899 18283 pir|S09411|S094 spoIIIE protein - Bacillus subtilis 81 128 5 3359 3634 gi|1685111 orf1091 [Streptococcus thermophilus] 81 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 151 1 830 3211 gi|30486 EcoE type I restriction-modification enzyme R subunit [Escherichia coli] 81 159 11 6722 7837 gi|2239288 GMP synthetase [Bacillus subtilis] 81 170 1 739 458 gnl|PID|d102006 (AB001488) FUNCTION UNKNOWN. [Bacillus subtilis] 81 191 2 1759 893 gi|149522 tryptophan synthase alpha subunit [Lactococcus lactis] 81 214 3 2290 1994 gi|157587 reverse transcriptase endonuclease [Drosophila virilis] 81 271 4 4415 4008 gi|466473 cellobiose phosphotransferase enzyme II' [bacillus stearothermophilus] 81 262 2 569 868 gi|153675 tagatose 6-P kinase [Streptococcus mutans] 81 299 1 663 4 gnl|PID|e301154 StySKI methylase [Salmonella enterica] 81 366 2 376 83 gi|149521 tryptophan synthase beta subunit [Lactococcus lactis] 81 12 10 8766 9242 gi|1216490 DNA/pantothenate metabolism flavoprotein [Streptococcus mutans] 80 17 11 6050 5748 gnl|PID|e305362 unnamed protein product [Streptococcus thermophilus] 80 17 16 8455 9066 gi|703126 leucocin A translocator [Leuconostoc gelidum] 80 18 3 2440 1613 gi|1591672 phosphate transport system ATP-binding protein [Methanococcus jannaschii] 80 27 3 4248 1579 gi|452309 valyl-tRNA synthetase [Bacillus subtilis] 80 28 7 3671 3288 gi|1573660 H. influenzae predicted coding region HI0660 [Haemophilus influenzae] 80 32 2 902 1933 gnl|PID|e264499 dihydroorotate dehydrogenase B [Lactococcus lactis] 80 39 1 1 1266 gnl|PID|e234078 hom [Lactococcus lactis] 80 52 5 4363 3593 gi|1183884 ATP-binding subunit [Bacillus subtilis] 80 54 5 4550 4744 gi|2198820 (AF004225) Cux/CDP(1B1) ; Cux/CDP homeoprotein [Mus musculus] 80 59 11 7109 7486 gi|951052 ORF9, putative [Streptococcus pneumoniae] 80 65 3 1230 1550 pir|A02815|R5BS ribosomal prtein L23 - Bacillus stearothermophilus 80 65 12 5174 5503 pir|A02819|R5BS ribosomal protein L24 - Bacillus stearothermophilus 80 66 9 9884 10687 gi|2313836 (AE000584) conserved hypothetical protein [Helicobacter pylori] 80 82 2 648 2438 gi|622991 mannitol transport protein [Bacillus stearothermophilus] 80 85 1 950 630 gi|528995 polyketide synthase [bacillus subtilis] 80 89 8 6870 5779 gi|853776 peptide chain release factor 1 [Bacillus subtilis] 80 93 12 8718 7438 gnl|PID|d101959 hypothetical protein [Synechocystis sp.] 80 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 106 5 6854 5751 gn;|PID|e199386 glutaminase of carbamoyl-phosphate synthase [Lactobacillus plantarum] 80 109 2 2160 1450 gi|40056 phoP gene product [Bacillus subtilis] 80 124 9 4246 3953 gnl|PID|d102254 30S ribosomal protein S16 [Bacillus subtilis] 80 128 8 5148 6428 gi|2281308 phosphopentomutase [Lactococcus lactis cremoris] 80 137 19 12665 11376 gi|159109 NADP-dependent glutamate dehydrogenase [Giardia intestinalis] 80 140 19 19699 19457 gi|517210 putative transposase [Streptococcus pyogenes] 80 158 2 2474 984 gi|1877423 galactose-1-P-uridyl transferase [Streptococcus mutans] 80 171 10 7474 7728 gi|397800 cyclophilin C-associated protien [Mus musculus] 80 181 1 2 619 gi|149395 lacC [Lactococcus lactis] 80 313 1 27 539 gi|143467 ribosomal protein S4 [Bacillus subtilis] 80 129 2 1652 858 gi|533080 RecF protein [Streptococcus pyogenes] 80 371 1 2 958 gi|442360 ClpC adenosine triphosphatase [bacillus subtilis] 80 8 7 4312 5580 gi|149435 puative [Lactococcus lactis] 79 23 1 1175 135 gi|1542975 AbcB [Thermoanaerobacterium thermosulfurigenes] 79 33 14 9244 8201 gnl|PID|e253891 UDP-glucose 4-epimerase [Bacillus subtilis] 79 36 3 1242 2633 gnl|PID|e324218 ftsA [Enterococcus hirae] 79 38 13 7155 8373 gi|405134 acetate kinase [Bacillus subtilis] 79 55 7 9011 8229 gi|1146234 dihydrodipicolinate reductase [Bacillus subtilis] 79 65 19 8661 8915 gi|2078380 ribosomal protein L30 [Staphylococcus aureus] 79 69 4 3678 2128 gnl|PID|e311452 unknown [Bacillus subtilis] 79 69 9 7881 7279 gi|677850 hypothetical protein [Staphyococcus aureus] 79 72 10 8491 9783 gnl|PID|d101091 hypothetical protein [Synechocystis sp.] 79 80 3 2906 7300 gi|143342 polymerase III (Bacillus subtilis] 79 82 14 13326 15689 gnl|PID|e255093 hypothetical protein [Bacillus subtilis] 79 86 13 12233 11118 gi|683582 prephenate dehydrogenase [Lacotococcus lactis] 79 92 3 940 1734 gi|537286 triosephosphate isomerase [Lactococcus lactis] 79 98 6 4023 4724 gnl|PID|d100262 LivG protein [Salmonella typhimurium] 79 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 99 12 16315 14150 gi|153736| a-galactosidase [Streptococcus mutans] 79 107 7 5684 6406 gi|460080 d-alanine:D-alanine ligase-related protein [Enterococcus faecalis] 79 113 9 6858 8303 gi|466882 pps1; B1496_C2_189 [Mycobacterium leprae] 79 151 10 13424 12213 gi|450686 3-phosphoglycerate kinase [Thermotoga maritima] 79 162 2 1158 3017 gi|506700 CapD [Staphylococcus aureus] 79 177 5 2876 3052 gi|912423 putative [Lactococcus lactis] 79 177 8 4198 4563 gi|149429 putative [Lactococcus lactis] 79 187 3 2728 2907 gnl|PID|d102002 (AB001488) FUNCTION UNKNOWN. [Bacillus subtilis] 79 189 7 3589 4350 gnl|PID|e183449 putative ATP-binding protein of ABC-type [Bacillus subtilis] 79 191 5 4249 3449 gi|149519 indoleglycerol phospahte synthase [Lactococcus lactis] 79 211 3 1805 2737 gi|147404 mannose permease subunit II-M-Man [escherichia coli] 79 212 3 3863 3621 gnl|PID|e209004 glutaredoxin-like protein [Lactococcus lactis] 79 215 1 987 715 gi|2293242 (AF008220) arginine succinate synthase (Bacillus subtilis) 79 323 2 530 781 gi|897795 30S ribosomal aprotein [Pediococcus acidilactici] 79 380 1 694 2 gi|1184680 polynucleotide phosphorylase [Bacillus subtilis] 79 384 2 655 239 gi|143328 phoP protein (put.); putative [Bacillus subtilis] 79 6 3 2820 4091 gi|853767 UDP-N-acetylglucosamiane 1-carboxyvinyltransferase [Bacillus subtilis] 78 8 1 50 1786 gi|149432 putative [Lactococcus lactis] 78 9 1 351 124 gi|897793 y98 gene product [APediococcus acidilactici] 78 15 87364 8314 gnl|PID|d100585 cysteine synthetase A [Bacillus subtilis] 78 f20 10 9738 10310 gnl|PID|d100583 stage V sporulawtion [Bacillus subtilis] 78 20 16 17165 17713 gi|49105 hypoxanthine phosphoribosyltransferase [Lactococcus lactis] 78 22 22 17388 18416 gnl|PID|d101315 YqfE [Bacillus subtilis] 78 22 27 20971 20612 gi|299163 alanine dehydrogenase [Bacillus subtillis] 78 34 8 7407 7105 gi|41015 aspartate-tRNA ligase [Escherichia coli] 78 35 8 6257 5196 gi|1657644 Cap8E [Staphylococcus aureus] 78 TABLE 2 S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 40 11 9287 8001 gi|1173518 GTP cyclohydrase II/ 3,4-dihydroxy-2-butanone-4-phosphate synthase 78 [Actinobacillus pleuropneumoniae] 48 31 2422 3183 gi|2314330 (AE000623) glutamaine ABC transporter, ATP-binding protein (glnQ) 78 [Helicobacter pylori] 52 2 2101 1430 gi|1183887 integral membrane protein [Bacillus subtilis] 78 55 14 13605 12712 gnl|PID|d102026 (AB002150) YbbP [Bacillus subtilis] 78 55 17 16637 15612 gnl|PIDAe313027 hypothetical protein [Bacillus subtilis] 78 71 14 19756 19598 gi|179864 calcium channel alpha-1D subunit [Homo sapiens] 78 74 11 15031 14018 gi|1573279 Holliday junction DAN helicase (ruvB) [Haemophilus influenzae] 78 75 9 6623 7972 gi|1877423 galactose-1-P-uridyl transferase [Streptococcus mutans] 78 81 12 12125 13906 gi|1573607 L-fucose isomerase (fucI) [Haemophilus influenzae] 78 82 3 2423 4417 gi|153744 ORF X; putative [Streptococcus mutans] 78 83 18 16926 18500 gi|143373 phosphoribosyl aminoimidazole carboxy formyl formyltransferase/inosine 78 monophospahte cyclohydrolase (PUR-H(J)) [Bacillus subtilis] 83 20 20212 20775 gi|143364 phosphoribosyl aminoimidazole carboxylase I (PUR-E) [Bacillus subtilis] 78 92 2 165 878 gnl|PID|d101190 ORF2 [Streptococcus mutans] 78 98 8 5863 6909 gi|2331287 (AF013188) release factor 2 [Bacillus subtilis] 78 113 3 1071 2741 gi|580914 dnaZX [Bacillus subtilis] 78 127 4 1133 2071 gi|142463 RNA polymerase alpha-core-subunit [Bacillus subtilis] 78 132 1 2782 497 gi|1561763 pullulanase [Bacteroides thetaiotaomicron] 78 135 4 2698 3537 gia1788036 (AE000269) NH3-dependent NAD synthetase [Escherichia coli] 78 140 24 26853 25423 gi|1100077 phospho-beta-glucosidase [Clostridium longisporum] 78 150 5 4690 4514 gi149464 amino peptidase [Lactococcus lactis] 78 152 1 1 795 gi|639915 NADH dehdyrogenase subunit [Thunbergia alata] 78 162 4 4997 4110 gnl|PID|e323528 putative YhaP protein Bacillus subtilis] 78 181 10 8651 7947 gi|149402 lactose repressor (1acR; alt.) [Lactococcus lactis] 78 200 4 3627 4958 gnl|PID|d100172 invertase [Zymomonas mobilis] 78 203 3 3230 3015 gia1174237 CyK [Pseudomonas fluorescens] 78 TABLE 2 S. Pneumoniae - Putative coding regions of novel proteins similar to known portiens Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 210 9 6789 7172 gi|580902 ORF6 gene product [Bacillus subtilis] 78 2146 3810 2979 gnl|PID|d102049 P. hamemolytica o-sialoglycoprotein endopeptidase; P36175 (660) 78 transmembrane [Bacillus subtilis] 214 13 6322 8163 gi|1377831 unknown [Bacillus subtilis] 78 217 1 9 2717 gi|488430 alcohol dehydrogenase 2 a[entamaoeba histolytica] 78 222 3 2316 3098 gi|1573047 spore germination and vegelative growth protein 9gerC2) [Haemophilus 78 influenzae] 268 1 742 8 gi|517210 putative transposase [Streptococcus pyogenes] 78 276 1 223 753 gn1|PID|d100306 ribosomal protein L1 [Bacillus subtilis] 78 312 3 1567 1079 gi|289261 comE ORF2 [Bacillus subtilis] 78 339 1 117 794 gi|1916729 CadD [Staphylooccus aureus] 78 342 2 762 265 gi|1842439 phosphatidylglycerophosphate synthase [Bacillus subtilis] 78 383 1 737 3 gi|1184680 polynucleotide phosphorylase [Bacillus subtilis] 78 7 15 11923 11018 gi|1399855 carboxyltransferase beta subunit [synechococcus PCC7942] 77 8 2 1698 2255 gi|149433 putative [Lactococcus lactis] 77 17 14 6948 7550 gi|520738 comA protein [Streptococcus pneumoniae] 77 30 12 9761 8967 gi|1000451 TreP [Bacillus subtilis] 77 36 14 11421 12131 gia1573766 phosphoglyceromutase (gpmA) [Haemophilus influenzae] 77 55 3 3836 4096 gi|1708640 YeaB [Bacillus subtilis] 77 61 8 8377 8054 gi|1890649 multidrug resistance protein LmrA [Lactococcus lactis] 77 65 2 607 1254 gi|40103 ribosomal protein L4 [Bacillus stearothermophius] 77 68 8 7509 7240 gi|47551 MRP [Streptococcus suis] 77 69 1 1083 118 gnl|PID|e311493 unknown [Bacillus subtilis] 77 77 5 4583 4026 gnl|PID|e281578 hypothetical 12.2 kd protein [Bacillus subtilis] 77 83 14 13104 14552 gi|1590947 amidophosphoribosyltransferase [Methanococcus jananschii] 77 94 4 3006 5444 gnl|PID|e329895 9AJ000496) cyclic nucleotide-gated channel beta subunit [Rattus norvegicus] 77 96 11 8518 8880 gia551879 ORF 1 [Lactococcus lactis] 77 99 11 14082 12799 gi|153737 sugar-binding protein [Streptococcus mutans] 77 TABLE 2 S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 106 2 361 1176 gi|148921 LicD protein [Haemophilus influenzae] 77 108 4 3152 4030 gi|1574730 tellurite reistance protein (tehB) [Haemophilus influenzae) 77 118 4 3520 3131 gi|1573900 D-alanine permease (dagA) [Haemophilus influenzae] 77 124 4 17961071 gi|1573162 tRNA (guanine-N1)-methyltransferase (trmD) [Haemophilus influenzae] 77 126 4 5909 4614 gnl|PID|D101163 Srb [Bacillus subtilis] 77 128 2 530 1373 gnl|PID|d101328 YqiZ [bacillus subtilis] 77 130 1 1 1287 gnl|PID|e32503 hypothetical protein [Bacillus subtilis] 77 139 5 4388 3639 gi|2293302 (AF008220) YtpQ [Bacillus subtilis] 77 140 11 10931 9582 gi|289284 cysteinyl-tRNA synthetase [Bacillus subtilis] 77 140 18 19451 19263 gia517210 putative transposase [streptococcus pyogenes] 77 141 2 976 1683 gnl|PID|e157887 URF5 (aa 1-573) [Drosophila yakuba] 77 141 4 2735 5293 gia556258 secA [Listeria monocytogenes] 77 144 2 671 2173 gnl|PID|d100585 lysyl-tRNA thynthetase [Bacillus subtilis] 77 163 5 6412 7398 gi|511015 dihydroorotawte dehydrogenase A [Lactococcus lactis] 77 164 10 7841 7074 gnl|PID|d100964 homologue of iron dicitrate transport ATP-bidning protein FecE of E. coli 77 [Bacillus subtilis] 191 8 7257 5791 gi|149516 anthranilate synthase alpha subunit [Lactococcus lactis] 77 198 8 5377 5177 gi|1573856 hypothetical [haemophilus influenzae] 77 213 1 202 462 gi|1743860 Brca2 [Mus'musculus] 77 250 2 231 509 gnl|PID|e334776 YlbH protein [Bacillus subtilis] 77 289 3 1737 1276 gnl|PID|d100947 ribosomal Protien L10 [Bacillus subtilis] 77 292 2 1399 668 gi|143004 transfer RNA-Gln synthetase [Bacillus stearothermophilus] 77 7 3 2734 1166 gnl|PID|d101824 peptide-chain-release factor 3 [Synechocystis sp.] 76 7 23 18474 18235 gi|455157 acyl carrier protei [Cryptomonas phi] 76 9 8 5706 4342 gi|1146247 asparaginyl-tRNA synthetase Bacillus subtilis] 76 10 5 4531 4385 gnl|PDI|e14495 hypothetical protein [Clostridium perfrngens] 76 18 2 1615 842 gi|1591672 phosphate transport system ATP-binding protien [methanococcus jananschii] 76 TABLE 2 S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 22 37 27796 28173 gnl|PID|e13389 translation initiation factor IF3 (AA 1-172) [Bacillus stearothermophilus] 76 35 6 3869 2682 gi|1773346 Cap5G [Staphylococcus aureus] 76 48 28 21113 21787 gi|2314328 (AE000623) glutamiane ABC transporter, permease protein (glnP) [Helicobacter 76 pylori] 52 12 12881 13786 gi|142521 deoxyribodipyrimidine photolyase [Bacillus subtilis] 76 55 10 11521 10571 gnl|PID|e283110 femD [Staphylococcus aureus] 76 57 8 7824 6559 gi|290561 o188 [Escherichia coli] 76 62 5 2406 2095 gnl|PID|e313024 hypothetical protein [Bacillus subtilis] 76 65 9 4223 4441 gi|40148 L29 protein (AA 1-66) [Bacillius subtilis] 76 68 2 1328 2371 gnl|PID|e284233 anabolic ornithine carbamoyltransferase [ALactobacillus plantarum] 76 69 8 7297 6005 gnl|PID|d101420 Pyrimidine nucleoside phosphorylase [Bacillus stearothermophilus] 76 73 12 7839 7267 gnl|PID|e243629 unknown [Mycobacterium tuberculosis] 76 74 5 8433 7039 gnl|PID|d102048 C. thermocellum beta-glucosidase; P26208 (9850 [Bacillus subtilis] 76 80 5 7643 7936 gi|2314030 (AE000599) conserved hypothetical protein [Helicobacter pylori] 76 82 15 16019 16996 gi|1573900 D-alanine permease (dagA) [Haemophilus influenzae] 76 83 19 18616 19884 gi|143374 phosphoribosyl glycinamide synthetase (PUR-D; gtg start codon) [Bacillus 76 subtills] 86 14 13409 12231 gi|143806 AroF [Bacillus subtilis] 76 87 1 3 1442 gi|153804 sucrose-6-phosphate hydrolase [Streptococcus mutans] 76 87 16 15754 15110 gnl|PID|e323500 putative Gmk protein [Bacillus subtilis] 76 93 4 1769 1539 gi|1574820 1,4-alpha-glucan branching enzyme (glgB) [Haemophilus influenzae] 76 94 1 51 365 gi|144313 6.0 kd ORF [Plasmid Co1E1] 76 116 2 2151 1678 gi|153841 pneumococcal surface protein A [Streptococcus pneumoniae] 76 123 6 3442 5895 gi|13142976 ClpC ATPase [Listeria monocytogenes] 76 126 2 2156 2932 gnl|PID|d101328 YqiZ [Bacillus subtilis] 76 128 10 6973 7797 gia944944 purine nucleoside phosphorylase [Bacillus subtilis] 76 31 11 6186 5812 gi|1674310 (AE000058) Mycoplasma pneumoniae, MG085 homolog, form M. genitalium 76 [Mycoplasma pneumoniae] TABLE 2 S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 139 4 3641 3192 gi|2293302 (AF008220) YtqA [Bacillus subtilis] 76 140 14 14872 12536 gi|1184680 polynucleotide phosphorylase [Bacillus subtilis] 76 143 2 2583 3905 gi|143975 transfer RNA-Tyr synthetase [Bacillus subtilis] 76 170 6 5095 6114 gnl|PID|d100959 ycgQ [Bacillus subtilis] 76 180 2 1927 557 gi|40019 ORF 821 (aa 1-821) [bacillus subtilis] 76 191 7 5815 5228 gia551880 anthranilate synthase beta subunit [Lactococcus lactis] 76 195 3 3829 2444 gia2149905 D-glutamic acid adding enzyme [Enterococcus faecalis] 76 200 3 1914 3629 gia431272 lysis protein [Bacillus subtilis] 76 201 1 431 207 gia2208998 dextran glaucosidase DexS [Streptococcus suis] 76 214 2 1283 2380 gi|663278 transposase [Streptococcus pneumoniae] 76 225 3 2338 3411 gi|1552775 ATP-binding protein [Escherichia coli] 76 233 1 2 724 gi|1163115 neuraminidase b [Streptococcus pneumoniae] 76 347 1 523 38 gi|537033 ORF_f356 Escherichia coli] 76 356 2 842 165 gi|2149905 D-glutamic acid adding enzyme [Enterococcus faecalis] 76 366 3 734 348 gi|149520 phosphoribosyl anthranilate isomerase [Lactococcus lacits] 76 5 8 12599 11484 gi|1574293 fimbrial transcription regualtion repressor [ilB) [Haemophilus influenzae) 75 6 13 12553 11894 gnl|PID|d102050 ydiH [Bacillus subtilis] 75 9 10 7282 6062 gi|142538 asparate aminotransferase [Bacillus sp.] 75 10 12 808 07940 gi|149493 SCRFI methylase [Lactococcus lactis] 75 18 5 4266 301 gnl|PID|d101319 YqgH [Bacillus subtilis] 75 22 4 1838 2728 gia1373157 or f-X; hypothetical protein; AMethod: conceptual translation suppoied by 75 author [BAcillus subtilis] 30 11 9015 7828 gia153801 enzyme scr-II [Strpetococcus mutans] 75 31 5 2362 2030 gi|2293211 (AF008220) putative thioredoxin Bacillus subtilis] 75 32 9 7484 8359 gnl|PID|d100560 formamidopyrimidine-DNA glycosylase [streptococcus mutans] 75 33 4 1735 1448 gi|413976 ipa-52r gene product [Bacillus subtilis] 75 33 10 6470 5769 gi|533105 unknown [Bacillus subtilis] 75 TABLE 2 S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 33 12 6878 7183 pir|A00205|FECL ferredoxin [4Fe-4S] - Closridium thermaceticum 75 36 1 181 2 gi|2088739 (AF003141) strong similarity to the FABP/P2/CRBP/CRABP family of 75 transpoters [Caenorhabditis elegans] 38 22 14510 15379 gi|1574058 hypothetical [haemophilus influenzae] 75 48 33 23398 24066 gi|1930092 outer membrane protein Campylobacter jejuni] 75 51 1 2 319 gia43985 nifs-like gene [Lactobacillus delbrueckii] 75 51 10 8318 11683 gi|537192 CG Site No. 620; alternate gene names hs, hsp, hsr, rm@ apparent frameshift 75 in GenBank Accession Number X06545 [Escherichia coli] 54 18 19566 20759 gi|666069 orf2 gene product [Lactobacillus leichmannii] 75 57 9 8448 7822 gi|290561 0188 [Escherichia coli] 75 65 14 6072 6356 gi|606241 30S ribosomal subunit protein S14 [Escherichia coli] 75 70 4 3071 2472 gi|1256617 adenine phosphoribosyltransferase [Bacillus subtilis] 75 71 24 30399 29404 gi|1574390 C4-dicarboxylate transport protien [haemophilus influenzae] 75 73 2 910 455 gnl|PID|e249656 YneT [Bacillus subtilis] 75 79 1 1810 491 gi|1146219 28.2% of identity to the Escherichia coli GTP-binding protein Era; putawtive 75 [Bacillus subtilis] 82 6 6360 6536 gi|1655715 BztD [Rhodobacter capsulatus] 75 83 6 1938 2975 gnl|PID|e323529 putative PlsX protein [Bacillus subtilis] 75 93 1 7368 5317 gi|39989 methionyl-tRNA synthetase [Bacillus stearothermophilus] 75 93 13 9409 8699 gia1591493 glutamine transport ATP-binding protein Q [methanococcus jannaschii] 75 95 1 1795 47 gn|PID|e323510 Y10V protein [Bacillus subtilis] 75 103 2 362 1186 gnl|PID|e266928 unknown [Mycobacterium tuberculosis] 75 104 1 691 915 gi|460026 repressor protein [Streptococcus pneumoniae] 75 113 5 2951 3883 gnl|PID|d101119 ABC transporter subunit [synechocystis sp.] 75 121 1 320 1390 gi|2145131 repressor of class I heat shock gene expressoin HrcA [Streptococcus mutans] 75 127 6 2614 3000 gi|1500451 M. jannaschii predicted coding region MJ1558 [Methanococcus jannaschii] 75 137 18 10082 10687 gi|39116 P-glycoprotein 5 [Entamoeba histolytica] 75 149 11 8499 9338 gnl|PID|d100582 unknown [Bacillus subtilis] 75 TABLE 2 S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 151 6 9100 7673 gi|40467 HsdS polypeptide. part of CfrA family [Citrobacter freundii] 75 158 1 986 3 gnl|PID|e253891 UDP-glucose 4-epimerase [Bacillus subtilis] 75 172 8 5653 6774 gi|142978 glycerol dehydrogenase [Bacillus stearothermophilus] 75 172 9 7139 9730 gnl|PID|e268456 unknown [Mycobacterium tuberculosis] 75 173 1 261 79 gnl|PID|e236469 C10C5.6 [Caenorhabditis elegans] 75 185 3 3066 2014 gi|1574806 spermidine/putrescine transport ATP-binding protein (potA) [haemophilus 75 influenzae] 191 6 5235 4213 gi|149518 phosphoribosyl anthranilawte transferase [lactococcus lactis] 75 226 2 1774 1181 gi|2314588 (AE000642) conserved hypothetical protein [Helicobacter pylori] 75 231 1 1 153 gi|40173 homolog of E.coli ribosomal protein l21 [Bacillus subtilis] 75 234 1 2 418 gi|2293259 (AF08220) Ytp1 [Bacillu subtilis] 75 279 1 552 151 gi|1119198 unknown protein [Bacillus subtilis] 75 291 7 558 3827 gi|40011 ORF17 (AA 1-161) [Bacillus subtilis] 75 375 2 137 628 gi|410137 ORFX13 [Bacillus subtilis] 75 6 20 16721 17560 gi|2293323 (AF008220) YtdI [Bacillus subtilis] 74 7 6 4682 6052 gi|1354211 PET112-like protein [Bacillus subtilis] 74 18 4 3341 2427 gnl|PID|d101319 YQGi [bACILLUS SUBTILIS] 74 21 6 5885 4800 GI|1072381 glutamyl-aminopeptidase [Lactococcus lactis] 74 24 2 739 48 gi|2314762 9AE000655) ABC transporter, permease protein (yaeE) [Helicobacter pylori] 74 25 1 2 367 gnl|PID|d100932 H20-forming NADH Oxidase [Streptococcus mutans] 74 38 18 11432 12964 gi|537034 ORF_0488 [Escherichia coli] 74 48 10 8924 6669 gi|1513069 P-type adenosine triphosphatase [Listeria monocytogenes] 74 55 11 1964 11401 gnl|PID|e283110 femD [Staphylococcus aureus] 74 61 2 1782 427 gi|2293216 9AF008220) putative UDP-N-acetylmuramate-alanaine ligase [Bacillus subtilis] 74 76 10 9414 8065 gnl|PI|d101325 YqiB [Bacillus subtilis] 74 83 2 666 926 pir|C33496|334 hisC homolog - bacillus subtilis 74 86 9 8985 8080 gi|683585 prephenate dehydratase [lactococcus lactis] 74 TABLE 2 S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 102 5 5005 5652 gi|143394 OMP-PRPP transferase [Bacillus subtillis] 74 103 5 4364 3267 gnl|PID|e323524 Ylon protein [Bacillus subtills] 74 108 7 6864 7592 gnl|PID|e257631 methyltransferase [Lactococcus lactis] 74 131 2 478 146 gnl|PID|d101320 Ypgz [Bacillus subtilis] 74 133 2 1380 919 gnl|PID|e313025 hypothetical protein [Bacillus subtilis] 74 137 9 6167 6787 gnl|PID|d100479 Na+ -ATPase subunit D [Enterococcus hirae] 74 149 4 3008 3883 gnl|PID|d100581 high level kasgamycin resistance [Bacillus subtillis] 74 157 2 243 824 gi|1573373 methylawted-DNA-protein-cysteine methyltransferase (datl) [haemophilus 74 influenzae] 164 6 3515 4249 gi|410131 ORFX7 [Bacillus subtilis] 74 167 7 5446 5201 gi|413927 ipa-3r gene product [Bacillus subtilis] 74 171 1 1 1818 gnl|PID|d102251 beta-galactosidase [Bacillus circulans] 74 172 4 1064 2392 gi|466474 cellobiose phosphotransferase enzyme II'' [Bacillus stearothermophilus] 74 185 1 326 3 gi|1573646 Mg(2+) transport ATPase protein C 9mgtC) (SP:P22037) [Haemophilus 74 influenzae] 88 2 1089 2018 gi|1573008 ATP dependenyt translocator homolog (msbA) [Haemophilus influenzae] 74 189 11 6491 7174 gi|1661199 sakacin A production response regualtor [Streptococcus mutans] 74 210 2 520 1287 gia2293207 (AF008220) YtmQ [Bacillus subtilis] 74 261 1 836 192 gi|666983 putative ATP binding subunit [Bacillus subtilis] 74 263 3 1619 3655 gi|663232 Similarity with S. cerevisiae hypothetical 137.7 kD protein in subtelomeric 74 Y' repeat region [Saccharomyces cerevisiae] 265 2 844 1227 gi|49272 Asparaginase [Bacillus licheniformis] 74 368 1 1 942 gi|603998 unknown [Saccharomyces cerevisiae] 74 7 16 13357 11921 gnl|PID|d101324 YqhX [Bacillus subtilis] 73 17 10 5706 5449 gnl|PID|e305362 unnamed protein product [Streptococcus thermophilus] 73 31 2 522 244 gnl|PID|d100576 single starand DNA binding protein [Bacillus subtilis] 73 32 6 5667 6194 gnl|PID|d101315 YqfG [Bacillus subtilis] 73 34 15 10281 9790 gnl|PID|d102151 [AB001684) ORF42c [Chlorella vulgaris] 73 TABLE 2 S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 40 12 9876 9226 gi|1173517 riboflavin synthase alpha subunit [Actinobacillus pleuropneumoniae] 73 55 2 3592 839 gnl|PID|d101887 cation-transporting ATPase PacL Synechocystis sp.] 73 55 18 17494 16586 gnl|PID|e265580 unknown [mycobacterium tuberculosis] 73 65 16 7213 7767 gi|143419 ribosomal protein L6 [Bacillus stearothermophilus] 73 66 3 3300 3659 gnl|PID|e269883 LacF [Lactobacillus caseil 73 70 10 5557 5733 gi|857631 envelope protein [Human immunodeficiency virus type 1] 73 71 4 6133 8262 gnl|PID|e322063 ss-1,4-galactosyltransferase [Streptococcus pneumoinae) 73 72 1 3 851 gia229377 (AF008220) transporter Bacillus subtilis] 73 76 7 7019 6195 gnl|PID|d101325 YqiF [Bacillus subtilis] 73 76 12 10009 9533 gi|1573086 uridine kinase (uridine monophosphokinase) (udk) [Haemophilus influenzae] 73 80 7 8113 9372 gi|1377823 aminopeptidase [Bacillus subtilis] 73 97 5 3389 1668 gnl|PID|d101954 dihydroxyacid dehydratase [Synechocystis sp.] 73 98 9 6912 7619 gnl|PID|e314991 FtsE [Mycobacterium tuberculosis] 73 108 11 10928 10440 gi|388109 regulatory protein [Enterococcus faecalis] 73 128 6 3632 4222 gi|1685111 orf1091 [Streptococcus thermphilus] 73 138 2 1575 394 gi|147326 transport protein [Escherichia coli] 73 140 13 12538 11903 pir|E53402|E534 serine O-acetyltransferase ]EC 2.3.1.30) - Bacillus stearothermophilus 73 162 5 5701 4991 gnl|PID|e323511 putative YhaQ protein [Bacillus subtilis] 73 164 4 2323 2790 gi|1592076 hypothetical protein (SP;P25768) [Methanococcus jannaschii] 73 164 8 4815 5546 gi|410137 ORFX13 [Bacillus subtilis] 73 170 5 4394 5302 gnl|PID|d100959 homologue of unidentified protien of E. coli [Bacillus subtilis] 73 178 7 3893 4855 gi|46242 nodulation protien B, 5'end [Rhizobium loti] 73 204 6 5096 4278 gnlaPID|e214719 PlcR protein [Bacillus thuringiensis] 73 213 2 832 2037 gi|1565296 ribosomal protien S1 homolog; sequence specific DNA-binding protien 73 [Leuconostoc lactis] 231 2 84 287 gi|40173 homolog of E.coli ribosomal protien L21 [Bacillus subtilis] 73 237 1 2 505 gia1773151 adenine phosphoribosyltransferase [Escherichia coli] 73 TABLE 2 S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 269 1 2 691 gnl|PID|d101328 YqiX [Bacillus subtilis] 73 289 2 1272 832 pir|A02771|R7MC ribosomal protein L7/L12 - Micrococcus luteus 73 343 1 14 484 gi|1788125 (AE000276) hypothetical 30.4 kD protein in manZ-cspC intergenic region 73 [Escherichia coli] 356 1 222 4 gi|2149905 D-glutamic acid adding enzyme [Enterococcus faecalis] 73 7 5 3165 4691 gnl|PID|d10183 amidase synechocystis sp.] 72 7 9 7195 7647 gi|146976 nusB [Escherichia coli] 72 7 17 13743 13300 gnl|PID|e289141 similar to hydroxymyristoyl-(acyl carrier protein) dehydratase [Bacillus 72 subtilis] 22 19 15637 16224 gnl|PID|d101929 ribosome releasing factor [Synechocystis sp.] 72 3 17 12111 11425 gnl|PID|d101190 ORF3 [Streptococcus mutans] 72 34 7 7147 5627 gi|396501 aspartyl-tRNA synthetase [Thermus thermphilus] 72 38 23 15372 16085 pir|H64108|H641 L-ribulose-phosphate 4-epimerase (araD) homolog - Haemophilsu influenzae 72 (strain Rd KW20) 39 5 5094 6905 gnl|PID|e254877 unknown [mycobacterium tuberculosis] 72 40 6 4469 4636 gi|153672 lactose repressor [Streptococcus mutans] 72 48 2 1459 1253 gi|310380 inhibin beta-A-subunit [ovis aries] 72 48 29 21729 22424 gi|2314329 (AE000623) glautamiane ABC transporter, permease protein (glnP) [helicobacter 72 pylori] 50 5 4529 3288 gi|1750108 YnbA [Bacillus subtilis] 72 51 3 1044 2282 gi|229230 (AF008220) Ytbj [Bacillus subtilis] 72 52 13 13681 13938 gi|142521 deoxyribodyipyrimidine photolyase [Bacillus subtilis] 72 55 1 841 35 gi|882518 ORF_0304; GTG start [Escherichia coli] 72 75 5 2832 3191 gnl|PID|e209886 mercuric resistance operon regualtory protien [Bacillus subtilis] 72 76 6 6229 5771 gi|142450 ahrC protein [Bacillus subtilis] 72 79 5 5065 4592 gia2293279 (AF008220) YtcG [Bacillus subtilis] 72 87 14 14726 12309 gnl|PID|e323502 putative PriA protein [Bacillus subtilis] 72 91 1 444 662 gi|500691 MY01 gene product [Saccharomyces cerevisiae] 72 91 7 4516 4764 gi|829615 skeletal muscle sodium channel alpha-subunit [Equus caballus] 72 TABLE 2 S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match genname % sim ID ID (nt) (nt) acession 95 2 2004 1717 gnl |PID| e323527 utative Asp23 protein (Bacillus subtilis) 72 109 1 1452 118 gi|143331 alkaline phosphatease regulatory protein (Bacillus subtilis) 72 126 1 3 2192 bnl|PID|d101831 glutamine-binding periplasmic protein (Synechocystis sp.) 72 130 3 1735 2478 gi|2415396 (AF015775) carboxypept idase (BAcillus subtilis) 72 137 6 2585 2929 gi|472922 v-type Na-ATPase (Entercoccus hirae) 72 140 10 9601 9203 gi|49224 URF 4 (Synechococcus sp.) 72 146 5 1906 1247 gnl|PID|e324945 hypothetical protein (Bacillus subtilis) 72 147 2 2084 1083 gnl|PID|e320516 hypothetical protein (Bacillus Subtilis) 72 147 5 6156 5146 gi|472327 TPP-dependent acetoin dehydrogenase beta-subunit (Clostridium magnum) 72 148 8 5381 6433 gi|974332 NAD (P)H-dependent dihydroxyacetone-phosphate reductase (BAcillus subtils) 72 148 14 10256 9675 gnl|PID|d101319 YggN (Bacillus subtilis) 72 159 8 4005 4949 gi|1788770 (AE000330) 0463 ; 24 pet identical (44 gaps) to 338 residues from 72 penicillin-binding protein 4*, PBPE_BACSU SW: P32959 (451 aa) (Escherichia coli) 172 10 9907 10620 gi|763387 unknown (Saccharomyces cerevisiae) 72 220 3 2862 3602 gi|1574175 hypothetical (Raemophilus influenzae) 72 467 1 3 449 gi|290513 f470 (Escherichia coli) 72 281 2 899 540 gnl|PID|d100964 homologue of aspartokinase 2 alpha and beta subunits LysC of B. subtilis 72 (Bacillus subtilis) 290 1 1018 14 gi|474195 this ORF is homologous to a 40.0 kd hypothetical protein in the htrB 3' 72 region from E. coli, Accession Number X61000 (Mycoplasma-like organism) 300 1 63 587 gi|746399 transcription elongation factor (Escherichia coli) 72 316 1 1326 4 gi|158127 protein kinase C (Drosophila melanogaster) 72 342 1 227 3 gnl|PID|d101164 unknown (Bacillus subtilis) 72 354 1 1 1005 gnl|PID|d102048 C. thermocellum beta-glucosidase ; P26208 (985) (Bacillus subtilis) 72 6 10 8134 10467 gnl|PID|e264229 unkonwn (Mycobacterium tuberculosis) 71 7 20 16231 15464 gi|10846 3-oxoacyl-(acyl-carrier protein) reductase (Cuphea lanceolate) 71 15 1 1297 2 gnl|PID|d100571 replicative DNA helicase (Bacillus subtilis) 71 15 4 4435 3869 gi|499384 orf189 (Bacillus subtilis) 71 TABLE 2
s. pneumoniae - Putative coding regions of novel proteins similar to known proteins Cintig ORF start Stop match match gene name % sim ID ID (nt) (nt) acession 18 6 5120 418 gnl|PID|d101318 YggG (Bacillus subtilis) 71 29 1 1 540 gi|1773142 similar to the 20. 2kd protein in TETB-EXOA region of B. subtilis 71 (Escherichia coli) 38 20 13327 13830 gi|537036 ORF_0158 (Secherichia coli) 71 51 12 15015 12676 gi|149528 dipeptidyl peptidase IV (Lactococcus lactis) 71 55 23 21040 20585 gi|2343285 (AF015453) surface located protein (Lactobacillus rhamnousus) 71 60 2 705 165 gnl|PID|d101320 YggZ (Bacillus subtilis) 71 71 18 24679 26226 gi|580920 rodD (gtaA) polypeptide (AA 1-673) (Bacillus subtilis) 71 71 25 30587 30360 gi|606028 ORF_0141 ; Geneplot suggests frameshift near start but none found 71 (Escherichia coli) 72 6 5239 6729 gi|508035 lysine decarboxylase (Bacillus subtilis) 71 72 14 11991 12878 gi|624085 similar to rat beta-alanine synthetase encoded by GenBank Accession Number 71 S27881 ; contains ATP/GTP binding motif (Parameciu bursaria Chlorella virus 1) 73 11 7269 7033 gi|1906594 PNI (Rattus norvegicus) 71 74 6 10385 8517 gi|1573733 prolyl-tRNA synthetase (proS) (Haemophilus influenzae) 71 81 9 5772 6578 gi|147404 mannose permease subunit II-M-man (Escherichia coli) 71 86 5 4602 3604 gnl|PID|e322063 ss-1,4-galactosyltransferase (Streptococcus pneumoniae) 71 105 4 3619 4707 gi|2323341 (AF014460) PepQ (Streptococcus mutans) 71 106 13 13557 12955 gi|1519287 LemA (Listeria monocytogenes) 71 114 2 1029 1979 gi|310303 mosA (Rhizobium meliloti) 71 122 2 564 1205 gi|1649037 glutamine transport ATP-binding protein GLNQ (Salmonella typhimurium) 71 132 5 9018 7063 gnl|PID|d102049 H. influenzae hypothetical ABC transporter ; P44808 (974) (Bacillus 71 subtilis) 140 1 1141 227 gi|673788 (AE00015) Mycoplasma pneumoniae, fructose-bisposphate aldolase ; similar 71 to Swiss-Prot Accession Number P13243, from B. subtilis (Mycoplasma pneumoniae) 140 5 5635 4973 gnl|PID|d100964 homologue of hypothetical protein in a rapamycin synthesis gene cluster of 71 streptomyces hygroscopicus (Bacillus subtilis) 141 7 7369 7845 gnl|PID|d102005 (AB001488) FUNCTION UNKNOWN, SIMILAR PRODUCT IN E. COLI AND MYCOPLASMA 71 PNEUMONIAE. (Bacillus subtilis) TABLE 2
s. pneumoniae - Putative coding regions of novel protelns similar to known proteins Cintig ORF start Stop match match gene name % sim ID ID (nt) (nt) acession 193 1 1 165 gi|46912 ribosmoal protein L13 (Staphylococcus carnosus) 71 194 3 2205 1594 gi|535351 CodY (Bacilus subtilis) 71 199 3 1510 1319 gi|2182574 (AE000090) Y4pE (Rhizobium sp. NGR234) 71 208 2 2616 3752 gi|1787378 (AE000213) hypothetical protein in purB 5' region (Escherichia coli) 71 209 2 2022 1141 gi|41432 fepC gene product (Escherichia coli) 71 210 5 1911 3071 gi|49316 ORF2 gene product (Bacillus subtilis) 71 210 6 3069 3386 gi|580900 ORF3 gene product (Bacillus bustilis) 71 212 2 3561 1381 gi|557567 ribonucleotide reductase R1 subunit (Mycobacterium tuberculosis) 71 233 3 2003 2920 gnl|PID|d101320 YqgR (Bacillus subtilis) 71 244 1 13 1053 gnl|PID|d100964 homologue of aspartokinase 2 aplpha and beta subunits LysC of B. subtilis 71 (Bacillus subtilis) 251 2 1008 1874 gi|755601 unknown (Bacillus subtilis) 71 282 2 906 712 gi|1353874 unknown (Rhodobacter capsulatus) 71 312 4 2137 1565 gno|PID|d102245 (AB005554) yxbF (Bacillus subtilis) 71 338 1 3 683 gi|1591045 hypothetical protein (SP : P31466) (Methoanococcus jannaschii) 71 346 1 3 164 gi|1591234 hypothetical protein (SP : P42297) (Methanococcus jannaschii) 71 374 1 619 2 gi|397526 clumping factor (Staphylococcus aureus) 71 377 1 688 2 gi|397t26 clumping factor (Staphylococcus aureus) 71 3 8 7419 6958 gnl|PID|e269486 Unknown (BAcillus subtilis) 70 3 10 8395 9075 gnl|PID|e255543 putative iron dependant repressor (Staphylococcus epidermidis) 70 7 14 11024 10254 gnl|PID|d100290 undefined open reading frame (Abcillus stearothermophilus) 70 7 18 14213 13719 gnl|PID|d101090 biotin carboxyl carrier protein of acetyl-CoA carboxylase (Synechocystis 70 sp.) 9 2 1057 287 gnl|PID|d100581 unknown (Bacillus subtilis) 70 12 4 2610 1789 gnl|PID|d101195 yycJ (Bacillus subtilis) 70 21 2 2586 1846 gi|2293447 (AF008930) ATPase (BAcillus subtilis) 70 22 13 10955 11512 gi|1165295 Ydr540cp (Saccharomyces cerevisiae) 70 30 6 4315 3980 gi|39478 ATP binding protein of transport ATPases (Bacillus firmus) 70 TABLE 2
s. pneumoniae - Putative coding regions of novel protelns similar to known proteins Cintig ORF start Stop match match gene name % sim ID ID (nt) (nt) acession 31 1 370 113 gi|662792 single-stranded DNA binding protein (unidentified eubacterium) 70 33 15 10639 9521 gi|1161219 homolgous to D-amino acid dehydrogenase enzyme (Pseudomonas aeruginosa) 70 38 6 3182 4312 gi|2058547 ComYD (Streptococcus gordonii) 70 38 25 17986 18477 gi|537033 ORF_f356 (Escherichia coli) 70 40 13 11054 9846 gi|1173516 riboflavin-specific deaminase (Actionbacillus pleuropneumoniae) 70 42 2 722 1954 gi|1146183 putative (Bacillus subtilis) 70 43 3 2373 1612 gi|1591493 glutamine transport ATP-binding protein Q (Methanococcus jannaschii) 70 45 8 9197 8049 gnl|PID|d102036 subunit of ADP-glucose pyrophosphorylase (Bacillus stearothermophilus) 70 59 2 567 956 gnl|PID|d100302 neopullulanase (Bacillus sp.) 70 60 3 1874 795 gnl|PID|e276466 aminopeptidase P (Lactococcus lactis) 70 61 4 5553 2437 gnl|PID|e275074 SNF (Bacillus cereus) 70 61 7 7914 6802 gi|1573037 cystathionie gamma-synthase (metB) (Haemophilus influenzae) 70 63 7 5372 7222 gnl|PID|d100974 unknown (Bacillus subtilis) 70 68 7 7126 6962 gi|1263014 emm18.1 gene product (Streptococcus pyogenes) 70 72 12 10081 10911 gi|2313093 (AE000424) carboxynorspermidine decarboxylase (nspC) (Helicobacter pylori) 70 75 10 7888 8124 gi|1877423 galactose-1-P-uridyl transferase (Streptococcus mutans) 70 79 3 3424 2525 gi|39881 ORF 311 (AA 1-311) (Bacillus subtilis) 70 87 10 9369 7324 gnl|PID|e323506 putative Pkn2 protein (Bacillus subtilis) 70 96 14 10640 11788 gi|1573209 tRNA-guanine transglycosylase (tgt) (Haemophilus influenzae) 70 113 2 574 1086 gi|433630 A180 (Saccharomyces cerevisiae) 70 123 5 2901 3461 gnl|PID|d100585 unknown (Bacillus subtilis) 70 125 5 4593 4282 gnl|PID|e276474 capacitative calcium entry channel 1 (bos taurus) 70 129 5 4500 3454 gnl|PID|d101314 YqeT (Bacillus subtilis) 70 133 3 2608 1394 gi|2293312 (AF008220) YtfP (Bacillus subtilis) 70 135 1 420 662 gnl|PID|e265530 yorfE (Streptococcus pneumoniae) 70 137 3 438 932 gi|472919 v-type Na-ATPase (Enterococcus hirae) 70 138 1 440 3 gi|147336 transmembrane protein (Escherichia coli) 70 TABLE 2
s. pneumoniae - Putative coding regions of novel protelns similar to known proteins Cintig ORF start Stop match match gene name % sim ID ID (nt) (nt) acession 140 16 18796 16364 gi|976441 N5-methyltetrahydrofolate homocystelne methyltransferase (Saccharomyces 70 cerevisiae) 167 10 8263 6695 gi|149535 D-alanine activating enzyme (Lactobacillus casei) 70 204 4 3226 2747 gnl|PID|d102049 E. coli hypothetical protein; P31805 (267) (Bacillus subtrilis) 70 207 3 2627 2869 gnl|PID|e309213 racGAP (Dictyostelium discoideum) 70 282 3 1136 882 gi|1353874 unknown (Rhodobacter capsulatus) 70 6 21 17554 18453 gnl|PID|e233879 hypothetical protein (Bacillus subtilis) 69 6 22 18482 19471 gi|580883 ipa-88d gene product (Bacillus subtilis) 69 22 6 4682 5824 gi|2209379 (AF006720) ProJ (Bacillus subtilis) 69 22 9 7992 8651 gnl|PID|d100580 unknown (Bacillus subtilis) 69 22 12 9871 10767 gnl|PID|d100581 unknown (Bacillus subtilis) 69 27 7 5857 5348 gnl|PID|d102012 (AB001488) FUNCTION UNKNOWN. (Bacillus subtilis) 69 36 10 7294 10116 gi|437916 isoleucyl-tRNA synthetase (Staphylococcus aureus) 69 38 1 2 1090 gi|141900 al cohol dehydrogenase (ED 1.1.1.1) (alcaligenes eutrophus) 69 40 14 11333 11944 gi|1573280 Holliday junction DNA helicase (ruvA) (Haemophilus influenzae 69 40 15 11942 12517 gi|1573653 DNA-3-methyladenine glycosidase I (tagI) (Haemophilus influenzael 69 45 6 6947 5490 gi|580887 starch (bacterial glycogen) synthase (Bacillus subtilis) 69 48 34 24932 24153 gnl|PID|e233870 hypothetical protein (Bacillus subtilis) 69 49 6 6183 6521 gi|396297 similar to phosphotransferase system enzyme II (Escherichia coli) 69 49 8 7586 8338 gi|396420 similar to Alcaligenes eutrophus pHG1 D-ribulose-5-phosphate 3 epimerase 69 (Escherichia coli) 55 6 8262 7033 gi|1146238 poly(A) polymeriase (Bacillus subtilis) 69 59 3 954 2333 gnl|PID|e313038 hypothetical protein 9BAcillus subtilis) 69 62 3 1170 1418 gnl|PID|d101915 hypothetical protein (Synechocystis sp.) 69 63 8 7298 7762 gi|293017 ORF3 (put.) ; putative (Lactococcus lactis) 69 66 4 3657 5081 gi|153755 phospho-beta-D0-galactosidase (EC 3.2.1.85) (Lactococcus lactis cremoris) 69 66 5 5126 6829 gi|433809 enzyme II (Streptococcus mutans) 69 71 6 10017 10064 gnl|PID|e322063 ss-1,4-galactosyltransferase (Streptococcus pneumoniae) 69 TABLE 2 s. pneumoniae - Putative coding regions of novel protelns similar to known proteins Cintig ORF start Stop match match gene name % sim ID ID (nt) (nt) acession 71 21 27730 27966 gnl|PID|d100649 DE-cadherin (Drosophila melanogaster) 69 77 1 1 237 gi|287870 groES gene product (Lactococcus lactis) 69 81 5 3622 4101 gi|1573605 furcose operon protein (fucV) (Haemophilus influenzae) 69 83 1 40 714 pir|C33496|C334 hisC homolog - Bacillus subilis 69 83 16 15742 16335 gi|143372 phosphoribosyl glycinamide formyltransferase (PUR-N) (Bacillus subtilis) 69 85 2 1212 916 gi|94097 IFN-response element binding factor I (Mus musculus) 69 91 5 3678 4274 gi|1574712 anaerobic ribonuleoside-triphosphate reductase activiating protein (NrdG) 69 (Haemophilus influenzae) 98 5 3247 4032 gnl|PID|d100262 LivF protein (Salmonella typhimurium) 69 108 5 4085 5056 gnl|PID|e257629 transcription factor (Lactococcus lactis) 69 126 3 3078 4568 gnl|PID|d101329 YqjJ (Bacillus subtilis) 69 131 6 4121 2889 gnl|PID|d101314 yqeR (Bacillus subtilis) 69 136 2 1505 2299 gnl|PID|d100581 unknown (Bacillus subtilis) 69 149 5 3852 4763 gnl|PID|e323525 YloQ protein (Bacillus subtilis) 69 149 12 9336 10655 gi|151571 Homology with E.coli and P.aeruginosa lysA gene ; product of unknown 69 function ; putative (Pseudomonas syringae) 153 4 3191 3829 gi|1710373 BrnQ (Bacillus subtilis) 69 169 3 849 2324 gnl|PID|d100582 temperature senstivie cell division (Bacillus subtilis) 69 180 1 566 3 gi|488339 alpha-amylase (unidentified cloning vertor) 69 212 1 1196 231 gi|1395209 ribonucleotide reductase R2-2 small subunit (Mycobacterium tuberculosis) 69 226 1 2 661 pir|JQ2285|JQ22 nodulin-26 - soybean 69 233 5 3249 4766 gi|472918 v-type-Na-ATPase (Enterococcus hirae) 69 235 3 660 1766 gi|148945 methylase (Haempohilus influenzae) 69 243 2 865 2361 gnl|PID|d100225 ORF5 (Barley yellow dwarf virus) 69 251 3 2899 1967 gi|2289231 macrolide-efflux protein (Streptococcus agalactiae) 69 310 1 1 282 gnl|PID|e322442 peptide deformylase (Clostridium beijerinckii) 69 369 1 868 2 gi|397526 clumping factor (Staphylococcus aureus) 69 370 1 749 3 gi|397526 clumping factor (sTaphylococcus aureus) 69 TABLE 2 s. pneumoniae - Putative coding regions of novel protelns similar to known proteins Cintig ORF start Stop match match gene name % sim ID ID (nt) (nt) acession 379 1 44 280 gnl|PID|d100649 DE-cadherin (Drosophila melanogaster) 69 388 1 260 72 gi|1787524 (AE000225) hypothetical 32.7 kD protein in trpL-btuR intergenic region 69 (Escherichia coli) 1 2 2006 3040 gnl|PID|d101809 ABC transporter (Synechocystis sp.) 68 12 5 3958 2600 gi|2182992 histidine kinase (Lactococcus lactis cremoris) 68 15 2 1790 1311 pir|S16974|R5BS ribosomal protein L9 - Bacillus stearothermophilus 68 16 6 7353 5701 gi|1787041 (AE000184) 0530; this 530 aa orf is 33 pet identical (14 gaps) to 525 68 residues of an approx, 640 aa protein YHES_HAEIN SW: P44808 (Escherichia coli) 17 12 6479 6805 gi|553165 acetylcholinesterase (Homo sapiens) 68 20 13 14128 14505 gi|142700 P competence protein (ttg start codon) (put.) ; putative (Bacillus subtilis) 68 22 32 24612 25397 gi|289262 comE ORF3 (Bacillus subtilis) 68 30 7 4548 4288 gi|311388 ORF1 (Azorhizobium caulinodans) 68 36 5 3911 4585 gi|1573041 hyporthetical (Haemophilus influenzeae) 68 46 6 5219 6040 gi|1790131 (AE000446) hypotheical 29.7 kD protein in ibpA-gyrB intergenic region 68 (Escherichia coli) 54 10 6235 7086 gi|882579 CG Site No. 29739 (Escherichia coli) 68 55 5 7069 5165 gnl|PID|d101914 ABC transporter (Synechocystis sp.) 68 71 3 6134 5613 gi|1573353 outer membrane integrity protein (tolA) (Haemophilus influenzae) 68 71 10 15342 16613 gi|580866 ipa-12d gene product (Bacillus subtilis) 68 71 12 17560 18792 gi|44072 SecY protein (Lactococcus lactis) 68 71 17 22295 24703 gi|1762349 involved in protein export (Bacillus subtilis) 68 73 16 10208 9729 gi|1353537 dUTPase (Bacteriophage rlt) 68 86 18 17198 16011 gi|413943 ipa-19d gene product (Bacillus subtilis) 68 87 17 17491 15866 gi|150209 ORF 1 (Mycoplanma mycoides) 68 89 6 5139 4354 gi|1498824 M. jannaschii predicted coding region MJ0062 (Methanococcus jannaschii) 68 89 11 8021 8242 gi|150974 4-oxalocrotonate tautomerase (Pseudomonas putida) 68 97 8 6755 5394 gi|2367358 (AE000491) hypothetical 52.9 kD protein in aidB-rpsF intergenic region 68 (Escherichia coli) TABLE 2 s. pneumoniae - Putative coding regions of novel protelns similar to known proteins Cintig ORF start Stop match match gene name % sim ID ID (nt) (nt) acession 98 3 1418 2308 gnl|PID|d100261 LivA protein (Salmonella typhimurium) 68 99 13 16414 17280 gi|455363 regulatory protein (Streptococcus mutans) 68 115 3 5054 1693 gi|466474 cellobiose phosphotransferase enzyme II'' (Bacillus stearothermophilus) 68 124 7 3394 3221 gnl|PID|d100702 cut14 protein (Schizosaccharomyces pombe) 68 125 2 2933 1922 gi|450566 transmembrane protein (Bacillus subtilis) 68 132 2 4858 2888 gnl|PID|d101732 DNA ligase (Synechocystis sp.) 68 140 7 77657580 gi|1209711 unknown (Saccharomyces cerevisiae) 68 150 1 539 3 gi|402490 ADP-ribosylarginine hydrolase (Mus musculus) 68 164 1 58 867 gnl|PID|e255114 glutamate racemase (Bacillus subtilis) 68 164 2 819 1835 gnl|PID|e255117 hypothetical protein (Bacillus subtilis) 68 169 7 3946 4104 pri|B54545|B545 hypothetical protein - Lactococcus lactis subsp. lactis plasmid pSL2 68 170 4 4247 4396 gi|304146 spore coat protein (Bacillus subtilis) 68 171 8 6002 7054 gi|38722 precursor (aa -20 to 381) (Acinetobacter calcoaceticus) 68 198 3 2473 1871 gnl|PID|e313075 hypothetical protein (Bacillus subtilis) 68 211 2 969 1802 gi|1439528 EIIC-man (Lactobacillus curvatus) 68 214 8 4926 4231 gnl|PID|d102049 H. influenzae hypothetical protein; P43990 (182) (Bacillus subtilis) 68 217 6 4955 5170 gnl|PID|e326966 similar to B.vulgaris CMS-associated mitochondrial ..... (reverse 68 transeriptase) (Arabidopsis thaliana) 218 7 3930 4745 gi|2293198 (AF008220)' YtgP (Bacillus subtilis) 68 22 6 4628 4338 gnl|PID|e325791 (AJ000005) orfl (Sacillus megaterium) 68 236 1 746 108 gi|40137 ORFX13 (Bacillus subtilis) 68 237 2 675 1451 gi|396348 homoserine transsuccinylase (Escherichia coli) 68 250 4 771 1229 gi|310859 ORF2 (synechococcus sp.) 68 254 1 517 155 gi|1787105 (AE000189) 0648 was 0669 ; This 669 aa orf is 40 pct identical (1 gaps) to 68 217 residues of an approx. 232 aa protein YBBA_HAEIN SW : P45247 (Escherichia coli) 337 1 1 774 gnl|PID|e261990 putative orf (Bacillus subtilis) 68 345 1 3 653 gi|149513 thymidylate synthase (EC 2.1.1.45) (Lactococcus lactis) 68 TABLE 2 s. pneumoniae - Putative coding regions of novel protelns similar to known proteins Cintig ORF start Stop match match gene name % sim ID ID (nt) (nt) acession 386 2 417 4 gi|1573353 outer membrane integrity protein (tolA) (Haemophilus influenzae) 68 2 4 5722 4697 gi|1592141 M. jannaschii predicted coding region MJ1507 (Methanococcus jannaschii) 67 3 6 5397 4591 gi|2293175 (AF008220) signal transduction regulator (Bacillus subtilis) 67 5 2 2301 574 gi|2313385 (AE000547) para-aminobenzoate synthetase (pabB) (Helicobacter pylori) 67 6 19 16063 16758 gi|413931 ipa-7d gene product (Bacillus subtilis) 67 22 8 7094 7897 gi|1928962 pyrroline-5-carboxylate reductase (Actinidia deliciosa) 67 29 10 8335 9072 gi|468745 gtcR gene produet (Bacillus brevis) 67 31 3 1379 585 gi|2425123 (AR01996) PksB (Dictyostelium discoideum) 67 32 11 8849 10150 gi|42029 ORF1 gene product (Escherichia coli) 67 36 16 14830 15546 gi|1592142 ABC transporter, probable ATP-binding subunit (Methanococcus jannaschii) 67 38 9 4958 5392 gnl|PID|e214803 T22B3.3 (Caenorhabditis elegans) 67 38 21 13775 14512 gi|537037 ORF_0216 (Escherichia coli) 67 45 9 10428 9181 gi|551710 branching enzyume (glgB) (EC 2.4.1.18) (Bacillus stearothermophilus) 67 48 23 18344 17514 gi|413949 ipa-25d gene product (Bacillus subtilis) 67 50 2 1773 952 gnl|PID|d101330 YquQ (Bacillus subtilis) 67 53 1 531 3 gi|1574291 fimbrial transcription regulation repressor (pilB) (Haemophilus influenzae) 67 55 13 12740 11946 gnl|PID|e252990 ORF YDL037c (Saccharomyces cerevisiae) 67 61 9 9210 8329 gnl|PID|e264711 ATP-binding cassette transporter A (Staphylococcus aureusl) 67 71 2 5614 6117 gi|1197667 vitellogenin 9anolis pulchellus) 67 81 7 4489 4983 gi|1142714 phosphoenolpyruvate : mannose phosphotransferase element IIB (Lactobacillus 67 curvatus) 83 7 2957 3214 gi|1276746 Acyl carrier protein (Porphyra purpurea) 67 86 8 8140 6809 gi|1147744 PSR (Enterococcus hirae) 67 97 3 986 1366 gnl|PID|d102235 (AB000631) unnamed protein product (Streptococcus mutans) 67 102 1 601 1413 gi|682765 mccB gene product (Escherichia coli) 67 106 3 1109 1987 gi|148921 LicD protein (Haemophilus influenzae) 67 115 4 5982 5656 gi|895750 putative cellobiose phosphotransferase enzyme III (Bacillus subtilis) 67 TABLE 2
s. pneumoniae - Putative coding regions of novel protelns similar to known proteins Cintig ORF start Stop match match gene name % sim ID ID (nt) (nt) acession 115 7 8421 8077 gi|466473 cellobiose phosphotransferase enzyme II' (Bacillus stearothermophilus) 67 127 13 8127 7021 gi|147326 transport protein (Escherichia coli) 67 136 3 2215 2859 gnl|PID|d100581 unknown (Bacillus subtilis) 67 140 21 23317 20906 gnl|PID|d101912 phenylalanyl-tRNA synthetase (synechocystis sp.) 67 146 6 2894 1893 gi|2182994 histidine kinase (Lactococcus lactis cremoris) 67 151 8 11476 11117 gnl|PID|d100085 ORF129 (Bacillus cereus) 67 160 10 7453 8646 gi|2281317 OrfB; similar to a Streptococcus pneumoniae putative membrane protein 67 encoded by GenBank Accession Number X99400; inactivation of the OrfB gene leads to UV-sensitivity and to decresase of homologous recombination (plasmidic test) (Lactococcus 1 163 3 3099 4505 gnl|PID|d101317 YqfR (Bacillus subtilis) 67 167 8 6704 5454 gi|1161933 DltB (Lactobacillus casei) 67 169 4 2322 2879 gnl|PID|d101331 yqkG (Bacillus subtilis) 67 171 11 7656 8384 gi|153841 pneumococcal surface protein A (Streptococcus pneumoniae) 67 188 3 1930 3723 gi|1542975 AbcB (Thermoanaerobacterium thermosulfurigenes) 67 189 6 1599 3141 gnl|PID|e325178 Hypothetical protein (Bacillus subtilis) 67 205 3 1663 2211 gi|606073 ORF_0169 (Escherichia coli) 67 207 4 2896 3456 gi|2276374 DtxR/iron regulated lipoprotein precursor (Corynebacterium diphtheriae) 67 217 3 4086 3703 gi|895750 putative cellobiose phosphotransferase enzyme III (Bacillus subtilis) 67 246 2 291 662 gi|1842438 unknown (Bacillus subtilis) 67 252 1 2 745 gi|2351768 PspA (Streptococcus pneumoniae) 67 265 3 1134 1811 gi|2313847 (AE000585) L-asparaginase II (ansB) (Helicobacter phylori) 67 295 1 1 375 gi|2276374 DtxR/iron regulated lipoprotein precursor (corynebacterium diphtheriae) 67 1 7 4898 5146 gnl|PID|e255179 unknown (Mycobacterium tuberculosis) 66 3 1 389 3 gne|PID|e269548 Unknown (Bacillus subtilis) 66 3 20 19267 20805 gi|39956 IIGlc (Bacillus subtilis) 66 4 3 2545 2718 gi|1787564 (AE000228)phage shock protein C (Escherichia coli) 66 5 9 13197 12592 gi|1574291 fimbrial transcription regulation repressor (pilB) (Haemophilus influenzae) 66 TABLE 2
s. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig oRF Start Stop match match gene name % sim ID ID (nt) (nt) acession 9 4 2872 1451 gnl PID e266928 unkown (Mycobacterium tuberculosis) 66 12 2 1469 1200 gi 520407 rof2; GTG start codon (Bacillus thruingiensis) 66 15 12 10979 9897 gi 2314738 (AED00653) translation elongation factor EF-TS (tsf) (Helicobacter pylori) 66 16 2 1312 734 gnl PID d102245 (AB005554) yxbF (Bacillus subtilis) 66 22 3 1372 1851 gi 1480916 signal peptidase type II (Lactococcus lactis) 66 22 7 5828 7096 gnl PID e206161 gamma-glutamyl phosphate reductase (Streptococcus thermophilus) 66 22 20 16194 17138 gnl PID e281914 YitL (Bacillus subtilis) 66 30 2 530 976 gi 2314379 (AE000627) ABC transporter, ATP-binding protein (yhcG) (Helicobacter 66 pylori) 32 1 199 984 gi 312444 ORF2 (Bacillus caldolyticus) 66 33 13 8352 7234 gi 1387979 44% identity over 302 residues with hypothetical protein from Synechocystic 66 sp, accession D64006_CD; expression induced by environmental stress; some similarity to glycosyl transferases; two potential membrane-spanning helices (Bacillus subti) 34 6 5658 4708 gnl PID e2590724 orf2 (Lactobacillus sake) 66 34 14 9792 9574 gi 1590997 M. jannaschii predicted coding region MJ0272 (Methanococcus jannaschii) 66 35 16 15163 14501 gi 1773352 cap5M (Staphlococcus aureus) 66 36 9 6173 6979 gi 1518680 minicell-assoicated protein DivIVA (Bacillus subtilis) 66 36 11 10396 10824 bbs 155344 insulin activator factor, INSAF (human Pancreatic insulinoma, Peptide 66 partial, 744 aa) (Homo sapiens) 48 1 28 1419 gnl PID e325205 hypothetical protein (Bacillus subtilis) 66 48 7 3810 4112 gi 2182574 (AE000090) Y4pE (Rhizobium sp. NGR234) 66 52 4 3595 2789 gi 388565 major cell-binding factor (Camplobacter jejuni) 66 54 3 2662 1076 gnl PID d101831 glutamine-binding periplasmic protein (Synechocystis sp.) 66 61 10 9740 9183 gnl PID e154144 mdr gene product (Staphylococcus aureus) 66 72 13 10893 11993 gi 2313129 (AE000526) H. pylori predicted coding region HP0049 (Helicobacter pylori) 66 74 9 13267 12476 gi 1573941 hypothetical (Haemophilus influenzae) 66 75 1 2 868 gi 1574631 nicotinamide mononucleotide transporter (pnuC) (Haemophilus influenzae) 66 75 7 5303 4275 gi 41313 put. EBG repressor protein (Escherichia coli) 66 TABLE 2
S. Pneumoniae - Putative coding regions of novel proteins similar to known proteins contig ORF Start Stop match match gnee name % sim ID ID (nt) (nt) acession 82 7 6813 8123 gnl PID e255128 trigger factor (Bacillus subtilis) 66 83 3 905 1219 pir C33496 C334 hisC homolog - Bacillus subtilis 66 86 10 9407 8925 gi 683584 shikmate kinase (Lactococcus lactis) 66 88 10 7001 6060 gi 2098719 putative fimbrial - associated protein (Actinomyces naeslundii) 66 89 1 951 4 gi 410118 ORFX19 (Bacillus subtilis) 66 93 7 3661 2711 gi 1787936 (AE000260) f298; This 298 aa orf is 51 pct identical (5 paps) to 297 66 residues of an approx. 305 aa protein YCSn_BACSU SW: P42972 (Escherichia coli) 104 3 1805 3049 gi 1469784 putative cell division protein ftsw (Enterococcus hirae) 66 106 14 13576 14253 gi 40027 homologoous to E. coli gidB (Bacillus subtilis) 66 107 4 965 1864 gi 144858 ORF A (Clostridium perfringnes) 66 112 7 5718 6593 gi 609332 DprA (Haemophilus influenzae) 66 115 1 3 302 gi 727367 Hyrlp (Saccharomyces cerevisiae) 66 122 1 3 566 gnl PID d101328 YqiY (Bacillus subtilis) 66 126 8 11759 11046 gnl PID d101163 ORF3 (Bacillus subtilis) 66 128 11 8201 8431 gi 726288 growth associated protein GAP-43 (Xenopus laevis) 66 131 8 4894 4508 gi 486661 TMnm related protein (Saccharomyces cerevisiae) 66 140 3 3236 2574 gi 40056 phoP gene product (Bacillus subtilis) 66 140 15 16318 15434 gi 1658189 5, 10-methylenetetrahydrofolate reductase (Erwinia carotovora) 66 146 12 7926 7636 gnl PID d101140 transposase (Synechocystis sp.) 66 147 6 7137 6154 gi 472326 TPP-dependent aceoin dehydrogenase alpha-subunit (Clostridium magnum) 66 149 6 4435 5430 gnl PID d101887 pentose-5-phosphate-3-epimerase (Synechocystis sp.) 66 149 13 10754 11575 gi 42371 pyruvate formate-lyase activating enzyme (AA 1-246) (Escherichia coli) 66 186 4 2578 2270 gnl PID d101199 ORF11 (Enterococcus faecalis) 66 207 2 2340 2597 gnl PID e321893 envelope glycoprotein gp160 (Human immunodeficiency virus type 1) 66 210 7 3358 3678 gi 49318 ORF4 gene product (Bacillus subtilis) 66 217 8 5143 5355 gi 49538 thrombin receptor (Cricetulus longicaudatus) 66 220 4 3875 3642 gi 466648 alternate name ORFD of L23635 (Escherichia coli) 66 TABLE 2
S. Pneumoina - Putastive coding regions of novel proteins similar to known proteins contig ORF Start Stop match match gnee name % sim ID ID (nt) (nt) acession 223 1 1070 138 gnl PID e247187 zinc finger protein (Bacteriphage phigle) 66 224 2 1864 2640 gi 1176399 putative ABC tranaporter subunit (Staphylococcus epidermidis) 66 243 1 3 872 dbj AB000617_2 (AB000617) YcdH (Bacillus subtilis) 66 268 2 891 568 gi 517210 putative transposase (Streptococcus pyogenes) 66 322 1 2 643 gi 1499836 Zn protease (Methanococcus jannashcii) 66 5 10 13909 13178 gi 1574292 hyptoehtical (Haemophilus influenzae) 65 6 11 10465 11190 gi 142854 homogous to E. coli radC gene product and to unidentified protein from 65 Staphylococcus aureus (Bacillus subtilis) 7 2 647 405 pir C64146 C641 hypothetical protein HI0259-Haemphilus influsnzae strain Rd KW20) 65 7 7 6246 6821 gnl PID d101323 YqhU (Bacillus subtilis) 65 10 2 1873 1397 gi 1163111 ORF-1 (Streptococcus pneumoniae) 65 16 3 1428 2222 gnl PID e325010 hypothetical protein (Bacillus subtilis) 65 21 4 3815 3357 gnl PID e314910 hypothetical protein (Staphylococcus sciuri) 65 22 34 25776 26384 gi 1123030 CpxA (Actinobacillus pleuropneumoinae) 65 43 2 1648 290 gi 1044826 F14E5. 1 (Caenorhbditis elegans) 65 48 13 10062 10856 gi 1573390 hypothetical (Haemphilus influenzae) 65 48 22 17521 16883 gi 1573391 hypothetical (Heaemophilus influenzae) 65 48 25 19027 18533 gnl PID e264484 YCR020c, len:215 (Saccharomyces cerevisiae) 65 49 3 3856 5334 gi 1480429 putative transcriptional regulator (Bacilus stearothermophilus) 65 50 6 5337 4519 gi 171963 tRNA isopentenyl transferaee (Saccharomyces cerevisiae) 65 52 15 14728 15588 gi 1499745 M. jannaschii predicted coding region MJ0912 (Methanocouccs jannaschii) 65 59 7 3963 4745 gi 496514 orf zeta (Streptococcus pyogenes) 65 68 3 2500 3483 gi 887824 ORF_0310 (Escherichia coli) 65 69 3 2171 1077 gnl PID e311453 unknown (Bacillus subtilis) 65 69 7 6029 5325 gi 809660 dexoyribose-phosphate aldolase (Bacillus subtilis) 65 71 5 8536 9783 gi 1573224 glycosyl transferaese lgtC (GP:U14554_4) (Haemophilus influenzae) 65 72 8 76634 8527 gnl PID e267589 Unknown, highly similar to several spermidine synthases (Bacillus subtilis) 65 TABLE 2
S. Pneumoniae - Putative coding regions of novel proteins similar to known proteins contig ORF Start Stop match match gnee name % sim ID ID (nt) (nt) acession 76 5 5773 3097 gnl PID d101723 DNA REPAIR PROTEIN RECN (RECOMBINATION PROTEIN N). (escherichia coli) 65 76 9 8099 7875 gi 1574276 exodeoxyribonuclease, small subunit (xseB) (haemphilus influenzae) 65 84 2 2870 2352 gi 2313188 (AE000532) conserved hypothetical protein (Helicobacter pylori) 65 86 15 14495 13407 gnl PID d101880 3-dehydroquinate synthase (Synechocystis cp.) 65 87 3 3706 2423 gi 151259 HMG-CoA reucatase (EC 1.1.1.88) (Pseudomonase mevalonii) 65 88 3 2425 2736 gi 1098510 unknown (Lactorococcus lactis) 65 89 2 1627 1007 gnl PID d102008 (AB001488) SIMILAR TO ORF14 OF ENTEROCOCCUS FAECALIS TRANSPOSON TN916. 65 (Bacillus subtilis) 111 6 6635 6186 gnl PID e246063 NM23/nucleoside diphosphate kinase (Xenopus laevis) 65 116 1 3 1016 gnl PID d101125 queuosine biosynthesis protein QueA (Synechocystis sp.) 65 123 1 69 389 gi 498839 ORF2 (Clostridium perfringens) 65 123 7 6522 7190 gi 1575577 DNA-binding response reulator (Thermotoga maritima) 65 125 3 3821 2859 gnl PID e257609 sugar-binding transport protein (Anaerocellum thermophilum) 65 137 12 8015 7818 gi 2182574 (AE000090) Y4pE (Rhizobium sp. NGR234) 65 147 3 5021 3885 gi 3723290 dihydrolipoamide acetyltransferase (Clostridium magnum) 65 148 2 1053 1931 gnl PID d101319 YqgH (Bacillus subtilis) 65 151 2 3212 4687 gi 304897 EcoE type I restriction modification enzmye M subunit (Escherichia coli) 65 156 2 730 437 gi 310893 membrane protein (Theileria parva) 65 164 7 4256 4837 gi 310132 ORFX8 (Bacillus subtilis) 65 169 6 3192 3914 gi 1552737 similar to purine nucleoside phosphorylase (deoD) (Escherischia coli) 65 176 4 2951 2220 gnl PID e339500 oligopeptide binding lipoprotein (Streptococcus pneumoniae) 65 195 4 4556 3900 gi 1592142 ABC transporter, probable ATP-binding subunit (Methanococcus jannaschii) 65 196 1 160 1572 gnl PID d102004 (AB001488) PROBABLE UDP-N-ACETYLMURAMOYLALANYL-D-GLUTAMYL-2, 6- 65 DIAMINOLOGASE (EC 6.3.2.15). (Bacillus subtilis) 204 2 2246 1215 gi 143156 membrane bound grotein (Bacillus subtilis) 65 210 4 1544 1891 gi 49315 ORF1 gene product (Bacillus subtilis) 65 242 2 1625 723 gi 1787540 (AE000226) f249; This 249 aa orf is 32 pct identical (8 gaps) to 244 65 residues of a approx. 272 aa protein AGAR_ECOLI SW: P42902 (Escherichia coli) TABLE 2
S. Pneumoniae - Putative coding regions of novel proteins similar to known proteins contig ORF Start Stop match match gnee name % sim ID ID (nt) (nt) acession 284 1 1 900 gi 559861 clyM (Plasmid pAD1) 65 304 1 2 574 gnl PID e290934 unknown (Mycobacterium tuberculosis) 65 315 1 2 1483 gi 790694 mannuronan C-5-epimerase (Azotobacter vinelandii) 65 320 1 3 569 gnl PID d102048 K. aerogenes, histidine utilization repressor; P12380 (199) DNA binding 65 (Bacillus subtilis) 358 1 1 309 gnl PID e323508 YloS protein (Bacillus subtilis) 65 2 7 7571 6696 gi 1498753 nicotinate-nucleotide pyrophosphyrlase (Rhodospirillum rubrum) 64 6 6 5924 6802 gnl PID d101111 methionie aminopeptidase (Synechocystis sp.) 64 8 4 3417 3686 gi 1045935 DNA helicase II (Mycoplasma genitalium) 64 11 4 3249 2689 gnl PID e265529 OrfB (Streptococcus pneumoniae) 64 15 7 6504 7145 gi 1762328 Ycr59c/YigZ homolog (Bacillus subtilis) 64 22 11 9548 9895 gnl PID d1000581 unkonw (Bacillus subtilis) 64 22 30 22503 23174 gi 289260 comE ORF1 (Bacillus subtilis) 64 26 7 14375 14199 gi 409286 bmrU (Bacillus subtilis) 64 27 2 1510 1334 gi 40794 DdeI methylase (Desulfovibrio vulgaris) 64 29 2 614 297 gi 2326168 type VII collagen (Mus musculus) 64 35 2 368 721 pir JC1151 JC11 hypthetical 20.3k Protein (insertion sequence IS1131)-Agrobacterium 64 tumefaciens (strain PO22) plasmid Ti 40 1 3 449 gi 46970 epiD gene product (Staphylococcus epidermidis) 64 40 7 4683 4976 gnl PID e325792 (AJ000005) glucose kinase (Bacillus megaterium) 64 45 87 8068 6920 gnl PID d102036 subunit of ADP-glucose pyrophosphorylade (Bacillus stearothermophilus) 64 51 2 301 1059 gi 43985 nifs-like gnee (Lactobacillus delbrueckii) 64 51 13 15251 18397 gi 2293260 (AF008220) DNA-polymerase III alpha-chain (Bacillus subtilis) 64 53 3 1157 555 gi 1574292 hypothetical *Haemophilus influenzae) 64 58 2 4236 1606 gi 1573826 alanyl-tRNA snthetase (alaS) (Haemophilus influenzae) 64 66 1 3 1259 gi 895749 putative cellobiose phosphotransferase enzyme II'' (Bacillus subtilis) 64 68 5 5123 6556 gi 436965 (malA) gene products (Bacillus stearothermophilus) 64 69 6 5356 4949 gnl PID d101316 Cdd (Bacillus subtilis) 64 TABLE 2
S. Pneumoniae - Putative coding regions of novel proteins similar to known proteins contig ORF Start Stop match match gnee name % sim ID ID (nt) (nt) acession 74 4 6948 5038 gi 726480 L-glutaine-D-fructose-6-phosphate amidotransferase (Bacillus subtilis) 64 75 3 1283 1465 bbs 1333379 TLS-CHOP=fusion protein(CHOP=C/EBP transcription factor, TLS=nuclear RNA- 64 binding protein) (human, myxoid liposarcomas cells, peptide Mutant, 462 aa) (Homo sapiens) 81 13 14016 14231 gi 143175 methanol dehydrogenase alpha-10 subunit (Bacillus sp.) 64 83 22 21851 22090 gnl PID d101315 YqfA (Bacillus subtilis) 64 87 11 10046 9300 gnl PID e323505 putative ptcl protein (Bacillus subtilis) 64 98 7 5032 5706 gnl PID e233880 hypothetical protein (Bacillus subtilis) 64 105 1 2 1276 gi 1657503 similar to S. aureus mercury(II) reductase (Escherichia coli) 64 113 7 5136 6410 gnl PID e101119 Nifs (Snyechocystis sp.) 64 119 1 2 1297 gnl PID e320520 hypothetical protein (Natronobacterium pharaonis) 64 123 3 1125 2156 gnl PID e253284 oRF YDL244w (Saccharomyces cerevisiae) 64 124 5 2331 1780 gnl PID d101884 hypothetical protein (Synechocystis sp.) 64 129 4 3467 2709 gnl PID d101314 YqeU (Bacillus subtilis) 64 131 1 152 3 gi 1377841 unknown (Bacillus subtilis) 64 137 11 7196 7549 pir JC1151 JC11 hypothetical 20.3k. protein (insertion sequence IS1131)-Agrobacterium 64 tumefaciens (strain P022) plasmid Ti 139 3 3226 2651 gi 2293301 (AF008220) YtqB (Bacillus subtilis) 64 146 10 6730 5648 gi 1322245 mevalonate pyrophosphate decarboxylase (Rattus norvegicus) 64 147 1 2 1018 gnl PID e137033 unknown gene product (Lactobacillus leichmannii) 64 148 11 8430 8783 gi 2130630 (AF000430) dynamin-like protein (Homo sapiens) 64 156 7 4314 3612 gnl PID d102050 transmembrane (Bacillus subtilis) 64 157 4 1299 2114 gnl PID d100892 homologous to Gln transport system permease proteins (Bacillus subtilis) 64 162 6 5880 6362 gi 517204 ORF1, putative 42 kDa protein (Streptococcus pyogenes) 64 164 13 9707 8769 gnl PID d100964 homologue of ferric anguibactin transport system permerase protein FatD of 64 V. anguillarum (Bacillus subtilis) 175 5 3906 4598 gi 534045 antiterminator (Bacillus subtilis) 64 189 10 6154 6507 gi 581307 response reulator (Lactobacillus plantarum) 64 191 4 3519 2863 gi 149520 phosphorbiosyl anthranilate isomerase (Lactococcus lactis) 64 TABLE 2
S. Pneumoniae - Putative coding regions of novel proteins similar to known proteins contig ORF Start Stop match match gnee name % sim ID ID (nt) (nt) acession 202 1 76 1140 gnl PID e293806 O-acetylhomoserine sulfhydrylase (Leptospira meyeri) 64 224 1 234 1571 gi 1573393 collagenase (prtC) (Haemophilus influenzae) 64 231 3 291 647 gi 40174 ORF X (Bacillus subtilis) 64 253 3 709 1089 pir JC1151 JC11 hypothetical 20.3K protein (insertion sequence IS1131)-Agrobacterium 64 tumefaciens (strain PO22) plasmid Ti 265 1 820 2 gi 1377832 unknown (Bacillus subtilis) 64 297 1 1 660 gi 1590871 collagenase (Methanococcus jannashcii) 64 328 1 263 21 gi 992651 Gin4p (Saccharomyces cerevisiae) 64 5 4 8730 8098 gi 55685 Unknown (Bacillus subtilis) 63 10 6 5178 4483 gi 1573101 hypthetical (Haemophilus influenzae) 63 12 11 9324 9902 gi 806536 membrane protein (Bacillus acidopullulyticus) 63 15 10 8897 9187 gi 722339 unknown (Acetobacter xlinum) 63 17 2 1031 308 gnl PID e217602 plnU (Lactobacillus plantarum) 63 18 8 7778 6975 gi 1377843 unknown (Bacillus subtilis) 63 26 4 9780 7078 gi 142440 ATP-dependent nuclease (Bacillus subtilis) 63 29 5 3488 4192 gi 1377829 unknown (Bacillus subtilis) 63 34 11 8830 7988 gnl PID d101198 ORF8 (Enterococcus faecalis) 63 35 3 1187 876 gi 722339 unknown (Acetobacter xylinum) 63 48 15 12509 11691 gi 1572289 hypothetical (Haemophilus influenzae) 63 51 11 12719 12189 gi 142450 ahrC protein (Bacillus subtilis) 63 55 4 3979 5022 gi 1708640 YeaB (Bacillus subtilis) 63 55 15 13669 14670 gnl PID e311502 thioredoxine reductase (Bacillus subtilis) 63 68 10 9242 8919 sp P37686 YIAY_ HYPOTHETICAL 40.2 KD PROTEIN IN AVTA-SELB INTERGENTC REGION (F382). 63 86 7 6554 5685 gi 1574382 lic-1 operon protein (licD) (Haemophilus influenzae) 63 88 8 6085 5180 gi 2098719 putative fimbrial-associated protein (Actinomyces naeslundii) 63 96 8 5858 6484 gi 1052803 orflogpyb gene product (Streptococcus pneumoniae) 63 100 1 240 1940 gi 7171 fucosidase (Dictyostellium discoideum) 63 TABLE 2
S. Pneumoniae - Putative coding regions of novel proteins similar to known proteins contig ORF Start Stop match match gnee name % sim ID ID (nt) (nt) acession 104 4 3063 5765 gi 144985 phosphoenolpyruvate carboxylase (Corynebacterium glutamicum) 63 106 8 9189 8554 gi 533099 endonuclease III (Bacillus subtilis) 63 122 6 4704 4886 gnl PID d101139 transposase (Synechocystis sp.) 63 128 7 4517 5203 gnl PID d101434 orf2 (Methanobacterium thermoautotrophicum) 63 137 4 963 1547 gi 472920 v-type Na-ATPase (Enterococcus hirae) 63 142 7 4100 4585 gnl PID e313025 hyptohetical protein (Bacillus subtilis) 63 159 5 1741 2571 gi 1787043 (AE000184) f271; This 271 aa orf is 24 pct identical (16 paps) to 265 63 residues of an approx. 272 aa protein YIDA_ECOLI SW: P09997 (Escherichia coli) 171 12 8803 14406 gnl PID e324918 IgAl protease (Streptococcus sanguis) 63 177 1 3 347 gi 1773150 hypothetical 14.8kd Protein (Escherichia coli) 63 178 2 423 917 gi 722339 unknown (Acetobacter xylinum) 63 178 3 794 1012 gi 1591582 cobalamin biosynthesis protein N (Methanococcus jannaschii) 63 195 1 1377 175 gnl PID e324217 ftsQ (Enterococcus hirae) 63 234 5 1739 1527 gi 1591582 cobalamin biosynthesis protein N (Methanococcus jannaschii) 63 249 1 81 257 gi 1000453 TreR (Bacillus subtilis) 63 283 1 127 1347 gi 396486 ORF8 (Bacillus subtilis) 63 293 3 2804 3466 gi 722339 unknown (Acetobacter xylinum) 63 311 1 905 486 gi 1877424 UDP-galactose 4-epimerase (Streptococcus mutans) 63 324 1 2 556 gi 1477741 histidine periplasmic binding protein P29 (Camplobacter jejuni) 63 365 1 219 13 gi 2252843 (AF013293) No definition line found (Arabidopsis thaliana) 63 382 1 88 378 gi 722339 unknown (Acetobacter xylinum) 63 385 3 364 158 gi 2252843 (AF013293) No definition line found (Arabidopsis thalinana) 63 2 1 2495 288 gnl PID e325007 penicillin-binding protein (Bacillus subtilis) 62 3 23 23374 24231 gnl PID e254993 hypothetical protein (Bacillus subtilis) 62 6 16 14320 13193 gnl PID e349614 nifS-like protein (Mycobacterium leprae) 62 7 8 6819 7232 gnl PID d101324 YqhY (Bacillus subtilis) 62 7 19 15466 14207 gnl PID d101804 beta ketoacyl-acyl carrier protein synthase (Synechocystis sp.) 62 TABLE 2
S. Pneumoniae - Putative coding regions of novel proteins similar to known proteins contig ORF Start Stop match match gnee name % sim ID ID (nt) (nt) acession 7 21 17155 16229 gnl PID e323514 putative FabD protein (Bacillus subtilis) 62 7 24 19526 18519 gi 1276434 beta-ketoacyl-ACP snthase III (Cuphea wrightii) 62 12 7 5904 4702 gi 157368 A/G-specific adeine glycosylase (mutY) (Haemophilus influenzae) 62 12 9 8032 8793 gi 1591587 pantothenate metabolism flavoprotein (Methanococcus jannaschii) 62 15 11 9678 9328 pir JC1151 JC11 hypothetical 20.3K protein (insertion sequence IS1131)-Agrobacterium 62 tumefaciens (strain P022) plasmid Ti 62 17 4 2609 2442 gi 1591081 M. jannaschii predicted coding region MJ0374 (Methanococcus jannaschii) 62 17 5 3053 2835 gi 149570 role in the expression of lactacin F, part of the laf operon (Lactobacillus 62 sp.) 22 10 8627 9538 gnl PID d100580 similar to B. subilis DnaH (Bacillus subtilis) 62 30 3 865 2043 gi 2314379 (AE000627) ABC transporter, ATP-binding protein (yhcG) (Helicobacter 62 pylori) 33 5 2235 1636 gi 413976 ipa-52r gene product (Bacillus subitlis) 62 38 11 5689 6123 gi 148231 o251 (Escherichia coli) 62 40 17 14272 13328 gnl PID d101904 hyptohetical protein (Synechocystis sp.) 62 42 1 3 311 gi 1146182 putative (Bacillus subtilis) 62 44 2 1267 4005 gi 1786952 (AE000176) o877; 100 pct identical to the first 86 residues of the 100 aa 62 hypothetical protein fragment YBGB_ECOLI SW: P54767 (Escherichia coli) 48 12 9732 9304 gi 662920 respressor protein (Enterococcus hirae) 62 51 8 5664 7181 gnl PID e301153 StySKI methylase (Salmonella neterica) 62 52 3 2791 2099 gi 1183886 integral membrane protein (Bacillus subtilis) 62 55 16 15702 14704 gnl PID e313028 hypothetical protein (Bacillus subtilis) 62 59 6 3418 3984 gi 2065483 unknown (Lactococcus lactis lactis) 62 63 5 3997 4809 gi 149771 pilin gene inverting protein (PivML) (Moraxella lacunate) 62 70 14 10002 10739 gi 992977 bplG gene product (Bordetella pertussis) 62 71 13 18790 20382 gi 1280135 coded for by C. eleganw cDNA cm21e6; coded for by C. elegans cDNA cmo1e2; 62 similar to melibiose carrier protein (thiomethylgalactoside permease II) (Caenorhabditis eiegans) 71 28 32217 32768 gnl PID d101312 YqeG (Bacillus subtilis) 62 74 7 11666 10383 gi 1552753 hypothetical (Escherichia coli) 62 TABLE 2
S. Pneumoniae - Putative coding regions of novel proteins similar to known proteins contig ORF Start Stop match match gnee name % sim ID ID (nt) (nt) acession 80 8 9370 9609 gnl PID d102002 (AB001488) function unknown. (Bacillus subtilis) 62 97 10 9068 7041 gi 882463 protein-N(pi)-phosphohistidine-sugar phosphotransferase (Escherichia coli) 62 98 4 2306 3268 gnl PID d101496 BraE (integral membrane protein) (Pseudomonas aeruginosa) 62 102 3 2823 3539 gnl PID e313010 hyptohetical protein (Bacillus subtilis) 62 103 3 2795 1242 gnl PID d102049 H. influenzae hypothetical ABC transporter; P44808 (974) (Bacillus 62 subtilis) 111 2 2035 3462 gi 581297 NisP (Lactococcus lactis) 62 112 4 3154 4080 gi 1574379 lic-1 operon protein (licA) (Haemophilus influenzae) 62 112 6 4939 5649 gi 1574381 lic-1 operon protein (licC) (Haemophilus influenzae) 62 124 3 1137 721 gi 1583024 anaerobic ribonculeoside-triphosphate reductase (nrdD) (Haemophilus 62 influenzae) 124 6 3162 2329 gi 609076 leucyl aminopeptidase (Lactobacillus delbrueckii) 62 126 7 11073 7516 gnl PID d101163 ORF4 (Bacillus subtilis) 62 129 6 4983 4540 pir S41509 S415 zinc finger protein EF6-Chilo iridescent virus 62 131 7 4510 4103 gi 1857245 unknown (Lactococcus lactis) 62 149 2 1923 2579 gi 1592142 ABC tranpsorter, probable ATP-binding subunit (Methanococcus jannaschii) 62 149 7 5360 6055 gnl PID e323508 YloS protein (Bacillus subtilis) 62 156 1 450 238 gnl PID e254644 membrane protein (Streptococcus pneumoniael 62 156 6 3606 2935 gnl PID e102050 transmembrane (Bacillus subtilis) 62 171 2 1779 2291 gi 43941 EIII-B Sor PTS (Klebsiella pneumoniae) 62 172 2 385 723 gi 895750 putative cellobiose phosphotransferase enzyme III (Bacillus subtilis) 62 173 3 2599 893 gi 1591732 cobalt transport ATP-binding protein o (Methanococcus jannaschii) 62 179 2 492 1754 gi 1574071 H. influenzae predicted coding region HI1038 (Haemophilus influenzae) 62 181 6 2856 3707 gi 1777435 LacT (Lactobacillus casei) 62 185 2 2074 311 gi 2182397 (AE000073) Y4fN (Rhizobium sp. NGR234) 62 200 2 1061 1984 gi 450566 transmembrane protein (Bacillus subtilis) 62 202 3 2583 3473 gi 42219 P35 gene product (AA 1-314) (Escherichia coli) 62 210 3 1374 1565 gi 49315 ORF1 gene prudcte (Bacillus subtilis) 62 TABLE 2
S. Pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 211 1 3 971 gi 417402 mannose permease subunit III-Man [Escherichia coli] 62 223 2 1495 1034 gnl PID d101190 ORF2 [Streptococcus mutans] 62 228 1 34 909 gi 530063 glycerol uptoake facilitator [Streptococcus pneumoniae] 62 234 2 90 917 gi 2293259 (AF008220) YtqI [Bacillus subtilis] 62 282 5 1765 1487 gnl ID 3276475 galactokinase [Arabidopsis thaliana] 62 375 1 1 159 gi 1674231 (AE00052) Mycoplasma pneumoniae, hyptohetical protein homolog; similar to 62 Swiss-Prot Accession Number P35155, from B. subtilis (Mycoplasma pnemoniae) 385 5 584 357 gi 1573353 outer membrane integrity protein (tolA) (Haemophilus influenze) 62 3 19 18550 19269 gi 606162 ORF_6229 (Escherichia coli) 61 7 4 2725 3225 gi 21114425 similar to Synechocystis sp. hypothetical protein, encoded by GenBank 61 Accesslon Number D64006 (Bacillus subtilis) 17 6 3326 3054 gi 14956 lactacin F [Lactobacillus sp.] 61 44 3 4061 4957 gnl PId d101068 xoylse repressor [Synechocystis sp.] 61 54 11 8388 7234 gnl PID d101329 YqjH [Bacillus subtilis] 61 57 6 3974 6037 ngl PID d101316 Yqfk [Bacillus subtilis] 61 58 5 7356 6565 sp P45169 POTC_ SPERMIDINE/PUTRESCINE TRANSPROT SYSTEM PERMAASE PROTEIN POTC. 61 67 1 3 692 gi 537108 ORF_f254 [Escherichia coli) 61 68 9 8816 7890 gi 19501 ppPLZ12 gene product (Aa 0-184) [Lupinu spolyphyllus] 61 70 15 10737 12008 gi 992976 bplF gene product [Bordetella pertussis] 61 72 11 9759 10202 gnl PID d101833 carboxynorspermidine decarboxylase [Synchocystis sp.] 61 76 8 7881 7003 ngl PID d100305 farnesyl diphosphate synthase [Bacillus stearothermopikus] 61 87 4 4914 3697 gi 528991 unkonw [Bacillus subtillis] 61 87 13 12311 11361 gi 1789683 (AE000407) emthionyl-tRNA formyltransferase [Escherichia coli] 61 91 2 731 2989 gi 537080 ribonucleoside triphsphate reductase [Escherichia coli] 61 105 3 2711 3499 gnl PID d101851 hypothetical protein(Synechocystis sp.] 61 115 6 7968 6478 gi 895747 putalive cel operon regulator (Bacilus subtilis) 61 123 8 7181 8518 gi 1209572 protein histidine kinase [Enteroccus faceualis] 61 TABLE2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 126 6 7525 6725 gi 1787043 (AD000184) f271; This 271 aa orf is 24 pct idnetical (16 gaps) to 265 61 residues of an approx. 272 aa protein YIDA_ECOLI SW: P09997 [Escherichia coli] 128 1 1 639 gnl PID d101328 Yqiy [Bacillus subtilis] 61 139 7 4794 5054 gi 1022726 unkonwn [Staphylococcus haemolyticus] 61 139 9 12632 5913 gnl PID 3270014 beta-galactoisdase [Tehrmonerobacter ethanolicus] 61 143 1 2552 42 gi 520541 penicillin-binding prtoeins 1A and 1B [Bacillus subtilis} 61 148 16 12125 11424 gi 1552743 tetrahydrodipicolinate N-succinyltransferase [Escherichia coli 61 162 3 4112 3546 gnl PID d101829 phosphogolycolate phosphatase [Synechocystis sp.] 61 172 3 727 1077 gnl PID d102048 B. subilis. cellobiose phsophot ransferase system. celA; P46318 (220) 61 Bacillus subtilis] 177 3 1101 1772 gnl PID d100574 unknown [Bacillus subilis] 61 202 2 1278 2585 gi 1045831 hydptehetical protein (GB: L18965_6) (Mycoplasma genitalium] 61 224 3 2782 3144 gi 1591144 M. jannaschii predicated coding region MJ0440 [Methanococcus jannaschill] 61 225 4 3395 3766 gi 1552774 hypotehtical {Escherichia coli] 61 249 2 212 802 gi 1000453 TreR [Bacillus subtilis] 61 254 2 843 484 gnl PID d100417 ORF120 [Escerhicia coli] 61 257 1 3 350 gnl PID e255315 unknown [Mycobacterium tuberculosis] 61 293 4 3971 3657 pir JC1151 JC11 hypothetical 20.3K protein (inseriton sequenc IS1131) - Agrobacterium 61 tumefaciens (strain P02) plasmid Ti 301 1 949 17 gi 2291209 (AF016424) contains similarity to acyltransferases [Caenorhabditis elegans] 61 373 1 1066 287 gi 393396 Tb-292 membrane associated protein [Trypanosoma burcei subgroup] 61 3 24 24473 24955 gi 537093 ORF_o153b [Escherichia coli] 60 6 5 4636 5739 gi 2293258 (AF008220) YtoI [Bacillus subtilis] 60 6 12 11936 11187 gi 293017 ORF3 (put.) ; putativbe [Lactococcus lactis] 60 17 13 6708 6484 gi 149569 lactacin F [Lactobacillus sp.] 60 18 7 6977 5670 gi 1788140 (AE000278) o481; This 481 aa orf is 35 pct identical (19 gaps) to 309 60 reisdues of an approx. 856 aa protein NOL1_HUMAN SW: P46087 [Escherichia colil 20 15 15878 17167 gnl PID 3100584 unknow [Bacillus subtilis] 60 TABLE 2
S. pneumoniae - Putative coding regions of nowvel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 22 1 1 243 gnl PID 3102050 transmembrane [Bacillus subtilis] 60 32 10 8296 8964 gi 2293275 (AF008220) YtaG [Bacillus subtilis] 60 38 15 8837 9697 gi 40023 B. sutillis genes rpmH, rnpA, 50kd, gidA and gidB [Bacillus subtilis] 60 43 6 8610 5944 gi 17187 protein kinase 1 [Saccharomyces cerevisiale] 60 44 1 1 12769 gnl PID e 235823 unkown [Schizosaccharomyces pomble 60 45 10 11138 10368 gi 397488 1,4-alpha-glucan branching enzyme [Bacillus subtilis] 60 48 19 15766 14378 gnl PID 3205173 ofl [Lactobacillus helveticus] 60 48 21 16727 16951 gnl PID d102041 (AB002668) unnamed protein proudct [Haemophilus acinomycetemcomitans] 60 50 1 2 898 gnl PID 3246537 ORF286 protein [Pseudomonas stutzeri] 60 62 2 638 1177 gnl PID 3100587 unkown [Bacillus subtilis] 60 68 4 3590 5203 gi 1573583 H. influenzae predicted cding region HI0594 [Haemophilus influenze] 60 70 11 5781 6182 gnl PID d102014 [AB001488) SIMLAR TO YDFR GENE PRODUCT OF THIS ENTRY (YDFR_BACSU). 60 [Bacillus subtilis] 70 12 6343 8133 ngl PID 3324970 hyptoehtical prtein [Bacillus subtillis] 60 71 8 11701 14157 gi 580866 ipa-12d gene paroduct [Bacillus sutilis] 60 74 8 12509 11664 gnl PID d101832 phosphatidate cytidylyltransferease [Synechocystis sp.] 60 76 4 4116 3367 gi 2352096 orf; similar tos erine/threonine prtoein phsophataes [Fervidobacterium 60 islandicuml 80 4 7372 7665 gi 1786420 (AE000131) f86; 100 pct identical to GB; ECONDINJ_6 ACCESSION: D38582 60 [Escherichia coli] 81 6 4073 4522 gi 147402 mannose permease subunit III-Man [Escherichia coli] 60 86 1 940 155 gi 143177 putative [Bacillus subtils] 60 92 1 1 192 gi 396348 ohomserine transsuccinylase [Escherichia coli] 60 93 14 10619 9384 gi 1788389 (AE000297) o464; This 464 aa orf is 33 pct identical (9 gaps) to 331 60 residues of an approx. 416 aa rptoein MRTC_NEIGO SW: P43505 [Escherichia coili] 94 5 5548 8121 gnl PID e329895 (AJ000496) cyclic nucleotide-gated channelbeta sutnit [Rattus norvegicus] 60 97 7 5396 4533 gi 1591396 transketolase' [Methanococcus jannaschii] 60 102 2 2081 2833 gnl PID e320929 hypothetical protein [Mycobacterium tuberculosis] 60 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar toknown proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 106 9 9773 9183 gnl PID e334782 YlbN protein [Bacillus subtillis] 60 113 8 6361 6837 gi 466875 nifU; B1496_Cl_157 (Mycobacterium leprae] 60 115 2 2755 524 gnl PID e328143 (AJ00032) Glucosidase II [Homo sapiens] 60 122 7 4763 5068 gnl PID d1015876 tranprosase p[Synechocystis sp.] 60 127 8 4510 5283 gi 1777938 Pgm [Trempoema pallidum] 60 138 4 3082 2672 gnl PId e3251976 hypothetical protein [Bacillus subtilis] 60 139 1 177 4 gnl PID d100680 ORF [Thermus thermophilus] 60 139 11 15420 13009 gi 537145 ORF_f43 [Escherichia coli] 60 140 2 2592 1249 gi 1209527 protein histidine kinase [Enteroccous faecialis] 60 141 1 210 1049 gi 463181 ES ORF frm bp 3842 to 4081; putative [Huamn papielomavirus type 33] 60 141 5 5368 6405 gi 145362 tyrosin-eensitive DAHP synthase (aroF) [Escheridhia coli 60 412 6 3558 449 gi 600711 putative [Bacillus subtilis] 60 148 10 7742 8715 gnl PID e313022 hypothetical protein (Bacillus subtilis) 60 153 5 3667 4278 gi 2293322 (AF008220) branch-chain amino acid tranpsroter [Bacilus sugtilis] 60 155 1 1413 748 gi 2104504 putative UDP-glucose dehydrogenase [Escherichia coli] 60 158 3 3116 2472 gnl PID d100872 a negative regualtor of pho regulon [Pseduomonas aeruglnosa] 60 159 3 778 1386 gnl PID e308090 proucti highly similar to Bacillus anthracis CapA protein (bacillus 60 sutilis] 163 7 4049 8468 gnl PId d101313 YqeN [Bacillus stubilis] 60 170 3 4130 2688 gi 1574179 H. influenzae predicated coding region HI1244 [Haemophilus influenzae] 60 171 7 4717 5901 gi 606076 ORF_o384 [Eschericha coli] 60 183 3 2440 2135 gi 1877427 repressor [Streptoccus pyogenes phage T12] 60 191 10 9444 8428 gi 415664 catabolite control protin [Bacillus megaterium] 60 200 1 139 1083 gi 438462 transmembrane protein [Bacillus subilis] 60 201 3 3895 1928 gi 475112 enzyme IIabc [Pediococcus pentosaceus] 60 214 15 10930 10439 gi 1573407 hyptoehtical [Haemophilu influenzae] 60 218 4 2145 2363 gi 608520 myosin heavy chain kinase A [dictyosteiluim discoidemu] 60 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 225 4 2518 2351 gi 437705 hysluronidase [Streptococcus pneumoniae] 60 242 1 725 3 gi 43938 Sor regulator [Klebsiella penumoniae] 60 245 1 1 288 gi 304897 EcoE type I restriction modification enzyme M sutnit [Escherichia coli] 60 251 1 905 45 gi 671632 unknown [Staphylococcus aureus] 60 259 1 969 82 gi 1538794 rgg [Streptococcus gordonil] 60 260 2 1492 1662 pir S33840 S318 probable tranprossae - Bacillus stearothermophilus 60 274 1 836 96 gi 15927173 N-ethylammeline chlorohydrolease [Methanococcus jannaschil] 60 308 1 463 2 gi 1787397 (AE000214) o157 [Escherichia coli] 60 318 1 3 308 gnl PID e137594 xerC recombinase ]Lactobacillus leichmannii] 60 344 1 73 522 gi 509672 repressor protein [Bacteriophage Tuc2009] 60 5 1 576 4 gi 2293147 (AF008220) YtxM [Bacillus subtilis] 59 7 22 181400 17142 gnl PId e280724 unknown [Mycobacterium tuberculosis] 59 10 1 1413 4 gi 1353880 sialidase L (Macrobdella decora] 59 15 6 6463 5156 gi 580841 F1 [Bacillus subtilis] 59 22 2 479 1393 gi 142469 als operom regulatory protien [Bacillus subtilis] 59 22 5 2698 4614 ngl PID 3 280623 PCPA [Streptococcus penumoniale 59 30 1 208 558 gnl PID e233868 hypthetical protein [Bcaillus sutilis] 59 30 4 3678 2455 gnl PID e202290 unknown [Lactobacillus sake] 59 35 13 12201 11071 gnl PID e238664 hypothetical protein [Bacillus sutbilis] 59 35 14 13288 12182 gi 1657464 Cap8H [Staphylococcus aureus] 59 36 18 18076 17897 gi 1500535 M. jannaschii predicted coding region MJ17635 [Methanococcus jannaschii] 59 38 12 6172 7137 gi 2293239 (AF008220) YtxK [Bacillus subtilis] 59 42 3 1952 3361 gi 1684845 pinin [Canis familiaris] 59 50 3 2678 1728 gnl PID d101319 Yqjk [Bacillus stubils] 59 56 5 1870 2388 gnl PID e137594 xerC recombinase [Lactobacilus liecmannii] 59 61 6 6812 5628 gnl PID e311516 aminotransferase [Bacillus subtilis] 59 67 5 2382 3023 gi 1146190 2-keto-3-dexocy-6-phopshogluconate aldolase [Bacillus subtilis] 59 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to know proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 69 10 8567 8899 gi 1573628 antothenate kinase (coaA) [Haemophilus influenzae] 59 87 12 11383 10055 gnl PID e323504 putative FMu protein [Bacillus subitlis] 59 113 14 13927 15894 gi 1673731 (AE000010) Mycoplasma pneumoiae, fructose-permease IIBC component ; similar 59 to Swiss-Prot Accession Number P20966, from E. coli (Mycoplasma pneumoniae) 115 8 8766 5821 gi 1590886 M. jannaschii predicted coding region MJ0110 (Methanococcus jannaschii] 59 119 2 1966 1526 ngl PID e209005 homologous to ORF2 in nrdEF operons of E. coli and S. typhimurium 59 [Lactocouccus lacits] 128 17 13438 13178 gnl PID 3279632 unknown [Mycobacterimu tuberculosis] 59 140 22 23903 23388 gi 482922 protien with ohomology to pail repressor of B. subtilis [Lactobacillus 59 delbrueckii] 148 13 9697 9014 gnl PID d102005 (Ab001488) FUNCTION UNKNOWN, SIMILAR PRODUCT IN R. INFLUENZAE AND 59 SYNECHOCYSTIS. [Bacillus subtillis] 149 10 7213 8244 gi 710422 cmp-binding-factor 1 [Staphyslococuus areus 59 164 9 6993 6013 gnl PID d100965 ferric angubactin-binding protein precusor FagB of V. angullarum 59 [Bacillus subtilis] 164 12 8836 7823 ngl PID d100964 hoimologue of ferric anguibactin trapsort system permerase protein FatC of 59 V. anguillarum [Bacillus subtilis] 177 2 401 1072 gi 289759 coded for by C. elegans cDNA CE2G3 (GenBank:Z1472B) ; ptutive 59 [Caenorhabditis elegans] 177 7 3841 4200 gi 2313445 (AE000551) H. pylori predicted coding region HP0342 [Helicobacter pyloir] 59 183 4 2768 2508 gi 509672 repressor prtoein [Bacteriophage Tuc2009] 59 186 6 3398 2820 gi 606080 ORF_o290; Geneplot suggests frameshift linking to o267, not found 59 [Escherichia coli] 190 3 3120 1711 gi 1613768 histidine protein kinase [Streptrococcus pneumoniae] 59 194 2 1621 1019 gnl PID d100579 unknow [Bacillus subtilis] 59 198 7 5205 4306 gnl PId e313073 hypothetical protein [Bacillus subtilis] 59 220 5 4362 3598 gnl PID d101322 YqhL [Bacilus subtilis] 59 242 3 1573 2367 gi 1787045 (AE000184) f308; This 308 aa orf is 35 pct idntical (35 gaps) to 305 59 residues of an approx. 296 aa prtoein PFLC_ECOLI SW: P32675 [Eschericia coli] 247 2 1154 1480 gi 40073 ORF107 [Bacillus subtilis] 59 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 256 1 868 2 gnl PID d101924 hemolysin [Synechocystis sp.] 59 258 1 65 820 gi 2246532 ORF 73, contains large complex repeat CR 73 [Kaposi's sarcoma-associated 59 herpesvirus] 270 1 386 1126 gnl PID d1902092 YfinB [Bacillus subtilis] 59 281 1 552 166 gi 666062 putative [Lactococcus lacits] 59 309 1 3 479 gi 405879 yeiH []Escherichia coli] 59 363 1 2 1894 gi 951208 gastric mucin [Scus scrifa] 59 387 2 425 84 gi 160671 S antigen precruesor [Plasmodium falciparum] 59 5 6 11223 10565 gnl PID d101812 lumQ [synechocystis sp.] 58 29 4 2098 3513 ngl PID d100479 Na+ -ATPase subunit J [Enterococcus hirea] 58 30 5 4058 3651 gi 39478 ATP binding prtoein of transprot ATPases [Bacillus firmus] 58 33 6 2983 2210 gnl PID d101164 unknown [Bacillus subtilis] 58 36 8 5316 6179 gi 1518679 orf [Bacillus subtilis] 58 43 5 5926 3971 gi 1788150 (AE000278) protease II [Escherichia coli] 58 46 5 3704 5221 gnl PId 3267329 Unknown [Bacillus subtilis] 58 48 14 11722 11066 gnl PID d101771 thiamin biosynthetic bifuctional enzyme [Synechocystis sp.] 58 52 1 1229 3 gnl PID d101291 reductase [Pseudomonas aeruginosa] 58 53 2 702 412 gi 2313357 (AE000545) cytochrome c biogenesis protein (ccdA) [Helicobacter pylori) 58 58 4 5686 5498 gi 147329 transprot protein (Escherichia coli} 58 69 5 4934 3807 gnl PId e311492 unknown [Bacillus subtilis] 58 71 27 31357 32277 gi 240814 hypothetical prtien [Schizosaccharomyces pombe] 58 72 4 3586 2882 gi 18694 nodulin-21 (AA -1201)[Glycine max] 58 74 3 4937 4230 gi 2293252 (AF08220) YtmO [Bacillus subtilis] 58 79 4 4594 3422 gi 1217989 ORF3 [Streptococcus pneumoniae] 58 82 8 10585 81717 gi 882711 exonuclease Va lpha-subunit [Escherichia coli] 58 86 17 16017 15337 gi 47642 5-dehydroquinate hydrolyase (3-dehtydroquinase) [Salmonella typhi] 58 97 2 931 560 gi 153794 rgg [Steptococcus grodonii] 58 TABLE 2
S. pneumoniae - PUtative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 108 2 358 2724 gi 537020 vacB gene product [Escherichia coli] 58 111 5 4593 5240 gi 15921452 ABC transproter, probable ATP-binding subuit [Methanococcus jannaschil] 58 120 3 4421 5110 gnl PID d101320 YqgX [Bacillus subtilis] 58 128 16 13131 12673 gi 662919 ORF U [Enterococcus hirae] 58 132 3 6174 4939 gi 1800301 macrolide-efflux determiant [Streptococcus pneumoniael 58 133 1 111 890 gnl PID e29488 Unknow [Bacillus subtilis] 58 160 11 8615 9865 gi 473901 ORF1 [Lactoccoccus alcits] 58 161 6 6268 6849 gnl PId d1010124 DJ-1 protein [Homo sapiens] 58 169 1 214 2 gnl PID d100447 translation elongation factor-3 [Chlorella virus[ 58 187 1 487 2 gi 475114 regualtory ptein [Pediococcus pentosaceus]58 187 6 4384 4620 gi 167475 dessication-related protein [Craterostihgma palatagimenum] 58 190 2 1646 1640 gnl PID e246727 competence pheromone [Streptrococcus gordonii] 58 192 2 2012 1344 gl PID d100556 rat GCP360 pRattus ratus] 58 206 1 1292 696 gnl PID e202579 protuct similar to WrbA [Lactobacillus sake] 58 216 2 2333 555 gnl PId e325036 hypothetical prtein [Bacillus subtillis] 58 217 5 5250 4321 gi 466474 cellobiose phosphotoransferase enxyme II'' [Bcillus stearothermophiuls]58 217 7 5636 516 gnl PID d102048 B. subtilis cellobiose phosphotrnsferase system celB; P46317 (998) 58 transmsembrane [Bacillus subrtils] 232 1 2 811 gi 1573777 cell division ATP-binding rptein 9ftsE) [Haemohilus infouezae] 58 264 1 2 715 gi 973330 NatA [BNacillus subtilis] 58 280 1 33 767 gi 1786187 (AE000111) hypothetical 29.6 kD prtoein in thrC-talB intergenic region 58 [Escherichia coli] 306 1 845 3 ngl PID e334780 YlbL protein [Bacillus usbutilsi] 58 360 3 1556 1092 sp P46351 YZGD+ HYPOTHETICAL 45.4 KD PROTEIN IN THEINAMIAE I 5'REGION. 58 363 5 2160 1867 gi 1610671 S antigen precursor [Plasmodium falciparum] 58 372 1 806 3 gi 383394 Tb-291 membrane asociated prtein [Trypanosm burcei subgroup] 58 382 2 749 519 pir JC1151 JC11 hypotehtical 20.3K prtein (inseriton sequence IS1131) - Agrobacterium 58 tumefeaicens (strain PO22) plasmid Ti TABLE 2
S. pneumoniae- Putative coding regions of nover proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 3 9 8409 7471 gi 1499745 M. jannaschii predicted coding region MJ0912 [Methanococcus jannaschii] 57 10 10 7674 7507 gi 1737169 homoloue to SKP1 [Arabidopsis thaliana] 57 11 1 2 412 gnl PID d1002139 ORF [Acetobacter pasteuramsu] 57 31 4 2032 1388 gi 2293213 (AF008220) YtpR [Bacillus subilis] 57 33 11 6931 6449 gnl PID e324949 hyptjhetical prtein [Bacillus subtilis] 57 45 5 5446 5060 gi 1592204 phosphoserine phosphatase [Methanococcus jannaschii] 57 49 7 6523 7632 gi 155369 PTS enzyme-II fructose [Xanthomoas campestris] 57 52 6 4520 6850 gi 1574144 single-stranded-DNa-specific exonuclease (recJ) [Haemophilus influenzae] 57 53 5 2079 1795 gi 1843580 replicase-associated polyprotein [oat blue dwarf virus] 57 63 6 5312 4995 gi 2182608 (AE000094) Y4rJ [Rhizobium sp. NGR234] 57 72 15 13883 13059 gnl PID d100892 homologous to SwissProt:YIDA_ECOLI hypotheticval prtoein [Bacillus subtilis] 57 79 2 2561 1815 gnl PId d1000965 homologue of NADPH-flavin oxidoreductase Frp of V. harveyi [Bacillus 57 subtilis] 82 9 9596 9763 gi 1206045 short region of similarity to glycerophosphoryl diester phosphodiesterases 57 [Caenorhabditis elegans] 86 16 15371 14493 gi 1787983 (AE000264) o288; 92 pct identical (1 gaps) to 222 residues of fragment 57 YDIB_ECOLI SW: P28244 (223 aa) [Escherichia coli] 93 3 1695 1177 gi 1500003 mutator muT prtoein [Methanococcus jannaschii] 57 96 6 3026 4519 gi 559882 threonine synthase [Arabidopsis thalian] 57 99 14 17211 18212 gi 773349 BirA prtoein [Bacillus subtilis] 57 112 8 7448 7903 gi 1591393 M. Jannaschii predicated coding region MJ07678 [Methanococcus jannaschii] 57 113 16 18627 18328 pir A45605 A456 mature-parastie-infected erythrocyte surface antiqne MESA - Plasmodium 57 falciparum 123 2 343 1110 pir F64149 F641 hypothetical protein HI0355 - Haemophilus influenzae (strain Rd KW20) 57 123 4 2108 2884 gnl PID d101218 (AB001684) sufate transprot system permase protein [Hcloreilla vulargis] 57 127 10 6477 5587 gi 1573082 nitrogenase C (nifC) (Haemophilus influenzae] 57 128 13 9251 9790 gi 153692 pneumolysin [Streptococcus penumoniae] 57 131 4 2139 1363 gi 42081 nagD gene product (AA 1-250) (Escherichia coli) 57 TABLE 2
S. pneumoniae - Putative coding reigions of novel proteins similar to know proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 136 1 214 1221 bbs 148453 SpaA=endocarditis immunodominatn antigen [Streptocousu sobrinus, MUCOB 57 263, Peptide, 166 aa) [Streptococcus sobrinus] 40 25 28701 26851 gi 505576 beta-glucoside permease [Bacillus subtilis] 57 141 6 6395 7438 gi 995560 unknown [Schizosaccharomyces pombe] 57 144 3 3231 2785 gnl PID 3d100139 ORF (Acetobacter pasteuriaus) 57 155 4 5454 4564 gi 600431 glycosyl transerase [Erwinia amylovora] 57 159 9 4877 5854 gi 2905909 o307 [Escherichia coli] 57 167 11 9710 9249 gnl PID d100139 ORF [Acetobacter pasteurianus] 57 171 6 4023 4436 gi 147402 mannose permease subunit III-Man [Escherichia coli] 57 178 4 2170 1076 gnl PId d102004 (AB001488) ATP-DEPENDENT RNA HELICASE DEAD HOMOLOG. [Bacillus subtilis] 57 190 1 145 1455 gi 149420 export/processing protein [Lactococcus lacits] 57 198 1 298 95 gi 522268 unidentified ORF22 [Bacteriophage BIL67) 57 203 2 3195 2110 gnl PID e283915 orf c01003 [Sulfolbus solfataricus] 57 205 1 40 507 gi 1439527 EIIA-man [Lactobacillus curvatus] 57 412 7 4243 3797 gnl PID d102049 H. influenzae. ribosomal protein alanine acetyltransferase: P44305 (189) 57 [Bacillus subtilis] 268 3 1767 1276 gi 34979 L. curvatus small cryptic plasmid gene for rep prtoein [Lactobacillus 57 curvatus] 351 1 324 34 gnl PID e275871 T03F6.b [Caenorhabditis elegans] 57 386 1 226 2 gi 160671 S antigen precursor [Plasmodium falciparum] 57 5 5 10486 8777 gi 405857 yehU [Escherichia coli] 56 8 5 3673 3910 gi 467199 pksC; L518_F1_2 [Mycobacterium leprae] 56 10 3 3442 1874 ngl PID d101907 sodium-coupled permease [Synechocystis sp.] 56 21 1 1880 333 gi 2313949 (AE000593) osmoproteiction prtoein (proWX) (Helicobacter pylori) 56 22 29 21968 22456 gnl PID d102001 (AB001488) PROBABLE ACETYLTRANSFERASE. [Bacillus subitils] 56 27 1 1361 3 gi 215132 ea59 (525) [Bacteriophage lambda] 56 28 9 4667 4278 gi 1592090 DNA repair protein RAD2 [Methanococcus jannaschii] 56 33 1 3 386 gnl PId d100139 ORF [Acetobacter pasteurianus] 56 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 36 7 5122 5397 pir|PQ0053|PQ00 hypothetical protein (proC 3' region) - Pseudomonas aeruginosa (strain PAO) 56 (fragment) 40 4 3137 4318 gi|1800301 macrolide-efflux dterminant [Streptococcus pneumoniae) 56 40 16 12511 13191 gnl|PID|e217602 PlnU [Lactobacillus pantarum) 56 48 17 13775 13023 gi|143729 transcription activator [Bacillus subtilis] 56 75 4 1674 2594 gnl|PID|d102036 membr4ane protein [Bacillus stearothermophilus] 56 85 3 1842 1459 gnl|PID|d100139 ORF [Acetobacter pasteurianus] 56 89 7 5815 4940 gi|853777 product similar to E. coli PRFA2 protein [bacillus subtilis] 56 105 2 1360 2718 gnl|PID|d101913 hypothetical protein [Synechocystis sp.] 56 112 3 2151 3194 gi|537201 ORF_0345 [Escherichia coli) 56 113 4 2754 2963 gnl|PID|d100340 ORF [Plum pox virus] 56 122 3 1203 2054 gi|1649035 high-affinity periplasmic glutamine binding protein [Salmonella 56 typhimurium) 124 8 3939 3694 gnl|PID|e248893 unknown [Mycobacteriumj tuberuculosis] 56 125 4 4403 4107 gnl|PID|d100247 human non-muscle myosin heavy chain [Homo sapiens] 56 127 11 6608 6405 gi|2182397 (AE000073) Y4fN [Rhizobium sp. NGR234) 56 134 5 4769 3849 gnl|PID|d101870 hypothetical protein [Synechocystis sp.] 56 137 10 6814 7245 gi|152011 sulfate permease (cysA) [Methanococcus jannaschii] 56 142 8 5019 4582 pir|A47071|A470 orfl immediately 5' of nifs - Bacillus subtilis 56 146 8 4676 3660 gnl|PID|d101911 hyupthetical protein [Synechocystis sp.] 56 148 3 1906 2739 gnl|PID|d101099 phosphate transport system permease protein PstA [Synechocystis sp.] 56 150 4 4449 2743 gnl|PID|304628 probably site-specific recombinase of the resolvase family of enzymes 56 [Bacteriophage TP21] 172 1 2 208 gi|1787791 (AE000249) f317; This 317 aa orf is 27 pct identical (16 gaps) to 301 56 residues of an approx. 320 aa protein YXXC_BACSU SW: P39140 [Escherichia coli] 172 7 4979 5668 gi|396293 similar to Bacillus stubtilis hypoth. 20 kDa protein, in tsr 3' region 56 [Escherichia coli] 186 7 3732 3367 gi|1732200 PTS permease for mannose subunit IIPMan [Vibrio furnissii] 56 187 2 2402 819 pir|S57904|S579 virR49 protein - Streptococcus pyogenes (strain CS101, serotype M49) 56 TABLE 2
S. pneumoniae - putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 204 3 2772 2239 gi|606376 ORF_0162 IEscherichia coli) 56 206 2 3342 1633 gi|559861 clyM [Plasmid pAD1] 56 219 3 1689 1096 gi|114619 putative [Bacillus subtilis] 56 230 2 409 1485 pir|C60328|C603 hypothetical protein 2 (sr 5' region) - Streptococcus mutans (strain 56 OMZ175, serotype f) 233 4 2930 3268 gi|1041785 rhoptry protein [Plasmodium yoelii] 56 273 2 1543 2724 gi|143089 iep protein [Bacillus subtilis] 56 353 1 1 516 gn1|PID|e325000 hypothetical protein [Bacillus subtilis] 56 359 1 87 641 gi|1786952 (AE000176) 0877; 100 pct ident ical to the first 86 residues of the 100 aa 56 hypothetical protein fragment YBGB_ECOLI SW: P54746 [Escherichia coli; 363 7 4482 4198 gi|1573353 outer membrane integrity protein (tolA) (Haemophilus influenzae] 56 376 1 2 508 gnl|PID|e325031 hypothetical protein [Bacillus subtilis] 56 18 1 836 177 gnl|PID|d100872 a negative regulator of pho regulon [Paeudomonas aeruginosa] 55 28 4 1824 1618 gnl|PID|e316518 STAT protein [Dctyostelium discoideum] 55 29 6 4496 5041 gi|1088261 unknown protein [Anabaena sp.] 55 38 16 9695 10702 gi|580905 B. subtilis genes rpmH, rnpA, 50kd, gidA and gidB [Bacillus subtilis] 55 49 5 5727 6182 gi|1786951 (AE000176) heat-responsive regulatory protein [Escherichia coli] 55 51 4 2381 3241 gnl|PID|d101293 YbbA [Abcillus subtilis] 55 52 9 9640 10866 gi|153016 ORF 419 protein [Staphylococcus aureus] 55 53 4 1813 1349 gi+896042 OSPF [Borrelia burgdorferi] 55 60 5 4794 5756 gi|1499876 magnesium and cobalt transport protein [Methanococcus jannaschii] 55 71 9 14176 15408 gi|1857120 glycosyl transferase [Neisseria meningitidis] 55 75 6 3189 4229 gnl|PID|e209890 NAD alcohol dehydrogenase [Bacillus subtilis] 55 108 10 10488 g820 gnl|PID|e324997 hypothetical protein [Bacillus subtilis] 55 113 12 12273 13037 gnl|PID|e311496 unknown [Bacillus subtilis] 55 113 13 13007 13945 gi|1573423 1-phosphofructokinase (fruk) [Haemophilus influenzael 55 126 5 6764 5907 gi|1790131 (AE000446) hypothetical 29.7 kD protein in ibpA-gyrB intergenic region 55 [Escherichia coli] TABLE 2
S. pneumoniae - putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 129 3 2719 902 gnl|PID|d101425 Pz-peptidase [Bacillus licheniformis] 55 138 3 2593 1610 gi|142833 ORF2 [Bacillus subtilis] 55 140 6 6916 5633 gnl|PID|d100964 homologue of hypothetical protein in a rapamycin synthesis gene cluster of 55 Streptomyces hygroscopicus [Bacillus subtilis] 147 3 3854 2136 gi|472330 dihydrolipoamide dehydrogenase [Clostridium magnum] 55 147 10 10204 8921 gnl|PID|e73078 dihydroorotase [Lactobacilus leichmannii] 55 148 5 3430 4119 gi|290572 peripheral membrane protein U [Eschericia coli] 55 148 6 4171 4650 gi|695769 transposase [Xanthobacter autotrophicus] 55 149 15 12565 11650 gnl|PID|d101329 Yqjg [Bacillus subtilis] 55 156 3 1113 550 gi|2314496 (AE000634) conserved hypothetical integral membrane protein [Helicobacter 55 pylori] 159 10 6625 5897 gi|290533 similar to E. coli ORF adjacent to suc operon; similar to gntR class of 55 regulatory proteins [Escherichia coli] 164 3 1784 2332 gnl|PID|e255118 hypothetical protein [Bacillus subtilis] 55 164 5 2772 3521 gi|40348 put. resolvase Tnp I (AA 1 - 284) [Bacillus thuringiensis] 55 164 11 7428 7216 gnl|PID|e249407 unknown (Mycobacterium tuberculosis) 55 167 5 3860 3345 gi|535052 involved in protein secretion [Bacillus subtilis] 55 186 5 2880 2563 gi|606080 ORF_o290; Geneplot suggests frameshift linking to o267, not found 55 [Escherichia coli] 189 8 4311 5396 gnl|PID|e183450 hypothetical EcsB protein [Bacillus sutilis] 55 192 5 3270 3079 gi|1196504 vitellogenin convertase [Aedes aegypti] 55 195 2 3454 1384 gi|1574693 transferase, peptidoglycan synthesis (murG) [Haemophilus influenzae] 55 198 4 3013 2471 gnl|PID|e313074 hypothetical protein [Bacillus subtilis] 55 214 1 373 744 gnl|PID|d101741 transposase [Synechocystis sp.] 55 219 2 1115 456 gi|288301 ORF2 gene product [Bacillus megaterium] 55 263 7 3742 3443 gi|18137 cgcr-4 product [Chlamydomonas reinhardtii] 55 285 1 2 829 gnl|PID|d100974 unknown [Bacillus subtilis] 55 86 1 650 249 gi|396844 ORF (18 kDa) [Vibrio cholerae) 55 297 2 1229 1696 gi|150848 prtc [Porphyromonas gingivalis] 55 TABLE 2
S. pneumoniae - putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 309 2 218 982 gi|1574491 hypothetical [Haemophilus influenzae] 55 328 2 646 224 gi|571500 prohibitin [Saccharomyces cerevisiae] 55 330 1 1340 474 gi|396397 soxS [Escherichia coli] 55 364 3 2538 1546 gi|393394 Tb-291 membrane associated protein [Trypanosoma brucei subgraoup] 55 368 3 941 105 gi|160671 S antigen precursor [Plasmodium falciparum] 55 3 5 4604 3624 gi|2293176 (AF008220) signal transduction protein kinase [Bacillus sutilis] 54 9 11 7746 7246 gi|1146245 putative [Bacillus subtilis] 54 38 24 16213 17937 gi+1480429 putative transcriptional regulator [Bacillus stearothermophilus] 54 40 8 5076 4882 gi|39989 methonyl-tRNA synthetase [Bacillus stearothermophilus] 54 43 4 3980 2367 gnl|PID|e148611 ABC transporter [Lactobacillus helveticus] 54 52 10 10844 12103 gi|1762962 FemA [Staphylococuus simulans] 54 57 1 3 512 gi|558177 endo-1,4-betz-xylanase [Cellulomonas fimi] 54 58 3 4749 4246 gnl|PID|d101237 hypothetical [Bacillus subtilis] 54 71 7 10684 11703 gi|510255 orf3 [Escherichia coli] 54 71 20 27546 27737 gi|202543 serotonin receptor [Rattus norvegicus] 54 72 2 844 1098 gi|148613 srnB gene product [Plasmid F] 54 72 7 7438 6695 gi|1196496 recombinase [Moraxella bovis] 54 74 10 14043 13465 gi|1200342 ORF 3 gene product [Bradyrhizobium japonicum] 54 74 12 16483 15995 gi|2317798 maturase-related protein [Pseudomonas alcaligenes] 54 86 3 2877 2155 gi|46988 orf9.6 possibly encodes the o unit polymerase [Salmonella enterica] 54 89 5 4433 3921 gi|147211 phno protein [Escherichia coli] 54 90 1 3 464 gi|2317798 maturase-related protein [Pseudomonas alcaligenes] 54 96 10 8058 8510 gnl|PID|d102015 (AB001488) SIMILAR TO SALMONELLA TYPHIMURIUM SLYY GENE REQUIRED FOR 54 SURVIVAL IN MACROPHAGE. [Bacillus subtilis] 97 6 4662 3604 gi|1591394 transketolase" [Methanocccus jannaschii) 54 106 11 10406 12010 gi|606286 ORF_0637 [Escherichia coli] 54 147 8 8663 7404 gnl|PID|d101615 ORF_ID:o319#7; similar to [SwissProt Accession Number P37340] [Escherichia 54 coli] TABLE 2
S. pneumoniae - putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 171 4 2477 3223 gi+1439528 EIIC-man [Lactobacillus curvatus] 54 174 2 2068 1787 gnl|PID|d100518 motor protein [Homo sapiens] 54 188 1 526 1188 gnl|PID|e250351 unknown [Mycobacterium tuberculsis] 54 198 5 3582 2884 gnl|PID|e313074 hypothetical protein [Bacillus subtilis] 54 207 1 1 1641 gnl|PIDd101813 hypothetical protein [Synechocystis sp.] 54 210 1 2 655 gi|2293206 (AF008220) YEmP [Bacillus subtilis] 54 225 2 966 2357 gnl|PID|e330194 R11H6.1 [Caenorhabditis elegans] 54 241 1 1681 347 gnl|PID|d101813 hypothetical protein [Synechocystis sp.] 54 263 2 907 1395 gnl|PID|d101886 transposase [Synechocystis sp.] 54 263 6 3450 2977 gi|160671 S antigen precursor [Plasmodium falciparum] 54 277 3 2517 1363 gi|1196926 unknown protein [Streptococcus mutans] 54 307 1 828 4 gi|2293198 (AF008220) YtgP [Bacillus subtilis] 54 325 1 19 768 gi|2182507 (AE00083) Y41H [Rhizobium sp. NGR234] 54 332 2 898 590 gi|1591815 ADP-ribosylglycohydrolase (draG) [Methanococcus jannaschii] 54 385 4 240 479 gi|530878 amino acid feature: N-glycosylation sites, aa 41 .. 43, 46 .. 48, 51 .. 43, 54 72 .. 74, 107 .. 109, 128 .. 130, 131 .. 134, 158 .. 160, 163 .. 165: amino acid feature: Rod protein domain, aa 169 .. 340; amino acid feature: globular protein domai 7 25 19702 19493 gnl|PID|e255111 hypothetical protein [Bacillus subtilis] 53 23 3 2497 2033 gnl|PID|d102015 (AB001488) # SIMILAR TO SALMONELLA TYPHIMURIUM SLYY GENE REQUIRED FOR 53 SURVIVAL IN MACROPHAGE. [Bacillus subtilis] 29 11 9042 10121 gi|143331 alkaline phosphatase regulatory protein [Bacillus sutilis] 53 33 3 1479 1009 pir|S10655|S106 hypothetical protein X - Pyrococcus woesei (fragment) 53 36 6 4583 5134 gnl|PID|e316029 unknown [Mycobacterum tuberculosis] 53 38 14 8521 8898 gi|580904 homologous to E.coli rnpA [Bacillus subtilis] 53 52 7 7007 8686 gi|1377831 unknown [Bacillus subtilis] 53 54 17 17555 19564 gi|666069 orf2 gene product [Lactobacillus leichmannii) 53 56 1 1 681 gi|1592266 restriction modification system S subunit [Methanococcus jannaschii) 53 TABLE 2
S. pneumoniae - putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 57 10 9431 8487 gi|1788543 (AE000310) f351; Residues 1-121 are 100 pct identical to YOJL_ECOLI SW: 53 P33944 (122 aa) and a 152-351 are 100 pct identical to YOJK_ECOLI SW: P33943 [Escherichia coli] 61 1 429 4 gnl|PID|e236467 B0024.12 [Caenorhabditis elegans] 53 71 1 5772 4 gi|393394 Tb-291 membrane associated protein [Trypanosoma brucei subgroup] 53 72 3 894 2840 gi|2293178 (AF008220) YEsD [Bacillus subtilis] 53 73 14 9793 9212 gi|1778556 putative cobalamin synthesis protein [Escherichia coli] 53 88 7 5217 4342 gi|2098719 putative fimbrial-associated protein [Actinomyces naeslundii] 53 93 5 2395 1688 gi|563366 gluconate oxidoreductase [Gluconobacter oxydans] 53 96 9 6632 7762 gi|517204 ORF1, putative 42 kDa protein [Streptococcus pyogenes] 53 108 8 7629 8600 gi|149581 maturation protein [Lactobacillus paracasei] 53 128 9 6412 6972 gnl|PID|e317237 unknown [Mycobacterium tuberculosis] 53 128 12 8429 9253 gi|311070 pentraxin fusion protein [Xenopus laevis] 53 148 1 3 950 pir|A61607|A616 probable hemolysin precursor - Streptococcus agalactiae (strain 74-360) 53 163 2 2162 3022 gi|175550 nocturnin [Xenopus laevis] 53 171 3 2304 2624 gi|1732200 PTS permease for mannose subunit IIPMan [Vibrio furnissii] 53 182 5 3785 3051 gnl|PID|d100572 unknown [Bacillus subtilis] 53 209 3 2948 1935 gi|1778505 ferric enterobactin ransport protein [Escherichia coli] 53 218 5 3884 2406 gi|40162 murE gene product [Bacillus subtilis] 53 250 3 473 790 gnl|PID|e334776 Y1bH protein [Bacillus subtilis] 53 275 1 1 1611 gnl|PID|d101314 YgeW [Bacillus subtilis] 53 332 1 544 2 gi|409286 bmrU [Bacillus subtilis] 53 2 2 2543 3445 gnl|PID|e233879 hypothetical protein [Bacillus subtilis] 52 3 22 22402 23376 gi|38969 lacF gene product [Agrobacterium radiobacter] 52 5 3 8094 2356 gnl|PID|e324915 IgAl protease [Streptococcus sanguis] 52 22 26 19961 20212 gi|152901 ORF 3 [spirochaeta surantia] 52 22 31 23140 24666 gi|289262 comE ORF3 [Bacillus subtilis] 52 27 6 5397 4801 gi|39573 P20 (AA 1-178) [Bacillus licheniformis] 52 TABLE 2
S. pneumoniae - putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 35 10 8604 7357 gi|508241 putative 0-antigen transporter [Escherichia coli] 52 45 4 4801 3662 gnl|PID|d102243 (AB005554) homologs are found in E. coli and H. Influenzae; see SWISS_PROT 52 ACC# : P42100 [Bacillus subtilis] 48 18 14385 13726 gnl|PID|e2056174 orf2 [Lactobacillus helveticus] 52 49 4 5321 5755 gi|2317740 (AF013987) nitrogen regulatory IIA protein [Vibrio cholerae] 52 54 4 2773 4668 gi|1500472 M. jannaschli predicted coding region MJ1577 [Methanococcus jannaschii] 52 54 6 55250 4969 gi|2182453 (AE000079) A4iO [Rhizobium sp. NGR234] 52 66 6 8400 6955 gi|43140 TrkG protein [Escherichia coli) 52 71 26 30659 31312 gnl|PID|e314993 unknown [Mycobactrium tuberculosis] 52 75 2 1673 1035 gnl|PID|d102271 (AB001683) farA [Streptomyces sp.] 52 81 3 1439 2893 gnl|PID|e311458 rhamnulose kinase [bacillus subtilis] 52 81 8 4987 5781 gi|147403 mannose permease subunit II-P-Man [Escherichia coli] 52 83 21 20687 21853 gi|143365 phosphoribosyl aminoimidazole carboxylase II (PUR-K; ttg start codon) 52 [Bacillus subtilis] 86 6 5785 5492 gi|1276879 EpsF [Streptococcus thermophilus] 52 86 20 19390 17861 gi|454844 ORF 3 [Schistosoma mansoni] 52 96 13 10540 9659 gi+|28299 ORF1 gene product [Bacillus megaterium] 52 111 1 2 2026 gi|148309 cytolysin B transport protein [Enterococcus faecalis] 52 112 2 1457 2167 gi|471234 orfl [Haemopholus influenzae] 52 118 3 2931 2365 bbs|151233 Mip=24 kda macrophage infectivity potentiator protein [Legionella 52 pneumophila, Philadelphia-1, Peptide, 184 aa] [Legionella pneumophila] 122 9 5646 5951 gi|8214 myosin heavy chin [Drosophila melanogaster] 52 122 11 6159 6374 gi|434025 dihydrolipoamide acetyltransferase [Pelobacter carbinolicus] 52 134 6 4880 6313 gi|153733 M protein trans-acting positive regulator [Streptococcus pyogenes] 52 135 3 1238 2716 gnl|PID|e245024 unknown [Mycobacterium tuberculosis] 52 141 3 1681 2319 gnl|PID|d100573 unknown [Bacillus subtilis] 52 161 4 2562 5024 gi|1146243 22.4% identity with Escherichia coli DNA-damage inducible protein... 52 putative [Bacillus subtilis] 173 2 968 183 gi|1215693 putative orf; GT9_orf434 [Mycoplasma pneumoniae] 52 TABLE 2
S. pneumoniae - putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 198 6 4400 3567 gnl|PID|e313010 hypothtical protein [Bacillus subtilis] 52 210 12 8844 9107 gi|497647 DNA gyrase subunit B [Mycoplasma genitalium] 52 214 10 5264 5431 gi|550697 envelope protein [Human immunodeficiency virus type 1] 52 225 1 15 884 gi|1552773 hypothetical [Escherichia coli] 52 230 1 39 362 gnl|PID|d100582 unknown [Bacillus subtilis] 52 287 1 871 2 gnl|PID|e335028 protease/peptidase [Mycobacterium leprae] 52 363 2 1305 4 gi|393394 Tb-291 membrane associated protein [Trypanosoma brucei subgroup] 52 23 2 2048 1173 gnl|PID|e254943 unknown [Mycobacterium tuberculosis] 51 29 3 742 1521 gi|929900 5'-methylthioadenosine phosphorylase [Sulfolobus solfataricus] 51 45 1 410 1597 gi|1877429 integrase [Streptococcus pyogenes phage T12] 51 48 26 19227 18946 gi|2314455 (AE000633) transcriptional regulator (tenA) [Helicobacter pylori] 51 73 5 4276 4016 gi|474177 alpha-D-1,4-glucosidase [Staphylococcus xylosus] 51 81 11 8935 12057 gi+311070 pentraxin fusion protein [Xenopus laevis] 51 83 5 1195 1986 gnl|PID|d101316 YqfI [Bacillus subtilis] 51 98 10 7531 858 gi|41500 ORF 3 (AA 1-352) ; 38 kD (put. ftsX) [Escherichai coli] 51 113 6 3908 5173 gi|466882 ppsl; B1496_C2_189 [Mycobacterium leprae] 51 124 1 326 57 gi|2191168 (AF007270) contains similarity to myosin heavy chain [Arabidopsis thaliana] 51 129 10 7286 6B16 gi|1046241 orf14 [Bacteriophage Hp1] 51 143 3 4963 1983 gi|1354935 probgable copper-transporting atpase [Escherichia coli] 51 148 15 11359 10226 gi|2293256 (AF008220) putative hippurate hydrolase [Bacillus subtilis] 51 149 8 6003 7313 gi|1633572 Herpesvirus saimiri ORF73 homolog [Kaposi's sarcoma-associated herpes-like 51 virus] 151 9 12092 11550 gnl|PID|e281580 hypothetical 40.7 kd protein [Bacillus subtilis] 51 159 6 2555 3208 gi|146944 CMP-N-acetylneuraminic acid synthetase [escherichia coli] 51 174 1 1797 4 gi|1773166 probable copper-transporting atpase [Escherichia coli] 51 265 4 2231 1773 gnl|PID+e256500 anti-P.falciparum antigenic polypeptide [Saimiri sciureus] 51 277 2 643 1311 pir|S32915|S329 pilD protein - Neisseria gonorrhoeae 51 TABLE 2
S. pneumoniae - putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 350 1 890 3 gi+|290509 o307 [Escherichia coli] 51 363 4 1228 4485 gi+1707247 partial CDS [Caenorhabditis elegans] 51 367 1 1701 4 gi+393394 Tb-291 membrane associated protein [Trypanosoma brucei subgroup] 51 15 5 5174 4497 gnl|PID|e58151 F3 [Bacillus subtilis] 50 16 4 2220 2582 gnl|PID|e325010 hypothetical protein [Bacillus subtilis] 50 19 5 2591 4159 gi|1552733 similar to voltage-gated chloride channel protein [Escherichia coli] 50 25 4 2701 1997 gi|887849 ORF_f219 [Escherichia coli] 50 35 1 211 417 gnl|PID|e236697 unknown [Saccharomyces cerevisisae] 50 39 4 3416 5152 gnl|PID|d100974 unknown [Bacillus subtilis] 50 51 7 4000 5181 gi|1592027 carbamoyl-phosphate synthase. pyrimidine-specific, large subunit 50 [Methanococcus jannaschii) 51 9 7179 8303 gi|1591847 type I restriction-modificaiton enzyme, S subunit (methanococcus 50 jannaschii) 52 8 8740 9534 gi|144297 acetyl esterase (XynC) [Caldocellum saccharolyticum] 50 52 16 16591 15770 gi|2108229 basic surface protien [lactobacillus fermentum] 50 57 7 6031 6336 gi|2275264 60S ribosomal protein L7B [Schizosaccharomyces pombe] 50 71 23 29348 28383 gnl|PIE|d101328 YqjA [Bacillus subtilis) 50 86 12 11155 10769 gnl|PID|e324965 hypothetical protein [Bacillus subtilis] 50 93 2 1205 330 gi|1066016 similar to Escherichia coli pyruvate, water dikinawe, Swis-Prot Accession 50 Number P23538 [Pyrococcus furiosus] 96 5 1673 2959 gnl|PID|e322433 gamma-glutamylcysteine synthetase [Brassica juncea] 50 98 2 218 1171 gi|151110 leucine-, isoleucine-, and valine-binding protien [Pseudomonas aeruginosa] 50 103 4 3303 2785 gi|154330 O-antigen ligase [Salmonella typhimurium] 50 115 5 6480 5980 gi|895747 putative cel operon regulator [Ba cillus] 50 129 11 7559 7305 gi|1216475 skeletal muscle ryanodine recptor [Homo sapiens] 50 129 13 8192 7964 gi|152271 319-kDA protein [Rhizobium meliloti] 50 151 5 7634 6819 gi|40348 put. resolvase Tnp I (AA 1 - 284) [Bavcillus thuringiensis] 50 153 1 1 597 gnl|PID|d102015 (AB0001488) SIMILAR TO NITROREDUCTASE. [Bacillus subtilis] 50 TABLE 2
S. pneumoniae - putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 155 5 5986 5432 gi|1276880 EpsG (Streptococcus thermophilus) 50 160 9 7390 6323 gi|1786983 (AE000179) o331; 92 pct identical to the 333 aa hypothetical protein 50 YBHE_ECOLI SW: P52697; 26 pct identical (7 gaps) to 167 residues of the 373 aa protein MLE_TRICU SW: P46057; SW: P52697 [Escherichia coli] 163 6 7396 8091 gnl|PID|d101313 YqeN [Bacillus subtilis] 50 167 6 5232 3940 gi|413926 ipa-2r gene product [Bacillus subtilis] 50 169 2 807 130 gnl|PID|e304540 endolysin [Bacteriophage Bastille] 50 171 5 3168 4025 gi|606080 ORF_0290; Geneplot suggests frameshift linking to 0267, not found 50 [Escherichia coli] 210 11 8151 8414 gi|330038 HRV 2 polyprotein [Human rhinovirus] 50 364 1 1538 135 gi|393396 Tb-292 membrane associated protein [Trypanosoma brucei subgroup] 50 10 7 5911 5090 gi|144859 ORF B [Clostridium perfringesns] 49 26 5 10754 9768 gi|142440 ATP-dependent nuclease [Bacillus subtilis] 49 66 7 9777 8398 gi|414170 trkA gene product [Methanosarcina mazeli] 49 77 6 5364 4648 gnl|PID|e285322 RecX protein [Mycobacterium smegmatis) 49 82 13 12689 13249 gnl|PID+e255091 hypothetical prtein [Bacillus subtilis] 49 93 9 4866 4531 gi|40067 X gene product [Bacillus sphaericus] 49 112 5 4019 4948 gi|1574380 lic-1 operon protein (licB) [haemophilus influenzae] 49 129 7 6058 4949 gnl|PID|e267587 Unknown [Bacillus subtilis] 49 135 5 3857 4438 gi|39573 P20 (AA 1-178) [Bacillus licheniformis] 49 154 2 1423 1943 gnl|PID|d101102 regulatory components of sensory transdurction system [synechocystic sp.] 49 156 5 2878 1637 gnl|PID|d101732 hypothetical protein [Synechocystis sp.] 49 173 5 3500 2940 gi|490324 LOPF X gene product [unidentified] 49 182 1 1057 2 gi|331002 first methionine codon in the ECLF1 ORF [Saimiriine herpesvirus 2] 49 192 6 5352 3667 gi|2394472 (AF024499) contains similarity to homeobox domains [Caenorhabditis elegans] 49 253 4 1129 1350 gi|531116 SIR4 protein [Saccharomyces cervisiae] 49 277 1 600 136 gi+|396844 ORF (18 kDa) [Vibrio cholerae] 49 327 3 1435 887 gi|733524 phosphatidylinositol-4,5-diphosphate 3-kinase [Dictyostelium discoideum] 49 TABLE 2
S. pneumoniae - putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 365 3 1436 132 gi|393394 Tb-291 membrane associated protein [Trypanosoma brucei subgroup] 49 33 7 n4461 3277 gi|145664 codes for a protein of unknown function [Escherichia coli] 48 40 2 652 1776b gnl|PID|e290649 ornithine decarboxylase [Nicotiana tabacum] 48 67 4 1377 2384 gi|1772652 2-keto-3-deoxygluconate kinase [Haloferax alicantei] 48 74 2 4269 3871 gi|2182678 (AE000101) Y4vJ [Rhizobium sp. NGR234] 48 81 2 1326 541 gi|153672 lactose repressor [Streptococcus mutans] 48 81 4 2981 3646 gi|146042 fuculose-1-phosphate aldolase (fucA) [Escherichia coli] 48 97 1 602 51 gi|153794 rgg (Streptococcus gordonii] 48 110 1 1 3132 gi|1381114 prtB gene product (Lactobacillus delbrueckii] 48 131 5 2914 2147 gnl|PID|e183811 Acyl-ACP thioesterase [Brassica napus] 48 133 4 3494 2628 gnl|PID|e261988 putative ORF [Bacillus subtilis) 48 139 6 4231 4599 gi|1049388 zk470.1 gene product [Caenorhabditis elegans] 48 139 8 5036 5665 gi|1022725 unknown [Staphylococcus haemolyticus] 48 140 12 11936 11007 gnl|PID|d102049 H. influenzae, ribosomal protein alanine acetyltransferase; P44305 (189) 48 [Bacillus subtilis) 146 9 5670 4654 gi|1591731 melvalonate kinase [Methanococcus jannaschii] 48 161 3 1280 2374 gnl|PID|d101578 Collagenase precursor (EC 3.4.-.-). (Escherichia coli) 48 172 11 10581 11048 gnl|PID|d101132 hypothetical protein [Synechocystis sp.] 48 182 4 2930 2586 gi|40067 X gene product [Bacillus sphaericus] 48 210 15 10786 11196 sp|P13940|LE29_ LATE EMBRYOGENESIS ABUNDANT PROTEIN D-29 (LEA D-29). 48 214 12 6231 6482 gi|40389 non-toxic components [Clostridium botulinum] 48 221 1 704 3 gi|1573364 H. influenzae predicted coding region HI0392 [Haemophilus influenzae] 48 227 2 647 3928 gi|1673693 (AE000005) Mycoplasma pneumoniae, C09_orf718 Protein [Mycoplasma 48 pneumoniae] 253 2 480 758 gnl|PID|e236697 unknown [Saccharomyces cerevisiae] 48 353 3 1874 1122 gi|18137 cgcr-4 product [Chlamydomonas reinhardtii] 48 389 1 505 2 gi|18137 cgcr-4 product [Chlamydomonas reinhardtii] 48 3 21 20879 22258 gnl|PID|e264778 putative maltose-binding pootein [Streptomyces coelicolor] 47 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match mathc gene name % sim ID ID (nt) (nt) acession 6 4 4089 4658 gi|39573 P20 (AA 1-178) [Bacillus licheniformis] 47 15 3 3736 1760 gnl|PID|d100572 unknwon [Bacillus subtilis] 47 35 15 14516 13263 gi|1773351 Cap5L [Staphylococcus areus] 47 51 6 3547 4002 pir|A37024|A370 32K antigen precursor - Mycoacterium tuberculosis 47 55 8 10154 9273 gi|39848 U3 [Bacillus subtilis] 47 92 4 1753 3276 gnl|PID|e280611 PCPC [Streptococcus pneumoniae] 47 127 9 5589 5386 gi|1786458 (AE000134) f120; This 120 aa orf is 76 pct identical (0 gaps) to 4247 residues of an approx. 48 aa protein Y127_HAEIN SW: P43949 [Escherichia coli) 130 2 1232 1759 gnl|PID|e266555 unknown [Mycobacterium tuberculosis] 47 140 4 4951 3542 gnl|PID|dl00964 homologue of hypothetical protein in a rapamycin synthesis gene cluster of 47 Streptomyces hygroscopicus [Bacillus subtilis] 151 4 6814 6200 gi|1522674 M. jannaschii predicted coding region MJECL41 [Methanococcus jannaschii] 47 151 3 803 1174 gnl|PID|d101320 YqgZ [Bacillus subtilis] 47 178 5 3267 2155 gi|2367190 (AE000390) 0334; sequence change joins ORFs ygiR & ygjs from earlier 47 version (YGJR_ECLI SW: P42599 and YGJS_ECOLI SW: P42600) [Escherichia coli] 273 1 2 1549 gnl|PID|e254973 autolysin sensor kinase [Bacillus sutilis] 47 300 2 880 644 gi|1835755 zinc finger protein Png-1 [Mus musculus] 47 54 14 14182 12638 pir|S43609|S436 rofA protein - Streptococus pyogenes 46 88 1 2 1018 gnl|PID|e223891 xylose repressor [Anaerocellum thermophilum] 46 96 7 4553 5860 gnl|PID|d101652 ORF_ID:0347#5; similar to [SwissProt Accession Number P45272] [Escherichia 46 coli] 112 1 1127 3 gi|2209215 (AF004325) putative oligosaccharide repeat unit transporter [Streptococus 46 pneumoniae) 122 13 7308 7982 gi|1054776 hr44 gene product [Homo sapiens] 46 127 14 9198 8125 gi|1469286 afuA gene product [Actinobacillus pleuropneumoniae] 46 132 4 7093 6197 gi|153794 rgg (Streptococcus gordonii) 46 140 8 8220 7723 gi|1235795 pullulanase (Thermoanaerobacterium thermosulfurigenes) 46 140 9 9205 8315 gi|407878 leucine rich protein (Streptococcus equisimilis) 46 TABLE 2
S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match match gene name % sim ID ID (nt) (nt) acession 162 1 1 1125 gi|1143209 ORF7; Method; conceptual translation supplied by author (Shigella sonnei] 46 199 1 1 585 gi|1947171 (AF000299) No definition line found [Caenorhabditis elegans] 46 223 3 1971 1477 sp|P02562|MYSS_ MYOSIN HEAVY CHAIN, SKELETAL MUSCLE (FRAGMENTS). 46 232 2 760 1608 gi|1016112 ycf38 gene product [Cyanophora paradoxa] 46 292 1 687 220 gi|1673744 (AE000011) Mycoplasma pneumoniae, cytidine deaminase; similar to GenBank 46 Accession Number C53312, from M. pirum [Mycoplasma pneumoniae] 30 8 5843 6472 gi|1788049 (AE000270) 0235; This 235 aa orf is 29 pct identical (10 gaps) to 198 45 residues of an approx. 216 aa protein YTXB_BACSU SW; P06568 [Escherichia coli] 48 6 3461 3868 gi|722339 unknown [Acetobacter xylinum] 45 60 1 307 2 gi|1699079 coded for by c. elegans cDNA yk41h3.3; coded for by C. elegans cDNA 45 yk148g10.5; coded for by C. elegans cDNA yk152g5.5; coded for by C. elegans cDNA yk59a10.5; coded for by C. elegans cDNA yk41h4.5; coded for by C. elegans cDNA cm20g10; coded 72 16 14371 14874 gi|1321900 NADH dehydrogenase (ubiquinone) [Artemia franciscana] 45 99 7 9158 7941 gi|152192 mutation causes a succinoglucan-minus phenotype; ExoQ is atransmembrane 45 protein; third gene of the exoYFQ operon;; putative [Rhizobium meliloti] 127 12 7046 6606 bbs|153689 HitB=iron utilization protein [Haemophilus influenzae, type b, DL42, NTHI 45 TN106, Peptide, 506 aa] [Haemophilus influenzae] 137 5 1561 2619 gi|472921 v-type Na-ATPase [Enterococcus hirae] 45 209 1 774 364 gi|304141 restriction endonuclease beta subunit [Bacillus coagulans] 45 314 1 604 2 gi|1480457 latex allergen [Hevea brasiliensis] 45 20 18 19782 20288 gi|433942 ORF [Lactococcus lactis] 44 87 8 7030 6452 gi|537207 ORF_f277 [Escherichia coli] 44 166 5 4909 4037 gnl|PID|e308082 membrane transport protein [Bacillus subtilis] 44 247 1 818 75 gnl|PIDd100718 ORF1 [Bacillus sp.] 44 32 3 1885 3876 gi|2351768 PspA [Streptococcus pneumoniae] 43 36 17 15467 18256 gi|1045739 M. genitalium predicted coding region MG064 [Mycoplasma genitalium] 43 54 15 14656 17343 gi|520541 penicillin-binding proteins 1A and 1B [Bacillus subtilis] 43 67 2 696 1352 gi|536934 yjcA gene product [Escherichia coli] 43 139 2 2416 338 gi|396400 similar to eukaryotic Na|/H+ exchangers [Escherichia coli] 43 TABLE 2 S. pneumoniae - Putative coding regions of novel proteins similar to known proteins Contig ORF Start Stop match mathc gene name % sim ID ID (nt) (nt) acession 298 1 3 809 gi|413972 ipa-48r gene product [Bacillus subtilis] 43 387 1 47 427 gi|2315652 (AF016669) No definition line found [Caenorhabditis elegans] 43 185 4 4221 3127 gi|2182399 (AE000073) Y4fP [Rhizobium sp. NGR234] 41 340 1 582 70 gnl|PID|e218681 CDP-diacylglycerol synthetase [Arabidopsis thaliana] 41 363 6 4205 1914 gi|1256742 R27-2 protein [Trypanosoma cruzi] 41 368 2 2 943 gi|21783 LMW glutenin (AA 1-356) [Triticum aestivum] 41 155 3 4489 2861 gi|42023 member of ATP-dependent transport family, very similar to mdr proteins and 40 hemolysin B, export protein [Escherichia coli] 365 2 95 1438 gi|1633572 Herpesvirus saimiri ORF73 homolog [Kaposi's sarcoma-associated herpes-like 40 virus] 1 3 2979 3860 gnl|PID|d101908 hypothetical protein (Synechocystis sp.) 39 1 5 3814 4647 gnl|PID|d101961 hypothetical protein (Synechocystis sp.) 39 26 6 14035 10724 gi|142439 ATP-dependent nuclease (Bacillus subtilis) 38 47 1 3 4916 gi|632549 NF-180 (Petromyzon marinus) 36 TABLE 3
S. pneumoiae - Putative coding regions of novel proteins not similar to known proteins Contig ORF Start Stop ID ID (nt) (nt) 1 4 3428 3009 1 6 4611 4964 3 2 818 994 3 3 1182 1574 3 7 5382 6497 3 25 25046 25396 3 26 25625 26317 6 2 1519 1689 6 14 12875 12618 6 15 13215 12841 6 18 15977 15390 7 12 9955 9419 7 13 10161 9910 8 6 3915 4280 9 9 6024 5704 10 8 6909 6298 10 9 7136 6888 10 11 7968 7672 12 1 1140 4 12 3 1779 1456 14 2 1913 1434 16 1 1 243 16 5 5675 3087 17 1 324 34 17 3 1451 1050 17 9 4890 4465 20 14 14544 15893 TABLE 3
S. pneumoniae - Putative coding regions of novel proteins not similar to known proteins Contig ORF Start Stop ID ID (nt (nt) 21 3 3359 2589 21 5 4802 4482 22 21 17099 17362 22 25 19467 19982 22 33 25540 25764 22 35 26388 26218 22 36 26382 27572 23 7 6655 6032 23 8 7132 6653 24 1 36 518 25 5 3009 2641 27 4 4819 4223 27 5 4789 4956 28 5 3017 1797 28 8 4272 3850 28 10 5028 4597 28 11 5746 5072 29 7 5596 4919 29 8 5039 5518 29 9 5595 8207 30 9 6511 6263 31 6 2664 2344 32 5 5203 5538 33 8 5327 4668 34 10 8024 7740 34 12 9360 8641 34 13 9667 9377 TABLE 3
S. pneumoniae - Putative coding regions of novel proteins not similar to known proteins Contig ORF Start Stop ID ID (nt) (nt) 34 18 13104 11902 35 11 9688 8588 35 12 11073 9670 36 2 334 1041 36 12 11120 10893 36 13 10993 11388 36 15 12172 14595 38 7 4269 4577 38 8 4480 5001 38 10 5517 5711 38 17 10732 11376 40 3 1728 3143 43 1 172 5 43 7 8884 8732 43 8 9568 9071 44 4 4831 6831 45 3 3204 3665 46 4 3875 3468 46 7 6074 7081 48 5 3196 3582 48 8 4579 4229 48 11 9323 8922 48 16 13042 12494 48 20 16342 15764 48 24 17971 18351 48 30 21979 21776 49 1 209 3 TABLE 3
S. pneumoniae - Putative coding regions of novel proteins not similar to known proteins Contig ORF Start Stop ID ID (nt) (nt) 50 4 3307 2672 51 5 3239 3598 52 11 12146 12883 54 7 5588 5187 54 8 6013 5459 54 9 6004 6210 54 16 17685 17506 55 9 10515 10123 55 12 11947 12141 56 3 935 1387 56 4 1496 1939 57 3 1624 2130 57 4 2100 2501 58 6 7541 7335 59 1 2 430 59 4 2416 2736 59 5 2734 3063 59 8 4743 5549 59 9 5459 5929 60 6 5741 6451 61 3 2395 1772 61 5 3316 3176 64 1 2722 2 66 2 1180 3147 66 8 9082 9495 67 3 1343 1182 69 2 1165 980 TABLE 3
S. pneumoniae - Putative coding regions of novel proteins not similar to known proteins Contig ORF Start Stop ID ID (nt) (nt) 70 5 4059 3922 70 6 4215 4057 70 9 5268 5504 71 15 20351 21901 71 16 21859 22338 71 19 26204 27556 72 9 8458 8081 73 4 3815 4216 73 6 4214 4582 73 7 4369 4773 73 10 7183 6428 73 15 9462 9668 76 1 524 195 76 2 867 535 76 11 8602 9210 80 6 7924 8109 81 1 244 2 81 10 6631 8931 83 4 1872 1150 83 17 16810 16460 84 3 4464 2929 86 2 2147 1092 86 4 3606 2875 86 19 16767 17114 87 5 5326 5000 87 7 6459 6001 87 9 7224 7006 TABLE 3
S. pneumoniae - Putative coding regions of novel proteins not similar to known proteins Contig ORF Start Stop ID ID (nt) (nt) 87 18 17930 17670 87 19 18275 17928 88 2 1619 1840 88 4 2711 2878 88 9 6252 6016 89 3 2634 1621 89 9 7371 6868 90 2 899 2395 90 3 1143 952 91 3 2959 3141 91 4 3170 3691 91 6 4253 4573 93 1 391 2 93 6 2648 2379 93 8 4533 3712 96 1 3 182 96 2 904 632 96 3 1407 1147 96 4 1250 1420 97 9 7043 6753 99 15 18522 18692 99 17 19717 19541 100 2 4094 1980 103 1 48 299 103 6 4924 4373 104 5 6142 6735 105 7 6098 6517 TABLE 3
S. pneumoniae - Putative coding regions of novel proteins not similar to known proteins Contig ORF Start Stop ID ID (nt) (nt) 106 1 1 363 106 10 9832. 10212 108 1 2 268 111 3 3417 3788 111 4 3809 4606 115 10 10854 10438 116 3 2873 2121 118 2 2274 1357 122 4 2698 2333 122 10 5858 6199 122 12 6301 7416 124 2 346 690 128 4 2544 3368 129 1 689 102 129 2 1011 724 129 8 6454 6056 129 9 6540 6277 129 12 7809 7621 131 3 1433 756 131 10 5972 5673 134 11 11838 11209 135 2 625 1140 136 4 2913 3830 137 2 325 134 139 12 14027 14521 139 13 14840 14532 139 14 15363 14875 TABLE 3
S. pneumoniae - Putative coding regions of novel proteins not similar to known proteins Contig ORF Start Stop ID ID (nt) (nt) 140 20 19822 20838 142 1 1 285 146 3 760 479 146 4 1149 778 146 7 3604 2885 146 13 8223 9401 146 14 9399 10676 146 15 10052 9750 147 7 7488 7276 147 9 8913 8647 148 7 5298 4765 149 1 2 1936 149 3 2557 2880 149 9 6258 6070 150 2 1355 579 150 3 2556 1909 153 3 2061 2642 154 3 1953 1741 155 2 2181 1411 156 8 4550 4311 157 1 37 294 159 2 631 780 159 4 1384 1722 159 7 3271 4017 161 2 1332 1018 165 3 5525 4945 166 6 5406 4972 TABLE 3
S. pneumoinae - Putative coding regions of novel proteins not similar to known proteins Contig ORF Start Stop ID ID (nt) (nt) 167 9 6075 6395 169 5 2828 3205 170 7 6485 6243 170 8 6964 6362 170 9 7303 6962 170 11 8790 7906 171 9 7150 7476 172 5 2298 1948 173 4 2913 2677 175 2 659 835 175 3 893 1789 176 2 1487 546 176 3 2200 1466 177 9 4686 4925 177 10 4923 5177 177 11 5111 5347 177 13 7396 8703 178 6 3452 3724 181 5 1853 2473 182 2 2112 1102 182 3 2617 2006 183 2 2126 2320 185 5 4683 4219 185 6 4846 4634 187 4 2940 3557 188 4 3686 4363 188 5 4183 4821 TABLE 3
S. pneumoinae - Putative coding regions of novel proteins not similar to known proteins Contig ORF Start Stop ID ID (nt) (nt) 188 6 5882 6493 189 5 3143 2844 189 9 5956 5564 191 1 618 4 191 11 10357 10001 192 3 2861 2268 192 4 3081 2878 192 7 6800 5331 193 3 997 839 194 4 2315 2127 195 5 6249 4543 195 6 6620 6231 196 2 1553 1849 197 1 1 861 198 9 6844 6644 200 5 5329 5769 200 6 5993 6595 204 5 3914 3276 205 2 447 1709 209 4 2038 2460 209 5 2458 2682 210 10 7370 8230 210 13 9029 10441 210 14 10439 10705 214 5 2581 2330 214 9 5065 5277 214 11 5996 5754 TABLE 3
S. pneumoinae - Putative coding regions of novel proteins not similar to known proteins Contig ORF Start Stop ID ID (nt) (nt) 217 2 541 194 218 2 914 1432 218 3 1430 1972 218 6 3639 3821 219 1 458 39 220 1 869 600 223 4 2617 1964 227 1 1 510 234 4 1539 1312 234 6 2116 1838 235 1 52 312 225 2 310 687 238 1 660 64 246 1 1 270 248 1 3 362 248 2 443 1222 254 3 2789 792 258 2 1179 1616 260 3 1770 2123 263 1 653 177 263 4 2244 1900 263 5 3569 2973 266 1 1 342 266 2 177 1022 270 2 1124 1681 272 1 857 186 275 2 1684 2295 TABLE 3
S. pneumoinae - Putative coding regions of novel proteins not similar to known proteins Contig ORF Start Stop ID ID (nt) (nt) 278 1 2 406 282 1 714 391 282 4 1463 1134 287 2 1119 826 288 1 540 4 289 1 684 4 291 5 1589 1858 293 2 2539 2925 294 1 21 608 296 2 494 700 296 3 670 843 302 1 261 530 309 3 559 350 310 2 249 1889 316 2 2087 1818 317 2 1048 584 318 2 313 777 319 3 477 133 327 2 912 607 331 1 1 549 333 1 2 535 333 2 465 82 333 3 127 342 341 1 1 705 345 2 895 701 346 2 750 199 349 1 1 198 TABLE 3
S. pneumoinae - Putative coding regions of novel proteins not similar to known proteins Contig ORF Start Stop ID ID (nt) (nt) 350 2 81 413 355 1 44 973 358 2 636 448 360 2 948 628 364 2 1639 1265 378 1 345 1004 379 2 683 510 381 1 109 693 385 1 150 4 385 2 269 30 (1) GENERAL INFORMATION : (i) APPLICANT : Charles Kunsch Gil H. Choi Patrick S. Dillon Craig A. Rosen Steven C. Barash Michael R. Fannon Brian A. Dougherty (ii) TITLE OF INVENTION : Streptococcus pneumoniae Polynucleotides and Sequences (iii) NUMBER OF SEQUENCES : 391 (iv) CORRESPONDENCE ADDRESS : (A) ADDRESSEE : Human Genome Sciences, Inc.

(B) STREET : 9410 Key West Avenue (C) CITY : Rockville (D) STATE : Maryland (E) COUNTRY : USA (F) ZIP : 20850 (v) COMPUTER READABLE FORM : (A) MEDIUM TYPE : Diskette, 3. 50 inch, 1. 4Mb storage (B) COMPUTER : HP Vectra 486/33 (C) OPERATING SYSTEM : MSDOS version 6. 2 (D) SOFTWARE : ASCII Text (vi) CURRENT APPLICATION DATA : (A) APPLICATION NUMBER : (B) FILING DATE : (C) CLASSIFICATION : (vii) PRIOR APPLICATION DATA : (A) APPLICATION NUMBER : (B) FILING DATE : (viii) ATTORNEY/AGENT INFORMATION : (A) NAME : Brooks, A. Anders (B) REGISTRATION NUMBER : 36, 373 (C) REFERENCE/DOCKET NUMBER : PB340P1 (vi) TELECOMMUNICATION INFORMATION : (A) TELEPHONE : (301) 309-8504 (B) TELEFAX : (301) 309-8512 (2) INFORMATION FOR SEQ ID NO : 1 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5625 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 1 : CCAAGCAAAA CCAGCTACAG CTAAAGGAAC TTACGTAACA AACTTGACTA TCACAACTAC 60 TCAAGGTGTT GGTATCAAAG TTGACGTAAA CTCACTTTAA TCAGTAGTTA AAGTAATGTA 120 AAAAAGTTGA AGACGCTATG TCTCAACTTT TTTTGATGTA CGACGGGCAT GTTGTATAGT 180 AGATGTGTAC TATTCTAGTT TCAATCTACT ATAGTAGCTC AGAAGTCGGT ACTTAAACGT 240 GCTATATCAA AACCAGTCCT TGAAAAACGT GGACTGGTTT CGTGTTTGGA TTATTACCTT 300 GAACGACATG CGTTAAAAGT TAGTTGAACC GCCGTATGCC GAACGGACGT ACGGTGGTGT 360 GAGAGGGGCT AGAGATTATC CCCTACTCGA TTTCGAAATC TAGTGGAATG AATCTGGAAT 420 AGTCCATCGA GCTTTCTAAT ACTCTTCGAA AATCTCTTCA AACCACGTCA ACGTCGCCTT 480 GCCGTGCGTA TGGTTACTGA CTTCGTCAGT TCTATCCACA ACCTCAAAAC AGTGTTTTGA 540 GCTGACTACG TCAGTTCCAT CTACAACCTC AAAACAGTGT TTTGAGCAAC CTGCGGCTAG 600 TTTCCTAGTT TGCTCTTTGG TTTTCATTGA GTATAACACA TTGTTAGAAG TTGGTTTAAA 660 TTTCCTAATC AGTTTGTTCA CATTTACCTT CGATATATTA TATCCCATAG TTAAGGTTGG 720 TCATACAGAT GATTATAGTC ATGGAGCCGT AAAACTTAGT GTTTCTTTAG TTGACAAAGA 780 TGCCATGAAA AAAATATTTG TAACTGTAAT AGGATATTTT GAAATAAATA TAGATGAAAA 840 TATCACCGAT ATTCTATACG TAAATGGTAC TGCTATTCTT TATCTTTATT TACGTTCAAT 900 TGTTTCAATA GTTTCGGCAA TTGATAGCAG TGAAGCAATG TTGCTACCTA TCATTAATGT 960 TTTAGAGTTA CTAGATAAAT CTCAACCTTT TGAAGAAGAA TAATTTATTA GCTCACTAAA 1020 TTGAGGGTAA GGAAAAGTAA AAGCAGTAAG AAAAATGTCT TGCATTATAC AGCAACCTTT 1080 TGGGAATGAG TGGATGGATT GAATAAAATT TGATTAAGAG TGGATGATTT ATCTGTAGAT 1140 TATTATTGGA CAGTTAGTCT TGAAGTAGTC TAAGAATTAG GTTATAATCA GTAGAAGCCT 1200 TGCTAATAAT GAGGAGGTTA GTTTATGTAT AGTAGACTGA ATCTAAAATA GTACGAAACA 1260 ATTGCTAAAA CATTTATAGA AATTAATTTT ACTTTCCCAA TCGATTTGTT CTCATCTTAT 1320 TTCAATCCGC TATATATTAT GGTATCGAAT CTTCATCAGA ATGATAAAAT TAATCAATTG 1380 ATATCTGATT ACAAACAGAA TATGAAAGCT TTTTATATCA CTATTGAAAA ATTTATACGA 1440 GATGATGAAA GCCTTAAGTG TTATTTTATA AAGGTTATTT CAAGTCGTTC CAAGGTAACA 1500 AGTCTAGATC AGATTGAAGC TGATAAAACG ATACAAAGAA AATATTCAAG TGAGCTAAAA 1560 AAATTTATTG GATTTTATAA TGAGATTATT TGTGAGGAAA ATAGTTTCCT ACATGTACGA 1620 AAGAGGTGGT CGAGTTGGTT TAGGTAGTCG ATGCGTGAGT TGATAATTCT CAGGGTATGG 1680 ACTTCTTTTT CATGAATGAG GTAAAAGAGC AGGTATTGTT TAGAGACAAT CATTCTGAGC 1740 ATATTTTCTG GATAGAGGGA GTATCCGATT TTATGATCAA AGTTAATACC GCCCTCTGGT 1800 GAGAAGATGA GTAGGTTGGT AATTTAAACT ATTAAACAGA ATTTTTGATT AAAAGTATTA 1860 TTTCATGAGA GAAATCCTAA TTTCACAATC CATAGGCAAA CGCTTGCATT TCGTTTTTTA 1920 TTGGACTATA ATAGGTTGGT ATAAAGCCTT CTGTAGTAAT AAAATGTAGA AGGTGTAGAA 1980 AGTAAGGATT TAGAATATTT GTAGTTAAAA ACACAATGTT GCTATTCCTT ACGATAGGGA 2040 GATAGATATG GCAATGATAG AAGTGGAACA TCTTCAGAAA AATTTTGTGA AGACTGTTAA 2100 GGAACCGGGC TTGAAGGGGG CTTTGCGCTC CTTTATTCAT CCTGAAAAGC AGACCTTTGA 2160 AGCGGTCAAG GATTTGACCT TTGAGGTTCC AAAAGGGCAG ATTTTAGGAT TTATCGGGGC 2220 AAATGGTGCT GGGAAGTCGA CAACCATTAA AATGCTGACA GGAATTTTGA AACCAACATC 2280 TGGTTTTTGT CGGATTAACG GCAAGATTCC CCAGGACAAT CGGCAAGATT ATGTCAAAGA 2340 TATTGGCGTA GTCTTTGGAC AACGCACCCA GCTATGGTGG GATTTGGCTC TGCAAGAGAC 2400 CTACACTGTC TTAAAAGAGA TTTATGATGT GCCAGACTCG CTCTTTCATA AGCGTATGGA 2460 CTTTTTGAAT GAAGTCTTGG ATTTGAAGGA CTTTATCAAG GATCCCGTGC GGACTCTTTC 2520 ACTGGGACAA CGGATGCGGG CGGATATTGC GGCCTCCTTG CTCCACAATC CCAAGGTTCT 2580 TTTTTTAGAT GAGCCGACCA TTGGTTTGGA CGTTTCGGTT AAGGATAATA TTCGTCGGGC 2640 AATTACTCAG ATCAATCAAG AGGAAGAAAC TACCATTCTT TTGACCACTC ACGATTTGAG 2700 TGATATTGAG CAACTTTGTG ATCGGATTTT CATGATTGAC AAGGGGCAAG AGATTTTTGA 2760 TGGAACGGTG AGCCAACTCA AGGAGACCTT TGGTAAGATG AAGACTCTCT CTTTTGAACT 2820 GCTACCAGGT CAAAGTCATC TCGTCTCTCA CTATGACGGT CTGTCTGATA TGACCATTGA 2880 TAGACAAGGA AACAGCCTCA ACATTGAATT TGATAGTTCT CGCTACCAGT CAGCTGACAT 2940 TATCAAGCAA ACCCTGTCTG ATTTTGAAAT CCGCGATTTG AAGATGGTGG ATACGGATAT 3000 TGAGGATATT ATCCGTCGCT TCTACCGAAA GGAGCTCTAG GATGATCAAA TTGTGGAGAC 3060 GTTATAAACC CTTTATCAAT GCAGGGGTTC AGGAGTTGAT TACTTACCGA GTCAACTTTA 3120 TTCTCTATCG GATTGGCGAT GTCATGGGGG CTTTTGTGGC CTTTTATCTC TGGAAGGCTG 3180 TCTTTGATTC TTCGCAAGAG TCTTTGATTC AGGGCTTCAG TATGGCGGAT ATCACCCTCT 3240 ACATCATCAT GAGTTTTGTG ACCAATCTTC TGACTAGATC CGATTCGTCC TTTATGATTG 3300 GGGAGGAGGT CAAGGATGGC TCCATTATCA TGCGTTTGTT GCGACCAGTG CATTTTGCGG 3360 CCTCCTATCT TTTCACCGAG CTTGGTTCCA AGTGGTTGAT TTTTATCAGC GTTGGCCTTC 3420 CATTTTTAAG TGTCATTGTC TTGATGAAAA TCATATCGGG TCAAGGTATT GTAGAGGTGC 3480 TAGGATTAAC TGTCATTTAT CTTTTTAGCT TAACGCTCGC CTATCTGATT AACTTTTTCT 3540 TTAATATTTG CTTTGGATTT TCAGCCTTTG TGTTTAAAAA TCTTTGGGGT TCCAACCTAC 3600 TTAAGACTTC CATAGTGGCT TTTATGTCGG GGAGTTTGAT TCCCTTGGCA TTTTTTCCAA 3660 AGGTTGTTTC AGATATTCTC TCCTTTTTGC CTTTTTCATC CTTGATTTAT ACTCCAGTTA 3720 TGATCATTGT TGGAAAATAC GATGCCAGTC AGATTCTTCA GGCACTCCTT TTGCAGTTCT 3780 TCTGGCTCTT AGTGATGGTG GGATTGTCTC AGTTAATTTG GAAACGGGTC CAGTCCTTTA 3840 TCACCATTCA AGGAGGTTAG TATGAAAAAA TATCAACGAA TGCATCTGAT TTTTATCAGA 3900 CAATACATCA AACAAATCAT GGAATATAAG GTAGATTTTG TGGTTGGTGT CTTGGGAGTC 3960 TTTCTGACTC AAGGCTTGAA TCTCTTGTTT CTCAATGTCA TCTTTCAACA TATTCCATTC 4020 CTAGAAGGCT GGACCTTTCA AGAGATAGCT TTCATTTATG GATTTTCCTT GATTCCCAAG 4080 GGAATGGACC ATCTCTTTTT TGACAATCTC TGGGCACTAG GGCAACGCCT AGTCCGAAAA 4140 GGGGAGTTTG ACAAGTATCT GACTCGTCCC ATCAATCCTC TCTTTCACAT CCTAGTTGAA 4200 ACCTTTCAGA TTGATGCCTT GGGTGAACTC TTAGTCGGTG GTATTTTATT GGGAACAACA 4260 GTGACCAGCA TTGTTTGGAC TCTTCCAAAA TTCCTGCTTT TCCTAGTTTG TATTCCTTTT 4320 GCGACCTTGA TTTATACTTC TCTTAAAATC GCAACAGCCA GTATCGCCTT TTGGACTAAG 4380 CAGTCAGGCG CCATGATTTA CATCTTCTAT ATGTTCAATG ACTTTGCTAA GTATCCGATT 4440 TCTATTTACA ATTCTCTTCT TCGTTGGTTG ATTAGCTTTA TCGTGCCTTT CGCCTTTACA 4500 GCCTACTATC CAGCTAGCTA TTTCTTACAG GAAAAGGATG TGTTCTTTAA CGTAGGAGGT 4560 TTGATGTTGA TTTCTCTGGT TTTCTTTGTT ATTTCCCTTA AACTTTGGGA TAAGGGCTTA 4620 GATTCCTACG AAAGTGCGGG TTCGTAAAAG CTAAAGTAAG ACTAAAATCA AGAAAGAAAC 4680 TTATGATGTT TGTAATTGAA GAAGTCAAGG ATGAAAATCA AAAAAAGGCA GTTGTCGCTG 4740 AGGTTTTGAA GGATTTGCCA GAATGGTTTG GAATCCCAGA AAGCACACAA GCCTATATAG 4800 AAGGAACCAC GACACTGCAA GTTTGGACCG CCTATCAGGA GAGTGATTTG ACTAGATTTG 4860 TAAGCTTATC CTATTCGAGT GAAGATTGTG CAGAGATTGA TTGTCTCGGC GTAAAAAAGC 4920 TTATCAAGGT AGAAAAATTG GGAGCCAATT GCTTGCTACT TTAGAGAGTG AAGCTCGTAA 4980 AAAAGTTGGT TATCTGCAGG TCAAAACAGT GGCAGAAGGT TCTAATAAAG ATTATGATCG 5040 AACAAATGAC TTTTATCGAG GTCTTGGCTT TAAAAAGTTA GAGATTTTTC CTCAACTATG 5100 GAATCCGCAA AATCCTTGTC AGATTTTGAT TAAAAAGCTT GAATAATATT ACTTGACATC 5160 TATTCTCAGA GTGCTATACT GTAAGTGTAA TCGCCGATTT AGCTTAGTTG GTAGAGCAAG 5220 GCACTCGTAA AGCCTAGGTT ATAGGTAGAT AAACGACTGA GGATTTGAAA AAATAGATAG 5280 GTAGAAGATA ACCGTTAAGC CTTACTCTTA GCGGTTATTT ATATTGTTTA ATAGCGCTAA 5340 TATTTTATCA ATTATGCCTG TTTTCGTGTT TCTGGTAGTT GTTCAAGTTT ATTGCTACTA 5400 TTTTTGATGG TATGAATGTG CTTATAATGT ATCCCGGTTA ACGAAAGTTT TGGACTTATA 5460 CTCTTCGAAA ATCTCTTCAA ACCACGTCAA CGTCGCCTTG CCGTGCGTAT GGTTATGACT 5520 TCGTCAGTTC TATCCACAAC CTCAAAACAG TGTTTTGAGT GACTACGTCA GTTCCATCTA 5580 CAACCTCAAA ACACTGTTTT GCCCAATCTG CGGCTAGTTT CCTAG 5625 (2) INFORMATION FOR SEQ ID NO : 2 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 7571 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 2 : CTCTCCAGCT TTCCTTGCGA GTTGGCCATG TTGTGTCTTT AAGAAGTCTA AAAATATCTC 60 CAATAAAACG CATCGCTCTC TCCTATCTCG TTTCTCTGTG TGTAGTGTAC TTGCCACAAT 120 GCTTACAAAA TTTATTTACT TCTAGTCGTG TAGGCTTGAG GTTTCCGCTG ATCTTGATTG 180 AATAGTTTCT CGAACCACAA ACCGCACAAG CTAGGCTTGC TTTTTTTAGT GCCATAACGC 240 CTCCATCTTA TCCATTATAA CAAGAAAGCT AGGCTTTGAC AAGCATCTTA GCGAAATAGA 300 TTGACTATCG AATCCCATAT TGTTTGAGCC TTTTCCTTAA TCTTCGCATC TGAGATAGCC 360 CGGCTAGCCT CATCTACTAG ACTTTGCGCA CGCCCTCGAA TATCAGACAA ATTATCATCT 420 GTCTGGCTAT TATCATTGGT TTGTACTTGT CTTTTTGTAT TGGCTGGTGC AATTCCATTT 480 TGCTTATAAG CATTTTCAAC CGTAAAGGTA CTTCCTGGCG TATAAGGTAA AATGGTATTG 540 GCAATGTTTC TAAAGACATG AGCTGCACCG TTTGAAGTAG AGCCAGCTAG ATAGTGGTTT 600 TCATCAGTGG TCGGAAAGCC AAGCCAGTGG CTAATCACTA CATCCGGAGT ATAACCAATT 660 ACCCACTGGT CACTTGTGTA CTCCGGATTG AAAACTGCTT CAGTTGTTCC AGTTTTCCCT 720 GCCATGACAT AGTCTGCAGG CGATGAACTA ATACCGGTAC CGTTGGTGAA AGTCCCCAAC 780 ATCATACTGG TCATCTTGTC AGCTACAGAC TTATCAATCA CCCGTTTTTG TGAATTTTTA 840 TGACTCGCAA TAACTTGTCC ACTAGCATTT TCAATTCTAC TAATAAAATG AGCTTCAGGC 900 ATTAAACCTT CATTTGCAAA GGCGGCGTAT GCTTGAGCCA TTTGAAGAGG GTTGGTTTCA 960 ACACCGCTTC CCAAGGCGAC ACCAAGAACA CGGTCGACCT TTTCCATGTT GAGTCCGAAT 1020 TTTTCGCCTG CCTCAAAAGC CTTGTCGACA CCCAAATCAT TAACAGTGGC AACAGCAGGT 1080 AGATTAAGCG ATTCTGCCAA GGCTTGATAC ATAGGAACTT CTCGACTCGT TTTGATCCCT 1140 GCATAGTTAT CAACCTTATA GCTGTCATAC TGCATGGTAT GGTTATCCAA CTGCTTATTC 1200 AAAGCCCAGC TTGCTTCAAC TGCTGGCGTA TAAACAACTA AAGGCTTAAT TGTAGAACCA 1260 GGACTACGCT TTGATTGGGT TGCATAGTTG AAATTCCGGA ATCCAGTTTT ATCATTGTCA 1320 GCAACTTGAC CGACAACTCC ACGAACTCCC CCTGTTTTCG GTTCGAGGGC TACACTTCCT 1380 GATTGAGCAA ACGTTCCATC CTCTGCCCTC GGAAATAGCG ATGTGTTTTC ATAAACAATC 1440 TGCATATTTG CTTGGTAGTT TTGGTCCAGC TCTGTGTAAA TGCGGTAGCC ATTATTGACA 1500 ATCTCTTCCT CTGTTAGATT ATACTTGGAA ACAGCTTCAT TAACCACCGC ATCAAAATAA 1560 GAGGGGTAAC GGTAATCTGA GATTTTTCCT TCATACTTAT CGTGCAATTG CGAAGTCATA 1620 TCAACTTCAG CAGCTTTGGT TTCTTGGTTT TTATCAATAT ATCCTGCTGC AACCATATTC 1680 TGCAAGACAG TATCGCGCCG ATTAGTAGAA TCTTCTACGG AATTCAAGGG ATTATACAGT 1740 TCCGGCCCCT TGAGCATCCC TGCCAGAGTC GCAGCTTGAT CCAGACTCAC TTCTGATGCA 1800 GAAACTCCAA AGTATTTCTT ACTCGCATCT TCTACACCCC ACACACCATT TCCAAAATAA 1860 GCGTTGTTAA GGTACATGGT TAGAATTTGC TCCTTACTAT ATTTTTTGCT TAATTCTAAG 1920 GCAAGGAAAA ATTCTTTCGC TTTTCTCTCA ACAGTTTGAT CCTGCGATAA ATAGGCGTTT 1980 TTAGCCAGCT GTTGGGTAAT GGTAGAGCCA CCACCTGAAC GTCCAGCAGT GACAATAGCC 2040 AAGAAAAAAC GGCCATAGTT AATCCCGTCA TTTTTATAGA AAGAACGGTC TTCTGTCGCA 2100 ATAACAGCAT TCTGCAAGTT TTTACTGATG TCAGTCAGCT CAACATAGGT TCCCTTTTGA. 2160 CCAGACAAGG CACCAGCCTC TTTTTCTTCA CGGTCAAAAA TAAGAGTCCG AGTTTTCAAG 2220 GCATTTTGCA AATCATTGAC ATTGGTCGAC TTGGCTACAG CAAACAAATA GATTCCAACT 2280 AGCAAGCCTG CACTCAAACC TAGTATAAGG ATAATCTTTG TTAGATGATA ACGACGCCAG 2340 AATTTTCGAA TCGGACCTAC TTGGGCTAAT TTTTTTCGAT CACTACGAGA GCGACGTAAG 2400 ATAGTAGAAT CAGAGTCCTC TAGTTCACTT GTTTCTTTTT TAAAAAGAGA AAGAAATTTC 2460 TCAAATAATT TATCTAATTT CATGCGTTTA TTTTATCATC TTCATCATAG GAAGACAAGA 2520 ATTTAGCTAT TTCCTATCCA AATAGGGCTT TTTTTGTTAC AATATCTGTA TGCAATTCAC 2580 ATTTACATTA CCCGCCTCTC TACCTCAAAT GACAGTAAAG CAATTACTTG AGGAACAACT 2640 CCTCATCCCT AGAAAAATCC GTCATTTTTT GAGAATCAAG AAACATATTT TGATAAATCA 2700 AGAAGAAGTC CACTGGAAGG AAATCGTAAA TCCTGGAGAT GTTTGCCAGT TGACTTTTGA 2760 CGAGGAAGAT TATTCCCAAA AGACGATCCC TTGGGGCAAC CCAGACTTAG TGCAGGAAGT 2820 TTATCAAGAT CAACACTTGA TTATTGTAAA CAAACCAGAG GGGATGAAAA CGCATGGTAA 2880 TCAACCAAAC GAAATTGCCC TTCTTAACCA TGTCAGTACC TATGTTGGCC AAACCTGCTA 2940 TGTCGTTCAT CGTCTGGACA TGGAAACCAG TGGCTTAGTT CTCTTTGCCA AAAATCCTTT 3000 TATCCTGCCC ATTCTCAATC GCTTATTGGA GAAAAAAGAG ATTTCTAGAG AATATTGGGC 3060 TCTAGTTGAT GGAAATATCA ACAGAAAAGA ACTTGTTTTC AGAGACAAAA TTGGACGTGA 3120 TCGCCATGAT CGTAGAAAAA GAATAGTTGA TGCAAAAAAT GGGCAATATG CTGAAACGCA 3180 TGTAAGCAGA TTAAAGCAAT TCTCAAACAA GACTTCCTTG GCTCATTGCA AGCTAAAGAC 3240 AGGGCGAACC CATCAGATTC GTGTGCACCT TTCGCATCAT AATCTTCCTA TCCTGGGAGA 3300 CCCTCTCTAT AATAGTAAAT CAAAGACAAG CCGGCTTATG CTTCATGCCT TCCGACTTTC 3360 CTTTACCCAC CCACTTACTT TAGAGAAGCT AACTTTCACT ACCCTTTCAA ATACATTTGA 3420 AAAAGAATTA AAAAAGAATG GATGATCGTG TCATCCATTT TTCCATATAA AAAAGCAAGA 3480 CCACAAAGCC TTGCTTTCTA TCAACTCAAG AATTATTTAG CAATTTTTGC GAAGTATTCA 3540 AGAGTACGAA CAAGTTGTGC AGTGTATGAC ATTTCGTTGT CGTACCATGA TACAACTTTA 3600 ACCAATTGTT TACCGTCAAC GTCAAGAACT TTAGTTTGAG TTGCGTCAAA CAATGAACCG 3660 TAAGACATAC CTACGATATC TGAAGATACG ATTGGATCTT CTGTGTAACC GTATGATTCG 3720 TTTGAAGCTG CTTTCATAGC TGCGTTCACT TCATCAACAG TAACGTTCTT TTCAAGAACT 3780 GCTACCAATT CAGTAACTGA TCCAGTTGGA GTTGGAACGC GTTGTGCAGA TCCGTCAAGT 3840 TTACCATTCA ATTCTGGGAT TACAAGACCG ATAGCTTTTG CAGCACCAGT TGAGTTAGGA 3900 ACGATGTTTG CAGCACCAGC GCGAGCACGG CGAAGGTCAC CACCACGGTG TGGTCCGTCA 3960 AGGATCATTT GGTCACCAGT GTAAGCGTGG ATAGTAGTCA TCAATCCTTC AACAACACCA 4020 AAGTTGTCTT GAAGAGCTTT AGCCATTGGA GCCAAGCAGT TTGTAGTACA TGAAGCACCT 4080 GAGATAACTG TTTCAGTACC GTCAAGAACG TCGTGGTTAG TGTTGAATAC AACTGTTTTA 4140 ACGTCGTTTC CACCAGGAGC AGTGATAACA ACTTTTTTAG CTCCACCTTT AAGGTGTTTT 4200 TCAGCTGCTT CTTTCTTAGC AAAGAAACCA GTAGCTTCAA GAACGATTTC TACACCGTCA 4260 GTAGCCCAGT CGATTTGTTC TGGATCACGT TCAGCAGAAA CTTTGATGAA TTTACCGTTA 4320 ACTTCAAATC CACCTTCTTT AACTTCAACA GTACCGTCGA AACGACCTTG AGTTGTGTCG 4380 TATTTCAACA AGTGTGCAAG CATAACTGGA TCTGTAAGGT CGTTGATGCG TGTAACTTCA 4440 ACACCTTCTA CGTTTTGGAT ACGACGGAAA GCAAGACGAC CGATACGTCC GAAACCGTTA 4500 ATACCAACTT TAACTACCAT TAGTGATTTC CTCCTTATGA AAATCATGAA ATTTTTATTG 4560 TGAAAAGAGT AACTTGAATC ACTACAAATC ACCTTTCAAC AAACCTATTA TACAACTATT 4620 TGAGTTGAAT TGCAAGTATG GCCATTGTTT TTCTATGTTA GTTTCTTTTT AAGACTGTAA 4680 ACCAAGGAAT CCCTTACTAT TCATAGCATA ACGATTCTAT AGGATCCATT TTACTAATCT 4740 TACGCGCCGG GAAGTAGGCT GAGACATAAC CAAGTAATAG AGCGAAAACT AGAGTTCCTA 4800 AAACAGATAA AAGATTTAAT TTAAAAACCT TAGTGATGGA TGGGTAAAAG TGACTTACAA 4860 TCGCATTCGC CAAACTTCCC ACCCCTTGTG CAACCAAAAA TGCCAGCAGC AAGGCGATGC 4920 CTACAATCCA GATAGCCTCG TAAATAAAAA TTCCTTTGAC ATCACGATTC TGATAACCAA 4980 CTGCTTTCAT GACACCTATT TCCTTGGAAC GTTGCATGAT ATTGATGTAA ATAATGATAC 5040 CAATCATAAC CGCTGCTACC ACAATAGCTT GTGATGAAAG CACAATCAAT AATCCCTGAA 5100 TAACACGAAT AAAGGTAATC ACAATATCAA GAACTCTCTG TTGAGAAAGC ACAGTATACT 5160 TCTTATTTTT CTGTAATTCT TCTGTTACTA CTTTTGTCTG TGATGGATCT TTGAGTTCCA 5220 AGATAAAATA AGATACAGCT TTCGTAAATC CAGCCTCTTT CAAAATCGTT TCCATTTGAT 5280 GAGACAGCAT GAAACTGTTG CTGTCCTCCA TGTCATCTTC ATCATTGATT ACACGTACAA 5340 TCTTCGTTTG AAATTGAGCA ATCTTACTAG TTTCGGCAGC ACTTTCTACA ATGCTGGCTG 5400 AGACTGATTT GCCAATAAGA TCATTAGCTG TCAAATTTTT TCCTGTCTGT TCATTCCAAT 5460 TTTTTAGTAA ACTGCTTGGA ATCGTTAATC CCTGTTCATT TGTATCAGTA TAGAGGGATC 5520 CAGCCAACAC TTTGTCCGTC TCATTATTAC TAACAGAGAT ACTTGTATCA TCATAAAGAC 5580 TCACTACTTG AGCATAAGAA GGCATCGTTT GACTCAGATC CATTTCTTGC CCATCTATAG 5640 TAATATTTGA CATGTTCATC CCAAAAGGAC TCTCCAAATA TTTAATAGCT TCTTTCCCAA 5700 CTGTATCCGT GATATATAGT CAATTGAAAC AAGAGCAGGA TAAAAAAGCC TCGTAAAAGG 5760 TATTGCAACT TGGTAATACC TTTTTGAGGT GCTTTTTGAT ATGAGCCCAT GTTTTCTCAA 5820 TAGGATTGTA CTCAGGCGAG TAGGGAGGAA GAGGTAAAAG TTTATGCCCA AACTCTTCGC 5880 ATAAAAGTTC TAGCTTCCCC ATTCTATGGA ATCTTACATT ATCCATAATA ATAACCGATG 5940 GTGTGTTTAA TGTTGGTAAG AGAAAATTCT GAAACCAAGC TTCAAAAAAG TCGCTCGTCA 6000 TCGTCTCTTC GTAAGTCATT GGAGCGATTA ATTCACCATT TGTTAGACCT GCAACCAAAG 6060 AAATCCTCTG ATATCTTCTT CCAGATACTT TGCCTCTTAT TAATTGACCT TTTAATGAGC 6120 GACCATATTC TCGATAAAAA TAAGTATCGA ATCCTGTTTC GTCAATCTAA ACAGGTGCTA 6180 GGTGCTTTAA ACTATTAAAA TTCTTAAGAA ATAAGGCTAC TTTTTCTGGG TCTTGTTCAT 6240 AGTAGGTGTG GTTCTTTTTT CGAGTGTAGC CCATAGCTTT GAGCGTATAG TGGATGGTAG 6300 TTGGATGACA GCCAAATTCA GAAGCTATTT CAGTCAAATA AGCGTCTGGA TTGTCAGTAA 6360 GATAGTTTTT AAGTCTATCT CTATCAACCT TTCTTGGTTT TATTCCTTTT ACTTGGTGGT 6420 TTAGCTCTCC TGTTTTCTCT TTTAGCTTTA ACCAGCCATA AATGGTATTA CGTGAGATTT 6480 GGAAAACGTG TGATGCTTCT GTTATACTAC CTGTTCGCTC ACAATAAGAG AGAACTTTTT 6540 TACGAAAATC TATTGAATAT GCCATAAAAA GATTATACCA CATTGTGTAC TATI'TTTGGT 6600 TCATTTTACT ATATTTGAAG AGGCGTTTAA ACTATCTGAC ATAAAACTCG TTCTAGAGGA 6660 AAGACATCCT TTAAAAAGTT AGTTTATTTT ACAACTTAGA CATCAAGGTA GGTTAACCCC 6720 TTCATGGAAA AATCAAGACT CTTAGCACTA TGGGTTAAAC TACCACTGGA GACGTAATCA 6780 ATCGCTAAAC CACGAAAACG GCTAATAGTG GTCATATCAA TATTTCCAGA ACATTCAATC 6840 CGAGAACGTC CTGCAATTAG GGTAATGGCC TGTTCAATCT GTTCCAATGA CATATTATCC 6900 AACATGATAA TATCAGCACC CGCCGCCGCA GCTTCTTCGG CAGCAGCAAG GCTTTCCACT 6960 TCCACCTCGA CCATTTTCAC AAAAGGGGCA TAGGCACGCG CTTGAGCAAT TGCCTTTTGA 7020 ACACTACCTA CTGCCGCAAT GTGATTGTCT TTTAGCAGGA TAGCATCTGA TAAATTAAAG 7080 CGATGATTAT AGCCACCGCC AACTCTCACG GCATATTTCT CAAAAAGACG TAAATTAGGA 7140 GTAGTTTTTC GAGTATCAAA TACCTTAATG CAATCATCGC CTAAGGCTTC TACATAAGCA 7200 GCTGTCATCG AAGCAATCCC TGATAAATGT TGTAAAAAAT TCAAGGCAAC GCGTTCACAT 7260 GTTAAGAGAC TTCTCACCGA GCCTATGATT TCTAAAACCA AATCGCCACT AGTCAAACGA 7320 TCCCCATCCT TAAATTGATG AGGATTCTGG AAGGTCACCT CGGCATCAAA TAGGGTAAAA 7380 ACCCTTTGAA AAACGGTTAG CCCCGCTAAA ACACCAGCTT CCTTGGCAAA AAGCGACACC 7440 TTGGCTTGGC CATGATGATC AAAAATGGCA TTGGTACTGT AATCTTCGGA ATGAACATCT 7500 TCTCGCAAGG CTGCTTTCAA TGTATCATCT ATTTGAAAAG GGGTTAAATC AGTTGAAATG 7560 ATTGACATCA C 7571 (2) INFORMATION FOR SEQ ID NO : 3 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 26385 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 3 : TTTGCTAGTG GCTTAAATTC TTCAGGAAAA TCAGGCGTAT CTAAAAGTCG TGTCGTTTTT 60 GTTTCATCTA TATAAAGACT TCCTGCTCCC CCTACAACTA GAAAACGTGT CTGTGTTCCA 120 GCAAGAAGCT GATTAAATAG TTCGATTGAT TTGCTGTGGA GCGGTAGCGT ATCTGGTGTA 180 TAAGCACCAA ACGCTGAAAT AACAGCATCA AATCCAGTAA GATCATCTTT TGTCAACTCA 240 AATAAATCTT TTTTAATAAT AGACTCAGCT TGACTTTTGT TTTCAGAACG AACAATAGCC 300 GTTACTTCAT GTCCTCGTTT GACTGCTTCT TCAACAATTG CTTTCCCCGC TTGTCCATTT 360 GCTGCAATAA CTGCTAGTTT CATTTTTTAT ACCTCTCTTG TTGTAATTAT TTTAGTTACA 420 GAAATTGTGA CACTCTTAAT AATCAATGTC AATAGTCTTG CTTAATTATT ATCAAAATAT 480 TTCTACCAAG AAAACTAACC ATGATTCTAG TGAAAAAAAA TCTTCTTTGT CAACAAATTT 540 ACTTTCTTGT TTTAAACATG CTATAATAAT CATAGCAAGA GATCTAAGTT GTCTGTTTTT 600 TTAAAACGAG GTGATTATCA TGCGTAGATT CTATTCCCAT CTCCCCTACT ATCTGGTCAT 660 ATTATTCTTT TATTGGCCAC TTTATGAGTT GTTCTTACTA GTTGTTTCTG ACCCCCTTAC 720 ACTCAAGGGA CTCTATATAA ACAATCTTCT CTTCTTTACA CCTCTGGTAA TCTTGATTGT 780 ATCGTTACTC TATAGCTACC GTTTCCGTTT CTCACTTTGA TGGTTAGTTG GTAACGGACT 840 GCTCTTTTAC TTTACTATCA TAACCTTTGG TGAGTTTATA CTAATTTACT TGCTAATCTA 900 TGAAACAGTT GCTCTGGTCG GCATGGATTC TGGTATTAGC ATCAAGCATA TTCTACAAAA 960 AATGAAAAAC AAAAAACTTT CACAAAATCC TTGAAAAATC TCACAATCAT GCTATAATAA 1020 TCCATAGAGA CAAGTCACTT AGTCCCTTTC TACTAGAGAG TGCGTGGTTG CTGGAAACGC 1080 ATAGGAAGTC TAAACTGATA CTACTCTTGA GTTTTTTATG AAAACATAAA ACGGTGGCCA 1140 CGTTAGAGCC GATCAGAGGT GTCCCTCTCT TTTGAGGTAC ATAAATGAAG GTGGAACCAC 1200 GTTGCGACGT CCTTTCGAGG ATGTCGCATT TTTTTATTAG GATACTAATT ATGGAGTTGC 1260 AAGAATTAGT GGAGCGCAGT TGGGCAATCC GACAAGCTTA TCACGAACTG GAAGTTAAGC 1320 ATCATGATTC CAAGTGGACG GTAGAAGAAG ACCTCTTGGC TTTATCTAAT GATATTGGAA 1380 ATTTCCAACG ACTGGTGATG ACAAAGCAAG GACGCTACTA TGATGAAACA CCCTACACAC 1440 TGGAACAAAA ACTTTCAGAA AATATCTGGT GGCTATTAGA ACTTTCTCAA CGTTTGGATA 1500 TAGACATTCT GACGGAAATG GAAAACTTCC TCTCTGATAA AGAAAAGCAA TTGAACGTTA 1560 GGACTTGGAA GTAGTCTGCT GATAAAAAAT CAATGCTTAG AAACTATGAA ATAATAAAAA 1620 AGGAGAACAT CATGATTAAC ATTACTTTCC CAGATGGCGC TGTTCGTGAA TTCGAATCTG 1680 GCGTAACAAC TTTTGAAATT GCCCAATCTA TCAGCAATTC CCTAGCTAAA AAAGCCTTGG 1740 CTGGTAAATT CAACGGCAAA CTCATCGACA CTACTCGCGC TATCACTGAA GATGGAAGCA 1800 TCGAAATTGT GACACCTGAT CACGAAGATG CCCTTCCAAT CTTGCGTCAC TCAGCAGCTC 1860 ACTTGTTCGC CCAAGCAGCT CGTCGTCTTT TCCCAGACAT TCACTTGGGA GTTGGTCCAG 1920 CCATCGAAGA TGGTTTCTAC TACGATACTG ACAACACAGC TGGTCAAATC TCTAACGAAG 1980 ACCTTCCTCG TATCGAAGAA GAAATGCAAA AAATCGTCAA AGAAAACTTC CCATCTATTC 2040 GTGAAGAAGT GACTAAAGAC GAGGCACGTG AAATCTTCAA AAATGACCCT TACAAGTTGG 2100 AATTGATTGA AGAACACTCA GAAGACGAAG GCGGTTTGAC TATCTATCGT CAGGGTGAAT 2160 ATGTAGACCT CTGCCGTGGA CCTCACGTTC CATCAACAGG TCGTATCCAA ATCTTCCACC 2220 TTCTCCATGT AGCTGGTGCG TACTGGCGTG GAAACAGCGA CAACGCTATG ATGCAACGTA 2280 TCTACGGTAC AGCTTGGTTT GACAAGAAAG ACTTGAAAAA CTACCTTCAA ATGCGTGAAG 2340 AAGCTAAGGA ACGTGACCAC CGTAAACTTG GTAAAGAGCT TGACCTCTTT ATGATTTCAC 2400 AAGAAGTGGG ACAAGGTTTG CCATTCTGGT TGCCAAATGG TGCGACTATC CGTCGTGAAT 2460 TGGAACGCTA CATCGTAAAC AAAGAGTTGG TTTCTGGCTA CCAACACGTC TACACTCCAC 2520 CACTTGCTTC TGTTGAGCTT TACAAGACTT CTGGTCACTG GGATCATTAC CAAGAAGACA 2580 TGTTCCCAAC CATGGACATG GGTGACGGGG AAGAATTTGT CCTTCGTCCA ATGAACTGTC 2640 CGCACCACAT CCAAGTTTTC AAACACCATG TTCACTCTTA CCGTGAATTG CCAATCCGTA 2700 TCGCTGAAAT CGGTATGATG CACCGTTACG AAAAATCTGG TGCCCTCACT GGCCTTCAAC 2760 GTGTACGTGA AATGTCACTC AACGACGGTC ACCTATTCGT TACTCCAGAA CAAATCCAAG 2820 AAGAATTCCA ACGTGCCCTT CAGTTGATTA TCGATGTTTA TGAAGACTTC AACTTGACTG 2880 ACTACCGCTT CCGCCTCTCT CTTCGTGACC CTCAAGATAC TCATAAGTAC TTTGATAACG 2940 ATGAGATGTG GGAAAATGCC CAAACCATGC TTCGTGCAGC TCTTGATGAA ATGGGCGTGG 3000 ACTACTTTGA AGCCGAAGGT GAAGCAGCCT TCTACGGACC AAAATTGGAT ATCCAGATTA 3060 AAACTGCCCT TGGAAAAGAA GAAACCCTTT CTACTATCCA ACTTGATTTC TTGTTGCCAG 3120 AACGCTTCGA CCTCAAATAC ATCGGAGCTG ATGGCGAAGA TCACCGTCCA GTCATGATCC 3180 ACCGTGGGGT TATCTCAACT ATGGAACGCT TCACAGCTAT CTTGATTGAG AACTACAAGG 3240 GGGCCTTCCC AACATGGCTG GCACCACACC AAGTAACCCT CATCCCAGTA TCTAACGAAA 3300 AACACGTGGA CTACGCTTGG GAAGTGGCCA AGAAACTCCG TGACCGCGGT GTCCGTGCAG 3360 ACGTAGATGA GCGCAATGAA AAAATGCAGT TCAAGATCCG TGCTTCACAA ACCAGCAAGA 3420 TTCCTTACCA ATTAATTGTT GGAGACAAAG AAATGGAAGA CGAAACAGTC AACGTTCGTC 3480 GCTACGGCCA AAAAGAAACA CAAACTGTCT CAGTTGATAA TTTTGTTCAA GCTATCCTAG 3540 CTGATATCGC CAACAAATCA CGCGTTGAGA AATAAGAGTC TAGCATAAAA GCCTCCAATC 3600 TGGAGGCTTT TTCTCATCTA TTTTTACTCA AGGACTAAGT TCACTTGAGC AAACTGAATC 3660 CGCACTGTCG TTCCTTTTCC GACCTCAGAC TCGATACGAA TCTGGTGCCC CAGTTCTTCA 3720 GAAATTTTCT TAGATAGATA AAGGCCAAGT CCAGAGGACT GCTGGGTCAA ACGGCCATTG 3780 TATCCTGAAA AGCCACGTTC AAATACTCGG AGGACATCAC TGTTTTTTAT CCCGATTCCC 3840 GTATCTTTGA TACAAAGCTC TTGGTCATCC ATATAAATCT CCAGACCACC TTCCTTGGTG 3900 TACTTGAGAC TGTTTGAGAT GATTTGCTCA ATAACCACTA GCAGCCACTT TTTATCCGTC 3960 ACGATTTCTT TATCAAGGTC ATGTAGATTG ACATTTAAGC CTTTTTGAAT AAAGAAAAGA 4020 GCATATTTAC GAATTATTTC CTTGACCAAG TCCTCAATTT GAACCTGCTT TAAGACCAAA 4080 TCATCATGGA AACTTTCTAA ACGCAGGTAC TGTAAAACTA GGTTGGTATA GGAGTCGATT 4140 TTGAAAATTT CCTGTTCTAG CTGCTGCTTC AGTTGGCGGT CGACCACTTC TGCAACTAAG 4200 AGTTGACTGG CTGCAATGGG GGTCTTTATC TGATGGACCC ACAAGGTATA GTAATCCAGC 4260 AAATCCGTCA GTTTTCTTTC TGCTTTTGAC CTCTGCTGAT AGAGTTCCAT CTCACGCGCT 4320 TCTAATTTTT CTGCTAAAGC TATTTCCAAA GGAGACTTGG CTTCCCTCTC TCCATAGAGA 4380 AGTTCCTGGC GATAGACCTG CGTTTCCACC AATATGTCCC AAGTGAAAAA TAATATGGTT 4440 ACAAAGCAAC ACAAGAAGAA AAAGTAGAGG AAGTAAATTC CTAGACTGGC AAATAAAAAC 4500 TGAAAGAGTA AGACAAGAAA TGCCAAAGAA AGCAGATAGA TAAAAAGACG ACTACGGGAG 4560 CGCAGATAGG CTAGAAAAAA TTGTTTCCAA TCAAGCATGC TTCAATCCGT ACCCTATTCC 4620 TTTCTTGGTC TCGATAAATC CTACCAATCC CTGCTCCTCC AACTTTTTAC GCAAACGAGC 4680 CACATTGACA GAGAGGGTAT TATCATCAAT GAAAAAGTCA CTGTTCCAAA GTTCCCGCAT 4740 CAGGTCGTCA CGTGCTACGA TGTTGCCTGC ATGCTCAAAT AACACGCGTA AAATCTGGAA 4800 TTCATTCTTG GTCAAATTCA AGACTTGCCC TTGATAATGT AAATCCATGG ATTTGGTATT 4860 GAGGATAACA CCAGCATATT CCAGCAAACT CTCATCACGC CCAAACTCAT AGGAACGACG 4920 CAACAAGCCC TGAACCTTAG CTAAAAGAAC CTGCTGGTCA AAAGGCTTGG TCACAAAGTC 4980 ATCCGCCCCC ATATTGATTG CCATGACAAT ATCCATAGCC TGGTCTCTCG AAGAAAGAAA 5040 CATGATAGGT ACCTTGGAAA TCTTGCGGAT TTCCTGACAC CAGTGATAAC CATTAAACAA 5100 GGGCAAACCA ATATCCATGA GGACCAGATG AGGTTCCGAC TGAACAAATA GACTCAAAAC 5160 TTCCATAAAG TCTTCTACCA GGACCACTTC AAATCCCCAT TCAGAGAGCA TTTTCCCAAT 5220 CTGTTGACGA ATGACCTGAT CATCTTCTAT TAATAAAATC TTGTGCATGC GCTTCTCCTT 5280 TTCCATTATT ATAACAGATT TTTCCATGCT AGATGGTCTG AAACTGAATT TGAAATAGCC 5340 TGTTTTTAGC CAGTACAAAC AGGCTATGCT ACTAGCTAAT TTGAGGGAAA TTTGCTAAGA 5400 TAAATAAAAA GAAAGGAGCT CTTATGGCCA ATATTTTTGA CTATCTGAAA GATGTCGCAT 5460 ATGATTCTTA TTACGACCTT CCCTTGAATG AGTTAGACAT TCTAACCTTA ATAGAAATCA 5520 CCTACCTCTC CTTTGATAAT CTGGTCTCCA CACTTCCTCA ACGTCTTTTA GATCTAGCAC 5580 CTCAGGTTCC AAGAGATCCC ACCATGCTTA CTAGCAAAAA TCGCCTTCAA TTATTAGATG 5640 AATTGGCTCA ACACAAGCGC TTCAAAAATT GCAAACTCTC CCATTTTATC AACGACATCG 5700 ACCCTGAACT GCAAAAGCAA TTTGCGGCTA TGACTTATCG TGTCAGCCTC GATACCTATC 5760 TGATTGTCTT TCGTGGGACA GATGACAGTA TCATTGGCTG GAAGGAAGAT TTCCACCTGA 5820 CCTATATGAA GGAAATTCCT GCTCAAAAGC ACGCCCTTCG CTATTTAAAG AACTTTTTTG 5880 CCCATCATCC TAAGCAAAAG GTTATTCTAG CTGGGCATTC CAAGGGAGGA AATCTCGCTA 5940 TCTATGCTGC TAGCCAAATT GAGCAAAGTT TGCAAAATCA GATCACAGCA GTTTATACAT 6000 TTGATGCACC TGGTCTCCAT CAAGAATTGA CACAGACTGC GGGTTATCAA AGGATAATGG 6060 ATAGAAGCAA GATATTCATT CCACAAGGTT CCATTATCGG TATGATGCTG GAAATTCCTG 6120 CTCACCAAAT CATCGTTCAG AGTACTGCCC TGGGTGGCAT CGCCCAGCAC GATACCTTTA 6180 GTTGGCAGAT TGAGGACAAG CACTTCGTCC AACTGGATAA GACCAACAGT GATAGCCAGC 6240 AAGTAGACAC AACCTTTAAA GAATGGGTGG CCACAGTCCC TGACGAAGAA CTTCAGCTCT 6300 ACTTCGACCT CTTCTTTGGC ACTATTCTTG ATGCTGGTAT TAGCTCTATC AATGACTTGG 6360 CTTCCTTAAA GGCGCTTGAA TACATTCATC ATCTCTTTGT CCAAGCTCAA TCCCTCACTC 6420 CAGAAGAAAG AGAAACCTTG GGTCGCCTTA CCCAGTTATT GATTGATACT CGTTACCAGG 6480 CATGGAAAAA TAGATAATAC TCTTGAAAAT TAAATGTATA CAAAACAAAA GACCTAGAAT 6540 ACATACTTTC ATGTGCATTC TAAGTCTTTT TAAATAGAAT CTAATAGTCA ATAAAAATCA 6600 AAGAGCATTG AGAGATAATG GGGCTTGGAA CGTCCCTCTC GCTTCAACAA AATGACCCCA 6660 TTATAGATTA AAAAGATGCC ACTTAGAAAA AGCAAAAAAG GAAGTAAGAC AAAGGCAAAT 6720 ATATAAAAAG CTAACTGAAC ATTCTCGTAT CCATTTTTAT AAAAAAGGTA GGATAGATAA 6780 AAATAACTTG AAATGAGGGA TAATAAAAAT AATACTGGAT TCCACAAACT TCTATTATCC 6840 TTCCAAAATG ACACTATAAA GGCTAATACA ATTCCTATAA CGAGATACAT TTCTTACTCC 6900 TTTAATAGCT ACATTTTATC ATAATTATCC AAAGAAAAAA GAGGGCATTT ATCCCTCTTA 6960 ATCCTTCATC TGACTCTCTG CATCGGCCAC GACTTTTTCT AGACTGGTTT GACCAAGTTC 7020 TGCCTCCATA GTCAACTGAA TTCTCTCCAA TTTTTGATCC AAAACATCAT GAATATGAGC 7080 TCCTACAGGG CAATTTGGAT TCGGATTGTC ATGGAAACTG AAGAGTTGAC CTGTCTTACC 7140 AAGACATTCG ACCGCCTGAT AAACATCTAA AAGACTAATA TCCTTAAGGT CCTTGACAAT 7200 CTCTGTTCCG CCCGTTCCAC GCGCTACTGA AATCAGCTCT GCCTTCTTCA ACTGGGACAA 7260 GATCTTTCTG ATAATGACAG GATTGACCCC GACACTAGCA GCCAGAAAAT CACTGGTCAC 7320 CTTGCTTTCC TTCCCCTCGA GGGCAATGAT TATCAGCATA, TGAGTCGCAA TGGTAAATCT 7380 ACTTGGAATT TGCATCCTCT TCTCCTTTTT ACGAGGCTAC CCTGCCTCTA CTCTTCTTTT 7440 TCTATTATTA TACCCTTTTT AGTTGTAATG TCAATCGTTA CCACTTTTCA ACCAGTCGTC 7500 TAACTCCCGA TCGCAGCCCT CTTTCTGAGC CAATTCTCTC AAAAATTCCT GATGATGAGT 7560 ATGGTGGATC CCATTGACCA GACTTTCATA GTAAACCTCA AAATAGGGAA GTCTCAGGTC 7620 TTTAGCCAGC TGCAATTCAG CTGCTACATC GTAGTCTACC CGTCGGAAGT CCATATCTAC 7680 CAGGCCTTTG TCATCAAACT CCAAAATCAT ATACTGGGCC CGCAAGTCCT TCCGTAGCTG 7740 AGCGTCCAAA AAGAAAGGTT GGCCAATCGA ACCCGGATTG ACAATCAATT GCCCACCAGT 7800 CCCGTAACGA AGCAACTGCT GGTGAATATG TCCATAAACA GCAATATCAC AGGGAGGATG 7860 AGTCACCAAG CGGTCAAACT CCTCTTGTTT GCCAGTATGA ATCAACTCTC GCCCCCAGTT 7920 CTTATCAGGC AGATGATGGC TAATTCCCAC CGTCAAATCC CCAAACTGAC GATGAATTTG 7980 AAGAGGTTGA TTGTGGAGCA CTTCAATTTC TTCTAGGGAA ATTTCCTCTA AAACATACTG 8040 GCACTGGCGC AAGAGATAGC GTTGACTGGG GCGAGTACTG TCCAATTCCT TACGGACACC 8100 ATGCCAAAGA CTGTCTTCCC AGTTTCCCAA AACTCTAGCC GTAATCGGTA GTTGATCCAA 8160 CAAGTCCAAA ATCCTTCTAC GCCCTGTCCC TGGCATGAGA ATATCTCCCA AAAGCCAGTA 8220 TTCATCCACT CCTATCTGCC GAGCATCTGC CAAAACAGCC TCCAAGGCGG TGGTATTTCC 8280 ATGAATATCT GAAAGAAGAG CTATTTTCGT CATATCCATC TCCTCGTTTT TTCTCTTGCA 3340 ATAAGTATAA CATAAAAAGT CACAGCTAGA GAAATCTAGC TTTTTTTGAT ATACTAGATA 8400 AAGATATTAG ACAAGAGGAA ACGAATGACC CCAAACAAAG AAGACTATCT AAAATGTATT 8460 TATGAAATTG GCATAGACCT GCATAAGATT ACCAACAAGG AAATTGCGGC TCGCATGCAA 8520 GTCTCTCCCC CTGCCGTAAC TGAAATGATC AAACGAATGA AAAGTGAAAA TCTCATCCTA 8580 AAGGACAAGG AATGTGGCTA TCTACTGACT GACCTCGGTC TCAAACTGGT CTCTGAGCTC 8640 TATCGTAAGC ACCGCTTGAT TGAAGTTTTT CTAGTTCATC ATTTAGACTA TACAAGTGAC 8700 CAGATTCACG AGGAAGCTGA GGTCTTGGAA CACACTGTCT CTGACCTGTT CGTGGAAAGA 8760 CTAGATAAAC TGCTAGGTTT CCCTAAAACC TGCCCCCACG GGGGAACTAT TCCTGCCAAG 8820 GGAGAACTAC TCGTTGAAAT CAATAACCTC CCACTAGCTG ATATCAAGGA AGCTGGCGCC 8880 TACCGCCTGA CTCGGGTGCA CGATAGTTTT GACATTCTCC ATTATCTGGA CAAGCACTCA 8940 CTTCACATCG GTGACCAGCT CCAAGTCAAG CAGTTTGATG GCTTCAGCAA TACCTTCACT 9000 ATCCTCAGTA ACGACGAGGA TTTACAAGTG AATATGGACA TTGCAAAACA ACTCTATGTC 9060 GAGAAAATCA ACTAATTTCT CAAGTCCCCT ACCAACCCTG AAAGTTTTAT TTTGGCTCTT 9120 TGTCAACTGT AGTGGGTTGA AGTCAGCTAA GCTCGAGAAA GGACAAATTT TGTCCTTTCT 9180 TTTTTGATAT TCAGAGCGAT AAAAATCCGT TTTTTGAAGT TTTCAAAGTT CCGAAAACCA 9240 AAGGCATTGC GCTTGATAAG TTTGATGAGA TTATTGGTCG CTTCCAGTTT GGCATTAGAA 9300 TAGTGTAGTT GAAGGGCGTT GACAATCTTT TCTTTATCTT TGAGGAAGGT TTTAAAGACA 9360 GTCTGAAAAA TAGGATGAAC CTGCTTTAGA TTGTCCTCAA TGAGTCCGAA AAATTTCTCC 9420 GGTTTCTTAT TCTGAAAGTG AAACAGCAAG AGTTGATAGA GCTGATAGTG GTGTTTCAAG 9480 TCTTGTGAAT AGCTCAAAAG CTTGTCTAAA ATCTCTTTAT TGGTTAAGTG CATACGAAAA 9540 GTAGGACGAT AAAATCGCTT ATCACTCAGT TTACGGCTAT CCTGTTGTAT GAGCTTCCAG 9600 TAGCGCTTGA TAGCCTTGTA TTCATGGGAT TTTCGATCCA ATTGGTTCAT AATTTGAACA 9660 CGCACACGAC TCATAGCACG GCTAAGATGT TGTACAATGT GAAAGCGATC CAACACGATT 9720 TTAGCATTCG GGAGTGAAAC AGTCTGGGAG ACTGTTTCAG CCTGAGCCTA GAAATTTGAA 9780 AGCGAAGCTG TTTAGCCAAG TCATAGTAAG GACTAAACAT ATCCATCGTA ATGATTTTCA 9840 CTTGACAACG AACGGCTCTA TCGTAGCGAA GAAAGTGATT TCGGATGACA GCTTGTGTTC 9900 TGCCTTCAAG AACAGTGATA ATATTAAGAT TATCAAAATC TTGCGCAATG AAACTCATCT 9960 TTCCCTTAGT GAAGGCATAC TCATCCCAAG ACATAATCTT TGGAAGCCGA GAAAAATCAT 10020 GCTCAAAGTG AAAGTCATTG AGCTTGCGAA TGACAGTTGA AGTTGAAATG GCCAGCTGAT 10080 GGGCAATATC AGTCATAGAA ATTTTTTCAA TTAACTTTTG AGCAATyTTT TGGTTGATGA 10140 TACGAGGGAT TTGGTGATTT TTCTTTACCA GGGGAGTCTC AGCAACCATC ATTTTTGAAC 10200 AGTGATAGCA CTTGAAACGA CGCTTTCTAA GGAGAATTCT AGAAGGCATA CCAGTCGTTT 10260 CAAGATAAGG AATTTTAGAA GGTTTTTGAA AGTCATATTT CTTCAATTGG TTTCCGCACT 10320 CAGGGCAAGA TGGGGCGTCG TAGTCCAGTT TGGCGATGAT TTCCTTGTGT GTATCCTTAT 10380 TGATGATGTC TAAAATCTGG ATATTAGGGT CTTTAATGTC TAGTAATTTT GTGATAAAAT 10440 GTAATTGTTC CATATGATTC TTTCTAATGA GTTGTTTTGT CGCTTTTCAT TATAGGTCAT 10500 ATGGGACTTT TTTTCTACAA TAAAATAGGC TCCATAATAT CTATAGTGGA TTTACCCACT 10560 ACAAATATTA TAGAACCGTA AAAATAGAAG GAGATAGCAG GTTTTCAAGC CTGCTATCTT 10620 TTTTTGATGA CATTCAGGCT GATACGAAAT CATAAGAGGT CTGAAACTAC TTTCAGAGTA 10680 GTCTGTTCTA TAAAATATAG TAGATTGAAA TAAGATGTGA ACAACTCTAT CAGGAAAGTC 10740 AAATTAATTT ATAGAATTAT TTTAGCAGTC AAGGTGTACT GTTATAGATT CAATATATTA 10800 TATGACTATT AACCTTGTCT TCTCCTAAAA TTGACTTTCT TGTTTTCTTA TCTTGTCCAC 10860 TCGAAACAAG TATTGTAAGA ATTTGATTAT TTTTGAAAGT ACTTTTAATA TACTTGATAT 10920 AGTTAAAAAA GATTTGAAAC TAAATTCCAA ATTAGAAAAA GACTTGAAAT ACTAAAAAAA 10980 AAAAAGTATA CTCTAATTGA AAACGGTAAC AAAACTAATT TAGAGAATGA AATATAGAGT 11040 ATTTCTCTCT TAAAAGTTTT TGGTGAAACG AGATGTAGAA AGGAGATTTA GCCAAAGAGT 11100 CTATTAGTGC TAGAATAATA GATTAGAATT ATTTTAGAAA AACGAAGTGA GCAGCTTATA 11160 AATTCAAGTC CCCAAATAGA TTCATACTAG TATCTTTTGC AAAAAATAAA GGGCGACTTC 11220 CTTCATGAAT ATCAATTTCA TCTATAAGGA AGGTAGCTAA TTGAACTAAC TTATTTATTC 11280 TGTTTGTCGC TAGAAAAATC AGACCTCCTT GTGAAGATTG AGGAGATACT TAATGAAAAT 11340 CAAAGAAGAA ACTAGCAAGC TAGTAGCAGA TTGCCCAAAA CACCGCTTTG AGGTTGTAGA 11400 TAAGACTGAC CTATATAATC CAAGGTGAAG CGACTGTGGT TTGAAGAGAT TTTCAAAGAG 11460 TATAGGCTAG AGAGTAGTGT TTTTATGTCC TTCTAGTAGA AAATGCTAGA CAGAAGAATG 11520 GGGAACTTGG ATAGGAAAAA TAGATTGAGA AAGGAGGTTA GAAGAGATGA TTATTACAAA 11580 AATTAGCCGT TTAGGAACTT ATGTGGGAGT AAATCCACAT TTTGCAACAT TAATAGATTT 11640 TCTAGAAAAA ACAGGACTAG AAAATTTAAC AGAAGGTTCG ATTGCTATCG ATGGTAATCG 11700 ATTGTTTGGG AATTGCTTTA CTTATCTAGC AGATGGTCAA GCAGGGGCTT TCTTTGAAAC 11760 CCACCAAAAA TATTTGGATA TTCATTTAGT TTTGGAAAAC GAAGAAGCCA TGGCTGTTAC 11820 ATCGCCGGAA AATGTAAGCG TTACCCAAGA ATATGATGAA GAGAAAGATA TTGAATTATA 11880 CACAGGGAAA GTGGAACAGT TGGTTCATTT GAGAGCTGGC GAATGCCTCA TCACTTTTCC 11940 AGAAGATTTA CATCAACCCA AGGTTCGTAT AAATGATGAA CCTGTGAAAA AAGTTGTCTT 12000 TAAAGTTGCG ATTTCTTAAT GTAGAAAGAG AAGAACGATG AAAAAAATGA GAAAGTTTTT 12060 ATGTCTAGCT GGAATTGCGC TAGCGGCTGT TGCCTTGGTA GCTTGTTCAG GAAAAAAAGA 12120 AGCTACAACT AGTACTGAAC CACCAACAGA ATTATCTGGT GAGATTACAA TGTGGCACTC 12180 CTTTACTCAA GGACCCCGTT TAGAAAGTAT TCAAAAATCA GCAGATGCTT TCATGCAAAA 12240 GCATCCAAAA ACGAAAATCA AGATTGAAAC ATTTTCTTGG AATGACTTCT ATACTAAATG 12300 GACTACAGGT TTAGCAAATG GAAATGTGCC AGATATCAGT ACAGCTCTTC CTAACCAAGT 12360 AATGGAAATG GTCAACTCAG ATGCTTTGGT TCCGCTAAAT GATTCTATCA AGCGTATTGG 12420 ACAAGATAAA TTTAACGAAA CTGCCTTAAA TGAAGCAAAA ATCGGAGATG ATTACTACTC 12480 TGTTCCTCTT TATTCACATG CACAAGTCAT GTGGGTTAGA ACAGATTTGT TAAAAGAACA 12540 TAATATTGAG GTTCCTAAAA CTTGGGATCA ACTCTATGAA GCTTCTAAAA AATTGAAAGA 12600 AGCTGGAGTT TATGGCTTGT CTGTTCCGTT TGGAACAAAT GACTTAATGG CAACACGTTT 12660 CTTGAACTTC TACGTACGTA rTGGTGGAGG AAGCCTCTTA ACAAAAGATC TTAAAGCAGA 12720 CTTGACAAGC CAACTTGCTC AAGATGGTAT TAAATACTGG GTTAAATTGT ATAAAGAAAT 12780 CTCACCTCAA GATTCTTTGA ACTTTAATGT CCTTCAACAA GCTACCTTGT TCTATCAAGG 12840 AAAAACAGCA TTTGACTTTA ACTCTGGCTT CCATATCGGA GGAATTAATG CCAACAGTCC 12900 TCAATTGATT GATTCGATTG ATGCTTATCC TATTCCAAAA ATCAAAGAGT CTGATAAAGA 12960 CCAAGGAATT GAAACCTCAA ACATTCCAAT GGTTGTTTGG AAAAATTCAA AACATCCAGA 13020 AGTTGCTAAA GCATTCTTAG AAGCACTTTA TAATGAAGAA GACTACGTTA AATTCCTTGA 13080 TTCAACTCCA GTAGGTATGT TGCCAACTAT TAAGGGGATT AGCGATTCTG CAGCCTATAA 13140 AGAAAATGAA ACTCGTAAGA AATTTAAACA TGCTGAAGAA GTAATTACTG AAGCTGTTAA 13200 AAAAGGTACT GCTATTGGTT ATGAAAATGG GCCAAGTGTA CAAGCTGGTA TGTTGACTAA 13260 CCAACACATT ATTGAACAAA TGTTCCAAGA TATCATTACA AATGGAACAG ATCCTATGAA 13320 AGCAGCAAAA GAAGCAGAAA AACAATTAAA TGATTTATTT GAGGCTGTTC AGTAGATGTA 13380 AAAGACTAGA AAATAGGTGG GATAGTGAGC TGAAAAGCTC TAGCCCAATC TTGTAAAAGA 13440 AGGGAGAAGG AGAATGGTTA AAGAACGTAA TTTAACTCGC TGGATATTTG TTTTGCCAGC 13500 TATGATTATC GTAGGATTAC TCTTTGTTTA TCCGTTTTTC TCGAGTATTT TTTATAGCTT 13560 TACCAATAAG CATTTGATTA TGCCTAATTA TAAATTTGTT GGTTTGGCTA ACTATAAAGC 13620 TGTGCTATCA GATCCCAACT TCTTTAATGC GTTCTTTAAT TCAATTAAGT GGACCGTTTT 13680 CTCATTAGTT GGTCAAGTTT TAGTAGGGTT TGTATTGGCT TTAGCTCTTC ACAGAGTACG 13740 CCACTTCAAG AAATTATATA GGACATTATT GATTGTTCCT TGGGCATTTC CTACCATCGT 13800 TATTGCCTTC TCTTGGCAGT GGATTCTAAA CGGGGTTTAT GGCTACTTAC CTAATCTAAT 13860 CGTAAAATTA GGTTTAATGG AACATACACC TGCATTTTTG ACAGATAGTA CATGGGCATT 13920 CCTATGTTTG GTGTTTATCA ACATTTGGTT TGGAGCACCA ATGATTATGG TTAATGTGCT 13980 TTCAGCTTTG CAAACAGTAC CAGAAGAACA ATTTGAGGCT GCTAAGATAG ATGGTGCTTC 14040 AAGTTGGCAG GTGTTCAAGT TTATCGTCTT TCCACATATT AAAGTGGTTG TAGGACTTCT 14100 AGTTGTTTTG AGAACTGTAT GGATCTTTAA TAACTTTGAC ATTATCTACC TCATTACTGG 14160 TGGTGGACCA GCCAATGCTA CAACGACGCT TCCAATTTTT GCTTACAACC TGGGCTGGGG 14220 AACTAAATTG TTGGGTCGTG CTTCAGCAGT TACAGTACTG CTCTTTATCT TCTTGGTGGC 14280 GATTTGCTTT ATCTACTTTG CTATCATCAG TAAGTGGGAA AAGGAGGGTA GAAAATAATG 14340 AAGAAGAAAT CCAGTATTTA TTTAGATATT CTCTCACATG TACTTTTAGT TGGTGCGACC 14400 ATCGTTGCAG TTTTCCCATT GGTATGGATT ATCATATCTT CTGTCAAAGG GAAAGGGGAA 14460 TTAACTCAGT ATCCAACACG ATTTTGGCCT GAACAGTTTA CATTAGATTA TTTCACTCAT 14520 GTTATCAACG ATTTGCACTT CATTGATAAC ATTCGAAACA GTTTAATCAT TGCCTTGGCT 14580 ACAACCCTTA TTGCGATTAT TATTTCTGCT ATGGCAGCCT ATGGTATTGT TCGATTCTTT 14640 CCTAAATTGG GAGCAATCAT GTCGAGACTA CTCGTCATTA CCTACATTTT CCCACCAATT 14700 TTGTTAGCAA TTCCCTATTC AATTGCCATT GCTAAAGTTG GGTTAACAAA TAGTTTATTT 14760 GGCTTGATGA TGGTTTATCT ATCTTTTAGT GTTCCATATG CAGTTTGGCT CTTAGTTGGA 14820 TTTTTCCAAA CAGTTCCAAT TGGAATTGAA GAAGCGGCTA GAATTGATGG TGCAAATAAA 14880 TTTGTTACGT TTTATAAAGT TGTGCTACCG ATTGTAGCAC CAGGTATTGT AGCAACAGCT 14940 ATTTATACAT TTATCAATGC TTGGAATGAA TTCCTGTATG CCTTGATTTT GATTAACAAT 15000 ACAGGAAAGA TGACAGTAGC AGTAGCCCTT CGTTCACTTA ATGGTTCAGA AATACTAGAC 15060 TGGGGAGATA TGATGGCAGC GTCTGTTATT GTAGTTCTTC CATCAATTAT TTTCTTCTCT 15120 ATCATCCAAA ATAAGATTGC AAGTGGATTA TCAGAAGGAT CTGTGAAGTA GACGAAAGAA 15180 GGAAAAAAAT GAATAAAAGA GGTCTTTATT CAAAACTAGG AATTTCCGTT GTAGGCATTA 15240 GTCTTTTAAT GGGAGTCCCC ACTTTGATTC ATGCGAATGA ATTAAACTAT GGTCAACTGT 15300 CCATATCTCC TATTTTTCAA GGAGGTTCAT ATCAACTGAA CAATAAGAGT ATAGATATCA 15360 GCTCTTTGTT ATTAGATAAA TTGTCTGGAG AGAGTCAGAC AGTAGTAATG AAATTTAAAG 15420 CAGATAAACC AAACTCTCTT CAAGCTTTGT TTGGCCTATC TAATAGTAAA GCAGGCTTTA 15480 AAAATAATTA CTTTTCAATT TTCATGAGAG ATTCTGGTGA GATAGGTGTA GAAATAAGAG 15540 ACGCCCAAAA GGGAATAAAT TATTTATTTT CCAGACCAGC TTCATTATGG GGAAAACATA 15600 AAGGACAGGC AGTTGAAAAT ACACTAGTAT TTGTATCTGA TTCTAAAGAT AAAACATACA 15660 CAATGTATGT TAATGGAATA GAAGTGTTCT CTGAAACAGT TGATACATTT TTGCCAATTT 15720 CAAATATAAA TGGTATAGAT AAGGCAACAC TAGGAGCTGT TAATCGTGAA GGTAAGGAAC 15780 ATTACCTCGC AAAAGGAAGT ATTGATGAAA TCAGTCTATT TAACAAAGCA ATTAGTGATC 15840 AGGAAGTTTC AACTATTCCC TTGTCAAATC CATTTCAGTT AATTTTCCAA TCAGGAGATT 15900 CTACTCAAGC TAACTATTTT AGAATACCGA CACTATATAC ATTAAGTAGT GGAAGAGTTC 15960 TATCAAGTAT TGATGCACGT TATGGTGGGA CTCATGATTC TAAAAGTAAG ATTAATATTG 16020 CCACTTCTTA TAGTGATGAT AATGGGAAAA CGTGGAGTGA GCCAATTTTT GCTATGAAGT 16080 TTAATGACTA TGAGGAGCAG TTAGTTTACT GGCCACGAGA TAATAAATTA AAGAATAGTC 16140 AAATTAGTGG AAGTGCTTCA TTCATAGATT CATCCATTGT TGAAGATAAA AAATCTGGGA 16200 AAACGATATT ACTAGCTGAT GTTATGCCTG CGGGTATTGG AAATAATAAT GCAAATAAAG 16260 CCGACTCAGG TTTTAAAGAA ATAAATGGTC ATTATTATTT AAAACTAAAG AAGAATGGAG 16320 ATAACGATTT CCGTTATACA GTTAGAGAAA ATGGTGTCGT TTATAATGAA ACAACTAATA 16380 AACCTACAAA TTATACTATA AATGATAAGT ATGAAGTTTT GGAGGGAGGA AAGTCTTTAA 16440 CAGTCGAACA ATATTCGGTT GATTTTGATA GTGGCTCTTT AAGAGAAAGG CATAATGGAA 16500 AACAGGTTCC TATGAATGTT TTCTACAAAG ATTCGTTATT TAAAGTGACT CCTACTAATT 16560 ATATAGCAAT GACAACTAGT CAGAATAGAG GAGAGAGTTG GGAACAATTT AAGTTGTTGC 16620 CTCCGTTCTT AGGAGAAAAA CATAATGGAA CTTACTTATG TCCCGGACAA GGTTTAGCAT 16680 TAAAATCAAG TAACAGATTG ATTTTTGCAA CATATACTAG TGGAGAACTA ACCTATCTCA 16740 TTTCTGATGA TAGTGGTCAA ACATGGAAGA AATCCTCAGC TTCAATTCCG TTTAAAAATG 16800 CAACAGCAGA AGCACAAATG GTTGAACTGA GAGATGGTGT GATTAGAACA TTCTTTAGAA 16860 CCACTACAGG TAAGATAGCT TATATGACTA GTAGAGATTC TGGAGAAACA TGGTCGAAAG 16920 TTTCGTATAT TGATGGAATC CAACAAACTT CATATGGCAC ACAAGTATCT GCAATTAAAT 16980 ACTCTCAATT AATTGATGGA AAAGAAGCAG TCATTTTGAG TACACCAAAT TCTAGAAGTG 17040 GCCGCAAGGG AGGCCAATTA GTTGTCGGTT TAGTCAATAA AGAAGATGAT AGTATTGATT 17100 GGAAATACCA CTATGATATT GATTTGCCTT CGTATGGTTA TGCCTATTCT GCGATTACAG 17160 AATTGCCAAA TCATCACATA GGTGTACTGT TTGAAAAATA TGATTCGTGG TCGAGAAATG 17220 AATTGCATTT AAGCAATGTA GTTCAGTATA TAGATTTGGA AATTAATGAT TTAACAAAAT 17280 AAAGGAGAAA AACATGGTTA AATACGGTGT TGTTGGAACA GGGTATTTTG GAGCTGAATT 17340 GGCTCGCTAC ATGCAAAAGA ATGATGGAGC AGAGATTACT CTTCTCTATG ATCCAGATAA 17400 TGCAGAGGCG ATTGCAGAAG AATTGGGAGC AAAAGTAGCA AGTTCCTTAG ATGAGTTGGT 17460 TTCTAGCGAT GAAGTAGATT GTGTTATCGT CGCAACTCCA AATAATCTTC ATAAGGAACC 17520 GGTTATTAAG GCTGCACAGC ATGGTAAAAA TGTTTTCTGT GAAAAACCAA TTGCGCTTTC 17580 TTATCAAGAT TGTCGCGAGA TGGTAGATGC GTGTAAAGAA AACAATGTAA CCTTTATGGC 17640 AGGACATATT ATGAATTTCT TTAATGGTGT TCATCATGCA AAAGAACTCA TTAATCAAGG 17700 AGTTATCGGA GACGTTCTAT ATTGTCATAC AGCTCGTAAT GGTTGGGAAG AACAACAACC 17760 GTCAGTATCA TGGAAAAAAA TTCGTGAAAA ATCAGGTGGT CACTTGTATC ACCACATCCA 17820 TGAATTGGAT TGCGTTCAAT TCCTTATGGG GGGCATGCCT GAAACTGTAA CCATGACAGG 17880 TGGAAATGTG GCCCATGAAG GTGAACATTT CGGTGATGAA GATGATATGA TTTTTGTCAA 17940 TATGGAATTT TCTAATAAGC GTTTTGCCTT GTTAGAATGG GGTTCAGCTT ATCGTTGGGG 18000 TGAACATTAT GTCTTAATCC AAGGAAGCAA AGGTGCCATC CGCTTAGACT TATTCAACTG 18060 TAAAGGAACT CTTAAGCTAG ATGGGCAAGA AAGCTATTTC TTGATTCACG AATCGCAAGA 18120 AGAAGATGAT GATCGGACTC GTATCTATCA TAGTACAGAG ATGGATGGAG CAATTGCTTA 18180 TGGTAAACCA GGTAAACGTA CTCCATTATG GCTATCATCT GTCATTGATA AAGAAATGCG 18240 CTATCTGCAT GAGATTATGG AAGGAGCTCC AGTATCAGAA GAATTTGCAA AACTTTTGAC 18300 AGGTGAAGCT GCCCTAGAAG CAATTGCTAC TGCAGATGCT TGTACCCAGT CTATGTTTGA 18360 AGATCGCAAA GTAAAATTGT CAGAAATTGT AAAATAAATT TTGGTATTCT CCTATTTATA 18420 GGTCGACTTG CTCCTCTGAA AGTACTTTTA GAGGAGCTGT TTGACTTTGC TAGTTTTTGA 18480 AACTGAAATC TATTATACTA CAAACTATTG AAAGCGTTTT AATTTTAAGG TATAATAATC 18540 TCATAGAAAT AAAGAAAAGG AGGAAAGAGG ATGCCACAGA TTAGCAAAGA AGCCTTGATT 18600 GAGCAAATCA AAGATGGAAT CATCGTTTCT TGTCAGGCTC TTCCTCATGA ACCGCTTTAT 18660 ACAGAAGCGG GAGGGGTGAT TCCCTTGCTG GTCAAAGCGG CTGAGCAAGG TGGAGCAGTC 18720 GGTATCCGAG CAAACAGTGT TCGCGATATC AAGGAAATTA AGGAAGTCAC TAAACTTCCA 18780 ATCATTGGGA TTATCAAACG TGATTATCCA CCTCAGGAAC CCTTCATCAC GGCTACTATG 18840 AAAGAAGTTG ATGAATTGGC AGAACTGGAC ATCGAGGTGA TTGCTCTGGA TTGTACCAAG 18900 CGTGAACGCT ACGATGGTTT GGAAATTCAA GAGTTCATTC GTCAGGTTAA GGAGAAATAT 18960 CCTAATCAGC TTTTGATGGC TGATACTAGT ATCTTCGAAG AAGGGCTAGC AGCTGTAGAA 19020 GCAGGAATTG ACTTTGTCGG AACAACCTTA TCAGGCTACA CATCCTACAG TCCAAAAGTA 19080 GACGGTCCAG ATTTTGAATT GATTAAGAAA CTCTGTGATG CTGGTGTAGA TGTCATTGCA 19140 GAAGGAAAAA TTCATACACC AGAACAAGCC AAACAAATCC TTGAATATGG AGTGCGAGGC 19200 ATCGTTGTTG GTGGCGCCAT TACTAGACCA AAAGAGATTA CAGAACGCTT CGTTGCTAGT 19260 CTTAAATAAG ATGTGAGGGG GAGTTTTATG TTTAAAGTTT TACAAAAAGT TGGAAAAGCT 19320 TTTATGTTAC CTATAGCTAT ACTTCCTGCA GCAGGTCTAC TTTTGGGGAT TGGTGGTGCA 19380 CTTTCAAACC CAACCACGAT AGCAACTTAT CCAATACTAG ACAATAGTAT TTTTCAATCA 19440 ATATTCCAAG TAATGAGCTC TGCAGGAGAG GTTGTATTCA GTAATTTGTC ACTACTTCTC 19500 TGTGTGGGAT TATGTATTGG CTTAGCGAAA CGAGATAAAG GAACCGCTGC GTTAGCAGGA 19560 GTAACTGGTT ACTTAGTTAT GACTGCAACG ATCAAAGCTT TGGTAAAACT TTTTATGGCA 19620 GAAGGATCTG CAATTGATAC TGGAGTTATT GGAGCATTAG TTGTCGGAAT AGTTGCCGTA 19680 TATTTGCACA ACCGATATAA CAATATTCAA TTACCTTCCG CTTTAGGATT CTTTGGAGGT 19740 TCACGCTTCG TTCCTATTGT TACATCGTTC TCTTCTATCT TGATTGGCTT TGTCTTCTTT 19800 GTTATTTGGC CACCTTTCCA ACAACTTCTT GTTTCTACAG GTGGATATAT TTCTCAGGCG 19860 GGTCCAATTG GAACTTTTCT ATATGGATTT TTAATGAGAC TTTCTGGAGC AGTAGGCTTA 19920 CATCATATAA TTTACCCTAT GTTTTGGTAT ACTGAACTTG GTGGTGTTGA AACTGTTGCA 19980 GGACAAACAG TGGTTGGAGC TCAAAAAATA TTTTTTGCTC AATTAGCCGA TTTGGCCCAT 20040 TCTGGATTAT TTACAGAAGG AACAAGGTTT TTTGCAGGTC GTTTCTCAAC AATGATGTTC 20100 GGTTTACCGG CTGCCTGTTT AGCGATGTAC CATAGTGTTC CTAAAAATCG TCGTAAAAAA 20160 TACGCGGGTT TGTTTTTTGG AGTTGCTTTA ACATCTTTTA TTACCGGTAT TACAGAACCA 20220 ATTGAATTTA TGTTTCTATT CGTCAGTCCG GTTCTATATG TTGTTCACGC ATTCCTTGAT 20280 GGTGTTAGCT TCTTTATTGC AGACGTCTTA AATATTTCAA TAGGAAACAC ATTTTCAGGA 20340 GGTGTAATCG ATTTCACTTT ATTTGGAATT TTGCAGGGGA ACGCTAAGAC GAATTGGGTT 20400 CTTCAGATTC CATTTGGACT TATTTGGAGT GTTTTGTATT ATATTATTTT TAGATGGTTC 20460 ATTACTCAAT TCAACGTTCT AACGCCAGGG CGAGGAGAAG AAGTAGATTC TAAAGAAATT 20520 TCTGAATCCG CAGATTCAAC TTCAAATACT GCAGATTATT TAAAACAGGA TAGCCTACAA 20580 ATTATCAGAG CCTTGGGTGG ATCAAATAAT ATAGAAGATG TAGATGCTTG TGTGACACGT 20640 TTACGTGTAG CTGTAAAAGA AGTTAATCAA GTTGATAAAG CACTTTTAAA ACAAATTGGT 20700 GCAGTTGATG TCTTAGAAGT GAAGGGTGGC ATTCAAGCAA TCTATGGAGC AAAAGCAATC 20760 TTATATAAAA ATAGTATTAA TGAAATTTTA GGTGTAGATG ATTAAGTACT TACTGACTTA 20820 ATAAAAAACA GAGGAGAGTG ATGGATGAGT AGGATGAAAT GAAATCGCAT ACAAGAAATA 20880 AAGAACTCAT TATCCAAGTT GGATACGCTT ATTACATAGG AGAATACAAA TGAAATTTAG 20940 AAAATTAGCT TGTACAGTAC TTGCGGGTGC TGCGGTTCTT GGTCTTGCTG CTTGTGGCAA 21000 TTCTGGCGGA AGTAAAGATG CTGCCAAATC AGGTGGTGAC GGTGCCAAAA CAGAAATCAC 21060 TTGGTGGGCA TTCCCAGTAT TTACCCAAGA AAAAACTGGT GACGGTGTTG GAACTTATGA 21120 AAAATCAATC ATCGAAGCGT TTGAAAAAGC AAACCCAGAT ATAAAAGTGA AATTGGAAAC 21180 CATCGACTTC AAGTCAGGTC CTGAAAAAAT CACAACAGCC ATCGAAGCAG GAACAGCTCC 21240 AGACGTACTC TTTGATGCAC CAGGACGTAT CATCCAATAC GGTAAAAACG GTAAATTGGC 21300 TGAGTTGAAT GACCTCTTCA CAGATGAATT TGTTAAAGAT GTCAACAATG AAAACATCGT 21360 ACAAGCAAGT AAAGCTGGAG ACAAGGCTTA TATGTATCCG ATTAGTTCTG CCCCATTCTA 21420 CATGGCAATG AACAAGAAAA TGTTAGAAGA TGCTGGAGTA GCAAACCTTG TAAAAGAAGG 21480 TTGGACAACT GATGATTTTG AAAAAGTATT GAAAGCACTT AAAGACAAGG GTTACACACC 21540 AGGTTCATTG TTCAGTTCTG GTCAAGGGGG AGACCAAGGA ACACGTGCCT TTATCTCTAA 21600 CCTTTATAGC GGTTCTGTAA CAGATGAAAA AGTTAGCAAA TATACAACTG ATGATCCTAA 21660 ATTCGTCAAA GGTCTTGAAA AAGCAACTAG CTGGATTAAA GACAATTTGA TCAATAATGG 21720 TTCACAATTT GACGGTGGGG CAGATATCCA AAACTTTGCC AACGGTCAAA CATCTTACAC 21780 AATCCTTTGG GCACCAGCTC AAAATGGTAT CCAAGCTAAA CTTTTAGAAG CAAGTAAGGT 21840 AGAAGTGGTA GAAGTACCAT TCCCATCAGA CGAAGGTAAG CCAGCTCTTG AGTACCTTGT 21900 AAACGGGTTT GCAGTATTCA ACAATAAAGA CGACAAGAAA GTCGCTGCAT CTAAGAAATT 21960 CATCCAGTTT ATCGCAGATG ACAAGGAGTG GGGACCTAAA GACGTAGTTC GTACAGGTGC 22020 TTTCCCAGTC CGTACTTCAT TTGGAAAACT TTATGAAGAC AAACGCATGG AAACAATCAG 22080 CGGCTGGACT CAATACTACT CACCATACTA CAACACTATT GATGGATTTG CTGAAATGAG 22140 AACACTTTGG TTCCCAATGT TGCAATCTGT ATCAAATGGT GACGAAAAAC CAGCAGATGC 22200 TTTGAAAGCC TTCACTGAAA AAGCGAACGA AACAATCAAA AAAGCTATGA AACAATAGTC 22260 CTTAGTTATT CTATAAAAAG TAGTTTTTTA AAGAACCTAA GAGTGTATAC CCCCTTTTCC 22320 CTCTACACAG ATAGTGTAAG AAAAGGGGGC TTTTGTTTAA AATGTAAGAA ACTGTCACGA 22380 AATTAAAATG AAGTTCTTAC ATAAGCGAAT CATAAAAAAT TTCATTTTGA TTTTAAAACA 22440 GTTCAAGAAA GTCAAAAAAT TATTCTATTT GAAAGAGAGG TGCCGACTGT GAAAGTCAAT22500 AAAATCCGTA TGCGGGAAAC AGTGATTTCC TACGCTTTCC TAGCACCAGT ATTATTCTTC 22560 TTTGTCATCT TTGTGTTGGC TCCGATGGTG ATGGGCTTCA TTACAAGTTT CTTTAACTAC 22620 TCAATGACTA AATTTGAGTT TGTAGGCTTG GATAACTATA TCCGTATGTT TAAAGATCCT 22680 GTCTTTACAA AATCTCTGAT TAACACAGTT ATTTTGGTTA TTGGATCTGT ACCAGTTGTT 22740 GTTCTATTCT CACTCTTTGT AGCATCTCAG ACCTATCATC AAAATGTCAT TGCCAGATCC 22800 TTCTACCGTT TCGTCTTCTT CCTTCCTGTT GTAACGGGTA GTGTTGCCGT GACAGTTGTT 22860 TGGAAATGGA TTTATGACCC ACTATCAGGG ATTCTAAACT TTGTCCTTAA GTCCAGCCAC 22920 ATCATCAGCC AAAACATTTC TTGGTTGGGA GATAAAAACT GGGCATTGAT GGCGATTATG 22980 ATTATTCTCT TGACCACTTC AGTTGGTCAG CCCATCATCC TTTATATCGC TGCCATGGGG 23040 AATATTGACA ATTCACTGGT TGAAGCGGCG CGTGTTGATG GTGCAACTGA GTTTCAAGTT 23100 TTTTGGAAGA TTAAATGGCC AAGCCTTCTT CCAACAACTC TTTATATTGC AATCATCACA 23160 ACAATTAACT CATTCCAGTG TTTCGCCTTG ATTCAGCTTT TGACATCTGG TGGTCCAAAC 23220 TACTCAACAA GTACCTTGAT GTACTACCTT TACGAAAAAG CCTTCCAATT GACAGAATAC 23280 GGCTATGCCA ACACAATTGG TGTCTTCTTG GCAGTCATGA TTGCTATCGT AAGCTTTGTT 23340 CAATTTAAAG TACTTGGAAA CGACGTAGAA TACTAAAGAA AGGAGACAGC TATGCAATCT 23400 ACAGAAAAAA AACCATTAAC AGCCTTTACT GTTATTTCAA CAATCATTTT GCTCTTGTTG 23460 ACTGTGCTGT TCATCTTTCC ATTCTACTGG ATTTTGACAG GGGCATTCAA ATCACAACCT 23520 GATACAATTG TTATTCCTCC TCAGTGGTTC CCTAAAATGC CAACCATGGA AAACTTCCAA 23580 CAACTCATGG TGCAGAACCC TGCCTTGCAA TGGATGTGGA ACTCAGTATT TATCTCATTG 23640 GTAACCATGT TCTTAGTTTG TGCAACCTCA TCTCTAGCAG GTTATGTATT GGCTAAAAAA 23700 CGTTTCTATG GTCAACGCAT TCTATTTGCT ATCTTTATCG CTGCTATGGC GCTTCCAAAA 23760 CAAGTTGTCC TTGTACCATT GGTACGTATC GTCAACTTCA TGGGAATCCA TGATACTCTC 23820 TGGGCAGTTA TCTTGCCTTT GATTGGATGG CCATTCGGTG TCTTCCTCAT GAAACAGTTC 23880 AGTGAAAATA TCCCTACAGA GTTGCTTGAA TCAGCTAAAA TCGACGGTTG TGGTGAGATT 23940 CGTACCTTCT GGAGTGTAGC CTTCCCGATT GTGAAACCAG GGTTTGCAGC CCTTGCAATC 24000 TTTACCTTCA TCAATACTTG GAATGACTAC TTCATGCAAT TGGTAATGTT GACTTCACGT 24060 AACAATTTGA CCATCTCACT TGGGGTTGCG ACCATGCAGG CTGAAATGGC AACCAACTAT 24120 GGTTTGATTA TGGCAGGAGC TGCCCTTGCT GCTGTTCCAA TCGTCACAGT CTTCCTAGTC 24180 TTCCAAAAAT CCTTCACACA GGGTATTACT ATGGGAGCGG TCAAAGGATA ATACTCTGCG 24240 AAAATCTCTT CAAACTACGT CAGCTTCACC TTGCCATACT TAAGTATTGC CTGCGGTTAG 24300 CTTCCTAGTT TGTTCTTCAA TTTTCATTGA GTATAGGAAA ATCAATCTAT CAAGATACAG 24360 AAGTATATTT TATAGATTTA GAGAATATAG AGGTTATAAG TGTCTACAAA ATGGAGGGTA 24420 TGCAGTTACT TTATGAAGTT TTGTCAGACA CTTATAAACT TAAGAATGGT TTTAGTTAAC 24480 TATCAGAAAC GAAGGAAAGA GTATGATTTT TGACGATTTG AAAAACATCA CCTTTTACAA 24540 AGGGATTCAT CCTAATTTAG ACAAGGCTAT CGACTATCTC TACCAACATC GTAAGGATTC 24600 TTTCGAATTA GGAAAGTATG ATATTGATGG AGATAAAGTC TTTCTAGTTG TTCAGGAAAA 24660 TGTCCTCAAT CAAGCTGAAA ATGATCAATT TGAGTATCAT AAGAACTATG CAGATTTGCA 24720 TTTGCTGGTA GAAGGACATG AATATTCGAG CTACGGTTCA CGTATCAAAG ACGAGGCAGT 24780 AGCATTCGAC GAAGCGAGTG ACATTGGCTT TGTTCATTGT CATGAACACT ACCCACTCTT 24840 GTTGGGTTAT CACAATTTTG CGATTTTCTT CCCAGGTGAG CCACATCAGC CAAATGGTTA 24900 TGCAGGCATG GAAGAAAAGG TTCGAAAATA TCTCTTTAAA ATTTTGATTG ATTAAAAATA 24960 GGATGAATTG TTTTTTTGTA AAGCTTTGAT AATACTCTAC CATGAAATTG ATCTTTGTGA 25020 GGTAGAGAAA TGAGAATAAA ATATTTAAAA ATTGGTATCT TCTAAGTATG CTGCAAGAGC 25080 TAGTTTCTTA GATGGACAGG GGATTACAGT TGATGAGATG GCTTGGATAA TTAGGGGCAT 25140 TGTGAATGCA TTGATTGGTA GATACATAAA ATTAGGTACT TATGCGGCTA AGTATGGTAT 25200 TAGTATGGCA CGCTCGATCT TAAGTAGGGT AGCTGCAACT GCAGCAGCAA GAGTAGGATT 25260 ACTGACCAAG ATTTCTGGAT GGATTTTACG AGTAGCTGTG AATGTAGCTG ATGTATATGG 25320 TAATTTTGCC AACAATATTG CTGCAGCTTG GGATGCATAT GATAAAATTC CTAACAATGG 25380 TCGTATAAAC TTTTAAAATG CGAGAATGAA AGCACTTTGT ATTTTTTTAT TGAATATGTT 25440 AGCTTGGACA GTGCTTGCAA TGATAATTCG TGGAGGGCTA GATGGATTTG ATAGGCATAC 25500 TTGGAGTACT ATTTTAATTG CGTCGCTGTT CGGGGTATAT GATTATAAGC CCATAGATAA 25560 AAATAGAAAA AAGTCCAAAA GAAAAAATAG ATTTGTTCAT GGTAGGGACT TATGAAAGCT 25620 TTACTGACAA AAAAGAAAAC AGTTTACAAA GAAAAATGAT GGAGGAGCAA ACATGGCACA 25680 AAAAGGAGTA AGCCTTATCA AGGCAGCATT TGATACAGAT AACTTTCTCA TGCGTTTTAG 25740 TGAGAAGGTC TTGGACATCG TGACAGCCAA TCTTCTTTTT GTCGTCTCTT GTTTACCCAT 25800 CGTGACGATT GGAGTGGCTA AAATCAGCCT CTACGAGACC ATGTTCGAAG TTAAGAAGAG 25860 CAGACGGGTG CCTGTTTTTA AAATCTATCT AAGATCTTTC AAGCAAAATC TGAAACTAGG 25920 TCTTCAGCTG GGTTTAATGG AGTTAGGAAT TGTGTTTCTT ACCCTTTCAG ATCTCTATCT 25980 TTTCTGGGGT CAAACAGCTC TGCCCTTCCA ATTGCTGAAA GCCATTTGTT TAGGTATTCT 26040 GATTTTTCTT ACTATCGTGA TGCTGGCTAG TTACCCTATC GCGGCACGTT ATGACCTATC 26100 TTGGAAAGAA ATTCTTCAAA AAGGATTGAT GTTGGCTAGT TTTAACTTTC CTTGGTTCTT 26160 CCTCATGTTA GCCATTCTTG TCCTCATTGT GATGGTTCTT TATCTGTCCG CCTTCAGTCT 26220 ACTCTTAGGT GGCTCAGTCT TCCTACTTTT TGGGTTTGGA CTATTGGTCT TTATCCAGAC 26280 TGGATTGATG GAGAAAATTT TCGCAAAATA CCAATAGGAG CTTTATTTCT GAAACTACTT 26340 TCAAAGGCTC CAAACGCTAT TCTATAAGCG AGAAACTAAA ATCGG 26385 (2) INFORMATION FOR SEQ ID NO : 4 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2716 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 4 : CCTGCCCGCA TTGCCCTAGG CATTAAGTAA ACATATAAAA GCATGTGAGA GACTGTTGGA 60 AAAGCGAGGA AATTTCCCCT CTTTTCCTCT AGTCTCTCCT TTCTTTTGCT GATTTTATTC 120 AAAGAAAATG ATATAATAGT AGTTATGGAG AAAAAGAAAT TACGCATCAA TATGTTGAGT 180 TCAAGTGAGA AAGTAGCAGG ACAGGGAGTT TCAGGTGCTT ACCGTGAATT AGTTCGTCTT 240 CTTCACCGTG CTGCCAAGGA CCAATTGATT GTTACAGAAA ATCTTCCAAT CGAGGCAGAT 300 GTGACTCACT TTCATACGAT TGATTTTCCC TATTATTTAT CAACCTTCCA AAAGAAACGC 360 TCAGGGAGAA AGATTGGCTA TGTGCATTTC TTGCCAGCTA CACTTGAGGG AAGTTTGAAA 420 ATTCCATTTT TCTTAAAGGG AATTGTGAAA CGCTATGTAT TTTCTTTTTA CAACCGGATG 480 GAGCACTTGG TTGTGGTCAA TCCTATGTTT ATTGAGGATT TGGTAGCAGC TGGTATTCCA 540 CGTGAAAAAG TGACCTATAT TCCTAACTTT GTCAACAAGG AAAAATGGCA TCCTCTACCA 600 CAAGAAGAGG TAGTCAGACT GCGCACAGAT CTTGGTCTTA GTGACAATCA GTTTATCGTA 660 GTAGGTGCTG GGCAAGTTCA GAAACGTAAA GGGATTGATG ACTTTATCCG TCTGGCTGAG 720 GAATTGCCTC AGATTACCTT TATCTGGGCT GGTGGCTTCT CTTTTGGTGG TATGACAGAT 780 GGTTATGAAC ACTATAAGAA AATTATGGAA AATCCCCCTA AAAATTTGAT TTTTCCAGGC 840 ATTGTATCGC CAGAGCGGAT GCGCGAATTG TATGCTCTAG CGGATCTTTT CTTGTTGCCT 900 AGTTACAATG AGCTCTTTCC TATGACTATT TTAGAAGCTG CGAGTTGTGA GGCTCCTATT 960 ATGTTGCGTG ATTTAGATCT CTATAAGGTG ATTTTGGAGG GAAATTATCG GGCGACAGCG 1020 GGTAGAGAAG AGATGAAAGA GGCTATTTTG GAATATCAAG CAAATCCTGC TGTCTTAAAA 1080 GATCTCAAAG AAAAGGCTAA GAATATTTCC AGAGAGTATT CTGAAGAGCA TCTGTTACAA 1140 ATCTGGTTGG ACTTTTATGA GAAACAAGCC GCTTTAGGGA GAAAGTAAAA AGTGAGGTAA 1200 TCTATGCGAA TTGGTTTATT TACAGATACC TATTTTCCTC AGGTTTCTGG TGTTGCGACC 1260 AGTATTCGAA CCTTGAAAAC AGAACTTGAA AAGCAGGGAC ATGCTGTTTT TATCTTTACG 1320 ACGACAGATA AGGATGTCAA TCGCTACGAA GATTGGCAAA TTATCCGCAT TCCAAGTGTT 1380 CCTTTCTTTG CTTTTAAGGA TCGTCGCTTT GCCTACCGAG GTTTTAGCAA GGCACTTGAA 1440 ATTGCTAAAC AGTATCAGCT AGATATTATC CATACTCAGA CAGAATTTTC TCTTGGCCTG 1500 TTGGGGATTT GGATTGCGCG TGAATTGAAA ATTCCAGTCA TCCATACCTA TCACACCCAG 1560 TATGAAGACT ATGTCCATTA TATTGCTAAG GGGATGTTGA TCCGGCCGAG TATGGTCAAG 1620 TATCTGGTTA GAGGTTTCCT GCATGATGTG GATGGGGTTA TTTGCCCTAG TGAGATTGTC 1680 CGTGACTTGC TATCTGATTA TAAGGTCAAG GTTGAAAAAC GGGTCATTCC TACTGGGATT 1740 GAATTAGCCA AGTTTGAGCG TCCGGAAATC AAGCAGGAAA ATTTGAAAGA ACTGCGTAGT 1800 AAACTAGGGA TTCAAGATGG TGAAAAGACG TTGCTTAGTC TTTCGAGAAT CTCCTATGAA 1860 AAAAATATTC AAGCAGTTTT AGCAGCCTTT GCTGATGTTC TGAAAGAGGA AGACAAGGTT 1920 AAACTGGTAG TAGCTGGGGA TGGCCCTTAT CTGAATGACC TCAAAGAGCA AGCCCAGAAC 1980 CTAGAGATTC AAGACTCAGT CATCTTTACA GGGATGATTG CTCCTAGTGA GACGGCTCTT 2040 TACTATAAAG CGGCGGATTT CTTCATTTCG GCATCGACAA GCGAAACGCA AGGTTTGACC 2100 TACTTGGAAA GCTTAGCCAG TGGAACACCT GTCATTGCTC ACGGAAATCC TTATTTGAAC 2160 AACCTCATCA GTGATAAAAT GTTTGGAACC TTGTACTATG GAGAACATGA TTTGGCTGGT 2220 GCTATTTTGG AAGCCCTGAT TGCAACACCA GACATGAACG AGCATACCTT ATCAGAGAAA 2280 TTGTATGAGA TTTCAGCTGA GAACTTTGGG AAACGAGTGC ATGAGTTTTA TCTGGATGCC 2340 ATTATTTCAA ATAACTTCCA GAAAGATTTG GCTAAAGATG ATACGGTCAG TCAGCGTATC 2400 TTTAAGACAG TTTTGTATCT TCAGCAACAG GTGGTTGCTG TACCTGTAAA AGGATCTAGA 2460 CGCATGTTGA AGGCTTCAAA AACACAGTTG ATCAGTATGA GAGACTATTG GAAAGACCAT 2520 GAAGAATAGA AAGAGGAACA GCTATGAAAA AAACAATTAA TGAGAAGCGG TCGTGATAAA 2580 AAGATTGCGG GTGTTTGTGC TGGGGTGGCC CATTATCTGG ATATGGATCC GACTATCGTT 2640 CAAGTCATTT GGGGTGTTCT TACTTGCTGT TACGGAGCTG GAATTGTAGC TTACATTATT 2700 TTATGGATTA TCGCGA 2716 (2) INFORMATION FOR SEQ ID NO : 5 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 13926 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 5 : CTTTGGTTTT GCCTTATTCA AGACATGAGG GCCATCAGGA ATGATCTGAA ACTGCGAATC 60 TGTTAACAGT CTATGGAGAG CTTTCATAGA ACTAAGATTC GGTTTATCTT TGCTGCCACA 120 AATTAGTAAG GTTGGATAAG GGTAAGTTCC TGCTATATCC GTTAAATCAA GTGTCTTCAA 180 CTCCTCAGAA ACTCCGACCA TAAGAGTCTT GTCTGCTCCC TGTTTTTCAA ATACTCTTTT 240 GGGAAGTAGT TTAAAAATCA GCAATTGAAG ATAAAATAGG ATATTCCCTG CTAATTTAAG 300 CGGGCATCCT GACAGAATCA AAGCTCGAAG ATTTGGTAAA TCGTAACTGG AAAGTTCTAG 360 TGTCAGGGCA GCACCTAAGG ACAATCCAAT CAAAACAAAA GGTTCTGTCT CTTGAGCTAG 420 GTGCTGATAA ACTCGCTCTT TAGCTTGTTG ATAGTTACTA ACTCCAGAAG GAAATAACTC 480 GATAGCCTCA GAAGGATAAT CTGTCAGTAG ATTCCGAACT TCTTTCCAAG ACTCTGCTGA 540 CTGCCCTAAC CCATGCAAAA ATATTAATTT CATCTAGTTC TCCTCAAGGC TTAATTCATA 600 CAAGCCTCTC ACTGCATTAC AGCCGTAAAT AGCTTCTGCT TGGGTTAAAT CTGCCAAGGT 660 CAAGACTTTC TCTTCTACCT GTCCTGTTTC TAGCAAATGC TGACGGTAAA TTCCTGGCAA 720 GATTCCAAGT CGGATAGGCG GTGTGTAGAG TTTTCCAGCG ATTTTCAGAA CCAAATTTCC 780 TATAGAGGTT TCAAGCAGTT CTCCTGACTT ATTGTGGTAA ATCTTCTCTT GTTCTCCTAG 840 GCTCAAATGC GGTCGGTGAG TGGTTTTAAA GTAGGTAAAG GATTGATTCA AAGCAGCTTC 900 CTGAAGACAG ACTTGGGCCT GACAAAAGCT TGTACTGAGA GGGGTTAATA CTTGACGATT 960 GACTTCTATC TCTCCAGATT TGCTAAGGCT GATTCGCAAG CGGTAATCTC GATTAGCTTC 1020 ACAATCCTGA CACTCTTCCT CAATCTTGTG TCCCAAGTCT TCTGCATCAA AAGGAAAAGC 1080 AAAATAACGA CTAGCTTTTC TCAGCCTTTC CAGATGTTGT TCTTCAAACA TCAGTTGTTT 1140 TTGGCTGATT TTTCCAGTTG TAATTAATTG GAAGCGAGCT TGTTTACGAT AGAGAACTGC 1200 TGCCTTTTGA TGAACCTCTC GGTATTCAGA TTCCCATGTG CTATCCCAAG TAATCCCTCC 1260 GCCAACTCCA TAAATGGCTT GACCTTTGTG AAGTTGAATG GTACGAATGG CCACATTAAA 1320 AATCCGTCGT CCATTTGGAA GCAAGAGACC AATCGTTCCA CAGTAGACTC CACGCGGTTG 1380 AGGCTCCAAG TCCTTGATAA TCTCCATTGT CGCAATTTTC GGTGCACCCG TTATGGAACC 1440 ACAAGGAAAG AGTGAGCGGA AGATTTCAAC AAGGTCCACA TCCTCTCGCA ACTGACTCTT 1500 GATGGTCGAA GTCATCTGCC AAACAGTTGA ATACTGCTCT ACCTGACACA GACGCTCCAC 1560 GTGCTCGCTC CCAACTTCAG AAATACGGTT CATATCATTG CGCAAGAGGT CCACAATCAT 1620 CATATTTTCA GAGCGATTTT TGGGATCCTG TTCCAACCAA CTGGCCTGTT CAAGATCTTC 1680 TTGGTCAGTT ACCCCACGCT GAGTCGTCCC CTTCATTGGT CGTGTTGTCA ACTCGCGATC 1740 ATTTTGCTCA AAAAAGAGCT CTGGGCTCAT GGAAATCACT GTCATCTCGT CATGTTCCAC 1800 ATAGGCATTG TAGCCCGCCT CCTGCTCTAC CACCATACGA TTGTAGATGG CAAAAGGATT 1860 GGCATTTAAC TTTTGCTTAA GTTGGACGGT GTAGTTGACC TGATAGGTAT CTCCCTGCCG 1920 TAAATGATGG TGAATTTGGG CAATGGCCTT TTCATAGTCT GCTGCAGACG TTACTTCCTG 1980 CCAATTTGAG GGCAAATCAA TATCCTCATA AGTCAGAGGA ATAGGGGAAG TTTCTACGAT 2040 ATCATGAACA GTAAAGTAAA GCAGGTACTC TCCCAGTAGG GGATCCTTGT GAACTGCTAA 2100 TTTTTCCTCA AAAGCAGGTG CAGCCTCGTA GCTGACATAC CCCACCACAT AATAACCTTG 2160 CTCTTGGTAG CTTTCCACTT GTGCCAGCAA ATCTGCCACT TCTTCTACAT TTCTCGTTTT 2220 CAACTCTTTA ATAGGCTGGG TAAAGGTATA TCTCTCCCCC AAAGTCCTAA AATCAATCAC 2280 TGTTTTTCTA TGCATACCTT AAGTATAGCA TAAAATAAGA AAACCCTCAT CCGCAAAGCA 2340 GATGAGAGAT TTCAATTATT TAAAGATTGA AGTTTTAAAG CTATTTGTTT GTTGAAGAAG 2400 TTTCTTATAA ACAGCTTCTT TTAATTTAAC TGTATTATTC ATAGATACTG TTTTATTACC 2460 GTTTGCTTCT TGTTTAAGAG TTTCGGCATC TTTTTTAACA GCTTCTTTAA ACAATGTCAG 2520 TAAATCATCG TATGATGAAA CGGAAGAACC ATTTACTTCG AATGTTGTTA ATCCTTTCGT 2580 TGCTTTATCT TTAACTTCTT TGAAGTAAGC TTTTTTAAAT TCTTCAATAG TATTAAATGT 2640 ATTGTTAGAT ATTTTCTTGA TAATATATTC ATCACTTAGA ACAGACTCAC CATCTGTTTT 2700 AGATTGTTGT TTATATTTAT TTGAAGCATA ACCTAAGAAC CCATTTTCGT ATCCGTAGTA 2760 ACCCCATAAT CTAAAAGCAT TATGTTTGAA TGAAACAGCT CCAGGAGCAC CTTTACTAGT 2820 ATTACCTCCG TAGATACCGG TCATCATTCT AACACCTACA TAAGGTGATT GATCGTTATA 2880 GCTAATTGCT TCGGGTTTAT AGATACCATT ACCTGGATTG CGATTAGTCA TTAATTGTTG 2940 ATCAACTAAA TCATTAACAG ATTGAATATT TAATTCATTT TTCTCTTCTT GACTTAGATT 3000 TCGAATTTTA TCCCATTGAT TTAATTTATT GTTATCACGG TATTCTCTAT CTATTTTTTT 3060 GAACCATGCA CTATTTAAAT CTTTATTTTG TTGAGAAATC ACAGATTCAG CCTCAATTTC 3120 ATCAAGAAGA GTTAAAGTGT CATTATAACC CTTCATATAT CTATTAATAT CTTCTCGTGT 3180 TTTTAGAGTT TTTGGATCTG TAATATACCA CTGATTCCCA TCATTTTTGC GTTTAAATAC 3240 CATATTAATA CCTAAAGAAC CAAACTCATC AAATCCACTA CCAGTAACAG GAGTTTGTAG 3300 CATACCCTGA GCATATGCTT CAGCATCAGT ACCTTCACGG TGTCCAAAGC CACCTAAGTA 3360 AATCGCACGG TCGTTGACGT GTGTTGTTTC ATGTGTGTAA ACTGAAATAC CGTATTCACC 3420 AACCATTTCT AAATGAACAT ATTTTACATC AGTTCTAATA TCATCAGAGT TAGGATATAT 3480 AGCAGCATAA GCTCCTGTTC CATTATAATT ATAATACTTA TCCATAGGAC CAAAGAATTC 3540 TCTAAGAGGA GTATATACTT TGTCGGTATT ATAGCGGCCA TATTTTTCAA CCCATCCACC 3600 AGGAGCGTTA TAACCTTCCC AAATAGGAAT AACAGCATCT CTTAGTAGTC GTTGTTTAAC 3660 GTTATCAGAC GCTAGACGAT ACCAGAAATC ATAATAGTTT CTATAACCAT CTGCAGCTTT 3720 GTTAACGATA TCTTTAATAT CTTCTAATGA TTTTTTACCT AATCGCTCTG CACTACCAAA 3780 GGCAATTGCA TTATAATTTG AAATTAAATA AAGATGTGCT TTATCAATAT TCAGTAGTGG 3840 GAGTATAGTA TTTCTAAGGT GACTTCGTTT TAAATTATCG AATGCACGAT GTTTAGAATT 3900 TTTAATTTCT TCGACCTCAG AAGCGCGTTC TGCGATGTAG ACATGGTCTT CTGTAGCATC 3960 AATAAACCAA TCGTTCATAT TGTCTATATT TGTGAACAAT TGTCTATTAT AATTTAAAAA 4020 TGCATCTAAA TTACCTGATT TAGTATATTT AGCCAATACT TGACCGAATG CGTCGAATGT 4080 ACGTGAACCT TTAATGTTGT TCTCTTTAGA ACCGATTTCA ATTAATCTGT CTAATACGCT 4140 AACTTTTTCA CCATAGAAAT CTGGTTTGAA TAGCATTAAT TCTTTAATAT TAACATCACC 4200 AAATTTAACT CCATAGTAAC GATTTAGGTA AGTTAAACCT AGTAATAAAG CTGCTTTGTT 4260 TTTCTCGACT TTATCACGAA TCATTTGACG AGCAGCTGGA GAATCATTTA GTTGATGTTC 4320 TTCGTTTTGA ACTAATTTTG TGATTAGGTT TGTTAAGTTT TCTTTAACAT CTGTGAAGCT 4380 TTCTTCTAAA TATAAATCTT TGATTGCATT AACTCTATAG TCACCTAATC GATTTAGATG 4440 CTGATACATC GTTTGAGACT GAAGCTCTAC TGATTCTAAA ATAGATTTTA TATCATTAAC 4500 AAGAGTAGTG TTATCTTTTT GAACGATATT AGGTGTATAT TTAATTCCTA AGTCAGTTAT 4560 AGTATATTCT TTTACATTAC TTAAACCTTC ACTGCTAGAA GACAAGTTAA AGTAATCTTT 4620 TGTACCGTCC GCATAGTGAA CAATAATTTT ATTAGCTTCA TCTAGGTTTG TGATAAACTC 4680 ATTGTTGTTC ATCGCGGTAA CAGAAAGAAC TTCTTTAGTA TTTAGATGGT GTTCTTTATT 4740 TAATTTATTA CCTTGATATA CAATATAATC TTTATTGTAG AATGGTATTA ATTTTTCAAG 4800 ATTTTTATAG GCTTGGTTAT ATTCAGCGTT ATAATCTTGA ATACTAGAAT AGGCTTTTTC 4860 TTCATTAAGT TTTGCAAGAG GAGATAGATC ACTTTCTAAT TTATCAGCAG TAATATTGAA 4920 AGTAGTAACT TTAGCATCAG CTTGTTCTTT AGTTAATTTA GTAAATGTTT TAGATTTCCT 4980 AAATGATCTA TTACCTGACG AATATCCCTC TACCGCATAT AAATCTTTTA TATGAGCACT 5040 AGCATAATCA GAATCATCAA CGTCGTTAGA GCCGAATAAC TCCTCTCCAC GGATAATCTT 5100 AGCATAGCTG ACAGAATTAC TTACCGTACC TACAGGCCAA GTCTTACTTG CTATTGCTCC 5160 AACTTCTACT GGATTTGAAA CATCTATTTT ACCTTTTACA ACCGACTCAG TTAGGAGAGC 5220 TTTTGTACCA ATAAGATGGT CTAGAGTTAA TCCATAATCT ACTTTAGGAA CTAACAAGCT 5280 GGCGCGTGTT TTGTTTCCTG TAATAGTAGC ATCAACATAT GCTTTTCTAA CAATTCCTCT 5340 ATAGTTTGTA CCTGCAATTC CCCCTGTATG AGAGCCATTT CCACTTGTAG AGTGTAGTTT 5400 GCCAAAGAAA GCAACATTTT CAATACGAGT TCCATCATTC ATATTATTTA CAAATCCAGC 5460 AACATTATTA CGACCTGAAA GTGTGCCTGT AATTTTGACA TTTGTAATAA CTGAAGAACC 5520 TTTCATAGTA TTGGCTAATG ATGCAATATT ATCTTGACCA GAACGTTCTA TCTCTACATT 5580 TTCAAAATTC ACATTATTTA TCGTTGCGTT TGTTATCACA TTAAATAATG GATGTTCCAA 5640 TTCAGTAATA GCAAATTGTT TTCCTTCAGA ACTTAAAAGT TTTCCTGTGA ATTCTTTAGT 5700 GATATATGAT TTTCCATTAG GAACAACATT TCTAGCGCTC ATTGATTGTC CCAGACGATA 5760 TTCTTTTGAA GGATCGTTTT GAATAGCTTC CACTAATTCT TTGAAATTAT AATATACATT 5820 ATCTTCGTGG ACTTTAGGTT TTTCAATATA GTGAACGTAT TCTTCTTCAA ATTTATTATC 5880 AGCAGTTCTA GAGACTAAAT TGTCTGCGAT TGCTGTAACT TTATATACAG GTGTTCCGTT 5940 AACCGTAGTT TCTTCTATAT TTTTAACAGC TAGTAATGTA GTTTTCTGAT TATTTGAAGT 6000 TATTTTTAAA TAATAATTGC TCTTATCATC AGGAATAGTT GTTATCAGTG ATTCATTAGT 6060 TTCTTTTCCA TTTTCGTATT TGATTAAATC TGTACGTTTA ATATTTTTAA GCTCAACTTT 6120 TTTAAGATCT AATTGAATAT TTTGATTTTC TAGAGTTTCA GTTTCTTCAC CGTTACCTCT 6180 GTCGTAAATC ATAGTTGTAG ATAGGGTGTA TTCTTTGTAG TACTCTAGGT TCTTAAATGC 6240 AGCGCTTATA GTTTCTGTTG TTACCTTGTC ATCTGTAAGG ACTACAGTAT TAATAACTTC 6300 TTCTCCTTTT TTCAATTCAG CTGTGATTGA TTTGATTTTT GTTTTGTTTT GATTTTCTAG 6360 AGTATACTTA GCAACAGCTT CACGTTCCAA TATTTTCTTA TCGGTACTAG TCAATGTTAA 6420 TATTGGCTTT TCAGATAATT CAACCAATTT TTCAATAGTT GCAGTTAATT TTTCAACAGC 6480 TTCGTTAACT TCACTTTGTT TAGCATCTGT ATTAGCTGCA ACTTTTTCAG CCTTTGTAAC 6540 TTCAGTTTGG AGGTTTTGCC AACTTCTATC ACTGTAATGT TCTTTTACCT TTGTTTTTGC 6600 ATCTGCAATC GTATTGTTTA ATTCAGTTTT ATCAACGTTT AGAGCGTCAA TAGCCGTTTT 6660 AAGTTTATTT GTCTCGCTAT TTACCTCAGG CTGTTTTACA GGCTCTGAAG CATAGACACC 6720 TTTTGCAGTT TCTAAAACAG GTCCAAGAGC ATTGTAACTT GCTGTAGAAT AATCAGTAGG 6780 AGAAACTGAA CTAGCTTTAT CAATTTGATT ATTTAACTCA CTTTTATCAA CTGGTTCTTT 6840 AGTACCAATA CCCTTTATTT TATCTTCTGG TTTCGGTGTT TCCTCTACAG CCTTCTCTTC 6900 TTCAGGAACT TCTGGTTGCT TTTCTGGCTC AACTGGTGCC GTTGGTGCCT GTTCGTCTTC 6960 TCTTGGCGCG ACTGGTTCAC CTGCTTGTTC AACTTTTGGT TCCTCTGTTG GTTCTGTTTG 7020 TTTTTCTACA GCAGGCGTTT CAACTTTTGG TTGTTCAATA GATTGATTAA CAGTCTCCTC 7080 TTTTGGTTCT ACAGTTTCTT CAGCCTTGGT ATCTGGAGTT GACTCTTCTT GTTTCGGTGT 7140 TTCCTCTACA GCCTTCTCTT CTTCAGGAGC TTCTGGTTGC TTTTCTGGCT CGACTGGTGC 7200 CTTTTCGTCT TCTCTTGGCG CGACTGGTTC ACCTGCTTGT TCAACTTTTG ATTCCTCAGC 7260 TGGTTTGTCT GATGGTTGAC TTTCTGGCTT AACTGCTACT TTTTCCTCTG GTTTTGACTC 7320 AACTTCTCCA CCTACTTCTT CAACTGGAGC TGGTTCTGCT GAATCTTCTT TCCCCTCTTC 7380 TACTTTAGGA AGGGTGTCGT CAGTAGGTTT TACCTCCGAT TTTGGTTCTT CCTTTGGACT 7440 TTCTTCTGTT TTAGGTGCTT CTTCTTTTGG AGCTTCCTCT GTCTCTACTA CTTGGTTTTC 7500 TGTCCTAGCT TGCTCCTGAT TTGTTATTGA TTGAGGAGTC TCAACTTCGA CCACAGTCAC 7560 CTCTCCAGGT TTTGCTGAGG TTTCTTCTAA AACAGTGTCC AAGCCAAGCG TTTTGAGGAT 7620 GTCACCTGAT AGATAACCAA CATAGCGATA GCCCTCCATT TCAACAACAC CCTCTCGACT 7680 AGCCAGCGCT AGGGTCGCAA CTGGGTCTAC AGCCCCTGCA CTAGGAAGAA CTACCAATCC 7740 CATAGCTCCA ACTAGAAAGA CGCTAGCAAT TTTCTTTCTC TTGTAGATTA AAAGCAAGCT 7800 CCCAACAGTC AGCAAACCAA AAGCTGTCAA AACAGATGCT TCTGTCCCTG TTTGAGGCAA 7860 CTGATCTTTT TGATACACCA AACCATATAC AACTTCATTC CTGTCAGGCT TTCCTGTCTG 7920 AATTAAATCT TTAGCTTCTT GTGAAATAAT CTCTTTATTT ACATAGTGAT AGGTGGCTGC 7980 GTCCACTACA GAAGGAGCCA TCAAAAGGCT TCCAAGAAAT ACAGAGCCTA CAACTCCCTT 8040 AATCTTACGA ATTGAAAAAC GGTCTTTTTT AAACACTTTT ATCTCCTTTA TTCATTCTCA 8100 AAACTTCCTA ATAGCATCTT GCGGATAGTG CGCACGCGCA CCTCCGATTA ATTTTGGACG 8160 ACTAGCCAGT GCCGTTACAT GGGCATGACC AATCTCTCTC AAAATAGGGC GAATCGGAAC 8220 CTGAACATGC TTGACATGCA TGCCAATTGC AGTGTCTCCG ATATCCAATC CAGCATGAGC 8280 CTTGATAAAT TCAACCTCAA CTGGATCCTG CATAAACTTA AAGGCTGCCA ACTGCCCCGA 8340 ACCTCCTGCA TGAAGAGTAG GATGGACACT GACAATTTCC AGACCAAACT GCTCTGCCAC 8400 CTGACGTTCA ACAACGAGAG CCCGATTGAC ATGCTCACAA CCTTGAACTG CTAAATGGAT 8460 ACCTCTACTA CCTAGAATAT CCAAGATAGT CTCCACTATC AGCTCACCAA TCTCTTGACT 8520 GGATTCTTTC CCAATATGAC CACCTAGCAC CTCACTAGAA GATAGACCTA AAACAAAAAG 8580 GGCCCCCTGC TTCAAATTGG TCTTTTCTAA AACATCTTCC ACTACCTGAC GTGTTTCTCT 8640 TTGAATCTGT GTCTCGTTCA TCTCTGTTAC CTCTGTTGTC ACTCTTCTAT CATACCGTTT 8700 TTTCTTGTTT TTAGCAAGAT AGACAACCTA GAAAGTTTGC CCAATTACGC ATAAAACTCC 8760 CAGAATTGAC TGGGAGTTAG CTAGTTTCTA TTCTATTTAT ATATATTTCA ACTTTCGTCC 8820 CTTTTTGGGG TCTAGAATCA ATCTTCATAT GGTAATTGGC TCCAAAATGA AGTTTGAGCC 8880 GTTGATCGAC ATTTTGAAGA CCAACTCCCC CACGTTTGAG TTGACTTTGA CTACTATCAC 8940 CAGCATCTTG GAAGCCAACG CCATCATCCT CAATACGGAT GACCAATCCC GAATCCTGTT 9000 TCTGGACAGA AAGTTTAATA TGGCCCTGAC CTTCCTTTTC CTTAATGCCA TGGTAAAGAG 9060 CATTTTCTAC AAGGGGTTGT AGGACCAGCT TGGGTAAGAC TAAATTATCA AAGGCAACAT 9120 TTTCATTAAT TTCGTATTCC AGCTTATCTC CATAGCGTTG TTTCTGGATA AAGAGATACT 9180 GGCGGACATG ATTGATTTCG TCAGAGAGAC AAATCAAGTC CTTGCCTTGA TTGAGCGCCA 9240 AGCGGAAATA GGTTGCCAAG GACTTGGTCA CCTGCACCAC TCGCTGACTA TCATGAAATT 9300 CAGCCATCCA GATGATGGTG TCCAAAGTGT TATAGAGGAA ATGTGGATTA ATCTGGCTCG 9360 AAAGGGCTTG AAGTTGGTAC TGACGGGTCG TTTCTTCCTG GCTACGAATA GCTACCATCA 9420 ACTGATCAAT CTGATCCAAC ATAGCATTAA ATTGGCGAGT TACTTCTCTC AGTTCATAGG 9480 CACCAACTTC CTTGGCACGA AGATTTTGAG CACCAGAAGC AATTTCCAAC ATGGTTTCTC 9540 TCAAATCCTT CAAAGGAGCA ATCCAGCGTT TAAGACTGAA CCACACTAAG CAGAGACAGA 9600 CAAGAAGAGA TGTGACACTG GCCCCAAGCA AGGTCCACAA GAGCTGACTC CGAACCTGGT 9660 CTAACTTTTC CAATGATGAC ACGCCAAGCA CCGTCCAATC AGTTCCTGCA ATCTTCTCTT 9720 GACTGACGTA GGATTTGTGA CCAGGAGTAT AACCCTGACC TGTATCGATG TAGGGTTTCA 9780 TAGCCTCCAT TTTGCTAGAC GAACTATAAA CTGTGTGTTG AGGATGGTAG ACAAATTCAT 9840 GGTTTTCATT GATAATGAAG GCAAAGCCCT GCTGCCCCAA CTGGAGTTGA TTGAGATAGG 9900 CTTCCAGAGT TTCATAAGAA ATATCCAAAC GAAGCACACC AAGATTGGCT CCCTTTGCAT 9960 CAACAAGTTC TTGAGTGACA GAAATGACCC ACTGACTATC TGATTTACGA GCTGGAGTCA 10020 AAACAGGCAT AGCTCCCTGA TGAATGGCCT TTTGGTACCA ATCCTCAGCC ATCATATCAG 10080 AGGAAGTTTT CATCTGCACA CTGTCATCTG TAGAAATGAC CTGACCAGAT TTGGTCACCA 10140 GCACAACAGT TTTCAAGTCC TTATCTGACT TCAAGATGGT CAAAAACAAA TCTCGGATTC 10200 CCTCGACCTT GTCTTGACTG GGATTCTCAG CATAGGCCAG AACATCCGTC TGCTGGGTCA 10260 AACCAGTCGA GGTGGTTTCT AGTTTTTTGA TATAAGACTG AATAAAGTGG CTAGTCTGGC 10320 TGATGGTCGT TTGGCTGTTG CCCTCAATGG TGGCCTCAAT GGCTGAAGAA CTTGATTGAT 10380 AGTAGAAAGT TCCAACCAGA GCTAGGAGAA TGAGAAAGAC CAGAAAGATG GAAATAACCA 10440 TTCTAACTAA AAGAGAAGAA CGCTTCATCG GTCTTCTCCC TTCTTAAACT GACGAGGTGT 10500 CACACCTGCA ATCTGCTTAA AACGTTGGGT AAAATAGTTC ATATCTTCAA AACCAACCTT 10560 CTCTGCGATC TCATAAATCT TCAGATCTGT AGTTAAAAGC AAGAGCTTGG CTTGTTTAAC 10620 ACGTTCTCTC ACCAGATAAT CCTGAAAAGG CAAGCCCAAC TCTTTCTTAA TCAAGGAACT 10680 CAGATAGGTC GGACTAAAAC CTAAGTCACT GGCTAAAGAC TTTAAACTAA ATTGGCTATC 10740 AGCCAGATGA GACTGGATTT TCTGGGCCAT GTTTCCTTCA AACCTATTAG TCAATAAATC 10800 TTGTAACTGC TCTTCTTTCT CTTCCTTGTC TAGTTTTTGT TTGATTTTCC CCAACATTTC 10860 CTCAATATCC TGACGAGAAA AGGGTTTGAG CAGGTAGTCG TCCACACCTA GTTTGACAGC 10920 AGACAAGGCA TAATCAAAAT CATCGTAACC TGTTAAAAAG ACCAAATGAA CCTGAGGATA 10980 GGTTTCTCGT ACCAGACTGG CCAACTGGAT GCCATTTAGA TGAGGCATGT TGATATCGGT 11040 TAAAATGATA TCTGGCACCT GCTTTTGGAT CAATTCCCAA GCCTGCCTTC CATTTTCAGC 11100 CTGACCGATG ATTTCCATAT CGTAGGCTGC TACATTGACC AGTTTAGTCA AACCTTGTCT 11160 TACCAGATAT TCATCTTCTA CGATTAAGAT TGTGTAGGTC ATGCTCTGCT CCTTTACCAC 11220 TTACTAGTAT CAGTATAGCA AAATTCTCCT CTAACTGCTT AGGAAAGACC TCTTATACTC 11280 AATAAAAATC AAAAAGTAAA CTAGGAAGAT AGCCACAGGT TTCTCAAAGT ACCGCTTTGA 11340 GGTTGTAAAT AAAACTGACG AAGTCGACTC AAAGTATAGC TTTGAGGTTG TAGATAAAAC 11400 TGACGAAGTC GATAACCCTA CATACGGTAA GGCGACGCTG ACGTGGTTTG AAGAGATTTT 11460 CGAAGAGTAT TAATCAACAT AATCTAGTAA ATAAGCGTAc CTTTTTCTTC CATTTGGTCT 11520 TTGGGAATAA AGCGGATAGA GAGGCTATTG ATACAGTAAC GTAAGCCGCC CTTGTCCTGT 11580 GGACCATCCG TAAAGACATG CCCAAGGTGA GAATCTCCTA CTCGGCTCCG CACTTCCATA 11640 CGCGTCATAT TGTAGGACTT ATCTTCCTTG TAGGTGACAA CATCTGGACT GATGGGTTGG 11700 GTAAAACTAG GCCAGCCACA ACCAGACTCA AATTTGTCTT TTGATGAAAA GAGAGGTTCC 11760 CCAGTTGCTA TATCCACATA GATACCGGAT TCAAATTTAT CCCAGTAACG GTTTGAGAAA 11820 GCTCGTTCTG TTTGATTTTC CTGGGTAACT GCATACTCCT CAGGTGACAG GGTCTTTTTC 11880 AATTCCTCAT CACTTGGTTT TGGATATTTG CTGGCATCAA TGACAGGATA GGCCGCCTGA 11940 TTAACATTGA TATGGCAGTA GCCATTTGGA TTTTTCTTGA GATAGTCTTG ATGGTAATCC 12000 TCAGCCACCA CAAAATTCTT CAAGTTTTCC TTTTCAACTG CTAGAGGTTG ATCGTATTTC 12060 TTAGCCACCT CATCAAAGAC TTGGTTAATC ACTTCCAAAT CCTTGTCATC TGTGTAATAA 12120 ACACCAGTAC GGTACTGGGT CCCCACATCA TTTCCTTGTT TATTTTTGCT GGTTGGATTG 12180 ATAATGCGGA AATAGTGAAG CAGGATTTCC TTGAGAGAAA TTTGCTTGGC ATCATAGGTG 12240 ACATGGACGG TTTCTGCATG ACCTGTTTGG TTAATCAATT CGTACTTGGT TGTTTCTCCT 12300 CTACCATTTG CATAGCCTGA AACGGCATCC GTCACCCCGG GAACACGTGA GAAATATTCC 12360 TCCACTCCCC AGAAACAACC TCCAGCTAGA TAAATTTCGT GCAAGTCTGC GTCTTTACTA 12420 ATTTCTGTTT TTTTCACTGC TTTTCCTCCT TGGCTAACTG CCGCCTTTTC AATTTGCGAG 12480 GCATCTGTCT GCCCTGCATT TCGTATCAAT AGAACATAGA AACCGGTTAT GGCTAGAAAA 12540 AATACTCCTA GCAACAAGAA GATTTTTAAC TTATCATTCA TAAGACGCCT CCTAGGCTAA 12600 TTCCTTCAAA GTTTGCAAAA TTGCATCTTT TTCCATGAAT CCTGGATGTG TTTTGACCAG 12660 CTTGCCTTCT TTGTCTATAA AGGCTTGGGT TGGGTAAGAA CGGACACCAT AAGTTTCCAA 12720 AAGTTTGCCT GATGGGTCAA CTAGGACTGG GAGATTTTTA TAATCCAATC CCTTATACCA 12780 ATTCTTAAAG TCCGCTTCAG ATTGCTCTCC CTTATGTCCT GGTGACACTA CTGTCAAGAC 12840 CACATAGTCA TCACCAGCTT CTTTAGCAAT CTCATCCGTA TCTGGAAGAC TAGCCAGACA 12900 GATGGAACAC CAAGAAGCCC AGAATTTGAG ATAGACTTTC TTGCCCTTGT AATCAGATAA 12960 ACGGTAGGTC TTGCCATCTA CTCCCATCAA TTCAAAATCA GCCACCTCTT TCCCTTTAGC 13020 TGCGCTTGTT TTACTAGCTG TCTGCTCCGT CTTCATTTCA TCTTTCGTTT GGTGTTCACT 13080 AGTCACGGAC TTGCCTGAAC AAGCCGTCAA ACAAAGGAGC GAACCTGCTC CAAGAACACA 13140 TGTTTGCCAT TTTTTCATAT TGATATTCCT TTCCATTTTA TTCAAATAAT TGACTTAAAA 13200 TTGAAGCATT TCCAAACAGA ACCAAGAAGC CCATCACAAT AATGAGAAAA CCACCCACTT 13260 TTTTGAGGAT TCCGAGATAG GGATGAAGTT TTCGGAAATG TTTCAAAACA TAACTAGAGG 13320 TCAGAGCTAG AAGCAAGAAT GGTAGCGCCA AGCCCAGCGT ATACACCAAC ATGAGACCAG 13380 CTCCCTGCCA AGCTCCTGAA CCACCTGAAG CCGCCAAGGC CAAAACAGAC CCCAGAACCG 13440 GCCCCACGCA AGGCGTCCAA GCAAAACTAA AGGTCAAGCC CAATAAAAAT GCCTGACTAT 13500 AGCCCTTACC ATTTTGCCCC TGTCCTTGCA GTTGTAGCCT CTTTTCCTTA TAAAGCCCCT 13560 TAAAGTGTAG AATCTCCATT TGGTGCAAAC CAAGAAGGAT AATAATTGCC CCAGTAAGAT 13620 ATTGGAACCA AGAAGCATAA AGCAAATCGC CTAAAAAACC AGCTCCATAG CCCAACAAAA 13680 TAAATATAAA GGAAATTCCT GCTATAAAGG CCAGAGTTCG TAATAAACTA GTAACTGAGA 13740 TTGAAAATTT GCCGCTAGAA GCCTGAGCAC CATCCTTATC ATCTAGTAAC ACTCCTGTAT 13800 AGACCGGTAA CAAAGGTAAG ATACAAGGAG AAAAGAAGGA TAGAATCCCT GCCAAAAAGA 13860 CACTTAGAAA AAAGAAAATA TGACCCATAA AGTTCCTCCT ATCATTTTAT TGATAGATTT 13920 ATTATA 13926 (2) INFORMATION FOR SEQ ID NO : 6 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 20199 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 6 : CCCAGCAGAA AAATGGCATT TGGAGATAAT GGAAATCGTA AAAAAACTAT GTTTGAGAAA 60 ATAACCTTGT TTATCGTGAT TATCATGCTA GTAGCAAGTT TATTGGGAAT TTTTGCAACT 120 GCAATTGGTG CCCTCAGTAA TCTATAAAAT AGATTCAAGA AAATTTAGTG ACTGGGATTT 180 CCCAGCCCTT TTTTAAAGTG AGAAGAAATA ATGAGTATGT TTTTAGATAC AGCTAAGATT 240 AAGGTCAAGG CTGGTAATGG TGGCGATGGT ATGGTTGCCT TTCGTCGTGA AAAATATGTC 300 CCTAATGGAG GCCCTTGGGG TGGTGATGGT GGTCGTGGAG GCAATGTGGT CTTCGTTGTA 360 GACGAAGGAC TACGTACCTT GATGGATTTC CGCTACAATC GTCATTTCAA GGCTGATTCT 420 GGTGAAAAAG GGATGACCAA AGGGATGCAT GGTCGTGGTG CTGAGGACCT TAGAGTTCGA 480 GTACCACAAG GTACGACTGT TCGTGATGCG GAGACTGGCA AGGTTTTAAC AGATTTGATT 540 GAACATGGGC AAGAATTTAT CGTTGCCCAC GGTGGTCGTG GTGGACGTGG AAATATTCGT 600 TTCGCGACAC CAAAAAATCC TGCACCGGAA ATCTCTGAAA ATGGAGAACC AGGTCAGGAA 660 CGTGAGTTAC AATTGGAACT AAAAATCTTG GCAGATGTCG GTTTAGTAGG ATTCCCATCT 720 GTAGGGAAGT CAACACTTTT AAGTGTTATT ACCTCAGCTA AGCCTAAAAT TGGTGCCTAC 780 CACTTTACCA CTATTGTACC AAATTTAGGT ATGGTTCGCA CCCAATCAGG TGAATCCTTT 840 GCAGTAGCCG ACTTGCCAGG TTTGATTGAA GGGGCTAGTC AAGGTGTTGG TTTGGGAACT 900 CAGTTCCTCC GTCACATCGA GCGTACACGT GTTATCCTTC ACATCATTGA TATGTCAGCT 960 AGCGAGGGCC GTGATCCATA TGAGGACTAC CTAGCTATCA ATAAAGAGCT GGAGTCTTAC 1020 AATCTTCGCC TCATGGAGCG TCCACAGATT ATTGTAGCTA ATAAGATGGA CATGCCTGAG 1080 AGTCAGGAAA ATCTTGAAGA CTTTAAGAAA AAATTGGCTG AAAATTATGA TGAATTTGAA 1140 GAGTTACCAG CTATCTTCCC AATTTCTGGA TTGACCAAGC AAGGTCTGGC AACACTTTTA 1200 GATGCTACAG CTGAATTGTT AGACAAGACA CCAGAATTTT TGCTCTACGA CGAGTCCGAT 1260 ATGGAAGAAG AAGCTTACTA TGGATTTGAC GAAGAAGAAA AAGCCTTTGA AATTAGTCGT 1320 GATGACGATG CGACATGGGT ACTTTCTGGT GAAAAACTCA TGAAACTCTT TAATATGACC 1380 AACTTTGATC GTGATGAATC TGTCATGAAA TTTGCCCGTC AGCTTCGTGG TATGGGGGTT 1440 GATGAAGCCC TTCGTGCGCG TGGAGCTAAA GATGGGGATT TGGTCCGCAT TGGTAAATTT 1500 GAGTTTGAAT TTGTAGACTA GGAGACTGGT ATGGGAGATA AACCGATATC TTTCCGAGAT 1560 GCGGATGGTA ATTTTGTTTC CGCCGCAGAC GTTTGGAATG AAAAGAAATT GGAAGAACTA 1620 TTTAATCGTC TCAATCCAAA TCGTGCCTTG AGATTGGCAC GAACTAAAAA GGAAAATCCA 1680 TCTCAGTAAA GAAGCTAAAA AATCCCGTGC CTCATCAGAC ACGGGATTTT GTGGTACGAC 1740 AGGCATGTAT AGCAAACTGA ATCTGGAATA GCACAGCATA TCTTCTAAAA TATAGTAAAA 1800 TGAAATGAGA ACAGGACAAA TCGATCAGGA CAGTAAAATC GATTTCTAAC AATGTTTTAT 1860 AAGCAGAGAT GTACTATTCT AGTTTCAATC AACTATATTG TTATAAATTG ATTTGAATTT 1920 CAAAATTAAA TTGTTTGATT CTTATTTCAA TTTGTTATAG TATATCTGAT GTCAAAGTTC 1980 TCGGCGAGTC AAATAGCGAT TCCCAAGCCT GACTATCGTG AGGTAGCGGA TTAAAATGGT 2040 CTGGGGATAG ACCGTTTTAA GTCTGACGCT GGAAATAAGA ATTGTCAGAA GAAGGGATAG 2100 CGAAATCGTG GCTCTACGAA CAGGAACGTG ATAATAAGGC GTATATAGCG GATAAGAGGG 2160 CATCAAACTC TAAAGTCCAA AAAGGTAGTC GTAACCTATA TGCGTAAATC ACGAGAGTAA 2220 TTGAATTCGT ACTAAGATTT TCTATTTTCA CTGTAACCTT TTAACGCCCT TATATCTTGT 2280 ATACACGAGG AAAGATGTAC GACTTATCCC GTGAGGTCTA TCACTATAAA GAGAAAACGA 2340 CAGATAGAAG TGATCCTGAG TCACGGTTAT CTGTCTGATA GGACGGTATG TATAAAACGC 2400 TTCTGTGAAC TGAGAGAAGG GGGAGAAGTT CTTGCTAAAA TTTAGTTGAA CAGCCGTATT 2460 CCGATACTTA GATAAGAGAT CTAGTCTTAG CTCCTACTCA GTTTTAGGGG ATAAAAAAGG 2520 GGCAATAGCG ATTCGAGAAA GATTATACTC TTCGAAAATC TCTTCAAATC ACGTCAATAT 2580 CGCCTTGTCG TATGTGTAGG ATACTGACTA CGTCAGTTCC ATCTACAACC TCAAAACAGT 2640 GTTTTGAGCA ACcTGCGGCT AGTTTCCTAG TTTGATCTTT GATTTTCATT GAGTATTAGT 2700 AATTCAGTTA CTAACTCGTC AACTCTGATT TATCCAATAA AATTGAAAAG GATGGAAAAA 2760 AGGATAAATT TATGATATAC TTTATTTTGA AGACCTTATT AGAAATCTTG AAAGAGTATT 2820 GAAAACTTAG AATGAGAAAA ATTGTTATCA ATGGTGGATT ACCACTGCAA GGTGAAATCA 2880 CTATTAGTGG TGCTAAAAAT AGTGTCGTTG CCTTAATTCC AGCTATTATC TTGGCTGATG 2940 ATGTGGTGAC TTTGGATTGC GTTCCAGATA TTTCGGATGT AGCCAGTCTT GTCGAAATCA 3000 TGGAATTGAT GGGAGCTACT GTTAAGCGTT ATGACGATGT ATTGGAGATT GACCCAAGAG 3060 GTGTTCAAAA TATTCCAATG CCTTATGGTA AAATTAACAG TCTTCGTGCA TCTTACTATT 3120 TTTATGGGAG CCTCTTAGGC CGTTTTGGTG AAGCGACAGT TGGTCTACCG GGAGGATGTG 3180 ATCTTGGTCC TCGTCCGATT GACTTACACC TTAAGGCGTT TGAAGCTATG GGTGCCACTG 3240 CTAGCTACGA GGGAGATAAC ATGAAGTTAT CTGCTAAAGA TACAGGACTT CATGGTGCAA 3300 GTATTTACAT GGATACGGTT AGTGTGGGAG CAACGATTAA TACGATGATT GCTGCGGTTA 3360 AAGCAAATGG TCGTACTATT ATTGAAAATG CAGCCCGTGA ACCTGAGATT ATTGATGTAG 3420 CTACTCTCTT GAATAATATG GGTGCCCATA TCCGTGGGGC AGGAACTAAT ATCATCATTA 3480 TTGATGGTGT TGAAAGATTA CATGGGACAC GTCATCAGGT GATTCCAGAC CGCATTGAAG 3540 CTGGAACATA TATATCTTTA GCTGCTGCAG TTGGTAAAGG AATTCGTATA AATAATGTTC 3600 TTTACGAACA CCTGGAAGGG TTTATTGCTA AGTTGGAAGA AATGGGAGTG AGAATGACTG 3660 TATCTGAAGA CAGCATTTTT GTCGAGGAAC AGTCTAATTT GAAAGCAATC AATATTAAGA 3720 CAGCTCCTTA CCCAGGCTTT GCAACTGATT TGCAACAACC GCTTACCCCT CTTTTACTAA 3780 GAGCGAATGG TCGTGGTACA ATTGTCGATA CGATTTACGA AAAACGTGTA AATCATGTTT 3840 TTGAACTAGC AAAGATGGAT GCGGATATTT CGACAACAAA TGGTCATATT TTGTACACGG 3900 GTGGACGTGA TTTACGTGGG GCCAGTGTTA AAGCGACCGA CTTAAGAGCT GGGGCTGCAC 3960 TAGTCATTGC TGGGCTTATG GCTGAAGGTA AAACTGAAAT TACCAATATC GAGTTTATCT 4020 TACGTGGTTA TTCTGATATT ATCGAAAAAT TACGTAATTT AGGAGCGGAT ATTAGACTTG 4080 TTGAGGATTA AACCGTAGAG GTGTTTATGA ATATTTGGAC CAAATTAGCA ATGTTTTCTT 4140 TTTTTGAAAC GGATCGCTTG TATTTGCGTC CTTTCTTTTT TAGTGATAGT CAGGACTTCC 4200 GCGAGATAGC TTCAAATCCA GAAAATCTTC AATTTATTTT CCCAACGCAG GCAAGTCTGG 4260 AAGAAAGTCA ATATGCACTG GCCAATTACT TTATGAAGTC CCCTTTGGGA GTGTGGGCAA 4320 TTTGTGACCA GAAAAATCAA CAAATGATTG GTTCTATTAA ATTTGAGAAG TTAGATGAAA 4380 TCAAAAAAGA AGCTGAGCTT GGCTATTTTT TGAGAAAAGA TGCTTGGTCG CAAGGATTTA 4440 TGACAGAGGT TGTTAGAAAA ATTTGTCAGC TTTCTTTTGA GGAATTTGGC TTAAAACAAT 4500 TATTTATCAT TACCCACCTT GAAAATAAAG CTAGCCAAAG AGTTGCTCTT AAGTCTGGAT 4560 TTAGTTTGTT CCGTCAGTTT AAGGGAAGTG ATCGTTACAC AAGAAAAATG CGGGATTATC 4620 TTGAATTTCG GTATGTAAAA GGAGAGTTCA ATGAGTAAGC ATCAGGAAAT TCTAAGCTAT 4680 TTGGAGGAAT TACCAGTAGG TAAAAGGGTC AGTGTTCGTA GCATTTCGAA TCATCTAGGA 4740 GTTAGTGATG GAACAGCCTA TCGGGCTATT AAAGAAGCTG AAAACCGTGG AATTGTGGAG 4800 ACCCGTCCTA GAAGTGGAAC AATTCGTGTT AAATCCCAGA AAGTTGCTAT AGAGAGATTA 4860 ACGTTTGCTG AAATTGCAGA AGTGACTTCT TCTGAGGTTC TGGCTGGGCA AGAAGGTTTA 4920 GAGAGAGAAT TTAGTAAGTT TTCAATTGGT GCCATGACTG AACAAAATAT CTTGTCTTAC 4980 CTTCATGATG GGGGGCTCTT GATTGTCGGA GACCGAACCC GTATTCAGTT GCTAGCCTTG 5040 GAAAATGAAA ATGCAGTTCT GGTTACAGGG GGATTTCAGG TTCATGATGA TGTGCTTAAA 5100 CTGGCCAATC AAAAAGGGAT TCCTGTTCTA AGAAGTAAGC ATGATACCTT TACCGTCGCG 5160 ACCATGATCA ATAAAGCCTT GTCAAATGTC CAAATCAAGA CTGATATTCT GACAGTTGAG 5220 AAACTTTATC GCCCTAGTCA TGAGTATGGT TTTCTGAGAG AGACAGATAC AGTTAAAGAT 5280 TATTTGGACT TGGTTCGTAA GAATCGTAGC AGCCGTTTCC CTGTTATCAA TCAACATCAG 5340 GTCGTTGTTG GTGTTGTAAC CATGAGAGAC GCTGGTGATA AATCACCAAG CACGACAATT 5400 GATAAGGTTA TGTCTCGTAG TCTATTTTTG GTTGGATTAT CGACAAATAT TGCCAATGTG 5460 AGTCAACGGA TGATCGCAGA AGACTTTGAA ATGGTACCAG TTGTTCGAAG CAATCAAACT 5520 TTGCTTGGCG TTGTGACGCG ACGAGATGTC ATGGAGAAGA TGAGCCGTTC CCAAGTTTCG 5580 GCTCTACCAA CTTTTTCTGA GCAGATTGGA CAAAAGCTCT CTTATCACCA TGATGAAGTA 5640 GTCATTACAG TGGAACCCTT TATGCTAGAA AAAAATGGAG TTTTGGCTAA TGGTGTATTG 5700 GCAGAAATTC TGACCCACAT GACCCGATTT AGTTGTTAAT AGTGGTCGCA ATCTCATTAT 5760 CGAGCAGATG CTGATCTACT TTTTGCAGGC TGTTCAGATA GATGATATAT TGCGCATTCA 5820 GGCACGGATT ATTCATCATA CGAGACGGTC AGCTATAATT GATTACGATA TTTATCATGG 5880 TCACCAGATT GTTTCAAAAG CAAATGTGAC TGTTAAAATT AATTAGAAAC TAGGAGAAAA 5940 GATGATAACA TTAAAATCAG CTCGTGAAAT CGAAGCTATG GACAAGGCTG GTGATTTTCT 6000 AGCAAGTATT CATATAGGCT TACGTGATTT GATTAAGCCA GGCGTAGATA TGTGGGAAGT 6060 TGAAGAATAT GTCCGCCGTC GTTGTAAAGA AGAAAATTTC CTTCCACTTC AGATTGGGGT 6120 TGACGGTGCC ATGATGGACT ATCCTTATGC TACCTGTTGC TCTCTTAACG ATGAAGTGGC 6180 TCACGCTTTC CCTCGTCATT ATATCTTGAA AGATGGTGAT TTGCTCAAAG TTGATATGGT 6240 TTTGGGAGGT CCCATTGCTA AATCTGACCT AAATGTCTCA AAATTAAACT TCAACAATGT 6300 TGAACAAATG AAAAAATACA CTCAGAGCTA TTCTGGTGGT TTAGCAGACT CATGTTGGGC 6360 TTATGCTGTT GGTACACCGT CCGAAGAAGT CAAAAACTTG ATGGATGTAA CCAAAGAAGC 6420 TATGTACAAG GGTATTGAGC AAGCTGTTGT TGGAAATCGT ATCGGTGATA TCGGTGCGGC 6480 TATTCAAGAA TACGCTGAAA GTCGTGGTTA CGGTGTAGTG CGTGATTTGG TTGGTCATGG 6540 TGTTGGCCCA ACTATGCACG AAGAACCAAT GGTTCCTAAC TATGGTATTG CAGGTCGTGG 6600 ACTCCGTCTT CGTGAAGGAA TGGTCTTAAC CATTGAACCA ATGATCAATA CAGGCGATTG 6660 GGAAATTGAT ACAGATATGA AAACTGGTTG GGCGCATAAG ACCATTGACG GTGGATTGTC 6720 ATGTCAGTAT GAACACCAAT TTGTCATTAC GAAAGATGGA CCTGTTATCT TGACTAGCCA 6780 AGGTGAAGAA GGAACTTATT AATAAAAAGT GAAAAGACTA CTGGAAGTTT ATTTTGATAA 6840 AAAATCCAGT AGATCTTTTC ATAATAAAAC GCATTGTATC AAGTGTTAGG GGCTGATATC 6900 ATGCGTTTTT CTGCTTTTAA GATTTTTTCC AACTCTGTTT GTAAGCGCAT CATAACAAAG 6960 GGTCTAGGAT TCAGGGCTCT CCTCCTATAT ACTATTAGTA AAGTAAAACT AAGGGAGGAT 7020 ATTTTAGTGT CGCAGTCTAT TGTTCCTGTA GAGATTCCAC AATATTGTCG TTTTGATTCT 7080 AAAAAGAGAA ATGGAATTCT GTTTAATGTT CGTATTGCCA ATCTTAAATT TACTTTTTTA 7140 TATTATACTT CCTGCGAAAC AAAATATGGT ATAGTAGTTC TATGAATGAT GAAGCAAGTA 7200 AACAACTAAC TGATGCACGA TTTAAGCGTC TTGTTGGTGT TCAGCGTACC ACTTTTGAAG 7260 AGATGTTAGC TGTATTAAAA ACAGCTTATC AACTTAAACA CGCAAAAGGT GGACGAAAAC 7320 CTAAATTAAG CCTAGAAGAC CTTCTTATGC CCACTCTTCA ATAGTGCGAG AATATCGAAC 7380 TTATGAAGAA ATTGCGGCTG ATTTTGGTAT TCACGAAAGC AACTTTATCC GTCGGAGCCA 7440 ATGGGTTGAA ATAACTCTTG TTCAAAGTGG TTTTACGGTT TCAAGAACTC CTCTCAGTTC 7500 TGAGGACACG GTAATGATTG ATGCGACGGA AGTAAAAATC AATCGCCCTA AAAAAACAAT 7560 TAGCGAATGA TTCTGGTAAA AAGAAATTTC ACGCTATGAA GGCTCAAGCG ATTGTCACAA 7620 GTCAAGGGAG AATTGTTTCT TTGGATATCG CTGTGAACTA TAGTCATGAT ATGAAGTTGT 7680 TCAAAATGAG TCGTAGAAAT ATCGAACAAG CTGGTAAAAT CTTGGCTGAC AGTGGTTATC 7740 AAGGGCTCAT GAAGATATAT CCTCAAGCAC AAACTCCACG TAAATCCAGC AAACTCAAGC 7800 CGCTAACAGC TGAAGATAAA GCCTATAACC ATGCGCTATC TAAGGAAAGA AGCAAGGTTG 7860 AGAACATCTT TGCCAAAGTA AAAACGTTTA AAATATTTTC AACAACCTAT CGAAATCATC 7920 GTAAACGCTT CGGATTACGA ATGAATTTGA GTGCTGGTAT TATCAATCAT GAACTAGGAT 7980 TCTAGTTTTG CAGGAAGTCT ATTGAGGTAT TGAGCTAGTT TATGAAAAAA TTGGGTGAAA 8040 AGTCGAGTGT TTTAGAAACC CACAGTGTAG TATTCTAGTT TCAATCCACT ATATTTTGCT 8100 ACTCCCCGTA AAGTTTCTAT TTTCCCTGAT TTCTGATATA ATAGAAATAT TGACTTCAAG 8160 AGTAAGGAAG AGAAGATGAA CGCATTATTA AATGGAATGA ATGACCGTCA GGCTGAGGCG 8220 GTGCAAACGA CAGAAGGTCC CTTGCTAATC ATGGCAGGGG CTGGTTCTGG AAAGACTCGT 8280 GTTTTGACCC ACCGTATCGC TTATTTGATT GATGAAAAGC TGGTCAATCC TTGGAATATC 8340 TTGGCCATTA CCTTTACCAA CAAGGCTGCG CGTGAGATGA AAGAGCGTGC TTATAGCCTC 8400 AATCCAGCGA CTCAGGACTG TCTGATTGCG ACCTTCCACT CCATGTGTGT GCGTATTTTG 8460 CGTCGCGATG CGGACCATAT TGGCTACAAT CGTAATTTTA CAATTGTGGA TCCTGGTGAA 8520 CAGCGAACGC TCATGAAACG TATTCTCAAA CAGTTGAACT TGGACCCTAA AAAATGGAAT 8580 GAACGAACTA TTTTGGGGAC CATTTCCAAT GCTAAGAATG ATTTGATTGA TGATGTTGCT 8640 TATGCTGCCC AAGCTGGCGA TATGTATACG CAAATTGTGG CCCAGTGTTA TACAGCCTAT 8700 CAAAAAGAAC TTCGTCAGTC TGAATCCGTT GACTTTGATG ATTTGATTAT GCTGACCTTG 8760 CGTCTCTTTG ATCAAAATCC TGATGTTTTG ACCTACTACC AGCAAAAATT CCAATACATC 8820 CACGTTGATG AGTACCAAGA TACCAACCAC GCTCAGTACC AATTGGTCAA ACTCTTGGCT 8880 TCCCGTTTTA AAAATATCTG TGTGGTTGGG GATGCGGACC AGTCTATCTA CGGTTGGCGT 8940 GGTGCTGATA TGCAGAATAT CTTGGACTTT GAAAAGGATT ACCCCAAAGC CAAGGTTGTT 9000 TTGTTGGAGG AAAATTACCG CTCAACCAAA ACCATTCTCC AAGCGGCCAA CGAGGTTATT 9060 AAAAATAATA AAAATCGCCG TCCTAAAAAT CTCTGGACTC AAAACGCTGA TGGGGAGCAA 9120 ATCGTTTACT ATCGTGCCGA TGATGAGCTG GATGAGGCTG TATTTGTAGC CAGAACCATC 9180 GATGAACTTA GTCGCAGTCA AAACTTCCTT CATAAGGATT TTGCAGTTCT CTATCGGACT 9240 AATGCCCAGT CCCGTACAAT TGAGGAAGCC CTGCTCAAGT CTAACATTCC TTATACCATG 9300 GTTGGCGGAA CCAAATTCTA CAGCCGTAAG GAAATTCGCG ATATTATTGC TTATCTCAAC 9360 CTTATTGCTA ATTTGAGTGA CAATATTAGT TTTGAGCGTA TTATCAACGA GCCTAAACGT 9420 GGAATTGGTC TAGGTACAGT TGAGAAAATC CGTGATTTTG CAAATTTGCA AAATATGTCT 9480 ATGCTGGATG CTTCTGCTAA TATTATGTTG TCTGGTATCA AGGGTAAGGC AGCCCAATCT 9540 ATCTGGGATT TTGCCAATAT GATGCTTGAT TTGCGGGAGC AGCTAGACCA CTTAAGCATT 9600 ACAGAGTTGG TTGAGTCCGT CCTAGAAAAA ACAGGTTATG TCGATATTCT TAACTCCCAA 9660 GCGACTCTAG AAAGCAAGGC ACGGGTTGAA AATATCGAAG AGTTTCTTTC TGTTACGAAG 9720 AACTTTGATG ACACCACGGA TGTGACAGAA GAGGAAACTG GTCTGGACAA ACTGAGTCGT 9780 TTCTTAAATG ACTTGGCTTT GATTGCCGAC ACAGATTCAG GTAGTCAGGA GACATCAGAA 9840 GTGACCTTGA TGACCCTGCA TGCTGCCAAA GGTCTCGAAT TTCCAGTTGT CTTTTTGATT 9900 GGGATGGAAG AAAATGTCTT TCCACTTAGT CGTGCGACTG AAGATTCAGA TGAATTAGAA 9960 GAAGAGCGCC GTCTAGCCTA TGTAGGTATC ACGCGTGCAG AGAAAATTCT CTATCTGACC 10020 AATGCCAACT CACGCTTGCT TTTTGGTCGT ACCAATTATA ACCGTCCGAC TCGTTTTATT 10080 AACGAAATCA GTTCAGACTT GCTTGAGTAT CAAGGTCTGG CTCGTCCTGC AAATACAAGC 10140 TTTAAGGCAT CATATAGCAG TGGTAGTATT TCCTTTGGTC AAGGTATGAG TTTGGCTCAG 10200 GCTCTTCAAG ACCGTAAACG CGGTGCTGCC CCAAAATCAA TCCAGTCAAG CGGTCTTCCA 10260 TTTGGTCAAT TTACAGCTGG CGCAAAACCA GCATCTAGCG AGGCAAATTG GTCCATTGGT 10320 GATATTGCTC TCCACAAGAA ATGGGGAGAG GGAACCGTTC TGGAAGTTTC AGGTAGCGGT 10380 GCTAGGCAGG AATTGAAAAT CAATTTCCCA GAAGTAGGTT TGAAAAAACT TTTAGCCAGT 10440 GTGGCTCCAA TTGAGAAAAA AATCTAATTT TCCATCCTTC TCACGAATAA TAAAGTGAGG 10500 AGGATTTTTA TGTACAGTAT TTCATTCCAA GAAGATTCAC TATTACCAAG AGAAAGGCTG 10560 GCCAAGGAAG GAGTTGAAGC GCTTAGTAAC CAAGAGTTGC TAGCTATTTT ACTCAGGACA 10620 GGAACACGTC AAGCTAGCGT TTTTGAAATT GCCCAAAAAG TCTTGAACAA TCTTTCAAGC 10680 CTAACGGATT TGAAAAAAAT GACCCTGCAG GAATTGCAGA GTTTGTCTGG TATTGGGCGT 10740 GTTAAGGCCA TAGAATTACA AGCTATGATT GAACTGGGGC ATCGTATTCA CAAACACGAG 10800 ACTCTTGAAA TGGAAAGTAT TCTCAGCAGT CAAAAGTTGG CCAAGAAGAT GCAGCAGGAA 10860 TTAGGGGATA AAAAACAAGA GCACCTGGTG GCACTCTATC TCAATACTCA AAATCAAATC 10920 ATCCATCAGC AGACCATTTT TATCGGGTCT GTAACTCGTA GTATCGCTGA ACCGCGAGAG 10980 ATTCTTCACT ATGCAATCAA GCATATGGCG ACTTCTCTTA TCTTGGTCCA CAATCATCCT 11040 TCAGGAGCGG TAGCGCCTAG CCAAAATGAT GATCATGTCA CTAAACTTGT TAAAGAAGCC 11100 TGCGAATTGA TGGGGATTGT TCTCTTGGAC CATTTGATTG TCTCTCATTC TAATTACTTT 11160 AGTTATCGTG AAAAGACAGA TTTAATCTAA AGTTCATTAA CGACATAGTC AAAGAGTTTT 11220 TTATCTTTGG GACGATTTTC AAAAAGAAGT TCTGGATGCC ATTGGACACC GAGAAAGGCG 11280 ACATCATCCG TACTCATGAC AGCCTCAATG ATACCATCTT TAGGATCATG AGCCACAACT 11340 TTTAAATTTG GTGCTAAGTC CTTGATGCTC TGGTGGTGGA AGGAGTTGAT ATGAGAGATT 11400 TCTCCATAGA TTTCTTGGAG AACGGTATCT GGTTCTGTTA CCAAGCGTTG AGTTGTGTAC 11460 TCAACAGAAG AATCCTGCCA ATGGTCTTCG ATATCTTGGT ACAAAGTTCC ACCCATGGCA 11520 ACGTTAAAGA GTTGGGTACC ACGGCAGACA GAGAAAATGG GCTTTTTCTG TTTAATAGCT 11580 TCCTTGATGA GGGCCAGTTC GAAGATATCT CTTTGAAGGT GATAGTCATC ACTATCAATG 11640 GTTTTGGGTT CGCCATAAAA TTTTGGATCG ACATTTTGCC CACCTGTCAA GATGAGCTTG 11700 TCAATCAAAC TGATATAGTG GCAGGCCATT TCTTGATCAC CAATCGGTAG GATGATGGGA 11760 ATCCCTCCAG CATCTTTAAC GCCTTCAACA AAGCCTTTTG CTGCGTAGCT CATCATGATG 11820 TCATCATCTG GATGAGTTTT TTCGTTTCCT GTAATCCCAA TAACTGGTTT TTTCATAAAA 11880 TGATTTTCGC TTTCTAATCC TCTTTTCGCA TGAAGTAGAG GAGGGTTTGG AGTTCACTTG 11940 TCAAATCGAC ATACTGAACG ACCACGTCTT TTGGTAAATG CAGATGGACT GGTGAAAAAC 12000 TGAGAATTCC TTTCACACCA GCATCAACCA AGAGATTAGC AACCTCTTGT GACTTGACGC 12060 TGGGAACAGT TAGGATAGCA GTCTTCACAT CAGCATCCTT GATTTTATCC TTGATCTGAG 12120 AAATCCCGTA AATGGGAATC CCGTCAGGAG TTTGGGTACC GACTTCAGGA TGGTCGTCTA 12180 GGTCAAAGGC CATGATAATC TTCATCTTGT TACGTTCGTG GAAGCGGTAG TGGAGAAGGG 12240 CATGGCCCAT ATTTCCAATA CCAACCAGCA TGACATTGGT AATAGAGTTG TCATTGAGCA 12300 AATCGGCAAA AAATGTCATT AGTTTTTTGA CATCATAGCC AAAACCACGA CGACCAAGTT 12360 CACCAAAATA GGAAAAATCA CGACGTACGG TCGCTGAATC AATACCGATA GCCTCTGCAA 12420 TTTGCTTAGA GTTGGCACGT TCAATCTTTT CTGCATGAAA TCTCTTAAAA ATTCGATAGT 12480 AGAGAGAGAG TCTTTTTGCT GTAGCTTTTG GAATAGCAAA CTGTTTATCT TTCACAAAAT 12540 CACAACCTTT CTATTCTTCT ATTTTATAGA AACATTGTGA AAAAATCAAC AAAAATAAGA 12600 AAAAACTAAG AAAAATCTTA GTTTTGATGT AAAAAATCTG CATGAGATAG AAAACGGTAG 12660 AGGTCTCCGA CCAGCCCCTG ATAAACTTTT TTGCCCCTAA AAGTCAGAGA AGTCACATAA 12720 AGTGTATCTG GTAAGGTTAC ACATCCTGAC AAAGTCAACA TGAGAGCCTC ATGATCCTCA 12780 TACTTGAGAG TACGCTCTAC ATGATAGCAG TCCTTATAGG TCAGTTCAAA CATTTTGGCT 12840 CTATCTTTCC GATTTTGTAA AGACACCACG TTCTACCAAG CTATCCATGA GGAAGTAGAA 12900 TTTTTCCTGA TGAATATGGT GGTCTTCTGA TTTGAAAATA TCAACTAGAC GAAGGCCAAA 12960 CTTGTCAGTG ATATTGATTT TAGCCCCTGT AAGTTCCTTG TTAATGATGA TTTTGAGTTG 13020 GAAGCCTTCA CCGCTGTTTG GCACTTTTTC CAAAAGGCGA GTCAGTTCAT AGTTACCAAC 13080 CTTAGTTTCA AAAAAGGTGT TATCTTTGAG GGTGAATTTT TTAACAGAAG GGCTAAGAGT 13140 GTAATCGTAA CGACAATTTT TTAACTGAAT GATTTTTTCA AATGCCATAT GGCTAACCTC 13200 CGATAATTTC TTTTAAGGTT TTTGCGAGGG TTTGTAGGTC TTCAACGGTA TTTTGTGGCG 13260 ACAAACTGAT GCGAAGGGAT TCCTTCAAGC GTTCTGAATT TGCGCCATAC ATGGCTTCAA 13320 GAACATGGCT GGATTGGACA ACGCCTGCAG TACAGGCTGA GCCAGTAGAG ATTGAAATTC 13380 CAGCTAAATC TAGCCGAAGG AGTAAGAGGT CATTTTTCTG ACCAGGAAAT CCAATATTGA 13440 GAACATAAGG GAGATGATGT TTTCCTCTAT TCAGGTAATA CTGAATGCCC TCCAGCTCTG 13500 CCAGAAAGGC AGTTTCTAGA TTTTGTACAT GTTGAAAATG TTCTTCTTGT TTTTCTAGGT 13560 CTTCTTTTAG GGCTGCAACC ATGCCTACAA TGGCAGGCAG ATTTTCAGTT CCTGCACGI'T 13620 TTTTCTGTTC CTGGTCTCCG CCATGTAGAT AGGAATCAAA GTCCATGCTA GATGCGTAGP. 13680 GAAAACCGAT TCCCTTAGGA CCATGGAATT TGTGGGCAGA AGCAGTGAGA AAATCAATGC 13740 CCAATTCTTC TGAATGAATT GGGATTTTAC CAATAGCCTG AACTGCATCA ACATGATAGG 13800 CAGCAGGGTG TTGCTTGAGT ATTTGGCCAA TTTCAGCGAT GGGCAGTAGG TTTCCTGTCT 13860 CATTATTGAC AAACATGGTA GAAACCAAAA TCGTATCGTC ACGTAAAGCC TTTTGAATTT 13920 GCTGGGCTGT GATTTCTTGA TTTTCTGGCT GGATAATGGT TGCTTCAAAC CCAAAGTGTT 13980 GAACCAAGTA ATCAATTGTT TCAAGGACAG CATGGTGCTC GATGGCAGTT GTGATGATAT 14040 GTTTTCCTTG TTCTTGGTGA CGAAGACAGT AGCCAATGAT GGTAGTATTA TTGCCTTCAG 14100 TCCCACCAGA AGTGAAAAAG ATATGTTGAG GTTTTGTCCT TAGTAACTGG GCTAGTTCCT 14160 GACGGGCTTC TCGCAAGAGT TTGCCAGCTT GACGACCATG ACCATGAATA CTAGAAGGAT 14220 TTCCGTGGGT TTCTTGCATA ACCTTGGTCA TAGCTGAAAT AGCAACTGCT GACATAGGAG 14280 TCGTTGCAGC ATTGTCCAAA TAAATCAAAG AATCACCTTA TTTCTTTTTA TTGTAGGCAA 14340 AGAGTGGGCT GACTGGTTTT CTTTCGTGAA TACGGACGAT AGCATCACCA ATTAACTCAC 14400 TAGCAGTGAT GTAGCATACA TTTTTAGGAG TTTTTTCTTT TGTTGCTACT GAATCAGTCA 14460 CAAGAATTTC TTTAATATTA GTATTGTCAA GAAGCTCAGC AGCTCCCTCG ACGAAGAGAC 14520 CGTGGCTAGA AACAGCATAA ATTTCTGTAG CTCCTTCACG TTCAACGATT TTAGAAGCTT 14580 CAGAGAAGGT ACGTCCTGTA TTTAAAATAT CATCAATCAA GATAGCTTTC TTACCTTCAA 14640 CATCACCAAT AATATAACCT TCGTTACGAG TTGCATCGTC TTGAGGGTAG TCGATAATGG 14700 CGATAGGAGC ATCAAGATAT TCAGCCAGGC TACGCGCACG TTTGACACCT GAATTTTTAG 14760 GGCTAACGAC AACAACATCT GAACCAAGCA ATCCTTTATC GCAGTAATGT TTTGCGAATA 14820 GGGGAACAGT GAAAAGATTA TCCACTGGAA TATCAAAGAA ACCTTGAACC TGAACGGCAT 14880 GCAAATCAAG AGTCAGGATA CGATCAACTC CAGCCTTAAC CAGCATATTG GCAACTAGTT 14940 TTGCTGTAAG TGGCTCACGA GGACAAGCAA TGCGGTCTTG ACGTGCATAG CCAAAATATG 15000 GAAGGACAAC GTTGATACTG TGGGCACTTG CACGCACACA AGCATCGACC ATGATTAACA 15060 ATTCCATTAG GTGGTTGTTG ACAGGGAAAC TTGTTGATTG GATGATGTAA ACATCATAAC 15120 CACGGACACT TTCTTCGATA TTTACTTGGA TTTCTCCGTC TGAAAATTGA CGTGATGATA 15180 GTTTTCCAAG TGGGACACCA ACAGCTTGGG CAATTTTTTG TGCAATCTCT TGGTTAGAGT 15240 TGAGTGCGAA AAGTTTCATG TTTTTTCTAT CTGACATTAT AGACCGTCCT CTGTAAACTT 15300 TATAAATCCT AGTTATATTT ACCTTACATA TATGAACTGG GATTTGTGTA TTTTTATCTT 15360 TTCTATTTTA CCAAAAAATG GAGATTATTT CAGCTATTTT TCATACTTTT GACAAATCGA 15420 ACCAATTTTG AAGGAGCTTT TTGATAGGAA ATCTGATTTT TCTCTAAAAA TTGTCGAAAA 15480 TCCTGTTTGC CTTGCTCATG ATTTTCCACT TCAAGCTCCA ATTCGTAATC TGTTATATCA 15540 AAGTATCGGC TCTGATCCAG TGCCATGAGA CCAATAGCTG TTTTCATTTC ATAGCGAAGC 15600 GTTGTTAGAC AACCAAGAAC CTGCCAGTTC TTACTTTGGA TACCATGTTT CGCCAATTCA 15660 TCCAGTACTA GCCCTTGAGG AAGTTCTTCC TTACTCAGAT AGTTCTCAGC ATCTTTTAGT 15720 TGCAATTTTT GGTTGTATTC CATGTTTCCA ACACTCTGCG GGACTTTGAG TGTCAACTCA 15780 GCCCAGTCTT CAAAGGTTCG AATGCGCATA GCGACTTTCT TTTCTCGCAG TTCAAAATCA 15840 GGCGTGTCGA TGTAGTAATT TGTTTGAAGA ACAGGAGTGA CACCTGTGAA CTGGTCTTTT 15900 AGACGATTGT ATTCATCTTT TTTCAATAGT GTTTTCAATT CAATTTCTAA ATGTTTCATT 15960 TTTCTTACCT TTTTTTATCG TTGAAAGCGG ATTTATGGTA TAATAAGCAT TGTATTTATT 16020 GTATATGAAT CTGGAGAAAA AATCAAAGAT ATTTTTGACG GATAATATGA GAACAAGGGA 16080 GAATATATGA CCTTAGAATG GGAAGAATTT CTAGATCCTT ACATTCAAGC TGTTGGTGAG 16140 TTAAAGATTA AACTTCGTGG TATTCGTAAG CAATATCGTA AGCAAAATAA GCATTCTCCA 16200 ATTGAGTTTG TGACCGGTCG AGTCAAGCCA ATTGAGAGCA TCAAAGAAAA AATGGCTCGT 16260 CGTGGCATTA CTTATGCGAC CTTGGAACAC GATTTGCAGG ATATTGCTGG CTTACGTGTG 16320 ATGGTTCAGT TTGTAGATGA CGTCAAGGAA GTAGTGGATA TTTTGCACAA GCGTCAGGAT 16380 ATGCGAATCA TACAGGAGCG AGATTACATT ACTCATAGAA AAGCATCAGG CTATCGTTCC 16440 TATCATGTGG TAGTAGAATA TACGGTTGAT ACCATCAATG GAGCTAAGAC TATTTTGGCA 16500 GAAATTCAAA TTCGTACTTT GGCCATGAAT TTCTGGGCAA CGATAGAACA TTCTCTCAAC 16560 TACAAGTACC AAGGGGATTT CCCAGATGAG ATTAAGAAGC GACTGGAAAT TACAGCTAGA 16620 ATCGCCCATC AGTTGGATGA AGAAATGGGT GAAATTCGTG ATGATATCCA AGAAGCCCAG 16680 GCACTTTTTG ATCCTTTGAG TAGAAAATTA AATGACGGTG TAGGAAACAG TGACGATACA 16740 GATGAAGAAT ACAGGTAAAC GAATTGATCT GATAGCCAAT AGAAAACCGC AGAGTCAAAG 16800 GGTTTTGTAT GAATTGCGAG ATCGTTTGAA GAGAAATCAG TTTATACTCA ATGATACCAA 16860 TCCGGATATT GTCATTTCCA TTGGCGGGGA TGGTATGCTC TTGTCGGCCT TTCATAAGTA 16920 CGAAAATCAG CTTGACAAGG TCCGCTTTAT CGGTCTTCAT ACTGGACATT TGGGCTTCTA 16980 TACAGATTAT CGTGATTTTG AGTTGGACAA GCTAGTGACT AATTTGCAGC TAGATACTGG 17040 GGCAAGGGTT TCTTACCCTG TTCTGAATGT GAAGGTCTTT CTTGAAAATG GTGAAGTTAA 17100 GATTTTCAGA GCACTCAACG AAGCCAGCAT CCGCAGGTCT GATCGAACCA TGGTGGCAGA 17160 TATTGTAATA AATGGTGTTC CCTTTGAACG TTTTCGTGGA GACGGGCTAA CAGTTTCGAC 17220 ACCGACTGGT AGTACTGCCT ATAACAAGTC TCTTGGCGGT GCTGTTTTAC ACCCTACCAT 17280 TGAAGCTTTG CAATTAACGG AAATTGCCAG CCTTAATAAT CGTGTCTATC GAACACTGGG 17340 CTCTTCCATT ATTGTGCCTA AGAAGGATAA GATTGAACTT ATTCCAACAA GAAACGATTA 17400 TCATACTATT TCGGTTGACA ATAGCGTTTA TTCTTTCCGT AATATTGAGC GTATTGAGTA 17460 TCAAATCGAC CATCATAAGA TTCACTTTGT CGCGACTCCT AGCCATACCA GTTTCTGGAA 17520 CCGTGTTAAG GACGCCTTTA TCGGCGAGGT GGATGAATGA GGTTTGAATT TATCGCAGAT 17580 GAACATGTCA AGGTTAAGAC CTTCTTAAAA AAGCACGAGG TTTCTAAGGG ATTGCTGGCC 17640 AAGATTAAGT TTCGAGGTGG AGCTATTCTG GTCAATAATC AACCGCAAAA TGCAACGTAT 17700 CTATTGGACG TTGGAGACTA CGTTACCATT GACATTCCCG CTGAGAAAGG CTTTGAAACC 17760 TTGGAGGCTA TTGAGCTTCC ATTAGATATT CTCTATGAGG ATGACCACTT TCTAGTCTTG 17820 AATAAACCCT ATGGAGTGGC TTCTATTCCT AGTGTCAATC ACTCTAATAC CATTGCCAAT 17880 TTTATCAAGG GTTACTATGT CAAGCAAAAT TATGAAAATC AGCAGGTTCA CATTGTTACC 17940 AGACTAGATA GGGATACTTC TGGCTTGATG CTCTTTGCCA AGCACGGTTA TGCCCATGCA 18000 CGATTAGACA AGCAGTTGCA GAAGAAATCT ATCGAGAAAC GCTACTTTGC TTTGGTTAAG 18060 GGAGATGGAC ATTTGGAGCC AGAAGGGGAA ATTATTGCTC CGATTGCGCG TGATGAAGAT 18120 TCCATTATTA CCAGACGAGT GGCTAAAGGC GGAAAGTATG CCCATACTTC ATACAAGATT 18180 GTAGCTTCTT ATGGAAATAT TCACTTGGTC TATATTCACC TGCACACTGG TCGAACCCAT 18240 CAAATCCGAG TCCATTTTTC TCATATCGGT TTTCCTTTGC TGGGAGATGA TTTGTATGGT 18300 GGTAGTCTGG AAGATGGTAT TCAACGTCAG GCTCTGCATT GCCATTACCT ATCCTTTTAT 18360 CATCCATTTT TAGAGCAAGA CTTGCAGTTA GAAAGTCCCT TGCCGGATGA TTTTAGTAAC 18420 CTTATTACCC AGTTATCAAC TAATACTCTA TAAAAACTGT CTCAGAGTAT AATTATTATC 18480 TTAAAGGAGA AAACTCATGG AAGTTTTTGA AAGTCTCAAA GCCAACCTTG TTGGTAAAAA 18540 TGCTCGTATC GTTCTCCCTG AAGGGGAAGA GCCTCGTATT CTTCAAGCAA CAAAACGCTT 18600 AGTAAAAGAA ACAGAAGTGA TTCCTGTTTT GCTTGGAAAT CCTGAAAAAA TTAAAATTTA 18660 TCTTGAAATT GAAGGAATCA TGGATGGTTA TGAGGTCATC GACCCTCAAC ATTATCCTCA 18720 ATTTGAAGAA ATGGTTTCTG CCTTGGTGGA GCGTCGCAAG GGCAAAATGA CTGAAGAAGA 18780 TGTACGCAAG GTTTTGGTTG AAGATGTCAA CTACTTTGGT GTGATGTTGG TTTACTTGGG 18840 CTTGGTTGAT GGAATGGTGT CAGGAGCGAT TCACTCAACA GCTTCAACAG TTCGCCCAGC 18900 TCTACAAATC ATCAAAACTC GTCCAAATGT AACTCGTACT TCAGGAGCCT TCCTCATGGT 18960 TCGTGGTACG GAACGTTACC TATTTGGAGA CTGTGCCATT AACATCAATC CAGATGCAGA 19020 AGCCTTGGCT GAAATTGCCA TCAACTCAGC AATCACAGCT AAGATGTTTG GCATCGAACC 19080 TAAAATTGCC ATGTTGAGCT ATTCTACTAA AGGTTCAGGG TTTGGTGAAA GCGTTGATAA 19140 GGTCGTTGAA GCAACTAAAA TTGCTCACGA CTTGCGTCCT GACCTTGAAA TCGATGGTGA 19200 GTTGCAATTT GATGCAGCCT TTGTTCCTGA AACTGCAGCT CTGAAAGCTC CTGGAAGTAC 19260 GGTAGCTGGT CAAGCAAATG TCTTCATCTT CCCAGGTATC GAGGCAGGAA ATATTGGTTA 19320 CAAGATGGCT GAACGCCTGG GTGGCTTTGC GGCTGTAGGA CCTGTTTTGC AAGGTTTAAA 19380 CAAGCCAGTT AATGATCTTT CTCGTGGATG TAATGCAGAT GATGTTTACA AGTTGACCCT 19440 CATCACAGCA GCTCAAGCAG TTCATCAATA GTGAAAACTA TAAAGTGATA TACTATGCTA 19500 TACTGTAGTT ATGAAACTAT GTACGAAAAG CACTGCCATT AATTCCTGAG AACTAAATTA 19560 CTGATTGGTG TCAAAAAGGA AAACTTCCAA GCGATGATAT CCTGTCTATA CACGACCTAT 19620 AGAAATCTGT AATATACATA TCCGTAAAAC GATAAATTCC CTTTTTGATT TTAAATGAGT 19680 ATGAAAAGAG AATTTTTTGG CTCTTTGTCA ACTGTAGTGG GTTGAAGAAA AGCTAAGCTC 19740 GAGAAAGGAC AAATTTCATC CTTTCTTTTT TGATATTCAG AGCGATAAAA ATCCGTTTTT 19800 TGAAGTTTTC AAAGTTCCGA AAACCAAAGG CATTGCGCTT GATAAGTTTG ATGAGATTAT 19860 TGGTCGCTTC CAGTTTGGCG TTAGAATAGT GTAGTTGAAG GGCGTTGATA ATCTTTTCTT 19920 TATCTTTGAG GAAGGTTTTA AAGACAGTCT GAAAAATAGG ATGAACCTGC TTAAGATTGT 19980 CCTCAATAAG TCCGAAAAAT TTCTCTGGTT CCTTATTCTG GAAGTGAAAA AGCAAGAGTT 20040 GATAGAGCTG ATAGTGGTGT TTCAAGTCTT CCGAATAGCT CAAAAGCTTG TTTAAAATCT 20100 CTTTATTGGT TAAGTGCATA CGAAAAATAG GACGATAAAA TCGCTTATCA CTCAGTTTAC 20160 GGCTATCCTG TTGAATGAGT TTCCAGTAGC GCTTGATAG 20199 (2) INFORMATION FOR SEQ ID NO : 7 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 19702 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 7 : ACCCGATGTA TCAGCGGATA TTTACTCTAT TTTTCAAACG ATGTTATACC CACAATAAAA 60 GAAAAAAGAC CCTAAGGTCT CCTTTGCTTT TATTATTAAA CGCGTTCAAC TTTACCTGAT 120 TTCAAAGCAC GAGCTGAAGC CCAAACTTTT TTAGGTTTAC CATCGATAAG AACAGTAACT 180 TTTTGAAGGT TTGGTTTTAC GGCACGTTTT GTTTGGTTCA TCGCGTGTGA ACGGTTGTTT 240 CCTGATACAG TCTTACGACC TGTAAAGTAA CATACTTTAG CCATTGTGTT TTCCTCCTAT 300 TAGATCTAAT ATAGCGGATG TGCTAGCACC ACATACCGTA CTATGTTATC ACATTTTCTT 360 GTTTTTTGCA AGGGAATTGG AAGATTTTTT ATTTGTGTCT TAAATCAGGT CTTGCGTGAC 420 ATTTCTGCTC TCCACATGCC ATCGTTGATT AACAGAACAC CAGAATTAAA ATTATGTGTA 480 TAAAAATCAT CTCTAACTGC AGCTAAGGGT ATAGCCGTCA AGTCCAAATC CCACAGCTCA 540 TCTATCGATT TTCTTACAAC AATATCTGAA TCCAAATACA GTACACGAGA CTCGCTTACA 600 TACTTTGGAA TAAAATACCT AAAAAAGCCG CATATGAAAG TCCCTCAAAG GGGAGACGAT 660 AACCTTTCAG AATATTACTG TCAATCTAAA CATTCACAAT CTCACTATTC AAAGTCTCTA 720 GTCTTTTTTC CATCAATTGG AACCATTCTC GCGGAAGGTC ATCATTAAAA ACATAAAACT 780 TAAGATTATA ATGATGAACA CAAAGAGATT TTATTGTTGT TTCAACTTTA TCCATATAAG 840 CATTATCTGC ACCTAAGACA ATCGCTTTTT TCTCTTCTTT CACTTTTTAT CTCATTTCTT 900 TTTATTCCCA TCATATTATT CCCATCATAT GTTTCCCATC ATATGTTTCT ACGTAACCAT 960 TATTTTCGCC TATTCGTTCG TAAAACCATA CCAGTGGAGA TTTTAGATGA AGTCCCATTA 1020 CGGTTTACAA TTTTTACATT ACGACACGGA GTTTTACAAA TCGATTTCAT TTGCCAAACG 1080 TAGTTAGTGA GGCAGTTAGC TAGTTCGCCA AATAGCGACT AGCGTCCAAC AATTTGGAAC 1140 TTTAGTTCCA ATTGTTGGTA CTGAGTCACA TCTTCTCCTC TAACTCTACG TCTGGATACT 1200 TGTCCGCAAA CCAGCGGAGG GCAAAGTCAT TTTCAAAGAG AAAGACTGGT TGGTCAAAAC 1260 GGTCTTTGGC TAAGATATTG CGACTTGACG ACATCCGTTC ATCCAAGTCC TCAGGCTTGA 1320 TCCAACGAAC GGTCTTTTTA CCCATTGGGT TCATAACTAC TTCCGCATTG TACTCGCCTT 1380 CCATGCGGTG TTTAAAGACT TCAAACTGGA GTTGACCTAC AGCGCCTAGC ATGTACTCAC 1440 CTGTTTGGTA ATTCTTATAA AGCTGAACGG CTCCTTCTTG CACCAATTGC TCAATCCCCT 1500 TGTGGAAGGA TTTTTGCTTC ATAACATTCT TAGCAGAAAC TTTCATGAAA ATCTCAGGTG 1560 TAAAGGTTGG CAGGGGTTCA AATTCAAACT TGTTTTTTCC AACCGTCAAG GTATCCCCAA 1620 CCTGATAAGT ACCGGTATCG TAAACCCCGA TAATATCACC TGCCACGGCA TTGGTCACAT 1680 TCTCACGACT CTCCGCCATA AACTGGGTAA CATTAGATAG TTTAGCCCCC TTACCAGTAC 1740 GAGGGAGATT GACACTCATG CCGCGCTCAA ATTCGCCAGA TACGATACGG ACAAAGGCAA 1800 TACGGTCACG GTGACGAGGG TCCATGTTGG CTTGGATTTT AAAGACAAAG CCTGAGAAAT 1860 CCTTGTCATA AGGATCCACA ATTTCACCGT CTGTTTTCTT GTGACCATGT GGTTCTGGAG 1920 CAAACTTGAG GAAGGTTTCA AGGAAGGTCT GCACACCAAA GTTTGTCAGG GCTGAACCGA 1980 AAAAGACAGG CGTCAATTCT CCAGCCAGAA TAGCTTCCTC TGAAAACTCA TTCCCGGCTT 2040 CATTTAAAAG CTCAATGTCA TCCTTGACTT GCTCGTAGAA AGGATTGCTA CCAAAGAGTT 2100 TGTCCCCGTC TTCTAGACTG GCAAAACGCT CATCCCCTTT GTAAAGCTCT AAACGTTGGT 2160 TATAGAGGTC ATACAAGCCC TCAAAGGCTT TCCCCATCCC GATAGGCCAG TTCATAGGGT 2220 AGCTAGCAAT GCCCAAGATT TCTTCCAATT CTTGCAAGAG ATCCAAAGGC TCACGACCGT 2280 CACGGTCCAG CTTGTTCATA AAGGTAAAGA CTGGAATGCC ACGATGTTTC ACAACCTCAA 2340 ACAATTTCTT GGTTTGAGCC TCGATCCCCT TGGCAGAGTC CACGACCATG ACCGCAGCAT 2400 CCACCGCCAT CAAGGTACGA TAGGTATCTT CTGAGAAGTC CTCGTGCCCT GGCGTGTCTA 2460 AGATATTCAC GCGCTTGCCG TCGTAGTCAA ATTGCATAAC AGATGAAGTA ACAGAAATCC 2520 CACGTTGCTT CTCGATATCC ATCCAGTCAG ATTTAGCAAA AGTCCCTGTT TTCTTCCCTT 2580 TTACCGTACC AGCCTCACGA ATCTCACCCC CAAAGTAGAG TAACTGCTCA GTGATGGTTG 2640 TTTTCCCCGC GTCCGGGTGG GAGATAATGG CAAAGGTACG ACGTTTCTTA ATTTCTTCTT 2700 GAATATTCAT AAGTTCTCTT TCTTTGATTC TCTATTTTTC TTGTTTCAAT AGCTGAGAAT 2760 GATTTTTACA TTGGATTTTA CCATTCCTTT CAACACTCCA TTATATCGGA TTTTAGCATT 2820 TTTTTCAATT TCTATTTCTT TTCACTTCCC CCTCCCTTAT TTATAGGAAA ATATGGTAAA 2880 ATAGAACAGA CTAAAAATCA TCATTTCACG AAAGGATGCA AGATGAAAAT TACGCAAGAA 2940 GAGGTAACAC ACGTTGCCAA TCTTTCAAAA TTAAGATTCT CTGAAGAAGA AACTGCTGCC 3000 TTTGCGACCA CCTTGTCTAA GATTGTTGAC ATGGTTGAAT TGCTGGGCGA AGTTGACACA 3060 ACTGGTGTCG CACCTACTAC GACTATGGCT GACCGCAAGA CTGTACTCCG CCCTGATGTG 3120 GCCGAAGAAG GAATAGACCG TGATCGCTTG TTTAAAAACG TACCTGAAAA AGACAACTAC 3180 TATATCAAGG TGCCAGCTAT CCTAGACAAT GGAGGAGATG CCTAATGACT TTTAACAATA 3240 AAACTATTGA AGAGTTGCAC AATCTCCTTG TCTCTAAGGA AATTTCTGCA ACAGAATTGA 3300 CCCAAGCAAC ACTTGAAAAT ATCAAGTCTC GTGAGGAAGC CCTCAATTCA TTTGTCACCA 3360 TCGCTGAGGA GCAAGCTCTT GTTCAAGCTA AAGCCATTGA TGAAGCTGGA ATTGATGCTG 3420 ACAATGTCCT TTCAGGAATT CCACTTGCTG TTAAGGATAA CATCTCTACA GACGGTATTC 3480 TCACAACTGC TGCCTCAAAA ATGCTCTACA ACTATGAGCC AATCTTTGAT GCGACAGCTG 3540 TTGCCAATGC AAAAACCAAG GGCATGATTG TCGTTGGAAA GACCAACATG GACGAATTTG 3600 CTATGGGTGG TTCAGGTGAA ACTTCACACT ACGGAGCAAC TAAAAACGCT TGGAACCACA 3660 GCAAGGTTCC TGGTGGGTCA TCAAGTGGTT CTGCCGCAGC TGTAGCCTCA GGACAAGTTC 3720 GCTTGTCACT TGGTTCTGAT ACTGGTGGTT CCATCCGCCA ACCTGCTGCC TTCAACGGAA 3780 TCGTTGGTCT CAAACCAACC TACGGAACAG TTTCACGTTT CGGTCTCATT GCCTTTGGTA 3840 GCTCATTAGA CCAGATTGGA CCTTTTGCTC CTACTGTTAA GGAAAATGCC CTCTTGCTCA 3900 ACGCTATTGC CAGCGAAGAT GCTAAAGACT CTACTTCTGC TCCTGTCCGC ATCGCCGACT 3960 TTACTTCAAA AATCGGCCAA GACATCAAGG GTATGAAAAT CGCTTTGCCT AAGGAATACC 4020 TAGGCGAAGG AATTGATCCA GAGGTTAAGG AAACAATCTT AAACGCGGCC AAACACTTTG 4080 AAAAATTGGG TGCTATCGTC GAAGAAGTCA GCCTTCCTCA CTCTAAATAC GGTGTTGCCG 4140 TTTATTACAT CATCGCTTCA TCAGAAGCTT CATCAAACTT GCAACGCTTC GACGGTATCC 4200 GTTACGGCTA TCGCGCAGAA GATGCAACCA ACCTTGATGA AATCTATGTA AACAGCCGAA 4260 GCCAAGGTTT TGGTGAAGAG GTAAAACGTC GTATCATGCT GGGTACTTTC AGTCTTTCAT 4320 CAGGTTACTA TGATGCCTAC TACAAAAAGG CTGGTCAAGT CCGTACCCTC ATCATTCAAG 4380 ATTTCGAAAA AGTCTTCGCG GATTACGATT TGATTTTGGG TCCAACTGCT CCAAGTGTTG 4440 CCTATGACTT GGATTCTCTC AACCATGACC CAGTTGCCAT GTACTTAGCC GACCTATTGA 4500 CCATACCTGT AAACTTGGCA GGACTGCCTG GAATTTCGAT TCCTGCTGGA TTCTCTCAAG 4560 GTCTACCTGT CGGACTCCAA TTGATTGGTC CCAAGTACTC TGAGGAAACC ATTTACCAAG 4620 CTGCTGCTGC TTTTGAAGCA ACAACAGACT ACCACAAACA ACAACCCGTG ATTTTTGGAG 4680 GTGACAACTA ATGAACTTTG AAACAGTCAT CGGACTTGAA GTCCACGTAG AGCTCAACAC 4740 CAATTCAAAA ATCTTCTCAC CTACTTCTGC CCACTTTGGA AATGACCAAA ATGCCAACAC 4800 TAACGTGATT GACTGGTCTT TCCCAGGAGT TCTACCAGTT CTCAATAAAG GGGTTGTTGA 4860 TGCCGGTATC AAGGCTGCTC TTGCCCTCAA CATGGACATC CACAAAAAGA TGCACTTTGA 4920 CCGCAAGAAC TACTTCTATC CTGATAACCC CAAAGCCTAC CAAATTTCTC AGTTTGATGA 4980 ACCAATCGGA TATAATGGCT GGATTGAAGT CAAACTAGAA GACGGTACGA CCAAGAAAAT 5040 CGGTATCGAA CGTGCCCACC TAGAGGAAGA CGCTGGTAAA AACACCCATG GTACAGATGG 5100 CTACTCTTAT GTTGACCTCA ACCGCCAAGG GGTTCCCTTG ATTGAGATTG TATCTGAGGC 5160 AGATATGCGT TCTCCTGAAG AAGCCTATGC TTATCTGACA GCCCTCAAGG AAGTTATCCA 5220 GTACGCTGGC ATTTCTGACG TTAAGATGGA GGAAGGTTCG ATGCGTGTGG ATGCCAACAT 5280 CTCCCTTCGT CCTTATGGTC AAGAGAAATT CGGTACCAAG ACTGAATTGA AGAACCTCAA 5340 CTCCTTCTCA AACGTTCGTA AAGGTCTTGA ATACGAAGTC CAACGCCAGG CTGAAATTCT 5400 TCGCTCAGGT GGTCAAATCC GCCAAGAAAC ACGCCGTTAC GATGAAGCGA ATAAAGCAAC 5460 CATCCTCATG CGTGTCAAGG AAGGGGCTGC TGACTACCGC TACTTCCCAG AACCAGACCT 5520 ACCCCTCTTT GAAATTTCTG ACGAGTGGAT TGAGGAAATG CGGACTGAGT TGCCAGAGTT 5580 TCCAAAAGAA CGTCGTGCGC GTTATGTATC TGACCTTGGT TTATCAGACT ACGATGCTAG 5640 TCAGTTGACT GCTAATAAAG TCACTTCTGA CTTCTTTGAA AAAGCTGTTG CCCTAGGTGG 5700 TGATGCCAAA CAAGTCTCTA ACTGGCTCCA AGGGGAAGTC GCTCAGTTCT TGAATGCTGA 5760 AGGTAAAACA CTGGAACAAA TCGAATTGAC ACCAGAAAAC TTGGTTGAAA TGATTGCCAT 5820 CATCGAAGAC GGTACTATTT CATCTAAGAT TGCCAAGAAA GTCTTTGTCC ATCTAGCTAA 5880 AAATGGCGGT GGCGCGCGTG AATACGTGGA AAAAGCAGGT ATGGTTCAAA TTTCAGATCC 5940 AGCTATCTTG ATCCCAATCA TCCACCAAGT CTTTGCCGAT AACGAAGCTG CTGTTGCCGA 6000 CTTCAAGTCA GGCAAACGTA ACGCCGACAA GGCtTTACAG GATTCCTTAT GAAGGCAACC 6060 AAAGGCCAAG CCAACCCACA AGTTGCCCTT AAACTACTTG CACAGGAATT GGCGAAGTTG 6120 AAAGAAAACT AGACAGAACA AAACCAGCCC TAAGGTTGGT TTTTTCTTCT CTACCAACTC 6180 CCAATAACTA TTTTGGCTTT ATTTCCAGAG TATTTTATGG TAAAATGAAG AGTAATAATA 6240 TTTATTAAAG AGGTAAAAAC ATGATTGAAG CAAGTACCTT AAAAGCTGGT ATGACCTTTG 6300 AAACAGCTGA CGGCAAATTG ATTCGCGTTT TGGAAGCTAG TCACCACAAA CCAGGTAAAG 6360 GAAACACGAT CATGCGTATG AAATTGCGTG ATGTCCGTAC TGGTTCTACA TTTGACACAA 6420 GCTACCGTCC AGAGGAAAAA TTTGAACAAG CTATTATCGA GACTGTCCCA GCTCAATACT 6480 TGTACAAAAT GGATGACACA GCATACTTCA TGAATACAGA AACTTATGAC CAATACGAAA 6540 TCCCTGTAGT CAATGTTGAA AACGAATTGC TTTACATCCT TGAAAACTCT GATGTGAAAA 6600 TCCAATTCTA CGGAACTGAA GTGATCGGTG TCACCGTTCC TACTACTGTT GAGTTGACAG 6660 TTGCTGAAAC TCAACCATCT ATCAAAGGTG CTACTGTTAC AGGTTCTGGT AAACCAGCAA 6720 CGATGGAAAC TGGACTTGTC GTAAACGTTC CAGACTTCAT CGAAGCAGGA CAAAAACTCG 6780 TTATCAACAC TGCAGAAGGA ACTTACGTTT CTCGTGCCTA ATCTCTAGAA AGAGGTCATT 6840 CTATGGGAAT TGAAGAACAA CTTGGCGAAA TCGTTATCGC CCCACGTGTA CTTGAAAAAA 6900 TCATTGCTAT CGCTACTGCA AAGGTAGAGG GTGTTCACTC TTTTTCAAAC AGATCAGTGT 6960 CTGATACCCT TTCAAAACTT TCACTCGGCC GTGGCATTTA TCTTAAAAAC GTGGACGAAG 7020 AACTCACAGC AGATATCTAT CTCTACCTTG AGTACGGAGT AAAAGTTCCT AAGGTAGCGG 7080 TTGCTATCCA GAAAGCTGTC AAAGATGCCG TCCGTAATAT GGCTGATGTA GAACTCGCTG 7140 CTATCAATAT TCACGTTGCA GGTATCGTCC CAGATAAAAC ACCAAAACCA GAATTGAAAG 7200 ATCTATTTGA CGAGGACTTC CTCAATGACT AGTCCACTAT TAGAATCTAG ACGCCAACTC 7260 CGTAAATGCG CTTTTCAAGC TCTCATGAGC CTTGAGTTCG GTACGGATGT CGAAACTGCT 7320 TGTCGTTTCG CCTATACTCA TGATCGTGAA GATACGGATG TACAACTTCC AGCCTTTTTG 7380 ATAGACCTCG TTTCTGGTGT TCAAGCTAAA AAGGAAGAAC TAGATAAGCA AATCACTCAG 7440 CATTTAAAAG CAGGTTGGAC CATTGAACGC TTAACGCTCG TGGAGAGAAA CCTCCTTCGC 7500 TTGGGAGTCT TTGAAATCAC TTCATTTGAC ACTCCTCAGC TGGTTGCTGT TAATGAAGCT 7560 ATCGAGCTTG CAAAGGACTT CTCCGATCAA AAATCTGCCC GTTTTATCAA TGGACTGCTC 7620 AGCCAGTTTG TAACAGAAGA ACAATAAGGC TCTTTGTCAA CTGTAGTGGG TTGAAAAAAA 7680 GCTAAGCTCG AGAAAGGACA AATTTCGTCC TTTCTTTTTT GATGTTCAAA GCGATAAAAA 7740 TCCGTTTTTT GAAGTTTTCA AAGTTTCGAA AACCAAAGGC ATTGCGCTTG ATAAGTTTGA 7800 TGAGATTATT GGTCGCTTCC AGTTTGGCAT TAGAATAGTG TAGTTGAAGG GCGTTGACAA 7860 TCTTTTCTTT ATCTTTGAGG AAGGTTTTAA AGACAGTCTG AAAAATAGGA TGAGCCTGCT 7920 TAAGATTGTC CTCAATAAGT CCGAAAAATT TCTCTGGTTC CTTATTCTGG AAGTGAAACA 7980 GCAAGAGCTG ATAGAGCTGA TAGTGGTGTT TCAAGTCTTG TGAATGGCTC AAAAGCTTGT 8040 CTAAAATCTC TTTATTGGTT AAGTGCATAC GAAAAGTAGG ACGATAAAAT CGCTTATCAC 8100 TCAGTCTACG GCTATCCTGT TGAATGAGTT TCCAGTAGCG CTTGATATCC TTGTATTCAT 8160 GGGATTTTCG ATGAAACTGA TTCATGATTT GGACACGCAC ACGACTCATG GCACGGCTAA 8220 GATGTTGTAC AATGTGAAAG CGATCAAGAA CGATTTTAGC ATTCGGGAGT GAAACAGTCT 8280 GGGAGACTGT TTCAGCCTGA GCCTAGGAAT TTGAAAGCGA AGCTGTTTAG CCAAGTCATA 8340 GTAAGGGCTA AACATATCCA TAGTAATAAT TTTGACGCGA CATCGGACAA CTCTATCGTA 8400 GCGAAGAAAG TGATTTCGAA TGATAGCTTG TGTTCTACCC TCAAGAACAG TGATGATATT 8460 GAGATTGTTA AAATCTTGCG CAATGAAGCT CATCTTTCCC TTTGTAAAAG CATACTCATC 8520 CCAAGACATA ATCTCAGGAA GACAAGAAAA ATCATGTTTA AAGTGAAAAT CATTGAGCTT 8580 ACGAATAACA GTTGAAGTTG AGATGGAAAG CTGATGGGCA ATATCAGTCA TAGAAATCTT 8640 TTCAATCAAC TTTTGAGCAA TCTTTTGGTT GATGATACGA GGGATTTGGT GATTTTTCTT 8700 GACGATAGAA GTTTCAGCGA CCATCATTTT TGAACAGTGA TAGCACTTGA ATCGACGCTT 8760 TCTAAGGAGA ATTCTAGTAG GCATACCAGT CGTTTCAAGA TAAGGAATTT TAGAAGGTTT 8820 TTGAAAGTCA TATTTCTTCA ATTGGTTTCC GCACTCAGGG CAAGATGGGG CGTCGTAGTC 8880 CAGTTTGGCG ATGATTTCCT TGTGTGTATC CTTATTGATG ATGTCTAAAA TCTGGATATT 8940 AGGGTCTTTA ATGTCTAGTA ATTTTGTGAT AAAATGTAAT TGTTCCATAT GAATCTTTCT 9000 AATGAGTTGT TTTGTCGCTT TTCATTATAG GTCATATGGG ACTTTTTTTC TACAATAAAA 9060 TAGGCTCCAT AATATCTATA GGGGATTTAC CCACTACAAA TATTATAGAG CCAACAATAA 9120 AAAGAAAAAG TGTTTGATAG ATATCAAACA CTTTTTTCTT TGCCTCCCAC TATCTAAAAA 9180 AATGATAATA GATATAATTG TAAACAAAAA TCCAGATAGG TTTTGCATGA TTGAGAAAGT 9240 TAAAAAAACT ATGGCAGAGA ATCGTTAATC TCAGATTGTC GGTAGAACGA TAAACAAGGG 9300 CAAAAAAGAA ACCAATCAGA CTATAATATA ATAAACTAAT TGGATCTCTG TGAGATAGTA 9360 TCAAATGGCT AATCCCAAAG ATGATAGCAG ATAGGATAAC ATCCAAATAG TACTTGGACT 9420 AGGGAAAGAA GGTATTCATA AAATACCCTC TATCAAGAGT CTCCTCAAAA ACAGGACCGA 9480 TGATTACAGG CAGGACAAAA GATAAGATAG TCGATAAAAA GGTTGGTTGT CCATTTGAAA 9540 AAAGCACGGT AAAATACTCA TCATGAATAT TCCTATGATT AATCAAATGA GCATAGCGTG 9600 CCCAAAAATT ACCGAGAATC TGATAAACCA CATAAGTTGC AAATAAGTAG AAGACAAATG 9660 ACCAGTTCCA GCTCTTTTTC TCAAAGATAA AGAGCATCTT TTTCTTTTTT AACCTCCAAA 9720 TTAATAGAAG GAAACTTCCC ACTAATCCCA TTGTTAAAAT AAGAGAATAG ACATCAGCTC 9780 CTAACCCTAA AATGATCGTC ACATACAATC CAATTGTTTG TGGTAAATAG GTAGATAGTA 9840 AAATAATAAG CAAAAATATT CCAAATTGTC TTAGTTTTTT TGTGTTTCTC ATCGTACTTT 9900 TTTGAAAGAT TACCCTGCTC GGAAGCCGTA CTTCCAAGCA TCTATATAAG AATTAAGTGC 9960 CCCTTGCCTC ATATAGGGAG CAAATTCTCT ATAATATAAC CATCTACTAT ATCCATCTTC 10020 CCAAACAGCA AGACCACCTG AAGTTTGCTC CAAGTCCTCA GTTGAAAGAA CTGTAAATGT 10080 ATTTGTACCT GTCATTGCAA GTACCTTCTT AAAATAGATT GTTGTAGGCT CACATTTATA 10140 GTATATTTCT TTTTTTGTCT ATTTTATAGC CCATCTCCTC AACTGGCAAT TTTTCGACCT 10200 GAATTACATT TTTCCATAAA AAATGAGACC TTTCTAGTCT CATTTAGTCA TTCTTAGTAT 10260 TTTCTAAATC GTTGATAGCG TTCTTCCAGC AACTCTTCTA GCGGTTTTTG TGAAAGTCTA 10320 GCCAGCTCCG TTTGGAGTTC TTTTTTGACA CTCTTAATCA GTTCTTTACT AGAAAGTCCT 10380 ATTTCAGAAA TCACCTTATC CACCACGTCC ATTTCTAACA GTTCATGCGA AGTGATTTTC 10440 ATCAGTTCTG CTGCTTCCAT AGCGCGAGTA CCGTCCTTCC ATAAAATGGA AGCAAAGCCT 10500 TCTGGACTGA GAATGGCATA GATAGAATTT TCCAGCATCC AGACACGGTC CGCGACAGCT 10560 AGAGCCAGAG CCCCGCCTGA ACCACCTTCA CCGATAATAA TGGCGATAAT AGGAACTTTC 10620 AGGTCACTCA TTTCCATGAG ATTGCGAGCG ATAGCTTCCC CTTGACCACG TTCTTCCGCT 10680 CCGACACCAG GATAAGCACC TGCTGTATTG ATAAAGGTCA CAACTGGACG GCCAAATTTC 10740 TCAGCCTGTT TCATCAACCG CAGTGCCTTT CGGTAGCCTT CTGGATGTGG TTGGCCAAAA 10800 TTCCGTTTGA GGTTGTCTTG CAAACTCTTG CCTTTTTGGA TACCAACCAC TGTTACAGCT 10860 TGGTCTCCAA GCCAACCAAT ACCACCAACA ACTGCACCAT CATCACGAAA AGAACGGTCA 10920 CCATGTAATT GGATAAATTC ATCAAAAATG CCTGTCGCAA AGTCCAAGGT TGTCAAGCGA 10980 CTCTGCTCAC GCGCTTCTCT GACTATTTTT GCAATATTCA TCTAGGACTC CCTCCATGCA 11040 ATCTGACTAG GCTAGCAATC GTATCTGGTA AGTCTCTTCT TTTGACAATA GCATCCACAA 11100 AGCCATGTTC TAATAGGAAT TCTGCCTTTT GGAAATCCTC AGGCAAGCTT TCACGAACCG 11160 TATTTTCAAT CACACGACGC CCAGCAAAAC CAACCAAGCT CTGTGGTTCA GCCAGAATGA 11220 TATCGCCTTC CATAGCGAAA GAAGCTGTCA CACCACCAGT CGTTGGATCT GTCAAAATGG 11280 TCAGGTAAAA GAGACCAGCA TTTGAATGGC GTTTAACCGC CGCAGAGATC TTAGCCATCT 11340 GCATGAGACT CATGATTCCT TCCTGCATAC GGGCTCCACC AGAGGCTGTG AATAGGACAA 11400 CTGGCAATTT TTCGACAGTC GCATACTCAA ACAAACGAGT GATTTTTTCA CCTACAACCG 11460 TACCCATAGA AGCCATGATA AAGTTAGAAT CCATAATCCC AAGAGCCACA GTCTGACCTT 11520 TAATAAGAGC AGTTCCTGTC ACAACGGCTT CATGCAGACC TGTTTTTTCA CGCATAGATG 11580 CCAGTTTCTT TTGGTAACCA GGGAAATGCA AGGGATCCTT GCTTTCAATC CCTGTAAACA 11640 ATTCTTTGAA GGTTCCCATA TCAATCGTCA AAGCCAAGCG TTCTTGGGCA GAAATACGAA 11700 AGGTATAGCT ACAGTGCGGA CAGATACGTT CACTTCCCAG ATCCTTCTGA TAGATGGTAT 11760 GCTTACAGCC TGGACACTGG GAAAATAATT CATCTGGAAC CTCTGGCTTA GCTTGAGGTT 11820 TTTCCCTAAC CGAACGATTG GGATTGATTC GAATATACTT ATCTTTTTTA CTAAATAGAG 11880 CCATTGATTC CCCTTTTCGG TTTAAACTCT TAAAGTCATT TTATTCTTTT TCTTGATATT 11940 TAGGTAAGAA GGTTTCCATC AAGAAGGAAG TATCATAATC CCCAGCAATG ACATTGCGAT 12000 CTGAAATGAG GTCAAGCTGG AAATCTGCAT TGGTCTGCAC TCCTTCAATT TCTAATTCAT 12060 AGAGGGCACG TTGCATTTTC ATCAAGGCGT CAAAACGATT TTCGCCGTGT ACTATGATTT 12120 TGGCAATCAT ACTATCATAA TAAGGCGGAA TGGTATAACC TGGATAAACT GCTGAATCCA 12180 CGCGCAAGCC AACTCCACCA CTTGGCAGAT AGAGATTAGT AATCTTACCT GGACTTGGAG 12240 CAAAGTTAAA GGCTGGGTTT TCTGCATTGA TACGACACTC GATGGCATGA CCGCGTAGGA 12300 CAATATCTTC TTGCTTAACA GACAAAGGCT GACCTGCCGC AATGCAAATC TGTTCCTTAA 12360 CGATATCAAC ACCTGAAACA AACTCTGTTA CTGGATGTTC TACCTGAACA CGAGTATTCA 12420 TCTCCATGAA ATAGAAATTG CTACTTGCTT CATCAAGAAG AAATTCAATG GTTCCTGCAT 12480 TCTCATAGCC AACAAACTCT GCCGCTCGAA CAGCAGCAGC ACCTATTTCA TGACGCAGCG 12540 TTTTTCCGAT TGCAATCGAG GGACTTTCTT CCAAAACCTT TTGGTTATTC CTTTGAAGAG 12600 AACAATCCCG TTCACCCAAG TGAATCACAT GTCCATGCTC ATCACCTAGG ATTTGAACCT 12660 CAATGTGCCG AGCTGGATAG ATAACCCGTT CTATGTACAT GGCACCATTG CCATAATTGG 12720 CCTTGGCCTC ACTAGAGGCA GTTTCAAAGG CAGAAACGAG GTCATCTGGT TTTTCAACCT 12780 TACGAATCCC TTTACCACCT CCACCTGCTG AAGCCTTGAG CATAACAGGA TAGCCAATTT 12840 TTTCAGCAAC AATCAAAGCT TCTTCAGAGT TATGCACTTC TCCATCTGAA CCTGGTATAA 12900 CAGGCACACC TGCTTTAATC ATCTGAGCAC GCGCATTGAT CTTATCCCCC ATCATATCCA 12960 TAACATGACC AGATGGACCG ATAAACTTGA TACCTACTTC TTCACACATG GTCGCAAATT 13020 TGGAATTTTC ACTGAGAAAT CCAAAACCAG GGTGAATAGC TTCTGCCTCA GTCAAGACTG 13080 CAGCTGATAG AACTGCATTA ATATTGAGAT AAGACTCTGT TGCCTTGCCA GGACCAATAC 13140 AAACTGCTTC ATCTGCCAAA AGCGTATGAA GAGCTTCCTT ATCAGCAGTT GAATAAACCG 13200 CTACCGTCGC AATCCCCAAT TCACGTGCCG CACGGATAAT ACGAACCGCA ATTTCACCAC 13260 GATTGGCAAT TAAAATTTTT CGAAACATGG AGAACCTCCT TAGTTCCCAA TTGCAAAAGT 13320 AAGGGTACCA CTGGCTGCAA GCTTGCCATC CACTTCAGCC TTTGCTTCAA CCACAGCTAT 13380 GGTGCCACGA CGTTTTACAA AAGTCGCTGT CATAACCAAT TGGTCGCCTG GTACAACTTG 13440 CTTCTTGAAC TTAACCTTGT CCATACCAGC GTAAAAGACC AGTTTTCCTT TATTTTCAGG 13500 TTTTGATAAC TCCAACACAC CGGCAGTTTG CGCCAAGGCT TCCATAATCA CAACACCTGG 13560 CATAACTGGG TATTGAGGAA AGTGGCCGTT AAAGAAAGGC TCGTTGATGG TCACATTTTT 13620 GATAGCAACA ATGGTATCCT CGCTCACTTC CAAGACACGG TCCACTAGAA GCATAGGATA 13680 ACGGTGGGGA AGAGCTTCTT TGATTCCTTG AATATCGATC ATTTGATACG TACCAATCCT 13740 TTACCAAACT CAACCATTTC TTCGTTAGAG ACGAGAATTT CCGTTACCAC ACCATCCTTA 13800 GGAGCTGGGA TTTCATTCAT GACTTTCATG GCTTCGATAA TTACCAATGT TTGACCTTTT 13860 TTGACACTAT CACCAACTGT AACGAAGGCA GGTTTATCTG GTCCAGCAGC CAAGTAAACC 13920 ACTCCAACAA GTGGACTCTC TACAAGATTT CCCTCAGTAG CCACACTTGC TTCAGCTGGA 13980 GCTGGAACTT CTTCTGCTAC AGTCTCTGCT GGAGCAGATG TAGGAGCTAC TGGACTCGGT 14040 GTTGCTAGAA CGGGTGCTGG AGCGACTTGA GTTGCAACTT CAGGCACAGG TCTTGCTTCA 14100 TTCTTGCTAA ACTGCAACTC ATCCGTCCCA TTTTTATAAG AAAATTCTCT CAAACTTGAC 14160 TGGTCAAATT GAGTCATCAA GTCTTTAATA TCGTTTAAAT TCATACTTAT CTATTCTCCC 14220 AACGTTTGAA AGCAAGAACT GCATTGTGGC CTCCAAAACC AAAAGTATTT GAAATAGCGT 14280 ATGGAATTTC TTTCTCCAAG CCTTGTCCAT AAACGACATT AGCTTCGATA TAATCTGATA. 14340 CTTCACTTGT CCCAGCTGTC ATTGGTACAA AGTTATGACG CATAGCTTCG ATGGTGACGA 14400 TAGCTTCTAC TGCACCCGCA GCCCCCAGCA AATGTCCTGT AAAAGACTTG GTTGATGATA 14460 CAGGTACTTC CTTACCAAGA ACAGCTACGA TAGCACCACT TTCTCCTTTT TCATTGGCAG 14520 GAGTTGACGT TCCGTGAGCA TTGACATAGG CTACTTGCTC TGGAGAAATC TCAGCTTCTT 14580 CCAAGGCTAG TTTGATGGCC TTGATAGCTC CCTGACCTTC TGGATGTGGA GAAGTCATGT 14640 GGTAGGCATC ACAAGTATTT CCGTAACCAA CCACTTCAGC CAGGATAGTA GCTCCACGTT 14700 TTTCAGCGTG TTCAAGACTT TCTAGAACCA ACATCCCTGA ACCTTCACCC ATAACAAACC 14760 CATTGCGATC CTTATCAAAT GGGATCGAAG CACGAGTTGG ATCCTCTGTA GTAGAGAGAG 14820 CTGTTAAGGC TTGGAAACCA GCGATGGCAA AAGGTGTGAT AGAAGCTTCT GTTCCTCCCA 14880 CCAACATCAC ATCTTGGAAA CCAAACTTAA TGGAGCGGAA GGCATCCCCA ATCGCATCAT 14940 TTGATGAAGA GCAGGCAGTA TTGATAGATT TACAAACACC GTTTGCACCA AAACGCATGG 15000 CTACATTCCC AGAAGCCATA TTTGGTAAAG CTTTTGGAAG AGTCATTGGT TTGACACGTT 15060 TGGGTCCTTT TTCATGAAGG CGAAGTACCT GATCTTCAAT TTCCTTGATT CCACCAATAC 15120 CAGATGCAAC GATAACACCA AAACGATCCC TATTAAGAGC CTCTACATCA AGATTGGCAT 15180 GATTTACAGC CTCTTGGGCT GCATACAAGG CATATAAAGA ATAGTTATCA AAACGGTTGG 15240 TATCTTTTTT TACAAAGTAT TTATCGAACG GAAAATCTTG GATTTCTGCC GCATTATGCA 15300 CATCAAAGTC ACTATGATCA AATTTTGTAA TGCCACCAAT GCCGATTTTC CCAGTTGCTA 15360 AACTATTCCA AAATTCTTCT GGTGTATTTC CGATTGGAGA TGTTACTCCA TAACCTGTTA 15420 CCACTACTCG ATTTAGTTTC ATTCTTTTCA CCTCTAGCTT TCGCTACATA CTTAAGCCAC 15480 CATCAATGGC AACCACTTGT CCAGTTAGAT AATCTTGGCC TGCTAAAAAT ACTGTCAAAT 15540 CTGCAACCTG CTCTGCCTGC CCAAATTCTT TCATCGGAAT CTGAGCTAGT GTAGCTTCCT 15600 TAATCTTATC TGACAGGATA GCGGTCATAT CAGACTCAAT CATTCCTGGA GCAATCACAT 15660 TGACTCGTAT ATTCCGACTA GCGACCTCGC GTGCCACAGA CTTGGTAAAG CCAATCAAGC 15720 CAGCCTTAGA AGCAGCATAA TTAGCTTGAC CAATATTCCC CATCAAACCA ACAACACTAG 15780 ACATATTAAT GATAGCACCT TCTCTGGCTT TCATCATCGG TTTCAAGACT GATTGTGTCA 15840 TATTAAAGGC ACCAGTCAGA TTGACCTTGA GCACTTTTTC AAAATCTGCT TCTGTCATCT 15900 TGAGCATAAG AGTATCTTGG GTAATCCCTG CATTGTTGAC CAAAACATCT ACTGAACCCA 15960 GTTCTGCAAT AGCTTGATCA ATCATACGCT TAGCGTCTGC AAAATCTGAT ACATCTCCTG 16020 AAATGGGAAC CACCTTGATA CCATAGTTTG AAAACTCAGC GAGCAATTCT TCTGAGATTG 16080 CCCCACGACT GTTTAAGACA ATGTTGGCTC CTGCTTGAGC AAACTTGTGG GCGATGGCAA 16140 GACCAATTCC ACGACTCGAA CCTGTAATAA AGATATTTTT ATGTTCTAGT TTCATTTTTT 16200 TCCTTTCAAA ACTTCTACTT ATTTTAGTCT ATTTTTCTAA AAGTGCTACT AAACTCGCTT 16260 GATCTTCCAC ATGAGCTAAG TGAGCAGTTT GATCAATTTT TTTAACAAAA CCTGACAAGA 16320 CTTTCCCCGG TCCAATCTCG ATAAAGTTGC TTATGCCTGC TTCTTGCATG ACCCCAATAC 16380 TTTCATAGAA ACGAACGGGT TCCTTGACCT GACGCGTCAA GAGCTGAGCA ATGTCCTCTT 16440 TTTGCATCAC AGCAGCTTCT GTATTGCCGA CTAGGGGACA AGTAAAATCT GAAAAACTTA 16500 CCTGAGCTAG AGTTTCAGCT AGTTTCTGGC TAGCAGGTTC AAGGAGAGCG GTGTGAAAGG 16560 GACCTGACAC CTTAAGAGGA ATCAAGCGTT TGGCACCTGC TTCTTGCAAA AGTTCAACCG 16620 CTCGATCAAC TGCAACCACT TCTCCAGCAA TGACGATTTG TGCAGGTGTG TTATAGTTGG 16680 CTGGAGTAAC CACTCCAAGT TCAGAAGCTT TTTGACAGGC TTCTTCAATG ACCTCTACTG 16740 GCGTATTGAG AACTGCTACC ATCTTGCCAG AGTCAGCAGG AGCCGCTTCT TCCATATAGG 16800 CTCCACGCTT AGCTACCAAG GCAACCGCAT CTTCAAAATC CAAGGCGCCA CTTGCCACCA 16860 AGGCAGAGTA TTCTCCAAGA GACAAACCAG CAACCATATC AGGCTGATAG CCCTTTTCTT 16920 GCAATAAACG GTAGATAGCA ACCGAAGTCG CTAGAATGGC TGGTTGCGTA TAGCGGGTCT 16980 GATTGAGTTT GTCTTCTTCC GTATCGATGA GATAACGCAA ATCATAACCG AGCACCTGGC 17040 TCGCTCGATC AATCGTTTCT TTAACAATCG GATACTGATC ATAGAAATCC CGTCCCATCC 17100 CTAGATACTG GGCACCTTGA CCAGCAAATA AAAAGGCTGT TTTAGTCATT TCTTACAACT 17160 CCTGTCCAGC GAGAGGCTTC TTCTTGAATT TTCTTAGCGG CTCCGTAATA CAAATCTTTT 17220 AGGATTTCTT CAGCTGTTTC TTCTTTAGAA ACAAGCCCTG CGATTTGACC TGCCATAACA 17280 GAGCCACCAT CCACATCACC GTGAACAACT GCTTTGGCTA GAGCACCTGC TCCCATTTGT 17340 TCAAAGATTT CTAAATCAGG ATCTTCTTGC TTAAAGGCAT CTTTTTCAGC CAGTTCAAAA 17400 TCTCTAGTCA ACTGATTTTT AATAGCACGA ACAGCATGAC CAAAGTGCTG AGCTGAAATC 17460 GTAGTATCAA TATCCCTTGC TTTTAAAATT TTCTCCTTGT AGTTTGGATG GGCATTCGAC 17520 TCTTTTGCAA CTACAAACCG TGTCCCCACC TGTACAGCCT CTGCACCTAG CATAAAGCCA 17580 GCCGCAGCAC CTTCACCATC CGCAATTCCT CCTGCAGCAA TAACAGGAAT AGATATAGCT 17640 GTGGCTACCT GTCGCACCAA GGTCATGGTT GTTAATTTAC CGATATGCCC CCCAGCTTCC 17700 ATTCCTTCTG CAATAACAGC GTCTGCACCG ATTTTTTCCA TGCGTTTAGC TAAAGCGACA 17760 CTAGGAACAA CAGGAATAAC GATTATCCCA GCTTCATGGA AACGTTCCAT ATACTTGCTT 17820 GGATTTCCTG CTCCTGTTGT GACAACTTTA ACACCTTCTT CAATAACGAG ATCCACGATG 17880 TCTTCCACAA AGGGAGATAA GAGCATGATG TTGACCCCAA AGGGTTTATC AGTCAATGAT 17940 TTGATTTTAT CAATATTGGC CTTGACAACT TCTTTCGGGG CATTTCCCCC ACCGATAATT 18000 CCTAATCCTC CAGCCTTGGA AACAGCCCCT GCCAAATCAC CATCAGCAAC CCAGGCCATC 18060 CCTCCTTGGA AAATAGGATA ATCAATCTTC AATAATTCTG TAATACGCGT TTTCATAGTG 18120 CCTCCAACCT TCCTTGCTTA CGTAATAGTT CGATTTCACC ATAATTTGAC AGTCAAACTA 18180 TTACCTAAAC AAGAGGGAGT GGGTTTCTCC CTACTCCTTC TACTAATATT CTGCTTATTT 18240 TGCTTGCTCT TCAACGTAAG CAACCAAGTC ACCAACTGTT TTCAAGTCAT TTTCTGCTTC 18300 GATTTGGATA TCAAAAGCAT CTTCGATTTC TGAGATTACT TGGAACAAGT CCAATGAATC 18360 TGCGTCCAAA TCATCAAAAG TTGATTCAAG TGTTACTTCT GATGCGTCTT TTCCAAGTTC 18420 TTCAACGATA ATTTCTTGTA CTTTTTCAAA TACTGCCATG ATAGGACTCC TTTAAAATAA 18480 ATAGTTTTTT TATAACAATG TGTTCACCAC ATGATTACCT AAATTGTAAG AATGAGCGTG 18540 CCCCAGGTCA AGCCTCCACC GAAGCCTGAT AGAAGAACAG TCTGGCTACC ATCTAAAGGG 18600 ATGAGACCTT GTTCTACACA CTCTGAAAGT AAAATCGGGA TACTGGCTGC ACTGGTATTG 18660 CCATATTCCA TCATATTGGC TGGAAGTTTG GCTCGGTCAA CACCAATTTT TCTAGCCATC 18720 TTATCCAAAA TACGGTCATT GGCTTGATGA AGTAGCAGAT AATCCAAGTC TGTCACCTCT 18780 ATAGGAGATT CATCAATAGT CTGCTTGATA GACTTGGCTA CATCTCGAAT GGCAAAATCA 18840 AAGACTGTGC GTCCATCCAT CTTCAAAAAC GAATCTGCAC TTTCTTGATC TGAAAATGGA 18900 GAATGTAAAC CTGAATGCCC ATAAGTTAAA CACTCGCTGC GACTTCCATC GCTATTGAGA 18960 CTCTCAGCTA AGAAATGCTC TTGCTCGCTA GCTTCTAACA AGACACCACC AGCACCATCT 19020 CCAAACAACA CAGCTGTTGA TCGATCCGAC CAATCGACTG CCTTAGAGAG GGTTTCACTA 19080 CCAATCACCA AGCCTTTTTG AAAGCGACCA GAAGCGATAA ACTTTTCAGC AGTTGAAAGA 19140 GCAAATACAA ATCCACTGCA AGCCGCGGTT AAGTCAAAAG CAAAGGCTTT ATTAGCACCA 19200 ATATTAGCTT GAACACGAGC AGCTGTAGAG GGCATCATCG AATCTGGAGT AATGGTAGCT 19260 AGGATGATAA AATCCAGTTC TTCTCCTGTT ATTCCAGCTT TTGCCATCAG TTTCTTAGCA 19320 ACCTCTGTAG CCAAATCACT GGTAGATTCT GTTCTTGAAA TATGCCTTTG TCGTATTCCC 19380 GTTCGACTTG AAATCCACTC ATCATTGGTA TCCATAATCT GAGCCAAGTC GTGATTTGTA 19440 ACCACTTGCT CTGGCACATA ATGAGCAACC TGACTTATTT TTGCAAAAGC CATTATTTCA 19500 AATCCTCCAA AAATTGGTAA AGATTAGTCA AACCTTTACC CATGACAGCA ATTTCTTCCT 19560 CGCTCATGCC ATCAATAATT TTTTCTACCA TGGCCTTGTG GAAGCGTTTA TGCAGTCTAT 19620 GAATCAAGCG ACCCTTCTTT GTCAAATGCA GATGCACCAC ACGACGATCC TGTTCTGACC 19680 GAACTCGCTC AATGTAGCCC GG 19702 (2) INFORMATION FOR SEQ ID NO : 8 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6211 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 8 : GAAAATTTCC TCTCTTCTCT TGAAAAATTT TGAAAAAATG GTATGATAGT AACAAGTTAT 60 TTTTAAGAGG AAAGAAAGGG GAATAATGGA GAAAATCAGT TTAGAATCTC CTAAGACGGG 120 GTCGGACCTA GTTTTGGAAA CACTTCGTGA TTTAGGAGTT GATACCATCT TTGGTTATCC 180 TGGTGGTGCG GTTTTGCCTT TTTATGATGC GATATATAAT TTTAAAGGCA TTCGCCACAT 240 TCTAGGGCGC CATGAGCAAG GTTGTTTGCA TGAAGCTGAA GGTTATGCCA AATCAACTGG 300 AAAGTTGGGT GTTGCCGTCG TCACTAGTGG ACCAGGAGCA ACAAATGCCA TTACAGGGAT 360 TGCGGATGCC ATGAGCGATA GCGTTCCCCT TTTGGTCTTT ACAGGTCAGG TGGCGCGAGC 420 AGGGATTGGG AAGGATGCCT TTCAGGAGGC AGACATCGTG GGAATTACCA TGCCAATCAC 480 TAAGTACAAT TACCAAGTTC GTGAGACAGC TGATATTCCG CGTATCATTA CGGAAGCTGT 540 CCATATCGCA ACTACAGGCC GTCCAGGGCC AGTTGTAATT GACCTACCAA AAGACATATC 600 TGCTTTAGAA ACAGACTTCA TTTATTCACC AGAAGTGAAT TTACCAAGTT ATCAGCCGAC 660 TCTTGAGCCG AATGATATGC AAATCAAGAA AATCTTGAAG CAATTGTCCA AGGCTAAAAA 720 GCCAGTCTTG TTAGCTGGTG GTGGAATTAG TTATGCTGAG GCTGCTACGG AACTAAATGA 780 ATTTGCAGAA CGCTATCAAA TTCCAGTGGT AACCAGTCTT TTGGGACAAG GAACGATTGC 840 AACGAGTCAC CCACTCTTTC TTGGAATGGG AGGCATGCAC GGGTCATTCG CAGCAAATAT 900 TGCTATGACG GAAGCGGACT TTATGATTAG TATTGGTTCT CGTTTCGATG ACCGTTTGAC 960 GGGGAATCCT AAGACTTTCG CTAAGAATGC TAAGGTTGCC CACATTGATA TTGACCCAGC 1020 TGAGATTGGC AAGATTATCA GTGCAGACAT TCCTGTAGTT GGAGATGCTA AGAAGGCCTT 1080 GCAAATGTTG CTAGCAGAAC CAACAGTTCA CAACAACACT GAAAAGTGGA TTGAGAAAGT 1140 CACTAAAGAC AAGAATCGTG TTCGTTCTTA TGATAAGAAA GAGCGTGTGG TTCAACCGCA 1200 AGCAGTTATT GAACGAATTG GTGAATTGAC GAATGGAGAT GCCATTGTGG TAACAGACCT 1260 TGGTCAACAC CAAATGTGGA CAGCTCAGTA TTATCCCTAC CAAAATGAAC GTCAGTTAGT 1320 GACTTCAGGT GGTTTGGGAA CAATGGGCTT TGGAATTCCA GCAGCAATCG GTGCTAAAAT 1380 TGCTAACCCA GATAAGGAAG TAGTCTTGTT TGTTGGGGAT GGTGGTTTCC AAATGACCAA 1440 CCAGGAGTTG GCTATTTTGA ATATTTACAA GGTGCCAATC AAGGTGGTTA TGCTGAACAA 1500 TCATTCACTT GGAATGGTTC GCCAGTGGCA GGAATCCTTC TATGAAGGCA GAACATCAGA 1560 GTCGGTCTTT GATACCCTTC CTGATTTCCA ATTGATGGCG CAGGCTTATG GTATTAAAAA 1620 CTATAAGTTT GACAATCCTG AGACCTTGGC TCAAGACCTT GAAGTCATCA CTGAGGATGT 1680 TCCTATGCTA ATTGAGGTAG ATATTTCTCG TAAGGAACAG GTGTTACCAA TGGTACCGGC 1740 TGGTAAGAGT AATCATGAGA TGTTGGGGGT GCAGTTCCAT GCGTAGAATG TTAACAGCAA 1800 AACTACAAAA TCGTTCAGGA GTCCTCAATC GCTTTACAGG TGTCCTATCT CGTCGTCAGG 1860 TTAATATTGA AAGCATCTCT GTTGGAGCAA CAGAAGATCC GAATGTATCG CGTATCACTA 1920 TTATTATTGA TGTTGCTTCT CATGATGAAG TGGAGCAAAT CATCAAACAG CTCAATCGTC 1980 AGATTGATGT GATTCGCATT CGAGATATTA CAGACAAGCC TCATTTGGAG CGCGAGGTGA 2040 TTTTGGTTAA GATGTCAGCG CCAGCTGAGA AGAGAGCTGA GATTTTAGCG ATTATTCAAC 2100 CTTTCCGTGC AACAGTAGTA GACGTAGCGC CAAGCTCGAT TACCATTCAG ATGACGGGAA 2160 ATGCAGAAAA GAGCGAAGCC CTATTGCGAG TCATTCGCCC ATACGGTATT CGCAATATTG 2220 CTCGAACGGG TGCAACTGGA TTTACCCGCG ATTAAAAATC CAACTTAAAT TTATTAAACC 2280 AGCCTAAAAG GCAATAAATA ATAGAAAAGA GAGAAAAGCT ATGACAGTTC AAATGGAATA 2340 TGAAAAAGAT GTTAAAGTAG CAGCACTTGA CGGTAAAAAA ATCGCCGTTA TCGGTTATGG 2400 TTCACAAGGG CATGCGCATG CTCAAAACTT GCGTGATTCA GGTCGTGACG TTATTATCGG 2460 TGTACGTCCA GGTAAATCTT TTGATAAAGC AAAAGAAGAT GGATTTGATA CTTACACAGT 2520 AGCAGAAGCT ACTAAGTTGG CTGATGTTAT CATGATCTTG GCGCCAGACG AAATTCAACA 2580 AGAATTGTAC GAAGCAGAAA TCGCTCCAAA CTTGGAAGCT GGAAACGCAG TTGGATTTGC 2640 CCATGGTTTC AACATCCACT TTGAATTTAT CAAAGTTCCT GCGGATGTAG ATGTCTTCAT 2700 GTGTGCTCCT AAAGGACCAG GACACTTGGT ACGTCGTACT TACGAAGAAG GATTTGGTGT 2760 TCCAGCTCTT TATGCAGTAT ACCAAGATGC AACAGGAAAT GCTAAAAACA TTGCTATGGA 2820 CTGGTGTAAA GGTGTTGGAG CGGCTCGTGT AGGTCTTCTT GAAACAACTT ACAAAGAAGA 2880 AACTGAAGAA GATTTGTTTG GTGAACAAGC TGTACTTTGT GGTGGTTTGA CTGCCCTTAT 2940 CGAAGCAGGT TTCGAAGTCT TGACAGAAGC AGGTTACGCT CCAGAATTGG CTTACTTTGA 3000 AGTTCTTCAC GAAATGAAAT TGATCGTTGA CTTGATCTAC GAAGGTGGAT TCAAGAAAAT 3060 GCGTCAATCT ATTTCAAACA CTGCTGAATA CGGTGACTAT GTATCAGGTC CACGTGTAAT 3120 CACTGAACAA GTTAAAGAAA ATATGAAGGC TGTCTTGGCA GACATCCAAA ATGGTAAATT 3180 TGCAAATGAC TTTGTAAATG ACTATAAAGC TGGACGTCCA AAATTGACTG CTTACCGTGA 3240 ACAAGCAGCT AACCTTGAAA TTGAAAAAGT TGGTGCAGAA TTGCGTAAAG CAATGCCATT 3300 CGTTGGTAAA AACGACGATG ATGCATTCAA AATCTATAAC TAATTAGAAA TATATAGCGC 3360 TGGAGATGAT TTTATGAAAA AGATTATGAG AAAAATTGCA TCGTTATTAT TGGTTCTAGT 3420 TGTATAATGT AATTACACCG TCGGTAATAG TGCTAGCAGA CCAAAATAAA GCAGATTGGT 3480 CGTATGATGA AAATGCTGTA ATTAACATTT ATGATGATGC TAATTTTGAA GATGGTAGGT 3540 TGCATATGAA CTTTGAACAA TTCTTCAAAT TGGCACAAAT AGCTAGAGAA GAAGGTCTTG 3600 AAATTCATTC TCCGTTTGAG AGAGCTGGTG CGACTAAATC TGCTCGTTAT ATAGCGAAAT 3660 GGATTTTGAG AAATAAAAAA CATTAACAAA TATAGTTGGT AAATCATTAG GACCTAAATC 3720 AGCTGTTAGA TTCGGAGAAG CTTTATCCTA TATTGAAGGT CCTCTTCGCA GAATAAATGA 3780 GACGATAGAT GGCGGTTTAT ATCAAATAGA GCAAATTATT GCATCTGGAT TGAAAGAATC 3840 GGGTTTAAAT GACTGGACTG CGAAAACTTT AGCTTCAGCT ATTCGTGGGA TATTAGATGT 3900 ACTTATTTAG GGGTTGAAAT CATATGAATA TTACCAATTT GTTTTCTATC AAGACAGGAT 3960 GTGATGAAAC TGATAGGCAA CTGCAAAAAC TATTTTTTCA GTTGGATTTA CAATTGGGAG 4020 AATTGACAGA TCAACTAAGA AAATTAGATT CTAATTTTGT TCCTCGTAGT CAATTTGTAG 4080 ACACGTTGGA TTTGAATGAT GTAGAATATA AAGAAATTTT AAACTATTTT ATCTTCCATC 4140 GTAATGATAG TGAAGAAAGT TTGGTAGAAT GGTTATATGA TTGGATTTCC ACAAATCGTT 4200 ATGAACTTCC TAAAGAGTTT TCGATTCGTA TGGCTCATAA ATACCATGAA AGTGTTACTG 4260 AAGTTTTCGG AGATGAATAA CTAAAAAACA GTCATTAGTG ACTGTTTTTT ATAGAAAAAG 4320 AGGTTTTATA TGTTAAGTTC AAAAGATATA ATCAAGGCTC ACAAGGTCTT GAACGGTGTG 4380 GTTGTGAATA CTCCACTGGA TTACGATCAT TATTTATCGG AGAAGTATGG TGCTAAGATT 4440 TATTTGAAAA AAGAAAATGC CCAGCGTGTT CGCTCCTTTA AAATTCGTGG TGCCTATTAT 4500 GCCATTTCCC AGCTCAGCAA GGAAGAACGT GAACGTGGGG TAGTCTGCGC TTCTGCGGGA 4560 AATCATGCGC AGGGAGTAGC CTATACTTGT AATGAAATGA AAATTCCTGC TACTATCTTT 4620 ATGCCCATTA CTACGCCACA ACAAAAGATT GGTCAGGTTC GCTTTTTTGG TGGGGATTTT 4680 GTAACTATTA AACTAGTTGG AGATACCTTT GATGCCTCAG CCAAAGCAGC TCAAGAATTT 4740 ACAGTCTCTG AAAATCGTAC CTTTATTGAT CCTTTTGATG ATGCTCATGT TCAAGCAGGT 4800 CAAGGAACAG TTGCTTATGA GATTTTAGAA GAAGCTCGAA AAGAATCGAT TGATTTTGAT 4860 GCTGTCTTGG TTCCTGTTGG TGGTGGCGGT CTCATTGCCG GGGTTTCTAC CTATATCAAG 4920 GAAACAAGTC CAGAGATTGA GGTTATCGGA GTAGAGGCGA ATGGAGCGCG TTCCATGAAA 4980 GCTGCCTTTG AGGCTGGAGG TCCAGTAAAA CTCAAGGAAA TTGATAAATT TGCTGATGGG 5040 ATTGCTGTGC AAAAGGTAGG TCAGTTGACC TATGAAGCAA CTCGTCAACA TATTAAAACT 5100 TTGGTAGGTG TCGATGAGGG ATTGATTTCT GAAACCTTGA TTGACCTTTA CTCTAAGCAA 5160 GGGATAGTCG CAGAACCTGC TGGAGCGGCT AGTATCGCCT CTTTAGAGGT TTTAGCTGAA 5220 TATATTAAGG GGAAAACCAT TTGTTGTATC ATTTCTGGAG GAAATAATGA TATCAACCGT 5280 ATGCCAGAAA TGGAAGAGCG TGCCTTGATT TATGATGGTA TCAAACATTA CTTTGTGGTC 5340 AATTTCCCAC AACGTCCAGG AGCTTTGCGT GAGTTTGTAA ATGATATCCT GGGGCCAAAT 5400 GATGATATCA CACGTTTTGA GTATATCAAA CGAGCTAGCA AGGGAACAGG CCCAGTATTA 5460 ATTGGGATCG CTTTAGCAGA TAAGCATGAT TATGCAGGTT TGATTCGTAG AATGGAAGGT 5520 TTTGATCCAG CTTATATTAA CTTAAATGGT AATGAAACGC TTTATAATAT GCTTGTCTGA 5580 GGACTAATAA AAAAATATCA TACCTTCATT TTGATTTCCT ATCTATTGAC AAGCATAGTC 5640 ACACTGTCTT TAATACTCTT CGAAAATCTC TTCAAACCAC GTTAGCTCTA TCTGCAACCT 5700 CAAAACAGTG TTTTGAGCAA CTTGCGGCTA GCTTCCTAGT TTGCTCTTTG ATTTTCATTG 5760 AGTATAAGGT ATGATTTGAT TTCTTTTTGT TGACAAATAT ACTATATTAA AAAGATATAT 5820 AAGTAATTAA CTGAGCTTAT CTGTCTTGTC ATCTCTATTA AGGATGGTTT AGATAATCGG 5880 GTGTCTGCTT CTAGGCTAGC ACCTCAATAT CCAAAGGAGT GATGAATTTG AAGGACATAA 5940 GGAATACCTA TCTCTCAGAT GATTTATTGA GGAAGAAAGA TAGGAGTTTT TGAGCTAGTG 6000 AAGGCTTGGA TTTCTAAAGG TTAGAACTAT CATCTTCAGT TCTTAAATCG AAGAAATAAG 6060 CTATCTTACG GAAATAGAGA AGCATTTTTT AAGAACTTGA ATAATTTCGC ACCTTAAGAG 6120 GGTAATAATA CAGTATTTTT ATTAGCAAAT ATTTATGGTG TAGAGGCTAG CAAAACCTAT 6180 ATATTATCGG ATTTAAAAAG GAAGTAAGAA A 6211 (2) INFORMATION FOR SEQ ID NO : 9 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 7939 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 9 : CCGGACTCCC CACGATTCTT CAAAATAACT GAGTATATTT CTATCTTGAT TTTCAGATAT 60 AAATTCTTCC TTCTGTGGCC TCTTCTTACG CTTGAGAAGA GCTTCTCCGA CATGGCTTCT 120 TCCTTACTGA GCAAAACCTT GAGCATAGAT AAGTTTGACT GGCAAGCGTG CTCTTGTATA 180 TTTGGCTCCC TTCCCACTAT TGTGGATAGC GAGGCGTCTT CTCATATCAG TCGTATAGCC 240 TATATAGTAG GATCCATCAC GACACTCCAG AACGTACATA TAAGCCTTAT GATCCATAAT 300 AAATCTCTTC GATTTCGGGC GTATAAGAGC CATCATCATT GTGGACAATC AAAGGAGGTA 360 AGACCTTAAA GCCACTTGTT GAGCCATCCT TGATCGCCTC AATCAAAAGC ATATTGGCTT 420 CCTTTTCTCT TTTTGGATAA ACAAACTGCA GGCGCTTAGG GGCTAGATTA TGTCGTTTTA 480 ACGTATCCAA AATATCCAGA AGTCGATCAG GACGATGAAC CATGGCCAAA CGCCCATTAG 540 ACTTGAGAAT ACTCTGGGCA CTACGACAGA TTTCTTCCAA ATTAGTCGTG ATTTCGTGTC 600 GAGCCAAGAG ATAATGTTCA CTCTCGTTCA GATTAGAATA AGGATTCACC TTGAAATAGG 660 GTGGATTACA CAAAATCATA TCCACCTTAC TCCCCTGAAT GTGAGCAGGC ATATTTTTCA 720 AATCATCGCA GATGACCTGC ATTTGCTCCT CTAATCCATT CAAACGGACA GAGCGTTCAG 780 CCATATCCGC CAAACGCTCC TGAATCTCAA CAGACAATAT CTGTGCTTGA GTACGAGTGC 840 TAGCAAAAAG CCCCACTGCT CCATTCCCAG CACAGAAATC CACAATCAAC CCCTTCTTAG 900 GAAAACGTGG AAATCGTGAT AAGAGAACAC TATCCACCGA ATAGCTAAAA ACCTCTCTAT 960 TTTGAATGAT TTTGATATCT GTCGAAAAGA GCTGGTTAAT GCGCTCTCCT GATTTTAATA 1020 ATTGTTCTTC TTCCATGGTC CTATTATAGC AAATTCATAT TAACATTACA AAAAATATAA 1080 AACTCTAAAC TACTTCTTCT TTTTTAAATG GTGCAGGGCT TCTCCAGTCC AGATTGGTAG 1140 CATTCGTCGA AAGGGAGCAA AGCCGTAGTT AAAGCGGTCG CTTGAAAAGC GTCTCCGTCT 1200 AGGAAACTGG TACTTTTCTT CCTCCAAAGT GCGGATAGAA AGACTGGCTT TCCCTGTAAA 1260 TTCATCTAAA TCCACTACCT GAACTTGAAC CTCTTCATCG ACTTTCAAGG TTTCATGAAT 1320 ATTTTCAATA AATCCTGTCC GAATCTCTGA AATGTGAATC AGCCCCGTAT CACCCGTCTC 1380 TAACTCAACA AAGGCACCGT AGGGCTGAAT CCCTGTAATA CGCCCCTTTA GCTTATCACC 1440 GATTTTCATC TTAGTCCTCG ATTTCAATAG TTTCAATTAC AACATCTTCA ACTGGCTTGT 1500 CCATAGCTCC TGTCTCAACA GCAGCAATGG CATCCAAGAC AGCGTAAGAT GCTTCATCAG 1560 CTAACTGACC AAAAACCGTG TGACGGCGGT CTAGGTGAGG TGTCCCACCT TGATTGGCAT 1620 AGATTTCTGC AATCGGTTCT GGCCAACCAC CACGAGTAAT TTCTTTCTTA GAATAAGGTA 1680 GGTGTTGGTT TTGCACGATA AAGAACTGGC TGCCGTTGGT ATTTGGACCA GCATTTGCCA 1740 TGGAAAGAGC ACCACGGATA TTGTAAAGCT CTTCTGAGAA TTCATCCTCA AAAGATTCGC 1800 CGTAGATTGA CTCGCCACCC ATACCAGTTC CAGTTGGGTC TCCACCTTGG ATCATAAAGT 1860 CCTTGATAAT ACGGTGGAAA ATGACACCAT CATAGTAGCC ATCTTTTGAA AGAGATACAA 1920 AGTTAGCCAC TGTTTTAGGA GCATGTTCAG GGAAAAGCTT GATACGTAAG TCTCCGTGAT 1980 TGGTCTTAAT AGTCGCAAGA GGACCTTCTA CTGTTTCAAT GTCTACTTGT GGAAAATGCA 2040 ATTCTTTTTC TACCATACCA AATACTTCTA AGGCAGCAAA AATGCCATCT TCTTCTAATG 2100 TTTTTGTAAT ATAATCTGCT TTTTCTTTGA TTTTATCATG AGAAATTCCC ATGGCAACGC 2160 TGATTCCAGC ATAATCAAAG AGTTCCAAGT CGTTGAGACC ATCTCCAAAA ACCATGACCT 2220 TCTCTGGTTT CAAGCCAAGG TGTTCCACAA CCTTTTCCAC CCCCGTCGCT TTGGAGCCTG 2280 AAATCGGCAC AATATCAGAC GAATGTTGAT GCCAACGAAC CATGCGAAGT TTGTCTGAGA 2340 GACTGTCAGG CAAGTGCAAG TCATCTCCCT TATCTTCAAA AGTCCACATC TGATAGATAT 2400 CTTCTTTTTC ATGGAAATCG GGATCTACAT CTAAGTCGGG ATAAATTGGA TTGATAGCTT 2460 CACTCATCAT ATCGGTGCGA GTCGACAACT TGGCATCATG ACTCCCAACC AAGCCATACT 2520 CAATTCCTTC TTGCTTAGCC CAAGAGATAT ACTCCTCAAC ATCTGACTTT TCAATCTGAT 2580 GCTGATAAAT GACCTGACCT TTTTTATCTT CGATATAAGC CCCATTCAAA GTTACAAAAA 2640 AGTCAGGCTT GAGATCACGA ATCTCTGGAA CAACACCAAA AATGCCACGT CCAGAGGCGA 2700 TTCCTGTTAA AATTCCTTTT TCACGCAACT GTTTAAAAAC AGTGGGAATT GTAGTTGGAA 2760 TAAACCCTGT CTTTGAATTC CGCAATGTAT CATCAATATC AAAAAAGACA ATCTTGATCT 2820 TCTTTGCCTT GTATCTTAAT TTCGCGTCCA TCTCACTACC TCTTTCAATC TAACTCTTTC 2880 CATTATATCA TAAAGTAGGC AAATCCCCTA TTTTCAAAAA GTTTATCATT TTTATTTTAA 2940 TTTCTTGGAT GAGAAAAGAG ACATATTTAT GAAAAAGCTC CATCGTGCTT TTAATGTGTT 3000 CTCTTGTTTT CAAACTCGTA AAAAGGGAGC CACTGATCCT AACTCGCTCT CTCATTTCAA 3060 AGCTTGTGAA AAAAGACCCG TTGGGGTCTT AATTCGCTTT CTTGTTTTCA AGCTCATGAA 3120 AAAGAGACCC AACTGGGTCT TTTCTTTAAT CTTCGTTTAC GAAAGGCATC AAAGCCATTA 3180 CGCGAGCGCG TTTGATAGCT GTTGTTACTT TACGTTGGTT TTTAGCTGAA GTTCCTGTTA 3240 CACGACGAGG AAGGATTTTC CCACGTTCTG AAACGAAACG GCTAAGAAGC TCAGTATCTT 3300 TGTAATCAAC ATATTCAATT TTGTTTGCTG CGATGTAATC AACTTTTTTA CGGCGTTTGA 3360 ATCCGCCACG ACGTTGTTGA GCCATGTTTT TTCTCCTTTA TAAGTTTAGT TGTCCATTAG 3420 AATGGTAAAT CATCATCTGA AATATCCAAT GGGTTTGTTG CTCCAAATGG ATTTTCATTA 3480 CGTGAAAAGT CTGGTACTGA ATTTGTAGGT GCTGAATAGT TTGCAGTTGG TGCAGAGTAA 3540 GCTCCACCTG TGTGACCCTC ACGCACACTA CGGCTTTCCA ACATTTGGAA ATTCTCAGCC 3600 ACGACCTCTG TCACGTAGAC ACGTTGTCCT TGCTGGTTAT CGTAACTACG AGTCTGGATA 3660 CGACCTGTCA CCCCGATAAG TGAGCCTTTT TTAGCCCAGT TAGCAAGATT TTCAGCCTGT 3720 TGGCGCCACA TAACGACATT GATAAAATCA GCCTCACGTT CACCATTTTG ACTCTTAAAT 3780 GTACGGTTTA CTGCAAGAGT AAAAGTCGCA ACTGCTACAT TTGATGGGGT ATAACGCAAC 3840 TCAGCGTCAC GTGTCATACG CCCTACAAGT ACAACATTGT TAATCATAGT TTACCTTCTT 3900 ACGCGTCAAT TTTGACGATC ATGTGACGAA GAATGTCAGC GTTGATTTTT GAAAGACGGT 3960 CAAACTCTTT AAGAGCTGCA TCGTCATTTG CTTCAACGTT AACGATGTGG TAAAGTCCTT 4020 CACGGAAATC TTGGATTTCG TATGCAAGAC GACGTTTTTC CCAAGTTTTT GATTCAACAA 4080 CAGTTGCACC GTTGTCAGTC AAAATAGAGT CAAAACGTGC TACCAAAGCG TTTTTAGCTT 4140 CTTCTTCAAT GTTTGGACGA ATGATATAAA GAATTTCGTA TTTAGCCATT GATATGTTCC 4200 TCCTTTTGGT CTAATGACCC CAAGACTTTG CAAGGGGTAA GTGAGGTTCG CTCACAATAA 4260 ACTATTATAC TAGAAAAAAT TTTTTTACGC AAGTAAAAAC ACTAGAATTC GAAAAAACGC 4320 CACATGGGCG TTTTCCTGTT CTTATGGTTT GATACGGTGC AACATACGTG GGAATGGAAT 4380 AGCTTCACGG ATATGTTTTG TTCCTGCTGC GAAGGTTACC ATACGTTCGA TACCGATACC 4440 AAATCCTCCG TGTGGAACTG TACCGTATTT ACGAAGGTCA AGGTAGAATT CATATTCTGT 4500 ACGATCCATG CCAAGTTCAT CCATCTTAGC GACAAGGGCA TCGTAATCTT CCTCACGCAT 4560 AGACCCACCG ATAATTTCTC CATAGCCTTC TGGAGCAAGC AAGTCTGCAC AAAGCACGCG 4620 CTCTGGATTT CCAGGAACTG GTTTCATGTA GAAGGCCTTG ATGGCTGCTG GATAGTTCAT 4680 GACAAATGTT GGCACACCAA AGTGGTTTGA AATCCAAGTT TCGTGTGGTG ACCCAAAGTC 4740 ATCACCATGC TCAAGATGCT CGTAGTCAGC ATCTTCATCA TTTTCATGCT CTTGCAAGAG 4800 GTCAATGGCT TGATCGTAAG TGATACGTTT GAATGGCTCT GCAATGTAGC GTTTCAAGAG 4860 TTCTGTATCA CGTTCCAAGG TTTCCAAGGC TTGAGGCGCG CGGTCAAGAA CACCTTGTAG 4920 AAGAGCTTTC ACATAAGCTT CTTGCAAGTC AAGCGACTCA TCATGTGTCA AGTATGAGTA 4980 CTCAGCATCC ATCATCCAGA ACTCAGTCAA GTGACGGCGT GTTTTTGATT TTTCAGCACG 5040 GAAAACTGGA CCAAAGTCAA AGACACGACC AAGAGCCATA GCCCCTGCTT CTAGGTAAAG 5100 CTGACCTGAT TGGCTCAAGT AGGCTGGCGT TCCGAAGTAG TCAGTTTCAA AGAGTTCTGT 5160 AGAATCTTCT GCCGCATTTC CTGAAAGAAT TGGGCTGTCA AACTTCATAA AACCGTTCTT 5220 GTCAAAGAAC TCATAAGTTG CATAGATAAT AGCGTTACGG ATTTGCAACA CAGCTACTTG 5280 CTTACGAGAG CGTAgCCACA AGTGACGGTT ATCCATCAAA AAGTCTGTTC CGTGTTCTTT 5340 TGGTGTGATT GGGTAGTCTT GAGATTCACC GATCACTTCG ATGTCTGTGA TGTCCAACTC 5400 ATAGCCAAAT TTAGAACGTT CGTCCTCTTT GACAATACCT GTCACATAAA CAGACGTTTC 5460 TTGGCTCAAG CGTTTGATAA CATCAAACTT CTCAAGTCCC ACTTCTTCAC CAAATTTTTC 5520 GACAAAGTTT GGTTTAAAAG CCACACCTTG AAAGAAGGCT GTTCCATCAC GCAATTGTAA 5580 GAAAGCGATT TTTCCTTTTC CTGATTTGTT GGCAACCCAA GCGCCAATCG TCACTTCCTG 5640 ACCAACATAG TCTTTTACGT CAATAATCGT TACACGTTTT GTCATTATTT TTCCTTTTCT 5700 TTTTTATTCT TTATGGCAAA CCACCTCTAT ATTGTTCCCA TCCAGGTCAA TCATAAAAGC 5760 AGCATAGTAA ATCGGATGCT CACTTCGATA ACCAGGAGCC CCATTGTCTC GCCCACCTGC 5820 CTCTAAGCCA GCCTCATAAC AAGCCTGAAC TTCTTCCTTA TTTTCTGCTA AAAAAGCAAA 5880 ATGAACAGGA TCTTGTGTTC CCTGAGTCAG CCAAAAATCA CCACCAGGAT GAGGGCTGTT 5940 CGGGGATAGA AAACTAATTA GAGAACTAGT CTTAAAAGCC AATTTATAGT CCAAAGGAGC 6000 GAGAAAACTC CTATAAAATC CTTATGAAAT TTGTAAATCC TTTACCTTAA TCTCAAAATG 6060 ATCAATCATT CTCACTACCC ATAAATGCTT TCAAGCGTTC GACTGCTTCT TTAAGCGTGT 6120 CTAGGTCTGT CGCATAGCTG AGGCGGACAT TTTCTGGTGC TCCAAATCCA GCTCCTGTTA 6180 CCAAGGCCAC TTCGGCTTCT TCTAAGATAA CAGTTGTAAA GTCTGTCACA TCCGTGTAGC 6240 CTTTCATCTC CATGGCCTTT TTGACATTTG GGAAGAGATA GAAGGCCCCT TGCGGTTTGA 6300 CCACTTCAAA TCCTGGTACC TCTGCAAGGA GGGGATAGAT GGTATTAAGA CGTTCCTCAA 6360 AGGCCTGACG CATGCTTTCT ACAGTATCTT GCTCACCTGA TAGAGCCTCA ACTGCTGCAT 6420 ATTGGGCTAC TGCTGACGGA TTCGAAGTTG TTTGACCTGC AATCTTGGAC ATGGCAGCGA 6480 TAATGTCTGC TTCTCCAACG GCATAACCAA TCCGCCAACC AGTCATGGCA TAAGTTTTAG 6540 ACACACCATT GATGACCACT GTTTGCTTGC GAATCGCTTC CGATAGGCTA GAAATCGGTG 6600 TGAACTCATG ACCATTATAA ACCAAGCGGC CATAGATATC GTCTGCTAGG ATGAGAATAT 6660 CATTTTCTAC AGCCCAGTTT CCAATTGCCA AGAGTTCCTC ACGGGTGTAA ATCATACCTG 6720 TGGGATTAGA TGGCGAATTC AGCACCAAAA CCTTGGTCTT GTCAGTGCGA GCTGCTTCTA 6780 ACTGCTCTAC GGTCACCTTA AAGTGATTGT CTTCCTTAGC AGAAACAAAG ACGGGAACGC 6840 CTTCTGCCAT CTTGACCTGA TCTCCATAGC TAACCCAGTA TGGGGTTGGG ATGATGACTT 6900 CATCACCTGG ATTGACCACA GCCATAAAGA AGGTATAGAG AGAATATTTG GCTCCCGCAG 6960 CGACTGTCAC TTGATTTGAC GCTACAGAAT AGCCGTAAAA GCGCTCAAAG TAGCTATTGA 7020 CCGCCGCCTT AAGCTCTGGC AGACCTGAGG TTACTGTATA AAAAGAAGCA CGCCCATCTC 7080 GAATCGATGC AATGGCGGCA TCTTGGATAT TTTTGGGAGT AGTGAAATCT GGCTCACCCA 7140 AGGTTAGAGA CAAAATATCT CTACCCTCAG CCTTCAGTGC TTTGGCACGG GCTCCAGCAG 7200 CCAAAGTCAC ACTTTCTTCC ATTTCTAAAA CACGGTTGGA TAGTTTCATA GGCCCTCCTT 7260 GTTGACCAAT GCTCCTGTTT CAAAATCTAC TAGATAAAAA TCAGATCCTG ACTTAACTTC 7320 CCAGATTGGC TTATCTTGAT AACGGCCAAA GGTTATCTTG TCAATCTCGC CAGCTCCCTT 7380 TTCCTTAGAA ACCGTTTCTG CTTTTTCTTG TGAAACACCC TGATTTAGCT GATAAACGTA 7440 AATCTTATGG TCATCTTTAC CAATCAGGAC AGCAAGCGCT TCTTGCTGTT TGTTACGACC 7500 AAGAACGCTG TAATAAGATT CCAAGCCATT GTATAAATCA ACCTGATCAG CCTGCTCTAA 7560 TCCTGCATAC TGCTGAGCTA ATTTTTCTCC TTCACTTTTA GCTGTTTGAT AGGGTTTCAT 7620 GCTAAGAGAA ACCATATACA GAAAGGAACC ACTGATAACC ACAAACAAAA TCGTCATCCC 7680 TAGACCATAC TGCCACAGTA GATTATTTTT TGCTTTGTTT TGTCTTTTTT TCACTCGTCT 7740 ATTTTACCAT CTATTAAGCT TTATTACAAG TGAATATAAG AATACTCTTC GAAAATCTCT 7800 TCAAACCACG TCAGCTTTAT CTGCAGACCT CAAAGCTGTG CTTTGAGCAA CCAATTCTAT 7860 TTCTCCCTTC AAACAAAACC GATTTTGAAA GTGAAACAGT TCTTACTTTT TCAGTCACAA 7920 ATGATTAGAG TTTGCCGGG 7939 (2) INFORMATION FOR SEQ ID NO : 10 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9897 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 10 : CCGCTCTACC GTCAAATAAT TACCATTTTG TTTAATACCG AAATTTTTAT CTACTGAAAA 60 TTCAGTTGGT CTGTTGGTAC GATCGTCGTA TACAGTACCA TTCTCACGAA TAGTATAATT 120 GTAATCAGTA TCACCTTGTT TCCTTAATTT AAGGTAATAA TTACCATCAA TTTGTTTATA 180 ACCTGAATCT TTTCTAGTTG CTTCTCTAAA ACTTACTCCA GCAGGCATCA CATCAGCAAA 240 CATGAGTACT TGTTTGTTCT TTTTTTCAAC AATAACAGAG TCAATATAGG TTGCACCACC 300 GCTGATTTGT AAGTCACGTC CACCAACTTC ACGAGGCCAT TCTAATGGTA CTGGCGCAAA 360 ATCATCGAAT GCCAATGTTA ATTTTGGTTT AGTCCATGTC TTACCATTAT CATCACTATA 420 ACTTGTAGCA ATATTAATTT TATTCAAGAA ATCATGAGTT CCACCGTAAC GAGCGTCAAT 480 GCTTGAAAAT ACCCGACCAT TGCTAAAAGT ATACAGAACT GGAATACGGA AATAGTTAGA 540 ACCTGTTGTA TCATTAGCCG TATAAATTAA ATGTCCAGTA ACAGCGTTTG TTGTCATCTT 600 TTTAACAGTT TCTTCATCCA ATGCACTATT AAAGAATTTG ATATTTTCTA GTGTTCCGTT 660 AAAACCAAAC GCCGTTTTTC CTGCACGTTT CACTCCCCCA AGCATATAGT AATCAATACC 720 TTTAATATCC TTGATGTTTA GGAAATTATC CACTTTCTTT TCTACTACTT TTGTACCATT 780 TGCGTATAAA GAATATGTTT TTTTGACTGA ATCTGCTACT ACTGCAACAG TGTTAGTCAC 840 AGCCTCTTGT TTGTACTTAC CCCAAACTGA AGCAGGTCTG GATACTAGGT TATTTTTATT 900 GGAAGAAGTA TCACGCGCTT CCATCCCCAA CTCACCATTG TCTCTAAGGA ACACATCTAC 960 ATAACTATTT TGTTGACCGG GTTTGGAATT AGATATTCCA AACAGAGCTT GTAAGCCTTT 1020 CTCACTTGAC TGATTGTACT TAATCACTAC AGTAAAGTCA CCGCTAGTAA ATTTATCCTT 1080 TAACTCTTTA GTAACATTTT CTCCGCCCCC TGTTAAAGTA ACATTATTTT TTTCTAAGAC 1140 AGGAGTTTCT TCCGCTGTAG AAGATGGATC CTTAACAGTA GTTTCAACTG TTCGAGGTTG 1200 TACAGTAACT TCCGAAGAGT TATCCGATGT AGGTTGTACT TCCGAAATCG GAGTCGTTGG 1260 TGCAACAGGT TGCACCAACT TTGGTGTTGA TACTTCAGAA GTTTCAGTCT CCTGAGCTGC 1320 AACTGAGTTA GCAACAAATG CTGATAATAC CACTACAGTA CCTAAGGTTA CATATTGTTT 1380 AATATTTTTT TTCATTTTAT TTTTCCTCGT TTAAAACTTT GATAACAAGT TTTTTAACAG 1440 TTTCATCATT GCAATGAATC TTTGGTTGGT GAAGATCTTC TTCAAAAGTC ACCAACATAT 1500 TCCCTGGAAG CAATTCAACA ATTTGATAGT CTTTGCTATC GTAAAAAGCA ATATCCTTCT 1560 CTTCGCTAAA AGGTACACGT GACTGGGCAC GAACTGGGGA AGTTACTGCC ATTTTTTCAG 1620 TATTTTCAAC AACAATATGA ATATCTAAAT ATTTCTTATG AGTTTCAAAA ATATCTCCTG 1680 GAACTCCATC AGCTAGATAA GTCATACAAT TTGCAAAAAC ATTTTCCCCG TCAATATCAA 1740 TTTTTCCATC AACTAAATCT GTCAAATTTG TATTTTCTAA AAAATCACAG ACTTTTGAAA 1800 AATATTTATT GACAGAAGCA TATCGTTTAA AATCAGATTG TTCAGAAATA ATCATATTAT 1860 TTTCTCTTTT CTATTAGTGA CGAACTTCCC AACTTGAATC CGCTTTAATT TCTGTAATAT 1920 CATGAATCGT TGTATATTTA GGTGCAGATA CTTTATTTCC AGTAAGAACA GATACAATAT 1980 AACCTGAAAC TACTGATACA GAGATTGAAA TCAATGAATA TGCCCAGTAG CTAACAGCTG 2040 TTGGAGGAAG GAAGTATTTA ATAAATACCA TGACGATGGT TGATACAATC AGCGCTGCAT 2100 AAGCACCTTG TTTATTTGCT TTTTTAGAAA CAAATCCAAG AATAAATACA CCACCAAGTA 2160 GACCAAGTAC AAGTCCCATG AAACTATTGA ACCATTCGTA TGCAGATTTA ATATCTGAGT 2220 GAGCCATGAC AATGGAAACA CCAATTGAGA ATAAACCTAC TGCTAGAGAT ACGAATTGTG 2280 CAATTTTCGT ACGACGATTG TCTGACATAT TTTTAGAAAT GACATCTTGA ATATCCAATG 2340 TCCATGAAGT TGCAACAGAG TTCAAACCTG TTGAAATAGT TGATTGAGAT GCTGCATAAA 2400 TCGCTGCCAA GATCAAACCT GTGATACCTA CTGGTAACTG GTATGCAATA AAGTACATAA 2460 AGATTTGGTC TTGAGGGATA TTGCTAGCTG CACTATCTGC ATTTTGTACT TGATAGAATA 2520 CGTACAAGCC TGTACCAATC AAGTAAAAGA CTGTTGCAGT TGCAAGTGAC AAAACACCGT 2580 TTGTGAACAA CATCTTATTA AGTTTCTTAA TATTTTGTGT TGTAGTAAAA CGTTGAACCA 2640 AATCTTGAGA TGAAGCATAG GAAGACAAGA TTGTAAAGCC TGAACCCATC ACAATTAAAA 2700 AGATGGAGTT TGAAAGCAAG TTAGGATCGA AAAGTTTTTC ATTTGCAGCA AGGAATTTCC 2760 CGTTTGCTAA TGTTTCTGCT ACTGCACCAA AGCCACCTTT AATATTAGCA ATCAGTACAA 2820 ATAAAGCTAA AACGACACCA CTAATCAGAA TCACACCTTG AATAAAGTCT GTCCATAATA 2880 CGGATTTTAG ACCACCAGTA TAAGAATAAA CAATTGCAAC TACACCCATC AAAATAATCA 2940 AAATATTGAT GTCAATTCCT GTCAATACTG ATAAACCAGC TGATGGGAGG TACATAATGA 3000 TAGACATACG TCCCAATTGA TAAATAATAA ACAAGAGTGC TGAAATAATA CGAAGTGCTT 3060 TAGAATTAAA ACGTTTATCC AAGTAATCAT ATGCCGTATC GATGTCTATC CGTGCAAAGA 3120 TAGGTAAGAT AAAACGAATT GTCAGTGGAA TAGCTACTAC CATCCCTAAT TGAGCAAACC 3180 ATAAAATCCA GCTACCTGCA TAAGAGCTAC CAGCGAGTCC CAAGAAGGAA ATCGGACTGA 3240 GCATTGTGGC AAAAATGGAT ACCGAAGTAA CATACCAAGG AACCGAACCA TCTCCTTTAA 3300 AGAACTCTTT TCCTTTCATC TCTTTTTTAG AGAAATAGAT ACCTGCAACC AACACCGCAA 3360 GTAAATAAAC AATCAAGATA ATTAAGTCAA TTATTGTAAA TCCTGTTGTG CCCATAACAT 3420 ATCTCCATAT TGATTTTATT TATTATAAAA ATTCTTTTCG TGCTTGTTGA ATAAGTTCTG 3480 CTGCTTGTTT TGCAACTTCC AAGTCACCTT CTGCCAATGC TTCTAAAGGT TGACGAACAG 3540 AACCTAAATC AAGTTTTTCA TTTAGACGCA AAACTTCTTT TGCTACAGCA TACATATTTG 3600 CCTTACCTGA TATCATCTTA TAGATAACTT CATTGATAGC ATATTGAAGT TTTTTAGCTG 3660 TATCTAAATC TCGTTCTTGA ATCAAACTTT CCAATTTCAA GAACAAATCT GGCATAACGC 3720 CATAAGTACC ACCAATACCA GCTTCTGCTC CCATCAAGCG ACCACCAAGA TATTGTTCAT 3780 CTGGACCATT GAATACAATG TAATCTTCTC CACCTGCAGC TACAAACATT TGAATATCTT 3840 GTACAGGCAT AGAAGAATTT TTAACTCCAA TCACACGAGG ATTTTGACGC ATTGTTGCAT 3900 ACAAACTACC AGTCAACGCA ACCCCTGCCA ATTGTGGAAT ATTATAGATA ATAAAATCTG 3960 TATTTGACGC AGCTTCACTC ATTGCATTCC AATATGCTGC GATTGAATAC TCTGGCAATT 4020 TGAAATAAAT AGGTGGGATA GCTGCAATAG CATCGACTCC AACACTTTCT GAATGTTTTG 4080 CCAATTCGAT ACTATCTTTC GTGTTATTAC ATGCAATATG GTTGATAACT GTTAATTTAC 4140 CTTTAGCAAC TTCCATAACA GCTTCAATAA TTTGTTTACG ATCTTCTACA CTTTGGTAAA 4200 TACATTCACC TGAAGAACCA TTTACATAGA TACCTTTTAC ACCTTTGTCA ATGAAATATT 4260 GTACCAGAGA TTTTACACGA TCTTGGCTAA TTTCACCATT TTCATCATAG CAAGCATAAA 4320 ATGCAGGGAT AACGCCTTTG TATTTAGTTA AATCTTTCAT CAGATTTCTC CTTTATATTG 4380 TTTTTTATTT GATGACATTA ATAAATCGCT GAGCAATTTC TTTTGGACGT GTAATCGCTC 4440 CACCAATGAC TACACTGGTA ACACCTAAAC TATAAGCTTT TTTTAATTGT TCTGGATAAT 4500 GAATTTTTCt TCGGCAATTA CCGGAATATT AAAATCAGCC AATTTTTTCA TTAGTTCAAA 4560 ATCAGGCTCA TCTGATTGTA CACTTGTACT TGTGTAACCT GATAATGTTG TACCAACAAA 4620 ATCAACGCCT GATTTAAATG CATAGAGACC TTCATCTAAA TTACTTACAT CCGCCATCAG 4680 CAATTGATTC GGATATTTTT CTTTTATTTT TTTGATAAAT TCACTGACAA CTAAGCCATC 4740 ATATCTTGGT CTTAAAGTTG CATCAAATGC AATGACTGTT GTTCCGCATT CTACAAGTTC 4800 ATCTACTTCT TTCATCGTAG CAGTAATATA TGGTTCTTGA GGTGGATAAT CCCTTTTGAT 4860 AATTCCAATT ATTGGTAAAT CTACTACTTT CTGAATTGCT TTAATATCAC GCACAGAATT 4920 TGCGCGAATG CCCACTGCTC CTGCCTCTAA AGCTGCTTTA GCCATAAAAG GCATCAAGCT 4980 AAATTCTTCA TTATAAAGGG CTTCACCAGG TAAAGCTTGA CAAGAAACAA TGACTCCACC 5040 TTGAACTTGG CTTATAAATT TTTCTTTAGT CCAAATTTGG CTCATTTTAT TATTCCTCCT 5100 TATGGATAAT AGTTTGATTG TAATAATATT GTCTCTCTGG ACTTTCCAGA TAATTAGAGA 5160 ATAAGCAGTC TGTAATTAAA AGTATTGGAA ACTGAGGTGA TATGCGATTG CCATACGAGA 5220 GATGATCGGT CGAAGCTAAT AACAATAGTT CATCAAAGAA ACAATCTTCT TCGTCAAATT 5280 TTCTTGTAGT CATTAAAACT GTTTTAGCGC CTTTATCTGC AGCTTTTTGT AGACCTTCTA 5340 GTACAATATC AGTTTGACCT GAAATGGATG CTCCAATGAC AAGGCAATTT TCATTAAGTA 5400 GTAAGCTACT CCACAAAATC ATATCCTCGT CTGATAATAC TTCACCAATC ACTCCGAGAC 5460 GCATAAATCT CATCTTCATT TCTTGTAAAG CAAGAACAGA ACTTCCTTTA CCGTAGAGAT 5520 ATACACGCTC AGCAGTTTCT ATCATCTCAG CAATACGCTC AAGTTGAACT TCATCAAGAA 5580 CCGTGTAAGT TTTTCTCAAC ATTTCCTCAT AGTCGGATAA AACTTTTTCT GTTGCCTCTG 5640 TATATAATGC CAACTTTTCT TTCTCATGAA TCATCTCTTG GTATTTGAAA ATGAATTGTC 5700 TAAAACCTTT AAAACCACAT TTTTTCGCAA ATCGAGTCAA TGTTGCTTTG GATACATTAA 5760 GGTATTCGCA CAATGCTTTA GATGAATAAT CATTCAGAGG TTGCTGTTTT AAGAAGAATT 5820 TAGCAATGTC TTTTTCAGCA TATGCCATAT TTGGTAAGTT AGCTTCTATC ATTGGAATTA 5880 GTTCTTTTTG CAGTAACATA TGAGCTCCTT AGTTGAAGTA AACGTTTACA TTCTTTATTT 5940 TAACACTTTT TTTTTTTTTC AATATTTTTC ATAAATTAGA AACTAGTTTC CAATTTCTTT 6000 CGTTTCATAA CAGAACAACA AACATAAAAA TATAATAGTT TTTATTCTTT TTATCGTAAT 6060 TATATGTATT GTAAGAACGT TTATCACTAA TAATATGTTC ATATTAAAAT ATTTTAGTAA 6120 TATTTTATTT TGGTTTTATT ATTTCTTTTC GGAATTTCTA TATAATATTT TATTTCTAAA 6180 AAAATTGAAA AAATATTTCT AGTTTCTTTA TTTTATATAG GTAATATATT TTATTTCTAA 6240 ATTAAAAGAG AATCCCATAA AAACTACAGA TTTATGAGAT AAATCAGGTC ACCTATTTTA 6300 AAAAAGCAGC AAACTATAAA CTAAAAAGTT CCACACCAAA TGTAACCCCA TACTTCCCCA 6360 TAAGTCAGAT TTATAGCGCA CCATACCTAA AAACATTCCA AGTGAAACGT ACAGACACCA 6420 AGCTAGAATG GTTCCTGGAT GATGTACTAA GGCAAATAAA ACACTTGTCA AAGCAACTCG 6480 AATATCTAAT TTTCTAACCA AGTTCCATAA AATTTCACGA TACAGAAATT CTTCAACCAT 6540 ACTCGCATTG ATTAAGAACA ATAAAAATGA AAACCAAGGA ACTTGATGTT GAAGGCCAAT 6600 TAAATTTGTT TGATTCGTGC TTCCTTGAGC ATGAATCAGG CTAAAACATA GACTTATAAT 6660 CAGTAGACTA GCTAGTCCAA TACCAAGGCA TTTCATCCTA GTTTTCATAT TGACCTTGAC 6720 CACTTGTTTT CGTTGACCAT ACATCCATAA AAAAGAAAAA AGAGACGCAC CATAGAGAAC 6780 CTGTAGTATA GTTAACTCAC CGATACAAAG AAATTTCAAT AAGTATAGAG ATACCAATAG 6840 GACATTTACT TGTTGGAATA TATAAACTGG AATTATTCTT TTCATAGTTA CCTCCGAAAT 6900 AAATCTTCAT AATCTAAATC TAATATCTGC ACAATCCTTT CTACCCATGG ACTTTGAGGC 6960 ATTCGTTGTT CCATCTTGTA GTGGCGAATC TTTTGATATA AACGATTCAA TTCACTTGGA 7020 TAGTGAAACT CTCCCGCAAA CATTTTTCTG GTTAACTCAA TCCAGCTGAT ATTTCTTTCA 7080 GCCAAAATAA TGGACAAGTT CTCCCAAAAT CGTTCAGCCA TATTrCTTCT CCTTTAGTTA 7140 GATAAATAAT GTGTTTGYGC CATGTAAATC AATTGTTTCG TATCTCTTGG CAATAGAGCT 7200 CTAGCCTCTT CCAAATTCAG ACTTGGATAA ACCCGCTTAT TTGAAACCAC AAAAGGAAGT 7260 CCGATGGTTA GTTCAGGATT TTTTAAAATT ATCTCAACGA AATCCGTTAA TCTTAGATTG 7320 TCACGGTTCT TAAATCGTAA TAAATTGGGA GATAAAAACT CAAAACAATC TGAAGAATAG 7380 CTCATCATCT CAATTAATTT GTCCTTTGTC ATTTCAGAAA CTGAATGACA AGATACCTCA 7440 ATGCCATAGT TTTGGAAGAA GTCTAAAAGA AGTTGATTTC TTTGGCTATT TTTACTTAGA 7500 TAGAGATCAA TCATGGGAGA CCTCCAACAA ATTTGCTTCC ATTTGATATT CTGAGACGAT 7560 TAAGGAATCT AACAACTTTG AGAAGTTAAT CGATTTCTTG TCTTCATCAT AAGCTTTTAC 7620 AGTTACTTGG GTTGTAAGTA TCCCCTCTTT TCCCTCGGCT CGATAGTCTT GTCAATATAA 7680 AACAAAAACA AGATTCTGAT TATCATCTAC AAAGGCATTA ACTCCGTTCT TTATATCCTG 7740 ACTTTCAAGG AATTCCATAA CGTTTTGAAG ATAGGATTCA TAAAATAGTG GGTAATTATG 7800 TTTTTTATGG TAATCATCTA AAAATGTTAC CTCAAACTCA CATGGATAAT TGGGCATCAA 7860 AAATATTTGT TCATCCAGCT GTTTGATTTC TGCATCATGT AATTCTGTTT CTAATTCATC 7920 ACAATCTAGT ATTGATTCTT TATTTAATGC TTTTATCTTT TTCCTCTATT TCTTTTAATT 7980 TCTTTGCGAT TGCGGCAATC ACAGGAACGG TTACACTATT ACCAACTTGT TTATAGAGCT 8040 GACTATTAAT AGAGACTTTT CTAGCAGCTT CAAAAGCCTA ATCAGGAAAG CCATGCAATC 8100 GAAAACACTC TTTAGGAGTG ATTCGTCGTA TTCTCAAACG GTAAAATTGT CCATCTATTA 8160 AAACACCAGC TACTTGGTAA ACTTGTTTAT CTTCTCCTTC ATAGCTAGCC ACTACTACTC 8220 CCATTTGACC ACTAGTTGTT AACGTATTAG CTATACCTTT TCCAACTCTA CCACGACGAT 8280 ACTGAGAACT TGGTCTTTCT AAATTGATTG AATCCCCAAT CTCTGCTTGA GCATATCCTT 8340 TTTTCGTTGC TTCCCGTACT TTTAGAAATT GGATTGGTTC TGGAATTAGT ATTTTGGGGA 8400 TTTTATCTCC TCCTTGCATC GTAGTCAGTG TTGGAGATAA GCCCTCACTT CCATAGACAC 8460 GACCTGTCTC CTTAAAGCTA GTCGGTAAAT CTCCAACAAC GACAATGCCA TAACGATCCT 8520 GAGTATTTAA AGTAAACATC GGCTCTTGAT TTTCCTTAAA GCGTCTCCCA TTTTGTCTCT 8580 TGTCTAATCT ATCTGGTGTC ATACAAGGAA TCGCAACTTT AAATCCTTCT CCTTTACCAC 8640 GAACTAAGGT TGGCGCAAGA CCTTCTGAAT AATAGACTTT ACCGCTCATT CCACTTCTTG 8700 ATGGATTCAA ATTTCCTAGT GCTTTCAAAG TCTCAGAGTT AGTTGCTTGA CCTTCTCGTC 8760 TGAAAGGAAA TAAGAGTCTG GTACCTTTCT TTCTAGAATG TCCGATAATA AACACCCTCT 8820 CTCTGTTTTT GGGAACGCCA AAATCCTTAC TGTTAAGCAC CTGCCACTCA ACATCAAACC 8880 CCAACTCATC AAGTGTGGTA AGTATTGTGG TGAACGTCCG TCCCTTATCG TGATTGAGTA 8940 GGCCTTTAAC ATTTTCAAGA AAAAGAAAAC GTGGTTGGAT TTGTTTGGCC GCCCGAGCAA 9000 TTTCAAAGAA CAAAGTTCCT CTAGTATCTT CAAATCCCAA TCGTCTTCCT GCGATTGAAA 9060 ATGCTTGACA AGGGAATCCC CCACAGATGA CATCGACTTT CCCTCTAAGT TTTTTAAATT 9120 CGTCATCTGA AACATCTCGT ATGTCATGAA ATTCTATTTC TCCTTCCGTT TGAAAAATGG 9180 ACTTATAAGA TTTCCTAGCA AATTTATCAA TCTCACAAAA TCCCAAGCAC TCATGCCCTT 9240 GAGCTTCCAT TCCCATCCTA AAGCCTCCTA TCCCAGCAAA TAAATCTAAA ACCCAAATCA 9300 TTCATACCTC TCTCAACTAG ATGTAACTTA CAAAACCCCT GACCTCATGA GCCACTTTCT 9360 TCCTCCTCAT GAGGTCAGTT TTACTTTCTG CTGTTCCAGT ATCGTTTTTC CTCGCTAGAT 9420 TTCCTCAAAA GGGCAGACTC CTCCCTTGGT TCGTCACACG ATTTTTTCAT CTCGACTGTT 9480 CTTTAATGCA TCATTAACGA CGCTTTTCTT CTAGGTGGTT CATAAGGAAC AGGAAGATTC 9540 AGGTTGACTT TTCTAATCCT AGAATAAAGT GCTGAAAACA ATTCGGAATA GGCATAGAGA 9600 CTAGACAATT TGAGGAGCTG CTTGCGTCCT GTTCGAACAC ATTTTCCTAC CACGTGAAGA 9660 AAAAGATGGC GGAAGCGTTT GATTGTTAAA GTTTGGAAGT CACCTCCAGC TAGATGTTTG 9720 AGAAAAAGAT AGAGATTGTA GGCGATACAG CTCATCATCA TACGAACTCG TTTTTGATTA 9780 AGGTTGAACT ATCCGTTTTA TCGCCAAAAA ATCCCTCCTT CATCTCCTTG ATGAAATTCT 9840 CGGCTTGACC ACGTCCACGA TAAAGCTGAA ACTGGTCTTG GCTTGTTCCG GTACCGA 9897 (2) INFORMATION FOR SEQ ID NO : 11 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 8148 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 11 : CCGTGGAACA AGCCAAGACC AGTTTCAGCT TTATCGTGGA CGTGGTCAAG CCGAGAATTT 60 CATCAAGGAG ATGAAGGAGG GATTTTTTGG CGATAAAACG GATAGTTCAA CCTTAATCAA 120 AAACGAAGTT CGTATGATGA TGAGCTGTAT CGCCTACAAT CTCTATCTTT TTCTCAAACA 180 TCTAGCTGGA GGTGACTTCC AAACTTTAAC AATCAAACGC TTCCGCCATC TTTTTCTTCA 240 CGTGGTAGGA AAATGTGTTC GAACAGGACG CAAGCAGCTC CTCAAATTGT CTAGTCTCTA 300 TGCCTATTCC GAATTGTTTT CAGCACTTTA TTCTAGGATT AGAAAAGTCA ACCTGAATCT 360 TCCTGTTCCT TATGAACCAC CTAGAAGAAA AGCGTCGTTA ATGATGCATT AAAGAACAGT 420 CGAGATGAAA AAATCGTGTG ACGAACCAAG GGAGGAGTCT GCCCTTTTGA GGAAATCTAG 480 CGAGGAAAAA CGATACTGGA ACAGCAGAAA GTAAAACTGA CCTCATGAGG AGGAAGAAAG 540 TGGCTCATGA GGTCAGGGGT TTTGTAAGTT ACATCTAGTT GAGAGAGGTA TGAATGATTT 600 GGGTAAATAC AATGAGCTTG AAAGAAGTAG CAAACTCACC AAGCGCCAAT TCTTTGAGAA 660 TCAGATGCTG GATTATACCA TCATTGCGCA TGAGAGTTTT GAAATCATCC GTCATTCTGT 720 CTACCAGACA GATGATCGTG AAGTGGAAAA TGCTCTGGCT TTTGAAGTGA AAAATGATGA 780 AACAGACAAG CTGATTCTGT TATTAAGCGA GGATATTGGT GTAGGTGAAA AATTGTGCCT 840 CGTTGACGGA ACAAAAATGC GTGGAAAATG TTTAGTATAT GATAAAATAA ATGAGAGAAT 900 GATTCGCTTG CAGTGCTAGA AATAGGCATT TTGAATAGTG AATATGTTAT AATAAGTATT 960 AGTAGGAGGT GTTTTAGATT GGAGAAGAAA CTGACCATAA AAGACATTGC GGAAATGGCT 1020 CAGACCTCGA AAACAACCGT GTCATTTTAC CTAAACGGGA AATATGAAAA AATGTCCCAA 1080 GAGACACGTG AAAAGATTGA AAAAGTTATT CATGAAACAA ATTACAAACC GAGCATTGTT 1140 GCGCGTAGCT TAAACTCCAA ACGAACAAAA TTAATCGGTG TTTTGATTGG TGATATTACC 1200 AACAGTTTCT CAAACCAAAT TGTTAAGGGA ATTGAGGATA TCGCCAGCCA GAATGGCTAC 1260 CAGGTAATGA TAGGAAATAG TAATTACAGC CAAGAGAGTG AGGACCGGTA TATTGAAAGC 1320 ATGCTTCTCT TGGGAGTAGA CGGCTTTATT ATTCAGCCGA CCTCTAATTT CCGAAAATAT 1380 TCTCGTATCA TCGATGAGAA AAAGAAGAAA ATGGTCTTTT TTGATAGTCA GCTCTATGAA 1440 CACCGGACTA GCTGGGTTAA AACCAATAAC TATGATGCCG TTTATGACAT GACCCAGTCC 1500 TGTATCGAAA AAGGTTATGA ACATTTTCTC TTGATTACAG CGGATACGAG TCGTTTGAGT 1560 ACTCGGATTG AGCGGGCAAG TGGTTTTGTG GATGCTTTAA CAGATGCTAA TATGCGTCAC 1620 GCCAGTCTAA CCATTGAAGA TAAGCATACG AATTTGGAAC AAATTAAGGA ATTTTTACAA 1680 AAAGAAATCG ATCCCGATGA AAAAACTCTG GTATTTATCC CTAACTGTTG GGCCCTACCT 1740 CTAGTCTTTA CCGTTATCAA AGAGTTGAAT TATAACTTGC CACAAGTTGG GTTGATTGGT 1800 TTTGACAATA CGGAGTGGAC TTGCTTTTCT TCTCCAAGTG TTTCGACGCT GGTTCAGCCC 1860 TCCTTTGAGG AAGGACAACA GGCTACAAAG ATTTTGATTG ACCAGATTGA AGGTCGCAAT 1920 CAAGAAGAAA GGCAACAAGT CTTGGATTGT AGTGTGAATT GGAAAGAGTC GACTTTCTAA 1980 AATGAAGGAA AATGACTTGC AATCTCTGTT AAGAAATAAA ATAATCCCAC CTAGAACAAG 2040 CTAGGTGGGA TTATTTGCCT ATGAAATGAG AAATTATGGG AGCAAGCTCC TAAATCAACT 2100 GTTTTTGATC TACTTCTTTA ACTACTTGAT AAAAGTTATA GAAGTAGGCC AAACTTGAAA 2160 TGATGGTTAC GACTAGGAAT ATTGAAAATT TCCATTGGAC AGGGTTGGTT AAAAGTTGTG 2220 GAAAGGATAT GAGGAGAAAG AAGAGGGCTG CGTTGAGGAC AGGTATCCGT TTTGATTGTA 2280 TTTTCTCAAG TCCTTTATTG AGCGCAGGAA GAAAGAGGAG TAGGAGTAGT AAAACTGTAT 2340 GAGAAATAGC TCCTGAAGTA AGGGCGAAGA AAAGGAAAAT ACTGATAAAA ACATGAATGA 2400 TCAGTAGTCT AGCTAGTGAT TTCATAAGGC ACCTCCTAAT CCTGGTCTTT TTTAGCTCTT 2460 GCAATACGAA GTGAGTCGAC AATATGTATC ATCACTCCGA AAAAGAAAGC TCCCAGTATA 2520 GTTTTAAAAA TATGTTTTGT ATTTAGAAGA GAACTGATAA AATTTGGATT TTCACTTGTT 2580 AGGGTATCAA TGAGTGGAAT TATAAAAAAT ATCACTGTTC CATAAATCGA ACCTGCTTTC 2640 AGACCAGGAT AACGTAACTG TTTCTTTTCT TTTTTCATGA GTTTCCTCCT AATCCTCATC 2700 TTGATTTTTC TTAGTTTTTG CAATGCGACG GGAGATGAGG AACTGTATGC TCGCTCCGAA 2760 GAAAATAGAA CCGAGAATAC TTGATACACC ATTTCTTATA GTGAGAAGAG AATGAAAATA 2820 GTCCTGACCT TCATCTATGA GTATCCTGAG AAGAGGAGTT ATAAAAAACA TCCATAGACC 2880 AAAGAACAAA CCTGCTTTCA GACCTGGGTA GTGTAGTTGC TTGCTTTCTT TCTCATTCAG 2940 CATATCTGGT TCAATGACTG TGATGCCTGT TTTTTTCATT TGGTAGGTGA CATAGCCAGA 3000 AGCGATGAGG GCAATCACTA AAATCAGAGG AGGATAGATT AGAGCCACTT CTTGAGGGTA 3060 TTTATAGGCC AGAAGGAGTG GAATAAGATT TCCGAAAATC ATCAGATAAA AGAGGATGAT 3120 AAAGACTTGG TTCCCAATAC TATCGGCCTC ACGCCGTTTG TATTCGTCAA GGGGACCAGA 3180 AATACCGTAT GTGCGTTTGA TCAGTTTTTC AGTGAAGGTT TCTTTTTTCA TGAGTTTGCT 3240 CCTTTTTTAA AAATCTTCCT CCCAAAAGAG ACTGTTGAGG TCAGTTTGGA GGCTGCGGGC 3300 GAGATTGAGA CAGAGTTCCA AGGTTGGATT GTACTTGTCG TTTTCAATCA TATTGATAGT 3360 CTGTCTCGAG ACACCGATAT CCTTGGCGAG TTCGAGCTGG GAAATACCCA ATTCCTTGCG 3420 AAATTCTTTC ACACGATTCA TCTGTTCTCC TTTCTGATTT ATGTCGTATA TATTTGACTA 3480 TATTATAGTC TTTTAAACAT AAAGTGTCAA GTATTTTTGA CATATTTTTT GAAGAAATAG 3540 TAGTCTCCTT GTCCTATTTG TCTGACAAGT GCAAGCTGGT CGGATTTGTG GTAAAATAGA 3600 TAAGATATGA CAAAAGAATT TCATCATGTA ACGGTCTTAC TCCACGAAAC GATTGATATG 3660 CTTGACGTAA AGCCTGATGG TATCTACGTT GATGCGACTT TGGGCGGAGC AGGACATAGC 3720 GAGTATTTAT TAAGTAAATT AAGTGAAAAA GGCCATCTCT ATGCCTTTGA CCAGGATCAG 3780 AATGCCATTG ACAATGCGCA AAAACGCTTG GCACCTTACA TTGAGAAGGG AATGGTGACC 3840 TTTATCAAGG ACAACTTCCG TCATTTACAG GCATGTTTGC GCGAAGCTGG TGTTCAGGAA 3900 ATTGATGGAA TTTGTTATGA CTTGGGAGTG TCTAGTCCTC AATTAGACCA GCGTGAGCGT 3960 GGTTTTTCTT ATAAAAAGGA TGCGCCACTG GACATGCGGA TGAATCAGGA TGCTAGCCTG 4020 ACAGCCTATG AAGTGGTGAA CAATTATGAC TATCATGACT TGGTTCGTAT TTTCTTCAAG 4080 TATGGAGAGG ACAAATTCTC TAAACAGATT GCGCGTAAGA TTGAGCAAGC GCGTGAAGTG 4140 AAGCCGATTG AGACAACGAC TGAGTTAGCA GAGATTATCA AGTTGGTCAA ACCTGCCAAG 4200 GAACTCAAGA AGAAGGGGCA TCCTGCTAAG CAGATTTTCC AGGCTATTCG AATTGAAGTC 4260 AATGATGAAC TGGGAGCGGC AGATGAGTCC ATCCAGCAGG CTATGGATAT GTTGGCTCTG 4320 GATGGTAGAA TTTCAGTGAT TACCTTTCAT TCCTTAGAAG ACCGCTTGAC CAAGCAATTG 4380 TTCAAGGAAG CTTCAACAGT TGAAGTTCCA AAAGGCTTGC CTTTCATCCC AGATGATCTC 4440 AAGCCCAAGA TGGAATTGGT GTCCCGTAAG CCAATCTTGC CAAGTGCGGA AGAGTTAGAA 4500 GCCAATAACC GCTCGCACTC AGCCAAGTTG CGCGTGGTCA GAAAAATTCA CAAGTAAGAG 4560 GGAAAAAGAT GGCAGAAAAA ATGGAAAAAA CAGGTCAAAT ACTACAGATG CAACTTAAAC 4620 GGTTTTCGCG TGTGGAAAAA GCTTTTTACT TTTCCATTGC TGTAACCACT CTTATTGTAG 4680 CCATTAGTAT TATTTTTATG CAGACCAAGC TCTTGCAAGT GCAGAATGAT TTGACAAAAA 4740 TCAATGCGCA GATAGAGGAA AAGAAGACCG AATTGGACGA TGCCAAGCAA GAGGTCAATG 4800 AACTATTACG TGCAGAACGT TTGAAAGAAA TTGCCAATTC ACACGATTTG CAATTAAACA 4860 ATGAAAATAT TAGAATAGCG GAGTAAGATA TGAAGTGGAC AAAAAGAGTA ATCCGTTATG 4920 CGACCAAAAA TCGGAAATCG CCGGCTGAAA ACAGACGCAG AGTTGGAAAA AGTCTGAGTT 4980 TATTATCTGT CTTTGTTTTT GCCATTTTTT TAGTCAATTT TGCGGTCATT ATTGGGACAG 5040 GCACTCGCTT TGGAACAGAT TTAGCGAAGG AAGCTAAGAA GGTTCATCAA ACCACCCGTA 5100 CAGTTCCTGC CAAACGTGGG ACTATTTATG ACCGAAATGG AGTCCCGATT GCTGAGGATG 5160 CAACCTCCTA TAATGTCTAT GCGGTCATTG ATGAGAACTA TAAGTCAGCA ACGGGTAAGA 5220 TTCTTTACGT AGAAAAAACA CAATTTAACA AGGTTGCAGA GGTCTTTCAT AAGTATCTGG 5280 ACATGGAAGA ATCCTATGTA AGAGAGCAAC TCTCGCAACC TAATCTCAAG CAAGTTTCCT 5340 TTGGAGCAAA GGGAAATGGG ATTACCTATG CCAATATGAT GTCTATCAAA AAAGAATTGG 5400 AAGCTGCAGA GGTCAAGGGG ATTGATTTTA CAACCAGTCC CAATCGTAGT TACCCAAACG 5460 GACAATTTGC TTCTAGTTTT ATCGGTCTAG CTCAGCTCCA TGAAAATGAA GATGGAAGCA 5520 AGAGCTTGCT GGGAACCTCT GGAATGGAGA GTTCCTTGAA CAGTATTCTT GCAGGGACAG 5580 ACGGCATTAT TACCTATGAA AAGGATCGTC TGGGTAATAT TGTACCCGGA ACAGAACAAG 5640 TTTCCCAACG AACGATGGAC GGTAAGGATG TTTATACAAC CATTTCCAGC CCCCTCCAGT 5700 CCTTTATGGA AACCCAGATG GATGCTTTTC AAGAGAAGGT AAAAGGAAAG TACATGACAG 5760 CGACTTTGGT CAGTGCTAAA ACAGGGGAAA TTCTGGCAAC AACGCAACGA CCGACCTTTG 5820 ATGCAGATAC AAAAGAAGGC ATTACAGAGG ACTTTGTTTG GCGTGATATC CTTTACCAAA 5880 GTAACTATGA GCCAGGTTCC ACTATGAAAG TGATGATGTT GGCTGCTGCT ATTGATAATA 5940 ATACCTTTCC AGGAGGAGAA GTCTTTAATA GTAGTGAGTT AAAAATTGCA GATGCCACGA 6000 TTCGAGATTG GGACGTTAAT GAAGGATTGA CTGGTGGCAG AACGATGACT TTTTCTCAAG 6060 GTTTTGCACA CTCAAGTAAC GTTGGGATGA CCCTCCTTGA GCAAAAGATG GGAGATGCTA 6120 CCTGGCTTGA TTATCTTAAT CGTTTTAAAT TTGGAGTTCC GACCCGTTTC GGTTTGACGG 6180 ATGAGTATGC TGGTCAGCTT CCTGCGGATA ATATTGTCAA CATTGCGCAA AGCTCATTTG 6240 GACAAGGGAT TTCAGTGACC CAGACGCAAA TGATTCGTGC CTTTACAGCT ATTGCTAATG 6300 ACGGTGTCAT GCTGGAGCCT AAATTTATTA GTGCCATTTA TGATCCAAAT GATCAAACTG 6360 CTCGGAAATC TCAAAAAGAA ATTGTGGGAA ATCCTGTTTC TAAAGATGCA GCTAGTCTAA 6420 CTCGGACTAA CATGGTTTTG GTAGGGACGG ATCCGGTTTA TGGAACCATG TATAACCACA 6480 GCACAGGCAA GCCAACTGTA ACTGTTCCTG GGCAAAATGT AGCCCTCAAG TCTGGTACGG 6540 CTCAGATTGC TGACGAGAAA AATGGTGGTT ATCTAGTCGG GTTAACCGAC TATATTTTCT 6600 CGGCTGTATC GATGAGTCCG GCTGAAAATC CTGATTTTAT CTTGTATGTG ACGGTCCAAC 6660 AACCTGAACA TTATTCAGGT ATTCAGTTGG GAGAATTTGC CAATCCTATC TTGGAGCGGG 6720 CTTCAGCTAT GAAAGACTCT CTCAATCTTC AAACAACAGC TAAGGCTTTA GAGCAAGTAA 6780 GTCAACAAAG TCCTTATCCT ATGCCTAGTG TCAAGGATAT TTCACCTGGT GATTTAGCAG 6840 AAGAATTGCG TCGCAATCTT GTACAACCCA TCGTTGTGGG AACAGGAACG AAGATTAAAA 6900 ACAGTTCTGC TGAAGAAGGG AAGAATCTTG CCCCGAACCA GCAAGTCCTT ATCTTATCTG 6960 ATAAAGCAGA GGAGGTTCCA GATATGTATG GTTGGACAAA GGAGACTGCT GAGACCCTTG 7020 CTAAGTGGCT CAATATAGAA CTTGAATTTC AAGGTTCGGG CTCTACTGTG CAGAAGCAAG 7080 ATGTTCGTGC TAACACAGCT ATCAAGGACA TTAAAAAAAT TACATTAACT TTAGGAGACT 7140 AATATGTTTA TTTCCATCAG TGCTGGAATT GTGACATTTT TACTAACTTT AGTAGAAATT 7200 CCGGCCTTTA TCCAATTTTA TAGAAAGGCG CAAATTACAG GCCAGCAGAT GCATGAGGAT 7260 GTCAAACAGC ATCAGGCAAA AGCTGGGACT CCTACAATGG GAGGTTTGGT TTTCTTGATT 7320 ACTTCTGTTT TGGTTGCTTT CTTTTTCGCC CTATTTAGTA GCCAATTCAG CAATAATGTG 7380 GGAATGATTT TGTTCATCTT GGTCTTGTAT GGCTTGGTCG GATTTTTAGA TGACTTTCTC 7440 AAGGTCTTTC GTAAAATCAA TGAGGGGCTT AATCCTAAGC AAAAATTAGC TCTTCAGCTT 7500 CTAGGTGGAG TTATCTTCTA TCTTTTCTAT GAGCGCGGTG GCGATATCCT GTCTGTCTTT 7560 GGTTATCCAG TTCATTTGGG ATTTTTCTAT ATTTTCTTCG CTCTTTTCTG GCTAGTCGGT 7620 TTTTCAAACG CAGTAAACTT GACAGACGGT GTTGACGGTT TAGCTAGTAT TTCCGTTGTG 7680 ATTAGTTTGT CTGCCTATGG AGTTATTGCC TATGTGCAAG GTCAGATGGA TATTCTTCTA 7740 GTGATTCTTG CCATGATTGG TGGTTTGCTC GGTTTCTTCA TCTTTAACCA TAAGCCTGCC 7800 AAGGTCTTTA TGGGTGATGT GGGAAGTTTG GCCCTAGGTG GGATGCTGGC AGCTATCTCT 7860 ATGGCTCTCC ACCAAGAATG GACTCTCTTG ATTATCGGAA TTGTGTATGT TTTTGAAACA 7920 ACTTCTGTTA TGATGCAAGT CAGTTATTTC AAACTGACAG GTGGTAAACG TATTTTCCGT 7980 ATGACGCCTG TACATCACCA TTTTGAGCTT GGGGGATTGT CTGGTAAAGG AAATCCTTGG 8040 AGCGAGTGGA AGGTTGACTT CTTCTTTTGG GGAGTGGGAC TTCTAGCAAG TCTCCTGACC 8100 CTAGCAATTT TATATTTGAT GTAAGAATGG CACCCTGATG TTTCAGGG 8148 (2) INFORMATION FOR SEQ ID NO : 12 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9909 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 12 : TACTCCACCC TTAATATCCG TTCCTGTAAA TACTTTACCG CTTTTAAGTT CATAGAATTG 60 AACTTTTAAA TGCTTGTCTT CAAGCATCTT TTCCATCCAA TTTTTAGGAG TTTGACCAGC 120 TTTAAATAAA AACCTTGCTG GGGTGATTAG TATAGATTTA TCTGCGATTT TATAAGCTTC 180 ATCAATAAAA TAGTGATATA TCGGCTCATC TCTGGCTTCT CCTGTTTCCT GATACGGAGG 240 ATTTCCTATC ACGACATCAA ATTTCATTTC ACTTTCCTCG CTAGATAGGC GCTCAAAACC 300 TATCATTCTA TTCTTTTTCC AGTCTTTGAT ATGGGTTTTA GATTCTTCTA CTTCTTGGAC 360 TTCTAGCTCA TCCGCAAACA AACTCAATTG TTGAGATTGC TTTTGTTTAG CTGAATAAGG 420 ACTACTTTTT TTCAATCCAT CCATCTGAAA GACATTGTAA GAGATAATAG TCGCAATTTC 480 TTTCTTTTGC TCTAATGTTG GTTGATTTCC AGTCTTAGCT AGATAATAGT CCTCAAAAGT 540 TGCCAAAAGA TTCTCACGCG CCAAAAGGAG AGAATCTCCT TGATACTCAT AACCATACGA 600 AGCATGATAA GCATCTTTTA CAAGTTTATA AAATGTGACT TCATCTGAAA CCTCACGACT 660 AATCCGTTGC AGTTTTCTAT CAACAAAACC AACTCGCTCA GATAATGGAA TTTCCTCACC 720 AGTTACGGTA TCATATCTCG TTACCATATA AGGTGCTTCA CCACAAGTTA CCTCTAACCA 780 TCGTAAGTCC ACATACTCCT CAAGACTTAA CGAGCCTAAT TTCGATTCTA CATATCCATT 840 TTGCTTTGCG ACCAACCACG TTGGTGTAAA CACTTCTGCC CTTATTTTTG TCCGATCTTT 900 TTGTTCATAT TTGGATTTTT CAGATCTGGG CTGAATCAAG TTGGCAAAGT TTCCAGTAAC 960 CTTACTTGGA TTGATGCGAT CACTTGGAGC AAATCCCTTT CCTAACAATT CATAAGAATG 1020 CGTAnGCCAA ACAATTGATT TCTTTGTCGT TCGATCTTTT AAAAGAATTT TTAATAAGTC 1080 AGCCGATTCT TTAGCCAAAC TTTCTTCACT AATATCTATT GTCATCAGCA ACCTCTCTTA 1140 TATTGTAAGC CCTATTATAT CATATTTTAA AGAATGAAAA TTTACTTGAA AAAAGTAATT 1200 CAATAAATAT CTCTCCGATG ACCAACTTCT AGAGTAGCAA CGACTAATTC ATCATCTACA 1260 ATTTGTACGA TAACTCGATA ATTACCAATT CTATAGCGCC ATTGACCAAC GCGATTACCA 1320 ACCAAAGCCT TTCCGTGTCG TCTTGGGTCT TCCAAAACAT TGGTTTGTAA ATAGTTTGTA 1380 ATTAGCTTCT GCGTATAACG GTCCAATTTT TTCAATTGCT TGATAAAACG TCTTGTTGGA 1440 ACTAATTTAT ACAAATTATT CATCCTTCAA GCCTAAATCA TGCATCATTT CTTCCCAAGT 1500 AATGGGTTCA ACTCCTTTTT CCAAGTCTTC TAAATACTCT TGATAGGCTA AATCTGCCAC 1560 ACGAGCATCG TATTCATCTT CTAGGGCTTC AAGAGTTTTG GTGCGAATAA GTTCCGAAAG 1620 GGAAACTCCT TCAAACTTAG CCATTGCTTT CATAAATGTT TTATCAGCTT CAGAAACTTT 1680 TAATGTAATA GTAGTCATCT TTTGTGCTCC CTTTTTTAAT GGTAACACCA TTGTATTACT 1740 TTTTAGGTGT TCAGTCAATA TAAAAAGAAC ACCTTCTCAG CGTTCTTTCT ATATCTCTGT 1800 CAATGGTGTT GCGGTATCTG GTGAGGTATC ATAAACCTTA AAGTCTACTC CGACTCCCAG 1860 ATCAGCTTGA GCCAGCTGAT TGACCATGGT CATATGAGCC AGTTCCTTGA TATTGTTTTC 1920 CTTAGATAAA TGCCCAAGGT AAATCTTCTT AGTACGATTT CCTAGCGTCC GAATCATAGC 1980 TTCAGCACCG TCCTCGTTAG AAAGGTGACC AAGGTCAGAT AGGATTCGTT GTTTGAGTCG 2040 CCAAGCGTAA GAACCTGATC GCAAAATCTC TACATCATGG TTGGCCTCGA TAAGATAACC 2100 ATCCGCATTT TCGACAATGC CCGCCATACG GTCACTGACA TAACCTGTAT CTGTCAAGAG 2160 GACAAAACTC TTATCATCCT TCATAAAGCG ATAGAACTGC GGTGCGACTG CATCATGGCT 2220 TACACCAAAA CTCTCGATGT CGATATCTCC AAAGGTTTTG GTTTTACCCA TTTCAAAAAT 2280 ATGCTTTTGC GAAGAATCCA CCTTGCCAAG ATATTTACTA TTTTCCATAG CTTGCCAGGT 2340 CTTTTCATTG GCATAAAGAT CCATACCATA CTTGCGAGCC AAAACGCCTA CTCCATGGAT 2400 ATGATCTGAA TGCTCATGGG TAATCAAGAT GGCATCCAGG TCTTCTGGCT TACGGTTAAT 2460 TTCAGCTAGC AGACTGGTAA TTTTCTTGCC AGACAAGCCT GCATCTACTA AAAGCTTCTT 2520 TTTTGAGGTT TCCAGATAAA AAGAATTTCC ACTGGAACCC GACGCTAAAA TACTGTATTT 2580 AAAGCCTATT TCACTCATTC TAGTCTTCTA CTTCATCCTC CCATACTTCT TCTTTCACTG 2640 CATCCTTATC ATAAGGGAGT ACAATGGTAA AGGTTGAACC CTTGCCGTAT TCACTCTTGG 2700 CCCAAATAAA GCCCTTATGT TGTTTGATAA TTTCTTTAGC GATAGACAGT CCTAGACCTG 2760 TACCACCTTG TGCACGACTT CTAGCACGAT CCACACGATA GAAACGGTCA AAGATACGTG 2820 GTAAATCCTG CTTAGGAATC CCCAAACCGT GGTCAGAAAT GGATAAAATC ATCTGGTCTT 2880 CAGTTGTCTT CATTCTGACA GTGATTTTAC CCCCATCTGG CGAATACTTA ATAGCATTAT 2940 TTAAAATATT GTCGACAACC TGCGTCATCT TATCTGTATC AATTTCCATC CAGATAGAAT 3000 TGATGGGATA ATCTCTCACC AACTCATATT TTTTCTCCTT TTCCTGTCCT TTCATCTTGT 3060 CAAAACGATT GAGGATAAAG GTAATAAAAG CAGTGAAGTT AATCAGTTCC ACATCTAGGT 3120 GACTGGTAGC ATTATCAATA CGTGAAAGAT GGAGGAGATC CGTCACCATG CGCATCATAC 3180 GGTTGGTCTC ATCAAGAGAA ACCTTGATAA AGTCTGGTGC TACAGTTTCA CACAAAGCCC 3240 CCTCATCCAA GGCTTCAAGA TAGGATTTTA CGCTAGTCAG AGGAGTCCGT AACTCATGGC 3300 TAACATTGGA AACAAAGAGT CTTCGTTCGC GTTCTTCCTT CTCCTGCTCC GTCGTATCAT 3360 GCAAAACAGC CACCAAACCT GAAATAAAGC CAGACTCTCG ACGTATCAAG GCAAAGCGAA 3420 CTCGAAGGTT CAAATATTCG CCATTGATAT CTTGGGAATC TAGCAACAAT TCTGGACTTT 3480 GGGTAATCAA ATCACGCAAT TCATAGTTTT CTTCTATCTT GAGCAATTCC AAAATGCTTC 3540 TATTCAGAAC ATCTTCCTTA ACCAACCCCA GTTGCTTCTT GGCTGTATCG TTAATCATGA 3600 TAATCTGACC CCGACGGTTA GTCGCAAGAA CCCCATCTGT CATATAAAAC AGAATACTAT 3660 TTAGCCTCTT ACTCTCTTGT TCTAGATTTT CCTGAGTGAG ACGAATAACC TCCGACAAGT 3720 CATTCAAATT ATTGGTAATA TTGGTGATTT CAGACCCACC TTGCATATCA AGAACCTTGG 3780 AATAATCTCC TGCAATCAAA TCTTTAACCT TTTGATTGAC TTGCTTCAAC TGAATATTAT 3840 CACGTCTATT TTCCAGTAAT AAGAGGGTCA CAACAAGGAT GAAACCTAAC AAAATCAGGA 3900 TAAAGATAAA ATCTCTGGTA AAAATGGTTT GTTTCAGTAA ATCAAGCATT ATTTCTCATG 3960 TAATACCCTA CACCACGGCG CGTCAAGATA TACTCTGGTC GGCTGGGCGT ATCTTCAATC 4020 TTCTCACGCA GACGTCGTAC AGTCACATCA ACTGTACGGA CATCACCAAA ATAGTCATAA 4080 CCCCAGACAG TCTCAAGCAA GTGTTCGCGC GTGATGACTT GACCTGTATG CGATGCTAAA 4140 TGATACAAAA GCTCAAATTC ACGATGGGTT AAGTCTAGTT CTTCGCCATA TTTTTTAGCC 4200 ACGTAGGCGT CTGGAACAAT TTCTAAATCC CCAATTTGGA TAGGTTGAGG TTTACTATCT 4260 GCTTCCTGAC CATCTACTGG CATAGGTTGA GAACGACGCA GAAGAGCTTT AACACGCGCC 4320 TGCAACTCAC GATTGGAGAA GGGTTTTGTT ACATAGTCAT CTGCCCCAAG TTCCAAACCG 4380 ATAACCTTAT CAAATTCACT ATCTTTGGCT GAAAGCATAA GAATGGGCAC ACTGCTTGTC 4440 TTACGAATGG TCTTAGCAAC TTCTAAACCA TCAATTTCTG GAAGCATCAA ATCCAGAATA 4500 ATAATATCTG GTTGCTCTGC TTCAAATTGC TCTAGCGCTT CACGACCATT AAAAGCAGTT 4560 ACAACTTCGT AACCTTCCTT GGTCATATTA AACTTGATAA TATCCGAGAT TGGTTTCTCA 4620 TCATCTACAA TTAGTATTTT TTTCATATGT TCACCTTTTT CTCTACTATT ATACCAAAAA 4680 AATAGTCAGA AGACACAATA GCTAGTCTTG GCTACTGTCT AAGTTGGCTT GTGCATAAAC 4740 CTGCCAGATT TTTTGTTGGG GTTTGGCAAG TGGGTAATTC TTGAATTCTT CTGGTGAAAG 4800 CCAGCGAACT TCCCTATCTG AAAAATCATG GAAGTCACTC ACCTGACCTG CTACAATCTG 4860 TACATGCCAT TTTCGATGAC TAAAAACATG CTGGACTGTA TCAAAACAAA CATCAAGCCA 4920 ATCAACATCT AGGTCATAGT CCTGCTGGAA ACTCTCTTCT GGACTGGGAC CAAAGTTCAC 4980 ACTTTCTTCC GCAACCTGAT GAAAGAGGTC AAACTGCTCT TCTTGCGAAA AGTTATCAAC 5040 TTCTATAAAG GGGAAATGCC AAAAACCTGC CAAGAGCTTT TCGCTTTCAT TTTTTTCAAG 5100 TAAAAATTGT CCTTGAGAAT TTTTCACAAC TAAGGCTTTA AGATAAATAG GAACCGGCTT 5160 TTTCTTAGGA GATTTAATTG GATAACGGTC CATGGTTCCA TTCTGATATG CCGCACTAAA 5220 GTCCTTGACT GGGCTTTCTT CAGGTCTGGG ATTTACAGGA GACTCAATAT CAGACCCTAA 5280 GTCCATCAAG GCTTGATTAA AATCACCCGG ACGATCCGGA TTAATCAAGA TCTCCATCAT 5340 TGCCTGAAAA ATTTTTCGAT TACTTGGAAT CCCAATATCG TGGTTGACTT CAAACAGACG 5400 CGCCAAGACC CGCATGACAT TACCATCTAC AGCTGGCTCA GGCAAGTTAA AAGCAATACT 5460 GGAAATGGCT CCTGCTGTGT AAGGTCCAAT CCCTTTCAAG CTGGAAATTC CTTCATAGGT 5520 ATTTGGAAAT TGGCCACCAA AGTCAGTCAT AATCTGCTGG GCTGCAGCCT GCATATTGCG 5580 AACTCGAGAA TAATAGCCCA AGCCCTCCCA AGCTTTCAGT AAACTCTCCT CAGGCGCAGT 5640 TGCCAGACTT TCGACAGTTG GAAACCAGTC CAAAAATCTT TCGTAGTAAG GGATAACTGT 5700 ATCCACCCTG GTCTGCTGAA GCATGATTTC AGATACCCAG ATGTGATAAG GATTTTTACT 5760 TCTCCTCCAA GGCAAATCTC TTTTGTTTTC ATCATACCAA GCGAGAAGTT TCTCACGGAA 5820 AGAAATGACT TTCTCCTCCG GCCACATGAC GATACCGTAT TCTTTCAAAT CTAACATATC 5880 TCTAGTATAA CACAGAAGGT TTCACCTGTC TTTGTATCTG ATTTATAATA TTTTCAATAG 5940 ATAGTATATA ACTTTTCTAT CTACTTATAC TCAATGAAAA TCAAAGAGCA AACTAGGAAG 6000 CTAGCCGCAG GTTGCTCAAA ACACTGTTTT GAGGTTGTGG ATAGAACTGA CAGAGTCAGT 6060 ATCATATACT ACGGCAAGGT GAAGCTGACG TAGTTTGAAG AGATTTTCGA AGAGTATAAA 6120 TCTTATTGAT GAACTGCTTG CAGTCTGAGA AAAAATGAGC TTGGATATTA TTTCCAAACT 6180 CACTTAAAGT CAATTTCAAT CCACTAGAAC AAGCCTAGTA CAGTTCCATC GCTTTCAACA 6240 TCCATGTTGA GAGCTGCTGG ACGTTTTGGA AGACCTGGCA TGGTCATAAC ATCACCAGTT 6300 AAGGCAACGA TGAAGCCTGC ACCTAATTTT GGTACCAATT CACGAATGGT AATTTCAAAG 6360 TTTTCTGGTG CTCCAAGCGC ATTTGGATTG TCTGAGAAAC TGTATTGAGT TTTAGCCATA 6420 CAGATTGGCA ATTTGTCCCA ACCGTTTTGA ACGATTTGAG CAATTTGTGT TTGAGCTTTC 6480 TTCTCAAAGT TCACTTTGCT ACCACGATAG ATTTCAGTGA CAATTTTTTC AATCTTTTCT 6540 TGGACAGAAA GGTCATTATC ATACAAACGT TTATAGTTAG CTGGATTTTC AGCAATTGTC 6600 TTAACAACTG TTTCGGCAAG TGCTACTCCA CCTTCTGCTC CATCAGCCCA GACACTAGCC 6660 AATTCAACTG GTACATCGAT TGAGGCACAG AGTTCTTTTA AGGCTGCAAT TTCAGCTTCT 6720 GTATCAGATA CAAATTCGTT AATAGCTACA ACTGCTGGAA TACCGAACTT ACGGATATTT 6780 TCAACGTGGC GTTTCAAGTT AGCAAAACCT GCACGAACTG CCTCTACATT TTCTTCAGTC 6840 AGAGCGTCTT TAGCCACACC ACCATTCATC TTAAGGGCAC GAAGGGTTGC GACAATAACA 6900 ACTGCATCTG GAGATGTTGG CAAGTTTGGT GTCTTGATAT CAAGGAATTT CTCAGCACCA 6960 AGGTCCGCAC CAAAACCAGC TTCAGTAACA GTGTAATCAG CCAAGTGAAG GGCTGTTGTC 7020 GTCGCCAAAA CAGAGTTACA GCCATGAGCG ATATTGGCAA ATGGACCACC GTGTACAAAG 7080 GCAGGTGTAC CGTAAATTGT CTGAACCAAG TTTGGCTTAA TAGCATCCTT CAAAATCAAA 7140 GCCAAGGCAC CCTCAACCTG CAAATCACCT ACAGAAACAG GCGTACGGTC ATAGCGATAA 7200 CCAATAACGA TATTCGCCAA ACGACGTTTC AAGTCCTCGA TGTCCGTTGC CAAGCAAAGA 7260 ATTGCCATGA TTTCTGAAGC AACTGTAATA TCAAAACCAT CCTCACGTGG AATACCGTTT 7320 AGAGGACCAC CAAGACCAAC AGTCACATGG CGGAGCGTAC GGTCGTTCAA GTCCACAACG 7380 CGTTTCCAGA GGATACGACG TTGATCAATT CCCAGCTCAT TCCCTTGGTG CAAGTGGTTG 7440 TCAATCAAGG CAGAAAGGGC ATTGTTGGCA GTTGTAATAG CATGCATATC TCCAGTAAAG 7500 TGGAGGTTGA TGTCTTCCAT TGGCAGAACT TGTGCATACC CACCACCAGC AGCACCACCC 7560 TTGATCCCCA TGACTGGACC AAGAGACGGT TCGCGGATAG CAATCATGGT TTTCTTGCCA 7620 ATCTTGTTCA AGGCATCCGC AAGACCAATG GTAAGCGTCG ACTTTCCTTC ACCTGCAGGT 7680 GTTGGGTTGA TGGCAGTAAC CAAGATCAAT TTACCGACTG GATTGCTCTC AACTGCACGA 7740 ATTTTATCAA AGCTGAGTTT AGCCTTGTAC TTTCCGTACA ACTCCAAATC GTCATAAGAA 7800 ATACCAAGTT TCTCTACAAC ATCAACAATT GGCTTCAACT CAATACTCTG TGCGATTTCA 7860 ATATCTGTTT TCATTCAAAA TTCCTCTAAC CTCTTATATG ATAATTCATT ATATCACAAA 7920 ACAAGATTTT TAACATCCTA AAACTCTCTA AACGTTCGTA AATATCTCTG TTTTTAAGAC 7980 TTTTAGAGTC CTTTCTTAAA TTTTATATGG CTTTATAGTT TGAAACTATA ATAAATCTTC 8040 GTTTTTACCA AAAATTTATC ACTTTCATTT TACTTACCGC TTATTTTTGT GTACAATAGT 8100 GCTATGAAAA TTTTAGTTAC ATCGGGCGGT ACCAGTGAAG CTATCGATAG CGTCCGCTCT 8160 ATCACTAACC ATTCTACAGG TCACTTGGGG AAAATTATCA CAGAGACTTT GCTTTCTGCA 8220 GGGTATGAAG TTTGTTTAAT TACGACAAAA CGAGCTCTGA AGCCAGAGCC TCATCCTAAC 8280 CTAAGTATTC GAGAAATTAC CAATACCAAG GACCTTCTAA TAGAAATGCA AGAACGTGTT 8340 CAGGATTATC AGGTCTTGAT CCACTCAATG GCTGTTTCTG ACTACACTCC TGTTTATATG 8400 ACAGGGCTTG AGGAAGTTCA GGCTAGCTCC AATCTAAAAG AATTTTTAAG CAAGCAAAAT 8460 CATCAGGCCA AGATTTCTTC AACTGATGAG GTTCAGGTTT TGTTCCTTAA AAAGACACCC 8520 AAAATCATAT CCCTAGTCAA GGAATGGAAT CCTACTATTC ATCTGATTGG TTTCAAACTG 8580 CTGGTTGATG TTACCGAAGA TCATCTGGTT GACATTGCAC GAAAAAGTCT TATCAAGAAT 8640 CAAGCAGATT TAATCATCGC GAATGACCTG ACTCAAATTT CAGCAGATCA GCACCGAGCT 8700 ATATTTGTTG AGAAAAATCA GCTTCAAACA GTCCAGACTA AAGAAGAAAT TGCAGAACTC 8760 CTCCTTGAAA AAATTCAAGC CTATCATTCT TAGAAAGGAA AACTATGGCA AACATTCTCT 8820 TGGCTGTAAC GGGTTCAATC GCCTCTTATA AGTCGGCAGA TTTAGTCAGT TCTCTAAAAA 8880 AACAAGGCCA TCAAGTCACT GTCTTAATGA CTCAGGCTGC TACAGAGTTT ATCCAACCTT 8940 TGACACTACA GGTACTCTCA CAGAATCCTG TCCACTTGGA TGTCATGAAG GAACCCTATC 9000 CTGATCAGGT CAATCATATC GAACTTGGAA AAAAAGCAGA TTTATTTATC GTGGTACCTG 9060 CAACTGCTAA CACTATTGCA AAACTAGCTC ACGGATTTGC GGACAACATG GTAACCAGTA 9120 CAGCTCTAGC CCTACCAAGT CATATTCCCA AACTAATAGC TCCTGCTATG AATACAAAAA 9180 TGTATGACCA TCCAGTAACT CAGAATAATC TGAAAACATT AGAAACTACG GCTATCAGCT 9240 GATTGCTCCT AAGGAATCCC TACTAGCTTG TGGAGACCAC GGACGAGGAG CTTTAGCTGA 9300 CCTCACAATT ATTTTAGAAA GAATAAAGGA AACTATCGAT GAAAAAACGC TCTAATATTG 9360 CACCCATTGC TATCTTTTTT GCTACCATGC TCGTGATACA CTTTCTGAGC TCACTTATCT 9420 TTAACCTTTT TCCATTTCCA ATCAAACCGA CCATTGTTCA TATTCCTGTC ATTATTGCCA 9480 GCATTATTTA TGGTCCACGA GTTGGGGTTA CACTTGGATT TTTGATGGGA TTACTTAGCT 9540 TGACGGTTAA CACGATTACG ATTCTACCGA CAAGCTACCT CTTCTCTCCC TTCGTACCAA 9600 ACGGAAACAT CTACTCAGCT ATCATTGCCA TCGTCCCACG TATTTTGATT GGTTTAACTC 9660 CTTACTTAGT CTATAAACTG ATGAAAAACA AGACTGGTCT GATTTTAGCT GGAGCCCTTG 9720 GTTCCTTGAC AAATACTATC TTTGTCCTTG GAGGAATCTT CTTCCTATTT GGAAATGTTT 9780 ATAATGGAAA TATCCAACTT CTTCTGGCAA CCGTTATCTC AACAAATTCA ATTGCTGAAT 9840 TGGTCATTTC TGCAATTCTA ACCCTAGCCA TTGTTCCACG ACTACAAACC TTGAAAAAAT 9900 AAAAACAGG 9909 (2) INFORMATION FOR SEQ ID NO : 13 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1126 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 13 : TAATTTTCAT ATAATAGTAA AATAGAATGT GTGATTCAAT AATCACCTCA AATAGAAAGG 60 AAATTCTATG TCAAATCTAT CTGTTAATGC AATTCGTTTT CTAGGTATTG ACGCCATTAA 120 TAAAGCCAAC TCAGGTCATC CAGGTGTGGT TATGGGAGCG GCTCCGATGG CTTACAGCCT 180 CTTTACAAAA CAACTTCATA TCAATCCAGC TCAACCAAAC TGGATTAACC GCGACCGCTT 240 TATTCTTTCA GCAGGTCATG GTTCAATGCT CCTTTATGCT CTTCTTCACC TTTCTGGTTT 300 TGAAGATGTC AGCATGGATG AGATTAAGAG TTTCCGTCAA TGGGGTTCAA AAACACCAGG 360 TCACCCAGAA TTTGGTCATA CGGCAGGGAT TGATGCTACG ACAGGTCCTC TAGGGCAAGG 420 GATTTCAACT GCTACTGGTT TTGCCCAAGC AGAACGTTTC TTGGCAGCCA AATATAACCG 480 TGAAGGTTAC AATATCTTTG ACCACTATAC TTACGTTATC TGTGGAGACG GAGACTTGAT 540 GGAAGGTGTC TCAAGCGAGG CAGCTTCATA CGCAGGCTTG CAAAAACTTG ATAAGTTGGT 600 TGTTCTTTAT GATTCAAATG ATATCAACTT GGATGGTGAG ACAAAGGATT CCTTTACAGA 660 AAGTGTTCGT GACCGTTACA ATGCCTACGG TTGGCATACT GCCTTGGTTG AAAATGGAAC 720 AGACTTGGAA GCCATCCATG CTGCTATCGA AACAGCAAAA GCTTCAGGCA AGCCATCTTT 780 GATTGAAGTG AAGACGGTTA TTGGATACGG TTCTCCAAAC AAACAAGGAA CTAATGCTGT 840 ACACGGCGCC CCTCTTGGAG CAGATGAAAC TGCATCAACT CGTCAAGCCC TCGGTTGGGA 900 CTACGAACCA TTTGAAATTC CAGAACAAGT ATATGCTGAT TTCAAAGAAC ATGTTGCAGA 960 CCGTGGCGCA TCAGCTTATC AAGCTTGGAC TAAATTAGTT GCAGATTATA AAGAAGCTCA 1020 TCCAGAACTG GCTGCAGAAG TAGAAGCCAT CATCGACGGA CGTGATCCAG TCGAAGTGAC 1080 TCCAGCAGAC TTCCCAGCTT TAGAAAATGG TTTTtCTCAA GCAACT 1126 (2) INFORMATION FOR SEQ ID NO : 14 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2520 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 14 : CCGGCAACAA AAAAGAAAAA ATCAACAGTT AAAAAAAATC TAGTCATCGT GGAGTCGCCT 60 GCTAAGCCAA GACGATTGAA AAATATCTAG GCAGAAACTA CAAGGTTTTA GCCAGTGTCG 120 GGCATATCCG TGATTTGAAG AAATCCAGTA TGTCCGTCGA TATTGAAAAT AATTATGAAC 180 CGCAATATAT TAATATCCGA GGAAAAGGCC CTCTTATCAA TGACTTGAAA AAAGAAGCTA 240 AAAAAGCTAA TAAAGTTTTT CTCGCGAGTG ACCCGGACCG TGAAGGAGAA GCGATTTCTT 300 GGCATTTGGC CCATATTCTC AACTTGGATG AAAATGATGC CAACCGTGTG GTCTTCAATG 360 AAATCACCAA GGATGCAGTC AAAAATGCTT TTAAAGAACC TCGTAAGATC GATATGGACT 420 TGGTCGATGC CCAACAAGCT CGTCGGATCT TGGATCGCTT GGTAGGGTAT TCGATTTCGC 480 CTATTTTGTG GAAGAAGGTC AAGAAGGGCT TGTCAGCAGG TCGCGTTCAG TCCATTGCCC 540 TTAAACTCAT CATTGACCGT GAAAATGAAA TCAATGCCTT CCAGCCAGAA GAATACTGGA 600 CAGTTGATGC TGTCTTTAAA AAGGGAACCA AACAATTTCA TGCTTCCTTC TATGGAGTAG 660 ATGGTAAAAA GATGAAACTG ACCAGCAATA ACGAAGTCAA GGAAGTCTTG TCTCGTCTGA 720 CGAGTAAAGA CTTTTCAGTA GATCAGGTGG ATAAGAAAGA GCGCAAGCGC AATGCTCCTT 780 TACCCTATAC CACTTCATCT ATGCAGATGG ATGCTGCCAA TAAAATCAAT TTCCGTACTC 840 GAAAAACCAT GATGGTTGCC CAACAGCTCT ATGAAGGAAT TAATATCGGT TCTGGTGTTC 900 AAGGTTTGAT TACCTATATG CGTACCGATT CGACTCGTAT CAGTCCTGTA GCGCAAAATG 960 AGGCGGCAAG CTTCATTACG GATCGTTTTG GTAGCAAGTA TTCTAAGCAC GGTAGCAAGG 1020 TCAAAAACGC ATCAGGTGCT CAGGATGCCC ATGAGGCTAT TCGTCCGTCA AGTGTCTTTA 1080 ATACACCAGA AAGCATCGCT AAGTATCTGG ACAAGGATCA GCTTAAGCTA TATACCCTTA 1140 TCTGGAATCG TTTTGTGGCT AGCCAGATGA CAGCGGCCGT TTTTGATACC ATGGCTGTTA 1200 AATTGTCTCA AAAAGGGGTT CAATTTGCTG CCAATGGTAG TCAGGTTAAG TTTGATGGTT 1260 ATCTTGCCAT TTATAATGAT TCTGACAAGA ATAAGATGTT ACCGGACATG GTTGTTGGAG 1320 ATGTGGTCAA ACAGGTCAAT AGCAAACCAG AGCAACATTT CACCCAACCG CCTGCCCGTT 1380 ATTCTGAAGC AACACTGATT AAAACCTTAG AGGAAAATGG GGTTGGACGT CCATCAACCT 1440 ACGCGCCAAC CATTGAAACC ATTCAGAAAC GTTATTATGT TCGCCTGGCA GCCAAACGTT 1500 TTGAACCGAC AGAGTTGGGA GAAATTGTCA ATAAGCTCAT CGTTGAATAT TTCCCAGATA 1560 TCGTAAACGT GACCTTCACA GCTGAAATGG AAGGTAAACT GGATGATGTC GAAGTTGGAA 1620 AAGAGCAGTG GCGACGGGTC ATTGATGCCT TTTACAAACC ATTCTCTAAA GAAGTTGCCA 1680 AGGCTGAAGA AGAAATGGAA AAAATCCAGA TTAAGGATGA ACCAGCTGGA TTTGACTGTG 1740 AAGTGTGTGG CAGTCCAATG GTCATTAAAC TTGGTCGTTT TGGTAAATTC TACGCTTGTA 1800 GCAATTTCCC AGATTGCCGT CATACCCAAG CAATCGTGAA AGAGATTGGT GTTGAGTGTC 1860 CAAGCTGTCA TCAGGGACAA ATTATTGAGC GAAAAACCAA GCGTAATCGC CTATTCTATG 1920 GTTGCAATCG CTATCCAGAA TGTGAATTTA CCTCTTGGGA CAAGCCTGTT GGTCGTGACT 1980 GTCCAAAATG TGGCAACTTC CTCATGGAGA AAAAAGTCCG TGGTGGTGGC AAGCAGGTTG 2040 TTTGTAGCAA AGGCGACTAC GAGGAAGAAA AGATGGCTCT TTGTCAACTG TAGTGGGTTG 2100 AAGTCAGCTA AGCTCGAGAA AGGACAAATT TTGTCCTTTC TTTTTTGATA TTCAGAGCGA 2160 TAAAAATCCG TTTTTTGAAG TTTTCAAAGT TCCGAAAACC AAAGGCATTG CGCTTGATAA 2220 GTTTGATGAG ATTATTGGTC GCTTCCAATT TGGCGTTAGA ATAGTGTAGT TGAAGGGCGT 2280 TGACGATTTT CTCTTTGTCC TTTAGAAAGG TTTTAAAGAC AGTCTGAAAA AGAGGATGAA 2340 CCTGCTTTAG ATTGTCCTCA ATGAGTCCGA AAAATTTCTC CGGTTCCTTA TTCTGAAAGT 2400 GAAACAGCAA GAGTTGATAG AGCTGATAGT GATGTTTCAA GTCTTGTGAA TAGCTCAAAA 2460 GCTTGTTTAA AATCTCTTTA TTGGTTAAAT GCATACGAAA AGTAGGGCGA TAAAAATGTT 2520 (2) INFORMATION FOR SEQ ID NO : 15 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 10993 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 15 : TTTTCTCGAT AATAACTTCC ACCTTATTAT TTGGGATACC CTCCTCTTCT TCACCACCAC 60 GTTCATAGTA GTCATCGCGA TAGAGAAAAG CTACGATATC AGCGTCCTGC TCAATAGACC 120 CAGATTCACG AATATCAGAC AAGACCGGTC TCTTGTCCTG ACGTTGTTCT ACACCACGAG 180 AAAGCTGACT CAGAGCGATT ACTGGAACCT TCAATTCCTT GGCTAGTATT TTCAACTGAC 240 GAGAAATTTC AGAAACTTCT TGTTGACGAT TTTCTCGACC AGTTCCCGTG ATAAGTTGCA 300 AATAGTCTAT CAAAATCAAA CCAAGATTTC CAGTTTCTTG AGCCAATTTA CGAGAACGAG 360 AACGAATCTC TGTAATCCGA ATACCTGGCG TATCATCGAT ATAGATACTG GCGTTAGcTA 420 GATTACCCTG AGCAATAGTA TATTTTTGCC ACTCCTCATC TGTCAATTGC CCTGTACGGA 480 TAGAATGTGA CTCCACTAAG CCTTCTGCAG CTAACATACG ATCTACCAAG CTTTCCGCAC 540 CCATTTCGAG TGAAAAAATA GCAACCGTTT TGTCCAACTT AGTCCCAATG TTCTGAGCGA 600 TATTCAAGGC AAATGCTGTC TTACCAACTG CTGGACGAGC TGCTAAGATA ATCAACTCCT 660 CCTCATGAAG TCCTGTTGTC ATATGATCCA AATCACGATA ACCTGTCGCA ATACCTGTAA 720 TATCGGTCGT TTGTTGCGAG CGAGCTTCCA GATTTCCAAA GTTGAGATTC AACACATCTC 780 GAATGTTCTT AAACCCGCTT CGATTTGCAT TTTCACTGAC ATCAATCAAC CCTTTTTCTG 840 CCTGAGCAAT AATTTCATCA GCTGGTTGTG ACGCTTCGTA AGCTTGGTTG ACAGACTCTG 900 TCAACTTGGC AATTAAACGA CGTAGCATTG CTTTTTCTGC AACAATCTTA GCATAATACT 960 CCGCATTAGC AGAAGTTGGC ACAGAATTAA CAATCTCAAC CAAGTAAGAC AAGCCACCAA 1020 TATTCTGTAA ATCACCTTGA TTATCAAGGA TAGTACGAAC CGTTGTTGCA TCTATGGCAT 1080 CACCACGATC GGATAAATCG ACCATGGCTT GGAAAATCAA ACGATGGGCA TACTTAAAAA 1140 AGTCCCGAGA CTCAATGTAT TCTCGCACAA AAACAAGTTT ACTCTCATCA ATAAAGATAG 1200 CCCCTAAAAC GGATTGCTCA GCTAAGATAT CTTGAGGTTG TACTCGTAAC TCTTCTACTT 1260 CTGCCATCAG ACTTCCCTTC CTTTTACAAT CTTGTCAAGA AGGTGTAAAC TTATCCTTCT 1320 TTCACACGAA GATTGATTAC ACTTGTGATA TCTTGATAGA TTTTCACTGG CACATCAATC 1380 AAACCAACCG CTCGAATCGG AGCTTGTACT TGAATATGAC GTTTATCAAT CTTAATTCCA 1440 AATTGCTTTT GCAATTCTTC TGCAATCTTC TTATTGGTAA TAGAACCAAA GGTACGACCA 1500 TCTGGACCAA CTTTTTCAAC AAATTCTACA ACAGTTTCTT CTGCTTCAAG TTGTGCTTTA 1560 ATTGCTTTTC CTTCTGCAAT CATCTCAGCG TGAGCTTTTT CTTCCGATTT TTGTTTACCA 1620 CGAAGTTCAC CTACAGCTTG AGCAGTCGCT TCTTTGGCTA GATTCTTTTT GATAAGAAAG 1680 TTTTGCGCAT ACCCTGTTGG TACTTCCTTA ATTTCGCCTT TTTTACCTTT TCCTTTAACA 1740 TCTGCTAAAA AGATTACTTT CATTCTTCTT TCTCCTTTTC CTTCATTTCA TTTAATACAA 1800 TTTCTGTCAG TTTTTCACCT GCTTCTGACA AGGTTACATC TTTAATTTGA GCTGCTGCCA 1860 AATTAAAGTG GCCTCCACCG CCTAACTCTT CCATAATCCG TTGTACATTC AGTTTACTAC 1920 GACTTCGAGC TGAGATAGAG ATAAATCCTT GTGTATTCTT CGCAAGAACA AAACTCGCTT 1980 CAATACCTGA CATGGCTAAC ATGGCATCTG CTGCCTTACT AATAACAACT GTATCATAGC 2040 ATTTCATGTC CTTAGCCTCT GCTATTAGTA CATCTGAACC TAATTTACGC CCCTGTAAAA 2100 TAAGTTCATT GACCTCACGA TATTCTTCAA AATCTGTCGC AGCGATTTCC TGGATAGCAA 2160 TACTATCACT TCCGCGCGTT CTGAGATAGC TAGCAACATC AAATGTCCGA CTAGTTACTC 2220 GCGAGGTGAA ATTTTTAGTA TCCAACATCA TACCAGCCAT CAAGACACTT GCTTGCATAC 2280 GACTCAAACG ATTTTTCTTA GAATTCTGGA ACTGAATCAA TTCCGTTACC AACTCACTGG 2340 CACTACTTGC ACCACTTTCG ATATAAGTAA TAACCGCATT ATCTGGAAAA TCCTGATCCC 2400 TTCTATGGTG GTCAATAACA ATGGTTTGGG TAAATAAATC ATAAAATTCT TTTGATAATG 2460 TTAAGGCTGT CTTTGAATGG TCTACAAGAA TCAACAAAGA ACGATTGGTC ACCATCCCCA 2520 TTGCATCCTT AACAGACAAC AACTTCGTAA CTCCTTCTTT TTCTATGAAT GAAACAGCTC 2580 GTTCAATATC TGGAGACATT TGTTCTTCAT CATAAAGAGC ATAGCTATTT TCAATCACAT 2640 TGCTGGCGAA CAACTGCATA CCTACAGCAG AGCCCAAAGC ATCCATGTCT AAATTTTTGT 2700 GACCGACTAC AAAAACCTGA TCTACACTCC GAATCTTATC TGAAATAGCT GTCATCATAG 2760 CGCGCGTACG AGTCCGTGTA CGCTTGATTG AAGCAGCAGA CCCACCACCA AAATAAACTG 2820 GATTTTTCGT TTCGTCGTTT TCCTTAACAA CCACCTGGTC GCCACCACGT ACTTCAGCCA 2880 AGTTCAAATT GAGCAAAGCA ACTTTCCCTA TCTCATCATG ATTTCCATCG CCATAAGAAA 2940 ATCCCATACT TAAGGTCAAG GGCAACTGTC TCTGTTTCGA CTCTTCTCTG AAAGCATCAA 3000 TAACAGAAAA TTTATCATTC ATCAAGCCCT CAAGCACCGT GTAGTCAGTA AATAGATAAA 3060 ATCGATCCAT ACTTACCCGA CGAGAAAACA TCATGTGTTT TTCTGAAAAC TCTGATATAA 3120 AATTAGCTAC AAAACTATTG ATTTGACTAA TATCTGACTC AGAAGTTTCA TCCTCCAAAT 3180 CATCATAATT ATCCACAGAG ACAATCCCAA TCACTGGTCT ACTTGTTACC AATTCATCTG 3240 TTATGGCTTG TTCCCTGGAT ACATCTACAA AATACAAAAC ACCGGAAGAA GCATCCATAT 3300 GAACAGCATA ACGCTTCTCA CCAAGCTTGG CATAAGTAGA CGGATTTCCT ACTGAAGCCT 3360 TGATAATCGT TTGAACAGCT TCTAAATCAA AATCACCATC TTCCTTGGTC AAAATCAATT 3420 CAGCATAGGG ATTAAACCAC TCAACCTCTC CAGAAGATAA ATTCAATTTC ATAACACCTA 3480 CAGGCATCTG TTCCAATAGA GCTGTCAAAC TTTCTTCCGC TTGGTGGTTT ACATACTGTA 3540 TCTGTTCTAC ATCACTCCTT GTATAATGCA CTCTCAGTTT CTTAAATAAA AAAACATAGC 3600 CTCCTACAAA AAGAAACAAA ATTAAAACCG TCAACAGATT ATTATTAACA AAAATAATGA 3660 AAGTGGATAA GACTCCAAAC GCAATCAATC CTACTAGAAT AGGAAAAATT GGACTTACAT 3720 AAAATTTTTT CATTCAAAAC CTCTTGGCAC CCATTATACC ATAATACCCC TCAAAAAGCG 3780 ACTTTTTAAA AGTGTAATCA GTAATTCTAT CAATTATAAG AAAAAGGTAG TTTACAATTC 3840 AGTAAACCTA CCTTTACACA TATTGAAATT AAGATTCTTT AACCTCTAAC AAACCAATTT 3900 CGCCATCCTC ACGACGATAA ATCACATTGG TTGTCTGATC TTCAACATCC ACATAGATAA 3960 AGAAATCATG CCCCAATAAA TCCATTTGTA GAATTGCTTC TTCCAAATCC ATTGGTTTTA 4020 AATCAATTTG TTTTGAACGA ACAACTTTAG ACTGGACAAT ATTTGAATCT TCCACCAAAG 4080 CATCTGTAAA TAATTGACCA GTTGCTACCT TATTTTTATT TTTACGCTCG ATTTTTGTTT 4140 TATTTTTACG AATCTGACGT TCAATTTTAT CAGTTACAAG GTCAATTGAA CCATACATAT 4200 CTTGAGATAC ATCTTCTGCG CGGAGAGTAA TAGATCCAAG CGGAATCGTT ACTTCCACTT 4260 TAGCCGTTTT TTCACGATAA ACTTTTAAGT TAATTCGGGC ATCCAACTCT TGTTCTGGTT 4320 GGAAGTACTT TTCGATCTTT TCGAGTTTAG AAACTACATA ATCACGAATT GCTTCTGTTA 4380 CTTCTAGGTT TTCACCACGG ATACTATATT TAATCATATG AGTACCTTCT TTCTAAACAT 4440 TTTTGTTTTT ATGATTTTAT TATAACGCTT TCATTCTATT TTTGCAAATT TTTTCCTCAT 4500 CTTACAAGGG AAAATGTTTT TACATCCTTA GCACCAGCTT CTTCCAACAG TTTCTTAACA 4560 CGATTTATAG TTGCTCCTGT AGTATAGATA TCATCTATAA GTAGGATTTT TTTAGGAATA 4620 GTGACTCCAC TTTTAATAAA GAAAGGAAGT TCTGTCCCCA AGCGCTCTGA ACGATTTTTA 4680 GAAGAACTGG CTCTCTCTTC TCTTTTCTCT AATAAATCCA GATACTCAAA GCCTGCTGCC 4740 TCTACCAAGC CCTCAACCTG ATTAAATCCT CTATTAGCAT ATCTATCAGG ACTTAGGGGA 4800 ATTACAACAA ATTGATACTC TTTGTACTTT TTCAACTCCT CACTTAAAAA TGAAGCGAAA 4860 ACTTTTCTTA ACAGGAAGTC TCCATCAAAC TTATACCGAC TGAAAAAATC CTTCATAGCT 4920 TGATTGTAAG TAAAAATCGC TCTATGACTG ACTTCAACTC CCTCTTTACA CCAAAGTTGA 4980 CAATCTTGAC ACTTTGTTGA CAACTCTGTT TTCATACAAT TTGGACAGTT CTCTTCCCCA 5040 ATTCTTTCAA AAGTAGAATC ACAGTCTGAA CAAAGACAAG AGTCATCATT CCTCAGAAGT 5100 AAGAGACTAC TAAAAGTTAA AACAGTCTTC ATAGTCTGCC CACATAACAA GCACTTCATA 5160 GACCAGCCTC CTTATTCATC ATCTGAATTT CCTTAATCGC CTTCTTGATT GAAGCATTTA 5220 ACCCATCATG GAAGAAAAGC AAATCTCCTG TCGGTCTATC CATGCTTCGT CCAACTCGTC 5280 CACCAATCTG AATCAAACTA GACTTGGTAA ACAAACGATG ATTGGCCTCT ACTACGAAAA 5340 CATCCACACA AGGGAAGGTA ACTCCGCGCT CCAAGATTGT CGTACTGATA AGTATTGTCA 5400 GTTCTCCATC TCGAAAAGCT TGTACTTGCT CTAATCGATC CTCTGTTACA GAAGATACAA 5460 AGCCAATTTT CTCATTTGGA AATTGCTCCT GTAAGATTTC TGCTAACTGC TCCCCTTTCT 5520 TAATTTCTGA AGCAAAAATG AGTAACGGAT AAGCTGTCTT TCTCTGCTTC TCAATATAGG 5580 ACTTTAACTT TGGTGACAAA CGATTCTTGT CTAAGTAGCG ATTAAAATCC GATAACCAAA 5640 TTGGTTTTGG AATAATCAAC GGATTTCCAT GAAACCGTCT CGGTAAATTC AGTCTTTTTA 5700 GTTCTCCTAA ACGGACCTTT TTATCTAACT CATTGGTCGA AGTCGCTGTT AAAAAGATTC 5760 TCAATCCATT CTCCTTTACA CTATTCTTGA CAGCGTGGTA AAGCATGGGA TTATCAACAT 5820 AAGGAAAAGC ATCTACTTCA TCCACTATCA GCAAATCAAA AGCTTGATAA AACTTCAATA 5880 ACTGATGGGT TGTTGCAACA ACTAGTGGTG TTCGAAAATA AGGTTCCGAT TCTCCATGTA 5940 GCAAAGCTAT CCCGCAAGAA AAATCCTGTT GCAGGCGCTT GTACAGCTCC AAACAAACAT 6000 CTATGCGAGG ACTAGCCAAA CACACTGCAC CACCCGCATT GATCACTTTA GCCACTACTT 6060 GATAAATCAT TTCTGTCTTT CCAGCTCCTG TTACCGCATG AACTAAGGTT GGCTTTTGCT 6120 TGTCTACTAC TTGAAGCAAT CCCTCTGACA CCTTCTCTTG AAAAGGAGTT AATTGGCCGC 6180 GCCATTTGAG AACATCTTGC TTTGGAAAAT CCTCCTGCGG AAAATAGTAT AAAGTTTGAT 6240 CACTTCTGAC TCGCTTCATC AGCAAGCACT CTCGACAATA GTAAGCACCG ATGGGCAAAT 6300 ACCATTCTTC TAGAATAGTA CTATTACAGC GTTGACAGAA AAGTTTCCCC TTCTCCTTTC 6360 TCATTGCTGG AAGTTTCTCC GCCAACTGAC GTTCTTCTTC TGTTAATTCA TTCTCAGTAA 6420 ATAAACGACC GAGATAATCT AAATTTACTT TCATACTTCT TTATTCGTAA AAACTAGCAC 6480 TTTAGATGAT TTTTTAGTAC AATTAAATCA TGGAATTTAG GACAATTAAA GAGGACGGTC 6540 AAGTCCAAGA AGAAATCAAA AAATCTCGCT TTATCTGCCA TGCCAAGCGT GTTTATAGCG 6600 AAGAAGAGGC TCGTGACTTC ATTACTGCCA TCAAAAAAGA ACACTACAAA GCGACACATA 6660 ACTGCTCTGC CTTCATTATT GGAGAACGTA GTGAAATTAA ACGTACAAGT GATGATGGTG 6720 AGCCTAGTGG TACTGCTGGT GTTCCCATGC TTGGGGTACT AGAAAATCAC AATCTCACCA 6780 ATGTCTGTGT GGTCGTGACA CGCTACTTTG GTGGTATTAA ACTAGGCGCT GGAGGACTAA 6840 TTCGTGCTTA CGCCGGCAGT GTCGCCTTAG CTGTCAAAGA AATTGGTATT ATTGAAATAA 6900 AAGAACAGGC TGGCATTGCT ATTCAAATGT CTTATGCTCA GTACCAAGAG TACAGTAACT 6960 TCCTTAAAGA ACATGGTCTC ATGGAGCTGG ATACAAACTT TACAGATCAA GTCGATACGA 7020 TGATTTATGT TGATAAAGAA GAAAAAGAAA CTATTAAAGC TGCACTTGTG GAGTTTTTTA 7080 ATGGAAAAGT CACTTTAACT GACCAAGGTT TACGAGAGGT TGAAGTTCCT GTAAACTTAG 7140 TGTAAACAAT GAATAATACA GCGTTTCGTT GACATTCTCA CAACTACTTT AGCGAGCAAA 7200 ATAAAAAGAG GCGTACCAAA ATATACTAGA AAATGAAGCA ATTCAAACGA AACCTGATAT 7260 CGTTTTCCTT CACACCTATT TACTAGAATT AGCTGAACGC AATCACTTGA AAATTAATGA 7320 CTTTGATCTA TGATATATAG AAATGGTATG GATAGCGTTA TACTAAAGAT ATCTTATACA 7380 AAGAGGTATT CATATGTCTA TTTATAACAA CATTACTGAA TTAATCGGTC AAACACCGAT 7440 TGTTAAACTT AACAACATCG TGCCAGAAGG TGCTGCAGAC GTCTATATAA AGCTTGAAGC 7500 ATTTAATCCT GGTTCATCTG TAAAAGACCG TATTGCCCTT AGCATGATTG AAAAAGCTGA 7560 ACAAGATGGT ATTCTGAAAC CTGGTTCTAC TATTGTTGAA GCAACAAGTG GAAACACCGG 7620 TATTGGACTT TCATGGGTAG GTGCTGCTAA AGGGTATAAA GTCGTCATCG TTATGCCTGA 7680 AACTATGAGT GTAGAACGAC GTAAAATTAT CCAAGCTTAT GGTGCTGAAC TCGTCCTAAC 7740 TCCTGGTAGC GAGGGAATGA AAGGTGCTAT TGCTAAGGCT CAAGAAATCG CTGCTGAACG 7800 TGATGGTTTC CTTCCTCTTC AATTTGACAA TCCAGCTAAT CCAGAAGTAC ACGAAAGAAC 7860 AACAGGAGCT GAGATACTAG CTGCTTTCGG TAAAGATGGA TTAGATGCCT TTGTTGCTGG 7920 AGTAGGTACT GGTGGAACGA TTTCTGGTGT TTCTCATGCA CTCAAATCAG AAAATTCTAA 7980 CATTCAAGTT TTTGCAGTAG AAGCAGATGA ATCTGCTATT CTATCTGGTG AAAAACCTGG 8040 TCCTCACAAA ATTCAAGGTA TCTCAGCTGG ATTTATTCCT GATACACTTG ATACTAAAGC 8100 CTATGATGGT ATCGTTCGTG TAACATCAGA TGACGCTCTT GCACTCGGAC GTGAAATTGG 8160 TGGAAAAGAA GGCTTCCTTG TAGGGATTTC CTCAGCTGCA GCTATCTACG GAGCCATCGA 8220 GGTTGCCAAA AAATTAGGTA CAGGTAAAAA AGTCCTTGCC CTAGCACCAG ATAACGGTGA 8280 ACGTTATCTC TCTACAGCAC TTTATGAATT GTAACCGTCC AATAACGAAG TCTATTGAAA 8340 AATCTCCAGA CTAGAGAACT CACGGATAGT TCCTAATCTG GAGATTTCTT ATTTGCACTT 8400 TTCTTGTACA ACTTTAGTCC ATGGTAAATA GGCCTCTAAA ACCTCTTTGT TTACGAGAGT 8460 TTCCACGTTT GGAAGACATT CTAGAAGATA GGATAGATAT TTCTCACTAT TTATAATGGA 8520 TTGAAATAAG ATATGAACAA ATCGATTAGA ACATGATGGT AAAGCGTAAT CCCTTGTTTC 8580 TCAGCTTTCC CAGACAAAAA AGTCCAATAG TAAGTCAGCT GACTATCACT CTCTAGCACC 8640 CTATAAGAAG TTTCATCCGC ATGAAGTAAG GGCTGAGTCA ATAGTCTCTC TCGCAAGAGG 8700 TTATAAAGGG GCTCCAAATA GTATTGACTC GTCTTGATAT GCCAATTAGA GATTTCCTTA 8760 CGTGTGATTG GTAAACCCAT CCTAGCCCAA TCTTCTTCTT GGCGATAATT GGGTACCTTC 8820 AGATTAAACT TCTGATGGAT GGTGTGAGCG ATAATAGAAG CTGAGCCAAA GTTATGCGCT 8880 AAAGGGGCTT TAGGAATAGG AGCTTTCACA AGCTTATCCA GATGATTATC TTTTACTCGT 8940 TATGGACAAT GCTATATGGC ATAAATCAAG TACCTTAAAG ATTCCGACTA ATATTGGCTT 9000 TGCATTTATT CCTCCATACA CACCAGAGAT GAACCCCATT GAACAAGTGT GGAAAGAGAT 9060 TCGTAAACGT GGATTTAAGA ATAAAGCCTT TCGAACTTTG GAAGATGTCA TACAAGGACT 9120 GGAGAAGGAG GTGATAAAGT CCATCGTTAA TCGGAGACGG ACTAGAATGC TTTTTGAAAA 9180 CAGATGAGTA TAAAAAGAAA GTCCTCATTT CAATAGAAAT CACGACTTTC TGATGAATTT 9240 ATAGTAAAAT GAAATAAGAA CAGGATAGTC AAATCGATTT CTAACAATGT TTTAGAAGCA 9300 GAGGTGTACT ATTCTAGTTT AAATCCACTA TATTTGGGGA GTGATAGAAA AGCCCTTCAT 9360 CAGCCAATCT ACTTGTTCAG GTGCGAGAGC TTTGACATCC TTTTCTGTAC TGGACCAAGT 9420 CAGTTTTCCG TTCTCAAAGC GTTTATATAA TATCCAAAAT CCTTGACCAT CCCAGTAAAG 9480 AACTTTAAAG CGGTCTTTAC GTCCACCACA AAAGAGAAAG ACTTGATCGG AGAAAGGATC 9540 CAATTCAAAG TGGGTTTTAA CTACATAGGC TAATGAGTCT ATTCCCTGCC TCATATCTGT 9600 CTTGCCACAA ACAAGGTGAA CTTGACCTAA ATCACTTAGT TGAATTATCA TAGTACAATA 9660 CCTTTCCTCC GATAATTATT TTTTATCTGG TATACTGGAA GTTGGGGAAT TAGGATAGAT 9720 ACCTTGTTAT GACGCGCTTA CTATGAATTT GAAGTATAGT CTCCTAAATG CACTTAGCCC 9780 TTATTATAGG GCTTTTTGTT TTAATTATTC TAATCGAGTG AGACTGGGGA AAAAACAATT 9840 TCAGGAAAAA TCTAAGCCCT ATACAAAAAA GGAAGCAATT TGCTTCCTTT CTATTATTAG 9900 TTATTCAAGG CTGCTGCCAT TGTAGCTGCA ACTTCAGCTT CGAAGTCGTT TGCAGCTTTC 9960 TCGATACCTT CACCAACTTC AAAGCGAGCA AACTCAACTA CCGAAGCGTT AACTGATTCA 10020 AGGTATGCTT CAACTGTCTT GCTGTCATCC ATGATGTAAA CTTGTGCAAG AAGTGTGTAA 10080 GCTTGGTCAA CTTTAGTGTT ATCAAGCATG AAGCGATCCA TTTTACCTGG AATAATTTTG 10140 TCCCAGATTT TTTCTGGTTT GCCTTCTGCA GCCAATTCAG CTTTGATGTC AGCTTCAGCT 10200 TGAGCAATAA CATCATCAGT TAATTGAGCT TTTGATCCAT ACTTCAAGTG TGGAAGAGCT 10260 GGTTTATTAA CCATTGCACG GCTTTCGTTG TCTTGGTCGA TAACGTGATT CAATTGTGCC 10320 AACTCATCTT TAACGAATTG CTCATCCAAT TCTTTGTAAG AAAGAACTGT TGGTTTCATC 10380 GCTGCGATGT GCATTGACAA TTGTTTAGCA AGTGCTTCGT CTCCACCTTC AACAACTGAA 10440 ATAACACCGA TACGTCCACC GTTATGTTGG TATGCTCCAA AGTGTTGTGC GTCTGTTTTT 10500 TCAATCAATG CAAAGCGACG GAATGAGATT TTCTCTCCGA TAGTTGCTGT TGCAGATACG 10560 TATGCAGCTT CAAGAGTTTC ACCTGAAGGC ATTATCAAAG CAAGAGCTTC TTCGTTGTTA 10620 GCAGGTTTTC CTTCAGCAAT GACTTTAGCT GTAGTATTTA CCAATTCAAC GAATTGAGCG 10680 TTTTTTGCAA CGAAGTCAGT TTCAGCGTTT ACTTCAATAA CTGCTGCAAC ATTACCGTTA 10740 ACATAAACAC CAGTCAAACC TTCTGCAGCA ACACGGTCAG CTTTCTTAGC TGCCTTAGCC 10800 ATACCTTTTT CACGAAGCAA TTCAATCGCT TTTTCGATGT CACCGTCTGT TTCTACAAGC 10860 GCTTTTTTAG CGTCCATAAC ACCGGCACCA GATTTTTCAC GCAACTCTTT TACAAGTTTA 10920 GCTGTAATTT CTGCCATTTT AATTCTCCTA TATTTTTTGA AAATAGGAGA GCGCGGCTAA 10980 GCCCCGCCTC CGG 10993 (2) INFORMATION FOR SEQ ID NO : 16 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 8411 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 16 : CGACGGGGAG GTTTGGCACC TCGATGTCGG CTCGTCGCAT CCTGGGGCTG TAGTCGGTCC 60 CAAGGGTTGG GCTGTTCGCC CATTAAAGCG GCACGCGAGC TGGGTTCAGA ACGTCGTGAG 120 ACAGTTCGGT CCCTATCCGT CGCGGGCGTA GGAAATTTGA GAGGATCTGC TCCTAGTACG 180 AGAGGACCAG AGTGGACTTA CCGCTGGTGT ACCAGTTGTC TTGCCAAAGG CATCGCTGGG 240 TAGCTATGTA GGGAAGGGAT AAACGCTGAA AGCATCTAAG TGTGAAACCC ACCTCAAGAT 300 GAGATTTCCC ATGATTATAT ATCAGTAAGA GCCCTGAGAG ATGATCAGGT AGATAGGTTA 360 GAAGTGGAAG TGTGGCGACA CATGTAGCGG ACTAATACTA ATAGCTCGAG GACTTATCCA 420 AAGTAACTGA GAATATGAAA GCGAACGGTT TTCTTAAATT GAATAGATAT TCAATTTTGA 480 GTAGGTATTA CTCAGAGTTA AGTGACGATA GCCTAGGAGA TACACCTGTA CCCATGCCGA 540 ACACAGAAGT TAAGCCCTAG AACGCCGGAA GTAGTTGGGG GTTGCCCCCT GTGAGATAGG 600 GAAGTCGCTT AGCTTTAATC CGCCATAGCT CAGTTGGTAG TAGCGCATGA CTGTTAATCA 660 TGATGTCGTA GGTTCGAGTC CTACTGGCGG AGTAATtGAT AAAAGGGaAC ACAGCTGTGT 720 TCCTCTTTTT GTATCAATTT GTATCACCAA GCATTTTCAT AAGGAAGTCT GTTATTTCTT 780 GAGAACTTTC TTTTTTTCCA TGTGCAATCC AAGTTTGGCA GACACCAAAA AGTGCATGAG 840 TTAGATAGAT GCTACTATAT TCTAATTCAG TGGTATTTAG ATTCAGTTGC ATAAATCGCT 900 TTTGTAAATC TGTACTAAGC ATGATATGAA GTTTATTTCG TAAGAAATTT TGGATTTCTT 960 TAGTCCCATT TTCAGAAAGA AGGGCAGCCA GAAGTGGTTC TGACTCTAGA TATTCAAAAA 1020 CTTCTAAAAT AGCGTCTCTT TTGTGATGAG CATGTTTTTG AAAAATATAT TCAAATGTAT 1080 GGAATAGCTT GCTTTGATAG TGCTCAATCA TATCATACTT ATCCTTATAG TGAGTATAGA 1140 AGCTGGAACG ACTAATTCCG GCTTTTTCTA CTAATTTGAC AGTAGAAATT TTATCAAATG 1200 GCTGTTCCAT CAGTAATTGT ACCATAGCAT TTTCAATAGT TCGCTTTGTT TTTAAGCGTT 1260 TGTTACTTTC TTGCATATTT CCTCCTTGTA AACAAATTAG ACTATATGTC TAAAAATAGA 1320 TTTTTTATCT TGTAATTTAG ATTTTTTAAT GTATAATCTA TTATATCAAA ATTTTAGACA 1380 ATATGTTTAA AAAAGGAGAA ACTAAGTTTA AAGAATGGAA AGCAATTTAA AAAAAACCAA 1440 CCTTTATTAT TGTCATGATC GGGATTTCTC TTATTCCAGA TCTGTACAAT ATCATATTTT 1500 TGTCATCAAT GTGGGATCCA TATGGGCAAT TGTCTGACTT ACCTGTGGCA GTTGTAAATA 1560 ATGATAAAGA GGCTTCCTAT AATGGTAATA CTATGGCAAT AGGAAAAGAC ATGGTGTCCA 1620 ATTTAAAAGA AAATAAAACC TTGGATTTTC ATTTTGTAGA TGAAGAGGAA GGAAAGAAGG 1680 GATTGGAAGA TGGCGATTAC TATATGGTAG TGACTTTACC AAGTGATTTA TCTGAAAAAA 1740 CAACTACATT ATCCAATATT CAATCGACAG CAGCTTATCA ATCATTGACA AGTGAGCAAC 1800 AAACTGAGAT AAGTGATTCT GTATCTCAAA ATTCAACTGA TAGTATTCAA TCGGCTCAGT 1860 CAATTGTAGC TTTAGTACAA GATTTACAGG GAAGTTTAGA AAACTTACAA AATCAATCTT 1920 CTAATCTTTC GACTTTAAAA AATCAATCTA ATCAAGTATC ACCTATTACT TCTACTTCTT 1980 TGATAGGATT GTCAAGTGGA TTAACAGAGA TACAAGGAGA TGTTACTAGC AAATTAGTTC 2040 CTGCCAGTCA GTCGATTGCA TCAGGTGTAA ACGCATATAC TACAGGTGTT GATAAAGTTT 2100 CTCAGGGCGC AAGTCAACTA AGTGAAAAAA ATGCCACCTT GACAGGTAGT TTGGATAAAC 2160 TAGTTTCAGG CTCAAACACC TTGACACAAA AATCTTCTAG ATTGACAGCA GGAGTTGGTT 2220 AATTACAATC AGGATCTGGG CAATTAGCAG ACAAATCCAG TCAGTTACTT TCAGGTGCTT 2280 CTCCATTAGA GAATAGAGCT AATAAATTGG CAGATGGATC TGGGAAACTA GCAGAAGGTG 2340 GAACAAAGTT AACTTCTGGA TTGGAAGATT TACAGACAGG ACTTGCTTCT TTAGGACAAG 2400 GACTAGGTAA TGCTAGTGAT CAACTCAAAT CAGTATCAAC AGAATCTAAA AATGCAGAGA 2460 TTTTGTCAAA TCCACTCAAT CTTTCAAAAA CAGACAATGA TCAAGTTCCT GTAAATGGAA 2520 TCGCAATAGC TCCTTATATG ATATCAGTTG CTCTTTTTTT GCAGCAATAT CAACAAATAT 2580 GATATTTGCG AAATTGCCTT CAGGACGTCA TCCAGAGAGC CGTTGGGCTT GGTTGAAATC 2640 TTGAGCTGAA ATAAATGGTA TTATAGCTGT TTTGGCAGGA ATTTTGGTAT ATGGAGGAGT 2700 TCAGCTTATT GGTTTAACTG CTAATCATGA GATGAGAATA TTTATTCTCA TCATCCTAAC 2760 AAGTTTAGTA TTCATGTCTA TGGTGACCAC TTTAGCAACG TGGAATAGCC GTATAGGAGC 2820 TTTTTTCTCA CTTATTTTGC TTTTACTACA GTTAGCATCA AGTGCAGGTA CTTATCCACT 2880 TGCTTTGACA AATGATTTCT TTAGATCTAT TAATCCCTGG TTACCAATGA GCTATTCAGT 2940 TTCGGGATTA CGACAAACAA TCTCTATCAA CAAGTCATTT TCCTAGCTGT CATACTAGTT 3000 CTATTTACTA GTTTAGGTAT GCTAGCCTAT CAACATAAGA AAATGGAAGA AGATTAAAAA 3060 AATCGACCGA TTAACTGGTC GATTTTTTAT GCCTTAGATG ACTTTCGTCT GTGATTATAG 3120 ATTCCAAATA GTAAGAGAGA AGTAAAGGAA CAGATTGCTC CAGTAATAAA ACCATTGGGA 3180 ATGAAGGAAA GTGTAATAGT TCCTTTCCCC TTGGGAATGT CAACTTTCAT AAATCCAGTT 3240 TGAGCTTGTT TAATTTCTAT TTTCTTACCA TCTTGGTAGG CAGACCAACC TTTGTCATAA 3300 GGAATGGTGA AGAAAATAGA TGTATCTTGT TGGACATCAT ATGTAGCAAA AACCTTGTTT 3360 TTAGAAGTTG ATACTGTGAC AGGTTGTTCT TTAATTTTTT GAATTGCCTC GGTGAAAGrT 3420 TTGGTATCTA AACGATAGAA GGTAGGAGAT TCAAATGATA CTTGTGAATT TCCAGGGAAA 3480 CTAACATTGA TATTGAAAGT TTTTTTCTCT TTAGTATATC CTAGATTAAA GAAGGAGAAG 3540 ACATTATCAG TTGTAAAAGT CTTTTTTTCA CCATTTACAA GGATGTCAAC CTTCTTTTGT 3600 TTATCGTTAG AAAAGTGAAG GTTTATGAAA GAGAGATAAA CTTGGCTGTT TTCTGGAACT 3660 TCAATTTGAT ACTGGATTGC TGCATCTTCA TTTGAAGAAC TTGTGACACT AATCAAATCA 3720 TTAGTATTTT CTATTTTTTC TGTTTTTTCA TAAGGTATTG GAGAAAAATA ATCAAAATTG 3780 ACGTTAGCAA GTTGATTTAA AAATGAGGCC TGATTATCCA AGGTATGTTC ATTGAACTTG 3840 ACATCATTGT AAACAGATTG ACTCGCAACT GCAATCGGAA GAGAGTATTG ATTTTCATAT 3900 AGGGTAAGAT TATCTTTTTG ATAGATATCT TTAAAGCCAT ACTTATCAAT AGGACTGTCT 3960 GAGATATTGT ACTGGATACC AAATAAACTA TCAGCCAAAA TACTATTATT TGCATATCGG 4020 AGATTGAGAT TAGTCCCAGA GGATTTAAAA CCAAGTTTAT CTAAAGTAGA GCTTGATGAA 4080 CGATTTCGAA CAGATGAAAA TTGAGAGATT CCATTGTAGT TGAATTTCAT ACTGTCATTT 4140 CCTGTCTGAG TTTGTAGTTT TTCAGTACGA GTAAATTGAT TTCCAATATA TGTTGAGAAA 4200 GATTCCATAG CTGGGATATC TCGACTATAA GCACTTCGAG AAGCAAATCC CCATTCCTTA 4260 GCAATTCCGT CCATTTGAGA TGAAGCATTT AAACTCATTT CAACCAGTAT AAATAAAGAG 4320 ATTAGAATGG CAAATAGATT CACAGATATA AACTTTTTGA TAACTGCAAG GAGTAAAAGA 4380 GAATAGACAA CCAAAAATTC AAGAGTAAGC AGAATATTCA AATCTGTTAA AAAAGAATAA 4440 TGCGATTTTA GATAGATGGT AGCTAAAAAT CCTGCTACTA CAAGAAAAAG CGAAACTAAA 4500 AAATTCCAGA CTTTAAGTTC TTTCAGACGC TTTAAGACTT CTGCTGCTGT GTAAATTAAC 4560 AAGGTAGAGA AAATCCAAGC ATAGCGATGT AAAAACATGT TTGGAGTATG CATGCCTTGC 4620 CAAAATAAGT CAAGAGCTTC TATGTAAAAG CTTGCAATTA GAAATGCAAA GAATATTACA 4680 TATATGAGTT TCACGTGAAA CTTAATAGAT TTCAGCGTAA AAAATAAAAT GGTCAAAATA 4740 AAGGGAAATA GTCCAACAAA AATCATTGGG ATGGCCCCAT ACTTTGTTGT GTCAAAGGAA 4800 CCAATGAATT GCTTAGCAAA GAGATCAAGA TACCAGCTAC TTTCAGTTTG AAACTTTGTA 4860 ACTTCAGTCA ATTTTTCCCC ATGTGTCTGT AAATCAAATA GAGTGGGAAG AGTCATAATC 4920 AAACTAGCCA TACCAGCTAA AAAGGAGATA ACTATGAAAT CAAGAACAGA TGATTTTCGA 4980 GTCTTAAAGT CCCACGAAAT TTGACAGAGA TACCAGAAAA TAAGAAACAA TACTGTCATA 5040 TATCCAAAAT AATAATTTTG AATAAATAAG ATTGACAGAC TTGTAAAGTA CAATAGGAGT 5100 TTCTTTTCAG TTATCAGTAG ATGTAAACCA GTTATAATTA AAGGAATCAA GATAAAAACA 5160 TCTAGCCAGG TTTTTATCTC TAATTGACTG ACAGTGAAAC TCATCAGAGC ATAGGAAGTA 5220 GATAAGGCTA GTTTTAAAAT CTGAGGGATA GATTGAAACA ATTTATTCAA ACTAAAAAAG 5280 GTTGACAGAC CAATCAATCC AAATTTTAAG AGAGTTGTCA GATAGATAGC ATCTGGCATA 5340 TTCGTTAGAT CAAAAAAGTA AACCAGAGGC GCGAGAAAAC TACCCAAGTA ATAACTAGAT 5400 AGGGCATAGA AGTTTAGCCC TAGACCACTT GTAAAGGTGT AAAACAGATT ACTATTTCCA 5460 TGTAGGATAT TTCGTAAGGC TACATCAAAA ATAACGTATT GATGAAAGCC ATCTCCTAAT 5520 AGAGGAGAGT TGTCGCTATT CCAGTAGATA CTTTGAGATA GATATACTCC AGACATAATC 5580 ACTACAGGAA TGATGAAAGA AATAAAATAG GTTCGATATG TTTTTAAAAA TGATTTCATG 5640 TTACCTCGTA GAATGATAGA AAACTCAGTT GGTTAACCCA ACTGAGTTTT GAAGTTTTAT 5700 TTAGTCTTTC CAAAGTTCTT TAACTTTTGC TTGTACTTCT GCATTTTCTA GGAATTCATC 5760 GTAGGTTTCA TCGATACGGT CAATGACGCC ATTTTTAGAT AAGACAATGA TATGGTTAGC 5820 CAAAGTTTGA ATAAATTCGT GGTCATGGCT GGCAAAGATG ATTGATTCTT TAAAGTTTTT 5880 CAATCCATCA TTCAAGCTTG AGATAGATTC CAAGTCCAAG TGATTTGTTG GATCATCAAG 5940 TACAAGGACA TTTGATTTTA AGAGCATGAG TTTTGAAAGC ATGACACGAA CTTTTTCTCC 6000 CCCTGACAAG ACATTTACAG GTTTGTTAAC TTCATCTCCA GAGAAGAGCA TACGGCCGAG 6060 GAAGCCACGT AGGAAAGTAT TGTCATCTTC TTCTTTACTT GCGAATTGAC GCAACCAGTC 6120 AAGAATTGAT TCTCCTCCTG CAAAATCAGC TGAGTTATCT TTTGGTAGGT AAGATTGACT 6180 AGTTGTAACT CCCCACTTGA CAGTTCCTTC ATAGTCAATA TCTCCCATGA TTGCACGAAT 6240 TAATGCAGTC GTTTGAATAT CATTTTGTCC AATAAGTGCT GTCTTATCAT CTGGACGCAA 6300 GATGAAACTA ATATTATCCA AGATAGTTTC ACCATCAATC TTTACAGTTA AATTTTCTAC 6360 TGTCAAGAGA TCATTACCAA TCTCACGTTC CGCTTTAAAG TTGATAAATG GATATTTACG 6420 ACTAGATGGC ACAATCTCTT CTAGCTCAAT CTTATCAAGC ATTCTCTTAC GTGATGTTGC 6480 CTGCCTTGAC TTAGAAGCAT TGGCAGAGAA ACGAGCAACA AATTCTTGCA ATTGTTTAAT 6540 TTTTTCTTCT GCTTTAGCAT TACGGTCTGC TAGCAATTTA GCAGCAAGCT CAGAAGATTC 6600 CTTCCAGAAG TCGTAGTTTC CGACATAGAG TTTGATTTTT CCAAAGTCAA GGTCGGCCAT 6660 GTGAGTACAA ACTTTGTTTA AGAAGTGACG GTCGTGGGAT ACTACGATAA CTGTGTTATC 6720 AAAGTCAATC AAGAAGTCTT CTAACCAAGT AATCGATTGG ATATCCAAAC CGTTAGTAGG 6780 CTCGTCCAAG AGAAGAACAT CTGGTTTACC AAAAAGTGCT TTGGCGAGGA GAACCTTTAC 6840 TTTTTCACCG TTGGCCAATT CGCTCATGTT TTGGTAGTGT AATTCTTCTG GAATGTTTAG 6900 GTTTTGAAGT AGTTGAGAGG CTTCACTCTC TGCTTCCCAA CCTCCAAGTT CGGCAAACTC 6960 TCCTTCGAGT TCGGCAGCAC GAACCCCGTC CTCGTCTGAG AAATCTTCCT TCATGTAGAT 7020 AGCATCTTTC TCTTTCATGA TGCTATAAAG TTTTTCATTT CCCATGATAA CGACATCAAT 7080 GGCACGTTCA TCTTCGTAGT CAAAGTGATT TTGACGAAGA ACAGAGAGAC GTTCATCTGG 7140 ACCAAGAGAG ATGTGACCAG TAGTAGGTTC GATATCTCCA GCTAAAATTT TTAAAAAGGT 7200 TGATTTTCCG GCACCATTAG CACCGATTAA TCCGTAAGTA TTTCCTTCTG TAAATTTGAT 7260 ATTGACATCA TCAAAAAGTT TGCGATCACT AAAACGTAGT GAAACATCAG ATACTGTAAG 7320 CAATGTTTTT CTCCTATATG TGTAATATAT TTATTCTACT AGAAAATACA GAAATATTCA 7380 AATTTTTATT TGTCAATTTT GTGTAAATTA TATTTACAGT ATCCTTTACA CAAATCTGTA 7440 AAAAGCAAGG CTGATTTATT TTGATAAATT ACGGTTATTT CATTAAAAAA ATGCTATAAT 7500 TGAAAGGACT ATATCGAAGG AGAACAAAAT GACTAAACCC ATTATTTTAA CAGGAGACCG 7560 TCCAACAGGA AAATTGCATA TTGGACATTA TGTTGGAAGT CTCAAAAATC GAGTATTATT 7620 ACAGGAAGAG GATAAGTATG ATATGTTTGT GTTCTTGGCT GACCAACAAG CCTTGACAGA 7680 TCATGCCAAA GATCCTCAAA CCATTGTAGA GTCTATCGGA AATGTGGCTT TGGATTATCT 7740 TGCAGTTGGA TTGGATCCAA ATAAGTCAAC TATTTTTATT CAAAGCCAGA TTCCAGAGTT 7800 GGCTGAGTTG TCTATGTATT ATATGAATCT AGTTTCGTTA GCACGTTTGG AGCGAAATCC 7860 AACAGTCAAG ACAGAGATTT CTCAGAAAGG ATTTGGAGAA AGCATTCCGA CAGGATTCTT 7920 GGTCTATCCA ATCGCTCAAG CAGCTGATAT CACAGCTTTC AAGGCTAATT ATGTTCCTGT 7980 TGGGACAGAT CAGAAACCAA TGATTGAGCA AACTCGTGAA ATTGTTCGTT CTTTTAACAA 8040 TGCATATAAC TGTGATGTCT TGGTAGAGCC GGAAGGTATT TATCCAGAAA ATGAGAGAGC 8100 AGGGCGTTTG CCTGGTTTAG ATGGAAATGC TAAAATGTCT AAATCACTAA ATAATGGTAT 8160 TTATTTAGCT GATGATGCGG ATACTTTGCG TAAAAAAGTA ATGAGTATGT ATACAGATCC 8220 AGATCATATC CGCGTTGAGG ATCCAGGTAA GATTGAGGGA AATATGGTTT TCCATTATCT 8280 AGATGTTTTT GGTCGTCCAG AAGATGCTCA AGAAATTGCT GATATGAAAG AACGTTATCA 8340 ACGAGGTGGT CTTGGTGATG TGAAGACCAA GCGTTATCTA CTTGAAATAT TAGAACGTGA 8400 ACTGGGTCCG G 8411 (2) INFORMATION FOR SEQ ID NO : 17 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9064 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 17 : TGCCGTACTC AAGTACAGCC TGCGCTAAGT TTCCTAGTTT GCTCTTTGAT TTTCATTGAG 60 TATTAGTAAC CAAAATCCGA CCACATAGCC AGCCCCTATG AATATAGCCA TTAAAGCTAG 120 CATGGAATTT AGGAAATTAA AAACCACCGC AGATACAAAG GTTAGCACAA AAACATTAAA 180 AGCAATGGTG TCAGAAGCCA AGACTAGAAT ATAGGGTGTC AACCGATCTA AAGTTTTGGA 240 ATCTAGGAAA AATAAGTGTT TATACATGAT GACCTCCTCT ATGGCTGAAA AGCAAGCCTT 300 TTGTTTTTTT ACCCCAAGAC CCTATGTAGA AAAGTGAGCA AAAACGGGAA GGTCGCTACA 360 ATATTATTGA TCACATGCAC CGCATAGGAT GGATAAATGC TCTTGGTATA GCGGGTCAAA 420 CCAGCAAAGA TGATTCCAAC TGTTGCAAAG ACGAAGATAT CTAACAGACT AGGCAGGCTT 480 GAAAAATGAG GGAGAGCAAA TAAAATAGAA GGAAGAAGCA AATCAAGACC AAATCGCGAA 540 TGCTTAAAGA AAGCATGTTG CAGTAATCCT CTATAAATCA ATTCTTCCAT CAGTGGAACC 600 AGAAAGAACA GGGCTATATA AATACCTAGC TCTGCAAAGT TAGTCCCACT ATAACCAATC 660 AATACAGCCC AACCTTCCGC AGTTGACTGA ACATGTTTAG CTGTCTGAAC GTTAAAAGAG 720 ATCTGGAACA CTAGCACTAA TACTGTCAAA ATCGAATACC AAAGCCATTT TTTTCTTGGA 780 ATGCGGAAGA GATAACCATG GCCTGTCTTA ACAAGAACCA CAATCATGAC TCCAATAAAA 840 AGTAAACTCA AGATATTTTG AATCCAGAAT AAATTGCCTA TCTGAGAAGA AAATTGCCAA 900 TAGTTTTGGA CGATAAGCGT CAGCTGAGAA AGACTAAATA CGAAAAATAA GTAAGAGAAG 960 ACTGCACTTA TTTTGAATAG AAGTTGATAC TTTTTCATAG AAATCCTCCC TACTATGACC 1020 TCACCTTGTC AGGCTCTACT GCTGTAAGAT TAAGAAGACA GTTTGTTTTT TTTAAGGCTA 1080 ACCTGACTAC TAGATAATAG ATACATTAAG GCATTAAAGA CAATGAAAAT ATGTCCATAG 1140 AATAAAATCA ACCTCGCATC CAAACCAAGA TAAAGTTTGA TTATCAAAAA GATGAGCAAA 1200 AGAATTTGAA ACCATAAGGT TTTTCCAAAA ATAAATTTAA AGCGATTTCG AATATCTACT 1260 TCCTTGATTT TTACCGCCAC CCCTTTATTA GCAAGAAGGA AAACTCCTGC TTCAAACAAA 1320 CCACTGTAAA GAACAAGCCA CCCAATAGAT ACGATAGAGA TTTGTAAAAA TGTCCCTAAA 1380 AGAATATCCA ACACACTACT CAAGAAAATA ACAAAAAATA ATCTGTATTT CATATTAAAT 1440 ACCTCCATTC ATTTATTTCA CTAACAATTT AATAGAGCCT TCTACTCAAA TATCCTGTCA 1500 GAAAAGGATA GAAAGCTACT TTTTATAATA CTTCAAGCCC CACATGAGCA GAAGCGTGAT 1560 AAACAAGCAG AGAATACACC TATATAAGCG ATTAGTTGTT GATAGAATTC TGTTTCTGAA 1620 ATACCTCTAT ACAAACAAAT GACAAACATA AAATCTGCCA AGCCGATAAA CATAAGTTGA 1680 TTGGTTCTAG GACTAACCAA ATCATCATTT ACTTATATTT AAGAGTATCT CTTTTATTTT 1740 AATGTATGTT AGCACTGAAA AGCAAGACAG GCCAATAATA TTTAAAATGA ACAGTAACGG 1800 GGTTAAGTCT CTAAAAAAAT TATCTACTGA CACTACAAGA AATACTATAC ATATTATAGT 1860 CGAAACTATC TTTTTCTTAT CCATAATTAT TTACTCCTTT CCTAACAAAT CCAGCTTATC 1920 AATCAAGAGC GATTTTTAAC ATAATGTAGC AGCACCCGTT GCAACTTTGA CAAGTTTAGT 1980 ATATCATTGT TTTTTAAAAT TTTTCATCCA AATCTTGAAT TGTCATCGAA ACATCTTGAA 2040 TTGTTAAAAA ATTTAAAAAG TAAGCATTAA AAACATACTT TCCTCTTTAT ATTGTATTGA 2100 TACCAACTTG TTTGTAGACT TTTCATCCTG CTATCACATA TCATTTTGAC AGGCGAAACA 2160 ATATTAAAGA AACTCCCCTG TAAATTAAGC TAGCAAATAC AGGGGAGAAA TTTATTTTTT 2220 AGAGAGTACT ATCCGTATCC TTTTTGGAAG ATTTTGAAAA TATTTTTCTA ATTAAGTCAT 2280 CCATATAAGG ACCAAATATA CCAACTACTA AACCAATAAT AAAACTTTTA AAATCCATAA 2340 TTACCACCAA CATATTGCTG CATAGGCTAC ACCTCCAAGT ATAGCTCCAC CTGCAGCACC 2400 AGTTACACCT ATTCCTATAG CAAATGGTCC CAATAGAAAT GTCAAACCGT TGTTGCACAC 2460 CCATCAATTG CGCCATATGC AACCCCTGCT GCACAACTAA TTTTTCTTCC CCAATCAATA 2520 TCTCCACCTT CAACGCAAGC AAGCATTTCA TTATCCATAA CTGCAAATTG TGACATCATT 2580 TTTGTATCCA TATAGTGTAT CACTTTTCAG TTACGGAACA AGTTTAATAT AAAAATTATC 2640 AAAAAAACAT AGGCAATAAA GAGAAAAATT AATTTATCAT AGATTAGAAA TAATATGACA 2700 AAACAATTCA ATGATGTTAA TTCAATAGTC TTTTGTTTTT TATCGGAGAT ACTTATGGAT 2760 AGATAAATAA GATAGGTTTG AAAAGCGAAG AGAATAATAA AGAATATAGC CTTCATAAAA 2820 TTTAGCTTTC ATTTTTATGA TGTAGCGGTA TAGGCTAAAT ATCCACAAAC CACTGCTCCT 2880 CCAATTCCTC CTATTGCAGC GCCCCATGGT CCTAGAAGTC TCCCATATTT CACTCCACCC 2940 GCTGCACAAC CTAAAGCAGC AACTACAGCT GCTCCTCCGG AATTACCTCC ATAAACCTCA 3000 CTCAGCATTG TTTCATTTAT ATTACAATAA GTATTCATAC AAGTCTCCTT TTATTAAAAT 3060 CCACCCGTTG CCCCTGTTAC TCCTGCCCAA AGATCCACAC CAAATTTAGC TCCTATGTAT 3120 CCACATGCTC CCATAAATGG TGCTCCAACA CCACTCGCAG CACAAATAGC TGTCCCTAGC 3180 CCCCAGCCAC CAAAAGCAGC ACCACCACCT TCTAAGACAT TAGTTTGCCA ATTATTCTTG 3240 CCTCCTTCAA TACTAGATAA CATAGTTATA TCCATTTCAT GAAATTGTTC CATAATTTTT 3300 GTATCCATGA CAAATACTCT TTTTTATTTT TAATTTTTGT CTTGTTGTAA CTTTGACAAG 3360 TTTAGTATAT CATCGTTTTT TAAAATTTTT CATCCAGATT TTGAATAGTC ATCGAAACGT 3420 CTTGAATTGC AAAAATTACA TTAGACTTCC TGCAAAACTA GAATCCTAGT TCATGATTGA 3480 TAATACCAGC ACTCAAATTC ATTCGTAATC CGAAGCGTTT ACGATGACTT CGATAGGTTG 3540 TTGAAAACAT TTTAAACGTT TTTACTTTGG CAAAGATGTT CTCAACCTTG CTTCTCTCCT 3600 TAGATAGCGC ATGGTTACAG GCTTTATCTT CAACTGTTAG CGGTTTGAGT TTGCTGGATT 3660 TACGTGAAGT TTGTGCTTGA GGATATATCT TCATGAGCCC TTGATAACCA CTGTCAGCCA 3720 AGATTTTACC AGCTTGTCCG ATATTTCTGC GACTCATTTT GAACAACTTC ATATCATGAC 3780 AATAGTTCAC AGTGATATCC AAAGAAACAA TTCTCCCTTG ACTTGTGACA ATCGCTTGAG 3840 TCTTCATAGC GTGAAATTTC TTTTTACCAG AATCATTCGC TAATTCTTTT TTTAGGGCGA 3900 TTGATTTTTA CTTCCGTCGC ATCAATCATT ACCGTGTCCT CAGAACTGAG AGGAGTTCTT 3960 GAAATCGTAA CACCACTTTG AACAAGAGTT ACTTCAACCC ATTGGCTCCG ACGGAGTAAG 4020 TTGCTTTCGT GAACACCAAA ATCAGCCGCA ATTTCTTCAT AAGTGCGGTA TTCTCGCACA 4080 TATTGAAGAG TGGCCATAAG AAGGTCTTCT AGGCTTAATT TAGGTTTTCG TCCACCTTTT 4140 GCGTGTTTAA GTTGATAAGC TGTTTTTAAT ACAGCTAGCA TCTCTTCAAA AGTCGTGCGC 4200 TGAACACCAA CAAGACGCTT AAATCGTGCA TCAGTTAGTT GTTTACTTGC TTCATAATTC 4260 ATAGAACTAT AGTAAAATGA AATAAGAACA GGATAAATCG ATCAGGACAG TCAAATCGAT 4320 TTCTAACAAT GTTTTAGAAG TAGAGGCGTA CTATTCTAGT TTCAATCTAC TATACTATAC 4380 CATATTTTGT TTCGCAGGGA ATCTATTATA AAAGGGTAAG TATTGCAAAA ACACTTACCC 4440 TTTTCTTTTA TACTTCATTA AGCTCTACTT TTTATAATAC TTCAAGCCCC ACATGAGCAG 4500 AAGCATGATG ATTAAGCAGA GAACAGCGCC AATATAAGCG ATTATTTGTT GGTAGGATTC 4560 TCCTGCTGTG ATACCTCTAT ACAAACAAAT AATAGACATA AAACCTGTCA AGCCGATGAA 4620 CATAAGTTGA TTGGTTCTAG GACTAACCAA ATCATCATCT TCAAACTCTC TTATCCTCAT 4680 TTCCCTAGTG AGATAAACAG TAACCAAAAT AGAAGCCAAG TTAATAACTA CTAAAAGAAA 4740 TTGGAAAACT ACGGAAAAAT TTAAAAACTG ACGAGATAGA AATAGATAAG TAGAAACAAG 4800 CAAGGGCAAC TGACCTAAGA ACAATCTCGC AAGGAAGATG TTCCGTTTTT TAGCAAGAAA 4860 AGTTTTCATT TCTTTTCTCC TTTCTTTTTA TTGATAGCAA AATAGATCAT AACTGCAATC 4920 ACATAGGCTA TGGTATAAAA TAGCTGATAC CAAGCACTCT CCCTAAGCGG ATATAGAAAG 4980 ATGGACATGA TTAGATACAG AACGAAAATA ATCAGTATTT TTTTCTTCAT AAGATTTCCT 5040 CCTAAATGTG CGATTTATCT TAGTTGAGCA AGAACATTTA CACTGCTAGT ATAGCACTTA 5100 TTTTGACCTT GGATCACTCA AATCATAAAT GGTCATCAAA ACCTCTTGAA TTGTAAAAAT 5160 TAAAAAAGCA AGCATGAAAA ACATACTTTC CTCTTTATAT TGTATTGATA CCAACTTGTT 5220 TGTAGACTTT TCATCCTGCT ATCACATATC ATTTTGACAG GCGAAACAAT ATTAAAGAAA 5280 CTCCCCTGTA AATTAAGCTA GCAAATACAG GGGAGAAATT TATTTTTTAG AGAGTACTAT 5340 CCGTATCCTT TTTGGAAGAT TTTGAAAATA TTTTTCTAAT TAAGTCATCC ATATAAGGAC 5400 CAAATATACC AACTACTAAA CCAATAATAA AACTTTTAAA ATCCATAATT ACCACCAACA 5460 TGTTGCTGCA TAGGCTACAC CTCCAAGTAT AGCTCCACCC GCAGCACCAG TTGCTGCACC 5520 TTGCCATGTT CCTGTTTTAA TGCCTAGTTG AAGACCTCTT GCTGCTCCTC CTCCAACACC 5580 TGCTTTGGCA AAATCTCCCC AATTGCATCC GCCACCTTCA ACGCAAGCAA GCATTTCAGT 5640 ATCCATAACA GAAAATTGTG ACATCATTTT TGTATCCATG ACAAATACTC CTTTTTTAAA 5700 AAACTAAAAT AAATCAGAAT AGAATCCTCA TAATTTTACT ATAAGTCTTA CCAACTTAGT 5760 CCCAATTTAT CACCAACCAT ACCTCCTAAG CATGTTAATC CACCCCCAAT TGCACCAATG 5820 TGTGCTCCAA CAAATGCACC AGCAAGTCCA GCTACTCCTA AAGTGGCCAA ACCTGCTCCA 5880 GTTCCACCAG TTATAATTCC CGTAGTGACT CCTGTAATCA GTGCATTTTG ACAATCAGTG 5940 GAGCTATACC CCCCTTCAAC TTTCGCAAGC ATTTCAGTAT CCATAACCTC TAACTGTGAC 6000 AACATTTTTG TATTCATGAT GAATACCTCC TTTTTATTTT CAATTTGTTA CCAAAGTCTT 6060 AAATTCAATA AACAAATAGA TTTTTTATAG TATCTTTTTG ATTTTCTTAA AAAAGTATAT 6120 ACGTCTACTA TCTTCTTAAA GGTAGCAGTA CCTATTTTTT AGTCTAAGAT TTCAATAATC 6180 TTGAGTATCT AAAATATCTT AATTTCGTTA TTCTCCTTGC AATAAAAAGT TTTACTATAC 6240 TATTTATTAA CTTGCAGAAA GCAAAAAATA TTAGTAAATA ATAGTTTATA GTTAAGTTTT 6300 TTATTCCTAC CAATCCATCA ACTAAGTAAA GCATCAACGA TTACATAAAC GATTGATAAT 6360 ATAATTAAAA TTTTGCTAAC TATCTTATTC TCATCATTCT TAGATAACTT TGATATTTTG 6420 TAAGTAAGTA AATAAGACAG TAAATTAATA GCGATAATAA TACTATATTT AAGAATCATA 6480 ATCTTACAAA GAGGACATAA TTCCTGAACC TACACAAATA AGTGTTGCTG CTCCCCCAGT 6540 TATCGGACCA GTCGCAGCAG CTAATAGTAC TGCTCCAATA CAACCACCGA TTGCAGATCC 6600 TAAATTGCCT CTTCCTCCAC TAACTATTTC GAGTTCTTCA TTATCCATAA CAGAAAATTG 6660 TTCCATCATT TTTGTATTCA TGACAAATAC TCCTTTTTTC TTTTTTTATT TTTGTCTTGT 6720 TGTAACTTTG ATAAGTTTAG TATATCATCG TTTTTTAAAA TTTTTCATCC AGATCTTGAA 6780 TTGTCATCGA AACGTCTTGA ATTAGCTTTT TTATTTCAAG CCACCTCTAA ATGTTTAAAA 6840 AAAATAATTT CTAATCACTT TTTTACCATT CAGGAAGTTT TAATGACTAT TCAAGATTTC 6900 ATAAAATATG AACTTAGTTT TATGACATAA TAGACCTATC CACTATATGA AAGGAATTGC 6960 CAATGACTTC TTATAAACGT ACATTTGTTC CTCAAATAGA TGCGAGAGAC TGTGGTGTCG 7020 CTGCCTTAGC CTCGATTGCT AAATTCTATG GTTCAGATTT TTCTCTAGCT CACTTGAGAG 7080 AACTTGCAAA GACCAATAAA GAAGGGACGA CTGCTCTTGG CATTGTAAAA GCCGCTGATG 7140 AAATGGGCTT TGAAACAAGA CCTGTTCAAG CAGATAAAAC GCTCTTTGAC ATGAGTGATG 7200 TCCCCTATCC ATTTATCGTT CACGTTAACA AAGAAGGAAA ACTCCAACAT TACTATGTTG 7260 TCTATCAAAC AAAGAAAGAC TATCTGATTA TTGGTGATCC TGACCCTTCT GTAAAAATCA 7320 CTAAAATGTC AAAAGAACGC TTTTTCTATG AATGGACTGG AGTAGCTATT TTTCTAGCTA 7380 CCAAACCCAG CTATCAACCC CATAAAGATA AAAAGAATGG TCTACTAAGC AAGCTTCCTT 7440 CCTCTGATTT TCAAACAAAA ATCTCTCATT GCTTACATTG TTCTCTCAAG CTTATTGGTC 7500 ACTATTATCA ATATAGGTGG TTCTTACTAT CTCCAAGGAA TCTTGGATGA ATACATTCCA 7560 AATCAGATGA AATCAACTTT AGGAATCATC TCAGTTGGTC TGGTTATCAC CTATATCCTC 7620 CAACAAGTCA TGAGCTTCTC CAGAGATTAT CTCCTAACCG TTCTGAGTCA GAGATTAAGT 7680 ATTGATGTGA TTTTATCCTA TATTCGCCAT ATTTTTGAAC TTCCCATGTC TTTCTTTGCG 7740 ACACGTCGTA CAGGAGAAAT CATTTCACGA TTCACAGATG CTAACTCTAT TATAGATGCC 7800 TTGGCTTCTA CCATTCTTTC TCTTTTTCTG GATGTTTCTA TTCTGATTCT TGTAGGAGGC 7860 GTCTTACTGG CACAAAACCC TAATCTCTTC CTTCTTTCTC TTATTTCCAT TCCTATATAC 7920 ATGTTCATCA TCTTTTCTTT TATGAAACCT TTCGAAAAAA TGAACCATGA TGTCATGCAA 7980 AGTAATTCTA TGGTTAGCTC TGCCATTATC GAAGATATCA ACGGGATTGA AACTATAAAG 8040 TCGCTCACGA GTGAAGAAAA TCGCTATCAA AATATAGACA GCGAATTTGT AGATTATTTG 8100 GAAAAATCCT TTAAGCTCAG TAAATATTCT ATTTTACAAA CGAGTTTAAA GCAGGGAACA 8160 AAATTAGTTC TGAATATCCT TATCCTATGG TTTGGCGCTC AATTAGTCAT GTCAAGTAAA 8220 ATTTCTATCG GTCAGCTGAT TACCTTTAAC ACACTTTTTT CTTACTTTAC AACTCCTATG 8280 GAAAATATTA TCAACCTCCA AACCAAACTC CAATCTGCGA AGGTCGCTAA TAACCGTTTG 8340 AACGAAGTCT ATCTAGTCGA ATCTGAATTT CAAGTTCAAG AAAACCCTGT TCATTCACAT 8400 TTTTTGATGG GCGATATTGA ATTTGATGAC CTTTCTTATA AGTATGGTTT TGGATGAGAT 8460 ACCTTAACAG ATATTAATCT CACGATTAAA CAAGGAGATA AGGTTAGCCT AGTTGGAGTT 8520 AGTGGTTCTG GTAAAACAAC TTTAGCCAAA ATGATTGTCA ATTTCTTTGA ACCCTACAAA 8580 GGGCATATTT CCATCAATCA TCAGGATATT AAAAACATTG ATAAAAAAGT CTTGCGCCGT 8640 CATATTAATT ACCTACCCCA ACAAGCCTAT ATCTTTAATG GCTCTATTTT GGAAAACTTA 8700 ACCTTGGGCG GTAATCATAT GATTAGTCAA GAAGATATTC TAAAAGCTTG TGAAGTAGCT 8760 GAAATCCGTC AAGACATTGA AAGAATGCCT ATGGGCTATC AAACTCAGCT CTCTGATGGA 8820 GCTGGTCTAT CAGGAGGACA GAAGCAACGA ATCGCTCTCG CTCGTGCTCT TTTAACTAAA 8880 TCTCCTGTTT TAATACTAGA TGAAGCTACT AGCGGTCTTG ATGTCTTGAC TGAGAAAAAG 8940 GTTATAGATA ATCTTATGTC TCTAACTGAT AAAACCATTC TCTTTGTAGC CCATCGTCTC 9000 AGTATAGCCG AACGAACCAA CCGTGTCATT GTTCTTGACC AGGGGAAAAT CATTGAAGTT 9060 GGTA 9064 (2) INFORMATION FOR SEQ ID NO : 18 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 7780 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 18 : CTCCATTTTT TTGATTTCAT AAATAAACAA CCTCTCTGTT AATTTTGTAT AATTATAACG 60 ATATCCAAGT TACTTGTCAA GTGTTTTTTA AATTTTTATC TCAAAAATAT TTTTTCGTTC 120 AAAAAAAGGA GCCATCAGTT GATTTCAAGC TCCCTTTTAT ACAGAATTAA ACTATTTTAT 180 AGTTCGACAA TCTTACCTGT TTCAAAGTAG ACAACCCATT CACAGATATT TTTAGCATAG 240 TCACCGATAC GCTCCAAGTA GGAAATAACT TGGAAATAAT CACGACCCGT AACAATGGCT 300 TCTGGATTTT TCTTAATCTC TTCAGTCGCA AGGTCACGGA TAGTTTCAAA ATAGTGGTTA 360 ATTTGCTCAT CCATGGAGGC CACCCGGTAT GCGTCGTCAA CAGAACCATT AAGATAAAGA 420 TCAAGTGCTG CTTCCACAAC GCTTTTAACT TCACGTCCCA TTTTTTTAAT TTCTTCCTCT 480 ACAGCTGGAA TGCGCTCTTC CCCCTTCATA CGGATGGTTG CCTGGGCAAT GGCTACAGCG 540 TGATCCCCCA TACGCTCCAC ATCTGATACA GCCTTAAGGA CAGTCAAGAC TGTACGCAAA 600 TCTTGAGAGA CTGGTTGTTG GAGTGCGATC ATTTCAAATG ATTTCTTTTC CAGTTTCACT 660 TCGTATTCAT TTACTTCTGC ATCATCTTCG ATGACCTCTT TTGCCAGGTC ACGGTCATGC 720 GTGACAAAAG CACGTACCGT ACGATTGATT TGTGAGAGCA CTTCTTGTCC CATAGCGTAG 780 AACTGGTTAT GTAATTTCTC TAAATCTTCT TCAAATTGAG ATCGTAACAT CTTTCATCTC 840 CTTATCCAAA TTTTCCTGTA ATATAGTCTT CCGTTTCCTT GTGTTGGGGA TCAAGGAACA 900 TCTGCTTGGT ATCATTAAAT TCAATCAAAT CTCCATCTAG GAAAAATCCT GTCTTATCAG 960 AGATACGTGA AGCTTGCTGC ATGGAACGGG TTACCAGAAG CATGGTGTAC TTGTCTTTTA 1020 GACCATACAA GGTTTCCTCA ATTTTACCAG CTGAAATCGG ATCCAAAGCC GAAGTTGGCT 1080 CATCCAAGAG GATGATTTTA GGACTAGTTG CCAAGACACG GGCCACGCAG ACACGCTGCT 1140 GTTGACCACC TGACAATCCA ATAGCTGAAT CATATAGACG ATCCTTGACC TCATCCCAGA 1200 TAGAGGCACC TTGCAAGGCT TTTTCTACGG CTTCATCCAG AACCTGCTTA TCCTTAATTC 1260 CATTGATACG AAGCCCGTAG ACAACATTCT CATAGATAGT CATAGGGAAA GGATTAGGTT 1320 GTTGGAAAAC CATTCCGATT TCCTTACGTA ATTCAACCGT ATCTGTACGC GGACTGTAGA 1380 TGTTGTGACC ATTGTACACC ACGGATCCAG TTGTGGTCAC CTCTGGATTG AGATCTCCCA 1440 TGCGGTTGAG AGACTTGAGG AGGGTTGACT TCCCTGATCC AGATGGACCA ATCAAGGCTG 1500 TAATTTCCTT AGGTTGGAAA GATAGGGAAA CACTATTCAA AGCCTTCTTT TTATTATAAT 1560 AAACGGACAG GTCTGATACC TGTAAAATCG CATCTGTCAT ACGGTTTCCT TTCTAACCAA 1620 AGTGACCAGA TACATAGTCA TTGGTGGACT GTAGCTTGGC ATTTTGGAAA ATAGTTGCAG 1680 TCTTGTCATA CTCAATCAAA TCACCCAAGT AAAAGAAGCC TGTATAGTCA CTTGCACGAG 1740 CAGCCTGCTG CATATTATGC GTTACAATGA TGATGGTAAA GTTTTTCTTG AGCTCAAACA 1800 TGGTCTCTTC TAGTTGCATG GTCGCAATCG GATCCAAGGC TGAGGCTGGC TCATCCATTA 1860 AGAGGATATC TGGCTTAACA GAGATGGCAC GAGCGATACA GAGACGTTGT TGCTGACCAC 1920 CTGATAAGGT CAAGGCTGAC TTGTGGAGAT CGTCTTTAAC CTGATCCCAG AGGGCAGCCT 1980 GACGAAGGGA GGTTTCTACG ATTTCATCTA GGACTTGCTT ATCCTTAACT CCAGCACGTT 2040 CATGCGCAAA GGTAATATTA CGGTAAATTG ACTTAGCAAA TGGATTGGGA CGTTGAAAAA 2100 CCATTCCAAT GTGTTTACGC ATTTCATAAA CGTTGATTTC TGGACGGTTG ACATCAATTC 2160 CACGATAGAG AATCTGCCCA GTTACTTTAG CAATATCAAT AGTATCATTC ATGCGATTGA 2220 GACTGCGTAA GTAGGTAGAT TTCCCCGATC CCGACGGGCC AATCAAAGCT GTAATTTTAT 2280 TTCTTTCAAA TTGCATATCA ATCCCCTTAA TGGATTCATT TTTACCATAG TAAACATGGA 2340 CATCCTTAGT AGAAAGGGCT ACTTTTTCTT CAGGAAAGGT AAGGATATGC TTCTCATCCC 2400 AGTTATATGT TGACATGGCT TCTCCTTTAG GCAGCGGTTA ATTTCTTGTG TAGATAGCTT 2460 CCGAACTTAC GAGCTCCAAA GTTAAAAATC AGGATAAAGA TCAGGAGCAC AGCGGCAGAA 2520 CCTGCTGATA CAATGGTTCC ATCTGGAATA GTGCCTTCAC TATTGACTTT CCAGATATGG 2580 ACAGCCAAGG TTTCTGCTTG ACGGAAGATA GAGATGGGGC TAGTCACACT GAGGATATTC 2640 CAGTTAGACC AGTCAAGAGC TGGCGCCGAT TGCCCTGCTG TATAGATCAG AGCTGCAGCT 2700 TCGCCAAAGA TACGACCAGA TGCCAAGACG ACACCCGTTA CAATACCTGG AAGCGCTTCC 2760 GGAATAACAA CATGAACCAC TGTCTCCCAG CGAGAAATCC CAAGAGCCAG ACCAGCCTCA 2820 CGTTGGGTAT GGTGAACGTG TTTCAAACTA TCCTCTACAT TACGCGTCAT CTGAGGCAAG 2880 TTAAAGACTG TCAAGGCCAA GGCACCTGAA ATGATTGAAA ATCCATACTC AAACTGGACT 2940 ACAAAGATCA AGTAACCAAA GAGACCCACC ACCACTGATG GTAAAGAGGA CAAAATTTCA 3000 ATACAAGTCC GCACAAAGTT GGTAACAGGA CCTTTTTTAG CATATTCAGC CAAGTAAATC 3060 CCAGCTCCCA TAGAAAGAGG TACAGAAATA ATCAAGGTAA TGACCAATAG GAAAAAGGAA 3120 TTGTAAAGCT GAATGCCAAT CCCACCACCT GCTTGAAAAG CAGAAGACCT TCCAGTCAAG 3180 AAAGACCAAG AGATATGGGG CAAGCCCCGA ACCAAGATAT AGAGAATCAA GGAAGCCAAG 3240 ATTGTCACAA TGATGCTAGC AATCGTATAG AGGACAGCTG TTGCAAGTTT ATCTAATTTC 3300 TTAGCGCGCA TAATTTTTCT TTCCTCTTTC TTTCGTAATC AATTTAATCA CACTGTTAAA 3360 AACTAAGCTC ATCAAGAGCA GTACCAAGGC CAGTGACCAG AGAACATTAT TATTTACAGT 3420 TCCCATGACA GTGTTCCCAA TTCCCATAGT TAATATAGAA GTTAAAGTTG CAGCTGGTGT 3480 GGTCAAGGAA GTTGGGATAA CAGCTGAGTT TCCGACAACC ATCTGGATAG CTAGAGCCTC 3540 ACCAAAGGCA CGCGCCATCC CAAAGACCAC TGCAGTGAAA ATACCAGAAC GGGCCGCCTT 3600 CAAGATCACA CGCCAGATAG TCTGCCAGCG AGTGGCTCCC ATAGCGAAAC TGGCTTCACG 3660 ATAATAACGA GGAACCGCAC GCAAGCTATC CGTTGTCATA AAGGTTACGG TCGGCAAAAT 3720 CATGACAAAG AGGACGGAAA TCCCTGACAA AATCCCAAAA CCAGTCCCAC CAAAGACACT 3780 GCGAACAAAG GGAACGACGA CTTGCAAGCC AATAAATCCG TACACTACTG AAGGAATCCC 3840 AACCAGGAGT TCAATAGCTG GTTGCAAAAT CTTCGCCCCT TTTGGTGATA CTTCGGTCAT 3900 AAAAACTGCT GCACCAATAG CAAAGGGTGT TGCGATAAGG GCTGAGAGAA TGGTAACGAT 3960 AAAGGAACCC AAAATCATAG GAAGGGCACC AAATTCTTTA CTAGAAGGAT TCCAAGTTCC 4020 TCCCAAAAGA AAGTCAAAGA TATTCACACC ATTGACAAAG AAGGTCGACA AGCCTTTTTG 4080 CGCTACGAAA ACCAAAATCA TGGCCACAAG GATGACTATC AAAGAAAGAC AGGCAAAGGT 4140 CAAACCTTTT CCTAATTTCT CCAGACGAGA ATTCTTTGAT GGAAGCAACA TTTTCTTAGC 4200 TAATTCTTCT TGATTCATTA TTGTCTCCCT TCCAACACTG TCACAGTTCC GGCAGCATCT 4260 TTTTCAACCT TCATTTCCTT AATCGGAATA TACTTCAATC CTTTGACAAT CCCTTCTTGG 4320 GTCTCATCCG AGAGAACAAA ATTGAGAAAT TCTGCAGCCA ACTCATTGGG CTGCCCCAAT 4380 GTATACATAT GCTCATAAGA CCACAAGGGC CAATTATTGC TACTTATATT TTCTGGACTT 4440 AAGTCATAGC CATTCAACTT CATGCTTTTG ACCGAATCAT CTATATAGGT AAGAGATAAA 4500 TAAGAGATAG CTCCTGGACT TTTTGATACG ATTGATTTTA CCGCTCCATT TGAATCCTGC 4560 TCCTGACTTT GCATGGCAGA CTGACCTTCC ATAATGACAG TATCAAAGGT AGCACGAGAG 4620 CCAGAGCCGG CTGCCCGATT GATAACAGAG ATGGGTAAGT CCTTACCACC AACCTCTTTC 4680 CAATTGGTTA CCTCACCTAT GAAGATTTGA CGAAGTTGCT CTGTCGTTAG GTTATCAACA 4740 TCAACCTCCT TATTGACAAT CAGAGCCAAG CCAGCTACCG CGACCTTGTG GTCAACAAGA 4800 GCAGAAGCAT CAATTCCGTC TTTTTCCTCA GCAAATACAT CTGAGTTTCC TATATCAACT 4860 GCCCCAGACT GAACCTGGGA CAAGCCTGTA CCAGAACCTC CCCCTTGGAC ATTGACCGTT 4920 TTTCCAACAT GGATCGTGCC AAATTCATCT GCCGCTACTT CAACCAAGGG. TTGCAAGGCA 4980 GTTGAGCCAA CAGCCGTTAT GGATTCTCCA CGATCAATCC AGCTAGCACA GCCTACTAAA 5040 CAAGCCGTCA GCCAAAAAGC GATAAGAGAC AGAGCAAGCT TTTTTCTTTT TTTCACTGTT 5100 TTTCTCCTCG AAAATAATTA TGAATACTGT GAATTTTTTA AGTAGTTCTT TATGAGTTGA 5160 CGCATGAATT CTTACCAAAT TTCTGCGCAA TTGATTATTT ATATAATATA GGCTATATTA 5220 CTCTTTCCTA ACCTCCTTTT TTCATATGTG GATAAAATCT CTTGTCTATC CCTTCCCCCA 5280 TTGTCACCCA TTATAGTCAT TTCGTGTCTC TTTTTCCCCT TTTTAATGCA AGGGAAATTA 5340 CTCTCCTTAG ATGATAATCC AAAAGCTAGA AAGGTATCTC AAACCTCTCT ACTCTCCCAG 5400 ACTAGTTTAC AACTAAAAGG AAAAGATTCT ATTTTATGAG AAATCTAGTT TACAAGCGGT 5460 AAGAACGCTA ATAACTAAAC TTCTTGTACT CTTTGAAAAT CTCTTCAAAC CAGTGTTTTG 5520 AGCTATCTAT GGCTAGCTTC CTAGTTTGCT CTTTGATTTT CATTGAGTAG TAAAACTACA 5580 TGTAATGGCA ATCAAGATAT CAAGAATCAT CCTACTAAAA AAATCCATAC TTTCACTATA 5640 ACATAGAATA AGATATTTGA CTAGCATTTT CATTTGAATC TGAGGCCTTT TGGAAAATAA 5700 TTTTTCAAAA CATTTCCAGT AACCTTTGCA AAGCCCAAGC CATTGCCTTT AACCAAAACT 5760 TGGTACCAAC CATTTGGCAG ACTTTCTGCC AGCTGAACGG TTTCTCCAGC CGCATACTTG 5820 ACAAACGCTT CTTGGCCAAT TTCAACCGAC TGTTCGACCT GACTCGGTTT CAAGGCTAAA 5880 CCAAGAGCGA AACTGGGCTC AAAGCGTTTC TTCTTAAAAG TACCCAGATG CAGTCCATTG 5940 CGAGCAATCT TGAGCTTCCA TAAATCTGGC AAAAGTTCTG GCAAGAGATA AAGCTGGTCT 6000 CCAAAAATCT GCAAGATACC CGGTAGATTG ACCTTCAAAT GGTTTTGGGC AAATTCCTGC 6060 CACAAGGCAA CTTGTTCACG GCTGAGGTTA CTCTTACTTG CCTTAAATTT AGGAGCTGGA 6120 TTGTTACCCT TAAACTGTAG ATGGGCAACA AACTGACCCT CTCCCTTAAA CTGATGAGGA 6180 TACATCCGAG CCGTTTCTGG CAGGTCAATA CCAGCTACCA TTCCATTGAT ATGCTCTACT 6240 GGCAACAAGT CAAAATCATA CTCTTCCAGC AACCAATTGA CAATCTCTTC GTTTTCCTCG 6300 GGTGCCCAGG TACAGGTCGA ATAAACCAGA TGACCACCTT CAGCTAACAT GGTCACTGCA 6360 TCCTCCAGAA TTTCTCTTTG CAAGCTAGCA CATTGACTCG GATAATCTAA GCTCCAATAG 6420 TCCATAGCAT CAGGTTGCTT ACGAAACATT CCTTCACCAG AGCAAGGGGC ATCAAGAACG 6480 ATTAAGTCAA AATAGCCTTT AAAGACCTTG ACCAAGCGGT CGGCAGATTC ATTGGTCACC 6540 ACGACATTTG TCGCTCCAAA ACGCTCCATG TTTTCAACCA AAATCTTAGC CCGTTTGCTT 6600 GAAATTTCAT TGGAAnCAAG TAGCCCCTCC CCTGCTAGAT AGGCTGCCAG TTGAGTTGAT 6660 TTGCCCCCCG GTGCAGCAGC CAAGTCCAAG ACCTTCATAC CAGGACTGGG TTGGGCTACT 6720 TGAGCCACCA TTTGAGCAGC AGGTTCTTGC GAATAAACTA AACCTGTAGC ATGCTCAGGC 6780 GATTTCCCTG AAACCTTCCC ATAGTGGCCC CAAGGGGTTT GAGTAATGGC ATCAGAAAAG 6840 GAAAGTTGCT CTTCTTTTAA GGGATTGACC CGAAAGGCCG AAACCGCTTC CTCCTCAAAA 6900 GAGGCAAGAA AATCTCTTGC CTCATCTCCT AGTATCTCTT TATATTTTTC AACAAATCCT 6960 TCTGGAAATT GCATTTAAGT TCTTTTCCTT TCGTAAATAT AGGACTGAAT TTCCTCCTGC 7020 ATCTCAAGAG GCACCATCAT GACCGGCTGT CTGGTTTGAA AATCAGGAGC TTCACCAAAA 7080 AGGGTCACAA CCCGATAGCC CAGACTTTCC CCTAAAATAC TAGCTGCGGC ATAATCCCAT 7140 GGTTGCAGAT AAGTGAGATA GGTCAACAAA CGCCCTGACA AAATCTTGGC AAAACTAATG 7200 GCCGCACTTC CATAGACACG AACACCAAGA ACCGCTCGGC TCAAATCAGC CAGCCCCCAT 7260 TCATTGGTTT CCAGCATACC ACTATTCCCT GCAATGAGAA AATCTCCAAG TGGTTTAGTT 7320 TTAAAAGGAG CTAGGGACCT ATCATTTAGA CAAACTGGAA ATTCCCCACC ACCGTGGTAA 7380 CAATCCCCTT TGACCACATC ATAAATCAGA CCAAACTGTC CCTGACCATT TTCAAAATAA 7440 GCCATCATAA CAGCAAAATC TTCCTGCTGG GCTACAAAAT TATTGGTACC ATCAATGGGA 7500 TCAATGACCC AAACCTTGCC CTCTTGAACC GAGGCTCGCA GACAACCTTC TTCAGCACAA 7560 ATCTTATCCT CAGGATAACG GGACAAAATC TCACCAACCA AGAGTTCCTG AACTTCTTTG 7620 TCCAGTCTGG TCACCAAATC TGTTGGAGAG GACTTGGTTT CAACACGCAA GTCTTCCTGC 7680 ATATGGTCAA GAATGTACTG ACCTGCTTTC TTAACAAGCT CTTTAGCAAA TTCAAATTTA 7740 CTTTCCAAGA GAAATCTTTC CTTCCCCTTT TTCTTTGGGG 7780 (2) INFORMATION FOR SEQ ID NO : 19 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4820 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 19 : GTAATGATAT AGGAACACCA GGTGACCTGA TGGGACGTCG TAAGCCTATG AACTACTAGC 60 TGCTAAAGGC TTTAAAGATG GTATGGTACC ATATATCTCA AACCAATACG AAGAAGAAGC 120 CAAACAAAAG GGCAAGACAA TCAATCTCTA CGGTAAAACA AGAGGTTTGG TTACAGATGA 180 CTTGGTTTTG GAAAAGGTAT TTAATAACCA ATATCATACT TGGAGTGAGT TTAAGAAAGC 240 TATGTATCAA GAACGACAAG ATCAGTTTGA TAGATTGAAC AAAGTTACTT TTAATGATAC 300 AACACAGCCT TGGCAAACAT TTGCCAAGAA AACTACAAGC AGTGTAGATG AATTACAGAA 360 ATTAATGGAC GTTGCTGTTC GTAAGGATGC AGAACACAAT TACTACCATT GGAATAACTA 420 CAATCCAGAC ATAGATAGTG AAGTCCACAA GCTCAAGAGA GCAATCTTTA AAGCCTATCT 480 TGACCAAACA AATGATTTTA GAAGTTCAAT TTTTGAGAAT AAAAAATAGT GTCTACTATT 540 AGGAAATAAA GTTTAAAAAG GTGATGAAGA ACAAACCAAG ATTCAAGCAG GAATTCCTAC 600 TGATAATGAA GTAAGTTATG ATCTTATTTA TCAGCAGGAA ACTCTTCCTG CAACAGGTTC 660 ATCAACTTCT GAGCTTACAG CTTTAGGCCT ATTAGCTGTT GGTAGTTTAG TTCTTTTGGT 720 TCATAATATG ACGGGAACAG TTTTTTGCTC CCTCTGAAAA GTCATCATTT GATGGCTTTT 780 TTCTATATAG GGTAAAAGAT AGGGTAAAAG GCTATCATCG GACAAAATAA AGAAGGCATG 840 ATATAATATA AAGTAGATTT CTATGTCATA AAACAAGAAC TGTTTGGACA TCATTCATTT 900 GAAAACTCTC TATGTTCAAA CAATAGTAAA ATAAAATAGG GGATCTAAAT CCTTGCTATG 960 AAAGGAAAAA ACTCAATGGC TACTATTCAA TGGTTTCCTG GTCACATGTC TAAAGCTCGT 1020 CGACAGGTGC AGGAGAATTT AAAATTTGTT GATTTTGTGA CGATTTTAGT AGATGCACGC 1080 TTGCCTCTAT CTAGTCAAAA TCCTATGTTG ACCAAGATTG TTGGTGATAA ACCAAAACTC 1140 TTGATTTTAA ACAAGGCCGA CTTGGCTGAT CCAGCAATGA CCAAGGAATG GCGTCAGTAT 1200 TTTGAATCAC AAGGAATCCA GACGCTAGCT ATCAACTCCA AAGAGCAAGT GACTGTAAAA 1260 GTTGTAACAG ATGCGGCCAA GAAGCTCATG GCTGATAAGA TTGCTCGCCA GAAAGAACGT 1320 GGGATTCAGA TTGAAACCTT GCGTACTATG ATTATCGGGA TTCCAAACGC TGGTAAATCA 1380 ACTCTGATGA ACCGTTTGGC TGGTAAAAAG ATTGCTGTTG TTGGAAACAA GCCAGGGGTC 1440 ACAAAAGGTC AACAATGGCT TAAAACCAAT AAAGACCTGG AAATCTTGGA TACACCGGGG 1500 ATTCTCTGGC CTAAGTTTGA GGATGAAACT GTTGCACTTA AGTTGGCATT GACTGGAGCT 1560 ATCAAAGACC AGTTGCTTCC TATGGATGAG GTTACCATTT TTGGTATCAA TTATTTCAAA 1620 GAACATTATC CAGAAAAGCT GGCTGAACGC TTCAAACAAA TGAAAATTGA AGAAGAAGCG 1680 CCTGTGATTA TTATGGATAT GACCCGCGCC CTCGGTTTCC GTGATGACTA TGACCGTTTT 1740 TACAGTCTCT TCGTGAAGGA AGTCCGTGAT GGCAAACTCG GTAACTATAC CTTAGATACA 1800 TTGGAAGACC TCGATGGCAA CGATTAAAGA AATCAAAGAA TTCCTTGTGA CAGTCAAGGA 1860 GTTAGAAAGC CCTATTTTTT TAGAGCTTGA AAAGGATAAT CGCTCAGGAG TTCAAAAGGA 1920 AATCAGCAAG CGTAAAAGAG CCATTCAAGC TGAATTAGAT GAAAATTTGC GCTTGGAATC 1980 CATGCTTTCT TATGAAAAAG AACTTTATAA GCAAGGATTG ACCTTAATTG CAGGTATTGA 2040 TGAGGTTGGT CGTGGTCCTC TTGCTGGTCC TGTAGTCGCT GCGGCCGTTA TTTTATCTAA 2100 AAATTGTAAG ATTAAAGGTC TCAACGACAG CAAGAAAATT CCTAAAAAGA AACATCTGGA 2160 GATTTTCCAA GCCGTTCAAG ACCAAGCCTT GTCGATTGGA ATTGGTATCA TAGATAATCA 2220 GGTCATCGAC CAAGTCAACA TCTATGAAGC AACCAAACTA GCCATGCAAG AAGCAATCTC 2280 CCAGCTCAGC CCTCAACCAG AGCACCTTTT GATTGATGCC ATGAAACTGG ACTTGCCCAT 2340 TTCACAAACC TCCATTATCA AAGGAGATGC CAACTCCCTC TCTATCGCAG CAGCATCTAT 2400 AGTAGCCAAG GTAACACGTG ATGAATTGCT GAAAGAATAC GATCAGCAGT TCCCTGGCTA 2460 TGATTTCGCT ACTAATGCAG GATATGGCAC AGCTAAACAT CTGGAAGGCC TCACAAAACT 2520 AGGAGTTACC CCAATTCACC GAACCAGCTT TGAACCCGTT AAATCACTGG TTTTAGGTAA 2580 AAAAGAAAGT TAATTGAAAG GAAATAACAT GGAGGAACAG TCGGAAATAG TCCGTTCTAA 2640 GAAAGAATTC GCCTTTGCAT CCAGCACTAT ACTATCCCAA GTTGGTCGAG GAATCATTGT 2700 CGGCCTCATC GTTGGAATTA TCGTCGGATC CTTTCGTTTC TTAATTGAAA AGGGCTTCCA 2760 CCTGATACAA GGAGTTTATC AAGATCAAGG GTACTTAGTG CGCAATCTTT TTGTACTGGT 2820 TTTGTTTTAT ATACTCATCT GTTGGCTCAG TGCCAAACTA ACACGGTCAG AAAAAGATAT 2880 TAAAGGCTCA GGAATTCCTC AAGTCGAAGC CGAACTGAAA GGCCTCATGT CCCTCAACTG 2940 GTGGGGCATT CTTTGGAAAA AATATGTGCT AGGTATTCTT GCTATTGCCA GTGGACTCAT 3000 GCTGGGTCGA GAGGGACCCA GCATTCAACT TGGAGCAGTT GGTGGTAAAG GAATTGCCAA 3060 GTGGCTCAAA TCCAGTCCAG TAGAGGAACG TTCCTTGATT GCCAGTGGAG CTGCAGCAGG 3120 TTTAGCCGCA GCCTTTAATG CTCCTATTGC AGCACTTCTC TTTGTTGTAG AAGAAGTCTA 3180 TCACCATTTT TCGCGCTTTT TCTGGGTCTC AACTCTAGCA GCCAGCATCG TAGCAAACTT 3240 TGTGTCTCTA CTCATGTTCG GTTTGACACC AGTATTGGAT ATGCCAGATA ACATTCCTCC 3300 CATGACCCTA GATCAGTATT GGATATATCT CGTCATGGGA ATTTTCCTTG GATTTTCAGG 3360 TTTTCTCTAT GAGAAAGCTG TATTAAACGT TGGAAGAGTT TATGACTTGA TTGGTCAAAA 3420 AATCCATTTG GATAGGGCTT ATTATCCCAT CTTGGCTTTT ATCCTTATCA TACCAGTCGG 3480 AATCTTCTTA CCTCAAATCA TTGGTGGCGG AAATCAGCTT GTCCTTTCTT TAACTGAACA 3540 AAATTTTAGT TTCCAAGTTT TATTAGCTTA CTTTTTAATC CGCTTTATTT GGAGTATGAT 3600 TAGCTATGGA AGTGGACTGC CAGGAGGAAT TTTCCTCCCC ATTTTAGCTC TTGGTTCTTT 3660 GCTTGGTGCC TTAGTTGGTG TTATCTGTGT CAATCTTGGA CTTGTCAGTC AAGAGCAATT 3720 CCCTATATTT GTCATTCTAG GAATGAGTGG CTATTTTGGA GCCATATCAA AAGCTCCCTT 3780 AACCGCTATG ATCCTCGTAA CTGAGATGGT AGGAGATATT CGCAACCTTA TGCCACTTGG 3840 TCTTGTCACT CTTGTTTCTT ATATTATCAT GGATTTGCTC AAAGGTACGC CAGTCTATGA 3900 AGCCATGCTG GAAAAAATGC TTCCAGAAGA AGTATCTAGC GAAGGAGAAG TTACACTTAT 3960 CGAAATACCA GTTTCTGATA AAATTGCTGG GAAACAAGTT CATGAACTCA ACTTACCACA 4020 CAACGTCCTC ATCACAACTC AAGTCCATAA TGGCAAGAGC CAAACAGTTA ACGGCTCAAC 4080 CAGAATGTAT CTGGGTGATA TGATTCACCT GGTTATTCCA AAAAGTGAAA TTGGAAAAGT 4140 CAAAGATTTG TTGTTGTAGT ATGAGTATTT ACATAATTTA TGTTATGTAA ATGATCAGTT 4200 TGATTTATTT AGAAAACCGA TTCTCAGGAA TGAGATCGGT TATTTTTTAC TGATGAGGAA 4260 TTTTACATAT AAATAATTGA ACTTTATTAA AAATAAGACT ATAATTAAGT TAGAAATGAT 4320 AAAGTATAAA GCTAGAAAGG AGTTTACTGT ATCAAATCTG TACAGTAAGA TTAAAATCAT 4380 GAAAAAGAAA ACAATAGCAA TTATATAGAG AAATGAAATA GAAATAGGAT AAAACAATCA 4440 GGACAATCAA ATCAATTTCT AGCAATGTTT TAGAAGTCCA GATGTACTAT TCTAGTTTCA 4500 ATCTATTATA CAATGTGTTT TGTATCTCAT AGCTCCTTAT ATAGCTCTTC AGTTATGTAG 4560 TATTAACAGA AGTTTAGTGG GTGAGATTTT TATTATTTTC CTTATTCTGT TTTGTTTGTA 4620 GGTCTAAGTC TTTTTATCAC TTTGAAAAAC TCCTATAACA TCTTTCCGAA AAACTATAAT 4680 TTTCTTGAAA AATATACAAG TCTATGCTAT ACTACTAGTA TACTTACTTA TGGAGAAAAT 4740 ACATGAAACG TGAGATTTTA CTGGAACGAA TCGACAAACT AAAACAACTC ATGCCCTGGT 4800 AAGTTCTGGA ATACTACCAA 4820 (2) INFORMATION FOR SEQ ID NO : 20 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 21338 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 20 : CTACGACATC ATGATTAACA GTCATGCGCT ACTACCAACT GAGCTATGGC GGATAAAATA 60 GTCCGTACGG GATTCGAACC CGTGTTACCG CCGTGAAAAG GCGGTGTCTT AACCCCTTGA 120 CCAACGGACC TTCTATCTGT AGCAGATATA ACCATTATAT CAATTTCTTG CTAATTGTCA 180 ATCACTTTTG AGATTTTTTC TCTAAAATAT CTTTTAATTT TCTAATTTTT AATCTTGAAA 240 TAGGACAACG ATGGTCTTCA TAGAAAACAA TTTCTAAGTT TTTTCGATCA ATTTCTCTGA 300 TATTACCTAT ATTTACCAAA AATGACTTGT GAGGAGAATA AAATCGCTGA GTATGTTTGT 360 CCTTTTCCTG AATATCTGTC ATGGTACCAT AAAACTCTTT TGCAAAATTC TTACCAATAA 420 TGCGCAATTT ATGAGATACC CCTGTTGTTT CAATATACAA AATATCATGG TAAGGAATTT 480 TTAAATCATT TCCCTTGTAA TTGTAGTCGA AATAATCTAC AACATCTTCA TTTTCAAGTA 540 ACATACTCTT CGTGTAGAAG ATATTTTGCT CAATTCTCTT CTTAAACATC TCATCATTGA 600 TATCCTTATC AACAAAATCT AGGGCTGATA CCTGGTATTT ATAGGTTAGA GTCGCAAACT 660 CTGATCGACT AGTGATAAAG ACGATAATAG CGTAAGGATT GTAATGACGA ATGAGCTGAG 720 CCACTTCAAA TCCCTTTTTC TCAATTCCAT GAATATCGAT ATCTAGGAAA TAAAGCTGAT 780 TTACTTCATC ATTTTCAATG TATTCTTCAA ATTCACGGAC TTTTCCCGTT GTCTTGTATG 840 ATATTGGAAT ATTCGATTCT TTCGAAATTT CATCCAATAT TCTCTCTAGT CTCACTTGAT 900 GTTCAATAAC ATCTTCTAAA ATTAAAACTT TCATTCAAAT TCCCTCTTAA ATCTAATGAT 960 TTGTCTAAAT GTACTGCCTT CCATCTCTGT TTCTAAAATA ATATTGTTGT ACTTATCTAG 1020 TAGTTCTTTC ACATTATTTA ATCCGACTCC GCGATTTCTT CCCTTAGTGG AGAATCCTAA 1080 GGCAAATAGA TCTCCTGAAG GAGTCATCGT CATTTTACAT GAATTCTGAA TCACAATAAC 1140 TGTTTCAGTT TCCATCTTAA TAACTGCTAC TTCCATCTGC TTTTTATAGC TATCAGCCGA 1200 TCCTTCGACA GCATTATTCA ATAAAACGCT CATGATACGA ACCAAATCCA ATAGTTCAAT 1260 TGGAAGCTTG GTAATCGTAT CTTTTACTTC CAGTGTAAAC TCTACACCAT TATTTCGAGC 1320 ATAGACAATT GACTGAGCAA CCAAACTTCG TAAAGCTGAG TCTTCTATGT TGTTCAAATC 1380 AAAGTAAGTG TACTTATCTG AACGCAATTT ATGATTTGCT TTGACTAAAA CTTCATTGTA 1440 AATTCTGTCA ATTTCCTGTA AATTACCACT GTCAATTGCC ATCTGCATGC TGACAAGCAT 1500 TCCAGCATAA TCATGTCGAA AACCACGGAT TTCATTATAC AGACCAACAA TTTCATCTGT 1560 GTAATTCTGT AAATGTTTCT GTTCAAATTT CTTCTGCTTC AAAGCAATCT CTTTCTCCAT 1620 TTGAACTTTA TGAGAATTCA TTGCAAAGAA GGTCAAAAGG AGAGAGATAA AGACAATAGA 1680 TGACAAAATA CTTCCAAAAC TATTCAAATG TTTAATCGTA CTTACCATAT CTGAAACGAA 1740 AGATACAATA TGTAGCAATA GTAAAGCAAA AAATACTTTT TTCAAGAAAG GATAAAGGTA 1800 GTCCTTGTCA AAATAGGCTA GTTCCAAATG GAAATAGTAA ATGATTTTTA ATGTAACAAA 1860 ATAGGTTAAC ACCGTCACAA CGAAAAAGAA TGGGAAATGA TATTGTAAAA CAAAATTATC 1920 TCCTGTTATA GAGGAGAAAA TTACGGACAG AAAGTTATGA GTGCTCTCAT ATAAAAGAGA 1980 TAGTAGTAAA CTTAGGAATA GTCCTCTATC CCTCTCATAC TGTTTCATCC ATCGAAAATA 2040 GGAATATAAG CCCAAAGGAA ATAAAAATCT TTCAATCCCT ATTTTATCTA AATATAGAAG 2100 ATAAAAGGAA AATTCAAGTA CTATTTCAGT TAGTAATGTA TAAGCACCAA AAACGTATAA 2160 TTCTTTTCTA TTTATTCGAC CTTTACAAAT TAAACGGTAA CTGTGACTAA TAATTAAAAA 2220 ATGAACAATA ACTGTCCCAA ATCCAAGTAA ATCCATTACT CTTTCTCCTT ATTTCATTAC 2280 TTTTTTCGTA GGAAAAGAAA ATCAAGGATG ATTCTTGAAA TCCTCATCTC CCCACCTTTA 2340 ATCTTTTGTA AGTCTTTTTC CTTCAAAGCT ACAAACTGTT CCAATTTAAC TGTGTTTTTC 2400 ATAATAAAAT CTCCTAAAAT GTTTTTTCTT GTAAGCTAAC TTACAAAAAC CATTATACAA 2460 AATGGAATTT CGTTTTAGAT AAAATTCTCT CAACTGTCAT TTTTTTCTCC CAAAGTGTAC 2520 TTTTTTAAGA AAAAAGCCGG GAAAATTCCC AGCTTTGCTA TTATATTGAT CCCAGCAGGA 2580 TTCGAACCTG CGACCGTTCG CTTAGAAGGC GAATGCTCTA TCCAGCTGAG CTATGAGACC 2640 TAATACAATT ATTCTACCAA AAATTCAATT AAAAGTCAAT TTTCTATTTA TGGTAGGGGA 2700 ATCCCTGCTG AATCGTAAAA GCGCGATAGA TTTGTTCAAC AAGAACTAGT CTCATTAACT 2760 GATGGGGTAA GGTTAGGCGA CCAAAACTGA CAGAAAGATT GGCTCTATTT TTTACAGATG 2820 ATGATAATCC TAAACTTCCC CCAATAATAA AAGTAAGAGT AGAAAATCCT TTTATAGAAG 2880 TTTCTTCTAA CTGCTTACTA AATTCTTCTG AGAAGAAAGT TTTCCCTTCA ATGGCTAACA 2940 CAATAACGAA ATCACGGTCA GCAATTTTTG ATAAAATTCT CTGACCTTCT ATTTCTAAAA 3000 TCTTTTGATT TTCTGATTCA CTGGCCTTAT CTGGTGTTTT TTCATCTGAT AACTCAATCA 3060 TTTCAAACTT AGCAAATCTA GAAATTCGTT TTGAATACTC TGCGATACCA TCTTTTAAAT 3120 ACTTTTCTTT CAGTTTCCCA ACTGTTACAA CTTTAATTTT CATGACTCTA TTCTAACATA 3180 TTCTCTATTT TTTCACATCT TATTCACAAA ATAAAAAATA GATTTCAATT AAGAAAATCA 3240 CAATTTCAAA AGAGTTATCC ACAGTTTGTG TAAAACTTTT GTGTTTAAGT TATAATTAAG 3300 CTAGTCAGTT TATACTTTCA GTAATTCAAA CATATGGAGG CAAATATGAA ACATCTAAAA 3360 ACATTTTACA AAAAATGGTT TCAATTATTA GTCGTTATCG TCATTAGCTT TTTTAGTGGA 3420 GCCTTGGGTA GTTTTTCAAT AACTCAACTA ACTCAAAAAA GTAGTGTAAA CAACTCTAAC 3480 AACAATAGTA CTATTACACA AACTGCCTAT AAGAACGAAA ATTCAACAAC ACAGGCTGTT 3540 AACAAAGTAA AAGATGCTGT TGTTTCTGTT ATTACTTATT CGGCAAACAG ACAAAATAGC 3600 GTATTTGGCA ATGATGATAC TGACACAGAT TCTCAGCGAA TCTCTAGTGA AGGATCTGGA 3660 GTTATTTATA AAAAGAATGA TAAAGAAGCT TACATCGTCA CCAACAATCA CGTTATTAAT 3720 GGCGCCAgCA AAGTAGATAT TCGATTGTCA GATGGGACTA AAGTACCTGG AGAAATTGTC 3780 GGAGCTGACA CTTTCTCTGA TATTGCTGTC GTCAAAATCT CTTCAGAAAA AGTGACAACA 3840 GTAGCTGAGT TTGGTGATTC TAGTAAGTTA ACTGTAGGAG AAACTGCTAT TGCCATCGGT 3900 AGCCCGTTAG GTTCTGAATA TGCAAATACT GTCACTCAAG GTATCGTATC CAGTCTCAAT 3960 AGAAATGTAT CCTTAAAATC GGAAGATGGA CAAGCTATTT CTACAAAAGC CATCCAAACT 4020 GATACTGCTA TTAACCCAGG TAACTCTGGC GGCCCACTGA TCAATATTCA AGGGCAGGTT 4080 ATCGGAATTA CCTCAAGTAA AATTGCTACA AATGGAGGAA CATCTGTAGA AGGTCTTGGT 4140 TTCGCAATTC CTGCAAATGA TGCTATCAAT ATTATTGAAC AGTTAGAAAA AAACGGAAAA 4200 GTGACGCGTC CAGCTTTGGG AATCCAGATG GTTAATTTAT CTAATGTGAG TACAAGCGAC 4260 ATCAGAAGAC TCAATATTCC AAGTAATGTT ACATCTGGTG TAATTGTTCG TTCGGTACAA 4320 AGTAATATGC CTGCCAATGG TCACCTTGAA AAATACGATG TAATTACAAA AGTAGATGAC 4380 AAAGAGATTG CTTCATCAAC AGACTTACAA AGTGCTCTTT ACAACCATTC TATCGGAGAC 4440 ACCATTAAGA TAACCTACTA TCGTAACGGG AAAGAAGAAA CTACCTCTAT CAAACTTAAC 4500 AAGAGTTCAG GTGATTTAGA ATCTTAATTG ACATCTATGT AAAGAAAGCT TTACATAAGA 4560 GAAAAGATGT GTTAGTGTAG AATCATGGAA AAATTTGAAA TGATTTCTAT CACAGATATA 4620 CAAAAAAATC CCTATCAACC CCGAAAAGAA TTTGATAGAG AAAAACTAGA TGAACTAGCA 4680 CAGTCTATCA AAGAAAATGG GGTCATTCAA CCGATTATTG TTCGTCAATC TCCTGTTATT 4740 GGTTATGAAA TCcTTGCAGG AGAGAGACGC TATCGGGCTT CACTTTTAGC TGGTCTACGG 4800 TCTATCCCAG CTGTTGTTAA ACAGATTTCA GACCAAGAGA TGATGGTCCA GTCCATTATT 4860 GAAAATTTAC AGAGAGAAAA TTTAAACCCA ATAGAAGAAG CACGCGCCTA TGAATCTCTC 4920 GTAGAGAAAG GATTCACCCA TGCTGAAATT GCAGATAAGA TGGGCAAGTC TCGTCCATAT 4980 ATCAGCAACT CCATTCGTTT ACTTTCCTTG CCAGAACAGA TTCTTTCAGA AGTAGAAAAT 5040 GGCAAACTAT CACAAGCCCA TGCGCGTTCC CTAGTTGGGT TAAATAAGGA ACAACAAGAC 5100 TATTTCTTTC AACGGATTAT AGAAGAAGAT ATTTCTGTAA GGAAATTAGA AGCTCTTCTG 5160 ACAGAGAAAA AACAAAAGAA ACAGCAAAAA ACTAATCATT TCATACAAAA TGAAGAAAAA 5220 CAGTTAAGAA AACTACTCGG ATTAGATGTA GAAATTAAAC TATCTAAAAA AGACAGTGGA 5280 AAAATCATTA TTTCTTTTTC AAATCAAGAA GAATATAGTA GAATTATCAA CAGCCTGAAA 5340 TAAGGCTGTT CTTTTATTTT TTTATCTCAC AAGGTTATCC ACTATGTTTT TCGATAAAAA 5400 GCTTAATAAA TCAATAATTT CTTCTTTTAT CCCCAACCTG TGGATAAAGT TTGGTAACAT 5460 TGTGGATTAT TTTTCACAGC TTGTGGAAAA TTCTTGCTAT CTATGGTAAA ATATCTCTAG 5520 TATTAAACTT TTAAATAGTA AAGGAGGAGA AAGGATTGAA AGAAAAACAA TTTTGGAATC 5580 GTATATTAGA ATTTGCACAA GAAAGACTGA CTCGATCCAT GTATGATTTC TATGCTATTC 5640 AAGCTGAACT CATCAAGGTA GAGGAAAATG TTGCCACTAT ATTTCTACCT CGCTCTGAAA 5700 TGGAAATGGT CTGGGAAAAA CAACTAAAAG ATATTATTGT AGTAGCTGGT TTTGAAATTT 5760 ATGACGCTGA AATAACTCCC CACTATATTT TCACCAAACC TCAAGATACG ACTAGCTCAC 5820 AAGTTGAAGA AGCTACAAAT TTAACTCTTT ATAACTATAG TCCAAAGTTA GTATCTATTC 5880 CTTATTCAGA TACGGGATTA AAAGAAAAGT ATACCTTTGA TAACTTTATT CAAGGGGATG 5940 GAAATGTTTG GGCTGTATCA GCCGCTTTAG CTGTCTCTGA AGATTTGGCT CTGACCTATA 6000 ACCCTCTTTT TATCTATGGA GGACCAGGCC TTGGTAAGAC TCACTTATTA AACGCTATTG 6060 GAAATGAAAT TCTAAAAAAT ATTCCTAATG CGCGTGTTAA ATATATCCCT GCCGAAAGCT 6120 TTATTAATGA CTTTCTTGAT CACCTAAGAC TTGGGGAAAT GGAAAAGTTT AAAAAGACCT 6180 ATCGTAGTCT TGATCTTTTG TTAATCGATG ATATCCAGTC ACTCAGCGGA AAAAAAGTCG 6240 CAACTCAGGA AGAATTTTTC AATACCTTTA ACGCCCTTCA TGACAAGCAA AAACAGATTG 6300 TCCTAACGAG TGATCGTAGT CCAAAACATC TAGAAGGGCT CGAGGAGAGG CTTGTCACGC 6360 GTTTTAGTTG GGGATTGACA CAAACTATCA CCCCCCCTGA CTTTGAAACA CGTATTGCCA 6420 TTTTACAAAG TAAGACGGAA CATTTAGGCT ACAATTTCCA AAGTGATACT CTAGAATACC 6480 TAGCTGGGCA ATTTGATTCA AATGTTCGAG ATCTTGAGGG AGCCATCAAC GACATCACTT 6540 TAATTGCCAG AGTAAAAAAA ATCAAGGATA TCACTATTGA TATTGCTGCA GAAGCCATTA 6600 GAGCCCGCAA ACAAGATGTT AGCCAAATGC TCGTCATCCC AATTGATAAA ATCCAAACTG 6660 AAGTTGGTAA CTTTTATGGT GTTAGTATCA AAGAAATGAA GGGAAGTAGA CGCCTTCAAA 6720 ATATTGTTTT GGCCCGTCAA GTAGCCATGT ATTTATCTAG AGAACTAACA GATAATAGTC 6780 TTCCAAAAAT TGGGAAGGAA TTTGGGGGAA AAGATCATAC CACAGTCATT CATGCCCATG 6840 CCAAAATAAA ATCTTTGATT GATCAAGACG ATAATTTACG TTTAGAAATT GAATCAATCA 6900 AAAAGAAAAT CAAATAATTT GTGGATAACT TTTAGTTTTT TATCTTTTTT ATCCACATTT 6960 TTTAAACAAG CTAAAAAACT TGATATGACT TGTTTAAAGG CTGTTTTCCA CAGATTTCAC 7020 AGACTCTATT ATTACTATTA TCTTTCTAAT ACTAAAAATA AATAAAGGAG AATCCATGAT 7080 TCATTTTTCA ATTAATAAAA ATTTATTTCT ACAAGCATTA AATACTACTA AGAGAGCTAT 7140 TAGTTCTAAA AATGCCATTC CTATTTTATC AACAGTAAAA ATTGACGTGA CCAATGAAGG 7200 TATTACTTTA ATTGGTTCAA ATGGTCAAAT TTCAATTGAA AATTTTATTT CTCAAAAAAA 7260 TGAAGATGCT GGTTTGTTAA TTACTTCTTT AGGTTCGATC CTTCTTGAAG CTTCTTTCTT 7320 TATCAATGTA GTATCTAGTT TACCTGATGT AACTCTTGAT TTTAAAGAAA TTGAACAAAA 7380 TCAAATTGTT TTAACCAGTG GCAAATCAGA AATTACCCTA AAAGGAAAAG ATAGCGAACA 7440 ATATCCACGA ATCCAAGAAA TTTCAGCAAG CACTCCTTTA ATACTTGAAA CAAAATTACT 7500 CAAGAAAATT ATTAATGAAA CAGCCTTTGC TGCAAGTACA CAAGAGAGTC GTCCGATTTT 7560 AACAGGTGTC CACTTCGTAT TGAGTCAACA CAAAGAGTTA AAAACAGTTG CAACAGACTC 7620 TCATCGCCTA AGCCAGAAAA AATTGACTCT TGAAAAAAAT AGTGATGATT TTGATGTCGT 7680 AATTCCTAGC CGTTCTCTAC GCGAATTTTC AGCGGTATTT ACAGATGATA TCGAAACTGT 7740 AGAGATTTTC TTTGCCAATA ACCAAATCCT CTTTAGAAGC GAAAATATTA GCTTCTATAC 7800 TCGTCTCCTA GAAGGAAACT ATCCTGATAC AGATCGCTTG ATTCCAACAG ACTTTAACAC 7860 TACTATTACT TTTAATGTGG TAAACTTACG CCAGTCAATG GAGCGTGCCC GTCTTTTATC 7920 AAGTGCGACT CAAAATGGTA CTGTGAAACT TGAAATTAAG GATGGGGTTG TTAGCGCCCA 7980 TGTTCACTCT CCAGAAGTTG GTAAAGTAAA CGAAGAAATC GATACTGATC AGGTTACTGG 8040 TGAAGATTTG ACCATTAGTT TCAACCCAAC TTACTTGATT GATTCTCTTA AAGCTTTAAA 8100 TAGCGAAAAG GTGACTATTA GCTTTATCTC AGCTGTTCGT CCATTTACTC TTGTGCCAGC 8160 AGATACTGAC GAAGACTTCA TGCAGCTCAT TACACCAGTT CGTACAAATT AAGTGAAAGA 8220 GGTTGAGCCT GGCTCGCCTC TTTTATGATA TAATCGAAAA AGAAAAGGAG AGTAGTATGT 8280 ATCAAGTTGG AAATTTTGTT GAGATGAAAA AATCACACGC TTGTACAATC AAGTCGACTG 8340 GTAAAAAGGC TAATCGTTGG GAAATTACAC GTGTAGGAGC AGATATCAAA ATAAAATGTA 8400 GTAATTGTGA GCATGTTGTC ATGATGGGGC GATATGATTT TGAGCGAAAA ATGAATAAAA 8460 TTATTGACTG AGAACCCTTA GTTAGAGGGT TAGCACTTTA TCCCTTTTTG TGTTATAATA 8520 TTAGGGATTG AAATGAAAAC GGAGAATGAG AAATATGGCT TTGACAGCAG GTATCGTTGG 8580 TTTGCCAAAC GTTGGTAAAT CAACACTATT TAATGCAATT ACAAAAGCAG GAGCAGAGGC 8640 AGCAAACTAC CCATTTGCGA CGATTGATCC AAATGTTGGA ATGGTGGAAG TTCCAGATGA 8700 ACGCCTACAA AAACTAACTG AAATGATAAC TCCTAAAAAG ACAGTTCCCA CAACATTTGA 8760 ATTTACAGAT ATTGCAGGGA TTGTAAAAGG AGCTTCAAAA GGAGAGGGGC TAGGGAATAA 8820 ATTCTTGGCC AATATTCGTG AAGTAGATGC GATTGTTCAC GTAGTTCGTG CTTTTGATGA 8880 TGAAAATGTA ATGCGCGAGC AAGGACGTGA AGACGCCTTT GTAGATCCAC TTGCAGATAT 8940 TGATACCATT AATCTGGAAT TGATTCTTGC TGACTTAGAA TCAGTGAACA AACGATATGC 9000 GCGTGTAGAA AAGATGGCAC GTACGCAAAA AGATAAAGAA TCAGTAGCAG AATTCAATGT 9060 TCTTCAAAAG ATTAAACCAG TCCTAGAAGA CGGGAAATCA GCTCGTACCA TTGAATTTAC 9120 AGATGAGGAA CAAAAGGTTG TCAAAGGTCT TTTCCTTTTG ACGACTAAAC CAGTTCTTTA 9180 TGTAGCTAAT GTGGACGAGG ATGTGGTTTC AGAACCTGAC TCTATCGACT ATGTCAAACA 9240 AATTCGTGAA TTTGCAGCGA CAGAAAATGC TGAAGTAGTC GTTATTTCTG CGCGTGCTGA 9300 GGAAGAAATT TCTGAATTGA ATGATGAAGA TAAAAAAGAG TTTCTTGAAG CCATTGGTTT 9360 GACAGAATCA GGTGTAGATA AGTTGACGCG TGCAGCTTAC CACTTGCTTG GATTGGGAAC 9420 TTACTTCACA GCTGGTGAAA AAGAAGTTCG CGCTTGGACT TTCAAACGTG GTATGAAGGC 9480 TCCTCAAGCA GCTGGTATTA TCCACTCAGA CTTTGAAAAA GGCTTTATTC GTGCAGTAAC 9540 CATGTCATAT GAAGATCTAG TGAAATACGG ATCTGAAAAG GCCGTAAAAG AAGCTGGACG 9600 CTTGCGTGAA GAAGGAAAAG AATATATCGT TCAAGATGGC GATATCATGG AATTCCGCTT 9660 TAATGTCTAA AAATTAATAA ATGGTGTCAA TTAGGTTGGA AAAAAATTCC AACCCTTTTG 9720 GCTTTTGAAA GGAAAAATAA ATGACCAAAT TACTTGTAGG CTTGGGAAAT CCAGGGGATA 9780 AATATTTTGA AACAAAACAC AATGTTGGTT TTATGTTGAT TGATCAACTA GCGAAGAAAC 9840 AGAATGTCAC TTTTACACAC GATAAGATAT TTCAAGCTGA CCTAGCATCC TTTTTCCTAA 9900 ATGGAGAAAA AATTTATCTG GTTAAACCAA CGACCTTTAT GAATGAAAGT GGAAAAGCAG 9960 TTCATGCTTT ATTAACTTAC TATGGTTTGG ATATTGACGA TTTACTTATC ATTTACGATG 10020 ATCTTGACAT GGAAGTTGGG AAAATTCGTT TAAGAGCAAA AGGCTCAGCA GGTGGTCATA 10080 ATGGTATCAA GTCTATTATT CAACATATAG GAACTCAGGT CTTTAACCGT GTTAAGATTG 10140 GAATTGGAAG ACCTAAAAAT GGTATGTCAG TTGTTCATCA TGTTTTGAGT AAGTTTGACA 10200 GGGATGATTA TATCGGTATT TTACAGTCTG TTGACAAAGT TGACGATTCT GTAAACTACT 10260 ATTTACAAGA GAAAAATTTT GAGAAAACAA TGCAGAGGTA TAACGGATAA ATGGTGACCT 10320 TATTAGATTT ATTCTCAGAA AATGATCAGA TTAAAAAATG GCATCAAAAT TTAACAGATA 10380 AGAAAAGACA ACTAATACTT GGTTTATCAA CATCTACTAA GGCTCTTGCA ATTGCAAGCA 10440 GTTTAGAAAA AGAAGATAGG ATTGTGTTAT TGACGTCAAC TTATGGAGAA GCAGAAGGAC 10500 TTGTTAGTGA TCTTATTTCT ATCTTGGGTG AGGAACTCGT CTATCCATTT TTGGTAGATG 10560 ATGCTCCTAT GGTGGAGTTT TTGATGTCTT CACAGGAAAA AATTATTTCA CGGGTTGAAG 10620 CCTTGCGTTT TTTGACTGAT TCATCTAAGA AAGGGATTTT AGTTTGTAAT ATCGCAGCAA 10680 GTCGATTGAT TTTACCGTCT CCCAATGCAT TCAAAGATAG TATTGTAAAA ATCTCAGTTG 10740 GTGAAGAATA TGATCAACAC GCGTTTATCC ATCAGTTAAA GGAAAATGGC TATCGAAAAG 10800 TTACTCAAGT ACAAACTCAG GGCGAATTTA GTCTTCGAGG AGATATTTTA GATATTTTTG 10860 AAATATCCCA GTTAGAACCT TGTCGAATTG AGTTTTTTGG TGATGAAATT GATGGTATCA 10920 GGTCATTTGA AGTAGAAACA CAATTATCGA AAGAAAATAA GACAGAACTC ACTATCTTTC 10980 CAGCTAGTGA TATGCTTTTG AGAGAAAAGG ATTATCAACG AGGACAGTCA GCTTTAGAAA 11040 AACAAATTTC AAAAACTTTA TCACCTATTT TGAAATCATA CCTAGAAGAA ATTCTTTCAA 11100 GTTTTCACCA AAAACAAAGT CATGCAGACT CTCGGAAGTT TTTATCTTTG TGCTATGATA 11160 AGACATGGAC TGTCTTTGAT TATATTGAAA AAGATACTCC AATATTCTTT GATGATTATC 11220 AAAAATTGAT GAATCAGTAT GAAGTCTTTG AAAGAGACTT AGCGCAGTAC TTTACAGAAG 11280 AATTACAGAA TAGTAAAGCA TTTTCTGATA TGCAGTATTT TTCTGATATT GAACAAATCT 11340 ATAAAAAACA AAGTCCAGTG ACCTTTTTCT CTAATCTTCA AAAGGGTTTA GGAAATCTCA 11400 AATTTGACAA AATTTATCAA TTCAATCAAT ATCCTATGCA GGAATTTTTC AATCAGTTTT 11460 CTTTTCTAAA AGAAGAAATT GAACGATATA AAAAAATGGA TTACACCATT ATTCTGCAGT 11520 CTAGCAATTC AATGGGAAGT AAAACATTGG AGGATATGTT AGAGGAATAT CAGATTAAAT 11580 TGGATTCTAG AGATAAGACA AATATCTGTA AAGAATCTGT AAACTTAATA GAGGGTAATC 11640 TCAGACATGG TTTTCATTTT GTAGATGAAA AGATTTTATT GATAACTGAA CATGAGATTT 11700 TTCAAAAGAA ATTAAAGCGT CGTTTTCGAA GACAACATGT TTCAAATGCA GAGAGATTAA 11760 AAGATTACAA TGAACTTGAA AAAGGGGACT ATGTTGTCCA TCATATCCAT GGGATTGGTC 11820 AATATCTAGG AATTGAAACC ATTGAAATCA AGGGAATTCA TCGCGATTAT GTCAGTGTCC 11880 AATACCAAAA TGGTGATCAA ATTTCTATCC CCGTGGAACA GATTCATCTA CTGTCCAAAT 11940 ATATTTCAAG TGATGGTAAA GCTCCAAAAC TCAATAAATT AAATGACGGT CATTTTAAAA 12000 AGGCCAAGCA AAAGGTTAAG AACCAGGTAG AGGATATAGC TGATGATTTA ATCAAACTCT 12060 ACTCTGAACG TAGTCAGTTG AAGGGTTTTG CTTTCTCAGC TGATGATGAT GATCAAGATG 12120 CCTTTGATGA TGCTTTCCCT TATGTTGAAA CGGATGATCA ACTTCGTAGT ATTGAGGAAA 12180 TCAAGAGGGA TATGCAGGCT TCTCAGCCAA TGGATCGACT TTTAGTTGGG GATGTTGGTT 12240 TTGGAAAGAC TGAAGTTGCT ATGCGTGCAG CCTTTAAAGC AGTCAATGAT CACAAACAGG 12300 TTGTCATTCT AGTTCCGACG ACGGTTTTAG CGCAACAGCA CTATACGAAT TTTAAGGAAC 12360 GATTCCAAAA TTTTGCAGTT AATATTGATG TGTTGAGTCG CTTTAGAAGT AAAAAAGAGC 12420 AGACTGCAAC ACTTGAAAAA TTGAAAAACG GTCAAGTCGA TATTTTGATT GGAACACATC 12480 GTGTTTTGTC AAAAGATGTT GTGTTTGCTG ATTTGGGCTT GATGATTATT GATGAGGAAC 12540 AGCGATTTGG TGTCAAGCAT AAGGAAACTT TGAAAGAACT GAAGAAACAA GTGGATGTCC 12600 TAACCTTGAC CGCTACGCCA ATCCCTCGTA CCCTCCATAT GTCTATGCTG GGAATCAGAG 12660 ATTTATCTGT TATTGAAACT CCGCCGACTA ATCGCTATCC TGTTCAGACC TATGTTTTGG 12720 AAAAGAATGA TAGTGTCATT CGTGATGCTG TCTTGCGTGA AATGGAGCGT GGAGGTCAAG 12780 TTTATTATCT TTACAACAAA GTTGACACAA TTGTTCAGAA GGTTTCAGAA TTACAGGAGT 12840 TGATTCCGGA GGCTTCGATT GGATATGTTC ATGGTCGAAT GAGTGAAGTC CAGTTGGAAA 12900 ATACTCTATT AGACTTTATT GAGGGACAAT ACGATATCTT GGTGACGACT ACTATTATTG 12960 AGACAGGGGT GGACATTCCA AATGCTAATA CTTTATTTAT TGAAAATGCG GACCATATGG 13020 GCTTGTCAAC CTTATATCAG TTAAGAGGAA GAGTCGGTCG TAGTAATCGT ATTGCTTATG 13080 CTTATCTCAT GTATCGTCCA GAAAAATCAA TCAGTGAAGT CTCTGAAAAG AGATTAGAAG 13140 CGATTAAAGG ATTTACAGAA TTGGGCTCTG GCTTTAAGAT TGCAATGCGA GATCTTTCGA 13200 TTCGTGGAGC AGGAAATCTT TTAGGAAAAT CCCAGTCTGG TTTCATTGAT TCTGTTGGTT 13260 TTGAATTGTA TTCGCAGTTA TTAGAGGAAG CTATTGCTAA ACGAAACGGT AATGCTAACG 13320 CTAACACAAG AACCAAAGGG AATGCTGAGT TGATTTTGCA AATTGATGCC TATCTTCCTG 13380 ATACTTATAT TTCTGATCAA CGACATAAGA TTGAAATTTA CAAGAAAATT CGTCAAATTG 13440 ACAACCGTGT CAATTATGAA GAGTTACAAG AGGAGTTGAT AGACCGTTTT GGAGAATACC 13500 CAGATGTAGT AGCCTATCTG TTAGAGATTG GTTTGGTCAA ATCATACTTG GACAAGGTCT 13560 TTGTTCAACG TGTGGAAAGA AAAGATAATA AAATTACAAT TCAATTTGAA AAAGTCACTC 13620 AACGACTGTT TTTAGCTCAA GATTATTTTA AAGCTTTATC CGTAACGAAC TTAAAAGCAG 13680 GCATCGCTGA GAATAAGGGA TTAATGGAGC TTGTATTTGA TGTCCAAAAT AAGAAAGATT 13740 ATGAAATTTT AGAAGGTTTG CTGATTTTTG GAGAAAGTTT ATTAGAGATA AAAGAGTCTA 13800 AGGAAGAAAA TTCCATTTGA TATTTTTCTT CTATAAAATA GATAAAAATG GTACAATAAT 13860 AAATTGAGGT AATAAGGATG AGATTAGATA AATATTTAAA AGTATCGCGA ATTATCAAGC 13920 GTCGTACAGT CGCAAAGGAA GTAGCAGATA AAGGTAGAAT CAAGGTTAAT GGAATCTTGG 13980 CCAAAAGTTC AACGGACTTG AAAGTTAATG ACCAAGTTGA AATTCGCTTT GGCAATAAGT 14040 TGCTGCTTGT AAAAGTACTA GAGATGAAAG ATAGTACAAA AAAAGAAGAT GCAGCAGGAA 14100 TGTATGAAAT TATCAGTGAA ACACGGGTAG AAGAAAATGT CTAAAAATAT TGTACAATTG 14160 AATAATTCTT TTATTCAAAA TGAATACCAA CGTCGTCGCT ACCTGATGAA AGAACGACAA 14220 AAACGGAATC GTTTTATGGG AGGGGTATTG ATTTTGATTA TGCTATTATT TATCTTGCCA 14280 ACTTTTAATT TAGCGCAGAG TTATCAGCAA TTACTCCAAA GACGTCAGCA ATTAGCAGAC 14340 TTGCAAACTC AGTATCAAAC TTTGAGTGAT GAAAAGGATA AGGAGACAGC ATTTGCTACC 14400 AAGTTGAAAG ATGAAGATTA TGCTGCTAAA TATACACGAG CGAAGTACTA TTATTCTAAG 14460 TCGAGGGAAA AAGTTTATAC GATTCCTGAC TTGCTTCAAA GGTGATAAAA TGGAAAATTT 14520 ATTAGACGTA ATAGAGCAAT TTTTGAGTTT GTCAGATGAA AAGCTGGAAG AATTGGCTGA 14580 TAAAAATCAA TTATTGCGTT TACAAGAAGA AAAGGAAAGG AAGAATGCGT AAATTCTTAA 14640 TTATTTTGTT GCTACCAAGT TTTTTGACCA TTTCAAAAGT CGTTAGCACA GAAAAAGAAG 14700 TCGTCTATAC TTCGAAAGAA ATTTATTACC TTTCACAATC TGACTTTGGT ATTTATTTTA 14760 GAGAAAAATT AAGTTCTCCC ATGGTTTATG GAGAGGTTCC TGTTTATGCG AATGAAGATT 14820 TAGTAGTGGA ATCTGGGAAA TTGACTCCCA AAACAAGTTT TCAAATAACC GAGTGGCGCT 14880 TAAATAAACA AGGAATTCCA GTATTTAAGC TATCAAATCA TCAATTTATA GCTGCGGACA 14940 AACGATTTTT ATATGATCAA TCAGAGGTAA CTCCAACAAT AAAAAAAGTA TGGTTAGAAT 15000 CTGACTTTAA ACTGTACAAT AGTCCTTATG ATTTAAAAGA AGTGAAATCA TCCTTATCAG 15060 CTTATTCGCA AGTATCAATC GACAAGACCA TGTTTGTAGA AGGAAGAGAA TTTCTACATA 15120 TTGATCAGGC TGGATGGGTA GCTAAAGAAT CAACTTCTGA AGAAGATAAT CGGATGAGTA 15180 AAGTTCAAGA AATGTTATCT GAAAAATATC AGAAAGATTC TTTCTCTATT TATGTTAAGC 15240 AACTGACTAC TGGAAAAGAA GCTGGTATCA ATCAAGATGA AAAGATGTAT GCAGCCAGCG 15300 TTTTGAAACT CTCTTATCTC TATTATACGC AAGAAAAAAT AAATGAGGGT CTTTATCAGT 15360 TAGATACGAC TGTAAAATAC GTATCTGCAG TCAATGATTT TCCAGGTTCT TATAAACCAG 15420 AGGGAAGTGG TAGTCTTCCT AAAAAAGAAG ATAATAAAGA ATATTCTTTA AAGGATTTAA 15480 TTACGAAAGT ATCAAAAGAA TCTGATAATG TAGCTCATAA TCTATTGGGA TATTACATTT 15540 CAAACCAATC TGATGCCACA TTCAAATCCA AGATGTCTGC CATTATGGGA GATGATTGGG 15600 ATCCAAAAGA AAAATTGATT TCTTCTAAGA TGGCCGGGAA GTTTATGGAA GCTATTTATA 15660 ATCAAAATGG ATTTGTGCTA GAGTCTTTGA CTAAAACAGA TTTTGATAGT CAGCGAATTG 15720 CCAAAGGTGT TTCTGTTAAA GTAGCTCATA AAATTGGAGA TGCGGATGAA TTTAAGCATG 15780 ATACGGGTGT TGTCTATGCA GATTCTCCAT TTATTCTTTC TATTTTCACT AAGAATTCTG 15840 ATTATGATAC GATTTCTAAG ATAGCCAAGG ATGTTTATGA GGTTCTAAAA TGAGGGAACC 15900 AGATTTTTTA AATCATTTTC TCAAGAAGGG ATATTTCAAA AAGCATGCTA AGGCGGTTCT 15960 AGCTCTTTCT GGTGGATTAG ATTCCATGTT TCTATTTAAG GTATTGTCTA CTTATCAAAA 16020 AGAGTTAGAG ATTGAATTGA TTCTAGCTCA TGTGAATCAT AAGCAGAGAA TTGAATCAGA 16080 TTGGGAAGAA AAGGAATTAA GGAAGTTGGC TGCTGAAGCA GAGCTTCCTA TTTATATCAG 16140 CAATTTTTCA GGAGAATTTT CAGAAGCGCG TGCACGAAAT TTTCGTTATG ATTTTTTTCA 16200 AGAGGTCATG AAAAAGACAG GTGCGACAGC TTTAGTCACT GCCCACCATG CTGATGATCA 16260 GGTGGAAACG ATTTTTATGC GCTTGATTCG AGGAACTCGC TTGCGCTATC TATCAGGAAT 16320 TAAGGAGAAG CAAGTAGTCG GAGAGATAGA AATCATTCGT CCCTTCTTGC ATTTTCAGAA 16380 AAAAGACTTT CCATCAATTT TTCACTTTGA AGATACATCA AATCAGGAGA ATCATTATTT 16440 TCGAAATCGT ATTCGAAATT CTTACTTACC AGAATTGGAA AAAGAAAATC CTCGATTTAG 16500 GGATGCAATC TTAGGCATTG GCAATGAAAT TTTAGATTAT GATTTGGCAA TAGCTGAATT 16560 ATCTAACAAT ATTAATGTGG AAGATTTACA GCAGTTATTT TCTTACTCTG AGTCTACACA 16620 AAGAGTTTTA CTTCAAACTT ATCTGAATCG TTTTCCAGAT TTGAATCTTA CAAAAGCTCA 16680 GTTTGCTGAA GTTCAGCAGA TTTTAAAATC TAAAAGCCAG TATCGTCATC CGATTAAAAA 16740 TGGCTATGAA TTGATAAAAG AGTACCAACA GTTTCAGATT TGTAAAATCA GTCCGCAGgC 16800 TGATGAAAAG GAAGATGAAC TTGTGTTACA CTATCAAAAT CAGGTAGCTT ATCAAGGATA 16860 TTTATTTTCT TTTGGACTTC CATTAGAAGG TGAATTAATT CAACAAATAC CTGTTTCACG 16920 TGAAACATCC ATACACATTC GTCATCGAAA AACAGGAGAT GTTTTGATTA AAAATGGGCA 16980 TAGAAAAAAA CTCAGACGTT TATTTATTGA TTTGAAAATC CCTATGGAAA AGAGAAACTC 17040 TGCTCTTATT ATTGAGCAAT TTGGTGAAAT TGTCTCAATT TTGGGAATTG CGACCAATAA 17100 TTTGAGTAAA AAAACGAAAA ATGATATAAT GAACACTGTA CTTTATATAG AAAAAATAGA 17160 TAGGTAAAAA ATGTTAGAAA ACGATATTAA AAAAGTCCTC GTTTCACACG ATGAAATTAC 17220 AGAAGCAGCT AAAAAACTAG GTGCTCAATT AACTAAAGAC TATGCAGGAA AAAATCCAAT 17280 CTTAGTTGGG ATTTTAAAAG GATCTATTCC TTTTATGGCT GAATTGGTCA AACATATTGA 17340 TACACATATT GAAATGGACT TCATGATGGT TTCTAGCTAC CATGGTGGAA CAGCAAGTAG 17400 TGGTGTTATC AATATTAAAC AAGATGTGAC TCAAGATATC AAAGGAAGAC ATGTTCTATT 17460 TGTAGAAGAT ATCATTGATA CAGGTCAAAC TTTGAAGAAT TTGCGAGATA TGTTTAAAGA 17520 AAGAGAAGCA GCTTCTGTTA AAATTGCAAC CTTGTTGGAT AAACCAGAAG GACGTGTTGT 17580 AGAAATTGAG GCAGACTATA CTTGCTTTAC TATCCCAAAT GAGTTTGTAG TAGGTTATGG 17640 TTTAGACTAC AAAGAAAATT ATCGTAATCT TCCTTATATT GGAGTATTGA AAGAGGAAGT 17700 GTATTCAAAT TAGAAAGAAT AATCTTTAAT GAAAAAACAA AATAATGGTT TAATTAAAAA 17760 TCCTTTTCTA TGGTTATTAT TTATCTTTTT CCTTGTGACA GGATTCCAGT ATTTCTATTC 17820 TGGGAATAAC TCAGGAGGAA GTCAGCAAAT CAACTATACT GAGTTGGTAC AAGAAATTAC 17880 CGATGGTAAT GTAAAAGAAT TAACTTACCA ACCAAATGGT AGTGTTATCG AAGTTTCTGG 17940 TGTCTATAAA AATCCTAAAA CAAGTAAAGA AGAAACAGGT ATTCAGTTTT TCACGCCATC 18000 TGTTACTAAG GTAGAGAAAT TTACCAGCAC TATTCTTCCT GCAGATACTA CCGTATCAGA 18060 ATTGCAAAAA CTTGCTACTG ACCATAAAGC AGAAGTAACT GTTAAGCATG AAAGTTCAAG 18120 TGGTATATGG ATTAATCTAC TCGTATCCAT TGTGCCATTT GGAATTCTAT TCTTCTTCCT 18180 ATTCTCTATG ATGGGAAATA TGGGAGGAGG CAATGGCCGT AATCCAATGA GTTTTGGACG 18240 TAGTAAGGCT AAAGCAGCAA ATAAAGAAGA TATTAAAGTA AGATTTTCAG ATGTTGCTGG 18300 AGCTGAGGAA GAAAAACAAG AACTAGTTGA AGTTGTTGAG TTCTTAAAAG ATCCAAAACG 18360 ATTCACAAAA CTTGGAGCCC GTATTCCAGC AGGTGTTCTT TTGGAGGGAC CTCCGGGGAC 18420 AGGTAAAACT TTGCTTGCTA AGGCAGTCGC TGGAGAAGCA GGTGTTCCAT TCTTTAGTAT 18480 CTCAGGTTCT GACTTTGTAG AAATGTTTGT CGGAGTTGGA GCTAGTCGTG TTCGCTCTCT 18540 TTTTGAGGAT GCCAAAAAAG CAGCACCAGC TATCATCTTT ATCGATGAAA TTGATGCTGT 18600 TGGACGTCAA CGTGGAGTCG GTCTCGGCGG AGGTAATGAC GAACGTGAAC AAACCTTGAA 18660 CCAACTTTTG ATTGAGATGG ATGGTTTTGA GGGAAATGAA GGGATTATCG TCATCGCTGC 18720 GACAAACCGT TCAGATGTAC TTGACCCTGC CCTTTTGCGT CCAGGACGTT TTGATAGAAA 18780 AGTATTGGTT GGTCGTCCTG ATGTTAAAGG TCGTGAAGCA ATCTTGAAAG TTCACGCTAA 18840 GAATAAGCCT TTAGCAGAAG ATGTTGATTT GAAATTAGTG GCTCAACAAA CTCCAGGCTT 18900 TGTTGGTGCT GATTTAGAGA ATGTCTTGAA TGAAGCAGCT TTAGTTGCTG CTCGTCGCAA 18960 TAAATCGATA ATTGATGCTT CAGATATTGA TGAAGCAGAA GATAGAGTTA TTGCTGGACC 19020 TTCTAAGAAA GATAAGACAG TTTCACAAAA AGAACGAGAA TTGGTTGCTT ACCATGAGGC 19080 AGGACATACC ATTGTTGGTC TAGTCTTGTC GAATGCTCGC GTTGTCCATA AGGTTACAAT 19140 TGTACCACGC GGCCGTGCAG GCGGATACAT GATTGCACTT CCTAAAGAGG ATCAAATGCT 19200 TCTATCTAAA GAAGATATGA AAGAGCAATT GGCTGGCTTA ATGGGTGGAC GTGTAGCTGA 19260 AGAAATTATC TTTAATGTCC AAACCACAGG AGCTTCAAAC GACTTTGAAC AAGCGACACA 19320 AATGGCACGT GCAATGGTTA CAGAGTACGG TATGAGTGAA AAACTTGGCC CAGTACAATA 19380 TGAAGGAAAC CATGCTATGC TTGGTGCACA GAGTCCTCAA AAATCAATTT CAGAACAAAC 19440 AGCTTATGAA ATTGATGAAG AGGTTCGTTC ATTATTAAAT GAGGCACGAA ATAAAGCTGC 19500 TGAAATTATT CAGTCAAATC GTGAAACTCA CAAGTTAATT GCAGAAGCAT TATTGAAATA 19560 CGAAACATTG GATAGTACAC AAATTAAAGC TCTTTACGAA ACAGGAAAGA TGCCTGAAGC 19620 AGTAGAAGAG GAATCTCATG CACTATCCTA TGATGAAGTA AAGTCAAAAA TGAATGACGA 19680 AAAATAACCC TGAGAGAGGC TGGAGCCTCT CTTTTTTGTG CAGTTTAGGA GCTAAAGGGA 19740 ACAGAATGGA GAAAATGGAA CAAATGTGTT TTCTAATCTG TTAGACTGTA TCTAGAAAGG 19800 GGAAAATTAT GATTAAAGAA TTGTATGAAG AAGTCCAAGG GACTGTGTAT AAGTGTAGAA 19860 ATGAATATTA CCTTCATTTA TGGGAATTGT CGGATTGGGA GCAAGAAGGC ATGCTCTGCT 19920 TACATGAATT GATTAGTAGA GAAGAAGGAC TGGTAGACGA TATTCCACGT TTAAGGAAAT 19980 ATTTCAAGAC CAAGTTTCGA AATCGAATTT TAGACTATAT CCGTAAACAG GAAAGTCAGA 20040 AGCGTAGATA CGATAAAGAA CCCTATGAAG AAGTGGGTGA GATCAGTCAT CGTATAAGTG 20100 AGGGGGGTCT CTGGCTAGAT GATTATTATC TCTTTCATGA AACACTAAGA GATTATAGAA 20160 ACAAACAAAG TAAAGAGAAA CAAGAAGAAC TAGAACGCGT CTTAAGCAAT GAACGATTTC 20220 GAGGGCGTCA AAGAGTATTA AGAGACTTAC GCATTGTGTT TAAGGAGTTT ACTATCCGTA 20280 CCCACTAGTA AGTCATGCAA AAAAAATGAA AAAAATTAGA AAAAGTAGTT GACAAAGTTT 20340 GAAAAGGCTG TATAATAGTA AGAGTTGAAA ATAACAACTC AGGTCCGTTG GTCAAGGGGT 20400 TAAGACACCG CCTTTTCACG GCGGTAACAC GGGTTCGAAT CCCGTACGGA CTATGGTATG 20460 TTGCGTCAGG ACCACTTGAT GAAAAAAAGT TTAAAAAAAC TTAAAAATCT TCAAAAAAGT 20520 GTTGACAAGC GAAAGCAGTT GTGATATACT AATATAGTTG TCGCTTGAGA GAAGCAAGTG 20580 ACAAAGACCT TTGAAAACTG AACAAGACGA ACCAATGTGC AGGGCGCTAC AACGTAAGTT 20640 GTAGTACTGA ACAATGAAAA AAACAATAAA TCTGTCAGTG ACAGAAATGA GTAAGAACTC 20700 AAACTTTTTA ATGAGAGTTT GATCCTGGCT CAGGACGAAC GCTGGCGGCG TGCCTAATAC 20760 ATGCAAGTAG AACGCTGAAG GAGGAGCTTG CTTCTCTGGA TGAGTTGCGA ACGGGTGAGT 20820 AACGCGTAGG TAACCTGCCT GGTAGCGGGG GATAACTATT GGAAACGATA GCTAATACCG 20880 CATAAGAGTA GATGTTGCAT GACATTTGCT TAAAAGGTGC ACTTGCATCA CTACCAGATG 20940 GACCTGCGTT GTATTAGCTA GTTGGTGGGG TAACGGCTCA CCAAGGCGAC GATACATAGC 21000 CGACCTGAGA GGGTGATCGG CCACACTGGG ACTGAGACAC GGCCCAGACT CCTACGGGAG 21060 GCAGCAGTAG GGAATCTTCG GCAATGGACG GAAGTCTGAC CGAGCAACGC CGCGTGAGTG 21120 AAGAAGGTTT TCGGATCGTA AAGCTCTGTT GTAAGAGAAG AACGAGTGTG AGAGTGGAAA 21180 GTTCACACTG TGACGGTATC TTACCAGAAA GGGACGGCTA ACTACGTGCC AGCAGCCGCG 21240 GTAATACGTA GGTCCCGAGC GTTGTCCGGA TTTATTGGGC GTAAAGCGAG CGCAGGCGGT 21300 TAGATAAGTC TGAAGTTAAA GGCTGTGGCT TAACCATA 21338 (2) INFORMATION FOR SEQ ID NO : 21 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6273 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 21 : TGTTTTTAAA GAGCCGTGTC TGGATAGACT TTCGGACGCA ACGCTCTATT AGATAATGAA 60 CTGCCTATAC ACAAGATTTC TAACCTTAGT CGACATGAGC TGAAACCTCT TATTTGTTAA 120 GTAGTTCACA AAATATTATA CACCTATTTT ATGAATAGTC AACTGTCTTT ACAGTAAAAT 180 TTTAGAAAAT CATGAAAATT TTCTCTTTCT TTCCATTTTA AGTGACATTC AGTCATTCTC 240 ACATCAAAAA AGCCCAGACG AAATTGTCTG AGCATTCTTT TATCTAGTCG TTTAAGGAAG 300 TTGAGTTCAG TATGTTTAAA GTCTCTGTCC CATCATTTCT TCAACAAACC TTGTTCTTGG 360 AGAAACTCCT TGGCTACTTG CTTTGCTGAC TTGCCTTCAA CACCGACTTG GTAGTTGAGC 420 TGGCTCATCT GGCTTTCTGT AATCTTACCA GCCAATGTAT TAAGAACTCT TTCCAACTCT 480 GGGTGTTTCT TGAGAAGAGC TTCTTTCATG AGTGGAGCCC CTTGATAAGG TGGGAAGAGT 540 TGCTTGTCAT CTTCCAAGAC CTGTAAATCA TAACGCTCCA ATTCCGCATC AGTCGAATAG 600 GCATCCGTGA TTTGAATATC CCCTGACTGA ATAGCCTGAT AGCGAAGGGC TGGCTCAATG 660 GTCGCTACAT TGAGATTGAG ACCATACATT GATTGCAAGC CCTTATTTCC ATCTTCACGG 720 TCGTTAAACT CGAGTGTAAA ACCTGCCTTC AACTGCCCTT CCACTTTTTT CAAGTCTGAA 780 ATGGTCTTCA AGCCATATTC TTGAGCAATC TTTTTCGGAA CAGCTACAGC ATAGGTGTTT 840 TGATAAGACA TGGGTTTGAG ATAGGCTAGA TGATCCTGCT TAGCAATGCC ATCACGCGCC 900 ACCTGATAAA CCTGTTCTGG TTCATGACTC ACCTTGGGTG ATGGTTGAAG CAAACTTTCA 960 GTCACCGTAC CAGTAAATTC AGGATAGATG TCAATATCGC CTTTTTTCAG AGCTTCATAA 1020 AGGAAGCTTG TCTTCCCAAA ATTCGGTTTA ACAGTCGCAG TCATGCTGGT ATTTTCTTCA 1080 ATCAGCAACT TATACATATT GGCCAAAATT TCTGGTTCTG GACCTATTTT CCCAGCAATA 1140 ACCAAGTTTT CCTTCTCTTT TTGAACCAAA AGAGCTGGAC TATAAGACAG ACCCAGTAAT 1200 AAAGCCACCA AGGCAAAACC TGAGAAAATC GTCCGTAATT TTGCTTTTTC CATCACTTTT 1260 AGTAGGAAGT TAAAGGCAAT GGCTAGCACT GCAGAAGAAA GTGCCCCAAT CAAAATCAAA 1320 CTGGCATTAT TACGGTCAAT TCCCAAAAGA ATAAAGGAAC CTAGTCCCCC TGCACCAATC 1380 AAGGCCGCCA AGGTTGCCGT ACCGATAATC AAAACAGCTG CCGTCCGAAT CCCAGACATG 1440 ATAACAGGCA TGGCGAGTGG AATTTCAAAT TTCTTGAGAC GTTCCCATCT GGTCATCCCA 1500 AAGGCAATCC CAGCCTCTTG CAGGTTCGGA TCAATTCCCT TCAGCCCAGT GATAGTATTT 1560 TGCAAAATAG GGAAAATCGC ATAAATCACT AGAGCTGTCA AAGCCGGCAA GGTCCCAATT 1620 CCCATCAAAG GGATAAAGAG CCCCAACAAG GCCAGAGACG GGATGGTCTG GAAAATACCT 1680 GCAATCTGCA AGACCCAGTC GGCCAGCTTC TCATGATAGC GAAGAAAAAC AGCCAAGGGA 1740 ATCGCAAGCA AAATAGCTAG TAACAAGGTC AAAAGCGACA ACTGCAAATG TTGAGATAGA 1800 GCTGTCAACC AATCACTAAA ACGATCCTGA AAAGTTGCAA TTAAATTAGT CATGAACACT 1860 ACCTCCAAAC AAGTCTGCTA CAAAGTCTGT TGCAGGCGCT TTTAAAATTG TCTCGGGATT 1920 CGCTACCTGG CGAATTTCTC CATCCTGCAA GACAGCAATA CGGTCCGCCA ACTTCAAGGC 1980 TTCATCCGTA TCATGGGTTA CAAAAATCGT TGTCATCCCA AACTCTTTAT GCAATTCTTT 2040 TGTCAGAACC TGCAACTGTT TTCTCGAAAT AGCATCCAAG GCCGAAAAGG GTTCATCCAT 2100 GAGGAAAATC TTGGGCTGAC CAATCATAGC TCGGACAATA CCGACCCGTT GCTGTTCTCC 2160 ACCAGATAAT TCACTAGGTA AGCGATGCCC ATACTCGGCT ACTGGTAAAC CAACCTTAGC 2220 CAAAAGCTCT TCTGTTTTCT TCGTAATTTC TTCCTTGCTC CACCCCTTCA TTTCAGGAAT 2280 GAGAGCAATA TTTTCCGCAA CTGTTAGATT TGGAAAAAGA GCAATAGCCT GTAAAACATA 2340 ACCAGTAGAA AGACGAAGTT CACGCTCATC ATAGTCTTTG ATGCGCTTCC CATCCATATA 2400 AATATTTCCA TCAGTTGGTT CCAAAAGACG GTTAATCATC TTGAGCATGG TCGTCTTACC 2460 TGACCCAGAA GGCCCTACTA AAACCATAAA TTCCCCATCC TCAATCTGTA AGTTGACATC 2520 TCTCAAGACA TCCTTTTCTG TGTAGCGCAG TGCTACATTT TTGTATTCAA TCATTCTTTG 2580 TCCTCAATTT AAAACTTCCC TCGATTGGTC AAGTCTTCTA CCTTAGGCAT AACTTCCTTA 2640 TTATCCCAAT GCTCCACAAT TTTCCCGTTC TCTAAACGGA AGATATCGTA CTGGGCATAA 2700 GCAACGCCAT CAATCTGAGT CTGACCATAG CTAACCACAT AGTTTCCTTG TCCTAAGAGT 2760 TGGAAAACAA AGTCAAAAGT GACACTATAT TCAGCCACAT AGTTTTTATA AGCAGCACTT 2820 CCTTGTCCAA TATCATGATT ATGCTGAATC AAATCGTCTG CCACATAATC ACTCCACTGC 2880 TCTAGCTCCC CATTTTGGAA AATTTCTGTC AAGAAACGGC GAACCAGCTT TTTATTTTCT 2940 GCTTTCTTAT CCAAATCCTT GATTTCAAAA TCTCCAAAAA TTTGATCTAG TTGGTCATTT 3000 TCAGGTGTTC GATAGTAGTC AATGACATCC CAATGCTCAA CAATACAACC ATTCTCATCC 3060 TCACGGAAAG TATCCGTCGT CACCCATTGA GCTTCTCCAC CATTCAGATA TTGATGAACA 3120 TGAACAAAGA CCAGATTGCC ATCCTCAATG GTGCGGACAA TCTTAATCTG ACGCTCTGGA 3180 TGACGCTCAA AGAAATCTGC AAAGAAGGCT GCAAATCCTT CTTTCCCGTC AGGAACACCT 3240 GTCGAATGTT GGATATAGGT ATCCCCTACA GACTGGGCTT GAGCCTCAGC AACTCGTCCG 3300 TCTTGAATGG CATGGATGTA TAGGTTGTGA GCATTTTTCA CTTGTTGTGA CATATTCTAA 3360 ACCTCATTTC CCTTCTCTTT CAGATTCGCC AAAATTCTTT CTTGAAAACC TTCAAATTGG 3420 TGAATTTCTT CCTCTGAAAA TCCTTTGTAA AAGATAGTAT CCAATTTCTG ACTGACACGA 3480 TGCCCCACTT CTTTCTGGGA CTTGCCTAAC TCCGTTAAAA CTAAATACTT CTTACGCTTG 3540 TCTTTTCCAC ACGGACTAAC AATTACAAGC TTTTGTTCCT CTAGCTTTTT TATCATAGTC 3600 GTCAGCGTAT TATTCGCAAG TCCAGTCGCA AGCGCGATAT CTGTCGCAGT TGCGCAGCCA 3660 GTTTCACTAT TCCATAAAAC CGCTAAAATC TTGCCCTGTT CACCCCTATA AAGAGCCTCA 3720 GGATCTTGAC TCAGTAACTT TTGAAAAATC CGCCCATTCA ACAAACGAAT ATGATGGGCT 3780 AGCAAATGAC CATCTTTCAT AACACCTCCA ATTTATTTCG ATATCGAAAT GAATAAAACA3840 ATTGTAACAC TCATCGTTCT AACTGTCAAC TATTTCGATT TAGAAATAAT TTTTGATAAT 3900 TATCCACACC ACCATACTCC GGCTCAACTA ACTTTTAACG AGAGTTTCTA AACTCCTTCG 3960 TCCTCCAGTC TACAAAAGCC TTCCATTCGT ACTATCCTAT ATTTTATGAG GGGACACATT 4020 TTTCCTATCA GACCATTTAT TTTAAAGATA GAAGTAAATC ATAATTGCTT CCATCTGTTC 4080 TTTTATAGTA TATTGAAGTT AGACTAGAGC ACTGTATCTT CTAAAACATT GATAGAAAGC 4140 GATTTGAATT TCCCAATCAA TTTGTTCGTA TTTATAGCAT TTCGAAACTG GAATAGGACA 4200 CCATGACTGC TAAAAGATTT CTATAAATTC ATTTAATTTC CTCAATCAAT TTGTTCATAT 4260 CTTATTTCAT TCCGCTATAA TTTCACCTTA CCCTATCTTT TTCGTAGCAC CCTTCAAACA 4320 GCCTATCCCC TACCGTTTGA CGATTCCTCA CTTCGCTCCA CTTCCATTAC AGAAGTTTCT 4380 TCACTACTAT GGGCTCGGCT GACTTCTCAT GATTCCTTGT TACTACTATT TGAACGCTCA 4440 CGAGATAGAT CTTACAAAAA ATGCTTTGAT CCACAATGGA ATCAAAGCAT TTTAAAGAGT 4500 TCCTCATACA TAAGCGCAGA AGTCGCAGTT CCTCTGTACT TGGCTTCTTC TCTTTTGACA 4560 AAGCGAGCCA AGTTGAGCAA CTCAGGTGCT GGATGTTTGG GATTTAGGAG CAATTCACGA 4620 TTGACCAGGC CTGAGAGACG AACTGCCTGC AATTGCTCAT TTGTAGTAGG CAGTTTTTTA 4680 GTAGTCTCTA GGAGAGCAGC AACTAAATCT TCACTCAAAT CATGTCGAGC ATGATTGTAA 4740 AGATCTTTTA TAAGGCTTTC TAGGTTTGGT TCTACCATCC CTACCACCTC CCTTATGGTT 4800 TAATAATGTT TAATCAAATC AACCGTTGAA CGATCCAATT TCTTCACCAA GGCTTGTAAG 4860 AAAGCTTGCG CTTCTAGGAA GTCATCCATT GCATAGAGGG TTTGGTGAGA ATGGATATAA 4920 CGAGCGCAGA CACCGATAGT TGTTGATGGG ACACCACCAT TTTTCAGATG AGCTGCACCT 4980 GCATCTGTTC CGCCTTTACC ACAGTAGTAT TGGTACTTGA TACCAGCTTC TTCAGCCGTT 5040 GTCAAAAGGA AATCCTTCAT CCCTGGGAGA AGCAAGTGAC CTGGATCATA GAAACGAATC 5100 AAGGTTCCAT CTCCAATCTT GCCTTGACCA CCGTAGACAT CACCTGCTGG TGAGCAATCA 5160 ACTGCGAGGA AGACTTCTGG GTCAAACTTG GTTGTAGAGG TATGAGCGCC ACGCAGACCA 5220 ACTTCTTCTT GGACGTTAGA ACCCAGATAG AGTTCATTGC CGAGTTTTTG ACCCGATAAA 5280 GCTTCAGCTA GCTCGCTTAC CATGAGGACA CCGTAGCGGT TATCCCAAGC TTTTGAGATG 5340 ATATTTTTTT CATTGGCTGT CAAAATTGCA GAACTATCTG GTACAATGGT ATCACCAGGA 5400 CGGATGCCAA AACTTTCTGC CTCAGCCTTG TCCGCAAAAC CACCATCAAA AACGATATCG 5460 GCAATGGCTG GCATGGTTGG TCCCCCCTTT CCACGAGTCA AATGCGGAGG AACAGAACCT 5520 GAAATCACAG GAATTTCATG ACCATCACGA GTCAAGAGTT TGAAACGTTG GCTGCTAACC 5580 ACCATGGGGT TCCAGCCACC GATTTCTACG ACACGGAAGG TACCATCTGG CTTGATTTCG 5640 CTGACCATAA AACCAACTTC GTCCATATGA GAAGCGACCA AGACGCGCGG TGCATCCACA 5700 GCTTCTGAAT GTTTGATACC AAAAATACCA CCCAAGCCAT CTGTCACCAC TTCATCCACA 5760 TGCGGTGTCA ACTTTTCACG AAGATAAGCA CGGACAGGCG CTTCATGACC TGAGACTGCA 5820 GCAAGTTCTG TTACTTCTTT AATTTTTGAA AATAATGTTG TCATTTCAGT TCCTTCTTTC 5880 TTTCATCCAT TTTACCACTT TTTATAGGAG AAGGATAGTG GGAAGGTGGA TTTCTAAGTT 5940 AGTATCTTAG TCCTGCTCTA TCTTAGAAAA GGATAGTATT CTCTTGCATG TAGTGCAAAA 6000 TCTAGTAAAC ATTCCAAAAT TAACTCGAAT ATTTATTTCC AAACAAAAAA ACAATACACC 6060 ATCAAAGTTG TTTGGATTTT TCATGAAATT TACAGAAAAT AGTTGACTTC CCTTTCTTCT 6120 TTCTTTAAAT ATATAGTTGG TTGAGTTTGG AATAGTACGC TGTAGCTGCT AAAACATTTC 6180 TAGAAATTAA TTTGACTTTC CTAATAGAGT TGTTCATATC TTATTTCAAT TTACTATAGT 6240 ACAAAACTAG AAAAGGAAAA AATCATGACC AGG 6273 (2) INFORMATION FOR SEQ ID NO : 22 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 28171 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 22 : ACAACCTTTT TCAAAAACTC ACCTTGGTAC GGAGATGTTT TGCTTTCTGC TATTATTTTC 60 GGTTATATTC ATATCAATTT TGCTTTAACT CCTCTTGCTT TTTTCATTTA TGCTAGTGGA 120 GGTCTTATTT TAGCTCTATT GTATCGCATG ACTAAAAATC TCTACTATCC AATACTAGTT 180 CATATTCTCA TTAATATCAC TGCCTTCTGG GATGTGTGGT TGCTCCTATT TTCAGGAAGT 240 TAGCTTACTA AAATAATGTC GGAACTTTCC GGCATTTTCT TTTTTCACAA ATAGTCAACG 300 TTTTTCTTTT CGATATTGTA GTGGTGTGTA TCCAGTTATT TTTTTGAATT GATTTTGAAA 360 ATAAGGTTGA CTTGAGAAAG GCAGATAGTG AAGATAGTTA AGAAGAATAG GATGTTCTTT 420 TTTCCTTTTT GGAAAACTTC TAAAATATGG TATAATGAAA AGATAAAGAA GTTGGGGGTA 480 GAAGATGAAC ATTCAACAAT TACGCTATGT TGTGGCTATT GCCAATAGTG GTACTTTTCG 540 TGAAGCTGCT GAAAAGATGT ATGTTAGTCA GCCGAGTCTG TCTATTTCTG TTCGTGATTT 600 GGAAAAAGAG TTGGGCTTTA AGATTTTCCG TCGGACCAGC TCAGGGACTT TCTTGACCCG 660 TCGTGGGATG GAATTTTATG AAAAATCGCA AGAATTGGTT AAAGGATTTG ATATTTTTCA 720 AAATCAGTAT GCCAATCCTG AAGAAGAAAA AGATGAATTT TCTGTTGCTA GCCAGCACTA 780 TGACTTCTTG CCACCAACTA TTACGGCCTT TTCAGAGCGC TATCCTGACT ATAAGAACTT 840 CCGTATTTTT GAATCAACTA CTGTTCAAAT ATTAGATGAA GTGGCGCAAG GGCATAGTGA 900 GATTGGGATT ATCTACCTCA ACAATCAAAA TAAAAAGGGG ATTATGCAAC GGGTTGAAAA 960 ATTAGGTCTG GAGGTCATCG AATTGATTCC TTTCCATACC CATATTTATC TCCGTGAGGG 1020 TCATCCTTTA GCCCAGAAAG AGGAATTAGT CATGGAGGAT TTAGCGGATT TACCAACGGT 1080 TCGTTTCACT CAAGAGAAAG ACGAGTACCT TTATTATTCA GAGAACTTTG TCGATACCAG 1140 CGCTAGCTCA CAGATGTTTA ATGTGACAGA CCGTGCCACC TTGAATGGTA TTTTGGAGCG 1200 GACGGACGCC TATGCGACAG GTTCTGGATT TTTAGATAGT GACAGTGTTA ATGGCATTAC 1260 AGTTATTCGT CTCAAGGATA ACCTAGATAA CCGCATGGTC TATGTTAAAC GTGAAGAAGT 1320 GGAGCTTAGT CAAGCTGGGA CTCTCTTCGT AGAAGTCATG CAAGAATATT TTGATCAAAA 1380 GAGGAAATCA TGAAAAAAAG AGCAATAGTG GCAGTCATTG TACTGCTTTT GATTGGGCTG 1440 GATCAGTTGG TCAAATCCTA TATCGTCCAG CAGATTCCAC TGGGTGAAGT GCGCTCCTGG 1500 ATCCCCAATT TCGTTAGCTT GACCTACCTG CAAAATCGAG GTGCAGCCTT TTCTATCTTA 1560 CAAGATCAGC AGCTGTTATT CGCTGTCATT ACTCTGGTTG TCGTGATAGG TGCCATTTGG 1620 TATTTACATA AACACATGGA GGACTCATTC TGGATGGTCT TGGGTTTGAC TCTAATAATC 1680 GCGGGTGGTC TTGGAAACTT TATTGACAGG GTCAGTCAGG GCTTTGTTGT GGATATGTTC 1740 CACCTTGACT TTATCAACTT TGCAATTTTC AATGTGGCAG ATAGCTATCT GACGGTTGGA 1800 GTGATTATTT TATTGATTGC AATGCTAAAA GAGGAAATAA ATGGAAATTA AAATTGAAAC 1860 TGGTGGTCTG CGTTTGGATA AGGCTTTGTC AGATTTGTCA GAATTATCAC GTAGTCTCGC 1920 GAATGAACAA ATTAAATCAG GCCAGGTCTT GGTCAATGGT CAAGTCAAGA AAGCTAAATA 1980 CACAGTCCAA GAGGGTGATG TCGTCACTTA CCATGTGCCA GAACCAGAGG TATTAGAGTA 2040 TGTGGCTGAG GATCTTCCGC TAGAAATAGT CTACCAAGAT GAGGATGTGG CTGTCGTTAA 2100 CAAACCTCAG GGAATGGTTG TGCACCCGAG TGCTGGTCAT ACCAGTGGAA CCCTAGTAAA 2160 TGCCCTCATG TATCATATTA AGGACTTGTC GGGTATCAAT GGGGTTCTGC GTCCAGGGAT 2220 TGTTCACCGT ATTGATAAGG ATACGTCAGG TCTTCTCATG ATTGCTAAAA ACGATGATGC 2280 GCATCTAGCA CTTGCCCAAG AACTCAAGGA TAAAAAGTCT CTCCGCAAAT ATTGGGCGAT 2340 TGTTCATGGA AATCTACCTA ATGATCGTGG TGTAATTGAA GCGCCGATTG GCCGGAGTGA 2400 AAAAGACCGT AAGAAACAGG CTGTAACTGC TAAAGGGAAG CCTGCAGTGA CGCGTTTTCA 2460 CGTCTTGGAA CGCTTTGGCG ATTATAGCTT AGTAGAGTTG CAACTGGAGA CAGGGCGCAC 2520 TCATCAAATC CGTGTCCACA TGGCTTATAT CGGCCATCCA GTCGCTGGTG ATGAGGTCTA 2580 TGGTCCTCGC AAGACTTTGA AAGGACATGG ACAATTTCTT CATGCCAAGA CTTTAGGTTT 2640 TACTCATCCG AGAACAGGTA AGACCTTGGA ATTTAAAGCA GATATCCCAG AGATTTTTAA 2700 GGAAACCTTG GAGAGATTGA GAAAGTAAGA ATGAAAAAGA AATTAACTAG TTTAGCACTT 2760 GTAGGCGCTT TTTTAGGTTT GTCATGGTAT GGGAATGTTC AGGCTCAAGA AAGTTCAGGA 2820 AATAAAATCC ACTTTATCAA TGTTCAAGAA GGTGGCAGTG ATGCGATTAT TCTTGAAAGC 2880 AATGGACATT TTGCCATGGT GGATACAGGA GAAGATTATG ATTTCCCAGA TGGAAGTGAT 2940 TCTCGCTATC CATGGAGAGA AGGAATTGAA ACGTCTTATA AGCATGTTCT AACAGACCGT 3000 GTCTTTCGTC GTTTGAAGGA ATTGGGTGTC CAAAAACTTG ATTTTATTTT GGTGACCCAT 3060 ACCCACAGTG ATCATATTGG AAATGTTGAT GAATTACTGT CTACCTATCC AGTTGACCGA 3120 GTCTATCTTA AGAAATATAG TGATAGTCGT ATTACTAATT CTGAACGTCT ATGGGATAAT 3180 CTGTATGGCT ATGATAAGGT TTTACAGACT GCTGCAGAAA AAGGTGTTTC AGTTATTCAA 3240 AATATCACAC AAGGGGATGC TCATTTTCAG TTTGGGGACA TGGATATTCA GCTCTATAAT 3300 TATGAAAATG AAACTGATTC ATCGGGTGAA TTAAAGAAAA TTTGGGATGA CAATTCCAAT 3360 TCCTTGATTA GCGTGGTGAA AGTCAATGGC AAGAAAATTT ACCTTGGGGG CGATTTAGAT 3420 AATGTTCATG GAGCAGAAGA CAAGTATGGT CCTCTCATTG GAAAAGTTGA TTTGATGAAG 3480 TTTAATCATC ACCATGATAC CAACAAATCA AATACCAAGG ATTTCATTAA AAATTTGAGT 3540 CCGAGTTTGA TTGTTCAAAC TTCGGATAGT CTACCTTGGA AAAATGGTGT TGATAGTGAG 3600 TATGTTAATT GGCTCAAAGA ACGAGGAATT GAGAGAATCA ACGCAGCCAG CAAAGACTAT 3660 GATGCAACAG TTTTTGATAT TCGAAAAGAC GGTTTTGTCA ATATTTCAAC ATCCTACAAG 3720 CCGATTCCAA GTTTTCAAGC TGGTTGGCAT AAGAGTGCAT ATGGGAACTG GTGGTATCAA 3780 GCGCCTGATT CTACAGGAGA GTATGCTGTC GGTTGGAATG AAATCGAAGG TGAATGGTAT 3840 TACTTTAACC AAACGGGTAT CTTGTTACAG AATCAATGGA AAAAATGGAA CAATCATTGG 3900 TTCTATTTGA CAGACTCTGG TGCTTCTGCT AAAAATTGGA AGAAAATCGC TGGAATCTGG 3960 TATTATTTTA ACAAAGAAAA CCAGATGGAA ATTGGTTGGA TTCAAGATAA AGAGCAGTGG 4020 TATTATTTGG ATGTTGATGG TTCTATGAAG ACAGGATGGC TTCAATATAT GGGGCAATGG 4080 TATTACTTTG CTCCATCAGG GGAAATGAAA ATGGGCTGGG TAAAAGATAA AGAAACCTGG 4140 TACTATATGG ATTCTACTGG TGTCATGAAG ACAGGTGAGA TAGAAGTTGC TGGTCAACAT 4200 TATTATCTGG AAGATTCAGG AGCTATGAAG CAAGGCTGGC ATAAAAAGGC AAATGATTGG 4260 TATTTCTACA AGACAGACGG TTCACGAGCT GTGGGTTGGA TCAAGGACAA GGATAAATGG 4320 TACTTCTTGA AAGAAAATGG TCAATTACTT GTGAACGGTA AGACACCAGA AGGTTATACT 4380 GTGGATTCAA GTGGTGCCTG GTTAGTGGAT GTTTCGATCG AGAAATCTGC TACAATTAAA 4440 ACTACAAGTC ATTCAGAAAT AAAAGAATCC AAAGAAGTAG TGAAAAAGGA TCTTGAAAAT 4500 AAAGAAACGA GTCAACATGA AAGTGTTACA AATTTTTCAA CTAGTCAAGA TTTGACATCC 4560 TCAACTTCAC AAAGCTCTGA AACGAGTGTA AACAAATCGG AATCAGAACA GTAGTAGAAA 4620 AGAAGGTTTT AGGGCCTTCT TTTTCCTATC AACTCTTTTC TATTTCCTGT TATTCATGTT 4680 ATAATGGATA AATATGAATA ATCGGAGTGA GACTATGAAA TACAAACGGA TTGTCTTTAA 4740 GGTGGGTACT TCTTCTCTGA CAAATGAGGA TGGAAGTTTA TCACGTAGTA AGGTAAAGGA 4800 TATTACCCAG CAGTTGGCTA TGCTGCACGA GGCTGGTCAT GAGTTGATTT TGGTGTCTTC 4860 AGGTGCCATT GCGGCTGGTT TTGGAGCCTT AGGATTTAAA AAGCGTCCGA CTAAGATTGC 4920 TGATAAACAG GCTTCAGCAG CGGTAGGGCA GGGGCTTTTG TTGGAAGAAT ATACAACCAA 4980 TCTTCTCTTG CGTCAAATCG TTTCTGCACA AATCTTGCTG ACCCAAGATG ACTTTGTGGA 5040 TAAGCGTCGT TATAAAAATG CCCATCAGGC TTTGTCGGTT TTGCTCAACC GTGGGGCAAT 5100 TCCTATCATC AATGAGAATG ATAGTGTCGT TATTGATGAG CTCAAGGTTG GGGACAATGA 5160 CACTCTAAGT GCTCAAGTAG CGGCGATGGT CCAAGCAGAC CTTTTAGTTT TCTTGACAGA 5220 TGTGGACGGT CTCTATACTG GAAATCCTAA TTCAGATCCA AGAGCCAAAC GCTTGGAGAG 5280 AATCGAGACC ATCAATCGTG AGATTATTGA TATGGCTGGT GGAGCTGGTT CGTCAAACGG 5340 AACTGGGGGT ATGTTAACCA AAATCAAGGC TGCAACTATC GCGACGGAAT CAGGAGTTCC 5400 TGTTTATATC TGCTCATCCT TGAAATCAGA TTCCATGATT GAGGCGGCAG AGGAGACCGA 5460 GGATGGTTCT TACTTTGTTG CTCAAGAGAA GGGGCTTCGT ACCCAGAAAC AATGGCTTGC 5520 CTTCTATGCT CAGAGTCAAG GTTCTATTTG GGTTGATAAA GGGGCTGCGG AAGCTCTCTC 5580 TCAATATGGA AAGAGTCTTC TCTTATCTGG TATCGTTGAA GCAGAAGGAG TCTTTTCTTA 5640 CGGTGATATC GTGACAGTAT TTGACAAGGA AAGTGGAAAA TCACTTGGAA AAGGACGCGT 5700 GCAATTTGGA GCATCTGCTT TGGAGGATAT GTTGCGTTCT CAAAAAGCCA AGGGTGTCTT 5760 GATTTACCGT GACGACTGGA TTTCCATTAC TCCTGAAATC CAACTACTTT TTACAGAATT 5820 TTAGAGGTAA ACTATGGTGA GTAGACAAGA ACAATTTGAA CAGGTACAGG CTGTTAAAAA 5880 ATCGATTAAC ACAGCTAGTG AAGAAGTGAA AAACCAAGCC TTGCTAGCCA TGGCTGATCA 5940 CTTAGTGGCT GCTACTGAGG AAATTTTAGC GGCTAATGCC CTCGATATGG CAGCGGCTAA 6000 GGGGAAAATC TCAGATGTGA TGTTGGATCG TCTTTATTTG GATGCAGATC GTATAGAAGC 6060 GATGGCAAGA GGAATTCGTG AAGTGGTTGC CTTACCAGAT CCAATCGGTG AAGTTTTAGA 6120 AACAAGTCAG CTTGAAAATG GTTTGGTTAT CACAAAAAAA CGTGTAGCTA TGGGTGTCAT 6180 CGGTATTATC TATGAAAGCC GTCCAAATGT GACGTCTGAT GCGGCTGCTT TGACTCTTAA 6240 GAGTGGAAAT GCGGTTGTTC TTCGTAGTGG TAAGGATGCC TATCAAACAA CCCATGCCAT 6300 TGTCACAGCC TTGAAGAAGG GCTTGGAGAC GACTACTATT CATCCAAATG TGATTCAACT 6360 GGTGGAGGAT ACTAGCCGTG AAAGTAGTTA TGCTATGATG AAGGCCAAGG GCTATCTAGA 6420 CCTTCTCATT CCTCGTGGAG GAGCTGGCTT GATCAATGCA GTGGTTGAGA ATGCGATTGT 6480 ACCTGTTATC GAGACAGGGA CTGGGATTGT CCATGTCTAT GTGGATAAGG ATGCAGACGA 6540 AGACAAGGCG CTGTCTATCA TCAACAATGC TAAAACCAGT CGTCCTTCTG TTTGTAATGC 6600 CATGGAGGTT CTGCTGGTTC ATGAAAACAA GGCAGCAAGC TTCCTTCCTC GCTTGGAGCA 6660 AGTGTTGGTT GCAGAGCGTA AGGAAGCTGG ACTGGAACCA ATTCAATTCC GCCTAGATAG 6720 CAAAGCAAGC CAGTTTGTTT CAGGTCAAGC AGCTGAGACC CAAGACTTTG ACACCGAGTT 6780 TTTAGACTAT GTCCTTGCTG TTAAGGTTGT GAGCAGTTTA GAAGAAGCGG TTGCGCACAT 6840 TGAATCCCAC AGCACCCATC ATTCGGATGC TATTGTGACG GAAAATGCTG AAGCTGCAGC 6900 ATACTTTACA GATCAAGTGG ACTCTGCAGC GGTGTATGTT AATGCCTCAA CTCGTTTCAC 6960 AGATGGAGGA CAATTTGGTC TTGGTTGTGA AATGGGGATT TCTACTCAGA AATTGCACCC 7020 GCGTGGTCCC ATGGGCTTGA AAGAGTTGAC CAGCTACAAG TATGTGGTTG CCGGTGATGG 7080 GCAGATAAGG GAGTAAGAGA TGAAGATTGG ATTTATCGGT TTGGGGAATA TGGGTGCTAG 7140 CTTGGCAAAA TCTGTCTTGC AGACTAGGAC GTCAGATGAG ATTCTCCTTG CCAATCGTAG 7200 TCAAGCTAAG GTAGATGCTT TCATTGCAGA CTTTGGTGGT CAGGCTTCCA GCAATGAAGA 7260 AATGTTTGCA GAAGCAGATG TGATTTTTCT AGGAGTTAAG CCTGCTCAGT TTTCTGAACT 7320 GCTTTCTCAA TACCAGACCA TCCTTGAAAA AAGAGAAAGT CTTCTTTTGA TTTCGATGGC 7380 AGCTGGATTG ACCTTAGAAA AACTAGCAAG TCTTATCCCA AGTCAACACC GAATTATTCG 7440 TATGATGCCT AATACCCCTG CTTCTATCGG GCAAGGAGTG ATTAGTTATG CCTTGTCTCC 7500 TAATTGCAGG GCTGAGGACA GTGAGCTCTT TTATCAGCTT TTAGCCAAGG CTGGTCTCTT 7560 GGTTGAACTA GGAGAAAGTT TAATCGATGC AGCGACAGGT CTTGCAGGTT GTGGACCAGC 7620 CTTTGTCTAT CTTTTTATCG AGGCCTTGGC AGATGCAGGT GTTCAGACAG GATTACCACG 7680 AGAAATAGCA TTGAAAATGG CAGCACAAAC TGTGGTAGGA GCTGGGCAAT TGGTCCTTGA 7740 AAGTCAGCAA CATCCTGGAG TATTGAAAGA CCAAGTCTGT AGCCCAGGCG GTTCGACTAT 7800 CGCTGGTGTA GCAAGCCTAG AAGCGCATGC TTTCCGAGGA ACAGTCATGG ATGCAGTTCA 7860 TCAAGCCTAC AAACGAACAC AAGAACTAGG TAAATAAGAG GTAGTTTTGA CTGCCTCTTT 7920 TATGGTGGCT GAAATGAGAA GACACAAAAA GATTGTCACA AACCCCTATT TTTTTGATAG 7980 AATAGAAGTA GTAAAAAAGA AATGAGTTAG ACATGTCAAA AGGATTTTTA GTCTCTCTTG 8040 AGGGACCAGA GGGAGCAGGC AAGACCAGTG TTTTAGAGGC TCTGCTACCA ATTTTAGAGG 8100 AAAAAGGAGT AGAGGTGTTG ACGACCCGTG AACCTGGCGG AGTCTTGATT GGGGAGAAGA 8160 TTCGGGAAGT GATTTTGGAT CCAAGTCATA CTCAGATGGA TGCTAAAACA GAGCTACTTC 8220 TCTATATTGC CAGTCGCAGA CAGCATTTGG TGGAAAAAGT TCTTCCAGCC CTTGAAGCTG 8280 GCAAGTTGGT CATCATGGAT CGTTTTATCG ATAGTTCTGT TGCCTATCAG GGATTTGGTC 8340 GTGGCTTAGA TATTGAAGCC ATTGACTGGC TCAATCAGTT TGCGACAGAT GGCCTCAAAC 8400 CCGATTTGAC ACTCTATTTT GACATCGAGG TGGAAGAAGG GCTGGCTCGT ATTGCTGCTA 8460 ATAGTGACCG CGAGGTTAAT CGTTTGGATT TGGAAGGGTT GGACTTGCAT AAAAAAGTTC 8520 GTCAAGGCTA CCTTTCTCTT CTGGATAAAG AGGGAAATCG CATTGTCAAG ATTGATGCTA 8580 GTCTCCCTTT GGAGCAAGTT GTGGAAACTA CCAAGGCTGT CTTGTTTGAC GGAATGGGCT 8640 TGGCCAAATG AAACAAGATC AACTAAAGGC TTGGCAACCA GCTCAGTTTG ACCGTTTTGT 8700 CCGTATCTTA GAACAAGACC AGCTCAATCA CGCCTATCTC TTTTCAGGTT TCTTTGAAAG 8760 CTTGGAAATG GCGCAATTTT TAGCTAAGAG CCTCTTTTGT ACGGATAAAG TTGGCGTCTT 8820 ACCATGTGAG AAATGCCGAA GTTGCAAGCT GATTGAACAG GGAGAATTTC CCGATGTCAC 8880 CTTGATTAAA CCAGTTAATC AGGTCATTAA GACGGAACGC ATTCGAGAAT TGGTGGGTCA 8940 GTTTTCTCAA GCAGGGATTG AAAGCCAGCA ACAGGTCTTT ATCATCGAGC AAGCGGATAA 9000 AATGCATCCC AACGCAGCCA ATTCTCTGCT CAAGGTCATC GAAGAACCCC AGAGTGAAGT 9060 TTATATTTTC TTCTTGACTA GCGATGAGGA AAAGATGTTA CCGACAATCC GAAGTCGGAC 9120 TCAGATCTTC CACTTTAAAA AGCAAGAAGA AAAACTTATC TTACTCTTAG AACAAATGGG 9180 ACTTGTTAAG AAAAAAGCGA CTCTTTTAGC TAAGTTTAGT CAATCGCGAG CTGAAGCAGA 9240 AAAGTTGGCT AATCAGGCAA GTTTTTGGAC CTTGGTCGAT GAAAGTGAAC GCCTGCTGAC 9300 TTGGTTAGTA GCTAAGAAAA AAGAAAGTTA TCTACAGGTT GCCAAATTAG CCAACTTGGC 9360 AGATGATAAG GAAAAACAGG ATCAGGTTTT ACGGATTCTT GAAGTTCTCT GTGGGCAGGA 9420 CCTCTTGCAG GTAAGAGTAA GAGTGATTCT ACAAGATTTA CTAGAAGCTA GAAAAATGTG 9480 GCAAGCTAAT GTCAGCTTTC AAAATGCCAT GGAATATCTG GTCTTGAAAG AAATATAAAC 9540 TCAAAAATGA ATGATAAAGA AAGGAAAGGG CTGTTTTATG GACAAAAAAG AATTATTTGA 9600 CGCGCTGGAT GATTTTTCCC AACAATTATT GGTAACCTTA GCCGATGTGG AAGCCATCAA 9660 GAAAAATCTC AAGAGCCTGG TAGAGGAAAA TACAGCTCTT CGCTTGGAAA ATAGTAAGTT 9720 GCGAGAACGC TTGGGTGAGG TGGAAGCAGA TGCTCCTGTC AAGGCCAAGC ATGTTCGTGA 9780 AAGTGTCCGT CGCATTTACC GTGATGGATT TCACGTATGT AATGATTTTT ATGGACAACG 9840 TCGAGAGCAG GACGAGGAAT GTATGTTTTG TGACGAGTTG CTATACAGGG AGTAGGCATG 9900 CAGATTCAAA AAAGTTTTAA GGGGCAGTCT CCCTATGGCA AGCTGTATCT AGTGGCAACG 9960 CCGATTGGCA ATCTAGATGA TATGACTTTT CGTGCTATCC AGACCTTGAA AGAAGTGGAC 10020 TGGATTGCTG CTGAGGATAC GCGCAATACA GGGCTTTTGC TCAAGCATTT TGACATTTCC 10080 ACCAAGCAGA TCAGTTTTCA TGAGCACAAT GCCAAGGAAA AAATTCCTGA TTTGATTGGT 10140 TTCTTGAAAG CAGGGCAAAG TATTGCTCAG GTCTCTGATG CCGGTTTGCC TAGCATTTCA 10200 GACCCTGGTC ATGATTTAGT TAAGGCAGCT ATTGAGGAAG AAATTGCAGT TGTGACAGTT 10260 CCAGGTGCCT CTGCAGGAAT TTCTGCCTTG ATTGCCAGTG GTTTAGCGCC ACAGCCACAT 10320 ATCTTTTACG GTTTTTTACC GAGAAAATCA GGTCAGCAGA AGCAATTTTT TGGCTTGAAA 10380 AAAGATTATC CTGAAACACA GATTTTTTAT GAATCACCTC ATCGTGTAGC AGACACGTTG 10440 GAAAATATGT TAGAAGTCTA CGGTGACCGC TCCGTTGTCT TGGTCAGGGA ATTGACCAAA 10500 ATCTATGAAG AATACCAACG AGGTACTATC TCTGAGTTAT TAGAAAGCAT TGCTGAAACG 10560 CCACTCAAGG GCGAATGTCT TCTCATTGTT GAGGGTGCCA GTCAGGGTGT GGAGGAAAAG 10620 GACGAGGAAG ACTTGTTCGT AGAAATTCAA ACCCGCATCC AGCAAGGTGT GAAGAAAAAC 10680 CAAGCTATCA AGGAAGTCGC TAAGATTTAC CAGTGGAATA AAAGTCAGCT CTACGCTGCC 10740 TACCACGACT GGGAAGAAAA ACAATAAAGG GAGACAGGAT GTAATAATTC TGTCTGTTTC 10800 TGTTTAACTT AATTAGTGAT GATAATATAA AGATGTATCA CTTGGTATAG AAGCTTTGGT 10860 ATTAAGTTTT TTATTAAGCC CATACGGAAT ACCGATGGTT GGAGCAGCAG TTATAGCGTT 10920 CTTAGAAGGT ATAAATAGAA AAATAAGGTC ATTTTAAATC AAAGGATTGA TAAATCAGAA 10980 AGAAGGTGAT TTTTTGCGAA CATACGAAAA TAAAGAAGAA CTAAAAGCTG AGATAGAGAA 11040 AACATTTGAG AAATATATTT TAGAATTTGA TAATATTCCA GAAAATTTAA AAGATAAGAG 11100 AGCTGATGAA GTTGACAGAA CTCCAGCAGA AAACCTTGCT TATCAGGTTG GTTGGACCAA 11160 CTTGGTTCTT AAATGGGAAG AAGATGAAAG AAAGGGGCTT CAAGTAAAAA CACCATCGGA 11220 TAAATTTAAA TGGAATCAAC TTGGTGAATT ATATCAGTGG TTCACAGATA CCTACGCTCA 11280 TTTATCTCTG CAAGAGTTGA AAGCAAAATT AAATGAAAAT ATTAATTCTA TCTCTGCAAT 11340 GATTGATTCG TTGAGTGAGG AAGAATTATT TGAACCGCAT ATGAGAAAGT GGGCTGATGA 11400 AGCGACTAAA ACAGCGACTT GGGAAGTGTA TAAGTTTATT CATGTAAATA CGGTTGCACC 11460 TTTTGGAACT TTCAGAACTA AAATCAGAAA ATGGAAGAAG ATAGTATTAT AAATTATATT 11520 TTTAACTTTA AAAAATTTCA TAAAAATGGT TACCAAAGGC GATAGAAGAA AAACTATCGT 11580 CTTTTTCTTT GCAAATTTTT AAGAAGGGAG GTGATCTTGC ATGGACTTTG AATATTTTTA 11640 TAACAGAGAA GCGGAAAGAT TTAACTTCTT AAAAGTACCG GAGATATTAG TTGATAGAGA 11700 AGAATTTCGG GGCTTATCAG CAGAAGCAAT TATCCTTTAT TCCATACTTC TTAAACAGAC 11760 AGGAATGTCA TTTAAGAATA ACTGGATAGA CAAGGAAGGC AGAGTATTTA TCTATTTTAC 11820 TGTCGAAGAA ATTATGAAAA GAAGAAATAT CTCAAAGCCA ACTGCCATAA AAACATTAGA 11880 TGAGCTTGAT GTAAAAAAGG AATAGGACTG ATCGAAAGAG TAAGGCTTGG ACTTGGTAAG 11940 CCGAACATCA TTTATGTTAA AGACTTTATG AGTATATTTC AGGTAAAAGA AAATGACTTA 12000 CAGAAGTCAA AAAACTTAAC TTCAGAAGTA AAAGATTTTA ACCTCAGAAG TAAAGAAAAT 12060 GAACTTCAAG AGGTTAAGAA CCTTGACTCT AACTATATAG AGAATAATAA GAGTAAGTAT 12120 AGTAAGAGAG AATATAGTTT TGGTGAAAAC GGACTTGGAA CATTTCAAAA TGTGTTTTTA 12180 GCTGCTGAAG ATATATCGGA TTTACAAATC ATAATGAACT CACAGCTTGA GAATTACATT 12240 AGACTTCCTG CAAAACTAGA ATCCTAGTTC ATGATTGATA ATGCCAGCAA TCAAATTCAT 12300 TCGTAATCCG AAGCGTTTAC GATGATTTCG ATAGATTGTT GAAAACATTT TAAACGTTTT 12360 TACTTTGGCA AAGATGTTCT CAATCTTGCT TCTCTCCTTG GATAGCGCAT GGTTACAGGC 12420 TTTATCTTCA GCTGTTAGCG GCTTGAGTTT GCTGGATTTA CGTGGAGTTT GTACTTGAGG 12480 ATATATCTTC ATGAGCCCTT GATAACCACT GTCAGACAAG ATTTTACCAG CTTGTCCGAT 12540 ATTTCTGCGA CTCATTTTGA ACAACTTCAT ATCACGACAA TAGTTCACAG CGATATCCAA 12600 AGAAACAATT CTCCCTTGAC TTGTGACAAT CGCTTGAGCC TTCATAGCGT GAAATTTCTT 12660 TTTACCAGAA TGATTCGCTA ATTCTTTTTT TAGGGCGATT GATTTTTACT TCCGTCGCAT 12720 CAATCATTAC CGTGTCCTCA GAACTGAGAG GAGTTCTTGA AATCGTAACA CCACTTTGAA 12780 CAAGAGTTAC TTCAACCCAT TGGCTCCGAC GGATTAAGTT GCTTTCGTGA ATACCAAAAT 12840 CAGCCGCAAT TTGTTCATAA GTTCGATATT CTCGCACATA TTGAAGAGTG GCCATAAGAA 12900 GGTCTTCTAG GCTTAATTTA GGTTTTCGTC CACCTTTTGC GTGTTTAAGT TGATAAGCTG 12960 TTTTTAATAC AGCTAATATC TCTTCAAAAG TCGTGCGCTG AACACCAACA AGACGCTTAA 13020 ATCGTGCATC AGTTAGTTGT TTACTTGCTT CATCATTCAT AGAACTACTA TACCATATTT 13080 TGTTTCGCAG GAAGTCTATT GGAAAGTAAG AAATATTGAA GCTGAGGCTA TTAGAAGAAA 13140 TTGTGAGCGT GGTGCTATTT TTTCAGGTAA AATAAAATAT CACGAAGATT CACAGTTTAA 13200 AGGAGATCAC TATGTTGAAT GTTATGCTGT TTTAGATAAT ACGGTTATAG CAAGAGATAG 13260 AATAACAGTC CCTATCGATC CGTTATGTGG AAAAGATTTT ATAGAGTAGC ATATAATTGA 13320 TTCTTAACTG GAATACTCAC TATCTCTTTA CATCAAGAAA ATGACTAAAC AGGGAAGTTT 13380 GCCTTCTTCC CTTTTTTTGT TATACTAGTA GAAGAAAAAA TTAGAAAGAT TTGTGGGTGT 13440 CAAACAGCCC AGTGGGGTGT TTTAATATGG ACTTAGGTCC CACCCAAAGA GGTATTAGTG 13500 TCGTGTCTCA ATCTTATATC AATGTTATCG GTGCTGGTTT GGCAGGTTCT GAAGCAGCTT 13560 ACCAAATCGC AGAGCGTGGT ATTCCAGTTA AACTATATGA AATGCGTGGT GTCAAGTCTA 13620 CACCCCAGCA TAAAACAGAC AATTTTGCTG AGTTGGTTTG TTCCAATTCT TTGCGTGGGG 13680 ATGCTTTGAC AAATGCAGTT GGTCTTCTCA AGGAAGAAAT GCGTCGCTTG GGTTCTGTTA 13740 TCTTGGAATC TGCTGAGGCT ACACGTGTTC CTGCAGGTGG TGCCCTTGCA GTGGACCGTG 13800 ATGGTTTCTC TCAAATGGTG ACCGAAAAAG TTGCCAACCA CCCCTTGATT GAAGTGGTTC 13860 GTGATGAAAT TACAGAATTG CCGACAGATG TTATTACGGT TATCGCTACT GGTCCTTTGA 13920 CAAGTGATGC CTTGGCTGAA AAGATTCATG CTCTTAATGA CGGTGCTGGT TTTTATTTCT 13980 ACGATGCGGC AGCGCCTATT ATCGATGTCA ACACTATCGA TATGAGCAAG GTCTACCTCA 14040 AATCACGTTA TGATAAGGGA GAAGCGGCCT ACCTCAATGC CCCTATGACC AAGCAAGANT 14100 TTATGGATTT CCATGAAGCT TTGGTCAATG CAGAAGAAGC ACCGCTTAGT TCTTTTGAAA 14160 AAGAAAAGTA CTTTGAAGGA TGTATGCCTA TCGAAGTCAT GGCCAAACGT GGCATTAAAA 14220 CTATGCTTTA TGGCCCTATG AAGCCAGTCG GTCTTGAGTA CCCAGACGAC TATACAGGAC 14280 CTCGTGATGG AGAATTTAAA ACACCTTATG CGGTTGTGCA ACTTCGTCAG GATAATGCAG 14340 CTGGTAGCCT CTACAATATT GTTGGTTTCC AGACCCACCT CAAATGGGGA GAACAAAAGC 14400 GTGTCTTCCA AATGATTCCG GGTCTTGAAA ATGCGGAGTT TGTCCGTTAT GGTGTGATGC 14460 ATCGCAATTC TTACATGGAT TCACCAAATC TTCTTGAGCA GACTTACCGT TCTAAGAAAC 14520 AACCAAATCT CTTCTTTGCT GGTCAAATGA CGGGTGTGGA AGGCTATGTT GAGTCGGCGG 14580 CTTCAGGCTT AGTTGCGGGA ATTAACGCAG CTCGTCTCTT CAAGGAAGAA AGCGAGGCTA 14640 TTTTCCCCGA GACGACAGCG ATTGGAAGCT TAGCTCATTA CATTACCCAT GCCGACAGCA 14700 AACATTTCCA ACCAATGAAT GTCAATTTTG GGATCATCAA GGAGTTGGAA GGCGAGCGTA 14760 TCCGTGATAA GAAGGCTCGT TATGAAAAAA TTGCAGAGCG TGCCCTTGCC GACTTAGAGG 14820 AATTTTTGAC TGTCTAATTT TTTTGAAAGA ATTGCTCATG ATACTATAAA AATCTTAGAA 14880 ATTGTGATAA AATAGGTAGG ATGAAAGAAG GAGAGTGAAA ATGGCGAATC CCAAGTATAA 14940 ACGTATTTTA ATCAAGTTAT CAGGTGAAGC CCTTGCCGGT GAACGTGGCG TAGGGATTGA 15000 TATCCAAACA GTTCAAACAA TCGCAAAAGA GATTCAAGAA GTTCATAGCT TAGGTATCGA 15060 AATTGCCCTT GTTATCGGTG GAGGAAATCT CTGGCGTGGA GAACCTGCAG CAGAAGCAGG 15120 TATGGACCGT GTTCAGGCAG ATTACACAGG AATGCTTGGG ACTGTTATGA ATGCTCTTGT 15180 GATGGCAGAT TCATTGCAAC AAGTTGGGGT TGATACGCGT GTACAAACAG CTATTGCCAT 15240 GCAACAAGTG GCAGAGCCTT ATGTCCGTGG ACGTGCCCTT CGTCACCTTG AAAAAGGCCG 15300 TATCGTTATC TTTGGTGCTG GAATTGGTTC ACCTTACTTC TCGACAGATA CAACAGCGGC 15360 CCTTCGTGCA GCTGAAATCG AAGCAGATGC CATCCTCATG GCTAAAAATG GTGTCGATGG 15420 TGTTTACAAT GCCGATCCTA AGAAAGATAA GACAGCTGTT AAGTTTGAAG AATTGACCCA 15480 CCGTGACGTT ATCAATAAAG GTCTTCGTAT CATGGACTCA ACAGCTTCAA CCCTCTCAAT 15540 GGACAACGAC ATTGACTTGG TTGTATTCAA CATGAACCAA CCAGGCAACA TCAAACGTGT 15600 CGTATTTGGT GAAAATATCG GAACAACAGT TTCAAATAAT ATCGAAGAAA AGGAATAAGA 15660 AAGAATATGG CTAACGCAAT TATTGAAAAA GCTAAAGAGA GAATGACCCA GTCTCACCAA 15720 TCACTTGCTC GTGAATTTGG TGGTATCCGT GCTGGTCGTG CCAATGCAAG CTTGCTTGAC 15780 CGTGTACATG TAGAATACTA TGGAGTCGAA ACTCCTCTTA ACCAAATCGC TTCAATTACG 15840 ATTCCAGAAG CGCGTGTTTT GTTGGTAACA CCATTTGACA AGTCTTCATT GAAAGACATC 15900 GAACGTGCCT TGAACGCTTC TGATATTGGT ATCACACCGG CTAATGACGG TTCTGTGATT 15960 CGCTTGGTTA TCCCAGCTCT TACAGAAGAA ACTCGTCGTG ACCTTGCTAA AGAAGTGAAG 16020 AAGGTCGGCG AAAATGCTAA AGTGGCTGTC CGCAATATCC GTCGCGATGC TATGGACGAA 16080 GCTAAGAAAC GAGAAAAAGC AAAAGAAATC ACTGAAGACG AATTGAAGAC TCTTGAAAAA 16140 GACATTCAAA AAGTAACAGA CGATGCTGTT AAACACATCG ACGACATGAC TGCTAACAAA 16200 GAGAAAGAAC TTTTGGAAGT CTAAAAATAA ACAGAAAAAC TCAGTTGGCA TTGCTGGCTG 16260 AGTTTTATTC GAAAGAAGGA AATATGAATA CAAATCTTGC AAGTTTTATC GTTGGACTGA 16320 TCATCGATGA AAACGACCGT TTTTACTTTG TGCAAAAGGA TGGTCAAACC TATGCTCTTG 16380 CTAAGGAAGA AGGCCAACAT ACAGTAGGGG ATACGGTCAA AGGTTTTGCA TACACGGATA 16440 TGAAGCAAAA ACTCCGCCTG ACAACCTTAG AAGTGACTGC CACTCAGGAC CAATTTGGTT 16500 GGGGACGTGT CACAGAGGTT CGTAAGGACT TGGGTGTCTT TGTGGATACA GGCCTTCCTG 16560 ACAAGGAAAT CGTTGTGTCA CTCGATATTC TCCCTGAGCT CAAGGAACTC TGGCCTAAGA 16620 AGGGCGACCA ACTCTACATC CGTCTTGAAG TGGATAAGAA AGACCGTATC TGGGGCCTCT 16680 TGGCTTATCA AGAAGACTTC CAACGTCTTG CTCGTCCTGC CTACAACAAC ATGCAGAACC 16740 AAAACTGGCC AGCCATTGTT TACCGTCTCA AGCTGTCAGG AACTTTTGTT TACCTACCAG 16800 AAAATAATAT GCTTGGTTTT ATTCATCCTA GCGAGCGTTA CGCAGAGCCA CGTTTGGGGC 16860 AAGTATTAGA TGCGCGCGTT ATTGGTTTCC GTGAAGTGGA CCGCACTCTG AACCTCTCCC 16920 TCAAACCACG CTCCTTTGAA ATGTTGGAAA ACGATGCTCA GATGATTTTG ACTTATTTGG 16980 AAAGCAATGG CGGTTTCATG ACCTTAAATG ACAAGTCATC TCCAGACGAC ATCAAGGCAA 17040 CCTTTGGCAT TTCTAAAGGT CAGTTCAAGA AAGCTTTAGG TGGTCTTATG AAGGCTGGTA 17100 AAATCAAGCA GGACCAGTTT GGGACAGAGT TGATTTAGGG AGGCTTATGA GAAAATCATT 17160 TTACACTTGG CTCATGACCG AGCGCAATCC TAAAAGTAAC AGTCCCAAAG CAATTTTGGC 17220 AGACCTCGCT TTTGAAGAGT CAGCCTTTCC AAAACACACA GATGATTTTG ATGAGGTCAG 17280 TCGCTTTTTG GAGGAGCATG CCAGTTTCTC TTTTAACCTA GGAGATTTTG ACAGCATTTG 17340 GCAGGAATAT CTAGAACACT AGCATTTATT CATTGGGTTT GGGCTAGTAA TTTCTCCATC 17400 CCTCTGCTAT AATAAAAAGA AATAAAAGGA TTAGAGAGGT TCTTTATTTG AAGGAACATT 17460 CAATAGACAT TCAACTGAGT CATCCAGATG ACCTGTTTCA TCTTTTTGGT TCCAATGAAC 17520 GCCATCTTCG TTTGATGGAA GAAGAGCTTG ATGTTGTGAT TCATGCTCGT ACGGAGATTG 17580 TCCAGGTTTT GGGAGAAGAG TCTGCCTGTG AGGAAGCCCG TCAAGTTATT CAGGCTTTGA 17640 TGGTCTTGGT AAATCGTGGG ATGACCGTTG GTACGCCAGA TGTAGTCACT GCGATTAGCA 17700 TGGTCAAAAA TGATGAAATT GACAAGTTTG TCGCCCTTTA CGAAGAAGAA ATTATCAAGG 17760 ATAATACTGG GAAACCTATC CGTGTCAAAA CCCTAGGGCA AAAGCTTTAT GTGGACAGTG 17820 TCAAACAGCA TGATGTGACC TTTGGAATTG GGCCAGCAGG TACAGGGAAG ACCTTCCTTG 17880 CAGTGACCTT GGCAGTGACT GCCCTTAAAC GTGGGCAAGT CAAGCGAATT ATCCTAACTC 17940 GTCCAGCGGT GGAAGCGGGA GAGAGTCTTG GATTTCTTCC GGGTGATCTT AAGGAGAAGG 18000 TGGATCCTTA CCTTCGTCCT GTTTACGATG CCTTGTATCA AATTCTTGGG AAAGACCAAA 18060 CGACTCGTCT CATGGAGCGT GAAATTATCG AAATTGCGCC CCTTGCCTAT ATGCGTGGCC 18120 GGACCTTGGA TGATGCCTTT GTCATTCTCG ATGAGGCGCA AAACACGACC ATCATGCAGA 18180 TGAAGATGTT CTTGACGCGT TTAGGTTTTC ATTCTAAGAT GATTGTCAAT GGAGATATTA 18240 GTCAGATTGA CCTGCCACGT AATGTCAAGT CCGGTTTGAT TGATGCTCAA GAGAAACTCA 18300 AGAACATCCA TCAGATTGAC TTTGTTCATT TTTCAGCCAA GGATGTGGTT CGCCATCCTG 18360 TTGTCGCTCA GATTATCCGA GCCTATGAAT ATTCTACTGA AGTTGCACAC GACTGATTTT 18420 GAGGAAGTTC GCCTGCAAAA GAATAGACTT GTTCGGTAAC TGTAAAAAGT GTTATACTAT 18480 TTTTATGGAA ACAGTATACG ACAAAGCACA AAAACTTAAC TCAAAAAACT TCAAACTATT 18540 GATTGGTGTC AAAAAGGAAA CCTTTCAACT CATGCTAGAA CACCTGAATT CAGCCTATCA 18600 GATTCAGCAC CGAAAAGGTG GACGTCCACG TAGTCTGCCC ATGGAAGACC AGCTCATTAT 18660 GACCCTCCGT TACTTGCGAT ATTATCCCAC TCAGCGTCTG CTGGCCTTTG ATTTTGGCGT 18720 CGGTGTAGCT ACGGTAAATG CCATCATCAC TTGGGTGGAG GATACACTTC GTGCGTCAGG 18780 TAGCTTTGAT TTGGACCATT TAGAAGCCCC GAGTGCTGCT GTGGCTATTG ACGTGACCGA 18840 AAGTCCGATT CAGCGTCCAA ACAAAACCAA AGCAAAAATT ATTCTGGTAA AAAGAAACGA 18900 CACACCTTAA AAACTCAAAT TATGCTGGAT TTGACGACAC ATAAAGTCTG TCAAATGGCC 18960 TTTTCTGACG GACATACGCA TGATTTTACT CTCTTCAAAG AAAGTATTGG ACAAAGTTTG 19020 CCTGAAACGA CGCTTGCCTT TGTTGACCTA GGTTATTTAG GCATCTTGAA ATTTCATGAG 19080 AATACTTTCA TTCCTGCTAA AAATTCCAAA AATCGCCGCC TGAGTGAGGA TGATAAGCAG 19140 TTAAATAAAG AGATGTCAGC GATACGAATT GAAATTGAAC ATTTTAACGC TAAATTCAAG 19200 ACCTTCCAAA TCATGTCAGT CCCTTATCGT AACCGCAGAA AACGTTTCGA GTTACGGGCG 19260 GAATTAATTT GTGCCATCAT CAATTATGAA GTGAACTAGA TTCCGAACAA GTCTAATATA 19320 CTTTTGAGAG AGGAAAATCC AGTTGTATAG GCTAAAGGTT TTATCCAAAG GTCTGAGACA 19380 ACGATTAGGC ACGATGGAAA GAACTTTTAT GTGGCTGATG ACGATCAGTG CATCTTCCTG 19440 TGTCATAATC ACAGGGCACA AGAAAGTAGG AATTTGAAAA GATGATTGAC CAACTATCTA 19500 AGTATTACAG TTGTAGGATA CTAACTGAAA AGGATATTCC AAGTATTTTA TCTTTATATG 19560 AAAGTAATCC TCTGTATTTT CAGCATTGTC CACCAGAGCC AAATTTTGCA ACTGTAAAAG 19620 AGGACATGCT TTGTCTACCT GAAGGTAAAG CTAAGGCTGA TAAGTTTTTT GTTGGATTTT 19680 GGAATGGATC TGACCTTGTG GCTGTTATGG ATTTTGTCTA TGCATATCCT GATGAGGAGA 19740 CTGTTTTTAT TGGTTTGTTT ATGGTTGATC AAGCCTATCA GAGAAAAGGG ATTGGTAGTC 19800 ATATTGTGAC AGAAGCACTA GCTTATTTTG CTAAGAACTT TCGAAAGGCA CGTTTGGCTT 19860 ATGTTAAGGG AAATCCGCAA TCTCAGCATT TTTGGGAAAA GCAGGGCTTT AAATCAATTG 19920 GATGCGAGGT TAAGCAAGAA CTCTATACGG TTGTTATCGC TGAACAGAGC CTAGAAGATT 19980 AGAAATGGCA TCAAGTAAGA ACTATTTGGA ATTTGTTTTG GAACAATTAT CAGGATTAGA 20040 TGATGTGACT TACCGTTCCA TGATGGGGGA GTATATTCTT TACTTCCGCG GCAAGATTAT 20100 TGGCGGCATT TATGACGATC GCTTTTTAGT TAAACCCGTG CAAGCAGTCT TAGATAAGAT 20160 TGACCAATCT TCTTTTGAGT TTCCATACAA AGGTGCCAAA GAAATGATTT GAGTGGAAGA 20220 ACTTGATAAT AAGATGTTTC TATAAGACCT AATTTTAGCT ATGTATAACC AACTGCCAAC 20280 GCCCAAACCT AAAAAGAAAA AGCAAGGGTG AACGAAGTAA AAAAGAAGTC TGCTAAGGCC 20340 CTGTCTTTGC ACGGGTAAAA TTTTATATAT AAAAAGAAGC TGGGACTAAA GAGCTCAGCT 20400 TCCTTTGGTT TATATAATTG TCATTACAAG ACGAAGTGGT TGGGCGAAAC TCTGTTGACT 20460 TTATTCAATT TAGAGTTTCT TATGCACAAT TGAGTCTGGA ACGAAAGTCT CCAGTTGCAA 20520 AGTATACAGT ACAATAAACC AACGATGTAA TAGCTGATGA CACAAAGCAC AGTGGGTAGG 20580 ACTTGCGAAG TCACCCTTTT CTTTTCAAAA TTTATACTAA ATCATTGATA TCAGTGTAGT 20640 CACGATTAAG TCCTTGAGCA ACTGGTAGGT TAGTCAAGTA ACCTTGATAA GTAGTCACAC 20700 CTTGACGCAA GCCTTCATCT TCAGAGATTG CTTGTGCGAA TCCTTTGCCA GCCAAAGCTT 20760 CGATATAAGG AAGAGTGACA TTGGTTAGGG CGATGGTTGA AGTGCGAGCA ACCGCACCAG 20820 GGATATTGGC AACGGCATAG TGGAGAACAC CGTGTTTTTC ATAGACGGGT TCATCGTGCG 20880 TTGTCACACG GTCAGCTGTT TCGATAACGC CACCTTGGTC AACAGCAACG TCAACGATAC 20940 AGAGCCTGGA CGCATTTGTT TGACCATCTC ATCTGTCACC AATTCCGGTG CTTTTGCACC 21000 AGGGATGAGA ATGGCTCCAA TCACCACATC AGCATCTCTC ACACTTGCTT CAATGTTGAA 21060 TGAATTAGAC ATAAGAGTTT GAATTTGACT TCCAAAGACT TCTTCTAGAA CTGAGAGACG 21120 CTTGGAACTA ATATCTAAAA TAGTCACTTG AGCACCAAGA CCAAGGGCGA TGCGGGCAGC 21180 ATGTGTACCG ACGACACCAC CACCGATGAT AGTTACTTTT CCTTTTGGAA CACCTGGTAC 21240 ACCACCAAGT AGAACACCAG AGCCACCAGC TTGCTTAGTA AGGAAGTGAG CTCCGATTTG 21300 AACAGCCATA CGACCTGCAA CCTCACTCAT AGGAACGAGG AGCGGTAGTT GTCCTTGATT 21360 GTCACGAACA GTTTCAGTTG TTTTTGCTGT TAACATAGCA TCTGCTAATT CTGGAGCAGC 21420 GGCCATGTGC AAGTAGGTGA AGAGAAGAAG ATCGTCGCGC AAGTAACCGT ATTCAGAACT 21480 TAAAGATTCT TTTACTTTCA CAACCAACTC TGCTGCCCAA GCTTCACCAG CAGTAGCGAC 21540 AATCTCAGCT CCTTGCTTTT GATAGTCAGC ATCAGTAAAG CCAGAACCGA GACCAGCATT 21600 TGTTTCGATA AGGACACGAT GACCACGACT AACTAAGCTA TGAACACCTG CAGGTGTGAG 21660 GGCGACACGG TTTTCGTTAT TTTTAATTTC TTTTGGGATT CCGATTAACA TTGAGATAAC 21720 CTACCTTTCA ATTGACGGTC TTGTTTTGGT TGTCACATTC CAGTTCATAA ATCAAAAATG 21780 TGACGGTTTC ATTGTATATG AAACCGCTTC AAAAATCAAG AAAAACTTGT CATCCAAATT 21840 TTTTTATGCT AGACTAGTGA AAATCAAGCT CTAATGGAGG GAAAAGTATG GAATCAATAT 21900 TTGTGAAATT TGCCCAGTAT CCGTCTATAG AAACGGAGCG TTTATTGCTC AGACCTGTAA 21960 CTTTGGATGA TGCGGAAcAA TGTTTGACTA TGCCTCGGAC AAGGGTAATA CACGTTACAC 22020 TTTTCCAACC AATCAAAGCT TGGAAGAAAC CAAGAATAAC ATTGCTCAGT TCTACTTGGC 22080 TAATCCCTTG GGACGTTGGG GAATAGAACT AAAAAGCAAT GGTCAGTTTA TTGGAACCAT 22140 TGACTTGCAC AAGATTGATT CTGTTCTTAA GAAGGCAGCT ATTGGCTACA TTATCAATAA 22200 AAAGTATTGG AATCAAGGAT TAACGACAGA AGCCAATCGT GCTGTGATTG AGCTAGCTTT 22260 TGAGAAGATA GGGATGAATA AGTTGACTGC CCTTCACGAT AAGGCTAATC CCGCGTCAGG 22320 AAAGGTCATG GAGAAATCAG GCATGCGTTT TTCCCATGCA GAACCATATG CTTGTATGGA 22380 CCAGCATGAA AAAGGCCGAA TCGTGACAAG AGTTCATTAT GTCTTGACCA AGGAAGACTA 22440 TTTTGCAAAT AAATAAGCAG TTGAAAAGAA ATTTTTCGAC TGTTTTTTCT TCCTCTTACG 22500 AATAATCTAA GAGAGGAGAA AATATGGAAG CAATTATCGA GAAAATCAAA GAGTATAAAA 22560 TCATCGTCAT CTGTACTGGT CTGGGCTTGC TTGTAGGAGG ATTTTTCCTG CTAAAACCAG 22620 CTCCACAAAC ACCTGTCAAA GAGACGAATT TGCAGGCTGA AGTTGCAGCT GTTTCCAAGG 22680 ACTCATCGAC CGAAAAGGAA GTGAAGAAGG AAGAAAAGGA AGAACCCCTT GAACAAGATC 22740 TAATCACAGT AGATGTCAAA GGTGCTGTCA AATCGCCAGG GATTTATGAC TTGCCTGTAG 22800 GTAGTCGAGT CAATGATGCT GTTCAGAAGG CTGGTGGCTT GACAGAGCAA GCAGACAGCA 22860 AGTCGCTCAA TCTAGCTCAG AAAGTTAGTG ATGAGGCTCT GGTTTACGTT CCTACTAAGG 22920 GAGAAGAAGC AGTTAGTCAA CAGACTGGTT CGGGGACAGC TTCTTCAACA AGCAAGGAAA 22980 AGAAGGTCAA TCTCAACAAG GCCAGTCTGG AAGAACTCAA GCAGGTCAAG GGACTGGGAG 23040 GAAAACGAGC TCAGGACATT ATTGACCATC GTGAGGCAAA TGGCAAGTTC AAGTCAGTAG 23100 ACGAGCTCAA GAAGGTCTCT GGCATTGGTG GCAAAACAAT AGAAAAGCTT AAAGACTATG 23160 TTACAGTGGA TTAAGAATTT CTCTATTCCC CTAATTTACC TGAGTTTTCT ATTACTTTGG 23220 CTTTATTACG CTATTTTCTC AGCATCTTAT CTTGCTTTGT TGGGCTTTGT TTTTCTGCTA 23280 GTCTGTCTCT TTATCCAATT TCCGTGGAAA TCTGCTGGTA AAGTTCTAAT AATTTGCGGA 23340 ATCTTTGGAT TTTGGTTTGT TTTTCAAAAT TGGCAACAGA GTCAAGCGAG TCAAAATCTG 23400 GCGGATTCTG TTGAAAGGGT ACGGATTTTG CCTGATACTA TTAAGGTTAA TGGTGATAGT 23460 CTATCCTTTC GTGGCAAGTC TAACGGTCGT GCTTTCCAAG TCTATTATAA ACTCCAGTCC 23520 GAGGAGGAGA AAGAAGCCTT TCAAGCTTTA ACTGACCTGC ATGAGATAGG ACTAGAAGGG 23580 AAGCTTTCGG AGCCAGAAGG GCAGAGAAAT TTTGGTGGCT TTAATTACCA AGCCTATCTG 23640 AAGACTCAGG GAATTTACCA GACTCTCAAT ATCAAAACAA TCCAGTCACT TCAAAAGATT 23700 GGCAGTTGGG ATATAGGAGA AAACTTGTCC AGTTTACGTC GAAAGGCTGT GGTTTGGATT 23760 AAGACGCACT TTCCAGACCC TATGGGCAAT TACATGACAG GACTCTTGCT GGGACATCTG 23820 GACACCGACT TTGAGGAGAT GAATGAGCTT TATTCCAGTC TAGGAATTAT CCACCTCTTT 23880 GCCCTATCTG GCATGCAGGT AGGTTTTTTC ATGAATGGAT TTAAGAAACT TCTCTTGCGA 23940 TTGGGCTTGA CCCAAGAAAA GTTGAAATGG CTGACTTATC CCTTTTCCCT TATCTATGCG 24000 GGACTAACTG GATTTTCAGC ATCGGTTATT CGCAGTCTCT TGCAAAAGCT ACTGGCTCAA 24060 CATGGGGTTA AGGGCTTGGA TAATTTTGCC TTGACGGTGC TTGTCCTCTT TATTGTCATG 24120 CCAAACTTTT TCTTGACAGC AGGAGGAGTC TTGTCCTGCG CTTATGCTTT TATCCTGACC 24180 ATGACCAGCA AAGAAGGGGA GGGGCTCAAG GCTGTTACTA GTGAAAGTCT AGTCATCTCC 24240 TTGGGCATAT TGCCCATTCT ATCCTTCTAT TTTGCGGAAT TTCAACCTTG GTCTATCCTT 24300 TTGACCTTTG TCTTTTCCTT TCTTTTTGAC TTGGTCTTCT TACCGCTCTT GTCTATCTTA 24360 TTTGTCCTTT CCTTTCTCTA TCCAGTCATT CAGCTGAACT TTATCTTTGA ATGGTTAGAG 24420 GGCATTATTC GCTTGGTCTC GCAGGTGGCA AGGAGACCAC TTGTCTTTGG TCAACCCAAC 24480 GCATGGCTTT TAATCTTATT GTTAATTTCC TTGGCTTTGG TCTATGATTT GAGGAAAAAC 24540 ATTAAAGGAT TAACAGTATT GAGTTTATTG ATTACAGGTC TCTTTTTCCT TACCAAGTAT 24600 CCACTGGAAA ATGAAATCAC CATGCTGGAT GTGGGGCAAG GAGAAAGTAT TTTCTACGGG 24660 ATGTAACTGG GAAAACCATT CTCATAGATG TAGGTGGTAA GGCAGAATCT TATAAGAAAA 24720 TCAAAAAATG GCAAGAAAAG ATGACGACCA GCAATGCCCA GCGAACCTTG ATTCCCTATC 24780 TCAAAAGTCG AGGAGTAGCT AAGATTGACC AGCTAATTTT GACTAACACG GACAAGGAGC 24840 ATGTTGGAGA TTTGTCAGAG ATGACCAAGG CTTTCCATGT AGGGGAGATT CTAGTATCAA 24900 AAGACAGTCT GAAACAGAAG GAATTTGTGG CAGAACTACA GGCGACTCAA ACAAAGGTGC 24960 GTAGTATGAT AGTAGGGGAG AACTTGCCCA TTTTTGGAAG TCAGTTAGAA GTTCTATCTC 25020 CAAGGAAAAT GGGAGATGGA GGACACGATG ATACCCTAGT TCTGTATGGG AAATTCTTGG 25080 ATAAGCAATT TCTCTTCACG GGAAATTTGG AGGAGAAAGG AGAGAAGGAC TTGCTGAAGC 25140 ACTATCCAGA CTTGAAAGTA AATGTTTTGA AAGCTAGCCA ACATGGCAAT AAAAAATCAT 25200 CAAGTCCAGC CTTTCTAGAA AAACTCAAAC CAGAGCTTAC TCTTATCTCA GTTGGAAAGA 25260 GCAATCGAAT GAAACTCCCC CATCAGGAAA CATTGACACG ACTGGAAGGT ATCAATAGCA 25320 AAGTTTATCG AACTGACCAG CAAGGAGCTA TACGTTTTAA GGGGTTGGAT AGTTGGAAAA 25380 TCGAAAGTGT TCGATAGGAA GGATAAATGT TGTAGATTAG TGAAATAAAC TAAAAATTTG 25440 TTGCATAATA ATGATAAAAA TGGTATAATG AAAACGTATT CAATATTGAG GATATAAAAT 25500 CATTAAAAAT CAGCAAAAGT TGTTTTATTA GTTAGTTTAT AATCTATTGG TCTTCTTCAG 25560 TCCAGTGTAT CTGCTGTGAC AGTCACTAAA AGTTACAAGT ATGATTGGAA TACGGTTTGG 25620 GAATATAGTA CCAACTATCA CGACCATCAG TATGCTTGGA TTCCGTCATG GTCTCGTTAT 25680 GACAGCTATT CTGAGTATAA AGTTGGCGGA GGCTGGAACT ACGCTCGTTA TGAGGTCATA 25740 AACTATTACA GCGGAGGCTA TTAATTCTTA AAGAGTGAGA AAAAGGAGGG CTAGATATGT 25800 TGCAGCTTAC TCATGTGACC TTAAAAACGC GACAAGTCAT CTTGCAAGAT GTGGATTTCA 25860 CCTTTAAAAA GGGTAGGGTT TATGGTCTTC TTGCTATCAA TGGCTCTGGA AAGACGACCC 25920 TGTTCCGTGC CATTAGCAAT TTAATTCCCA TAAGTAGTGG AAATATCGCA GCCCCTCCTT 25980 CTTTATTTTA TTATGAGAGT ATTGAATGGC TGGATGGAAA CTTAAGTGGG ATGGACTACC 26040 TTCGTCTTAT CAAAAACATC TGGAAGTCAG GTCTGAACTT GAGGGATGAA ATCGCCTATT 26100 GGGAAATGTC TGACTATATC AGTCTTCCCA TTCGCAAGTA TTCCTTAGGC ATGAAGCAAC 26160 GCTTGGTGAT TGCCATGTAT TTCCTCAGTC AGGCCAAATG CTGGCTCATG GATGAGATTA 26220 CAAATGGCTT AGATGAGTAT TATCGACAGA AGTTTTTTGA TAGGCTAGCA CAAATCGATA 26280 GACAAGAACA GCTGGTTCTT TTAAGTTCCC ACTATAAGGA AGAGTTGGTT GATGTCTGCG 26340 ATAGAGTAGT AACCATTCAT CAGGGGCAGA TAGAAGAGGT TTAGTTTATG AAAGATGTTA 26400 GTCTATTTTT ATTGAAAAAA GTTTTCAAAA GCCGCTTAAA CTGGATTGTC TTAGCTTTAT 26460 TTGTATCTGT ACTCGGTGTT ACCTTTTATT TAAATAGTCA GACTGCAAAC TCACACAGCT 26520 TGGAGAGCAG GTTGGAAAGT CGCATTGCAG CCAACGAGAG GGCTATCAAT GAAAATGAAG 26580 AGAAACTCTC CCAAATGTCT GATACCAGCT CGGAGGAATA CCAGTTTGCT AAAAATAATT 26640 TAGACGTGCA AAAAAATCTT TTGACGCGAA AGACAGAAAT TCTGACTTTA TTAAAAGAAG 26700 GGCGCTGGAA AGAAGCCTAC TATTTGCAGT GGCAAGATGA AGAGAAGAAT TATGAATTTG 26760 TATCAAATGA CCCGACTGCT AGCCCTGGCT TAAAAATGGG GGTTGACCGC GAACGGAAGA 26820 TTTACCAAGC CCTGTATCCC TTGAACATAA AAGCACATAC TTTGGAGTTT CCGACCCACG 26880 GGATTGATCA GATTGTCTGG ATTTTAGAGG TTATCATCCC AAGTTTGTTT GTGGTTGCTA 26940 TTATTTTTAT GCTAACACAA CTATTTGCAG AAAGATATCA AAATCATCTG GACACAGCTC 27000 ACTTATATCC TGTTTCAAAA GTGACATTTG CAATATCCTC TCTTGGAGTT GGAGTGGGAT 27060 ATGTAACTGT GCTGTTTATC GGAATCTGTG GCTTTTCTTT TCTAGTGGGA AGTCTGATAA 27120 GTGGTTTTGG ACAGTTAGAT TATCCCTACC CAATTTATAG CTTAGTGAAT CAAGAAGTAA 27180 CTATTGGGAA AATACAAGAT GTATTATTTC CTGGCTTGCT CTTAGCTTTC TTAGCCTTTA 27240 TCGTCATTGT GGAAGTTGTG TACTTGATTG CTTACTTTTT CAAGCAAAAA ATGCCTGTCC 27300 TCTTTCTTTC ACTCATTGGG ATTGTTGGCT TATTGTTTGG TATCCAAACC ATTCAGCCTC 27360 TTCAAAGGAT TGCACATCTG ATTCCCTTTA CTTACTTGCG TTCAGTGGAG ATTTTATCTG 27420 GAAGATTACC TAAGCAGATT GATAATGTCG ATCTAAATTG GAGCATGGGA ATGGTCTTAC 27480 TTCCTTGCCT GATTATCTTT TTGCTATTGG GAATTCTATT TATTGAAAGA TGGGGAAGTT 27540 CACAGAAAAA AGAATTTTTT AATAGATTCT AGCTTTCCTA TAGGTAGGGA AAATAAGTAA 27600 AAACTAACAT AGAGAGGGAA TCAACTTGAT TCTCTCTTTT TGATTCGAAA ACCAAACCAA 27660 AATACAAACA CAAACTTTTC AAAAAATAAC TTTTTATCTT GACAAGAGCT AGAAAACTTG 27720 GTATCATATA AAAGTTGAGA AAAGCAGAAG TGAGAGCTTC TCGCCTTGTG ACATTAAGTT 27780 GCCTGGCCCT ACGGATGAAA AGTTTCGAAG AAACGCTATC ATAACGTGCG GGCTTGTATA 27840 TTTACAAGTC CGCTATTGTT TTTCTCTAAT AAAACAAAAG AGGTGAAAAC CATAGCAAAG 27900 CAAGACTTAT TCATCAATGA TGAGATTCGT GTACGTGAAG TTCGCTTGAT TGGTCTTGAA 27960 GGAGAACAGC TAGGTATCAA GCCACTCAGT GAAGCGCAAG CTTTGGCTGA TAACGCTAAT 28020 GTTGACCTAG TATTGATTCA ACCCCAAGCC AAACCGCCTG TTGCAAAAAT TATGGACTAC 28080 GGTAAGTTCA AATTTGAGTA CCAGAAGAAG CAAAAAGAAC AACGTAAAAA ACAAAGCGTT 28140 GTTACTGTGA AAGAAGTTCG TCTAAGTCCG G 28171 (2) INFORMATION FOR SEQ ID NO : 23 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 7147 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 23 : CCGCTCAACT TTTGCAATCA AGGCTAAGTA GACAGCAGCA AATTTCATAT TGTATAATTT 60 CTGACTCATA CTTCTCTCTT TCTATGTGTA CTAGTATAAA TAAGAAAAAG AAGGCCGTCA 120 AGCCTTCTTT TGATTTATTC TTCTGCTTCA TCTTCTGTAA ATTGACTATT GTACAAGTCA 180 GCGTAGAAGC CACCTTGCGC CATCAGTTCC TCATAGTTGC CTTGCTCGAT GATATTTCCA 240 TCTTTCATGA CCAAGATCAA GTCTGCATTT CGGATGGTTG ACAAGCGGTG GGCAATGACA 300 AAGGATGTGC GTCCTTCCAT CAAACGGTCC ATGGCTTTTT GGATCAATTC CTCTGTCCGT 360 GTGTCAACAG AAGAAGTCGC CTCATCCAAA ATCAAAAGCG GTGCATCCTT AAGAAGGGCA 420 CGAGCAATAG TCAATAGTTG TTTTTGTCTT ACAGACAAGG TCACGGTGTC ATCCAAGATG 480 GTATCATAGC CATCTGGCAA GGTCATAATA AAGTGGTGAA TTCCCACAGC CTTACTAGCT 540 TCCATCATTC GTTCATCACT AATCCCTATT TGATTATAGA TGAGATTGTC TCGAATAGTT 600 CCTTCAAAGA GCCAGGTATC CTGCAAGACC ATTGAAAAGG CATCATGCAC TTCTGAACGC 660 GTCATAGCCT TGGTATCCAC ACCATCAATG CGAATACTTC CCTTATCAAT CTCATAGAAT 720 TTCATCAAAA GATTGACAAT GGTTGTCTTA CCAGCCCCAG TCGGCCCAAC AATGGCAACC 780 TTTTGACCAG CATGAGCTGT CGCAGAGAAG TCATAGTCTT GAACATTGAC ACCGTCCACC 840 AGAATTTCTC CTGCTGACAC GTCGTAGAAA CGTGGAATCA GATTGACCAG AGTTGATTTA 900 CCAGAACCTG TTGACCCAAT AAAGGCCACT GTTTGACCAG TTTCTGCTTT AAAGCTAACA 960 TGTTCAATAA CTGCCTCCGA ATTTGCCGCA TAGCGgAAGG TCACATCCTT AAACTCGACC 1020 TGACCTTTGA AGTTTTCATC AGTCAGCTGC ACTTGAACAG GGTTTTGGAT AGAAGAATGC 1080 AAATCTAAAA CTTGATTAAT CCGCTTAGCA GAGACCATAG TTCGGGGAAG AACGATGAAG 1140 AGTGCTCCCA TGAGAAGGAA GCCCATGACA ACCTACATGG CATAAGACAT GAAAACAATC 1200 ATGTCACTAA AGAGAGGCAG ACGCGCTATC GGAGCAGCGT CGTTAATCAC ATAGGCCCCA 1260 ATCCAGTAAA TCGCCACACT CAAACCACTT GAAATCCCCA TCATGATAGG ATTCAAAATA 1320 GCCATAAGAC GGTTGACAAA CAAATTCAAA CGGGTCAATT CATCATTTAC TGCTGCAAAT 1380 TTTTCATTTT GATAATCCTC TGCATTGTAG GCACGAACGA CACGAATACC TGTTAAACTC 1440 TCACGAGTGA TACTGTTCAG TTTATCTGTC AGCCCCTGAA TCAAGGACTG TTTTGGAAAG 1500 GCTAGCGTCA TCAAAACGGT CGTCATCAGG ACGTTGATAA TCACTGCCAC AAGTACGGCC 1560 CAGAGCCAGT ATTCTGAATG ACCTAAAATC TTCCCAATAG CCCAGATAGC CATAATTGAA 1620 CCACGCGTTA CCACTTGCAA GCCCATAGTA ATCAACATTT GAACTTGAGT AATGTCATTG 1680 GTAGTACGCG TCAAGAGGCT AGGAATTGAA AATTTCTTAA TCTCTGTCTG CGAGTAATCC 1740 AAAACTCGGT TAAAAATATC ACTTCTCAGC CTACTAGTAT AAGAAGCCGC CACTCGGGAT 1800 GCAAAAAATC CAACTGCAAC TACGGACAAG AAGGCAAGAA AGGACATTCC CATCATCATG 1860 CTTGCCGACT GCCACAACTC ATCTAAATTA GTTTCTTGAC TACCTAGCAA ATCCGTAATT 1920 TTCGAGATAT AGGTCGGCAC TTCCAACTCT AGATAGACCG AAAAGCAAGT AAAGAGAATG 1980 GCTAGTAAAA TCATCCCCCA TTCTTTTCTA CTAATTCTTT TGGCTAATTT CTTTATTCTC 2040 TCCTCCTATT CCCTTGATAT TTTGCCTGTA GTTGACCGAG AACCTTCTCA AAAATCAGTA 2100 ATTCATCTTC ATCAATGTCT TCCATCAACT GCTTGTCTAT GCGTTCAAAA AAAGCCTTAA 2160 CCTGTTGCAT CTGAGAACGT GCTTTGTCCG TCAGACGAAC AAACTTAGCC CGCTTATCAA 2220 CAGGACTCGC CTCCAATTCC ACCAAACCAT TTTGCACTAT ACGCTTAACC AGATTACTAG 2280 CAACAGGCTT GGTAATATTG AGTTCCTGCT CGATATCTTT AATCAAGACC AAGTCTTGGT 2340 TTTTCTCGCG ATTATCCAAA AAACGCACAA CCTGACCTTG CGGCCCACCC ATAAATTCAA 2400 TGCCGCAACG TTTGGCTTCC TTTTGCACCA TCAGGTGAAT TTGATGACCA AAACGCTTAA 2460 AGACTAACAT CGGTTTATCC ATAATCTCCC CCTTCTAAAT AAAAATAGTT CTCTGGAGAA 2520 TAATTAAATT TCTATGAGAA CTATTTTCTT GATTAAAAAA ATCCCAAGTG ATTTTCTCAC 2580 TTAGGATCAT GTTCTATAGG TTAAATTAAA ACCCATCTAC GTTCGTATAA ATCTTTTGGA 2640 CGTCTTCGTC GTCTTCAAGA ACGCTGTAAA GTTTTTCAAA GGTTTCAAGG TCTTCGCCTG 2700 ACAATTCCAC TTCTGACTGA GGAATCATTT CCAATTCAGT CACTTGGAAT TCTTCAATAC 2760 CAGACTCACG GAGGGCAACG ATAGCCTTGT GAAGGTCAGT TGGCGCTGTG TAAACTGTGA 2820 TTGTACCTTC TTGTGCTTCT ACGTCATCCA CATCCACATC CGCTTCGAGC AATTGCTCAA 2880 AGACTGCGTC CGCATCTTCA CCTCCAAATA CAATAACACC TTTGTTGTCA AAGAGGTAAG 2940 AAACAGAACC TGAAGCGCCC ATGTTTCCGC CGTTTTTACC AAAGGCTGCA CGGACATTGG 3000 CTGCTGTACG GTTGACGTTA GAAGTCAAAG TATCCACAAT TAGCATAGAG CCATTTGGCC 3060 CAAAACCTTC GTAACGTCCT TCTGTAAAGG TTTCGTCTGT GTTTCCTTTG GCTTTATCAA 3120 TCGCTTTATC GATAATGTGT TTTGGCACTT GGGCTTGTTT AGCACGGTCG ATAACGAATT 3180 TCAAAGCTGA GTTTGATTCT GGATCTGGAT CACCTTTTTT AGCTGCTACA TAGATTTCTA 3240 CACCAAATTT TGCATATACT TTAGAGTTAG CTCCATCTTT AGCCGTTTTC TTGGCTACGA 3300 TATTGGCCCA TTTACGTCCC ATTAGGAATC TCCTTTTTTC ACATTTTAAT CTTTCTTATT 3360 ATAACACAAG TTTTTTTGAT TTTCACTAGA GGAAATGGAT TTTATTAGCA AATCAAGCTA 3420 GGATAGCACT TTACCTGCTA AGATGGTCTT GCCTTTCTAT CTTTATCAAC AGGCACTCAT 3480 CCACATTCAA AAAACAAACT AGACCATTAT CTGCAAATAG AAAGTTTCAG CCAAGTTTGA 3540 CAAAGTCAGC TCAAATTACT GTTTGAAGTT TGTAGATATA AGCGACAAAA ACAATCATAC 3600 TGCACCTTTT GTTGACAGTC TACTCCAGAC ATATCATAGT TCAAGTAAAT ACTTTGAAAT 3660 TCAACAGTTC TTATAGGCGC TATTGTATTC TAAGAAATCA ATAGAAGAGT TTCTAAGCAA 3720 ACCTCTAATA CTCAATAAAA ATCAAAGAGC AAACTAGAAA GCTAGCCTCA GGTTGCTCAA 3780 AACACTGTTT TGAGGTTGCG GATGGGGCTG ACATGGTTTG AAGAGATTTT CGAAGAGTAT 3840 AATTTACGTG TTCCCAAGAT GGAGAAGTTA GACTAGTACA CTGGCACTTC TAAAACATTG 3900 CTAGCAATTG ATTTGTTCAT ATTTAATTTC ATTTTTTCCA TAAATGGGTA TTAGATATAA 3960 ACAGCAAAAT ATTTCCGATA CGTGTCGTTC TTGAATTTCC AATCATCTAA AACAAGTAAA 4020 GGATAATCAA TCCCCTGTAT ATCAAGGAAT TGGCTACCCT TTTTACTTTT TTACACATTC 4080 TGTTTGATAG ATTCATTTTA ACATCACGAG CATACTCCAA TGGAAATCGC TAGGCAAGAG 4140 ATAAACTTTC AGATATCCGC AGAGAGATCA TCGCCTCTTT TTGTCGCAAG CATTCTCCTC 4200 TCCTAGTCAT TTTCTACCTT ATCTTCTACC TGAGGATAGA GAGTTGTTCC CCAAATAGAA 4260 ATCGTCCGCT TACGCACTAG TGGCAAATCG GTTTTTTCAT AAACCGTACG CCACCATTCC 4320 CAGGCAAGCC CGGTACACTC TCTAATTTTG ACAGAGAGAT TACGAACATT CCCTTTTAAA 4380 GGAATACTAG TGGTAAAGTG AGCCGTTAAA TCCTGCCCAT TTCTGTCCCA AGCCTTAGGA 4440 GTCAAGACTT CCTTACCTTG ATGATCATAG GATAATTCAT TCCAAGTAAT ATAATATTGG 4500 GCAACATAGG CACCACTATG ATCCAGCAGT AAATCTCCGT TTCTGTAAGC TGTAACCTTA 4560 GTCTCAACAT AGTCTGTACT ATTTTGAAAG GTCGCAACTA CATTGTCACG TAAAAAAGAA 4620 GTTGTATAGG AAATCGGCAA GCCTGGATGA TCTGCTGTAA AGCGACTGCC TTCTTGAATC 4680 AAGTCCTCTA CCATATCCAC CTTGCCTGTT ACAACTCGGG CACCCGAACT TGGGTCGCCC 4740 CCTAAAATAA CCGCCTTCAC TTCTGTATTG TCCAAAATCT GTTTCCACTC TGTCTGAGGA 4800 GCTACCTTGA CTCCTTTTAT CAAAGCTTCA AAAGCAGCCT CTACTTCATC ACTCTTACTC 4860 GTGGTTTCCA ACTTGAGATA GACTTGGCGC CCATAAGCAA CACTCGAAAT ATAGACCAAA 4920 GGACGCTCTG CAGAAATTCC TCTCTGTTTT AAATCCTCTA CCGTTACAGT ATCTTGAAAC 4980 ACATCTCCTG GATTTTTAAC AGCATCTACG CTGACTGTAT AATAAATCTG CTTAAAATTA 5040 ACAATCTGAA TCTGCTTTTC GCCTGAATGG ACAGAGTTAA AATCAATATC AAGAGAATTC 5100 CCTGTCTTTT CAAAGTCAGA ACCAAACTTG ACCTTGAGTT GTTCCATGCT GTGAGCCGTG 5160 ATTTTTTCAT ACTGCATTCT AGCTGGGACA TTATTGACCT GACCATAATC TTGATGCCAC 5220 TTAGCCAACA AATCGTTTAC CGCTCCGCGA ACACTTGAAT TGCTGGGGTC TTCCACTTGG 5280 AGAAAGCTAT CGCTACTTGC CAAACCAGGC AAATCAATAC TATAAGTCAT CGGAGCACGA 5340 TCGACCGCAA GAAGAGTGGG ATTATTCTCT AACAAGGTCT CATCCACTAC GAGAAGTGCT 5400 CCAGGATAGA GGCGACTGTC GTTGGTAGCT GTTACAGAAA TATCACTTGT ATTTGTCGAC 5460 AAGCTCCGCT TCTTTCTTTC GATAACAACA AACTCATCGG GTAGCTGATT ACCCTCTTTG 5520 ATGAAACGAT TTTCAATACT TTCTCCCTGA TGGGTCAAGA GTTTCTTTTT ATCGTAATTC 5580 ATAGCTAGTA TAAAGTCATT TACTGCTTTA TTTGCCATCT TCTACCTCCT AATAAGTTCC 5640 TGGATTGAGT TGCATAAACT CAGACTTGTT CAGCGAAATC AGCCGTGGTT GGACTAAGTA 5700 ATCCAAAATT TCCTCGTACA ATTCTTCTGA GACATTGCGT CGCCGTCTGG CTAAATAAGA 5760 AGTCGGAATG ACCGTATTAT CCAACATAAA TACCTTATCT AAGTCAATCA AGGTTGGTCT 5820 TGTAAAAGGA TTACGAGCTA GATCCGGCTC TTCTATCATA AAGTTCTTGA CCAAACGTCT 5880 GGTCAAGAGA GCTGGTTTGA AGGTCTGATT TTTAACCAAC TCTTTGTTTT TAGTCATGCT 5940 GTTGTCAATA CAGATATACA TATGATTCTT CACAGCCAAA TCGCTACTAA TAGTCGGAAA 6000 AGGCAAATAA AGAGCTACAA CATCTCCTCT CTTAATCAAG CAAGAGCACC CCCTTTTCTC 6060 CTAATGTAAC ATAGACAGGA TTGACCAAGT CTTCTGATTG ACTCAGAATT TCCAAAGTTT 6120 GAGTTTGGCG CGCTGTCAAT TTAGTAGCAT CTTGTCTCTT CAATACAAAA TGCTTGTCGC 6180 CAATAACCTT GACAATATAA TCCTTCTCCA AAGCTGACTG GTAAATCCAC ATCAGATGTT 6240 GTCTGTCCTG AGAACTCAAG AGAGAAGGAT TTTCAAGCCT CCCGATAGTC TGATAAAAAT 6300 CAAAAACAGG AGCTAACTCC TGCCAATCTG ATTGGCTAGT TGTCAAGGCT AGAAAAAGGG 6360 CTTTGCGAGC TGATACTTCT TGGTTAGCCT TGAGAGTTAC TTTCCCCTCC AAGTTTTTTA 6420 GAAATCGGGA AACTCCAGAA AGCAAATTTT TCTCTAACTG CGAGAAATAA AAACCTTTCG 6480 TTCCCAGACA TAAGTCTTTC ATGTCGCTTT CTCTAGCAAA TAAGAGCTCA AACATTTGAT 6540 AGTAAAAGAA AAATATCTGG CACTGGGTCG CGCTCATCTT TTCCTTATCG GCTTCTTTTT 6600 TTAACCAGAG CAAGGGCGAC AGGTAGCTGG ATTGAGACAT TTCCTCTACC TCCTACTCTT 6660 TTTTAACTGG AGCATCTGCA CTAGCTGCCA CTTCTTTTGA CTGGATACTT TCCCACTGGT 6720 TAATCTCCTC TGAGATAAGA CCTTCGCATG TCTTGACAAA TAGGGCAAAA GCCTTGGTCT 6780 TTCCTGCATA TTTCTCCGTT TGGCATTGAT AGAGGAATTT TTCTTTCTCC AGGAGTTGCG 6840 CAGTTTTTTG GTAAGAAATC CAATTTTCCT TTGCATTATA CAAATTGATA ATCCCCTCAC 6900 ACAGCAAGCC GAGACTGGAT AAGGCAACCG AAATCAAACG GTAGCGATCA CCTGGCATAG 6960 GAATAGCACA AAAGACAGCT ATGAGGAAAC CTGCCACGAT TTCTGTTATT TTTAATACCT 7020 TATAGCGCCT ACGATGTTGA ACGCTTTTCT TTAAAAAATG AGCTATCTGT ACGTCTAATC 7080 GCTCTGTCAG GTACATTTCT TCTGGCGTCA TATTCGTAAC TCCTTTCATT TACTTTGATA 7140


ATCAGGG 7147 (2) INFORMATION FOR SEQ ID NO : 24 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 755 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 24 : CCGCATGGGA TTGGTGTCCT TTTGGGCAAT CTCTTTGACC AAACTGGAAA CATGTTTTAT 60 GCGCCTGCCT TTACTGCCCT TGTCGGCGGT ACGTCTATAT GATCCTAGTC GCAAAAGTTC 120 CGCGCTTTGG AGCCATTACC ACTATCGGCC TTGTCATTGC CCTCTTTTTC TTGGGAACTA 180 AACACGGTGC TGGTTCCTTC CTTCCTGGAA TTATCTGTGG CCTCCTAGCA GATGGAGTAG 240 CTCATTTAGG AAAATACAAG GACAAAACAA AGAACTTCCT TTCTTTCATT ATTTTCGCCT 300 TTAGTACAAC AGGACCAATC TTGCTTATGT GGATTGCGCC CAAAGCCTAT ATGGCTACTC 360 TTCTGGCAAG AGGAAAATCC CAAGAATATA TCGACCGTAT CATGGTCGCT CCAAACCCTG 420 GAACTGTCCT TCTATTTATC GCAAGTATTG TCATCGGAGC CCTAGTGGGT GCCTTGATTG 480 GACAAGCCTT GAGTAAAAAA TTTGCCCAGA AAATCTGATC AGTTAAAAAG AGCCACGCGG 540 CTCTTTTTTA TTTATGGCTC AATTTCTTAG TCAAGAAATC TCCCAAGAAT TGGATTGCAA 600 AGATAATCAA AATGATAATA ATGGTTGCCA AGATGGTCAC ATCGTGATTG TAGCGGTTAA 660 ATCCATAAGC GATGGCTACG TTACCGATAC CACCAGCTCC AACCGCACCG GCCATAGCTG 720 TTtcCCAACA AGGGaAtCAA GGTcACAGTC GTCAC 755 (2) INFORMATION FOR SEQ ID NO : 25 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3010 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 25 : TTCAATTGGT ATCTCAATCA ACGGTCTTCA CATGGTTTCA ACTGGTTTGA CTCTTGAAAA 60 AGCGAAAGCT GCTGGTTACA ACGCAACTGA AACAGGCTTT AACGATCTTC AAAAACCAGA 120 ATTCATGAAA CATGACAACC ATGAAGTAGC AATTAAGATT GTCTTTGACA AAGATAGCCG 180 TGAAATTCTT GGTGCCCAAA TGGTTTCACA TGATATTGCA ATTAGCATGG GAATCCACAT 240 GTTCTCACTT GCTATCCAAG AGCATGTGAC AATTGATAAA TTGGCATTGA CAGACCTCTT 300 CTTCTTGCCA CACTTCAACA AACCATACAA CTACATCACA ATGGCTGCCC TTACGGCTGA 360 AAATTAAAAA TGAATGAGCT ATCTGGCCTT AAGTTAAGGT CAGATAGTTT TTAGCTAATT 420 TGTCCCCATA CAATTATAGT TTTTTTATCT TGTGCTTCAT TCTGTTCTGA CTTAAAATGA 480 AAAGGTAGCT ACCAATACAA ATGATGAGGA TAAAACAAAT GACTGAAAAT CGTTATGAAC 540 TAAATAAAAA CTTGGCACAG ATGCTCAAGG GTGGTGTTAT TATGGATGTG CAGAATCCTG 600 AACAGGCTCG TATCGCAGAA GCTGCTGGTG CGGCAGCTGT GATGGCCTTG GAACGAATTC 660 CGGCTGATAT TCGTGCAGCT GGAGGAGTTT CCCGCATGAG CGACCCAAAG ATGATTAAGG 720 AAATCCAAGA AGCGGTTAGT ATTCCAGTAA TGGCTAAGGT CAGAATCGGG CATTTTGTTG 780 AAGCTCAGAT TTTAGAGGCT ATTGAAATTG ATTATATCGA CGAGAGTGAA GTTCTATCTC 840 CAGCTGATGA CCGTTTCCAT GTGGACAAGA AAGAATTCCA AGTTCCTTTT GTCTGTGGTG 900 CTAAGGATTT GGGTGAAGCC TTGCGTCGTA TCGCTGAAGG TGCTTCCATG ATTCGTACCA 960 AAGGAGAACC AGGGACAGGG GATATCGTCC AAGCTGTTCG TCATATGCGT ATGATGAATC 1020 AGGAAATTCG CCGCATTCAA AACTTACGTG AGGACGAGCT TTATGTTGCT GCCAAGGATT 1080 TGCAAGTCCC TGTAGAATTG GTCCAATATG TTCATGAACA TGGAAAATTG CCAGTTGTAA 1140 ATTTCGCTGC TGGAGGTGTT GCAACGCCAG CAGATGCTGC GTTAATGATG CAATTAGGGG 1200 CAGAGGGGGT CTTTGTCGGT TCAGGTATTT TCAAGTCAGG AGATCCTGTT AAACGAGCGA 1260 GTGCCATTGT TAAGGCTGTG ACTAACTTCC GTAATCCTCA AATCCTAGCT CAAATCTCTG 1320 AAGATTTAGG AGAAGCCATG GTTGGTATTA ATGAAAATGA AATCCAAATT CTCATGGCTG 1380 AACGAGGAAA ATAGATGAAA ATCGGAATAT TGGCCTTGCA AGGGGCCTTT GCAGAACATG 1440 CAAAAGTGCT AGATCAATTA GGTGTCGAGA GTGTAGAACT CAGAAATCTA GATGATTTTC 1500 AGCAAGATCA GAGTGACTTG TCGGGTTTGA TTTTGCCTGG TGGTGAGTCT ACAACCATGG 1560 GCAAGCTCTT ACGTGACCAG AACATGCTAC TTCCCATCCG AGAAGCCATT CTATCTGGCT 1620 TACCAGTGTT TGGGACCTGT GCGGGCTTAA TTTTGCTGGC TAAGGAAATC ACTTCTCAGA 1680 AAGAGAGTCA TCTAGGAACT ATGGATATGG TGGTCGAGCG TAATGCTTAT GGGCGCCAAT 1740 TAGGAAGTTT CTACACGGAA GCAGAATGTA AGGGAGTTGG CAAGATTCCA ATGACCTTTA 1800 TCCGTGGTCC GATTATCAGT AGTGTTGGTG AGGGTGTAGA AATTTTAGCA ACAGTGAACA 1860 ATCAAATTGT TGCAGCCCAA GAAAAAAATA TGTTGGTAAG TTCTTTTCAT CCAGAATTGA 1920 CTGATGATGT GCGCTTGCAC CAGTACTTTA TCAATATGTG TAAAGAAAAA AGTTGAGATT 1980 GAATTTCTCA ACTTTTTTAC ATGTAATAAA CAATAGCGAT GTATTGAAGT GCGGACGCAG 2040 CTAGGATAAA GAGATGCCAA ATCATGTGGA AATAAGGTTT TTTCTTGGCA TAAAATCCAG 2100 CTCCAACTGT ATAACAGAGT CCGCCAGTTA CCATGAGACT CCAGAAAACG GGTGTCGTTT 2160 GACTGATAAT GGCAGGAATG ATAGCCAGAA CCAACCAGCC CATAATCAGG TAAAGAGCAA 2220 GGCTAAATTT CTCATTGACC TTTTTAGCAA AGATTTTATA GAGAATACCA AAGATGGTCG 2280 TTCCCCATTG GATGACAATA ATCAGATAGC CAAACCAGTT ATTCATCAAG GTCAAGACAA 2340 CGGGCGTGTA TGAGCCGGCA ATGGCAACGT AAATCATAGA ATGGTCAATG ATTCGCAAAA 2400 CATATTTGTG GGTCGAACCA TAGGCCATAG AGTGATAAAT GGTGGATGAT AGGAACATGA 2460 GAAAGAGACT GATGACGAAA ATGGAAACGC CGATAGAGGA TAAAAATCCG TGTGCTTCAT 2520 AACTATAGAT GGATGAAATA GGCAGCAAGA TAAGCATGAT GACTGCACCC ACAGCATGGG 2580 TCACGCTATT AGCAATCTCC TCTCCAAAAC TGAGTTGTTT GCTGAGTTTA AGACTAGTGT 2640 TCATTGGATT ACCTCCTCTT GAGTATGATC GATTAAGTCT AGAGTTTGAT GATAGAGTTT 2700 AACGGTTTGG CAGCTGGTTT GGATAATAGG GTTAGCTGGG TCAATTCCTT GGTTCATGTA 2760 GTCCACAAAA GCATCGTAGA GTTGGTCTGA ACTTGCTTGA GTTTGTAGAG TATTAAGTGT 2820 CTGGGCTATT TCTTGAATAG AAAATACAGA CTTGAGGGTT GTGATAGCAA TCAAACGGGC 2880 AATCTGTTGG CGTTGGTATT TTTTTTTGTC AGGCTTTGTC AGGTAACCAT TTTTCACATA 2940 ATTGTTGACC ATAGATGCTG TTAGGCCCTT GTCTTTATTA GGAGAGATAG GGGCGCAGAC 3000 CTGATTGACA 3010 (2) INFORMATION FOR SEQ ID NO : 26 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 15213 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 26 : CATAAATCGG TGCAAATAAC TTAATAGTGA AGTAGCCATT TCTTTCGTAT TTACCTGAGG 60 CATATTCCCT AGACGAAAGA ATATTATTAT CAATCAAATC ATTGAATGAA CGTAGTCTTT 120 CAACTTCTTC TACTGTTAGA TTTCTGACAA CATTTGTTGC ATAGACCTTA TTTCCATCAG 180 GATCAGGATG GTACTCATTT GTAACTTTTC TAAGAAGTTG TTGTTTTTGA TTCGTATCCA 240 ATTTAAGAAT TGAATTTCCT TCGAGATATT CCAACATATA AACAACGTCA AACATGTTGT 300 GGACATATTG CTTCAAATCA TCTGCATTAT TAAATCTTGT AGTTGGATCA AGTACTTGTA 360 ATCGTCGACT TTCTGTACTA TCAGATTTTG AATGTTTCAA GATGGAGTTG ATGGTAATGG 420 TCGCATCATC TGGATGGTCT GGTGCTTGTA ATAATCCTTT AGCAAAGAAC TCTGGTCCCA 480 AGCCACTTCT TCGACCATAT CCTCCAAGAT AAATGTCCTG ATCTGAGTCA TGTGTCATCT 540 CATGCGTATA AGTAATAGCT CCATCCTTAT CCAACATTCG ATAACCCATA TAATAAACTG 600 CATCACCTGT AGCATAAGCA CCGTGTTGAT TATGCCCAAC TTTATTTCCA ACAGGTCCAA 660 AGAAATGTTG CATTGCAGGA TTTGGATTAT CAAAATCTGC CACTTCTGTA GCTTTCCCTA 720 CGGTATTATC ATCGCCAAAT TTATAAGCAT CGTAAAGCAA AATATTTCTA TAAAGTTTTT 780 CACGTGCATT GTCGTCTAAA ATACGATACC AATAATCGTA GTGATCTCGC TGACGTTTGG 840 CTGTTTCACG CGCATTTTCT TCAACAAAAT CATTGAGAGC CTTGCCCGCT TTATGGTCAC 900 TACTGCGGTA GCGATCATAA GCTCCAAATC CTAGACTAGA CATGGTCGAG ATGACAAATA 960 CGGATCTCTC TGGCAAGGTC AGGAGAGGCA AGACCATATT GCGGTATTTC CATGTGGCAC 1020 TCGTGATACG ATCATAAACA CCGATAGAAT ACTTGGTGCC AGCTAACCCT TGCTTCGTTT 1080 TCACCTCTTC GATAGTGGAT TTTTCTTCGA CAATGTAAGC CTTAGTCTCT GATTTAAACC 1140 AGTCATTATT GCTTGTATTT GGTAAAAAGA CTTTTCGGTA ATGTTCCAGC GTGCTAAACA 1200 AATCTGTCGT TCCATGTTGA CTGGCAAGAC TGATACCATA AGTATCGACA TTATTCTTAG 1260 CTAGAAGATT GTTAAAGCCA GATTTACCCA ACTCAATCAG AGTATCTAAT GGTGAAGCAT 1320 TCCCCTTACC AAAGAAGTCC AAATGGTACA GAACTAGGTC TTTGACATTC ACCTGACCAT 1380 AGCTAAAGTT ATACCACCGT TCCAGATAGG TCAAGCCAAG TAGCAAGGCT TCCTTGTTGC 1440 GTTTGATTTT ATCTACAAGA TAACCTTCAG TGACGGGGTT AGCACTAGCC AGTCCAGCAT 1500 CCGCTGACAA GAGTTTTTTC AAACTGTCTT CCAGTTGTTG TTTTGTTTTG GCGAACTGGT 1560 CTTCTAGATA GAGCTCAGTT TGCTTGACGT TTGGAGAAAT ACCCAGCGTC TTTCTGATGG 1620 CTTCTGAATG ATAGTCAACC TTTTGTAAGT CAGGTAAGAC TTGCTTGATG ATAGAGGTTT 1680 GGTCATACAG GAATTGGTTT GGCGTATAGA GAAGTCCAGT ATTGCCCAGA CTATATTCTG 1740 CTAATTTGGC GAAATCATTC TGGTATTTGA GATCCAGCTT CTCAGATAAA TCATCCTTGT 1800 AGTGAAGCAA GAGTTTGTTT GCAGTCTGTT TGTTAGAAAC AATGTCTGTG ATGACTTGGT 1860 TGTCCTTCAT CATGACTGCT GACAAGAGTT CTTTTTGATA TAAAAGACTG TTCTCATTGA 1920 CCAGGTTTCC GTATTTGACG ATGGTTGCCT TGTTGTAGAA AGGTAGCAAT TTTTCAATGT 1980 TTTTATAAGT CAAGTTGCGC TTAGCTTGAT AATAGGCCAC CTTAGAAAAA TCACTGTCTT 2040 TTTTGCCACT TGTTGAAAGT GGCTCCACTG TTGGTAAAAT GAGAGGATTG ATTTCTGCTT 2100 TTTTGCTTGC AATTTGAGAA GCATCTAGCA TTGTTCCTCT TTCTTCAAAG GATTCCTTGC 2160 TGACGACCTC ATCCTTGACC AAGGTGACAT TGTAGACTCT GTTGGCCTTG CTGCTGAATG 2220 TGTCCTTTAC CTTCATTTCG TTATAGTGGT AACCAGTGAT GGCATTTCCG TTGGTTACAT 2280 TAACATCGCT GAGAACATTG GTCAAACTTC CAGCATGCCT AACATCACCA GAAGTTCGAT 2340 CCCACAAATT GCCTGCCACT CCAGCGACTC TACCAAAGTG CTTGACATTG TTGATATCAC 2400 CTTCAGCATA GCTATCTTGG ATCTGTGCAT CTCGGTCTAC TAGGCCTGCA AGTCCACCCA 2460 CAGTCTGATC TGAAGTATTT GTGTTAGATG AAATGGCTAC TGTCGCTTTT GACTTAGTAA 2520 GTAAAGCCTT GTCACCTGTC AAATGACCGA CCATACCACC GATATTGTAG GCAGCAGTCG 2580 TTTCATAAGT GTTGATAATT CTTCCCTTGA AACTGCTCTC TGTGATGCTT GATTGCTCAG 2640 CCTTAGCCAG CAAACCACCG ATACCACGTT CACCAGCCAG AACACCATCG ACGTGAACTT 2700 GCTTAATTTT TGTGTTATTC TGAGCTTCAT TTGCCAGTGA ACCGATATCA TCTTTCCCTG 2760 AAATAGCAAC ATTTTTTAGA CTCAGTTTTT CTACTGTAGC ACCACTCAAG TTTTCAAACA 2820 GAGGTTTTTT CAAATTATAG ATAGCATAAT TCTTGCCATC TTTTTCACCG ATTAAACGAC 2880 CAGTAAAGGT GTCCTTGATA TAGGATCTTT CATCAGGACC AAGCTCCACT TCGTTAGCAT 2940 TCAGGCTGGC CGCTAAATGA TAGGTTCCAG AGGGATTTTG GTTTATAGCT TTGACCAGAT 3000 TACTAAAGGA AGTAAAGTTT GTTGTTTCTT CTGTTCCCTT CTTAGCTAGA TAGAAGGTAA 3060 AATTATCTTT ATATCTGCTT TCTATCTCCT GCTGAAGCTT CTCTACTTTT GCTGTGATTT 3120 TATAAAGGAT TTTATCATTT TTTCTTTCCT CTGATATTGA TGCTACTGGT AGGTATACAT 3180 CTTTGAATGA AGAAGATTTC ACTTTAACAA AGTAGCTATT TGGATTGCTT GGAACTTGCT 3240 CTAACGAAAT GTGTTGTTTA TAAGTACCAT TTGACAAACT GTATAACTCT AGGTCGGAAA 3300 CATTTCTTAA TTCAAGTGTT TTCTCTGGTT CTTCTACCTT TTTATCAGGG TCTAGTTCAT 3360 TTTCTTGTTT AATTTCTTCG TTTCCATTTG AATTGGATGT GTTTGATTCG GTTGAAACAT 3420 CCTCAGTTGA ATTTCCGTTT GATGGTTCTG GTTCTGTTTG TCCATTCTCT GATGTTGTAT 3480 TACCTGAATT TTCTGGTTTT GTTGCAGTTC CGTTTTTTTC TGGTTGATTT GATTCTTCAA 3540 CTGGTGGTTT TGAATCACTA GGTTTATTGG ATACTTCTCC AGTATTTTCG TTAGCTATTT 3600 TCCCAGAGTT TGTTTGTGTT TCTTCTGCAG GTTGAACTGG TTTTTCTGTT TCTTGATTTG 3660 AGGTACCTTC TACTGTGCCT TCATTTGGAT TTACTGGAAC TTCTTCTACA GTTTTTTCTG 3720 AATTTTCATT TTTAGAGTCA TTATGTTCTG GTTTATTTGA TTCTCCAACT GAGGTTGTCG 3780 AATCACTAGG ATTACTGGAC ACTTCCCCAG TATTTTTGCT AGATGTATCT GGTGATACTT 3840 TCTCTGAATT CGTTGTTGAT TCTTCTGCAG GTTGAACTGG ATTTTCTGCT TCTTGAATTG 3900 AGGTTCCTTC TGTAGTACCT TCATTTGGAT TTACTGGTGT TTCTTCTGTT GGTTTTACTG 3960 GAACTTCTTC AGTTTTTTCT GGACCTTGTT CTTTGGTCTT CTCAACCGGA GTTTCAGGTT 4020 TTACTTGCTC AATATTACCC TTATATTCTG GAAGCGGTGC TACCTGCTCT GGTTCACCTT 4080 TATCACTTAC CACAGTATCT GGCGACTCTG GTTGAACCTC AGTCTCACCT TTGTCGGTCA 4140 CAACTGCTTC GGGTAATGTA GGTTGAACTT CTGGTTCGCC TTTGTCACTT ACTACAGCTT 4200 CGGGCAACTC AGGCTGAATT GCGGGTTCAA CAATAGCTCC AGACTGTACG TCCTTATGTT 4260 CTACACCAGT CTCAGGTTGT TCCTTTATAA CTTGAGTTTT TTTAGTACCT TTTTCGACTA 4320 TTCTTGGACT AGGCGCAGTC GTTGAAGTTG AAACAATTTC TCGCGAAACT TCTTCCTTGT 4380 TTACAGAGAA TATTCTGACG ATTTCAACTT TCTTACCTAA TTTACCTTCT TGTTTTACTC 4440 TTACAGTTCC TTCAGCTAAA TCAGGATTTT CTTGAATTTC TTCTTGAAAA TCTATTTTTG 4500 TCTCCATAGT TTCCTCACGA TATAAGAGTT CAGGTTTGTT CAATTGACCT GATAAAACTT 4560 CATCCTGTGG ATTTAATGTA TTTACCCCAG TCTTTTCTTT TGGAGAAATC TTCTCCTCTT 4620 TCTTCGTTTC TAGATTCTTA TGTTCGGCTA ATTGTTCTTG AGAATCTGAA GATTGTTTCT 4680 CTTCTTTTCT TGGATTGATT AATTCAGTAG AGAAAGGTTT TTCAACTACT TGAACTTCTG 4740 TCGGCTTAGT TGAAGAAACA GGTGTTTGTT CCTGAATAGC TTGTACTGTT GATGGATGGT 4800 CTACAAAATT CGGTGTAACA TTATAATCCA CCTTTTGTTG TTTTGTAGGA GTGGCAACTG 4860 AACTCTTTTG ATTACTTACT TCAGACTCAG AAGTCGTTTT TCCCTCTTTG ATATATCCAA 4920 TATAAGTGTA ACCTGAAATC TCTTTAGGAA GAGGTAATTT TTCTCCAGAG GTCAATTCAT 4980 AGTCCGTATT GTAATTTAGC AAAAGATGAT TTTCTAAAGC ATGGACTGAA ACTAAGACAC 5040 CATTTCCTAT CCCTGCAACC AATACTAAAT GTAATACCGT TTTATTCTTA ACCTTTTTCT 5100 TGGAAACAGC AAAAATTAAA ATTCCCATAG CAGCTAAGCT AGCACCAGCA ACTAGGGCTT 5160 GCCTCTCATT CTTGCTTCCA GTATTTGGCA ATTCCGCCAG TTGATTTTGA GAATTTAACT 5220 TATAAACAAG ATAATAAGTT TCATCATCAT TCTCCACGTA TGTCGGAATA TCATAGACAA 5280 GCTGCTTCTT TTCTTCTGAT GATAGCTCTG AATCTGCCAC ATATTTATAG TGAACTCCCG 5340 CAGTTTCTTG AGCATCCACA GATGAACTAG CTAATACAGA CATAAAAAAT AAACTTGAAA 5400 TCGTTGCAGA TACAAGTCCT ACTGATAATT TTCTAAATGA AAAACGCTCT TGTTTTTCAC 5460 CAAAATACTT TTCCATTATT CCTCCTTGAA ATAAAATTTA TATATGTTAC AAAGACCTTT 5520 ATTATATTAG TGTATTATCT ATTATCTATA GAAAAGGCAG TATACCTTAA TTATACTCTT 5580 AATTTACAAA AAAGTCTTAA AATTGAGATG CGCTTTCATA CTTTGTTTTA TATTATTTGG 5640 AGGTACAATA ACACCTACCA TGAAATTTAC ACGGTAGGTG TTACTCATAT CACTAATCGT 5700 TCTAAAAATG GTTTGAGGCA GTTGAGGAGA ATTCCTTCTA TCCAGCTTCC TTGTGCTGAT 5760 GAGCGATGGT CTTCCTGCAG GCTTTTTTTT AGAAAATCTC GGACTTGTTC TGGTGCGATT 5820 TCAAATTCAA AGGCTTTCAT TTTATAGAAA AAGTCGATGA GATGATCTGA CAGGTATTCA 5880 GTTGAAAAGG GTACTTCACC ACTTTTTCTA TATTCTAATA AGAGTCTAGA AAATCGAGCT 5940 TTTTCTTCAG GAAGCTCACG AAAATAGGAA TTGAGGATCC AAGTCTGCTT CTGTTTTCTT 6000 TCAATTGGAT CCTGACTGGC AATTCGTTGG TCTTTTTCCA GCTCTTTTTG GTATTGTTTG 6060 GCCTTGATAG CTCGTTCTGC TCTATTTTTA CCAAAAAGAA TTTTTTCCCA CTTGCGTTCT 6120 TCTTGAGTCA GGGTCTCTGT AAAGCCAAAG TAATCTTGAT AAGCACGCTC TGCGGGTCCC 6180 ATGGCTAGAA CCAGATTGTC TGCATATTGC TTGGCGATTT TATCCCTCTT CTTGCGTTCT 6240 TTCTCTGCCT GGATACGGAG TTCTTGTTCG TAGTCAATTT TCTCCTTGCC TAGCTTGACA 6300 AGGTAGAGTT GGTCATCCGA TTTCCCAAGT AAAAAGGGTT TGATACACTT TTCAAGGACT 6360 TCTTCCATCC GAGCCTTTTT CTTTGGTTCC GCCTTGGTCC AACTTCCTCC CTGAAAGACT 6420 TCTAGGAAAA GCTGGTAGTC TCTCTCAGGC GCAAATTGAT TGCCACGATT GGGTTTGAAA 6480 ACACCTTTTT CCCAGAGCCA TTTTAGAAGT CGCTCGTCAA AGTTACTTTT ATTGACCTTG 6540 ATTTTTTCCT TTTTCTGAGC TTTTCTGGTT AGATTTTCAA CCTTTCTGAG CAGTTTTTCT 6600 TCCTCTTCCA ATTGCTGGTC AAGGGACAAT CGATGAAAAT GACGAACACA GTCGCTACCA 6660 ATTGGAAAGA GGCGTTGGCC TGTGACACCG TTAAAGAGTT CATAAGCGTA TTTGATGGCA 6720 TTTCCACAGA CACAATTGCT ACGGCCGATA CCGTTAAAAA TAAAGGAAAC TTCATTCCAT 6780 TCCTTGGTAG CTTGTTCCCA AGTATCCGCT TTCGAAGCCT GTAAAACTGC ATCGTGCAGG 6840 GATTTTCTAA CTGGAAGTGT CATGAGGTCT CCTTTCTAAT ACTCAATAAA AATCAAAGAG 6900 CAAACTAGAA AGCTAGCCGC AATCAGCTCA AAACACTGTT TTGAGGTTGT AGATAGAACT 6960 GACGAAGTCA GCtCAAAACA CTGTTTTGAG GTTGTGGATA GAACTGACGA AGTCAgTAAC 7020 CATATATACA GCAAGGCGAA GCTGACGTGG TTTGAAGAGA TTTTCAAAGA GTATAAGTTA 7080 TACTTTTACA ACTTGAACCT CGTCTTTACC GAGTAAAATC AAGTATTTTT CAATATTTTC 7140 AATCGAATAG GCTCGTGATA AAGCCTCTTC GTATAGAGCT AACTGACCAC GATAGCGGTC 7200 TACGAGTTGA CTTGGTTCAT CATAGCGGTC TGTCTTGTAG TCGAACAGAA CAATTTTGTT 7260 TTCGTAAAGC AGATAGCCAT CAAGGATACC ACGGACAACA AAGTCTTCCT GACTCTTTTG 7320 GTCTCGTTTG AGCATGGAGA AAGGTTGCTC GCGATAAAGA TGGTCGGTAT TAGCAAGAAT 7380 TTCCTGACCG AGTACTGTGT CAAAGAAAGC AAGAATTTTA TCAAGATTGA TCTTGTCTCT 7440 GACAGCTTGG CTAGTTTGAA CTTGTTTGAG TGTTTCTGTT AGGCTAGCAA GGGTTAGTTG 7500 CTGGCTGAGG TCAATTCTCT GCATGAGTTC GTGAGTAGCA CTACCAATCT CAGCTCCAGT 7560 TACCTTTTCT TTGGTTGAAA AATCTGGCAA ATCGAAGCTG ATTTTCTTGC CTACTGACTG 7620 ACCTTGACCA GCAATCTCGA CACCTTCCAT ATCCATAACT GGTTCGTAGA ATTTCTTGAT 7680 TTGACTTGGG GTTTGAACAC TAGGAAGTTC AATAGCTGCG CGGTGAAGAG TATTATAAAC 7740 TTCCACCTCC TTCAGCATTT CCAGAGCTTC TTTGATGGTA TCTGACTGAC GATTGTCTGC 7800 TTGGGAGCTA TCTTGGAGAG GACTCTTGGT TTCCAACTCT CCGATAGCTT CTCTGGTCAA 7860 CTGATCTTCG CCAATAAAAC GATAACTAAA GTTGAGCTTG TCCTTAGTAA ACACTTTACT 7920 GATAGCCCAA AGCCAATCTT GGAAATTCCG TGCTTGCAGT CTAGTATTGC TATTTAGTTT 7980 CCCATTTTTG GCTGCTGGGT. ATTCCTTGGA TTCCAGCTTT TCACGAGAAC CCTTGCCGAC 8040 AAGATAGAGC TTTTTCTCAG CCCGCGTCAT AGCAACATAC AGCAAACGCA TCTGCTCAGA 8100 ATAGCTTGCT AGCTGTAATT CCTCTTCGTT CTGCCTATAG GTCAGACTAG GAATGGAGAG 8160 TTTGATGGTT TTAGGATAGT GGTCTTCTAC TGCCCCTGTC TCCATCTTGG CAATATATTT 8220 GACACCAAGA CCATTCTGAC GACTGAGAAT GACTTCTGAC ATAGAGTCTT GCTTGTTGAA 8280 ATCTTGATCC ATATTGAGGA TAAAGACGTA AGGAAACTCC AGCCCTTTAC TCTTGTGGAT 8340 GGTCATGAGC TCTACTGCAT CTTTTGGCGG TGCGACGGCC ACGCTTGCCA AATCGTGCTG 8400 GGCTTCTAAG ACTTGGTCAA TCATACGAAT AAAACGCGAC AAACCTTTGA AATTGCTCTT 8460 TTCAAATTGA TCAGCACGCA GTGCTAGGGC ATAGAGATTG GCCTGCCTAG CAGGACCATT 8520 CGGCAAAGCC CCAACATAGT CATAATAAAA ACGGTCGTTG TAAATCTTCC AAATCAAGTC 85 e 9 ATAGAGAGAG TGGGTTTTGG CATACAAGCG CCAAGAAGCT AGGATATCCA TGAATTGCTT 8640 TAGTTTTTCA GCTAGAGCTG TGTGAATCAA GCCTTTTTGA CTACTTGCCA TTTTTTGTGC 8700 ATTGACCAGT TTCTCATAGA GATTTTCGTG.'-LTTATCCTCTGCTTTCTGAAGGGACAA8760 ACGTGCTAGC TCATCCTCAT CAAAACCAAA CATTGGAGAC TTCATAAGGG CAACCAAGGC 8820 GTAGTCTTGC AGGGGATTGT GAATGACACG AAGAGTGTCT AGCATGACTT GCACTTCTAG 8880 GGATTGGAGA TAATTGTTTT GCTCTCCGTC AGTTTTGACA GGAATTCCGT ACTCAGACAG 8940 GGCGAGGAGA ATCTGGTCAT TACGACTGCG GCTGGAGGTC AGAAGGGCAA TTTCCTTAAA 9000 GGCAACACCT TTTTCTTGAT GAAGTTTCAG AATCTCCTTG ATAACTAAGC GCATTTCGCC 9060 TGTTAGTTTC GTTTCTGTTT GACTCTCTTC TTCCTCACCT GTATCGTCCT TGTCGTAGAG 9120 GAGAAATGCT GCCTTGTTGT CTGGATTGGG AGTCAGTTTG GTATTGGCAA AAACAAGCTG 9180 GTGCTTGTTA TCATAGTTGA TTTCGCCGAC CTCTTGGTCC ATGAGACGTT CAAAGACATC 9240 ATTGGTTGCT GACAGCACTT CTGAACTACT ACGGAAATTT TCCTTGAGGA TAATGAGCCT 9300 GCCTTCTTGG GGATTTTGCG CATAGCGTTG GAATTTCTCA TTGAAAATCT GCGGGTCTGC 9360 CTGACGGAAA CGATAGATGG ATTGCTTGAT ATCTCCCACC ATAAAGCGAT TGTGGCCATT 9420 AGACAACAAT TCCAGCATCC GTTCTTGAAT ATGGTTGGTA TCCTGATACT CATCGACCAT 9480 GACTTCATGG AAGCGCTCCT GATAAGACTC ACGAACTTGT GGGAAATTCT CTAAAATCTC 9540 AATGGTGTAA TGGCTGATAT CAGCGAATTC GAAGGCATTT TCCTGTCGTT TTCTCTGACG 9600 ATAAGCCTCT ACAAAATCGC TCATGAAAGA TTGGAAGGTT TTAGCTAGTT TCCAAGTGTC 9660 TCCATGATAA CGTTCTTGAT AGTCGAGAAT CGCTATCTGG TCTGATAATT GTCCTAGTTT 9720 AGCAAACTGG GTCTTTCTCT CTTCGTTGTA GGCATCAGCC AGGGGCTTCA AATCAGCCTA 9780 CGGCTGGCAT TAGTCAGAGC TCGACCGTTT TTCTCCTTAG AGATGGCGAC AACACGCGCA 9840 AGCACTGCCT GATAAGCCTG ACTATCGGAC TCCTGATTTA GGGAGCCAAT TTCATCCAGA 9900 ATTAACTGAA CATTTTCTAA ATAGGCAGCC TTTGCAAACT CCTTGGCATC GTTATCCAGA 9960 TGGTAACGGA AAAAGCTTTC CAAATCCCAA AGGGCTTGTT TGATTTGCTC GGTCAGTTTT 10020 TCTTTTTCAC TGGTAAAATC AGCTTTCTCA AATCCTTTGA GGAAAGATTC ACTCAGCCAC 10080 TTTTGAGGAT TACTGGTGGA TTGGAGGAAG TCATAGATTT TATAGACCTG CTGGCGCAGA 10140 CCCCGTTCGT CCTTGCCACG CCCAGCAAAG TTTTTCAGCA AATGACTAAA GGTCTCTTTC 10200 TGTTTACCTT GGTAATGCGC TTCAAAGACC TCATGAAAGA CTTCGTTTTC GAGAATAAGT 10260 TGCTCGCTTT GGTTTTGTAA AATACGGAAA TTAGGTGCAA TATCAAGCAG ATAACCATGT 10320 TTGCCAAGGA ATTTTTGTGT GAAAGAATCC ATGGTTCCAA TGGCAGCGTT GGGTAGGTCT 10380 GCCAACTGGC GACCCAAGTG TTGTTTGAGG TCGACATCAT CTGTTTCTTG GATTTTCTTG 10440 CTGATTTTTT TCTCTAAACG TTCTTTAAGT TCAGTTGCAG CCTTGACGGT AAAGGTTGAG 10500 ATAAAGAGTT GAGAAATTTC GACACCACGC GCCAATTGGT CCAGAATGCG CTCTGCCATG 10560 ACAAAGGTCT TTCCAGAACC AGCCGATGCT GAGACCAGGA TATTCTGGGC AGAAGTGTAG 10620 ATAGCTTCGA TTTGCTCGGC AGTTTTCTTC TGTTCCTTGC TCGAATTTGC TTCTGCTTCT 10680 TGCAGTTTTT GAATCTCCTC CTCACTTAAA AAGGGAATAA GCTTCATCGA TTCAACTCCT 10740 CTCTTATTTT TTCAAGCCAA GCTTGCTTGA GTTTTTCTCC GACCAGACGC TTGCCATCAG 10800 CTAGGTCCAA CTTTTCTAGG AAACGGGCTT GGCCCAGATG GTAATTGGCT TCAAAGCCTG 10860 TAATAGCCTG ATGTTGCTGG ACGTATGGGG CAATGCTTCT GCCATTTTCA GTATAAGGAT 10920 TGATGGCGAA CCGGCCTGCT AAAATCTTCT CAGCAGCTTT CTTGTAAAGA TAGGCATTGT 10980 AGTCCAGTAG GAGCTGAAAT TCCTCATCTG TCAGTTGATT AGCCTTGTTT TTGTTATAAA 11040 ATTCGCCTAA ATAACTGCTT TCTTTTTCCA AGAAGAGCCC TTGGTATTTC ATAGATTTGC 11100 TGGCTTCTAC CACTGCTCCT GCCAGACTTT TTACCGCCAT CAGAGATTGG ACAGGTTCAG 11160 CCATTTCCAA GTACATGGCG CCGAAAAAGT TCTGCTCCCC TTCTCTTTTT AGGGCAGCAA 11220 GATAGGTTGG TAACTGAGAA TTGAGCCCAT TAAAGAAATG AGGAAACTGG AACTGAGTCA 11280 GACTGGATTT GTAGTCTACT ACTCCTATCG CTCCATTAGC TTTCAAACGG TCAATCCGGT 11340 CCACCTTGCC TCGTACAAAG ACACTGCGTC CATTGTCTAA TTGAATAAAG GCTTGGTCTT 11400 TTCCACCAAA ATTTGCTTCT TCTTTGATGG TTTCGATGGC TGGATTGTGT CGGAGAATAT 11460 GTCCAGTTGT CCGTGCAACA TCAAGCAAAA CTTCCTTGGT AAACTGGGCT TCCAAACTTT 11520 CTTGATAAAT AGCTTCAAAT TCGCGTTCTT GACTGGTTTC TTGAATAGCT TGTTCTAGAC 11580 GTTGGTCAAA GGAATCTTCA TTAGGCAACT GTAAGGCGCG TTCAAAGATA CGATGCAAGA 11640 AATTCCCGTG ACTACGGGCA TCAGGATGCA AACGTAATTC CTCCTGCAAG CCTAAAACGT 11700 AGCGTAGGAA ATAACTGTAT TCATTGCGAT AAAACTCTGT CAAACCCGAC GTAGACAGGT 11760 AAAACTCCTG TTTGGCAGGA TAGAGAGCTT GCAAGGTGTC CTTGGCTAAG GTCTTGCTGC 11820 TTGGACTGGT TGGGATAGCT GGATTTTCCA GACCTTGCTG ATCTAGTTTT TTACCTATGA 11880 CACGCGACAG AACCTTGACA AAAGTCAAAT CTTGCTCAGT ATCGCTCATC TCACCCTGCT 11940 GGTGATAGGC AACCAGACTA GACAAAAGAC TGTGATAGGA CCCCATATCC TCCTTAGACA 12000 GTCCTTTGTG ATTCATCCTC TTCTCTCTCC GCCTAAATCC AAAATGGATC AACTCTTGAA 12060 GATAGGCAGA TTCCTTACTT TCACTTTCGT TAAAAAGGCT TGGAGCCGAC AAGAACAACT 12120 GCTTACGAGC AGAATTGACC AAGGAAAGCA TAGTGTAGCG ATTTTTCTTG AGATTTTCAC 12180 TGCTGGCAAT CAGTAATTGA ACGCCTTCTT CGGTCGCTTG GTTTAGGTTT TGCCTTTCTT 12240 CATCTGTCAG AAGACTGGTG TTTTGAGAAA TTTTTGGTAA ATTGTCCTGA GTTAGTCCAA 12300 TAGCATAGAC AAAGTCAGCA GTCAATGGTG CAATCAAATC GTAACTCTGC ACCAGAACAG 12360 TGTCCACTGT TGCTGGAATG GTACGGTATT GGGACAAACT CATTCCAGAA TGGAGCAAGG 12420 CTAGGAAGTC TTCCAGACTA ACCTGTGAAC CAGCAAAAAC AGTCGCAAAT TGTTCTAAAA 12480 CATGGCAGAA AGCCTTCCAA ACTTCGGCTT GTCTTTCCTG TTCTACAGCT TCCAAAGTGG 12540 TTGTCAAATC TTGTAACTGC TTGGTCACAG CTCCTTCTTT TAGAAAGACA CTCCATTTTT 12600 GTAGGAGTTT TTCAGCCTTT TGTTTTCGGC TGGCAAAGAG GGTTTCAAGA GGTGCTAAAA 12660 TTCTCAGGCG GAGGACATTC AAACGCTCAA GATTAAATTT TCCATGGTGG GATTTGGTGA 12720 AGGTTTGCTG AAAGGCTGGC AAGCCATTGA TACCAAGATA GCGGATATAT TGCTCAAAAG 12780 CATCAATATC AGACTGACTG AGGTCAGTAT ACAAATCAGT TCTAAGAAGA TTAATCAAAT 12840 CCTCCTGACG AAAACGGTAA CGTTTTAAAG CTAAAATAGA CTCGACAAAC TGAGTCAAGG 12900 GATGATGAGC CATGGCTTCG CTTCTACCAA GATAAAAAGG AATCTGATAC TGGTCAAAAA 12960 TGGTTTTGAG AGATAACTGG TAAGAAGCTA CATCCCCCAA GAGAATACGA AAATGCTTGT 13020 AGCTCAGGTC TGAGTTCTCA TGTAATTTCT GACGAATACT ACGGGCTACT AGCTCCAACT 13080 CCTCCTTTTG CGTCAAACAA GACCAGATTT GTAAATTTTC ACGGTCTTTC TCATCGACAT 13140 CCAAAGCGAG TTCTGAAAAG TCATAAGAAG ACTCCAACAA ACGAGAGGCC TTGTCAAAAC 13200 TATCCATCTT CTCATGAGTT TGAGAACAGT CCTGAGCAGG CGTTTGGTAT TTAGAAGCCA 13260 GATGATGGAG AAATTTTACG CTGGCTTGGT AGAGATTGCC CTCGCTAAAA GGACTGGTAT 13320 AGGCTTTCTT ACTAGCATAA GCCCCGATAA CAATCTCAAC ACCTTTGCCG TGAAGTAAGT 13380 CCACAACCCG CTCTTCCTCA GCAGAAAAAC GAGTAAAGCC GTCAATGACC AAGGCGATTT 13440 GATTAAAATC ACTACTTACC TTGTCATTCT CAATAGCCTC AATCAAATGG GACAACTGAC 13500 TTTCCTGGGC TAACTGACCT TGATTAAGAT AGGCTGTTAC TTTCTCAAAA ATCAAGAGTA 13560 AATCCGCCCT CTTATCCTCA TCTGTTAAAT TCTCCAAGTC CAAAAAACTC ATCTGAGATT 13620 TGGTCATCTC ATGGTAAAGC TCAATTAACT GCTGGATCAA TTGAGGATCC TGCTTAATAG 13680 CGCCATAAAC ACGCAAGTCC TTGGGATCGA GTTCGGCAAG GCATTTGTAA AAGGCCAACC 13740 CAAGACCGAT ATCATCAAGA GTAGTTTTAG CTGGTAAATC ATTCAAGACC AGATAGCGAG 13800 CCATTTGAGC AAAGCGCGTG ACGGTAATCG AAAAAGAAGC CTGCTGGGAC AAGTATTCCA 13860 GCACGGCGCG TTCCTTTTCA AAAGAAAGAG AGTTGGGGGC AATGTAGAAG ACCCGCTTGC 13920 CAGCTGCAAC TAGCTCTTCT GCCTCTCTTG TTAGAATTTC TGTCAAAGAA GTCCGAATAT 13980 CAGTATAAAG TAATTTCATC TCAGCCTCGT TGGAATTTTT CATCACCCTA TATTATACCA 14040 TGATTAGCCT CGTAAATCTG TTAAAATATT TAGGCCATCC TTTCTTTTCT TCATCATCTG 14100 CTAAATCTTA AATACTTAGC TTTACTTGTA TTAGATAGAA TAAGTCTGGC TACTGAAAAT 14160 CACATAATAA AAAAGCCTCG GTAACAAGGC TTTGAGTTTT ATGATTGTTT CTTAGGTACG 14220 GAATACACTT CAATGTGTTG TCCCAGTATC TTAATGTCGA CTGGTAGATT GTCTGATTTA 14280 TCGCCATCAA CATCGGACTC TAATTCGATA TCAGAAGAAG TTTTAATATT ACGTGCCTTT 14340 ATATATTCAA TATTCTTGAT AGAATGATTG AACTATAGTA AATTGAAACT ATAATAGTAC 14400 ACCGTGGATG CTAAAATATT TCTAGAAATT AATTTGATTT CCCTAATCAA GCTATTCGTA 14460 TCTTATTTCA ATCTACTATA ATAAAATGAA CCAAAAATAG TACACAATGT GGTATAATCT 14520 TCTTATGGCA TATTCAATAG ATTTTCGTAA AAAAGTTCTC TCTTATTGTG AGCGAACAGG 14580 TAGTATAACA GAAGCATCAC ACGTTTTCCA AATCTCACGT AATACCATTT ATGGCTGGTT 14640 AAAGCTAAAA GAGAAAACAG GAGAGCTAAA CCACCAAGTA AAAGGAACAA AACCAAGAAA 14700 AGTTGATAGA GATAGACTTA AAAACTATCT TACTGACAAT CCAGATGCTT ATTTGACTGA 14760 AATAGCTTCT GACTTTGGCT GTCATCCAAC TACCATCCAC TATGCGCTCA AAGCTATGGG 14820 CTACACTCGA AAAAAAGAAC CACACCTACT ATGAACAAGA CCCAGAAAAA GTAGCCTTAT 14880 TTCTTAAGAA TTTTAATAGT TTAAAGCACC TAGCACCTGT TTAGATTGAC GAAACAGGAT 14940 TCGATACTTA TTTTTATCGA GAATATGGTC GCTCATTAAA AGGTCAGTTA ATAAGAGGCA 15000 AAGTATCTGG AAGAAGATAT CAGAGGATTT CTTTGGTTGC AGGTCTAACA AATGGTGAAT 15060 TAATCGCTCC AATGACTTAC GAAGAGACGA TGACGAGCGA CTTTTTTGAA GCTTGGTTTC 15120 AGAAGTTTCT CTTACCAACA TTAACCACAC CATCGGTTAT TATAGTAAAA TGAAATAAGA 15180 ATAGGGGGGG GGGGGGAGGG GGGGGGAGGG AGA 15213 (2) INFORMATION FOR SEQ ID NO : 27 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6004 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 27 : TTATTACCTG AAACATTAAA TTTAATTGGA CATCCCGTTA TCAATTTTAT AATATCATCA 60 AGATTTTTAT TATCTGATTC AGGAATTTTA TCTGATATAA CAACACCATT TTCAAGATAG 120 TTCATTAAAT TATTTGATTC ACTAACATTA GTGTTTTGAT CTCCATCAAG CCAAAAATAA 180 TGGTTATCGG AATCTAAATA CGATGAGTTT AAAATATTAT TACAAATTAT TTGATTTGCT 240 CCACCAGGAA TATATCTCAC TACTAAATTC TGTTTAAGAT TCTCACTACC TGAATGAGTG 300 ATAACAAACT CTAGAATATA TTTAGCTAGT CTATCTTCAA CATAAATCAT CTTCCTAGAA 360 TGATACACAT CACCTAATTC AAAAAATGCA TCCTGATAAT CAATATTTTC AATAACATCT 420 ACCTTTTCTC CGTTTTTCAC TAAAAGTTTC ACGGCTTCTC TAGGAAAATC TTTTATAAGT 480 TGTGTAGAAT GTGTAGTGAT AATAATTTGA TGTTTTTTAT TTAAACACTC TTGAAGTAAA 540 AACTCTTTAA ATTTATAGAT TGCACTCGGA TGAAGTGAGA TTTCAGGTTC ATCTATTAAT 600 ATTAATGAAT TTGATTGCGC ATTTACTATA TCATTTACTA ACAAAATAAT TCTAGCCTCA 660 CCTGTTCCTG CAAAAGCCTC GGAATATTCT TTTCCAGATT TTTTCATCCA AATAGTTTTG 720 GAAGCTTTTA TATCATCACC TTTTGAATAC AACTTATGTG TTAAAATTTG AATGTCTGTA 780 TAAGATTCAT CCATTATTTC ACTAATAATT TCACAAACTT TATCATCAAC TTTAACATTA 840 TCTATAACCA TTTCCTTTTT ATAACGCGTA TAGCTACTTG TATTATTCTT TAAAATATCA 900 GCAACTGGCT TAGATCGTAA TCTTATAAAA TCTTGTTTAC TACGTTGAGT AGAAATTTTT 960 TTAAAATTAT AGTGATAGAA AAATAAATCA AAAGCAGAAA CATATTCTTT ACAATCACAA 1020 AAGACAACAT TTTTTTCAAT GCCATCCCAT CTGTCTGTCG AAGAACTTCC AATATATTTA 1080 TTTTTGGGTA ATCTTTCCAT CTCATATTGT TTTTGAGGAG CATATGGTTC CCAATAATCT 1140 AATCCTTTTT TTGTTCCAGA ACGGCCTTTA AGAACTTCTA CATTTCTAGA AGCTTTAATG 1200 TTATAATATG AATAGATTAA ACATTGTTTC CCATCCACTT CATCTATTTG ATCAACATTT 1260 GTACTAAACC AATATTCAGA CACACTTTTA TTGGCTGGAG AACCATATAA AGCTTGTAAA 1320 ATTGAAGTTT TATTTACTCC ATATCTATTA CAGACACCTC AGGATTATTT AACTTATAAG 1380 TTTTAACAGC TACGGAATCA ATTTCAACAG CAACTTGAAC ATCTATGCCT GATTTTTTAA 1440 GGCCACTTGT AGTGCCACCT GCACCGTTAA ATAAATCAAT AGCAACAATT TTCCCCATAG 1500 TATTCTCCTA AAGTTTCTCC TTTTTATTAT AACATTATCA AATGTAAAAC CCAACCCGAT 1560 AGGGTTAGGT TTTTAACATC ATTTCACCAA CTTCTTCATC TCATCAATAC GTGCGACGGT 1620 CGCGTCATAT TTAGCTTGGT AGTCAGCTTG TTTGTCGCAT TCTTTTTGGA CGACTTCTGG 1680 TTTGGCGTTG GCTACGAAGC GTTCGTTAGA GAGTTTCTTA CCAACCATGT CCAGTTCTTT 1740 TTGCCATTTA GCAAGTTCCT TGTCGAGACG GGCCAGTTCT TCTTCAACAT TGAGGAGATC 1800 GGCCAGTGGC AGGTAGATTT CTGCTCCTGT GATGACACTT GACATAGCCA GTTCAGGTGC 1860 AGGGATGGTT GATGCGATTT CCAAGTGTTC TGGATTTGTA AAGCGTTTGA TATAGTTGAC 1920 ATTGCTGTTA AAGAAGGCTT CCAAGTCGCT ATCGCTTGTC TTAACAAGGA TGGTGATAGG 1980 CTTGCTTGGT GCTACATTTA CTTCCGCACG CGCATTCCGA ACAGCACGAA TCAAGTCTTT 2040 GAGACTTTCC ACACCAGTGT GAGCCGCAAG GTCTTCAAAG GCTAGATTAA CAGTTGGGTA 2100 TGCAGCTGTC ACGATAGAAC CTTCTGAGAT TTGTCCAAAG ATTTCCTCTG TCACGAATGG 2160 CATGATTGGG TGAAGGAGAC GAAGGATCTT GTCCAGCGTA TAGAGGAGAA CAGATCGAGT 2220 AATGACCTTA TCGTCTTCAT TGTCGCTGTA TAGAACTTCC TTGGTCAACT CAACATACCA 2280 GTTGGCAAAT TCTTCCCAGA TGAAGTTGTA AAGGATATGA CCAGCCACAC CAAACTCGAA 2340 CTTATCAAAG TTTTCAGTAA CTTTTGCAAT GGTTTCGTTG AGATTGTGGA GAATCCAGCG 2400 GTCCGTCACA TTACCAGCCT CACCTGTTGC AACTTTTGTG ACATTGTCAT GCGCCACATC 2460 CAGCGTCAAA CCTTCATTGT TCATGAGGAT ATAGCGAGAA ATGTTCCAAA TTTTGTTAAT 2520 AAAGTTCCAT GAAGCATCCA TTTTCTCGTA AGAGAAACGA ACGTCTTGAC CTGGTGCGGA 2580 ACCGTTTGAA AGGAACCAAC GAAGGGCATC AGCACCGTAT TTCTCGATGA CATCCATTGG 2640 GTCAATCCCG TTACCGAGAG ATTTAGACAT CTTGCGTCCT TGCTCGTCAC GGATGAGACC 2700 GTGGATAAGC ACGTTTTGGA ATGGCTGACG ACCAGTAAAT TCCAAGGACT GGAAGATCAT 2760 ACGAGACACC CAGAAGAAGA TGATGTCGTA ACCTGTTACC AAGGTTGAAG TTGGGAAATA 2820 ACGTTTAAAG TCTTCTGAGT CGACTTCAGG CCAGCCCATG GTTGAAAATG GCCAGAGGGC 2880 AGAACTGAAC CAAGTATCCA AGACGTCTTC GTCCTGAGTC CATCCGTCAC CTTCTGGAGC 2940 TTCTTCGCCG ACATACATTT CACCATCAGC ATTGTACCAG GCAGGGATTT GGTGACCCCA 3000 CCAAAGCTGA CGAGAGATAA CCCAGTCGTG GACATTTTCC ATCCATTGAA GGAAGGTATC 3060 GTTGAAACGA GGTGGGTAGA ATTCGACCTT GTCCTCTGTG TCTTGGTTAG CAATGGCGTT 3120 CTTAGCCAAT TGGTCCATCT TGACGAACCA TTGAGTAGAC AAGCGTGGCT CAACTACGAC 3180 ACCTGTACGT TCTGAGTGAC CAACACTGTG GACACGTTTT TCGATTTTGA CAAGGGCACC 3240 GATTTCTTCC AACTTAGCAA CGACTGCCTT ACGAGCTTCA AAACGATCCA TGCCTGAAAA 3300 TTCAAAGGCA AGCTCATTCA TAGTTCCGTC GTCGTTCATG ACGTTGACTT GTGGCAAGTT 3360 ATGACGTTGG CCAACCAAGA AGTCATTTGG ATCGTGGGCA GGTGTGATTT TCACGACACC 3420 AGTACCAAGC TCAGGATCTG CGTGCTCATC TCCAACGATT GGGATGAGTT TATTAGCGAT 3480 TGGAAGGATG ACGTTTTTAC CAATCAAGTC CTTGTAGCGC GGGTCTTCTG GATTAACCGC 3540 AACCGCAACG TCCCCAAACA TAGTCTCAGG ACGAGTTGTA GCAACTTCAA GGGCGCGTGA 3600 ACCATCTTCC AGCATGTAAT TCATGTGGTA GAAGGCACCT TCTACATCCT TGTGAATCAC 3660 CTCAATATCA GAAAGGGCTG TGCGAGCTGC TGGGTCCCAG TTGATGATAA ACTCACCACG 3720 ATAGATCCAG CCTTTCTTGT AAAGGTTCAC AAAGACCTTA CGAACAGCTT TTGACAAACC 3780 TTCATCAAGA GTGAAACGCT CACGAGAATA GTCTACAGAA AGCCCCATCT TGCCCCATTG 3840 TTCCTTGATG GTAGTGGCAT ATTCGTCTTT CCATTCCCAG ACCTTCGTCA AGAAAGACTC 3900 ACGACCTAGG TCATAACGCG TAATACCCTC ACCACGTAAG CGCTCCTCAA CCTTAGCCTG 3960 AGTCGCAATA CCAGCGTGGT CCATACCTGG AAGCCAAAGG GTATCAAAGC CTTGCATGCG 4020 TTTTTGACGG ATGATGATAT CCTGCAAAGT CGTATCCCAA GCGTGACCAA GGTGAAGTTT 4080 CCCAGTTACG TTTGGTGGTG GAATCACGAT TGAATAAGGC TTAGCCTTTT GATCGCCTGA 4140 AGGCTTGAAA ACATCCGCAT CAAGCCATTT TTGGTAACGA CCAGCCTCAA CCTCGGCTGG 4200 ATTGTATTTA GGTGAAAGTT CTTTAGACAT GTGTGTGTCC TTTCTCTATT TTGTTTATTT 4260 TATTTTGAAT TTGCTTAGCA GCTTCTTCTG CAGACAAATT CGTATTATTT ATTTTAAAGT 4320 AGTGGTGCAA CTCATTCGGT TGATGTTGGG AATTTAATTG AAGTGTTTCA GCGGTCTCTA 4380 AAATTTCTCT TTCAGATACC TCAATATGTC GTTTTAAGGG TTTGTGCTTT AATCGATTCT 4440 CCGTTCGATT TCGACGTATG CACTCTTCAA GACTTGTTTC CAATTCAACA AACAGAATCT 4500 CTTGATGAAA GTTATCCAAT AAATCCTGAA TTTGCTTTAA ATACATCAGC TGGTACTGAT 4560 TTGAAAAATC AATTACGTCT GTTAAAATTA CTGATCGCTG ATTTCTTGCA CTTGCTCCAA 4620 GGAAAGAAAA GGTAATTCCA CGAACAAATT CCCACATCTC CTCGGTATAA TCCTGATAGA 4680 TCTCTAGTGC AAAATCAATG GCTTGATGGT TATAAAATAG GGTAGCATCC GTCAGTCGAG 4740 ATAATTCTTG ACCAATGGTC ATTTTTCCTG ATGCTGGAGC ACCAATGATG AAAAGATGCA 4800 TCAAATCACC TCCCACTCAC TCCTCAGCAA GCCATATCTC AAATCATCAC AGCAGTTGCC 4860 TTGAGCATCT TTGCGGTCTC TTATGCGAGC TTCGAGGGTA AAGCCAAGCT TTTCCGAGAC 4920 TCGTTGACTT TGAAGGTTAT ATCCAAAGCA AGTTAGTTCA ATCTTGTGAA GACCAAGTTC 4980 TTTAAAAGCT AGATCAATCA AGGAACACGC TGCTTCTGGA ACATAACCTC GACCCCAATA 5040 GTCTGGGTGC AAGGTATAGC CAAGCTCTAG CACATCATCC GCATGAAGAT GGTTGAAGTC 5100 AACAGAACCA ATGACTTTAT CGGTTCCTTT GACGACAATC CCATAGCCAG CTGGGAGATT 5160 TTCCTTTTGA GTACGCTCCG GAAGAATGTG CTCCAGATAA TAAATCTCAT CTTCCAAGAT 5220 CTTGACTGGA GGAAAACCTG CTGGATAGGC GACCTCTGGC AAACTAGCGT AGGTATGGAT 5280 ATCCTCAGCA TCCACCACTG TGCGGACTCG TAAAACGAGA CGTTCTGTTT CGATTTTATC 5340 TGGCAGCTCA GTTCTTGCCA TCCTTCTTCC TCGCTTTTTT GATGAAACTG CCCTTCATAT 5400 CTACACGCTT GTCCAGATAG CGATAAACGC GCTGATATCC ATCTCCCATG AAATAGGTTG 5460 GGGCAAACAG TTGATTTTTA AAATGTCCCT TTTCATCCAG GAGTTCTGGG GCAACAAGTC 5520 GCTCAAGAAT CTTGGCAAAG ATGTGGCAAA TACCGTCTTC CTCAACAATC CTATCTACCC 5580 GACAATCTAA AACAAGTGGA CAGGCGTCTA AAATAGGAGT CTGAGTTCGT TCAGAAATrT 5640 CATAATGCAC TCCCAAACGT TCCAATTTCT CCTGATGACT GATAAAACCA GCCTGCTCCA 5700 TCGCAAGCAT AGAAGTTTCA TCAGAAATAT TCACAGTAAA TTTTTGATAC TGTTTGATCT 5760 GCTCTGCGGC ATTCTCTCTC GCAACGACTC CAATCACAAC CCAATCTCCT AGACTATAAG 5820 AGGAACTACA GGTCGTGATG TTATAGCCAA AATTCTAATC TTGATATCCT AAAATAAAAA 5880 CAGGAAAACC ATAATATAGT TTACTTGTGT TAAAAGATTG CTTCATAACA ACCCCCTTTG 5940 ACTAAGACGT AAAAGAAAAG CCCTGCCATC TACATGACAG GGACGAATGT GTTTATCCGC 6000 GGGG 6004 (2) INFORMATION FOR SEQ ID NO : 28 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5857 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 28 : TGTAGAATTC ACGACAATGC TTCGTTGATT TCTGGGTTGA TTTCGTCGCG TTCTGGCAAG 60 CGAGTCAATG AACCAAAAAT AGTACACAAT GTGGTATAAT CCTTTTATGG CATATTCAAT 120 AGATTTTCGT AAAAAAGTTC TCTCTTATTG TGAGCGAACA GGTAGTATAA CAGAAGCATC 180 ACACGTTTTC CAAATCTCAC GTAATACCAT TTATGGCTGG TTAAAGCTAA AAGAGAAAAC 240 AGGAGAGCTA AACCACCAAG TAAAAGGAAC AAAACCAAGA AAAGTTGATA GAGATAGACT 300 TAAAAACTAT CTTACTGACA ATCCAGATGC TTATTTGACT GAAATAGCTT CTGACTTTGG 360 CTGTCATCCA ACTACCATCC ACTATGCGCT CAAAGCTATG GGCTACACTC GAAAAAAGAA 420 CCACACCTAC TATGAACAAG ACCCAGAAAA AGTAGCCTTA TTTCTTAAGA ATTTTAATAG 480 TTTAAAGCAC CTAACACCTG TTTAGATTGA CGAAACAGGA TTCGATACTT ATTTTTATCG 540 AGAATATGGT CGCTCATTAA AAGGTCAGTT AATAAGAGGC AAAGTATCTG GAAGAAGATA 600 TCAGAGGATT TCTTTGGTTG CAGGTCTAAC AAATGGTGAG TTAATCGCTC CAATGACTTA 660 CGAAGAGACG ATGACGAGCG ACTTTTTTGA AGCTTGGTTT CAGAAGTTTC TCTTACCAAC 720 ATTAACCACA CCATCGGTTA TTATTATGGA TAATGCAAGA TTCCATAGAA TGGGGAAGCT 780 AGAACTCTTG TGTGAAGAGT TTGGGTATAA ACTTTTACCT CTTCCTCCCT ACTCACCTGA 840 GTACAATCCT ATTGAGAAAA CATGGGCTCA TATCAAAAAG CACCTCAAAA AGGTATTACC 900 AAGTTGCAAT ACCTTTTATG AGGCTTTTTT GTCTTGTTCT TGTTTCAATT GACTATATAA 960 ATTGTCTAAG CGAAACAACC GATAAGAATT GGCACAAAAG CGACCGTATT TTTGTTACCA 1020 ATACAGGAAA AACAGTTCAT AGTTCTATCT TGAGCAAGTC TCTCCAGCGA GCAAACGAAC 1080 GCCTTAAAAA ACCAATTCCC AAACATCTGT CCCCTCACAT CTTCAGACAC ACCACTATTA 1140 GCATCTTATC AGAAAATAAA ATTCCTTTAA AAACAATCAC GGACAGGGTT GGTCATCCCG 1200 ACTCTGAAGT CACTACTTCC ATCTACACCC ACGTCACAAA GAACATGAAA GATGAAGCAA 1260 TCAATGTACT GGATAAAGTT ATGAAAAAGA TTTTTTAAAA AGTTTTGTCC CTTTTTTGCC 1320 CTCTAAATAC AAAAATAGCC CTTCGGATAA AATCCGAGGG GCTAGAAACG TTGTTAAATC 1380 AACGGCCGAA CTTTTGAATT TCATGGTTCG GGATAAAATA GTTCACTGAA CTATTTTATT 1440 TTTTAAGGTT ATCATAATAT CAAATAGTTC AATTAAATAC GCTAAATTAC TAATATACTT 1500 TTTACCTTTT TCATTCTAAA ATGTAAAGTA CAAACAATTA CAATATACTA GAGGGGGAGT 1560 AAAAAAGGTA TTAAATCGAT GAGTTCAGCA GGCAAGAAAA TAGCACCTTT ACGGGTGCTA 1620 TTTTTTAATT AACGCCACGT TAACTTTTGA TTGATGAATT TTATTGTTTG GCACTTCTTT 1680 CATTTCACGG TAAACATCGA TGAAATTCTT TCCAACATTA TTTTTGGAGT TAACTGCATT 1740 TATTTTTGTA TTAATAACTT TTTTAGTATC GAAAGAATGG TTTAAGAAAT CCATAACTAA 1800 CTCTCCTTTC TCATCCTGTA ATCAAGATTT TTATCAATGT CAAAATAGTA TTTTCTATCA 1860 ATCCAAATTG GTCCTTCTCC TTTAGAAATA GCAAGTACAT CTACCGGACC TCCTACTGTT 1920 TCAAGAGTGT TGACAATTTT TCTCTTAAAT GAAGTTAATT CAATAAATGT TTTAGCTGTA 1980 CTCGCCATTT CATTAAGTGG TTGCATTCCA ATAAGGTCTA TTATAGGATT TATATAATAT 2040 TTTTGCTGTA TAGATGATAT ATTTTCAAAT ATATTCTCAA TTTCATCACC CAATCCATTT 2100 TTCTCCATAA CTGATGATAC TTGCTCTGCG ATATATACAT TTAAGTTAGG ATCTATACCA 2160 TTCATAATCG TCTCAACCAT CTCTGACTGT GCAAAAGGGA TTATATGACA AGTTTTATGA 2220 TGATTTATCA CACTTTCATT AATAACTTTC CAAATTAATC GTTTAGAAAA AATTCCATAT 2280 AATTCAATTT GTCTTATAGA TGGAAATATC TCGTCTGTAC CATAACCTGC TATAACTAAT 2340 CCAGTTATGT TTGTTGAGTC ATATCCAATG AAAATCGCTT TATATAAAGA TTTAGCAATA 2400 ACTTCAACCT CATCATCAGT ATGAGGAAAG GATTTAAAAA CATCGTCTAC AATGCTTTTT 2460 ATTAACTCTA ACTCAGCTTC AAAAAATTCA AAATTACTTT CAGCTTCTAC TTTTGAAATT 2520 TCTAAACTAA AATTAGTTAT AGCATTTAAT AAAATTTTAT TAAAATCATC TAGAGTGATG 2580 GTTTCACCAT TAGAAACTCT TAAATCAGCT GTTTCTTGCG CTTCATAGGC AATGCTGTCC 2640 AAAATACTTC TTGTACTTCT GACAATATAA TTTCTTAATA AATCCTCAAC TTGTAGATGT 2700 TTAAAGGAAA TTAAAAATTC TATTAGCTTT TCAACGTATT GGGCAGTATT ATCTAATAAA 2760 TCTGTGCCAA TAGCCTGCTT AAACTCATTT AAAATTACCT CCCACGGAAT TTCCATAAAC 2820 GAAGCGTTCC CATATATCAT GATCCCCACG GAATGTTCTT TTGATAAAGT GAATAATTTT 2880 CGGGCGCTAT TAAAAACTTT TGAATTTTTC CCGTCTGATA AGGTTACAGC GCTATCAGAA 2940 GCCAATACAA CACCATTTTT ATTTAATATT CCAATTTCTG CTGTCAAAAT ATCACCTAAA 3000 CTTTCTAAAC CTGCTCATGC TCTAATGGTA CAACAGCTAA GGTCTTACCA AGACTTGCCA 3060 ACACTTTTAA TACTGTATCA AGTTGTGGGC TTGTCTTTCC TGTTTCCATT CTAGCGATAA 3120 CTGGCTGACT AACACCGCTC ATCTCCTCTA GTTTCTTCTG ACTAATACCC TTTTCATTTC 3180 TAGCCTCGAT AAGCTCACTC ATGATAGCCA CGCGCATATC ACTTTCCAAA ATTTCCTCTT 3240 TGCTGAATAA TTCAGCTCTT ACATCTTTCC AGTTACTACC AATAGCATTA TTTTTCATTG 3300 TCTAAACCTC TTTCTTTTAA ATCTGCAAGT TCACGTTTAG CTTGCTCAAT CTCTCTTTTG 3360 GGTGTTTTCT GTGTCCTTTT CATAAAATGA TGCAGTAAAA CAAAACTACC ATCCATCCAA 3420 GCAACAAATA AAATTCTATC TCTAAGTGGT CTCAGCTCCC AAATTTCAGC ATCTAAATGC 3480 TTAATATATG GTTCGCCTGC GCGTGTTCCA TGTTGGCTTA ACAACTCAAT ATAATCATTA 3540 ATTTTATTAA GCTTAATTCT GCTATCTTTC CCTTTTTTAC TGGTAAGCTC TCGCATATAA 3600 TCAAAAACAG GCTCATTGCC GTTTTTATCC TTGTAAAAAT AGATATTATG CACTATTAAC 3660 ACCTCTTCCT AATAACAATT ATAACCTAAA AGTTATTGTT TGTAAATACT TTTAAGTTAT 3720 TAAAATAAAA AGCACCTAGT TTCCTAGATG CTAGCACAAT GACACGGATT CGCACCGTGG 3780 CTACCTCTAT CAAGGTGTAC TCCTTCTATA CTATCCCTTG TGCTTTAGAA TATTATACCA 3840 CACAATCAAC TAGATACCTA CCATCTCATG ATATACCCCC ATTTTGGGCA AGGGTACAAC 3900 GCTAAAATAC AAATCAGAAT AGATATTAAA CCACTTATTT AACTTATCAT AAGCTGGTGA 3960 TTGACTGATA AATAATATCC GCTGACAAGC TCCGATAACA TTCATGTGAT TGTACACATA 4020 AACCTCTTTT ACAGCCTCTA AAATGTCAGC CTCACTTGTT TGTACCCTAA TATCTGTTAT 4080 CTGCTTGATA GTTGCGTATT TTTGATAAGC TAGCATATCT TGATTTTTAG CAGCATCAAA 4140 CATTTTACGC TCAAGGACAC TATACTTAGG TTGTTCTTTA TCTCGCATGA AATACCACTT 4200 GAGCCATAAA ATCTTTTCTC GGTGTATTAC AGAAATACGC TCAATTTTCT TCTTTGTCAT 4260 TGCTACCTCC TAAATCATCA ATTTAACAAT TCTAACCACT CACTTTTAGA AATAGTTGCA 4320 TAGATCTTGT TCGATGTATG ATACAAAGGT TCTAAATCTT TTTCCACCCT AATATAGTTC 4380 ATCTTATCCT CATGAGTAGG AAAGTATAGT ATTTCCGTTT CATCCTCGTT TAGGATACGA 4440 TTGCACCAAT CATCAATAAT AACTGGCACT TCCCACTCAC GCCATTTTTT AAGGTTTTCT 4500 AAAAGTTCAT TATCACTAAA TAGCTCGCCA TCTATTTGGA AAAATTCCCC TAAGTCATTG 4560 TTTCCTTCAA CAATAATAAA CTCTGGCATA TTTCTATTAC TTAATAACTC CTTGAGTTCT 4620 TGTAACTCTT TGATTTCCTT TAGATACTTC CTCAATTTCC AACCTCAATT CTTCAATCTG 4680 CCTTACTACT CCAAAAATTT CATGGGTCTT ATAAGATTGT TCAAGTATAG CCTTTGCTGC 4740 TTGAGTTCTT ATAAACGGGT TGACCTTACT GTCCATCATA ATATCATTGA GTACAGAAAC 4800 AGCGTTAGAT GATGCTAAAT AAAGCATTTG AGTTGTTTTA TCCATCATCT CATCTTGCTT 4860 TATCCTCAAT GTCTTTTTAA CCGCTGCAAC TTTTAGATAC TTATGACCTG TTGCGCGTGA 4920 TACCCCTGCT TTTTGACATG CTTTGTCTAT CGTTGGCTCG GTAAGCATGG CATCTATGAA 4980 TTTAATTTGC TTGGACGTAA GGTTATCATT TTCATTTCCT GCCATCTATT ACCTCCTCAT 5040 TATCAAAATA AAGGGTTGCC CCTTTATTTC CCTATGCTAG ATAATTCTGC AATTCTGCAT 5100 CCATTGCCTC TGAATTGCCC TCAACAATCA TTTCATGCTG TACTAAATCA ATCTTATCTC 5160 CGTTAATAAG TAAACCACCG TGGAAATAAT CAATTTTTCT ATCAAGGAAA TGTACTAGCT 5220 TTTCAAGGCG TTGCTGTTGG CTGAATTGCT CCATGTCAAT TTCGATATAA GCAAGGGTAG 5280 TATCATTATC CATAATATCT TCTAATTTTC TAAGAGCTAG AGGTTTATTT TTATATTTTT 5340 CTAGGTATTC TCTCATTTCT GCCACTGTTA ATTTGATACT AGATAATAAA CTTAGTTCAG 5400 CTGCATCATC TGCTGTAATA GGCTCTTCTT TTGATTCATG GTTTGCTAGT TCAGCATTTT 5460 TCTCTTTTTC TAGTTGCTGA TACAATAGCT GAGCAGTATT TTGGGAATAG TTTTCGCCCT 5520 CTTTTTTATA TTTTAAAAGT TCTTGCTCTG CATACACTTT CCCGATAATC ACTTCCTTAT 5580 AAACTAATTG CCCATCTTGA GCTTTTAGCT TAATACTCCC ATGCTCTGGA ATTTCAATAT 5640 ACTTAATTAT ACCATTTTTT GAGTATAAAA CAAAGCCTTT CTCCATCATT TTTAATAATT 5700 TATCATCCTT GTTTTCAGTC ATGCTTTTCT CCTTTATTTC ATTTTATTAT AATCTGAATA 5760 CCCCTAGTCT ATTTATTTCA CTAGGTTTTT AGGGTTCGTA TGCTAAAATA CTACCCTTTT 5820 TGTGTACCTT ATGGCTGACT TTTCAAATTG GTTAGTT 5857 (2) INFORMATION FOR SEQ ID NO : 29 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 10254 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 29 : AAAATGATAG CAGGAGAGTT TTCCCGTCCA TCAGACCCAG AACTGAGAGC CTTAGCTCAG 60 GCTTCTCGCC AAAAACAGGC CGCCTTTAAC AAGGAAGAGA ACCCCTTGAA GGGAGCCGAA 120 ATCATCAAGA CTTGGTTTGC CTCAACCGGG AAAAATCTTT ACATCAACAC TCGCTTGATG 180 GTGGACTACG GTGTCAACAT CCATCTAGGG GAAAATTTTT ATTCTAATTG GAACTTGACC 240 ATGCTGGATA TCTGTCCCAT TCGTATCGGG GACAATGCTA TGATTGGTCC TAATTGTCAG 300 TTTTTGACAC CCCTCCATCC ACTAGATCCA CAGGAACGCA ATTCAGGTAT CGAGTACGGA 360 AAGCCTATCA CAATCGGAGA TAATTTCTGG ACTGGTGGTG GCGTCATTGT CCTTCCTGGA 420 GTGACACTGG GAAATAATGT CGTTGCAGGA GCAGGGGCAG TAATTACCAA ATCTTTTGGC 480 GACAACGTTG TCCTAGCTGG CAATCCTGCG CGCGTGATTA AGGAAATACC TGTTAAATAG 540 AAGTAAAAAG GAACAGCTGG GGTTGTTTCT TTTTTGTAGG TTTCATCATT TTTTACCCAG 600 TTCACATTTA CCTACTCTAT CTCTTAGCAA GTCTGTTTCA TTAAGCAAGT TCAAAGCATC 660 TCGTAAGTGG GATGTTTTTC TCCTCAGTTC ATCAGCTTCC TCCTTGACAC TCGGTCAGAT 720 TTTGATACAA TAGTACAAAA TTAGAGGAGG CAGGCTATGA TTCAGAAACA TGCGATTCCT 780 ATTTTAGAGT TTGATGACAA TCCTCAGGCG GTTATCATGC CCAATCACGA GGGGCTGGAC 840 TTGCAGTTGC CAAAGAAGTG TGTTTATGCA TTTTTAGGTG AGGAGATTGA CCGCTATGCG 900 AGGGAAGTAG GGGCGAACTG TGTTGGCGAA TTTGTTTCTG CCACCAAGAC CTATCCAGTT 960 TATGTCGTGA ACTACAAGGA CGAGGAGGTC TGTCTGGCTC AGGCTCCTGT TGGCTCCGCT 1020 CCAGCAGCCC AGTTTATGGA TTGGTTGATT GGCTATGGTG TGGAGCAGAT TATCTCTACT 1080 GGGACCTGTG GTGTCCTAGC TGATATAGAG GAAAATGCCT TTCTAGTCCC TGTTCGCGCT 1140 CTGCGAGATG AAGGAGCCAG TTACCACTAT GTGGCACCTT GTCGTTATAT GGAAATGCAG 1200 CCAGAGGCTA TTGCTGCTAT TGAGGAAGTT TTGGAAGACA GAGGGATTCC TTATGAAGAA 1260 GTCATGACCT GGACGACAGA CGGTTTTTAC CGAGAAACGG CTGAAAAGGT GGCTTATCGT 1320 AAGGAAGAAG GCTGTGCTGT TGTGGAGATG GAGTGTTCTG CTCTTGCGGC AGTAGCTCAA 1380 TTGCGTGGGG TTCTCTGGGG TGAATTGTTG TTCACAGCAG ATTCTCTAGC GGACTTGGAC 1440 CAGTACGACA GTCGTGACTG GGGCTCGGAA GCTTTTAATA AGGCGCTAGA ACTGAGTTTA 1500 GCAAGTGTTC ACCACCTTTA GTTGTACTGG CAAAGGATTT GTTTTATCAT AAAATGTCTA 1560 GCTCATACTT TTCAAAAATA TGTTTAAACG AGGTCACCTT CCTCTTGTCC TAGGCATGTT 1620 GAGGTTGGGA AAAATCTTTA AAATCAGAAA AACGTATCAT ATCAGGTGAT GAAAACTTTG 1680 ACACTATGCG TTTTATGTCG ATAAGATTTA GAGTGAGATG AAATGATACT CTTCGAAAAT 1740 CTCTTCAAAC CAGGTCAGCT TCACCTTGCC GTAGGTATAT GTTACTGACT TCGTCAGTCT 1800 TATCCGGCAA CCTCAAAACG GTGTTTTGAG CTGACTTCGT CAGTTCTATT TGCAACCTCA 1860 AAACAGTGTT TTGAGCAACC TGTGACTAGC TTTCTAATCG ATGCCTTGGT TTTCATTGCC 1920 TATAATCAAA AAGAGAAATT TTCTCCTGAA AAGCATATAG AGTAGCTGGC GTTAAAAGCT 1980 CCTGTCTTGC TTTTTTGACC TATAGTCACA TCTATCAAGT ATTGTTCTTG CCTAAGCTAT 2040 CAATAAAAAG GTGGCATTTT TTAGGCTTGG TGTTAGTAGA TTTTGCCTTA TCCTATCTAA 2100 GTCATTTCGA ACTTTTTATG GTACAATGGA AACATGTTAT TCAAATTATC TAAGGAAAAA 2160 ATAGAGCTAG GCTTATCTCG TTTATCGCCA GCCCGTCGTA TTTTTTTGAG TTTTGCCTTG 2220 GTCATTTTAC TAGGCTCTCT TCTTTTGAGC TTGCCCTTTG TCCAAGTTGA AAGCTCACGA 2280 GCGACTTATT TTGATCATCT TTTCACTGCT GTCTCTGCAG TCTGTGTGAC GGGTCTCTCA 2340 ACCCTTCCAG TAGCTCACAC CTATAATATC TGGGGTCAAA TAATCTGTTT GCTCTTGATT 2400 CAGATCGGTG GTCTAGGGCT CATGACCTTT ATTGGGGTTT TCTATATCCA GAGCAAGCAA 2460 AAGCTTAGTC TTCGTAGCCG TGCAACTATT CAGGATAGTT TTAGTTATGG AGAAACTCGA 2520 TCTTTGAGAA AGTTTGTCTA TTCTATTTTT CTCACGACCT TTTTGGTTGA GAGCTTGGGA 2580 GCTATTTTGC TTAGTTTTCG CCTTATTCCT CAACTTGGCT GGGGACGTGG TCTTTTTAGT 2640 TCCATTTTTC TAGCGATCTC AGCCTTCTGT AATGCCGGTT TTGATAATTT AGGGAGCACC 2700 AGTTTATTTG CTTTTCAGAC CGATTTACTG GTCAATCTGG TGATTGCAGG CTTGATTATT 2760 ACAGGCGGCC TTGGTTTTAT GGTCTGGTTT GATTTGGCTG GTCATGTAGG AAGAAAGAAA 2820 AAAGGACGTC TGCACTTTCA TACGAAGCTT GTACTATTAT TGACTATAGG TTTGTTGTTA 2880 TTTGGAACAG CAACTACTCT CTTTCTTGAG TGGAACAATG CTGGAACGAT TGGCAATCTC 2940 CCTGTTGCCG ATAAGGTTTT AGTTAGCTTT TTTCAAACAG TGACGATGCG AACAGCTGGC 3000 TTTTCTACGA TAGATTATAC TCAGGCTCAT CCTGTGACTC TTTTGATTTA TATCTTACAG 3060 ATGTTTCTAG GTGGGGCACC TGGAGGAACA GCTGGGGGAC TCAAGATTAC GACATTTTTT 3120 GTCCTCTTGG TCTTTGCACG AAGTGAGCTT CTAGGCTTGC CTCATGCCAA TGTTGCGAGA 3180 CGAACGATCG CGCCGCGAAC GGTTCAAAAA TCCTTTAGTG TCTTTATTAT CTTTTTGATG 3240 AGCTTCTTGA TAGGATTGAT TCTGCTAGGG ATAACAGCCA AAGGCAATCC TCCCTTTATC 3300 CACCTCGTAT TTGAAACCAT TTCAGCTCTT AGTACAGTTG GTGTAACGGC AAATCTGACT 3360 CCTGACCTTG GGAAATTGGC TCTCAGTGTT ATCATGCCAC TTATGTTTAT GGGACGAATT 3420 GGTCCCTTGA CCTTGTTTGT TAGCTTGGCA GATTACCATC CAGAAAAGAA AGATATGATT 3480 CACTATATGA AAGCAGATAT TAGTATTGGT TAAGAAAGGA AAGAGCATGT CAGATCGTAC 3540 GATTGGAATT TTGGGCTTGG GAATTTTTGG GAGCAGTGTC CTAGCTGCCC TAGCCAAGCA 3600 GGATATGAAT ATTATCGCTA TTGATGACCA CGCAGAGCGC ATCAATCAGT TTGAGCCAGT 3660 TTTGGCGCGT GGAGTGATTG GTGACATCAC AGATGAAGAA TTATTGAGAT CAGCAGGGAT 3720 TGATACCTGC GATACCGTTG TAGTCGCGAC AGGTGAAAAT CTGGAGTCGA GTGTGCTTGC 3780 GGTTATGCAC TGTAAGAGTT TGGGGGTACC GACTGTTATT GCTAAGGTCA AAAGTCAGAC 3840 CGCTAAGAAA GTGCTAGAAA AGATTGGAGC TGACTCGGTT ATCTCGCCAG AGTATGAAAT 3900 GGGGCAGTCT CTAGCACAGA CCATTCTTTT CCATAATAGT GTTGATGTCT TTCAGTTGGA 3960 TAAAAATGTG TCTATCGTGG AGATGAAAAT TCCTCAGTCT TGGGCAGGTC AAAGTCTGAG 4020 TAAATTAGAC CTCCGTGGCA AATACAATCT GAATATTTTG GGTTTCCGAG AGCAGGAAAA 4080 TTCCCCATTG GATGTTGAAT TTGGACCAGA TGACCTCTTG AAAGCAGATA CCTATATTTT 4140 GGCAGTCATC AACAACCAGT ATTTGGATAC CCTAGTAGCA TTGAATTCGT AAAGAGGGAT 4200 GACCCCTCTT TTTTGATGCC TAAGATGGCA AATAGAGACA GAAGCCCCTT GTCTTCTAGT 4260 AAAAGTTCTT CAAAGGCTGG ACTTTATGGT AAAATAGAAA GAAGTGACAA GAGAGAGTAA 4320 TACTCAATGA AAATCAAAGA TCAAACTAGG AAACTAGCTA CGGGCTGCTC AAAACACTGT 4380 TTTGAGGTTG CAGATAGAAC TGACGAAGTC AGTAACATCT ATACGGCAAG GCGACGTTGA 4440 CGCGGTTTGA AGAGATTTTC GAAGAGTATA AGAAAAAATC AGTCCCCTAA AGGAGTAGAT 4500 TATGAAGTTA TTGTCTATCG CAATTTCTAG CTATAATGCA GCAGCCTATC TTCATTACTG 4560 TGTGGAGTCG CTAGTGATTG GTGGTGAGCA AGTTGGGATT TTGATTATCA ATGACGGGTC 4620 TCAGGATCAG ACTCAGGAAA TCGCTGAGTG TTTAGCTAGC AAGTATCCTA ATATCGTTAG 4680 AGCCATCTAT CAGGAAAATA AATGCCATGG CGGTGCGGTC AATCGTGGCT TGGTAGAGGC 4740 TTCTGGGCGC TATTTTAAAG TAGTTGACAG TGATGACTGG GTGGATCCTC GTGCCTACTT 4800 GAAAATTCTT GAAACCTTGC AGGAACTTGA GAGCAAAGGT CAAGAGGTGG ATGTCTTTGT 4860 GACCAATTTT GTCTATGAAA AGGAAGGGCA GTCTCGTAAG AAGAGTATGA GTTACGATTC 4920 AGTCTTGCCT GTTCGGCAGA TTTTTGGCTG GGACCAGGTC GGAAATTTCT CCAAAGGCCA 4980 GTATACCATG ATGCACTCGC TGATTTATCG GACAGATTTG TTGCGTGCTA GCCAGTTCTA 5040 ACTGCCTGAA CATACTTTTT ATGTCGATAA TCTCTTTGTC TTTACGCCCC TTCAGCAGGT 5100 CAAGACCATG TACTATCTGC CTGTCGATTT CTATCGTTAT TTGATTGGGC GTGAGGACCA 5160 GTCTGTCAAT GAGCAAGTGA TGATTAAGTG CATTGACCAG CAACTCAAGG TCAATCGACT 5220 CTTGATAGAC CAACTTGATT TGTCCCAAGT GAGTCATCCC AAAATGCGAG AATATCTGCT 5280 GAATCATATT GAACTCACGA CGGTGATTTC CAGTACCCTG CTCAACCGAT CTGGAACAGC 5340 GGAGCATCTG GCAAAAAAAC GCCAATTGTG GACCTATATT CAGCAGAAAA ATCCAGAAGT 5400 CTTTCAGGCT ATTCGTAAGA CCATGTTGAG CCGTTTGACC AAACATTCTG TCTTGCCAGA 5460 TCGCAAACTG TCCAATGTCG TCTATCAAAT CACCAAATCT GTTTATGGAT TTAATTAATA 5520 TAAGTGTTTT ATAAGAGGGA TTTAAGAAAA ATTTTAACTT TTTCTTAGTC CTTTTTAATT 5580 TCAGGAGATT ATACTAGAGT CATCAAATAA AGAAAGACTC TAAGGAGAAT CCTATGAAAT 5640 TCAATCCAAA TCAAAGATAT ACTCGTTGGT CTATTCGCCG TCTCAGTGTC GGTGTTGCCT 5700 CAGTTGTTGT GGCTAGTGGC TTCTTTGTCC TAGTTGGTCA GCCAAGTTCT GTACGTGCCG 5760 ATGGGCTCAA TCCAACCCCA GGTCAAGTCT TACCTGAAGA GACATCGGGA ACGAAAGAGG 5820 GTGACTTATC AGAAAAACCA GGAGACACCG TTCTCACTCA AGCGAAACCT GAGGGCGTTA 5880 CTGGAAATAC GAATTCACTT CCGACACCTA CAGAAAGAAC TGAAGTGAGC GAGGAAACAA 5940 GCCCTTCTAG TCTGGATACA CTTTTTGAAA AAGATGAAGA AGCTCAAAAA AATCCAGAGC 6000 TAACAGATGT CTTAAAAGAA ACTGTAGATA CAGCTGATGT GGATGGGACA CAAGCAAGTC 6060 CAGCAGAAAC TACTCCTGAA CAAGTAAAAG GTGGAGTGAA AGAAAATACA AAAGACAGCA 6120 TCGATGTTCC TGCTGCTTAT CTTGAAAAAG CTGAAGGGAA AGGTCCTTTC ACTGCCGGTG 6180 TAAACCAAGT AATTCCTTAT GAACTATTCG CTGGTGATGG TATGTTAACT CGTCTATTAC 6240 TAAAAGCTTC GGATAATGCT CCTTGGTCTG ACAATGGTAC TGCTAAAAAT CCTGCTTTAC 6300 CTCCTCTTGA AGGATTAACA AAAGGGAAAT ACTTCTATGA AGTAGACTTA AATGGCAATA 6360 CTGTTGGTAA ACAAGGTCAA GCTTTAATTG ATCAACTTCG CGCTAATGGT ACTCAAACTT 6420 ATAAAGCTAC TGTTAAAGTT TACGGAAATA AAGACGGTAA AGCTGACTTG ACTAATCTAG 6480 TTGCTACTAA AAATGTAGAC ATCAACATCA ATGGATTAGT TGCTAAAGAA ACAGTTCAAA 6540 AAGCCGTTGC AGACAACGTT AAAGACAGTA TCGATGTTCC AGCAGCCTAC CTAGAAAAAG 6600 CCAAGGGTGA AGGTCCATTC ACAGCAGGTG TCAACCATGT GATTCCATAC GAACTCTTCG 6660 CAGGTGATGG CATGTTGACT CGTCTCTTGC TCAAGGCATC TGACAAGGCA CCATGGTCAG 6720 ATAACGGCGA CGCTAAAAAC CCAGCCCTAT CTCCACTAGG CGAAAACGTG AAGACCAAAG 6780 GTCAATACTT CTATCAAGTA GCCTTGGACG GAAATGTAGC TGGCAAAGAA AAACAAGCGC 6840 TCATTGACCA GTTCCGAGCA AAyGGTACTC AAACTTACAG CGCTACAGTC AATGTCTATG 6900 GTAACAAAGA CGGTAAACCA GACTTGGACA ACATCGTAGC AACTAAAAAA GTCACTATTA 6960 ACATAAACGG TTTAATTTCT AAAGAAACAG TTCAAAAAGC CGTTGCAGAC AACGTTAAAG 7020 ACAGTATCGA TGTTCCAGCA GCCTACCTAG AAAAAGCCAA GGGTGAAGGT CCATTCACAG 7080 CAGGTGTCAA CCATGTGATT CCATACGAAC TCTTCGCAGG TGATGGTATG TTGACTCGTC 7140 TCTTGCTCAA GGCATCTGAC AAGGCACCAT GGTCAGATAA CGGTGACGCT AAAAACCCAG 7200 CCCTATCTCC ACTAGGTGAA AACGTGAAGA CCAAAGGTCA ATACTTCTAT CAATTAGCCT 7260 TGGACGGAAA TGTAGCTGGC AAAGAAAAAC AAGCGCTCAT TGACCAGTTC CGAGCAAACG 7320 GTACTCAAAC TTACAGCGCT ACAGTCAATG TCTATGGTAA CAAAGACGGT AAACCAGACT 7380 TGGACAACAT CGTAGCAACT AAAAAAGTCA CTATTAACAT AAACGGTTTA ATTTCTAAAG 7440 AAACAGTTCA AAAAGCCGTT GCAGACAACG TTAAGGACAG TATCGATGTT CCAGCAGCCT 7500 ACCTAGAAAA GGCCAAGGGT GAAGGTCCAT TCACAGCAGG TGTCAACCAT GTGATTCCAT 7560 ACGAACTCTT CGCAGGTGAT GGCATGTTGA CTCGTCTCTT GCTCAAGGCA TCTGACAAGG 7620 CACCATGGTC AGATAACGGC GACGCTAAAA ACCCAGCTCT ATCTCCACTA GGTGAAAACG 7680 TGAAGACCAA AGGTCAATAC TTCTATCAAG TAGCCTTGGA CGGAAATGTA GCTGGCAAAG 7740 AAAAACAAGC GCTCATTGAC CAGTTCCGAG CAAACGGTAC TCAAACTTAC AGCGCTACAG 7800 TCAATGTCTA TGGTAACAAA GACGGTAAAC CAGACTTGGA CAACATCGTA GCAACTAAAA 7860 AAGTCACTAT TAAGATAAAT GTTAAAGAAA CATCAGACAC AGCAAATGGT TCATTATCAC 7920 CTTCTAACTC TGGTTCTGGC GTGACTCCGA TGAATCACAA TCATGCTACA GGTACTACAG 7980 ATAGCATGCC TGCTGACACC ATGACAAGTT CTACCAACAC GATGGCAGGT GAAAACATGG 8040 CTGCTTCTGC TAACAAGATG TCTGATACGA TGATGTCAGA GGATAAAGCT ATGCTACCAA 8100 ATACTGGTGA GACTCAAACA TCAATGGCAA GTATTGGTTT CCTTGGGCTT GCGCTTGCAG 8160 GTTTACTCGG TGGTCTAGGT TTGAAAAACA AAAAAGAAGA AAACTAATCA GCTAAGGAAA 8220 TAAATGATGG ATAGTGGGCT GACTAAGATT AGTTTAACAA CTCAATCAGC AATCAGGACT 8280 TTCTTTCAAT AGCAGATTAA AATCATCGTA AAACAATAAA AATAGTGTTA TACTTAAAGC 8340 AGTATAGCAC TGTTTTTATC AAAGGAGAGA CAGATGGGAA AGACAATTTT ACTCGTTGAC 8400 GACGAGGTAG AAATCACAGA TATTCATCAG AGATACTTAA TTCAGGCAGG TTATCAGGTC 8460 TTGGTAGCCC ATGATGGACT GGAAGCGCTA GAGCTGTTCA AGAAAAAACC GATTGATTTG 8520 ATTATCACAG ATGTCATGAT GCCTCGGATG GATGGTTATG ATTTAATCAG TGAGGTTCAA 8580 TACTTATCAC CAGAGCAGCC TTTCCTATTT ATTACTGCTA AGACCAGTGA ACAGGACAAG 8640 ATTTACGGCC TGAGCTTGGG AGCAGATGAT TTTATTGCTA AGCCTTTTAG CCCACGTGAG 8700 CTGGTTTTGC GTGTCCACAA TATTTTGCGC CGCCTTCATC GTGGGGGCGA AACAGAGCTG 8760 ATTTCCCTTG GCAATCTAAA AATGAATCAT AGTAGTCATG AAGTTCAAAT AGGAGAAGAA 8820 ATGCTGGATT TAACTGTTAA ATCATTTGAA TTGCTGTGGA TTTTAGCTAG TAATCCAGAG 8880 CGAGTTTTCT CCAAGACAGA CCTCTATGAA AAGATCTGGA AAGAAGACTA CGTGGATGAC 8940 ACCAATACCT TGAATGTGCA TATCCATGCT CTTCGACAGG AGCTGGCAAA ATATAGTAGT 9000 GACCAAACTC CCACTATTAA GACAGTTTGG GGGTTGGGAT ATAAGATAGA GAAACCGAGA 9060 GGACAAACAT GAAACTAAAA AGTTATATTT TGGTTGGATA TATTATTTCA ACCCTCTTAA 9120 CCATTTTGGT TGTTTTTTGG GCTGTTCAAA AAATGCTGAT TGCGAAAGGC GAGATTTACT 9180 TTTTGCTTGG GATGACCATC GTTGCCAGCC TTGTCGGTGC TGGGATTAGT CTCTTTCTCC 9240 TATTGCCAGT CTTTACGTCG TTGGGCAAAC TCAAGGAGCA TGCCAAGCGG GTAGCGGCCA 9300 AGGATTTTCC TTCAAATTTG GAGGTTCAAG GTCCTGTAGA ATTTCAGCAA TTAGGGCAAA 9360 CTTTTAATGA GATGTCCCAT GATTTGCAGG TAAGCTTTGA TTCCTTGGAA GAAAGCGAAC 9420 GAGAAAAGGG CTTGATGATT GCCCAGTTGT CGCATGATAT TAAGACTCCT ATCACTTCGA 9480 TCCAAGCGAC GGTAGAAGGG ATTTTGGATG GGATTATCAA GGAGTCGGAG CAAGCTCATT 9540 ATCTAGCAAC CATTGGACGC CAGACGGAGA GGCTCAATAA ACTGGTTGAG GAGTTGAATT 9600 TTTTGACCCT AAACACAGCT AGAAATCAGG TGGAAACTAC CAGTAAAGAC AGTATTTTTC 9660 TGGACAAGCT CTTAATTGAG TGCATGAGTG AATTTCAGTT TTTGATTGAG CAGGAGAGAA 9720 GAGATGTCCA CTTGCAGGTA ATCCCAGAGT CTGCCCGGAT TGAGGGAGAT TATGCTAAGC 9780 TTTCTCGTAT CTTGGTGAAT CTGGTCGATA ACGCTTTTAA ATATTCTGCT CCAGGAACCA 9840 AGCTGGAAGT GGTGGCTAAG CTGGAGAAGG ACCAGCTTTC AATCAGTGTG ACCGATGAAG 9900 GGCAGGGTAT TGCCCCAGAG GATTTGGAAA ATATTTTCAA ACGCCTTTAT CGTGTCGAAA 9960 CTTCGCGTAA CATGAAGACA GGTGGTCATG GATTAGGACT TGCGATTGCG CGTGAATTGG 10020 CCCATCAATT GGGTGGGGAA ATCACAGTCA GCAGCCAGTA CGGTCTAGGA AGTACCTTTA 10080 CCCTCGTTCT CAACCTCTCT GGTAGTGAAA ATAAAGCCTA AAACCCCTTT ACAAATCCAG 10140 CTATTCATGG TAGAATAGAT TTTGTGTGAA ATATCAGCAG GAAAGCATGA AGCTCGTCAA 10200 CAGGTGTCTT ATGACAAGTA ACCTTGGCTG TTTAGGCGAA GGGCATCTGC ACGG 10254 (2) INFORMATION FOR SEQ ID NO : 30 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9769 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 30 : CCGGCGACTA TCGATAACAC TTGACTTGGT AGCCCCACAT TTTGGACAAC GCATCCTTTC 60 CCTCCTTATC GTTTTCTTTT CATTATACCA TTTTTTAAGC GATTCCCAAA ACAATTCTTC 120 TTTTTGCTTG ACAAGTTTTT TGTTTTGTTG TATTATTTAA TTAAGACAAC AAGGTAAAAG 180 AAAGGAGACT AAGATGTCCT GGACATTTGA CAACAAAAAA CCCATCTATT TACAGATTAT 240 GGAGAAAATC AAGCTTCAGA TTGTTTCCCA TACACTGGAA CCCAATCAAC AACTTCCAAC 300 CGTGAGGAGC TAGCTAGCGA GGCTGGTGTC AATCCCAATA CCATCCAAAG AGCCTTATCA 360 GACCTTGAAC GAGAAGGATT TGTCTACAGC AAGCGAACAA CTGGACGATT TGTGACTAAG 420 GATAAGGAGC TAATCGCCCA GTCACGCAAA CAATTATCAG AAGAAGAATT GGAACACTTC 480 GTTTCCTCCA TGACCCATTT TGGCTATGAA AAAGAAGAAC TACCAGGCGT AGTCAGTGAT 540 TATATTAAAG GAGTTTAAGC CTATGTCATT ACTAGTATTT GAAAATGTAT CCAAATCATA 600 TGGAGCAACA CCAGCCCTTG AAAATGTTTC TCTTGACATT CCAGCTGGAA AAATTGTCGG 660 CCTTCTTGGG CCAAACGGCT CAGGAAAAAC AACCCTGATT AAACTAATTA ATGGCCTCTT 720 ACAACCAGAT CAAGGACGTG TCCTCATCAA CGACATGGAC CCAAGCCCAG CAACCAAGGC 780 CGTTGTAGCT TATTTGCCTG ATACGACCTA TCTCAATGAG CAAATGAAGG TCAAAGAAGC 840 CCTAACCTAC TTCAAGACCT TCTATAAAGA TTGTCAGATC TTGAACGCGC CCATCATCTA 900 CTTGCAGACC TGGGCATTGA TGAAAATAGT CGTCTCAAGA AACTATCAAA AGGAAACAAA 960 GAAAAGGTTC AACTGATTTT GGTTATGAGC CGTGATGCTC GTCTCTATGT TTTGGACGAA 1020 CCCATTGGTG GGGTGGATCC AGCAGCCCGT GCTTATATCC TCAATACCAT TATCAACAAC 1080 TACTCACCAA CTTCTACCGT TTTGATTTCT ACCCACTTGA TTTCTGATAT CGAGCCAATC 1140 TTGGATGAAA TTGTCTTCCT AAAAGACGGA AAAGTCGTCC GTCAAGGAAA TGTAGATGAT 1200 ATTCGCTACG AGTCAGGTGA ATCCATTGAC CAACTCTTCC GTCAGaATTT AAGGCCTAAG 1260 CAAAGGAGAT TATTTATGTT TTGGAATTTA GTTCGCTACG AATTTAAAAA TGTTAACAAG 1320 TGGTATTTAG CCCTCTACGC AGCCGTGCTA GTCCTTTCTG CCCTCATCGG AATACAGACA 1380 CAAGGCTTTA AAAATCTACC TTACCAAGAA AGTCAGGCTA CTATGCTACT TTTTCTAGCT 1440 ACAGTCTTTG GTGGCTTGAT GCTTACACTT GGGATTTCAA CCATTTTCTT GATTATTAAA 1500 CGCTTCAAAG GTAGTGTCTA CGACCGACAA GGCTATCTGA CTTTGACCTT GCCAGTTTCT 1560 GAACACCATA TCATCACAGC CAAACTAATC GGTGCCTTTA TCTGGTCATT GATTAGCACC 1620 GCTGTATTGG CTCTAAGTGC TGTTATTATT CTGGCTTTAA CAGCTCCAGA ATGGATTCCT 1680 CTTTCTTATG TGATTACATT TGTAGAAACA CATCTCCCTC AGATCTTTCT TACAGGTATA 1740 TCCTTCCTAC TAAATACTAT TTCAGGAATC CTCTGCATCT ACCTGGCTAT TTCCATTGGA 1800 CAGCTTTTCA ATGAATACCG TACAGCACTC GCTGTTGCAG TCTACATTGG TATCCAAATC 1860 GTCATTGGAT TTATTGAACT TTTCTTCAAT CTTAGTTCTA ATTTCTATGT CAATTCACTG 1920 GTAGGACTCA ATGACCATTT CTATATGGGA GCAGGTATAG CCATTGTTGA AGAACTCATA 1980 TTCATAGCTA TCTTTTATCT CGGAACCTAC TACATCTTGA GAAATAAGGT TAATTTGCTT 2040 TAAATAATTT TTACCTAGAT ATGTAACATA CTCATAGAAC AAAAGAGACC AGGCAAAAAG 2100 TCTTTAAAAT TAGAAAACGC ATAGTATCAG GTGTTGAATA TGTACTGCcC CCCAAAAGTT 2160 AGATTTTTTC TGTCTAACTT TTGGGGGCAG TTCATAAGAA CCTTGGTAAT ATGCGTTTTT 2220 TGTGAGCTGA CTTATTTCCT TTCACTATAT CGCAAAATGA AATAAGAACG GAACGATGGG 2280 ATTTTGGAAT TCAAATCAAT TTATAAGAAT GTTTTAGAAG TAATATTATC CTATTCCAGA 2340 TTCAGTTCAC TATACAATTG AGTTTTCAAG CAACCTGTTT ACATAATGTG TACATAATTA 2400 GGTTCGTGAT TCCACCCTTT TCACCTTTAA AAACCTCGCT TTCGCAAGGC TCTTCTATTT 2460 ATAAGATAAG GCACGTTTAA AGGTTTTCCA AATCCCTAAA TCATCCGTTT GAAGAACGAG 2520 ACTAGCATAC ATGCGTCCGA TAAATCCTGT TGCTACCACC GCAAAAATCA CTGTAATAGC 2580 AAGTGAAATC CATGCTTCTG CTCCCCCCGC ATAGTCATTA ATCGTTCGAA ACGGCATAAA 2640 GAAGGTCGAA ATAAAGGGAA TATAAGAACC AATCTTCAAG AGGAGATTGT CACCAGCTGC 2700 ACCTAGAGCT GTCACTCCAA AAAAACCACC CATAATCAAA ATCATCAAAG GCGACAAGGC 2760 TTTCCCTGAG TCCTCAGGAC GAGAAACCAT AGATCCTAGG AAGGCTGCCA AGACTACGTA 2820 CATGAAAAGA CTGATCAAAA TAAAGAGCAA GGTATTCAGT GAGATAGCAT CTCCCAAGTG 2880 ATCCAAAATA CCAGACTGAG CCAAGAATGG CAAATCTTTA AAGAGCAAAA CGGCAGCCAG 2940 ACCACCTACA ACATAGATCC CAATATGCGT TAAAATCACT AGAAACAGAG CCATCATCCG 3000 CGCATAGAAA TAGTGACTTG CCCTTATGCT AGAAAAAACG ACTTCCATAA TTTTGGTGCC 3060 TTTTTCACTG GCAACTTCCT GAGCTGTTAC ACCCGCATAG GTAATCAGAA TCATATAAAG 3120 AAAGAATCCT AAGGCACCTG CTGCAATTGT TTGAATAAAC TTTTTATTTT CCTTGGCTTC 3180 ATCAATCTTT TCTGTGAATT GAATTGTCTG CGCTAAGCGT TTTTCCTGCT CTTGAGACAA 3240 GGAAGCAGTT GAACGATTAA GCTGATTTTG CAGTTCATTG AGTGTACCTG TAACCTCAAA 3300 TTTAATTCCA TTTTCAAGCG ATGTTTCGCC ATGATAAACT GCCTTTAGAA CACTATCTTC 3360 TTGATCAATG GTCAAATAAC CTTTTAATTT TTCTTCTTTA ATTGCTTCTT TGGCACTTGC 3420 TTCGTCTTTA TAGTCGAAGT TAACACCATT TACATTCTTC AGTCCTTCTG CTACAGATGG 3480 CACTGTTGTC ACTACTGCCA CTTTATTATT TTTAGCCATA GAAGAACCTT GGAGATGCCC 3540 AATTCCTACA GAGATTCCTA AAAAGAGGAA CGGCGAAATC ACCATAAAGA AGAAACTCCA 3600 TGACTCGACA TGTCGAAGAT AGGTTTCCTT GATTACAACC CACATATTTC TCATACTTCC 3660 ACTCCTGATT CTAGTTTAAA GATTTCATCG ATAGTTGGCG CTTGTTGGTC AAATGTTGCG 3720 ATATATTGAC CTTGAGTCAA GATTGAGAAG AGTTCCCTTC CAGCGCTCTC ATCCTCCAAA 3780 ATCAATTTCC AACTGCCTTG TTTGGTCAAG CTCACCTGTT TGACATGAGG AAGATTTTCC 3840 AATTCTTCCT TGCTTCGTTC ACTTGAAACA AAGAGACGCG TTTTCCCGTA TTGATTGCGG 3900 ACATCCTGAA CTGGTCCGTG CAAGACCACA CGGCCATCTC GGATCATCAG AATATCGTCA 3960 CAAAGTTCCT CAACATTGGT CATGACATGG TCAGAAAAGA TAATGGTTGT CCGCGCTCTT 4020 TTTCCTGAAA AATGACTTGT TTGAGCAATT CTGTATTAAC TGGGTCCAAT CCACTAAAAG 4080 GCTCATCCAA GATAATCAGG TCTGGTTCAT GAATCAGAGT AATAATGAGC TGAATCTTCT 4140 GCTGATTTCC TTTTGACAGA CTCTTGATTT TATCTGTCAG CTTTCCTTTC ACTTCCAACC 4200 TCTTCATCCA TTGAGGGAGT TTTTCTTTGA CTTCTTTGGC ATCCATGCCT TTTAGAGTCG 4260 CCAAGTAGCG AACTTGTTCA AGAACTGTCA ATTTAGGCAT GAGATGCGTT CTTCAGGCAG 4320 ATAACCAATC CGAGCATAGG TCTCCTGACG AATATCCTGA CCATCCAGAC CGATTTCTCC 4380 CTGATATTCT AGGAATTTCA AAATACTATG GAAAATCGTT GTTTTTCCAG CACCATTTTT 4440 TCCGACTAGT CCCAAAATAC GACCTGGTCG CGCTTGAAAG TCAATACCAA ACAAAACTTG 4500 CTTGGATCCA AAACTTTTCT CTAGACTTCT TACTTCTAGC ATCTTTCACC TCCGAAATTT 4560 CTTGCACTCA TTATACTCCT TTTTGATAGC CTTTACAATG TTTTTTGTCC ATTTTTAGAA 4620 GACTATTGCT GTGTAAAATA TGGCCTGGAG CACTTTTATA CTCAATGAAA ATCAAAGAGC 4680 AAACTAGGAA GCTAGCCGTA GACTGCTCAA AGTACAGCTT TGAGGTTGCA GATAAAACTG 4740 ACGAAGTCgA CTCAAAACAC TGTTTTGAGG TTGTGGATAG AACTGACGAA kCrTAaCTAT 4800 ATCTACGGCA AGGCGAAcTG ACGTGGTTTG AAGAGATTTT CGAAGAGTAT TAGTGATAAA 4860 TCCATTATAC AGCAGCAAAC TTAATTTATA CCTTCCGCTC CTCAACTGTC TATTTTTAAT 4920 CCTGAATTGT TATTTGAGTA ACTCCTTTTT CCTCGTAAAG TTTTCTTCCT CTAAAACTTC 4980 TGGAAAAAGG CTAATAGTTT CAGACAACAT TTTTATAAGA AACAAGTTCA TCTGTCATTT 5040 CAAGAAGGAG TAATCCTTTA TCTACTAATG GACGGAACAG AATTCAACCG CTTGTCCGAT 5100 ATGTTTTCTA AGGATTATAT AGTAAAATGA AATAAGAACA GGACAAATTG ATCAGGACAG 5160 TCAAATTGAT TTCTAACAAT GTTTTAGAAG TAGATGTATA CTATTCTAGT TTCAATCTGC 5220 TATATCTATT ATGCACACCC CTATAGGATC TAATGAAAAT CACAACAGGC TCATTCATAG 5280 ATGGTTACCT AAGCCTAAGG GAACTAAGAA AACGACTACC AAGGAAGTCG CATTCATCGA 5340 AAAGTAGATT AACAACTATC CTAAAAAATG CTTGAACTAC AAGTCCCCCA GAGAAGACTT 5400 CTGGATGACT AACTTGAACT TGAAATTTAG CAATAATTAA TTCACTATCT AACTATATTT 5460 AGTAATTATT TCAGAACTGA TTAATATTAA AATTAACTAA CAATTCAAAG GATTCATACT 5520 AGCCATAAAT TACGTCCATC AGAGAGAGAC TCTTACTACT TTTAGATTTT AGTCTTTCTA 5580 GCTTCAGAAT ACATCTAAAC TTTAGGGAAA ATGACTATTC GAAAGCGCGA ATGCCTCAAA 5640 ATTATCTCAG ATAAGCTATT CGAAACTTAG AATGCTTTTA AATTTATGGA ATTGCGATTA 5700 TTCGAAACCT AGAATGCATA TAACCTTTAG TTGACAGACC TATTCTAAGT CTCGAAGGGC 5760 TATTTACTTT CTATTCCTTA TCAAAAAAGA CTCATTCCCC CTTTCTCCTC CAAAATATGG 5820 TATAGTAGAA ATATACTATC TATGAGGAGT TTACATGTCA CAGGATAAAC AAATGAAAGC 5880 TGTTTCTCCC CTTCTGCAGC GAGTTATCAA TATCTCATCG ATTGTCGGTG GGGTTGGGAG 5940 TTTGATTTTC TGTATTTGGG CTTATCAGGC TGGGATTTTA CAATCCAAGG AAACCCTCTC 6000 TGCCTTTATC CAGCAGGCAG GCATCTGGGG TCCACCTCTC TTTATCTTTT TACAGATTTT 6060 ACAGACTGTC GTCCCTATCA TTCCAGGGGC CTTGACCTCG GTGGCTGGGG TCTTTATCTA 6120 CGGGCACATC ATCGGGACTA TCTACAACTA TATCGGCATC GTGATTGGCT GTGCCATTAT 6180 CTTTTATCTA GTGCGCCTAT ACGGAGCTGC CTTTGTCCAG TCTGTCGTCA GCAAGCGCAC 6240 CTACGACAAG TACATCGACT GGCTAGATAA GGGCAATCGT TTTGACCGCT TCTTTATTTT 6300 TATGATGATT TGGCCCATTA GCCCAGCTGA CTTTCTCTGT ATGCTGGCTG CCCTGACCAA 6360 GATGAGCTTC AAGCGCTACA TGACCATCAT CATTCTGACC AAACCCTTTA CCCTCGTGGT 6420 TTATACCTAC GGTCTGACCT ATATTATTGA CTTTTTCTGG CAAATGCTTT GACACGTAAA 6480 AAATCCGTTT GGTTTCCCAA GTGGATTTTT AAAGCGTAGA TTAACTATAG CTTGATACTA 6540 AATATACTTT GGTATGGAAA TCATGCATAT TTTTCGATAG TGAGGCGAGG ACTTACCTAG 6600 CCTTTCCGCC GTGATAGAAA CACCTGAAAT CTAATGGTTT CAGGTATTCG GAAACTTTGA 6660 GCCTAGTGTC TCAAAGTTTA GGTATGGAAT TTTGAAGAAA GTCGCTACCG TCCGTAATCA 6720 CTTAAGGAAA GGCTCAAAAA TATTGTTTTC AACCACAAAA TCCGTTTGGT TTCCCAAGCG 6780 GATTTTGTGC TTTATTTTGA AACTTCTTTT GCAAGAACAA AGTTCCCAAG TGTGGCAGAA 6840 CCATTTCCTG CGACTGCTGG CGTCACGATA TAGTCACGCA CATCTGGTAC TGGTAGGTAA 6900 CCATTAAGAA GAGATGTAAA TTTCTCACGG ACACGGTCCA GCATATGTTG TTGAGCCATG 6960 ACCCCTCCAC CAAAGACAAT CACGTCTGGG CGGAAAGTCA CTGTCGCATT AACCGCAGCT 7020 TGAGCGATAT AGTAGGCTTG AACATCCCAA ACAGGGTTGT TGAGTTCAAT AGTTTCCCCA 7080 CGTACACCTG TACGAGCTTC CAAACTTGGA CCAGCTGCAT AACCTTCTAG ACATCCCTTA 7140 TGGAAAGGAC AAACACCCTT AAACTCTTTT TCAATATCCA TTGGGTGTCT AGCAACATAA 7200 TAATGACCCA TTTCAGGGTG ACCCACACCA CCGATAAACT CACCACGTTG GATGACGCCT 7260 GCACCGATAC CTGTACCGAT TGTGTAGTAA ACCAAGTTTT CGATACGACC ACCAGCATTG 7320 TTACGGGCAA CCATTTCACC GTAAGCAGAG CTGTTTACGT CTGTTGTGAA GTACATTGGC 7380 ACGTTTAGGG CGCGACGAAG GGCACCAAGC AAGTCTACAT TTGCCCAGTT TGGTTTTGGA 7440 GTCGTCGTGA TAAAGCCATA AGTTTTTGAG TTTTTGTCAA TATCAATCGG CCCAAATGAA 7500 CCAACTGCAA GACCAGCAAG GTTATCGAAT TTTGAGAAGA ACTCAATGGT TTTATCGATT 7560 GTTTCGATTG GAGTTGTTGT TGGAAATTGT GTTTTTTCTA CAACGTTAAA GTTTTCATCA 7620 CCGACAGCAC AGACAAACTT TGTACCGCCC GCTTCCAAGC TTCCATATAA TTTTGTCATG 7680 ATAAACCTCT TGTTTTTATT TTCTTTATTA TAGCATACTT CGAAAGTCTA AATGTCTCTA 7740 TTTTTTAGAT TTTCCTCTGT AAATCTTACT ATCTAATAAA AACGAACAAA CATGTCATTT 7800 GTTCGTTTTC ACATTAGAGA GGATTGATTA GATTTTCACT TCGATCACAG CATCCCCCTT 7860 AGCAACTGAA CCTGTTGCGA CTGGAGCTAC TGAAGCGTAG TCACCTGTAT TTGTAACGAT 7920 AACCATTGTT GTATCATCAA GTCCAGCTGC AGCGATTTTG TTTGAGTCAA ATGTTCC. AAG 7980 AACATCGCCA GCTTTCACCT TATTACCTTG AGCAACTTTT GTTTCAAAAC CGTCACCGTT 8040 CATAGATACA GTATCAATAC CAACATGAAT CAAAACTTCA GCACCATTTC TTGTTTTCAA 8100 ACCAAAAGCG TGCCCTGTTG GAAAGGCAAT TGAAACTTCA GCATCAGCTG GTGCATAGAC 8160 CACGCCTTGG CTTGGTTTCA CAACGATACC TTGTCCCATA GCTCCACTTG AGAAGACTGG 8220 GTCATTGACA TCAGCAAGAG CGACAACATC ACCGACGATA GGAGTTACAA GTGTTTCATT 8280 TTGAAGAGCT GCTGGCGCAA CTTCTTCTTT TTCTTCAGCC ACTTCAGCTC GTTTTGCAGC 8340 TGCAGTTGCG TCTACTTCAT CTTCGTAACC AAACATGTAA GTAAGAGCAA AACCAAGGGC 8400 AAATGATACA GCTACCATAA GAAGGTATTG TGGAAGTTGT CCGTTACCAA CATAAAGCAT 8460 TGTACCAGGG ATGATGGTGA TACCATTACC AGTACCAGCA AGTCCAAGGA TAGAAGCCAA 8520 TCCACCACCG ATTGCACCAG CAATCAATGA AAGGAAGAAT GGTTTACGGA AGCGCAAGTT 8580 CACCCCGAAG ATAGCAGGCT CTGTAATACC TAGGAAGGCA GAAAGAGCAG CCGGGAAAGC 8640 AAGTGTTTTC AGTTTTGGAT TTTTTGTTTT AACACCAACC GCAACAGTAG CAGCACCTTG 8700 AGCTGTCATA GCAGCTGTGA TGATAGCGTT GAATGGGTTA GCATGGTCAG CAGCAAGTAA 8760 TTGCACTTCA AGCAAGTTGA AGATGTGGTG CACACCTGAC ACGACGATCA ATTGGTGAAC 8820 CCCACCAATC AAGAAACCAC CAAGACCAAA TGGCATGCTA AGAATCGCTT TTGTAGCAAT 8880 AAGGATGTAG TTTTCAACAA CGTGGAAAAC TGGTCCAATG ACAAAGAGTC CAAGGATAGA 8940 CATGACCAAA AGTGTCACGA ATGGTGTTAC CAAGAGGTCA ATGACATCTG GAACAACTTG 9000 CGGACAGCTT TTTCAAATTT AGCTCCGACA ACCCCGATGA TGAAGGCTGG AAGAACGGAA 9060 CCTTGCAAAC CAACAACAGG GATGAAACCA AAGAAGTTCA TCGCTGTTAC TTCACCACCT 9120 TGAGCAACTG CCCAAGCGTT TGGAAGTGAG CCAGAGACAA GCATCATACC AAGAACGATA 9180 CCAACGGCAG GATTTCCACC AAATACACGG AAGGTTGACC ACACAACCAA ACCTGGCAAG 9240 ATGATGAAGG CTGTATCTGT CAAGATTTGT GTGTAAGTTG CAAAGTCACC TGGAAGTGGC 9300 ATTTCAAGAG CGTTGAAAAG ACCACGCACA CCCATGAAGA GACCTGTCGC TACGATAACT 9360 GGGATGATTG GAACGAAAAC ATCACCAAAA GTACGGATAG CACGTTGGAA CCAGTTCCCT 9420 TGTTTAGCAA CTTCTGCTTT CATGTCATCC TTAGATGATG TTGGTAATCC AAGTACAACA 9480 ACTTCATCGT ACATTTTGTT AACTGTACCT GTACCAAAGA TAATTTGGTA TTGCCCTGAG 9540 TTAAAGAAAG CACCTTGAAC TTTTTCCAAG TTCTCAATCA CTTCTTTATT GATTTTCTCT 9600 TCATCTTTGA CCATGACACG TAGACGAGTC GCACAGTGGG CAACACTATT GACATTTTCA 9660 CGTCCGCCCA AGGCATCGAT GACTTTTTTT GCAATTTCCT GATTGTTCAT TTGCAAAAAT 9720 CTCCTTATAT AACATTTTGT TCTTGTTTGA AAGCGATTTT ATTCGCCGG 9769 (2) INFORMATION FOR SEQ ID NO : 31 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3149 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 31 : CGCTTGAGTG CTAATTCATA GTTCTATTGT ATCACTTGGT CAGAAATAAT CAAGAAAAAA 60 GTCTGACTTT CTCAAGATAA AAAGCCTGAG ACCAACTCAG ACTTTTTAAT TCTTAAAATG 120 GCAATTCTTC CTCTTCCAAG ACCAAATCTG CCAAATCTTG GCCTGCATTA TTTTCACGCA 180 TAGCACGTTG GGCACGACTT TCCAAGAGTT GGAATCCTGT GACAAGTACT TCGGTCACGT 240 AGTTCATTTG GCCATTTTTC TCAAAGCGAC GGGTACGCAA TTCTCCATCA ACGGAAATGA 300 GACTACCTTT GGTTGCGTAC TTGCCAAAGT TTCTGCTAGT CTGCCCCATA GGACCATATT 360 GACAAAATCA GCTTCACGTT CACCGTTTTG GTCTTTGTAA CGACGGTTCA CAGCGATAGT 420 TGCTCGCGCT ACCGACTTGT CATTGTTGGT TTTGTGCAAT TCTGGTGTAG ACGTTAAACG 480 TCCAATCAAG ATAACTTTAT TATACATATT TTCTTCCTCC TACTTATCTA TTCGTAGGAA 540 ATCAAAAAAA GTTACAGAAA TTTGTAACTT TTCGAGAAAA TTTTTTATTT TTTATGAACC 600 ATGAAACCTG TCGCCTGTTG ATTGGCCATA ATGGTCATAT CTGTAATCTG AACACGACGA 660 GGTTGACTAG TCACATAGAC TACTGTATCT GCAATATCCT GAGCTTGCAA AGCTTCTATT 720 CCTTGGTAAA CGGACGCAGC TCGTTCTTTA TCACCATGAA AACGCACTGT AGAAAAATCT 780 GTTTCGACAA TTCCAGGCTG AATGGTCGTC ACCTTGATAT CCGTTGCGAT GGTATCAATT 840 CGCAGTCCAT CTGAAAAGGT CTTAACTGCC GCCTTGGTGG CTGAGTAAAC AGCTGCACCA 900 GCATAGGCAT AAATTCCTGC GGTTGACCCC ATATTGATAA TATGACCTTG ATTGGCTTTT 960 ACCATTGCTG GCAAGAAACA GCGAGTGACT GCCATCAAAC CTTTGACATT GGTATCCAAC 1020 ATGGTCAGCA TATCCAACTC TTCATAGTCT TGATAGGGAG CTAAGCCAAG AGCCAGTCCT 1080 GCGTTATTGA CCAGGATGTC AATCTGACCT ATCGTTTCTA AAATATCAGA GCAGACAGTC 1140 TTTACCATTG TCATATCCGT GACATCTAGG AGAAAAGTCC AAACTGTTTG ATTTGGAAAA 1200 GTTTCTGCAA ACTCCGCCTT AAGAGCTTCT AGTCTGTCTA TCCGTCGTCC TGTTAGAACG 1260 ACATCCTCAC CCTGCTCCAG ATAAGCACGC GCAATCGCTT CACCGATTCC TGATGTCGCT 1320 CCTGTAATCA CAACATTTTT TGCCATCTTA TTTCCTTCTA GCTGGTCTAT CAGATATTAA 1380 CAACTTCTTA GGCAGTCCAG TGTTTCGCTG GGTCGAACGG TGTTCCGACA ACTTGGTCTT 1440 CTGATAATTC AAGCACCCCA CGTTTTTGTG GAGCATTTGG CAGATGCAAT TCACGAGGAC 1500 TGCACATCAT ACCAAAACTC TTTTCACCAC GAAGTTCACC TGGGAAAATG AGATTCCCTT 1560 TTGGCATCAT AGCTCCAGGA AGCGCGACAA TGGTTTTCAA CCCCACACGC GCATTGGGAG 1620 CTCCTGCAAC GATTTGTACA GTCTTATCAC TTGCGACTGC AACTTGGCAG ATGTTGAGGT 1680 GGTCACTATC TGGATGGGCT ACCATCTCAA CAATTTCACC TACAACAAAC TTAGGTTCCT 1740 TATCATTAAC AATTTCTTCT GTAAAACCTT CCGCCTGCAA CTCTTGGTTC AAACGAGCGA 1800 CTTGCTCATC TGTCAAAAAG ACTTGACCGC GCTCTGCAAT TTCAAATAAA CTTGAAACTT 1860 CGAAAATATT CCAAGCCACT GTTTCCCCAT TATCTTTGAG AAAAACACGG GCTACCTTGC 1920 CTTTGCGCTC CACATCCAGT TTGGCATCTC CGCTATTTTT CACGATGACC ATAAGGACAT 1980 CACCGACATG TTCTTTATTA TATGTAAAAA TCATTGTTTC CTTTTTCTCC TATTTCAGTC 2040 CTGCTAAAAA GTCATTGATT TGTTGCTTGC TTTTACGGTC GCGATTGACA AAACGACCGA 2100 TTTCCTTGTC CTTTTCTAGA ACAACAAGGC TAGGAATTCC GTAAACATCC CAGAGTTTGG 2160 CCAAATCCAT ATACTGATCT CGGTCCATTC GAATAAAGGT GAACTCTGGA TTGGTCTCCT 2220 CAATCTCTGG TAAGGCAGGA TAAATATAAC GACAATCGCT ACACCAGTCT GCCACAAAAA 2280 TGAAGACCTT CTTGCCCGCT TTTTCCACTA AAGATGCTAA TTCTTCTAAA CTTGCTGGCT 2340 GTATCATAAG ACTTCCTCCT CATAGACTAG GTCTTCATTT TCATAGACAA AGGTATAATG 2400 ACGGCCATCC TCAAAAATGA CGCCACCAAC CAAGCTCTCC AGACTGCTTT CGTAAACTTG 2460 AACATAAAGG GTCGCAATTT CCCCCATGTC GGAAAAATGG TCTCGCACAA TCTCTGTCAA 2520 CTCTTCCTGA GTCTTCATGA GCTTACGGTC ATCTGCAACT TTTTTCGTAG CAAGAGCAAG 2580 GCTTCCGATA CCTAGCAGAG CCAAGCCTGC CATCCACATT TTTTTAGCTT TCATACCATT 2640 CATTTTAACA CAAAAAAGGC TTCAGGACAA ATGAGGAAGC AGCAGAAAAG CAAGTAAAAA 2700 GCCTCTTCCT TTAAGGAAAA GGACTTCTTA TACTCAATGA AAATCAAAGA CCAAACTAGG 2760 AAGCTAGCCG CAGGCTGCTC AAAGCACTGC TTTGAGGTTG TAGATAGAAC TGACGAgTCa 2820 CTCAAAACAC TGTTTTGAGG TTGTGGATGA AGCTGACGTG GTTTGAAGAG ATTTTCGAAG 2880 AGTATTATTC TTATTGCCAG GCACCTAAGT TGCCAACGTA GTAACTATCA GGTGTGTAGG 2940 TATTGCGAGC ATCTTACCTG ATGAAGCCAG ATAATACTAC TTGCCATTGT CTTTGACCCA 3000 ATCATTCGCA ATCATGGAAC CAGAAGAACT TACATAATAC CATTCTCCCT TGTCATAAAC 3060 CCAAGTACTG ACTTTCATGG TTCCTGAGCA ATTAAAGGCA AAAAAACTGT CCAATAACAT 3120 TCGTTTTTTA AAAGCATTTG ACACTACAT 3149 (2) INFORMATION FOR SEQ ID NO : 32 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 10240 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 32 : CCAAAAATTC AACCTTTAAG GGGAGTCCAG AGAGACTCAC AAGGTGTCAG ATAAAAGAAT 60 GGTGCAATTT TCTAGAGGAG ACTTTTTGAG TGTGCTCTCT TGTGTTGTAC GATTTTAACT 120 GAGGCCTTGC ACTAGCAAGG TCTTTTCTTT ATCTGGTCCC CTTAAAATTT AAGGAGGAAA 180 AGTTATGAAT CCCACATGTA AGAAGCGTTT GGGTGTCATT CGGTTGGAAA CCATGAAGGT 240 GGTTGCACAA GAGGAAATCG CGCCACAATC TTTGAATTAG TCCTAGAAGG AGAAATGGTT 300 GAAGCCATGC GAGCAGGCCA ATTTCTTCAT CTGCGTGTAC CGGACGATGC CCATCTCTTA 360 CGTCGTCCTA TTTCAATTTC GTCTATTGAC AAGGCAAACA AGCAGTGTCA CCTCATTTAT 420 CGGATTGACG GAGCTGGGAC TGCAATTTTT TCAACCTTAA GTCAGGGAGA CACTCTTGAT 480 GTGATGGGGC CTCAGGGAAA TGGTTTTGAC TTGTCTGACC TTGATGAGCA GAATCAGGTT 540 CTCCTTGTTG GTGGTGGGAT TGGTGTTCCA CCCTTGCTTG AGGTGGCCAA GGAATTGCAT 600 GAACGTGGAG TGAAAGTAGT GACAGTCCTC GGTTTTGCTA ATAAGGATGC TGTTATTTTG 660 AAAACGGAAT TGGCTCAGTA TGGTCAGGTC TTTGTAACGA CAGATGATGG TTCTTATGGC 720 ATCAAGGGAA ATGTTTCCGT TGTTATCAAT GATTTAGACA GTCAGTTTGA TGCTGTTTAC 780 TCGTGTGGGG CTCCAGGAAT GATGAAGTAT ATCAATCAAA CCTTTGATGA TCACCCAAGA 840 GCCTATTTAT CTCTGGAATC TCGTATGGCT TGTGGGATGG GAGCTTGCTA TGCCTGTGTT 900 CTAAAAGTAC CAGAAAACGA GACGGTCAGC CAACGCGTCT GTGAAGATGG TCCTGTTTTC 960 CGCACAGGAA CAGTTGTATT ATAAGGAGAA AATTATGACT ACAAATCGAT TACAAGTTTC 1020 TCTACCTGGT TTGGATTTGA AAAATCCGAT TATTCCAGCA TCAGGCTGTT TTGGCTTTGG 1080 ACAAGAGTAT GCCAAGTACT ATGATTTAGA CCTTTTAGGT TCTATTATGA TCAAGGCGAC 1140 AACCCTTGAA CCACGTTTTG GGAATCCAAC TCCAAGAGTG GCAGAGACGC CTGCTGGTAT 1200 GCTCAATGCA ATTGGCTTGC AAAATCCTGG TTTAGAGGTT GTTTTGGCTG AAAAGCTACC 1260 TTGGCTGGAA AGAGAATATC CAAATCTTCC TATTATTGCC AATGTAGCTG GTTTTTCAAA 1320 ACAAGAGTAT GCAGCTGTTT CTCATGGGAT TTCCAAGGCA ACTAATGTAA AAGCTATCGA 1380 GCTCAATATT TCTTGTCCCA ATGTTGACCA CTGTAATCAT GGACTTTTGA TTGGTCAAGA 1440 TCCAGATTTG GCTTATGATG TGGTGAAAGC AGCTGTGGAA GCCTCAGAAG TGCCAGTTTA 1500 TGTCAAATTA ACCCCGAGTG TGACCGATAT CGTTACTGTC GCAAAAGCTG CAGAAGATGC 1560 GGGAGCAAGT GGCTTGACCA TGATCAATAC TCTGGTTGGA ATGCGCTTTG ACCTCAAAAC 1620 TAGAAAACCA ATCTTGGCCA ATGGAACAGG TGGAATGTCT GGTCCAGCAG TCTTTCCAGT 1680 AGCCCTCAAA CTCATCCGCC AAGTTGCCCA AACAACAGAC CTGCCTATCA TTGGAATGGG 1740 AGGAGTGGAT TCGGCTGAAG CTGCCCTAGA AATGTATCTG GCTGGGGCAT CTGCTATCGG 1800 AGTTGGAACA GCTAACTTTA CCAATCCTTA TGCCTGCCCT GACATCATCG AAAATTTACC 1860 AAAAGTCATG GATAAATACG GTATTAGCAG TCTGGAAGAA CTCCGTCAGG AAGTAAAAGA 1920 GTCTCTGAGG TAAACTGCAA TCAATCTGTT CTTGATTTTT TATTAGTTTG TAATATGAAT 1980 TTAGGAGAAT TTTGGTACAA TAAAATAAAT AAGAACAGAG GAAGAAGGTT AATGAAGAAA 2040 GTAAGATTTA TTTTTTTAGC TCTGCTATTT TTCTTAGCTA GTCCAGAGGG TGCAATGGCT 2100 AGTGATGGTA CTTGGCAAGG AAAACAGTAT CTGAAAGAAG ATGGCAGTCA AGCAGCAAAT 2160 GAGTGGGTTT TTGATACTCA TTATCAATCT TGGTTCTATA TAAAAGCAGA TGCTAACTAT 2220 GCTGAAAATG AATGGCTAAA GCAAGGTGAC GACTATTTTT ACCTCAAATC TGGTGGCTAT 2280 ATGGCCAAAT CAGAATGGGT AGAAGACAAG GGAGCCTTTT ATTATCTTGA CCAAGATGGA 2340 AAGATGAAAA GAAATGCTTG GGTAGGAACT TCCTATGTTG GTGCAACAGG TGCCAAAGTA 2400 ATAGAAGACT GGGTCTATGA TTCTCAATAC GATGCTTGGT TTTATATCAA AGCAGATGGA 2460 CAGCACGCAG AGAAAGAATG GCTCCAAATT AAAGGGAAGG ACTATTATTT CAAATCCGGT 2520 GGTTATCTAC TGACAAGTCA GTGGATTAAT CAAGCTTATG TGAATGCTAG TGGTGCCAAA 2580 GTACAGCAAG GTTGGCTTTT TGACAAACAA TACCAATCTT GGTTTTACAT CAAAGAAAAT 2640 GGAAACTATG CTGATAAAGA ATGGATTTTC GAGAATGGTC ACTATTATTA TCTAAAATCC 2700 GGTGGyTACA TGGCAGCCAA TGAATGGATT TGGGATAAGG AATCTTGGTT TTATCTCAAA 2760 TyTGATGGGA AAATrGCTGA AAAAGAATGG GTCTACGATT CTCATAGTCA AGCTTGGTAC 2820 TACTTCAAAT CCGGTGGTTA CATGACAGCC AATGAATGGA TTTGGGATAA GGAATCTTGG 2880 TTTTACCTCA AATCTGATGG GAAAATAGCT GAAAAAGAAT GGGTCTACGA TTCTCATAGT 2940 CAAGCTTGGT ACTACTTCAA ATCTGGTGGC TACATGGCGA AAAATGAGAC AGTAGATGGT 3000 TATCAGCTTG GAAGCGATGG TAAATGGCTT GGAGGAAAAA CTACAAATGA AAATGCTGCT 3060 TACTATCAAG TAGTGCCTGT TACAGCCAAT GTTTATGATT CAGATGGTGA AAAGCTTTCC 3120 TATATATCGC AAGGTAGTGT CGTATGGCTA GATAAGGATA GAAAAAGTGA TGACAAGCGC 3180 TTGGCTATTA CTATTTCTGG TTTGTCAGGC TATATGAAAA CAGAAGATTT ACAAGCGCTA 3240 GATGCTAGTA AGGACTTTAT CCCTTATTAT GAGAGTGATG GCCACCGTTT TTATCACTAT 3300 GTGGCTCAGA ATGCTAGTAT CCCAGTAGCT TCTCATCTTT CTGATATGGA AGTAGGCAAG 3360 AAATATTATT CGGCAGATGG CCTGCATTTT GATGGTTTTA AGCTTGAGAA TCCCTTCCTT 3420 TTCAAAGATT TAACAGAGGC TACAAACTAC AGTGCTGAAG AATTGGATAA GGTATTTAGT 3480 TTGCTAAACA TTAACAATAG CCTTTTGGAG AACAAGGGCG CTACTTTTAA GGAAGCCGAA 3540 GAACATTACC ATATCAATGC TCTTTATCTC CTTGCCCATA GTGCCCTAGA AAGTAACTGG 3600 GGAAGAAGTA AAATTGCCAA AGATAAGAAT AATTTCTTTG GCATTACAGC CTATGATACG 3660 ACCCCTTACC TTTCTGCTAA GACATTTGAT GATGTGGATA AGGGAATTTT AGGTGCAACC 3720 AAGTGGATTA AGGAAAATTA TATCGATAGG GGAAGAACTT TCCTTGGAAA CAAGGCTTCT 3780 GGTATGAATG TGGAATATGC TTCAGACCCT TATTGGGGCG AAAAAATTGC TAGTGTGATG 3840 ATGAAAATCA ATGAGAAGCT AGGTGGCAAA GATTAGTACT ATAAGTGAAT ATGATTTGAG 3900 TGAATAGTAA GTTAAAAATC CTGATTTCAA GTAAAATCAG GATTTTTTCA TGGATGCAAT 3960 TTTTTTGGAG TCTGGTGTGA CGCGGAGGGT CTTTTGTCCT GTGTAAGTGA CAAAGCCGGG 4020 TTTTCCACCA GTTGGTTTAT TGAGTTTTTT GACTTCAATC ATATCTACCT GCACcAGATIr 4080 CGACAGGCGC CCTTGAGAGA AGTAGGCAGC TAACTCTGCT GCGTCTGTCT TGACTGCATC 4140 AGATGGGTCA AGATTTCCTG AGATGACAAC ATGGCTTCCA GGAATGTCCT TAGCATGGAA 4200 CCAAAGTTCC TCCTTGCGGG CCATTTTAAA GGTCAATTCC TCATTTTGAA GATTGTTTCG 4260 TCCGACATAG ATGATGGTTT TGCCATCGCT TGCTAGATAT TGTTCTAGTT TTTTGCGTTT 4320 CTGGATTTTC TCCCGTTGTC TTCTGCGGAT AAAACCTGTT TGAATCAATT CTTCACGGAT 4380 TTCAGCGATT TCTTCCAGTC CAGCTTGGTT GAGGACGGTT TCTACACTTT CCAGATAGAG 4440 AATAGTGGCT TTGGTTTCTT CAATCAAATC AGTCAAGTAT TTGACAGCTT CTTTGAGTTT 4500 CTGATACCGT TTAAAATAGC GTTGGGCATT CTGGTTGGGA GTCAGAGCCT TATCAAGCGC 4560 AATCATGATA GGTTGGTTGG TATAGTAGTT GTCTAGGATA ACCTGGTCTT GGTCGTTAGG 4620 CACTTGGTGG AGGAAGGTTG TCAGCAATTC TCCTTTTTGA CGAAATTCTT CAGCGTTGTC 4680 TGTCGCCAGT AACTCTTTTT CCTGTTTTTT GAGTTTGTGT CGGTTTTTCT GAAGTTCATT 4740 TTCAACACGA CGAATCAGTT CACTGGCCTG CTGTTTGACG CGGTCGCGCT CAGCCTTATC 4800 CTTATAGTAG GTGTCCAACA AATCAGAAAG ATTTGCAAAA GGCTCTCCCA CCTGATTTGC 4860 AAAAGGAACT GGACTGAAGG AAGTCTCAGT CAAGCATGGC TTGGTTTCTT GATTGAAAAA 4920 ATTTCGGAAA GCGGAAAGTT TTTCACTAAC CAGTATCCTT TCCAATTCAT TTGCCGTATC 4980 GCGTCCCAGA CCTTGAAAGA GGCTTTGAAG ATTTTTTGCT GTTAGTTCTT GGGTTTGCAG 5040 GATTTCAAAG AGCTTTTCAT CCTTGATAGT AAAAGGATTG AGAGATTTTG TACTTGGCGG 5100 AGCGATATAG GTCGATCCTG GAAGTAAGGT GCGGTAGCTA TTTTGTGAAA AGCCGACGTG 5160 TTTGATAACT TCGAGGATTT TATGACTGCT TTTATCGACC AGTAGAATAT TACTGTGTTT 5220 CCCCATAATT TCGATAATCA AGGTAGCCTG GATATGGTCT CCAATCTCGT TTTTATTGGA 5280 AACTGTAATT TCCACAATAC GGTCATTTTC CACTTGCTCA ATCGACTCAA TCAGGGCCCC 5340 CTGCAAATAC TTTCTCAAAA CCATGATAAA GGTAGAAGGT TGAGCTGGAT TTTCAAAAGT 5400 CGTTTGGGTC AGCTGAATGC GTCCAAAAAC TGGATGGGCA GAAAGGAGCA GGCGATGGCT 5460 TTGGCGATTG CTGCGGATTT GCAAGACCAA CTCTTGTTCA AAAGGCTGAT TGATTTTCTG 5520 GATGCGACCA TTCACTAATT CGCTTCGCAA TTCCTCAACT ATGTGGTGTA AAAAAAATCC 5580 GTCAAATGAC ATCGTTCTCT CCTTGTGATT GTATTCCATA GTATTATATC AAAAAGGTAG 5640 AATAAAATCA TGGAAATGTG GTATAATAAA GCCAAGTAAA GAGAAACGAG AAGCACATGT 5700 ATATTGAAAT GGTAGATGAA ACTGGTCAAG TTTCAAAAGA AATGTTGCAA CAAACCCAAG 5760 AAATTTTGGA ATTTGCAGCC CAAAAATTAG GAAAAGAAGA CAAGGAGATG GCAGTCACTT 5820 TTGTGACCAA TGAGCGTAGT CATGAACTTA ATCTGGAGTA CCGTAACACC GACCGTCCGA 5880 CAGATGTCAT CAGCCTTGAG TATAAACCAG AATTGGAAAT TGCCTTTGAC GAAGAGGATT 5940 TGCTTGAAAA TTCAGAATTG GCAGAGATGA TGTCTGAGTT TGATGCCTAT ATTGGGGAAT 6000 TGTTCATCTC TATCGATAAG GCTCATGAGC AGGCCGAAGA ATATGGTCAC AGCTTTGAGC 6060 GTGAGATGGG CTTCTTGGCA GTACACGGCT TTTTACATAT TAACGGCTAT GATCACTACA 6120 CTCCGGAAGA AGAAGCGGAG ATGTTCGGTT TACAAGAAGA AATTTTGACA GCCTATGGAC 6180 TCACAAGACA ATAAACGAAA ATGGAAAAAT CGTGACTTGA TATCCAGTTT AGAATTTGCT 6240 TTGACAGGTA TTTTTACTGC TATCAAGGAA GAACGCAATA TGCGAAAACA CGCAGTGACG 6300 GCTCTAGTGG TCATCCTTGC AGGTTTTGTT TTTCAGGTGT CACGAATCGA ATGGCTCTTT 6360 CTCCTATTGA GTATTTTCTT GGTAGTAGCC TTTGAGATTA TCAACTCTGC TATTGAAAAT 6420 GTGGTGGATT TGGCCAGTCA CTATCACTTT TCCATGCTGG CTAAAAATGC CAAGGATATG 6480 GCGGCCGGCG CGGTATTAGT GGTTTCTCTT TTCGCAGCCT TAACAGGCGC ATTGATTTTT 6540 CTCCCACGAA TCTGGGATTT ATTATTTTAA ACAGTAAGAG GAAATTATGA CTTTTAAATC 6600 AGGCTTTGTA GCCATTTTAG GACGTCCCAA TGTTGGGAAG TCAACCTTTT TAAATCACGT 6660 TATGGGGCAA AAGATTGCCA TCATGAGTGA CAAGGCGCAG ACAACGCGCA ATAAAATCAT 6720 GGGAATTTAC ACGACTGATA AGGAGCAAAT TGTCTTTATC GACACACCAG GGATTCACAA 6780 GCCTAAAACA GCTCTCGGAG ATTTCATGGT TGAGTCTGCC TACAGTACCC TTCGCGAAGT 6840 GGACACTGTT CTTTTCATGG TGCCTGCTGA TGAAGCGCGT GGTAAGGGGG ACGATATGAT 6900 TATCGAGCGT CTCAAGGCTG CCAAGGTTCC TGTGATTTTG GTGGTGAATA AAATCGATAA 6960 GGTCCATCCA GACCAGCTCT TGTCTCAGAT TGATGACTTC CGTAATCAAA TGGACTTTAA 7020 GGAAATTGTT CCAATCTCAG CCCTTCAGGG AAATAACGTG TCTCGTCTAG TGGATATTTT 7080 GAGTGAAAAT CTGGATGAAG GTTTCCAATA TTTCCCGTCT GATCAAATCA CAGACCATCC 7140 AGAACGTTTC TTGGTTTCAG AAATGGTTCG CGAGAAAGTC TTGCACCTAA CTCGTGAAGA 7200 GATTCCGCAT TCTGTAGCAG TAGTTGTTGA CTCTATGAAA CGAGACGAAG AGACAGACAA 7260 GGTTCACATC CGTGCAACCA TCATGGTCGA GCGCGATAGC CAAAAAGGGA TTATCATCGG 7320 TAAAGGTGGC GCTATGCTTA AGAAAATCGG TAGCATGGCC CGTCGTGATA TCGAACTCAT 7380 GCTAGGAGAC AAGGTCTTCC TAGAAACCTG GGTCAAGGTC AAGAAAAACT GGCGCGATAA 7440 AAAGCTAGAT TTGGCTGACT TTGGCTATAA TGAAAGAGAA TACTAAGTAG AGGTAGGCTC 7500 ATGCCTGCTT CTTGTTTTTA CAGAAGGAGG ACTTATGCCT GAATTACCTG AGGTTGAAAC 7560 CGTTTGTCGT GGCTTAGAAA AATTGATTAT AGGAAAGAAG ATTTCGAGTA TAGAAATTCG 7620 CTACCCCAAG ATGATTAAGA CGGATTTGGA AGAGTTTCAA AGGGAATTGC CTAGTCAGAT 7680 TATCGAGTCA ATGGGACGTC GTGGAAAATA TTTGCTTTTT TATCTGACAG ACAAGGTCTT 7740 GATTTCCCAT TTGCGGATGG AGGGCAAGTA TTTTTACTAT CCAGACCAAG GACCTGAACG 7800 CAAGCATGCC CATGTTTTCT TTCATTTTGA AGATGGTGGC ACGCTTGTTT ATGAGGATGT 7860 TCGCAAGTTT GGAACCATGG AACTCTTGGT GCCTGACCTT TTAGACGTCT ACTTTATTTC 7920 TAAAAAATTA GGTCCTGAAC CAAGCGAACA AGACTTTGAT TTACAGGTCT TTCAATCTGC 7980 CCTTGCCAAG TCCAAAAAGC CTATCAAATC CCATCTCCTA GACCAGACCT TGGTAGCTGG 8040 ACTTGGCAAT ATCTATGTGG ATGAGGTTCT CTGGCGAGCT CAGGTTCATC CAGCTAGACC 8100 TTCCCAGACT TTGACAGCAG AAGAAGCGAC TGCCATTCAT GACCAGACCA TTGCTGTTTT 8160 GGGCCAGGCT GTTGAAAAAG GTGGCTCCAC CATTCGGACT TATACCAATG CCTTTGGGGA 8220 AGATGGAAGC ATGCAGGACT TTCATCAGGT CTATGATAAG ACTGGTCAAG AATGTGTACG 8280 CTGTGGTACC ATCATTGAGA AAATTCAACT AGGCGGACGT GGAACCCACT TTTGTCCAAA 8340 CTGTCAAAGG AGGGACTGAT GGGAAAAATC ATCGGAATCA CTGGGGGAAT TGCCTCTGGT 8400 AAGTCAACTG TGACAAATTT TCTAAGACAG CAAGGCTTTC AAGTAGTGGA TGCCGACGCA 8460 GTCGTCCACC AACTACAGAA ACCTGGTGGT CGTCTGTTTG AGGCTCTAGT ACAGCACTTT 8520 GGGCAAGAAA TCATTCTTGA AAACGGAGAA CTCAATCGCC CTCTCCTAGC TAGTCTCATC 8580 TTTTCAAATC CTGATGAACG AGAATGGTCT AAGCAAATTC AAGGGGAGAT TATCCGTGAG 8640 GAACTGGCTA CTTTGAGAGA ACAGTTGGCT CAGACAGAAG AGATTTTCTT CATGGATATT 8700 CCCCTACTTT TTGAGCAGGA CTACAGCGAT TGGTTTGCTG AGACTTGGTT GGTCTATGTG 8760 GACCGAGATG CCCAAGTGGA ACGCTTAATG AAAAGGGACC AGTTGTCCAA AGATGAAGCT 8820 GAGTCTCGTC TGGCAGCCCA GTGGCCTTTA GAAAAAAAGA AAGATTTGGC CAGCCAGGTT 8880 CTTGATAATA ATGGCAATCA GAACCAGCTT CTTAATCAAG TGCATATCCT TCTTGAGGGA 8940 GGTAGGCAAG ATGACAGAGA TTAACTGGAA GGATAATCTG CGCATTGCCT GGTTTGGTAA 9000 TTTTCTGACA GGAGCCAGTA TTTCTTTGGT TGTACCTTTT ATGCCCATCT TCGTGGAAAA 9060 TCTAGGTGTA GGGAGTCAGC AAGTCGCTTT TTATGCAGGC TTAGCAATTT CTGTCTCTGC 9120 TATTTCCGCG GCGCTCTTTT CTCCTATTTG GGGTATTCTT GCTGACAAAT ACGGCCGAAA 9180 ACCCATGATG ATTCGGGCAG GTCTTGCTAT GACTATCACT ATGGGAGGCT TGGCCTTTGT 9240 CCCAAATATC TATTGGTTAA TCTTTCTTCG TTTACTAAAC GGTGTATTTG CAGGTTTTGT 9300 TCCTAATGCA ACGGCACTGA TAGCCAGTCA GGTTCCAAAG GAGAAATCAG GCTCTGCCTT 9360 AGGTACTTTG TCTACAGGCG TAGTTGCAGG TACTCTAACT GGTCCCTTTA TTGGTGGCTT 9420 TATCGCAGAA TTATTTGGCA TTCGTACAGT TTTCTTACTG GTTGGTAGTT TTCTATTTTT 9480 AGCTGCTATT TTGACTATTT GCTTTATCAA GGAAGATTTT CAACCAGTAG CCAAGGAAAA 9540 GGCTATTCCA ACAAAGGAAT TATTTACCTC GGTTAAATAT CCCTATCTTT TGCTCAATCT 9600 CTTTTTAACC AGTTTTGTCA TCCAATTTTC AGCTCAATCG ATTGGCCCTA TTTTGGCTCT 9660 TTATGTACGC GACTTAGGGC AGACAGAGAA TCTTCTTTTT GTCTCTGGTT TGATTGTGTC 9720 CAGTATGGGC TTTTCCAGCA TGATGAGTGC AGGAGTCATG GGCAAGCTAG GTGACAAGGT 9780 GGGCAATCAT CGTCTCTTGG TTGTCGCCCA GTTTTATTCA GTCATCATCT ATCTCCTCTG 9840 TGCCAATGCC TCTAGCCCCC TTCAACTAGG ACTCTATCGT TTCCTCTTTG GATTGGGAAC 9900 CGGTGCCTTG ATTCCCGGGG TTAATGCCCT ACTCAGCAAA ATGACTCCCA AAGCCGGCAT 9960 TTCGAGGGTC TTTGCCTTCA ATCAGGTATT CTTTTATCTG GGAGGTGTTG TTGGTCCCAT 10020 GGCAGGTTCT GCAGTAGCAG GTCAATTTGG CTACCATGCT GTCTTTTATG CGACAAGCCT 10080 TTGTGTTGCC TTTAGTTGTC TCTTTAACCT GATTCAATTT CGAACATTAT TAAAAGTAAA 10140 GGAAATCTAG TGCGAGTAAA AATCAATCTC AAATGCTCCT CTTGTGGCAG TATCAATTAC 10200 CTAACCAGTA AAAATTCAAA AACCCATCCA GACAgATTGA 10240 (2) INFORMATION FOR SEQ ID NO : 33 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 13206 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 33 : CGCTTTATCG TGGACGTGGT CAAGCCGAGA ATTTCATCAA GGAGATGAAG GAGGGATTTT 60 TTGGCGATAA AACGGATAGT TCAACCTTAA TCAAAAACGA AGTTCGTATG ATGATGAGCT 120 GTATCGCCTA CAATCTCTAT CTTTTTCTCA AACATCTAGC TGGAGGTGAC TTCCAAACTT 180 TAACAATCAA ACGCTTCCGC CATCTTTTTC TTCACGTGGT GGGAAAATGT GTTCGAACAG 240 GACGCAAGCA GCTCCTCAAA TTGTCTAGTC TCTATGCCTA TTCCGAATTG TTTTCAGCAC 300 TTTATTCTAG GATTAGAAAA GTCAACCTGA ATCTTCCTGT TCCTTATGAA CCACCTAGAA 360 GAAAAGCGTC GTTAATGATG CATTAAAGAA CAGTCGAGAT GAAAAAATCG TGTGACGCAC 420 CAAGGGAGGA GTCTGCCCTT TTGAGGAAAT CTAGCGAGGA AAAACGATAC TGGAACAGCA 480 GAAAGTAAAA CTGACCTCAT GAGGAGGAAG AAAGTGGCTC ATGAGGTCAG GGGTTTTGI. IA 540 AGTTACATCT AGTTGAGAGA GGTATGAATG ATTTGGGATT AATCATTTCT TGTTTTAAAT 600 CAGGAGAATA GTAACGATTT TTTCCTTTTT TGACGAACTC TATTCCGTAA CGATCAATCA 660 ATTTAATCAT GTACCTAATA TTAGAATTGT TTATCCCAAA TTTATTTGAA AGCTTCTCTA 720 AGCTATATCC TTGTTTTCTA AGTTCATAGA TCTGAACTTT ATCATCATAA GTTAGTTTCA 780 TAATAAAAAC ACCCCAAAAG TTAGATTTTT TCTGTCTAAC TTTTGGGGGG CAGTTCATTC 840 AACACCTGAT ACTATGCGTT TTTCTTATTT GAAATACTTT TTACTCAACC TCTTTATACT 900 CAATGAAAAT CAAAGTGCAA ACTAGAAAGC TAGCCTCAGG CTGCTCAAAA CAGTGTTTTG 960 AGGTTGCAGA TGGAAGCTGA CGTGGTTTGA AGAGATTTTC GAAGAGTATT ACTTAATCTT 1020 CTTGATACTT TGACTAAGAA TAAATCCTAC AATCATCCCT ACCATATTTT GCATAAAATT 1080 CGGTAGAATT TCTGGGAGGG CTGCTGCCCA GCCATTCATC AAAGCAGAAC CCAAGGCGTA 1140 GCCTCCTACC ATGGCAATAG TTGCTAAAAT AAGGCCTAAC CACTGACTTT TTCCTTTAAA 1200 TCCTGCGAAA AATCCCTGCA AGCCATGGTT GACCAAGCTA AAGAACATCC ACTGAGGGTA 1260 GCCTGATAAG AGGTCAATCA AGAAACTTGC TAGTCCTCCG ACTACCGCTC CTTCACGACT 1320 ACCAAAGTAA AAGGCCGCAA AGAAGACACC AGCATCTAAA AGAGTTAGAA TTCCTGTAGG 1380 TGTTGGGATT TTTAAGAAAT AACCTAGAAC CACAGAAAGG GCGGTTAATA GGGATACAAG 1440 GGCGATTTTA GTTGTTTTTG TTTGCTTCAT ATTGTCTTAC TCCATACTGA TCTGCTTGTG 1500 CAATAGCACG ATAAACGAAA GCCTTAGAGC TTTCTACTGC TGGCAAAAGT TTATCACCTT 1560 TAACCAGGTG ACTGGCAATG CTAGAGsCAA AGGTACAACs TGCACCAGCA TTTTGGCCTT 1620 GGATAACTGG ATTTTCTAGG ATAGTAAAGG TCTGTCCATC ATAAAAGACA TCCACAGCCT 1680 TGTCCTGACT AAGACGATTG CCTCCCTTGA TAATGACTGt GGCGCTCCTA AATCATGCAA 1740 TTTCTGCGCT GCAGTTTTCA TGTCTTCCAA GGTTTTAATT TCCTGACCGG ATAATAATTC 1800 TGCTTCTGGG AGATTAGGCG TAATCACACT GACATAAGGG AAAAAGCGAA TCAACTCTTG 1860 GCAGAGCTCA CTGACAGCTA CATCATGCGT TTCCTTGCAG ACCAAGACAG GATCCAACAC 1920 CACAGGTACT CCTGGGCGTT GTTTGATAAA GTCCAAGGCC TTCTCAGCCA CGCTGACAGT 1980 AGGGAGAAGA CCAATCTTAA TTCCCCCAAA TTCCACATCA CGCAAGCTAT CTAATTCATG 2040 TTGAAAAATG GTATCATCAG TTGGAAAGAC TTCAAATCCT TTTTCTGTCA AGGCTGTCAA2100 ACAAGTCACT GCTACAAACC CATGCAAGCC GTTCAAGGTA TAGGTAGCCA AATCAGCTGA 2160 CAGTCCACCA CCACTAAAAA TATCATTTCC AGAAAGTGCT AAAATACGAT TATTCTTCAT 2220 AACGAATCTC CTTTAAATAC AAACCATTTG GTGCTGCAGT GGGACCTGCA AGTTGCCTGT 2280 CCTTCTTCTC CAAGATGAGA TCAATCTGCT CTACTGGCAT GCGGTTGTTA CCGATTTTGA 2340 GAAGAGTCCC CACCATATTG CGAATCTGTT TATACAAGAA ACCATTTCCT GAAAAGGTAA 2400 AGGTCAAAAA TTGTCCTGTC TCATCGACTA TTAAACTAGC TTCTGTGATG GTGCGAACCT 2460 TATCCTCTAC ACTAGTCCCA GAGGCTGTAA AACCGGTAAA ATCATGGGTT CCCTCTAGCT 2520 TTTTGATTGC AATCTGCATT CGTTCCACAT CGAGTGGGTA GGGAAAGTGG GTGGCATAGT 2580 GACGGCGCAT CGGATTTTTG GGACGTCCTC TATCCACAGT AAACTCATAG GTCTTGCTAT 2640 GCTTGGCATA ACGGCAATGA AAATCATCTG CCACAAGCTC AATCGAAATC ACATCAATAT 2700 CTTCAGGAGA CTGGGTATCC AAGGCAAAAC GGAGTTTCTC CTCATCCATC TGATAAGGCA 2760 GGTCAAAATG AATCACCTGT CCCAGGGCAT GAACCCCACT ATCTGTCCTA CCAGCACCGT 2820 GAACAGTAAT GGCTTGCCCT TTATTTAATC TGGTCAAGGT TTTTTCAATT TCTTCCTGAA 2880 CGCTACGCGC ATGAGGCTGG CGCTGAAAGC CAGCAAAGGC ATAACCATCA TAGGAAATAG 2940 TTGCTTTATA TCTCGTCATA GCCTCTATTT TATCAAGAAA TTAGTCTGTA AACAAGGACC 3000 TAAAACAAAT ATTGTATGGG TATAAAAATC TCATACTCTT CGAAAATCTC TTCAAACCAC 3060 GTCAGTTTCC ATCTGCAACC TCAACACACT ATTTTGAGCA ACCTGCGGCT AGCTTTCTAT 3120 AGTAGATTGA AATAAGATAT GAACAACTCT ATTAGGAAAG TCAAATTAAT TTCTAGAAAT 3180 ATTTTAGCAG CTACAGCGTA CTATTCCAAA CTCAATCAAC TATAGTTTGC TCTTTGATTT 3240 TCATTGAGTA TCAAAAGAAA AACTTAGGAA TCAATCCTAA GCTCTCTTCT GAAGTAGGTA 3300 CATGACAAAG ATAGAGATTA CAATCAACCA ACCTCCTAAG ATACTAAAGA CCAACATCCC 3360 ATTGTGAGTT AGTAAGCCAA TTGCACCTAG AACGAATGGG GTCGTAAAGG CTCCGAAACT 3420 ACAGCCTAAT ACAGCAAATG AAGTTGCTTG ATTGAGGAGT TTAGCTGGAA TTCGTTCAGA 3480 GACAAGTTGA AAGACCGTCG TCAAGACTAC ACTATAGGCA AATCCAGCCA GAACACTTCC 3540 TGCTACTACC ACCCACAAGG ATGAAGACAA GGCAATCACG ATTTGCCCCA AGCCAAAGGT 3600 AATACCAGAC CAGAGGAGCA GTTTCTCTTT AAAGATAGAA ATCAAGAAAG AAAAACTCAC 3660 CCCAGCCACA ATCCCGATCA ACTGCATGAT ACTAAGAACA AAACTAGATA ACTGGGCATC 3720 CCCCAATCCT CTTTCCACCA TCAAACTTGG AATACGGATG GTAATAGCTG TATTGGTACA 3780 AACTACAACT GCCGCTTCGA TAGCTAAGGT AAAAATCAAG CCTTTCATTT CTCGAGTTAA 3840 ACGACTTGCT TCCTTCGCTC TTTTCTTGAC TTCTTTCTTT GATTTTCCAT AAGGGACAAA 3900 GAGCAGATAA AGGGGCAGCA CCAAAAATCC AGCACTATAG GCTAGAAAGA TAGCTGTCCA 3960 ACCAAAGGCC AACAACTGAC CGACGGCCAA GGTAATGAGA GAAGCTCCAA CGACCTCTGC 4020 AGAAGCGCGT AGCCCTAACA TCTGAATTCG CCTTTTTCCT TGGTAGCGTT CACTGATAAT 4080 AGAAATGGCC TTGGCATTGA TCATCCCAAG ACCCAAACCA AAGAGAAGCC GTGTTCCAAA 4140 GACAAAGGGA TAGGCTTGGT ACCAGAAGGG AGCTGTACCG CTCAATGATA AAATCAGCAA 4200 GCCCAAACTA ATCTGTAAGC GCTCAGGAAA TATTTTTTCT AAGAAACCAT TTAGCAGTAA 4260 CATCATCATG ATTCCAAAGG AAGGCAAGCT CACCAAGAGC TCAATTTGTT CCTTAGAATA 4320 ACCCTGATAA TAGTCAAACA TGGCTGGTAG GGCACTCGAA ATGGAAAAGG AGGTAATCAA 4380 AACGAGGGAG AGAGCCAAAA TGCTGGCCCG TTCTAAAAAT TGTTTCATGA AATCTCTTTC 4440 TATATTTCTC TTAATCTTCT ACTTTTTTGA TAGTTATCAA ATAAGCAAGA AAAGAAGAAG 4500 CCTCATTGGT TTGTAGACTC CTTCTTAAAT TCGAAAATGA ATCCCTTGTA TCTTATACTC 4560 AATGAAAATC AAAGAGCAAA CTAGGAAGCT AGCCGCAGGT TGTTCAAAAC AGTGTTTTGA 4620 GGTTGCAGAT GGAAACTGAC GTGGTTTGAA GAGATTTTCG AAGAGTATTA GGATGACTTT 4680 CTCTTGATTT GCTTGATAAA GTAGAAAATA AATCCTGCTA CCATATAGGC AACAAAGATA 4740 ATCAGACACC ACTTAAACAC AACATTCCAA CCCTTGTTCA CATTCAAAAA GAAGTAAGGG 4800 AAAGGATTAT CCTTGGCATT TGGAATATTG AGTTTTAGAA CCAAGCCATT AAAAAGAGCA 4860 AACATCATAT ACAGAAAGGG TAAAATGGTC CACACTGCTG GATCCCAAAT CTTGTATTGA 4920 CCCTGTTTGT CAAAAAAGAG GGTATCCGCT AAAAACCAGA TGGGAACGAT ATAGTGGCAA 4980 AGGAAATTTT CTAGGGTATA GAAATTAGTC GCAATGGGCG CCAAGAGGAA ATGGTAAATC 5040 ACACAGGTAA TCATGATACT CATGGTGACC CCACCTTTTA AGCGCAAGAG ACTTGGCCTT 5100 TGCCAATTTT CACCTACACG GCTCATAACC TTTAGAAGAT AAAGGGTAAA AATAGTTACC 5160 AAGAGGTTGG ACAGAACCGT GTAATAGAGA AGCATCCCAA AACCACCATG CTTAGTAATT 5220 TCAAGATAAA CTCCCGTAAA AGCCGCTAGA AACAAGAAGA TACGGCTATA AAATACAAGT 5280 TTATAGTGTT TTGACATGCT TAAATCTTCC TCACAAACTC TGATTTAAGT TTCATGGCAC 5340 CAAAACCATC AATCTTACAG TCGATATTGT GGTCGCCTTC TACGATGCGG ATATTTTTCA 5400 CGCGCGTCCC TTGTTTCAAA TCTTTTGGCG CACCTTTTAC TTTCAAGTCC TTGATGAGAG 5460 TTACTGTATC ACCATCAGCC AATTTATTTC CGTTGGCATC GATAGCGACA AGACCTTCTT 5520 CTACTTCTGC AACTTCAGCA GGATTCCACT CATGAGCACA CTCTGGGCAA ACCAGTAGGG 5580 CACCGTCTTC GTAGACATAC TCTGAGTTAC ATTTTGGACA ATTTGGTAAA TTGTTCATGG 5640 TTTCTCCTTA TCATCATTCA CTATTCTTTG AAAATCAAAA TTTCTCGAAC AGCAACTATT 5700 ATACCCTAAA ATCAGCATTT TGACAAATTT AGAAAAAAAC CGATATCAAT CTATCGGCTT 5760 TTCTACATTT ACATTCTTTT TTCAGCTTCT GCTTTGATTT TTTCAACTAC TTCTTGAATG 5820 TTCAAACCAG TTGTATCAAG GTAGACAGCA TCCTCTGCTT GTTTGAGAGG AGAAGTCTCA 5880 CGATGACTAT CCTTGTAGTC ACGCGCAGCA ATTTCCTTTT TTAGGGTTTC AAGGTCTGTT 5940 TCAATTCCCT TGGCAATATT TTCCTTGTAA CGACGCTCTG CTCTCTCATC AACAGAAGCT 6000 ACTAGGAAAA TTTTCAATTC TGCTTGTGGC AATACAACAG TTCCAATATC GCGACCATCC 6060 ATGACAATCC CGCCTTGCTG GGCAATTTCT TGTTGGAGAG AAACCAGTTT CTCACGCACT 6120 TGAGGAATTG CTGCAATAGC AGAAACATGA TTGGTCACTT CATTTTCACG GATAGGATGG 6180 GTAATATCCA CATCTCCTAC AAAAACAAGC TGGTCTCCAG TTTCTGAACG TCCAAAGCTG 6240 ATTGGATGCT GGTCCAACAA GGCTAGAAGG GCTTCGACTT CTTCAACTCC TAATTGGTTC 6300 TTAAGAGCCA TATAGGTCGC TGCACGATAC ATAGCTCCTG TATCAAGGTA GGTGAATCCA 6360 AAATCCTTAG CAATAATCTT TGCGACCGTA CTCTTACCGC TGGAAGCAGG ACCATCAATA 6420 GCAATTTGAA TTGTTTTCAT ATCGGCTCCT ATTTTATTTT TATAACATCA CCTGGATTAG 6480 CAAACCAAGA TCCTGTAGCC ATGTGCCCAG GATTCAAGGC CTCTAACTGA GCAATGGAGA 6540 TTCCTGCACG AGCGGCAATA GCTGCTTCCC CTTCTCCTGC GAGAACTTTA ATCGTTCCTT 6600 CAGGATTAGC AGCTTCTTCT GAACTACTAG AAGTAGATTC TGGCTCTGAA CTCTGCTCAG 6660 GCTGAGAACT ACTTGAAGAT GAGATTTGTA CTACACTGGC ATCAGAATCA TGAAAGCCTT 6720 TTAAGGCTGC TGTGCGATTA CTCCCCCCCG ATGATAGATA GATGAGAACG ATGACCATCA 6780 CCACCACAAT TACAAAGAAA ATACTAGCTA GGATCGTCAA AATACGATTA GCCATCCTAT 6840 CAGCCCCTCC GTGGTTTCGA TGCCGACGCT CTGCTCTTGA TTCTTCTTGA TCATAGATAT 6900 CTTCTTGCCA CGGTTCTTTT GCCATACCTT ACTCCTTGTT TTTTTTTACT TTTCTTATTA 6960 CAATATAAAT ATGAACATGA AAATCACACT TATACCTGAA CGATGTATCG CCTGTGGGCT 7020 TTGCCAAACT TATTCTGATT TATTTGATTA CCACGATAAT GGAATCGTGC GTTTTTACGA 7080 TGACCCTGAC CAACTGGAAA AAGAAATTTC TCCTAGTCAG GATATCTTAG AGGCTGTTAA 7140 AAATTGCCCA ACTCGCGCCC TGATTGGAAA CCAGGAAGCC TAAATCAATG GCGATAATCC 7200 ACTCCCTCTA GTTTAGCACA TTTCCATGTA AAATTATAGT CTTTTCACTT TATTTTTTTC 7260 TGTAAAATCA GGAAGGTCAC TTTTTTCTTT GATAAGATAA AGTGGTCTTT TTTTAGTCTC 7320 TAAATAAATC TTACTGATAT ACTTGCCGAG AATCCCAATG GTCAAGAGTT GAATGCCTCC 7380 AAGAAAGAGA ATAACAGCCA TCAGAGAGGT CCAACCAGAT GTCGGATTGC CCAAAATGAG 7440 GGTCCGAACC ACAACAAAAA AGGTCATCAG CAGAGAAAGA AAACAAGATA GGAGACCAGC 7500 TACAAAGGCT ATAATCAAGG GAAAATCTGA AAAATTAATA ATCCCTTCAA TGGAGTAGAA 7560 AAAGAGTTGC CTAAAACTCC AACTTGTCTT GCCAGCCTGC CTTTCGACAT TTGGATAG'l'C 7620 CAAATAGTAG GTTTTGAAAC CCACCCAGGC GAAGAGCCCC TTTGAAAAAC GATTGGACTC 7680 GGTCAAGCTT AAAATGGCAT CGACTACAGA CCTTCTCATC ATACGAAAAT CACGGACACC 7740 CGACGGCAGA GCTACTGGGC TGATTTTTTG CATGAGGCGA TAAAAGAGAA CAGCACAGAA 7800 ACTGCGAAAG AAGGGTTCTC CCTCCCGACT AGTTCTCCGT GTCCCAACGC AGTCCAAGTC 7860 TACATTTTTG TCTAATACAT TTTTCATCTC AAACAACATA CTAGGAGGAT CTTGGAGGTC 7920 TGCATCCATC ACCACCACCA AATCTCCTGT CGCATATTGC AAGCCTGCAT AAAGGGCTGC 7980 TTCTTTGCCA AAATTTCGAG AGAAAGAAAT ATAATGGACT GCCGGATTTT GCTCCCGATA 8040 GGCCTTTAAG AGTTCCAAGG TCCCATCACT TGATCCATCA TCGACAAAGA CATACTCGAT 8100 TTCTGTTTCC AAATCTGGAA GTAAAGCTTC CAGAGCCTGA TAAAAAAGAG GAAGTACTTC 8160 CTCTTCGTTT AAACAAGGGA CGATGATTGA AATCATCATC TTAGTCTTCA AATCCATTTG 8220 GATGCTTGCT TTGCCAACGC CATGCGTCTT CACACATTTG GGTGATGTCG AGTTCTGCTT 8280 CCCAACCGAG TTCTGCTTTA GCTTTTGCCG GGTCTGAGTA GCAGGCAGCG ATATCACCTG 8340 GGCGACGTTC TACGATGCGG TAAGGAATAG GACGGCCCAC CGCTTTTTCC ATGTTTTGGA 8400 TAATTTCAAG AACTGAGTAA CCTTTACCAG TTCCAAGGTT ATAAACGTTT AGTCCTGAAC 8460 CTTTTTGGAT TTTTTTCAAA GCTGCAACGT GACCCTTAGC CAAATCGACA ACGTGGATAT 8520 AGTCACGAAC ACCTGTTCCA TCTTCCGTAT CGTAATCGTC TCCAAACACT TGCACTTGCT 8580 CTAATTTTCC AACGGCTACT TGAGTCACAT ATGGCAAGAG ATTGTTTGGA ATACCGTTTG 8640 GATTTTCTCC CAAATCACCA CTCTCATGGG CTCCGATTGG GTTAAAGTAA CGAAGCAAGA 8700 CAACATTCCA TTCTGAGTCT GCTTTGTAAA TATCAGTCAA AATTTCCTCT AGCATGAGCT 8760 TAGTACGACC GTATGGGTTG GTCACTGAAA GTGGGAAATC TTCCAAGATG GGCACTGTGT 8820 GCGGATCCCC GTAAACTGTC GCAGAAGAAC TGAAGATGAT GTTTTTACAG TTGTTTTCTT 8880 CCATGGCTTT CAAAAGGCTG ACAGTTCCAG CGATATTGTT GTCATAGTAG GCAAGAGGGA 8940 TACGTGTTGA TTCGCCAACA GCCTTCAAAC CAGCAAAGTG AATGACACCA GTCGGTTCTT 9000 CCTGCTTGAA AATATCTCTG AGGGTATCTG TGTCACGAAT ATCTGCCTCA TAGAAAGGAA 9060 TCTCAACTCC TGTGATTCCT TCAACAACTT CTAAACTCTT ACGATTGCTA TTGACAAGAT 9120 TATCCACCAC AACAACTTGA TGACCTGCTT GGATCAATTC AATAACAGTG TGGGTTCCAA 9180 TAAAACCGGC ACCACCAGTT ACCAAAATCT TTTCTTGCAT CTTTTTTCCT CGATTCTCAG 9240 ATTATTTTTT CTTATTTTAC CATTTTTGAC AGGGAATGTC ATTTGCCATC CTAAACTACC 9300 TGATAAAATT TCAGTAAAAT GCTTATACTC TTCGAAAATC CAATTCAAAC TACGTCAACG 9360 TCGCCTTGCC ATGGGTATGG TTACTGACTT CGTCAGTTCT ATCCACAACC TCAAAACAGT 9420 GTTTTGAGCT GACTTCGTCA GTTCTATCCA CAACCTCAAA GCAGTGCTTT GAGTAACCCG 9480 CGGCTAGTTT CCTAGTTTGT TCTTTGATTT TTATTGAGTA TTATTCGCTT TTTACTCGTT 9540 TGACATAGTT TTCAATTGGG TAATTTAGAG GGTCCAAGGT CAACTCCTTG TCTTGGATCA 9600 GTTGGGCTAG ATGGTAACCA ATGATAGGAC CAGTTGTGAG GCCTGATGAA CCTAGTCCAC 9660 TGGCTGCATA GACACCAGTT AAGTCAGGCA CCTGCCCAAA GAAAGGAGAG AAATCACTGG 9720 TGTAGGCACG GATTCCAACA CGCTCAGATT TTGAAGTAGC TTCAGCCAAA ATCAGATAGT 9780 GAGTCAAGGT GGCCTCCTCC ATTTGTTGGA GCAAGGTTTC ATCTACCGTC AAATCAAATC 9840 CCATGTCATT TTCGTGGGTA GCGCCTAAGG ATAATTTCCC ACCTGCAAAG GGAATCAAAT 9900 CCCACTCCCC TTCTGGCATG ACAACAGGGT AATCTTCCAT GTCTTGGGCA AGCTGATAAT 9960 CTCGTAGTTG TCCTTTTTGA GGACGGACAT CCACTTCATA ACCTAAAGGC TCTAACATGT 10020 CCCCCAACCA AGCTCCCGTC GCCAAAATAA CCTGCTCAAA CTCCTCTTCA CCAATCTGGT 10080 AGCCTGATGC TAACGGTGTC AGAGTCACTT TTTCTTTGAC CAGCTTGACA TGACTGACTT 10140 CCAGCAAACG AGTCACTAAA AGTTGGCCAT CTACTCTCGC TCCACCAGAA GCATAGAGCA 10200 GGCGGTCAAA TCCCTGCAAA CCAGGGAATA ATTCATTAGC TGAGGCTTGG TTCAGAATGG 10260 CTAATTGCCC TATCAAGGGA GATTCTTCTC TGCGCTGGAG GGCCAGTTGA TAAAGTTCTT 10320 CCAAATTGGA TTCATCCTTT TTCAAGAGAA AGACTCCCGA ACGCTGGTAA AAGTCGATTT 10380 CTTGTCCTGA TTTCTCTAAA TCAGCTAATA AATCCACATA AAAATCAGCC CCCAAGCGCG 10440 CCATCTTGTA CCAGGCTTTA TTACGGCGTT TGGAAAACCA AGGACTGATA ATTCCTGCTG 10500 CGGCCTTGGT GGCTTGACCT TGCTCATGGT CAAAAACGGT CACCTCTAGG TCACTTTCTC 10560 TCGAGAGGTA GTAGGCAGCT GTTGCTCCCA CAATTCCTGC TCCAATAATG GCAACTTTTT 10620 TCATTGTCTT CACTTTCTAA CTAGATATGA TGGAAAGGAT TGGTTGATGC CTGACTAGGC 10680 AAGATATCAA TAGACCACCC CTTATCTTCC TTCCATTGAC TAAGAAGTGC TGCGATTTTT 10740 TCTACAAAAA TCACTTCGAT ATAGTGACCT GGGTCCAATG CAAGCAACCC ATCAGATAGC 10800 ATATCCTGAG CAGTATGGTA GTAGATATCA CCAGTGATAT AGACATCTGC CCCCTTTGCC 10860 AAAGCATCCT TATAGAAAGA CTGCCCGCTT CCACCACAAA TTGCTACTCT TGAAATAGGC 10920 TTCTGCAAAT CATCCTCTTG ATAATGCACC ATTCGAAGGC TATCTAGGTC AAAGACTTGC 10980 TTGACCTGTT GGGCCAATTC CCAAAATGTC TGAGGCTGAA TATTCCCAAT ACGTCCAATT 11040 CCACGTTCTG GACCTGTTTC CTGCAGATAA GTCGTCTCCT CGATTCCTAG CATCTGACAA 11100 AACCAGTCAT TGAGCCCATT TTCAACGATA TCAATATTGG TATGGCTGAC ATAAACTGCG 11160 ATATCATGCT TAATCAGGTC GATGTAAATC TGATTTTGCG GACGGCTGGC AAGCAAGTCC 11220 TTGATAGGAC GAAAGATAGG CGCGTGCTTG ACGATAATCA AGTCCACACC CTTTTCAATG 11280 GCCTCTGCCA CTGTCTCTTC ACGAATATCG AGGGCAACCA TGACCCTTTG GATACCCTTG 11340 TCTAAAGTGC CAATTTGCAG ACCACGGCTG TCTCCCTCCA TAGAAAATTC CTGAGGGCAA 11400 AAGGCTTCAT AAGCTTGGAT CACTTCACTT GCTAACATGG AGCACCTCCT TGATAGCTTG 11460 AATCTTATCT ACTAGAACTT GACGTTCTTC CAGATTTTTT TCTGGGATTT GTCCGAGGGC 11520 GAACTCTAGC TTCTCAGCTT CTTTTTGCCA TTTTTGGACA AATACTGGAC TGACTTCTTT 11580 GGACAAGAAG GGACCAAAGC GAACATCACT GGCTGATAGC TTCATTTGTC CTGCTTCCAC 11640 CACCAAAATC TCATAAAACT TTCCAGCTTC TTCTAAGATG CTTTCTGCTA CAATCTGGAA 11700 TCCATGATCC TGTAGCCAGA TACGCAAGTC GTCTTCACGA TTATTGGGCT GGAGGATCAA 11760 ACGCTCTACA TTAGCTAACT TCCCCAAACC TTCTTCTAAA ATCCTAGCAA TCAAACGACC 11820 ACCCATGCCA GCAATGGTAA TGACAGACAC TTGGTCAGTC TCTTCAAAAG CTGCCAAGCC 11880 ATTGGCTAAA CGGACTTGGA TTTTCTCCTT TAGGCCGTGA GCCTCAACAT TTTTAACCGC 11940 AGACTGATAG GGACCTTCCA CCACCTCACC TGCAATAGCG CTTTTGATTT GGCCTCTCTC 12000 AACCAACTCG ATAGGCAGAT AAGCATGGTC ACTTCCCACA TCTAGTAAAA TAGCCCCCTG 12060 TGACACAAAG GAAGCTACCA ATTCTAATCT CTTTGAAATC ATCTTCTCTC ACTTTCCAAA 12120 ACTCTATTAC CTCTTATTAT ACCACATTTC AATCTTCAAC TTCCCAGTAA TATAAGCACC 12180 TCTGGCGAAA GAAGTTTCAA TGTCCTAAAG TAATAAGTGA ATCCAATTGA AAGATTTTAA 12240 ACAATTTGCA AAAATGTCAA AAAATAAAAA ATAAACAGTT TATTCAGAAA ATTCTTGACA 12300 TATAAAAACA CATGGTAGAA TATAATTAGA AAGTTAGAAA AAATAAAAGT TTGACTAAAA 12360 TTTGTATTTG AAGGTGGTGT TCAGATAAGA AATTTAGTCA GACGAACCAC GAATTTGCTC 12420 TATGCTTTCT GGAATTTATC ATAACAGGAG GATACAGTCA TGGAACAAAC ATTGTTTGAA 12480 TTAGAACTAC TTCCAGAGGA AGATATCATT GTCACAGGTC TCCCTAAGTA TTGTTCTTTT 12540 ACTTGTTTAA TTACAGGTCG CTAGTTATAT TTTATATAAA ATAAGTAGCT TTACTTACGG 12600 AATAGGCTAG TGCTGTGTCT CTAGCCTATT TTAATAATTA GGAGTTTGTT ATGGATTTAT 12660 TAGAGAAAGA ATGTTTAAAA TGTGATAAAA ATTTCCAACA GGGTGATATT TGGAATTACT 12720 ATTATTTATC AGATAAGATG CCTGCACAAG GGTGGAAAAT ACACATAAGC TCCCAAATAA 12780 AAGACGCTGT AAATATTTTT AAGATTGTGT ATAAACTATC CCAACTAAAT AATTGTAGCT 12840 TTAAAGTTGT TAAAAATTTA GAGGAATTAA AAAAAATTAA TTCCCCTAGG GAAATGAGCC 12900 CTACTGCTAA CAAATTTATA ACTCTATATC CTAAGTCAGA ATCTGAAGCT AAGAGTATGA 12960 TTTGTAATCT TACGAATAGA CTGTCAGAAT TTAAGGCTCC AAAAATACTA TCTGACTATC 13020 AATGTGGAAT GCATTCTCCA GTTCATTATA GATATGGGGC TTTTTTAAAA AAACAAGCTT 13080 ATGATGAAAA AAATAAAAAA GTCATCTATT TATTGCTAGA TGAAAAAAGG AAGAACTATG 13140 TAGAAGATAA GAGACAAAAT TTCCCTAGTC TTCCTAGCTG GAAAATGGAT TTATTTTCAG 13200



AAGAAG 13206 (2) INFORMATION FOR SEQ ID NO : 34 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 13104 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 34 : CCGGATCCAG CGAAAAATAT GCTCTTTGAT GCTGTAAGTG GTCAAAAAGA TGCTAAAACA 60 GCTGCTAACG ATGCTGTAAC ATTGATCAAA GAAACAATCA AACAAAAATT TGGTGAATAA 120 AAAATTTGTT CAAGGGGGGT GGAAATCAAA TCCCCCTTTG AATTTATCAA TAGAGACACA 180 AATAATTTAG CTTTCTTATA AAAAAGTAGT ATCCTATGAA AGGAGTTAAT ATGGAAAAGC 240 AACAACCTAG TAAAGCAGCC CTGCTGTCTA TCATTCCTGG GTTAGGACAG ATTTACAATA 300 AACAAAAAGC CAAAGGTTTT ATCTTCCTTG GTGTAACCAT CGTATTTGTC CTTTACTTCC 360 TAGCACTTGC AACCCCTGAA TTGAGCAACC TCATCACTCT TGGTGACAAA CCAGGTCGTG 420 ATAATTCCCT CTTTATGCTG ATTCGTGGTG CCTTCCATCT AATCTTTGTA ATCGTTTATG 480 TACTCTTTTA TTTCTCAAAT ATCAAAGATG CACATACGAT TGCAAAACGC ATTAACAATG 540 GAATTCCAGT TCCACGCACA CTCAAAGACA TGATCAAAGG GATTTATGAA AATGGCTTCC 600 CTTACCTCTT GATCATTCCA TCTTATGTTG CCATGACCTT CGCGATTATC TTCCCAGTTA 660 TCGTAACCTT GATGATCGCC TTTACCAACT ACGACTTCCA ACACTTGCCA CCAAACAAGT 720 TGTTGGACTG GGTTGGTTTG ACCAACTTTA CAAACATTTG GAGCTTGAGT ACCTTCCGTT 780 CTGCCTTTGG TTCTGTTCTT TCTTGGACTA TCATTTGGGC TTTGGCAGCT TCTACTTTAC 840 AAATCGTAAT TGGTATCTTC ACAGCTATCA TTGCCAACCA ACCATTTATC AAAGGAAAAC 900 GTATCTTTGG TGTTATTTTC CTTCTTCCTT GGGCTGTCCC AGCCTTCATC ACTATCTTGA 960 CATTCTCAAA CATGTTTAAC GATAGTGTCG GTGCTATCAA CACTCAAGTA TTGCCAATCT 1020 TGGCTAAATT CCTTCCTTTC CTTGATGGAG CTCTTATTCC TTGGAAAACA GACCCAACTT 1080 GGACTAAGAT TGCCTTGATT ATGATGCAAG GTTGGCTCGG ATTCCCATAC ATCTACGTTC 1140 TGACCTTGGG TATCTTGCAA TCTATTCCTA ACGACCTTTA CGAAGCAGCT TATATTGACG 1200 GTGCCAACGC TTGGCAAAAA TTCCGCAACA TCACTTTCCC AATGATTTTG GCTGTTGCGG 1260 CACCTACTTT GATTAGCCAA TACACCTTCA ACTTTAACAA CTTCTCTATC ATGTACCTCT 1320 TCAATGGTGG AGGACCTGGT AGTGTCGGAG GTGGAGCTGG TTCAACCGAT ATCTTGATCT 1380 CATGGATCTA CCGTTTGACA ACAGGTACAT CTCCTCAATA CTCAATGGCG GCAGCTGTTA 1440 CCTTGATTAT CTCTATCATT GTCATCTCAA TCTCTATGAT CGCATTCAAG AAACTACACG 1500 CATTTGATAT GGAGGACGTC TAAGATGAAT AACTCAATTA AACTCAAACG TAGACTGACT 1560 CAAAGCCTTA CTTACCTTTA CCTGATTGGT CTATCAATTG TAATTATCTA TCCACTGTTG 1620 ATTACCATTA TGTCAGCCTT TAAAGCAGGT AACGTCTCAG CCTTTAAACT AGATACTAAT 1680 ATCGACCTCA ATTTTGATAA CTTTAAAGGC CTCTTCACTG AAACCTTGTA CGGTACTTGG 1740 TACCTCAACA CTTTGATTAT CGCCTTAATT ACCATGGCTG TTCAAACAAG TATCATCGTA 1800 CTTGCTGGTT ATGCTTACAG CCGTTACAAC TTCTTGGCTC GTAAACAAAG TTTGGTCTTC 1860 TTCTTGATCA TCCAAATGGT GCCAACTATG GCCGCTTTGA CAGCCTTCTT CGTTATGGCG 1920 CTTATGTTGA ACGCCCTTAA CCACAACTGG TTCCTCATCT TCCTCTACGT TGGTGGTGGT 1980 ATCCCGATGA ATGCTTGGCT CATGAAAGGC TACTTCGATA CAGTGCCAAT GTCTTTAGAC 2040 GAATCTGCAA AACTAGACGG TGCAGGACAC TTCCGCCGCT TCTGGCAAAT TGTTCTACCA 2100 CTTGTTCGCC CAATGGTTGC CGTACAAGCT CTCTGGGCCT TCATGGGACC TTTCGGGGAC 2160 TACATCCTCT CTAGTTTCTT GCTTCGTGAG AAAGAATACT TTACTGTTGC CGTAGGTCTC 2220 CAAACCTTCG TTAACAATGC GAAAAACTTG AAGATTGCCT ACTTCTCAGC AGGTGCTATC 2280 CTCATCGCCC TTCCAATCTG TATTCTCTTC TTCTTCCTAC AAAAGAACTT TGTTTCAGGA 2340 CTTACAAGTG GTGGCGACAA GGGATAATTT ATCCCCGCCA CCCTTTTTCA TTTTATACTC 2400 TTCGAAAATC TCTTCAAACC ACGTCAGCTT TATCTCCAAC CTCAAAGTTG TGCTTTGAGC 2460 AACCTGTGGC TAGTTTGCAC TTTGATTTTC ATTGATTATT AGCAATTGTC ACTGTAAATA 2520 ATATCCTTGT AGCAAGCAAT TTTTCTCCTA GACTTGAAAT AAAGCGCATT TCTCTATATA 2580 ATAATACTCA TATAGAAAAC ACCTTTTAGA AAGATACCTA TGCTTCCATA TCCATTTTCC 2640 TATTTTTCAA GTATTTGGGG GGTTCGTAAG CCCCTGTCCA AACGTTTCGA GCTCAACTGG 2700 TTTCAACTTC TCTTTACCAG TATCTTCCTT ATCAGCTTGT CTATGGTACC CATTGCTATC 2760 CAAAACAGCT CCCAGGAGAC CTATCCGCTA GAAACTTTTA TCGATAATGT CTATGAACCT 2820 CTGACAGATA AGGTTGTCCA GGATCTCTCT GAACATGCTA CAATTGTCGA TGGCACATTA 2880 ACTTATACTG GAACAGCTAG TCAAGCCCCT TCTGTTGTGA TTGGTCCAAG TCAAATCAAG 2940 GAATTACCTA AGGACTTGCA ACTGCATTTC GATACAAATG AGCTAGTCAT CAGCAAGGAA 3000 AGCAAGGAAC TGACCCGCAT CTCTTACCGA GCCATTCAGA CTGAGAGTTT CAAAAGCAAA 3060 GACAGCTTGA CCCAAGCAAT TTCTAAAGAC TGGTACCAAC AAAATCGTGT CTATATCAGC 3120 CTCTTCCTAG TTCTCGGTGC GAGCTTCCTC TTTGGTTTGA ATTTCTTTAT CGTCTCTCTT 3180 GGAGCTAGCT TTCTCCTTTA TATCACCAAA AGATCACGCC TCTTTTCATT TAATACCTTT 3240 AAAGAGTGCT ACCATTTTAT CTTGAACTGT TTAGGATTGC CGACTCTGAT TACACTTATT 3300 TTGGGATTAT TTGGCCAAAA TATGACAACC CTGATTACTG TACAAAATAT TCTTTTTGTT 3360 CTGTATCTGG TCACTATCTT TTATAAAACA CATTTCCGTG ATCCAAATTA CCATAAATAG 3420 GAGATTTTTA TGCCCGTTAC GATTAAAGAC GTGGCCAAGG CTGCTGGTGT TTCGCCTTCA 3480 ACCGTAACCC GTGTTATTCA AAATAAATCA ACCATTAGCG ACGAAACAAA AAAACGTGTT 3540 CGCAAAGCTA TGAAGGAACT CAACTACCAC CCAAACCTCA ACGCTCGTAG CTTGGTAAGC 3600 AGCTATACTC AGGTTATCGG ATTAGTTCTT CCTGATGACT CAGACGCCTT CTACCAGAAT 3660 CCTTTCTTTC CATCGGTTCT ACGTGGCATC TCTCAAGTCG CATCTGAAAA CCACTATGCC 3720 ATTCAGATAG CAACAGGGAA AGATGAGAAG GAGCGTCTCA ACGCTATTTC ACAAATGGTC 3780 TACGGCAAGC GTGTAGATGG GCTAATTTTT CTCTATGCCC AAGAAGAAGA CCCTCTCGTA 3840 AAACTCGTCG CAGAAGAACA GTTCCCCTTC CTTATCTTAG GTAAATCTCT ATCTCCTTTC 3900 ATCCCACTTG TCGACAACGA CAATGTTCAA GCTGGTTTTG ATGCGACTGA ATATTTCATC 3960 AAAAAAGGCT GCAAACGCAT TGCCTTTATC GGAGGAAGTA AAAAGCTCTT CGTGACCAAA 4020 GACCGTTTAA CAGGCTATGA ACAGGCGCTT AAACATTACA AACTTACCAC TGACAACAAT 4080 CGCATCTACT TTGCCGACGA GTTTCTGGAA GAAAAGGGCT ATAAATTTAG CAAGCGATTA 4140 TTCAAGCACG ATCCACAAAT TGATGCTATC ATCACAACCG ATAGCCTCCT AGCTGAAGGT 4200 GTTTGTAACT ATATTGCCAA ACACCAGCTG GATGTCCCTG TTCTCAGCTT TGACTCGGTT 4260 AATCCCAAGC TCAACTTGGC AGCCTATGTC GATATCAATA GTTTAGAGCT TGGTCGTGTT 4320 TCCCTTGAAA CTATTCTCCA GATTATTAAT GATAATAAAA ACAATAAACA AATTTGTTAC 4380 CGTCAATTGA TCGCCCACAA AATTATCGAA AAATAAGAGA CTGGGCAAAA AGTCGTTAAA 4440 AGCAAAAACG CATACTATCA GGTATTGAAA AAACTTGATA CTATGCGTTT TATTGTGGGA 4500 AGATTTACTT CCTTTTCTAC TGAAATTGAG TCTTTTCCCA AGATCTTTTT ATACTCAATG 4560 AAAATCAAAG TGCAAACTAG GAAGCTAGCC GCAGGTTGCT CAAAACACTG TTTTGAGGTT 4620 GTAGATGAAA CTGACGAAGT CAGTAACCAT ACCTACGGCA AGGTGAAGCT GACGTGGTTT 4680 GAAGAGATTT TCGAAGAGTA TTAATCACTA ATTATCTATC TCAACAAATC TTCCTAGAAT 4740 ATGAACATTT TCCGAGACAG AGACAAAGGA GCTTGGATCC ACTTGTGTCA TAATCTGTTT 4800 AAATTCATTA AACTCTGCAC GTGTAATGAC AGTGATTAAA ACTGCCTTTC TCTCGTGATT 4860 ATAGGTTCCT TCTGCATCGT GGATCATGGT TGCTCCGCGG TGCAATTTTT TATGGATTTT 4920 TTCAATTACC TTCTCTGGAT GATTTGTCAC AATCATGGCC TGCATACGCT TTTGCTTAGT 4980 AAAGACTGCG TCTGTCACAC GGCTAGAGAC AAAGATGGTA ATCATAGAAT AAAGAGCGTA 5040 TTTCCAACCA AAGGTCAAAC CTGCTATCAG CATGATAGTT CCATTTACCA AGAAAGAAAT 5100 ACTACCGACA TTCTTACCCG TTTTCTTACG AATAGTCAGG CTGACGATAT CCGTCCCACC 5160 ACTGGAGATA TTGTTTCGAA GAGCAAAACC AATCCCCAAA CCCATAACAA CACCCCCAAA 5220 AAGGGAATTG ATAATGGGAT CCTCTGTCAA GGTTGCCACA GGGACAAACT GGATAAAGAA 5280 GGAACTCATA GATACCGTGA TAAAGGTAAA GACGGTGAAC TTATGGCCAA TCTGATACCA 5340 AGCTAAGACC ATCAAAGGGA AGTTAATGGC GTAGAAGCTT AGCGAAATCG GAATATGAAA 5400 ACCAAACCAG TGATTACTCA AGGCAGAGAT AATCTGTGCC AGACCTGTTG CACCACTCGA 5460 ATACACATGC CCTGGTTGGA AAAAGAAATT AACTGCTACT GCTGATAAAA AACCATAGAC 5520 CAGAGAGGCC GAAATCTTCT CATCATACTT TTCTCGAGAG ATACTTTGTA AGACACGTAA 5580 AATTTTTATC TGATAAGCAA AGCGGCGCAG ATAATAGCGC CACCGCTTAA TTCGTTTTGT 5640 TTGTTTCATC TTCTTCTACT TGTAAGCTGA GTTCCTCTAG TTGTTTGAGA GCGACTGTTG 5700 ATGGAGCTTG TGTCATTGGG TCAGTTGCCT TGTTGTTCTT AGGAAAGGCA ATGACTTCAC 5760 GGATATTTTC TTCTCCAGCA AGCAACATGA CAAAACGGTC AAGCCCGATA GCCAAACCAC 5820 CGTGTGGTGG GAAACCATAG TCCATGGCTT CAAGAAGGAA ACCAAACTGG TCATTGGCTT 5880 CTTCAGTTGA GAAACCAAGA GCCTTGAACA TGCGTTCTTG AAGGTCTTTT TGGTTGATAC 5940 GAAGGCTACC ACCACCAAGC TCATAACCGT TCAAGACGAT ATCGTAAGCA ATGGCACGAA 6000 CCTTAGCCAA ATCACCTTCT AATTCATGAG CAGTCTCTTC CTGTGGAAGT GTGAAAGGAT 6060 GGTGGGCGCT CATGTAGCGG CCTTCTTCTT CAGACCATTC AAACATCGGC CAGTCAACCA 6120 CCCAAAGGAA GTTGAACTTA TCATTATCAA TCAAGCCAAG CTCTTTAGCA ATACGTCCAC 6180 GAAGGGCACC CAGTGTTGCA TTAGCCACTT CAAGCGTATC CGCCACAAAG AGAACCAAGT 6240 CCTTATCTTC AAGAACAAGC GCTGTTGTCA ATTCTTCTTG GATACCAGTC AAGAACTTGG 6300 CAACTGGTCC GTTTAATTCT CCATCAACCA CCTTGACCCA AGCAAGACCT TTGGCACCAT 6360 ACTGTTTGGC TACTTCCGTC ATCTTGTCGA TGTCTTTACG TGAATAGTTG TCCGCAGCTC 6420 CTGTGACCAC AATCGCTTTT ACAGCAGGTG CTTCTGAAAA GACTTTAAAG TCTACACCTC 6480 GGACCACTTC TGTCAAGTCC TGAAGCAACA TGTCAAAACG AGTATCTGGC TTGTCAGAAC 6540 CGTAAAGAGC CATAGCATCA TCGTATTTCA TACGAGGGAA TGGTAGCGTT ACTTCGATGC 6600 CTTTTGTTTC CTTCATCACG CGCGCGATCA AGCTTTCTGT AATATCTTGG ATTTCTTGCT 6660 CAGTAAGGAA GGACGTTTCC AAGTCGACCT GAGTAAATTC AGGCTGGCGG TCTCCACGCA 6720 AGTCCTCGTC ACGGAAACAT TTAACGATTT GGTAGTAACG GTCAAAACCA GCATTCATCA 6780 AGAGCTGTTT CGTGATTTGT GGACTTTGAG GAAGAGCGTA AAAATGCCCC TTATTAACAC 6840 GAGACGGCAC TAAATAATCA CGCGCCCCTT CAGGCGTTGA CTTAGAAAGG AATGGTGTCT 6900 CCACGTCGAT AAACTCCAAC TCATCCAAGT AGTTGCGGAT AGAGTGGGTC ACCTTGGCAC 6960 GAAGTTTAAG ATTTTCCAAC ATTTCTGGAC GACGAAGGTC AAGGTAACGG TAACGCAAAC 7020 GTGTATCGTC ATTTGCCTCA ATGCCATCCT TAATCTCAAA TGGTGTTGTC TTAGCTGTGT 7080 TAAGCACAAT AAGAGCTGTC ACGTTTAACT CAACCGCACC AGTTGGCAAC TTATCATTGG 7140 CTTGTCACGC GCAGCGACCT GACCAGTCAC CTCAATAACA AATTCGCTAC GAAGGcTTTC 7200 AGCTGTTGCC ATAACCTCTG CAGATACTTT TTCAGGGTTG ATAACCAACT GCATGATTCC 7260 TTCACGGTCA CGAAGATCGA TAAAGATCAA ACCACCAAGG TCACGACGAC GGCCAACCCA 7320 TCCTTTCAAG GTTATTTCTT GTCCGATGTG TTCCTCACGA ACACGACCAG CATACATACT 7380 ACGTTTCATT ATTTCTCTCC TCTTTTATTC TGTTACTATT TTACCATAAA AGCGCAGCTC 7440 TTCATGAAAA TCATCAGAAA AGTTTGCCAG TCTTTAAAAG TCAGGTGAAA GCCCTAAAAA 7500 TTAGCGCTAA TACTCTTCGA AAATCTCTTC AAACCACGTC AGCGTCGCCT TACCGTATGT 7560 ATGGTTACTG ACTTCGTCAG TTTCATCTAC AACCTCAAAA CCATGTTTTG AGCTGACTTC 7620 GTCAGTTCTA TCCACAACCT CAAAACAGTG TTTTGAGCAA CCTGCGGCTA GCTTCCTAGT 7680 TTGCTCTTTG ATTTTCATTG AGTATAATAC AAAAATCCGA TGAACTTCAC CGGACTCTTT 7740 TATTTTGAAT TTTTGCCTGC TTTACGCTTT TCAGCGATTT CGGCTGCCTT TCGAGGCAAG 7800 ACAATTTCCG TTATGTAAGC CGTCCCAAAA CGCAGTACAC CTGCAATAGG AGCAAAGACA 7860 ACTGCTAGAT AGTTATAGAA GAAATCGCCT TTGAAGGCAT AAGCTAGCGC TCCAATGATG 7920 AAAAATAGAA CGACTGCCTG AATCACTGCT AATAAAATTA CTCGTTTCAT GTGACCTCCT 7980 GACTCTATTA TAGCATGAGA ATCATCAAAA AGCCGACTAA ATTATTCAAA GCGTGAAGAG 8040 AAATACTGTA GACCAGACCT TTTCTGCTAA TGTAAGCCAA ACCCAAACTA AAACCAAGGC 8100 TAAAATAGAC AAAAAATTGT TGCACATCAC CTGGAAAATG AATCAAGGCA AATAGAAGAC 8160 TAGATACCAG AAGAAAAATC AGGGTTCGTT TACTATTGTC CTGCTTAGGA AAGAGATAGC 3220 GTGCTAACAT CCCTCTAAAA ACAATCTCTT CCGTCAAAGG AGCAAAAATA ACCACAGCAA 8280 AGAATGAGAA AAGTGGTTGA GACAAGGTCA AGTCTGTCGC TATTTGCTGA TTTACTGAAG 8340 GATCATCTGG CAAGAAGAAT TGAACGACCA GAGATAAGAA CCAAACCAAG ACAGGAAGCC 8400 AAATAAATCG ATTAAAGCCG CTCTTCTCAA TATGAACAGG AGCCTTCTGA TACCATTTGT 8460 AAATGCCGTA CACATATACT CCAGCCAAGG CCACATAGAG TAGAGTAACA GCATAGGGTG 8520 AAGCGCCTAA AGCAAGCGAC GCAGTCGCGA GCCCCTGAAT AAAGCCATAG ATAAATAAAA 8580 AGGATAGAAG GGCTAGAAGA ATCCAGCCAA GGTTTTTAAG TAATTTCATA GATAACTCCT 8640 TTATTTGAAA TAACGTTTTA CCATAGGTAA CTGCATCACA TTGATATAAA CATGGATGGC 8700 TCCTACAAGC AAGAAAGCTA GTAACTGAAT CTCTCCTGTC AAGAAAGAAA TGATAATAAG 8760 AAAAATATAT AAGGCTGGTA AGACATATTG GTGTAATTGG AATAAAATTC GAAAACTCTG 8820 TTCCAAATTA GCCTGACGCT CCCCTTCATC ATAAGAATTT ATATAGTTCA AGACATCCTT 8880 TGGTGTAGCG AAAAATTCCA AATCAAACTG ACGAACAATC GCAATGGTTT TAAAAAGAGA 8940 TTTTTGAGCG ACTAAGAATA CCACAAAGAG TAAGAAAGAA AGGAAAAATG TTTGAGGGTT 9000 TGTATGCAAT ATAATCACCT CACTTAATGA AATAAAAATA GCCAATGGAA TCGCTACACC 9060 TGTAATATTA AAAGCAATGG TTCCAAACTC AAGATTCCGA TACATTTGCA CATAATAGGT 9120 TTCATTCAGA TCGTCATCCA TTTCCTCTTG ATACAAAGAA TGAAATTTTC TGCTTTTCTT 9180 TAAGAAATTG AAAGTCAAAA ACATACTAAT GAAACCTATC AGTAAACAAA TAGCTGATAT 9240 CCATGGCATC AAGGCTTTTA CATCTAAAAT AATTTCGTGG GATTCGACAC GTGCCTTAAA 9300 CATCCCTACA AACATGCCCA AGAACCCCCC AAGACAATAG ACATCAAAAA TAACAATCTA 9360 CGTTTCTTTT TCATATTCAT TCTCCTTTTT CACTTGCTAG ATTTTTGGAT TTCTTTTCAA 9420 TCCATTCAAT TACTGGGATG AGAGCAAAGT AGACCCAAAC AAATTGGTCG CTTTGATAGG 9480 GATTAAACCA GCTTAGGTCC ATCCCAATCA GTAGAAATAC GCTGACTAAT AAAGCTATGA 9540 CCACTACATA ATAAATCACT TTATACTTGT TCATCACTCG TCCTCCTCCA AACGAAATAC 9600 CGATTCGACT GTTTCGTTGA AAATTTGAGA TATTTTCAGG GCAATGATAA TGGATGGGGT 9660 GTACTCATCC CGTTCTAGTA GGCTAATGGT CTGTCTGGAA ACCCCTGCCA GTTTGGCTAG 9720 GTCGGTTTGA TTGAGACCAT CGCGAGCTCG AAGCTCTTTT AGACGATTTT TTAGTTGCAT 9780 GTTACACACC TACTCTCCGT CAAATTCAAC GGTTTGGATA TCCTCAATAC GTTGCAACTT 9840 GAATTTTTCT TTTCCCGTAT TATCTACACG TCGTAGCTTT ACCCATTCCT CATCAACATC 9900 CACAACTTCC CAGTTATCTG GCCCAATATA CACTCCCGTT ATAATTGGTT CCTTTCCAAT 9960 CATTTCTTGT AATAATCTCG ACATTTCTGC GTTTCCTTTC TCTTTTCGCT CAAGTCTTTT 10020 GATTTTATTC TCTAGTTTCT TGATTTTTTT AGAATTATTA GAATAAAAGA AAATCATAAA 10080 TAGTATAAAT CCTAGTACCC ACATTATAAC TCCTTTCTGC TTCCTATTTC TTAACTTGAA 10140 TTCATTGTAA CATATCTTTT TCTTTTTGAC AAGTATAGTT GTCAAAAAAA TTATGATTTT 10200 TGTCATTTTG CAAAAGAAAA AGGTCAGGAG TAGGTTCCTG ACCACTTTAT CTATCATTAA 10260 TACTCTTCTA AAATCTCTTC AAACCACGTC AGCTTCACCT TGCCGTAGGT ATGGTTACTG 10320 ACTTCGTCAG TTTCATCTAC AACCTCAAAA CCATGTTTTG AGCTGACTTC GTCAGTTCTA 10380 TCCACAACCT CAAAACCATG TTTTGAGCTG ACTTCGTCAG TTCTATCCAC AACCTCAAAA 10440 CCATGTTTTG AGCTGACTTC GTCAGTTCTA TCCACAACCT CAAAACAGTG TTTTGAGCAA 10500 CCTGCGGCTA GCTTCCTAGT TTGCTCTTTG ATTTTTATTG AGTATAAAAT CCTAGTTTTT 10560 CAAAGATTTC TGAGAAGTTT TGGCTGATTG TCTCAAGTGA CACTTGCACT TCTTCTCGGG 10620 TTTGGTTGTT CTTGACCGTC ACTTGTCCGC TTTCGACTTC GCTCTCTCCT AGGGTGATGA 10680 GGGTCTTAGC CGCAAAGACA TCGGCTGACT TGAACTGAGC TTTTAGTTTA CGGTTGAGGT 10740 AATCACGCTC TGCTTTGAAA CCTTGTTGGC GAAGAGCCTG TACCAATTCC AAGGCCTTGA 10800 TATTTGCCCC TTCGCCCAAG ACTGCGATAT AGACATCTAG GGCGTTTTCG ATAGGGAGGG 10860 TCACACCTTG CTTTTCAAGG ATGAGAAGCA GGCGCTCTAC ACCAAGTCCA AAACCAAATC 10920 CAGCAGTTTC AGGGCCTCCA AAGTAAGCAA CCAAACCATC GTAGCGACCA CCCGCACAGA 10980 CGGTCAGGTC ATTGCCCTCA ATCTCTGTGA TAAACTCGAA AATGGTGTGG TTGTAGTAGT 11040 CCAGACCACG CACCATATTG GTATCGATGA TGTAATCTAC TCCAAGATTT TCCAACATCT 11100 GACGCACAGC ATCAAAATGA GCTTGGCTTT CTTCATCAAG AAAGTCCAAG ATAGACGGCG 11160 CATTCTCTAC TGCCACCTTG TCTTCTTTTT CCTTAGAGTC CAAGACACGA AGAGGATTTT 11220 CCTCCAAGCG ACGTTGGCTA TCCTTAGACA AGGTCTCCTT GAGCGGTGTC AAATAGTCAA 11280 TCAAGGCTTG GCGGTAGGCT GCACGGCTCT CAGGATTTCC AAGAGTGTTG AGGTGCAATT 11340 TGACACCTTG AATACCGATT TCCTTCAAAA AATGGGCTGC CATAGCGATT GTTTCCACAT 11400 CGGTAGCTGG ATTGCTAGAG CCAAAACACT CAACACCAAT CTGGTGGAAT TGGCGCAAGC 11460 GCCCTGCCTG TGGACGCTCA TAACGGAACA TAGGTCCCAT GTAGTAGAAC TTGCTTGGCT 11520 TTTGCACTTC TGGGGCGAAA AGTTTATTTT CCACATAGGA ACGGACAACG GGTGCAGTTC 11580 CTTCTGGACG GAGGGTAATA TGACGGTCAC CCTTGTCATA AAAATCGTAC ATTTCCTTGG 11640 TTACGATATC CGTTGTATCT CCGACAGAGC GACTGATAAC CTCGTAATGC TCAAAAATAG 11700 GCGTGCGCAC TTCTGCATAG TTGTAGCGTT TGAAAATCTC ACGGGCAAAG CCCTCAACGT 11760 ACTGCCACTT AGCAGACTCA GCAGGTAAAA TATCCTGCGT TCCTTTTGGT TTTTGTAATT 11820 TCATAGGGAA TCCTCTTTAA ACTTAATAGT CTTATTTTAC CATAAATAGA GGGATTAAAA 11880 CAGTAAGAAA AAAATTAGGA TTTAGATATC ATTTTTGAGA TTAAGAATTG TCAAAAAAAT 11940 AGCTAGCAAG GAAAGACCAA CAAATAGCAT CCAAGTCAAC TGTATATTCC ATACGGCTAC 12000 TAGTGAAAAA CAAGCTGTTC CCACAGGTAT GGATAAGGTA AACAATAGAC CTAAAAAATT 12060 ACTAGTACGA GCTAGAACCT CTGGAGCTAG ATTTTTCATG AGCATGGCAC TAATCTTTGG 12120 TTGAACTTTA CCAGACACAT ACAGAGTAAA GAAGAGAAAT AGCAAACCAA GCACGACTTG 12180 ATTGAATAAA TTAGCCAAAC CAACTAGACT AAGTCCTACG GTCTCCCACA TCATCAATCT 12240 AGGCAAGGAC TGCTTCCCAA AATAATCATT GCCCGTAAGG CTACTGATGA TGACTGATAC 12300 TAAAACACAG AATTGATTGA TAAATAGTGC CTCTGTATAA GAAAAATTCA AGAGAGAATG 12360 GCTCAAAAAG AAGATATTAT AAATTCCACC CAAAGCGCCA CCCAAGGAAT TAATAAGCAA 12420 GACAGCAAAG AGCATAAAAC CAAAGTTTTT CTGTCCACTT TTAAGAAAAA CGAGACGTAA 12480 ATTTCGGTAA ATTGTTAGGA ACTGGTCTTT GATAGAAAGC TTCTCATTTT TTAAGTTTTC 12540 ACCATCAGCA GATGACATTG ACAGGCTCAA TTTGCTTTTT CCTAAAAAGA GGATAGTGGC 12600 TGATACTAGG AAAAAGCAGG CATTGATTCC CGCAACGAGA GAAAAATTGT TGACCGATAG 12660 AGCTAAGAGC CAGACTCCGA AAGCTTGACC ACCAATAGCT GAAATATAGG TGATGAACTG 12720 TGAAAAAGAA TAAGCCTCCA TCAGATCATC TTCAGCTACT TTTTCCTTAA TAAGAGGCAT 12780 ACGCAGGCCA CCTGCAAAAT CACTGATGAT ATCACTAATG ACATTGATCA AACACAGGCT 12840 AGAAAAGGCA AAGAGACTAG CTTGCTGAAC AACTAGGGCT GCTAGAAAAA ATAGAACCGC 12900 CTGAAACAAA CCGCTATAGA CCATCCATTT GACCTTGTCC CTCGTGTAAT CTGCCCGAAT 12960 CCCTGCAAAA ACTGTAAAGA GGGTCGGAAG AATCATGACA ATATTCGCCA TAGCAACAGC 13020 AAAAGATGCT TGTGACAAGG TCGATGCATA GACGATAAAG ACCAGGTTGA AAATCGAAAC 13080 ACCAAAAGCA TTGAAGAAGC GTGG 13104 (2) INFORMATION FOR SEQ ID NO : 35 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 19250 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 35 : CCGGGCAAAT AGTTTTGAAC TTTTCATCAT TTTCTCCTTT AAAACTTTCT CTCCATTATA 60 GACTCTTTTC AGAAAGTTGT CAACAGAATT TTCAGAATTT TTGAAAATTA TTTTTCAAAC 120 AACATCTTTG CAAAAAATAT GAATATCGTA AGCGCGTCAT AACAAGGTAT CTATCATTCA 180 TGGAGCTCCT CCTGTATACT ATTAGTAAAG TAAATATTGG AGGATATTTT AATGCCACAA 240 CCTATTGTTC CTGTAGAGAT TCCACAATCT CGTCGTTTTG ATTCTAAAAA GAGAAATGAT 300 ATTCTrCTTA AAATTCGTAT TGGCAAGCTT GAAGTAAGTT TTTTTCAATC TCTCAATCTC 360 GAAATGATAG AACAGCTTTT GGATAAGGTG TTGCTCTATG ACAATTCATC TATCTAGCCT 420 AGGGCAGGTC TATCTCGTGT GTGGGAAAAC TGATATGAGA CAAGGAATCG ATTCACTGGC 480 TTATCTCGTT AAAACCCACT TTGAATTGGA TCCTTTCTCC GGTCAAATCT TTCTCTTTTG 540 TGGTGGACGT AAAGACCGCT TTAAAGTCCT TTACTGGGAT GGTCAAGGAT TTTGGCTACT 600 ATATAAACGC TTTGAGAACG GCAGACTGAC TTGGCCCAGT ACAGAAAAGG ATGTCAAAGC 660 TCTCGCACCT GAACAAGTAG ATTGGCTGAT GAAAGGCTTT TCTATCACTC CAAAAATATA 720 GTAGATTGAA ACTAGAATAG TACACCTCTG CTTCTAAAAC ATTGTTAGAA ATCGATTTTA 780 CTGTCCTGAT CGATTTGTCC TGTTATTATT TCATTTTACT ATAAATCCAT CAGAAAGTCG 840 TGATTTCTAT TGAAATGAGG ACTTTCTTTT TATACTCATC TGCTTTCAAA AAGCACTCTA 900 GTCCATCTCC GATTAACGAT GGACTTTATC ACCTCCTTCT CCAGTCCTTG TATAACATCT 960 TGAAGTTGAT TCATGACATC TTCCAAAGTT CGAAAGGCTT TATTCTTAAA TCCACGTTTA 1020 CGAATCTCTT TCCACACTTG TTCAATGGGG TTCATCTCTG GTGTGTATGG AGGAATAAAT 1080 GCAAAGCCAA TATTAGTCGG AATCTTTAAG GTACTTGATT TATGCCATAT AGCATTGTCC 1140 ATAACGAGTA AAAGATAATC ATCTGGATAA GCTTGTGAAA GCTCCTATTC CTAAAGCCCC 1200 TTTATAACCT CTTGCGAGAG AGACTATTGA CTCAGCCCTT ACTTCATGCG GATGAAACCT 1260 CCTATCGGGT TCTAGAGAGT GATAGCCATC TGACCTACTA TTGGACTTTT TTGTCAGGTA 1320 AAGCAGAGAA ACAAGGGATT ACGCTTTACC ACCATGATCA GTGTCGAAGT GGTTCAGTAG 1380 TACAAGAATT CCTAGGAGAT TATTCTGGCT ATGTTCATTG TGATATGTTG CGGCAGTAAC 1440 TTAGGACTTT AGTCCTCTAG TTCTGCCTAT GCGATAGCAG TCCAAGGTTT AGGAGTAAGG 1500 CGACGCTAAG CTTGGTAAAC TGCGAACAGC TAGAAGCTTA TCGTCAACTG GAAGAAGCTG 1560 CACTTGTTGG ATGTTGGGCG CATGTGAGAA GGAAGTTTTT TGAAGTGCCC CCCAAGCAAG 1620 CAGATAAATC ATCCTTAGGA GCTAAAGGTT TAGCCTATTG TGATCAGTTA TTTTCCTTGG 1680 AAAGAGACTG GGAGGCTTTG CCAGCTGATG AACGGCTACA GAAACGTCAA GAACATCTCC 1740 AACCCCTACT GGAAGACTTC TTTGCTTGGT GCCGTCGTCA GTCAGTTTTA TCGGGTTCAA 1800 AACTAGGAAG GGCAATTGAA TACAGCCTCA AGTATGAAGA AACCTTTAAG ACCATTTTAA 1860 AAGACGGACA TCTGGTCCTT TCCAATAATC TAGCTGAACG CGCCATTAAA TCATTGGTTA 1920 TGGGACGGAG TAAAAGAGTC CAGTGGACTC TTTTAGCCTA AGCTCAGTTT AAAAAAACGA 1980 GGGTGGTTAT TTTTAAAAAA GCGAGGGTGG TTATTTTCTC AAAGTTTTGA AGGAGCTAAA 2040 GCAAGAGCTA TTATTATGAG TTTGTTGGAA ACAGCTAAAC GTCATCAATT ATAGTGCGTT 2100 GAATCTATAA CAGTACGCAT CGACTGCTAA AATATTTCTA TAAATCAATT TTCCTTTCCT 2160 AATCGATTTG TTCATATCTT ATTACAATCC ATTATAAATA GCGAGAAATA TCTATCCTAT 2220 CTTCTAGAAT GTCTTCCAAA CGAGGAAACT CTCGTAAACA AAGAGGTTTT AGAGGCCTAT 2280 TTACCGTGGA CTAAAGTTGT ACAAGAAAAG TGCAAATAAG AAATCTCCAG ATTAGGAACT 2340 ATATATGAGT TCTCTAGTCT GGAGATTTTT CAATAGACTT CGTTATTGGG CGGTTACTTT 2400 CGAAACTTTG AAAACTTCAA AAAACGGATT TTTATCGCTC TGAACATCAA AAAAGAAAGG 2460 ACGAAATTTG TCCTTTCTCA AGCTTAGCTT TTCTTCAACC CACTACAGTT GACAAAGAGC 2520 CCTTTATTCT ATCAAACATG AAGCGCAAAA ACAAGCCAAA AATCCGATAG AATGGCTATC 2580 CCTCGACTAT CAAGTAAGAC ATTTCCATCA AATACGTTCA ATTTTACTCT TGTTCTACTA 2640 AGAATTAATC ATCTCGTTTT GATTTATTAA AAATATACAA TTCAGCTTTT CCTCCAAACT 2700 ATTTTATCCA CTATCCCTGT ATAGCTCTGT ATTATCTTAA CAACTTTAGT AGAGACATTT 2760 TCCTCAACAT AATCCGGAAC CGGTAATCCA AAATCCTCAT CTTGTGCCAA GCTAACAGCA 2820 GTTTCAACTG CTTGAAGAAG AGAATTTTCA TCAATGCCTG CCAAAATAAA TCCTGCCTTA 2880 TCTAAGGACT CAGGACGTTC TGTACTTGTA CGAATACATA CAGCGGGAAA AGGATAACCT 2940 TGACTAGTAA AGAAACTACT TTCTTCCGGT AAAGTTCCCG AATCAGATAC TACAACAAAT 3000 GCATTCATCT GTAAACAATT ATAGTCATGG AATCCTAGTG GCTCATGCTG AATCACACGT 3060 TTATCTAGTT TAAAACCGCT CTCTTGTAGC CTTTTCTTTG ATCTAGGATG GCAAGAATAT 3120 AAGATTGGCA TATTATACTT TTCAGCTAAT TGATTAATTG CTGTAAAGAG AGAAATAAAA 3180 TTTTTATCTG TATCAATATT TTCCTCACGG TGAGCTGAAA GTAAGATATA ACCTCCTTTT 3240 TTCAATCCCA AACGTTCATG GATATCTGAA GACTCAATAG CAGATAAATT TTTATGTAAC 3300 ACTTCTGCCA TAGGAGAACC AGTTACATAT GTGCGCTCTT TAGGTAAACC ACACTCATGT 3360 AAATACTTAC GTGCATGTTC AGAGTATGCT AAGTTAACAT CTGAAATAAC ATCAACAATC 3420 CGACGATTAG TCTCTTCCGG TAGGCACTCA TCTTTACAGC GATTGCCAGC CTCCATATGA 3480 AAAATTGGAA TATGTAAACG CTTGGCAGCA ATAGCTGATA AACAAGAATT TGTATCCCCT 3540 AAAATCAATA AAGCATCTGG TTTAATTTGA TTCATCAATT TGTATGAAGT ATTAATAATA 3600 TTCCCTACAG TAGCACCAAG ATCATCTCCA ACAGCATCCA TGTATACGTC CGGAGTGTCT 3660 AACCCTAAAT TATCAAAGAA AATACCATTT AAATTGTAAT CATAGTTTTG TCCAGTATGT 3720 GCCAAAATAA CATCAAAATA CTTTCGACAT TTAGTGATAA CACTACTTAG ACGTATAATC 3780 TCTGGACGTG TTCCCACAAT AATCAATAAC TTAAGTTTGC CATTATCTTT AAAGTGAATA 3840 TCACTATAAT CTGTCTTAAT TTTCATTTAT TTCTCCACTT GTTCAAAAAA AGTATCTGGA 3900 TGTCTAGGAT CAAATGACTC ATTAGCCCAC ATGACAGTAA TTAGATTTTC TGTATCAGAA 3960 AGATTAATAA TATTATGTGC ATAGCCCGGT ATCATATGTA TTGCTTCAAT CTTATCGCCC 4020 GACACTTCAA AGTTCAGAAT AGGATACTCT TGACCGTTTT CATCCAGCCC TATCCTACGC 4080 TCTTGTATTA AAGCACGACC AGAAACAACC ATGAAAAATT CCCACTTAGA ATGATGCCAA 4140 TGTTGCCCTT TGGTAATGCC AGGTTTAGAA ATATTAACAG AAAATTGACC CGTATTTTCT 4200 GTTTTTAATA ATTCCGTAAA ACTACCTCGT TCATCTATAT TCATTTTTAG AGGAAACTTA 4260 AACTTATCTA CTGGTAAATA AGATAGGTAG GTAGAATACA ATTTCTTTTT AAACGATCCC 4320 TGAGGAATTT CAGGCATAAC TAAACTATCA GGCTGTTTTT TAAATGTTTC TAATAGAGAG 4380 ACAATCTCTC CTAAGGTTGC ACGATGAGTC GTTGGTACGT AGCAGTAGTT TCCTGATGGG 4440 CTAGGTAAGA TTTGTAATCC ATCTAGATTA CAACGATGAG GATTTCCTTC CAATGCAGTT 4500 AGACACTCTT GTATCAAATC ATCAATATAC AGCAACTCCA ATTCTACACT TGGATCATTT 4560 ACTTGAATAG GTAAATCGTG AGCTAGATTA TAACAGAAAG TTGCTACAGC AGAATTGTAG 4620 TTAGGACGGC ACCACTTCCC ATAAAGATTC GGGAAACGGT AAACTAAGAC AGGTGCTCCC 4680 GTTTTCTTTC CATATTCAAA GAAGAGTTCT TCCCCTGCTA GCTTAGATTG TCCATATATA 4740 GAGTTTGAAA ATCGGCCTTC TAAACTAGCT TGAGTAGAAC TTGAGAGTAG AACAGGACAA 4800 GTGTTTTCAT ACTTTTCTAA AATCTCCAAT AATCTACTTG AAAAACCGTA ATTTCCCTCC 4860 ATGAATTCAT CAGGATTCTG TGGACGATTG ACACCAGCTA AATGGAATAC GAAATCGGCC 4920 TTCTTACAAT ATTCATCTAA TAAAATCGGA TCTGTATCAC GATCATACTG AAAAATCTCT 4980 CCAATCTCTA AATTAGGACG AGTCCTATCT CGTCCATCTT TCAAAGCTTC CAGAGTACAG 5040 ATAAGATTTT TTCCTACAAA TCCTTTCGCT CCTGTGATTA AAATATTTTT AATCATGCCC 5100 CCTCCTTATT TTATATGCTG TTTTAATAGT TAACTCTCTC GACAATACAT GATACATTAT 5160 ATATCCTTGA TAATTTTAAT GTATCTTAAA AGATTTTACA TCTCTTCGTC TGCTACCATA 5220 TCACGAATTG CTGTCTGTAT TTCATCTAAT TCTAGCAACT TTCTTTTAAC TTGCTCTACA 5280 TCCATCAAAT CGGTATTATT ACTATTGAAT TCTGTCAACA AATTTCTATT CGTACTACCA 5340 TCTTTGAAAT ACTTATCATA GTTAAGATTA CGATTATCAC TAGGAACTCT ATAAAAATCA 5400 CCCAAATCAA TTGCATTTGC GCACTCTTCG TTAGTTAATA GTGTTTCATA CCTTTTTTCT 5460 CCGTGTCTAA TACCTATAAT CTTAATATCT TGTTCTGAGG CAAAAATTTC TGATACAGCC 5520 TTAGCCAACA CTTCAATCGT ACATGCTGGT GCTTTCTGAA CTAGTATATC TCCAGATTTC 5580 CCTTCTTCAA ATGCAAATAA AACCAAGTCT ACTGCTTCTT CCAATGTCAT CACAAAACGT 5640 GTCATGCTAG GTTCAGTAAT TGTAAGAGCA TTTCCTTGCT TAATTTGCTC AATCCAAAGA 5700 GGAACGACAG ATCCACGGCT ACACAGAACA TTCCCATAGC GAGTCACACA TATCTTTGTA 5760 TGCTCAGGAT TTACCGTCCT GGACTTAGCA ACAGCAATCT TTTCCATCAT AGCCTTGGAT 5820 GTTCCCATAG CATTGACAGG ATAAGCCGCC TTATCTGTAG AAAGACAGAT AACTTGCTTT 5880 ACACCAGCTT CGATAGCCGC AGTGAGGACA TTCTCCGTTC CCAAAATGTT AGTTTTTACC 5940 GCTTCTACAG GGAAAAATTC ACAAGAAGGT ACTTGTTTAA GAGCAGCAGC GTGAAAAACA 6000 TAATCCACAC CATGCATAGC ATTTTTTACC GAAGCTAAGT CACGCACATC TCCAAGGTAA 6060 AAACGGATTT TCCCAGCCAC TTCTGGTACT TTTACCTGAA ACTCATGACG CATATCATCT 6120 TGTTTCTTTT CATCTCGCGA AAATATACGA ATCTCTGAGA CATCTGTTTC TAAAAAACGC 6180 TTGAGAACCG CATTCCCAAA TGAACCTGTC CCTCCTGTAA TTAGGAGAGT TTTTCCTGTA 6240 AATTGTGACA TATATTACAC TTCTCCTTCT AGTATGTCTG CAATTTTCTT ACAAGCCGTT 6300 CCATCTCCAT ATGGATTTGA AGCTTGACTC ATTGCTTGAT AAACTGAATC ATTTTCTAAT 6360 AATTCTTTAA AATGCCTATA AATATTATTT TCATCAGCAC CTACAAGTTT CAAAGTCCCT 6420 GCTTCAATTC CCTCTGGACG TTCAGTTGTA TCTCTCATAA CCAAAACAGG TTTTCCTAAA 6480 CTTGGAGCCT CTTCCTGAAT ACCACCACTA TCTGTTAAAA TTAAATAACT TCTTGATAAA 6540 AAATTGTGAA AATCTAATAC TTCTAAAGGT TCGATCATCT TGATACGTTC ACAGCCACTT 6600 AGTTCTTCCT CAGCAATTTG GCGAACACGA GGATTCATAT GGATAGGATA AATAGCCTTG 6660 ACATCTGAAT ATTCTTCAAT AATCCTTCTA ATTGCTCTAA ACATATGTCT CATCGGTTCA 6720 CCAAGATTTT CACGACGATG AGCTGTAATT AGAATAAACC TGCTTTCTCC TATCCATTCT 6780 AACTCAGGAT GCGTATAGTC CTCTTGAATT GTAGTTTGTA AAGCATCAAT CGCCGTATTA 6840 CCTGTCACAA ATATGCTCTC TGGAGTTTTT CCTTCTCTTA AAAGATTATC TTTTGAAAGT 6900 TGTGTTGGTG TAAAATGATA CTGAGCCAAA ACCCCAACTG CTTGACGATT AAACTCTTCA 6960 GGATATGGTG AATAGATATC GTAAGTGCGC AAACCAGCTT CAACATGACC AATTGGAATC 7020 TGTAAATAAA AGGCCGCCAG TGAACTAGCG AAGGTCGTAC TTGTATCCCC ATGAACTAAC 7080 ACCAAATCAG GTTTTTCTGA CTCTAAAATA GCCTTCATTC CTTCCAAAAT GCCAATGGTC 7140 ACATCAAATA AAGTTTGTTT ATCTTTCATA ATAGACAAAT CAAAATCGGG AATAATCCCA 7200 AATGTGTCCA AGACCTGATC CAACATTTGA CGGTGTTGGC CCGTAACGCA AACTAATGTT 7260 TCAATATTCT TACGTGTTCT TAACTCTTTG ACCAAAGGAC ACATCTTGAT GGCTTCTGGA 7320 CGAGTTCCAA ATACTACAAC TACTTTTTTC ATATATTTAC TTACTCCTAA CAAATAATGA 7380 ACGGTTCTTA AAATAAATTA GATAACGGCT AATCCATAAC ACCACCTCAG ACATACTTGA 7440 ACAAATAGCT AATGTTACTA AACTAAAATT ATCAGACAAG ATAAATATTC CTAATCCCAA 7500 AGTTTGGACA ATCGAAGCTA ATATAGTTGT CATTGTAGTT TCTTTCACTT TATCAATAGC 7560 TCCTAAGACA GGCCATCCGT AAATCATAGA ATAAAAACTA GCAACAAAAG CGGGTAATAA 7620 GTACTTAAGA AAATCTGCTG AAACGGTATA TTTTTCACCA CCAATTATAG AAAGAATTTG 7680 ATTTGAAAAG AATAAAACTA TCAAAACTCC AAAGATAATA GGAATAAACA TAATCCGATT 7740 AATACTCTTA ACCGATTGTA TATCTTTAGT ACGTATCATA TGCGGATATA AACTATTCGC 7800 TATAGGATTA TACAATGATT TTGCTGCTGA AAGCAGTTGC ATTGCTATCC CCCAAAAGGC 7860 TATCTCTTGA CTTTGTAAAT AAAAACCCGA AATGACTGTC GTAAAGACGC CAAAAATAGT 7920 AGTTGCAAAA TTGGATAAAA AATAAATAGA GGATTCCTTT AAATCTTTAA CCCAAACAGA 7980 CAGATAAGAA AATGATAATT TAATTCCATA ATAATGAAGG AATCTATAAG AAACTACTGC 8040 AGCAACTAAA TTCCCAATTC CTTCCAATAT AGGAATCCAT AAAATAGAAG AATCATCTTT 8100 TACTACAATA AATGTCAAAA TTGTAATGAT AGTTTTAGAA ATAATATAAG GAATTGCAAC 8160 TGCATGCATC TTTTCAATTC CACGAAATAA AAAGTCAAAG ATAAAAATAT TGGTCACTGT 8220 AGCTAACAAA TAAAAAACTG AAAAAAGAAT ATTCTCTCTC ATTATTGGGA TTTGCCACAT 8280 CAATATGGTG TAAATTAGAA TCGAAATGAT AGATAAAAAT ATTTTTTCAA CTAGAGTATC 8340 TCCAACTATC CTTCCAATCT TTGAGGGAGT AGTACAAGCA TTTACAATAT TTTTTGTAGC 8400 TGATATCATG AAACCAAAAT CAATCACCAG TTGAACATAA GCTATTAACG CTTTAACATA 8460 AATAACCATT CCATACGCGT CTAGCGAAAG CACCCTTGTC AAATACGGGA GTGTTAATAA 8520 AGGAAATAGT AATTTAACAA TATTCAGAAT ATAGAGAGAA CTTGTATTTT TTATAAATGA 8580 AATTCTATCA ACTTTCACGA ACTAGTCCTT CCAAAAAAAG ATCTAAATAG TCCAAACTAC 8640 TTCTCGCTTT CAACACCAAT TCTGAAGGTA TTGTTATCGG TTTTAGATGA AAAGTTTCAA 8700 GTTTCTTTAC AATACTATTA ACACTTGAAT CAAATAAAGA TTCACAACGT TGTAACTCTC 8760 CAATTGCTCC ATAATAACGT GCTGTTTTTT CTGGATGGCA TGCAATGGCA ATCACAGATF 8820 TATTAAAACA TGTTGCCACT ACCCCAACAT GTAATTTACA AGTTAAAACC ACATCTACCA 8880 TTTTCAACAA TGATGTCATT TCTGCAGGAG AATGATACTT GAATTGAAAA CAATCCTCAG 8940 TTCTAACTAA TTTTCTAAAT TCCTGATAAT AAGCATCTTC ATAAGGTAGA ATGGAATCCG 9000 AAGTTACTAC AACATAATAG TTAGGATTGT TTTCTAGAAA AAGACTAATT GATTCCGCAA 9060 ATTTTTCAAG AGCTTTTTTG GAATGATTAT AGTGAACAAG AATTATCTTC TTATCTTTAG 9120 CTTCTCTTTT CAATTGACAC AGCTGCTCTG TTTTTTCTTC TCTTAATTTA CTTGAAATAA 9180 TTAAATCAAA GGTTTCATGC ACTGGAGCCG AAGGCGACAA ATGCTTCAAA GAATCAAATG 9240 ATTCTCGATC ACGAACTGTA ATAAATTGAG CATGATTAAT AATTCTCTTT ATACCATAAT 9300 TCATCAAAGA ATCGTTATTA GGCCCTGCAC CAATACCTAA TACTCCTATA GGCTTTTTAA 9360 AATATGAAGC CCAAATTCCC AAAGGTAAAA ATCGTTTAAA TTGGATTAAA TTATCACGAA 9420 AACGTGCATT ATGCCCTTCC CCAAAATATC CTCCCGGGAT ATACAAAATA GCATCTGCTT 9480 GTTTTTTAGT AAAACTTTGT TTTTGGCGAT ATTCTTTCAA GTACATTTGA AAGAAATCTG 9540 ATGGATTATA AAAAGAAACT TCATATCCTT TAGATTCTAA TAAATCATAG ACAATCTCAC 9600 CGTAAAGATA ATCACCGTAA TTACTTGAAC CATAATCCGT TGCACCATGT AACATAATTT 9660 TTTTCACCAC TATTTTTTCA ACCTCCTAAA AATAAATATC ATAATCAAAC TATACATAAT 9720 AGGACGATAA ACATCTATTG AACTACTTCT CACTAAAAGC AATAGTTGAG AAATTACCGA 9780 AAAATAAATA ACTTTTGAGA TTTTACTTGT TTGAAAAGCT CTGAAATTTA ATCGCCATCC 9840 ACTAAATATT CCCAAAACAA AACTCCAAAA AACACCACCA TAGTAACCAA AGTTCCAAAA 9900 TAATTCTTCC ACAAAAGAAG AGCCTACAGG TAACCCCAAA AATTTATTAA TAACAACCGT 9960 CGCTGATGCT TTATCAAAAA AATCACCAAC TAACCATCCA ATAGGAAAAA TTGATAGGAT 10020 AGTGCGTAGA AATGTCATCC CATATTCATA TGGAATGCTA CTAGGCACAA CAGTTACAGC 10080 AGAAGCTACT GTTAGGCTGG TCAGTCCCGA CTCTGAAAAT ACTTCCCCTA GTATATTCTT 10140 TACAAAATCT AATGAAGAAA AGGAATCAAA TAAGTATATA CCTATAGTAT TCAAGTCGAA 10200 ACGGTGCCCC CTAATAACAA CTAATACATT TAATAGAAAT ACAGTTACTA TTAAAAATAC 10260 AAGTACTCTT TTCTTCGAAA AAGTAATCCC TAAAGATTGT GTGTATACTA AAACCAACGC 10320 CAAGATTGAA AACACCTGGA TTTTACGACT TCCTGTTAGG ATCATTATCA AAATTAGGTA 10380 AAACAACATT ACCCAAAAAA TAGTACGCTT TATAACTCGG GACAGCTTAT CTGAATAAAA 10440 CAAGGAGAAC ACACCAGGAA GCATAAGTAC TCCTAAATCA TCTATTATTC CTGAACTAGC 10500 TGCCTCTGAA TATGCTGAAT AGCTATTCGC CGCTCTAACT GCTAGTACTG TTTTAGAATC 10560 AGTTATTACC CTAGAAATAA AGCCCACTCC TGTTAAAATC CTACCCGCAT TGTACAAAAT 10620 TTTCTCTTCA TTTTCCTGAT AATTTTGTAC TTCTGAATGA TAATGTACCT TTCCATCACT 10680 ATAAAAAAAT AAATAGCCTA CAGAATAACA AAACAAAATC CAAATTATAA AAATATATGA 10740 ATGAAATAAT TCTTCATTAT TATAGAAGTT ACTAGGGCTC CACAGCAGAG TTGTTTGAAA 10800 CCCCATATAC TCATTGAAAA TTAATCCAAA CATAAAAAAA TAAGATAAAA TCAGATACCA 10860 TACAGAAAAA TCATATATAC TAACTTTTTG TAAAATAAAA CCAGTAATTT GAAAAATAAT 10920 TAGAAAGCAA ACCCATATAA ATATAGACGG AACATAATTA GATATAAGAA AACCATTATT 10980 CCAATTATCG AGAGTCCAGA ACAAGTAACA GAAAGCAAAT ATAAAACTTA ATGTCACTAG 11040 TGTCACTCTA CAAATATACT TTGTCTGCAT CTATATCTCC TTTATTACAC ACATTTCTTG 11100 ATAACGATTC AATAATTTAC TAGCTTGATA ACAAATATCA TAGAGTCCAT CTGTCATACT 11160 GTTATTTATT TCAAAACGAT TGCATTCCTC AGATGTTAAA GACAGTACTT TATCTTTCCA 11220 TAGCAACACA GACTCTTCGT TGATAGGTAA GTAACTAATG TTTTTGGTCA CATCTACTTC 11280 TTGCGTCACT GTATCTGACG ATAAAATTTG TAATCCCGAT GCCTGAGCCT CTACTAGAGA 11340 AACAGGCAAC CCCTCATATT TAGACGGAAG CAAAAAAACA TCCATCGCAG ATAATAAATC 11400 AGAAATATCA GTCCTTCTCC CTAAAAATAG CACATATGGG GTCAGATTTA GTTCTAAAGC 11460 TTTCTGTTTT AATTTCTGCT CATCCTCACC ATTACCAACT AGGAGTAAAA TAACATTTGG 11520 TTTGATTAAA ATGAGTTCTT TTAAAACGTT AAATAAATAA CTTTGGTTTT TTTGATCTGA 11580 TAGGCGAGCT ATATTTCCTA ATACGAACTT ATTTGACACA TCTAATTCTC TACGACATTT 11640 TTCTCTAACA TCTGACAAAA ATTGATACTT TTTCAAATCA ATTGCATTAA AAATAATTTC 11700 AATTTTTCCG TCTTTATACG CTTTCTCTCC ATATAACCAC TTAGCCGAAT CTTCCCCACA 11760 TGCAAACCAA TGAGTTGCTA AGATTTTTAC CAAAATTGTT ACTAATTTAC GCAATACTTT 11820 TTGAAAACTG TTTTCTGTTA CATAAGCCAT ATGACTATGA ATAATTCTAA TTTTACAACC 11880 AATTATTTTA GATAAGATCA GACCAATTGC AGATTTATAG CCATGGCAAT GAACTATATC 11940 ATAATCTCCT TTCTTTATTA TTCTAGCAAG AGAGAGAAAC TGATGTAGAG GCTTTTTCCT 12000 TAATAGAGGC ACATGATAAA CCTTTGCACC CAATTCTTTC ATTTTATCCT CTAAAAATCC 12060 TTGTTCTTTT CCAGGCACAA TAAAATCAAA TTGAATTTTT TTTCTATCAA TGTGAGAATA 12120 ATAGTTGAAT AGAAAACTTT CTACTCCACC ACTATCTAGT GTTGTAAATA GATGTAATAC 12180 TTTAATCATT CTTCTTCCTT AAGCTTAAGA TTCGCTTCTC TAATTCTATT TCTGTTTTTT 12240 GTTTTTCTAA ACTAATTCTG TCCATGAAGT TATCACAATT CTTAATTAGC TGTTTCCTGT 12300 CAAGGTTTTG AATATACAAA GCCAAACAAT CTTTTTCCGA TTCATCCTTC ATAGGTAAAA 12360 CGAAACCAAA ACCATTCTCT ATTGACACTT TTTCCATATA AGTATCTTCA CAAACTAAAA 12420 TAGGTTTATA CAACAATGCA GCAAAGTAGA GTTTATTAGA CAAAGCATAG TCTAGTAAGG 12480 GAGTGTGATT CCCGTATAAA TTCAAAACAA CATCTGTATT CTTATAAAAA GACATGGTAT 12540 CTTTAGGCTG GAATGTGTCC ACCAAGTTAA CATTGCTGAT ATTTTTTTCT TGACAAAATT 12600 CCCTTAATTC TCCTGCATTA GTACCTATAA AATTCAACTG AAATCGACTG TCATTTGCAA 12660 AAAAATCGAT TATTTTTTTA TTTTGTTCTT GAAAACGAAT TAAACCAATG TAGGAAAGTT 12720 GAATTGGAAA CGTACTATTA TTTTTTAACT GCTTTACCTC GTTTAATTCT ATCATATTGG 12780 GTAGGTTATG GGTAGTAAAA TACTCTCCCA TTGGTAAAAA AAATTTATAG CCGTCTGAAG 12840 AAACGATATT CATTAAAGAA TTTTTCACCA ATTGTTTCTG AACCAAACGA TAAACCAAAA 12900 ATTTTTCATA ACTGTAATCA CGAATATCAT AAATATATCT ATTTTTAAAT GAAAAGAGAA 12960 GAAAATCTAC TAAAATGAAA GACACAATAC TATGTAACGG CAATATCATA TCATAATCAT 13020 TTTCTTTTAG CTTCTTTTTA ATTTCTTTTC TGAATTTTAC ATAACCTAAT ATCTTACTTA 13080 ATTTTCCTTT ACCAGAAAAA GAAATACGAT AGTAGTTTTG TTTTGTAATA ATCTCGTTAA 13140 TATTCTTATC CCAATATATA ACATCGTAAC TAATAGACAG TTTCTTCAAT AATTCTTTAT 13200 AAAAATTGAA GTAAGGAGTT AGATATATAT TATCAGATAG TATAAACAGT ACTCTCATTA 13260 AATTATTCTT TCTTACTTTC CCTCTCTAAA CATGTCTCCA GTTCGAGCAT AAACTGCTCT 13320 TTTGAAAAGT GATTTTCATA GTAACAACGA GCTTTCTTTC CTAACTCTCT TTGTCTCTTA 13380 ATAGATAACA TACTAAATTT ACAAATATTT TTTGCCAATT GTTTTACATC TCGTTCGGGA 13440 CTAACATATC CACAATTTGC TTCTTCTACA ATTATTTTAG CATCTCCTGA AATTGCACCT 13500 ATAATTGGTT TGCCTGCCGC CATATAAGAk TGTACCTTCC CAGGTATAGT ACGAGAAACT 13560 ATCGAGTCTC CTATTAAAGA AACTAACATA GCATCTGATT TTTTATAGAA GGATGGCATT 13620 TCCTCCAAAG AACGTCTTCC ATAGAAGGAA ATATTCTTTA ACTCCAATTC ATGAGCTAAT 13680 GCTTTCATGC TTAACAATTC CGTACCATCT CCAACAAAAT GAAAATGAAT TTTCTTGGGT 13740 AAATTGGTAT TCTTCTCTAT CAAACTGGCA GCTTTCAAAA TAGTTTCCAA ATTTTGTGCT 13800 TTGCCAATAT TACCAGCAAA AGTTAGGTCA ACACTTTCTT TATTAACTAT AGATTCATCA 13860 GGGATAAAAA GATCTTCTGC ATATTGTGGC AAATATGTAA TCTTTTGTTC GGATATGTCA 13920 AATTGCTTCA CAAAATAATT TTTAAATGAT GGACTAGTGA CAAATATATA ATCACTAGCT 13980 CGGTAAACTT TTTTTGAGAT AAATTTAAAC AGCTTGAAAA TCAAGCCATC TTGTTTCACT 14040 CCACCTACGG TTAAACTATC TGGCCAAACA TCCATACAAT ATAGAAACAT CGGTTTCTTA 14100 TATTTTTTTT TATAAGCCAT ACCAGCCCAT GCCATCATAA CTGGAGACAA TTGGTTAACG 14160 AATACACAGT CAAAATTCGA TCCATCTTTC GTTTTATACC TCCCCAATAA AACTCCTAAA 14220 GTAGAACTAA TTGCAAAGCT AAAATAATTC AACAATCGAA ATACAACACT TTTTTTTCTA 14280 GGGATTGTAT AAGAACGATA TATCGTAACA CCTTCTATAA TCTCACGTCT TTTTTTATTA 14340 TGACGATAAT CTGCATATAT CTTCCCTTCA GGGTAATTAG GAATCCCAGC CAAAACAGAG 14400 ACTTCATGCC CTTTTCGAAC TAAATCTTCA CAAATATCTG ACAACCTGAA TGGTTCTGGC 14460 TTATAATGTT GGCAAACAAA TAGTATTTTC ATTGTCCAAT TTAACTTTCT TTCTTACCAC 14520 TACCCTCTAC AATACCTTTT CGTTTCAGTA CGTAAGGTAT TGTCTTAACT ATACATCTAA 14580 TATCCATTAT CAAAGACAGA TGTTTAACAT AGTAGCCATC TAACTCCGTC TTCATCTCAA 14640 CAGACAAAGT ATCACGCCCG TTAATTTGTG CCCATCCAGT TAACCCTGGC AAGATATCAT 14700 TTGCTCCATA CTTATCTCTC TCTGCAATCA AATCTAGTTC ATTTATACCC GCTGGTCTAG 14760 GACCTACAAT ACTCATATTA CCAACAAGAA TATTAAACAA TTGTGGTAGT TCATCCAAAG 14820 ATGTTTTTCG CAAGAAAGCC CCTACTTTTG TAATCyATTG CTCTGGATTA TATAAGTTTC 14880 GAGGCGCCAC ATTTTTAGGT GCATCTATTT TCATAGACCT AAATTTCAAA ATATAGAAGT 14940 ATTCTTTATG AATACCAAAG CGTTTTTGCT TAAATATAAC CGGACCTTCT GAATCAAGTT 15000 TAATCGCAAT TGCAATTATC ATAAAAACCG GACACAATAT TATTATCCCT ATTAAAGATA 15060 ATAATATATC ACCTAATCGT TTTATTATAC CGTACATAAA CAACCTCCAA CTATAAATTC 15120 TATTTCCATT TTTCATTCTA TTTCCATTTG ACAAATTAAA TCAGGCAGTA CATGCAACTA 15180 CAGAAACTCA ATATATATTT GGTCACTCAA TGATTTTCAG AAATATAATT CTTTTATCCT 15240 CTACGTCAGA TAAAACTTTT CTCCATCTAA ACAAAATTTA TTTGTTTCAG TAATATATGA 15300 GTTCTCAATA ATGAATTAGA AGGTCCAGTT CAATTATTCT TCCAAATAGA CCGAATATTA 15360 TTTGAAGACA TATCGGTTTC TGAAATTGCA ATCAGTACAT AAGCTAATAA ACTGATAAGT 15420 ATGCTCTGTA AGAATGCCAG AGTTATATTG TAGTCCCCTT CCATACTATA TTCATTTTAT 15480 TTTTTACCAT AATTTCCATA GGAACCGTAA ACTCCATACT TATTAACCGA GATATCCAAT 15540 TTATTTAAAA CAACTCCTAG GAACAGTTTC CCTGTTTGTT TTAATTGTTG TTTCGCTTTT 15600 TGGATATCAC GTTTATTCGC CTCACCTGTT GCTGTTACCA AGATGGACGC ATCACACTTT 15660 TGAGTGATAA TTGCCGCATC AATAACAATT CCAATAGGCG GTGTATCAAT AATGATATAA 15720 TCAAAATATT TACGCAATGT TTCAATCATA TCATTAAAAT TTTTACTTTG TAACAAGGCT 15780 GTAGGGTTTG GTGATACAGA TCCCGATTGA ACTACAAATA AATTTTCAAT ATTTGTATCA 15840 CATAAACCGT GAGATAAATC AGCTGTCCCA GATAAAAATT CTGTTAGCCC TGTAATTlrT 15900 TCACGAGATT TAAAAACTCC TAACATAACT GAATTTCGAG TATCGCCATC GATCAAAAGA : 5960 GTTTTATAGC CTGCACGCGC AAACGACCAT GCTATATTTA TGGAAGTAGT TGTTTTTCCT 16020 TCCCCAGGGT TAACAGAAGT AACGGAAATT ACTTTTAGTT TATCTCCGCT CAACTGTATA 16080 TTTGTACACA AGGCATTGTA ATATTCTTCT GCCTTCTTAA TGAACTCCAG TTTTTTTTGT 16140 GCTATTTCTA ATGTCGGCAT CCTTCTCTCC TATTTCAACT TACCCAAGTT TGGCACAACT 16200 CCCAAAAGTG TCATCTGCAA TGTATTTTCG ATATCTTCCG GACGTTTCAC ACGAGTATCC 16260 AAAAGTTCAA GATGAAGAAC TATAACACTA GTTCCAATCA CCCCTGCCAA AAAACCAATT 16320 AGTGTATTGC GTTTAATATT TGGCGAAGAC GGGGATATCG CCGGCCTTGC CTCCTCCAGT 16380 GTTGTCACGT CAGAAACACG AGTAATACTG ATAATTTTTT GAGCAGCTAC TTCTCTCAAA 16440 GAGTTAGCGA TACGGCTTGC CTCTTCAGGA ACTCGATCAT TAACTGAAAT AGAGACAATA 16500 CGGGTATCAA CTGGTACTGT CACTTTAATT TTATTAGCCA AACCTTTTGG CGTCAAATCT 16560 AGTTTCAAAT CAGAAACAAC TTCCTCCAAA ACATCCTGCG AAAGGATAAT CTCACGGTAG 16620 TCTTTTACCA GATAAGTTCC TGCCTGCAAA TCCTGATTTG TCAACCCCGG CTTGTCTCCT 16680 TGATTGCGAT TCACTACGTA AATTCGCGTG GTACTCGTAT ATTCTGGCTT AACAATAAAA 16740 GTGCTATATG CAAAAGCCCC CGCACCTGTC ACAAGTGCCA CTATTAAAAT CATTAGCTTG 16800 CGTTTCCACA AGCTTTTAAC TAATTGAAAT ACATCGATTT CTATCGTATT TTGTTCTTTC 16860 ATCATTTCTC CTAAATTAGT TGATCCATTA CAATTTTTCG AGGATTGTCT ATAAAAAGTT 16920 CCTGAGCCTT CGCTTCTCCG TATTTTTGGG TAACAAGGTC ATATGCTTCT GCCATATGAG 16980 GAGGTCTACC GTCTAGATTG TGCATATCAC TTGCAATGAC ATGAACCAAA TCCTGCTCTA 17040 AAAAATACTG AGCTCTTTTT TTCATGAATT TATAACGTTC GCCAAAAAGT TTGGGTTTGA 17100 GGACATGTGA ACTATTTACT TGCGTGTAAC AGCCCATATC GATCAGTTCT CGAACGCGTT 17160 TTTCATTATT TTCAAGAGCA TCATAGCGCT CAATGTGGGC AATGACTGGA GTAATTCCCA 17220 ACATCAAGAT CTTGCTCAAG GCGCTATGAA TATCGCGATA AGGAGTGTTC ATACTAAACT 17280 CTATCAAGGC ATAACGACTA TCATTGAGGG TCGGAATCCG CTTTTTTTCC AGCTTATCCA 17340 GAACATCTGG TGTGTAATAA ATTTCAGCCC CGTAAGCAAT GACCAAGTCA CTCGCCACTT 17400 CCTTAGCTAT TTCCCGAACC TGAAGAAAGT TTTCTGCTAT CTTCTCTTCC GGAGTTTCAA 17460 ACATGCCCTT GCGACGGTGA GAGGTAGAAA CAATGGTTCG CACCCCCTGT CTGTAGGATT 17520 CTGCCAAGAG AGCCTTGCTT TCCTCTCTTG ACTTGGGACC GTCATCTACA TCAAAAACGA 17580 TATGCGAATG GATGTCTATC ATTTCATCTA CCCTCCATCA CATCCTGTAT AGCTGCTTTA 17640 ACTACAGCTA AACTACTATC ATCTATTTCC ATCACATAGA GGTTACTGTC TGGCATTGCA 17700 TAAGAAGGAA GATCCATCCG ACCTGTCCCT TTTAAATCTT GAGAATTTAC TTTATAATTC 17760 CCTCCACTTT CTAACTGAGC ATTGACCAAA TTTATCATGG TCTCAAGTGG CATATTTGTT 17820 TGGATAGAAT CTTGCAAGCT ATTAATGATC GTACTATAAT TTTTCAGCAC TTCGGTTGAC 17880 GTTAATTTTT GAAGGATAGC CACAATCACC TTTTGTTGAT GGCGCCCGCG GTCACGATCG 17940 CCATCTGCTA GGGAGTAGCG CTCACGAACA AAACCGAGAG CCTGTTCTGA ATCAAGATGA 18000 ACATTGCCTG CAGGGTAATA CTTTCCATTC GTATGGGCAG TAAATTCTTG ATCATTATAA 18060 ACATCAATTC CACCCAACAA ATCAATCAAT TTCAAAAACG AAGTGAAGTT CAATCGCACA 18120 TAGTAATTGA TATCCACTCC ATAGAGATTT TCTAAGGTGT GAATGGACGA ATCAACTCCA 18180 TAAATGCCCG CATGAGTCAA TTTATCTTTT TGATTATTTC CACCATCTGC GATTGGTACA 18240 TAGGCATCAC GTGGCGTTGT GGTCAAGAGG ATTTTCTTGG TATCTCGATT GACAGTCATC 18300 AGGATGTTGA CATCTGATCG CGACACCGAA CTAATAGGAC CATAGGTGTC AATTCCACTA 18360 ACATAGATAT TGAAAGACTG ACTCTTAGAC GTCTTAGGAG CTTCTACTTT TTTAGTGAAT 18420 CCCTTAGTAT AAATCTTTTT TATCTTCGAT GCGTAGTCTG GATACTCTGA CTCGATGATG 18480 TTTTCAAAGA CACTATTTAG GACAATGGCC TTAGTCTCCC CTGCAATCAA ACTCTTGTAA 18540 GCTGCCAAGT AAGACGAACT CTGGTTGACC GTCAAATCGG TATTCTGACT TGACTTGATA 18600 TCAGCTAGTA ATTTCTGAAT ATTTTCATTA TTAGTCCCAG TCGGTGCTGT CACACTCGTC 18660 AGTTGCGTAA CATTTTCGAT CTCACTATCT GCTAAAACAG CGACACTGAT TGAATATTCT 18720 GAGTAATTAG AAGTCGCATT TAAACGATTG GTCAGTCCAA CAAACTGCTG TACTGCAAAG 18780 AGCGACACAG AGCTGACAAG GATAGAGAAC ACCAACAGAA AAATAGTAAA CTTTTCAGCT 18840 TTTTTATAGA TAATCAAGAG TAGCCCTACC AAGGCAACTA GTAGGACTAA CGCAGTTACC 18900 ACTAGATTAA GATATCTAAA AGCAAGGATA TTGTACTTAA AGATTAAGAA CAATAAAAAA 18960 CAAACTAACA ATAAATAAAT AGTCAGCAAA ACTATATTAA CACTTCGCTT CACTTTCTGT 19020 GAACGTGATT TTTTAAAACG TCTACTCATG ATTAATACCT ATACATTGAA CATTATACGA 19080 TTATATCACT TTTTTACGGT AATGTCTACA CCTTTATTTT TACTATCTGC ATCTTTAAGT 19140 ATCTTAGTAG ACTTCCCGCG AAACAAAAAT ATAGTAAAAT GAAATAAGAA CAGAACAAAT 19200 CGTTCAGGAC AGTCAAATCG ATTTCTAACA ATGTTTTAGA AGCAGAGGTG 19250 (2) INFORMATION FOR SEQ ID NO : 36 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 21706 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 36 : AAAGTTGAAA GACTGCTAGC TGTTTTTGAT ACCAATCGTT TCCAACTACA GAGCAAACAG 60 TATACAAAGT TTGTTTTTGG ATGTAAGCTT CTTGATGGAC AATTCCAAGA AAATCAAGAA 120 ATTGCTGACC TTCAATTTTT TGCCATTGAC CAACTGCCGA ACTTATCTGA AAAACGCATT 180 ACCAAGGAGC AAATAGAGCT TCTTTGGCAG GTTTATCAAG GTCATAGGGG GCAATATCTT 240 GACTAAGAAG ATGATTATCG TATTTCTAAA TCCATTTTTA ACAACTAGCA TGGTATAATA 300 ATATGCAGGA AAATTTTGAA TTATGAGGAA GACTAGATGA ATTTATGGGA TATTTTCTTT 360 ACGACTCAGG CAACCGAGCC GCCCAAATTT GACCTTTTTT GGTATGTTAG CCTATTTACG 420 CTCTTAGCCT TAACCTTTTA TACAGCCCAT CGCTATCGTG AAAAGAAGGT TTACCAACGA 480 TTTTTCCAAA TCTTGCAGAC TGTTCAGTTA ATCCTTCTTT ATGGTTGGTA CTGGGTCAAT 540 CATATGCCAC TGTCAGAAAG CCTACCCTTT TACCATTGCC GTATGGCTAT GTTTGTGGTA 600 CTCTTGCTTC CTGGTCAATC CAAATATAAA CAATACTTTG CATTATTGGG AACATTTGGG 660 ACATTAGCAG CCTTTGTTTA TCCAGTGCCA GATGCTTACC CTTTTCCACA TATCACCATT 720 CTATCCTTTA TCTTTGGTCA TTTAGCACTC TTGGGGAACT CTCTAGTTTA TCTATTGAGA 780 CAGTATAATG CGCGATTGCT GGATGTGAAG GGAATTTTTC TCATGACCTT TGCCCTAAAT 840 GCCTTGATTT TTGTGGTCAA TTTGGTGACA GGTGGCGATT ACGGATTTTT GACAAAACCG 900 CCATTGGTTG GGGATCACGG TCTAGTAGCT AATTATTTAC TTGTTTCAAT TGTGCTGGTA 960 GCTACTATCA GTTTGACTAA GAAAATCTTA GAATTCTTTT TAGCTCAAGA AGCAGAAAAA 1020 ATGATTGCAA AGGAAGCTTA ACACAGAGCT TTCTTTTTTG CTCTTAGAGA GTTTTTACAA 1080 GCAGCTTATA AAATAAGAAT TTCTGAATAG ACAAACTCAA AAAATGGCTG GGAAATTTAG 1140 GAAAAAAGCA AGCACGATTA AATTTTTTGT GTTATAATAT TTTGTGAATA GCTATGCCTA 1200 TGTTTAGCTA TGGAATAATA CGAAGTGCGA AACTTGGAAG ATAGAGAGGA AGCGATGTAA 1260 TGGCTAGAGA AGGCTTTTTT ACAGGTCTAG ATATTGGAAC AAGCTCTGTC AAGGTGCTTG 1320 TGGCCGAGCA GAGAAATGGT GAATTAAATG TAATTGGCGT GAGTAATGCC AAAAGTAAAG 1380 GTGTAAAGGA TGGAATTATT GTTGATATTG ATGCAGCAGC AACTGCTATC AAGTCAGCCA 1440 TTTCCCAAGC GGAAGAAAAG GCAGGCATTT CGATTAAATC AGTGAATGTC GGCTTGCCTG 1500 GTAATCTTTT GCAGGTAGAA CCAACTCAGG GGATGATTCC AGTAACATCT GATACTAAGG 1560 AAATTACGGA TCAAGATGTT GAAAATGTTG TCAAATCAGC TTTGACAAAG AGTATGACAC 1620 CTGACCGTGA AGTCATTACC TTTATTCCTG AAGAATTTAT TGTGGATGGT TTCCAAGGGA 1680 TTCGTGACCC ACGTGGCATG ATGGGGGTTC GCCTTGAAAT GCGTGGTTTG CTTTATACAG 1740 GACCTCGTAC TATCTTGCAC AATTTGCGTA AGACGGTTGA GCGTGCAGGT GTTCAGGTTG 1800 AAAATGTTAT CATTTCACCA CTAGCAATGG TTCAGTCTGT TTTGAACGAA GGGGAACGTG 1860 AATTTGGTGC TACAGTGATT GATATGGGGG CAGGTCAAAC GACTGTCGCT ACAATCCGTA 1920 ATCAAGAACT CCAGTTCACA CATATTCTCC AAGAAGGTGG AGATTATGTA ACTAAAGATA 1980 TCTCCAAGGT TTTGAAAACC TCTCGCAAAT TAGCGGAAGG CTTGAAACTG AATTACGGGG 2040 AAGCCTATCC GCCTCTTGCA AGCAAAGAAA CCTTCCAAGT AGAGGTTATT GGAGAAGTAG 2100 AAGCAGTCGA AGTGACGGAA GCCTACTTGT CAGAAATTAT TTCTGCACGA ATCAAGCACA 2160 TCCTTGAACA AATCAAGCAA GAATTAGATA GAAGGCGTCT ATTGGACCTC CCTGGTGGTA 2220 TTGTCTTAAT CGGTGGGAAT GCCATTTTAC CAGGTATGGT TGAGCTTGCT CAGGAAGTCT 2280 TTGGCGTCCG TGTCAAGCTT TATGTTCCAA ATCAAGTTGG TATCCGTAAT CCAGCCTTTG 2340 CGCATGTGAT TAGTTTATCA GAATTTGCGG GTCAATTAAC AGAAGTTAAT CTTTTGGCTC 2400 AGGGAGCGAT AAAAGGTGAG AATGACTTAA GTCATCAGCC AATTAGTTTT GGTGGGATGC 2460 TGCAAAAAAC AGCTCAGTTT GTACAATCAA CGCCTGTTCA ACCAGCTCCT GCTCCAGAAG 2520 TAGAGCCGGT GGCGCCTACA GAACCAATGG CGGATTTCCA ACAAGCTTCA CAAAATAAAC 2580 CGAAATTAGC AGATCGTTTC CGTGGATTGA TCGGAAGCAT GTTTGACGAA TAAAGAGGAA 2640 AAATAAATTA TGACATTTTC ATTTGATACA GCTGCTGCTC AAGGGGCAGT GATTAAAGTA 2700 ATTGGTGTCG GTGGAGGTGG TGGCAATGCC ATCAACCGTA TGGTCGACGA AGGTGTTACA 2760 GGCGTAGAAT TTATCGCAGC AAACACAGAT GTACAAGCAT TGAGTAGTAC AAAAGCTGAG 2820 ACTGTTATTC AGTTGGGACC TAAATTGACT CGTGGTTTGG GTGCAGGAGG TCAACCTGAG 2880 GTTGGTCGTA AAGCCGCTGA AGAAAGCGAA GAAACACTGA CGGAAGCTAT TAGTGGTGCC 2940 GATATGGTCT TCATCACTGC TGGTATGGGA GGAGGCTCTG GAACTGGAGC TGCTCCTGTT 3000 ATTGCTCGTA TCGCCAAAGA TTTAGGTGCG CTTACAGTTG GTGTTGTAAC ACGTCCCTTT 3060 GGTTTTGAAG GAAGTAAGCG TGGACAATTT GCTGTAGAAG GAATCAATCA ACTTCGTGAG 3120 CATGTAGACA CTCTATTGAT TATCTCAAAC AACAATTTGC TTGAAATTGT TGATAAGAAA 3180 ACACCGCTTT TGGAGGCTCT TAGCGAAGCG GATAACGTTC TTCGTCAAGG TGTTCAAGGG 3240 ATTACCGATT TGATTACCAA TCCAGGATTG ATTAACCTTG ACTTTGCCGA TGTGAAAACG 3300 GTAATGGCAA ACAAAGGGAA TGCTCTTATG GGTATTGGTA TCGGTAGTGG AGAAGAACCT 3360 GTGGTAGAAG CGGCACGTAA GGCAATCTAT TCACCACTTC TTGAAACAAC TATTGACGGT 3420 GCTGAGGATG TTATCGTCAA CGTTACTGGT GGTCTTGACT TAACCTTGAT TGAGGCAGAA 3480 GAGGCTTCAC AAATTGTGAA CCAGGCAGCA GGTCAAGGAG TGAACATCTG GCTCGGTACT 3540 TCAATTGATG AAAGTATGCG TGATGAAATT CGTGTAACAG TTGTTGCAAC GGGTGTTCGT 3600 CAAGACCGCG TAGAAAAGGT TGTGGCTCCA CAAGCTAGAT CTGCTACTAA CTACCGTGAG 3660 ACAGTGAAAC CAGCTCATTC ACATGGCTTT GATCGTCATT TTGATATGGC AGAAACAGTT 3720 GAATTGCCAA AACAAAATCC ACGTCGTTTG GAACCAACTC AGGCATCTGC TTTTGGTGAT 3780 TGGGATCTTC GCCGTGAATC GATTGTTCGT ACAACAGATT CAGTCGTTTC TCCAGTCGAG 3840 CGCTTTGAAG CCCCAATTTC ACAAGATGAA GATGAATTGG ATACACCTCC ATTTTTCAAA 3900 AATCGTTAAG TAAATGAATG TAAAAGAAAA TACAGAACTT GTTTTTCGAG AAGTTGCAGA 3960 GGCTAGTCTG AGTGCTCATC GAGAGAGTGG TTCGGTCTCT GTCATTGCAG TTACCAAGTA 4020 TGTAGATGTA CCGACAGCGG AAGCCTTGCT TCCGCTAGGT GTCCATCATA TCGGTGAAAA 4080 TCGTGTAGAT AAGTTTCTGG AAAAATATGA AGCTTTAAAA GATCGAGATG TGACTTGGCA 4140 TTTGATTGGT ACCTTGCAAA GACGTAAGGT GAAAGATGTC ATTCAATACG TTGATTATTT 4200 CCATGCATTG GACTCAGTAA AGCTAGCAGG GGAAATTCAA AAAAGAAGTG ACCGAGTCAT 4260 CAAGTGTTTC CTTCAAGTAA ATATTTCTAA AGAAGAAAGC AAACACGGTT TTTCGAGAGA 4320 GGAACTGCTG GAAATCTTGC CAGAGTTAGC CAGACTAGAT AAGATTGAAT ATGTTGGTTT 4380 AATGACGATG GCACCTTTTG AGGCTAGCAG TGAGCAGTTG AAAGAGATTT TCAAGGCGGC 4440 CCAAGATTTA CAAAGAGAAA TTCAAGAGAA ACAAATTCCA AATATGCCTA TGACCGAGTT 4500 AAGTATGGGA ATGAGTCGTG ATTATAAAGA AGCGATTCAA TTCGGTTCCA CTTTTGTTCG 4560 TATAGGTACA TCATTTTTTA AGTAGGAGAG AACCATGTCT TTAAAAGATA GATTCGATAG 4620 ATTTATAGAT TATTTTACGG AGGATGAGGA TTCAAGTCTC CCTTATGAAA AAAGAGATGA 4680 GCCTGTGTTT ACTTCAGTAA ATTCTTCACA GGAACCGGCT CTCCCAATGA ATCAACCTTC 4740 ACAGTCGGCT GGCACAAAAG AGAACAATAT CACCAGACTT CATGCAAGAC AACAGGAATT 4800 GGCAAATCAG AGTCAGCGTG CAACGGATAA GGTCATTATA GATGTTCGTT ATCCTAGAAA 4860 ATATGAGGAT GCAACAGAAA TTGTTGATTT ATTGGCAGGA AACGAAAGTA TCTTGATTGA 4920 TTTTCAGTAT ATGACAGAGG TGCAGGCTCG TCGTTGTTTG GACTATTTGG ATGGAGCTTG 4980 TCATGTTTTA GCTGGAAATT TGAAAAAGGT AGCTTCTACC ATGTATTTGT TGACACCAGT 5040 GAACGTTATT GTAAATGTTG AAGATATCCG TTTACCAGAT GAAGATCAAC AGGGTGAGTT 5100 CGGTTTTGAT ATGAAGCGAA ATAGAGTACG ATAATGATTT TTTTAATTCG TATGATTTAT 5160 AATGCAGTGG ATATTTACTC CCTGATTTTG GTAGCCTTCG CTGTCATGTC TTGGTTTCCA 5220 GGTGCCTACG AATCCAGTTT AGGTCGTTGG ATTGTAGCGT TGGTGAAACC AGTGCTTGCT 5280 CCCTTGCAAC GCCTGCCTTT ACAGATAGCG GGTCTTGATT TATCTGTTTG GGTTGCGATT 5340 GTTTTGGTTC GATTTTTAGG AGAAAACCTA GTGCGTTTTC TGGCGATGAT AGGATGAATA 5400 AAGGGATTTA TCAGCATTTC TCCATAGAAG ATCGTCCATT TCTTGACAAG GGAATGGAAT 5460 GGATAAAGAA GGTAGAAGAT AGCTATGCTC CTTTTTTAAC TCCTTTTATC AATCCTCATC 5520 AGGAGAAGCT ATTAAAGATT TTGGCCAAAA CCTATGGTCT TGCTTGTAGC AGTAGTGGGG 5580 AATTCGTCTC GAGTGAGTAT GTTCGAGTTT TATTATACCC AGATTATTTC CAACCAGAGT 5640 TTTCAGATTT TGAAATATCT CTCCAGGAAA TTGTGTATTC CAATAAATTT GAACATTTAA 5700 CGCATGCTAA GATTTTAGGG ACAGTCATCA ATCAATTAGG GATTGAACGG AAACTTTTTG 5760 GAGATATCCT AGTAGATGAA GAACGGGCGC AGATTATGAT TAATCAGCAG TTTCTTCTTC 5820 TCTTTCAAGA TGGACTAAAG AAAATTGGTC GTATACCTGT TTCGCTGGAG GAACGTCCTT 5880 TCACCGAGAA AATAGATAAG CTAGAACAGT ATCGAGAACT GGATTTATCT GTGTCTAGTT 5940 TTCGATTAGA TGTTCTTTTA TCAAATGTTT TGAAACTATC TAGGAATCAA GCAAACCAGT 6000 TGATTGAAAA GAAACTTGTC CAAGTAAATT ATCATGTGGT AGACAAATCA GATTACACTG 6060 TTCAAGTTGG AGACTTGATT AGTGTGAGAA AATTTGGTCG CTTGAGATTA CTTCAAGATA 6120 AGGGACAAAC GAAAAAAGAG AAGAAAAAAA TAACCGTCCA GTTATTATTA AGTAAGTGAG 6180 GAATAGAATG CCAATTACAT CATTAGAAAT AAAGGACAAG ACTTTTGGAA CTCGATTCAG 6240 AGGTTTTGAT CCAGAAGAAG TCGATGAATT TTTAGATATT GTGGTTCGTG ATTACGAAGA 6300 TCTTGTGCGT GCGAATCATG ATAAAAATTT GCGTATTAAG AGTTTAGAAG AGCGTTTGTC 6360 TTACTTTGAT GAAATAAAAG ATTCATTGAG CCAGTCTGTA TTGATTGCTC AGGATACAGC 6420 TGAGAGAGTG AAACAGGCGG CGCATGAACG TTCAAACAAT ATCATTCATC AAGCAGAGCA 6480 AGATGCGCAA CGCTTGTTGG AAGAAGCTAA ATATAAGGCA AACGAGATTC TTCGTCAAGC 6540 AACTGATAAT GCTAAGAAAG TCGCTGTTGA AACAGAAGAA TTGAAGAACA AGAGCCGTGT 6600 CTTCCACCAA CGTCTCAAAT CTACAATTGA GAGTCAGTTG GCTATTGTTG AATCTTCAGA 6660 TTGGGAAGAT ATTCTCCGTC CAACAGCTAC TTATCTTCAA ACCAGTGATG AAGCCTTTAA 6720 AGAAGTGGTT AGCGAAGTAC TTGGAGAACC GATTCCAGCT CCAATTGAAG AAGAACCAAT 6780 TGATATGACA CGTCAGTTCT CTCAAGCAGA AATGGCAGAA TTACAAGCTC GTATTGAGGT 6840 AGCCGATAAA GAATTGTCTG AATTTGAAGC TCAGATTAAA CAGGAAGTGG AAGCTCCAAC 6900 TCCTGTAGTG AGTCCTCAAG TTGAAGAAGA GCCTCTGCTC ATCCAGTTGG CCCAATGTAT 6960 GAAGAACCAG AAGTAGCTCC AATGCATCCG ATAGGTCCAA CACCAGCTAC AGAAACTGTT 7020 GATTCAATAC CGGGATTTGA AGCACCGCAA GAATCTGTTA CAATTTTATA AGAAATATTC 7080 TGAGAACAAT ATCTTATCCT TATATTTCCA GCGAGCAGGA GATGGTGTGA GTCCTGTAAT 7140 CCCTATTGAT AAGATTATCC TCTCAAAAAC TCAAGTCTGA AGCTAGTAAG ATTTGACGTT 7200 TCCCACGTTA CGGGATAAGA GGGAGAAAGA CTAAATCTTT TTCCGAATAA AGGTGGTACC 7260 ACGATTTTCG TCCTTTTTGG AAGTCGTGGT TTTTAATTTG TTATTATTTA TAAAGGAGAT 7320 ACCATGAAAC TCAAAGACAC CCTTAATCTT GGGAAAACTG AATTCCCAAT GCGTGCAGGC 7380 CTTCCTACCA AAGAGCCAGT TTGGCAAAAG GAATGGGAAG ATGCAAAACT TTATCAACGT 7440 CGTCAAGAAT TGAACCAAGG AAAACCTCAT TTCACCTTGC ATGATGGCCC TCCATACGCT 7500 AACGGAAATA TCCACGTTGG ACATGCTATG AACAAGATTT CAAAAGATAT CATTGTTCGT 7560 TCTAAGTCTA TGTCAGGATT TTACGCACCA TTTATTCCTG GTTGGGATAC TCATGGTCTG 7620 CCAATCGAGC AAGTCTTGTC AAAACAAGGT GTCAAACGTA AAGAAATGGA CTTGGTTGAG 7680 TACTTGAAAC TTTGCCGTGA GTACGCTCTT TCTCAAGTAG ATAAACAACG TGAAGATTTT 7740 AAACGTTTGG GTGTTTCTGG TGACTGGGAA AATCCATATG TGACCTTGAC TCCTGACTAT 7800 GAAGCAGCTC AAATTCGTGT ATTTGGTGAG ATGGCTAATA AGGGTTATAT CTACCGTGGT 7860 GCTAAGCCAG TTTACTGGTC ATGGTCATCT GAGTCAGCAC TTGCTGAAGC AGAGATTGAA 7920 TACCATGACT TGGTTTCAAC TTCCCTTTAC TATGCCAACA AGGTAAAAGA TGGCAAAGGA 7980 GTTCTAGATA CAGATACTTA TATCGTTGTC TGGACAACGA CTCCATTTAC CATCACAGCT 8040 TCTCGTGGTT TGACGGTTGG TGCAGATATT GATTACGTTT TGGTTCAACC TGCTGGTGAA 8100 GCTCGTAAGT TTGTCGTTGC TGCTGAATTA TTGACTAGCT TGTCTGAGAA ATTTGGCTGG 8160 GCTGATGTTC AAGTTTTGGA AACTTACCGT GGCCAAGAAC TCAACCACAT CGTAACAGAA 8220 CACCCATGGG ATACAGCTGT AGAAGAGTTG GTAATTCTTG GTGACCACGT TACGACTGAC 8280 TCTGGTACAG GTATTGTCCA TACAGCCCCT GGTTTTGGTG AGGACGATTA CAATGTTGGT 8340 ATTGCTAATA ATCTTGAAGT CGCAGTGACT GTTGATGAAC GTGGTATCAT GATGAAGAAT 8400 GCTGGTCCTG AATTTGAAGG TCAATTCTAT GAAAAGGTAG TTCCAACTGT TATTGAAAAA 8460 CTTGGTAACC TCCTTCTTGC CCAAGAAGAA ATCTCTCACT CATATCCATT TGACTGGCGT 8520 ACTAAGAAAC CAATCATCTG GCGTGCAGTT CCACAATGGT TTGCCTCAGT TTCTAAATTC 8580 CGTCAAGAAA TCTTGGACGA AATTGAAAAA GTGAAATTCC ACTCAGAATG GGGTAAAGTC 8640 CGTCTTTACA ATATGATCCG TGACCGTGGT GACTGGGTTA TCTCTCGTCA ACGTGCTTGG 8700 GGTGTTCCAC TTCCTATCTT CTACGCTGAA GATGGTACAG CTATCATGGT AGCTGAAACT 8760 ATTGAACACG TAGCTCAACT TTTTGAAGAA TATGGTTCAA GCATTTGGTG GGAACGTGAT 8820 GCCAAAGACC TCTTGCCAGA AGGATTTACT CATCCAGGTT CACCAAACGG CGAGTTCAAA 8880 AAAGAAACTG ATATCATGGA CGTTTGGTTT GACTCAGGTT CATCATGGAA TGGAGTGGTG 8940 GTAAACCGTC CTGAATTGAC TTACCCAGCC GACCTTTACC TAGAAGGTTC TGACCAATAC 9000 CGTGGTTGGT TTAACTCATC ACTTATCACA TCTGTTGCCA ACCATGGCGT AGCACCTTAC 9060 AAACAAATCT TGTCACAAGG TTTTGCCCTT GATGGTAAAG GTGAGAAGAT GTCTAAATCT 9120 CTTGGAAATA CTATTGCTCC AAGCGATGTT GAAAAACAAT TCGGTGCTGA AATCTTGCGT 9180 CTCTGGGTAA CAAGTGTTGA CTCAAGCAAT GACGTGCGTA TCTCTATGGA TATCTTGAGC 9240 CAAGTTTCTG AAACTTACCG TAAGATTCGT AACACTCTTC GTTTCTTGAT TGCCAATACA 9300 TCTGACTTTA ACCCAGCTCA AGATACAGTC GCTTACGATG AGCTTCGTTC AGTTGATAAG 9360 TACATGACGA TTCGCTTTAA CCAGCTTGTC AAGACCATTC GTGATGCCTA TGCAGACTTT 9420 GAATTCTTGA CGATCTACAA GGCCTTGGTG AACTTTATCA ACGTTGACTT GTCAGCCTTC 9480 TACCTTGATT TTGCCAAAGA TGTTGTTTAC ATTGAAGGTG CCAAATCACT GGAACGCCGT 9540 CAAATGCAGA CTGTCTTCTA TGACATTCTT GTCAAAATCA CCAAACTCTT GACACCAATC 9600 CTTCCTCACA CTGCGGAAGA AATCTGGTCA TATCTTGAGT TTGAAACAGA AGACTTCGTC 9660 CAATTGTCAG AATTACCAGA AGTTCAAACT TTTGCTAACC AAGAAGAAAT CTTGGATACA 9720 TGGGCAGCCT TCATGGACTT TCGTGGACAA GCACAAAAAG CCTTGGAAGA AGCTCGTAAT 9780 GCAAAAGTTA TCGGTAAATC ACTTGAAGCA CACTTGACAG TTTATCCAAA TGAAGTTGTG 9840 AAAACTCTAC TCGAAGCAGT AAACAGCAAT GTAGCACAAC TTTTGATCGT GTCTGAGTTG 9900 ACCATCGCAG AAGGACCAGC TCCGGAAGCT GCCCTTAGCT TCGAAGATGT AGCCTTCACA 9960 GTTGAACGTG CTACTGGTGA AGTATGTGAC CGTTGCCGTC GTATCGACCC AACAACAGCA 10020 GAACGCAGCT ACCAGGCAGT TATCTGTGAC CACTGTGCAA GCATCGTAGA AGAAAACTTT 10080 GCGGAAGCAG TCGCAGAAGG ATTTGAAGAG AAATAAGATT GAAAAGTCTA GGCAAAATTC 10140 AATTTGAGAA GAAAAGACAA CTAATTTTAT AGTCTATTAA ACGCATTGTA TCACGTTTTT 10200 GAATACCTGA TATGATGCGT TTTTTATTTA TTTTAAAAAT TTGCGAGGTA TGACTTTTTA 10260 TACTCAACAA GAATCAAAGA GAAACTTAGC AAGCTAACAG TAGTAAGATA AAATAGGAAT 10320 TTGATATTAG GGATAAGATT GGTAAATAGT GTAATATTTT TACAACAATA AATTTATATA 10380 GTTATTTCTG GTTTCTGAAA AGTATTATAT TTTATTTCAT ATTATACAAA TTTTTATTTT10440 ATAATATCAG AACATACTTT TTTTAAAAGC AAATATGATA CAATTTTATT TGAAAAAAAT 10500 AAAAAAGGAG ATTTTATTAT AAAATTAAAA AGACTTGCTT TAATTAGTGG TATCGTCGGT 10560 CTTGTGGGAG GAATTTTACT TCTTATTGGT CCTTTTGTCT TGTTGGGAAT AGCGGTAAAC 10620 ACAGCTGCTA CAACTCTTAA TGGAGGAGCT ACTGCAGGGG CTTTTTCAGG TGTAGCCTTA 10680 CTCTTGAATG CCTTGAAGAT TGCAAATCTT GTTCTTGGTA TCATTGCTAT TGTTTACTAT 10740 AAAGGAGATA AGCGTGTAGG TGCAGCTCCG TCTGTACTAA TGATTGTTTC TGGTGGAGTT 10800 AGTCTCATTC TATTCCGTTC TTAGGATGGG TTGGGGGGAT TTTTGCTATT ATCGGAGGAT 10860 CTCTATTCCT TTCAACATTG AAGAAATTCA AATCAGAAGA ATAAAAGGTA TTTTAGCATG 10920 AAAAGAACAA AAAAGTTTAT CGGTATAGGA GTAGCTCTAT TATCTCTTTC TCTTCTAGTT 10980 GCATGTGGAA CATAAAGTTC AAAGAATACT TCAACAAGTA ATGATGAGAA GACAGTAGCA 11040 ACATCCAATA GTTCAAAAGA AACAATCACT TTCGATACAC CGGTTGTAAC AGACGATGCG 11100 ATTGAATCAA TACGCACTTA TGCAGATTAT ATAGATCTTT ATAAAAATAT TTTTGATGAT 11160 TATTTTACTA AAGCTGAGGA AGGTTTCAAA GGCATAGCTA TGGAAAATAA TGACTCGTTT 11220 ACTAAACTAA AAGAGTCAAC TCAAAAATTA TTCGATGCGC AGAAAAAAAG GTTAAATAAT 11280 GAAGATAGAA TAGAAACAAC CAAAAACAAT GTGATTGCCA AACATTGTCA AACAGTCCTT 11340 TCCTTTTTGG TTTTGACTAG CTTTTTTGTG AAAAATTGTG TAAAATAGAA TAGATAAACG 11400 AGGGGAAACC TCGGAAAATT TAAAGGAGAA TCCATCTAAT GGTAAAATTG GTTTTTGCTC 11460 GCCACGGTGA GTCTGAATGG AACAAAGCTA ACCTTTTCAC TGGTTGGGCT GATGTTGATT 11520 TGTCTGAAAA AGGTACACAA CAAGCGATTG ACGCTGGTAA ATTGATCAAA GAAGCTGGTA 11580 TCGAATTTGA CCAAGCTTAC ACTTCAGTAT TGAAACGTGC TATCAAAACA ACTAACTTGG 11640 CTCTTGAAGC TTCTGACCAA TTGTGGGTTC CAGTTGAAAA ATCATGGCGC TTGAACGAAC 11700 GTCACTACGG TGGTTTGACT GGTAAAAACA AAGCTGAAGC TGCTGAACAA TTTGGTGATG 11760 AGCAAGTTCA CATCTGGCGT CGTTCATACG ATGTATTGCC TCCAAACATG GACCGTGATG 11820 ATGAGCACTC AGCTCACACA GACCGTCGTT ACGCTTCACT TGACGACTCA GTTATCCCAG 11880 ATGCTGAAAA CTTGAAAGTG ACTTTGGAAC GTGCTCTTCC ATTCTGGGAA GATAAAATCG 11940 CTCCAGCTCT TAAAGATGGT AAAAACGTAT TCGTAGGAGC TCACGGTAAC TCAATCCGTG 12000 CCCTTGTAAA ACACATCAAA GGTTTGTCAG ATGACGAGAT CATGGACGTG GAAATCCCTA 12060 ACTTCCCACC ATTGGTATTC GAATTCGACG AAAAATTGAA CGTCGTTTCT GAATACTACC 12120 TTGGAAAATA AAAAATTGTA AGTCTAGAAT TGATTTCTAG GCTTTTTATG TTAGTATGGA 12180 AGTATGATAA GGAATAAAAA ACAAGATTAT GTACTGGCCT ACAAGCAACC AGCTTCAACC 12240 ACTTACATGG GTTGGGAAGA AGAAGCTTTA CCGATAGGCA ATGGTTCTTT AGGAGCAAAA 12300 GTATTTGGCC TTATAGGGGC TGAACGGATT CAATTTAATG AAAAAAGTCT CTGGTCTGGA 12360 GGTCCACTTC CTGATAGTTC AGATTATCAG GGTGGAAATC TTCAGGATCA GTATGTTTTT 12420 TTAGCTGAGA TTCGGCAGGC TTTGGAGAAG AGAGATTACA ATCTGGCTAA GGAACTGGCT 12480 GAGCAGCACC TAATTGGGCC AAAAACGAGT CAATATGGGA CCTATCTGTC TTTTGGGGAT 12540 ATTCACATTG AGTTCAGCCA GCAAGGTACG ACTTTGTCTC AGGTGACGGA CTATCAGAGA 12600 CAGCTGAATA TTAGTAAGGC ACTTGCGACG ACTTCTTATG TCTATAAGGG AACGCGATTT 12660 GAACGTAAAG CTTTTGCGAG TTTTCCAGAT GATCTCTTGG TTCAATGTTT TACTAAGGAA 12720 GGGTTGGAAA CTCTAGATTT TACTATAGAA CTATCCTTGA CCTGTGATTT GGCTTCTGAT 12780 GGAAAGTATG AGCAGGAAAA ATCTGATTAC AAGGAGTGTA AGTTGGATAT TACTGATTCT 12840 CATATCTTGA TGAAGGGAAG AGTTAAGGAT AATGATCTGC GGTTTGCTAG TTATCTAGCT 12900 TGGGAAACGG ATGGAGATAT TAGAGTTTGG TCAGATAGGG TTCAGATATC AGGAGCCAGT 12960 TATGCCAATC TCTTCTTGGC CGCTAAGACG GATTTTGCCC AAAATCCTGC TAGCAATTAT 13020 CGCAAGAAAC TAGATTTAGA GCAACAGGTG ATAGACTTGG TGGACACAGC TAAAGAAAAG 13080 GGCTATACCC AATTGAAATC AAGGCATATC GAGGACTACC AAGCCTTATT CCAGCGTGTT 13140 CAATTGGATT TGGAAGCTGA TGTTGACGCA TCCACTACAG ATGATTTGTT AAAAAATTAT 13200 AAGCCACAAG AAGGGCAGGC TTTGGAGGAG CTGTTCTTCC AGTATGGACG GTATTTATTG 13260 ATTAGTTCGT CCAGAGACTG CCCAGATGCT CTACCAGCTA ACCTACAGGG AGTCTGGAAT 13320 GCGGTCGACA ATCCTCCTTG GAATTCGGAC TATCACTTAA ATGTCAATCT GCAGCTGAAT 13380 TATTGGCCAG CCTATGTTAC CAATCTCCTA GAGACGGTCT TTCCAGTCAT CAACTATGTA 13440 GATGATTTGC GTGTCTATGG TCGTCTAGCG GCTGTAAAGT ATGCAGGAAT CGTCTCTCAG 13500 AAAGGTGAGG AGAATGGTTG GTTGGTTCAT ACTCAAGCGA CTCCCTTTGG TTGGACGGCA 13560 CCTGGTTGGG ATTACTATTG GGGTTGGTCA CCAGCTGCCA ATGCGTGGAT GATGCAAACC 13620 GTTTATGAAG CCTATTTATT TTATAGGGAC CAAGACTATC TCAGGGAGAA AATTTATCCC 13680 ATGTTGAGGG AAACGGTTCG TTTTTGGAAT GCCTTTTTAC ATAAGGATCA GCAGGCGCAG 13740 CGTTGGGTGT CTTCTCCGTC TTATTCCCCA GAACATGGGC CGATTTCGAT TGGCAATACC 13800 TATGACCAAT CTCTGATTTG GCAGTTATTT CATGATTTTA TTCAGGCTGC TCAGGAATTG 13860 GGACTGGATG AGGACTTGTT GACTGAGGTT AAGGAGAAGT CTGATTTACT AAATCCTTTG 13920 CAAATCACTC AATCTGGTCG AATCAGGGAG TGGTATGAGG AGGAAGAGCA GTATTTTCAA 13980 AATGAGAAAG TGGAGGCCCA GCATCGGCAC GCTTCCCATC TAGTGGGACT CTATCCTGGC 14040 AATCTCTTTA GCTACAAGGG ACAAGAGTAT ATTGAAGCGG CGCGTGCTAG CCTCAATGAT 14100 CGTGGAGATG GCGGCACAGG CTGGTCCAAG GCTAATAAGA TCAATCTCTG GGCGCGTTTG 14160 GGAGATGGCA ATCGAGCCCA TAAATTATTG GCAGAGCAGT TAAAGACATC CACCTTGCAA 14220 AATCTTTGGT GTAGCCATCC TCCTTTTCAG ATAGATGGTA ATTTTGGTGC TACTAGTGGC 14280 ATGGCAGAAA TGTTACTCCA GTCTCATGCA GCTTATCTGG TACCTCTAGC TGCCCTACCT 14340 GATGCTTGGT CAACAGGTTC TGTTTCAGGC TTAATGGCAC GTGGACATTT TGAAGTGAGC 14400 ATGAGCTGGG AAGATAAAAA ACTCTTACAG TTGACCATTT TATCAAGGAG TGGAGGAGAT 14460 TTGCGAGTTT CTTATCCAGA TATTGAGAAG AGTGTGATTA AAATGAATCA AGAAAAAATA 14520 AAAGCGAAAT GCATGGGGAA AGATTGTATT TCGGTGGCAA CAGCAGAAGG TGATCTTGTT 14580 CAATTTTATT TTTAAGAAGA TGTTATAAGG CAGTAATTTG AAACTGCCTT TTAATAAGGA 14640 TTTAAGAATA TAAGCAGTTT TCAACTAGTT GAAAAAACGT TATAATGATA ATAGGAAGTA 14700 ATACTCAATG AAAATCAAAG AGCACAAACT AGGAAGCTAG CCGCAGGTTG CTCAAAACAG 14760 TGTTTTGAGG TTGCAGATGG AAGCTGACGT GGTTTGAAGA GAGATTTTCG AGGAGTATAA 14820 TTTGTTTGAT AGAGGGTGGG TCTGATGGCT TATATTGAGA TGAAACACTG TTACAAGCGT 14880 TATCAGGTTG GGGACACGGA GATTGTGGCC AATTGTGATG TGAATTTTGA GATTGAAAAG 14940 GGGGAGCTGG TTATTATCCT TGGTGCTTCA GGTGCAGGCA AGTCAACAGT TCTTAACCTT 15000 CTTGGGGGAA TGGATACCAA TGATGAAGGG GAAATCTGGA TTGATGGTGT TAATATTGCG 15060 GATTATAGTT CCCACCAGCG CACCAATTAC CGTAGAAATG ATGTGGGGTT TGTTTTTCAG 15120 TTTTATAATC TAGTTTCTAA TCTGACAGCT AAGGAAAATG TGGAACTGGC TTCTGAAATT 15180 GTGACAGATG CCTTGAATCC TGATCAGGCC TTGACAGATG TAGGTCTGGC TCATCGTCTC 15240 AATAACTTTC CAGCCCAGCT TTCTGGAGGG GAGCAACAGC GAGTCTCCAT TGCACGCGCG 15300 GTAGCCAAAA ATCCTAAAAT TCTCCTTTGT GATGAACCGA CTGGAGCCTT GGATTATCAG 15360 ACGGGCAAGC AGGTTTTGAA AATTCTCCAA GACATGTCTC GTCAAAAGGG AGCGACGGTG 15420 ATCATCGTGA CTCATAATGG AGCTTTGGCG CCCATTGCTG ATCGCGTGAT TCAAATGCAC 15480 GATGCCAGTG TCAAGGATGT GGTGCTCAAC CAGCATCCTC AGGATATTGA CAGTTTGGAG 15540 TACTAGCATG ATCAAGCGAA AAACTTATTG GAAGGACTTA GTTCAGTCCT TCACAGGCTC 15600 CAAGGGGCGT TTTTTATCCA TCTTGATCCT GATGATGTTG GGATCTCTAG CCTTAGTAGG 15660 CCTCAAAGTA ACCAGTCCCA ACATGGAGGC GACAGCTAAT GCTTATTTAA CAACTGCTCA 15720 AACCTTGGAT TTGGCAGTCA TGTCTAACTA TGGCTTGGAT CAAGCAGACC AAGAAGAACT 15780 AAAACAGACG GAGGGCGCAG AGGTCGAGTT TGGCTATTTG ACAGATGTGA CTATGGATAA 15840 TGGGCAGGAT GCCATTCGGC TGTACTCCAA ACCAGAGCGA ATTTCAACCT TTCAGCTAAG 15900 AAAGGGACGA CTTCCTCAGT CAGACAAGGA AATCGCTTTG GCCACTCATT TGCAAGGCCA 15960 ATACAGCGTG GGACAGGAGA TTAGTTTTAA AGAAAAAGAA GAGGGTCATT CCTCTTTAAA 16020 AGACCATACT TATACCATTA CTGGTTTTGT GGATTCGGCT GAAATCCTCT CCCAGCGAGA 16080 TATGGGCTAC GCAGGAAGTG GAAGTGGGAC TCTGACAGCC TATGGGGTGA TTTTACCTAG 16140 TCAATTTGAT CAGAAAGTCT ACAATATAGC TCGTTTGAAA TATCAAGATT TAGCGGGTTT 16200 AAATGCCTTT TCATCAGCTT ATGAAGAAAA ATCCAAGCAA CATCAAGAAG AGCTTGAACA 16260 AATTTTATCA GATAATGGCA AGGTACGTCT GCAACTTTTG AAAAAAGAAG GACAAGAGTC 16320 TCTAGACAAG GGGCAAGAGA CCCTTGACAA GGCTCAGACT AATTTGCAGG AAGGCAAGCG 16380 TCGTTTAGCA GCTGCTCAAG CTCGTATACA GGCTCAAGAA AGTCAACTAG CCTTGTTTCC 16440 TCAAGTTCAG AGAGAGCAGG CTAGTGCTCA ACTTACCCAA GCCAAGCAGG AATTGGGCAA 16500 GGAAGAGGAC AAACTAAAGC AAGCTGAACA AAATCTAGCC CAAGAAAAGG AAAAATTAGA 16560 AAAACATCAG CAAGTCTTGG ATGATTTGGC GGAGCCAAGG TATCAGGTTT ATAATCGTCA 16620 GACCATGCCA GGTGGTCAGG GCTATCTTAT GTATAGCAAT GCTTCATCCA GTATTCGAGC 16680 AGTGGGCAAT ATCTTTCCTG TGGTACTTTA TGCCGTAGCA GCCATGGTGA CCTTTACGAC 16740 CATGACTCGC TTTGTAGACG AAGAGCGAAC TCATGCAGGG ATTTTTAAGG CCTTGGGTTA 16800 TCGTAGTAAG GATATTATCG CCAAGTTTCT CCTTTATGGA CTAGTAGCTG GGACTGTCGG 16860 AACGGCTCTA GGTAGTATAC TTGGTCATTA TTTGCTAGCC AGTGTAATTT CAAGTGTCAT 16920 TACAAAAGGC ATGGTGGTGG GAGAAACTCA GATTCAGTTC TATTGGACCT ATAGCTTACT 16980 AGCTTTTGTC TTGAGCTTGT TGGCGAGTGT GTTACCAGCC TATCTGGTGG CTTGGAGGGA 17040 ACTTCATGAC GAAGCAGCCC AGCTTCTACT TCCTAAACCT CCTGTCAAAG GAGCTAAAAT 17100 CTTATTGGAG CGTATCGGTT TTATCTGGCG TCGTCTCAGT TTTACTCATA AGGTAACAGC 17160 CCGCAACATC TTTCGTTATA AGCAGAGAAT GTTGATGACA ATCTTTGGTG TGGCAGGTTC 17220 TGTAGCTCTG CTCTTTGCAG GTTTGGGAAT CCAATCTTCT GTAGCAGGAG TTCCGTCTAA 17280 ACAGTTTCAA CAAATCCAAC AGTATCAGAT GCTTGTCTCT GAAAATCCTA GTGCGACCAA 17340 TCAGGACAAG GTAGAGCTAG CAGAAGTGTT GAAAGGGCAG GAGATACTAG CCTACCAGAA 17400 AATCTATTCT AAAGCGCTAT ACAAGGATTT CAAAGGCAAA GCTGGTCTTC AAAACATTAC 17460 TCTTATGATG ATAGAGAAGG AAGATTTGAC TCCCTTTATC CATCTTCAAC ATCATCAGCA 17520 GGAGCTGACA TTAAAAGATG GCATCGTTAT TACAGCTAAA CTCGCCCAGC TGGCAGGTGT E7580 CAAGGTTGGG CAGACTTTAG AAATTGAAGG TAAGGAACTA AAGGTCGTTG CTATTACTGA 17640 GAACTACGTT GGTCACTTTA TTTATATGAG TCAGGCTAGC TATGAGCAAC TTTACGGACA 17700 GCTACCCCAA GCCAACACTT ATCTGGTCTC ATTAAGGGAT ACCAGTGCAA CTAGTATCGA 17760 AAGTCAGGCG GGCTTGCTTA TGAATCAATC TGCGGTGTCC AGCGTTGTCC AAAATGCTTC 17820 AGCCATTCGA CTCTTCGACT CTATCGCTAG CTCACTCAAT CAGACCATGA CCATCTTGGT 17880 CATCGTATCG GTTCTATTAG CTATTGTCAT CCTTTACAAT CTGACCAATA TCAACGTAGC 17940 TGAGAGAATC CGTGAACTCT CCACTATCAA GGTTCTTGGT TTTCATAATA ATGAAGTCAC 18000 CCTCTACATT TACCGTGAGA CGATTGTGCT GTCCCTTGTG GGAATCGTAC TTGGTCTGAT 18060 AGCTGGTTTC TATTTACACC AATTTTTGAT TCAAATGATT TCGCCTGCGA CTATTCTCTT 18120 TTATCCGCAG GTAGGCTGGG AAGTCTATGT AATCCCAGTG GCAGCAGTAA GCATCATTTT 18180 GACCTTGCTT GGTTTCTTCG TCAATTATTA TCTGAGAAAG GTTGATATGT TAGAAGCCCT 18240 GAAATCTGTA GAGTAAGGTA GTTATTTTTA GCTGATTGAA CTTCTATTTA CTAATATTCA 18300 AAAATCCTCC GTTTCAAAGA GCAGGGAACT CTTTGTGACA GAGGATTTTT TCTATAGGGC 18360 TTTAGCAGCT GCAATTGCGG CTTCGAAGTT TGGCTCAGAA TTGATATTAT CCACGTATTC 18420 AACGTAGCGA ATCGTATTGT CAGTATCGAG GACAAAGACT GCGCGTGCTA ATAGGTGCCA 18480 TTCGTTGATC AAGAGGGCAT AATCGCGCCC GAAAGAATGG TCAAAGTAGT CTGAAAGCAT 18540 AATGGCATTG TCAAGGCCTT CAGCACCGCA CCAACGTTTT TGAGCAAAAG GTAGGTCCAT 18600 TGAAACAGTC AATACGACCG TGTTGTCCAG TCCAGCCAAT TCTTCATTAA AACGACGTGT 18660 TTGAGTTGAG CAGATGCCTG TATCGATAGA AGGAACGACA CTCAAGACTT TTTTCTTGCC 18720 ATCAAAATCA GCCAGAGATT TTTTAGAAAG ATCTGTTGTA GTAAGAGAAA AATCAAGCGC 18780 CTTGTCGCCG ACTTGTAGTT GTTTACCTGT AAAGCTCACA GGATTTCCGA GAAAAGTTAC 18840 CATAGGATAC TCCAATCTTT TTTCTTCCAT TTTAGCTGAA ACAGTCGGAA TTTTCCAATG 18900 ATTTGACCGG AAATATGGGC ATAGAAAAAA CGCCAGCTCA TGTGAGAATG ACGTTTTTCA 18960 TAGGTTTATT TTGCCAATCC TTCAGCAATC TTGTCAAGGT TGTATTTCAT CATGCTGTAG 19020 TAGCTGTCGC CTTCTTTACC TTGTTCTGCG ATAGAGTCAG TAAAGATTTG AGCGTAGATT 19080 GGGATGTTTG TGTCTTGAGA AACAGTTTTC ATTGGACGGT CATCCACACT TGATTCTACA 19140 AAGAGTGATG GAACTTTTGT TTGGCGAAGT TTTTCAACCA AGGTCTTGAT TTGTTCAGGA 19200 GTTCCTTCTT CTTCAGTATT GATTTCCCAG ATGTAAGCAC TTGGGACACC ATAGGCTTTA 19260 GAGAAGTATT TGAATGCTCC TTCGCTGGTT ACAATGAGTT TCTTTTCAGC AGGGATCTTA 19320 TTAAATTTAT CCTTACTTTC TTTATCAAGT TTGTCTAACT TATCAGTATA TTCTTTGAGA 19380 TTTTTTTCAT AGAATTCTTT ATTGTTAGGG TCTTTGGCGC TCAATTGTTT GGCGATATTT 19440 TTAGCAAAAA TAATACCGTT TTCAAGGTTA AGCCAAGCGT GTGGGTCTTC TTTTCCTTTT 19500 TCATTTTGAC CTTCAAGGTA GATAACATCA ACGCCGTCGC TGACTGCGAA GTAGTCTTTG 19560 TTTTCAGTTT TCTTGGCATT TTCTACCAAT TTTGTAAACC AAGCATTGCC ACCTGTTTCA 19620 AGGTTGATAC CGTTATAGAA AATCAAATTA GCCTCAGAAG TTTTCTTAAC GTCTTCAGGA 19680 AGTGGTTCGT ATTCGTGTGG GTCTTGCCCA ATCGGAACGA TACTATGAAG GTCAATTTTG 19740 TCACCAGCAA TATTTTTAGT AATATCAGCG ATGATTGAGT TTGTAGCAAC AACTTTTAGT 19800 TTTTGACCAG AAGTTGTATC TTTTTTTCCG CTAGCACATG CTACAAGAAT GATTGCAGAA 19860 AGAAAGAGAA CGAGTAATGT ACCTAATTTT TTCATTAGAT CCTCCAATTT ATTAGGGCTT 19920 TGCCCCTTAT TTTAACAAAT GTTTATTTTT CAGTTTCAAA TATCGTTGTT TGGGAGCGAT 19980 AAAGAAGCTA ATGAGAAAGA AACTAGCAGC TGTAAGCACG ATACTAGAAC CTGCCGCAAC 20040 ATTAAAACTA TAGCCAATAA AGAGTCCCAA AACTGAAGCA GTAGCTCCGA AGGTTGAGGA 20100 AAGGAAAATC ATACTTTTCA GACTATTAGC ATACAGATAA GCAGTTGCAG CTGGGGTAAT 20160 CAGCATGGCT ACAATCAGGA TAGTTCCGAC ACTTTGCATG GCTGTCACAG ACACGAGAGT 20220 CAGGAGTACC ATGAGAAGGT AGTGATAGAA ATTGACAGGC ATTCCCATGG CTTTAGCCAA 20280 GAGTTCATCA AAGGAAGTTA TCAAGAGTTG CTTGAAGAAA ATCCAGATTA ACAAGAGGAT 20340 AGCTGCCCCC ACACCCATAG TAATAAACAT ATCCGTATCT TGGACGGCCA GGATATTACC 20400 AAAAAGGATA TGGAAAAGGT CAGTTGAACT TTTAGCGACA CCAATCAAGA TGATACCGAG 20460 GGCTAAGAAA GAAGAAAAGG TAATGCCGAT GGCGGTATCG CTTTTGATAA TCGAGTTTCC 20520 TTTGATGTAG GTAATGATGA TGGCAGCTAG CAATCCAAAG ACAATGGCTC CGATAAAGAA 20580 GTCAAGGCCC AAGATGAAGG ATAGGGCTAC ACCTGGTAAG ACAGCATGTG AAATGGCATC 20640 TCCCATGAGT GACATCCCGC GTAGAATAAT GAAACATCCC ACAGCTCCAG CTACAATCCC 20700 GACGACAATA GCTGTTATCA AGGCATTTTG TAGGAAATGG AATTTTTGCA ATCCATCGAT 20760 AAATTCTGCA ATCATAGGTC ACCTCCATTG AAAAAGAGTT GATTACCGTA AGCTTCTTTT 20820 AGATTGGTTT CGGTAAAAGT TTCTTTTGTT GGACCAAAGG CAATCACTTC TCGATTGACA 20880 AGTAAGACTT GATCGAAGTA GTGGGGAATC TTGCTGAGGT CGTGGTGAAC GATGAGAACC 20940 GTCTTCCCAG CTTTTTTCAA ATCTCTCAGC GTATTCATGA TGATTTCCTC ACTGACAGAG 21000 TCAATCCCAG CAAAGGGTTC ATCCAAGAGG ATATAGTCGG CTTCCTGCAC CAAACATCTG 21060 GCAATCAAGA CCCGCTGGAA TTGACCTCCA GACAGTTGAC TAATTTGACG TTCAGCGTAG 21120 TCAGCTAGGC CGACGATTTC AAGGGCCTCT TGCACTTTCT TCCAATGTTT AGCCTTTAAA 21180 CTTCGAAAGA GAGGAATAGA GGGAAATAGT CCTAACGAGA CGCATTCCTT GACCTTGATG 21240 GGAAAGTTGT AGTCGATATT GATTTTTTGT TCGACATAGG CAATTCGGTG TAAGGATTTT 21300 TTAACTTCCT TGTCATCGAG AAATGCCTGA CCTTGATGTG GGATAATTCC CAACATACCT 21360 TTTAATAGTG TTGATTTCCC AGCGCCGTTT GGACCAATGA TGCCGGTAAT TGTTGGTCCA 21420 TGGAGCACTA GTGAAATATC CTTAAGTGCC AACGTTTCTT TGTAGGAGAC ACTGAGGTTT 21480 TCGATACGTA TCATAAACTT GTATTCCTCC TGTCTCTTAA TATACATTAA AAAAAAAATT 21540 AAGTCAAGTT AATTTTTGAA AAAATTAAAA TAATAACTGA AAAATAGATT CTAAAGATAA 21600 CTTTCAGGAT AAATTTCTAA ATTATAAAAC GCATAGTATC AAGTGTAAAA AACTTGGAAT 21660 TATGCGTTTT ATCATGGAAA GATTTTTTAT AATAGCTAAA AAATAA 21706 (2) INFORMATION FOR SEQ ID NO : 37 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6171 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 37 : GATCCCCAGG AAAAACCGAG GTTTTCCCAA TCAATCGTTA CTGTCATATT CCACTCCTTA 60 TTCTAAAAAC CTATTTCTTA TATTCTACAC TATTTTTCTA AAATAGCAAG TATATTTTGT 120 AATTTTCAGA AAATTTCTCC AATAAAAACC AACTCTTAGA ACTGATTCTT CATTTCACTT 180 ATTTATCTTC AGTAACTACT TCCTGAAGAT AAGCGTCAAA AACTTCTTCA TCTGAAATCG 240 TGTCAGAAAT GAAGCTTCCA TTGCTAGTGC GTTCTGACAA GTTCAAGTCT TGCAATCGGC 300 TTTCATAGAT TGTTCCTTTA TTGGATTGGA CAAGCAGAGT TTGGTCGTTC ACATCCACTT 360 CCGTACTGAA GAAATCGCCA ACAAATCCTT GCTCTGCAAC TGCTCCTGCC AAGAAGACAC 420 GATGCGGTTT GTTTTTCAAC TCACGCAAGA CTTGTAATCC TCGTTTGGCA CGGCTGGTTG 480 CTAGAATTTC CTCAATGGAA ACACGTTTCA AGCTTCCACG CTGGGTCAAG AGGTAGAAGG 540 ACGAAGTATT ACAGATAAAG CCAGATTGGA GGACATCATC TTCTTTCAAA TTCATAGCCT 600 TGACACCTGC TGCCTTAGCA CCGACAACCG GAACCTCTTC GATATTGAAA CGCAGGGCAT 660 AACCATTTTG ACTAACCAAG ACAACATCAT CTAGTTTAAT CGGAGCCACT GCTACAATCT 720 GATCTGTATC GTCTTTGAGC TTAGCATACT TGACAGACTT AGATCTATAG GTCCGCCATG 780 GAGTGAATTC TTTTCGCTCT ACCCGTTTGA TTTGACCAAG GCGAGTCACT GCAAAGTAGG 840 TTGTCGCATC GTCAAACTGA TCCAGTACTT CCACATAAAG GATTTCTTCA TTCGTTTCAA 900 AGTTTGTGAT GGTTTGGCTC AGATGCTCTC CGATGTCCTT CCAACGAATA TCTGCCAACT 960 CATGGATTGG TCTGTAGATG ACATTTCCAA GACTTGTGAA CATCAAGAGG TGCTGGGTTG 1020 TCTTGGCAGA TTGAACAAAA ATCAAACGGT CATCATCACG CTTGCCAATT TCTTCCAAGG 1080 TGGAAGCCGC AAAGGAACGT GGACTGGTAC GCTTGATGTA ACCTGCCTTG GTCACGCTGA 1140 CGTAGGTATC TTCCTCAGCG ATAAGACTAG CTGTATCAAT CTCAATTGCT TTCGCAGTGT 1200 CTTCTAAAGA ACTCAAACGA GGAGTTGCAA ATTTCTTCTT GACCTCACGA AGTTCTTTCT 1260 TCATGAGATT GTACATAGTC CTTTCATCAC CGATAATAGC CGCCAGCATA GCAATCTTCT 1320 CACGAAGCTC TGCTTCTTCT TCCTGCAAGA CAACCACATC GGTATTGGTC AAACGGTACA 1380 GTTGCAAAGT TACGATAGCC TCAGCCTGTT CTTCCGTAAA ATCATAGCTA ACTTTGAGGT 1440 TTTCCTTGGC GTCCGCCTTA TTCTCAGAAG CACGGATAAG AGCAATGACT TCATCCAAAA 1500 TCGAAATCAC ACGAATCAAA CCTTCGACGA TATGGAGACG TTTCTCAGCC TTTTCTTTGT 1560 CAAAGCGTGA ACGCGCCAAA ATCACTTCTC GACGGTGAGC GATATAGCTA GACAGGATTG 1620 GAACAATCCC AACCTGACGA GGTGTGAAAT TGTCAATCGC CACCATATTA AAGTTGTAGT 1680 TGATTTGTAG GTCGGTGTAC TTAAATAAGT AGTTGAGAAC AAGCTCAGTA TTAGCGTCTT 1740 TCTTAAGTTC GATAGCGATA CGAAGACCAT CACGGTCAGA CTCATCACGA ACCTCAGCAA 1800 TCCCAGCTAC CTTGTTATTA ACACGAACAT CATCGATTTT CTTGACTAGA TTGGCCTTAT 1860 TGATTTCATA AGGAATCTCA ATAATAACGA TTTGTTCCTT ACCACCTTTT AGCTTTTCAA 1920 TTTCAGTCTT GGAACGAACA ACCACGCGCC CTTTCCCAGT CTCATAAGCT TTCTTGATTT 1980 CATCACGACC CTGAATAATA GCCCCTGTAG GGAAGTCTGG TCCAGGCAAG AATTCCATGA 2040 GTTTATCAAT CTTTGCAGTT GGGTGGTCAA TCATGTAAAC TGCAGCATCT ATGACCTCAG 2100 CTAAATTATG GGGAGGAATG TCTGTGGCAT AACCAGCCGA AATCCCAGTC GAACCATTGA 2160 CCAAGAGGTT TGGAAAGGCT GCTGGCAAGA CCGTTGGTTC TTTCTCCGTA TCGTCAAAGT 2220 TCCATGCAAA AGGAACTGTC TTTTTCTCGA TATCCTGAAG AAGGTAGCCT GCAATTTCAG 2280 ACAAACGTGC CTCAGTATAA CGCATAGCCG CAGGAGGATC TCCGTCCATA GAACCGTTAT 2340 TACCGTGCAT TTCAACTAGA ATCTCACGAT TTTTCCAGTT CTGTGACATA CGAACCATGG 2400 CATCATAGAT AGAAGAATCC CCGTGTGGGT GGAAATTCCC CATGATGTTC CCGACTGACT 2460 TGGCCGACTT ACGGTAGCTC TTGTCAAAAG TATTGCTATC CTTATTCATA GAATAAAGAA 2520 TACGGCGCTG AACCGGCTTC AACCCATCAC GAATATCTGG CAAAGCCCGG TCTTGAATAA 2580 TGTACTTGGA GTAGCGACCA AAGCGCTCTC CCATGATGTC CTCCAGGGAC ATGTTTTGAA 2640 TGTTAGACAT AAGATACAAA GCCCATAAAA TACCAAGTGA AAATAGAAAA TTCTTGAAGT 2700 AAGCAAACTC ACAAGAGAAT TTATCTTTTT CACACAGTAT CTAGGGCGTG TTCAACTCCT 2760 TTCAAAGAAT GTAGAGTAGG TTTTTATGCA GTAAAAGATA TTTTACGGGA ATTCCTCCCG 2820 TGTTCAGTTA CGATAAGTAA CCAAACTATC CTGTTTGTAT TTTTCAATAT GAAAATCTGG 2880 TTTTCCAAAA TTAGTCTTAG TTTGTGTCTT AGCCGCTCCC TTAAGCGCCT CTTTGAGATA 2940 AGCACTCATA GCAGATTCTT CATTAATAAT CCTGCAATTT TTTCAAACCA AGATTTTCAA 3000 ACTGCTTTTT CACATAGTCA TTCACATCCG ACTCTAATTT CCAGTTTACT AACATATTAT 3060 TTTCTTTCAT TAAAACACTG TCGTTTCTTC TAGCGTAAAC TTGACATTAT CTTCAATCCA 3120 TTTACGGCGT GGTTCTACCT TATCTCCCAT GAGAACATTG ACGCGGCGTT CGGCGCGCGC 3180 TAAATCTTCA ATTGTGACAC GGATGAGGGT ACGTGTTTCT GGGTTCATGG TTGTTTCCCA 3240 GAGCTGGTCC GCATTCATCT CACCAAGTCC TTTGTATCGT TGGAGGGTAG CGCCTTTACC 3300 GAACTGTTTA CGGAGTTCTT CTAGTTCTCC GTCCGTCCAA GCGTAGGCCA CTTCTTCTTT 3360 CTTGCCTTTA CCTTTGGACA TCTTGTAAAG AGGTGGGAGG GCAATATAGA CATGACCTGC 3420 CTCGACTAGC GGACGCATGT AACGGTAGAA AAATGTCAAG AGCAAGGTCT GGATATGGGC 3480 ACCGTCGGTA TCCGCATCGG TCATGATAAT GATCTTATCA TAGTTGGCAT CTTCAATAGA 3540 GAAGTCTGCT CCAACACCCG CACCAATGGT ATAAATCATG GTATTGATCT CTTCATTTTT 3600 GAGGATATCC GCCATCTTGG CCTTGGCTGT ATTGACAACC TTACCACGAA GAGGTAGAAT 3660 AGCCTGGAAC TTGCGGTCAC GACCTTGTTT GGCAGAACCA CCGGCAGAGT CCCCCTCAAC 3720 TAGATAGAGT TCATTCTTAG CAGGATTCTT AGATTGGGCT GGGGTCAATT TCCCAGACAA 3780 CAAGCCCTTA TCTTTCTTGT TTTTCTTCCC ATTTCGGCTC TCATCACGCG CCTTACGTGC 3840 TGCTTCACGA GCATCACGGG CCTTGATAGC CTTGCGGATG AGGTTAGAAG CTAATTCCCC 3900 ATTTTCCATA AGGAAAAAGG TCAACTTATC AGCCACTATT CCATCCACAA CTGGGCGAGC 3960 TAGGGGGCTT CCTAGTTTAT CCTTGGTCTG TCCTTCAAAC TGCAAGTGTT CTTCAGGAAC 4020 TAAGATAGAA AGAACGGCCG CTAGTCCCTC ACGATAGTCT GAACCTTCAA GGTTTTTATC 4080 TTTTTCCTTG AGAAGACCTG TTTTACGTGC ATAGTCATTC ATGACCTTGG TAATGGCP. GA 4140 CTTGAGTCCT GTCTCGTGCG TTCCACCGTC CTTGGTGCGA ACGTTATTGA CAAAAGATAG 4200 AATGTTATCT GAGAATCCGT CATTGTACTG GAGGGCTACT TCCACTTGAA AACCATTGTC 4260 TTCCCCTTCA AAGTAAAGAA CTGGCGTCAA GATTTCCTTA TCTTCGTTGA GATAAGAAAC 4320 AAAATCTTGT ACTCCATTCT CATAGTGGAA CTCAATCGCT TCATTTGTTC GCTTGTCCGT 4380 TAAAGACAAG GTCACATTTT TCAAGAGAAA GGCTGATTCA TTAAGGCGCT CTGAAATGGT 4440 ATTGTACTTG AAATCTGTCG TAGAAAATAT AGTCGCGTCA GGCATAAAAG TAACTTTGGT 4500 GCCTGTTTTA GACTTGGGTG CTGTACCGAT TTTCTTCAAA GTCGTGACAG GTTTTCCACC 4560 ATTTTCGAAA CGTTGCTTGT AAACTGCGCC ATCACGGGTA ATTTCAACTT CTAACCAGCT 4620 AGAAAGGGCG TTAACAACGG AAGAACCCAC TCCGTGAAGT CCACCTGATG TCTTATAGCC 4680 ACCTTGACCG AATTTCCCTC CGGCATGAAG AATGGTAAAG ATAACCTCAA CAGTTGGAAT 4740 TCCCATAGCG TGCATACcTG TCGGCATCCC ACGTCCATGG TCTTGAACCG TTAGACTACC 4800 GTCTTTATTG ATAGTTACAT CAATACGATC ACCAAACCCA GACAAGGCTT CATCGACTGC 4860 ATTATCAACG ATTTCCCAAA CTAGGTGATG AAGACCAGCG CCATCGGTCG ATCCAATATA 4920 CATCCCTGGA CGTTTTCGGA CCGCATCCAA CCCTTCTAGC ACCTGAATAG CATCATCATT 4980 ATAATTGTTA ATATTGATTT CCTTTTTTGA CACAAGGAAC CTCCTATTCG TTCATCTTTA 5040 CTATTCTACA GGTTTTCCAA GGATTTTGCA AAATTTTTCT TTCTCCGATG TGACAATTTC 5100 AGCAGAGATT CTCTGCTTTT CTTTCCCAAT TCATGATATA ATAGGAGTAT GATTACAATA 5160 GTTTTATTAA TCCTAGCCTA TCTGCTGGGT TCGATTCCAT CTGGTCTCTG GATTGGACAA 5220 GTATTCTTTC AAATCAATCT ACGCGAGCAT GGTTCTGGTA ACACTGGAAC GACCAACACC 5280 TTCCGCATTT TAGGTAAGAA AGCTGGTATG GCAACCTTTG TGATTGACTT TTTCAAAGGA 5340 ACCCTAGCAA CGCTGCTTCC GATTATTTTT CATCTACAAG GCGTTTCTCC TCTCATCTTT 5400 GGACTTTTGG CTGTTATCGG CCATACCTTC CCTATCTTTG CAGGATTTAA AGGTGGTAAG 5460 GCTGTCGCAA CCAGTGCTGG AGTGATTTTC GGATTTGCGC CTATCTTCTG TCTCTACCTT 5520 GCGATTATCT TCTTTGGAGC TCTCTATCTT GGCAGTATGA TTTCACTGTC TAGTGTCACA 5580 GCATCGATTG CGGCTGTTAT CGGGGTTCTG CTCTTTCCAC TTTTTGGTTT TATCCTGAGT 5640 AACTATGACT CTCTCTTCAT CGCTATTATC TTAGCACTTG CTAGTTTGAT TATCATTCGT 5700 CATAAGGACA ATATAGCTCG TATCAAAAAT AAAACTGAAA ATTTGGTCCC TTGGGGATTG 5760 AACCTAACCC ATCAAGATCC TAAAAAATAA AATGCCAGTT CTGTACTGCC CCCAAACAGT 5820 TAGACAAATA ATTTATCCAA AGGATTTAGT TCTGTACTGC ACAGGACTAA GTCCTTTTAG 5880 TTTTACCTTA ATTCGTTTGT TGTTGTAGTA ATCAATATAG TCTATAATGG CTTGTTCCAA 5940 TTGATTAAGT GATTTAAATG TTTTCTCATA GCCATAAAAC ATTTCGGATT TTAAAATGCC 6000 AAAGAAAGAT TCCATCCTAC CGTTGTCTTG GCTGTTGCCC TTACGTGACA TGGATGCTTG 6060 AATTCCCTTA CTCTCTAGGA ACCGATGATA AGAATCGTGT TGGTATTGCC AGCCTTGGTC 6120 ACTATGGAGA ATCGTATTCT CGTAGTGCTT CTCTGTGAAT GCCTGTTCCA A 6171 (2) INFORMATION FOR SEQ ID NO : 38 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 18475 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 38 : TATTACAAAT AAAAAAACGG AGGAGTGCTT TATGAAAGCC TATACTTATG TTAAACCAGG 60 ACTTGCTTCT TTTGTTGATG TAGACAAACC AGTTATTCGC AAGCCAACAG ACGCTATTGT 120 GCGTATTGTA AAAACCACTA TTTGTGGAAC AGACCTCCAT ATTATCAAAG GGGATGTTCC 180 TACTTGCCAA AGTGGTACCA TTCTTGGCCA CGAAGGGATT GGGATTGTTG AAGAAGTTGG 240 GGAAGGAGTT TCCAACTTCA AAAAAGGTGA CAAGGTCTTG ATTTCTTGCG TCTGTGCCTG 300 TGGTAAATGC TACTACTGTA AAAAAGGAAT TTATGCTCAC TGTGAAGACG AAGGGGGCTG 360 GATTTTCGGT CACTTGATTG ATGGTATGCA GGCTGAATAT CTACGTGTCC CTCATGCAGA 420 TAATACTCTT TACCATACTC CAGAAGACTT GTCAGATGAA GCTTTGGTTA TGCTGTCAGA 480 CATTCTGCCT ACTGGATATG AAATTGGTGT CTTAAAAGGG AAAGTAGAAC CTGGTTGCAG 540 CGTAGCCATT ATTGGTTCAG GTCCAGTTGG ATTGGCTGCT CTTTTAACAG CCCAATTCTA 600 TTCACCAGCT AAATTGATTA TGGTAGACCT AGACGATAAC CGCTTGGAAA CTGCCCTATC 660 ATTCGGTGCG ACTCATAAGG TTAATTCTTC AGACCCTGAA AAAGCCATTA AAGAAATTTA 720 TGATTTGACA GATGGTCGTG GTGTGGATGT CGCTATCGAA GCTGTTGGTA TTCCTGCAAC 780 ATTTGATTTC TGTCAAAAGA TTATCGGTGT AGACGGAACG GTTGCCAACT GTGGTGTGCA 840 TGGTAAACCA GTTGAATTCG ATTTAGATAA ACTTTGGATT CGCAACATCA ATGTAACAAC 900 TGGTTTGGTA TCTACAAATA CGACTCCACA ATTGTTGAAA GCACTTGAAA GTCATAAGAT 960 TGAACCGGAA AAATTGGTAA CTCACTATTT CAAACTCAGT GAAATTGAAA AAGCCTACGA 1020 AGTCTTCAGT AAGGCAGCAG ACCACCATGC CATTAAGGTC ATTATCGAAA ACGATATCTC 1080 AGAAGCCTAA GTAGTAAAAA TATTTTTGTA CATAAGTAAA TAGAAATTCA GTCATCCATC 1140 AGATGGCTGG ATTTTTTATC AAAAAATTAA GAAATGAGCA TATTTCTTTC CTTGTCTGGC 1200 GGAATTGGTT ATAATATACG GTACAAAGGA ATGAATGAAT ATGTATCGTG TTATAGAAAT 1260 GTACGGAGAT TTTGAACCGT GGTGGTTCTT AGAAGGTTGG GAAGAAGATA TTGTAGCAAG 1320 TAGAAAATTT GACCAGTATT ATGATGCTCT CAAATACTAC AAAACTTGCT GGTTTAGATT 1380 GGAACAAGAA TCGCCTCTTT ATAAAAGTAG AAGCGACTTG ATGACCATTT TTTGGGACCC 1440 GGAAGACCAA CGCTGGTGTG ATGAATGTGA TGAGTATTTA CAACAATACC ATTCTTTGGC 1500 TCTTTTGCAG GATGAGCAGG TTATCCCAGA CGAAAAACTA CGCTCAGGCT ATGAAAAACA 1560 AACCAGTCAG GAAAGGAATC GTTCTTGCCG TATGAAATTA AAATAGAGAA AAGTAACTTT 1620 TTTGGAGTTG CTTTTTTTAT TTTTCTAACT CTTTGCGAAT AGTATAGGTG AGGAGGTAAG 1680 TATGGTTCAA GAAATTGCAC AAGAAATCAT TCGTTCAGCT CGGAAAAAAG GGACGCAGGA 1740 TATCTATTTT GTCCCTAAGT TAGACGCCTA TGAGCTTCAT ATGAGGGTAG GAGACGAGCG 1800 CTGTAAAATT GGTAGCTATG ATTTTGAAAA GTTTGCAGCC GTTATCAGTC ACTTTAAGTT 1860 TGTGGCGGGT ATGAATGTGG GAGAAAAAAG ACGTAGTCAA CTGGGTTCCT GTGATTATGC 1920 CTATGACCAT AAGATAGCGT CTCTACGTTT ATCTACTGTA GGCGATTATC GGGGGCATGA 1980 GAGTTTGGTT ATCCGTTTGT TGCACGATGA GGAGCAGGAC CTGCATTTTT GGTTTCAGGA 2040 TATTGAAGAA TTAGGCAAGC AGTACAGGCA ACGGGGACTC TATCTTTTTG CTGGTCCGGT 2100 TGGGAGTGGT AAGACGACCT TGATGCATGA ATTGTCCAAG TCACTCTTTA AAGGACAGCA 2160 AGTTATGTCC ATCGAAGATC CTGTCGAAAT CAAGCAGGAC GACATGCTTC AGTTGCAGTT 2220 GAACGAAGCA ATCGGCCTAA CCTATGAAAA TCTAATCAAA CTTTCCTTGC GTCATCGACC 2280 AGATCTCTTG ATTATCGGAG AAATTCGTGA CAGCGAGACG GCGCGTGCAG TGGTCAGAGC 2340 TAGTTTGACA GGTGCGACAG TCTTTTCAAC CATTCACGCC AAGAGTATCC GAGGTGTTTA 2400 TGAGCGTCTG CTGGAGTTGG GTGTGAGTGA AGAAGAATTG GCAGTTGTTC TGCAAGGAGT 2460 CTGCTACCAG AGATTAATCG GGGGAGGAGG AATCGTTGAC TTTGCAAGCA GAGATTATCA 2520 AGAACACCAA GCAGCCAAGT GGAATGAGCA AATTGACCAG CTTCTTAAAG ATGGACATAT 2580 CACAAGTCTT CAGGCTGAGA CGGAAAAAAT TAGCTACAGC TAAGCAAAAA AATATCATCA 2640 CCCTATTTAA CAATCTCTTT TCTAGCGGTT TTCATCTGGT GGAGACTATC TCCTTTTTAG 2700 ATAGGAGTGC TTTGTTGGAC AAGCAGTGTG TGACCCAGAT GCGTGTGGGC TTGTCTCAGG 2760 GGAAATCATT CTCAGAAATG ATGGAAAGTT TGGGATGTTC AAGTGCTATT GTCACTCAGT 2820 TATCCCTAGC TGAAGTTCAT GGCAATCTCC ACCTGAGTTT GGGAAAGATA GAAGAATATC 2880 TGGACAATCT GGCTAAGGTC AAGAAAAAAT TGATTGAAGT AGCGACCTAT CCCTTGATTT 2940 TGCTGGGTTT TCTTCTCTTA ATTATGCTGG GGCTACGGAA TTACCTGCTC CCACAACTGG 3000 ATAGTAGCAA TATTGCCACC CAAATTATCG GTAATCTGCC CCAAATTTTT CTAGGCATGG 3060 TAGGGCTTGT TTCCGTGCTT GCCCTTTTAG CACTCACTTT TTATAAAAGA AGTTCTAAGA 3120 TGAGTGTCTT TTCTATCTTA GCACGCCTTC CCTTTATTGG AATCTTTGTG CAGACCTACT 3180 TGACAGCCTA TTATGCACGT GAATGGGGGA ATATGATTTC ACAGGGAATG GAGTTGACGC 3240 AGATTTTTCA AATGATGCAG GAACAAGGTT CCCAGCTCTT TAAAGAAGTC GGTCAAGATC 3300 TGGCTCAAAC CCTGAAAAAT GGCCGTGAAT TTTCTCAGAC GATAGGAACC TATCCTTTCT 3360 TTAGGAAGGA ATTGAGTCTC ATCATAGAGT ATGGGGAAGT TAAGTCCAAG CTGGGTAGTG 3420 AGTTGGAAAT CTATGCTGAA AAAACTTGGG AAGCCTTTTT TACCCGAGTC AACCGCACCA 3480 TGAATTTGGT GCAGCCACTG GTTTTTATCT TTGTGGCACT GATTATCGTT TTACTTTATG 3540 CGGCAATGCT CATGCCCATG TATCAAAATA TGGAGGTAAA TTTTTAAAAT GAAAAAAATG 3600 ATGACATTCT TGAAAAAAGC TAAGGTTAAA GCTTTTACAT TGGTGGAGAT GTTGGTGGTC 3660 TTGCTGATTA TCAGCGTGCT TTTCTTGCTC TTTGTACCTA ATCTGACCAA GCAAAAAGAA 3720 GCAGTCAATG ACAAAGGAAA AGCAGCTGTT GTTAAGGTGG TGGAAAGCCA GGCAGAACTT 3780 TATAGCTTAG AAAAGAATGA AGATGCTAGC CTAAGAAAGT TACAAGCAGA TGGACGCATC 3840 ACGGAAGAAC AGGCTAAAGC TTATAAAGAA TACAATGATA AAAATGGAGG AGCAAATCGT 3900 AAAGTCAATG ATTAAGGCCT TTACCATGCT GGAAAGTCTC TTGGTTTTGG GACTTGTGAG 3960 TATCCTTGCC TTGGGCTTGT CCGGCTCTGT CCAGTCCACT TTTTCAGCGG TAGAGGAACA 4020 GATTTTCTTT ATGGAGTTTG AAGAACTCTA TCGGGAAACC CAAAAACGCA GTGTAGCCAG 4080 TCAGCAAAAG ACTAGTCTGA ACTTAGATGG GCAGACGCTT AGCAATGGCA GTCAAAAGTT 4140 GCCAGTCCCT AAAGGAATTC AGGCCCCATC AGGCCAAAGT ATTACATTTG ACCGAGCTGG 4200 GGGCAATTCG TCCCTGGCTA AGGTTGAATT TCAGACCAGT AAAGGAGCGA TTCGCTATCA 4260 ATTATATCTA GGAAATGGAA AAATTAAACG CATTAAGGAA ACAAAAAATT AGGGCAGTGA 4320 TTTTACTGGA AGCAGTAGTC GCTCTAGCTA TCTTTGCCAG CATTGCGACC CTCCTTTTGG 4380 GACAAATTCA AAAAAATAGG CAAGAGGAAG CAAAAATCTT GCAAAAGGAA GAAGTCTTGA 4440 GGGTAGCTAA GATGGCCCTG CAGACGGGGC AAAATCAGGT AAGCATCAAC GGAGTTGAGA 4500 TTCAGGTATT TTCTAGTGAA AAAGGATTGG AGGTCTACCA TGGTTCAGAA CAGTTGTTGG 4560 CAATCAAAGA GCCATAAGGT CAAGGCTTTT ACCTTGTTAG AATCCCTGCT TGCCCTCATT 4620 GTCATCAGTG GGGGATTACT CCTTTTTCAA GCTATGAGTC AGCTCCTCAT TTCAGAAGTT 4680 CGCTACCAGC AACAAAGCGA GCAAAAGGAG TGGCTCTTGT TTGTGGACCA ACTTGAGGTA 4740 GAATTAGACC GTTCGCAGTT CGAAAAAGTA GAAGGCAATC GCCTATACAT GAAGCAAGAT 4800 GGCAAGGACA TCGCCATCGG TAAGTCAAAG TCAGATGATT TCCGTAAAAC GAATGCTCGT 4860 GGTCGAGGTT ATCAGCCTAT GGTTTATGGA CTCAAATCTG TACGGATTAC AGAGGACAAT 4920 CAACTGGTTC GCTTTCATTT CCAGTTCCAA AAAGGCTTAG AAAGGGAGTT CATCTATCGT 4980 GTGGAAAAAG AAAAAAGTTA AGGCAGGTGT TCTCCTCTAC GCAGTCACCA TAGCAGCCAT 5040 CTTTAGTCTT TTGTTGCAAT TTTATTTGAA CCGACAAGTC GCCCACTATC AAGACTATGC 5100 TTTGAATAAA GAAAAATTGG TTGCTTTTGC TATGGCTAAA CGAACCAAAG ATAAGGTTGA 5160 GCAAGAAAGT GGGGAACAGT TTTTTAATCT AGGTCAGGTA AGCTATCAAA ACAAGAAAAC 5220 TGGCTTAGTG ACGAGGGTTC GTACGGATAA GAGCCAATAT GAGTTTCTGT TTCCTTCAGT 5280 CAAAATCAAA GAAGAGAAAA GAGATAAAAA GGAAGAGGTA GCGACCGATT CAAGCGAAAA 5340 AGTGGAGAAG AAAAAATCAG AAGAGAAGCC TGAAAAGAAA GAGAATTCAT AGTCAATTCA 5400 ACTATAATGC GTTGAATCCA GAATAGTCCA CTGTAGTTTC TAGAAAATTG CTGGAAATGG 5460 ATGTTAAGCT CCAATTCATT TGTTTATATC TTATTTCAGT TTACTATACT TTGTGCTAAA 5520 TTAAAGATAT GAAACATGAT TTTAACCACA AAGCAGAAAC TTTCGATTCC CCTAAAAATA 5580 TCTTCCTCGC AAACTTGGTA TGTCAAGCAG CCGAGAAACA GATTGATCTT CTATCAGACA 5640 AAGAAATTTT AGATTTCGGT GGTGGCACGG GTCTATTAGC CTTGCCCCTA ACCCCTAGCC 5700 AAGCAGGCTA AGTCAGTCAC TCTTGTAGAC ATTTCTGAGA AAATGTTGGA GCAAGCTCGT 5760 TTGAAAGTGG AGCAGCAAGC AATCAAGAAT ATCCAGTTTT TGGAGCAAGA TTTACCGAAA 5820 AATCCCTTGG AGAAAGAGTT TGATTGCCTT GCTGTTAGTC GGGTTCTTCA TCATATGCCT 5880 GATTTGGATG CGGCTCTCTC ACTGTTTCAT CAACATTTGA AGGAAGATGG GAAACTCATC 5940 ATTGCTGATT TTACCAAGAC AGAAGCTAAT CATCATGGAT TTGATTTAGC TGAACTGGAA 6000 AACAAGCTAA TTGAGCATGG TTTTTCATCT GTGCATAGTC AGATTCTCTA TAGTGCTGAA 6060 GACCTGTTTC AAGGAAATCA CTCAGAATTC TTTTTAATAG TAGCCCAAAA ATCACTCGCC 6120 TAGTCAGGGA GTGATTTTTC TATAAGGATG GAAAAAAGAA GGGAAATTTG GTAAGATAGG 6180 AATATGGATT TTGAAAAAAT TGAACAAGCT TATACCTATT TACTAGAGAA TGTCCAAGTC 6240 ATCCAAAGTG ATTTGGCGAC CAACTTTTAT GACGCCTTGG TGGAGCAAAA TAGCATCTAT 6300 CTGGATGGTG AAACTGAGCT AAACCAGGTC AAGGAGAACA ATCAAACCCT TAAGCGTTTA 6360 GCACTACGCA AAGAAGAATG GCTCAAGACC TACCAGTTTC TCTTGATGAA GGCTGGGCAA 6420 ACAGAACCCT TGCAGGCCAA TCACCAGTTT ACACCGGATG CTATTGCTTT GCTTTTGGTG 6480 TTTATTGTGG AAGAGTTGTT TAAAGAGGAG GAAATTACTA TCCTCGAAAT GGGTTCTGGG 6540 ATGGGAATTC TAGGCGCTAT TTTCTTGACC TCGCTTACTA AAAAGGTGGA TTACTTGGGA 6600 ATGGAAGTGG ATGATTTGCT GATTGATCTG GCAGCTAGCA TGGCAGATGT AATTGGTTTG 6660 CAGGCTGGCT TTGTCCAAGG AGATGCCGTT CGCCCACAAA TGCTCAAAGA AAGCGATGTG 6720 GTCATCAGTG ACTTGCCTGT CGGCTATTAT CCTGATGATG CCGTTGCGTC GCGCCATCAA 6780 GTTGCTTCTA GCCAAGAACA TACTTACGCC CATCACTTGC TCATGGAACA AGGGCTTAAG 6840 TACCTCAAGT CAGACGGATA CGCTATTTTT CTAGCTCCGA GTGATTTGTT GACCAGTCCT 6900 CAAAGTGATT TGTTAAAAGA ATGGCTGAAA GAAGAGGCGA GTCTGGTTGC TATGATTAGT 6960 CTGCCTGAAA ATCTCTTTGC TAATGCCAAA CAATCTAAGA CTATTTTTAT CTTACAGAAG 7020 AAAAATGAAA TAGCAGTAGA GCCTTTTGTT TATCCACTTG CTAGCTTGCA AGATGCAAGT 7080 GTTTTAATGA AATTTAAAGA AAATTTTCAA AAATGGACTC AAGGTACTGA AATATAAAAT 7140 AGATTTTGTT ATAATAGTTG AAAACGCTTA AAAAGGGGTA TCATGTTATG ACAAAAACAA 7200 TTGCAATCAA TGCAGGAAGT TCAAGTTTGA AATGGCAATT ATACTTAATG CCAGAAGAAA 7260 AAGTATTGGC GAAAGGTTTG ATTGAACGTA TCGGTTTGAA AGATTCAATT TCAACTGTAA 7320 AATTTGACGG CCGTTCTGAA CAACAAATTT TGGATATTGA AAATCATATA CAAGCCGTTA 7380 AAATTTTATT GGATGACTTG ATTCGTTTCG ATATTATCAA GGCTTATGAC GAGATTACAG 7440 GTGTTGGACA TCGTGTTGTT GCTGGTGGAG AATATTTCAA AGAATCAACA GTTGTTGAGG 7500 GAGATGTTTT AGAAAAAGTT GAAGAGTTGA GTTTGTTGGC TCCTCTACAC AACCCGGCCA 7560 ATGCAGCAGG TGTTCGTGCC TTCAAGGAAT TGTTGCCAGA CATTACCAGT GTAGTTGTTT 7620 TTGATACTTC CTTCCACACA AGTATGCCAG AGAAAGCTTA TCGCTACCCT CTACCAACAA 7680 AATATTACAC AGAAAACAAG GTTCGTAAAT ACGGTGCTCA TGGTACAAGT CACCAGTTTG 7740 TAGCAGGAGA AGCTGCAAAA CTCTTGGGAC GTCCATTAGA AGACTTGAAG TTAATTACCT 7800 GTCATATTGG TAACGGAGGC TCAATTACAG CTGTGAAAGC CGGCAAATCT GTAGACACTT 7860 CTATGGGGTT CACTCCTCTT GGTGGTATTA TGATGGGAAC GCGTACAGGG GATATTGATC 7920 CAGCTATCAT TCCTTATTTA ATGCAATATA CAGAGGATTT TAACACACCA GAAGATATCA 7980 GTCGTGTTCT TAACCGTGAA TCAGGTCTTT TGGGAGTTTC TGCTAATTCT AGCGATATGC 8040 GCGATATAGA AGCAGCTGTA GCAGAAGGGA ATCACGAGGC TAGCTTGGCT TATGAAATGT 8100 ATGTTGACCG TATCCAAAAA CATATCGGTC AGTACCTTGC AGTGCTAAAT GGAGCAGATG 8160 CCATTGTTTT CACAGCAGGT GTCGGTGAAA ATGCAGAGAG TTTCCGTCGT GATGTAATCT 8220 CAGGGATTTC GTGGTTTGGT TGTGATGTTG ATGATGAAAA GAATGTCTTT GGCGTTACAG 8280 GAGACATCTC AACAGAGGCA GCTAAAATCC GTGTCTTGGT TATTCCAACA GATGAAGAAT 8340 TAGTCATTGC CCGTGACGTT GAACGCTTGA AAAAATAAGT GAAACTAAAA AAATATTCAA 8400 TACAAGGAGT TGGGAAAGTT ATTTTTCCAG CTTCTTTTTC TGATGAAATT GTCCAAAACC 8460 TTGCTATGAT TGGCTTTTTT GAAAAATATG GTATAATAGT AGTAATTTAA TAGATGGAGT 8520 TGAGTTTTGA AGAAAAACTT TCGTGTAAAA AGAGAGAAAG ATTTTAAGGC GATTTTCAAG 8580 GAGGGGACAA GTTTTGCTAA TCGCAAATTT GTGGTCTACC AATTAGAAAA CCAGAAAAAC 8640 CGTTTTCGAG TAGGTCTATC AGTTAGCAAA AAACTGGGGA ATGCCGTCAC TAGAAATCAA 8700 ATTAAGCGAC GGATTCGGCA TATTATCCAG AATGCAAAAG GGAGTCTGGT AGAAGATGTC 8760 GACTTTGTTG TCATTGCTCG AAAAGGAGTC GAAACCTTGG GATACGCAGA GATGGAGAAA 8820 AATCTACTCC ATGTATTAAA ATTATCAAAG ATTTACCGGG AAGGAAATGG GAGTGAAAAA 8880 GAAACTAAAG TTGACTAGTT TGCTAGGACT GTCTCTGTTA ATCATGACAG CCTGTGCGAC 8940 TAATGGGGTA ACTAGCGATA TTACAGCCGA ATCGGCTGAT TTTTGGAGTA AATTGGTTTA 9000 CTTCTTTGCG GAAATCATTC GCTTTTTATC GTTTGATATT AGTATCGGAG TGGGGATTAT 9060 TCTCTTTACG GTCTTGATTC GTACAGTCCT CTTGCCAGTC TTTCAGGTGC AAATGGTGGC 9120 TTCTAGGAAA ATGCAGGAAG CTCAGCCACG CATTAAGGCG CTTCGAGAAC AATATCCAGG 9180 TCGAGATATG GAAAGCAGAA CCAAACTAGA GCAGGAAATG CGTAAAGTAT TTAAAGAAAT 9240 GGGTGTCAGA CAGTCAGACT CTCTTTGGCC GATTTTGATT CAGATGCCGG TTATTTTGGC 9300 CCTGTTCCAA GCCCTATCAA GAGTTGACTT TTTAAAGACA GGTCATTTCT TATGGATTAA 9360 CCTTGGTAGT GTGGATACAA CCCTTGTTCT TCCGATTTTA GCAGCAGTAT TCACCTTTTT 9420 AAGTACTTGG TTGTCCAACA AAGCTTTGTC TGAGCGAAAT GGCGCTACGA CTGCGATGAT 9480 GTATGGGATT CCAGTCTTGA TTTTTATCTT TGCAGTTTAT GCGCCAGGTG GAGTCGCCCT 9540 ATACTGGACA GTGTCTAATG CTTATCAAGT CTTGCAAACC TATTTCTTGA ATAATCCATT 9600 CAAGATTATC GCAGAGCGCG AGGCCGTAGT ACAGGCACAA AAAGATTTGG AAAATAGAAA 9660 AAGAAAAGCC AAGAAAAAGG CTCAGAAAAC GAAATAAATA AGGAGGAATC TGGTAGTGGT 9720 AGTATTTACA GGTTCAACTG TTGAAGAAGC AATCCAGAAA GGATTGAAAG AATTAGATAT 9780 TCCAAGAATG AAGGCTCATA TCAAAGTCAT TTCTAGGGAG AAAAAAGGCT TTCTTGGTCT 9840 ATTTGGTAAA AAACCAGCCC AAGTGGATAT TGAAGCGATT AGTGAAACGA CTGTTGTCAA 9900 AGCAAATCAA CAGGTAGTAA AAGGCGTTCC GAAAAAAATC AATGATTTGA ACGAGCCTGT 9960 GAAGACGGTT AGTGAAGAAA CCGTTGACCT TGGTCATGTG GTTGATGCTA TTAAAAAAAT 10020 AGAGGAAGAA GGTCAAGGTA TTTCTGATGA AGTCAAGGCT GAAATCTTAA AACATGAAAG 10080 ACATGCCAGC ACTATCTTAG AAGAAACTGG TCACATTGAG ATTTTAAATG AACTTCAAA'I'10140 CGAGGAAGCG ATGAGGGAAG AAGCAGGCGC TGATGACCTT GAAACTGAGC AAGACCAAGC 10200 TGAAAGTCAA GAACTAGAAG ACTTGGGCTT GAAAGTTGAA ACGAACTTTG ATATTGAACA 10260 AGTAGCTACG GAAGTAATGG CTTATGTTCA AACGATTATT GATGACATGG ATGTTGAGGC 10320 TACACTTTCA AATGATTATA ACCGTCGTAG CATCAATCTA CAAATTGACA CCAACGAACC 10380 AGGTCGTATT ATCGGCTACC ATGGTAAAGT CTTGAAGGCC TTGCAACTGT TGGCTCAAAA 10440 TTATCTTTAC AACCGCTATT CCAGAACCTT CTACGTTACA ATCAATGTCA ATGATTATGT 10500 CGAACACCGT GCAGAAGTCT TGCAGACCTA TGCGCAAAAA TTGGCGACTC GTGTTTTGGA 10560 AGAAGGGCGC AGTCATAAAA CAGATCCAAT GTCAAATAGC GAACGCAAGA TTATCCATCG 10620 TATTATTTCA CGTATGGATG GCGTGACTAG TTACTCTGAA GGTGATGAGC CAAATCGCTA 10680 TGTTGTTGTA GATACAGAAT AAGTAAAATC AGGTTTATCC TGATTTTTTG CTAGTTAGAG 10740 GAGGTTAAAC TGATGTTGAA TAAGATAAGA GACTATTTAG ACTTTGCTGG TTTGCAGTAC 10800 CGTAATCCTG ATAAAGCGGG AGCAGAGCGA GAGAAGATGC TGGCATTCCG CCACAAAGGA 10860 CAAGAGGCCC GAAAGGTTTT TACAGAACTG GCCAAAGCCT TTCAAGCAAG CCATCCAGAA 10920 TGGCAACTCC AACAGACTAG CCAGTGGATG AATCAGGCCC AGCGTTTGAG ACCACATTTT 10980 TGGGTTTATC TACAGAGAGA CGGACAAGTG ACAGAACCTA TGATGGCCTT ACGTTTGTAT 11040 GGGACATCTA CTGACTTTGG AATTTCTTTG GAAGTCAGTT TCATCGAACG TAAGAAGGAT 11100 GAGCAAACAC TGGGCAAGCA GGCCAAAGTT TTAGACATTC CAACCGTTAA AGGGATTTAT 11160 TATCTAACCT ACTCTAATGG TCAAAGTCAA CGGTGGGAGG CGAATGAAGA AAAGCGTCGT 11220 ACTTTACGCG AGAAGGTGAG AAGTCAAGAA GTTCGAAAAG TTTTAGTGAA GGTAGATGTT 11280 CCTATGACAG AAAATTCGTC TGAAGAAGAA ATCGTAGAAG GCTTATTGAA GTCTTATTCT 11340 AAAATTCTTC CCTATTATCT AGCTACGAGA AAATAAGATA ATTTGTAAAA CATCATAAAT 11400 CATACAGTCC AAGAGTGAAC AGTCCGCTGT GTAATTCTTG GTCTTTTTGT TTGCGCTTTC 11460 GCATTATATA ATAAACTTAC AAAAACAATT CAAAAGGAGA ACAATTATGG AAGTCGTTTC 11520 AAGTGTTCTA AATTGGTTTT CTAGCAATAT TTTGCAGAAT CCCGCATTTT TCGTAGGTTT 11580 ATTGGTGTTG ATAGGATATG CACTTTTGAA AAAACCTGCC CATGACGTTT TTTCAGGGTT 11640 TGTTAAAGCA ACAGTAGGGT ATATGTTGCT TAACGTGGGT GCTGGTGGTT TGGTTACAAC 11700 CTTTCGTCCA ATCTTAGCAG CTCTTAACTA CAAATTCCAA ATTGGTGCAG CGGTTATCGA 11760 CCCTTACTTT GGACTTGCTG CAGCAAACAA CAAAATTGTA GCAGAGTTTC CAGATTTTGT 11820 TGGAACTGCA ACTACAGCTC TATTGATTGG TTTTGGAATA AATATCTTGC TCGTAGCTCT 11880 TCGAAAGATT ACGAAGGTAA GAACCCTCTT TATTACTGGT CACATCATGG TACAACAAGC 11940 TGCAACAGTA TCTCTTATGG TTCTATTCTT AGTACCACAA TTGCGCAATG CTTACGGTAC 12000 AGCAGCGATT GGTATCATCT GTGGACTTTA CTGGGCAGTT AGTTCAAATA TGACTGTTGA 12060 GGCAACTCAA CGCTTGACTG GTGGTGGCGG ATTTGCGATT GGTCACCAAC AGCAATTTGC 12120 AATCTGGTTT GTAGATAAAG TAGCAGGACG CTTTGGTAAG AAAGAAGAAA GTTTAGACAA 12180 TCTTAAATTA CCTAAGTTCC TCTCAATCTT CCACGATACA GTTGTTGCAT CTGCTACCTT 12240 GATGCTCGTA TTCTTCGGAG CCATTCTTTT AATCTTGGGT CCAGACATTA TGTCTAATAA 12300 AGAAGTCATC ACTTCAGGAA CTCTATTCAA TCCTGCTAAA CAAGATTTCT TTATGTACAT 12360 TATCCAAACA GCCTTTACCT TCTCAGTTTA CTTGTTCGTT TTGATGCAAG GTGTCCGAAT 12420 GTTCGTATCT GAGTTGACAA ACGCCTTCCA AGGTATTTCA AACAAATTGT TGCCAGGTTC 12480 ATTCCCAGCG GTTGACGTTG CAGCTTCTTA TGGATTTGGT TCTCCAAATG CTGTCTTGTC 12540 AGGATTTACC TTTGGTTTGA TTGGTCAATT GATTACAATT GTTTTGCTCA TCGTCTTTAA 12600 AAATCCGATT CTTATTATTA CAGGATTTGT ACCAGTGTTC TTTGACAATG CAGCCATTGC 12660 GGTCTACGCT GATAAACGCG GCGGATGGAA AGCGGCTGTT ATCCTTTCCT TTATATCAGG 12720 TGTCCTTCAA GTTGCTCTAG GAGCTCTTTG TGTGGCCCTT CTCGATTTGG CATCTTATGG 12780 TGGCTACCAT GGAAATATCG ACTTTGAATT CCCATGGCTT GGATTTGGAT ATATCTTCAA 12840 ATACCTTGGT ATTGTTGGTT ATGTACTTGT GTGTCTCTTC TTGCTTGTTA TTCCTCAACT 12900 TCAATTTGCC AAAGCAAAAG ATAAAGAGAA ATATTACAAC GGTGAAGTTC AAGAAGAAGC 12960 TTAGTATCTA GAAAAGGAGA AATAAAATGG TTAAAGTATT AGCAGCGTGC GGAAATGGAA 13020 TGGGTTCATC AATGGTTATC AAGATGAAGG TTGAAAATGC TCTCCGTAAG CTTAATCAAA 13080 CAGATTTTAC AGTCAATTCA TGCAGTGTCG GTGAAGCTAA AGGTTTAGCA GTAGGATATG 13140 ACATCGTAAT CGCTTCTCTT CATTTGATTC AAGAATTGGA AGGGCGAACT AATGGGAAGT 13200 TAATTGGGCT TGATAACTTG ATGGATGATA AAGAAATCAC CGAAAAACTC AGTCAAGCAC 13260 TACAGTAAAA GGTTGGAGGG GGCTGGACAG AAACTGAGAG TTATCGTTTC TGTCCTTCTC 13320 CCTCTTTAAA TAAAGGAGGC AGATATGAAT TTAAAACAAG CTTTAATTGA CAATGACTCG 13380 ATCCGACTAG GTTTAGAGGC TAACAATTGG AAAGAAGCAG TCAAGGTAGC AGTAGATCCC 13440 TTAATTGAAA GTGGGGCAAT TTTGCCAGAG TATTACGATG CTATCATTGA ATCGACTGAA 13500 GAGTATGGGC CTTACTATAT CTTGATGCCA GGTATGGCTA TGCCCCACGC TAGACCTGAA 13560 GCAGGTGTGC AAAGTGATGC CTTTTCATTG ATTACCTTAC AAAATCCTGT TGTATTTTCA 13620 GATGGGAAAG AGGTATCTGT TTTGTTGGCA CTAGCAGCAA CAAGTTCAAA AATTCACACA 13680 AGTGTAGCCA TTCCACAAAT TATTGCCCTA TTTGAATTAG AAGATTCTAT TGCACGTTTA 13740 CAGGCTTGCC AGACTAAAGA AGATGTCTTG GCTATGATTG AAGAATCTAA GGATAGCCCT 13800 TATCTCGAAG GATTGGATTT GGAAAGTTAG AAAGAGGAAT AAAGAAATGA CAAAAAGAAT 13860 ACCTAATTTA CAAGTTGCAT TAGACCATTC AGACTTGCAA GGAGCGATTA AAGCAGCTGT 13920 TTCTGTTGGT CAGGAAGTAG ATATTATCGA AGCTGGAACT GTTTGCTTGC TTCAAGTTGG 13980 AAGTGAACTG GCTGAAGTCT TGCGTAGCCT TTTCCCAGAT AAGATTATTG TGGCAGACAC 14040 AAAATGTGCT GATGCTGGTG GAACAGTTGC TAAAAATAAT GCGGTTCGTG GAGCAGACTG 14100 GATGACTTGT ATCTGTTGTG CAACCATCCC TACTATGGAA GCAGCTCTAA AGGCTATCAA 14160 GACTGAACGA GGAGAACGAG GCGAAATCCA GATCGAGCTT TATGGCGATT GGACTTTTGA 14220 ACAAGCTCAG CTTTGGCTAG ATGCAGGTAT CTCACAAGCT ATTTATCACC AATCTCGTGA 14280 TGCTCTTCTT GCTGGTGAAA CTTGGGGTGA AAAAGACCTT AATAAGGTTA AAAAACTCAT 14340 TGACATGGGC TTCCGTGTAT CTGTAACAGG TGGTCTAGAT GTAGATACTC TCAAACTCTT 14400 TGAAGGTATT GATGTCTTTA CCTTTATCGC AGGTCGTGGA ATTACAGAGG CTGTGGATCC 14460 AGCAGGAGCA GCGCGTGCCT TCAAGGATGA AATCAAACGA ATTTGGGGGT AAATCATGGT 14520 ACGTCCAATT GGAATTTATG AAAAGGCAAC CCCAACACAC TGTACTTGGC TAGAACGTTT 14580 AAATTTTGCC AAGGAGTTAG GCTTTGATTT TGTCGAGATG TCTATTGACG AACGTGACGA 14640 GCGTTTAGCA AGACTTGACT GGAGTAAGGA AGAACGCTTG GAAGTTGTCA AAGCAATCTA 14700 TGAAACTGGT GTTCGTATTC CTTCTATCTG TTTTTCAGGC CATCGTCGCT ACCCATTGGG 14760 TTCAAAAGAT CCAGTTCTAG AGGAAAAATC TCTAGAACTC ATGAAAAAAT GTATCGAATT 14820 AGCTCAAGAC TTGGGAGTTC GTACGATTCA ATTAGCTGGT TACGATGTTT ACTATGAGGA 14880 AAAGTCACCC CAGACACGCC AACGTTTTAT CAAAAATTTG AGAAAAGCCT GTGACTGGGC 14940 TGAAGAAGCT CAGGTGGTAC TTGCTATTGA AATTATGGAT GATCCTTTCA TCAGTAGCAT 15000 CGAAAAATAT TTGGCTATAG AAAAAGAGAT TGACTCTCCC TTCCTCTTTG TATATCCAGA 15060 TATTGGTAAT GTGTCTGCAT GGCATAATGA TATCTATAGT GAGTTTTATC TTGGTCATCA 15120 TGCCATCGCA GCTCTCCATC TCAAGGATAC TTATGCAGTG ACAGAAAGTT CAAAGGGCCA 15180 GTTCCGAGAT GTACCTTTCG GGCAAGGTTG TGTCAAATGG GAAGAAGCTT TCGATATTTT 15240 AAAGGAAACC AATTATAATG GACCTTTCCT AATCGAAATG TGGTCTGAAA ATTGTGAAAC 15300 AGTAGAAGAA ACACGCGCAG CCATTCAAGA GGCGCAAGCT TTTCTCTATC CACTCATTAA 15360 GAAAGCAGGT TTGATGTAAG ATGAATCAAG TAATCAATGC TATGCGTAAA CGAGTCTGTG 15420 ATGCCAATCA ATCATTGCCA AAACATGGAC TTGTCAAATT TACCTGGGGG AATGTATCTG 15480 AAGTTAATCG CGAACTCGGT GTCATTGTTA TCAAACCATC AGGCGTGGAT TATGACGAAT 15540 TGACACCTGA AAACATGGTA GTGACTGATC TAGATGGTAA GATCCTAGAA GGGGATTTAA 15600 GACCATCTTC CGACCTCCCA ACTCATGTGC AATTATATAA GACTTGGTCA GAAATTGGTA 15660 GTGTGGTTCA CACCCATTCG ACAGAAGCTG TTGGTTGGGC TCAGGCAGGT CGTGATATTC 15720 CTTTCTACGG AACAACCCAT GCAGATTATT TCTACGGTTC AATCCCTTGC GCCCGTAGTT 15780 TGACCAAGGA CGAAGTAGAA GTGGCCTATG AAAAAGATAC TGGCCTGGTT ATCGTAGAAG 15840 AGTTTGAACA TCGCGGACTT AACCCGGTTG AAGTACCAGG AATTGTTGTA CGCAATCACG 15900 GTCCATTCAC CTGGGGCAAA AATCCAGAGA ATGCTGTTTA TCACTCTGTC GTACTAGAGG 15960 AAGTATCAAA GATGAATCGC TTTACAGAAC AAATCAATCC AAGAGTTGGA CCTGCTCCCC 16020 AGTACATACT AGAAAAACAC TACCAACGTA AACATGGACC AAATGCTTAT TATGGTCAAA 16080 AGTAAGAACG ATGAAGGAGG AGAAAAAGAT AAATTTAGCT CCTCTTTTTA CATTTGATTT 16140 TTATTGAGAG TAAAGTTGGA GTTGAAGTAA TTTTAAAAGA TTTTTTAGAA ATAGCGCTTG 16200 ATATATATAT GGTAAAATAA AAAGAATTGC TGTGATATCA ATAGATTTGG GGGATTTTTT 16260 AATATGGTAC TGGATAAGGC AAGTTGTGAT TTGCTTCAAT ATTTGATGGA TCAAGAAACG 16320 TCCAAAACGA TTATGGCGAT TTCGAAAGAT TTGAAAGAGT CAAGAAGGAA AATTTATTAT 16380 CACATTGACA AAATCAATGC TGCTCTGGGT GACGAGGCGC TTCACATCAT TAGTATTCCA 16440 CGAATTGGTA TTCACTTAAC GGAAGAGCAG AGAGATGCTT GTTGTAAACT ATTATCGGAA 16500 GTAGATTCGT ACGATTATAT CATGAGTGCG CATGAACGTA TGATGATAAT GTTACTATGG 16560 ATAGGTATTT CTAAAGAACG TATTACGATT GAAAAATTGA TAGAGTTAAC AGAGGTATCT 16620 AGGAATACTG TTCTCAATGA TTTGAATAGT ATTCGTTATC AACTAACTTT GGAACAATAT 16680 CAGGTGATCT TGCAAGTGAG CAAGTCACAG GGATACAACC TTCATGCCCA CCCTCTTAAT 16740 AAAATTCAGT ATCTTCAATC GCTTCTATAT CATATTTTTA TGGAAGAAAA TGCCACTTTT 16800 GTATCTATTT TAGAAGATAA GATGAAAGAG AGGTTAGATG ATGAGTGTTT GCTTTCTGTT 16860 GAAATGAACC AATTTTTTAA GGAACAGGTT CCTTTAGTTG AACAAGATTT AGGGAAGAAA 16920 ATAAACCATC ATGAAATAAC TTTTATGTTG CAGGTTCTAC CTTATTTGCT GTTAAGCTGT 16980 CATAATGTTG AACAGTATCA AGAAAGACAT CAGGATATAG AGAAAGAATT TTCTTTGATA 17040 AGAAAAAGAA TAGAGTATCA GGTGTCTAAG AAATTAGGAG AACGGTTGTT TCAAAAGTTT 17100 GAAATTTCTT TGTCAGGACT TGAAGTTTCT CTTGTAGCTG TTCTCCTCCT CTCCTATCGT 17160 AAAGATTTGG ATATTCATGC AGAAAGTGAT GATTTTCGGC AATTAAAACT TGCTTTAGAA17220 GAATTTATCT GGTATTTTGA ATCACAAATC CGAATGGAGA TTGAGAACAA GGATGATTTG L7280 TTACGAAATT TGATGATCCA CTGTAAAGCC TTGTTATTTA GAAAGACTTA CGGTATTTTT 17340 TCTAAAAATC CTCTAACAAA ACAAATTCGA TCCAAGTATG GAGAATTATT TTTAGTCACT 17400 AGAAAATCTG CGGAAATTTT AGAAGGAGCA TGGTTTATTC GGCTAACAGA CGATGATATT 17460 GCCTATTTGA CGATTCATAT TGGAGGATTT TTAAAATATA CACCATCATC TCAAAAAAAT 17520 ATGAAAAAAG TTTATCTCGT TTGTGATGAA GGTGTTGCGG TTTCGAGACT TTTGCTGAAA 17580 CAATGCAAAC TTTATTTTCC AAATGAGCAA ATTGACACTG TATTTACAAC AGAACAATTT 17640 AAGAGTGTGG AAGATATTGC ACAAGTTGAT GTAGTGATTA CTACTAATGA TGATTTGGAT 17700 AGCAGATTTC CGATTTTAAG GGTTAATCCT ATCCTTGAAG CAGAAGATAT TTTGAAAATG 17760 CTAGACTATC TTAAACACAA TATATTTCGT AATAAGAGCA AAAGTTTCAG TGAAAATCTT 17820 TCTAGTCTTA TTTCGTCTTA TATTGTAGAC AGCAAGTTGG CTAGTAAGTT CCAAGAAGAG 17880 GTTCAAACAC TTATAAATCA AGAAATAGTA GTTCAAGCTT TTTTGGAAGr TATTTGAAGG 17940 ACAGTCCAAT GATGAACACA AACCTGTGTk TTTCsTGGTC TTTTtTAGTG TTTTGAAGGG 18000 TGGkATACTA ATCTCAAAGA TAACAATTAT ATCCAAAGGA GGCAACATAT GCCAAACGTC 18060 AAAGAAATTA CAAGAGAGTC ATGGATTTTA GCCACTTTCC CAGAGTGGGG AACATGGTTG 18120 AACGAAGAAA TCGAAGAAGA AGTCGTACCT GAAGGCAACT TTGCCATGTG GTGGCTAGGC 18180 AACTGTGGTA CTTGGATTAA GACACCAGCT GGTGCTAACG TTGTCATGGA CCTTTGGTCA 18240 AACCGTGGAA AATCAACCAA AAAAGTGAAA GATATGGTTC GTGGGCACCA AATGGCAAAT 18300 ATGGCAGGTG TTCGTAAGCT GCAACCAAAC TTGCGTGTTC AGCCAATGGT TATCGATCCA 18360 TTTGCTATCA ACGAACTAGA CTATTACTTA GTTTCACACT TCCACAGTGA TCATATCGAC 18420 CCATACACAG CTGCAGCAAT TCTCAATAAT CCTAAGTTAG AGCATGTTAA GTTGG 18475 (2) INFORMATION FOR SEQ ID NO : 39 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 7186 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 39 : CCAGGATTTG GTACCGTTGC AAGTGGTGTG CCTTTCCTCC TAAAGGAAAA TGGAGGAAAA 60 ATCAATCAAT CAGCACATTC AGATATCAAA GTTGCTAAGG TATTGGTCAA GGATGAAGAT 120 GAAAAAAATC GCTTGCTTGC AGCAGGGAAT GACTTTAACT TTGTAACCAA TGTGGATGAT 180 ATTTTATCAG ACCAGGATAT TACTATCGTA GTGGAATTGA TGGGGCGTAT TGAGCCTGCT 240 AAAACCTTTA TCACTCGTGC CTTGGAAGCT GGAAAACACG TTGTTACTGC TAACAAGGAC 300 CTTTTAGCTG TCCATGGCGC AGAATTGCTA GAAATCGCTC AAGCTAACAA GGTAGCACTT 360 TACTACGAAG CAGCAGTTGC TGGTGGGATT CCAATTCTTC GTACTTTAGC AAATTCCTTG 420 GCTTCTGATA AAATTACGCG CGTGCTTGGA GTAGTCAACG GAACTTCCAA CTTCATGGTG 480 ACCAAGATGG TGGAAGAAGG CTGGTCTTAC GATGATGCTC TTGCGGAAGC ACAACGTCTA 540 GGATTTGCAG AAAGCGATCC GACGAATGAC GTAGATGGGA TTGATGCAGC CTACAAGATG 600 GTTATTTTGA GCCAATTTGC CTTTGGCATG AAGATTGCCT TTGATGATGT AGCCCACAAG 660 GGAATCCGCA ATATCACACC AGAAGACGTA GCTGTAGCTC AAGAGCTTGG TTACGTAGTG 720 AAATTGGTTG GTTCTATTGA GGAAACTTCT TCAGGTATTG CTGCAGAAGT GACTCCAACC 780 TTCCTACCTA AAGCGCACCC ACTTGCTAGT GTGAATGGCG TAATGAACGC TGTCTTTGTA 840 GAATCTATCG GTATTGGTGA GTCTATGTAC TACGGACCAG GTGCGGGTCA AAAACCAACT 900 GCAACAAGTG TTGTAGCTGA TATTGTCCGT ATCGTTCGTC GTTTGAATGA TGGTACTATT 960 GGCAAAGACT TCAACGAATA TAGCCGTGAC TTGGTCTTGG CAAATCCTGA AGATGTCAAA 1020 GCAAACTACT ATTTCTCAAT CTTGGCTCTA GACTCAAAAG GTCAGGTCTT GAAGTTGGCT 1080 GAAATCTTCA ATGCTCAAGA TATTTCCTTT AAGCAAATCC TTCAAGATGG CAAAGAGGGT 1140 GACAAGGCGC GTGTCGTTAT CATCACACAC AAGATTAATA AAGCCCAGCT TGAAAATGTC 1200 TCAGCTGAAT TGAAGAAGGT TTCAGAATTC GACCTCTTGA ATACCTTCAA GGTGCTAGGA 1260 GAATAAGATG AAGATTATTG TACCTGCAAC CAGTGCCAAT ATCGGGCCAG GTTTTGACTC 1320 GGTCGGTGTA GCTGTAACCA AGTATCTTCA AATTGAGGTC TGCGAAGAAC GAGATGAGTG 1380 GCTGATTGAA CACCAGATTG GCAAATGGAT TCCACATGAC GAGCGTAATC TCTTGCTCAA 1440 AATCGCTTTG CAAATTGTAC CAGACTTGCA ACCAAGACGC TTGAAAATGA CCAGTGATGT 1500 CCCTTTGGCG CGCGGTTTGG GTTCTTCCAG CTCGGTTATC GTTGCTGGGA TTGAACTAGC 1560 CAACCAACTG GGTCAACTCA ACTTATCAGA CCATGAAAAA TTGCAGTTAG CGACCAAGAT 1620 TGAAGGGCAT CCTGACAATG TGGCTCCAGC CATTTATGGT AATCTCGTTA TTGCAAGTTC 1680 TGTTGAAGGG CAAGTCTCTG CTATCGTAGC AGACTTTCCA GAGTGTGATT TTCTAGCTTA 1740 CATTCCAAAC TATGAATTAC GTACTCGCGA CAGCCGTAGT GTCTTGCCTA AAAAATTGTC 1800 TTATAAGGAA GCTGTTGCTG CAAGTTCTAT CGCCAATGTA GCGGTTGCTG CCTTGTTGGC 1860 AGGAGACATG GTGACCGCTG GGCAAGCAAT CGAGGGAGAC CTCTTCCATG AGCGCTATCG 1920 TCAGGACTTG GTAAGAGAAT TTGCGATGAT TAAGCAAGTG ACCAAAGAAA ATGGGGCCTA 1980 TGCAACCTAC CTTTCTGGTG CTGGGCCGAC AGTTATGGTT CTGGCTTCTC ATGACAAGAT 2040 GCCAACAATT AAGGCAGAAT TGGAAAAGCA ACCTTTCAAA GGAAAACTGC ATGACTTGAG 2100 AGTTGATACC CAAGGTGTCC GTGTAGAAGC AAAATAAAGA ATAGAAGATA GGATGGGGAA 2160 ACTCTTGACC AGAGGGGTTC ATATCCTTTT TGTGAAAAGA AGTTTATACT CAATGAAAAT 2220 CAAAGAGCAA ACTAGGAAGC TAGCCGCAGG CTGCTCAAAA CAGTGTTTTG AGGTTGCAGA 2280 TAGAACTGAC GAAGTCAGCT CAAGACACTG TTTTGAGGTT GCAGATAGAA CTGACGAAGT 2340 CAGTAACCAT ACTACGGTAA GGTGACGCTG ACGTGGTTTG AAGAGATTTT CGAAGAGTAT 2400 TAGTTAAAAA CGTGATAAAG GAGAAATAAA GATGGCAGAA ATTTATCTAG CAGGTGGTTG 2460 TTTTTGGGGC CTAGAGGAAT ATTTTTCACG CATTTCTGGA GTGCTAGAAA CCAGTGTTGG 2520 CTACGCTAAT GGTCAAGTCG AAACGACCAA TTACCAGTTG CTCAAGGAAA CAGACCATGC 2580 AGAAACGGTC CAAGTGATTT ACGATGAGAA GGAAGTGTCA CTCAGAGAGA TTTTACTTTA 2640 TTATTTCCGA GTTATCGATC CTCTATCTAT CAATCAACAA GGGAATGACC GTGGTCGCCA 2700 ATATCGAACT GGGATTTATT ATCAGGATGA AGCAGATTTG CCAGCTATCT ACACAGTGGT 2760 GCAGGAGCAG GAACGCATGC TGGGTCGAAA GATTGCAGTA GAAGTGGAGC AATTACGCCA 2820 CTACATTCTG GCTGAAGACT ACCACCAAGA CTATCTCAGG AAGAATCCTT CAGGTTACTG 2880 TCATATCGAT GTGACCGATG CTGATAAGCC ATTGATTGAT GCAGCAAACT ATGAAAAGCC 2940 TAGTCAAGAG GTGTTGAAGG CCAGTCTATC TGAAGAGTCT TATCGTGTCA CACAAGAAGC 3000 TGCTACAGAG GCTCCATTTA CCAATGCCTA TGACCAAACC TTTGAAGAGG GGATTTATGT 3060 AGATATTACG ACAGGTGAGC CACTCTTTTT TGCCAAGGAT AAGTTTGCTT CAGGTTGTGG 3120 TTGGCCAAGT TTTAGCCGTC CGATTTCCAA AGAGTTGATT CATTATTACA AGGATCTGAG 3180 CCATGGAATG GAGCGAATTG AAGTTCGTTC TCGTTCAGGC AGTGCTCACT TGGGTCATGT 3240 TTTCACAGAT GGACCGCGGG AGTTAGGCGG CCTCCGTTAC TGTATCAATT CTGCTTCTTT 3300 ACGCTTTGTG GCCAAGGATG AGATGGAAAA AGCAGGATAT GGCTATCTAT TGCCTTACTT 3360 AAACAAATAA AACAGAGAGT GGGGCTTCCC ACTTTCTTCA TTTCTAGAAT ATGAATAGAA 3420 GGGATTTATG AAACACCTAT TATCTTACTT CAAACCCTAC ATCAAGGAAT CAATTTTAGC 3480 CCCCTTGTTC AAGCTGTTAG AAGCTGTTTT TGAGCTCTTG GTTCCCATGG TGATTGCTGG 3540 GATTGTTGAC CAATCTTTAC CTCAGGGAGA TCAAGGTCAT CTCTGGATGC AGATTGGCCT 3600 GCTCCTTATC TTTGCAGTAA TTGGCGTTTT AGTGGCCTTG ATAGCTCAAT TTTACTCAGC 3660 AAAGGCAGCA GTAGGTTCTG CTAAGGAATT GACAAACGAT CTTTATCGTC ATATTCTTTC 3720 CTTGCCCAAG GACAGCAGAG ACCGTCTGAC AACTTCTAGT TTGGTCACTC GCTTGACTTC 3780 GGATACCTAC CAGATTCAGA CTGGTATCAA TCAATTCCTG CGTCTCTTTT TACGAGCGCC 3840 CATTATCGTT TTTGGTGCCA TTTTTATGGC TTATCGAATC TCAGCTGAGT TGACTTTCTG 3900 GTTCTTAGTC TTGGTTGCCA TTTTGACCAT TGTCATTGTA GGGTTATCTC GATTGGTCAA 3960 TCCTTTCTAC AGTAGTCTCA GAAAGAAAAC GGACCAACTG GTTCAGGAAA CGCGCCAGCA 4020 ATTGCAAGGG ATGCGGGTTA TTCGTGCTTT TGGTCAAGAA AAACGAGAGT TACAGATTTT 4080 TCAAACCCTT AACCAAGTTT ATGCTAGATT ACAAGAAAAG ACAGGTTTCT GGTCTAGTTT 4140 ATTAACACCT CTGACCTATC TGATTGTCAA TGGAACTCTT CTCGTTATTA TCTGGCAAGG 4200 CTATATTTCA ATTCAAGGAG GAGTGCTCAG TCAAGGTGCT CTCATTGCTC TTATCAATTA 4260 CCTCTTACAG ATTTTGGTGG AATTGGTCAA GCTAGCCATG TTGATCAATT CCCTCAACCA 4320 GTCCTATATC TCAGTCAAGC GAATCGAGGA AGTCTTTGTT GAGGCTCCAG AGGATATCCA 4380 TTCAGAGTTA GAACAAAAGC AAGCTACCAG AGATAAGGTT TTACAAGTCC AAGAATTGAC 4440 CTTTACCTAT CCTGATGCGG CCCAGCCTTC TCTGAGATAC ATTTCCTTTG ATATGACTCA 4500 AGGACAAATT CTAGGTATCA TCGGGGGAAC TGGTTCTGGT AAATCAAGCT TGGTGCAACT 4560 CTTACTTGGA CTTTATCCAG TAGACAAGGG GAACATTGAC CTTTATCAAA ATGGACGTAG 4620 TCCTCTTAAT TTGGAGCAGT GGCGGTCTTG GATTGCCTAT GTACCTCAAA AGGTCGAACT 4680 CTTTAAAGGA ACCATTCGTT CCAACTTGAC TCTAGGTTTC AATCAAGAAG TATCTGACCA 4740 GGAACTCTGG CAGGCCTTGG AGATTGCGCA AGCTAAGGAT TTTGTCAGTG AAAAGGAAGG 4800 ACTCTTGGAT GCTCTAGTTG AGGCAGGGGG GCGAAATTTC TCAGGTGGAC AAAAACAAAG 4860 ATTGTCTATC GCCCGAGCAG TCTTGCGCCA GGCTCCGTTT CTCATCCTAG ATGATGCAAC 4920 CTCGGCACTG GATACCATTA CAGAGTCCAA GCTCTTGAAA GCTATTAGAG AAAATTTTCC 4980 AAACACGAGC TTAATTTTGA TCTCTCAACG AACCTCAACT TTACAGATGG CGGACCAGAT 5040 TCTCCTCTTG GAAAAAGGTG AGTTGCTAGC TGTTGGCAAG CACGATGACT TGATGAAATC 5100 CAGCCAAGTC TATTGTGAAA TCAATGCATC CCAACATGGA AAGGAGGACT AGAATGAAAC 5160 GACAAACTGT AAACCAGACG CTCAAACGTT TAGCCGTAGA TTTAGCAAGC CATCCTTTCC 5220 TCCTTTTCCT AGCCTTTCTA GGAACTATTG CCCAAGTTGG CTTATCAATT TACCTACCTA 5280 TTCTGATTGG GCAGGTCATT GACCAAGTCC TAGTGGCTGG TTCATCACCA GTTTTTTGGC 5340 AGATTTTTCT CCAGATGCTC TTGGTGGTAA TAGGAAATAC TCTGGTACAA TGGGCCAATC 5400 CTCTCCTCTA TAATCGTCTA ATCTTCTCTT ATACCAGAGA TTTACGGGAG CGAATCATCC 5460 ATAAGCTCCA TCGTTTACCG ATTGCCTTTG TAGATAGGCA AGGTAGTGGA GAGATGGTTA 5520 GTCGTGTAAC CACGGACATC GAACAGTTGG CAGCTGGCTT GACCATGATT TTTAACCAAT 5580 TTTTCATTGG TGTTTTGATG ATTTTGGTCA GTATTCTAGC CATGCTCCAA ATTCATCTCC 5640 TCATGACTCT CTTAGTCTTG CTGTTGACGC CACTGTCCAT GGTGATTTCA CGCTTTATTG 5700 CCAAGAAATC CTATCATCTC TTCCAGAAGC AAACAGAGAC GAGGGGAATT CAGACTCAGT 5760 TGATTGAAGA ATCGCTTAGT CAGCAGACTA TAATCCAGTC CTTCAATGCT CAAACAGAAT 5820 TTATCCAAAG ATTGCGTGAG GCTCATGACA ACTACTCAGG CTATTCTCAG TCAGCCATCT 5880 TTTATTCTTC AACGGTCAAT CCTTCGACTC GCTTTGTAAA TGCACTCATT TATGCCCTTT 5940 TAGCTGGAGT AGGAGCTTAT CGTATCATGA TGGGTTCAGC CTTGACCGTC GGTCGTTTAG 6000 TGACTTTTTT GAACTATGTT CAGCAATACA CCAAGCCCTT TAACGATATT TCTTCAGTGC 6060 TAGCTGAGTT GCAAAGTGCT CTGGCTTGCG TAGAGCGTAT CTATGGAGTC TTAGATAGCC 6120 CTGAAGTGGC TGAAACAGGT AAGGAAGTCT TGACGACCAG TGACCAAGTT AAGGGAGCTA 6180 TTTCCTTTAA ACATGTCTCT TTTGGCTACC ATCCTGAAAA AATTTTGATT AAGGACTTGT 6240 CTATCGATAT TCCAGCTGGT AGTAAGGTAG CCATCGTTGG TCCGACAGGT GCTGGAAAAT 6300 CAACTCTTAT CAATCTCCTT ATGCGTTTTT ATCCCATTAG CTCGGGAGAT ATCTTGCTGG 6360 ATGGGCAATC CATTTATGAT TATACACGAG TATCATTGAG ACAGCAGTTT GGTATGGTGC 6420 TTCAAGAAAC CTGGCTCACA CAAGGGACCA TTCATGATAA TATTGCCTTT GGCAATCCTG 6480 AAGCCAGTCG AGAGCAAGTA ATTGCTGCTG CCAAAGCAGC TAATGCAGAC TTTTTCATCC 6540 AACAGTTGCC ACAGGGATAC GATACCAAGT TGGAAAATGC TGGAGAATCT CTCTCTGTCG 6600 GCCAAGCTCA GCTCTTGACC ATAGCCCGAG TCTTTCTGGC TATTCCAAAG ATTCTTATCT 6660 TAGACGAGGC AACTTCTTCC ATTGATACAC GGACAGAAGT GCTGGTACAG GATGCCTTTG 6720 CAAAACTCAT GAAGGGCCGC ACAAGTTTCA TCATTGCTCA CCGTTTGTCA ACCATTCAGG 6780 ATGCGGATTT AATTCTTGTC TTAGTAGATG GTGATATTGT TGAATATGGT AACCATCAAG 6840 AACTCATGGA TAGAAAGGGT AAGTATTACC AAATGCAAAA AGCTGCGGCT TTTAGTTCTG 6900 AATAAGCCAT TCTCTTTTGA AAGTTTATGG ACGAAAAAAG TTGCCTTCGA GTGACTTTTT 6960 TGTTACAATA GCTAGAAAAA TTGTTCACTG TAATACTCAA TGAAAATCAA AGAGCAAACT 7020 AGGAAGCTAG CCGTAGGTTG CTCAAAGCAC AGCTTTGAGG TTGTAGATAA GACTGACGAA 7080 GTCAGTTCAA AACACTGTTT TGAGGTTGCA GATAGAACTG ACGAAGTCAG CTCAAAACAC 7140 TGTTTTGAGG TTGCAGATAG AACTGACGAA GTCAGCTCAA AACAGG 7186 (2) INFORMATION FOR SEQ ID NO : 40 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 14273 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 40 : CTGAAAATTC TAAAAAATTT ATAAGTAAGG AATTAATTAG TTATTTTTGT GATAAAGTTT 60 ATGATGAAAT ATTTGTTGAA GAGGTAGTTC CGCACGTTTT TCTGCCATAT GAATCTGACT 120 TACTTCTTAT TTTACCAGCT ACGGCAAATG TGATTGGCAA AATTGCTAAT GGTATTGCTG 180 ATGATTTAGT TACAGCAACT GTTTTAAACT TTAATAAAAA AATAATTTTT TGTCCCAATA 240 TGAACTCTAC TATGTGGGAC AATCACATAG TTCAAAGAAA TGTATCAATT CTAAAGGAGT 300 TGGGACATAT ATTTTTATTT GAGTCTAAAA AAACATATGA GGTAGGATTG CGTAAAGCAA 360 TAGATTCAAC ATGTTCAATG TTACAACCAC AGTCGTTAGT AAAAGAACTT ATCAAATTAG 420 AAAATATTGT CCTTGAAGAG GGACATTAAA AACTACTGAG AATATTAATG AGGGGAAAAA 480 ATGGAAAATT CATCAATCGA TGTAGATATG CTGTTGGAAG AATTGACACA AGAAGCAATG 540 GTCGTTGTTG CTGTTGATAA GGACTGTTAA TTTAAACTTA TGGCAATATA TGAAAGGTTA 600 CTGGATGTTT TAAATTATGC AGGCAGTAGC CTTTTATTAT ATACAAATGG ATAAAGTAAG 660 GATAATACAA TGATTAATAA AAAAATACAA CAAGTTGTTT TGGAATCATT ACAGAATTTT 720 TTGAATGGGA ACTTCATTTC GCCTTGTGTA GTCTATGATT TTGGCTTGCT GGAAACTGTA 780 CTTGATGAAT TTAAAAATCA AATTCCTGTA ACATTCAATT ACCAACTTTT TTATGCCGTT 840 AAAGCAAATT CAAATGAGAA GATACTTGAA TTCTTAGTAG ATAAAATTGA TGGAGTTGAT 900 GTGGCGTCAT TATCTGAATT AGATGTGGCT AAAAAATTTT TCCCACCAAC TCAAATTTCT 960 GTTAATGGTC CCGCATTTTC TTATGAAACT TTATATAATC TGATTAAAAA ACAATATAAA 1020 GTTGATATTA ACTTTTTGGA ACATCTTCAA CAATTTTCCC CAAAAGAATC TGTTGGAATA 1080 AGAGTAACGG AGCCAGATGA ACTTAATAAT CGTATGAGTC GATTTGGAAT AAATATTTGC 1140 AGTGATAATT GGACTAGTAA TTTACAAAAT CCTTTAATTA CACGACTGCA TTTTCATTTT 1200 GGAGAAAAAG ATGATAAATT TATTGTTAAG TTAGATAAAA TATTATTTAA GTTACAAGAA 1260 ATTAATAAAC TTAGAGAGGT TAGAGAAATA AATCTTGGAG GCGGTTTTAT GAAATTATTT 1320 ATGGAAAATC GTTTGAAAGA ATTTTTTCTA TCACTTATGG AAATCTATAA AAAGTACGAT 1380 ATTGATAGTA CTGTGACTAC AATAATAGAA CCAGGTAGTG CAATTACTTC ATTTTCTGCC 1440 TATATGATTA CTAGCCCAGT TAATGTTAGT GAGGTGAATG AGCAGCAGGT TATCACGTTA 1500 GACACATCAA TATACACCAA TACATTATGG TTTGTTCCGC ATATTATTAC AACGTTAAAT 1560 TCAAGTAGTA AAGAGCGTTA TAGTACTATT CTCTATGGTA ATACCTGTTA TGAACATGAC 1620 AAGTATAAAA TGAAAGTTTC GCTTCCAAGG TTAACTCAAA ATAGCAGTAT AGTGTTTTTT 1680 CCTGTAGGAG CTTATATAAA AAGCAATCAT TCAAATTTAC ATCGTAATGA TTTTATGCGG 1740 GAGGTATATT TGTGGACAAA AAACTTGACA TATTAGATAA AGTTAAGGAA TATTTAGGAA 1800 ATAAAACTAC TCAAATTCTG GATAATCAAT ATAAAGAATT TTTGAAACTT AATGATATAA 1860 GGCGAGCGTT TGGTATTTCA GAAAAAGTAT TAAACAATTC TTTTAATTTT ACGAGTAAAG 1920 AATTTAATGA. TTTAATTAAT AACGAAAATT ATTTATTCGA ATATGCATGT AGAATTAGAG 1980 AGGAATGGAG AAAAAAATGC TTTAATCATT CTTATCGTTT TCTATGCTCA CCTATAATTA 2040 CAGATGATTT TCTTAACACG AAGACATTGA GAAGTAGCCA AATTGAATAT AAATATGAGC 2100 GATATTTATC GAAAAGTTCG ATAGGCGATA GAGCGGTTGA TGGCTTTGTT TCCTTCAATA 2160 CTTTAACAGC TAATGGTATG TCTGCTATTA AACTATGTCT TGAGATATTA AACTCTATTT 2220 TCTTCAAGAA GAAGATTGAT TTATTATATT CAACCGGATA TTATGAAACA AGATTTTTAT 2280 TAAATAATCT TGCTAAATCA GGTATTAGTT GCTATGAGGT AAGTAATTGT GAATTGGATA 2340 AAGATAAATT TTATAATGTA TTCATGATGG AACCCAATCG AGCCGATTTA ACATTACAAA 2400 AAACTGATTT CAAGATAGTA GAATATTTTG TTAAGTATAA AAATAATTCA ATAAAAGTCG 2460 TTATTTTAGA TATTTCATAT CAAGGTTCTA ATTTTAAATT AGTAGAATTT TTAGAGAAAT 2520 TTAAATTTGC GAATGTAATT ATTTTTGTGG TACGATCTTT GATAAAATTA GATCAAATGG 2580 GATTAGAATT GACAAATGGG GGAATAATAG AAGTGTTTAT TCCTAATCAT TTGAGAAAGT 2640 TGAAAAATTT TATTGAAGAG GAATTCAATA AATTTAGAAA TTCTCACGGA GCTAATCTAA 2700 GCCTCTATGA ATACTGTTTG CTTGATAATT CTTTAACTTT AAAAAATGAT TGGAACTATT 2760 CTGATTTAGT TATGAAATTT ACGAGTAATT TTTATGCTGA TATAAAAGAC TTGTTCATGG 2820 AAAATTCTGA TATTGAAATC ATCCATGAAG AGGGAGTACC TTTTGTATTT TTAGATTTAA 2880 TAGGTGAAGG TAAAAAAGAA TATGAAATGT TTTTTCAATG GTTAAACTTC TTTTACAAAC 2940 AGCTTGGAAT CACATTGTAT GCTAGAAATA GTTTTGGGTT TCGGAATCTA ACAGTAGAGT 3000 ATTTTGGAAT TATTGGGACA GAAAGATATA TATTTAAGAT TTGTCCAGGT GTTTATAAAG 3060 GGTTAAGTTA TTATTTGATG AAATTTTTAT TAAAATCTTT TTCAAATGAA TATTTAAAAA 3120 CTACTGATGA GGTTAATAGA TGAAAAATTT GATAAAGTTG CTAATAATTA GATTGATTGT 3180 TAACTTAGCA GACAGTGTAT TTTATATAGT AGCATTGTGG CACGTTAGCA ATAATTATTC 3240 TTCGAGCATG TTCTTAGGAA TATTTATTGC AGTAAATTAT CTACCGGATT TGTTACTAAT 3300 CTTTTTTGGA CCAGTTATTG ACAGAGTAAA TCCGCAAAAA ATTCTTATAA TATCAATTTT 3360 GGTTCAATTA GCAGTGGCTG TAATATTTTT ATTATTATTA AACCAAATAT CATTTTGGGT 3420 GATAATGAGT CTAGTGTTTA TTTCAGTAAT GGCTAGCTCC ATAAGTTACG TGATAGAAGA 3480 TGTGTTGATT CCTCAAGTGG TAGAATATGA TAAGATTGTA TTTGCAAATT CTCTTTTTAG 3540 TATTTCGTAT AAAGTATTAG ATTCTATTTT TAATTCATTC GCATCATTTT TACAGGTGGC 3600 AGTAGGATTT ATTTTATTGG TTAAGATAGA TATAGGCATA TTTTTACTTG CTCTATTTAT 3660 ATTGTTGTTG TTAAAATTTA GAACTAGCAA TGCGAATATA GAAAACTTCT CTTTCAAATA 3720 TTACAAGAGA GAAGTGTTGC AAGGTACAAA GTTTATTTTA AATAATAAAT TATTATTTAA 3780 AACCAGTATT TCTTTAACGC TTATAAACTT TTTTTATTCA TTTCAGACAG TAGTTGTACC 3840 GATTTTTTCT ATTCGATATT TTGATGGTCC GATTTTTTAT GGTATTTTTT TAACTATTGC 3900 TGGTTTGGGT GGTATATTGG GAAATATGCT AGCGCCAATC GTAATAAAAT ATTTAAAATC 3960 GAATCAAATT GTTGGTGTAT TTCTTTTTTT GAACGGCTCA AGTTGGTTAG TAGCAATTGT 4020 TATAAAAGAC TATACTTTAT CACTTATTTT ATTTTTCGTT TGTTTTATGT CTAAAGGAGT 4080 CTTCAATATT ATTTTTAATT CGTTGTACCA ACAAATACCT CCACATCAAC TTCTTGGTAG 4140 GGTAAATACT ACCATTGATT CTATTATTTC TTTTGGAATG CCAATTGGTA GTTTAGTTGC 4200 AGGAACGCTT ATTGATTTGA ATATTGAATT AGTGTTAATT GCTATTAGCA TACCTTATTT 4260 TTTGTTTTCT TATATTTTTT ATACGGATAA TGGATTGAAA GAATTTAGTA TATATTAGAA 4320 ATGTTTATGT TCATTCAAAA GCATAATGAC TATAACTGAA AAAGAAAAGT GATATCTTTA 4380 AGGTTGTTCT TCTTGGTGGT GAGATTCGTG AGACAACCCA AGCTTTTGTC GGAAAGATTA 4440 CCAATGCTTT GATGGATAGG ATGTACTTTA GCAAGATGTT TTTAGTGGTA ACGGTATCGT 4500 GGATGGACGT GTAATAACCT CTTCTTTCGA GGAGTATTTT ACTAAAAAAC TAGCCTTGGA 4560 GCGTTCCCCA GAAACGGACT TACTCATTGA CTCTTCAAAG ATTTGGGGAG AAGATTTTGC 4620 TTCATCTGTT CCTTGAAAAA AGTCACAGCA GTCATCACAG ACGATAGTAC TGAACAAAAC 4680 TATGAAGAGT TAGAAATTTA TACGCAGGTG ATTGTATAAA GGATCTGGAA ATAGATAAGA 4740 AGTTGATTAG TATTGACCTA GGTGGTACAA ATATTAAGAT TACTGTTCTT TCAAATGACG 4800 GTGAGATTGA AACTTTGTGG AGTATTACAA CAGATACAAG TGAGAAAGGT TCTCAAATTA 4860 TATCGGACAT CATCAGTTCT ATTAAAAATA AATTGACCGA ACGGAATATT CCTGATAGCG 4920 ACCTTCTTGG AATCGGTATG GGAAGTTGCT CATCATACTT TCCTTGTAAA TCATAGGGGC 4980 TATAAACTCT CCGTCTACTT GTCCTGCAAC AATTGAAGTC TGCTCAAAAC GCCGTCCGC'I'5040 AATCTTTTCA TAGACTTTCT CCCTTTTAGG AGCCTAGCTT TCTAGTTTGT TCTTTGATTT 5100 TTATTGAGTA TACCACTATT TTACTCCCTC TGGCAAGGGA CTTTGTCTAT GTGGAGGGAT 5160 TGGGCTCCTA TGTGGTGGAG CTTTTCTGTT CTTTCTGAAA TATGGTATAA TAGCACTAAT 5220 CAATTTCTAG GAAAATAGAT ACAGAAAGGG GCTGAAAGAT GTCTCATATT ATTGAATTGC 5280 CAGAGATGCT GGCAAACCAA ATCGCGGCTG GAGAGGTCAT TGAACGTCCT GCCAGTGTGG 5340 TCAAAGAGTT GGTAGAAAAT GCCATTGACG CGGGCTCTAG TCAGATTATC ATTGAGATTG 5400 AGGAAGCTGG TCTCAAGAAG GTTCAAATCA CGGATAACGG TCATGGAATT GCCCACGATG 5460 AGGTGGAGTT GGCCCTGCGT CGCCATGCGA CCAGTAAGAT AAAAAATCAA GCAGATCTCT 5520 TTCGGATTCG GACGCTTGGT TTTCGTGGTG AAGCCTTGCC TTCTATTGCG TCTGTTAGTG 5580 TCTTGACTCT GTTAACGGCG GTGGATGGTG CTAGTCATGG AACCAAGTTA GTCGCGCGTG 5640 GGGGTGAAGT TGAGGAAGTC ATCCCAGCGA CTAGTCCTGT GGGAACCAAG GTTTGTGTGG 5700 AGGATCTCTT TTTCAACACG CCTGCCCGTC TCAAGTATAT GAAGAGCCAG CAAGCGGAGT 5760 TGTCTCATAT CATTGATATT GTCAACCGTC TGGGCTTGGC CCATCCTGAG ATTTCTTTTA 5820 GCTTGATTAG TGATGGCAAG GAAATGACGC GGACAGCAGG GACTGGTCAA TTGCGCCAAG 5880 CAATCGCAGG GATTTACGGT TTGGTCAGTG CCAAGAAGAT GATTGAAATT GAGAACTCTG 5940 ACCTAGATTT CGAAATTTCA GGTTTTGTGT CCTTGCCTGA GTTGACTCGG GCTAACCGCA 6000 ATTATATCAG CCTCTTCATC AATGGCCGTT ATATTAAGAA CTTCCTGCTC AATCGTGCTA 6060 TTTTGGATGG TTTTGGAAGC AAGCTTATGG TTGGACGTTT TCCACTGGCT GTCATTCACA 6120 TCCATATCGA CCCTTATCTA GCGGATGTCA ATGTGCATCC AACTAAGCAA GAGGTGCGGA 6180 TTTCCAAGGA AAAAGAACTG ATGACTCTGG TTTCAGAAGC TATTGCAAAT AGTCTCAAGG 6240 AACAAACCTT GATTCCAGAT GCCTTGGAAA ATCTTGCCAA ATCGACCGTG CGCAATCGTG 6300 AGAAGGTGGA GCAAACTATT CTCCCACTCA AAGAAAATAC GCTCTACTAT GAGAAAACTG 6360 AGCCGTCAAG ACCTAGTCAA ACTGAAGTAG CTGATTATCA GGTAGAATTG ACTGATGAAG 6420 GGCAGGATTT GACCCTGTTT GCCAAGGAAA CCTTGGACCG ATTGACCAAG CCAGCAAAAC 6480 TGCATTTTGC AGAGAGAAAG CCTGCTAACT ACGACCAGCT AGACCATCCA GAGTTAGATC 6540 TTGCTAGCAT CGATAAGGCT TATGACAAAC TGGAGCGAGA AGAAGCATCC AGCTTCCCAG 6600 AGTTGGAGTT TTTCGGACAA ATGCACGGGA CTTATCTCTT TGCCCAAGGG CGAGATGGAC 6660 TTTACATCAT AGATCAGCAC GCTGCTCAGG AACGGGTCAA GTACGAGGAG TACCGTGAAA 6720 GCATTGGCAA TGTTGACCAA AGCCAGCAGC AACTCCTAGT GCCCTATATC TTTGAATTTC 6780 CTGCGGATGA TGCCCTGCGT CTCAAGGAAA GAATGCCTCT CTTAGAGGAA GTGGGCGTCT 6840 TTCTAGCAGA GTACGGAGAA AATCAATTTA TTCTACGTGA ACATCCTATT TGGATGGCAG 6900 AAGAAGAGAT TGAATCAGGC ATCTATGAGA TGTGCGACAT GCTCCTTTTG ACCAAGGAAG 6960 TTTCTATCAA GAAATACCGA GCAGAGCTGG CTATCATGAT GTCTTGCAAG CGATCTATCA 7020 AGGCCAATCA TCGTATTGAT GATCATTCAG CTAGACAACT CCTCTATCAG CTTTCTCAAT 7080 GTGACAATCC CTATAACTGT CCTCACGGAC GTCCTGTTTT GGTGCATTTT ACCAAGTCGG 7140 ATATGGAAAA GATGTTCCGA CGTATTCAGG AAAATCACAC CAGTCTCCGT GAGTTGGGGA 7200 AATATTAAAA GTATAAAAAA GTCTGGGAAA AATTTTCAAA ATCAAAAAAA CGCATAAAAT 7260 CAGGTGTTCA AAAACCTTGA TTTTATGCGT TTTATCATGG AAATAGTTAC TTCATTTTTT 7320 CCTAATTCTT TTCGAAACTC TTTTTAAACG ACGTCAGTTT TATCAGTAAT CTCAAAACAG 7380 TGTTTTGAGC TAATTTTGCC AGTTTTGTCT GTAACATCGA AGTTGTGTTT TACCACTCTG 7440 CGACTGGTTT CCTAGTTTGC TCTATGATTT TCACAGAGCA TTAAATTGCG ATTTTGCCAA 7500 GTTTCTTTAT TCGTCTAAAA GTAGAGTCTG TTCTATGCGT CTAATGTACG AATCAGGTTG 7560 ACCATTTCAA TAGCTCCTTG TGCACACTCA GAACCCTTAT TTCCTGCTTT AGTACCAGCT 7620 CGTTCTATGG CTTGTTCAAT TGTATCTGTC GTTAGCACAC CAAACATAAC AGGAATTTCG 7680 CTATTTAAAC TGATTTGGGC GATTCCCTTA GATACCTCGC TACATACATA ATCATAATGA 7740 CTTGTATTCC CTCTAATGAC AGCTCCCAAG CAGATAATTG CATCATATTT TTTACTTTTT 7800 GCCATTTTTG ATGCAATCAG TGGTATTTCA AAAGCTCCTG GAACCCAGGC TACCTCTATA 7860 TCTTTCTCGT TTACATTCTC TCTTTTGAGA TTATCTAGTG CTCCAGATAA TAATTTTGAA 7920 GTTATAAATT CATTAAATCT CGCTACAACA ATACCTATTT TAATATTGTT TGCTACTAAA 7980 TTACCTTCAT AAGTGTTCAT TTATTTTTCC TCCATATTTA AAATGTGACC CATTCGATTT 8040 TTCTTTGTTT CTAAATAAAA ACTATCGTAA GGATTGGCTT CTATTTCGAT TGATATTCTA 8100 CTGGAAATGG TAATTCCATA TTTTTCTAAC TGTTCAACCT TGTCAGGATT ATTTGTCAGT 8160 AAATGAAGTG ACTGAAGTCC CAGATCTTTA AGCATTTTTG CTCCAATATG ATATTCTCTT 8220 AAATCACCTT CAAAGCCTAA TGCAAGATTG GCATCAAGCG TATCCATGCC TTGATCTTGT 8280 AAATGATAGG CTTTTAATTT ATTGATAAGT CCAATTCCTC GTCCCTCCTG TCGCAAGTAA 8340 AGTAAGACAC CCGAACCATT CTCAACAATC ATTTTCATAG CCTTATCGAA TTGCTGTCCA 8400 CAATCGCAAC GTAAAGAGCC TAAAACATCT CCTGTTAAAC ATTCGGAGTG GACCCGACAT 8460 AATACATTGG CTTCATCCTC TATATTTCCC ATAATAAGAG CAAGATGATG TTCCCCATTT 8520 AGTTTATCTA TATAGCTAAT TGCTTTGAAA TTACCGTATC TAGTAGGCAT ATTGACAGTT 8580 GAAACTCGTT CTACCAGCTG ATCATATACT TTTCTATATT CTTGTAATTC TTTGATGGTA 8640 ATTAGTGGAA TGTTGTGTTT TTTCGAGAAC TGAATTAAAT CATCTGTTCT CATCATTTTG 8700 CCATCATGAT TCATTATTTC ACAACATAGG CCACACTCTT TTAGTCCAGC TAATTTTAAT 8760 AAATCAACAG TTGCTTCTGT GTGTCCATTT CTTTCTAGGA CACCACCTTT TTTTGCAATT 8820 AAAGGAAACA TGTGTCCTGG CCTGCGAAAA TCAGAGGGTG TTATATCTTC AGCTACACAC 8880 ATACGTGCGG TCAGTCCTCT TTCCTCGGCA GAAATACCTG TGGTCGTTTC TTTATAATCA 8940 ATTGAAACTG TAAAAGCAGT CTTATGATTA TCTGTATTGT TTTCAACCAT AGGTGAAAGC 9000 ATTAATTGAT TAGCTAAACT TTCGCTCATA GGCATACAAA TTAATCCTTT GGCATAAGTA 9060 GCCATAAAAT TAACATTTTC TGTTGTAGCT GCTTGTGCAG AACAAATTAA GTCTCCTTCA 9120 TTTTCTCTAT CCTTGTCGTC TATAACAAGA ACAAGTCGTC CCTTCTGCAA TGCTTCTAAT 9180 GCTTCTTGTA TTTTTCGATA TTCCATTGAC TGATTATCCT TTCTGCTAAA ATCCATTTTG 9240 ATATAATAGT TCCTTAGATA TTTCTGATTT TGGAGAGTTA TCCATCAGTT TTTGCACATA 9300 TTTACCTAAG ATATCATTTT CAAGATTTAC TGTACTCCCG ACTTGTTTAC TCTTAAGAAT 9360 GGTTTGTTCC AAGGTATGAG GGATAACAGA TACTGAAAAG TTTACTTTGG AGACTTTAGC 9420 GACAGTCAGA CTAATGCCGT CAATTGTAAT AGATCCTTTT TCAACTATTA AATCTAAAAT 9480 TTCTTTTTGT GTGTTGATTT GATACCATAC AGCATTATCA TCTTTTTTTA TTGACGAGAT 9540 TTTTCCTGTA CCATCAATGT GTCCTGTAAC GACGTGACCC CCAAGTCGAC CGTTGACAGA 9600 TAAGGCTCTT TCTAGATTCA CCTCACTTCC ATGTTTTAAT AGAGTAAGAG CTGTTCGACT 9660 CCATGTTTCA TTCATTACAT CAACTGTAAA GGATTGATGA TTGAAATGAG TAACTGTAAG 9720 ACAGATACCA TTTACTGCTA TACTATCGCC TAAATGGATA TCCGTTAATA TTTTTGAGGC 9780 TTTAATTGAT AGTTTACAAT TACGAGAGTC TTTCTGTATT CTTTCAACTT TTCCGATTTC 9840 TTCAATTATT CCTGTGAACA TGGATAAATC ACTTCACTTT CTATGAGATA GTCATTTCCT 9900 ATTTGAGAAA ATGCATAAGG TTTCAATCTA ATAGCGTCAT TTGGCAAAGA AATACCTTCA 9960 CCTCCGACAG GAAACTTGGC ACTACCTCCA AAAACTTTTG GTGCAATATA TATTTTCAGC 10020 TCATCAACAA TTTGTTGTTC CAAAGCACTC CAATTCATTA GACTGCCCCC TTCTAGAACT 10080 AGGCTATCAA TCTGCATGTT TCCTAGATGT TGCATTAAAC TCGATAAGTC TATATGATTG 10140 CCTTTTTTCT TTATGGAAAG TATTTCACAG CCATGATTTT GATATAGCTT CATTTTATTT 10200 TTGTCTTCAG AGGAAGTGGC AATGTAAGTT TTAATATCAT TTGCTGTTTT TACGATTTTA 10260 GAGGTAAGAG GAGTTCGTAA ATGTGTATCG CATATGATAC GGATAGGATT TTTCCCTTCC 10320 TCCAATCTAC ATGTCAGCAA AGGATCGTCT TGAATAACAG TATTGACTCC CACCATAATT 10380 GCACTAACAT GGTGTCGTAA CTGATGCACA TGCTTTCTTG CTTCTTCTTC AGTAATCCAT 10440 TTGGATTGAT TTGTTTTAGT GGCTATTTTT CCATCCATTG ACATTGCATA TTTCATAAAA 10500 ACATAGGGTA CATGCTGGGT AATATACTTT CTAAAACTTT TTATTAAGTT AAGACACTCA 10560 TTTTCTAAAA TTCCAACAGT AACTTGAAGA TTATTTTCCT CAAGTATCTT TACTCCTTTT 10620 CCAGATACAA TAGGATTACA GTCTAGGCTT CCAATGACTA CTCTTGTAAT ACCACTATCG 10680 ATTATAGCAT CTATACAGGG AGGTGTTTTC CCGAAGTGAC AACAGGGTTC AAGTGTTACA 10740 TAAAGCGTCG CTCCGACAGG GGATTCTCTA CAGTTTTTAA GAGCATTTCT CTCAGCATGT 10800 GGGCCACCAA AAAACTCATG ATAACCTTGT CCGATAATGT GATTATCTTT TACAATAACT 10860 GCGCCGACCA TAGGATTGGG ATTGACGTAA CCAGCCCCTT TTTGTGCCAG TTTTATTGCT 10920 AATTTCATAT ATTTTGAATC GCTCATCTCG CTACCTCCAA AAAAATATAC CTTGAATAGG 10980 GGACTACTCA AGGCATACAA AAGAAAACTT ATGCGATTAA CAAAAATGCT CTGAAATGAC 11040 AAGTAATCAT TTCAGAGCAC GCAAAAAGCA CAAATATACT TTTATCTTCT TTCATCCAGA 11100 CTATACTGTC GGCTTTGGAA TTTCACCAAA TCATGCCTTT CGGCTCGTGG GCTATACCAC 11160 CGGTAGGGAA TTTCACCCTG CCCTGAAGAT AGTTATTCAA TTACAGATGA TTATAGTACT 11220 TAATTTTGAA TATGTCAACA GATAAATACC GATTGTTTTT GATATACTGT ATTTGTGATA 11280 ATCGATTCTC GCTCCTCGGA TAAAGAAAAT ATGATATACT AGATAAACGA AATAAGAGAG 11340 AAGGAATACT ATGTACGCAT ATTTAAAAGG AATCATTACC AAAATTACTG CCAAATACAT 11400 TGTTCTTGAA ACCAATGGTA TTGGTTATAT CCTGCATGTG GCCAATCCTT ATGCCTATTC 11460 AGGTCAGGTT AATCAGGAGG CTCAGATTTA TGTGCATCAG GTTGTGCGTG AGGACGCCCA 11520 TTTGCTTTAT GGATTTCGCT CAGAGGATGA GAAAAAGCTC TTTCTTAGTC TGATTTCGGT 11580 CTCTGGGATT GGTCCTGTAT CAGCTCTTGC TATTATCGCT GCTGATGACA ATGCTGGCTT 11640 GGTTCAAGCC ATTGAAACCA AGAACATCAC CTACTTGACC AAGTTCCCTA AAATTGGCAA 11700 GAAAACAGCC CAGCAGATGG TGCTGGACTT GGAAGGCAAG GTAGTAGTTG CAGGAGATGA 11760 CCTTCCTGCC AAGGTCGCAG TGCAAGCAAG TGCTGAAAAC CAAGAATTGG AAGAAGCTAT 11820 GGAAGCCATG TTGGCTCTGG GCTACAAGGC AACAGAGCTC AAGAAAATCA AGAAATTCTT 11880 TGAAGGAACG ACAGATACAG CTGAGAACTA TATCAAGTCG GCCCTTAAAA TGTTGGTCAA 11940 ATAGGAGCAG AGAATGACAA AACGTTGTTC GTGGGTCAAG ATGACCAACC CGCTCTACAT 12000 CGCCTATCAT GATGAGGAGT GGGGCCAGCC CCTCCATGAT GACCAAGTAT TGTTTGAGI'T 12060 GTTGTGTATG GAAACCTATC AGGCAGGCCT GTCTTGGGAA ACGGTACTCA ACAAACGCCA L2120 AGCTTTCCGA GAAGTCTTTC ATAGCTATCA AATTCACTCA GTCGCAGAGA TGACTGACAC 12180 TGAATTGGAA GCCATGCTGG AGAATCCAGC TATCATTCGA AATAGAGCCA AGCTTTTTGC 12240 TACACGCGCT AACGCCCAAG CCTTTCTACA GTTACAGGCA GAGTACGGCT CTTTTGATGC 12300 CTATCTTTGG TCTTTTGTTG AGGGGAAAAC TGTCGTTAAC GATGTTCCTG ATTATCGCCA 12360 AGCGCCAGCT AAAACACCCT TATCTGAGAA ATTAGCCAAA GATCTCAAAA AACGAGGCTT 12420 CAAGTTCACA GGCCCAGTCG CCGTATTGTC TTTTCTACAG GCTGCAGGGC TAGTTGATGA 12480 CCACGAGAAT GATTGTGAGT GGAAAGGTCT TAAATGATGT CTAACAAAAA TAAGGAAATT 12540 CTGATTTTTG CGATTCTCTA TACAGTCCTC TTTATGTTTG ATGGCGTTAA ATTGCTGGCT 12600 TCTTTAATGC CATCTGCCAT TGCAAATTAT CTTGTTTATG TAGTTTTAGC TCTATATGGC 12660 TCCTTCTTGT TCAAGGATAG ATTGATCCAA CAATGGAAGG AGATTAGAAA GACTAAAAGA 12720 AAATTCTTCT TTGGAGTCTT AACAGGATGG CTCTTTCTCA TTCTGATGAC TGTTGTCTTT 12780 GAATTTGTAT CAGAGATGTT GAAGCAGTTT GTGGGACTAG ATGGACAAGG TCTAAATCAG 12840 TCTAATATTC AAAGTACCTT TCAAGAACAA CCACTACTGA TAGCTGTTTT TGCTTGTGTC 12900 ATTGGACCTC TGGTAGAAGA ATTATTTTTC CGTCAGGTCT TATTGCATTA CTTGCAGGAA 12960 CGGTTGTCAG GTTTACTAAG CATTATTCTG GTAGGACTTG TTTTTGCTCT GACTCATATG 13020 CACAGTTTGG CTCTATCAGA GTGGATTGGT GCAGTTGGTT ACTTAGGTGG AGGCCTTGCC 13080 TTTTCTATTA TTTATGTGAA AGAAAAAGAG AATATCTACT ATCCCCTACT TGTTCACATG 13140 TTAAGCAACA GCCTCTCCTT AATCATTTTA GCTATCAGTA TAGTAAAATG AAATGAGAAC 13200 AGGACAAATC GATTTCTAAC AATGTTTTAG AAGTAGAGGT GTACTATTCT AGTTTCAATA 13260 TACTGTAATA TGTGATGAAA ATGCCAGTAA TGATACCGAG AAAAAAGCTG AGAAACTTTT 13320 CCCAGCTTTA TTTGTTATAG TCAAAGAGAA TGACTTGTTC CTGTGCATCT ACATGAGCAT 13380 GGACCCCAAA GGGTACAATT GCTCTTGGAG TTGCGTGGCC GACATTCAGA TTATAGACAA 13440 TCGGGATATT GCTGTCAATG ATATCCAATA GTGCCTCTTT ATAGTCGTCA TGGAAAGTTT 13500 CATCCATAGG TTTTCCGACC AAGAGTCCAT TGATGACCGC GAATATGCCA GTGTCCTTTA 13560 AAGTTAGCAA CATCTTTTTG AAGTCTTCTG GCTTAGGCTT TTCTTCGCTT GTTTCGAGCA 13620 AGAGGATTTT CCCTTCCCAG TCTGACAAGT CAGGGAAAAG TTTGTATTTT TGGCAGAGTT 13680 CCGTGCTATC TGCGTATCGA GAGTTGTCAA AGATATCGTA GAGGGATTCG AGGCAACCAC 13740 CGAGGATTTT CCCCTCGAAC TGGGCACTTC CTTGCAACAA GTCAAAACCT GTATTTGTAT 13800 GACTGACACG AGGTGTTCCC AGGGCCGTGG GACTAAAATC AGTTCGTTCC TCATACCAAA 13860 CGTCACTAGG GCGGATTTCT GAAATTCTTC CCGTCTCAAT CAATTCTTTA AAGTAGTGAA 13920 GGCTATAGGC TAGCATTTCT TTGTCTAATT CACAAATGTC TGCTAAAAAG GATTGACCAT 13980 AAAAAGTCTT GATTCCTAAT TTATGCAACA TGAGGTGGTT CATGGTTGTA TCCGAGAAGC 14040 CAAGAAAAAT TTTTTGCTTG ATAACCTTTT GGAGTTGGTC ATTTTCAAAA AGATAAGGTA 14100 GCAAGCGATA GGTATCGTCT CCACCGATGG CACATAGGAT CATGTCGATG CTATCATCAG 14160 AAAAGGCATG AATCAAATCC TCTGCACGAG CTTCAGGATG GTCCTTGATA AAGTCTAATC 14220 CTTTTAACGA ATGGGGCAAA AAGATGGGAT TGGTCCCAGA TCCTTGAGAC GTT 14273 (2) INFORMATION FOR SEQ ID NO : 41 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9828 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 41 : GTGAAGTGCG GCAAAAGGTG CAAGTGATGA GCTCAGGTTC TTTAGCTCTT GACATTGCCC 60 TTGGCTCAGG TGGTTATCCT AAGGGACGTA TCATCGAAAT CTATGGCCCA GAGTCATCTG 120 GTAAGACAAC GGTTGCCCTT CATGCAGTTG CACAAGCGCA AAAAGAAGGT GGGATTGCTG 180 CCTTTATCGA TGCGGAACAT GCCCTTGATC CAGCTTATGC TGCGGCCCTT GGTGTCAATA 240 TTGACGAATT GCTCTTGTCT CAACCAGACT CAGGAGAGCA AGGTCTTGAG ATTGCGGGAA 300 AATTGATTGA CTCAGGTGCA GTTGATCTTG TCGTAGTCGA CTCAGTTGCT GCCCTTGTTC 360 CTCGTGCGGA AATTGATGGA GATATCGGAG ATAGCCATGT TGGTTTGCAG GCTCGTATGA 420 TGAGCCAGGC CATGCGTAAA CTTGGCGCCT CTATCAATAA AACCAAAACA ATTGCCATTT 480 TTATCAACCA ATTGCGTGAA AAAGTTGGAG TGATGTTTGG AAATCCAGAA ACAACACCGG 540 GCGGACGTGC TTTGAAATTC TATGCTTCAG TCCGCTTGGA TGTTCGTGGT AATACACAAA 600 TTAAGGGAAC TGGTGACCAA AAAGAAACCA ATGTCGGTAA AGAAACTAAG ATTAAGGTTG 660 TAAAAAATAA GGTAGCTCCA CCGTTTAAGG AAGCCGTAGT TGAAATTATG TACGGAGAAG 720 GAATTTCTAA GACTGGTGAG CTTTTGAAGA TTGCAAGCGA TTTGGATATT ATCAAAAAAG 780 CAGGGGCTTG GTATTCTTAC AAAGATGAAA AAATTGGGCA AGGTTCTGAG AATGCTAAGA 840 AATACTTGGC AGAGCACCCA GAAATCTTTG ATGAAATTGA TAAGCAAGTC CGTTCTAAAT 900 TTGGCTTGAT TGATGGAGAA GAAGTTTCAG AACAAGATAC TGAAAACAAA AAAGATGAGC 960 CAAAGAAAGA AGAAGCAGTG AATGAAGAAG TTCCGCTTGA CTTAGGCGAT GAACTTGAAA 1020 TCGAAATTGA AGAATAAGCT GTTAAAGCAG TGGAGAAATC CGCTACTTTT TCGATTTTTG 1080 ATTCAAGTTT TTAGATTATA TATAGTAGCT TGAAATAAGA TATGAACAAC TCTATTAGGA 1140 AAGTCAAATT AATTTCTAGA AATGTTTTAG CAGCTACAGC GTACTATTCC AAACTCAACC 1200 AACTATAATA GATCGAAACT AGAATAGTAC ATATCTACTT CTAAAACATT GTTAAAAATC 1260 GATTTGACTT TCCTTATTTC ATTCCGCTAT ATATAGTTTG CTGTTTCTTG TCGCTCCTCT 1320 GGAAAGCTGA TATAATAGCT TTATGAATAA AAAACGAACA GTGGACCTGA TACATGGTCC 1380 GATTCTTCCC TCGCTCTTAA GCTTCACCTT TCCAATTTTG CTATCAAATA TTTTTCAACA 1440 GCTCTATAAC ACTGCTGATG TCTTGATTGT TGGACGATTT CTTGGTCAAG AATCCTTGGC 1500 TGCAGTAGGA GCGACGACAG CGATTTTTGA CCTGATTGTA GGTTTTACAC TTGGTGTTGG 1560 CAATGGCATG GGGATTGTCA TTGCTCGTTA TTATGGGGCT CGGAATTTCA CTAAAATCAA 1620 GGAAGCAGTA GCAGCCACCT GGATTTTAGG TGCTCTTTTG AGCATTCTAG TTATGTTGCT 1680 GGGCTTTCTT GGCTTGTATC CTCTCTTGCA ATACTTAGAT ACTCCTGCAG AAATTCTTCC 1740 TCAATCTTAT CAATATATTT CTATGATTGT GACCTGTGTA GGTGTCAGCT TTGCTTATAA 1800 TCTTTTTGCA GGCTTGTTGC GGTCTATTGG TGACAGTCTA GCAGCCCTGG GATTTCTGAT 1860 TTTCTCTGCC TTGGTTAATG TGGTTCTGGA TCTCTATTTT ATTACGCAAT TGCATCTGGG 1920 AGTTCAATCC GCAGGACTTG CTACCATTAT TTCGCAAGGT TTATCAGCGG TTCTCTGCTT 1980 TTATTATATT CGTAAAAGTG TGCCAGAACT CTTGCCACAG TTTAAACATT TCAAATGGGA 2040 CAAAAGCTTG TACGCGGATC TCTTGGAGCA AGGTTTGGCT ATGGGCTTGA TGAGTTCAAT 2100 TGTATCTATC GGCAGTGTGA TTTTACAGTT TTCTGTTAAT ACATTTGGTG CAGTGATTAT 2160 TAGTGCCCAG ACGGCAGCTC GACGCATTAT GACCTTTGCC CTTCTTCCTA TGACCGCTAT 2220 TTCTGCATCA ATGACGACCT TTGCTTCTCA GAATCTAGGA GCTAAGCGAC CTGACCGTAT 2280 TGTTCAAGGT CTTCGAATCG GCAGTCGTTT AAGTATATCC TGGGCAGTTT TTGTTTGTAT 2340 TTTCCTCTTT TTTGCCAGTC CAGCTTTGGT TTCCTTCTTG GCTAGTTCGA CAGATGGTTA 2400 CTTGATAGAA AATGGAAGTC TCTATCTGCA AATCAGTTCA ACCTTTTATC CCATTTTGAG 2460 CCTCTTGTTG ATTTATCGCA ATTGCTTGCA GGGCTTGGGG CAAAAGATCC TTCCTCTAGT 2520 TTCTAGCTTT ATTGAACTAA TCGGAAAAAT CGTTTTTGTG GTTTTGATTA TTCCTTGGGC 2580 AGGATATAAG GGTGTTATCC TTTGTGAACC TCTTATCTGG GTTGCCATGA CAGTTCAACT 2640 GTACTTCTCA TTATTCCGTC ATCCCTTGAT AAAAGAAGGC AAGGCAATCT TGGCAACCAA 2700 AGTGCAATCC TAGTTGGATT TACTGAATAA AATCCATTTC CTCTAGTGAA AATCGAAAAA 2760 ACTTGTGTTC TCTTCTTTAG TTTGGTGTTG AAAATAGTTT AACAGACTTT TGACTTCTTT 2820 TATATGATAT AATAAAGTAT AGTATTTATG AAAAGGACAT ATAGAGACTG TAAAAATATA 2880 CTTTTGAAAA TCTTTTTAGT CTGGGGTGTT ATTGTAGATA GAATGCAGAC CTTGTCAGTC 2940 CTATTTACAG TGTCAAAATA GTGCGTTTTG AAGTTCTATC TACAAGCCTA ATCGTGACTA 3000 AGATTGTCTT CTTTGTAAGG TAGAAATAAA GGAGTTTCTG GTTCTGGATT GTAAAAAATG 3060 AGTTGTTTTA ATTGATAAGG AGTAGAATAT GGAAATTAAT GTGAGTAAAT TAAGAACAGA 3120 TTTGCCTCAA GTCGGCGTGC AACCATATAG GCAAGTACAC GCACACTCAA CTGGGAATCC 3180 GCATTCAACC GTACAGAATG AAGCGGATTA TCACTGGCGG AAAGACCCAG AATTAGGTTT 3240 TTTCTCGCAC ATTGTTGGGA ACGGTTGCAT CATGCAGGTA GGACCTGTTG ATAATGGTGC 3300 CTGGGACGTT GGGGGCGGTT GGAATGCTGA GACCTATGCA GCGGTTGAAC TGATTGAAAG 3360 CCATTCAACC AAAGAAGAGT TCATGACGGA CTACCGCCTT TATATCGAAC TCTTACGCAA 3420 TCTAGCAGAT GAAGCAGGTT TGCCGAAAAC GCTTGATACA GGGAGTTTAG CTGGAATTAA 3480 AACGCACGAG TATTGCACGA ATAACCAACC AAACAACCAC TCAGACCACG TTGACCCTTA 3540 TCCATATCTT GCTAAATGGG GCATTAGCCG TGAGCAGTTT AAGCATGATA TTGAGAACGG 3600 CTTGACGATT GAAACAGGCT GGCAGAAGAA TGACACTGGC TACTGGTACG TACATTCAGA 3660 CGGCTCTTAT CCAAAAGACA AGTTTGAGAA AATCAATGGC ACTTGGTACT ACTTTGACAG 3720 TTCAGGCTAT ATGCTTGCAG ACCGCTGGAG GAAGCACACA GACGGCAACT GGTACTGGTT 3780 CGACAACTCA GGCGAAATGG CTACAGGCTG GAAGAAAATC GCTGATAAGT GGTACTATTT 3840 CAACGAAGAA GGTGCCATGA AGACAGGCTG GGTCAAGTAC AAGGACACTT GGTACTACTT 3900 AGACGCTAAA GAAGGCGCCA TGGTATCAAA TGCCTTTATC CAGTCAGCGG ACGGAACAGG 3960 CTGGTACTAC CTCAAACCAG ACGGAACACT GGCAGACAAG CCAGAATTCA CAGTAG. AGCC 4020 AGATGGCTTG ATTACAGTAA AATAATAATG GAATGTCTTT CAAATCAGAA CAGCGCATAT 4080 TATTAGGTCT TGAAAAAGCT TAATAGTATG CGTTTTCTTG TGGAGATATT TCCTTCAATT 4140 TTGCTACTAT ATTAAACAAA AATCAAAAAG CAAACTAGAA AGTTATGCTC AAATAAAATC 4200 TAAATTTGAC AATGTAAACC GAGTCGGATA GCTTTAAGTA CTGTTTTGAG GTTGAAGATA 4260 CGATTTTTGA TAGGAACTCA TCAATTTTAG ATTTTTAAGC AGCATCAATA AATTGCTTCC 4320 TTGTTTTGTC ATAATTTTTT TATTTAAAAA ATTATGACma GAGTGTGCTA TTCTTTTTAT 4380 GAGAGGTGTA TGAATATGAT AAATGTATGT GATAAATGTA TGTGATGTTG GAAAAAGAAT 4440 AAAAGAACTT AGAATATCTT CAAATCTTAC TCAAGATAAG ATTGCTGAGT ATTTGTCTTT 4500 GAATCAAAGC ATGATTGCCA AAATGGAAAA AGGTGAAAGG AATATCACGA ATGGATTTAA 4560 GTAATAAAGC TTCAAATCTT AGAAAAAAGT TGGGAGCTGA TGGTGAATCG CCGATAGATA 4620 TTTTTAAATT GGTACAAAAG ATAGAAAATT TGACGCTGGT ATTTTATGGA CTCGGAAAGA 4680 ATATTAGCGG AGTCTGTTAT AAAGGAACTC AGTTCAGTCT CATTGCAGTC AATTCAGACA 4740 TGCCATTAGG AAGGTAAAGA TTTTCTTTAG CACATGGACT GTATCATCTT TATTATGATG 4800 AGGTGAAGAA GAGTTCAGTC AGTCTTATCT TGATTGGTGA AGGAGATGAA ACTGAAAGAA 4860 AAGCGGATCA GTTTGCTTCT TATTTTTTAA TTTTCCCATC TTCACTGTAT AGGATGGTTG 4920 AGGAAATCAG AGAAAATGCC AATAGAACTC ATCTTGAAGT AGAAGATATT ATAAAATTGG 4980 GTCAGTTTTA TGGTATCAGT CATAAAGCTA TGTTATATAG ATTGAGGAAT GATGGATACC 5040 TTGATGCAGA AGAAATTAAA AATATGGATA TTAGTGTTAT AGAGACAGCT TCAAGATTAG 5100 GCTATGATAC AAGTTTATAT CGTCCTTTGT CAGAAAGTAA AAAAGAAATG GCATTAGGAT 5160 AATATATTAA TTCAACTGAA CAACTTTTAG AAAATAACAG AATTTCGCAA GGGAAGTATG 5220 AGGAACTGTT ACTAGATGCT TTCAGATATG ATATTGTATA TGGGCTAGAT GAAGAGGGGG 5280 GAGTTGTCGT TTGACTAGTC GTGTATTTAT TGATGCAGAT TGTATTTCAG TATTTTTATG 5340 GGTTGGCACT GAACATCTTT TAGAAAAGCT CTATTTGGGT AAAATTGTTA TTCCACAAGA 5400 GGTGTATGAT GAAATCAATA TACCTACAAT TCCCCATTTA AAATCTAGGA TAGATCAGTT 5460 GGTAGCTAAG GGTTCAGCTG AGATTGTGAG CATAGACATT GGAACTGAAG AATACGCATT 5520 ATATAGAGAT TTAACAAGAA ATCATGATAG TAACAAGATT ATTGGTAAGG GAGAAGGGGC 5580 ATCTATTTCC TTAGCGAAAA AGCATAATGG GATATTAGGA AGTAATAACC TAAGAGATGT 5640 TAAATCATAT GTAGAAGAAT TTTCTTTAGA ATATATGACA ACAGGAGATA TACTGATTGA 5700 AGCGTTTAAA GCGTAATTTA TTACTGAATA AGAGGGCAAT CATATCTGGA ATAATATGCT 5760 TAAAAAGAGA AGGAAAATTG GTGCAAATTC ATTTTCAGAC TATCTTCGTG GAAGTATTCA 5820 TCAAAATAGA CAAAAATAAA TTTGGATAAA TCGAACTCAC TATTCAGGAG GCATATGAGC 5880 AATTCGAAAA AGAAAAGTGT CAAATTGAGC CTATAGGAGT AGAAGTGAAA TAGTAAGTCC 5940 TGCATAGTGG ATGAGAGAAA AGTTCTCCTT GAAGTTTTCC TGAACTATCA GTCGCATGTC 6000 AAACGATATG TAGGGTAATG TGAGAGGGGA TAGCGAGTAG TTTTTGGTTA TTTTATCAAA 6060 AAACTTATAT TTTATTATAC CGAATGATAA AATATAATAA AAATGATAGA ATAAGGAAAA 6120 AACATGAATG TCAAAAAGAT AATGTCAATT TTTCAATCCT TTTATGTTGA TGTCAGTATT 6180 GAGGAACTGA CTTTGACTTT ACCAATCAGT TTTGTAAAAA GGTTTGAGTA TACTCAAATG 6240 ACTTTTCATA AGGAATCATT TTTATTGATT AAAGAAAAGA GAAGGGGGAG TTTGAGTTCA 6300 TTTGTTACTC AGGCTCGCAC TATGGGTGAA AAAGCCAATA TGGATGTTGT TTTGGTGTTT 6360 TCGAAGTTAT CAGACAGTGA AAAAAAGCAA TTACTTCAAG CTAGAGTTCC GTTTGTAGAC 6420 TTTAAGGGAA ACCTCTTCTT CCCTCCATTG GGACTAGTAC TCAATGCGAA TGATACTGAA 6480 GTCCCTAAGG AATTAACACC TAGCGAACAA TTAACGTGGA TTGCCTTTTT ATTGACAAAA 6540 GGTCAAAAAG TAGTAGATGT TGATTTGCTT TCACAAGTCA CTGGACTTCC AAACTCAACA 6600 ATTTATAGGT GTTTGAGGAC TTTTAAAGCT TTATATTGGT TAAACAAGCA AAATAAGCTT 6660 TACACATATA CGGTGTCAAA GAAAGAATTA TTCTTAAAAT CCGTGTCATG TTTATTTAAT 6720 CCCATCAAAA AACGGATTTT ATTGCCAGAT GGCGATATAA AGCAGATAAA ATCTGTTTCT 6780 AACCTTCTAT ATGGTGGTGC TTATGCTTTG TCGCATTCAA CTTTTTTAGC TGAAACGGAT 6840 GAAAATATTA GCTATGTCAT ATGGCAGAGA AAATTCAATC AGTTATCCTT GCCACTTTCT 6900 CAGCATGTTT TAAAATGAAA GATGCTAGAG ATATGGAAAT ATCGTCCTTT TGTATCTGAG 6960 TTTTGGAATG ATTTTAAAAA TAATCATGAT AAACAATTTG TAGATCCGAT TTCTCTTTAT 7020 TTGACCTTAA AAGATGATGA TGACCCACGT ATAGAGGAAG AGAGTGAAGC ACTAGAAAAT 7080 ATGATATTAC AGTATCTGGG AGAAGATGAT GCCAGCTAAT ACGAAAGTTA TTTTTCAAGA 7140 AATGTTTGCG GATTTTCAGA ACTATTATGT TCTGATTGGG GGAACTGCTA CCTCTATCGT 7200 ATTGGATTCG CAAGGATTTA AAAGTCGCAC AACAAAAGAT TATGATATGG TCATCATTGA 7260 TGAAGTAAAA AATAAGGAAT TTTATACTAC CTTGAATCAT TTTTTAGAAT TGGGAGAGTA 7320 TCAAGGAAGT CAGAAAGATG AGAAAGCGCA GCTTTTTCGA TTTACAACAA CTAATCCTGA 7380 GTTTCCTTCT ATGATTGAAC TATTTAGTAT CTTACCAGAA TATCCATTAA AGAAGGACGG 7440 TCGAGAAATT CCCTTACATT TTGACCAAGA TGCTAGTTTA TCAGCCTTAT TATTGGATGA 7500 AGATTATTAT AATATATTGG TGCATGAAAA AGAAACCATT CAGGGGTATT CGGTATTGAG 7560 TAATTGTGGT TTATACTCTT CGAAAATCTC TTCAAACCAC GTCAGCTTCC ATCTACAACC 7620 TCAAAACAGT GTTTTGAGCA GCCTGCAGCT AGCTTCCTAG TTTGCTCTTT GATTTTCATT 7680 GAGTATTAAT TATTTTTAAG GCTAAAGCTT GGCTGGATAT GAGGGAGCGC TCTGCCACAG 7740 GTGCTCAAGG TTTAAGTAAG TCCATTAAAA AGCATTTGAA TGACCTTACC CGTTTGACAG 7800 CTTCCTTGCT AGGAGATGAA AAGTTATCGG CTATAACATC AAGTAGTGCG GTAAAAGCAG 7860 ACATGCACCG CTTTGTGATA GAATTAGAGC CTGTGAAGTC AACTATTCTT CAAAATAATG 7920 ACATTTCATT GGATCAAAAT GAAATTTTTG AAATTCTGAA AAATTTTCTC GATGGTTAAA 7980 ATAATTGTAG CGAGATGGCT ATATTGAATT CGTCTATATC TGGAAACTAG AAAAAACTTC 8040 AATTTCAGGA GAAAATGAAG TCAATCTTCC CACAATCAAA CGTATAGTAT CAAGGTTTTT 8100 CAAGACCTGA TATTATGCGT TTTTTGCTTT TCAAAACTTT TTGCCCAGTC TTCGTTTTTA 8160 TCCTCTAGTC ACTTGATTTG TTTCAGGTGG TTTTTTAGTA TAGTAGAATG AAACGAGAAC 8220 AGGACAAATT GATCAGGACA GTCAAATCGA TTTCTAACAA TGTTTTAGAA GCAGAAGTGT 8280 ACTATTCTAG TTTCAATCTA CTATAGTTAA ATCTGCGGTC AAGTCTACTG GTGAATCTAT 8340 GATTGTAATA CTCTTCCAAA ATCTCATCAA CCACGTCAGT CTTGCCTTGC AGTCTGTATC 8400 TTACTGACCA AGCTAGTGAT GGATTTAGAA TAGGTGATTT GGAGCGTCCT ATTAGCTAGG 8460 AAATGCTGCT CATAGTCCTT TGCTGAGGCT AGGGTGTTTC AACATTCAAC ACTCAACTGG 8520 TTGATCTAGT TGATAGGAAG GGAGTTACTA TAAAATACTC AGGCTTCCAT CATATTTTTT 8580 GAAACGATTG TGTAATCAAA ATGTACCAAT ATTGTAGTAT TGGTACAGAA GATGTTGTGA 8640 ATGGATAAAT ATATCATAAC TGCTATCTCA AAAAGATTTC ATATGTCTGT GCATATATAA 8700 TAGACTTCCT GCAAAACTAG AATCCTAGTT CATGATTGAT AATACCAGCA ATCAAATTCA 8760 TTCGTAATCC AAAGCGTTTA CGATGATTTC GATAGGTTGT TGAAAACATT TTAAACGTTT 8820 CTACTTTGGC AAAGATGTTC TCAACCTTGC TTCTCTCCTT AGATAGCGCA TGGTTATAGG 8880 CTTTATCTTC AGCTGTTAGC GGCTTGAGTT TGCTGGATTT ACGTGGAGTT TGTGCTTGAG 8940 GACATATCTT CATGAGCCCT TGATAACCAC TGTCAGCCAA GATTTTACCA GCTTGTCCGA 9000 TATTTCTGCA ACTCATTTTG AACAACTTCA TATCATGACA ATAGTTCACA GTGATATCCA 9060 AAGAAACAAT TCTCCCTTGA CTTGTGACAA TCGCTTGAGC CTTCATAGCG TGAAATTTCT 9120 TTTTACCAGA ATCATTCGCT AATTCTTTTT TTAGGGCGAT TGATTTTTAC TTCCGTCGCA 9180 TCAATCATTA CCGTGTCCTC AGAACTAAGA GGAGTTCTTG AAATCGTAAC ACCACTTTGA 9240 ACAAGAGTTA CTTCAACCCA TTGGCTCCGA CGGATTAAGT TGCTTTCGTG AATACCAAAA 9300 TCAGCCGCAA TTTCTTCATA AGTGCGGTAT TCTAGGCTTA ATTTAGGTTT TCGTCCACCT 9360 TTTGCGTGTT TAAGTTGATA AGCTGTTTTT AATACAGCTA ACATCTCTTT AAAAGTCGTG 9420 CGCTGAACAC CAACAAGACG CTTAAATCGT GTATCAGTTA ATTGTTTACT TGCTTCATAA 9480 TTTCGCAGGG AGTCTATTGA CTCTTTGGTA GGTGTCAATG TTTTTTTCAT CTATCCCGAG 9540 AATTATTTTC CCGCCATTTG TATTTGCAAA TGCTGAGTAG GTTTCCCAGA AAGACTCTGG 9600 AAGATTGTTT TTAGCTTTTT TGTATTCTAA ATCAACCCCT TCAAATTTTA AGTCCATATT 9660 TTTCCTTTAC ATCTGTTTTT TGTGGTTCTG GTATTTGTTC AAGTTGAGTG ATAATATAGC 9720 GAATTGAATT TCGAGAGTTT TTACTCAGTT AATTTCTTTT TTAACCCACT TTAATTGCTT 9780 TTTTAACACG GGTTAAAAAA GAAATTAAAG TGGGTTAATT TTTCTTGA 9828 (2) INFORMATION FOR SEQ ID NO : 42 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3369 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 42 : CCGCGAAAGA TATTTTTGAA CAAGAGTTTG GACGTGAGGT CCGTGGCTAT AATAAAGTAG 60 AAGTTGACGA GTTTTTAGAC GATGTCATCA AGGACTATGA AACCTATGCT GCCTTGGTCA 120 AGTCACTTCG TCAGGAAATT GCGGATTTGA AGGAAGAATT AACTCGTAAA CCGAAACCTT 180 CACCAGTTCA AGCAGAACCC CTTGAAGCGG CAATTACAAG TTCTATGACG AATTTTGATA 240 TTTTGAAACG CCTGAATAGA TTGGAAAAAG AAGTTTTTGG TAAACAAATT TTAGATAACT 300 CAGATTTTTA AGTAGTTATT TGAGATGTGC AATTTTTGGA TAATCGCGTG AGGAGAATTG 360 TTTCTCATGA GGAAAGTCCA TGCTAGCACA GGCTGTGATG CCTGTAGTGT TTGTGCTAGG 420 CGAAACCATA AGCCTAGGGA CGAGAAATCG TTACGGCAGT TGAAATGGCT AAGTCCTTGG 480 ATAGGCCAGA GTAGGCTTGA AAGTGCCACA GTGACGGAGT CTTTCTGGAA ACAGAGAGAG 540 TGGAACGCGG TAAACCCCTC AAGCTAGCAA CCCAAATTTT GGTCGGGGCA TGGAGTACGC 600 GGAAACGAAC GTAGTATTCT GACTGCTATC AGCTAGAGCT GTTAGTGGTA GACAGATGAT 660 TATCGAAGGA AGTGGTCCTA GTCACTTCTG GAACAAAACA TGGCTTATAG AAAATTGCAT 720 ATAGGTTGGG GCTGAGAAAT TTTCTCAACC TCATTTTTTA AAGTGGACAT ATAGAAAGGT 780 CTTGCAAGAC TGTAACATGA AAAAAGAATT TAATTTAATT GCAACTGTGG CAGCAGGGCT 840 TGAGGCTGTC GTTGGTCGTG AAGTGCGAGA GTTGGGCTAC GATTGTCAGG TTGAAAATGG 900 ACGTGTTCGT TTTCAAGGAG ACGTGAGAGC TATTATCGAA ACCAACCTTT GGCTTCGGGC 960 AGCAGATCGT ATCAAAATTA TCGTAGGAAC GTTCCCAGCT AAGACTTTTG AAGAGCTATT 1020 TCAGGGAGTT TTCGCTTTGG ATTGGGAAAA TTATTTACCA CTTGGAGCTC GGTTCCCGAT 1080 TTCAAAAGCT AAATGTGTTA AGTCCAAACT TCACAATGAG CCCAGTGTTC AGGCTATTTC 1140 TAAGAAAGCT GTTGTCAAGA AATTGCAGAA ACACTATGCT CGCCCAGAAG GGGTTCCTCT 1200 GATGGAGAAT GGCCCAGAGT TTAAGATTGA GGTCTCTATT CTCAAAGATG TGGCAACTGT 1260 CATGATTGAT ACGACCGGGT CTAGCCTCTT TAAACGTGGT TATCGTACCG AAAAAGGTGG 1320 CGCTCCTATC AAGGAAAATA TGGCAGCAGC CATTTTACAA CTTTCTAACT GGTATCCAGA 1380 CAAGCCTTTG ATTGATCCGA CCTGTGGTTC GGGGACTTTC TGTATTGAGG CAGTTATGAT 1440 TGCTAGAAAG ATGGCGCCAG GTCTTCGTCG CTCTTTTGCA TTTGAGGAAT GGAACTGGAT 1500 CAGCGATCGC TTGATTCAAG AAGTGCGCAC AGAAGCGGCT AAAAAAGTAG ACCGTGAGCT 1560 TGAGCTGGAT ATCATGGGCT GTGATATTGA TGCTCGCATG GTGGAAATTG CTAAGGCCAA 1620 TGCTCAGGTA GCTGGTGTTG CAGGAGACAT TACTTTTAAG CAGATGCGCG TGCAGGATTT 1680 ACGTTCCGAT AAAATCAATG GAGTAATCAT TTCCAATCCG CCTTATGGTG AACGTTTGTC 1740 AGATGATGCA GGGGTGACCA AGCTCTATGC TGAGATGGGG CAAGTATTTG CACCGCTGAA 1800 AACTTGGAGC AAATTTATCC TGACTAGTGA TGAAGCTTTT GAAAGCAAGT ATGGTAGCCA 1860 AGCAGATAAG AAGCGTAAGT TATACAACGG AACCTTGAAA GTGGATCTAT ATCAATATTT 1920 TGGTCAGCGT GTCAAACGGC AAGAGGTAAA ATAGAAAGGG ATACTCATGA GTAAAAAAAG 1980 ACGAAATCGT CATAAAAAAG AAGGTCAAGA ACCGCAATTT GATTTTGATG AAGCAAAAGA 2040 GCTAACAGTT GGTCAAGCTA TTCGTAAAAA TGAAGAAGTG GAATCAGGAG TCTTGCCTGA 2100 GGATTCCATT TTGGACAAGT ATGTTAAGCA ACACAGAGAT GAAATTGAGG CGGATAAGTT 2160 TGCGACTCGT CAATACAAAA AAGAGGAGTT CGTTGAAACT CAGAGTCTGG ATGATTTAAT 2220 TCAAGAGATG CGTGAGGCTG TAGAGAAGTC AGAAGCTTCT TCGGAGGAAG TTCCATCTTC 2280 TGAAGACATC TTACTACCCT TGCCTCTGGA CGATGAGGAG CAAGGCTTGG ATCCTCTATT 2340 GCTAGATGAT GAAAATCCAA CAGAAATGAC TGAAGAAGTG GAAGAGGAGC AAAACCTTTC 2400 TCGTCTGGAT CAAGAGGACT CAGAAAAGAA AAGTAAAAAA GGCTTTATTT TGACCGTTTT 2460 GGCGCTTGTA TCAGTAATTA TTTGTGTCAG TGCTTATTAT GTCTACCGTC AAGTGGCTCG 2520 TTCGACTAAG GAAATTGAAA CTTCTCAATC AACTACAGCC AATCAATCGG ATGTGGATGA 2580 TTTTAATACA CTTTATGACG CCTTTTACAC AGATAGCAAT AAAACGGCTT TGAAAAATAG 2640 CCAGTTTGAT AAACTGAGTC AACTCAAGAC TTTACTTGAT AAGCTGGAAG GTAGTCGTGA 2700 ACATACGCTT GCCAAATCTA AATATGATAG TCTAGCAACG CAAATCAAGG CTATTCAAGA 2760 TGTCAATGCT CAATTTGAGA AACCAGCTAT TGTGGATGGT GTGTTGGATA CCAATGCCAA 2820 AGCCAAATCG GATGCTAAAT TTACGGATAT TAAAACTGGA AATACGGAGC TTGATAAAGT 2880 GCTAGATAAG GCTATCAGTC TTGGTAAGAG CCAGCAAACA AGTACTTCTA GCTCAAGTTC 2940 AAGTCAAACT AGCAGCTCAA GTTCAAGTCA AGCAAGTTCA AATACGACTA GTGAGCCAAA 3000 ACCAAGTAGT TCAAATGAGA CTAGAAGTAG TCGCAGTGAA GTCAATATGG GTCTCTCGAG 3060 TGCAGGGGTT GCTGTTCAAA GAAGTGCCAG TCGTGTTGCC TATAATCAGT CTGCTATTGA 3120 TGATAGTAAT AACTCTGCCT GGGATTTTGC GGATGGTGTC TTGGAACAAA TTCTAGCGAC 3180 TTCACGTTCA CGTGGCTATA TCACTGGAGA CCAATATATC CTTGAACGTG TCAATATCGT 3240 TAACGGCAAT GGTTATTACA ACCTCTACAA GCCAGATGGA ACCTATCTCT TTACCCTTAA 3300 CTGTAAGACA GGCTACTTTG TCGGAAATGG CGCTGGTCAT GCGGATGACT TAGATTACTA 3360 AGCAGTCGG 3369 (2) INFORMATION FOR SEQ ID NO : 43 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9713 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 43 : AAGTTTACAA TTTAAATGAA TTAACAATTT TCCCAACTAA AAGCACTCCA GTTACCGCAA 60 CGTTTGTACT GAATGTACTA AATCGCATTC CATCAACTTC ATCTGTTTCG TCAACTTGAA 120 CAGATACTAA TTGAAGATTT AATACTTCTG CTGCCATAGC TAGCTCCTCC TATTTAAATT 180 TTTGGGATTA AGTACTTTAT CCACCCTCAT ATACTCTCTC CACCAGTAAA ATGCAAGCAA 240 TGATACAAAA TAGATTTAAC TATTTTATAT AGCGAAAACT TACAAATTTT TAAGAAATAA 300 TTTTTGCATT CTTAAAGATA AAATAGGAAC TTTTAGTAAT AAATATTAAA ATAAATAAAA 360 TAATAGATAC TATAAAATTT GGAAGTATTA ACCCCAAAAG ATTCATATCA TCTATTAAAA 420 TATCCTCTAA AGAGTAGTAT ATTAAAGCCA TAATTTTAAT GTTAAGTAAA AATGCAATTA 480 ATGAAGTAAC AAATGTCAAA AATATAGCCT CACCAACTTT AATCTTAACC ATCTGGTAAT 540 TAGAAGTTCC TAAAATTTCA AATTGCTGAA TCTCAATCCT TTCTTGATGC GATGACAAAA 600 ATGCAATTGA AATAATATTT GCAAGTACTA TCAAAATTGG TGCTCCTACA TAGACAATAA 660 ATGCTACTTT TAGCTCTAAA TCACTGTCAT CTTGAAATTG AGATAGTATA TTCTGAGAAA 720 TCATTTGAAA ACTAGAAATT AGTAATATAG CTCCTGTAAT TGCAGCACTG ATAGATTTTA 780 TATAAGACTT ACAATATAGT AAATTCCACT TCGAAACAAT GAACATAAAA TTATTTCTAA 840 ATATAATTAT AGAAAGTAGT TTGATAAAAC ATGACTGTAT AAAAGGAGAT AATTGATAAA 900 TAATCACAAT ATCTAAGATT ACAATATTGA ATATTATCTG GGCCTTCGCT AAAATTGTGC 960 TATCTTGGAA AATTTGTTGC AAAGAAAGCA ACCAGATAAC ACTAAAACCA GCCAATAGCA 1020 GTATTCTTTT TACTATTGAA AGAACATGCC TTATTTTAGA ACTCTTCCTA TTTCTAATCT 1080 TCTTGAACGT ATAAAAGCAA CCACTTAGAA AGGCTAAAAA TGAAATCAAC ACTACTGTAA 1140 TGATACATCC AACAGCACTC GTTTGAAATT GGATATCAGG TAATATATTT TCCCCGAAAA 1200 AGTATTGTAA AAAATAATAA TAATTTGACG TAACAAATAT AGAGCATAGA TATGCAATAA 1260 AACTAATAAT CGAGGAAATG ATAAAAATCT GTCCCCCCAC AAGAAATGAT AGTTGAAGGC 1320 GACTTGCTCC CAACACCTCC AGAAGTTCGT AATCATCTCT AAAAATTTCA ACCAACATAT 1380 TTATTATGTT AGAGAGCACA AAGAATAATG TTACTCCTCC GAATACTATC GGAAACATAA 1440 AAATTGGTTT AGGATCTGGA AGTCCGACAA ATACTTGCGA ATTATTCTCA ACATTAATTA 1500 CCCCATTAAC AGCCAATCCC ATAACTAAAC TCGAAACAAA AATTACTGGT GAAACGCCTA 1560 ACCATTGTTT CTTATTATGT AAAAATTGAT AGTAAACTAA TCTGAGCATC TCTATTCCTC 1620 CGTAGTTGAT TGTACCTCTA AGATTTTATA CAACTCTTCC CCGCTAGGTC TATGAAGTTC 1680 TTTGAAAATT TTTCCATCTT TCAATATTAA TGCACGATCA GTTTTCGAGG CCAATTCTAT 1740 ATCGTGCGTT ACCATAATTA CACACTTACC CGCCCCTACT AACTCTCTCA ATAATTCAAA 1800 AATTACTTCA CGAGAAACGC TGTCTAAAGC CCCAGTTGGC TCATCAGCAA ATATTATATC 1860 ACTATCAGCA ATAACCGCTC TAGCTATAGC AACCTTCTGT TGTTCTCCAC CAGACAGAGT 1920 TCCAACAAAA TCGTTTAAGC CAGCATTAAA CTTCATTCTT TTGAGTAAGT TTTCTACATT 1980 TTTAATAGTT AATTTTTTTT GTGATAATCG CAAAGGAAGT GCTATATTTT CTATTACCGG 2040 CAGGGAAGGT ATTAAATTGT ATGCTTGAAA TATAAAAGAT ACTTCGTTAC GTCTTATACT 2100 TGACAATTTT GCATTTCTGA TTTTATAGGG GTTGATTCCA TTTAAAATTA CTTCCCCACT 2160 TGTTGGTTCA AGCAAACTAG AAATACATTT TAATAAAGTT GACTTTCCAG AACCACTAAT 2220 TCCTAGAATA CTTATAAATT CTCCTCTCGA AGCAGAAAGA GAAACATTTT TCAGCACTTG 2280 CAACGTTTTA TTATTTCCTA GTAAAAATTG ATGATACAGC CCTTTCACTT TTAATATATA 2340 ATCTTTATCC ATATTCTTGC CTCCAATCAC TTAATTTTGA AAAGTGTTCC ATTTTCCAAT 2400 TTATATATAT CAGTGTATCT CTTGTCATTT AAGTCATAAT GATGTGAAAC TTCAATAAAT 2460 GAAATACCTA AATTGAACAG AATATCATGT ATGGAATTTG AATTATCATT ATCTAAATTA 2520 GCTGATATTT CGTCAAATAA GTACACTTTA TTATTTCTAA TCAGAGCTCT AGCTAAAGCT 2580 ATTTTTTGTT TTTGACCTCC AGACAAATTA CTACCATTTT CACCACATTG ATAATTTAGT 2640 ATATCTATCT TTTCTAATTC TTCATATAGA TTTACCTTTT TTAACACCTC AATTATCTGA 2700 TCATCTGAAA AATATTCATT TTGAAATAAA GTTACGTTCT CACGAATAGT AGTGTCAAAA 2760 ATATATGGTG TCTGATCAAC TGTTGGTATT GAATCTGAAC TCTTTTTCCC ATGTGATAAC 2820 AAATTTACAT AACCTTTTTG TGGCTTTAAA GAACCATTAA TTAAATTTAA AATCGTTGTT 2880 TTCCCACTAC CAGAAGTTCC TGTTAATAAT ACCCTAAATG GTGACTTAAA TGAGAAGTCA 2940 ATACTTAATT TATTTTCTGG TGTAATAGAA TATACAACAT CTTTCATGTG TATCTCATCT 3000 ATTGATGAAG TATACAGTCC GTTATTATCA TGTTCAGCGT CTATAAAATT CTTCTCTCCA 3060 CTTAAGTATT TTAAAAACGG TTTCCTTAAA TCTTTGGTTG TATTTATCTT ATTTAATGAA 3120 TAGGCAATTG ATTGTATCGG CCCTAAAACT TTATCGTTTG CTAAGAAAAT ACCTATCAGT 3180 TCACTAAAAG AAAGGCTTTT ATGATAAATT ACAAAATAAC ATCCTACAAC CAAGGGAACT 3240 AGAAAGCAAA AACCTGAAAT TAGTACTGCA ACCAATTTTG AAAGAACCTC TGATCGTTTC 3300 AAATTAAAAG TAGAATCTTC TAGTTTATCC AACTTTTTAT CCGACAAACT AATTATTTCT 3360 TTAGTAACAG AATAAGATTT TAATGTCTTA AAACCATTAA AAATTTCTTT TATTATGTGA 3420 GTATACTCTG CATTGCTGTT AGAGTACTCA TTAGCTGAAT TAGACAACAT CTTCTTCATA 3480 AAGACAGGTA CTATAATCGG CAATGCTGAT AATACAATAA ATATTATTGA nACTAGGAAG 3540 TTTAAATAAA GCATAAAACT TAGAGAGACG ATGAACAACA ATATTGAAGA AATTATTTCA 3600 AAAATTTGTC TAAAATAGTT TTCTTCGATT AATCTCAAAT CATTTGACAA AACTGAAATA 3660 ATAGATGAGT AATCTTTAAC CATTTCAGAA GAAAGATACT GTTCTCTAAA ATATCCTTGT 3720 TTAATTTTTA CATTTATATC TTTAGTTATT GATGCTTCCG TTACTTCTAA ATAGTAATTT 3780 GATATATAGA TTGCTGACCA ACCCAGAATA CTTATAGCAC CAAATCTTAG AACGTCAGAA 3840 AATGAGGAAG TCTGATTTAA ACTACCTGCA TATACAATAA TTCCTGAGAG CAAGACACCA 3900 TTAAACGAAG ATAGAAATAT TAAAATCCCC ATTAATATAA GTTTAGTCTT TTTTATAAAT 3960 TTTAAATAAT TCATAAGTTA TTCCTTCCCA CTTCTTCAAA GAAATAATTT AAAGTATCAA 4020 TCATTAAGAG AACATCTGAT GGAGTAAAAC CTCCATGACC AGCTGCTTTG TTTAAATACA 4080 ACAAACTTTT AACTCCAATA GAATTTAATT TCTTTGACCA CTCTATCACT TCGTTATTAT 4140 TAATATATGG GTCTTTCTCA CCCAAAATAT TAACTATAAC AGTATTTGAG TCTCGTGCCT 4200 TTTCAATATT TTGCATAGGC GAATATGACT TTATATAAGC CTTTACTTCA GGGTCTCTAA 4260 TATCTCCCCA CTCTGCTATT TCGGTCTTAG AAAGAGGATC ATTTGGATTC TGAAGTGTAT 4320 CATAAGGATT TATAAATGGC GAAAATAAGA GAATGCTTTG CAATAAATTT TTTTCCTCGT 4380 TCAACACCGC ACCAGCAATT ATTCCACCTG CACTAGAAGT TATTAAACCT AATCGCTTAC 4440 TGTCAATTAC ATCATTTTCC CTTAAATAAT TTACTCCCTC AATAAAATCT CTGATAGAAT 4500 TCCATTTGTT TAACGCCTTT CCTGAGCGAT ACCATTCACC ACCCAAATAG CCTCCACCTC 4560 TTACATGAAC TATAGCATAA ATAAAACCTG CATCTATTAT AGATAACATA ATTTCATCTA 4620 AATCAGAATT ATCATTCTTA CCATAAGCCC CATAGACACT TAGAATACAT TTTTTTCTTC 4680 TTGGGAGCTC ATCCGTATCT TCACTTTTCC AAAATAAAGA AATCGGTATG CTTACATCAT 4740 AACTGTCTTT TTTAGTCCAA ATCACCTTAG AAAAATATTT AGTATTATTC GATTTTATGA 4800 TGGGTCTTTC AAATTCAGTT TTTAATGTAT TTTCTATTAA ATCAAAACTA AGTATTTTTT 4860 CGTAAAAAGT TCTCCTCTCT AAAAACAGAA GAACACGATC AGAAAATGAA TTTTCATAAA 4920 GTGTTGTCTT TTCATCAAAT GTTATCTTAT TAACACTCAA CTCCCTCAAA CTATTATTTT 4980 TAAATGTAGC AAGATAAAAG ACGGAATTCG CTGCGTTTGA ACAGTCTAAA AGGATATAAC 5040 GTCCTATACA GTGAACTCTT CTAGCCCTAT CTTGATATGG TATAGTAATA GAAACTCTGT 5100 CTCCCGAAGA AGTTTCCCTT AGAATTAGTT GATCTTTCTT TTCTTCAGTT GAAGAGAGCC 5160 CAAGAAAGTA CTGTGCTTTT TCTGTACTAA ATAGAGCGAT ATCTCTAGGT GTTGGGGCTA 5220 CCGTTTCTGT GTAAGAGTGT CTAACAAAAC CCGTCCGGTC GAAACTGTAT AGAAAAATCC 5280 TGCCTTTCTG AAAGTCTACT GACTTTACAA AACAATTATT GCTATCAATG TGGACTATTT 5340 TTAATCGAAA AGAGCATTCG TTTTCTTCAA ACAGTTCCTC TTCTGTAAAG CTATCAAAAG 5400 ATTTATAGAA TAACTTACTT GGCCTCCCGT ACTCTTTGGA GCGAGTATAC ATAACACCGA 5460 ATTTACCCAA ATAGAACGAA CTTTCTACTG AAATATCTTC AATGATAAAT AACTCTTCCA 5520 TAGTATATTT TTTTATTCCA ATTAAATTAG TCGTACGCAG TGAGGATACA ACCAAAACTA 5580 TATAACTCTC ATCAGATGAA ATCCTAACAT CCTGTAAGAT ACTATCATCT GGCAAAGTAT 5640 ATTTTTCCAC ATCAAAGACA ATTTTAAGTG AATTTGAATT GTCTAAACTG GAAGAACTAA 5700 CCTTAGGAAT CCAGTCATTA TCTTCGACAT ACCATTCCTT TATTACACCA GTATTGGGTA 5760 TACTCCAATT ATCAAATTGG TACCAATATC GCCCTCTCCT AAATATCAAA GAATTCCATT 5820 TTTTTAATTC CTGAAATGAT GAAGAGATAG ACCTCTTATA GTGTGTTTTT TCCTGTATTG 5880 TATTTAAAAA TATTTCATTA CTCTGATTCA CAAGTATGAC CCCTTAATAA TGGTATCTAA 5940 ATATTATATT TGAGGAAGAA TCGTCAATTT ATTATCCATT ATTGATACCA ATCCAATTGC 6000 AACACCCGCA AATCCCGAAG CAATATCTGT TGTTATCTTT AAACCATTAT CTCCCGCAAT 6060 AACAAATCCT TCTTCAATTA CACACAAATA TCTATAAAGT TGTTCAATTA ATTTCTTTTG 6120 TCCTGAAAAG TTATCATCGA TATCACTATA TATATTATTA GCAACTTCAA GACCACAAAA 6180 TCCGTTAAAT AAACCTGGTA ATACACAAAA AACTACATCA GTTGCCCTCT CTAAAGAAGT 6240 TAAATATTTT AAGTATTTGC TTGACAAGAT TTCTTTATTT CTATTAATAA GTAAAAGCAG 6300 GCCAGCACTT CCAGTTGCTA GATATGGTAG TAATCTATGA CCTTGGCTGT ACTGCAATGA 6360 ATTATTACTA TCTACTTTAT AAGCAACTAA TTCTTTATCT ACAGCCAATT CTAGACCATT 6420 TTTATAGATA CTTTCACCAG TTAATTTATA AGCTTCACCG AAGAGCCAAG CTACCCCTGC 6480 GTGACCATAT AGTAATCCAC CAAAATTCTC ATAAGGATCG TTACTCTGAA CATCACTAGC 6540 GCCAACTTTA CAAAAAGTTT CTGGATTTTC TATATAATTT AAAGTATATT CTCTAAGCCT 6600 AATTAGTATT TCTTCTCCTA GTTTATTATC AATTCCCCCT TTACTAAGAA AATACAGTCC 6660 AACCAGTAAA ATTCCAGCCT GCCCACTATA TAAATTTTTA TTTTGTGAAT TCTCAAATAT 6720 CTCTATAAAA TGAGTTGTAA AAAGTTCAAC TGCCCGATCT ATCTCCCCAA ATTCATAAAT 6780 GAGCCAGATT GTACCAATTT TACCATCAAA AAGACCAGAA AGGGACGATT TCTTAAAATT 6840 ATTTACTGCC TCATTAATAA CCTGTGTTCG AATCTCATAA TAGTCATCAA ACTTGAAATT 6900 TTTTACTTTC TTAGCTAGTT GTTGATAACT CCAAAGGATA GCTAAATCTG AAAACGCAAT 6960 TCCTTGATTA AAATTCAGAC CATAATAATG AACTGGGAAG AATCTTGATT GAAATTCTTT 7020 ACGCCACTGT CCATAAGTTA GCGTAAACCC TCTCAATAAT TTTATAATAA AATCTTGTAT 7080 ATCTTGCTCA CTCTCGATAG TTCTAATCTC ATGCATGGGT TTTAAAACTT TTTTCCTGGA 7140 AATATTCTCA ATCTGTGGAC ATTTAGAATC TAGATATGAC AATAAACTTT CTACATAATC 7200 TATATGTTCT CTTGTATAAC CCAAAGACTC AAATAGTTTT TTTCCTTCTA TCCTGGTTTG 7260 ACTTACATAG TTGTATGTCA AATCCGATGT AGTTACTAGT GGCATGTATA AATAATGAGC 7320 TATTTGTCTA ATACCATACC AATCTATCTC ACTGGGAAGT GTTTCTCGCC ATGCTCTAAA 7380 ACCAGGGGCT GCAACTTTAT GTACAACTTT TTCATCATTT GAAAAGACAG CCTGTTCCCA 7440 GTCTATTATA CTAATCTCAT CTTCATCCTT AACCAAGATA TTTCCTAAAT GTAAATCTTG 7500 ATGATATACA TTTTCAGAAT GAAACTTATT CGTTAAATCG ATGAGTTTTT CTACTATCTT 7560 TGAAACTCTC AATAGATAAT CTTTGGTCTT ATCAACAACT TCATATAAAG GAAAATTATT 7620 GGTAACCCAT CTATTTAGTG GAACGCCCTT CATATGTTCA ATTCCTAAGA AGGTGTGCTC 7680 CCAGATCTTA CCGTGCCAGT ATATTTTAGG CGTCTCACTC CATTCATTTA GAATTTTTAG 7740 TGCTTTGCAC TCCGAAGCTA ATTTCTCTGA AGAATAAGTA CCATCAAATC CTAGACCTGT 7800 ATACGGTCTA GCCTCTTTTA AAATTATTTT TTTCCCATCT TCTTTTAGCC TAGCATTATA 7860 TATCCCACCA CTGTTTGAAA ATCTAATTGC ATTATCTATA ATAAAGGGAA AGTCTCCCTG 7920 TTTTTTATCT TTCTTGTCAA GCCATTTATT CAAAAAGTCA GGGGGCACTA TACCTTTTGG 7980 AATTTTAAAT ACTGGTAAAC GTTCATCTTT AACAACTTCA TCGCCAACAA TTAATTCATC 8040 AATAGCAACC TTCTTTTCAT CATCCCTTGA CGGCCTAAAC ACACCATACC TCAGATATAT 8100 TGGTGCTTCA TCCCAACGTT TATCGCTTAA AATATATGGC CCATTATATT GCTTTAAGGC 8160 ACTTTCTAAC CTTTGCAAAA CCGACTCTAA TTCATTTTGA TTTGGATAAC ATGTAATAAA 8220 TTTACCAGAA AATCCTCGAC TAACCAATTT CCCGTTTCGC ATGATAAATT TGTCTTCTGT 8280 ACTAAGATGT TTAAATGGAA TTCGCATTTC ATGGCAAATT TTTGCTACAT CTTGTAACAA 8340 TTCATGTGAA CTGTTATACT CTGAACTAAT GTGTATTTTC CACCCTTGTC TTTCAACAAA 8400 TTTTCCAATA GGGTATTGAT AAACCCACTC ATCATTATTC ATTACTTCGT GCCAATTAAA 8460 AGGCAGACTT ACTTGGTACT TTATGCTAGT ATCTGTACTA TAATCATTAT TAGTGAAAAA 8520 GAAAGGATGC TCCAAATTGA AATTATAATC CATAACAAAA TCTCCAAGAA ATTTTATCAA 8580 ACTTAATATA TCTATAGCTA GACAGACTTA TTTAAATAAA AAGGGAGAAT CCTTTGGATT 8640 CTCCCCATAT AAGCACTAAC ATTCCAACGT GCACATATTG GAACGACATC CATAACTCCA 8700 GAGAATCTCT AAAGTTTACA ATTTAAATGA ATTAACAATT TTCCCAACTA AAAGCACTCC 8760 AGTTACCGCA ACGATTTGTA CTGAATGTAC TAAATCGCAT TCCATCAACT TCATCTGTTT 8820 CGTCAACTTG AACAGATACT AATTGAAGAT TTAATACTTC TTCTGCCATA GCTAGCTCCT 8880 CCTATTTAAA TTTTTGGGAT TAAGTACTTT ATCCACCCTC ATTATACTCT CTCCACCAGT 8940 AAAATGCAAG CAATTATACA ATGTTGTCAC ATAGAAAATA ATGTTTCCGT AACTTTTCAA 9000 AGTAACTTCC ATCTCTCTCC CAAAACTGGA AGTTAGTTTT AGAAGTTACC TAAAAATCAG 9060 GTCACCTATT TTAAAAAAGC AGCAAACTAT AAACTAGTAG GTTCCACACC AAATGTAGTC 9120 CCATACTGCC CCATAAGTCA GATTTATAGC GCACCATACC TAAAAACATC CCAAGTGAAA 9180 CATACAAACA CCAAGCTAGA ATGGTTCCTG TATGATGTGC TAAGGCAAAT AAAACACTTG 9240 TCAAAGCAAC TCTGATATCT AATTTTCTGA CCAAATTCCA TAAAATTTCT CGATACAGAA 9300 ATTCTTCAAC CATACTCGCA TTGATTAAGA ACAATAAAAA TGAAAACCAA GGAATTTGAT 9360 GTTGAAGGCC AATTAAGTTT GCTTGATTCG TGCTTCCTTG AGCATGAATC AGACTAAAAC 9420 ATAGACTTAT AATCAGTAGG CTAACAAATT CAACACCAAG CCATTTCATC CTAGATTTCA 9480 TATTGACCTT ATGCGCTTGT TTGCGTTGGC CATACATCCA TAAAAAAGAA ATGAGTGACG 9540 AACCATAGAG AATCTGTAGT ATAGTTmACT CACCGATACA AAGAAATTTC AATAAGTATA 9600 GAGrTACCAA TAsGACATTT ACTTGTTGGA ATATATAAAC TGGAATTATT CTTTTCATAG 9660 TTACCTCCGA AATAAATCTT CATAATCTAA ATCTAATACC TGCACAATCC TTT 9713 (2) INFORMATION FOR SEQ ID NO : 44 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 8657 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 44 : AAAGAAATTG TCAGAGAGTG GCTAGATGAA GTAGCAGAGC GGGCTAAGGA CTATCCAGAG 60 TGGGTGGATG TTTTCGAGCG TTGCTACACC GATACCTTGG ACAATACGGT TGAAATCTTA 120 GAAGATGGTT CAACTTTTGT CTTGACTGGG GATATTCCTG CCATGTGGCT TCGAGATTCG 180 ACAGCCCAAC TCAGACCCTA CCTTCATGTA GCTAAAAGAG ATGCCCTCCT GCGTCAGACC 240 ATTGCAGGTT TGGTCAAACG TCAGATGACC TTGGTACTCA AGGATCCCTA TGCTAACTCC 300 TTCAACATTG AGGAGAACTG GAAAGGGCAC CACGAGACTG ACCACACAGA CCTTAACGGC 360 TGGATCTGGG AGCGCAAGTA TGAGGTGGAT TCGCTTTGCT ATCCTTTGCA GTTGGCTTAT 420 CTCCTCTGGA AAGAGACTGG CGAGACTAGT CAGTTTGATG AGATTTTTGT CGCAGCGACT 480 AAGGAAATTC TCCATCTGTG GACGGTGGAA CAAGACCACA AGAACTCTCC TTATCGTTTT 540 GTCCGAGATA CGGACCGTAA GGAAGACACC TTGGTAAATG ATGGCTTTGG ACCTGACTTT 600 GCAGTGACAG GTATGACTTG GTCAGCTTTT CGTCCGAGTG ATGACTGTTG CCAGTATAGT 660 TACTTGATTC CGTCAAATAT GTTTGCTGTA GTAGTCTTGG GTTATGTGCA AGAAATCTTC 720 GCAGCATTAA ACCTAGCTGA TAGCCAGAGT GTTATTGCTG ATGCCAAGCG TCTTCAGGAT 780 GAAATCCAAG AAGGAATCAA AAACTACGCT TACACCACCA ACAGCAAGGG CGAAAAGATT 840 TACGCTTTTG AAGTGGATGG CCTAGGAAAT GCCAGCATCA TGGATGATCC AAATGTACCA 900 AGTCTACTAG CTGCGCCCTA TCTGGGCTAC TGTTCGGTCG ATGATGAAGT GTATCAAGCT 960 ACTCGTCGTA CCATTTTGAG CTCTGAAAAT CCATACTTCT ACCAAGGAGA ATACGCAAGC 1020 GGTCTCGGCA GTTCTCATAC CTTCTATCGC TATATCTGGC CAATCGCCCT TTCTATCCAA 1080 GGCTTGACAA CAAGAGATAA GGCAGAGAAA AAATTCTTGC TGGATCAGCT GGTTGCCTGC 1140 GATGGTGGTA CAGGTGTCAT GCACGAAAGC TTTCATGTAG ATGATCCGAC CCTCTACTCT 1200 CGTGAATGGT TCTCCTGGGC TAACATGATG TTCTGTGAGT TGGTCTTGGA TTACTTGGAT 1260 ATTCGCTAAG GGGCTCGCTT TAGCTCAACC GATTCTTATC AGAATCACAA GTTTACATTT 1320 AAAACGTTAA AATTTAAATT TAGAATGAGG TTTTACTTCA TGGAAAATGT TGTTGTACAT 1380 ATTATCTCAC ATAGTCACTG GGATCGTGAG TGGTACTTGC CTTTTGAAAG CCATCGTATG 1440 CAGTTGGTGG AATTGTTTGA CAATCTCTTT GATCTCTTTG AAAATGACCC TGAGTTCAAG 1500 AGTTTCCACT TGGATGGACA AACTATTGTC CTTGATGACT ACTTACAAAT TCGCCCTGAA 1560 AATCGCGACA AGGTCCAACG CTACATTGAC GAGGGCAAAC TTAAAATTGG TCCCTTTTAC 1620 ATCTTGCAGG ATGACTACTT GATCTCCAGT GAAGCCAATG TCCGCAATAC CTTGATTGGT 1680 CAACAAGAAG CTGCCAAATG GGGTAAATCA ACCCAGATTG GCTACTTTCC AGATACCTTT 1740 GGAAATATGG GACAAGCGCC TCAAATTCTT CAAAAATCAG GCATTCACGT GGCGGCCTTT 1800 GGTCGTGGTG TGAAGCCGAT TGGATTTGAC AACCAAGTCC TTGAAGATGA GCAGTTTACG 1860 TCTCAGTTTT CAGAAATGTA CTGGCAGGGT GTGGATGGTA GTCGTGTTTT AGGTATTCTC 1920 TTTGCCAACT GGTACAGTAA CGGGAATGAA ATTCCAGTTG ACAAAGATGA GGCCTTGACC 1980 TTCTGGAAAC AAAAATTGTC AGATGTGCGT GCCTACGCTT CGACCAACCA ATGGTTGATG 2040 ATGAACGGCT GTGACCACCA GCCTGTACAG AAAAATCTGA GCGAAGCCAT TCGTGTGGCA 2100 AATGAACTCT TCCCGGATGT AATCTTTGTT CATAGTTCTT TTGATGAATA TGTTCAAGCT 2160 GTAGAAGGTG CGCTTCCTGA ACACTTATCA ACTGTTACAG GCGAGTTGAC CAGTCAGGAA 2220 ACAGATGGCT GGTACACACT TGCCAACACT TCTTCATCCC GCATTTACCT AAAACAAGCC 2280 TTCCAAGAAA ATAGCAACCT CCTAGAGCAA GTGGTAGAAC CCTTGACTAT TATCACTGGT 2340 GGACACAACC ACAAGGACCA GTTGACCTAT GCTTGGAAAA CACTTTTGCA GAATGCGCCA 2400 CATGATAGTA TCTGTGGCTG TAGCGTGGAC GAAGTTCACC GCGAGATGGA AACGCGTTTT 2460 GCCAAGGTCA ACCAAGTAGG AAACTTTGTT AAAAGTAACT TGCTCAACGA GTGGAAGGGT 2520 AAAATTGCTA CGGATAAGGC TCAAAGTGAC TATCTCTTTA CTGTCATTAA CACAGGCTTG 2580 CATGATAAGG TCGATACTGT CAGCACAGTG ATTGATGTGG CGACTTGTGA TTTCAAGGAA 2640 TTGCACCCAA CAGAAGGCTA CAAAAAGATG GCTGCTCTTA TCTTGCCAAG TTACCGTGTG 2700 GAGGACTTGG ATGGTCGTCC TGTAGAGGCT ACAATCGAAG ACCTCGGAGC TAATTTTGAG 2760 TATAATTTAC CAAAAGACAA GTTCCGCCAA GCTCGTATTG CTCGTCAAGT GCGCGTGACC 2820 ATTCCAGTTC ACCTAGCGCC GCTTTCTTGG ACAACCTTCC AATTGCTGGA AGGAAAACAA 2880 GAACACCGTG AGGGTATTTA CCAAAACGGA GTGATTGATA CACCATTCGT AACGGTGAGT 2940 GTGGATGACA ACATCACAGT CTATGACAAG ACAACTCACG AAGCCTATGA AGACTTTATC 3000 CGCTTTGAAG ACCGTGGGGA CATCGGAAAC GAGTATATCT ATTTCCAACC AAAAGGAACA 3060 GAGCCAATCT TTGCAGAGCT TAAGGGCCAC GAGGTCTTGG AAAACACAGC TTGCTATGCT 3120 AAAATCTTGC TCAAACATGA ATTGACCGTG CCTGTCAGTG CGGATGAAAA GCTAGAAGAA 3180 GAGCAACAAG GTATCATCGA GTTTATGAAG CGTGAGGCTG GACGGTCAGA AGAATTGACA 3240 AACATTCCTC TGGAAACTGA GTTGACTGTC TTCGTTGACA ATCCACAAAT CCGCTTCAAG 3300 ACTCGCTTTA CTAACACTGC CAAGGATCAC CGTATCCGTC TCTTGGTCAA GACTCATAAC 3360 ACGCGTCCAA GCAATGATTC TGAAAGTATC TATGAGGTGG TGACACGACC AAACAAACCA 3420 GCTGCTTCAT GGGAAAACCC TGAAAATCCT CAACACCAAC AAGCTTTTGT CAGTCTGTAT 3480 GACGATGAAA AAGGGGTGAC TGTATCCAAC AAGGGATTGA ATGAATACGA AATCCTTGGG 3540 GATAACACCA TTGCCGTGAC CATTTTGCGT GCATCAGGTG AGCTAGGTGA CTGGGGCTAC 3600 TTCCCAACGC CAGAAGCACA ATGCTTGCGG GAGTTTGAAG TCGAGTTTGC ACTTGAATGC 3660 CACCAAGCCC AAGAACGCTT CTCAGCCTAT CGTCGTGCCA AAGCCTTGCA GACACCGTTT 3720 ACCAGCCTTC AGCTTGCTAG ACAGGAAGGA AGCGTGGTTG CGACTGGTAG CCTCTTGAGC 3780 CATTCTGTTC TCAGCATACC GCAAGTTTGT CCAACAGCCT TTAAGGTAGC TGAAAATGAA 3840 GAAGGCTATG TGCTTCGTTA CTACAATATG TGTAGTGAAA ATGTACGTGT GCCAGAAAGT 3900 CAACATCTCT TCCTTGACCT ACTTGAACGA CCATACCCAG TTCATTCAGG ACTATTGGCT 3960 CCACAAGAGA TTCGTACAGA ATTCATCAAA AAAGAAGAAA TTTAATTTCA AAAAGTAAAC 4020 ATCAAAAGAA AGGAGGGGCG AAAAAGTAAG AACTAACTGC TGATTCGCCC CTTTTATGGT 4080 AAAAACAATG ACCATTGCAA CGATTGATAT CGGAGGGACT GGGATTAAGT TTGCCAGTCT 4140 GACTCCTGAT GGGAAAATAC TGGATAAGAC AAGTATTTCA ACGCCTGAAA ACTTGGAGGA 4200 TTTACTAGCG TGGCTAGATC AACGCTTGTC AGAACAGGAT TACAGTGGGA TTGCTATGAG 4260 CGTTCCAGGT GCAGTCAATC AAGAGACAGG TGTGATTGAT GGCTTCAGTG CGGTGCCCTA 4320 CATCCATGGC TTTTCTTGGT ATGAGGCGCT TAGCTCTTAT CAGCTACCTG TCCATTTAGA 4380 AAATGATGCC AACTGCGTTG GACTCAGTGA ACTACTAGCT CATCCAGAGC TTGAAAATGC 4440 AGCCTGTGTC GTGATTGGGA CAGGGATTGG CGGAGCCATG ATTATCAATG GTAGACTTCA 4500 TCGAGGTCGC CACGGTCTGG GTGGAGAATT TGGCTACATG ACAACCCTTG CCCCTGCTGA 4560 AAAACTTAAT AACTGGTCGC AACTAGCATC AACTGGGAAT ATGGTACGAT ACGTGATTGA 4620 AAAATCTGGT CATACTGATT GGGACGGTCG CAAGATTTAC CAAGAGGCCG CAGCTGGTAA 4680 TATCCTTTGT CAAGAAGCCA TTGAGCGCAT GAACCGCAAT CTGGCGCAAG GCTTGCTCAA 4740 TATCCAGTAT CTGATCGATC CAGGTGTCAT CAGTCTGGGT GGCTCTATCA GTCAAAATCC 4800 AGATTTTATC CAAGGTGTCA AGAAGGCTGT TGAAGACTTT GTCGATGCCT ACGAAGAATA 4860 CACGGTCGCA CCAGTTATCC AGGCCTGCAC CTATCACGCA GATGCCAATC TCTACGGTGC 4920 TCTTGTCAAC TGGCTACAGG AGGAAAAGCA ATGGTAAGAT TTACAGGACT TAGTCTCAAA 4980 CAAACGCAAG CTATTGAGGT TTTAAAAGGT CACATTTCTC TACCAGATGT GGAAGTGGCT 5040 GTCACTCAGT CTGACCAAGC ATCTATCTCT ATCGAGGGTG AGGAAGGTCA CTATCAATTG 5100 ACCTACCGCA AACCTCACCA ACTTTATCGT GCCTTGTCCT TGTTGGTAAC AGTTCTAGCA 5160 GAAGCTGATA AAGTAGAGAT TGAGGAACAA GCAGCTTACG AAGATTTGGC TTACATGGTT 5220 GACTGTTCTC GAAATGCGGT GCTGAATGTG GCTTCTGCCA AGCAGATGAT TGAGATATTG 5280 GCTCTCATGG GCTACTCAAC CTTTGAGCTT TACATGGAAG ACACTTACCA GATTGAAGGG 5340 CAGCCTTACT TTGGCTATTT CCGTGGAGCT TATTCAGCAG AGGAGTTGCA GGAAATCGAA 5400 GCCTATGCCC AACAGTTTGA CGTGACCTTT GTACCATGCA TCCAGACCTT GGCCCACTTG 5460 TCGGCCTTTG TCAAATGGGG TGTCAAGGAA GTGCAGGAGC TCCGTGATGT AGAGGACATT 5520 CTTCTCATTG GCGAAGAAAA GGTTTATGAC TTGATTGATG GCATGTTTGC CACGTTGTCT 5580 AAACTGAAGA CTCGCAAGGT CAATATCGGG ATGGACGAAG CCCACTTGGT TGGTTTGGGA 5640 CGCTACCTGA TTCTGAACGG TGTTGTGGAT CGTAGTCTCC TCATGTGCCA ACACTTGGAG 5700 CGCGTGCTGG ATATTGCTGA CAAATATGGT TTCCACTGCC AGATGTGGAG TGATATGTTC 5760 TTCAAACTCA TGTCAGCGGA TGGCCAGTAC GACCGTGATG TGGAAATTCC AGAGGAAACT 5820 CGTGTCTACC TAGACCGTCT CAAAGACCGT GTGACTCTGG TTTACTGGGA TTATTATCAG 5880 GATAGCGAGG AAAAATACAA CCGTAATTTC CGCAATCATC ACAAGATTAG CCATGACCTT 5940 GCATTTGCAG GGGGAGCTTG GAAGTGGATT GGCTTTACAC CTCACAACCA TTTTAGCCGT 6000 CTAGTGGCTA TCGAGGCTAA TAAAGCCTGC CGTGCCAATC AGATTAAAGA AGTCATCGTA 6060 ACGGGTTGGG GAGACAATGG TGGTGAAACT GCCCAGTTCT CTATCCTACC AAGCTTGCAA 6120 ATCTGGGCAG AACTCAGCTA TCGCAATGAC CTAGATGGTT TGTCTGCGCA CTTCAAGACC 6180 AATACTGGTC TAACGGTTGA GGATTTTATG CAGATTGACC TTGCCAACCT CTTACCAGAC 6240 CTACCAGGCA ATCTCAGCGG TATCAATCCC AACCGCTATG TTTTTTATCA GGATATTCTT 6300 TGTCCGATTC TTGATCAACA CATGACACCT GAACAGGACA AACCGCACTT CGCTCAGGCT 6360 GCTGAGACGC TTGCTAACAT TAAAGAAAAA GCTGGAAACT ATGCCTATCT CTTTGAAACT 6420 CAGGCCCAGT TGAATGCTAT TTTAAGTAGC AAAGTAGATG TGGGACGACG CATTCGTCAG 6480 GCCTACCAAG CGGATGATAA AGAAAGTTTA CAACAAATCG CCAGACAAGA ATTACCAGAA 6540 CTTAGAAGCC AAATTGAAGA CTTCCATGCC CTCTTTAGCC ACCAATGGCT GAAAGAAAAC 6600 AAGGTCTTTG GTTTGGATAC AGTTGACATC CGTATGGGCG GACTCTTGCA ACGCATCAAA 6660 CGAGCAGAAA GCCGTATCGA GGTTTATCTG GCTGGTCAGC TTGACCGCAT CGACGAGCTG 6720 GAAGTTGAAA TCCTACCATT TACTGACTTC TACGCAGACA AGGATTTCGC AGCAACTACA 6780 GCCAACCAGT GGCATACCAT TGCGACAGCG TCGACGATTT ATACGACTTA ATATTCTTCG 6840 AAAATCTCTT CAAACCACGT CAGCTTCCAT CTGCAACCTC AAAACAGTGT TTTGAGCAAC 6900 CTGCAGCTAG CTTCCTAGTT TGCTCTTTGA TTTTCATTGA GTATAAAAAC AAGAACACCT 6960 TGCTTGGCGC AGGGTGTTTC GCGTGAAACA GAAGAATTAT CTGGTTTCAA ATGCTACAGT 7020 TAGACAAACT TATGATAAAA TAGCAGAAAG TGAATGTTTC CTAAGAGCAA TTGGAGGTAT 7080 TATGCTACAC TTAAAATTAG TAAAACAAGA AATAGAAGCT GAAAAGCCAG CATCTGTAGA 7140 AGCTTGGATC ATTTCCGTCA AATTTAAAAA AGGTTGCTAC CGACATATAT AGATTCCAAA 7200 AACAAAAACG TTAGCGGAAC TAGCAGATGT GATTTTATGG AGTTTTGATT TTGCAAATGA 7260 TCATGCTCAC GCATTTTTCA TGGATAATGT TGAGTGGAGT CATGCAGATT CTTACTTTCG 7320 TAGCTTTGTT AGTGACGATG TTGAAGAACG TTACACAGAA AATGTCTATC TGGATAGCCT 7380 AAGTGTCAAA CAAAAATTTA AGTTTATTTT CGACTTCGGT GATGAATGGC GTTTTGAATG 7440 CCAAGTGCTG AGAGAAATCG AGACAGAGGA CGAAGAAGCT TATCTCGTAC GTTCGGTTGG 7500 AACGTCGCCA GAACAATATC CAGATTATGA TGGTTTTGAC TATGAAGAAT GGTAAAATTG 7560 AAATCAGTCT GTGTAGGCTT AGTATTTCAA TAGACTTCCT GCAAAACTAG AATCCTAGTT 7620 CATGATTGAT AATACCAGCA ATCAAATTCA TTCGTAATCC GAAGCGTTTA CGATGATTTC 7680 GATAGGTTGT TGAAAACATT TTAAACGTTT TTACTTTGGC AAAGATGTTC TCAACCTTGC 7740 TTCTCTCCTT AGATAGCGCA TGGTTATAGG CTTTATCTTC AGCTGTTAGT GGCTTGAGTT 7800 TGCTGGATTT ACGTGAAGTT TGTGCTTGAG GACATATCTT CATGAGCCCT TGATAACCAC 7860 TGTCAGCCAA GATTTTACCA GCTTGTCCGA TATTTCTGCA ACTCATTTTG AACAACTTCA 7920 TATCATGACA ATAGTTCACA GTGATATCCA AAGAAACAAT TCTCCCTTGA CTTGTGACAA 7980 TCGCTTGAGC CTTCATAGCG TGAAATTTCT TTTTACCAGA ATCATTCGCT AATTCTTTTT 8040 TTAGGGCGAT TGATTTTTAC TTCCGTCGCA TCAATCATTA CCGTGTCCTC AGAACTAAGA 8100 GGAGTTCTTG AAATCGTAAC ACCACTTTGA ACAAGAGTTA CTTCAACCCA TTGGCTCCGA 8160 CGGATTAAGT TGCTTTCGTG AATACCAAAA TCAGCCGCAA TTTCTTCATA AGTGCGGTAT 8220 TCTAGGCTTA ATTTAGGTTT TCGTCCACCT TTTGCGTGTT TAAGTTGATA AGCTGTTTTT 8280 AATACAGCTA ACATCTCTTT AAAAGTCGTG CGCTGAACAC CAACAAGACG CTTAAATCGT 8340 GTATCAGTTA ATTGTTTACT TGCTTCATAA TTTCGCAGGG AGTCTATTGA CTCTTTGGTA 8400 GGTGTCAATG TTTTTTTCAT CTATCCCGAG AATTATTTTC CCGCCATTTG TATTTGCAAA 8460 TGCTGAGTAG GTTTCCCAGA AAGACTCTGG AAGATTGTTT TTAGCTTTTT TGTATTCTAA 8520 ATCAACCCCT TCAAATTTTA AGTCCATATT TTTCCTTTAC ATCTGTTTTT TGTGGTTCTG 8580 GTATTTGTTC AAGTTGAGTG ATAATATAGC GAATTGAATT TCGAGAGTTT TTACTCAGTT 8640 AATTTCTTTT TTAACCC 8657 (2) INFORMATION FOR SEQ ID NO : 45 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 11384 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 45 : TCTATTTTGG GTATAGACTT ACCTATAAAG AAAAATATCT ATACACTGCC TTACTAGCTA 60 TACTGAACGA GTCAACAAAA ACGATATATA TTGATGATAT AAATACAGCA AGATTTTTTA 120 ACTTCTTTGG CAATGATATT CCTAATTCGT CTTTAAAAAA AATTGACTAT ATCGCACCTT 180 CAGAAATTGT TTCATTTAGT ACGTACGTTC GACAACGTTC TAAAGTAATT CCTAAAATTT 240 TGGAACATAT ATTAAAATCA AGTTTTTTAT TAGAGAATAT AGATGTTTCT GGTTACACTG 300 TAAATATTTT AGAAGATCAA TTAACAAAAC ATAGAACAAT CAAAATTAGT AAAAACTAAC 360 TGGTTGATCT CATGTATAAA TACCTAACAA AACCACGCGC CTTGCCTGCT GATGGAAAGA 420 AAGGTACAAA TACATGAATA TCAAAGAAAA AATCAAAAAG AATGGCCAAA GAGTTTATTA 480 TGCTAGTGTT TATCTAGGCG TTGACCAACT AACGGGCAAA AAAGCCCGTA CAACTGTTAC 540 AGCAACCACT AAAAAGGGCG TTAAAGTAAA AGCGCGTGAT GCGATCAATA CTTTTGCTGC 600 TAATGGCTAT ACAGTTAAAG ACAAGCCGAC AATTACAACA TATAATGAGC TTGTAAAAGT 660 TTGGTGGGAT AGTTACAAGA ATACAGTTAA GCCAAATACT CGCCAATCCA TGGAGGGATT 720 GGTTAGAGTG CATTTATTGC CTGTATTTGG CGATTACAAG CTATCTAAAC TTACTACGCC 780 TATTCTTCAA CAGCAAGTAA ACAAATGGGC TGACAAGGCA AATAAAGGCG AAAAAGGGGC 840 ATTTGCTAAC TACTCTTTGC TCCATAACAT GAATAAGCGT ATTTTGAAAT ATGGCGTAGC 900 TATCCAGGTA ATACAATACA ACCCAGCTAA TGATGTCATC GTTCCACGCA AACAGCAAAA 960 AGAAAAGGCT GCTGTCAAAT ACTTAGACAA CAAAGAATTA AAACAGTTTC TTGATTATTT 1020 AGATGCTCTG GATCAATCAA ATTATGAGAA CTTATTTGAT GTTGTTCTGT ATAAGACTTT 1080 ATTGGCCACT GGTTGCCGTA TTAGTGAGGC TCTGGCTCTT GAATGGTCTG ATATTGACCT 1140 AGAAAGCGGT GTTATCAGCA TCAATAAGAC ACTAAACCGC TATCAGGAAA TAAACTCACC 1200 TAAATCAAGC GCTGGTTATC GTGATATACC AATAGACAAA GCCACATTAC TTTTACTGAA 1260 ACAATACAAA AACCGTCAAC AAATTCAGTC TTGGAAATTA GGCCGATCTG AAACAGTTGT 1320 ATTCTCTGTA TTTACGGAGA AATATGCTTA TGCTTGTAAC TTACGCAAAC GCCTAAATAA 1380 GCATTTTGAT GCTGCTGGAG TAACTAACGT ATCATTTCAT GGTTTCCGCC ATACACATAC 1440 TACTATGATG CTCTATGCTC AGGTTAGCCC GAAAGATGTT CAGTATAGAT TAGGCCACTC 1500 TAATTTAATG ATCACTGAAA ATACTTACTG GCATACTAAC CAAGAGAATG CAAAAAAAGC 1560 CGTCTCAAAT TATGAAACAG CTATCAACAA TTTATAAAAA ATAAGGGTGA CCCATTTCCG 1620 GGCTACCCTC TTACTATACC AAAAATTAGT AGGGGTAGTA AAAAGGGTAT TAAATTATAA 1680 AAAGCACTAA GGGAAAGCGC CCCAAAGTGC TTATTTCAAA GGCTTTATAG CCTATAATCA 1740 CATAAAGAGA TTATTTTTTA AGGTTGTAGA ATGATTTCAA TCCACGATAT TCAGCTACTT 1800 CACCAAGTTG GTCTTCGATA CGAAGCAATT GGTTGTATTT AGCGATGCGG TCTGTACGTG 1860 AAAGTGAACC AGTCTTGATT TGTCCTGCGT TAGTTGCAAC TGCAATATCA GCGATTGTTG 1920 AATCTTCAGT TTCACCTGAA CGGTGTGATA CAACAGCAGT GTAACCAGCT TCTTTAGCCA 1980 TTTCGATAGC TTCAAAAGTT TCAGTAAGAG TACCGATTTG GTTAACTTTG ATAAGGATTG 2040 AGTTAGCAGC ACCTTCTTGG ATACCACGTG CAAGGTAGTC AGTGTTTGTT ACGAAGAAGT 2100 CGTCACCAAC AAGTTGTACT TTCTTACCAA GACGTTCAGT AAGAGCTTTC CAACCATCCC 2160 AGTCGTTTTC ATCCATACCA TCTTCAATAG TGATGATTGG GTATTTGTTA ACCAATTCTT 2220 CAAGGTAGTC GATTTGTTCT GCAGATGTAC GAACAGCAGC ACCTTCACCT TCAAATTTAG 2280 TGTAGTCGTA AACTTTACGT TCTTTATCGT AGAATTCTGA TGAAGCACAG TCAAATCCGA 2340 TAAATACGTC TTTACCTGGT ACATATCCAG CAGCTTCAAT CGCAGCAAGG ATAGTTTCAA 2400 CACCATCTTC AGTTCCTTCG AAACGAGGAG CGAATCCACC TTCGTCACCT ACGGCAGTTT 2460 CCAAACCACG TGATTTAAGG ATTTTCTTAA GAGCGTGGAA GATTTCAGCA CCGTAACGAA 2520 GGGCTTCTTT AAATGTTGGC GCACCAACTG GCAAGATCAT GAACTCTTGG AAAGCGATTG 2580 GAGCGTCAGA GTGAGAACCA CCGTTGATGA TGTTCATCAT TGGAGTTGGA AGAACTTTAG 2640 TGTTGAATCC ACCAAGATAG CTGTAAAGTG GGATTTCAAG GTAGTCAGCA GCAGCACGAG 2700 CTACAGCGAT AGACACACCG AGGATTGCAT TCGCACCCAA TTTACCTTTG TTAGGAGTAC 2760 CGTCAAGTGC GATCATAGCA CGGTCAATAG CTTGTTGATC ACGTACATCG TAGCCAATGA 2820 TAGCTTCAGC AATGATGTTG TTTACGTTGT CAACAGCTTT TTGTGTACCA AGACCACCGT 2880 AACGAGATTT GTCACCGTCG CGAAGTTCAA CTGCTTCGTG TTCACCAGTA GAAGCTCCTG 2940 ATGGAACCAT ACCACGTCCG AAAGCACCTG ATTCAGTGTA AACTTCTACT TCAAGTGTTG 3000 GGTTACCGCG TGAGTCTAGG ACTTCGCGAG CGTAAACATC AGTAATAATT GACATTTTTT 3060 ACTCTCCTTA TGAGTTAAAT TTTTTACACC TCTATAATAC CTTAAAACCC CTCCTTTTTC 3120 AAGAAAAAAC GTTATCTTTG TGCAACTTTT CCTTAACTTT ATAAAGTAAT CGCTTTCTTT 3180 TGTCTGTTTT ATTCTAACTT TTATGATATA CTGTTTTCAT GACAGATTTA TCAAAACAAT 3240 TACTTGAAAA AGCTCATGGT GGGTTAAAAA TAAATCCGGA TGAGCAAAGA CGCTATCTTG 3300 GTACTTTTGA GGAAAGAGTT CTTGGATATG TAGATATTGA CACAGCAAAT AGCCCTCAGT 3360 TAGAAAAAGG CTTTTTATTT ATTTTAGAAA ACCTTCAGGA AAAAGCAGAG CCACTATTTG 3420 TGAAGATTTC ACCAACTATC GAATTTGATA AGCAAGTTTT CTACTTAAAA GAAGCAAAAG 3480 AAACTGATAG TCAAGCCACC ATAGTATCTG AAGAGCATAT TACTTCTCCT TTTGGCCTGG 3540 TTATTCATAG CAATGCACCA GTTCAAGTAG AAGAAAAAGA CCTTCGACTT GCTTTTCCAA 3600 AACTTTGGGA AGTTAAAAAG GAAGAACCAG CCAAAACATC CTTATGGAAG AAATGGTTTA 3660 GCTAAATCTT GCACATATTT AATAAGTGCC CAATATTGGC AGCCGTGCGC TCCAGATAGA 3720 AACTGGCATT TTTCAAACTA TCTTCTAAAG GTTCACTTTT CTCCAAAATA GAAAAGACAG 3780 CTTGGATATT TTCAAATGGT AGGGGAGGTA AATCTTCAGC AAGACTACCG CAAATAGCAA 3840 TAACAGGAAC TCCAACAGGG GTTCTTTTTG CAACACCTAT AGGCGCTTTC CCAGCAAAGC 3900 TTTGACTATC AAGTCTTCCT TCTCCAACAA CAACCAAGTC AGCATCTGAA ACTTTCTTAT 3960 CAAAGTTGAT TAAGTCCAAG CAGGTATCAA TTCCAGACAC GATACTTGCC TGAGCAAAGG 4020 CACACAAACC ACCAGCAAGG CCTCCACCTG CTCCTGCTCC TTTAATTTCT AATGTTGCAG 4080 GTGAGAATTT TTCATAAAAA TCTTGGATCG CCTGATCTAC GACTGCAAAC ATAGTCGGAT 4140 GTAGACCTTT TTGATTGCCA AAAGTGTAAG TCGCACCTTG ATGACCACAT AAGGGACTCA 4200 CGACATCTGC TAAAATATGA ATTTGAACAC CTTCAGGAAT TTTATAGCAA TTTTCTGTTG 4260 AAACAGAAGC TAAGTTTAAT AAGGATTGAC CGGAAGCAGG CAAGACATTT CCATCCCTAT 4320 CATAAAATTG ATAACCTAAA CCAGCAGCAA TCCCCAGTCC TCCATCATTA CTGGCCGTGC 4380 CACCAACACC GATATAAATA TCTTTAATCC CTTTAGAGAT GAGATGAAGA ATCAACTCTC 4440 CAATACCACA AGTTTGGATT TGAAGTGGAT TTCGTTTCTC TAGCGGAATT TTTCCAAGAC 4500 CAACCAAGTC AGCTACTTCA AATAGTGCCA GTTCCCCTTT TTGAAAATAG CGCATGGCTT 4560 CTTTTTGTCC AAAAGGGTCT GTCACTTGGA TCCATTTTTC TTTTAGGTCA AGAGAATGTC 4620 GGATAGCATC TACAGTACCT TCTCCCCCAT CACCAACAGG GCAGAGGAGA CATTCTACAT 4680 CTGCTATCGA TTGTTGGAAG CCTCTTTTTA TTGCTTCAGC TACCTGTTGA GCTGTCAAGC 4740 TTTCCTTAAA CGAATCCGGT GCAATTACAA TCTTCATATT TTCCCTCATT CTAAACAGTC 4800 AATCAAAGGG AGAACTTCTA AAAAATCCCT CTTGTCAACA TGATGTGGTA TTTCTTTTTT 4860 GAGCACTTCT TTGGCACAAA AGGCGATTCC TAACTTCGCC GACTTCAACA TTAATAGATT 4920 ATTAACCCCA TCACCGATTG CCACCGTTCT TTCTTTAGAA AGTTTTAGTT TCTTTCTCCA 4980 TTTTTCCAGA GTCTCTTTTT TGACCTGGGG ACTTATAATT TGTCCAACTA ATTTTCCTGT 5040 TAAAAGACCT TCTTTGACTT CAAGCTAGTT GGCAGTGAAA TAGGCAATAC CAAGGGATTT 5100 TGCTAATCTC TCCAACTATT GGTGTAAATC CACCAGACAC CAGACCAACT AGGATGCCAT 5160 TCTTTTGGAG AATAGAGATG AACTCTGGGA CATTTAGCGA TAGATGAATT GAGTTGAAGA 5220 CGTTATCAAA GACCAAAATA GGAAGACCTT CCAACAAGGA CACTCTTTTT CTTAAACTGC 5280 TTTCAAAGAC CAACTCTCCT CGCATTGCTC GACTTGTAAT CTGCGAAATT TCCGCCTCAT 5340 GACCTGCCTC TCTCCCTAAA AGATCAATCA CTTCTTCTAG GATTAAGGTT CCATCTACAT 5400 CCAAAACACA CAAGCCTTTT ACTTGAGACA TCAGTTCTCC TCTCTAAACA GCCTAAAAAT 5460 CGTATGAAGT CATCATACGA TTTTATCTAT TAATTAACTA AACTATGGTA CAAGTCAAGG 5520 TATGACTTGC AGGCTGTATC CCATGAGAAG TCACTCTCCA TAGCTTGTTT TTGTAGGTTT 5580 CTCCAAATGT CTGGATGGTT TCTATACAAG TCCAATGCTG TTTGGAAAGT CCAATTTAAC 5640 CAATAAGGAG ATAGATTGTC AAAGCTAAAG CCAGTACCGC TTCCTTCGAT TGGATTGAAA 5700 GCGCGAACTG TATCTCGCAA GCCTCCAACT TCATGGACCA ATGGCAAGGT TCCATAACGC 5760 ATAGCCATCA TTTGAGACAA GCCACACGGT TCAAAACGAC TTGGCATGAG GAAGAGGTCA 5820 CAAGCAGCGT AGATTTCCTG AGCAAGTTTG ACATCAAAAG TGATATTTGT TGATAGCTTG 5880 TCTGGGTAAA TCTGAGCAAA CCATGAGAAA GCTCCTTCAA AGGCTGGATC GCCAGTTCCC 5940 AAAAGAACAA TCTGAACATC TTCTTGCAAG ATATGGTGAA GACTTTCGAC CACCACATCA 6000 AAACCTTTTT GACGTGTCAA ACGAGAAACA ATTCCCACCA GTGGAACGTC TGCTCTAACA 6060 GGCAAGCCAA CTCTTTCTTG CAATTTTGCC TTATTTTTGG CTTTCCCAGA CAAATCTTCC 6120 TGATTGAAAT GATAGTCTAA AAGAGCATCC GTCTGAGGAT TATAAAGATC AGCATCAATC 6180 CCATTCACGA TACCAGATAC TTTACCAGAC TCCATTTTAA GAATCTGATC CAAATTACAT 6240 CCAAACTGAC TAGTCATAAT TTCATGAGCA TAGCTAGGTG AAACGGTTGA AACACGGTTC 6300 GCATAGAGAA TACCTGCCTT CATCCAGTTC AGACAGTTGT TCCATCGAAG GGTGCCATCA 6360 GCGTAACGTT CAAAGCCAAC TCCAAACAAA TCACCCAACA TTCCTTCTGA AAATTGTCCT 6420 TGGAATTCTA AATTATGAAT GGTTAAAACT GTTTCAATGT CCTCATAGGC TTGAATCCAA 6480 CGGTATTTTT CCTTCAACAA GAAAGGAATC ATAGCTGTAT GGTAGTCATG AACATGGAGA 6540 AGATCAGGAA TAAAGTCAAT CCTTTCCATA GCCTCAATGG CAGCCAGTTG GAAAAAGGCA 6600 AAGCGTTCTC CGTCATCAAA ATCACCGTAA ACATGACCAC GGAAGAAATA ATATTGATTG 6660 TCAATAAAGT AGAAGGTTAC ACCATTTAAT ACTGTTTTCT TAATTCCACA ATACTGTCTG 6720 CGCCAACCAA CGCTCACCTC AAAATGAAGC ACATCTTCAA TCTGATTTCC AAATTTAGCC 6780 TCTACCATAT CATAGTAGGG TAAAATCACT GCAACTTCGT GCCCAGCTTT TACCAGTGAT 6840 TTTGGAAGAG CGCCAATGAC GTCTCCCAAA CCACCTGTTT TTGAAAAGGG TGCACCCTCT 6900 GCTGCTACAA ATAAAATTTT CATGAATGAA TATCCTCTGT TACTTTAGCA CCTTTCTTAA 6960 CCACAACTGG ATGTTCTGCA GTTCCTCGAA TCACAACACC ATGCTCAACT TCAACCCCTT 7020 TGTCCAAGAT AGCATATTCG ACCTGAGCCC CTTCTCCAAT AACAACACGA GGGAAGAGCA 7080 GGCTATCTTT AACCAAGCTA TCCTTATGGA CATGAATATT ACGTGATAGA ACAGAATTAG 7140 CTACTTGACC TTCAATAATA CTACCAGAGG CAAACTGAGA AGTGCTTACC TTAGATGTAT 7200 TAGCATAGTA AGTTGGCTCT TCGTTTTTGA CCTTTGTATA AATCTTTTGG TTTGGTGAGA 7260 AAAGAGAATA GAATTTTTGT GATTCAAGCA TATCGATATT CGCTTGATAA TAAGATTTAA 7320 CAGAGTGAAT ATTGGCTAGA TAGCCCGTGT ACTCGTAGGC GAAAGCTCCC TCTTTTACAG 7380 CCAAATCCCG TAAAACATAG CGCAATTTCT CTGGATGTTC TTTTTTAGCT TCTTCTTCCA 7440 AGTGTTCAAT CAACCAAGGT GTATCAACGA CAAAGATATC TGTAGACATA TTGAACGTTT 7500 CAGCTGTTGA CTTGCTATCA AAGAGTTTAT GAGAAAGAAC ATGGTCTGTT TCATCTACAT 7560 CCAAGATTGC ATTTACTTCT GAAATATCTT TCTTAGCTAG TTTTTTATAA ACTACAGTGA 7620 TAGGCTCTTT TGTTGTACTA TGTAGGTGGA AAACTTGGTT CAAATCAATG TTAATAAGAA 7680 CATCGCAGTT GAGGGCAACC GTTTGGTTTG AGCCAGAACG TTTCAAATAA GTAAGAAGCT 7740 GTTGGTAGTA TTCTTTTCCA ACTGTACTAC TTTCTACACG GGTATTGTAA ATTCCTAGAT 7800 AGTAATGGCT AAGAAGGGTT GATAAGCCCC ACTCGCGTCC TGAACGAATA TGGTCAAATA 7860 CTGAGCTGAT ATTATCCTGC TGGAAAATAC CAAAGACACT ACGAACACCT GCATTAGCAA 7920 GGCTTGAAAG TGGGAAGTCA ATCAAACGAT ATTTCCCACC AAATGGCAAA CTTGCTACTG 7980 GACGGTGGTC CGTCAATGTC GACATATTGT GAAAACCAAC TGTATTTCCT AAAATGGCAG 8040 AATATTTATC AATCTTCATC TGTTGCTACC CCCACTACTT CATTATATCC TACAACTTGT 8100 ACTTCATCTG TTCCATCAAT TTCGACACCG TCAGAAATAA TCGCACCTTC ACCAATAATG 8160 GCACGTTTAA TCTTAGCTCC TTGACCAATG ATAGCTCCAC TCATGATAAC TGAATCAAGG 8220 ACTTCCGCTC CTTCGCGAAC TTGCGCGCCT GTTGAAAGGA TAGAATGTTT AACAGTTCCA 8280 TCAACGAAAC ATCCGTCTAC AACTAATGAG TCTTCCACAT GAGCATTTGC CCCGAGGAAG 8340 TTTGGTGGTG AAATCAAGTT TCTTGAGTAA ATCTTCCATT GACGGTTACG ACTATCCAAG 8400 GCATTTTCTG GAGAAATATA CTCCATGTTC GCTTCCCAAA GTGACTCAAT AGTACCAACA 8460 TCTTTCCAAT AACCACTAAA TTCGTAAGCA TAAACACTTT CACCTGACTC AAGGTAATTT 8520 GGAATGACAT TTTTACCAAA GTCTGACATG CCAACCTTGC TCTTTTCAGC AGCGACTAAC 8580 ATATTACGAA GGCGTTGCCA ATCAAAAATG TAGATTCCCA TAGAAGCTTT TGTAGATTTA 8640 GGTTGAGCTG GTTTTTCTTC AAATTCAACA ATACGATTGT TAGCATCTGT GTTCATGATA 8700 CCAAAACGGC TTGCTTCTTT AAGAGGGACG TCTAAAACTG CTACTGTCAA GCTGGCATTA 8760 TTATCCTTAT GAGACTGGAG CATATCATCA TAGTCCATTT TGTAGATGTG ATCCCCAGAC 8820 AAAATCAAGA CATACTCAGG ATTGACACTG TCGATATAGT CGATATTTTG GTAAATAGCG 8880 TGACTAGTCC CCTCAAACCA ACGATTTCCT TCACTTGCAG AATAAGGTTG AAGAATAGAG 8940 ACACCTGAAT TAATACCGTC TAGTCCCCAG CTTGAACCAT TCCCAATATG GTTGTTGAGA 9000 GCAAGTGGTT GATACTGTGT AACGACCCCA ACATTGTGAA TCCCTGAGTT GGCACAGTTT 9060 GATAGGGCAA AGTCAATGAT ACGGTAGCGC CCACCAAATT GCACAGCTGG TTTTGCGATG 9120 CTTTGAGTGA GTTTACCGAG ACGAGTTCCT TGCCCACCAG CAAGAATCAA AGCTAACATT 9180 TCATTTTTCA TTTTCTACTC CTTTTTGGTT TTTATTTGTG ACGGTTTTAG TAGATTTCAA 9240 GCGACGTTTG ATTTTCCATA CACTTGCTCC CATAGCCGGT AGGGTAAAGG TTAAGGTCTG 9300 CTCATAATCT TTCCATAGTC CTTCTTGCGT TTGAACAGTT TGATTATGTT CTTTCCAAAC 9360 GCCTCCCCAC TCTTCCAACT CAGTATTCCA TACTTCTTCG TAAATTCCTG CAACGGGTAG 9420 TCCGATTGTA AAATCTTTCC GCTCAACAGG TACCATATTA AAGATACAGA CTAACATTTC 9480 TCCCTTTTTA CCCTTACGAA TAAAGGAAAG AACACTCTGG TCTCGATTAT CCGCATCAAT 9540 GATTTCAATA CCATCATAGC TGGTATCAAT TTCCCACAGA CAGCGATGAT CTTTGTAAAA 9600 CTGGTTTAGC TGAGAAGCGA AATACTTCAT CTTAGCATTC ATTGGGTCTT CTAGGTTAGA 9660 CCATTCCAAC TGTTCTTCAG ATTTCCATTC TAGGAATTGA CCGTATTCGC TACCCATGAA 9720 GAGCAATTTC TTACCAGGGT GACAAATTTG GTACGTATAG AGATTGCGCA AGCCTGCGAA 9780 TTGATTGTAA CGATCTCCCC ACATCTTATG CATCATACTC TTCTTGCCAT GAACCACTTC 9840 ATCGTGCGAG AATGGCAAGA GATAATTCTC CTTGAAAACA TACATAAAGC TGAAAGTCAC 9900 CAGGTTAAAG TCATATTTAC GATAGATCGG ATCTTCTTCG TAGAAACGGA GGATATCATT 9960 CATCCAGCCC ATGTTCCATT TGTAGTCAAA TCCTAGACCA CCAATCTCTT TCATTCCCGT 10020 AATCTTGATC GCAGACGAAC TTTCTTCTGC AATCATCATC ACATCTGGAT ATTCTAACTT 10080 AATAACCTCA TTCAAGCGCT GAAGGAAATA ATAACCTTCA TAGTTGAGAT TTCCGCCATC 10140 TTTATTAGGT GTCCATGGAG CATCATCATA GTCCAAATAG AGCATGTTGC TAACAGCATC 10200 CACACGAATA CCATCCAAAT GATAGACATC AATCCAATGC TTAATGCAAG AAATTAAGAA 10260 GGACTGGACT TCATTTTTTC CAAGGTCAAA ATTAAGGGCA CCCCAACCAT GGTTATGAGC 10320 CTTATTATGG TCTTGGTATT CAAAAGTCGG TGTCCCATCA TAATAGGCTA AGGCATCATC 10380 GTTGATGGTA AAGTGACTGG TACCCAGTCC ACAATAACCC CAATATTATG GGTATGACAC 10440 TCCTCGACAA AATCTTGAAA CTCCTCTGGT CGGCCATAAG CATGCTCTAA AGCGAAGTAA 10500 CCCATAAGCT GATACCCCCA ACTCAAGCCC AAAGGATGGG ACATCAAGGG CATAAACTCA 10560 ATATGAGTAT AGTTCATTTC AACGAGATAA GGAATGAGTT CATCCTTGAG CTGGGCAAAA 10620 CTATAAGGAC TGCCATCAGA ATTTCTTTTC CATGATCCAG CGTGAACTTC ATAAATATTG 10680 ACAGGACGCT CTTCAAAGCC CCAACGTTTT CTTCGTGCCA GCCAAAGTCC ATCCTTCCAT 10740 TTCTTCTCAG GAAGCTCTGT TACGATTGCC CCTGTTCCTG GACGAGCCTC ATACCTGACA 10800 GCAAAAGGGT CAATCTTCAT CAGTTGATGA CCATTTTGAC GTGTGACATG ATATTTGTAA 10860 ATATGCCCTT CTTGAGCCAT ATTGGTAAAG ACTTCCCAGA CCCCAAAATC ATTTCTTACC 10920 ATTGGAATCT GATTTTCAAT CCAGTTGGTA AAATCACCAA CCAAGTGAAC AGCCTGAGCA 10980 TTAGGTGCCC AAACACGGAA GGTATAGCCA TGCTCTCCAT TTAGTTCTTC CCTATGTGCT 11040 CCTAGATAAT GTTGGAGATA AAAATTTTCA CCCGTCATAA AGGTTTTTAA TGCTTCTCTA 11100 TTATCCATAT ACTCCCCTTC TCCTGTAAGC GTTTTCTATG TTTTTATTAT ACTACCTTTT 11160 TAGAGAAGAT TCAAGTAAAT TACTATACTT CTTTAATTAT TTTGAAAATC TACAACAAGT 11220 TCACTTACTC GTTCAATTGT AAATCAATAT TTTTTCAAAA AATTGCGAAA ACGCCTTTCT 11280 TTTTCTACTA TAGTGAAATG AAATAAAACA TGCGCAAATC GATTAAGGAA TTTAATCTAA 11340 TTTCTAACAA TGTCTTAGAA ATCAAAGTGT ACTATTTTAA CTCC 11384 (2) INFORMATION FOR SEQ ID NO : 46 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 7577 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 46 : TGTTGATTTG TTACTAGACG TTGACCAACG TCCTTCGGCT GGAAAAGGAA TTCTCCTTAG 60 TTTCCAACAC GTTTTCGCCA TGTTTGGTGC GACCATCTTG GTACCATTGA TTTTGGGAAT 120 GCCTGTATCT GTTGCCCTTT TTGCTTCAGG TGTTGGAACA CTCATCTACA TGATTGCTAC 180 TGGTTTTAAA GTTCCAGTTT ATCTAGGTTC TTCATTTGCC TTTATCACAG CTATGTCACT 240 GGCTATGAAA GAAATGGGGG GGGATGTATC TGCTGCCCAA ACAGGGGTTA TCTTGACTGG 300 TTTGGTCTAT GTCCTTGTTG CTACCAGCAT CCGATTTGTA GGAACAAAAT GGATTGATAA 360 ACTCTTGCCA CCAATCATTA TCGGTCCTAT GATCATCGTT ATCGGTCTTG GACTTGCAGG 420 TTCAGCTGTT ACCAATGCAG GTCTTGTAGC AGACGGAAAT TGGAAAAATG CTCTGGTAGC 480 CGTTGTTACT TTCCTAATTG CTGCCTTTAT CAATACAAAA GGAAAAGGCT TCCTACGAAT 540 CATTCCATTC CTCTTTGCCA TTATCGGTGG TTACCTTTTC GCACTAACTC TTGGCTTGGT 600 TGACTTTACA CCAGTTCTTA AAGCCAACTG GTTCGAAATT CCTGGTTTCT ACTTGCCATT 660 TAGCACAGGT GGTGCCTTTA AAGAGTACAA TCTTTACTTT GGTCCAGAAG CCATCGCTAT 720 CTTGCCAATC GCTATCGTAA CAATTTCTGA ACATATCGGA GACCATACTG TTTTGGGTCA 780 AATCTGTGGT CGTCAATTCT TAAAAGAACC AGGTCTTCAC CGTACTCTTC TTGGTGACGG 840 TATCGCAACT TCTGTTTCTG CCTTCCTTGG TGGACCAGCC AATACAACTT ACGGAGAAAA 900 TACAGGGGTT ATCGGTATGA CTCGTATCGC TTCTGTCTCA GTTATCCGTA ACGCTGCCTT 960 CATCGCGATT GCCCTCAGCT TCCTTGGTAA ATTCACTGCC TTGATTTCAA CTATTCCAAA 1020 CGCTGTACTT GGTGGTATGT CAATCCTTCT CTATGGGGTT ATCGCCAGCA ATGGTTTGAA 1080 AGTCTTGATT AAAGAACGTG TTGATTTCGC TCAAATGCGA AACCTCATCA TCGCAAGTGC 1140 TATGTTGGTT CTTGGACTTG GAGGAGCTAT CCTTAAACTT GGTCCAGTTA CACTTTCAGG 1200 TACTGCCCTT TCAGCCATGA CAGGAATCAT CTTGAACTTG ATCTTGCCAT ACGAAAATAA 1260 AGACTAAGAG TCTAAATACA CCTAATCCAC TCAGACAGCT GAGTGGATTT TTCGTATACC 1320 ATAATAAAAG TGTCTTAACA AAATTATTAA AATCAAAAAA CGTATAATAT CAGATATTCT 1380 AAAACCTTGA TACTGTACGT TTTATCATAG AAATTTTTAC TTTATTTTCT CATCAAATGA 1440 GATTTGCATC AATCTCTTGT CTTACTTGCG TTTCTTCTTC GCTTTCTTCA TTTTGTTAGC 1500 CATACGTTTC ATGGACTGTT TCATGGCAAA TTCACCAATT TTACCTTTCA AACCGCCACC 1560 AAACATCTGG CTCATATCTG GCATTCCTGC TCCTCCGAGA GCTGATAAGT CAGGCATACC 1620 GCCTTGTCCC ATCATTCCTT CAAGGGCAGA CATATCCATT CCTCCCATAT TTGGCATATT 1680 TTTAGGAAGG TTATTTGGAT TAATCCCCAT TTGCTTCATC ATTTTATTCA TATCCCCAGA 1740 CATAACACCC TGCATGAGCT GTTTAGCCTG GTTAAAGTCC TTGATGAATT TATTGACTTC 1800 GACGAATGTA TTTCCAGAAC CAGCAGCAAT ACGACGGCGA CGGCTTGGAT TTAACAAATC 1860 TGGGTTTTCA CGCTCTTCAG GTGTCATCGA AGACACAATG GCACGTTTAC GAGCAATCTG 1920 GCGTTCATCC ACCTTCATGT TTTGAAGGGC TGGATTGTTG GCCATACCTG GAATCATCTT 1980 GAGCAAGTCT TCCATCGGCC CCATATTTTG CACCTGATCT AATTGATCGA TGAAATCATT 2040 AAAATCAAAG GTGTTTTCGC GCATCTTCTC AGCCATTTCA AGGGCTTTTT GTTCATCG'TA 2100 TTCCTGAGAA GCTTTCTCAA TCAAAGTGAG CATATCCCCC ATACCAAGGA TACGGCTAGP. 2160 CATGCGGTCT GGGTGGAAGG TTTCAATGTC CGTAATCTTT TCACCTGTAC CAGTGAACTT 2220 GATTGGTTTT CCAGTAATGT GACGAACAGA CAGAGCAGCA CCACCACGAG TATCGCCATC 2280 AATCTTGGTA AGGATGACCC CAGTCACTTC CAACTGAGCA TTAAACTCAC GCGCAACATT 2340 GGCTGCTTCC TGACCAATCA TAGCATCAAC GACAAGCAAG ATTTCATTTG GTTGAGCCAA 2400 TGCTTTCACA TCACGAAGCT CATTCATGAG GAGCTCATCA ATCTGCAAAC GACCCGCAGT 2460 ATCAATCAAG ACATAGTCGT TATGATTAGT TTGGGCTTGC TCCAAACCTT GACGTACAAT 2520 CTCAACAGCT GGTACTTCTG TTCCAAGTGC AAAGACAGGC ACATCAATCT GTTGTCCCAA 2580 GGTCTTAAGC TGGTCAATGG CAGCTGGACG ATAAATATCC GCCGCAATCA TCAAAGGACG 2640 AGCATTTTCT TCTTTCTTGA GTTTGTTGGC CAATTTACCA GCAAAGGTTG TTTTACCAGC 2700 CCCTTGTAAA CCAACCATCA TGATGATGGT TGGAATCTTA GGTGACTTGA TAATTTCTGC 2760 CGTATCAGAA CCTAAAACGG CTGTCAATTC CTCATCAACG ATTTTAATAA TCTGTTGCGC 2820 AGGATTAAGT GTATCAATGA CCTCATGCCC GACTGCACGC TCACGAACTT TCTTGATAAA 2880 GTCCTTTACA ACAGGCAAGG CAACGTCGGC CTCGAGCAAG GCCAAGCGAA TTTCTTTGGT 2940 TGCCTCTTGG ACATCAGATT CAGAGATTTT TCCTTTTTTA CGTAGATTTT TAAAGACGTT 3000 CTGCAAACGT TCTGTTAAAC TTTCAAATGC CATTTTTCTT CCTCTTATTC TCTATTATCA 3060 ATGCTTGTTA AAATTTCTAT CTGCTCCTGC AGAAAGTCAT CCTTGGGATA GCGCTCCAAA 3120 ATCTGATCAA AAATCTGACT GCGGACAATA TAGTCCGAGT ACATGTGCAA TTTCATCTCA 3180 TAATCTTCCA GAATCTTTTC TGTTCGCTTG ATATTGTCAT AGACAGCCTG ACGACTGACA 3240 CCGAACTCCT CGGCAATTTC AGCAAGGCTG TAATCATCAG CGTAGTAGAG CTCGATATAA 3300 TTCATTTGCT TATCTGTCAA AAGCGCCGCA TAAAATTCAA AGAGCGCATT CATACGATTG 3360 GTTTTTTCGA TTTCCATAAC TTTTATTATA CCAAAAATTA GCCTAATCTA CCACACTAGG 3420 AAGCCGATCC AAGAAGATAG ATAGCTAAAT TTGAAAAAGA CATGAGCCTA GCCCCAAGTA 3480 ATTTCCAATT GATAGCTGGC AAAGGGATGT CCCTCTTGAT TTTGTAGTTG ATAATCTAGT 3540 TCAATCTTTT GCCTATCAAC TTGATAATGG CTCGTTTGGA TGATAAACTC CTGCATGCCC 3600 ATAGGTGTAG GAATATAGGC TAAACTATCG CTATCCTTTA GAAAGCGCAT AATGGTCTTG 3660 GGATTAGAAA ATCGGCTCAT CACAAGTTCT TGACCATGAA ATTTAATCAC TACTTTTTCC 3720 TTTTCCTCAT TATAGAAAAG CAGGTAGCTA TAATCTCCTT TTTCATGCAC TTCCACATCA 3780 TAAAGCTGGT CAATCACTTC CAACTGCTCA TCAAACTGAA TCGTATTTCG CATCCGAATC 3840 TTCACATCAG GCCCTCTTTC TTGTCTCTTG TCCTACTATT TTACCAAAAA GAGCAGGATT 3900 TTGCTATAAT GGTCATATGA ACGAAAAAGT ATTCCGTGAC CCTGTTCACA ACTACATCCA 3960 TGTCAATAAT CAAATCATCT ATGACTTGAT TAATACAAAA GAATTTCAGC GTTTGCGCCG 4020 GATCAAACAA CTGGGAACTT CCAGTTATAC CTTCCACGGT GGAGAACACA GTCGCTTCTC 4080 TCACTGTCTA GGAGTCTATG AAATTGCACG ACGCATCACA GAGATTTTCG AAGAAAAATA 4140 TCCTGAGGAA TGGAATCCTG CCGAGTCTCT CTTGACCATG ACCGCTGCTC TCCTACACGA 4200 CCTTGGGCAT GGTGCCTACT CCCATACTTT TGAACATCTC TTTGATACAG ACCATGAAGC 4260 CATTACTCAG GAGATTATTC AAAATCCTGA GACAGAGATT CACCAAGTCC TGCTACAAGT 4320 GGCACCTGAT TTCCCAGAAA AGGTGGCCAG TGTCATTGAC CATACCTATC CTAATAAGCA 4380 GGTCGTGCAG CTCATTTCTA GTCAGATTGA CGCAGATCGC ATGGACTATC TCTTGCGCGA 4440 CTCCTATTTT ACAGGAGCAT CCTATGGGGA ATTTGACCTG ACTCGAATCC TCCGAGTCAT 4500 TCGTCCTATC GAAAATGGTA TCGCCTTTCA GCGCAATGGC ATGCACGCCA TCGAAGACTA 4560 CGTCCTCAGT CGCTACCAGA TGTACATGCA GGTTTATTTC CACCCCGCAA CACGCGCCAT 4620 GGAAGTTCTC CTACAGAATC TTCTCAAACG CGCCAAGGAA CTCTATCCTG AGGACAAGGA 4680 TTTCTTTGCC CGAACTTCTC CACACCTCCT GCCTTTCTTC GAAAAAAATG TGACCTTGAC 4740 TGACTATCTG GCTCTGGATG ATGGCGTGAT GAATACCTAC TTCCAGCTTT GGATGACCAG 4800 TCCTGACAAG ATTCTTGCAG ATTTATCGCA TCGCTTTGTC AACCGCAAGG TCTTTAAATC 4860 CATTACCTTT TCACAAGAGG ACCAAGATCA ACTTACTAGC ATGAGAAAAT TGGTTGAGGA 4920 TATCGGCTTT GATCCCGACT ACTACACTGC CATTCATAAG AACTTTGACC TCCCTTATGA 4980 TATCTATCGT CCCGAATCTG AAAACCCACG GACACAGATT GAGATTTTAC AAAAAAATGG 5040 AGAACTGGCC GAACTCTCTA GCCTGTCTCC TATCGTCCAA TCCCTTGCTG GCAGTCGCCA 5100 CGGAGATAAT CGCTTTTATT TTCCAAAAGA AATGTTGGAC CAAAACAGCA TCTTTGCAAG 5160 CATTACCCAG CAATTTTTAC ACTTGATTGA GAACGATCAT TTTACCCCAA ATAAAAACTA 5220 GAAGAGGAAA TTTATGAGTA TTAAACTAAT TGCCGTTGAT ATCGACGGAA CCCTTGTCAA 5280 CAGCCAAAAG GAAATCACTC CTGAAGTTTT TTCTGCCATC CAAGATGCCA AAGAAGCTGG 5340 TGTCAAAGTC GTGATTGCAA CTGGCCGCCC TATCGCAGGC GTTGCCAAAC TTCTAGACGA 5400 CTTGCAGTTG AGAGACGAGG GGGACTATGT GGTAACCTTC AACGGTGCCC TTGTCCAAGA 5460 AACTGCTACA GGACATGAGA TTATCAGCGA ATCCTTGACT TATGAGGATT ATCTAGATAT 5520 GGAATTCCTC AGTCGCAAGC TCGGTGTCCA CATGCATGCC ATTACCAAGG ACGGTATCTA 5580 TACTGCAAAT CGCAATATCG GAAAATACAC TGTACACGAA TCAACCCTCG TCAGCATGCC 5640 TATCTTCTAC CGTACCCCTG AAGAAATGGC TGGCAAAGAA ATTGTTAAAT GTATGTTTAT 5700 CGATGAACCA GAAATTCTCG ATGCTGCGAT TGAAAAAATT CCAGCAGAAT TTTACGAGCG 5760 CTACTCCATC AACAAATCTG CTCCTTTCTA CCTCGAACTC CTTAAAAAGA ATGTAGACAA 5820 GGGTTCAGCC ATTACTCACT TGGCTGAAAA ACTCGGATTG ACCAAAGATG AAACCATGGC 5880 AATCGGTGAT GAAGAAAATG ACCGTGCCAT GCTGGAAGTC GTTGGAAACC CCGTTGTCAT 5940 GGAAAATGGA AATCCAGAAA TCAAAAAAAT CGCCAAATAC ATCACCAAAA CAAATGACGA 6000 ATCCGGCGTT GCCCATGCCA TCCGAACATG GGTACTGTAA AAGTATCATT TTTCAATAAG 6060 AATTGATTAG CAATAAAATC CAATGAATTT TTTTAGCAAA CTATTTAATT TAAAACAAAA 6120 TAATCATAAT AGAGACACAA ATTCTGATTG TAACAATTTT TACCTAAACG AATTAGAATG 6180 TGGCCTTACT CCTGGGCAAC TCATACTCAT AGATTGGACT CAAAAAACAG GGAGAAATTA 6240 TAATTTCCCA AGATATTTTA AATACTCTCT TCAAATTGAC CCTGAATCTA CACACAATCA 6300 ATTATACAAA TTAGGATACT TCACTAAAAA TAAGACTTTA TCATATCTTA CAGTAGTAGA 6360 ATTAAAAACT ATATTATCTA AACATAATTT AGCTACTTCT GGAAAAAAAG CAGAATTAAT 6420 TACAAGAATA ATTAATAATG TTAACATTGA CAATTTAGAT ATTCCGTTCG AATTTAAACT 6480 AACAAAAGAA GCACAAAATC TTATTATCGA ACATAGTGAC TATATCAAAG CATACTATGA 6540 TAAAGACATA ACTATGGAAG ATTATTGTAA AGAAAAAAAC AATATCTCTT TTAAAGCAAC 6600 TTTTGGTGAT ATAAAATGGA GTCTCTTAAA TAAACAAGCT CATAGGAATA CTGTATCAGG 6660 AGATTTTGGA TGCTTATCTA ACACACGAAA GGCTCAGGGA AGACATTTGG AACAAGAAGG 6720 TAATATTAAA CATGCTTTAA TATATTACAT AGAATCTTTG ATAATTACTA TTTCAGGATT 6780 AGAAAACAAT TTTTCAGCCA CTGATTATCC AGTATATTAT CCCGATTCGA TACCTGACTA 6840 CTCACTAAAA CATATTCAAA CATTAATGGA ATCATTATCT GATGACGATT ATGATTTTGC 6900 TTTTGATGAA GCATTATTTC GCTTCTCAAT TTTGAATGCA AATCATTTTT TATCTAAGGA 6960 AGATATTGAC TATTTAAGAG TTAATTTACC TCGTTCCACT GCTGAAGAAA TAAACAATTA 7020 CTTAAAGAAA TATGAATGTT ATAGTCCTTT AAATAATTTA GAACTTGACG ATTTTGAATA 7080 AATTGACTAT ACAAACATTT ATATACTCGA TATAGTCTCA ATTTTATCTG ATGATTGCCC 7140 AAATTTTTCA ATAATAAAAC GCATAATATT ATGGAGACAA TCCCCTATAT TATGCGTTCT 7200 TTTAATATCA AAGACTTTTT GACAAACTTC TTTGATATCT AATTACATGC CCCCTGCAGG 7260 AATCGAACCT GCAACTACTC CTTAGGAGGG AGTTGTTATA TCCATTGAAC TAAGGGAGCT 7320 AGATAAAAAC TCTGCTAAAT GAGCAGAGTT TTTTAGTCGA ATTAACGACG GATTTCTTTG 7380 ATACGAGCTG CTTTACCTTG AAGAGCACGC AAGTAGTACA ATTTCGCACG ACGTACTTTA 7440 CCGTAACGAA CAACTTCGAT TTTTTCAACA CGTGGAGTGT GGATTGGGAA GATACGCTCA 7500 ACACCTACAC CGTTAGAGAT TTTACGAACT GTGTAGTTTT CTGAGATTCC AGCACCTTTA 7560 CGTGCGATAA CAACACG 7577 (2) INFORMATION FOR SEQ ID NO : 47 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4945 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 47 : CCTCGCTGAT GATTGGTGCT GTTTTATTTG CTGGTCCAGC CTTGGCTGAA GAAACTGCAG 60 TTCCTGAAAA TAGCGGAnCT AATACAGAGC TTGTTTCAGG AGAGAGTGAG CATTCGACCA 120 ATGAAGCTGA TAAGCAGAAT GAAGGGGAAC ATGCTAGAGA AAACAAGCTA GAAAAGGCAG 180 AAGGAGTAGC GATAGCATCT GAAACTGCTT CGCCAGCAAG CAATGAAGCT GCAACTACTG 240 AAACTGCAGA AGCAGCTAGC GCAGCTAAAC CAGAGGAAAA AGCAAGTGAG GTGGTTGCAG 300 AAACACCATC TGCAGAAGCA AAACCTAAGT CTGACAAGGA AACAGAAGCA AAGCCCGAAG 360 CAACTAACCA AGGGGATGAG TCTAAACCAG CAGCAGAAGC TAATAAGACT GAAAAAGAAG 420 TCCAGCCAGA TGTCCCTAAA AATACAGAAA AAACATTAAA ACCAAAGGAA ATCAAATTTA 480 ATTCTTGGGA AGAATTGTTA AAATGGGAAC CAGGTGCTCG TGAAGATGAT GCTATTAACC 540 GCGGATCTGT TGTCCTCGCT TCACGTCGGA CAGGTCATTT AGTCAATGAA AAAGCTAGCA 600 AGGAAGCAAA AGTTCAAGCC TTATCAAACA CCAATTCTAA AGCAAAAGAC CATGCTTCTG 660 TTGGTGGAGA AGAGTTCAAG GCCTATGCTT TTGACTATTG GCAATATCTA GATTCAATGG 720 TCTTCTGGGA AGGTCTCGTA CCAACTCCTG ACGTTATTGA TGCAGGTCAC CGTAACGGGG 780 TTCCTGTATA CGGTACACTC TTCTTCAACT GGTCTAATAG TATTGCAGAT CAAGAAAGAT 840 TTGCTGAAGC TTTGAAGCAA GACGCAGATG GTAGCTTCCC AATTGCCCGT AAATTGGTAG 900 ACATGGCCAA GTATTATGGC TATGATGGCT ATTTCATCAA CCAAGAAACA ACTGGAGATT 960 TGGTTAAACC TCTTGGAGAA AAGATGCGCC AGTTTATGCT CTATAGCAAG GAATATGCTG 1020 CTAAGGTAAA CCATCCAATC AAGTATTCTT GGTACGATGC CATGACCTAT AACTATGGAC 1080 GTTATCATCA AGATGGTTTG GGAGAATACA ACTACCAATT CATGCAACCA GAAGGAGATA 1140 AGGTTCCGGC AGATAACTTC TTTGCTAACT TTAACTGGGA TAAGGCTAAA AATGATTACA 1200 CTATTGCAAC TGCCAACTGG ATTGGTCGTA ATCCTTATGA TGTATTTGCA GGTTTGGAAT 1260 TGCAACAGGG TGGTTCCTAC AAGACAAAGG TTAAGTGGAA TGACATTTTA GACGAAAATG 1320 GGAAATTGCG CCTTTCTCTT GGTTTATTTG CCCCAGATAC CATTACAAGT TTAGGAAAAA 1380 CTGGTGAAGA TTATCATAAA AATGAAGATA TCTTCTTTAC AGGTTATCAA GGAGACCCTA 1440 CTGGCCAAAA ACCAGGTGAC AAAGATTGGT ATGGTATTGC TAACCTAGTT GCGGACCGTA 1500 CGCCAGCGGT AGGTAATACT TTTACTACTT CTTTTAATAC AGGTCATGGT AAAAAATGGT 1560 TCGTAGATGG TAAGGTTTCT AAGGATTCTG AGTGGAATTA TCGTTCAGTA TCAGGTGTTC 1620 TTCCAACATG GCGCTGGTGG CAGACTTCAA CAGGGGAAAA ACTTCGTGCA GAATATGATT 1680 TTACAGATGC CTATAATGGC GGAAATTCCC TTAAATTCTC TGGTGATGTA GCCGGTAAGA 1740 CAGATCAGGA TGTGAGACTT TATTCTACTA AGTTAGAAGT AACTGAGAAG ACCAAACTTC 1800 GTGTTGCCCA CAAGGGAGGA AAAGGTTCTA AAGTTTATAT GGCATTCTCT ACAACTCCAG 1860 ACTACAAATT CGATGATGCA GATGCATGGA AAGAGCTAAC CCTTTCTGAC AACTGGACAA 1920 ATGAAGAATT TGATCTTAGC TCACTAGCGG GTAAAACCAT CTATGCAGTC AAACTATTTT 1980 TCGAGCATGA AGGTGCTGTA AAAGATTATC AGTTTAACCT AGGACAATTA ACTATCTCGG 2040 ACAATCACCA AGAGCCACAA TCGCCGACAA GCTTTTCTGT AGTGAAACAA TCTCTTAAAA 2100 ATGCCCAAGA AGCGGAAGCA GTTGTGCAAT TTAAAGGCAA CAAGGATGCA GATTTCTATG 2160 AAGTTTATGA AAAAGATGGA GACAGCTGGA AATTACTAAC TGGCTCATCT TCTACAACTA 2220 TTTATCTACC AAAAGTTAGC CGCTCAGCAA GTGCTCAGGG TACAACTCAA GAACTGAAGG 2280 TTGTAGCAGT CGGTAAAAAT GGAGTTCGTT CAGAAGCTGC AACCACAACC TTTGATTGGG 2340 GTATGACTGT AAAAGATACC AGCCTACCAA AACCACTAGC TGAAAATATC GTTCCAGGTG 2400 CAACAGTTAT TGATAGTACT TTCCCTAAGA CTGAAGGTGG AGAAGGTATT GAAGGTATGT 2460 TGAACGGTAC CATTACTAGC TTGTCAGATA AATGGTCTTC AGCTCAGTTG AGTGGTAGTG 2520 TGGATATTCG TTTGACCAAG CCACGTACCG TTGTTAGATG GGTCATGGAT CATGCACGAG 2580 CTGGTGGTGA GTCTGTTAAC GATGGCTTGA TGAACACTAA AGACTTTGAC CTTTATTATA 2640 AAGATGCAGA TGGTGAGTGG AAGCTAGCTA AGGAAGTCCG TGGTAACAAA GCACACGTGA 2700 CAGATATCAC TCTTGATAAA CCAATCACTG CTCAAGACTG GCGCTTGAAT GTTGTCACTT 2760 CTGACAATGG AACTCCATGG AAGGCTATTC GTATCTATAA CTGGAAAATG TATGAAAAGC 2820 TTGATACTGA GAGTGTCAAT ATTCCGATGG CCAAGGCTGC AGCCCGTTCT CTAGGCAATA 2880 ACAAGGTACA AGTTGGCTTT GCAGATGTAC CGGCTGGAGC AACTATTACC GTTTATGATA 2940 ATCCAAATTC TCAAACTCCG CTCGCAACCT TGAAGAGCGA AGTTGGAGGA GACCTAGCAA 3000 GTGCACCATT GGATTTGACA AATCAATCTG GTCTTCTTTA TTATCGTACC CAGTTGCCAG 3060 GCAAGGAAAT TAGTAATGTC CTAGCAGTTT CCGTTCCAAA AGATGACAGA AGAATCAAGT 3120 CAGTCAGCCT AGAAACAGGA CCTAAGAAAA CAAGCTACGC CGAAGGGGAG GATTTGGACC 3180 TTAGAGGTGG TGTTCTTCGA GTTCAGTATG AAGGAGGAAC TGAGGACGAA CTCATTCGCC 3240 TAACTCACGC AGGTGTATCA GTATCAGGTT TTGATACGCA TCATAAGGGA GAACAGAATC 3300 TTACTCTCCA ATATTTGGGA CAACCGGTAA ATGCTAATTT GTCAGTGACT GTCACTGGCC 3360 AAGACGAAGC AAGTCCGAAA ACTATTTTGG GAATTGAAGT AAGTCAGGAA CCGAAAAAAG 3420 ATTACCTAGT TGGTGATAGC TTAGACTTGT CTGAAGGACG CTTTGCAGTG GCTTATAGCA 3480 ATGACACCAT GGAAGAACAT TCCTTTACTG ATGAGGGAGT TGAAATTTCT GGTTACGATG 3540 CTCAAAAGAC TGGTCGTCAA ACCTTGACGC TTCATTACCA AGGCCATGAA GTTAGCTTTG 3600 ATGTTTTGGT ATCTCCAAAA GCAGCATTGA ACGATGAGTA CCTCAAACAA AAATTAGCAG 3660 AAGTTGAAGC TGCTAAGAAC AAGGTGGTCT ATAACTTTGC TTCATCAGAA GTAAAAGAAG 3720 CCTTCTTGAA AGCAATTGAA GCGGCCGAAC AAGTGTTGAA AGACCATGAA ACTAGCACCC 3780 AAGATCAAGT CAATGACCGA CTTAATAAAT TGACAGAAGC TCATAAAGCT CTGAATGGTC 3840 AAGAGAAATT TACGGAAGAA AAGACAGAGC TTGATCGCTT AACAGGTGAG GTTCAAGAAC 3900 TCTTGGCTGC CAAACCAAAC CATCCTTCAG GTTCTGCCCT AGCTCCGCTT CTTGAGAAAA 3960 ACAAGGCCTT GGTTGAAAAA GTAGATTTGA GTCCAGAAGA GCTTACAACA GCGAAACAGA 4020 GTCTAAAAGA TCTGGTTGCT TTATTGAAAG AAGACAAGCC AGCAGTCTTT TCTGATAGTA 4080 AAACAGGTGT TGAAGTACAC TTCTCAAATA AAGAGAAGAC TGTCATCAAG GGTTTGAAAG 4140 TAGAGCGTGT TCAAGCAAGT GCTGAAGAGA AGAAATACTT TGCTGGAGAA GATGCTCATG 4200 TCTTTGAAAT AGAAGGTTTG GATGAAAAAG GTCAAGATGT TGATCTCTCT TATGCTTCTA 4260 TTGTGAAAAT CCCAATTGAA AAAGATAAGA AAGTTAAGAA AGTATTTTTC TTACCTGAAG 4320 GCAAAGAGGC AGTAGAATTG GCTTTTGAAC AAACGGATAG TCATGTTATC TTTACAGCAC 4380 CTCACTTTAC TCATTATGCC TTTGTTTATG AATCTGCTGA AAAACCACAA CCTGCTAAAC 4440 CAGCACCACA AAACACAGTC CTTCCAAAAC CTACTTATCA ACCGACTTCT GATCAACAAA 4500 AGGCTCCTAA ATTGGAAGTT CAAGAGGAAA AGGTTGCCTT TCATCGTCAA GAGCATGAAA 4560 ATACTGAGAT GCTAGTTGGG GAACAACGAG TCATCATACA GGGACGAGAT GGACTGTTAA 4620 GACATGTCTT TGAAGTTGAT GAAAACGGTC AGCGTCGTCT TCGTTCAACA GAAGTCATCC 4680 AAGAAGCGAT TCCAGAAATT GTTGAAATTG GAACAAAAGT AAAAACAGTA CCAGCAGTAG 4740 TAGCTACACA GGAAAAACCA GCTCAAAATA CAGCAGTTAA ATCAGAAGAA GCAAGCAAAC 4800 AATTGCCAAA TACAGGAACA GCTGATGCTA ATGAAGCCCT AATAGCAGGC TTAGCCAGCC 4860 TTGGTCTTGC TAGTTTAGCC TTGACCTTGA GACGGAAAAG AGAAGATAAA GATTAAATAT 4920 CGAAAAATCT TGTGAAATCT TTCCG 4945 (2) INFORMATION FOR SEQ ID NO : 48 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 25002 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 48 : GACAACTCAA GTAGCTTTTT CTTATTTTGA AAAAGGAGAT CAGAGTTTAA CTATGTCAGA 60 AAAATCACAA TGGGGGTCGA AACTTGGTTT TATTCTAGCA TCTGCTGGCT GGCCATCGGG 120 CTTGGTTCCG TTTGGAAGTT TCCCTACATG ACTGCTGCTA ATGGCGGTGG AGGCTTTTTA 180 CTAATCTTTC TCATTTCCAC TATTTTAATC GGTTTCCCTC TCCTGCTGGC TGAGTTTGCC 240 CTTGGCCGTA GTGCTGGCGT TTCCGCTATC AAAACCTTTG GAAAACTGGG CAAGAATAAC 300 AAGTACAACT TTATCGGTTG GATTGGCGCC TTTGCCCTCT TTATCCTCTT ATCTTTTTAC 360 AGTGTTATCG GAGGATGGAT TCTAGTCTAT CTAGGTATTG AGTTTGGGAA ATTGTTCCAA 420 CTTGGTGGAA CGGGTGATTA TGCTCAGTTA TTTACTTCAA TCATTTCAAA TCCAGCCATT 480 GCCCTAGGAG CTCAAGCGGC CTTTATCCTA TTGAATATCT TCATTGTATC ACGTGGGGTT 540 CAAAAAGGGA TTGAAAGAGC TTCGAAAGTC ATGATGCCCC TGCTCTTTAT CGTCTTTGTT 600 TTTATCATCG GTCGCTCTCT CAGTTTGCCA AATGCCATGG AAGGGGTTCT TTACTTCCTC 660 AAACCAGACT TTTCAAAACT GACTAGCACT GGTCTCCTCT ATGCTCTGGG ACAATCTTTC 720 TTTGCCCTCT CACTAGGGGT TACAGTCATG TTGACCTATG CTTCTTACTT AGACAAGAAA 780 ACCAATCTAG TCCAGTCAGG AATCTCCATC GTAGCCATGA ATATCTCGAT ATCCATCATG 840 GCAGGTCTAG CCATTTTCCA AGCTCGATCC CCCTTCAATA TCCAGTCTGA AGGGGGACCC 900 AGCCTGCTCT TTATCGTCTT GCCTCAACTC TTTGACAAGA TGCCTTTTGG AACCATTTTC 960 TACGTCCTCT TCCTCTTGCT CTTCCTTTTT GCGACAGTCA CTTTTTCTGT CGTGATGCTG 1020 GAAATCAATG TAGACAATAT CACCAACCAG GATAACAGCA AACGTGCCAA ATGGAGTGTT 1080 ATTTTAGGAA TTTTGACCTT TGTCTTTGGC ATTCCTTCAG CCCTATCTTA CGGTGTCATG 1140 GCGGATGTTC ACATTTTTGG TAAGACCTTC TTTGACGCTA TGGACTTCTT GGTTTCCAAT 1200 CTCCTCATGC CATTTGGAGC TCTCTACCTT TCACTTTTTA CAGGCTATAT CTTTAAAAAG 1260 GCTCTTGCAA TGGAGGAACT CCATCTCGAT GAAAGAGCAT GGAAACAAGG ACTGTTCCAA 1320 GTCTGGCTCT TCCTTCTTCG TTTCTTCGTT TCGTCATTCC AATCATCATC ATTGTGGTCT 1380 TCATTGCCCA ATTTATGTAA TCAAAAAGGA CTTGAGTAGT GAACTCAGGC CCTTTCTTTT 1440 TATGGATGGC TAACAATCAA TTCCAAACCT TGCCCTTCCA GAGTCCAAGC TTCAACATCA 1500 CTTGGTAGGA TAAAGTGGCT GCCTTTTTGA ATTGGATAAT TTTTCCCGTC AACAGTTAGC 1560 TGACCTTGAC CAGCCAAGAC ACTCAATAAG CTGTAGTCAG CTGTCTTTTC AAAGTCAACT 1620 TTTCCAGTAA TTTCCCACTT GTAAACTGCG AAGAAATCAT TAGATACAAG GAGAGTGGAA 1680 CGCAAATCAT CTGCTTTAAC AGTTACAGGA CGGCTATTTG CTGGCTCACC AATGTTCAAG 1740 ACATCGATGG ATTTTTCAAG ATGAAGTTCA CGCAAGTTGC CTTTGTCATC CTTGCGGTCA 1800 AAGTCATAGA CGCGATAGGT GGTATCGCTA GACTGCTGGG TTTCAAGGAT TAAGATACCC 1860 GCCCCGATAG CGTGCATAGT CCCGCTTGGT ACATAGAAGA AATCTCCAGC CTTAACAGGG 1920 ACTTTGGTCA ACAAGTCATC CCAGTTCTTG TCCTCGATTT GCTGGCGGAG TTCTTCTTTT 1980 GACTTGGCAT TGTGACCGTA GATAATCTCT GAACCTTCAT CCGCTGCGAT AATGTACCAG 2040 CATTCTGTTT TTCCGAGTTC GCCTTCATGC TCGAGTCCAT AAGCATCGTC TGGGTGAACT 2100 TGGACACTGA GCCAGTCGTT GGCATCGAGG ATCTTGGTCA AAAGTGGAAA TACAGGTTCT 2160 GGACGATTGC CAAATAATTC ACGGTGTTCC GCATACAAAG TAGCAAGATC TGTTCCCTCG 2220 TAACGACCAT TGGCAACTTT AGAGACTCCA TTTGGATGGG CTGAGATGGC CCAATATTCT 2280 CCGATTTTTT CACTTGGGAT GTCGTAGCCA AACTCATCAC GTAGCTTGGC TCCACCCCAG 2340 ATTTTTTCTT GCATAACTGA TTGTAAAAAT AATGGTTCTG ACATGTCGAT CTCCTGTCTG 2400 ATTTTTCTCC CCTCATTATA GCAAAAAAAG AGTTCGAATT GAACTCTTTT TTACATCTTA 2460 TAAAGCAGGG AGAAGATTTT ATAAAAATAG TAAACAAATG TGCTCTACCC GATGCTTGCA 2520 CCATTGCTAT AAATGACATC CTTGTACCAA TAGAAGGACT TCTTCTTGCT ACGTTTGAGA 2580 GCTCCGTTTC CTACATTATC TCGATCTACA TAGATAAAGC CATAGCGCTT ATTCATTTCC 2640 CCTGTGCCAG CTGAAACCGG ATCGATACAG CCCCAAGTCG TATAACCAAG CAAGTCAACC 2700 CCGTCTTGGT AAATGGCATC TCGCATGGCC TTGATGTGGG CCTCTAAGTA AGTAATCCGA 2760 TAGTCATCTG CTACATAACC ATTCTCATCC GGTGTATCCA TAGCACCGAG TCCATTTTCT 2820 ACGATAATAC TAAACTAAAA TCAAAAAGCA TTATATAATA GTGATATGAA ATCAACTAAA 2880 GAAGAAATCC AAACCATCAA AACACTTTTA AAAGACTCTC GTACAGCTAA ATATCATAF, A 2940 CGCCTTCAAA TCGTTCTATA GTAAAATGAA ATAAGAACAG TACAAATCGA TCAGGACAGT 3000 CAAATCGATT TCTAACAATG TTTTAGAAGT AGGGGTGTAC TATTCTAGTT TCAATCTACT 3060 ATATTTCGTC TGATGGGCAA ATCTTATAAA GAGATTATAG AACTTTTATA GTAGTTTGAA 3120 ATAAGATGTG AACAACTCTA TCAGGAAAGT CAAATTAATT TATAGAAATA TTTTAGCAGC 3180 CAAGGTGTAC TGTTATAGAT TCAATACACT ATAGACTGTA ATCAAACAAC GATTTGGCGA 3240 AATGTAAAAA AATATGAGGA GTTCGGACTC GACTCTCTCC TTCAAGAAAC ACGTGGTGGT 3300 CGTAACCATG CATATATGAC AGTTGAGGAA GAGAAAGCCT TTCTTGCCCG CCATTTGAAG 3360 GCTACAGAGG CAGGAGAATT TGTTACAATT GATGCCTTAT TTCAGGCTTA TAAAAAGGAG 3420 TTAGGTCGTT CCTACACACG TGATGCCTTC TATCAACTGT TGAAGCGCCA TGGTTGGCGA 3480 AATATTACGC CACGTCCAGA ACATCCTAAG AAAGCAGACG CTCAAACCAT TGTTGCGTCT 3540 AAAAATAAAA TCTCAATCCA AGAAGGCAAG AAAGCGTTTT AAATATAGTA GACGTTTTCG 3600 TAAGGTTTGC TTGATGTACC AAGCTGAAGC TGGTTTCGGT AGAATCAGTA AACTGGGATC 3660 TTGTTGGGCT CCAATAGGAG TAGGTCCACA TATCCATAGT CACTATATAC GAGAATTTCG 3720 CTATTGTTAT GGAGCTGTTG ATGCCTATAC AGGCGAATCA TTTTTCTTAA TAGCTGGTAG 3780 ATGTAATACT GAGTGGATGA ACGCCTTTTT AGAAGAGCTT TCACAAGCTT ATCCTTTTAC 3840 TCGTTATGGA CAATGCTATA TGGCATAAAT CAAGTACCTT AAAGATTCCG ACTAATATTG 3900 GTTTTGCATT TATTCCTCCA TACACACCAG AGATGAACCC CATTGAACAA GTGTGGAAAG 3960 AGATTCGTAA ACGTGGATTT AAGAATAAAG CCTTTCGAAT TTTGGAAGAT GTCATGAATC 4020 AACTCCAAGA TGTCATACAA GGATTGGAGA AGGAGGTGAT AAAGTCCATC GTTAATCGGA 4080 GATGGACTAG AATGCTTTTT GAAAGCAGAT GAGTATTATA TGCAATTTCT TTATATAAAA 4140 AGACCGGATT GCTCCGATCT TTCAATAGTT CATATTCTCA ATTTCTATTT TAAAAATAGC 4200 TAAGGTTAAC GTCAAATGAC TACGCGACCT ATTTCATACG ATAAAAATCA AGCACTAGAC 4260 CAGCAGGTCC TTGAACTAAT AAGGACTCTG TTCCCCAATC GGTTACAGTT GGTCCGTGTA 4320 AAACCTTTAT ACCAAGCTCG TTCAACCGTT TGTAGTTCTG GTCTACATCC TCAACCTCGA 4380 TATGAATAAT GATTCCTGAC TGAAAGTTTT CCAAAGGAAC CAAATGATTT TGTGACAACA 4440 TAAGGCAGTG ACTACCAATC GTAAACTGAG CAAAACCATC ATTAGCATAA TCTGCCTTTT 4500 TATCCAAGAT ATGCTCCAAG TCAGCACAGA CTTGGGGAAC ATTTGAAACG ATAATATCTA 4560 ATTGATTTAA ATTCATTTAC TCTCCTCCAT AAAAAGACCG GATTGCTCCG ATCTTTTAAA 4620 GTTCTGCTCT ATGAAAATCA AAGAATAAAG TCTACAAGTT TCATATTTGA TTTTCGGCGA 4680 GAGGAATTAT TTAATTGCGC GTGATTGCAA TCCTTCTTCT TCCAAGAAGA GACGGAATGG 4740 TACGAGTTCT TCTGCTTCGT ATTTTTCCTT GAAGGCTTTG ATAGCTTCTT CTGAGTGAAG 4800 TTTTGGATCC AATTCAAGTA CTTCTACTGG AAGTGGACGG TGTTGAGTGA TGCGAGCATC 4860 GATGACAACA GTTTTACCTT CTTTGTTCAA TTTAACAGCT TCTGCAACAA CTGCATCGAT 4920 GTCTTCGATA CGGTCAACTG TGAATCCAAC AGCTCCTTGA GCTTCCGCAA TTTTAGCGTA 4980 GTCAGCGTTT GTGAAGTCTA CACCAAACAA GTGTTTGTTT GTATCTTCGT ATTTGTTCTT 5040 GATGAAGCCG TACTCAGCAT TTGAGAAGAC AAGGTTGATA ACTGGAAGGT CGTATTGAAC 5100 GTTTGTGATA ACGTCTGGGT AGCACATGTT GAATGCTCCG TCACCCATGA TGTTCCATAC 5160 TTGGCGATCT GGATTGTCTT TCTTAGCAGC GATACCACCA GGAAGGGCAA TACCCATTGT 5220 CGCAAAGAGT GGAGATGTAC GCCACATGTT CTTAGGTGTC ATGTGAAGGT GACGAGTAGA 5280 TGTTTGAGTA GTGTTACCTA CGTCGATTGA GTAGATAGCG TCTTGATCAG CATGTTTGTT 5340 GATTGCATTG TAAACTTGAT ACAATTGCAA TTCACCCTCA GTTTTACCTT CGAGTTTGTT 5400 CATGTAATCA CGCCAGTTTT GGTTGTTCTT AACGTTTGCA CGCCACCATG GAGTTGATTC 5460 AACTGGGTTT ACTTTGTCAA GGATAGCTTT AGCTGCTTGA CCAGCATCAC CAAGGATTGA 5520 AGCGTCAAGG GCATGACGTT TACCAAGTTT GTAAGGGTCG ATATCGACTT GGATGAATTT 5580 TTCAGTGTTC TTGAATGCTT CGTAAACTTC AGCAAATGGG AAGTTTGAAC CAAGGAAAAG 5640 AACTGTGTCT GCTTCAAAGA CCACTTCGTT GGCTGGTTTC CAACCAACAC GGTAAGCAGA 5700 ACCTGTCAAA CCTTCATAGT TCCATTCGAA AGCTTCAAAG TTTTTACCAG TTGTGATGAT 5760 TGGTGCTTTG ATTTTACGTG ACAATTCAGT AATCACTTCA CCAGCTTTAA CACCACCAAA 5820 TCCAGCATAG ATAACTGGGC GTTCAGCATT GTTCAAGATT TCAACAGCTT TGTCGATTTC 5880 AACTTCGTTC AAAGCAGGAG CGATGAATGA GCGTTCGTAT GAACCTGAAC CGTAGTATGA 5940 GTTTTCATCG ATTTCTTGGA AACCGAAGTT TACTGGAATT TCAACAACAG CTGGACCTTT 6000 TTTAGAAACT GCAGCACGGC AGGCTTCGTC AATTACTTTT GGCAATTGCT CAGCGTAAGC 6060 TACACGTTTG TTGTAAACAG CGATACCGTT GTACATTGGG TTTTGGTTAA GCTCTTGGAA 6120 AGCATCCATG TTCAATTCGT TAACTGGACG TGATCCAAGG ATCGCTAGGA ATGGAGTGTT 6180 ATCCATAGCT GCATCGTAAA CACCGTTAAT CAAGTGAGTC GCACCTGGAC CACCTGAACC 6240 AACTGCAACC CCGATTGAGC CGCCGAATTT AGCTTGCATA ACCGCTGCAA GAGCACCTGT 6300 CTCTTCGTGG CGAACTTGTA AGAAACGGAT ATCTTTGTCT TCAGCCAAAG CGTCCATCAA 6360 TGAGCTGAGT GTTCCTGATG GGATACCGTA GATTGTATCT ACGCCCCATG TTTTCAATAC 6420 GTTAAGCATT GCTGCAGATG CAGTAATTTT CCCTTGAGTC ATAATGATAA CTCTCCTTCA 6480 ATTTTTTTAA ACTTGGAGAA TACGATTACA TAGAATTGGA AACGTTCTCC AAATTTTTAC 6540 TATTCCACTG TATCATATTT ATGCTGACTT TTCTAAAAAT CTGCTCAAAA CTCTCTATTC 6600 TCTATTCTAA TACAGTTTTG AAAGTTCTGT CATTTCTGTT TTATAACAAA GAAATCTAGT 6660 CATTACTTTT AGTCTATTTT ACTAAAATTT AACAGAAGGG AACTGGTCAG AACAGATACA 6720 GAACTAAAGG CCATGGCTAG ACCTGCCAAT TCTGGGTTGA GAGCCAGTCC AACACCTGAA 6780 AAGACTCCTG CTGCAATCGG AATTCCGACA ACATTGTAGA TAAAAGCCCA GAAAAGATTG 6840 AGTAGAATTC GATGAAAGGT TTTCTTACTC ATATCAAAGG CACGAACCAC TCCTAAAAGA 6900 TTATTGGTTG TCAACACCAA ATCTGCTGAC TCGATGGCGA TATCTGTTCC AGCTCCCATA 6960 GCAATCCCCA CATCTGCTAC ACTAAGGGCA GGAGCGTCAT TGATACCGTC CCCAACAAAG 7020 GCTACTTTCC CTGACTGTTG CAGTTTATGG ATTTCATGGG CTTTTTCTTC TGGCAAGACG 7080 CCTGCAATGA CCTCTTCAAT TCCGATTTGA TCTGCAATAG CACGCGCCAC ACCAGCATTG 7140 TCTCCTGTCA GCATGACTGT TCGGAGACCA CGTTTTTTTA GCTGACTGAT GGCTAGCTTA 7200 GCATTTTCCT TAGGAATATC TTGCAAAGCA AGCAAGCCTT TGATTTCATT GTCAACAGCT 7260 AAGAACACAA CTGTCTTAGC TTCTTTTTCT AGTTCTTCTA GTTTATCTTG ATAAGTATTA 7320 GAAATATCCA TGCCATCCAG CATTTTAGCA TTTCCAAGTA AAACTTGTTT TCCATTGATT 7380 CGCCCTGAAA CACCTTTCCC GTGCAAGGAC TGAAAATTTT CAACAGTTTG AAACTCAAGT 7440 CCAGCTTCAC TCGCTCGCTT AACGATAGCC TCAGCCAGTG GGTGTTGAGA AGCATCTTCC 7500 AAGGAGGCTG CCAACCCAAA CACTTCTACT TCGTCGCCGA TGACATCTGT TACCACAGGT 7560 TTCCCTTCCG TCAAAGTCCC GGTCTTATCA AAGACAAGGG TTTGAACTTT CTGGATTTCC 7620 TGTAAGACAG TTCCATTTTT GAGGAGAACC CCCATCTTGG CACTACGTCC TGTCCCCACC 7680 ATAAGGGCTG TCGGTGTTGC AAGTCCCAAG GCACAAGGAC AGGCGATAAT CAAAACCGCC 7740 ACTCCGTAGA GAAGAGAGGA CACAAAGCTA GCTCCAAGCA CAACCACACT ATCCCTGAGC 7800 AAGACGAACC AAACCCAAAA GGTCATGATT CCTAAAATGA CAACTACTGG GACAAAAATC 7860 CCTGAAATCT TATCCGTCAA GTCCTGAATC GGCGCACGAC TTGTCTGAGC TTTCTTCACA 7920 AAATCCACAA TCTGAGCCAA AACAGTCTCT GAGCCAACTT TTTCTGCTCT AAAGACAAGC 7980 GTTCCACTAT GATTGATGGT TGAGCCAATG ACAGTATCTC CAACTGTCTT GTCCACAGGC 8040 AGACTCTCAC CTGTCACCAT GGATTCGTCA ATACTAGAGA CACCTTCTAC TACGACACCA 8100 TCAACAGCAA TCTTTTCACC GGGACGCACT CGAATCAGGT CGCCTACCTT GACTTGTTCC 8160 AAAGGAACTT GGACATAACT ATCATCACTC AAGACTTCTG CGGTTTTAGC TTGCAAGTCC 8220 AGTAATTTCT CCACAGCTTG GGACGTATTT TTTCTCATTT TTTCCTCAAA AACTGCTCCC 8280 AAAAGAACGA AAAAGAGGAT AAATCCAGCA CTTTCGAAGT AAACAGGGAG ACCAGCAAAG 8340 AGAGCAACTA GGCTATAGAA ATAAGCCACT AGAGTTCCCA GCGCAACCAA GGTATCCATG 8400 TTGGCATTGT GCTTTTTAAA ACTGGCCCAA GCACTCTGGA TATATGGCTT ACCTGCAACT 8460 AACATAATAG GCGTTGTTGC TAGAAAGGTT CCCCAATGCA TGACTTGATG ACTAATGCTA 8520 CCTGTCAACA TCCCAATCAT GAGAATCACA AGAGGCACAG TAAAGATACT AGTAATCCAA 8580 AAACGTTGCA GGAGAGATAG AGATTTTCGA GTCTTCTCAA CGACTGTATA GCTTCCCTTT 8640 TGCATCTTCA TGCCACAAGA AAATTCATGT CGCCCTAATT CTTGAGGCGT AAAACGAATG 8700 ACTTTCTCCT CATCTACGCC GATTGGTTCC AAGATACCTT CTTCTTCAAA CAGAATTTCC 8760 TTATAACAGT TTGAAGGAGT AGCACGATGA AAGGTAATCT CAGCTGGAAT TCCCTTTTGA 8820 AGCTGGATAT GGGCTGGATG ATAGCCTTTT TCAGCTCGGA TACGGATTTT TTGAATGCCA 8880 TTTTCTAAGC TTGCTTTCAC AATTTCTGTC ATAGTCTCCA CCTACTCTAC AATCATCTTG 8940 CCGTGCATCA TGTTCATACC ACAAGCAAAG CCAAACTCTC CAGCCTGTTC AGGCGTGATT 9000 TCCACTACAT ACTCTTCCCC CATTGGCAGG TTCGCATGTA CACCAAAATC TGGAAAAACA 9060 ATTTGATCCA GACATGGTGA AGGATCCTTG CGGTCAAAGA CAATGCGTGC TGGCACTGAT 9120 TTCTTGAGGA CAATCAACTC AGGAGTATAG CCTCCCATGA CTTCCACTCG AATCTCTTGG 9180 TATCCGTTTT TTTGCTGGGC TTTTTGTCCA GATTTTTCAG GCTTTTTGAA AAACCAAAAC 9240 AAGATAAACG CGATAAGGGC AATACAAATA ATGGTTACAA TACTATTTAA CATGACGTCT 9300 CCTTTACATA CAATTACATC TTACTTCTGT TACAGCACTT GATTTCTTCT CTGAAATCAC 9360 AGCTTCCAAG TCTTCCAAGT CAGTCTGAGT AAATTCACAT TCTACAATCA AGTCAGCCAA 9420 CAAATTCCTA ATCCTACGGG AACAAACCTT GTCTTTGATA TCTTGGACAA GTAAATCCCG 9480 ACTTTGGTCT AGAGTTAAAA GGGCTGAATA AACAAAGGAC TTGCCTTCTT TTTTCCGAGT 9540 CAAACACTCT TTATCAACCA GACGAGCCAA AAGTGTCTGA ACCGTGGACT TGGACCAGTC 9600 AAACCGCTCT GCCAAAACCC TAATCAAATC TGTACTGGTC TGCTCCCCCT GCATCCAAAT 9660 AATCTTCATG ACCTGCCATT CTGCATCTGA AATCTGCATT ACCATACCTC CAAAATCTAC 9720 ATTTGTCAAT TACACTCATC AGTATACTCT TAAAATCTAC ATTTGTCAAT TATAGAAATA 9780 ATATTTTCTT CGAAAAATAG AATTTTAATC ATTTGAAAAA CGATTTGCAG TCAAATATTA 9840 CTATATAAAC AATAAAAATA TGCTATACTA AAGAAAAAAG AAAACAACCA CTAGGGGTGC 9900 GTAAAGCTGA GATTAACGAC TGTTAGATCC CTCTGACTCA ATCTAGGTAA TGCTAGCTGA 9960 TGGAAGTGGA AATGATAATG GGGACTAGCA GTCTTCTATT GCCTTTCTAA AACAGACTAG 10020 CTTGTTCTTA AGAATACAAA CTTCAGTTGG TTGGGAGGTT TTAGATGACT TATTTACCCG 10080 TTGCTTTGAC CATTGCAGGG ACTGACCCTA GTGGTGGTGC TGGCATTATG GCAGATTTAA 10140 AGTCATTCCA AGCGAGAGAT GTCTATGGAA TGGCTGTTGT AACCAGTCTT GTCGCTCAAA 10200 ATACCAGAGG TGTTCAGCTA ATCGAGCACG TTTCTCCTCA AATGTTGAAA GCCCAATTGG 10260 AGAGTGTCTT TTCTGATATT CCACCTCAGG CTGTAAAAAC TGGAATGTTG GCTACTACTG 10320 AAATCATGGA AATCATCCAA CCCTATCTTA AAAAACTGGA TTGTCCCTAT GTCCTTGATC 10380 CTGTTATGGT TGCTACAAGT GGAGATGCCT TGATTGACTC AAATGCTAGA GACTATCTCA 10440 AAACAAACTT ACTACCTCTA GCAACTATTA TTACGCCAAA TCTTCCTGAA GCAGAAGAGA 10500 TTGTTGGTTT TTCAATCCAT GACCCCGAAG ACATGCAGCG TGCTGGTCGC CTGATTTTAA 10560 AAGAATTTGG TCCTCAGTCT GTGGTTATCA AAGGCGGACA TCTCAAAGGT GGTGCTAAAG 10620 ATTTCCTCTT TACCAAGAAT GAACAATTTG TCTGGGAAAG CCCACGAATT CAAACCTGTC 10680 ACACCCATGG TACTGGATGT ACCTTTGCTG CAGTGATTAC TGCTGAACTA GCCAAGGGCA 10740 AGAGTCTTTA CCAGGCAGTT GATAAGGCCA AGGCCTTTAT CACAAAAGCT ATTCAAGATG 10800 CCCCTCAACT CGGTCATGGT TCTGGTCCAG TCAACCATAC AACTTTTAAA GATTAAGAAA 10860 AAAAACTCTC TAGTTCCCAC TTTAAGGGAA TTAGAGAGTT TTTATACTCT TCGAAAATCT 10920 CTTCAAACTA CGTCAGCTTC CATCTGCAGC CTCAAAACAC TGTTTTGAGC TGACTTCGTC 10980 AGTCTTATCT AAAACCTCAA GGCAGTACTT TGAGCAACCT GCGACTAGCT TTCTAGTTTA 11040 CTCTTTGATT TTCATTGAGT ATTAATTAGG AAAGAATGTT ATGCAACTTT TTTAAAAAGG 11100 CTTGCGTTTT TGCCTCAATA TCTTCTGCTT GCATCAAATC ACGTACAACA GCTACACCAG 11160 CTATGCCAGT GCCCATAAGC TGATCAATAT TCTCCGAAGT CAAGCCTCCA ATAGCAACTA 11220 CTGGAATGGC AACCGTTTGG CAAATTGTTT TCAAGGTCGA TATCAGAGTA ATGGGCGCAT 11280 TTTCCTTGGT GGTGGTTGGG AAAATGGCTC CTGTACCCAA GTAATCTGCA CCTGATTTCT 11340 CCGCTTCCAG AGCTCTTTTA ACCGTTTTAG CGGTGACACC GAGGATTTTT TCAGGACCCA 11400 AGACTTTGCG AGCTACCGAA ACTGGTAATT CATCATCTCC GATATGCAGA CCTGCTGCAT 11460 CAACCGCAAG ACAAACATCC AACCGATCAT CGATTATCAA GGGTACCTGA TAAGCATCTG 11520 TTATTTCCTT GACTTGTTTT GCCAGTTGAT AATATTGATT GGTTGTGAGA TTTTTTTCTC 11580 GCAATTGGAC TATGGTAACC CCTGAACGGC AGGCCGTCTC AACTTTTGCA AGAAAGCTTT 11640 CCACGGAATC TTGATAGCGA TTGGTTACCA GATATAGTCT AAGTGCTTCT CTATTCATAA 11700 ACCTCTCCTT TGATGGTATC TAGCCAATTT TCATCTCTTC TTAGGAGCGA AAGCTGATTG 11760 AGTACTTGGT AACGAAATTC TTCCAATCCC ATTCCTTGAA CAACTATTTT CTCAGCAGCG 11820 ATATTGAGAT AAGAGACTGC TAAGCAAGAA GCTTCAAAAC CAGTCTTTCC TTGGCTGAGA 11880 AAAACAGCTG TTAAGGCTCC AACCAAGTCT CCTGTCCCTG TTATCCAGTC TAATTCAGTA 11940 CAGCCATTTC CCAGTACAGC GACCTGATTT TTCGAAACGA CGAGGTCCTT GGGACCTGTG 12000 ACTAAGAAAG ACATACCAGG ATAGGTCTGA CACCAGTCTT TCAAGACTTG AAGCAAATCC 12060 TCCGTTTCTT GATCTTTAGC ACTCGCATCG ACCCCAACGC CGTGGTGCTT TAATCCAACA 12120 AGACTTCGAA TTTCTGACAT GTTTCCTTTA AGGACCGTAG GTCTATAGTC TAAAAGGTCT 12180 TTAACTAAGC TCTTACGAAT GGATGAAGTC GTTACGCCAA CCGCATCTAC TACCATCGGG 12240 AGAGAAGATT GGTTTGCATA CGAAGCTGCC ATGCGGATTG CTTTTTCCTT CTCAGCTGAC 12300 AAATGCCCCA AATTGATGAA GAGAGCCTGA CTTTGCTTAG TAAAATCAAG AACTTCACGG 12360 GAATCATCTG CCATGACAGG TTTGCATCCC AGAGCCAAAA TCCCATTTGC CAGCATCTCA 12420 CAAGAAATCT CATTGGTAAT GCAGTGAATG AGGGAACTAG AGCCTATAGG AAAGGGATTT 12480 GTAAATTCCT GCATCAGTCT ATCCTTTCAC TAAAGAAATA TCCCTGCACT TTTTTAAAGA 12540 ATTCCTGCTT GATTAAAAAT CGAAAGGCAA TAAAGGAAAT CGCTGTACCA ATCAAGGTTG 12600 CTCCGAAAAA TCGAGGCGTG TAGATAAACC AGCTAAGCTT AGCAGCTGAT CCTGTAAAGA 12660 GTACCATAAC AGGATAGGAA ACAATGGAAC CAATAATACC TGTTCCCAAA ATCTCTCCTA 12720 GAGCAGAATA GTGAAATTTT CGACCGTACT TATAAAAGAG ACCTGCTAGA AGGGCTCCAA 12780 AAGTCGCTCC TGTGAGAGCT AAAGGCGGAA TCCCTTGAGT CGTCATACGG ATAAAGGCTG 12840 TGACTGTAGC CATAGCCAAG GCATAAACAG GTCCCATCAT GATTCCTGCT AGAATATTGA 12900 CTACACTGGA CATCGGTGCC ATTCCCTCAA TTCGAAAGAT AGGTGTAAGG ACTACATCAA 12960 GGGCAATCAT CATAGATAAA ATGGTTAATT TGTGAACTTG TAATTGGTGC TTTCTCATGC 13020 TTCTATTCTT CTCCTTTTTC TAAAGACTGT AAATCGCTCT TCCATGTCTG GTGTTGGTAG 13080 GCCATTTCCC AAAACTTGGC TTCCATATGA ACACTGATGT GGAAGGCATC TAGCATTTTT 13140 TGCTTGTCTG TCTCGTCACT TTCTCGATAG AGCTGATTGA CCAGTGCTCC CTCCTCTCTG 13200 ATCTGTTGCT CTAACTCATC CGTAATATAA GTTTCAATCC ATTGTTGATA GAGAGGATTT 13260 GGTGATGGTT TAAGATTAAG TGATTTGCCT ATATCATGGT ATAACCAAGG ACAAGGAAGC 13320 AAGCTTGCAA AAGCGATGGC TAAGTTCGGT TCTGCAAATT GCCTATAAAT ATGAGAAATG 13380 TAATGATAAC AGGTTGGAGC GATTGGATGT TGCTCCATTT CCTGGTCGCT GATTTCCAAT 13440 TCCTTGAAAA ATTGTTGGCG AATAAATAAC TCACCCTCCA CTAAACCCTG AGCATTTTGT 13500 TTCAAGAGTC TTTTCATCTC TTGGTTTGAA GTCTTATCAG CCAAAAGATG ATAGATTTCT 13560 GAGAAAGCCT TCAGATAGTA GGCATCCTGA ATCAGGTAAT AGCGGAAAAT GGCAGGTTCT 13620 AAATTCCCCT CTTGTAATTG TAAAATAAAG GGATGATGAA AGGAAGCCTG CCAAGCTTTC 13680 TTGGATAATT CCATCGCAAT ATCTGTAAAT TCCATAATAA CTCCTTTATA AAAATAGACT 13740 GGTTTGAAGC AATAAAAAGA AAAGCAGGTA GATTAATTTT GTTTTTTTAG GAATATAAAA 13800 AGTCCGATAG CTATTCTTCA ACTGTGCATG TTCGTCATAT CCGTGAGCAG ATAGAGCTCT 13860 CAGGTAAAGA TGGCGCCACC TAAAGACTGT CATCAGAACC TTACTGTAAA TCAAGGGCGA 13920 CCAAAAATGT AGTTCTTGAC CACGTAATAG GCAAGCTTCT TTGAGGGACT TGATTTCTTG 13980 CTGAATGAGA GGAAAAGAAT TGAATACCAC AATCAAGGCA TAGGACCAAG AGCGTGATAG 14040 CCCCTTTTGA GCCAAGTACA AGAGAAGCTC TTTTAGTGAA ACAGAGGAAA CAAAGACAAG 14100 GCCGATACAA ACTGTCACAA AGGCCCTCGT TCCAAGCATG ACTGCCTGTG AAGCATCTCC 14160 GTGTAACTGA ACTGCCCAGT AGTTGGCAAA AGATGGTAAA ATGGCAAGTA TGATCATCCA 14220 AGCTAACATT TTAAATCGAC GGTAATAGAG CATAAAGAGA ATACAAAATG CGACTACCGA 14280 AAGAGTCAGA GCAATCGAAG GAATGAAAGA TGTTTCCAAG GATAAAATCA GCAAGAAGAG 14340 ACTGATAATC GGTGTCTGGG TTGCTACTTT GACCATACTA TCTCACCTCC CCTTGGGTAT 14400 TGCTACTCTG AGATGTAAGT GGTTTGGTAA TGGTCACTTC TTTCACATGC CGAAGACCCT 14460 GACTAGTCAT CTCAATCCAA TAATCAACCA CAGAAATCAA AGGGTCTAAA CGATGACTAA 14520 TGAGCAGAAA ACTTCTTCCT TGATTCCTCT CCTCCACAAT CCACTTGCAA AAATAATGGC 14580 AGGCTCTATC ATCCAAACCT GCAAAAGGTT CATCTAGCAA GATCACGGAA GCCTTACTGG 14640 TCAAGATGGT CAGGAGCTGA AGAATTTTTT GCTGACCACC ACTTAATTGA TAGGGACTCT 14700 TATCGACTGC CTGCTCCAAA TCAAAATATC GTAAAGCTTG AAAAATCCGC TGATTTCTTT 14760 CAGAATCAGG TCCATCTAAT TGAAGCTCCT CTCGCAGACT GACTCGGATA AACTGCTTCT 14820 CAGCTTCCTG AACAACACCA GTCAGATCAC GATACAAACT CTTTTTCTTT TTCAGGACCG 14880 AACCCTTCCA AGTAATGCTC CCCTTATACT TTTGAAATTG AAGAATAGAC CGAAAGAGGG 14940 TTGATTTCCC GACACCATTG TCACCCAGGA TACAGGAAAT CCCTTGATAG AATGTGAAAT 15000 CAGCAATTGA AAAGAGGGGG CGATTACCAA GCTCACCAGT CACACGGTTC ATATGGAATA 15060 GTTCCGGGCT AGAAGCAACT TCCTTTGAAG CAACCTGTGT CATCTCATAG GAAGGGATTT 15120 GAAACACTTC CCTTAGTTTT CCGTCTCTTA GCTCCACCAT ATGGTCGATA TAGGCTTTAT 15180 AGTCAGATAA ATCATGGTCG CACAAAATAA CTGTCTTCCC ATCATAGACC AACTCTTTTA 15240 GAATCTCCAA TATCTCGATT CTGCTCTTGC GGTCAATGGA AGCGAAGGGC TCATCCAAGA 15300 GATAGACCCT AGGATTCATG GCAAAGAGGA CAGCCAGCGC TGCTTTTTGC TTTTCCCCAC 15360 CTGATAAGTG ATGGATGAGA CGGTGCAAGA TGTCCTTGCA ACGACATTGC TGGACAACCT 15420 CTGCTATTTT AGAATCAATT TCCTGAAGGT GATAGCCGAT ATTTTCCATG GTAAAAACCA 15480 ACTCCTCAAA CAAGCTCTCC ATGGTAAATT GATGATTAGG ATTTTGCAAG AGAATACCAA 15540 CCGTCTGGAC ACGTTCGACG ATAGAAAGCT GACTGACCTC GCTCCCATCT ATCAGGACTT 15600 GACCGCTATA GGGAAGAGAA CTAACTTGGG CAATCATTTG AAAGAGGCTG GATTTTCCAG 15660 ACCCACTACT CCCAACTAAC AAGGTAAAGG CTTGCGCATG AAAAGTAAAA TCAAACGGCT 15720 CAGAGAAGAT TGGGGACTGA ATCGCTCGTA GTTCCAGACC CATCTATGCT TTTCCTCCAG 15780 TTGCAAACTG ATGATAGAGT TTGACAATGG CACGAACCAA GATGGTACAG AAGAAATAAA 15840 CAGAAATAAA ACGTACCACA AGCAAGGAAA GGACAAACGG AAGGGAAAAG GCGTAGTAAC 15900 CTAACTTAAT GTATTCATAG ACAAAGCTAA CAAGCGTAAT CCCAATACTA TTAGCAGTTA 15960 GAGAGAGCCA ACTTTCATAG CGATTCTTAG TTACGATAAA ACCAAATTCA CTTCCCAAAC 16020 CTTGAACAAA GCCAGACAAA AGAGCTCCTA GACCAAATTG GCTACCATAA AGGACTTCAG 16080 CAAGCGCAGC TAGCACTTCT CCAATCGTTG CACTTCCGAC TCTCGGAACA AAGATGGCAG 16140 CAATGGGCGC AGCCATACAC CAGAGACCGA AGAGGATTTC ATTGGCAAAG GCCTGCAAAC 16200 CAAGAGGTGT TAAGAGTAGA CTGAGAATAT TATACACATA TCCTGAACCA ACGAAAACCC 16260 CACCAAAAAA GATAGACAAG AAAGCAAGCA AGATAACATC TTTTAACTGC CATTTTTTCA 16320 ACATAAAAAA CTCCTTTTTT TAAAGAAAAG TGAGGCACTC AAGAAGACCG ACCTAAATAC 16380 TTTGTATAGC AGACTGAATT TAGAACAGTA CACAAGAACA CTAAAATATT TCTAGAAATT 16440 AATTTGAATT TTCTAATTGA TTTGTTCGCA TCTTATTTCA ATCTACTATA TCATCTTCAT 16500 CCAGTTTCGT AAAAGAAAAA ACTCTAATTA CAGATACAAA TTAGAGTTCA GCTTACAAGA 16560 TTAGACAGTT CTTTTCGACA TACGAAAAAA ACATTTCACA TTTCCCTTCG CCAGTCTTAA 16620 CTGTATCAGG TTCAATGGGT ATCATCTCAG CCTAAAGCAC CCCAAATGTC TTTATTATTT 16680 AATTATGTGA TTATTATAAC ACACATTTTA TACTAGTTCA AGAAATTGAA CTGGAAATAC 16740 AGCCTTGCAC TCACAAAGAC AGCAGATCTT TCTTTTGCAA AAAACAAATG ACCTGTTTGA 16800 TGAATTAGCC ATTCAAGCTG AATCTGGACA TAGCTTTTTA AAAAAGGAAA ATCCTACTTA 16860 CTTAGAATCC AAGGATAGAT ATCTATTGTT CACTCATTTC CCGAACAGTT TTTTCTATAT 16920 TTTTTGCATA CGATATTGCC GAAATGATTG AAACGCCATC CATATTGGTC TTTATAATGT 16980 CTTTAATATG TTTCGTCTGT ATCCCACCAA TTGCAACTAA AGGCATTTGT GGCAATAGTT 17040 TTCTCATCAA TTCAAGACCT TCATAACCTA TAGTACCACC AGCATCATCC TTTGACTGGG 17100 TACCAAATAC AGGCCCAACA CCTACATAAT CTACATATTC AACTTTTGAT TGTTGAAATT 17160 CTTCTTCGTT TCTTATAGAA AGACCAATTA TTTTATCTGG CATCAATTTT CTAATTTCAT 17220 CAACACCAAT ATCATCTTGA CCTACATGTA CGCCATCGGC GTCAATTTCC ATTGCTAAAT 17280 CTATATCGTC ATTAACGATA AATGGAACAT TGTATTTTTT ACAAAGTTCT TTAATTTGGA 17340 TAGCTAGCTC AAGTTTTTCT AAGCCTTCTA AAGCACCCTC ACCTTTTTCT CGAAATTGAA 17400 ATAAGGTTAT ACCACCTTTT AAGGCTTCCT CAACGACTGT ATATAGATTT TTTCCTTGGC 17460 AAGTAGTCGT TCCACAAATA AAATATAGTT TTAGTAATTC TTTATGAAAC ATCTTACTTC 17520 ACTCTTTTGA ATTCCTTTAC ATCTTCATCT GTAATCTCGT ATAAGGCATT TATAAATTCA 17580 ACTTTAAATG TCCCAGGAAG ATGTCCATTT GGACGTTTTT CTGCTATTTC TCCAGCGATA 17640 TTGTAAACCA ACACTGCTGT TTTTAATGAT TTCAATTCTT GACCTTTTTC TAGTCCGATA 17700 AAGCTTGCTA CTACAGCTCC TAATAAGCAT CCTGTCCCAA TGACTTTCGG CATCATAGCA 17760 CTACCATTAT GAATCATTAC CACTTCTCCA TTAACAGCAA TGGCATCCAC TTCACCTGTT 17820 ACTACTATTG GAATATTGAA CTTCTCATTT GCTGCTAGAG CAATTTCGTC AATATTATCT 17880 ACGCCCGCAC TATCTACTCC TTTAGATGCC ACATCTATTC CTACTAAAGA GGCAATCTCG 17940 CCAGCATTTC CTCTAATCGC TGCTAGTTTA TAATTGTTGA TTAGATCATC TGCTACTTTT 18000 TTTCTATATT CTCCTGCTCC ACAGGCTACA GGATCTAAAA CTGCTGGGAC ATTATATTTC 18060 TCTGCAATTT TCAGAGCAGC TTGGTATAAT TTCCAATTTT CATCTGTCAA TGTTCCTATG 18120 TTTATTAATA AACCACCAGC ATACTTTAAC AAATCCTCTA AATCTGCTGG AAACTCACTC 18180 ATGGCTGGTG AGGCGCCCAG TGCTACTAAT CCATTTGCTG TGAAATTTTT TACTACATCA 18240 TTGGTTATAC AAATGACCAA TGGTGCTTTT TCTTTTAATA ATTTTAAACT TGTCATATTG 18300 AAATCCTTCC TTTTCACTTT ATACGATCTA CTAATTTCGA TTTATCTTTA GTTGAGAATT 18360 TTTTTCATTT ACATTGAATG ATTTATACTC AATGAAAATC AAAGAGCAAA CTAGGAGGCT 18420 AACCGCAGGT TGCTCAAAAC ACTGTTTTGA GGTTGTGGAT AGAACTGACG TGGTTTGAAG 18480 AGATTTTCGA AGAGTCTTAC CTCATCAAAT TTGTAAATAT CATGAGCCTT CTCTAGACAT 18540 CGTAACCAAT ATCAAAAAAA GCTAATTCTA AAGCGACTGC TTGATTCCAG CGTTGCTGAA 18600 GTTCTGTCAA ATCTTCTCGA TTTTTACCGA CACGATTGAG TTCGTCAACC AGAAATTGAA 18660 CCCACTCTGC AAAGAAAGGA CCTCTGTGGA GATTGATCCA TTCCGAATGA ATATAGACTT 18720 CAGGTAAAGC CAAATCTTTA GAACCCCAGT CTAAATAGAG ACCTTCTGCA ATGACCAGCA 18780 TGACCAAAAG ATGGGCATAG TCTGATGAAG CCACCGCCGA ATACATTAGA TCCTGAAAGG 18840 CTTTTGTTAC AGGGTGCAAA GTCACTTCTA GATAGTCATT CTCTGCTACT TTTAACTCTT 18900 TAAAAGCCTT TTGGAAATAA CCATCTTCAT CTGCTTCAAG AAAGCCTAGT TGCTTGGCAA 18960 AACGAAGCTT GGATTCAAGT TTATCTGCGT GACTACGCAG GCACCCAGCA TGGATAAGAA 19020 GGCATCAAAG AAGTGATAAT CTTGAATCAG ATAGTCCTTT AAGACCTTAT TCTCAATTGT 19080 CCCCGCAAAA AGTTCCTTAA CAAAACGATG ATTGATTGCA GCCTGCCAAT CCTTCTGACT 19140 GCTTTTTAAT AATTCTCCAA CAGTCAAACC TGGCTGAAAT GCATAGTCTT GTGTTTCCAT 19200 ATTTACTTCT CCTCTCTTTA CTTGTTAGTA ATTAATAAAA CACCAAGAAA TATCAAGCAA 19260 AATCGTAATT CCACTTGATC CTTTTAAAGC ACATCGAGAG CATTTGCAGA GAGCTAACTA 19320 AACAAGCCTA TCCAGTTTAT ATAAACAAAA AACTCCAATT ACAATCAAGA ATTAGAGTTG 19380 ACTTACAAGA TTAGACCGTT CATTTCACCA TACGAAAAAA CTGTTCACAT TTCCCTTCGC 19440 CAGTCTTAAC TGTATCAGGT TCAATGGGTA TTATCTCAGC CTAAAGCACC CCAAATGTCT 19500 CTATTATTTA ACTACTGAAC CAGTATAGCA AAAAATGAAA GCCCTAGCAA GATATTTGAC 19560 CGAAAAATAT CTTTATATAT AATATATTGA AACTAGAATA GTACACCTCT ACTTATAAAA 19620 CATTGTTAGA AATCGATTTG ACTGTCCTGA TTGATTTGTC CTATTCTTAT TTCATTTTAC 19680 TATAGTTTTC GATAGCAATT TATTCTTCCA ATACACGAAG AAAAACCTCC ACATTCAGTG 19740 GAGGCAATCT GTTTTATCAA TACAATTTTA AGTCACGAGG GTCAACTGGG AAGGTTGGGT 19800 TGTATGGATT GTGACGGAGC TTGAAGTGTT TGACATCTTC AATGGTCTGA GTTCCAGACA 19860 ATTGCATAAC TGTCTTCAAT TCCGCATTCA AGTGTTCAAA GACTTGACGC ACACCGACAC 19920 TACCACCGAG AGCCAAGCCA TAGATGACAG GGCGTCCAAT AGCAACCAAG TCTGCTCCTG 19980 ATGCCAAGGC TTTAAAGACG TGTTGACCAC GACGAACACC AGAGTCAAAG ACAATCGGCA 20040 CACGTCTATC AACTGCTTCT GCCACTTCTT GAAGCGAGTC AAAGGCAGCT GGTCCACCGT 20100 CGATTTGACG ACCACCGTGG TTGGTTACCC AGATACCAGA AGCTCCTGCA GCAAGCGAAC 20160 GTTCAACGTC CTCACGGCAT TGTGGTCCCT TGACATACAC AGGAAGACCA GAGTATTCAG 20220 CGATAAATTC TACATCGCGT GGAGACAAGC GTTGTTTAGC TGATTTGTAA ACAAAGTCCA 20280 TTGATTTACC AGCACCTTCT GGCAGGTATT CTTCAACAAT CGGCATGCCA ACTGGGAAGA 20340 CAAAACCATT ACGCTTATCC ACTTCACGAT TCCCCCCTAC AGTAGCATCT GCCGTCAAGA 20400 CAATCGCTTT ATAACCTTCA GCCTTCACAC GGTCCATGAT GTGGCGGTTG ATACCGTCAT 20460 CCTTACTAAA GTAAAATTGA AACCAATGAG GTGTCCCTTG GAGGGCTTCA GAAATCTCTG 20520 GAAGGTCAAC AGTAGAGTAA GAACTGGTTG TATAAAGAGA ACCAAACTCA TGCACACCAC 20580 GCGCAGTCGC CACTTCCCCC TGTTCATTTG CCAATTTATG AGCCGCAACA GGTGCCATAA 20640 TGATTGGAGA AGATAGTTTT TCACCTGCAA ATTCAATCTC TGTACTTGGA TTTTCTACAT 20700 TGCAAAGTGT ATGAGGAACG ATGAGCTTGT GGTTAAAGGC ACGGATATTC TCTCTTAAAG 20760 TGAAAGTATC TTCCGCCCCA CTAGCGATAT AGCCAAATGC TGCTTTAGGA ATAACTTGTT 20820 GCGCCATTGG CTCCAAATCA TAGGTATTGA TGAArTCTAC ATGACCTTCT GCATTGCTTG 20880 TTTTGTATGA CATAAAATGT CCTCCTTAAT AAGTAAGCGT TTACTTTGTG TATTACAAAA 20940 ATATCTTAAC TCTTTTTCAA AACTTTTAAA ATATTTTGTT TGGAAATTTC AGAAATTTTA 21000 TGTCTATGAT AAAAATCCTT ATAACGGCAA TAAAAAATAG ATATTATCCA AAGAAGATTT 21060 TAAGTGCTAC AATAACTGTA TTATTTCTAG ATGGGAGGTT CTATTTTTGG ATTGATCCAT 21120 TGTTGAACAA TATCTACCAC TATATCAAAA GGCATTCTTT CTGACCTTGC ATATTGCAGT 21180 TTGGGGAATT TTGGGATCCT TTCTGCTCGG TTTAATCGTT AGTATCATCC GACATTATCG 21240 AATCCTTGTT TTGGCGCAAG TAGCGACAGC CTACATTGAA TTGTCACGTA ATACGCCCCT 21300 TTTGATTCAA CTCTTCTTTC TCTACTTCGG TCTTCCCCGA ATCGGGATTG TCCTATCTTC 21360 AGAAGTCTGT GCAACGCTTG GGCTTGTCTT TTTAGGAGGC TCCTATATGG CAGAATCTTT 21420 CCGAAGTGGG CTGGAAGCCA TCAGTCAAAC CCAGCAGGAG ATTGGCCTCG CTATTGGTCT 21480 GACACCTCTA CAGGTCTTTT ACTATGTGGT TCTTCCGCAA GCAACAGCGG TGGCACTCCC 21540 CTCCTTTAGT GCCAATGTCA TTTTCCTTAT CAAGGAAACC TCTGTTTTCT CAGCAGTGGC 21600 TTTGGCCGAC CTCATGTACG TCGCCAAGGA TTTGATTGGT CTCTACTATG AGACAGACAT 21660 TGCGCTAGCT ATGTTGGTAG TTGCTTATCT AATCATGCTG CTACCCATCT CACTGGTCTT 21720 TAGCTGGATA GAAAGGAGGC TCCGCCATGC AGGATTCGGG AATCCAAGTA CTCTTTCAAG 21780 GAAATAATCT CCTGAGAATC TTACAGGGAT TGGGCGTTAC GATTGGGATA TCCATCCTGT 21840 CTGTCCTCTT ATCCATGATG TTCAGAACAG TCATGGGAAT CATCATGACC TCCCATTCTA 21900 GAATCATACG ATTTTTAACA CGATTGTATC TGGAATTTAT CCGTATCATG CCCCAGCTGG 21960 TGCTACTCTT CATCGTTTAC TTTGGCTTGG CTCGAAACTT TAATATCAAT ATCTCAGGTG 22020 AGACTTCAGC TATTATCGTT TTTACCCTCT GGGGAACAGC TGAAATGGGA GACTTGGTAC 22080 GTGGAGCTAT CACTTCTCTC CCTAAACATC AGTTTGAAAG TGGACAGGCA CTCGGCTTGA 22140 CTAATGTTCA ACTTTACTAC CACATCATCA TCCCACAAGT CTTAAGAAGA CTGCTACCGC 22200 AGGCTATCAA TCTTGTCACT CGGATGATTA AAACCACTTC ATTAGTTGTT TTGATTGGGG 22260 TTGTGGAAGT GACCAAAGTT GGACAACAAA TCATCGATAG CAATCGCCTG ACCATCCCAA 22320 CTGCTTCATT TTGGATTTAT GGAACCATTC TAATCTTATA TTTCGCAGTT TGCTACCCTA 22380 TTTCCAAACT ATCCACTCAC TTAGAAAAAC ATTGGAGAAA CTAAATGTCT GAAACTATCT 22440 TAGAAATCAA GGAACTAAAA AAATCCTTCG GAGACAATCC CATCCTCCAA GGACTTTCTC 22500 TAGAAATCAA AAAAGGGGAA GTTGTTGTCA TCCTAGGGCC ATCTGGTTGT GGGAAAAGTA 22560 CCCTCCTTCG TTGCCTCAAC GGCTTAGAAA GTATTCAAGG TGGAGATATT CTTCTGGATG 22620 GTCAGTCTAT CGTTGAAAAT AAAAAAGATT TTCACCTAGT TCGCCAAAAG ATTGGCATGG 22680 TCTTTCAAAG TTATGAACTC TTTCCCCATC TGGATGTCTT ACAAAACCTC ATCCTAGGCC 22740 CTATCAAAGC TCAAGGAAGG GACAAGAAAG AAGTAACGGA AGAAGCTTTG CAATTACTAG 22800 AGCGTGTCGG TTTGCTGGAT AAACAACATA GCTTTGCCCG TCAATTATCT GGTGGACAGA 22860 AGCAACGTGT TGCAATTGTC CGTGCCCTCC TAATGCATCC AGAAATCATC CTTTTTGACG 22920 AGGTGACTGC TTCGCTGGAT CCAGAAATGG TGCGTGAGGT GCTGGAACTT ATCAATGATT 22980 TGGCCCAAGA AGGCCGTACC ATGATTTTAG TAACCCACGA AATGCAGTTT GCCCAAGCCA 23040 TTACTGACCG GATTATCTTC CTCGACCAAG GGAAAATCGC TGAAGAAGGA ACAGCTCAAG 23100 CCTTCTTTAC CAATCCGCAA ACCAAACGAG CCCAGGAATT TTTAAACGTC TTTGACTTTA 23160 GCCAATTCGG CTCATATCTA TAAAGGAGAT TCTTATGAAA CTATTCAAAC CACTCTTAAC 23220 TGTTTTAGCA CTTGCCTTTG CCCTTATCTT TATCACTGCT TGTAGCTCAG GTGGAAACGC 23280 TGGTTCATCC TCTGGAAAAA CAACTGCCAA AGCTCGCACT ATCGATGAAA TCAAAAAAAG 23340 CGGTGAACTG CGAATCGCCG TGTTTGGAGA TAAAAAACCG TTTGGCTACG TTGACAATGA 23400 TGGTTCTTAC CAAGGCTACG CTACGATATT GAACTAGGGA ACCAACTAGC TCAAGACCTT 23460 GGTGTCAAGG TTAAATACAT TTCAGTCGAT GCTGCCAACC GTGCGGAATA CTTGATTTCA 23520 AACAAGGTAG ATATTACTCT TGCTAACTTT ACAGTAACTG ACGAACGTAA GAAACAAGTT 23580 GATTTTGCCC TTCCATATAT GAAAGTTTCT CTGGGTGTCG TATCACCTAA GACTGGTCTC 23640 ATTACAGACG TCAAACAACT TGAAGGTAAA ACCTTAATTG TCACAAAAGG AACGACTGCT 23700 GAGACTTATT TTGAAAAGAA TCATCCAGAA ATCAAACTCC AAAAATACGA CCAATACAGT 23760 GACTCTTACC AAGCTCTTCT TGACGGACGT GGAGATGCCT TTTCAACTGA CAATACGGAA 23820 GTTCTAGCTT GGGCGCTTGA AAATAAAGGA TTTGAAGTAG GAATTACTTC CCTCGGTGAT 23880 CCCGATACCA TTGCGGCAGC AGTTCAAAAA GGCAACCAAG AATTGCTAGA CTTCATCAAT 23940 AAAGATATTG AAAAATTAGG CAAGGAAAAC TTCTTCCACA AGGCCTATGA AAAGACACTT 24000 CACCCAACCT ACGGTGACGC TGCTAAAGCA GATGACCTGG TTGTTGAAGG TGGAAAAGTT 24060 GATTAGTCAT TAACTCTTAA AAGGAACTGG ATTTTAAGCT CCAATCCCTT TTTAAGATTT 24120 TACCTATAAC ATCCTGAGTC TATCTAAGAT GTTCAATCTG AACACAGTGT ACATACTTTA 24180 TCTTCTATTG CATATACTTT ATCACATAAG ATACGAATAT CCTCTTCACT ATGACTAGCA 24240 ATCAAAATTG TTGTCCCTTT TTCACTAGAG AGCTTTCTAA ACAATGTTCT CATATTTTCT 24300 ACACTTGATT TATCCAAGGC ATTCATAGGT TCATCTAGTA AAAGAATAGA GGGATTCTCC 24360 ATAATTGCTT GAGCAATCCC TAGCTTTTTC CTCATACCTA GCGAATAAGT TTTAACTTTC 24420 TGGTCTTTTT GCTCATATAG ACCAACTATT TTCAGTGTAT CATTGATTTC CTGATTACCA 24480 ACTACTCCTC GTATGCTTGC CAAATATTGT AAATTCTTAA AGCCACTATA ATAATTTATA 24540 AAACCAGGTT CTTCAATCAA AGCTCCCAAA TTAGCTGGAA TTTTTCTCTC AGGAACAATA 24600 TTTTCCCCAT TGATTAACAC TTCTCCATAA GACGGACTAT ATAAACCAGC TATTAATTTA 24660 AACAATACAC TTTTCCCTGA GCCATTCGCA CCAGTAATTC CTATAATTTC CCCCTGTTTA 24720 CAACTAAAGT TAAGGTTTTG AAAAACACAT GTCTTTTTTA ATTTCAACTC AATATTTTTT 24780 AATGTAATTA TTTCATTCAT TCTATAAACC TCCTCTTTTG ACGAGTGAAA TAGAAAATGC 24840 TTTGAAAAAG AAAGACTAAA AATAGCAACT GAAGAAATAA ATCTCGTCCT ATATCTCCAT 24900 TCCCTCGATT CAAAATATAA AATAGATAAT TAGTTCGATT TCCTACAAAT AGACCACCAA 24960 ACACAATCAT GAGTAAAAAG AAACTAACGC AAGCAAAGTT CG 25002 (2) INFORMATION FOR SEQ ID NO : 49 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 11443 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 49 : CAGGTACGGT GAGGCGCAAC TAAAATATAA TTTTCATCTT GATTAGGAAT TTTATCAGTA 60 TTATGATAGT GAGCATTGCC ATTGATGGAC CATAAGAGCA ATACAACTAA TCCACGCAAA 120 TAAGTATAAA ACATGCGATC TCCTTCGATT GTTTTCTTGT TATTATTATA CCTTATCAAA 180 GGAGGGCTGG CAAACTTTTC CCTTGACTAG ATACATATTT AGGATGAAAT TAGAATTCTG 240 TTAAAAAAAA TGATATAATA GAATTTATGG ATAAAAATAA GATTATGGGA TTAACCCAAA 300 GAGAAGTCAA GGAAAGACAG GCTGAGGGTT TGGTCAATGA CTTTACCGCA TCAGCCAGTA 360 CCAGCACTTG GCAAATCGTT AAACGAAATG TCTTTACCCT TTTTAACGCT TTGAACTTTG 420 CCATTGCTTT GGCTCTTGCC TTTGTGCAGG CTTGGAGCAA TCTGGTCTTC TTTGCTGTTA 480 TCTGCTTTAA CGCTTTTTCT GGGATTGTGA CCGAGCTACG AGCCAAACAC ATGGTGGACA 540 AGCTCAATCT CATGACCAAG GAAAAGGTCA AAACCATCCG TGATGGTCAG GAAGTTGCTC 600 TTAATCCTGA AGAATTAGTG CTAGGAGATG TCATTCGTTT GTCTGCAGGA GAGCAGATTC 660 CTAGTGATGC CTTGGTTTTG GAAGGCTTTG CGGAAGTCAA TGAAGCCATG TTAACGGGAG 720 AAAGTGATTT GGTGCAAAAG GAAGTTGACG GCTTACTTTT GTCAGGAAGT TTCCTAGCCA 780 GTGGGTCAGT TTTATCTCAA GTTCACCATG TCGGTGCAGA CAACTATGCT GCCAAACTCA 840 TGCTTGAGGC TAAGACCGTT AAACCCATCA ACTCCCGTAT CATGAAATCG CTGGACAAGT 900 TGGCTGGTTT TACTGGGAAG ATTATCATTC CCTTTGGTCT GGCTCTCTTG CTGGAAGCCT 960 TGCTTTTAAA AGGCCTGCCT CTCAAGTCAT CCGTTGTAAA CTCGTCGACA GCTCTTTTGG 1020 GAATGTTGCC TAAGGGAATT GCCCTTTTGA CCATTACTTC GCTCTTGACT GCAGTGATTA 1080 AGTTGGGCTT GAAAAAGGTC TTGGTGCAGG AGATGTACTC TGTTGAGACC TTGGCGCGCG 1140 TGGATATGCT CTGTCTGGAC AAGACGGGTA CCATCACCCA AGGAAAGATG CAGGTGGAGG 1200 CTGTTCTTCC GTTGACGGAA ACGTATGGTG AAGAGGCTAT TGCCAGCATC TTGACTAGCT 1260 ACATGGCCCA TAGTGAGGAT AAGAATCCAA CTGCCCAAGC CATTCGCCAG CGTTTTGTGG 1320 GAGATGTTGC TTATCCTATG ATTTCCAATC TTCCCTTCTC GAGCGACCGC AAGTGGGGGG 1380 CTATGGAGTT AGAAGGCTTG GGGACAGTTT TCTTAGGGGC ACCTGAGATG TTGCTTGATT 1440 CTGAAGTCCC AGAAGCTAGG GAGGCCTTGG AGAGAGGATC ACGTGTCTTG GTCTTAGCTC 1500 TCAGTCAGGA GAAATTAGAC CATCACAAAC CACAGAAACC ATCTGATATT CAGGCTCTAG 1560 CCTTGCTGGA AATCTTGGAC CCCATTCGAG AGGGAGCAGC AGAGACGCTG GACTATCTCC 1620 GTTCTCAGGA GGTGGGACTC AAGATTATCT CTGGTGACAA TCCAGTTACG GTGTCCAGCA 1680 TTGCCCAGAA GGCTGGTTTT GCGGACTATC ACAGCTATGT AGATTGCTCA AAAATCACCG 1740 ATGAGGAATT GATGGCCATG GCGGAGGAGA CAGCTATTTT CGGACGTGTT TCCCCTCATC 1800 AAAAGAAACT CATCATCCAA ACGTTGAAAA AAGCGGGACA TACAACGGCT ATGACAGGGG 1860 ACGGGGTTAA TGATATCTTG GCCCTTCGTG AGGCGGATTG TTCTATCGTG ATGGCGGAGG 1920 GGGATCCAGC AACCCGTCAG ATTGCCAATC TGGTTCTCTT GAACTCAGAC TTTAATGATG 1980 TTCCTGAGAT TCTCTTCGAG GGTCGTCGCG TGGTCAATAA CATTGCCCAC ATCGCCCCGA 2040 TTTTCTTGAT AAAGACCATC TATTCCTTCC TGTTAGCAGT CATCTGTATT GCCAGTGCTT 2100 TACTAGGTCG GTCAGAGTGG ATTTTGATTT TCCCCTTCAT TCCGATCCAG ATTACCATGA 2160 TTGACCAGTT TGTGGAAGGT TTCCCACCAT TCGTTCTGAC TTTTGAGCGA AATATCAAAC 2220 CTGTTGAGCA GAATTTCCTC AGAAAATCCA TGCTTCGTGC CCTACCAAGC GCTCTCATGG 2280 TCGTCTTCAG CGTCCTGTTT GTGAAAATGT TTGGCGCGAG TCAAGGTTGG TCTGAGTTAG 2340 AAATCTCAAC TCTACTCTAT TATCTCTTGG GGTCAATTGG TTTCTTATCC GTATTTAGAG 2400 CCTGCATGCC ATTTACCCTA TGGCGTGTCC TCTTGATTGT TTGGTCAGTA GGAGGTTTCC 2460 TAGCCACAGC TCTCTTCCCA AGAATTCAAA AACTGCTTGA AATTTCAACC TTAACAGAAC 2520 AAACGTTGCC TGTTTATGGT GTCATGATGT TGGTCTTTAC CGTGATTTTC ATCCTGACCA 2580 GTCGTTACCA AGCGAAAAAA TAAATCAAAA CCACCAGTGT GAACTGGTGG TTTGTTCTGC 2640 GGCTATAAGC CGCTTCTACC GGCCAGGGCC AAAGGCCCAC CGAAATAGCT TCCTCGCGCA 2700 CCACTTTCCC GAGCAGGTGC TAAAGCACCT TAGTTACTTC CTCTTATTTA TTTCGCCAGT 2760 AAACGGATCT ACTGACTCGA ATAACGTGAG CTGGTCTGCT ACTCTGTCTT CTTGTAATTG 2820 ATTCTGAATA TATTCAGCTA TCACTTTCTG ATTACGGCCT ACCGTATCTA CATAATAGCC 2880 TCTACACCAA AACTTGCGAT TGCCATATTT GTATTTTAAA TTCGCATGCT TATCAAAAAT 2940 CATCAAACTG CTCTTGCCCT TTAAATAGCC CATAAAGGAC GAAACACTAA GTTTCGGAGG 3000 AATACTGATA AGCATGTGAA TATGGTCTGA ACAAGCATTC GCTTCATGGA TTATTACACC 3060 CTTACGCTCA CATAAGTCAC GTATGATTCT TCCGATACTA GCTTTGTATC TGCCATAAAT 3120 GATTTGACGA CGATATTTGG GTGCAAAAAC AATATGATAT TTACAATTCC ATGTGGTATG 3180 TGATAAACTT TGATTATCCT CTCTCATGAG GTACCTCCTG TATGATATGT TGTAGTGGCG 3240 GAGAAACCAC TTCTATCTTA TCATTTTAGG AGGTTCTTTT TGTTACCACG CTAAAAGCTC 3300 TATGGAAcCA CTAGCATAGC TAGTGGTTTT CGGGAGACAA CAAGAAAGAC TGCAATCTGT 3360 GGATTGCAGT TTTTTATACG ATGGATCTAT CGTAGATCTG ATGTGCAAGG CCTACGTGCC 3420 GATCATCTAT CGGTGAACCC AAGAGCGACC CTCAAGCCTG CTTGGATTGA GGTAATAGAT 3480 TCAAATATCT GTAGTTAGAC TATTTGAAGT TTGATGTAAG AAAGAGAAAG CGACAGATTG 3540 AAGTAATTTT AACTCTCTTC TATTGCTAGA ACAAATGGTC GGATAGGTTG GTAGTTTGAA 3600 AATGAAGATG CTATCTATTG TTAAATGGAA CATAGTGTTA TTTATTAGAA AATCGTTTGG 3660 TTTATTTCTT ATCAAATACG AAAAGCAACT TAAATATTTC AACTAAAATA GATGTTATGA 3720 AGAAAAGGTA AAATGATTTT GGCATAGTGA GGTTCTGTTC TATTTGATAT CATATTTTTG 3780 ATAAAAACAA AAATGTCCAT TGCAAAGGAC AAAATGCGAA GTATATTATT TTTTGAAAGC 3840 GATATAATGG ATTCATAAAG GAGGTGTATC GTGTCTAGAA AACAAGAACA AATGGAAACG 3900 TTGTTGCTCC TTTTGCGAGA TAGTAAGGAT TATATATCTG CTAAAGTATT GGGAGAAAAA 3960 TTAAATTGCT CTGATAAAAC GGTTTATCGC CTTGTCAAGG GAATCAACAA AGATTGTCCG 4020 GTAGAAGCAT TCATTTTATC TGAAAAAGGC AGAGGTTTCA AATTAAATCC AAGAAGTTCC 4080 CTCGTGGACG TTGATGGGAA TTTTACAGAG GCTTTTGATC CTGAAGTAAG GCGTGAAAAA 4140 TTACTAGAAC GTCTCTTGTT GACTGCTCCT AAGCCACATT CTATTTATGA TTTAGGAGAG 4200 GAATTCTACG TAAGCGAGTC AGTAGTACTA AAAGATCGTC AGATATTACA AGAGAGTCTA 4260 GCAATTTATG GGTTAGATTT AAAAATGAGA CAACGAAAGC TTTTTATTGA TGGGGATGAG 4320 GCTCAAATTC GTTCAGCCAT TCTAAATCTA CTGCCAATGT TTAATCAGTT GGATTTAGAG 4380 CAAATTACAC AGAATAAGGT TCAGCCTCTT GACGGAGAAC TTGCTCACTT TTGTTTGGGA 4440 TTACTGATTA CACTTGAGAG AGAATTGGGG GTAAACATTC CCTATCCATA TAATATAAAT 4500 ATTTTCTCTC ACCTGTATAT TTTTATCAGT AGGAATCGTC GTAGTACTAG TATTCATGTT 4560 GTAGCACCTT CAAAACCTAC TATTGTTGAT GAGAAAATTT ACAGTGTCTG TCAAAAAATT 4620 ATTCAAGAAA TTGAACAATA TTTTAGGATG AAGGTTGATG CAGTTGAGAT TGACTATCTT 4680 TATCAATACG TTGTATCTTC GAGATTGCAA AAACCATTTT CTTCCGGGAA GCTTCCTTTT 4740 TCTCAGCGAG TTTTAGATGT CACTCATTAC TATTTTAGCC GTATGTGTAT GGACAATAGA 4800 GAGATTGAAA CGACAGATCC TGACTTTGTT GACTTGGCGA GTCATATCAG TCCCTTACTG 4860 AGGAGATTAG ATAATAGAGT ACAGATTAAG AATAGTCTTT TATCACAAAT TCTTTTAACC 4920 TATCCTAATC TGGTTAAAGA GTTAACAACT ATTTCTAAAG AAGTGAGTCT AGTATTTGGT 4980 TTTGCTTCCT TGAGTCTGGA CGAGATTGGT TTTCTAGTCT TATATTTTGC ACGGTTTCAA 5040 GAAAAGCGAG CACGTCCTCT AAAAACAGTA GTGATGTGTA CATCAGGTGT CGGAACTTCA 5100 GAGCTTTTAC GAGCACGATT AGAAAAGCAA TTTTCTGAAT TGGATATTAT TGATGTAGTT 5160 GCTTATCATC AATTAGATGA GCTGATAAAT CTATATCCAG ATTTAGATTT CATTGTGACG 5220 ACGGTAGCTT TGCAGGAACC AGCAAGTGTC CCGTTTGTCC TAGTTAGTGT TTTTCTAACC 5280 GAGGGTGATA AACAACGTCT TCAAGCAAAA ATTCAGGAGA TAAACTATGA ATAATCTTTC 5340 GCTTGTCCTT ATGGATATAT CTGTTCAAAA TCGTCAAGAA GCCTACAAAG AATTAGCAAA 54-00 TCAAATCAGC CTTCTTGTTT CTGAAGATAC AGAAAAAATA GAAGAGCTTC TATATTACCG 5460 TGAGAGACAG GGAAGTATAG AGGTTGCTAA AGGTGTTCTT CTACCACATT GTGAAGGAAA 5520 CTTTCAACAT CATGTCTTAG TGATTACTAG ATTAAAATCA CCTATCAGAG AATGGTCGAA 5580 GGATATCCAG TGTGTTGACC TTATTATCGG TTTGGCCATT GCAGTATCAC AGGACAAGTC 5640 ATGTATTAAA ACATTGATGA GAAGACTAGC AGATGAATCA TTCATAAATC AATTAAAACA 5700 GTTAACAAAA GAAGAATTAC GGGAGATAAT ATATGGAAAT CAAAGATATT CTTAATGTGA 5760 GTCTGATCCA GACGGATTTA CAGATGCAGA GCAAAGAAGA GGTTTTTGAG GCATTAGCTC 5820 AACTATTGGT TGAGACGGGT TATGTGTCTG ATAGAGACCA ATTTATCGAA GGTCTTTATC 5880 AGAGAGAGGC AGAAGGACAG ACCGGTATTG GGAATTATAT TGCTATTCCC CATAGCAAGA 5940 GTTCTGCTGT GGAGAAGGCG GGGGTAGTCA TAGCTATAAA TCACAATGAG ATTCCTTGGG 6000 AGACCATTGA TGGGAAAGGG GTCAAAGTAA TTGTACTCTT TGCAGTTGGT GATGATACAG 6060 AAGCTGCTAG GGAGCATTTG AAGACCTTAT CACTCTTTGC TCGAAAACTT GGTAATGACG 6120 AAGTTGTTGC CAAATTAGTT CGGGCTCAGA CATCTGATGA TGTGATTGCA GCTTTTTGTT 6180 AATAAGAAAA AATTTTGGAG GGTATCCGTA TGAAAATTGT TGGTGTTGCA GCTTGTACTG 6240 TGGGAATTGC CCACACTTAT ATTGCACAGG AAAAATTAGA GAATGCCGCA AAGGTAGCTG 6300 GACATGTGAT TCATGTTGAG ACTCAGGGGA CAATAGGGGT AGAAAATGAA TTGAGTCAAG 6360 AGCAGATTGA TGCAGCGGAT GTAGTTATTT TAGCAGTTGA TGTTAAGATT TCTGGTATGG 6420 AACGCTTTGA GGGTAAAAAG ATTATCAAGG TTCCAACAGA AGTGGCAGTC AAATCTCCCA 6480 ATAAACTGAT TGCTAAAGCT GTTGAGATTG TTACGAAATA ACTGAAAATA TTTAAGGAGA 6540 AAATATATGT TGAAACACTT AAACTTAAAA GGTCACTTAT TGACAGCCAT TTCCTATATG 6600 ATTCCAATTG TTTGTGGTGC AGGATTCTTA GTTGCCATTG GTTTAGCAAT GGGGGGTGGT 6660 GTTCCTGACG CTCTTGTAGC AGGAAAATTC ACTATCTGGG ATGCTTTAGC AACTATGGGT 6720 GGTAAAGCCC TTGGTCTCTT GCCAGTTGTT ATTGCTACAG GTTTGTCTTA CTCGATTGCT 6780 GGTAAGCCAG GGATTGCACC AGGTTTTGTT GTTGGTCTAA TTGCCAATTC TGTTGGTTCA 6840 GGGTTTATCG GTGGTATCTT GGGAGGTTAT ATAGCTGGTT TCTTGGTTCA AGCGATTATT 6900 AAAAAGGTCA AAGTACCAAA CTGGATTAAA GGTTTAATGC CAACCTTGAT TATTCCTTTT 6960 GTAGCCTCTT TGGTAAGTAG TTTGATTATG ATTTATATTA TTGGAGCGCC TATCGCAGCC 7020 TTTACCAACT GGTTGACGAG CTTATTACAA AGCTTGGGAA GTGCTTCAAA TGGTTTGATG 7080 GGGGCAGTTA TTGGAATTCT CAGTGCTGTT GACTTTGGTG GCCCACTTAA TAAAACAGTC 7140 TATGCGTTTG TGTTGACTTT ACAGGCTGAA GGTGTGAAAG AACCATTGAC TGCTTTACAA 7200 TTGGTGAATA CTGCTACACC AGTTGGATTT GGATTGGCCT ATTTTATCGC GAAATTACTC 7260 AAAAAAAATA TCTATACTCA AGAGGAAATC GAAACATTGA AATCGGCTGT TCCTATGGGG 7320 ATTGTCAATA TTGTTGAAGG TGTAATTCCG ATTGTTATGA ATAACTTGGT TCCAGGTCTC 7380 ATTGCAACAG GTATCGGTGG TGCTGTTGGT GGTGCTGTTT CTTTGACAAT GGGTGCTGAT 7440 TCTGCTGTGC CATTTGGTGG AGTGCTTATG TTACCAACCA TGACTCGTCC AGTAGCTGGT 7500 ATTTGTGCCT TGTTAGCTAA CATTGTAGTC ACAGGACTTG TCTACGCGAT TTTGAAAAAA 7560 CCAATAAAAC ATGCAGAACC AGTTATGACT GTTGAAGAAG AGATTGATTT GTCAGATATT 7620 GAAATTTTGT AAGAGGGTAA CGATGTCAAG AATTGAATTT TCACCATCTT TGATGACCAT 7680 GGATTTGGAC AAATTCAAAG AGCAGATTAC TTTTTTGAAT GATAAAGTAG CATCTTATCA 7740 TATCGATATT ATGGATGGCC ATTTTGTTCC CAATATTACC TTGTCTCCTT GGTTCATTCA 7800 AGAAGTTCAA AAAATTAGTG ACACACCTTT ATCAGTTCAT CTGATGGTCA CAGACCCAAC 7860 CTTTTGGGTA GATCAAGTTC TCGATTTACA ATGTGAGTAT ATTTGTATTC ATGCTGAAGT 7920 TCTGAATGGT CTTGCTTTTC GTTTGATTGA TAAAATTCAT GATGCAGGTC TAAAGGCTGG 7980 TGTTGTCCTT AATCCTGAAA CACCTGTTTC TACAATCTTT CCCTACATTG ATTTACTTGA 8040 CAAAGCAACT ATTATGACTG TAGATCCAGG TTTTGCAGGA CAACGCTTTT TGGAGTCTAC 8100 CTTGTATAAA ATCCAAGAAC TCCGTCAGCT TAGAGTTCAG AATGGTTATC ACTACATCAT 8160 TGAGATGGAT GGTTCTTCGA GTCGTAAGAC TTTCAAACAA ATTGATGTGG CAGGACCAGA 8220 TATTTATGTT ATAGGTCGCA GTGGATTATT TGGTTTGGAT GACGATATTG CCAAAGCCTG 8280 GGATATCTGT TCTAGAGATT ACGAAGAAAT GACCGGAAAA ACAATGCCAA TCAAATAATG 8340 GTTTGAGAAG AAATTTATTA GTTAGGAGGA ATATATGTCA CTACAATCAG TTAACGCCAT 8400 TCGTTTTCTT GGCGTAGATG CTATTAACAA ATCTAATTCT GGTCACCCGG GAATTGTCAT 8460 GGGTGCTGCG CCAATGGCTT ATAGCCTATT TACAAAGCAC CTTAGAATTA CACCTGAGCA 8520 GCCAAACTGG ATTAACCGAG ATCGCTTTAT CTTGTCTGCG GGTCATGGAT CAATGCTACT 8580 GTATGCTCTC TTGCATTTAA CAGGGTATAA GGATGTATCC ATGGACGAGA TTAAAAATTT 8640 CCGGCAATGG GGATCTAAGA CACCTGGTCA TCCTGAAGTG ACGCATACGT CTGGTGTGGA 8700 TGCGACATCT GGTCCGCTTG GTCAGGGGAT TTCTACTGCC GTTGGTTTCG CCCAAGCAGA 8760 GCGTTTTTTA GCTGCTAAGT ACAACAAAGA TGGTTTCCCT ATTTTTGACC ATTATACTTA 8820 TGTTATCGCT GGAGACGGTG ACTTCATGGA AGGAGTGTCT GCGGAGGCGG CTTCTTATGC 8880 AGGTCATCAA GCTTTAGATA AGCTTATCGT CCTCTACGAC TCCAACGACA TCTGCTTGGA 8940 TGGTGAGACC AAAGATACTT TCTCTGAAAA TGTTCGCGTC CGTTACGATG CTTATGGTTG 9000 GCATACAGTT CTGGTAGAAG ATGGAACAGA TTTAGCAGCA ATTTCTACAG CAATTGAGAC 9060 GGCCAAGTTT TCTGGTAAAC CGAGTTTGAT TGAAGTGAAA ACGGTAATTG GTTACGGCTC 9120 ACCCAATAAA AGTGGTACAA ATGCTGTTCA TGGTGCACCA CTAGGAGCAG AAGAAACAGG 9180 AGCAACTCGT AAGTTTTTGG GATGGGATTA CGATCCATTT GAAGTACCAG AGGAAGTATA 9240 TTCTGATTTC AAGACAAATG TAGCGGATCG TGGTCAGGAG GCATACGATG CTTGGGCTAG 9300 TTTGGTGTCT GATTACAAGG TTGCTTATCC CGAAGTTGCT AGTGAGATTG ACGCTATTGT 9360 AGCTGGAAAA TCCCCTGTAA CCATTACTGA AAAAGACTTC CCTGTCTATG AGAATGGCTT 9420 CTCTCAAGCA ACTCGTAATT CGTCCCAAGA TGCTATTAAT ACAGCAGCAG TTTTACCAAC 9480 CTTCTTAGGT GGATCGGCAG ACTTAGCTCA CTCTAACATG ACCTACATCA AGGCAGATGG 9540 CTTACAAGAT AAATATAATC CATTAAACCG CAATATTCAG TTTGGGGTAC GTGAATTTGC 9600 CATGGGAACA ATCCTCAATG GAATGGCTCT TCATGGTGGT TTACGAGTTT ATGGCGGAAC 9660 CTTCTTTGTT TTCTCTGACT ACGTCAAAGC TGCTATTCGG CTATCAGCCA TTCAGGAGTT 9720 GCCTGTAACT TATGTCTTTA CCCATGATTC AATTGCCGTT GGTGAAGATG GTCCAACTCA 9780 TGAACCAGTT GAACATTTGG CAGGTTTACG CTCAATGCCA AACTTGACTG TTATCCGTCC 9840 AGCGGATGCC CGTGAAACTC AAGCGGCTTG GCATCATGCC TTGACCAGTA CCACCACTCC 9900 AACTGTCATT GTCTTAACCC GTCAAAACTT GGTAGTTGAA GAAGGGACAG ACTTTGGTAA 9960 GGTCGCTAAA GGAGCCTACG TCGTGTATGA TACCCCGGGA TTTGATACTA TTATCATTGC 10020 TACAGGATCT GAGGTCAATC TAGCTATCAA AGCTGCTAAG GAATTGGTTT TACAAGGTGG 10080 TAAAGTACGT GTGGTATCTA TGCCCTCAAC CGAACTATTT GATGCTCAAG ATGCTACCTA 10140 CAAGGAAGAC ATTTTACCAT CTAAGACTCG TCGTCGTGTG GCCATTGAAA TGGCAGCGAC 10200 CCAAAGTTGG TACAAGTATG TTGGTTTGGA TGGCGCGGTC ATCGGTATTG ACATCTTCGG 10260 TGCGTCTGCC CCAGCTCAGA CTGTGATTGA TAATTATGGA TTTACGGTAG AGAATATCGT 10320 TGCTCAAGTT AAGTCCCTAT AGAAACCAAT TACAATGAAG ATACAGCTGT TGTCAGACTA 10380 GCAGATGTAG TGATAGACAC TAATCAGATG ATTGGTTATT TAAAAACTGT AATGAAAATG 10440 TAATAATTTA TCTACGAAAG TTATAGTAGA TAGTATACAC AATAGAGTAT ACCCTGAAAC 10500 GGTTGCGAAG TACGCTAATC ACTTTGCTAC TGATCTAGAT AGTTTCTTTA ATCAATAAAC 10560 ACAGCATCCA CAGATTGACT TAGGATATTG TAAGTTTTTT GAAAGCTAGA GAGAAGGTCT 10620 CTAAAATTAA AAAACGCATA GTATAGGATG TTGAAATGAT GAACTGCACC CCAAAAGTTA 10680 GACAGAAAAA AATCTAACTT TTGGGGTGTT TTTATTATGA AATTAACTTA TGATGATAAA 10740 GTTCAGTTCT ATGAACTTAG AAAACAAGGA TATATCTTAG AGAAGCTTTC AAATAAATTT 10800 GGGATAAATA ATTCTAATCT TAGGTACATG ATTAAATTGA TTGATCGTTA CGGAATAGAG 10860 TTCGTCAAAA AAGGGAAAAA TCGTTACTAT TCTCCTGATT TAAAACAAGA AATGATTCAT 10920 AAAGTCTGAC ATGAAGGCTG GACTAAAGAT AGAGTTTCTC TTGAATACGG TCTCCCAAGT 10980 CGTACGATAC TTCTTAACTG GCTAGCACAA TACAGGAAAA ACGGGTATAC TATTGTTGAG 11040 AAAACAAAAG GGAGAGTACC TGAGAGCGGA GAATGCCATC CTAAAAAAGT TAAGAGAACT 11100 CCGATTGAAG GAGGAAAAAG AGAAATAAGA AAGACAGAAA TTGTTCAAGA ATTAATGACT 11160 GAGTTTTCGT TAGATCTTCT TCTAAAAGCC ATTAAACTAG CTCGTTGGAC CTACTACTAT 11220 CACTTGAAAC AGCTAGATAA ACCAGATAAG GACCAAGAGC TTAAAGCTGA AATTCAATCC 11280 ATCTTTATCG AACACAAGGG AGATTATGCT TATCGCCGGG TTCATTTAGA ACTAAGAAAT 11340 CGTGCTTATC TGGTAAATCA TAAAAGAGTT CAAGGCTTGA TGAAAGTACT CAATTTACAA 11400 GCTAGAATGC GACAGnAACG AAAATATTCT TCTCATAAAG GAG 11443 (2) INFORMATION FOR SEQ ID NO : 50 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5338 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 50 : CCAATTACAT TATATTATCA AAATCGTCGA AACTGGCTCC ATGAATGAGG CAGCCAAGCA 60 ACTCTTTATC ACTCAGCCAA GTCTCTCCAA TGCAGTGCGA GATTTGGAAA ATGAAATGGG 120 CATTGAGATC TTTATCCGCA ATCCCAAGGG AATCACCTTG ACCCGTGATG GCATGGAGTT 180 TCTCTCTTAT GCCCGTCAGG TTGTCGAGCA GACCCAGCTT CTGGAGGAAC GCTATAAAAA 240 TCCTGTCGCC CACCGCGAAC TCTTTAGCGT TTCGTCTCAA CACTATGCCT TTGTGGTCAA 300 TGCCTTTGTC TCTTTGCTCA AGAAAAGCGA TATGGAGAAA TACGAACTCT TCCTTCGTGA 360 AACTCGGACT TGGGAGATTA TCGACGACGT CAAGAACTTC CGCAGTGAGG TCGGGGTCCT 420 CTTCTTAAAC AGTTACAACC GTGATGTTTT AACCAAGATG CTGGATGACA ATCACCTGCT 480 AGCCCACCAT CTCTTCACAG CGCAACCGCA TATCTTTGTC AGCAAGACCA ACCCTCTGGC 540 AAAGAAAGAC AAGGTGAAAC TGTCTGATTT GGAGAATTTC CCTTACCTCA GCTATGACCA 600 AGGGACGCAC AACTCCTTCT ACTTTTCAGA AGAGATTCTT TCTCAAGAAC ACCACAAGAA 660 ATCCATTGTG GTCAGTGACC GTGCCACCCT CTTTAATCTC TTGATTGGTT TGGATGGTTA 720 TACCATTGCG ACAGGGATTT TGAACAGCAA CCTAAACGGA GACAATATCG TTTCTATCCC 780 ACTGGATATT GATGACCCGA TCGAGCTGGT CTATATCCAG CATGAGAAAA CCAGCCTATC 840 TAAGATGGGC GAACGCTTTA TAGACTATCT CCTAGAAGAA GTTCAGTTTG ATAGTTGAGA 900 AATGATAAGA ACCAATATGT AGGCTAGCAA CAACCTGCAC ATTGGTTCTT TTTACTTATA 960 ATTAAAAGTT TCCCCTGCCA ACTTATCAGC TAGCTTGGGA AAGAGAGTAT AAAACTTATG 1020 GGCTAGGTTC AACAAAATCG GGAGATTGAG TTCTCGTTTG TTTTTTCCTA TAATCTTGAC 1080 AATCTTTTTA GCCACTGCAT CTGGTTCTAG CAGGAAGCGA TCAACCGATT TAAGATAAGT 1140 TCCATCTGGG TCGGCTTGGT CGAAAAATCC TGTACGGATT GGTCCTGGAT TGACTGTTGT 1200 CACATAGACT CCATAGGGCA TAAGTTCGAG TCGCAGAGCA TTTGAAAAAC CAATAGCCGC 1260 AAACTTGGTC GCTGAGTAAA GACTAGACTT GCCAGTAGCT ATTAGACCTG CCATGCTGAC 1320 GATGTTGATG ATATGCCCTT TGCTGCTTTC CTTCATACGA GCCGCAAGGT GACGAGACAG 1380 ATTCATCAGG GCAAAGGTAT TGACCTCAAA CATCTGGTGA ATATCTTTAT CAGCAATCTG 1440 GTCAAATCCC TCAAAAATCC CGTAACCAGC GTTGTTAATC AAGACATCAA TCTTGCCATA 1500 GCGGAGATAA AGATCAGTTA CCAGAGCTTC TAGGGCTGAA TCGTCGGTAA TATCAATTTC 1560 AATCAATTCT GCATGGGAAT AATTTCCGTA GAGTTGGGCT AATTTTTCCT TATTTCTACC 1620 AAGCAAGATG AGTTGGTCAT TGGGCAGGAG TTTGACCATT TCTTGAGCTA GACCACCGCT 1680 AGCTCCGGTA ATGAGAATAG TAGGCATACT TATCCTTTCT GTGACTGCTA GATTTCCACT 1740 TCTTCCAAGT CTTTGACCAC ATGGACATTT TCAAAAATTG TGGCAGCGTC TTTCTTGAGT 1800 TTGCTAATAT CTTTTGAGAG GAAACGGGCA CTGATATGGT TGAGTAGGAG GCGTTTGGCA 1860 CCTGCTTCTA CCGCTACTTG TGCAGCTTGC ATATTAGTTG AGTGACCATG GTTACGAGCA 1920 ATTTTTTCAT CACCCTTGCC ATAAGTGGAC TCATGAACTA GGACATCTGC ATTGACAGCC 1980 AGACGCACAC TGGCACCCGT TTTTCGAGTG TCTCCTAAAA TAGTGATAAT CTTACCTGGA 2040 CGTGGCGCTG AGATATAGTC TGCTGCCTTG ATTTCAGTTC CGTCTTCCAA AACAAGATCC 2100 TGGCCGTTTT TGATTTTACC AAAAAGCGGG CCGAACGGAA CACCAGCAGC CTTGAGTTTT 2160 TCAGCATCCA GCGTCCCTTC TAGATCCTTT TGCATGACAC GATAGCCAAC ACAGAAAATA 2220 GTGTGGTCCA GCTCCTCTGC ATACACAGTG AATTTATCGG TTTCAAGAAT TTTACCCAGA 2280 GAATCTTGGT CAAACTCATG GAAATGAATG CGGTAGGGCA GACGAGAACC TGACACACGA 2340 AGGCTGGTTA AGACAAATGA CTTGATTCCT TGAGGTCCGT AGATTTCCAA ATCTGTCTGC 2400 TCTTCATTGG CCTGAAAGGC ACGGCTAGAA AGGAAACCTG GCAAACCAAA AATGTGGTCT 2460 CCATGCAGAT GGGTAATAAA GATTTTGCTG ACCTTACGTG GTCGAATTGT GGTTTCCAGA 2520 ATGCGATTTT GCGTACCTTC TCCACAGTCA AAGAGCCAAA CTTCGTTAAT CTCATCCAAA 2580 AGTTTCAGGG CGAGACTTGA AACGTTGCGG GCTTTAGAGG GCTGACCAGC CCCCGTTCCT 2640 AAAAATTGAA TATCCATTCG ATACTTTCTA ATTAATCAAT ATATAACATG GCTGTGCGGT 2700 TTTCCGATCG GAAATAGCGT TTGCCAGAAA AAGCAGCAGC TTCTTGCAAT AAATCCTCTT 2760 GGCTGTAGCC TTTGAGACGT TTTCGACCAT CAGCCAATCT TTCCAAATCA GTCAAAGCTG 2820 TGAGACTTTC TAGGCTGATA ACTTCCTCGT CCTCGACAGG CTTCATGTAA ATCTTACCAG 2880 ACTCTTCAAA GACTAATTGA TGGGGGAAAA TTTGCGCAAT TTCAAAGAGC AAGTCATCCG 2940 AGATTTTCTC CTCATTTTCA AAGAAAATCC GACCAAGGCC GTCACTCTCA TAACAAAAAC 3000 CAAAGGATTT ACCAGACAGA TTAAGCCGAA TAAAAGGCTT ATTTTCTAGG GTGAAACTTG 3060 GCTCAGTATT GTAAAGATTC AGTTCCTGAC TGAGTTCTGC AAAATAATCC GTCGCAGCCT 3120 GAGGACTCTT TTTCTGATAG AGTTCTGCAA AGTAGGCATT AACAACACTT GGCGGAGGTG 3180 TAATAAGTGT TAACTGCTCC TGATCTGTTT TACCAGCTAG AAGCTGATCC AGATAGACCT 3240 TGTCCAGACT TGTATAACCT CCATACTTTA GAGCCAAAGT TTTAATATCA GTCATAAAAT 3300 TCTTCTAACC TCCATTTATT TTTCTCGGAA ATGTAGCCTG TAATCACTTC GCCGTCTTCC 3360 TGATAATCAC GTTCTTCCAG AATTGCAACA CTCTCTAAAT CATGAATCTT GTAGGACTTT 3420 GAAAAAGGCA CTCGCAGGGT AAATGCTTCA AAAATTTCCT TAATCTTATC TAGCAATAAT 3480 GCTTGCAAGT TTTCACGACT GTCCTCAGAC TTGGCAGAAA TGAGGGTATA TGGCGTTTGG 3540 GTAGGCGTGA AATCCTCCAC CAAATCCGCT TTATTATAAA GCGTCAAGTG AGGAATATCT 3600 TCCATGTCCA GGTCTTTCAT GATGGAGAGA ACCGTTTTTT CATGCTCCTC GTGGTAAGGA 3660 TTGCTAGCAT CGATAACATG AACCAGAAGG TCCACATGCT TGCTTTCTTC CAAGGTTGAC 3720 TTGAAACTGG ACACCAACTC TGTCGGCAAA TCTTGGATAA AGCCAACGGT ATCTGTCAAA 3780 GTTACTTGGA GATTGCCTCC CAGATGAATA CTCTTGGTTG TCGCATCCAG AGTCGCAAAG 3840 AGCTCATCTG CTTCATACTG GGTCTTACTG GTCAAGATGT TCATGATAGT TGATTTCCCA 3900 GCATTAGTAT AACCAATCAA ACCAATCTTA AAAGTGCTAG ACTCCAAACG TTTTTCTCTG 3960 ACAGTCGCAC GATTTTTCTC AACCACCTTG AGCTGGCGCT CGATATCCGT GATTTGATTG 4020 CGAACGCTAC GACGGTTCAG CTCCAGCTGG CTTTCACCAG GACCACGGGA ACCAATTCCC 4080 CCTgCCTGAC GGCTGAGCAT AATCCCCTGA CCAACCAAGC GAGGCAAAAG GTATTTGAGT 4140 TGGGCTAGGT GGACTTGGAG CTTCCCTTCA TGGCTTCGAG CCCGCATGGC AAAGATATCC 4200 AAAATCAACT GCATACGGTC AATGACCTTA ACACCGAGAA CTTCCTCTAG ATTGACATTC 4260 TGCCTTGGGG TCAGACGATT GTTGACGATG ACAGTAGTGA TTTCTTCTGC ATCCACCATA 4320 AGCGCAATCT CTTCCAACTT ACCAGAGCCG ACGAAGGTCT TGGAATCATA TTTTTCACGT 4380 TTTTGTCTGT AGCTATCTAC AACGACTGCC CCTGCCGTTT TCGCTAAACT AGCCAATTCT 4440 TCCATGGAGA GGTCAAAACT GTCCATACCC TGCAATTCCA CACCAATCAG CAGGACTCGC 4500 TCCTCTTTTT TCTCCGTTTC AATCATCTAA AAACTCCTCT ATCTGGCTTA AAATGCGGTC 4560 TTGTACACCA GATTCTCCAA TCTGATAAAA GGTGACCTGC ATGCGATTAC GGAACCAGGT 4620 CAGCTGACGC TTGGCAAAAC GACGAGTCGC CTGTTTAAGA CTCTCACTAG CTTCCTCCAA 4680 GGTCTGCTCT CCACGGAAAT AAGGAAAGAG TTCCTTATAG CCAATTCCTT TAGCAGCCTG 4740 TACATTAGGG GAATGGTCAA ACAGCCACTT GGCCTCATCC AAAAGCCCAG CCTCAAACAT 4800 CAAATCCACT CGGTGGTTGA TACGCTCATA AAGTTGACTA CGTTCATCAT CCAAGCAGAT 4860 AATCAGCGGT TCATACAAGG TCTCTTGATT TTCCAAATCC TGACCAAAAT GGGCAATTTC 4920 TAAGGCACGC ATAGCACGAC GACGATTAAA CTGGGGAATC TCAAGGCCTG CTTGATCCAC 4980 CAAATGGGCT AATTCCTCAT CTGAATATGG CTCCAAACTA GCTCGATAAG CTAAAATCTC 5040 CTCATGAGGA GTCTCCCCAC CTAGGTGGTA ACCTTCTAGC AAGCTCTGGA TATAAAGTCC 5100 AGTCCCACCG GCGATAATGG CTAGCTTGCC ACGGTTGTGA ATACCCTCAA TAGTCATCTT 5160 AGCTTCTGAA ACAAAATCAA AAGCCGAGTA AGACTCGGTT ATCTCTCTAA CATCGATTAA 5220 ATGATGAGGA ACAGCTGCCT GCTCTTCTGG ACTAGCCTTG GCCGTCCCAA TATCAAGTCC 5280 TCGATAGACT TGCTGGCTAT CTCCACTAAC CACTTCGCCA TTAAAACGCT TTGCGGGG 5338 (2) INFORMATION FOR SEQ ID NO : 51 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 19446 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 51 : CGGAAACCCA TCTAGTCTCC ATCGTTTGGG AGACCAAGCA ACACGAATCT TAGATGCTTC 60 TCGCCAACAG ATTGCAGATT TAATCGGTAA GAAAAGCGAT GAAATCTTCT TTACCTCGGG 120 TGGAACAGAA GGGGATAACT GGCTTATCAA GGGTGTGGCC TTTGAAAAAG CTCAGTTTGG 180 CAAGCACATC ATTGTTTCAG CCATTGAACA TCCAGCAGTC AAAGAGTCAG CCCTCTGGTT 240 GAAAAGTCAA GGATTTGAAG TGGATTTTGC TCCAGTTGAT AAGAAAGGCT TGGTCGATGT 300 TGAGGCGTTA CAGGTTTGAT ACGGCATGAT ACAATCCTCG TTTCCATCAT GGCTGTGAAC 360 AATGAAATCG GCTCTATCCA ACCTATTGAG GCTATTTCAG AATTCTTGGC AGACAAGCCG 420 ACTATTTCCT TCCACGTTGA TGCGGTTCAG GCGCTTGCCA AAATTCCGAC TGAAAAGTAT 480 CTGACAGAAC GGGTGGATTG CGCGACTTTC TCTAGTCACA AGTTCCACGG GGTTCGAGGT 540 GTTGGCTTTG TCTATATCAA ATCTGGCAAG AAGATTACAC CTCTTCTTAC AGGTGGTGGC 600 CAGGAGCGAG ATTATCGTTC GACAACTGAA AATGTGGCAG GGATTGCAGC GACAGCCAAG 660 GCCCTCCGTT TGTCTATGGA AAAGCTAGAT ATCTTTAGGA GCAAGACTGG GCAGATGAAG 720 GCAGTGATTC GCCAAGCTCT TCTGAACTAT CCGGATATTT TTGTCTTTTC AGATGAGGAA 780 AACTTTGCAC CTCATATTCT GACTTTTGGA ATCAAAGGTG TTCGAGGTGA AGTCATCGTT 840 CACGCCTTTG AAGACTATGA TATTTTCATC TCAACAACCT CAGCTTGTTC ATCTAAGGCA 900 GGAAAACCAG CCGGTACCTT GATTGCCATG GGAGTGGACA AAGATAAGGC CAAGTCAGCT 960 GTGCGTCTTA GCCTAGACTT GGAAAATGAT ATGAGTCAGG TCGAGCAGTT TTTGACCAAG 1020 TTAAAATTGA TTTACAATCA AACTAGAAAA GTAAGATAGG AGCATTCATG CAGTATTCAG 1080 AAATTATGAT TCGCTACGGA GAGTTGTCAA CCAAGGGTAA AAACCGTATG CGTTTCATCA 1140 ATAAACTTCG TAATAATATT TCGGACGTTT TGTCTATCTA TACCCAAGTT AAGGTAACAG 1200 CAGATCGCGA CCGTGCCCAC GCTTACCTCA ATGGAGCTGA TTACACAGCA GTTGCAGAAT 1260 CTCTCAAACA AGTTTTTGGA ATTCAAAACT TTTCTCCTGT TTATAAGGTT GAAAAATCTG 1320 TAGAAGTTTT GAAGTCTTCT GTCCAAGAGA TTATGCGGGA CATCTACAAG GAAGGTATGA 1380 CCTTTAAGAT TTCTAGCAAG CGTAGCGACC ACAACTTTGA ACTTGATAGT CGTGAACTCA 1440 ACCAAACACT TGGAGGGGCT GTATTCGAAG CCATTCCAAA TGTGCAAGTT CAAATGAAAA 1500 GTCCTGACAT CAATCTTCAG GTGGAGATTC GTGAAGAAGC AGCCTATCTT TCTTATGAAA 1560 CCATTCGTGG GGCTGGTGGT TTGCCAGTTG GAACTTCAGG TAAAGGGATG CTCATGTTGT 1620 CAGGAGGGAT TGACTCACCT GTAGCAGGTT ATCTTGCTCT TAAGCGTGGG GTGGATATCG 1680 AGGCAGTTCA CTTTGCTAGT CCACCATATA CTAGTCCTGG TGCCCTCAAG AAAGCGCAGG 1740 ACTTGACCCG TAAATTGACC AAGTTTGGCG GAAATATCCA GTTTATAGAG GTGCCTTTCA 1800 CAGAGATTCA AGAGGAAATC AAAGCCAAAG CGCCAGAAGC TTATTTGATG ACTCTAACTC 1860 GTCGCTTTAT GATGCGGATT ACTGACCGTA TTCGTGAGGT ACGAAATGGT TTGGTTATCA 1920 TCAATGGGGA AAGTCTAGGT CAAGTAGCCA GCCAAACCCT TGAAAGTATG AAGGCTATCA 1980 ATGCTGTTAC CAACACTCCC ATCATTCGTC CTGTGGTTAC CATGGACAAG TTGGAAATCA 2040 TTGACATCGC CCAGGAAATC GATACCTTTG ACATTTCAAT CCAACCGTTT GAAGACTGTT 2100 GTACCATTTT TGCACCAGAT CGTCCAAAAA CAAATCCTAA AATTAAGAAT GCGGAGCAGT 2160 ACGAAGCGCG TATGGATGTT GAAGGCTTGG TTGAGCGAGC AGTGGCTGGA ATCATGATTA 2220 CTGAAATCAC ACCTCAAGCC GAAAAAGATG AAGTTGATGA CTTGATTGAC AATCTGCTCT 2280 AATTCAGAAA ATCCAAAAGA ATAGCGAAAA TCAGTAAAAA AAGTTAGTTT TTTCTCTAAA 2340 AACAGGTAAA AAACTAACTT TTTTTATTTT TATGATATAA TGATATAAAA TTTTGAATAT 2400 AGAGAGTTTT CTGACAATGA ATCAATCCTA CTTTTATCTA AAAATGAAAG AACACAAACT 2460 CAAGGTTCCT TATACAGGTA AGGAGCGCCG TGTACGTATT CTTCTTCCTA AAGATTATGA 2520 GAAAGATACA GACCGTTCCT ATCCTGTTGT ATACTTTCAT GACGGGCAAA ATGTTTTTAA 2580 TAGCAAAGAG TCTTTCATTG GACATTCATG GAAGATTATC CCAGCTATCA AACGAAATCC 2640 GGATATCAGT CGCATGATTG TCGTTGCTAT TGACAATGAT GGTATGGGGC GGATGAATGA 2700 GTATGCGGCT TGGAAGTTCC AAGAATCTCC TATCCCAGGG CAGCAGTTTG GTGGTAAGGG 2760 TGTGGAGTAT GCTGAGTTTG TCATGGAGGT GGTCAAGCCT TTTATCGATG AGACCTATCG 2820 TACAAAAGCA GACTGCCAGC ATACGGCTAT GATTGGTTCC TCACTAGGAG GCAATATTAC 2880 CCAGTTTATC GGTTTGGAAT ACCAAGACCA AATTGGTTGC TTGGGCGTTT TTTCATCTGC 2940 AAACTGGCTC CACCAAGAAG CCTTTAACCG CTATTTCGAG TGCCAGAAAC TATCGCCTGA 3000 CCAGCGCATC TTCATCTATG TAGGAACAGA AGAAGCAGAT GATACAGACA AGACCTTGAT 3060 GGATGGCAAT ATCAAACAAG CCTATATCGA CTCGTCGCTT TGCTATTACC ATGATTTGAT 3120 AGCAGGGGGA GTACATCTGG ATAATCTTGT GCTAAAAGTT CAGTCTGGTG CCATCCATAG 3180 TGAAATCCCT TGGTCAGAAA ATCTACCAGA TTGTCTGAGA TTTTTTGCAG AAAAATGGTA 3240 AGTTAAGAAA GGAAAAAACG AAATGCATAT TGAACATCTT AGCCACTGGA GTGGTCATCT 3300 TAACCGTGAA ATGTACCTTA ACCGTTATGG ACATGGTGGG ATTCCAGTTG TGGTCTTTGC 3360 TTCATCAGGT GGTAGTCACA ACGAATACTA TGATTTTGGC ATGATTGATG CCTGTGCTTC 3420 CTTTATCGAG GAAGGCCTTG TCCAGTTCTT TACCCTATCT AGTTTGGATA GTGAGAGCTG 3480 GTTGGCTACT TGGAAAAATG CTCATGACCA AGCGGAAATG CACCGTGCCT ACGAACGTTA 3540 TGTGATTGAG GAGGCCATTC TTTTATCAAG CACAAGACAG GTTGGTTTGA TGGCATGATG 3600 ACGACAGGTT GCTCTATGGG AGCCTATCAT GCACTCAATT TCTTCCTCCA GCATCCAGAT 3660 GTCTTTACCA AAGTGATTGC TCTCAGTGGT GTTTACGACG CACGTTTCTT TGTCGGTGAT 3720 TACTACAACG ATGATGCTAT TTACCAAAAC TCGCCAGTAG ATTATATTTG GAACCAAAAC 3780 GACGGCTGGT TTATTGACCG TTACCGTCAG GCAGAGATTG TGCTGTGTAC GGGGCTTGGA 3840 GCCTGGGAAC AAGATGGTTT GCCATCCTTT TACAAGCTCA AAGAAGCCTT TGACAAGAAA 3900 CAAATTCCAG CCTGGTTTGC TGAATGGGGA CATGATGTCG CCCATGACTG GGAATGGTGG 3960 CGTAAACAAA TGCCTTATTT CCTCGGTAAT CTCTATTTAT AAAAGGAGTT ACCTATGAAT 4020 TACCTTGTTA TTTCTCCCTA CTATCCACAA AACTTTCAAC AGTTTACCAT CGAACTAGCT 4080 AATAAAGGCA TCACAGTCTT GGGAATTGGT CAAGAGTCTT ACGAGCAATT GGATGAGCCC 4140 TTGCGCAATA GCTTGACCGA GTATTTTCGT GTTGATAATC TTGAGAACAT AGATGAAGTC 4200 AAACGTGCAG TTGCTTTTCT CTTTTATAAA CATGGTCCAA TTGGCCGCAT CGAGTCTCAC 4260 AATGAATACT GGCTTGAGCT AGACGCAACA CTCAGAGAAC AATTCAATGT TTTTGGTGCC 4320 AAACCAGAGG ATCTCAAAAA GACGAAATAT AAGTCTGAAA TGAAGAAACT TTTCAAAAAA 4380 GCAGGTGTTC CTGTGGTACC TGGAGCTGTT ATCAAGACGG AAGCAGATGT TGATCAAGCA 4440 GTGAAAGAAA TCGGTCTTCC AATGATTGCC AAACCTGATA ATGGAGTGGG AGCAGCCGCA 4500 ACCTTTAAAC TTGAGACAGA AGACGATATC AATCACTTCA AGCAAGAATG GGACCATTCA 4560 ACCCTTTATT TCTTTGAAAA ATTTGTCACT TCCAGCGAAA TCTGTACCTT TGACGGGCTC 4620 GTGGACAAGG ATGGAAAGAT TGTCTTCTCA ACAACCTTTG ACTACGCCTA TACACCGCTT 4680 GACCTCATGA TTTATAAGAT GGACAATTCT TATTATGTGC TCAAGGATAT GGATCCTAAA 4740 CTGCGCAAGT ATGGGGAAGC AATTGTCAAA GAATTTGGTA TGAAAGAACG GTTTTTCCAT 4800 ATTGAGTTCT TCCGTGAGGG GGACGATTAT ATTACCATCG AGTACAATAA CCGCCCTGCA 4860 GGTGGTTTTA CCATTGATGT TTATAACTTT GCTCATTCCT TGGACCTTTA TCGTGGCTAT 4920 GCAGCTATTG TCGCAGGAGA GGAGTTCCCG GCGTCAGACT TTGAAACTCA GTATTGTTTG 4980 GCTACTTCTC GCCGTGCAAA TGCTCACTAT GTTTATTCAG AAGAGGATTT GCTTGCCAAA 5040 TATAGCCAGC AGTTCAAGGT TAAAAAAGTC ATGCCAGCTG CCTTCGCGGA ACTTCAAGGA 5100 GATTACCTGT ATATGCTGAC CACTCCGAGT CGACAAGAAA TGGAGCAGAT GATTGCAGAT 5160 TTCGGACAAC GTCAAGAATA AGAACTATCG GATTAAGGAA ATTAACTCCC TTAATCCTTT 5220 TGTTTTGTCT GATAAAAAAT AAGAGCATCC CAACAAGGTA GCTATCATAA AACTTGTTCG 5280 ATAACTATTT GAAGCAGGAT TAGGTGGTCA GAAATTAAAT TTTAATATTT CAATTGAGTC 5340 ATAGTATTGT GTTTGCGTAT CCTTAAATCA GCTAAAAGGA TCCATGACGA CACCTATACG 5400 ATATAGTTTT CAAGATACCA AACAAGTCTA TTAATATTCA ATGAAAATCA AAGAGCAAAC 5460 TAGGAAGCTA GCCGCAGGTT TCTCAAAACA CTGTTTTGAG GTTGTGGATA GAACTGACAG 5520 AGTCAGTATC ATATACTACG GCAAGGTGAA GCTGACGTGG TTTGAAGAGA TTTTCGAAGA 5580 GTATAAAATA TTCAGGTGAC GCATAGATAT AGTTAATTGA AGCTTTGTTT GAAATCTGAT 5640 AAAATAATGA TATTACTAAG TTTTAAAAAC TAAAGAAAAG GGAAGATATG ATTACAGGCG 5700 AATTAAAAAA TAAAATCGAT CAGCTGTGGG AAATTCTTTG GACAGAAGGA AACGCAAATC 5760 CTTTAACAAA TATTGAACAG TTGACTTATC TCTTATTTAT GAAAGATTTG GATAGTGTCG 5820 AGCTTGGACG TGAAAGTGAT GCTGAATTTC TAGGGATTCC TTATGAGGGA GTTTTTCCAA 5880 AAGATAAACC TGAATACCGT TGGTCAACTT TTAAAAATAT AGGAGATGCT CAGGAAGTTT 5940 ATCGTTTAAT GACTCAGGAG ATTTTTCCGT TTATTAAAAA TCTCAAGGGG GATACAGATG 6000 ATACAGCCTT TTCACGATAT ATGCGAGAAG CTATTTTTCA AATAAATAAA CCTGCTACGC 6060 TTCAAAAGGC AATTTCTATC TTAGATGTTT TTCCAACTAG GGGATTAGAT GTAGATTTTG 6120 ATAATGACAA ACAAAGTATT ACTGATATCG GAGATATCTA TGAATATCTG TTATCAAAAT 6180 TGTCGACCGC AGGTAAAAAT GGACAGTTCC GTACACCTCG TCACATCATC GATATGATGG 6240 TTGAGTTGAT GCAACCGACT ATCAAAGATA TCATCTCAGA TCCCGCTATG GGTTCTGCTG 6300 GCTTCTTAGT ATCTGCTAGC CGTTACTTAA AGCGTAAGAA AGATGAATGG GAAACCAATA 6360 CAGATAATAT CAATCATTTT CATAATCAGA TGTTTCATGG AAATGATACG GATACGACTA 6420 TGTTGAGACT TGGGGCGATG AACATGATGC TACATGGAGT AGAAAATCCA CAAATCAGTT 6480 ACCTTGACTC GCTGTCTCAA GATAATGAAG AAGCCGATAA ATATACTTTG GTTTTAGCAA 6540 ATCCTCCTTT TAAGGGCTCA CTTGACTACA ATTCAACCTC TAATGACCTT CTTGCAACCG 6600 TAAAAACCAA AAAAACAGAA TTACTCTTTC TTTCTCTTTT CTTGCGAACT TTAAAACCAG 6660 GTGGACGAGC AGCAGTTATC GTACCTGATG GTGTCCTTTT TGGTTCGTCT AAAGCTCATA 6720 AAGGAATTCG TCAGGAAATT GTAGAGAATC ATAAGCTTGA TGCTGTAATC TCAATGCCTA 6780 GTGGTGTGTT CAAGCCTTAT GCTGGAGTTT CAACTGCCAT TCTCATCTTT ACAAAAACTG 6840 GTAATGGTGG TACTGACAAA GTCTGGTTTT ACGATATGAA AGCGGATGGT TTAAGTTTGG 6900 ATGATAAGCG ACAACCGATT AGCGACAATG ATATTCCAGA TATTATCGAA CGCTTTCATC 6960 ATCTTGAAAA AGAAGCAGAA CGTCAGAGAA CGGATCAATC TTTCTTTGTT CCAGTTGCTG 7020 AGATAAAGGA AAATGATTAT GATTTGTCTA TCAATAAATA TAAAGAGATT GAGTATGAAA 7080 AAGTTGAGTA TGAACCAACA GAAGTCATAT TAAAGAAAAT CAATGATTTA GAAAAAGAAA 7140 TTCAAGCTGG CTTGGCTGAA TTGGAAAAAT TACTCAAGTA GGGAGGTGGC TGTATGAAAA 7200 AAGTGAAGTT GGGGGAAGTC TTATCTCTAA AAAAAGGCAA GAAAGCCACT GTACTTGCTG 7260 AACAAACAAC TCTAAGCCAA CGTTATATTC AAATAGATGA TTTAAGAAAT AATAATAATT 7320 TAAAATTCAC TGAAAGTTTA AATATGACTG AAGCACTCCC AGATGATATT CTGATAGCAT 7380 GGGATGGAGC TAATGCAGGA ACAGTTGGTT ATGGATTATC GGGAGCTGTT GGTAGTACAA 7440 TTACGGTCTT AAAAAAGAAT GAGCGATACA AAGAAAAAAT TATATCAGAT TACTTGGGAG 7500 TCTTTTTGGA AAGTAAATCG CAGTATTTAC GAGATCATTC AACAGGTGCA ACAATTCCTC 7560 ATTTAAACAA GAATATATTA CTTGATTTAC AATTAGAATT GCTAGGTATC GAAGAACAAG 7620 AGAACATTAT CTGTATTCTT AATACGATTA AAAGGCTTAT TACTAAAAGA AAATTTCAGT 7680 TAGATGAACT AAACTTGCTC GTCAAATCCC GATTTAACGA GATGTTTGGG GAAAATAAAA 7740 TATTTGAAAG CATTGATAAC TTATTTGATA TTATAGATGG TGATAGGGGC AAAAATTATC 7800 CTAAATCAGA TGAGTTGTTT AGTGAGGAGT ACTGTTTATT TTTAAATACA AAGAATGTTA 7860 CTAAAAACGG ATTTTCATTC GATACAAAGC AATTTATCAC TAAAACAAAG GATAAATTAC 7920 TTCGAAAAGG CAAACTTGAG CGTTATGATA TAGTCTTGAC AACAAGAGGT ACTGTTGGAA 7980 ATGTAGCGTA CTACGATGAA TTAATAAAAT ATAAACATTT ACGTATAAAT TCAGGTATGG 8040 TAATATTACG TCCCAAGACA CCAAATCTAA ATCAGAAATT TATTATCCAT GTTTTAAGGA 8100 ATAATAATTA TAGTCGAGTG ATATCAGGAA GTGCTCAGCC TCAGTTACCA ATTACAAAAT 8160 TAAAAAAAAT ACTTCTCCCC CTCCCCCCAC TAGCCCTCCA AAATGAGTTC GCAGACTTTG 8220 TAGTCCAGGT CGACAAATCA CAATTTGCTT GTGAGATAGC TATAAAAGTG TGGAGAAATA 8280 GCTTGAAATT TAGTATAATA TAGCTAAACT ATTTGTTTAA AGTGAGAAAA AAATGGGAAA 8340 TTTTAGCTTT CTTTTAAAAA ATGACGAATA TGAATCTTTT TCAAAACCTT GCATTGAAGC 8400 TGAGAATATG ATTGCTACAT CAACTGTGGC TACTGCCTTT ATGGCGCGTC GTGCTTTAGA 8460 GCAGGCTGTC CATTGGATAT ATAGTCACGA TTCATATTTA GAAGCTCCCT ATCGTGCTAC 8520 TCTATCTTCT TTAGTATGGG ATGATGATTT TAGGGATATC GTAGATTCTG AACTCCACAA 8580 GCAGATAGTT CTGTTGATTC GGTGGGGAAA CCATGCTGCT CATGGTGGTG AAATTAAGGA 8640 ACGAGAAGCG ATTTTAGCTT TGCATCATTT GTATCAGTTT GTTAATTTTA TCGATTATTG 8700 TTACAGCAAT GAGTTTGTGG AGCGTTATTT TGATGAGAAG TGCTTACCAC TTTCAGCAAA 8760 CATCAAATAC CGAGAAACTC CACAATCTAT GATAAAGTTA CAAGACAGTT TACCAGAACT 8820 GCCTGATTTT CATGAACAGA TGGCTGCTCA GTCCGTAGAA GTTCAAGAGA CTTATACTGA 8880 AAAACGTGAG ACTGCAGCGC AACGGCAAGA TGTGCCTTTC CATATTGATC AATTATCTGA 8940 GGCAGAGACA AGAAAGCTCT TTATTGATAT CGATCTCCGT TTAGCAGGAT GGATATTTGA 9000 AGAAAACTGT CGTGTTGAGA TAGCCGTTGA TGGTCTCAAG CACGGTTCAG GAATTGGTTA 9060 CTGTGACTAT GTACTTTATG GTAAAAATGG GAAAATTTTA GCGATTGTGG AGGCTAAAAA 9120 AGCCTCTGTC AATCCAGAAG TAGGGGAAGT ACAGGTCAAA GAATATGCTG AAGCTTTGGA 9180 GAAACATATC GGCTATCAGC CAATTTGCTT TATTACAAAT GGGTTGAAGC ACTATATACT 9240 TGATGGTCCG AACCGCCGCC AGATTGCAGG CTTTTACTCT CAAGAAGAAT TGCAATTAGT 9300 GATGGATAGA CGTCATCTTC AAAAACCGCT TGAGGATATT TCTAGTAAAA TTAGGGACGA 9360 TATTTCCGGG CGTCACTACC AAAAACATGC CATTGCAAGC GTTTGTGAAG CTTTCTCTGA 9420 TCATCGTAGA CAGGCACTTT TGGTTATGGC AACTGGGGCG GGGAAAACTC GTACAGCAGT 9480 TTCTCTAGTT GATATCTTAT CACGTCATAA CTGGGTAAAA AACGTTCTCT TCTTAGCCGA 9540 TAGAACTTCC TTGGTTAAGC AAGCATATGA TTCGTTTAGA AAATTACTCC CAGATCTTTC 9600 CGTTTGTAAC TTCTTAGAAG ATAAAGAAGG AGCTCAATCA AGTCGCATGG TCTTTTCAAC 9660 TTATCCGACC ATGATTGGAG CGATTAGTGG TCAAGAAGAA GTAAATCAAC GCCCTTTCAC 9720 TGTTGGGCAT TTTGACCTTA TCATAATTGA CGAATCTCAC CGTTCTATTT ATCAGAAATA 9780 CAAGTCCATT TTTGATTATT TTGATGCAAG AATTGTAGGC TTAACAGCTA CTCCGCGTCA 9840 AGATTTAGAT AAAAACACCT ATGGATTCTT TAATTTGGAG AATGGGGTTC CAACATATGC 9900 ATATGATTTG GAAGAGGCTG TTAAAGACGG ATATTTAGTA GCCTATCATT CTATCGAAAC 9960 CAAACTGAAA CTACCTACGG ATGGTCTACA TTATGATGAT TTGTCCGAAG AAGAAAAGGA 10020 ACATTTTGAT AGCAAATTTG AAGACAATAG CTGTGAAAAA GATATTGATG GGAGTGTATT 10080 TAATTCCTTT ATTTTCAATA AAAGTACAGT AGAAATTGTT TTAAATGAAC TCATGACAAG 10140 AGGAATTCAG ACAGCCTCGG GTGATGAAAT TGGTAAAACT ATTATTTTTG CTAAAAATCA 10200 TGATCATGCG GAATATATCA GAGGTATTTT TAACAACCGC TATCCTGAAA AAGGGAGCGA 10260 CTATGCTCAG GTGATTGATT ATAGTATTAA GCATTATCAG ACCTTGATTG ATGATTTTAA 10320 AATTAAGGAG AAGTATCCTC AAATTGCGAT TTCTGTCGAT ATGTTAGATA CAGGTATTGA 10380 TGTACCAGAG GTTGTTAATT TAGTCTTCTT CAAGAAAGTA CGCTCTAAAA CTAAGTTTTG 10440 GCAGATGATT GGTCGAGGAA CCCGTCTATG TAAAGATTTA TTTGGACCTG AGCAGGATAA 10500 GGAAAACTTC TTGGTATTTG ATTATGGGGA CAATTTTGAT TATTTTCGTG CAGATCCAAG 10560 AGATGGAGAG GGTCGTCACA TTGTTTCGCT GACTCAGCGT TTATTTAATA TCAAAGTGGA 10620 CTTGATTCGA GAACTTCAGG GACTCCAATA CCAAGAAGAT CAGTTTGCGA GAGCATACCG 10680 TCAGCAGCTT GTCTCGGAAC TTCAAGGTCG TATAGAGAGC TTAAATGAGT TGGACTTCAG 10740 GGTTCGTATG GTTTTAGATA CAGTTTATAG CTATAGGAAA TTGGAAAGTT GGCAGAATCT 10800 AACTGCTGTT ACAAGTGAAA CCATTCAAAA AAATCTCTCT CCGCTTTTAT TTGATGAAGA 10860 TAAAGAAGAT GAGATGGCGA GGAGATTTGA TTTGTGGTTG CTTCATATTC AGTTGGGGCA 10920 ACTGACAGCT AAATCTTCCA CTGTTCATAT TTCCCAAGTG ATGAAGACGG CTAGAGCTCT 10980 TTCTGCTATT GGCAATATCC CGCAGGTTTT TGAGCAGGCT GAAATTATCA GGAAAGTACA 11040 GGAGCCTGAA TTTTGGAAAG AAGTTAACTT GTCTGATTTG GAAAAAATTC GTCTTGCTAT 11100 TCGAGATTTA TTACAGTTTT TGGATAAAAC AGACCGTAAA CCCTACTATG TTAACTTTGA 11160 AGATCGTATA CTCTCCACTG TTCACGAGAC CACAGCATTT TTGCAGGTCA ACGATCTTCG 11220 GTCTTACAAT GAAAAAGTTG AGCATTATTT GAAAACTCAT CTGGATGAGG AGTCCATTTC 11280 TAAGCTATAC CATAATAAAA AGTTGACATC TGATGATATG CTTGCACTTG AAAAATTGCT 11340 TTGGGAAAAA TTAGGTAGTA AAGCAGACTA CCAAAGTCAT TATGAAAATA AGGCAATTCC 11400 GAGATTGGTT CGTGAGATTA TTGGCTTAGA TAGAGAGTCT GCCAATCGTA TTTTTTCTAA 11460 ATTTTTGTCG GATGAGAATC TTAATGCCAG GCAGATTTCA TTTGTAAAAT TGATTGTAGA 11520 CTACATTGTA GAAAATGGTT TTTTAGAGAC GAAAGTGTTA ACGCAAGAGC CGTTTAAATC 11580 TTATGGTTCT GTTCAACTAC TCTTCCAACA CCAACTACCA GTACTTCGTA ATATTGTTCA 11640 AATCATTGAA CTTATCAATA ATCGAGCTGG AGAAGCGGCT TAAATTCTAA AGTGATTGCC 11700 ATGCTGAGAC TCATTTAAAA TTAAAAAGAG TAGAAATTTA TGCTATATAT GAGAAGTTTT 11760 ATTAGGAAGA ATGTCATCGT TTTCCTAGAA TACAGTATCA GTTGTTAAGT GGTTGATAAA 11820 TTTCAAAGTA GATACTTGTA CCACGATGTT TGTTGATCGA GTTATTAACA AAAGAGCTAC 11880 TTTGATTTTA AAGAAATAGA AAACAAAAAG CCGAGCAAGA ATTCAATTGC AGGAGAAAAT 11940 GAAATAATAC TCAATGAAAA TCAAAGAGCA AACTAGGAAA CTAGCTGCAG GCTGCTCAAA 12000 ACACTGTTTT GAGGTTGCAG ATGGAAGCTG ACGCGGATTG AAGAGATTTT CGAAGAGTAT 12060 AAATCTTCCT AGGATAAAGC AAAACGCATA GTATCAAGGG TTTTCAACAC TTGATACTAT 12120 GCGTTTTCTG ATGTTAAAGA CTTTCTACCA GGTTTTTTAA AAGCATAATT GTTAGTTGTA 12180 GTCATTTATT ATTCTTCAAA GAAAAATGGT GGGGCGAATT TTTTCAGTTC TTCAAAGCAC 12240 TTTTGAGCAG TATCTGCATC TTCACAGATG ATAAGACAGA CATCATTACC ACAAAGGGTA 12300 GCGATAGCGT CAGGGAAGCT CAAAGTATCA ATGATAGAAC CAAAGGATTG AGCCAGTCCA 12360 GGAAGGGTTT TTAGTAGGAC TTGGTGTTGA ACTGGGCGCA TCCAGACAAG GGCGTCTTCC 12420 ATGTAGAGTT CGAGACGTTT TTCCCATTTT GAGATGGAAC CATTGTTAAG AACATAATAA 12480 GCGCTATCTT CTTCGCGGAC TTTTGATAGG TTCATATTTT TGATGTCGCG TGAGAGGGTT 12540 GCCTGGGTTA CTTGAATGTC GTTCTCAGCA AGAAGGGCTT GCAACTCAGC CTGTGTATGA 12600 ATCTTGTTTT TTGTGATAAG AGCGCGTATA AGTTGGTGGC GGTGTTCTGA TTTATTCATA 12660 ATAATGTAAC TCCTTTTAGC AAGGTAAGGT AAGCATGGAC TGAGCGAGGT CGACAGTCAA 12720 GTGGTAGTCT GTATTGTCAC GGATGGTGAT TTCAAAGTCA GTAGTATAGA GGACTAAACG 12780 GAGAGTGTCT CCTTCTTTTA GCTTGTAAAT AGTTGGCTGC AGTTCAAATT GAACGTCCAT 12840 CCATTCATCT GCAGTAATAT CCTCTACTAA CAGTAAATCA TTTCTATTTT GTAAATTAAG 12900 GTAACCTTTT GTCACGACTC GTTGTGCCTC TGGTCTAAAT GGCAATTCAC AGAGATTTTC 12960 CAACATGTGA TAGCGACCGT TGTCAATGGT TCTAGCACTT AAAATAGCTG GATAAGGTTG 13020 TAGGTATTTC TTTTGCCCAA ATTCTAGCAG TTGGGCAGAT AAGAGCCCCT TGTTTGTACT 13080 GGATTTGATA CGAAGATTGA GCTGAGCGCG ACCGTTTAGG TGGAGATCTT TAGTCACAGG 13140 AAGGTTAATA GTAATCTGAT TGGCTTTCCC TTGATAGAGC TCTGTATTGA AGGTTTGGTA 13200 TGTCTTACCA TAGCGCTCAA AATCCTTATC TGGGTACTGG TTTTGAATAG CTTGCTCTTC 13260 TTGACCAAGT GAGAAGGTTT CACAGTTTTC TTGCCCACCG AAGTTATCAA GTGATAACCA 13320 AGTCTGTGGA GCTGTATTGT CCTGCCAGAT AACAGTAGGA AGTTGAAAGT CTGTTTCCTG 13380 TCCTAGTAAT TTCTTGGTCA ATAAGGCATT TATGGACTCA CGGAAGTCAA TTGATTGCCA 13440 ATTGTTCATG TAAACATGGG CACCATTATG GAAAAAGAGA TGCTTGTGTA TATGAGTAGG 13500 AAGAGCATGG AACATCTGGT AAACATGAAG TGGTTTGACA TTCCAATCCT GAGAACCATG 13560 AGTAAAGACA ACCTCTGCCT TTACTTTATG GGCATTGAGC AGATAATTGC GGTCATGCCA 13620 AAACTGATTG TAGTCCCCAG TTTTTCGGTC TAGCTGAGCT TTCACTTTTT CTAAGTCAGC 13680 TTGGTGAGCT TCATTGCCAC GGATATAGTC GCCAGCTAAG AGATTACGAG AATAGGTTAA 13740 CTCAGCAAGG GAGTCAAAGT CCTCACCTGG ATAACCACCT GGGCTAGTCA CCAGACCGTT 13800 TTCACGGTAG TAGTTGTACC ATGATGAAAT TCCTGCCTCG GCAATGATAA CTTCTAAACC 13860 ATCGACTCCT GTAGTCGCAA GACCATTGGA CATGGTACCT AGATAGGAAA GTCCTGTTGT 13920 AGCAACTTTT CCGTTTGACC AATCAGCCTT GACTTGACGC TGGCGCGTGT GATCAGTAAA 13980 GGCACGGCAA CGACCGTTAA GCCAATCGAT GACATTTTTA TAAGCCTCGA TTTGCTGGTA 14040 GTCTCCATTA GTCATGAAAC CTGTCGAGTC TTTGGTACCA ACACCTGAGA CATAGAGATT 14100 GGCAAAGCCT CTCGGAAGGA AGTAGTCGTT TAGTGTATAG CTAGAGTTGA TGTGAGTTAG 14160 CTTTTCCTCA GCCTCTGCTA TAAGCTCAGC TTTACCTTGG GGTTGGACGA GATTTAGTTG 14220 AGGTTTCTCT AGCTCAATCT TGTGAGGAAG CTTAACCTCA AGCTCGCCCT CCATCTTGTA 14280 GAGAGCCTTG TCACTAGCCT TGTCATTGGT TCCCTGATGA TAAGGGCTGG CTGTCATGAT 14340 GGCAGGGATT TTTCCATCAA AACGAGGGCG AATAATGCTA ACCTTTACTA GGTCTGATAG 14400 CCCTTTTTGG TCAGTATCGA CACGAGACTC AACGTAAACG ACTTCACGAA TGACATCCTG 14460 GTTAGAAAAA GTAGCCAAAC TCTTGCCGTT AAAGTAGTGG TAGTCATTAT CCTCCGGAAT 14520 AAGACCATCA CTAACAAGTT GGTCGATAAG AGTATTTCCT TTTTTGGTGC GAGTATTGAG 14580 TAACTGATAG AGATTTTCAA TCAAGTCACC ATATATAATG GGAAATCCAG TTTCTTTACG 14640 AAAAACGTCA CTATCTTCGA AGTCAACCAA ATAAGAAAAG CCTAAAAGTT GAAAAGCAAC 14700 AGTATAAAAA ATATCTGCTG TCAGTTCATC TTCTGATTGA AAAAATGTCA GCAGGTCTGT 14760 TTTTTTATCA GCTGCTAGGA TAGAAAGTGG GTAGTTGGTG TCTTGATAAG TGAAAAAGAA 14820 ACGACGTAAA AAGGTTTCAA GTGAGTCTTT GTGATTGGCT GTATTTTGTA AATCAAAGCC 14880 ACATTTTTTT AGTTCAGATA AGACATTTTC TTTTGGAAAA TTGATATAAC TATATTGATT 14940 AAAACGCATA GAACCTCCAT ATAGAATGAC AGTTAAGGTT ATTATATCAA AAAAAAAGCA 15000 GAAAGGGAAT TGTTAACTTC AAAAGGAAAT AATCCAATAA AAATGAATAA AGTACTAAAT 15060 TCAATATAGA GAACAGAGTA ACAATAAGAA TAAATAGATA GGGTATAAAA GTTCTAGGAG 15120 ATTTATATTA TATGCTTTCT ATTTTTATAT ACAATATAGT ATAAATATAA AAATGATGAC 15180 AAAAATACAA ATGAATAGAA AATAAATTAG TAAGCTGATG AAATTTTTCT CAAGAGAAGC 15240 CATTTATAGG TGAAAATGGT ATAATATAGT GAGAAGGATA GAGGAGAAGT GTAAATTGAT 15300 CGCACAACTA GATACAAAAA CAGTCTATAG TTTTATGGAA AGCGTCATTT CGATCGAAAA 15360 GTATGTGAGA GCAGCTAAAG AATACGGCTA CACTCATTTG GCTATGATGG ATATTGACAA 15420 TCTTTATGGC GCTTTCGACT TTCTAGAGAT TACAAAAAAA TACGGCATTC ATCCTTTGCT 15480 AGGGCTTGAA ATGACAGTGT TTGTAGATGA TCAGGGAGTG AATTTGCGCT TTTTAGCTCT 15540 ATCTAGTGTG GGCTATCAGC AGTTGATGAA GCTTTCGACA GCCAAGATGC AGGGGGAGAA 15600 AACTTGGTCA GTCCTGTCCC AGTACCTGGA GGATATCGCG GTCATTGTGC CTTATTTTGA 15660 TAGAGTTGAG TCGTTAGAAC TAGGCTGTGA TTACTATATA GGGGTTTATC CAGAAACACT 15720 AGCAAGCGAA TTTCATCATC CTATCTTACC TCTTTATCGG GTCAACGCTT TTGAAAGCAG 15780 GGATAGAGAA GTTCTTCAAG TTTTAACAGC GATTAAAGAA AATCTACCGC TCAGAGAAGT 15840 TCCCTTGCGT TCGAGACAAG ATGTCTTTAT ATCAGCAAGT TCTTTAGAGA AACTATTCCA 15900 AGAGCGTTTT CCGCAAGCTT TGGACAATTT AGAAAAGCTT ATTTCAGGCA TTTCTTACGA 15960 CTTGGATACT AGTCTGAAAC TGCCTCGTTT TAATCCAGCT AGACCAGCAG TAGAGGAGTT 16020 GAGAGAGCGT GCTGAACTGG GGCTTGTTCA GAAGGGGTTG ACTAGTAAAG AATATCAAGA 16080 TAGACTAGAC CAAGAATTGT CTGTTATTCA TGATATGGGC TTTGATGATT ATTTCTTGGT 16140 TGTTTGGGAT TTGTTGCGTT TTGGACAATC GAATGGCTAT TATATGGGAA TGGGAAGGGG 16200 TTCTGCAGTA GGCAGTTTGG TTTCTTATGC CTTAGACATC ACGGGGATTG ACCCAGTAGA 16260 GAAAAATCTG ATTTTTGAAC GCTTTCTTAA TCGTGAACGC TATACCATGC CTGATATTGA 16320 TATTGATATC CCAGATATTT ATCGTCCAGA TTTTATCAGA TATGTTGGTA ATAAATATGG 16380 TAGTAAACAT GCGGCACAAA TCGTTACTTT TTCAACCTTT GGAGCCAAGC AAGCTCTTCG 16440 AGATGTCTTG AAACGCTTTG GTGTGCCAGA GTATGAATTA TCTGCAATTA CTAAGAAAAT 16500 CAGTTTTCGT GACAATCTTA AGTCGGCCTA TGAGGGAAAT CTCCAGTTTC GTCAGCAAAT 16560 CAATAGTAAG TTAGAATACC AAAAAGCTTT TGAGATTGCT TGCAAGATAG AGGGCTATCC 16620 AAGGCAAACC TCTGTCCATG CGGCTGGTGT TGTAATTAGT GACCAAGATT TAACCAACTA 16680 CATTCCTCTA AAGTATGGTG ATGAAATTCC ACTGACTCAG TATGATGCTC ATGGAGTTGA 16740 GGCTAGCGGA CTTTTGAAGA TGGACTTTCT GGGACTACGA AATTTGACCT TTGTCCAGAA 16800 GATGCAAGAG TTGCTTGCTG AAACAGAAGG TATTCATCTG AAAATTGAAG AAATCGATTT 16860 AGAAGACAAA GAAACGTTAG CTTTATTTGC CTCTGGTAAT ACAAAAGGTA TCTTTCAATT 16920 TGAGCAACCA GGTGCCATTC GTCTGCTTAA GCGTGTGCAA CCAGTCTGTT TTGAAGATGT 16980 CGTCGCGACT ACTTCTCTAA ATCGACCGGG TGCTAGTGAC TATATCAATA ATTTTGTGGC 17040 AAGAAAGCAT GGGCAGGAAG AAGTGACTGT TCTGGATCCA GTACTGGAGG ATATTTTGGC 17100 TCCAACCTAC GGCATAATGC TCTATCAGGA GCAGGTTATG CAGGTTGCCC AGCGACTTGC 17160 CGGATTTAGT CTTGGGAAAG CCGATATTTT GCGTCGGGCT ATGGGGAAAA AGGATGCCTC 17220 TGCCATGCAT GAGATGAGGG CTTCCTTTAT TCAAGGTTCA TTAGAAGCTG GTCATACTGT 17280 GGAAAAAGCA GAGCAGGTCT TTGATGTTAT GGAGAAGTTT GCAGGTTATG GTTTTAACAG 17340 GTCACACGCC TATGCCTACT CAGCCTTGGC CTTCCAGTTG GCTTATTTCA AAACGCATTA 17400 TCCAGCCATT TTTTATCAGG TCATGTTAAA TTCTTCCAAC AGTGATTACT TAATAGATGC 17460 ACTTGAAGCA GGTTTTGAAG TAGCCTCTCT ATCCATCAAC ACCATTCCCT ATCACGATAA 17520 AATTGCCAAC AAGGCCATCT ATCTAGGTTT GAAATCCATT AAAGGAGTCA GTAATGATTT 17580 AGCTCTCTGG ATTATTGAAA ATAGACCTTA TTCTAACATT GAAGATTTTA TAGCTAAATT 17640 ACCTGAGAAT TATCTGAAAC TTCCTCTGCT AGAACCTTTG GTAAAAGTTG GTCTTTTCGA 17700 TTCATTTGAA AAAAATCGTC AAAAAGTATT TAATAACTTA GCTAATCTAT TTGAATTTGT 17760 GAAAGAGTTG GGAAGTTTGT TTGGAGATGC TATTTATAGT TGGCAGGAAT CGGAAGATTG 17820 GACGGAACAA GAAAAATTTT ATATGGAACA AGAGCTTTTA GGGATAGGTG TCAGCAAACA 17880 TCCACTACAA GCTATTGCAA GTAAGGCTAT TTACCCGATT ACCCCAATCG GAAATTTGTC 17940 AGAAAATAGC TATGCTATTA TCTTGGTTGA AGTTCAGAAA ATAAAAGTGA TTCGTACCAA 18000 AAAGGGTGAA AATATGGCCT TCTTACAGGC AGATGATAGT AAGAAAAAAT TGGATGTCAC 18060 TCTCTTTTCA GACTTATATC GTCAGGTTGG ACAGGAAATA AAAGAGGGAG CCTTCTACTA 18120 TGTAAAAGGA AAAATACAAT CACGTGATGG CCGTCTGCAA ATGATTGCAC AAGAAATAAG 18180 AGAAGCAGTT GCTGAACGCT TTTGGATACA GGTGAAAAAT CATGAATCGG ATCAAGAAAT 18240 TTCACGCATT TTAGAACAAT TTAAAGGCCC AATCCCAGTC ATCATCCGGT ATGAAGAGGA 18300 ACAGAAAACC ATCGTTTCTC CCCATCATTT TGTAGCTAAA TCCAATGAAT TAGAGGAGAA 18360 ATTGAATGAA ATCGTTATGA AAACGATTTA TCGCTAAAAA TACGGAAAAT AGAAGAATTT 18420 TCAACGTAAA TGTGGTATAA TCAGTAAGAA TGTTAAAAGA AAAAGGAGCA TAACCAATAT 3. 8480 GAAACGTATT GCTGTTTTGA CTAGTGGTGG AGACGCCCCT GGTATGAACG CTGCCATCCG 18540 TGCAGTTGTT CGTCAAGCAA TTTCAGAAGG AATGGAAGTT TTTGGTATCT ATGACGGATA 18600 TGCTGGTATG GTTGCCGGTG AAATTCATCC CCTAGATGCA GCTTCAGTAG GGGACATCAT 18660 TTCTCGTGGT GGTACTTTCC TTCACTCAGC TCGTTACCCA GAGTTCGCTC AACTTGAAGG 18720 GCAACTTAAA GGGATTGAGC AATTGAAAAA ACACGGAATT GAAGGTGTAG TTGTTATCGG 18780 TGGTGACGGA TCTTACCACG GCGCTATGCG TTTGACTGAA CATGGCTTCC CAGCTATTGG 18840 TCTTCCAGGT ACAATCGATA ACGATATCGT TGGTACTGAC TTTACAATCG GTTTTGACAC 18900 AGCGGTTACT ACTGCCATGG ACGCTATCGA TAAGATTCGT GATACATCAT CAAGTCACCG 18960 TCGTACTTTT GTAATCGAAG TTATGGGACG TAACGCTGGT GATATCGCTC TTTGGGCTGG 19020 TATTGCAACT GGTGCTGATG AAATCATCAT CCCTGAAGCA GGCTTCAAGA TGGAAGATAT 19080 CGTAGCAAGC ATCAAAGCTG GTTATGAATG TGGTAAAAAA CACAATATTA TCGTCTTAGC 19140 TGAAGGTGTG ATGTCAGCGG CTGAATTTGG TCAAAAACTT AAAGAAGCTG GAGATACAAG 19200 CGACCTTCGT GTAACAGAAC TTGGACATAT TCAACGTGGT GGTTCTCCAA CTGCGCGTGA 19260 CCGTGTTTTG GCGTCACGTA TGGGTGCACA TGCTGTTAAA CTTCTTAAAG AAGGTATCGG 19320 TGGTGTTGCG GTTGGTATTC GTAACGAAAA AATGGTTGAA AATCCAATTC TTGGTACTGC 19380 AGAAGAAGGG GCATTGTTTA GCCTTACTGC AGAAGGTAAG ATTGTGGTTA ACAACCCAGC 19440 TACAAA 19446 (2) INFORMATION FOR SEQ ID NO : 52 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 16593 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 52 : TCGTAAATAT GCTCTGTTTT TGGATTTTGT TTCTTAATCT GTTTGGCAAG TGCCTTCATC 60 ATAGAAATAG GACCACACAT ATAGACGGTT GCATGTTCGG GCACTTCTTT TTGTTCAAAA 120 TTAAGATAGC CGTCTTTCGT ACTGTCGATT AGATGGAGTT CAAAATTAGG ATTTTTCTGA 180 GCATAGTTAC GGAGTAAATC TAGGTAGACT GCATTTTCAT CTCCACGGAA GCTATAGTAG 240 AAGTGAACCT GTTTATCTAA AATAGGATGT TCACGGATGT AAGAGATGAA GGGGGTGATC 300 CCAATACCTC CAGCAATCCA AACCTGATTT TCTCGTCCTT CTTCTATGAT CATGTGTCCG 360 TAAGCTCTGT CTAGGGTTAC TTTGCTGCCG GCTTGAAGAT TATCATAGAT ATTCTTGGTA 420 TGGTCGCCTG AAGTTTTAAC AGTAAAGTAA AGAGTTTGAC CATGACCTCC TGAGATAGAA 480 AAGGGATGCG GAGCACTTTC AAAGCCTTCT TGGAAAATCT TTAGAAAGGC AAATTGTCCT 540 GATTGATAGT TGAAAGGTCT GCTAAGATGG ATTTGAATTT CTCTAGTATC GTGATTTAAG 600 CGTTTGAGAT GGGTAATTTT CCCTAGATAG GGGAAGGAAA TCTTTTGATA TAGAAAAATG 660 ATATAAAAAC CAGCTAGTAA GCCTAAAAGG GCATAGCTAC CAACAAGAAA ACTTAGAAGA 720 TTAAATGTAA GGAGACGATT GCCCATTATC ATGTAGATGT GAAAGAGTCC TAAAATATAG 780 GCTAGGTAAA CCAGGCGGTG AATCCATCGC CAAGCTTCGT ATTGGATGTA TTTGCCTAAA 840 TAGGCGACAA GGATGATGCT GGCAAAGATA TAGATGGCAA GATTGCCAAA CTGAGCAGCT 900 AAGCGAGAGC CCCACAAACC GCCCATACTA AAGTTATGAA AGATTAGTAG GATGATTGAG 960 AGAAAGGCTG TGAATTTGTG GACGGTGTAG ACCTTCTCCA AACTGTGAAA CCAGCTTTCT 1020 AGTAGTGGGA GACGAGTGGC TAGGATAAAA GTCAGAGATA GGCTTGTTAA AGCTAGTCCT 1080 GGAATCATGA ATTGGGGAGA AGTGTTCATC CAAGTCAAAA GAGTCAAGAT AAAACTAGCT 1140 ATGATAAAGA GTAGTCCTTT GACTGATTTC ATAGAAAATT CCATTTCATT TAGATTTCGA 1200 TTTGTTGTAA ATAAATTTGT TACATTTTAT CATAGAAAAT GTATGGTGTC AAATTGAGGT 1260 CTATAAATAT CTACTCTCAT CAAAAAACTC TCCAATTGAA CTGGAGAGTG GCTGTTTATA 1320 CTCAATGAAA ATCAAAGAGC AAACTAGGAA GCTAGCCGCA AGTTGCTCAA AACACTGTTT 1380 TGAGGTTGCA GATAGAGCTG ACGTGGTTTG AAGAGATTTT CGAAGAGTGT TATTCTGCAG 1440 CTTGTTGCCA ACGTTTGGCT AGCATATGAG ACAGGCTAGA AATTGCTAGG TTAAAGCTGA 1500 AGTAGATGAG GGCAATCAGG ATGTAAAGAC TGAAGACCTG CTCTGGTTCG AAATAACGGC 1560 CCATGAGAAT TTGGCTGGCT CCAAAGAGTT CTTGTAGGGC GATAACAGAG TAGAGGAGAC 1620 TGGTATCCTT AATCACGGTA ACAAACTGAG AAATGATGGC TGGTAGCATT TTGCGGATGG 1680 CTTGTGGGAG AATGATGTAG TAGAGGATTT GGGCTGAGGT GAAGCCTTGT GACATTCCTG 1740 CTTCGTACTG TCCCTTGTCT ACGGCATTGA GACCGCCTCG AATAATCTCA GCCAAGGCTG 1800 CTGATGTAAA GAGAGTAAAG GCTGTAATAC CTGCTGGTGT GGATTTCATT TTGAACACCA 1860 AAAAGATAGT AAAAATCCAG AGAAGGTTGG GAACGTTGCG CACAAACTCG ATATAAATAC 1920 TGGAAATAAT GCGTAAGACA GGATTTTTGC CATTTCTCGT GACAGCTAGC ACCGTACCGA 1980 TGATAGTAGA GAGGATGATG GCAATCAGAG AAATATAGAG GGTCAAGCCA AATCCTTTAA 2040 AGATAAAGAC TAGGTTATCT GGGGTTAAAA CTTCTAAAAT AGATTCCATA GTAACCTCCT 2100 AAAGTGAATA GGCTTTTTTG TTGGCTTGCT CCATCTTGCG ACCAAACTGG GCAACAGGGA 2160 AGCATAGAGC AAAGTAGAGA AGAGCAGCAC CTAAAAAGGC TGGTATATAG TTTCCGTTGA 2220 GAGCCGACCA AGACTTAGTC ACAAACATCA AGTCTACTCC AGAGATGATA GCTACAGTAG 2280 AGGTGTTCTT GATGAGGTTA ACAATTTGGT TGGTCAATGG AGGGAGAATG ATGCGGAAGG 2340 CCTGAGGCAA GATAATCAAG CGCATGGCAC TGATATAGGT AAAACCTTGC GACAAGGCGG 2400 CCTCCATCTG ACCACTAGGA ATAGACTGAA TCCCTGAACG AATAACCTCA GCGATATAAG 2460 CGCCGTGATA GAGTCCCACG CAGAGAACGG CTGTCCAATA AATTGGAATC ATGATGATAT 2520 GGTCACTGAT AAGAGGTAGG CCATAAAAAA CAATAACAAA CTGCACCAAG AGGGGAGTAT 2580 TTTGGTAAAA TTCAACAAAG ATGCGAGCTA AAATGCGTAA AATTGGACGT TTACTGGTTG 2640 ACATGGCACC AAAGAAGATG CCCAAAACCA TAGCGAGGAT AAAGGAACCA ACCGCTAGGG 2700 CAAGGGTGAA GAGGAAACCA TTGAAAAATT GTCCAAAATC CTGAAAATAG GCTGTCCAAG 2760 ATGATAAATC TGTCATGGGG TGTCCTCCTT AATCTGCAGT ATGGCTAGAT GGTTTGAGCT 2820 TGTAACGGTC ATAAAGTTTC TGCAAACTAC CATCCTTGCT CCATTTAGTA ACCAAGTTAT 2880 CAAGATAGTC GTTGAGCTCT GTATTTGATT TCTTGGTAAC AATACCGTAG TCAGATGGCT 2940 TGAAACTATC ATCTAGTAGT GCTGTCCGTT TACTAGTGTA GCCAGATAGA ATAGAGCGGT 3000 CAACGGAAAA GGTATCGATA CGATGAGCGT GCAGGGAAGT AATCAATTCT GGGTAGGAAC 3060 CAAGTTCGAC GAATTTAAAC TTCAGACCTT TCTTTTTACC CAGTTCAGTA ATCAGGCGTT 3120 GGGTGATAGA ACCTTGGGCG ACTCCGATGG TTTTGCCGTT TAGGTCCTCA ATCTTTTTGA 3180 TTTTGGCAGA TTTATTGACC AAAAATCCAG AAGCGTCTGT GTAGTAGGGA CTGGTAAAGT 3240 TGTAGAGTTT TTTGCGTTCG TCCGTGATGG TAAAGGTCGC GATATCCATA TCGACCTGTT 3300 CATTGTCTAG AAGGGGGCCG CGGGTTTGTG CTGTAACCGG CACATAGCGA ATCTTGACCT 3360 TGAGTTCATC AGCTACCATC TTGGCCAAGT CGGTTTCGAT ACCAGAATAA GTACCGGTCT 3420 TGGGATCTTT GTAACCAAAA TTGGGAACGT CTTGTTTGAC ACCGACAACC AGTTCGCCTC 3480 TTTTTTGAAT GTCTGCGATA CTTGTATCAG CCTGGACTGG TTTGGCAGCA GCAAGGCCGA 3540 AAAGGCTAAT CAATAATGCT GATAAAAAGA ATTTTTTTTC ATAGGCGCCT CCTTATTTGA 3600 CTTTGTCACT TTCGTGGTTG ATAATTTTGC TGAGGAATTG TTGGGCACGA GGTTCGCTTG 3660 GATTGTCAAA AAAGTTATCG ACATCTGTCG TATCTACTAA AACTTCTCCG TCGGCCATAA 3720 AGATAATGCG GTCCGCAACC TCTCGAGCAA AGCCCATTTC GTGGGTAACG ATGATCATGT 3780 TCATCCCATC ATGCGCCAGT TTCTGCATAA CTGCTAGAAC ATCTCCGATA GTCTCAGGAT 3840 CAAGAGCAGA TGTTGGTTCA TCAAAGAGGA GGAGTTCCGG ATGCATAGCA AGACCACGAG 3900 CGATGGCGAT CCGCTGTTTT TGTCCACCAG ATAGCATGGC GGGATAGGAA TCTTTCTTGT 3960 CCCACATATT TACAAATTCC AGATATTTTT GGGCGGTTTT TTCAGCTTCT TTTTTATCAA 4020 TTCCTAGAAC TTCAATGGGT GCAAGCGTTA CGTTTTCTAA CACAGCTTTG TGTGGATAAA 4080 GGTTAAAATG TTGAAAAACC ATGCCGACTT CCTTGCGAAG AGGTACCAAA TCTTTCTGGC 4140 TGGCACCAGC AACTTGGTGC CCATTGACTA GGAGACTTCC TTTGTCAACA GTCTCTAAAC 4200 CATTGATCGT ACGGATAAGA GTGGACTTCC CAGAGCCAGA AGGTCCAAGC AGGACAACAA 4260 CTTGTCCTTT TTCAAAACGG AGATTGATGT TGCGGAATGC GTGGTAGTCT CCGTAATATT 4320 TTTCGACGTT TTTAAATTCT ACTAAAGCCA TGAGAGATCT CTATTGTGTT ATATTTTATA 4380 ACACGGTTCT ACAATAAAAG AATGTTCTTG TCAAATCATA TCTGAAAAAA TTCACTATAG 4440 TGAAATAAGA ACAGGAAAAA TCGATCGGGA CAGTCAAATC GATTTCTAAC AATATTTTAG 4500 AAGTAGAGGT GTACTATTCT AGTTTCAATA TACTATAAAA TGTTATAAAA AAGCAATCTG 4560 GATAGAGAAA ACGTCTAAAT CATGTTATAA TGAAGCAATA GAATTCTTAG AAAGAGTGGA 4620 TGTCTTTTTG ATAACACCTA CTTATGAATG GCAGTTTGCC CTGCAGGTAG AAGATGCGGA 4680 TTTTACAAAG ATAGCCAAGA AGGCTGGACT GGGTCCTGAG GTGGCTCGGT TATTGTTTGA 4740 GAGAGGGATT CAGAACCAAG AAAGTCTGAA GAAGTTTTTA GAACCTTCCT TGGAGGACTT 4800 ACATGATGCT TATCTGCTCC ATGATATGGA CAAGGCAGTG GAGCGGATTC GTCAGGCTAT 4860 TGAAGAAGGG GAAAATATTC TTGTTTATGG AGACTATGAT GCGGATGGCA TGACTTCGGC 4920 TTCTATTGTG AAGGAAAGTT TGGAACAACT TGGTGCTGAG TGCCGAGTTT ACCTGCCAAA 4980 TCGTTTTACC GATGGCTATG GCCCTAATGC TAGTGTTTAT AAATACTTTA TCGAGCAAGA 5040 AGGGATTTCC TTGATTGTGA CGGTGGACAA TGGGGTTGCT GGTCATGAGG CTATTGCATT 5100 GGCTCAGTCT ATGGGAGTAG ATGTCATTGT GACAGACCAT CATTCCATGC CTGAAACCCT 5160 GCCAGATGCT TATGCTATTG TCCATCCTGA ACATCCAGAT GCGGATTATC CTTTTAAATA 5220 TTTGGCTGGT TGTGGAGTTG CTTTCAAGTT GGCTTGTGCC CTGTTAGAAG AAGTGCAAGT 5280 GGAATTGCTT GATTTGGTCG CTATTGGAAC TATTGCAGAT ATGGTGAGTC TGACGGATGA 5340 AAATCGTATC TTAGTTCAAT ATGGTCTGGA AATGTTGGGT CATACCCAGC GCATTGGTCT 5400 GCAAGAAATG CTGGACATGG CTGGGATTGC TGCCAACGAA GTAACAGAAG AAACGGTTGG 5460 TTTCCAGATT GCTCCTCGTT TGAATGCCTT GGGTCGCTTG GATGATCCCA ATCCTGCCAT 5520 TGATTTGTTG ACTGGATTTG ATGATGAGGA AGCGCATGAG ATTGCCCTTA TGATTCACCA 5580 GAAAAACGAA GAGCGCAAGG AAATCGTTCA GTCTATCTAT GAAGAAGCCA AGACCATCGT 5640 GGATCCTGAG AAGAAGGTTC AGGTCTTGGC CAAGGAAGGC TGGAATCCTG GGGTTCTAGG 5700 AATCGTGGCT GGTCGTTTAT TGGAAGAATT GGGACAGACA GTCATTGTTC TTAATATAGA 5760 AGACGGTCGT GCCAAGGGCA GTGCTCGTAG TGTGGAAGCG GTCGATATTT TTGAAGCTCT 5820 GGATCCCCAT CGAGACCTCT TCATCGCCTT TGGAGGTCAT GCAGGTGCAG CGGGTATGAC 5880 GCTGGAAGTT GAGCAACTCT CAGATTTATC TCAGGTTTTG GAAGATTATG TTCGTGAAAA 5940 AGGTGCAGAT GCTGGTGGCA AGAATAAGTT AAACCTAGAT GAAGAGTTGG ATTTGGAGGC 6000 ACTTAGCTTG GAAACGGTCA AAAGTTTTGA ACGTTTAGCT CCTTTTGGAA TGGATAATCA 6060 GAAACCTATT TTTTATATCA AGAATTTTCA GGTCGAAAGT GCTCGTACTA TGGGGGCAGG 6120 TAATGCCCAT CTAAAGCTGA AAATTTCCAA GGGTGAGGCG AGTTTTGAAG TGGTAGCCTT 6180 TGGTCAAGGC AGATGGGCGA CAGAGTTTTC TCAAACCAAG AATCTAGAGT TAGCGGTTAA 6240 ATTGTCTGTC AACCAATGGA ATGGCCAAAC TGCCCTCCAG TTGATGATGG TGGATGCGCG 6300 AGTGGAAGGT GTTCAACTTT TTAACATTCG TGGAAAAAAT GCAGTCTTGC CAGAAGGTGT 6360 TCCAGTCTTG GATTTTCCTG GAGAACTGCC AAATCTTGCG GCTAGTGAAG CTGTTGTCGT 6420 AAAAAACATT CCAGAGGATA TTACTCAGCT GAAGACCATT TTTCAGGAAC AGCATTTCTC 6480 TGCTGTCTAT TTCAAAAATG ATATTGACAA GGCTTATTAT CTGACAGGTT ATGGGACTAG 6540 AGATCAGTTT GCCAAATTGT ACAAGACTAT TTACCAGTTC CCAGAGTTTG ATATTCGCTA 6600 CAAGCTGAAA GATTTGGCTG CATATCTTAA TATTCAACAA ATCTTGCTGG TCAAGATGAT 6660 TCAAGTATTT GAAGAACTAG GCTTTGTGAC GATAAAAGAT GGTGTGATGA CAGTCAATAA 6720 AGAGGCGCCA AAGCGGGAGA TAGGAGAAAG TCAAATTTAC CAAAATCTCA AACAAACCGT 6780 TAAAGACCAA GAAATGATGG CGCTGGGTAC GGTGCAAGAA ATTTATGATT TTTTGATGGA 6840 AAAAGAGTAG AAGTTAGGAA AGAGTTGGGA AATCAACTCT TTTTTGAAAA CAGACCTTCA 6900 TTTTGAAAAT CATCAAAAAA ATGGTATAAT GGTAGGAAAA GATTCGGCTG AAAGTATCAG 6960 AACTTTTAGA ATAAGAGGGT AGAATTGCCC TATAATCAAG ATAAACTAAG ATTTTGGAGG 7020 AAAAATGAGT AATATCAGTT TAACAACACT TGGTGGTGTG CGTGAGAATG GAAAAAATAT 7080 GTACATTGCT GAAATTGGAG AGTCCATTTT TGTTTTGAAT GTAGGGTTAA AATATCCTGA 7140 AAATGAACAA TTAGGGGTCG ATGTGGTGAT TCCAAACATG GATTACCTTT TTGAAAATAG 7200 CGACCGTATT GCTGGGGTTT TCTTGACCCA CGGGCATGCG GATGCCATTG GTGCTCTACC 7260 GTATCTCTTG GCAGAGGCTA AAGTTCCTGT ATTTGGGTCT GAGTTGACCA TTGAGTTGGC 7320 AAAGCTCTTT GTCAAAGGAA ATGATGCCGT TAAGAAATTT AATGATTTCC ATGTCATTGA 7380 TGAGAATACG GAGATTGATT TTGGTGGGAC AGTGGTTTCC TTCTTCCCTA CGACTTACTC 7440 CGTTCCAGAG AGTCTGGGAA TTGTCTTGAA GACATCGGAA GGAAGCATCG TTTATACAGG 7500 TGACTTCAAA TTTGACCAAA CGGCTAGTGA ATCTTATGCA ACTGATTTTG CTCGTTTGGC 7560 AGAGATTGGT CGTGACGGCG TCCTGGCTCT CCTCAGTGAT TCGGCCAATG CAGACAGCAA 7620 TATTCAGGTG GCTAGTGAAA GTGAAGTTAG GGATGAAATT ACCCAAACTA TTGCTGACTG 7680 GGAAGGTCGT ATCATCGTTG CAGCTGTTTC CAGTAATCTT TCTCGTATTC AGCAGATTTT 7740 TGACGCTGCG GATAAAACAG GTCGACGTAT CGTCTTGACA GGATTTGATA TTGAAAATAT 7800 CGTCCGCACA GCGATTCGTC TTAAGAAGTT GTCTTTAGCC AACGAAATTC TTTTGATTAA 7860 GCCTAAAGAT ATGTCTCGCT TTGAAGACCA TGAGTTGATT ATTCTTGAGA CAGGTCGTAT 7920 GGGTGAGCCT ATCAATGGAC TTCGTAAGAT GTCGATTGGT CGCCATCGTT ATGTAGAAAT 7980 CAAGGATGGG GACCTAGTCT ATATTGCTAC GGCTCCGTCT ATTGCTAAAG AAGCCTTTGT 8040 TGCGCGTGTG GAAAATATGA TTTATCAGGC AGGTGGGGTT GTCAAATTGA TTACCCAAAG 8100 TTTACATGTA TCAGGGCACG GAAATGTGCG TGATTTGCAG CTGATGATCA ATCTTTTGCA 8160 ACCTAAGTAC CTCTTCCCTG TCCAAGGGGA GTATCGTGAG TTGGATGCTC ACGCTAAGGC 8220 TGCCATGGCA GTTGGGATGT TGCCAGAACG CATCTTCATT CCTAAAAAGG GGACGACCAT 8280 GGCTTACGAG AATGGAGACT TTGTTCCAGC TGGATCGGTT TCAGCAGGAG ATATCTTGAT 8340 TGATGGGAAT GCCATTGGTG ATGTTGGAAA TGTTGTTCTT CGTGACCGTA AGGTCTTGTC 8400 AGAGGATGGA ATTTTCATCG TGGCTATTAC AGTCAACCGT CGTGAGAAGA AAATTGTGGC 8460 TAGGGCTCGT GTTCACACGC GTGGATTTGT TTATCTCAAG AAGAGTCGCG ATATTCTCCG 8520 TGAAAGTTCA GAATTGATTA ACCAAACGGT AGAAGAGTAT CTTCAAGGAG ATGACTTTGA 8580 CTGGGCAGAT CTCAAAGGTA AGGTTCGTGA CAATCTGACC AAGTACCTCT TTGATCAAAC 8640 CAAGCGTCGC CCAGCCATTT TACCAGTAGT CATGGAAGCA AAATAATCGT TGAAATAAAC 8700 AGAGAGAAAG TCGAGTTTCG GCTTTTTCTT ATAGAAAAAT AGAAGGAGAA AATCATGGCA 8760 GTGATGAAAA TCGAGTATTA CTCACAAGTA TTGGATATGG AGTGGGGGGT GAATGTCCTC 8820 TACCCTGATG CCAATCGAGT GGAAGAACCA GAGTGTGAAG ATATTCCCGT CTTGTACCTT 8880 TTGCACGGGA TGTCTGGAAA TCATAATAGT TGGCTTAAGC GGACCAATGT AGAACGCTTG 8940 CTTCGAGGAA CTAATCTCAT CGTTGTTATG CCCAATACCA GCAATGGTTG GTACACCGAT 9000 ACCCAGTATG GTTTTGACTA CTACACGGCT CTAGCAGAGG AATTGCCACA GGTTCTGAAA 9060 CGCTTCTTCC CTAATATGAC GAGCAAGCGT GAAAAGACCT TTATCGCTGG TCTTTCTATG 9120 GGAGGCTACG GCTGCTTCAA ACTGGCTCTT ACGACAAATC GTTTTTCTCA TGCAGCTAGT 9180 TTTTCAGGTG CCCTCAGCTT TCAAAACTTT TCTCCTGAAA GTCAAAATCT GGGAAGTCCA 9240 GCCTACTGGA GAGGTGTTTT TGGAGAGATT AGAGACTGGA CAACTAGTCC CTATTCTCTT 9300 GAAAGTCTGG CTAAAAAATC GGATAAAAAG ACCAAACTTT GGGCGTGGTG TGGCGAACAG 9360 GATTTCTTGT ACGAAGCCAA TAATCTCGCA GTGAAAAATC TCAAAAAACT AGGTTTTGAT 9420 GTGACCTATA GCCATAGCGC TGGAACTCAC GAGTGGTACT ACTGGGAAAA ACAATTGGAA 9480 GTTTTTTTAA CAACCCTACC AATTGATTTC AAATTAGAAG AGAGACTGAC TTAGTTTGAA 9540 CTTCAGCATA GGGGGAGTAG AACTAAAATA AAATATGTTT TCACTAGACT TTTCAAACGm 9600 AAGTAGTAGA ATAGTAATAA AATACTGGAG GAAAGAGAGT AGGAAATGTA CCGTTATCAA 9660 ATTGGCATTC CCACATTAGA ATATGATCAG TTTGTCAAAG AACATGAATT AGCCAATGTA 9720 TTACAAAGTA GTGCTTGGGA GGAAGTTAAG TCTAATTGGC AACATGAGAA GTTTGGTGTT 9780 TACAGGGAAG AAAAATTACT GGCGACAGCT AGTATTTTGA TTAGAACTCT TCCGCTAGGC 9840 TATAAAATGT TTTACATCCC AAGAGGACCT ATATTGGATT ATGGGGATAA AGAACTCTTG 9900 AATTTTGCCA TTCAGTCTAT TAAGTCCTAT GCTCGCAGTA AGAGAGCGGT TTTTGTGACT 9960 TTTGACCCAA GTATTTGCCT ATCTCAAAGT TTAATCAATC AGGAAAAGAC AGAATTTCCT 10020 GAAAATCTGG CTATTATTGA TAGTTTGCAA CAAATGGGAG TAAGGTGGTC AGGAAAAACG 10080 GAGGAAATGG GAGACACCAT TCAACCTCGT ATTCAGGCGA AAATATACAA GGAAAATTTT 10140 GAAGAAGATA AACTTTCCAA GTCAACAAAA CAGGCTATTC GAACAGCACG AAACAAAGGG 10200 CTTGAGATTC AATATGGTGG ACTGGAACTA TTAGATTCAT TTTCGGAGTT GATGAAAAAA 10260 ACTGAGAAGC GAAAAGAGAT TCATTTGAGG AATGAAGCCT ATTATAAAAA ATTGTTAGAT 10320 AATTTTAAGG ACAAGGCCTA TATCACCTTG GCCACCTTGG ATGTTTCTAA ACGTTCGCAA 10380 GAGTTAGAAG AACAGTTAGC GAAAAATAGA GCCTTGGAAG AGACCTTTAC TGAGTCGACT 10440 CGAACTTCAA AAGTAGAAGC GCAGAAGAAG GAAAAAGAAC GTTTGTTAGA GGAATTGACC 10500 TTCTTGCAGG AATATATAGA TGTAGGTCAA GCGAGAGTTC CTTTAGCGGC TACTTTGAGT 10560 TTGGAATTTG GTACTACCTC TGTCAATATA TATGCTGGTA TGGATGATGA TTTTAAACGT 10620 TACAATGCAC CAATTTTAAC TTGGTATGAA ACGGCTCGCT ATGCCTTTGA ACGAGGTATG 10680 ATCTGGCAAA ATTTAGGTGG TGTTGAAAAC TCTCTCAATG GTGGACTTTA TCATTTTAAG 10740 GAAAAATTTA ATCCAACGAT TGAAGAATAC TTGGGTGAAT TTACAATGCC CACTCATCCT 10800 CTCTATCCTC TGTTAAGACT TGCTCTTGAT TTCCGTAAAA CATTAAGAAA AAAACATAGA 10860 AAGTAAGTAT ATGGCACTAA CAACACTCAC GAAAGAAGAG TTTCAGACTT ATTCTGATCA 10920 GGTTTCTTCT CGTTCCTTTA TGCAATCTGT CCAGATGGGG GATTTGCTAG AAAAAAGAGG 10980 GGCTCGAATT GTTTATCTTG CTTTGAAACA AGAAGGAGAA ATTCAAGTTG CAGCTCTGGT 11040 TTATAGCCTG CCCATGCTGG GTGGTCTGCA TATGGAACTC AATTCGGGGC CGATTTATAC 11100 CCAACAAGAT GCTCTTCCAG TTTTTTATGC AGAGTTAAAA GAATATGCCA AGCAAAATGG 11160 TGTATTAGAG TTGCTTGTAA AACCCTATGA AACTTATCAA ACTTTTGATA GCCAAGGTAA 11220 TCCAATAGAT GCTGAGAAAA AAAGTATTAT TCAAGATTTG ACTGATTTAG GTTATCAATT 11280 TGATGGCTTA ACAACAGGTT ACCCAGGTGG AGAACCAGAT TGGTTATACT ATAAAGATTT 11340 AACTGAATTA ACTGAAAAGA GTTTGCTTAA AAGTTTTAGC AAAAAGGGTA AACCCTTGGT 11400 GAAAAAGGCT GAAACCTTTG GCATTCGGTT GAAAAAGTTA AAACGTGAAG AACTATCGAT 11460 TTTTAAGAAT ATAACAAAAG AAACCTCTGA ACGTAGAGAA TATAGTGATA AAAGTTTAGA 11520 ATATTATGAG CATTTTTATG ATACTTTTGG AGAACAAGCG GAGTTTCTCA TAGCAAGCTT 11580 AAATTTTTCG GACTATATGA GCAAATTGCA AGGTGAACAA AGTAAACTAG AAGAAAACTT 11640 GGACAAGTTG CGACTTGATT TGAGTAAAAA TCCTCATTCT GAGAAAAAAC AAAATCAACT 11700 GAGAGAATAT TCTAGTCAAT TTGAAACGTT TGAAGTTCGA AAAGCAGAAG CGCGAGACTT 11760 GATTGAAAAA TATGGAGAAG AAGATATTGT TTTAGCTGGG AGTTTATTTG TTTATATGCC 11820 TCAGGAAACG ACTTATCTCT TTAGTGGTTC CTACACTGAG TTTAATAAGT TCTATGCCCC 11880 TGCACTGCTT CAAAAATATG TTATGTTGGA AAGCATAAAA CGTGGAATAC CTAAATACAA 11940 CTTCCTAGGC ATTCAAGGGA TTTTTGATGG AAGTGATGGT GTTTTGCGTT TTAAACAGAA 12000 TTTTAATGGC TATATTGTAC GCAAAGCAGG TACTTTCCGT TACCATCCAT CGCCTTTAAA 12060 ATACAAAGCT ATCCAGTTAC TCAAAAAAAT AGTAGGACGT TAAGATGAAA AAGTCAGTAT 12120 TTAGATTTCT TTTAGCTTCT TTTAGTAAAA TAATTCTTAT TTGCTAGAAA GGTGGAGAGA 12180 CATGCGCTGG CTTTTTCGTT TGATAGGGGC TTTCTTTTCT TTTGTGTGGC GTTTGTTTTG 12240 GCGTCTGGTT TGGATAGTTG TGCTCTTATG TGTGCTTGCT TTCGGACTTC TCTGGTATCT 12300 GAACGGAGAT TTTCAAGGAG CGCTAAAGCA AGCAGAACGG TCAGTAAAAA TTGGTCAACA 12360 AAGTATTGAC CAATGGGAGA AAACAGGGCA ACTGCCTAAG TTAAGCCAGA CAGATAGTCA 12420 CCAGCATTCT GAAGGAAGGT GGGCACAGGC CTCTGCTCGT ATTTACCTGG ATCCGCAGAT 12480 GGATTCACGC TTTCAAGAGG CTTATTTAGA AGCAATCCAG AACTGGAATC AAACTGGTGC 12540 TTTTAACTTT GAACTCGTGA CTGAGTCTAG TAAGGCGGAT ATTACGGCTA CGGAGATGAA 12600 CGACGGAGGC ACTCCTGTGG CAGGAGAGGC GGAAAGTCAA ACTAATCTCT TAACAGGGCA 12660 ATTCTTGTCC GTAACGGTGC GGTTGAATCA TTATTATTTG TCCAATCCAT ACTATGGCTA 12720 CTCCTATGAA CGCCTTGTCC ATACGGCAGA ACATGAGTTA GGTCATGCGA TTGGCTTGGA 12780 CCATACAGAT GAGAAGTCTG TCATGCAACC AGCAGGTTCC TTTTATGGTA TCCAGGAAGA 12840 GGATGTTGCA AACCTCCGAA AAATATATGA GACTAGTGAG TAGGGTACTA TCTTTCCCTA 12900 CTTTTTTTGC TATAATGGAA CTATGAACAA CTTGATTAAA TCAAAACTAG AGCTCTTGCC 12960 GACCAGCCCT GGTTGCTACA TTCATAAGGA TAAAAATGGC ACCATTATCT ATGTAGGAAA 13020 GGCTAAAAAT CTGCGTAATC GAGTACGGTC CTATTTTCGT GGAAGTCATG ATACCAAGAC 13080 AGAGGCTCTG GTGTCTGAAA TTGTGGATTT TGAATTTATT GTTACGGAGT CTAATATTGA 13140 GGCACTTCTC CTAGAAATCA ACCTGATCAA GGAAAACAAG CCCAAGTACA ATATCATGCT 13200 CAAGGATGAC AAGTCCTATC CTTTCATCAA AATCACCAAT GAGCGCTATC CACGCTTGAT 13260 TATCACTCGT CAGGTCAAAA AGGACGGAGG TCTTTATTTT GGACCCTATC CCGATGTGGG 13320 GGCAGCCAAT GAAATCAAGC GGTTGCTGGA TCGGATATTC CCTTTTCGTA AGTGTACCAA 13380 CCCGCCCTCT AAGGTCTGTT TTTATTACCA TATCGGCCAG TGTATGGCCC ACACCATCTG 13440 TAAGAAGGAT GAGGCTTATT TCAAGTCTAT GGCCCAGGAG GTGTCTGATT TTCTGAAAGG 13500 TCAGGATGAC AAAATCATCG ATGATCTCAA GAGTAAAATG GCAGTAGCAG CACAAAGTAT 13560 GGAGTTTGAA CGTGCGGCGG AATACCGTGA CCTGATTCAG GCTATTGGAA CGCTTCGAAC 13620 CAAGCAACGG GTCATGGCGA AAGATTTGCA AAATCGCGAT GTCTTTGGCT ACTATGTGGA 13680 TAAGGGCTGG ATGTGTGTGC AGGTTTTCTT TGTCCGTCAG GtAAGCTCAT CGAGCGCGAT 13740 GTCAATCTCT TCCCCTACTT CAATGATCCA GATGAGGATT TTTTGACCTA TGTAGGACAA 13800 TTCTATCAAG AAAAATCTCA TCTAGTTCCC AATGAGGTAC TGATTCCGCA GATATTGACG 13860 AAGAAGCTGT CAAGGCTTTG GTGGATTCCA AGATTCTTAA GCCTCAACGT GGAGAGAAAA 13920 AACAACTGGT CAATCTAGCC ATAAAAAATG CTCGTGTTAG TCTAGAGCAG AAGTTCAATC 13980 TGCTAGAAAA ATCTGTCGAA AAGACTCAAG GAGCTATTGA AAATCTAGGG CGTTTGCTCC 14040 AAATCCCGAC CCCAGTACGT ATCGAGTCCT TCGATAACTC TAATATCATG GGAACTAGCC 14100 CTGTTTCGGC TATGGTGGTC TTTGTCAACG GTAAACCGAG TAAGAAGGAT TACCGTAAGT 14160 ACAAGATAAA AACGGTTGTT GGACCAGACG ACTATGCCAG CATGAGAGAG GTCATTCGCA 14220 GACGCTATGG TCGAGTACAG CGTGAGGCTT TGACTCCTCC AGATTTGATT GTGATTGATG 14280 GGGGGCAAGG TCAAGTCAAT ATCGCTAAGC AGGTTATCCA AGAGGAACTG GGCTTGGATA 14340 TTCCAATTGC TGGGCTGCAA AAGAATGATA AGCACCAAAC CCATGAATTG CTCTTTGGAG 14400 ATCCGCTTGA GGTGGTGGAT TTGTCTCGCA ATTCTCAGGA ATTTTTCCTC CTCCAACGCA 14460 TCCAAGATGA GGTGCACCGC TTTGCTATCA CTTTCCACCG CCAACTGCGC TCCAAAAATT 14520 CTTTCTCATC TCAATTGGAT GGGATTGACG GTCTGGGACC TAAACGCAAG CAGAATCTTA 14580 TGAAGCATTT CAAGTCTTTG ACCAAAATCA AGGAAGCCAG TGTGGATGAG ATTGTCGAAG 14640 TTGGGGTACC TAGAGTCGTT GCAGAGGCTG TGCAAAGAAA GTTGAACCCG CAGGGAGAAG 14700 CCTTGCCTCA AGTAGCAGAA GAAAGAGTAG ATTACCAAAC GGAAGGAAAC CACAATGAAC 14760 CATAAAATCG CAATTTTATC AGATGTTCAT GGCAATGCGA CGGCGCTAGA AGCAGTGATT 14820 GCAGATGCTA AAAATCAAGG GGCCAGTGAA TATTGGCTTC TGGGAGATAT TTTTCTTCCT 14880 GGTCCAGGCG CAAATGACTT AGTCGCCCTG CTAAAGGACC TTCCTATCAC AGCAAGTGTT 14940 CGAGGCAATT GGGATGATCG TGTCCTTGAG GCTTTAGATG GGCAATATGG CTTAGAAGAC 15000 CCACAGGAAG TTCAGCTCTT GCGTATGACA CAGTATTTGA TGGAGCGAAT GGATCCTGCA 15060 ACGATTGTCT GGCTACGAAG CTTGCCTTTG CTGGAAAAGA AAGAAATTGA CGGATTGCGC 15120 TTTTCTATCT CTCATAATTT ACCTGACAAA AACTATGGTG GTGACTTGCT AGTTGAGAAT 15180 GATACAGAGA AATTTGACCA ACTGCTAGAT GCGGAAACGG ACGTGGCAGT TTATGGTCAT 15240 GTTCACAAGC AGTTGCTTCG TTATGGAAGT CAAGGGCAAC AAATCATCAA TCCAGGGTCG 15300 ATTGGCATGC CCTATTTTAA TTGGGAGGCG TTAAAAAATC ACCGTTCCCA GTATGCCGTG 15360 ATAGAAGTTG AAGATGGGGA ATTACTCAAT ATCCAATTTC GTAAAGTTGC TTATGATTAC 15420 GAAGCTGAGT TAGAATTGGC CAAGTCCAAG GGGCTTCCCT TTATCGAAAT GTATGAAGAA 15480 CTGCGTCGTG ACGATAACTA TCAGGGGCAC AATCTGGAAT TATTAGCCAG CTTAATAGAA 15540 AAGCATGGGT ATGTAGAGGA TGTGAAGAAT TTTTTTGATT TTTTGTAAGA GTTTCCTAAA 15600 ATAGCCAATG CAAACTAAAA AAGCGATTTG CTGGTCCAAT CGCTTTTAGT ATATCTTATA 15660 CTCAATGAAA ATCAAAGAGC AAACTAGGAA GCTAGCCGTA GGTTGCTCAA AGCACAGCTT 15720 TGAGGTTGCA GATAAAGCTG ACGTGGTTTG AAGAGATTTT CGAAGAGTGT TATTGTAACT 15780 GAGATTGATC TGGGAGGTAA GAACCACCTA GATAGGTATT GCTGAGTTTT TCAAGGGTTC 15840 CGTCTTGATA GAGTTCTTTG AGCGCTTTAT CAAATTGCTC TTTAAACTCT TTTTGGTCGC 15900 TTGAGAAAAT GATATAATTG CTGGGGCTAT CTGCAGAAGG TAAATCAACG ACTGAGAGGT 15960 CTAAACCACG GTCCTTGATA ATCTTTTGAA CGGATACCTT GTCAAAAACT AGGAAATCAA 16020 ACTCTCCGTT AGCAAGGTCT AGGATTCGTT TACCAATATC CTCACCAGAA AAATTAATTG 16080 TAGCGGGATT ATCAGTGTGT TTCTGATTCC AGTTATTGAT GAATTGAGCG TTAGAAGTTC 16140 CGGTATCCTC TTGTGTTGTT TTACCAGCGA TCTGGTCAAG AGAAGTCAAA GGATTTTTCT 16200 TGTTGCTGAC AAGGACGAGG GGATTGTTGG AAATTGGAAG CGAGTAAAGG TATTTTTCAG 16260 CACGCTCTTT TGTGTAACTC AAGTTATTGG CCGCAGCCTG ATAGTGACCA GAATCAAGTC 16320 CTGGGAAGAT GCTCTCCCAG GCGGTTCTTT GGAATTGAAT CTCGTAGTCG CTGAGTTTTT 16380 CATCTACTGC CTTTAAAACT TCGATATCAA AGCCTGTCAG ATTGCCCTTG TCTTCGTAGT 16440 CAAATGGTGG CACGTCGCCA GCTGTAGCAA GGACGATTGT CTTTTGAGCG CTAGTCTCTT 16500 TGGGTGTAGC TTGATTCTCA CAGGCAACCA AAAATGGTAG GATAGCTAGT AATAGGCTAA 16560 ATTTTTTCAT ACTGTCTCCA TTCAAATGTA AAG 16593 (2) INFORMATION FOR SEQ ID NO : 53 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3510 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 53 : GGGATATCCT TATATCCTTG TTCCTGGAAC CATTGTGGGA ATTGCTCAAC AGTTTTTTCA 60 CCTTGAATTC CTGGTGCAAT GACAGTAAGA ATTTCGAAAT CACGATCTGG TTTCGCCGCT 120 AGTTCCATCA ACTCTGGCAT ACTTTTCTTG CATGGACCAC ACCATGAAGC CCAAAACTTC 180 AAGTAAACCT TTTTACCCTT AAAATCAGAT AACTTAACTT CTTTGCCATC CATGGATTGC 240 AATGTGAAGT CTGGAGCATC TTTTCCAACA GCAATTTGTT GTACAGTCGT TTGTTGTTTT 300 GGCTGTTGTG CTGCTTGAGT CTTTTTAGTT TCTTCCTCAC CACAGGCCAT CAATACAACT 360 AATGACAAGA GACTTAAGCC AGCAAACATT ACTTTTTTCA TTTGTCCTCC TTTATTCAAA 420 AATTCCAGCT AGAACATTTA CTTGTCCTAA TAGTAACAAA ATTCCCATTA AAACAATGAG 480 GAAACCACCA ATTTTCTTTA GTAGCATCAT ATGACGCTTG ATTTTACTAA AATATGGCAT 540 GACTAGACCT GAAGCTAGTG CCAATACCAA GAAAGGAAGG GCCATGCCaG AGTGTAAATG 600 AGAGTATAAA TCGCTCCTTG CCAAGCGCCA TTGCCTCCAG AAGCCGCAAG TGCTAAAACA 660 GAACTTAAAA CTGGACCAAT ACAAGGTGTC CAACCAAAGC TAAAGGTAAT ACCAAGTAAA 720 AAAGCTGACC AATAACGATT AGAATCTGAT TTTTTAAAGG TAAAACTTTT TTGAACTTCT 780 AATTTCTTCA AATGAAAAAT TTCCATCTGG TGAAGACCCA AAATGATAAT AATAGCTCCC 840 ATGCCATATC, GAAACCAATT TGCATAGAGA ATATGACCAA AGTAACCAGC ACCAAAGCCT 900 AGAATAAAGA AAATGAGAGA GATACCAGCG ATAAAGCAAA GTGTTCGAAT CAAGCCTGAC 960 CAGAGAACCT TTCTCCCAAA CAAAGAAAAG CTTTTTGCAC TTTCTTGATC ATCCAATAAA 1020 ATCCCAGCAT AGACTGGCAG AAGAGGAAAA ATACAAGGAG AAAAAAAGGA TAAAACACCT 1080 GCTAGAAAAA CAGAGATTAA AAATACTATC GTTTCCAATA AAGAACCAAC TTTCTTAATA 1140 ATTCTAATCC TATTTTACTA TATTCAATTT TATTTGTAAG CTTTCTGCTA CGCAAAATCG 1200 TATCGGGCAC TATTGGACCA ATCTTTTCTT TTGCTAGTCA AGGCGGATCT TATCCCCCAA 1260 AATAGCCAAA AAGCAACGAC AAGGATTACT CATCGCTGCT TTTGTGAACG AAAATGTCTT 1320 TTAGGTCTGA CATTTCATAA ATCATGTTTT ACTTGAGTTT GTCAAGGATT GCTTTAAGCT 1380 CCTCTACTAG TTTAGTTTCT GTCTCTGCTG AGCCATTTTC TTCTTTCACG AAATCAAGGG 1440 TTTCTTGGAG AAGGTTTTGG GCTTTGGCAA GGACTTTTTT ATCCGCTTTT TCTGCATCTA 1500 GCTGTCCTAG AACCTTGATC AATTCCGTGC TTAATTGCTG GATTTCTGAC TCTTTCTTAC 1560 GGCGAATCAG CCAGAAGGCA ATCACGCCTA GGAGGGCAAG TAGACTGACC ACAATCACTC 1620 CTGCCGGAAC TGAGTTTGTT TCAGTCATCT TATCTGAATC CTTACTATCT TCCGTTCCTT 1680 GTTTTGCATC CTTCTTGTCC TGTGCAGGCT TGCTGTCGCT AGCATTTGCT TTCACATCTT 1740 TGAGAGAGTC CAAGGCAGCC CAGCCTTCAC AGACTCTACT GCAGTATGCA GACCTTACTC 1800 TGTCAAGGCA CTATCTTCCG GAGCTTTTTG AGCATCTAGG AGGACAGCCT TGGTTGCATC 1860 GATTTTCGGA TCAGATACTG TTGCCAAAGC TTTCAAGCGT TGGTCTAACT CTTGACTCAA 1920 GGCACGAAGT TCAGACTTGT CAACTTGCTC TTGAGCTTGT GTGCTCGTTG AGCTAGCCGA 1980 AGCGCTTGCT ACCACTCTAG GATCTTGAGT CGGAGCTGAG CTTGGAGCTG GGACAGGGCT 2040 TGCAGGTTGA CTAGGAACAG TTATGGTATA TTGAAACTAG AATAGTACAT ATGGACTTCT 2100 AAAACATTGT TAGAATTCGA TTTTACTGTC CTGATCGATT TGTCCTATTC TTATTTCATT 2160 TTACTATAAT AACCGATGGT GTGGTTAATG TTGGTAAGAG AAACTTCTGA AACCAAGCTT 2220 CAAAAAAGTC GCTCGTCATC GTCTCTTCGT AAGTCATTGG AGCGATTAAT TCACCATTTG 2280 TTAGACCTGC AACCAAAGAA ATCCTCTGAT ATCTTCTTCC AGATACTTTG CCTCTTATTA 2340 ACTGACCTTT TAATGAGCGA CCATATTCTC GATAAAAATA AGTATCGAAT CCTGTTTCGT 2400 CAATCTAAAC AGGTGCTAGG TGCTTTAAAC TATTAAAATT CTTAAGAAAT AAGGCTACTT 2460 TTTCTGGGTC TTGTTCATAG TAGGTGTGGT TCTTTTTTTC GAGTGTAGCC CATAGCTTTG 2520 AGCGCATAGT GGATGGTAGT TGGATGACAG CCAAAkTCAG AAGCTATTTC AGTCAAATAA 2580 GCrTCTGGAT TGTCAGTAAG ATAGTTTTTA AGTCTATCTC TATCAACTTT TCTTGGTTTT 2640 GTTCCTTTTA CTTGGTGGTT TAGCTCTCCT GTTTTCTCTT TTAGCTTTAA CCAGCCATAA 2700 ATGGTATTAC GTGAGATTTG GAAAACGTGT GATGCTTCTG TTATACTACC TATTCGCTCA 2760 CAATAAGAGA GAACTTTTTT ACGAAAATCT ATTGAATATG CCATAAGAAG ATTATACCAC 2820 ATTGTGTACT ATTTTTGGTT CATTTCACTA TAACACAAAA TAGATTATTA TTACATAACA 2880 AAAAAGAGGT CTAAACCTCT TAACTCAATT ACTCCGCCAG TAGGACTCGA ACCTACGACA 2940 TCATGATTAA CAGTCATGCG CTACTACCAA CTGAGCTATG GCGGATTAAA GCTAAGCGAC 3000 TTCCCTATCT CACAGGGGGC AACCCCCAAC TACTTCCGGC GTTCTAGGGC TTAACTTCTG 3060 TGTTCGGCAT GGGTACAGGT GTATCTCCTA GGCTATCGTC ACTTAACTCT GAGTAATACC 3120 TACTCAAAAT TGAATATCTA TTCAATTTAA GAAAACCGTT CGCTTTCATA TTCTCAGTTA 3180 CTTTGGATAA GTCCTCGAGC TATTAGTATT AGTCCGCTAC ATGTGTCGCC ACACTTCCAC 3240 TTCTAACCTA TCTACCTGAT CATCTCTCAG GGCTCTTACT GATATATAAT CATGGGAAAT 3300 CTCATCTTGA GGTGGkTtCA CACTTAGATG CTTTCAGCGT TTATCCCTTC CCTACATAGC 3360 TACCCAGCGA TGCCTTTGGC AAGACAACTG GTACACCAGC GGTAAGTCCA CTCTGGTCCT 3420 CTCGTACTAG GAGCAGATCC TCTCAAATTT CCTACGCCCG CGACGGATAG GGACCGAACT 3480 GTCTCACGAC GTTCTGAACC CAGCTCGCGT 3510 (2) INFORMATION FOR SEQ ID NO : 54 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 20986 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 54 : CGGAGAAAAA CATGGCTAAG TCAAACTTTG AAAAAGTAGA ATCAGTTGTT GGCTGGGTTC 60 GTGATAAGAA AATCACAGGC TACCGTATCT CTAAAGAAAC GAATGCGCGT GAAATGTCTA 120 TCATTGCTCT GGCGCAGGGT CGTGCAAAAG TAAAAAATAT TTCATTTGAA ACAGCCCTAG 180 GCCTAATTGA TTTCTATGAA AAAAATTATG AAAAATTTGA AGATTAATCT TTGGATAACG 240 GCGGATTCTT GACCTTCAAG TAGTAGAGAT AGAGAATCTG CCTTTTCATT TTGAGGACAG 300 CAAAAAGACT GCACGGTTGA TGCAGCCTTT TCTTTTTATT TGAGATAGCG TTGAAGGAAC 360 TCTTTTGTTC GGTCTTCTTT AGGATTGGTG AAGAGGTCTT CTGGTTTACC TTCTTCAGCG 420 ATCACGCCCT TATCCATAAA GATAACACGG TGAGAGACAT CACGGGCAAA TTCCATTTCA 480 TGGGTTACGA CAATCATGGT CAAGCCTTCC TGAGCCAGGT CCTGCATGAT TTTGAGGACT 540 TCTCCAACCA TTTCTGGATC GAGAGCTGAT GTTGGTTCAT CAAAGAGAAT AGCGTCCGGA 600 TTCATGGAGA GGGCACGAGC GATGGCCACA CGTTGTTTTT GACCACCTGA GAGTTGTTTT 660 GGTTTGGCTT GCCAGTAGCG TTCTCCCATG CCGACCTTTT CCAGGTTTTC TTTGGCAATC 720 TTTTCAGCTT CTGTGCGTTC GCGTTTTAGG ACAGTTGTCT GAGCGACGAT TGTGTTTTCA 780 AGAACATTGA GATTTTCAAA GAGGTTAAAG GATTGGAAAA CCATCCCCAA CTTTTCACGG 840 TATTGCGTGA GGTCATAGCC TTTTTCGAGG ACGTTTTGTC CATGATAAAG GATTTGTCCA 900 TCAGTTGGTG TTTCAAGTAG GTTAATGGAG CGTAGGAAGG TCGATTTTCC GCTTCCAGAG 960 CTTCCGATGA TAGAGATGAC CTCTCCCTTG TGGACAGTGA GTGAAATGTC TTTTAGCACT 1020 TCGTTTTGTC CATAGGATTT TTTGAGGTGT TTAATTTCAA GGATTGCTTG TGTCATTATT 1080 TCAAATCCTC CGTTTGCATT TGGTTAGCAC CTGTAGTGTA GGTATCCATG TCCATTCTGC 1140 GCTCGATAAA GCGTAGGATA CGTGTTACGG TGAAGGTGAG GACAAAGTAA ATCACGGCGA 1200 TGATTGTAAA TGTCTGGAAG TATTGATAGG TTTGTGTTGC CACGGTATTT CCTGAGAAAT 1260 AAAGTTCGAC AACAGAGATA ACGTTCAATA CAGATGTATC TTTGATATTG ATGACAAATT 1320 CATTACCAGT TGCAGGTAGG ATGTTACGGA CTACCTGAGG TAGGACAATC TTACGCATGG 1380 TCTGGTTATG GGTCATACCA AGAGCAGTCG CAGCTTCAAA TTGTCCCTTG TCAACTGCTA 1440 GGATACCACC ACGGACGATT TCAGTCATGT AGGCACCGGT ATTGATTGAA ACGATGAAGA 1500 TAGCAGCCAG TGTACGGTCA AGGTTGATCC CGAAAGCTTG GGCAGTTCCA TAGTAGATAA 1560 CCATCGATTG AACAATCATT GGCGTACCAC GGAAAATTTC AATGTAGACA TTGAGAACCC 1620 AGCCGACTAG TTTTTGTAGG CCGTAAATGA CTTTGTTTTC AGAGAGAGGA GCAGTACGGA 1680 AGACACCAAT GGCAAGTCCA ATAATGAGAC CTATGATGGT TCCGACGATA GAGATTAAAA 1740 GAGTGATACC AGCACCACGC AAGAGTTGTT GCCAGTTTTC AGAAAGAATT TTAGCAACTT 1800 GGCTAAAGAA ACTACTGCTA GTCTCTTCAG TTGTTGTAGC TTCGGCAGGT TGTTCCTTGA 1860 TCATACGATC CATCAAGGCA ACTTGGTCAT CTTTTGAAAT GGTTTCAATG CTGGCATTGA 1920 TTTGGCTAAT ACGATTGTCA TTTTTACGAA GCCCGATAGC GATAGCTGTA TCTTCTTCCC 1980 CAGTTTTGAA ACCAGGTTCT ACTTGAATCA TCTTGAACTT AGAGTTCGCA GCTTCAGCAG 2040 TCAGTGCTTC TGGACGTTCA GAAACATAAG CATCAATGAC ACCAGCCTCA AGAGCTTGTC 2100 GCATTTGAGC GAAGTCTCCC ATGGCTGTTT CTTTTTTAGC ACCTGGGATT TGTGCAATCA 2160 AGTTATAAAG GTAGACCCCT TGTTGAGAAG TGATTTTTGC ACCGTTAAAG TCATCCAAAG 2220 ATTTAGCACT TGCGTAGGCA GAATCTTTTT TGACAAGCAA AACTGGTTCG CTAGTATAGT 2280 AACTGCTCGA AAAGGCAATT TCTTGTTTGC GTTCTGCAGT TGGACTCATA CCTGCGATAA 2340 TCATGTCAAT CTTACCAGAA GTAAGGGCAG GGACTAGACC TTCCCACTTG GTTTTAACAA 2400 CCAAAGGTTC TTTACCTAAG TCCTTAGCGA TTTTCTTGGC GATTTGAACA TCGTATCCGT 2460 TGGCATACTG ATTGGTCCCA TCGATTTTGA CAGCTCCGTT GCTATCATCA TCCTGGGTCC 2520 AGTTAAAGGG AGCATATGCT GCTTCCATAC CGATGCGTAA ATATTCATCG GCTTGAGCAA 2580 CATTGACAAG TCCTAGCATC AGCAAGAGAC TTGTGAAAAT AGATAAGTAy ATGTGGCTCA 2640 TGATTTCTCC TATTCTGATC TATTAAAAAA TAACTGTCTC CTATTTTATC GAAAAATGCG 2700 TAATTTTTCA ACATAAGTAA GTCTTTACTT ACGAAAAAAT GCTATAATGA TAAGAAAGAT 2760 AAAAAGGGGG CTTAGTTGAT GAAAAAAACT TTTTTCTTAC TGGTGTTAGG CTTGTTTTGC 2820 CTTCTTCCAC TCTCTGTTTT TGCCATTGAT TTCAAGATAA ACTCTTATCA AGGGGATTTG 2880 TATATTCATG CAGACAATAC GGCAGAGTTT AGACAGAAGA TAGTTTACCA GTTTGAGGAG 2940 GACTTTAAGG GCCAAATCGT GGGACTTGGA CGTGCTGGTA AGATGCCTAG CGGGTTTGAC 3000 ATTGACCCTC ATCCAAAGAT TCAGGCCGCG AAAAACGGTG CAGAACTAGC AGATGTGACT 3060 AGCGAAGTAA CAGAAGAAGC GGATGGTTAT ACTGTGAGAG TCTATAATCC AGGTCAGGAG 3120 GGCGACATAG TTGAAGTTGA CCTCGTCTGG AACTTAAAAA ATTTACTTTT CCTTTATGAT 3180 GATATCGCTG AATTAAATTG GCAACCTCTG ACAGATAGTT CAGAGTCTAT TGAAAAGTTT 3240 GAATTTCATG TAAGGGGAGA CAAGGGGGCT GAAAAACTCT TTTTCCATAC AGGGAAACTT 3300 TTTAGAGAGG GAACGATTGA AAAGAGTAAC CTTGATTATA CTATCCGTTT AGACAATCTT 3360 CCGGCTAAGC GTGGAGTTGA GTTGCATGCC TATTGGCCTC GGACCGATTT TGCTAGCGCT 3420 AGGGATCAGG GATTGAAAGG GAATCGTTTA GAAGAGTTTA ATAAGATAGA AGACTCGATT 3480 GTTAGAGAAA AAGATCAGAG TAAACAACTC GTTACTTGGG TCCTCCCTTC GATCCTTTCC 3540 ATCTCCTTGT TATTGAGTGT CTGCTTCTAT TTTATTTATA GAAGAAAGAC CACTCCTTCA 3600 GTCAAATATG CCAAAAATCA TCGTCTCTAT GAACCACCAA TGGAATTAGA GCCTATGGTT 3660 TTATCAGAAG CAGTCTACTC GACCTCCTTG GAGGAAGTGA GTCCCTTGGT CAAGGGAGCT 3720 GGAAAATTCA CCTTTGATCA ACTTATTCAA GCTACCTTGC TAGATGTGAT AGACCGTGGG 3780 AATGTCTCTA TCATTTCAGA AGGAGATGCA GTTGGTTTGA GGCTAGTAAA AGAAGATGGT 3840 TTGTCAAGCT TTGAGAAAGA CTGCCTAAAT CTAGCTTTTT CAGGTAAAAA AGAAGAAACT 3900 CTTTCCAATT TGTTTGCGGA TTACAAGGTA TCTGATAGTC TTTATCGTAG AGCCAAAGTT 3960 TCTGATGAAA AACGGATTCA AGCAAGAGGG CTTCAACTCA AATCTTCTTT TGAAGAGGTA 4020 TTGAACCAGA TGCAAGAAGG AGTGAGAAAA CGAGTTTCCT TCTGGGGGCT CCCAGATTAT 4080 TATCGTCCTT TAACTGGTGG GGAAAAGGCC TTGCAAGTGG GTATGGGTGC CTTGACTATC 4140 CTGCCCCTAT TTATCGGATT TGGTTTGTTC TTGTACAGTT TAGACGTTCA TGGCTATCTT 4200 TACCTCCCTT TGCCAATACT TGGTTTTCTA GGGTTAGTTT TGTCTGTTTT CTATTATTGG 4260 AAGCTTCGAC TAGATAATCG TGATGGTGTT CTAAATGAAG CGGGAGCTGA GGTCTACTAT 4320 CTCTGGACCA GTTTTGAAAA TATGTTGCGT GAGATTGCAC GATTGGATCA GGCTGAACTG 4380 GAAAGTATTG TGGTCTGGAA TCGCCTCTTG GTCTATGCGA CCTTATTTGG CTATGCGGAC 4440 AAGGTTAGTC ATTTGATGAA GGTTCATCAG ATTCAAGTGG AAAATCCAGA TATCAATCTC 4500 TATGTAGCTT ATGGCTGGCA CAGTACGTTT TATCATTCAA CAGCACAAAT GAGCCATTAT 4560 GCTAGTGTCG CAAATACAGC AAGCACCTAC TCTGTATCTT CTGGAAGTGG AAGTTCTGGT 4620 GGTGGCTTCT CTGGAGGCGG AGGTGGCGGC AGTATCGGTG CCTTTTAAAG AGAGCTACCA 4680 TAGACTGAAA AAGTATGATA TAATGGAAGA TAGAAAAAAG ACAAACTATA AGAAAAGTCA 4740 ATAGTTTTAT CTAAACTATT TCTTATTTCA ATTTGATGAT TTGGCGATGA TTTTAGAGCA 4800 CGGCAAAAAG CCCTTGAAAA AGTCCATTTT TTCAAAGGTA ATCCTGTGTT AATTTCAGAA 4860 ATTACATCAC TTTTTGTTCG TCAAATGGCA GCTCTTTTTT AGGATATAAA ACAGGGTTCG 4920 GATAAGTTTT TTTGCAAGGT GGATGATGGC TACATTGTAA TGTTTTCCTT ATTCTAACTT 4980 AGTCTTAAGA TAGGCCTTAG AAGCAGGTGA AAAGCGAGGG CATGCTTTGG CAGCTTGTAT 5040 GAGTGCCCAC CGCAGATGAG GGGAACCCCG TTTGACCATT CTTCCAGCTA AATCAATCTG 5100 ACCTGACTGA TAAATAGAAG AATCCAGTCC AGCGAAAGCT TGTAATTGAG CAGGATTATC 5160 AAAGGCATGA ATATTTCGAA TCTCGGCTAA AATGACCGCC CTAAACGATC CCCAATCCCA 5220 GTAACCGTCG TGATGACCGA GTTGAACTCA GCCATCGAGT CATTGATACA TGTTTCCGCC 5280 TTGTCAATGA GCCTCTTGTA ATGCTTGATG ATTTCGAATT CACGAGCAGG AGATGTTGTT 5340 CCGATAGAAC GAGGTGCGAC TGAGAGGATA TCCTGAATTT TAGAAGCGGT CAATCGCTTA 5400 ATTTCTATCA GCTTATCAAA TCCTGCCTCA ATCCTTTTCT GAGGATTAGG GTAGCGTGTC 5460 AAGAGTTGGT AGGTATATTC TGAATGCTTT CCAACGATTT TATCCAACTC AGGAAAGATG 5520 ATATCAAGAC AACGAGTGTA TTGTACTTTC CAATCAGACT GTTTTTCTTG AGACGATGAA 5580 TATGTCTAGC CAGTATTTTT AGGTCTACTT GCCGATTATC GTGTTGAAAT TGTTCACGAT 5640 TGGGGTCAGA AAGAAGTTTA AGAGCGATGC CATGAGCGTC TTTCTTATCC GTTTTAGTCT 5700 TGCGAAGTGA TAATGATTTG GCAAATTCCT TGATGAGCAA AGGATTGTAG GTGTAAACTT 5760 TATATCCTTG TTCATGCAGG AAGTTCAGTA GATTAAAGGC ATAATGTCCA GTATCTTCAA 5820 GAGCGATGAG ACAGTCTTGG TTGATCTGTC GAATAGACAG ATCTAAGAGT TCAAAACCAG 5880 CTTTATTATT TGAAAAAGTG AGTGGTTTAA GAACAGTTTT TCCTGGAACA TTCAAGGCTG 5940 TAACATCGTG TTTATTTTTA GCGATATCAA TGCCTACATA AAGCATGGGA GTACCTCCAG 6000 ATATAGTATT TCAAGTCTAC TTGGTTATCC ACGAATTTTT TGCCTTGTTA CCTTAGACGA 6060 GATCAAACGT CTATGCGTTA TCAAACTCAT TACCAATTGA AACAAAAGCT GTGGTTAGAG 6120 CCTTTCGGAA ATCGTCAAGC GATTGGAGGA AATGAACTAA TCCATAGTGG CTTATTCCAA 6180 GTATACCACT TGGGCTTTGG CAGTAGCTAA CTGCGCTAAA TATAATATAG GGAGTAATCT 6240 ATGTATCTTA TTGAAATTTT AAAATCTATC TTCTTCGGAA TTGTTGAAGG AATTACGGAA 6300 TGGTTGCCGA TTTCCAGTAC AGGTCACTTG ATTTTAGCAG AGGAATTCAT CCAATACCAA 6360 AATCAAAATG AAGCCTTTAT GTCCATGTTT AATGTCGTGA TTCAGCTTGG TGCTATTTTA 6420 GCAGTTATGG TGATTTATTT TAACAAGCTC AATCCTTTTA AACCGACCAA GGACAAACAG 6480 GAAGTTCGTA AGACTTGGAG ACTATGGTTG AAGGTCTTGA TTGCTACTTT ACCTTTACTT 6540 GGTGTCTTTA AATTTGATGA TTGGTTTGAT ACCCACTTCC ATAACATGGT TTCAGTTGCT 6600 CTCATGTTGA TTATCTACGG GGTTGCCTTC ATCTATTTGG AAAAGCGCAA TAAAGCGCGT 6660 GCTATCGAGC CAAGTGTAAC AGAGTTGGAC AAGCTTCCTT ATACGACCGC TTTCTATATC 6720 GGACTCTTCC AAGTTCTTGC TCTTTTACCA GGGACTAGCC GTTCAGGTGC AACGATTGTC 6780 GGTGGTTTGT TAAATGGAAC CAGTCGTTCA GTTGTGACAG AATTTACCTT CTATCTTGGG 6840 ATTCCTGTTA TGTTTGGAGC TAGTGCCTTA AAGATTTTCA AATTTGTGAA AGCCGGAGAA 6900 CTCTTGAGCT TTGGGCAATT GTTTTTGCTC TTGGTCGCGA TGGGAGTAGC TTTTGCGGTC 6960 AGCATGGTGG CTATTCGCTT CTTGACCAGC TATGTGAAAA AACACGACTT CACCCTTTTT 7020 GGTAAATACC GTATCGTGCT TGGTAGTGTT TTGCTACTTT ACAGTTTTGT CCGTTTATTT 7080 GTATAAGAAA AACCTTGAAG GGGCAACTCT TCAAGGTTTT ATACTCTTCG AAAATCTCTT 7140 CAAACCGCGT CAGCTTTATC TGCAACCTCA AAACAGTGTT TTGAGCAGCn CTGCGGCTAG 7200 CCTCCTAGTT TGCTCTTTGA TTTTCATTGA GCTTTAAAAT CCAGTCATGG TAATCCCCAA 7260 TAGGCGGACA CCTCTTTCTT TCTTGCTTAA TTCTTCATAG AGTTGCAGGG CTATTTGGCT 7320 TATCTGACTA GCATCTTGTG TTTTTTGAGC AAGACTTTTT CGTTTGGTAA GAGTTGAAAA 7380 GTCCTCGTAG CGGATTTTCA AAATGACAAT TTTTCCAGCT TTTTCTTGTT GATGTAGATT 7440 GAGAGCGACT TTTTCTGATA GAAGAGTCAG CTCTTTTTTG ATATCTTCCT CAGCAAGGAG 7500 AATCTTCCCG TAGGTTTTCT CCTTGCCGAT TGATTTACGG ATGCGATTGG ATTTGACTGG 7560 AGAGTTGTGA ATGCCACGAG CCTTTCGATA CAGATCATAG CCTAGTCTAC CAAAACGGTC 7620 TATTAGGGTT ACCTCAGGAA CTTCAAGTAA ATCAGCACCA GTAAAAACGC CCATTTGATG 7680 AAGACGTTCT ACTGTCTTTT TTCCTACTCC ATGAAATTTG GAAATATCCA TTTGTTTGAG 7740 AAAATCCTCA GCCTGTTCAG GTAGAATCAC TGTCAAACCA TGTGGTTTTT GATAATCACT 7800 CGCCATTTTA GCTAAGAATT TGTTGTAAGA AACGCCTGCG GAAGCAGTTA GATGGAGTTC 7860 TTGCCAGATA TCTTTTTGAA TGAGGCGAGC AATTTTGACC GCTGACTTGA TACCGAGTTT 7920 ATTTTCTGTC ACATCCAAAT AGGCTTCGTC AATGCTCATG GGTTCAATCA AATCTGTATA 7980 GCGCTTAAAA ATAGCTCGAA TCTGGAGTCC CACAGACTTG TATTTCTCAT AATTCCCTGA 8040 GATAAAGACA GCCTGGGGAC AACGTTCATA AGCTTCCTTG GAACTCATGG CAGAATGGAC 8100 ACCAAAAGCT CTTGCCTCAT AACTACAGGT AGAAACGACT CCCCGTCCAC CTGTTTGCCG 8160 AGGGTCGCTT CCAATAATGA CAGGTTTTCC TCTGAGTTTA GGATTATCCC TGATTTCCAC 8220 TGCAGCAAAA AAGGCATCCA TGTCAATATG GATGATTTTT CTTGACAAAT CATTTAACAA 8280 AGGAAAAATC AACATGCCTA GCACCTTTTT ATACTCTTCG AAAATCTCTT CAAACCACGT 8340 CAGCTCTATm TGCAACCTCA AAACAGTGTT TTGAGCAATC TGCGGCTAGC TTCCTAGTTT 8400 GCTTTTCGAT TTCCATTGAG TGTTACTGCT TATTyTCTTT TATTATACCC TTTTTTCTGA 8460 AAAAAAGAAA AAAGGACTTT ATTTTTTCAA AAATATAATA CAGTTTGAAA TAAAATATAG 8520 ACTGTTTTAG AAAAGAAAGT GTAAAAATAG GGAATTTTCA CTTGTTGAAA TCGGTTACTA 8580 TATGGTATAC TTGTCTTATG AATGTAACAG ATGACTGTTA CTAGAAAAAA GAGGACATTA 8640 ATATGGTTGT TAAGACAGTT GTTGAAGCAC AAGATATTTT TGACAAAGCT TGGGAAGGCT 8700 TCAAAGGCGT AGATTGGAAA GAAAAAGCAA GTGTATCACG ATTTGTACAA GCTAACTACA 8760 CACCTTATGA TGGAGACGAA AGCTTCCTTG CAGGACCAAC AGAGCGTTCA CTTCACATCA 8820 AGAAAATTGT AGAAGAAACT AAAGCACACT ACGAAGAAAC TCGTTTCCCA ATGGACACTC 8880 GTCCAACATC TATCGCTGAT ATCCCTGCTG GATTTATCGA CAAAGAAAAT GAAGTTATCT 8940 TCGGTATCCA AAACGATGAA CTCTTCAAAT TGAACTTCAT GCCAAAAGGT GGTATCCGTA 9000 TGGCTGAAAC TACTTTGAAA GAAAATGGAT ACGAACCAGA CCCAGCTGTT CACGAAATCT 9060 TCACTAAATA TGTAACAACA GTTAACGACG GTATTTTCCG TGCCTACACT TCAAATATTC 9120 GTCGCGCTCG TCACGCACAC ACTGTAACTG GTCTTCCAGA TGCATACTCA CGCGGACGTA 9180 TCATCGGTGT TTACGCACGT CTTGCTCTTT ACGGTGCAGA CTACTTGATG CAAGAAAAAG 9240 TAAATGACTG GAATGCAATC AAAGAAATCG ATGAAGAAAC AATCCGTCTT CGTGAAGAAG 9300 TAAACCTTCA ATACCAAGCA TTGCAACAAG TTGTTCGCCT GGGTGACCTT TACGGGGTTG 9360 ATGTTCGCAA ACCAGCGATG AACGTGAAAG AAGCAATCCA ATGGGTTAAC ATTGCTTTCA 9420 TGGCTGTCTG CCGTGTGATT AACGGTGCTG CTACATCTCT AGGTCGTGTA CCAATCGTAT 9480 TGGACATCTT TGCAGAACGT GACCTTGCTC GTGGTACATT TACTGAATCA GAAATCCAAG 9540 AATTCGTTGA TGATTTCGTT ATGAAACTTC GTACAGTTAA ATTTGCTCGT ACAAAAGCTT 9600 ATGACCAATT GTACTCAGGT GACCCAACCT TTATCACAAC TTCTATGGCT GGTATGGGTA 9660 ACGACGGTCG TCACCGTGTT ACTAAGATGG ACTACCGTTT CTTGAACACT CTTGACAACA 9720 TCGGTAACTC ACCAGAACCA AACTTGACAG TTCTTTGGAC TGACAAATTG CCATACAACT 9780 TCCGTCGCTA CTGTATGCAC ATGAGCCACA AACACTCTTC TATCCAATAC GAAGGTGTAA 9840 CAACAATGGC TAAAGACGGA TATGGTGAAA TGAGCTGTAT CTCATGCTGT GTGTCTCCAC 9900 TTGATCCAGA AAATGAAGAA CAACGCCACA ACATCCAGTA CTTCGGTGCT CGTGTAAACG 9960 TTCTTAAAGC CCTTCTTACT GGTTTGAATG GTGGTTACGA CGATGTTCAC AAAGACTACA 10020 AAGTATTTGA TATCGAACCA ATCCGTGACG AAGTTCTTGA ATTTGAATCA GTTAAAGCGA 10080 ACTTTGAAAA ATCTCTTGAC TGGTTGACTG ACACTTACGT AGATGCCTTG AACATCATCC 10140 ACTACATGAC TGATAGGTAC AACTACGAAG CTGTTCAAAT GGCCTTCTTG CCAACTAAAC 10200 AACGTGCCAA CATGGGATTC GGTATCTGTG GATTTGCTAA CACTGTTGAT ACATTGTCAG 10260 CTATCAAATA CGCTACAGTT AAACCAATCC GTGACGAAGA TGGCTACATC TACGATTACG 10320 AAACAATCGG TGACTACCCA CGCTGGGGTG AAGATGACCC ACGTTCAAAC GAATTGGCAG 10380 AATGGTTGAT CGAAGCTTAC ACAACTCGTC TACGTAGCCA CAAACTATAC AAAGACGCAG 10440 AAGCTACAGT ATCACTTTTG ACAATCACAT CTAACGTTGC TTACTCTAAA CAAACTGGTA 10500 ACTCACCAGT TCACAAAGGT GTATACCTCA ACGAAGATGG TTCTGTGAAC TTGTCTAAAC 10560 TTGAATTCTT CTCACCAGGT GCTAACCCAT CTAACAAAGC TAAAGGTGGT TGGTTGCAAA 10620 ACTTGAACTC ACTTTCTAGC CTTGACTTTA GTTATGCAGC TGACGGTATC TCATTGACTA 10680 CACAAGTATC ACCTCGCGCT CTTGGTAAGA CTCGTGATGA ACAAGTTGAT AACTTGGTAA 10740 CAATTCTTGA TGGTTACTTC GAAAACGGTG GACAACACGT TAACTTGAAC GTTATGGACT 10800 TGAACGATGT TTACGAAAAA ATCATGTCAG GCGAAGACGT TATCGTACGT ATCTCTGGAT 10860 ACTGTGTAAA CACTAAATAC CTCACTCCAG AACAAAAAAC TGAATTGACA CAACGTGTCT 10920 TCCACGAAGT TCTTTCAATG GATGACGCCT TGGATGCATT GAGCTAATCA AGTTCTTGAA 10980 TAATAAAAAG GAACCCTCGG TCAAACGACT GAGGGTTTTG TGCTTGGGAT AGTATGAGCA 11040 ATTCCTTCGG CGCAATATGC AATGTTTTTG GGCTCTTTGT CAACTGTAGT GGGTTGAAAA 11100 AAAGCTAAGC TTGAGAAAGG ACAAATTTCG TCCTTTCTTT TTTGATGTTC AGGGCGATAA 11160 AAATCCGTTT TTTGAAGTTT TCAAAGTTCC GAAAACCAAA GGCATTGCGC TTGATGTCTT 11220 TGATGAGTTT GTTAGTGGCC TCAAGTTTAG CGTTAGAATA AGGCAATTCA ATGGCGTTAG 11280 TGATGTAGTT TTTATAGCAA ATAAATGTGC TCAAAGTGGT TTTAAAGGTG CGGTTGAGAT 11340 GAGGTAACGT GTCTTGAATT AAGCCCCAAA ACTGGTCAGT ATTCTTCTCT TGTAGATGAA 11400 ATAGGAGTAG TTGATACAGG TCATAGTAAT CTTTAAGTTC AGGTACTAGA GTAAAGATTT 11460 TCTTCAGACA CTCCCTAGGA GTTAAGGTCT CTCTGAAAGT TCTAGCATAG AAAGGCTTAA 11520 GAGAGAGTTT CCGACTATCT TTTAGGATAA ATTTCCAGTA ATATTTAAGA GCTCTGTATT 11580 CCAGAGATTT ATCATCAAAT TGCTTCATGA TGTTGATTCT AGTCTGATTA AGAGCCCTGC 11640 TCATGTGTTG GACAATGTGG AAACGATCGA GAACAATTTT AGCATTGGGA AATAATTTCT 11700 TAATGAGAGG GATATAACTT CCAGACATAT CAACAGTGAC GACTTTAACT TTTTTTCTAG 11760 CTTCTTTCGA GTACTTGAAG AAATGATTTC GGATGGTTGT TTGACGTCTG TTATCAAGAA 11820 TGGTCATGAT TTTCTTAGTG TTGAAATCCT GAGCAATGAA AGCCAATTTC CCCTTCTGGT 11880 AGGAGAATTC ATCCCAGGAG AGGATTTCAG GCAAAGTGGT GTAATCCTCT TGGAAATGAA 11940 ATTGCTTGAG CTTACGATAG ACGGTAGAGG TAGAGGTAGA GGTAGAGATG GCTAATTTAG 12000 AAGCGATATG TGTAAGAGCC TCTCTGTTGA GTAGGAGTTG GGCAATTTTC TGTCTCACCA 12060 TTTCCGAGAT TTGGCAATTT TTCTGAACGA GAGTTGTTTC AGCTACAGTG ACTTTCCGAC 12120 AGGACTTGCA TTGAAATCGT CTCTTTTTCA AATGAATGAG GCTAGGGAAA CCACCAATCT 12180 CGATAAAAGG GATTTTAGAA GGCTTTTGGA AGTCGTATTT GATTTGTTTT CCTTTACAGT 12240 GTTTACATTT AGGTGGGTGA TAATCAAGTG TAGCGAAGAC TTCGATATGG GTATCGTGCT 12300 GAATGGCTTT ATTTAAGGTG ATGTTTTTGT CTTTTATTCC GATGAGTAAT GTGGTATGAT 12360 TGATGTGTTC CATAAGATAC TTTCTAATGA GTTGTTTAGG CGCTTTTCAT TATAAGTCTT 12420 ATGGGACTTT TTTGATACTC AAAAAGCCCT ATAATCTCCA CAGTGGGATT TACCCACTAC 12480 AGAAATTATA GAGCCAGAAA AAACACTTTT GTTCACTAGC AGAAACTAGA GAGCAGAAGT 12540 GTTTTTCTGT TCAGATTTAC CCAAAACTGG GAAATATGGG GATAAGAATA GAGATGGCTT 12600 AGGAAGCCCC TTTTTGTGTG TAGACAGTAC GATGAACTTA TAACAAATAG TGAGCCTTTT 12660 TAGCAATCAT TGCGACCCGT TTGTCAAAAG CCTCTTTTCG GATATCTACA ATTGTCTGAT 12720 AGATGAGACG CTGTTGGCTA ACATGCAAAT CTAAGGCAAT CGTCAAAAAG TGATGTTTCC 12780 CTTTGGGATA CTGCTTTTTA ACGTAAGGCA GGTATTCTTT CGTTGTAATA ATAATCAATG 12840 GCTCTGTCAA ATGCTCCTCT GAAGGAGGAG GACTAATTAG AATATTGTAT CCTGTAACAG 12900 AGGCAACTTT GTCAGTAAAA TTCCGTAAAA TAATGGACTT TATTAAGTTT ACATCTGCTT 12960 GATTATTTAA AATGATAAAA ATCGGGATAG CAGGTAGTGA GGAAAAGATG GTTTCTGTCA 13020 AGTAGAGTGA GAAAAGGTAC AGCCGATGCT GGTCGATAAC TCCTTCAATC TTCTGCTCAG 13080 TCATCCACTC TTGAACAATT GCTTTCGAAA TATGATACAG TGGCTTGTCG CTTTCAATCC 13140 CATAATGTTC GTAATAATTA TAATAGGGAA CTAGATTTTG TAAACCAAAC AAAAACGTTC 13200 TTGTTAAGAA AGTCAGTGCT GTTAAAAAAG AAAGAGAATT CGAAATGTCA TTTCCTAAGA 13260 TATTCTTGAA CTTGGATAGT AGATGCTTTC CTCTTGTATG CTGAAGAATC AGTTGAATAG 13320 TATGAGTCTT TTTTTCTTGA TTCCATTTGT CCTTGGAAAA CGAAGAATTA GCAGAACAAT 13380 AAACCAAAAA GATATAATCC AGTTCTTCCT GAGTAAAAGT CATGTTGGCA TGTGGCTCTA 13440 AGTAAGTTTG GCAATGTTCC ATCAAAATCG GATACATAAA GAGGTTTTTT AATTTTTCAA 13500 ACTCTTTGGA CTCAGGGAAC TCAAGTGGAA ATTCCCGACG TTTCCAAGTG AGTGCCACTA 13560 GTATGCTAAA ATGAACATAC TCGTCAGGTG TGATTTCTAA CAGTTCATGA CTGAGTTGAG 13620 AATTAGACTG CACAATCATA TGTGTGACCC AATCCATACT TCCATCATTC AAATCATAAA 13680 TCTCAATACC AAAATGAAAC TGGAGGAGTG CAATTAAAAA ACGAATGCGA TATTCAGGAC 13740 CAACTACTTG ATTTTTCACA AGGTCCAAAC CTACTGAACG TAGTAACAAG CCACACTTTT 13800 GTCGTACGCG GTAGCCTGTT GCGATGGAAA TATACTCTTT TTGTGTAAAT TCGTTAAAGC 13860 TTTGATTACC TTGTAGTAGA AAGAAGCGGA GTATTTTTAA AATAGTTGAT TGGTTATAAA 13920 GCTGATGGAA GTAATAATTC GTTTGATGAG AATGGTGTTC GATTAATTGA ACTTGTTGCG 13980 TATCTAAATT AAATGTCAAC TCTTCCTCGA ATGTTTCTTG TAATTCCTGC AAAATGCTTA 14040 GGAGACTTTT AGATTGTAAT GAAGTTAAAG TAGACAGTTC ATCTAGTTCA ATAGACCGAA 14100 TATCCAATAA TATATTTAAA ATGGTAATTT TATCTGTAAT TCTTTTTTCA ATGTATTTGT 14160 TTAGCATAGT TACCGAATCT TAGTTGCATA TAGATAATTT TAATTATTAT AATACAAAAG 14220 AAACTAATTG TCTTGTCAAA AAGGTTGTGG AATTTCCGAC TTTATTGATA AAACAGCATG 14280 TAATAAAAGG CATTTTAAAG ATAGTAATGA GTATTGGTGG AGTTTTATGG CTTATTTTTT 14340 TTATTAGAAA ATATTTTTTT ATCAAATATT GTCGTTCTAT AAAAAAATAT GTGATAAAAA 14400 TATCTATTGT GATGGAAGTT GTTTTAATTT ATACTAGGAT AGTTAATAGT AATACTATAC 14460 TATACTATAT TGTATACAAG TGTGTCATTG CCAGGTTGAG AAGATAGCTA TAACGCACTT 14520 TTATACGCTT TTGCTACGTT TGTTAGTGAA CGGATTAACT CAGTGAGATA AATTTTATCA 14580 GAACATAAGT AATCCGTTTC TTCGTGTATA CAGATTGAAA GTACCTATGA ATCATAGAAG 14640 GATTAACTTG TTCTATGAAT AATGCTTAAC AGGGAGACAC ACATGAAAAA AGTAAGAAAG 14700 ATATTTCAGA AGGCAGTTGC AGGACTGTGC TGTATATCTC AGTTGACAGC TTTTTCTTCG 14760 ATAGTTGCTT TAGCAGAAAC GCCTGAAACC AGTCCAGCGA TAGGAAAAGT AGTGATTAAG 14820 GAGACAGGCG AAGGAGGAGC GCTTCTAGGA GATGCCGTCT TTGAGTTGAA AAACAATACG 14880 GATGGCACAA CTGTTTCGCA AAGGACAGAG GCGCAAACAG GAGAAGCGAT ATTTTCAAAC 14940 ATAAAACCTG GGACATACAC CTTGACAGAA GCCCAACCTC CAGTTGGTTA TAAACCCTCT 15000 ACTAAACAAT GGACTGTTGA AGTTGAGAAG AATGGTCGGA CGACTGTCCA AGGTGAACAG 15060 GTAGAAAATC GAGAAGAGGC TCTATCTGAC CAGTATCCAC AAACAGGGAC TTATCCAGAT 15120 GTTCAAACAC CTTATCAGAT TATTAAGGTA GATGGTTCGG AAAAAAACGG ACAGCACAAG 15180 GCGTTGAATC CGAATCCATA TGAACGTGTG ATTCCAGAAG GTACACTTTC AAAGAGAATT 15240 TATCAAGTGA ATAATTTGGA TGATAACCAA TATGGAATCG AATTGACGGT TAGTGGGAAA 15300 ACAGTGTATG AACAAAAAGA TAAGTCTGTG CCGCTGGATG TCGTTATCTT GCTCGATAAC 15360 TCAAATAGTA TGAGTAACAT TCGAAACAAG AATGCTCGAC GTGCGGAAAG AGCTGGTGAG 15420 GCGACACGTT CTCTTATTGA TAAAATTACA TCTGATTCAG AAAATAGGGT AGCGCTTGTG 15480 ACTTATGCTT CCACTATCTT TGATGGGACC GAGTTTACAG TAGAAAAAGG GGTAGCAGAT 15540 AAAAACGGAA AGCGATTGAA TGATTCTCTT TTTTGGAATT ATGATCAGAC GAGTTTTACA 15600 ACCAATACCA AAGATTATAG TTATTTAAAG CTGACTAATG ATAAGAATGA CATTGTAGAA 15660 TTAAAAAATA AGGTACCTAC CGAGGCAGAA GACCATGATG GAAATAGATT GATGTACCAA 15720 TTCGGTGCCA CTTTTACTCA GAAAGCTTTG ATGAAGGCAG ATGAGATTTT GACACAACAA 15780 GCGAGACAAA ATAGTCAAAA AGTCATTTTC CATATTACGG ATGGTGTCCC AACTATGTCG 15840 TATCCGATTA ATTTTAATCA TGCTACGTTT GCTCCATCAT ATCAAAATCA ACTAAATGCA 15900 TTTTTTAGTA AATCTCCTAA TAAAGATGGA ATACTATTAA GTGATTTTAT TACGCAAGCA 15960 ACTAGTGGAG AACATACAAT TGTACGCGGA GATGGGCAAA GTTACCAGAT GTTTACAGAT 16020 AAGACAGTTT ATGAAAAAGG TGCTCCTGCA GCTTTCCCAG TTAAACCTGA AAAATATTCT 16080 GAAATGAAGG CGGCTGGTTA TGCAGTTATA GGCGATCCAA TTAATGGTGG ATATATTTGG 16140 CTTAATTGGA GAGAGAGTAT TCTGGCTTAT CCGTTTAATT CTAATACTGC TAAAATTACC 16200 AATCATGGTG ACCCTACAAG ATGGTACTAT AACGGGAATA TTGCTCCTGA TGGGTATGAT 16260 GTCTTTACGG TAGGTATTGG TATTAACGGA GATCCTGGTA CGGATGAAGC AACGGCTACT 16320 AGTTTTATGC AAAGTATTTC TAGTAAACCT GAAAACTATA CCAATGTTAC TGACACGACA 16380 AAAATATTGG AACAGTTGAA TCGTTATTTC CACACCATCG TAACTGAAAA GAAATCAATT 16440 GAGAATGGTA CGATTACAGA TCCGATGGGT GAGTTAATTG ATTTGCAATT GGGCACAGAT 16500 GGAAGATTTG ATCCAGCAGA TTACACTTTA ACTGCAAACG ATGGTAGTCG CTTGGAGAAT 16560 GGACAAGCTG TAGGTGGTCC ACAAAATGAT GGTGGTTTGT TAAAAAATGC AAAAGTGCTC 16620 TATGATACGA CTGAGAAAAG GATTCGTGTA ACAGGTCTGT ACCTTGGAAC GGATGAAAAA 16680 GTTACGTTGA CCTACAATGT TCGTTTGAAT GATGAGTTTG TAAGCAATAA ATTTTATGAT 16740 ACCAATGGTC GAACAACCTT ACATCCTAAG GAAGTAGAAC AGAACACAGT GCGCGACTTC 16800 CCGATTCCTA AGATTCGTGA TGTGCGGAAG TATCCAGAAA TCACAATTTC AAAAGAGAAA 16860 AAACTTGGTG ACATTGAGTT TATTAAGGTC AATAAAAATG ATAAAAAACC ACTGAGAGGT 16920 GCGGTCTTTA GTCTTCAAAA ACAACATCCG GATTATCCAG ATATTTATGG AGCTATTGAT 16980 CAAAATGGCA CTTATCAAAA TGTGAGAACA GGTGAAGATG GTAAGTTGAC CTTTAAAAAT 17040 CTGTCAGATG GGAAATATCG ATTATTTGAA AATTCTGAAC CAGCTGGTTA TAAACCCGTT 17100 CAAAATAAGC CTATCGTTGC CTTCCAAATA GTAAATGGAG AAGTCAGAGA TGTGACTTCA 17160 ATCGTTCCAC AAGATATACC AGCGGGTTAC GAGTTTACGA ATGATAAGCA CTATATTACC 17220 AATGAACCTA TTCCTCCAAA GAGAGAATAT CCTCGAACTG GTGGTATCGG AATGTTGCCA 17280 TTCTATCTGA TAGGTTGCAT GATGATGGGA GGAGTTCTAT TATACACACG GAAACATCCG 17340 TAAAGTGTAG AAATGATAAT ATCTATGTTC TGAACGATAC TTTTAAGAAG TAGCACTCAA 17400 GAAGAGATTT AAGTTTACTT GGTGAAACCT GTTTTATTCG TAAGTAAACT ATCATTGAAA 17460 GGGGAGATGT TTTCGAAAAC TTGCACAGAA AAAGGATTAT TATTGTCATG TGTAATTCAT 17520 TACATTGCTC ACAGTTGATT TTAAGAGATA TGAATAAGGA GAAATCATGA AATCAATCAA 17580 CAAATTTTTA ACAATGCTTG CTGCCTTATT ACTGACAGCG AGTAGCCTGT TTTCAGCTGC 17640 AACAGTTTTT GCGGCTGGGA CGACAACAAC ATCTGTTACC GTTCATAAAC TATTGGCAAC 17700 AGATGGGGAT ATGGATAAAA TTGCAAATGA GTTAGAAACA GGTAACTATG CTGGTAATAA 17760 AGTGGGTGTT CTACCTGCAA ATGCAAAAGA AATTGCCGGT GTTATGTTCG TTTGGACAAA 17820 TACTAATAAT GAAATTATTG ATGAAAATGG CCAAACTCTA GGAGTGAATA TTGATCCACA 17880 AACATTTAAA CTCTCAGGGG CAATGCCGGC AACTGCAATG AAAAAATTAA CAGAAGCTGA 17940 AGGAGCTAAA TTTAACACGG CAAATTTACC AGCTGCTAAG TATAAAATTT ATGAAATTCA 18000 CAGTTTATCA ACTTATGTCG GTGAAGATGG AGCAACCTTA ACAGGTTCTA AAGCAGTTCC 18060 AATTGAAATT GAATTACCAT TGAACGATGT TGTGGATGCG CATGTGTATC CAAAAAATAC 18120 AGAAGCAAAG CCAAAAATTG ATAAAGATTT CAAAGGTAAA GCAAATCCAG ATACACCACG 18180 TGTAGATAAA GATACACCTG TGAACCACCA AGTTGGAGAT GTTGTAGAGT ACGAAATTGT 18240 TACAAAAATT CCAGCACTTG CTAATTATGC AACAGCAAAC TGGAGCGATA GAATGACTGA 18300 AGGTTTGGCA TTCAACAAAG GTACAGTGAA AGTAACTGTT GATGATGTTG CACTTGAAGC 18360 AGGTGATTAT GCTCTAACAG AAGTAGCAAC TGGTTTTGAT TTGAAATTAA CAGATGCTGG 18420 TTTAGCTAAA GTGAATGACC AAAACGCTGA AAAAACTGTG AAAATCACTT ATTCGGCAAC 18480 ATTGAATGAC AAAGCAATTG TAGAAGTACC AGAATCTAAT GATGTAACAT TTAACTATGG 18540 TAATAATCCA GATCACGGGA ATACTCCAAA GCCGAATAAG CCAAATGAAA ACGGCGATTT 18600 GACATTGACC AAGACATGGG TTGATGCTAC AGGTGCACCA ATTCCGGCTG GAGCTGAAGC 18660 AACGTTCGAT TTGGTTAATG CTCAGACTGG TAAAGTTGTA CAAACTGTAA CTTTGACAAC 18720 AGACAAAAAT ACAGTTACTG TTAACGGATT GGATAAAAAT ACAGAATATA AATTCGTTGA 18780 ACGTAGTATA AAAGGGTATT CAGCAGATTA TCAAGAAATC ACTACAGCTG GAGAAATTGC 18840 TGTCAAGAAC TGGAAAGACG AAAATCCAAA ACCACTTGAT CCAACAGAGC CAAAAGTTGT 18900 TACATATGGT AAAAAGTTTG TCAAAGTTAA TGATAAAGAT AATCGTTTAG CTGGGGCAGA 18960 ATTTGTAATT GCAAATGCTG ATAATGCTGG TCAATATTTA GCACGTAAAG CAGATAAAGT 19020 GAGTCAAGAA GAGAAGCAGT TGGTTGTTAC AACAAAGGAT GCTTTAGATA GAGCAGTTGC 19080 TGCTTATAAC GCTCTTACTG CACAACAACA AACTCAGCAA GAAAAAGAGA AAGTTGACAA 19140 AGCTCAAGCT GCTTATAATG CTGCTGTGAT TGCTGCCAAC AATGCATTTG AATGGGTGGC 19200 AGATAAGGAC AATGAAAATG TTGTGAAATT AGTTTCTGAT GCACAAGGTC GCTTTGAAAT 19260 TACAGGCCTT CTTGCAGGTA CATATTACTT AGAAGAAACA AAACAGCCTG CTGGTTATGC 19320 ATTACTAACT AGCCGTCAGA AATTTGAAGT CACTGCAACT TCTTATTCAG CGACTGGACA 19380 AGGCATTGAG TATACTGCTG GTTCAGGTAA AGATGACGCT ACAAAAGTAG TCAACAAAAA 19440 AATCACTATC CCACAAACGG GTGGTATTGG TACAATTATC TTTGCTGTAG CGGGGGCTGC 19500 GATTATGGGT ATTGCAGTGT ACGCATATGT TAAAAACAAC AAAGATGAGG ATCAACTTGC 19560 TTAAGTAAGA GAGAAAGGAG CCATTGATGA CAATGCAGAA AATGCAGAAA ATGATTAGTC 19620 GTATCTTCTT TGTTATGGCT CTGTGTTTTT CTCTTGTATG GGGTGCACAT GCAGTCCAAG 19680 CGCAAGAAGA TCACACGTTG GTCTTGCAAT TGGAGAACTA TCAGGAGGTG GTTAGTCAAT 19740 TGCCATCTCG TGATGGTCAT CGGTTGCAAG TATGGAAGTT GGATGATTCG TATTCCTATG 19800 ATGATCGGGT GCAAATTGTA AGAGACTTGC ATTCGTGGGA TGAGAATAAA CTTTCTTCTT 19860 TCAAAAAGAC TTCGTTTGAG ATGACCTTCC TTGAGAATCA GATTGAAGTA TCTCATATTC 19920 CAAATGGTCT TTACTATGTT CGCTCTATTA TCCAGACGGA TGCGGTTTCT TATCCAGCTG 19980 AATTTCTTTT TGAAATGACA GATCAAACGG TAGAGCCTTT GGTCATTGTA GCGAAAAAAA 20040 CAGATACAAT GACAACAAAG GTGAAGCTGA TAAAGGTGGA TCAAGACCAC AATCGCTTGG 20100 AGGGTGTCGG CTTTAAATTG GTATCAGTAG CAAGAGATGT TTCTGAAAAA GAGGTTCCCT 20160 TGATTGGAGA ATACCGTTAC AGTTCTTCTG GTCAAGTAGG GAGAACTCTC TATACTGATA 20220 AAAATGGAGA GATTTTTGTG ACAAATCTTC CTCTTGGGAA CTATCGTTTC AAGGAGGTGG 20280 AGCCACTGGC AGGCTATGCT GTTACGACGC TGGATACGGA TGTCCAGCTG GTAGATCATC 20340 AGCTGGTGAC GATTACGGTT GTCAATCAGA AATTACCACG TGGCAATGTT GACTTTATGA 20400 AGGTGGATGG TCGGACCAAT ACCTCTCTTC AAGGGGCAAT GTTCAAAGTC ATGAAAGAAG 20460 AAAGCGGACA CTATACTCCT GTTCTTCAAA ATGGTAAGGA AGTAGTTGTA ACATCAGGGA 20520 AAGATGGTCG TTTCCGAGTG GAAGGTCTAG AGTATGGGAC ATACTATTTA TGGGAGCTCC 20580 AAGCTCCAAC TGGTTATGTT CAATTAACAT CGCCTGTTTC CTTTACAATC GGGAAAGATA 20640 CTCGTAAGGA ACTGGTAACA GTGGTTAAAA ATAACAAGCG ACCACGGATT GATGTGCCAG 20700 ATACAGGGGA AGAAACCCTT GTATATCTTG ATGCTTGTTG CCATTTTGTT GTTTGGTAGT 20760 GGTTATTGTC TTACGAAAAA ACCAAATAAC TGATATTCAA TGTACATCAT TATGAATAGG 20820 ATAGCAGGCT GAAGGGAAGA CCAGAGTACT CTGAGGTGAT GTTAATCAGG AATCATGGTG 20880 ATGTGGCATG AATCATCAAT AACGGATATG AGGCTGGGCA GATTGTGCCA GCCTCATTGT 20940 GGGTTATTGT TTGTAAAACG ATAGGACTGG TCTGGTAATC ATTTTA 20986 (2) INFORMATION FOR SEQ ID NO : 55 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 21040 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 55 : CCCAGCAAAA AGCCATCCGA AGATGACTTT TTTGCTATTT AATTTCTGTA TAAGTTACTT 60 CCAAGCCACG CTTAACAGCT GGACGATTGG CAATTTTTTC TGCCCATTTT ACTAGATTTT 120 GATAACTTGA GGCATCCAAG AATTTTGCAG AACCTTGGTA AAGATTTCCT TGAACTAACT 180 GTCCATACCA AGACCAGATA GCAATATCTG CAATCGTATA GTCATTGCCT GCAATATAAG 240 GTTTCTGAGC CAATTCCTTA TCCAATAAAT CCAACTGGCG TTTCACTTCC ATCGTAAAAC 300 GGTTAATAGG ATATTCCAAT TTTTCAGGAG CATAATTGAA GAAATGTCCA AATCCCCCAC 360 CTAGAAAAGG TGCTGCACCT GCTTGCCAGA ATAGCCAATT CAAAACTTCT ACCTTTTCCA 420 CAGGATTACT TGGTAAAAAG GCTCCAAATT TCTCAGCAAG GTAAAGAAGA ATATGAGCAG 480 ACTCAAAGAC TCTTACGTTT TCAGTACCTG ACTGGTCCAA TAAGGCTGGA ATCTTGGAAT 540 TTGGATTGAG CTTCACAAAG TCTGATCCGA ATTGATCCCC ATCCATGATA GCAATCTTAT 600 ACAAGTCGTA AGCCGCTTCC TTAAAACCAG CTTCTAGTAA TTCTTCCAAT AAGATAGTAA 660 CCTTCACACC ATTTGGTGTT CCCAGTGAAT AAAGCTGAAA AGCTTGTTCT CCTTTTGGCA 720 AGTTTTGTTC GAAACGGGCA CCTGCTGTTG GTCTGTTTAG CCCCGTAAAA GCTCCTTGAT 780 TACTAGCTTC ATCCTGCCAT ACGGTCGGTA ATTGATATGC TGACATCCGA AACCTCCCTT 840 AAATCGCATT CTTGTCAAAA CCGAGTTTGC GTTGAATAAA CTTAACGATT TCGACGATGA 900 TAATCATTGA GAAGCTTCCA GCCATAACAA TTCCCCATTG TGACAAGTCT AGTTTGGTTA 960 CGTGGAAGAT TCCTTCAAGC GGTTCTACAA CGATTGTTGC CATGAGAAGG ATAAAGGATA 1020 CCAAGATGGA CCAGTTAAAG GTCTTAGACT TGAATGGGCC AACTGTCAAG ATGGATTGGT 1080 AGACAGACTT GACATTGTAG GCATGGAAGA GCTGAATCAA ACCAAGGGTT GCAAAGGCCA 1140 TCGTTAGGGC ATCTGCATGA ATAGCATGAT TGTCACCCAC ATGAACTGGG TAAGCAATCG 1200 CAAGGCCATA AACACTCATA ACAAGAGCTG CTTGGAGTAC ACCTTGATAA ATGATAGAAC 1260 TCAAAACACC ACCTGAGAAG AAGCTTGCCT TGCGTCCACG TGGTTTATGA TTCATGACAC 1320 CAGGTTCCGC AGGTTCAACA CCAAGAGCGA TAGCTGGGAA GGTATCCGTT ACCAAGTTGA 1380 TCCACAAAAG ATGAACCGGC TGTAAGACAT CCCAACCAAA CAAGGTTGAT AGGAAGATGG 1440 TTAATACTTC AGCAGTATTA GCAGAAAGTA GGTACTGAAT AGTCTTTTGA ATGTTTGAGA 1500 AGACCTTACG TCCTTCTTCC ACTGCGACGA TAATAGTCGC AAAGTTATCA TCTGCAAGAA 1560 TCATATCAGA AGCCCCCTTA GAAACCTCTG TACCAGTGAT TCCCATACCG ATACCGATAT 1620 CGGCTGTTTT CAGAGCTGGC GCGTCATTGA CACCGTCACC TGTCATGGCA ACGACTTTAC 1680 CTTGTTTTTG CCAAGCCTTG ACGATACGAA CCTTGTGTTC TGGAGACACA CGGGCATAAA 1740 CAGAGTATTG ACCAACGACT TTTTCAAATT CTTCATCTGA CAGTTCATTG AGTTCAGCAC 1800 CAGTTAAAAC GTGACCTTCT GTATCGTTTG CGTCAATGAT TCCCAAACGT TTGGCAATGG 1860 CTTCCGCTGT GTCTTGGTGG TCACCTGTAA TCATAATTGG ACGGATTCCC GCTTCCTTAG 1920 CCACACGAAC AGCCTCAGCG GCTTCAGGAC GTTCAGGGTC AATCATCCCA ATCAAACCAG 1980 TAAAAATTAA ATCATTTTCA AGCTCTTCAG AAGTGAGATT TTCTGGAATA CTATCGATAA 2040 TCTTATAAGC ACCTGCAAGG ACACGCAAGG CTTGATGAGC CATTTCAGAA TTGTTTGTAC 2100 GAATGAGATT TGTAACCTTC TCATCAATCG GAGCAATATC CCCAGCCTTA TCACGAAGAA 2160 GACAACGTTT TAAGAGTTGG TCTGGCGCAC CCTTGACTGC TACAAGGAAA CGACCATCTG 2220 GCAATGGGTG AACTGTTGAC ATGAGCTTAC GGTCAGAGTC AAATGGCAAT TCAGCTACAC 2280 GAGGATATTT CTCTAAGAAA CCTTTGACAT CATAGCCCTT GTCCAAGGCA TATTGGATAA 2340 AGGCTGTTTC GGTTGGGTCA CCAATCAAGT TACCTTCCAC ATCGATTTTC GTATCATTGG 2400 CCAAGACAAC TGAACGAAGT AGTGGCATTT CAAGACCTAG TTCAATATCA TCAGCTGAGT 2460 CATGTAGAAC CGCATCGTAG AAGACTTTTT CGACTGTCAT CTTGTTCATA GTCAGCGTAC 2520 CAGTCTTATC AGAAGCGATG ATTTCAGTTG AACCAAGTGT TTCAACTGCT GGCAACTTAC 2580 GAACGATGGA ATGTCGTTTG GCCAAAACTT GAGTACCAAG AGAAAGAACG ATGGTAACGA 2640 TAGCAGGAAG TCCTTCTGGA ATGGCTGCAA CGGCAAGGGC AACAGAAGTC AACAACTCAC 2700 CAAGTGGATT TTTCCCTTGA ATGAAGACAC CCACTACAAA AGTAACAAGG GCAATGACCA 2760 AGATAGCATA GGTCAAGACC TTAGAAAGGT TGTTCAAATT TTGTTTGAGT GGTGTATCAG 2820 TCTCATCCGC ATCTTGAAGC ATACCAGCAA TATGACCAAC TTCAGTGTAC ATACCTGTAT 2880 TGACAACAAC ACCCATCCCA CGACCATAGG TTACGTTTGA GTTTTGGAAG GCCATGTTGA 2940 CACGGTCACC AATACCAGCA TCTGTCGCAA GCTCGACTGA CAAGTCTTTT TCGACTGGTA 3000 CAGATTCACC TGTCAAGGCT GCTTCTTCAA TTTTAAGAGA GTTGGCTTCT ATCAAACGTA 3060 GGTCCGCTGG TACCACGTCA CCTGCTTCAA GGGCAACGAT ATCGCCTGGT ACCAATTCTT 3120 TAGAGTCAAT CTCTGCCATG TGTCCATCAC GAAGAACGCG GGCAACTGGA CTAGACATGG 3180 ATTTGAGGGC TTCAATAGCT TCTTCAGCTT TTCCTTCTTG GTAAACACCA AAGGCAGCGT 3240 TGATGATAAC CACAGCTAGG ATGATAATGG CATCTGCGAT ATCTTCCCCA CCAGAAGTCA 3300 CGACTGACAA GATTGctGCC GCAACTAGGA TGATAATCAT CAAATCCTTA AATTGCTCGA 3360 TGAATTTGAC CAAGATTGAT CGTTTCTCGC CTTCTTCGAG TTCATTGTGC CCAAATTCGG 3420 CAAGGCGCTT TTCCGCCTCA CTTGATGACA AACCTTGCTC GGTCGCATCC ACAGCCTGCA 3480 AGACCTCTTC AGGGCTCTGA GTATAAAACG CTTGGCGTTT TTGTTCTTTT GACATGTGTC 3540 TCCTCCTTGA CATTGTGTGC AAAACAGACT CTCTTTCTGT CATAGCTTTT CACGACAAAC 3600 AAAAAGAAAC CTGTTAATCA TAACAAGTCT CGCTGTTTAA GATAGGGCCG GAAAGCATAC 3660 TTTTCAGCAT AAAATTCGGA ATGACGACAC TATCACAGGT TTCTGCCAGC TACTCCCTTG 3720 AGTAGTACCA TTATACCAAA TTTTGGGGAG TTTTCAAAGA GTAAAAACTG CCTTATTTGA 3780 ATTTTTCCTT GAAAACCAGT ATAATGGTAG AATGCTATGT GACTAGAAAG GAAGTTGAAT 3840 GAAGCAATCT ATCTCAAATC TCAAGTTAGC TGAGCGTGGA GCCATTATCA G, RATTTCGAC 3900 CTATTTGATC TTGTCTGCAG CCAAATTAGC AGCTGGTCAT CTCCtTCATT CATCCAGTTT 3960 GGTGGCCGAT GGTTTTAATA ACGTATCGGA CATCATTGGA AATGTGGCCC TCTTAATCGG 4020 GATTCGGATG GCGCGCCACC TGCAGACCGT GACCACCGTT TTGGTCATTG GAAGATTGAA 4080 GATTTGGCAA GCTTGATCAC TTCTATCATC ATGTTCTATG TCGGTTTCGA TGTTCTAAGA 4140 GATACCATTC AAAAGATTCT CAGTCGGGAA GAAACGGTCA TTGATCCTCT TGGTGCAACT 4200 CTAGGAATCA TTTCTGCAGC GATTATGTTT GTGGTCTATC TCTACAATAC TCGCCTCAGT 4260 AAGAAATCCA ACTCCAATGC GCTGAAGGCA GCTGCTAAGG ACAATCTTTC TGACGCTGTT 4320 ACCTCACTTG GAACCGCCAT TGCCATCCTA GCTAGTAGTT TCAATTATCC GATTGTGGAT 4380 AAACTGGTTG CTATCATCAT CACTTTCTTT ATCTTGAAGA CTGCCTATGA TATCTTCATC 4440 GAGTCTTCCT TTAGTCTTTC AGATGGCTTT GACGACCGCC TGCTCGAGGA CTACCAAAAG 4500 GCTATCATGG AAATTCCCAA AATCAGCAAG GTCAAATCGC AAAGAGGTCG CACCTACGGT 4560 AGCAACATCT ACCTGGATAT TACACTAGAG ATGAATCCTG ACTTGTCTGT TTTTGAAAGC 4620 CATGAAATCG CGGATCAGGT CGAGTCTATG CTGGAGGAGC GTTTTGGCGT CTTTGATACC 4680 GATGTCCATA TCGAACCAGC ACCTATCCCT GAGGATGAAA TTTTAGACAA TGTCTATAAA 4740 AAATTGCTTA TGCGTGAACA ATTGATTGAC CAAGGAAACC AACTAGAAGA ACTCTTGACT 4800 GATGATTTTG TCTATATTCG CCAAGATGGA GAGCAGATGG ATAAAGAGGC TTATAAGACC 4860 AAAAAAGAGT TAAATTCTGC TATCAAGGAC ATTCAAATTA CTTCCATCAG TCAAAAAACC 4920 AAACTCATCT GCTATGAGTT AGATGGTATC ATCCATACCA GTATCTGGCG TCGCCACGAA 4980 ACCTGGCAAA ATATCTTTCA TCAAGAAACC AAAAAAGAAT AGAGAAATCC TTTCATGAGA 5040 CGGGATTTTT CTATTCTTTT ATACTCAATA AAAATCAAAG TGCAAATTAG GAAGCCGGTC 5100 ACAGGCTGTA CTTGAGTCGG CAATGTGAAG CCGACATAGT TTGCACTTTG ATTTTCGAAT 5160 AGTCTTAACT ATCAAATTCA CTGAGATACT CATAGCGTTC GTATTTTTCA AGGAGTGCTT 5220 CATTTTTCTC ATCCAATTCT TTTTGGAGAG TAGCCAGCTT ACCAAAGTCA GAGCCGTTAG 5280 CCTGCATTTC CTCTTCAATA GCAGCGATAC GTTTTTCCAA GGTTTCAATA TCACCTTCAA 5340 TACTTGCCCA CTCCTGCTTT TCTTGGTAGG TCATGCGTTT CTTGTCTTCT CGAACCTTGA 5400 CCACTTTTTC CTTTTCGGCC TTTTGCACTT GATTGGCCAT ATCTGTTTCA AAAGCTTTTT 5460 CATCAAGATA GTCGGTGTAA TGACCAAAGA AAGGACGAAT CTTGCCATCC TCAAAAGCGA 5520 GAATCTTGGT CGCTACCTTA TCCAAGAAAT AGCGGTCGTG ACTGACTGTT AAAACGGGAC 5580 CTGCAAAACC TTGCAAGAAA TTCTCTAAGA CTGTCAAAGT TGCAATATCT AGGTCATTGG 5640 TTGGCTCGTC TAAAAGAAGA ACATTTGGTT TTTCCAAAAG CAGTTTGAGG AGATAAAGAC 5700 GTTTTTTCTC ACCCCCTGAC AATTTCTCAA TCAAAGTCCC ATGCGTCGAA CGTGGGAAGA 5760 GGAATTGCTC CAGCAACTCA GCGATGGAAG TCGTAGAACC ACCACTGGTC TTGACCTCCT 5820 CTGCCACTTC CTGCAGGTAA TTGATCACAC GCTTGCTTTC ATCCAAACCC TCAATTTGTT 5880 GAGAGAAATA GGCGATGCGA ACAGTTTCCC CAATCACAAC TTGTCCTGCT GTCGGCTCAA 5940 GACTTCCTGC AATCAGGTTA AGTAGGGTTG ATTTTCCAAC ACCATTGTCC CCAACAATTC 6000 CAATACGGTC TTTAGCCTGA ACTAAGAGAT TAAAATTTTG CAAAATGGGC TTATTTTCAT6060 AGGCAAAGGA AACATCCTGA AACTCGATGA CTTTCTTCCC AATCCGACTG GTTTCAAAGT 6120 TCATAGTCAA GTCTGTCTCA GCACTACTGC CTGAAACTTC CTTTTTCAGA TCATGGAAAC 6180 GATTGATACG AGCTTGTTGC TTGGTCGCAC GCGCCTGCGG TTGTCTGCGC ATCCAGGCCA 6240 ATTCTTGTTT GTAGAGTTGT TCTTTTTTGT GAAGAAGAGC CGCGTCGCGC TCATCCTGTT 6300 CCGCCTTTAG GCGAACATAG TCCTGGTAAT TTCCCTGGTA CTCGGTCAAG CCTGCACGAT 6360 CCAACTCGAA AATCCGTGTT GACAAAGCGT CTAAGAAATA ACGATCGTGA GTGATAAAAA 6420 GGACGGTCTT CTTAGAATTT TTCAAAAAGA GGGTCAGCCA CTCAATAATC GCAATATCCA 6480 GATGGTTGGT CGGCTCATCC AAAAGCAAGA GGTCGTGGTT GCCAAGTAAG ACTTGTGCCA 6540 ACTGTACCCG TCTTCTCAGA CCACCTGACA ATTCCCCAAC AGGAGTAGAT AAGTCTTGAA 6600 TGCCCAATTT GCTAAGAACG GTCTTGACCT GACTTTCGAT TTCCCAAGCT TGGAGAGAGT 6660 CCATCTCTGC CATGACACGT TCCAAACGCG CCTGCTTGTC CTCACTATAG TCGAGCATAA 6720 TCAATTCATA CTCACGAATG AGCTGGATTT CCTTGAGTTC ACTAGATAGA ACCGTATCCA 6780 AAACTGTCTT TCTATCATCA AAATCAGGAT CCTGAGTCAA GTAACCAATC TGGTAATCAT 6840 TTTTAGCTGA AAAAGGACTG ACATCCCCAT CAAATCCAGA AACACCAGAA AGGACGTCCA 6900 AAAGGGTGGT CTTGCCAGTC CCATTGACAC CGATTAAACC AATTCTGTCT AAGTCATGGA 6960 TAATAAAGGA AATATCCCTA AAAACGGTCT TGTCACCAAC GGATTTACTT AGTTTTTCAA 7020 CGATAAAATC ACTCATTTTT TCTCCCTCAG GTAAGCATGG ATGGCTTCAC GATTATTCTC 7080 CAATTCTCCA TCGACAATGG CAAACTCAAT CTCTGTTAAA ATCTCTCCCA AGTCTGGGCC 7140 TGGCTGATAG CCATATTCCT TGATCAAAAT ACCGCCATTA ATCTGAATCT CTTTCTTGTC 7200 ATGGATAGTC AAGCTTTGGT ATTTTTCTGT GATGGCTTGT GGGTTGACTT CTTTTCCTTG 7260 AGCTTGACGA AGATTTTCAG CCTGTAAAAG CAAATCTATG TCAAAGCGAT AACAATCTCG 7320 CTTGCTCAAT TCTCCATTTT CACGCAGAGC CAAAATAATC AGCAAATCCT GAACTTGCTT 7380 GGCAAACTGG CGTGAGGTCT TCCAAGATTT CAAAAATGAC TGCGCATTTT CAATCTCCAA 7440 AGCCCATAGT AAAGCCGCCC AGGCTTGTTC AGAGGATTCA AAAGTAAAAT CAGTCTCCAA 7500 ATCAAACAGT CTGTTGAGCT TGTCCTGGCT AGATGCCATA TCAGGGAGAT AGTCATAAGC 7560 TTGACTCTCA ATCATGGAAG CCAAGCCCCT TCTCCAAAAT GGAGCCAGCA AGAGTTTATC 7620 AAACTCGACG AAGGTACGCT CTACAGAAAT TTTCTCCAAA AGCGGCGTCA AGGTCTTCAT 7680 AGCTTTAAAT GTTTCTGGCT CAAGTGCAAA ACCAAGACTA GCCTGAAAAC GGAAACCACG 7740 CATAATCCGT AAAGCATCTT CGTTGAAACG CTCACTAGCC ACTCCAACTG CTCGCAAGAC 7800 TTGCTTTTCC AAATCTTCTA AACCATGGAA CAAGTCAACG ATTTCTCCTG TCTCATCCAA 7860 GGCAAAGGCG TTGACTGTGA AATCACGGCG TTTGAGGTCT TCTTCTAGCG ATCGTACAAA 7920 GGAAACCGCA CTGGGTCTGC GATAGTCCAC ATAGACATCC TCTGTCCGAA AGGTTGTTAC 7980 CTCATACTCC TCATCCCCAT CTAAGACCAA GACGGTTCCA TGCTCGATTC CGATATCGGC 8040 TGTTCGCGGA AAAATCTGCT TGGTCTCTTC TGGATAAGAA GACGTCGCAA TATCCACATC 8100 GTGGATAGGG CTATGGAGAA GGGCATCTCG AACAGAGCCC CCAACAAAAT AAGCCTCAAA 8160 GCCTGCTTCT TTAATTTTTT CTAATACTGG TAAAGCCTTC TGAAATTCAG AAGGCATTTG 8220 CGTTAATCTC ATAATAAGTG TTCTAATCCA TAGACAAGCT CATGACGCTT GACAACTTCT 8280 TTAATTCCCA AATTGACTCC TGTCATGAAG GAGATGCGAT CATAGGAGTC ATGACGGAGG 8340 GTCAACCCTT CTCCCTGATT GCCAAAGATG ACTTCCTGAT GAGCTACCAA GCCTGGCAAA 8400 CGAACTGAGT GGATGCGCAT ACCATCAAAG TCAGCACCAC GAGCACCAGC AATCAGCTCT 8460 TCCTCATCTG CTGCACCTTG CTGAATTGAC TCTCGAACCT CTGCCATCAA CTCAGCTGTT 8520 TTAATGGCTG TTCCACTCGG AGCATCCTTT TTCTTGTCAT GATGGAGCTC AATAATCTCC 8580 ACATTTGGGA AATATTTGGC AGCCTGCGTC GCAAATTGCA TGAGTAAGAC AGCACCCAAG 8640 GCAAAGTTAG GGGCAATCAG GCCACCCAAG TCTTGGGCAC GAGAAAATTC TTTTAGCTCT 8700 GCAATTTCTT CACTCGTGAA ACCAGTCGTT CCAACTACTG GAGCAAAGCC ATTTTCAAGA 8760 GCAAAACGTG TATTTTCGTA GGCAACAGCT GGAGTAGTAA AATCTACCCA GACATCCGCT 8820 TCAAAACCAG CTAAATCAGC CTTATCCTTG AAAACAGGAA TACCCTGCCA TTCTGACTCA 8880 GACTCAAAAG GATCCAAAAC TGCCACCAAG TCCAAGTCTG GATCAGTCAA TACCATCTGA 8940 CAAGCAGCCT GGCCCATCTT TCCCTTAAAA CCGGCAATAA TTACTCGAAT ACTCATCTCT 9000 ACTCCTGTCT AAGATACAAA GTCCGTAAGA ACACAAAGTG AAAATAGGAA TTCCAATCAA 9060 GAAGTGTCTA CTTCTTGGAA GAACTATCTT TTTCACACAG GGTTCCAGGC GTGTTCAATT 9120 ATCAAGATAC AAAGGACCTT AGCTGCCTCT GAAAAATAGG GAATGGCACT GACTTTCCAC 9180 GAAAGGCAAG ACAGGCATCT TTTTTCAAGA GGCAGGTAGT CCGTGTTCAA TTTCTAAGAT 9240 ACAAGGCATC TTAACTAGCC TAGAAGCGCC AACTAAATCA CTGGAATATA ACCCAGAGCA 9300 ATACTTCCTG CTCCTAGGTG CGTTCCAATG ACACTACCAA ATGTAGCAAG TGAAACATCC 9360 GAACCCAAGC CAAAATCAAG CAAGTGcTGA CGCAATTCTT CAGCCTTTTC AGGAGCATTC 9420 CCATGAATGA CAATGACCCG GTATTGACCT GAAGCCGTTG TTTCCTTGAT AATTTCAATT 9480 AAGCGCTTGG TGGCCTTCTT TTCAGTACGA ACTTTTTCGT AAACTTCAAT CACACCTTGA 9540 TCGTTAAAAT AAAGGATTGG CTTAATGCTA AGCAAATTGC CCAAAATGGC AGCCCCATTT 9600 GAAAGGCGTC CACCTTTTAC CAAATGATCC AAGTCATCTA CCATGATAAA GGCTGACGTA 9660 CGGCTGATTT GAATGGCTAG CTTATCCTGA ATGCTGGCAA AATCATCGCC CTGATCACGC 9720 CAATTAAAGA CGCTTTCAAC CATGATGCCT AGGGGAGCAC TTGTAATCAA AGTGTCTGGG 9780 AAAGCAATGG TTAAGCCCTC ATAGTCATCG ACCATATACT GGATATTTTG GTAAAAACCT 9840 GAAATTCCAG AAGATAGGAA AAGCCCCAAG GCATGTGTAT AGCCTTGTTC TTTGAGCGAA 9900 GTTAAGATCT CATCTAACTT GGCAATACTT GGTTGACTGG TCTTAGGCAA TTCAGAAGCC 9960 TGAGCCATTT TTTGGTAAAA TTCCTCAGCA GACAGATTGA TGCCTTCGAC ATATTCCTCA 10020 CCATCAATAT TGACAGGAAT ATCCAAGACA AACAAGTCTT CTCTTTGCAA GATCTCTGCA 10080 CTGAGATAAG CAGAGGAATC TGTGAAAACA GCTAATTTCA TATTAGAACT CCAAATTAAT 10140 TCCTGGTAAG TCTAATGCAA TTTCAGTCAC TTCGTAAGTC AAACGATTGA GCATGTTCAA 10200 ACATGGACGA GCCAAGGTTT CCACCTCTTC TTGGTTCAAT TCACTTGGTT CATTGACAAT 10260 ACGGCCATCG ATATGGTTTA CTTGTGAGAT TGTTCCACTA ATGACAAACT TATCAAATAC 10320 AATCATAAAG CTCAAGATGA CAATCAAGGA AGTCACTTGA TTTTCTTGGT CATGTTGGAG 10380 CAATTGGAAA TTCACATCCA CCTTGGTTTC AGGAGCTCCA TTTTCATTTT CCCATTCAAA 10440 ATTACGCGCA TCAAAATGAT ACTGACTAAC AAATTCTTGT TCACGTTTAA GATTCATGTC 10500 TTTCTCCATC GGCTACAATA TTATAAGCTA TTGTACCATA ATTTTTTATT TTCATCTAGT 10560 TTTCTAGGAT TTAGTCAATC CCAATTTCAG CACGAACTAC ATCTGTGATG GTATCAACAT 10620 AGTAGTTTAC TTCTTCTGTT GTAGGCGCTT CTGCCATAAC ACGCAAGAGG GGTTCTGTTC 10680 CACTTGGACG AACAAGGATA CGGCCGTTCC CCGCCATTTC TTCTTCCATC TTCTCGATGA 10740 TGGCCTTGAT AGCTGGCACT TCCATGGCCT TTTCCTTCAT GACGTTTTCC ACTCGGATAT 10800 TAACTAATTT TTGTGGATAA ATCGTTACTT CTGCCGCCAA CTCTGATAAG CTCTTACCAG 10860 TTTCCTTCAT GATTTTAGTC AATTGAACTG CTGATAATTG ACCATCACCT GTGGTATTGT 10920 AATCCATCAA GATAACGTGA CCAGACTGTT CACCACCAAG GTTGTAGCCT GATTTTCTCA 10980 TTTCTTCAAC AACGTAGCGG TCACCAACTG CAGTAACTGC CTTGTTAATA CCTTCGCGAT 11040 TCAAGGCCTT GTGGAAACCA AGGTTAGACA TAACAGTTGT CACAATTGTA TTTTGAGCCA 11100 ATTGTCCTTT TTCAGAAAGG TATTTTCCGA TGATGTACAT AATCTTGTCA CCATCAACGA 11160 TGTCACCATT CTCATCAACA GCAATCAAGC GGTCACTGTC TCCATCAAAG GCCAAACCAA 11220 TAGCTGACCC ACTTTCTTTG ACCACTTCTT GAAGGGCTTC TGGATGTGTT GAACCAACAT 11280 TAAGGTTGAT GTTAAGACCG TCTGGTGTTT CCCCGATAAC CGTCAATTGG GCACCAAGGT 11340 CTGCAAAGAT TTGACGGGCA CTGGTAGAAG CTGCTCCATT AGCTGTATCC AAGGCAACCT 11400 TCATTCCATC AAGAGGAGTT CCAGTTGAAA CAAGGTATCC TTCATACTTA CGCArGCtTC 11460 TGGATAATCT ACCAAAATTC CTAAGCCTTC TGCACTTGGA CGAGGAAGAG TGTCTTCCTC 11520 AGCATCTAGC AAGGCTTCAA TTTCTGCTTC TTTTTCATCA TCTAGTTTGA AGCCATCACC 11580 GCCAAAGAAC TTGATTCCGT TATCAAGGGC TGGGTTGTGG CTAGCAGAAA TCATGACACC 11640 GGCACTTGCT CCTTCAGTTT CAACCAAGTA AGCTACTGCT GGTGTTGCAA GGACACCAAG 11700 TTTGTATACG TGAATCCCTA CTGAAAgGAG ACCTGCCACC AAGGCCGATT CCAACATTTC 11760 CCCTGAAATA CGTGTGTCAC GTCCTACAAA GACTTTCGGC GCTTCCGTTT CATGTTGACT 11820 AAGAACATAG CCTCCAAAAC GTCCTAGTTT AAAGGCTAAT TCTGGTGTTA GTTCTAGGTT 11880 AGCTTCTCCA CGGACTCCAT CAGTCCCAAA ATATTTACCC ATTGTTATAA AATCCTTTTC 11940 TATTTTTAAT TCGTTTTTGA ACTAGTTGCT TTCGTTGACG AAGATGTCTC CGATGAACTG 12000 CTTGTACTTG AATTTGATGT GCTTGAACTT GGTGCTACTG GTTTTGTAGT CACCTTCATT 12060 ATTGTATCAA ACGGAGTGAT AACTGCCGGT AAGACAACAC CATTGCGGTC GATTGCCTGC 12120 AAAGGTACTG AACCACTGTA ATTACCTGTT ATACGTTCGC TAGTTGGCAA AACAGCGATA 12180 ATCTTATCAA TTCTATCCAA TGTCTCTTGG TCACTCGTAA TAGACACTTC TTTATCTGAC 12240 ACCATGACAT TTTCAATTTG TACCCGACTA TCAATTTGAC TAGGGTCAAT CTCTGGTACA 12300 ATCTTTACCT TATCCTTCTG AGCCTTCTTA CCAATCTTGA CTGTAATTTT TTGCGGAGTC 12360 GCCACAGCGG TCAGCCCATT GGGTAAATCT TCAATGCTCA AAGGAACTTC AATCGTTCCA 12420 ACACCGGCAT CTGTTAGGTC AGCAGTAACC TTGAATTTAC GTGTACTTTC TTGCATTTCA 12480 CTAGCTAGCG ATAGGCGATT TGCACCAGTC AAGACCACTG ATACTTCTGA AGCAAAACCG 12540 CTAATAAAAT ACTTATCACT ATTATAGCGT ATGTCAATAG GGACATTTGT TACTGTATTA 12600 GTATAGGTTT CCGTTTTTAC CTGCCTAGCA CTGGTACTGT TTTGAAAATT CGTCGCCGTA 12660 GCATAGACAA ATAAGACACA AGCAAAAAAG AGTGAGGATA TGATATATAA ACTATTTTTT 12720 TTCATGTTTC CATCCTCCTA GCAATCGTTC TTTAAAACTA AGACCCACTT CCTCTTTTGG 12780 AAGTAAGATT TCACGTAATT CTGTTTCAAA TTCATCAAGT GTTAGGTTGT GCTTAAACCT 12840 TCCATTATAG GTTATCGAAA TTCCTCCCGT TTCCTCTGAT ACGACAAAAG TCAAGGCATC 12900 TGAGACTTCT GATAAACCGA TAGCCGCCCG GTGTCTGGTC CCAAATTCCT TGGAAATCCC 12960 TGTGTTTTTT GTCAAGGGCA GATAGGCAGA CGTCACAGCG ATACGTTCTT CTTTGATAAT13020 CACCGCACCA TCATGTAGGG GAGTGTTGGG AATAAAAATG TTAATGAGAA GTTCTGCAGA 13080 AATCTTAGCA TCCAAGGGAA TTCCTGTCGA AATATACTCC TGCAAGGTAC GTACACGCTG 13140 AATAGCAACC AAGGCCCCGA TTTTACGAGG ACTCATGTAT TCAACAGACT TAACAAAGGC 13200 ACGAATCATC TGTTCCTCAG CACTAATAGG GGCATTGGAA AAGAAATCTG TCGCTCTTCC 13260 CAAACGTTCC AAACCAGTCC GAATCTCTGG AGAGAAGATA ACAACCGCCG CAATAACCCC 13320 ATAAGTAATA ATTTGATTGA TTAACCAAGA AATCGTAGTC AAACCAATCA TATTTGCAAG 13380 GATTTGAGCT AAAATAAACA CCAAAACTCC ACGTACCAAA ATCATAATCT TGGTTCCTGC 13440 AATAGCTTTT GTAAAATGGT ATAAAATATA AGCAACAATC AAAATATCAA TCAGATTGAT 13500 AGCTATCGTC CATGGACTTG CAAACAAACT GGTCCAATAT TGCAGATTGG ATAATTGTTG 13560 AAAATTCATC CCTGATATCC TCCCTATCAA AACACTTTCG TCCTATTATA CCATTTTCTG 13620 GCATTTTTTT CCCTATCCTA GTCCATTTTA CATTGAACAA AAATATGATA AAATAAACTG 13680 ACTAAAAAAA ACAAAGGAGA AACTATGTCT CAACTCTATG ATATTACCAT TGTGGGTGGT 13740 GGTCCTGTCG GGCTTTTTGC AGCCTTTTAT GCCCACCTAC GCCAAGCCAA GGTTCAAATC 13800 ATCGACTCTC TTCCCCAGCT AGGTGGACAA CCTGCTATTC TCTACCCTGA AAAGGAAATC 13860 CTAGACGTAC CAGGCTTCCC AAACCTGACT GGAGAAGAGT TGACTAACCG CTTGATTGAA 13920 CAGCTAAATG GATTTGATAC CCCTATTCAT CTCAATGAAA CGGTTCTTGA GATTGACAAA 13980 CAAGAAGAAT TTGCCATCAC AACTTCTAAA GGAAGTCACC TGACTAAAAC AGTTATCATC 14040 GCTATGGGTG GCGGTGCCTT CAAACCACGT CCGCTGGAAC TTGAAGGGGT TGAGGGCTAT 14100 GAAAATATCC ACTACCACGT TTCTAACATT CAGCAATACG CTGGTAAGAA AGTGACGATT 14160 CTTGGTGGGG GAGACTCGGC TGTGGATTGG GCTTTGGCTT TTGAAAAAAT CGCACCAACT 14220 ACCCTTGTTC ACCGCAGAGA TAATTTCCGT GCCTTGGAAC ACAGTGTTCA AGCCTTGCAA 14280 GAATCATCTG TAACCATCAA GACACCATTC GCCCCTAGCC AACTCCTTGG AAATGGAAAA 14340 ACACTTGATA AACTTGAAAT CACAAAAGTC AAATCTGATG AAACTGAAAC CATTGACCTA 14400 GACCACCTCT TTGTCAACTA TGGTTTCAAA TCTTCTGTCG GTAACCTTAA AAACTGGGGG 14460 CTCGACCTCA ACCGTCACAA GATTATCGTC AACAGCAAAC AGGAATCCAG CCAAGCAGGT 14520 ATCTATGCTA TCGGTGACTG CTGCTACTAT GACGGAAAAA TTGATCTGAT TGCGACAGGC 14580 CTCGGAGAAG CTCCAACTGC TGTCAACAAC GCTATCAACT ACATTGACCC TGAACAAAAA 14640 GTACAACCAA AACACTCTAC TAGTTTATAA AAAAGAACCA CGAGTCACAT AGGATTCGTG 14700 GTTTTATAAT TCATCCGCTA TCTTATTGAT TTTTCTGAGT CTGTGATTGA CACCACTTTT 14760 GGTCAGAGGG GTGCTGAGAC TATCTGCTAA CTGCTGGATA GAGTAGTCTG GGTGCTGAAT 14820 CCTCAGTTGC GCCACTTCCT GCAAATCTAC TGGCAAATTT TCTAAGCCCA TGATATCTTT 14880 GATTTTACTG ATATTGTTAA TGGTCTTCAT GCTGGCAGAA ACTGTCCGAG CGATATTAGC 14940 TGTCTCGGCA TTATTAGCCC GATTGAGGTC GTTACGGGTT TCTCGCAAAA TCTTAACCCG 15000 CTCAAAATCA TCACGTGCCT GCATGGCTCC TATTACTATC AAGAAGTCCA TAATGTCTTC 15060 TGCTCGCTGG AGATAGGTCA CAGCCCCCTT CTTGCGCTCA AGCACCTTGG CATCCAGTAA 15120 AAACTGTTGG AGAAGGGAGG CAATTCCTTG CGCGTGGTCC AGATAAACAG AACTGATTTC 15180 CAACTGGTAC TTGCCTGACT CAGGGTCACG AATGCTCCCA TTTGCCAAGA AAGCGCCACA 15240 GAGATAGGCA CGACCTGCTT CCTCATCCGA TAAAATCGCC TCATCAATAC CTGTTTCCAG 15300 GCCAAAGAAA GAGTCTGCCA AGTGCAAATC ACTTAACAAA TCCTGCACCT TTTCATCTGT 15360 AAAAACGGTA TAGACGCGAT TCTTGCGAAG ATTGCTCCGT TGGTGGTGAC GAATTTCAGA 15420 TTTGATTTCA TAGAGATGGA GAAAGGACTC ATAGAGGTGA CGGGCCAGTT TGGCATTTTC 15480 TGTCACAACT GACAAAGTCA AGCCCGAAGT CGAGAGACCG ATGCTACCAG ACATTTTGAT 15540 AATGGCAGAT AATTCATGCC AGCTCAGATG GTGTTGGCCC AGGATTTCTT CTTTTACTGC 15600 TACTGTGAAA CTCATTTTTT CACCTGTATA ATGCGCATCA ACTCGTCCAC AATCAAATCT 15660 CCATCGTGGA AGGCACCGCC ATTTTCCAGA CGAAGGAAGT TAGATGAAAT CACGCGCGAA 15720 ACTTGCTTAC AAAGACCTAC AAAATCGTGT TCCACTTGCA CTAAGTATTC ATCAAAACGG 15780 TTGGAATTCA TGTATTCCTG AGGCACTTTT TCAATATTCA CCAAGACAGT GTCGATAAAA 15840 GGGCGACCAA GGTGACGATG CAAGACTTCC ACGTGGTCGC TATCTGTAAA GTGTTCCGTC 15900 TCCCCACGTT GGGTCATGAT ATTGCAGACA TAGGCAATTT CTGCCTTGGT TTCCAAAAGA 15960 GCCCGCCCAA TTTCCTTAAT CACGATATTG GGCAAAATAG AGGTAAAGAG GGAACCTGGC 16020 CCTAGGACAA TCATGTCACT TTCAAGGATG GTCTGCACTA CTCGACGGCT GGCCAGAGGC 16080 GTATCATCGT TTAGGGCATT GGTCACATAG ACATTGTCAA TTATGCCTCG ATGGTCTACA 16140 ATATGACTCT CTCCAGCCAC TTCTGTCCCA TCCTGAAAGA CTGCATGAAG GGTCAAAGGA 16200 TGGTCACTGG AAGGATAAAT TTTCCCTGTT GTATGGAAAA ATTTGCTCAA TAACTGCATG 16260 GCATTATAGG TTGAACCCTG CATTTCTGAC AAGCCAGCAA TGATGAGATT TCCCAATGGA 16320 TGGCCAGCAA AGGCTCCGGC ATCCTCAGAG AACCGATACT GAAAGACCTT CTCATAAAAC 16380 TTAGGCATAT CCGACATGGC CACAAGGACA TTACGAAGAT CACCTGGCGG TGTCAACTGT 16440 TGCATATTTT TTCGGAGTTC ACCTGAAGAA CCACCATCAT CTGCCACCGT CACGATAGCT 16500 GCGATTTCCA CATCTTTTTC CCGCAGACTT TTTAGAATGA CGGGACTTCC AGTCCCTCCA 16560 CCAATCACCG TTATCTTTGG TTTTCTCATG AACGGTTTAC CGTTTCCTTT CTGCGGTCTT 16620 TGTCGCGATG CCCTTCATTA ACAGACCAAT TCTTGGATAA GTCCTGCGCC AAGCGTTTAG 16680 CAAATGCCAC ACTACGGTGT TGTCCACCCG TACATCCCAT GGCAATGGTC AAAACGGACT 16740 TACCTTCCTT TTGGTAACTT GGCAGAATCG GCTCAATCAA GGCCAATAAA TGTTGATAAA 16800 AGTCTTCTGA CTCAGGATGG TTCATGACAT AATCATAAAC AGGTTCATCC ACACCCGTTT 16860 GGTTTCTCAG TTCTGGTAAA TAATAGGGAT TTGGCAAGAA ACGGACATCA AAGACCAAGT 16920 CCGCATCAAT CGGGATTCCA TACTTAAATC CGAAAGACAT GACTTCGATA CGGAAAGACT 16980 GGGCTTGTTC TTGGTCTGAA AACTGCTCTG CAAGGGTTTT GCGCAgCTCA CGTGGAGTGA 17040 GTTCAGTCGT ATCCACCACA TTTTGGCTCA TATTTTTCAA AGGTGCCAAG AGTTCACGTT 17100 CCAACTTGAT TCCATCTAAA ATACGACCGT CTGCTGCTAG TGGGTGACTC CGTCTGGTTT 17160 CCTTGTAACG AGCGACCAAT TCCTTATCAG CCGCATCCAA AAAGAGGATT TTGAAATCCA 17220 AACCATCTTG ATTTTCCAAC TCATCCAAAA CAGCTTGAAT CTCTGAAAAG AAAGAACGGC 17280 TACGCATATC CACTACCAAG GCCAACTTAG GATTGTCTTC CTTAATTTCA ACCAGCTGCA 17340 AAAACTTAGG CAAGAGAGCT GGCGGCATAT TATCAATGGT GAAATAACCT AGATCCTCGA 17400 AGGACTGAAT GGCTACAGTT TTCCCTGCGC CACTCATCCC TGTCACAATC ACCAAGTGAA 17460 GTTGTTTCTT TGTCATCTTT TTCTCCTTAT ATCAAAAGAA GTTTGGCAAC ACCAAACTTC 17520 AACTAGCTTA TCCAATCTCT GCGATGACTT CAATTTCGAC TTTTACATCA CGAGGAAGAC 17580 GAGCTACCTC CACAGCTGAA CGAGCTGGGA ATTCCTCTTT GAAGGCCGTT TGGTAAACCT 17640 CATTAAAAGG AACAAAGTCG TTCATATCGC TCAAGAAGCA AGTTGTTTTG ACAACATGGT 17700 CAAAGTCTGT TCCTGCTTCT GCCAAAATAG CACCGATGTT TTTCAAGACT TGCTCTGTCT 17760 GTTCTTGGAT ATTCTCTCCT ACAATTTCCC CAGTTTCAGG GGATAGGGGA ACTTGACCGC 17820 TAGCAAACAA AAGGTTGCCA ACGATTTTTC CTTGAACATA GGGTCCGATA GCCTTTGGGG 17880 CCTTATCTGT ATGAATTGTT TTTGCCATTT TCTTTTCCTC ACAATTTTTC TAAGATTGCA 17940 TCCCAAGCCT CATCCATCCC TGCCTTACTG ACAGATGAAA AGAGGATGAA ATCGTCACTC 18000 GGGTCAAAGT TTAATTTCTT TTTGATTGCT GATTCATGCT TGTTCCATTT ACCACGAGGA 18060 ATCTTGTCCG CCTTGGTCGC CACAATGATG ACTGGAATCT CATAATACTT GAGAAATTCG 18120 TACATCTGCA CATCATCTGC TGACGGGTCA TGACGAAGGT CAACTAGACT GACAACCGCA 18180 CGGAGATTTT CCCGAGTCGT TAAGTACTCC TCAATCATGC ACCCCCACTT TTCACGTTCC 18240 TTTTTAGAAA CACGAGCATA GCCATAACCA GGCACATCCA CAAAGCGCAT CTTGTCATCA 18300 ATGTTAAAAA AGTTCAGGAG CTGGGTTTTA CCAGGTTTTC CTGATGTACG GGCGAGATTC 18360 TTACGGTTCA ACATAGTGTT GATAAAGCTG GATTTACCAA CATTTGAACG CCCTGCTAGG 18420 GCAATCTCTG GCAGTTCATC CTGCGGATAG TGGGACTTAT TAGCTGCACT GAGCAAGATT 18480 TCAGCATTGT GTGTATTAAG TTCCATAGTC ACCTCTAGGC TGTTTCTAGG ATCGGTTTAT 18540 CCGTTCCATC TACAGTTTCT TTAGTGATGC GAACCAATTT CACATTTTCC TGACTCGGCA 18600 CCTCAAACAT GACATCTAGC ATGGTTTCTT CGATGATGGA GCGAAGTCCA CGCGCCCCTG 18660 TCTTCCGTTC GATTGCTTTA TTAGCAATCT CTTGAAGGGC TTCGTCGTCA AATTCCAACT 18720 CAACATCATC ATAAGAAAGC AAGGTTTGGT ATTGTTTCAC CAAGGCATTT CTTGGCTCTT 18780 TCAAGATGCG AACCAAGTCA TCAACGGTCA ATTGCTCAAG AGCCGCAAAA ACAGGCAAGC 18840 GTCCAATCAA CTCAGGGATA ATACCAAATT TTTGAATGTC TTCAGCGATG ATTTCTTGCA 18900 TGTATGAGCT GTTTTCGTCA ATCGCCTTAT TATTTTGACC AAATCCGATG ACTTTTTCAC 18960 CCAGACGTTG TTTGACAATT TCTTCAATAC CATCAAAAGC ACCACCCACG ATGAAGAGGA 19020 TATTTTTTGT ATCCACTTGA ATCATCTCTT GTTGTGGATG TTTGCGTCCA CCTTGAGGCG 19080 GTACGCTAGC AACAGTTCCC TCAATAATCT TGAGAAGGGC TTGTTGCACC CCTTCACCAG 19140 AAACATCACG TGTGATAGAC ACATTCTCAC TCTTCTTGGC AATCTTGTCA ATTTCATCCA 19200 CATAGATAAT GCCACGCTCT GCACGTTCGA TGTTAAAGTC AGCAACCTGC AAGAGTTTGA 19260 GGAGGATATT TTCCACATCC TCACCCACAT AACCAGCCTC CGTCAGAGCT GTCGCATCCG 19320 CAATAGCAAA AGGTACATTC AAGCTCTTAG CCAAGGTCTG GGCAAGGAAA GTTTTCCCTG 19380 AACCAGTTGG GCCAATCATC AAAATGTTTG ACTTCTGCAA ATCCACATCT TCTGACTCTT 19440 CGCGTGTATC GTGGAAATTG ATGCGTTTGT AGTGGTTATA AACCGCCACT GCCAAGGCAC 19500 GCTTGGCACG ATCTTGACCA ATTACATAGT GGTTCAAGAT ATGGAGGAGT TCAATTGGTT 19560 TTGGCACCTC AGACAAGTCT GCCAAGACTT CCTCAACCAA TTCTTCTCGA ATGATTTCCT 19620 GAGCTAACTC CACGCATTCA TTACAAATAA AAGCATTGTT GCCAGCAATT ATTTTTTGTA 19680 CTTCTTCTTG GTTTTTGCCA CAAAATGAGC AATAAACCAT CATATCATTT TTTCTATTTG 19740 TAGACATGAT TTCCTTCCAT TCTATACTGT CATTCTATCT AAAATAAGGT CATGTAAAAA 19800 GCATGAATAC TATTGACCAG ATTGGTAAAG GCATTTAACC AAAGGAGGAT AGAAAGCCCG 19860 TAACGCTTTT TACGAAAAGC TTGTGCTCCT GCCAGAAAGC AGATGAAACA CAGAAAAGCC 19920 GTGAATAGAC CAAATAAACT CCGTTCCATT AGACTTCCTT TCTCTTGCGG TATTGGATGG 19980 TAAAATCATA AGGATTCTTC TCATCTTTGG CGTAAAATTT GCTTGAAACT GTCTCAAAAA 20040 GAGACAAGTC AAGTTCTTCA GGGAAATAGG TATCTCCTTC CACCCGAGCA TGAATGTGAG 20100 TGACAATCAC TTCATCAAGG TAAGGTTCAA AAGCCTGAAA AATTTGCTTC CCACCGATAA 20160 TGTAGAGATT CTTTTCTTGA GCCTGATACC AGTCAAGAAC AGACTGGACG TCCTGAAAAG 20220 TAGCAACCCC ATCTATCTTT TCTTCCGGAT TACGCGTCAA AATCAAGGTT TCCCGTTTTG 20280 GAAGCAAGCG ACGCCCCATC CCATCAAAGG TCACACGCCC CATCAAGATA GCATGATTCA 20340 GAGTTGTTTC TTTAAAGTGC TGCAATTCTG CTGGCAAATG CCAAGGCAGA CGATTTTCCT 20400 TACCAATCAC ACCCTCTTCA TCCTGGGCCC AAATAGCTAC GATTTTCTTA GTCATGCTTC 20460 CATCCTTTTC ACTGATAGTA CTATTTTATC AAAAAACTCA AAAAAAGACT GGTTTGGAAT 20520 AGCTTACAAA ATAGAAAAAA TCTGTAAGAA ATTTCCTACA GATTTATCTA TGTTTCCTTA 20580 TTTCTTACAA ACCAGGTGCT TGTCCAAGTT CGGCTGCAAG CATCCAAATT GTTTTATCTG 20640 TTTCAGTTTT AGCGCCTGCA AAGATACCGT TTGTCACATC GTCACCTTCT TCATCAGTGA 20700 CATCCAAACC TTTTTGGAAA AGTTCTGACA AGTAACGGTA GATAACAAGA ACACGTTCCA 20760 AGCTTTCTTC AACATTACGG TATTCACCAG CTTCTTCTTC GATTTCACTA TTTTGAAGGA 20820 ACTCTGTCAA TGTAGAGAAT GGGCTTCCAC CGAGTGTAAT CAAGCGTTCA CTGATTTCAT 20880 CCAATTGACC GTCAAGAGCT TCCATGTACT CATCCATTTT TGGATGCCAT ACAAGGAAAC 20940 CACGACCATG CATATACCAG TGCACTTGGT GCAAAGCAAC GTGAGCTACA TACAAATCAG 21000 CAACAGCTTG GTTCAAGACT TCCTTTGTTT TTGCCAATGC 21040 (2) INFORMATION FOR SEQ ID NO : 56 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2387 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 56 : ATTCTTAATA CGATTAAAAG GCTTATTACT AAAAGAAAAT TTCAGTTAGA TGAACTAAAC 60 TTGCTCGTCA AATCCCGATT TAACGAGATG TTTGGGGAAA ATAAAATATT TGAAAGCATT 120 GATAACTTAT TTGATATTAT AGATGGTGAT AGGGGCAAAA ATTATCCTAA ATCAGATGAG 180 TTGTTTAGTG AGGAGTACTG TTTATTTTTA AATACAAAGA ATGTTACTAA AAACGGATTT 240 TCATTCGATA CAAAGCAATT TATCACTAAA ACAAAGGATA AATTACTTCG AAAAGGCAAA 300 CTTGAGCGTT ATGATATAGT CTTGACAACA AGAGGTACTG TTGGAAATGT AGCGTACTAC 360 GATGAATTAA TAAAATATAA ACATTTACGT ATAAATTCAG GTATGGTAAT ATTACGTCCC 420 AAGACACCAA ATCTAAATCA GAAATTTATT ATCCATGTTT TAAGGAATAA TAATTATAGT 480 CGAGTGATAT CAGGAAGTGC TCAGCCTCAG TTACCAATTA CAAAATTAAA AAAAATACTT 540 CTCCCCCTCC CCCCACTAGC CCTCCAAAAT GAGTTCGCAG ACTTTGTAGT CCAGGTCGAC 600 AAATCACAAT TGGCAATCCA AAAATCTCTG GAAGAACTTG AAACTTTGAA GAAATCTCTG 660 ATGCAGGAGT ATTTTGGCTG ATATTCTGCC ATTGTAATTA CGGTAATGAT TTGTTATAAT 720 ACTTCAAAGG AGGAAATCAG ATGGTAGTAA AAACAAGAAA ACAAGGAAAT TCAATCACCA 780 TTACGATTCC AAGTGAATTT AATATTCCAA GTGGTGTTAA ATACGAAGCG AAATTGTTAC 840 CAAGTGGTGA GATTATCTTT ACTCCTGAAG AATTGGGGCA GCAGGTTTCT TATGTATCTG 900 ATGATGCCTT TGACTTAAAT TTAGATAAAA TATTTGACGA ATACGACGAT GTTTTCAAAG 960 CTTTGGTGGA AAAATGACAA TCTATTTGAC AGAAAAGCAA ATTGAAAAAA TAAATGCTTT 1020 AGCAATTCAA CGGTATTCTC CAAATGAGAA AATTCAAACA GTTAGTCCTT CTGCCTTAAA 1080 TATGATTGTG AACTTACCAG AACAATTTGT CTTTGGGAAG CCTCTTTATC CAACAATTTT 1140 TGATAAAGCA ACGATACTAT TTGTCCAATT GATAAAGAAG CATGTTTTTG CTAATGCTAA 1200 TAAAAGAACT GCTTTCTTCG TTTTGGTCAA ATTTTTACAA TTAAACGGCT ATCGTTTTTC 1260 TGTAACGGTA GAAGAAGCAG TAAAAATGTG TGTAACCATC GCAGTAGAAG CTTTAACTGA 1320 TGAAAAAATG ACAAGCTACT CCAAATGGAT TTCTGAACAT TCTGTTAGAG AAAAGGTCAA 1380 AAAGTAACCT AGTATGCTGG ATTTGAATGA GCACAAGAAA ATAAATGAAC AGACAATATT 1440 AGAATTCTGT AATGCAGAAA CTGATATTGT CTCTTTTTAT TGATGAATAA GAAAGTGAGA 1500 AATTATGGAA TCAAAAGTTA CAATTATCAT GCAAGAAATG TTACCTCTTT TAAATAATGA 1560 ACAATTACTA GCGTTGAGAG AGAGTTTAGA ACATCATCTA GTAGACGGAA AAAAGCAGCA 1620 GAAGTATTCG AATAATAACC TGTTGCAACT ATTTATTACC GCCAAGCAGG TAGAGGGCTG 1680 TAGCTCAAAA ACAATTCGTT ATTATCAGAG GACGATTGAA AACTTGTTTA ATGCTATTAA 1740 AGAGTCTGTG ACACAACTCA CAACAGATGA TTTAAGGAGT TATTTAGCAA ATTACCAGTC 1800 TGAAAAGGAT TGTAGTAAGG CAAATTTAGA CAATATTAGG CGTATATTGT CTTCTTTTTT 1860 TGCTTGGCTT GAGCAAGAGG ATATATCATT AAAATTCCCA TTCGACGGAT ACAGAAAATT 1920 AAGACTGAGC AAAATGTGAA GGAAACTTAT ACTGATGAAC ATTTGGAAAT TATGCGTGAT 1980 AACTGTGAAA ATTTGAGAGA TTTGGCAATA ATAGACCTAC TAGCATCGAC AGGTATGCGT 2040 GTAGGGGAGC TTGTACAGTT GAATCGTTCA GATATTGATT TTGAAAACAG AGAGTGTGTT 2100 GTCTTTGGTA AAGGAAAGAA GGAGAGACCA GTATATTTTG ACGCTCGTAC GAAAATTCAT 2160 TTAAGAAATT ATCTTAACGA CAGAAAAGAT AGTCACCCTG CTCTTTTTGT AACGCTAGTT 2220 GGAAAAGTCC AGAGGCTTGG AATTGCTGGT GTAGAGATTC GCTTAAGAAA GTTAGGAGAC 2280 AAACTCGGCA TACAAAAGGT TCACCCACAT AAGTTCAGAA GAACTTTAGC GACTAAGGCA 2340 ATTGATAAAG GTATGCCTAT CGAACAAGTC CAAAAACTGC TAGGTCA 2387 (2) INFORMATION FOR SEQ ID NO : 57 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 10669 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 57 : ATATTAAAGC GACTTTCTGT GCGCTAGGGA AAAATGTTCC TGGGAATGAG GACTTGGTGA 60 AGAGGATAAA ATCTGAAGGT CATGTTGTTG GAAACCATAG CTGGAGCCAT CCGATTCTCT 120 CGCAACTCTC TCTTGATGAA GCTAAAAAGC AGATTACTGA TACTGAGGAT GTGCTAACTA 180 AAGTGCTGGG TTCTAGTTCT AAACTCATGC GTCCACCTTA TGGTGCTATT ACAGATGATA 240 TTCGCAATAG CTTGGATTTG AGCTTTATCA TGTGGGATGT GGATAGTCTG GACTGGAAGA 300 GTAAAAATGA AGCATCTATT TTGACAGAAA TTCAGTATCA AGTAGCTAAT GGCTCTATCG 360 TTTTGATGCA TGATATTCAC AGTCCGACAG TCAATGCCTT GCCAAGGGTC ATTGAGTATT 420 TGAAAAATCA AGGTTATACC TTTGTGACCA TACCAGAGAT GCTCAATACT CGCCTAAAAG 480 CTCATGAGCT GTACTATAGT CGTGATGAAT AAGCAAGAAA AAATAGGTCT GTTAGATATT 540 TGACAGACTT ATTTTTTACA GAATATAGTA CTACTTAAAA AATGTTTTAT GCTATAATTG 600 ATGAATAAAA TAGAAGGAGA AGCATATGAA TACCTATCAA TTAAATAATG GAGTAGAAAT 660 TCCAGTATTG GGATTTGGAA CTTTTAAGGC TAAGGATGGA GAAGAAGCCT ATCGTGCAGT 720 GTTAGAAGCC TTGAAGGCTG GTTATCGTCA TATTGATACG GCGGCGATTT ATCAGAATGA 780 AGAAAGTGTT GGTCAAGCAA TCAAAGATAG CGGAGTTCCA CGTGAAGAAA TGTTCGTAAC 840 TACCAAGCTT TGGAATAGTC AGCAAACCTA TGAGCAAACT CGTCAAGCTT TGGAAAAATC 900 TATAGAAAAA CTGGGCTTGG ATTATTTGGA TTTGTATTTG ATTCATTGGC CGAACCCAAA 960 ACCGCTCAGA GAAAATGACG CATGGAAAAC TCGCAATGCG GAAGTTTGGA GAGCGATGGA 1020 AGACCTCTAT CAAGAAGGGA AAATCCGTGC TATCGGCGTT AGCAATTTTC TTCCCCATCA 1080 TTTGGATGCC TTGCTTGAAA CTGCAACTAT CGTTCCTGCG GTCAATCAAG TTCGCTTGGC 1140 GCCAGGTGTG TATCAAGATC AAGTCGTAGC TTACTGTCGT GAAAAGGGAA TTTTATTGGA 1200 AGCTTGGGGG CCTTTTGGAC AAGGAGAACT GTTTGATAGC AAGCAAGTCC AAGAAATAGC 1260 AGCAAATCAC GGAAAATCGG TTGCTCAGAT AGCCTTGGCC TGGAGCTTGG CAGAAGGATT 1320 TTTACCACTT CCAAAATCTG TCACAACCTC TCGTATTCAA GCTAATCTTG ATTGCTTTGG 1380 AATTGAACTG AGTCATGAGG AGAGAGAAAC CTTAAAAACG ATTGCTGTTC AATCGGGTGC 1440 TCCACGAGTT GATGATGTGG ATTTCTAGAA AATCATAAAA AGAATTGTAC ATTATTCTAA 1500 TTTTTGATAT AATAGTCAGC AGGAAAGAAA GTCTTATGGC GTTCTTCAAG CGAGCTTGGG 1560 ATAGTGGGAG CCAAGTAGGG CAAAATAAAG GGCTGGCGCT TTCTGTAGTA TTTTCAAAAA 1620 CAATGAAGTA ATAAATTAGG GTGGAACCGC GTTTCTGACG CCCCTAGGTT AAATCAACCT 1680 AGGATTGTCA GATGTGGTTC TTTTGCTTAT TCAGTCTATT GTGTGAAAGA AAGGAGAGCC 1740 GTGGACAACC TTTATCTTGT AAAAGACGAT AGTCAACTAG CTACATTTCG TGATTTTGTA 1800 GTAAGAAATA CTGAAAAGTT GAAAGATTAT CAATCTTTTT TAAAGAATGA ACTTGCAGTC 1860 TGTGATTTAC CGCAAGCTGT TATTTGGTCA GATTTTAATG CTGCTACACA GATTATTAGG 1920 GAAAGTGCTG TTCCAACCTA TACAAATAAT AGACGAGTGG TTATGACGCC TGATTTAGCT 1980 GTTTGGAAAG AATTGTATTT GTATCAGTTG ATGGACTACG AGTGTTCTGA GCAAACTCAA 2040 GCAATAGAAA GTCACTATCA TTCTTTATCT GAAAATTTCC TCTTACAGAT TGTAGGACAT 2100 GAGTTAGCTC ATTGGTCGGA CATTTTTTAG ATGATTTTGA TGGTTATGAC TCTTATATCT 2160 GGTTCGAAGA GGGGATGGTT GAATATATTA GTCGCAAGTA TTTCTTGACA GAAGAGGAAT 2220 TTCAAGCGGA AAAAATTTGT AATCAATCTC TCGTAGAACT TTTTCAGAAG AAGTATAGTT 2280 GGCATTCATT GAATGATTTT GGTTCTTCGA CTTATGATAA GAACTATGCA AGTATTTTTT 2340 ATGAATACTG GCGCAGCTTT TTGACAGTAG ATAAGTTGGT AGAAAATTTA GGTAGTGTAC 2400 AAGCGGTCTT AGATTCTTAT CATTTATGGG CAAATACAGA AAAAACTTTT CCCTTGTTAG 2460 ATTGGTTTGT TCAGCAGAAA TTAATTGAAA AAGAAATATA AAAACTAAAG GAGTAAACAA 2520 TGTCTAAGAA ATTAACATTT CACTGCATCA GTGGCAGAGA CCTCCTTACA GTCGGGCTGC 2580 TCCACGCTCA GCACTAGAGT GCCTGAGCTA GACGCAGTAC TAACTCGTCT TGCCTCGTAT 2640 GATCGACGAG GCAGACTCGT GTCGCAAGTA ATTATTTTTT ATTAAGGAGT ATTCAATGTC 2700 TAAGAAATTA ACATTTCACT GCGTCAGTGG CAGAAACCTC CTTACAGTCG GACTGCCCTA 2760 CGCTCAGCAC TAGAGTGCCT GAGCTAGACG CAGTACTAAC TCGTCTTGCC TCGTATAATC 2820 GACGAGGCAG ACTCGTGTCG CAAGAAATTA TTTTTTATTA AGGAGTATTC AATGTCTAAG 2880 AAATTAACAT TTCAAGAAAT TATTTTGACT TTGCAACAAT TTTGGAATGA CCAAGATTGT 2940 ATGCTTATGC AGGCTTATGA TAATGAAAAA GGTGCGGGGA CAATGAGTCC TTACACTTTC 3000 CTTCGTGCTA TCGGACCTGA GCCATGGAAT GCAGCTTATG TAGAGCCATC ACGTCGTCCT 3060 GCTGACGGTC GTTATGGGGA AAACCCTAAC CGTCTCTACC AACACCACCA ATTCCAGGTG 3120 GTCATGAAGC CTTCTCCATC AAATATCCAA GAACTTTACC TTGAGTCTTT GGAAAAATTG 3180 GGAATCAATC CTTTGGAGCA CGATATTCGT TTTGTTGAGG ACAACTGGGA AAACCCATCA 3240 ACTGGTTCAG CTGGTCTTGG TTGGGAAGTT TGGCTTGACG GAATGGAAAT CACTCAGTTC 3300 ACTTATTTCC AACAAGTCGG TGGATTGGCA ACTGGCCCTG TGACTGCGGA AGTTACCTAT 3360 GGTTTGGAGC GCTTGGCTTC TTACATTCAA GAAGTAGACT CTGTCTATGA TATCGAGTGG 3420 GCTGATGGTG TAAAATACGG AGAAATCTTT ATCCAGCCTG AGTATGAGCA CTCAAAATAT 3480 TCATTTGAAA TTTCGGACCA AGAAATGTTG CTTGAAAACT TTGATAAGTT TGAAAAAGAA 3540 GCTGGTCGTG CATTAGAAGA AGGCTTGGTA CACCCTGCCT ATGACTATGT TCTCAAATGT 3600 TCACATACCT TTAATCTGCT TGACGCGCGT GGTGCCGTAT CTGTAACAGA GCGTGCAGGC 3660 TATATCGCTC GTATCCGTAA CTTGGCCCGT GTCGTAGCCA AAACCTTTGT CGCAGAACGC 3720 AAACGCCTAG GCTACCCACT TTTGGATGAA GAAACAAGAG CTAAACTCCT AGCAGAAGAC 3780 GCAGAATAAA GAGAGTGACA AATTACGAAA ATGGGCGAAC AGAGTGAGCC CTGAGCCAGT 3840 TGCCGCAGTG ATGAAGGTAT CCTTAGTGAA ACTAAGGATA CTAGGCAAAA TTGGAGACTT 3900 TTGGCTCCAA TTTTAGCAAT GAAACAACGA AGTTGGTTGC TTGCGTGCCA ATCACATAAG 3960 GCAAACTGGA AAATAAAAAG ATACTTTTCG GAGAAAAAAC ATGACAAAAA ACTTATTAGT 4020 AGAACTCGGT CTTGAAGAAT TACCAGCCTA TGTTGTTACG CCAAGTGAAA AACAACTAGG 4080 CGAAAAAATG GCAGCCTTCC TCAAGGGAAA ACGCCTGTCT TTTGAAGCCA TTCAAACTTT 4140 CTCAACACCA CGTCGTTTGG CTGTTCGTGT AACTGGTCTT GCAGACAAAC AGTCTGATTT 4200 AACAGAAGAT TTCAAGGGTC CAGCAAAGAA AATTGCCTTA GATAGTGATG GAAACTTCAC 4260 CAAAGCAGCT CAAGGATTTG TCCGTGGGAA AGGTTTGACT GTTGAAGATA TCGAATTCCG 4320 TGAAATCAAG GGTGAAGAAT ATGTCTATGT CACTAAGGAA GAAATTGGTC AAGCAGTTGA 4380 AGCCATTGTT CCAGGCATTG TGGATGTCTT GAAGTCACTG ACTTTCCCTG TCAGCATGCA 4440 CTGGGCGGGA AATAGCTTTG AATACATCCG CCCTGTTCAC ACTTTAACTG TTCTCTTGGA 4500 TGAGCAAGAG TTTGACTTGG ATTTCCTTGA TATCAAGGGA AGTCGTGTGA GTCGTGGCCA 4560 TCGTTTTTTG GGACAAGAAA CCAAGATTCA GTCAGCATTG AGCTATGAAG AAGACCTTCG 4620 TAAGCAGTTT GTAATCGCAG ATCCATGTGA ACGTGAGCAA ATGATTGTTG ACCAAATCAA 4680 GGAAATTGAG GCAAAACATG GTGTACGTAT CGAAATTGAT GCGGATTTGC TGAATGAAGT 4740 CTTGAATTTG GTTGAATACC CAACTGCCTT CATGGGAAGT TTTGATGCTA AATACCTTGA 4800 AGTTCCAGAA GAAGTCTTGG TGACTTCTAT GAAGGAACAC CAGCGTTACT TTGTTGTTCG 4860 TGATCAAGAT GGAAAACTCT TGCCAAACTT CATTTCTGTT CGTAACGGAA ACGCAGAGCG 4920 TTTGAAAAAT GTCATCAAAG GAAATGAAAA AGTCTTGGTA GCCCGCTTGG AAGACGGAGA 4980 ATTCTTCTGG CGTGAAGACC AAAAATTGGT GATTTCAGAT CTTGTTGAAA AATTAAACAA 5040 TGTCACCTTC CATGAGAAGA TTGGTTCTCT TCGTGAACAC ATGATTCGTA CGGGTCAAAT 5100 CACTGTACTT TTGGCAGAAA AAGCTAGTTT GTCAGTGGAT GAAACAGTTG ACCTTGCTCG 5160 TGCAGCAGCC ATTTACAAGT TTGACTTGTT GACAGGTATG GTTGGTGAAT TTGACGAACT 5220 CCAAGGAATT ATGGGTGAAA AATACACCCT TCTTGCTGGT GAAACTCCAG CGGTGGCAGC 5280 TGCTATTCGT GAACACTACA TGCCTACATC AGCTGAAGGA GAACTTCCAG AGAGCAAGGT 5340 CGGCGCAGTT CTAGCCATTG CAGACAAATT GGATACGATT TTGAGTTTCT TCTCAGTAGG 5400 ATTGATTCCA TCAGGTTCTA ATGACCCTTA TGCCCTTCGT CGTGCAACTC AAGGTGTGGT 5460 TCGTATCTTG GATGCCTTTG GTTGGCACAT TGCTATGGAT GAGCTGATTG ATAGCCTTTA 5520 TGCATTGAAA TTTGACAGTT TGACTTATGA AAATAAAGCA GAGGTTATGG ACTTTATCAA 5580 GGCTCGTGTT GATAAGATGA TGGGCTCTAC TCCAAAAGAT ATCAAGGAAG CAGTTCTTGC 5640 AGGTTCAAAC TTTGTTGTGG CAGATATGTT GGAAGCAGCA AGTGCTCTCG TAGAAGTAAG 5700 CAAGGAAGAA GATTTTAAAC CATCTGTTGA ATCACTTTCT CGTGCCTTTA ACCTGGCCGA 5760 GAAGGCAGAA GGGGTTGCTA CGGTTGATTC AGCACTATTT GAGAATGACC AAGAAAAAGC 5820 TTTGGCAGAA GCAGTAGAAA CACTCATTTT ATCAGGACCT GCAAGTCAGC AATTGAAACA 5880 ACTTTTTGCG CTTAGCCCAG TCATTGATGC TTTCTTTGAA AATACTATGG TAATGGCTGA 5940 AGATCAGGCT GTCCGTCAAA ATCGTTTGGC AATCTTGTCA CAACTAACCA AGAAAGCAGC 6000 TAAGTTTGCT TGTTTTAACC AAATTAACAC TAAATAAAAT TTGATAAACG GACTTTATCT 6060 TATTACAAAG GAGAAGAAAT GGATCCGAAA AAAATTGCTC GTATCAATGA GCTTGCTAAA 6120 AAGAAAAAAA CAGAAGGCTT AACACCAGAA GAAAAAGTGG AACAAGCCAA ACTACGTGAG 6180 GAGTACATCG AAGGTTATCG CCGCGCTGTT CGTCACCACA TTGAAGGAAT CAAAATTGTG 6240 GACGAAGAAG GAAACGATGT TACACCAGAA AAACTACGCC AAGTACAACG TGAAAAAGGA 6300 TTACATGGCC GTAGTCTTGA TGATCCAAAT TCATAATAAT ACTCTTCGAA AATCAAATTC 6360 AAACCACGTC AGCTTCACCT TGCCGTACTT AAGTACAGCC TGCGGCTAGC TTCCTAGTTT 6420 GCTCTTTGAT TTTCATTGAG TATATGTATT CTTTCTTTTA ACAAAGATAG ATGAAACGAT 6480 AACAAAGAGA CTAGCAGTTT GTGTTTGCTA GTCTTTTTTC GCTAAAAAAG GAACCATAAT 6540 GGTTCCTAAA AACTATCATT AGTAACTTGC ACCGGCTGTA GCGTCTGCGT CACCACCGTG 6600 GCCTCCAGCA TCCCCTGAAT CAGAAGCGCC AGAAGTAGCA TCGGCGTCTC CATGACCTCC 6660 GGCAGCAGGA GCAAATGGTC CGCTACCACC CACCAAACGT TGACCAGTCT CTTTTAGGTA 6720 CCAGTCAAGC CATGGTTGGA AGTTAAAGAC GATTTCATTG ATACCAGCGT ATGATCCATC 6780 AGGATAGTAC ATTGCTTGGT AGTTGTGAGT GTTGATAACA CCTGCAGGAG AACCTGGAAC 6840 GATCGTACGG ACGTATTCTT GGTTTCCGTT GCGAAGTGTT CCGATAACCC ACTCTACGTT 6900 CTTCATACGT GCTGGTGGAA GAGAACCATG AACAGTCGAC ATACGGCTAC CTGATTGAGG 6960 TGGTACACGT TTAGCGAACA TAGTGTCTGG ATCTTGGTGA GCGTTGTTGT AGTAGAGGAA 7020 TTGGTTGTTG TCGTCAGCGT ATGTCAATTC AAATGGCATA GCTTTCAAGA ACATATCAAT 7080 TTGGTTAACT GTTAGGATAC CGTGGTCCAA TTTGACATAG GTATCACCAG AAACAGCACC 7140 AGTGAATGCT GCAACTTTTT CTACCCATTC TGGATCGTCA GGGTCAACTT CTGTGATGGT 7200 TGTAGCGATT GGTTTTCCAC AATCCAAGTC TTCTGATTCG ATTGGTTTTG GTTTTTTCAA 7260 TTTCGAAACG ACTCCTACGT ATTTAACAAA GTTATCTAAG CAAGTTTCAA GGAATTTAAC 7320 AGTGCCTTCG TTGGTGATAT TTCCGTTGTT ATCAAAAGCT TCCTTAGCTT TACCAAGAAG 7380 GAATTCGTTA CCTGGAAGCG TGTAGGCATT AACACCTGGA GCATCAAGGA TTTTACGAAG 7440 GTGAACTTGA GCACGTGATG TTCCTTGGTC ATAGTATGAT GCACCCACAA TCATAACAGG 7500 CTTGTTTTCA AATGGATGAA CTTCGTATGA AAGCCATTCA AGTACAGATT TGAGTGAAGC 7560 TGAGATAGTG TGGTTATGCT CAGGAGTAGC AATGATAACA CCATCTGCAC GAGTAATTTT 7620 GTTATATAAA TAACGTAATT GGAAACTTTC ATCCCATTTT TCATCTTGGT TAAACATTGG 7680 AACTTCGTCA ATTTCAAGAA CTTCTAATTC AAATTTGAGT TTGAAGTAGC GACGGATAAA 7740 TTCCAAGAGC TTACGGTTAT ATGATTGATC GTAGTTTGAT CCAACAAGTC CAACAAATTT 7800 CATTCTTTTT GGTCTCCTAT CTTACAAATT TTCCCAGTCA AAGTCTTCAG CATCTTTGCG 7860 AAGTAATTCT TGTGCATTAC GTAATTTTTC TGTGATTTTT ACAAAGATAC GGAAGTCATC 7920 AAAGATGGCA TCCAATTTCT TGATAACATC AAGGTCAACC AAGTCGCCAC TTGGGTTAAA 7980 TGCTTGAAGA GAGTGTGAGA GCAAGAATTC ATCTGGAAGA ACATTTGCCT TGATTTCAGG 8040 AGCATTCAAG ATTTGACGAA GTTGCAATTG GGCACGAGAT GAACCAAGCG TACCGTAAGA 8100 AGCACCTGTA ATCATGATTG GTTTGTTCAA AAGTGGGTAA ATACCATAAG ACAACCAAGC 8160 AAGAGCGCTC ATCAAAACAG CTGGAATAGA GTGATCATAC TCAGGAGTAC CGATAATAAC 8220 GCCATCTGCC TCTTCGATTT TAGCAGCAAT TTCCAATATT TCAGCAGGTA CTTGCTTGTC 8280 AGCTGGTTTG TTGAAGACAG GAATGGCCTT GATTTCAACA AGTTCAATTT CAGCTTTGTC 8340 AGTAAAGTGT TTTTGCATGT ATTGAAGCAA TTGACGGTTT GTAGAACGTT TTGAATTTGT 8400 TCCAACAATA GCAATAAGTT TTAACATGAG ATTTCCTTTC TCTTTTTACA TAATACAATT 8460 TTAAAATTCC ATTGAAACAG TTGTCTCTAT AGAGTAGGAA TTCCTGAAGA ACAGCTTAGG 8520 TGGCCTTCTT TATCGATGAG GATGACTTCG ATGCCCTCCA AACTTTCGAC TTGCCAGAGG 8580 ATAGAAGCAG GTCTTTCTCC AAAGAGTCGA GTCGTCCAGA TTTCGCCATC GACTGATTTA 8640 TCAGAGATGA TTGTTAGACT CGCTAGTTCC GTTTCAACAG GATATCCTGT TTGACTGTCA 8700 AAAATGTGAT GGTAATCTTG TCCATCGACG GTCAGGTGAC GTTCATAAAT GCCTGAAGTC 8760 ACGACAGATT TATTGACAAC AGGGATGGTC ATTAAATGAT TTCCCCTAGG ATTGGCTGGG 8820 TCTTGAATCC CGATTTGCCA TGGGTTATCC CCTCTTGCCT GATTTTTTCC AATGGTCAGG 8880 ATATTCCCTC CCAGATTGAT CAAGGCAGAA GTCACCCCCT CTTTCCTAAG AAATTGGGCA 8940 ACCTTATCCG CACTGTATCC TTTGGCTAAA CAACCTAGAT CGATCTTCAT TCCTTTCTGT 9000 TTTAAAAACA CAGTAGAAGT AGAAGAATCT AACTCGATAC CATGAGGATT GATTAGAGGC 9060 AGCACCGATT CAATTTCTTG AGGCTGGGCG ACCTTGGCAT CTGAAAAACC GATACGCCAG 9120 GTTTGAATTA AGGGACCAAT GCTGATATTG AGGTGGCTAG AGAGCGCTAG GCTATGCTCT 9180 AACCCAAGTG AAATCAGCTC AAACAGGTCT GGATGAACCG TGACGGGGGC TATTCCTGCT 9240 TGATAATTGA TTTCCATCAA CTCAGATTCT TGACTATTGG CGTTGAAGCG GTATTCAAGT 9300 TCTTTGAGCA AGTCAAAGGA TTTTTGGAGA AAGATATCGG CTTGCTCATC CACTAATGAA 9360 ATAGTGATAG TAGTCCCCAT TAGCCGTTCA GAATGTGAAC GAAGAGTCAA GCTACCAACT 9420 CCTTTCTCTT ATAGAAAATA AGTTGTAATA TCAAATAATC ATCTAAATTG AAGCCCTTAC 9480 ATTTCATTTT CATGTTATTA TAATACCATA AAGTTAGAAT TTTCACAAAC AAAATTTGGA 9540 AAAAGTCAAG AAATATGCTC ATAAAATTCA TCAGGCTTGA AAACAGGATA AATGGGGAAT 9600 TATTTTTGAT AAAAAATGCT GAAATAATAG TACCCCCCTT GTAAACGCTA ACGGTAAATG 9660 GTATACTAGT AAGGTAAATT TAGAATGAAG GCAGGAAATT TTTATGAGTA AAATCGTTGT 9720 AGTCGGTGCT AACCACGCTG GTACAGCATG TATCAATACC ATGTTGGATA ATTTTGGAAA 9780 TGAGAACGAA ATTGTTGTAT TTGACCAAAA CTCTAACATC TCTTTCCTAG GATGTGGAAT 9840 GGCTCTTTGG ATTGGTGAAC AAATTGACGG TGCTGAAGGC TTGTTCTATT CTGATAAAGA 9900 AAAATTGGAA GCTAAAGGTG CTAAAGTTTA CATGAACTCA CCTGTTCTTT CAATCGACTA 9960 TGATAACAAA GTAGTTACAG CGGAAGTTGA AGGAAAAGAG CACAAAGAAT CATACGAAPA 10020 ATTGATTTTC GCTACAGGCT CTACACCAAT CTTGCCACCA ATCGAAGGTG TTGAAATTGT10080 TAAAGGAAAC CGCGAATTTA AAGCAACTCT TGAAAACGTA CAATTCGTGA AATTGTACCA 10140 AAATGCTGAA GAAGTTATCA ATAAACTTTC TGACAAGAGC CAACACCTCG ACCGTATCGC 10200 CGTTGTTGGT GGTGGTTACA TCGGTGTTGA ACTTGCTGAA GCCTTTGAAC GTCTTGGAAA 10260 AGAAGTTGTC CTTGTTGATA TCGTTGATAC TGTCTTGAAC GGTTACTATG ACAAAGACTT 10320 CACACAAATG ATGGCGAAGA ACTTGGAAGA TCACAACATC CGCTTGGCTC TAGGTCAAAC 10380 TGTTAAAGCA ATCGAAGGTG ACGGTAAAGT TGAACGCTTG ATTACTGACA AAGAAAGCTT 10440 TGACGTGGAT ATGGTTATCC TTGCAGTTGG TTTCCGTCCA AACACAGCCC TTGCAGGTGG 10500 TAAGATCGAA CTCTTCCGCA ACGGTGCCTT CCTTGTAGAC AAGAAACAAG AAACATCTAT 10560 CCCAGACGTT TACGCTGTTG GTGACTGTGC GACTGTTTAT GACAATGCTC GTAAAGATAC 10620 AAGCTATATC GCTCTTGCTT CAAATGCTGT GCGCACTGGT AACGTTGGT 10669 (2) INFORMATION FOR SEQ ID NO : 58 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 7542 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 58 : CGCGCTAATA GATACTTTAT GATAGAATAA AGAACAAGAT TGACAAGTAA GAGGAAACAT 60 TATGCAAAAT CAAACACTCA TGCAATACTT TGAATGGTAT CTGCCCCACG ACGGTCAACA 120 CTGGACGCGT CTGGCTGAAA ATGCTCCACA CCTAGCTCAT CTGGGGATCA GTCACGTCTG 180 GATGCCACCA GCCTTCAAGG CAACCAACGA AAAAGATGTC GGCTATGGGG TCTATGACTT 240 ATTTGACTTA GGAGAGTTCA ACCAAAAAGG GACTGTCCGC ACCAAGTATG GTTTCAAAGA 300 AGACTATCTT CAAGCCATTC AAGCCCTTAA AGCACAGGGA ATTCAACCTA TGGCCGATGT 360 AGTTCTCAAC CACAAGGCTG CTGCCGATCA CAGGGAAGCC TTTCAGGTTA TCGAAGTTGA 420 TCCTGTAGAC CGTACAGTTG AACTTGGAGA ACCCTTCACC ATCAATGGCT GGACTAGTTT 480 TACCTTCGAT GGTCGCCAAG ATACCTATAA TGGCTTCCAC TGGCATTGGT ACCACTTCAC 540 CGGTACAGAC TACGATGCCA AACGCAGTAA ATCTGGGATT TATCTGATCC AAGGGGACAA 600 CAAGGGCTGG GCCAACGAGG AATTGGTCGA TAACGAAAAC GGAAACTACG ACTACCTCAT 660 GTATGCCGAC CTAGACTTTA AACATCCTGA AGTCATCCAA AACATCTATG ACTGGGCTGA 720 TTGGTTCATG GAAACGACTG GTGTAGCTGG TTTCCGTTTG GATGCCGTTA AGCATATTGA 780 CTCTTTCTTT ATGCGCAACT TCATCCGCGA TATGAAGGAA AAATACGGTG ACGATTTCTA 840 TGTTTTTGGT GAATTTTGGA ACCCAGACAA GGAAGCCAAT CTGGACTATC TCGAAAAAAC 900 GGAAGAACAC TTTGACCTTG TCGATGTTCG TCTCCACCAG AATCTCTTTG AAGCCAGTCA 960 AGCTGGCGCA AACTATGACC TTCGTGGCAT TTTCACAGAT AGCCTGGTTG AACTCAAGCC 1020 TGACAAGGCT GTGACTTTTG TCGACAACCA CGATACCCAA CGAGGACAAG CCCTTGAGTC 1080 TACCGTTGAA GAATGGTTCA AGCCAGCAGC CTATGCCCTC ATTTTGTTAC GCCAAGACGG 1140 CCTTCCATGT GTCTTTTACG GAGACTACTA TGGGATTTCA GGGCAGTATG CTCAAGAAGA 1200 TTTCAAAGAA ATCCTTGACC GCCTCCTAGC CATCCGAAAA GATTTGGCCT ATGGAGAACA 1260 AAATGACTAC TTTGACCATG CTAACTGTAT CGGTTGGGTA CGTTCAGGTG CTGAAAATCA 1320 ATCCCCAATC GCAGTCCTTA TCTCAAATGA CCAAGAAAAC AGCAAGTCAA TGTTTGTCGG 1380 TCAAGAATGG ACTAATCAAA CCTTTGTAGA TTTACTTGGT AACCACCAAG GTCAAGTTAC 1440 AATTGATGAG GAAGGTTATG GACAATTCCC TGTCTCAGCT AGATCCGTAA GTGTCTGGGC 1500 AGTCAATACC ATCTAATAGC TCATAATAAC CAAGCTAGGT CCAAGCGGAT TTGGCTTTTT 1560 TGTATTCACA AAAAGACCTA CCCAAATGGA TAGATCTTTA CTTGATTACA ATTTACCTGC 1620 TACTGCATCC AACAATTCTT GGATCTTAGG TTGGTTGCTT CCTCCTGCCA TGGCCATATC 1680 TGGTTTACCA CCACCACGTC CATCGATGAT TGGTGCTAAT TCTTTGACAA GGTTTCCTGC 1740 ATGAAGGTCT TTTGTCTTGC TTGCTACAAG GACATTGACT TTGTCACCGA TAGCGGCAAC 1800 TAGGACAAGA AGATCAGAGT AGTCTTTTTG TTTCCAGTTA TCTGCAAAAG TACGAAGGGC 1860 ACCGGCATCG GATACAGACA CTTGACTAGC AATGTAACGA TGACCGTTGA CTTCCTTAAC 1920 ATCTTTGAAG ATATCGCCTG CGGCTGCAGC TGCGGCTTTT TCTTTCAACT CAGCATTTTC 1980 TTTTTGAAGT TGACGAAGTT GTTCTTGAAG TCCTTCTACC TTGTGAGGTA CTTCCTTGAC 2040 TTGAGGTGCT TTCAAGGTTG CTGCGATAGC TTTAAGAGCA TCCTCTTGTT CACGATAGGC 2100 TTCAAAGGCT TCCTTACCAG TCACTGCCAA GATACGGCGA GTTCCTGAAC CGATTCCTTC 2160 TTCTTTGACA ATTTTGAAGA GACCAATCTC AGAAGTGTTG TCAACATGAG TACCACCACA 2220 AAGTTCAATA GAGTAGTCAC CGATAGTCAC GACACGAACT TCCTTGCCGT ATTTCTCACC 2280 AAAGAGGGCC ATAGCTCCCA TTTCTTTAGC AGTGTCAATA TCCGTTTCAA CTGTCTTCAC 2340 TTCAAGTGCT TCCCAAATTT TCTCGTTAAC TTGCTGTTCA ATCGCACGAA GTTCCTCAGC 2400 AGTTACTGCT TGGAAGTGGG TAAAGTCAAA GCGAAGGAAT TCAACTTCGT TAAGAGATCC 2460 TGCCTGTGTT GCGTGGTTTC CAAGGATATT GTGAAGGGCA GCGTGAAGCA AATGAGTCGC 2520 AGTGTGGTTT TTCATGACAC GGTGACGGCG ATTGCTATCA ATTGCCAAGG TATATTCTTG 2580 GTTCAAGGCA AGCGGTGCAA GGACTTCAAC TGTATGAAGG GCTTGACCAT TTGGGGCTTT 2640 CTGAACATTG GTCACAGTAG CCACAACCTT ACCTGACTCA TCCAAGATTT GTCCGTAGTC 2700 AGCTACCTGT CCACCCATTT CAGCATAAAA TGACGTTTCC GCAAAGATAA GAGAGGCAGT 2760 TCCTTCTGAA ACAGCTCCTA CTTCTGCATT GTCAGCAACG ATAGCTACCA ATTTAGAAGA 2820 CAATTGGCTA GCATTGTAGT TGAAGACACT TTCTACAGTG ATGTTTTGAA GAGTTTCATT 2880 TTGCATACCC ATTGAGCCAC CCTTGACAGC TGACGCACGC GCGCGTTCTT GCTGTTCTTT 2940 CATGGCTGCT TCAAAACCTT CACGGTCTAC AGTCATACCA GCTTCTTCAG CGATTTCTTC 3000 AGTCAATTCA ACTGGGAACC CATAAGTATC ATAGAGTTTG AAGACATCTG AACCAGCGAT 3060 AACAGATTGA CCTTTTTCTT TCAAGTCTGC TACAATGCCT TGGGCAAAGT GTTGACCTGA 3120 GTGAAGGGTA CGGGCAAATG ATTCTTCTTC GCTCTTAACG ATTTTCTCAA TAAAGTCACG 3180 TTTCTCAAGC ACTTCTGGGT AGTAGCTTTC CATGATTTTT CCAACAGTTG GAACCAATTT 3240 GTAAAGGAAA GGCTCGTTGA TACCCAATTT TTGACCATGC ATAGAAGCAC GACGGAGAAG 3300 ACGACGAAGA ACATAACCAC GACCTTCATT TCCTGGAAGG GCACCATCAC CGATAGCAAA 3360 TGAAAGAGAA CGAATGTGGT CTGCGATAAC CTTGAAGCTC ATGTTGTCGC CATCTTGGTC 3420 ATAAACCTTA CCAGACAATT TCTCGACTTC ACGGATAATC GGCATGAAGA GGTCCGTTTC 3480 AAAGTTGGTC TTAGCCCCTT GGATAACGGC CACCAAACGC TCCAAACCAG CGCCCGTATC 3540 AATGTTCTTA TGTGGCAATT CCTTGTATTC GCTACGAGGA ACAGCAGGGT CTGCGTTAAA 3600 TTGTGACAAA ACGATGTTCC AGATTTCAAT ATAACGGTCG TTTTCAATAT CTTCTGCAAG 3660 CAGGCGAAGA CCGATATTTT CTGGGTCAAA GGCTTCCCCA CGGTCAAAGA AGATTTCTGT 3720 ATCTGGTCCA GAAGGTCCCG CACCGATTTC CCAGAAGTTG TCCTCAATTG GAATCAAGTG 3780 ACTTGGATCC ACTCCCACTT CAATCCAGCG GTTGTAAGAA TCTTTATCGT CTGGATAGTA 3840 GGTCATGTAA AGTTTTTCAG CAGGGAAATC AAACCATTCA GGGCTTGTCA AAAGCTCATA 3900 AGCCCAAGTG ATAGCTTCGT CACGGAAGTA ATCCCCGATA GAGAAGTTCC CCAGCATTTC 3960 AAACATGGTA TGGTGACGCG CGGTCTTCCC TACGTTTTCG ATGTCGTTGG TACGGATAGC 4020 CTTTTGGGCA TTGGTAATAC GTGGATTTTC AGGGATAATG GTCCCGTCAA AGTATTTCTT 4080 AAGGGTTGCT ACCCCAGAGT TGATCCACAA AAGAGTTGGG TCATTTACAG GAACCAAACT 4140 TACTGATGGT TCTACTGAGT GACCTTTGGT CGCCCAGAAA TCAAGCCACA TTTGGCGTAC 4200 TTGTGCACTA GATAGTTGTT TCATATTGTC TCCTTATTCA CTTGTTTAAT GTGATTGGCT 4260 TTCCAGCATT TCCACATAGT CAATCGCGAC ACAGAGGGAA ATGACTAGGT CTGCATAAGC 4320 GTCTTCAAGA ACCGTTACGG TATAGGTAGA AGTCAGATGG AAGAGTTCCT TCTTAATTTC 4380 CGCAATCAAC TGATCGCGAT CATCCAGCAA TTTGAAATTC AAATCCCAGA TATTGCCCTC 4440 GATACGAAGA CCTAGATTAT CAAACTCATA CTTATCTCGC CAGAAGGTCA ACTTCTTACG 4500 AATGACAAAA CTCGAGCCAT CCCGAAGCTG AATTTCAAAA CGAGGAAGCA AGGTCAAGAT 4560 TTCTTTACTA ATCTCACTGA CTTGTTCACC AGCCGCATCA TAGATGGTAA AGGTTTTAGG 4620 AATCTTAAAA AATGATCCCT CCACCTGATA GGCAATTTCT CCCCTGTCAT CCTTGATAGC 4680 GAAGCGTTCG CCTCCAAGAC GAAACTTTTG TTTGACAAGA AATGTTTTCA TCAACACCTC 4740 CAAAAATCAA AAGACAAGCT CATATCACGA AGGGCGAAAA ACCGCGGTAC CACCTTCATT 4800 CAATGAACTT GTCATTCTCT TGTTCTTATG CAATTGTATG ATTGAGTAGC ATGACTTCCT 4860 AGCTTAGATG GCTCGCAGCA CCGCCATTTC TCTGGACTAA GACAAGTGAA AATCAATTCT 4920 CAACTTTCTT ATTATAACGT TTTTTTAAGC TTGCGTCAAC TGGAAATGAT CTCCGTTGAA 4980 TTAGACCAAT TCCCTACATC TCTGATTACT TTTTCAGGAT ATATTTTTTC TTACTGCCAT 5040 TTTTCTTTTT ATCCCAAATT TTCATATTAC TAAACACAGC TACTAGAATA TTTCCAAATA 5100 TAAAGGTGCC TATCACCCAA TATATGGACT CAGTTGTTAG GTATTGTCGA TCCAAGCCAT 5160 CCTTTAAATG GAATAGTATA GCAGTTTGGT TAACAATCAT AAAGGTTGGC CAGAAACTTT 5220 TTTTGAAAAA AGTAGACATT TTCATTATTT GTTGCCGCTT TCTGTAAGGT TAATACTCAA 5280 TAAAAATCAA AAAGCAAACT AGGAAGCTAG CCTCAAGCTG TACTTGAGTA CGGCAAGGCA 5340 ACGCTGACGT GGTTTGAAGA GTATAGGCTT AGTATACTAC TAGGCAAGCA AATAAACAAA 5400 TAAACAACTA GAATAGAAAA AGATAGGGCT CTAAAAACTG ACTTCTATTC CTTAAAAACG 5460 AACCAGCTTG ACTGATTCGT CTTCTTACGT TTATCTCCTA CTTCCGATAC ATTTTAAACT 5520 GTAGGAAGAG GTCGCTATAT TTCCCTGTCC ATTTATGGTC AAATTTCTCA TAAACTTCTA 5580 GGTGTTTCAT GGTTTCAACA TCGGGATAGA AGGCCTTATC TTCCTTTGTT TCCTCTGGGA 5640 GCAATTCCTT CGCTGGTAGG TTTGGTGTTG AATAGCCGAC ATACTCCGCA TTTTGGAGAG 5700 CATTTTCAGG TTTCAACATA AAGTTGATAA AGGCATAGGC TGAGTTTTGG TTTTTAACTG 5760 TTTTGGGAAT GACCATATTG TCAAACCAAA GATTGCTGGC CTCTGTCGGT ACCACATAAC 5820 GTAGATTTTC ATTTTTTTCT AACATTTGGC TGGCTTCACC AGAGAAGGTC ACGCCGATTG 5880 CAACATTATT CTGAATCATA TAGCCCTTCA TCTCGTCCGC AACGATAGCC TTGATATTTG 5940 GAGTCAGTTT GTAGAGCTTA TCCACTGTCT CTTCCAACTG CTGCAGATCC TTGGAGTTGA 6000 GGCTGTAGCC GAGGGAATTG AGTCCTAGTC CCAGCACCTC ACGCGCCCCA TCAAAGAGCA 6060 TGATAGAATT CTTATACTCC GGCTTCCAAA GGTCATCCCA ATGCTCAGGC GCTTCATCTA 6120 CCATGGTTTC GTTGTAGACA ATTCCTAAGG TTCCCCAGAA GTAAGGGATG GAGAATTTAT 6180 TACCTGGGTC AAAGGACTGG TTGAGAAACT CTGGTCCGAT ATTTTCGATT CCTTCAATTT 6240 TTGAATAATC AAGCGGAACC AAGAGGTCTT CGTCCTTCAT CTTGTTAATC ATGTATTCAC 6300 TTGGAATGGC AATATCGTAG GTCGTTCCAC CCTGCTTTAT CTTAGTGTAC ATGGCTTCGT 6360 TGGAGTCAAA AGTCTCGTAC TGAACTTGAA TTCCTGTTTC TTCTGTAAAC TGAGTCAAGA 6420 GTTCAGGATC GATATAGTCT CCCCAGTTAT AGATAACCAA TTTTTGACTA TCTCGACTAT 6480 TGATTTTACT ATCTAAATGA GTCGCAATTC CCCACAAGAC AAGGATAATC GCTGCAATTC 6540 CTGCTAAAAA TGAATAGATT TTTTTCATGC TTGCTCCTCC TTCTCACGAG AGATAAAGTA 6600 ATAACCTACA ACTAGGATAA TACTAAAGAG AAAGACTAGA GCAGACAGGG CATTGATTTC 6660 TAAGGAAATC CCCTTGCGAG CACGAGAGTA AATCTCGACT GATAGGGTTG AAAAGCCATT 6720 TCCTGTTACA AAGAAGGTCA CGGCAAAGTC ATCTAACGAA TAGGTGAAGG CCATGAAATA 6780 ACCAGTAATG ATAGACGGAG TCAGGTAAGG AAGCATGATT TCCTTGAACA TCTGAAATTG 6840 ACTAGCTCCC AAGTCATAGG CCGCATGAAT CATGTCGCCA TTCATTTCCT TGAGTCGAGG 6900 CAAGACCATC AAGACCACGA TAGGAATGGA GAAGGCCACG TGACTAGATA GAACGGTCAA 6960 AAAGCCAAGT GAAAACTTGA GTTGGGTAAA GAGAATCAAG AAGCTAGCAC CAATCATAAC 7020 GTCAGGCGCA ACCATGAGGA TATTATTGAG TGATAGAAAG GCTTCTTGGT ATTTCTTACG 7080 AGACTGGTAG ATGTAAATGG CACCAAAAGT CCCGATAATG GTCGCTATCA AGGCTGATAG 7140 GAAGGCCAAG AAAAATGTCT GAGCCAAAAT CAGCATGAGT CTCCCATCTC CAAACATGGT 7200 TTCAAAGTGA GTCCAGCTAA AACCTGTAAA GCTATTCATA TCATCACCAG CATTAAAGGC 7260 ATAGCCAATC AAGTAAAAGA TAGGCAGGTA GAGGACCAGA AAGACCAGTC CCAGATAAAG 7320 GTTGGCAAAT TTTTTCATCG TTCTCTCCTT TCCTTAGTCA CCCACATGGT GATGAACATG 7380 GTCAGGATGA GAATCACACC GATGGTTGAA CCCATACCAT AGTTGTCATT GGTTAGAAAA 7440 TTCTGCTCAA TAGCCGTCCC CAAGGTGATA ACGCGTTCCC ACCAATCAAA CGGGTCAGCA 7500 TGAAGAGACT CAAACTTGGG ATAAAGACCG ACTGAACCCC GG 7542 (2) INFORMATION FOR SEQ ID NO : 59 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9223 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 59 : AAAACCAAAT TCCGGTATTT TAACCTATGC TGTAAATACC ATGAAGTCTG TCATGACAGA 60 TCAGGTCTAT AACATTAAGG TTGAGACAGA AAATGGAAAT TATGTTGGTG AAGCTAGCCA 120 TGTTTTGGTC CTTTTGACAA ATTACTTCGC TGATAAGAAA ATCTTTGAAG AAAACAAGGA 180 CGGCTATGCC AACATTTTGA TTCTGAAAGA TGCCTCTATA TTCTCCAAAT TATCCGTCAT 240 TCCTGATTTA TTAAAAGGGG ATGTTGTCGC AAATGATAAT ATCGAGTATA TCAAAGCGCG 300 TAATATTAAA ATCTCTTCAG ATAGTGAATT GGAGTCAGAT GTTGACGGAG ATAAATCAGA 360 TAACCTACCT GTAGAAATCA AAGTCCTAGC TCAGCGAGTA GAAGTATTTT CAAAACCGAA 420 AGAGGATTAG TATATAGAGA AAGCCTTTTT TAAGGCTTTT TGTATACTTT AAAAGATAGT 480 TCCTTTAACA ACGGACATTC CTTGCAAATA GTTTTACAAA AATAGTATAC TGGATTCATT 540 GAGTTTGAAA ACGTTTGCGT AAAATTTGAA TGAATACTTT AGGAGACAAA TTGATGGAAT 600 TGAGTGCTAT TTACCATAGG CCTGAGTCGG AGTATGACTA TCTTTATAAG GATAAGAAAC 660 TCCATATTCG AATTCGAACT AAGAAAGGGG ACATTGAAAG CATCAACTTG CACTATGGGG 720 ACCCTTTTAT CTTTATGGAG GAGTTTTATC AGGATACAAA AGAAATGGTC AAGATAACTT 780 CTGGTACCTT ATTTGACCAT TGGCAGGTTG AAGTGTCAGT TGACTTTGCA CGTATCCAGT 840 ATCTCTTTGA GCTCAGAGAT ACAGAAGGTC AAAATATTTT GTATGGCGAT AAAGGGTGTG 900 TGGAAAATTC TCTAGAAAAT CTTCATGCAA TTGGGAATGG ATTTAAGTTG CCTTAGCTTC 960 ATGAGATTGA TGCCTGCAAG gTTCCTGACT GGGTTTCAAA TACGGTATGG TATCAGATAT 1020 TTCCTGAAAG ATTTGCCAAT GGCAATGCTC TATTAAACCC AGAAGGGACT TTAGACTGGG 1080 ATTCATCTGT CACACCTAAG AGCGATGATT TCTTTGGTGG TGATTTACAG GGGATTATTG 1140 ATCATATGAA TTACTTGCAA GACTTGGGTA TTACTGGACT ATATCTTTGT CCCATCTTTG 1200 AATCTACAAG CAATCACAAG TACAATACGA CAGATTACTT TGAAATTGAC CGTCATTTTG 1260 GAGACAAGGA GACCTTTCGG GAACTGGTGG ATCAAGCGCA TCATCGTGGC ATGAAAGTCA 1320 TGCTGGATGC GGTATTTAAT CATATTGGTT CGCAATCTCT TCAATGGAAA AATGTCGTCA 1380 AAAATGGTGA ACAGTCTGCT TATAAGGATT GGTTCCATAT TCAACAATTC CCAGTGACAA 1440 CTGAAAAGCT AGTTAATAAG AGAGACTTAC CCTATCATGT TTTTGGTTTC GAGGACTATA 1500 TGCCTAAGCT AAATACAGCC AATCCAGAGG TCAAGAATTA TCTTTTAAAG GTTGCGACTT 1560 ATTGGATTGA AGAGTTTAAT ATCGATGCTT GGCGTTTGGA TGTGGCTAAT GAGATTGACC 1620 ATCAGTTCTG GAAGGATTTT CGTAAGGCAG TTTTAGCTAA AAATCCTGAT CTTTATATCC 1680 TAGGAGAAGT CTGGCATACA TCTCAGCCTT GGCTAAATGG AGATGAGTTC CATGCCGTCA 1740 TGAATTATCC TTTATCTGAT AGTATCAAGG ACTATTTCTT ACGAGGAATT AAGAAGACAG 1800 ACCAGTTCAT CGATGAAATC AATGGAGAGT CTATGTATTA CAAGCAGCAG ATTTCAGAGG 1860 TCATGTTTAA TCTCTTGGAT TCACATGATA CAGAGCGAAT CCTGTGGACG GCCAATGAAG 1920 ATGTTCAACT GGTTAAATCA GCCTTAGCCT TTCTCTTTTT ACAAAAAGGA ACACCGTGCA 1980 TTTATTACGG AACCGAGCTA GCCTTGACTG GAGGACCAGA TCCAGATTGT CGTCGTTGTA 2040 TGCCTTGGGA ACGTGTATCA AGTGACAATG ATATGCTGAA CTTTATGAAG AGGCTGATTA 2100 AAATTCGGAA ATACGCGTCA GTAATCATTT CGCATGGCAA GTATAGCCTT CAAGAAATCA 2160 ACTCTGATCT AGTAGCTCTG GAATGGAAAT ACGAAGGACG GATCCTCAAA GCAATATTCA 2220 ACCAATCAAC AGAAGATTAT CTTTTAGAGA AAGAAGCAGT AGCACTAGCA AGCAATTGCC 2280 AAGAATTGGA TAATCAGCTT GTCATCTCTC CAGATGGATT TATGATTTTC TAAAAACTAG 2340 TTGATGAAGA TTATGGTACA TTTCATACCT TATATAGTAT AATAAGGCTA GTTACTAAAC 2400 TTGTAAAGGA GAACTTAAAT GAATTGTAGA GGACATGAAA CAAGACAAAG AATTGTTAGA 2460 GATTTTGAAG TTCAGCCTAA AGCACATATT AAGCTGTTAG CAAATCAACA AAAACATAGT 2520 GATGCAGGAG CAACTATTGA AGATGAATAT TATGTATTTA TCGCTGAGAG TAAAATTGAT 2580 GGCAAGAAGG AAGTTATTCA GTGTTGCATG GGTGCGGCAA GGGATTTTTT AGAACTAATT 2640 AATCACAAAG GGCTACCTCT TTTTAATCCG CTTGTAGGTG ATTCTCATGT AAATAATAGA 2700 CAAGAATATG ACAATACAGG GAGTGGAAAT TTATAACCTG AAAAGTGGAA TGAAACTGCA 2760 AAGCAGCTTT ATAATGCTAT AATGTGGTTG ATTATTTTAT GGAATGCTAA GCCGGATACA 2820 CCTTTATTTA ATTTTAAAGA CGAAGTAATT AAGTATAAAA CATATGAGCC TTTTGAAAGC 2880 AGTATAAAAA GAGTAAATAC TACTATAAAG AATGGTAGTA AAGGGAAAAC TCTGACTGAG 2940 ATGATTAATG GCTACAGAGC GGATAACGAT ATTAGAGATG AAATTTGTAA CTTTAATATT 3000 CTGAAAAATA AAATTCGTGA TATGAAAAAC CAACAAGGAA ATACAATGGA ATCTTACTTT 3060 TAGTTATTGT TGAATTTTGG GTATTCTATA AAATATCCTA ATTGAGATTT AAATAGTAGA 3120 CTATACAATA TAGTTAAAAT ATCAGTAAAA ACAACACTTT ATTGAGGTAT TGGATACGCT 3180 TTGCTAATAG CCTAATAATC ACATGTGGAG TGTTGCTACA ACGAAAAAGG TGATAATCCT 3240 TGATTTCAAG CTATTTTATA AGCATTTTGT CTTTGTAGAT AAAGGCAATT TTGACAATAA 3300 AAATCCTAAA AGGTGAATCG TTATAGATGT ATTTGTAGAT ATCGTTTGCG CATCGAAAAA 3360 ATTAATACAA GAATAAATAT TTATAGCTCT TTAGGTGACT TTTATAGAAG TAAAGTTTAG 3420 GATAGAAAAA CAAGAAATAA CGCACCATTT TTGGTGCGTT ATGCTTTTTT ATGCTATAAT 3480 GGATTTATAA AAATAAAGGA GTTTGCTATG ATTGGAAAGA ACATAAAATC CTTGCGTAAA 3540 ACACATGACT TAACACAACT CGAATTTGCA CGGATTGTAG GTATTTCACG AAATAGTCTG 3600 AGTCGTTATG AAAATGGAAC GAGTTCAGTC TCTACCGAAT TAATAGACAT CATTTGTCAG 3660 AAGTTTAATG TATCTTATGT CGATATTGTA GGAGAAGATA AAATGCTCAA TCCTGTTGAA 3720 GATTATGAAT TGACTTTAAA AATTGAAATT GTGAAAGAAA GAGGTGCTAA TCTATTATCT 3780 CGACTCTATC GTTATCAAGA TAGTCAGGGA ATTAGCATTG ATGATGAGTC TAATCCTTGG 3840 ATTTTAATGA GTGATGATCT ATCTGATTTG ATTCATACGA ATATCTATCT AGTAGAAACT 3900 TTTGATGAAA TAGAGAGATA TAGTGGCTAT TTGGATGGAA TTGAACGTAT GTTAGAGATA 3960 TCTGAAAAAC GGATGGTGGC CTAATGGAAA TCCAAGATTA TACTGATAGT GAATTCAAAC 4020 ATGCTTTAGC AAGGAATCTT CGTTCACTGA CAAGAGGAAA AAAGTCCAGT AAGCAACCTA 4080 TAGCGATTTT GCTTGGAGGG CAAAGTGGTG CCGGTAAGAC TACAATTCAT CGTATTAAAC 4140 AGAAAGAATT TCAAGGAAAT ATTGTTATCA TAGATGGTGA TAGTTTTCGT TCTCAGCATC 4200 CACACTATTT AGAACTGCAG CAAGAATATG GCAAAGACAG TGTAGAATAT ACCAAAGATT 4260 TTGCAGGAAA AATGGTAGAG TCTTTAGTAA CAAAATTGAG TAGTTTGAGA TACAATCTTT 4320 TGATAGAGGG AACTTTACGA ACAGTTGATG TTCCAAAGAA AACAGCACAA CTCTTGAAAA 4380 ATAAGGGATA TGAAGTACAA TTGGCCTTAA TTGCGACAAA GCCTGAATTG TCGTATCTAA 4440 GTACTCTTAT CCGTTATGAA GAACTGTACA TTATCAATCC AAATCAAGCA CGCGCAACTC 4500 CAAAAGAACA TCATGATTTC ATTGTAAATC ATCTAGTTGA TAACACACGA AAATTGGAAG 4560 AACTAGCTAT CTTTGAAAGA ATTCAAATTT ACCAACGAGA TAGAAGTTGT GTATATGATT 4620 CAAAAGAAAA TACAACTTCA GCAGCAGATG TTCTTCAAGA GTTACTCTTT GGGGAGTGGA 4680 GTCAGGTAGA GAAGGAGATG TTGCAGGTGG GGGAAAAGAG ACTTAATGAA TTACTTGAAA 4740 AATAAACAAT TGATATTTTT AGGAGAATAG AAATGAGAGG GTTTAATAAC AAGATAAAGT 4800 CTGTTTATCA AGAACTAACA AATTCCAAAG AGAAATTCGG TAGCTTTCAC AAGACTTTAA 4860 TTCATTTGCA TACACCTGTT TCTTATGATT ACAAGCTATT TTCTAATTGG ACTGCAACGA 4920 AATATAGAAA AATTACTGAA GATGAACTAT ATGATATATT TTTTGAAAAT AAGAAAATAA 4980 AAGTTGATAA GACAATTTTT TTTAGTAATT TTGATAAGGT TGTTTTTTCT AGTTCAAAAG 5040 AATATATTAG TTTTCTTATG TTAGCAGAGG CAATCATAAA AAATGGAATA GAAATAGTTG 5100 TAGTAACTGA TCATAATACT ACCAAAGGTA TTAAAAAGTT ACAAATGGCA GTCTCAATCA 5160 TAATGAAAAA TTATCCGATT TATGATATAC ATCCTCATAT TTTACATGGA GTAGAAATTA 5220 GTGCAGCAGA TAAATTGCAT ATTGTATGTA TATATGATTA TGAACAAGAA TCATGGGTTA 5280 ATCAATGGTT AAGTGAAAAT ATTATAAGTG AGAAAGATGG AAGTTATCAA CATTCACTGA 5340 CTATAATGAA GGATTTCAAT AATCAAAAAA TAGTTAACTA TATTGCTCAT TTCAATAGTT 5400 ATGACATTTT GAAAAAAGGT TCTCACTTAT CAGGTGCATA TAAACGAAAA ATTTTTTCTA 5460 AAGAAAATAC ACGATTTTGG AGTTTAATAT TAACTCGAAA GAATCTTCGC AACAACTTGA 5520 TATTCTCTAT AAAGAAGTTG GTGTATTAAG TTTGGGACAA AAAGTTGTAG CCATGCTTGA 5580 TTTTTTATTA GCATATAGTG ATTATTCTAA AGACTTCAGA CCATTGATTA TTGATCAGCC 5640 TGAAGACAAT CTAGACAATC GTTATATTTA CAGGCATTTA GTTCAGCAGT TTAGAGATGT 5700 GAAAGCTCAA CGTCAAATTA TTTTAGCAAC ACATAATGCT ACAATTGTAA CAAATTCTAT 5760 GACAGATCAA GTTGTTATTA TGGAGTCAGA TGGAGTTAAC GGATGGATTG AATCACAGGG 5820 ATATGTTAGT GAAAAATATA TAAAAAATCA TATCATCAAT CAATTAGAGG GAGGAAAAGA 5880 TTCCTTCAAG CATAAAATGT CTATATATGA GACGGCTTTA TCAGAGTAGA GTCAGAAAAA 5940 GTAGGTTAGA AATTTAGCCT ACTTTTTTCT TTGTCCGACA GGCATAGTGT ACATCTGAGG 6000 TCCAAGTCCT CTGTGGATAT TTGCTGCAGA TGAAACCAAT AGCGACTCCT AAGCCTGAAT 6060 ATCGTGAGGT AGGGGGGATA GGAAGGAATT AGCGAAATCA AGGTTCTACA AACAGAATCG 6120 TGACTTGAAG CCATATATAG CGGATGAGGA ACTCTAAAAT CCAAATAGGT GTCGTAACCT 6180 ATATACGTAA ATTACGAGAG TAAACTAGGA AAGATGTACG GCTTATTCCG TGAGCGTTTA 6240 GGACGTAGTA CAACGAATCA TGGGAGTCAG CTGAACACAT AGTATTGAAG AAATTTCTGT 6300 AATGGAAATG GAGCGAAGAA GTGAACAATT AAATGAATAC CTCTCTAATT AAATTTGTCA 6360 ATTCTAATTC CTGGTATGAA AAGACAGTGA CCTGAAAATG TAAACGATGG GAGCTGATCA 6420 TAAATATAGG ACGGTACATG CAGTGGTGTT AGAGATTAGT CCTTACTTGA TTTGTGATAA 6480 CTTCCCCAAA TTTCTTCTGC TATACTTTTC TCAACTTTTA AAAATCCAAC TAAGAATTTT 6540 ACCTGGGGGT TTGGGGGCGG AGCACTAAGT TATCTTATCG TTAGCTGTCA AAACTGGTAG 6600 GTTTTGATAG GCTGGCGATA TGATTTTTGG GATATTGTGG ACACAATATC TGAGCTCGCA 6660 AAGCCTTACA AGAATGAAAA TCAGTTGTTG GAAAAGTGTA CTGACATTGT ATGGTAGCTC 6720 ACATTGTCAG TACAAGTATT TTGGAAAGGA AGTAGCAGTA TGAAACGAGA TGTGCGTGAT 6780 ATTCGGAAAC AATTTCGTTT AACAGAAGCA GAAGAAAAGC AAATTCTAGC TTTGATGAGA 6840 GAGCGGGGAG AGACTAATTT CTCTGATTTT CTTCGTAAAA GTTTACTTTC CTCTGATTTA 6900 CAAAAACAGA TGGAGACATG GTTTGCCCTC TGGCAATCCC AAAAACTAGA ACAAATCAGT 6960 CGTGACGTTC ATGAAGTTTT AATCTTGGCA CAGTCAGAAC GTCAAGTCAC CCAAGAGCAT 7020 GTATCTATTC TCTTAACGTG CGTGCAGGAA TTGATTCAAG AGGTTGCAAA CACCATACCC 7080 CTCAGTAAAG AATTTCGTGA GAAGTACATG AGGTAAGCAC ATGGAACATC GTTACCGAAC 7140 CAATCTCAAG AAAGTGTTTT TGTCTGATAG TGAGTTGAAC CAACTAAATA TAAATATCGA 7200 TCAAAGTGGT TGTAAATCCT TTTCTGAATA TGCGAGACGA ACTCTACTCG ATCCTGGTAT 7260 GAATTTTATC ACGATTGACA CAAACGGTTA CCAAGATTTA GTGTTTGAGT TAAAGAGGAT 7320 TGGCAATAAT ATCAACCAGA TTGCTCGAAG TGTTAATCAA TCTCAGTTAA TTTCTGGTGA 7380 AGAATTGCAG GAGTTGAAAA AAGGAATTGG TGAATTGATA AAAGAAGTTG ATAAGGAATT 7440 TAATCTGCAA GCGCAGAAGC TAAAGGAGTT CCATGGTCAT CACTAAACAC TTTGCCATTC 7500 ACGGAAAGAG TTACCGCAGA AAGCTTATCA AGTACATTCT CAATCCTGAG AAAACCAATA 7560 ATCTTGCCTT GGTGTCGGAC TATGGCATGA AGAATTTTCT GGACTTTCCT AGCTATGAGG 7620 AAATGGTGCA GATGTATCAT GAAAATTTCA TCAGCAACGA TACGCTTTAC GATTTTCGCC 7680 ACGACAGGAT GGAAGAAAAT CAACGAAAAA TACACGCTCA CCACATCATT CAGTCTTTCT 7740 CGCCAGAGGA TCATATCACT CCTGAACAAA TCAATCGGAT AGGTTATGAG ACTGTGAAGG 7800 AATTAACTGG TGGCAAATTT CGTTTTATCG TTGCGACCCA TGTTGATAAA GACCACCTGC 7860 ACAATCACAT CATTATCAAT TCAGTAGATA GCAATTCTGA CAAAAAGCTC AAGTGGGACT 7920 ACAAGGTGGA GCGAAATCTT CGCATGATTT CTGACCGTTT TTCTAAAATC GCAGGTGCTA 7980 AAATCATTGA GAACCGCTAT TCTCACCAGC GGTATGAAGT CTATCGTAAG ACTAATCACA 8040 AGTATGAACT CAAGCAGCGA CTCTATTTTT TGATGGAACA TTCTAGGGAC TTTGAGGATT 8100 TCAAAAAGAA TGCTCCGCTA CTACATGTGG AGATGGATTT CCGTCACAAG CATGCCACCT 8160 TTTTTATTAC GGACTCAACT ATGAAACAGG TGGTGCGTGG CAAGCAACTC AATCGCAAGC 8220 AGCCTTACAC AGAAGAATTT TTTAAGAACT ACTTTGCCAA AAGAGAAATA GAAAGTCTCA 8280 TGGAATTTTT ATTGCTGAAA GTTGAGAATA TGGATGATTT ACTTCAGAAA GCAAAACTTT 8340 TTGGACTAAC TATCAATCCT AAACAAAAGC ATGTTTCTTT TCAATTTGCA GGAGTGGAGG 8400 TAAAGGAGAC AGAGCTAGAC CAGAAAAATC TTTATGATGT AGAGTTTTTC CAAGATTATT 8460 TTAAAAATAG AAAAGATTGG CAAGCTCCAG AAACTGAGGA TTTCGTTCAA CTTTATCAAG 8520 AAGAAAAGTT ATCCAAAGAA AAAGAACTTC CAAGCGATGA GAAGTTCTGG GAGTCCTATC 8580 AAGAGTTCAA GAGTAACAGA GATGCCGTTC ATGAATTTGA GGTGGAGTTG TCACTCAATC 8640 AAATTGAAAA AGTAGTGGAT GATGGAATTT ACGTCAAGGT CAAGTTTGGT ATTCGTCAGG 8700 AGGGACTTAT CTTTGTGCCG AACATGCAGC TTGATATGGA AGAGGATAAG GTGAAGGTTT 8760 TCATCAGGGA AACCAGCTCC TACTATGTCT ACCACAAAGA CGCTGCCGAG AAAAATTGTT 8820 ATATGAAAGG TCGAACCTTA ATTAGACAGT TCAGCTATGA AAATCAAACC ATTCCATTAC 8880 GCAGAAAAGC GACAGTCGAT ATGATTAAAG AGAAGATTGC GGAAGTGGAT GCTTTGATTG 8940 AACTGGAAGT AGAAAATCAA TCTTATGTCA CGATTAAAGA TGAGTTAGTG CATGAACTAG 9000 CAGCGTCTGA ATTGAGAATC AATGAGTTGC AAGAACGAAT GTCAACCTTG AATCAAGTAG 9060 CAGAATATCT ACTGGCTTCA GTTGAAAGTA AGCAAGAAAT GAAATTAAAT CTTTCAAAAC 9120 TGAATATAAC TGAGAATATC AGTGCTAATA TTGTTGAGAA AAAATTGAAG AGCCTGGGGA 9180 ATCAACTGGA ATTGGAAAGG GGCAGGTATG AAAAGATGGT AGT 9223 (2) INFORMATION FOR SEQ ID NO : 60 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6827 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 60 : TCTGCTGGCT ACCATCATCT GACTTGGGCA AGACCAAAGT CTTAGTTACA ACTGTATTCT 60 TCTCAGCATT TTCAATAACT GGCAATGCCG ACTGAAGCGT ATCTTTTTCT GTTTTTGTAG 120 CTGGTCCAGT TTCTTTTTTC TGTCCGCAAC CAACCAGGAC AAAAAGGAAA GCTAGACTAA 180 CAAGAACTAT TTTTTTCATT TCTTTCTTCT TTCTTTTTGA AATTAAAATA GAATAAGACT 240 GGGAAGTGCT CCCAGCCTTG ATGTTTATAG AGCTGCACGC AAACGTGCTT CTGCATTTTC 300 TACATTACGG ACAGAGCGTG GTAGGAAGGC ACGAATATCG TCTTCCTTGT AGCCAACTTG 360 CAGGCGTTTT TCATCTACAA GGATTGGGCT CTTTAAAATT CTCGGTGTTT CCATAATCAG 420 ATTGAGAACT TCATTGACAC TCAAATCTTC AATATCCACT CCAAGGGCTT TGGCATAGCG 480 ATTTTTAGAC GAAACGATGC TGGCTATTCC GTTATCTGTT TTGGTTAGAA TATCCAGTAA 540 TTCTTCTCTC GTAATTCCTT CTTTACCAAG GTTTTGTTCT TTATAACTTA ACTGGTGGGC 600 ATTGAGCCAG GTTTTTGCTT TTTTACAGCT AGTACAACTT GAGACTGTAT AAATTTTAAT 660 CATGTACCTA CCCCTTTCGC TACATGTTAC TATCAGTTTA GTCTATTATA CCATAAAAAA 720 CATCCGACTT GCGACCTATT TTTAATTTTT TTTGACTTTT TTCGTCATTT TCGTACTTTT 780 TTCTTGACAA ACAACTAAAT GACTATCAAC TCTTTTGGAG CTAGGGTCAA TAATTCACAA 840 CCTGTCTCTG TAATCAGGAT ATCATCCTCG ATACGAACGC CATATTTGCC TTCGATATAG 900 ATACCTGGTT CATCGGTCAA GGCCATACCT GTCTTAATAG TTTCTGTAGA AGTCTGACTA 960 AAGTAGGGTT CCTCATGGAT ATCCAGACCA ATACCGTGGC CAATGCCGTG AGTAAAGTAG 1020 TCACCATAAC CTGCCTCAAT GATAATATCA CGAGGGATTT TGTCAAAGTC ACGGAAACCT 1080 AAGCCTGCCT TAGCTTGGTC AATCAAGGCT TGGTTAGCTT TTAGAACCGT ATTGTAAATC 1140 TCTGCCTGCT CATCGCTAAC ATGCCCTAGA TAGATAGTCC GGGTCATATC ACTGACATAG 1200 TGGTCATAGA GACAGCCGAA GTCCATGGTG ATGGCTTCTC CCAACTCCAC TGGTTTGTGC 1260 ATTGGATGGG CATGGGGTTT AGAAGAATTG ATACCGCTAG CTAGGATCGT ATCAAAAGAT 1320 AAGCCAGATG CTCCCAACTC ACGCATGCGG AAATCAAGGA AGTTGGCAAT CTCAATTTCA 1380 GTTTTTCCTG GTTTGATAAA GTCAAGCGCA TCGCGGAAAG CTTGGTCTGA GATAGAACAA 1440 GCCTTGCGAA TCGCTGCAAT CTCTGCCTCA TCCTTAATCA TACGAAGACC TTCCACAAAC 1500 TGAGTTTGTG GAAGCAAGTT CAAACCTGCA AAAGCTGCCT GCATACGGTG GTAATAAGAC 1560 ACTGAAATCT CATCTTCAAA ACCGATACGA GTCAAGCCCA TGTCCTTAAC AATTCCTGCA 1620 ATGACAGCCA ATTCATCACG ATCAGCCACA ATCTCAAAAC CACTGGTTTC TTGCTTAGCT 1680 GCGATGATAT AGCGAGAGTC TGTCACTAAG ACCTGACGGT CACGACTGAT AAAGACTGTT 1740 CCGTTTGAGC CCCAAAAACC AGTCAAATAA TAGACGTTTT TAAGATTGTT GATGATGATA 1800 CCATCTAGTT CTTTTTCTTG CATTTTAGCT AGAAATGCTT GTACGCGTTT ATTCATGATG 1860 TAACTTTCCT TTCAAATAGT GTCCTGTATA GCTGGCTTCG TTGGCAGCTA CTTCTTCTGG 1920 AGTTCCTGTT ACGATGATGG TTCCACCACC GACACCGCCC TCAGGTCCCA AGTCAATGAT 1980 ATGGTCTGCC GTCTTGATAA CATCCAGATT GTGCTCGATG ACGAGGACTG TATTGCCATC 2040 GTCTACAAAG CGAGCTAAAA CCTTGAGCAG GCGAGCAATG TCCTCTGTAT GAAGCCCTGT 2100 CGTCGGCTCA TCCAGAATGT AGAAAGATTT TCCTGTCGAT CGTTTGTGGA GTTCGCTAGC 2160 TAACTTCATA CGTTGGGCTT CTCCCCCAGA AAGGGTGGTA GCTGGCTGTC CCAAGGTCAC 2220 ATAGCCTAGC CCTACATCCT TGATGGTCTG GAGTTTGCGT TGAATTTTCG GAATGTGTTG 2280 GAAAAATTCT ACCGCATCGT TGACCGTCAT ATCCAAGACC TGCGAAATAT TCTTTTCCTT 2340 GTAGTGAACT TCTAGGGTTT CACTGTTATA GCGGGTTCCG TGGCAAACTT CACAAGCCAC 2400 ATAAACATCT GGCAAGAAGT GCATCTCAAT CTTGATAATC CCGTCACCTG AGCAAGCTTC 2460 ACAGCGACCT CCCTTGACGT TGAAACTGAA GCGCCCCTTC TTGTAGCCTC GAATCTTGGC 2520 TTCATTTGTC TGAGCAAAAA GGTCACGTAT ATCGTCAAAA ACTCCTGTAT AGGTAGCTGG 2580 GTTAGACCTC GGCGTCCGTC CGATAGGGCT CTGGTCAATA TCAATCAAAC GGTCGACATG 2640 CTCAATCCCT GTAATAGTCT TAAACTTACC AGGTTTGTCT GAATTACGGT TGAGCTTCTG 2700 GGCAATGGCT TTTTTGAGAA TGCTGTTGAT TAGAGTCGAT TTCCCTGAAC CCGACACACC 2760 TGTCACTGCG ATAAATTTTC CTAGTGGAAA GCGAGCCGTG ACATTTTGCA AGTTGTTCTC 2820 ACGCGCTCCT ATCACTTCAA TAAAACGACC ATTTCCGACA CGGCGCTCTT CTGGTACTGG 2880 GATGACACGT TTGCCTGACA AGTACTGACC TGTGATAGAC TTGCTGTTGC GAGCCACTTG 2940 CTTAGGTGTA CCTGCTGCAA CAATCTCACC ACCAAAAACA CCGGCACCAG GACCAACGTC 3000 AATCAGATAA TCAGCCTCAC GCATGGTATC TTCGTCGTGT TCCACCACGA TAAGAGTATT 3060 GCCCAAGTCA CGCATCTTTT TCAGACTGGC AATCAGGCGA TCATTGTCCC TCTGGTGAAG 3120 ACCGATTGAC GGCTCGTCTA GGATATAGAG GACACCTGAT AGGTTGGAAC CAATCTGGGT 3180 TGCCAAACGA ATGCGCTGAC TTTCCCCACC TGAAAGGGTT CCTGCTGAAC GTGACAGGGT 3240 TAGATAGTTA AGACCCACAT TATTAAGGAA GGTCAAACGA TCCTTGATTT CCTTGAGAAT 3300 GGGACGAGCA ATGATGGCTT CATTTTCAGA CAAAGTTAAC TGGCTCACCA AGTCCAAGTG 3360 GTCAGCGATA GACAGGTCTG AGATTTCTCC AATATGTGGC CCTTGCTGGC CGCCCACACG 3420 GACAGACAAG GCCTGGTCAT TGAGACGATA GCCTTGACAG GTTCCGCAGG TCAGCTCATT 3480 CATGTAGAGA CGCATCTGAG TGCGAGTGTA ATCGCTATTG GTTTCATGGT AACGACGTTT 3540 GATATTATTG ATAACTCCCT CAAACGGAAT GTCGATATCG CGCACGCCAC CAAATTCATT 3600 CTCATAGTGG AAATGGAATT CCTTACCATC TGACCCATAG AGAATCAAGT TCTTATCTTC 3660 TTCTGACAGG TCCTCAAAAG GCTTATCCAT AGCCACTCCA AAGACTTTCA TGGCCTGCTC 3720 TAACATGTTT GGATAGTAGT TGGATGAGAT AGGATTCCAA GGTGCTAGCG CTCCCTCACG 3780 TAAGGTTTTG CTAGCATCTG GCACTACCAA ATCAGTATCC ACCTCCAGCT TGATGCCCAA 3840 GCCGTCACAC TCACTACAAG AGCCAAAAGG AGCATTGAAA GAAAAGAGAC GAGGCTCTAA 3900 CTCTGGGACA GTAAAACCAC AAACTGGACA GGCATAATGC TCAGAGAACA ACAACTCCGA 3960 GTCGTCCATG GTGTCGATAA TGACATAACC TTCTGCAATA CGAAGGGCAG CCTCAATGGA 4020 ATCAAAGAGA CGACTACGAA TGCCCTCCTT GATAACAATA CGGTCAACCA CGACATCGAT 4080 ATTGTGTTGC TTGCTCTTAG ACAACTCTGG CACTTCGGTC ACATCATAGA CTTCCCCATC 4140 CACACGGACA CGAACATACC CGTCTTTCTG AACCTTCTCG ATAACACTCT TATGTTGGCC 4200 TTTTTTCTTG CGGATGACAG GAGCCAAGAT CTGCAAGCGC TGGCGTTCAG GTAACTCCAA 4260 AACCTTATCA ACGATTTGCT CCACAGAAGA AGCATTGATA GCTCCATGTC CGTTGATACA 4320 GTAAGGCGTC CCCACACGTG CGTAGAGGAG ACGCAGATAG TCATTGATTT CAGTCGTCGT 4380 TCCCACCGTC GAGCGAGGAT TTTTACTAGT CGTTTTCTGG TCGATGGAAA TAGCTGGGCT 4440 GAGACCATCA ATGGCATCTA CATCTGGTTT TTCCATATTT CCCAAGAACT GACGAGCGTA 4500 GGCGGACAAA CTCTCTACAT AGCGACGTTG TCCCTCCGCA TAGAGAGTAT CAAAAGCCAG 4560 ACTGGACTTC CCTGAACCTG ACAAGCCAGT CACGACAACC AACTTGTCTC GCGGAATCTC 4620 CACATCAATA TTTTTTAAAT TATGGGCACG CGCCCCATGA ATGACAATTT TATCTTGCAT 4680 CTTTGTTCTT TCTAGTCCAT TATTGCTTAC CATTATACCA AAAAAAGTGA GATTCTATTA 4740 CCCAAAAGGC CGATTTTGTA GTATAATAGT ACAGTGTGAA AAAATCTGAA AAATGAGAAA 4800 GGATAAGGGA TATGAAACAA GTTTTTCTCT CTACAACAAC TGAATTTAAA GAGATCGATA 4860 CGCTTGAACC GGGTACTTGG ATCAATCTCG TCAATCCGAC TCAAAATGAA TCACTCGAAA 4920 TCGCCAACAC CTTCGATATT GATATTGCTG ACCTTCGAGC ACCGCTCGAT GCGGAAGAAA 4980 TGTCTCGTAT TACCATTGAA GACGAGTATA CCCTGATTAT CGTAGACGTG CCGGTCACGG 5040 AGGAAAGAAA TAACCGCACC TACTACGTAA CCATCCCGCT TGGTATTATC ATCACTGAGG 5100 AAACCATTAT CACTACGTGT TTGGAACCAC TACCTGTCCT TGATGTCTTT ATCAACCGTC 5160 GATTGCGTAA TTTCTATACC TTCATGCGTT CACGTTTTAT CTTTCAAATT CTTTATCGCA 5220 ATGCAGAGCT TTACCTAACA GCCCTTCGTT CAATCGACCG CAAGAGTGAA CAAATCGAAA 5280 GTCAACTGCA TCAATCAACT CGTAATGAAG AATTGATTGA GCTCATGGAA TTGGAAAAAA 5340 CTATCGTCTA TTTCAAGGCC TCCCTCAAAA CAAATGAGCG CGTGATTAAG AAATTGACCA 5400 GTTCAACCAG CAATATCAAG AAATACCTTG AGGACGAAGA CCTGCTTGAA GACACCCTGA 5460 TTGAAACCCA ACAGGCCATC GAGATGGCAG ATATTTATGG AAACGTCTTG CATTCTATGA 5520 CAGAGACCTT TGCCTCTATC ATTTCTAACA ACCAGAACAA CATCATGAAA ACCTTGGCCC 5580 TTGTGACCAT CGTCATGTCC ATCCCAACCA TGGTCTTTTC TGCCTACGGG ATGAACTTTA 5640 AGGATAATGA AATCCCCCTA AACGGAGAGC CAAATGCCTT CTGGTTAATC GTCTTTATCG 5700 CCTTTGCTAT GAGTGTCTCG CTCACTCTCT ATCTCATCCA TAAAAAATGG TTCTAAGAGG 5760 AGTTCCTATG TCTCAAATTG ATCTACAAAA ATtAACTAAG AAAAACCAAG AGTTTGTCCA 5820 CATTGCTACC CAACAATTCA TCAAAGATGG GAAAACAGAC GCTGAAATCC AGACTATTTT 5880 TGAGGAAGTC ATTCCCCAAA TCCTTGAGGA GCAATCTAAA GGTACAACTG CCCGTTCCCT 5940 ATACGGCGCA CCAACTCATT GGGCTCATAG CTTCACTGTC AAAGAGCAGT ACGAAAAAGA 6000 GCATCCAAAA GAAAATGATG ACCCAAAACT GATGATTATG GACTCAGCTC TTTTCATCAC 6060 TAGCCTCTTT GCCCTTGTCA GCGCCCTCAC AACCTTCTTT GCGGCAGACC AAGCTTTCGG 6120 CTATGGATTG ATTACTCTTC TATTAGTTGG ACTGGTTGGT GGATTTGCCT TCTACTTGAT 6180 GTACTACTTT GTTTACCAAT ACTATGGACC AGATATGGAT CGCAGTCAAC GTCCACCTTT 6240 CTGGAAATCT GTACTAGTTA TCCTAGCTTC TATGTTCCTT TGGTTGCTTG TCTTCTTTGC 6300 AACAAGCTTC CTACCAGCTA GCCTTAACCC AGTACTGGAT CCATTGCCAC TAGCTATTAT 6360 TGGAGCAGCC CTCCTAGCCC TTCGCTTCTA TCTCAAGAAA CGCTTGAATA TCCGTAGTGC 6420 AAGTGCAGGA CCAACACGCT ATCAAGAATA AGAAAACGAT AAAAGCAACT GCAGGTGCGG 6480 TTGCTTTTTC ACTTACTTTT TTGAGTTATA TTCAATGAAA ATCAAAGAGC AAACTAGGAA 6540 GCTAGCTGCA GGTTGCTCAA AGCACAGCTT TGAGGTTGCA GATAAAACTG ACGTGGTTTG 6600 AAGAGATTTT CGAAGAGTAT TAAAAGTATT CTTCTGAAAT CCCACATAGC TTTCTCTTAT 6660 ATTTTGTGAT AAAATAGGCT CAATCTATTT CTAGGAGGAT GAGATATGGT TTCTACTATT 6720 GGTATTGTTA GTTTATCTAG TGGCATTATC GGAGAGGATT TTGTCAAACA CGAAGTGGAC 6780 TTGGGTATCC AACGTCTCAA GGATCTGGGA CTCAATCCCA TCTTTTT 6827 (2) INFORMATION FOR SEQ ID NO : 61 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 11864 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 61 : CTGGCTAGTT GCATAGAGCA AAGTTGCTTC TTCATCAACA AAACCGTTCA TTTCAAAATA 60 GGAAAGCAGC TCATCAGGAC TCTCCAAACG AATCCCTTTG TAATCCAGCT CAACTGCCAC 120 CTCTTTCAAG GCTGCAAGAA GAAGTGTTCC CAGGCCCTGT CTCTGATGGT CAAACTCGAT 180 GACTAAAGAA TGTACTTTTA GACATTGCGG ATTGTCTGAC TGGGGACTTG ATAAAATATA 240 GCCTAAAAGT TGATTTTCAT CCCTAGCTAG AAGAAAGGTA TCCGCACACT TACGGATACT 300 TTCTTCTAAA ATATGGGAAA GTTGCTGCTT TTCAGCTGGA AAAGACGAGG TCTGAAGTGC 360 CCCTATCTCA GGCAAATCAG ACTTGCTTGC CTGAATGATC TTAATTGGAA TTTCCATGGG 420 AACATCCTAT TGAACATTGC TTGTCAAGTT AGACAAGAGA CGCTCAAATG AGTATTCATA 480 GGTTTGGATG TCTCCTGCTC CCATAAAGAC GTAAACAGCA TTGTCATGGT CTAGGAGTGG 540 AGAAACATTT TCAACAGTAA TCACTTGGTG TTTTTTGTTG ATTTTGTTGG CTAGGTCTTC 600 TACCTTAACG TCACCATGAT CTACTTCACG AGCCGAGCCA TAAATTTGCG CTAGATAAAC 660 AGCATCTGCT TGGTTTAAAG CATGGGCAAA GTCGTCCAAC AAGGCAATGG TTCTTGTAAA 720 GGTATGCGGT TGAAAGACTG CTACAATTTC CTTGCTTGGG TATTTCTGAC GAGCCGCATC 780 CAAGGTCGCA ATAATTTCTG TTGGATGGTG GGCAAAGTCA TCGATAATCA CTGTATCATT 840 GACAATTTTC TCAGTGAAAC GACGTTTAAC ACCGGCAAAT GTTTTCAAGT GCTCACGCAC 900 CAAGTTCAAA TCAAATCCTG CTGTGTAAAG AAGACCAATA ACGGCTGTCG CATTCATGAT 960 ATTGTGACGA CCAAAGGTTG GAATGTGGAA TTGCCCCAAG TTTTGTCCAC GGAAATGAAC 1020 GGTGAAGGTT GAACCAGTTA TTGAACGAAG AAGATCACTA GCTACAAAGT CATTGCCTTC 1080 AGCTTCAAAA CCATAATAAT AAATTGGTGC ATCAGACGTA ATCTTACGCA ATTCAGCATC 1140 TTCACCATAG ACAAAAAGAC CCTTGGTGAT TTGTTTGGCA TAGTCGTTAA AGGCATTAAA 1200 AACATCCTCG AGACTTGTGA AATAATCTGG ATGGTCAAAG TCAATGTTGG TGATAATAGA 1260 GTATTCTGGG TGGTAAGGCA TGAAGTGACG CTCATATTCG TCAGATTCAA AGACAAAATA 1320 TTTGGCATTG GCCGAACCAC GACCTGTCCC ATCTCCAATC AAGAAGCTGG TATCTGTAAT 1380 GTGAGACAAG ACATGAGACA ACATACCTGT CGTTGAAGTT TTTCCATGTG CTCCTGCTAC 1440 TCCCATGCTA ACAAAGTCAC GCATAAAGCT ACCTAGAAAC TCATGGTAAC GTTTGTAGCT 1500 GATACCATTT TGGTCCGCAT AGGCAATTTC GACGTTGTTA TCTGGACGAA AGGCATTTCC 1560 AGCGATAATT TCCATATCAC CGTCTAGATT TTTTTCATCA AAAGGAAGAA TGGTAATTCC 1620 TGCCTGCTCA AGACCGCGTT GGGTAAAGTA GTACTTTTCA ACATCTGATC CCTGAACCTT 1680 GTGCCCCATC TGGTGCAACA TCAAGGCCAA GGCACTCATC CCTGATCCCT TAATTCCGAT 1740 AAAATGATAT GTCTTTGACA TGTTTTCTCC CCTATTCTGT CATTCTGGTC AGATTCAACT 1800 CTTGGGCAAC CCGACGTTCT TGTTCTGTTT GTTTACTTTT TTTATTGTAG ATTTGGCTCT 1860 TCTTTAGAAA ATCATAATTG TTTTTCTTTG GAGCAGGTGC TGACACTTCT TCATTCTTGG 1920 TAGGGATAGA ATGAACTTCT TCCGCCAAGA TATAATGAGA CTGGGTCAAT TTTTGGCTAT 1980 ATTTGACAAA TTCACCAGGA TTTTCCTTTT GGAAAGGAGC TGTCGGTTGA TTGCCCTGTC 2040 TAACTAGACT GGGCTGAGAA TGACGTCTCG CAAGGCTGAA ATCCTGAGTT AGGTAGTTAG 2100 CAGAGCGTTT CTTTTTCAAG TCCGCACGCG CTTCTTCACG CGCCACCTCC GCATAGCTCT 2160 TTCCTTCTTT TTTAACCCCT AAAGGAGCCT TTTTAGGTTT TTCGACTTGC TTTTCAATCG 2220 GTTTTACTGG TTTTTCTTCA GCAATAGGAG CCCATTCTAA ATAATTTTTA TCTCGATACT 2280 CACCCTTGAT ATTACTGATC AGATCAGACT CATCATAGAG ATTCATGACT GGCATTTCAG 2340 TCAACATGAC CTCGTCATCT GACACCAATG GAAATCGTTC TTGTTTCATT TTCTATTTCC 2400 TTTCAACACT TCATTATAGC GTATTGTCTT GATTTTTCAA GTGCTGGCTT CAGAAATTCC 2460 CAAAATTTCT CTAATTTCTG CTAGGGTCAG ACTACCACGT GACTCTGTGC CGTCCAATAC 2520 TTGTGACACC AGATGTTTCT TTTGTTCTTG GAGTTCCTGA ATTTTTTCTT CAATGGTTCC 2580 CTTGGTCACC AAGCGATAGA CCTCAACCGT TTCTTCCTGA CCCATCCGAT GGGCACGGCC 2640 AATGGCTTGC GCTTCCACCG CAGGATTCCA CCAAAGGTCA ACCAAGATCA CTGTATCTGC 2700 ACCTGTCAGG TTCAGACCGA CCCCACCAGC CTTGAGGGAA ATCAGAAAGG CATCTCTTTC 2760 TCCTTGGTTA AAGGCCTTGG TCATGTCTTG TCTTTCCTTG GCTGGGGTTG AACCCGTAAT 2820 TTTAAAGGAA GTCAGGCCCA AGTCTGGCAG TTCTTGTTCA ATTTTTTCCA ACATTCCCTT 2880 GAACTGAGAG AAAATCAAGA CACGGTGTCC GCCGTCTGCC ACCTGTACCA GTAGGTCTCG 2940 GAGACTATCT AGTTTGCCGC TGGCTCCCTG ATAATCTTCC ATAAACAGGG CAGGAGTGTC 3000 ACATATTTGA CGCAAGCGCA TCAAACCAGA TAAAATTTCC ACACGACTTC GCTGAAATTC 3060 CTGTTCTGAC ACTTGAGCCA GATGGTCTCG CATCTGTTGT AACTGGGCAA GGTAAATAGC 3120 CTTTTGCTGG TCTTCCAGTT CATTTTTATA AACCACCTCA ATCAAGTCTG GCAATTCAGT 3180 CAGAACTTCT TCTTTCTTGC GTCGCATCAC GAAAGGCTTG ATAAACTGAG CCACTCGCTC 3240 TGCTGGCAAT TTCATAAATT CTTTCTTGCT TGGCAAAAGT CCAGGCATGA CGATTTGGAA 3300 AATAGACCAC AACTCACCCA GATGGTTTTC AATCGGAGTT CCTGACAAGG CAAAGACCGA 3360 CGGCACCACA AATTGTCTCA AGGTCTGGGC AATCTTGGTC TGGGCATTTT TCATGACCTG 3420 AGCCTCATCT AAGAAAAGGA AGTCAAAGGC CATCCCTTGA TAAAACTCAC TGTCCTGACG 3480 GAAGGTGGCA TAGCTAGTCA CATAGATTTG ATGGCTCTCG GCAAGAATCT CCTCACGACT 3540 TGCTTTCAAA CCATGAACAA CAGTCACATC CAACTGTGGA GCAAATTTCT GAAACTCATC 3600 TGCCCAGTTG TAAATCAAAC CCGACGGAGC GAGAATCAAA ACCCGACTTT CTTTTGTCAC 3660 TTGACTAGTC AAAAAAGCAA TGGTCTGAAG GGTTTTCCCA AGTCCCATAT CATCAGCCAA 3720 AATCCCACCA AAACCATAAT GATGGAGCAT CTGCAACCAG CCAATTCCCT TTTCCTGATA 3780 ATCTCGCAAG TCAGCCTTGA CCTGAGTTGC TTGCAAAGGA AAGTCCTCTG GATGCGTCAA 3840 ATCCTGGGCC AGATTCTGGA ATTCTTGTGA AAAAGAAACA CGGTCTCGCC CTTCAAAGAG 3900 ATGAGCTAAA CTGTAGGCCA AGGATTTCCG AGCCTGCAAG GTCCCATCTT TTAATTCAAA 3960 TTGCCCCAGT TCCTGTAGAT TTTGGCGAAT TTTCTTGGTT TCTTCATCGA AAAAGTAAAC 4020 TTGATTAGAC GAATCAATAT AAAAATCCTG ATTGGCAACC AAGGCCTGCA TGGCTTGGTC 4080 GATTTCCTCC TGGACAATAT TTTGAAAATC AAACTGGATT TCCAAGAGAC CTCCCTTGGA 4140 GGCAATCTGC ACCTGAGGAC TCGCTAGGCT ATAAAGCTCT TCTAGTTTAT CTGATAGGTC 4200 AACATGCCCG AGTTTTTCAA AGACTGGAAT GATATCATGA AAAAAATGAT AGACAGACTC 4260 CGCTTTTAAG GCCTGACGCC AAGATTGAAA ATCGGCCTCA AAGCCCGCAG CCAAACAGAC 4320 TTGGAAAATT CTTTCTTCTA AGTCTGCGTC ACTTGAAAAG GGTAATTCTT CTAGCTCTTG 4380 TCGGCTAGAT ACCTGTCTAT TTCCATAATC AAACTGAATT TCTAAACGAA TCCGATTATC 4440 TTCTTCCCTG TCAAAGTAAA AAGAGGGCGC AAAAGTTTTG ATTTGTAGAC GTTCTGGAGC 4500 TGAAACGGTG CCCATCTGGA TAAAAAGAGT CAGACAGGAG GCCAATTTGT CTCGATCACT 4560 GCTATCAAAT TGCAGGTATT TCTTTCCTTG TTGACCCACA GGTAACGCTT TAATTTCCTT 4620 GAGAAGACGC ATCTGCTGGT CTGTTAAAAA ATAAACCTGA CCTTTATGGA AAAGTACTGC 4680 TCCCTGATAA AAGACATTGA CCCTAGGACT CTCACTGATT TCCATTTCAA AATAATCCGA 4740 GTATTCTGTT ACTGTAAAGG CAAATAGATT GGCATCAGCA TGCATATCCT GAAAAAGCAG 4800 GGTTTGGTAG CTATCCACTT GATGGTCAAA TTGAAAATGG GGCAAGGCCA TCAGTAAATT 4860 CACACCCTGC TCAAAAAAGG TCAGAGGGAA AAAGAGGTGC CGACCTTGGT TTTGGAAAAA 4920 GAGGTCTGGA ACCAGCCCTT CCTCCGTTAG TCCGTGCAAG AAAGTCAAAA GTTCTTGGCT 4980 GGCATCATCA AAGGCTTCCC AAGAAAGAGA CTCCTCATAA ATCTTGCCAA TCATATACGA 5040 CTTTCTCTGC TCGACAATCC TTAAAAAAAG TGGAATATCC CGAATGACAT AGTATTTTTG 5100 GCTATTGATT TGGCCGATTC TCAGAGTCCA CAAGATATGA TTGGTTCCTG CTTCCACCTG 5160 ACCCACAGCT GATAACTCAT AGGCGCATTC TGATTTTGGA GATAAAATTC GATCCAAAAA 5220 CTTGCCACCC AAGGTCACCT TGGTTTCAAC AGCCTCTTTT TCTTCATGAC CTTCTTCCAG 5280 ACTCCACAAG ATTTCCTGAC CACGCTCATC ATTTTTCAGA AAATGCTCTA GCGCTGCCAA 5340 ATGCACACAG TAGCCCCTCT TTTGAAAAAA ATCACAGGCA CAAAAAACCA AATCATCCTC 5400 TAAACTATAG CGCAGTTCTT CTTCTGCAAC GCGAGCGTAG AGCCGATTGT TCTTTTCCTT 5460 GATGATATCA ACCTTACCAG TTTCATAAAG GGCAACACCT TCGATACGAA TTTTCCCCGG 5520 AATCAATTTA GCCATATTTT CACCTTTACC TTATCTTTTT ATTATACCAT ATTTTCGCCT 5580 ATGAAAATAG CCTTCTAGGA AGACTTTTCT CCTAGAAGGC TGGATTTTTA ACGTTTGGCA 5640 AAAGTAGCCA CAATCCGCTG ACAGACTTCT TGCAACAGAG ATTTGGGCAT AGCTATATTG 5700 ATGCGGGCAT GGAGACTTCC TTCCTCTCCA AAATCCAAAC CACGGTTGAG GATAACCTTG 5760 GCTTCATTTC TCAACAACTC TTGCAATGTT TCATCAGTCA GGTCATAAGC TGAAAAGTCA 5820 AGCCAAATCA AGTAGGTACC TTGCGGTTTC ATGACCTTGA TTTTAGTCTC TTTTCCAAAT 5880 AGATCCATCA CATAATTGAT GTGGTCTTCA AAGACTTGCT TGAGTTCCTC TAGCCAATCT 5940 TTACCGTATC GATAGGCAGC TTCTGTCGCC AAATAACCCA AGCCTGAAAT TTCATGCTGA 6000 TTATTGGCCA ACAGGCGTTT CTGGAAAGCC AGTCTCAACT TAGGATTTTC AATGACTGCA 6060 TAGGAATTTT TTGTTCCAGC AATATTAAAT GTTTTAGTGG CACTGCTCAA GACGATAGCA 6120 AAATTTTTGA AGGCAGGATT GATGGTATTG AAAGACTGGT GTTTGTGACC AAAGAGGGTC 6180 AAATCTTGGT GAATCTCATC CGAAACTAAC AAAACACCGT GTTTTTGGCA GAGTTGGCCA 6240 ATCTTCTCCA ACACTTCTTT TTCCCAAACA CGTCCACCAG GATTGTGAGG GTTGCAAAGA 6300 ACATAGAGTT TAACCTCCTC TTCCACCAAA TCCTTTTCAA GTTGGTCAAA GTCAATCTCA 6360 AACAGACTAT CCTTTTCCAC TAAGGAATTA GTAATCAATC TACGATTATT CAACTTGACA 6420 CTGCGAGCAA AGGGTGGGTA GACAGGCGTG TTAATTAAAA CCGCCTCGCC TTCTTTTGTA 6480 AAGGTTTGAA TAGCTGTTGA GATGGCTGGT ACCACACCCT CGATAAAGAC AAGAGCCTCT 6540 TTGTCAAAGT TGTAACCGTA TTGTGTAGCT TCCCACTTTT GAACTTCCTT AATTAAGTCT 6600 TCACTGGCAT AGGTATAACC ATAAACCAGT TGGTCTGCGT AAGTTTGCAC GGCTTGGCGG 6660 ATTTCAGGCA AGACCACAAA GTCCATATCC GCTATCCAAG CTGGTAGAAC TTCACTATCC 6720 GTTTCTGTTT CTTTCCATTT ATAGGTATGG TGCCCTAAAC GGTTGGGCAG GCTTGTAAAA 6780 TCATATTTTC CCATCTTTGT CTTATCCTTC TATGGCTTGG CGCAAATCTG CAATCAAATC 6840 TCTAGCATCC TCAATCCCAA TAGACAAACG CAAGAGGTCA TCTGTCAAAC CATAAGAATG 6900 GCGTACCTCT GCTGGAATAT CAGCATGAGT TTGAGTCGTT GGATAAGTAA TAAGACTTTC 6960 CACTCCACCC AAACTTTCCG CAAAAGAGAA GACCTTGAGA CTGTTCAAAA TATGAGGAAT 7020 GCGTGTTTCA TCGGCTACTT TAAAGGAAAT CATGCCTCCA CGACCAGTGT AGAGAACTTC 7080 CTTAACTGCT GGAGAATCCT TCAAAAAGGC AACCACTTCT TGGGCGTTAG CTGTTGAGCG 7140 CTCCATACGA AGAGACAAGG TCTTGAGACC ACGAAGCAAC TGGTAGCTGT CAAATGGAGA 7200 CAAGACTGCC CCTGTTGTAT TAAGATTGTA AAAAAGCTTC TCGTATAGTT CTAAACTATT 7260 GGTCACAACC ACTCCAGCCA AGACATCATT GTGGCCTGCT AGATACTTGG TTGCTGAATG 7320 GAGAACGATA TCTGCTCCAT CTTCAATCGG ACGTTGGTAG ATAGGGCTAT AGAAGGTATT 7380 GTCCACCACC ACTTTGGCAC CCTTAGCATG AGCCAATTTT GCTAGTTTTT CGATATCAAA 7440 TTCCAACATC AAGGGATTGG TTGGGGTTTC GATATAGAGA ACATCCACAT CCTTTTCTAA 7500 CTCGGCAATC AACTCTTCTT CTGTATTGGC ATAGGTAAAA TGGAAATGAC CTTCCTGCTC 7560 CACTTGGTTA AACCAGCGAA AAGAACCACC GTAAAGATCA CGCACTGCCA AGACCTTACT 7620 TCCTACTGGA AAGACGCTAA AGGCCAGTAC AATAGCTGAC ATCCCTGAGC TAGTCGCTAG 7680 GGCATAGTCT GCTGACTCAA TAGCCGCCAA GACTTCCTCA GCCTTACTAC GAGTTGGATT 7740 TTTAGTGCGC GTATAGTCAA ACCCAGTAGA TCGACCAAAC TCTGGATGCT GATAGGTCGT 7800 TGAAAAATGA AGTGGTGTCA CCAAAGCACC TGTTGCCTCA TCAGACTTGA TCCCTGCTTG 7860 TGCTAAAATT GTGTTAATGT GTAATTCCTT GCTCATACAA TTCCTCCAAA TCTATAGTAA 7920 CTATTGTACC ACTTATTTTG TATCCTTCGT TTTCTTGTTT TCAAGAGCTA GTTATAGTTT 7980 CAAACTATAT AAAAAGGGAG TTTTTCCTGC TCCCTTTAAT AGACTATAAA ATGGTGAATC 8040 TCAAAAGACA CCTTCACTCT ATCATTTGCT CCTGCACAAA ACGAGCATAA CGCTCATGAT 8100 TTTCCAGTAG TTCCTTATGA GTTCCTGAGC CAGTGATTTT CCCCTCCTCT AAGAAGAAAA 8160 TACAATCCAC ATCTTTTACC GTTGACAAAC GATGCGCTAT AATCACAACC GTCTTCTCCT 8220 TTAGTACAGA ATAGAGGCTA CTGATAATCG CATACTCAGA ATCCGCATCA AGATTAGCAG 8280 TGGCTTCATC AAATATAAGA ATTTCAGCAT CTTTTAAGTA GGCTCTAGCT ATTTGAAGTC 8340 TTTCGTTCGC CCCCCTGACA AGAGTCGTCC GCGTTCACCA ACTTCAGTAT CTAGTCCCTC 8400 TTTCATGGAG CGAATCTCAT CACCTAGTGA TACTAAGTCT AGCACTTTCA TCAATTCATC 8460 ATCAGTTACT AAGCGATTCA AACCGAGACA AAGATTGTCA CGAATACTGC CAGATAAGAC 8520 TGCATTATTT TGTGAAACCC AAGCGATTTT ACTTCTCCAT TCTTTTAAGT TAAAATCATA 8580 TATACTTGAT TGCTCCATTA GAATATCTCC TGAAAGCGGT TTATAAAACC GCTCTAACAA 8640 ACGCACAATC GTTGATTTTC CTGATCCAGA TGGTCCAACA AAAGCAATTT TTTGCCCCTT 8700 GAAAATTGAA CAAGTAATAT CCTTTAAGAC AGGTCGATTT TCATCATAAC CAAAATAGAC 8760 ATGGTTAAAA TTCAACCCTC GTCCTGATAC CGATTTTCCT CCCTCAAATT TTTCTTTAGG 8820 AACTGCAAGC AAGTTCTCCA GTGCAACTGA AGATCCCTTG CTCCTAGAAT AAACAGTTAC 8880 AAAATTAGCT ATATTACTAA TAGGATTAAG TAATTGAAAG AGGTAAATCA AAAACGAAAC 8940 CAAGGTTCCC ACAGATATAT ATCCTGCGCT GACCCGATAA CCCCCATAGG TTAGCATCAC 9000 AGCTATAGTC GCAAAGATAA ATAAGAGAGC AAACGGGGTC TCAAAAGAAG TAACCCTATC 9060 TGATTTCAGT GAATTGTTTT GTACCCTTTC AATACAATTA TCCAAAACAT CCTGTACACT 9120 TTTCTCTGCT TGGTTAGTCT TAATTAATTC ATGTTCTTGA ATCTTTTCAG TCAATTGCCC 9180 TGTTAAATTT CCTCCTGTAA ACGACGACTA TACTTTTCAC TGATATTGGA AAGGGGCAAG 9240 ATAATAAACA TCATACAAGG AAGAGTGATG AATAAAAGTA GAGAAAGATT CCAATCAAGA 9300 CTAAATAAGA CTACAATGGA ACCAAGTACC ATAACTAAAC TCAGAATAAT ATTTGGGAAA 9360 GTCGTAATTA AAAACTCACG AATGACACTC GTGTCATTGA CAATGGCAGA AGTCAACTCC 9420 CCACTTTGGC TCTTATCAAA GAAGGATTTC TCTACATAAA TCAACCCCTC TATCACTTTT 9480 TTCCTGATTT TTGCTATCTT TTTTTCACCC GATTGACTAA ACAGATAGTA ACCAATAGAA 9540 GAAAACAAGG CTTGACCAAT AAAAATCAAA AACGATTGAA ATACTTTGGA GCCTATATTT 9600 TCAATAGAAC TCCCATCTAT TAAATCCTTT AAGATAAGGG GAAGCAACAA AGCAAGTAGA 9660 CTAGACAGAA CAAGTAAGAA ACTCCCCATA ATCACCTTAG TATCTACTCT TAATAATTTT 9720 AATTTCATAA ATACTCCTTA TAATATTTCA ACGGATAAAG TCGGGAATAA CTCAATTTGA 9780 GGATAAAATC TAATAAATCT TCCTATAACA AAACGCATAA CATCTAGGAT TTTATATACC 9840 TGATATTATG CGTTTTTAAG CACAAAGACT TCTTACACAA ACTTATCTAC AATTAGATTT 9900 TATTTGACAT GTTTTGCCAA TTCTTCTTGG GCTTTTTTAT TGGATTCTTC TTTTTCTTTC 9960 AACCATTTTT CTCTGGCTTT TGCATATTCG TCTGTTGTGA CAATCTTATC TTGTACTTTG 10020 AGGTATTTAT ATGATTCAAC CCCTTTTGTA CCGGTTAAAC CATAGGCAGC AGCAAATGGT 10080 ACGGTTCTTC TCAATGATGG TGTTCCCCCA CGCGAAACAC TTGGAAGAAC TAAAGAACTA 10140 TCAATCAACC AAGCTTGAAT ATCAGCATAT TTCTCATAAC GTTTGGCCGG ATCTTGCTCT 10200 TTATTAGCTT CTTCCAACAT TTGAGTATAG ACATCCAGTC CAACTGCCTT AGCCTTGTCA 10260 TTGGCCTCAC CAGGCTCTAG TCCAAGATTT TGCAGAAATC CTCCACTATT AGTATTAAAA 10320 ATATCGAGAT AGGTTGACGG GTCTTGATAA TCAGGTCCCC AACCGCCATG ATATAAATCA 10380 TAATCTTTCT GAGCAGCTGT TTGAGCAAAG TAGCCTGAAC TGTCAAACTC ATCTGATGTT 10440 AATTGCTGAA TGTCAATCAC TACATTATCA GAACCTAAAA CAGATTCAAT TGATTGTTTG 10500 ATAGAACTAA CTCCTTGTAT GCCTACTTTA TCTGTTACTT CCACAGTCTT ATCCAAGTGG 10560 ATTGGGAATT GAACACCCTT TGCTTCGAGT TCTTTCTTAG CTTCCGCAAA CTTAGCCTTG 10620 GCTTTCTCAG GATTGTAGTA AGGGTCTTGA CCATCCGCAA AGTTGATACC TTGCCATTCC 10680 TTACCATAGT TGACCATCTT AGAGGCTACA ACTTCACCAA AGTCTTTTCC CTTGATACTG 10740 ACAAAGTTTG GAGGAACCAC TAGGTTACGC AAAATCTTTG TTGCACCTTC TTTCCCTTCA 10800 GACTGAGCCC CATAAGATGT TCTGTCAAAA GCAAAATTGA TAGCCTGACG GAAGTTTTTA 10860 TTGAGAACTG CTTCCTGAGT CGATTTCTTT TCAATGTCAC TTGTTTTAGA AGTATAATTG 10920 TAAGACTTCC TATCTAGGTT AAAATTAAAG AAATATGAAG TTGAATTTTG CATACTATAG 10980 ATGATATTGT TTTTGTATTT TTCTTTAATC CCTTCATAGC TGGAGCTGTT AGGAAAAAGA 11040 CGAGCCGTAG TATAAGCACC AGCTGTAAAA TTACGTTCCA GTGATTCTTG GTCGCTACCA 11100 TCATAGTAGG TCAATTTCAC ATCGTCTACA AAGACATTCT TAGCATCCCA GTAATTAGGG 11160 TTTTTCTTAT ATTCAATAGC AGATTTTGAG ACAAGTGCTT TCATCAAGAA AGGTCCATTG 11220 TACAAAATAC TAGATGGATC CGCCTTCCCA AAATCATCCC CTTTTGATTT CAGGAAATCT 11280 GCATTAACAG GAAAAAGTAT CGTTGCAAGT GTTTTTGAAT TCCAGTAAAG TTCTGGTTTA 11340 ACCAAAGTAT ATTGAACCGT TTGGTCATCA AGTGCCTTGA CACCGACAGT TGAAAAGTCG 11400 CTTGTTTTAC CAGTGATATA GTCATCCAAA CCAGCAACAG AGTCCTGCAC TAGATACAAG 11460 GCTTCTGATT TTTTATCAGC TGCATATTGC AAACCTGTCA CAAAATCCTG GGCAGTTACA 11520 GGCGCATATT CTTCTCCCTC AGAAGTAAAC CACTTGGCAT CCTTACGAAG TTTGTAGGTA 11580 TAGGTCAAAC CGTCCTGAGA AACAGTCCAA TCCTCTGCTA ATGATGGAAT AATATTCCCA 11640 TATTGGTCAT TTTCTAATAA CCCGTCTACC AAATTTGCAA CAATATCGGA TGTTGCTGCG 11700 CGGTTTTCTG CTAGATAGTT CAAGCTAGAT GGATCACTTG AATAAACATA GTTGTAGGTT 11760 TTTGACGCCG TGCTAGAATT TCCACACGCG CTCAATAAAA CTCCTGTACC CAGGACAAGA 11820 CCTGCCAAGG TTAGATATTT GCTCTTAGAC TTTTTCATTT CCGG 11864 (2) INFORMATION FOR SEQ ID NO : 62 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2412 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 62 : TAACTGCACT AAACATAATA TAAGGAGAGA AAATGTCTGC AATAGAACGT ATTACAAAAG 60 CTGCTCACTT AATTGATATG AACGATATTA TCCGTGAAGG GAATCCTACT CTACGCGCGA 120 TTGCTGAGGA AGTCACTTTC CCCCTATCTG ACCAGGAAAT CATCCTAGGC GAAAAGATGA 180 TGCAATTCCT TAAACATTCC CAAGATCCTG TCATGGCTGA AAAAATGGGA CTCCGCGGTG 240 GTGTTGGACT GGCTGCTCCC CAGTTAGATA TCTCAAAACG CATTATCGCT GTTTTGGTAC 300 CTAATATTGT TGAAGAAGGC GAAACTCCAC AGGAAGCCTA CGATTTGGAA GCCATTATGT 360 ACAATCCAAA AATCGTCTCT CACTCTGTTC AAGATGCTGC TCTTGGCGAA GGAGAAGGTT 420 GCCTGTCTGT TGACCGTAAC GTGCCTGGCT ATGTTGTTCG CCATGCCCGC GTTACTGTTG 480 ACTACTTTGA CAAAGATGGA GAAAAACACC GTATCAAACT CAAAGGCTAC AACTCCATTG 540 TTGTTCAGCA TGAAATTGAC CACATTAACG GTATCATGTT TTACGATCGC ATCAATGAAA 600 AAGACCCATT TGCAGTTAAA GATGGTTTAC TGATTCTTGA ATAAAGAAAA TCCCGTTGCA 660 AGACGGGGTT TTGTGTTATA ATAGAGGCAT GAAAACAAAT GATATTGTCT ATGGTGTCCA 720 CGCCGTTACC GAAGCCCTCC TTGCAAATAC AGGAAACAAA CTCTACCTCC AAGAAGATCT 780 CCGAGGTAAG AATGTTGAGA AAGTCAAGGA ACTAGCTACA GAAAAGAAGG TGTCCATTTC 840 TTGGACATCA AAAAAATCTC TCTCTGAGAT TACTGAAGGT GCTGTTCATC AAGGTTTTGT 900 TCTACGAGTG TCTGAATTTG CCTATAGCGA GCTAGATTAC ATCCTTGCAA AAACACGCCA 960 AGAAGAAAAT CCACTTCTAT TGATTCTAGA TGGTCTAACC GATCCCCATA ATCTGGGTTC 1020 TATCTTGCGA ACAGCCGATG CGACCAATGT TTCAGGTGTC ATCATTCCCA AGCACCGTAC 1080 TGTCGGAGTA ACTCCTGTCG TTGCCAAAAC AGCCACAGGT GCTATTGAAC ACGTtCCAAT 1140 TGCCCGAGTG ACCAACCTCA GTCAAACCTT AGGATAAACT TAAGGATGAA GGTTTCTGGA 1200 CCTTTGGAAC GGATATGAAC GGTACTCCTT GCCACAAGTG GAATACAAAA GGGAAAATCG 1260 CCCTCATCAT TGGAAATGAA GGAAAAGGTA TCTCTAGCAA CATCAAAAAA CAGGTCGATG 1320 AAATGATTAC CATTCCGATG AATGGACATG TTCAAAGCCT TAATGCCAGT GTTGCTGCGG 1380 CCATTCTCAT GTACGAAGTT TTCCGAAATA GACTATAAAA AAGTTTCCAG TCATCTGATT 1440 GGAAACTTTT TTATGATTAA CTATGTTCTG TAATGAATTT ATAGGCTTCT TGACCAGCGA 1500 TAGCTCCATC TCCAACCGCT GTTGTTACTT GGCGAAGGTC TTTCAAGCGA ACATCTCCAA 1560 CTGCAAAGAT ACCGTCGACT GCAGTTTTCA TGTGGTTATC TGTCACAATC CATCCTGCCT 1620 GATCTTGGAT ATTCAATTCT TTAACAAAAT CGCTAAGAGG GTCCAAACCA ACATAGATAA 1680 AGACACCACC GAAGGCTTGT TCTGTCACTT GACCTGTTTT CACATTTTCA AATACGACTG 1740 ATTCTACTCG GTTTTCACCC TTGATTTCCC TTACTACAGA ATCCCAGATA AAGCTGATTT 1800 TTTCATTCGC AAAGGCGCGA TCTTGTAAAA CCTTTTGGGC ACGAAGTTGG TCACGACGGT 1860 GAACAATGGT AACAGTCTTA GCAAAACGAG TCAAGAAGAG GGCTTCTTCA ACAGCTGAAT 1920 CTCCACCACC AACTACCAAT AAATCTTGGT CACGGAAGAA AGCACCATCA CACACAGCAC 1980 AGTAAGAAAC ACCACGACTG TTCAGTTCTT CTTCTCCAGG CACTCCCAAA GGACGGTGTT 2040 TAGAACCAGT TGCTACGATA ACTGTACGTG TTTCATATGT TTGGTCATCA GTCATCACTT 2100 TCTTAAAATC ACCATGGCTT CGACATTTTC AACATAACCA TAAATGTGCT CAACACCAAG 2160 ATTTTCAAGT GGTTCAAACA TCTTTTCAGC CAATTCAGGT CCACTAATAT TAGCGTATCC 2220 TGGGTAATTT TCGATATCAG ATGTATTATT CATCTGACCA CCTGGCAGAC CACCTTCAAT 2280 CAAAGCTACT TTTAGATTGC TTCGAGCAGC ATACAAGGCC GCAGTCATCC cTGCAGGTCC 2340 AGCACCGATA ATAATAGTAT CGTACATATA GATTCCTTCT TTCTTGGTGT AACTATCTTT 2400 ATTCTAACTC TG 2412 (2) INFORMATION FOR SEQ ID NO : 63 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 7760 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 63 : CCGATTTGGT GGAATTTTTG TCTCATCATT TAGAAGGTGT TGCAAGAGCA GAGTTTACCT 60 TGGTGCTTCA TACCAAATTG GGAGAAGCCT CTGTTTTGGC AAATATTGTA GATGTAAACA 120 AGGATGAATG GATTTTAGGA ACAGTTGCTG GTGCCAATAC CTTATTGGTT ATTTGTCGAG 180 ATCAGCACGT TGCCAAACTC ATGGAAGATC GTTTGCTAGA TTTGATGAAA GATAAGTAAG 240 GTCTTGGGAG TTGCTCTCAA GACTTATTTT TGAAAAGGAG AGACAGAAAA TGGCGATAGA 300 AAAGTTATCA CCCGGCATGC AACAGTATGT GGATATTAAA AAGCAATATC CAGATGCTTT 360 TTTGCTCTTT CGGATGGGTG ATTTTTATGA ATTATTTTAT GAGGATGCGG TCAATGCTGC 420 GCAGATTCTG GAAATTTCCT TAACGAGTCG CAACAAGAAT GCCGACAATC CGATCCCTAT 480 GGCGGGTGTT CCCTATCATT CTGCCCAACA GTATATCGAT GTCTTGATTG AGCAGGGTTA 540 TAAGGTGGCT ATCGCAGAGC AGATGGAAGA TCCTAAACAA GCAGTTGGGG TTGTTAAACG 600 AGAGGTTGTT CAGGTCATTA CGCCAGGGAC AGTGGTCGAT AGCAGTAAGC CGGACAGTCA 660 GAATAATTTT TTGGTTTCCA TAGACCGCGA AGGCAATCAA TTTGGCCTAG CTTATATGGA 720 TTTGGTGACG GGTGACTTTT ATGTGACAGG TCTTTTGGAT TTCACGCTGG TTTGTGGGGA 780 AATCCGTAAC CTCAAGGCTC GAGAAGTGGT GTTGGGTTAT GACTTGTCTG AGGAAGAAGA 840 ACAAATCCTC AGCCGCCAGA TGAATCTGGT ACTCTCTTAT GAAAAAGAAA GCTTTGAAGA 900 CCTTCATTTA TTGGATTTGC GATTGGCAAC GGTGGAGCAA ACGGCATCTA GTAAGCTGCT 960 CCAGTATGTT CATCGGACTC AGATGAGGGA ATTGAACCAC CTCAAACCTG TTATCCGCTA 1020 CGAAATTAAG GATTTCTTGC AGATGGATTA TGCGACCAAG GCTAGTCTGG ATTTGGTTGA 1080 GAATGCTCGC TCAGGTAAGA AACAAGGCAG TCTTTTCTGG CTTTTGGATG AAACCAAAAC 1140 GGCTATGGGG ATGCGTCTCT TGCGTTCTTG GATTCATCGC CCCTTGATTG ATAAGGAACG 1200 AATCGTCCAA CGTCAAGAAG TAGTGCAGGT CTTTCTCGAC CATTTCTTTG AGCGTAGTGA 1260 CTTGACAGAC AGTCTCAAGG GTGTTTATGA CATTGAGCGC TTGGCTAGTC GTGTTTCTTT 1320 TGGCAAAACC AATCCAAAGG ATCTCTTGCA GTTGGCGACT ACCTTGTCTA GTGTGCCACG 1380 GATTCGTGCG ATTTTAGAAG GGATGGAGCA ACCTACTCTA GCCTATCTCA TCGCACAACT 1440 GGATGCAATC CCTGAGTTGG AGAGTTTGAT TAGCGCAGCG ATTGCTCCTG AAGCTCCTCA 1500 TGTGATTACA GATGGGGGAA TTATCCGGAC TGGATTTGAT GAGACTTTAG ACAAGTATCG 1560 TTGCGTTCTC AGAGAAGGGA CTAGCTGGAT TGCTGAGATT GAGGCTAAGG AGCGAGAAAA 1620 CTCTGGTATC AGCACGCTCA AGATTGACTA CAATAAAAAG GATGGCTACT ATTTTCATGT 1680 GACCAATTCG CAACTAGGAA ATGTGCCAGC TCACTTTTTC CGCAAGGCGA CGCTGAAAAA 1740 CTCAGAACGC TTTGGAACCG AAGAATTAGC CCGTATCGAG GGAGATATGC TTGAGGCGCG 1800 TGAGAAGTCA GCCAACCTCG AATACGAAAT ATTTATGCGC ATTCGTGAAG AGGTCGGCAA 1860 GTACATCCAG CGTTTACAAG CTCTAGCCCA AGGAATTGCG ACGGTTGATG TCTTACAGAG 1920 TCTGGCGGTT GTGGCTGAAA CCCAGCATTT GATTCGACCT GAGTTTGGTG ACGATTCACA 1980 AATTGATATC CGGAAAGGGC GCCATGCTGT CGTTGAAAAG GTTATGGGGG CTCAGACCTA 2040 TATTCCAAAT ACGATTCAGA TGGCAGAAGA TACCAGTATT CAACTGGTTA CAGGGCCAAA 2100 CATGAGTGGG AAGTCTACCT ATATGCGTCA GTTAGCCATG ACGGCGGTTA TGGCCCAGCT 2160 GGGTTCCTAT GTTCCTGCTG AAAGCGCCCA TTTACCGATT TTTGATGCGA TTTTTACCCG 2220 TATCGGAGCA GCAGATGACT TGGTTTCGGG TCAGTCAACC TTTATGGTGG AGATGATGGA 2280 GGCCAATAAT GCCATTTCGC ATGCGACCAA GAACTCTCTC ATTCTCTTTG ATGAATTGGG 2340 ACGTGGAACT GCAACTTATG ACGGGATGGC TCTTGCTCAG TCCATCATCG AATATATCCA 2400 TGAGCACATC GGAGCTAAGA CCCTCTTTGC GACCCACTAC CATGAGTTGA CTAGTCTGGA 2460 GTCTAGTTTA CAACACTTGG TCAATGTCCA CGTGGCAACT TTGGAGCAGG ATGGGCAGGT 2520 CACCTTCCTT CACAAGATTG AACCGGGACC AGCTGATAAA TCtACGGTAT CCATGTTGCC 2580 AAGATTGCTG GCTTGCCAGC AGACCTTTTA GCAAGGGCGG ATAAGATTTT GACTCAGCTA 2640 GAGAATCAAG GAACAGAGAG TCCTCCTCCC ATGAGACAAA CTAGTGCTGT CACTGAACAG 2700 ATTTCACTCT TTGATAGGGC AGAAGAGCAT CCTATCCTAG CAGAATTAGC TAAACTGGAT 2760 GTGTATAATA TGACACCTAT GCAGGTTATG AATGTCTTAG TAGAGTTAAA ACAGAAACTA 2820 TAAAACCAAG ACTCACTAGT TAATCTAGCT GTATCAAGGA GACTTCTTTG ACAATTCTCC 2880 ACTTTTTTGC TAGAATAACA TCACACAAAC AGAATGAAAA GGAGCTGACG CATTGTCGCT 2940 CCCTTTTGTC TATTTTTTAA GGAGAAAGTA TGCTGATTCA GAAAATAAAA ACCTACAAGT 3000 GGCAGGCCCT GGCTTCGCTC CTGATGACAG GCTTGATGGT TGCTAGTTCA CTTCTGCAAC 3060 CGCGTTATCT GCAGGAAGTC TTAGGCGCCC TCCTTACTGG GAAATATGAA GCTATTTATA 3120 GTATCGGGGC TTGGTTGATT GGTGTGGCCG TAGTCGGTCT AGTTGCTGGT GGACTCAATG 3180 TTGTCCTCGC AGCCTATATT GCCCAAGGAG TTTCATCCGA CCTTCGGGAG GATGCCTTCC 3240 GTAAAATTCA AACCTTTTCT TATGCTGATA TTGAACAATT TAATGCGGGA AATCTAGTCG 3300 TTCGAATGAC AAATGATATC AACCAGATTC AGAACGTTGT CATGATGACC TTCCAAATTC 3360 TTTTCAGACT TCCCCTCTTG TTCATCGGTT CGTTTATCCT AGCGGTTCAA ACCTTACCTT 3420 CTCTGTGGTG GGTGATTGTT CTCATGGTAG TCTTGATTTT TGGTTTGACT GCTGTCATGA 3480 TGGGAATGAT GGGGCCTCGT TTTGCCAAGT TTCAAACCCT TCTTGAGCGC ATCAATGCCA 3540 TTGCCAAGGA AAATTTACGT GGCGTTCGTG TGGTCAAGTC CTTTGTCCAA GAAAAAGAGC 3600 AATTTGCTAA GTTTACAGAG GTCTCAGACG AGCTTCTTGG TCAAAACCTT TACATTGGTT 3660 ATGCCTTTTC AGTAGTGGAA CCCTTTATGA TGTTGGTTGG TTACGGGGCG GTCTTCCTCT 3720 CTATTTGGCT GGTCGCGGGA ATGGTTCAGT CGGATCCGTC TGTTGTTGGT TCCATCGCTT 3780 CTTTTGTTAA TTACCTAAGC CAGATTATCT TTACCATTGT TATGGTTGGA TTTTTGGGAA 3840 ATTCTGTCAG CCGTGCCATG ATTTCCATGC GTCGTATTCG AGAAATTCTT GACGCAGAGC 3900 CAGCTATGAC CTTCAAGGAT ATCCCAGATG AAGAGTTGGT TGGAAGTCTT AGCTTTGAAA 3960 ATGTGACCTT TACCTATCCA ATGGACAAGG AACCGATGCT GAAAGATGTG AGCTTTACTA 4020 TTGAACCTGG TCAAATGGTT GGTGTAGTTG GAGCGACTGG TGCAGGAAAG TCAACCTTGG 4080 CTCAATTGAT TCCACGTCTC TTTGATCCAC AGGACGGGGC CATTAAAATC GGTGGCAAGG 4140 ATATTCGAGA AGTGAGTGAA GGAACCCTGC GTAAAACAGT TTCCATCGTT CTCCAACGTG 4200 CCATTCTTTT TAGTGGAACG ATTGCAGATA ACTTGAGACA GGGGAAGGGG AATGCTACTC 4260 TATTTGAAAT GGAGCGCGCA GCCAATATTG CCCAGGCTAG TGAATTCATT CATCGTATGG 4320 AGAAAACCTT TGAAAGTCCA GTTGAAGAAC GGGGAACCAA TTTCTCTGGT GGACAAAAAC 4380 AAAGGATGTC GATTGCGCGT GGGATTGTCA GCAATCCACG TATTCTGATT TTTGATGATT 4440 CGACCTCAGC CTTGGATGCC AAATCAGAGC GCTTGGTGCA AGAAGCTTTG AATAAGGACT 4500 TGAAGGGGAC GACAACCATT ATTATTGCTC AAAAAATTAG CTCGGTTGTC CATGCAGACA 4560 AGATCTTGGT TCTAAATCAA GGACGATTGA TTGGTCAAGG TACGCATGCA GACTTGGTTG 4620 CCAACAATGC CGTTTACCGT GAAATCTATG AAACACAGAA ATGAAAGACA AACTATAAGA 4680 AAAGTCAATA GTTTTATCTA AACTATTTCT TATTTCAATT TGATGATTTG GCGATGATTT 4740 TAGAGCACGG CAAAAAGCCC TTGAAAAAGT CCATTTTTTC AAAGGTAATC CTGTGTTAAT 4800 TTCAGAAATT ACATCACTTT TTGTTCGTCA AATGGCAGCT CTTTTTTTAG GATATAAAAC 4860 AGGGTTCGGA TAAGTTTTTT TGCAAGGTGG ATGATGGCTA CATTGTAATG TTTTCCTTGT 4920 TCTAATTTAG TCTTAAGATA GGCCTTAAAA GCAGGCGAAA AGCGAGGGCA TGCTTTGGCA 4980 GCTTGTATGA GTACCTACCG CAGATGAGGG GAACTCCGTT TGACCATTCT TCCTGCTAAA 5040 TCAATCTGAT CTGACTGATA AATAGAAGAA TCCAGTCCAG CGAAAGCTTG TAATTGAGCA 5100 GGATTATCAA AGGCATGAAT ATTTCGAATC TCAGCTAAAA TGACCGCCCC TAAACGATCC 5160 CCAATCCCAG TAACCGTCGT GATGACCGAG TTGAACTCAG CCATCAAGTC ATTGACACAT 5220 GTTTCCGCCT TGTCAATGAG CCTCTTGTAA TGTTTGATGT TTTCATTACA CGAGATAAAA 5280 CGTCTATGCG TTATCAAACT CATTACCAAT TAAAACAAAA AGCTGTGGTT AGATCCTTTC 5340 GGAAATTGTC AAGCGATTGG AGGAAATGAA CTAATCCACA GCGGCTTATT CCAAGTATAC 5400 CACTTGGGCT TTGGCAGTAG CTAACTGCGC TAAATATAAT ATAAGGAGGA GTAAAATGAA 5460 GACAGTTCAA TTTTTTTGGC ATTATTTTAA GGTCTACAAG TTCTCATTTG TAGTTGTCAT 5520 CCTGATGATT GTTCTGGCGA CTTTTGCCCA AGCCCTCTTT CCAGTCTTTT CTGGACAAGC 5580 GGTGACGCAG CTAGCCAATT TAGTTCAAGC TTATCAAAAT GGCAATCCAG AACTTGTATG 5640 GCAAAGCCTA TCAGGAATCA TGGTCAATCT TGGCCTGCTG GTTTTGGTTC TATTTATCTC 5700 TAGTGTAATA TACATGTGTC TCATGACGCG CGTGATTGCA GAATCGACCA ACGAGATGCG 5760 CAAAGGCCTC TTTGGTAAGC TTGCTCAGTT GACGGTTTCT TTCTTTGACC GTCGACAAGA 5820 TGGCGATATC CTGTCTCATT TTACCAGTGA TTTGGATAAT ATCCTCCAAG CCTTTAACGA 5880 AAGCTTGATT CAGGTCATGA GCAATATTGT TTTATACATT GGTCTGATTC TTGTCATGTT 5940 TTCGAGAAAT GTGACGCTGG CTCTCATCAC CATTGCCAGC ACCCCATTGG CTTTCCTTAT 6000 GCTGATTTTC ATCGTGAAAA TGGCACGCAA ATACACCAAC CTCCAGCAGA AAGAGGTAGG 6060 GAAGCTCAAC GCCTATATGG ATGAGAGCAT CTCAGGCCAA AAAGCCGTGA TTGTGCAAGG 6120 AATTCAAGAG GATATGATGG CAGGATTTCT TGAACAAAAT GAGCGCGTGC GCAAGGCAAC 6180 CTTTAAAGGA AGAATGTTCT CAGGAATTCT TTTCCCTGTC ATGAATGGGA TGAGCCTGAT 6240 TAATACAGCC ATCGTCATCT TTGCTGGTTC GGCTGTACTT TTGAATGATA AGTCTATTGA 6300 AACAAGTACA GCCCTAGGTT TGATTGTTAT GTTTGCACAA TTTTCACAGC AGTACTACCA 6360 GCCTATTATC CAAGTTGCAG CGAGTTGGGG AAGCCTTCAG TTGGCCTTTA CTGGAGCTGA 6420 ACGAATTCAG GAAATGTTTG ATGCAGAGGA GGAAATCCGA CCTGAAAAGG CTCCAACCTT 6480 CACTAAGTTG CAAGAAAGTG TTGAAATCAG TCATATCGTT TTTTCATACT TGCCTGATAA 6540 ACCTATTTTG AAAGATGTCA GCATTTCTGC CCCTAAAGGC CAGATGACAG CAGTTGTTGG 6600 GCCGACAGGT TCAGGAAAAA CGACTATTAT GAACCTCATC AATCGCTTTT ATGATGTTGA 6660 TGCTGGTGGT ATTTATTTTG ATGGTAAAGA CATTCGTGGC TATGACTTAG ATAGTCTTAG 6720 AAGCAAGGTG GGAATTGTAT TGCAAGATTC GGTCTTGTTT AGCGGAACGA TTAGAGACAA 6780 TATCCGATTT GGTGTGCCAG ATGCTAGTCA GGAAATGGTT GAGGTAGCAG CAAAAGCAAC 6840 CCACATTCAC GACTATATCG AAAGTTTGCC TGATAAGTAC GATACTCTTA TTGATGATGA 6900 CCAGAGCATC TTTTCAACAG GGCAGAAGCA ATTGATTTCA ATCGCTCGAA CCCTGATGAC 6960 AGATCCAGAA GTTCTCATTC TCGATGAAGC AACTTCAAAC GTAGATACGG TGACAGAAAG 7020 CAAGATTCAG CATGCCATGG AGGTGGTTGT AGCAGGTAGA ACTAGTTTCG TCATTGCCCA 7080 CCGCTTGAAA ACCATTCTCA ATGCAGATCA GATTATTGTC CTTAAAGATG GAGAAGTCAT 7140 TGAACGTGGT AACCACCATG AACTTTTGAA GCTAGGTGGC TTTTATTCAG AACTCTATCA 7200 CAATCAATTT GTTTTCGAAT AAGAAAGAAG TTGTCCTATG TGGGCAGCTT TTTCTTGTCC 7260 ATAAAAAATG TTTATCACAG CCTTAAAAAA AACATATTAG ACGAAAGTCA TTTTGAGTGA 7320 TATGATAGGA CTATCGTTAG CATTCGAAAG GAGAGGCATC ATGGCTAGAA CGGTTGTAGG 7380 AGTTGCTGCA AATCTATGTC CCGTAGACGC AGAAGGCAAA ATCATTCATT CATCTGTATC 7440 TTGTAGATTC GCAGAGATCA TTCGTCAAGT CGGTGGTCTC CCTTTAGTCA TTCCTGTTGG 7500 TGATGAGTCA GTTGTACGTG ATTATGTGGA AATGATTGAC AAACTCATTT TGACAGGAGG 7560 CCAAAATGTT CATCCTCAGT TTTATGGAGA GAAAAAGACC GTCGAGAGCG ATGATTACAA 7620 TCTGGTCCGT GACGAATTTG AATTGGCACT CTTGAAGGAA GCGCTTCGTC AGAATAAACC 7680 AATTATGGCA ATCTGTCGCG GTGTCCAACT TGTCAATGTT GCCTTTGGTG GAACCCTCAA 7740 TCAAGAAATC GAAGGTCAGG 7760 (2) INFORMATION FOR SEQ ID NO : 64 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2723 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 64 : GAGGTTTTAA TTCACTTACC TCTsCCGTAT CTTTATTTAA AATGAATTCT TTTACGGTTG 60 TATTTCTTGC AAAATCTTTT ACAACAATCT TAATGTTTAG TGTCTTGTCT ATTATTTGTT 120 TAATATCATT AAATGATGTA TATTCTTTTC CATTTATATA AATATGTTGT TCTTGAATCT 180 CACCATCGAA TCCATTATTT CTTTTATCAT TGATGTTAAA GACTACAGAT TTTCCATCAG 240 CATATTCGAT ACTAGTATTT CCCTTAGGAT CAATGTTTAC TTCGGGTTTA ACATTATCAT 300 ATAAAAACTG ATAGTGGACT CCAACTGCTT TAGCATTCAA ATCGCTATAG CCAGTTTGAA 360 GATAAACATT TCCATCCATA TCTGTTACCT TATCTGGAAA TCCGTTTGCT TTATAGTCTT 420 TCATTCCCCA GTCCATGATG TCACCGTCTT TAACATTCAG CTTAATATTA AAATCTCTAG 480 TGTTATCAAT GTGTAAATCT CCGTAGATTA AATAATTATC TACAACCGAT TCATTAACTC 540 TCAATTCCCA GTTAAAACCA CCCTTATCAG AAATCTTACC TCTTAAATAA AATTCTGGAT 600 TTCGTACATA AATTTTATTA GATTTAGATG GATTAAAGTA GTTCTTATCC ATTGAAAGGT 660 TTACTGGTTT GGTATCAATA AATAACATGG AGCCATCTTC TTTTATAGCT TCTACATTGA 720 ACTTATCCTC TCCAGTGTAT TCTTTATCAT CCTTACCAAA TAATACAAGT TTAGAAGAAT 780 CTGTCACAAG ATTTCCGTCT TTATCGATAG CTTCCCCTTT ATCGTTCATT TTAAATGTAA 840 ACACTTGATA CCTTATAATG TTAAAGCCGT CCAAAGCCGA CATTAATACA GATTGGGTAC 900 TTCTTCCATC TTCAACATTT CTACTATCAG CATAAATTGT TGTTTCTGAA AGGGCTCTTA 960 GATTAGGATT GGCCTTTTGT ATTTTTGCTA TATCTTCCTT GCTATAGACT CCATTTCCTT 1020 CTAACATATC CGTTTTTCCA GGATTATAGG TAGTCACTTT TAGTGCATAG CCTTTTCTTA 1080 GAATGATATT ATCCTTTAAC AGATATTGTT GTTTTTCTGA ATCAGAATAG ATTTTACCAG 1140 ATTCCATTTT AGTTAAATTG TCTGGTTTGT TTTTTGAAAG ATCTCCTTCC CCTAATTCTA 1200 TGACATTCCC ATAACTTGAT ACATAGGGAT ATTCTGATTT AGTTTCCTTA ATTTTTTCAG 1260 GCATTCTAAT TTTAATTTCA GCTTTTTTCT GATCATTATC TTTAACAAAT AATCTCATAT 1320 CTCCTGCAAA AGCTAATCCA TCCACAATAT CATTAATATT AGCGTATAGA TCAAATGTCA 1380 TCGTTTTTGA GTGGAAATCA TACTTGGTCG CTTTGATTTC TATAGATTTA TAGTTATTCC 1440 CATAATATAC CTTGGCATTT TTAGAAACAT TACTTATCTT TCCAAGAATT TCAAAGTGTC 1500 CATCTTTAGA CGGACTTAGA ACACCATAAA TTTTTGATTT GATTTCGTCA AGTTTCTCAG 1560 TTTCATATTC TAGATCAGTC CCATCATCGT AGGCTATTAT ATTTCCTTTA TCATCGTATT 1620 TATAATCGTA TTCCTCCATT CTCTTACCAG TTTCACTTGT AAAATCATCA ACTTCTCTAA 1680 ATTTCTTTTT AATGAGTTTC TTTAAGTCTT TATTTTCAAA GTCTCTAATT GTTGAAATAT 1740 TTCTATCAAT AGTAAAACTA GATTTTTCTT TAATAGACTC TTCATTTTCT TGATGATGAT 1800 GTTCTACCCC AGTTGTATCT TTTTTTAGAC TACCCTCTTT TCCATTTCCT AAATTTTTAA 1860 ATTTAGATTC TGCAATCTCG CCAAGCTTTT GATATTTAGA TGAATCTTGA TCAGGATCTA 1920 CTAGATAATA GGAAATCATC CCCTTTTCAT CAGCCTGATT AGCAAATTTA ATTCTATGAA 1980 TCTTTGTGAA ATTGCTAGAA CCATCTAATG CAATGACTTC AATGATTTTT CCCCTTAAAT 2040 CTCCCGCACC TTTAATTTCA TAAATGGTAT TTCCGTCTTT ATCAAGTTTT CTATTTCTTC 2100 CTTGACCCTC ACCTGCGTAA GTTACTTCAA GATTTTTTTC AACCTCTCCA TCTTCATTAA 2160 CAAGAGCGGC GCCAGCATAC CAAACTTCGT TCGCAATCTC GTCAAATTTT TCAGGATGTT 2220 CTTTTTGATC TCTCGCAAAT AGCGTTTCAT TCTTATACTG ATCTTTTACC TTATGATAAG 2280 TATCCTTTGT AATCAACTTA ATTTTTTCAG GATTTGAAAA ATCAACCGAA ACAATCTTAG 2340 GGGCGGTGTT ATCAATTTTT ACAGGAATAT AGGAAACCTG CCATGGGTAA TCTTTAGTTA 2400 ATCTATATTT AAATTTATAG AAATATTGAC CTTCCGCAAT CGGTTCAAAT TGACCTCTTA 2460 TCTTAGTAGC AGGATCTTGA TTATCCTTAC TTTCTGGTGC ATTTTCTTCT CTACCTCTAG 2520 GATTATAGAT GAGTCCATCC CACTTCAAGT CACCCCAAAC TTTTAGTTTA GATGATTTGA 2580 TTCCCTTTGC ATCATTGCTT TTAGAATTTA AAATTCCTCT AATAAAGTGT TCTCTCGAAA 2640 TGACTTTTAA GTCTCTTTGA TTTTCTCCCT CTTTATTTGT ATTTACTATT GAAATCAATC 2700 CTTCTTCTGC ACTTCTTAAT ACA 2723 (2) INFORMATION FOR SEQ ID NO : 65 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 11831 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 65 : AAAAAAGTGG GAATGACTCA AATCTTCACT GAAGCTGGCG AATTGATCCC TGTAACAGTT 60 ATTGAAGCAA CTCCAAACGT TGTTCTTCAA GTTAAAACTG TTGAAACAGA CGGATACAAC 120 GCTATCCAAG TTGGTTTCGA TGACAAACGC GAAGTATTGA GCAACAAACC TGCTAAAGGA 180 CATGTAGCGA AAGCTAACAC GGCTCCTAAG CGCTTCATTC GTGAATTCAA AAACGTTGAA 240 GGCTTGGAAG TTGGTGCTGA AATTACAGTT GAAACATTCG CAGCTGGAGA CGTTGTTGAC 300 GTAACGGGTA CTTCTAAAGG TAAAGGTTTC CAAGGTGTTA TCAAACGCCA CGGACAATCA 360 CGTGGACCAA TGGCTCACGG TTCTCGTTAC CACCGTCGTC CAGGTTCTAT GGGGCCTGTT 420 GCACCTAACC GCGTATTCAA AGGTAAAAAC CTTGCAGGAC GTATGGGTGG CGACCGCGTA 480 ACAATTCAAA ACCTTGAAGT TGTACAAGTT GTTCCAGAAA AGAACGTTAT CCTTATCAAA 540 GGTAACGTAC CAGGTGCTAA GAAATCTCTT ATCACTATCA AATCAGCAGT TAAAGCTGGT 600 AAATAATAAA GAAAGGGGAA ATCAGTCACA ATGGCAAACG TAACATTATT TGACCAAACT 660 GGTAAAGAAG CTGGCCAAGT TGTTCTTAGC GATGCAGTAT TTGGTATCGA ACCAAATGAA 720 TCAGTTGTGT TTGATGTAAT CATCAGCCAA CGCGCAAGCC TTCGTCAAGG AACACACGCT 780 GTTAAAAACC GCTCTGCAGT ATCAGGTGGT GGACGCAAAC CATGGCGTCA AAAAGGAACT 840 GGACGTGCTC GTCAAGGTTC TATCCGCTCA CCACAATGGC GTGGTGGTGG TGTTGTCTTC 900 GGACCAACTC CACGTTCATA CGGCTACAAA CTTCCACAAA AAGTTCGTCG CCTAGCTCTT 960 AAATCAGTTT ACTCTGAAAA AGTTGCTGAA AACAAATTCG TAGCTGTAGA CGCTCTTTCA 1020 TTTACAGCTC CAAAAACTGC TGAATTTGCA AAAGTTCTTG CAGCATTGAG CATCGATTCT 1080 AAAGTTCTTG TTATCCTTGA AGAAGGAAAT GAATTCGCAG CTCTTTCAGC TCGTAACCTT 1140 CCAAACGTGA AAGTTGCAAC TGCTACAACT GCAAGTGTTC TTGACATCGC AAATAGCGAC 1200 AAACTTCTTG TCACACAAGC AGCTATCTCT AAAATCGAGG AGGTTCTTGC ATAATGAATT 1260 TGTATGATGT TATCAAAAAA CCTGTCATCA CTGAAAGCTC AATGGCTCAA CTTGAAGCAG 1320 GAAAATATGT ATTTGAAGTT GACACTCGTG CACACAAACT TTTGATCAAG CAAGCTGTTG 1380 AAGCTGCTTT CGAAGGTGTT AAAGTTGCCA ATGTTAACAC AATCAACGTA AAACCAAAAG 1440 CTAAACGTGT TGGACGTTAC ACTGGTTTTA CTAACAAAAC TAAAAAAGCT ATCATCACAC 1500 TTACAGCTGA TTCTAAAGCA ATCGAGTTGT TTGCTGCTGA AGCTGAATAA TCTAAGGAGG 1560 AAATATCGTG GGAATTCGTG TTTATAAACC AACAACAAAC GGTCGCCGTA ATATGACTTC 1620 TTTGGATTTC GCTGAAATCA CAACAAGCAC TCCTGAAAAA TCATTGCTTG TTGCATTGAA 1680 GAGCAAGGCT GGTCGTAACA ACAACGGTCG TATCACAGTT CGTCACCAAG GTGGTGGACA 1740 CAAACGTTTC TACCGTTTGG TTGACTTCAA ACGTAATAAA GACAACGTTG AAGCAGTTGT 1800 TAAAACAATC GAGTACGATC CAAACCGTTC TGCAAACATC GCTCTTGTAC ACTACACTGA 1860 CGGTGTGAAA GCATACATCA TCGCTCCAAA AGGTCTTGAA GTAGGTCAAC GTATCGTTTC 1920 AGGTCCAGAA GCAGATATCA AAGTCGGAAA CGCTCTTCCA CTTGCTAACA TCCCAGTTGG 1980 TACTTTGATT CACAACATCG AGTTGAAACC AGGTCGTGGT GGTGAATTGG TACGTGCTGC 2040 TGGTGCATCT GCTCAAGTAT TGGGTTCTGA AGGTAAATAT GTTCTTGTTC GTCTTCAATC 2100 AGGTGAAGTT CGTATGATTC TTGGAACTTG CCGTGCTACA GTTGGTGTTG TCGGAAACGA 2160 ACAACATGGA CTTGTAAACC TTGGTAAAGC AGGACGTAGC CGTTGGAAAG GTATCCGCCC 2220 AACAGTTCGT GGTTCTGTAA TGAACCCTAA CGATCACCCA CACGGTGGTG GTGAAGGTAA 2280 AGCACCAGTT GGTCGTAAAG CACCATCTAC TCCATGGGGC AAACCTGCTC TTGGTCTTAA 2340 AACTCGTAAC AAGAAAGCGA AATCTGACAA ACTTATCGTT CGTCGTCGCA ACGAGAAATA 2400 ATATTAAACT AGTCGCTTAA GCAACTAGTA AATCCGCCAG CTCGGTAGCG CTCCATAGGA 2460 GTGCAAGCCG CTGTGGTACA ACATTTAAAG GAGAAAATAT AAAAATGGGA CGCAGTCTTA 2520 AAAAAGGACC TTTCGTCGAT GAGCATTTGA TGAAAAAAGT TGAAGCTCAA GCTAACGACG 2580 AAAAGAAAAA AGTTATTAAA ACTTGGTCAC GTCGTTCAAC GATCTTCCCA AGTTTCATTG 2640 GTTACACTAT TGCAGTTTAT GACGGACGTA AACACGTACC TGTTTACATC CAAGAAGACA 2700 TGGTAGGCCA CAAACTTGGT GAATTTGCAC CAACTCGTAC TTACAAAGGT CACGCTGCAG 2760 ACGACAAGAA AACACGTAGA AAATAAGGAG AACATAAATG GCAGAAATTA CTTCAGCTAA 2820 AGCAATGGCT CGTACAGTAC GTGTTTCACC TCGTAAATCA CGTCTTGTTC TTGATAACAT 2880 CCGTGGTAAA AGCGTAGCCG ATGCAATCGC AATCTTGACA TTCACTCCAA ACAAAGCTGC 2940 TGAAATCATC TTGAAAGTTT TGAACTCAGC TGTAGCTAAC GCTGAAAACA ACTTTGGTTT 3000 GGATAAAGCT AACTTGGTAG TATCTGAAGC ATTCGCAAAC GAAGGACCAA CTATGAAACG 3060 TTTCCGTCCA CGTGCGAAAG GTTCAGCTTC ACCAATCAAC AAACGTACAG CTCACATCAC 3120 TGTAGCTGTT GCAGAAAAAT AAGGAGGTAA AATCGTGGGT CAAAAAGTAC ATCCAATTGG 3180 TATGCGTGTC GGCATCATCC GTGATTGGGA TGCCAAATGG TATGCTGAAA AAGAATACGC 3240 GGATTACCTT CATGAAGATC TTGCAATCCG TAAATTCGTT CAAAAAGAAC TTGCTGACGC 3300 AGCAGTTTCA ACTATTGAAA TCGAACGCGC AGTAAACAAA GTTAACGTTT CACTTCACAC 3360 TGCTAAACCA GGTATGGTTA TCGGTAAAGG TGGTGCTAAC GTTGATGCaC TCCGTGCAAA 3420 ACTTAACAAA TTGACTGGAA AACAAGTACA CATCAACATC ATCGAAATCA AACAACCTGA 3480 TTTGGATGCT CACCTTGTAG GTGAAGGAAT TGCTCGTCAA TTGGAGCAAC GTGTTGCTTT 3540 CCGTCGTGCA CAAAAACAAG CAATCCAACG TGCAATGCGT GCTGGAGCTA AAGGAATCAA 3600 AACTCAAGTA TCAGGTCGTT TGAACGGTGC AGATATCGCC CGTGCTGAAG GATACTCTGA 3660 AGGAACTGTT CCGCTTCACA CACTTCGTGC AGATATCGAT TACGCTTGGG AAGAAGCAGA 3720 TACTACATAC GGTAAACTTG GTGTTAAAGT ATGGATCTAC CGTGGTGAAG TTCTTCCAGC 3780 TCGTAAAAAC ACTAAAGGAG GTAAATAACC AATGTTAGTA CCTAAACGTG TTAAACACCG 3840 TCGTGAGTTC CGTGGAAAAA TGCGCGGTGA AGCAAAAGGT GGAAAAGAAG TAGCATTCGG 3900 TGAATACGGT CTTCAAGCTA CAACTAGCCA CTGGATCACT AACCGCCAAA TCGAAGCTGC 3960 TCGTATCGCC ATGACTCGTT ACATGAAACG TGGTGGTAAA GTTTGGATTA AAATCTTCCC 4020 ACACAAATCA TACACTGCTA AAGCTATCGG TGTGCGTATG GGATCTGGTA AAGGGGCACC 4080 TGAAGGTTGG GTAGCACCAG TTAAACGTGG TAAAGTGATG TTCGAAATCG CTGGTGTATC 4140 TGAAGAGATT GCACGTGAAG CGCTTCGACT TGCTAGCCAC AAATTGCCAG TTAAATGTAA 4200 ATTCGTAAAA CGTGAAGCAG AATAAGGAGA AGGCATGAAA CTTAATGAAG TAAAAGAATT 4260 TGTTAAAGAA CTTCGTGGTC TTTCTCAAGA AGAACTCGCG AAGCGCGAAA ACGAATTGAA 4320 AAAAGAATTG TTTGAACTTC GTTTCCAAGC TGCTACTGGT CAATTGGAAC AAACAGCTCG 4380 CTTGAAAGAA GTTAAAAAAC AAATCGCTCG CATCAAAACA GTTCAATCTG AAGCGAAATA 4440 ATAGACTAGG GAAGGAGAAA TTTCAATGGA ACGCAATAAT CGTAAAGTTC TTGTTGGACG 4500 TGTTGTATCT GACAAAATGG ACAAGACAAT CACAGTTGTA GTTGAAACAA AACGTAACCA 4560 CCCAGTCTAT GGTAAACGTA TTAACTACTC TAAAAAATAC AAAGCTCATG ATGAAAACAA 4620 TGTTGCCAAA GAAGGCGATA TCGTACGTAT CATGGAAACT CGCCCGCTTT CAGCTACAAA 4680 ACGTTTCCGT CTTGTAGAAG TTGTTGAAGA AGCGGTCATC ATCTAATCAA ACCTGAAAGG 4740 AGAAAACTGA AATGATTCAA ACAGAAACTC GTTTGAAAGT CGCAGACAAC AGCGGTGCTC 4800 GCGAAATCTT GACTATCAAA GTTCTTGGTG GTTCAGGACG TAAATTTGCA AACATCGGTG 4860 ATGTTATCGT GGCATCTGTA AAACAAGCTA CTCCTGGTGG TGCGGTTAAA AAAGGTGACG 4920 TTGTTAAAGC AGTTATCGTT CGTACTAAAT CAGGTGCTCG TCGTGCTGAT GGTTCATACA 4980 TCAAATTTGA CGAAAACGCA GCAGTTATCA TCCGTGAAGA CAAAACTCCT CGCGGAACAC 5040 GTATCTTTGG CCCAGTTGCA CGTGAATTGC GTGAAGGTGG CTTCATGAAG ATCGTGTCAC 5100 TTGCTCCAGA AGTACTTTAA TTTTTAGGAA CAAACTAGTC CCCTAGCTTC AAGCTAGGGT 5160 GCCCTTATGG GCGTAAGAAA AATCAAGGAG AAACCTAATG TTTGTAAAAA AAGGCGACAA 5220 AGTTCGCGTA ATCGCTGGTA AAGATAAGGG AACAGAAGCT GTTGTCCTTA CTGCCCTTCC 5280 AAAAGTAAAC AAAGTTATCG TTGAAGGTGT TAACATTGTT AAGAAACACC AACGTCCAAC 5340 TAACGAGCTT CCTCAAGGTG GTATCATCGA GAAAGAAGCA GCTATCCACG TATCAAACGT 5400 TCAAGTTTTG GACAAAAATG GTGTAGCTGG TCGTGTTGGA TACAAATTTG TAGACGGTAA 5460 AAAAGTTCGC TACAACAAAA AATCAGGCGA AGTGCTTGAT TAATCACGAA GGAAAGGAGA 5520 AGTATAATGG CAAATCGTTT AAAAGAAAAA TATCTTAATG AAGTAGTTCC TGCTTTGACA 5580 GAACAATTCA ACTACTCATC AGTGATGGCT GTGCCTAAAG TAGATAAGAT TGTTTTGAAC 5640 ATGGGTGTTG GTGAAGCTGT ATCAAACGCT AAAAGCCTTG AAAAAGCTGC TGAAGAATTG 5700 GCACTTATCT CAGGTCAAAA ACCACTTATC ACTAAAGCTA AAAAATCAAT CGCCGGCTTC 5760 CGTCTTCGTG AAGGTGTTGC GATCGGTGCA AAAGTTACCC TTCGTGGTGA ACGTATGTAC 5820 GAATTCTTGG ATAAATTGGT ATCAGTTTCA CTTCCACGTG TACGTGACTT CCACGGTGTC 5880 CCAACAAAAT CATTTGATGG ACGCGGGAAC TACACACTTG GTGTGAAAGA ACAATTAATC 5940 TTCCCAGAAA TCAACTTCGA TGACGTTGAC AAAACTCGTG GTCTTGACAT CGTTATCGTA 6000 ACAACTGCTA ACACTGACGA AGAGTCACGT GCATTGCTTA CAGGCCTTGG AATGCCTTTT 6060 GCAAAATAAT ATAGGAGGTA AATCTAATGG CTAAAAAATC AATGGTAGCT AGAGAGGCTA 6120 AACGCCAAAA AATTGTTGAC CGTTATGCTG AAAAACGTGC TGCATTAAAG GCGGCAGGGG 6180 ACTACGAAGG TTTATCTAAA TTACCTCGCA ACGCCTCACC GACTCGTTTA CATAATCGTT 6240 GTAGGGTTAC GGGGCGCCCA CATTCAGTTT ACCGCAAATT TGGTCTGAGT CGTATCGCTT 6300 TTCGCGAACT TGCGCATAAA GGTCAAATTC CTGGTGTAAC AAAAGCATCT TGGTAATTTA 6360 AGATATCAAG AGCGTCAAAA CTCCAAGTAA AAATAGGAAA CTTGACGAAG AAACTAAAGT 6420 TTCTAGGAAA GTTTATCTTT TTCACACAGA GTTTAGCCCG GGTTCAATTG GGCTTGCCAA 6480 TTTGAACACG AGCTACAGCT TTGGCAAAAA AGACCAATTT GCTTTGGAGC ATTGCTTCTG 6540 CATTAAATTG TCTATTTTTG CTCGTGCTGT TACGCTCTTT GTATCATGTA TTAACTAGCA 6600 AGTGCAACTT GCAAACTACT AGTAAGAGGA GAAAAACAAA ATGGTTATGA CTGACCCAAT 6660 CGCAGACTTC CTAACTCGTA TTCGTAATGC TAACCAAGCT AAACACGAAG TACTTGAAGT 6720 ACCTGCATCA AACATCAAAA AAGGGATTGC TGAAATCCTT AAACGCGAAG GTTTTGTAAA 6780 AAACGTTGAA ATCATTGAAG ATGACAAACA AGGCGTCATC CGTGTATTTC TTAAATACGG 6840 ACCAAATGGT GAGAAAGTTA TCACTAACTT GAAACGTGTT TCTAAACCAG GACTTCGTGT 6900 CTACAAAAAA CGTGAAGACC TTCCAAAAGT TCTTAACGGA CTTGGAATTG CCATCCTTTC 6960 AACTTCTGAA GGTTTGCTTA CTGATAAAGA AGCACGCCAA AAGAATGTTG GTGGTGAGGT 7020 TATCGCTTAC GTTTGGTAAA ATCAAGATAC AAAGCTCGTA AAGAACAAAG CAAAATTAGG 7080 AAGTTGGAGA AGTTTGTTTA CAAACAAGCC AACTTATCTA TTTTGCACAG TTCTTAGAGC 7140 GTGTTCAGTT CAGCTCTTGA ACTAAATAAG TATCTGAACC CCGTGAAAAC TGGCCGTTCT 7200 GGCCTGACAA TTTAACAGGA GAAAATAAAC ATGTCACGTA TTGGTAATAA AGTTATCGTG 7260 TTGCCTGCTG GTGTTGAACT CGCTAACAAT GACAACGTTG TAACTGTAAA AGGATCTAAA 7320 GGAGAACTTA CTCGTGAGTT CTCAAAAGAT ATTGAAATCC GTGTGGAAGG TACTGAAATA 7380 ACTCTTCACC GTCCAAACGA TTCAAAAGAA ATGAAAACTA TCCACGGAAC TACTCGTGCC 7440 CTTTTGAACA ACATGGTTGT TGGTGTATCA GAAGGATTCA AGAAAGAACT TGAAATGCGT 7500 GGGGTTGGTT ACCGTGCACA GCTTCAAGGA TCTAAACTTG TTTTGGCTGT TGGTAAATCT 7560 CATCCAGACG AAGTTGAAGC TCCAGAAGGA ATTACTTTTG AACTTCCAAA CCCAACAACA 7620 ATCGTTGTTA GCGGAATTTC AAAAGAAGTA GTTGGTCAAA CAGCTGCTTA CGTACGTAGC 7680 CTTCGTTCAC CAGAACCATA TAAAGGTAAA GGTATCCGTT ACGTTGGTGA ATTCGTTCGC 7740 CGTAAAGAAG GTAAAACAGG TAAATAATGT TGAGTGGTTG ATCATCAACC ACCAACCTAT 7800 TTTCCAACTT TGTGCATAGC ACACGATTTA AAACTAAAGA GGTGAAAACT GTGATTTCAA 7860 AACCAGATAA AAACAAACTC CGCCAAAAAC GCCACCGTCG CGTTCGCGGA AAACTCTCTG 7920 GAACTGCTGA TCGCCCACGT TTGAACGTAT TCCGTTCTAA TACAGGCATC TACGCTCAAG 7980 TGATTGATGA CGTAGCGGGT GTAACGCTCG CAAGTGCTTC AACTCTTGAT AAAGAAGTTT 8040 CAAAAGGAAC TAAAACTGAA CAAGCCGTTG CTGTCGGTAA ACTCGTTGCA GAACGTGCAA 8100 ACGCTAAAGG TATTTCAGAA GTGGTGTTCG ACCGCGGTGG ATATCTATAT CACGGACGTG 8160 TGAAAGCTTT GGCTGATGCA GCTCGTGAAA ACGGATTGAA ATTCTAATAG GAGGACACTA 8220 GAAAATGGCA TTTAAAGACA ATGCAGTTGA ATTAGAAGAA CGCGTAGTTG CTGTCAACCG 8280 TGTTACAAAA GTTGTTAAAG GTGGACGTCG TCTTCGTTTC GCAGCTCTTG TTGTTGTTGG 8340 TGACCACAAT GGTCGCGTAG GATTTGGTAC TGGTAAAGCT CAAGAAGTTC CAGAAGCAAT 8400 CCGTAAAGCA GTAGATGATG CTAAGAAAAA CTTGATCGAA GTTCCTATGG TTGGAACAAC 8460 AATCCCACAC GAAGTTCTTT CAGAATTCGG TGGAGCTAAA GTATTGTTGA AACCTGCTGT 8520 AGAAGGTTCT GGAGTTGCCG CTGGTGGTGC AGTTCGTGCC GTTGTGGAAT TGGCAGGTGT 8580 GGCAGATATT ACATCTAAAT CACTTGGTTC TAACACTCCA ATCAACATTG TTCGTGCAAC 8640 TGTTGAAGGT TTGAAACAAT TGAAACGCGC TGAAGAAATT GCTGCCCTTC GTGGTATTTC 8700 AGTTTCTGAT TTGGCATAAG AAAGGGGATA AAATGGCTCA AATTAAAATT ACTTTGACTA 8760 AGTCTCCAAT CGGACGCATT CCATCACAAC GTAAAACTGT TGTAGCACTT GGACTTGGCA 8820 AATTGAACAG CTCTGTTATT AAAGAAGATA ACGCTGCTAT CCGTGGTATG ATCACAGCAG 8880 TATCTCACTT AGTAACAGTT GAAGAAGTAA ACTAATGAaG TTTTAGGGGA TGTGCACTGT 8940 ACCATCCCCT AAAACTAGAT ATAGTCATCT ATGATGACAT CGTATAGGCG AGTTGATGGG 9000 GGAGACAACC TTTTCTCCCT TATCGGCGCT AGCATTTTAC AAAAGAGGAG AAAATAAAAA 9060 TGAAACTTCA TGAATTGAAA CCTGCAGAAG GTTCTCGTAA AGTACGTAAC CGCGTTGGTC 9120 GTGGTACTTC ATCAGGTAAC GGTAAAACAT CTGGTCGTGG TCAAAAAGGT CAAAAAGCTC 9180 GTAGCGGTGG CGGAGTTCGC CTTGGTTTTG AAGGTGGACA AACTCCATTG TTCCGTCGTC 9240 TTCCAAAACG TGGATTCACT AACATCAACG CTAAAGAATA CGCAATTGTG AACCTTGACC 9300 AATTGAACGT CTTTGAAGAT GGTGCTGAAG TAACTCCAGT TGTTCTTATC GAAGCAGGAA 9360 TTGTTAAAGC TGAAAAGTCA GGTATTAAAA TTCTTGGTAA CGGTGAGTTG ACTAAGAAAT 9420 TGACTGTGAA AGCAGCTAAA TTCTCTAAAT CAGCTGAAGA AGCTATCACT GCTAAAGGTG 9480 GTTCAGTAGA AGTCATCTAA GAGAGGTGAC CTATGTTTTT TAAATTATTA AGAGAAGCTC 9540 TTAAAGTCAA GCAGGTTCGA TCAAAAATTT TATTTACAAT TTTTATCGTT TTGGTCTTTC 9600 GTATCGGAAC TAGCATTACA GTTCCTGGTG TGAATGCCAA TAGCTTGAAT GCTTTAAGTG 9660 GATTATCCTT CTTAAACATG TTGAGCTTGG TGTCGGGGAA TGCCCTAAAA AACTTTTCGA 9720 TTTTTGCCCT AGGAGTTAGT CCCTATATCA CCGCTTCTAT TGTTGTCCAA CTCTTGCAAA 9780 TGGATATTTT ACCCAAGTTT GTAGAGTGGG GTAAACAAGG GGAAGTAGGT CGAAGAAAAT 9840 TGAATCAAGC TACTCGTTAT ATTGCTCTAG TTCTCGCTTT TGTGCAATCT ATCGGGATTA 9900 CAGCTGGTTT TAATACCTTG GCTGGAGCTC AATTGATTAA AACTGCTTTA ACTCCACAAG 9960 TTTTTCTGAC GATTGGTATC ATCTTAACAG CTGGTAGTAT GATTGTCACT TGGTTGGGTG 10020 AGCAAATTAC AGATAAGGGA TACGGAAACG GTGTTTCCAT GATTATCTTT GCCGGGATTG 10080 TTTCCTCAAT TCCAGAGATG ATTCAGGGCA TCTATGTGGA CTACTTTGTG AACGTCCCAA 10140 GTAGCCGTAT CACTTCATCT ATCATTTTCG TAATCATTTT GATTATTACT GTATTGTTGA 10200 TTATTTACTT TACAACTTAT GTTCAACAAG CAGAATACAA AATTCCAATC CAATATACTA 10260 AGGTTGCACA AGGTGCTCCA TCTAGCTCTT ACCTTCCGTT AAAAGTAAAC CCTGCTGGAG 10320 TTATCCCTGT TATCTTTGCC AGTTCGATTA CTGCAGCcTG CGGCTATTCT TCAGTTTTTG 10380 AGTGCCACAG GTCATGATTG GGCTTGGGTA AGGGTAGCAC AAGAGATGTT GGCAACTACT 10440 TCTCCAACTG GTATTGCCAT GTATGCTTTG TTGATTATTC TCTTTACATT CTTCTATACG 10500 TTTGTACAGA TTAATCCTGA AAAAGCAGCA GAGAkCCTAC AAAAGAGTGG TGCCTATATC 10560 CATGGAGTTC GTCCTGGTAA AGGTACAGAA GAATATATGT CTAAACTTCT TCGTCGTCTT 10620 GCAACTGTTG GTTCCCTCTT CCTTGGTGTG ATTTCCATTT TACCGATTGC AGCTAAAGAT 10680 GTATTTGGTC TTTCTGATGT TGTTGCCTTT GGTGGAACAA GTCTCTTGAT CATTATCTCT 10740 ACAGGTATCG AAGGAATCAA GCAATTGGAA GGTTACCTAT TGAAACGTAA GTATGTTGGT 10800 TTCATGGACA GAACAGAATA AAAGTATTTA CTGAATCAGT AAATACTGAG GGAGTGGAGG 10860 TTTAAACTCT GACATTTGTA AGAGTTGGAT CTCCCCTCTT CTATTTTGTT TTTAAATCGG 10920 GGTGAAAAGA CTTTTTGCTT CTATTTAAAA ATAAAATAAG GAGATCAAAT CATGAATCTT 10980 TTGATTATGG GCTTACCTGG TGCAGGTAAG GGAACTCAAG CAGCAAAAAT CGTAGAACAA 11040 TTCCATGTTG CACATATCTC AACAGGTGAT ATGTTCCGCG CTGCAATGGC AAATCAAACT 11100 GAAATGGGTG TTCTTGCTAA GTCATATATT GACAAGGGTG AATTGGTTCC TGACGAAGTT 11160 ACAAATGGAA TCGTAAAAGA ACGCCTTTCA CAAGATGATA TTAAAGAAAC AGGATTCTTA 11220 TTGGATGGTT ACCCACGTAC AATTGAACAA GCTCATGCCT TGGACAAAAC ATTGGCTGAA 11280 CTTGGCATTG AACTAGAAGG TGTTATCAAT ATTGAAGTGA ACCCTGACAG CCTTTTGGAA 11340 CGTTTGAGTG GGCGTATCAT CCACCGCGTA ACTGGAGAAA CTTTCCACAA GGTCTTTAAC 11400 CCACCAGTTG ACTATAAAGA AGAAGATTAC TACCAACGTG AAGATGATAA GCCTGAGACA 11460 GTAAAACGTC GTTTGGATGT TAATATTGCT CAAGGAGAAC CAATCATTGC TCACTACCGT 11520 GCCAAAGGTT TGGTTCATGA CATCGAAGGT AATCAAGATA TCAATGATGT CTTCTCAGAT 11580 ATTGAAAAAG TATTGACAAA TTTGAAATAA AGCGTTTTTC ACACTTGCAA AAATCCGCTA 11640 CAAATGTTAT ACTGAGATAG TCTGACTTAT AATTGTTGTC TCTGTGTCTA GAGGCATCGA 11700 ATCGAAATTT ATGGAGGTGC TTTTGCGTGG CAAAAGACGA TGTGATTGAA GTTGAAGGCA 11760 AAGTAGTTGA TACAATGCCG AATGCAATGT TTACGGTTGA ACTTGAAAAT GGACATCAGA 11820 TTTTAGCAGG G 11831 (2) INFORMATION FOR SEQ ID NO : 66 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 10726 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 66 : CCCGGCATTT GAAAGCTATT CGTGAAGGAT TTATGATGGC AATGCCTTTG ATTTTAGTCG 60 GCTCTTTATT TCTTATTCTA ATCAGTTGGC CTCAAGAGGC TTTTACAAAT TGGCTGAATA 120 GTGTTGGATT GCTAAGTATC TTGACAACTA TGAATCAGTC AACAGTAGCG ATTATCTCCT 180 TGGTCGCTTG TTTCGGTATT GCCTACAGGT TGTCGGAAGG ATATGGTACA GATGGTCCGT 240 CGGCAGGGAT CATAGCCTTA TCCAGTTTTG TATTGATGGC ACCTCGTTTT TCGAGTATGG 300 TTTATGATAA AAATGGGGAG CAGGTCAAGC AGTTATTTGG CGGCGCAATA CCATTTTCTA 360 GCCTGAATGC ATCTTCTTTG TTTATGGCGA TTACTATTGG ATTGGTTACA GCAGAGATTT 420 ATCGTATGTT TATCCAGCGC GGAATTACGA TAAAAATGCC AAGTGGTGTC CCAGATGTAG 480 TAAGTAAATC ATTTTCAGCT CTTTTATCTG GTTTTACTAC TTTTGTTTTG TGGGCTTTGG 540 TCTTAAAAGG TCTTGAAGCG GCAGGAGTTG CAGGAGGTCT CAACGGACTC CTAGGTGCAA 600 TTGTTGGAAC ACCGCTTAAG TTAATTGCAG GAACGCTTCC AGGTATGATT CTATGTGTTA 660 TTGTAAACTC ATTCTTTTGG TTCTGTGGAG TTAATGGGGG ACAAGTTTTA AATGCTTTTG 720 TAGACCCAGT TTGGTTACAA TTTACTACAG AAAACCAAGA AGCTGTGGCT GCAGGACAAA 780 CACTCCAACA CATTATTACA TTACCGTTTA AAGATTTATT TGTATTTATT GGTGGCGGTG 840 GAGCGACTAT TGGTCTTGCG ATTTGTCTCT TCCTATTTAG TAAGAGTCGT GCGAATAAAA 900 CATTAGGTAA GCTAGCTATT ATACCGTCTA TTTTTAATAT CAATACAGCT ATTCTATTTA 960 CGTTTCCAAC AGTTTTAAAT CCGATTATGC TGATTCCGTT TATTGCTACT CCTACAATCA 1020 ATGCCTTGAT TACCTATGTA TCAATGGCTG TAGGATTAGT ACCCTATACA ACAGGTGTAA 1080 TCCTTCCGTG GACAATGCCA CCGATTATAG GAGGCTTCCT TGCAACAGGG GCTAGTTGGC 1140 GAGGAGCTCT ATTACAAGTT GTTTTGATTT TGGTTTCTGT AGCAATTTAT TATCCATTCT 1200 TCAAAATTGC AGATAAACGC AATCTTGAAA AAGAAAAAGC TACTGTTGGA GGGAAATAAG 1260 ATGGTTATCA GAGTATTTGA TCAACAGAAA AATACTTATT CTAGCTTTGC CTTAGAGGAA 1320 TTAAGTTACT ATATGAATCG GGTCTTTAAG ACTAACATAG AGCTTGTCGA GGAGAAGGAA 1380 GCGGATATTT TTGTAGGATT AGTCAATAAA GAGGACAGAA AAGACCATGT TCTTATCTCA 1440 TTAGACAAGG GTAAGGGGAG AATTGAGTCT AATACAATTG TAGGTTTACT TATTGGAATT 1500 TACCGAATGT TTCATGAATT TGGGGTTGTG TATACTAGAC CAGGGCGCAG ACATGACTTT 1560 GTTCCAGAGT TACGATTTGA AGATTTTTTA GATAAACAGC TATCTATAGA TGAAACAGCC 1620 AGTTACTATC ATAGGGGAGT ATGTATAGAG GGAGCGGATT CATTTGAAAA TATACTAGAT 1680 TTCATTGATT GGCTACCTAA GATTGGGATG AACAGTTTTT TCATCCAGTT TGAAAATCCT 1740 TACTCTTTTT TGAAACGTTG GTATGAACAT GAATTTAATC CATATCTAAA TAAAGAACAA 1800 TTTTCAAATG AATTAGTACA AGAATTGAGT GATAGGTTGG ATAAAGAATT GCAAAAAAGA 1860 GGTCTTATTC ATCATCGTGT TGGTCATGGA TGGACAGGTG AAGTTTTAGG TTACTCTTCA 1920 AAATTTGGCT GGGAATCAGG TCTTAGTATT TCAGAGGAGA AGAAACCCTA TGTCGCTGAA 1980 ATAAACGGGA AACGAGAATT GTTTAATACG GCTCCGATTT TAACCAGCCT GGATTTTTCA 2040 AATCCAGATG TAGCTGATAA GATGGTAGAA ATTATCAAGG ATTATGCCAA GAAAAGACCT 2100 GATGTTAACT ACTTACATGT ATGGTTGTCG GATGCTCGTA ATAATATTTG TGAATGCGAA 2160 AACTGTAGAC AAGAATTGGT TTCGGATCAG TATATTCGTA TTCTCAATCA ATTGGATAGG 2220 GCTTTAACGA GTGAGGGATT AGATACAAAG ATTTGTTTTC TGCTTTATCA TGAGTTGTTA 2280 TGGGCACCTC AGAAAGAAAA ATTAGATAAT CCTGAACGCT TTACCATGAT GTTTGCACCG 2340 ATTACAAGAA CATTTGAAAT GAGTTATGCA GATGTAGATT TTGACAATTC CATACCTACG 2400 CCTAAACCTT ATATGCGTAA TAAAATTATA CTTCCGAATT CTCTTGAGGA AAATTTATCT 2460 TATCTTTTTG AGTGGCAAAA AGCATTTAAA GGAGATAGTT TCGTATATGA CTATCCTTTA 2520 GGGCGTGCTC ATTATGGCGA TTTAGGCTAT ATGAAAATTA GTCAAACTAT TTACAGAGAT 2580 GTATCTTATC TTTCCAACCT ACATTTGAAC GGGTACATTT CGTGTCAAGA ATTACGTGCC 2640 GGATTCCCTC ATAATTTTCC TAATTATGTC ATGGGGGAAA TGCTCTGGAA GAAGACAAGA 2700 AGTTATGAAG AATTGATTGA AGAATACTTT TCTGCTTTGT ATGGGGAAAA TTGGCAGTCT 2760 GTTGTTGAAT ATTTAGAAAA ATTATCCATT TATTCCTCTT GTGATTATTT TAATGCAATT 2820 GGCAGCCGTC AAAGTGATGT TTTAGCGAAT CATTATTATA TAGCTTACAA TCTAGCTGAT 2880 AATTTTTTAC CAATTATTGA GGAAAATATT TCTAAGTTAT TAAATAGTCA AAAGGATGAA 2940 TGGAAACAGC TCAGTTATCA TCGTGAATAT GTTGTTAAGA TGGCGAAGGC TTTATATCTT 3000 CAAGCAACTG GAAAAACAAG GCAAGCTCAA GATGAATGGA GAAATGTGTT GAATTATATC 3060 CGTGGGCACG AATTGCTATT TCAATCTAAT TTGGATGTTT ATCGTGTAAT TGAAGTAGCA 3120 AAAAATTACG CTGGTTTCCA CTTATAAATC ATAAGTATAG AAAATGAACT AAGGTATTCA 3180 GAGAAGATTG ATCCTAAATA TTATGAAATT TAAGGATTTT TAAGATATTT AGGGTCAACT 3240 TTCTATTTAT ATCGTAGCGA AGTCATTTTA ATAATGATGT GTAAAAGATG GATCAAGATT 3300 GAGGAGGAAG AAAGATGAAA TCAAAAGAAG AAATAAATAT GCTTGGTTTT ACAATTGTCG 3360 CTTACGCAGG AGATGCAAGG TCAGATTTGA TGGATGCTTT GGCGTTTGCG AGAGATGGAT 3420 ATTTTGAACA GGCAAGAGAA TTGGTTGAGT CTGCAAACGA CTCAATAGTG TCTGCCCATC 3480 GAGAACAGAC TAATTTATTA GCGGAGGAGG CATATGGAGA TAATTTTGAA GTGAGCTTTA 3540 TTATGATTCA TGGTCAAGAT ACTTTGATGA CAACGATGCT ATTGTATGAT CAGGTAAAGT 3600 TTTTTATTGA TGAATATGAA CGAATTCGAA AGATTGAAGA ACATATTGGT TTGCAATGAG 3660 GATTAGTCAT GGAAAATTTA CAGGTTAAAG CCTTACCGAA GGAGTTTTTA TTAGGAACTG 3720 CTACCGCTGC TTATCAAGTA GAGGGTGCAA CTAGGGTAGA TGGCAAAGGA ATAAATATGT 3780 GGGATGTTTA TTTGCAAGAA AATAGTCCGT TCTTACCAGA TCCAGCTAGT GATTTTTATT 3840 ATCGTTACGA AGAGGATATA GCTTTGGCGG CAGAACATGG TTTGCAGGCT TTGCGTTTAT 3900 CTATTTCTTG GGTTCGTATA TTTCCTGATA TAGATGGGGA TGCTAATGTA TTAGCTGTTC 3960 ATTATTACCA TAGAGTTTTT CAGTCTTGCT TAAAACATAA TGTGATTCCG TTTGTTTCTT 4020 TACATCATTT TGATTCGCCT CAGAAAATGT TAGAAACAGG GGATTGGTTG AACAGAGAGA 4080 ATATTGATCG TTTCATACGA TATGCTCGCT TTTGTTTCCA AGAATTTACA GAAGTCAAGC 4140 ATTGGTTTAC AATCAATGAA CTGATGTCTC TTGCTGCAGG TCAATATATA GGAGGTCAGT 4200 TTCCTCCAAA TCATCATTTT CAATTATCTG AAGCAATTCA AGCGAATCAT AATATGTTGT 4260 TGGCGCATGC TCTTGCAGTC CTCGAATTTC ATCAATTAGG GATTGAGGGA AAGGTAGGTT 4320 GTATTCATGC TTTAAAGCCA GGCTATCCTA TTGATGGGCA AAAAGAAAAT ATTTTGGCAG 4380 CTAAACGGTA TGATGTTTAT AATAATAAAT TTCTATTAGA TGGAACTTTT TTGGGCTACT 4440 ACAGTGAGGA CACGCTTTTT CACTTGAATC AAATATTGGA AGCTAATAAT TCTAGCTTTA 4500 TTATTGAAGA TGGTGATTTA GAAATTATGA AGAGAGCTGC ACCTCTTAAT ACGATGTTTG 4560 GGATGAATTA TTATCGTTCA GAATTTATTC GTGAATACAA AGGTGAAAAT AGACAAGAAT 4620 TTAATTCAAC AGGAATAAAA GGACAGTCTT CTTTTAAATT AAATGCTCTA GGTGAATTTG 4680 TAAAAAAACC TGGTATTCCG ACAACAGATT GGGATTGGAA TATTTATCCT CAAGGGTTAT 4740 TTGATATGTT GCTTCGTATC AAAGAAGAAT ATCCTCAACA TCCGGTCATT TATTTAACTG 4800 AAAATGGTAC AGCCCTTAAA GAAGTTAAGC CAGAGGGCGA GAATGATATT ATTGATGACA 4860 GTAAGAGAAT CCGTTATATT GAGCAACATT TACACAAAGT TTTAGAGGCT CGAGATAGAG 4920 GAGTCAATAT TCAAGGCTAT TTTATATGGT CTTTGCAAGA TCAATTTTCT TGGGCGAATG 4980 GCTACAATAA GCGATATGGT CTTTTCTTTG TTGATTATGA AACACAGAAG AGATATATTA 5040 AGAAAAGTGC TCTTTGGGTA AAAGGGCTAA AACGGAATTA AGGTTAGCGA TTTGACTGAT 5100 GTTTAATATG TTTTAAATAT GAGGTTGAAT TTTTTATAGG AGGAGTTTTA TGGATAAGCT 5160 AGTCGCTGCC ATTGAAAAGC AACAAGGGAA ATTTGAAAAA ATTTCTACTA ATAACTATAT 5220 GATGGCTATT AAAGATGGAT TCATTGCTAC TATGCCTTTA ATTATGTTTT CAAGCTTTTT 5280 GATGATTATT ATTATGATTC CTAAAAATTT CGGAGTAGAG TTACCGAGTC CAGCTATTGT 5340 CTGGATGAGA AAAGTGTATA TGTTAACCAT GGGAGTTTTG GGTATTATTG TTTCAGGGAC 5400 TGTTGGAAAG TCATTAGTTG GAAATGTTAA CAGAAAAATG CCTCACGGAA AGGTAATAAA 5460 TGATATTTCT GCAATGTTGG CAGCCATATG TAGTTATCTG GTATTAACTG TAACGCTTGT 5520 AGTTGATGAG AAGACGGGAT CTACAAGTTT GTCGACAAAC TATTTAGGAT CTCAAGGATT 5580 GATAACTTCG TTTGTCAGTG CCTTTATTAC TGTAAATGTT TACCGATTCT GTATTAAGCG 5640 AGACATTACT ATTCATTTAC CTAAGGAAGT TCCTGGGGCT ATATCACAAG CTTTTAGAGA 5700 TATTTTCCCT TTTTCTTTTG TTTTACTTAT TAGTGGTTTG TTAGATATTG TATCTCGGTT 5760 TAGTTTAGAT GTTCCTTTTG CCCAAGTATT TCAACAACTA TTGACTCCTA TTTTTAAGGG 5820 GGCAGAATCA TATCCTGCTA TGATGTTGAT TTGGTTTATG TGTGCTTTGC TTTGGTTTGT 5880 TGGAATTCAT GGACCATCTA TTGTCTTACC TGCTGTTACA GCTTTGCAAC TGAGCAATAT 5940 GGAAGAGAAT GCTCAACTTC TTGCAAATGG GCAGTTCCCT TATCATTCTT TAACACCTAA 6000 TTTCGGGAAT TATATCGCTG CTATTGGAGG AACGGGGGCT ACCTTTGTTG TACCATTTAT 6060 TTTGATTTTC TTTATGCGGT CTAAACAATT AAAATCGGTA GGTAAAGCTA CAATTACTCC 6120 TGTTTTATTT GCGGTAAATG AACCTCTTCT ATTTGGTATG CCTGTTATTT TGAATCCCTA 6180 TCTTTTTGTC CCTTTTTTGA TGACTCCACC AGTGAATGTA TTTCTAGGAA AGGTCTTTAT 6240 TGATTTCTTT GGAATGAATG GATTTTATAT CCAGTTACCT TGGACCTTTC CTGGTCCCTT 6300 GGGATTGTTA ATTGGAACGA ATTTTCAACT TATCTCCTTT GTATTTTTAT CTTTGATTTT 6360 AGTTGTCGAC ATATTGATTT ATTTGCCATT CTGTAGAGCG TATGATAGAC AGTTACTGGT 6420 GAAAGAAGAT ATTGCAAGCT CAAATGATAT TATTTTAGAG GAGGATACAA GTGAAATAAT 6480 TCCTGGTGAG ATAGATGAAA TAAAAAGTAA GGAGTTGAAA GTACTGGTTC TTTGTGCAGG 6540 GTCTGGAACA AGTGCGCAAT TAGCCAATGC AATTAACGAG GGGGCTAACT TAACAGAGGT 6600 TAGAGTGATT GCGAATTCAG GAGCGTACGG AGCTCATTAT GATATTATGG GTGTTTATGA 6660 TTTAATTATT CTGGCCCCAC AAGTTCGGAG TTATTATAGA GAGATGAAGG TGGATGCAGA 6720 AAGATTAGGT ATTCAGATAG TTGCTACCAG AGGAATGGAA TATATTCATT TAACAAAGAG 6780 TCCAAGTAAA GCCTTACAAT TTGTATTGGA GCATTACCAA GCTGTGTAGT AAGTTTTTCC 6840 ATCTTTTATT TGAGTAAAGA TTTTGTTTAC AGATAGGCTT GGATTTAAAA ACGTTCCCCC 6900 TTTTTTAATA TAAGAATCCC TCTTTCACAA TTGTAAAAAG AGGGATTTTG TATTTTATCT 6960 CTTAGACCAA GTTCTCTTCA TAAAGAGAAG GAGGATTGGG TAAATCTCCA AGCGCCCTGC 7020 AATCATTGCA AAGGATAGGA GAATTTTTGA GATGGGACTA AAGATTGAGA AACTAGAAGT 7080 GGTTCCTAGA ATAGGCCCGA TATTATTGAA ACAGCTAAAG ACAGCGCTGG TCACGACCAG 7140 AAAATCATTG CTATCTAGGC TGACAATAAA GATAAGCGCT AGCAAAATCA TAGCATAGAT 7200 GACAAAGTAC TTGAGAATCT TATGCTGGGT ATCTTTGTCA ATCACCGTTT TATTAACATG 7260 GAGGGTCAAA ACACGGTGGG GCGATAGGAT TGACAAAATT TGGTTTTTGG CAATTTTTGA 7320 AAGGATGAGG CCTCGAATAA TCTTGAGTCC ACCTGCAGTT GATCCAGCAG AGCCACCGAT 7380 TGCCATGAGG AAAAGGAGGA TAAACTGGGA GAAGAGGGGC CAGTTGGTAA TATCTCCATA 7440 TCCAAAACCA GTTGTTGTAA TGATGTTGGA AACCTGGAAG AAGGTCATTT CAAAGCTCTT 7500 TGAAAACCCT GGGTAGAGGT AGAGGGTGTT GAGGCTAATC AAGCCTGTAG AAACCAGTAC 7560 AATGACCAAG TAAGCCCTAA GCTCTTCATC TCCAAAGAAG GCCTTGATGC GACGGAGCAT 7620 GAGGTAGTAG TAGAGGTTGA AATTTACTCC AAAAACCAGA ACTCCGATAC TGACCAGATA 7680 GGTAATCAGT GAGCTGCCAT AGTGGGCAAT TCCGTCGTTA TAGACGGTAA AGCCTCCAGT 7740 TCCCGCTGTC CCCATAGCAA TAACAAAACT ATCGTAGAGA GGCATACCGG CTAGATAATA 7800 GATGATGACA AAGAGGGAGA AGAGAGCTAG ATAAAGGAGA TAGAGAATCT GGGCAGTGTT 7860 TTTTAGTTTG GATACAACCT TGCCAAAAAC AGGACCTGGA ACCTCAGCCT TCATCACCTC 7920 TAGGTGGCTA TTTTTGGCAT TGTCCATAAT AGCAAGTGCA AAAACAAGCA CTCCCATCCC 7980 TCCAATCAAG TGGGTAAAAC TTCGCCAGAA GAGGAGGGAA CGGCTGAGAA CCGAAACGTC 8040 GTTCAAAATA CTTGCTCCAG TAGTTGTAAA TCCAGAACTA ATTTCAAAAA AGGCATCAAT 8100 AAGGCTGGGG ATTTGCCCAG AAAAGACAAA GGGGAGACCA CCAAAGAAAG ACCAAAGGAT 8160 CCAACAGAGG GCAACGATCA AGACTCCCTC CTTGGCATAA ATCCGTTGAT TTTTTGGCTT 8220 CTGTAAACTC CCTGAACCGC CTAACAATAC GAGAATCCCT ATGGTCGAAA AGAGGGCTGT 8280 AAAGACTTGG CTCGATTCAC GGTAATAGAC AGCAATCGCA ACAGGAACCA AAAGAAGAAC 8340 AGCTTCAATC AAAAGTAATT TTGAAAGGAG GTAACGAATC ATACTTTTAT TCATTTCTTA 8400 CCTCGCGATC AAGTCATAAA TCTTGGTGAT GTTTGGCAAC AAGGTTGTTA CTAGGAGCTT 8460 GTCTCCAACT TCCAACATAT CCTCCCCAGT TGGGAAAATA GTCTTGCCCT TTCGAATAAT 8520 GGCTGCAATA AGAACCCCTT TTTTCAATTT CAGTTGAGAA AGAGGTTTGG CAGTCATTTT 8580 ATTGGCTTCC TTGATATGGA ATTGCAGGGT TTCGATTTGG CCATTGGCTA GATGGTGCAT 8640 AGCTTGAAGG TCTGAATACT GGGCATTAAC TCGACCACGA ATAAAGTGCA TAATCGTATC 8700 TACAGCGATG CTTTTAGGTG TGATGATACT TGAAAAATCA GGCGCATTGA TAATCTCGAG 8760 GAGACTGGTA CGATTGACCT TAGTAATATT TTTCTGTACA CCTACCCTGT CAAGGAACAT 8820 AGATGTAATC AGATTTTCCT CATCGACTCC TGTTAGAGTC GCAACGGCAT CATAGTGTTG 8880 AGCACTTTCT TCCAGCAGGA TATCTTTTGC GGTTCCATCT CCTTGAACGA TGTAGAGATT 8940 TGGGAATTTC TCGCTAAAGA AGCTGGCGAT TTCAGGATTG ATTTCAATGA CTTTTGTATC 9000 GATACGACTA TCTTTGAGAA TACCAAGTAG ATAATAGGCA ATTCTACCTG CCCCAACGAT 9060 GAGAAGGCTC TTCACGGCGC GTGATTTAAA ATAATTATGG AAGAGTATCA TATCGACACG 9120 GTTACCAGTG ACAAAGATTC TATCTTTATC CTGTACAGTC ATGTCACCGC TTGGAATGAT 9180 AATTTGATGA TCCCTCTCTA TCGCACAGAC AATGACATTA CCAAATTTTT TACGAAAATC 9240 AGAAATGGGC ATTTGGCAAA GACCGCTGGT GGACTTGACG ACAAATTCCA TGAGGCTAAC 9300 GCGTCCACCA GCAAAGCGTT CGACAGACAG GGCGTTGGGG AAGTCAATGA TATTCGCGAT 9360 AGCGCGGGCA GCCAAGAGCT CAGGATTAAC GATAAGAGAA AAACCGAGAA TATTCTTTTC 9420 CTTGAAATAA GAGTTAGAAT ATTCAGGGTT CCGCACCCGA ACGATAGTTT CTTTAGCTCC 9480 CATTTTCTTG GCTAGAACTG CTGCAATCAT GTTGACTTCA TCGTGCTCAG TCAGGGCGAT 9540 AAAGATATCA CAATCTTGGA CGCTGGCTTG CTCAAGAATG GCAAAATCGG CCCCGTTACC 9600 AAGGATACCA ATGATATCAA AGCGACTGAC AATATGATTG AGAACAGCTT CGTCTTGCTC 9660 AATCAGCAAA ACATCATGCT TTTCTGCAAC CAAGGAGCGA CAGAGGGCAA AACCAACTTT 9720 TCCCCCTCCG ACAAGGATAA TTTTCATAAT AAAACCTACT TTTTCATGAT GTAACTATCA 9780 TACCCTTTTT CAAGAAAAAA TGCACCTACT AGCTAATAAC AAGAGTTTTT AGTGAAAATT 9840 CGCTATAAGG TAAAACTATA CCCTAACCAA TTGAAATAGC TATTAGCGAC TTTCTCTGAA 9900 ATATGGTATG ATAAAGGATA TACAAGGAGA TAAAATGAAT AATAATTTAC TGGTATTACA 9960 ATCAGACTTT GGTCTGGTTG ATGGTGCGGT ATCGGCTATG ATTGGAGTGG CTTTAGAAGA 10020 GTCTCCAACC TTAAAAATAC ATCACTTGAC GCACGATATC ACGCCTTATA ATATTTTTGA 10080 GGGGAGCTAT CGTCTCTTTC AGACGGTGGA TTACTGGCCT GAGGGAACGA CGTTTGTATC 10140 GGTTGTCGAT CCAGGTGTCG GTTCGAAACG TAAGAGTGTA GTTGCCAAGA CTGCAAAAAA 10200 TCAATACATT GTCACGCCAG ATAATGGGAC GCTTTCCTTT ATCAAGAAAC ACGTTGGCAT 10260 TGTAGCCATT CGTGAGATTT CTGAGGTGGC CAATAGGCGT CAAAACACAG AGCATTCTTA 10320 TACCTTCCAC GGTCGTGATG TCTATGCCTA TACTGGTGCT AAACTGGCCA GTGGTCACAT 10380 TACTTTTGAG GAAGTAGGGC CAGAGCTCAG TGTGGAACAG ATTGTAGAGC TTCCAGTCGT 10440 AGCGACCATC ATAGAAGATC ATCTGGTGAA GGGAGCCATT GATATTCTGG ATGTGCGTTT 10500 CGGTTCGCTT TGGACCTCTA TCACACGGGA AGAATTTTAC AAGCTGGAAC CAGAATTTGG 10560 TGATCGTTTT GAAGTGACCA TCTATCATGC TGATATGCTG GTCTATCAAA ATCAGGTTGT 10620 CTATGGCAAA TCATTTGCAG ATGTGAGAAT TGGGCAACCs ATcTTTACrc TCAGCaTCTt 10680 CGATTAGCTG GGCAATTCGT TCTAGTTGGA TTTCGTCAAT CAAGGT 10726 (2) INFORMATION FOR SEQ ID NO : 67 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 7163 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 67 : TTATCTTTAA CGATATCAAT CAAGATCTGG TCAATAAAGG GATTGGGGCT TATCGTGAAG 60 TTGGCATCCA AGCCCATGGA TATGTCTGTG ACGTGACAGA CGAGGACGGT ATCCAAGCCA 120 TGGTCAAGCA AATCGAACAA GAGGTTGGTG TCATTGACAT CCTCGTTAAT AACGCTGGTA 180 TTATCCGCCG AGTTCCAATG TGCGAAATGA GCGCCGCTGA TTTCCGTAAG GTCATCGATA 240 TTGACTTAAA CGCACCATTT ATCGTTTCAA AGGCAGTTAT TCCTTCTATG ATAAAGAAAG 300 GGCATGGAAA GATTATCAAT ATTTGTTCGA TGATGAGCGA ACTGGGACGT GAAACAGTTA 360 GCGCTTATGC TGCTGCTAAA GGGGGCTTGA AAATGTTGAC CCGCAACATT GCGTCTGAAT 420 ACGGTGGAGC CAATATCCAA TGTAACGGAA TTGGACCGGG TTATATTGCC ACTCCTCAAA 480 CAGCACCTCT TCGTGAATTG CAAGAAGATG GTTCTCGCCA CCCATTTGAC CAGTTCATCA 540 TTGCAAAAAC ACCTGCTGCA CGTTGGGGAA ATACTGAAGA TTTGATGGGC CCTGCTGTCT 600 TTCTCGCTAG TGATGCCAGC AATTTTGTCA ATGGCCACAT CCTATATGTA GATGGCGGTA 660 TCTTAGCCTA CATCGGAAAA CAACCTGAGT AAAAATAGAA AGAAGATCTT ATGAAAATCG 720 CATTAATCAA TGAAAATAGT CAAGCTAGCA AGAATCACAT TATTTACGAT AGTCTAAAAG 780 AAGCGACAGA TAAAAAAGGC TACCAATTAT TTAACTATGG TATGCGTGGA GAAGAAGGAG 840 AAAGTCAATT AACTTATGTG CAGAACGGAC TAATGGCTGC CATCCTTTTA AATACAAAGG 900 CAGTTGACTT TGTTGTTACC GGCTGTGGTA CGGGTGTAGG GGCTATGCTT GCTTTAAACA 960 GCTTCCCTGG TGTTGTCTGT GGTCTAGCAG TGGACCCAAC TGACGCTTAC CTTTATTCTC 1020 AAATCAATGG TGGTAACGCC TTGTCTATCC CTTATGCCAA AGGATTTGGC TGGGGGGCAG 1080 AACTGACCCT CAAATTGATG TTTGAACGCT TATTTGCTGA AGAAATGGGC GGTGGCTACC 1140 CAAGAGAACG TGTAATCCCT GAACAACGCA ACGCTCGTAT CTTAAACGAG GTGAAACAAA 1200 TCACCCACAA TGATTTGATG ACCATCCTTA AAATAATCGA CCAAGACTTC CTCAAAGACA 1260 CCATCTCTGG CAAATACTTC CAAGAATACT TCTTTGAAAA CTGCCAAGAT GATGAAGTTG 1320 CTGCTTATTT GAAAGAAGTA TTAGCCAAGT AAAGCTATTC TAAACCAGAA AGGAACTAAT 1380 GGATGACGAA AATATTACTG TTTGGCGAAC CATTAATTCG AATTTCACCA TTAGATGCCA 1440 CCAGTATCGG CGATCATGTT GCCAGTTCGA CTTATTTTGG CGGATCAGAA ATTAACATCG 1500 CTTGTAATTT GCAAGCCCTG GGTATCTCAA CGAAAGTTTT TACCGCACTC CCTGCCAACG 1560 AGATTGGAGA TCGTTTTCTC ACATTCTTGA AACAGCACCA AATCGATACC AGTTCAATCT 1620 GTCGGCTTGG CGATCGAATC GGCCTCTACT ATTTGGAGAA CGGCTTTGGT TGTCGTCAAA 1680 GTGAAGTTTT CTACGATCGT AAGCATACGA GTATCAGCCA GATTCGGCCA AACATGCTAG 1740 ATATGGATTC TCTCTTTCAG GGGATTAGCC ATTTTCATTT TAGTGGAATC ACCGTAGCTA 1800 TCGGTCAAGA GGTCCGTGCG ATCCTTCTCC TACTCTTGGA AGAAGCCAAG CGCCGAGGAA 1860 TTGTCGTTTC AATGGATCTC AATCTGAGAA CAAAGATGAT TTCAGTCCTA GAAGCCAAGT 1920 ATGAATTTTC TAAGTTTGCA CGTTTTACTG ACTATTGCTT CGGTATTGAT CCTCTCATGA 1980 TTGATGACCA AAATCTAGAG ATGTTTCCAA GAGACAGTGC TAGCCTAGAA GAGGTGGAAA 2040 ATCGCATGCG ACTTTTAAAA GAAGCCTATG GTTTCAAGGC CATTTTCCAT ACCCTCCGCT 2100 CTAGTGATGA GCAAGACAAA AATGTCTATC AAGCCTATGC TCTAGAAGAA CTATTTGAAG 2160 AGTCTGTCCA ACTAAAAACT GCAGTCTATC AACGAATTGG TAGCGGGGAT GCCTTTATAT 2220 CTGGTGCCCT TTACCAACTA CTCCATCATT CCTCCCTAAA AACTACCATT GACTTTGCAG 2280 TTGCGAGCGC AACTCTCAAA TGCACTCTTC CAGGAGACCA TCTCTCCACT TCCTCAACTA 2340 GTATTGAAAA TTTACTGGCA AATGCACAAG ATATCATTCG TTAGGAGAAT TACATGACCA 2400 AATCAGATAC GATTATTGAA CTAAAAAAAC AAAAAATTGT CGCTGTTATT CGAGGAAATA 2460 CAAAGGAAGA AGGACTACAA GCCTCGATTG CTTGTATCAA GGGCGGTATC AAAGCTATTG 2520 AAATCGCCTA TACCAATCAG TATGCAGGAC AAATCATCAA GGAACTTGTA GACTTGTATC 2580 AGGACGATCA GAGTGTTTGT ATCGGTGCAG GTACTGTGCT TGATGCCGTA ACTGCTAGAG 2640 ATGCCATTCT AGCTGGAGCA AATTACGTTG TTTCTCCATC TTTCCATGCT GAAACTGCGA 2700 AAATGTGCAA TCTCTACAGC ACACCGTACA TTCCAGGCTG TATTACCCTC ACAGAGATCA 2760 CGACTGCACT TGAAGCCGGT AGTGAAATCA TCAAACTCTT CCCAGGTAGT ACTCTCAGTC 2820 CAGCATATAT CTCTGCAGTC AAGGCACCGA TCCCACAAGT TTCCGTAATG GTAACCGGAG 2880 GAGTCGGCCT AAACAACATC CCTCAATGGT TCGCTGCTGG TGCAGATGCC GTTGGAATTG 2940 GTGGCGAACT CAATAAACTC GCTTCCCAAG GCAACTTTGA CCGCATCAGC GAGATTGCCC 3000 AACAGTATAT TACACTCAGA TAAAATCATA ACTACCCGTC TAACGGGTGG TTTATCTCAG 3060 AGCTATAAGC CCAAATCATC AGCCAGCGCC TAAAGACGCT GGCTTTCACG TTGTTCAAGC 3120 CTTATTGCTC TTGACTCGTC ACTTGCCTCT TTAAGAGACT TTGGTATTAC TTACCACTAT 3180 CCCTAAAGGG ATCCTCATAT TCTTTTACAC TCAATTTATC TAGTGCTATA GTAGATTGAA 3240 ACTGGAATAG TACACCTCTG CTTCTAAAAC ATTGTTAAAA ATCGATTTGA CTGTCCTGAT 3300 CGATTTTGTC CTGTTCTTAT TTCATTTTAC TATATATCAT ACTTTACTCG TTCTCAAATT 3360 TTCATACTCA TGAAGAAATC ATCCACTCGA TAATTTCTTT AATCTTGACT ATATTTCTTA 3420 ATTGTGGCTT CATTAAGCCC TACTGGACTT ACATAATAAC CTTCCTCCCA GAAATGCCGA 3480 TTCCCAAACT TGTACTTGAG ATTGGCGTGT TTGTCAAACA TCATGAGTGC ACTTTTGCCT 3540 TTTAAATACC CCATAAAACT TGAAACACTT AGCCTCGACG GAATACTGAC TAACATGTGT 3600 ACATGGTCTG GCATTAAGTG ACCCTCGATC ATTTCAACAC CTTTATAACT ACACAAGCGA 3660 TGAAATATTT CGTCTAAACT ACTTCTATAT TGATTATAGA TGACTTTTCG TCTATACTTA 3720 GGGGTGAACA CAATATGATA GAACACCTCC ACTTTGTGTA TGATAAACTA TGAGTCTTTT 3780 GTGCCATATT TTTTCTCCTT TCGCTTTACA ATTGGATTGA ACACCTTTAT TGTATCGCGT 3840 TTGGAGTTTT TTTGGTATAA CCTTCGACGC GCACCCGTAT AGCGGGTGGT TGTTTTGTCT 3900 CGCACCTCAC GGAGCGAGAC GGACTAATAT AGTGGAGTGA AATAGGATAC GAACAAATTG 3960 ATTAGGAAAA TCAAATGAAT TTATAGAAAT CTTTTAGCAG TTATAACGTT CTATTCTAGT 4020 TTCAAAACGC TATAGTCACA TAATAATGAA GTAAAAAAGG ATAAGTATCA ACTTATCCTT 4080 TTTTAAAAGA AAAATCCGAA GATATTTGGC CTTCTTCGGA TTTTTTCTAT TTTCCACAGT 4140 TTCATGTAAT TCATCTAGAT GATGAACAAA TTAGTTGTTC TTTCCTCTAC GGAATAGATA 4200 AAATGCCCCA AGTAGCAAGA ACCCTAGACT TGCCAAGATT GACTGACCTT CTCCTGTCTG 4260 AGGGAGATTC TTTTGATCCG AATGGTTCTT TTCCTCTTCA GATTTTTCCT TTTCTTTTGA 4320 ATTCTGTACT TGTGGCTGAG CTGCTTGCTC TAGCTTTTTA AAGACTTCCT GATCTGGAGC 4380 TGATTCCTGG GTTTCAGGAT TATAGTAGGC AATCTTATAT TCATCCCCTT CTTTTCGAAT 4440 GGTATAGACT CCACGTTTCA AAACTTGGAA TTGGTTGGAA ATAGTAGAGA CAGAATCATC 4500 ATATTTCACA ATGCCCCAAA CTCCTTGTTT AGCATCATAA ACAGACTGAA GGGTTTCGTT 4560 ATTTTCGATG AGGCTACTTT CTAACTCTTT TATCATTTGA TTGAAGGTGG CACGATCCAC 4620 GTTAGGAATG AGCATATAGC CATAAGAATC TCTATTTTGC TTATGAGCCT GACTAATCGT 4680 AAGAAATTCA TTTTCAACTT CCTTGTCTGA CTGTCCTTCA TTGATATCCT TCCAGGCTCC 4740 CTTTTGCAAA GCCTTACTCA TACTGATTGA ACTCTTCTTA AAGAAAAAGT AACCAATATT 4800 CTTTTTCGAA TCGAACGATT CTAAAAAGAC ACTTTGGGTT TCAGGATAAT CCTTTTCTTG 4860 TTCTGTAAGG GAGGCTTCTT TATCATTGAC ATAGACTTTA TATGGATTAC CTGATTCCAG 4920 TTTTCTCTGG TCAATTGTAG TTGCAGCAGT ATCTGTTGAA GTGTTTTGGA TATTGCTTCC 4980 TAAAAAGGCG ATCTTATCCT TTAGCATAAA CCAGCTCTTA TGAGCAGTCA ATGTTTGATT 5040 CCAGTTGGTG AAATCCATGG TTGCTGTCGC ATTGGCATCA TCTAGTTTGC TCGTTCCAAC 5100 GAAAGCAGAC GGTAAAACTT TACCTGTATC GCTATCCGCT CTCTTAGCAT CCGTCTCTGT 5160 TGTACCAGGC ATCTTATATG GATTAACTGT TGGCCAGTAG CCATCGCTAT AGTGACTCAA 5220 ATCGCCATTG TAAAGATAGA ACATCCCATC ACTCGTATAC CAACCACGTT TATTTTCCTT 5280 GTTCATGTGT TCGTAATTCA AGGTACGACT GGAAAAGAGT GACAAGCCAA ATCCAAACCC 5340 TTTCTCTGCA TTGTACATGG CTGTTTTATC CATCTTGTTA AAGGCAGATA GGTAACTTGG 5400 TCTTGGAACA CTTGCGACTC CTGCATCACT TAACAAGGAT TGCATCAAAC TGATATCCTT 5460 ATAAGTCTTC AAATTCTTAA AGACATCATA ATAACTATCC GATTGAACAA TGGTCTTCAC 5520 AAGACTCTGC AAACATTGTT TGGTTTCTCC TTCAGACATA TCCGCTATTC GGTGAATCCC 5580 TCTTAGTACT TCTACTGCGG CCACGTGCCC CTCGCTATTT GCACGACTGA TCGAGCGTCC 5640 ACGACTCATA TCCATCAACT CTCCATTCAC CAGCAAAGGA GCAAACGATT TATCAATCCA 5700 GTGGTACATG GTTTGCATTT TATCTTTATC GATTGGATTC TTGGTCTTTT GAATGACTGG 5760 CAACAGTTGA GACAGGCCAT CAATCAAAAC ATTCCCATAA GCACCCGTAT AGGCAACATT 5820 GGTGTGGTCG ATATAGGATC CATCTTGATA AAAACCTTCA CCTTGGTCTA CCAACTTGAA 5880 CACTTGCTCA ATCGAGCGAA TGGTAGAAGA AATTTCTTGA TCATCCTTAC GCAGTAAACC 5940 AGCTATTACT TTTACCCTTC CCATATCAAC TAAGTTTCCA CCTAGAGCCT TGAATGGGTT 6000 ATCAGTCGTC TTTCGGAAAT GTTCGGGATC TGGTACAAAT TTTTCAATCA CATCTGTATA 6060 TTTTTTAATT TCCTCATCAG AGAAGTATTC TTTCATCAGA GACAAGGTAT TGTTGATGGC 6120 ACGAGGTGTA CCGATTTCAT AATCCCACCA GTTCCCAACA ATGCTCTTTT CACTATTGTA 6180 GACATGTTTA TGCATCCATT CCATGGAATC CCTGACTGTT CGAACGACAG TTTCATCTTG 6240 ATAATAACGA GAAGAAGGAT TGGTCACTTG CTTGGCCATC TCCTCCAATT TCCGATAAGT 6300 GGCAGTCAGA TTTGCAGACG TTTTATAATT TGAAAATTTT TCCCACAAAT AGGTGCGGTC 6360 CGCCTGACTT GAAATACTGG ATAGGCTATC AGCTACCTTT CCTTCCAATT CCTGGTTTAA 6420 TTTGGCCATC TGTTCATTTT TAGAATCATA GTATTGATTC CCAGCGATGA TGCCATTCCA 6480 GTCATCCAAA CGGTCTGTGT ATGCATCCTT AACAGAGGCC AGAATCTTCA AAGGAATCTT 6540 TTTCACTTCC TTGCCATCTT TACTGACAAT GACATTGGTT GTCCCTTCCT TAAGAGGTTC 6600 TAAAATTCCA TTTTTGACTG AAGCAACGTC AGGATTTTCT ACCTTATAAG TATAGTCCGC 6660 AAGAGAAAAA ACATGTTTTT TTCCAATTGG TAAATCAATC TTTTCCTCAA GCTGTTTATC 6720 TGTTTGAGAA TCCTCAGAAA GCTGGTCTGC TACCTCTACC AGCTCAATAT CCTTAAAGGA 6780 AACAGTCCCA GTTCCTGTTT CATAGAATAA CTCCAGCTTG ATTTTATCAA CATCTAAAGT 6840 CGGGCTATAG TCTGCTTCAA TGGTCTGCCA GTCCTTTGTT CCTGACGTCG TTGCAGAATT 6900 CCACAATCGC TTGTCCTTAC CACTTTCCTC AATGATACGA ACTTTGGCAA TCCCGATTTT 6960 ATTATCTGTT TTAATCTTGA AACGCAGTTT ATACTTTTTC TTAGCTTCAA TAGGAACCAT 7020 ACGGTGAAGC GCTGCCCTTA ATTTCTCATG GCTTGAGATA GTGATAGCCC CATCCTTAGC 7080 CTCAATGACT CGAGTTGAGG CATCTGCACT ATTCTTCTGG TCTACCCAAG CTGACCACCC 7140 CCTGAGCTTT GCTTCCTGTC CGG 7163 (2) INFORMATION FOR SEQ ID NO : 68 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9244 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 68 : CGTTATAACA TACATGTAAG CGGTACCCAA AATGGTGCCA AGTCAAAATT TTTAAGGAGG 60 AAAATACATG TCTTCACATC CAATTCAGGT CTTCTCAGAA ATTGGGAAAC TGAAAAAAGT 120 TATGTTGCAC CGTCCAGGCA AGGAGTTAGA AAACTTGTTG CCGGACTATC TTGAAAGGCT 180 TCTTTTTGAT GATATTCCTT TCTTGGAAGA TGCTCAAAAA GAACATGATG CATTTGCCCA 240 AGCTCTTCGC GATGAAGGAA TTGAGGTTCT CTACCTAGAA CAACTCGCTG CTGAATCATT 300 GACCTCTCCA GAAATCCGCG ATCAATTTAT CGAGGAATAC TTAGACGAAG CCAACATCCG 360 TGATCGTCAA ACCAAGGTTG CTATTCGTGA ATTGCTTCAC GGCATCAAGG ACAACCAAGA 420 ATTGGTTGAA AAAACAATGG CTGGGATTCA AAAAGTTGAA TTGCCAGAAA TTCCTGACGA 480 AGCTAAAGAT CTAACTGACT TAGTTGAATC AGAGTATCCA TTTGCAATTG ACCCGATGCC 540 AAACCTCTAT TTCACTCGCG ACCCATTTGC AACAATTGGA AACGCCGTAT CGCTTAACCA 600 CATGTTTGCA GACACTCGTA ACCGTGAAAC ACTCTACGGT AAGTATATCT TCAAATACCA 660 CCCAATCTAT GGCGGAAAAG TGGATTTGGT CTACAACCGT GAAGAAGATA CGCGTATCGA 720 AGGTGGAGAC GAGTTAGTTC TTTCTAAAGA CGTCCTTGCA GTAGGTATCT CTCAACGTAC 780 AGACGCAGCT TCTATCGAAA AACTTTTGGT CAACATCTTC AAGAAAAATG TTGGCTTCAA 840 GAAAGTTTTG GCCTTTGAAT TTGCTAACAA CCGTAAATTC ATGCACTTGG ATACTGTCTT 900 CACTATGGTA GACTATGACA AGTTCACTAT TCACCCAGAA ATCGAAGGCG ACCTTCACGT 960 TTACTCAGTT ACTTACGAAA ACGAAAAACT TAAAATCGTT GAAGAGAAAG GTGACTTAGC 1020 TGAACTTCTT GCTCAAAACC TTGGTGTAGA AAAAGTTCAT TTGATTCGTT GCGGTGGTGG 1080 CAATATCGTA GCAGCTGCGC GTGAACAATG GAACGACGGT TCTAACACTT TGACCATCGC 1140 ACCTGGTGTG GTAGTTGTTT ATGACCGCAA TACCGTGACC AATAAGATTT TGGAAGAATA 1200 CGGGCTTCGC TTGATTAAGA TTCGCGGAAG TGAATTGGTT CGGGGCCGTG GTGGACCTCG 1260 TTGTATGTCT ATGCCATTTG AACGTGAAGA AGTGTAATCG CTGTTCGATA TTCGTCAATA 1320 GAAAATGTAA AAAATAGAAA GAGGAAATAA TAAAATGACA AATTCAGTAT TCCAAGGACG 1380 CAGCTTCTTA GCAGAAAAAG ACTTTACCCG TGCAGAGTTA GAATACCTTA TTGGTCTTTC 1440 AGCTCACTTG AAAGATTTGA AAAAACGCAA TATTCAACAC CACTACCTTG CTGGCAAGAA 1500 TATCGCTCTC CTATTTGAAA AAACATCTAC TCGTACTCGT GCAGCCTTTA CAACTGCGGC 1560 TATCGACCTT GGTGCTCACC CAGAATACCT CGGAGCAAAT GATATTCAGT TGGGTAAAAA 1620 AGAATCTACT GAAGATACTG CTAAAGTATT GGGACGTATG TTTGACGGGA TTGAATTCCG 1680 CGGATTCAGC CAACGTATGG TTGAAGAATT GGCAGAATTC TCAGGCGTTC CAGTATGGAA 1740 CGGTCTAACT GACGAATGGC ACCCAACTCA AATGCTCGCT GACTACTTGA CTGTTCAAGA 1800 AAACTTCGGT CGCTTGGAAG GCTTGACATT GGTATACTGT GGTGATGGAC GTAACAACGT 1860 TGCCAACAGC TTGCTCGTAA CAGGTGCTAT CCTTGGTGTC AATGTTCACA TCTTCTCACC 1920 AAAAGAACTC TTCCCAGAAA AAGAAATCGT TGAATTGGCA GAAGGATTTG CTAAAGAAAG 1980 TGGCGCACAT GTTCTCATCA CTGAAGATGC TGATGAAGCA GTTAAAGATG CAGACGTTCT 2040 TTACACAGAC GTTTGGGTAT CAATGGGTGA AGAAGACAAA TTCGCAGAAC GTGTAGCTCT 2100 TCTTAAACCT TACCAAGTCA ATATGGACTT AGTTAAAAAA GCAGGCAATG AAAACTTGAT 2160 CTTCCTACAC TGCTTGCCAG CATTCCACGA TACTCACACT GTTTATGGTA AAGACGTTGC 2220 TGAAAAATTT GGTGTAGAAG AAATGGAAGT AACAGACGAA GTCTTCCGCA GCAAGTACGC 2280 TCGCCACTTC GATCAAGCAG AAAACCGTAT GCACACTATC AAAGCTGTTA TGGCTGCTAC 2340 ACTTGGTAAC CTTTATATTC CTAAAGTATA ATTTTAGATA ATAAACCGTC TACCAACAGC 2400 TATGAGGGCT GCGACTAATA GCTTTAGTCC GGTCCTCTTT TATGTAATGG TAATCTATTA 2460 TTTCTTATAA AATATGTGAA AAATCATTAA ATTGAAATCT AAACGCATTC TATTGAGTGT 2520 GATAAAGGAG AATTTATGGC AAATCGTAAA ATTGTAGTAG CTTTGGGAGG AAATGCGATT 2580 CTTTCTTCTG ACCCATCAGC AAAGGCTCAA CAAGAAGCTT TAGTTGAAAC AGCTAAGCAT 2640 CTTGTAAAAT TGATTAAAAA TGGAGATGAT CTGATTATCA CTCACGGTAA TGGACCTCAA 2700 GTTGGGAATC TCTTGCTCCA ACATTTGGCA TCAGACTCTG AAAAGAACCC TGCCTTCCCA 2760 CTCGACTCAC TTGTCGCTAT GACAGAAGGT AGCATCGGTT TCTGGTTGAA AAATGCTTTG 2820 CAAAATGCTC TCTTGGATGA AGGCATCGAA AAAAATGTTG CCTCTGTTGT AACGCAAGTT 2880 GTCGTAGATA AAAATGATCC AGCTTTTGTT AACTTGAGTA AACCAATCGG TCCTTTCTAT 2940 TCAGAAGAAG AAGCAAAAGC AGAAGCCGAA AAAAGCGGAG CGACTTTCAA GGAAGATGCT 3000 GGCCGTGGCT GGCGTAAGGT CGTTGCCTCA CCAAAACCTG TTGACATCAA AGAAATTGAA 3060 ACCATCCGTA CTCTTTTAAA TAATGGTCAA GTCGTCGTAG CTGCAGGTGG TGGCGGTATT 3120 CCCGTCGTCA AAGAAAACAA TGGACATTTG ACTGGTGTCG AAGCGGTTAT TGATAAAGAC 3180 TTCGCTTCCC AACGTTTGGC AGAATTGGTT GATGCAGACC TCTTCATCGT TTTGACAGGT 3240 GTAGATTATG TATTTGTTAA CTACAACAAG CCAAACCAGG AAAAATTGGA ACATGTGAAT 3300 GTTGCCCAGC TGGAAGAATA TATCAAACAA GATCAGTTTG CACCAGGTAG CATGCTTCCA 3360 AAAGTAGAAG CAGCTATCGC TTTTGTCAAT GGTCGTCCAG AAGGAAAAGC AGTTATTACT 3420 TCCCTTGAAA ATCTAGGCGC CTTGATTGAA TCTGAAAGCG GAACAATTAT TGAAAAAGGA 3480 TAAGTTGTTT TACTAATAAG ATGTATTCTA TTTCTAGTAT CTTTATATCA AATTAGAAAT 3540 TATTCTTGAA AACATGTACA ATATTTCAAA AGATACTAGT TTTAGACTTT AATATGGTAA 3600 AACAAATATA AATAGAAAGC GTTTTCTTGA ATGTTTATTT AAGAAAGTAG TTGGTTTTTT 3660 ACACTTTGTT AGACATCAGG AGGAAAAACA AATGAGTGAA AAAGCTAAAA AAGGGTTTAA 3720 GATGCCTTCA TCTTACACCG TATTATTGAT AATCATTGCT ATTATGGCAG TGCTAACTTG 3780 GTTTATCCCT GCGGGGGCCT TTATAGAAGG TATTTACGAG ACTCAGCCTC AAAATCCACA 3840 AGGGATTTGG GATGTCCTCA TGGCACCGAT TCGGGCTATG CTAGGTACTC ATCCAGAGGA 39QO AGGTTCGCTC ATTAAAGAAA CGAGCGCAGC GATTGATGTA GCCTTCTTCA TCCTTATGGT 3960 TGGTGGTTTC CTTGGCATTG TCAACAAAAC TGGTGCTCTT GACGTAGGGA TTGCCTCTAT 4020 CGTGAAGAAG TATAAGGGCC GCGAAAAAAT GTTAATTTTG GTACTGATGC CTTTGTTTGC 4080 CCTCGGTGGT ACAACTTATG GTATGGGTGA AGAAACAATG GCCTTCTATC CACTCCTTGT 4140 GCCAGTTATG ATGGCCGTTG GTTTTGATAG CCTGACTGGT GTTGCAATTA TTTTGCTCGG 4200 TTCTCAAATC GGCTGTTTGG CATCTACTCT GAATCCATTT GCGACAGGTA TTGCTTCAGC 4260 GACTGCGGGA GTTGGTACAG GGGACGGTAT CGTACTTCGT CTGATCTTCT GGGTTACCTT 4320 GACTGCTCTT AGTACTTGGT TTGTTTACCG TTATGCGGAT AAGATTCAAA AAGATCCGAC 4380 TAAGTCACTG GTTTATAGTA CTCGCAAAGA AGATTTGAAA CACTTTAACG TAGAAGAATC 4440 TTCATCTGTA GAATCTACAC TTAGCAGCAA ACAAAAATCA GTTCTCTTCT TATTTGTGTT 4500 GACATTCATC TTGATGGTAT TGAGCTTCAT TCCATGGACA GACCTTGGCG TTACCATTTT 4560 TGATGACTTT AATACTTGGT TGACTGGTCT TCCAGTTATT GGTAATATTG TCGGTTCATC 4620 TACTTCTGCA CTAGGTACTT GGTACTTCCC AGAAGGCGCA ATGCTCTTTG CCTTTATGGG 4680 TATCCTGATT GGTGTTATTT ATGGTCTTAA AGAAGATAAG ATTATCTCTT CCTTCATGAA 4740 TGGTGCTGCT GACTTGCTCA GTGTTGCCTT GATCGTAGCG ATTGCTCGTG GTATTCAAGT 4800 TATCATGAAC GACGGTATGA TTACCGATAC AATCCTCAAC TGGGGTAAAG AAGGCTTGAG 4860 CGGTCTATCT TCACAAGTCT TTATCGTTGT AACTTATATC TTCTATCTAC CTATGTCATT 4920 CTTGATCCCA TCTTCATCTG GTCTTGCCAG CGCAACTATG GGTATCATGG CTCCACTTGG 4980 AGAATTTGTA AATGTCCGTC CTAGCTTGAT TATCACTGCT TACCAATCTG CTTCAGGTGT 5040 CTTGAACTTG ATTGCACCAA CATCTGGTAT TGTGATGGGA GCTCTTGCAC TTGGACGTAT 5100 CAACATTGGT ACTTGGTGGA AATTCATGGG CAAACTCGTA GTCGCTATTA TTGTAGTGAC 5160 CATCGCCCTT CTTCTCCTTG GAACCTTCCT TCCATTCCTA TAAAATAGTG AGTGAGGTGA 5220 TTCCATGAAA ATAGATATAA CAAATCAAGT TAAAGATGAA TTTCTTATAT CATTAAAAAC 5280 CTTGATTTCC TATCCTTCAG TACTCAATGA AGGAGAAAAT GGAACACCTT TTGGACAAGC 5340 AATCCAAGAT GTCCTAGAAA AAACTTTAGA GATTTGTCGA GACATAGGTT TCACTACCTA 5400 TCTTGACCCT AAAGGTTATT ACGGATATGC AGAAATCGGT CAGGGAGCAG AGCTTCTGGC 5460 CATTCTCTGT CATTTGGATG TTGTTCCATC AGGTGATGAA GCAGATTGGC AGACACCGCC 5520 ATTTGAAGCA ACTATCAAAG ACGGCTGGGT ATTCGGACGT GGTGTCCAAG ATGATAAAGG 5580 CCCTTCGCTC GCAGCTCTCT ATGCAGTAAA AAGCTTGCTG GACCAAGGTA TTCAGTTCAA 5640 AAAGCGCGTA CGCTTTATCT TTGGTACCGA TGAGGAAACC CTCTGGCGCT GCATGGCACG 5700 CTACAATACC ATCGAAGAAC AGGCCAGTAT GGGCTTTGCA CCTGACTCAT CTTTTCCTCT 5760 GACCTATGCT GAAAAAGGGC TTCTACAGGT CAAACTTCAT GGCCCTGGAT CGGATCAACT 5820 AGAGCTTGAA GTAGGAGGCG CCTTTAACGT TGTACCAGAC AAGGCCAACT ACCAAGGTCT 5880 CCTCTATGAA CAGGTTTGTA ACGGTCTCAA AGAAGCTGGT TATGATTACC AAACCACTGA 5940 ACAAACCGTA ACGGTTCTCG GAGTGCCAAA GCATGCTAAG GATGCTAGTC AAGGTATCAA 6000 TGCTGTCATC CGACTAGCTA CCATTCTTGC TCCTCTCCAA GAACACCCTG CTCTCAGTTT 6060 TCTTGCAACA CAAGCAGGTC AAGACGGCAC AGGAAGACAA ATCTTTGGTG ATATAGCAGA 6120 TGAACCTTCT GGTCACCTAT CCTTTAATGT CGCAGGTCTC ATGATCAATC ATGAACGTTC 6180 TGAAATCCGT ATTGACATTC GGACTCCTGT CTTAGCTGAC AAGGAAGAAC TAGTAGAGTT 6240 GCTTACAAGA TGTGCACAAA ACTACCAACT CCGCTACGAA GAGTTTGACT ATCTAGCGCC 6300 TCTATACGTC GCAGAAGACA GTAAACTCGT TAGCACACTG ATGCAAATCT ACCAAGAAAA 6360 GACTGGCGAT AACAGTCCTG CTATTTCATC CGGTGGTGCC ACTTTTGCTC GCACCATGCC 6420 AAATTGTGTA GCCTTCGGCG CCTTATTCCC AGGAGCGAAG CAGACAGAAC ATCAGGCAAA 6480 TGAATGTGCC GTTCTAGAAG ATTTGTACCG TGCTATGGAT ATTTATGCCG AAGCCGTCTA 6540 TCGACTTGCA ACTTAATCAG GCAACTGTTT CTACCAAAAA AAATCGACCG ATTAATGAAC 6600 TGCACCCCAA AAGTTAGACA GAATAAATCT AACTTTTGGG GTGTTTTATT ATGAAATTGA 6660 GTTATGAAGA TAAAGTTCAG ATCTATGAAC TAAGAAAGCA AGGACAAAGC TTCAAACAGC 6720 TTTCAAAAAG ATTTGGTGTG GATGTTTCTG GTCTAAAGTC ATCTGAATCT TTGAGATGAG 6780 CTTTATAAAT CGCTTTTTTC AGTTTTTGCA CTGGTGTTTC GATAAACTCA AACTTTTTAG 6840 CCGTGGTATT GCCTGATTTT ATAGTATATT GAAACTAGAA TAGTACACCT CTCCTTCTAA 6900 AACATTTTTA GAAATCGATT TGACTGTCCT GATCGATTTG TCCTGTTCTT ATTTCATTTT 6960 ACTATATTTG AGCCACTTCG TCTTTAACGG CTTTATTCAT AAGCTCTTGT AATTTTTCTT 7020 TACTATCAAT TACTTCTGAT TTTCCGTTGT AATTTATTGT AATAGGTTTT AACTTACCTA 7080 ATTTCTCGAC ACGCTCATTA ATTTGATCTT TTTTGAAGGC TGCTTATGTT TTTCCTAAGA 7140 TTTTTTCAAA AATATATTTA TCAGATAGCG GTTTGTCTTC TTCTTCAGCT TGGTTTTTGT 7200 ATTAATTTGA AACATAAGGA ACAAATCCTT CATAGTAACC TAATGCTCCC ATAAGTTCAA 7260 AAGCTTGTTT TCTAATTCAA ACCATTGCAA CTCAGATTTC AGCTTTTCAG ATAAATCCTG 7320 CTCATCCAAA TAATGACTTG AAATTAGTGC TGAACTCGTT TCTGTATCCT GTACAGGCTG 7380 AGCACCCATA CCAGCAAAAA ATAAACTCGT TCCTAGCAAG ACCGAACAAG CTCCTATTGC 7440 ATATGGCCTC AAAGAAAAAC GCTGCTTTCT CTCAAATTGA AATTCTTTCA TCCCATCTCC 7500 CATCATTCAT TATTACTGTA TATTTTGTAT ATCAGAAATA GTTTGTATTC ACAAATCTTT 7560 CTAGTTATTC CCTTATCATT CCTAATTAAG GGAGATAACA TACAATAATT TTTAGTTAAA 7620 TGTATATCGA TGTTTTTTGT TTTTCTTAAT AAACGCAATA CAAAAAGAGC CTGTTACCAA 7680 GCTCTTTGTA CTCAATGAAA ATCAAAGAGC AAATTAGGAA ACTAGCCACA GGTTGCTCAA 7740 AACACCGTTT TGAGGTTGCA GATAGAACTG ACGAAgTCAG CTCAAAACAC TGTTTTGAGG 7800 TTGCAGATAG AACTGACGAA GTCAGTAACA TCTATACGGC AAGGCGACGC TGACGTGGTT 7860 TGAAGAGATT TTCGAAGAGT ATTAGTCTAT TATTTCTTCT CAGCGCGAAG GGCTGACAAG 7920 ATTTGTGTTC GGATATCATC CACACCATTT GGAGTATTTG GTAAAAAGAT AGTTTGATTT 7980 CCTTTAGAGG CAAAGGTATT CAAGGTATCC AAATACTGGT TGGTCAAGAG GATAGACATG 8040 ATTTGTTCTT CTGTCATGCC AACATTGGCT TCCTTGAGTT CGGTGATAGA CTCTGCCAAT 8100 CCATCCACAA TCGCCTTACG TTGTTGGGCA ATCCCCACAC CATGAAGGCG GTCTTTTTCT 8160 GCTTCTGCTT CAGCTGCAGT GACAATTTTA ATCTTGTCAG CTTCCGCCAA TTCTTGTGCT 8220 GCGACCCGCT TACGTTGCGC CGCATTGATT TCATTCATGG ATTGCTTAAC TTCTGCATCT 8280 GGTTCGACCT TGGTAATCAA GGTTTTCACG ATAATGTAGC CGTAAGTGGT CATTTCTTCT 8340 GCTACTTGGT GTTGAACTTC AAGGGCAATC TCATCTTTTT TCTCAAACAA TTCATCCAAG 8400 GTTAATTTTG GAACAGAAGA GCGAAGAGCA TCTTCGATAT AAGATTTAAT CTGAGATTCT 8460 GGACGTATGA GTTTATAGTA AGCATCTGTC ACGCTCTGCT CGTTGACACG GTACTGAGTC 8520 GCTACATTCA TCATAACGAA CACATTGTCC TTGGTCTTAG TCTCAACCAC AATATCACTT 8580 TGCAACAAGC GCAACTGAAT CCGTGCTGCA ATCGAGTCAA TCCCAAAAGG CAAGCGAATA 8640 TGAATACCGC TATTAGCAAC CTTTTGGTAT TTCCCAAAGC GTTCAATAAT CGCCACCGAC 8700 TGCTGACGAA CCACATAAAC TGTACTCAGT GTGACTATCA CCAATAGGAG CACACAAACA 8760 ATCAGAAAAA TCATGAAAAA TATTGCCATA ATGGAACCTC CACAAGTATT TTTCTAGTAT 8820 TATAGCACAT TTAAAGAAGG CTGTGCCGTT TTTACTGCGA TTTTTCCTGA AATGTCAATA 8880 ATTAGAGGTG AATTGTCCTA TTGTCGTCCA ATCTCTTGCT AAAATAACTC TTTATAAAAG 8940 GCAATCGTTT CTTCTAAGGT TGGCATAAAT GGATTTCCTG GTGCGCAGGC ATCAATCAAG 9000 GCATTCTTAG AAAGGTATTC AAAGTCGAAA TCTTTTTCTT CAATACCAAG TTCAGTCAGT 9060 TTCTTAGGAA TACCTACTGT CTCAGAAAGC TTCTCAATCT CAGCAATCGC ATAATCGGCA 9120 CATTCTTGAT CTGATTTACC TTCTACATGA AGTCCCAAGG CTTTGGCAAC ATTGCGGAAA 9180 GCTTCTGGTA CACGTTTAGC ATTTTCACGT TCTATAACTG GTAGCAACAT GGCACAGCAC 9240 ACGG 9244 (2) INFORMATION FOR SEQ ID NO : 69 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 8898 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 69 : GATCTGAACT TTATCATCAT AACTTAATTT CATAATAAAA ACACCCCAAA AGTTAGATTT 60 TTTCTGTCTA ACTTTTGGGG TGTAGTTCAG TCATTGGACT GACGTTTTTT TGTATGCTTA 120 TTTTGATTTG ATGTAGTTGA TACCATCTGC TTTTGGTGCG ACTGCTTTTC CAAAGAAGGC 180 TGCTAAGACA AGAATTGTCA AAACATAAGG TGCAATTTGA AGATAAACCG CTGGCACTCC 240 TTGTAGGAAC GGCAATTGAG AACCGATAAC AGCCAAACTT TGTGAAAGTC CAAAGAAGAG 300 ACTAGAAAGC ATAGCACCGA TTGGATTCCA TTTCCCAAAG ATCATCGCAG CAAGGGCGAT 360 AAATCCAGGT CCAACAATAG TTGTCACTGA GAAGTTAACT GAGATTGATT GCGCATAAAT 420 CGCTCCGCCA ATTCCACCTA GAAAACCTGA AATAATAACC CCTAAATATC TCATCTTGTA 480 GACGTTGATT CCCAAGGTAT CCGCTGCTTG AGGATGTTCA CCGACAGAGC GGAGACGAAG 540 ACCAAATTGA GTCTTAAAGA GAATAAACCA AGCAAGGAAT GAGAAGGCAA TCGCCAGATA 600 ACCAAGTAGA CTAGTTGACT TGAAGAAGAT ATCACCAATC ACTGGGATAT TTGCCAAGAC 660 TGGGAAATCA AAGCGTCCAA AAGTTTGACT TAGGTTGTCG GTTTGTCCTT TGTTATAAAG 720 AACTTTAACT AAGAAAACAG CCAAGGCAGG CGCCATCAAG TTCAATACCG TACCGCTGAC 780 AACATGGTCT GCACGGAAAT GAACCGTCGC TGCTGCGTGG ATGATAGAGA AAACACTACC 840 AACCAATCCT GCTACAAGCA AGGATAGCCA TGGAGTTGCT GCTCCAAATT GTTCTGCAAA 900 TTCAAGGTTA AAGACAACTC CAGAAAAGGC ACCCATAACC ATAATTCCTT CAAGGCCAAC 960 GTTTACCACA CCACCACGTT CAGAGAAAAC ACCACCGATA CTTGTAAAGA TGAGAGGTGC 1020 TGAGTAAATC AGCATAGAAG ACACCAAGAG GGGGAGCAAG GTTATAATAG ACATCTTTAC 1080 TTACCTCCTT TAACTTGTTT TTTCGGTTTG ACAAAGCGTT CGATAAGGTA ATGAACACTG 1140 ACAAAGAAGA TAATAGACGC TGTTACAATG CTGACAAGCT CAGATGGTAC CTGCGCCGCA 1200 TTCATACCAG GAGCCCCAAC TTGGAGAACG CCAAATAGGA AGGCTGCAAA GAGTATACCA 1260 ATTGGTGAGT TGGCCGCAAG CAAACTAACC GCCATTCCGT TAAATCCGAT AGCTAATGAC 1320 GAACCTTGAA CATAGACGTT CTGGAAGGTT CCCAAACCTT CAACAGCTCC ACCAAGACCT 1380 GCCAAGGCAC CTGAAATAAT CATAGATAGG ATAATAGTCC GCTTGGCAGA AATACCAGCA 1440 TATTCTGAAG CATGTGGATT AAGACCAACT GCACGGATTT CAAAACCAAG AGTTGTTTTC 1500 TTGAGCATGA ACCAAATAAC TGCAACGGCA ATGATGGCAA AGAAAATACC AATATTCATC 1560 CGTGAGTTAC CAGTCAACTC AGCCAACCAA GGTGTCTGAT AGGTTGCATT AGCCCCAACA 1620 CGAATGGTCG AATCTGTACT TTGCATGAAG TCTTTAGGGA AAGCATGGAT AAAGGCATTC 1680 CCTACATACA AGACAATGTA GTTCATCATG ATGGTTACAA TAACCTCTGA CGTCCCTAGA 1740 TAGGCCCTAA GAATACCTGG AATCGCTCCG ACAATCCCAC CAGCAATCAA GGCAATCACG 1800 ATGGTTGCTA GAATCATCAA GGGACGGGGC ATATCTGGAT GCGACAGGGC AAACCAACCA 1860 CTGAGAATCC AACCTGCCAA AGCCTGACCA GGAAGTCCGA CGTTAAAGAA ACCAGCTCGA 1920 CTGGCAACGG CAAAACCAAG ACCAATCAAG ACCAGAGGAC CCATAGCACG GAAGATTTCT 1980 CCAATCCCAC GCAGACTGCC AAAGGCTGTA TAGAACAATT CTTCGTAGCC CCAAATAGCA 2040 TCATAACCGA AGATCCACAT GACAATGGCT CCGAGTAAAA TTCCTAGGAA TACAGAAATC 2100 AAGGGAACCG AAATTTGTTG TAATTTTTTA GACATCACTC TTCTCCTTTC CCAAGTTTCC 2160 ACCAGCCATC AAGACACCAA GTTCTTGTTT ATTGGTTGTT TCTGGTGATA CAATACCTTG 2220 AATCTTACCA TCGTGGATAA CGGCAATACG GTCTGAGACG TTTAAAATCT CATCCAATTC 2280 AAAGCTGACA ACAAGGACAG CCTTGCCATT ATCACGCTCT TCAATCAAGC GTTTGTGGAT 2340 ATACTCAATG GCACCGACAT CCAACCCACG AGTTGGCTGG CTAACGATAA GGAGATCAGG 2400 ATCTCGATCA ATTTCACGAG CAATAATTGC TTTTTGTTGA TTTCCTCCTG AGAGTGCAGC 2460 TGCAGGAACT AATTCACTGG CAGCGCGAAC ATCAAACTCT TCCATCAGCT TTTTAGCATA 2520 AGAAGTAATA TTTGAATAAT TCAAAATTCC ATTTTTACTA TGTGGTTCTT TATAGTAGGT 2580 TTGAAGGGCA ATATTTTCAG ATATCATCAT TTCCAAAATC AAGCCATCAC GGTGACGGTC 2640 TTCTGGAACG TGCCCAACAC TTAGTTCTGT AATCTGACGT GGGTGCAAGC CTACAATTGA 2700 ATCTCCTTTT AGCTCAATGC TACCAGATTC AACCTTACGA AGACCTGTAA TGGCTTGAAT 2760 CAGTTCAGAC TGACCATTTC CATCAATCCC CGCAATACCA ACAATCTCTC CAGCACGAAC 2820 ATCCAAGGAC AGATTTTTAA CAGCTGGAAC ACCACGGTTT TCATTGACCA CCAAATCTTT 2880 GATAGACAAA ACCACTTCTT TTGGTTTAGA GGCTTGCTTC TCTGTTTTAA AGGAAACAGA 2940 ACGTCCTACC ATCATTTCCG CCAAATCAGC ATTGGTAGCC CCTGCAATTT CAACGGTTTC 3000 AATTGATTTC CCACGACGGA TAACTGTAAC ACGGTCAGAA ACTGCTCGAA TTTCATCCAA 3060 TTTGTGGGTA ATCAAGATAA TTGATTTTCC TTCTTTGACA AGATTTTTCA TAATAGCCAI'3120 CAACTCATCA ATTTCTGATG GAGTCAAAAC AGCCGTTGGT TCGTCAAAGA TAAGGATATC 3180 AGCCCCCCGA TAAAGTGTTT TTAAAATTTC TACACGTTGT TGGGCTCCAA CTGAGATATC 3240 TGCTACCTTG GCAGAAGGGT CAACAGCTAA GCCATAACGT TCAGAAAGAG CCTTGATTTC 3300 TTTGCTAGCT CCAGCGATAT CTAGCACACC ATTTTTAGTC AATTCACTAC CTAAAATGAT 3360 GTTTTCAGCC ACTGTGAAGG CTTCAACCAA CATAAAGTGC TGGTGAACCA TCCCGATTCC 3420 CAAGCTAGCT GCTTTAGATG GGGAGTCGAG ATTGACAACT TGACCGTTGA CCGCGATTTC 3480 ACCACTAGTT GGTTCAAGAA GGCCTGCTAA CATGTTCATT AGCGTGGACT TACCAGCCCC 3540 ATTTTCTCCT AAAAGTGCAT GAATTTCACC TTTTCGTAGG TGCAAGTTGA TTTTGTCGTT 3600 GGCAACAAAT CCACCAAACA CCTTGGTAAT ATCACGCATC TCAATGACAT TTTCGTGTGC 3660 CATGTGCTCT TCCTTTCAGA GTCTTATTTT ATTTCAATAA AACTTGCTAG TTTGTCTAGT 3720 AGCAAGCTTT ACTTAGACAA AATGACTTTG TCTCAACTCT TAAAAAAGCG GCCCTTGGCC 3780 GCTTCCTAAG AAATGACTTC CATCCATTAT TTTTCAGGAA CTTTTACGCT TCCATCAAGG 3840 ATTTTAGCTT TTGCATCTTC GACAGCTTTT TTACCTTCTT CTGAAAGGTT TGTTACTGCC 3900 AAGTCAACCC CTTTATCCTT CAATGAGTAA ACGATCACTT GACCGCCAGG GAATTCTCCT 3960 CTTTCTGCCT TGTTAGAAAT ATCTTTTACA GTTGTACCAA CTTGTTTCAA AGTAGATACA 4020 AGAACAAAGT TTGATTCTTT GCCATCTTTA GAAGTGTATT TACCTTCTGC TTCTTGGTCA 4080 CGATCAACAC CGATAACCCA AACTTTTTCA TTTTCAGGAC GGCTTTCGTT GAGAGATTTT 4140 GCCTCTGCAA AGACACCTGC ACCTGTACCA CCAGCTACTT GGTAAACAAT ATCTGCACCG 4200 GCTGCGTATT GTGCGGCTGC AATTGTTTTA CCTTTAGCCG CATCACCAAA TGAACCAGCG 4260 TAGTCAACTT GGACTTTGAT AGATGGGTCT ACTGACGCAA CACCAGCCTT GAATCCTGCT 4320 TCAAAACGAG AGATAACTTC AGATTCGATA CCACCTACAA AACCAACTTG TTTTGTCTTA 4380 GTTGTTTTTG CTGCAGCCAC ACCTGCAAGg TAACCTGACT CATTATCAGC GAAAGTTACG 4440 CTCGCAACAT TCTTTTGGTC TTTAATCACA TCATCAATCA AGACATAGTT CAAGTCAGTG 4500 TGTTCTTTTG CTGCATCTTT AACTGCATTA TTAAGGGCAA AACCAACACC GAAGATTAGG 4560 TTGTAACTTC CAGCCGCTTG TTGCAAGTTG TTAGCGTAGT CAGCTTCACT TGTTGATTGG 4620 AAGTAAGTGA AACCGTTATC TTTTGAAAGA TTGTGTTCTT TACCCCAAGC CTGCAAACCT 4680 TCCCAAGCTG ATTGGTTGAA TGATTTGTCA TCAACACCAC CAGTATCAGT GACGATTGCT 4740 GCTTTTGTCT TCACATCAGA AGATGAAGCT GCGTTACGAG AAGAGCGGTT ACCACATGCA 4800 GCAAGTCCAA CTGCTGCCAC TGCAACTAGG CCAAGACCTA GCCATTGTTT CTTGTTCATT 4860 ACTGAACCTC CTAAATAAGA TGTGCAACGA TGTTGCAAGT ATGGATTGGT TGGCCACAAG 4920 GACCGTGCCA CTCAGAGAGC GACTCAGACT AGTTTAAGTC TGTAAAAGAG TATGGAAGTA 4980 ATTCCCCGAC CGTCATCTCG ACCGTCGATT TATCTTTTGC GACTAAGGTC ACTTTTAGAT 5040 CTTGTTCAAA AAATTCAGCC ATCACTTGGC GACAAGCACC ACATGGCGAG ATCGGTTTTT 5100 CAGTTTGACC ATAGACAATC AATTCTGAAA ATTCTCTTTG GCCTTCAGAT ATAGCCTTAA 5160 AAATAGCTGT TCTCTCACCG CAATTGGTCA AAGGATAGCT AGCATTTTCA ATATTCACTC 5220 CCGTGTAAAC ACTTCCGTCT TTAGCTACTA AAACTGCTCC GATAGGAAAG TGAGAATAGG 5280 GGACATAGGC ATGTTTGCTG GTTTCAATTG CCAGTTCAAT CAACTCAGTA GTCGCCATCT 5340 GCCAATTCTC CTTTTAAAAT AGCTACCCCA GCTGACGTTC CGATACGGGT CGCACCTGCT 5400 TCGACAAAGG CAAGAGCATC TGCATAAGAA CGAGCTCCAC CGGCGGCCTT GACACCCATA 5460 TCAGATCCAA CTGTTTCACG CATTAATGTA ACATCTGCTA TCGTAGCACC ACCAGTTGAA 5520 AAGCCAGTAG ATGTTTTGAC AAAGTCAGCC CCAGCTTTTT GGGCCAATTG GCAAACAACA 5580 ACTTTTTCTT GGTCTGTCAG AAGGCAAGCT TCAATAATGA CTTTCACTAA CTTATCACCA 5640 CTTGCTTCCA CTACTGCGCG AATATCTGAC TCAACCAAGG CTAAATTACC TGATTTGAGA 5700 GCTCCAACAT TGATCACCAT ATCAATCTCA TCTGCACCAT TTTGGATAGC TTCTTTTGTC 5760 TCAAATGCTT TCACGGCTGA AGTTGTTGCT CCCAAAGGGA AACCTACTAC TGTGCAAACC 5820 TTAACATCTG TGCCTTCAAG TCCTTTTTTA GCATGTTCAA CCCAGGTCGG ATTAACGCAA 5880 ACACTGGCAA AGTCATACTC TCTAGCCTCA GACAACAAAC TATCAATTTG TTTTTTCTTT 5940 GCATCTTGTT TTAAAAGCGT ATGATCTATA TATTTATTTA ATTTCATTTC GGTTTTCCCT 6000 CCATTTAGGA GATGATTTCT ACAATTTCAC GGATTTTTTT CACTTCATCA CTTATTTTAA 6060 CACATTTTTG GAAATCTGTA ACTAGTTGAG GTGGAATTTT TTCATTTGTG TATACTTTTG 6120 CAACAATTTC ACCCTTTTGA ACGGAGTCTC CAATCTTCTT TTCAAAAACA ATTCCTGTTT 6180 CATAGTCCAA GGCATCAGAC TTAACTGCAC GACCAGCACC CAGCCTCATG GCATAAAGAC 6240 CAAAGTCCAT AGCTGGAAGA GCTGAAATGA CACCCGTTTC CTGAGCAGGG ATTTCCACCA 6300 CATGAGCTAC ATTTACAGGA CGATAGAGGT CTTCCAAGTC TCCACCTTGG GCTTGCACCA 6360 TTTCCTCAAA CTTAGCCAGT GCTTGACCAT TCTCAAGATG TTGGTGAACT TCTTCAACAG 6420 TTTTGTTAAC ATTTGCCAAA CCAAGCATAA TTTGAGCCAA TTCACAAATA AAGTGGGTAA 6480 TATCCTGACG TCCTTGACCT TGCAAAATCT CCAATGCTTC AAGGATTTCC AGACGATTTC 6540 CAATCGCTCG TCCCAAAGGC TGGCTCATAT CCGTAATCAC TGCTACTGTC TTCCGTCCAA 6600 CAACCTTACC AAGATCTACC ATAGTTTGAG CCAACTCACG CGCCTCATCA ACCGTCTTCA 6660 TGAAGGCACC CTCACCGACA GTCACGTCTA GCAAAATAGC ATCCGCCCCT GCCGCAATTT 6720 TCTTGCTCAT CACCGAACTC GCAATCAAAG GAATCGTGTC GACAGTTGCG GTCACATCAC 6780 GAAGGGCATA GAGAAGCTTA TCTGCTTTGA CCAGCTGGTC TGATTGCCCA ATGACAGATA 6840 CTCCAATATC CTGAACCTGA CGAATAAAAT CCTCTTGACT ACGTTCTACT TGATAGCCCT 6900 TAATGGACTC CAATTTATCA ATTGTTCCGC CTGTATGGCC AAGACCACGA CCACTCATTT 6960 TTGCTACAGG CACACCGAAG CTAGCAACAA GAGGAGCTAA AATCAAGGTT ACCTTATCGC 7020 CGACACCACC AGTAGAATGC TTGTCAACTT TCACACCATC AATGGCTGAC AGGTCAAACT 7080 CTTGCCCAGT CTTAACCATA TTCATCGTTA AATCAGAGAT TTCTCGAGTC GTCATTCCTT 7140 TAAAATAAAC AGCCATAGCA AAGGCAGACA TCTGATAATC AGGAACAGTT CCTGATACAT 7200 AGCCTTCTAT CAGCCATTCA ATTTCACTTG AAGTCAGTTC TTGACCGTCT CGTTTTTTTT 7260 GGATTAAATC AACTGCTCTC ATTCTTTCAC ACTTCTAAGG ATATAGTATC CCTTGTCTTT 7320 TTTAAGGATT TCACAATTGC CAAACACATC TTCCATCTTA GACTTGGCAC TTGGAGCTCC 7380 TTGTTTTTTC TGGATGACGA TGGTCAAATC TCCACCAATT TCCAAGAAAT CTTTACTTTT 7440 CTCGATGATT TCATGAACGA CTTGCTTGCC CGCACGGATA GGAGGATTGG AAATGACATG 7500 GTCAAATCGC CCTTGAACTC TTGCATAAAT ATTAGATTGA AATATCGTCG CTTTTGCATT 7560 ATTTTTTTCA GCATTTCTCT GAGCTAAATC CAGGGCACGA GTGTTAATAT CAACCATGGT 7620 CGCCTGAACT CCGTAAACCT TGACCAAGGA CAAACCTAAT GGACCATAAC CACAGCCTAC 7680 ATCTAGGACT GTCTCTCCTT GGTTGACATC CAGACACTTG AGCAAGAGTT GACTTCCAAA 7740 GTCAACCATT TTCTTGCTAA AAACACCCGC ATCTGTCAAA AAAGTCATTT TTTCTCCCAA 7800 CAAGTCCACT CTCAACTCAT GAATGTCGTG AGCAGCGTCA GGATTTTCTG CATAGTACAT 7860 TTTACTCATG ACACTATTTT ACCATAATTT GACTCAAATT GTAAATCGTT TACAAATTGA 7920 TAATAAAACG AAAAAGACCG AAGAAAGCAA GTCACGAAGC CATTTTCTTC AATCTCTTTC 7980 AACACTTATA AATAATAAAC CATTTAGAAC TATAAATATC ACAGTCCAGA TAAAAACAAA 8040 AAGTTTATCA TCTATAATCA GGCAGATTAT TATTTCTATT GCTTAACCTT AAAATACTTT 8100 ATTATCAACA AAATTCCTAA CAAAATGTTT AGATAAAAGC CCAACTGATA CGTTTATGTC 8160 AGGATTTCCA AACTTGTCCA AAGTCGTATC AAATCTTCTA GTGACATGTG GAAGAAATAA 8220 CCCTCTGTCG CAATCCGTAG GACTAAAAAG CAATAACTAC CCGCAGCAAT CCATTTCGTC 8280 CATCGTTTTT TAGTAAGAAA GCAATTAAGA ACGAACAAAT AAAGACAGCT GTTACAATAG 8340 CATGTTCCAT CAAAAAAGTA AAACCGTAAT AGGTTTCCAC AAAGCATCTA CCATTATCTG 8400 CATTGGTTCC TTTTATAAAA GGTAAAGCAA AACTTAAAAT AAAACAGAGT TCCAATATGT 8460 AACGTTTTAA GATTTTCATA GTACACCTCC TATAAGTTGT GAACTAAAAA GCCCCCTTTA 8520 TAAGCTTATA AATCAGTAGA ATCTATCTCC TATTTCATCA ATAAATTGAT CACTTATACT 8580 ATATACCATT GACTTACCAC ATTCAAGAAA CCGCTTTATT TTTTTAGCTT TTTATGGTAT 8640 GATAGACAAA ATATCTAGGG GAAAACAAAT GACCAACGAA TTTTTACATT TTGAAAAAAT 8700 CAGCCGCCAG ACTTGGCAAT CTTTACATCG AAAGACAACA CCTCCTTTGA CAGAAGAAGA 8760 ATTGGAATCT ATCAAGAGTT TTAATGACCA AATCAGTCTC CAAGACGTTA CAGATATCTA 8820 TCTCCCCTTG GCTCATTTGA TTCAGATTTA CAAGCGAACT AAGGAAGATT TAGCCTTTTC 8880 AAAAGGAATT TTCCTCCA 8898 (2) INFORMATION FOR SEQ ID NO : 70 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 13188 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 70 : TATCTTAACG aGGATTGGGT TTATCGTCAG TCTTATTGCC CTAATTGTGG GAACAATCCC 60 TTAAATCATT TTGAAAATAA TCGGCCTGTA GCAGATTTTT ACTGTAATCA TTGTAGTGAG 120 GAGTTTGAAC TAAAGAGCAA AAAAGGAAAT TTTTCATCAA CAATCAATGA TGGTGCTTAT 180 GCAACGATGA TGAAGCGTGT GCAGGCAGAT AATAATCCTA ATTTCTTTTT TTTAACTTAC 240 ACAAAAAATT TTGAGGTAAA TAACTTTCTT GTCCTTCCGA AGCAATTTGT TACACCGAAA 300 TCGATTATTC AAAGAAAACC ACTTGCACCA ACTGCTAGAC GAGCAGGTTG GATTGGTTGT 360 AACATTGATT TATCACAAGT ACCTTCTAAA GGAAGGATAT TTCTTGTGCA AGATGGACAA 420 GTTAGAGATC CAGAAAAAGT TACAAAAGAA TTTAAGCAAG GTTTATTTTT AAGGAAGAGC 480 TCTCTGTCAT CAAGAGGTTG GACAATAGAA ATTCTAAATT GTATAGATAA GATAGAGGGT 540 TCAGAATTTA CCCTTGAAGA TATGTATCGT TTTGAAAGTG ACCTAAAAAA TATCTTTGTT 600 AAGAACAATC ATATCAAAGA AAAGATTAGG CAACAGCTTC AAATATTAAG AGACAAAGAA 660 ATAATAGAAT TTAAAGGTAG AGGAAAGTAT CGGAAATTAT GAAAACGAAA CAACTTGT'"G 720 CATCAGAAGA GGTGTATGAT TTCTTAAAAG TCATCTGGCC TGATTATGAA ACTGAAAGCC 780 GTTACGATAA CCTAAGTTTA ATCGTCTGTA CCTTATCAGA TCCCGATTGT GTGAGATGGT 840 TATCTGAAAA TATGAAATTT GGTGACGAAA AACAACTAGC TTTGATGAAG GAAAAATATG 900 GGTGGGAAGT AGGAGATAAA TTGCCAGAGT GGCTACATAG CTCCTATCAT AGATTATTGT 960 TAATAGGTGA ATTATTGGAA AGCAATCTAA AACTGAAAAA GTATACAGTA GAAATTACAG 1020 AAACTTTATC ACGTTTAGTA AGTATAGAGG CTGAAAATCC AGATGAAGCC GAACGACTTG 1080 TAAGAGAAAA GTATAAGAGT TGTGAAATTG TTCTTGATGC AGATGATTTT CAGGACTATG 1140 ACACTAGCAT ATATGAATAG GTAGATGTTT TTATTTTGTC AACAAAAAAG AGGCTCGCAC 1200 CTCTTTTTCT TATTTCTTTT TATGATTTAA TACGGCATTG AGGACAATAG CGAGTAGGCT 1260 GGCTACGACG ATTCCGTTTG AGAAGAACAT TTGGAAGGCT GTCGGCATGC TGACAAAGAG 1320 ATTACTGTTG TTGAGACCGA CACCTGCAGC GATTGAAACA GCTGCGATAA GGAAGTTGTG 1380 TTCATTGTTA GCAAAGTCAA CACGGGCGAG GATTTGCATC CCTTGAATTG ATACAAAACC 1440 AAACATTACC AGCATGGCAC CACCGAGGAC GGAGCTTGGA ATGATTTGGG CAAGGGCGCC 1500 AAACTTAGGA AGCAGTCCAA GGAGAACCAG GAAACCAGCT GCGTAGTAGA TTGGCAGGCG 1560 TTTTTTGATG CCTGACAATT TAACCAAACC AACGTTTTGT GAAAATCCGG TGTAAGGGAA 1620 GGTGTTAAAG ATTCCTCCGA GAAGTACGGC CAAACCTTCT GCGCGGTATC CGTTGCGAAG 1680 GCGCGTGCTG TCGATTGGAT CCTTTGTGAT ATCAGACAAG GCCAGATAAA CACCAGTTGA 1740 CTCAACCATA GACACCGTTG CGATGATACA CATCATGACA ATAGATGAGA TTTCAAAGGT 1800 TGGCATCCCA AAGTAGAGTG GAGTTGGGAC ATGGACAAGT GGAGCTACCG CAACAGGAGA 1860 GAAGTCCACC AAGCCCATAG TAGCAGCAAT GGCAGTTCCA ACAACCAGAC CAATCAAAAT 1920 AGAGATAGAC TTGATAAATC CTTTGGTAAA GATGTTGATC AAGAGGATAA TCAGAACAGT 1980 AATAGCTGCA AGCAAGAGAC TTTGACCAGT TGGCTCTGGA ACGTTATTTC CCATATTTCC 2040 AATAGCGACA GGGATCAAGG TTAAACCAAT CGTGGTAATA ACAGATCCTG TTACGATAGA 2100 TGGGAAGAGA TTGGCTACTT TTGAGAAGAT GCCTGAAACA AGAACCACGT AAATCCCAGA 2160 TGCGATAAGG GCACCAAACA TAGCGCCACT ACCATGGCTT TGCCCAATCA TAATCAAGGG 2220 AGCGACCGAC TGGAATGCAA CTCCAAGAAC GACTGGGAGT CCAATCCCAA AGTATTTGTT 2280 GAGTTGGAGT TGGAGGAAGG TTGCCACCCC ACACATGAAG ATATCTGTAG AAATCAGGTA 2340 GGTCAACTGC TCAGCTGAAT AGCCAAGGGC TGTCGCAATC ATGATGGGAA CCAGGATAGA 2400 TCCTGAGTAC ATGGCTAGTA AGTGCTGCAA GCCAAGAACG GCTGCTTGCG AGTGTTTTTC 2460 TTGAGTTTGC ATTAGAGATC TGCCTCCTTA AATACGACTT GACCATTTTC AAAACAATCC 2520 AAACGAGCAA GTGATAGGAC AGGGTAGCCT GCTTTTTCAA GCAAATCACG ACCATCTTGG 2580 AAGGATTTCT CAATCACGAT ACCGATAGCT TGGACTGTGG CACCGGCCTG TTCGATGATT 2640 TGAATCAAGC CTTTAGCAGC TTGGCCATTA GCAAGGAAAT CGTCGATAAT CAAAACCTTG 2700 TCCTCTGGTG AGAGGAATTT TTCAGCGATA GAAACGGTGC TGGTCACCTG CTTGGTAAAG 2760 GAGTAGACTT GAGCAGTTAA GATGCCTTCG TTCATGGTGA TGTTCTTAGC TTTTTTGGCG 2820 AAAATCATGG GAACGTTTAA GGCTTCAGCT GTAAAAACGG CTGGGGCAAT ACCCGACGCT 2880 TCAATGGTTA CGACCTTGGT AATGCCAGTA GTAGCAAATT TTTCCGCAAA AACCTTACCA 2940 ATCTCTCGCA TCAAGCTAAA GTCAACTTGG TGGGTTAAAA AGGAATCTAC CTTGAGGATG 3000 TTATCACCCA AGATATGCCC ATCCTTGAGG ATGCGCTCTT CTAATAATTT CATAAGACCT 3060 CCTAAAGTCT AAAAGTTAAT TTACTTGTTG TTTAAATATT TCTATAGTGA TCCCTTTTGC 3120 TAATACTATA TATTTGATAA AACTATTACG AGCGAAGCGA GTCTTATCAA ATATTTCCCG 3180 TTGTAGTGGT ATCATAGACA ATAATCTTGT TATTGTCTAT GACGGGATTT TTGAGAGTAA 3240 AATAGTTCGG GGAACTATTT TAGCCTAAGC CTAGAAATGA AAGAGCTAGG GGCTCAAAAA 3300 TTAGGGATGA AATTCCCTGG ATTCCTGAAA TTATTCACAG GATAATTTCA CCTCCCGTCC 3360 GCACTAATTA AGGGAAATAT TAAAAAAAGA CCTACTTAAT CTCTAAGTAA GTCCCCTAAA 3420 TAGACATGGC AAAAACGGCC ATATCTCACT GCTGACTTAC TTATTGTTAG GTGTTCCGGC 3480 ACCTTGTAGA AACGTCGTGC CAATTCACGA CATAAACAAG TAAAACGATA TTCAATTTTA 3540 AATAGGCTTG AGCCAATGTT TTTATTTTAC ACTAAATAAC TTTAGAAATC AACTATTTTG 3600 TTAGTGTTTT GGTTTAAAAA ACGAACAAAA AGAAGAGAGG GTGAACAAAA ACTCCATTGT 3660 AAGCTAACAG TTATACTAAA TGAAAATCAA AGAGCAAACT AGGAAGCTAT CCACAACCTC 3720 AAAACACTGT TTTGAGGTTG TGGATAGAAT TGACAGAGCC AGTATCATAT ACCTACGGTA 3780 AGGCGACGTT GACGTGGCTT GAAGAGATTT TCGAAGAGTA TTAGAAGATT TTTCCATCAT 3840 AAAAGGCATA CTATCAAGCT TTTAGACACC TGACAATATG CCTTTTTCTA ACTTTAAAGA 3900 CTTTTCCCAA TTTTTATTAT TCTACTCGCT AAATCTTAAA AAATAGCCAT CTGGATCCAA 3960 AACTGCAAAT TTATGAGGAT AGATATAGGG ATCACTGACA CGAAACTTTC TTTTGGTCAA 4020 GGGACGATAA ATAGGATAGT TTGCCTTCAT CACTCTTTAA TAGAGTTTTG AAACATCCTT 4080 TATGCCAAAG GAGAGATTGA CTCCACGACC AAAGGGATAG GTCAGTTCAG CTAGTTGATC 4140 CTTTGTTCCC TCCTCTAACA TTAGTTGACA CTCTTCAAGA GAAAGAGAAA GTTTTCTTCT 4200 GGACGTTGGT ATTCAATCCT AAAACCCAGT AAACCACAGT AGAAGGACCG GGACTGTTCG 4260 ATATTCGATA CAAGCAACTC GGGAATGACC GCATTGTAGT CCATATAGAA AATCCTTACA 4320 AGTCAATTTC CAAGACAATC GGTGTATGGT CTTGGCGAGC ACCTGAGTCA ATCATATCAG 4380 ATTTAGTGAC CTTGTCAGCG ATACGGTTAC TTGTGAGCCA GTAGTCGATT CTCCAGCCTG 4440 TATTGTTGAT TTTAGAAGTT TTGCTGCGTT GTGCCCACCA AGTGTAGCGT TCAGGAACAT 4500 CGCCATGAAC ATGGCGGAAG GTGTCTGTAA ATCCAGTTGC CAAAAGGTTG GTAAATCCAG 4560 CACGTTCCTC GTCAGTAAAT CCAGGTGAAC GGCGGTTGCT AGCAGGATTT GCAAGGTCGA 4620 TTTCATTGTG GGCTACGTTG TAGTCACCGG TCGCAAGGAC TGGTTTTTCT TTGTCTAGTT 4680 CAGCCAAATA CTCAGCATAT TTGGCATCCC AGACTTGGCG TTCTTCCAAG CGTTTGAGAC 4740 CGTCACCAGC GTTTGGAGTG TAAACTTGGG TTACGAAAAA TGCATCAAAT TCTAGAGTGA 4800 TGATACGACC TTCCAAGTCC ATGGTAGAAG GGGCACCGAT TTCTGGGAAG CTGATAGTAG 4860 GTGTAAGTTC TTTCTTATAA AGGAACATGG TTCCAGCATA GCCTTTACGG GCAGGCTCTT 4920 GGGAAGAGCG CCACGTGTTT TCGTAGCCTG GGAAGAGTTC TTCTAAAATT TCCACGTGTT 4980 TCTTTGTAGG TCCTTTGGCA GAAAGCTTGG TTTCTTGGAT AGCAATGATA TCAGCATTTT 5040 CAGCGACCAA GGTTTGTAGG ACTTCTTGGG ACAATTTGGC ACGAGCTGAG TCACTAGTTA 5100 GGGCAGCGTT TAGGGAATCA ATATTCCATG AGATAAGTTT CATAAAGTTA CCTTTTTCAT 5160 TCAGATTATA GATTTTATTA TACCAAAAAA AGATCTATTT CCCCAACGTA TGGTTTGAAA 5220 AATTACTCTC TTTCGTTTAT AATTAAGAAT GATTTTATGA AAGGGAGTGA AAATACATGA 5280 AATTCTACTC TTATGACTAT GTACTCAGCC AAATCGGTCA GCAAAATGGT ATCATGGTTG 5340 GCTTTGGGAT TGTTCTATTA GCTGTGACAG TTTTTTTTGC TTTCAAGGCA TACCATAATA 5400 AAAAGGGAAG CGAATTTCGT GAGTTGGTCA TGATTTCAGA TCTGGCCTTA TTTAGCTCTG 5460 CTTTTGGTCA GCATCACGAC TTATCAAAAC AATCAAGTTT CTAACAATAA ATTTCAAACT 5520 TCACTTCATT TCATCGAGGT TGTTTCCAAA GATTTGTGAG TAGACAAGTC AGAAGTCTAT 5580 GTTAATACTT CCACAAACAC AGATGGCGCA CTTATCAAGG TGGGAGATCG CTATTATCGT 5640 GCCCTAAATG GAAGTGAGCC AGACAAGTAC CTGTTAGAGA AAGTCGAATT GTATAAGACA 5700 GACGCAATTG AACTGGTGGA TGTGAACAAA TGACACTTAA TTATATCGAA ATTTTAATCA 5760 AACTGGTCTT GACTCTCAAA TAGCTCAACA ACAATGTTCA CTTTGTGAAA CGTTTGATTG 5820 ATGGTAAGCC AACTCTCCTT ATCAAAAATG GGAATATTGA CCCAGAAGCC TGTCGTTCAG 5880 TTGGTTTGTC TGCATCGGAT GTATCCCTCA AACTTCGTAG CCAAGGGATT TTCCAGATGA 5940 AGCAAGTCAA ACGAGCTGTG CAAGAGCAAA ATGGGCAACT CATCGTTGTG CAAATGGGAG 6000 ATGAAAATCC TAAGTATCCA GTTGTGACTG ACGGTGTGAT TCAAGTAGAT GTCTTGGAAT 6060 CGATTGGTCG TAGCGAAGAG TGGTTGCTTG ATAACCTCAG TAAACAAGGG CATGACAATG 6120 TAGCCAATAT CTTTATTGCT GAATATGACA AGGGTGCTGT TACAGTCGTA ACTTATGAAT 6180 AAGAAAAACC TGGGGTCTTG TACTCTTCGA AAATCTCTTC AAACCGCGTC AACGTCGCCT 6240 TGCCGTATGT AGGTTACTGA CTTCGTCAGT TCTATCTACA ACCTCAAAGC AGTGCTTTGA 6300 GCAGCCTGCG GCTAGTTTCC TAGTTTGCTC TTTGATTTTC ATTGAGTATT GGCCTCAGGT 6360 TTCCATTTGC AATCAGAAAG GGATTTTATG TCCATTATTC AAAAACTTTG GTGGTTTTTC 6420 AAGTTAGAAA AACGCCGTTA TCTAGTCGGA ATTGTGGCCC TGATCTTGGT TTCCGTCCTC 6480 AATCTCATTC CTCCTATGGT TATGGGGCGG GTCATTGATG CCATCACATC GGGGCAATTA 6540 ACCCAGCAGG ACCTCCTTCT TAGCCTATTT TACTTGCTAC TTGCAGCCTT TGGTATGTAC 6600 TATTTGCGCT ATGTGTGGCG TATGTATATC CTTGGGACCT CTTATTGCTT GGGACAGATC 6660 ATGCGGTCTC GCTTGTTTAA GCATTTCACA AAAATGTCGT CAGCCTTTTA TCAAACCTAT 6720 CGGACGGGTG ATCTGATGGC ACACGCAACC AATGATATCA ATGCCTTGAC TCGTTTAGCA 6780 GGTGGCGGTG TCATGTCTGC GGTGGATGCC TCTATCACGG CTCTGGTGAC TTTGTTGACC 6840 ATGCTCTTTA GCATCTCATG GCAGATGACT CTTGTTGCCA TTCTCCCCCT ACCTTTCATG 6900 GCCTATACGA CTAGTCGCCT AGGGAGAAAG ACTCATAAGG CCTTTGGCGA ATCCCAAGCT 6960 GCTTTTTCTG AACTCAATAA CAAGGTACAG GAGTCCGTAT CAGGTATCAA AGTGACCAAG 7020 TCTTTCGGTT ATCAGGCAGA CGAGTTGAAG TCTTTTCAGG CAGTCAATGA ATTAACCTTC 7080 CAAAAGAACC TGCAAACCAT GAAATATGAT AGTCTCTTTG ACCCTATGGT TCTCTTGTTT 7140 GTTGGTTCGT CCTATGTTTT AACGCTTTTG GTTGGCTCCT TGATGGTTCA GGAAGGGCAG 7200 ATTACAGTTG GGAATCTAGT CACCTTTATC AGCTATTTGG ATATGCTGGT CTGGCCTCTT 7260 CTGGCCATCG GTTTCCTCTT TAATACTACT CAGCGAGGGA AGGTTTCTTA CCAGCGGATT 7320 GAAAATCTTT TGTCTCAGGA ATCTCCTGTA CAAGACCCTG AGTTTCCTCT GGATGGTATT 7380 GAAAATGGGC GTTTGGAGTA TGCCATTGAC AGCTTTGCTT TTGAAAATGA GGAAACACTG 7440 ACGGATATTC ACTTTAGTTT GGCAAAAGGG CAAACACTGG GCTTGGTTGG GCAGACAGGC 7500 TCTGGGAAAA CGTCCTTAAT CAAGCTCCTC TTGCGTGAAT ACGATGTGGA TAAGGGTGCC 7560 ATTTATCTAA ACGGTCACGA TATTCGGGAC TATCGTCTGA CAGACCTTCG CAGTCTCATG 7620 GGCTATGTTC CTCAGGACCA GTTTCTTTTT GCGACTTCAA TCCTAGACAA TATCCGCTTT 7680 GGCAATCCTA ACTTGCCCCT TTCAGCGGTC GAGGAAGCTA CTAAGCTAGC CCGGGTTTAC 7740 CAAGATATTG TAGACATGCC TCAAGGATTT GATACGCTGA TTGGTGAAAA AGGAGTCACT 7800 CTTTCTGGTG GTCAAAAGCA ACGGTTGGCT ATGAGTCGGG CTATGATTTT AGACCCTGAT 7860 ATCTTGATTT TGGATGATTC CTTATCCGCC GTAGATGCCA AGACAGAGTA TGCGATTATC 7920 GACAACCTCA AGGAGATGCG AAAGGACAAG ACAACCATTA TCACTGCCCA TCGCCTCAGT 7980 GCTGTTGTCC ATGCAGATTT TATTTTAGTT CTACAAAATG GTCAAATTAT CGAACGAGGC 8040 ACGCACGAAG ACTTGCTAGC TTTGGATGGC TGGTATGCCC AAACCTACCA GTCTCAGCAG 8100 TTGGAAATGA AAGGAGAAGA AGATGCAGAA TAAACAAGAA CAATGGACTG TATTGAAGCG 8160 CTTGATGTCT TATCTCAAGC CTTATGGACT CCTGACCTTT TTGGCACTCA GTTTTCTCCT 8220 AGCGACGACG GTCATTAAAA GTGTCATACC CCTCGTGGCT TCCCACTTTA TCGACCAGTA 8280 TCTCAGCAAT CTTAACCAAC TAGCCGTTAC CGTTTTGCTG GTCTACTATG GTCTCTACAT 8340 CCTACAAACT GTAGTTCAGT ATGTCGGCAA TCTTCTCTTT GCGCGCGTGT CTTACAGTAT 8400 TGTTAGGGAT ATTCGTCGGG ATGCCTTTGC CAATATGGAG AAACTGGGCA TGTCTTACTT 8460 TGACAAGACG CCAGCAGGTT CTATCGTTTC TCGTTTGACC AACGATACCG AGACGATTAG 8520 TGATATGTTT TCTGGGATTT TATCCAGCTT TATCTCAGCA GTTTTTATCT TTCTGACAAC 8580 CCTTTATACC ATGTTGGTGC TGGATTTTCG TTTGACGGCT TTAGTCTTGC TCTTTCTTCC 8640 TTTGATTTTC CTTTTGGTCA ATCTCTATCG AAAAAAGTCA GTGAAAATCA TCGAGAAAAC 8700 CAGAAGTCTC TTGTCAGATA TCAATAGTAA GCTGGCAGAG AATATCGAGG GAATCAGGAT 8760 TATTCAGGCC TTTAATCAAG AGAAGCGCCT GCAGGCAGAA TTTGATGAAA TCAACCAAGA 8820 ACACTTGGTC TACGCCAACC GTTCTGTAGC CTTGGATGCC CTCTTTTTGA GACCTGCCAT 8880 GAGTTTGCTG AAACTTCTAG GCTATGCAGT CTTGATGGCC TACTTTGGCT ACCGTGGTTT 8940 TTCTATCGGG ATAACGGTCG GGACCATGTA TGCCTTTATC CAGTACATCA ACCGCCTTTT 9000 TGACCCCTTG ATTGAGGTGA CGCAAAACTT TTCAACTCTG CAAACGGCTA TGGTTTCTGC 9060 AGGTCGTGTC TTTGCCCTGA TAGACGAGAG GACCTATGAA CCTCTTCAAG AAAATGGGCA 9120 AGCCAAAGTC CAAGAAGGCA ATATCCGTTT TGAACATGTG TGTTTCTCAT ATGACGGTAA 9180 ACATCCGATT CTGGATGACA TTTCTTTCTC TGTTAATAAG GGTGAAACCA TTGCCTTTGT 9240 AGGTCATACA GGTTCAGGGA AATCGTCTAT TATCAATGTC CTCATGCGCT TTTATGAATT 9300 CCAGTCAGGG AGAGTTCTCT TGGATGATGT GGATATCAGG GATTTCAGTC AAGAAGAGCT 9360 GAGAAAAAAC ATCGGTTTGG TCTTGCAGGA ACCCTTCCTC TATCATGGAA CTATTAAGTC 9420 CAATATCGCC ATGTACCAAG AAACCAGTGA TGAGCAGGTT CAGGCTGCGG CAGCCTTTGT 9480 GGATGCAGAT TCCTTTATTC AAGAACTTCC TCAGGGGTAC GACTCCCCTG TTTCCGAGCG 9540 TGGTTCGAGC TTCTCTACTG GGCAACGCCA GCTTCTTGCC TTTGCTAGAA CAGTCGCCAG 9600 CCAGCCTAAA ATCCTGATTT TGGATGAAGC GACAGCCAAT ATTGACTCTG AAACAGAAAG 9660 CTTGGTTCAA GCTTCTCTGG CGAAGATGAG ACAGGGCCGA ACAACTATTG CTATCGCTCA 9720 CCGCCTTTCT ACTATTCAAG ATGCCAACTG CATCTATGTC TTGGATAAGG GACGCATTAT 9780 CGAGAGTGGA ACCCATGAGG AACTCTTGGC TCTGGGAGGA ACCTATCACA AGATGTATAG 9840 TTTGCAGGCA GGGGCCATGG CCGATACTCT TTGAAAATCT CTTTAAACCA TGTCAGCTTT 9900 ATCTGCAATC TCAAAGCTGT ACTTTGATTT TCATTGAGTA CTAGAAGGAA ATCCTTCAAA 9960 TTACAGATTT CTTTCACCGC CTTTTCCATT TTGTGGTATA ATGAAAAATG TTGACAAATA 10020 GTATAATAAA AACAAAGGAG AACAGCATGC TGAAATGGGA AGACTTGCCT GTGGAAATGA 10080 AATCAAGCGA GGTTGAGTCT TACTACCAGC TTGTCTCTAA AAGGAAGGGT TCGCTGATTT 10140 TCAAGCGTTG CTTGGACTGG GTTTTGGCCT TGGTCTTACT GGTTCTGACC TCTCCCATCT 10200 TTCTCATCTT GAGCATTTGG ATCAAGTTGG ATAGCAAAGG GCCAGTGATT TACAAGCAAG 10260 AGCGTGTGAC CCAGTACAAC CGTCGGTTCA AGATTTGGAA GTTTCGTACC ATGGTGACGG 10320 ATGCGGATAA AAAAGGAAGT CTGGTGACTT CTGCTAACGA TAGCCGCATT ACCAAGGTTG 10380 GAAATTTCAT CCGACGTGTC CGTTTGGACG AACTGCCTCA GTTGGTCAAT GTCCTTAAAG 10440 GTGAGATGTC CTTTGTCGGT ACACGACCTG AAGTGCCACG TTATACAGAG CAGTATAGCC 10500 CTGAAATGAT GGCAACCTTG CTCTTGCAAG CAGGGATTAC CTCTCCAGCC AGCATCAACT 10560 ACAAGGATGA GGACACAATT ATCAGTCAAA TGACGGAGAA AGGTCTGTCA GTTGATCAGG 10620 CCTATGTGGA GCATGTTCTT CCTGAAAAGA TGCGCTATAA CCTCGCCTAT CTCCGAGAGT 10680 TTAGTTTCTT TGGGGACATC AAAATCATGT TTCAAACCGT GTTTGAGGTA CTAAAATAAA 10740 GTAGTCATAA GAAAATGAGT ACAGATAAAA GGAGCAAATC AATGCCAAAT TACAATATTC 10800 CATTTTCACC GCCTGATATC ACAGAAGCAG AAATTACTGA AGTAGTGGAT ACCCTGCGTT 10860 CTGGTTGGAT CACAACAGGT CCTAAAACAA AAGAACTGGA GCGCCGCTTG TCTCTTTACA 10920 CACAGACACC TAAGACTGTT TGTCTCAACT CTGCGACAGC CGCTCTGGAG TTGATTTTAC 10980 GCGTTTTGGA AGTGGGACCT GGTGATGAAG TCATCGTTCC AGCCATGACC TATACGGCTT 11040 CATGTAGTGT CATTACGCAC GTGGGAGCAA CCCCTGTCAT GGTGGATATC CAAGCAGATA 11100 CGTTTGAGAT GGACTATGAC CTGCTTGAGC AAGCTATCAC TGAGAAAACT AAGGTGATTA 11160 TTCCAGTAGA GCTCGCAGGG ATTGTTTGCG ATTATGACCG TTTGTTCCAA GTCGTGGAGA 11220 AAAAACGTGA CTTCTTTACC GCTTCAAGCA AGTGGCAAAA GGCCTTTAAC CGTATTGTCA 11280 TTGTCTCTGA TAGTGCCCAC GCTTTGGGAT CTATTTATAA AGGACAACCT TCTGGTTCTA 11340 TCGCTGACTT TACTTCCTTC TCATTCCATG CAGTTAAGAA CTTTACAACG GCAGAAGGTG 11400 GAAGTGCGAC TTGGAAAGCC AATCCAGTGA TTGATGACGA AGAGATGTAC AAGGAATTCC 11460 AAATCCTTTC CCTTCACGGG CAAACTAAGG ATGCTCTTGC CAAGATGCAA CTGGGGTCAT 11520 GGGAATACGA TATCGTTACA CCAGCCTATA AGTGCAACAT GACCGATATC ATGGCTTCAC 11580 TTGGTTTGGT ACAATTGGAC CGCTATCCAA GTTTGTTGCA ACGCCGTAAG GACATTGTGG 11640 ACCGCTATGA TAGTGGTTTT GCAGGTTCTC GCATCCATCC TTTGGCACAC AAGACTGAAA 11700 CTGTCGAATC TTCACGCCAC CTCTACATCA CCCGTGTAGA AGGAGCAAGC CTAGAAGAAC 11760 GCAACCTCAT CATCCAAGAA TTGGCTAAAG CAGGAATTGC AAGTAATGTT CACTACAAAC 11820 CGCTTCCTCT CTTGACAGCC TATAAGAATC TTGGATTTGA TATGACGAAC TATCCTAAGG 11880 CCTATGCCTT CTTTGAGAAT GAAATTACCC TCCCTCTTCA TACTAAATTA AGCGATGAAG 11940 AAGTAGACTA TATCATTGAG ACTTTCAAAA CAGTTTCTGA AAAAGTGCTA ACTTTATCAA 12000 AAAAATGACA AACTACAGTC AAGCGAAAGT GATCCTGCCC CTAAAAAGTC TAATTGAGTG 12060 TAAAAACTGT TGTTTTCAAT TGATAATAGT TTACACCTGT AGTTGAGGCC CCTTTCTCCT 12120 CAGAGAGAGA ATTTTTATAG GATTTTCCTT TCTTGTGGGA GTCCCGTGGT TTGAAATAAG 12180 ATGTGAGCAA TTTAGTGTAG CATTTAGAAT CCTTACTAGA CATCATTTAG AAAATCTAGT 12240 GTCTTGTTCT AGTTTTCAAT TCACCCTATT TTTTGAAAGA CGTGAGTTTC CATGAGTGAG 12300 ATTGTGGAAA CTCGCGTCTT TTTTTGTTTT CAGAATATTG TTCAAAATTT TGTGCCTGTC 12360 TTTCATGTTC TAGTCATTCT TTTGCATGAT AGAATTTATA GCATGTTGAT ATTATAATAA 12420 TACAAATATT CTATATGTTT AGTGATGCTT GCTATACATT ATTAGATCTC CTGCGAGACA 12480 ATCTATAAAA CACTTGTCTA CGATTACCTA TATGCCCTAT TCCAGTATTT TAGAAGCACT 12540 GCATCTATTT TTATCGAGGT TAAATCTAGC TTTTATAGAA GGTCTATTTA AGAAATATAT 12600 TGTAGTGTTT TAGTTTCAAT CCGCCATATG AGCGATATTC AGGTAAATAT CCCTGGCGAA 12660 TGCTTGTATG ACAAGGTATT TGTTCTTTCA TTTATAATTT ACAACATATC AACAAATTTA 12720 AATATAGTAA ATGGGATATT TTATATTCAA GCTAAGAAAG ATAGCATCAC TTTTGAATGG 12780 AAGGCTAAAG AGCAAACTAG GAAGTTGGCC ATAGATAGCT CAAAACCCTG CTTTGAGGTT 12840 GTAGATATAG TAAAATGAAA TGAGAATAGG ACAAATTGAT CGGGACAGTC AAATCGATTT 12900 CTAACAATGT TTTAGAAGTA GAGGTGTACT ATTTTAGTTT CAGTCTACTA TAGAACTGAC 12960 CAAGTCAGTA ACCTAGACTT AGGGCAAGGC GGCACTGACC TAGTTTGAAG AGATTTCCGA 13020 AGAGTATAAA TTTTAATATT TTCTTGTGTT ATTCCTTGAC AATTCAATTT GGAAAATATA 13080 TGATAAAGAT AATGACAGCG GTGTCATTCT ATCTATTTTA AGAAAAGTAA TAATCAATTG 13140 TTAAAAATAG TAAAAAAATT GGAGGTTCTG ATGAAATATT TTGTTCCG 13188 (2) INFORMATION FOR SEQ ID NO : 71 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 32768 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 71 : AACGAGTGCA TCAGTCTCAG CAAGCACCAG TGCGTCGGCC TCAGCAAGCA CCAGCGCGTC 60 TGAATCCGCA TCAACCAGTG CCTCAGCTTC AGCAAGTACC TCAGCATCTG AATCAGCATC 120 AACAAGTGCA TCGGCTTCAG CAAGCACAAG TGCTTCAGCC TCAGCAAGTA TCTCAGCGTC 180 TGAATCGGCA TCAACGAGTG CGTCCGCTTC AGCAAGTACT AGCGCCTCAG CATCAGCGTC 240 AACAAGTGCT TCGGCTTCAG CGTCAACGAG TGCGTCTGAG TCAGCATCAA CGAGTACGTC 300 AGCCTCAGCA AGCACATCAG CTTCTGAATC TGCATCAACC AGTGCGTCAG CCTCAGCATC 360 GACAAGCGCC TCAGCTTCAG CAAGTACCAG TGCGTCAGCC TCAGCAAGTA CCAGTGCTTC 420 AGCCTCAGCG TCGACAAGTG CGTCGGCCTC AACCAGTGCA TCTGAATCGG CATCAACCAG 480 TGCGTCAGCC TCAGCAAGTA CTAGCGCCTC AGCCTCAGCA TCAACGAGTG CGTCCGCTTC 540 AGCAAGTACT AGTGCATCAG CATCAGCATC AACGAGTGCA TCGGCTTCAG CAAGTACCAG 600 CGCCTCAGCT TCAGCAAGCA CCAGTGCGTC AGCCTCAGCA AGTACCAGCG CCTCAGCCTC 660 AGCAAGCACC AGTGCCTCAG CTTCAGCAAG TACCAGTGCG TCAGCCTCAG CGTCGACAAG 720 TGCGTCGGCT TCAGCAAGTA CCTCAGCGTC TGAATCAGCA TCAACGAGTG CATCAGCTTC 780 AGCATCAACA AGTGCTTCAG CTTCAGCAAG TATCTCAGCG TCTGAATCGG CATCAACGAG 840 TGCGTCCGCT TCAGCAAGTA CTAGCGCCTC AGCATCAGCG TCAACAAGTG CTTCGGCTTC 900 AGCGTCAACG AGTGCGTCTG AGTCAGCATC AACGAGTACG TCAGCCTCAG CAAGCACATC 960 AGCTTCTGAA TCTGCATCAA CCAGTGCGTC AGCCTCAGCA TCGACAAGCG CCTCAGCTTC 1020 AGCAAGTACC AGTGCGTCAG CCTCAGCAAG TACCAGTGCT TCAGCCTCAG CGTCGACAAG 1080 TGCGTCGGCC TCAACCAGTG CATCTGAATC GGCATCAACC AGTGCGTCAg CCTCAGCAAG 1140 TACTAGCGCC TCAGCCTCAG CATCAACGAG TGCGTCCGCT TCAGCAAGTA CTAGTGCATC 1200 AGCATCAGCA TCAACGAGTG CATCGGCTTC AGCAAGTACC AGCGCCTCAG CTTCAGCAAG 1260 CACCAGTGCG TCAGnCTCAG CAAGTACCAG CGCCTCAGCC TCAGCAAGCA CCAGTGCCTC 1320 AGCTTCAGCA AGTACCAGTG CGTCAgCCTC AGCGTCGACA AGTGCGTCGG CTTCAGCAAG 1380 TACCTCAGCG TCTGAATCAG CATCAACGAG TGCATCAGCT TCAGCATCAA CAAGTGCTTC 1440 AGCTTCAGCA AGTACCAGTG CGTCGGCTTC AGCATCAACG AGTGCTTCAG TCTCAGCGTC 1500 AACCAGTGCC TCTGAATCAG CATCAACAAG TGCCTCGGCT TCAGCAAGCA CCAGTGCGTC 1560 GGCTTCAGCA AGTACTAGTG CATCGGCTTC AGCATCGACA AGTGCGTCTG AATCGGCATC 1620 AACGAGTGCT TCGGCTTCAG CATCAACGAG TGCGTCAGCC TCAGCAAGCA CATCAGCTTC 1680 TGAATCTGCA TCAACCAGTG CGTCCGCTTC AGCGTCAACC AGTGCGTCGG CTTCAGCGTC 1740 GACAAGTGCT TCGGCTTCAG CATCAACGAG TGCGTCGGCC TCAGCAAGCG CAAGTACCTC 1800 AGCGTCAGct TCCGCCTCAA CCAGTGCGTC GGCTTCAGCA AGCACAAGTG CGTCAGCCTC 1860 AGCAAGTATC TCAGCGTCTG AATCGGCATC AACGAGTGCG TCTGAGTCAG CATCAACGAG 1920 TACGTCAGCC TCAGCAAGCA CATCAGCTTC TGAATCTGCA TCAACCAGTG CGTCAGCCTC 1980 AGCATCGACA AGCGCCTCAG CTTCAGCAAG TACCAGTGCT TCAGCCTCAG CGTCGACAAG 2040 TGCGTCGGCC TCAACCAGTG CATCTGAATC GGCATCAACC AGTGCGTCAG CCTCAGCAAG 2100 TACTAGTGCA TCAGCTTCAG CATCAACGAG TGCATCGGCT TCAGCATCAA CCAGTGCCTC 2160 GGCTTCAGCG TCAACCAGTG CGTCAGCTTC AGCAAGTACC AGTGCTTCAG TCTCAGCATC 2220 AACAAGTGCT TCAGCCTCAG CATCGACAAG TGCCTCGGCT TCAGCAAGCA CATCAGCATC 2280 TGAATCAGCG TCAACCAGTG CTTCGGCTTC AGCAAGTACC AGTGCTTCAG CTTCAGCATC 2340 AACCAGCGCC TCGGCCTCAG CAAGCACCTC AGCTTCTGAA TCGGCCTCAA CCAGCGCCTC 2400 GGCCTCAGCA AGCACCTCAG CTTCTGAATC GGCCTCAACC AGCGCCTCAG CCTCAGCATC 2460 AACGAGTGCT TCGGCTTCAG CAAGCACAAG CGCCTCGGGT TCAGCATCAA CGAGTACGTC 2520 AGCTTCAGCG TCAACCAGTG CTTCAGCCTC AGCATCAACA AGTGCGTCAG CCTCAGCAAG 2580 TATCTCAGCG TCTGAATCGG CATCAACGAG TGCGTCTGAG TCAGCATCAA CGAGTACGTC 2640 AGCCTCAGCA AGCACCTCAG CTTCTGAATC GGCCTCAACC AGTGCGTCAG CCTCAGCATC 2700 GACAAGCGCC TCAGCTTCAG CAAGTACCAG TGCTTCAGCC TCAGCGTCGA CAAGTGCGTC 2760 GGCCTCAACC AGTGCATCTG AATCGGCATC AACCAGTGCG TCAGCCTCAG CAAGTACTAG 2820 TGCATCGGCT TCAGCATCAA CCAGTGCCTC GGCTTCAGCG TCAACCAGTG CGTCAGCTTC 2880 AGCAAGTACC AGTGCTTCAG TCTCAGCATC AACAAGTGCT TCAGCCTCAG CATCGACAAG 2940 TGCCTCGGCT TCAGCAAGCA CATCAGCATC TGAATCAGCG TCGACAAGCG CCTCAGCTTC 3000 AGCAAGTACC AGTGCGTCAG CCTCAGCGTC GACAAGTGCG TCAGCCTCAG CAAGTACTAG 3060 TGCATCAGCT TCAGCATCAA CGAGTGCATC GGCTTCGGCG TCAACCAGTG CATCAGAGTC 3120 AGCAAGTACC AGTGCGTCAg CTTCCGCATC AACAAGTGCC TCGGCTTCAG CAAGCACCAG 3180 TGCGTCGGCT TCAGCAAGTA CTAGCGCCTC AGCCTCAGCC TCAACCAGTG CGTCAGCCTC 3240 AGCAAGTATC TCAGCGTCTG AATCGGCATC AACGAGTGCG TCCGCTTCAG CAAGTACTAG 3300 CGCCTCAGCC TCAGCGTCAA CAAGTGCATC GGCTTCAGCG TCAACGAGTG CGTCTGAATC 3360 GGCATCAACG AGTGCGTCCG CTTCAGCAAG TACTAGCGCC TCAGCCTCAG CGTCAACAAG 3420 TGCATCGGCT TCAGCATCAA CGAGTGCGTC CGCTTCAGCA AGTACTAGCG CCTCAGCCTC 3480 AGCGTCAACA AGTGCATCGG CTTCAGCGTC AACGAGTGCG TCTGAGTCAG CATCAACGAG 3540 TGCGTCAGCC TCAGCAAGCA CATCAGCTTC TGAATCTGCA TCAACCAGTG CGTCAGCCTC 3600 AGCATCGACA AGCGCCTCAG CTTCAGCAAG TACCAGTGCG TCAGCCTCAG CGTCGACAAG 3660 TGCGTCGGCT TCAGCAAGTA CCAGTGCGTC AGCCTCAGCA AGTACCAGTG CGTCAGCCTC 3720 AGCGTCGACA AGTGCGTCGG CCTCAACCAG TGCATCTGAA TCGGCATCAA CCAGTGCGTC 3780 AGCCTCAGCA AGTACTAGTG CATCAGCTTC AGCATCAACG AGTGCATCGG CTTCAGCATC 3840 AACCAGTGCA TCAGAGTCAG CAAGTACCAG TGCGTCAGCT TCCGCATCAA CAAGTGCCTC 3900 GGCTTCAGCA AGTACTAGCG CCTCAGCCTC AGCGTCAACA AGTGCTTCAG CTTCCGCGTC 3960 AACCAGCGCC TCGGCCTCAG CAAGTATCTC AGCGTCTGAA TCGGCATCAA CAAGTGCCTC 4020 GGCTTCAGCA TCAACGAGTG CATCAGTCTC AGCAAGCACC AGTGCGTCGG CCTCAGCAAG 4080 CACCAGCGCG TCTGAATCCG CATCAACCAG TGCCTCAGCT TCAGCAAGTA CCTCAGCATC 4140 TGAATCAGCA TCAACAAGTG CCTCGGCTTC AGCAAGCACA AGTGCTTCAG CCTCAGCAAG 4200 TATCTCAGCG TCTGAATCGG CATCAACGAG TGCGTCCGCT TCAGCAAGTA CTAGCGCCTC 4260 AGCATCAGCG TCAACAAGTG CTTCGGCTTC AGCGTCAACG AGTGCGTCTG AGTCAGCATC 4320 AACGAGTACG TCAGCCTCAG CAAGCACATC AGCTTCTGAA TCTGCATCAA CCAGTGCGTC 4380 AGCCTCAGCA TCGACAAGCG CCTCAGCTTC AGCAAGTACC AGTGCGTCAG CCTCAGCAAG 4440 TACCAGTGCT TCAGCCTCAG CGTCGACAAG TGCGTCGGCC TCAACCAGTG CATCTGAATC 4500 GGCATCAACC AGTGCGTCAG CCTCAGCAAG TACTAGCGCC TCAGCCTCAG CATCAACGAG 4560 TGCGTCCGCT TCAGCAAGTA CTAGTGCATC AGCTTCAGCA AGTACTAGCG CCTCAGCCTC 4620 AGCGTCGACA AGCGCCTCAG CTTCAGCAAG TACCAGTGCG TCAGCCTCAG CGTCGACAAG 4680 TGCGTCGGCT TCAGCAAGTA CCTCAGCGTC TGAATCAGCA TCAACAAGTG CGTCGGCTTC 4740 AGCATCAACG AGTGCATCAG CTTCAGCATC AACAAGTGCT TCAGCTTCAG CAAGTACCAG 4800 TGCGTCGGCT TCAGCATCAA CGAGTGCTTC AGTCTCAGCG TCAACCAGTG CCTCTGAATC 4860 CGCATCAACA AGTGCCTCGG CTTCAGCAAG CACCAGTGCT TCGGCTTCAG CGTCAACGAG 4920 TGCGTCTGAG TCAGCATCAA CGAGTGCGTC AGCCTCAGCA AGCACATCAG CTTCTGAATC 4980 TGCATCAACC AGTGCGTCAG CTTCCGCATC AACAAGCGCC TCGGCCTCAG CAAGTACAAG 5040 TGCTTCAGCC TCAGCATCAA CCAGTGCATC AGCTTCAGCC TCAACAAGTG CTTCAGCCTC 5100 AGCGTCAACC AGTGCCTCGG CTTCAGCAAG TACCAGTGCG TCAGCTTCAG CAAGCACAAG 5160 TGCGTCAGCT TCAGCATCAA CCAGTGCTTC GGCTTCGGCA TCAACAAGTG CCTCAGCATC 5220 AGCATCAACG AGTGCGTCAG CCTCAGCAAG TACTAGTGCA TCAGCATCAG CATCAACCAG 5280 TGCATCAGCC TCAGCAAGTA TCTCAGCGTC TGAATCGGCA TCAACGAGTG CATCAGCATC 5340 AGCATCAACG AGTGCATCGG CTTCAGCGTC AACCAGTGCA TCAGTCTCAG CAAGCACCAG 5400 TGCGTCGGCT TCAGCATCAA CGAGTGCCTC AGCCTCAGCA AGTATCTCAG CGTCTGAATC 5460 GGCATCAACG AGTGCGTCAG CCTCAGCAAG TACTAGTGCA TCGGCTTCAG CAAGCACCAG 5520 TGCGTCGGCT TCAGCATCAA CCAGTGCCTC AGCCTCAGCA AGTATCTCAG CGTCTGAATC 5580 GGCATCAACG AGTGCGTCAG CCTCAGCAAG TACTAGTGCA TCAGCmTCAG CATCAACGAG 5640 TGCATCGGCT TCAGCAAGTA CCAGCGCCTC AGCTTCAGCA AGCACCAGTG CGTCAGCCTC 5700 AGCAAGTACC AGCGCCTCAG CCTCAGCAAG CACCAGTGCC TCAGCTTCAG CAAGTACCAG 5760 TGCGTCAGcT CAGCATCAAC AAGTGCTTCA GCTTCGGCCT CAACAAGTGC GTCAGCTTCA 5820 GCATCAACGA GTGCGTCGGC TTCAGCAAGC ACCAGTGCCT CGGCCTCAGC AAGCACCAGT 5880 GCTTCAGCTT CAGCATCAAC AAGTGCGTCA GCTTCAGCAA GTACATCAGT TTCAAATTCA 5940 GCAAACCATT CGAACTCACA AGTTGGAAAT ACTTCTGGAT CGACAGGTAA ATCCCAAAAA 6000 GAATTGCCTA ATACAGGTAC TGAGTCGTCA ATTGGATCTG TGTTACTTGG AGTTCTAGCA 6060 GCTGTTACAG GTATTGGATT GGTTGCGAAA CGCCGTAAAC GTGATGAAGA AGAGTAAGAC 6120 AACCTGTAAA GTTAGGCTAA ACTAACTCGC GCACATAAAT CAAGGAGAAA ATTGCTAGTG 6180 GATGATAAAA TAACAGTCAT TGTACCAGTA TACAATGTGG AAAACTATCT GAGGAAGTGC 6240 CTAGATAGTA TTATTACTCA AACATATAAA AATATTGAGA TTGTTGTCGT TAATGATGGT 6300 TCTACGGATG CTTCAGGTGA AATTTGTAAA GAATTTTCAG AAATGGATCA CCGAATTCTC 6360 TATATAGAAC AAGAAAATGC TGGTCTTTCT GCCGCACGAA ACACCGGTCT GAATAATATG 6420 TCCGGAAATT ATGTGACCTT TGTGGACTCG GATGATTGGA TTGAGCAAGA TTATGTAGAA 6480 ACTCTATATA AAAAAATAGT AGAGTATCAG GCTGATATTG CAGTTGGTAA TTATTATTCT 6540 TTCAACGAAA GTGAAGGAAT GTTCTACTTT CATATATTGG GAGACTCCTA TTATGAGAAA 6600 GTATATGATA ATGTTTCTAT CTTTGAGAAC TTGTATGAAA CTCAAGAAAT GAAGAGTTTT 6660 GCTTTGATAT CTGCTTGGGG TAAACTCTAT AAGGCAAGAT TGTTTGAGCA GTTGCGCTTT 6720 GACATAGGTA AATTAGGAGA AGATGGTTAC CTCAATCAAA AGGTATATTT ATTATCAGAA 6780 AAGGTAATTT ATTTAAATAA AAGTCTTTAT GCTTATCGGA TTAGAAAAGG TAGTTTATCA 6840 AGAGTTTGGA CAGAAAAGTG GATGCACGCT TTAGTTGATG CTATGTCTGA ACGTATTACG 6900 CTACTAGCTA ATATGGGTTA TCCTCTAGAG AAACACTTGG CAGTTTATCG TCAGATGTTG 6960 GAAGTCAGTC TCGCCAACGG TCAAGCTAGT GGTTTATCTG ACACAGCAAC GTATAAAGAG 7020 TTTGAAATGA AACAAAGGCT TTTAAATCAG CTATCGAGAC AAGAGGAAAG TGAAAAGAAA 7080 GCCATTGTCC TCGCAGCAAA CTATGGCTAT GTAGACCAAG TTTTAACGAC AATCAAGTCT 7140 ATTTGTTATC ATAATCGTTC GATTCGTTTT TATCTGATTC ATAGCGATTT TCCAAATGAA 7200 TGGATTAAGC AATTAAATAA GCGCTTAGAG AAGTTTGACT CAGAAATTAT TAATTGTCGG 7260 GTAACTTCTG AGCAAATTTC ATGTTATAAA TCGGATATTA GTTACACAGT CTTTTTACGC 7320 TATTTCATAG CTGATTTCGT GCAAGAAGAC AAGGCCCTCT ACTTGGACTG TGATCTAGTT 7380 GTAACGAAAA ATCTGGATGA CTTGTTTGCT ACAGACTTAC AAGATTATCC TTTGGCTGCT 7440 GTTAGAGATT TTGGGGGCAG AGCTTATTTT GGTCAAGAAA TCTTTAATGC CGGTGTTCTC 7500 TTGGTAAACA ATGCTTTTTG GAAAAAAGAG AATATGACCC AAAAATTAAT TGATGTAACC 7560 AATGAATGGC ATGATAAGGT GGATCAGGCA GATCAGAGCA TCTTGAATAT GCTTTTTGAA 7620 CATAAATGGT TGGAATTGGA CTTTGATTAT AATCATATTG TCATTCATAA ACAGTTTGCT 7680 GATTATCAAT TGCCTGAGGG TCAGGATTAT CCTGCTATTA TTCACTATCT TTCTCATCGG 7740 AAACCGTGGA AAGATTTGGC GGCCCAAACC TATCGTGAAG TTTGGTGGTA CTATCATGGG 7800 CTTGAATGGA CAGAATTGGG ACAAAACCAT CATTTACATC CATTACAAAG ATCTCACATC 7860 TATCCAATAA AGGAACCTTT CACTTGTCTA ATCTATACTG CCTCAGACCA TATTGAACAA 7920 ATTGAGACAT TGGTTCAATC CTTGCCTGAT ATTCAGTTTA AGATAGCAGC TAGAGTAATA 7980 GTTAGTGATC GATTGGCTCA GATGACAATT TATCCAAACG TGACTATATT TAACGGAATT 8040 CACTATTTGG TAGATGTCGA TAATGAATTG GTAGAAACCA GTCAAGTACT TTTAGATATT 8100 AATCATGGCG AAAAGACAGA AGAAATTCTC GATCAATTTG CTAATCTTGG CAAGCCTATC 8160 TTATCCTTTG AAAATACTAA AACCTATGAA GTAGGTCAGG AGGCATATGC TGTTGACCAA 8220 GTTCAAGCAA TGATTGAAAA ATTGAGAGAA ATAAGCAAAT GAAGAAAAAT CATTTAGTAG 8280 GAGATGCTCT GATTTTGACG GTTAGTGATC AGATTGAAGA GTTGGATTAT TTTTTATAAA 8340 ATTTCTCCGT TCATCATATA TGAAAGTTGT TCAAACATCA GAGTGCTTTA TAAAATATAA 8400 ATAGACCTAA AGATATTTAA TATGAACTGC ACCCCAAAAG TTAGACAGAA AAAATCTAAC 8460 TTTTTGGsGT CAGTACAATA TTAGGGTGTG ATTAATTATC TTTTTAGGTG AAAATGATTC 8520 TATATTATAG CTGTTTGATA CGAAATTTAT TATAAGGAAA TTATGTTAAT GAATACAAAA 8580 TCTATAGTTT TTAATGCAGA TAATGATTAT GTAGATAAAT TAGAAACTGC AATTAAATCT 8640 ATTTGTTGTT ATAATAATTG TTTAAAATTT TATGTATTTA ATGATGATAT TGCGTCAGAG 8700 TGGTTTTTGA TGATGAATAA GCGATTGAAG ACTATACAAT CTGAAATCGT TAATGTAAAG 8760 ATTGTAGATC ATGTTCTTAA AAAGTTTCAT TTACCGTTAA AGAATTTAAG TTATGCCACT 8820 TTCTTTCGTT ATTTTATACC TAATTTTGTC AAAGAAAGTC GTGCTTTATA CCTAGATTCT 8880 GACATCATTG TTACAGGAAG TTTAGACTAT TTATTTGATA TAGAACTAGA TGGTTATGCC 8940 TTGGCAGCAG TAGAAGATTC TTTTGGTGAT GTTCCTTCTA CCAATTTTAA CTCCGGAATG 9000 TTATTAGTTA ATGTAGATAC TTGGAGAGAT GAAGATGCTT GTTCGAAACT GTTAGAACTG 9060 ACCAATCAAT ATCATGAAAC AGCATATGGA GATCAAGGAA TTTTAAATAT GTTATTCCAT 9120 GATAGATGGA AAAGATTAGA CCGAAATTTT AATTTTATGG TGGGGATGGA TAGCGTCGCA 9180 CACATAGAAG GAAATCATAA ATGGTATGAG ATTTCTGAGT TGAAAAATGG AGATTTACCT 9240 AGTGTTATAC ATTATACTGG GGTAAAACCT TGGGAAATAA TTTCCAATAA TCGCTTTAGA 9300 GAAGTTTGGT GGTTTTATAA TCTGTTAGAA TGGTCTGATA TTTTATTGAG AAAAGACATT 9360 ATTAGTCGTA GTTTCGAAGA ACTTGTATAC AGTCCTAAAG CTCATACAGC AATTTTTACA 9420 GCTAGTTGTG AGATGGAGCA TGTAGAATAT TTGATAGAAA ATTTACCAGA GGTACATTTT 9480 TCTATACTAG CACATACATA TTTTGCGTCT AGTGTCGTTG CTTTATTAAG ATATAGCAAT 9540 GTTACGATTT ATCCTTGTTT TTCTCCATTT GATTATCGAA AAATTTTGGA TAATTTAGAT 9600 TTTTATTTAG ATATTAATCA TTATAAAGAA GTGGATAATA TTGTATCCGT TGTTCAACAA 9660 CTATCTAAAC CAATTTTTAC CTTTGAAAAT ACTAGTCATG ATATAGGCAA TCAAACTAAT 9720 ATATTTTCTT CAACCGAACC AAACAAAATG GTAGAGGCTA TTAGACAATT TATAGGAGAA 9780 TAAGTTTATG GCAGACGAAC TAATTAGTAT TGTAGTTCCA ATCTACAACG TTGAGAATTA 9840 TTTGCGAATG TGTTTGGATA GCATTCAGAA TCAGACGTAT CAAAATTTTG AGTGTTTATT 9900 AATCAATGAT GGCTCTCCAG ATCATTCATC CAAAATATGT GAAGAATTTG TAGAGAAAGA 9960 TTCTCGTTTC AAATATTTTG AGAAAGCAAA CGGCGGTCTT TCATCAGCTC GTAACCTAGG 10020 TATTGAATGT TCGGGGGGGG GCGTACATTA CTTTTGTAGA CTCTGATGAT TGGTTGGAAC 10080 ATGATGCTTT AGACCGATTA TATGGTGCTT TGAAAAAGGA AAACGCAGAT ATTAGTATCG 10140 GGCGTTATAA TTCTTATGAT GAAACACGCT ATGTGTATAT GACTTATGTT ACGGATCCAG 10200 ATGATTCTCT AGAAGTGATA GAAGGTAAAG CAATTATGGA TAGGGAAGGT GTCGAAGAAG 10260 TCAGAAATGG GAACTGGACT GTAGCTGTCT TGAAGTTATT CAAGAGAGAG TTACTACAAG 10320 ATTTACCATT TCCTATAGGA AAAATTGCAG AGGATACTTA CTGGACATGG AAGGTACTTC 10380 TAAGAGCTTC GAGGATAGTC TATTTGAATC GTTGTGTTTA CTGGTACCGT GTTGGTTTAT 10440 CTGATACTTT ATCGAATACA TGGAGTGAAA AGCGTATGTA TGATGAAATT GGGGCTAGGG 10500 AAGAAAAGAT AGCTATTTTA GCAAGTTCAG ACTATGACTT GACCAATCAT ATTTTGATTT 10560 ATAAAAATAG ATTACAAAGA GTGATAGCAA AATTAGAAGA ACAAAATATG CAGTTCACAG 10620 AGATTTACAG AAGAATGATG GAAAAATTGT CTTTACTTCC GTAGATAGTA ATAAAAAATG 10680 AGATAGCGTA ATATGAAACT ACATTTAACA AATTTATACG GCATGGCTGG TGATAGTACG 10740 GTTATCTTAG CTCAAAATGC TGTTCAAAAG ATAGCTAGTC AACTGGGATT TAGAGAGGTT 10800 GGTATTTATT TTTACAACAT TGCTTCAGAT AGTCCTTCTG AAATGAATAA GCGTCTGGAT 10860 GGTATTATGG CCAGTATCTC TATTGGGGAT ATTTTAGTCT TTCAGTCTCC AACCTGGAAT 10920 GGTTTTGAAT TTGATCGTCT CTTGTTTGAT AAGCTAAAGG ATATGCAGGT GAAAATTATT 10980 TGCTTTATCC ATGATGTTGT TCCCCTCATG TTTGATAGTA ACTATTATCT CATGAAAGAT 11040 TATCTGTATA TGTATAATCT ATCAGATGTT TTGATAGTGC CGTCAGAGAG AATGAAAACA 11100 CGCCTGATGG AAGAAGGATT GACGACTAAG AAGATTCTTG TTCAAGGGAT GTGGGATCAT 11160 CCTCATGATT TATCCTTATA CACCCCTGCT TTTAAAAAAG AACTTTTTTT TGCTGGAAGT 11220 TTAGAGCGTT TTCCAGACTT ACAAAATTGG TCTCAAGATA CGCCTTTGAG AGTATTTTCA 11280 AATAAAGGGG AAGCTAGTTC TAGTGCTAGA AGTCTCAGCA TCGAAGGATG GAAAAAAGAT 11340 GAGGAATTGT TGCTAGAATT ATCAAAGGGT GGATTTGGCC TTGTCTGGGG AACCcATCAA 11400 AATGAGGGAG AAAGTAACCA ATACTATACC TTGAATATAT CTCATAAGGT GAGTACCTAT 11460 CTAACAGCGG GCATTCCAGT CATTGTACCA AGTAGCTTGT CAACTGCTAA ATTTATAGTA 11520 GATCAAGGCT TGGGCTTTAT GGCGGATAGT CTGGAAGAGG TTCATGAGAT AGTTGATAAA 11580 ATGAATCTAC AAGAATATCA AGAAATGACG AATCGTATCA AGACCTTTAG CTATTTGTTA 11640 AAAGAGGGCT ATTTCACTAA AAAGTTATTG GTAGATGCAA TCTATCACTT GGGAATTGAT 11700 TAAGGGAATG AAATGAACAA AACAATTGTA CTAGCAGGGG ATCGCAATTA CACCAGGCAG 11760 TTAGAAACAA CGATAAAATC TATTTTATAC CACAATCGAG ATGTTAAGAT TTATATTTTG 11820 AATCAAGATA TCATGCCAGA TTGGTTTCGC AAACCACGAA AAATAGCTCG CATGTTAGGT 11880 AGTGAGATTA TCGATGTTAA ACTACCTGAA CAAACTGTGT TTCAAGATTG GGAAAAGCAA 11940 GATCACATTA GTAGCATTAC TTATGCTAGA TATTTTATTG CAGATTATAT CCAAGAAGAT 12000 AAGGTTTTAT ATTTAGACAG TGATTTGATT GTAAATACTT CTTTAGAGAA ATTATTTAGT 12060 ATTTGTTTAG AAGAAAAATC ACTCGCAGCA GTTAAAGATA CAGATGGAAT TACATTTAAT 12120 GCAGGTGTTT TATTAATCAA CAATAAAAAA TGGCGTCAAG AGAAATTAAA AGAACGACTA 12180 ATTGAACAGA GCATTGTTAC AATGAAGGAA GTTGAAGAAG GCCGTTTCGA GCATTTTAAT 12240 GGTGATCAAA CGATTTTTAA TCAGGTCTTG CAAGATGATT GGTTAGAACT AGGTCGAGCT 12300 TATAATTTAC AAGTAGGGCA TGATATTGTG GCTTTGTATA ACAATTGGCA GGAACATCTG 12360 GCTTTTAATG ATAAACCAGT GGTGATTCAT TTTACGACCT ACAGAAAACC CTGGACTACC 12420 TTGACAGCCA ATCGTTATCG TGATTTATGG TGGGAATTCC ATGATTTGGA GTGGAGTCAG 12480 ATTTTACAAC ACCATATGGG AGAATTTGAA CTAATATCGC CTCTAGATAA GGAATTTTCT 12540 TGCTTAACCT TAACGAATTC CCAAGATTTA GAAGGAATAG AAGAGCTAGT TACAGCTCTA 12600 CCTGAGGTGG TATTTCATAT CGCAGCTTGG ACGGATATGG GAGATAAATT AAAAAAATTA 12660 GCTGTATATA ATAATGTGAG ATTGCATCCA CAAATTGTTC CACCGGTCTT AGATAAGCTG 12720 AAAAAGTCAA CAAATCTATA TTTGGATATC AATCATGGTA GTGCAGATGA GAACTTTTTA 12780 AAATCTTTGC AAGAACAAGA AAAAACGCTA CTAGCTTTTC AATCGACTCA GCACGGAGAG 12840 TTAGGACAAA TCGTTTTCGA AAATGGGAAA GTTTCCTTTA TGATTGATAC GATTAAAGAT 12900 TTTAAGAAAA ACGGACATCT TACCTGTTTT CGACAACTTC CAAGTTTAAC TTGTTTAACG 12960 TTTACGGCTT CTCAGTATAT CGAACAATTG GATTACTTGG CTGGACAGTT GCCAAATGTT 13020 GTTTTTCAAA TTGCTGCTTG GACAGCTATG GGGCCAAAAT TATATGATTT GTCTAATCGT 13080 TATCCTAATA TTCAGCTCTA TCCGGCAATT TCTAGAGATA AGCTAGACGA GTTGAAGGAG 13140 AAGATGGATG CTTATTTAGA TATCAACCTA CTGACTTCAA CATCCGATAT CGTTGCAGAA 13200 ATGGCTCATC TATCTAAACC TATACTAGCC TTTTATAAAT CTCAAAATGG GAATAATGGC 13260 CAAAGGTTGT ATTCAAGTGA ACATCCTGAA CGAATGTTGG CTGATTTGCA AAAATTGATA 13320 ACTAAGGATA TGCTAGAAAA ACCGCTTGAT ATAATCCAGG TGAAAGGGAT AGATGAAACC 13380 TTGGATTATA TTATTGAACA CAACTCTTCT TTAGTTCGTT TTGGAGATGG GGAAATCAAT 13440 ATGCTTGCAG GGCATTCAAT TCCCTACCAG GATTATGATG AAGAGTTGGT TTCAATCATG 13500 AGGGACATTA TCGGCCAAGA AAGTCGAGAA GATTTAGTAG TGTGCCTTCC TGATGCTTTT 13560 ACAGATCGTT TTAGGTTTAC ATCGTGGGCG ATTCCATTTT GGAAAGATCA CATGGATCAT 13620 TATATGGATT TTTACAGAGA GTTATGCAGT GATTCATGGT ATGGCTCAAC CTTTGTATCT 13680 CGCCCTTATA TCGATTTTGA AGACAAGAGT CAAGCTAAAG CTCAATTTGA AAAATTGAAA 13740 AGCATTTGGG AAAACCGTGA CTTACTGATA GTCGAAGGTG CGACTTCTCG TTCAGGTGTC 13800 GGAAATGATT TATTCGATGA GGCAAATTCT ATTAAGCGAA TTATCTGTCC TTCTCATAGT 13860 GCCTTTTCTA GAGTTCATGA ACTTGAACAA GAAATTGAAA AGTATGCTGG TGGTCGCTTG 13920 ATTTTATGTA TGCTTGGACC TACAGCAAAA GTTCTGAGTT ATAATCTATG CCAGATGGGC 13980 TATCAAGTTT TGGATGTAGG CCATATTGAC TCAGAGTATG AATGGATGAA AATGGGAGCT 14040 AAAACTAAGG TTAAATTTTC TCATAAACAT ACTGCAGAAC ATAATTTCGA CCAAGATATT 14100 GAATTTATTG ATGATGAAAC CTATAACAGT CAGATTGTTG CACGAATATT AAACTAGACT 14160 ATTTAAAATA AATGATAAGG ATTTAAAATG AGAAATACCA AACGCGCTGT AGTATTTGCA 14220 GGTGATTACG CTTATATTCG ACAAATCGAA ACGGCGATGA AGTCACTCTG TAGACACAAT 14280 AGTCATTTGA AAATTTATCT GCTAAATCAG GACATTCCTC AGGAATGGTT TAGTCAAATA 14340 AGAATATATT TACAAGAGAT GGGGGGCGAC TTGATTGACT GCAAGTTAAT TGGCTCACAG 14400 TTTCAAATGA ATTGGTCTAA TAAATTACCT CATATCAATC ATATGACATT TGCACGCTAT 14460 TTTATTCCAG ATTTTGTAAC AGAAGATAAA GTTCTCTATC TAGATAGTGA TTTGATTGTG 14520 ACTGGTGATT TGACCGATTT GTTTGAATTA GACTTAGGTG AAAATTATTT GGCAGCAGCT 14580 CGTTCTTGCT TTGGAGCAGG AGTCGGCTTC AATGCTGGTG TTCTCTTGAT TAACAACAAA 14640 AAATGGGGAT CTGAAACTAT TCGACAAAAA TTGATTGACT TAACAGAAAA AGAACATGAG 14700 AATGTGGAAG AAGGAGACCA GTCAATTTTG AATATGTTGT TTAAAGATCA ATATAGTTCC 14760 CTTGAAGATC AATATAATTT TCAAATAGGA TATGATTATG GGGCGGCAAC CTTTAAACAT 14820 CAATTCATTT TTGATATTCC GCTCGAACCA CTGCCACTAA TTTTACACTA TATTTCTCAG 14880 GATAAGCCTT GGAATCAATT TTCTGTTGGA CGTCTAAGAG AAGTTTGGTG GGAATACTCT 14940 TTGATGGATT GGTCTGTTAT TTTAAATGAA TGGTTTTCAA AGAGTGTGAA GTACCCTAGT 15000 AAATCACAAA TATTTAAGTT GCAATGTGTT AATTTAACGA ATTCTTGGTG TGTCGAGAAA l5060 ATCGATTATT TGGCGGAGCA ATTGCCAGAA GTTCATTTTC ATATTGTTGC TTATACAAAT 15120 ATGGCAAATG AACTACTAGC TTTAACGCGT TTTCCTAATG TTACCGTATA TCCAAATTCC 15180 TTACCAATGT TATTGGAACA AATAGTAATA GCTTCAGATT TGTATTTGGA TTTGAATCAT 15240 GATCGAAAAT TAGAAGATGC ATATGAGTTT GTGCTTAAGT ACAAAAAACC AATGATAGCT 15300 TTCGACAATA CTTGCTCTGA AAATCTTTCT GAGATTTCAT ATGAAGGTAT CTATCCAAGC 15360 TCCATTCCGA AAAAAATGGT TGCAGCAATC AGATCTTACA TGAGGTAGAG AACAGTATGA 15420 GAAAATCAAT AGTATTAGCG GCAGATAATG CCTATCTTAT TCCTTTAGAG ACGACTATRA 15480 AGTCTGTATT GTATCACAAT AGAGATGTTG ATTTTTATAT TCTCAACAGT GATATAGCTC 15540 CTGAATGGTT TAAATTATTG GGGAGAAAAA TGGAAGTTGT GAATTCTACA ATTCGCAGTG 15600 TACACATTGA TAAAGAACTT TTTGAAAGCT ATAAAACAGG ACCTCATATA AATTATGCTT 15660 CTTACTTTAG ATTTTTTGCG ACAGAAGTGG TTGAATCTGA TAGGGTATTG TATCTGGATT 15720 CCGATATCAT TGTAACTGGG GAACTAGCTA CTTTGTTTGA GATAGATCTC AAAGGATATT 15780 CAATTGGTGC TGTTGATGAT GTCTATGCCT ATGAAGGACG AAAATCTGGA TTTAATACTG 15840 GTATGTTACT AATGGATGTT GCAAAGTGGA AAGAACATTC TATTGTCAAT AGTTTATTGG 15900 AATTAGCGGC CGAGCAGAAT CAAGTTGTTC ATCTTGGGGA TCAGAGTATT TTAAATATTT 15960 ATTTTGAGGA TAATTGGCTA GCCTTAGATA AAACATATAA TTATATGGTG GGTATTGATA 16020 TTTATCACCT TGCTCAAGAA TGTGAACGTC TAGATGACAA TCCACCTACA ATTGTTCACT 16080 ATGCTAGTCA TGATAAACCT TGGAATACAT ATAGTATATC TAGACTACGT GAATTATGGT 16140 GGGTTTATAG AGATTTGGAT TGGTCAGAGA TTGCTTTTCA ACGTTCCGAT TTAAATTATT 16200 TTGAAAGAAG CAATCAGTCT AAAAAACAAG TGATGCTTGT GACATGGAGT GCAGATATAA 16260 AACATTTAGA GTATTTAGTA CAACGGTTAC CTGATTGGCA TTTTCATTTG GCTGCACCGT 16320 GTGATTGTTC TGAGGAGCTG ACCTCTCTAT CACAGTATAC GAATGTAACA GTATATCAAA 16380 ATGTATTACA TAGTAGAATT GATTGGCTAT TGGACGATTC TATAGTTTAT TTAGATATTA 16440 ATACAGGTGG AGAGGTTTTT AATGTAGTTA CAAGGGCACA AGAAAGTGGC AAGAAAATCT 16500 TCGCTTTTGA TATCACACGT AAAAGTATGG ATGATGGACT CTATGACGGT ATTTTTTCTG 16560 TGGAGAGACC AGATGATTTA GTGGATAGAA TGAAGAATAT AGAGATAGAG TAATGAGTGA 16620 ATTAATTAGT GTTGTGGTAC CGATATACAA TACGGGAAAA TATTTAGTGG AGTGTGTCGA 16680 GCATATTCTG AAGCAAACCT ATCAAAATAT AGAAATTATT TTAGTTGATG ACGGTTCTAC 16740 GGATAATTCT GGGGAAATTT GTGATGCTTT TATGATGCAA GATAATCGTG TGCGAGTATT 16800 GCATCAAGAA AATAAGGGGG GGGCAGCACA AGCTAAAAAT ATGGGGATTA GTGTAGCTAA 16860 GGGAGAGTAC ATCACGATTG TTGATTCAGA TGATATCGTA AAAGAAAATA TGATTGAAAC 16920 TCTTTATCAG CAAGTCCAAG AAAAGGATGC AGATGTTGTT ATAGGGAATT ACTATAATTA 16980 TGACGAAAGT GACGGGAATT TTTATTTTTA TGTAACAGGG CAAGATTTTT GCGTCGAAGA 17040 ATTAGCTATA CAAGAAATTA TGAACCGTCA AGCAGGAGAT TGGAAATTCA ATAGCTCGGC 17100 CTTTATATTG CCGACATTTA AGTTGATTAA AAAAGAATTA TTCAATGAAG TTCACTTTTC 17160 AAATGGTCGC CGCTTTGATG ATGAAGCAAC TATGCATCGC TTTTATCTTT TAGCCTCTAA 17220 AATCGTCTTT ATAAACGATA ATCTCTATCT GTATAGAAGA CGTTCAGGAA GCATCATGAG 17280 AACGGAATTT GATCTTTCCT GGGCAAGAGA TATTGTTGAA GTGTTTTCTA AGAAAATATC 17340 GGATTGTGTC TTGGCTGGTT TGGATGTCTC CGTTCTGCGT ATTCGATTTG TCAATCTTTT 17400 AAAAGATTAT AAGCAAACTT TAGAATACCA TCAATTAACA GATACTGAGG AATATAAAGA 17460 TATTTGTTTC AGATTAAAGT TGTTTTTTGA TGCAGAACAA AGAAATGGTA AAAGTTGAAA 17520 TAAAAGAATT GTTATTTACC ATATCACAAA CAATGAAGGT GAGGGGAGTG TTTTATGACT 17580 AAGATTTATT CGTCAATAGC AGTAAAAAAA GGACTATTTA CCTCATTTCT ACTGTTTATC 17640 TATGTATTGG GAAGTCGTAT TATTCTCCCT TTTGTTGACC TAAATACTAA AGATTTTTTA 17700 GGAGGTTCAA CAGCCTATCT AGCCTTCTCA GCCGCCCTAA CAGGTGGGAA TCTAAGAAGT 17760 TTATCAATTT TTTCTGTTGG ATTATCCCCT TGGATGTCCG CCATGATTTT ATGGCAGATG 17820 TTTTCTTTTT CTAAACGGTT GGGTTTAACA TCTACGTCTA TAGAAATACA AGATCGCCGT 17880 AAAATGTACC TGACCTTGCT AATTGCTGTG ATTCAATCCT TGGCAGTTAG CTTGAGACTG 17940 CCAGTACAAT CCTCCTATTC TGCAATATTG GTTGTTCTAA TGAATACAAT ATTGCTGATA 18000 GCAGGAACAT TTTTTCTTGT TTGGTTGTCA GATTTAAATG CGAGTATGGG GATTGGAGGT 18060 TCTATTGTAA TCCTCCTATC CAGTATGGTT TTAAATATTC CTCAGGATGT TTTGGAAACA 18120 TTTCAGACAG TACACATTCC AACAGGGATT ATTGTGTTAC TTGCTTTATT AACCCTTGTC 18180 TTTTCTTATT TACTTGCCCT TATGTATCGA GCTCGCTATT TGGTTCCTGT TAATAAAATT 18240 GGCTTACACA ATCGATTTAA ACGCTATTCT TATCTCGAAA TCATGTTGAA TCCTGCAGGT 18300 GGGATGCCTT ATATGTATGT GATGAGTTTT CTTAGTGTAC CAGCTTATTT GTTCATCTTG 18360 TTGGGATTTA TTTTCCCTAA TCATTCAGGG TTAGCGGCTT TATCAAAGGA ATTTATGGTT 18420 GGAAAGCCTT TGTGGGTCTA TGTTTATATT TCGGTCTTAT TTTTATTTAG TATCATTTTT 18480 GCTTTTGTTA CGATGAATGG AGAAGAGATT GCAGACCGTA TGAAAAAATC TGGAGAATAC 18540 ATTTATGGTA TTTATCCAGG TGCGGATACT AGTCGATTTA TTAATCGATT GGTCCTTCGT 18600 TTCTCAGTCA TAGGTGGTCT CTTTAATGTG ATTATGGCAG GTGGTCCCAT GCTTTTTGTT 18660 TTGTTTGATG AAAAGTTATT ACGATTGGCA ATGATTCCAG GCTTATTTAT GATGTTCGGG 18720 GGCATGATTT TTACGATTAG AGACGAGGTC AAGGCTTTAA GGCTAAATGA GACCTATAGA 18780 CCTTTGATTT AGGAGACTTT TATGTATTAT TTTATTCCAG CTTGGTATGG GTCAGAAAGA 18840 ACATGGCATG CAGATATCAC TCCATGGTAT TTTTCTCATT TTCGTCTAGA GTTTGATGAT 18900 ACCTTTCACC AGATTCGGCT CTTTCAAGAG CAAGATATAG ATTCTCGTCT ATTAGTATTA 18960 GCTTACCAGC CTCATCTACG TTATTTTTTA TATAGACATG GTGTGTTAGA AATGGATACT 19020 TATTCCGTTT TTGATGTTAT GCAAGATTTT CATAATCTCC ATACCCAAGT TTTAAGCATT 19080 AGAGATATTG AGTGGGATGA TGACTGTGAA TTTATTTATA GTCCCTTTAC GATTATCGTT 19140 CAAAAAAATG GGAAGAAATT TGCTAAGGTT GAACATGGAG TTGAAGGCTT CATCAGTGAT 19200 ATACAGTATT TTGAACCAAA TGGTCAAATA CATATGCACC ATATCGTGGA TGATCGTGGG 19260 TTTGTATCGA GCATTATCTT TTTTGAAGAT GGGCAAGCAG CCTATCAAGA ATATCTGAAC 19320 CTCAAGGGAG AGTGGCAATT CAGAGAGCGT TTAAAAGAAG GAGGACAGGT AGAAGTCAAT 19380 CCAATTTTGG GTTATCGCTT TAAAATGCTT ACCTATCAAA ATATGGGAGA TCTGGTGGCA 19440 GAATTTTTTG AGAATTATCT GCAAACGTAT GTGAAGGATC AGGATATTTT TATGCTTCCT 19500 TCTCATTCTC ATCATGACCA GTTGGTACTA GATCGTTTAC CTAGTACTAA TCCTAAACTG 19560 TTGAGTCTGT TCATTGGACG TAATCCTCAA GATACCTTTA GGGATTTAGA TGTAACTTTT 19620 GAAAAATCGG ATTTGATTTT GGTGGATAGA GAGGATAGTT TACGATTGTT GCAGGAGTTG 19680 TATCCTGAAC GAATGCATCA ATGTTATCAT TTATCATCTT TTGACACCCG ATTACGATTG 19740 GGACGAAGCC AAACTAAGAA AGAATCCATC ATTTATTTTC AACTGGATTT TGAGCAGGGG 19800 ATTGATAATC AAGCTCTGCT TCAAGTCTTG TCCTTTGTCG CTGAAAATAA GGATACTGAG 19860 GTGATTTTTG GAGCCTTTGC TGCTAGTCAG GAGCAAATGA ATGAGGTTGA AGGGATTGTT 19920 GAGTCTTTCA TCCAAGAAAA CATTCAATCC GAAAATCTGG GAAAGGCGAT TGATTATGGT 19980 GATGCAGAAA ATCCTCTGGA AGAAAATCAA CACCAGGACT TACGCTTACA GTTTGTTAAC 20040 TTGAATGATG AGTTAGATTT GATAAAAACA CTAGAATTTG TCCGTTTGAT TGTGGATTTA 20100 AATAGACATC CTCATCTCTA CACACAGATT GCTGGGATTA GTGCAGGAAT TCCTCAAATC 20160 AACCTAGTTG AAACCGTCTA TGTTGAACAT TTAAAAAATG GTTATTTGTT AGCAGATGTT 20220 ACAGAATTTT CTAAGGCTGC ACATTATTAC ACAGATAGGT TGAAGGAGTG GAATGAGTCC 20280 TTGATATATT CAATTGATAA GATTAAGGAG CACACAGGAC AACAATTTCT TGGAAAATTA 20340 GAGAAATGGA TAGAGGAGGT TAAAAATGTC AAAGGAACTT AATATTTTAC AGATAGGACT 20400 TGCCAATTGG GAAAATCACT ATGACATACC TGAAAATATG AGTTGGTATT ATTTTTACCC 20460 AAACTCATCA AAAGCCCTTC GTGAAATAAT TGAAAAAGAG GATATTAACC GTTTTCATGC 20520 AGTTTTAATA GAAGATGGTC AGTATTCCAG AGACTTATTT TCCTATGTAA AATATTTTGA 20580 ACCTTATACT TTATTTTATA ACCAGAATCT ACAAATAAAT GATAGAGAGG TTGTGGATTT 20640 TCTAAAAAAA CGATGTGCAC AAGCAATTGA TTTTTTAAGT CCCCAACAAC TAATCAATGA 20700 TTTAAGTAAA TCTCTTTTTG GCGGTGGGTA TGGTGATAAA CTCTTTCCTC CGACGATACA 20760 AGTCAATCCA AATTTTACAG GAGCTATTTC TTATCAAGGA TTGGATTATG TCAGTTTGGA 20820 AGGTGAGTTT GGGCAAGATT TTGCCCAGCT TGCCTATTGG GCTTATAATA TTATGGTGCA 20880 AAAAACACTC CCTATTGAGT TGTGGCTTGA ATATGAGAAG GAAGGCAATT GTGACTTTCG 20940 TTTAGTAATC CGTAAAATGT GGAGTGGGTC TGTTGATGAT TTCTTTGAAG AAGTAATAGT 21000 ATCTGAAAAA GACTTGGAGC AAGCACTTTT TATGGATAGT CGAGACGGAG ACTACTTTCT 21060 CTCGATATCT GTTGAAGCAA GAGGTCGTGG AACTATCAAA CTAGGTAATC TTCACCAACG 21120 ATGGAGTCGA AAACAATTTG GTAAGTTTGT ACTTGGTGGA AATATCCTAC ATGATTCCAA 21180 GCGTGATGAA ATAAACTATT TCTTCCATCC AGGTGATTTT AAACCGCCTT TGACTGTCTA 21240 TTTTGCAGGT TATCGACCTG CAGAAGGATT CGAGGGTTAC TTTATGATGA AAACTCTTGG 21300 ATGTCCCTTC ATTTTATTTT CTGATCCACG TTTAGAGGGG GGAGCTTTTT ATCTCGGAAC 21360 GGATGAGCTA GAGGGAAAAG TAAAGGATAC GATCACTCAC TATCTTGATT ATTTAGGCTT 21420 TGATCATAAG GATTTGATTT TATCAGGTCT TTCTATGGGA ACGTTTCCGG CTCTCTATTA 21480 TGGTGCTTCT TTTGAACCCC ATGCCATCAT AGTTGGTAAG CCCTTGGCTA ATTTAGGAAC 21540 TATAGCTAGT CGTGGACGTT TGGACGCACC GGGTGTCTCT AACTTAGCTT TTGATTGTTT 21600 AATTCATCAT ACAGGTGGGA CAAGTTCTCA AGATATGACG GAGTTGGATC AGCGTTTTTG 21660 GAAAATTTTT AAACAAGCAA ATTTTTCAAA GACAACCTTT GGTTTATCCT ATATGAAAGA 21720 TGAAGAAATG GATCCACAAG CCTATGAACA ATTAGTGTCT TATCTGTGTA ATACAGGTGC 21780 GAAGATTTTA TCTAAAGGAA CTGCTGGACG ACACAATGAT GATACAGATA CCAATATTTC 21840 TTGGTTTTTG CACTTTTATA GAATGGTCTT AGAGACTGGT TTTGGAAGGG AGAAAAGATG 21900 ATTATTACAC AGAGACAGTC TATTCATTGG GGAGAAGTTG GTGGGACTTA TATGTATGGA 21960 ACAACTGTAT CTTATTACCC TGACAAAAGT GTTCGTCTGT ATAATCCTCT ATTGCCATCT 22020 GGTGAGATTC TAAAGACTTG GTTTTCTAGT GTCAATTACC AGGCTGCACG AACCCAACCT 22080 CAGCTTCCCT TATTAAAAAG AAAGCAGGAG TATCAACTAT CACTGGTTTT TGACTGTCAG 22140 CCTGAAAATG GAGTTTATAC CAAGATAACT TTTTTTGACC GCTATGGTGA TATTTTAGAA 22200 AAAAAGGTAG AAAAAGTGAA AGATTTCATA TTTACTTATC CAGAAGATAG TTATACTTAT 22260 CGAGTTTCTC TTTTAAGTGC TGGATTTGAG TCCTTAACTT TTTATCATTT TTCTATCAAG 22320 GAGATCAGAA GTGTTTAGAC GTTTAGGTCA AGATTTCCAG CTTAGGAAAG TGAAAAAGAT 22380 TTTAAAGCAG ATTAATGCCC TGAAAGGCAA GATGTCCTCT CTTTCGGATC AAGAATTAGT 22440 AGCTAAAACA GTAGAGTTTC GTCAGCGTCT TTCCGAGGGA GAAAGTCTAG ACGATATTTT 22500 GGTTGAAGCT TTTGCTGTGG TGCGTGAAGC AGATAAGCGG ATTTTAGGGA TGTTTCCTTA 22560 TGATGTTCAA GTCATGGGAG CTATTGTCAT GCACTATGGA AATGTTGCTG AGATGAATAC 22620 GGGGGAAGGT AAGACCTTGA CAGCTACCAT GCCTGTCTAT TTGAACGCTT TTTCAGGAGA 22680 AGGAGTGATG GTTGTGACTC CTAATGAGTA TTTATCAAAG CGTGATGCCG AGGAAATGGG 22740 TCAAGTTTAT CGTTTTCTAG GATTGACCAT TGGTGTACCA TTTACGGAAG ATCCAAAGAA 22800 GGAGATGAAA GCTGAAGAAA AGAAGCTTAT CTATGCTTCG GATATCATCT ACACAACCAA 22860 TAGTAATTTA GGTTTTGATT ATCTAAATGA TAACCTAGCC TCGAATGAAG AAGGTAAGTT 22920 TTTACGACCG TTTAACTATG TGATTATTGA TGAAATTGAT GATATCTTGC TTGATAGTGC 22980 ACAAACTCCT CTGATTATTG CGGGTTCTCC TCGTGTTCAG TCTAATTACT ATGCGATCAT 23040 TGATACACTT GTAACAACCT TGGTCGAAGG AGAGGATTAT ATCTTTAAAG AGGAGAAAGA 23100 GGAGGTTTGG CTCACTACTA AGGGGGCCAA GTCTGCTGAG AATTTCCTAG GGATTGATAA 23160 TTTATACAAG GAAGAGCATG CGTCTTTTGC TCGTCATTTG GTTTATGCGA TTCGAGCTCA 23220 TAAGCTCTTT ACTAAAGATA AGGACTATAT CATTCGTGGA AATGAGATGG TACTGGTTGA 23280 TAAGGGAACA GGGCGTCTAA TGGAAATGAC TAAACTTCAA GGAGGTCTCC ATCAGGCTAT 23340 TGAAGCCAAG GAACATGTCA AATTATCTCC TGAGACGCGG GCTATGGCCT CGATCACCTA 23400 TCAGAGTCTT TTTAAGATGT TTAATAAGAT ATCTGGTATG ACAGGGACAG GTAAGGTCGC 23460 GGAAAAAGAG TTTATTGAAA CTTACAATAT GTCTGTAGTA CGCATTCCAA CCAATCGTCC 23520 GAGACAACGG ATTGACTATC CAGATAATCT ATATATCACT TTACCTGAAA AAGTGTATGC 23580 ATCCTTGGAG TACATCAAGC AATACCATGC TAAGGGAAAT CCTTTACTCG TTTTTGTAGG 23640 CTCAGTTGAA ATGTCTCAAC TCTATTCGTC TCTCTTGTTT CGTGAAGGGA TTGCCCATAA 23700 TGTCCTAAAT GCTAATAATG CGGCGCGTGA GGCTCAGATT ATCTCCGAGT CAGGTCAGAT 23760 GGGGGCTGTG ACAGTGGCTA CCTCTATGGC AGGACGTGGT ACGGATATCA AGCTTGGTAA 23820 AGGAGTCGCA GAGCTTGGGG GCTTGATTGT TATTGGGACT GAGCGGATGG AAAGTCAGCG 23880 GATCGACCTA CAAATTCGTG GCCGTTCTGG TCGTCAGGGA GATCCTGGTA TGAGTAAATT 23940 TTTTGTATCC TTAGAGGATG ATGTTATCAA GAAATTTGGT CCATCTTGGG TGCATAAAAA 24000 GTACAAAGAC TATCAGGTTC AAGATATGAC TCAACCGGAA GTATTGAAAG GTCGTAAATA 24060 CCGGAAACTA GTCGAAAAGG CTCAGCATGC CAGTGATAGT GCTGGACGTT CAGCACGTCG 24120 TCAGACTCTG GAGTATGCTG AAAGTATGAA TATACAACGG GATATAGTCT ATAAAGAGAG 24180 AAATCGTCTA ATAGATGGTT CTCGTGACTT AGAGGATGTT GTTGTGGATA TCATTGAGAG 24240 ATATACAGAA GAGGTAGCGG CTGATCACTA TGCTAGTCGT GAATTATTGT TTCACTTTAT 24300 TGTGACCAAT ATTAGTTTTC ATGTTAAAGA GGTTCCAGAT TATATAGATG TAACTGACAA 24360 AACTGCAGTT CGTAGCTTTA TGAAGCAGGT GATTGATAAA GAACTTTCTG AAAAGAAAGA 24420 ATTACTTAAT CAACATGACT TATATGAACA GTTTTTACGA CTTTCACTGC TTAAAGCCAT 24480 TGATGACAAC TGGGTAGAGC AGGTAGACTA TCTACAACAG CTATCCATGG CTATCGGTGG 24540 TCAATCTGCT AGTCAGAAAA ATCCAATCGT AGAGTACTAT CAAGAAGCCT ACGCGGGCTT 24600 TGAAGCTATG AAAGAACAGA TTCATGCGGA TATGGTGCGT AATCTCCTGA TGGGGCTGGT 24660 TGAGGTCACT CCAAAAGGTG AAATCGTGAC TCATTTTCCA TAAAAGGAGA AAATATGACA 24720 ATTTACAATA TAAATTTAGG AATTGGTTGG GCTAGTAGCG GTGTTGAATA CGCTCAAGCC 24780 TATCGTGCTG GTGTTTTTCG GAAATTAAAT CTGTCCTCTA AGTTTATCTT TACAGATATG 24840 ATTTTAGCCG ATAATATTCA GCACTTAACA GCCAATATTG GTTTTGATGA TAATCAGGTT 24900 ATCTGGCTTT ATAATCATTT CACAGATATC AAAATTGCAC CTACTAGCGT GACAGTGGAT 24960 GATGTCTTGG CTTACTTTGG TGGTGAAGAA AGTCACAGAG AAAAAAATGG CAAGGTTTTA 25020 CGTGTATTCT TTTTTGACCA AGATAAGTTT GTAACCTGTT ATTTGGTTGA TGAGAACAAG 25080 GACTTGGTTC AACATGCCGA GTATGTTTTT AAGGGAAACC TGATTCGGAA GGATTACTTT 25140 TCTTATACGC GTTATTGTAG CGAGTATTTT GCTCCCAAGG ACAATGTTGC AGTCTTATAC 25200 CAACGAACTT TTTATAATGA AGACGGGACT CCAGTCTATG ATATCTTGAT GAATCAAGGG 25260 AAGGAAGAAG TTTATCATTT CAAGGATAAG ATTTTCTATG GAAAGCAAGC TTTTGTGCGT 25320 GCCTTTATGA AATCTTTGAA TTTGAATAAG TCTGATTTGG TCATTCTCGA TAGGGAGACA 25380 GGTATTGGAC AGGTTGTGTT TGAGGAAGCA CAGACAGCAC ATCTAGCGGT AGTTGTTCAT 25440 GCGGAGCATT ATAGTGAAAA TGCTACAAAT GAGGACTATA TCCTTTGGAA TAACTATTAT 25500 GACTATCAGT TTACCAATGC AGATAAGGTT GACTTCTTTA TCGTGTCTAC TGATAGACAA 25560 AATGAAGTTC TACAAGAGCA ATTTGCCAAA TATACTCAGC ATCAGCCAAA GATTGTTACC 25620 ATTCCTGTAG GCAGTATTGA TTCCTTGACA GATTCAAGTC AAGGGCGCAA ACCATTTTCA 25680 TTGATTACGG CTTCACGTCT TGCCAAAGAA AAGCACATTG ATTGGCTTGT GAAAGCTGTG 25740 ATTGAAGCTC ATAAGGAGTT ACCGGAACTA ACCTTTGATA TCTATGGTAG TGGTGGAGAA 25800 GATTCTCTGC TTAGAGAAAT TATTGCAAAT CATCAGGCAG AGGACTATAT CCAACTCAAG 25860 GGGCATGCGG AACTTTCGCA GATTTATAGC CAGTATGAGG TCTACTTAAC GGCTTCTACC 25920 AGCGAAGGAT TTGGTCTGAC CTTGATGGAA GCTATTGGTT CAGGTCTACC TCTAATTGGT 25980 TTTGATGTGC CTTATGGTAA TCAGACCTTT ATAGAGGATG GGCAAAATGG TTATTTGATT 26040 CCAAGTTCAT CTGACCATGT AGAAGACCAA ATCAAGCAAG CTTATGCCGC TAAGATTTGT 26100 CAATTGTATC AAGAAAATCG TTTGGAAGCT ATGCGTGCCT ATTCTTACCA AATTGCAGAA 26160 GGCTTCTTGA CCAAAGAAAT TTTAGAAAAG TGGAAGAAAA CAGTAGAGGA GGTGCTCCAT 26220 GATTGAACTT TATGATAGTT ACAGTCAAGA AAGTCGAGAT TTACATGAAA GTCTAGGCGC 26280 TACTGGTCTT TCTCAACTTG GAGTGGTCAT CGATGCAGAT GGTTTTCTGC CTGATGGTCT 26340 GCTTTCTCCT TTTACCTATT ATCTAGGTTA CGAGGATGGA AAACCTCTCT ATTTTAATCA 26400 AGTTCCCGTT TCAGATTTTT GGGAAATTTT AGGAGATAAT CAGTCTGCTT GTATTGAAGA 26460 TGTGACGCAG GAGAGGGCTG TCATTCATTA TGCTGATGGA ATGCAGGCTC GCTTGGTTAA 26520 ACAGGTAGAC TGGAAAGACC TAGAAGGTCG AGTACGTCAG GTTGACCACT ACAATCGCTT 26580 CGGAGCTTGT TTTGCTACAA CGACTTATAG CGCAGATAGC GAGCCGATTA TGACAGTTTA 26640 CCAAGATGTC AATGGTCAAC AAGTTTTACT GGAAAACCAT GTGACGGGTG ATATCTTATT 26700 GACTTTGCCA GGTCAGTCCA TGCGTTACTT TGCAAATAAA GTTGAATTTA TCACCTTCTT 26760 TTTGCAAGAT TTGGAAATAG ATACCAGTCA GCTTATCTTT AATACTCTAG CGACTCCTTT 26820 CTTGGTTTCC TTCCATCATC CAGATAAATC TGGCTCGGAT GTCTTGGTAT GGCAGGAACC 26880 TCTCTATGAT GCCATTCCAG GTAATATGCA GTTGATTTTG GAAAGTGATA ATGTGCGTAC 26940 TAAGAAGATC ATCATTCCAA ATAAGGCGAC TTATGAGCGC GCTTTAGAGT TAACTGACGA 27000 GAAATACCAT GATCAGTTTG TGCACTTGGG TTATCATTAC CAGTTCAAAC GTGATAATTT 27060 CCTAAGACGA GATGCCTTAA TCTTGACCAA TTCAGATCAG ATTGAGCAAG TAGAAGCAAT 27120 CGCAGGAGCC TTGCCTGATG TCACTTTCCG TATTGCAGCG GTGACAGAGA TGTCTTCTAA 27180 GCTCTTAGAC ATGCTTTGCT ATCCTAATGT GGCCCTTTAC CAGAACGCTA GTCCACAGAA 27240 GATTCAGGAG CTGTATCAAC TGTCGGATAT TTACTTGGAT ATAAACCACA GTAATGAGTT 27300 GCTACAGGCA GTGCGTCAGG CCTTTGAGCA CAATCTCTTG ATTCTTGGCT TTAATCAGAC 27360 GGTGCACAAT AGACTTTATA TCGCTCCAGA CCATCTATTT GAAAGTAGTG AAGTTGCTGC 27420 TTTGGTTGAG ACCATTAAAT TGGCCCTTTC AGATGTTGAT CAAATGCGTC AGGCACTTGG 27480 CAAACAAGGC CAACATGCAA ATTATGTTGA CTTGGTGAGA TATCAGGAAA CCATGCAAAC 27540 TGTTTTAGGA GGCTAACATG TCAGAGGAAG ATTTATTTTA CAAAGACGTT GAAGGCCGCA 27600 TGGAAGAGTT GAAACAAAAA CCCATCAAGA AGGAAAAAGA AACCCGAGGG GAAAAGATTA 27660 GTAAGACTTT TTCACTTTTA CTGGGTTTGA TGATTCTGAT TGGTTTGCTC TTTACTTTGC 27720 TGGGAATTTT GAGGTAGATC TATGATTGAA ATACTAATTG TTTTAGCTAT TATCCTATCT 27780 CTTGCTTTGA TTGTATTGGT AACTATACAA CCCCGTCAAA ATCAACTATT TTCCATGGAT 27840 GCCACTAGTA ATATTGGTAA ACCAAGCTAC TGGCAGAGCA ACACCTTGGT CAAGGTGCTC 27900 ACTTTATTGG TGAGTTTGGC TTTATTTATT CTACTATTAA CCTTTATGGT GATTACTTAT 27960 AAATAAAAGA AAACTTCAGA TATTCACCTT TTGTGGATTG GTCTGAAGTT TTCTTTTTTA 28020 TACTCAATGA AAATCAAAGA GCAAACTAGG AAGCTAGCCG CAGGCTgCTC AAAACACCGT 28080 TTTGAGGTTG TAGATATAAC TGACGAAGTC AGCTCAAAAC ACCGTTTTGA GGTTGTAGAT 28140 ATAACTGACG AAGTCAGCTC AAAACACCGT TTTGAGGTTG TGGATAGAAC TGACGAAGTC 28200 AGCTCAAAAC ACCGTTTTGA GGTTGTGGAT AGAACTGACG AAGTCAGCTC AAAACACCGT 28260 TTTGAGGTTG TGGATAGAAC TGACGAAGTC AGCTCAAAAC ACCGTTTTGA GGTTGTGGAT 28320 AGAACTGACG AAGctCAGTA ACATATATAC AGCAAGGCGA CGCTGACGTG GTTTGAAGAG 28380 TATTACTGTC TATATTTTTG GTAAAAATCA ACTTTTACTT GGATGAAGGT TTTGGCTTCA 28440 CGTAGGAGTT GAAGAAGGGT GGCGCGGGTT TCAAATTCTT CTCTTGTCTT GGGCAGACTG 28500 CGGTTCCGGA AGACTTCCAG ATAACGTTCA ATTTCATCTA GCAAATCAGA AGCAGGATTG 28560 GTCTGGCTCA GTTGACCTGC AATTTTTGAA AAGAGTTGCG CTAAGATCAG GCTTTCACTG 28620 GCGGCAAGGT GACAAGTGTT AATCTGTTGG GCCATGTTTC TCAGGATACG ACTTTGTCGC 28680 TGTCTCATCT CAAAGTAGTG GATATGGTAG TCTGTCTGGT GAAAGAGGTG GTCAGAGTGA 28740 TCCAAATAGA CCAGTCTGAG GGCTTCTTTC AAAAGCGTGT CTAATTCTGC TACCAGCTGT 28800 GCTCGGTTGC GTCCGTCTCC TCTGGATAAA TAGTATTTGA AGCGCTGGAG GATATCTTTT 28860 AACTTTTCTT CCACCAGCGT GTGGTAGTGC TGGATTTCCT CTTCTCGTGA AGGCATATAG 28920 AGATTAACAA GCAAGGCAAA TCCTGTACCA ATAGCAAAGA GAAGGAATTC ATTGACTAGA 28980 AGGTCTGGAG AGGTTGACTC TTGAACCAAG AGATGGCTAA CCAAAACAGT GCTTGGTGTG 29040 ATGCCAATTT CCCAGCCCAT CTTGTAGGCT AAAGGAACGT AGAAGGCCAG ATAGAGGCCG 29100 AGACTCCAGA TATGAAATCC GCTCAAGTGA AAAGCTAGAA CACCGATAGC CAGAGCTAGA 29160 AGCATAGAAA AAAGACGATT GCGAGCCAGT TTTAAAGTAC TTCTACGCGT ATCAGATAGG 29220 CTCAAGAGAG CGATAATTCC AGCCGAAACT GCTGACGAAA GATTGAGAAA ATAAGCAAGC 29280 AGGCAGGCAA GACAGGTAGC TAAGATGAGC TTGGTCGTAC GTTGGCTAAT AGACATAAGA 29340 ATTTCCTAAT AAGTTAGAAT AAAAGCGTAA AAGACAAGAC ATGAGCAGGC TTGCCTTGAT 29400 GAGTTATTTT TTACGGGTTG CTGCGTATTC GGCAACGGCG GTAAAGAGGA CATCTGTAGA 29460 AGAGTTAAGG GCTGTTTCAC ATGAGTCTTG GATGACACCA ATCACAAAAC CAACCCCAAC 29520 AATTTGTATG GCAATATCGT TAGAAATACC GAAAAGGCTA CAAGCAACTG GGATAAGAAG 29580 GAGGGAACCT CCGGCAATAC CTGAAGCATC ACAGGATGAG ATAGCTGCTA CCACACTGP. G 29640 GACAAAGGCT GTGGCAAAGT CAACAGGAAT TCCAAGAGTG TTAACTGCAG CAAGGGTCAA 29700 AAGGTTAATG GTAATCGCTA CTCCAGCCAT ATTGATAGTA GAACCGAGTG GGATAGAAAC 29760 AGAATAGGTA TCTGGGTTGA GTCCAAGGTC ATGGCAGAGT TTCATGTTGA CAGGAATGTT 29820 AGTCGCAGAA CTACGAGTGA AAAAGGCTGT CACACCGCTG ACACGGAGGC AGTTCCAAAC 29880 TAGAGGGTAA GGATTGCGTC TCATAAAGAA GAAGGCAATC AAAGGGTTGA CCACAGGGGC 29940 AACAAAAAGC ATAGTCGTTA CTAATAGAAC CAATAAAATA CCGTAGTTGG CAAGGCTTCC 30000 GACTCCCTTG TCAGAAATGG TTTTAAAAAC AAGACCAAGG ATTCCAAATG GAGCCAGATT 30060 GATGATCCAT TCGACAATTT TAGAAGTCAC GTCAGCGATA GTTTTTAGCA ATTCTTGACT 30120 ATTTTTACTG GCTTCTCTCA TAGCGATTCC AAAAATGACT GCCCAAGATA AGATTCTAAT 30180 ATAGTTAGCA GTAAGCAGGG CGTTGACTGG GTTGTCAACC AGTTTGAGCA AGAGGTTGCT 30240 GAGAACCTGC CCAATCCCAT CTGGTGGTGC AATTTCAGTA TTGGCACTAT TTGGGGTAAT 30300 TTCAATAGGG ACGATGAAAT TTGCTAGTAC AGCTACAAGA GCAGCGGCGA AAGTCCCTAT 30360 CATAGGATAT ACAAGAAAAC AACAGTTTTC ATATTGCTAT CTTGTCCCTT TTGATGTTGG 30420 GAAAGGGCAT TGGCAACGAG AGCAAAGACT AGGATAGGAG CAACAGCTTT TAGACCTCCA 30480 ACGAATAAAT CCTCGAGTAG CCCAATCCCT GAGAGATTAG GAAGGGTCAG TCCTAGGATT 30540 CCCCACAAAG CATACCAATC AAGATACGCT TGACAAGGCT TGCCTTATTC CAAGCATGAA 30600 TGATTCTTTT CATAATAATC TCCTTTTTGT GTAGTGATTA TGATTATAGT ATAAATGATA 30660 GACAAAATCA AGAATTTTCT GTCTATTTTT TGAATATTTA TGGAGAATGA GACTGATGAA 30720 AATATGGTAT AATGAAATAA AGGAGTTTTA TATGCAAAAA TTTATTCAGG CTTATATTGA 30780 AAAGCTAGAT GTGACAACCA TTATCGAGAA TATTCTAACC AAGGTCATTT CTCTTTTACT 30840 GCTTTTAATT GTATTTTATA TTGCTAAAAA AATGCTTCAT ACCATGGTGC AGAGAATTGT 30900 CAAACCTTCT CTAAAAATGT CTCGTCATGA TGTTGGACGC CAAAAAACCA TCTCACGTTT 30960 ACTAGAAAAT GTGTTTAATT ATACGCTATA TTTCTTTTTA CTCTACTGCA TTTTGTCGAT 31020 TTTAGGTTTG CCAGTTTCTA GTTTGCTGGC TGGAGCTGGT ATTGCTGGGG TAGCGATTGG 31080 TATGGGAGCC CAAGGCTTTC TGTCTGATGT CATCAATGGC TTTTTCATCC TCTTTGAACG 31140 TCAACTGGAT GTGGGAGATG AGGTCGTTCT GACAAATGGA CCGATTACTG TATCGGGTAA 31200 GGTTGTCAGT GTGGGAATTC GTACGACACA GCTTCGTAGC GAGGAGCAAG CCCTTCACTT 31260 TGTCCCTAAC CGAAATATCA CAGTTGTTAG CAATTTCTCA CGCACAGACT AGACCTGTTA 31320 TTTTAAGTAA TTTGTGGTAC AATAGAGGGA GTTTAATAAG GAGAAAAGAT GGTTTTAGAA 31380 AAGCAGTTGG GCAATGGTTG TACCTGGATA GACCTAGACC TAGGAAAGTT GAATAAACTA 31440 GAAGACCTTT CTGAAATTTA CGGTTTGGAC AAGGAAACCA TTGAATACGC ACTGGATAGA 31500 AACGAGCGCG CCCACATGGA CTACCACCGT GAAAGTGAGA CGGTTACCTT TATCTATAAT 31560 GTCTTAGACG TAAAAAAGGA CAAGGCCTAC TATGAGACTT TTCCCATGAC CTTTATTGTC 31620 GAGCATCGTC GCCTGATTAC CATTAGTAAT ACCAAGAACG CCTATGTCAT TGAACAGATG 31680 ACTCGTTATC TGGAGAACCA TGACACGCTT TCGATTTATA AGTTTCTCTT TGCCAGTCTG 31740 GAAATCATCA GCAATGCCTA CTATCCTGTC ATTGAGCAGA TGGACAAGAG TAGGGATGAG 31800 GTCAATGACC TCTTGCGCCA GCGAACTACC AAGAAAAACC TCTTTGTCCT GTCTGATTTG 31860 GAGACTGGTA TGGTTTATCT GACGGCAGCT GCCAAACAAA ATCGGATTTT GTTAGAGCAT 31920 ATTCAAGGTC ATGCCTTGTA TCGTAGTTTT GATGAGATTG AGAGAGAACA GTTTGATGAT 31980 GCCATGATTG AGGCTCATCA GCTGGTATCC ATGACAGACC TAATCTCTCA GATTTTACAG 32040 CAGCTTTCAG CCTCTTACAA CAATATTCTA AACAATAATC TGAATGACAA TTTGACAACC 32100 TTGACTATCA TTTCAGTCTT GCTAGCTGTT TTGGCAGTCG TGACAGGCTT TTTCGGAATG 32160 AATGTTCCCT TACCTTTAAC AGATGAGCCC CATGCTTGGC TCTATATCAG TTTGGCTAGT 32220 GCAGGTTTGT GGATTGTTTT ATCCTTGTTA CTAAGGAAAA TTGCGAAAAA AAGTTAAGAA 32280 AAGGAGCCAG AATGGCGATT GAAAATTATA TACCAGATTT TGCTGTGGAA GCAGTCTATG 32340 ATCTGACAGT CCCAAGCCTG CAGGCGCAGG GAATAAAGGC TGTTTTGGTC GATTTGGATA 32400 ATACCCTCAT TGCTTGGAAC AACCCTGATG GAACGCCAGA GATGAAGCAA TGGCTACATG 32460 ACCTTCGGGA CGCGGGTATT GGCATTATCG TAGTGTCAAA TAACACCAAA AAACGCGTTC 32520 AACGAGCAGT TGAGAAATTT GGGATTGATT ACGTTTACTG GGCCTTGAAG CCCTTCACAT 32580 TTGGTATTGA CCGTGCTATG AAGGAATTCC ACTATGACAA AAAGGAAGTG GTCATGGTTG 32640 GTGACCAACT CATGACAGAT ATACGAGCAG CCCACCGTGC AGGGATTCGG TCAATTTTAG 32700 TCAAACCCTT GGTCCAACAT GACTCAATCA AAACGCAGAT TAACCGAACT CGTGAGCGTC 32760 GTGTTATG 32768 (2) INFORMATION FOR SEQ ID NO : 72 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 14872 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 72 : CCAGTCACAA AGAAATTGAG CGCGTTCAGc TGAGGATGCA CTATGATGCA AGCTACATTT 60 CATTTGATGG GATATTAAGA AAGGAGATTT TCATGACACT TTTAGATGTA AAACACGTTC 120 AAAAAATTTA TAAAACACGT TTTCAGGGCA ACCAAGTAGA AGCCCTCAAG GATATTCACT 180 TTACCGTAGA AAAGGGTGAC TACGTTGCCA TCATGGGTGA GTCTGGTTCT GGTAAATCAA 240 CTCTTCTCAA TATTCTAGCT ATGTTGGATA AACCAAGTCG TGGTCAGGTT TACTTGAATG 300 GAACTGACAC CGCAACTATT AAAAATTCAC AGGCTTCTAG TTTCCGGCGT GAAAAGCTAG 360 GATTTGTCTT CCAAGACTTT AACTTGCTAG ATACTCTGTC TGTTAAGGAC AATATCTTGC 420 TTCCGCTTGT CTTGTCAAGA AGACCTATAA CGGAGATGAT GAAGAAATTG GTGGTGACAG 480 CTGAGAATCT GGGTATTAAC CAATTGCAAG AGAAGTACCC TTACGAGATT TCTGGTGGTC 540 AGAAACAGCG TGTAGCAGTA GCCCGCGCCA TCATCACAGA ACCTGAAATT CTCCTTGCGG 600 ACGAGCCAAC AGGAGCCCTT GATTCCAAGT CATCTGCAGC CTTACTTGAT GTCTTTAATG 660 AAATCAATGA GCGTGGGCAA ACCATCCTCA TGGTAACCCA CTCAACAGCA GCTGCTAGCA 720 GGGCCAAGCG TGTTCTCTTT ATCAAAGACG GCATTCTTTA CAACCAAATC TACCGTGGAG 780 AGAAGACAGA GCGTCAGATG TTCCAAGAAA TCTCTGATAC CTTGACTGTC ATGGCAAGCG 840 AGGTGAATTA GTATGTTTCG ATTAACCAAT AAGTTAGCGG TATCGAACTT GATTAAAAAC 900 CGCAAACTCT ACTATCCCTT TGCACTGGCT GTTCTCTTGG CAGTCACCAT CACCTATCTC 960 TTTTACTCCC TAACCTTCAA TCCAAAGATT GCGGAAATCC GTGGAGGAAC CACCATTCAA 1020 GCAACACTTG GATTTGGTAT GTTTGTCGTT ACCCTTGCGT CAcCATTATC GTCCTCTATG 1080 CCAATAGTTT TGTCATGAAA AACCGTTCCA AGGAACTGGG TATATATGGC ATGTTAGGCT 1140 TGGAGAAGCG CCATCTAATC AGTATGACCT TTAAGGAGTT AGTGGTATTT GGGATTCTAA 1200 CTGTTGGAGC GGGTATCGGT ATTGGAGCCT TGTTTGACAA GTTAATTTTC GCTTTCCTGC 1260 TCAAACTAAT GAAACTGAAG GTTGAGCTGG TTGCTACCTT CCAAATGAAT GTTGTCATTG 1320 CAGTACTTGT TGTCTTTGGA TTGATTTTCC TAGGCCTCAT GTTCCTGAAT GCTCTTCGAA 1380 TCGCCCGTAT GAATGCCCTC CAGCTCTCGC GTGAGAAAGC AAGCGGAGAG AAAAGAGGTC 1440 GCTTCCTACC TCTCCAAACG ATTCTTGGTT CCATAAGTTT AGGGATTGGC TATTATCTTG 1500 CCCTTACGGT AACCGATCCT CTTACAGCCC TAACAACTTT CTTCCTAGCT GTTTTGCTGG 1560 TTATCTTTGG TACTTATCTA TTGTTTAATG CAGGGATTAC AGTCTTCCTA CAAATCTTAA 1620 AGAAAAACAA GAAATACTAT TACCAACCTA ATAACCTCAT ATCTGTTTCC AACTTGATTT 1680 TCCGTATGAA GAAAAATGCG GTTGGACTAG CAACCATCGC TATTTTGTCA ACAATGGTTT 1740 TGGTAACCAT GTCAGCAGCG ACAAGCATTT TCAATTCCGC AGAAAGCTTT AAAAAAGTTC 1800 TAAATCCTCA TGATTTTGGG GTTTCAGGGC AAAATGTTGA AAAAGAAGAT TTGGACAAAC 1860 TCTTGAGCCA GTTTGCAAGT GACAAAGGTT ATAGTGTCAA AGAGAAAGAA GTACTTCGTT 1920 ACAGTAACTT TGGTATTGCA AATCAAGAAG GAACCAAGTT AACTATTTTT GAAAAAGGAC 1980 AAAACCGTGT CCAACCCACA ACAGTTTTCA TGGTATTTGA CCAAAAAGAT TATGAAAATA 2040 TGACTGGTCA AAAACTGTCT CTATCAGGAA ATGAGGTCGG TCTCTTTGCC AAAAATGACG 2100 GACTGAAAGG ACAGAAAGCT CTAACTCTAA ATGATCATCA ATTTTCTGTC AAAGAAGAAT 2160 TTAATAAAGA TTTCATTGTG AACCATGTTC CAAATAAGTT TAATATCTTG ACTACTGATT 2220 ACAATTACCT TGTTGTTCCT GATTTACAAG CCTTTTTGGA TCAATTCCCA GATTCGGCTA 2280 TCTATAATCA GTTTTACGGT GGTATGAATG TAAATGTCAG TGAAGAAGAA CAACTCAAGG 2340 TCGCTGAGGA GTATGAAAAC TACCTCAATC AATTTAATGC TCAATTAGAC ACAGAAGGTA 2400 GCTATGTTTA TGGTAGCAAT CTAGCAGATG CTAGTTCTCA GATGAGTGCC CTCTTTGGTG 2460 GTGTCTTCTT TATCGGTATT TTCCTATCCA TTATCTTTAT GGTCGGAACT GTTCTGGTCA 2520 TCTACTACAA ACAAATTTCT GAAGGCTACG AAGACCGTGA ACGCTTTATT ATCTTGCAGA 2580 AAGTCGGTTT GGACCAAAAG CAAATCAAGC AAACCATCAA CAAACAGGTT TTAACTGTTT 2640 TCTTCCTTCC TTTGCTCTTT GCCTTCATAC ATCTCGCCTT TGCCTACCAT ATGCTTAGCC 2700 TGATTTTAAA AGTGATTGGT GTACTGGATA CGACTATGAT GTTGATTGTG ACCTTGTCTA 2760 TCTGCGCTAT CTTCCTCATC GCCTATGTGC TGATTTTCAT GATTACTTCA AGAAGTTATC 2820 GCAAGATTGT GCAAATGTAA AAAAGATACC TCGACTTCAA AATCGAGGTA TTTCTTGTAT 2880 TCTAAATGCT GAAAAGTTGT CCGAGCAGGA AGGTAACTCC CATGGTCAAG AGACCAATAG 2940 CAAGGTTCCG AATCATAGCT GTTTTGGTTG GGGCTTTTCC AAGTCTAGCA CTTGTGTAAC 3000 CAGTGAGAAG AAGGGCCACA CCGACAATAA GGACGGTAGC AGGGATGCGG TAATCACTTG 3060 GAAAAATGGT CACTGACAGC ATTGGAGGCA AACTTCTAAG GAAAAAGGCA ACGAAGCTAG 3120 AAATGGCAGC GTGCCAAGGA TTGGTAAATT CTTCATACTC AATCCCATAT TTTTCCTCTA 3180 CCAGAGCCTT GAGTGGATTT TTAAGAAAGA TCTTATTGGT CAAGAGTTGG GCAGAAGTTT 3240 TGAATTCTCC ATTTTGGATA TAAGCAGCAT AGAGGGATTT TTTGGCTAGT TCCCTATCTT 3300 GGTCTAGCAA GAGTTTTTCT CGCGAAACGG CAGCTTCCTC GGTATCTTTT GGAGTTGAAA 3360 CGGATACATA TTCTCCACCA GCCATTGAAA AGGCACCAGC TAAGATAGCC GTAAAACCTG 3420 ATAAAAAGAT AATCCAGATA TTGGTCGTGG CACTGGCAAC TCCGATAACC ACACCAGCAA 3480 TGGAAATAAT TCCATCGTTA GCATCAAGAA CACCCGCACG CAGGATATTT AAACGACCTG 3540 CAAAATTTGA ATCAATTTCG TGATTTGTTT CTGACGCTAA ATTTCAAGTT CAAGTTAGCC 3600 ATCAAGAAGT CTTCTCTGGG TGACTTGTAG TCCAAGCATT TTTTAGGATA GTTGTTAATC 3660 CACTTTTCGA TGAATGCGAC TTCTTTGGGA GTCATTTTCT TGGTTCCCTT AGGTAACCAT 3720 CTACGAATGA GCCTGTTGTG ATTCTCATTA GTTCCCCTTT CCCAAGAGGC ATAGGGATGT 3780 GCATAATAAA TGTGCTCCTC AGAAAATACA TTAGACAAGC GATTGAATTC CGTTCCATTA 3840 TCTGCCGTGA TGGAAAGAAT CTTGTGTTGT TTTAAGATGA GTTTTAGAGC CTGATTGACC 3900 ACATCAGCAC TTTTATTTGG AATCAATCGG ATGATCTGAT GTCTACTTTT TCGATCCGTC 3960 AAGACAAGCA AGCAGTAGTT TTTCGCTCTC GTAAGTAGAA CTGTATCAAT CTCATAATGC 4020 CCATTCTCCA AGCGAAAATT GATAGCTTCA AGCCGCTGTT CGATGGATTG ACCAGCAGGT 4080 TTAAAGTTGG TGCTGGCCTG TTTCTTAAGC GCTTTTCCTT TTCTAGGGTA AAGCAGATCC 4140 TGTTTGCTTA ACCCCAATTT TCCATGATGA ATCCAATAGT AAATGGTTGA AATTCCCACG 4200 TTAACCCCTT TAGCCATCAC CATCATTTCA GGCGAAAATT TTTGGTTATG ATAGTGGAGA 4260 ATCTTTTCCT TTAGTTCCTT GGTCAAGCTT GATTTCTTGA CCGAGCGCTT GCGATTGTTT 4320 TCATAAGACT GTTGAGCATA GTCGGCAGAA TAAACCTCTT TGAAGCGCCC TTTTCCAAGA 4380 CATTGTCGGA CTGTCCCACG CTTGATTTCA GTGTGGATAG TTTGAGGAAC TTTTCCAAGC 4440 AGAGAGGCAA TTTCTCTATT TGATTTCCCT TCTTTTTTCC ATCTTTCGAT TAAGCGACGG 4500 CTATCGATTG TCAAATGTTC GCCTTTTGTA GTATAATGGT TTTGCATCTC TGTGCCTTTC 4560 TTGTGTTTGT GGTTGAACAA CAAGTATAAC ACAGAGGTGT TTTCTTATGC CTACAAGAGC 4620 TATCGGCTAG TTGAACCATC TAATTTTTAG GAGGGCTGGG TGGCTAACTT CATTATAGAA 4680 CTTTCATTTA CGAACATATA GTAAAATGAA ACAAGAACAG AACAAATCGA TCAGGACAGT 4740 AAAATCTATT TCTAACAATG TTTTAGAAGC AGAGGTGTAC TATTCTAGTT TCAATCTATT 4800 ATATTTTTGT TTTTTATCAA AAAATACTTT ACAAGTTCTT AAAAACATGA TATAGTAATA 4860 AAGCTTAGAA AATGAGATGA TGTTTTCTAG CAAATATAAA CCCGAGTAAA AAATGCCTAC 4920 GGACAGGCAG GGTTGAATGC CGAAGCGTGG TTGAAAAGCC ACATTATTGA TAGGGTTAAA 4980 AGCCTACTTT TATAAGTTGA TGTTAGGACA CTTGTCCTAA TTCATAAATT TTTAGTGTGG 5040 TGAAAGCACA CGTCATCTTG TGAAACGATC AATAAAGTAC GTAATATTTG CTACTAGAGA 5100 GTTAGGAAAC ATCGGGAACA GACATACTCA ACAGAAACCA AAATAAACAC GTCAGAAGAT 5160 TGCAGAGCAG GTGAAAACCT GCTCTTTTTT CATGAGTCAA CCTTTAGTTC CTTAGTTTTC 5220 ATAAGGTCCT AAAAATATTG AAAGGAGTAT GTTTTGAAAG AGTTAGATCA AAACCAAGCC 5280 CCAATTTATG AGGCCTTGGT GAAGTTACGC AAGAAAAGGA TTGTTCCCTT TGATGTTCCA 5340 GGTCACAAGC GTGGACGGGG AAATCCAGAA CTTGTCGAAC TCTTAGGAGA AAAATGTGTA 5400 GGCATTGATG TCAATTCGAT GAAACCTTTG GATAATTTAG GCCATCCTAT TTCGATTATT 5460 CGTGATGCAG AGGAGCTGGC TGCAGATGCT TTTGGAGCTA GCCATGCCTT TCTAATGATT 5520 GGTGGAACAA CTTCATCGGT GCAGACTATG ATTCTGGCAA CCTGCAAGGC AGGAGATAAG 5580 ATTATTCTGC CACGAAATGT CCATAAATCT GCTATCAATG CGTTGGTTCT ATGTGGTGCC 5640 ATTCCCATCT ATATCGAGAT GAGTGTAGAT CCTAAGATTG GTATCGCTTT AGGTCTTGAA 5700 AATGACCGAG TAGCACAGGC CATAAAGGAC CATCCAGATG CTAAGGCTAT CCTAATCAAC 5760 AATCCTACTT ACTACGGCAT CTGTTCAGAC CTAAAGGGGT TGACAGAAAT GGCTCATGAA 5820 GCTGGCATGA TGGTTTTAGT AGATGAAGCC CACGGAGCGC ATTTGCATTT CACTGATAAA 5880 CTTCCAATTT CTGCTATGGA TGCAGGGGCT GATATGGCAG CAGTTTCCAT GCATAAGTCT 5940 GGTGGGAGTT TGACCCAAAG CTCCATTTTA CTTATCGGGG AGCAGATGAA TTCTGAATAC 6000 GTTCGTCAGA TAATTAACCT GACCCAGTCT ACATCTGCCT CTTACTTGTT GATGGCTAGT 6060 TTGGATATTT CACGTCGCAA CTTGGCCCTT CGTGGTAAAG AGTCGTTTGA GAAAGTCATT 6120 GAGCTATCTG AGTATGCCCG CCGTGAAATC AATGCTATCG GTGGCTACTA TGCCTACTCA 6180 AAAGAGTTAA TAGACGGTGT TTCGGTTTGC GATTTTGACG TAACTAAGCT GTCAGTTTAC 6240 ACTCAGGGTA TTGGCTTAAC AGGTATCGAG GTTTATGACC TCTTGCGAGA CGAATACGAC 6300 ATTCAGATCG AGTTTGGTGA TATCGGCAAT ATCTTGGCCT ATATTTCCAT CGGCGACCGC 6360 ATCCAAGACA TCGAGCGCTT GGTTGGTGCT CTGGCTGATA TTAAGAGACT CTATTCAAGA 6420 GATGGAAAAG ATTTGATAGC AGGAGAATAT ATTCAGCCCG AGTTAGTGCT GTCTCCGCAA 6480 GAAGCCTTCT ATTCAGAAAG AAAAAGTTTA ACTTTGGATG ATTCTGTTGG ACAGGTCTGT 6540 GGAGAATTTG TTATGTGTTA CCCTCCAGGT ATTCCTATCT TGGCTCCTGG TGAACGCATT 6600 ACACGAGAAA TTGTCGACTA TATCCAATTC GCCAAGGAAC GTGGTTGCTC CCTCCAAGGG 6660 ACGGAAGATC CAGAGGTCAA TCATATCAAC GTTATTAAGA GAAAGACAAA CTATAAGAAA 6720 AGTCAATAGT TTTATCTAAA CTATTTCTTA TTTCAATTTG ATGATTTGGC GATGATTTTA 6780 GAGCACGGCA AAAAGCCCTT GAATTAGAAG CGGTCAATCG CTTAATTTCT ATCAGCTTAT 6840 CAAATCCTGC CTCAAGCCTT TTCTGAGGAT TAGGGTAGCG TGTCAAGAGT TGGTAGGTAT 6900 ATTCTGAATG CTTTCCAACG ATTTTATCCA ACTCAGGAAA GATGATATCA AGACAACGAG 6960 TGTATTGTAC TTTCCAATCA GACTGTTTTT TCTTGAGACG ATGAATATGT CTAGCCAGTA 7020 TTTTTAGTTC TACTTGCCGA TTATCGTGTT GAAATTGTTC ACGATTGGGG TCAGAAAGAA 7080 GTTTAAGAGC GATGCCATGA GCGTCTTTCT TATCCGTTTT AGTTTTGCGA AGTGATAATG 7140 ATTTGGCAAA TTTCTTGATG AGCAAAGGAT TGTAGGTGTA AACTTTATAT CCTTGTTCAT 7200 GCAGGAAGTT CAGTAGATTA AAGGCATAAT GTCCGGTATT TTCAAGAGCG ATGAGACAGT 7260 CTTGGTTGAG CTGTCGAAGA GACAGATCTA AGAGTTCAAA ACCAGCTTTA TTATTTGAAA 7320 AAGTGAGTGG TTTAAGAACA GTTTTTCCTG GAACATTCAA GGCTGTAACA TCGTGTTTAT 7380 TTTTAGCGAC ATCAATGCCC ACATAAAGCA TGGGAGTATC TCCAGATATA GTATTTCAAG 7440 TCTACTGGGT TATCCACGAA CTTTTTGCCT TGTTACCTTA GACGAGATAA AACGTCTATG 7500 CGTTATCAAA CTCATTACCA ATTGAAACAA AAAACTGTGG TTAGAGCCTT TCGGAAATCG 7560 TCAAGCGATT GGAGGAAATG AACTAATCCA CAGTGGCTTA TTCCAAGTAT ACCACTTGGG 7620 CTTTGGCAGT AGCTAACTGC GCTAAATATA ATATAAGGAG AAATAGATGG ATTTATGGTT 7680 TTCTGAAGTT CATACTCCAG ATGTCAAATT GTCTCTGAGA ACAGCCAAGC AACTTTACGC 7740 TGGAAAAAGT GAATGGCAGG ATATCGAAGT CTTGGATACG CCAGCTTTTG GGAAAATACT 7800 GATTTTAAAT GGCCATGTCT TGTTCTCAGA TGCGGATGAT TTCGTCTACA ATGAAATGAC 7860 CGTTCACGTT CCCATGGCTG TCCACCCAAA TCCAAAGAAA GTATTGGTTA TTGGGGGTGG 7920 TGACGGCGGT GTTGCCCAAG TATTAACCCT CTATCCTGAA CTGGAGCAAA TTGATATTGT 7980 GGAACCGGAT GAGATGTTGG TCGAGGTCTG TCGTGAGTAT TTCCCAGACT TTGCTGCAGG 8040 GCTAGATGAT CCTCGTGTTA CCATTTACTA CCAAAATGGG CTACGCTTTT TGCGAAACTG 8100 CGAAGATGAT TACGATATTA TCATCAACGA TGCGACAGAT CCATTTGGCC ATACGGAAGG 8160 ACTCTTTACC AAGGAATTCT ACGGCAATAG TTATCGAGCT CTGAAGGAAG ACGGCATCAT 8220 GATTTACCAG CATGGGAGTC CCTTCTTTGA CGAGGATGAG TCGGCCTGCC GAAGCATGCA 8280 CCGCAAGGTC AATCAAGCCT TTCCAATCAG TCGGGTTTAT CAGGCCCATA TTCCAACTAG 8340 CCCAGCTGGC TATTGGTTGT TTGGATTTGC ATCGAAAAAA TACCACCCTG TCAAAGATTT 8400 TGACAAGGAA GGCTGGAAAA AACGCCAGCT TTTCACAGAA TACTACACTG CAAACTTACA 8460 CGTGGGAGCC TTTATGTTGC CCAAGTATGT TGAGGACATT TTAGAAGAAG AGGAAGGAAA 8520 AAAATGAGTC GTTTACTAGT TATTGGTTGT GGGGGCGTTG CCCAAGTTGC TATTTCAAAG 8580 ATTTGTCAAG ATAGCGAAAC ATTTACAGAG ATTATGATTG CTAGCCGTAC CAAGTCAAAA 8640 TGCGATGACT TGAAAGCGAA GCTAGAAGGC AAAACAAGTA CTAAAATTGA AACTGCAGCA 8700 CTTGATGCTG ACAAGGTTGA AGAAGTGATT GCCCTGATTG AAAGCTACAA ACCAGAAGCT 8760 GTTTTGAATG TAGCTCTGCC TTATCAAGAT TTAACCATTA TGGATGCTTG TTTGGCAACA 8820 GGTGTTCACT ATATCGATAC AGCCAACTAC GAAGCAGAAG ACACAGAAGA CCCTGAGTGG 8880 CGTGCTATCT ACGAAAAACG TTGTAAGGAA CTTGGTTTTA CAGCCTACTT TGACTACTCA 8940 TGGCAGTGGG CTTATCAAGA GAAATTCAAA GAAGCAGGCT TGACTGCTCT TCTTGGTTCT 9000 GGTTTTGACC CAGGTGTAAC TAGTGTCTTT TCAGCTTATG CCCTCAAACA CTATTTTGAT 9060 GAAATCCATT ATATCGACAT TTTAGACTGT AATGGCGGTG ACCACGGTTA TCCATTTGCA 9120 ACCAACTTTA ATCCAGAAAT TAATCTCCGT GAGGTTTCTG CGCCAGGTTC TTACTGGGAA 9180 GATGGGAAAT GGGTCGAAGT CGAAGCTATG TCTATCAAGC GTGAGTATGA TTTCCCTCAA 9240 GTTGGACAAA AAGATATGTA TCTCCTTCAC CATGAAGAAA TCGAATCATT GGCCAAGAAC 9300 ATTCCAGGTG TCAAACGCAT TCGTTTCTTT ATGACTTTTG GTCAATCTTA CTTGACGCAC 9360 ATGAAATGTC TTGAAAATGT TGGACTCCTT CGTACGGATA CCATTAACTT TAACGGCCAA 9420 GAAATTGTTC CAATTCAATT TTTGAAAGCC TTGCTTCCAG ATCCTGCCAG TCTTGGGCCA 9480 CGTACAGTCG GAAAAACCAA TATTGGATGT ATCTTTACAG GTGTCAAAGA CGGTGTCAAA 9540 AAGACTATCT ATATCTACAA TGTCTGCGAC CATCAGGAAT GTTACGCAGA GGTTGGTTCG 9600 CAAGCTATTT CTTATACGAC AGGAGTTCCA GCCATGATTG GGACAAAATT AGTCATGAAC 9660 GGAACTTGGA AACAAGCTGG AGTGTATAAC CTTGAGGAGT TAGATCCAGA TCCATTCATG 9720 GAAGCTTTGA ATGAGTATGG TTTGCCATGG GTTGTGGTTG AAAATCCACA AATGGTGGAC 9780 TAATGAAGTT AGAACAAGTA CCAACACCAG CCTATGTTAT TGACTTGGCC AAGTTAGAAG 9840 CTAATTGCCG CATTCTACAA TATGTACAAG AAGAGGCCGG TTGCAAGGTC TTGCTTGCCC 9900 AGAAGGCATA TTCCCTCTAC AAAACTTATC CCTTGATTAG CCAGTATCTA TCAGGTACGA 9960 CAGCTAGTGG ACTCTATGAG GCCAAATTGG CAAGGGAAGA ATTTCCTGGT GAAGTCCATG 10020 TATTTGCGCC TGCTTTCAAG GATGCAGACT TGGAGGAATT GCTAGAGATA ATGGACCATA 10080 TAGTCTTTAA CTCAGAGAGA CAGTTGCGTA AACACGGTCC GCGTTGTCGA GAGGCTGGTG 10140 TCAGTGTTGG TTTGCGCCTC AACCCTCAGT GTTCAACTCA AGGcAGATCA CGCGCTCTAT 10200 GACCCTTGTG CACCAGGTTC TCGCTTTGGA GTTACTATAG ACAAGATTCC GAGTGATTTG 10260 CTAGATTTGG TTGACGGACT TCATTTTCAT ACCCTTTGCG AGCAGGGAGC AGATGATTTA 10320 CAAACAACTT TGAAAGCAGT AGAAGAACAG TTTGGTCCCT ACTTACATGA GGTAAAATGG 10380 CTCAATATGG GTGGTGGTCA TCATATTACA AGAGAAGGTT ACGATGTGGA TTTGCTGATT 10440 TCAGAAATCA AGCGTATCCG AAAAACTTAC AATCTTGAAA TCTATATCGA GCCTGGTGAA 10500 GCCATTGCGC TTAATGCGGG TTATTTAGCA ACTGAGGTAT TAGATATTGT AGAAAACGGT 10560 ATGGAAATCT TGGTTTTAGA CGCCTCTGCG ACCTGCCATA TGCCTGATGT ACTTGAGATG 10620 CCCTATCGTC CACCTTTGAG AAATGGCTTT GAGTCACAGG AAAAAGCCCA TACCTACAGA 680 CTTTCTTCTA ATACCTGTCT GACGGGCGAT GTGATTGGTG ATTATAGTTT TGAAAATCCA 10740 GTCCAAATCG GAGACAGACT TTATTTTCAA GACATGGCCA TTTATTCTTT TGTCAAAAAT 10800 AATACCTTTA ATGGTATTGG ATTGCCAAGT CTCTATCTCA TGGACGAACA GGGAGACTGT 10860 AGCTTACTCA AAGCTTTTGG CTATCAAGAC TTTAAAGGGA GATTATCATG ATGGACAGTC 10920 CAAAAAAATT AGGCTATCAC ATGCCAGCAG AGTACGAACC CCATCATGGT ACCCTCATGA 10980 TATGGCCGAC TCGACCAGGA TCATGGCCTT TTCAAGGAAA GGCTGCTAAA AGAGCATTTA 11040 CTCAGATTAT CGAGACCATA GCAGAAGGGG AAAGAGTCTA TCTTTTGGTG GAGCAGGCCT 11100 ATCTATCTGA AGCCCAATCC TATCTTGGAG ACAAGGTTGT TTATTTAGAC ATTCCCACCA 11160 ATGATGCCTG GGCGCGTGAT ACTGGCCCAA CCATTCTCGT CAATGATAAA GGTAAGAAAT 11220 TAGCCGTGGA TTGGGCCTTC AATGCTTGGG GAGGCACCTA TGATGGTCTT TATCAAGATT 11280 ATGAAGAGGA TGACCAAGTA GCCAGTCGTT TTGCTGAGGC CTTGGAAAGG CCTGTCTATG 11340 ATGCTAAACC TTTTGTACTG GAAGGAGGCG CAATCCATAG CGATGGTCAA GGAACTATTC 11400 TCGTAACTGA AAGTTGCTTG CTTAGTCCTG GTCGCAATCC TAACTTGACT AAAGAGGAGA 11460 TTGAAAACAC ATTATTAGAA AGTCTTGGTG CTGAAAAAGT TATTTGGCTT CCTTATGGTA 11520 TTTATCAGGA TGAAACCAAT GAACACGTCG ATAATGTTGC TGCCTTTGTT GGTCCTGCTG 11580 AGCTTGTTTT GGCTTGGACA GATGACGAAA ATGATCCCCA GTATGCCATG TCAAAAGCAG 11640 ATCTCGAACT CTTAGAACAG GAAACAGATG CAAAAGGTTG TCACTTCACC ATTCATAAAT 11700 TGCCTATCCC TGCAGTTCGA CAAGTTGTGA CAGAAGAAGA TTTGCCAGGC TACATCTATG 11760 AAGAAGGAGA AGAAAAGCGA TACGCAGGTG AACGACTAGC AGCTTCCTAC GTAAACTTTT 11820 ATATCGCCAA CAAGGCTGTC TTGGTTCCAC AGTTTGAGGA TGTAAACGAC CAAGTGGCCT 11880 TAGATATCCT CAGCAAGTGT TTCCCAGACC GTAAAGTTGT CGGAATACCA GCCAGAGATA 11940 TTCTCTTAGG TGGTGGCAAT ATCCACTGTA TCACCCAACA AATTCCAGAA TAGGAGAAAA 12000 AGATGAGAAA TGTAAGAGTT GCAACCATTC AGATGCAATG CGCTAAGGAT GTGGCAACAA 12060 ATATCCAAAC CGCAGAGCGT TTAGTACGTC AGGCTGCTGA GCAAGGAGCC CAAATTATTC 12120 TCTTGCCCGA GTTGTTTGAA CATCCCTATT TCTGTCAGGA ACGTCAGTAT GACTACTACC 12180 AGTATGCCCA ATCTGTAGCG GAAAATACTG CCATTCAGCA TTTTAAGGTG ATTGCTAAGG 12240 AACTACAAGT TGTTTTACCA ATCAGTTTCT ATGAAAAAGA TGGTAATGTC TTGTATAACT 12300 CTATTGCCGT CATTGATGCA GATGGGGAAG TGCTGGGCGT TTATCGAAAG ACCCATATAC 12360 CAGATGACCA TTATTATCAA GAAAAATTCT ATTTCACGCC TGGTAACACT GGTTTCAAGG 12420 TCTGGAATAC TCGCTATGCT AAGATTGGTA TCGGTATCTG TTGGGATCAA TGGTTCCCTG 12480 AAACAGCGCG CTGTCTTGCA TTGAATGGTG CTGAATTGCT CTTTTATCCT ACAGCTATCG 12540 GTTCAGAGCC AATTTTGGAT ACAGATAGTT GTGGTCACTG GCAACGTACT ATGCAAGGGC 12600 ACGCAGCAGC GAATATTGTT CCAGTCATCG CAGCCAATCG TTATGGTTTA GAGGAGGTTA 12660 CTCCTAGTGA GGAAAATGGC GGACAGAGCT CCAGTCTTGA CTTCTACGGT TCCTCCTTTA 12720 TGACGGATGA AACAGGAGCT ATTCTAGAAC GAGCTGAAAG ACAAGAAGAA GCTGTTCTGT 12780 TAGCTACTTA TGACCTAGAC AAGGGAGCAA GTGAACGCCT AAACTGGGGC TTGTTTCGAG 12840 ATAGAAGACC AGAAATGTAT AGACAAATTA CAGATTAGTG TGGGAGAAAT GAGAGATTCA 12900 TTCTGCTAGA CTAACTTCTT ATTAGTAACT ATAAGATACT ATGGCATCTA GTAAATCGAT 12960 TTTTATGATT CGCTATTCTT GTCTATTGAT TAGTCCGTAT TTTAAAATAT TAGCAAAAAA 13020 GCAAATAGCA GTAACTTCTG TCTATTTGCT TTTCTTTTTT ATAGAATATA TTTCTCAATA 13080 GCACGCGCAA CGCCGTCTTC TTCGTTGCTT GAGGTAACGG CATCCGCAAG AGATTTGATA 13140 TAATCGCTGG CATTTCCCAT TGCAATCCCA AGCCCTGCAA ACTGGAGCAT TTCGATATCG 13200 TTATTAGCAT CGCCCATGGC CATAATCTCT GAGGAATCAA TCTTCAAAAT CTCAGCTAGT 13260 CGTGAAAGAG CAGTAGCCTT TGTCGTTCCA AGCGGCATTG CTTCATAAAT GACAGGCTGC 13320 GAACGAACTC CACTGAATCG TTGGCAAAGC TCTTCAGCAA AACGCTGCTC AAAATCGTCT 13380 GTTTGTTCTT TTGTTCCTAA ACACATACCT TGGAACATCC GGAACTTTCC ACTAGTCGCT 13440 TCTTCAAGAG AAATTTCAGT CAGGTCTGAA AATACTAGTT TAGCATCATT TTCAATAACT 13500 TGATTGGGCT TGTCACCGAG AACAAAATAA TGTGACTCGT CAAAAAGTGT CAACTGAACA 13560 TCACTCTTTT CAGCAAGGTC ATAGAGGTAT TCGATGTCAG CTGGACTCAG TTCTTTCCAG 13620 TCAACTAGAC TCCAATCACT GGTCTGGTGA GTTGAACAAC CGTTGTTAAC AATAATATAT 13680 TCGTTCTGGA GGTCAAGCTC CAGTTTTTTG TAGTAGGGGA GGACACCGAA AAGGGGGCGA 13740 CCCGTACAGA GAACCAGTTT GACACCTTTT TCAATGGCTT TGTGAATAGC AGTAATGTGT 13800 GCTTGTGGGA TTTCCTTGGC TTCATTGAGG AGGGTGCCGT CCATATCCAA GGCTAGTAGT 13860 TTAATCATAG GTCTTCCTCT TTATCTTTGC TATTATTATA GCATATTTTG GAGAAGAAAT 13920 TGATAGAAAG CTTGAGACTA ATTGATTTTA TAGTTTAAGA TGTTTTGATG ACAATTCATG 13980 ATTTGAAGAG GATATTTCGC AAAGATATGC TATACTATGT TTGTCAATGT TGCAACTAGA 14040 CAAATTAAAA AACCAACTTA ATATAATAGT TTTTTTGTAA GTAGGTATGA GTAGCAGATT 14100 ACTCAACTAA TCTGAAGAAT AATGGAGGAA ATATATCATG ATTTTAATGA CAAAAAATAT 14160 AAATCTAACA AATGAAGAAT TAGAGCTGAT ACAAGGTGGA GCAGATCCAT ATGGTAAAAA 14220 TCCTAATGGT AGGTACGATT GGGAAATAGA ACCAGTATTA ACTCTGCTGG TTCATGGATT 14280 TTGTCCCAGA GGCACCTATG ATTCAGGATA TATTGGAGGA GGTAATCATC TTTGCAAAGG 14340 AAGTGCTGCG AGATTTTAAG TAAAATTTAT TAGGAATATG AAGAAACAAG GGGAGAAAAC 14400 AGAGGATTTA ATATGAAAAA ACGAGCTATT CAAATTTTAC TAGCATTGTC CTTAATTTTT 14460 TACAAATCAA CTTGGTTTTG GAGGCTTTTC AATTATCTCG CAAAGCCCTA TCTACCAGCA 14520 AGTCGTGAAT TTTTTCAGAT TCTGCTTTTG ATGGAGAGCG GAGTTCTTTT CTTAGCGGTC 14580 ATCTATCTAC TGGTTTTTGC AGGAAAGAAA ATTTTTCATT TCAAGTGGCA GCTGAGGTAC 14640 TTCATCTACC TTTTACTGGG CTACATCATT TCATATATGT CTGACTTCCT CTTTTCGTAT 14700 TTCATATCCC TGTCTTCAAA TCAGATTTCT TTGAATGAAA CGGTAGAAAT GATGGGGAGA 14760 CAGGAGTTCC CTTATGTCTT GCTCATCGTT TGCTTCATCG CCCCTATTGC TGAGGAATTG 14820 ATTTATCGAG GtGTGCTTAT GACAACCTGT TGCAAAAACT CACCTTGGTA CG 14872 (2) INFORMATION FOR SEQ ID NO : 73 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 10223 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 73 : CGTGCTATCG GTCTCAAAAC CAATCTGGTC GCTATGGTCA AATCCAGTTG GAAAATCCAT 60 TCTTCTTGGA GCCATCTGCT GGATTGCCAT CATCCTCACC ACTCTTGGTA TGCAGACCCT 120 TATCGGCATT TTCTAATACT CTTCGAAAAT CTCTTCAAAC CACGTCAACG TCGCCTTGCC 180 GTAGGTATAT GTTACTGACT TCGTCAGTTC TATCTGCAAC CTCAAAACGG TGTTTGAGCT 240 GACTTCGTCA GTTCTATCTG CAACCTCAAA ACGGTGTTTT GAGCTGACTT CGTCAGTCGT 300 ATCTACAACC TCAAAACAGT GTTTTGAGCT GACTTCGTCA GTTCTATCTG CAACCTCAAA 360 ACAGTGTTTT GAGCAGCCCG TGGCTAGTTT CCTAGTTTGC TCTTTGATTT TCATTGAGTA 420 TAACACAAAA GGTAGCCCAT CAGCTACCTT TTTCTTATGC TTCCTCAATC AAGCGAGTAT 480 GTTCTCTCTT GATACAGCGA TTCATCACGA TATCATCACA TCCACCATCA CGCAAAATCT 540 CTTTCGCTTC TAAACTTTCA AGTCCTAGCT GTGCCCAAAA AATCTTGGCA TCAGCTTTGA 600 GAAAATCACG CGCCACATCG GGCAGAAATT CACTGCGACG ATAAACATTG ACAATATCTA 660 CAGGAAAAGG AATTTCAGCG AGGCTAGCAT AAGCCTTTTC ACCCAAGATT TCGCCACC'I'G 720 CCGCCTTGGG ATTGACTGGG ATGATTTTAT AGCCCCGAGC CTGCATTTCC TTTGTTACTC 780 GATTGCTGGT TGTTTCTTCA CGGTCAGACA AACCCACCAC AGCAAGGGTT TTACTCGTTG 840 CGAGATACTG ACGAATCACG CCATCACTTG GATTGATAAA TTCTTGACTC ATAGAAATCC 900 TCCTTTTTCA TCAGTATAGC ACATTTTGAA AAGGTTTGCA GAATTATACT ACAAAAAAGG 960 AGGACTAGCC CCCTTTTTAT TTAGCCTCGT ACCAGGTTGC CCCTTCATTC TCATCTGCGA 1020 TAAGAGGAAC ACTGAGTTGA ATGGCTTCTT CCATGGTTTG TTTCACCAAT TTTTTCATCT 1080 CTACCAATTC AGATTTAGGC ACTTCAAGGA CGATTTCATC GTGCACTTGT AACAGCATCT 1140 TAGTCTGATA ACCACCTGCA ACCAAGGCTT TATCCAGCTG AATCATGGCA ATCTTGAGAA 1200 TATCTGCTGC CGAACCCTGG ATAGGTGAGT TGATAGCAGT TCGCTCCGCA AAACCACGAA 1260 TATTGAAGTT GCGCGAATTG ATATCTGGCA ACTCACGGCG ACGCTTAAAG AGGGTCTCTA 1320 CATAGCCCTT ATCACGCGCC TCCCGCACCA CTTCATCCAT GTAGTTTTTA ATACCTGGAA 1380 AACGTTCAAA GTAGGTATCA ATGTAGGCTT TGGCTTCCTT ACGACTAATT CCCAAATTAT 1440 TAGACAAGCC AAAGTCTGAA ATCCCATAAA CCACTCCAAA GTTAACTGCC TTGGCATTGC 1500 GACGGTCGTT TGCAGTCACA TCATCAGGAC GCTCAATGCC AAAGACCCGC ATGGCTGTCG 1560 AAGTATGGAT ATCTGCCCCC TCTTGGAAGG CCTTAATCAA GTGCTCATCC TTAGAAATAT 1620 GCGCCAAAAC GCGCAATTCA ATCTGTGAAT AGTCAGAGCT GAGTAGCACA CTATCCTCCC 1680 ACTCTGGCAC AAAAGCCTTC CGAATCAAGC GCCCCTGTTC CAATCGGGCA GGAATATTTT 1740 GCAAGTTTGG ATCCACACTA GACAAACGCC CGGTCTGGGT CAAATCCTGC ACATAGCGAG 1800 TATGAATCTT TCCATCAGCC AAAATCCAGT CCTGCAAGCC AATTACATAA GTAGATTGAA 1860 TCTTAGCAAT TTGACGGTAA TCCAGGATTT TCTTAACAAT CGGAGCAATA GGAGCGAGAC 1920 GCTCTAAAAC ATCCACTGCT GTCGAATAAC CTGTCTTGGT TTTCTTAGTG TATTCTAGAG 1980 GAAGTCCCAA TTTCTCAAAG AGAAGCACGC CCAACTGCTT AGGCGAGTTG ACATTAAACT 2040 CCTCACCAGC CAGCTCGTAA ATCTCTTGAG TCAGTTTTTC AATGACAAGC TCATTTTCAG 2100 CCTGCATCTC AAGCAAGGTC TCTTTCTTGA CCATAATCCC AGCAATTTCC ATCTTGGCAA 2160 GGACAAAAGC CAGAGGTTGC TCCATATCAT AAAGAAGCTC TAATTGCCCA TTTTCGCTGA 2220 GTTTTTCAAG TAAAATAGGC TCTGTTTCTA CCAAAACAGC AAGTTTACAA GCTAAGTGTT 2280 CCAAGAATTT CTCACGTTCA GGAATGGCCT TTTTAACACC CTTACCGTAG AAAGTTTCAT 2340 CATCAACCAA GTAAGTCTGA CCATAAAGAC TAGCGATGGT CGCAATTTCA TTGTCCTCCA 2400 CAGTCGAAAG GAGGTATTTA GCCAAACGGA TGTCAAAAGC AGGCGCCTGC AAATCCACAC 2460 CAAAACGTTG CAAAAGAACT TTAACCTTCT TAAAGTCATA AACTCTCAGA GATGTTTTTT 2520 CTAAGAAATC CTTGAAAATC GGGTCTTGCA ACAGCTCAAG CTTGTCTGTG GCATAGAGCT 2580 TATCCCCACA AGACCAGACA AATCCAACCA AATTATCCGT ATGGTAATTC TCACCAAAAA 2640 GCTCAAAGTG GAAGATAGAC TCTTCACTCA GCATATCTTG ACTGATTTGG TCAACAATAG 2700 TAAAATCCAA ACTCTCAGAC ACATCAGCTG ACGACACATT TAAAGCCTGC TTTAGCTGTT 2760 TGAAGCCCAT CTCATCGTAG AATTTCCCAA GATTTTCAAC ATCTGGACCA CTATAGACCA 2820 AGTCCTCTAA ACCAATCGCA ATCGGTGCCT TGGTATCAAT GGTCGCTAGT GTTTTAGACA 2880 AAAAGGCCTG TTCCTTGTCA TTGATGAGAT TTTCCTTCAT CTTAGAAGTC TTCATTCCAT 2940 CAATATTTTC ATAAATCCCC TCAAGCGAAC CATGCTCCAG CAAGAGCTTA ATACCCGTCT 3000 TTTCACCGAC TTTGGTCACC CCAGGGATAT TATCCGACTT ATCACCCATG AGCGCCTTGA 3060 GATCGATAAA CTGAGCTGGT GTGAGGCCCA TTTCTTCCAT GAGGTAATCT GGCGTAAAGG 3120 CCTCAAACTC AGCCACACCT TTCTTGGAAA TTTCAACCAC CGTATGCTCA TCCGTCAGCT 3180 GAATCAAATC CTTGTCCCCA CTGACAATAG TAATATCAAA ACCATCCTGC TCTGCTAGCT 3240 TATCCAGCGT CCCAATGATG TCATCCGCCT CATACTGAGC CAGATCATAG TGACGAATCC 3300 CCATATGATC CAGCAACTCA CGAATGAAAG GAAATTGCTC ACGAAACTCA TCAGGAGTCT 3360 TGGCCCGACC ACCCTTATAG TCCGCATACA TCTCTGTCCG GAAGGTCGTC TTTCCCGCAT 3420 CAAAAGCCAC CAAAATATGA CTCGGCTCAA CCCGCTCCAA TAAATGACTC AACATCAACT 3480 GAAAACCATA AATCGCATTG GTATGCAAAC CAGCCACATT CTTAAAACGG TCCAACTGCT 3540 GATACAGCGC AAAAAACGCC CGAAAAGCTA CAGAAGACCC ATCAATCAAT AATAATTTTT 3600 TCTTATCCAT ACACCCATTA TAAAGGAAAG AATCAAAAAA TACCATTGGG AAGAGCTAGA 3660 GCAAGTATTT TTCAAACTTT TTCCGAATAA ATAGATAGAG CCAGAGAATT TAGTAAACCT 3720 AGATTTAAAA ATGTGCTATA ATATAGTATA TTGAATCTAT AATAGTACAC CTTGACTGCT 3780 AAAATATTTC TATAAATTAA TTTGACTTTC CTGATAGAGT TATTCACATC TTATTTCAAC 3840 TCACTATAGA AGGAGGAATA GGAGGATTCT CAGACATCCG GGCATCAGCC CAACTAATGA 3900 TTTGATTGCT AAGAAAATAT TCAGCAATCC AGAAATCACT TGTCAATTTA TTCGCGATAT 3960 GCTGGACTTG CCAGCAAAAA ATGTGACCAT TTTGGAGGGA AGCGATATTC ACGTATTACT 4020 CTCCATGCCT TACTCGGTGC AGGATTTTTA TACCAGTATA GACGTCTTGG CGGAGTTGGA 4080 TAACGGTACT CAAGTAATTA TTGAGATTCA AGTCCATCAT CAGAATTTTT TCATCAATCA 4140 CTTGTGGGCT TACCTGTGCA GTCAGGTTAA TCAAAATCTT GAAAAAATTC GTCAGCGAGA 4200 AGGTGATACT CACTAGAGCT ACAAACACAT CGCTCCTGTT TACGCCATTG CTATCGTGGA 4260 TAGTAATTAT TTCTCAGATG ACCTGGCTTT TCATAGCTTT AGTATGCGCG AAGACACAAC 4320 AGGTGAGGTA TTGGCGATTA CCAACAATGG ACAGGAAAAC CATCTGGTTA AGATGGCATT 4380 CTTGGAATTA AAAAATACAG AGAAACCAGC AAAGACAAGG TTCGCAAGCC ATGGTTGGAG 4440 TTTTTCGGCA ACAAGCCCTT TACCCAGCAA CCGCAACGAG CCATTACCCA AGCAAATCAA 4500 CTGCTGGACT ACAAGAGCTG GTCCGAGGAG GACAGGAAAA TGTTTAGTCA ACTACATATG 4560 CGAGAAGAAC AAGTCTTGTT AGCACAGGAC TATGCCTTGG AAACTGCTAG GGCTGAAGGC 4620 CTTGAACAAG GACTAGAGCG TGGGAAAGTT GAAGGAAGGG CAGAAAGGAA ACTTTTTGCC 4680 TTCCTAGACA TAGTACGCCA AGGTCTTCTG ACTTCTGAGG TTGCCAGCCA GCAATTAGGT 4740 ATGTCAGTAT CTGAATTTGA GGCACTGTTG TAAAATGGCT CCATAATATC CATAGTGGGT 4800 AAATCCCCTA TGGATATTAT GGAGCCTATT TTGTGTAGAA AAAAAGTCCC ATATGACCTA 4860 TAATGAAAAG CGACAAAACA ACTCATTAGA AAGAATCATA TGGAACAATT ACATTTTATC 4920 ACAAAATTAC TAGACATTAA AGACCCTAAT GTCCAGATTT TAAACATCAT CAATAAGGAT 4980 ACACACAAGG AAATCATCGC CAAACTGGAC TACGACGCCC CATCTTGCCC TGAGTGCGGA 5040 AACCAATTGA AGAAATATGA CTTTCAAAAA CCTTCTAAAA TTCCTTATCT TGAAACGACT 5100 GGTATGCCTA CAAGAATTCT CCTTAGAAAG CGTCGATTCA AGTGCTATCA CTGTTCAAAA 5160 ATGATGGTCG CTGAAACTTC TGATGACGTA CAGTCATATT TCTTCTCTTT TTATTATATC 5220 ACAGTTTTAA ATCTAGCTTT ACTAGATTCA CCGCTACTAT CTATTTATTC GGAAAAAAGA 5280 CGAAAAAACC TGAGAATCAT CTCAGGCTTG GTCATTAAAT TTTTTTCTCA ATATCGAAAA 5340 GTGGAGAAAG TGGTCGTTTT TCATGAATAC GTACGATAGC ATCCCCTAGG AGATGAGCGA 5400 TTGAAATCTG CTCAATCTTA TCAATCAAAC GCTCTTCTGG CAGATAGATG GTATCCAAAA 5460 CAACCAATTT CTTAATAGCT GATTTTTGGA TATTGTCCGT AGCAGGACCA GAAAGAACTG 5520 GGTGCGTACA GCTTGCATAG ACTTCAACAG CACCAGCTTC CGCAAGAGCA TCTGCCGCAT 5580 GACAAATCGT TCCAGCGGTA TCAATCATAT CATCAATCAA GATACAAGTC TTGCCTTCAA5640 CCTTACCGAT GATATTCATA ACTTCACTAG TATTCATCTT ATCAACGCTA CGACGTTTAT 5700 CAATAATAGC GATAGATGTT TTCAAAAATT CTGCCAACTT ACGAGCACGA GTCACCCCTC 5760 CATGGTCCGG GCTGACAACC ACATAGTCAG AACCAACCAT ACCACGACGC TCAAAATAAT 5820 CTGCAATCAG AGGAGCACCC ATCAAATGAT CCACAGGAAT ATCAAAGAAT CCTTGAATTT 5880 GCGCAGCATG CAAGTCGATG GTCAATAAAC GATCCACTCC AGCTACTTCA AGCATATTTG 5940 CGACAAGTTT TGAAGTGATT GGCTCACGCG CTCTCGCCTT TCTATCCTGA CGTGCATACC 6000 CATAGTAAGG CATGACAACA TTGACAGATT CTGCACTCGC ACGCTTCAAA GCATCTACCA 6060 TAATCAAAAT TTCAAGCAGA TTGTCATTTA CAGGCGAACT AGTTGATTGT AAGATAAAGA 6120 CGTGTTTCCC ACGGATTGAT TCTTCAATGT TGACCTGAAT CTCTCCATCT GAAAATTGGC 6180 GAACACTTGA TTTCCCCAAC TCTATCCCAA TCTCCTGCGC CACACGTTCT GCCAATTCTT 6240 TATTAGAAGA AAGGGCAAAC AGCTTTAAAT CAGAAAAAGA CATGATTTCC TCCGGTATAT 6300 ATGTATAACT TGTGCTTTTC ACAAGATTTT CCATCTACCA TTGTAGCGCT TTTTGCACTA 6360 TTTTTCAATC AAAAATAAAA GAAGGGCACC ATATTTGTAC CCTTGCATCA TTCTTTTGAA 6420 AAATATTCTA GGTCATCAAC TCATTGTGTT TCTCAACAAA GCAATAAGCA TGATAAAAAC 6480 CATAGAGAGC AATAGCCGTA ACCACTGGAA TCGCTAAAGG CAACTCTGTT TCCAACTCCA 6540 CAAAAGGAGA GTTAAACAAG AAGTGAGTTC CCAAGGCTAA ACCTAGAAAA ATAAGGCCCT 6600 GTTTCTTGCC AACCTTCTGT CCTTTATAGG CTCTGTAAAG CAAGTAAACA CCTACTACAG 6660 CTAGACCTGA AAAAGTCCAG TGAGAGGCAA TTCCTGAGAT GATACGCTCT AAAATTCGCG 6720 AAATAGTAAA GTCAAAGCCC TCTGGCAAAT CCGTACGAAT ATAACCAATA TCCTTAATCA 6780 TTTGGAATCC CAAACCGGAA GCAATTCCAA GTAAAAACAA AGATTTTAAT TTTCGCACAG 6840 GAATCAAAGC CAAAACAAAA ACAAGTGACA ATAATTTCAA GGGTTCTTCT ACCAAAGGAG 6900 CCGCAATAGC ACTTTCAAAG GCATTTAAAA ATGGACTATC TGGGAAAAGA ACCCCCAGTA 6960 AATCATGGAT ATAAGTATTA GCAAAACTAG ACAACCAGCC TGAAAGGAAC ATCCCTCCCA 7020 ATAAAGACAG AATCAAAACC TTCTTTGGCA ATTCCCATTT TTCCCAATAC GGAAGAGAAA 7080 ATAAAGAGCC GGAATCATGT AAAAGAGAGC TAGAAAGATA GAAACTCCCA TTAGTCCATA 7140 TTCCGCACCT GACCTCGAAC CGTCCGTATA GTAGATGGTT TCATACTGTA AACCAATACA 7200 TAGCAATAAA ATAAAAATAA ATAAAATATT GCTTTTCTTC ATACACTTTC TTTCTAAATG 7260 AAGTATTTAT AATTCTACGA CTGTCATACT TCCTGTATCA ACATTGTAAA TGGCACCAGA 7320 GATAATGACA TCGTCTGGTA TTAGGGGAGA CTCGATAAGC AGTTGCATAT CCTCGCGTAC 7380 ACTCTCTTCT ATATCTTGGA AGGGCAAGAA GTCCTGGTCT GACACATCGA CACCCAATTC 7440 TTCCTTCAAA TACTCCTGAA AAGGTTCATT TTCAAAGGTC TGAGCACCAC AGTCTGTATG 7500 ATGCAATACC ACAATTTCTC TTGTCCCCAT TTGTTGCTGG GAAATAACTA GAGAACGAAT 7560 CATATCCTCA GTCACTCGAC CACCTGCATT CCGCAAAATA TGAGCATCCC CAAGTGCCAA 7620 ACCTAGAGCT TGCGCAACGT GCAAACGTGA GTCCATACAG GTCACAATGG CTACTCTGGT 7680 TTTAGGTTTA AGTGGCAGAT TTAACTGCCC ATGTAGGGCA ACATAAGCCT GATTGGCTTG 7740 CATAAACTGT TCAAAATACG ACACGATTCC CTCCTTGAAA ATTTGATAGT CAAATATT5'C 7800 TCCTATCTTA TCATTTTTAA GAGAATTTGT CACGGATTAT GCAAAGACCT TTTTCAAGAC 7860 TTCCTGAATC GTTGTCACGC CAATGACCTG AATTTCCTTA GGCAGAGTGA TTCCTGTCAA 7920 GGAATTCTTA GGTACATAAA TCTTAGTAAA GCCCAGTTTA GCAGCTTCGT TGATGCGTTG 7980 CTCAATACGA TTCACGCGCC GAATCTCTCC TGTCAAGCCC AGTTCTCCGA CAAAACATTC 8040 CTGAGGATTA GTTGGCTTGT CTTTGTAGCT CGAAGCAATA GCAACTGCAA CAGCCAAGTC 8100 AATCGCAGGT TCATCCAATT TAACACCACC AGCAGATTTG AGATAGGCAT CCTGATTTTG 8160 CAAGAGAAGC CCTGCCCGTT TTTCCAAAAC AGCCATAATC AAGCTAGCAC GGTTAAAATC 8220 AAGTCCTGTC GTAGTACGCT TGGCATTTCC AAACATGGTC GGTGTTACCA AAGCCTGAAC 8280 CTCCGCCAAA ATCGGACGCG TCCCTTCCAT GGTTACAACG ATGGAGGAAC CAGTCGCCCC 8340 ATCCAAACGC TCTTCTAGGA AAACTTGACT CGGATTGAGT ACCTCAACCA AGCCGCCCGA 8400 CTGCATCTCA AAAATCCCAA TCTCATTAGT GGAACCAAAA CGATTTTTGA CCGCTCTCAA 8460 AATACGAAAG GTGTGGTGAC GCTCCCCTTC AAAGTAAAGC ACCGTATCCA CCATATGCTC 8520 CAACATACGA GGCCCAGCCA AGGTTCCTTC TTTGGTCACA TGACCTACGA TAAAGATGGC 8580 AATGTTATTG GTCTTGGCCA ACTGCATGAG TTCAGCGGTC ACTTCACGCA CCTGAGAAAC 8640 AGACCCCTGC ACCCCTGAAA TCTCAGGAGA CATGATGGTC TGGATGGAAT CAATAATGAG 8700 AAAGTCTGGC TGGATACGCT CCACTTCTGC ACGAACACTC TGCATATTGG TCTCTGCATA 8760 GAGATAAAAC TCACTATCAA TATCACCTAA GCGCTCTGCA CGTAGTTTAA TCTGCTGGGC 8820 AGACTCCTCC CCACTGACAT AGAGAACTGT CCCCACTTGG GACAACTGGG TTGAGACTTG 8880 TAGGAGAAGA GTTGATTTCC CAATCCCAGG ATCCCCACCG ATAAGGACGA GACTTCCTGG 8940 TACCACTCCG CCTCCAAGCA CACGGTTGAA TTCCTCCATC TCCGTCTTGG TTCGATTGAC 9000 ATTGATGGAA GTCACCTCAG CTAGTTTCAT GGGCTTGGTT TTCTCACCTG TCAAGGACAC 9060 ACGCGCATTC TTAACTTCGG CAACCTCAAC CTCTTCCACA AAAGAAGACC AAGACCCACA 9120 GTTGGGGCAA CGTCCCAGAT ATTTAGGGGA ATTATACCCA CAATTTTGAC ATACAAATGT 9180 CGCTTTTTTC TTTGCGATGA CAAACCTCTT TCTATATCTC TAACTCACAC TCAATCACTT 9240 GGCAAAAATC AATCTTCTCA TTTGGCACAA ACTGGCGCAT GAGCATTCGA TGAGCAACAA 9300 CTACCACAGT CTGATGTTCT CGATACTTAG ACATACATTC TAGAAACCGA GACTTCATTT 9360 CCGTAGCTGT CTCATATTGA ATAGGACTAT TAGGAAGCAA CTCCCCCTTG TTTTCTAAAA 9420 ACAGTCTTCT AGCTGTTTCA AAGTTTTCTA TTCCTGTTTT ATAGACCTGC CATTCATGTA 9480 ATAAAGGCTC TACTCTTAAA GGAAGACCCG TAGCACAGAC CACATACGAA GCCGTTTCTA 9540 AAGCTCTTGT GACTGCAGAA GATACGATTA TTTCAGCTGA CGAGAGTAAA GGATTTTTGC 9600 TCAATTTCTG GACTTGCTGC CGTCCCATCT CAGACAAGGG TGCCAAATCT ATCCCAAATC 9660 CTATATAAGA ACGCTCCTCT AACTCACGGT AATCTGGCTC CCCATGACGT ACAAAGATAA 9720 TCTTCATTCT AGTGCCCTGT CGATCCAAAT CCACCAGTTC GAACGCCATC AGCTGCATCT 9780 CCATCTGCAA TTAAGAAAGT AGCAAAAACA GCCTGGACAA TACGCTCCCC AACTTCAAGA 9840 ACAACCTCTT GGTCTGTGAT ATTCTTCATC TGCGCAAAAA TATGCCCTTC ATTTCCAGGA 9900 TTTCCATAAT AATCCCCATC AATGACTCCA ACTGAGTTAA TTAAAACCAA GCCCTTCTTA 9960 CGAGGATTTG AAGAACGATC ATAGAGGTAG AGAACCTCAG TCGGCTGCAT ATAAGCCTTA 10020 ACCCCTGTCG GAACCAAGAC AATCTCTCCT GGCGCAACAA CTGTACGCAC AGCAACCTTT 10080 AAGTCGTAAC CAGTCGCATG CGCTGTCTCA CGCTTGGGCA ATAAATTTTC ATCTGTAAAA 10140 CTCGAAACCA ATTCAAAACC ACGAATTTTC ATAATTTTCT CTTTTCTATT ATCATTTATT 10200 CTAGATTATT CTATACTTAT TTA 10223 (2) INFORMATION FOR SEQ ID NO : 74 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 16535 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 74 : TGGTTCTGTC CTTATCGGCG CCTTGTCTTG CTTGCCATGG CTACACCAAC TATCTCATCC 60 GACGAAAGTA CACCAACCAC TAACGAACCC AACAACAGAA ATACAACCAC CCTTGCCCAA 120 CCTCTTACTG ATACAGCAGC TGGCTCTGGT AAGAACGAAA GTGATATTTC TTCACCTGGA 180 AATGCAAACG CTTCCCTAGA GAAAACAGAA GAAAAACCTG CTGCAAGCCC AGCCGATCCA 240 GCACCACAAA CTGGACAAGA TCGTTCAAGT GAGCCAACTA CTTCTACTAG TCCAGTAACA 300 ACTGAAACTA AGGCAGAAGA GCCCATCGAA GATAACTACT TCCGTATCCA TGTCAAAAAA 360 CTTCCTGAAG AAAACAAGGA TGCTCAAGGA CTATGGACTT GGGACGATGT TGAAAAACCA 420 TCTGAAAACT GGCCAAACGG AGCTTTGTCC TTCAAGGATG CCAAGAAAGA TGACTACGGC 480 TATTACCTAG ATGTCAAATT AAAGGGAGAA CAAGCCAAGA AAATTAGCTT CCTCATCAAC 540 AATACAGCTG GAAAAAATCT AACCGGCGAT AAATCTGTAG AAAAACTAGT TCCAAAAATG 600 AACGAAGCTT GGTTAGACCA AGATTACAAG GTTTTCTCTT ACGAGCCACA GCCTGCAGGA 660 ACTGTTCGCG TCAACTACTA CCGCACAGAT GGCAACTATG ACAAGAAATC TCTCTGGTAC 720 TGGGGAGATG TGAAAAATCC AAGTAGCGCT CAATGGCCTG ACGGAACAGA CTTTACGGCT 780 ACAGGCAAAT ATGGCCGCTA TATCGACATT CCTCTTAATG AAGCCGCAAG AGAATTTGGA 840 TTTTTATTAC TAGATGAGAG CAAACAAGGA GACGACGTGA AAATCCGTAA AGAAAATTAT 900 AAGTTCACAG ATTTGAAAAA TCATAGCCAA ATTTTCCTAA AAGACGATGA TGAATCGATT 960 TACACAAATC CATACTATGT CCATGATATC CGTATGACAG GAGCCCAACA CGTAGGCACT 1020 TCTAGCATTG AAAGTAGCTT TTCAACACTT GTCGGTGCTA AAAAAGAAGA TATCCTCAAA 1080 CACTCCAACA TCACTAATCA CCTAGGAAAC AAGGTAACTA TTACCGATGT TGCAATCGAT 1140 GAAGCTGGTA AGAAAGTGAC CTACAGCGGA GATTTCTCTG ACACAAAACA TCCTTATACT 1200 GTTAGCTACA ATTCCGACCA ATTCACTACC AAAACAAGCT GGCGCCTGAA AGATGAGACA 1260 TACAGCTATG ATGGCAAACT GGGAGCTGAC CTAAAAGAAG AAGGAAAACA AGTTGATTTG 1320 ACCCTTTGGT CACCAAGTGC TGATAAGGTT TCTGTTGTTG TCTACGACAA GAATGACCCT 1380 GACAAAGTAG TTGGAACTGT CGCTCTTGAA AAAGGGGAAA GAGGAACTTG GAAACAAACT 1440 CTAGACAGCA CAAACAAACT CGGAATCACA GATTTCACTG GCTACTATTA TCAATACCAA 1500 ATCGAGCGTC AAGGTAAAAC TGTTCTTGCA CTCGATCCTT ACGCTAAATC TCTTGCTGCT 1560 TGGAATAGCG ACGATTCCAA GATTGACGAT GCCCATAAAG TGGCTAAAGC CGCCTTTGTA 1620 GATCCAGCTA AACTCGGACC TCAAGACTTG ACTTATGGTA AGATTCACAA TTTCAAGACT 1680 CGTGAAGACG CCGTTATCTA CGAAGCTCAT GTGCGTGATT TCACTTCAGA TCCTGCCATT 1740 GCAAAAGACT TGACCAAACC ATTTGGGACT TTTGAAGCCT TCATTGAAAA ACTAGACTAT 1800 CTCAAAGACT TGGGTGTAAC CCATATCCAG CTCCTTCCAG TCTTGTCTTA CTACTTTGTC 1860 AATGAATTGA AAAACCATGA ACGCTTGTCT GACTACGCTT CAAGCAACAG CAACTACAAC 1920 TGGGGATATG ACCCTCAAAA CTACTTCTCC TTGACTGGTA TGTACTCAAG CGATCCTAAG 1980 AATCCAGAAA AACGAATCGC AGAATTTAAA AACCTCATCA ACGAAATCCA CAAACGTGGT 2040 ATGGGAGCTA TCCTAGATGT CGTTTATAAC CACACAGCCA AAGTCGATCT CTTTGAAGAT 2100 TTGGAACCAA ACTACTACCA CTTTATGGAT GCCGATGGCA CACCTCGAAC TAGCTTTGGT 2160 GGTGGACGCT TGGGGACAAC CCACCATATG ACCAAACGGC TCCTAATTGA CTCTATCAAA 2220 TACCTAGTTG ATACCTACAA AGTGGATGGC TTCCGTTTCG ATATGATGGG AGACCATGAC 2280 GCCGCTTCTA TCGAAGAAGC TTACAAGGCT GCACGCGCCC TCAATCCAAA CCTCATCATG 2340 CTTGGTGAAG GTTGGAGAAC CTATGCCGGT GATGAAAACA TGCCTACTAA AGCTGCTGAC 2400 CAAGATTGGA TGAAACATAC CGATACTGTC GCTGTCTTTT CAGATGACAT CCGTAACAAC 2460 CTCAAATCTG GTTATCCAAA CGAAGGTCAA CCTGCCTTTA TCACAGGTGG CAAGCGTGAT 2520 GTCAACACCA TCTTTAAAAA TCTCATTGCT CAACCAACTA ACTTTGAAGC TGACAGCCCT 2580 GGAGATGTCA TCCAATACAT CGCAGCCCAT GATAACTTGA CCCTCTTTGA CATCATTGCC 2640 CAGTCTATCA AAAAAGACCC AAGCAAGGCT GAGAACTATG CTGAAATCCA CCGTCGTTTA 2700 CGACTTGGAA ATCTCATGGT CTTGACAGCT CAAGGAACTC CATTTATCCA CTCCGGTCAG 2760 GAATATGGAC GTACTAAACA ATTCCGTGAC CCAGCCTACA AGACTCCAGT AGCAGAGGAT 2820 AAGGTTCCAA ACAAATCTCA CTTGTTGCGT GATAAGGACG GCAACCCATT TGACTATCCT 2880 TACTTCATCC ATGACTCTTA CGATTCTAGT GATGCAGTCA ACAAGTTTGA CTGGACTAAG 2940 GCTACAGATG GTAAAGCTTA TCCTGAAAAT GTCAAGAGCC GTGACTATAT GAAAGGTTTG 3000 ATTGCCCTTC GTCAATCTAC AGATGCCTTC CGACTTAAGA GTCTTCAAGA TATCAAAGAC 3060 CGTGTCCACC TCATCACTGT CCCAGGCCAA AATGGTGTGG AAAAAGAGGA TGTAGTGATT 3120 GGCTACCAAA TCACTGCTCC AAACGGCGAT ATCTACGCAG TCTTTGTCAA TGCGGATGAA 3180 AAAGCTCGCG AATTTAATTT GGGAACTGCC TTTGCACATC TAAGAAATGC GGAAGTTTTG 3240 GCAGATGAAA ACCAAGCAGG ACCAGTCGGA ATTGCCAACC CGAAAGGACT TGAATGGACT 3300 GAAAAAGGCT TGAAATTGAA TGCCCTTACA GCTACTGTTC TTCGAGTCTC TCAAAATGGA 3360 ACTAGCCATG AGTCAACTGC AGAAGAGAAA CCAGACTCAA CCCCTTCCAA GCCTGAACAT 3420 CAAAATGAAG CTTCTCACCC TGCACATCAA GACCCAGCTC CAGAAGCTAG ACCTGATTCT 3480 ACTAAACCAG ATGCCAAAGT AGCTGATGCG GAAAATAAAC CTAGCCAAGC TACAGCTGAT 3540 TCACAAGCTG AACAACCAGC ACAAGAAGCA CAAGCATCAT CTGTAAAAGA AGCGGTTCGA 3600 AACGAATCGG TAGAAAACTC TAGCAAGGAA AATATACCTG CAACCCCAGA TAAACAAGCT 3660 GAACTTCCAA ATACAGGAAT CAAAAACGAA AACAAACTCC TATTTGCAGG AATCAGCCTC 3720 CTTGCGCTCC TTGGTCTCGG TTTCTTACTA AAAAATAAAA AAGAGAACTA AACTAGCCCT 3780 CCTATAGAAA AATCCCCCAA GCATTATAGC TCGGGGGATT AATTTTTGTA CAATATTTGT 3840 TGTCCTAATA AACTTGATTA GGATTTTTTA TTAAGCCTCT TTCATAGCAA AATAAGCTCG 3900 TACTTTGGGT GCAACTTGTG TTCCGAAGAG TTCAATAGCT CTCAGAACCT GGTCATGAGG 3960 CATAGAACCA AGCGGTAGAT GAAGCATGAA GCGGTCCAAT CCTAAATCCT CTATCATGCG 4020 AATCAATTTT TCGGCCACCT GATCTGGATT GCCAACAAAC ATGGCGCCAT TTGGCCCTAC 4080 CTGCTCCAAA TATTGCTCAT AACGCAATTC CTGCCAGTGC GGACGGTCTT TGGAAATAGC 4140 ATCCACCACT TGCTTAGTCG GATGGAAATA ATCTTTCACC GCCTGCTCAC CATCTTCCGC 4200 AATCCACCCC CAAGAATGGG CTCCCACTTT CAAGTCTTTG TCAGCATGGC CCCTTCGC'1'T 4260 CCAATCTCAC GATAAGCCTG AATCAACTTT TTAAAATAAC GTGGATTACC ACCAATAATA 4320 GCATATACAA TCGGTAGACC AGCCTGAGCA ATCTTCACTG TTGATTCGAC ATGACCACCT 4380 GTAGCTATCC ACAAGGGCAA TTTGTCCTGA ACTGGACGAG GATAAACTTC TTTACCAGCA 4440 ATCGTTTGAG TCAATCGACC TTGCCAGTCT AACTTGGTCT TTTCATTGAC TAACTGAAGC 4500 AAGTCTAATT TCTCATCAAA AAGAGAGTCG TAGTCTTTCA AGTCATAACC AAACAGAGGG 4560 AAAGATTCCG TGAAAGAGCC CCTTCCAGCC ATAATCTCCG ATCGTCCATT TGACAAAGCA 4620 TCGATAGTGG CATACTGTTG GAACAAACGA ATCGGGTCCA TGCTTGACAG AATGCTGACT 4680 GCACTGGTCA AACGGATTTT CTTGGTATTG ACTGCCCCAG CGGCCAGAAC AATCTCTGGG 4740 GCTGATACTG CAAAATCCGC CCGATGGTGC TCACCAATCC CATATACATC CAAACCAACC 4800 TTGTCAGCCA GCTCAATCTC TGCCACCAAC TGGCGAATGC GTTCAGCATG ACTGTAAGTT 4860 TGTCCAGTCC CTTCAAGCTC CGTTATTTCC CCAAATGTTG AAATTCCCAA TTCTACCATT 4920 GTGATTCTCC TTATCTATCT CTGTACTTCA ATTTGAAAAA TTATTCTAAC ACGAATCTTG 4980 AGTACAAGCA ACCGATTTGC TCATTAGAAA AAGCCTAGAT AACTAGACTT TTTTAGCTTA 5040 TTCTACCGTT ACTGACTTGG CAAGGTTACG TGGTTTGTCC ACATCGAGGC CACGGTGGAG 5100 GGTTGCAAAG TAAGCGACTA ATTGCGTTGG TACGACCATT GAAATTGGTG AGAGGTATGG 5160 ATGTACGGTC GTAAGGACGA TATCGTCGGT ATCTTTGGCT ACATTCTCTT CTGCGATAGT 5220 GAGGACTTTG GCACCACGGG CTGCGACCTC TTGGATATTT CCACGAGTAT GATTGGCAAG 5280 AACTGGATCT GACAAGAGAG CCAAAACAGG CGTTCCTTCT TCAATCAAGG CAATGGTTCC 5340 GTGCTTGAGT TCTCCTGCAG CAAAGCCTTC ACACTGGATA TAAGAAATCT CTTTGAGTTT 5400 GAGACTTGCT TCCATGGCTA CGTAGTAATC TTGACCACGT CCGATGTAAA AGGCGTTACG 5460 AGTTGTTTCA AGAAGTTCAC GAACCTTGAC TTCAATGGTT TCTTTCTCTG AAAGAGTTGA 5520 TTCGATAGAC TGAGCTACGA TTGACAATTC ATGAACCAGG TCAAAGGCTT GCGCTTTAGC 5580 ATTACCATTT GCTTCTCCGA CTGCTTTTGC AAGGAAGGCA AGGGCTGCGA TTTGCGCTGT 5640 ATAGGCTTTA GTTGATGCCA CGGCAATTTC AGGACCTGCG TGAAGGAGCA TGGTATAGTT 5700 GGCTTCACGT GAGAGGGTTG AACCTGGAAC GTTTGTCACT GTTAAGCTTG GAATTCCCAT 5760 TTCATTAGCC TTGACCAAAA CTTGACGACT ATCCGCTGTT TCACCAGATT GGCTGATAAA 5820 GATGAAGAGT GGTTTCTTGC TGAGAAGTGG CATACCGTAG CCCCACTCAG ATGAGATTCC 5880 AAGTTCAACT GGTGTATCTG TCAATTCTTC CAACATTTTC TTAGAAGCAA ATCCTGCATG 5940 GTAAGATGTT CCAGCTGCAA GGATGTAGAT GCGGTCTGCG TCTTGAACAG CCTTAATGAT 6000 ATCTGGGTCT ACGACAACTT GACCAGCCTC ATCTGTGTAG GCTTGGATGA GTTTCCGCAT 6060 AACAGTTGGT TGCTCGTCAA TTTCCTTGAG CATGTAGTAA GGGTAAGTTC CCTTACCGAT 6120 ATCTGACAAG TCAAGTTCAG CAGTGTAGCT AGCACGCTCA CGACGATTTC CATCATAGTC 6180 TTGAACTTCC ACACTATCAG CCTTGACGAT TACCAACTCT TGGTCATGGA TTTCCATGTA 6240 TTGGTTAGTT TCACGAATCA TAGCCATGGC GTCTGAGCAG ACCATGTTAT AGCCTTCTCC 6300 AAGACCAATC AAAAGTGGTG ATTTATTTTT AGCTACGTAG ATGACTTCAG GATCTTGTGA 6360 GTCAACCAAG GCAAAGGCAT AAGAACCACG GATGATGTGA AGGGCTTTTT TGAAGGCTTC 6420 AAGAACTGAG AGCCCTTCTT CTTCCGCAAA TTTTCCAATC AAATGAACGG CTATTTCAGT 6480 ATCTGTCTGC CCCTTGAAGT GGTGACCTGC AAGGTATTCT TCCTTGATTT CAAGATAGTT 6540 CTCAATCACC CCATTATGCA CCAAGACAAA ACGTTCCGTC TCAGAGCGGT GTGGGTGAGC 6600 ATTGTCCTCA GTTGGTTTTC CGTGAGTAGC CCAACGAGTA TGTCCGATAC CAGTTGTTCC 6660 CTCAACACCA GCTGTCTTGG CAGACAATTC TGCAATACGA CCAACCGCCT TCACCAAATG 6720 GTTATCAGCA CCATCTAGGA CAAAAATTCC CGCAGAATCA TAGCCACGGT ATTCAAGCTT 6780 TTCAAGCCCT TGAATCAAAA TATCAGTTGC ATTTGTGTTT CCAACAACAC CAACAATTCC 6840 ACACATAGTA TATACGACAC AGGCAAGCTG TGCTTTCTCC TTAAAATTGG TATAGTCTAA 6900 TTCATCTTTT ATAGAATCAG CAAAAACAGT ATATACTTGT TTCTTTCACT TGTCAAGAGT 6960 AAAAATTGGT ATAGTTCAAA TTAAGCTCCT GTAAGCATAA AAACTCTGAC CGATTGGGAT 7020 AATCAGTCAG AGTCCTTTTT AAAATCCATT ATTATCGCTT AATTCTTTGA ACCAGTGGCC 7080 TGATTTCTTC AGACGACGTT CTTGCGTTTC CAAGTCTAAT TCGACCAAAC CATAGCGATT 7140 TTTATAGCTG TTGAGCCATG ACCAGCAGTC AATAAAGGTC CAAATCAAGT AGCCCTTACA 7200 GTTGGCACCA TCTTCAATGG CACGGTGAAG TTCACGAAGA TGACCTTTTA CAAAGTCAAT 7260 ACGGTAATCA TCTTGAATCA TTCCATCTTG ACGGAATTTT TCTTCCCCTT CAACACCCAT 7320 ACCATTCTCA GTCAACATCC ACTCAATATT GCCATAATTT TCCTTGATAT TTTGGGCGAT 7380 GTCATAAATC CCTTGCTCAT AAATCTCCCA ACCACGGTGA GAATTGATTT TACGTCCAGG 7440 CATCACATAA GGCTCGTAAA AATGTTCTGG TAAGAGTGGA CTCTCTGGAT GCTTAGCAAA 7500 TCGAGGAGCC ATAACACGCA AAGGTTGATA GTAGTTCACA CCAAGGAAGT CCACCGTATT 7560 ATCACGAATG AGTTCCAACT CTTCCTCTGT AGCATCAGGT AAAAGACCGT GTTCATGCAA 7620 GATTTCTACC AACTCCTGTG GATAAGTCCC CAAGACAGAT GGATCTAAGA AAGATTGGGC 7680 CTGAAAAAGG GCCGCAATAC GAGCTGCCTT GACATCAGCA GGATGCTGGC TACGTGGATA 7740 AGCCGGTGTC AAGTTGAGGA CAATCCCAAT CTTGGAATCA GGCAAAAGTT CATGGCAAGC 7800 CTTAACAGCC CGGCTGCTGG CCAATTGTGT ATGATAGGCT ACCTTAACAG CTGCCTCTGC 7860 ATCCACCTTA TGTGGATAAT GGGCATCATA AAAATAACCA AATTCTACAG GAACGATGGG 7920 CTCGTTAAAG GTAATCCATT GATCCACTAA ATCTCCATAA GTCTCAAAAC AAAAACGAGC 7980 ATAGTCTTCA TAGGCTGAGA CTGTCGCCTT ATTTTCCCAA CCATCACCAT CCTCTTGAAG 8040 GGCAAAAGGT AAATCAAAAT GATAGAGATT GACTAACAGA CGAATTCCTT TAGCCTTAAT 8100 AGCCTCAAAG ACCTTACGAT AAAAATCCAC ACCTTGAGTG TTGACTTTTC CACAGCCTTG 8160 TGGAAAAATC CGTGACCACT GAATAGAAGT CCGAAAGGCT GTGTGACCAG TCTCTAACAA 8220 AAGCTCAATA TCCCGCTCCC AATTTTCATA AAAAGTCGAT GTCTTATCTG AACCAATCCC 8280 ATTATAGTAA CGATTTGGCT CCACTTGGAA CCAGTAATCC CAGAGATTGT CTCCCTTACC 8340 GTCACCAGCT ACACGTCCTT CTGTCTGCGG TCCAGAAGTA GAGGATCCCC AGACAAAATC 8400 CTTTGGAAAT CTTAGCATAC ATTTACCTCT TTATCTACTC ATTTCTCCCA TTATACAGAA 8460 AAAACAAGGT AAAAACTAGT TACATTTTTT CCTTGTTTTT CTTCTGATTA TAGTTTTTAT 8520 TTCTTGCTTA GGATTTCAAG CGTTTCAAGC ACGTTATCTG CATGAACCTC AATGGTGTCA 8580 CCAGTTGCCT TGATCTTAAC TTCTACAATG CCATCGGCCG CTTTTTTACC AACAGTGATA 8640 CGGATTGGAA GACCAATCAA GTCACTATCG CTAAATTTAA CACCGACACG TTCGTTACGG 8700 TCATCTGTCA AGACTTCATA ACCAGCTCCC ATCAAGCTTG CTTCAAGTTT TTCTGTCAAG 8760 GCTTGCGCTT CTTCATCCTT GACATTGACA GTAATCAAAT GCACATCAAA TGGTGCCAAT 8820 TCTTTAGGGA AATTGATTCC CCAAGCGTAA CGGTATTCAC CTTTTGGCGT TTTGTTAACA 8880 AAGAGGCGAG CGTGTTGCTC CATCACTGCT GAAAGAAGAC GGCTGACACC GATACCGTAA 8940 CATCCCATGA TGATTGGCAC AGCACGACCA TTTTCATCCA AGACATCTGC TCCCATGCTT 9000 GCTGAATAGC GAGTTCCGAG TTTGAAAATA TGACCGATCT CAATACCACG CGCAAAGTTA 9060 AGGACACCTT GTCCATCTGG GGAAATTTCA CCCTCACGAA CTTCACGGAT ATCCACATAT 9120 TCTGCAGTAA AATCACGGCC TGGGTTCACA CCAGTCAAGT GGTAGTCATC TTCGTTAGCA 9180 CCGACAACTG CATTGCGAAC ATCTTGTACC TTACGATCTG CAATAATTTT AATATTCTCT 9240 GGCAAACCAA CTGGTCCAAG TGAACCAAAT CCTGCTTGAA CAACATTCGC CACTTCTTCT 9300 TCGCTAGCAA CGTCAAAGAA ATCTGCTCCC AAGTGATTTT TCAACTTGAC TTCGTTGAGT 9360 TGGTCATTTC CAACTAGAAG GGCTGCAACA AGCTCACCAT CTGCAATGTA GAAGAGGGTT 9420 TTAATCGTTT GTTCTTCTGG AACATTGAGG AAGGCTGCAA CTTCATCAAT TGATTTAACA 9480 TCTGGCGTTG CAACACGAGT AACTTCTTCT TCAGCGACAA CACGGTTGCT TGGTTTGTAC 9540 TCGTTTGTTG CCATTTCTAA GTTAGCTGCA TAGCTAGACT CACTTGAGTA AGCAATGGTA 9600 TCTTCACCAG AGACTATCCA TTTGAGCAAT TCTGCCTTGA TTTCTTCTTG CACTTCTGCA 9660 GGAATTTCGT CAAATGAGGC AACTGACTTG TCCAAGACAA CCCAGCGGTC AAGGTCTGTA 9720 CGAGCAGATG TAATGGCCAT AAATTCTTGG CTATCCTTAC CACCCATGGC TCCACCGTCA 9780 CCAATAATAG CCTTGAAGTC TAAACCACTA CGAGTGAAAA TACGCTCATA GGCTGCTTTG 9840 TACTCATCAT AAACACTATC CAAACTATCA TAGTTAGCGT GGAAACTATA AGCATCCTTC 9900 ATGATAAACT CACGTGTACG AAGAAGTCCA TTACGCGGGC GTTTTTCATC ACGATACTTG 9960 GGCTGAATTT GATAAAGGTT GAGTGGCAAT TGCTTGTAAG ATTTAACAGA ATCACGGACA 10020 ATAGCTGTAA AGGTTTCTTC GTGAGTTGGA CCTAAGATAA AGTCTGATTT TTCACGGTTT 10080 TTTAGTTTGT AAAGGTCTTC ACCATAGGTT TCGTAACGAC CTGATTCACG CCACAATTCT 10140 GCACTAAGAA GGGCTGGAGC CAACATCTCA ACAGCACCAA TCTTTTCGAA TTCTTGGCGC 10200 ATGATGTTTT TAGCTTTTTC AATCACACGG TTGGCAAGTG GTAGATAAGA ATAAACACCT 10260 GCTGAAACTT GGCGAACATA ACCAGCACGC AACATAAGAG CATGGCTGAT AACTTGAGCA 10320 TCGCTTGGCA TTTCGCGAAG CGTTGGGATA GGCATTTTAC TTTGTTTCAT AATATTCCTC 10380 GATTATCTAA AAAAGAGTCG CATAATGTCA TTCCAAGTCA CAGCAATCAT CAAGACAACC 10440 ATGATGACCA CTCCGGCCAA GGTGACATAG GTTTCAATTT CTTGTTTCAA TGGTTTGCGG 10500 CGGATGGCTT CTAGGATATT GAGCACAATC TTACCACCAT CCAAGGCTGG AATCGGAATA 10560 AGATTAAAAA TCCCAATATT GATGGAAATC ATTGCCAAGA AGTACAAGAT ATTTTCAATT 10620 CCATTTTTAG CAGCATCACT ACTTGCCTTA AAGATAGCAA CAGGTCCACC CAACTTGTTC 10680 AAATCTGGTT GGAAAATCAG ATTTTTCAGA GCTGAGAGAA TTCGGAGAGC TGAGTCAGCA 10740 GCAGTTGTAA AACCACCTAC AAACATGGAT AGAAAATCTG ACTTAACCCC CGGTTGAACA 10800 CCTAGAAGGT AACGACCTTG ACTATCTTTG GGTGTAACAG TGACTTGTTT GTCACTCCCC 10860 TTTTCAGAAA TAGTCACATC CAAAGTCGGT GCCGTCTTAT CTTTGGTTTC TGTTTCCACA 10920 GCTTGGATCA AGCTTTCCCA GTTGCTAACC TCATGTGAGC CAATCTTGGT AATTTGTGCC 10980 ATTTCTGGTA CTCCTACCTT GGCCAAGGCA CCTTGGGGCA TGATATGGAA CTGATTGGTA 11040 TCAACATCTC TGACACCACC CTGCATAAAG ATTAAAACCC AAAAAACAAC GACACCTAAG 11100 ATAAAATTGT TCATAGGACC TGCAAAATTG GTAATCAGTT TGCCCCAGAT AGTCGCATTT 11160 TGATATTGAA CATCTAAAGG TGCAATCCGA ACCTCAGTAC CATCTGCTTC CACAACCGTT 11220 GCATCGTGAT CCACTGCAAA TGTTTTTTCT TCTTCCAGAA CCAATCCTTT GATAAAGAGC 11280 TTGTCTTCAA AATCAAACTG GGTCACCTGC ATAGGGAGGG CTGTTTGATC CAATTTTTTA11340 CCTGAGAGAT TGATGCGTTT AACCTTACCA TCATCAGCAA GTGTCAAACT AACAGGCGTT ! 1400 CCTGTCTTGA TTTCAGTTGT ATCATCACCC CAACCGGCCA TGCGGACATA GCCACCCAGA 11460 GGCAAGATTC GAATGGTATA GGCCGTTCCA TCCTTGCCAA TGTGAGCAAA AATTTTAGGT 11520 CCCATACCGA TGGCAAATTC ACGTACTAAA ATCCCTGATT TCTTGGCAAA GTAGAAGTGA 11580 CCGAACTCGT GCACCACTAC AATAATCCCG AAAACCAGAA TAAAGGTTAA AATTCCGAGC 11640 ATAGCGTTTC CTCCGTCTTT TGATTAAAAG AGTCCAAATA AGTGCATGAT TGGAAATACA 11700 AGCAACATAC TATCGAAACG ATCCAAAACA CCACCATGTC CAGGGATAAA TTTCCCAGAA 11760 TCCTTAACAC CAAAATGACG TTTGATCGAA CTTTCTAGTA AATCACCAAA TTGTCCAGCA 11820 ATGCTAAAGA AAATAGCAAA GACTGACATC TTGTAAATTC CATATGGAAG AGCAACTGTA 11880 CTGTCAACTA TCATAAGGAT AATGGTTACT AAAATTGCTC CTAAAATACC ACCCAAGGCA 11940 CCCTCAAGGG TTTTATTAGG CGATACCCTT GGTGCTAACT TTCGTTTCCC ATAGTTCATC 12000 CCAACAAGAT AGGCACCACT GTCTGTCGCC CAGACGATAC ACAAGGCTAA GAGAGCCTTG 12060 TCCAAACCTG CAACACGAGC ATCTAGTAAA GCATTAAATC CAAAGCCCAC GTAGAAGCTC 12120 ATAGCAAGAG GGAAAACCGC ATCCTCAATC GTATAAGACT TGCTAAAAAC GGTCGTTCCT 12180 AACATGATTG AAATCAAAAC ACTATAGGCA ACCACATTCC CATCAACTGG CAAAAAAGTC 12240 AGGTAATTCT CCAAGGGAAT GGTCAATGCA AAGGTTGCAA AGAGGGTCAA GAGGCCCTCC 12300 ATCGTCATGG TCTCTAGACC TCTCATCTTC AAAAGTTCAT GCATGGCTAG CATGGCTATG 12360 ATTCCGATTG CTATCTGAAG CAAGAGGCCC CCAATCATTA AAATTGGTAG GAAAATAGCC 12420 AGGGCAATCC CTGCAAACAA GGTTCTTTTC TGTAAATCCT GGGTCATATT TCCTCCTAAA 12480 CTCCTCCAAA TCGGCGATGA CGACGATTAT AGGCAAGAAT AGCTTCCTGC AAGGCCGCTT 12540 CGTCAAAATC AGGCCATAAG GTGTCCGTAA AATAAAGCTC ACTATAGGCT CCCTGCCATG 12600 GAAGGAAATT GCTCAAACGT AATTCTCCAC TAGTACGGAT AATCAAGTCT GGGTCTCGTA 12660 AGTCCTTAGG CAAATGCTGA GTAAAGAGAT AGTTACCAAT CAATTCCTCT GTGATGTCAC 12720 CTGGGTTGAT TTTGGCATCT AAAACATCCT GGGAAATCAA CTTAAGCGCC TGTGTAATCT 12780 CAGCACGTCC ACCATAGTTA AGAGCAAAAT TAAGAATCAA TCCTGTGTTG TTCTTAGTCA 12840 ATTCCTCAGC CTTGGTTAAA GCTTCAAAGG TTTGCTTAGG CAGGCGGTCT GTCTCCCCAA 12900 TCATTTGAAT CTTAACATTA TTCGCATGTA GTTCCGGGAC ATAATTATCA TAAAACTCTA 12960 CTGGCAAGTT CATGATAAAC TTGACTTCCT GATCTGGACG GGTCCAGTTT TCCGTAGAAA 13020 AAGCATAGAC CGTAATAACC TTGACGCCCA GTTTGTTGGC TGCCTTGGTC ACGGTTTGCA 13080 ATGCTTCCAT GCCCGCCTTA TGTCCAAAAA CTCGCGGTTG CATACGTTTT TTAGCCCAAC 13140 GGCCATTGCC ATCCATGATG ATGCCGATAT GAGCAGGAAC CTGTGTCGGA ACCTCTACTT 13200 CCACAGCCTT ATCTTTCTTA AAAAATCCAA ACATGATCTT ATTCCTATTC AAAAATCTAT 13260 CGTTTCATTA TACCATATTT CCCCATTTTC TTCTATCACT AAGCTATTTA TTCTCAGGCA 13320 CCAAGCCCAT TTTTCAAAAA AATAAGCCGC CTGATTGGGC GACTTTATTT TTATAGGGAG 13380 ATTATTATGA AAAAGTTTTA GGAGTTTAAG TTAAGGTCTT CTTAACTTAT GAACTTAGTG 13440 TACACTCCCT AGCTTAAAGT TTCCTTAAGT ATTTTTAAAA ATCAAATTTT TCCATTTCTC 13500 CTGCCAATTT TTCTTGGATA AACGTGTTTG ATAGAGTTCC ATTCGGTCTT CATTTTCTAA 13560 GAAATGAGGA GTTGGACGAA CTTGAAAATT CAAAATATCC TCCAAACCAT AAGGTACATA 13620 GAGTTCAAAA TCTAATTCTT CATTCAAGCG CAGTCCAACT GCCGTACACC GTTCTGGATA 13680 CTTACTCATA GCATCACGAG AACTGGTATA GGAAGCAGTG TGAGGACTGT GCTGATGCAT 13740 ATAGACCTGA TTTTTCAATT CCCACTGGTA CTGAGGAAAA TCCTCTCTCA GCTTTTTCTC 13800 CAGTAATAAG GTTTCCTCAT AAGAAAAATC TGGATCAAAG AAAATCACAT CTATATCTGT 13860 TTCATGATCA AAAGGGGATT TGTCTGACAA AAGATTCCAG ATGAAATTTC TGACAGAACC 13920 TGCTGCCAAC CACGAGTCTT TCAAACCAAG GTCTCGGATG ATCGTCAGAA TGGCCATCAT 13980 ATCTGGACTT TCTCTAAAAG CCTCTAAGAT TTCTTGCTTA TTTTTCACTG TATTCATAAC 14040 CTAAGTGCTC ATATGCCTTA GCAGTCGCCA CCCGTCCAGA CCGTGTCCGC ATGATAAAAC 14100 CTTTTTGAAT CAAGTAAGGC TCATACATGT CTTCAACTGT CTCACGCTCT TCGGCGATAT 14160 TCACAGAAAG AGTTCCTAGA CCAACAGGTC CTCCACTGTA CATCTCAATC ATGGTGCGAA 14220 GGATTTTTTG ATCCACATAG TCCAAACCTT CATGGTCAAC ATCCAGCATA GTCAAAGCCT 14280 TATCGGTAAT AACATCATCG ATAACCCCAT TCCCCATTAT CTGGGCAAAA TCGCGCACGC 14340 GCTTGAGGAG ACGATTGGCA ATACGAGGGG TTCCACGACT ACGTAGGGCC AACTCAGATG 14400 CTGCCTCATG GGTGATTTCC ATCTCAAAAA TATCTGCCGT CCGCTCGACA ATTTCTGTCA 14460 AGTCAGCATG AGCATAATAC TCCATATGAC CTGTAATCCC AAAACGTGCC CGTAGTGGAT 14520 TTGAGAGCAT ACCAGCCCGA GTCGTCGCAC CAATCAAGGT AAAAGGAGGC AACTCCAAAT 14580 GAACACTGCG ACTGCCTTCA CCAGCCCCAA TCATAATATC GATGTAGAAG TCCTCCATGG 14640 CACTATAAAG CACTTCTTCC ACTGACATGG GTAAGCGATG AATCTCGTCA ATAAAGAGGA 14700 CATCTCCAGG CTCTAAATCA TTCAAAATCG CTACCAAATC ACCCGCTTTT TCGATAACAG 14760 GACCAGACGT TTGCTTGAGA TTGACTCCCA GTTCATTGGC AATGACAAAA GCCATGGTTG 14820 TTTTCCCAAG CCCTGGAGGG CCAAATAAGA GCACATGATC CAGCGCTTCA TCCCGCATTT 14880 TAGCGGCTTC GATAAAGATC TGAAGTTGAT CCTTAACCTT ATCCTGACCA ATATATTCAC 14940 GTAAATACTG AGGACGGAGC GTGCGTTCTA CTAACTCCTC ATCACCCATC ATCTCATTAT 15000 CTAAAATTCT ACTCATGGCT CTATTATATC AAAAAAAACA AGCCACAAAC AAAAAAGCCA 15060 CCTGATTGGG TGACTCCTAA GTTTAGCACT TATGTGGTAT AATATTATAC GGCACTTCTA 15120 CACCGCCTAC GAAAGGAGGT GAGATAGCCC ATGATGGAAT TAGTACTCAA AACTATTATC 15180 GGACCAATTG TGGTCGGTGT CGTTCTTCGT ATAGTCGATA AATGGCTAAA CAAGGACAAA 15240 TAGTGTCAAA AAAGACCTCA AGCTTATTTG GTCGTGAGCT TGGGGTCTTT TCTAGCCTAT 15300 GATATAGAAC TAGTACTCAA TTCCTTTTTA TTATCCCATA GTTCACGAAT TTTGTCAAAA 15360 CTTTACATTT TCTTCAACCG CTGTACGACA AGACGGTTAA GATTAAGAGA ACGTTAGGGA 15420 TTCTATCAAT TTCATAGAAA TTTTGATTTC GTAAACGAAG AGACAATCTT ACATGTCACT 15480 TCTCATTTAA TACGCCACTA CTAGACAAGC AAAATCATTA TTACAGTAGT TCCAGTCCTT 15540 CAATTAACAG TCACTTACAA TCAAATTGAG TTTGAACTAG CTGAAGCGAC CACAGACCTA 15600 TTTCTTAGTC ATATTCGCTA AAAAAATCCC CGCCAAAATC TCAAAAAGTC CCCGCCAATT 15660 CCCCGACCAA AATCCGAAAA ATACCGAAAA ATATCGAAAA ATTATTTTTA GAATAGTCCC 15720 AAAAATCCTG AAATAGAGCT AAAAAACTCC ACCTGATTCG GTGGAGTTAA GGGAGATTAT 15780 TATGAAAAAG AAAAGTTTAG GATTTTATTA AATAAAGTTA GGAGGTCTTT ATTTAATAAC 15840 TACATGATAC AAGACGAAAC TTAAAACTAG CTTAACTTTT CTAAAATTTT ACTATTTTGC 15900 AAAAAATTTC TATCACCAGC ACCTCACCAA TCGAGTAGGG GATAATCTCT AGCCCCTCTC 15960 ACACCACCGT ACGTGCCGTT TGGCATACGG CGGTTCAACT AACTTTTAAC GCATGTCGTT 16020 CAAGGTAATA ATCCAAACAC GAAACCAGTC CACGTTTTTC CAGGACTGGT TTTGATATAG 16080 CACGTTTAAG TACCGACTTC TGAGCTACTA ATTGATAATG GTCGCCCCAG CCAGATACCT 16140 TATCTGCTAT CCATTTAGGA ACTCCTAACT TAAGCAATCC CCATAATCGT CTCGATTTCT 16200 TCTTCCATTG CTTCCAGATA ATCACTCGTA GGCGAGTACG CAAGCGCTCA TCTATGCTGG 16260 CGACTATACT TTTCATATTT CCCAATGAGC AATAGTTTAT CCATCCTCGA ATAGACAAAT 16320 TCAGTTGCTC AATACGTCTT GTTAGGTCTA TACTCCATTT CCTCTGTGTT AGTTTCTTCA 16380 ATTTAAACTT AAATCTCCGA ACACTATCTT GATGTGGACG GCTTTTCCAA CCATCTGATA 16440 ATTTCCAGAA CCCAAAACCT AGATATTTCA ACTCTCTTGG TCATGTTTAC TTTCAAACCT 16500 AGCCGTTTCT CAATAAACGA CTGACTGAAT ACATC 16535 (2) INFORMATION FOR SEQ ID NO : 75 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 8136 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 75 : CCAGAGCGTT GCGTCCGAAA GTCTATCCAG ACACGGCTCT TTAAAAACAA AAGGAGAAAT 60 GATGCATACT TATTTGCAAA AGAAAATTGA AAATATCAAA ACAACCCTAG GTGAAATGTC 120 AGGTGGTTAC CGTCGTATGG TTGCGGCTAT GGCTGATTTA GGATTTTCAG GAACTATGAA 180 GGCTATCTGG GATGACCTCT TTGCCCATCG TAGTTTTGCC CAGTGGATTT ATTTGCTGGT 240 TTTAGGAAGT TTTCCTCTCT GGCTGGAGTT GGTTTACGAA CATCGTATTG TTGACTGGAT 300 TGGGATGATT TGTAGCTTGA CAGGGATTAT CTGTGTAATC TTTGTATCGG AAGGTCGAGC 360 AAGTAATTAT CTTTTTGGCT TGATTAACTC TGTTATTTAC CTTATTTTGG CCCTACAGAA 420 AGGCTTTTAT GGTGAGGTGC TGACGACACT TTACTTCACA GTCATGCAGC CAATTGGACT 480 TCTAGTTTGG ATTTATCAGG CACAGTTTAA GAAGGAAAAG CAGGAGTTTG TCGCGCGTAA 540 ACTGGACGGC AAGGGCTGGA CAAAGTATCT TTCCATTAGT GTGCTTTGGT GGTTGGCCTT 600 TGGCTTCATT TATCAGTCTA TTGGTGCCAA TCGTCCCTAT CGTGATTCAA TCACAGATGC 660 AACCAATGGG GTAGGGCAAA TCCTCATGAC AGCTGTTTAC CGTGAACAGT GGATATTCTG 720 GGCGGCTACC AATGTCTTTT CAATCTATCT CTGGTGGGGA GAAAGCCTGC AAATTCAAGG 780 GAAATATCTA ATTTATCTCA TTAACAGTCT AGTTGGTTGG TATCAATGGA GCAAGGCAGC 840 TAAGCAGAAT ACTGATTTAC TTAACTAGGA AAAGATGTTT GAAAGTGCTG TTTTGAGATT 900 TCGATTAAAA CAGATATAGT TGATAATCAA GGATTTATAG TATGAAAAAG AGGATCGGCG 960 GGTCCTCTTT TGTTGTTGAA AAGATAAAAA ACTCAGTAAC CTAGAAATAA GACAACTGAA 1020 GCTTTACTCT ATATTCAATT TTTAGGAATG AGAAGGTCTA GATAAAATTG GACAACTTCC 1080 TGGTCTGTGA AATCTTGACC TTTTTTGAGC CACCAGGTCA ATGTCTCGAT AAAGTTGGAC 1140 ATGACCAAGT GTTGGAGGTA AGAAGTAGGC AGATTAGGGT GGGCTTCTTT TAAATTATCA 1200 GCTAGCACGG AATAGACATG GTGTTCTAGC TCTTTATGGA GTTGACGGAG GAAGTAGTCA 1260 TTTTTGGAAA ATAGCAGACT GGTGATATGG TCTTGGTTTT TATGAAAATG GAGAAAGAGG 1320 TGGGCGAGGT AGTCCTCGGT TGAAATGGCT TGCTCTCTTT CAAAAAGATG ATGGAAGAGG 1380 TAGCGGCAGA GCTGGTCCAG AAGAAGCTCC TTACTCTCAT AGTGACAGTA AAAGGTGGAT 1440 CGTCCCACAT CTGCGAGATC AATGATATCC TGAACAGTAG TGGCCTCGTA GCCCTTAGCA 1500 TTCAAAAGTT GTATAAAAGC TTGATAGATG GCTTTTTTGG TTTTGCTGAT ACGGCGGTCA 1560 ATGTTAGTCA TATGGACACT TAAGGCAAAT TGTTCAGAAC TGAATAAAGC TGACGTTTTG 1620 CTTCTATCCT TTCTTTGAGT TTTAGTGGAT AATGATAATG AACAAGGTGT TCATAAATCT 1680 ATTATAACAA AGGAATGAGA AATATGAAGG CAAAATATGC TGTTTGGGTG GCTTTTTTCT 1740 TAAATTTGAC TTATGCCATT GTTGAGTTTA TTGCAGGTGG AGTATTTGGT TCTAGCGCTG 1800 TTCTTGCTGA CTCTGTGCAT GACTTGGGAG ATGCGATTGC AATTGGAATA TCAGCTTTTC 1860 TAGAAACAAT CTCCAATCGT GAAGAAGACA ATCAGTACAC CTTGGGCTAT AAGCGGTTTA 1920 GCCTGCTAGG AGCCTTGGTA ACAGCTGTGA TTCTCGTAAC GGGCTCTGTT CTAGTCATTT 1980 TGGAAAATGT CACGAAGATT TTGCATCCGC AACCAGTCAA TGATGAGGGG ATTCTCTGGT 2040 TAGGAATTAT TGCGATTACT ATCAATCTGT TAGCGAGTCT GGTGGTTGGT AAGGGAAAGA 2100 CAAAGAATGA GTCTATTCTG AGTCTGCATT TTCTGGAAGA TACGCTAGGG TGGGTAGCTG 2160 TTATCCTGAT GGCGATTGTT CTTCGATTTA CGGACTGGTA TATCCTAGAT CCTCTTTTGT 2220 CCCTTGTCAT TTCTTTCTTT ATTCTTTCAA AAGCCCTTCC ACGTTTTTGG TCTACACTCA 2280 AGATTTTCTT GGATGCTGTG CCAGAAGGTC TTGATATCAA GCAAGTAAAG AGTGGCCTGG 2340 AGCGATTGGA CAATGTGGCC AGCCTTAATC AGCTTAATCT CTGGACTATG GATGCTTTGG 2400 AAAAAAATGC CATTGTCCAT GTTTGTCTAA AAGAAATGGA ACATATGGAA ACTTGTAAAG 2460 AGTCTATTCG AATTTTCCTA AAAGATTGTG GTTTTCAAAA TATTACCATT GAAATTGATG 2520 CTGACCTAGA AACTCACCAA ACCCATAAGC GAAAGGTGTG TGACTTGGAA CGGAGTTATG 2580 AGCATCAACA TTAGAAAAAA GTGAAAAATA CTTGGGTACT ATCTTATTTG GAATAGAGTA 2640 ATTTCTTTAT TATTTAAATA TTTCAAAAAT TGGTAAGAGA AGAGCATTGT ATAAACTCCA 2700 GATATATGAT TGTTAATGAT AAAAATTTTT CGATTAGATA CAAAATGCTT GACTTGGAGT 2760 CAACTCAAAG TTATATAATA AGATAAGTGA GTTAGAATAG CGTGAATTCA GTGAATGAAA 2820 TGAGAGGAGG TTAGCGTGTG AATATTAAAT CTGCCAGTGA TTTGTTGGGA ATTTCAGCGG 2880 ATACGATTCG GTATTATGAA CGGGTTGGTC TTGTGCCACC GATTACTCGT ACTGCTACTG 2940 GGATTCGTGA TTTTCAAGAT CAGGATATCG AAGCGCTGGA ATTTATTAAG TGTTTTCGTT 3000 CGGCGGGTGT CTCTGTAGAT AGTTTAGTTG ACTATATGTC GCTCTACCAA AAGGGAGATG 3060 AAACGAGAGA GGAGAGGCTT GGTATTTTAG AAGAGGAAAA GCAAAAATTA GAGGAGCGCT 3120 TGTCTCAGCT ACAGACAGCT TTAAATCGTT TAAATCTCAA AATTAAACTT TATAAGGAAG 3180 GAAAATTTTA AATGAAATCA GCAGTATATA CAAAGGCAGG TCAGGTTGGA CTTGCTAGCA 3240 TTGAACGTCC GCAAATAATA GAAGCGGATG ATGTGATTAT TCGTGTGGTT CGTGCGTGCG 3300 TTTGTGGTTC AGATTTATGG AGGTACCGTA ATCCAGAAAC GAAAGCTGGA CACAAAAATA 3360 GTGGACACGA AGCGATTGGG ATTGTTGAAG AAGCTGGGGA AGCCATTACG ACGGTGAAAC 3420 CAGGTGATTT TGTGATTGTC CCTTTTACAC ATGGATGTGG TGAGTGTGAT GCCTGTCTTG 3480 CTGGATTTGA CGGTTCTTGC GACAATCATA TTGGCAATAA TTTGGGGGGT GATTTTCAGG 3540 CAGAATATAT TCGCTTCCAC TATGCAAACT GGGCGCTGGT TAAAATCCCT GGTCAACCTT 3600 CTGACTATAC AGAAGGGATG CTCAAGTCCC TTTTGACTCT TGCAGATGTC ATGCCGACAG 3660 GCTATCATGC GGCGCGTGTT GCAAATGTTC AAAAAGGGGA CAAGGTTGTT GTTATCGGTG 3720 ATGGGGCTGT TGGTCAATGT GCTGTCATCG CGGCTAAGAT GCGTGGAGCA TCACAAATTA 3780 TCCTTATGAG CCGTCATGAA GACCGTCAAA AGATGGCTAT GGAGTCAGGT GCGACAgcTG 3840 TTGTTGCAGA ACGTGGTCAA GAAGGAATTA CCAAGGTGCG TGAAATCCTC GGTGGAGGAG 3900 CAGATGCAGC ACTTGAATGT GTTGGTACGG AGGCTGCTAT AGAACAGGCG CTAGGTGTTC 3960 TTCATAATGG AGGGCGTATG GGCTTTGTAG GAGTCCCACA CTATAATAAT CGTGCTCTTG 4020 GTTCGACATT TATGCAAAAT ATCTCTGTAG CAGGTGGGGC AGCTTCTGCT ACAACATACG 4080 ATAAGCAATT TTTACTAAAA GCCGTCCTTG ATGGTGATAT CAATCCAGGT CGCGTCTTTA 4140 CTTCAAGTTA TAAACTGGAA GATATCGACC AAGCCTATAA AGATATGGAT GAACGTAAGA 4200 CAATTAAGTC TATGATTGTA ATCGAATAAA AAACGAATAG GAGTTTTAGA ACTCTATTCG 4260 TTTTTTATGT TATCCTATTC TTGATTTAGG GTACTTTCTC TTAATGTCAG TCTGGTTCCC 4320 AGCATGGTCA GGCTAGGGAT TTTCCGACCG TGGAGGACTT CCTTGTTAAG AATATCCATA 4380 CCTGCTCGGC CCATTTCTTC AGTATAAACT GTAATACTAG AGAGGGGAGG ATAGACCTGT 4440 TTGGTCAGAC TAGTGTCGTT AAAGGAAATG AGGCTGACGC GATCTGGCAG GCTGATTCCA 4500 GCTTCTTGGA GGGCACGGAG GGCACCGATA GCTAAACTAT CGCTGGCTGC GAAAAATGCT 4560 GGCGGAAGTT GGTCTCCCAA GCTCTGAATG GCCTCCTTCA TTAAGTCATA GCCAGACTGG 4620 GCAGTAAATC TTCCTTGAAA GACCAGTTCA TCATGATAGA TTCCCCTCGC TTGACTATAG 4680 TTTTTGAAGT TTTCTAGACG CTTGTCCTGA ATGATTTCTT CTTGGTCTGT TGTTTCTTCA 4740 AGGCCTGTTA GAATCCCGAT ACGGTCCATT CCTTGACTGA GGAAATAATC GACAACCTGT 4800 TTCATAGCAG TGTAAAAATC CGTGATAATA CAGGTATGTC CCAGGGAAAG TGTATCGCTG 4860 TCTAGAAATA CAAGAGGCTT TTGGTATTCT TCAAAGGCAG AAATCTGAGC TCGACTAAAC 4920 TTTCCGATGC AGAGAATCCC AATCACTTCC TCGCTTAGGG TAAAAGGGTG GTCATTAAAA 4980 TAGCGCAAGA TATCATAGTC CAACTCTTGG GCTCTTTTTT CTATTCCTAG GCGAATCTGG 5040 TAGTAGTAGA GGTCGTCCAG CTCCCCTTGT TCGCTGACCC ATTGGATAAT GGCAATCTTT 5100 TGCTTGGGTT TGTGGGACTC GCCTGTCTTG AGGTGCTTGG TGTAGCCCAG CTCTTCAGCA 5160 ACGGTTAAAA TACGGTGTCT GGTTTCTTCT GTAACAGATA GGCTCTGGTC GCGGTTGAGG 5220 ACGCGGGATA CGGTCGCGAT AGAGACAGAG GCTAGCTGTG CAATGTCTTT TAAGGTAGCC 5280 ATAAATCCTC CTTGATTAGG TTAGTATATC ATGTTTTTCT TCTTTTTACT GATATTTTAC 5340 TAAAATTTTA GTAAAAAGGA TTGACCTTGG AAAATTCCTT GGATATAATA GAAAGAAAAC 5400 GATTACACGT TAAGATGGCT TAACGGACAG TCAAAGGAGA ATTCATATGG CACAACATCT 5460 TACTACTGAA GCCCTTCGCA AAGACTTTCT TGCTGTTTTT GGTCAAGAAG CAGATCAAAC 5520 CTTCTTTTCA CCAGGCCGCA TTAATTTGAT TGGTGAACAC ACAGACTACA ACGGTGGGCA 5580 CGTTTTTCCT GCTGCTATTT CCTTGGGAAC TTACGGTGCA GCTCGTAAGC GTGACGACCA 5640 AGTCTTGCGT TTCTACTCAG CTAACTTTGA GGACAAGGGC ATTATCGAAG TGCCTCTCGC 5700 TGACCTCAAG TTTGAAAAAG AGCACAACTG GACCAATTAT CCAAAAGGTG TCCTTCATTT 5760 CTTGCAAGAA GCTGGGCACG TGATTGACAA AGGTTTTGAT TTTTATGTTT ATGGAAATAT 5820 TCCAAATGGT GCTGGCTTGT CTTCTTCTGC ATCCTTGGAA CTCTTGACAG GAGTCGTGGC 5880 TGAGCATCTC TTTGATTTAA AATTAGAGCG TCTCGATTTG GTTAAAATCG GCAAACAAAC 5940 AGAAAACAAC TTTATCGGAG TAAACTCTGG CATTATGGAC CAGTTTGCTA TTGGTATGGG 6000 GGCAGACCAA CGTGCTATTT ACCTAGATAC TAATACTTTA GAATACGACT TGGTGCCACT 6060 TGATTTGAAG GACAATGTCG TTGTTATCAT GAACACCAAC AAACGCCGTG AATTGGCGGA 6120 CTCTAAATAC AATGAACGTC GTGCTGAGTG TGAAAAAGCA GTGGAAGAAT TGCAAGTTTC 6180 CTTGGATATT CAGACTCTGG GTGAATTGGA CGAGTGGGCC GTTGACCAAT ATAGCTATCT 6240 GATTAAAGAT GAAAATCGTT TGAAACGTGC TCGCCATGCT GTGCTTGAAA ACCAACGTAC 6300 CCTCAAAGCT CAAGTAGCAC TCCAAGCAGG AGATTTGGAA ACATTTGGAC GCTTGATGAA 6360 TGCGTCACAC GTTTCTCTGG AGCATGATTA TGAAGTAACT GGTTTGGAAT TGGATACCCT 6420 TGTTCACACA GCTTGGGCAC AAGAAGGAGT TCTCGGTGCT CGTATGACAG GGGCTGGTTT 6480 TGGTGGCTGT GCcATTGCCT TGGTTCAAAA AGATACTGTT GAGGCCTTTA AGGAAGCTGT 6540 AGGCAAACAC TACGAGGAAG TAGTTGGATA CGCTCCAAGC TTCTATATCG CTGAAGTTGC 6600 AGGTGGCACT CGCGTCCTTG ACTAGTCAAA AGGAGGCTCT ATAGTGACCT TAGTAAATAA 6660 ATTTGTAACA CATGTCATTT CTGAAAGCTC ATTTGAGGAA ATGGATCGAA TCTATCTGAC 6720 CAATCGTGTT TTGGCACGAG TGGGAGAAGG TGTTTTGGAA GTTGAGACCA ATCTGGATAA 6780 ATTGATTGAC CTCAAGGACC AGCTGGTTGA AGAAGCCGTT CGATTAGAGA CGATTGAGGA 6840 TAGTCAGACT GCGCGTGAAA TCCTTGGTGC TGAACTGATG GATTTGGTGA CTCCTTGTCC 6900 AAGTCAGGTC AATCGTGATT TTTGGGCAAC CTACGCCCAC TCTCCAGAAC AAGCGATAGA 6960 GGATTTTTAC CAACTCAGTC AGAAAAATGA CTACATCAAA CTCAAGGCCA TTGCTAGAAA 7020 TATCGCTTAT CGTGTTCCAT CTGACTACGG AGAACTTGAA ATTACCATCA ATCTCTCTAA 7080 GCCTGAAAAA GATCCCAAAG AGATTGTGGC AGCCAAGTTG GTGCAAGCTA GTAATTATCC 7140 TCAGTGTCAG CTTTGTCTAG AGAATGAGGG CTACCATGGT CGAGTTAACC ACCCAGCTCG 7200 TAGCAATCAC CGTATTATCC GTTTTGAAAT GGTTGGTCAG GAATGGGGTT TCCAGTATTC 7260 GCCCTATGCT TACTTTAATG AGCATTGTAT CTTTTTAGAT GGCCAGCATC GTCCCATGGC 7320 CATTAGTCGT CAGAGTTTTG AACGTCTGTT GGCTATCGTA GACCAGTTTC CAGGATATTT 7380 TGCTGGATCT AATGCCGACC TGCCGATTGT GGGGGGCTCT ATTCTAACTC ATGATCATTA 7440 TCAGGGAGGC CGTCACGTAT TTCCTATGGA ATTGGCTCCC TTGCAAAAGG CCTTCCGATT 7500 TGCTGGTTTT GAGCAGGTCA AGGCTGGAAT TGTCAAGTGG CCCATGTCTG TCCTACGTTT 7560 GACTTCGGAT TCCAAAGAGG ATTTGATCAA TTTGGCTGAT AAGATTTTGC AGGAATGGCG 7620 CCAGTATTCA GATCCTGCAG TGCAGATTTT GGCAGAGACA GACAGGACAC CGCATCACAC 7680 TATCACACCC ATTGCCCGCA AACGCGATGG ACAGTTTGAG TTGGACTTGG TCTTGCGAGA 7740 CAATCAGACT TCAGCAGAGT ATCCTGATGG TATCTATCAT CCCCACAAGG ATGTCCAACA 7800 TATCAAGAAG GAAAATATCG GCTTGATTGA GGTCATGGGC TTGGCAATCT TGCCACCACG 7860 TCTGAAAGAA GAAGTGGAGC AAGTCGCTAG CTATCTTGTA GGAGAAGCTG TTACAGTTGC 7920 CGATTATCAT CAGGAGTGGG CAGACCAACT CAAATCCCAA CATCCAGACT AACGGATAAA 7980 GAAAAAGCCC TTGCAATCGT CAAGGACTCT GTGGGTGCTA TCTTTGCGCG TGTACTTGAG 8040 GATGCAGGAG TCTACAAGCA GACAGAACAA GGGCAGACAG CCTTTATGCG CTTTGTGGAA 8100 CAGGTCGGAA TTTTACTAGA CTAGGAGCTT TCTCGG 8136 (2) INFORMATION FOR SEQ ID NO : 76 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 10011 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 76 : CCCATAGTGA AGAGTGGCCA TAAGAAGGTC TTCTAGGCTT AATTTAGGTT TTCGTCCACC 60 TTTTGCGTGT TTAAGTTGAT AAGCTGTTTT TAACACAGCT GAACATCTCT TCAAAAGTCG 120 TGCGCTGAAC ACCAACAAGA CATTTAAATC GTGTATCAGT TAGTTGTTTA CTTGCTTCAT 180 CATTCATAGA ACTACTATAC CATGTTTTGT TTCGCAGGAA GTCTAATATT GTCAAATACT 240 GGAACGCTCA TTGCTGGGAT ACGGAATAAG ATTGGCCCAG CTTCGATAAC TGGGATACCT 300 GGTTCAAAAC CAAGGTCTGT TGCAGCGATT GGTGTAAAGA TATCGTAACC TTTCATAAGG 360 TCTTCGTTTA CATCTTTCAC CATAACTGCA TCACAGTGAA CATCGTAACC ACGGTTTGAA 420 AGTTCTTCTT CTAGAGCACT TTTAATTTGG TGACTTGAGT TAACACCTGC ACCGCAGGCA 480 GCAAGAATTT TAATCATTTG GATTTCCTCC GATTTTATTT TTTAATAGAC AAGATTAAGC 540 GGTTGCTTCA GCAATGTAAG CATAAAGGGC TTCTGGTTCA GAAATTTTTG ATAGGTCTTC 600 AAGATGACCA TTTCCTGTGA AGAAGTCCAT TAACTGAGCA AGAATGTTCG TTTGACTTGA 660 ACTTGAATTA TTGATGATAA AGAAGAGCAA GGATACTTCT ACTTCCTTAC CTGGCGCAAT 720 CATATTATGG AAAGTCACCG GTTTCTCTAA TCGAACAACC ACCACTTTCT CAGCTAGATT 780 ATGAACAATA TCTGTGTGAG GAATCATTAC ATTTGCAAGT CCTTTCCTAG AAATTCCATA 840 TATAAACCAG TTGGAAATGA CTTTTCACGC GTGATCAAGG CTTCACGATA AGTTGGAGTG 900 ACAATTTCTC GTTCTTCCAA CAAGCTTGCT ACCTGATCAA AAAGTTATTC TTGATTATCC 960 GCTTCTAAGC AAAACACAAG GTTTTTGTCA AAGAAATAAT CTAATACCAT AAGGTTTTCC 1020 CTTCTTTCCA TTAACTTTAT GCTATAAGTA TAACACTATA TGAAATCGTT GTTAATTACT 1080 TTCTATTCTT TTTTGTCTCT TTTTTTATAT TTTTGTTTTG TTTATAGTTT GTTATATAAA 1140 AATAAACACA CAAACAAATA CTCCAAGCAT TTTTCTGTTC TAATACTCAA TGAAAATCAA 1200 AGAGCAAACT AGGAAGCTAG CCGCAGTTGT TCAAAACACA GTTTTGAGGT TGTAGATGAA 1260 ACTGACGAAG TCACTCAAAA CATGGTTTTG AGGTTGTAGA TGAAACTGAC GAAGCAACAg 1320 CCATACATAC GGTAAGGCGA CGCTGACGTG GTTTGAAGAG ATTTTCGAAG AGTATAAAAA 1380 CTAAAAAAGC AGACCATCTA AGCCTGCTTT ACTATTGATT CTTATATAAA TTTCCTGTGA 1440 ACAAGGAAAG GCATTTCTGA TAACTTATTC TTCATCCATA CTCAAGACGC TGAGGAAGGC 1500 TTCTTGCGGA ACTTCAACTG ATCCGATGGA TTTCATGCGT TTCTTACCAG CTTTTTGTTT 1560 TTCAAGGAGT TTACGCTTAC GAGAAACGTC ACCACCATAA CATTTAGCAA GTACGTTCTT 1620 ACGAAGGGCC TTGATATCAG TACGAGCGAC AATCTTGTGT CCAATAGCCG CTTGGATTGG 1680 AACTTCAAAT TGTTGGCGAG GGATGATTTT CTTGAGTTTA TCAACGATGA GTTTCCCACG 1740 TTCGTAGGCA AAGTCCTTGT GAACGATAAA GCTGAGGGCA TCCACCTTAT CTCCATTGAG 1800 AAGAATATCC ATTTTCACCA GCTTAGATGG GCGATATTCT GACAATTCGT AGTCAAAGCT 1860 TGCATAACCA CGTGTCGAAG ACTTAAGTTT ATCAAAGAAG TCAAAGACAA TTTCAGCAAG 1920 AGGAATTTGA TAGATAACAT TGACACGGTT ATCATCAATA TAGTCCATAG TCACAAAGTC 1980 CCCACGCTTA CGCTGAGCTA GCTCCATTAC TGCTCCGACG AACTCCTGTG GTACCATGAT 2040 TTGCGCCTTG ACATAAGGCT CTTCAATGGT CGCAATCTTA GTTGGGTCTG GAAACTCAGA 2100 TGGGTTAGAC ACATCCATAG ACTCACCGTC GGTCAAATTA ACTTTGTAAA TAACAGACGG 2160 AGCTGTCATG ATGAGGTCAA TATTGAACTC ACGCTCTAAA CGTTCCTGGA TAACATCCAT 2220 ATGGAGAAGT CCAAGAAATC CACAACGGAA ACCAAATCCA AGTGCCTGAG ATGTTTCTGG 2280 TTCAAACTGA AGACTAGCAT CATTCAGTTG CAATTTTTCA AGcGCTTCAC GCAGGTCATT 2340 GTACTTGTTT GATTCGATTG GGTAGAGACC CGCAAAGACC ATAGGATTCA TCTGCTTATA 2400 ACCATGTAAT GGTTCTGCCG CAGGATTGGT TGCCAAGGTA ACGGTATCAC CCACACGAGT 2460 ATCCTGAACC GTCTTGATAG ACGCCGCAAT GTAACCAACA TCACCAGTCG CAAGGAAATC 2520 ACGACCAACC GCTTTTGGTG TAAAAATACC GACTTCGGCC ACATCAAAGG TCTTACTATT 2580 GCTCATGAGC TGAATCTTAT CACCAGGTTT GACCACTCCG TCCATGACAC GCACTTGGAG 2640 GATAACCCCA CGGTAAGCAT CGTAAACAGA GTCGAAAATC AAGGCCTTAA GTGGCGCCGT 2700 CACATCACCC GTTGGTGCTG GTACTTTTTC TACAATTTGC TCGAGGATTT CTTCAATCCC 2760 AATACCAGCC TTGGCAGAAG CCAAAACTGC TTCACTGGCA TCCAAACCAA TCACATCTTC 2820 AATCTCTGTA CGCACGCGCT CCGGATCTGC AGCCGGCAGG TCAATTTTAT TAATGATAGG 2880 CATGATTTCC AAATCATTAT CCAAAGCCAG ATAAACGTTG GCAAGAGTTT GAGCCTCAAT 2940 TCCTTGAGCC GCATCGACCA CCAAAATAGC ACCCTCACAG GCAGCTAGCG AACGTGAAAC 3000 TTCATAGGTA AAGTCAACGT GCCCTGGTGT GTCAATCAAG TGGAAAATAT AAGTTTCCCC 3060 ATCTTTTGCA GTGTAATTCA ACTCGATGGC ATTCAACTTA ATAGTAATTC CACGTTCCCG 3120 CTCTAGCTCC ATGCTATCCA AAAGCTGGGC CTGCATTTCA CGACTTGAAA CCGTCTCTGT 3180 TTTTTCCAAA ATGCGGTCTG CTAGAGTTGA TTTTCCGTGG TCAATATGGG CGATAATAGA 3240 GAAGTTACGG ATCTTCTCCT GTCGTTTTTT CAATTCTTCT AAGTTCATGA TTCTCTTCCT 3300 TTCAGGGTAT CTATTTATTA TAAATTGTTT TTGATATTTT GACAAGACCA TACCCTGCTA 3360 GGAGTACTAA TCTTCAGCGA CAAAGCCGTC ATTTTCGATA AAGTGGTGTT CTGTCATTCC 3420 TTGGTCTGTA AAGACAATCC CGTGAAGGAC ACCACCATAA ACAGCTCCTC CATCCATTCC 3480 AATCTTGCCA TCTTCTGTAG TCCAAAGCTC AGATGTACCG CGTTCTTGCT GTAACAAACC 3540 ATAGACCGGT GTATGACCGA AGACAATGGT TTTTCCAGTA TGATTTTCAG CTCCGTGGAA 3600 TGGTTTTCTA AGCCATACTT TTTTATAATC TGTTGTTTCA TGCCAGTCGT CCAAGGTCAA 3660 ATCAATACCT GCGTGAACAA AGATATACTT GTCTGTCTCT ACTACAAATG GCATTTGACG 3720 AATGAATTCG ACCAAGTCTG CCGCTTCAGC GgCAACCCGC TTGGCATCTT CTACTCCATC 3780 AACTGGTGCA TCCAAGGGAC GACCTAGGAT AGAGTTAATG GTTGTATCTC CACCATTGCG 3840 ACTATAATGG TCATAACTTT CTTCTGGGTC ATCTAGCCAA GTCAAAAACA TATACTCGTG 3900 GTTTCCGGAC AAACAGATAG CCCCTTGATT GTCCACCAAG TCCTTGACCA TTTCAAGAAC 3960 ACGGTGACTA TCCTCACCTC TGTCAATCAA ATCACCTAGA AAGAGCAACT GGGGCTGACC 4020 ATCCCAGGTT TTGAGAAGGT CTTCCAGCAT CCCAGCTTTT CCGTGAACAT CTCCAATTAC 4080 ATAATAATCT GTCATCTTAT TTCTCCCTGT TTCTCAACAA TTCTCTTGCT TGCGTCAGGG 4140 CTGCTTCTGT CACATCATCA CCTGCCAACA TCTTGGCAAC TTCCTCCACT CGCTCTTCGA 4200 CCGTCAAGAG ACGAACAGTC GAAACCGTTG AATGGTCATT ACTAATCTTC TCAATAAAGA 4260 ATTGATAATC TGCAATCGCA ATTACTTGTG GCAAATGGGA GATAGCCAAA ACCTGACCAT 4320 GCTGACCAAT TTTATGAATT TTCTGAGCAA TAGCTTGAGC AACACGACCT GAAACTCCCG 4380 TATCCACCTC ATCAAAGACA ATGCTAGTCT TGCCTTCTTT ACGTGAAAAG GCAGACTTAA 4440 TGGCTAACAT GAGACGAGAT AATTCCCCTC CAGAAGCAAC CTTAACCAAG GGTTTAAAGT 4500 CTTCTCCAGG GTTGGTTGAA ATATAAAACT CAACCATTTT ATTTCCCTCA CGACTGAATT 4560 TTCCCTTACT AAAACGAACC TGAAACTGGG CTTTTTCCAT ATAAAGATCT TGCAGTTCTT 4620 GTTTAATCTC AGCTTCGAGT TGCTGAGCCA AATTATGACG AGCAGAAGCA AGTTGACCTG 4680 CCAAATTGAC AAGATTGACT TCCAACTTCT TAAGCTCTGC TTCCATGTCC TCAGACGAAA 4740 GATTATTGCC TGTCAAGAGA TTGTATTCTT CCGTAATCTT GGCAAAATAA AGCAAAACAT 4800 CATCAACAGT CCCACCATAC TTACGAGTAA TAGTATGAAG GAGGTCCAAA CGATTCTCAA 4860 CCTGCATCAG GCGATTGCCA TCAAAATCAA GGTCCTCAAT GATAGCTTCC AAACGTTTGC 4920 TAATGTCTTC TAAAACATAG TAGGTCTCAG ACAGATAGCT TGAAATTTCA CGGTATTCAG 4980 GATCATACTC TTCGACACTT TCCATGTCAT TCATAGCTGA ACGAACATTG GCCAGACTTG 5040 AAAAATCTTC ATTGTCCAAC ATACTGTAGG CATTGGTCAG TGTATCCGCA ATATTTTTGT 5100 GGTTGAGGAG TTTATCTCGC TCTTGATTGA GAGCCAAGTC TTCTCCAGCC TGCAAGTTTG 5160 CTGCCTCAAT CTCTGCCATT TGAAATTCCA ACATTTCGAT ACGTGCCTTG TGTTCCTGTT 5220 GGTTTTTCTT GACTTCCAGA ACCTGCTTGC GCATTTTCCG ATAGGCATCA AAACTCGTTT 5280 GATAGGTTTC TTTCAAGTCC CAAAAAGCGG CATCACCAAA TTCATCCAAC ATCTGGATAT 5340 GCAGTTGGGG ACGCATTAAC TCCTCATGGT CATGCTGACC ATGAATATCT ACAAGATGTT 5400 GCCCAATAGC TCGCAAAACA GACAGATTAA CCATCTGACC ATTTACACGG CTGATACTAC 5460 GACCATTTTG CAAGATTTCC CGACGGATGA TAATTTCATC ACCTAATTCT AAACCTTGCT 5520 CATCAAAAAT TTCCTGTAAA AGACGACTAT TCTCAACTGA GAAAAGCCCC TCAATCTCTG 5580 CCTTTGGTGC ACCATGACGA ATAACATCTG TCGTCGCACG AGCTCCCAAC ATCATATTCA 5640 TGGCATCAAT GATAATCGAC TTCCCTGCAC CCGTTTCACC AGTCAGGACA GTCATCCCCT 5700 TTTCAAAATT GAGGGAAATA GCCTCAATAA TGGCAAAGTT TTTTATCGAA ATTTCAAGTA 5760 ACATATAGAC CTACCAATTT TTTACTTGTT CAAAGATTTC CTCTGCTAGA CTTCCACTTC 5820 TGGCAATGAC TAAAATCGAG CTATCATCAG TCAAACAGCT AAAAATCTTG TCTGCAAAAG 5880 TCTCGATTAA CTGAGCTTTT ACAAAAGCCG TATTTCCTGG AATAACTTGG AGATTGATCA 5940 TCTTATCCAT CAATTCAGCC GATTCGATAT TGTCTTCAGC CAGTTGCAGA CTTTTTACGA 6000 TTGATTTTGG CAATTCGTAG ACATAGGTGT TGTCTCTCAA AGGAATTTTG ACAATACCTA 6060 ACTCTTTGAT ATCTCGGGAT ACCGTCGCCT GAGTGGCAGT GATACCTGCT TCTTTCAAAT 6120 GTTCTACAAT TTCTTCTTGC GTGCCGATTT GATAATCTGT CACCAATCTT CTAATTTTTT 6180 CAAGTCTCTC TTTTTTATTC ATTTTTAAAT TGACTATGCG CCCTCTCTAC TGCTTCTTTA 6240 ATCTCAGCAA GAATCTGATT GCTTGCTGAC TTTTCTTTTT TCAAATACGC TAAAAATTCA 6300 ATATTTCCAT GTCCACCTTG GATGGGAGAA AAGTCCAAGC CAAGGACTGA AAAACCTACC 6360 TCTACTGCCA TAGCTGTTAC AGATTCAAGG ACATTCTGAT GAACCTTAGC ATCTCGAATA 6420 ATTCCATTTT TCCCAATCTG CTCACGTCCT GCCTCAAACT GAGGTTTGAC AAGTGCTACC 6480 ACCTGACCTT GATCAGCCAA GACACGGTGC AAGGCTGGCA AAATCAGACT AAGGGAAATG 6540 AAACTCACAT CAATACTGGC AAAGCTCGGC TCCTGCTCGA AATCAGTCTT TTCAGCATAG 6600 CGGAAATTGA ACTGCTCCAT GCTGACAACT CGTGGGTCTT GGCGTAATTT CCAAGCCAAC 6660 TGATTGGTAC CAACATCGAC TGCAAAGACC AACTTGGCAC TATTCTGTAG CATGACATCG 6720 GTAAAACCTC CAGTAGAGGC CCCGATATCA ATCGTAGTCG CGCCATCCAC CGACAAATCA 6780 AAGACCTGCA AGGCCTTTTC CAGTTTCAAA CCACCACGGC TGACATACTT GAGTTTCTCC 6840 CCCTTGAGTT TTAATTCGGT GTCATCTGGA ATTTTCTCTC CTGGCTTGTC AAACCGTTCT 6900 CCATTAAGGA CTGCTACGAC TAGGCCAGCC ATCACACCTC GCTTGGCCTG CTCTCTCGTT 6960 TCAAACAACC CCTGTTTATA AGCTAGTACA TCCACTCTTT CCTTAGCCAT TGATTCTCAA 7020 ACTTTCTACT ACACTTACAA TCGATTCTGT TTCAAAGGGA AGCTGCTGGG CAATTTCTTC 7080 TAATTTTTCA TTAGCTTGAT CCAGGGTTTG GTTACAAAAG GCAATGGACT CTTCCAAGCC 7140 CAACAGGGCA GGATAGGTTG ATTTTTCTGC CTGCAGATCC TTTTGAGGTG TCTTGCCGAT 7200 TTCCTCAAAA CTAGCTGTCA CATCCAGTAC ATCATCTCTG ACTTGAAAAG CAAGTCCAAT 7260 CAATTCACCC ACAGTTTTCA GCTTCACCTG CATTTCAGGT GACAATTCAG CTATAATAGC 7320 TGCCGCTTGG AAGGGATAGG CTAGTAACTT CCCAGTCTTA TTGGCATGAA TAGTCTGAAG 7380 TTCTTCCAAA GACAAGTGCT GGTGTTCGCC CTCCATATCC AAAACTTGCC CTGCTACCAT 7440 ACCCAGACTA CCTGAAGCAA GGGATAAGTT GGCAATCAAG TCCACCTTAA TCTGACTTGG 7500 CAAATCTGCC TGCGCAATCA AGGCATATGA GTCTAAGAAT AAGGCATCTC CAGCCAAAAT 7560 GGCCATAGCT TCACCGAATT TCTTGTGATT GGTTAACCGC CCTCTTCGAT AATCGTCATC 7620 ATCCATAGCA GGAAGGTCAT CGTGAATCAA GCTCCCTGTA TGAATCATCT CTAAGGCAGT 7680 AGCTACCTGC GCGTGAGCAG GTTTGATGGT AACCTGCAAG GCTTCCAGAA CTTCTAACAA 7740 GAGAAAAGGC CGAATACGCT TGCCACCAGC ATGAATAGAA TAGAGAACAG ACTCCCGTAA 7800 ACTAGAGGCA AACTGCTGGT CTCCATAAAA ATCTTCCAAA GCCGACTCGA CAAGAGCTAA 7860 TTTTTCTTGC TTTTTCATTC AAAATCACTT TCTGTTCCGT CTTCTTGCAT GACCTTGACC 7920 AAGGTCTTTT CAGCCTTGTC CAGCGTAGCT TGGAGCTCTT TTGACAAGAC CATGCCCTTT 7980 TGAAAGGCAG TAATCGCATC TTCCAGAGCA ATTTCACCAT TTTCCAAACT TTGGACAATG 8040 GTTTCCAGTT CTGCTAGATT TTCCTCAAAT TTCTTTTGTT TTGACATCTT TAACCTCTAA 8100 TTCTACTTGA CCATCTCGCA TCAAAAGCGT TACTTGGTCT TTTTTCTTCA AACTCTCAAC 8160 CGAATCTACA ACGGACTCTT CTTTTTTGAC AATAGCATAA CCACGCGCCA CGATTCGGCT 8220 AGTATCCAAC ATGAGCAAAG CTTCCGAAAG TCGCTTGGCC TCAGCAACCT TGGCGTCATA 8280 AACTAACGCC ATTTGGCTAC CTAAGAGCTT GTCCAACTGT CCTAAACGGT CTTGATAGCG 8340 TTGGATTTTG GTAACAGGTG ATAATTGTAC TAATTGATGA GTTCTTGCTT GAACTAATTG 8400 TTTGTTATCA GAAATCCGAG TTCGCAAACT TTGTTTCAAA CGCAGTTGCA GTTGGTCCAA 8460 GCGTTGCAAA TAACCGTCAT ACAAGCGCTC AGGTTGTCTA AAGATAACAG ACTGACTGCA 8520 TTTTTTCAAA GCCTCTTGTT TCTTAGATAG AACATTTCGG ACTGCCGTTA CCATCCGTTT 8580 TTCCTGATTT TGCAAATGAG CTAATACATC CAACTTGGTC ACAGGTGTTG CCAGTTCAGC 8640 CGCCGCTGTT GGCGTTGCAG CGCGTCGATC TGCCACAAAA TCTGCCAAGG TCACATCCGT 8700 CTCATGCCCC ACACTAGAGA TAACTGGCAA ACGAGATTCA AAAATAGCTC GTACCACAAT 8760 TTCTTCGTTA AAGGCCCAGA GATCCTCAAT AGAACCACCT CCACGACCAA TAATGAGCAA 8820 ATCCAAATCG TCCCGTTGAT TAGCACGCGC AATATTTCTA GCAATTTCCT CCGCAGCCCC 8880 TTCACCTTGA ACCTTGGTCG GATAAAGAAG GATGTCAACA CCTGGGAATC GCCTGCTGAC 8940 GGTCGTGATA ATATCTCGAA TAACGGCTCC ACTACGGCTG GTTACTACAC CAATTCTCTT 9000 AGAAAATTGG GGCAGAGCTT GCTTGAAGCG TTCTTGAAAC AGGCCTTCTT CTGTCAATTT 9060 TTTCTTAAGT TGTTCAAACT GAATCGCAAG CGCCCCAACC CCATCAGGCT CAGCTTTTTC 9120 AATGATGATG GAGTAGCTAC CACTTGGTTC ATAGACCTGT ACACGCCCAA TCACATTGAT 9180 CTTCATTCCT TCTTCCAGGT CAAACCCTAA TTTCTGATAA ATCCCAGACC AGATGGTCGC 9240 TTGAATAACT GCATGGTCAT CCTTTAGGGA GAAATATTGG TGAGTAGGTC GTTTACGAAA 9300 GTTGGAAACT TGACCAGTTA AATAGACCCG TTCCAAGTAT GGGTCTTTAT CGAATTTCAT 9360 TTTCAGATAC TTGGTCAAAG TTGTTACCGA TAAATACTTT TCCATCTCCA CCTACTATTC 9420 ATTTACTTGC TCTTTCATGG GTATTATTAT ACCAAAAATA TGCCTAAAAA TCTCCATTTA 9480 TGTACCATTA TGAGGGAAAA ATAGAAAAAG GAGGCAAGGC CTCCACATGT GATTATTTGC 9540 TGTTTCGAGC TTCTTCCAAA ATCTTTGCAA TCTTGGTCGT CAACAGGTCG ATAGCCACGG 9600 TATTGCTAAC CCCTTCAGGA ATGACGATAT CAGCATAACG CTTAGTTGAC TCGATAAACT 9660 GGTGGTACAT TGGTTTGACC ACACCTAAGT ACTGGTTAAT AACGCTATCA AGGCTACGGC 9720 CACGCTCCTC CATATCACGC TTGATACGAC GAATAATGCG CACATCGTCA TCCGTATCCA 9780 CAAAAATCTT GATATCCATC AAATCGCGCA GACGCTTGTC CTCCAAGACC AAAATACCCT 9840 CAACGATAAA GACATCTTGA GGTTCCTGAC GATAGGTCTT GCTACTCCGT GTATGCTCTG 9900 TATAGTCGTA GGTCGGGATG TCCACCGGAC GCCCTGCCAA CAATTCCTTA ATCTGCTCGA 9960 TCATCAAGTC TGTATCAAAG GCAAAAGGAT GGTCATAGTT GGTTTTGACG G 10011 (2) INFORMATION FOR SEQ ID NO : 77 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5365 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 77 : CGTGTGGTCT TAAAAATAGA AGACAAAGAA CAAACTGTTG GAGGCTTTGT CCTTGCAGGC 60 TCAGCCCAAG AAAAAACCAA AACAGCTCAA GTTGTGGCTA CTGGACAAGG TGTTCGTACC 120 TTGAACGGTG ACTTGGTTGC TCCAAGTGTT AAAACTGGAG ATCGTGTCTT AGTTGAAGCC 180 CACGCAGGTC TTGATGTCAA AGATGGCGAT GAAAAGTACA TCATCGTAGG CGAcTAACAT 240 TTTGGCAATC ATTGAGGAAT AGAAGGAGAA AGTAAGTATG TCAAAAGAAA TTAAATTTTC 300 ATCAGATGCC CGTTCAGCCA TGGTTCGTGG TGTCGATATC CTTGCAGACA CTGTTAAAGT 360 AACCTTGGGA CCAAAAGGTC GCAATGTCGT TCTTGAAAAG TCATTCGGTT CACCCTTGAT 420 TACCAATGAC GGTGTGACCA TTGCCAAAGA AATCGAATTG GAAGACCATT TTGAAAATAT 480 GGGTGCTAAG TTAGTATCAG AAGTAGCTTC TAAAACCAAT GATATCGCAG GTGACGGAAC 540 TACGACTGCA ACAGTCTTGA CCCAAGCTAT CGTCCGTGAA GGAATCAAAA ACGTCACAGC 600 AGGTGCAAAT CCAATCGGTA TTCGTCGTGG GATTGAAACA GCAGTTGCCG CAGCAGTTGA 660 AGCTTTGAAA AACAACGCCA TCCCTGTTGC CAATAAAGAA GCTATCGCTC AAGTTGCAGC 720 CGTATCTTCT CGTTCTGAAA AAGTTGGTGA GTACATCTCT GAAGCAATGG AAAAAGTTGG 780 CAAAGACGGT GTCATCACCA TCGAAGAGTC ACGTGGTATG GAAACAGAGC TTGAAGTCGT 840 AGAAGGAATG CAGTTTGACC GTGGTTACCT TTCACAGTAC ATGGTGACAG ATAGCGAAAA 900 AATGGTGGCT GACCTTGAAA ATCCGTACAT TTTGATTACA GACAAGAAAA TTTCCAATAT 960 CCAAGAAATC TTGCCACTTT TGGAAAGCAT TCTCCAAAGC AATCGTCCAC TCTTGATTAT 1020 TGCGGATGAT GTGGATGGCG AGGCTCTTCC AACTCTTGTT TTGAACAAGA TTCGTGGAAC 1080 CTTCAACGTA GTAGCAGTCA AGGCACCTGG TTTTGGTGAC CGTCGCAAAG CCATGCTTGA 1140 AGATATCGCC ATCTTAACAG GCGGAACAGT TATCACAGAA GACCTTGGTC TTGAGTTGAA 1200 AGATGCGACA ATTGAAGCTC TTGGTCAAGC AGCGAGAGTG ACCGTGGACA AAGATAGCAC 1260 GGTTATTGTA GAAGGTGCAG GAAATCCTGA AGCGATTTCT CACCGTGTTG CGGTTATCAA 1320 GTCTCAAATC GAAACTACAA CTTCTGAATT TGACCGTGAA AAATTGCAAG AACGCTTGGC 1380 CAAATTGTCA GGTGGTGTAG CGGTTATTAA GGTTGGAGCC GCAACTGAAA CTGAGTTGAA 1440 AGAAATGAAA CTCCGCATTG AAGATGCCCT CAACGCTACT CGTGCAGCTG TTGAAGAAGG 1500 TATTGTTGCA GGTGGTGGAA CAGCTCTTGC CAATGTGATT CCAGCTGTTG CTACCTTGGA 1560 ATTGACAGGA GATGAAGCAA CAGGACGTAA TATTGTTCTC CGTGCTTTGG AAGAACCCGT 1620 TCGTCAAATT GCTCACAATG CAGGATTTGA AGGATCTATC GTTATCGATC GTTTGAAAAA 1680 TGCTGAGCTT GGTATAGGAT TTAACGCAGC AACTGGCGAG TGGGTTAACA TGATTGATCA 1740 AGGTATCATT GATCCAGTTA AAGTGAGTCG TTCAGCCCTA CAAAATGCAG CATCTGTAGC 1800 CAGCTTGATT TTGACAACAG AAGCAGTCGT AGCCAATAAA CCAGAACCAG TAGCCCCAGC 1860 TCCAGCAATG GATCCAAGCA TGATGGGCGG GATGATGTAA GCTTTCTATA GAAAACAACT 1920 TATAAAAAAC ACAAAAGGAG GGAATGACTA ACCCTTCTTT TTATAGGCTC TTTGTCAACT 1980 GTAGTGGGTT GAAGTCAGCT AAGCTCGAGA AAGGACAAAT TTCGTCCTTT CTTTTTTGAT 2040 GTTCAAAGCG ATAAAAATCC GTTTTTTGAA GTTTTCAAAG TTTCGAAAAC CAAAGGCATT 2100 GCGCTTGATA AGTTTGATGA GATTATTGGT CGCTTCCGGT TTGGCGTTAG AATAGTGTAG 2160 TTGAAGGGCG TTGATAATCT TTTCTTTATC TTTGAGGAAG GTTTTAAAGA CAGTCTGAAA 2220 AATAGGATGA ACTTGCTTAA GATTGTCCTC AATAAGTCCG AAAAATTTCT CCGGTTCCTT 2280 ATTCTGAAAG TGAAACAGCA AGAGTTGATA GAGCTGATAG TGATGTTTCA AGTCTTGTGA 2340 ATAGCTCAAA AGCTTGTCTA AAATCTCTTT ATTGGTTAAA TGCATACGAA AAGTAGGACG 2400 ATAAAATCGC TTATCACTCA GTTTACGGCT ATCCTGTTGT ATGAGCTTCC AGTAGCGCTT 2460 GATAGCCTTG TATTCATGGG ATTTTCGATC CAATTGGTTC ATAATTTGAA CACGCACACG 2520 ACTCATAGCA CGGCTAAGAT GTTGTACAAT GTGAAAGCGA TCCAACACGA TTTTAGCATT 2580 CGGGAGTGAA ACAGTCTGGG AGACTGTTTC AGCCTGAGCC TAGAAATTTG AAAGCGAAGC 2640 TGTTTAGCCA AGTCATAGTA AGGACTAAAC ATATCCATCG TAATGATTTT CACTTGACAA 2700 CGAACGGCTC TATCGTAGCG AAGAAAGTGA TTTCGGATGA CAGCTTGTGT TCTGCCTTCA 2760 AGAACAGTGA TAATATTAAG ATTATCAAAA TCTTGCGCAA TGAAACTCAT CTTTCCCTTA 2820 GTGAAGGCAT ACTCATCCCA AGACATAATC TTTGGAAGCC GAGAAAAATC ATGCTCAAAG 2880 TGAAAGTCAT TGAGCTTGCG AATGACAGTT GAAGTTGAAA TGGCCAGCTG ATGGGCAATA 2940 TCAGTCATAG AAATTTTTTC AATTAACTTT TGAGCAATCT TTTGGTTGAT GATACGAGGG 3000 ATTTGGTGAT TTTTCTTTAC CAGGGGAGTC TCAGCAACCA TCATTTTTGA ACAGTGATAG 3060 CACTTGAAAC GACGCTTTCT AAGGAGAATT CTAGAAGGCA TACCAGTCGT TTCAAGATAA 3120 GGAATTTTAG AAGGTTTTTG AAAGTCATAT TTCTTCAATT GGTTTCCGCA CTCAGGGCAA 3180 GATGGGGCGT CGTAGTCCAG TTTGGCGATG ATTTCCTTGT GTGTATCCTT ATTGATGATG 3240 TCTAAAATCT GGATATTAGG GTCTTTAATA TCGAGCAGTT TTGTGATAAA ATGTAATTGT 3300 TCCATATGAA TCTTTCTAAT GAGTTGTTTT GTCGCTTTTC ATTATAGGTC ATATGGGACT 3360 TTTTTTCTAC AACAAAATAG GCTCCATAAT ATCTATAAGG GATTTACCCA CTACAAATAT 3420 TATAGAGCCG AAAATTCACA TCTAATATAT GCAGACTACT TTGAAATGAA ATTAAAAAAA 3480 TTATTAAAGG ATGACACAAA AGTTTTTGAA AAATCTACAT TCAAATTTGT AGAAGGATAT 3540 AAAATATACC TGACAGAATC TAAAGAATCT GGAATTAAAC AAATGGACAA TGTCATAAAA 3600 TATTTTGAGT TTATTGAATC TAAAAGTATT GCTTTATATT TTCAAAAACG ATTAAATGAG 3660 CTGATAGATT AAATAGCATT TTCTCTGTTG AGATATTGTT TTTAAAATAT TGTACTAAAT 3720 GATTGATGCT ATGTGGAAAT ACAAAAAAAT GTTTTTGATA CGAAGTTGAC CTGTATTTTT 3780 TATACTAATC ATTTTCGTAT TTTTTGTATT AAACGATATA AGTTTGTTGT AAACTTACAA 3840 GGAATAAAGA CATTAAAAAA TAACAGTATA TCTATTTGTT TTATATATTT TACGAATTCT ? 900 GCATAAATCT CTTTCTAGTA ATGTGTTGTA ACTCTGCTAT AATAGATTTA TTCCTTTTTG 3960 TGTTTACACA ATTTATTTTA TAGTACCAAA AAAGGTCAGG ATTTTGTTCC TGACCTTTGA 4020 CAACTTTACC GATTCTTTAG TTCTACATAG CGCTTGTACC AAATGTTTAC ATAGGCTTCT 4080 GAGAAAGGAC CACGTCCATT GTTAATCCAA TCAACAAGAA TTTTGACATG TTCTTTTAAA 4140 ATATAGTCCA AGTCATCAGA ATAATTCATT TTGCGTTTGT GACGCTCGTA CTCTTCAACG 4200 TCCAAGAGAC GTTTTTCCCC ATCTGTAAAA ATTTTAACAT CCAAATCGTA ATCAATATAC 4260 TTCAGTGCTT CTTCATCCAG ATAGTAGGGG CTAGCCATAT TGCAATAGTA AGAAGTTCCA 4320 TTATCACGAA TCATGGCAAT GATATTAAAC CAATATTTCT TGTGAAAGTA AACAATAGCC 4380 GGTTCTCGAG TGACCCAACG ACGACCATCA CTTTCGGTAA CAAGTGTATG ATCGTTGACA 4440 CCAATAATGG CGTTTTCTGT TGTTTTTAGT ACCATGGTGT CCCGCCAAGT TCGGTGGAGA 4500 CTCCCATCAT GCTTATAACT TTGAATTGTA ATAAAGTCGC CTTCTTTTGG AAGCTTCATA 4560 ACTAACCAAC TTTCTACAAT TTATAAGTTT ATCATTTACT ATTGTACCAT AAAATTACCC 4620 AAAATCTGTG AATTTCACTT GGAAATATTA AAGATATTCT CTAAGAGCGC TTGCTATATC 4680 CGAAAAATCG TAGCCCTTTC GTGCTAAAAC TTGAGTTAAA CGCTGCTTCA GTTCGTATCC 4740 TTCATACTTT CGGGCATACT TAGTATATTG CTTATCAAGT TCCTTGAAGA TGAGTTCCTG 4800 AGTCGTTTCT TCATCAACTT GACTATCCAA TTCGTCAAAG GCAATTTTAG CATCAAAATA 4860 AGAGAAGCCC TTGTTAGTCA AGTTCTGGAT AATCTTATCT TGCAGGGCAC GAGCTGGAAG 4920 TTTTCCCTCA TATTTTTTCA ATAGTTTATT GGCTACACGT TGAGCAACTT CCGAAAAATC 4980 AAAATCATTC AAGATTTCTT CTATAGTAGA TTTTGAAATT CCTTTTTGTG CTAATTTCTG 5040 AGTCAGTACA TAAGGTCCCT TGTCTCCTGA AAGTTGATTG GCATTGATGA TAGCATAAGC 5100 GTACTGGCTA TCATTAATCC ACTTCTCTTC TTTAAGATTA GCAATGACTT GAGAAACGAT 5160 GTTTTCATTA ATATCATATT TTTTCAGATA TTCTCTGACC TCTTTTTCAG TACGTGCTTT 5220 AAAGGATAAG TGGTAGAGGG CCAGATTCTT ACCATAAGAA AATTGAGCAA AGTCTTGAAT 5280 CTCTTTCAAT TCCTCTTCGC TTATCACCTT ATCTCTCGAT AACATAAAAC GAACAATTGT 5340 GTCTTCGGTG ATATAGCATT TGTCG 5365 (2) INFORMATION FOR SEQ ID NO : 78 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3636 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 78 : TTTCCAGAAA GAAGTTGAGT AAAGTCTTTA TCAAAGAGAA TGACTTCCGT ATTGGAACTG 60 ACATTAGGTT TTATTTCTAC TTTACTAGCG TCCGCCCTAG CATTTTCTAA ATCTTTAATC 120 TCTTCTGTTG CCCTATTTAT AGCCAGCTGA ATAACTGCTT GAGGATTTTC ACTCAGTCCA 180 TGAAGCTTAT CGTCCACCGA AGTATAAAGA CTCGAATGCA TGACTTGTAA AATAATCAGA 240 GTCATTGTAG AAAAAATCAG GGTGAAGACA CCGAAGTTGC GGATAAAATA ACTAAAGTCA 300 TCCGCATACC ATGTTTTTTT AAGTTTACTG AACATCTTTT AAAAGATACC CAACACTACG 360 CAAAGTTTGC AAATTCTCTG CAAAAGTGGT TCCCTTTAAT TTCTTACGGA CTTTTGAAAC 420 ATAGACTTCG ACAACCGAAA TCGTTGTATC ACTATCAAAT CCCCATAGAC GGTCAAAAAT 480 CTGCGTCTTA GGCAAAATCA CATTTTGATT TTGAAGGAAA TAAACTAGTA AATCGAACTC 540 TTTCCCCAGC AATTCGACAG GAGTATCTTC AACTTTAACG GTATTGGTTG ATAAATTAAC 600 CACGATATTC CCATAAGTCA AGGTGTTTTC ATTAAACTTC CCTGAACGTT TGAGAAGGGC 660 CTGAATCCGC ATTTTAAGTT CTTCTAGGTA GAAAGGTTTG GTCAGATAAT CATCCGCTCC 720 CAGTTCAAAT CCATGTCCCT TGTCATCCAA ACTTTCCTTG GCAGTCATAA TCAGAACTGG 780 TGTCGTAATT CCCTTTTCAC GCAATTCTTT TAAGACTTGG AAACCATTTT TTTCTGGCAA 840 CATCAAATCC AGCAAAATCA AGTCATAGAC ACCACTCTCA GCTTCGTAGA GACCTTCTTC 900 TCCATCAAAT ACCTGCATAA CATCCGCAAA ATCGTCTAAA AAGTCAAATA CTGAATTTGA 960 CAGACCTAGG TCATCCTCAA CCAATAAGAT TTTTATCATG AGAAACTCCT CCTTATTAAA 1020 ACTATTATAC CAAATTTGCC TTAAAAAAAA CTCAACTCTC TGCATTTTAC ATGAGATAGC 1080 TGAGTTTTCT TTTTATTTTA GGCTTATTTA TGCATTTCCG TATTGAAGAA CAACTGCTTC 1140 GACTGCAGCT TTTTCACGGC TAATCAAGTC AACACGCGCT GCAATTTCCT TGATTCCCAT 1200 ACCGATGTTA CGGCTAAGAG CAAGGTCAGA AAGTTGCGGT TCAAAGAACT CCTTGTATTC 1260 CGCCAAGCGT TGCTGAGTCT TAAATACATG AGCAGGAAGG ATAACAAAGC TATCAAAGCT 1320 CATATCTCCT CCAAGGGCTG CCTTAATCCA AGCCCAGTTT TCACGCGCCC AAGACCAAGC 1380 TGTTTTCTGA GTTGCTTGAT GAGCTAGGAA TTGGTAATAC CAAGCAGACA AGTCCTGTGG 1440 TTTGACCACA AATTTGTCCT TCCAAGAAGT AATCAGGTTT TGGATATTAT CCGCATCTGT 1500 ACTGTATGCA AGAGCTGCTG CCAACTGGCG TTTAAAGACA GCATCTGTTG CGTGAGTATA 1560 AGTATCAAGA TAAAGTGCTA ACAAGTCTTT AGTCTCATGA TGTTTCATCT CATTAATCAG 1620 AACTTGTGAG CGAATAGCTG CTGGGAGTCC TGCAAGATTC TCCTTGTGTG TTGCGAAGAT 1680 TTGGCTAGCG ACTTGACTAG CTTCTGCATC ATTTGAGCGA ATCATCATCG AAACAGCCAG 1740 CTGACGAACC AATTCATCCT CATCTGATTC TCCGTCTTTA GCTTCAAAAC CAAGACGGTC 1800 ATAGTTATGA CGAGCCAATT TAGCAACCAG TCCTTTGAAG GCTGTTTCAG CATCCGTTCC 1860 TTCATCAATA AAGCGCTCAA GGGCTGAAAT CACTTGAGAA ACAGCTGAAA CCACCAGATA 1920 AGACTCTTCC TTAGCAAGTT TATCAAGAAC TGGAAGCAAG TCTGCATAAG AAATGTGCCC 1980 TGCCTCAGCC AACAAACGAC GTTCTTGAAC AATTTGCAGT TTGCTTGTGT TATCAAGTGT 2040 CTCTAGCTCA GCAAGAACAG CTGCTAACAA GTCTCCTTGA TAGTCGGTAA TATAGTGGGC 2100 AGTATTTTCA GTGTTGAGAC GAAGAGCTCC TTCATTTTCA GCAAGAAGAG CTGCGTAGCC 2160 AGGGATTTCG ATACTTTCAG TTTCGAGTGT ATCAGGCAAG CCTTTCCAGT TGCTATTGAG 2220 GGGCACCACC CAGAGACGGT TCTTGTCTTC GTTCTCACCG ATGAAGAATT GTTTTTGTGA 2280 AATCTTCAAG ACATCATTTT CAACTTTAAC AGTAAGAACT GGGTAACCAG GCTGTTCCAA 2340 CCAAGAATCC ATGAAGGCTG CGACATCACG TCCTGACGCT TGACCAAGGG CATCCCAAAG 2400 GTCACTACCA ATGGTGTTGC TGTATTGGTG TTTTTCAAAG TAGGCGTGCA AACCTTTAGC 2460 AAAATCAGCA TCTCCTAGCC AACGGCGAAG CATGTGCATG AGACGGCTTC CTTTGGCATA 2520 GACGATAGCG CCGTCAAAGA GTGTATTGAT TTCATCTGGA TGTTTAACTT CGACGTGGAC 2580 AGACTGAACG CCATCAGTAG CGTCACGTTC AAGAGCAAGA GGTACTCCAC CTGTTTGGAA 2640 ATCTTCAAAG ATATTCCAGC TTGGTTCGAT GGTATCCACA CAGACGTATT CCATCATATT 2700 AGCGAAACTT TCATTGAGCC AAAGGTCATC CCACCATTTC ATAGTCACGA GGTTCCCAAA 2760 CCATTGGTGA GCCAATTCAT GGGCCACAAC AAGGGCAACT TGTTGACGGC TAGCAAATGT 2820 AGAGTTCTCA TCGACAACCA AGTAAACTTC ACGGTAGGTC ACAAGACCCC AGTTTTCCAT 2880 AGCACCAGCT GAGAAGTCAG GAAGGGCGAT GTGGAGAGAT TGAGGAATTG GGTACTTAAC 2940 TCCATAGTAA TCTTCGTAAA ACTCGATAGA GCGAACAGCG ATATCCAGTG AGAAATCAAG3000 ATTTGAAAGT GGATGTGCTT TGGTTGAGTA GACACCTACC AGGGTACCAT TTTTAGTTTT 3060 AGCGGTCACC CCTTGCAAAT CACCAGCAAC AAAGGCCAAC AAGTAAGAAG ACATGCGAGG 3120 TGTTGTCTCA AACTTCCAGA TACCTGTTTC CTTACGGTTT TCAACATCGA TTTCTGGCAT 3180 GTTTGACAAG GCCAATTCAC CTTCTGCTTG GTCAAAGCGA AGAGAGAGGT CAAAAGTTGC 3240 TTTGGCTTCA GGCTCATCCA CACATGGGAA AGcTTCGCGC GCAAAATGGC TCTCGAACTG 3300 AGTAGACAAG ACCTCCTTCT TGACTCCATC AACTGTATAA TAAGAAGGGT AAATCCCTGT 3360 CATGTTGTCT GTAATTTTAC CAGAAAAGGC AAGAACCAAT TCAACTTGAC CAGCCTCAGC 3420 CAATTCGATA TGAAGGGCTT CATTGTCATG GTCAACTGTA AATGGACGAG CTTGACCTGC 3480 AACTTCTACA GAGGTGATTT CCAAATCTTT TTGGTGGAGG GAGATGCGGT CACTCTGTGC 3540 TTGACCAGTG ATGGTCACTT TCCCAGAAAA AGTCTTGGTC TCACGACTCA AATCTAAAAA 3600 TAAATCATAA TGTTCAGGAA CAAATTGCTT AATGGG 3636 (2) INFORMATION FOR SEQ ID NO : 79 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5066 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 79 : ATAGCGTGTA ATAATCGATT TTAGAGGTAC CATAAGCCAC CTCCTACAAA TAGAAACCGA 60 TATAAATCAA TGCCTTCCAC CCTTAGACTT CCCTAGTTCC TGTCTCAAGC GAAACATTTC 120 TTTGAAACAG GAATAAGTTA ACCAATTCAT ACCAATAGCT AGCAGAATAA AAAGAAACCA 180 AATGCCCCAT AACTTGATAT CTGTCACATT TCTCAAGACG GTATTGAAAA ACAGAACTGA 240 AACAACTGTC CAAGCAAGGC TAAAAAGAGA ATAGAAGGGG ATGTAAAACC AGTAAAAATA 300 ATAAAAAATT GGAAAAAACT TACTATTTCT GTTGGCCTTT TCAATCCAGT TATCAAAATA 360 AAAGTACGGT GCTAAAAGTA AGAATTTAAA CAAATGTTCC ATCACCGACA TCCCCCCTTC 420 TTTTGATAGC GTTTTCTATT ATTTTATTAT ATCAAAAAAA TCCGGAACTG TCATTCCAGA 480 TTCTACTTTT TTATTTGCGT TTTCTTGCGA TGAGATGAAT CGGTGTTCCC TCAAAAACAA 540 AGGCCTTGCG GATTTGATTT TCCAAGAAAC GCAGGTAAGA AAAGTGCATG AGTTCTTCTT 600 CATTGACAAA GATGACAAAG GTTGGTGGTT TGGTTGCCAC TTGGGTCGCA TAGAAAATCT 660 TGAGACGTTT TCCTTTGTCT GTCGGTGTTG GGTTGATGGC AATGGCATCC ATGATGACAT 720 CGTTCAAGAC AGCTGATGGA ATACGTGTAT TTTGACTTTC GCTGATTTGC TTAATCATCT 780 CAGGAAGTTT GTGGAGACGT TGCTTGGTTA AAGCTGATAC AAAGATAATC GGTGCGTAAG 840 GCAGGTATTG GAACTGCTCA CGGATATCTT CTTCCCAGTT TTTCATAGTG TGGTTATCTT 900 TTTCAAGCGT ATCCCACTTG TTGACCACGA TAATCATCCC TTTACCAGCT TCATGGGCAA 960 ATCCTGCGAT ACGCTTGTCG TACTCACGAA TGCCTTCTTC CGCATTGATG ACCATCAAGA 1020 CCACATCTGA ACGGTCAATA GCACGCATGG CACGCATAAC AGAGTATTTC TCAGTATTTT 1080 CATAAACCTT ACCAGACTTA CGCATACCAG CCGTATCAAT CATGGTAAAC TCTTGACCAT 1140 CTGTATCTGT AAAGTGGGTA TCAATGGCAT CACGAGTTGT TCCAGCAACA GGACTAGCAA 1200 TAACACGGTC TTCTCCCAAG ATAGCATTGA TCAAGCTTGA TTTTCCAACG TTAGGACGAC 1260 CAATCAAGCT AAACTTAATG ACATCTGGAT TTTCTTCCTC ATATTCATTT GGAAGATTTT 1320 CTACGATCGC ATCTAGCACA TCCCCTGTAC CGATTCCATG GACAGATGAG ATAGGCAATG 1380 GTTCACCCAA ACCGAGAGCA TAGAAATCAT ATATATCATT TCTCATCTCA GGGTTGTCCA 1440 CCTTGTTGAC TGCGAGGATA ACTGGTTTGT GGGTCTTATA AAGCTTACGA GCTACGTATT 1500 CGTCTGCATC AGTAATTCCT TCCTTACCAG ACACGACAAA AACGATAACA TCTGCTTCTT 1560 CCATGGCAAT TTCTGCCTGG TGCTTGATTT GTTCCATGAA AGGAGCATCG ACATCATCAA 1620 TTCCTCCTGT ATCAATCATG CTAAAAGAAC GATTGAGCCA CTCACCCGTT GCATAAATAC 1680 GGTCACGTGT CACTCCTTCG ACATCTTCTA CAATGGAGAT TCGCTCACCA GCGATCCGAT 1740 TAAATAGGGT TGATTTCCCA ACATTGGGAC GTCCTACAAT GGCAATAGTT GGTAGGGCCA 1800 TAATTTCTCA CTTTCTACAA TAATTTCTTC TGTTCAAGAT TTTTTCTAGT TGAGCTTGGT 1860 TCAGCTTGAC CAAACTGTTC TGCTAGGCGC TGACTCCAGC TTGTGGTCGC ACGCGCCCCA 1920 GCATAGTCAG CCTGAACACG GTCATAAGCT TGGATTGCCT CAGTTGACTG TTCTTGGTAT 1980 TCTTCCTCAA AGACAACATT CTCTAGTGGC AGTCTCGGTT TCATATCATG ATGTTGATTT 2040 GGCACACCCA GTGCCATCCC AAAGACAGAA TAGGTGTAGT CAGGTAGGTT AAAGAGCTCT 2100 GCCACTTCTT CAGACTTGTA TCGAACCAAA CCGATAATCA CACCACCATA GCCCAAGCTT 2160 TCAGCTGCCA ACAAGGCGTT TTGTCCAGCA AGAGCTGCAT CGACCGAACT AATCAAGAGA 2220 CCTTCCACAC CTTGGGGTTG GAAGGTGTCG GTATGAAGTC GGGCTCCCTT TTCTGCTCGG 2280 TTCAAATCTC CGACAAAGAG AAGGAAAACA GCAGACTGGC GAATGGCTTC TTGAGGTACC 2340 AATTCATACA AGGCATCTTT CTTCTCTTGA CTTCGTACCA CAATCACAGA GTAGGATTGG 2400 AAATTCTTCC AAGATGATGC CATCTGGGCT GCTGTCAAAA TCTCATTTAA GTCTACTTGG 2460 GGAATTTCTT GCTCTTTAAA CCTGCGCACT GAAGTATGAG CCTTCATCAA TTTAATGGTT 2520 TCTGTCATCG ACGGTTTACT CCTTCTAAAC GAGTCTCCTC AGCCAAATAA CGGATGCGTT 2580 CCATGACCCG TCTGGCTTCC CAGGTTTCGT CATTTCCATG TTTCACTTTC GCAAAATGCT 2640 TCTCCAAATC TTCAAAGTTG AAGTTGGATG TGAAAAAGGT CGGTAAATTT TCCTGCATCC 2700 GATATTGGAG AATGACCTGC AGGATTTCGT CACGCACCCA AACGGTTGAT TGCTCGGCGC 2760 CAATATCATC TAAAATCAGG ACCTCAGACA GCTTAATCTC ATCCACCAAG GTCTTAACAT 2820 TGCCATCACT GATAGCATTT TTGACATCAA TGACAAAGCT AGGATAGTGG AGGAGAGTTG 2880 ATGAAACACC ACGTTTTTCT GATAAATCAT GAGCTAAGGC CGCCACCATG AAACTTTTAC 2940 CCACACCAAA GTCTCCATAT AAGTAAAGAC CTTTTCGAAT AGCTGGATAT TGCTCCACGA 3000 AGGCTAGTAG CTTTTCAAAA ACTGGTAAGC GCCCCAAATC ATCCAAGTCA ACTTGAGCCA 3060 AACTAGCTTT CTTGAGACTG GCTGGTAGAT TGATTAACTT GAGACGGTTC TTAATAGCCG 3120 CTTCTTTTTC AGCCGCGATT AGCTCAGGAG TTTCTTCATA TGAAACATCT GCATAACCAT 3180 GATTCTTAAC CAAAATCGGC TTGTAGCCTT TGGCAATATA ATCCGTATCC CCACGGAGAA 3240 ACTTGTCACG CTCGGTGATG TACTGATTAA ACTTGGAGAT ACTGCGATTT AATTCCTTTG 3300 GAGTTAAGGA TTCTTGCTGG ATAAAGGCCG CAACATCAGG GTCCTTCATG ATTTTCTGGA 3360 CCAAATCTTG ATAATAAAAA CGGCTGGGTT GACGTTTGAG TACGTCTCCG ACACTTTCCA 3420 TCTAATCTCC TCCTTTTTCT AATCGAGCTA ATAGTTCTTG CTTCTTACGT TCTAGTTCCA 3480 GACGAGTTTC CTCGCTGGTT TCATTCTTAT ATTCAGGATT ACTCCATTTA GGAACATTGG 3540 TTTTTTCTGG GGCAGTCTGA TTCTGTTTTT GTGTTTTTGC TTTCTGCCCT CGATCACGAA 3600 TTCGTAAAAC GGCCTCTTCT GCCGAATGAA TCTTTTGATA GGCATAGTCA TTGGCTACCT 3660 TCATGGCATA TTTCTCATTG ATATTTGCCG AATCCACCTT ATTAAAGGTC AATAAGAGAA 3720 TAATATTGAT GACTTCGTCC AGTAAGCCCA AGCCAGCCAT CTGTTGCAAG AGTTCTCTTT 3780 CTGTTTGGGT AATGGTTCCC TTGCGTGTTT GCTTGATTTC TGCTAAGAAC TGCAGGGCAG 3840 TTTTACTTTT AGCTTCTTTG ATAATGGTCG CTTCCTTAAG ACTAAAGTCA GAGGAAACTG 3900 GTTTTTGAGC AATTTTTTCA CGCATGCGTT TGGTTGAAAT AACCTGGGAA ACAGCTGTTG 3960 ACTTGGCCAA TTGATAGGTT TCAAACCAAG TCCATTTCTT CTCCTCGGCA ATAGCAAAGA 4020 GGTTTAAGAC ATCGGACTGC TCATCCGCAA AACGAAGTCC ATCTCGAGCC ATCAGCTGGC 4080 GAAAATGTTC CAAGTCAAAA TCATTGGCCA CTTTCTTCTT GAGACCAAGG TCTTCTTGAC 4140 TGCCTAGTTC TGCCAATTCT GGAAAGACTT GATTGAGTGA GACAGGTATT TCTTCACCAT 4200 CAGCACTTTC AACTTTCAAA TCCTCCACAG CTACATCGCC AATCTTTTTC TCTAAGAGTC 4260 TGCGATAAAC AGGATGCCCC AAGAAGTCTT GACTAGATAG AGGAGCATGG AGGGCTAGCT 4320 GATAAACATC ACCCTTTTGA TAGAGGGTCA AGAGATTAAA AGCAGATAAG ATTTTCAATG 4380 ATTTTATCAG TCTATCCATC CCAAAGTTGA GATGGTTGAG AATGCTTGAA AAAAGATATT 4440 CCTTTCTACC ATTATCCCAA AAACTGATTG TATAAAGATA AAGGCTCAGT GCCTCCTGAC 4500 CGATAATCGG GAGGTAGCAC TGTACCAGAG ATGAGGTATC TTGCGACACC CGATTATTCT 4560 TTAGATAAGA AAAACGGTCA ATTGGCTTCA TTTATCTTTC CTTTTTCTTT TTAGAGGACT 4620 GGGTGATTTG TTGGAGCAAG CTCTCTAACT CACTGACATC CTTAAAACTA CGATAGACAC 4680 TAGCAAAACG TACATAGGTA ATCTCGTCCA ATTCAGCCAA CTCCTCCATG ACGAGTGAAC 4740 CAATGTCCTC ACTTTGAATT TCATTTTCAT TTCGACCACG GAGTTTCTGT TCGATACGAT 4800 TGACTACCAT GTTGATTTCA TCACTTGACA CAGGACGTTT CTGGGCTGAG CGGATAATCC 4860 CATTAAAGAT TTTATCTCTG GAGAATTGTT CCCGTGTGCC ATCTTTTTTA ACAACCACTA 4920 AGGTTCTTTC TTCTACTCGT TCGTAGGTTG TAAAACGGTG TTGGCATTCG TCGCACTCAC 4980 GTCTTCTACG AATGGTGTTC CCTTCTTCTG CTTGGCGACT ATCGATAACA CTTGACTTGG 5040 TAGCCCCACA TTTTGGACAG GGTACC 5066 (2) INFORMATION FOR SEQ ID NO : 80 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9607 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 80 : CACTTGAAGT ATTTGAAACA GCTATGGAAA ACATCATGCC TGTACTTGAA GTACGTGCAC 60 GTCGTGTTGG TGGTTCTAAC TACCAAGTCC CAGTTGAAGT TCGTCCAGAA CGTCGTACAA 120 CACTTGGACT TCGTTGGTTG GTAACAATCG CTCGTCTTCG TGGTGAACAC ACAATGCAAG 180 ACCGTCTTGC AAAAGAAATC TTGGATGCTG CTAACAACAC TGGTGCAGCA GTTAAGAAAC 240 GTGAAGATAC TCACCGTATG GCTGAAGCTA ACCCTGCATT CGCACACTTC CGTTGGTAAG 300 ATAGGATGCG AAAGCGTTAA GAAAGTCCCA GAGAAAATAG GGAATCGAAG CAGGTTGCGG 360 TTGCAACCAA TGAGATTCAT CTTTTTCTCC AGACTTTTAG CTTGAGCTCA ACTAAATCAT 420 GATGCTAGGA ACGGTAAGGA TGCAAGGTAA AAATAGGAAA CTGACGCAGT ATTCGACGAA 480 TACAAGGAGT TTTATCTTTT TCACGCAGCA TCCCGTTCCA GCTCACATCG GCTAACTAAC 540 TTTAGCCCGG GTTCAAATTA GCTAAATCGA TTAGTATTAG CTATAACTCA GCTTACCATC 600 TCGTAAGTTG AAACCAACAA TAGCATGAAA ACATTGAGAA CGGGTAGGTC CTGCCTATCC 660 GTTTTTATTA AAATCGTGTT ATAATAGAAT AGAAATCAAA AATAAATAGG AGAAACAAAC 720 CTCATGGCAC GCGAATTTTC ACTTGAAAAA ACTCGTAATA TCGGTATCAT GGCTCACGTC 780 GATGCCGGTA AAACAACAAC TACTGAGCGT ATTCTTTACT ACACTGGTAA AATCCACAAA 840 ATCGGTGAAA CTCACGAAGG TGCGTCACAA ATGGACTGGA TGGAGCAAGA GCAAGAACGT 900 GGTATCACGA TCACATCTGC TGCGACGACA GCTCAATGGA ACAACCACCG CGTAAACATC 960 ATCGACACAC CAGGACACGT GGACTTCACA ATCGAAGTAC AACGTTCTCT TCGTGTATTG 1020 GATGGTGCGG TTACCGTTCT TGACTCACAA TCAGGTGTTG AGCCTCAAAC TGAAACAGTT 1080 TGGCGTCAAG CAACTGAGTA CGGAGTTCCA CGTATCGTAT TTGCCAACAA AATGGACAAA 1140 ATCGGTGCTG ACTTCCTTTA CTCTGTAAGC ACACTTCACG ATCGTCTTCA AGCAAATGCA 1200 CACCCAATCC AATTGCCAAT CGGTTCTGAA GATGACTTCC GTGGTATCAT TGACTTGATC 1260 AAGATGAAAG CTGAAATCTA TACTAACGAC CTTGGTACGG ATATCCTTGA AGAAGACATC 1320 CCAGCTGAAT ACCTTGACCA AGCTCAAGAA TACCGTGAAA AATTGATTGA AGCAGTTGCT 1380 GAAACTGACG AAGAATTGAT GATGAAATAC CTCGAAGGTG AAGAAATCAC TAACGAAGAA 1440 TTGAAAGCTG GTATCCGTAA AGCGACTATC AACGTTGAAT TCTTCCCAGT ATTGTGTGGT 1500 TCAGCCTTCA AAAACAAAGG TGTTCAATTG ATGCTTGATG CGGTTATCGA CTACCTTCCA 1560 AGCCCACTTG ACATCCCAGC AATCAAAGGT ATTAACCCAG ATACAGACGC TGAAGAAATT 1620 CGTCCAGCAT CTGACGAAGA GCCATTTGCA GCTCTTGCCT TCAAGATCAT GACTGACCCA 1680 TTCGTAGGTC GTTTGACATT CTTCCGTGTT TACTCAGGTG TTCTTCAATC AGGTTCATAC 1740 GTATTGAATA CTTCTAAAGG TAAACGTGAA CGTATCGGAC GTATCCTTCA AATGCACGCT 1800 AACAGCCGTC AAGAAATCGA CACTGTTTAC TCAGGTGATA TCGCTGCTGC CGTTGGTTTG 1860 AAAGATACTA CAACTGGTGA CTCATTGACA GATGAAAAAG CTAAAATCAT CCTTGAGTCA 1920 ATCAACGTTC CAGAACCAGT TATCCAATTG ATGGTTGAGC CAAAATCTAA AGCTGACCAA 1980 GACAAGATGG GTATCGCCCT TCAAAAATTG GCTGAAGAAG ATCCAACATT CCGCGTTGAA 2040 ACAAACGTTG AAACTGGTGA AACAGTTATC TCAGGTATGG GTGAACTTCA CCTTGACGTC 2100 CTTGTTGATC GTATGCGTCG TGAGTTCAAA GTTGAAGCGA ACGTAGGTGC TCCTCAAGTA 2160 TCTTACCGTG AAACATTCCG CGCTTCTACT CAAGCACGTG GATTCTTCAA ACGTCAGTCT 2220 GGTGGTAAAG GTCAATTCGG TGATGTATGG ATTGAATTTA CTCCAAACGA AGAAGGTAAA 2280 GGATTCGAAT TCGAAAACGC AATCGTCGGT GGTGTGGTTC CTCGTGAATT TATCCCAGCG 2340 GTTGAAAAAG GTTTGGTAGA ATCTATGGCT AACGGTGTTC TTGCAGGTTA CCCAATGGTT 2400 GACGTTAAAG CTAAGCTTTA TGATGGTTCA TATCACGATG TCGACTCATC TGAAACTGCC 2460 TTCAAGATTG CGGCTTCACT TTCCCTTAAA GAAGCTGCTA AATCAGCACA ACCAGCTATC 2520 CTTGAACCAA TGATGCTTGT AACAATCACT GTTCCAGAAG AAAACCTTGG TGATGTTATG 2580 GGTCACGTAA CTGCTCGTCG TGGACGTGTA GATGGTATGG AAGCACACGG TAACAGCCAA 2640 ATCGTTCGTG CTTACGTTCC ACTTGCTGAA ATGTTCGGTT ACGCAACAGT TCTTCGTTCT 2700 GCATCTCAAG GACGTGGTAC ATTCATGATG GTATTTGACC ACTACGAAGA TGTACCTAAG 2760 TCAGTACAAG AAGAAATTAT TAAGAAAAAT AAAGGTGAAG ACTAATCCGT CCTCACTCTA 2820 GAAGGAAGTC ACTTAGTGGC TTCCTTTTGT CTTTAGAAAA TACCTCTAAA TATGGTAAAA 2880 TAGTAGAAGA ATAATGTGAG GAAAATGAAT GTCAAATAGT TTTGAAATTT TGATGAATCA 2940 ATTGGGGATG CCTGCTGAAA TGAGACAGGC TCCTGCTTTA GCACAGGCCA ATATTGAGCG 3000 AGTTGTGGTT CATAAAATTA GTAAGGTATG GGAGTTTCAT TTCGTATTTT CTAATATTTT 3060 ACCGATTGAA ATCTTTTTAG AATTAAAGAA AGGTTTGAGC GAAGAATTTT CTAAGACAGG 3120 CAATAAAGCT GTTTTTGAAA TTAAGGCTCG GTCTCAAGAA TTTTCAAATC AGCTCTTGCA 3180 GTCCTACTAT AGGGAGGCTT TCTCTGAAGG TCCATGTGCT AGTCAAGGTT TTAAGTCCCT 3240 TTATCAAAAT TTGCAAGTTC GTGCTGAGGG TAATCAGCTA TTTATTGAAG GATCTGAAGC 3300 GATTGATAAG GAACATTTTA AGAAGAATCA TCTTCCTAAT TTAGCCAAAC AACTTGAAAA 3360 GTTTGGTTTT CCAACTTTTA ACTGTCAAGT CGAGAAGAAT GATGTCCTGA CCCAAGAGCA 3420 GGAAGAGGCC TTTCATGCTG AAAATGAGCA GATTGTTCAA GCTGCCAATG AGGAAGCGCT 3480 CCGTGCTATG GAACAACTGG AGCAGATGGC ACCTCCTCCA GCGGAAGAGA AACCAGCCTT 3540 TGATTTTCAA GCGAAAAAAG CTGCAGCTAA ACCCAAGCTG GATAAGGCGG AGATTACTCC 3600 TATGATCGAA GTGACGACAG AGGAAAATCG TCTGGTATTT GAAGGGGTTG TTTTTGATGT 3660 GGAGCAAAAA GTGACTAGAA CAGGTCGTGT TTTAATCAAC TTTAAAATGA CGGACTATAC 3720 TTCAAGTTTT TCTATGCAAA AGTGGGTTAA AAACGAGGAA GAGGCCCAGA AGTTTGACCT 3780 CATCAAGAAG AATTCTTGGC TCCGAGTTCG AGGGAATGTG GAGATGAATA ACTTCACACG 3840 CGATTTGACT ATGAACGTAC AGGATCTGCA GGAAGTTGTT CACTATGAGC GGAAGGATTT 3900 GATGCCAGAA GGTGAGCGTC GGGTTGAGTT TCATGCTCAT ACTAACATGT CGACTATGGA 3960 TGCTTTGCCA GAGGTCGAAG AGATTGTTGC AACAGCTGCT AAGTGGGGAC ACAAGGCGGT 4020 TGCTATCACG GACCATGGGA ATGTCCAGTC CTTTCCACAT GGCTATAAGG CGGCTAAGAA 4080 AGCGGGAATC CAGCTGATCT ATGGGATGGA AGCCAATATC GTGGAGGACC GTGTCCCTAT 4140 CGTCTATAAC GAAGTGGAGA TGGACTTGTC AGAAGCAACC TACGTGGTCT TTGACGTGGA 4200 AACGACGGGA CTTTCAGCTA TCTATAATGA CTTGATTCAG GTTGCGGCTT CTAAGATGTA 4260 CAAGGGGAAT GTTATTGCTG AATTTGATGA ATTTATCAAT CCTGGGCATC CCTTGTCAGC 4320 CTTTACTACA GAGTTAACTG GAATTACAGA TGATCATGTC AAAAATGCCA AACCACTAGA 4380 ACAAGTTTTG CAAGAATTCC AAGAATTTTG CAAGGATACG GTCCTAGTTG CCCACAATGC 4440 TACCTTTGAC GTTGGCTTTA TGAATGCTAA TTATGAGCGG CATGATCTTC CAAAGATTAG 4500 TCAGCCAGTT ATTGATACGC TGGAGTTTGC TAGAAACCTC TATCCTGAGT ATAAACGCCA 4560 TGGTTTGGGG CCTTTGACCA AGCGTTTTGG TGTGGCCTTG GAACATCACC ACATGGCCAA 4620 CTACGATGCG GAAGCGACTG GTCGTCTGCT TTTCATCTTT ATCAAAGAGG TAGCAGAAAA 4680 ACATGGTGTG ACCGATTTAG CTAGACTCAA CATTGATCTA ATCAGTCCAG ATTCTTACAA 4740 AAAAGCTCGG ATCAAGCATG CGACCATCTA TGTCAAGAAT CAGGTAGGTC TAAAAAATAT 4800 CTTTAAGCTG GTTTCCTTGT CTAATACCAA GTATTTTGAA GGAGTGCCAC GGATTCCGAG 4860 AACGGTTCTA GATGCCCATC GAGAGGGCTT GATTTTAGGT TCAGCCTGTT CAGAGGGTGA 4920 AGTTTTTGAC GTGGTCGTTT CTCAAGGTGT GGATGCGGCG GTTGAGGTGG CCAAGTATTA 4980 TGATTTTATC GAGGTCATGC CACCGGCTAT CTATGCACCC TTGATTGCCA AAGAGCAGGT 5040 CAAGGATATG GAGGAACTCC AGACCATTAT CAAGAGTTTG ATAGAGGTTG GAGACCGCCT 5100 TGGCAAGCCT GTTCTGGCTA CGGGAAATGT TCACTATATC GAACCGGAAG AAGAGATTTA 5160 TCGTGAAATT ATCGTCCGTA GTTTGGGACA GGGTGCGATG ATTAATCGAA CTATCGGTCA 5220 TGGTGAACAT GCCCAACCAG CACCACTTCC AAAGGCTCAT TTTCGAACGA CTAATGAGAT 5280 GTTGGATGAA TTTGCCTTTT TGGGAGAGGA ACTGGCTCGT AAACTGGTTA TTGAAAACAC 5340 CAATGCCTTG GCAGAAATAT TTGAATCCGT TGAAGTCGTT AAGGGTGACT TGTATACGCC 5400 TTTCATCGAC AAGGCTGAAG AAACAGTTGC TGAGTTGACC TATAAGAAAG CTTTTGAGAT 5460 TTATGGAAAT CCGCTGCCAG ATATTGTTGA TTTGCGGATT GAAAAAGAAT TAACATCCAT 5520 ACTGGGGAAT GGATTTGCTG TGATTTATCT GGCATCGCAG ATGCTGGTGC AACGTTCTAA 5580 TGAACGGGGT TATTTGGTTG GTTCTCGTGG GTCTGTCGGA TCTAGTTTCG TTGCGACCAT 5640 GATTGGGATT ACGGAGGTCA ATCCTCTCTC TCCTCACTAT GTCTGTGGTC AGTGTCAGTA 5700 CAGTGAGTTT ATCACAGATG GTTCGTACGG TTCAGGATTT GATATGCCCC ATAAGGACTG 5760 TCCAAACTGT GGTCACAAAC TCAGTAAAAA CGGACAGGAT ATTCCGTTTG AGACCTTCCT 5820 TGGTTTTGAT GGGGATAAGG TTCCTGATAT TGACTTGAAC TTCTCGGGAG AAGATCAGCC 5880 TAGCGCCCAC TTGGATGTGC GTGATATCTT TGGTGAAGAA TATGCCTTCC GTGCGGGAAC 5940 GGTTGGTACG GTAGCTGCCA AGACTGCCTA TGGATTTGTC AAAGGTTACG AGCGAGATTA 6000 TGGCAAGTTT TATCGTGATG CAGAAGTAGA ACGCCTCGCT CAAGGAGCGG CGGGTGTCAA 6060 GCGGACAACA GGCCAACACC CGGGGGGAAT CGTTGTTATT CCGAACTACA TGGATGTCTA 6120 CGATTTTACG CCTGTCCAGT ATCCAGCAGA TGATGTCACG GCTGAATGGC AGACCACTCA 6180 CTTTAACTTC CACGATATCG ATGAGAACGT CCTCAAACTC GATGTACTGG GACATGATGA 6240 TCCGACTATG ATTCGAAAAC TTCAGGATTT GTCTGGTATT GACCCTAATA AAATTCCTAT 6300 GGATGACGAA GGCGTGATGG CACTCTTTTC TGGGACTGAT GTGCTAGGGG TAACACCZ'GA 6360 ACAAATTGGA ACGCCTACGG GTATGTTGGG GATTCCAGAG TTTGGAACAA ATTTCGTACG 6420 TGGAATGGTA GACGAAACCC ATCCGACAAC CTTTGCGGAA TTGCTTCAGC TGTCTGGTCT 6480 GTCCCACGGT ACTGATGTTT GGTTGGGGAA TGCTCAGGAT CTGATTAAGC AAGGAATAGC 6540 GGACCTATCG ACTGTTATCG GTTGTCGGGA CGACATCATG GTTTACCTCA TGCATGCGGG 6600 TCTGGAACCT AAGATGGCCT TTACCATTAT GGAACGGGTA CGTAAGGGTT TGTGGCTAAA 6660 GATTTCAGAA GAGGAGAGAA ATGGCTATAT CGAAGCAATG AAGGCTAATA AGGTGCCAGA 6720 GTGGTATATC GAATCCTGTG GGAAAATTAA GTACATGTTC CCTAAGGCCC ATGCGGCAGC 6780 CTACGTTATG ATGGCCTTGC GTGTAGCTTA CTTCAAGGTT CACCATCCTA TTTATTACTA 6840 CTGTGCTTAC TTCTCCATTC GTGCTAAGGC TTTTGATATC AAGACCATGG GTGCGGGCTT 6900 GGAGGTCATC AAGCGCAGAA TGGAAGAAAT CTCTGAAAAA CGGAAGAACA ATGAAGCCTC 6960 TAATGTGGAA ATCGATCTCT ATACAACTCT TGAGATTGTC AATGAGATGT GGGAACGAGG 7020 TTTCAAGTTT GGTAAATTAG ATCTCTACTG TAGTCAGGCG ACAGAGTTCC TCATCGACGG 7080 GGATACCCTT ATCCCACCAT TTGTAGCAAT GGATGGTCTG GGAGAGAACG TTGCCAAGCA 7140 ACTGGTGCGG GCGCGTGAAG AGGGAGAATT CCTCTCTAAA ACAGAACTAC GCAAGCGTGG 7200 TGGACTCTCA TCAACCTTGG TTGAAAAGAT GGATGAGATG GGTATTCTTG GAAATATGCC 7260 AGAGGATAAC CAGTTGAGTT TGTTTGATGA GTTGTTTTAA AAAATTGCTT AATAATCTAT 7320 TAAAAGAGGC TAACGTATAT CCAATAGATT TACATTAGCT TTCTTTTTTG TTAAAATAGT 7380 CTATGGAAAG AGGGTGAGAG TATGTCAAAG ATGAGTATAA GCATCCGTCT GGATAGTGAG 7440 GTTAAGGAGC AGGCCCAACA GGTGTTTAGT AATCTGGGAA TGGATATGAC AACAGCTATT 7500 AATATTTTCC TTCGTCAGGC AATTCAATAT CAGGGATTAC CTTTTGATGT TAGACTAGAC 7560 GAAAATCGGA AGTTGCTCCA AGCGTTAACG GATTTAGACC AAAATCGTAA TATGAGCCAG 7620 TCTTTTGAAT CAGTCTCAGA TTTGATGGAG GACTTACGTG CTTAAGATTC GTTATCATAA 7680 ACAGTTTAAA AAAGATTTTA AGTTGGCTAT GAAGCGTGGT TTGAAGGCAG AATTATTAGA 7740 AGAAGTTTTG AATTTTCTGG TTCAAGAAAA AGAACATCCT GCCAGAAATC GTGATCATTC 7800 ATTGACGGCA TCCAAGCATT TTCAAGGAGT TCGTGAATGC CATACCCAGC CAGATTGGCT 7860 TTTGGTTTAT AAAGTAGACA AGTCGGAATT GATTTTAAAT TTGCTGAGGA CAGGCAGTCA 7920 CAGTGATTTA TTTTAATCTA TTTTAAGGGG GTTCTCATGA AACTAAGAAT ATTTGCGGAA 7980 GATAAGCCGG CTAAGAAGGT ATTTGAATAT CAATTAGAAC TTGCTGATCG TACAATTCTT 8040 CTATCGACAG CACTCTTGTC AGGTGCTATT GCTTTAGCAG GAATCTTTTC TGCTTTGAAA 8100 GAAAAATAAA AATAGAAAAG AGAAAACAGA ATGGTTTTAC CAAATTTTAA AGAAAATCTA 8160 GAAAAATATG CGAAATTGTT GGTTGCGAAC GGAATTAACG TGCAACCTGG TCACACTTTG 8220 GCTCTCTCTA TTGATGTGGA GCAACGTGAA TTGGCACATC TAATCGTGAA AGAAGCTTAT 8280 GCCTTGGGTG CGCATGAGGT CATCGTTCAG TGGACAGATG ATGTGATTAA CCGTGAGAAA 8340 TTCCTCCATG CCCCGATGGA GCGTTTGGAC AATGTGCCAG AATACAAGAT TGCTGAGATG 8400 AACTATCTCT TGGAGAATAA GGCTAGCCGT CTTGGAGTTC GTTCATCTGA TCCAGGTGCC 8460 TTGAACGGAG TGGACGCTGA CAAGCTTTCA GCTTCTGCTA AAGCTATGGG ACTTGCCATG 8520 AAGCCTATGC GTATCGCAAC TCAATCTAAC AAGGTTAGCT GGACTGTAGC AGCTGCAGCA 8580 GGACTTGAGT GGGCTAAGAA AGTCTTCCCA AATGCTGCGA GCGACGAAGA AGCAGTTGAT 8640 TTCCTTTGGG ACCAAATTTT CAAAACTTGC CGTGTCTACG AAGCAGATCC TGTTAAGGCT 8700 TGGGAGGAAC ATGCAGCCAT TCTCAAGAGC AAGGCCGATA TGCTTAATAA GGAGCAATTT 8760 TCAGCCCTTC ACTACACAGC GCCAGGAACA GATTTAACAC TTGGTTTGCC AAAGAACCAC 8820 GTTTGGGAAT CAGCTGGTGC TGTCAATGCA CAGGGCGAAG AATTCTTGCC AAATATGCCA 8880 ACAGAAGAGG TCTTCACAGC GCCTGACTTC CGTCGTGCAG ATGGTTATGT CACTTCTACA 8940 AAACCGCTTA GCTACAACGG AAATATCATT GAAGGCATTA AGGTGACCTT TAAGGATGGA 9000 CAAATCGTAG ATATCACTGC TGAGAAGGGT GATCAGGTTA TGAAAGACCT TGTCTTTGAA 9060 AATGCGGGTG CGCGTGCCTT GGGTGAATGT GCCTTGGTAC CAGATCCAAG TCCAATTTCT 9120 CAGTCAGGCA TTACCTTCTT TAACACCCTT TTCGATGAAA ATGCGTCAAA CCACTTGGCT 9180 ATCGGTGCAG CCTATGCGAC TAGCGTTGTT GATGGAGCGG AGATGAGCGA AGAGGAGCTT 9240 GAAGCTGCAG GGCTTAACCG TTCAGATGTT CACGTAGACT TTATGATTGG TTCTAACCAA 9300 ATGGATATCG ATGGTATTCG TGAGGATGGA ACGCGGGTAC CTCTTTTCCG TAATGGGAAT 9360 TGGGCAAATT AAGGAGATAA TATGTTAGGA AGTATGTTCG TTGGTCTCCT AGTGGGATTT 9420 TTAGCAGGTG CTATGACCAA TCGTGGAGAG CGAATGGGAT GTTTTGGAAA AATGTTTCTC 9480 GGTTGGATCG GAGCCTTTCT AGGTCACTTG CTCTTTGGAA CTTGGGGGCC AGTTTTATCA 9540 GGAACAGCTA TTATCCCAGC GATTTTAGGA GCCATGATTG TTTTAGCTAT TTTTTGGAGA 9600 CGAGGAA 9607 (2) INFORMATION FOR SEQ ID NO : 81 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 14231 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 81 : CTACAAGATA ATTCCAGCTA TAACATCCGC TATAATAGTA AGAGCGAGCT CTATGATAAG 60 GCTCATTAGT TTCACCTCCT CTCACGAACC CATAGGAACG TAATCGGTAA CCGATGACAA 120 AAATAGTATA CCACAATACA TTTAGATCAT CAAGGTCACT TAATTCTTGA AATATCAGAT 180 CTAAGAGAAA AATCTTTAAA ATCAGAAAAA CGCATAATAT CAGGTGTGCA AAAACTTGAT 240 ACTATGCGTT TTATTGTGGG AAGGTTTACT CCATTTTCTC CTGAAATTGA GTTTTTGTCC 300 AGCCTCTGTT TTTAGGGTTG CTAAGAAAAT AATGTCATGT GGTGAATATT TGTAAATCAG 360 TCAGCAGACA GAACGATACT CTTCGAAAAT CTCTTCACAT CATGTCAGCT TCGTCTTTCC 420 GTATATATGT GACTGACTTC ATCAGTTCTA TCTACAACCT CAAAACAGTG TTTCGAGCTG 480 ACTTGATCAA TTTTCAAATC TGTACTTTGA GCAAGCTGAG ACTAGCTTCC TATTTGATTT 540 TCATTGAATA TCAGAAACCC ATTCTCCATC AAATAATTCG ACTGCGTCTA ATAATTTTTG 600 ATCTGGCACG GTGTCTGAAA TAAAGGTTGT GTATTTGGAG AGGGGATTAA TTTTAAAAAA 660 TCCAGTCTTG TAAAATTTAG AACTATCAAT CAGTAAGATG GTTTCATGGG CTTTGTCAAT 720 AATATTCTTT TTTGAAATAG CTTGGCTGAG AGAAGCTTCA TAAACATATT GGTCATCAAT 780 ACCTCTTGCT GAACAAAATG CTAAATCGAT ATTAAAATGA TCTAATAAAG AATTTTCCTT 840 ATCATAGTTG ACCACGGAAC AGGATTGATG TTTGACCTCG CCAGATGTGA TAAAGATTTT 900 GGAGCTATCT TTAACAGTTT CAGATAGGGT TTGTGCAGTA TGTAAACCAT TTGTAAAAAT 960 AATCAAATTA TCAAGTTCAG AAAGATAGGG ACAGAGTTCG TAGACAGTAG TACTAGAATC 1020 TAGATAGATA CACATACCAG ACCGAATAAA GTCTTTAGCG AGACTAGCGA TTAGTCTTTT 1080 TTGCCTAGTA CTTTCTCCTT CACGTATTTG ATGAGAAAGT TCAATTGTGT TCATAGAGGA 1140 CAGGGTCACG TATCCGTGCT TTCTTTTGAT AAGACCTTGA TTTTCTAAGA AAATTAAATC 1200 ACGACGTAAG GTACTTGTGC TGGAGAAAGT GATTTCTGCC AGCTCTTTTA CGGCAATTCT 1260 TTTTTTCTTT TTGATAATTT CAATCAATTC AAGTACACGT TCATCTTTTA TCATAAGCTC 1320 CTCCTAATTT ATCATTTCAA CTATATTATA GCACAAATTG GAGGAATTTG AATTATTTTT 1380 ATGAATATTG GGTTAACATT TGAACATTAT TCAAGTAAGC GTTCACATAT TGAAAAAATA 1440 AAACGTGGGG ATTATAATAA AGTTAATCmA GGACGAAGAG AGAAGAAAAA TGGAAGCGGT 1500 TTTAGCAATA GATTTAGGTG CGACTTCTGG AAGAGCAATC GTTGGTTACC TTTCTGAAAA 1560 TAAACTAGTA ATGGAAGAAA TAAATCGCTT TTCTAATCTA CCTATTAGAG TAAAAGGGCA 1620 TTTATCTTGG GATATTGACT TTCTACTAGC TAAAATTCTT GAAAGTATCC GCTTGGCTAA 1680 TACTAGTTAC AAGATTTTAT CTATCGGTAT TGACACATGG GGAGTTGATT TTGGACTGAT 1740 TGATAATGAA GGTAAGCTGT TATTACAACC TGTTCATTAT CGTGATGAAA GAACAAAGGG 1800 AGTGTTAAAG GAAATATCTG AAATGACTGA ATTAGAAAAA CTGTATTCAG AGACAGGAAA 1860 TCAGATTATG GAGATAAATA CCTTGTTTCA ACTCTTTAAG GCACGTCAAG AATCTCCTGA 1920 CTCTTTCTAT AAGACCAATA AGATTCTTTT AATGCCAGAT TTGTTTAATT ATCTCTTGAC 1980 AGGTAAGTTT GCTACAGAAA AAAGCATTGC TTCAACAACT CAATTATTTG ATCCTAGGAG 2040 TCAAAATTGG AATCAGAATA TCTTAAAACT ATTTGAATTG GATTCATCTT TACTTCCTGA 2100 AATTGTTTCA GAGGGAAATG TTCTTGGAAG GATAAAAGAG GAGTATGGTT TAGGCGATAT 2160 TCCTGTTGTG AATGTTTGTA GTCATGATAC AGCAAGCGCG ATTGTCTCAG TACCTAAGAC 2220 AGAAGGTAGT TTATTTATTT CATCAGGTAC TTGGTCTTTG GTTGGAGTGG AACTTACTTC 2280 ACCGATTCTT ACTACCGAAT CCTTCAGTTA TGGATTTACA AATGAAGTCG GTAAAGATGG 2340 AGTGATTACA TTTCTGAAGA ATTGTACAGG GTTGTGGATC ATAGAGGAAC TAAGACGTTC 2400 ATTTGAACGA AGAGGGAAAG CCTATTCTTT TGATGATATT AGGACAATGG TGGAGAAAGA 2460 AAAAGAAAAT CTTCCTCTGA TTGATACTGA ATCAACTGAA TTTGCAACAG AATCTGATAT 2520 GCACAAGACT TTGACAGAAT ATCTAGCTTA TCATCATGAA ACTAGAGAGT GGACAGATGG 2580 ACAACTATTT AAGATTGTTT ATGAAAGCCT AGCTGAAACG TATAGGAAAG CGATAGAGTT 2640 ACTAGAAGAA CTAACTCATA AGGTTTATAA GAGGATATAT GTGATTGGAG GAGGTGCTAG 2700 AGCCAGTTAC TTTAACCAAA TGATTGCTGA TAGAACTGGT AAAGAGGTTC TTACAGGTTT 2760 GACTGAGGCT ACAGCTGTGG GGAATATTGT TGTGCAGCTC ATAGCTATGG GACAATTAAA 2820 AGGGATGGAA GAGGCTCACC ATGTTATTGA GGAGTTTCTA CAATTAGAGA GTTATTACTC 2880 CCAAAAGAAT TAAAAAGATT GAGAGTTTGT AAATTTGCCT CCCTCCCCCT TCTTAGCTTT 2940 TGTGCAGGAA GGGGGGATAA TTGGTGAATT GAAAAATATT TAGTGTTTTG ATATGAGGAG 3000 GACAAGGATG TCAGATGTAA AACAAGAATT AATTAAATAT GGTAAGAAGC TAGTAGAAAC 3060 AGATTTGACG AAAGGAACAG GTGGGAATCT CAGCGTTTTC GATCGTGAAA AACAATTGAT 3120 GGCAATTACC CCGTCGGGTA TTGATTTCTT TGAAATCAAA GAATCCGATA TTGTAGTGAT 3180 GGATATTAAT GGAAATGTTG TAGAGGGAGA ACGCTTGCCA TCTAGCGAAT GGTATATGCA 3240 TTTGATTCAA TATCAAACTC GTGATGATAT CGATGCAATT ATCCATGCTC ATACAACTTA 3300 TGCAACAGTA TTAGCTTGTC TCAGAGAACC ACTTCCAGCG AGTCATTATA TGATTGCAGT 3360 GGCAGGGAAA GATGTTCGGG TAGCTGAGTA TGCAACATAT GGCACGAAAG AATTGGCTGT 3420 GAATGCAGCT AAAGCAATGG AAGGTCGTAG AGCAGTTTTA CTAGCGAATC ATGGAATTTT 3480 AGCAGGTGCA CAAAATTTAT TGAATGCATT TAATATTGTT GAAGAAGTTG AATATTGTGC 3540 AAAAATTTAT TGTTTAGCTA AGAATTTTGG AGAGCCAGTA GTTCTTCCTG ATGAGGAGAT 3600 GGAATTGATG GCAGAAAAAT TTAAAACATA CGGTCAGAGA AAATAGGGAG GATATTAATG 3660 TTAAAACATA TACCGAAAAA TATTTCTCCA GATTTATTGA AGACTTTAAT GGAAATGGGA 3720 CATGGAGATG AAATAGTATT AGCTGACGCG AATTATCCTT CTGCCTCATG TGCAAATAAG 3780 CTAATTCGTT GTGATGGTGT AAATATTCCA GAATTATTAG ATTCCATTCT GTATTTAATG 3840 CCATTAGATA GTTACGTCGA TAGTTCAATT CAGTTTATGA ACGTTGTTTC GGGTGATGAT 3900 ATTCCTAAGA TATGGGGTAC CTATAGACAG ATGATTGAAG GTCATGGTAC AGATCTTAAA 3960 ACGATTACTT ATCTTAGAAG AGAAGACTTT TATGAACGTA GTAAGAAAGC TTATGCTATT 4020 GTTGCTACAG GAGAAACTTC ACTTTATGCT AATATTATCC TTAAGAAAGG AGTAGTTGTT 4080 GAAAGAGAAA ATGTTCAATA GAGGAATTTT AGTTGCCAGT CATGGTAATT TTGCTAGCGG 4140 AGCTCTCATG ACCGCAGAAA TGTTTGTTGG TGAGACAACA AATGATAGAG TTAGGACATT 4200 AGGTTTGATG CCTGGAGAGA ATATTGTAGA GTTTGAGCAT TATTTTAAAA ATCAAGTGGA 4260 TGAACTGTTA GACTCAAATC AAGAGGTTAT CGTTTTGACT GACTTGATTG GAGGAAGTCC 4320 TAATAATGTG GCTTTGTCAC GGTTTTTAAA TTTGGATTCA GTTGATATTG TAACAGGGTT 4380 TAATATCCCT CTCCTAGTGG AATTAATATC AAGTTATGAT TCAAAAATCA ATTTAGAAGA 4440 AATTGTTCAC AATGCTCAAA ATAGTTTGTT TAATGTTAAA CAACAACTTA ACGTAGAGGA 4500 GGAAGAAGAT TTATGTCTAT AGAGTTTGTT CGTATTGATG ACCGTCTGGT ACATGGTCAA 4560 GTTGTCACTA CGTGGCTAAA AAAGTATGAT ATTGAGCAAG TTATCATTGT TAATGATCGC 4620 ATCTCAGAAG ATAAAACACG ACAATCTATT TTAAAGATTT CTGCACCGGT AGGTTTAAAA 4680 ATTGTTTTCT TTAGTGTAAA ACGGTTTGTG GAAGTTTTAA ACTCTGTGCC AATAAAAAAG 4740 AGAACAATGC TGATATATAC AAATCCAAAA GATGTGTATG ATTCTATTGA AGGAAATTTA 4800 AAATTGGAGT ACCTCAATGT AGGACAGATG AGTAAAACGG AGGAAAATGA AAAGGTAACG 4860 GGAGGTGTAG CTCTAGGTGA AGAAGACAAA TATTATTTTA AGAAAATAGT TGATAAGGGA 4920 ACGAGAGTTG AAATTCAAAT GGTTCCTAAT GATAAAGTTA CAATGTTGGA AAAATTTTTA 4980 TAAAAATAAT TTAAGGAGGT ACAGTATATG CTATTCACAC AAGCATTACT GGTGACATTA 5040 GTTGGGATTA TTGCCACTAT TGACTATAAT GGACCGTTAT TTATGATTCA CCGTCCGTTA 5100 GTTACAAGTG CAATGGTTGG CTTAGTATTA GGAGATTTCA CCCAAGGTGT TCTTATTGGT 5160 TCAGCTCTTG AATTAACTTG GCTCGGTGTA ACAGGTATTG GAGGTTATAC TCCACCAGAT 5220 ACTATTTCAG GTGCGATTAT TGGTACTGCA TTTGGTATTT TATCTGGTCA AGGAGAAACT 5280 GCTGGTATCG CTATAGCAGT TCCAATTGCA GTTGCTACCC AACAGTTGGA TGTTCTTGCA 5340 AAAACTTTAG ATGTTTATTT TGTGAAAAAA GCTGATAATG ATGCTAAAAA CGGAGATTAT 5400 TCAAAGATCG GTTTTTATCA TTATTCAAGT TTGGTTTTAA TCACGTTATT TAAAATTGTA 5460 CCAATTTTCC TAGCTATTAT GCTTGGAGGG GAATATGTGG CAGACTTGTT TGCTAAGGTT 5520 CCACCAATCG TTATGCAGGG ACTTAACTCT GCAGGTGCTT TACTACCTTC AATTGGTTTT 5580 GGTATGCTTT TAAATATGAT GCTCAAGAAA AATATGTGGG TATTCTTGTT GATTGGATTC 5640 ATTTGTTCTG TGTATGGAGG AATGTCAACC ATTGGGATCT CACTAGTTGG TATTGCGGTA 5700 GCATACTTCT ACGATATGAT TGGAAGCAAA CCACAAGAAA CAACTTCAAG TAGTGATGTT 5760 GAGGAGGATC TTGATCTATG ATGAATAATA AAGTAACTAA AGTTGAACTT AAAAAAGTTT 5820 TCAAACGAAG TTTTATGTAT GGTTCTTCAT GGAACTATGA GAGAATGCAG AACCTAGGTT 5880 TTCTATATAC AATTCTTCCA GTATTGAAAA AACTATACCC AGACAAAGAT TCAGCTTCTC 5940 CTGCAATGAA ACGTCACCTT GAGTTTTTCA ATACTCATCA AACAGCGGCA CCATTTATTC 6000 TTGGAGTTAC TTCCGCTATG GAAGAACAAG AAGGAAATGA AGGTGCAGCT TCAATTACTG 6060 GTATTAAAGT TGGCTTGATG GGGCCACTGG CTGGTCTAGG AGATAGTTTG TTCTGGCTGA 6120 CACTAGTTCC TATCTGTTTT AGTATTGGTG CGTCTTATTC TAAAGACGGC GGTGCTTTAG 6180 GTATCTTTAT CGCCTTAATA TTGTTTAATA TTATTAATAT TCCTGTTAAA TATTTCGGTT 6240 TGAAATATGG GTATACTAAG GGTTCTAGTC TTATCCAAGA AAATAATACA AAAGGAACAT 6300 TGAATCGCGT TACGAGTATG GCGACAGCAT TAGGGCTAGT ACTAGTGGGT GGTTTGATTC 6360 CATCAATGGT TGGTATTAAT TTTGGATTAG AATTTAAGCA GGGGGAACTT GTTATTTCTG 6420 TTCAAGAAAT GATTACAAAA TTAATTCCAG GATTTATCCC TATGGCTTTG ACTTTATTAA 6480 TGTGTAAATT AATTAGAAAA GGAAAGAATC CGGTTGTACT AATCTTTAGT GTTATGGCTA 6540 TTGGAGTTAT TCTAGTTGTT TTAGGAATTT TGAAGTAGTA GAAAGTGTGG AGGTGGTATT 6600 TGGGATATCA CCTCCATTTT GGAAGAGAGG TAAAGAGTGA AATTATGGTA TAAGAAAGCT 6660 GCCGCAAATT GGAATGAAGC CTTGCCGATT GGGAACGGTC ATTTAGGTGG TATGATTTAT 6720 GGTTCAGCTA CAAAAGAATG TATTCAACTA AACGATGAGA CTATTTGGTA TAGAGGAAAG 6780 TCAGATAGAA ATAATCCAGA CTCACTATTG CATCTTAAAA AAATTCGGGA ATATCTTTTA 6840 GATGGAGAAA TTCAGAAAGC CGAAGAATTG ATAAAGTTAA CAGTGTTTGC TACCCCAAGA 6900 GATCAAAGCC ACTATGAATT ACTTGGGGAA CTTTACATTG AGCATATAGA TATTCAGTCT 3960 TGTGCTCTTT CATTGTATGA AAGAGAGCTA GATTTAGATA CAGCTATTTC TAATGTTGTG 7020 TTTGAGCCTA ATAGTTGTAA TTTACAAATA AAAAGAGAAT ATTTTACGAG TTTTAATAAG 7080 AATATTTTAT GTTGCCGTAT AGTGTCATCA GTTCAAAACA CATTAAATTT AAACATTAAT 7140 TTGGGTAGAA ATAAACGGTT TAATGACGAA GTATCTAAAC TGGATTCAAG TACAATTTTA 7200 ATGTCGGCCT CTGCTGGAGG TAGAAAAGGT GTTCAGTTTA AAGTAGTATG TCATTCTAAG 7260 GTTACGGATG GTGAAGTAAG TGTATTGGGA GAGACAATAG TTATTCGGAA TGCTACAGAG 7320 GTATTTCTTT ATCTCAAATC AATGACGGAT TATTGGGGAA ATATAGATAT TTCTTCTCTT 7380 CAGGGAGAAT TTAGTAGTAT TGATTACTTT ACAGAAAAAG ATGAACATGT AAAAAAATAT 7440 CAGGAGCAAT TTAATAGAGT TGATTTTAAA CTAGACTATA GTAAAGGTTG TCTTAGCATT 7500 CCAACGAATC TACTTCTTGA AAACACTAAA AAGTATAGTA ACTACTTGAC TAACTTGTTA 7560 TTTCATTATG GAAGATATCT GTTAATATCG TCTAGTCAAC CGAATGGTTT ACCTGCCAAT 7620 CTTCAAGGAA TATGGTGTGA TGAATTAAAT CCAATTTGGG GTTCTAAATA TACGATTAAT 7680 ATTAATACTC AAATGAATTA TTGGATGGTA GGTCCATGTG ATTTACCAGA AGTAGAATAT 7740 CCATTATTTG ATATGCTCGA AAGAATGAGA GAACCGGGAA GACTAACCGC TAAGAAAATG 7800 TATGGAGCTA GAGGTTTTAC AGCACATCAT AATACGGATG GTTTTGGCGA TACGGCTCCC 7860 CAATCTCATG CCATGGGGGC TGCAATTTGG GTATTAACTA TTCCATGGTT ATGTACTCAT 7920 ATTTGGGAAC ACTATTTATA TTTCCAAGAT GAGCGTATTC TTACGGAACA TTTTGAAATG 7980 ATAAAAGAAG CATTTCTTTT CTTTGAAGAT TATTTATTTG AGGTGGATGG CTACTTGATG 8040 ACAGGTCCAA GTGTCTCACC GGAAAATAAA TATCGCTTAA AAAATGGTAT TGAAGGAAAT 8100 GCTTGTCTAT CATCTACAAT TGATAATCAA ATTCTAAGAT ATTTTTGTGA TTCATGCATT 8160 GGCATTGCAA AACAATTAGG AGACAATTCG GATTTTATTA GTCGTGTGAA GGAGTTAAAA 8220 AAGAAACTAC CTAAAACAAA AATAGGTAGT AATGGGCAAA TCCAAGAATG GTTAGAAGAT 8280 TATGAAGAAG TAGAGCCTGG GCATAGACAC ATTTCACCTC TATTTGGGCT TTATCCTTAT 8340 AATGAGATTG ATATTCATAA AACTCCGGAA TTAGCAGAAG CAGCTAAAAT CACTATCAAT 8400 AGGAGATTAT CAAACGCTAA TTTTTTATCT TCACAGGAGA GGGAGCAAGC GATTAATAAT 8460 TGGTTAGTAA GTGGTTTGCA TGCTAGTACA CAAACAGGTT GGAGTGCTGC ATGGCTGATT 8520 CATTTTTTTG CGAGACTATA TCAAGGTGAA CCTGCTTATA ACCAGATTAA TGGTTTGTTA 8580 AATAATGCGA CTCTTGGCAA TTTATTTCTT GACCATCCAC CATTTCAAAT TGATGGTAAT 8640 TTAGGTTTGG TGAGTGGAAT TTGTGAATTA TTAGTACAGA GCCATCATAA TTGGTTATCA 8700 CTAATTCCAG CTTTACCTTC TGCTTGGTCA GAAGGAGAAG TGAAAGGTTT CAGAGTAAGA 8760 GGAGGATATA AGGTATCGTT TGCTTGGAAA AATGGGGATA TAACATTCCT AAAATTGGAA 8820 GGAGGAAACA AAGATCAAAA AGTAAGAGTA AGAATATATG GCAAAAATAC TGATGTACAA 8880 AATATTGAAT TGGTATTTAA TTCAGAAAAA ATTATTGAGT TAAATTTTTA GGTATAAGTC 8940 ATGAATAAAG AAAAAATAAA AAGAAAATTA ATCACAATAT TGTTTGTATG TATTGGGATG 9000 TTATGTTTTG GATTGTTAGC AGGAGTTAAG GCTGATAATC GTGTTCAAAT GAGAACGACG 9060 ATTAATAATG AATCGCCATT GTTGCTTTCT CCGTTGTATG GCAATGATAA TGGTAACGGA 9120 TTATGGTGGG GGAACACATT GAAGGGAGCA TGGGAAGCTA TTCCTGAAGA TGTAAAGCCA 9180 TATGCAGCGA TTGAACTTCA TCCTGCAAAA GTCTGTAAAC CAACAAGTTG TATTCCACGA 9240 GATACGAAAG AATTGAGAGA ATGGTATGTC AAGATGTTGG AGGAAGCTCA AAGTCTAAAC 9300 ATTCCAGTTT TCTTGGTTAT TATGTCGGCT GGAGAGCGTA ATACAGTTCC TCCAGAGTGG 9360 TTAGATGAAC AATTCCAAAA GTATAGTGTG TTAAAAGGTG TTTTAAATAT TGAGAATTAT 9420 TGGATTTACA ATAACCAGTT AGCTCCGCAT AGTGCTAAAT ATTTGGAAGT TTGTGCCAAA 9480 TATGGAGCGC ATTTTATCTG GCATGATCAT GAAAAATGGT TCTGGGAAAC TATTATGAAT 9540 GATCCGACAT TCTTTGAAGC GAGTCAAAAA TATCATAAAA ATTTGGTGTT GGCAACTAAA 9600 AATACGCCAA TAAGAGATGA TGCGGGTACA GATTCTATCG TTAGTGGATT TTGGTTGAGT 9660 GGCTTATGTG ATAACTGGGG CTCATCAACA GATACATGGA AATGGTGGGA AAAACATTAT 9720 ACAAACACAT TTGAAACTGG AAGAGCTAGG GATATGAGAT CCTATGCATC GGAACCAGAA 9780 TCAATGATTG CTATGGAAAT GATGAATGTA TATACTGGGG GAGGCACAGT TTATAATTTC 9840 GAATGTGCCG CGTATACATT TATGACAAAT GATGTACCAA CTCCAGCATT TACTAAAGGT 9900 ATTATTCCTT TCTTTAGACA TGCTATACAA AATCCAGCTC CAAGTAAGGA AGAAGTTGTA 9960 AATAGAACAA AAGCTGTATT TTGGAATGGA GAAGGTAGGA TTAGTTCATT AAACGGATTT 10020 TATCAAGGAC TTTATTCGAA TGATGAAACA ATGCCTTTAT ATAATAATGG GAGATATCAT 10080 ATTCTTCCTG TAATACATGA GAAAATTGAT AAGGAAAAGA TTTCATCTAT ATTCCCTAAT 10140 GCAAAAATTT TGACTAAAAA TAGTGAGGAA TTGTCTAGTA AAGTCAACTA TTTAAACTCG 10200 CTTTATCCAA AACTTTATGA AGGAGATGGG TATGCTCAGC GTGTAGGTAA TTCCTGGTAT 10260 ATTTATAATA GTAATGCTAA TATCAATAAA AATCAGCAAG TAATGTTGCC TATGTATACT 10320 AATAATACAA AGTCGTTATC GTTAGATTTG ACGCCACATA CTTACGCTGT TGTTAAAGAA 10380 AATCCAAATA ATTTACATAT TTTATTGAAT AATTACAGGA CAGATAAGAC AGCTATGTGG 10440 GCATTATCAG GAAATTTTGA TGCATCAAAA AGTTGGAAGA AAGAAGAATT AGAGTTAGCG 10500 AACTGGATAA GCAAAAATTA TTCCATCAAT CCTGTAGATA ATGACTTTAG GACAACAACA 10560 CTTACATTAA AAGGGCATAC TGGTCATAAA CCTCAGATAA ATATAAGTGG CGATAAAAAT 10620 CATTATACTT ATACAGAAAA TTGGGATGAG AATACCCATG TTTATACCAT TACGGTTAAT 10680 CATAATGGAA TGGTAGAGAT GTCTATAAAT ACTGAGGGGA CAGGTCCAGT CTCTTTCCCA 10740 ACACCAGATA AATTTAATGA TGGTAATTTG AATATAGCAT ATGCAAAACC AACAACACAA 10800 AGTTCTGTAG ATTACAATGG AGACCCTAAT AGAGCTGTGG ATGGTAACAG AAATGGTAAT 10860 TTTAACTCTG GTTCGGTAAC ACACACTAGG GCAGATAATC CCTCTTGGTG GGAAGTCGAT 10920 TTGAAAAAAA TGGATAAAGT TGGGCTTGTT AAAATTTATA ATCGCACAGA TGCTGAGACT 10980 CAACGTCTAT CTAATTTTGA TGTGATTCTA TATGACAATA ATAGAAACGA AGTTGCTAAG 11040 AAACATGTTA ATAATTTGTC GGGTGAATCT GTTAGTCTAG ATTTCAAAGA AAAAGGAGCA 11100 AGGTATATTA AAGTTAAATT ACTAACGAGT GGAGTGCCTT TGAGTTTAGC AGAAGTAGAG 11160 GTTTTTAGAG AATCAGATGG TAAGCAATCT GAAGAGGATA TAGATAAAAT AACAGAAGAT 11220 AAAGTAGTCT CTACAAATAA GGTAGCTACT CAAAGTTCAA CCAATTATGA GGGTGTAGCT 11280 GCTTTAGCAG TTGATGGTAA TAAAGATGGA GATTACGGAC ATCATTCGGT GACTCATACT 11340 AAGGCAGATT CTAACGCTTG GTGGCAGGTC GATCTGGGAG AAGAGTTTAC GGTTTCTAAA 11400 GTTGATATTT ATAATAGAAC AGATGCCGAA CCTCAGCGTT TATCTAATTT TGATGTTATT 11460 TTTCTATCTT CATCAGGAGA AGAAGTTTTT AGAAGACATT TTGATAAAGT AGTTGATGGT 11520 TTGTTATCTT TAAAAGTACC TTCTGTAGGG GCTAAGCTAG TCAAAATAGA ATTAAAATCA 11580 GCAGCTATTC CGTTAAGTTT AGCGGAAGTT GAAGTCTATG GTTCAAAGAG AACTCCGAAG 11640 AAACTTTCTA ATATTGCATT AACAAAAGAA ACTCGACAGA GTTCAACGGA TTACAATGGT 11700 TTTTCTCGTC TAGCAGTTGA TGGAAATAAA AACGGAGATT ATGGTCATCA TTCAGTGACT 11760 CATACCAAAG AAGATTCTCC TTCATGGTGG GAGATAGATT TAGCACAAAC CGAAGAATTA 11820 GAAAAGTTAA TTATTTATAA TAGAACAGAT GCTGAAATTC AGAGATTATC AAATTTTGAT 11880 ATTATTATAT ATGATTCAAA TGATTATGAA GTTTTTACAC AACATATTGA CAGTTTAGAA 11940 AGCAATAATC TATCCATAGA CTTAAAAGGA CTGAAGGGAA AAAAGGTTAG AATTTCTTTG 12000 AGAAGCGCAG GAATTCCTTT AAGTTTAGCA GAGGTAGAGG TTTATACTTA TAAGTAATTT 12060 TAAAAATTAT CACCCAGGCT ACCGTAAATA TAATGGAGAT GGTAGTATGA AAGAAACAGA 12120 AAAATAAGAG GAAAATAGTA TGATTCAACA TCCACGTATT GGGATTCGTC CGACTATTGA 12180 TGGTCGTCGT CAAGGTGTAC GCGAATCACT TGAAGTGCAA ACAATGAACA TGGCTAAAAG 12240 TGTGGCAGAT TTGATTTCAA GCACATTGAA ATATCCAGAT GGGGAACCTG TGGAATGCGT 12300 GATTTCTCCA TCTACTATTG GCCGTGTACC AGAGGCTGCA GCTTCCCATG AGTTGTTTAA 12360 AAAATCAAAT GTTTGCGCAA CAATTACAGT TACACCATGC TGGTGTTATG GTAGTGAAAC 12420 TATGGATATG TCTCCAGATA TTCCTCATGC TATTTGGGGA TTTAATGGGA CAGAACGCCC 12480 AGGAGCTGTC TATCTTGCAG CTGTACTAGC TTCACATGCT CAAAAAGGGA TTCCAGCCTT 12540 TGGGATTTAT GGAAGAGATG TTCAGGAAGC TAGTGACACA GATATTCCAG AAGATGTCAA 12600 AGAAAAACTT TTACGCTATG CGCGTGCAGC TCTTGCAACT GGCTTGATGA GAGACACTGC 12660 TTACCTATCA ATGGGTAGTG TTTCGATGGG GATTGGTGGT TCTATTGTAA ATCCGGATTT 12720 CTTCCAAGAA TACTTAGGAA TGCGAAATGA ATCGGTAGAT ATGACGGAGT TCACGCGCCG 12780 TATGGACCGT GGTATTTACG ACCCTGAAGA GTTCGAACGT GCGCTCAAAT GGGTGAAAGA 12840 AAACGTAAAA GAAGGATTCG ACCATAACCG TGAAGACCTT GTTTTAAGCC GTGAAGAAAA 12900 AGATAGACAA TGGGAATTTG TTATTAAGAT GTTCATGATT GGACGTGACT TAATGGTTGG 12960 TAACCCAAGA CTTGCTGAAC TTGGTTTTGA GGAAGAAGCG GTTGGTCACC ATGCTTTAGT 13020 AGCTGGTTTC CAAGGTCAAC GTCAGTGGAC AGACCATTTT CCAAATGGGG ACTTTATGGA 13080 AACTTTCCTC AATACTCAGT TTGACTGGAA TGGTATTCGA AAACCATTTG TATTTGCGAC 13140 AGAGAATGAT TCACTAAATG GTGTGTCTAT GCTCTTTAAT TATCTATTAA CAAATACTCC 13200 ACAAATCTTT GCTGATGTGC GTACTTATTG GAGCCCAGAG GCTGTTAAAC GTGTAACGGG 13260 ACATACTTTA GAGGGTCGTG CTGCAGCTGG CTTCTTACAT CTAATCAACT CTGGTTCTTG 13320 TACATTGGAT GGTACAGGTC AAGCTACTCG AGATGGCAAA CCTATTATGA AACCATTCTG 13380 GGAGTTGGAA GAAAGTGAAG TGCAGGCTAT GCTTGAAAAT ACAGACTTCC CACCAGCAAA 13440 CCGCGAATAC TTCCGTGGAG GAGGATTCTC AACTCGTTTC TTGACGAAGG GGGATATGCC 13500 AGTAACAATG GTACGTCTCA ATCTTCTAAA AGGGGTTGGT CCAGTGCTAC AAATTGCAGA 13560 AGGTTACACA CTTGAACTTC CTGAAGATGT TCACCATACT TTAGATAATC GTACAGATCC 13620 AGGATGGCCA ACTACTTGGT TTGCTCCACG TTTGACAGGA AAAGGTGCTT TCAAGTCTGT 13680 CTATGACGTC ATGAATAATT GGGGAGCTAA TCACGGAGCC ATAACATATG GACACATTGG 13740 AGCAGACTTG ATTACCTTGG CTTCTATGTT GAGAATTCCT GTCAATATGC ATAATGTACC 13800 TGAGGAAGAT ATCTTTAGAC CTAAAAATTG GTCCTTATTT GGAACAGAAG ATCTAGAATC 13860 AGCAGACTAT CGTGCATGTC AGTTGTTGGG GCCACTACAT AAATAAAACT TGTTTATATA 13920 GGAGGTGAAC TTACGTCCCT CCTATCCTTT TAAAAAGATT TGTTAAACAA TTCACAAATA 13980 ATTGAAAACG AATACAAAAA GTAATATAAT GATGTTAAAT AGATAGCGCG GAGGCGCAGG :. : 040 AGGAAAATTA TATGGCTATA TTTTATGTTC CGGCAGTCAA CCTTATTGGA AAAGGTGTTG 14100 TAAATGAAGT GGGTCCTTAT ATCAAGGAAC TTGGCTATAA AAAGGCACTT TTGGTGACAG 14160 ATAAGTACAT CGAAGGCAGT GATATTTTAC CTAAGACTTT AAAACCACTG GATACAGAAG 14220 GAATCGAATA T 14231 (2) INFORMATION FOR SEQ ID NO : 82 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 16995 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 82 : AGTTCTCTTA ACTTTTTTAG GATGGCATTC TCCGCTCTCA GGTACTCATT TTCTGCTgAA 60 GACGTTCTAA TTCTGTCCTC TCTTCAGGTC TCGTTTTTGG CTTACGTCCC ATTTTAGGTA 120 CTCTCCCTCT TGTTTTCTCA ACAATAGTAT ACCCGTTTTT CCTGTATTGT GCTAGCCAGT 180 TAAGAAGTAT CGTACGACTT GGGAGACCGT ATTCAAGAGA AACTCTATCT TTAGTCCAGC 240 CTTCATGTCA GACTTTATTA CTCATTTCTT GTTTTAAATC AGGAGAATAG TAACGATTTT 300 TTCCTTTTTT GACGAACTCT ATTCCGTAAC GATCAATCAA TTTAATCATG TACCTAATAT 360 TAGAATTGCT TATCCCAAAT TTATTTGAAA GCTTCTCTAA GCTATATCCT TGTTTTCTAA 420 GTTCATAGAT CTGAACTTTA TCATCATAAG TTAGTTTCAT AATAAAAACA CCCCAAAAGT 480 TAGATTTTTT CTGTCTAACT TTTGGGGTGT AGTTCATGTA CACCTGATAT GATGCGTTTT 540 ATAATTTTTA AGCCTTTTTG CCCAGCCTCG TCAAAAGTAA TGTTTTGACA CAAAATCTGT 600 GACAAAACTT TAGTTTTAAA GGTTTTTAAC TTTGTATATA CTAGTTTTAA GAAAAGGAGG 660 ATGATCTAAT GGAAGAAAAA GTATCATTGA AAGTCAGGGT TCAAAAACTA GGGACATCGC 720 TTTCAAATAT GGTTATGCCC AATATTGGAG CATTTATTGC TTGGGGAGTA TTGACTGCCC 780 TCTTTATCGC TGATGGCTAT CTGCCAAATG AACAGTTAGC TACTGTTGTT GGTCCTATGT 840 TAACGTATTT ATTGCCAATC CTGATTGGTT ACACAGGTGG ATATATGATC CATGGCCAAC 900 GTGGTGCCGT TGTAGGAGCT ATTGCTACTG TTGGTGCAAT CACAGGTTCT AGTGTTCCTA 960 TGTTTATCGG AGCTATGGTA ATGGGCCCAC TGGGAGGATG GACTATCAAG AAATTTGATG 1020 AGAAGTTCCA GGAAAAAATT CGTCCCGGAT TTGAAATGTT AGTTAATAAC TTCTCAGCTG 1080 GTCTCGTTGG TTTTGCATTA TTGCTTTTGG CTTTCTACGC AATCGGTCCA GTCGTATCGA 1140 CTCTTACTGG AGCTGTTGGG AATGGTGTTG AGGCTATTGT CAATGCTCGC CTCCTTCCTA 1200 TGGCTAATAT TATCATCGAA CCGGCTAAAG TCCTTTTCCT CAATAATGCC CTCAATCATG 1260 GCATTTTTAC TCCTCTGGGA GTAGAACAGG TAGCTCAAGC TGGTAAGTCA ATTCTCTTCC 1320 TATTGGAAGC TAATCCTGGA CCAGGTCTGG GAATTCTATT AGCTTATGCT GTATTCGGTA 1380 AAGGTTCTGC TAAATCTTCT TCTTGGGGGG CAATGGTTAT TCATTTCTTC GGAGGGATTC 1440 ATGAAATTTA CTTTCCTTAT GTTATGATGA AGCCTACTCT ATTTTTAGCT GCTATGGCAG 1500 GAGGTATCTC TGGAACTTTT ACTTTTCAAC TCTTAGACGC TGGTCTTAAA TCTCCAGCTT 1560 CACCAGGTTC TATTATTGCG ATTATAGCTA CGGCGCCAAA AGGTGTTTGG CCCCATCTAA 1620 ATGTTCTTTT AGGTGTTTTA GTGGCAGCAG TTGTTTCTTT CCTTGTAGCA GCCCTTATTC 1680 TTCATGCAGA CAAGTCAACT GAGGATTCGC TCGAAGCTGC TCAGGCGGCT ACCCAAGCAG 1740 CTAAGGCTCA GTCTAAAGGT CAGTTAGTAT CAACTTCTGT TGATGCAGTT GTTTCGACAG 1800 ACTCAGTGGA AAAAATCATT TTCGCCTGCG ATGCTGGTAT GGGAAGCTCT GCTATGGGAG 1860 CTAGTATTCT TCGAGATAAG GTTAAAAAAG CAGGTCTAGA GATTCCAGTA TCTAATCAGG 1920 CAATCTCAAA TTTGCTTGAT ACACCAAAAA CATTAATTGT TACTCAGGAA GAACTGACAC 1980 CAAGAGCTAA AGACAAGAGT CCAAGTGCTA TTCATGTTTC TGTTGATAAT TTCTTAGCGT 2040 CCTCTCGTTA TGATGAAATT GTAGCTTCAT TAACAGGAGC TTCTCCAATA GCAGAAATTG 2100 AAGGAGATAT ACCAACTTCA GCACCAGTAG ATAGTCAGGA AAGTGACCTT AACCATATTG 2160 ATGCTGTAGT AGTTGCTTAT GGTAAAGCAC AGGGAACTGC AACTATGGGC TGTGAAACGA 2220 TTCGGGCTAT TTTTAGAAAC AAGAATATTC GTATTCCAGT TTCTACTGCC AAAATTTCAG 2280 AATTAGGTGA ATTTAATTCT AAAAACATAA TGATTGTAAC AACTATTTCT TTACAGGCAG 2340 AAGTGCAGCA AGCAGCACCG AATTCTCAAT TTCTTATTGT GGATAGTTTA GTAACAACAC 2400 CAGAATATGA CAAAATGGCT GCTAGAATGT ACAAATAGAA CTAGAGGTTT CTAAATTACG 2460 AATGCTATTA ACCAAACGAG AAGAACAATT ATTGAAGGCT TTCCTACATG TAGGGAAGCT 2520 TTCAATGCAA GATATGACTG AAATCTTACA GGTTTCATCT AGAACAATTT ATCGAACTTT 2580 ATCAGATTTG ACAGATAGCA TGGAGCAATA TGGAATCGAA ATAACGAAGC ATGGGAAATA 2640 CTATATTTTG ACTGGAGAGT TGGATGATTT GCCGACAGAA CTTGAAGTGT TAGTTGAGTA 2700 TAGTCCCCAA GAAAGACAAG AGTTGATTAC CTATCGCCTT CTGACTGAGA GTGGTTTTGT 2760 CACCAATGAA GCATTGCAAG AGTGCACGAA AGTCAGTAAT GTAACTATTA TTCAGGATAT 2820 TTCAGATATT GATAAGCGTC TTTTAGACTT TGATCTGAAA ATTGAACGAC AAAAAGGTTA 2880 TCGGATTTCT GGTGATTCAG TTGGTAAGAG AAGATTTTTG GCTATTTTAC TGACAAACTG 2940 TATCTCAGTA GCAGATTTTT CAACCGGTAA TTTTGGGAGC TTTGATATTT TAGAAGCAGA 3000 TAGAACTGGG CTGGCCAGTC AGATTGTTAA TAAGCAACTG TCAGGTTTTC CAGATATGGA 3060 TGCTAGGATG AAGATGTTTT TTGCGATCTT GTTATCTCTT ATAGGTCAGG AGCAAAACAT 3120 TGAAAATTCA CCTAATACTA GTAAGCAGGC TTTGGAAATT TCTCAAAAAA TTTTTCAAGC 3180 TTACTCTAAG CAGACTGCAC AATTTTATAG TATTCAGGAA ATTATCTATT TTGCGAGCAT 3240 CTTGGATGAA TTAATCATTA AACGTCAGGA CAATCCGCTC TTTACGGAGA AATTTGATGG 3300 TGAATTTTTC TACAATATTT CAAATCTGAT TGATACGGTT TCCATGTATA CCAAGATTGA 3360 CTTTTTTAAG GACAAGGTTT TATTCAATTT TCTTTTCCAT CATATTCGGC TCAGTTTAGG 3420 CGTCCCTATC CTTTTTCAGG GTGAAAATTT GCCAGAATCT ATCCAGATTT TAGTTGAAAG 3480 GAATAAATTT CTTTATACAG TCATCAGTCT TTTAGTGAAT GATATTTTTC CGAAATATCT 3540 TCATACAGAG TATGAGTATG GCATGATTGC CCTACATTTT ATCTCTAGCT TAGGCCGTAG 3600 TCCAGAGATT TATCCAGTCC GTGTTTTGCT TTTAACGGAT GAACGTCGGG TCACTAGAGA 3660 TTTATTAGTC AGTAAAATTA AGAGTGTTGC TCCTTTTGTA GAGTTGATAG ATATTCAATC 3720 TCTAGTAGAT TACCACAGTA TTGATCTCAG TCAGTATGAT TATATTTTAT CTACCAAGCC 3780 GCTGACTAAT CAGGAAATCG ATGTAATTTC TAGTTTTCCA ACCGTCAAAG AATTGCTTGA 3840 ATTACAGGAA CGACTTCAGT ATGTACAGGC ACATCGTACA ATTGTCGCGC GTGATGCTAT 3900 CGCTCCAGAG AAAAGTTATG ACTTGCAAGA TTATTTAATA TCTAGTAGTC AGCTTTTGAG 3960 TCAATTCGAG TTGGTTCAAT TGGAGAATAA TCAATCATTT GAGCACACGG TAGAACAAAT 4020 CATCCAATAT CAGAAGAATG TGAGTGACAG AGCTTACCTA ACAAGAAAAT TGTTATCTCA 4080 CTTCCAGAAT AGTCCTATGG CTATTCCTAA TACTGGTCTG GTGCTTTTAC ATAGTCAGTC 4140 TAGCAAAGTA ACAACAAATA GTTTTACTAT GTTTGAACTC AAACTACCTA TCTCCGCATT 4200 GTCAATGAAA CGAGAGGAAG AAGAGGTCAA AAGGTGTCTG CTAATGCTAA TGTCTAAAGA 4260 AGCTAGCGAG GAAGCTAGAG ATTTAATGAC AGCTATTAGT CAGTCGATTA TTGAAAATCA 4320 TCTTTATACA GAGATTTACA AGACGGGAAA TCAATCCATT ATTTATCAGA TGCTAAATAC 4380 TATTTTTAAC GAAAAAATTA AGAAATTGGA GAACTAATAT GAAACTTGAA AAACATTTGA 4440 TTAAGCTTAA TAAACAATTT TCTAACAAGG AGGAAGCTAT TTGTTATTGT GGGCAAGTTC 4500 TTTATGAGGG TGGATATGTT AATGAAGACT ATATTGAAGC CATGATTGAG CGAGATAAAG 4560 AGCTATCTGT TTACATGGGT AACTTTATCG CCATACCGCA TGGAACAGAT GCAGCAAAAA 4620 ATGATGTCCT CAAGTCTGGT ATTACAGTCG TTCAAGTCCC TAGAGGGGTT GATTTTGGGA 4680 ATGTATCTAA CCCTCAAGTG GCAACGGTTC TTTTTGGTAT TGCTGGTATT GGTAATGAAC 4740 ACTTAGAAAT TATTCAGAAA ATTTCTATCT TCTGTGCAGA TGTAGATAAT GTTCTTAAAC 4800 TAGCAGATGC TCAGTCAAAA GAGGAAGTAT TGCGCTTATT TGATGCTGTT GAATAATTGA 4860 ATTTAGTCAT TTGTCATCTA GTATATATGT CCCTCAAATA GGAAAAGGAG AAATTGAATG 4920 AAACATTCTG TTCATTTTGG TGCCGGTAAT ATCGGTCGTG GTTTTATAGG TGAAATTCTA 4980 TTTAAAAATG GTTTCCATAT TGATTTTGTG GATGTCAATA ATCAGATAAT TCATGCTCTG 5040 AATGAAAAGG GCAAGTATGA AATTGAAATT GCACAGAAAG GACAGTCTCG TATAGAAGTA 5100 ACTAATGTGG CTGGCATTAA TAGCAAAGAA CATCCTGAGC AAGTCATTGA AGCGATTCAA 5160 AAGACGGATA TTATTACTAC TGCAATCGGA CCTAATATAC TCCCTTTTAT CGCCGAACTT 5220 CTAGCCAAAG GAATCGAAGC TCGCCGAGTT GCAGGAAATA CACAGGCATT GGATGTTATG 5280 GCCTGTGAAA ATATGATTGG CGGGTCTCAA TTTCTTTATC AAGAAGTCAA GAAATATTTA 5340 AGTCCGGAAG GTTTGACATT TGCTGATAAC TACATAGGTT TTCCAAATGC TGCAGTAGAC 5400 AGGATTGTTC CAGCACAAAG TCACGAAGAT TCCCTTTTTG TTGTGGTCGA GCCCTTTAAT 5460 GAATGGGTCG TGGAAACCAA GCGTCTTAAA AATCCAGATT TACGTCTAAA AGATGTGCAT 5520 TATGAAGAAG ATTTAGAACC CTTTATTGAG CGAAAACTTT TTTCAGTCAA TTCTGGACAT 5580 GCAACTTCAG CTTACATTGG TGCGCATTAT GGTGCCAAGA CAATTTTGGA AGCTCTTCAA 5640 AATCCTAATA TTAAATCTCG GATTGAATCT GTATTAGCTG AAATTCGGAG TCTCTTGATT 5700 GCCAAATGGA ACTTTGATAA AAAAGAATTG GAGAATTATC ACAAAGTCAT TATAGAACGA 5760 CTTGAAAACC CTTTCATAGT GGACGAGGTT AGTCGCGTAG CTCGTACTCC AATCCGAAAA 5820 TTAGGCTATA ATGAACGATT CATCCGGCCG ATACGTGAAT TGAAAGAACT CAGTTTGTCA 5880 TATAAAAACC TACTTAAAAC AGTTGGCTAT GTCTTTGACT ATCGCGATGT AAATGATGAA 5940 GAAAGTATTC GATTAGGTGA ATTGTTGGCT AAACAATCAG TCAAAGATGT TGTTATACAA 6000 GTTACAGGTT TAGACGACCA AGAATTGATT GAGCAAATTG TAGAGTATAT TTAATCTTTT 6060 TCGAAAATCT CTTCAAATCA GGTTAGCATC GCTTTGTCTT AGGCATATGT TGTTCTATCT 6120 ACAACCTCAA AGCAGTGCTT TGAGCTGACT CCGTCAGTCT TATCTGCAAT CTCAAAACAC6180 TGTTTGAGTT ATCTGCGGTA ATCTTTCTAG CTTGTCTTTG ATTTTTGTTG TTATTTATAA 6240 GGTAAAAGAA GCTGGACAAA AAGTCTTCAA AATCGGGAAA AGGCAGCCTA TCGGGTGTTC 6300 AAAAATCTTG ATAGGATGTC CTTTATTATG GAAAGCCTTA TTGGATTTTC TCCTCAGATT 6360 GAGTTTTTGA TCAGCTTTAT GAGATAGGTC TTGCTAGAGA TGTAGCCCAT CATGTTAT' !"T 6420 TTATGGACAG TGGGAAAATT GTTGAAAAAA ATAATGCCCA TCAATTCTTT AGTCGTCCAA 6480 GAGAAGAACG AACCAAGCAA TTTTGGAACG AATTCTTTCG AATGCGATCT ATATAGTAAA 6540 ATGAAACAAG AACAGGACAA ATCGATCAGG ACAGTCAAAT CGATTTCTAA AAATGTTTTA 6600 GAAGTAGAGG TGTACTATTC TAGTTTCAAT CTACTATATA ACTGAAAAAT TAGATAAATT 6660 AGTTTTGGAA AATGACTAAC CAAAAGATAT CCAAAGTAGT CTAAAATTGT CTATACTTTA 6720 TGAGTGTTTT AGTTAGGAAA AAGGCTTGTT GTCTATAATT GTCTGCATTA GTCTAGATTT 6780 TATTTATAGA AAATGTTATA ATAGACTGTA TTTAAAAAAT TTTAAGGAGA AATGACAGAA 6840 TGTCTGTATC ATTTGAAAAC AAAGAAACAA ACCGTGGTGT CTTGACTTTC ACTATCTCTC 6900 AAGACCAAAT CAAACCAGAA TTGGACCGTG TCTTCAAGTC AGTGAAGAAA TCTCTTAATG 6960 TTCCAGGTTT CCGTAAAGGT CACCTTCCAC GCCCTATCTT CGACCAAAAA TTTGGTGAAG 7020 AAGCTCTTTA TCAAGATGCA ATGAACGCAC TTTTGCCAAA CGCTTATGAA GCAGCTGTAA 7080 AAGAAGCTGG TCTTGAAGTG GTTGCCCAAC CAAAAATTGA CGTAACTTCA ATGGAAAAAG 7140 GTCAAGACTG GGTTATCACT GCTGAAGTCG TTACAAAACC TGAAGTAAAA TTGGGTGACT 7200 ACAAAAACCT TGAAGTATCA GTTGATGTAG AAAAAGAAGT AACTGACGCT GATGTCGAAG 7260 AGCGTATCGA ACGCGAACGC AACAACCTGG CTGAATTGGT TATCAAGGAA GCTGCTGCTG 7320 AAAACGGCGA CACTGTTGTG ATCGACTTCG TTGGTTCTAT CGACGGTGTT GAATTTGACG 7380 GTGGAAAAGG TGAAAACTTC TCACTTGGAC TTGGTTCAGG TCAATTCATC CCTGGTTTCG 7440 AAGACCAATT GGTAGGTCAC TCAGCTGGCG AAACCGTTGA TGTTATCGTA ACATTCCCAG 7500 AAGACTACCA AGCAGAAGAC CTTGCAGGTA AAGAAGCTAA ATTCGTGACA ACTATCCACG 7560 AAGTAAAAGC TAAAGAAGTT CCGGCTCTTG ACGATGAACT TGCAAAAGAC ATTGATGAAG 7620 AAGTTGAAAC ACTTGCTGAC TTGAAAGAAA AATACAGCAA AGAATTGGCT GCTGCTAAAG 7680 AAGAAGCTTA CAAAGATGCA GTTGAAGGTG CAGCAATTGA TACAGCTGTA GAAAATGCTG 7740 AAATCGTAGA ACTTCCAGAA GAAATGATCC ATGAAGAAGT TCACCGTTCA GTAAATGAAT 7800 TCCTTGGGAA TTTGCAACGT CAAGGGATCA ACCCTGACAT GTACTTCCAA ATCACTGGAA 7860 CTACTCAAGA AGACCTTCAC AACCAATACC AAGCAGAAGC TGAGTCACGT ACTAAGACTA 7920 ACCTTGTTAT CGAAGCAGTT GCCAAAGCTG AAGGATTTGA TGCTTCAGAA GAAGAAATCC 7980 AAAAAGAAGT TGAGCAATTG GCAGCAGACT ACAACATGGA AGTTGCACAA GTTCAAAACT 8040 TGCTTTCAGC TGACATGTTG AAACATGATA TCACTATCAA AAAAGCTGTT GAATTGATCA 8100 CAAGCACAGC AACAGTAAAA TAATCTTAAT AAACAGAAAA CCCACCTGAA TTGGTGGGTT 8160 TTCTGATGCA CTATTTTCCA AAAATCTCTT TGAGGTCTGT GTCTGTAATC CCAATCATGG 8220 CTGGGATGCG GTCCCAGTTT TCTTCGGTTA GGATGTAGGA TTGTTCAGAG GCACTTGATG 8280 TGACTGTTTC AGAGACAGCT TGTTGCTTTT CTTCAACATT CTCCAGTAGA TCACTGAAGC 8340 GTTCAATCAG ATAGGTTTTT CGGGCAGTTC CGATGTGTTG GGTAGCATAG TCGAAGGCTT 8400 GTAATTCGCC TAGTAAGATG AGTTTGCTTT TGGCACGTGT AATGGCTGTG TAGATGAGAT 8460 TTCGCTCCAG CATACGTCGG CTAGCACTAG TAATCGGTAG GATGACAACT GGGAACTCAC 8520 TTCCCTGAGA CTTATGAATA CTCATGGCAT AGGCCAAGCG AATCTTGTAC CATTCGTTAC 8580 GGGGGTAAGA GACTTCATTA CCATCAAAAT CAATGACAAT CTCGTCTTGT TTCGATTCGG 8640 TGTATTTACC AGGAATCAGG TCTGTGATAG CTCCTAAATC CCCATTAAAG ACATTGATTT 8700 CAGCATCGTT AACCAAATGA ATGACCCTGT CTCTCTTACG ATAGTGACAC TGAGGAGCTT 8760 CAAAACTGAG TTGATCTTTT TGTGGGGGAT TGAGCAGGTC TTGCATGAGC TGATTGATAG 8820 CATCAATCCC TGCCGTCCCT CGGTACATAG GAGCCAGAAC TTGGATATCA CGGGCGGGAA 8880 TACCATTTCT GAGGGCGGCA CCTAAGATTT TTTCAATGGT GGCAGGAATA TGGCCACTAG 8940 CAATTTCAAA GTAGGAACGG TCAGCTTTTT TTTGGGTGAA ATCAGCTGGC AAGATGCCCT 9000 GTCGAATCTG ACTAGCTAGG GTGACGATGG TTGATTCTTT GCTTTGTCGA TAAATTTTTT 9060 CCAAGCGAGT CTGAGGAATC AAAGGAATAT GAAGTAGATC CGCTAGAACC TGTCCAGGAC 9120 TGACAGAAGG TAGCTGATCA CTGTCACCTA CGATGAGGAT CTTACTGTTA GAAGAGATAT 9180 TGGAGAAGAG TTGATTGGCC AGCCAAGTAT CTACCATAGA GAATTCATCC ACGATGATAA 9240 AGTCAGCATC TAGGTAATCT TCCAGATGAC TGGTATCATC GTCACCTGTC ATTCCCAAGT 9300 GGCGATGTAT GGTCGCGCTA GGCAAACCTG TCAATTCATT CATGCGACGA GCAGCTCGAC 9360 CAGTTGGAGC AGCAAGAAGA ATGGGCAGAT TGCTTTTCTT CCTGAAGTCA AGTCCTTCTA 9420 AAAGGGCATA AACAGCAATG ATTCCATTGA TAACAGTTGT CTTACCAGTA CCAGGCCCAC 9480 CTGTCAGGAT AAAGACCTTA TTCTGGATAG CATCACAGAT AGCCTGTTTT TGAATGTTAT 9540 CATACTCAAT TCCCAGTTCT TGCTCGACAG TAGTGATATG TTTTTGAATG GTTTCTAAAT 9600 CATGACTCTT CTGTTTTCCT TTTTCAAGGA TACGAACCAA GTGACTGCGG ATGCCTTCCT 9660 CAGCGAAAAA GAGGCTGTTG TCAAAGATCT TGGTATCAAT CTGCTGAACC TTGTCTTCTT 9720 CGATCAGGTA GGAGAGCTCT TGGGCAACTT GGCTGGGGTC TAGTTCCACG GGACGGGAAG 9780 ACTCAAGGAG AGTAAGGGTT TGTTCCAGCA AATCCCGTGC TTCAACATAG GTGTCCCCTG 9840 TTTCCATACA GGCCTGAAAA AGACTGTGAA CTAGACCGGC GCGGAAGCGT TCAGGAGCCT 9900 GACTTTCGAT GCCTAGTTCC TCAGCTAGTT GGTCAGCAAT GGTAAAGCCC AAACCCTTGA 9960 TATCCTCAAC CAGCTGGTAG GGATAATTTT CAACCACATC AAGGGTTTCT TCCTTGTAAA 10020 AGTCTTGAAT CTGAAAGGCT AGTTTGTTGG GAATGCCGTA GTTGGCTAGT TTGGCCAAAA 10080 TCATCTCCGT TCCGTAGTTG AGACGGAGAG TGGAGACGAA AGCCTCGCGA TTTTTGGCAG 10140 AGAGTCCTGC GATGCCTTCT AACTTTTCTG GGTGTTGCAA AATTTCGTCA ATGGTATTTT 10200 CGCCATAGGT ATCCACGATT TTCTGAGCTG TCTTGAGACC AATCCCCTTG AAATGGCTAC 10260 TTGAAAAGTA CTTGACCAAG CCCTTACTAG TTGGTTTTGC GCGATCATAA CGACTGATTT 10320 GCAGTTGTTC TCCATACTTG GAGTGCTGGA CAATTTGCCC CCAAAAAGTA TAGTCTTCGC 10380 CCTCAATTAC ATCAGCCATG GTTCCTGTGA CAATGATTTC AAAATCATCA AAATCCTCTG 10440 CGTCCGTATC GTCGATTTCT AGGAGGAGGA TGCGATAAAA ATTGCTGGGA TTTTCAAAAA 10500 TAATCCGTTC AATAGTTCCT GAAAAATAAA CTTCCATAAA ATTCCTTTGC ATGAATAGGT 10560 GAGAGTTGGG ATTGTTTTTA TTTTATACTC TTCGAAAATA TCTTCAAACC ACGTCAGCTT 10620 CCATCTGCAA CCTCAAAACA GTATTTTGAG CTGACTTCGT CAGTTCTATC CACAACCTCA 10680 AAACACTGTT TTAAGCAGCC TACGGCTAGC TTCCTAGTTT GTTCTTTGAT TTTCATTGAG 10740 TATTTGTAAA TAAACAATCA CTTCTCACGA TAGAAGAAGA GGCTGAGATT GGTGATTCTC 10800 TGCCTCTTAG GTTTCTTAAA ATGTTCCGAT ACGGGTGATT GGCCATAAGC GGAATTTAGC 10860 TTCCCCTGTG ATATCTTTTG CTTTGAAGGT ACCTACGTGG CGGCTGTCGC TCGAAACCAA 10920 GCGGTCATCT CCGAGGAGAA GGTATTCTCC TTCTGGAACA GTAAAGCTAA AGTTGGTGTT 10980 GTAGTTGACA TCAACTGTGA AGGCTTGAGC TTTTTGAGCG ATACTTCTAA AGAAAGTTCC 11040 TTTATTTCCT TCAAAGCCCT TGCCTGAGTA AGTGCTTTGG AGTTTGTCAT CCTTGAAGCG 11100 TTTGATATAG TCTGCTAGAT AAGGCTCGTC CGTTTCTTTG TCATTGATGT AGAGTTTATC 11160 ATTTTCGTAA CGAATGGTGT CGCCAGGCAT TCCAATCACG CGCTTGACGA TGTCCTTATT 11220 GCCATCTTCC TCATGGGCCA CCACGATATC AAAACGGTCA ATAGGAAGGT GTTTTACAAC 11280 GAAGAGAATT TCGCCATCCG CTAGGGTCGG ATCCATGGAA TGTCCTTCTA CGCGAACATT 11340 GCTCCAAAAA AAGATACGAC TTAAAGCTAG TAATGACAGA ATTAGGAGGA ACAATCCCCA 11400 CTCTTTTAAG AAATTTTTAA ATGAATTCAT AACTTACCTT TCTAAGCGTT TTTTCGCTTT 11460 TTCAGTGTTT TTAAAGTGCA ATTTGGCGCA GAAGCTGAGT CCCTGCATAC CATAGGCTTG 11520 CAAAATCTGG CTAGCCACCT TGTCAGAAGC CGTTCCAGCT CCACTTGGGA GCTGATAACC 11580 CAGTTCTCGT CCCAAATTTT CAAGATTTTC CAGAAAGAGA TCACGCGCAA TGACAGAAGA 11640 AACTGCGACA GACAAGTATT TGCCCTCAGC CTTTTCTTCT AAGCTGATAG GATTGCTGAA 11700 ACGATTGGCC TCTTGTGCCA AGTACTTGTC ATAATTTTTA GCACTGGTAA AGGCATCAAT 11760 CACAATTTTC TCAGGCTGAA CACCTTTTTG AAGGAGGAGA TAGATAGCCT GATTATGGAG 11820 GGCAACCTTA ACCGAAACAG CGTTGTAGCG GTCTCCGATG ACCTCGTTGT ACTTGCTGGG 11880 TGAGAGAAGG AGTGCCTGGT GCTGAATTTT TTCCTTGAGA ATAGGAGTAA TCTGACGGAT 11940 CTTTTGGTCG GTCAGAGTCT TAGAATCCCC CACACCGAGT TTTCGTAAAA AGTCGTGCTG 12000 GTCAGGTGTG ACAAAGGCAG CCACAACTGC AAGCCCACCA AAGTAGGAAC CATTTCCCAC 12060 CTCATCTGTC CCAATTAAAG GAAGATTTTG TCCGCTGGTT TGCTCTACAG CTTGATAGCC 12120 AAAGAAACTG GCGTATTTTT CAGCCCCTTC ACCCTGAAGC AAGATTTTTC CAGAAGTATA 12180 GATAGAAACC GTTGCTTGAG GTAGTTTCAA AAAGTAGCGG ATATAGGGAT TCTTGCTAGG 12240 AGCCAGACTG GTTTGATAGT GTTCAAGAAA AGCCTGAATA TCCTTTTCGC TTGGTGTGAG 12300 TGTGATACTT GCCATAGTTT CTATTGTACC ACAAAAGCAG TAAAATTTGT AAAAACTGAC 12360 AAAATTAGCG AATTTTGGTA TAATATCGTG AGGTGAATTT TATGGCAAAT CTAAATCGAT 12420 TCAAATTTAC ATTCGGGAAA AAATCGTTAA CCTTGACAAG CGAACATGAC AACCTTTTTA 12480 TGGAGGAAAT CGCTAAGGTT GCGACAGAAA AATACCAAGC AATTAAAGAA CAAATGCCTA 12540 GCGCAGATGA TGAAACAATC GCTCTTTTGT TGGCAGTCAA CTGTTTATCA ACTCAGCTCA 12600 GCCGTGAGAT TGAATTTGAC GATAAGGAGC AAGAGCTAGA AGAACTCCGT CACAAGCTTG 12660 TGACTTGTAA GCAAGAACAG AGCAAGATTG AGGATTCCTT ATGATTTCAT TCCTTCTTCT 12720 ATTGGTCTTG GTTTGGGGAT TTTATATCGG CTATCGGAGA GGCCTGCTCT TACAGGTTTA 12780 TTACCTGATT TCAGCCATGG CATCGGCTTT TATGGCTGGC CAGTTTTATA AGGGGCTTGG 12840 AGAGCAATTC CATTTATTGC TCCCTTATGC AAATTCGCAG GAAGGTCAGG GGACTTTCTT 12900 TTTCCCATCG GATCAACTCT TTCAGCTGGA TAAGGTCTTT TATGCAGGTA TCGGCTACTT 12960 GCTTGTATTT GGGATTGTCT ATAGCATTGG TCGTTTACTT GGTCTTCTCT TACACTTGAT 13020 TCCTAGCAAA AAACTGGGTG GTAAGTTGTT CCAAGTTTCA GCAGGTATCT TGTCCATGTT 13080 GGTGACCTTA TTTGTCTTGC AAATGGCCTT GACAATCTTG GCGACCATCC CCATGGCAGT 13140 TATACAAAAT CCTCTTGAAA AGAGTATCGT CGCAAAACAC ATCATCCAGA GCATACCGGT 13200 AACAACCAGT TGGCTCAAAC AAATCTGGGT GACAAATTTA ATCGGATAAA AAGGGCAGGA 13260 GTTTTCCTAG CCCTTTGTTT ACAGATTTGA CTCGAATCTA TCAGAATGTA AAAAGCTACC 13320 ACACCTAGAC ATTCAAAGAC AAGGAAATAA AGATGAATAA GAAAATATTA GAAACATTAG 13380 AGTTCGATAA GGTCAAGGCC TTGTTTGAGC CTCATTTGTT GACCGAGCAG GGCTTGGAGC 13440 AATTGAGACA ACTGGCTCCG ACTGCCAAAG CAGATAAAAT CAAACAGGCT TTTGCTGAGA 13500 TGAAGGAAAT GCAGGCTCTT TTCGTCGAGC AACCGCATTT TACTATTCTC TCAACTAAGG i. 3560 AAATTGCAGG AGTCTGCAAG AGGTTGGAGA TGGGAGCGGA TCTCAATATC GAGGAGTTCC 13620 TACTCTTGAA ACGCGTGCTT CTTGCCAGCC GAGAACTTCA AAATTTTTAC ACCAATCTGG 13680 AAAATGTCAG CTTGGAAGAA TTAGCCCTTT GGTTTGAGAA ATTACATGAT TTTCCGCAAT 13740 TACAAGGAAA TCTTCAGGCC TTTAATGATG CGGGTTTCAT TGAAAATTTT GCCAGTGAAG 13800 AATTGGCGCG AATCCGTCGA AAAATACATG ATAGCGAGAG TCAGGTACGC GATGTTTTAC 13860 AAGACTTGCT CAAGCAAAAA GCGCAGCTGT TGACGGAAGG AATTGTTGCT AGCAGAAATG 13920 GCCGTCAGGT TTTACCAGTC AAAAACACCT ACCGCAATAA GATTGCAGGT GTCGTTCATG 13980 ATATTTCTGC TAGTGGAAAC ACCGTCTATA TCGAACCCCG TGAGGTAGTC AAACTGAGCG 14040 AAGAAATTGC TAGTCTGCGA GCAGATGAGC GCTATGAAAT GCTTCGCATT CTCCAAGAAA 14100 TTTCTGAGCG TGTCCGCCCT CATGCGGCTG AGATTGCTAA TGACGCTTGG ATTATCGGTC 14160 ATCTGGACTT GATTCGTGCC AAGGTTCGAT TTATCCAAGA AAGACAAGCA GTCGTGCCTC 14220 AGCTGTCAGA AAATCAAGAG ATTCAACTGC TCCATGTCTG CCATCCTTTG GTCAAAAATG 14280 CCGTCGCAAA TGATGTCTAT TTTGGTCAAG ATTTAACAGC TATTGTCATT ACAGGTCCCA 14340 ATACAGGTGG GAAGACCATC ATGCTCAAAA CTCTGGGCTT GACACAGGTC ATGGCCCAGT 14400 CAGGATTGCC GATTTTAGCA GACAAGGGAA GTCGTGTTGG TATTTTTGAA GAAATCTTTG 14460 CTGATATTGG AGATGAGCAG TCTATTGAGC AGAGCTTGTC TACCTTCTCT AGTCATATGA 14520 CCAATATCGT GGATATTCTT GGCAAGGTCA ACCAACATTC ACTCTTACTT TTGGATGAGT 14580 TGGGGGCTGG TACTGATCCC CAAGAGGGAG CAGCCCTTGC CATGGCTATT CTGGAGGACC 14640 TTCGCCTGCG TCAAATCAAG ACCATGGCGA CGACCCACTA TCCAGAACTC AAGGCCTACG 14700 GTATTGAGAC AGCCTTTGTG CAAAATGCCA GTATGGAGTT TGATACTGCA ACTCTTCGCC 14760 CGACCTATCG CTTTATGCAG GGTGTTCCTG GCCGAAGTAA TGCCTTTGAA ATTGCCAAAC 14820 GTCTAGGCCT ATCTGAAGTT ATCGTAGGAG ATGCCAGTCA GCAGATCGAT CAGGACAATG 14880 ACGTCAATCG TATCATTGAG CAATTAGAAG AGCAGACGCT GGAAAGCCGC AAACGTTTGG 14940 ACAATATCCG TGAGGTGGAG CAAGAAAATC TCAAGATGAA CCGTGCGCTA AAAAAACTCT 15000 ACAACGAGCT TAATCGTGAA AAGGAAACCG AGCTTAACAA GGCGCGTGAA CAGGCTGCTG 15060 AGATTGTGGA TATGGCCCTA AGTGAAAGTG ACCAGATTCT CAAAAATCTC CACAGTAAAT 15120 CCCAACTCAA GCCCCACGAA ATCATTGAAG CCAAGGCCAA GTTGAAAAAA TTGGCTCCTG 15180 AAAAAGTGGA CTTGTCTAAA AATAAGGTCC TTCAAAAGGC CAAGAAAAAA CGAGCTCCAA 15240 AGGTGGGAGA TGATATCGTG GTTCTCAGTT ATGGTCAGCG TGGTACCTTG ACCAGTCAAC 15300 TCAAGGACGG TCGCTGGGAA GCCCAAGTTG GCTTGATTAA GATGACCTTG GAAGAGAAAG 15360 AGTTTGATCT TGTTCAAGCC CAGCAAGAAA AACCAGTCAA GAAGAAACAG GTCAATGTTG 15420 TGAAACGAAC TTCTGGGCGA GGACCTCAAG CTAGACTGGA TCTTCGAGGC AAGCGCTATG 15480 AAGAAGCCAT GAATGAGCTA GATACCTTCA TCGACCAAGC CTTGCTTAAC AATATGGCTC 15540 AAGTTGATAT CATCCATGGT ATCGGAACAG GAGTCATCCG TGAAGGAGTT ACCAAATACT 15600 TGCAAAGAAA CAAACATGTC AAGAGTTTCG GCTATGCCCC ACAAAATGCT GGAGGCAGTG 15660 GTGCGACTAT TGTCACTTTT AAAGGATAGC AGTATTCTGG ACTTTATAAA GTAAAAACTG 15720 TTGAACTAAT TTTTACTAAT AAACACATTG ACAAAAGCCA ACATTTTTTG TAAAATTAGA 15780 ATCAATTAAA TACCAACACC GAATGAAGTT TAATAGAAGT GGGGAATCGT TTGATTTTCC 15840 ATGACTGTAA ATGGACGGAA CTCTGGAGAG ACCGTAAAGG CACCGAAGGG CAAGGCAGGC 15900 AACTGCTCAA ACTCTCAGGT AAAAGGACAG AGCTAGGATA GACCGCTTTT TAGCATTTAT 15960 CTAAGCATTC CAGAGTACAT GTATCTTGCA TGTGCTCTTT CTTTTGGGGT TGAAACGATA 16020 GGAGAAGGAA ATGTTAGAAT TGCTTAAATC AATCGATGCT TTTGCTTGGG GACCGCCCCT 16080 CTTGATTTTA TTGGTCGGAA CAGGGATTTA CCTAACTATT CGGCTAGGAC TCTTGCAGGT 16140 TTTGCGTCTA CCCAAGGCCT TTCAGCTTAT TTTTATCCAG GATAAGGGAC ATGGTGATGT 16200 ATCCAGTTTT GCAGCTCTGT GTACAGCCTT GGCATCAACT GTTGGAACAG GAAATATCAT 16260 AGGAGTTGCG ACGGCTATCA AGGTTGGTGG ACCAGGAGCT CTATTTTGGA TGTGGATGGC 16320 GGCTTTCTTT GGAATGGCTA CCAAGTATGC GGAAGGACTC TTGGCCATCA AATACCGCAC 16380 CAAGGACGAC CATGGTGCAG TAGCGGGAGG TCCCATGCAT TATATCCTTC TAGGGATGGG 16440 AGAAAAGTGG CGACCACTTG CTGTTTTGTT TGCAGTAGCA GGAGTATTGG TTGCTCTCTT 16500 GGGAATCGGA ACCTTCACCC AAGTCAACTC GATTGCAGAA TCTATCCAAA ATACAACGAC 16560 GATTTCGCCA GCCATCACAG CTCTCGTCTT GTCTGTCTTT GTAGCGATTG CAGTCTTTGG 16620 TGGACTCAAG TCTATTTCTA AGGTTTCAAC TACTGTTGTT CCTTTTATGG CCATCATTTA 16680 TATCTTAGGA ACTCTTACAG TTATTTTCTT TAATATCGGA AAAATCCCTG GCACAATCGC 16740 TTTAGTCTTT ACCTCAGCTT TTAGTCCCCT TGCTGCGGTA GGTGGATTTG CTGGTGCTAG 16800 CGTTCGGATG GCTATTCAAA ATGGTGTGGC GCGTGGTGTG TTCTCAAACG AATCTGGTCT 16860 GGGTTCTGCT CCTATTGCAG CTGCAGCTGC CAAGACAAAT GAACCAGTAG AGCAAGGTTT 16920 GATTTCCATG ACAGGAACCT TTATTGATAC CCTCATCATT TGTACTCTAA CTGGTTTGAC 16980 CATCTTGGTA ACTGG 16995 (2) INFORMATION FOR SEQ ID NO : 83 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 28473 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 83 : CCGGGGCTTT TGTAGTATAA TAGAGATACG TTTTGAAAGT AGGAGGTATC TATGGACTTA 60 ACTAAGCGCT TTAATAAACA GTTAGATAAA ATTCAAGTTT CGTTGATTCG TCAGTTTGAC 120 CAGGCTATTT CGGAGATTCC TGGGGTCTTG CGTTTGACCT TGGGGGAACC TGATTTTACA 180 ACGCCAGACC ATGTCAAGGA GGCGGGCAAG CGAGCGATTG ATCAGAACCA ATCCTACTAT 240 ACAGGGATGA GTGGTCTGCT GACTCTACGT CAGGCAGCCA GTGACTTTGT TAAGGAAAAG 300 TACCAACTGG ACTATGCTCC TGAAAATGAA ATCTTGGTTA CAATTGGGGC GACAGAGGCT 360 TTATCTGCGA CTTTGACGGC TATTTTGGAA GAGGGAGACA AGGTACTTTT GCCAGCTCCT 420 GCTTATCCAG GCTATGAACC GATTGTTAAC TTAGTTGGGG CAGAAATTGT TGAGATTGAT 480 ACGACTGAAA ATGGTTTTGT CTTGACTCCT GAGATGTTGG AGAAGGCCAT TTTGGAGCAG 540 GGTGATAAGC TCAAGGCGGT TATTCTCAAC TATCCAGCCA ATCCGACAGG AATT'ACCTAC 600 AGTCGAGAGC AGTTAGAGGC CTTGGCAGCT GTTTTACGCA AGTACGAAAT TTTTGTTGTC 660 TGTGATGAGG TTTACTCAGA ATTGACCTAC ACAGGCGAAG CCATGTGTCT CTAGGAACGA 720 TGTTGAGAGA CCAGGCTATT ATTATCAATG GTTTGTCTAA ATCGCATGCC ATGACAGGTT 780 GGCGTTTGGG GCTGATTTTC GCTCCTGCGA CCTTCACAGC CCAGTTAATC AAGAGTCACC 840 AGTACTTGGT CACTGCCGCA AATACCATGG CGCAACATGC TGCGGTAGAA GCCTTGACGG 900 CTGGTAAAAA CGATGCGGAC CCATGAAGAA GGAATATATC CAACGTCGGG ACTATATCAT 960 CGAAAAAATG ACTGCTCTTG GTTTTGAGAT TATCAAACCA GACGGTGCCT TCTATATTTT 1020 TGCTAAAATT CCAGCGGGCT ACAATCAAGA CTCCTTTGCT TTTCTGAAGG ATTTTGCTCA 1080 GAAGAAGGCC GTTGCCTTTA TCCCTGGTGC AGCCTTTGGA CGTTACGGGG AAGGCTACGT 1140 CCGCCTATCT TATGCAGCCA GCATGGAGAC TATCAAAGAA GCCATGAAAC GACTTGAGGA 1200 GTACATGAGA GAAGCATGAT TCAGTCTATC ACGAGTCAAG GCTTGGTGCT TTACAATCGC 1260 AATTTTCGTG AGGATGACAA GCTCGTCAAA ATTTTTACAG AGCAGGTTGG CAAACGCATG 1320 TTTTTTGTCA AACACGCTGG TCAGTCTAAG CTGGCGCCTG TTATTCAGCC CTTGGTGCTG 1380 GCACGATTTC TCTTGCGAAT CAATGATGAC GGACTCAGTT ACATCGAAGA CTATCATGAG 1440 GTCATGACTT TTCCCAAGAT TAATAGTGAC CTCTTTGTCA TGGCCTATGC GACCTATGTG 1500 GCAGCTCTTG CAGATGCTAG TTTGCAGGAC AATCAGCAGG ATGCTCCCTT GTTTGCTTTT 1560 TTGCAAAAGA CTTTGGAGTT GATGGAAGCA GGCTTGGATT ATCAGGTTTT GACCAATATT 1620 TTTGAAATTC AAATTTTGAC TCGATTTGGA ATCAGCCTCA ATTTTAATGA GTGTGTCTTC 1680 TGCCATCGGG TTGGTCAGGC TTTTGACTTT TCTTTCAAAT ATGGAGCCTG CCTCTGTCCA 1740 GAGCATTATC ATGAGGATAA GAGACGTTGT CATCTCAATC CCAATATCCC CTATCTGCTC 1800 AATCAATTTC AAGCTATTGA TTTTGAGACT TTGGAGACCA TTTCGCTCAA GCCTGGAATC 1860 AAGCAAGAGC TACGCCAATT TATGGATCAA TTATATGAAG AGTACGTTGG GATTCACCTA 1920 AAATCAAAGA AATTTATTGA TTCCCTAGCA GACTGGGGAC AATTACTAAA AGAGGAAAAG 1980 AAATGAAAAA AATCGCAGTA GATGCCATGG GGGGCGATTA CGCACCTCAG GCCATTGTTG 2040 AGGGTGTCAA TCAAGCCCTA TCTGACTTTT CAGATATCGA GGTTCAACTT TACGGAGATG 2100 AAGCTAAAAT CAAGCAATAT CTGACAGCGA CAGAGCGCGT CAGCATTATC CATACGGATG 2160 AGAAGATTGA TTCGGATGAT GAACCTACGA GAGCTATTCG GAATAAGAAA AATGCCAGTA 2220 TGGTATTGGC AGCCAAGGCT GTCAAAGATG GTGAAGCAGA CGCTGTCCTT TCGGCTGGGA 2280 ATACAGGTGC CTTGTTGGCA GCAGGATTCT TCATCGTGGG TCGTATCAAG AATATCGACC 2340 GTCCTGGACT CATGTCTACC TTGCCTACCG TTGATGGAAA AGGTTTTGAC ATGCTAGACC 2400 TTGGTGCCAA TGCAGAAAAT ACAGCCCAGC ACCTCCATCA ATATGCGGTT CTAGGTTCCT 2460 TCTATGCTAA AAATGTCCGT GGCATTGCGC AACCACGCGT TGGTTTGCTC AACAACGGAA 2520 CAGAGAGTAG CAAGGGCGAC CCGCTTCGTA AGGAAACTTA TGAATTACTG GCGGCTGATG 2580 AAAGTTTGAA CTTTATCGGA AACGTGGAAG CGCGTGATTT GATGAATGGC GTTGCAGATG 2640 TTGTTGTGGC AGATGGTTTC ACGGGAAACG CTGTGCTCAA ATCCATCGAA GGGACAGCTA 2700 TGGGAATCAT GGGCTTGCTC AAGACAGCTA TTACAGGTGG TGGTCTTCGA GCGAAACTAG 2760 GTGCCCTCCT TCTCAAGGAC AGCCTCAGTG GTTTGAAAAA ACAGCTCAAT TATTCAGATG 2820 TTGGTGGAGC GGTCTTGTTT GGTGTTAAGG CACCTGTTGT CAAGACTCAT GGCTCAAGCG 2880 ATGCCAAGGC TGTTTATAGT ACGATTCGTC AGATCCGTAC CATGCTAGAA ACAGACGTGG 2940 TTGCCCAGAC TGCGCGTGAA TTTTCAGGAG AATAAAAGAG ATGACAGAAA AAGAAATTTT 3000 TGACCGTATT GTGACCATTA TCCAAGAGCG ACAGGGAGAG GACTTTGTCG TGACAGAATC 3060 CTTGAGTCTG AAAGACGATT TGGATGCGGA TTCTGTTGAC TTGATGGAGT TTATCTTGAC 3120 TCTGGAAGAT GAATTTAGTA TCGAAATCAG CGATGAAGAA ATTGACCAAC TCCAAAACGm 3180 AGGAGATGTG GTTAAAATCA TTCAAGGAAA ATAGCAATCG GAGTTCCAAG TCAACGGAAG 3240 TAGATGGTTT TTAGAAATGA GAAATATCGG ACAAGCTGGT AAAATCTTGG CTGACAGTGG 3300 TTATCAAGGG CTCATGAAGA TATATCCTCA AGCACAAACT CCACGTAAAT CCAGCAAACT 3360 CAAGCCGCTA ACAGTTGAAG ATAAAGCCTG TAATCATGCG CTATCTAAGG AGATAAGCAA 3420 GGTTGAGAAT ATCTTTGCCA AAGTAAAAAC GTTTAAAATG TTTTCAACAA CCTATCGAAA 3480 TCATCGTAAA CGCTTCGGAT TACGAATGAA TTTGATTGCT GGTATTATCA ATCATGAACT 3540 AGGATTCTAG TTTTGCAGGA AGTCTAATAG TAAAAAAGTG ATTAGAAAAC ATCTTTTTTA 3600 AAAATAGAGA TGATTTTGAA ACAAAAAAGC TAATTCAAGA CGTTTCGATG CCAATTCAAG 3660 ATTTGGATGA AAAAAATTAA TAGATACTGT TATACTAAAC TTGTCAAGTT TGTAACAAGA 3720 CAAATATTAA AAATAAAAAA GAGGTATTCG TTATGAATAC AAAAACGATG TCACAATTTG 3780 AAATTATGGA TACTGAGATG CTTGCTTGCG TTGAAGGTGG CGGATGCAAT TGGGGAGATT 3840 TTGCCAAAGC AGGTGTTGGA GGAGGAGCAG CACGAGGTCT TCAGCTAGGA ATTAAAACAA 3900 GAACATGGCA AGGTGCAGCA ACTGGTGCTG TGGGAGGAGC TATACTTGGA GGTGTGGCCT 3960 ATGCAGCGAC ATGTTGGTGG TAATTATGGA TTTTAAAAGT TTTATTATTG GTTTAGTAGT 4020 TGGTATATTT GGTCCTTATA TGGATGATTT AATTAGAAAA AAATTTTTAA AGTCTTCGGA 4080 GAAGAAAACA GAAAAATCTG TTAAAAAATA ATCAAAACTA TAAATGATGA ATCTGAATCA 4140 AAATTATTTT GCGCATGTAA AGAGGAGTCT TATAGTAACG AGTCAAAAAA GGAGTAACTA 4200 TGAATCGTAA TTTAGAACGG TGTTATCTAT TCTGACTAGG AATAGATCAT ACCAGAGGTA 4260 GCTTAGAAAT AGCAGAGACA TTAGAAATTG AAGTAATAAA TAGGATGTCG TAAGTGTTAC 4320 TATCAATGAT TTATTTGTTT CAAGCTTGCC TAGGGTGACA GTAAAAAATC AATTTCCTTT 4380 CAATAGCATA TTTTTAGTGG GCAGGACTCT TGTTCTGCCT ATTTTTTTAT CCAAAAAGTG 4440 CAGTTGGGAG GGAGATAGGC TCATTTGGGA AGGAAGTCCA GTTTTTGTTT AGTGATTGGG 4500 GTAAGATAGT TGTTATCAGA TGAGTTAATA CTCTTCGAAA ATCAAATTCA AACCACGTCA 4560 ACGTCGCCTT GCCGTATATA TGTGACTGAC TTCGTCAGTC CTATCTACAA CCTCAAAACA 4620 GTGTTTTGAG CAGCCTACGG CTAGTTTCCT AGTTTGCTCT TTGATTTTCA TTGAGTATTA 4680 GGGAAAAGGA GATGAATATG AAATTTGGGA AACGTCATTA TCGTCCGCAG GTGGATCAGA 4740 TGGACTGCGG TGTAGCTTCA TTAGCCATGG TTTTTGGCTA CTATGGTAGT TATTATTTTT 4800 TGGCTCACTT GCGAGAATTG GCTAAGACGA CCATGGATGG GACGACGGCT TTGGGCTTGG 4860 TCAAGGTGGC AGAGGAGATT GGTTTTGAGA CGCGAGCCAT TAAGGCAGAT ATGACGCTTT 4920 TTGACTTGCC GGATTTAACT TTTCCTTTTG TTGCCCATGT GCTTAAGGAA GGGAAATTGC 4980 TCCACTACTA TGTGGTGACT GGGCAGGATA AGGATAGCAT TCATATTGCC GATCCAGATC 5040 CCGGGGTGAA GTTGACTAAA CTGCCACGTG AGCGTTTTGA GGAAGAATGG ACAGGAGTGA 5100 CTCTTTTTAT GGCACCTAGT CCAGACTATA AGCCTCATAA GGAACAAAAA AATGGTCTGC 5160 TCTCTTTTAT CCCTATATTA GTGAAGCAGC GTGGCTTGAT TGCCAATATC GTTTTGGCAA 5220 CACTCTTGGT AACCGTGATT AACATTGTGG GTTCTTATTA TCTGCAGTCT ATCATTGATA 5280 CCTATGTGCC AGATCAGATG CGTTCGACAC TAGGGATTAT TTCTATTGGG CTAGTCATCG 5340 TCTACATCTT CCAGCAAATC TTGTCTTACG CTCAGGAGTA TCTCTTGCTT GTTTTGGGGC 5400 AACGCTTGTC GATTGACGTG ATTTTGTCCT ATATCAAGCA TGTTTTTCAC CTCCCTATGT 5460 CCTTCTTTGC GACACGCAGG ACAGGGGAGA TCGTGTCTCG TTTTACAGAT GCTAACAGTA 5520 TCATCGATGC GCTGGCTTCG ACCATCCTTT CGATTTTCCT AGATGTGTCA ACGGTTGTCA 5580 TTATTTCCCT TGTTCTATTT TCACAAAATA CCAATCTCTT TTTCATGACT TTATTGGCGC 5640 TTCCTATCTA CACAGTGATT ATCTTTGCCT TTATGAAGCC GTTTGAAAAG ATGAATCGGG 5700 ATACCATGGA AGCCAATGCG GTTCTGTCTT CTTCTATCAT TGAGGACATC AACGGTATTG 5760 AGACTATCAA GTCCTTGACC AGTGAAAGTC AGCGTTACCA AAAAATTGAC AAGGAATTTG 5820 TGGATTATCT GAAGAAATCC TTTACCTATA GTCGAGCAGA GAGTCAGCAA AAGGCTCTGA 5880 AAAAGGTTGC CCATCTCTTG CTTAATGTCG GCATTCTCTG GATGGGGGCT GTTCTGGTCA 5940 TGGATGGCAA GATGAGTTTG GGGCAGTTGA TTACCTATAA TACCTTGCTG GTTTACTTTA 6000 CTAATCCTTT GGAAAATATC ATCAATCTGC AAACCAAGCT TCAGACAGCG CAGGTTGCCA 6060 ATAACCGTCT AAATGAAGTG TATCTAGTAG CTTCTGAGTT TGAGGAGAAG AAAACAGTTG 6120 AGGATTTGAG CTTGATGAAG GGAGATATGA CCTTCAAGCA GGTTCATTAC AAGTATGGCT 6180 ATGGTCGAGA TGTCTTATCG GATATCAATT TAACCGTTCC CCAAGGGTCT AAGGTGGCTT 6240 TTGTGGGGAT TTCAGGGTCA GGTAAGACGA CTTTGGCCAA GATGATGGTT AATTTTTACG 6300 ACCCAAGTCA AGGGGAGATT AGTCTGGGTA GTGTCAATCT CAATCAGATT GATAAAAAAG 6360 CCCTGCGCCA GTACATCAAC TATCTGTCTC AACAGCCCTA TGTCTTTAAC GGAACGATTT 6420 TGGAGAATCT TCTTTTGGGA GCCAAGGAGG GGACGACACA GGAAGATATC TTACGGGCGG 6480 TCGAATTGGC AGAGATTCGA GAGGATATCG AGCGCATGCC ACTGAATTAC CAGACAGAAT 6540 TGACTTCGGA TGGGGCAGGG ATTTCAGGTG GTCAACGTCA GAGAATCGCT TTGGCGCGTG 6600 CTCTCTTGAC AGATGCGCCG GTCTTGATTT TGGATGAGGC GACTAGCAGT TTGGATATTT 6660 TGACAGAGAA GCGGATTGTC GATAATCTCA TTGCTTTGGA CAAGACCTTG ATTTTCATTG 6720 CTCACCGCTT GACTATTGCT GAGCGGACAG AGAAGGTAGT TGTCTTGGAT CAGGGCAAGA 6780 TTGTCGAAGA AGGAAAGCAT GCTGATTTGC TTGCACAGGG TGGCTTTTAC GCCCATTTGG 6840 TCAATAGCTA GAAAGAGGAG AGGATGAAAC CAGAATTTTT AGAAAGTGCG GAGTTTTATA 6900 ATCGTCGTTA CCATAATTTT TCCAGTAGTG TGATTGTACC CATGGCCCTT CTGCTTGTGT 6960 TTTTACTTGG CTTTGCAACT GTTGCAGAGA AGGAGATGAG TTTGTCCACT AGAGCTACTG 7020 TCGAACCTAG TCGTATCCTT GCAAATATCC AGTCAACTAG CAACAATCGT ATTCTTGTCA 7080 ATCATTTGGA AGAAAATAAG CTGGTTAAGA AGGGGGATCT TTTGGTTCAA TACCAAGAAG 7140 GGGCAGAGGG TGTCCAAGCG GAGTCCTATG CCAGTCAGTT GGACATGCTA AAGGATCAAA 7200 AAAAGCAATT GGAGTATCTG CAAAAGAGCC TGCAAGAAGG GGAGAACCAC TTTCCAGAGG 7260 AGGATAAGTT TGGCTACCAA GCCACCTTTC GCGACTACAT CAGTCAAGCA GGCAGTCTTA 7320 GGGCTAGTAC ATCGCAACAA AATGAGACCA TCGCGTCCCA GAATGCAGCA GCTAGCCAAA 7380 CCCAAGCCGA AATCGGCAAC CTCATCAGTC AAACAGAGGC TAAAATTCGC GATTACCAGA 7440 CAGCTAAGTC AGCTATTGAA ACAGGTGCTT CCTTGGCCGG TCAGAATCTA GCCTACTCTC 7500 TTTACCAGTC CTACAAGTCT CAGGGCGAGG AAAATCCCCA AACTAAGGTT CAGGCAGTTG 7560 CACAGGTTGA AGCACAGATT TCTCAGTTAG AATCTAGTCT TGCTACTTAC CGTGTCCAGT 7620 ATGCAGGTTC AGGTACCCAG CAAGCCTATG CGTCAGGGTT AAGCAGTCAA TTGGAATCCC 7680 TTAAATCCCA ACACTTGGCA AAGGTTGGTC AGGAATTGAC CCTTCTAGCC CAGAAAATTT 7740 TGGAGGCAGA GTCAGGTAAG AAGGTACAGG GAAATCTTTT AGACAAGGGG AAAGTTACGG 7800 CGAGTGAGGA TGGGGTGCTT CATCTTAATC CTGAGACCAG TGATTCTAGC ATGGTTGCAG 7860 AAGGTGCCCT ACTAGCCCAA CTTTATCCAT CTTTGGAAAG AGAAGGGAAA GCCAAACTCA 7920 CAGCTTATCT AAGTTCAAAA TATGTAGCAA GAATCAAGGT CGGTGATTCT GTTCGCTATA 7980 CTACGACTCA TGATGCCGGG AATCAACTTT TCCTAGATTC TACTATTACA AGTATTGATG 8040 CGACAGCTAC TAAGACTGAG AAAGGGAATT TCTTTAAAAT CGAGGCGGAG ACTAATCTAA 8100 CTTCGGAGCA GGCTGAAAAA CTTAGGTACG GGGTGGAAGG CCGCTTGCAG ATGATTACGG 8160 GCAAGAAAAG TTACCTACGT TATTATTTGG ATCAATTTTT GAACAAAGAG TAATGTTCGT 8220 GTTTTTAGAG TTAAATAATT TTTAAACTGT GAGAAAGATT CTTCTTGCAG TTTTTTCTTT 8280 ACAATTTTTG AAAAACATCT ACTATTTATT CGGTTAAATT CTTGTGTTTT TTGGTTTTTT 8340 GTGGTAAAAT GTGCTCAAGT AATACGAAAG GCGAACTTTA AAATGTCAAA ACAATTGATC 8400 TATTCGGGAA AAGCTAAAGA TATCTATACA ACTGAGGATG AAAATCTTAT TATTTCAACT 8460 TACAAGGACC AGGCGACTGC TTTCAACGGT GTCAAGAAGG AGCAGATTGC AGGTAAGGGA 8520 GTCTTGAATA ATCAGATCTC ATCTTTTATT TTTGAGAAAT TAAATGTGGC TGGTGTGGCG 8580 ACTCACTTTG TGGAGAAACT TTCAGACACG GAACAACTCA ATAAAAAGGT TAAGATTATT 8640 CCTTTGGAAG TCGTGCTCCG CAACTATACT GCTGGTTCCT TTTCAAAACG TTTTGGTGTG 8700 GATGAGGGAA TCGCCTTGGA GACTCCGATT GTCGAATTTT ACTACAAAAA TGATGATTTG 8760 GATGATCCAT TTATCAATGA TGAGCATGTG AAATTCCTAC AGATTGCGGG TGACCAGCAG 8820 ATTGCCTACT TGAAGGAAGA AACGCGTCGT ATCAATGAAC TATTGAAAGT CTGGTTTGCT 8880 GAGATTGGGC TTAAATTGAT TGACTTTAAG CTAGAGTTCG GTTTTGACAA GGATGGCAAG 8940 ATTATCTTGG CAGACGAATT TTCACCAGAT AACTGCCGCT TGTGGGACGC TGATGGCAAC 9000 CACATGGATA AGGATGTTTT CCGTAGAGGA TTGGGAGAAC TAACCGACGT TTATGAGATT 9060 GTTTGGGAAA AGTTGCAGGA ATTGAAATAA TCTGTTTGCA ACGGAAAACC TTCGTCTCTC 9120 AACTAAAAGG ACTCAGGCTG AAAAGGTCCC CCAGACCTTT TCACTCTGTA GAGAACTAGG 9180 TGAACTAACA GATGTTTACG AAATTGTCTG GGAAAAGTTG CAGGGTTTAA AATAACAACC 9240 TCAAGGCTGT TTGGGAATAT TGCAAGAGCT GAAATAAAGG AATAAGAATT GATGGATAAA 9300 CGTATTTTTG TTGAAAAAAA GGCTGATTTT CAGGTCAAGT CAGAGAGTTT GGTTAGAGAG 9360 CTCCAGCACA ACTTGGGACT GTCAAGCTTG AAAAGTATTC GTATTGTGCA AGTATATGAT 9420 GTATTTGACT TGGCTGAGGA CTTGTTTGCA CCTGCAGAGA AGCACATTTT CTCTGAGCAG 9480 GTAACCGACC ATGTTTTAGA TGAAGTATCT GTGCAGGCGG ATCTTGCTAA CTATGCTTTC 9540 TTTGCCATTG AAAGTCTGCC AGGGCAGTTT GACCAGCGTG CAGCTTCGTC ACAGGAAGCC 9600 TTGCTTTTGT TGGGAAGTTC GAGTGACGTG ACAGTCAACA CAGCCCAACT TTACTTGGTG 9660 AATAAAGATA TTGATGCGAC TGAGTTGGAA GCTGTCAAAA ACTACCTGCT CAATCCAGTT 9720 GATTCTCGTT TCAAGGATAT CACGACAGGG ATTGCCAAGC AGGAGTTTTC AGAGTCAGAC 9780 AAGACCATTC CCAAATTGAC TTTCTTTGAA AGCTATGCAG CAGAAGACTT TGCTCGCTAC 9840 AAGGCCGAAC AAGGGATGGC CATGGAAGTG GATGATTTGC TCTTTATCCA AGACTACTTT 9900 AAGTCAATCG GGCGCGTGCC AACTGAGACT GAACTCAAGG TTTTGGACAC TTACTGGTCT 9960 GACCACTGCC GTCATACGAC TTTTGAGACA GAGTTGAAAC ACATCGACTT TTCAGCTTCT 10020 AAATTTCAAA AGCAATTGCA GTCAACCTAT GACAAGTATA TTGCCATGCG CGAGGAATTA 10080 GGTCGGTCTG AAAAACCACA AACCTTGATG GATATGGCGA CTATTTTCGG TCGTTATGAG 10140 CGTGCTAATG GACGATTGGA TGATATGGAA GTCTCTGACG AAATCAATGC CTGCTCAGTT 10200 GAAATTGAAG TGGACGTTGA TGGTGTCAAG GAACCTTGGC TCCTCATGTT TAAAAACGAA 10260 ACCCACAACC ATCCAACAGA AATTGAGCCA TTTGGTGGAG CGGCTACCTG TATTGGTGGA 10320 GCTATTCGTG ATCCGTTGTC AGGCCGTTCC TATGTTTACC AAGCCATGCG TATTTCAGGT 10380 GCTGGTGATA TTACAGCACC GATTTCGGAA ACTCGCGCTG GGAAATTGCC ACAACAAGTC 10440 ATTTCTAAAA CAGCAGCTCA TGGTTATTCT TCATATGGTA ACCAGATTGG GCTTGCAACA 10500 ACCTACGTTC GTGAATACTT CCACCCAGGC TTTGTAGCTA AACGTATGGA ACTTGGTGCC 10560 GTTGTTGGTG CGACTCCCAA GGGCAATGTT GTCCGTGAAA AACCTGAAGC AGGTGATGTG 10620 ATCATCCTTC TCGGAGGCAA AACAGGTCGT GATGGTGTCG GTGGTGCGAC GGGCTCTTCT 10680 AAGGTTCAAA CAGTTGAGTC TGTAGAGACT GCTGGTGCTG AGGTTCAAAA AGGAAATGCC 10740 ATCGAAGAAC GCAAGATTCA GCGCCTCTTC CGTAATGGCA ATGTCACTCG TCTGATCAAG 10800 AAGTCCAATG ACTTTGGGGC AGGCGGTGTC TGTGTGGCTA TCGGTGAATT GGCAGACGGT 10860 CTTGAAATCG ACCTCAACAA GGTGCCTCTT AAATACCAGG GCTTGAATGG TACAGAAATT 10920 GCCATCTCTG AATCACAAGA ACGGATGGCG GTCGTGGTTC GTCCTGAAGA TGTGGATGCC 10980 TTCGTTGCCG AATGTAACAA AGAAAATATT GATGCTGTTG TGGTGGCGAC AGTAACTGAA 11040 AAACCAAATC TTGTCATGCA CTGGAATGGT GAGACAATCG TTGACTTGGA GCGTCGTTTC 11100 CTTGACACCA ATGGTGTGCG CGTGGTTGTC GATGCCAAAG TTGTGGACAA GGATGTCAAA 11160 CTCCCAGAAG AGCGTCAAAC ATCTGCTGAA ACACTGGAAT CAGATACCCT TACGGTTCTA 11220 TCTGACCTCA ACCATGCAAG TCAAAAAGGA TTACAGACTA TCTTTGACTG CTCTGTTGGA 11280 CGCTCAACGG TTAATCACCC ACTTGGTGGT CGTTACCAAC TCACACCAAC TGAGGCATCT 11340 GTGCAGAAAT TGCCAGTTCA ACACGGTGTG ACTCATACTG CGTCGGTCAT TGCTCAAGGT 11400 TTCAACCCAT ATGTAGCTGA ATGGTCTCCA TACCACGGTG CTGCTTATGC GGTTATCGAA 11460 GCAACTGCTC GTTTGGTGGC TGCTGGTGCC AACTGGTTCA AGGCTCGTTT CTCTTACCAA 11520 GAGTATTTCG AGCGTATGGA TAAACAAGCA GAGCGTTTCG GTCAGCCAGT AGCTGCTCTT 11580 CTAGGTTCTA TTGAAGCACA AATTCAGCTT GGCTTGCCAT CTATCGGTGG TAAGGACTCC 11640 ATGTCTGGTA CCTTTGAAGA ATTGACCGTT CCGCCAACCT TGGCTGCCTT TGGGGTGACG 11700 ACGGCAGATA GCCGTAAGGT GCTCTCTCCA GAATTTAAAG CTGTTGGGGA AAATATCTAC 11760 TACATCCCAG GTCAAGCCCT CTCTGCAGAG ATTGATTTTG ACTTGATTAA GAAAAATTTT 11820 GCTCAGTTTG AAGCCATCCA AGCTGACCAT AAAGTGACAT CTGCATCAGC TGTCAAATAC 11880 GGTGGTGTAG TTGAAAGTTT GGCTCTTGCT ACCTTTGGAA ACTATATTGG TGCAGAGGTG 11940 ACCTTGCCTG AACTTGAAAC AGCTTTGACA GCTCAATTAG GCGGCTTTGT CTTCACATCT 12000 CCTGAAGAAA TTGCTGGAGT AGAGAAGGTT GGACAAACGA AAGCAGACTT TACACTGACT 12060 GTCAACGGTG TGAAGCTAGA TGGACACAAG CTTGACAGTG CATTTCAAGG GACATTGGAA 12120 GAAGTTTACC CAACAGAATT TACCCAAGCG AAAGAACTAG AAGAAGTACC AGCTGTGGCA 12180 TCAGATGTTG TGATTAAAGC CAAAGAAAAG GTTGAAAAAC CTGTGGTTTA CATCCCAGTC 12240 TTTCCAGGAA CCAACTCAGA ATATGATTCA GCTAAGGCCT TCGAAAAAGA AGGTGCAGAG 12300 GTCAATTTGG TGCCATTCGT GACCTTGAAT GAAGAAGCTA TTGTCAAGTC AGTTGAAACT 12360 ATGGTTGACA ATATCGACAA GACTAATATT CTCTTCTTTG CTGGTGGATT CTCGGCTGCG 12420 GATGAACCAG ATGGTTCAGC TAAGTTTATC GTCAATATCC TGCTTAATGA AAAAGTGCGT 12480 GTGGCTATTG ATAGCTTTAT CGCCCGTGGT GGTTTGATTA TCGGTATTTG TAATGGATTC 12540 CAAGCCTTAG TCAAATCGGG TCTCCTACCC TACGGAAACT TTGAAGCTGC TAACAGTACT 12600 AGCCCAACCC TCTTCTACAA TGATGCCAAC CAACACGTGG CCAAGATGGT GGAAACTCGC 12660 ATTGCCAATA CCAACTCACC ATGGTTGGTT GGTGTGCAAG TGGGCGATAT CCACGCTATT 12720 CCTGTTTCGC ACGGTGAAGG GAAGTTTGTC GTGACGGCTG AGGAATTTGC AGAGCTCCGT 12780 GACAATGGAC AAATTTTCAG CCAATACGTT GACTTTAACG GTAAACCAAG TATGGATTCT 12840 AAGTACAATC CGAATGGTTC TGTCCATGCC ATCGAAGGAA TTACCAGCAA GAATGGTCAA 12900 ATCATCGGTA AGATGGGCCA CTCAGAACGT TATGAGGATG GTCTTTTCCA AAATATCCCA 12960 GGCAATAAAG ACCAACACCT GTTCGCATCA GCGGTTAAAC ATTTCACTGG AAAATAAGAC 13020 TTACAGATTT TCTAATAGAT AGTATCAGTA ATGTAAAAGT CATGTAAATC TAGCTCTTGA 13080 TGATTACAAA TGAAAATTAG GTATAAAAAA TGACATACGA AGTAAAATCT CTTAATGAAG 13140 AATGTGGTGT TTTCGGTATT TGGGGACATC CAGATGCTGC TAAGTTGACC TATTTTGGAC 13200 TCCACAGTCT TCAACACCGT GGTCAGGAGG GGGCAGGAAT CCTCTCCAAT GATCAAGGAC 13260 AACTGAAGCG CCATCGTGAC ATGGGGCTTT TATCAGAAGT TTTCAGAAAT CCAGCTAATT 13320 TGGATAAATT GACAGGAGCT GGTGCGATTG GGCATGTGCG TTATGCGACT GCTGGCGAAG 13380 CTTCTGTAGA TAACATCCAG CCCTTCCTCT TCCGTTTTCA CGATATGCAG TTTGGTTTGG 13440 CTCATAATGG AAATCTGACC AATGCAGCCT CTCTCAAGAA AGAACTGGAA CAAAGAGGAG 13500 CAATTTTCAG CGCGACTTCG GACTCTGAAA TCTTGGCTCA CCTCATTCGT CGCAGTCATA 13560 ATCCTAGCCT GATGGGCAAA ATCAAGGAAG CGCTCAGCCT TGTCAAAGGT GGTTTTGCCT 13620 ATATCTTGCT GTTTGAGGAC AAGTTGATTG CGGCTCTTGA CCCAAATGGA TTCCGACCGC 13680 TTTCGATTGG TAAAATGGCT AATGGAGCAG TTGTTGTATC TTCTGAAACC TGTGCTTTTG 13740 AGGTCATTGG TGCCGAGTGG ATTCGTGATT TGAAGCCAGG TGAGATTGTG ATCATTGATG 13800 ACGAGGGCAT TCAGTATGAC AGCTATACAG ATGATACCCA GTTGGCGGTT TGTTCTATGG 13860 AGTATATCTA CTTTGCTCGC CCTGATTCTA ATATCCACGG TGTCAATGTC CATACGGCAC 13920 GTAAGAGAAT GGGAGCGCAA TTGGCGCGAG AATTTAAGCA TGAGGCAGAT ATTGTAGTTG 13980 GTGTGCCCAA TTCTTCCCTA AGCGCGGCTA TGGGATTTGC GGAAGAATCA GGCTTACCAA 14040 ATGAAATGGG TCTGATCAAA AACCAATACA CCCAGCGAAC TTTTATCCAA CCGACTCAAG 14100 AATTGCGGGA GCAAGGAGTG CGGATGAAAC TGTCTGCTGT TTCGGGTGTT GTCAAAGGCA 14160 AACGTGTGGT CATGGTGGAT GATTCCATTG TACGTGGAAC AACCTCTCGT CGTATCGTTC 14220 AGCTCTTGAA AGAAGCGGGT GCGACTGAGG TTCACGTTGC CATTGGAAGT CCTGCACTAG 14280 CGTATCCATG TTTCTACGGG ATTGATATCC AGACCCGTCA GGAGCTGATT GCAGCCAATC 14340 ATACGGTCGA AGAAACTCGC CAAATCATTG GTGCGGACAG TCTGACTTAT CTTTCAATTG 14400 ATGGCTTGAT TGAGTCGATT GGTATCGAAA CAGATGCGCC GAACGGTGGT CTCTGTGTCG 14460 CTTACTTTGA CGGTGACTAC CCAACGCCTC TTTATGACTA CGAAGAAGAC TATCGTAGAA 14520 GTTTGGAAGA AAAGACCAGT TTTTACAAGT AGGCGACAGA TTCTCCATTA AAGAAAAGGA 14580 AAAAATAAAT GACAAATAAA AATGCATATG CCTCACGTCT CACTACTGAC TAAAGGCTTA 14640 AGCATTTAGT CAGTAGACGC TTTGTCCTAT AGGATCAAAG CTAGAGCCCT GACTAGTATT 14700 TTTAGATAAA AAGATGGTTT ATCTAAAAAT ACGTCGCAGT CTTTCTCAAA AAAAGAAAAG 14760 GAAAAATAAA ATGGCAAATA AAAATGCGTA CGCTCAATCT GGTGTGGATG TTGAAGCGGG 14820 TTATGAAGTT GTTGAACGGA TTAAAAAGCA CGTGGCCCGT ACGGAGCGTG CAGGTGTCAT 14880 GGGAGCTCTT GGTGGCTTTG GTGGTATGTT TGACCTTTCC AAGACTGGGG TTAAAGAACC 14940 CGTCTTGATT TCAGGGACTG ACGGTGTCGG AACCAAGCTC ATGTTGGCTA TCAAGTACGA 15000 CAAGCACGAT ACCATCGGGC AGGACTGTGT GGCCATGTGT GTCAACGACA TCATTGCTGC 15060 AGGTGCGGAA CCCCTCTATT TTCTCGACTA CGTAGCGACA GGGAAGAATG AACCAGCTAA 15120 GCTAGAACAA GTGGTTGCTG GTGTGGCAGA AGGTTGTGTG CAGGCTGGTG CTGCCCTCAT 15180 CGGTGGGGAA ACGGCTGAAA TGCCGGGCAT GTACGGCGAA GACGACTATG ACTTGGCTGG 15240 TTTTGCGGTC GGTGTGGCTG AAAAATCTCA AATCATTGAC GGTTCAAAGG TGGTAGAGGG 15300 AGATGTTCTT CTCGGACTTG CTTCAAGTGG GATTCACTCA AATGGTTACT CTTTGGTTCG 15360 TCGTGTCTTT GCGGATTACA CAGGTGAGGA AGTCCTACCA GAATTGGAAG GCAAGAAACT 15420 TAAGGAAGTT CTACTTGAGC CGACTCGTAT CTATGTCAAG GCTGTCTTGC CGCTCATCAA 15480 AGAAGAGTTG GTCAACGGCA TTGCCCACAT CACAGGTGGT GGCTTTATCG AAAATGTCCC 15540 TCGTATGTTT GCAGATGACC TAGCTGCTGA AATTGATGAA AGTAAAGTTC CAGTGCTTCC 15600 AATTTTCAAA ACCCTTGAAA AATACGGTCA GATTAAACAC GAAGAAATGT TTGAAATCTT 15660 CAATATGGGT GTGGGACTTA TGTTGGCGGT CAGCCCTGAA AATGTAGAGC GTGTAAAAGA 15720 ATTGTTGGAT GAAGCAGTCT ATGAAATTGG TCGCATCGTC AAGAAAGAAA ACGAAAGTGT 15780 CATTATCAAA TGAAAAAAAT AGCGGTTTTT GCCTCTGGTA ATGGCTCAAA TTTTCAGGTG 15840 ATTGCCGAAG AATTTCCAGT GGAGTTTGTC TTTTCAGACC ATCGTGATGC CTATGTGCTT 15900 GAGCGTGCAA AGCAGCTCGG CGTTCTGTCC TATGCTTTTG AACTCAAGGA GTTTGAGAGC 15960 AAGGCAGACT ACGAAGCAGC CCTTGTCGAA CTCTTGGAAG AACACCAGAT TGACTTGGTT 16020 TGCCTAGCAG GCTACATGAA AATCGTTGGA CCAACCTTAT TGTCGGCTTA TGAAGGTCGG 16080 ATTGTCAACA TTCATCCAGC CTACTTGCCA GAATTTCCAG GAGCTCATGG GATTGAGGAT 16140 GCTTGGAATG CTGGCGTGGG TCAGTCTGGT GTGACCATTC ACTGGGTGGA TTCGGGTGTG 16200 GATACAGGCC AGGTCATCAA ACAGGTTCGT GTGCCACGAC TAGCTGATGA TACCATTGAC 16260 AGATTTGAAG CTCGCATCCA TGAAGCAGAG TACAGGCTGT ATCCGGAAGT AGTGAAGGCT 16320 CTATTTACAG ATTGACTTTT TGATGATTCA TATGATATCT TTGATTTTAA ATTGGAGTCA 16380 GTGTTTGTTG AAGACGGCTT CAAACGGAGG TATTTGTAAT GTTAGAATCT AAAAAAACAA 16440 CTCGATATGT ATTTTATGTC TATCTGATGT TATTAACTTG GGGAATCTTA TTTAAGTTTG 16500 AAACAAATCC TGAATTTATA GCATTTTTCT TAGCTCCAAG GTATATCAAT TGGATTCCAT 16560 TTTCAGAACC ACTAATAGTC GATGGAAAAA TTGTTTTTGC TGAAATGTTA TTTAATCTGA 16620 TTTTCTTTAT TCCATTAGGT GTTTGTTTCC CTTTGATAAA AACTAATTTA TCTAGTTTAA 16680 GAATAGTCGG GACAGGTTTC TTGATTAGTT TATTGTTTGA GTGCTTACAG TATATTTTAG 16740 CAATAGGTAT AACAGATATA ACGGATTTGA CTTTAAATAC GCTAGGTGTC TGTGTAGGCT 16800 TACTGATTTA TCAAATTTTT ATAAGAGTGT TCAAATCACA GACTAGAAAA TGGATCAATA 16860 TCTTAGGTAT GCTTAGCCTT GGTTTTGCTT ATCTTGTTTT ACTGTTACTG CATTTACTTA 16920 GTGTTTAACT AATGATTAAA AAGGAGAATA TAATGACTAA ACGCGTCTTA ATCAGCGTCT 16980 CAGACAAAGC GGGCATTGTT GAATTTGCCC AAGAACTCAA AAAACTTGGT TGGGAGATTA 17040 TCTCAACAGG TGGAACTAAG GTTGCCCTTG ATAATGCTGG GGTGGATACC ATTGCTATCG 17100 ATGATGTGAC TGGTTTCCCA GAAATGATGG ACGGTCGTGT GAAGACCCTC CACCCAAATA 17160 TCCACGGAGG GCTTCTCGCT CGTCGTGACT TGGATAGCCA CTTGGAAGCG GCTAAGGACA 17220 ACAAGATTGA GCTCATTGAC CTTGTGGTGG TCAACCTTTA CCCATTTAAG GAAACTATCC 17280 TTAAACCAGA TGTGACTTAT GCTGATGCAG TTGAAAATAT CGATATTGGT GGGCCATClA 17340 TGCTTCGTTC AGCAGCGAAA AATCATGCCA GTGTTACAGT TGTGGTAGAT CCTGCTGACT ; 7400 ACGCTGTGGT TTTGGATGAA TTGGCAGCAA ACGGCGAAAC CTCTTATGAA ACTCGCCAAC 17460 GTTTAGCAGC CAAAGTATTT CGTCACACAG CGGCTTATGA CGCCTTGATT GCAGAATACT 17520 TCACAGCTCA AGTGGGTGAA AGCAAGCCTG AAAAACTCAC TTTGACTTAT GACCTCAAGC 17580 AACCAATGCG TTACGGTGAG AATCCTCAAC AAGACGCGGA CTTTTACCAG AAAGCTTTGC 17640 CTACAGACTA CTCCATTGCT TCAGCCAAAC AGCTCAACGG GAAAGAATTG TCATTTAATA 17700 ATATCCGTGA TGCAGATGCT GCTATCCGTA TCATCCGTGA CTTCAAAGAT AGTCCAACCG 17760 TTGTGGCTCT CAAACACATG AATCCATGTG GAATTGGTCA AGCTGATGAC ATCGAGACTG 17820 CTTGGGACTA CGCTTATGAG TCTGACCCAG TGTCTATCTT TGGTGGGATT GTCGTCCTCA 17880 ACCGTGAGGT GGATGCTGCG ACAGCTGAGA AGATGCACGG CGTTTTCCTC GAAATCATCA 17940 TTGCACCAAG CTATACGGAT GAAGCGCTAG CCATTTTGAT CAATAAAAAG AAAAACTTGC 18000 GTATCCTTGC CTTGCCATTT AATGCTCAAG AGGCTAGCGA AGTGGAAGCA GAATACACAG 18060 GTGTAGTCGG TGGACTTCTC GTGCAAAATC AAGACGTGGT CAAGGAAAGC CCAGCTGACT 18120 GGCAAGTGGT GACTAAACGT CAGCCAACTG AGACAGAAGC GACTGCTCTT GAGTTCGCTT 18180 GGAAGGCTAT CAAGTACGTC AAATCAAATG GTATTATCGT GACCAACGAC CACATGACAC 18240 TTGGTGTTGG TCCAGGTCAA ACCAACCGTG TGGCTTCTGT TCGCCTTGCC ATTGACCAAG 18300 CCAAAGATCG TCTGGACGGG GCGGTCCTTG CTTCAGATGC CTTCTTCCCA TTTGCGGATA 18360 ACGTGGAAGA AATCGCCAAA GCAGGAATTA AGGCCATCAT CCAGCCCGGT GGCTCTGTCC 18420 GTGACCAAGA ATCCATCGAA GCAGCGGATA AATACGGCTT GACTATGGTC TTTACAGGTG 18480 TGAGACATTT TAGACATTAA GAAGATAAAA GGGAAGAAAA CAGTTTCTTT CCTTTTTTGG 18540 CTTAAAATAC TAACTGAAAC AAGATTAAAA CGAACTTTTT TGATATAATG TTGGTAAATA 18600 ATTCGCAAAA GAGGTTGAGG AATGAAACTG CTTGTTGTCG GTTCTGGTGG TCGTGAGCAT 18660 GCGATTGCTA AAAAGTTACT TGAATCAAAA GACGTGGAAA AAGTCTTTGT AGCTCCTGGG 18720 AATGATGGGA TGACTCTGGA TGGTTTGGAA TTGGTAAATA TCTCTATTTC CGAACATTAT 18780 AAATTGATTG ACTTCGCAAA GACCAATGAT GTTGCTTGGA CCTTTATCGG TCCAGATGAT 18840 GCCCTTGCTG CTGGTATCGT GGATGATTTT AACCAAGCTG GACTTAAGGC CTTTGGTCCG 18900 ACTAGGGCTG CAGCGGAGCT GGAGTGGTCC AAGGATTTCG CCAAGGAAAT CATGGTCAAA 18960 TACGGCGTTC CGACAGCAAC ATATGGCACA TTTTCAGATT TCGAGGAAGC CAAAGCCTAT 19020 ATCGAAAAGC ATGGTGCGCC TATCGTAGTC AAGGCGGATG GCTTGGCACT TGGGAAGGGT 19080 GTCGTCGTTG CTGAGACGGT TGAGCAAGCG GTCGAAGCCG CTCATGAGAT GCTTTTGGAC 19140 AATAAATTTG GTGACTCAGG TGCGCGCGTG GTTATTGAGG AATTCCTTGA AGGAGAGGAA 19200 TTTTCACTCT TTGCCTTTGT CAATGGTGAT AAGTTCTACA TCATGCCAAC GGCTCAGGAC 19260 CACAAACGTG CCTATGATGG CGACAAAGGG CCTAACACGG GTGGTATGGG TGCCTATGCG 19320 CCAGTCCCAC ACTTACCACA GAGTGTAGTT GATACAGCGG TTGACACCAT TGTCAAGCCA 19380 GTTCTAGAAG GGGTGATTAA AGAAGGTCGC CCTTATCTGG GAGTTCTTTA CGCAGGGCTT 19440 ATCCTGACAG CTGATGGACC GAAAGTCATT GAGTTCAACG CTCGGTTCGG AGATCCAGAA 19500 ACTCAGATTA TCTTGCCTCG CTTGACCTCT GACTTTGCTC AAAATATCAC AGATATCCTG 19560 GATAGCAAGG AGCCAAATAT CATGTGGACG GACAAGGGTG TGACTCTGGG TGTGGTTGTC 19620 GCATCCAAGG GCTACCCGCT AGACTATGAA AGGGGCGTTG AGTTGCCAGC CAAGACAGAA 19680 GGCGATGTCA TCACCTACTA TGCAGGGGCT AAGTTTGCGG AAAATAGCAG AGCACTGCTC 19740 TCAAACGGCG GACGAGTTTA TATGCTCGTT ACCACAGCAG ATACCGTCAA AGAAGCCCAA 19800 GCCAGCATAT ACCAAGAACT ATACCAACAA AAAATAGAAG GACTCTTCTA CCGAACAGAT 19860 ATCGGAAGCA AGGCAATTAA GTAAAGATAT AAGAATAACG CGCCGTAGTC GCCAAACACG 19920 ATAATGGTCG TCGTGGTGAA AAGACCAGAA CAGTGAATGT TCTGGTCAGG GGGAAACTTG 19980 GAGACCTTAG GCTCAAAGTT TAGGAATGAA ACCGAAGGTT TGCTTCCGCC TCCATCACCT 20040 AAGACCATTA TCAAAAAGAA AAATAAAAAT TCACAAAATA CGTTAATGAT CGTATGGTTT 20100 GCGAGCGTTA GCGAGCTAAT ATAGAACAAT CACCGCCGTT GTGAAAGAAC GATTGGATGA 20160 TAATCCAATC GTTCAGGGAA ATTGGAAGAC CTTGGGTTTC CAATTTAGGC ATGAGACACC 20220 TTTGGTGGCT GCTGCCGTCC CTCACAAGCT AAGGTGATTG TTGAAAAAGA GGAAAAAGGA 20280 GAAGAAATGA AACCAGTAAT TTCCATCATC ATGGGCTCAA AATCCGACTG GGCAACCATG 20340 CAAAAAACAG CAGAAGTCCT AGACCGCTTC GGTGTAGCCT ACGAAAAGAA AGTTGTTTCC 20400 GCACACCGTA CACCAGACCT CATGTTCAAA CATGCAGAAG AAGCCCGTAG TCGTGGCATC 20460 AAGATCATCA TCGCAGGTGC TGGTGGCGCA GCGCATTTGC CAGGCATGGT AGCTGCCAAA 20520 ACAACCCTTC CAGTCATTGG TGTGCCAGTC AAGTCTCGTG CTCTTAGTGG AGTGGATTCA 20580 CTCTATTCTA TCGTTCAGAT GCCGGGTGGG GTGCCTGTTG CGACCATGGC TATCGGTGAA 20640 GCTGGAGCGA CTAACGCAGC TCTCTTTGCC CTCCGTCTCC TCTCTGTAGA AGATAAGTCC 20700 ATTGCGGATG CACTTGCCAA CTTTGCTGAA GAACAAGGAA AAATCGCAGA GGAGTCGTCA 20760 AATGAGCTCA TCTAAAACAA TCGGAATTAT CGGTGGCGGT CAACTGGGTC AGATGATGGC 20820 CATTTCTGCT ATCTACATGG GCCACAAGGT TATCGCGCTG GATCCTGCGG CGGATTGCCC 20880 GGTCTCTCGT GTGGCGGAAA TCATTGTGGC ACCTTATAAC GATGTAGACG CCCTCCGTCA 20940 GTTGGCAGAC CGTTGCGATG TCCTCACTTA TGAGTTTGAA AATGTCGACG CTGACGGTTT 21000 GGATGCCGTT ATCAAGGATG GACAACTCCC TCAAGGAACA GATCTGCTCC GCATTTCGCA 21060 AAATCGTATT TTTGAAAAGG ACTTTTTGTC AAACAAGGCT CAAGTCACTG TGGCACCCTA 21120 CAAGGTCGTG ACTTCTAGCC TAGACTTGGC AGATATCGAC TTGTCGAAAA ACTATGTCCT 21180 CAAGACTGCG ACTGGTGGCT ACGATGGTCA TGGACAAAAG GTTATTCGTT CAGAAGCAGA 21240 CTTGGAAGCA GCCTATGCGC TAGCAGACTC AGCAGACTGC GTCTTGGAAG AATTTGTCAA 21300 CTTTGACCTT GAGATTTCTG TCATCGTGTC AGGAAATGGC AAGGAGGTGA CGTTTTTCCC 21360 AGTTCAGGAA AATATCCACC GCAACAATAT CCTGTCTAAG ACCATCGTAC CAGCCCGCAT 21420 TTCTGAAAGT CTAGTAGACA AGGCTAAAGC TATGGCAGTG CGAATCGCAG AACAACTCAA 21480 CTTGTCTGGA ACTCTCTGTG TGGAAATGTT TGCGACAGCT GATGACATCA TTGTCAATGA 21540 AATCGCCCCA CGACCACATA ACTCTGGGCA CTATTCTATT GAAGCCTGTG ATTTCTCTCA 21600 GTTTGACACC CATATTCTGG GTGTTCTCGG AGCACCATTA CCAGTCATCA AACTCCATGC 21660 GCCAGCCGTT ATGCTTAATG TCCTCGGTCA GCATGTCGAG GCTGCTGAAA AATATGTCAC 21720 AGAAAATCCA AGCGCCCACC TCCACATGTA TGGTAAAATA GAAGCAAAGC ATAATCGTAA 21780 GATGGGACAT GTGACTTTGT TTAGTGATGT GCCGGATAGT GTGGAAGAGT TTGGGGAAGG 21840 GATTGATTTT TAGGACAAGT CTATGATACA AATTATCGTT AATACATTTA TTGAAAAGTA 21900 TAAGACTGGA GCAGTTGTTG AAGTGTTGTA TGCCAGTGCT GACCAAGATA AGGTACAAGC 21960 TAAATATGAA GAACTAGCTG CACAATACCC CGAAAATTAT TTAGCTATCT ATAATGTACC 22020 GCTGGATACG GATTTGAATA CACTAGATCA TTACCCGTCT GTGTTTATTG GAAAAGAGGA 22080 GTTTGAGTAG AAATCTTGGT TTACCTAGAT AGCTTATTCC CAACAGCTTA AGAAGAAAGG 22140 AAAAATTAAC ACATGATCAA CCGTTACTCT CGCCCTGAGA TGGCGAATAT TTGGAGTGAA 22200 GAAAATAAAT ACCGTGCTTG GCTTGAGGTG GAAATCCTCT CTGACGAGGC ATGGGCTGAG 22260 TTGGGGGAAA TCCCTAAGGA AGATGTGGCT TTGATTCGCA AGAAGGCGGA CTTTGACATC 22320 GACCGTATTT TGGAAATTGA GCAGGAGACG CGCCACGATG TGGTGGCTTT CACGCGTGCG 22380 GTTTCTGAGA CTCTTGGTGA AGAGCGCAAG TGGGTTCACT ATGGGTTAAC TTCTACTGAC 22440 GTGGTGGATA CTGCTTATGG TTACCTCTAC AAGCAGGCCA ACGACATCAT CCGTCGTGAC 22500 CTTGAAAACT TCACTAATAT CATCGCTGAC AAGGCCAAGG AGCACAAGTT CACCATCATG 22560 ATGGGGCGTA CTCATGGTGT GCACGCTGAG CCGACAACCT TTGGTCTTAA ATTAGCAACT 22620 TGGTACAGCG AAATGAAACG CAATATCGAG CGCTTCGAGC ATGCGGCTGC TGGTGTAGAA 22680 GCTGGTAAGA TTTCTGGTGC GGTTGGGAAC TTTGCCAATA TCCCACCATT TGTAGAGGAG 22740 TATGTCTGCG ATAAACTTGG CATCCGTGCC CAAGAAATCT CTACACAAGT CCTTCCTCGT 22800 GACCTTCACG CTGAGTACTT TGCGGTTCTT GCCAGCATTG CGACTTCAAT CGAACGTATG 22860 GCGACTGAGA TTCGTGGTCT ACAAAAATCT GAGCAACGCG AAGTAGAAGA GTTCTTTGCT 22920 AAAGGGCAAA AAGGGTCTTC AGCAATGCCT CACAAACGCA ACCCAATCGG TTCTGAAAAT 22980 ATGACTGGTC TGGCGCGTGT CATTCGTGGT CACATGATTA CGGCTTATGA AAACGTCGCT 23040 CTCTGGCATG AACGCGATAT TTCTCACTCA TCAGCTGAGC GTATCATCAC ACCAGATACG 23100 ACCATTTTGA TTGACTACAT GCTCAACCGT TTTGGAAATA TCGTCAAGAA CTTGACAGTC 23160 TTCCCAGAAA ATATGATCCG AAACATGAAC TCGACTTTTG GTCTTATCTT TAGCCAACGG 23220 GCTATGTTGA CATTGATTGA AAAAGGCATG ACCCGTGAGC AAGCCTATGA CTTGGTGCAA 23280 CAAAAACAGC CTACTCTTGG GACAACCAAG TAGACTTTAA ACCACTTCTT GAGGCAGATT 23340 CAGAAGTAAC ATCACGTCTC ACACAAGAAG AAATCGATGA AATCTTCAAC CCAGTTTATT 23400 ACACCAAACG AGTGGATGAT ATCTTTGAAC GTCTTGGACT AGGTGATTAA TTAAAAAATA 23460 AACAGCGAGC TTCAATCTCG CTGTTTATTT TTTATCGAAA AGACTTAGTC TTCTTTTCTT 23520 TTAGTGAGTC CATAGGCTGC TAGTGTGGAC ATGAGTCCTG CGACTACTAG TCCTGCAGAA 23580 TCGTGAGTTC CTGTTTCAGG AAGTTTTTTC TCTGTTACCA CAGGAGCTGG ATCTTGAGGA 23640 AGAACTTTGC TTTCCTCAGC AGGAGCAGTT GATGGAGCTG GTTGGCTTGG GATTTCTAGT 23700 TTTGGTTTTT CTTCAGCAAT AGCGGCTTGT CCGTTTTCAT CGCCTACATG TGTTACCA. TA 23760 GTTCCGACTT CGACTATTTG AGTAACGGCT TCCTGTGCTA CGACACTATT TACAAGTGTT 23820 TTCACTTCCT TACCATCGGC AGAAGTGCTC ACAGAGTAGA AGTTGCTACG ATGTCCATTG 23880 ACGCCCTTAG TAATGACTTG TGTTTTTCCT TTGAGTAAGA GTGGATTTTC ACAAGTCACT 23940 GTGGTAAATG GAATTTCTTC TTCTTGGATA TCCAGTCTAG GTTTTACCTC AGTAGTTGGT 24000 GCAAGACCAC TTTCATCACC CTTGTGAGTT ACAGGAGCGC CAACTTCAAC CACTTGGTTT 24060 ATAACTTCTT TGGTTACCTG GCTATCAAGG ACTGTTTCTG TTGTTTTTCC ATTTTCAGTG 24120 AGTACAGAGA TGTAATGAGT TCGTTCACCT TTGACTCCTG CTGTGATAAT ATTTTCCTGA 24180 CCGGCTGGGA GGTTAGGATT TTCTTTCTTG ATAACTTCAA ATGGAATTTC TTCAGTTCTT 24240 GTGATGAGTT CTGGTCTGGT TTCAACATTG GCAGCCACTT CATTTTCATC TAGGCTTCCT 24300 GAATGAGTTA CAGCTGGTTT GAGGCCTTGA AGAGCGGCTT TTAGGTTGGC TACAAGCGTG 24360 TCAAGCTCAG CTTGTTTATT ACGGTTGAGG TTGTAATTTA GAGCTGTTTT AGCTGCGTC'A 24420 AGGGCCTCAA GACTTTCTTT ACTATATCCT TCTAAGTTTG TAGGAATTTT AGCTAATTCT 24480 TCGCGGAGAG CATTATAATT AGCACGAAAG TAGTCTTTGT TGTGGTCTGC AAAGGCAGTC 24540 ATGAGTTCAA AGATTTCCTC TTCCTTGTAT TCAGCGCTTG GTCTATCTGC CCAGATTGAA 24600 AGCATACTTC CGACTGTTGG AAGATCTACT TCAGGATATT TGGTAGAAGC TAGTTGATTG 24660 AATGGTGTTT TTCCAGTATT CTCAATAGCT TTCTTGAGGA AACCACCACC ATCTTCTGGT 24720 TTTTGACCAA GAATGTAGTA CCAGTCACCG TTGGTATTCA AGAATTTATA GCCTTTGCTT 24780 GCTAGGTATT GAGGTGATGC GAGGTTATAT CCCCACCAGC CTTTAGACCA GTAAGAAATC 24840 AAGACATCTT TGTCAAACTG AACATCGTCC TTGTCTTCAT AGTAGAAGCC ATCGTTGAAG 24900 GCCATTGGTT GAAGCCCTCT TTCTTTGGCC ATAGCTGCGA GGGTGTTGGC ATATTCGGCA 24960 AATTTGCCAT AGAGTTGATA CCACTTGAGG TAGTACCAGC CTTGGGCACT AGTCGCATCG 25020 TTGGCGTATT CGTCAGTACC AAAGTTGAAA ATCTTTGTTT TACCTGCAAA GAAGTCCATG 25080 TATTTACCGA TGAGGGCTTT TACAAAGTTC ATCGCTTCTT CGTTTTTCAA GTCCATAGTT 25140 GTTTTTGAAA CTTTATCAAA GTGGGCTTGA GGATTTTTAA TACCTAATTT TTCCATGGCA 25200 ACCAGCATAG CATCCATGTG ACCTGGACTG TTAATAGCTG GGATGAGACC GATGTCCTTA 25260 GATTTAGCGT ATTCAATTAG CTCTGTTACT TCTGCCTGTG TTAGTGCAGT ACCGTTTGGA 25320 TCGTCGTAGT AAGCTTTAGT TCCTTCGATA ATAGCTTTTT TAACGTCATC ACTAGCATAG 25380 GTTTTTCCGT TGGCAGTAAT GGTCATATCA TCGAGTAGAA AGCGAAGTCC GTCATTTCCT 25440 AGAAGGAGAT GGACATCAGA ATATCCGAGC TCACTGGCCT TGTCTACGAT GCGTTTGAGC 25500 TGGTTCAGAG TAAAGTATTT GCGTCCAGCA TCGATTGAGA TTACCTTGTT TTTGGCAAGT 25560 TTTTCAACCT CACGTTTAGC TTCTTCTTCT TTTTGAGCTT CAGGCGTGAG GGTCAAGTTG 25620 TTGACAGTTT CTTGAAGTTT AGCAATGGCT TGATCAATCG TATCTTGTTG GGCACGGCTA 25680 AGGTTGCTAT CGAGAGAGCG AATAGCTTTT TCAGCTTCTT TTACGGCCGT GACGCTTTCT 25740 GCAGTATAAC GGTTCAGGTC TTTTGGTACC TCGTTAAGTG CTTGCTCTGC AGATTCATAA 25800 TCAGCTGCGA AGTATTCAGC GTTGGCATTT GCAAAATGAC GCATGAGTTT GAAGAGGCGT 25860 GATGGTGAAT AACGTGCAGA TGGAGTGTCA GCCCAAGCAG CTACCATACC ACCGATGATT 25920 GGGATATCAG CTCCTTCTGT TTTTGGTACA GAAGTGATTG GTGTGTTTTT AATACCATTG 25980 AGCCCCTGAT CGAGATTGTA CCAGCCTTGG CCATCAGCGT TTCGTCCAAG AACGTAGTAC 26040 CAAGCATCAT TGGTATTAAG GATTTGGTGA CCTTTTTCAG CTAGTAGTTT AGAAGAAGCG 26100 ACATCGTAGC CTCCCCAACC ACCAGTCCAC ATAGAAACGA TGATGTCTTT GTCAAAACTA 26160 CCAAAGCTTG TGTCGCTATT GTAGTAGATA CCGTCGTTAA AAGCCATTGG TTTGAGACCG 26220 TGCGATTTTA CAATACGAGC GAGGTCATTG GCGTAGGCAA TAAATTTTTC ATAGCCTTTT 26280 ACAGGGTAGC CTTCGTTTGG ATAGTATTTA TCAGCTTGAA GCACACTCCA ACCTTTAGCA 26340 TCTGTCGCAT CATTGGCATA TTCATCAAGT CCGATGTTGA AGATTTCAGT CTTTTTCGCG 26400 AAATAAGCAG CATACTTGTC GATAAGGGCT TTTGTAAAAG CGACAGCTTG TTCGTTGTCA 26460 AGATCGACAG TACGGGCTGA TTTCTTCCCA AAATAGCTAA AGTTAGGGTT TTGGATTCCC 26520 AATTCTTTCA TGGCATTGAG AATCGCATCC ATGTGTCCAG GACTATTTAC TGTCGGAATG 26580 AGACCGATAC CTTTATCTTT GGCATAGTTA ATCAGATCTG TCATTTGACT TTCTGTTAAG 26640 TGATTGCCGT TTGGATCGTT GTAATAATCA TTTGTACCTT TTTCAATGGC GCGTTTGACA 26700 TCGTCACTGG CATAGGTCTT GCCGTTAGCT GTGATGCTCA TATCGTCCAA CATGAAACGG 26760 AGTCCATCAT TTCCGACTAA TAGGTGTAAA TCAGTGTAGC CATAATGTTT CGCTTTATCG 26820 ATGATTTCCT TGAGCTGTTC TGGTGAGAAA TATTTACGTC CAGCATCAAT AGAAACAATT 26880 TTCTTTTTCG CTAGTTTTTC ATTTACAGTT GCAGCACGTT CCTTTCCTGC CTCTGTTGCC 26940 GGTTTGTCAG CCTCTGCTTT CGCTTCATCT TTTTTAGCTG GTTTATCCTT GTCAGTCTTG 27000 TCTGTATTTG ACTCTTTAGA ATCAACCTCT TTCGCTTCTT CCTTTTTAGG GCTAGCTTCT 27060 TCTGCCTTTT TATTAGCAGT TTCTTTTTCA GCAGAAGTTG GAGTTACCAC TTCTGCTTTA 27120 TCACTAGGAG TTGAACTAAC TTCCTCTTGT GGTTTTTCTT CTGTTTTTGG AAGACTAGCT 27180 ACCTTATCAG TAGCTGGAGT TTCTGTTTCT ACAGTTTTTG GAGCTTCTGG TTGAAGCACT 27240 GCTTTAGGTG TTTCCTCAGT CCGATTTTCG GATGATTGAG GGGAATCAGA AACCGTATGG 27300 ATGGTCGGTT GGTTTTCTGT AGTAGTAGGA GTAACTCCAT CGGCTGCAAC AGTCTGTGCT 27360 TGGAAGGCAA ATCCAATTAG AACAGAAGCT GCTCCTACAG CGTATTTACG AATAGAAAAA 27420 CGCTGTTGTT TTTCATGTTT CATTGCAAAA CCTCCTGATT GCATTGTTAT ATTGATAGCG 27480 ATTATATAAA TCAACGCCTT TATTTTATTT CTTATATTAA TTTCTTATAT TAACGAGAGT 27540 CAAGAGGAGA TGACAAAAAA CTATAATAAG TATAAAAAAA TATAAAATTT AAACTTAAGA 27600 TTTCAGATTG GTCGGAAAAA ATACGTATAT ATATCTAGTA TAATTTTTGG TTCTATTTCT 27660 ATAAAATATT CCACAAATTA TAGAATTTTC CAAAAATAGG TAAGCGCTAC CTTTTTGGTG 27720 TAGTATAATA AGCATAGAAA AAGCCCAAGC GATTAGCTCA GGTTTTCTTC TTAGTGATCA 27780 CGGTCACATG AGATAAATTT AATCTTGTAG TAATCAGATC GTTTGTAAGT TTCACTGTAT 27840 TCTAAAACTT GGCCAGTTGA TTCGAGTTTG GTGATTTTAG TTTGTAGGAC AGTAGGGAAT 27900 TGTTCATCGA CTCCGAGGAC TGAAGCTGCA TGTTCTGGAG TTGGAAAGAC TATTTCGTTG 27960 ATTTCTTCAA AGTGTTCATC ATTCATGTGA ATGTGGTAGT CTAACTTGAA ACGATTATAG 28020 ATAGAACTAT AGTATTCAAG GTTTGGATAA TTTGCGTTGA TATATTGTTC TGGGATGTAG 28080 GATGTATGGT AGATATAAAC GACACCGTTT GATTCGCGGA TACGTTCAAT CTTGTAGTAG 28140 AATTGATCGC CGCGTAGACC CAATTTTTCC AAGTAAACAA GCTTGTTTCC GCGTTCAATT 28200 GAAAGAACAG TTACCTTATC ATCTTTAGCA TTGAAGAGTT CAATATCTGA AAACTCTACA 28260 AGCTTGTGTT TGCGTGCACG TGAAACGAAG GTTCCTTTTC CTTGTTGGCG GACAATATAG 28320 CCATCTTTGG CAAGGTCGTT TAAGGCGCGA ACAACTGTGA TAGAGCTGAC ATCGTACATT 28380 GAAATGAGTT CTGCTTCAGT GTAAAATTTA TCTCCACTGC TAAACTGCCC AGAGATGATT 28440 TTATTTTTTA ATTCGTCTTT TATGTATTGA TGG 28473 (2) INFORMATION FOR SEQ ID NO : 84 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6749 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 84 : CCTGATGGGT GGTATGCGAG GATACAGTTC TGAAAATCGC CGTTACTTAA TTAATGGACG 60 CGAAGTCACA CCTGAGGAAT TTGCTCACTA TCGTGCGACT GGTCAATTAC CAGGAAATGC 120 AGAAACTGAT GTGCAAATGC CACAACAGGC ATCAGGTATG AAACAAGGCG GTGTCCTTGC 180 AAAACTAGGT CGAAACTTAA CAGCAGAAGC GCGTGAGGGC AAGTTGGATC CTGTTATCGG 240 ACGAAACAAG GAAATTCAAG AAACATCTGA AATCCTCTCA CGCCGCACCA AGAACAATCC 300 TGTTTTGGTC GGAGATGCAG GTGTTGGTAA GACAGCAGTT GTCGAAGGTC TAGCGCAAGC 360 CATTGTGAAC GGAGATGTTC CTGCTGCTAT CAAGAACAAG GAAATTATTT CTATTGATAT 420 CTCAGGTCTT GAGGCTGGTA CTCAATACCG TGGTAGCTTT GAAGAAAATG TCCAAAACTT 480 AGTCAATGAA GTGAAAGAAG CAGGGAATAT TATCCTCTTC TTTGATGAAA TTCACCAAAT 540 TCTTGGTGCT GGTAGCACTG GTGGAGACAG TGGTTCTAAA GGACTTGCGG ATATTCTCAA 600 GCCAGCTCTC TCTCGTGGAG AATTGACAGT GATTGGGGCA ACAACTCAAG ACGAATACCG 660 TAACACCATC TTGAAGAATG CTGCTCTTGC TCGTCGTTTC AACGAAGTGA AGGTCAATGC 720 TCCTTCGGCA GAGAATACTT TTAAAATTCT TCAAGGAATT CGTGACCTCT ATCAACAACA 780 CCACAATGTC ATCTTGCCAG ACGAAGTCTT GAAAGCAGCG GTGGATTATT CTGTTCAATA 840 CATTCCTCAA CGTAGCTTGC CAGATAAGGC TATTGACCTT GTCGATGTAA CGGCTGCTCA 900 CTTGGCGGCT CAACATCCAG TAACAGATGT GCATGCTGTT GAACGAGAAA TCGAAACGGA 960 AAAAGACAAG CAAGAAAAAG CAGTTGAAGC AGAAGATTTT GAAGCAGCTC TAAACTATAA 1020 AACACGCATT GCAGAATTGG AAAGGAAAAT CGAAAACCAC ACAGAAGATA TGAAAGTGAC 1080 TGCAAGTGTC AACGATGTGG CTGAATCTGT GGAACGAATG ACAGGTATCC CAGTATCGCA 1140 AATGGAAGCT TCAGATATCG AACGTTTGAA AGATATGGCT CATCGCTTGC AAGACAAGGT 1200 GATTGGTCAA GATAAGGCCG TAGAAGTTGT AGCTCGTGCT ATCCGTCGTA ACCGTGCTGG 1260 TTTTGATGAA GGAAATCGCC CAATCGGCAA CTTCCTCTTT GTAGGGTCTA CTGGGGTTGG 1320 TAAGACGGAG CTTGCTAAGC AATTGGCACT CGATATGTTT GGAACCCAGG ATGCGATTAT 1380 CCGTTTAGAT ATGTCTGAAT ACAGTGACCG CACAGCTGTT TCTAAGCTAA TTGGTACAAC 1440 AGCAGGCTAT GTGGGTTATG ATGACAATAG CAATACCTTA ACAGAACGTG TTCGTCGCAA 1500 TCCATACTCT ATCATTCTCT TGGATGAAAT TGAAAAGGCT GACCCTCAAG TTATTACCCT 1560 TCTCCTCCAA GTTCTAGATG ATGGTCGTTT GACAGATGGT CAAGGAAATA CAGTAAACTT 1620 CAAGAACACT GTCATTATTG CGACCTCAAA TGCTGGATTT GGCTATGAAG CCAACTTGAC 1680 AGAAGATGCG GATAAACCAG AATTGATGGA CCGTTTGAAA CCCTTCTTCC GTCCAGAATT 1740 CCTCAACCGC TTTAATGCAG TCATCGAGTT CTCACACTTG ACTAAGGAAG ACCTTTCTAA 1800 GATTGTAGAT TTGATGTTGG CTGAAGTTAA CCAAACCTTG GCTAAGAAAG ACATTGACTT 1860 GGTAGTCAGT CAAGCGGCTA AAGATTATAT CACAGAAGAA GGTTACGACG AAGTCATGGG 1920 GGTTCGTCCT CTCCGTCGCG TGGTTGAACA AGAAATTCGT GATAAGGTGA CAGACTTCCA 1980 CTTGGATCAT TTAGATGCTA AACATCTGGA AGCAGATATG GAAGATGGCG TTTTGGTTAT 2040 TCGTGAGAAA GTCTAAGACA GAATTTTGAG GATAAAAAAG AAGGAGCCAG CTGAAAAAAA 2100 CTGGTTCCTT TTTAGGTACG ACAGGCATGT CGTATAGTAG AAGTGTATTA TTCTAGTTTC 2160 AATATACTAT AGTAGCTCAG AAGTCGGTAC TTAAACGTGC TATATCAAAA CCAGTCCTGG 2220 AAAAACGTGG ACTGGTTTCG TGTTTGGATT ATTACCTTGA ACGACATGCG TTAAAAGTTA 2280 GTTGAACCGC CGTATGCCGA ATGGTACGTA CGGTGGTGTG AGAGGGGCTA GAGATTATCC 2340 CCTACTCGAT TTTAAATCAC ATGACGTTCA AAGGCATCAT CTGAAATCCC TTGTTCCAAG 2400 ATGAGTTTTG CCCATTCTTT AGCAGAGAAG AGGCTGTGGT CCTTGTAGTT TCCGCAAGAT 2460 TCGATGGTTG TCCCTGGGAC ATCTTCCCAA GTAGTAGTTT CAGCGATTTC CTTGAGCGAA 2520 TCCTTGATAA CAGCTGCGAT TTTAGCACTG GTGTGACGTC CCCACATAAT CATGTGGAAG 2580 CCTGTGCGGC AACCAAATGG TGAACAGTCA ATCATGCCGT CAATGCGGGT ACGGATGAGT 2640 TTGGCTAAGA GGTGCTCGAT AGTGTGAAGG CCGGCAGTAG GGATAGAGTC TTCGTTTGGT 2700 TGCACCAAGC GAATATCATA ATTGGAGATG ATGTCTCCTT TTGGTCCTGT TTCTTCCCCA 2760 ATCAAGCGAA CATAGGGTGC TTTGACAATG GTGTGGTCAA GTTCAAAACT TTCGACAATA 2820 ACTTCTTTTG ACATGGTAAA TCCTTTCAGT TTTCTTCTCT CATTATATCA TAAAGGTTGC 2880 TCCTGAGACA GAGAGAAAAC CTCTCCGAGG CTGGAGAGGT TGAAATCTTT ACTTACGATA 2940 TAAGCGGTCG TATTGGTAGT ATGGGTCAAA GGTTACGTTG ATACCCAGTT TACGAAGGAC 3000 ATTCTTGTCT TCATCAGTCA AGATGATGGT TGAGTGGGCT TCGCTTCCTT TGAGGTTGCC 3060 GAGTTCTTCC ATAGCGCGGG CAGCATCAGG ATTTTCTGTA GCTGTGATAG CAAGTGCAAT 3120 CAGGATTTCA TTTGAATGAA GGCGTGGATT GCGGCTACCG AGATGATCGA TTTTAAGACC 3180 TTGGATTGGC TTAACAACTT CAGGCTCGAT TAGTTTTACT TCTTTAGCGA TGTCAGCTGA 3240 TTTTTTGATG GCGTTGATCA AGGCAGCGGC TGTAGGACCA AAGAGTTCTG AGTTCTTACC 3300 AGTGATGATT TCCCCATTTG GCAATTCAAA GGCTAGGGCT GGTCCACCAG TTTCTTCTGC 3360 TTTTTGGCGC GCAACGACAG CAACCTTACG GTCTGCAGGT GTGATACCGA GGTCGTTCAT 3420 GAGCAACTCA ATTTTCTTGA CGGCAGCTTC GCCAACTTTT TCAGCTTTGA AGTCAAGAAC 3480 TGTTTGATAG TAACGGCGGA TGATTTCTTG TTTAGAAGCT TCGACAGCGG CCTCGTCATC 3540 TGTAATAGCG AAACCAACCA TGTTGACACC CATATCTGTC GGTGAAGCGT ATGGTGATTT 3600 TCCGAGAATA CGTTCCAACA TGCGTTTGAG CACTGGGAAG ATTTCGATAT CACGGTTGTA 3660 GTTGACAGTG GTTTCTCCAT AGGTTTGAAG ATGGAAGGGG TCAATCATGT TGACATCATC 3720 AAGGTCAGCT GTGGCAGCTT CATAAGCCAA GTTAACTGGA TGATGAAGGG GAAGATTCCA 3780 AACAGGGAAG GTTTCAAATT TAGCGTAGCC AGATTTGATG CCATTGATTT GGTCGTGGTA 3840 CATATTGGAC ATACACGTTG CCAATTTTCC AGAACCAGGT CCAGGAGCGG TTACGACAAT 3900 CAAGTTGCGA CTGGTTTTGA TGTAGTCGTT TTTGCCCATG CCTTCTGGGG AAATGATGTG 3960 ATCCATATCC GTCGGATATC CTTTGATTGG ATAATGAAGA TAAGAATCAA TTCCGTTTTT 4020 CTCAAGTTGA TTGCGGAAGG CATCTGCAGC GGGTTGGCCA GCGTATTGTG TAATGACAAC 4080 GGAACCAACA AAAATCCCTA ATTCATTGAA TTTATCAATC AAACGAAGAA CTTCTTGGTC 4140 ATAAGAAATG CCTAAGTCGC CACGTGCTTT GGAATGTTCA ATGTTGCTAG CATTAATGGC 4200 AATCACAACC TCAACCTGCT CTTTCAATTC TTGCAAGAGC TTGATTTTGT TGTCAGGTTC 4260 ATAACCAGGA AGGACACGAG CAGCGTGGAA ATCTTCTAAC ATTTTACCGC CAAACTCTAA 4320 GTAGAGCTTG CCGTCAAATT GGTTAATGCG CTCCAAAATA TGGTCGCGTT GTAAATTCAA 4380 ATATTGTTCA GAACTAAAAG CTTGTTTTTT CATTTTTTTA CCTCTGGACT CTATTATAAT 4440 AAAAAATTGG AAGTTAGGAA ACTACGGAGC TAAAAAAGAA ATTAAAAAGA TTAAGCAAAC 4500 GCTTGCACAA AATTTTAAAA AGTGCTATCA TAGACTATAG ATTATGAAAA TAATGAGGTA 4560 AACAGATGCA AGAAAAATGG TGGCACAATG CCGTAGTCTA TCAAGTCTAT CCAAAGAGTT 4620 TTATGGATAG TAATGGAGAT GGAGTTGGTG ATTTGCCAGG TATTACCAGT AAGTTGGACT 4680 ATCTAGCTAA GCTAGGAATC ACAGCAATTT GGCTTTCTCC CGTTTATGAC AGCCCTATGG 4740 ATGATAATGG CTATGATATT GCTGATTATC AAGCGATTGC GGCTATTTTT GGAACCATGG 4800 AGGACATGGA TCAGCTGATT GCAGAAGCTA AGAAGCGTGA CATTCGTATC ATCATGGACT 4860 TGGTGGTCAA TCATACCTCA GATGAACATG CTTGGTTTGT CGAAGCCTGT GAAAATACTG 4920 ACAGCCCTGA GCGAGACTAC TATATCTGGC GCGATGAACC CAATGACCTA GATTCTATCT 4980 TTAGTGGGTC TGCTTGGGAA TACGATGAAA AGTCAGGTCA ATACTATCTC CACTTTTTCA 5040 GCAAGAAACA GCCGGATCTC AACTGGGAAA ATGAAAAACT TCGCCAGAAA ATTTATGAGA 5100 TGATGAACTT CTGGATTGAT AAAGGTATTG GTGGTTTCCG TATGGATGTT ATTGACATGA 5160 TTGGCAAAAT TCCTGACGAG AAGGTAGTCA ATAATGGTCC TATGCTCCAT CCCTATCTCA 5220 AGGAAATGAA TCAGGCGACC TTTGGAGATA AGGATCTCTT GACAGTAGGG GAGACTTGGG 5280 GAGCAACTCC AGAGATTGCC AAGTTCTACT CTGATCCAAA GGGGCAAGAA TTGTCTATGG 5340 TCTTCCAGTT TGAACATATC GGTCTTCAGT ATCAGGAAGG TCAGCCTAAA TGGCACTATC 5400 AAAAAGAGCT GAATATCGCT AAGTTAAAAG AAATCTTCAA CAAATGGCAG ACAGAGTTAG 5460 GAGTTGAGGA CGGCTGGAAT TCCCTCTTCT GGAACAACCA TGACCTCCCT CGTATTGTCT 5520 CAATCTGGGG AAATGACCAA GAATACCGCG AAAAATCTGC CAAAGCCTTT GCAATCTTAC 5580 TTCATCTCAT GAGAGGAACT CCTTATATCT ACCAAGGTGA GGAGATTGGG ATGACCAACT 5640 ATCCGTTTGA AACACTGGAT CAAGTAGAAG ATATTGAATC TCTCAACTAT GCGCGTGAGG 5700 CTCTTGAAAA AGGTGTTCCG ATTGAAGAAA TCATGGACAG TATCCGTGTT ATTGGACGTG 5760 ACAATGCCCG TACCCCTATG CAATGGGACG AGAGCAAAAA CGCTGGTTTC TCAACAGGTC 5820 AACCTTGGTT GGCGGTTAAT CCAAATTACG AGATGATCAA TGTCCAAGAA GCGCTGGCAA 5880 ATCCAGATTC TATTTTCTAT ACCTATCAGA AACTGGTCCA AATTCGCAAG GAGAATAGCT 5940 GGCTAGTTCG AGCTGACTTT GAATTGCTTG ATACGGCTGA TAAGGTCTTT GCTTATATAC 6000 GTAAGGATGG CGACCGTCGC TTCCTAGTTG TGGCTAACTT GTCCAATGAA GAGCAAGACT 6060 TGACAGTAGA AGGAAAAGTC AAATCTGTCT TGATTGAAAA CACTGCGGCT AAAGAAGTAC 6120 TTGAAAAACA GGTCTTGGCT CCATGGGATG CTTTCTGTGT GGAATTACTA TAAATATTTT 6180 TTGCAGAAAA ATTTAAAATT GAAATCGTAT AAAAACAAGG GAGGACTGTA TAAAAGACAG 6240 AAATCCTTTG TTTTTTATAA CCAAAGTTTA TAAACTTTCA TTCTTGAAAT TCAATTAACT 6300 TTACAAATTC CCACTATTAA GGAGAAAGAA GATGAACATA AAGAAGCGTG TCCTTAGTGC 6360 AGGCCTGACT TTTGCATCTG CTTTGCTTTT ACCCAAATCA TTCATACCTC TCTCAACTAG 6420 ATGTAACTTA CAAAACCCCT GACCTCATGA GCCACTTTCT TCCTCCTCAT GAGGTCAGTT 6480 TTACTTTCTG CTGTTCCAGT ATCGTTTTTC CTCGCTAGAT TTCCTCAAAA GGGCAGACTC 6540 CTCCCTTGGT GCGTCACACG ATTTTTTCAT CTCGACTGTT CTTTAATGCA TCATTAACGA 6600 CGCTTTTCTT CTAGGTGGTT CATAAGGAAC AGGAAGATTC AGGTTGACTT TTCTAATCCT 6660 AGAATAAAGT GCTGAAAACA ATTCGGAATA GGCATAGAGA CTAGACAATT TGAGGAGCTG 6720 CTTGCGTCCT GTTCGAACAC ATTTTCCGG 6749 (2) INFORMATION FOR SEQ ID NO : 85 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1842 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 85 : TCTACCCATG GACTTTGAGG CATTCATTGT TCCATCTTCT AGTGGCGAAT CTTTTGATAC 60 AAACGATTCA ATTCACTTGG ATAGTGAAAC TCTCCCGCAA ACATTTTTCT GGTTAACTCA 120 ATCCAGCTGA TATTTCTTTC AGCCAAAATA ATGGACAAGT TCTCCCAAAA TCGTTCAGCC 180 ATATTGCTTC TCCTTTAGTT AGATAAATAA TGTGTTTGCG CCATGTAAAT CAATTGTTTC 240 GTATCTCTTG GCAATAGAGC TCTAGCCTCT TCCAAATTCA GACTTGGATA AACTCGCTTA 300 TTTGAAACCG CAAGAGGAAG TCTGATGGTT AGTTCAGGAT TTTTTAAAAT TATCTCAACG 360 AAATCCGTTA ATCTTAGATT GTCACGGTTC TTAAATCGTA ATAAATTGGG AGATAAAAAC 420 TCAAAACAAT CTGAAGAATA GCTCATCATC TCAATTAATT TGTCCTTTGT CATTTCAGAA 480 ACTGAATGAC AAGATACCTC TATGCCATAG TTTTGGAAGA AATCTAAAAG AAGTTGATTT 540 CTTTGTCTAT TTTTACTTAG ATAGAGATCA ATCATGGGAG ACCTCCCAAA GATTCGGTTC 600 CATTTGATAT TCTGACACGA TTAAGGAATC TAATAAATTA AGGAATCTAA TAAATTTGCG 660 AAGTTAATCG GTTTCTTGTC TTCATCATAA GCTTTTACAG TTACTTGGGT TGTAAGTATT 720 CCCTCTTTTC CCTCGGCTCG ATAGCCTTGT CCATATAAAA CAAAAACGAG ATTTTGATGA 780 TCATCTACAA AGGCATCAAC CCCATTCTTT ATGTCTTGAC TTTCAAGGAA TTCCATAACG 840 TTTTGAAGAT AGGATTCGTA AAATAGTGGG TAGTTATGTT TTTTATGGTA ATCATCTAAA 900 AATGTCACTT CAAACTCACA TGGAGAGTAA TTTTGACTTT GAACAGCCTA AAAGTGCCAT 960 CAAATTTGAA TTGGAATAAA TCAAATAAAT AGCCCCATCC TCATCAATCC AACCTTTGCT 1020 CAAAGACAAC TCCAACCGAT CTTTTAAAAC TGAGTAAACC ACCTTAACCT CCAGTTTCAT 1080 ATTCTTATAC CGTTCACTCT CAAATAAAAG TTTGGGGAGC TTATAATAAC GCTCTGATGT 1140 CTGATATTGA TTAGCGGTAA TACGCTTCAT TATTGTCCCT CCAAGACTAA AATTCCAACA 1200 TTTCCAAATT CATCAAATCG GATTAAACCT ACTTGTTCCA TTTCATCAAC TAACTGAGTT 1260 GCTTTTACCC AAATCATTCA TACCTCTCTC AACTAGATGT AACTTACAAA ACCCCTGACC 1320 TCATGAGCCA CTTTCTTCCT CCTCATGAGG TCAGTTTTAC TTTCTGCTGT TCCAGTATCG 1380 TTTTTCCTCG CTAGATTTCC TCAAAAGGGC AGACTCCTCC CTTGGTGCGT CACACGATTT 1440 TTTCATCTCG ACTGTTCTTT AATGCATCAT TAACGACGCT TTTCTTCTAG GTGGTTCATA 1500 AGGAACAGGA AGATTCAGGT TGACTTTTCT AATCCTAGAA TAAAGTGCTG AAAACAATTC 1560 GGAATAGGCA TAGAGACTAG ACAATTTGAG GAGCTGCTTG CGTCCTGTTC GAACACATTT 1620 TCCCACCACG TGAAGAAAAA GATGGCGGAA GCGTTTGATT GTTAAAGTTT GGAAGTCACC 1680 TCCAGCTAGA TGTTTGAGAA AAAGATAGAG ATTGTAGGCG ATACAGCTCA TCATCATACG 1740 AACTTCGTTT TTGATTAAGG TTGAACTATC CGTTTTATCG CCAAAAAATC CCTCCTTCAT 1800 CTCCTTGATG AAATTCTCGG CTTGACCACG TCCACGATAA AG 1842 (2) INFORMATION FOR SEQ ID NO : 86 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 19390 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 86 : TCATCTTTAT CTCCTCGAAA TTTTCTAATA TAGCCATTAT AACAGAATTT TGTGAAAATT 60 CCTATTATAG TAAATCACTA TTTCAGTATA AAAAGAAAAA ACGAATCAGA CGATTCGCTC 120 TTCTTAAAAT CTGAAAATAG CTTTCCAGAA AGGATTAGCC GATTTTTTGC AGATTGAGCA 180 CTGCATCGTG ACTCATCAAG ACTTGACCAT ACTCTTGTAA GACTGAGCGA CTGATATCAC 240 TATCGTCTGC AAACTCGCGC ATACGGGCCA ACAGCCAAGC TGGATATGGG CTTGGATGAT 300 TTTCAATATC CACTAAAATG GTCAAATAAT AGCGCTCGTT CATTTTGTAG AGTTCAGAAG 360 TTTCCATTTC AAAAGTCACT GTCTTGGCAA AAGCTACCAA GTCAGCCAAC TTAGCAAAAG 420 AAAGGATGTA GTAGATGTAA GGTTCTTTCT TACTCTCAGC TTCTTGTTCA GCCTGCTCTT 480 GCTCTTCTTC CTTGACTTCA ACTTGCTCAA GAGATTGAAT GGCTTCGATA TCATCCTTGG 540 TTTTGTCTGC GATGCTTTTT TCCAGGGTTT TGATAAATTC ATCTGGAGAC ATTTGAGCCA 600 ATTCTTCCAT ATCTGGCAAA TCCGATAAGT CTTCAAAATC TAGATTTTGG TCAATCTTTG 660 ACTTGGTCAC AAAGACATCT ACCTTATCAG GTTTTGGAGT CACACGGAAG CTCAACATGC 720 CTGTATCCAG AAAGCTATCA GGCATCTCTA GCTCATCCAA GATAGCATAA AAGAACTCTT 780 CTGTTTTTTC TTGAGGAACG AGAAAGTCAG CAATCTCCAT TCCACGATCC ATCAAATCCT 840 CTAAAGATAT CGTGATTTTT AAAGTTGTAT CACTAATTTG TTTCATTTTC ATTGCTAGTA 900 ACCTCATACT TTCAGTTCTA TCTATTATAC TAGATTTTTA CGATTTTATC AAAAGAAGGC 960 TCCTCTATAC GGATAGATTT TCCCTAGGGT CTTTCTATAG GAGACTCCAA AAGAAAATTT 1020 CTGCAGACAG ATAGAAAAAG CCTTCAAAAT CGGCTAAGAG CCGACTTTGA AGACCTTATA 1080 CATCAGAATA CTTATAATTT AAAGGTTGCT ACACCGAGGA TAGAACGATT TAAGTTTCTG 1140 AGAATTTGAA GACTTTGCTC AAATTTCTTA TAACGAGTCA CTCCGTACTC TTCAACAAGA 1200 AGGACTGTAT CTCTTTCCAA AAGAGATGAT ACATCCTGTA AATCTACAAA ATGCATTCCT 1260 TTTAAAGCTT CTTGACTCTG TTTCAATTTA TCTAAGATAG CTTTATTTGA GCTAACGATG 1320 GTCAATTCCT GTCCAGTATT TTTGTATGAC AAAACATCTG CTAGGTTAGC AATTGTTGTA 1380 ATCTCTGTTA CAAAATCAAT TTGATACTGA GAAAAATCAC CTACTCTATT GATTGTTGGA 1440 TTAAAGAGAT AAACTAACAC ATTTCCCATC ACAACCAAAA TCACACAAAC CACTCCAATA 1500 ACAACTAAAC GAAGAATCAG ATTTTTCACA TTTAAGCCAA GCGCTGTTTC ACCATTTGCG 1560 TTCAATTCTT TAGAGTTGAT GGTTTCCAGT TTTTCAATTT TCACATTTGC ATAGGCATGT 1620 TTAAATTTCT CAATCAACCC ATCAATTTTT TTCTCTAACA AGTTATTGGC ATCTTTACTT 1680 GATGTCAAAA TTTTCACACC AACCCCTGCA TCGTCAATCA TATAGTAGAC GGTCAATTTT 1740 TTCCACCAAT AGTCATTCGT TGAATTTTTC AAGGTTGTTT CTGTCGTGTC TAATTCACTG 1800 GCAATTTTTT TCAACTCACT GGGTTCTACA TCATTGAAAA GATAAGCTCC ATTCAAATTA 1860 CCATCAATCA ATTTCCCATA AAAATCACTA TAACCACCAA TTTGATGATT CAAAATCGTT 1920 TTGTCCGACT CTTTTGGAGG AGTGATTTTA TAGATAAGAT AAGTTGAATA ACTTGTTGTA 1980 TCTTTGACAG TGTTTTTATT CCTAACTGCT TTAATTGTAA ATGGTACAGC AATGAGAGCA 2040 AATAAAGCGA TGAGAGCTAA AATATTTGCT TTTCGCTTTT TATAAAGATT TGCAAACAAA 2100 TCAGCTACTG AATAATGTTC AAACATGATT TTTTTCTCCT TTGTTTAGTA GATACTAGTT 2160 TTCCTTTGTA AGCATTTTTG CTACAAATAT AATCACAAGA ACAATTCCCC AGAATTGCAT 2220 TGTAAATAAA TTGAAGAAAC TTTCTGAAAA GCTGCTTCTT GGCATAAAGA ATAGATTATT 2280 CAAGATGAGT AGGGATAAAG CAAATAGGAT TGTCCTTGAG CGATAGGCTA CTTGCAGCAT 2340 GGCTATAAAT AATACGCCGA GTAAGAAACT AAGCAGAAAG ACTCCAATCA TACCATAGTC 2400 GGTATACAAC TCCATGATAT AACTACTTCC GATACCATGC CCTTTCAAGT ATTCCTTGTT 2460 CAAGACAAGA TAGGATAGAT TGTGGGCATA ACTATTACTA TCAATAGCTA GTTCCACACT 2520 ATTGGTTGTA TGTTCAAAGG CTTTTCCTCC GAAAATGGCT CCCAAACTCC CCCTTGCAAA 2580 ATAATCAAGA ACAGGACCAA AAGTAAAATT ACGGAAATCT CGGTAAGGGA GGCTACTGTT 2640 AAATAGAAAA CCTCGAGCCA GAACACCAAA ACTAGTCCCT TGTTTATAGA TAAAGTCAAG 2700 TAAGATATCC CAGAAACCTG TATGGGAAAC TTGGACATTA TCCCGTACAT AATTGAGTAC 2760 TCCCATCGCT AACATGAGAA TAGGAGAACC TACAAAAATC GCTAACTTTT CTTTAAACCC 2820 AATCCATTTT CCTTTTTCAG TTTGCTCCCG CATAAAGTAA TAAACAAAAG CAAATmAAAT 2880 ACTTAAAATA AAGGGATTTC GTGTCCCAAT TGCCAAATGA ATAGTATTAG CTGCAATAAA 2940 GGAGACAAGC ACTGCTGTGG CCTGCAATTT CTTTGGCTTG GTTGCCAGAT ACATACACAT 3000 TGCATAGACC GTAAAGGTAG ACAAAATGTA GGTAAAATAA GGCAGTTTAC TTTCAAAATT 3060 TGCATAGTAG GCATAGTAGG AAGTCTGCAA ACGATACAAG AGCCGTTCAA ATAACCGAAT 3120 GAAATAGAAA GGATAAGTTA GAAGAAAAAC TCCTAGTGAT ACAAAGCGTA ACCGCTTGAT 3180 ATAAACCTCT TTTAGAGAAT TTCCTATATT TGCTACTTTT ATTTTCTTCC TAGCTATGAA 3240 GTAACGAGCC AGAATGCCTC CTGTGGTCAA GCCCAGAATC GAAATCATGA CAACTATAAA 3300 GGCAAAACGA TAGGCTATTG GATGATAGGT ATCCAAAGCA CCATCCCTAA AATAATCAAT 3360 GGTCGGTCTT GATACCAGAA ATACAAAAAT GGTTAAATAG AAAATAAAAT GGATTAAGTA 3420 ATACTTGATA TCATTCCAAC AAGCAATTAA GCTACTAACC AACAAGAACA ATAAAGTAGA 3480 AAGTAAGCTA ACATTATTAT TATTAAACAG ATACACAATT CCACTTACTA GCGTCAAGGC 3540 ATAACTGACT ATGGTCAAAC TAAATAATAA TCGTTTCCCA TCAATCACTT GGTCACCCCC 3600 GTTCTAATGT AATTTTTTAG ATTTTTCAAT ATTTTTCAGT AATAAGAATC GATATAAGGA 3660 AATATTTATG AATAGGGCCA AAGCACTAAT TCTTCTCCCC TTACGGAAAA TTGGATTCCT 3720 AGAAATAGCA AAGGCATGGC CTTTTAAAAA ACGATGAATC TGAGAATAGG CTTCAAACTG 3780 TTTATACTGA TCATCTAGCA ACATCTTATC CAGAATAAAG AAGTGGGCAT AGGCCAATCT 3840 GAAAAAAGCG ACCTCTTTCA AGTCAGGATA GTTTTTCACA ACTTCATTAT AAAACTTTTG 3900 GTAGATATCA ATATAGGCTA AATCCTTCTC TGCATAGGGT TTGGTCGTAA TACTATCCCC 3960 TCTATGGAAA TAGTAATAAT AGGGTTTAGT ATTAACCACA TACTTCTTGG CCAACTTGAT 4020 TAAATCAAAA TGGTAATAGG CATCTTCGTA AATCAACCCC TTAGGAAAGG ATAGGGCAGT 4080 TGCAATCTGT CTCTTGATTA GCTTATTGCA AATCGTCCCA GGTATTTTTT CACCTATGAG 4140 GTATTCCTTT AGAAATGTTT GAGAATCACA GACAAAATAG TCATCCTGAT TGGCTGACTG 4200 TGGGCTTTCA TCATTAGCAT AGACATTCAT GACACCACAG CTCGAAACAT CCGCATCTTC 4260 TTGAACTAAT TGCTCATATA AGCTCTGAAT CATTTCTGGA TGGATATAAT CATCTGAGTC 4320 AATAAAAATC AGATAATCCC CGTGAGCCTG CTTCATCCCA TCATTTCGTG CTTGCGACAA 4380 TCCTTCGTTC TTTTTATGAA GCACTGACAC CCTGTCATCT TGTTCAGCGA TTGAATCACA 4440 CAAGCGACCA CTTTCATCTG TTGCACCATC ATCAACAAGA ATAATTTCCA GATTTTGATA 4500 GGTCTGCTTC TGAATGGAAG CTATCGATTT TTCTAGGTAC TGCGCCACAT TATAGACTGG 4560 CACAATCACA CTAATTAATG CAGTTTCCAT GCTACTCCTC TAATAGTTTT TCTACTTGTT 4620 CGATTTGTTT TGTAATTGTA AATTGTTGAA TGAATTGGCT AGCCTCATCG ACATCAAAGT 4680 TTGAGGCAGA AGTCATGTAA TTAGTAATCG CCTGAGCTGC CTCTTGATTG CTCTCAATGA 4740 TTTGTCCAAA TCGTCCTTCT TGGGATAATT CCTCAGCCCC TCCAACGTCC GTAGAGATAA 4800 AAGGGAGTCC CAGACTCAAG GCCTCCACAT ACACTCCAGG AAAACCTTCT TGTTTAGACA 4860 TAGACAAAAG AACTTTCGTC TGAGATAGAT ACTGATAAGG ATTTTTTTGA TAACCAAGGA 4920 AATGTACATA GTCCTCAATC CCATACTCTT TGACTCGTTT TTTCAGTTCC TCTTCCATAT 4980 CACCAGCCCC GATAAAATAG AGATGATAGT TTTTTCCCTC TTGGTGTAAT AATCGTATCA 5040 CTTCCACTAC ACGGTCAGAA CCCTTATTTT CCTCAATCCG TCCGATAGTA CAGATACTTT 5100 GAGGAGCAAT CTCGATATCG ATCTTCTCTT GAGATTTTTC TAGAATAGTC TGAAAATCAT 5160 ATCCATTGTA GATTGTCTGT AATTTAGAAG TATAATCTGG ATAAACTTCC TTGATAGAAT 5220 TGCTGGTCTT TTTTGAAATC CCTACAATTG TATTCGCAGC ATCCAACTGG CTTCTATGTG 5280 ATTCTCTTTT AGAGCTATCC TTAAGAAGTT CTTCAATACT TCCATGAATC CAAGATATCT 5340 TCTTGACTTC TCTTCTTTTA GAGAACAACA GTGGTGGATT CATAATGGTA AAAGAAACTT 5400 CAACATCATA ATCATCTTTT ACAAGCAAAC GACGAGTCAG TCTTGGAAAA TAAATTCTCA 5460 TTCTCCACAA AAAAGCTCGT AACCATCTGG TTTGGCGATA ATCTTGAAGG GATTTTAAAA 5520 TGCGTACATG CTTTGGAACA GATTCATATC CCTTGTCAAA GTGCTCCATT TCAAGAATAT 5580 CAATATCATA CTTTTCTGGA TCCAGATTTG AAACAATGGT TGATAGAATC TTCTCTGCAC 5640 CACCTCCAAG AGAAAAAGAC CACATAAAAA ATAAGATTTT TTTCTTAGCC ACCATATTCT 5700 CCCTTGTATT CTGTATAAGA CTTATCCATA TCAGCGATGA CAGCATCATG ATGCGGTACC 5760 TGCTTGTCTG CTGGTGGAGG CGTCATATAA TCCCCAAAAG CAGTTCTGAG ATAGACATCA 5820 TAGCCGATTG GAATAGGCAT CTCTGTTCCT TCAAATGGCA AGAAAAGATT GTCTTCAAAA 5880 GATGTGATTG GGTACTTGTT TCTCATGTAG CCAGGACCTG AGCATAATTC TGTAATGCCA 5940 TCACAATCAG CCAAATCATA CTTAGTCATT TCTTTCTCAG CTTTTTTCCA GATGCGATAA 6000 CGGAGAGATT TTGGAGTCAA ACCCAGTAAA ATGCGACTTC CCCATTTCAT GAGATCACCA 6060 TGCTTTTCTG GAATAGTTTG CGCACAAAAG AGTGAATAAA TCAAGGCCCA ACGAACCTGT 6120 TTTTTCCGCT CAGCTGGATT TTTCGGATAA TAATCCAAAG GCAAAACATC CAAGGCCAGA 6180 CCATGTGGCA AATCCAAATC CTGCTGATAA GGCTTGATAC AGGTGGTTTT CTTGTCACGA 6240 ATGGTAATAA AAAGATTACG ATCAACAAAA TCCTTGTGAC TCTTTGACAA GAAATAACGT 6300 TCATCTGCAT AACGAGGCCA TAATTCTGCT AATTTCTCAT AATCTTTACG AGGCATAAAA 6360 AAGTCTAGGT CGTCGTCCCA AGGAATAAAT CCCTTGTTTC GAAGGGCACC AATAGCGCCT 6420 CCGCCACAGA GATAACAGAG CAAATCATGT TCTTTACAAA AGGCCACAAA ATATTCAGCC 6480 ATCTCCAGAC TACGAGCCTG AATTGCTTTT AAATCAGTCA TATTGTTCAT TATTCTTTCT 6540 ATCGTATCGT TTCATTATAC CACAAACAAG GGGTGAAAAT CTATTGCAGA CTGTAAAAAA 6600 TCAAAGCCTG ACTGCTATCC AAATAGCTAT CAAACTTTGA TTTTTCTGTC TTATACTCTT 6660 CGAAAATCTC TTCAAACCAC GTCAGCTTCA CCTTGCCGTA GGTATAGGTA ACTGACTTCG 6720 TCAGTCTTAT CTACAACCTC AAAACTGTGT TTTTAGCAGC CTGCGGCTAG CTTCCTAGTT 6780 TGCACTTTGA TTTTCATTGA GTATTATCTT ATCTTAAGCC CATTTGAGCG AGCTTGGTTT 6840 GATATTTGTT TTGATCAACC AGCAGGCCCA AGCCCCCATA AACATCATAG GCATCTACCC 6900 AGTCACCCAG TTCTGGAATC GTCAATTTTT CAATACCATT TTTTGCTCCA TCCAAAACAG 6960 ATAAACCGTT TGTTAGGAGG AAAGTATAGG GTACGTTGGT TGAGGTCATA GCAAAAACCT 7020 TTCCAAGAGC TTCAGAACCA GTGAAAAGTT TAGTGGGATC TTTAATTTGC TCTAAAATTG 7080 CTGTTAAAAC TTGTTGCTGT CTTTTTGTAC GGCCGTAATC TGCCTCATCA TCATCACGGA 7140 AACGAGCATA ATTGAGCAGG GTCGAGCCAT TCATCTGCTG TTTTCCGACT TTAATGGTTT 7200 GGGTTGGAGA CTCAGTCTCG GTAGCGTATA AATCATCTCC GACTGTAGCT TCTGTTAGGG 7260 GACGCCCATT CAATGTTGAA AATTGAGCAT CAATCGTCAC CCCATCAGGG AAAAGCGTGT 7320 CAATCGCTGT GGCAAAGGCC TGGAAATCAA CCAAGGCGTA GTACTTAATG TCCAAGTCAA 7380 AATTATCTTT CAAGACTTGG CGAACCATTT CTGCCCCTTT TTGCCCCTCT TGTTCTCCTA 7440 ACTCGTAGGC TACGTTTAAC TTGTTATCTG TCTGTTTTCT ACCATTAATC ACTTGACTAT 7500 AACCATCTAT ATAGACCAAA TTATCACGCA TGAAACTGAC TAGCTTCATT TTCTTATCTG 7560 AGCCCCCGAC ATTTAATACC ATAATAGAGT CAGTTCGTGT CTCAACACTG TTCTGGCCGA 7620 TTCGACCATC AGTACCCATG ATTAAAATAT TAACTCCATC TCTAGTGTCC TGACCATTAA 7680 AGACTTCTAC TTGAGCTGCC CGGGCATCAG CAGTTTTCTT TGCGCTAGCA TCTTGGTAAC 7740 CACGCAAAAA CATGAATACC ATGGCCAAAG CCACACAGAC CAAAAGTGAA AAAATCACCA 7800 TAAAAATTCG TTTAAGACGG AGCTTCCGTC TTTTCTTTTT TGGAGGGAAA GAGAGTGCTT 7860 GTGATTTGGA TTGTGAGCGA CTCCGGTTCG CATAGCTTGG TAAGTCAACC TGCTCTTCTC 7920 TTTCTTGTTC CAAGCTAGAG CTACTATTTC CCCTAGCAAG AGTTAGCTTT TCTTGCAAAT 7980 AGGCAAACTC ATTTTTTTCT CTCTCATTGA GATAGTGAAT ATTTTTTAGC AAATAATCAT 8040 AACGCAACTG CTCATGATGA CTTAAGGGAT TTTCTTTACT CATCTTCTCT CCTTTCCATG 8100 GTCTGATATT GGATAAATAG GATAGGCACC CAGAATTTTA TACTGGATTC CAATCGCTTC 8160 TAATTCTTTT TGGGCAAAGT GGACCAAGTC CTTATCGGTA TAATCCACAT CGATAATGAA 8220 AAAGTATTCA CCCAGTGCTG TCTTGAGTGG ACAACTTTCA ATTTTTGTCA AGTCAATTCC 8280 TCGCCAAGCA AAGGTCGACA GGGCCTTATA AAGTGCACCT GGAAGGTTGT CAGGTAATGT 8340 CAAGGCCAAA CTCATCTTTT CAGTTTGTGC TTGCAAGGGA ATACTAGGCT TTTCAGCTCC 8400 TAGAACCCAG AAACGTGTGA AATTGGCTTC CATTTCCTGA ATATCCTCGG CAATCAGTTC 8460 CAATCCATAT TCTTCAGCAG AACTTCTAGG TGCAACTGCT GCAAAGGGCT GGTCTGGATG 8520 TTCGGAAATA AAACGGGCCG CATAAGCTGT ACTAGCTGTT ACCTCGATTT GAGCCTCTGG 8580 ATATTGTTCA TCGATGAATT TCTTTCCTTG AGCCAAGGCC TGTGGATGTG AAAAAATCTT 8640 TTCAATCTTA GTATGGCCTG GAACCACCAT CAACTGCTGA TGAATAGGCT GAACGATTTC 8700 TGCTACTGCT TGGATGTGAG CCTGATGAAA AAGATAGTCC AAGGTTTCAT GAACACTACC 8760 CTCAATAGAA TTTTCAACTG GCACCACAGA ATAGTTCACT AATCCTTGCT CATAAGCCTT 8820 GATGACATCT GTAATGTTGG CAAAAGCCTG CAATTCCTCA TGAGGAAAAG CTGTCTGCAC 8880 AACGTGGTGT GAAAATGATC CCTTGGGACC TAGATAAGCA ATTTTCATCT TAGTTCCTCT 8940 ATAATTTCCT CTGGGCTTAG CTTGGTCACA TCCAAAACCC GACTAGCCAC TTCCTCATAC 9000 CAAGCCTGTC TTTCTTGGAA AATAGCTACT AGTTCTTCCT TGCTATTATT TAGAAAAAGC 9060 GGTCGCTGAT TGTCCTTATC AGCTGCGATA CGTTGGTAGA GGGTTTCAAA ATCTGCTCTC 9120 AGGTAGATGT TATCTGTATT AGTCTTGAGT AAGTCACGAT TTCTCTGAGA AATAACCACT 9180 CCTCCTCCAG TTGACACGAC TTGGTCTGTT TGTAGTAAAT CAGCTAGGAC TTCTGATTCT 9240 ACCTGACGAA AGGCTGTTTC TCCCTTTTCA GCGAAAAAAT TCGCAATGGA CATACCTAGG 9300 CGATTCTCAA TCAGAGCATC CATATCAAGG TAATTAGGGT CCAAGCCTCT TGCAATAGTC 9360 GATTTTCCAG CCCCCATAAA CCCTAATAAC ACCTTAGCCA TGAATCAAGC TCTCCAAATC 9420 ATCAAAGAAA CTAGGATAGC TGGTATTGAT GGCTTCTGCA CGGTCAAGCT CCACCTCTCC 9480 ATCTGCAACC AAGAGGGCTG CGATAGCTGT CATCATGCCG ATACGGTGGT CACCAAACGT 9540 ATTGACTCTA GCACCGTGAA GAGCTGATTT TCCTTTGATA ATCATCCCAT CTGCCGTAGG 9600 AGTAATATCT GCTCCCATAC TATTTAAGGC GTCTGCCACA ACCTGAATAC GGTCTGTTTC 9660 CTTGACCTTG AGCTCCTCAG CATCCTTGAT AACTGTTACA CCTTGGGCTT GGGTCGCAAG 9720 CAGGGCAATA ATGGGCAATT CATCAATCAA TCGTGGAATC AAAGCGCCAC CAATCTCTGT 9780 TCCTTTCAAG TCAGAAGACT CAACAATCAA GGTAGCAGAT TTAGCGACTG GATCGATTTC 9840 AGTTATTTCC AATTTTCCAC CCATGGCACG AATGACATCA ATAATACCGG TGCGAGTTTC 9900 GTTGATCCCC ACATTCTGCA GCACTAGACG AGAATTTGGA GCAATCAAAC CTGCGACTAA 9960 CCAAAAGGCT GCACTGGAAA TATCTCCTGG TACGACCACC TTCTGTCCTG TCAATTTTTG 10020 TGGCCCCTGG ACTGTGATTT TCTTACCATC CACACTTAAA TGACCACCAA ATTGTTTCAA 10080 CATATCTTCA GTATGATTAC GGGTGTACTC TTTTTCGATA ATAACTGACT CCCCCTTAGC 10140 TTGTAAGGCT GCAAACATCA AGGCTGACTT GACTTGGGCA GAGGCAATTG GCAACTCATA 10200 ATGAATAGGT CTTAGGTTTT TCGTCCCTTT TAAGCGAAGG GGAGGCAAGT CTCGTTCAGT 10260 TTGCCCTGAA ATGCTGACGC CCATTTTTTT CAGTGGAAGG GTCACACGGT CCATAGGACG 10320 TTTGGAAAGA CTATCATCTC CAAACATCTC TACTTCGAAA TCTGCACCAG CAAGGACACC 10380 TGAAATCAGG CGAATCGAGG TGCCAGAATT TCCCATATTA AGGGCATTTT GTGGCGCTTT 10440 TAAGCCAGCC ATGCCTACAC CTTGAATGGT AATAACCCCA TCTTTATCCT CAATTTCAAC 10500 ACCAAGGTCA CGAAAAACCT GCATGGTCGA AAGAACGTCT TCACCTCGCA GAATATCATA 10560 AACCTTGGTC TCACCCTCAG CCAAACTTCC AAAGATAATG GAACGGTGGC TGATAGACTT 10620 GTCACCTGGG ACGCGGATAC TACCATGTAA ATGGCGAATG TTTGTTTTTA GTTTCATACT 10680 GGACCTCATA CTTGCAATAC TTTTACCTAT TTTATCATAA AAAGCCAGAA ATTCCTTAAA 10740 AATTCCTGAC TTTAGGATCG TTCTTTTCTT ATTTCAGCAA TTCTGAAACT GGTTCAAAAA 10800 CAATTTTTTC AATATCAGAA AGGTAAATGG CCAATTGTTG TTGCTTGGTA AAGAATTCTG 10860 ACAAGAGGCT ATTTCCTTGA ATCTGTTTAC CAAAGCCTTC CATCTTAGCT TGGAAGGACG 10920 CATCTGGCAT TTGACCTGTC TGTGCTAGTT TTTGAATTTC CTCTTGAAAG GCAAGATAAT 10980 CTGTAAAGAT TTTGCTTGCC TCAGCATCTG CTGCAATCGC ATCTTTAGCT GCTTTAACAG 11040 CCTTGTATTC TGGTAATCCG CGTAGACCGC GACTGAGTTC GTTTGCACTA TCGTAAATAT 11100 TTGACATGTT CTTCTCCTTA TTTGATGACG ACTGTATAGT CAGTATTTTC TGTTATGAGA 11160 TGCTCAGCTC TTTCCAAGTC TTGAGCATTT TTAAATGAAA TTTGTAGGAT TCCGTGAATA 11220 TCCTCACGAT TTTCCTCGTT GATGTGGATA TTAACCAAGG AAGTTCCACG TAGCAGTTCC 11280 AAAATCCGCA GGATGACATC TTCTTCATCA GGAACGTCAA CATAGAGGTC GTAAGAGCTA 11340 TCCACACCAC CACGCTTATG GATTTCCATG GTCTGGCGTT GTTCACGCGC TTGGTTAAAA 11400 AAGTTCCAAA TTTGCTCTTC ATCTCCCTTA CTAATGGCCT GACCAATCGC TTCCAAACGT 11460 TCCTTGAAAT CCTCAATTCT ATCCAGAATG ATCTCGCTAT TGGACAAGAG AATGGAGGTC 11520 CACATTCCTG GCTCGCTTTC CGCAATTCGG GTCATATCTC GAAAACCACC TGCCGCAAAG 11580 CGCCTTGCCA TCTCATGCTC TTGAGCATAG ACCGCAGTCT GCTCCATGAG ACTAGAAGCC 11640 AAAATATGAG GAAAATGGCT AATCTGAGAA GTGACACGAT CATGCTCCTT GGCATCAATC 11700 TCGATAAAAC GAGCATGAAG ACCTGAAAGC AGATCCTTCA TTTCCTTAAG CGTGTCCTGA 11760 CTTGTCAGGC TTGAAGGTGT AAAGATATAA TAGGCATTTT CAAAAAGATT GACATCTGCC 11820 GAAGCAGCCC CTGTCTTGTG ACTACCAGCC ATGGGATGGG CCCCGACAAA GCGAACAGAC 11880 TTGCCAGCCA AATACTGCTC CGCCGCATCC ACAATGGTTG ACTTGGTCGA ACCAGCATCT 11940 GAAATAATAA CGCCTTCTCG CAAATCCAAA TTGGCCAACT CCTTAATGAA AGCAATAGTT 12000 TGTTTGATTG GCAAGCTGAG GATAATGACA TCTGCCAAAG GAGCAAAACT AGCAAAATCA 12060 TCCGTTGCAC GGTCAATCAT ACCTTCTTTC AAGGCGATAT CTCTCGAAGC TTGACTACGA 12120 TTATAACCTA AAATTTCATA ATCTGGATGA TCGCGTTTGA TACCAAGTGC CATAGAGGCT 12180 CCAATCAACC CAAGACCTGC GATATAGATT GTTTTTGCCA TAGGAACTCC TTAATAGTTC 12240 TTTGTATAGT CTCGGTGTTT GGCTACCGCT TCTTTTAGTT CCTCAAGATT ATCTGATGAG 12300 AATTTTTCGA GGATTTCTTG CGCCAGAACC GTTGCTACAA CTGCTTCCAT GACCATTCCT 12360 GCAGCTGGAA GAGCAGTCGG ATCACTTCTC TCCACGGTTG CCTTGTAAGG TTCGTGGGTT 12420 TCGATATCCA CACTCATAAG AGGTTTATAA AGAGTAGGAA TGGGTTTCAT GACCCCACGA 12480 ACAACGATGG GTTGCCCATT AGTCATACCA CCTTCAAAAC CACCTAGATT ATTGGTACGG 12540 CGAGTATAAC CGTCTTCTTT AGACCAGAGA ATTTCATCCA TAACTTGGCT GCCTTTACGA 12600 TAACCAGCCT CAAAGCCAAG ACCAAATTCC ACCCCTTTAA AGGCATTGAT AGAGACAACA 12660 GCTTGAGCCA ATCTTGCATC CAATTTTCTA TCCCATTGGA CATAGGAACC AAGACCAACT 12720 GGAACGCCTC CGACGACTGT CTCCACAACC CCACCGATGG TATCACCATC ACGTTTGATT 12780 TGGTCAATAT AGTCCTTGAT TTCCTGTTCT CGTTCTTGGT TGACAATAGA AACTTCAGAC 12840 TGGGCAGCTC TTTGCTTAAT TTCAGCGACT GTCAGATTTT CAGGAACATC GATTTCCTTG 12900 CCACCAAAGA CCACGACATG GTTGGCAATC TCCATATCCA GCTCAGCCAA GAGGCGTTTG 12960 GCTACTGCAC CAACTGCCAC CCGCATGGTG GTTTCACGAG CTGATGAACG CTCCAAAGAA 13020 TTTCGCAAAT CATCAAAACG GTACTTAATC CCCCCAACCA AATCGGCATG ACCTGGGCGA 13080 GGATGAGTAA TTTTCCGCTT GCTTTTAAGG CGGTCTTCAA TGTCCTCCGC AGACATGATG 13140 TCCAGCCATT TCTGGTGGTC CTTATTGATG ACATCCATAG TAATAGGCGC CCCTGTCGTC 13200 TTCCCGTGGC GAACGCCCGA AGTAAAGACA ACCTGGTCAT TCTCAATCTT CATACGACCA 13260 CCACGACCGT AGCCACCCTG ACGGCGTCTA AGGTCCTCAT TGATATCCTC AGCTGTCAAT 13320 GGAAGTCCAG CTGGAATTCC CTCAATAATA GCTGTTAGAC GGGGGCCGTG TGATTCTCCT 13380 GCAGTTAAAT ATCTCATACA CTCTCCTTAT TTTACCAAGT AGTCTTTCAT CTCTTCCAGA 13440 GAAACTGGGT GAATGGTCGC TGAACCAAGC TCTGGCACCA AGACCAATTT CAAGGTGTTA 13500 CCACGCGCTT TCTTGTCATG AGTAAGAGCC TGATAAAGCT TGCCAACTTC CCAATTTTCA 13560 TAGTCAACAG GCAAACCGAA TTTCTGACAC ATCTCTGTGA TAGATTGGGT AATGCCAGCT 13620 GGCATGAGGC CTTTTTCCTC AGCAACCTTG GAAATCTGTA CCATTCCCAT GGCAACAGCC 13680 TCTCCATGCA TGACCTTGCC ATAACCGGCA GTCGCTTCGA TGGCATGGCC AATAGTGTGG 13740 CCAAAATTGA GGTAAAGACG AATACCATTG TCCAACTCAT CTTCAACCAC CATCTTGCGC 13800 TTCACCTGAC AAGAATGTTC AATCAAGGTC TCTGCATGTT CCAAAATACT CTCAACAGAA 13860 CCATTCAGTC CCGTCAAGAG AGCCCACAGT TCTGGATCCT CAATCAAGCC ATACTTGATA 13920 ACTTCACCCA TCCCTTCAAT CAACTCTCTT TTTCCGAGGG TTTCAAGAAC AAGTGGATCA 13980 ATCAGAACCC CATCTGGTTG GGCAAAGGTC CCCACCATAT TTTTAGCAAA TGGTGTATTA 14040 ACGCCTGTCT TTCCACCGAT AGAAGAATCA ACCTGAGCTG TCAAACTAGT CGGAATCTGA 14100 ACAAAGTGAA TACCCCGCAT ATAGGTAGAG GCTACAAATC CAGCCAGGTC CCCAACAACG 14160 CCACCACCAA GAGCAACGAT TCCATCGCTA CGAGTCAGAC CTTGCTTGAC TAGAAATTCA 14220 TAGACTTTCT GAACAGTAGT TAAATTCTTT CTTTCTTCAC CTTCTAAGAA ATCAAAAACA 14280 GCTACCTGAA AACCAGCATC TTCTAGGCTG AGCTTGACCT TCTCTGCATA GAGAGAGGCT 14340 ACATGGTTAT CTGTCACAAT GACTACCTTT TGCGGTTGCC AGAGTTCTCG CAACCACTGA 14400 CCAGCCTGGG CCATACAACC TTTTTCAATC TGAATATCAT AAGGATGGTG AGGAATATCG 14460 ATTCTGATTT TCATAGGAGA GTCTCCCTTT CTTTATTGGT ATTTTTCTGT TAAAGACTGC 14520 CAAATCTCTT CTGTCGGCAT TTCCTTGCCT GTCCACAGTT GAAAAGCTTC TGCAGCTTGA 14580 TAGAGTAACA TTCCCAGACC ATTGACTGCT GGATTGCCCT GACTTCTAGC CCATTTCAAA 14640 AACGGTGTTT CAAAGGGTTG GTATATGATA TCTGCAACTA AAAGAGTTTC TGGTAAGACT 14700 ATGTTTTCAG GAACAGGAGA GGATTGGCCA TCCATGCCCA CACTGGTGGC ATTAACTAGC 14760 AAATCCGACT CGGCAATCCT TGCTTGCAGT TCAGAAACAT ATTCTAAAGC ACACAAATCC 14820 ACTTTAAAAC CTGTCTGCTC CTGTAACTTG TCTAGGTAAG GTCTTGTTTT TTCCATAGAA 14880 ACGGAACGAA CAAAGACCGA AATCTGACTG ACGCCATCCA AAATAGCCTG TGCCAAGATT 14940 GATTTAGCCG CACCACCTGC ACCCAGCAGG GTCATCTTTT TACCTGAAAT TGTAAAAGAA 15000 GGCAAGCACT TAAAAAATCC CTTGCCATCT GTATTATATC CAATTAAATT GCCATTCTCA 15060 TTGACAACCG TATTAACCGC ACCAATCAAG CGCGCTTCAT CGCTCAGCTT ATCCAAATAA 15120 GGAATCACCT GCTCCTTATA GGGCATGGAC AGATTGATGC CAAACATCTG GTAGCGACGA 15180 ATATTGGCCA CTGTTTCTAC CAAGTCACTC GCTTCAATCT CCCAAGCCAC ATAAGCACCG 15240 TTGGTAGCTG TCGCCTCAAA GGCTCTATTG TGGATGAAGG GAGAAATAGA ATGCTTAATA 15300 GGATTGGCAA CAACTGCAGC TAAACGTGTA TAGCCATCAA GCTTCATCCA AAATCTCCCT 15360 GATTTTTTTC ATGCTAGCTA GAGAAATCTG CCCAGGGGCA CTAACCTCAT CCAGACTGGC 15420 AAAAGACCAA CTCGAACCAG TCACATCCGC AGTGATACGA GAGACCTTGC CCACCTTACC 15480 CATAGAAATG GTCACATATT CCTGTTCAGG ATTGAGGGTT TTAAAGCCTC GTGTATAGTT 15540 CATCAAGTCT AAGACATCCT GCTCCGTGTG AGCCATCACC GCAACCTTAA CAAGTTTTGG 15600 ATTTAGGATC GTCAACTCTG ACAAGATTTC CATCATGTTC TCAGGTGTTT CTTGGAAATT 15660 ATGGTAACTC AAAACAAGAT TTGGGAAGTC CAGCATTTCC TCAAAAACAT CCTTGTAGCT 15720 ATAGTACTCA AAATCAATAT AGTCTGGTTG ATAGAGTTGC GCAACTTCCT TGATTAGATG 15780 GATATACTCT TCTGGAGAAA GGTCGATTTC TCCACCTTCG GAGCGAGTTC GTAGCGTGAA 15840 AACCAACTCA CGGCCTGCGA ATTTTTCAAA AATGGCTGGA GCTACCTGCA AAATCGCTTC 15900 TTTAGGCAGA TAGTCGGCAC GCCATTCAAT GATGTCGGCA TCCAGGTACC TCGTGGCATC 15960 CAGAGCCTGA GCCTCCTCTA AACTTCTTGG CATTACTGAA ACGATTAATT TCATTTACTA 16020 ACCTTCATAC TAATCACCTT GAGGTAATTA CTACTTTCAT CTTTTTTATT ATAGGCAAAA 16080 TCTGCTGGAA GACCATATTT GTTTAAAATC TGGTAACTTC TTCCTGCAAA ACCTTTATCA 16140 ATTTGTTCTG TAAATTTCTG ACGGGAAACA TTGGCAGCAT TGGTACTGGC AATGATAATC 16200 CCTCCCGGAT TTAAAATCTC AAGACTCTGG GAAATCAACT TGTGATAATC CTTGGCCACA 16260 GAGAAAGTTT GTTTTTTATT CCGAGCAAAG CTAGGCGGAT CTAGGACAAT CACATCGTAG 16320 GTCAAGTCTT TGCGTTTGGC ATATTTGAAA TACTCAAAGA CATCCATGAC TATAAAACGA 16380 TGCTCGTCTG TGCTGAGCCC ATTTGCCTGA AAATGCGCTT GAGACAATTC TCGTGAACGT 16440 TTGGCTAGAT CAACAGAAGT TGTATGGCTA GCTCCTCCCA TGGCCGCAGC TACTGAAAAA 16500 GCCGCTGTGT AGGAAAACAT ATTGAGTAAG GATTTACCCA TAGCCAAGCC GTCAACTAAA 16560 CTACCGCGAA CCTCATGCTG GTCTAGGAAA ATTCCTGTCA TCAAGCCATC ATTCATAAAG 16620 ACTTGATACA GGACACCATT TTCTAAAACA TTGAAAAAGT CAGGTGCTTC TTGACCATAA 16680 ACATGGGCAG ATTCATAGTC CAAACCCTTA AAGCGGATTT TCTCATAAGC TCCTAAAACC 16740 TCAGGGAAAA CCTGTCTAAA GGCTTCTGAT ATAGTCTGAC GAATCTGATA AACATAAGAG 16800 TTATACCAAG AAAAGACGGC GTAGTCGCCA TAAAGGTCCA CTGTCAGACC CCCAAAGCCA 16860 TCTCCCTCTT GATTAAAGAG ACGAAAGGCA GTTGTCAAAT CATCTTGATA GTAGGCGTTT 16920 CTCTTTTCTT TGGCTTTTCT AAACAACGTT TCAAAGAAAG CTTGATTGAA GGCCACCTTG 16980 TCTTTGCTGA TAAACCAGCC CAAGCCCTTG TTTTGCTGAG AAAGGTAGGC AGTCCCAAGA 17040 AAGTTTCCTT CCTGACCCTG CACCTCTACT TCCTGATCCT TAAGATTGAC ATTCTCAAGA 17100 TCACTGGCTT CTAGTAAAAC TAGCCCCTTA GCAAGCTTCT TTTCAACCCT TTTGCTGACT 17160 CTTATTCTAT TCATAACTAC CATTATATCA AACTTTTAGA CAATTCTCAA AAAAGAAACT 17220 ACCCTTGCTT TTTTACTCTT CTTTTAAAAA ATGGTATACT AGACTTCCTG CAAAACTAGG 17280 AAGTAAATGT GTAAGAATCA CAGTAAAAAA TGCTCTTCCG TCTTGGAGGA GCATTTCTTT 17340 TTATCAACGA AAATCAAATA GCAAACTATG AAACTAGCCT CAGGTTAACT GTGAGATTAT 17400 AGGTAGAGAG GTTGTATCAG CAATATGTGT CTGTCAAATT TAGTGACAAA GGTAGTAGAA 17460 GAAAGATAAA GAAATAAATC AGCTTCAGTA GGTATCTGGA AAATTTGATT TTATAGAGAA 17520 GCCTTTTGTT ACAAACTCAA TATACTATCA ATAAATAATA TTATAGAAGC AACAATAATT 17580 ATAATTTCAC CTATCTGCAT CATTCTATTT CGAACTCTAA ATATATGTTC TATCAAAAAT 17640 ACTTGGAACA CACACATTAT AGGAATTAAC GTTTTTGAAA TTGAAAAATA TCCAAATAAA 17700 TAAACTATAA ACAACAAAAA TAGAACTATG TTATATTTCT TATTCAAAAC ATTCCTCCCT 17760 ATATATTTTT GATTACCAAT CTTAATCATT TACAACTACA TTCTAACAAA CTATAAAAGC 17820 GTTTGTCGAA TTGAATTTAT CAAGCAAGCG ACCAACCAGT TCATCTTTTT TCTATTTCTG 17880 CCAATATGCG TGACAGGTAA TAATGATAGC CAAAAATAGC AAGAGCAAGC AAGACGATAA 17940 GAGCTCCTAC TCCCAAGCTG ATGGCAAGGA TAGGGGAGAG AGACTGAACC AAGAATATGC 18000 TCCCAATTAC AAGGGCCATC AGGATTGCAC TATAAATAAA CAATAAAACT ATGGCGACCA 18060 TGCCATTTGA ACGATTCACC AGGTCCGTAA TGCTACTCCA ATTGGTTGAC AGATTTTTAA i8120 CGTCCTTAAA GTAATGGTGG CAAGAAAGGA TGACACTGGC AATGATCCAG ACTACAAGAA 18180 GGTAAATCAT CGAAATGATG GGCAAGCCTA GATATAGAGA AAGACCAAGC AAAGTCAGAA 18240 CTGGTAAAAA GGACTGGACA GCATATATAA TCCAAAATTT CACTTTCACA TAACGAGCAA 18300 AGTCAAAGGG TAAACTCTTA AGAAAATCAA CATTTTCCCT CTCCAAGGAC AAGGCAATTG 18360 AATGCAGGCT GGTGATATTG TTATTGACAA CTGCTATAAA GAGAGCTATA AAAAACAAGG 18420 GTAACCAGTA TGGAGGATGA ATGTCTGGAA CTATCTGAGA ATCTCGGATT TTGGAAATCA 18480 GACCGATCAT CATGAGATAA GGAAGGAAAG CACTTGTAAA AAGCACTGTA ATCACGCCAG 18540 TCCCCTGTCC CAAGAGGGTG AGGTGGTAGC GTAAAACCAT GCGAAAAAAT CCCTTTTTAG 18600 TGGTTGAAAT TCTCTCCTTG CTGCGACGTT CTTTTTTGAC CTTCTCCTCA CTATTAAGCA 18660 GGATCACGTC ATAAAAACGA GGAAGGACCT TCTTTTTGGT CAGATAAAGC AGGAAGAGAG 18720 TTAGTCCTAT CCAAGCGAGC AGACCCACTA AGGCTTCTGT CGAAAAAGGC TCCACTGCTA 18780 TTTTGTAAAA GATATGAAGA GGATAAAGGA GAAATGGAAT GTCTCTAACT TTGTCAACAA 18840 TACTTCCAAA AGTCGACTGA AGAAAGAAGA TAAATATTAA AGGTATGAGA ACTCCTATCC 18900 CAATCATCAC ATTCGAAAAA ATAGACTGAT ACTTTCTGAA GACCCTAGTT TGAGCCAAGA 18960 AATGCACTGC CACTACCATC ACTAGAGCCA CAGAGACAAA TAATAAGGTC AAGGACAGTA 19020 GCATCAAAGG CAAACCCAGC CATAGAGAAG GAGCTAGCCT AATGTAGAGG ACCAGAAAAT 19080 AAGCTAGGAT TGGTACAATT CCAGTTAGAG CTGGCAAAAG GACAGACAGT CCTTTAGCAA 19140 TTATAATCTC TGATTCTTTA AAGGCATAGG GCCTATACGA TACCAAATCC TTACTCTCAT 19200 AAAAGACATT GTAAAAGGCC GTTAAAGAAG TTGAAAAGGC AATCACTAGT AAAATAGCAA 19260 TCATCGAGCT AAAATAAATA GGTATTTCCT CAAAAGGAAA ATGAATGGCT ATATTACTAA 19320 AACAGATGAT CATCAAGAGA CTGGAAAAAA TGTAAGAACT TAAGACTCTA GCGGAAACAT 19380 TTACTTTTTT 19390 (2) INFORMATION FOR SEQ ID NO : 87 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 18436 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 87 : CCGAGCGTCG TTACAGACTT TATCAAGATT GGACGCAAGA AGAAATTCAA CATATAAAGG 60 AAAATATGGC ACAATCTCCA TGGCATACTC ATTACCATGT TGAGCCAAAA ACAGGACTTC 120 TCAACGACCC AAATGGCTTT TCTTACTTTG ATGGCAAGTG GATCCTCTTT TACCAGAATT 180 TTCCTTTTGG TGCAGCCCAC GGTTTAAAAT CTTGGGCACA GCTAGAAAGT GATGATTTGA 240 TTCACTTTAA AGAAACTGGA ATCAAAGTTT TACCAGATAC TCCATTAGAT AGCCACGGTG 300 CCTACTCTGG TTCTGCCATG CAATTTGGCG ATAACTTATT CCTATTTTAT ACAGGAAATG 360 TTCGCGATAA AAACTGGATC CGTCACCCAT ACCAGATCGG TGCTTTGATG GACAAGGAGG 420 GTAAGATTAC AAAGATTGAC AAGATCTTGA TTGACCAGCC AGCAGACTCT ACTGACCACT 480 TCCGCGATCC ACAAATTTTT AACTTTCAGG GTCAATATTA TGCCATTGTC GGCGGACAAG 540 ACTTGGAGAA AAAAGGTTTC GTTCGTCTCT ACAAGGCTGT CAATAACGAC TACACAAACT 600 GGCAAGCAGT TGGCGACCTT GACTTTGCTA ACGACCGTAC TGCCTACATG ATGGAATGTC 660 CTAATTTGGT CTTTGTAGAG GAACAACCTG TCCTTCTCTA CTGTCCACAA GGATTGGATA 720 AGAAAGTTCT AGACTACGAT AATATCTTTC CAAATATGTA TAAGATCGGG GCTTCCTTTG 780 ACCCTAAAAA TGCCAAAATG GTAGATGTGT CTCAACTTCA AAACATGGAT TACGGTTTCG 840 AAGCCTATGC AACTCAAGCC TTCAACGCTC CTGATGGGCG TGCTCTAGCA GTTAGCTGGC 900 TTGGTTTGCC AGATGTTTCT TACCCATCTG ACCGTTTTGA CCACCAAGGA ACCTTCTCTT 960 TGGTCAAGGA ACTCACTATC AAAGACGACA AGCTCTACCA GTATCCAGTC GCTGCTATTA 1020 AGGACCTTCG TGCTTCTGAA GAAGCCTTCT CAAACCGTTC CCAAACCAAG AACACTTACG 1080 AACTTGAACT CAACTTGGAA GCTAATAGCC AGAGCGAGAT TGTCTTACTT GCTGATAAAG 1140 AAGGTAAGGG ACTTTCAATC AACTTTGACC TTGTAAACGG TCAAGTAACA GTGGATCGTA 1200 GCCAGGCTGG AGAACAGTAT GCCCAAGAAT TTGGGACAAC TCGTTCTTGC CCTATCGAGA 1260 ATCAGGCTAC TACTGCTACA ATCTTCATCG ATAACTCTGT CTTTGAAATT TTCATCAATA 1320 AAGGAGAAAA AGTATTTTCT GGTCGTGTCT TCCCACATGC GGACCAAAAT GGTATCCTGA 1380 TTAAATCTGG AAACCCAACT GGAACTTACT ATGAATTAGA TTATGGTCGC AAAACTAACT 1440 GATGTCGCCA AACTTGCAGG CGTCAGTCCT ACTACCGTTT CTCGGGTTAT CAATAAAAAA 1500 GGGTATCTAT CTGAGAAAAC CATCCAAAAA GTCAATGAAG CCATGCGAGA ATTGGGCTAT 1560 AAACCCAACA ACCTGGCTCG TAGTCTGCAA GGAAAATCAG CTAAGTTAAT CGGCTTGATT 1620 TTCCCCAATA TTTCCAATGT TTTCTATGCA GAATTGATTG ATAAATTGGA ACACCAACTC 1680 TTCAAAAATG GTTACAAGAC CATCATCTGC AACAGTGAAC ATGATTCTGA GAAGGAACGC 1740 GAATACATCG AAATGTTGGA AGCCAATCAG GTGGACGGCA TCATTTCTGG TAGTCACAAC 1800 CTAGGAATCG AAGACTACAA TCGTGTGACA GCGCCGATTA TTTCCTTTGA CCGAAACCTA 1860 TCGCCAGACA TCCCTGTCGT CTCCTCTGAC AACTATGCTG GTGGGGTTCT TGCTGCCCAA 1920 ACCTTGGTCA AGACAGGTGC CCAGTCTATC ATCATGATTA CAGGGAATGA CAATTCTAAT 1980 TCGCCAACCG GACTGCGCCA CGCTGGTTTT GCATCCGTAC TCCCAAAAGC TCCTATTATC 2040 AATGTTTCCA GTGACTTTTC TCCCGTCAGA AAAGAAATGG AAATCAAGAA TATCTTGACC 2100 CGGGAAAAAC CAGATGCCAT TTTTGCTTCG GATGATTTGA CAGCTATTCT GGTCATTAAA 2160 ATCGCTCAAG AATTGGGCAT TTCTGTCCCA AAAGAGCTCA AGGTCATCGG CTATGATGGG 2220 ACCTACTTTA TCGAAAATTA CTACCCTCAA TTGGCTACTA TCAAGCAACC TTTGGAAGAG 2280 ATTGCTTGTC TCACTATTGA TCTTCTCTTG CAAAAGATTG AAGGCAAGGA AGTCGCCACA 2340 ACTGGTTACT TCTTACCAGT TACGCTATTA CCAGGAAAAA GTATTTAAAC ACAAGAAAAC 2400 TCAGACCGAT TCGTCTGAGT TTTTATGATC TTAAATTTTC GAGATAGCGC TGGGCTGTCT 2460 CTAGGTTAAA GGTTTTATCT GAGATGAGGC GCTCTACTAG GGGAGCAACT TCAGATTCAC 2520 TAGCCCCAGC TAGGAGAGCT AGGGATTTGG CCTGTAGTTT CATGTGGCCT TGCTGGATGC 2580 CCGTACTTAC CAAGGCTTTG AGGGCTGCAA AATTTTGAGC AAGACCGATG GACACGATAA 2640 TCTGGGCTAA TTCTCTGGCA GAAGGATTTC CTAGTAGATC ATGACTGAGA ACTACACGTG 2700 GGTTGAGGCC GATAGAGCCA CCCTTAGTCG CTACAGGCAT GGGCAGGGTC ATCTCACCGA 2760 CCAATTCTTC TCTTTCAAGG TCCAGCGTCC AGCAGCTAAG ACCTTGATAG CGTCCATCTC 2820 GACTGGCAAA GGCATGGGCC CCAGCTTCGA TGGCACGCCA GTCATTACCA GTGGCAATCA 2880 AAATCGCATC AATACCATTA AAAATTCCTT TATTATGAGT AGCAGCTCGG TAAGGATCAG 2940 CCTGCGCAAA CTGACTAGCC AACGCAATTT TCTCCGCAAT CTCTCGTCCT TGATCCTTTT 3000 GGCGGCTCAA GTAGCGAAAG GCGATGCGAC AGCTTGCAGT CACCAGAGAA TCGGTCGCGT 3060 AGTTGGACAG GATTCCCATG AGACTCTGTC CCTGACTGAG TTCTTCTAAG ACTGGTTTCA 3120 AGGCTTCCAG CATGGTGTTG AGCATATTGG CACCCATGGC TTCCTGGGTA TCGACATGAA 3180 TATAAACAAC GAGAAAGTCT GGTTCGCCTT TTATCTGCTC GACATGCAGA TCACGCGCCC 3240 CACCTCCACG TTTAACGATA GAAGGATAGG CTTGATTGGC AAGCTCCAAG AGCTCCGCTT 3300 TCTTGCTGGC AATCTTCTCT TGCGCTAGTT TAGGATTAGC AACTTGATAA AGGGCTACCT 3360 GCCCAATCAT CTGTCGCTGA TGGACTTGTG CAGTAAAACC ACCTGCACGC TTGATGATTT 3420 TGCTGGCATA GCTGGCCGCC GCAACCACAG AGGGTTCTTC TGTCACATAG GGAACGGTGT 3480 ATTCCTGACC GTTGACAAGT ACCTCCGGAA CCAGTGAATA AGGCAGAGAA AAAGTTCCCA 3540 CTACATTCTC ACTCAGCTGG TCTGCCACAG TCACGCTCAT CTGTTCATCC TTCTCCAGAC 3600 TAGCTTGTCT CTCAGGACTA AGGAGCGCCT GAGCTTTTAA CAGCTCGAGG CGCTCTTGGT 3660 ATGATTTTTT AGAAAATCCA TTCCAACTTA TCTTCATTAT TTTTCAACCT TGCTATAACG 3720 GCGTTGGTGG TCGAGAATTT CAACCAAGGC AAAATCTTGA TTTTCATAGC CAGCAAACTG 3780 GGCAGAGTTA GTTTCATCCA AGTTTACTTC CTCAAAAAAG ACCTTTTCAT AGTCTGCAAC 3840 GGATAGGGCA GTTCGTTGGT TGAGCTTGTT CAAACGGTCT TTATCCAAAT AAGCTTCATA 3900 TCCTTCAACC AATTCACCAC TGAAGAACTC AGCCACAGCT CCACTTCCGT AACTATAAAG 3960 GGCGATTTTA TCCCCAGCTT TCAAGCTATC TGTATTTTCC AAGAGAGACA AAAGTCCAAG 4020 GAAAAGTGAA CCTGTGTAGA TATTCCCCAC CTTTTGACTG TAGAGAATAG ACTGGTCAAA 4080 ATGCTTTTGT AAGAGGTCTT TTTTCTCTTG AGGCAGGCTC TTATCCATGA TTTTTTTCAA 4140 GCCTTTTAGC GCTAATTTAG GATAAGGCAA GTGGAAACAA ACAGCCGCAA AATCATCCAA 4200 AGTAAGCTGG TAGCGTTTTT GATATTCAAG CCAAGTCGTT TTCAAACTAT CCAAGTATTG 4260 TTGGGTAGAA TAGACACCAT TTACATAAGG AGTTGTCGAG TAATTTGGTC GCCAGAAATC 4320 CATGATGTCA CGGGTCTGAG CTACATTGTC ATTATTAAAG GCCATCATGC GTGGATTTTG 4380 TGTAATCAAC ATAGCTACAC TTCCAGCACC TTGAGTTGGT TCTCCTGGAG TTTCAATACC 4440 GTATTTGGCA ATATCACTGG CAATGACCAA GACCTTGGAC TCCGGAGAAT TTTCCACATG 4500 CAATTTGGCA TAATGGAGGG CAGCAGTCGC TCCGTAGCAG GCTTCTTTAA TCTCGAAACT 4560 ACGAGCAAAG GGCTGGATGC CCAGCAAGCC ATGCACAAAG ACGGCCGCAG CCTTACTCTG 4620 GTCAATTCCT GACTCGGTCG CCACAATGAC CATGTCAACT TCTTGTCTTT CTTGCTCAGT 4680 TAAAATAGAG TCACTAGCAC TGGCCGCCAA GGTCACGATA TCCTCAGTTA GGGGCGCAAT 4740 ACTCAATTCC TTGAGTAAGA GTCCTTTACT TAATTTTTCA GGGTCAATTC CCCTCGCTTC 4800 TGCTAAGTCT TGTAATTTCA AGACATATTG ACTGGTCGCA AAACCAATCT TATCAATACC 4860 GATTGTCATA TTTACCTCTG TTTTATCATT CATGTAAAAA ATCGTTCTAT ACTATTTTAT 4920 CACAAATGGC AGTAAAAGAG AGAAAAAAGA CTTGATTCAC CAAATCAAGC CTCTTATTGG 4980 TCATCATTTT AAAGAATGAT TAGTTGCTAG AGAGTTCACC GATATAAGTA GCTTTATAAG 5040 CTCCATTCAC AGTTATCAGC TCCTGGAGGA TCAAATTTCC TGAGTAAGTC CTTCCCATCT 5100 CATCTACAAA TTTTTGATAA AACTGACTGG TCGGAATTTC TCTGACATCC TTATCAAATG 5160 TCTTATCAAG TGTTTTACTA ACCTTCTCAG CAATCAATTG ATGCTCTTGC CATCCACTTT 5220 GAAACTCTGA GCCCGAACTA GAAACCATGA CTGGGATAAA CAACAAGGTC AGTAGATTTA 5280 CAGACAATAA GGAAAGTAGT AGACTTCCTG CAAAACTAGA ATCCTAGTTC ATGATTGATA 5340 ATACCAGCAA TCAAATTCAT TCGTAATCCG AAGCGTTTAC GATGATTTCG ATAGGTTGTT 5400 GAAAACATTT TAAACGTTTT TACTTTGGCA AAGATGTTCT CAACCTTGCT TCTCTCCTTA 5460 GATAGCGCAT GGTTACAGGC TTTATCTTCA GCTGTTAGCG GCTTGAGTTT GCTGGATTTA 5520 CGTGGAGTTT GTGCTTGAGG ATATATCTTC ATGAGCCCTT GATAATCACT GTCAGCCAAG 5580 ATTTTACCAG CTTGTCCGAT ATTTCTGCAA CTCATTTTGA ACAACTTCAT ATCATGACTA 5640 TAGTTCACAG CGATATCCAA AGAAACAATT CTCCCTTGAC TTGTGACAAT CGCTTGAGCC 5700 TTCATAGCGT GAAATTTCTT TTTACCAGAA TCATTCGCTA ATTGTTTTTT AGGGCGATTG 5760 ATTTTTACTT CCGTCACATC AATCATTATC GTGTCCTCAA AGCTGAGAGG AGTTCTTGAA 5820 ATCGTAACAC CACTTTGAAC AAGAGTTACT TCAACCCATT GGCTCCGACG GATTAAGTTG 5880 . CTTTCGTGGA TACCAAAATC AGCCGCAATT TCTTCATAAG TGCGGTATTC TCGCACATAT 5940 AGAAAGCGTT ATCAATTTAT TTATCTCATT TTTCAGAAAA TTCTTTTATT TCTGTAAAGT 6000 CTACGATACT CGATGTGTTT TTATATAATG ATAGAGTCTG AGAATCACTG TTCCGCTAGC 6060 CATTCCAATA GAGATTACCA AAGCCAACAT GACAACCAAG GTCGCACTTG CCAGTGCTTT 6120 ATTATAGTCC CCTGTCACAA AAAAGGCAGT TGTTCGGTAG GAGAGATAAC CTGGAACCAG 6180 CGGTGCCAAA ATGGCCAAGA TAAAGACCAC AGCAGGTGTC TTATAAAGAA TACTTAAAAT 6240 CTGGCTGACA CAAGAACCAA TAATGGCTGC AATGAAGGTA GCTACAATGA CATTGGTCGG 6300 TTCCTTGAGC AAGAGATAGA TTAGCCAGAC AGTCATGCCC AAAATCCCTC CAGGTAAGAG 6360 CATAGACCGT TGCACATTGA GTACGATTAA AAAAGTGATA ATGGCAAGAA AACTTGCTAC 6420 TGCTTGTAAT AAAAAGGTTG TTAGTGTCAT ATTAGTTCAT CAATACCAAG GCGACAGAAG 6480 TTCCTGCCCC TAAAGCGAGG GTAATGAGCA GGGATTCAAA CATCTTACTC ATACCAGAGT 6540 TTATGTGGTT GGTCATAATA TCACGGACCG CATTGGTCAA GGCAATACCT GGTACAAACG 6600 GCATGACCGC ACCAGCTATA ATCAAATCTG CCGTTGAAGG AAAACCTGTG TAGCGAGCCC 6660 AAAACTGGGC AATTATCCCA AAGACAAAGG CTCCAGCAAA GGCTGTCACA AAGGGAATTC 6720 GGATAAATTT TTCCACATAG AGGGAAAAGG CAAAACCAAA TAAGGTCGCC ACTCCTGCCC 6780 CAAGTGCGTC GTAGATATTT CCGCTAAACA TAACTGAAAA GAAAGGAGCA CTAAAGGTCG 6840 CAGCCAGAGT TACCTGCAAC TTAGTATAGG GAAGGGGTTT GGCTTGCAAG GCCGTCAATT 6900 GCTTAAAGGC TGTTTCTAAG TCAATCTGCC CCCCAACTAG CTGACGAGAA ATCTGGTTCA 6960 CATCGCAGAC TTTTTCGATG TTATAAGAAG AGGAGGTCAC GCGCTTCATG CGCAAATATT 7020 GGTATTTTCA ATAGAGAAAA AGATAGCGGC AGGCATGGCA AGGACATTGC AATCCACAAT 7080 CCCCTGCGAA TGCGCGATTC GAATCATGGT ATCTTCTACA CGATGGATTT CTGAGCCACT 7140 TTTAAGGAGA ATAGTCCCCG CTAGCATAAT CACATCAATG ACGGCATTTA ATTCTTTTGA 7200 TTCTTCCATG CTTTCCTCCT TTTATCAACT CCCTCTATTC TATCACAAAT CCGGACTCAA 7260 AAAAAATCTT TGCCATGAAA TCATGACAAA GATTGATTAC TCATTTTGAT TATCCATCTG 7320 CTTTTAAGGA GTAGCTGAAG TTGTTTTAGG TTTGTAGATT GAAATCTTGA CTCTAGTCTT 7380 ATTGAGGTCT ACCTTTTCAC CTGCTCTAGG ACTTTGTTCA ACAACCATGC CTTCTGCACT 7440 ACCTGCAGGC GCTGTCGTCA CTTCTACAAC TTCTATATTA GCTTCCTTAA TCCCAACAAT 7500 TTGAATCAAA TTGTTCTTAG TAAACTCCAA GCTAGAACCA ATGTAACTCG GCATGGCAAC 7560 ACTTGTAACT TTTTTAGCTA CTGTCAAGAC AATTTGAGTA GGTTTACTCA CATCATAAGT 7620 CGTTCCGGCA CCTGGACTTT GTTTCATAAT CGTTCCTGGT TCGCTTTCGC TGGACTCTTC 7680 TTCCTCTATC TTAATCAAAT TCTCAGGAAC CTTCTTCTGC TTGAGTTCTG AGATTACTTC 7740 TGTAGAGTTC CGTCCAATAT AGTTCCCTAA TTGAATCGTC GTAGCTTTTT TAGCTACTGT 7800 CAAAACAATT TGAGTTGCCT TGCTCAAGTC ATAGGTCGTA CCTTCTGGTA GACTTTGCTT 7860 CAGGACCGTT CCAGCCTCAC TCTCATTCGA CTCTTCTTCC TCAATTTTAA TCAAATTATC 7920 TGGAACTTTT TTCTCTTTTA ATTCCGCAAT GACATCAGAG GATTTCCGAC CGACATAATT 7980 ACTAATTTGG AAAGATTGCT TGCCTGATGA GACAACCAAA TTGATTTTCG TTCCTTCTTT 8040 TCGACCAGTT CCAGCGCCAG GATCTGTACG GATAATCCGC CCTTCTTCCA CCTTTTCACT 8100 AGCCTCTGTC TTCTCCTCAC CAATCTCAAA ATTGGCTTTT TTGAGCGTTG CCTTGGCCTC 8160 TGCAACTGTC TGACCTGCCA CATCTGGAAT GGCAATGGTT GCAGGAGTTC TGGATAGTAT 8220 CCAAATAAGA GAAGCTGCCA CCAATACAAG GCTGGCCAAC AAAATCAGGT AACGCATCTT 8280 AAATCTATGT TTTTTCGGTG CTTGTGGTTG GTAAGTTTCC TCTGTCACAG CCTGGCTTGG 8340 GTTTTTGATT GATTTGTGTT CTGTTTGCGC TTGAACCTTA GGAATAGATG TCAAGGTACT 8400 CTGAGAAACC TTCGGCAAGG TCTTGGTATC TGCCTTGCTC GTTTCATCAA AGATTAACTT 8460 ACTTTCATTT CTACGATTGT AGGACAAGCT ACTAGACAAG TCCACATACA TCTCTGAAAC 8520 CGAGCGGTAG CGATTGGTCA ACTTTTTAGC AGTTGCCTTG ATAATAACAT TTTCTAAAGC 8580 CTGAGGTACA GATGGATTTT CTGCAATAAC GGACGGCAGG GGTTTCTGGA AATGCTGGAG 8640 GGCAATGGTC ACCGCGCTAT CCCCGTCATA AGGGATATGG CCTGTCAGCA TCTCATAGAA 8700 AATAATCCCC ATGGCATAGA TATCACTCTG CACAGTCGCC TTCGAACCAC GCGCCTGCTC 8760 TGGTGACAAG TAATGAACTG AGCCCAACAT CGAGTTAGTC TGGGTCAGAC TTGTCTCTGC 8820 AAAGGCTACA GCAATCCCAA AGTCTGTGAC CTTGGCAGTC CCATCTGGTG TCAAGAGGAT 8880 ATTTTGAGGT TTCAAGTCCC TGTGAACAAT TCCTCGAGTA TGGGCCAAGC GCATAGCCAA 8940 GAGAATTTGT CCCATGATAC GGACTGCTTC TTCATTAGAA AGAGGATAAT GTTCCTTGAT 9000 ATAGCGTTTG AGGTCCAGTC CAGCCACATA CTCCATAGCT AGGTACTGTT GACCGTCTTC 9060 CTCGCCAATA TCTGTTATCC GAACGATATG AGGATGGTCT AGATCTGCCA TAGCTCTCGC 9120 TTCACGCTGA AAACGAGCTA CAGCTATCGG GTCCGTCTGG TAGTTGGTCC TCAGAACCTT 9180 CACTGCCACT TCTTCCCCAT CTAAGATTAA GTCTTTGGCT AGGTAGACAT CCGCCATACC 9240 TCCTCGACCA ATCTGTTTGA CAATCCGATA GCGTCCGGCA AAAATCTTGC CGATTTGGAT 9300 CATTCTGCAT CCTCCTCGTT CATAGAAACA AGGGCAACCG TAATGTTGTC TAAACCTCCT 9360 GCATTGTTAG CAAAACGAAC AAGTGTCTCC GTTTTATCTG CTAAAGGAAT ATCACTGGTT 9420 ACAATATCAC GAATCTCACT GCCTGAAATC ATGTTGGTCA AGCCGTCACT ATTGAGCAAG 9480 AGATAGTCAC CTGACTCAAG GATAACTGTC CCAAAATCAG GCTGAATTTC ATCTTTTTGC 9540 CCAATAGACT GGGTGATAAT ATTTTTTTGC GGATGAGCTT CTGCCTCTTC TGGTGTCAAT 9600 TGACCAGCCT TGAGCAATTC ATTAACCAAG GAATGATCGC TCGTCAACTG ATGGTATTCT 9660 TCTCCACGAA TCAAGCCGAT ACGCGAATCA CCAATATGAG CATAGATAGC CTGATTATCA 9720 ATAATAGCAA GGACTTCCAA AGTAGTTCCC ATGCCTCTGT AAGCTTCATC CTGACCAAGC 9780 TGGTGAATCT TTTGATTTTC AATTTCTAGG TAATGGGCGA ACCATTCACG CACTTCATTG 9840 ACTGTATCGA TCTGGGTATC AACCCAAGCT ACACCCAGGT CTGTGACCGC CATTTCACTA 9900 GCGATATTCC CTGCGCGATG ACCTCCCATC CCATCAGCTA AAATAATCAT GGTACGTCCA 9960 GCTCTATTGA CATAGTGGTT GACATAGTCT TGGTTATTTG TTCGTTTCTG ACCAACATCT 10020 GTTAATAATG AAATTTCCAT GTGTCAGTTC CTTCCTAATC CGATATCTTG CGAAATTGAC 10080 TGATGAAGAA TCCATCACTT CCATACAATT CAGGTGTAAT GAGGATACAG CCGTCTTTCA 10140 TGATATCCTT ACATTCATGT TCTAGTTTTA CCTGCTCGAA CTCGGGATGA CTCTCTAAAA 10200 AGGCCTTAAC GACTTGAAAA TTCTCCTCTG AGACGATAGT GCAGGTGCTA TAAGTTATTA 10260 TACCACCTTT GCCTAGTATT TGACAAACAC TACCTAATAT TTCTAACTGA ATTTCCTGCA 10320 AGGACGCGAA ATCTGCCGTT TCTTTATTGT ATTTGATATC TGGTTTTCGG CGCAAAAGAC 10380 CGATTCCTGA ACAAGGAGCA TCCACCAAAA TCTTATCAAA GGAATCCTGG TCAAAAAACT 10440 CATGCACCTT TCTGGCATCC AATTTTTGAG TTTGAACCCG ATCTTCAACT CCCAGACGTT 10500 GGGCATTTTC TTGAATTAAA TCCAACTTGT GGTCGTACAA GTCCAGAGCA GTAACCTGAC 10560 CTGTCGTAAG ATAAGAGGCT ATATGGGCTG TTTTCCCACC TGGAGCCGCA CAGGCATCAA 10620 GCACTCGCTC ATCACCTTGT AAATCAAGCG TCGGAGCAAC CAGCTGACTG GACTCATCTT 10680 GGATGGTAAT GGCTCCATCC GCAAACAAAT TATGCCCTGC AAAATGCCCC TGCTCCTTAA 10740 CCAGACCAGT GGTTGCTAAA AGGGAATTAT TCGCCTCCAA CAAGGCTTGG ATTTCCTCTT 10800 TTCGACTTAG GTCTGTTACA CGAATACTGG CTTTGTTTCG CACTAACAGG CTTTCAAAGA 10860 TGGCTTTTGC TCTCTCCTCT CCGTATTCTT CCTTGAGTTT GGCAACTAGC CAAACTGGGA 10920 GAGAATAGGC AATGGAGTCA CGCTTGTTTT TTCGCTTGAT GCTAGCAATA TCTGGCCAGC 10980 CTTCACGCAA GATACGGCGA AGGACAGCGT TGACCAATTT TTCACTGCCT TTTTTACGGA 11040 GTTTGGCCAA TTCCACTGCT TCATTAACCA CAGCATGATC TGGAATCTTG TCCAAATAGC 11100 GGAGTTGGTA GGCACTCATG AGAAGAAGGA CATAGAGCCA GCTGTCTAAC TGGTCTCTGT 11160 CTTCGATAAA GTGGGATAGG TACCATTCCA GAGTCAGTTT ACGGGCTACC GTTCCATAGA 11220 CCAGCTCGGT CACTAAGCCC TTGTCTGCTG CCAAAAGTTG ACTTCCCTTT AGATGCTTAT 11280 TTAAGGCGAT ATTTGAATAT GCTTGGTTCA CAAAAACATC CTCTAGCACT GCTAGAGCTA 11340 AACTTCTAGC CGTTTCTACT TTAGTCACCA AATCGTTCTC CTACAGTCAA TGTACGTCCA 11400 ACTCCGTTGA GGAAGGAAGC AATGTCCATC TTAGGCTTAC CAGCTGGCTG CACTTGTTTG 11460 AGGGATAGAG CCCCTTCAGC CGTTGCGACA ATCAATTCTT TCTTGCCGAT AGAGAGAATC 11520 TCACCTGGAT TTCCCTGACC TTCTACTGGT AGGGCTTCAT AAATCTTAAA GCGGTCGCCC 11580 TTAAGGAAAG TATGGGCAAC AGGCCAGGGG TTCATTCCAC GAATTTGGTT AAAGAGTTGA 11640 CGATTGGTTT TGTTCCAGTC CAGTTTTTCT TCCTCTGGCT TTATATTTGG AGAGAAGGTA 11700 ACCTGACTCG TATCCTGCGG TTCAGGTTTG ATATCACCAG CAATATAGGC AGGCAGAGTG 11760 TCCAAAAGCA AATCACGACC AACTAGCGCC AATTTTTCAA ACAAGGTGCC AACATTGTCC 11820 TCATCTGTGA TCGGAATGCT GCGACGAGAA ATCATATCTC CTGCATCCAT TTCCTTAACC 11880 ATTTCCATGA TGGTCACACC AGCTTCCTCA TCCCCTTGAA TCAAGGCATA ATGGATAGGC 11940 GCACCACCAC GGTGTCTAGG AAGGAGGGAG GCATGAACGT TGACAGCAAA GTCCATGCTA 12000 TCAAGGAGTT TGCTTGGGAG AAACTGCCCA AAAGCAGCAG TCACAATTCC ATCTGCTCCT 12060 AGCTTCATAA GATCTTCCAT CTCTGGACTT CCAGATAATT TTTCAGGTTG GTAGATAGAT 12120 AGTCCTGCTT CCTTGGCAGC CTGCTTGACT GGGGTTTCTT GGATAACTTT TTTACGACCA 12180 ACAGCACGGT CTGGCTGGGT CACAACGGCT AGAATTTCGT AACGGTCATC TGTCAAAAGT 12240 CCTTTTAAGA CTGTTGCTGA AAAGTCGGGG GTCCCCATAA A AGATTAGTTT TGTCATATCT 12300 TCTCCTTCTT ATAAAAATTG CTGCGGCTCA TGGTCAATGC TGAGACGGAG CTCACTATTT 12360 TCCCGTTCTT GAGTCAAGGC TAAAACCTGG TTGAGGGTCG ACCCCAGCTC ATCTTCTAAA12420 CGGTATTTAA TTAAAATCTG GTAATGATAG AGGTTGTGGG TACGGGCAAT CGGTTTTGGC'2480 GTTGGCCCCA GAATGGGACT GGTCTCTGAC AAGCCTGACC GCAAAATGTT CATGACTTCA 12540 TAGGCACGTT TGAAAACCTC TTCTTCTTTC TTGTGAGAAA GGGTAATACC AATCGTGAAA 12600 TAGTAAGGTG GATAGCCGAG TTGTCGTCTG ATTCCCATTT CATAGGCATA AAAGCCTTCG 12660 TAATCTTGAT CCTTGGCAAA TCGAATAGCA TAGTGCTGCG GATTGTAGGA CTGTATCAAG 12720 ACTTGACCTG CCTTTTCAGC CCGACCTGAT CGACCTGCCA CCTGAGTCAA GAGCTGGAAG 12780 GTTCTCTCAG AAGAACGGAA ATCAGGCAGA TTCAAGGCCG TATCCGCATT TAGAACTCCG 12840 ACTAGGGTAA CATTGGGAAA ATCCAAACCC TTTGCAATCA TCTGAGTACC AAGTAAAATA 12900 TCCGCTTCCC CTCGCCCAAA CTGGTCAAGC AAGGCTTGGT GACTGCCTTT CTTTCGAGTC 12960 GTATCCACAT CCATCCTCAG AATGCGAGCT TGGGGAAAGA GTTCTGCTAG CTCATCATAA 13020 GCCTTCTGAG TTCCCGTCCC ATAGTAACGA ATACTGCGGC TCTTACAGTT AGGACAGACC 13080 TGAGGAATAT CCTTCGAGAA ACCACAATAA TGGCAGTTCA TAGTCTTGGT ATCCATATGC 13140 AAGGTCAGAG AAATATCGCA GTTGGGACAA GTATCCACCG TCCCACACTC CCGACACATG 13200 ACAAAGCTAG AATAACCACG GCCATTGAGC ATGAGAACCA CCTGCTCTTT TTTAACCAGA 13260 CGGTCTTGGA TAGCCTCTAG CAAAGGAGGC GTAAAGTTTG ACGTCTCATT TTGTCCGATA 13320 TAGTCTCGAA AGTCAATCAC-TTGAACCTCA GGGATTGTAG CCAAAGGATT GGCACGTTGG 13380 GTTAGACGTA AGTGTTGATA GACGCCTTTG CCAGCACGTG CCCGGCTCTC TAAGCTCGGC 13440 GTTGCAGATC CAAGTACCAG AGTTGCTTGA TTATACTGAG CCCGTAAAAT AGCTACCTCT 13500 CTGGCATGGT AACGGGGATT GCTGTCCTGC TTATAAGCCG CTTCATGCTC TTCATCAATA 13560 ATCATGACAC CCAGATTTTT CAGAGGAGCA AAGATAGCAG ATCTGGCACC AACAACAACT 13620 TGGGCATCGC CACGCTCCAC CTTGCGCCAT TCATCATACT TTTCACCATT GGATAATCCT 13680 GAGTGAAGAA TGGCTACCTT GTCCCCAAAA CGTGCTATAA AACGCTCGGT CATCTGAGGA 13740 GTCAAGGAAA TCTCAGGTAC CAGCAAAATA GCTGTCTTGC CCTTATCCAG GGCACCTTGG 13800 ATAATCTGCA AGTAAACCTC GGTCTTCCCA CTTCCTGTAA TCCCTTGAAG TAGAAAGGGA 13860 GGTTGAGAAC TGCCAATAGA ACTCACAACC GCATCACGCG CCTGTCTTTG TTCTGGATTT 13920 AACTCCAAAG GTCTACTTGC TTCAATTCCT TCAAAATAAG CAGCCGAGCG TTGAACTTCC 13980 TTTTGGACTA TGGTAACAGC ACCTTGATCC ACAAAGAAGT TGACTTGCTC TCGCGAGTAG 14040 GACTCTAACA AGCTAGCCAA GGAAGCGCTC TCTGGATGAG ACAGCAGATA ATCTCTCAGT 14100 TCCAACTTTT TCTTGGCACG TGTAGAAATC TCAACACCTT CTAATTGAGC ATGGTCAACC 14160 TCATACCAAG ACTGGGTCTT GACCTTCTTT TGATCGACTG CCTGATATTC CAGACCAAGC 14220 AGGCCTTTTC TAGTCAAACG CATCATTTCA GCTTGCTTGG CAAGGTCTAG TGAAGAAAAG 14280 GCTAGCGAAT CTTCTGAACC AAACAGGCGC ACTCGTTCTT CCTGACTCAA GCCTTCCAGA 14340 GGATAGAGAA TCTTGTCATA GCTAGAATTC AGAAACCCTG GAAGCATGGC CTTGAGGATA 14400 GAGATTTTGT AGGAGAAGAC AGATTTGCGT AACTCCTCAG CCAGCCAGAG TTGTTCTGGC 14460 GTGAGAACAG GAGAAAAATC CAGCACCTCT GCAATATCTT TTAAATCTTG CTCCATCTCT 14520 TCTCCATCTG ATTGGGACTT CAAACCAAGA ACAATCCCTT GAATCAGGCG ATTACCCTTA 14580 CCAAAAGGCA CATGAACCCG CATCCCAACT TCCAGCATTC CCTCAAATTC CTCCGGAATC 14640 CTGTAACTAT AGGGCTGGTC CGTCTGCATC AAGGGCACAT CTACGATAAT CTTAGCTAGG 14700 GCCATCTTCT CACCTCCTCC TTGTCAGTAC ATTCTTGCAA TAGAAAAAAT AAGATTGAGT 14760 CCCCCCAACC TTAAATTTTT TCACCATCTT CTTTTTCTTT AGCAATTTGC TCTTTGATTT 14820 TCTTTTCTTC TTCTTCTTTG CGGCGTTTTT CTTCTTCGAT ACGGCGACGC ACTGCTTCAC 14880 GTTTTCCTTC TGGATCTGGG TGAATTGTAA CGTTTCCTGA TTCGATTTCT TCTAAAGCGC 14940 GAAGAGTTGA TTTTTCAGAC TTGAAACCTT GAGTTGCTGG GGCACCTGCT TCCAATTCGT 15000 GGGCACGTTT TGCTTCCAAG ATTACGAGTG AATATTTTGA AGGAACCTTG TCGAGCAAGG 15060 TATCAATAGA GGGTTTTAAC ATCATTTGCT TGTACCTATT TTCTAAATTT TATCGGGTAG 15120 TTGGAGATTT TGGTAACATC TCCTGATAGT GACCAATGAC ACGATCCACA CAGAAGTGTT 15180 CTGCTTCAAT CACACATTTG ACACGTTCAG CAGCTAGGGG TACCTGATCG TTGACAATCG 15240 CATAATCATA CTCACGCATG AGGGCAATTT CTTCCTTGGC CTTTTCGATT CGTTGGGCAA 15300 TCACTTCTGC ACTATCTGTT CCACGACCTA CCAAGCGATC TTGCAATTCA TCCAAATCTG 15360 GTGGTGTCAG GAAGATAAAG ACAGCATCTG GAACCTTTTT CTTGACCTGA AGAGCACCCT 15420 GAACTTCAAT TTCAAGGAAA ACATCGATTC CCTTGTCCAA GGTTTCATTG ACATAGGTCA 15480 GAGGAGTTCC ATAGTAGTTA CCGACATATT CTGCGTATTC CAACATCTGT CCTTGACGAA 15540 TCAGCTCTTC AAATTCTTCA CGAGTACGGA AGAAATAGTC AACACCGTCC ACTTCTCCAG 15600 GACGTTGTGC GCGTGTCGTC ATCGATACAG AATATTGAAA TTGGTTTTCA GAACTCTCAA 15660 AAATCTCTCT TCTAACCGTT CCTTTTCCAA CCCCTGAAGG ACCAGAAAAA ACGATTAGTA 15720 AGCCTCGGTC TGCCATTGTG TCTCCTTTTA GTCAATCTGT GAAATAACAT TTCTCTAGAA 15780 TAATGGCAAA AAGCCAGATT ATCCTTTACA GTCTTTCTAT CTAGTGTAAC AAAAAAGCAG 15840 TAATTTTTCA ACTGCTCTTT CTTATTTATT TAGCATAATC TACTGCACGA AGCTCGCGAA 15900 TCACGGTTAC CTTGATATTT CCTGGATAAT CGAGATTGTT TTCAATTTTC TTACGAACTT 15960 TGTGAGCCAA GATTGTGACT TTGTCGTCCT TGATTTTTCC TGGATTGACC ATGATACGAA 16020 TTTCACGTCC TGCTTGAAGG GCAAAGCTAG TTTGCACTCC TTCAAAGCCG TTAGCAATTT 16080 CTTCCAAATC ATGGAGACGC TTGATGTAGC TTTCAAGAGA CTCACTACGA GCACCTGGAC 16140 GGGCTGCGCT CAAGGCATCT GCTGCAGCGA CGATAACTGC TATCACGCTC TCAGCTTCAA 16200 CATCTCCGTG GTGACTAGCA ATCGTATTCA CCACAACTGG GGGTTCCTTG TACTTACGGG 16260 CCAATTCCAT ACCGATTTCA ACGTGGCTAC CTTCAACCTC ATGGTCAATG GCTTTCCCGA 16320 TATCGTGAAG GAATCCAGCA CGACGGGCAA GAGCCGCATT TTCACCAAGT TCGCTCGCCA 16380 TGATACCAGC CAACTTAGCA ACCTCAATCG AATGGCGCAA AACATTTTGT CCATATGAAG 16440 TACGGAACTG CAAACGTCCC ATAATCTTCA TCAAGTCTGG ATGAAGGTTT GGCGCACCAA 16500 TTTCATAGGC AGCAGCCTCA CCGTATTCAC GAATCTTATT GTCAATCTCT TGACGGTTTT 16560 TCTCAACCAA CTCTTCGATA CGAGCTGGAT GTATACGACC ATCTTTGAGC AACATTTCCA 16620 TAGTCATACG GGCAATCTCA CGACGAATCG GATCAAATCC TGACAAGGTC ACCACTTCTG 16680 GTGTATCGTC GATAATCACA TCGACCCCTG TCAAACTTTC AAAGGTACGA ATGTTACGAC 16740 CTTCACGACC AATAATGCGT CCCTTCATAG TATCGTCTGG CAGATGAACT GTTGAGTTTG 16800 TTGACTCCGC TACATATTCA CCAGCGATAC GTTGCATAGC TTGAACCAAG ATGTCCTTGG 16860 CCATTTTGTC AGAACGTTCC TTGACCTCTT GCTCAGCTTC GCGAATGCGA CTGGCAATCT 16920 CCCTGGTCAA GTTTTCCTCT GTCTGAGCCA AGATAATATC TCGTGCTTCT GCCTGAGACA 16980 GCGCACCAAT ACGCTCTAGT TCTGCTTCTT TTTGTCTTTC GACTTCCTCT AATTGCTCTT 17040 CACGCGCATC AAGGTTTTTC GCTCTATCAG AAATACTTTG TTCTTTTTGT TCAAGTGTTT 17100 GTTCTTTACT CGTCAAATTG TCGTCCTTAC GGTCAAGGCT AGTAGCTCTC TCTGTCAAAC 17160 GACTTTCGAT TTGTTTGAGT TCTTGACGTT CTGATTTGAA TTCAGCGTCC ACTTCTTCAC 17220 GGTATTTTCT GGCTTCTTCT TTGGCCTCCA ATAGTGCTTC TTTTTTAAGA GACTTGCTTT 17280 CACGTTTGGC TTCATTAACA AGTAAATCCG CTTCACGCTC AGCTTGTCCA CGTAAATTAG 17340 TTGCTTCTTG TTCAGCATTT AAAAGCATCA ACTCTGCAGC TTCCTGAGAT GATTTCATCT 17400 TAGCTGAGAT GCTGACATAT CCAATGACTA AACCAATGAT GACGGCAAAA ACAGCAATCG 17460 CAAGCGACAT GATTTCCATG TTTTTACCTC ATTTTATTGT TATTCCGAAT GACATACATT 17520 CTTTTACATT CTACCATAAA AAAGTGATTT TCACAAACCT AAAATAGAAT ATGTTTTGAG 17580 GAATTTGGAA CACATTTACC AAAATAAACT TGTTGTTTAG AAATAGTAGT TTAGTAGAGA 17640 CTTGAGAAAA AGCCTACCTT TCAATAGACT TAGTAATGAT CTTTAAAGGA CAAGAAAGCC 17700 ACGCTATCTC CATCCATCAT ATAAATCAAG CGATTTTCTG CATCAATACG CCGTGACCAG 17760 GCTCCTTGGT AATCATATTT GAGTGGTTCT GGTTTACCTA TTCCTGTAAA GGGATCACGT 17820 TGAATATCCT TGATTAGTTT ATTGATTCTT TTTAACGTTT TCTTATCCTG ATTTTGCCAG 17880 TAGCAATAAT CTGCCCAGGC ATCTTCTGTA AACTTGAGCA GCATTTCTTA CTCCTCAATA 17940 ACATGGACCT GAGTACTTCC AGCACGAACT TGAGCCATTC CTCGCAAAAC CTTATCAGAA 18000 AGTTCCTTAT TTTGAGCAAT TCTCAGGGTT TCTTGGATAC TATCCCACTC ACTCTTTGAA 18060 AGGACTACAA TGTCCTCATC TGGATTTTTA TTGACCACCG TCAAAGGCTC AAATTCATCA 18120 TTTACCTTCT TCATGTAGTC CTTTAAATGA TTTCGGAATG TTGAGTAAAG GACTGCTTCC 18180 ATAACCATAC CTCGTTTTAG CTCTTTTCCA CTATTATACA CGAAAAGAAA GAAATTGTCA 18240 GGAACTTGTA CAAGATTTTC TTTTCTATCT ATTTATACTC AATGAAAATC AAAGAGCAAA 18300 CTAGGAAACT AGCCGCAGGC TGTACTTGAG TACGGCAAGG CGACGTTGAC GCGATTTGAA 18360 TTTGATTTTC GAAGAGTATT ATTCGTAAAA AATCTCAAAA AGCCTACCTT TCGGTAGACT 18420 TAGTTTGTTT CTATTC 18436 (2) INFORMATION FOR SEQ ID NO : 88 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 7001 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 88 : ACGTAGAAAA ACTATTTCTA TCACAGATAA TATTCCGTAT GTTGTTGGAG GTATTGAAAT 60 AAACGTCCTA GGTATCTTTC TCAGTCTATG TGACTTACAA GGGAAAACTC TTTTCGAGAC 120 AGAAATTTTG AATGAAGATT ATCCTATTTC AGAAATCAAT TCCACCATTA CCAATATGAT 180 AAAAACAGCT ATAGAGTACG TCCCTTTGGA AACAAAATTA CTTGGATTTG GCTTATCAAT 240 ACCTGGACAT TATAACAAAG ACTCCGGAAG TATCATTACA AACAACCCCA TATGGGAATC 300 TTTTAATTTA TTAAATGTAA TTAAAAGATT CAATTTTCCT TTTATTGTAA AAAATAATAT 360 CGATTGTATG GCTATAGGAC AATACCTTTT TAATCCACAC AATACCCCCG ATAACTTTAT 420 TTTCCTACAC GCTGGATTAG GTATTTACAC TTCCTTTTTC ACAAAAGAAA AAATAGGAGC 480 CTCTAAAAAT CCTTATATCG GAGAAATTGG ACACACCATT GTCGAATTGA ATGGGCAATA 540 TTGTGAATGC GGAAAAAAAG GTTGTTTACA AACATATATT TCGGATGCTT GGTTAATCAA 600 ACACGCCCAA TTATTATTTA AAAATTCCCA ACTAACTGTA CTAAAAAGCC TTGTAAAGAC 660 TGAAAAAGAC ATTCATTTAG ACACCCTTTT AACGGCTTAT AATTTAGGCG ACTCCGCTTT 720 ACGTCAACAA ATTGATAAAG GAGTCAATTT ATTAGCCACT TCTATTGCAA ATCTCCTCCT 780 CATCAATCCT GCTGATAAAA TCTATATCAA CAGTCAATTG CTTAATTATC AACCTTTCAC 840 TCATGAAGTC AGGGATAAAA TCCAAGACCA GCTCCACTTC GTTCCCTTTA CTCGTAATAT 900 AGAAATTGAA ATTTTACCTT ACAACAAACA TCGTGGAAGT ATAGGAGCTT GTGCATTAGC 960 TATCGTCGCT TTTTTCATAG AACATAGCAA TGTATTACAA GATATTATTT CACCTTAATA 1020 TATTAGAAAT CTATAGACCT GTTTAAATCA ACTATAACCT GTAGTAGATA TCTCGTATTT 1080 AGACAATATG AAAACAAGAC GACTTCCATA TAGGAAACCG CCTTCTCGCT ATGTTGAGTG 1140 ATTTATATTA AAATAACTTT TCTTCTAGCT GCATTTTATT ATTATAAAAA CATTCATCAT 1200 AACCCCCAGA ACTTAAATAA CAATTTTTAT TCAAGATACA TACTCCTAGA ATAAACTTTA 1260 TATGAAATTC TCATTTTTGT TTTTACAATT CTCCTTAGTT AAATCTTGTT TAATATATGT 1320 TTTACATATA GTATTTAGCG CCACATAGTA CTGAACTCTC TCCAAAAACG GTTATTCCTC 1380 TTTGAATAGG GCGTTATCAC AAGAAAAGCA TCTCCACGTT TCAACTTCAT ATGGCTCAAA 1440 AACAATCAAT TGATGCTAAA ACCTGTACCT AGATGTTTCG GTTCATAAAA CCATGAAACT 1500 GTAAAAGTGG ATGAAATTGA TAGCGATAGT CAAATCAAGA GGCATCATAA CTCTAAAAAG 1560 TCACAATATA TAAGTTCATC CTCGGAAAAA TATCATTCTA ATTGTTGAAA TGCCTACATG 1620 AAAAGAAACG TCAAATGCTC ATGAAACAAC GAATACAGGT ATCAAAACTA TGACAAAACA 1680 AATCCCTAAA TTTACTAAAG ACACTGCTCA ACTTTACACC TGTAAATGGT TGTTGTATAA 1740 TAAAGTTACA AAGATGTACG ACCACACTGT TGTAAATCAT AGTGTTCGCG AATATATTAC 1800 TGATAGCATT TCTACAAATA CAAGTAAAGA GAGCGGATGA GATTCAAACG AAATATGTCA 1860 GTGCTTTGGC ATTCCTAGCC TTCATATCAT TTAAAGAATT CTATAGACAA AATTTTTTCC 1920 AATACAGACA CTCGTAACAA CTGCTTCATT TTTCTACCAA CATATTTAGG AACAGGATAA 1980 GATACAAGAG TATTAATCCA TAGCTCAGTT CTATACCAAT CTAAGACAAA TAAGCTAAAA 2040 AAACGATTGA TAATAAGCAA ATAGATTCCA AATTTTCTCT ATCTGCTCAT TTTAATAAAC 2100 AATACTAGTG TAACTATCCT TCCAGTCAGA AGCTTGTCAA ATCACACCGA AAATTCTTCT 2160 AAAATTTATC TCGTTAGGCA ATCAAGCAAA AACTCGACGA TAGTACAAAC ATTATCATAC 2220 AGGATTGACT TCCTAAATTA TATACTTTAG TAAGGTTTTC GGATAAGAAA AAAGGTTCAT 2280 TTTACATTTC TAAACATTCT TTTCTAAGAT GAAAAACAGA ATTTTTCGAT TGTGATTTAA 2340 AGCAACAAGA AGATTTTCAG TATCATCCTA TAGATACGAG CTAATTAAGA AAAACTACAT 2400 TTTTGAATAT AAACTACAAT AATATAAACT AAATTTTATA GGAGGAAGAC AATGGATTGG 2460 TACGATTATA TGATACAGGC ATCCAAACAA TCACAATTCA ACGCAAGCCA TTGGTTTCGC 2520 TATTTGCGAA AAGTTATTTT TGAAGACTAT TCTTATTTAA CAAACCAAGA TGTAGAAAAG 2580 TTGCTAGACT CCAAAGAACT AACCCGTTTT CAAAAAATTA GCTTGAAGTA TGCCTTTCAA 2640 GAGCATACTC CAACTCATAA ATATGTGATT TCATTAAATA AACCTGCTAA GTTAACCAAT 2700 GTTCAAAAAT TGATGGAGAA ATACAAACAT GGATAAAATG AAACCGGTCT TCCAAGCCCT 2760 AAATAAGGAA TTAATTCAGG AAAATCTGAC TTTAACAATT ATCTGTGTCG GTGGTTATGT 2820 CTTAGAATAT CATGGTTTAC GTGCCACACA AGATGTTGAT GCTTTTATGG CTCTATAATA 2880 TTTGTAGTGG GTAAATCCCC TATGGATATT ATGGAGCCTA TTTTTGTGTA GAAAAAAAGT 2940 CCCATATGAC CTATAATGAA AAGCGACAAA ACAACTCATT AGAAAGAATC ATATGGAACA 3000 ATTACATTTT ATCACAAAAT TACTAGACAT TAAAGACCCT AATATCCAGA TTTTAGACAT 3060 CATCAATAAG GATACACACA AGGAAATCAT CGCCAAACTG GACTACGACG CCCCATCTTG 3120 CCCTGAGTGC GGAAACCAAT TGAAGAAATA TGACTTTCAA AAACCGTCTA AGATCCCTTA 3180 CCTCGAAACA ACTGGTATGC CTTCTAGAAT TCTCCTTAGA AAACGCCGTT TCAAGTGCTA 3240 TCACTGTTCA AAAATGATGG TCGCTGAAAC TTCTATCGTC AAGAAGAATC ATCAAATTCC 3300 TCGTATTATC AACCAAAAAA TTGCGCAAAA GTTGATTGAG AAGATTTCTA TGACCGATAT 3360 TGCTCATCAG CTGGCCATTT CAACTTCAAC TGTCATTCGC AAGCTCAATG ATTCTCACTT 3420 TGAGCATGAT TTTTCGCGTC TTCCTGAGAT TATGTCCTGG GACGTTGAAA CAGTCCGGGG 3480 AGTGACTGTT TCAATCGGGA GATGGAGATG AGCTTTATTG CGCAAGATTT TGAAAAGCTC 3540 GATATCATCA CTGTTCTTGA AGGTAGAACA CAAGCTGTCA TCCGAGATCA CTTTCTTAAA 3600 TATGATAGAG CCGTCCGATG TCGCGTCAAA ATTATTACTA TGGATATGTT TAGTCCTTAC 3660 TATGACTTAG CTAGACAACT TTTCCCGTGT GCTAAAATCG TTCTTGATCG CTTTCACATT 3720 GTACAACATC TTAGCCGTGC TATGAGTCGT GTGCGTGTCC AAATCATGAA TCAGTTTCAT 3780 CGAAAATCCC ATGAATACAA GGCTATCAAG CGCTACTGGA AACTCATTCA ACAGGATAGC 3840 CGTAAACTCA GCGATAAACA TTTTTATCGC CCTACTTTTC GTATGCATTT AACCAATAAA 3900 GAGATTTTAG ACAAGCTTTT GAGCTATTCA CAAGACTTGA AACATCACTA TCAGCTCTAT 3960 CAACTCTTGC TGTTTCACTT TCAGAATAAG GAACCGGAGA AATTTTTCGA ACTTATCGAG 4020 GACAATCTTA AGCAGGTTCA TCCTATTTTT CAGACTGTCT TTAAAACCTT CCTCAAAGAT 4080 AAAGAAAAGG TTATCAACGC CCTTCAACTA CACTATTCTA ATGCCAAACT GGAAGCGACC 4140 AATAATCTCA TCAAACTTAT CAAGCGCAAT GCCTTTGGTT TTCGAAACTT TGAAAACTTC 4200 AAAAAACGGA TTTTTATCGC TCTGAATATC AAAAAAGAAA GGACAAAATT TGTCCTTTCT 4260 CGAGCTTAGC TTTTTTTCAA CCCACTACAG TTGACAAAGA GCCGGAAAAA GGAACAGCCT 4320 TAGCTTTCCT TTCATTTCTT TTTATTTCCC TCGTAGTAAA CGTGCTAGCT TCCACAAAAC 4380 AAACAGGATT CCCAGAAATG CCAGTACCAC TAGCCCACGG TACAACCATT GAGAGGTTGC 4440 AACACGCGAT ACAGATTGTC CTTCTTTCGT AAAAGCAACC CTCGCAACTG CAGCTGTTTG 4500 TGGATCTGAT TTTTGATAAA CAGCGACTCG TTCAAAATTC ACTAATAAGC GTTTATTAAA 4560 GGTAGGAATC GGATCGCAGG TTATCAAGGT CATGATATTT TTAGAGCTAA CCGATTCTAA 4620 TTTTTCCCAT TCCGACGGTA AAATAATCTC TGTGTCCATC ATCTGATATT CTACAATTTC 4680 CTGGCCATTA TCATAATAAA GAGCATCTCC AACTTTTAGC TGATCCAAAT GGCGGAAAAA 4740 GACATGGCTT GGCTCTGCAC GGTGCCCAGC AATCACTGAG CGAATCCCTG TACCATCCAG 4800 AGGCAGCGGT GTACCATCCA CATGAGCCAA GCCCATCCCT AAATGATGAT AATCTGCTCC 4860 CAAATAAACC GGCTCCATGA TTTCCAAACT TGGAATAGAC AAGTAACCAT AGACTGCATC 4920 AGGGTCGTCA GACACTTGGT AATTGACCTC ATATCCCTCC GCCAAAAAAG GATCTACAAT 4980 GCGATTTTGC GAAGCCAAGC GTTGATTGTA GGCGAGAGAA TGGTTCTGTT GTTCTTGGTA 5040 CATTTCAGTT GTCATGGATT TCACAAATGT AGCATGACCT TTCACCTGTC CAAGAGACTG 5100 CAACACCATC TGTCCAAAAC AATAAATAGG AATCAAACAG GCTACCAACA TCAACAAGTA 5160 TCCCAATAAG GCTCGTAGTT TAGTCCTTGA CATGACGCCC CTCCAATTGC TTTTCTAGTC 5220 CTTTGACAAT CCGTCGATTA CGATACACGC GATACAGCAA GAGAAGGATG ACCGCCATCG 5280 CTCCTAGTAA TAACCACAAC CAGAATTGCC CACGCTCTCT CACCGCTCGA TTCCGCTCTG 5340 CAATTGGTGC CGTATACGGA ATCCGCTTCC CACGTACCAA CAGACGATGA CTGTTAATCA 5400 TATACGGTGT ACAAGTCAAC AAGGTCGCAT AATCTTCCCC ATGTTGAATC AAGACAGGCT 5460 CAAAGTCATT CGGCTCCACC GTCACTATCT GATCCACTTG GTAGGCCAAC ACCTGATCTA 5520 AAACGTGAAG ATAAAAGATA TCCCCTTTTT TCATCTTATC CAATTGACTG AACAATTCTG 5580 CCGTTGGCAA TCCTCTGTGA GCAGTGATCA CTGTATGGGT ATTTTCACCT CCAACAGGCA 5640 GCGAAGCCCC TTCTAACAGC CCTGCCCCTT TCTGAAGAAT GTCCTCACTC GTTCCGACAT 5700 ACATCGGAAT TTCCTGATCA ATCGCAGGAA TTTCCACATA GCCAATCCGC TCATGGACCT 5760 TTAGCATATT GGCATATTCT GAGACGCCTT TCTTTTTCTC TTGCTCTGTA AAAGGATCAA 5820 GAATTTCAGA TGGTTTCAAG GTCGCATTGA AGGCTTGAGC CAAGCGCCAA CGCTCCTCAA 5880 GTTCTGCCTT ATCCATCTGG GAAACCGTCT CATCAAACTC TTTAATAACC TCGTTTGACT 5940 CAATACGATA ATAATAACGA GACACCAATG GATATATCGC AACGGCGAAT CCTACTAAGA 6000 AAATCAGAAG AAGGATCAGC GGATGTTTCT TCTTTTTTGT GCCTTTTTTT CGTGAACGTC 6060 TACTGTTGTC CATCCTCCAC CTTCACTTCC TTCCTTGCTG CTTTCAGCGC CTTCAAAGCC 6120 TTTTCCGGTT GTTTTTTCTT CTTGCGCAAG CGTCGAATAA TCCATAAAAG AATCACAATC 6180 AAACCAACTG CCACATAAAA CAGGTAGCGA TAGAGATGAC TGAGTTTGTT TGCTGCAATA 6240 AATTCTTCCT CAACCTCTGC TACGTACGGT ATCCGATGCC CCCGAACCAA TAGACGATGG 6300 GTATTGATCA TGTATGGCGT ACAAGTCAGC AAGGTCACAT AATCATGACC TGGTACAATC 6360 AATAAATCAT CAAAGTTCGT CGGCTCAATC ACCTTTACTT GATCCACTTG ATAGGCCATC 6420 ACTTCCTTGA TATTGTGCAC ATAAAACTTA TCCCCAACTT TAAGTTTGGT CAAATCCGTA 6480 AACATCTTAG CTGTTGGCAA ACCTGTATGT GCCGTAATCA CCGCATGGGT CGAATTGCCT 6540 CCGATCGGCA GAGAAGTTCC CTCTAGATGC CCAGCCCCTT GCTGCAATAC CTCTTCAGCA 6600 GTACCAGCAT AAACCGGCAA ATCCACGTCA ATAACGGGGA TTTCCACATG CCCCATCCGC 6660 TCATGGATTT CTAACATACG TGCATACTCT GCTCGCCCTT TTTTCTTCAT TTCTTCCGAC 6720 CAAGGATCGC CACTCACTAC ATTATTCAAA GAGTCATTGA AGGCTTGTGC CAATTTCATT 6780 CGTTCATCAA TGTCAGCCTC ATCCAACGTT GCTTTTTCCT TATCAAAGTC AGCAATTTGT 6840 TGATTTGATT CCACTCGATA ATACAAGCGA GACACCAGCG GATACGCCAT TACCGCCATT 6900 CCAATGAAAA ATACCACTCC TAATAGGAGA TTATTTCGTT TTTGCTTTTT TGTTTTTACC 6960 ATTTTTATCA GCATCCCTTT ATCTTCAAAC TTCAGGGTAT C 7001 (2) INFORMATION FOR SEQ ID NO : 89 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 10411 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 89 : GAGGGAGCTT AAGAAGTTAC CACCGTCCTC TAGCGCCTTA TCCGCATCAA AGTTAAGGTT 60 GATATTTTTA AAACTGTCGC CAGCTTGTGA TACGATGCTT TGTTTAAGGT CATTTAGGGT 120 TTTAGTGAAA TCTGCATTGC TGAGGATATC ACTCTTTGAG AGATTCAAGG CAAAATTGAT 180 GATGATATTG ATCTGGTTTC CTGTTATGAC CTGATCAAGT TTGTAATTTT TTAAGGTATC 240 TTCAACAATC TTGCGGATAT CTTCTTCTGT CAGATTTCCC TTACTTTCTT TAGCTTTGGC 300 GAGTCCTGAC TTGATATCAG CTAGGGCAAC GTTTAATTTA TTAGCATCAT AGCCTGATTT 360 GTCCTTGTTT TCAGCATTGA TATCTGACAA AGCTTTTAGC TCTTCTTGAG CCAAATCTTT 420 ATTAGCTTGT GGCACCTTGG CTCCATTAGC CTCTAGCGAA TAGTAAATCC CTGCTAAAGC 480 ACTTTCTCCT GTAACTGGAA TAGGGGCTGC TACAGTGATT TTGGCATGTT CCATACCCAG 540 CGTTACTGCT GCGTTTCGGT ACATATCCTG AGTCACCTTA GTGATATTTT CTGGTGTTTC 600 AATCTTGACC TCAAGTGGCG ATTTGTCACC TAGCTTTTGA ATCTTGGCTG ATGAATACAA 660 CTGTAAGCTA GAGTCATTGG CCACATTCAT GATTTTAGAA TAAACATCAG GTGTCATGGT 720 CTTGAGTTCT TTGGTATCTG TTGAGGCATT GTAGCCCAGT TTTTTAAGAG TTTGATTTTT 780 TTGGTCTTCA GATAGGGAGG AACCTAGGAC ATATTCAGGT TGGACATAGG TTTCATCGAT 840 AACTTTTTGA ACATCTGTTG CTGCATGGAC GCTATTCATA GCTGTTACTG CCCACAAGAT 900 CGCAGCGCTA GTCAGAAAGA GTTTCTTTCT CATAGGGAAT TTCCTCCTTT ACTTCTTTAG 960 AGTAATATAT CTATCTTAAA GAAAACTTAT AACAAAAACA CCTGGTCTAG CCAGATGTTG 1020 AAAAGAGAGT GAAACATTTG ATGATGTAAA GGTTAAGTCG TACCTGTCTA GAATAATAAT 1080 AGTTTCCTCC ATTTACATAG AGTTCAGCAC CGTGAAAAAT GGAAATGGGG TGAATATAAC 1140 TATAAGTCTT TCCAGTCCTA TTACCAAGCA AGGGGGCAAC AGTCTCACGA GAGTACTGTT 1200 TGGCTAGAGC CAGGGTATTT TCCTTGCCAT TTTGGGCGAT AAAATCGATA TAGGCAGGTC 1260 CAAAATTATA GGCTTGAACA GCTGTCCAGA TATCTACCCC CTTCTTCTGC GCCAGATAGA 1320 GATTGCCTGT CAGAGTTTGA ATGCCTTGCC GAATGCTAGA GGCATTATCA TTGATGGTGT 1380 TGGTGGAACC ACTTGCAGAC TCACTAGACT GCATAACATC GCCTTCTTTT CCTTTTGTTT 1440 CAGTATAAAT CATAGCAAGC ACAAGCTCTT CGTTTGCTGG GGTGTCTTGT TCACTCAATA 1500 TTTCTCGCAC CATGGGTTGA TAGGTCATGA CTTGTTTGAC ATCTTGATGA ACGCGGTAAG 1560 CTTTATAGCC AGCAAAAAGG AAGACTGCTA GTACAAGCAC TCTTCGAATT CGTTTAAACA 1620 TTATTTACTT TGGATATCCT CGATATTTTT GATTAAGATA GAGTAGGTTC CATTTTCGTT 1680 TTGGATAAAC TCAACAGACT CGGCGTCTTG ATAGACGTTA TTGGGAACGA TGAGCTCAAT 1740 TCCATTTGAT AAGGAGAGTT TTTGGTTTTC AAATTTCTTT AATTGGCGAC TGGCATCAAT 1800 TTCATCAAAT TGAACAGGTT CTGGTACGGC TTCTTTGACT TGGTCAATAA AGCTCAAACG 1860 AGCCGTCAGA TTGTTGTCAA AAAGGTCATT AGCCAATTTC TCAGGTGACA ATTCATTGCT 1920 TTCTTCTAGG TTGTTGAAAA TAGCTGATTT GACCTTGGAT TGAAATTGAA AATCATCTGT 1980 GTTAAAAGAT TTAGCAATTC TCTGGGCTGT TTTTTCCAGT TCCTTGATAG ATTTTTTAGG 2040 AGAAATCTTA GGAGCGACAG CAAGAAGATT ATCTGAAAAA TAGTTCAAAA AAGTCCCGTT 2100 GTACTTGATT CGTTTTTCAA TCAGGTGATA CTTGCTACTC TGAAGATTGA CCACCAAGGC 2160 CTCATCAGCT CCTGTTCCAA ATCCAGGCAG GTTATTCTGA GTTAGCTTGA TTGGATTATC 2220 AACTTCTCCT CCGAGGTGGG TCAAGGTCTC CCGCAGGGCA ATTCGCAAGA AAGCGAAATG 2280 TTCTACACCT TCTTTAGAAA ATTGCACAAA AATCAAGTCA TTGGTCTTGA GATTTTCAGA 2340 AATGCTAAAC TCCTCTTTCC AGAGATTAGC CAGCGTTACT GATGTCTCCA ACAAATCGTC 2400 TGTAATATGA TTGAAGAAGG GATTTTCTTC TTCGAAAATC CCAGTCTTGG CTTCATCTGA 2460 ATACACATGT TCAATTTTTT TACGCAGGTA TTCTTCGATT TTTGGAGTAA TATTGAGAAA 2520 CTTATCTGCT AAGAACAGTT CGGTATCATC CGGACTGAAC TGGTGAATAA TGGCTTTCTT 2580 AATATAAATG TCCATAAAAG TTTTAGTCCT CGTATAATGG GAAGGCATCT GTCAATTCTT 2640 TGACTGCACT TCTCACTTCT TCTAATACAG CCTCATTTTC TGAATTCTTA AGGGTTTTAA 2700 TGATGAGTTC AGCCACTTTG CGACTTTCTT CTTCACCAAA TCCACGTGCA GTAATGGCTG 2760 CTGCTCCGAT ACGAATCCCA CTTGTCTTGA ATGGTGACAA GCTTTCGTAA GGGATTGAGT 2820 TTTTATTTAA GGTAATATTG ACTTCATCCA ACAAGTTTTG AGCAACTTTG CCGTTTTCTA 2880 CAACTTTAGT CACATCAACA AGGAAGAGAT GGTTTTCAGT TCCACCTGAA ATAATACGGA 2940 AATCAGGGTC TTGCAAGAAG ACATCTGCCA TAGCCTTGCT GTTCTTAATT ACATTGGCAG 3000 CATATTCCTT GAAGGCTGGA TCCAAAACTT CTTTGAAGGA AACTGCCTTA GCCGCCACAA 3060 CATGCTCTAA AGGACCGCCC TGAATACCTG GGAAAATAGC TGAATTGATT TTTTTAGCAA 3120 GTTCTTCGTC ATTGGTCAAA ATCAAACCAC CACGAGGTCC ACGAAGGGTT TTGTGGGTCG 3180 TTGTTGTTGT GATATGAGCG TATGGAACTG GGCTTGGATG AAGGCCAGCC GCAACCAAGC 3240 CAGCGATATG GGCCATGTCC ACCATGAGCT TCGCACCGAC AGCATCTGCG ATTTCACGGA 3300 ATTTTGAAAA ATCGATAATT TGAGAATAGG CTGAAGCACC AGCTACAATC AGTTTTGGTT 3360 TTACTTCTTG GGCTTGTTTC AAGATAGCAT CAAAGTCTAA GAGTTCCGTT TTAGGATCAA 3420 CACTATAAGA AACAAAGTTG TAGGTTTGAC CAGAGAAGCT AACAGGAGCC CCATGAGTCA 3480 AATGACCACC TGATGCCAAA TCCATTCCCA TAACCGTATC ACCTGGCTCA ATCAAGGACA 3540 TGTAAGCCGC ACAGTTAGCT TGGCTTCCTG AATGTGGTTG AACATTGGCA AATTTAGCAC 3600 CGAAAATTTC TTTTGCGCGT TCAATAGCAA GAGTCTCTAC AACGTCTACT ACATCAGTTC 3660 CACCATAATA ACGGCGTCCT GGGTAACCCT CGGCATATTT ATTTGTCAAG ATAGACCCTT 3720 GAGCTGCCAT AACAGCCTTG GAAACTACGT TTTCCGAAGC AATTAACTCG ATATTATTTT 3780 GTTGGCGTTC TTCTTCTTTG GCAATAGCAT TCCAGAGATC AGCATCATAT GCTTTAAAAT 3840 CATCTTTGTC AAAAATCATA GGTCTTCTCC TTTATTGTGT GACTAGTCCA TTAGTTTGAT 3900 TTTACAATAA GAAAATCAAA CTAACAGATG CGAATAAACC GTTTCTGCAT TTTATCACAA 3960 GTATAGCCAA CTTTTTCATA AAATGCATGA GCACCCAGAC GATGATTGGC AGAATTTAAG 4020 CGGATAAACC CATAACCACA TCTTTTTGCT TCTTCTTCCA ACCCTTGTAG TAAACTTTTA 4080 CCAATACCTT GACCTTGCGC TTGAGGTGAA ACTGCTAAAG CTAAGATATT AAATCCTGCT 4140 TTGGAATAGA GTGATTCGTA AACTTCAGCG TGGACATATC CAAGTAAGAC ATGATTAGCT 4200 GCATCCTCAT AGCCAAGTAG GAAATGATGG GAATCCTGAG ACAGTCTAGC TAGTTGGCTA 4260 GCCGTTTCCT CTGGACTAAA AGTATAACCC AAAGCCTCTT GGTTGATGTC ACATATAGCT 4320 TTCACATCAG TTTCTCTTAA ATCTCTTAGC ATCTCATTCC TCCTCAAAAG AAATCTTTGG 4380 CAACCGAGCA AGAATATCTT CTCGCTTAAT GGCCCCTTGA CGTAAGATTT TCACCTTGTC 4440 TCCCGACAAA TTCAAAATAG TTGAATCCTG TCCAGTTAGA AAAGCATCGT CTTCCAGACC 4500 CAGAACCTCT TGGTCAAAAT CCTCTAGAAT TTGATTAAAG GTCACTCCAC TCGCCTGACC 4560 TGAGATATTG GCAGACGGCC CAATCAAGGG ACCTGTCTCT CGAATCAAAT CAAGGGTAAT 4620 GGGATGACTA GGCATCCGAA ATCCAACAGT TGCAAGGCCA GAATTGACCC AATAGGGAAC 4680 TCGGTCATTA GCTTCGAGAA TAATGGTCAA GGGACCTGGT AAAAAGATCT CTACAAGTTT 4740 TTGAAGATAA GTTGGCTGAT TCTTTGAAAA GTACAAGATG TCCTCTAAAG AGGCAACATT 4800 GAGATTGAGC GCCTTGTCTC TACGTCGACG TTTAAGCTGG TAAACATGGT CAACTGCTTT 4860 TTCGTCTAGC GCCTTAGCAA AGAGACCGTA AACTGTCTCT GTAGGCAAAA CGACAGCTCC 4920 ACCATTTTCC AACTCTTGTC TAATCCTGTC CATCATCAAC GACAACCATC CTATCTTGAC 4980 CAAATTGGTC CTTGAGTGTT CGTACTCGCT TTTCAGGAAG ATGTTTCCTA AAAAGTTCAG 5040 GAACACTTTG ACCTTGCTTG TATCCAATTT CAAGGTAAAT CTTACCACCA TCTTTGAGAT 5100 AGTCTTTTGC ATCTTCCGCA ATTCTACGGT AAATAGCTAG GCCATCCTCA TCTGCAAAGA 5160 GAGCTAGATG AGGCTCCGAA TACAAGACAT TCAAGCCTAC CTCTGACTCA TCTTCACGAG 5220 AGATATAGGG TGGATTGGAA ACAATTATAT CATATTTTTC AGAAATTTCT GTAAAACAGT 5280 CAGATTTTTT TAAAAATATT TGAAGATTTT GATTTTTAGC ATTTTCGCTA GCTACATCTA 5340 AAGCATCTTG GGAAATATCT GCTGCCGTCA CTGACCAATC TGGTCTGTTT TTTGCTAGAG 5400 CGAGAGCAAT AGCTCCACTA CCTGTTCCGA TATCTAGGAC CATAAGATTT TTCACAGGAT 5460 TTTCAGCCAG GATAAGCTCC ACCAACTCCT CTGTTTCTGG ACGAGGAATC AAAACCCGTT 5520 CATCCACCTT TAAATGCATT CCATAAAAAT CTGCCTGTCC AATGATGTAC TGAGCTGGCT 5580 TGTGAGCTGC TAGTTGCTGG TAAATATCTT CTACAAATTG TTTTTCTTCC TCTGTTGTCA 5640 CCTCCTGCTG GAGGGCAAAA ATAAAGTCTG TAAAAGATAG ATTTTTCAGA CTACGATAGA 5700 CAAAAGAGAG GCTTTCCGCT TCCTCTCCTT GTCTTATCAA CTCTTCTTCA AAATTTGAAA 5760 ATAATTGAGC TAATTTCATT ATTTGTTTAA TTCTTCTAGT TTTTGTGTTT GGTCATAAAG 5820 CACCAAGGCA TCCACAACTT CGTCCAATTT ACCAGACAAA ATCGTATCTA GTTTTTGGAG 5880 GGTCAAGCCG ATACGGTGGT CTGTGACACG GTTTTGTGGG AAGTTATAAG TTCGGATCCG 5940 TTCTGAACGG TCACCAGTAC CGATTGTCGA CTTACGCTCA GCGTCCTGCT CATCTTGAGC 6000 AATCTGAGCA AAGTGGTCAG CAACACGGGC ACGGATGATT TTCATGGCCT TCTCACGGTT 6060 CTTCTGCTGG GTACGTTCTT CCTGCATCTC AACCTTGATA TTGGTTGGCA AGTGAACGAT 6120 ACGAACGGCA GTCGCAACCT TATTGACGTT CTGTCCACCA GCACCAGAGG CGTGATAGAT 6180 GTCGACACGA AGGTCTTTTG GATCAATGTC GTATTCAACC TCTTCAACTT CTGGCATAAC 6240 AAGAACTGTC GCTGTCGAAG TATGAACACG GCCTTGGCTT TCTGTCACAG GAACACGTTG 6300 CACACGGTGG GCACCTGATT CATACTTAAG CTTAGAGTAT ACAGACTGAC CTGAAACCAT 6360 AGCAACCACT TCTTTAAAAC CACCGACACC ATTCATAGAG GCTTCCATGA CTTCAAAGCG 6420 CCAACCTTGG GCTTCCGCAT ACTTTTGGTA CATAGTTAGC AAATCTCCAG CGAAAAGTGC 6480 CGCTTCGTCT CCACCAGCTG CTCCACGGAT TTCAAGGATG ATATTCTTGT CATCGTTTGG 6540 ATCCTTTGGA AGGAGCAAAA TTTTCAGTTT TTCTTCATAT TCTTCTTTTT CAGCCTTGGC 6600 ATCTTTGAGT TCTTGCTTGG CCAATTCTTC CAAGTCCGCA TCTCCGCCTG ATTCCTTAAT 6660 CATCTCTTCG GCATCGACGA TATTTTGAAG GACTTGTTTA TACTCACGGT AGGCTATTAC 6720 GGTGTCACGA TTGGAAGCTT CTTCTTTTGA AAGCTCCATA AAACGCTTGG TGTCTGAAAC 6780 GACATCAGGG TCACTCAGCA ATTCTCCTAA TTCTTCATAA CGGTCTTCTA CAACTTGTAG 6840 TTGATCATAG ATGTTCATTT TTTCTCCTTA TTTCTCAATT GTTAAATCAT AGATTGCTAC 6900 TACTTCATTC TCGGATATTT CCCCAGTTTC TTTAAATCCA TAACTGAGGT AACAAAATCT 6960 TGCCTGTTCA TTTTCTGGTT CATArGACAA CCAAAGTTTA TTGCTTAAAC CTGCTGGCGC 7020 TGTTCGAACA TAGTCTAGTA CTTTATCCAT AATTGGTTTA AAATATCCTT GATTTTGAAA 7080 ATTCTTATCA ATCATAAAAC GAAATAGTAA ATAATTTCCA CTACTAATTC CGATCTTTTT 7140 ATCATAAGCT ATCATCACAA AACCTATAAT TGCATCATTA TCATAAACTG CCAATGGAGC 7200 TACAAAATCT CCATTTTTAG TGTAGACGTA TGCTTCAGCT AAACTAATTG CGTTGGTTGC 7260 AATGAATTGT TTTTGATATT CCTTGACATC CAAATTTAAA ACATCAAAAT AATTTTCCAT 7320 TGTAACATCT CTTAGTTCAA TTGTCATAGT TTTGCTCCTT GTTAGAGGTT ATCATTGGCG 7380 CAAAATAATG TTTACGGCAA ACTGAGATAT AGGTTTCGTT ACCACCAATC TGGATCTG':'T 7440 CTCCATCGTA AACGGGCAGT CCATCCTGTG TTCGCAACAC CATGGTCGCC TTTTTCTTGC 7500 AATACTGACA GATGGTCTTG ATTTCGTCAA TCTTGTCTGC TAAAAGCAAG AGATATTTGG 7560 AACCTTCGAA CAATTCATTG CGAAAGTCAT TTTTCAAGCC AAAAGCCATG ACGGGTATGT 7620 CTAACTCGTC CACAACACGA GCTAGGTCGT AAACATGGTG GCGTTTGAGA AACTGGGCTT 7680 CATCGACCAA AACACAGTAA GGTTTTTCTG GTAGGTCTCG GATATAGCCA AAGATATCCG 7740 TTGTTTCCTC AATCGCAAgG GCAGGGCGTT TCATGCCAAT TCGACTCGAC ACATAGCCAA 7800 CGCCGTCACG CGTATCCAGA GCCGAGGTCA TAATCACAAC ACCTTTTCCT TGCTCCTCGT 7860 AGTTATAGGC CACTTTGAGA ATCTCAATCG TTTTACCAGA GTTCATGGTC CCATAACGAT 7920 AGTACAACTG TGCCATGTTT CTTGCTTCAC GTCCATTTCT AAATTTTTGC TACATTCTAG 7980 TATATCATAA TTTTCTTAAG CTTTAAACGG CAAAATGTGG TAAAATAGAA GAAATCAAAA 8040 ACTAGTGGAG GAAGCTATTA TGCCATTTGT ACGCATCGAT TTATTTGAAG GACGCACGCT 8100 CGAGCAAAAG AAAGCTCTTG CTAAGGAAGT AACGGAAGCA GTTGTCCGCA ACACTGGAGC 8160 CCCTCAATCT GCTGTCCATG TCATCATCAA CGACATGCCA GAAGGAACTT ACTTCCCACA 8220 AGGGGAAATG CGTACTAAAT AAGCTAGCTT AAGCAGAATT GCTTAGGCTT TTTCAATCTC 8280 CAAGTAGCAT TCATTGAAGA AATATCCTAA ATTTGTTACA ATTTGAAAAG AAACTTGGAG 8340 AATTTCCAAG AAAAGAGCTA TTAATTAAAG GAAACATTAT GATTACACGT GAATTTGATA 8400 CCATCGCTGC TATCTCTACT CCACTAGGTG AAGGGGCTAT TGGTATTGTC CGCCTGAGCG 8460 gAACAGACAG TTTTGCTATT GCGCAAAAGA TTTTTAAAGG AAAAGACTTG AACAAGGTTG 8520 CCAGCCACAC TCTCAACTAC GGTCACATTA TTGATCCTCT GACTGGTAAA GTCATGGACG 8580 AGGTTATGGT TGGGGCTATG AAGTCTCCAA AGACCTTCAC TCGTGAGGAT ATTATCGAGA 8640 TTAACACCCA CGGTGGGATT GCGGTGACCA ATGAAATTCT CCAGCTAGCT ATTCGTGAAG 8700 GGGCTCGGTT GGCAGAACCT GGTGAATTTA CCAAACGTGC TTTTTTAAAC GGTCGCGTAG 8760 ACTTGACACA GGCAGAGGCT GTGATGGATA TCATCCGTGC CAAGACTGAC AAGGCCATGA 8820 ACATTGCGGT CAAACAATTA GACGGCTCCC TTTCTGACCT CATTAACAAT ACCCGTCAAG 8880 AAATCCTCAA TACACTTGCC CAAGTTGAGG TCAATATCGA CTATCCTGAG TATGACGATG 8940 TTGAGGAAGC CACTACTGCT GTTGTCCGAG AGAAGACAAT GGAGTTTGAG CAATTACTAA 9000 CCAAACTCCT TAGGACAGCA CGTCGTGGTA AAATCCTTCG TGAAGGAATT TCAACGGCTA 9060 TCATTGGACG TCCCAACGTT GGGAAATCAA GCCTTCTCAA CAACCTCTTG CGTGAGGACA 9120 AGGCTATCGT AACAGATATC GCTGGGACAA CACGAGATGT CATCGAAGAG TACGTCAACA 9180 TCAATGGTGT ACCTCTCAAA TTGATTGATA CAGCCGGTAT TCGTGAAACG GATGATATCG 9240 TTGAACAAAT TGGAGTTGAG CGTTCGAAAA AAGCTCTTAA GGAAGCTGAC CTAGTTCTGC 9300 TAGTACTAAA CGCTAGTGAA CCACTAACCG CCCAAGATCG CCAACTCCTA GAAATCAGTC 9360 AGGAGACTAA TCGCATTATT CTTCTTAACA AAACTGACCT GCCTGAAACG ATTGAAACTT 9420 CGGAACTACC TGAAGATGTC ATCCGCATTT CAGTTCTTAA AAATCAAAAC ATCGATAAAA 9480 TCGAAGAGAG AATCAACAAC CTCTTCTTTG AAAATGCTGG TTTGGTTGAG CAAGATGCTA 9540 CCTACTTGTC AAACGCCCGT CACATTTCCT TGATTGAGAA GGCCGTTGAA AGCCTACAAG 9600 CTGTTAACCA AGGTCTTGAA CTAGGGATGC CAGTTGACTT GCTTCAAGTT GACTTGACCC 9660 GTACTTGGGA AATTCTAGGA GAAATCACTG GAGATGCTGC TCCAGATGAA CTCATCACCC 9720 AACTCTTTAG CCAATTCTGT TTAGGAAAAT AAGAAAAATC CATGATCCTT CATTCGGTCA 9780 TGGATTTTAG GTTCTATAAT ATTTGTAGTG GGTAAATCCA CTATAGATAT TATGGAGCCT 9840 ATTTTATTGT AGAAAAAAAG TCCCATATGA CCTATAATGA AAAGCGACAA AACAACTCAT 9900 TAGAAAGAAT CATATGGAAC AATTACATTT TATCACAAAA TTACTAGACA TTAAAGACCC 9960 TAATATCCAG ATTTTAGACA TCATCAATAA GGATACACAC AAGGAAATCA TCGCCAAACT 10020 GGACTACGAC GCCCCATCTT GCCCTGAGTG CGGAAACCAA TTGAAGAAAT ATGACTTTCA 10080 AAAAACCTTC TAAAATTCCT TATCTTGAAA CGACTGGTAT GCCCACTAGA ATTCTCCTTA 10140 GAAAGCGTCG ATTCAAGTGC TATCACTGTT CAAAAATGAT GGTCGCTGAA ACTTCTATCG 10200 TCAAGAAGAA TCACCAAATC CCTCGTATCA TCAACCAAAA GATTGCTCAA AAGTTAATTG 10260 AAAAGATTTC TATGACTGAT ATTGCCCATC AGCTTTCCAT CTCAACTTCA ACTGTTATTC 10320 GTAAGCTCAA TGACTTTCAC TTTAAACATG ATTTTTCTTG TCTTCCTGAG ATTATGTCTT 10380 GGGATGAGTA TGCTTTTACA AAAGGGAAGA T 10411 (2) INFORMATION FOR SEQ ID NO : 90 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2393 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 90 : GTTTTGGGTT CTGGAAATTA TCAGATGGTT GGAAAAGCCG TCCACATCAA GATAGTGTTC 60 GGAGATTTAA GTTTAAATTG AAGAAACTAA CACAGAGGAA ATGGAGTATA GACCTAACAA 120 GACGTATTGA GCAACTGAAT TTGTCTATTC GAGGATGGAT AAACTATTGC TCATTGGGAA 180 ATATGAAAAG TATAGTCGCC AGCATAGATG AGCGCTTGCG TACTCGCCTA CGAGTGATTA 240 TCTGGAAGCA ATGGAAGAAG AAATCGAGAC GATTATGGGG ATTGCTTAAG TTAGGAGTTC 300 CTAAATGGAT AGCAGATAAG GTATCTGGCT GGGGCGACCA TTATCAATTA GTAGCTCAGA 360 AGTCGGTACT TAAACGTGCT ATATCAAAAC CAGTCCTGGA AAAACGTGGA CTGGTTTCGT 420 GTTTGGATTA TTACCTTGAA CGACATGCGT TAAAAGTTAG TTGAACCGCC GTATGCCAAA 480 CGGCACGTAC GGTGGTGTGA GAGGGGCTAG AGATTATCCC CTACTCGATT AACTCCCCTG 540 AAATTTATTT TAATTATGCA AATTTCACGT ATTTTTGATG CTGAGACGAC GATCCTGGGA 600 ACTTTTCAGA TATTTTTTTG ACTATCTAAA TCTATCATTA GAAAAGCTTA GAGCGCCAAA 660 GGATTTGAGC GTTTTTCTGA TTTTTAAGAC TTTTTCCAGT CTCTTTTTCG ATTGAAGATG 720 TAATTATTCT ACTAACTAAC TAACTTCTTA GTACTAGCCA ACAACGATAA TCATAATTCC 780 TCCTAAAATT AGGAATAATA AAGGCAATAG TTTTTGTTTT TTCATGTAAA AAACCTCACT 840 TTTGTTTTCT GCTATTTTAT GCTAAAATAT TAAAAATCAA ATTTAATTCC AAAGTTTGTA 900 ACTAAAGGGG GAGCGCTACA TGTCTAATTC ATTTGTCAAG TTGTTAGTCT CTCAATTATT 960 TGCAAATTTA GCAGATATTT TCTTTAGAGT AACAATCATT GCTAACATAT ACATTATTTC 1020 AAAATCAGTA ATTGCCACAT CACTAGTTCC TATCTTAATA GGAATATCCT CTTTTGTTGC 1080 GAGTCTTTTA GTTCCGTTGG TTACTAAAAG GTTAGCGCTA AATAGGGTTT TATCTTTATC 1140 TCAATTTGGA AAGACTATAT TATTGGCGAT ACTGGTAGGA ATGTTTACCG TAATGCAATC 1200 CGTAGCGCCT TTGGTGACCT ATCTATTTGT TGTTGCAATT TCCATACTAG ATGGTTTTGC 1260 AGCACCCGTT TCCTATGCTA TTGTGCCACG CTATGCGACC GATTTGGGTA AGGCTAATTC 1320 AGCCTTATCA ATGACTGGTG AAGCTGTTCA ATTGATAGGT TGGGGATTAG GTGGACTCTT 1380 GTTTGCAACA ATTGGTCTGT TACCTACCAC GTGTATCAAT TTAGTCTTGT ATATCATTTC 1440 TAGCTTTCTG ATGTTATTTC TTCCTAACGC TGAAGTGGAG GTGTTAGAGT CAGAAACTAA 1500 TCTTGAAATT TTGCTCAAAG GTTGGAAGTT AGTTGCTAGA AATCCTAGAT TAAGACTTTT 1560 TGTATCAGCA AATTTATTGG AAATTTTTTC AAATACGATT TGGGTTTCTT CCATTATACT 1620 TGTTTTTGTA ACGGAGTTAT TAAATAAAAC GGAAAGTTAC TGGGGATATT CTAATACAGC 1680 ATACTCTATT GGTATTATAA TTAGTGGCTT AATTGCTTTT AGGCTATCTG AAAAGTTCCT 1740 TGCTGCTAAA TGGGAACCCC AATTATTCAC CCCAAATCTA AAAACCATCC AGAATCCTTG 1800 CCTTAGCTTA GATCCTGGAT GGTTTCTTTT TTCACCCAAT GGGTGTTTTT TACTAGACAA 1860 AAAAGAGTTT CCCCTTTATG GTATAAGTGT AGAAAAAAAC ACAAAAAGAA AGGAAACTCA 1920 CATGAACAGT TTACCAAATC ATCACTTCCA AAACAAGTCT TTTTACCAAC TATCTTTCGA 1980 TGGAGGTCAT TTAACCCAGT ATGGTGGTCT TATCTTTTTT CAGGAACTTT TTTCCCAGTT 2040 GAAACTAAAA GAGCGGATTT CTAAGTATTT AGTAACGAAT GACCAACGCC GCTACTGTCG 2100 TTATTCGGAT TCAGATATCC TTGTCCAGTT CCTCTTTCAA CTGTTAACAG GTTATGGAAC 2160 GGACTATGCT TGTAAAGAAT TGTCAGCTGA TGCCTACTTT CCAAAATTGT TGGAAGGAGG 2220 GCAGCTTGCT TCACAGCCAA CCTTATCCCG TTTTCTTTCC AGAACTGACG AGGAAACAGT 2280 CCATAGTTTG CGATGCCTCA ACCTTGAATT GGTCGAATTC TTTTTACAGT TTCACCAGCT 2340 AAACCAACTC ATTGTAGATA ACGATTCTAC CCATTTCACA ACTTATGGCA AGC 2393 (2) INFORMATION FOR SEQ ID NO : 91 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4762 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 91 : TTTGTATCTT TTTAGGTCTC TTTCAATCCA AACCCTTTAA ACTATACGTC ATTTCGGTTC 60 CTGCAAGTCT TGTGGTAATT TTAGGTTTGA TTTTACTTTT CTTTTCACAA GAGCCTCTGC 120 ACGCTTCTTA TTTGATGGTC GTCTTCCCTG TTTTCCTACT TTTATTGGTA ACCAATATTA 180 AGAGTCAACA GAGGGGGCGT AGTGCTAGAA GAAGCCGAAG AGAAACGCCA TTATGCCTAT 240 GGAGTCGTTT CTTCAAAGGA AATCTATATC TGCTAGTTTT TGGGTTTGTC TATCTTTTGT 300 CTGTTCCTTT TTTGATGAAG TTTGTCCTTT ATCCAGTACC TTATCAAGAA CGTAATCGTC 360 TTGCTGATTT GGTAAAAGAG GAGACAAATA CGGAAGATGC TATCTCATGC ATGGGATGAT 420 ACTGCGACTC TTTATCGTAA GAGTGAGCGC TTGTCCCATC GGCGATTTTG TCCCCGTTGC 480 ACTATACAGC AACTGAGGAA AATCGTAATA AGTTACTTAA TGACTTGAAA GAAAAACAAC 540 CTAAGGTGAT TGTGGTAAAT GATAAGGTGG TAGTCTGGTC TGAAGTGGAA ACACTCTTAA 600 AAGAAAATTA CCAACAAGTA AAGACTGATT ACTCAGAGTT TAAAGTCTAT AAAATTAAAT 660 AACCAAATCA ATATCTTGTG TATTTTTAAA AATTTTAGGA TTTTTAACAC AAGATATTGA 720 TTTTTCTTTT TAGAGTGGTA TAATACTTTT TAGAAAGAAC ATTTTAGAAA AGAGCATGCA 780 TATGATTGCA CTAGAAGAAA AAATTACAAT TTTGCCAACT CTCTTCGTCG AGAAACGAGA 840 TGGGAGACGT GTTGTATTTG ATGTGGACAA GATTGACAAG GCTCTCCACA AGGCGGCTGA 900 CAAGGTTATG GATGTGACAC CCCTGGTTGA AAAATGCCTC AATGATCTGA CTGAGCGAAT 960 TATTACAGAA ATTCATAGTC GCTTTCCACA GGGAATTAAG ATTTACGAAA TTCAAAATAT 1020 CGTAGAACAT GAACTCCTTG AAGCCAAAGA ATATGCGCTG GCTGAGGAGT ATATTACTTA 1080 TCGGACACAG AGGGATTTTG AGCGCTCAAA AGCGACGGAT ATCAACTTTA GTATTCATAA 1140 ACTTCTCAAC AAAGACCAGA CAGTTGTCAA TGAAAACGCT AATAAAGACA GTGATGTCTT 1200 TAACACTCAG CGTGATTTGA CAGCAGGGAT TGTTGGGAAA TCAATCGGAC TGCAAATGCT 1260 TCCTAAGCAC GTAGCCAATG CCCACCAAAA GGGGGATATC CACTATCACG ATTTGGACTA 1320 CAGTCCCTAT ACCCCTATGA CCAACTGCTG TTTGATTGAT TTTAAGGGTA TGTTGGAAAA 1380 TGGTTTTAAG ATTGGAAATG CAGAGGTAGA GAGTCCCAAG TCTATCCAGA CTGCGACAGC 1440 ACAGATTTCT CAAATCATTG CCAACGTTGC TTCTAGCCAG TACGGTGGCT GTTCAGCTGA 1500 CCGTATCGAT GAAATTTTGG CGCCTTATGC AGAGAAGAAT TATCAAAAAC ATCTCAAAGA 1560 TGCAGAAGAG TGGGTATTGC CTGAAAAACA GGAAGATTAC GCTTGGAAGA AAGCGCAAAA 1620 GGACATCTAC GATGCCATGC AATCTCTTGA GTATGAAATC AATACTCTCT TCACTTCAAA 1680 TGGACAAACA CCTTTTACTT CGTTAGGTTT TGGTCTGGGA ACCAGTCGTT TTGAACGAGA 1740 AATTCAAAAA GCTATTTTAA ACATTCGCAT CAAGGGTCTT GGTTCAGAAC ACCGTACGGC 1800 TATCTTTCCT AAACTTATCT TTACGCTTAA AAGAGGCCTC AACTTAGAGG AAGGAACTCC 1860 CAACTATGAC ATCAAGCAGT TGGCTCTAGA GTGTGCAACC AAGCGGATGT ATCCAGACGT 1920 CTTGTCTTAT GATAAGATTG TTGATTTGAC AGGTTCTTTC AAGGTGCCTA TGGGCTGCCG 1980 TTCTTTCCTT CAAGGGTGGA AGGATGAAAA TGGTGTAGAA GTCAATTCAG GTCGCATGAA 2040 TCTGGGTGTT GTGACGGTTA ATCTGCCTCG TATTGCTCTT GAGTCTGAAG GTGATATGAA 2100 TAAGTTCTGG GAAATCTTCA ACGAGCGAAT GAATATCGCA GAAGATGCTC TTGTTTACCG 2160 TGTCGAACGC ACTAAAGAGG CGACACCAGC GAATGCTCCT ATTCTTTATC AGTACGGTGC 2220 TTTTGGCCAT CGTCTAGGTA AAGAAGAAAG TGTTGACCAG CTCTTTAAGA ATCGTCGTGC 2280 GACCGTTTCG CTGGGCTATA TCGGCTTGTA TGAAGTAGCG ACAGTTTTCT TTGGTAACAG 2340 CTGGGAAAGT AATCCAGATG CTAAGGAATT CACGCTAGAC ATCATTCACG ATATGAAACG 2400 CCGTGTAGAA GAGTGGTCAG ACCAATATGG CTACCATTTC TCTATCTACT CAACACCATC 2460 CGAAAGTCTG ACAGACCGTT TCTGCCGACT AGATATAGAC AAGTTTGGCT CTATTCCTGA 2520 TATCACAGAC AAGGAATACT ACACCAACTC TTTCCACTAC GATGTTCGTA AAAATCCAAC 2580 ACCGTTTGAA AAATTGGACT TTGAGAAAGT CTATCCGGAA GCAGGTGCGT CAGGTGGTTT 2640 CATCCATTAT TGTGAGTATC CAGTCCTTCA GCAAAATCCA AAGGCCTTGG AAGCTGTCTG 2700 GGATTATGCT TATGACCGTG TAGGCTATCT AGGCACCAAT ACTCCGATTG ACCGTTGCTA 2760 CAAGTGTGAC TTTGAAGGGG ATTTTGAACC AACTGAGAGA GGGTTTGCTT GTCCAAACTG 2820 TGGCAATAGC GACCCTAAAA CAGTAGATGT GGTGAAACGA ACTTGTGGCT ACCTAGGTAA 2880 TCCTCAAGCA AGACCGATGG TCAACGGGCG TCACAAGGAA ATCGCTGCGC GTGTCAAACA 2940 TATGAATGGT TCAACGATTA AAATAGCTGG GCATCAAGTA ACAAATTAGA AAGAAATGAA 3000 ATGGGAAAAT ATCAACTAGA CGATAAGGGG CGCGCACAAG TGACCCGTTA TCACGAGAAA 3060 CACTCTAAAG GTGGAGCTGG TAAGAAAGAA CGCTTGCTTA GCTTCAGAGA ACAATTTTTA 3120 AACAAGAACA AGAAAAAATA AAAGTGAGAG CCAGCTCTCG CTTTTCTCAT AGTGGGAGGT 3180 AAGGATGGAA TTACGCAGAC CAAGATTAGC GGATAAGAAA GCTGTTTTAG ATATGATGAC 3240 AGAGTTTGAA AAATTTCAGT CGCCTCACGA CGGCGGTTTC TGGGATACAG AGAACTTTGT 3300 GTATGAAGAC TGGTTAGAAA GCAATCAGGA ACAGGAAATG GGGATTAATC TGCCTGAAGG 3360 ATGGGTTTCT GCAATTCAGT TAGTGGCTTT TTCTGAGAAA GGTCAAGCAG TTGGATTTCT 3420 TAATCTCCGG TTGCGCCTCA GTAACTTTCT ACTAGAAGAA GGTGGCCACA TTGGCTACTC 3480 CATTCGTCCA TCTGAAAGAG GCAAGGGTTA TGCAAAAGAG ACTCTCCGTC AGGGCTTGCA 3540 AGTTGCTAAG GAAAAGAACA TCAAGAAAGC TCTGGTGACC TGTAGTGTGA ATAATCCTGC 3600 TAGCAGAGCA GTCATTCTAG CAAATGGTGG AATATTTGAG GATGCTCGCA ATGGAGTCGA 3660 GCGTTATTGG ATAGAGGTAG CGAATGAATA ATCCAAAACC ACAAGAATGG AAAAGCGAGG 3720 AACTTAGTCA AGGTCGTATC ATTGACTACA AGGCCTTTAA CTTTGTGGAC GGCGAAGGCG 3780 TGCGCAACTC TCTCTATGTA TCAGGCTGTA TGTTTCACTG CGAGGGATGT TATAATGTTG 3840 CGACTTGGTC TTTTAATGCT GGCATTCCCT ATACAGCAGA ATTAGAAGAG CAGATTATGG 3900 CAGACCTTGC CCAACCCTAT GTTCAAGGCT TGACTTTGCT GGGAGGGGAG CCTTTTCTCA 3960 ATACTGGGAT TCTCTTGCCA CTTGTTAAGC GGATTCGGAA GGAATTGCCA GACAAGGACA 4020 TCTGGTCCTG GACCGGCTAC ACTTGGGAAG AAATGATGTT GGAAACTCCA GATAAACTGG 4080 AATTCTTGTC ACTGATTGAC ATTCTTGTCG ATGGAAGATA TGATCGAACT AAGAGAAATC 4140 TTATGCTCCA GTTTCGAGGT TCATCTAACC AACGAATTAT CGATGTGCAA AAATCGCTCA 4200 AAAGTGGGCA AGTAGTGATT TGGGACAAGC TCAATGACGG AAAAGAAAGC TATGAACAGG 4260 TGAAGAGAGA ATGAAGAAAA AGGACTTAGT AGACCAACTA GTCTCAGAGA TCGAGACGGG 4320 GAAAGTCAGG ACACTGGGAA TATACGGTCA TGGAGCTTCA GGTAAATCAA CCTTTGCACA 4380 GGAATTGTAC CAAGCTTTAG ATTCTACTAC AGTAAATTTG CTAGAGACAG ATCCTTATAT 4440 CACCTCAGGA CGCCATCTGG TAGTACCCAA GGACGCGCCG AATCAAAAGG TGACAGCCAG 4500 TCTGCCAGTG GCGCATGAAC TGGAGAGTTT GCAGAGAGAT ATCCTTGCTT GCAGGCGGGT 4560 ATGGATGTCT TGACAATTGA AGAACCTTGG AAGGCTAGTG AGGTCTTGTC TGGAGCCAAA 4620 CCAATTTTGA TTGTCGAAGG GATGTCTGTT GGCTTTCTAC CCAAGGAACT CTTTGAAAAA 4680 ACCATCTGTT TCTACACGGA TGAGGAGACC GAATTAAAGC GACGCCTTGC TAGAGATACG 4740 ACTGTGAGAA ATCGCGATGC GG 4762 (2) INFORMATION FOR SEQ ID NO : 92 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3832 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 92 : GATGCAGGTT TCGACCCACA TATTCCAGAA AATTACTTTA AAGATGATGA TGTTAATCAG 60 GTACCTTGTC TTTGTTGGTC TTCATCTGCA GCCCTCTTTT TCAGTAATTG GGTAGACCAT 120 GCGGTCTATC AGGAGACGCC TTTTGATTGG AGAAAGATAG AAGATGATGC ATCTGCATAT 180 GGGTATTTAT AAGAGGAATT ATGACATATT TAGACGCTTT TAAATCAGGT ACCTTGGTTT 240 TACCGAGTGC CCTGCTCTTG CATTTTAAGG AACTCTTTCC TTCTAGCGAC GATTTTCTGG 300 TTTGGCAATT TTTCTATTTG CAAAATACGA CAGGCTTAGA AGAAATGTCG CCAAGCCAGA 360 TTGCTGAAAG GATTGGCAAG GAAATTTCGG ATGTCAACCA GTCCATTTCT AATCTGACGG 420 AAAGGGGACT GCTCCAGTAT CGTACTATCG AATTAAATGG CGAAATTGAA TTGCTCTTTG 480 ATGCTAGTTT GGCCTTGGAA CGTTTGGATG ACCTGTTTGG AGCAGTTCAT TCAAGTTCAG 540 ACCAGCTAAC ACCTCAAAAC CAGCTCAAGG ATTTGGTGGA AACCTTCCAG CAGGAGTTGG 600 GACGATTGTT GACGCCTTTT GAGATTGAGG ATTTGACCAA GACACTAAAG GAAGATGGAA 660 CCAGTGCTGA CTTGATTAAG GAGGCTCTTC GTGAAGCTGT TTTGAATGGA AAACCAAACT 720 GGAAGTACAT TCAGGCGATT TTGAGAAACT GGCGCCATGA AGGAATCAAG AGTGTGGCTC 780 AAATTGAGGC CAAGAGAGCA GAAAGAGAAG CAAGCAATCC TCAGTTGACA CAGGTATCTG 840 CAGATTTCAT AAATGCCATG GATCTCTGGA AGGATTAATC CATGCAAGTA GGCTTGAAAT 900 CCGAGTAAGA TTTGCAAGCT GTGTATAATT GTGATAGAAT AAATAGAAAA TAAATTGAAA 960 AAAGAGGTAT GTGAAATGTC ACGTAAACCA TTTATCGCTG GTAACTGGAA AATGAACAAA 1020 AATCCAGAAG AAGCTAAAGC ATTCGTTGAA GCAGTTGCAT CAAAACTTCC TTCATCAGAT 1080 CTTGTTGAAG CAGGTATCGC TGCTCCAGCT CTTGATTTGA CAACTGTTCT TGCTGTTGCA 1140 AAAGGCTCAA ACCTTAAAGT TGCTGCTCAA AACTGCTACT TTGAAAATGC AGGTGCTTTC 1200 ACTGGTGAAA CTAGCCCACA AGTTTTGAAA GAAATCGGTA CTGACTACGT TGTTATCGGT 1260 CACTCAGAAC GCCGTGACTA CTTCCATGAA ACTGATGAAG ATATCAACAA AAAAGCAAAA 1320 GCAATCTTTG CGAACGGTAT GCTTCCAATC ATCTGTTGTG GTGAATCACT TGAAACTTAC 1380 GAAGCTGGTA AAGCTGCTGA ATTCGTAGGT GCTCAAGTAT CTGCTGCATT GGCTGGATTG 1440 ACTGCTGAAC AAGTTGCTGC CTCAGTTATC GCTTATGAGC CAATCTGGGC TATCGGTACT 1500 GGTAAATCAG CTTCACAAGA CGATGCACAA AAAATGTGTA AAGTTGTTCG TGACGTTGTA 1560 GCTGCTGACT TTGGTCAAGA AGTCGCAGAC AAAGTTCGTG TTCAATACGG TGGTTCTGTT 1620 AAACCTGAAA ATGTTGCTTC ATACATGGCT TGCCCAGACG TTGACGGTGC CCTTGTAGGT 1680 GGTGCGTCAC TTGAAGCTGA AAGCTTCTTG GCTTTGCTTG ACTTTGTAAA ATAATCAGTA 1740 AGTAGCAAAA GCTAGGTGGA ACAGCATTCA GATGTCTGTT ACATTTTTTA TAGGAGAGAA 1800 AGATTGAAAA CAAAAATTGG ATTAGCAAGT ATCTGTTTAC TAGGCTTGGC AACTAGTCAT 1860 GTCGCTGCAA ATGAAACTGA AGTAGCAAAA ACTTCGCAGG ATACAACGAC AGCTTCAAGT 1920 AGTTCAGAGC AAAATCAGTC TTCTAATAAA ACGCAAACGA GCGCAGAAGT ACAGACTAAT 1980 GCTGCTGCCC ACTGGGATGG GGATTATTAT GTAAAGGATG ATGGTTCTAA AGCTCAAAGT 2040 GAATGGATTT TTGACAACTA CTATAAGGCT TGGTTTTATA TTAATTCAGA TGGTCGTTAC 2100 TCGCAGAATG AATGGCATGG AAATTACTAC CTGAAATCAG GTGGATATAT GGCCCAAAAC 2160 GAGTGGATCT ATGACAGTAA TTACAAGAGT TGGTTTTATC TCAAGTCAGA TGGGGCTTAT 2220 GCTCATCAAG AATGGCAATT GATTGGAAAT AAGTGGTACT ACTTCAAGAA GTGGGGTTAC 2280 ATGGCTAAAA GCCAATGGCA AGGAAGTTAT TTCTTGAATG GTCAAGGAGC TATGATGCAA 2340 AATGAATGGC TCTATGATCC AGCCTATTCT GCTTATTTTT ATCTAAAATC CGATGGAACT 2400 TATGCTAACC AAGAGTGGCA AAAAGTGGGC GGCAAATGGT ACTATTTCAA GAAGTGGGGC 2460 TATATGGCTC GGAATGAGTG GCAAGGCAAC TACTATTTGA CTGGAAGTGG TGCCATGGCG 2520 ACTGACGAAG TGATTATGGA TGGTACTCGC TATATCTTTG CGGCCTCTGG TGAGCTCAAA 2580 GAAAAAAAAG ATTTGAATGT CGGCTGGGTT CACAGAGATG GTAAGCGCTA TTTCTTTAAT 2640 AATAGAGAAG AACAAGTGGG AACCGAACAT GCTAAGAAAG TCATTGATAT TAGTGAGCAC 2700 AATGGTCGTA TCAATGATTG GAAAAAGGTT ATTGATGAGA ACGAAGTGGA TGGTGTCATT 2760 GTTCGTCTAG GTTATAGCGG TAAAGAAGAC AAGGAATTGG CGCATAACAT TAAGGAGTTA 2820 AACCGTCTGG GAATTCCTTA TGGTGTCTAT CTCTATACCT ATGCTGAAAA TGAGACCGAT 2880 GCTGAGAGTG ACGCTAAACA GACCATTGAA CTTATAAAGA AATACAATAT GAACCTGTCT 2940 TACCCTATCT ATTATGATGT TGAGAATTGG GAATATGTAA ATAAGAGCAA GAGAGCTCCA 3000 AGTGATACAG GCACTTGGGT TAAAATCATC AACAAGTACA TGGACACGAT GAAGCAGGCG 3060 GGTTATCAAA ATGTGTATGT CTATAGCTAT CGTAGTTTAT TACAGACGCG TTTAAAACAC 3120 CCAGATATTT TAAAACATGT AAACTGGGTA GCGGCCTATA CGAATGCTTT AGAATGGGAA 3180 AACCCTCATT ATTCAGGAAA AAAAGGTTGG CAATATACCT CTTCTGAATA CATGAAAGGA 3240 ATCCAAGGGC GCGTAGATGT CAGCGTTTGG TATTAAGCGA TGATTTGAAA GAGGGATGTG 3300 ATAGTAGCAC CCTCTTTTTC TTTGTTTTAT GATAGTTCAT CCTCGAGTAA ATTCAAGTTC 3360 TTGCTCGGAA ATGAAGCTTA TATAGTAGAT TGAATATAGA CAAATACCTT GTGATTGGTA 3420 AAACATTTTA GAAATTCATT TACCTTTCCT AATCGACTTG GTTTCATCTT ATTTCAATCT 3480 ATTATAGTAT TGGGGAATTT CTTCAAACCA CATCAGCTTG GTCAGTTCTA CCTGCGACCT 3540 CAAAACTTGT GCTTTGGTCA AGCTGGGTTT AGTTTCCTAG TTTGCTGATG GATTTCCATT 3600 GACTATAAGC ATCCAACCCT CTTTTTGTCT TCTAAAGAAT TCTTAAATTA TCAGTCTATT 3660 GCAACTTTTC TCATATAAGT TCTTTGTCTT GCTATTGGTT TTCCTTAGTA GTATACTAAG 3720 GTAGTAATCA TTAAGAAGTG GTTACAAAAA ATAATGAATG AGGTAAAGAA AATGGTAGAA 3780 TTGAAAAAAG AAGCAGTAAA AGACGTAACA TCATTGACAA AAGCAGCGCC GG 3832 (2) INFORMATION FOR SEQ ID NO : 93 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 10690 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 93 : TGAAAAAATC CTCATGAACC TGGCGCCAAT AGACAAGTGT CTTGTTTCCC TCACCTTCCT 60 TATAGGCATG GTCAGCTGAC ACTCGATTGA AGGGTTTAAC AGAAACCTTT GTAATTTCGA 120 CAATGCAGAC AGCCTGATTT TGACTATCTA AAATGACATC GAAGGTCCCT ACTTGGGGAA 180 GTGGTTCGTC TTCTAGCACA TAGAGGTCAT AGGCTGATGC TGTTGCTGTC TTTTCTCCTT 240 TAAACACCAA ATCCGCTAAA AGGTCTGGTT CAACTCCAAA AGCCCAGGCA TCGATTTCAT 300 CTCCGATCAA AGGATTGATT TGCTTGTATT TATTCCACAT TTCTTGCGGT ATCATGGGTG 360 CTCCTTTGTA ATTTTTTACT TTCTTCTTTT ATGTGTTTAA GATGATCTGG ATGGTCAATC 420 TCTAAATCAA AAATCTCTGG AATAGAACTG TAGTGGATAA TGCACTTGAT ACCCAACTGA 480 TTCATTTTTT GTATGAAAGA AGTATTCAGA TAGCCTGCTA CAGCAAAATC AATCTTGTTC 540 TTTCTTGCTT TATCCTGCAT ATCTCTTAGC ATATCTAACA TTATTGGACT TTCCATATCA 600 TGCCATTGAC TGTTTCTCAT AGTCGCAAAA ACAAAGGAAG TCAAATCATT CATTCCAACT 660 ACAATCTTTG AAATGCCCGT TTCCAGTATA CTAGATAAGT CAAAATACGC TGACGGTAAT 720 TCAATCATCG TTCCGACTTT CCCAGTAAAA CCCTGCTGAC GCAATACTGT AATAGCTTGT 780 TTTAATTGGT CGGCATCATT GACAAAAGGA AAGATAACAG ATAGATTGGG GTTGGTTTGA 840 TAAACTTCTG TAACGACATG TGCTTCAGCC TGAAATTCAT CCAAACACGC CAGTAAACGC 900 CTAGTTCCTC TATAGCCAAA CAAGGGATGC CCTTCGTCAA AAAACTCTTT AGTCCCCACT 960 AAACAATTGG CTTCTGTATT CGTTAATTCA GTAAAACGAT ACCAAACTTC CTTACCTAAG 1020 TAAAAGGAGC AAATAGTATC AAGATAATCT TTCACAAATT CCTGACAACT TTGTAATAGT 1080 ATATTTTGAT TGAGCTCTCT CAATAAGTAT TCCCCACGAA TCATGCCGAC GTGGTGAAAT 1140 AGTTGAGGAT AAATTTTTTC AAGAATTTTT TCGCCACTAA GGGCAAGTTG ATTTCTCATC 1200 ATTCACCTTC CAATTCATGT AAGAAGTCTT GTCCAGTTCT GGAAATCCTA ATAATTCAGA 1260 CTTAACCTTC AAGACTAATG GCGATGCATT TTCTTCTGTA ATCTCTTGAA TATCCATCCA 1320 AATATATCCA AGTGAATCAT TCGCACCATC AGACACAGCT TCCGAAATCG TAACTTGAGG 1380 TGCACTCTCA TTCATTTCAA CATCATACAA GGCTATGACA TGGTGAACCA TAAAATTTTT 1440 TAACTCTTCC CTGACGAAAA CATCGTAGAT TCGAGGATTA GAGTAGCTTC TAACAGTAAA 1500 TCCCGTCTCT TCCATAACTT CTCTAGTCAG CGTTTCCGTC AGTCCTTCAC CAAGTTGCTG 1560 ACTGCCTCCA GGTAGATCAT ACCGATGTTG ATAAGGGCCT CTCGTTTTTT CAATGCAAAG 1620 TAACTTTCCA TTTTCAAAGC AAACACAGTA GACCCCAAAG TGATTTTTGA TTTCCATCCA 1680 ACTCCTCCTA CTTCAAAGAC CAGCCACCAT CTATTGTCAA GATTTGTCCT TGCATGGCGC 1740 TCGCTTTTCC ACTTGCTAAA AAAAGACTAA GCTCTGCTAT TTCCTCTGGC TCAATCCAGC 1800 GCTTGATTGG GGTTTCACTA GCCACCCAGT CAGCCAAACC ACCTGGTTCA AAATCCGCAG 1860 CGGTCATAGC TGTCTTGACT GCTCCTGGAG CGATACCAAA GACCTGAATC CCAGCTTCAG 1920 CATAGTCTAG AGCCAACTGC TTGGTGAAGC CAGCCAAGGC ATGCTTGGAT GAAGTATAGG 1980 CGTGACCACC TCCACCTGCT AGGCTAGAAG CAATGGAACA CATATTGATG ATGATTCCCT 2040 TTTTATTTTC CAGCATTTGT GTCAAATAAT ACCGAGTCAA CTCTACTGGA ATAATGTAGT 2100 TGATTTCAAA AATCTCTTGA ATGTCCTGCG CCGTTTGTTC CAACAGTGGT TTGTAATCAT 2160 CCAAAACTCC AGCAGTATTA CACAAAACAT CCACCTGAGG GCACCAGTCA AAAATAGGTT 2220 CCAAGTCCAA GGTCAAATCT CTCTGTAAAA AGCGAAAATC ACCCTCTAAG AGTGGCTTTT 2280 CACCTTGGTC AACTCCATAA ACTTGATAGC CCTTCTCTAA AAAGAGGCGA GCTTGAGCCA 2340 ATCCGATCCC TGAACTCACT CCTGTAATGA GTACACGTTT AGTCATGCAC TTCTACCCAA 2400 TCCGTTGCCA AAACATCACA AACTGTCGGG CTCCACATGG AAAAACCTTC TCCTTCGCCA 2460 GAAACGTTGA TTAGGAAATA AGGTGTCATT TCAAGTGCAA GCCCATTTTG CTCGATGGTA 2520 TCAAAGAGTT GGACATAGTT TTCCGCACCT CCCCAACCAG TTCGTACATA TTTTCTCTTA 2580 GCCTTTAACC CAGGCAGGAT CTCTTCAAAT GTCATGTTTT TCTCCTTTAA TTCTACATTC 2640 TTCATTTAAT TATAGCAAAA AACCGCTTTA TACGGCTTTT TGAATGTGAG TTATTCAAAC 2700 CTGCTACTAC TTACGGCAAA TTATTCCCTG CAGCAAGATA AATTTCATAC CATTCTTTTC 2760 TTGTTAAGCT AAAGTTTGCC GCTCGGCTAA CTTCTCTCAA GTGCTTAGGA TTTGTTGTAC 2820 CTACGACTGC CTGCATTTTT GCTGGATAAC GCAATATCCA AGAAATGGCA ATAGTTGAAG 2880 AGGTTACTCC ATATTTAATA GCTAAACGAT CAAGTACTTG ATTTAAAGCT TGAAATTTCT 2940 CATTTCCAAC AAAATTCCCT TTAAAATACC CGAATTGTAA GACAGACCAT GCTTGAATGA 3000 CCACATCGTG TAATTGGCAA TATTCAAAAA TGCTGCCATC TCGCATAGCT GCTTGACTAT 3060 CTTCCATATT AACATGAAAA GCTGATTCAA ATCCTGGAGT AAAAGCCGCA CTCAATTGTA 3120 GCTGATTAAC AGCTAACGGC TGCTTGACAT CTTTTTTAAG CAACTCCATC ATCATAGGAT 3180 TTTGATTAGA AACTCCAAAA TCTCGAACTT TACCTTGTTT ATAAAGGAGA TTAAAGGCTT 3240 CTGCTACTTG GTCAGATTCC ATCAAAGCAT CTGGTCGATG AAGGAGCAAG CTATCTAGAT 3300 GATCAATCTT CAATCTTTGC AAAATACCGT CTACTGATTT TATAATATAG TCCTTAGAAA 3360 AATCAAAATA GGTAAATTCT TCAATGCGAA TGCCACATTT GGACTGAATC CACATCTTTT 3420 CTCTTAAATC TGGACGATTT TTTAGGACAA GACCTAACAG TTCTTCACAA CGACCACGAC 3480 CATAAATATC AGCCAAGTCG AAGGCATTGA TTCCAACAGA AAGTGCTGTT TCTACAAGCT 3540 CTTCAACTTC TTTTACAGAT TTATCTTTTA TTCTCATCAT TCCGAGAACA ATTTCTGATA 3600 ATTCTTTGTC ATCTTGACCA AGAGTTATGT ATCTCATCAA ATTTTTCTCC TTTAATTTCT 3660 AACATTCTTC CCTTCATTAT AACAAAAAAC CGCTTTGCAA CGACTTTTTG ACTATACTTC 3720 ACTCCATTTT ATCTTCTTAA ACCCACGGAA CAAGACAAAG ATTCCAATAA AGAGGACAGC 3780 TAAAGGAATA ACTTTTGTAA GGAAAACATT TGAAATTCCC ATCCACTCAT AATAACGGAG 3840 CAGAGAACCC ACCACAAGAT GGGCAATAAT CATACTGACA AATGGACGAA AGACCGCTTC 3900 TTTCCAATTC CAAATACCGA TAACTAGCGA AATCGTAAAG ACAGACAAAC TATCCCAGGG 3960 AGCCGGAATA TAAAAGGCTC CTTCTTGTAT GAAGCTTGCC ATTCCTACAT ATCCTAAAAC 4020 AACTAGAAGA ACTATAGTCC CAACAACAAT GTAAGTGCCA ATTTTCATTT TAGGAGAATC 4080 TTGGACTAAA CTTCTTCGTA AAATTGTGGC CACAAGTCCA AATCCAATCA GAAAAATAAG 4140 AAGTTGCCCT AAAAATGTGA GCAAATTGAC TGTTAAGAGA GGACCTTTAG AAAAATCACT 4200 TAGTAGTTGA TAATAACGTA ATACCGCCAG GACAAGAATT GGCGTCAAAA GGGACTCTTT 4260 GATAGAACTG CGAGGTGCTC CCTTGAGAAT CTCTTTCATT ATTTTTTTAG GATTCTTACC 4320 TAGATAATCC TCTGCACTCA TGCCATCTCG TTCTGCTTCT GAGAAATCTA GCATCATCAA 4380 ATAGATCTGC TCTCTGAGAT AGTCTTCATC ATAGAGAAAT CCAGCAAGAT TAAAACTTTC 4440 CCACAACTCC TCAAAATACT TTTGATTCTC CTCAGAAAAC TCATGTAGCA AAGCGCTTGT 4500 TTCTTCGTAA TACTTCATTT TCTTCATGGT TTAACCCCCA TTCTTAATCC CTTCTACTTT 4560 TTGACTCAAA TCGTCCCATT GTTGCCAAAA GACTGAGACA CGCTCTTCTC CTTCTTTCAT 4620 TAATGAAAAA TACTTCCGAT CTGGACCATC TGGCGACGGG CGCATGTCGC CTCTTATCCA 4680 TTGATTTTTT TCTAACTTTT GCAACAAAGG ATAAATAGTT CCTGGAACGA TAGTATCAAA 4740 TCCAGCCTCT CGCAAAGTCT GAACCAACTC ATAACCATAC CGCTCTTTTT GACCAATCAT 4800 ATCCAAGACA CAACCTTCAA GAACACCTTT TAATAGCTGA GTTTCTTTCA TCACTTCTCC 4860 CTTCTAATCT ATTTTGTAAT ACCTACTAGT GACTTCACCT ATAGTATATC ACTTCTACAC 4920 TAGTTTGTAA AGCATAATAG TTAATACTCT TCGAAAATCT CTTCAAACCA CGTCAGCGTC 4980 GCCCTACCGT ATGTATGGTT ACTGACTTCG TCAGTTTCAT CTACAACCTC AAAAACATGT 5040 TTTGAGCTGA CTTCGTCAGT TTCATCTACA ACCTCAAAAC AGTGTTTTGA GCTGACTTCG 5100 TCAGTTTCAT CTACAACCTC AAAACAGTGT TTTGAGCTGA CTTCGTCAGT TTCATCTACA 5160 ACCTCAAAAA CATGTTTTGA GCTGACTTCG TCAGTTTCGT CTACAACCTC AAAACAGTGT 5220 TTTGAGCAAC CTGCGGCTAG CTTCCTAGTT TGCTCTTTGA TTTTCATTGA GTATAAATAA 5280 AAAAACAGAA CTAGCCTGAA CTAGTCCTGT CTACTTTTAC CCAATCACAC TTCCATTTGG 5340 TACAGCTGGA TCAACTGTGA GAAGGGTTAA TTTGCCATCA TGTTCAGCTG AGAGAATCAT 5400 ACCCTGGCTG ACATATTTTT TCATCATTTT ACGTGGTTTG AGGTTAGCAA CGATTTGAAC 5460 TTTCTTGCCG ACCAATTCTT GTTCATTTGG ATAGTATTTT GCAATTCCTG AAAGAATCTG 5520 ACGATCTTCT CCATCACCAG CATCCAAGCG GAATTGAAGC AACTTATCTG AACCTTCTAC 5580 TTTAGACACT TCTTTGACTT CTGCGACACG GATTTCAACC TTGTCAAAGT CTTCAAACTT 5640 GATTTCATCC TTGTTTAGTT TGAGCTCAAC TTCGTCCGGA TTCCATTCTT TTTCGACTGC 5700 TGGTTTATTG CCTTCCATTT GTTCCTTGAT ATAGGCGATT TCTTCTTCCA TATTTAGACG 5760 TGGAAAGATA GGTGTTCCTT TGGCAACTAC AGTCACATCT GCTGGGAAGT CAGCCAAACT 5820 CAAGTTTTCA AGACTAGAAA CTTCTTCCAA ACCAAGTTGA GTCAAAACTG CACGACTAGT 5880 TTCCATCATA AATGGTTCAA TCAAGTGAGC AACTACACGA ATGCTGGCTG CCAAGTGGCT 5940 CATGACACTT GCCAATTGGT CACGAAGAGC TTCATCCTTG GCCAAGACCC ATGGTGCGGT 6000 CTCATCGATG TATTTATTGG TACGAGAGAT CAGAGTCCAG ACTGCTTCAA GCGCACGTGG 6060 ATAGTCAACT GCTTCCATGT GTGTATGGAA GTCTGCGATT GATTGTwCTG CAACCTCAGC 6120 AAGAACATGA TCATATTCAG TCACACCTTC TACATAGGCA GGGATTTGTC CATCAAAGTA 6180 CTTATTAATC ATGGAAACCG TACGGTTAAG GAGGTTCCCA AGGTCATTAG CCAATTCATA 6240 GTTGATACGG CCGACATAGT CTTCAGGAGT AAAGGTTCCG TCTGAACCAA CTGGAAGGTT 6300 ACGCATGAGG TAGTAACGAA GTGGATCTAG TCCATAACGC TCTACCAACA TTTCAGGGTA 6360 AACGACATTC CCTTTTGACT TAGACATTTT TCCGTCTTTC ATGACAAACC AACCATGGGC 6420 AATCAAACGA TCAGGTAATT TAACATCCAA CATCATAAGA AGGATTGGCC AGTAGATAGA 6480 GTGGAAGCGA AGGATATCTT TTCCTACCAT ATGGAAGACT GTTCCATTCC AGAACTTGTC 6540 AAAGTTACCA TGTTCGTCTT GAGCGTAGCC AAGAGCTGTC GCATAGTTAA GAAGGGCATC 6600 AATCCAAACG TAGACAACGT GTTTTGGATT TGATGGGACA GGCACTCCCC ATGTAAAGGT 6660 TGTACGAGAT ACCGCCAAAT CTTCCAAGCC TGGCTCGATG AAGTTGCGTA GCATTTCATT 6720 AAGGCGACCA TCTGGCGTGA TAAATTCAGG ATGAGCTTTG AAAAATTCGA CCAAACGGTC 6780 TTGGTATTTG CTAAGGCGAA GGAAGTATGA TTCTTCAGAA AcCCATTCAA CCTCATGACC 6840 TGATGGAGCA ATACCACCAG TCACATTTCC AGCTTCATCA CGGAAAACTT CTGCCAGCTG 6900 GCTTTCTGTA AAGAATTCTT CGTCTGATAC TGAATACCAA CCAGAGTATT CACCCAAGTA 6960 GATATCATCT TGAGCAAGTA AGCGTTCAAA GACTTGTGCG ACAACTTTTT CATGGTAGTC 7020 ATCAGTTGTA CGGATAAATT TATCGTATGA GATATCTAGT AATTGCCAGA GTTCTTTAAC 7080 TCCAACCGCC ATTCCATCAA CATAGGCTTG AGGTGTAATA CCAGCTTCTT CCGCTTTCTG 7140 CTGGATTTTC TGACCATGTT CATCAAGACC TGTCAGATAA AATACATCGT AGCCCATCAG 7200 GCGTTTGTAA CGTGCTAGGA CATCACATGC GATAGTTGTG TAGGCAGAAC CGATATGAAG 7260 TTTCCCAGAT GGATAGTAAA TCGGCGTTGT AATATAAAAA TTTTTTTCAG ACATAATTTT 7320 TCCTTTCCAG GCAAATGAAA CCTGTTTTTC TAACACTTCA TTATATCACA TTTTTAATGA 7380 ATTTCAATAG GGAAATCCAT ACAAAAACAA GATAGACGAG TGTCCATCTT GTTGATCTCA 7440 TTCATAACGA AGGGCTTCAA TTGGATCAAG TTTCGATGCC TTGTTGGCTG GCAAGACTCC 7500 AAAAATCATA CCAACACTAG CCGAAACTGC AAGACTAAAT AGGGCGACTG GGATTGATAC 7560 TCCAACTTCT ATACCTTCTA TTAAACCTTG CAGTAACAAA CCTGCTAAGg CAGTTAAACC 7620 ACTTGCAATT GTCAAGCCAA TTAAGCCACC TAACAAGGTC AAAATCATGG ATTCAATCAA 7680 AAACTGAATT AAAATATTGG CACGTGTTGC ACCCAAAGCC TTACGAAGAC CAATCTCACG 7740 AGTGCGCTCT GTCACCGAAA CCAGCATGAT GTTCATGACA CCAGTTCCTC CAACAAAGAG 7800 AGAAATCCCT GCGATGGAAC TAATAATCGT CGTCATAAAA CTAAACGATT GTTGAATTTC 7860 TGCAAATACA ACGGACTCAT CTGCCACCTG GTATTCTCCC TGTTGTAAGC CTGCAAGCTC 7920 TGTCATTTTT CGTGCCAGTT CTGGACCCAG AGTTGGGGTT AAACTGGTAT CATTCACTCG 7980 AAAGACAATA TTAGCTATTT CATCTACATT AAAATTCGCA GCAAGGGAGA TATTGGTAGT 8040 AATAGGCAAG CCACCAAACC CATATATTTT TGATCTTTTA GCCTCCGGAC TAGTATAAAC 8100 CCCAATGACC CGGTAACTAA ATCCATTGAC TTCTACAACC TTGTTAATAG CCTCTTGAGG 8160 AGATTCAAAT AAACTAATGG ACAATTCCTC ATCTAGCAAA ATGACACTTG CAAACTCTTT 8220 GAAATCTTGC TCTCTCAGAC TACGACCTGC AATAATTTCA TTCTTAACAG CGTCCATGTA 8280 AGTTCTGTTT CCACCTGTCA AATTAGCATT CTCAACCTTT TTATCTTGAT AGGTCAAGAT 8340 GGCATTCGTT GAATTGGTTA CATAGTAACT ATCCACTCCC TTCAGTTTAG CTGCCTCTTG 8400 GACCCAGGAT TCTTGCGGTT TTGGCGGTTC AACAGGAACT TCCTCTTCCT TTCCAGAAAC 8460 CGTAAAAGCT GATTGTTTCT GAGTAAAAGA CCCGTCTTTA CTTTTTTTAG GAGAGAAAAA 8520 GACGCTAATA TTTTTCTGAG ATTTAGTCAT ATCTTTATTG ACTTGACGAG ATAGGGAATC 8580 ACCCAAAGCC ATAATCACAA CAACTGATGA AACACCGATA ATAATCCCAA TCATAGTAAG 8640 CAAAGAACGC ATCTTGTGAG CCATGATAGA TGAAAAGGCA AATTTCAGAT TCTGCATCTT 8700 AGTTTTCCTC CTTTCCTAAC TGAGCACTGT CAGACGAAAT GACCCCATCC CGAATGACAA 8760 TCTGACGTTT GGCATAGGCA GCAATCTCAG GCTCATGCGT TACCATGATA ATGGTTTTTC 8820 CTTCTTTATT CAAATCAACC AATAATTGCA TAATTTGGTT ACCTGTTTTG GTATCCAAGG 8880 CTCCTGTCGG TTCATCCGCT AGGATAATAG AAGGATTGTT TACCAAGGCA CGCGCAATGG 8940 CTACACGTTG CTTTTGACCA CCAGATAATT CTGAAGGTAA ATGGTGACTA CGTTCTGTCA 9000 ATTCAACCTT GTCTAAATAT TCCTCAGCCA ACTTGCGACG TTTTGAAGAC GAAACTCCTG 9060 CGTAAATCAA GGGCAATTCT ACATTTTGCA GAGCATTGAG CTTCGATAGA AGAAAGAACT 9120 GCTGAAAGAC AAAACCGATT TGTTGGTTAC GGACCTTAGC TAGTTGTTTT TCACCAAGCC 9180 CAGCCACTTC TTGACCTTCA AGATAATATT CTCCACTGGT TGGTGTATCC AACATGCCAA 9240 TCGTATTCAT CAGAGTGGAC TTACCAGACC CAGATGGTCC CATGATGGCT ACAAATTCAC 9300 CCTCATTCAC TTCTAGATTG ATATTTTTGA GAACCTGCAG TTCTTGGTCA CCATTACGGT 9360 AACTTCTGAA GATATTTTTT AGACTAATTA GTTGCTTCAT CAGCCTTCAC CTCTTTTCCT 9420 TCTTCCAAGG AAGATGTTGG ATTACTGATG ACCTTAGCAC CGTTCGTTAA ACCAGAAGTG 9480 ATTTCTTGAT TTTCTGCGTC AGCATTTCCC AATGAAACCT CAACTTTTTT AGCCTTTTGT 9540 TGTTCATCCA CAATCCAGAC ATAATTTTTA CTATCATCCA TTACTAGACT GCTAACAGGA 9600 ACAAGAATAG CCTTAGTTTT GCTTTTAACC TCAATGTTGA CAGAAAAACC TTGTTTCAAA 9660 TCACCAACCT CGCCTGTCAC ATCAATAGTA TAAGGGTATT TAGAACCTGT ATTATTCCCG 9720 GCTGCTGGAC TAGCTGCTTC ACCATTGTTT TTAGGATAGT CAGAAATATA GCTTAATTTC 9780 CCAGTCCATT TTTTATCAGG ATACACTTTA GAAGTAAAGC TTACTTCTTG ACCTACAGAA 9840 AGGTTGGCTA GATTGTACTC AGACAATTCT CCCTTGACTT GTAAATTTTC ATTGCTGACA 9900 ATATGAACCA TAACTTGACT CGCCCCTGTT GGAGATTTAG AAACATTGCT ATTGACTTCG 9960 ACCACAGTTC CCTCTAGGGT ACTGAGAACA GTTGTTGCAT CCAATTGACT TTGAGCCTTG 10020 CTTAATTGCG CCGCAGCATC TGCACGCGCA TCACGGGCAT CACCCAATTG AGCGTCAATA 10080 GAAGCAACAG AATTTCCAGC CACTGGAGTT GGGCTTTGCA CCGTTGCATC TTCTCCTCCT 10140 ACTGGCGCTG GTAACTGTGG AGCCGGAGCT GAAGCGGCTT CATTTCGTGC TTGATTGAGT 10200 TCATTGATAT GACGATCTGC CCTAGCTACT GCTCGACTAG CTGAATCATA GGCCGCCTGC 10260 GCTTCTGAAC TACTGTACTT GACTAAAGCC TGCCCTTCGC TGACCTTATC GCCCACAGAA 10320 ACAAGGATTT CATCTAAATC ACCCTTACTA GCATCAAAAT AAACATATTG TTCATTTTTT 10380 GCTGTTACTG TCCCTGACAA TAAAACAGAG GAGGCCACGC TTCCTTCCTT GGCAACAACA 10440 AGATGAGTAG GCTCATCTTT TAGAGCAGTC TGAGAAGGTT GTCTAAAGAG TAAAATCCCC 10500 CCAGCACCCA ATACAACTAC ACTCGCAGCA CCGATTGCTG CATACAGTTG CCACTTTTTA 10560 GCTTTACCAT TCTTTTTCTT CATAATGAAA CTCCTTTTCT TTTTTACAAT ACTTTGCTAT 10620 TATACCAAAT TTCCCTCCAG CAAACAATAC AGTTCAGGAT TAAACAATCG TTCGGAATTT 10680 TGCTTTTCGG 10690 (2) INFORMATION FOR SEQ ID NO : 94 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 8195 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 94 : GAGAAAGCGC CCACGTTTCC CCGAAGGGAG AAAGGCGGAC AGGTATCCGG TAAGCGGCCA 60 GGGTCGGAAC AGGAGAGCGC AACGAGGGAG CTTCCCAGGG GGAAACGCCT GGTATCTTTA 120 TAGTCCTGTC GGGTTTCGCC ACCTCTGACT TGAGCGTCGA TTTTTGTGAT GCTCGTCAGG 180 GGGGCGGAGC CTATGGAAAA ACGCCAGCAA CGCGGCCTTT TTACGGTTCC TGGCCTTTTG 240 CTGGCCTTTT GCTCACATGT TCTTTCCTGC GTTATCCCCT GATTCTGTGG ATAACCGTAT 300 TACCGCCTTT GAGTGAGCTG ATACCGCTCG CCGCAGCCGA ACGACCGAGC GCAGCGAGTC 360 AGTGAGCGAG GAAGCGGAAG AGCGCCCAAT ACGCAAACCG CCTCTCCCCG CGCGTTGGCC 420 GATTCATTAA TGCAGCTGGC ACGACAGGTT TCCCGACTGG AAAGCGGGCA GTGAGCGCAA 480 CGCAATTAAT GTGAGTTAGC TCACTCATTA GGCACCCCAG GCTTTACACT TTATGCTTCC 540 GGCTCGTATG TTGTGTGGAA TTGTGAGCGG ATAACAATTT CACACAGGAA ACAGCTATGA 600 CaTGATTACG AATTCGAGCT CGGTACCCGG AAAATCCAGA AAATGCTTGA AAAAAATCCT 660 AGAAGATGGT ATAATACTAA ATTGTAAGGG TTATCACATA TAACTCAAAA AAAGAAAGAA 720 CAAAAGGAGA GTCAAACTAT GGCTTCTAAA GATTTCCACG TAGTGGCAGA AACAGGTATT 780 CACGCACGTC CAGCAACATT GTTGGTACAA ACTGCTAGCA AATTTGCTTC AGATATCACT 840 CTTGAGTACA AAGGTAAATC AGTTAACCTT AAATCAATTA TGGGTGTTAT GAGTCTTGGT 900 GTTGGCCAAG GTGCTGACGT AACTATCTCA GCTGAAGGTG CAGATGCAGA TGACGCTATC 960 GCTGCAATCT CAGAAACAAT GGAAAAAGAA GGATTGGCAT AAGGGAAATG ACAGAAATGC 1020 TTAAAGGAAT CGCAGCATCT GACGGTGTTG CAGTTGCAAA AGCATATCTA CTCGTTCAGC 1080 CGGATTTGTC ATTTGAGACT ATTACAGTCG AAGATACAAA CGCAGAAGAA GCTCGCCTTG 1140 ATGCCGCTCT ACAGGCATCA CAAGACGAGC TTTCTGTTAT TCGCGAGAAA GCAGTAGGTA 1200 CGCTCGGTGA AGAAGCAGCT CAAGTTTTTG ATGCTCACTT AATGGTTCTT GCTGACCCAG 1260 AAATGATCAG CCAAATCAAG GAAACTATCC GTGCGAAGAA AGTGAATGCA GAAGCAGGTC 1320 TGAAAGAAGT TACAGATATG TTTATCACTA TCTTTGAAGG CATGGAAGAC AACCCATACA 1380 TGCAAGAACG CGCAGcGGAT wTCCGCGACG TGACAAAACG TGTATTGGCA AACCTTCTTG 1440 GTAAAAAATT GCCAAACCCA GCTTCTATCA ATGAAGAAGT GATTGTGATT GCGCATGACT 1500 TGACTCCTTC AGATACAGCT CAATTGGACA AAAACTTTGT AAAAGCTTTT GTAACCAACA 1560 TTGGTGGACG TACAAGCCAC TCAGCTATCA TGGCACGTAC ACTTGAAATT GCTGCTGTAT 1620 TAGGTACAAA TAACATCACT GAAATCGTTA AAGACGGTGA CATCCTTGCT GTTAACGGGA 1680 TCACTGGAGA AGTGATTATC AACCCAACAG ATGAACAAGC GGCAGAATTT AAAGCAGC. TG 1740 GTGAAGCCTA TGCGAAACAA AAAGCTGAAT GGGCACTTTT GAAAGATGCT CAAACAGTGA 1800 CTGCTGACGG TAAACACTTC GAGTTGGCTG CTAATATCGG TACTCCAAAA GACGTTGAAG 1860 GTGTTAACAA CAACGGTGCA GAAGCTGTTG GACTTTACCG TACAGAGTTC TTGTACATGG 1920 ATTCTCAAGA CTTCCCAACT GAAGATGAGC AGTATGAAGC ATACAAGGCT GTTCTTGAAG 1980 GAATGAACGG TAAACCTGTT GTCGTTCGTA CAATGGATAT CGGTGGAGAT AAGGAACTTC 2040 CTTACTTCGA TATGCCTCAC GAAATGAACC CATTCCTTGG ATTCCGTGCT CTTCGTATCT 2100 CTATCTCTGA GACTGGAGAT GCTATGTTCC GCACACAAAT CCGTGCTCTT CTTCGTGCGT 2160 CTGTTCACGG TCAATTGCGT ATCATGTTCC CAATGGTTGC GCTCTTGAAA GAATTCCGTG 2220 CAGCGAAAGC AGTCTTTGAT GAAGAAAAAG CAAACCTTCT TGCTGAAGGT GTTGCAGTTG 2280 CGGATAACAT CCAAGTTGGT ATCATGATCG AGATTCCTGC AGCGGCTATG CTTGCAGACC 2340 AATTTGCTAA AGAAGTTGAC TTCTTCTCAA TTGGTACAAA CGACTTGATC CAATATACAA 2400 TGGCAGCAGA CCGTATGAAC GAACAAGTTT CATACCTTTA CCAACCATAC AACCCATCAA 2460 TCCTACGCTT GATTAACAAT GTGATCAAAG CAGCTCACGC TGAAGGTAAA TGGGCTGGTA 2520 TGTGTGGTGA GATGGCTGGT GACCAACAAG CTGTTCCACT TCTTGTCGGA ATGGGCTTGG 2580 ATGAGTTCTC TATGTCAGCA ACATCTGTAC TTCGTACACG CAGCTTGATG AAGAAACTCG 2640 ACACAGCTAA GATGGAAGAG TACGCAAACC GTGCCCTTAC AGAATGCTCA ACAATGGAAG 2700 AAGTTCTTGA ACTTCAAAAA GAATACGTTA ATTTTGATTA ATCGAAAAGT CCCTGCAACT 2760 CAGTTACAGG GATTTTTTTG ATATTTTAAA AAGAATTTTC AAGAAAATCT TTCTTATAGA 2820 AAGTCCAACC TTGAAAAAGT AGTGGTCAGA ACAAAAAATA CTTAAATGGT TCATAAAATT 2880 CTTGACAAGT TGGATATTTA GGAGTAAACT ATTAACCAGT TAAGTAATAG AGAGGAGTTT 2940 CTGCAATTTA GAAATGAATT GCAACTAGAA ATATCAAATA GAAAGAGAGT TTCGATGAAA 3000 ATTAATAAGA AATACCTTGT TGGTTCTGCG GCACTTTGAT TTTAAGTGTT TGTTCTTACG 3060 AGTTGGGACT GTATCAAGCT AGAACGGTTA AGGAAAATAA TCGTGTTTCC TATATAGATG 3120 GAAAACAAGC GACGCAAAAA ACGGAGAATT TGACTCCTGA TGAGGTTAGC AAGCGTGAAG 3180 GAATCAATGC TGAGCAAATC GTCATCAAGA TAACAGACCA AGGCTATGTC ACTTCACATG 3240 GCGACCACTA TCATTATTAC AATGGTAAGG TTCCTTATGA CGCTATCATC AGTGAAGAAT 3300 TACTCATGAA AGATCCAAAC TATAAGCTAA AAGATGAGGA TATTGTTAAT GAGGTCAAGG 3360 GTGGATATGT TATCAAGGTA GATGGAAAAT ACTATGTTTA CCTTAAGGAT GCTGCCCACG 3420 CGGATAACGT CCGTACAAAA GAGGAAATCA ATCGACAAAA ACAAGAGCAT AGTCAACATC 3480 GTGAAGGTGG AACTCCAAGA AACGATGGTG CTGTTGCCTT GGCACGTTCG CAAGGACGCT 3540 ATACTACAGA TGATGGTTAT ATCTTTAATG CTTCTGATAT CATAGAGGAT ACTGGTGATG 3600 CTTATATCGT TCCTCATGGA GATCATTACC ATTACATTCC TAAGAATGAG TTATCAGCTA 3660 GCGAGTTGGC TGCTGCAGAA GCCTTCCTAT CTGGTCGAGG AAATCTGTCA AATTCAAGAA 3720 CCTATCGCCG ACAAAATAGC GATAACACTT CAAGAACAAA CTGGGTACCT TCTGTAAGCA 3780 ATCCAGGAAC TACAAATACT AACACAAGCA ACAACAGCAA CACTAACAGT CAAGCAAGTC 3840 AAAGTAATGA CATTGATAGT CTCTTGAAAC AGCTCTACAA ACTGCCTTTG AGTCAACGAC 3900 ATGTAGAATC TGATGGCCTT GTCTTTGATC CAGCACAAAT CACAAGTCGA ACAGCTAGAG 3960 GTGTTGCAGT GCCACACGGA GATCATTACC ACTTCATCCC TTACTCTCAA ATGTCTGAAT 4020 TGGAAGAACG AATCGCTCGT ATTATTCCCC TTCGTTATCG TTCAAACCAT TGGGTACCAG 4080 ATTCAAGGCC AGAACAACCA AGTCCACAAC CGACTCCGGA ACCTAGTCCA GGCCCGCAAC 4140 CTGCACCAAA TCTTAAAATA GACTCAAATT CTTCTTTGGT TAGTCAGCTG GTACGAAAAG 4200 TTGGGGAAGG ATATGTATTC GAAGAAAAGG GCATCTCTCG TTATGTCTTT GCGAAAGATT 4260 TACCATCTGA AACTGTTAAA AATCTTGAAA GCAAGTTATC AAAACAAGAG AGTGTTTCAC 4320 ACACTTTAAC TGCTAAAAAA GAAAATGTTG CTCCTCGTGA CCAAGAATTT TATGATAAAG 4380 CATATAATCT GTTAACTGAG GCTCATAAAG CCTTGTTTGA AAATAAGGGT CGTAATTCTG 4440 ATTTCCAAGC CTTAGACAAA TTATTAGAAC GCTTGAATGA TGAATCGACT AATAAAGAAA 4500 AATTGGTAGA TGATTTATTG GCATTCCTAG CACCAATTAC CCATCCAGAG CGACTTGGCA 4560 AACCAAATTC TCAAATTGAG TATACTGAAG ACGAAGTTCG TATTGCTCAA TTAGCTGATA 4620 AGTATACAAC GTCAGATGGT TACATTTTTG ATGAACATGA TATAATCAGT GATGAAGGAG 4680 ATGCATATGT AACGCCTCAT ATGGGCCATA GTCACTGGAT TGGAAAAGAT AGCCTTTCTG 4740 ATAAGGAAAA AGTTGCAGCT CAAGCCTATA CTAAAGAAAA AGGTATCCTA CCTCCATCTC 4800 CAGACGCAGA TGTTAAAGCA AATCCAACTG GAGATAGTGC AGCAGCTATT TACAATCGTG 4860 TGAAAGGGGA AAAACGAATT CCACTCGTTC GACTTCCATA TATGGTTGAG CATACAGTTG 4920 AGGTTAAAAA CGGTAATTTG ATTATTCCTC ATAAGGATCA TTACCATAAT ATTAAATTTG 4980 CTTGGTTTGA TGATCACACA TACAAAGCTC CAAATGGCTA TACCTTGGAA GATTTGTTTG 5040 CGACGATTAA GTACTACGTA GAACACCCTG ACGAACGTCC ACATTCTAAT GATGGATGGG 5100 GCAATGCCAG TGAGCATGTG TTAGGCAAGA AAGACCACAG TGAAGATCCA AATAAGAACT 5160 TCAAAGCGGA TGAAGAGCCA GTAGAGGAAA CACCTGCTGA GCCAGAAGTC CCTCAAGTAG 5220 AGACTGAAAA AGTAGAAGCC CAACTCAAAG AAGCAGAAGT TTTGCTTGCG AAAGTAACGG 5280 ATTCTAGTCT GAAAGCCAAT GCAACAGAAA CTCTAGCTGG TTTACGAAAT AATTTGACTC 5340 TTCAAATTAT GGATAACAAT AGTATCATGG CAGAAGCAGA AAAATTACTT GCGTTGTTAA 5400 AAGGAAGTAA TCCTTCATCT GTAAGTAAGG AAAAAATAAA CTAATGAAAA ATGAAAGTCT 5460 CGATAAAGAG GCTTTCATTT TTATTATGTA TATATGTAAA ATTCTTGACA AGCAATATTA 5520 AAAAGAGTAA ACTATTAACT AGTTAATTAA CCGGTTTATT ACTTTATAGT GAATCAAATA 5580 TACTTAAGAA AAGAGGAAAG AATGAAAATT AATAAAAAAT ATCTAGCAGG TTCAGTGGCA 5640 GTCCTTGCCC TAAGTGTTTG TTCCTATGAA CTTGGTCGTC ACCAAGCTGG TCAGGTTAAG 5700 AAAGAGTCTA ATCGAGTTkC TTATATAGAT GGTGATCAGG CTGGTCAAAA GGCAGAAAAC 5760 TTGACACCAG ATGAAGTCAG TAAGAGGGAG GGGATCAACG CCGAACAAAT CGTCATCAAG 5820 ATTACGGATC AAGGTTATGT GACCTCTCAT GGAGACCATT ATCATTACTA TAATGGCAAG 5880 GTCCCTTATG ATGCCATCAT CAGTGAAGAG CTCCTCATGA AAGATCCGAA TTATCAGTTG 5940 AAGGATTCAG ACATTGTCAA TGAAATCAAG GGTGGTTATG TTATCAAGGT AGATGGAAAA 6000 TACTATGTTT ACCTTAAGGA TGCAGCTCAT GCGGATAATA TTCGGACAAA AGAAGAGATT 6060 AAACGTCAGA AGCAGGAACA CAGTCATAAT CACGGGGGTG GTTCTAACGA TCAAGCAGTA 6120 GTTGCAGCCA GAGCCCAAGG ACGCTATACA ACGGATGATG GTTATATCTT CAATGCATCT 6180 GATATCATTG AGGACACGGG TGATGCTTAT ATCGTTCCTC ACGGCGACCA TTACCATTAC 6240 ATTCCTAAGA ATGAGTTATC AGCTAGCGAG TTAGCTGCTG CAGAAGCCTA TTGGAATGGG 6300 AAGCAGGGAT CTCGTCCTTC TTCAAGTTCT AGTTATAATG CAAATCCAGC TCAACCAAGA 6360 TTGTCAGAGA ACCACAATCT GACTGTCACT CCAACTTATC ATCAAAATCA AGGGGAAAAC 6420 ATTTCAAGCC TTTTACGTGA ATTGTATGCT AAACCCTTAT CAGAACGCCA TGTGGAATCT 6480 GATGGCCTTA TTTTCGACCC AGCGCAAATC ACAAGTCGAA CCGCCAGAGG TGTAGCTGTC 6540 CCTCATGGTA ACCATTACCA CTTTATCCCT TATGAACAAA TGTCTGAATT GGAAAAACGA 6600 ATTGCTCGTA TTATTCCCCT TCGTTATCGT TCAAACCATT GGGTACCAGA TTCAAGACCA 6660 GAACAACCAA GTCCACAATC GACTCCGGAA CCTAGTCCAA GTCCGCAACC TGCACCAAAT 6720 CCTCAACCAG CTCCAAGCAA TCCAATTGAT GAGAAATTGG TCAAAGAAGC TGTTCGAAAA 6780 GTAGGCGATG GTTATGTCTT TGAGGAGAAT GGAGTTTCTC GTTATATCCC AGCCAAGGAT 6840 CTTTCAGCAG AAACAGCAGC AGGCATTGAT AGCAAACTGG CCAAGCAGGA AAGTTTATCT 6900 CATAAGCTAG GAGCTAAGAA AACTGACCTC CCATCTAGTG ATCGAGAATT TTACAATAAG 6960 GCTTATGACT TACTAGCAAG AATTCACCAA GATTTACTTG ATAATAAAGG TCGACAAGTT 7020 GATTTTGAGG CTTTGGATAA CCTGTTGGAA CGACTCAAGG ATGTCyCAAG TGATAAAGTC 7080 AAGTTAGTGG ATGATATTCT TGCCTTCTTA GCTCCGATTC GTCATCCAGA ACGTTTAGGA 7140 AAACCAAATG CGCAAATTAC CTACACTGAT GATGAGATTC AAGTAGCCAA GTTGGCAGGC 7200 AAGTACACAA CAGAAGACGG TTATATCTTT GATCCTCGTG ATATAACCAG TGATGAGGGG 7260 GATGCCTATG TAACTCCACA TATGACCCAT AGCCACTGGA TTAAAAAAGA TAGTTTGTCT 7320 GAAGCTGAGA GAGCGGCAGC CCAGGCTTAT GCTAAAGAGA AAGGTTTGAC CCCTCCTTCG 7380 ACAGACCATC AGGATTCAGG AAATACTGAG GCAAAAGGAG CAGAAGCTAT CTACAACCGC 7440 GTGAAAGCAG CTAAGAAGGT GCCACTTGAT CGTATGCCTT ACAATCTTCA ATATACTGTA 7500 GAAGTCAAAA ACGGTAGTTT AATCATACCT CATTATGACC ATTACCATAA CATCAAATTT 7560 GAGTGGTTTG ACGAAGGCCT TTATGAGGCA CCTAAGGGGT ATACTCTTGA GGATCTTTTG 7620 GCGACTGTCA AGTACTATGT CGAACATCCA AACGAACGTC CGCATTCAGA TAATGGTTTT 7680 GGTAACGCTA GCGACCATGT TCGTAAAAAT AAGGTAGACC AAGACAGTAA ACCTGATGAA 7740 GATAAGGAAC ATGATGAAGT AAGTGAGCCA ACTCACCCTG AATCTGATGA AAAAGAGAAT 7800 CACGCTGGTT TAAATCCTTC AGCAGATAAT CTTTATAAAC CAAGCACTGA TACGGAAGAG 7860 ACAGAGGAAG AAGCTGAAGA TACCACAGAT GAGGCTGAAA TTCCTCAAGT AGAGAATTCT 7920 GTTATTAACG CTAAGATAGC AGATGCGGAG GCCTTGCTAG AAAAAGTAAC AGATCCTAGT 7980 ATTAGACAAA ATGCTATGGA GACATTGACT GGTCTAAAAA GTAGTCTTCT TCTCGGAACG 8040 AAAGATAATA ACACTATTTC AGCAGAAGTA GATAGTCTCT TGGCTTTGTT AAAAGAAAGT 8100 CAACCGGCTC CTATACAGTA GTAAAATGAA TGGAGCATAT TTTATGGAGA AGTAACCTTT 8160 CGTGTTACTT CTCTTTTTTA GAAAAACGTA ACAGA 8195 (2) INFORMATION FOR SEQ ID NO : 95 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2004 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 95 : TTTACTAAAA GGAAAAAAGA ACTGATTTCT CAGTCCTTCA TTAATCTTAT TCCACACTAA 60 ATAGGTATGG GTAAACAGGT TGTTGACCTT GGTGAATCTC GACTTCAACG TCTTCGAATT 120 CTTCTACGAT TTCTTGAGCG ATTTCATTGG CAAGTTCTTC GCTTCCGTCT TCACCTACAT 180 AGAAGGTTAC GATTTCACTG TCTTCATCCA ACATATGTTT CAAGGTTTCA GTCAATGirT 240 GGTGCATATC AGGGTTTGAC ACAAGAATTT TTCCATCCAC CATACCTAAA TTATCGTTTT 300 CATGGATTTC TAAGCCATCG ATCGTTGTAT CACGCACGGC TGTTGTGACG CTTCCGCTAA 360 CGACATCGCT AAGAGCAGCT GTCATACGCT CTTGGTTTTC TTCAATGGAC TTGCTTGGAT 420 CAAAGGCAAG AAGACTTGTC ATACCTTGAG GAAGAGTGCG AGCCTCTACC ACTACCGCTG 480 GTTGCTCCAA AACTTCTGCC GCAGATTGAG CTGCCATGAA GATGTTCTTG TTGTTTGGCA 540 AGAAGATGAT GTTACGGGCA TTAACCTGTT CAACAGCCTT GATAAAGTCT TCTGTTGAAG 600 GGTTCATGGT TTGACCGCCT TCGATAACAT AATCCACGCC TTGAGAACAG AAGATATCTG 660 CTAGACCTTT ACCAGCCACC ACAGCAATCA AAGCATACTC TTTTTCTTCA GCCGACTTGA 720 TAACTTGAGT AGCTTCTTTC TCAACCTGTG CTTCGTGTTG GTTACGCATA TTGTCAACTT 780 TTACCTTGAC CAAGCTACCA TATTTGAGAC CTTCTTGCAT AACAAGTCCT GGATCTTCTG 840 TATGAACATG GACTTTGACA ATTTCATCAT CGTTAACAAC AAGGAGAGAA TCTCCAAGCT 900 CATCCAAGTA GTTACGGAAT TCATCGTAGT CAAAATCTTT AGCATAGGTT GGACCTTGCT 960 TAAGAGCTAC CATGATTTCA GTACAGTAAC CAAACGTGAT GTCCTCAGTC GCTACGTGAC 1020 CAGCTACAGA CTTATGATGC TCTACATTGA TCATCTCACT CATGTTGGCA GGAGTCGCTA 1080 CAAAGTCCTC AGATGCAATA TATTCGCCAG TAAGGGCTGA AAGGAAACCT TCGTAGATGA 1140 AGACCAATCC TTGACCACCT GAGTCCACAA CGCCAACTTC TTTCAATACT GGAAGCATGT 1200 CTGGTGTTTT AGCTAGAGCT GTTTTAGCAC CTTCCAAGGC TGCGCGCATG ACTTCAACAG 1260 CGTCATCTGT TTGCTCAGCT TTTTTCTTAG CACCGATAGC AGCTCCACGA GAAACTGTTA 1320 AAATCGTTCC TTCAACAGGT TTCATCACTG CCTTATAGGC AACTTCCACA CCTGATTGGA 1380 AGGCCAGAGC CAAGTCTTGA CCTGTTAACT CGTCTTTATC CTTGATAGCT TGGGAAAATC 1440 CACGGAAAAG CTGAGACGTA ATCACTCCTG AGTTCCCACG CGCACCCATC AAAAGCCCTT 1500 TGGCAAGAAT GCTCGCTACT TCTCCAACTG TAGAAGCTGG CTTGTCTGCA ACTTCTTTAG 1560 CACCATTTTC AATGGTCATT CCCATATTTG TCCCAGTATC TCCATCTGGA ACTGGAAAGA 1620 CGTTTAATGA ATTGACATAT TCAGCTTGCT TATTCAAGCG AGTTGATGCA GCCTGCACCA 1680 TTTCTTGAAA TAAGCTAGTA GTAATTTTTG ACACGGTTAT TCTCCTACAA CTTTGATATT 1740 TTGAATGTAG ACATTTACAG TCTGAGCAGT AATTCCAAGC TGGTTTTCCA AGCTAAAGGC 1800 AACACGCTCT TGAATGTTTT TTGACACTTC ACTAATCTTT GTTCCGTAGC TTAACACGGT 1860 ATATACATCA ACTGCAATAC TGCCATCTTC GGCTGCCTTT ACGACGACAC CTTTAGAATA 1920 ATTTTCCTTA CCTAGCAGGG CTTGGAAATT ATCTTTGAGG GCATTTTTAC TAGCCATACC 1980 GACCACACCA GAAATCTCAG TTGC 2004 (2) INFORMATION FOR SEQ ID NO : 96 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 11915 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 96 : CCGGGTTGGG CTGTTCGCCC ATTAAAGCGG CACCACAGCT GGGTTCAGAA CGTCGTGAGA 60 CAGTTCGGTC CCTATCCGTC GCGGGCGTAG GAAATTTGAG AGGATCTGCT CCTAGTACGA 120 GAGGACCAGA GTGGACTTAC CGCTGGTGTA CCAGTTGTCT TGCCAAAGGC ATCGCTGGGT 180 AGCTATGTAG GGAAGGGATA AACGCTGAAA GCATCTAAGT GTGAAACCCA CCTCAAGATG 240 AGATTTCCCA TGATTATATA TCAGTAAGAG CCCTGAGAGA TGATCAGGTA GATAGGTTAG 300 AAGTGGAAGT GTGGCGACAC ATGTAGCGGA CTAATACTAA TAGCTCGAGG ACTTATCCAA 360 AGTAACTGAG AATATGAAAG CGAACGGTTT TCTTAAATTG AATAGATATT CAATTTTGAG 420 TAGGTATTAC TCAGAGTTAA GTGACGATAG CCTAGGAGAT ACACCTGTAC CCATGCCGAA 480 CACAGAAGTT AAGCCCTAGA ACGCCGGAAG TAGTTGGGGG TTGCCCCCTG TGAGATAGGG 540 AAGTCGCTTA GCTCTAGGGA GTTTAGCTCA GCTGGGAGAG CATCTGCCTT ACAAGCAGAG 600 GGTCAGCGGT TCGATCCCGT TAACTCCCAT TTTAGCGGGT GTAGTTTAGT GGTAAAACTA 660 CAGCCTTCCA AGCTGTTGTC GCGAGTTCGA TTCTCGTCAC CCGCTTTGAA CTTTGTTCTT 720 TGTACCAAGT TTTTGACTTG GGCGCGTAGC TCAGGTGGTT AGAGCGCACG CCTGATAAGC 780 GTGAGGTCGG TGGTTCGAGT CCACTCGTGC CCATAGTGTT TAGTCCATTA CTAGGGGATT 840 GGAATATTAT CTGTTCACTA AGAGGACACG GGCTTGTTCC CGTATAAACT ATTTTGGAGG 900 ATTACCCAAG TCCGGCTGAA GGGAACGGTC TTGAAAACCG TCAGGCGTGT AAAAGCGTGC 960 GTGGGTTCGA ATCCCACATC CTCCTTTTAT ATTAACGCGG GATGGAGCAG CTCGGTAGCT 1020 CGTCGGGCTC ATAACCCGAA GGTCGTAGGT TCAAATCCTG CTCCCGCAAT AAGGCTCGGT 1080 AGCTCAGTTG GTAGAGCAAT GGATTGAAGC TCCATGTGTC GGCGGTTCGA TTCCGTCTCG 1140 CGCCATTTAT ATATTTTGGA AGGGTAGCGA AGAGGCTAAA CGCGGCGGAC TGTAAATCCG 1200 CTCCTTCGGG TTCGGGGGTT CGAATCCCTC CCCTTCCATT TTACGGGCAT AGTTTAAAGG 1260 TAGAACTAAG GTCTCCAAAA CCTTCAGTGT GGGTTCAATT CCTACTGCCC GTGTTAATAG 1320 AATTATGGCG GGTGTGGTGA AGTGGTTAAC ACACCAGATT GTGGCTCTGG CATGCGTGGG 1380 TTCGATCCCC ATCACTCGCC TATTTTATAT TGGGGTATAG CCAAGCGGTA AGGCAAGGGA 1440 CTTTGACTCC CTCATGCGTT GGTTCGAATC CAGCTACCCC AGTTACTATT TGCCGGCGTG 1500 GCGGAATTGG CAGACGCGCT GGACTCAAAA TCCAGTGTCC GCAAGGACGT GCCGGTTCGA 1560 CCCCGGCCGC CGGTATAGTA TAGTGTTAGG AACGTTGTTA TTCTTCGTTC CTTTTTTATA 1620 TTATTTTTGG TATAATTATA GTTATTCAAA TTTTATTTAG ATTAAGAAAG TGTAGGGGAG 1680 TATGTCTTGT TCTATCGATT TATTAAAACA TCGGTATTTG AAAAATATTA AAGAAAATCC 1740 TGAATTGTTT GTCGGAATTG AGTTGGAGTA TCCTGTTGCA AGTTTAGAAG GGGATGCTAC 1800 AGATGTTGAA GTTATGAAGG ATCTATTTCA TTATTTAGTT TCTACTTTGG ATCTCACCGT 1860 AGCAAAGGTA GATGATTTTG GCAATCTGAT CCAGTTAGTA GATCCGATAA GTCAGGATGC 1920 TATTTTATTT GAAGTTTCCT ATACAACGAT TGAGTTTGCA TTTGGTAAGG CTGAAACGAT 1980 TCAAGAGGTC GAAAATCGTT TCAATAATTA TATGAATGTA ATTCAGAGAA AGTTAGCTGA 2040 ATCAAATCAT GCTATTGTTG GCTGTGGTAT CCATCCCAAC TGGGATAAAA ATGAGAATTG 2100 TCCAGTGGCT TATCCACGCT ATCAGATGTT GATGGATTAT TTGAATTTGA GTAGAAATAT 2160 TATTAAATCA GATTTACATC ATTTCCCTGA ATATGGTACT TTTATCTGTG GGAGCCAGGT 2220 TCAGCTGGAT ATTTCAAAAA CCAACTACTT ACGGGTGATT AATGCTTTTA CTCAAATTGA 2280 AGCGGCTAAG GCTTATTTAT TTGCAAACTC TGAATTTTCG GGTGCGGATT GGGATACGAA 2340 AATTTCAAGG GATATTTTCT GGGAAGAATC TATGCATGGT ATCTATCCAG AGAATGTTGG 2400 GGTCAATGCT AGACTCCTTA ATGATGAAAC TGATTTTTTT GACTATCTAA ATCATTCTGC 2460 GATTTTTACT GCGGAACGTG ATGGGCAGAC CTATTATTTT TATCCTATTC AGGCTGGGGA 2520 CTATTTGGCT ACGTCCGAAA TCCAAGCATT TGCTCTGAAT GGGGATGAGG TTATTATTTA 2580 CCCCCAAGAG AAGGATTTTG AAACTCATCG TAGTTACCAG TACCAAGATT TAACGACTCG 2640 AGGAACAGTT GAGTTTCGTA GTGTGTGTAC ACAGCCACTT GATAGGACTT TTGCTTCTGC 2700 AGCTTTTCAC TTGGGATTAT TGGTTAATTT AGACAAGTTA GAAGCTTACT TAGAAACAGC 2760 ACCTTTCTTT AAAGTATTTG GTTATGATTA CAAGTCTTTA AGGAGACAAT TTTCTAAGAA 2820 AAATCTTACA GATGAGGAAG AAACTACGAT TATTGAATTT TCCAAAGACT TACTCCTACT 2880 AGCTGAGGAG GGACTAGTGG TGAGAAATAA GGAAGAAATG ACCTATTTAC AGCCTTTGAG 2940 AGAAGAATTG AGCCTATAAT TTCTCTTATA AAGGGAGAAT TTTCTGAAAA ATCATGATAT 3000 AATGGACGAG ACTATAGATA AAGGATAGAG AGTAATGACA TTAGTTTATC AATCAACGCG 3060 TGATGCCAAC AATACAGTAA CTGCCAGCCA AGCAATTTTG CAAGGTTTGG CGACGGACGG 3120 CGGTTTGTTT ACACCGGATA CTTATCCAAA GGTAGATTTG AACTTTGACA AATTGAAAGA 3180 TGCTTCTTAC CAGGAAGTTG CTAAGCTAGT TTTGTCAGCA TTTTTAGATG ACTTTACAGT 3240 TGAGGAGTTG GACTACTGTA TCAACAATGC CTACGATAGC AAATTTGATA CTCCAGCTAT 3300 TGCACCATTA GTGAAATTAG ATGGGCAATA CAATTTGGAA CTTTTCCATG GTTCAACGAT 3360 TGCCTTTAAG GATATGGCCT TGTCTATTTT GCCATACTTT ATGACGACTG CTGCTAAGAA 3420 ACATGGTTTG GAGAACAAGA TTGTTATCTT GACAGCGACA TCTGGTGACA CGGGGAAAGC 3480 TGCTATGGCG GGGTTTGCGA ATGTGCCTGG TACTGAGATT ATCGTCTTTT ATCCAAAGGA 3540 TGGTGTCAGC AAGATTCAAG AGTTACAAAT GACCACTCAG ACTGGCGACA ATACTCATGT 3600 TATTGCTATT GATGGTAACT TTGACGATGC GCAAACAAAT GTGAAGCACA TGTTTAACGA 3660 CGTGGCTCTT CGTGAAAAAT TGACTACCAA CAAGTTGCAA TTTTCATCAG CTAACTCTAT 3720 GAACATTGGT CGTCTGGTGC CACAAATTGT TTATTATGTT TATGCTTACG CTCAATTGGT 3780 TAAGACTGGT GAAATTGTAG CTGGTGAAAA GGTTAACTTC ACAGTACCAA CAGGAAACTT 3840 TGGAAATATC TTGGCTGCCT TTTATGCCAA ACAAATTGGT TTGCCAGTTG GTAAATTAAT 3900 CTGTGCTTCA AATGACAACA ATGTTTTGAC AGACTTCTTT AAAACACGTG TCTATGACAA 3960 AAAACGTGAG TTTAAGGTAA CAACCAGCCC ATCTATGGAT ATCTTGGTAT CTTCAAACTT 4020 GGAGCGCTTG ATTTTCCATC TTTTGGGAAA TAATGCTGAA AAGACAACTG AACTTATGAA 4080 TGCCTTGAAC ACGCAAGGAC AATATAAGTT GACAGACTTT GATGCAGAGA TTTTGGACCT 4140 CTTTGCAGCT GAATATGCGA CTGAGGAAGA AACGGCAGCA GAGATCAAGC GTGTTTGTGA 4200 GTTAGATTCT TATATCGAGG ACCCTCATAC AGCTGTTGCT TCAGCAGTTT ATAAAAAATA 4260 CCAATCGGCC ACTGGAGATG TAACTAAGAC AGTGATTGCT TCAACAGCTA GTCCATACAA 4320 GTTCCCAGTA GTTGCAGTAG AAGCTGTAAC TGGAAAAGCA GGTTTAACAG ACTTTGAAGC 4380 CTTGGCTCAA TTACATGAAA TCTCAGGCGT TGCAGTGCCA CCAGCAGTTG ATGGGCTTGA 4440 AATAGCTCCA ATTCGTCACA AGACAACAGT GGCAGCTGCT GACATGCAAG CAGCGGTTGA 4500 GGCTTATTTA GGACTTTAAG ACAGAGGGAG CAAACTCGGT TGGGAAACCA ACTGAGTTTC 4560 TTTTCATCAG GAGGAGAGAT TGTTTAAGAA AAATAAAGAC ATTCTTAATA TTGCATTGCC 4620 AGCTATGGGT GAAAACTTTT TGCAGATGCT AATGGGAATG GTGGACAGTT ATTTGGTTGC 4680 TCATTTAGGA TTGATAGCTA TTTCAGGGGT TTCAGTAGCT GGTAATATTA TCACCATTTA 4740 TCAGGCGATT TTCATCGCTC TGGGAGCTGC TATTTCCAGT GTTATTTCAA AAAGCATAGG 4800 GCAGAAAGAC CAGTCGAAGT TGGCCTATCA TGTGACTGAG GCGTTGAAGA TTACCTTACT 4860 ATTAAGTTTC CTTTTAGGAT TTTTGTCCAT CTTCGCTGGG AAAGAGATGA TAGGACTTTT 4920 GGGGACGGAG AGGGATGTAG CTGAGAGTGG TGGACTGTAT CTATCTTTGG TAGGCGGATC 4980 GATTGTTCTC TTAGGTTTAA TGACTAGTCT AGGAGCCTTG ATTCGTGCAA CGCATAATCC 5040 ACGTCTGCCT CTCTATGTTA GTTTTTTATC CAATGCCTTG AATATTCTTT TTTCAAGTCT 5100 AGCTATTTTT GTTCTGGATA TGGGGATAGC TGGTGTTGCT TGGGGGACAA TTGTGTCTCG 5160 TTTGGTTGGT CTTGTGATTT TGTGGTCACA ATTAAAACTG CCTTATGGGA AGCCAACTTT 5220 TGGTTTAGAT AAGGAACTGT TGACCTTGGC TTTACCAGCA GCTGGAGAGC GACTTATGAT 5280 GAGGGCTGGA GATGTAGTGA TCATTGCCTT GGTCGTTTCT TTTGGGACGG AGGCAGTTGC 5340 TGGGAATGCA ATCGGAGAAG TCTTGACCCA GTTTAACTAT ATGCCTGCCT TTGGCGTCGC 5400 TACGGCAACG GTCATGCTGT TGGCCCGAGC AGTTGGAGAG GATGATTGGA AAAGAGTTGC 5460 TAGTTTGAGT AAACAAACCT TTTGGCTTTC TCTGTTCCTC ATGTTGCCCC TGTCCTTTAG 5520 TATATATGTC TTGGGTGTAC CATTAACTCA TCTCTATACG ACTGATTCTC TAGCGGTGGA 5580 GGCTAGTGTT CTAGTGACAC TGTTTTCACT ACTTGGGACC CCTATGACGA CAGGAACAGT 5640 CATCTATACG GCAGTCTGGC AGGGATTAGG AAATGCACGC CTCCCTTTTT ATGCGACAAG 5700 TATAGGAATG TGGTGTATCC GCATTGGGAC AGGATATCTG ATGGGGATTG TGCTTGGTTG 5760 GGGCTTGCCT GGTATTTGGG CAGGGTCTCT CTTGGATAAT GGTTTTCGCT GGTTATTTCT 5820 ACGCTATCGT TACCAGCGCT ATATGAGCTT GAAAGGATAG GAAATGCAAA AAACAGCTTT 5880 TATTTGGGAT TTAGACGGGA CTTTATTGGA CTCTTACGAA GCGATTTTAT CAGGGATTGA 5940 GGAGACTTTT GCTCAGTTTT CTATTCCTTA TGATAAGGAG AAGGTGAGAG AGTTTATCTT 6000 CAAGTATTCG GTGCAAGATT TGCTTGTGCG GGTGGCAGAA GATAGAAATC TGGATGTTGA 6060 GGTGCTAAAT CAGGTGCGTG CCCAGAGTCT GGCTGAGAAG AATGCTCAGG TAGTTTTGAT 6120 GCCAGGTGCG CGTGAGGTGC TAGCTTGGGC AGACGAATCA GGAATTCAGC AGTTTATATA 6180 TACTCATAAG GGGAACAACG CTTTTACCAT TCTCAAGGAC TTGGGGGTGG AATCCTATTT 6240 TACAGAGATT TTAACCAGTC AGAGTGGCTT TGTGCGGAAG CCAAGTCCAG AAGCGGCTAC 6300 CTATCTGCTA GATAAGTATC AGTTGAATTC TGATAATACT TATTATATAG GGGATCGGAC 6360 TCTGGATGTG GAATTTGCCC AGAATAGTGG GATTCAAAGC ATCAACTTTT TAGAGTCTAC 6420 TTATGAAGGG AATCACAGGA TTCAAGCGTT AGCAGATATT TCCCGTATTT TTGAGACTAA 6480 GTGATAAAAA GATTGTGTCA GTTTTGTGAC AGAGACCTAA CAAACTATTT CAAGTAACCT 6540 AGTTTGTTAC AAGGAATAGA CAGTTCTGTT AAATAGGCCC GAGAGGGCTT TTTTTCTACA 6600 TTTTTTGTGT TATGATAGAC AGGTACTCAT TTGAAAGGAA TTTGAAAGAA TGAAGAAAAG 6660 AATGTTATTA GCGTCAACAG TAGCCTTGTC ATTTGCCCCA GTATTGGCAA CTCAAGCAGA 6720 AGAAGTTCTT TGGACTGCAC GTAGTGTTGA GCAAATCCAA AACGATTTGA CTAAAACGGA 6780 CAACAAAACA AGTTATACCG TACAGTATGG TGATACTTTG AGCACCATTG CAGAAGCCTT 6840 GGGTGTAGAT GTCACAGTGC TTGCGAATCT GAACAAAATC ACTAATATGG ACTTGATTTT 6900 CCCAGAAACT GTTTTGACAA CGACTGTCAA TGAAGCAGAA GAAGTAACAG AAGTTGAAAT 6960 CCAAACACCT CAAGCAGACT CTAGTGAAGA AGTGACAACT GCGACAGCAG ATTTGACCAC 7020 TAATCAAGTG ACCGTTGATG ATCAAACTGT TCAGGTTGCA GACCTTTCTC AACCAATTGC 7080 AGAAGTTACA AAGACAGTGA TTGCTTCTGA AGAAGTGGCA CCATCTACGG GCACTTCTGT 7140 CCCAGAGGAG CAAACGACCG AAACAACTCG CCCAGTTGAA GAAGCAACTC CTCAGGAAAC 7200 GACTCCAGCT GAGAAGCAGG AAACACAAGC AAGCCCTCAA GCTGCATCAG CAGTGGAAGT 7260 AACTACAACA AGTTCAGAAG CAAAAGAAGT AGCATCATCA AATGGAGCTA CAGCAGCAGT 7320 TTCTACTTAT CAACCAGAAG AGACGAAAAT AATTTCAACA ACTTACGAGG CTCCAGCTGC 7380 GCCCGATTAT GCTGGACTTG CAGTAGCAAA ATCTGAAAAT GCAGGTCTTC AACCACAAAC 7440 AGCTGCCTTT AAAGAAGAAA TTGCTAACTT GTTTGGCATT ACATCCTTTA GTGGTTATCG 7500 TCCAGGAGAC AGTGGAGATC ACGGAAAAGG TTTGGCTATC GACTTTATGG TACCAGAACG 7560 TTCAGAATTA GGGGATAAGA TTGCGGAATA TGCTATTCAA AATATGGCCA GCCGTGGCAT 7620 TAGTTACATC ATCTGGAAAC AACGTTTCTA TGCTCCATTC GATAGCAAAT ATGGGCCAGC 7680 TAACACTTGG AACCCAATGC CAGACCGTGG TAGTGTGACA GAAAATCACT ATGATCACGT 7740 TCACGTTTCA ATGAATGGAT AAACCCGACT TGATAACATC ATTTTGACGA ATGAGATCTA 7800 GCTTTCGTGA TGGAAAGCGA TTCTCGTTCG TTTTTTCTTT GTCATACTCT TCGAAAATCT 7860 CTTCAAACCA CGTCAGTTTT ATCTGAAACT TCAAAGCTGT GCTTTGAGCA ACCTGCGACT 7920 AGCTTCCTAG TTTGCTTTTT GATTTTCATT GAGTATCAAT TTGAATGGAA AATGGAAAGT 7980 TATCATCTTG TAATGAGTTA AGCAACATTC TTGCAATCTA TTTTACTTTA TATCACAATT 8040 AATTAGTCAA ATATTGATAA ATCAATAAAA AGAGAGGGGA AGAAATGCTA GAGATTCAAG 8100 ATTTACTGTA TCAACTCCGC TTGTCTGAGC AAGCGAGTAC GCAATTGTTT GAAAAAAGGC 8160 TTGGGATTAG TTTGACACGG TATCAGATTT TACTGTTTTT GCTGGAGCAT TCTCCTTGTA 8220 ACCAAATGGC GGTTCAGGAG CGTTTGAAAA TTGATCAGGC TGCTTTGACA CGGCATTTCA 8280 AAATTTTGGA AACGGAAGGT TTGGTGGAGC GTCATCGTAA TCCTGAAAAT CAGCGGGAAG 8340 TGTTGGTAGA GGCTGCGAAG TATGCCAAGG AGCAGTTAGT GGTGAATCCC CCTCTGCAAC 8400 ATATCAGGGT TAAGGAAGAG ATAGAAAGTA TCTTAACAGA GTTTGAGAGA ACAGAACTCA 8460 GCCGTTTATT AAATAAATTG GTTTTGGGTA TTGAAAATAT AGAAATTTAA GGAGAAATAG 8520 ATGTCAATTA TTTTAACAAC GATCGTTGCT TTGGAGCATT TTTACATTTT TTATTTGGAA 8580 AGTATTGCCA CGCAATCAGA TGCGACTAGT CGTGTATTTA ATATGGAAAA GGAAGAATTG 8640 GCTCATCCGT CAGTAAGTTC ATTGTTCAAA AATCAAGGAA TTTATAAGGC TCTGCTAGGA 8700 GTCTTTCTCT TGTATGTCAT TTATTTCTCA CAGAATTTAG AAATTGTGAC TATTTTTGTC 8760 TTATTTGTGA TTGGTGCTGC GACTTACGGC TCTTTAACAG CGGATAAAAA AATTATTTTG 8820 AAACAAGGTG GATCAGCTAT TTTGGCCTTG ATTAGTATTT TACTCTTTAA ATACACTTGA 8880 AGGTCGATTC TAATCTCGCT AATCCTTTTT AATCCAGAAT AAGGGAAATA TGTTATACTT 8940 GTTTTTAAGA AAAAAGTCTC ATTGAATTGG TTTTGAGGAG TTAGAAATGA AAGTATTAGT 9000 GACAGGTTTT GAGCCCTTTG GAGGGGAAAA GGGCAATCCA GCTTTGGAGG CCATTAAAGG 9060 TTTACCAGCT GAAATCCATG GTGCTGAGGT CCGTTGGCTA GAGGTGCCGA CAGTTTTTCA 9120 CAAATCTGCT CAAGTATTGG AAGAAGAGAT GAATCGTTAT CAACCTGACT TTGTCCTTTG 9180 TATTGGGCAA GCTGGTGGAA GAACTAGTTT GACACCTGAA CGAGTGACCA TTAATCAAGA 9240 CGATGCATGC ATTTCTGATA ACGAAGATAA TCAACCGATT GACCGTCCCA TTCGCCCAGA 9300 TGGTGCTTCG GCCTACTTTA GTAGTTTGCC GATTAAAGCG ATGGTTCAAG CTATAAAAAA 9360 AGAGGGCTTA CCGGCCTCTG TTTCCAATAC GGCAGGGACT TTTGTCTGCA GCCATTTGAT 9420 GTATCAGGCT CTCTATTTGG TAGAAAAGAA ATCTCCATAT GTTAAGGCAG GTTTTATGCA 9480 TATTCCTTAT ATGATGGAAC AGGTGGTGAA CAGACCGACT ACTCCAGCTA TGAGTTTAGT 9540 GGATATTCGG CGAGGGATAG AAGCAGCAAT CGGCGCTATA ATAGAACATG GAGATCAGGA 9600 ACTCAAGTTG GTAGGCGGAG AAACTCATTG ATAGAAAAAA GCTTGAGGGG AAAAACCTTC 9660 AAGCTTTTGG ACGTTTTCGG GCCAATACTG CTCGGTAAAA CATAATTTTA GTGCATTGGA 9720 TATAAGGTAG GAGTGAAAAA CTAGCAATGC CAAAGGTAAT CCAATTGAGG AAGTACCAAG 9780 GAAGAAGCTG TAAATCTAGG ACAAAGTGCT GGAACTTGTA GCCCTTCATA AAGGAACGGC 9840 TAGTTTTTAG GATTCGTCTT GGTGGGACCT GTCCTAGGTC TAGACTATAA CAGAGAAGAA 9900 ATTCCACCTG TGAATAGGCA TAATACTGTG GAATATAGAG GATATTTCCT ACAATGATCA 9960 AGATGAGACT TGCAAGAAAG TAGAGTCCAA AGACCATGAG GAAACGCTCG GTTTCAACTG 10020 ATGAGAGATC TAGATTTGGA AACTCAGGAT GTAGGGTGAC GAATTTTTTG GCTAAAAAGC 10080 TACTATAAAA GAGGAGGTAA ATCCCAAGTA AATTAGGGAT ACTCCATAAA AAGAGATAGA 10140 AACGTTTGAG AAGTAGGGTC AAAAAGGTTT GAGAAAAGCG CTCCTCATCA AAGAGAGCTA 10200 GGCTGTTTTT TACAGATGGC TCCGTTTTAG AATCTTTCAT GAGTGTCAGT GTTGCATAGA 10260 CGGAACTGGT CAAAAGAATA GTCCCGATAA AGGAGACTAG TAGAGGAAAG AGGTAGGTTT 10320 GAAGTATTTG GCCAAGTATG CTGAAAAATG GCTGTTCTAA AACAGTCCCG TGGATCCGAG 10380 ATAAGGGATT AAGAAAACCA GATAAGATGA CCAGCATACT GGGAAGGATA TAGAGGAGAA 10440 AGAGACGGGG GGTGTCAGCC TGAAAATGTT TTGACTCCTG ACGAATTGTT TTTAAATCAA 10500 TTTTTGGATA GTTCATTCTC TTATTATACC ATAGTTCTTA TACATAGTTC GTGACAGTTC 10560 CTACTTTTTT TGATAAAATC ATACAGTGTG TCCTTGGGCA CACTGTATGA ACTGGGACTG 10620 TCTTTCCCAG CTTCGGAGGT AAAAAATGTC AGATTCACCA ATCAAATATC GTTTGATTAA 10680 GAAAGAAAAA CACACAGGAG CTCGTCTGGG AGAAATCATC ACTCCCCACG GTACCTTTCC 10740 GACACCTATG TTTATGCCAG TTGGGACACA AGCCACTGTC AAAACTCAGT CACCTGAAGA 10800 ATTGAAGGAG ATGGGTTCGG GAATTATCCT ATCAAACACC TATCATCTCT GGCTTCGCCC 10860 TGGAGATGAA CTCATTGCAC GCGCTGGTGG TCTCCACAAG TTCATGAATT GGGACCAGCC 10920 TATCTTGACA GATAGTGGTG GTTTTCAGGT TTATTCTTTA GCAGATAGCC GTAATATCAC 10980 AGAAGAAGGA GTAACCTTTA AAAATCATCT AAATGGTTCT AAGATGTTCC TATCCCCAGA 11040 AAAAGCCATC TCTATTCAGA ATAATCTGGG TTCAGACATC ATGATGTCCT TTGATGAATG 11100 TCCTCAGTTT TATCAACCTT ATGACTACGT TAAGAAATCG ATCGAGCGTA CCAGCCGTTG 11160 GGCTGAGCGT GGTTTGAAGG CTCACCGTCG TCCACATGAC CAAGGTTTGT TTGGAATTGT 11220 GCAAGGTGCA GGATTTGAAG ACCTTCGCCG CCAATCAGCT CATGATCTTG TCAGCATGGA 11280 TTTCTCAGGC TACTCTATCG GTGGTTTGGC AGTGGGAGAA ACCCATGAAG AGATGAATGC 11340 GGTCTTGGAC TTTACAACTC AACTGCTGCC TGAAAATAAA CCTCGTTATC TGATGGGTGT 11400 GGGAGCGCCA GATAGCTTGA TCGATGGGGT CATTCGTGGG GTGGATATGT TTGACTGTGT 11460 CTTACCGACT CGAATTGCTC GTAACGGGAC TTGTATGACC AGTCAAGGAC GTTTGGTTGT 11520 GAAAAATGCC CAGTTTGCTG AGGACTTTAC GCCACTGGAT CCTGAGTGTG ATTGCTACAC 11580 ATGTAATAAC TATACACGCG CTTACCTTCG TCACCTGCTC AAGGCTGATG AAACCTTTGG 11640 TATCCGCTTG ACTAGCTACC ACAATCTTTA CTTCTTGCTT AACCTGATGA AGCAAGTGCG 11700 ACAAGCCATC ATGGATGACA ATCTCTTGGA ATTCCGTGAG TATTTTGTGG AAAAATATGG 11760 CTATAATAAG TCAGGACGTA ATTTCTAAAA TGGAATTGAT ATAAAAAAAT CCTAAGTTTT 11820 CTCTTAGGAT TTTTCTTCTT TTTTTGATAG AATAAAGTGT ACAATGAAAG GAAGAATAAA 11880 CTCGTATGCG CATTAAATGG TTTTCCTCGA TTAGG 11915 (2) INFORMATION FOR SEQ ID NO : 97 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9069 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 97 : GAGAGGGCAA CAGTTCTATC GCTTCAAATT TTTTCTTGGT TTGCAGATAT TCAAGAATCG 60 GGAGTTTTTC TATAGTATTC GGCAGATTTA TTACAGCCAA GCATCTCAAA AATACGGACA 120 GCATCCTCCA TCTTTTTCTG GCCTTCCTTG ACTCTACCTT GCTTGCTATC AAGGAGACCT 180 TCTGCCCACA GATAAACAAT TCGGAAATAG GTCTCATTTT CCTTGTAGAA ATGCTCTTCG 240 ATAACACGTT TAAAATAATA GGCATTGGTA AATTCTTCAC ACTCAATACT AGCTAAAAAG 300 CCATTCAATA GTATAGTATG AAAAAGGTTT CGATTGCCAG ACATTTCCAT TAGAAAATCA 360 GATTTACGTA CCATTTCTCG TACATATCTA GTAAAAAGAG AAACAGATAA AAATGGAGAA 420 CTGACTGAAA ATAAATTGAG TTCATAGATT CCCCAGATCT CGGTAGAAAA CAAATAATCA 480 TGAAGGACTT TTCCTTCCTC TGCTGTTAAG TCTACCCTTT CATCTATGCT CTTCATATAA 540 GACTTGATAA TAATGGCATT TAGAATATGT TTCTGTTTGT TGTGAGAATG GGCATGCTTT 600 TATACTCCCT GCGATATAAG TCCTCAAGAG GTGCTATATT CTTTGGTTCC AAGACATCTG 660 TAATTTCTTT TCTCAACTCA GAATCTGTAT CATACTGGAA ACCTCTTGCC AGAAAGAGGA 720 TCTCCTCCAC ACTGGCAGAT ATATTTTCCA GAGCAAATAG AAACTTTTCC ACCGAAAGCT 780 CACTCTGACC TGTTTCAAAA CGGGACAACA TAGACGGCGA AAATTGTCCT CCGGTTGCTT 840 GTCTCAGTGA GATATTTCTT GACTCTCGTA ATTGTCTAAA GACTTTTCCA ATCTGCTCCA 900 TAGACTTCCC CTTGATTCCG TATTTTCTTC ATTTTATCAT ATTTTTCAGA AAATTCATCA 960 AAAACTTGCC AAATTGTCAG AATTATGAGA AAATAGAGGA TATTTATCAC GTGGAGGGAC 1020 TGCTATGAGA GACGATATCA AAATCAATGA CCGTGCTTTG GCCTTGCAAG ACCAAATTAT 1080 CGAAAAACTA GAGAAAGTTT TTGATACAGA TGTGGAATTG GATGTTTACA ATCTAGGTCT 1140 GATTTATGAA ATCAATCTGG ATGAAACGGG GCTCTGCAAG ATTGTCATGA CCTTCACCGA 1200 TACTGCCTGT GATTGCGCCG AAAGCCTGCC TATTGAAATC GTGGCAGGTC TGAAACAAAT 1260 CGAGGGTATC AAAGATATCA AGGTTGAAGT TACCTGGTCG CCTGCTTGGA AAATCACACG 1320 AATCAGTCGC TATGGCCGTA TTGCCCTTGG ACTACCACCT CGTTAAGCAG ACCAATCACT 1380 TTTAAAGATG AAAATCAAAG GGCAAACTAG AAAACTAGCC GCAGGTTGCT CAAAACACTG 1440 TTTTGAAGTT ATGGATAGAA CTGACGAAGT CAGCTCAAAA CACTGTTTTG AGGTTGTGGA 1500 TAGAACTGAC GAAGTCAgCT CAAAACACTG TTTTGAGGTT GTGGATAGAA CTGACGAAGT 1560 CAGCCCAAAA CACTGTTTTG AGGTTGTGGA TAGAACTGAC GAAGTCAGTA ACCATACCTA 1620 CGGCAAGGCG ACGTTGACGT GATTTGAAGA GATTTTCGAG TATGAGTTTA TTTTTTACCT 1680 GACTTGTCCA TATTCCAGAA GTCTGTCACG GCTCCGCGTG AAGCAGATGA TACGATGTGG 1740 GCATATTTAC CGAGGACACC ACGGCTGTAA AGTGGTGGCA AGGTTGTTTC TGCCTTGCGT 1800 TTTTCAAGTT CTTCTTCGGA TACGGCCATA GAAATTTCTT TGGTATCTTG GTCAACCGTA 1860 ACGATATCGC CGGTACGGAG ATAGGCAATT GGTCCACCAT CCTGAGCTTC AGGAGCGATA 1920 TGTCCAACAA CCAGACCATA AGTACCACCA GAGAAACGTC CGTCCGTCAA GAGGGCCACC 1980 TTATCTCCCT GACCTTTACC AACAATCATT GAAGAAAGTG ATAGCATCTC AGGCATACCA 2040 GGACCACCTT TAGGTCCAAC AAAACGAACA ACGACTACAT CGCCATCAAC GATTTCATCT 2100 GTCAGAACGG CCTGAATCGC ATCTTCTTCT GAGTCAAAGA CCTTAGCTGG CCCAACGTGA 2160 CGACGCACTT TAACACCTGA TACCTTGGCA ACTGCACCGT CAGGAGCAAG GTTCCCGTTC 2220 AAGATGATAA GCGGACCATC CGCACGTTTT GGATTTTCAA GTGGCATGAT AACTTTTTGG 2280 CCTGGAGTCA AGTCTGCAAA GTCAGCCAAG TTTTCAGCTA CAGTCTTACC AGTACATGTG 2340 ATGCGATCTC CGTGAAGGAA ACCATTTGCC AACAAATACT TCATAACCGC AGGGACACCA 2400 CCGACTTCGT AGAGGTCTTG GAAGACATAC TGACCAGATG GTTTCAAGTC GGCCAAGTGA 2460 GGCACACGTT CTTGAATCGT ATTGAAGTCC TCAAGTGACA AGTCAACATT TGCGGCATGG 2520 GCAATGGCGA GCAAGTGAAG AGTGGCGTTT GTAGAACCAC CGAGAGCCAT CGTTACAGTG 2580 ATAGCATCTT CAAAGGCTTC ACGAGTCAAG ATATCTGATG GTTTGAGACC AAGTTCCAAC 2640 ATCTTAACAA CAGCACGTCC TGCTGCTTCG ATATCTTCTT TCTTATCAGC TGATTCAGCT 2700 GGGTGAGAGG ATGACCCTGG CAAACTCATC CCTAGAACTT CGATAGCAGT TGCCATGGTA 2760 TTAGCAGTAT ACATACCACC ACAACCACCA GGGCCAGGGC AGGCATTACA TTCAAGACGT 2820 TTCACGTCCT CAGCTGTCAT GTCACCGTGG TTCCATTTTC CGATACCTTC AAAGACAGAA 2880 ACCAAGTCGA TATCTTTACC ATCAAGATTT CCCGGTGCAA TAGTTCCACC ATAGGCGAAA 2940 ATAGCTGGGA TATCCATATT AGCAATAGCA ATCATAGATC CAGGCATGTT CTTGTCACAG 3000 CCACCGATAG CGACGAAGGC ATCCACGTTG TGACCACTCA TAGCCGCCTC GATGGAGTCC 3060 GCGATGATGT CACGAGATGT TAGAGAGAAA CGCATACCAG GCGTTCCCAT AGCGATCCCG 3120 TCCGCTACGG TAATGGTTCC AAACTGTACA GGCCAAGCGC CTGCAGATTT GACACCTTCT 3180 TTAGCCAGTT TCCCGAAATC ATGCAAGTGA ATGTTACATG GTGTATTTTC CGCCCAAGTC 3240 GAAATCACTC CCACAATCGA TGTTTCAAAG TCCTTATCTG TCATACCAGT CGCACGAAGC 3300 ATAGCACGGT TAGGTGATTT AACCATGCTG TCATAAATGC TACTGCGGTG ACGTTTATCT 3360 AATTCAGTCA TCTTATCCCT CCCATTTCAG TTTTTACTAT TATAGCACAA TTTTCGCATG 3420 AAGAACAGAA TAAAATTCTT GAATTTTCAG AAAATTCTAT ACACATGTGA AATATTTAAA 3480 ATTAAAAACA ACAAAGCGGA TTAGTGCACT TTCTGATGAC CAGAATATGC TTTTTAATCC 3540 GCTTTCTTTA AATAACGTAC TGTAATTTTT ACAGAAATTC TTTCAAATAA GTGTATTTAA 3600 CATCTATCTT GCATTATAAA TTTCTAGAAC CTTCTCTTTT ATATTCGATT CACTCAAACC 3660 ATACTCATTA AGAAGATAAT CCATTTTCCC TACTTGACCG AATCTTTCTT GAACACCCAT 3720 CCGATGAATT TTTGTTATTC CATCATCAGA GAATAATTCA CATAAAGCAC TGCCAATTCC 3780 ACCTATCTGA TTGTGGTTTT CTACAGTAAA TATAGTTTTT CCACTTAACA TTGTTTTTAT 3840 CTGTTCTGGT ATCGGTTTGA TTCTAAATAA ATCTATCACA CCTACTGAAT AACCTAATTT 3900 AGACAGTTCA TCTGCAACTC GAATACTTGG AGCAACCATT ATGCCAGAAG CAACGATTAC 3960 AAGATCTTCA CCATGCCTTA ACTCAATGTA GCCTTTAGAA AAATCTTCTC CACCTTGATA 4020 CACAGGAACT GGAGCTTTTC TAATTGTTCG AATATATTTT AGTCCTTTTA AGTCTAATGT 4080 CTGGTTCAAT ATTTCACGAA ATTGGATATC ATCAGTTGCT TCGAAAATGA TTGATTTAGG 4140 AATTAAACGT AACAATCCAA TTTCTTCAAA TGGCATATGT GTTCCACCAT TCATCTCTGC 4200 CGTTACTCCT GCATCTGATC CAATCACAGT GGCATCCAAT TGTGCGTATC CAAGAGAAAT 4260 AAATAATTGA TCAAATACTC TTCGTGAAGC AAAAGGACCA AATGTATGAA GATAAGGTCT 4320 AAACCCCTGA ATAGACAAGC CTGCTGCAAG GCCGACCATT TCTGCTTCCA TAATCCCAAC 4380 ATTCACATAA CGGTCTCCAA AGTCCTTTTC AAGATTATTA GTAGCCATCG AACTTGACAA 4440 ATCGGCTTCT AAGACTACTA TATCAGAATC ACTTTGATTA GCCTCTAAAA GGAAGTCTCT 4500 ATATACATGC CGTAATTCTT TCGTACTTCT CATCATTCTG TTTCCTCCAA TTCCTGACTT 4560 AATCTTTCTA CAACTGAAGT TAACATTTGT TTCTCCTCTA CAGTAGGGCG AAGATGATGA 4620 TTGGATTTCA TTTCTTCCAG CTCTTGAACC CCTTGACCTT TAATAGTATC TAATACAATG 4680 CACTTAGGTG ATGAATTATT TGACTGTTTT AATTGGACAA TCCCTTCATA AATTTCTCTA 4740 ATATCTGAAC CCTTGACCCT AATGGATTCA AATCCAAATG CTGAAAATTT TTCTACGAAA 4800 TCACCTGGAT TACAAATATC CTTTGTAAAA CCATCTAATT GTTTTTTGTT ATCATCAACA 4860 AATACAATTA AGTTGGATAA CTGTTGATGA GAAGCAAACT GTATAGCCTC CCAACATTGT 4920 CCCTCATTTA ACTCACCATC TCCAACAATA GCGTAAGTAT AAAAGGGACT CTTTCTTATT 4980 CTCTGACCAT ATGCAAGTCC AGTTGCAACA CTAATTCCTT GTCCTAAAGA GCCCGTTGTC 5040 ATATCTATGC CTGGCGTTAG ATTTCTATCA GGATGAGACG GTAATTTGGT TCCATTTGTA 5100 TTTAAAGAAT ATAAGAATTC TTTGTCAAAG AAACCATTCA AATAGAGTGT ACTGTATAGA 5160 GCTGGTCCTC CGTGACCTTT TGATAATATG AAATAATCTC TATCTCGTGC TGCAAATATT 5220 TCTGGAGTCA TTGGCATTAT TTCACCATAA AGCACCGCTA AAACTTCTAC GATAGACAGA 5280 CTTCCTCCGT AATGTCCGAA TCCAAGATGA TTCAATGTTC TAAGAGTATT TAATCGGATG 5340 TTAGTCGCAA ATTTTCTTAA CCCATCTTCT CTATTTTTAC TTAAAATCAT CCCTTATTCC 5400 TCCGTTGCAG ATGGCTTTTT AATAAAGGAT ACTCCAAACA TAACTGCTAG AATAAGAACA 5460 AGACCAATCA CAATGCCTGC TTGTGAGCCA AATTGATTTA ACATTCCTAA AATAATTCCT 5520 GATAGACCAA AATCTGCATC TGAGAAAGTT GATCCTTGGA AACCAAGTCC TCCCAAAACT 5580 GGCATTAAAA AGACTGGAAG AAAACTGATT AAAATACCTT GTAAAAATGC TCCAATAGTG 5640 GCTCCACGAA CACCACCAGA TGCATTCCCA ATGACACCTG CAGTCGCTCC ACAGAAGAAA 5700 TGAGGCACAA CACCTGGTAA GATAACAACC GTTCCTGAAG CAATCATAAT TACCATACTT 5760 ACTAAACCAC CAACAAAACT AGAGATAAAT CCAATTAGAA CTGCATTGGG TGCATAAGTA 5820 TAAACAATCG GACAATCCAA AGCAGGTTTT GAATTAGGTA CAAGACGCTC TGAAATACCT 5880 TTAAAGGCTG GAACAATTTC GCCCAAAATA AGGCGAACAC CTGCTAAAAT AACAAATACC 5940 CCTGCTGCAA ATTGACCTGC TAATTGTAAA GCATAAACTA GACCACTTGT ACCACTACTG 6000 ATTTCTTTTT CTATATATTC TGACCCTGCA AAGATAGCTA CAATAATGTA AATAACTGCC 6060 ATGGATAAAG TAATACTAAC AGTACTATCA CGTAAAAAAG CTAAACTCTT TGGAAATTTA 6120 ATGTCCTCTG TTGATTTTGA TTTGTCACCG ATAAGGCTAC CAGTAAAACC ACTCAACCAA 6180 TATCCCAAAG AACTGAAATG ACCTAAAGCT ACCTTGTCAT TTCCAGTTAA TTGAACCATA 6240 TATTTTTGCA CAAATGCTGG GGAAATACTC ATAATAATAC CGAGTGCTAA TCCTCCTAGT 6300 AAGATGAGAG GCAAGCTAGT AAAGCCAGCA ACTGATAAAA TGACCGCAAT CATACATGCC 6360 ATATATAGAG TGTGGTGCCC TGTTAAAAAA ATATATTTAA ATCGAGTAAA ACGAGCGATT 6420 AAGATATTGA ACACCATGCC TGCAAACATA ATCATTGCAG TAGCTGAGCC ATATGTTGTT 6480 AAAGCTACAG CTACAATTGC TTCATTATTC GGCACAACGC CAGATAAATG AAAAGCATGC 6540 TCAAACATGG TACCAAATGG ATTTAAAGAA TTTTGTACAA TTCCTGCACC ACCAGATACA 6600 ACTAAGAAAC CAACAAAGGT CTTAATTCCA CCTTTAATAA TATCAGGTAA TTTCTTCTTC 6660 TGAAGAACTA ATCCTAAGAT TGCAATTAAA GCTACTAAAA TAGCTGGTGT ACTAACAATA 6720 TCCAATATGA ACTTCATCAT GACGCTAGCC TCCTATATAA GTCCTTTTTC TTCACAAAGT 6780 TTAGTAATTA ATTCTCGTAG TTCATCCATA TCAATAATAC TATTTAAGAT ACGAACATCT 6840 CCAAGATGAC TAGCTGAATC AGCTAGATCA CGACCAACAA TCCAAATATC AGCTGCATTT 6900 GGATCTGCTC CACCTAAATC ATAATGTTCA ACTTCTACAT CCGAAACATT CAAATCACTC 6960 AATACAGATT CAATATTCAT CTGTACCATA AAACTTGAAC CTAATCCTGA ACCACAAGCT 7020 GTACCAATTT TTAACATTAT CTAATCCTCC TGTTTAATTA TCATTTTAAT GTCATCATAG 7080 TTTTTTGATG ATATTAAAGT TTGAACATGA TTTTTATCTC TTAAAATTGT TGTTAAATGT 7140 GACAAAGCCT TTAAATGACT CTCATTATCA ATGGCTGCAA TACAAATCAA CAATCTTACC 7200 TCTTGTTCTG GATTATCCAA TAAATAAATC GGTTCTTCCA AAACTAACAT TGACATTCCT 7260 ATTTCATTCA CACCTTCATC TGGCCGAGCG TGAGGAATTG CTACTCCCTT CCCTAAATTA 7320 ATAAAAGGTC CAAACTCTTC TACTTTTTGA ATCATTGCCT CAGGGTAGTT CTCAGTTATC 7380 TTATCTTGAT CCAAAAGCGG TTTAGCTGCT AAACGAATCG CCTCCTTCCA TCCTAATTTT 7440 TGCGAACTAA CCTGATAGGT TTCTTTGGTA ATAAGTTGTT CTAGCACTGG TACAATTTCC 7500 TTTCTATCAT TTTTTTGGTA AAGATAATTC TTTAACGCCA ATCTTAATTC CAATTCTTGT 7560 GTAATAATTC CATATCTTTT GACAATATTC AGGATTTGTT CAATCTCAAA ATCTCCATAC 7620 TCTAAATTCG GAAAATCTTT TAACACTAGT TCTACTAGTT GTATTGCTTG CTCTTCAGTC 7680 ATCATAACCG AAACTAGATA ATTTGGCTTT TCTGTCTCCA CCTTTATGGT AGAAAAAACC 7740 ATATCATAGT CACTACTAGC TTTCACCTGT AAATCATCAA TCTTTGAGGT TCCTATAAAC 7800 TCAATTTGAG GAAATAATGC TAATAGATTC TCTTTTAACA TCAATGAAGA ACTAACACCA 7860 TTAGGACAAA TGATTGCTGC TTTATACCAT TTTTGAGGCA AAGTATCTGC TTTCTTTAAA 7920 TAACCTCCGA AATGGATAAC AAAATATGCT GTTTCACTAT CAGGTATGGG ATTGTCAATA 7980 GCGTCCATCA AGGGCATCAA AGAATCTTTG ACTAATTCAA ATAAATCAGG ATAATGTTCT 8040 TTAACATGCA ATACATATTC ATTTGAACTA GGTAGGCCGA ACTTTAATCT ATAGTAAGCC 8100 GGTATAAGGT GGCGGCGAAG ATTTTCTCTC AATCCTTCCC TTTGTTTAAA ATGTAACAAA 8160 GAAATATCTT CCATTCTACT TATAATAGCC TCTGTTAATT GATTAAAGTA AACCGGAGCA 8220 ACATCTACTT CACCTTCAAA GCAACTTGAT AATAAAACGG TGATATAGCG ATAATCATCC 8280 TCAGAAAACA CCGTATCTAT AATTCCCAAA TCAACCACTG TATCCAATAA AATAGTGGTT 8340 ATATCTTGAA TAACAGGAGA TACTAATGTC TCTGAAAGAC ATACTCTTTC AACATCCCTT 8400 TGATACCTAC ACAGAATGAA TACTAAACCG AAAAGGTAAA CTTTTAATTG ATTAACAATA 8460 GGTACTAGCT GTAGCTTCTC ATAATAATCT TTAACTACCT GATCAATCAA ATCATAAGTT 8520 AATGAATACC CCCAACTGGA TAAAACATAA TCCAAACCCC AAATCCCTAT GGAGGATTCC 8580 AGCAACTCAC TAACCATTTG AAAAGCTAAG CGGTGCTTAT TCCACTCTGA ACCGTGTAAA 8640 GTATAACCTT TTGCTCTACT GTACCCTAGC TCCAAATCAT TATCTAACAT AATCTTTCTT 8700 AATGATTGAA TATCAGATAA GGTTGTATTC TTACTTACTT TCAAAAAGTC TTGGTAATGA 8760 CTATTCGATA TAAAATCTAA TCGGCAAAAA GTGTAAAGAT AGATTAAAGC TAAGCGAGTC 8820 GACTTTGGTA AAACCAATTC ATCCGACTTA ATAATATCTG TCAAAGACTG CTTCGTACGA 8880 TTTGATAAAC TATAGCGACC TTGCTTTTTA TCCAGCACTA TCCCTTTATT AGCTAGATAA 8940 GGCACTAAAT AATCTATTCC TTCTTTGACT TCCTTTATAG GTAAGCTCAC CTTAACAGAT 9000 AATTCATATA ACGATAGCTC ACAATGATCC ATCAAAGTCA TCAAAATAAC TAGTGCTCTA 9060 TAATCAAAC 9069 (2) INFORMATION FOR SEQ ID NO : 98 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 8654 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 98 : CGAGACAACA AGATGAAGAA AAATTTGCCC TATCGTTTGT GGCGCTTGCA AGTGTAGCAC 60 TTCTTGCAGC CTGTGGAGAA GTGAAGTCTG GAGCAGTCAA CACTGCTGGT AACTCAGTAG 120 AGGAAAAGAC AATTAAAATC GGGTTTAACT TTGAAGAATC AGGTTCTTTA GCTGCATACG 180 GAACAGCTGA ACAAAAAGGT GCCCAATTGG CTGTTGATGA AATCAATGCC GCAGTGGTAT 240 CGATGGAAAA CAAATCGAAG TAGTCGATAA AGATAATAAG TCTGAAACAG CTGAGGCTGC 300 TTCAGTTACA ACTAACCTTG TAACCCAATC TAAAGTATCA GCAGTCGTAG GACCTGCGAC 360 ATCTGGTGCG ACTGCAGCTG CGGTAGCGAA CGCTACAAAA GCAGGTGTTC CATTGATCTC 420 ACCAAGTGCG ACTCAAGATG GATTGACTAA AGGTCAAGAT TACCTCTTTA TTGGAACTTT 480 CCAAGATAGC TTCCAAGGAA AAATTATCTC AAACTATGTT TCTGAAAAAT TAAATGCTAA 540 GAAAGTTGTT CTTTACACTG ACAATGCCAG TGACTATGCT AAAGGGATTG CAAAATCTTT 600 CCGCGAGTCA TACAAGGGTG AAATCGTTGC AGATGAAACT TTCGTAGCAG GTGACACAGA 660 CTTCCAAGCA GCCCTTACAA AAATGAAAGG GAAAGACTTT GATGCTATCG TTGTTCCTGG 720 TTACTATAAT GAGGCTGGTA AAATTGTAAA CCAAGCGCGT GGCATGGGAA TTGACAAACC 780 AATCGTTGGT GGTGATGGAT TCAACGGTGA GGAGTTTGTA CAACAAGCAA CTGCTGAAAA 840 AGCATCAAAC ATCTACTTTA TCTCAGGCTT CTCAACTACT GTAGAAGTTT CAGCTAAAGC 900 TAAAGCCTTC CTTGACGCTT ACCGTGCTAA GTACAATGAA GAGCCTTCAA CATTTGCAGC 960 CTTGGCTTAT GATTCAGTTC ACCTTGTAGC AAACGCAGCA AAAGGTGCTA AAAATTCAGG 1020 TGAAATCAAG AATAACCTTG CTAAAACAAA AGATTTTGAA GGTGTAACTG GTCAAACAAG 1080 CTTCGATGCA GACCACAACA CAGTCAAAAC TGCTTACATG ATGACCATGA ACAATGGTAA 1140 AGTTGAAGCA GCAGAAGTTG TAAAACCATA ATAGAAAAAT GTTGAAATAG GGAATGAGCC 1200 TTTGACTCAC TCCCTGTTTC GATATTTAAT ACTCTTCGAA AATCTCTTCA AACTGCGTCA 1260 ACGTCGCCTT GGATTATATA TGTGACTGAC TTCGTCAGTC TTATCTACAA CCTCAAAGCA 1320 GTGCTTTGAG CAACCTGCGG CTAGTTTCCT AGTTTGCTCT TTGATTTTCA TTGAGTATAA 1380 GAACCTATCA AAAAGTGAGG GAAAACCCTC GGAATTATAA ATAGAAAGAG TGAATCTTAT 1440 GCTCCAACAA CTCGTAAATG GTTTGATTCT AGGTAGTGTT TACGCGCTGT TAGCCCTAGG 1500 ATATACCATG GTTTACGGAA TTATCAAGCT CATCAACTTC GCCCATGGTG ATATTTATAT 1560 GATGGGAGCC TTTATCGGTT ATTTCTTGAT CAATTCTTTC CAAATGAATT TCTTTGTAGC 1620 GCTTATTGTA GCTATGCTAG CGACAGCTAT TCTTGGTGTC GTGATTGAGT TTCTTGCTTA 1680 CCGACCTTTG CGCCACTCTA CTCGTATTGC TGTTTTGATT ACGGCTATTG GGGTTTCTTT 1740 CCTATTGGAG TATGGAATGG TCTATCTGGT TGGTGCCAAT ACCCGTGCCT TCCCTCAAGC 1800 GATTCAAACA GTTCGATATG ATTTGGGACC AATTAGCTTA ACAAATGTGC AGTTAATGAT 1860 TTTGGCCATT TCCTTGATTT TGATGATTTT GTTACAAGTC ATTGTCCAAA AGACTAAGAT 1920 GGGGAAAGCC ATGCGTGCAG TATCAGTAGA TAGCGACGCG GCGCAATTGA TGGGGATCAA 1980 TGTAAACCGT ACGATTAGCT TTACCTTCGC TTTGGGTTCT GCTCTTGCGG GTGCGGCTGG 2040 TGTTCTGATT GCTCTTTATT ATAACTCTCT TGAGCCTTTG ATGGGGGTTA CTCCAGGTCT 2100 TAAATCTTTC GTTGCCGCAG TACTTGGTGG TATCGGAATT ATTCCTGGTG CGGCTCTTGG 2160 TGGCTTTGTG ATTGGTCTAT TGGAAACCTT TGCGACTGCC TTTGGGATGT CAGATTTCCG 2220 TGATGCCATT GTTTATGGAA TCTTGTTGTT GATCTTGATT GTCCGCCCAG CTGGTATCCT 2280 TGGTAAGAAT GTGAAAGAGA AGGTGTAAAC GATGAAGGAA AATTTAAAAG TTAATATTCT 2340 ATGGTTACTC CTTTTGTTAG CTGGCTATAG CTTGATTAGT GTACTGGTTT CAGTCGGAGT 2400 ACTTAATCTA TTCTATGTAC AGATTTTACA ACAAATTGGA ATTAATATTA TTTTGGCTGT 2460 TGGTCTCAAC TTAATCGTTG GTTTTTCAGG ACAATTTTCA CTTGGTCATG CTGGTTTCAT 2520 GGCGATTGGT GCCTATGCAG CAGCTATTAT TGGTTCTAAA TCACCAACCT ACGGTGCCTT 2580 CTTTGGAGCT ATGCTTGTAG GGGCTTTGCT TTCAGGAGCA GTTGCCTTAC TTGTCGGCAT 2640 TCCAACCTTG CGCTTGAAGG GGGACTATCT TGCGGTAGCA ACTCTGGGTG TTTCTGAAAT 2700 TATCCGTATC TTTATCATCA ATGGTGGAAG CCTTACAAAT GGTGCGGCAG GTATCTTAGG 2760 GATTCCTAAC TTTACAACTT GGCAAATGGT TTACTTCTTT GTCGTGATTA CAACCATTGC 2820 AACCTTGAAC TTCTTGCGTA GCCCAATTGG TCGTTCAACC CTCTCTGTTC GTGAAGATGA 2880 AATCGCTGCT GAGTCAGTTG GGGTTAATAC GACTAAAATT AAAATCATCG CTTTTGTCTT 2940 TGGTGCCATT ACTGCAAGTA TTGCTGGGTC ACTTCAGGCA GGATTTATCG GGTCTGTTGT 3000 ACCGAAAGAT TACACCTTCA TCAACTCAAT CAACGTTTTG ATTATTGTTG TATTTGGTGG 3060 ACTCGGTTCC ATTACAGGTG CGATTGTTTC GGCTATTGTT CTGGGAATTT TGAATATGCT 3120 TCTCCAAGAT GTTGCTAGTG TGCGTATGAT TATTTACGCT TTGGCCTTGG TATTGGTAAT 3180 GATTTTCAGA CCAGGTGGAC TCCTTGGAAC ATGGGAACTG AGCCTATCAC GTTTCTTTAA 3240 AAAATCTAAG AAGGAGGAAC AAAACTAATG GCATTACTTG AAGTAAAACA GTTAACCAAA 3300 CATTTTGGTG GTCTAACAGC TGTTGGAGAT GTGACTCTTG AATTGAACGA AGGGGAACTG 3360 GTTGGATTAA TCGGTCCAAA CGGAGCTGGG AAAACCACCC TTTTCAACCT TTTGACCGGT 3420 GTTTATGAAC CAAGCGAGGG AACAGTAACC CTAGATGGTC ACCTTTTGAA TGGGAAATCA 3480 CCTTATAAGA TTGCCTCTTT GGGACTTGGA CGTACTTTCC AAAATATCCG TCTCTTTAAA 3540 GATTTAACAG TTTTAGATAA TGTTTTGATT GCTTTTGGAA ACCATCACAA ACAGCATGTT 3600 TTTACTAGTT TCTTACGCTT ACCAGCTTTT TACAAGAGTG AAAAAGAATT AAAGGCTAAA 3660 GCTTTGGAAT TGTTGAAAAT CTTTGATTTA GATGGTGATG CAGAGACTCT TGCTAAAAAT 3720 CTTTCCTACG GACAACAACG TCGTTTGGAA ATTGTTCGTG CCCTTGCTAC GGAACCTAAA 3780 ATTCTCTTCT TAGATGAACC AGCAGCAGGT ATGAACCCAC AGGAAACAGC CGAATTGACT 3840 GAGTTAATTC GTCGTATCAA AGATGAGTTT AAGATTACAA TCATGTTGAT TGAACACGAT 3900 ATGAATCTGG TCATGGAAGT AACAGAACGT ATCTACGTAC TTGAATATGG CCGTTTAATC 3960 GCTCAAGGAA CTCCAGACGA AATTAAGACC AATAAACGCG TTATCGAAGC TTATCTAGGA 4020 GGTGAAGCCT AATGTCTATG TTAAAAGTTG AAAATCTTTC TGTGCATTAC GGTATGATCC 4080 AAGCAGTTCG TGATGTAAGC TTTGAAGTTA ATGAAGGAGA AGTTGTTTCC CTTATCGGTG 4140 CCAACGGTGC AGGTAAGACA ACTATTCTTC GCACCTTGTC AGGTTTGGTT CGACCAAGTT 4200 CAGGAAAGAT TGAATTTTTA GGTCAAGAAA TCCAAAAAAT GCCAGCTCAG AAAATCGTGG 4260 CAAGTGGTCT TTCACAAGTT CCAGAAGGAC GCCACGTCTT TCCTGGCTTG ACTGTTATGG 4320 AAAATCTTGA AATGGGAGCT TTCTTAAAGA AAAATCGTGA AGAAAATCAA GCTAACTTGA 4380 AGAAGGTTTT CTCACGCTTT CCTCGTCTTG AAGAACGGAA GAACCAAGAT GCAGCCACTC 4440 TTTCAGGGGG GGAACAACAA ATGCTTGCCA TGGGACGCGC CCTCATGTCA ACACCAAAAC 4500 TTCTTCTTTT AGATGAACCA TCAATGGGAC TTGCCCCAAT CTTTATCCAA GAAATTTTTG 4560 ATATCATTCA AGATATTCAG AAGCAAGGAA CAACGGTCCT CTTGATTGAA CAAAATGCCA 4620 ATAAAGCACT TGCAATCTCT GACCGAGGAT ATGTACTGGA AACAGGGAGA ATCGTCCTAT 4680 CAGGAACAGG AAAAGAACTC GCTTCATCAG AAGAAGTCAG AAAAGCATAT CTAGGTGGCT 4740 AAAACAATCC AGTGGATTGT TTTAGTCGGC AGATGGAGAT TACGAAGTAA TCATCAATAT 4800 AGTCCGGGGG ACCTTTTTAG TCGGTAGATT GAGATTGCAA ACAAATCTGC ATCTACATTG 4860 AAAGCTTAAT TTCTAATAAT TGAAAAAATC GAATGAAAAA TTTCTTACCT TCATTCACAG 4920 AGCTCGATTT CAGAGCTCTT TTTGCTAGCT TATTCATACT TTTCTGAATT TCGAAAAAGA 4980 AATGTAAGCG TTTGATAGAT TTACAAAAAG ATTGTATAAT AGGGATAAGA ATAGAAAAGG 5040 AGAAGTCTCA TGGCAGTTAA AGATTTTATG ACCCGCAAGG TAGTTTATAT TAGTCCAGAT 5100 ATAACAGTAT CTCATGCAGC AGATTTGATG AGAGAGCAAG GTTTGCACCG TCTGCCTGTT 5160 ATCGAAAATG ATCAATTAGT TGGTTTGGTG ACTGAGGGAA CCATTGCACA AGCAAGTCCA 5220 TCTAAAGCAA CAAGTCTTTC TATCTATGAG ATGAATTATC TTCTGAATAA GACAAAAGTA 5280 AAAGATGTCA TGATTCGCGA TGTTGTCACT GTCTCAGGCT ATGCTAGTCT AGAAGATGCA 5340 ACTTATCTGA TGTTGAAAAA TAAGATTAGT ATTCTCCCTG TCGTAGATAA CCATCAAGTA 5400 TACGGAGTTA TTACTGACCG TGACGTTTTC CAAGCCTTTC TTGAAATTGC AGGTTATGGC 5460 GAAGAAGGGA TTCGTGTACG CTTTGTTACA GAAGATGAAG TTGGTGTTCT TGGAAAAATT 5520 GTTTCTTTGA TTGTAGAAGA AAATTTGAAT ATCTCCCATA CAGTCAATAT TCCGCGTAAG 5580 GATGGTAAGG TGATTATCGA AGTGCAAATC GATGGATCAA TTGATTTACC AGCCTTGAAA 5640 GAAAAATTTG AAGCAAATGG TATTCAAGTG GAAGAAATCG CTCGCACTTC AGCAAAAGTC 5700 TTGTAAGAAG GGAAGCCCAA AGGCTTCTTT TTTCATGAAA AGGGGATTAG AGCAAAAGAT 5760 GGAAAGAAAT GATAAAATAT GCTATAATGA AATAATGTAA AAAAGGAGTA TTTATGGACA 5820 TTTCAGTAAT TCGTCAGAAA ATTGACGCAA ATCGTGAAAA ATTAGCTTCT TTCAGGGGGT 5880 CTCTTTGACC TCGAAGGGCT AGAGGAAGAG ATTGCCATCT TGGAAAACAA GATGACAGAA 5940 CCTGATTTTT GGAACGATAA TATTGCGGCC CAAAAAACGT CGCAAGAATT AAATGAATTA 6000 AAAAACACTT ACAATACCTT CCATAAGATG GAAGAGTTGC AGGATGAAGT CGAAATTTTA 6060 TTGGATTTTT TGGCTGAAGA CGAGTCAGTG CATGATGAAC TGGTAGCGCA GTTAGCCGAA 6120 CTTGATAAGA TAATGACCAG CTACGAGATG ACTCTACTCT TGTCAGAACC TTATGACCAC 6180 AACAATGCCA TCTTGGAAAT CCATCCAGGT TCTGGTGGTA CTGAGGCGCA GGACTGGGGT 6240 GATATGTTGC TTCGTATGTA TACTCGTTAT GGTAATGCTA AAGGCTTTAA AGTGGAAGTG 6300 TTGGATTACC AAGCAGGTGA TGAGGCTGGT ATTAAGTCGG TAACTTTATC ATTTGAAGGG 6360 CCTAATGCCT ATGGTCTCCT CAAGTCAGAA ATGGGTGTTC ACCGCTTAGT GCGAATCTCA 6420 CCATTTGACT CTGCCAAACG TCGCCATACC TCTTTCACAT CTGTAGAAGT GATGCCAGAA 6480 TTGGATGATA CTATTGAAGT GGAAATCCGT GAAGATGATA TCAAGATGGA TACCTTCCGT 6540 TCAGGTGGTG CCGGTGGACA AAACGTCAAT AAGGTTTCAA CAGGTGTACG TTTAACCCAC 6600 ATTCCAACTG GAATTGTTGT CCAATCAACA GTAGATCGTA CCCAGTATGG AAATAGAGAT 6660 CGTGCCATGA AGATGTTGCA GGCTAAGCTC TATCAAATGG AGCAAGATAA GAAGGCTGCG 6720 GAGGTAGATT CTCTCAAAGG TGAGAAAAAG GAGATCACTT GGGGAAGCCA AATCCGTTCT 6780 TATGTCTTCA CGCCTTATAC TATGGTAAAA GATCACCGAA CTAGCTTTGA GGTTGCTCAG 6840 GTAGATAAGG TTATGGATGG GGACCTAGAT GGTTTTATCG ATGCTTATCT CAAGTGGCGA 6900 ATTAGCTAAG ATAGAAAGGA ACTCACATGT CAATTATTGA AATGAGAGAT GTCGTTAAAA 6960 AATACGACAA CGGAACAACT GCTCTACGCG GTGTTTCGGT TAGCGTTCAA CCGGGGGAAT 7020 TTGCTTACAT CGTAGGACCT TCAGGAGCAG GGAAGTCAAC TTTTATTCGT TCTCTGTATC 7080 GTGAAGTAAA AATCGATAAA GGAAGCCTAT CAGTTGCTGG TTTTAATCTG GTTAAGATCA 7140 AAAAGAAAGA TGTCCCGCTT CTACGTCGTA GTGTTGGGGT TGTCTTCCAG GATTATAAAT 7200 TGTTACCAAA GAAAACTGTC TATGAAAATA TTGCTTACGC TATGGAAGTA ATCGGGGAAA 7260 ATCGCCGTAA TATCAAAAGA CGAGTGATGG AAGTTTTGGA CTTGGTTGGA TTGAAGCATA 7320 AGGTTCGTTC TTTCCCAAAT GAACTCTCAG GTGGGGAGCA ACAGCGGATT GCGATTGCGC 7380 GTGCAATTGT AAATAATCCC AAAGTATTGA TAGCTGATGA GCCAACAGGA AATCTGGATC 7440 CGGATAATTC ATGGGAAATT ATGAATCTCT TGGAACGGAT TAACyTACAA GGAACAACTA 7500 TTTTGATGGC GACTCATAAT AGCCAGATTG TAAATACCTT GCGCCACCGT GTCATTGCCA 7560 TTGAAAATGG CCGTGTCGTT CGTGACGAAT CAAAAGGAGA GTATGGATAC GATGATTAGT 7620 AGATTTTTTC GCCATTTATT TGAAGCCTTA AAAAGTTTGA AACGAAATGG TTGGATGACA 7680 GTAGCTGCTG TCAGTTCAGT CATGATTACT TTGACCTTGG TGGCAATATT TGCATCTGTT 7740 ATTTTCAATA CAGCGAAACT AGCTACAGAT ATTGAAAATA ATGTCCGTGT AGTAGTTTAT 7800 ATCCGAAAGG ATGTGGAAGA TAATAGTCAG ACAATTGAAA AAGAAGGTCA AACTGTTACA 7860 AATAATGACT ACCACAAGGT ATATGATTCT TTGAAGAACA TGTCTACGGT TAAAAGTGTT 7920 ACCTTTTCAA GTAAAGAAGA ACAATATGAA AAATTAACCG AGATAATGGG AGATAACT'GG 7980 AAAATCTTTG AAGGAGATGC CAATCCTCTC TATGATGCCT ATATTGTAGA GGCAAACACT 8040 CCAAATGATG TAAAAACTAT AGCCGAAGAT GCTAAAAAAA TTGAAGGTGT CTCTGAGGTT 8100 CAAGATGGCG GTGCCAATAC AGAAAGACTC TTCAAGTTAG CTTCATTTAT CCGTGTTTGG 8160 GGACTAGGGA TTGCTGCTTT GTTAATTTTT ATCGCAGTTT TCTTGATTTC AAATACCATT 8220 CGTATTACCA TTATTTCCCG CAGTCGCGAA ATTCAAATCA TGCGCTTGGT CGGAGCTAAA 8280 AACAGTTATA TCCGTGGACC GTTCTTGTTA GAAGGAGCCT TTATCGGTTT ATTGGGAGCT 8340 ATCGCACCAT CTGTTTTGGT CTTTATTGTT TATCAAATTG TTTACCAATC TGTCAACAAA 8400 TCGTTGGTAG GGCAAAATCT ATCCATGATT AGTCCAGATT TATTTAGTCC GTTGATGATT 8460 GCCCTACTAT TTGTGATTGG GGTTTTCATT GGTTCATTGG GATCAGGAAT ATCCATGCGC 8520 CGATTCTTGA AGATTTAGGT AAAATAGCTG CTTTTATGAG GAGATTGTAA AATCTCCTTT 8580 TTTGCTACAA GAGTTTTTGA AAAGAGATGC GCAGAAGAAA AGAGCTTCCA AAGAAGTCCC 8640 CCAGAGAAGA CTTC 8654 (2) INFORMATION FOR SEQ ID NO : 99 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 19718 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 99 : TGTCGCGTCA AAATCATTAC TATGGCTATG TATAGCCCTT ACTATGACTT GGCTAAACAC 60 GTTCGCTTTC AAATTTCTAG GCTCAGGCTG AAACAGTCTC CCAGGCTGTT CACTCCCGAA 120 TGCTAAAATC GTTCTTGATC GCTTTCACAT TGTACAACAT CTTAGCCGTG CTATGAGTCG 180 TGTGCATGTC CAAATCATGA ATCAGTTTCA TCGAAAATCC CATGAATACA AGGCTATCAA 240 GCGCTACTGG AAACTCATTC AACAGGATAG CCGTAAACTG AGTGATAAGC GATTTTATCG 300 CCCTACTTTT CGCATGCACT TAACAAATAA AGAAATTCTT GACAAGATTT TAAGCTATTC 360 AGAAGACTTG AAACACCACT ATCAGATCTA TCAACTCTTA CTTTTTCACT TTCAGAACAA 420 AGACCCTGAG AAATTTTTCG GACTCATTGA GGACAATCTG AAGCAGGTTC ATCCTCTTTT 480 TCAGACTGTC TTTAAAACCT TTCTCAAAGA TAAAGAAAAG ATTATCAACG CCCTTCAACT 540 ACACTATTCT AATGCCAAAC TGGAAGCGAC CAATAATCTC ATCAAACTTA TCAAGCGCAA 600 TGCCTTTGGT TTTCGAAACT TTGAAAACTT CAAAAAACGG ATTTTTATCG CTTTGAACAT 660 CAAAAAAGAA AGGACGAAAT TTGTCCTTTC TCGAGCTTAG CTGACTTCAA CCCACTACAG 720 TTGACAAAGA GCCTAATTTC CATAAAAATT GACATGGAAA TTATAAAACC ATTACTAGTT 780 TAGTCCTTTT TGATAACGTG CCAATTCGGC TTGGTTCGCC CAAACATAGT GACCTGGACG 840 GATTTCTACC ATAGATGGCT TATCAGTCTC ATAGTCGTGT TGACTTGGAT CGTAAACCTT 900 CAAGACCTTC TTACGTTCCA AGATTGGATC TGGGATTGGT ACCGCTGAAA GCAAGGCTTG 960 AGTATATGGG TGAATTGGAT TGTTAAACAA TTCTTCTGTT TCTGCAACCT CTACAATAAC 1020 ACCCTTGTAA ATAACTGCGA TACGATCTGA AATAAAGCGA ACAACCGACA AGTCATGGGC 1080 GATGAAGAGA TAGGTCAGGC CGAGCTCTTT TTGGAATTTT TTGAGCAAGT TCAAGACTTG 1140 GGCACGTACA GAAACGTCCA AGGCTGAAAT TGGCTCATCT GCAATAACAA AGTCTGGTTG 1200 CATGACCAAG GCACGGGCAA TACCGATACG TTGACGTTGA CCGCCTGAGA ATTCATGAGG 1260 GTAACGAGTC AAGTGCTCAG CAAGAAGACC TACTTCACGG ATAATATTTT GAACTTTCTC 1320 TTTACGTTCT TCTTCATCCT TAAATAAACG GTGATTGTAA AGACCTTCAG AAATAATATA 1380 ATCAACAGTC GCACGTTCAT TCAAACTTGC GGCAGGGTCT TGGAAAATCA TCTGGATTCG 1440 ACGAATCAAT TCCGCAGCTT GTTCACGCGA TTTCTTACCA TTAATCTTTT GACCATCAAA 1500 AATGATATCT CCATTACTTG TATCATTTAG ACCGATGATA GCACGACCAA TAGTTGTTTT 1560 CCCACTACCG GACTCACCTA CAAGCGAGAA AGTTTCTCCC TTGTTGATAA AGAAGTTAGC 1620 ATTTTTAACC GCGACAAACT TCTTACTTCC TTCACCGAAG GAAATTTCTA AATCTTTGAT 1680 TTCTACTAAT TTTTCAGACA TTTCCTTCCT CCTAGTCAGC CAGATGGGCA AATCCCATTT 1740 TTTCACGGAT CTTATCATGG AGATTTGCAA TCACAGCTGG TTTTTCTACT TTCGGAGCAT 1800 CCTCATGAAG AAGCCAAGTT TTAGCCCAAT GTGTCTCTGA TACTGAGAAT TGAGGAGCTT 1860 TTTGTTCGAA GTCAATCTGC ATTGCGTAGT CAGAACGCAA GGCAAAAGCA TCCCCTTTCA 1920 GGTCAGTATA AAGTGACGGA GGTGTTCCTG GGATTGAGTA AAGATCCCCT TTATCATCAG 1980 CAAGCTGAGG CAAGCTAGAC AAGAGACTCC ATGTATATGG ATGGCGAGGG TCATAGAAGA 2040 CTTCCTCAAC CGTTCCATAC TCAACGATTT CTCCTGCATA CATAACCGCT ACCTTATCCG 2100 CAATACTTGC CACCACACCA AGGTCGTGGG TAATAAAGAT TGTTGTGAAA TGATACTCGT 2160 TTTGTAAAGA TTTTAGCAAA TCAATAATCT GAGCTTGAAT AGTTACATCC AAGGCAGTTG 2220 TTGGCTCATC ACAGATCAAG ACATCAGGTC GGCAGGCAAG GGCAATAGCA ATAACGATAC 2280 GTTGACGCAT TCCTCCAGAA TATTGGAATG GGTATTCATT AAAACGTCTA TCTGCGTCTG 2340 GAATGCCAAC CTTATTCATG TAGTCAATGG CCAATTCTTT CGCTTCTTTA GCTGTTTTTC 2400 CTTGGTGTTT TACAATAACT TCTGTAATCT GACTACCAAT TGTTTTAATG GGGTCCAAAC 2460 TAGTCATTGG GTCCTGGAAG ATAGTCGCAA TCTTAGCACC ACGAATTTGT TCCCAATCCT 2520 TGTGAGAAGA TAAAGCTGTC AAGTCCTGAC CACGGTAGTC AATACTACCT TGGGCAATAC 2580 GACCATTTTC TTCGAGCATA CCTGTGAAGG TCTTTGTCAA AACAGATTTA CCTGATCCTG 2640 ACTCACCTAC CAAGGCTAAT ACTTCTCCTT CGACTAGTTC AAGGGAAACG CCGCGAATGG 2700 CTGTCAATAC TTTGTCACGA ACGTCAAATT CCACGACAAT ATCGCGAGCA GTCAAAATTA 2760 CATTTTTTTC TTTTGTCATT TCTACTCCTA TCTATGTGTA CGTGGATCAC TAGCATCCGC 2820 TAAGTTTTGA CCAACTACGA AAAGGGACAA GGATACCAAG ACAAGGGTTG TCAATGGAAT 2880 CCAGAACAAG TAAGCATTGG TTGTTACGTT TTGTGAATAA TCCGAAATCA AACGACCCAA 2940 ACTTGGCACT GTAATCGGTA ATCCAAGACC GAAGAAAGAC AAGAAGGCTT CGTATGAGAT 3000 AAAGCTTGGA AGCATTTGAG TCATGGTTGT CACAATAACA GATACCAATT GAGGCATGAT 3060 ATTTTTGGCA ACAATCTTCA AGGTTGGTGT TCCCAAAGTA CGTGACGCCA AGTTGTATTC 3120 CAAGTCACGA TAGCGCAAGA TTTGCACACG GATCATGAAG GCAATACCAA TCCATGTTGT 3180 TACGCTCATG GCAAAAATCA GATTCCAGAA TCCAGCTCCG ATTGAGTAAG TCAAGACAAT 3240 AACAATCAAA AGAGGTGGGA TGTTTGAGAT GACGTTGTAA ACTTCCATCA TGACACGGTC 3300 AACTGATTTT GAAATACCCC AAATACCACC GACAAAAACA CCGATAACCA AGTTAATCAC 3360 TGTCGCAATC ACAGAAATGA GGATGGAGTT ACGAGCTCCG AACCAGACAC CGTCAAAGAG 3420 CGATTTACCG TTACTGTCAG TACCGAACCA ATGCTCCGCA TTTGGCTTGA TATAACGAAC 3480 ACTAAAGTCG TTTACCTTGC TGACATCATT GAAATCAAAC TTAGAAAACA TTGGGTAGAT 3540 GAAACTTATC AAAATGATGG CTACCAAGAT TCCCAACATG ACTACAGTTG ATTTTTTCTT 3600 CATAAATTGT TTAAACACTG ATTTCCAGTA AGAATATGCT GGCGCATCAA TAGTTTCAGA 3660 GGCAAAATCG TCACGTTTTA CAAACTGAAA TTTTTCTTTA TCGATTGTAG ACATTATTTG 3720 CCTCCTTTCT CAGTCAATTT AATACGTGGG TCAATAATAG TCATCCAAAT ATCTCCCAAA 3780 AGACGTGAGA AGATAGAAAT ACATGTAAAG ATGAAGACAA GACCAACGAC CATAGAGTTA 3840 TTAGATGCTT TTACAGAGTC AATCAACATT TTACCCATAC CTGGGAAGGC GAAGACTGTT 3900 TCAGTAAGGG TTGCACCACC GATAACCCCA ATAATGGCAG CAGGAATTCC TGAAACCAGC 3960 GGAACCATGG CATTTTTAAA GATGTGTTTG TTTGAAATTT CTTTTTCAGA CAAACCTTTT 4020 GCACGAGCGA AACGAACAAA GTCTTGAGAT TGCAAGTCAA TCATGTAACG ACGAATCCAA 4080 ATGGCTGTAC CAGGAGCACC CAACAAACCA AGGATGACTG CTGGTAAAAC GTAAGAACGC 4140 CAATCTCCAG CTCCCAAGAT AGGGAATGAA TCTGGAAGGG CAATAGATGA TCCAATCAAT 4200 CGAACGATGT AAACCAAGGC AATCGTTGGA AGAGCAAGCA AGAAGGTCAA AGCCCCTGTT 4260 GAGAGGCTAT CAATCCAAGT GTTCTTGAAA CGAGCCATGG CTGAACCAAG TGGCACGGCA 4320 AGAGCATAGG CAAGAACCAA ACCAATCAAA CCAGTAATAG CAGAGCTGAC AATCATAGAT 4380 GGATATTGGT AATTACTTTC AGTCGCTGTA TAAGGATCAT CTTTCCCATA GCTAGCTACT 4440 TCACGAGAGT CAGCCTGACT AGGTGACTTG TAGGTTCTTG AGTAAATATT TACAGAAGAC 4500 GTTTTCTTAC CTGTTGGGAA CTGAACTTGG GCAGTTTTGG TTTGTCCTTG ACCTTGAGTA 4560 ATAACCTGAA GAACTGGTGT ATTAGCATAG GTTGGGTAAG AGTCACCTAA ATTCAAGTTC 4620 ACAAAGTTTT GATGAACAAA TGGGAACTGA CTGTTAAAGT ACAAGAGATA TTTATGTTTA 4680 GTTCCTGAAC CGACCAATGA CCATCCGATA GCTGGATCAT TTTCAAAACG AAGGTAGCGT 4740 TTCAAGTCTG GATTTTCAGG GTCTTGGATT TTATTTGTAT GGTCAATGTC AATCAAGTTA 4800 GCATAGAAGT GAAAAACACG TTCAAAAATT GGAATTTCAC GAGTAGCATA GAATTGACCA 4860 CTTTCAGTAA ATTCTCCCAA AGTCCAACCA TGACCTAATT GATTGATGTA CTTTTCATAA 4920 ATAGCTTTAT TGGTCGCATT TGCTTCTACT GTTACAGAAG AATCCATGCT ACTTGCCTTT 4980 TCTTGCAACT CTTTAGTATC GTAATACTCA ATGTAGCCCA TACGCTCAAA CACAGTATTT 5040 TCATAGTTAT CACGTTTATC AGCCGTTGTC GCAATTTTAT TATAGTTAGG ATCCTGCTTG 5100 AAAATCAATT TTCGAGGAAC CAAGGTATAG ATAATCGTGT AGGTCAAAGT CGTTACTAAG 5160 AAAATCGAAA CCAATGACCG CAAAACACGC ATAAAAATAT ATTTTTTCAT ATTATTTCCT 5220 TTAAAAATCC CAAAAGAACC TTCTCCTCAT GGAGAGAAAG TTCTATTAGA AATTATTTAC 5280 TTCACATGAC TTGCCAATTC TTTTTGAGCT TTCTCATTTG ATTCAGCTTT TTCTTTCAAC 5340 CATTTTTCAC GAGCTTTTTC ATACTCTTCC TTAGTCACCA CTTTATCTTG TGATTTCAAA 5400 TATTTGAAGT AAACATCTGA CCCCTTAGAG CCTGTTTGCG CAGAAGCTCC AGTAAATGGA 5460 ACAATTCGTG AAAGCACTGG TGCTGCACCA GAAGAAGCCA TAGCAGGAAT AAAGAGTGAA 5520 CTATCTGTCA ACCATGCTTG AGCCGCTGCA TATTTTTCAT AACGGACATT CAAGTCGCTT 5580 GTCTCTCTGG CAGCTTCATC AACTAATTTA TCGTATTCTT TCAAACCAAC TTGAACTACT 5640 GAAGGGCTAT TTGGATTATC AAATCCTAAA TATGTTTTTG TAGTTTCACT GCTAGTTGTT 5700 TTTAAAATAT CCAGGTAAGT AGATGGGTCT TGATAGTCTG GCCCCCATGA AACTCCTCCT 5760 GATACATCCC AATCCTCAGA TGAAGCATTG GCAGCATAGT AAGTAATATT AAGGAATTCA 5820 TCACTTGTCA TTTGTTGAAT ATCAACAACG ACATTTTCAA CACCAAGAAC TGTTTCTACA 5880 GATTGTTTAA AGGACTGAAT ACGAGATATG TAGTTTTTTG ATGCTTGGTC TACTGGAACG 5940 TCCAGATGAA TAGGAAACTG AACGCCGTCT GCTTCTAAAG CTTTCTTAGC TTTCGCAAAC 6000 TCTGCCTTGG CCTTGTCAGC ATTGAATAAA CCATCCTGCC CATCAGCTAA ATTCACACCT 6060 TTCCACTCAT CACCATAAGC AGGAAGTTGA GCAGCGACTA AATCACCAAA GGTCTTCTCA 6120 CCAGCTGAAA CAAAGTCTGG TTTTACAAAT AAATTACGAA CTGCTAAAGC TGCTCCATCT 6180 TTACCATTGA TTTGAGCTGA GTAAGCTGAG CGATCAAGAG CAAAATTCAA GGCTTGACGG 6240 AAATCTTTGT TAAGCAATGC CTTCTTAGTA GCTACTTTCT CTGAATCTGT AGTTTTAGAA 6300 GTATAGTTGT AACTTTGGCG ATCAATATTC ACACCCAGAC CAGCAATCCC AGAGCCTGAT 6360 TGTGTGTAAT AGATATTGTC CTTGTATTCT TCTGCAACCT TAGAATAGTT GGAGCTGGTA 6420 GGGTAAAGAC GGGCATAACT ATAAGCTCCA CTAGTGAAGT TACGCTCTAG CGACTCCTGA 6480 TCTGATCCAT CATAGTAAGC TAGATTGATA GTATCTAGGT GGACATTTTC TTTATCCCAA 6540 TATTGCTCAT TTTTTACAAA CTCTACAGAA GATTTTGCAG TCAACCCTTT CAACAAGAAT 6600 GGACCATTAT AAAGCAAGGA TGTCGGATCT GTTGGTTTAG CAAAATCGCT TCCTTTTGAT 6660 GTTTCGAATT CTTCATTCAG AGGCCAGAAA ATAGAATAGG TCAACTTAGA GTTCCAGAAC 6720 GGTTCAGGCT GGTTCAAAGT GTATTGTAAC GTATAATCAT CAACCGCCTT GACACCAACT 6780 GTTGAAAAAT CTGTTGAAGT TCCTGATAGA TAATCTGCCA AGCCTTTAAC CGAATTTTCA 6840 GCTAAATACA TAGCTTCTGA TTTTTTATCT GCTGCGTGTT TTAAACCGTT CACGAAATCT 6900 TTAGCCGTCA CCTCTGCATA TTCTTCTCCA TCAGAGGTAA ACCATTTAAC CCCTTTACGA 6960 ATCTTATAAG TGTAGGTCAA ACCATCCTTA GAGACTTCCC AATCCTCTGC AACTGCAGGA 7020 GCAAGATTAC CGTAATTATC GTTAGTGAAT AAACCATCAA TCCCATTTGA AGTCACTACT 7080 GTTGTACTAT TTTTACTTGA AATCAGGTAG TCCAAGGTTT CTGGGTCTGC TGTATAAACA 7140 TAGCCATAAG CTTTAGGGGC TGATGAATCA GATGATTTTG AAGAACTGCA TGCTGCAAGT 7200 ACACCTGCTG CTAATAAAAC AAGACCTGCT GTAGCAAATA CACGATTTTT TTTCATTTTC 7260 TACTCCTCTG TTTATGTGAA TTATAGATTG ACAACCATTA TATCACATTA TCCATTAAAA 7320 ATCAAACAAA TTTTCAGAAT ATTTAGGCTT GTTGGCACAA ATTTTTCATT TTTTTTGAAT 7380 ATATGATTCA AATTGTCGTT CGAAGTGTCA AAGACTACAG TGAAAATAGG AAATTTGACG 7440 CAGAAACTTT GGAGTTTAGG AAGACATACA GTAAAATGAA ATACGGACGG AACAATGTGA 7500 TTTTGGAATT CAAATTAAAT TATAACAATA TTGTAGAAGT ATCATTCTAG TATTCAAGAT 7560 TCAGTTTACT ATGTCTTTTC ACACCAACCT TATCCCGAAT TCAATTACTT TTGTGATTTA 7620 CATATATAGA TTAAGACTAT CTTTTATACT TTAAAATTTC TCGCTACCTT ATCCACTATA 7680 TGCTCCTCGC TATCACGTTT CTATTCATAG CCTACGATTT CACTATTGCT TTCTCTGACA 7740 ATTCTTATTT CCTGCGTCAG ACTTAAAACG ATCTATCCCC AGACCATTTT AATCCGCTAC 7800 CTCACGATAG TCAGGCTTGG GGAGCGCTAT TGTATTCACC GGTAGTGGAG CCCTACAGAG 7860 GACTTACACC TCAGATGCAC GACATGCCCA TCGTATAAAA AATCTCCTAC CCAAGGTAGA 7920 AGATTTCAAA CTTATAAAAC TTAATCCGTC ATGTCCGATA CCAACATTCG ATGCTCCAAT 7980 GGAATACTGC ACATAACTAG CAAGAAAATA AAGCCTGACT GAATCCAGAA GAGAGCCAAG 8040 TCAAAAATTC CGTGCACAGC AACCACTGTA AGGAAAGATA GATAAAGGCC GATAATCGGA 8100 CGTTTCCCCG ACTCCTGACT CATATCCATC ATCAAGCGAA CAGGAGCAAC AGAAGACAAA 8160 ACTAATAAAA TAGTCCCCAC AATTCCGTAA CTCAGAATCG TATCAATATA AAGACTGTGG 8220 GCATGTTCAT GATAAGGAGC ATGTATCCGA GGATAAGAGT TCATATAGGT CAATGGCCCT 8280 TCACCCCAAA AAGGATTTTG CTTAAACAAG GCCATCCCAG CATCCCAGAT AGAAATGCGT 8340 TCTTCCATAG AAGAGTCTAA AGTACCCATT CGAACTCCCA AATCACTAGA AAAGAGGAAA 8400 CTCAAACCAA TCGCGAAGAC CCCAATACTA AGCCAAAAGG CCTTCCAGTT TTTAATAGTC 8460 GTAAAGAGAT AGATAATTGC TCCAGCGATA ATAGCAGGAA AGGCAGTTCG ATTTTGAGTA 8520 AAGTTCAAAC CAAAGAGATT AACAAAGCCT GCAATCACAC AGAATACTTT CAACCAATTC 8580 AACTTGGTCG TTGTAAACAG ATAGAAAGCA ATCATAATAC AGAAACAACA AATAATTCCA 8640 TAATAATTAG GATTAAAGAA GGTCACTTCT GCCCGGTTCT GATGCCACAC CTGCATATTG 8700 GGTGAAAGAA AAGCATAGTT AAATTTCTTC ACAATTTGGA AATGTTCTAA ACTGGCAAAA 8760 GCAGCTGACA AGACACTACC AAACAAGACA AACTGCAAAA TCAATCGAAA GAATTTATGG 8820 GATAAAATCG ACTGATAGTG CAAAAAGAAA ATAGTAAATA GAAACATTCC TACTGAAGCC 8880 ACAAGACCCA TCCAATTTTG TGCAAGAATG GATATAACAG TACTATAGCT AAGAAAAAGA 8940 AGCAGCATCG GATGCTCCCC CATTTTCTGA AGAATACTTT TCATGTCTCC TGTAAAAATC 9000 AAACTGATAA TATATAAACA GAGTACAACT ACAAAAAGAT AAAAGGGTAA AAAGATACTC 9060 AGGATAATTC CCAATAAAAT CAGCTCTTTA CTAGACAACC CCTTCAGCTT TTCAATAAAG 9120 CCTATTGATT TCAAAATGAA TCCTTTCTCT CCAAATCAGC TGATTCAGAT AATAGTAAGC 9180 TATCCTATAT TGTACCACTT TTTTAGCAAT TTGAAAACAA AGGAAACGTT TTCCAAAATA 9240 AAAACCCTAT TTTATCCACC ATATCAAGGC TTCAAAATGA TACTTCAACT CCATTCTCAA 9300 TTACCCGATA AGTCTGATTT TGCAAATCAA TTTCTACTAC TGCTGTTACG GACTTATCTT 9360 TATTTTGACG TTTGATTACA ATGCTGTGAG CTGTTGGTGT CTCTATCTCA GTAGTCCCTT 9420 CTAGATCAAA GGCTTCTGAA CGGTTACGGA AAGAAAATAG ATTGAGAAGG GCCTTCACAA 9480 CAGGTCGTTG CACTTCTTTT GCTATTTCCT CGTTGCTATA GTAATGACGA TTAATATTTC 9540 GACCTTCTTT AGTTTCTTCT AATAATTTCA AGTCATTCTT GCCTGCTAAT AGACCCACAT 9600 AGTAAATCTG AGGAATACCT GGGGCAAAAG CTTGAATTAG ACGAGCGAGA AAATACTTGA 9660 CATCATCATC TCCAAGCGCT GAATAGTAGG TTGAATTGAT TTGGTAGATA TCTAAGTTGT 9720 TATACTCGGC ACTAGAGTAC TTACGTTTGA CATTGGCTCC AACCTTATAG AGTTCATTTG 9780 AAGCATAGTC AATCTCCTCA TCGGTCAGGA TATCCTTGAC ATCTACTACT CCAATCCCAT 9840 CATGGGTATC TAGCGTCGTA AATTGCTTCA TCGGGCTCAT CTTTAACCAC TTAGCCAAAC 9900 GCTCTGTTCT GGAACTGTAA AGAGTATAAA GTGTCACCAT TGGAAGAGCA AAATCATAAA 9960 CATAGTAATC ATGGTCTGCT ATTTTAAACT GAATCGAATA GTGTTCATGA ATCTCAGGTA 10020 AAAGCTCTGT CCCATACTCA GCAGCGATAT CTCGAACTTT GTCCAATAAA TCCCAAATAT 10080 CTGGTTCCAC AAAGAAATCA TTAGTATCCA ATTTCTTCAC TGCATAAGCA AAGGCATCTA 10140 GACGAATCAA ATCACACCCA TTACTTGCCA AGTGCTGAAT GGTCTTACGG ATAAATTCCA 10200 TAGTTACTTC TTTGGTCACA TCAAGATCAA TCTGCTCCTC ACCAAAGGTA TTCCACAAAT 10260 GTTCCACTGA ACCATCTTCA AACACAATCT CTTGCTTTGG TGCACGATCC TTACGCTTGT 10320 AAATTAAATC TACATCAGAC TGTGTCGGAC GGTTTTCTGG CCAAAACTTA TCCCAGTTTA 10380 AAAAGAGAGC TTTAAATTCA CTGGCTTCAT GTTTTTCTTG ATAGTCCTTA TAATACTTGG 10440 ATTGACGAGA AATATGATTA ATCATAAAAT CAAACATAAG ATAATATTTC TCACCTAAAC 10500 GCTTCACATC CTCCCAATCA CCAAAAGCTG AGTCCACTTC GTCGTAGTCA ACTGGCGCAA 10560 ATCCACGATC AACTGTTGAT GGGAAAAATG GTAAAAGGTG AACTCCTCCA ATAGCATCTC 10620 CAAAATGCTC TTCCAAATTA TCATATAAGT CTTTAAGATT ATTTCCAAGG CTATCAGAAT 10680 AGGTAATCAA CATGGTTTTA TTTTGAATTG GCATCATTAC TCTCCTTTTT CTAATTGAAG 10740 CCAAGTCTCA TATGATCTGG CTTCATAAAT AAAATTCATT TTAAATCTCT ATTTATCATC 10800 AAACTCGTAC TAATATAGAC TGTGATAAAC AAAGTACTAC TTTCTTGTTT TCTGCATAGA 10860 ATTATCAACA AGCTAAACTC TTCCTCTGTG TCAAAGACTA TAGATTCCAT GAGCTCTTCT 10920 TATACTCTTC GAAAATCTCT TCAAACCACG TCAGCTTCAC CTTGCCGTAG GTATGGTTAC 10980 TGACTTCGTC AGTTTCATCC ACAACCTCAA AACAGTGTTT TGAGCAACCT GCGGCTAGCT 11040 TCCTAGTTTG CTCTTTGATT TTCATTGAGT ATTACTTCAC TGCCCCGTTG CTCATTCCTG 11100 AAATGATATG GCGTTGGAAG AAGAGATAGA CAATGGTGAT ACTGATAATG CCGACCACGT 11160 AAGAGGCAAA GCTTGGTCCG TAGTCGTTGA AATATTGGCC TGCGTAGTTG TATTGGAACA 11220 AAGGCAGAGT CCACATTTTG GAATCCCGGT TCAAGACAAG GAGTGGCAAC ATGAAGTCAT 11280 TCCAGAACCA AAGGGCATTG ATGATCATGG TTGTCGCATG CATCGGTTTC ATCATTGGGA 11340 AGATGATGCG GAAATAGGTT GTAAATTGAT TAGCCCCATC GATCTCTGCT GCTTCATCCA 11400 GACTTTCTGG AATCGAGATT TTGATATAGC CAACATAGAG AAAGAGGGTC TGTGGAATCG 11460 CATAGGTCAA GTAGAGCAAG ATCAAACCAA AGGTATTAGC CAAACCGAGT TTACTCATCA 11520 TAACCGTAAT CGGAATCATG ATGACTTGGA AAGGTACGAA GATTCCGAGG ATTAAGAGGG 11580 TATACATGAT GGTAAAGGCT TTTCTTTTAC TCATATTGCG AGCGATGGAG TAGGCTGCCA 11640 TAGGGATAAA GATCATTACT GCAAGTAAAG ACAAGACAGT GATGACGACA GAGTTCCAAT 11700 AATAGCCTCC AATCCCATCA GCTAAGAGAC GGCTAAAGTT GTCCCATGTG AAGTTGGTTG 11760 GAAAGCCAAA GAAATTATCT ACAATATCCT TAGTGGGTTT GAAGGAACTA AAGAGGGTAG 11820 CAAGGAGCGG CACTAAAATC AGAACCGATC CTAGAATCAA TAGAATGTAT TTGCCAATCA 11880 GGGCTTTTCT TTCATCTTGT TTCATCATGC TTCTCCTCTT AAATTTCAAA TTTCTTAGAT 11940 ACTCTCAATT GGATGATCGA AATCACTACA ATTAAGAAGA ACAAGATTAC GGCAATGGCA 12000 TTGGCATAAC CGAATTGGTT GTTTTTAAAG GCATAGTTAT AAACCAAGAG CCCAAGTGAG 12060 GTTGTGGCAT TGTTTGGACC ACCACCGGTC ATGGCAAAGA CTTGGTCAAA GGCAGTCAGC 12120 CCACCTTTTA GGGCTAGGAT AAAGACCATA GAGACACTTG GTAGCAAGTA AGGCAATTCA 12180 ATGTTCCAGA AAACTTGCTT GCTAGTCGCA CCATCAATCC TTGCTGCCTC TGTAATCTCA 12240 GTTGGAATAG ATTGCAAACC AGCTAGGAAG ATGATGATGG GCATAGCCAC CCCTTGCCAA 12300 AGAAGGACAA AGACAGCCGC AAAGATTGCT CCCCACTTAG TCCCTAAAAG ACTGGTTTGG 12360 AAAAATTCAA TATGAAGGGC ATTTCCAATC GCTGGAAGAC CGTAGTTGAA GACTTGCTTG 12420 AAGATCAAAG CCACTGTCAA ACCAGATAAA ACAGCTGGGA AGAAGAACCA AGCACGGAAG 12480 AAGGTTTGGC CTTTGATTTT AGAATTCAAG ACACGCGCAA TGAAGATCCC GAGTGCAATC 12540 TCACCAACCA CCATGGCAAT CGCAATGATT GCGGTAAAGC CAATCGCATT CATGAATTTT 12600 GGATCCATGA AGAGGAGCTT AAAGTTGTTT AAGCCAACAA ATTTGTAGTT ATAAGTCAAT 12660 CCTGTCCAGT TGGTAAAACT GTAAAAGGCT CCTTGAAACA TCGGCACATA GAAGAAAATT 12720 GCTTGTAACA AGAGGGGGAT GACCACAAAA GCCCATGCCC AATATTTTTG TAATACTTTT 12780 TTCATAGTCT CTCTACTCCT AATCCACATC CGCTTTCATC GGGTTAAAGA AGGCATTCAA 12840 ATCATTGACC ATGCCTTGTT TATCACCGGT CAAGACATAG TTCATGGTCA AGGTATGGAA 12900 GTCTGCTTCA CTGGTCCAGT ATTGTTGCAA CCAGACCAAG TGACGATCCG TAAAGGCATA 12960 TTCGGTCATA CCAGCAAGCG GTGAATCTTC TCCTGCTTGT TTGACCCCTT CGATCGCTGT 13020 TGGAGATCCG TCCACATCGT AGTATTTTTG CATGACTTCT GGACGGGTCA TATATTCCAC 13080 AAAGGCATTG GCTTCTTTTG GATGTTTGGT GGTGGCTGAG ATAGACCATG CCAAGTCTCC 13140 CGCACCAACG GTTAAGCTTT GTCCTTTTTC TTTTCCTGGA ATCATGAAGG TCCCAATCTT 13200 AAAGTTCGGT TTTTGTTCAT TAATCGCTGT GATCGCCCAA GACCCATTTG GTGTCATGAG 13260 GACATCCCCA CGTGCGAAGG CTCCGATAAC ATCGGTATAG CCAGCACCTT CCCAGTTCTT 13320 TTGCTTAGAT CCATTGATGC GAAGGATGTC CATGACCTTG ATATCATCTT TCATAATCGG 13380 ATCCGACAAT TTAATGGCAT TTGGTTGAGA ATAACGAAGG TATTGATTTG CTTCTTTTCC 13440 TCCACCTGTT GCTGTCGCAA AGGCTAATTG ATTGTAACCA TTGAGTGTCC AAGCATCTGC 13500 ACCTGCAATT CCAAATGGTG TTTGTCCTTT AGCAACGATA TCTTTGACTA ACTGTTCAAA 13560 TTCATCCCAG GTTTCAGGAA CCTTCAAGCC CAGTTCTTCG AATTTATCTT TGTTGTAGTA 13620 AATTCCATAA GCATTAGCTG TAAAAGGAAC GTTGTAAACT TTTTCGTTTA CAGCATATTT 13680 TTCAGCGTAG CCATTTTTCA CGCGTTTCAG GTAGTCTTTG TTGCTCAAAT CTTCAAAAAC 13740 ACCTGCTTTT GCCCATTCTT GCAGTTCGAT GGACTGTGGG TAAATATTGA CCACATCAGG 13800 CACATCTCCT GCGAGAACGC GTGTCTTCAA TACTTCACCA GCATTTGGTA CATTGACGAC 13860 TTTGACCTTG ATCTTAGGGT TTTCCTTCTC AAAATCACGA GTGATTTCTT CCAAGGTTTT 13920 GGTCATTTCT TTTTTCTGGT TGAAATACTC GATGGTCACT GTGCCATCCG CAGATTTACC 13980 ATAGTTGGAG CAAGCGCCGA GCCCAAACAA AGCTAAACCT GTAGTTGCAA GAAGTCCGAT 14040 TTTTTTATAC CATTCCATTA GAAAGCCTCC TTTATAAATT TATACACCCT TATTGAACTG 14100 CACCCCAAAA GTTAGACAGA ATAAATCTAA CTTTTGGGGT CAGTACATAT CATAGTTTTC 14160 TAAAAATATA CTGTCTACTC AAAAAATCTC CTTGGGATAA GATAACAGTT AAGCCCGCAT 14220 ACATTAGTTC TGCACCTGAG TAAACTTCGC CATTTTCCTG TAATTTATAT AGTCCCTCTT 14280 CATCCAAATC TTTTAATTTT AAAGTTGTTT CCATGGTCTC TACAACAGAT AAAACGCGAA 14340 CGTAGGTTAC AATCGTTTGA TTTCCGTAAT TAAATTGTAC AGCTGCTTCA TTGGATACAG 14400 TATCAGGATT AATTAGTCTA TACTGCTGTC CTAACTGAAC TACTGGTCGT AATTCTTTAT 14460 ACAAGTTCAC CTGATTAGCA ATCGTAGCTT TCTCTTCATC TGATAAATTT GTCAAATCAA 14520 GTTCATAGCC CAAATTTCCC ATCATTGCTA CAAGGCCACG TGTTTCTAAT GGTGTCATTC 14580 GTCCCATCTG ATGATTCGGT ACTGCTGACA CATGAGCCCC CATAGAAATG GTTGGATAGA 14640 GATAGGATGA ACCGTATTGA ATTGGTAAAC GTGCAATGGC ATCAGTATTA TCACTAGCCC 14700 AGACTTGTGG GAAATAGCGC ATCATACCAA GATCATTTCG TCCACCACCA CCAGAGCAGG 14760 ACTCAAAGAG AATATGGCTG TGCTTCTCTG TCAGATAAGA AACGAGTTCA TAAAGCCCCA 14820 GCATGTACTG ATGAGATTGC ATCTGTGTCT CTAGATAAGT TAATCCATTC CCTAGCTTAG 14880 TGATATTGCG GTTCATATCC CATTTAATGT AATCAATATC ATGATAAAAT AGGAGTTGAT 14940 CTAAGACACT TTTCAAGTAT TCTACTACCT GAGGATTGGC AAGATTAAGT ACTAATTGAT 15000 TCCGAGAATA AGTATGCTCA TAGCCAGGAA CCTGAATAGC CCAGTCAGGA TGTTGACGAT 15060 ACAAATCACT ATCTACAGAA ATCATTTCGG GTTCTAACCA AAGTCCAAAC TGCAAACCTC 15120 TTTCATGGAT AGCTGAAATC AGACTTTCTA GACTTCCACC CAGTTTTTCC TCATTAACAA 15180 CCCAATCACC TAAAGCACGA TTATCATCAA AACGATTGCC AAACCAACCA TCATCTAATA 15240 CAAAAAGTTC AATGCCAACT TTCTTAGCTT CATCTGCTAA CTCTAACAGT TTTTCTCTCT 15300 GAAAGTCAAA GTAAGTAGCT TCCCAGTTAT TGATTAGAAT TGGACGTTCT TTTTTAGAAA 15360 ATTCACTTAG CATAATGTGC TTCAGTACAA AATTCTGACT TTCATGACTA ATACCAGTTA 15420 ATCCCTGATC TGAATGAGTC ACTAAAGCTA CCGGTGTTTC AAAGTATTCC TCAGGAGCTA 15480 ACTTCCAAGA AAAGTTTTCT GGATTAATGC CAATAGCCAC CCGAACTTCA TTCAATTGAT 15540 TTTTTTGAAC AAAAGCTTCA AAGTTGCCAC TATACATTAG TTGAATAGCA AACACATTCC 15600 CAGCATCCTC TGTGACTCCT TGTTCGCATA GTAGAAGAGC TGGTGTTTGA GCATGACCAG 15660 AAGCACCTCG GTTTGAACTA ATCGAAAAGA TTCCTTGTTC TACCTGTTGA CGTCTAACAG 15720 TCTTTTCACG AGCATAAGCA CCCTGCAGAG TTACTATTTC GTAATCTGCA GCTGGAAAAT 15780 CAGCCATAAA AGAAAAATCT TTATGGATGA CAACTTCCTG ATTACTATTA TTATCTAATT 15840 TACTGTAGCT AGCAATAGTC GCATCATTAT TAAAAGTAGT ATAATACAAA GTCAGACTAA 15900 GTTGAGCCTT AGAATCTTCT AACATTAAGA CAAGAGTCTC TGTATCGTCC ATGCTATGTG 15960 GAGAAGGTAA GCCCTGTGGA CCATTCTGAC CTTTTAAAAT CTTTGCTTCT ACAAATCGAA 16020 AGTCTGTTAC TTCAGTTACA CTATGCTGAA CCTGTATGGT TGGTTTCCTA AAATCTCCTA 16080 AGCCATGTTG TCCAAAAATC TGTCGCTGAG TATCTAAACT AAAGGTTCGA TTAGTAGCCG 16140 TTGGATTTCC TGAAAAGGCA TGGTCTCGTT CATAAACACT ATTGGAACCT TTATAGTTCT 16200 TAATAGTCTT TCCTAAATGT TTCAAAAGTA AGTAGCCATT TCGATTTTCA ATAATCAAAC 16260 TTAGATTTTT ACTCTCAACA TAAAATAGAT TATTCTCTAT CCTAACTCCC ATTTACTTCA 16320 CCTCATCACT TTATTGATTA TATTTTATCA CCTGAAATCG CTTTCCAAAA TAGAAAAATG 16380 TCTCAAGAAT ATGGTAAAAT GTTAGGTAGG AGGTAGCACA TGTTAGTTTT TTCAGAATAC 16440 CAGACTGGAA CAATCGACCT TGCCCTAAGC TTTTATGGAT ATGAGGAATG CACACCTAAT 16500 TACTCTTTTG GTCCAGCCAT TCGTGATACA TACGTTCTAC ATTACATTAC TAAAGGACAA 16560 GGAAAATTTC ATTACAAGGG TAAAATTGTT GATTTAAAAG AAGGAGATTT CTTTCTATTA L6620 AAACCAGAGG AACTAACCTT TTATCAAGCA GATAGTAAAG AACCTTGGGC CTACTACTGG 16680 TTAGGAATCA CTGGAGGGAA AGCCCCTGAT TATTTTGCTC TTTCCCAAAT TTCTGATCAA 16740 TCCTATCTCA TCCAATCTGA AACTTGTCAT ACCCAGACTA CTGCAAAACT CATCTCAGAC 16800 ATTGTCCGCT TCGCTCAGAT TACAAAATCA AGTGAATTAG CTCAACTCCA TATCATGGGA 16860 CAACTTCATG AACTGATGTT TCATCTGGGA ACTATTGCTC CCAATCAGAA AAAAAAGAAT 16920 ATTTCATCAA CCCACCAACT CTATCTTGAA TGCAAACGAT TAATTGATAG CCACTATCCT 16980 CAATCACTTA CAATTCAAGA TTTAGCAAAA GAACTATCCG TTCACAGAAG CTACTTATCA 17040 AGCGTATTCA AAGAATTTAA TACCTTATCA CCCAAAGAAT ACCTACTCTA CGTTCGAATG 17100 CACCGAGCTA GACAACTTCT CGAAAATACC CAAGAGTCCA TCAAGGTAAT TGCATACTCG 17160 GTAGGTTTTT CAGATCCACT CCATTTTTCG AAAGCTTATA AACAATACTT TAATCAGACT 17220 CCAAGTCATA CAAGAAAAGA ATACTCTCAA TACCAACTAG TAAGAAAGGC AACATTATGA 17280 AATCCTACCA AGCTGTCTAC CAAATCCTAT CTAAAGAAAC CGACTATATC AGCGGAGAAA 17340 AAATCGCAGA AAAACTATCC CTAAGCCGAA CAGCAATTTG GAAAGCCATC AAGCGACTAG 17400 AACAAGAAGG CATTGAAATT GATAGTATCA AAAATAGAGG ATATAAACTG ATGAATGGTG 17460 ACCTTATTCT TCCAGAGATT CTAGAAGAAA ATCTTCCAAT TAAAGTCAGC TTTAAACCCG 17520 AAACAAAATC AACACAACTA GATGCAAAAG AAGCAATTGA TTTAGGCCAT GAAGCAAATA 17580 CCCTCTATCT AGCTTCCTAT CAAACAGCAG GCCGAGGCCG TTTTCAACGT TCCTTCTACT 17640 CACCACAAGG TGGTATTTAT ATGACACTCC ATCTTAAACC AAATCTCCCC TATGACAAAT 17700 TACCATCCTA CACACTACTT GTAGCTGGAG CTGTCTACAA AGCCATTAAG AACCTAACTT 17760 TAATAGATGT CGACATAAAA TGGGTCAATG ATATCTATCT AAACAATCAT AAAATTGGAG 17820 GAATCCTTAC TGAAGCAATG ACCTCTGTAG AAACTGGCTT AGTCACAGAT ATCATTATTG 17880 GAGTAGGTAT CAATTTCACT ATTAAAGACT TCCCTCAGGA ATTAAAAGAA AAAGCTGCCA 17940 GCTTATTTAA AGCTACAGCT CCTATAACAA GGAATGAATT GATCATAGAA ATCTGGCGTG 18000 CTTTCTTCGA AACACCAGCA GAAGAGCTAT TATACCTATA CAAAAAACAG TCATTCATTC 18060 TAGGAAAAGA AGTCACTTTC ACACTAGAGC AAAAAGACTA CAAGGGACTT GCTAAAGACA 18120 TCTCAGAAAA TGGAAAACTT TTAGTTCAAT GTGATAACGG AAAAGAAATC TGGCTAAATA 18180 GTGGCGAAAT TTCTCTCAAT AGTTGGAAGT AAAATAACAC AATTATAATA TAAACGATAT 18240 AAAAATAACT TCAGATTAGT AATTCAATTA AGTTTTACGG ATCTGAAGTT TTATTGGCTC 18300 TAAAAATAAA AAAGAGAGTT ACAGACTCTC ATTAAAACGG AGAATAAGGG ATTCGAACCC 18360 TTGCGCCAGT TACCCGACCT AACGATTTAG CAAACCGTCC TCTTCAGCCT CTTGAGTAAT 18420 TCTCCAATTA ATGGGCACGA GTGGACTCGA ACCACCGACC TCACGCTTAT CAGGCGTGCG 18480 CTCTAACCAC CTGAGCTACG CGCCCAAGTT AAAAAACTTG GTAATTTGAA CAAAGTTCAA 18540 AGCGGGTGAC GAGAATCGAA CTCGCGACAA CAGCTTGGAA GGCTGTAGTT TTACCACTAA 18600 ACTACACCCG CATAAATACT ATCAATAAAA TGGCGCGAGA CGGAATCGAA CCGCCGACAC 18660 ATGGAGCTTC AATCCATTGC TCTACCAACT GAGCTACCGA GCCTTATTGC GGGAGCAGGA 18720 TTTGAACCTA CGACCTTCGG GTTATGAGCC CGACGAGCTA CCGAGCTGCT CCATCCCGCG 18780 TTAATAATAT AAAAGGAGGA TGTGGGATTC GAACCCACGC ACGCTTTTAC ACGCCTGACG 18840 GTTTTCAAGA CCGTTCCCTT CAGCCGGACT TGGGTAATCC TCCAATATTC AAATGGACCT 18900 TGTAGGACTT GAACCTACGA CCACTCGGTT ATGAGCCGAG AGCTCTAACC AGCTGAGCTA 18960 AAGGTCCGAC AAGATCATTA TAGCGGCGAA GGGGATCGAA CCCCCGACCT CCCGGGTATG 19020 AACCGGACGC TCTAGCCAGC TGAGCTACAC CGCCATGAAT CGGGAAGACA GGATTCGAAC 19080 CTGCGACACC TTGGTCCCAA ACCAAGTACT CTACCAAGCT GAGCTACTTC CCGAGTTAAA 19140 TAGAAAAATG CACCCTAGAG GAGTCGAACC TCTAACCGCC TGATTCGTAG TCAGGTACTC 19200 TATCCAGTTG AGCTAAGGGT GCTCCATATT ATGCCGAGGA CCGGAATCGA ACCGGTACGA 19260 TCGTTACCAA TCGCAGGATT TTAAGTCCTG TGCGTCTGCC AGTTCCGCCA CCCCGGCCTC 19320 TCTAAGCGAA CGACGGGATT CGAACCCGCG ACCCCCACCT TGGCAAGGTG GTGTTCTACC 19380 ACTGAACTAC GTTCGCACTG TTTTCTTCTA TCTAAAAATG CCGGCTACAT GACTTGAACA 19440 CGCGACCCTC TGATTACAAA TCAGATGCTC TACCAACTGA GCTAAGCCGG CTCATTTGTT 19500 ATATCTTAAT GCGGGTTAAG GGACTTGAAC CCCCACGCCG TTAAGCGCCA GATCCTAAAT 19560 CTGGTGCGTC TGCCAATTCC GCCAAACCCG CATATATGAC CCGTACTGGG CTCGAACCAG 19620 TGACCCATTG ATTAAAAGTC AATTGCTCTA CCAACTGAGC TAACGAGTCT AAAATAACTT 19680 GCGTTACCTT AAACGGTCCG ACGGAATCGA CCCGGTAC 19718 (2) INFORMATION FOR SEQ ID NO : 100 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4117 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 100 : CCGTGGAAAA GTCTGGATAG TGAATGGTCT TCACACAATG ACCTGAAAGA AGCCTGAGAA 60 TAATTATGGA GAGTAGCATT CTGAGAGGTG TTAGCAGAAC CATATGACAG AGCTGTTTGA 120 AGAGGGAATA TTGAGGAGAA AAATCCTGAG CCTACCAGTT GGAGTTGGAA AGAGCTGACT 180 GTTAGATCAT GGTTTATTAT CCACAACCTG TGGATAACTT TGTGAATAAG AGAAGTTGCT 240 AAAGAAGGAG ATATATAACG ATGAAGAAAA TCAAACCGCA TGGACCGTTA CCAAGTCAGA 300 CTCAGCTAGC TTATCTGGGA GATGAACTAG CAGCTTTTAT CCACTTCGGT CCTAATACCT 360 TTTATGACCA AGAATGGGGG ACTGGACAGG AGGATCCTGA GCGCTTTAAC CCGAGTCAGT 420 TGGATGCGCG TGAGTGGGTT CGTGTGCTCA AGGAAACGGG CTTCAAAAAG TTGATTTTGG 480 TGGTCAAGCA CCACGATGGC TTTGTCCTTT ATCCGACAGC TCACACAGAT TATTCGGTTA 540 AGGTCAGTCC TTGGAGGAGA GGAAAGGGCG ACTTGCTCCT TGAAGTATCC CAAGCTGCCA 600 CAGAGTTTGA TATGGATATG GGGGTCTACC TGTCACCGTG GGATGCCCAT AGTCCCCTCT 660 ATCATGTGGA CCGAGAAGCG GACTACAATG CCTATTATCT GGCTCAGTTG AAGGAAATCT 720 TATCAAATCC TAACTATGGG AATGCTGGTA AGTTCGCTGA GGTTTGGATG GATGGTGCCA 780 GAGGAGAGGG CGCGCAAAAG GTTAATTATG AATTTGAAAA ATGGTTTGAA ACCATTCGTG 840 ACCTGCAGGG CGATTGCTTG ATTTTTTCAA CAGAAGGCAC CAGTATCCGC TGGATTGGCA 900 ATGAACGAGG GTATGCAGGT GATCCACTGT GGCAAAAGGT GAATCCTGAT AAACTAGGAA 960 CAGAAGCAGA GCTGAACTAT CTTCAGCACG GGGATCCCTC GGGCACGATT TTTTCAATCG 1020 GAGAGGCAGA TGTTTCCATC CGTCCAGGCT GGTTCTACCA TGAGGATCAG GATCCTAAGT 1080 CTCTCGAGGA GTTGGTCGAA ATCTACTTTC ACTCAGTAGG GCGAGGAACT CCACTCTTGC 1140 TTAATATTCC GCCGAATCAA GCTGGGCTCT TTGATGCAAA GGATATTGAA CGACTTTATG 1200 AATTTGCGAC CTATCGCAAT GAGCTCTATA AAGAAGATTT GGCTCTGGGA GCTGAGGTAT 1260 CTGGTCCAGC TCTTTCCGCA GACTTTGCTT GTCGCCATTT GACAGACGGC CTTGAGACCA 1320 GCTCTTGGGC AAGCGATGCA GACTTGCCCA TCCAGTTAGA ACTCGACTTA GGTTCTCCTA 1380 AAACTTTTGA TGTAATTGAG TTAAGAGAAG ATTTGAAGCT AGGGCAACGA ATCGCTGCTT 1440 TTCATGTGCA AGTAGAGGTG GATGGTGTCT GGCAGGAGTT TGGTTCGGGT CATACTGTTG 1500 GTTACAAACG TCTCTTACGA GGAGCAGTTG TTGAGGCACA GAAGATACGT GTAGTCATTA 1560 CAGAATCACA GGCTTTGCCT TTGTTGACCA AGATTTCCCT TTATAAAACT CCTGGATTAT 1620 CAAAAAAAGA AGTTGTTCAG GAACTAGCAT TTGCAGAAAA AAGCCTAGCT GTGGCAAAGG 1680 GAGAAAATGC CTATTTTACA GTTAAGCGCA GAGAATGTAG TGGTCCTTTA GAAGCTAAGA 1740 TTTCGATTCA ACCGGGGACA GGTGTCCATG GTGTCGCCTA TCAGGATGAG ATTCAAGTCC 1800 TTGCGTTTCA AACTGGTGAG ACTGAAAAAA GTCTGACGCT ACCAACCTTG TATTTCGCAG 1860 GAGATAAAAC CTTGGATTTC TATCTGAACC TAACGGTGGA TGGTCAGCTT GTGGATCAAC 1920 TTCAAGTCCA AGTTTCATAA AAGAAGAACC TTTGCGCGAT GCAAAGGTTC TTTTGGTTAT 1980 TAGTGACTTG GTAACCAGCT GAGGGTGAAA GTTAGTTGTT CAGCTTTTAA GAGGTCTTGG 2040 TGTTGAATAG TTGATACGAG TGTTTTGTCC AGTCGGCATT CTTTGACAAA GTTAAAATGG 2100 TTGTGGTTTT GTTTAGTATG GATATCCAGC CATTTATCTT CTTTAGCGAG GTAGACTCGT 2160 AGATGGTCAA AGAGAGGGAT TCCGAGGTCA TAGCTTGGTT TTCCTGGACA GGTTGGATAA 2220 AATCCGAGAG CTGACCAGAT GTACCAAGCA GAGAGACTAC CATTGTCTTC ATCTCCAGGA 2280 TAGGCTTCCC AACTTGGGTG AAAAGCTTTC TGACGGAGCG TCTTGATAAG AAGGGCAGTG 2340 TAGTCAGGGT AATCGCTGTA ACGGAAGAGA TAAGGAATGT GGAAACTAGG CTGGTTGGAA 2400 ATGGCTATTT GTCCAAAAGG AGCAGTAGCC ATCTCGCTCA TTTCGTGAAT TTCGTAACCA 2460 TAGCCTGTTG TTTCAAAGAG GGGAGCATCT TGACAGGCTT TCAAAAGATA GTTGCTAAAG 2520 GTTTCTTTTC CACCCATCAG TTGGATTAAG CCAGGGATGT CGTGGAGAAC GCCTAAAGTA 2580 GCTTGAATGG CAGAGCATTC AGCGTAGTCT CGCCCCCAAC TATAAGGAGA GAAGTCAGGG 2640 TGAAAGTTTC CTTGATTGTC TCGTGCTCGC ATGTAACCTG TCTCAGCGTC AAATAGCTGG 2700 CGGTAATTTT GTGAAGCAGC CTTGTAGGTT TCAGCGATTT CTATGTTCTC TAGTTTTTTG 2760 GCACAGCTGG CGATACAAAA GTCACTATAG GCATAGTCTA GAGTATGGCT AACACTTTCG 2820 TGGTGGTCGG TAGAGAGGTA ACCTAGTTCT TGGTATTGGG CTAGTCCGTG GCGGCCATTG 2880 ATGCCGAGAG GGTCGGCTTT GCTGGCTGTT TCGAGCATGG CTTGGAAGAG TTCTCCTTCT 2940 AGGTCGGGGG TCATGTCCTT GCAGGCGCTA TCTGCGATAA TACCGTCTAA AAGTGTACCT 3000 GGCATCATAC CCCGTTCATC TGGAGCCAGC CATTTTGGAA GGAAACCAGT ATCGCGGTAG 3060 CTATTGAGGA AACCTTCTAA AAAGCGTTGA TAGTGCTCCG GTATGATAAG GGCAAAGAGG 3120 GGGAAGGTGG TGCGGAAGGT ATCCCAGAAA CCATTGTTGC TAAAGAGGAC ACCAGGCTTG 3180 ACAGTACCAG TAGCCAGATC CATGTGGATG GCTTGCCCTG ATTCATTAAT CTCATAAAAA 3240 GTCTGTGGGA AGAGGAAGAG TCTGTAGAGG CAGTGGTCAA AGAAGGTTCG GTCAGCCTCT 3300 CCTGTCTCTA TAATGTCAAA ACGATGGAGG AGATTTTCCC AATCCACTTG GGCACTTGAT 3360 TTACAGCTAT CAAAATCTTC TTGAGGTAGA TTGATTAGAG CTTGAGAAGG AGAGATGAAA 3420 GAAGTGGCTA GTTGCATCTC GGTTTGACTA CTTGCTAAGT CAATTCGCCA GTCTCCAGCT 3480 TCTTGGCTGA TAGCAAGAAT ATCCGTGTTC ATTTGCAGGG CAGTGAACAT CGTTAGCGAA 3540 TTTTTGTTAG TTTCAGTTTT ACCTTCTTGT CGCAGGGCAA GAGTCCGCTT ATCTACTTGC 3600 TCTACTGTCA GTTCATCTGC TGCGTGAAGA TAGAGGGAGA GGGCTTTGCC TTGCTTTTGA 3660 TTCAAACGAA TAGAAGCACC ATAGCAAGTC GGTGTGAGCT GGGTTTCAAT CTGATAACGC 3720 AGAGAAAAGA GCTTCAAATA GTGAGGCTGG AAGCAAGCTT TATCTATATC ATAAGAAGAC 3780 TGGCGGTGAA AGAGGCTGTC TCCCCCCAGT TGACTGGTGA CAGGTGTCAG AAGGAGCCAA 3840 GAGTAGTCCC CAATCCAAGG ACTGGGCTGG TGAGTTAATC GAATCCCCTG AAAGATAGGC 3900 AGATGTGGAT CAAAAAACCA AGATCCATCC TGGTCACTGG TCTGGGGCAC AAAGTAATTC 3960 ATCCCAAAAG GCACGCCTGT GTATGGCAGG GTATTTCCCC GAGAAAAGGC ATGCTTGTTG 4020 GTAGTTCCAA AACGGGTATC GATGGTATCA AGTAGTGGTT TCATAGTCTT TCCTTTAGCT 4080 GTTTTTCTAC ATTATATCAG TAATAGAGGG CCTTTAG 4117 (2) INFORMATION FOR SEQ ID NO : 101 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2727 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 101 : CTGGTTCAAT TATTATTCAC TCTAAGTAGT CATATGTTCT TTATTTATGT GAGTTTTTAC 60 CTTTTAAAGG ATCTTGTTAG ATGGGAGAAG GTTTTAAAAG TGACAGATGA TAATACAAGA 120 AAAGTTCGTT TATTAGTAGC CTTTTTTAGC ATTGTCATAG GCTACATCCT GAGTTCTTTC 180 TTTATTAGCC TGTATCATTT GTGGCAAGAA GCGCTTAGAG GATTATTATG AAATCAAGAG 240 TAAAGGAAAC GAGTATGGAT AAAATTGTGG TTCAAGGTGG CGATAATCGT CTGGTAGGAA 300 GCGTGACGAT CGAGGGAGCA AAAAATGCAG TCTTACCCTT GTTGGCAGCG ACTATTCTAG 360 CAAGTGAAGG AAAGACCGTC TTGCAGAATG TTCCGATTTT GTCGGATGTC TTTATTATGA 420 ATCAGGTAGT TGGTGGTTTG AATGCCAAGG TTGACTTTGA TGAGGAAGCT CATCTTGTCA 480 AGGTGGATGC TACTGGCGAC ATCACTGAGG AAGCCCCTTA CAAGTATGTC AGCAAGATGC 540 GCGCCTCCAT CGTTGTATTA GGGCCAATCC TTGCCCGTGT GGGTCATGCC AAGGTATCCA 600 TGCCAGGTGG TTGTACGATT GGTAGCCGTC CTATTGATCT TCATTTGAAA GGTCTGGAAG 660 CTATGGGGGT TAAGATTAGT CAGACAGCTG GTTACATCGA AGCCAAGGCA GAACGCTTGC 720 ATGGTGCTCA TATCTATATG GACTTTCCAA GTGTTGGTGC AACGCAGAAC TTGATGATGG 780 CAGCGACTCT GGCTGATGGG GTGACAGTGA TTGAGAATGC TGCGCGTGAG CCTGAGATTG 840 TTGACTTAGC CATTCTCCTT AATGAAATGG GAGCCAAGGT CAAAGGTGCT GGTACAGAGA 900 CTATAACCAT TACTGGTGTT GAGAAACTTC ATGGTACGAC TCACAATGTA GTCCAAGACC 960 GTATCGAAGC AGGAACCTTT ATGGTAGCTG CTGCCATGAC TGGTGGTGAT GTCTTGATTC 1020 GAGACGCTGT CTGGGAGCAC AACCGTCCCT TGATTGCCAA GTTACTTGAA ATGGGTGTTG 1080 AAGTAATTGA AGAAGACGAA GGAATTCGTG TTCGTTCTCA ACTAGAAAAT CTAAAAGCTG 1140 TTCATGTGAA AACCTTGCCC CACCCAGGAT TTCCAACAGA TATGCAGGCT CAATTTACAG 1200 CCTTGATGAC AGTTGCAAAA GGCGAATCAA CCATGGTGGA GACAGTTTTC GAAAATCGTT 1260 TCCAACACCT AGAAGAGATG CGCCGCATGG GCTTGCATTC TGAGATTATC CGTGATACAG 1320 CTCGTATTGT TGGTGGACAG CCTTTGCAGG GAGCAGAAGT TCTTTCAACT GACCTTCGTG 1380 CCAGTGCGGC CTTGATTTTG ACAGGTTTGG TAGCACAGGG AGAAACTGTG GTCGGTAAAT 1440 TGGTTCACTT GGATAGAGGT TACTACGGTT TCCATGAGAA GTTGGCGCAG CTAGGTGCTA 1500 AGATTCAGCG GATTGAGGCA AGTGATGAAG ATGAATAAGA AATCAAGCTA CGTAGTCAAG 1560 CGTTTACTTT TAGTCATCAT AGTACTGATT TTAGGTACTC TGGCTCTAGG AATCGGTTTA 1620 ATGGTAGGTT ATGGAATCTT GGGCAAGGGT CAAGATCCAT GGGCTATCCT GTCTCCAGCA 1680 AAATGGCAGG AATTGATTCA TAAATTTACA GGAAATTAGG CTGGAGAACC AGCCTTTTTC 1740 TAAAGATAAG GAGAAATATG AACAAAAAAA CAAGACAGAC ACTAATCGGA CTGCTAGTGT 1800 TATTGCTTTT GTCTACAGGG AGCTATTATA TCAAGCAGAT GCCGTCGGCA CCTAATAGTC 1860 CCAAAACCAA TCTTAGTCAG AAAAAACAAG CGTCTGAAGC TCCTAGTCAA GCATTGGCAG 1920 AGAGTGTCTT AACAGACGCA GTCAAGAGTC AAATAAAGGG GAGTCTGGAG TGGAATGGCT 1980 CAGGTGCTTT TATCGTCAAT GGTAATAAAA CAAATCTAGA TGCCAAGGTT TCAAGTAAGC 2040 CCTACGCTGA CAATAAAACA AAGACAGTGG GCAAGGAAAC TGTTCCAACC GTAGCTAATG 2100 CCCTCTTGTC TAAGGCCACT CGTCAGTACA AGAATCGTAA AGAAACTGGG AATGGTTCAA 2160 CTTCTTGGAC TCCTCCAGGT TGGCATCAGG TCAAGAATCT AAAGGGCTCT TATACCCATG 2220 CAGTCGATAG AGGTCATTTG TTAGGCTATG CCTTAATCGG TGGTTTGGAT GGTTTTGATG 2280 CCTCAACAAG CAATCCTAAA AACATTGCTG TTCAGACAGC CTGGGCAAAT CAGGCACAAG 2340 CCGAGTATTC GACTGGTCAA AACTACTATG AAAGCAAGGT GCGTAAAGCC TTGGACCAAA 2400 ACAAGCGTGT CCGTTACCGT GTAACCCTTT ACTACGCTTC AAACGAGGAT TTAGTTCCCT 2460 CAGCTTCACA GATTGAAGCC AAGTCTTCGG ATGGAGAATT GGAATTCAAT GTTCTAGTTC 2520 CCAATGTTCA AAAGGGACTT CAACTGGATT ACCGAACTGG AGAAGTAACT GTAACTCAGT 2580 AAAAGATACG CCTACACTCC TATGTCACTT ATGGATGTAG GAGTTCTTTT TACTAGTTTA 2640 AGCAGGACTA AGACAGGTAC TAAGACAAAA TAGCAACTTC TAAAACTAAC TTCCAGTTTT 2700 GGGAGAGAGA TGGAAGTTAC TTTGAGA 2727 (2) INFORMATION FOR SEQ ID NO : 102 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5717 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 102 : TTTTTTGTAG ATTTAAGTGG GGTGCAATTC CTAAAAAATA AAAAACAATT TTTGAAAATT 60 ATGTTAGCAG GAATTGCTTC AAATTCGATT TTATCACTTA CAGGTTTACT TGTTTTATTG 120 TTCACATCGT ATAAATTGCT TGGACTCTTA TTTTTTATCA TTAACTTAGG TATGATTTTT 180 ATTAATTCAA TTCCTTTTTT TCAGTATGAT AGTGGTATTA TTTTAAGATA CTTGAATTCT 240 AACAATAATA ACTTGAATTT TCAATATATA GTTCAACTTT TAATAGCATT TGTTATTATT 300 TATTTTCCTT TGAGTCAACT ATTACAGTTT TTGACACCCA ATATTATTGT TCGTAGTATA 360 GGAGGGGTGG TTGTTTCTAT ACTGCTTTCT ATATTATATA TGATAGGAAG GACGAAATAT 420 GTTCTACGTA AATAGTTATG TTTTTGCTTA TAAAAAAGAA GGTATAATGT ATTTACGTGG 480 TCGGAGTATG CGGGAAATAG CTATAGAACC TCAAATTTCG CAAGAATTTA TCAACGATCT 540 ATTTAATAGT TGTAAGGAAC TATTAGAGAT AGAAGAAGTA TTAGGCAGTA AACTAACATT 600 TGAACTATAA ATGAACAAAT TTTAATTTCG GATGAGATAG ATATTGATAG TAGATATTCT 660 AGAACTAAAG GTTACTATTC GTTATTTTAT AATGAAGAGT ATAATAAAAT ACAGAATAAA 720 ACAGTATTAG TATTAGGAGC AGGAGTCTTA GGATGTTATA TATCTCTAAG TCTAAGTATG 780 TATGGAGTGA GGAAACTTAT TGTCGCTGAT TACGATATAA TAGAACCATC AAATTTAAAT 840 AGGCAAATTC TTTATACAGA GTCGGATGTT GGTAAGGAGA AGATTAATGT TCTTTCTGAA 900 AAAATACACA AGTATAATTC AGATGTTCAG GTAGTACCTA TTTCTATTAA AGTTTCTTCA 960 GTAGAAGAAT TAGAAAAAAT TGTTGCGGAA TATGGGAGTA TAGATTTTAT CGTTAAAGCA 1020 ATTGATACGC CCATTGATAT TATAAAAATT GTCAATCAAT TTGCTGTATC GCATAAGATA 1080 TCCTACATAT CAGGAGGGTT TAATGGATGC TATCTTATTA TTGATAATAT ATATATCCCT 1140 ACCATCGGTT CTTGCTTTGG TTGTCGGAAT ATAAACAAAG ATATAAATAA GTACACTTTA 1200 TCTGATAAGA CAAAGTGGCC GACTACACCA GAGATGCCTG CTATTTTGGG AGGGATAATG 1260 ACTAATTTAA TAATTAAAAT ATTTCTGGGA TGTTATAATG AAATCCTAAT AGATAACGCT 1320 TACGTTTATA ATATGAGAAA TCATGCTCTA AGTCAAGAAA AATATGTTCT GGAAAACGGA 1380 GAATGTCCAA TTTGTAAAAA AATAATAAAG TGAAAGATAA CAATATTAGA GCGAAAACAT 1440 TTATTCGTTC AGTTTGTTTT TGCTTATTAT CAGGAGGAGT AGCTTTTTTA TCTGCTATTG 1500 GGCAGTTCAC TGTTATAGAA ACACAATTAA TAGTATTGTT CTTGGGTATT ATTTTTGCTA 1560 TATATTATGC TTACTACAAT AAAAATATTC AAACATCATT GGAAAATATA GTATGGCTTT 1620 TTTCATCGTT TGAGATTTTA TTTTTGCTTG TTAATTTTAG AACATTTATT CAGTTACCAG 1680 TGGATATTTT TATTGGTATG ATAATATTTT TAATGCTGTG GATATTTATT ATGTTAGGTA 1740 TAGTGTGTCT TAGTTATTAT ATAACTTTAT TATTTAGCAA GGAGGCTTAG TATGTTTAAA 1800 AAAATAGGTA TAATGAGCAT TTGCATATAT ATAATTATTT TATACTGCTT GAGAATGTAT 1860 CGTATTATCA ATAATATTGA AACAATCTTG CTAACGGTTA TATGCTTAAT GTTATTGTTT 1920 TTTTTAAGAC GTTTATTTGA TAAAGATAAG TAAATAGATG TTAAGTAAAA ATGTAGAATA 1980 TAAAGGAGGT GCAATGAGTA TGATTGAAGT TAGCCATTTA TCAAAAAGTT TTGGTGATAA 2040 AATAGCTTTA AATAATATAA GCTTCACTGT TAAAGAAGGT TAGATTTTTG GATTTTTAGA 2100 ACCATCTGGT TCTGGAAAGA CCACAACGAT TAATATTCTG ACTGGGCAGT TCCTTGCCGA 2160 TAAAGGACAA TCTATTATTT TGGGACAAAA ATCTCAAAAT TTAACAAGCG GTGAATTAAA 2220 GAGAATTGGA TTGGTTAGCG ATACAAGTGG ATTTTATGAG AAAATGTCTC TGTATAACAA 2280 TCTTCTTTTT TATAGTAAAT TTTATAATAT TAGTAAATCA CGTGTTGATA ATTTGTTAAA 2340 GCGAGTAGGA TTATATGATA GTCGCAAGAT GGTAGCAGGA AAATTATCCA CTGGAATGAG 2400 GCAACGAATG CTTTTAGCAC GAGCTCTTAT CAACAACCCC GCTGTACTCT TTCTGGATGA 2460 ACCGACCTCA GGTCTAGATC CCACAACTTC TCGAACAATT CATGAGTTAA TTTTAGAATT 2520 GAAAACAGCA GGGACAACGA TTTTTCTAAC GACTCATGAT ATGAATGAAG CAACTCTTTT 2580 ATGTGATTAT GTTGCCTTAT TAAATAAAGG GAAATTAGTT GAGCAAGGAG CTCCTTCTGA 2640 ACTCATTCAA AGATATAATA AAGATAAAAA GATTAAGGTT ACAGATTATA ATGGGAATCA 2700 GATAACTTTT GATTTTACAT CACTAGAACA GGTATCTCAG ACTGATCTGG AAAATATTTT 2760 TTCAATTCAT TCATGTGAGC CTACTTTAGA AGATATTTTT ATCACATTAA CAGGAGGAAA 2820 GCTAAATGCT TAAACGGTTT CTGGCTTTGG TATGGTTGCG TTGTCAAATC ATCCTTTCCA 2880 ATAAGAGTAT TTTATTGCAA GTTTTAGTGC CTTTTGCTTT CACATATTTT TATAAATATC 2940 TTATGGAAAC ACAGGGGAAG GTCAACGATC AACAGGCATT AGTTCTTTTG ATGATGTGTT 3000 TACCTTTTTC TTTTTCTTTG GCTGTTGGAA GTCCTATAAC TATTATCTTG TCTGAAGAAA 3060 AAGAAAAGTA CAATTTACAA ACTCTTCTGT TGAGTGGTGT TAAAGGCTCC GAATACATTT 3120 TATCAACTAT GTTTCTTCCT TTTTTGCTAA CTTTTGTGAT TATGGGAACT ACTCCTCTTA 3180 TTTTAGGAGT TACAATTGTA CATACTTTTA ATTATATTAC AATCGTTCTT CTAACCTCTT 3240 TATCCATCAT TTTATTCTAT TTATTGATAG GTTTAACCGC GAAGAGCCAA GTAGTAGCTC 3300 AGGTTATCAG TCTTCCTGCT ATGATTTTAG TTGCTTTCTT ACCGATGCTA TCTGGTTTGG 3360 ATAAGACAGT TGCGAAGATA ACAGATTATA GTTTTATGGG ACTATTTACT AAGTTTTTCA 3420 CAAAATGGGA GGAATTTTCA TGGAATAAAA CTCTAATTCC TAATCTAACA CTACTTATTT 3480 GGATTGTTCT TCTATTAACT TTAATTACGA TAACTATTAG GAAAAAGAAA ATTTCTTAAT 3540 TGAGTTATTT TAATGATTAT AAACACAAGT GGGAAGGAAA AAATGAACTG ATCTTTTTGA 3600 CAGCAATTCT ACAGAATAGT CTTATTGCTA TATTTTGATT TGAGTGTACG AAAAAAGAAA 3660 AATAACAATA GTGCTCATAC TAATTGCAGA AGTTTTGGGT GATAAGATAA CTGATAAATT 3720 GCAATAAAAA ATGCAACATT TTTAAATCTC CTCTATAAGT GCTTCAAAAA GTGCTTCAAA 3780 ACCTGTCTTG TAATCCAAGT ATTTTTGGGG ACGGTGATTA ATAAGCTAGC AAAGCATCAT 3840 TAAGGATTTT TTCGGTAATT GTTGCCAAAT CGGTTTAAGA AAATACTCAC GAAGAAGTCC 3900 ATTCGCATTC TCATTACTTC CCCTTTGCCA AGATGAATAG GCATCCGCAA AATAAAACAG 3960 AATTCCCATT TGTTCAATTA AAGGGTAACA AGCAAACTCT TTTTCTCTGT CCGAAGTGAA 4020 AGTCTTTAAC TATTCTTTTG GAAAGAGTCT TGTGAGGTGT TCAATAGCAG TCAACATGGA 4080 TTTAGCTGTT TTTACTTGAC AAGTGCTAGT AGAAATAATA GAATAGTAAA AAACCTTTAA 4140 AGCAGTCCAG AGAGGCAGCT AAGGTTAGAC GGTGAAAGGG TGGAGACTAC CCATTTTTCG 4200 TGGAACCTTG CTGTTGGCAG GTTCCTTTTT TCGTGGCTTC TGTTGGCCAG ACTCTCTCAC 4260 TAGTAAAGGT AAAAGGAGAA ACCTATGCGA GAACATCGTC CAATCATTGC TCTTGATTTT 4320 CCTAGTTTTG AGGCGGTCAA GGAATTTTTA GCTCTTTTCC CAGCAGAAGA AAGCCTTTAT 4380 CTCAAGGTAG GGATGGAGCT TTATTACGCA GCGGGGCCTG AGATTGTGTC CTACTTAAAA 4440 GGTTTGGGTC ATAGTGTCTT TTTGGATCTC AAACTTCATG ACATTCCTAA TACAGTCAAG 4500 TCAGCCATGA AGATCTTGTC TCAGCTTGGT GTCGATATGA CTAATGTCCA TGCGGCTGGT 4560 GGTGTAGAGA TGATGAAGGC GGCGCGTGAA GGTCTTGGGA GTCAAGCCAA ATTGATCGCT 4620 GTAACTCAGC TCACATCAAC GTCAGAAGCT CAGATGCAGG AGTTTCAAAA TATCCAAACC 4680 AGTCTGCAAG AGTCTGTGAT TCACTATGCC AAGAAGACAG CTGAAGCTGG CTTGGATGGT 4740 GTTGTTTGCT CGGCTCAGGA AGTACAAGTC ATCAAGCAGG CTACCAATCC AGATTTTATC 4800 TGTCTGACAC CAGGGATTCG TCCAGCTGGT GTTGCAGTTG GAGATCAAAA ACGAGTCATG 4860 ACACCTGCTG ATGCCTATCA AATCGGCAGT GACTATATCG TAGTGGGACG TCCCATTACC 4920 CAAGCTGAGG ATCCTGTTGC AGCTTATCAT GCCATCAAGG ATGAATGGAC ACAGGACTGG 4980 AATTAAAGAA CTAGATTAGA AAAATAAAAG GAGAATACCA TGACACTTGC TAAAGATATC 5040 GCTAGCCACC TCTTGAAAAT CCAAGCCGTT TACCTCAAAC CAGAGGAACC CTTCACTTGG 5100 GCATCTGGTA TCAAGTCACC GATTTACACT GATAATCGTG TGACACTAGC CTATCCAGAA 5160 ACTCGTACCC TAATTGAAAA TGGTTTTGTG GAAGCTATCA AAGAAGCCTT TCCTGAAGTA 5220 GAAGTGATTG CAGGAACTGC AACAGCAGGG ATTCCACACG GAGCCATTAT TGCTGATAAG 5280 ATGGACTTGC CTTTTGCCTA CATCCGTAGT AAACCAAAAG ACCACGGAGC TGGTAATCAA 5340 ATCGAAGGTC GCGTAGCTCA AGGTCAAAAA ATGGTAGTGG TTGAAGACCT TATTTCAACG 5400 GGTGGTTCAG TTCTTGAAGC TGTAGCAGCA GCCAAGCGAG AAGGAGCAGA TGTACTTGGA 5460 GTTGTAGCGA TTTTCAGCTA CCAATTGCCA AAAGCAGATA AGAACTTTGC AGATGCTGGT 5520 GTTAAACTTG TGACGCTTTC AAACTATAGC GAGCTTATCC ATCTAGCCCA AGAAGAAGGT 5580 TACATCACGC CAGAGGGCCT TGATCTTCTA AAACGCTTTA AAGAAGACCA AGAAAATTGG 5640 CAAGAAGGTT AGGTCAGTAA GATAAAGAGA GACGAGGCTA CCGAGTCTCT TTTACCATTT 5700 TATTTAAAAT ATGACAG 5717 (2) INFORMATION FOR SEQ ID NO : 103 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5558 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 103 : CCTGGACTTT CTAAAATGAA ATCTTGCGAC CTGGATCAAG CCCTTCATGA GCATTTTTCA 60 GAAGAAGAAT TAGCTGGTCA CTTTCATGTC CTTCTATGGA CTTTTTTTAC AATGGCATTG 120 CTATCACACC CAATACCTAT CTAAGCGCCT GGTTCGTAAA CTTTATTGCA GCTCTTCCTC 180 TAAATTTCCT AATTGTTGAA CCAATTGCCC GTTTTATACT AAGTTCTTTT CAGAAACCAT 240 TTACTGGGGA AGAAGTTGAA GATTTTCAAG ATGATGATGA AATCCCAACT ATTATCTAAG 300 CCAGTTCTGT AAACTACTAA TATTTGAAAT CCACTTCCTT TTAGGGTGCA ATGGTTATAA 360 ATGAATTTTT GAGAGGATCA GAATGAAAAA ACTAGCAACC CTTCTTTTAC TGTCTACTCT 420 AGCCCTAGCT GGGTGTAGCA GCGTCCAACG CAGTCTGCGT GGTGATGATT ATGTTGATTC 480 CAGTCTTGCT GCTGAAGAAA GTTCCAAAGT AGCTGCCCAA TCTGCCAAGG AGTTAAACGA 540 TGCTTTAACA AACGAAAACG CCAATTTCCC ACAACTATCT AAGGAAGTTG CTGAAGATGA 600 AGCCGAAGTG ATTTTCCACA CAAGCCAAGG TGATATTCGC ATTAAACTCT TCCCTAAACT 660 CGCTCCTCTA GCGGTTGAAA ATTTCCTCAC TCACGCCAAA GAAGGCTACT ATAACGGTAT 720 TACCTTCCAC CGTGTCATCG ATGGCTTTAT GGTCCAAACT GGAGATCCAA AAGGGGACGG 780 TACAGGTGGT CAGTCCATCT GGCATGACAA GGATAAGACT AAAGACAAAG GAACTGGTTT 840 CAAGAACGAG ATTACTCCTT ATTTGTATAA CATCCGTGGT GCTCTTGCTA TGGCTAATAC 900 TGGTCAACCA AACACCAATG GCAGCCAGTT CTTCATCAAC CAAAACTCTA CAGATACCTC 960 TTCTAAACTC CCTACAAGCA AGTATCCACA GAAAATTATT GAAGCCTACA AAGAAGGTGG 1020 AAACCCTAGT CTAGATGGCA AACACCCAGT CTTTGGTCAA GTGATTGACG GTATGGATGT 1080 TGTGGATAAG ATTGCTAAGG CCGAAAAAGA TGAAAAAGAC AAGCCAACTA CTGCTATCAC 1140 AATCGACAGC ATCGAAGTGG TGAAAGACTA CGATTTTAAA TCTTAAAAAC CAAAAAAATA 1200 CAGTATCCAC ATTCGGTACT GTATTTCTTT TACTCTCATT CTTAAGTTAA ATTATTAAAA 1260 TCCCATATTT GGTCTATCCA GCCTTCATAA AAGTCTGGCT CGTGGCAGAC CATAAGGATA 1320 GATCCCCTAT ATTCTTTGAG AGCGCGTTTG AGCTCATCCT TTGCATCCAC ATCCAAATGG 1380 TTGGTCGGCT CGTCCAGCAC TAAAACGTTG TTTTCACGAT TCATCAAGAG ACAGAAACGA 1440 ACCTTGGCTT GCTCTCCCCC TGATAATACT TGAATCTGGC TTTCAATATG TTTGGTTGTC 1500 AAACCACAAC GGGCAAGGGC TGCACGGACT TCTGCTTGAT TAAGGGCAGG AAAGGCATTC 1560 CAGACAGCTT CAAGAGGAGT TTGGCGATTA CCGCCTTCTA CTTCCTGCTC AAAATAACCA 1620 AGTTCTAAAT AATCTCCACG CTCCACTTCC CCAGCGATTG GCGAGATAAT GCCCAAGAGA 1680 CTCTTCAAGA GAGTTGTTTT TCCAATACCA TTAGCACCAA TAATCGCAAC CTTTTGATTG 1740 CGTTCGAAGG TAAGATTTAA AGGCTTAGTA AGAGGACGGT CGTAACCAAT TTGCAAGTTC 1800 TTGGCTTGGA AGATAAAGCG CCCTGGTGTA CGAGCTGGTT TGAAATCAAA GGATGGTTTT 1860 GGTTTCTCAC TTTGGAGTTC GATAATATCC ATCTTATCCA ATTTCTTTTG ACGAGACATA 1920 GCCATATTAC GAGTTGCAAC ACGGGCTTTA TTACGAGCCA CAAAGTCCTT GAGGTCTGCA 1980 ATCTCTTTCT GCTGGCGTTC GTAGGCTGCC TCTAGCTGAG ATTTCTTCAT AGCATAAACT 2040 TCTTGGAACT GGTAGTAGTC ACCAGAGTAA CGCGTCAGCT GTTGATTTTC CACATGATAG 2100 ACAATATTAA TAACGTCATT GAGGAATGGA ATATCGTGCG AAATGAGAAC AAAGGCATTC 2160 TCATAGTTTT GGAGATAGCG CTTGAGCCAA TCAATATGCT CAGCATCCAA GTAGTTGGTC 2220 GGCTCGTCCA ACAGCAAGAT ATCAGGCTTT TCAAGGAGAA GTTTTGCCAA AAGCACCTTG 2280 GTTCTTTGCC CACCTGACAA AGAAGTTACA TCCGTATCCA TGCCAAAGTC CATAACACCA 2340 AGAGCACGCG CTACTTCGTC AATCTTAGCA TCCAAGGTAT AGAAATCACG ACTCTCCAGA 2400 CGGTCTTGAA GTTCTCCTAC TTCTTCCATG AGAGCATCAA CATCCGCGCC GTCTTCAGCC 2460 ATTTTCATAT AGAGGTCATT GATACGAGCT TCAGCTTTGA AAAGCTCATC AAAAGCCGTA 2520 CGGAGAACAT CACGCACCGA CTGTCTTTCA GCAAGGACAG AGTGCTGATC CAAGTAACCA 2580 GCCGTCACAT ATTTGGACCA CTCAACCTTT CCTTCATCTG GCAGCATTTT ACCAGTCACG 2640 ATACTCATAA AGGTTGATTT TCCTTCACCA TTGGCACCGA CCAGGCCGAT ATGTTCTCCC 2700 TTGAGGAGAC GGAAGGACAC ATCTTCAAAA ATTGCACGGT CACCAAAACC GTGACTCAGA 2760 TTTTTAACTT CTAAAATACT CATTTTAATT CCTTACCTTG TTTTTATGTA ATCGTTTATA 2820 AAGGAGCCAA GCCAGATAGC CACCCAAAGT GTTGGTCCAC AAATCATCAA TCTCAAAGAC 2880 GCGATTGAAA TCAAAGAAAA AGTCCAAGAT TAATTGCGTA CACTCGATTC CAAGACTCAC 2940 AAGAAAACTA AAAAGAAGGA CCTTTTTTGT TTTCCGCAAA TTTGGAAATA GATAAAGGAG 3000 TTGGAAAATC AGAGGAAAAA ACAAGAAGAC ATTGAGGATA TTTTGTAAAA AAATCCAACA 3060 TAATTGTCCA ATGTCACTCA CTTCGCCCAG TTTCCAGAGA GAATTGAAAG GAGTCAAAAG 3120 AAAAACCAGG CGTCCAAGAT GCTGAATACC TGGAGTTCCC ACTCCCACGG TAGATTGTTC 3180 TTGAGGAGTA AAGCAAAAAC AGACAATGCA AATGCTATAG AAAATGACTC CCCAGACCAA 3240 AATATGATTA TAAGTCTTCT TCATCATTAA GGATTTACCG CTGCGACTGC CTTCTGGCGG 3300 TCACGTTTCA TTGTGTTAGA GCGCAATTGT CCACAAGCTG CGTCAATATC TGTACCATGC 3360 TCTTGACGAA CCACACAGTT GACCCCTTTT TTCTTAAGCG TATCATAGAA AGCCAACACG 3420 CACTCTTTGG GACTACGGCT ATATTGGTCA TGCTCACTAA CTGGGTTATA AGGAATCAAG 3480 TTTACATAAG ACAATTTCTT GATGTTCTTG AGCAATTCAG TCAATTCCAA GGCTTGTTCT 3540 ACACCGTCGT TGACTTCATT AAGCATGATA TATTCAAAGG TTACACGACG GTTTGTTGTC 3600 TCAATGTAGT ATTCAATAGC AGCAAAGAGT TTTTCAATCG GAAAGGCACG GTTAATCTTC 3660 ATGATACTTG AACGAAGTTC ATTGTTAGGT GCGTGAAGAG ACACGGCAAG ATTGACCTGA 3720 ACCCCTTCAT CAGCAAAGTC ACGAATTTTA TGAGCCAAAC CTGAGGTTGA AACCGTGATG 3780 TGACGAGCAC CGATAGCCAT TCCTTTATCA TCATTGATAG TACGAAAGAA ATTCAAGACA 3840 TTGTTGTAAT TATCAAAGGG CTCACCGATT CCCATGACAA CGATATGGCT GATGCGTTCA 3900 TCCTGACCAC GCTCATCAAA GTATTTCTGA ACCAGCATGA TTTGCGCTAC GATTTCACCG 3960 TTATTGAGGT CACGTTGCTT CTTAATCAAA CCAGAGGCAC AGAAGGTACA ACCGATATTA 4020 CAGCCGACCT GAGTGGTCAC ACAGACAGAT AAACCATAGT GTTGACGCAT GAGTACAGTC 4080 TCAATTAACA TACCGTCGGG CAATTCAAAG AGATATTTGA CTGTACCATC AGCAGACTCT 4140 TGCACAATAC GTTGTTTCAA GGGATTGACC ACAAACTGGT CATTGAGCTT AGCAATCAAA 4200 TCCTTGGAAA GGTTGGTCAT TTCTTCAAAT GACTGCACAC GTTTACGGTA GAGCCATTCC 4260 CAGATTTGAT CTGCACGGAA TTTCTTTTCT CCCTGCTCCA ATACCCATTC CTGCATGGTT 4320 TGATGTACCA AACTATGAAT TGAGGGTTTC ATTTCTTCTC CTTATTCTCT ACTCACTTCT 4380 GACGAATGAC AAAATGACGT TGTCCCTTGT CGTCTTTCTG ACGACGTCTA TTTTTCTTAT 4440 CTGCATTCGA CTTTCGTTTA GTTTGAGTCG GTTTCTTTCC TTTTCTAGAA GGTGTTTCTT 4500 CTTCCGTCTT ACGCATTTTC TTGTCAAATG ATGCTCGCTT AGGGGCTTCA TTTTCTAAGA 4560 CAAAATAGGC ACAACCATAA CTACAATACT CTAAAAGGTA GTCTTGTAAA CGACTGATTT 4620 TTTCAAGTTT TTCTTCTGTT CGGTCATCCT TGTAAAAACC TCGTAGGCGA AGCTGTTCGT 4680 TGCTCCAGTC CCCCACGATA TAATCAAACT TGGTTAATAC TTCTGAAAAA CGCTGATTAA 4740 AAGTCGTCAC ATCAAAGGCA TCCTTGATAT TTTCAACCAA GGAAAAAGCT ATCCCTTCCG 4800 TTTCGACCTT GTCCCCGTGT AAATGGAACT CCGGACCAGG AAACTTGTTA TAGTTGTATA 4860 ATTCAGGTGC AATTTCTTTT CGCATAGATA TCCTTTTTTC ACGATTACTT AATACTTTAT 4920 TCTACCATAA TTTCTAGCAG TTAGCACGTT TCTCATAAAA ATGAAAAAAG TCTGACGATT 4980 TTGTCAGACC AGAATCTTAT AACCTAAAAA GAGAAGAACA ATTCTTCCCT CCAACTATCA 5040 TTATTTAGCA GCTGCGTACA ATTCATCTAC TTTATTCCAG TTGATTACTG AAAAGAAAGC 5100 TTTGATGTAG TCAGGACGCA CGTTGCGGTA TTTCACGTAG TAAGCATGTT CCCAAACGTC 5160 CAAGCCCAAG ATTGGTTTTT TACCTTCTGA GATTGGTGTG TCTTGGTTTG CTGTTGAAGT 5220 CACTTCAAGT TTCCCTTCTT TGTTGACAAC CAACCATGCC CAACCTGAAC CAAAACGAGT 5280 TGTTGCTGCT GCAGTGAAGG CTGCTTGGAA TTCTTCAAAT GAACCAAATG TTGCATCGAT 5340 TGCTGCTGCC AGTTCTGCTG AAGGAGCTGT TTTCTCGGGA GTCATCAATT CCCAGAAAAG 5400 AGCGTGGTTC AAGTGTCCGC CACCATTGTT GATAAGTGCT TGACGGATAT CAGCTGGGAT 5460 AGATTCTACA TCAGCAAGCA AGGCTTCAAG GTCTTCACCG ATTTCAGGGT GTTTTTCTAA 5520 AGCTGCATTG GCATTGTTGA CATAAGTTTG ATGGTGTT 5558 (2) INFORMATION FOR SEQ ID NO : 104 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6735 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 104 : GGAATTGTAA ATATCATATT GTTTTTGCAC CCAAATATCG TCGTCAAATC ATTTATGGCA 60 GATACAAAGC TAGTATCGGA AGAATCATAC GTGACTTATG TGAGCGTAAG GGTGTAATAA 120 TCCATGAAGC GAATGCTTGT TCAGACCATA TTCACATGCT TATCAGTATT CCTCCGAAAC 180 TTAGTGTTTC GTCCTTTATG GGCTATTTAA AGGGCAAGAG CAGTTTGATG ATTTTTGATA 240 AGCATGCGAA TTTAAAATAC AAATATGGCA ATCGCAAGTT TTGGTGTAGA GGCTATTATG 300 TAGATACGGT AGGCCGTAAT CAGAAAGTGA TAGCTGAATA TATTCAGAAT CAATTACAAG 360 AAGACAGAGT AGCAGACCAG CTCACGTTAT TCGAGTCAGT AGATCCGTTT ACTGGCGAAA 420 TAAATAAGAG GAAGTAACTA AGGTGCTTTA GCACCTGCTC GGGAAAGTGG TGCGCGAGGA 480 AGCTATTTCG GTGGGCCTTT GGCCCTGGCC GGTAGAAGCG GCTTATAGCC GCAGAACAAA 540 CCACCAGTTC ACACTGGTGG TTTTGATTTA AAAAACTTGA TACATAAAAA TAAAAGTCTA 600 TATAAAGGAT GGTAAAATTC CTGTTGTCCG ATTTGGACAA TATCCTAAAT AGTTACAATA 660 TATGGTCTAT ACTTTTTCTT AGGAGAAAGC TAGATGTACA GACGTTTGAG AGATTTGAGG 720 GAGGATCATG ATCTGCCCCA AAAGCAAATA GCTACAATAC TTTCGTTTAC AAATTCAGCT 780 TATGCCAAAA TTGAACGGGG TGAGCATGCG TTGACGGCTG ATGTATTGGT TAAACTCTCA 840 GATTTCTATG ACGTCAGTAC AGACTATTTA TTGGGATTAA CTGATTTTCC TGATAAAATT 900 CGCTTTAGAA AATAATCTCC TCAATTTCAT AGAGTTTGAA AATGAGTGAG ATTTTTTATT 960 TGCCCTTTGA CAACTGAATA GCCTAAAATG GTACTTTCCT CATTTGTGGA GCAAATTTGA 1020 ATGGCTCGCC ATGATAAGAG CGATTTTAAA ATCATCAATA AAATAGAGCG ATACTTTATA 1080 TGCCATGATA CAAATGATAT ACAATGATAC TTCTGACCGT TCAGCCTGCC AACGTAAAAG 1140 AGCAGCAAGT GAAATTCTTA TGATGACTTC ATCAGTCATG CCACGTTGAA TGTGTGAGTT 1200 TGTTAGATAA ACGCAATTAA TCCTCAAAAG GTTCCCCGAA CCTTTTGAGT TCTACAGACG 1260 CATCACGTGG AGTGTGTAAG CTTGTTGCTA AAAGCGTAAA AACCTTGGAA CGAAAGGAAT 1320 AATAGACTTT CTGCGAAACA AAAATATAAT ACAATAAAAC TATGAATGAT GAAGCAAGTA 1380 AACAATTGAG CGATAGCCGT TTCAAGATCC TTGTAGGTGT TCAGCGCACG ACTTTTGAAG 1440 AGATGTTAGC TGTGTTAAAA ACAGCTTATC AACGTAAACG CGCAAAAGGT GGACGAAAAA 1500 GCAAATTAAG CCTAGACGAT CTCCTTATGG TAACTATTCA ATACATGCGA GAATAGAGCA 1560 CTTATGAACA AATTGCGGCT GATTTTGGCA TTCACGAAAG CAACTTAATC CGTCGGAGTC 1620 AATGGGTTGA AGCAACTCTT ATTCAAAATG GTTTTACGAT TTCAAATTCT GCCTTAATTC 1680 TGTAAAAACA GTAAAATTCG AAGGATTGTA AGGTAAGAGT TTTTTTCTTT CTGAAAAAAT 1740 GGTATAATAG CAATCAAAAC TAGAAAATAA AACGGAATTT GGAACAGATT TGTCTGTATC 1800 CTAGTAGAGT GGTGATACTA TGAAGATTAG TAAGAGGCAC TTATTAAATT ATTCCATCTT 1860 GATTCCCTAC TTGCTTTTAT CTATTTTGGG CTTGATTGTG GTCTATTCGA CCACCAGTGC 1920 TATTTTAATT GAAGAAGGCA AGAGCGCCTT GCAGTTGGTT CGAAACCAAG GAATCTTTTG 1980 GATTGTTAGT TTGATACTGA TTGCCTTAAT TTATAAATTG AGACTAGATT TTTTGAGAAA 2040 TGAGCGACTA ATCATTTTAG TTATATTAAT AGAAATGCTT TTATTGTTCT TGGCTCGTTT 2100 TATTGGTATT TCCGTAAACG GGGCATACGG TTGGATTTCG GTTGCAGGAA TAACTATTCA 2160 GCCAGCTGAG TACTTAAAAA TCATTATTAT TTGGTATTTA GCTCACCGAT TCTCCAAACA 2220 GCAAGAAGAA ATAGCTACTT ATGATTTTCA AGTTTTGACT CAAAATCAAT GGCTTCCCCG 2280 TGCTTTTAAT GATTGGCGAT TCGTTCTCCT AGTTCTGATT GGAAGTTTGG GAATTTTCCC 2340 TGATTTAGGA AATGCGACTA TTTTAGTCTT GGTTTCCTTG ATTATGTATA CAGTTAGTGG 2400 AATCGCTTAT CGCTGGTTTT CAACCATTCT GGCGCTCGTA TCTGCCGCTT CTGTCTTTGT 2460 CTTGACCACT ATCAGCCTAA TCGGTGTTGA GACCTTTTCA AAAATTCCAG TATTCGGCTA 2520 TGTAGCCAAG CGCTTTAGTG CCTTTTTTAA TCCTTTTGCC GATCGTGCTG ATGCAGGTCA 2580 CCAGTTAGCT AATTCTTATT TTGCCATGGT CAATGGCGGT TGGTTTGGTC TAGGTCTTGG 2640 AAACTCGATT GAAAAACGAG GTTATTTGCC AGAAGCTCAT ACAGACTTTG TCTTTTCTAT 2700 CGTGATTGAA GAATTTGGCT TTGTTGGTGC CAGTCTTATT TTAGCTCTCT TGTTTTTCAT 2760 GATTTTGCGG ATTATCTTGG TCGGTATCCG AGCGGAGAAT CCTTTCAATG CCATGGTTGC 2820 ACTCGGTGTC GGAGGGATGA TGTTGGTTCA GGTATTTGTC AATATCGGAG GGATTTCGGG 2880 CTTGATTCCA TCTACAGGAG TGACTTTCCC CTTCTTATCC CAGGGTGGAA ATAGTCTTCT 2940 AGTCTTATCA GTGGCAGTAG CCTTTGTCTT AAATATTGAT GCCAGTGAAA AACGCGCTAA 3000 ATTGTACCGA GAATTGGAAA ATCAACCAAT GAACCTTCTG TTGAAGTAGG ATAAAGAAAG 3060 GATAGTTTAT GTCTCTTCAA AAATTAGAAA ATTATAGTAA TAAAAGTGTT GTGCAAGAAG 3120 AAGTCTTGAT TCTAACAGAA TTACTGGAAG ATATTACTAA AAATATGCTT GCCCCAGAGA 3180 CCTTTGAAAA AATAATACAG TTGAAAGAAT TATCAACGCA GGAAGATTAT CAAGGTCTAA 3240 ACCGTCTAGT GACTAGCTTA TCAAATGATG AAATGGTCTA TATTTCACGC TATTTCTCTA 3300 TCTTGCCTCT TTTGATTAAT ATTTCAGAGG ATGTGGATTT AGCTTATGAA ATCAATCATC 3360 AAAATAATAT TGATCAGGAC TATTTAGGTA AATTATCTAC AACGATTAAA TTGGTAGCAG 3420 AAAAGGAAAA TGCCGTTGAG ATCCTAGAAC ACTTGAATGT TGTCCCTGTT TTGACAGCCC 3480 ATCCAACACA AGTGCAACGC AAAAGTATGT TGGATTTAAC AAATCATATT CATAGTCTTT 3540 TGCGTAAATA CCGTGATGTT AAGTTGGGGT TGATCAATAA AGATAAATGG TACAATGATT 3600 TGCGTCGTTA CATCGAAATT ATCATGCAGA CAGACATGAT TCGTGAGAAA AAATTAAAAG 3660 TGACTAACGA AATCACGAAT GCTATGGAAT ATTATAACAG CTCCTTTTTG AAAGCTGTAC 3720 CTCATTTGAC GACGGAGTAT AAGCGCTTAG CGCAAGCGCA TGGTCTGAAT TTAAAACAGG 3780 CTAAACCAAT CACCATGGGT ATGTGGATAG GTGGTGACCG TGATGGAAAT CCATTTGTTA 3840 CAGCAAAGAC CTTGAAGCAG TCTGCACTCA CTCAGTGTGA AGTCATCATG AACTACTATG 3900 ATAAAAAGAT TTACCAACTT TATCGTGAAT TTTCTCTTTC AACTAGCATT GTCAACGTCA 3960 GCAAGCAAGT CAGAGAAATG GCTCGTCAAT CCAAGGATAA CTCGATTTAC CGCGAAAAAG 4020 AGCTTTACCG TCGTGCCTTG TTTGATATTC AATCAAAAAT TCAGGCAACT AAAACCTATC 4080 TGATTGAGGA TGAAGAAGTT GGGACTCGTT ATGAAACCGC CAATGATTTC TACAAGGATT 4140 TGATTGCCAT TCGAGATTCT CTACTAGAAA ATAAGGGCGA GTCCTTGATT TCAGGTGATT 4200 TTGTGGAATT ATTGCAGGCA GTAGAGATAT TTGGTTTTTA CTTAGCATCA ATTGATATGC 4260 GACAAGACTC TAGCGTCTAT GAAGCCTGTG TGGCAGAACT CTTGAAATCA GCAGGAATTC 4320 ATTCTCGTTA TAGCGAGTTG AGCGAAGAAG AAAAGTGTGA CCTTCTCTTG AAAGAATTAG 4380 AAGAAGATCC CCGAATTCTT TCTGCGACTC ACGCAGAAAA ATCAGAATTA TTAGCAAAAG 4440 AATTAGCTAT TTTTAAGACG GCTCGTGTTT TGAAAGATAA GTTGGGAGAT GATGTCATCC 4500 GTCAGACCAT CATTTCACAT GCAACCAGCC TTTCTGATAT GCTAGAATTA GCTATTCTGT 4560 TAAAAGAAGT AGGACTGGTG GATACGGAAA GGGCGCGTGT TCAGATTGTT CCCCTTTTTG 4620 AAACAATTGA AGACTTGGAT CATTCAGAGG AAACAATGAG AAAATATCTT TCTCTTAGCC 4680 TTGCCAAAAA ATGGATTGAC TCACGAAATA ACTACCAAGA AATCATGCTT GGCTACTCTG 4740 ACAGTAATAA AGATGGCGGT TACTTGTCAT CATGTTGGAC CCTCTACAAG GCTCAACAAC 4800 AATTGACTGC TATTGGAGAT GAATTTGGCG TTAAGGTTAC CTTCTTCCAT GGTCGTGGTG 4860 GTACTGTCGG TCGTGGTGGT GGGCCAACCT ATGAAGCCAT TACATCTCAA CCGCTCAAGT 4920 CTATCAAGGA TCGTATCCGC TTGACGGAGC AGGGTGAAGT AATTGGGAAT AAATACGGTA 4980 ACAAAGACGC CGCTTACTAT AACCTTGAAA TGCTAGTATC GGCAGCTATT AACCGTATGA 5040 TTACTCAGAA GAAGAGCGAT ACCAATACCC CAAATCGTTA TGAAACCATT ATGGATCAAG 5100 TAGTGGACCG TAGTTACGAT ATCTACCGTG ATTTGGTCTT TGGTAATGAG CATTTCTATG 5160 ATTATTTCTT CGAGTCAAGT CCAATCAAGG CTATTTCAAG TTTTAATATT GGTTCTCGTC 5220 CAGCCGCTCG TAAGACTATT ACTGAAATCG GTGGTTTGCG TGCCATCCCT TGGGTATTCT 5280 CATGGTCACA GAGTCGTGTT ATGTTCCCTG GATGGTACGG GGTTGGTTCA AGCTTCAAGG 5340 AATTTATCAA TAAAAATCCA GAGAATATTG CTATCTTACG AGATATGTAC CAAAATTGGC 5400 CTTTCTTCCA ATCGCTTCTT TCAAATGTTG ATATGGTTTT GTCAAAATCA AATATGAATA 5460 TTGCTTTTGA ATATGCTAAA CTTTGTGAAG ACGAGCAAGT TAAGGCCATC TATGAGACTA 5520 TTTTAAATGA ATGGCAAGTT ACTAAGAACG TTATCTTGGC TATTGAAGGA CATGACGAAC 5580 TCTTAGCTGA CAATCCATAT CTAAAAGCTA GTCTGGATTA CCGTATGCCT TACTTTAATA 5640 TTCTCAACTA TATTCAGTTG GAGTTGATTA AACGCCAACG TCGTGGAGAA TTGTCCAGTG 5700 ATCAAGAACG ATTGATTCAT ATCACCATCA ACGGAATTGC GACAGGATTG CGTAATTCAG 5760 GTTGATAATT TTCAAGAGTG AATGCTAAAA GTGAATATCA AAAAAATTCT AATAGACTAT 5820 TGACAAGTAG TTTAAAAATG ATATAATTTA ACCATTCAGA AAAGTAATCA TACAAACTTT 5880 TTAGAGAGTC TGTGGTAGCT GAAAACAGAT AAGTGGCAAT GATGAAAATT GGGCTGAATG 5940 CTATTTAGAA TTTGAAATTA TAAAAATTCG GTAAGCACAC CTTACAGTGC ATCTCGTTAT 6000 TGCGAGACTG AGCGATAGGG AAATTCCCTA TAATTGAGGT GGTACCGCGC ATCGACGTCC 6060 TCACACAAGT TTTTTGTGTG AGGATTTTTT TGATGGAGGT TAGTATGGAA AGAAAACGAT 6120 GGCGTCGCTT GTTTAGATAA GTGAAATATG TTAAAGGAAA TAAAAAGGAG AAACAGAATG 6180 AAAAATAAAC GTTTAATTGG AATTATTGCT GCATTAGCAG TCTTAGTAGC AGGAAGCTTG 6240 ATTTATTCTT CAATGAATAA ATCAGAAGCT CAGAATAATA AGGATGAGAA GAAAATAACC 6300 AAGATTGGTG TGCTTCAATT TGTGAGCCAT CCATCCCTTG ATTTGATTTA TAAAGGGATC 6360 CAAGATGGAC TTGCAGAAGA AGGATATAAA GATGATCAAG TTAAAATTGA TTTTATGAAC 6420 TCAGAAGGTG ACCAAAGTAA GGTTGCGACA ATGAGTAAAC AATTGGTTGC AAATGGGAAT 6480 GACCTTGTGG TTGGTATCGC AACACCAGCA GCCCAAGGGT TGGCTAGTGC AACAAAAGAC 6540 CTACCGGTTA TCATGGCCGC TATTACAGAC CCAATTGGTG CTAACTTGGT TAAAGATTTG 6600 AAAAAACCAG GTGGCAACGT TACAGGGGTA TCTGACCACA ATCCAGCTCA ACAACAAGTT 6660 GAACTCATCA AGGCTCTGAC ACCGAATGTG AAAACAATCG GAGCTCTTTA CTCAAGTAGC 6720 GAAGACAATT CAAAA 6735 (2) INFORMATION FOR SEQ ID NO : 105 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6516 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 105 : CTAGAGGATC CCAGCAGGTA AATTGGCTTC AGCTGGCAAA AAAGTTGCCC TCGTTGAACG 60 CAGCAAGGCT ATGTACGGTG GAACTTGTAT CAACATTGGT TGTATCCCAA CTAAAACCTT 120 GCTAGTTGCT GCTGAAAAGG ACTTGTCTTT TGAAGAAGTC ATTGCTACTA AAAACACGAT 180 CACTGGTCGC CTCAACGGTA AAAACTATGC GACTGTTGCT GGTACAGGCG TAGATATCTT 240 TGATGCGGAA GCTCACTTCC TTTCAAATAA AGTCATCGAA ATCCAAGCTG GTGATGAAAA 300 GAAAGAACTG ACTGCTGAAA CAATCGTCAT CAACACTGGT GCTGTTTCAA ACGTCTTGCC 360 AATCCCTGGA CTTGCTACAA GCAAAAACAT CTTTGACTCA ACAGGTATCC AAAGCTTGGA 420 CAAATTACCT GAAAAACTTG GAATCCTTGG TGGCGGAAAT ATCGGTCTTG AATTTGCCGG 480 CCTTTACAAC AAACTTGGAA GCAAGGTCAC AGTCCTAGAT GCCTTGGATA CATTCCTACC 540 TCGTGCAGAA CCTTCCATCG CAGCTCTTGC TAAACAATAC ATGGAAGAAG ATGGCATTGA 600 ATTGCTTCAA AATATCCATA CTACTGAAAT CAAAAACGAT GGTGACCAAG TGCTTGTCGT 660 AACTGAAGAC GAAACTTACC GTTTCGACGC CCTTCTCTAC GCAACTGGAC GCAAACCAAA 720 TGTAGAACCA CTTCAACTTG AAAATACAGA TATTGAACTA ACTGAACGTG GTGCTATTAA 780 AGTAGACAAA CACTGTCAAA CAAACGTTCC TGGTGTCTTT GCAGTTGGAG ATGTCAACGG 840 TGGCCTTCAA TTTACTTACA TTTCACTTGA TGACTTCCGT GTTGTTTACA GCTACCTTGC 900 TGGAGATGGC AGCTATACAC TTGAAGACCG TCTCAATGTG CCAAATACTA TGTTCATCAC 960 ACCTGCACTT TCACAAGTTG GTTTGACTGA AAGCCAAGCA GCTGATTTGA AACTTCCATA 1020 CGCTGTTAAG GAAATCCCCG TTGCAGCAAT GCCTCGTGGT CACGTAAATG GAGACCTTCG 1080 CGGTGCCTTC AAAGCTGTTG TCAATACTGA AACAAAAGAA ATTCTTGGAG CAAGCATCTT 1140 CTCAGAAGGT TCTCAAGAAA TCATCAACAT CATCACTGTT GCTATGGACA ACAAGATTCC 1200 TTACACTTAC TTCACAAAAC AAATCTTCAC TCACCCAACC TTGGCTGAGA ACTTGAATGA 1260 CTTGTTTGCG ATTTAAGTTG AGATTTAATC GTATCGAACA GCCCTCTTTG GGCTGTTTTT 1320 ACTTCTGCGG AATCTCAAAT CTGTCTTTCT CCTCTTTTAT GATATAATAG AAACATGAAC 1380 TTAAAAACTA CTTTGGGCCT TCTTGCTGGG CGTTCTTCCC ACTTCGTTTT AAGCCGTCTT 1440 GGACGTGGAA GTACGCTCCC AGGGAAAGTC GCCCTTCAAT TTGATAAAGA TATTTTACAA 1500 AACCTAGCTA AGAACTACGA GATTGTCGTT GTCACTGGAA CAAATGGAAA AACCCTGACA 1560 ACTGCCCTCA CTGTCGGCAT TTTAAAAGAG GTTTATGGTC AAGTTCTAAC CAACCCAAGC 1620 GGTGCCAACA TGATTACAGG GATTGCAACA ACCTTCCTAA CAGCCAAATC TTCTAAAACT 1680 GGGAAAAATA TTGCCGTCCT CGAAATTGAC GAAGCCAGTC TATCTCGTAT CTGTGACTAT 1740 ATCCAGCCTA GTCTTTTTGT CATTACTAAT ATCTTCCGTG ACCAGATGGA CCGTTTCGGT 1800 GAAATCTATA CTACCTATAA CATGATATTG GATGCCATTC GGAAAGTTCC AACTGCTACT 1860 GTTCTCCTTA ACGGAGACAG TCCACTTTTC TACAAGCCAA CTATTCCAAA CCCTATAGAG 1920 TATTTTGGTT TTGACTTGGA AAAGGGACCA GCCCAACTGG CTCACTACAA TACCGAAGGG 1980 ATTCTCTGTC CTGACTGCCA AGGCATCCTC AAATATGAGC ATAATACCTA TGCAAACTTG 2040 GGTGCCTATA TCTGTGAAGG TTGTGGATGT AAACGTCCTG ATCTCGACTA TCGTTTGACA 2100 AAACTGGTTG AGTTGACCAA CAATCGCTCT CGCTTTGTCA TAGACGGCCA AGAATACGGT 2160 ATCCAAATCG GCGGGCTCTA TAATATCTAT AACGCCCTAG CTGCTGTGGC CATCGCCCGT 2220 TTCCTAGGTG CCGATTCGCA ACTCATCAAA CAGGGATTTG ACAAGAGCCG TGCTGTCTTT 2280 GGACGCCAAG AAACCTTTCA TATCGGTGAC AAGGAATGTA CCCTTGTCTT GATTAAAAAT 2340 CCAGTCGGTG CAACCCAAGC TATCGAAATG ATCAAACTAG CACCTTATCC ATTTAGCCTA 2400 TCTGTCCTCC TTAATGCCAA CTATGCAGAT GGAATTGACA CTAGCTGGAT CTGGGATGCA 2460 GACTTTGAAC AAATCACTGA CATGGACATT CCTGAAATCA ACGCTGGCGG TGTTCGTCAT 2520 TCTGAAATCG CTCGTCGCCT CCGAGTGACT GGCTATCCAG CTGAGAAAAT CACTGAAACG 2580 AGTAATCTGG AGCAAGTTCT CAAGACCATT GAGAATCAAG ACTGCAAGCA TGCCTATATT 2640 CTGGCAACTT ATACTGCCAT GCTGGAATTT CGTGAACTGC TGGCTAGTCG TCAGATTGTT 2700 AGAAAGGAGA TGAACTAATG GTTTATACTT CACTTTCCTC AAAAGATGGC AATTACCCCT 2760 ATCAGCTCAA CATTGCCCAC CTCTACGGAA ATCTCATGAA TACtACGGGG ACAATGGAAA 2820 CATCCTCATG CTCAAGTATG TGGCTGAAAA ACTGGGAGCC CATGTGACCG TTGACATCGT 2880 TTCTCTCCAT GATGACTTTG ATGAAAATCA CTACGACATC GCCTTTTTCG GTGGTGGTCA 2940 AGACTTTGAA CAAAGTATCA TTGCAGACGA CCTACCTGCT AAAAAAGAGA GCATTGACAA 3000 CTACATCCAA AACGACGGTG TAGTTCTGGC TATCTGCGGT GGTTTCCAAC TATTGGGTCA 3060 ATATTATGTT GAAGCTTCAG GAAAACGTAT CGAAGGGCTA GGGGTCATGG GACACTACAC 3120 GCTCAACCAG ACCAATAACC GTTTTATCGG TGACATCAAG ATTCACAATG AAGATTTCGA 3180 TGAAACCTAC TATGGATTTG AAAATCACCA AGGTCGTACC TTCCTCTCTG ATGACCAAAA 3240 ACCGCTGGGA CAGGTTGTCT ATGGAAATGG AAACAACGAA GAAAAGGTCG GTGAAGGGGT 3300 TCATTATAAG AATGTCTTTG GTTCCTACTT CCACGGGCCT ATCCTCTCTC GTAATGCCAA 3360 TCTGGCTTAT CGCCTAGTTA CTACTGCCCT CAAGAAGAAA TATGGTCAGG ACATCCAACT 3420 CCCTGCCTAT GAGGACATTC TCAGCCAAGA AATCGCTGAA GAGTACAGTG ACGTCAAAAG 3480 CAAGGCTGAC TTTTCTTAAA CAAAGGAAAA TGATATCAAA GAACTCCGTT ATCTTGTCGG 3540 AGTTTTTTGT CTTTTCTTTT ACCCTTCTCC CTTGCATTTT CTCTCATTTT TTGCCAAAAT 3600 AGAGGGGTAG AAAGAAGGTA GCATATGTCT AAATTACAAC AAATCCTAAC ATATCTTGAA 3660 TCAGAAAAAC TAGACGTCGC TGTCGTATCT GACCCCGTCA CAATCAATTA CCTCACTGGT 3720 TTTTACAGTG ATCCCCATGA ACGCCAAATG TTCCTCTTTG TCCTAGCAGA TCAGGAACCT 3780 CTCCTCTTTG TCCCAGCTCT TGAAGTAGAA CGTGCAAGTA GCACCGTTTC CTTCCCAGTA 3840 GTGGGCTATG TCGATTCTGA AAATCCATGG CAAAAAATCA AACATGCTCT TCCACAACTT 3900 GACTTCAAAC GTGTCGCTGT TGAGTTTGAC AATCTCATCT TGACCAAATA CCATGGTTTG 3960 AAAACAGTTT TTGAGACTGC TGAGTTTGAC AACCTCACTC CTCGTATCCA ACGCATGCGC 4020 CTCATCAAAT CAGCTGATGA AGTGCAAAAA ATGATGGTTG CAGGTCTTTA TGCTGACAAG 4080 GCTGTTCATG TTGGTTTTGA CAATATTTCT CTTGATAAGA CTGAGACAGA TATCATCGCA 4140 CAAATCGACT TTGCCATGAA ACGTGAAGGT TATGAAATGA GCTTTGATAC CATGGTCTTG 4200 ACTGGTGATA ATGCTGCGAA TCCACACGGC ATTCCAGCAG CTAATAAGGT TGAAAATGAT 4260 GCTCTTCTCC TCTTTGACCT GGGTGTTCTG GTCAATGGCT ATGCGTCAGA TATGACTCGT 4320 ACAGTCGCTG TCGGCAAACC AGACCAATTC AAGAAAGATA TTTACAACTT GACTCTTGAA 4380 GCCCAACAAG CTGCTCTTGA CTTTATCAAG CCAGGTGTGA CTGCTCATGA AGTGGACCGC 4440 GCTGCCCGTG AGGTCATCGA AAAAGCTGGT TATGGTGAGT ACTTCAACCA CCGTCTCGGG 4500 CATGGTATCG GTATGGATGT CCATGAATTC CCATCTATCA TGGAAGGAAA CGACATGGTC 4560 ATCGAAGAAG GCATGTGCTT CTCTGTTGAA CCAGGTATCT ATATCCCTGG TAAAGTCGGT 4620 GTTCGTATTG AAGACTGCGG TGTTGTTACC AAGGATGGCT TCAACCTCTT TACAAGCACC 4680 AGCAAAGATT TGCTTTATTT TGATTAAACT ATATAGCCCC TATGCTTTCC TTTCAAAATA 4740 TCTAGGGGCT ATTTTATTGT CATTTTTCTG CTATTATGCT AAAGAAATTG GCTGCAATAA 4800 TCTAACCCTA AGTGTCTGGA ATGATAACGA GGGTGCTCTC CGCTTTTATC AAAGACAAGG 4860 GATGAAACCC CAAGAAACAA CAATGGAAAT GATAATTGAT TAAGAAGTCA TCTATCAAAA 4920 GATGTTAGAA AAAGTTCAAT TTCACTAGAA AATGAGGAAA ATCTCCCCAC AATAAAACGC 4980 ATAGTATCAG GTATTGTGTA CTGACCCCAA ACAGTTAGAC AATTAATTTA TCCGAAGGAT 5040 TTAGTTCTGT ACTGCACAGG ACTAAGTCCT TTTAGTTTTA CCTTAATTCG TTTGTTGTTG 5100 TAGTAATCAA TATAGTCTAT AATGACTTGT TCCAATTGGT TAAGTGATTT AAATGTTTTC 5160 TCATAGCCAT AAAACATTTC GGATTTTAAA ATGCCAAAGA AAGATTCCAT CATACCGTTG 5220 TCTTGGCTGT TTCCCTTGCG TGACATAGAT GCTTGAATTC CCTTATTCTC TAGGAACCGA 5280 TGATAAGAAT CGTGTTGGTA TTGCCAGCCT TGGTCACTAT GGAGAATCGT ATTCTCGTAG 5340 TGCTTCTCTT TGAATGCCTG TTCCAACATT GTTTGTACTT ATTCTAAATT AGGCGAACAA 5400 GAAAGATTAA AAGCAATAAT TTCGCTGTTA AAGCCATCTA AAACTGGTGA TAAGTAAAGC 5460 TTTTGAGTAC TTGCTGGAAT GGCAAATTCA GTCACATCTG TGTAGCACTT TTCCATTGTT 5520 TTAGAGCCTT CAAATTGGGC TTGAATGAGA TTCTCTGCCT TCTTACCAAC GTCTCCTTTA 5580 TGAGAAGAAT ATTTTCGTTT CTTTCGCATT TTAGCTTGTA AATTGAGTAC TTTCATCAAG 5640 CCTTGAACTC TTTTATGATT TACCAGATAA CCACGATTTC TTAGTTCTAA ATGAACCCGG 5700 CGATAAGCAT AATTTCCCTT GTGTTCGATA AAGATGGATT GAATTTCAGT TTTAAGCTCT 5760 TGGTCTTTAT CTGTTTTGTC TAGCTGTTTC AAGTGATAGT AGTAGGTCCA ACGAGCTAGT 5820 TTAATGGCTT CTAGAAGAAG ATCTAACGAA AACTCAGTCA TTAATTCTTG AACAATTTCT 5880 GTCTTTCTTC TTTCTCTTTT TCCTCCTTCA ATCGGAGTTC TCTTAACTTT TTTAGGATGG 5940 CATTCTCCGC TCTCAGGTAC TCTCCCTCTT GTTTTCTCAA CAATAGTATA CCCGTTTTTC 6000 CTGTATTGTG CTAGCCAGTT AAGAAGTATC GTACGACTTG GGAGACCGTA TTCAAGAGAA 6060 ACTCTATCTT TAGTCCAGCC TTCATGTCAG ACTTTATTAA CCCCAATTAT TCACCCCAAA 6120 TCTAAAAACC ATCCAGAATC CTTGCCTTAG CTTAGATCCT GGATGGTTTC TTTTTTCACC 6180 CAATGGGTGT TTTTTACTAG ACAAAAAAGA GTTTCCCCTT TATGGTATAA GTGTAGAAAA 6240 AAACACAAAA AGAAAGGAAA CTCACATGAA CAGTTTACCA AATCATCACT TCCAAAACAA 6300 GTCTTTTTAC CAACTATCTT TCGATGGAGG TCATTTAACC CAGTATGGTG GTCTTATCTT 6360 TTTTCAGGAA CTTTTTTCCC AGTTGAAACT AAAAGAGCGG ATTTCTAAGT ATTTAGTAAC 6420 GAATGAmCAA CGCCGCTACT GTCGTTATTC GGATTCAGAT ATCCwTGTCC AGTTCCTCTT 6480 TCAACTGTTA ACAGGTTATG GAACGGAATA TGCTTG 6516 (2) INFORMATION FOR SEQ ID NO : 106 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 14654 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 106 : TTTTCAACCC ATATCGTGGC TCCTGAATAC TACTTACTGA CAACTATGCT ATCAGAGACT 60 TCTCTACTTG TTTTCTATAT CATTTTCATC CATAGAAAAC AACTCATCCA CTTGGGACAT 120 ATCTTTAGCT ATACTGTTCG ATACTCTCTC TTTTCACTTT CCTTTGTAGC AATTTATTTC 180 CTGATTAATT TCGTGTATCC TGTAGATATG GTCATTAATT TGCCATTTTT GATTAATACT 240 GGTTTGATTG TCTTGCTATC AGCTATCTCT TATATTAGTC TACTTGTCTT CACAAAAGAT 300 AGCATTTTCT ATGAATTTTT AAACCATGTC CTAGCCTTAA AAAATAAATT TAAAAAATCA 360 TAGGAGTTTA AAATGAAACA ACTAACCGTT GAAGATGCCA AACAAATTGA ATTAGAAATT 420 TTGGATTATA TTGATACTCT CTGTAAAAAG CACAATATCA ACTATATTAT TAACTACGGT 480 ACTCTGATTG GGGCGGTTCG ACATGAGGGC TTTATCCCTT GGGACGACGA TATTGATCTG 540 TCCATGCCTA GAGAAGACTA CCAACGATTT ATTAACATTT TTCAAAAGGA AAAAAGCAAG 600 TATAAGCTCC TATCCTTAGA AACTGATAAG AACTACTTTA ACAACTTTAT CAAGATAACC 660 GACAGTACGA CTAAAATTAT TGATACTCGA AATACAAAAA CCTATGAGTC TGGTATCTTT 720 ATCGATATTT TCCCTATAGA TCGCTTTGAT GATCCTAAGG TCATTGATAC TTGTTATAAA 780 CTGGAAAGCT TCAAACTGCT GTCTTTCAGT AAACATAAAA ATATTGTCTA TAAGGATAGC 840 CTTTTAAAAG ATTGGATACG AACAGCCTTC TGGTTACTCC TTCGACCGGT TTCTCCTCGT 900 TATTTTGCAA ATAAAATCGA GAAAGAAATT CAAAAATATA GTCGTGAAAA TGGGCAATAT 960 ATGGCTTTTA TCCCTTCAAA ATTTAAGGAA AAGGAAGTCT TCCCAAGTGG TACCTTTGAT 1020 AAAACAATCG ATTTACCCTT TGAGAATTTA AGCCTTCCTG CACCTGAAAA ATTTGATACT 1080 ATTTTGACAC AATTTTATGG AGATTATATG ACCCTACCAC CAGAAGAAAA ACGCTTCTAC 1140 AGTCATGAAT TTCACGCTTA TAAATTGGAG GATTAGGATG CAATATTTAG AAAAAAAAGA 1200 AATTAAAGAA ATTCAACTAG CCCTGCTGGA CTATATTGAT GAGACTTGTA AGAAACATGA 1260 TATTCCTTAT TTTCTCAGTT ATGGAACCAT GCTTGGAGCC ATCCGCCACA AAGGTATGAT 1320 TCCTTGGGAT GATGATATTG ATATTTCCCT TTATCGTGAG GATTATGAGC GTTTACTGAA 1380 GATTATTGAA GAAGAAAATC ACCCTCGCTA CAAGGTTCTT TCCTACGATA CATCTTCTTG 1440 GTACTTCCAT AATTTCGCAT CGATTTTGGA CACTTCTACT GTTATAGAAG ACCATGTTAA 1500 GTACAAGCGT CATGATACCA GCCTTTTCAT CGATGTCTTC CCAATTGATC GATTTACAGA 1560 CTTGAGCATT GTCGACAAGA GCTATAAGTA TGTGGCTCTT CGTCAACTAG CTTATATCAA 1620 AAAATCACGA GCAGTTCACG GTGATAGCAA ACTAAAAGAT TTTCTTAGAT TATGTAGCTG 1680 GTACGCTCTC CGATTTGTCA ATCCTCGCTA CTTTTACAAG AAAATTGATC AACTAGTCAA 1740 AAATGCTGTA ACCAACACTC CTCAATATGA AGGAGGAGTT GGGATCGGTA AGGAAGGGAT 1800 GAAAGAAATC TTCCCAGTTG ATACCTTTAA AGAACTGATT TTAACTGAGT TTGAGGGCCG 1860 TATGTTGCCT GTTCCCAAAA AATATGACCA ATTTTTAACC CAGATGTATG GCGATTATAT 1920 GACACCACCA TCAAAAGAAA TGCAAGAGTG GTATAGTCAT AGCATTAAAG CTTATCGCAA 1980 AAACTGATTG AGGGGGATTA TACAAACTAC TAAGATAGAG GTTATTCAAA AACATAATTT 2040 TAGTAGAAAA TGAAATACAT ATTCCCACAA TAAAACGCAT CATATCAAGG TTTTTGAAAA 2100 ACCTTGATAT GATGCGTTTT ATAATTTTAA AGACTTTTTT CTATAGTAGA TTGAAATAAG 2160 ATGCGAACAA ATCAATTAGA AAATTCAAAT TAATTTATAG AAATATTTTA GTATTCCTGT 2220 GTACTGTTCT AAATTCAGTC TGCTATATCT TATTTTTCTA TTTAAATCGC TTCTGTAACA 2280 AAGCTACGAC TTTCAAGTAC CTTAAGCATG GCATTAGCTG TATCTAGCGC TGTGAAGAGG 2340 GGCACCCCGT GTTCAATGGC TGAACGACGA ATTTGCTCAC CATCTTCGTC AGCAGTTCGT 2400 TTTGTTCCTA CTGTGTTAAT GATAGCTTGA ATTCTTCCTT TGCGTACAAA ACTTGGGATA 2460 TCCTTATCGT CATCACCAAT CTTACCAACA GGTTGGGCTT GCAAGCCATG ACTAGCAAAG 2520 AAGGCTGCTG TCCCTTCTGT CGCAAGGATT CCATAACCAA TGTTTTGGAA ACGACGAGCC 2580 AAGTTCAAGG CTTCTTCTTT GGCATCATCA GCGATGGTAA AGACGACATT ACCAAAAGTT 2640 GGCAAGTGTA GATAAGAAGC TTCAAAGGCT TTATAGAGAG CTTTTTCCAA AGTAGCATCA 2700 GAACCCATAA CTTCACCTGT TGACTTCATT TCAGGACCGA GCAAGCTGTC TACCTTAGCT 2760 AGTTTGGTAA AGGAGAAGAC AGGTGCCTTG ATATGAACAC GGGTGCTTTC AGGGTAAAGT 2820 CCATTTTGGT AGCCAAGTTC TGATAAACTT TGACCAAGAA TGAGTTTGGT CGCTACTTGA 2880 GCCATAGGAA TATTGGTTAC CTTAGATAGG AATGGAACAG TACGGCTGGC ACGTGGATTG 2940 ACCTCAATAA CGTAGACTTT TTCATCCTTG ATAACAAACT GGATGTTCAT CATTCCAAGG 3000 CAGTGAAGAC CGATTGCTAA GCGTTTGGTG TAGTCTGCGA TGGTCTCCTG AACCTTTTGC 3060 GACAAGGTTT GTGGTGGGTA AACAGCCATT GAGTCACCTG AGTGGACACC AGCACGTTCG 3120 ATATGCTCCA TGATACCAGG AATGAGTACA TTTTTACCAT CTGAAATGGC ATCAACTTCG 3180 CACTCTTGCC CAACGATATA AGAGTCGACA AGAACTGGGT GGTCTGGACT AGCCTTAACA 3240 GCAGTTCGCA TGTAAGAACG AAGGTCTTCT TCGTTTTCAA CGATTTCCAT GGCACGTCCA 3300 CCAAGTACAT AAGATGGGCG GACAAGAACT GGGAAGCCAA TCTTGCGAGC TGCAAGAGCT 3360 GCTTCTTCTT CATTGGTAGC CGTTTGTCCT GGTGGCTGTG GAATATCCAA TTCTTTGAGA 3420 GCTTGCTCGA AGAGGTCACG GTCTTCGGCA CGATCTAGGT CAGCAACCTG TGTACCAAGG 3480 ATGGTCACAC CTGCTTTTGC CAATGGCTCC GCAAGGTTGA TGGCTGTTTG ACCACCGAAC 3540 TGAACGATAA CTCCCTTTGG TTGTTCCAAG TCAATGACGT TCATAACATC TTCGAATGTC 3600 AATGGCTCAA AGTAAAGCTT ATCTGATACA GAGAAGTCTG TTGAAACGGT CTCTGGGTTT 3660 GAGTTCATGA TGATAGCTTC ATAACCAGCT GCCTGGATAG CCTTAACAGA GTGAACGGTT 3720 GCGTAGTCAA ACTCAACCCC TTGACCGATA CGGATTGGAC CTGAACCTAG GACAAGTACA 3780 GATTCTTTAT CAGATCTGAT AGATTCATTT TCCCAACCAT AGGTTGAATA GAAATATGGC 3840 GTTTCGGAGT CGAACTCTGC CGCACAAGTG TCTACCATCT TATAAACTGG AACAATCTTG 3900 TTTTCCAAGC GAAGTTGGCG AACTTTATCA TCAGTCGTTC CCCAGAGTTC AGCAATCTTA 3960 CGGTCTGAAA AACCATTAAG TTTGGCTGTT TTCAAAACTT CTAAATCTTG TGGATGAGCA 4020 CCCAATTCTT GCTCAATTTC AAAGATATGC AAGAGTTTAT CAAGATAGAA GATATCAATT 4080 TTTGTAAGCT CTGCAATTTC TTCAGGTGTG TAGCCACGAC GAATGGCTTC TGATACGTAG 4140 AAGAGACGGT CATCTTGGGC TTTGACAACC TTTTCAATCA AGGCATCATC AGAAACTGCT 4200 GCAAGTTCAG GTATTTCATT GTGGTGCACC CCAATTTCAA GGGAGCGGCA GGCCTTGAGA 4260 AGAGATTCCT CGATGTTACG ACCGATTGCC ATGACTTCTC CAGTCGCCTT CATTTGTGTA 4320 CCGAGACGGC GTTCACCCTT TTCAAACTTG TCAAATGGGA AACGTGGAAT CTTAGCAACT 4380 ACGTAGTCAA GGGCTGGTTC AAACATGGCA TAGGTTGAAC CTGTAACTGG GTTTATAACC 4440 TCATCCAAGG TCAAACCTAC TGCAATCTTG GCAGCCAACT TAGCAATCGG ATATCCTGTC 4500 GCTTTAGAAG CAAGGGCTGA CGAACGTGAT ACACGAGGGT TTACTTCGAT AACATAATAC 4560 TTGAAGCTGT TAGGATCAAG AGCTAGCTGA ACATTACATC CACCTTCAAT CTTGAGGGCA 4620 CGAATAATGC TCAAGCTCGC ATCACGAAGC ATTTGGTTTT CATAGTCTGA CATGGTTTGC 4680 GCAGGGGCAA ATACAATGGA ATCCCCTGTG TGAATCCCAA CTGGGTCAAA GTTTTCCATG 4740 TTACAAACAA CCAAGGCATT GTCAGCTGAG TCACGCATCA CTTCGTATTC AATTTCCTTG 4800 AAACCGGCAA TCGAACGCTC AATCAAACAT TGGGTAACAG GTGACAATTT CAAACCATTT 4860 TCAGTGATTT CACGCAATTC TTTCTCGTTG GCACACATAC CACCACCAGT ACCACCAAGG 4920 GTAAAGGCTG GACGAACGAT GACTGGGTAG CCAATTGTCG CTGCAAAGGC AACTGCTTCT 4980 TCTACTGTGT TAACAATTTC AGATTCTGGA ATGGGTTGTT CAAGCTCTTC CATCAATTGT 5040 TTAAAGAGGT CACGGTCCTC CGCTTGGTCA ATGGCAGATA ATTTGGTACC CAGAAGTTCA 5100 ACGCCAAGCT CGTCTAGGAT ACCATTTTTA GATAATTCCA TGGCCATGTT GAGACCTGTC 5160 TGACCACCGA GTGTTGGTAG CAAGGCATCT GGACCTTCCT TACGAAGAAT ACGTGTCACA 5220 AACTCAAGTG TAATCGGTTC AATGTAAACC TTGTCAGCAA TTTCCTTGTC CGTCATGATG 5280 GTTGCAGGAT TTGAGTTAAC CAAAACAACC TCATAACCTT CCTCTTTCAA CGACAAGCAA 5340 GCCTGAGTCC CAGCGTAGTC AAACTCAGCA GCCTGACCAA TAATAATCGG ACCAGAACCA 5400 ATCACCATAA TTTTTTGAAT ATCAGTACGT TTAGGCATAT ATAAGATATT AAGGGTGTCA 5460 AGCGGACAAA GCTAAAATAG GAGTTATGAC GAAGAACTGT CAGTTCTAGG AATAACTATC 5520 TTTTTAGCAC CGTCCGTAGC CCGTATTCAG TTCAGCAAAT ACGGAGCACC CTTCTCCTTT 5580 CTATTCGTCG CCTCTCAGGG CGACATTAAA TAAGATACAA AGGACGAATA GAAAGCGATT 5640 GAATTTTAGG AAATCAAGGA AGGATTGACA ATCCAAGTTG GTTTCTCTAC ATTCTGAGCT 5700 TTCCGTCCGT GTTCAGTTAC ATAAATTCTC CGACGAGCTT TTACTCGTTC TTAGTTTGAT 5760 TGTTTAAAAA CTTCCATCAT CTCGATAAAC TCGTCAAATA GGTAGCTAGC GTCGTGTGGC 5820 CCAGGAGCTG CATCTGGGTG GTATTGAACA GAGAAAGCAG GTTGGTATCT GTGGCGCACA 5880 CCTTCCACTG ACTTGTCATT GATTTCTTCG TGGGTAATAA TCAAGTGCTC TGGCAAATCC 5940 TCGCGGCTGA CTGCATAACC ATGGTTCTGG CTGGTGAAGT CTACTCGTCC TGTTGCGATT 6000 TCACGTACCG CATGGTTGAA TCCACGGTGG CCAAACTTCA TCTTATAGGT CTTAGCCCCG 6060 TTTGCCATTG CAAAGAGTTG GTGTCCCATA CAAATACCAA AGATTGGAAT TTTTCCTTGT 6120 ACACCGCGAA TCATGTCGAG TGCTTGTGGA ACGTCTTCTG GGTTACCTGG ACCATTTGAC 6180 AACATAACTC CGTCAGGATT GAGATGGAGA ATTTCTTCAG CCGTTGTCGA ATAAGGAACA 6240 ACTGTCACGT TACAGTTGCG TTTAGAAAGT TCACGTAGGA TTGAGTGCTT GAGACCAAAG 6300 TCCACTAGCA CCACGCTCAA ACCAACTCCT GGAGCTGGAT AAGACGTTTT AGTAGAAACC 6360 TGTTTGATAT TGTCTGTCGG TAAAACTGTT GCTTGGAGCT GGTCCGTCAC ATGGTCCATA 6420 CTGTCCCCAA CATGGGTCAA GGTTGCACGC ATAGTACCAT GCTTACGGAT AATCTTGGTA 6480 AGAGCACGCG TATCAATTCC TGAAATCCCT GGAATTTTCT TGGCTTTCAA AAATTCATCC 6540 AAGGTCATTT GGTTGCGCCA GTTGCTAGCT CTACGCGCTT CTTCAAAAAC AACGACTCCC 6600 TTACAAGTTG GAATAATGGA TTCATAATCA TCACGATTAA TACCATAATT TCCTACCAAA 6660 GGATAAGTAA AGGTCAAGAT TTGTCCATTA TAAGACTGGT CTGTAATGGA TTCTTGGTAG 6720 CCGGTCATCC CTGTATTAAA GACGATTTCG CCTGTTACAT CAATATCTGC TCCGAAGGCC 6780 TTGCCTTCAA AAACTGTGCC ATCTTCTAAT ACTAGAATTC TTTTTGTCAT ATTTTCACCT 6840 CTCGTGGACG CTCACTGGCG TCTTTTAACG TCTTGTGTTT TAGTTGGCGT TTCTACTCGC 6900 TAGTACGGAT TCTAAGATTG CCATTCGAAC AAAGACACCA TTGGTCATTT GTTGGACAAT 6960 CCGTGATTTT GGTGCTTCAA CCAAGTGGTC TGCTATTTCT ACATCACGAT TGATTGGAGC 7020 TGGGTGCATG AGGATTGCTG TTTCTTTCAA ACGATCGTAA CGTTCTTGAG TCAAGCCATG 7080 TTGGGCATGG TAGTCTTCTT TTGAAAATAC AGCTCCACTA TCATGGCGTT CGTGTTGCAC 7140 ACGGAGAAAC ATCATGACAT CAACCTGATC AATGATTTCA TCAATGGTTA CAAACTGTCC 7200 ATAGTCTGCA AACTCTTGAC TTCTCCATTC CTCAGGTCCA GCGAAAAAGA GTTCAGCTCC 7260 CAAGCGTTTC AAAATCTGCA TATTGGATTT GGCAACGCGT GAGTGGTCCA AGTCACCTGC 7320 AATAGCAACT TTAAGACCCT CAAAGTGGCC AAATTCCTCA TAAATGGTCA TCAAATCAAG 7380 CAAGCTCTGG CTAGGGTGTT GGCCCGAACC ATCTCCACCA TTGATGATGG AAGTCGTAAT 7440 CGTTGGACTA GCAATCAATT CTCTATAGTA GTCGACCTCT GGATGGCGAA TCACACAGAC 7500 ATCCACTCCT AAAGCAGACA GAGTCAAAAT GGTGTCATAA AGTGTCTCAC CCTTATTAAC 7560 CGAGCTAGTC TTCACATCAA AGTCAAGTCG TTCCAATCCA AGTTTAATCT CTGCGACTTC 7620 AAAGGACTTA TGTGTCCGTG TAGAATCCTC AAAGAAGAGA TTGGAAACAA TCGGATGGTC 7680 TTCATAGGGA AGCTGGGCTC CATTTTTAAA CTCAATTCCT CGCTTGATCA ATTTCATTAC 7740 TTGATCGACA GTGAGGTCTT CCATGGACAC CACATGGTTC AATGCTTGTT GATTTTCTGA 7800 CATGGCTACT CCTTTAACTT TCTAAGCTTC TTCAGTAATC AGAACTCTGT CTTGGTCATC 7860 AAGTTCTGTC ATCTCTACGA TGATTTCTTC AGAACGACTG GTTGGGATAT TTTTTCCAAC 7920 GTAATCTGGA CGGATTGGCA ATTCTCTATG TCCACGATCG ACTAGAACTG CTAAACTCAC 7980 ACGCGCAGGA CGACCATGAC CGACAATATT ATCAATAGCA GCACGGATGG TACGACCTGT 8040 ATAGAGCACA TCATCCACCA AGATAACTTC GCGGTCTGTC ACATCGACAG AAACCAAAGA 8100 AGTATCTTCT CCACTTTTAA CATCATCACG GAAAGGTTTA GTATCCAATT CCACAACAGG 8160 AACTGAAAGA TTTTCTAACT GCTTCAAACG TTCTTGGATT CGGTGGGCAA TAAAGACACC 8220 ACGAGTTTTA ATACCAGCCA AGACGATCTT ATTCAAATCT TTGTTGCGTT CGATAATCTC 8280 ATAAGTAATA CGCGTAATCG CTCGTTTGAC GGTCAATTCG TCTACAACTT CTTTTGTTTT 8340 CATGACAAAC CTCCAAAAAG AAAAGTCTCC TTAAACAAGG AGACTTGAAA TTTATAGCCA 8400 AGCGAGCCCT ACTGCACACA GTATAGACTT CACCCTTCTA CTTTATCGCG CTCCTTGCCT 8460 GCCTCACGGG ACAGGTTTAA AGGAATATTT AGTTATCATT TACTATAGCA CAAAGCATGC 8520 TTAAAATCAA GCAAAAAGTT TCAATGTAGC ATCTTACAAA TTGCTAAAAT CATATAATTG 8580 TGGGTACTGG TCACACTCTG GATTTTTTGG ATGGCAAATG GCTCTTCCAA AATAAATCAT 8640 GGCCTGATGG GCAGCTAACC ACTGCTCAGG CGGCAAGATA TCCATGACCC GCTTTTCCAC 8700 CTCAAGTGGC GTCGCTGATT TTTTGACAAT ATCGTGGTGT TTGCAAATAC GCTCCACA'PG 8760 AGTATCCACT GCAAAGGCTG GAATTCCAAA TCCTACACTC ATGACAACAT TGGCTGTCTT 8820 GCGACCAACA CCTGCCAAAC TCTCCAATTC TTCACGTGTC TGAGGGACTT GACCATCAAA 8880 ATCGTCTAGT AACTGTTGGG CACATTTTTT AAGGAATTTA GCTTTATTCC GATACAATCC 8940 CAAGCGAGAA ATATGTGAAG CAATCTCACT CTCTGTCGCT ACAGACATAG CTTGGGGTGT 9000 TGGAAAGGCA ACAAAGAGAC CTGGTGTGGC CTTATTTACC GCTGCATCTG TCGTCTGGGC 9060 TGATAACATG ACCGCAACCA GGAGTTCAAA ATGATTGGTA AAATCAAGAC TAGGCTTGGC 9120 ATCTGGGAAG AGGGCAATGA TTTCTTCTAG CACCTTTCGT GCTCGTTTTT TTGACAAGAC 9180 CATTATTCAT CTCCGTCAAA TAGTCCTTGT AAGCCAGCAA AAGGACTGTT TTCTTCTTTC 9240 TTTACTGCTT TTTGAGCTTG GTATTCTTCC TCTGTCATGA TTTGCCAGTC ATTTCCTGAG 9300 ATAAATCCTT GACCAGCTTC TTCTTCAGCC GTCAAGACCT TGATAGGAAT GTTTAGCAGG 9360 ATATTGTCTG ATACACTCTC AGCAAGGTCA AGCTCCCCAT TTTCGATGGG CAAGACCAAG 9420 TCATCATCTA AAACTTCTTG ATCTAGCTGG TTAGTTGCGC CTTCCATGAA AACTTCCGTG 9480 ACTGGATAAG ATTCAACTAA CTCAACTGGC TCCATACTGC GACTCGACGC AAGAACAATG 9540 GTATAAGATA GTTGATAATC TAAGAAATAC ATACGGTCTT CATATTGTAC TTTCCCAACT 9600 GCAAGGATAT CTTTTACATC TAAAATTTCT TGATTACGTG CACGCAGGTC ATCAACTAAA 9660 TCTAACGTTT GTTCAAAGTT CAAACCTTCA GACTGCTTAC GAATTTCTTG AATATTTAAT 9720 TTCATACTTC CTCCATAAAG ATTTACTCTC TTGATTATAC CATGAAAAGG CTACAAATCA 9780 GCACACCAAA CTTTGTAATT AAAATTCAAA ATTTTAACAT ATTTACTATG ATAGTTTTAT 9840 TTTTTAGTGC TATACTATAG GGAAAGAGTA CATCAGATCA AGGAGGATGC TCACATGGAA 9900 GACAAGAAAC TCATTCAACT CCTATCCAAG TTAAATAAAA GCTACCAAAA CTGTAAACAG 9960 GGTACGGCAG ATGATATTCG ACTACAAGAG CTGCTAAACA CTACTATGCA AGAGCTCAAA 10020 AAAACGGAAC AGTTGAACAA CAGTATCTTA ATTGATCTTG AGAAATTTTA CCAACCTACC 10080 AGTCTTCTGA TTGGACTGGG TAGCCTAAAA CTAAACGATC AAGCACGCAC TGCTTGGCGA 10140 AACTATGATA AATTCCATTA CGATCATGTC AAACACGTAC TAAGTCTCTA TGGACCTGTT 10200 TTTGAATTTT AGAGCATAGA ATTTCCAGTT TTCTGTTGAC AAAATTTCCT TAAAGGTATA 10260 ATATAAAGAT ACTAATACTC GGAGGTAAGG GAGACATGAA CAACTAAGTC TATCAAATAA 10320 AGAACCTTTA TTTAGTAGAT CTTGTTTTTG TCTCTTTTTG TGTGCTCTTT TATGCTCTTT 10380 TTCTGGCATG TTAATAGAGT TTTTTTGACA TAGACTTTGG GCTCTACTAG GTAAAGTAGA 10440 GCTTTTTGTT ATGCACTATG AACATTCTAG AAAGGGAAAT CATATGATAA AAATCAATCA 10500 TCTAACCATC ACACAAAACA AAGATTTACG AGATCTTGTA TCTGACCTAA CCATGACCAT 10560 CCAAGACGGG GAAAAGGTTG CTATTATTGG TGAAGAAGGA AATGGCAAAT CAACCTTACT 10620 TAAAATTTTA ATGGGGGAAG CTTTGTCTGA TTTCACTATC AAGGGAAACA TCCAATCTGA 10680 CTATCAGTCA CTGGCCTACA TTCCTCAAAA AGTCCCTGAG GACCTAAAAA AGAAAACTTT 10740 ACACGACTAC TTCTTTTTAG ATTCTATTGA TTTAGACTAC AGTATCCTCT ATCGTTTGGC 10800 GGAGGAATTG CATTTTGATA GCAATCGTTT CGCAAGTGAC CAAGAGATTG GCAATCTATC 10860 AGGGGGCGAA GCTTTGAAAA TTCAGCTTAT CCATGAGTTA GCCAAACCCT TTGAGATTCT 10920 ATTTTTAGAT GAACCTTCAA ATGACCTAGA CCTTGAGACA GTTGATTGGC TAAAAGGCCA 10980 GATTCAAAAG ACCAGGCAAA CCGTTATTTT CATTTCCCAT GATGAAGACT TTCTTTCTGA 11040 AACGGCAGAC ACTATTGTTC ACTTGCGACT GGTCAAACAC CGTAAAGAAG CGGAAACGCT 11100 AGTAGAGCAT TTAGACTATG ATAGCTATAG TGAGCAGAGA AAGGCTAATT TTGCCAAACA 11160 AAGTCAGCAA GCTGCTAACA ACCAAAGAGC CTACGATAAA ACCATGGAAA AACATCGGAG 11220 AGTTAAGCAA AATGTAGAAA CTGCGCTTCG AGCTACCAAA GATAGTACTG CCGGTCGCCT 11280 ATTGGCTAAA AAGATGAAAA CTGTCCTCTC ACAAGAAAAA CGCTACGAAA AGGCAGCTCA 11340 GTCCATGACT CAAAAGCCAC TTGAAGAGGA ACAAATCCAA CTTTTCTTTT CAGACATCCA 11400 ACCATTACCA GCTTCTAAAG TCTTAGTCCA ACTGGAAAAA GAAAATTTGT CCATTGACGA 11460 CCGAGTTTTG GTTCAAAAAC TACAACTAAC TGTCCGTGGC CAAGAAAAAA TCGGTATTAT 11520 CGGGCCAAAT GGTGTTGGGA AATCAACTCT GTTAGCCAAG TTACAGAGAC TTCTGAATGA 11580 TAAAAGAGAG ATTTCACTTG GTTTTATGCC ACAAGATTAC CACAAAAAAC TGCAATTGGA 11640 TTTATCCCCA ATAGCCTATC TCAGTAAAAC TGGGGAAAAA GAGGAACTAC AGAAAATCCA 11700 ATCTCACCTA GCTAGTCTCA ATTTCAGTTA TCCAGAAATG CAGCATCAAA TTCGCTCCTT 11760 ATCTGGCGGA CAACAGGGAA AACTCCTGCT TTTGGATTTA GTCCTGCGCA AACCAAACTT 11820 TCTCCTGCTG GATGAACCCA CACGAAACTT TTCTCCCACT TCTCAACCCC AAATCAGAAA 11880 ACTCTTTGCT ACCTATCCAG GCGGTCTCAT CACTGTTTCG CATGACCGTC GTTTCTTAAA 11940 AGAAGTCTGC TCGATCATCT ATCGCATGAC AGAACACGGT TTGAAGCTAG TTAATTTAGA 12000 AGATTTATAA ATTTGCAACA TAGCAAAAAT CCAGAGACGA CCTCTGGATT CTTTTACATC 12060 TGTTTTAAAC GTTCAATCCG TTCTGAGATA GGTGGGTGGG TATAAAAGAG TTTTTGGAAC 12120 CCCCCACCTT TCTTAGGATC ATTGATATAA AGGGCACTGC TAGCATCATC GACGTGGCGA 12180 CTCATAGGTT TGCTATTGTC CAACTTATCT AGGGCATTAA TCATTCCCTG GGGATTGCGA 12240 GTCAGCTCGA CACTAGATGC ATCTGCCAGA AATTCCCTCT GACGAGAAAT AGCGAGCTGA 12300 ACCAAGGTTG CAGCGAGAGG TGCCAGTACA ATAGCTAGTA GGGAAACCAC TAGCATAATG 12360 ATTTCAAGAC CATTTCCATC TCGGTCATCA TCACTTCGTC TGCGACCTGC TCCACCCCAC 12420 CACATCATAC GACCTGCCAT ACTAGAAAGC ATGGTGATAG CACTAGCAAG GGCAACTGCA 12480 ATAGTCGAAA TACGGATATC ATAATTACGA ATATGACTGA CTTCATGTCC CATAACAGCT 12540 TCTAGTTCTT CACGATTCAT GATAGCTAGT AGACCTGAAG TCGCAGCAAC AGCCGCATTT 12600 TGAGGATTAG AACCTGTCGC AAAGGCATTT AAGGCTGGAT CATCAATGAT GAAAACACGG 12660 GGCATAGGAA TCTGAGCGAC CAGAGCCATA TCTTCCACTA CATGGTAGAG GTCTGGTGCC 12720 GTTTGCTCAT CCACCTCACG CGCTCCATTC ATGGACATGA CAATCTCTGT CGATTGAAAA 12780 ATCATAGACA AAGCGTAGAT AAAGCCGATA ATCAGTGCAA TAACCAAACC ACCAAGTCCA 12840 GATCTTATAA AGAGATAACC AACCGCATAA CCAACAAGAG CTAAGAGTAG GAAAAATACC 12900 AGCAACAAAA TCCAGGTTTT TCGTTTATTG CTTGCAATTT GATCAAACAA CATCTTAGTC 12960 ACCTAAACCG CTAAAATCAA CTTTAGGAAC CGACTTTTCC TCTTCAGGTG TTTGAAGGAA 13020 ATCTGCCGCT TTAAATCCAA ACATTCCAGC GATAATATTG CTCGGGAAAG TTTCTAATTT 13080 TACATTGTAG TTGCTGACAA CACTGTTATA GAGTTGACGA GAGTAAGAAA TTTTATTTTC 13140 TGTGTTTGTC AACTCCTCTT GCAATTTAAC AAAGTTAGCA CTAGCTTTCA AATCTGGATA 13200 GCTTTCTGCA ACTGCAAAAA TACCTGAAAC CTGACGAGTG AGGGCATCAC TGGCTTTCAT 13260 AGCTTCTGCT GGTGAAGTCG CTGCCGCCAC TTGGTTACGT AGTTCTGCCA CCTTTTCAAG 13320 GGTAGAACCT TCATATTTGG CATAACCTTT TACAGTCTCA ATCAAGTTTG GCAAGAGGTC 13380 ATTGCGACGT TTCAACTGAA CATCAATCTG ACTCCAAGCC TCCTTGGTTT GCATACGATT 13440 TTTAACCAAA CCGTTATAGC TAACAATCAC AAAAATAACA ATAAGAGCGA TAACTCCAAG 13500 AATAATCCAA GTCATAATAT AAGTCCTTTC TGCTTTTAGA TTAGTACCAG TATATCAAAT 13560 TTTCTATGAT TGTGGTAAAA TAAGATGATA CTAAAGAAGG AAATAACTAT GAAACCAAAA 13620 ACATTTTACA ACTTGCTTGC CGAGCAGAAT CTTCCACTTT CGGACCAGCA AAAAGAACAA 13680 TTTGAACGTT ATTTTGAGCT CTTGGTCGAG TGGAATGAGA AGATTAATTT GACGGCGATT 13740 ACGGACAAGG AAGAAGTTTA TCTCAAACAT TTTTACGATT CGATTGCACC CATTCTTCAA 13800 GGTTTGATTC CCAATGAAAC TATCAAACTT CTTGATATCG GGGCTGGGGC AGGATTTCCT 13860 AGTCTACCAA TGAAAATTCT CTATCCGGAG TTAGATGTGA CCATTATTGA TTCACTCAAT 13920 AAGCGCATCA ACTTCCTACA ACTCTTGGCT CAAGAACTGG ATTTGAACGG AGTTCATTTC 13980 TACCACGGAC GTGCCGAAGA TTTTGCCCAA GACAAGAACT TCCGTGCTCA ATATGATTTT 14040 GTAACAGCTC GTGCGGTTGC CCGTATGCAG GTCCTATCTG AATTGACTAT TCCCTACCTT 14100 AAGGTTGGTG GCAAACTATT AGCACTCAAG GCTAGCAATG CGCCTGAGGA ATTATTAGAA 14160 GCTAAGAATG CCCTCAATCT CCTTTTTAGT AAGGTCGAAG ACAATCTCAG TACGCCCTAC 14220 CGAATAGAGA TCCGCGCTAT ATCACAGTGG TAGAAAAGAA AAAAGAAACA CCAAATAAAT 14280 ATCCACGTAA GGCTGGTATG CCAAATAAAC GCCCACTTTA AATTTTTTAG TAAACAAATG 14340 TTTACAAAAT CAGCCTCGCT CTTTTATTTC TAGGCTCGGG AAAAAATGAT TTACAAAATC 14400 AGCCTCGCTC TTTTATTTCT AGGCTCGGGA AAAAATGATT TACAAAATCA TTTTTTTCTG 14460 CTATACTATC CTAAGCAAAG GTTTTTAATG TCATCCCGTG AGGTGACGAA GACGCAGAAA 14520 TATTTAAAAC TCTTTAAAAT CTAAATTTTA AAGAAGTCTT ACTCTGAGGG CCTATTGCTG 14580 TAAAATAATG GGCTCTTTTT TGATGCCCAA AAGTGAGGTT TATATGAAAC AAGAATCAAC 14640 TGTTGATTTG TTAC 14654 (2) INFORMATION FOR SEQ ID NO : 107 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6405 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 107 : AGAAAAATCT GCTTTACAGA AAATAAAAAT AATAGGAGAA AATCTATGTC AGATTTGAAA 60 AAATACGAAG GTGTCATTCC AGCCTTCTAC GCATGTTATG ATGATCAAGG AGAAGTAAGC 120 CCAGAACGTA CGCGTGCCTT GGTTCAATAC TTCATTGATA AAGGTGTTCA AGGTCTTTAT 180 GTCAATGGTT CTTCTGGTGA ATGTATCTAC CAAAGCGTTG AAGATCGCAA GTTGATTTTG 240 GAAGAAGTCA TGGCGGTAGC AAAGGTAAAT TGACCATTAT TGCCCATGTT GCTTGCAATA 300 ATACTAAAGA TAGTATGGAA CTTGCTCGCC ATGCTGAAAG CTTGGGAGTA GATGCTATTG 360 CAACGATTCC ACCAATTTAT TTCCGCTTGC CAGAATACTC AGTTGCCAAA TACTGGAACG 420 ATATCAGTTC TGCAGCTCCA AACACAGACT ACGTGATTTA CAACATTCCT CAATTGGCAG 480 GGGTTGCTTT GACTCCAAGC CTTTACACAG AAATGTTGAA AAATCCTCGT GTTATCGGTG 540 TGAAGAACTC TTCTATGCCA GTTCAAGATA TCCAAACCTT TGTCAGCCTT GGTGGAGAAG 600 ACCATATCGT CTTTAATGGT CCTGATGAGC AGTTCCTAGG AGGACGCCTC ATGGGGGCTA 660 GGGCTGGTAT CGGTGGTACT TATGGTGCTA TGCCAGAACT CTTCTTGAAA CTCAATCAGT 720 TGATTGCGGA TAAGGACCTA GAAACAGCGC GTGAATTGCA GTATGCTATC AACGCAATCA 780 TTGGTAAACT CACTTCTGCT CATGGAAATA TGTACGGTGT CATCAAAGAA GTCTTGAAAA 840 TCAATGAAGG CTTGAATATT GGATCTGTTC GTTCACCATT GACACCAGTG ACTGAAGAAG 900 ATCGTCCAGT TGTAGAAGCG GCTGCTGCCT TGATTCGTGA AACCAAGGAG CGCTTCCTCT 960 AATCTAAAAG GAGGTATTTA TGACATATTA CGTTGCAATT GATATCGGTG GAACCAACAT 1020 CAAGTATGGT TTGGTTGATC AAGAGGGGCA ACTTCTTGAA TCGCATGAAA TGCCAACTGA 1080 GGCGCATAAG GGTGGACCTC ATATCTTACA AAAGACCAAA GATATCGTAG CTAGTTATTT 1140 AGAAAAAGGC CCAGTAGCAG GTGTTGCCAT ATCTTCTGCT GGGATGGTGG ATCCGGATAA 1200 GGGTGAGATT TTCTATGCTG GGCCGCAAAT CCCTAACTAC GCAGGCACCC AGTTCAAAAA 1260 GGAAATCGAA GAAAGCTTTA CTATTCCTTG TGAGATTGAA AATGATGTCA ACTGTGCAGG 1320 TCTTGCTGAG GCAGTATCTG GTTCAGGCAA GGGAGCAAGT GTGACACTTT GCTTGACCAT 1380 TGGAACCGGT ATCGGTGGTT GCTTGATTAT GGATAGGAAA GTCTTCCATG GTTTTAGCAA 1440 TTCAGCCTGT GAAGTCGGGT ATATGCATAT GCAGGATGGA GCTTTTCAAG ACTTGGCTTC 1500 TACAACAGCT TTAGTGAAAT ATGTAGCTGA AGCCCATGGA GAAGATGTTG ATCAGTGGAA 1560 TGGCCGTAGA ATTTTCAAAG AAGCCACTGA AGGAAACAAA ATCTGCATGG AAGGTATTGA 1620 CCGTATGGTT GACTATCTAG GAAAAGGTCT GGCAAATATT TGCTACGTTG CCAATCCAGA 1680 AGTGGTTATT CTTGGTGGTG GTATCATGGG GCAAGAGGCT ATCCTCAAAC CTAAGATCCG 1740 TACAGCCTTG AAAGAGGCTT TGGTACCAAG TTTAGCAGAA AAAACACGAT TAGAATTTGC 1800 CCATCACCAA AATACAGCAG GGATGTTGGG TGCATATTAT CATTTTAAGA CAAAACAATC 1860 CTAGTTTGGC TCAGCCAAAC TAGGATTTTC TTACACGTTT TTGTCTACGA TAGCCGTTGA 1920 GTTTTTTATT TTCCCAGTAG CTATTAAAGA TTTTTTCCTT GCTTTCGCGA TTGATTTCCA 1980 AAAAGTAGGC ATAAATCAAA TCGATAAAGA AGAGCATAGG AAGTTGAGCG GATATTCGTT 2040 GGATATAGGA GGGTTGGCTG TGGGTGGCTA CAAGAACAGT CTCTGTATAG GTCTGGCTAT 2100 CTTTATTGGG AACACTTGTA AAGAGTACAG TCTTTGCCCC CATCTCCTTA GCATCTAATA 2160 GACTATCTAA AATAGAAGGA GTTGAGCCTG AAAGTGAGAA GCCCAGTACT AGACAATTTT 2220 CATCCATGAT GCTGGTTGTC CAGGCAAAGC CGTCTTGGTC TGTCAAAGCT TCGCAGACCA 2280 CACCTAGTCG CATAAAACGT AATTTCATTT CACGGGCGAC GAGGCCAGAA CTCCCTGTTC 2340 CAAAGAAGTA GATACGCTCA GCATCTTCGA TTAGCTGGGC AATTCGTTCT AGTTGGATTT 2400 CGTCAATCAA GTCTTGTGTT TGTTCCCTCA TATTGCTATA ACTTCTGAGG ACTCGTTTGG 2460 TCAGTGGACT GTGCTTGGAG ACTTGGTTGG CTTGATTTTC TGCCTGATGT TGGTATTGGA 2520 AAATAAATTC TCGGTAGCCA GTAAAGCCAC ACTTTTTAGC AAAGCGGGTC AAAGCAGCTT 2580 GAGAAATATG TAATTTTTGG GTGACTTGTT GAGAAGATAA ATCATCTGTA ATCGTTTCAG 2640 CTTGCAAAAA ATAGCGAGCG ATTTCTTGTT CTAGGTCTGT CATTTCTTCA AAATGTGAAT 2700 CAATGATAGT TGCGATATCT GGTTTGTCCA TAGGGAAAGC TCCTTTACAT GAGTCATACT 2760 GGAAGACTAG ATCAGAGAAT AGTCACACTT CATTATAACA CATAATATAA GGATAGATAA 2820 ATAAAAACGC ATCTCTGTTT TAAAAACGAA AAAATCGAAA AAGCTTCTCT CTTTTCCATA 2880 ATTTTCTACT CAAATTGTGG TACAATTAAG AGTAAGATTT TAAGTTAGAA ATGAGACTGA 2940 TTTGTATGAG AAAATTTAAC AGCCATTCGA TTCCGATTCG GCTTAATTTA TTGTTTTCAA 3000 TCGTCATTTT ACTCTTTATG ACCATTATTG GTCGTTTGTT GTATATGCAG GTTTTGAACA 3060 AGGATTTTTA CGAAAAAAAG CTAGCTTCAG CTAGTCAGAC CAAGATTACA AGCAGTTCAG 3120 CCCGTGGGGA AATTTATGAT GCTAGTGGAA AACCTTTGGT AGAAAATACG TTAAAGCAGG 3180 TTGTTTCCTT TACGCGTAGC AATAAAATGA CGGCTACAGA CTTAAAAGAA ACAGCTAAAA 3240 AGTTACTGAC TTATGTGAGC ATCAGTTCTC CAAATTTGAC AGAACGCCAG CTGGCGGATT 3300 ACTATTTGGC TGATCCTGAA ATCTATAAAA AAATAGTGGA AGCTCTCCCA AGTGAGAAAC 3360 GCTTGGATTC AGATGGCAAT CGTCTATCCG AATCAGAACT GTATAACAAT GCGGTCGATA 3420 GTGTACAAAC GAGTCAACTA AACTATACAG AGGATGAAAA GAAAGAAATC TATCTTTTTA 3480 GTCAGTTAAA TGCTGTTGGA AACTTTGCGA CAGGAACCAT TGCGACAGAT CCTCTAAATG 3540 ATTCTCAGGT GGCTGTTATT GCCTCTATTT CAAAGGAGAT GCCTGGCATT AGTATTTCTA 3600 CTTCTTGGGA TAGAAAGGTT TTGGAAACTT CCCTTTCTTC TATAGTTGGG AGTGTATCCA 3660 GTGAAAAAGC TGGTCTCCCA GCGGAAGAAG CAGAAGCCTA TCTTAAAAAA GGCTATTCTC 3720 TAAATGACCG TGTAGGAACC TCCTATTTGG AAAAGCAATA TGAAGAGACC TTACAAGGAA 3780 AACGCTCGGT AAAAGAAATC CATCTGGATA AATATGGCAA TATGGAAAGC GTGGATACAA 3840 TTGAGGAAGG TAGTAAGGGA AACAATATCA AACTGACCAT TGATTTGGCT TTCCAAGATA 3900 GCGTGGATGC TTTACTGAAA AGTTATTTCA ATTCTGAGCT AGAAAATGGT GGAGCCAAGT 3960 ATTCTGAAGG TGTCTATGCA GTCGCCCTTA ACCCAAAAAC AGGTGCGGTT TTGTCTATGT 4020 CAGGGATTAA ACATGACTTG AAAACGGGAG AGTTGACGCC TGATTCCTTG GGAACGGTAA 4080 CCAATGTCTT TGTTCCAGGT TCGGTTGTCA AGGCGGCGAC CATCAGCTCA GGTTGGGAAA 4140 ATGGAGTCTT GTCAGGAAAC CAGACCTTGA CAGACCAGTC CATTGTCTTC CAAGGTTCAG 4200 CTCCCATCAA TTCTTGGTAT ACTCAGGCTT ACGGTTCATT CCCTATCACA GCGGTCCAAG 4260 CTCTGGAGTA TTCATCAAAT ACCTATATGG TCCAAACAGC CTTAGGTCTT ATGGGGCAAA 4320 CCTATCAACC CAATATGTTT GTCGGCACCA GCAATCTAGA GTCTGCTATG GAGAAACTGC 4380 GTTCAACCTT TGGCGAATAT GGCTTGGGTA CTGCGACAGG AATTGACCTA CCAGATGAAT 4440 CTACTGGATT TGTTCCCAAA GAGTATAGCT TTGCTAATTA CATTACTAAT GCCTTTGGGC 4500 AGTTTGATAA CTATACGCCG ATGCAGTTGG CTCAGTATGT AGCAACTATT GCAAATAATG 4560 GTGTTCGTGT GGCTCCTCGT ATTGTTGAAG GCATTTATGG TAATAATGAT AAGGGAGGAC 4620 TGGGTGACTT GATTCAGCAA CTGCAACCGA CAGAGATGAA TAAGGTCAAT ATATCCGACT 4680 CCGATATGAG CATCTTGCAC CAAGGTTTTT ATCAGGTTGC CCATGGTACT AGTGGATTGA 4740 CAACTGGACG TGCCTTTTCA AATGGTGCCT TGGTATCCAT TAGCGGAAAA ACAGGTACAG 4800 CCGAAAGCTA TGTGGCAGAT GGTCAGCAAG CAACCAATAC CAATGCGGTG GCCTATGCCC 4860 CATCTGATAA TCCCCAAATC GCTGTCGCAG TGGTCTTTCC TCATAATACC AATCTAACAA 4920 ATGGTGTAGG ACCTTCCATT GCGCGTGACA TTATCAATCT GTATCAAAAA TACCATCCAA 4980 TGAATTAGAA AGGAAATTAT GCTTTATCCA ACACCTATTG CCAAGTTGAT TGACAGTTAT 5040 TCTAAGTTAC CAGGTATCGG GATTAAGACG GCTACGCGTC TGGCCTTTTA TACGATTGGG 5100 ATGTCTGCTG ATGATGTCAA TGAATTTGCA AAAAATCTCC TTTCTGCTAA GAGAGAATTG 5160 ACATATTGTT CTATTTGTGG ACGTTTGACA GACGACGATC CTTGTTCTAT CTGTACTGAT 5220 CCGACTCGTG ACCAGACAAC AATTTTAGTT CTTGAGGATA GTAGAGATGT GGCAGCCATG 5280 GAAAATATCC AAGAATACCA TGGACTCTAT CATGTCCTTC ATGGCCTCAT TTCTCCTATG 5340 AATGGTATCA GTCCGGACGA TATCAATCTC AAGAGCCTTA TGACTCGTCT TATGGATAGT 5400 GAGGTTTCAG AAGTGATTGT GGCGACTAAT GCTACAGCGG ATGGTGAAGC GACTTCCATG 5460 TATCTTTCAC GTTTGCTCAA GCCGGCTGGT ATCAAGGTTA CGCGTCTAGC ACGAGGTCTC 5520 GCTGTGGGAG CGGACATTGA GTATGCGGAC GAAGTGACAC TCTTACGAGC CATTGAAAAT 5580 CGGACAGAGT TGTAAGTGTA GGCAAATTTA CGAACTCCAT TCATTTATAA AAAATCAAAG 5640 AGGCTGAAAA TCGTTCCTAT CGGCCTCTTT TTGTATAGTG TGATGAGTAG GCTCAGGTTC 5700 AAGTTTTAAA AAACCAAGCA AATATGATAT ACTAAAGAGC GAGTATTCTA GTAGAATTAG 5760 GACAAATAAT ATGAAACAAA CGATTATTCT TTTATATGGT GGACGGAGTG CGGAACGCGA 5820 AGTCTCTGTC CTTTCAGCTG AGAGTGTCAT GCGTGCGGTC GATTACGACC GTTTCACAGT 5880 CAAGACTTTC TTTATCAGTC AGTCAGGTGA CTTTATCAAA ACACAGGAAT TTAGTCATGC 5940 TCCGGGGCAA GAAGACCGTC TCATGACCAA TGAAACCATT GATTGGGATA AGAAAGTTGC 6000 ACCAAGTGCT ATCTACGAAG AAGGTGCAGT GGTCTTTCCA GTCCTTCACG GGCCAATGGG 6060 AGAAGATGGC TCTGTTCAAG GATTCTTGGA AGTTTTGAAA ATGCCTTACG TTGGTTGCAA 6120 CATTTTGTCA TCAAGTCTTG CCATGGATAA AATCACGACT AAGCGTGTTC TGGAATCTGC 6180 TGGTATTGCC CAAGTTCCTT ATGTGGCTAT CGTTGAAGGC GATGATGTGA CTGCTAAAAT 6240 CGCTGAAGTG GAAGAAAAAT TGGCTTATCC AGTCTTCACT AAGCCGTCAA ACATGGGGTC 6300 TAGTGTCGGT ATTTCTAAGT CTGAAAACCA AGAAGAACTC CGTCAAGCCT TAAAACTTGC 6360 CTTCCGATAT GACAGCCGTG TCTTGGTTGA GCAAGGAGTG AATGC 6405 (2) INFORMATION FOR SEQ ID NO : 108 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 11309 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 108 : CGAGCTCGGG TACCGGGATT TTAAGGAGTT TGATATGTAT AACCTATTAT TAACCATTTT 60 ATTAGTATTA TCTGTTGTGA TTGTGATTGC AATTTTCATG CAACCAACCA AAAACCAATC 120 CAGCAATGTA TTTGATGCCA GTTCAGGTGA TTTGTTTGAA CGCAGTAAAG CTCGCGGTTT 180 TGAAGCTGTA ATGCAGCGTT TGACAGGGAT TTTAGTCTTT TTCTGGCTAG CCATTGCCTT 240 AGCATTGACG GTATTATCAA GTAGATAAGA AAATAATGGG CAGGACTAGG TCTTTGCCTC 300 TTTTTATTTT TAAAGGATGT TTGAGAAGGT TTTACAGTAA AAGAAAATTA AAAAATCTAG 360 AAAGAAAATA TGAAAGATAG AATAAAAGAA TATTTACAAG ACAAGGGAAA GGTGACTGTT 420 AATGATTTGG CTCAGGCTTT GGGAAAAGAC AGTTCCAAGG ATTTTCGTGA GTTGATTAAA 480 ACCTTGTCCT TAATGGAAAG AAAGCACCAA ATTCGTTTTG AAGAAGATGG TAGTCTGACA 540 TTAGAAATTA AGAAAAAACA TGAGATTACC CTCAAGGGGA TTTTTCATGC CCATAAAAAT 600 GGCTTTGGCT TTGTTAGTCT GGAAGGCGAG GAGGACGACC TTTTTGTAGG GAAAAATGAT 660 GTCAACTATG CTATTGATGG TGATACCGTC GAGGTAGTGA TTAAGAAAGT CGCTGACCGC 720 AATAAGGGAA CAGCAGCAGA AGCCAAAATT ATTGATATCC TAGAACACAG TTTGACAACA 780 GTTGTCGGGC AAATCGTTCT GGATCAGGAA AAACCTAAGT ATGCTGGCTA TATTCGTTCA 840 AAAAATCAGA AAATCAGTCA ACCGATTTAT GTTAAGAAAC CAGCCCTAAA ATTAGAAGGA 900 ACAGAAGTTC TCAAAGTCTT TATCGATAAA TACCCAAGCA AGAAACATGA TTTCTTTGTC 960 GCGAGTGTTC TCGATGTAGT GGGACACTCA ACGGATGTCG GAATTGATGT TCTTGAGGTC 1020 TTGGAATCAA TGGACATTGT ATCCGAGTTT CCAGAAGCTG TTGTTAAGGA AGCAGAAAGT 1080 GTGCCTGATG CTCCGTCTCA AAAGGATATG GAAGGTCGTC TGGATCTAAG AGATGAAATT 1140 ACCTTTACCA TTGACGGTGC GGATGCCAAG GACTTGGACG ATGCAGTGCA TATCAAGGCT 1200 CTGAAAAATG GCAATCTGGA GTTTGGGGTT CACATCGCAG ATGTTTCTTA TTATGTGACC 1260 GAGGGGTCTG CCCTTGACAA GGAAGCCCTT AACCGTGCGA CTTCTGTTTA CGTGACAGAC 1320 CGAGTGGTGC CAATGCTTCC AGAACGACTA TCAAATGGCA TCTGCTCTCT CAATCCCCAA 1380 GTTGACCGCC TGACCCAGTC TGCTATTATG GAGATTGATA AACATGGTCG TGTGGTCAAC 1440 TATACCATTA CACAAACAGT TATCAAGACC AGTTTTCGTA TGACCTATAG CGATGTCAAT 1500 GATATCCTAG CTGGCGATGA AGAAAAGAGA AAAGAATATC ATAAAATTGT ATCAAGTATC 1560 GAACTCATGG CCAAGCTTCA TGAAACTTTA GAAAACATGC GTGTGAAACG TGGAGCTCTC 1620 AATTTTGATA CCAATGAAGC GAAGATTTTA GTGGATAAAC AAGGTAAGCC TGTTGATATC 1680 GTTCTTCGGC AGCGTGGTAT TGCCGAGCGG ATGATTGAGT CTTTTATGTT GATGGCTAAT 1740 GAAACAGTTG CCGAACATTT CAGCAAGTTG GATTTGCCTT TTATCTATCG AATTCACGAG 1800 GAGCCTAAGG CTGAAAAGGT TCAGAAGTTT ATTGATTATG CTTCGAGTTT TGGCTTGCGC 1860 ATTTATGGAA CTGCCAGTGA GATTAGTCAG GAGGCACTTC AAGACATCAT GCGTGCTGTT 1920 GAGGGAGAAC CTTATGCAGA TGTATTGTCC ATGATGCTTC TTCGCTCTAT GCAGCAGGCT 1980 CGTTATTCGG AGCACAATCA CGGCCACTAT GGACTAGCTG CTGACTATTA TACTCACTTT 2040 ACCAGTCCAA TTCGTCGTTA TCCAGACCTT CTTGTTCACC GTATGATTCG GGATTACGGC 2100 CGTTCTAAGG AAATAGCAGA GCATTTTGAA CAAGTGATTC CAGAGATTGC GACCCAGTCT 2160 TCCAACCGTG AACGTCGTGC CATAGAAGCT GAGCGTGAAG TCGAAGCCAT GAAAAAGGCT 2220 GAGTATATGG AAGAATACGT GGGTGAAGAG TATGATGCAG TTGTATCAAG TATTGTCAAA 2280 TTCGGTCTCT TTGTCGAATT GCCAAACACA GTTGAAGGCT TGATTCACAT CACTAATCTG 2340 CCTGAATTTT ATCATTTCAA TGAGCGTGAT TTGACTCTTC GTGGAGAAAA ATCAGGTATC 2400 ACTTTCCGAG TGGGTCAGCA GATCCGTATC CGTGTTGAAA GAGCGGATAA AATGACTGGA 2460 GAGATTGATT TTTCATTCGT ACCTAGTGAG TTTGATGTGA TTGAAAAAGG CTTGAAACAG 2520 TCTAGTCGTA GTGGCAGAGG GCGTGATTCA AATCGTCGTT CGGATAAGAA GGAAGACAAG 2580 AGAAAATCAG GACGCTCAAA TGATAAGCGT AAGCATTCAC AAAAAGACAA GAAGAAAAAA 2640 GGAAAGAAAC CTTTTTACAA GGAAGTAGCT AAGAAAGGAG CCAAGCATGG CAAAGGGCGA 2700 GGGAAAGGTC GTCGCACAAA ATAAAAAGGC ACGCCACGAC TATACAATCG TAGATACGCT 2760 AGAGGCAGGG ATGGTCCTGA CTGGAACTGA AATCAAGAGT GTACGAGCTG CTCGAATTAA 2820 TCTCAAGGAT GGCTTTGCTC AAGTGAAAAA TGGAGAAGTT TGGCTGAGCA ATGTTCATAT 2880 CGCGCCTTAC GAAGAGGGCA ATATCTGGAA CCAGGAACCA GAACGTCGTC GTAAACTCCT 2940 GCTCCATAAA AAGCAAATTC AAAAATTGGA ACAAGAGATC AAAGGGACAG GAATGACCTT 3000 AGTTCCCCTT AAGGTCTATA TAAAAGATGG CTACGCTAAG CTTCTTTTAG GACTTGCCAA 3060 AGGGAAGCAT GACTATGACA AACGGGAGTC TATCAAACGT CGTGAGCAAA ATCGAGATAT 3120 CGCGCGTGTG ATGAAAGCTG TTAATCAGCG ATAAAAAGAG GAATTGAAAA TGGAAAAATT 3180 AGTTGCCTAT AAACGCATGC CTTTGTGGAA TAAACAAACA ATGCCTGAAG CTGTTCAGCA 3240 AAAGCACAAT ACAAAAGTTG GGACTTGGGG GAAAATTACT GTCTTGAAGG GAGCTCTCAA 3300 GTTTATTGAA TTGACAGAAG AAGGGGAAGT TCTAGCTGAA CACCTCTTTG AAGCAGGGGC 3360 AGACAATCCA ATGGCCCAAC CTCAAGCCTG GCACCGAGTG GAAGCTGCCA CAGATGATGT 3420 GGAATGGTAC TTGGAATTTT ATTGTAAACC TGAGGATTAT TTTGCTAAAA AATACAATAC 3480 CAATCCTGTT CATTCAGAGG TCCTAGAGGC CATGCAGACA GTGAAACAAG GGAAAGCTTT 3540 GGATTTGGGT TGTGGTCAGG GGCGTAATTC TCTTTTTCTA GCCCAGCAAG ATTTTGATGT 3600 GACGGCTGTA GATCAAAATG GACTAGCTCT TGAAATCTTG CAAAGCATTG TGGAGCAGGA 3660 AGATTTGGAC ATGCCTGTTG GCCTTTACGA TATCAATTCA GCTAGCATTG AACAAGAATA 3720 TGATTTTATC GTTTCAACAG TTGTTCTCAT GTTTCTACAA GCGGACCGCA TTCCAGCTAT 3780 TATTCAAAAT ATGCAGGAGA AAACCAGTGT TGGTGGTTAC AACCTTATCG TTTGTGCCAT 3840 GGACACGGAG GATTATCCTT GCTCGGTTAA CTTCCCATTC ACCTTTAAAG AAGGAGAACT 3900 GGCAGACTAT TACAAGGATT GGGAATTGGT TAAGTACAAT GAAAATCCAG GCCATTTGCA 3960 CCGTCGCGAT GAGAATGGCA ATCGTATTCA ACTACGCTTT GCGACCTTAC TAGCTAAGAA 4020 AATCAAGTAA ACACACATGA AGATTAGGAA TTTTCCTGAT CTTTTTTCTT TTTTACGAAT 4080 GATATAGAAA AGGAGGGAAT TCATGTTTGT TGCGAGAGAT GCTAGGGGAG AATTGGTAAA 4140 TGTGTTAGAG GATAAACTTG AGAAGCAAGC ATACACCTGC CCAGCTTGTG GAGGCCAGCT 4200 CCATTTGCGT CAAGGACCAA GTGTACGGAC GCATTTTGCC CATAAATCCT TAAAAGACTG 4260 TGATTTTTTC TTTGAAAATG AAAGTCCAGA ACACCTGGCC AATAAGGAAT CCCTCTATCA 4320 CTGGTTGAAA AAAGAGACAA AGGTTCAATT AGAGTACCCG CTTTCAGAAC TTAAACAGAT 4380 TGCGGATGTA TTTGTAAATG GCAATCTAGC TCTAGAAGTT CAGTGTAGTC CCTTGCCTCA 4440 GAAAGTCCTT AAAGAGCGAA GTGAGGGCTA TCGTAGTCAG GGTTACCAAG TACTGTGGTT 4500 GCTGGGTCAA AAACTGTGGC TCAAGGAGCG TTTGACTCGT CTACAGCAAG GTTTTCTTTA 4560 TTTCAGTCAA AACATGGGCT TTTATGTTTG GGAATTAGAC AAGGAAAAAC AAGTTTTAAG 4620 ACTCAAATAC CTGATTTACC AGGATCTCCG CGGTAAACTC CATTATCAAA TCAAGGAATT 4680 TTCCTATGGT CAAGGTAGTT TATTGGAAAT ATTGCGTCTT CCCTATAAGA GACAAAAAAT 4740 ATCTCATTTT ACAGTTTCTG AGGACAAGGA CATCTGTCGC TATATCCGGC AACAACTTTA 4800 TTATCAAAAT CTCTTTTGGA TGAAAGAACA AGCAGAAGCC TATCAAAAGG GAGAAAATAT 4860 CCTGACTTAT GGACTGAAAG AATGGTATCC ACAAATTCGA CCAATAGTGG GCAAATTTTT 4920 CCAGATTGAA CAAGACTTGA CTAGCTATTA TCAGCACTTT TATACCTATT ACCAAAAAAA 4980 TCCTCAAAAT GATTGGCAAA AGCTTTATCC ACCAGCCTTT TATCAGCAAT ATTTCTTGAA 5040 AAATATGGTA GAATAGAAAG GATGGAGGAA TCTAATGGTA TTACAAAGAA ATGAAATAAA 5100 TGAAAAAGAT ACATGGGATC TATCAACGAT CTACCCAACT GACCAGGCTT GGGAAGAAGC 5160 CTTAAAAGAT TTAACAGAAC AATTGGAGAC AGTAGCCCAG TATGAAGGCC ATCTCTTGGA 5220 TAGTGCGGAT AACCTACTAG AAATCACTGA ATTTTCTCTT GAAATGGAAC GCCAGATAGA 5280 GAAGCTTTAC GCTTATGCTC ATATGAAGAA TGACCAGGAT ACACGTGAAG CTAAGTATCA 5340 AGAGTACTAT GCCAAGGCCA TGACACTCTA CAGCCAGTTA GACCAAGCCT TTTCATTCTA 5400 TGAGCCTGAA TTTATGGAGA TTAGCGAAAA GCAGTATGCT GACTTTTTAG AAGCTCAACC 5460 AAAGCTGCAG GTTTATCAAC ACTATTTTGA CAAGCTTTTG CAAGGCAAGG ATCACGTTCT 5520 TTCACAACGT GAAGAAGAAT TATTGGCTGG AGCTGGAGAA ATCTTTGGTT CAGCAAGTGA 5580 AACCTTCGCT ATCTTGGACA ATGCGGATAT TGTGTTCCCT TATGTCCTAG ACGATGATGG 5640 TAAAGAAGTT CAGCTATCTC ATGGGACTTA CACACGTTTG ATGGAGTCTA AAAAACGTGA 5700 GGTTCGCCGT GGTGCCTATC AAGCTCTTTA TGCGACTTAC GAACAATTCC AACACACCTA 5760 TGCCAAAACC TTGCAAACCA ATGTTAAGGT GCAAAATTAC CGTGCTAAAG TTCGTAACTA 5820 CAAGAGTGCT CGTCATGCAG CCCTCGCAGC GAATTTTGTT CCAGAAAGTG TTTATGACAA 5880 TTTGGTAGCA GCAGTTCGCA AGCATTTGCC ACTCTTACAT CGCTATCTTG AGCTTCGTTC 5940 AAAAATCTTG GGGATTTCAG ATCTCAAGAT GTACGATGTC TACACACCGC TTTCATCTGT 6000 TGAATACAGT TTTACCTACC AAGAAGCCTT GAAAAAAGCA GAAGATGCTT TGGCAGTCTT 6060 GGGTGAGGAT TACTTGAGCC GTGTTAAACG TGCCTTCAGC GAGCGTTGGA TTGATGTTTA 6120 CGAAAATCAA GGCAAGCGTT CAGGTGCCTA CTCTGGTGGT TCTTATGATA CCAATGCCTT 6180 TATGCTTCTC AACTGGCAAG ACAATCTGGA CAATCTCTTT ACTCTTGTTC ATGAAACAGG 6240 TCACAGTATG CATTCAAGCT ATACTCGTGA AACTCAGCCT TATGTTTACG GGGATTACTC 6300 TATCTTTTTG GCTGAGATTG CCTCAACTAC CAATGAAAAT ATCTTGACGG AGAAATTATT 6360 GGAAGAAGTG GAAGACGACG CAACACGCTT TGCTATTCTC AATAACTTCC TAGATGGTTT 6420 CCGTGGAACA GTTTTCCGCC AAACTCAATT TGCTGAGTTT GAACACGCCA TTCACCAAGC 6480 AGATCAAAAT GGGGAGGTCT TGACAAGCGA TTTCCTAAAT AAACTCTACG CAGACTTGAA 6540 CCAAGAGTAT TATGGTTTGA GTAAGGAAGA CAATCCTGAA ATCCAATACG AGTGGGCTCG 6600 CATTCCACAC TTCTACTATA ACTACTATGT ATATCAATAT TCAACTGGCT TTGCGGCCGC 6660 CTCAGCCTTG GCTGAAAAAA TTGTCCATGG TAGTCAAGAA GACCGTGACC GCTATATCGA 6720 CTACCTCAAG GCAGGTAAGT CGGACTATCC ACTTAATGTC ATGAGAAAAG CTGGTGTTGA 6780 TATGGAGAAG GAAGACTACC TCAACGATGC CTTTGCAGTC TTTGAACGCC GTTTAAATGA 6840 GTTTGAAGCC CTTGTTGAAA AATTAGGATT GGCATAAAAT GGTTGAATCG TATAGTAAGA 6900 ATGCTAACCA TAACATGCGT CGTCCTGTCG TCAAAGAAGA AATTGTAGAC TTGATGCGTC 6960 AGCGTCAAAA GCAGGTCACA GGTTTCTTGA AAGAATTGGA AGACTTTGCC CGCAAGGAAA 7020 ATATTCCTAT TATTCCCCAT GAAACGGTTG CTTATTTCCG TTTTCTTATG GAAACCATGC 7080 AGCCTAAAAA TATTCTGGAA ATTGGGACGG CTATCGGTTT TTCAGCTCTC TTGATGGCTG 7140 AACATGCGCC AAATGCTAAG ATTACAACTA TTGATCGTAA TCCAGAAATG ATTGGTTTTG 7200 CCAAGGAAAA TTTTGCCCAG TTTGACAGTC GCAAGCAAAT CACTCTCCTA GAGGGAGATG 7260 CGGTGGATGT CTTATCTACA CTGACAGAGT CTTATGATTT CGTCTTTATG GATTCTGCCA 7320 AGTCTAAATA CATCGTCTTT CTGCCAGAAA TCCTCAAACA TTTGGAAGTT GGTGGTGTGG 7380 TTGTCTTGGA TGATATTTTT CAAGGTGGTG ATGTTGCCAA GGATATTATG GAAGTCCGTC 7440 GTGGTCAGCG AACCATTTAT CGAGGCCTTC AAAAATTATT TGATGCAACC TTAGACAATC 7500 CAGAACTCAC CGCAACATTA GTGCCTTTAG GAGATGGTAT TCTCATGCTT CGTAAAAATG 7560 TAGCAGATGT TCAACTGTCT GAAAGCGAAT GATTTTCAGA AAAATTTAAG AAAAAATAGT 7620 AAAATAGATA GAGTAACACT TATCTCAAAG GAGTAGACAT GAAGAAAAAA TTATTGGCAG 7680 GTGCCATCAC ACTATTATCA GTAGCAACTT TAGCAGCTTG TTCGAAAGGG TCAGAAGGTG 7740 CAGACCTTAT CAGCATGAAA GGGGATGTCA TTACAGAACA TCAATTTTAT GAGCAAGTGA 7800 AAAGCAACCC TTCAGCCCAA CAAGTCTTGT TAAATATGAC CATCCAAAAA GTTTTTGAAA 7860 AACAATATGG CTCAGAGCTT GATGATAAAG AGGTTGATGA TACTATTGCC GAAGAAAAAA 7920 AACAATATGG CGAAAACTAC CAACGTGTCT TGTCACAAGC AGGTATGACT CTTGAAACAC 7980 GTAAAGCTCA AATTCGTACA AGTAAATTAG TTGAGTTGGC AGTTAAGAAG GTAGCAGAAG 8040 CTGAATTGAC AGATGAAGCC TATAAGAAAG CCTTTGATGA GTACACTCCA GATGTAACGG 8100 CTCAAATCAT CCGTCTTAAT AATGAAGATA AGGCCAAAGA AGTTCTCGAA AAAGCCAAGG 8160 CAGAAGGTGC TGATTTTGCT CAATTAGCCA AAGATAATTC AACTGATGAA AAAACAAAAG 8220 AAAATGGTGG AGAAATTACC TTTGATTCTG CTTCAACAGA AGTACCTGAG CAAGTCAAAA 8280 AAGCCGCTTT CGCTTTAGAT GTGGATGGTG TTTCTGATGT GATTACAGCA ACTGGCACAC 8340 AAGCCTACAG TAGCCAATAT TACATTGTAA AACTCACTAA GAAAACAGAA AAATCATCTA 8400 ATATTGATGA CTACAAAGAA AAATTAAAAA CTGTTATCTT GACTCAAAAA CAAAATGATT 8460 CAACATTTGT TCAAAGCATT ATCGGAAAAG AATTGCAAGC AGCCAATATC AAGGTTAAGG 8520 ACCAAGCCTT CCAAAATATC TTTACCCAAT ATATCGGTGG TGGAGATTCA AGCTCAAGCA 8580 GTAGTACATC AAACGAATAG TCCAAATCAA TGAGTCAGGG AAAAAACTCG ACTTCAGGAA 8640 AAAATGAAGC AAACATTCCC ACAATAAAAC GCATAGTACA AGGTTTGTAC TGCCCCCCAA 8700 AAAGTTAGAC AATTAATTTA TCCGAAGGAT TTAGTTCTGT ATTGCACAGA GCTAAGTCCT 8760 TTTAGTTTTA TCTTAATTCT CTTATTGTTG TAATAATCAA TATAGTCTAT AATGGCTCGT 8820 TCCAATTGAT TAAGTGATTT AAATGTTTTC TCATAGCCAT AAAACATTTC GGATTTTAAA 8880 ATGCCAAAGA AAGATTCCAT CCTACCGTTG TCTTGGCTGT TGCCCTTACG TGACATGGAT 8940 GCTTGAATTC CCTTACTCTC TAGGAAGCGA TGATAAGAAT CGTGTTGATA TTGCCAGCCT 9000 TGGTCACTAT GGAGAATCGT ATTCTCGTAG TGCTTCTCTT TGAATGCCTG TTCCAACATT 9060 AACGATCAAT CAATTTAATC ATGTACCTAA GATTAGAATT GTTTATCCCA AATTTATTTG 9120 AAAGCTTCTC TAAGCTATAT CCTTGTTTTC TAAGTTCATA GATCTGAACT TTATCATCAT 9180 AAGTTAATTT CATAATAAAA ACACCCCAAA AGTTAGATTT TTTCTGTCTA ACTTTTGGGG 9240 TGTAGTTCAT GTACACCTGA TATGATGCGT TTTATAATTT TAAAGACTTT TTGACCAGCC 9300 TCATTTTTTT AACTTGATAC TCAGTGAAAA GCAAAGATTA AACTAGGAAG CTAGCTGTAG 9360 GCTGCTCAAA GAACAGCTTT GAGGTTGTAG ATAAAACTTG TGAGGTCACC AACATATATA 9420 ATGTGAAGCT GACGTGGTTT GAATAGATTT TAGAAGAGTA TGAGTCTGGA AGTTTTAATG 9480 GATAATGCAA GATTCCATAG AATGGGTAAG CTAGAGTTCT TATGTGAAGA GTTTGGGCAT 9540 AAACTTTTAC CTTTTCCTCC CTACTCATCT TAGTATAGAA AAGTGAATCT GAAATAGTAC 9600 ATAACTGCTT CTAAAACATT CTTATAAATT GATTTAAATT CTCAAATCAT ATTATTCAGT 9660 TCTTATTTCA TTTTGTTCTA CAATCCTGTT GAGAAGACAC GTGTTCATAT CAAAAAGGTA 9720 TTGGCAAGTT GCAATACCTT TTTACGAGGC TCTGTTGTCT TATTTTTGTT TCAACTGACT 9780 ATATCTCCTA TGGTTCTAGT TCAGAAGGCT AGGCTATAAT TATGATTGAT AAGAAGTATC 9840 ATTCCAAGTA TTGGGAGTGA ATGTTTCAAA ATCATGGGTT TCTATAATGG TCAGGCTGGC 9900 ATTTGCTAGA CCGCCATCTT TACGAAGAAG TGGTTCTTTA TAGCCTAGGA GAGTACGAAG 9960 ACTGGCAGTA AGATTGGCGC CGTGTCCGAC AATTAGAATA CGTTCAGCTG GACTATCTTT 10020 TAATGATTTG ATAAATTGGA TGGTCCGTTG AGTTGTACTA TAGAGGGATT CGGCTCCGAA 10080 CATTCGAGTG TCAAATTGAG CAAGATTTGA ACGAAAAGCC TGGATTTGTT GCGGGTAAAT 10140 AGCTTCCAAG GTTGCAATTT TCAAACCTTC TAACTTCCCA AGTTGCCATT CACGGAGATT 10200 AGGAACGATT TCTAAAGAAC AGGGGGTATA GAGTTGACTT TGGATAATCT CAGCAGATTT 10260 GACCGCTCGA GGTAAATCAC TTGAATAAAT CTGATCAAAA GGAATTTCCT TGAGATACTG 10320 ACCAAGTCGT TTTAGGGTTT CAATGGATTC AGGAAGAAGA GGAGAATCAC CACTAGCACC 10380 TTGAAAACGA CCTTCTTGGT TCCAGAGGGT ACGACCGTGG CGGACAAAGT AGAGTTTCAT 10440 TACTTGATGT CCTCCAAAAT ATCTACAAAG TCTGCCTTTA CAAAGCTAGC CAAGTCTTGT 10500 GGCGCGACGA TAATGCTGTG TCCGACTTCG CCTGCAGAGA CAATCATTTG ATCCAAATCT 10560 AGAGCAATTT TATCGATAAA AATGGGATAA TTGTGTTTCT GACGAATTCC GACAGGATTA 10620 TTGGCTCCAT GAATGTAACC AGTTGTTTTT TCTAAGTCCT TTTGTGGAAT CATGCTCACT 10680 TTTTTATTGC CAGAAATTTT AGCTAGTTTC TTTTCAGACA AGTGCTGAGT GATAGGGACA 10740 ATTCCGATAA TCGGTCCGGT CTTGTCTCCC AAAAGCGCCA AGGTTTTGAA AATCTGATCT 10800 CGTTCATAAC CTTGAGGAAG CTCTCCTTCT AGGGCATTGA TTTGAATCCC CTGATGAGGG 10860 ATAGCTGCTT TAGATAGGAT TTGTTCCACC AATGTTTTTT TGATTTTAAC TTTTTTTGCC 10920 ATTATTTATA TTTATCCTCC AATTGACTCA TCCAAATACC AAGCCAGATT CCCAGCGCAA 10980 AGAAGAAGGC GATGATGACA TAACCGACAA GTGAAAGTCC TGTGTATTGG ATACTTTCAG 11040 CGTTTCCTGC ATTTGGAATT AAGATCAAAA GGGTACTTGA TAGGACGATA CCGATGATGA 11100 AATGATAGAC GAACTGTTTA CGGAGTTCTT CTAGTTCTCC GTCCGTCCAA GCGTAGGCCA 11160 CTTCTTCTTT CTTGCCTTTA CCTTTGGACA TCTTGTAAAG AGGTGGGAGG GCAATATAGA 11220 CATGACCTGC CTCGACTAGC GGACGCATGT AACGGTAGAA AAATGTCAAG AGCAAGGTCT 11280 GGATATGGGC ACCGTCGGTA TCCGCATCG 11309 (2) INFORMATION FOR SEQ ID NO : 109 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5548 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 109 : CCATAGTCTA ACAAGTCTTT GTAAAGGTTT ATCCCTGATT CATGTAAAGA TTGTGTAAAG 60 AATCAAAAAA AGCCACTTTT GAAAAATGGC TGCTCCTAAA AATAGCTTTA AAAATTATTA 120 GTCCTGTGCG AAAGATTGGT TAGGAAGAAA AATCGTGAAG CAACTGCCTC TGCCAAGCTG 180 ACTCGTCACC GTGACTTGGC CACCTAATAA TTGACTGAGT TCTTTGACAA TGGCAAGGCC 240 AAGACCAGTG CCACCAGTTT GTCTGCTTCG ACCTTTATTA ACTCGGTAAA AACGTTCAAA 300 AATACGATCC TGCTCTAATT GACTAATACC AATCCCTGTA TCTGATACAG AAATCTTAAT 360 GCCTTCGTTC ACCTTTTGGG TCTTGACCTC AATTTTTCCC CCTTGTTCAG TGTAACGGAT 420 GGCATTGGAT AAAAGATTGA GTAAGATTTG GGAAAGTAAT TGACTATCTG ATACGAGGGT 480 GACATCATCT GGCACCTGCA CCTTTAGCTG TAAATCCTTC TTCTTGAGCT GAGGTTGCAA 540 GCTTTGAGTC AAATCCTGTA CAAATTCTGC CAAAGAAAGG GTCGTCCATT GTATAGGCAT 600 TTGTTGAGCC TTAGATAAGG TAAGAAGATG CTCAACAATA TGCTCAAGAC GCAAACTTTC 660 TTTGTAAATA ATGTCTAGAA AGTCATCCTT GAGCGCTTCT TCTTCAGCTG ACATCCCCTT 720 AATGGTTTCA GCAAAGCCCT TAATCGAAGT AACTGGTGTC CTCAATTCAT GGGAGGCATT 780 TGAGACAAAG GCTAAATTTA ACTTTTCATA AGTTCTAATC GTTGTTAAAT CATATAGCAA 840 GACGAGCACA GCTTCCACAG ATTGGGTGGG GCTAAAAACG GGAACTGCTG TCACTTCTAA 900 AATCAAGTCA CCCTCATGAA ACCCACTTAC TTCTTGTTTT AACCTTGTTT TTTGATCAAA 960 GGCTTGGTGA ACTAAATTCC GAATATCCAT CCGTTTGAGG TCATCAAGTG AACTTATGTC 1020 GCCGTCCACA TCGGGAAAAT AATGAGGCAG AGAGCGACTG GATAATAACA TCTGACCTTG 1080 AGCGGAAACT AAAAACGTCC CCATGGTTAG GTGCGACAGA AGAACCTCCA TTGTTTCGGC 1140 TAGATCCTTG TATTGCTGAT CCTGTTGGGA GACTTTGGTT TTTAGGCCAG ACACATACTG 1200 AGCCAAAGAC TTTAAGTCTT CTTGCCCTTT TTCTAAAAAG TATTCACTAC TGGTCAAGAG 1260 AGGTTGGTGC AAGGTCTCAA AAGCAACTTC CCATTTCCAA AGGCAAAAGA GCCAGTAGCC 1320 ACCTAGTCCC AAAGAAAGGG CTAGAAGAAA GAGACCGATG CCTTTACTGA TCCAAGTTAA 1380 TGCCATCCCT GCAATCAGAA TGAGGCTAAC ACTTAGATTG ACTAGCCAAA ATTGAAGGTA 1440 GCGTTTCATC TATAACTCCT TGAACTTATA ACCATAACCC CGAATGGTTC GAATAAATTG 1500 AGGGGCTTTA GGATTGTCTT CAATTTTTTC CCTCAACTTA CCAATATGAA CGTCCACCAA 1560 ACGTGTTTCC TGCCCAAAGT CATACCCCCA GATACGTTCC AAAAGACGCT CTCTAGTCAG 1620 TGTCATGTTG GGATGTTTCA TAAGATAGAG CAAGAGTTCA AATTCTTTTG GGGTCAAACT 1680 CAGTAACTTA TTCGCCTTGT AGACTTCATG ACGCTCAGGG TATACTTTCA AGGTCCCAAA 1740 TAGCCAAGAA TCGTCAGCGA TATTATCTGA ATCATCTCCT TCTTGTTCTC CTTTAGTTCG 1800 CCTGAGGACA GCCTTGACAC GCGCCAGCAA TTCTCTAGGG CTAAAAGGCT TGGTCAGGTA 1860 GTCATCAGCC CCTAATTCCA AGGCCAAAAC CTTATCAAAT TCATCACTTT TCGCAGAAAC 1920 CATCATAATT GGAGTTTTGA CGCCTTTGGC TCTCAGCCGC TTACAAACTT CCATGCCATC 1980 TAATTGTGGT AACATGATAT CAAGCAAGAT AAAATCAAAG GGTTCTGTTT CTGCCAAAGC 2040 TAAGGCCTTC CGTCCATTTG TCACCAATTG AGTAGAAAAG CCTTCCTTAC TTAAATGGTA 2100 GTCAAGCAAT TTCAGAATGT GTTCTTCATC ATCCACTAAT AAGACTTGTT TTGTCATCTA 2160 TTATCTCCTA TTGGTAACAT TATAACACAA TTATCAGAAA TCCTAACATT GCTAAATCAG 2220 ATTAAATTTG CCTATCAAGA CTAGTATCTG GTCAAACGCT CAATCATCTC CTTGTGCTCT 2280 GGATAGGTCG CCAGTAGATC TACCCTTTCA AATAATTCAA AATCCTCAAA TTCAAAACCA 2340 GGAGCAACAA GACAAGAAAC CAGAGCATCA TCCTTATCAA CTGTTGATCC CCAAATAGTG 2400 CCCTTAGGAA CACAGTAGTG AAGTTGTTGC CCTTTGGATA TGTCCAGGCC TAAAGTGACT 2460 GCTTCGTAGT GACCATCTGC TGTAATCATG TGAACAGTAA GTGGGGATCC TGCATGAAAA 2520 TACCAGATTT CATCTGCTGT CAATCGGTGA AAATGTGAAG GATTCGTTTC TTCTAATAAG 2580 AAATAAATAC TGGTATAAAG CGCCCTTCCC TTACCAGCAA GGTTTATAGT GTCTGAAGCT 2640 TTTTTTGTTT GTCTAAAATA GCCACCTTCA ATATGGGGAG CTAACTCTAG AGTTCTTATC 2700 AAGTCTTCTT TATCCGTCGG AGCCAATGGG TTGAAGTAAC TCTTGTTCAA AGTGGTTTTA 2760 CGATTTCAAG AACTCCTCTC AGTTCTGAGG ACACGGTAAT GATTGATGCG ACGGAAGTAC 2820 AAATCAATCG CCCTAAAAAA AGAATTAGCG AATGATTCTG GTAAAAAAAA TGCCACGCTA 2880 TGAAGGCTCA AGCGATTGTC ACAAGTCAAG GGAGAATTGT TTCTTTGGAT ATCGCTGTGA 2940 ACTATTGTCA TGATATGAAG TTGTTCAAAA TGAGTCGCAG AAATATCGGA CAAGCTGGTA 3000 AAATCTTGGC TGACAGTGGT TATCAAGGGC TCATGAAGAT ATATCCTCAA GCACAAACTC 3060 CACGTAAATC CAGCAAACTC AAGCCACTAA CAGTTGAAGA TAAAGCCTAT AACCATGCGC 3120 TATCCAAGGA GAGAAGCAAG GTTGAGAACA TCTTTGCCAA AGTAAAAACG TTTAAAATGA 3180 TTTCAACAAC CTATCGAAAT CATCGTAAAC ACTTCGGATT ACGAATGAAT TTGATTGCTG 3240 GCATTATCAA TCATGAACTA GGATTCTAGT TTTGCAGGAA GTCTATTATT TGGTTAGGTG 3300 AATTAGTGAA GCGTTTAGGC AAGTGTCTCT GGTTACGACG TCATGGACTC TAAATCGATT 3360 ATATTTAGGG GTCATGACTA GTGAAGCAGT TAGCTAGTTC GCATATAAGC GGCTAGCGTC 3420 TAACAATTAG GAACTTTAGT TCCAATAACT TTAAGATTAC GACGTTTTAG GACATAAATC 3480 GATCATATTT ATGTCCTAAA ACTAGTGAAG CGCCTAGCCA AAGTCCGAAT AGGATTTGGC 3540 GTTAGTTACT TAGATTGCTT TGCAATCAAG TAACTTTGGC GATTTACATC TTCTCTGGCG 3600 CTTCTACTCC AAGCAAGCGA AGGGCTTCTT TGAGAACGAC TGCGGTTGCG TAGCTGAGGG 3660 CTAGACGGCT GTCGCGTTCT GGGCTTTCAT CCAAGATACG TGTATGTGCA TAGTATTTGT 3720 TAAAGGATTG AGCCAGGCTA ATTGCAAATT TAGCAATGAT AGAAGGTTCA AAGTTATCTG 3780 CCGCACGGTT GATAATACGT GGGAAGTCTT GAATGAGTTT AATGATTTCC CAGCTTTCAG 3840 TATCATTCAA GCTATAGTTG CCAGCTGTTT CTGGTTTGAA ATCGGCTTTG CGTAAGATAG 3900 ATTGGATACG AGCGTAGGCA TATTGAACGT AAGGTCCAGT TTCACCCTCG AAGGATACCA 3960 TAGCCTCTAG GTCGAAGTCG TATCCATTTG TACGGTCGGT TTTGAGGTCA TAGAATTTAA 4020 TGGCTCCAAT CCCAACAGCA TGTGCTACTT GGTCTTTGTT TTCTAGTTCA GGATTTTTAG 4080 CCTCGATTTG GACCTTGGCA CGGCTAACAG CCTCTGCAAC AGTAGGCTCT AGCAAGATGA 4140 CATTCCCTTT ACGAGTAGAG AGTTTCTTCC CTTCTTTTGT AACCAAACCA AAAGGAACGT 4200 GAGTAATGTC GTCACTCCAG TCGTAGCCCA TCTCTTGCAA GACAGCTTTG AGCTGTTTAA 4260 AGTGGGCAGA TTGTTCTTGA CCAACGACAT AGATAGATTT AGCAAATTGG TATTCGTTTT 4320 TACGGTAGAG GGCTGCAGCC AAGTCACGTG TGATATAGAG AGTTGCACCA TCAGACTTCT 4380 TGATGAGGGC TGGATGTTCA ATTCCATATT TCTCAAGATT CACAACTTGG GCACCTTCTG 4440 ATTCAAGAAG TAGTCCTTTT TCAGAAAGAA TGTCTACAAC TGCATCCATC TTATCATTGT 4500 AGAAGGCTTC TCCGTTATAG CTGTCAAATT CAACCTTCAA TTCATTGTAA AGGCGGTTAA 4560 ATTCCACTAA ACTTTCATCG CGGAACCATT GCCAAAGAGC GAGAGCTTCC TCATCTCCAT 4620 TTTCAAGTTT ACGGAACCAT TCGCGCGCTT CTTCATCCAA GCTAGGGTCA TTTTCAGCTT 4680 CAGCGTTGAT GCGGACATAG AGTTTAAGGA GTTCATCGAT TGGATGAGCT TTTACAGCTT 4740 CTTCGTCGCC CCATTTTTTG TAGGCAACAA TCAACATCCC AAATTGTTTA CCCCAGTCTC 4800 CCAAATGGTT GACCTTGACC GTTTGATAAC CGATTTTTTG GAAAATATGT GACAAGCTAT 4860 CTCCGATAAC AGTTGAACGC AGGTGGCCAA TAGAAAATGG TTTAGCGATA TTCGGACTAG 4920 ACATGTCGAT AACAACATTT TCTTGTTTAC CAATATTTTG GTCAGCATAG TGTTCTTTTT 4980 CAGTGGTAAC AGCTTGCAAT ACTTGAGCAG AAATGGCAGA TTTATCAAGG AAAAAGTTAA 5040 CGTAAGGTCC TGTTGCGACA ACTTTTTCAA AGGCTTGGCT GTTCATTTTT TCAGCCAGTT 5100 CAGCCGCAAT CATTTGTGGT GCTTTACGTT CGACTTTTGC AAGAGAAAAA GCAGGGAAAG 5160 CAATGTCTCC CATTTCTGAG TTTTTAGGGG TTTCCAGTAA CTTTAAAATA GCCTCTTGGT 5220 CCAGGCTATC AATGATGCTA GATAATTCGC TAGCAATCAA TTCTTTTGTA TTCATTAAGA 5280 GCTCCTTTTT GGACTTTTCT ACTATTTTAT CACAATTTTA AAGAAAGAAG AAAAAATTTT 5340 TGAAATCTCC TGTTTTTTTG GTATAATATG GTTATAAATA TAGTTATAAA TATGCACGCA 5400 AGAGGATTTT ATGAGAAAAA GAGATCGTCA TCAGTTAATA AAAAAAATGA TTACTGAGGA 5460 GAAATTAAGT ACACAAAAAG AAATTCAAGA TCGGTTGGAG GCGCACAATG TTTGTGTGAC 5520 GCAGACAACC TTGTCTCGTG ATTTGCGG 5548 (2) INFORMATION FOR SEQ ID NO : 110 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3132 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 110 : TACCCGGTAG TCTTAGCAGA CACATCTAGC TCTGAAGATG CTTTAAACAT CTCTGATAAA 60 GAAAAAGTAG CAGAAAATAA AGAGAAACAT GAAAATATCC ATAGTGCTAT GGAAACTTCA 120 CAGGATTTTA AAGAGAAGAA AACAGCAGTC ATTAAGGAAA AAGAAGTTGT TAGTAAAAAT 180 CCTGTGATAG ACAATAACAC TAGCAATGAA GAAGCAAAAA TCAAAGAAGA AAATTCCAAT 240 AAATCCCAAG GAGATTATAC GGACTCATTT GTGAATAAAA ACACAGAAAA TCCCAAAAAA 300 GAAGATAAAG TTGTCTATAT TGCTGAATTT AAAGATAAAG AATCTGGAGA AAAAGCAATC 360 AAGGAACTAT CCAGTCTTAA GAATACAAAA GTTTTATATA CTTATGATAG AATTTTTAAC 420 GGTAGTGCCA TAGAAACAAC TCCAGATAAC TTGGACAAAA TTAAACAAAT AGAAGGTATT 480 TCATCGGTTG AAAGGGCACA AAAAGTCCAA CCCATGATGA ATCATGCCAG AAAGGAAATT 540 GGAGTTGAGG AAGCTATTGA TTACCTAAAG TCTATCAATG CTCCGTTTGG GAAAAATTTT 600 GATGGTAGAG GTATGGTCAT TTCAAATATC GATACTGGAA CAGATTATAG ACATAAGGCT 660 ATGAGAATCG ATGATGATGC CAAAGCCTCA ATGAGATTTA AAAAAGAAGA CTTAAAAGGC 720 ACTGATAAAA ATTATTGGTT GAGTGATAAA ATCCCTCATG CGTTCAATTA TTATAATGGT 780 GGCAAAATCA CTGTAGAAAA ATATGATGAT GGAAGGGATT ATTTTGACCC ACATGGGATG 840 CATATTGCAG GGATTCTTGC TGGAAATGAT ACTGAACAAG ACATCAAAAA CTTTAACGGC 900 ATAGATGGAA TTGCACCTAA TGCACAAATT TTCTCTTACA AAATGTATTC TGACGCAGGA 960 TCTGGGTTTG CGGGTGATGA AACAATGTTT CATGCTATTG AAGATTCTAT CAAACACAAC 1020 GTTGATGTTG TTTCGGTATC ATCTGGTTTT ACAGGAACAG GTCTTGTAGG TGAGAAATAT 1080 TGGCAAGCTA TTCGGGCATT AAGAAAAGCA GGCATTCCAA TGGTTGTCGC TACGGGTAAC 1140 TATGCGACTT CTGCTTCAAG TTCTTCATGG GATTTAGTAG CAAATAATCA TCTGAAAATG 1200 ACCGACACTG GAAATGTAAC ACGAACTGCA GCACATGAAG ATGCGATAGC GGTCGCTTCT 1260 GCTAAAAATC AAACAGTTGA GTTTGATAAA GTTAACATAG GTGGAGAAAG TTTTAAATAC 1320 AGAAATATAG GGGCCTTTTT CGATAAGAGT AAAATCACAA CAAATGAAGA TGGAACAAAA 1380 GCTCCTAGTA AATTAAAATT TGTATATATA GGCAAGGGGC AAGACCAAGA TTTGATAGGT 1440 TTGGATCTTA GGGGCAAAAT TGCAGTAATG GATAGAATTT ATACAAAGGA TTTAAAAAAT 1500 GCTTTTAAAA AAGCTATGGA TAAGGGTGCA CGCGCCATTA TGGTTGTAAA TACTGTAAAT 1560 TACTACAATA GAGATAATTG GACAGAGCTT CCAGCTATGG GATATGAAGC GGATGAAGGT 1620 ACTAAAAGTC AAGTGTTTTC AATTTCAGGA GATGATGGTG TAAAGCTATG GAACATGATT 1680 AATCCTGATA AAAAAACTGA AGTCAAAAGA AATAATAAAG AAGATTTTAA AGATAAATTG 1740 GAGCAATACT ATCCAATTGA TATGGAAAGT TTTAATTCCA ACAAACCGAA TGTAGGTGAC 1800 GAAAAAGAGA TTGACTTTAA GTTTGCACCT GACACAGACA AAGAACTCTA TAAAGAAGAT 1860 ATCATCGTTC CAGCAGGATC TACATCTTGG GGGCCAAGAA TAGATTTACT TTTAAAACCC 1920 GATGTTTCAG CACCTGGTAA AAATATTAAA TCCACGCTTA ATGTTATTAA TGGCAAATCA 1980 ACTTATGGCT ATATGTCAGG AACTAGTATG GCGACTCCAA TCGTGGCAGC TTCTACTGTT 2040 TTGATTAGAC CGAAATTAAA GGAAATGCTT GAAAGACCTG TATTGAAAAA TCTTAAGGGA 2100 GATGACAAAA TAGATCTTAC AAGTCTTACA AAAATTGCCC TACAAAATAC TGCGCGACCT 2160 ATGATGGATG CAACTTCTTG GAAAGAAAAA AGTCAATACT TTGCATCACC TAGACAACAG 2220 GGAGCAGGCC TAATTAATGT GGCCAATGCT TTGAGAAATG AAGTTGTAGC AACTTTCAAA 2280 AACACTGATT CTAAAGGTTT GGTAAACTCA TATGGTTCCA TTTCTCTTAA AGAAATAAAA 2340 GGTGATAAAA AATACTTTAC AATCAAGCTT CACAATACAT CAAACAGACC TTTGACTTTT 2400 AAAGTTTCAG CATCAGCGAT AACTACAGAT TCTCTAACTG ACAGATTAAA ACTTGATGAA 2460 ACATATAAAG ATGAAAAATC TCCAGATGGT AAGCAAATTG TTCCAGAAAT TCACCCAGAA 2520 AAAGTCAAAG GAGCAAATAT CACATTTGAG CATGATACTT TCACTATAGG CGCAAATTCT 2580 AGCTTTGATT TGAATGCGGT TATAAATGTT GGAGAGGCCA AAAACAAAAA TAAATTTGTA 2640 GAATCATTTA TTCATTTTGA GTCAGTGGAA GCGATGGAAG CTCTAAACTC CAGCGGGAAG 2700 AAAATAAACT TCCAACCTTC TTTGTCGATG CCTCTAATGG GATTTGCTGG GAATTGGAAC 2760 CACGAACCAA TCCTTGATAA ATGGGCTTGG GAAGAAGGGT CAAGATCAAA AACACTGGGA 2820 GGTTATGATG ATGATGGTAA ACCGAAAATT CCAGGAACCT TAAATAAGGG AATTGGTGGA 2880 GAACATGGTA TAGATAAATT TAATCCAGCA GGAGTTATAC AAAATAGAAA AGATAAAAAT 2940 ACAACATCCC TGGATCAAAA TCCAGAATTA TTTGCTTTCA ATAACGAAGG GATCAACGCT 3000 CCATCATCAA GTGGTTCTAA GATTGCTAAC ATTTATCCTT TAGATTCAAA TGGAAATCCT 3060 CAAGATGCTC AACTTGAAAG AGGATTAACA CCTTCTCCAC TTGTATTAAG AAGTGCAGAA 3120 GAAGGATTGA TT 3132 (2) INFORMATION FOR SEQ ID NO : 111 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 14672 base pairs (B) TYPE : nuc, leic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 111 : CGAGATTTCT TTAAATGAAC TACGTGAAAT CTACCCATCA TCCAGATCTG GATATTCTCT 60 CCTATCTATA AGTAAAGTTT TAGGAGATTT TAATATAAGT TCTCATGCTT TTAAAGCTTC 120 GGTAAGAGAT TTAAAACCGC TCAGTTTCCC ACTCATTTGC TTCTGGGAGA GTTCTCATTT 180 TATTATTCTT GAAAAAATTA GTAAAAACAA GTTTTATATT TTAGATCCTG CAAAAGGCAG 240 GCAGAGAATG TCAATAAGTG AATTTGAAAG GCATTATTCA AATATCATTT TAACATTTAA 300 AAAGTTAGAT AGCTTTATGT CTCGTAAAGA TAATAAGAAG TCGCCTGTTT TAAAGTATTT 360 TTTTAAGTAT AGGAATAAGC TAGGGATTTT ATTTTTTGTA ACAGCATTAT TGTATGTAAT 420 ACAATCATTA GTACCTATAG CTAATAGATA CATAATTGAC ACGAATTTCA AGGACGATTC 480 GTATTCGTCT AGAATGTTAT TTACTATATT ATTTATATTT ACTGTTTCAT TCTCACTAAT 540 GTATTTATTA AGACAGATAT ATGTTGCATC CTTAAAATAT ATAATGGATA AAGAGATTAG 600 CTATGATTTT ATGAAACATT TGATATATTT ACCTTACAGT TTTTATGAAA AACGTACTTT 660 AGGGGATATA CTTTTTAGAG CTAACTCTAT TGTTTATATA AGAGAAATAC TATCAAATAA 720 TTTTATAGCA GCTATACTTG ATTTGTTAAT GATTGTGGTT TATGCTGTGG TTTTATTTAG 780 CTTTTCTAAG TACATGGTAA TCTTTTTAAT ATCACTAAGT CTAGCTCTAT CTATTGTAAT 840 GTATCCAATC ATAAAAATCT CAAAAAATTT AATTGATAAA AATATAAAAG AAAAGGTTAA 900 TGTTCAAAAT ATTACTTCCG AAGTAATTTC TAAAAATAGT GATATTAAGC TAACTGGAGA 960 AGAGGAATTT TGGATTAACA AATGGGATAA TTTTAATACA AAACAGCTCA TCATAGGTCG 1020 AAAACTTGAT ATACATTTAT CAATTGTTAG TAGTATAACG AATGTTTTAC AAATTATTCT 1080 CCCTGTTTTG ACCCTTATTG TAGGTGTAAA TATAAAAACA TTCGAACAAT TGACGTTAGG 1140 ACAAATTGTA GCAATAAGTA CAGTCTCACC ATACTTTATT TCTCCTATAA TTTCTTTAAG 1200 TGATAACTAT ATACAATTAA TGTTATTAAA GGGATATTTT TTAAGAATAG AGGATGTGTT 1260 TAATACTAAA TCCGAATTAA TTCCAGAAAG AGTCAGTCAA GATATAAAAT TTGATAAAAA 1320 AATAGAATTA AAAGATATTT GGTATAAATA TGGATTATTT GATGATTATG TTTTGAAAGG 1380 AATAAATGTT ACTATTAAAA AAGGAGAAAC TGTTGCTATT GTTGGAGAAT CAGGTTCAGG 1440 TAAGAGTACA TTAGCTAAAA TTTTATTAGG TTTATTAGAA CCTAATATTG GTTCAATAGA 1500 AGTTGATGGA GTAGAAAAAG AAGAAATTGG TCAAACATTG TATAGAAAGA TTTTTGGAGC 1560 AGTGTTACAA AATTCAACCC TAAGTTATGG TACCTTAAGA GAGAATTTGA CATTTGGACA 1620 CTTTGTTTCA GATGAAGAAT TAATGACAAA TCTAAATTCA ATTGGTCTTA GCAATGTAGT 1680 TAAATCTTTA CCTCTTGGAT TAGAGACAAT CATCGCTGAA GAAGGTAATA ACTTTTCTGG 1740 AGGGCAGCAG CAAATGATAC TTTTAGCTCG TTGTCTTTTG TCGAAACCTT CGGTAGTTGT 1800 TTTGGACGAA GCAACAAGTA GTTTAGATAA TTTATCTCAA CAAATTACAA CTTCTTACTT 1860 AAGTGAAATC GGTACCACTA AGATTTTAAT TGCCCATCGA CTAGATACTA TCAAGTCTGC 1920 AGATAAGATC TTAGTAATGC ATAATGGTGA AATTGTAGAG ATTGGGACCC ATAGAGAACT 1980 TCTTGAACTA GGAGGCATTT ATAAGCAATT GTATTCAAAT AATTAGTTTT TGATTAAAAG 2040 GGTAAATTTA TGAAGATTAT GAAAAAAAAA TATTGGACTT TAGCGATATT ATTCTTTTGT 2100 TTGTTCAATA ATTCTGTTAC TGCTCAAGAA ATACCTAAAA ATCTTGATGG CAATATAACT 2160 CACACTCAGA CTAGCGAAAG TTTTTCTGAA TCTGATGAAA AACAGGTTGA CTATTCTAAT 2220 AAAAATCAAG AAGAAGTAGA CCAAAATAAA TTTCGTATTC AAATCGATAA GACAGAATTA 2280 TTTGTAACAA CAGATAAACA TTTAGAAAAA AACTGTTGTA AATTGGAACT TGAACCACAA 2340 ATAAATAACG ATATTGTTAA CTCTGAAAGT AATAATTTAC TAGGCGAAGA TAATTTAGAT 2400 AATAAAATTA AGGAAAATGT TTCTCATCTA GATAATAGAG GAGGAAATAT AGAGCATGAC 2460 AAAGATAACT TAGAATCGTC GATTGTAAGA AAATATGAAT GGGATATAGA TAAAGTTACT 2520 GGTGGAGGCG AAAGTTATAA ATTATATTCT AAAAGTAATT CTAAAGTTTC AATTGCTATT 2580 TTAGATTCAG GAGTCGATTT ACAAAATACT GGATTACTGA AAAATCTTTC AAATCACTCA 2640 AAAAACTATG TCCCCAATAA AGGATATTTA GGAAAAGAGG AGGGAGAGGA AGGAATAATA 2700 TCAGATATTC AAGATAGATT AGGTCATGGT ACGGCTGTTG TAGCTCAAAT TGTAGGGGAT 2760 GACAATATTA ATGGAGTAAA TCCTCACGTT AATATTAACG TCTATAGAAT ATTTGGTAAG 2820 TCGTCAGCTA GTCCAGATTG GATTGTAAAA GCAATTTTTG ATGCTGTAGA TGATGGCAAT 2880 GATATTATCA ATCTTAGTAC TGGACAATAT TTAATGATTG ATGGAGAATA TGAGGACGGA 2940 ACAAATGATT TTGAAACATT TTTGAAGTAT AAAAAGGCTA TTGATTACGC GAATCAAAAA 3000 GGAGTAATTA TAGTAGCTGC ATTAGGGAAT GACTCCCTAA ATGTATCAAA TCAGTCAGAT 3060 TTATTGAAAC TTATTAGTTC ACGCAAAAAA GTAAGAAAAC CAGGATTAGT AGTTGATGTT 3120 CCAAGTTATT TCTCATCTAC AATTTCGGTC GGAGGCATAG ATCGCTTAGG TAATTTATCA 3180 GATTTTAGCA ATAAAGGGGA TTCTGATGCA ATATATGCGC CTGCAGGCTC AACATTATCT 3240 CTTTCAGAAT TAGGACTTAA TAACTTTATT AATGCAGAAA AATATAAAGA AGATTGGATT 3300 TTTTCGGCAA CACTAGGAGG ATATACGTAT CTTTATGGAA ACTCATTTGC TGCTCCTAAA 3360 GTTTCTGGTG CGATTGCAAT GATTATTGAT AAATACAAAT TAAAAGATCA GCCCTATAAT 3420 TATATGTTTG TAAAAAAATT CTGGAAGAAA CATTACCAGT AAAAAATGGT ATAAAAGTGT 3480 TAAATATACC AAACGTATTG AGATATGATT TGAATATGTT ACAATTAGAA TATAAAAATG 3540 AACAAAGTTG GGATAGTTTC ATAGATAATG TTAATTTAAT TGAGTTGGAA GAGAGAATTC 3600 AAACTACTAT TGGAATTAAA CAAATAAACA CACACAATAT TATTACTATT GCCCGAGAAG 3660 GGTACTCTCA AAATTATTTA CCTAACACTT CAGAAAATAC ATATAATTCA TTACAAGTCA 3720 GTTTAGTTGG AGTATTACTA CTTTTTATAA GTATGGTAAA TATTTTATGG GCTAAAAAAA 3780 GTAAATGAAA ATAAAATTTG GAGCCCTCTG AAAAAGTAAG TCCTACAGTT CAACTAAAAT 3840 GAGTCAAAAG ATGAATCACC TTGATGTAGG GGAGTTTGTC TTATTGCTGC CTGAACACCT 3900 CCGTTCAGAG GAAGAACATT ATAAATCTGT TTTTGAAGAC GACTTAACCA GTCGCATATC 3960 TAGTCAAGAT GAACGACAGC AAATGACTGC TACGGTAGGT TATTTAGAAT CAGGTCAGGA 4020 TCGTTTTGTG TATAATACGA CCCCTATTTC TTACCAGCAG TTTTTGAAAG ATCCAATCAT 4080 CATTGTTATA ACACCCCAAT CAACTGGTCC ACAGTCCATT TTGTTTTGGA TAGACGCAGT 4140 ACAGAACTAC GTTCTCTTTA ATCAATTGTC TGATGCCCAG GAGCTTATCC AGAGACAAGG 4200 CATTGAAAAT TGGGTCTCAG AAATGCAAAC AGGTTACCAC AACTACATCA CATTATTGGA 4260 TAATATCCAG AGGGAACGTT GGGTAATGCT AGCAGGAGCT GTGCTTGGGA TTGCAACTTC 4320 AATCTTGTTG TTTAACACTA TGAATAGGCT CTACTTTGAA GAATTTAGAC GTGCCATTTT 4380 TATCAAACGC ATTGCAGGTC TCAGGTTCTT AGAAATCCAT CGCACTTATC TCTTTGCTCA 4440 ACTGGGTGTG TTTTTACTGG GATTTGTTGC GAGTGTATTT CTTCAGGTAG AGATAGGAGT 4500 TGCTTTCTTA GTCTTGTTAC TCTTTACTGG TCTATCTCTT TTACAGTTAC ATGTCCAAAT 4560 GCAGAAAGAA AACAAGATGT CCATGCTTGT TTTGAAGGGA GGTTAATATG ATTGAACTTA 4620 AACAGGTGAG TAAATCTTTT GGAGAACGAG AGTTATTTTC GAATCTTTCA ATGACATTTG 4680 AGGCTGGAAA AGTCTATGCC TTAATTGGTT CAAGTGGTAG CGGAAAAACA ACCTTGATGA 4740 ACATGATTGG GAAATTAGAA CCTTATGATG GGACGATTTT TTACCGAGGT AAAGACTTGG 4800 CCAATTATAA ATCAAGTGAT TTTTTCCGTC ACGAATTGGG CTACCTCTTC CAGAACTTTG 4860 GCTTAATTGA AAACCAAAGT ATTGAAGAAA ACCTTAAGCT AGGTCTCATT GGTCAAAAGT 4920 TGAGTCGGTC GGAACAGCGG TTGAGGCAGA AGCAGGCTTT AGAACAGGTC GGCCTGGTTT 4980 ATCTTGACCT AGATAAGCGC ATCTTTGAGT TATCGGGCGG AGAATCGCAA CGGGTTGCCT 5040 TGGCAAAAAT TATCTTAAAG AATCCACCCT TTATTCTGGC AGATGAGCCA ACAGCTTCAA 5100 TAGACCCAGC AACCTCTCAG TTGATTATGG AGATTTTGCT ATCTCTTCGA GATGATAATA 5160 GGCTAATCAT TATCGCAACA CATAATCCGG CAATTTGGGA GATGGCTGAT GAAGTGTTCA 5220 CGATGGATCA TCTGAAATAA AAATCCTTGT TTTTAATTGC ACGATGAGTT ACTGAAATAT 5280 TATCATGAAT CAAGAATTGG AGTTAATTTA GAATTGTACT TAATTTAGAA TTGTACTTTA 5340 TTAATATTGA GGTAACTTTT TCTTGATAAA GGAAGAAATA ATGGAGAGGA AGTTAGAATG 5400 AAAAAATTCG ACAATTATAT TATTGAGAAG CCTTGCGATT CTAATTCAGA TAAACTGCAA 5460 AAAATCTTAA TAATTGAAAG TTTGGTAGAT GATATTTTGC AATTTTCTCT CAGAATCAAT 5520 AATAGTGTAG GAGAGATTTT CCTCCTACAA CCGTTTTAAA AGAAAACTAT CTTTATTCCA 5580 TGTTATTTTG AGGAAGATAT TGTGAAAGTC AAAGATGATG ATAAAGTTGA GTGGAATTTG 5640 TTAGAATTTC AAAAATTTAG AGCATTTTTG GCTTAGTAAT CTGTGTTGAA GGCTCAAAAC 5700 CTATGGTAAA AAAGTAGCTT TGAAAACGTA TTGCCTCCAA AGATTTAGTT AAATAATGAT 5760 TTAACACAAA AAGAAATTAT TGAAGTTCTG GAAAGATGTT GTTTCAGTAT TGAGAAAAGG 5820 TGGGAAAAAC TTGCGATTTT CACAGAGAAA GGAAGAAAAA GTATAGAAAT ATAGTCAATT 5880 GAAACAAGAA CAGGATAAAA GAACCTTTTG TGCCATATTT TTCTCCTTTC GCTTTACAAT 5940 TGGATTGAAC ACCTTTATTG TATCGCGTTT GGAGTTTTTT TGGTATAACC TTCGACGCAC 6000 ACCCGCATAG CGGGTGTTTT TTTTGTCTCG CACCTAACGG AGCGAGACAA ACTAATAGTC 6060 ACTTAATCAA AAAACGCACC ATATCAAAAA CTAAAAAGTT TGATATCATG CGTCATGTCT 6120 TAAACTAATT GACTATACTT TCTATTCAAA TGAGCTTTTA ACCAATTGAT TGAGCCAATC 6180 CACTCTTAAA ACCAAAGAGC AATTTCTCGC TTAGCTGACT CTTCTGAATC TGAACCATGT 6240 ACAACATTTT GGATAATCTC ATTTTCTCCA GCAGCTTTTG CAAAATCACC TCGAATAGTG 6300 CCTGGTAAAG CTTCTTCTGG ACGAGTTGCA CCCATCATGG TCCGCCAAGT TTCGATTACT 6360 TTGGGACCAG AAATGACACC CACAAGAACT GGACCTGAAG TCATGAATTC ACGAATCGGT 6420 GGGTAAAAAC TCTGACCAAC CAAGTCCTGA TAGTGCTGGT CAATCAACTC TTCTGAAACC 6480 TGTGAACGAA ACTCCAATTT TTCGATTGTA AATCCACGTT GTTCGATGCG CTTTAACACT 6540 TCACCCACTA GCCCTCTTTT TACACCATCT GGTTTGATGA TAAAGAATGT TTGTTCCATA 6600 CCCGTCTCCT TTGTCAGCTT CTTTCTTTTA TTTTACCACA TTTCGTGGAA AAATGGAGAA 6660 AGTTTTCAGA AGAGAGAATG AGAGAACCCT CGGGTTCTCT CATTCTCTCT TATTCTACTG 6720 TTTCTTCCAC AGTTTCAACG GCAGTATCCA CAACTACTTC TGTTGTTTCT TCATTTCCTT 6780 CTTCCTCTAC TGGAGGATTA AGGTATTCTT CTTCGTTGAC AGCATGTGGT TCAAGGTTAC 6840 GGTAACGGGC CATACCAGTA CCAGCTGGGA TGATCTTACC GATGATAACA TTTTCTTTAA 6900 GTCCAAGGAG ATGGTCTTTC TTACCACGGA TAGCTGCGTC AGTAAGGACA CGAGTTGTTT 6960 CCTGGAAGGA AGCCGCTGAC AAGAAACTGT TTGTTTCAAG TGAGGCTTTG GTAATTCCCA 7020 TAAGGACTGG GCGACCTGTC GCTGGAACTC CACCTGCGAT AAGGACATCT TTGTTGGCAT 7080 CTGTAAAGTC ATTGATATCC ATGAGGGTAC CCATGAGAAG ATCTGTATCA CCTGGATCCA 7140 TGACACGGAC TTTACGGATC ATTTGACGAA CCATTACCTC GATGTGTTTG TCACCGATTT 7200 CTACCCCTTG GCTACGGTAA ACTTTTTGTA CTTCACCGAG AAGGTACGTT TCAACTGACA 7260 AGACATCACG AACTGCAAGG AGACGTTTTG GTTGGATAGA ACCTTCTGTC AGAGCAGCAC 7320 CACGCGCTAC TTGGCCCCCA ACTTCGACAC GCATACGAGC TGTAAATGGA ACGACATATT 7380 CACCTTCGCC AGTTTCACCC TTAACAAAGA CTTTCTTGGT ACGAGTTGAT GCATCTTCTT 7440 CGATAGCAGT AACTTGTCCT TTAACCTCTG TAATAACCGC TTCCCCTTTA GGATTGCGGG 7500 CTTCAAAGAT TTCTTGGACA CGAGGAAGAC CCTGAGTGAT ATCGGTATTT GAGGCAACCC 7560 CACCTGTGTG GAAGGTACGC ATTGTAAGCT GTGTACCAGG TTCCCCGATA GATTGGGCAG 7620 CGATTGTACC AACTGCTTCA CCAACTTCAA CCGCATCACC AGTCGCCAAG TTGATACCGT 7680 AACAGTGACG GCAGACACCG TGACGAGTGT TACATGTAAA TACAGAACGG ATAGTCACTT 7740 CTTCCACACC AGCATTGACA ATTTCACGCG CCTTGTCTTC TGTAATCAAT TCATTTGGAC 7800 CAATAATCAC TGCACCAGTT TCTGGATGTT TAACAGTTTT CTTAGTGTAA CGACCGTTGA 7860 GACGCTCTTC GAGAGACTCG ATCATCTCTT TTCCTTCTGC GATAGAACGG ATCAAGAGAC 7920 CACGGTCAGT TCCACAGTCG TCCTCACGGA TGATAACGTC TTGGGCAACG TCGACCAAAC 7980 GACGAGTCAA GTAACCTGAG TCGGCTGTCT TAAGGGCCGT ATCGGTCATA CCTTTACGAG 8040 CACCGTGAGT TGAGAAGAAC ATTTCCAATA CCGACAAACC TTCGCGGAAG TTTGAAAGGA 8100 TTGGCAATTC CATGATACGT CCATTCGGAG CAGCCATCAG ACCACGCATA CCGGCAAGCT 8160 GTGAGAAGTT TGAGATGTTA CCACGGGCTC CAGAGTCCAT CATCATAACG ATTGGGTTCT 8220 TAGGATCTTG GTTAGCAATC AAGCGTTTCT CAAGTTTTTC ACGGGCAGCA CGCCATTCAG 8280 CTGTAACAGC ATTGTAACGC TCGTCGTCTG TGATCATACC ACGACGGAAT TGTTTGGTGA 8340 TTTGTTCGAC ACGTTTGTGT GATTCTTCAA TGATTTCAGC CTTGTCATCA ACGACTGGGA 8400 TATCGGCAAT ACCCACTGTC AATCCTGCAA GAGTTGAGTG GTGGTAACCG AGGTTCTTCA 8460 TGCGGTCAAG TAGGGCAGAA GTTTCTGTCG TACGGAAACG TTTGAAGATT TCAGCGATGA 8520 TATTTCCAAG GTTTTTCTTC TTGAATGGAG GGTTGAGCTC AAGATTGCTG ATAGCTTCCT 8580 TGATATCTCC ACCAAGTGGC AAGAAGTATT TAGCTGGAAC ACCTTCTGTC AAGTTGGCAT 8640 TGTTTGGTTC TTGCAAGTAT GGTAGCCCCT CTGGCATGAT ATCGTTGAAG AGAATTTTAC 8700 CAACTGTTGT AAGCAAGACC TTATGTCTTT GCTCTTCTGT CCAAGGCTTG TTGAGGCTGT 8760 CTGTTGCGAT ACCAACACGT GAGTGGAGGT GAACATAACC ATTGCGGTAA GCCATAACCG 8820 CTTCGTCACG GTCTTTGAAG ACCATTCCTT CACCTTCGCG ACCAGCTTCT TCCATGGTCA 8880 AGTAGTAGTT ACCCAAAACC ATGTCCTGAG ATGGAGTAAC TACCGGTTTC CCATCTTTCG 8940 GGTTCAAGAT GTGCTCAGCA GCTAGCATGA GGATACGAGC TTCTGCTTGT GCTTCTTCTG 9000 AAAGTGGTAC GTGGATGGCC ATTTGGTCCC CGTCAAAGTC AGCATTGTAG GCTTCACAGA 9060 CAAGTGGGTG CAAGCGAAGA GCCTTACCAT CAATCAAGAC TGGCTCGAAG GCTTGGATAC 9120 CCAAACGGTG AAGGGTCGGT GCGCGGTTCA AAAGCACTGG GTGTTCTTTA ATCACTTCTT 9180 CAAGGATATC CCAGATACGC TCATCTCCGC GTTCCACCAA GCGTTTAGCT GCTTTGACGT 9240 TTTGCACGAT ATCACGGGCA ACGATTTCAC GCATGACAAA TGGTTTAAAG AGTTCAATCG 9300 CCATTTCACG CGGCACACCA CATTGGTACA TCTTAAGAGT TGGACCAACG GCGATAACTG 9360 AACGTCCTGA GAAGTCAACA CGTTTACCGA GCAAGTTTTG ACGGAAGCGT CCTTGTTTAC 9420 CTTTAAGCAT GTGGCTCAAT GATTTCAATG GACGGCTACC TGGTCCTGTG ATTGGACGAC 9480 CACGACGACC ATTGTCAATC AAAGCGTCAA CTGCTTCTTG AAGCATACGC TTCTCATTTT 9540 GAACGATGAT ACCTGGTGCA TTTAACTCAA GCAAACGAGC CAAACGGTTG TTACGGTTGA 9600 TAACACGGCG GTAAAGGTCA TTCAAGTCAG ATGAGGCAAA ACGGCCACCA TCCAACTGCA 9660 ACATTGGACG AAGATCTGGT GGGATAACCG GAAGGATGTT AAGAATCATC CATTCAGGTT 9720 TGTTTCCAGA CTTGTAAAAG GCATCCAAAA CATCCAAACG ACGGATGGCT TTGACACGCT 9780 TTTGTCCAGT AGCTGTTTTC AATTCTTCTT TGAGTTCAGC AATTTCTTTT TCAAGATCTA 9840 CTTGCTTCAA AAGGTCTTGG ATGGCTTCCG CACCCATCTT GGCAACAAAT GAACCATAAC 9900 CATATTCACG CAAGCGCTCT CGGTATTCGC GCTCTGTCAT GATAGACTTG TGCTCAAGTG 9960 GTGTATCCTT AGGATCAATC ACCACATAAG CCGCAAAGTA GATAACTTCC TCGAGGGCAC 10020 GAGGGCTCAT ATCAAGGGTC AAGCCCATAC GGCTTGGAAT CCCCTTGAAG TACCAGATGT 10080 GAGATACAGG AGCTTTCAAT TCGATATGTC CCATACGCTC ACGACGAACT TTCGTACGCG 10140 TTACTTCAAC CCCACAGCGG TCACAAACAA TTCCTCTGTA ACGAATGCGT TTGTACTTAC 10200 CACAAGCACA TTCCCAGTCT TTTGTAGGAC CAAAGATCAC TTCATCAAAG AGTCCTTCAC 10260 GTTCTGGTTT CAAGGTACGA TAATTGATTG TTTCAGGTTT TTTGACTTCT CCATAAGACC 10320 ATGAACGGAC TTTACTTGGA GAAGCTAGGG TGATTTGCAT ACTTTTAAAA CGATTTACAT 10380 CAACCACTAT TTCTTCCCTT TCTATTCTAA GTGAACTGCT TATTCTTGTT CAGCAGCTTC 10440 TTCTGTTGCT TCCGCTTTTG TTGCTTTCTC AGCTTCTTCA GCTTCAAAGG CTGCTTTAGC 10500 CTCTTGGGCT GCTTTTTCGC GGGCTTTTTC AAGGTCATCT ACGTGGATGA CATCTTCGTC 10560 CATTCCTTCA TCCAAGTCGC GAAGTTCCAC TTCTTGGTCA TCTTCGTCTA GGACACGCAT 10620 GTCAAGACCA AGAGATTGCA ATTCTTTGAC AAGAACTCGG AAGGATTCTG GAACACCTGG 10680 TTTTGGAATT GGTTTGCCTT TTGTAATAGC TTCATAGGCT TTCAAACGTC CGTTGATATC 10740 GTCCGACTTG TAAGTCAAGA TTTCTTGAAG GACATTTGAC GCACCGTAGG CTTCAAGAGC 10800 CCAAACCTCC ATCTCACCGA AACGTTGTCC ACCAAACTGA GCCTTACCTC CGAGTGGTTG 10860 TTGGGTAACA GTTGAGTATG GTCCGACTGA ACGCGCGTGC AATTTATCAT CAACCATGTG 10920 GTGGAGTTTG ATCATGTACA TGACTCCGAC AGAAACACGG TTATCAAACG GTTCACCAGT 10980 ACGTCCATCG TAAAGGATCG TTTTGGCATC GCTATCCATA CCTGCTTCTT TAACAGTTGA 11040 CCAAAGATCT TCAGAACTTG CTCCATCAAA GACTGGTGTA GCGATGTGAA TACCAAGAGT 11100 ACGAGCTGCC ATACCAAGGT GAAGCTCCAT AACCTGACCG ATATTCATAC GTGATGGTAC 11160 CCCAAGTGGG TTCAACATGA TGTCGACTGG AGTTCCGTCT GGAAGGTAAG GCATGTCTTC 11220 TACAGGAACG ATACGAGAGA CAACCCCTTT GTTTCCGTGA CGTCCGGCCA TTTTATCTCC 11280 GACCTTAATC TTACGTTTTT GAGCGATGTA AACACGAACC AACATGTTAA CACCTGATTG 11340 CAACTCATCT CCATTTACAC GTGTAAAGAT CTTAACATCA CGAACGACAC CATCGGCACC 11400 GTGTGGTACA CGAAGAGAAG TATCACGCAC TTCACGAGAC TTGTCTCCAA AGATAGCGTG 11460 CAAGAGACGT TCTTCAGCTG AAAGATCTTT CTCACCCTTA GGTGTTACTT TACCTACAAG 11520 AATATCACCT TCTTTAACCT CAGCACCAAT ACGGATAATC CCCATTTCGT CAAGGTCTTT 11580 GAGGGCATCT TCACCAACGT TTGGAATTTC GCGAGTGATT TCTTCAGGCC CAAGCTTTGT 11640 ATCGCGCGTT TCTGATTCGT ATTCTTCAAG GTGAACAGAT GTGTAGACAT CGTCCTTCAC 11700 CAAGCGTTCG CTCATGATAA CGGCATCCTC GAAGTTGTAA CCTTCCCAAG TCATGTAGGC 11760 AACGATTGGG TTTTGTCCAA GCGCCATTTC TCCATTTTCC ATAGAAGGTC CGTCAGCGAT 11820 GAAATCGCCT TTTTCAACGA CATCACCAAC TTTTACGAGA GTGCGTTGGT TGTAAGCAGT 11880 ACCTGAGTTT GAACGACGGA ATTTTTGGAT GTGGTAAACA TCCAATGAAC CATCTTCACG 11940 ACGAACTTCT ACCTTGTCAG CATCTGCGTA AGTAACTTTA CCATCATACT GAGCAATCAC 12000 AGCCGCACCA GAATCGTGGG CTGCTTGGTA TTCCATACCA GTACCAACGT AAGGTGCCTG 12060 AGGATTAATC AATGGCACAG CCTGACGTTG CATATTGGCT CCCATGAGGG CACGGTTGGA 12120 GTCATCGTTT TCCAAGAAAG GAATACATGC TGTCGCAACG GCAACTACCT GTTTTGGTGA 12180 AACGTCCATG TAGTCAACAA TATTAGCTGG ATACTCTTGG TTGACCCCTT GGTGACGTCC 12240 CATGACAATC TTCTCAGCAA AGGTTCCATC TTCATTCAGA CGAGAGTTAG CCTGAGCTAC 12300 AGTATATTCA TCTTCTTCAT CAGCTGTCAA CCAAACAATT TCGTTCGTGA CAACACCTGT 12360 TTCACGGTCA ACCTTACGGT ATGGTGTTTG AACAAAACCA TATTTGTTCA AGTGTCCATA 12420 AGATGACAAG TTATTGATCA AACCGATGTT AGGTCCTTCA GGTGTCTCGA TTGGACACAT 12480 ACGACCATAG TGAGTGTAGT GCACGTCACG TACTTCATAT CCAGCACGGT CACGAGTCAA 12540 ACCACCAGGT CCTAAGGCTG ACAAACGGCG TTTGTGAGAC AACTCAGAAA GCGGGTTGTG 12600 TTGGTCCATG AACTGTGACA ACTGTGATGA ACCAAAGAAT TCTTTAACTG CAGCTGTTAC 12660 AGGACGGATA TTGATAATTT GTTGTGGTGT CAAGACTTCA TTGTCCTGAA CAGACATACG 12720 TTCACGGACA TTACGTTCCA TACGAGAAAG TCCCAAACGT ACTTGGTTGG CAAGCAATTC 12780 ACCAACCGCA CGGATACGAC GATTTCCAAG GTGGTCGATA TCATCTACAC GGCCAAGTCC 12840 TTCAGCCAAG TTGAGGAAGT AGCTCATCTC AGCAAGGATA TCTGCAGGAG TCACCGTACG 12900 AACCTTGTCA TCTGGGTTAG CATTACCAAT GATCGTTACG ACGCGATCTG GATCAGTTGG 12960 AGCAATAACC TTGAATTTTT GAAGAACAAC AGGCTCAGTC ACAACGGCTG CATCGTTTGG 13020 GATGTAGACA ATCTTGTTCA AGTCGCCATC CAAATGGCTT TCAATGCTTT CAATCACGCT 13080 ACGAGTCATA ATCGTACCAG CTTCTACCAA GATTTCTCCA GTTTCAGGGT CTACCAATGG 13140 CTCTGCAATG GTTTGGTTGA GCAAACGTGT TTTAACATTG AGTTTTTTAT TGATTTTGTA 13200 ACGACCAACT GCTGCCAAGT CATAACGACG TGGGTCAAAG AAGCGAGCTA CAAGCAAGCT 13260 ACGTGAGCTT TCAGCCGTCT TAGGCTCACC TGGACGAAGG CGTTCGTAAA TTTCTTTCAA 13320 GGCTTCGTCT GTACGAGAGT CCATTGGATT CTTGTGGATA TCTTTTTCAA CAGTGTTGCG 13380 AACCAATTCG CTGTCACCAA AGATATCAAA GATTTCATCA TCACCTGAGA AACCAAGAGC 13440 ACGAACCAAG GTTGTAAATG GAATCTTACG AGTACGGTCG ATACGAGTGT AGGTGATATC 13500 TTTTGAGTCG CTTTCAAGTT CCAACCAAGC TCCACGGTTA GGGATAACAG TTGAACCATA 13560 GCCCACCTTA CCATTTTTGT CTACTTTGTC GTTAAAGTAA ACACCTGGTG AGCGGACCAA 13620 CTGAGAAACG ATAATACGTT CACCACCATT GATGATGAAA GTACCCATTT CTGTCATGAT 13680 TGGGAAATCA CCAAAGAAAA CTTCTTGGGT CTTGATTTCG CTTGTTTCTT TATTGATCAA 13740 ACGGAAGGTT ACAAAAATTG GTGCTGAGTA GCTAGCATCG TGGATACGAG CTTCTTCTAG 13800 CGTATATTTT GGTTCCTTGA TTTCATATCC AACAAATTCC AACTCCATTG TGTCTGTGAA 13860 GTTTGAAATT GGCAATACAT CTTCAAACAC TTCCTTAAGA CCGTGGTCTA GGAAAGCTTT 13920 GAATGAGTCA GTTTGAATTT CAATCAAATT TGGTAAGTCA AGAACTTCTT TGATTCTTGA 13980 AAAACTACGA CGGGTACGAT GTTTCCCGTA TTGAACGTCA TGTCCTGCCA AGATGATTCT 14040 CCTTTGTAAA TAAGTTCCAA GCCTTGTCAA TCAGGCTTTT CTAATCGTCA TATGGTTGTA 14100 AACCCCTTAT CACCGTGTCC TCTTGACGAA TTTTCAGAAT CTTTAAGCCT CTGTTACAAA 14160 TGCTCAAAAT CTTGAAAAAA AGCACAAAAA GAGCAGCTAA ATCTGACTTT TTCAGAAGAT 14220 TTAACTGCTG TGAGCCTTGT CTGGACAATA TTTCAGACAA AACCTACGAC AAATGATTAC 14280 CCATATTATA CCCTATTTAG CTAGATTTTT CAAGGGGTTT CAGTAGGTTT TTGGTAAATT 14340 TTTTCCCATA GAAAACTTGG CATCACATTC GAATCACGCT ATGGTACAAA AAACTGAAAA 14400 AACTATTGAC TGAAAATCAT TTTCAAGGTA TAATAATAAA CGTTAAGGCG GTATAGCCAA 14460 GTGGTAAGGC ACGGCTCTGC AAAAGCTTGA TCGTCGGTTC AAATCCGTCT ACCGCCTTCT 14520 ATAACTTGAT TTATCAGGTT TCAAATGAAC AGAAAGCCCA ATTTGAAGGG CTTTTTTTAT 14580 TTTCCCTCGA ATAAATACGT ATAACTTTAA AAACTTTTGG AGCGAGTTTG TGGCAGAGTT 14640 CTTTCCATGG CATAATTCCC TTTTGAAATC AG 14672 (2) INFORMATION FOR SEQ ID NO : 112 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 7902 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 112 : AGGAGACTAT TCAAGCCCAA ATTgAGTAGC CCAGCAAAGA CTGTATAGAC TGTGATACGT 60 TTTTCATAGC CATTGGTAAA GAGAATTTGG GAACCAAGAA TGGTATCTAA GGCCAGGATA 120 ATCGTACGAA AAGCGAAGAG AGAGGTCAAG ATGCCGCCTC CGATATATTT TTCACTACCG 180 TAAAGTAGGA TGGCATTTGG TCCTAAAACC ATGAGTCCAA AACTCAGTGG AATGATAAAG 240 AAGTTAAAGA TTCGACTACC TCTATTAACC AGAGAAACAT AGGCTTCTTT GTCTCCTTTC 300 CCCAGATAGT AACTGAGACG AGGCACACTC ACTCCAATTG CACCTGTTAC AACCCCAGCT 360 ATAACGGTCA CAATTCGCTG AGCTATGGTA TAGTAACTAA CGTTGACATC AATCCCTGTT 420 TTAACGAGGA AGAGGCGATC TAAAAAAGTG AAGAGCATAT TGGCATTGGC AAAGACTAAC 480 ATGGCTGTCA GAGGGAGAAA GAGTGGTTTA AAATCACTTA GGTGAATTTT AACAAGTTTG 540 ATGTCTCTTT TAATCCAAAA ATAACTAATC AGGTAGTTAA TCAGCGTCGA TAAACTCATC 600 ACAAGTGTAT AGACAACAAT ATCGTGTTCA TTTTTAACAA ATAAGAAAAT AGAGACCAGC 660 ATCAGGATAC GGATGAAGGC AGTTTTGTAA AAGAGAAAAC TGTAATTTTC CAGAGCTTCA 720 TTGACCCATT CGATTGAAAA AATCTGGGCA ATGAGTTGAA TCCCCATAAC AAGGTAGACC 780 TTTTTGACGA TTGGATTATC AGTAAAGAAG AGAGGATAGG CTAGGATATA GACAGCAGTG 840 GTCAAAATCG TACAAGCGAT GCACAAATAA AAAAGACTAG AAAAGGTTCT GTTAAGATCT 900 TTTTTGTTAT CCTTGACATT ACTGATAGCC CTTAAACCGT AGTTATAGAC ACCATAAGTT 960 GCAAAGGGCA AGAAAAATGA CAAAATAGTG TCGACTGAGT TGAAGTAACC ATAGTCAGTT 1020 CGGTCCAAGA CACGCGCGAC ATAGGTTCCA GTTAGGATGG GAAAAATAAT ATTCAAGACA 1080 CGAATTCCCA TGTAAGATAG AGCATTTAAT TTTATACTTT TCATTCAATT TACCTCGTTT 1140 TTCATTATAT CATAAAGTTA GCTAATAAGA AATGAAGGGC AGTAAGTCAA GTAATCACTT 1200 TGAAGTTTCA AATCTTAAGT TTTAAGTTTT CTTTAAGGAA AGTATATTAT TCTGAAGGAC 1260 TCTAAAATTT CGCAGCCATT TATTAGTAAT TGCTACAGAA TTCCTAGTCA TTACTAGAAA 1320 TGGACTAGTT TCTTTGAATA ATAGAACTGC ATAATTCTCC TATTCTAGAA GGGGAGGACC 1380 AGTATTTCTT TTATGATAGG ACTAGATTGT GGTATAATAG AGAGAATAAG TTTTTTTAGT 1440 AAGACAAAGG AGAAAATAGA TGATTTATGC AGGAATTCTT GCCGGTGGAA CTGGCACACG 1500 CATGGGGATC AGTAACTTGC CAAAACAATT TTTAGAGCTA GGTGATCGAC CTATTTTGAT 1560 TCATACAATT GAAAAATTTG TCTTGGAGCC AAGTATTGAA AAAATTGTAG TTGGTGTTCA 1620 TGGAGACTGG GTTTCTCATG CAGAAGATCT TGTAGATAAA TATCTTCCTC TTTATAAGGA 1680 ACGTATCATC ATTACAAAGG GTGGTGCTGA CCGCAATACA AGTATTAAGA ACATCATTGA 1740 AGCCATTGAT GCTTATCGTC CGCTTACTCC AGAGGATATC GTTGTTACCC ACGATTCTGT 1800 TCGTCCATTT ATTACACTTC GCATGATTCA GGACAATATC CAACTTGCCC AAAATCATGA 1860 CGCAGTGGAC ACAGTGGTAG AAGCGGTTGA TACTATCGTT GAAAGTACCA ATGGTCAATT 1920 TATTACAGAT ATTCCAAATC GTGCTCACCT TTATCAAGGA CAAACACCTC AAACATTCCG 1980 TTGCAAGGAC TTCATGGACC TTTATGGATC TCTTTCTGAT GAAGAGAAGG AAATCTTGAC 2040 AGATGCATGT AAAATCTTTG TGATCAAAGG AAAAGATGTG GCTTTGGCCA AAGGTGAATA 2100 CTCAAATCTG AAGATTACAA CCGTAACAGA TTTGAAGATT GCAAAAAGTA TGATTGAGAA 2160 AGACTAGTAA AATGATTAAT CAAATTTATC AACTAACTAA GCCTAAGTTT ATCAATGTCA 2220 AATATCAGGA AGAGGCTATT GACCAAGAGA ATCATATCCT TATCCGTCCC AACTACATGG 2280 CTGTCTGTCA TGCGGATCAG CGTTACTATC AGGGAAAACG TGATCCCAAG ATTTTGAATA 2340 AAAAGCTTCC AATGGCAATG ATTCACGAGT CATGTGGAAC CGTCATTTCT GACCCGACCG 2400 GAACCTACGA GGTTGGTCAA AAAGTTGTCA TGATTCCCAA TCAGTCTCCT ATGCAGAGTG 2460 ATGAAGAATT CTATGAAAAC TACATGACAG GGACCCATTT CTTGTCTAGT GGATTTGATG 2520 GCTTTATGAG AGAGTTTGTT TCTCTCCCTA AAGATCGTGT GGTGGCTTAT GATGCTATTG 2580 AAGATACGGT TGCAGCCATT ACAGAGTTTG TCAGTGTGGG CATGCACGCT ATGAATCGTC 2640 TATTGACTCT TGCTCATAGC AAGCGGGAGC GGATCGCCGT TATTGGAGAT GGAAGTTTAG 2700 CTTTTGTGGT TGCCAATATT ATCAACTATA CTTTGCCAGA AGCAGAGATT GTGGTTATTG 2760 GTCGTCATTG GGAAAAGTTG GAACTCTTCT CATTTGCCAA AGAATGCTAT ATTACGGATA 2820 ATATTCCTGA AGATTTGGCC TTTGACCATG CTTTTGAATG TTGTGGTGGT GATGGTACTG 2880 GACCAGCTAT TAATGACTTG ATTCGCTACA TTCGTCCTCA GGGAACGATT CTCATGATGG 2940 GAGTTAGCGA ATATAAAGTC AATCTCAATA CTCGCGATGC CTTAGAAAAG GGCTTGATTT 3000 TGGTTGGGTC ATCTCGTTCT GGTCGCATTG ATTTTGAAAA TGCTATCCAA ATGATGGAAG 3060 TCAAGAAATT TGCCAATCGT CTTAAAAATA TCCTTTATCT AGAAGAACCT GTAAGAGAAA 3120 TTAAAGATAT TCATCGTGTC TTTGCAACCG ATTTAAACAC AGCCTTTAAA ACAGTGTTTA 3180 AGTGGGAAGT ATAAGTACTG GAGGTTAATT GTGGAGAAAA TCATTAAAGA AAAAATTTCT 3240 TCCTTACTTA GTCAAGAAGA GGAAGTCCTC AGTGTTGAAC AACTGGGTGG AATGACCAAT 3300 CAAAACTATT TGGCCAAAAC AACAAATAAG CAATACATTG TTAAATTCTT TGGTAAAGGG 3360 ACAGAAAAGC TTATCAATCG ACAAGATGAA AAGTACAATC TTGAACTACT AAAGGATTTA 3420 GGCTTAGATG TAAAAAATTA TCTTTTTGAT ATTGAAGCTG GTATCAAAGT AAATGAGTAT 3480 ATCGAATCTG CGATTACGCT TGATTCAACG TCAATCAAGA CCAAGTTCGA CAAAATTACT 3540 CCAATATTAC AAACTATTCA TACGTCTGCT AAGGAATTAA GAGGAGAATT TGCTCCTTTT 3600 GAAGAAATCA AAAAATACGA ATCCTTGATT GAAGAACAAA TTCCTTATGC CAACTATGAA 3660 TCTGTTAGAA ATGCAGTCTT CTCCTTAGAG AAAAGACTGG CTGACTTAGG TGTTGACAGA 3720 AAATCTTGTC ATATCGATTT GGTGCCTGAA AACTTTATCG AATCACCTCA AGGACGACTT 3780 TATTTGATTG ACTGGGAATA TTCATCAATG AATGATCCAA TGTGGGATTT GGCTGCCCTC 3840 TTTTTAGAGT CTGAATTCAC TTCCCAAGAG GAAGAAACTT TCTTATCTCA CTATGAGAGT 3900 GACCAAACAC CGGTTTCTCA TGAAAAGATT GCTATTTATA AAATTTTACA AGATACTATT 3960 TGGAGTCTAT GGACTGTCTA TAAGGAAGAG CAAGGTGAAG ATTTTGGTGA CTATGGTGTG 4020 AATCGTTACC AAAGAGCTAT TAAAGGTTTG GCTTCTTATG GAGGTTCAGA TGAAAAGTAA 4080 AAACGGAGTT CCTTTTGGCC TTCTCTCAGG TATTTTCTGG GGCTTGGGTC TAACGGTTAG 4140 TGCTTATATC TTTTCGATTT TTACAGATTT GTCACCCTTT GTGGTGGCTG CAACTCATGA 4200 TTTTTTGAGC ATCTTTATCT TACTAGCTTT TCTCTTGGTA AAAGAAGGGA AAGTTCGCCT 4260 CTCAATTTTC TTAAATATTC GCAATGTCAG TGTTATCATC GGAGCCTTGC TAGCAGGCCC 4320 TATCGGTATG CAGGCCAATC TTTATGCAGT TAAGTATATC GGAAGTTCTT TAGCTTCATC 4380 TGTATCGGCT ATTTACCCTG CGATTTCAGT TCTATTGGCT TTCTTCTTTT TGAAGCACAA 4440 GATTTCGAAA AATACTGTAT TTGGGATTGT CTTGATTATT GGAGGGATTA TTGCTCAGAC 4500 CTATAAGGTT GAACAGGTTA ATTCTTTCTA CATTGGGATT CTTTGTGCTT TGGTTTGTGC 4560 TATTGCATGG GGAAGTGAGA GTGTTCTTAG CTCTTTTGCC ATGGAAAGTG AATTGAGTGA 4620 AATCGAAGCC CTCTTAATCC GTCAAGTAAC TTCGTTCTTG TCCTATCTTG TGATTGTGCT 4680 CTTCTCTCAT CAGTCATTTA CTGCAGTAGC CAATGGACAA TTGCTAGGTC TCATGATTGT 4740 TTTTGCAGCC TTTGATATGA TTTCCTACTT GGCTTATTAT ATCGCTATCA ATCGCTTGCA 4800 ACCAGCCAAG GCTACAGGCT TGAACGTGAG CTATGTAGTA TGGACGGTCT TGTTTGCAGT 4860 TGTTTTCTTG GGTGCACCGC TAGATATGCT GACCATTATG ACGTCACTTG TCGTCATTGC 4920 TGGAGTTTAT ATTATTATTA AAGAATAAAG GAGATTCGTG TGAAAGCCAT TATCTTAGCA 4980 GCGGGATTGG GAACTCGCTT GCGTCCTATG ACTGAAAATA CCCCTAAAGC CTTGGTTCAG 5040 GTTAATCAAA AACCTTTGAT TGAGTACCAA ATTGAGTTTC TCAAAGAAAA AGGAATCAAT 5100 GACATCATCA TCATTGTTGG TTATCTTAAA GAACAATTCG ATTACTTGAA AGAGAAATAC 5160 GGTGTTCGTC TCGTTTTCAA TGATAAATAC GCTGACTACA ATAACTTTTA CTCTCTCTAT 5220 CTTGTAAAAG AAGAATTGGC CAACAGCTAT GTTATTGATG CTGACAATTA TCTCTTTAAA 5280 AATATGTTCC GCAATGATTT GACACGTTCG ACTTATTTTA GTGTTTATCG TGAAGATTGT 5340 ACCAACGAAT GGTTCTTGGT TTATGGAGAT GACTACAAGG TTCAAGACAT TATTGTTGAT 5400 AGCAAGGCAG GTCGCATCCT TAGTGGTGTA TCCTTCTGGG ATGCTCCAAC TGCAGAAAAG 5460 ATTGTCAGCT TTATCGACAA GGCTTATGTA AGTGGTGAAT TTGTTGATCT CTATTGGGAC 5520 AATATGGTTA AGGATAATAT CAAAGAGCTA GATGTCTATG TTGAAGAATT AGAAGGCAAT 5580 AGCATTTATG AGATCGATAG TGTCCAAGAC TATCGTAAAT TAGAAGAAAT TCTTAAAAAC 5640 GAAAATTAAA GATTCCAACA TCTGACAAAA TAGTCGGATG TTTTTTGATT TTTTACGAAC 5700 TTTTACGAAT AGATAGATGA GTAGAAAAAG AAATGGAGTT ATTTATGAAA ATCACAAACT 5760 ATGAAATCTA TAAGTTAAAA AAATCAGGTT TGACCAATCA ACAGATTTTG AAAGTGCTAG 5820 AATACGGTGA AAATGTTGAT CAGGAGCTTT TGTTGGGTGA TATTGCAGAT ATCTCAGGTT 5880 GCCGTAATCC AGCCGTTTTT ATGGAACGTT ATTTTCAGAT AGACGATGCG CATTTGTCGA 5940 AAGAGTTTCA AAAATTTCCA TCTTTCTCTA TTTTAGATGA CTGTTATCCT TGGGATTTGA 6000 GTGAAATATA TGATGCGCCT GTACTTTTAT TTTACAAGGG AAATCTTGAC CTCCTGAAAT 6060 TCCCGAAGGT AGCGGTCGTG GGCAGTCGTG CTTGTAGCAA ACAGGGAGCT AAGTCAGTTG 6120 AAAAAGTCAT TCAAGGCTTG GAAAATGAAC TGGTTATTGT CAGTGGTCTG GCCAAGGGCA 6180 TTGACACAGC AGCTCATATG GCAGCTCTTC AGAATGGCGG AAAAACCATT GCAGTGATTG 6240 GAACAGGACT GGATGTGTTT TATCCTAAAG CCAATAAACG CTTGCAAGAC TACATCGGCA 6300 ATGACCATCT GGTTCTAAGT GAATATGGAC CTGGTGAACA ACCTCTGAAA TTTCATTTTC 6360 CTGCCCGTAA TCGCATCATT GCTGGACTTT GTCGTGGTGT GATTGTAGCA GAGGCTAAGA 6420 TGCGTTCAGG TAGTCTCATT ACGTGTGAGC GAGCAATGGA AGAAGGACGC GATGTCTTTG 6480 CTATTCCTGG TAGCATTTTA GATGGACTAT CAGACGGTTG CCATCATTTG ATTCAAGAAG 6540 GAGCAAAATT GGTCACCAGT GGGCAAGATG TTCTTGCGGA ATTTGAATTT TAAAAATGAC 6600 CTAAGCTAGA ATTCTAAGAA AAAATCAATT TTAAGAGAAA ATGAACCCAA CATTTCCATA 6660 ATAAAACGCA TATTAGCAAG TTTTTAACAC TTGATAATAT GCGTTTTTTC TAAGTGGATT 6720 AGTAGAGTAG AGGATTTTTC TCATATAATA CTCTTCGAAA ATCTCTTCAA ACTACGTCAG 6780 CTTCCATCTG CAACCTCAAA ACAGTATTTT GAGCgaCTtC GTCAGTCTTA TCTACAACCT 6840 CAAAGCAGTG CTTTGAGCAA CCTGTGGCTA GCTTCCTAGT TTGCGCTTTG ATTTTCATTG 6900 AGTATAAGGG AAAGTATAGT GAATTGAAAT AAGATGTGAA CAACTCTATC AGGAAAGTCA 6960 AATTAATTTA TAGAAATATT TTAGCAGCCA AGGTGTACTG TTATAGATTC AATTACACTA 7020 TAATTTAGTG TAATTGAGAA AGGAGAAATG ATTGTGATTG ATGTTGGCTA GGTTATGTTC 7080 AATGATTCCT ACCGTCTCAA ATCTTGTCAG TAAGGAAAAA TAAATTCTTC AAAAGTAGAG 7140 ATTACAAGGC TTGTTTAAGA AAGAATTCAA AGACCTTGAC AAATAAAAAT AAAATGGTTA 7200 TTATAAAAAA TGGTCTGAAA TAGATGATGA TACTTTTCGA AAATCTCTTC AAATACGTCA 7260 GCTCAGCTTT GCCTTGCTGT GTTTTGAGCA AGCTACGGTT AGCTTCCGAG TTTGATTT' :.'C 7320 ATTTACTAGA AATGAAACTG ATGAGAGATA TCAGTAGACA TTTGAGTCAG GATATTATGG 7380 AAAATGATAA AAAGAGCTCG TGAGATTGGC ATATCAGACT ACTAAAGTAT TGAGTTTGTT 7440 AGGATTTTAG CGACTAGTTA GCTGGGAAAG GAAGATATTT GTGACAAATA ATAAACTGTA 7500 TTCGTTGATA GAATTTAGAA ATAAAATATA TGAAGAATTA GAACTTTCCA GAAGTGATTT 7560 AGCGATTTTA CTATGTGCCA TGCTTATCGC CTCTATCGGA TTAAATATGG ATTCGACTCC 7620 CGTGATTATT GGAGCCATGT TAATCTCTCC TTTGATGACA CCTATTCTGG GAGTGGGGCT 7680 CTCTCTAGCT ATATTTGATT TTAAATTGTT AAGAAAATCT TTTAAAATAT TAGCTATTCA 7740 AATTCTTGCC AGTCTAATAG CTTCAACACT TTATTTTTAT CTTTCTCCCA TTTCGTATGC 7800 TAGTTCGGAG ATTGTTGCTA GAACCTCTCC GACTATTTGG GATGTTCTCA TTGCTTTTGT 7860 AGGAGGGATA GCAGGTATCA TTGGTGCTAG GAAAAAAGAG AC 7902 (2) INFORMATION FOR SEQ ID NO : 113 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 18627 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 113 : GAAGTTGAAA TGGCCAGCTG ATGAGCAATA TCGGTCATAG AAATCTTCTC AATCAACTTT 60 TGCGCAATTT TTTGGTTGAT AATACGAGGA ATTTGGTGAT TTTTCTTGAC GATAGAAGTT 120 TCAGCGACCA TCATTTTTGA ACAGTGATAG CACTTGAAAC GACGCTTTCT AAGTAGAATT 180 CTAGTAGGCA TACCAGTTGT CTCAAGGTAA GGAATCTTAG ACGGTTTTTG AAAGTCATAT 240 TTCTTCAATT GGTTTCCGCA CTCAGGGCAA GATGGGGCGT CGTAGTCCAG TTTGGCGATG 300 ATTTCCTTGT GTGTATCTTT ATTGATGATG TCTAAAATCT GGATATTAGG GTCTTTAATG 360 TCTAGTAATT TTGTGATAAA ATGTAATTGT TCCATATGAA TCTTTCTAAT GAGTTGTTTG 420 GTCGCTTTTC ATTATAGGTC ATATGGGACT TTTTTTCTAC AATAAAATAG GCTCCATAAT 480 ATCTATAAGG GATTTACCCA CTACAAATAT TATAGAGCCA AAAATCCTTT GTTTACTAAA 540 CAAGGGATTT TTCTTTTGTC TCTGCTCCTT TTTTGATATA ATAGTTCTAT GTTAAAATCA 600 GAAAAACAAT CACGTTATCA AATGTTAAAT GAAGAATTGT CCTTCCTATT GGAAGGCGAA 660 ACCAATGTTT TGGCTAATCT TTCCAACGCC AGTGCTCTCA TAAAATCACG TTTTCCTAAT 720 ACCGTATTTG CAGGCTTTTA TTTGTTCGAT GGAAAGGAAT TGGTTTTAGG CCCCTTCCAA 780 GGAGGTGTTT CCTGCATCCG TATTGCACTA GGCAAGGGTG TTTGTGGTGA GGCAGCTCAC 840 TTTCAGGAAA CTGTTATTGT TGGAGATGTG ACGACCTATC TCAACTATAT TTCTTGTGAT 900 AGTCTAGCTA AAAGTGAAAT TGTGGTGCCG ATGATGAAGA ATGGTCAGTT ACTTGGAGTT 960 CTGGATCTGG ATTCTTCAGA GATTGAGGAT TACGATGCTA TGGATCGAGA TTATTTGGAA 1020 CAATTTGTCG CTATTTTGCT TGAAAAGACA GCATGGGACT TTACGATGTT TGAGGAAAAA 1080 TCTTAATGTA TCAAGCACTT TATCGAAAAT ATAGAAGTCA AAACTTCTCC CAGTTAGTTG 1140 GTCAAGAAGT TGTGGCTAAG ACTCTTAAAC AAGCGGTGGA GCAAGAGAAA ATAAGTCACG 1200 CTTATCTTTT TTCTGGTCCT CGTGGAACGG GAAAAACCAG TGTTGCTAAA ATCTTTGCCA 1260 AGGCTATGAA CTGTCCCAAT CAAGTGGGTG GCGAACCTTG CAATAACTGC TATATTTGTC 1320 AAGCAGTGAC GGACGGTAGT TTAGAAGATG TCATTGAAAT GGATGCAGCT TCTAATAATG 1380 GGGTAGATGA AATTCGCGAA ATTCGTGATA AATCTACCTA TGCGCCTAGC CTTGCTCGTT 1440 ATAAGGTTTA TATCATAGAT GAGGTTCACA TGCTGTCTAC AGGGGCTTTT AATGCCCTCC 1500 TAAAGACGCT GGAAGAACCA ACACAGAATG TAGTCTTTAT TTTGGCCACT ACTGAATTGC 1560 ACAAGATTCC TGCTACTATT CTATCCCGTG TGCAACGTTT TGAGTTTAAA TCAATTAAGA 1620 CACAGGATAT TAAGGAACAT ATTCACTATA TCTTAGAAAA AGAAAATATC AGTTCTGAAC 1680 CAGAGGCTGT GGAAATCATT GCCAGACGGG CGGAAGGTGG AATGCGGGAC GCCTTGTCTA 1740 TTTTGGATCA AGCCCTGAGT TTGACACAGG GAAATGAGCT GACGACTGCT ATCTCTGAAG 1800 AAATTACTGG CACCATTAGC CTATCAGCCT TGGATGATTA TGTGGCGGCC TTGTCTCAAC 1860 AGGATGTTCC CAAAGCTTTG TCTTGCTTGA ATCTTCTTTT TGACAATGGT AAGAGCATGA 1920 CTCGTTTTGT GACCGATCTT TTGCACTATT TAAGAGACTT GTTAATTGTT CAAACAGGGG 1980 GAGCAAATAC TCATCATAGT TCAGTCTTTG TAGAAAATTT GGCACTTCCT CAAAAAAATC 2040 TGTTTGAAAT GATTCGCTTA GCAACAGTGA GTTTAGCAGA TATTAAGTCT AGTTTGCAAC 2100 CCAAGATTTA TGCTGAAATG ATGACCGTCC GTTTGGCGGA AATCAAGTCC GAACCAGCTC 2160 TATCAGGAGC GGTTGAAAAT GAAATTGCTA CGCTGAGACA GGAAGTTGCC CGTCTCAAAC 2220 AAGAGCTTTC TAATGTAGGT GCGGTTCCTA AACAAGTTGC ACCAGCTCCT AGTCGACCAG 2280 CTACGGGCAA AACAGTCTAT CGTGTCGATC GCAATAAAGT GCAATCTATC TTACAAGAGG 2340 CCGTCGAAAA TCCTGATTTA GCACGTCAAA ATTTAATTCG TTTGCAGAAT GCCTGGGGAG 2400 AGGTAATTGA AAGTCTAGGT GGGCCGGACA AGGCTCTGCT AGTTGGTTCT CAACCGGTTG 2460 CTGCCAATGA ACACCATGCT ATTCTTGCTT TTGAGTCTAA CTTCAATGCT GGTCAAACTA 2520 TGAAACGAGA CAATCTCAAT ACCATGTTTG GTAATATCCT CAGTCAGGCG GCAGGTTTTT 2580 CACCTGAGAT TTTAGCTATT TCCATGGAGG AATGGAAAGA AGTTCGCGCA GCCTTTTCAG 2640 CCAAAGCCAA ATCTTCTCAA ACTGAAAAAG AAGTAGAAGA AAGCCTGATT CCAGAAGGAT 2700 TTGAATTTTT GGCTGATAAA GTGAAGGTAG AGGAAGACTA AAGAAAGATT TCATGATACA 2760 ATAAGTTTAT GAATAAACAA CAATTTATTA TTATGGCGCT GTTTACAGCT GCTGAGACCT 2820 ATTTTTTCAA TGAAGCCTGG ATGACTGGCC GCTATATTAT GGCAGCCTTT TGGGCAATTT 2880 TACTCTTTAG AAATTTCCGA GTCAGTTATG TGATGGGCAA AATCGTTGAT GTCATCGATC 2940 AGCATTTTAA TAGGAAAGAC TAGCCCTCAG CTTCCAGACA AAATCAAAGC CTTTTAGGCT 3000 TTTTTTTGTT ATACTAGAAA AGTATATTTA TAGAATTTTT GCTCTATTTC TGGGGAAATC 3060 AGACGTTTTT CTAGTAAGTA CTGTAAAAGT TTTGAAAAAG AAAGGAACTA TCATGTCAGT 3120 ATTAGAGATC AAAGATCTTC ACGTTGAGAT TGAAGGAAAA GAAATTTTAA AAGGGGTTAA 3180 CCTGACCCTG AAAACAGGAG AAATTGCCGC TATCATGGGA CCAAATGGTA CAGGTAAATC 3240 GACTCTTTCT GCCGCTATCA TGGGAAATCC AAACTATGAA GTAACTAAAG GTGAAGTTTT 3300 GTTTGATGGC GTAAACATCC TTGAGTTGGA AGTGGATGAG CGTGCGCGTA TGGGACTTTT 3360 CCTTGCTATG CAATACCCAT CAGAAATCCC TGGAATTACC AATGCTGAGT TTCTTCGTGC 3420 CGCTATGAAT GCGGGTAAAG AAGATGATGA GAAGATTTCA GTTCGTGAGT TTATTACTAA 3480 GCTAGATGAA AAAATGGAAT TGCTCAACAT GAAAGAAGAA ATGGCAGAGC GTTACCTCAA 3540 CGAAGGCTTC TCTGGTGGTG AGAAAAAACG CAATGAAATT CTTCAACTTT TGATGTTGGA 3600 GCCAACATTT GCTCTTTTGG ACGAGATTGA CTCAGGTCTT GATATTGACG CTCTTAAAGT 3660 TGTGTCTAAA GGTGTCAATG CCATGCGTGG TGAAGGTTTT GGTGCTATGA TCATCACTCA 3720 CTACCAACGT CTTTTGAACT ATATCACACC TGATGTGGTA CACGTGATGA TGGAAGGTCG 3780 TGTTGTCCTT TCTGGTGGTC CAGAATTGGC TGCGCGTTTG GAACGTGAAG GATACGCAAA 3840 ATTAGCTGAA GAACTTGGCT ACGACTACAA GGAAGAATTG TAATTCCCTC GTATCTTTTA 3900 GGAGAAGTAA ATGACTAGAG AAAATATTAA ACTTTTTTCA GAAATGCACG CTGAACCAAG 3960 CTGGTTGGCT GATCTCCGTC AAAAAGCTTT TGACAAGATT GAGACTTTGG AATTACCAGT 4020 TATTGAGTGT GTCAAATTCC ACCGTTGGAA TCTGGGTGAT GGAACGATTA CAGAAAATGA 4080 GCCATCAGCA AATGTTCCAG ATTTCACAGC TTTAGATCAT CACTTGAAGT TGGTGCAAGT 4140 AGGAACTCAA ACTGTTTTCG AACAAACTCC AGTTGAGTTA GCTGAACAGG GTGTTGTCTT 4200 CACAGACTTT CACTCAGCTT TAGAAGAAAT TCCAGAGCTG ATCGAAGAAT TCTTCATGTC 4260 ATCTGTTAAG TATGATGATG ACAAGTTGGC GGCTTACCAC ACAGCTTACT TTAACAGTGG 4320 TGCTGTACTC TATATTCCAG ATAACGTAGA AATCACAGAG CCAATTGAAG GAATTTTCTA 4380 CCAAGATAGC GATAGCAATG TGCCGTTTAA CAAGCATATT ATGATTATCG TTGGTAAAAA 4440 TTCTAAGATT AGTTATCTGG AGCGTTTAGA GTCACGCGGT GAAGGAAGTG ACAAAGCAAC 4500 TGCCAATATC ACAGTGGAAG TGATTGCACG TTCTGGTGCG CAAGTCAAGT TTGCTGCTAT 4560 CGACCGTCTA GGTGAAAACG TCACTGCCTA CATTAGCCGT CGTGGTAAAT TAGGCAACGA 4620 TGCAAGTATT GACTGGGCTA TCGGTGTCAT GAACGAAGGA AATGTCGTTG CTGATTTTGA 4680 TAGTGACTTG ATTGGTAATG GTAGCCATGC TGACCTCAAG GTTGTAGCTC TTTCAAGTGG 4740 TCGTCAGGTA CAAGGGATTG ATACTCGTGT AACTAACTAT GGCTGCAACT CAATCGGAAA 4800 CATTCTACAA CATGGGGTTA TCCTTGAAAA AGCAACTTTG ACTTTCAATG GTATCGGCCA 4860 CATCATCAAG GGTGCTAAGG GAGCAGATGC GCAACAAGAG AGCCGTGTTC TCATGCTTTC 4920 AGACCAAGCG CGTTCAGATG CTAACCCAAT TCTTTTGATT GATGAAAATG ACGTAACTGC 4980 AGGCCATGCA GCCTCTATTG GTCAGGTAGA TCCAGAAGAT ATGTACTACC TCATGAGTCG 5040 TGGCTTGGAT AAGGCAACTG CAGAGCGTTT GGTTGTTCGT GGTTTCCTTG GATCTGTTAT 5100 CGTGGAGATT CCAGTCAAGG AAGTTCGTGA TGAAATGATT GCAACTATCG AAGAGAAATT 5160 GTCAAAACGC TAAGGGGCAG CCTATGTTAG ATGTAGAAGC GATTCGCAAG GATTTTCCAA 5220 TTTTAGATCA GATTGTCAAT GATGAACCTC TGGTCTATCT GGACAATGCT GCGACGACAC 5280 AAAAACCACT AGTAGTTCTG AAAGCTATTA ACAGCTACTA TGAGCAGGAC AATGCCAATG 5340 TTCACCGTGG TGTCCATACC TTAGCGGAAC GAGCGACAGC TTCTTATGAA GCTGCTCGTG 5400 AAACCATTCG TAAGTTTATT AATGCAGGCT CTACAAAGGA AGTTCTCTTT ACCAGAGGAA 5460 CGACAACCAG CCTTAACTGG GTGGCACGCT TTGCTGAGGA AATTCTCACT GAGGGAGACC 5520 AGGTCTTGAT TTCAGTAATG GAACACCATT CTAATATCAT TCCATGGCAG GAAGCTTGTC 5580 GAAAGACTGG AGCAGAGCTT GTCTATGTCT ATCTTAAAGA CGGTGCCTTG GATATGGAGG 5640 ATTTGCGAGC TAAATTGACT GATAAGGTTA AATTTGTTTC CCTAGCTCAT GCCTCCAATG 5700 TTCTTGGTGT GGTCAATCCG ATCAAGGAAA TCACTCAATT AGCCCACCAA GTTGGGGCAA 5760 TTATGGTAGT GGATGGTGCT CAATCTACAC CTCATATGAA GATTGATGTC CAGGACTTGG 5820 ATCTGGACTT TTTCGCCTTT TCGGGTCACA AGATGGCTGG TCCGACTGGT ATCGGTGTCC 5880 TTTACGGCAA AGAAAAGTAT CTTGAGCAAA TGTCTCCAGT AGAATTTGGC GGCGAGATGA 5940 TTGATTTTGT CTACGAGCAA TTTGCTAGTT GGAAGGAATT GCCTTGGAAA TTTGAGGCTG 6000 GAACGCCAAA TATGGCAGGA GCTATTGGAC TTGCGACTGC AGTTGATTAT CTGGAAAAGA 6060 TTGGTATGGA TGCCGTTGAA GCTCATGAAC AGGAATTGAT TGCGTACGTC TATCCAAAAC 6120 TGCAGGCAAT TGAGGGATTG ACCATTTACG GTTCTCAGGA TTTGGCTCAA CGTTCGGGTG 6180 TTATTGCCTT TAACCTAGGT GATCTCCATC CTCACGATCT TGCGACGGCT CTGGATTATG 6240 AAGGAGTGGC TGTTCGTGCT GGTCACCATT GTGCGCAACC CTTGCTTCAG TATTTGGAAG 6300 TCCCAGCAAC AGCTCGTGCA AGTTTTTATA TCTACAATAC CAAGGCAGAT TGCGACAAAC 6360 TAGTCGATGC CCTACAAAAG ACAAAGGAGT TTTTCAATGG CACTTTCTAA ACTAGATAGC 6420 CTTTATATGG CAGTGGTAGC AGACCATTCG AAAAATCCAC ATCACCAAGG GAAGTTAGAA 6480 GATGCTGAGC AAATCAGTCT CAACAATCCG ACTTGTGGGG ATGTCATCAA CCTCTCTGTC 6540 AAGTTTGATG CAGAGGACCG TTTGGAAGAT ATTGCTTTTC TAAATTCAGG ATGCACGATT 6600 TCAACTGCTT CTGCTAGTAT GATGACAGAT GCCGTTTTAG GAAAAACCAA ACAAGAAATT 6660 TTAGAACTGG CGACTATTTT TTCTGAAATG GTTCAAGGGC AAAAAGATGA GCGTCAAGAC 6720 CAACTTGGAG ACGCGGCATT CTTGTCAGGT GTTGCCAAAT TCCCTCAAAG AATCAAGTGT 6780 GCAACCCTAG CTTGGAATGC CCTTAAGAAA ACAATTGAAA ATCAAGAAAA ACAGTAAGAC 6840 AAGTTTCTTT TGTCTTATGA ATTATTAGAA ATGAAGAAAG AAAGGATACT ATGGCTGAAG 6900 AAAGAGTAGA ACCAAAACCA ATTGACCTTG GTGAATATAA ATTTGGTTTC CATGACGATG 6960 TAGAGCCTGT CTTATCGACA GGAAAAGGAC TCAACGAAGG TGTTATTCGT GAATTATCTG 7020 CTGCTAAGGG TGAGCCTGAG TGGATGTTGG AGTTCCGTTT GAAGTCTTAT GAAACCTTCA 7080 AAAAAATGCC CATGCAAACT TGGGGAGCAG ACTTGTCAGA GATTGACTTT GATGACTTAA 7140 TCTACTACCA AAAACCATCT GACAAACCAG CCCGTTCTTG GGATGATGTA CCTGAAAAGA 7200 TTAAAGAAAC CTTTGAACGT ATCGGGATTC CAGAAGCTGA ACGTGCTTAT TTAGCAGGGG 7260 CTTCTGCCCA GTACGAGTCA GAAGTGGTTT ACCACAACAT GAAGGAAGAG TTCCAAAAAT 7320 TAGGTATTAT CTTTACAGAT ACAGATTCCG CACTCAAGGA ATACCCAGAC TTATTTAAAC 7380 AATACTTTGC GAAGTTGGTA CCGCCGACAG ATAACAAGTT GGCAGCCCTC AACTCAGCAG 7440 TATGGTCGGG TGGAACTTTT ATCTACGTGC CAAAAGGTGT CAAGGTAGAT ATTCCACTTC 7500 AAACTTATTT CCGTATCAAT AACGAAAATA TAGGTCAGTT CGAACGTACC TTGATTATCG 7560 TTGATGAGGG AGCAAGCGTC TACTACGTAG AAGGATGTAC AGCACCAACA TATTCAAGCA 7620 ATAGCTTACA CGCTGCCATT GTAGAAATTT TTGCTTTGGA CGGAGCTTAT ATGCGTTATA 7680 CAACTATCCA AAACTGGTCT GATAACGTCT ATAACTTGGT AACAAAGCGT GCTAAGGCTC 7740 AAAAGGATGC CACTGTTGAG TGGATTGATG GAAACTTGGG TGCCAAAACG ACTATGAAAT 7800 ATCCATCTGT TTACCTTGAT GGAGAAGGAG CGCGTGGTAC CATGCTCTCT ATCGCCTTTG 7860 CTAATGCAGG GCAACACCAA GACACGGGTG CTAAGATGAT TCACAATGCT CCACATACCA 7920 GCTCGTCTAT TGTGTCTAAA TCCATCGCTA AAGGTGGAGG AAAGGTTGAC TACCGTGGAC 7980 AAGTCACCTT TAACAAGAAC TCTAAGAAAT CTGTTTCCCA CATTGAATGT GATACCATTA 8040 TCATGGATGA CTTGTCAGCA TCAGATACTA TTCCATTTAA TGAAATTCAC AACTCGCAAG 8100 TGGCTTTGGA ACACGAAGCC AAAGTATCTA AGATTTCAGA AGAGCAATTG TATTATCTCA 8160 TGAGCCGTGG ATTGTCAGAA TCTGAGGCAA CTGAAATGAT TGTCATGGGA TTTGTAGAAC 8220 CCTTTACAAA AGAACTTCCA ATGGAATACG CAGTTGAGCT GAACCGCTTG ATTAGCTATG 8280 AAATGGAGGG ATCAGTTGGA TAAAATTTGA TTTTATACTC TTCGAAAATC TCTTCAAACC 8340 ACGTCAGCAT CGCCTTACCG TATGTATGGT TwCTGAtTCG TCAGTTTCAT CTACAACCTC 8400 AAAACAGTGT TTTGAGCAAC tGCGGCTAGC TTCCTAGTTT GTTCTTTGAT TTTGAGTATT 8460 AGATTTACTC AAAATCAAGG ATTTTGAAGA TGAACTTGTA TCAAAAAATC GCGGTTTAAA 8520 ATCGCGATTT TTTATAATTT CTCGTTAACA AAGCGGACAA ACTGATTCCA CCAAACTTTT 8580 AAGAAGAAGG CTTTTTCAAT TTTCTTGTCT GCTACCATTT CGAAACTAGG GCGCTCTGTG 8640 GTGATGTAAC CTTGACCAAT CAAGTCCTTG TCTTCATAAG TCAAATGGCC AACCACTGTT 8700 CCAGCTTCAA GTGGTGCTGG GATTGCTTTG GAATCAGGTG TGAATTGAAC AGATTGGGAA 8760 GATTGATTCC CAACACGTTC GATTAGATAG ATATCCTCTG GAGCCACTGC AGTTACTGTA 8820 TCTTCTTTTC CATCTTGTAC AGGGGCTTTG CTATCTTGAT AGGCATCGCC TTGTTGAACG 8880 ATTTTGCGAA GTGTAAATGT AGAAGAAATA TAATCCATTA GGGAAGATGT AGCTGTAAAT 8940 CGAGCGTAAG GATTATTGTC TTGATGATCT GCATTTAAAA CAACTGTGAT GACTCTCATG 9000 CCTTTTTCGA CAGTAGTACC AACAAAAGAC TCTCCAGCCT TATCTGTTGT TCCTGTTTTT 9060 AGCCCATCAA AACCACCACG GTAAGCAGGC ATACCTTCTA ACATGTAGTT GGTTGAAGTG 9120 ATTGTCATCC CAGCAAAAGT AGAAGAAGGT TTTTTGGTGA TTTCTAAGAC TTGTGGGTAT 9180 TTTTTGATGA GGTTGCGAGC AACGATAGCG ACATCATAAG CACTAAGCTT ATTTTCCTCA 9240 TCTTTTTTAG AACCTGGGTA AATGTTATCC CCTAGAGTTT CATTGTTAAG ACCTGTCGTA 9300 TTGACAACAG TGGCATCCTG AATTCCCCAT TCCAAGAGTT TTGCCCGCAT CATATCGACG 9360 AAATCTTTTT CTGAGCCAGC AATTTTCTCA GCTAGGGCAA TAGCGGCGCT GTTGGCACTA 9420 GATACCAGAG TTGCTTCAAG CAACTCTTCG ACAGTATAAT TACGGGCCTC CATAGGAATA 9480 TTACTGGCTT CAGAATTTGT CGTCAATTGA TAAGGATAAT CAGAAATATC TACAGGAGTG 9540 GAGAGGGTAA TACTTCCGTT TTCCAAAGCT TCATAGACCA GATAAACAGT AATCAATTTT 9600 GTTATGGAAG CAATTTCGAC AGGTTGCGTT GCATCCTTCT CATAGAGAAT TTTACCAGTA 9660 TTTGCCTCAA CAGCAATCGC ATGTTTAGCG GCAATGGTAA AATCTTGAGC AACAGCAGTA 9720 GAAGCACCCC CTAAAAGAGA GACAGTTAAC AAAGTTAAAA ATATTTTTTT CATAGTAGTC 9780 TTATTCTATC ATAAAGAAAA AAAATATTCT TGCTTTAATA ATTCATCTGT TAAGCTTTTT 9840 GAAAATATGG TAAAATAAAG TAAGGGAGGT AACTCATGTT TCGTAGAAAT AAATTATTTT 9900 TTTGGACCAC AGAAATTTTA CTCTTAACCA TCATCTTTTA CCTATGGAGA CAGATGGGGT 9960 CTTTGATTAA CCCTTTTGTT AGCGTGCTTA ATACAATTAT GATTCCATTT TTATTAGGGG 10020 GCTTTTTTTA TTATTTGACA AACCCTATTG TTACTTTCTT AAATAAAGTC TGTAAACTCA 10080 ATCGTTTGCT TGGTATTTTA ATTACCTTGT GTACTTTGGT CTGGGGAATG GTCATAGGTG 10140 TTGTCTATCT CTTACCTATT TTGATTAATC AGTTATCTAG TTTGATTATA TCTAGTCAAA 10200 CTATTTATAG TCGAGTACAA GACTTAATCA TAGACTTATC TAATTATCCT GCGCTCCAGA 10260 ATTTGGATGT AGAAGCTACA ATTCAGCAGT TAAACTTATC CTATGTTGAT ATTCTTCAAA 10320 ATATCCTAAA TAGCGTATCA AATAGTGTGG GGAGCGTCTT GTCAGCTCTT ATCAGTACTG 10380 TTTTGATTTT GATTATGACT CCAGTTTTTT TGGTTTATTT CTTATTAGAT GGACATAAAT 10440 TCTTGCCCAT GCTTGAAAGA ACGATTCTAA AGAGGGATCG CTTGCATATT GCAGGCTTAT 10500 TAAAGAATTT AAATGCGACG ATTGCTCGCT ATATTAGTGG AGTTTCGATT GACGCAATCA 10560 TTATAGGTTG TTTGGCTTAT ATTGGCTATA GTATTATTGG TTTAAAATAT GCTTTAGTTT 10620 TTGCCATTTT TTCTGGTGTA GCCAATTTAA TTCCTTATGT GGGGCCAAGT ATTGGTTTGA 10680 TTCCTATGAT CATCGCAAAT ATATTCACTG ATCCCCATAG ACTGCTGATT GCAGTGATTT 10740 ATATGCTTGT TGTTCAGCAG GTAGATGGCA ATATCTTATA TCCTCGAATC GTAGGAAGTG 10800 TTATGAAGGT TCATCCAATC ACGATTTTAG TTTTACTTTT GTTGTCAAGC AATATCTATG 10860 GTGTAGTTGG AATGATTGTC GCAGTGCCAA CCTATTCTAT CTTGAAAGAA ATTTCTAAGT 10920 TCTTATCCCA TTTGTATGAA AATCATAAAA TAATGAAAGA ACGAGAAAGA GAATTAGCTA 10980 AGTAAAAGTC AGGAGAACCC TGATTTTTCT TTACTGGAAG TGGCCTTTAG ATTAGAAGAC 11040 TGAAAATAAG TTAAAGTCTT AAACTAATTT TCACAGCTAA GAATAGTAGA AGTTAATCTG 11100 ATAAAAATCG AAAAAACCAG TGGAATTCTG TGTCAGGGTA AGTTCCACTG GTTTTCATAG 11160 TCTATTAAAG TTCGAATGAA ACCTATTTAT AGTAGATTGA AACTAGAATA GTACACCTCT 11220 AATTCTAAAA CATTGTTAGA AATCGATTTG ACTGTCCTGA TCTATTCGTT CTATTCTTAT 11280 TTCATTTTAC TATATTTTGG TGCAATAAGT GAAAAGTAGT CCGAATAATA TAAGGATTGA 11340 TTTTATAGTT TTTAAACTCA AATGAATTGA AATAAAGAGA GTACGAAAAT TCTCATCTGA 11400 AAGTATTTTA GAATAATTCT CTTCGTGAAT TTCTTCAAAA CAGATAGCTT CATCTTAGGT 11460 ATGTGATTTC TTTTTGCATT TTTGAGTTAG ATAAGGTATA ATGATTTTAT TGTCTTTTGG 11520 GGTCGTTACG GATTCGACAG GCATTATGAG GCATATTTTG CGACTCGTGT GGCGACGTAA 11580 ACGCTCAGTT AAATATAACT GCAAAAAATA ACACTTCTTA CGCTCTAGCT GCCTAAAAAC 11640 CAGCAGGCGT GACCCGATTT GGATTGCTCG TGTTCAATGA CAGGTCTTAT TATTAGCGAG 11700 ATACGATTAA GCCTTGTCTA GCGGTTTGAT AAGAGATTGA TAGACTCGCA GTTTCTAGAC 11760 TTGAGTTATG TGTCGAGGGG CTGTTAAAAT AATACATAAC CTATGGTTGT AGACAAATAT 11820 GTTGGCAGGT GTTTGGACGT GGGTTCGACT CCCACCGGCT CCATTATTCC TTTGCATTCT 11880 TTTGCATTCC TTGGTAAAAC GTTGTTAAAT CAACGTTTTT TATTTTTATC TTTGGTATTC 11940 CTTTGCATTC TTTTGCTAAA AAGGGAGTCA CAAACAGACC CTATTTTAAA AAAGGATAGA 12000 AAAAAGGATA CAACATTTGT CGCATCCTAA AAATAATCTT TTTTCGACGG AAGACATGGG 12060 ATTCGAACCC ACGCACGCTA TTACACGCCT ACCGCGTTTC CAACACGGCC TCTTAAGCCT 12120 CTTGAGTAAT CTTCCAATAC TTACTCAAAT AGTCTACCAT AAAGGCTCTT ATCTTGCAAT 12180 AAAAATTCTA GAAATAAGAA AAATGATAGA TTTTGAAAGA AAATGATAAA AAATGCTTGA 12240 CTTCGAAAGA AAGTATGATA GAATGAATAG TGTAAACGAT AACAGGAGGT GATTCAGTGT 12300 TAAAAACAGA ACGTAAACAA CTAATTTTAG AGGAGTTAAA TCAACATCAT GTAGTTTCTC 12360 TAGAAAAATT AGTTAGTTTG CTAGAAACGT CAGAATCAAC GGTTCGAAGA GACTTGGATG 12420 AGTTGGAAGC GGAAAACAAG CTTCGTCGTG TGCATGGTGG AGCAGAACTC CCCTACTCCT 12480 TACAGGAAGA AGAAACCATT CAAGAAAAAT CTGTCAAAAA CCTTCAAGAA AAGAAATTGC 12540 TGGCTCAGAA AGCAGCCTCT CTCATTAAAG AAAAAGATGT CATCTTTATC GATGCTGGAA 12600 CAACAACTGC TTTTTTGATT CATGAATTGG TCAATAAGAA TGTTACAGTT GTGACCAACT 12660 CCATTCACCA TGCCGCTCAG TTGGTTGAAA AGCAGAwTCC AACTGTCATG GTTGGAGGAA 12720 ACGTCAAGAC GGCGACAGAT GCTAGTATCG GGGGCGTTGC TCTTAACCAG ATTAACCAAT 12780 TGCACTTTGA CCGTGCCTTT ATCGGAATAA ATGGTGTTGA CGATGGCTAT TATACGACTC 12840 CTGATATGGA GGAGGGAGCT GTGAAAAGAG CTATTTTGGA GAATGCCAAG CAGACCTACG 12900 TCTTGGTGGA TTCGTCAAAA ATTGGACAAA CTTGCTTTGC CAAGGTAGCC CCACTCAAAC 12960 GCGCTATCGT TATCACTAGT CAAGGGCATG AGCTCTTGCA GGTTATTAAG GAGAAAACGG 13020 AGGTAATAGA AGTATGATTT ATACAGTCAC ACTCAATCCA TCCATTGACT ATATCGTTCG 13080 TTTGGACCAA GTCAAAGTTG GTAGTGTCAA TCGTATGGAC AGTGATGATA AGTTTGCTGG 13140 TGGGAAAGGA ATCAATGTCA GCCGTGTCTT GAAACGTTTG AATATACCAA ATACAGCGAC 13200 GGGATTTATC GGTGGCTTTA CTGGTAAATT TATCACAGAT ACTTTAGCAG AGGAAGAAAT . 3260 CGAGACACGT TTTGTCCAGG TGGCAGAAGA TACTCGTATC AATGTTAAAA TCAAAGCAGA 13320 CCAAGAAACA GAAATCAACG GAACGGGTCC AACTGTTGAA TCGGTTCAGC TAGAAGAATT 13380 GAAAGCTATT TTATCTAGTC TGACAGCAGA AGATACAGTT GTCTTTGCAG GTTCAAGTGC 13440 TAAAAATCTA GGCAATGTTA TCTATAAGGA TTTGATTTCC TTGACGCGCC AGACTGGTGC 13500 GCAAGTGGTC TGTGACTTTG AAGGACAGAC CTTAATTGAT AGTTTGGACT ACCAGCCTCT 13560 TCTTGTAAAA CCAAACAATC ATGAACTTGG AGCGATTTTT GGGGTTAAAC TCGAAAGTTT 13620 AGATGAAATT GAGAAATACG CTCGTGAGTT ACTGGCTAAG GGTGCTCAAA ATGTTATTAT 13680 CTCTATGGCT GGTGATGGTG CCCTTCTTGT CACATCTGAG GGAGCTTACT TCGCTAAACC 13740 AATCAAAGGA ACAGTCAAAA ATTCAGTTGG AGCTGGTGAT TCTATGGTTG CTGGATTCAC 13800 AGGTGAATTT GTCAAATCAA AAGACGTAGT AGAAGCCTTC AAATGGGGAG TGGCTTGCGG 13860 AACGGCAACT ACCTTCTCAG ATGACTTGGC AACGGCGGAA TTTATTAAAG AAACATATGG 13920 AAAAGTTGAG GTAGAAAAAC GATGAAAATT CAAGACCTAT TGAGAAAAGA TGTCATGTTG 13980 CTAGATTTGC AGGCAACTGA AAAAACAGCT GTCATCGACG AGATGATTAA AAATTTGACA 14040 GACCACGGTT ATGTAACAGA TTTTGAAACA TTTAAAGAAG GAATTTTGGC GCGTGAAGCT 14100 TTGACTTCTA CTGGTTTGGG TGATGGAATC GCAATGCCTC ACAGCAAAAA CGCTGCTGTC 14160 AAAGAAGCGA CAGTTCTATT TGCTAAGTCA AATAAGGGTG TTGACTACGA GAGCTTGGAT 14220 GGACAAGCAA CTGACCTCTT CTTCATGATT GCAGCTCCAG AAGGTGCCAA TGATACTCAC 14280 TTGGCAGCCT TGGCAGAATT GTCTCAATAC TTGATGAAAG ACGGTTTTGC AGACAAACTT 14340 CGTCAAGCAA CATCTGCAGA CCAAGTTATC GAACTTTTTG ACCAAGCTTC AGAAAAAACT 14400 GAGGAACTTG TTCAAGCACC TGCTAATGAC TCTGGTGACT TTATCGTAGC TGTTACAGCT 14460 TGTACAACAG GTATTGCCCA CACTTACATG GCCCAAGAAG CCCTTCAAAA AGTAGCTGCT 14520 GAAATGGGGG TTGGTATCAA GGTCGAAACC AACGGTGCTA GCGGTGTTGG AAATCAACTA 14580 ACTGCAGAAG ATATCCGTAA GGCTAAAGCT ATTATCATTG CAGCAGACAA GGCCGTTGAA 14640 ATGGATCGAT TTGATGGAAA ACCATTGATC AATCGTCCAG TTGCTGACGG TATCCGTAAG 14700 ACAGAAGAGC TAATTAACTT GGCTCTTTCA GGAGATACTG AAGTCTACCG TGCCGCTAAT 14760 GGTGCCAAAG CTGCAACAGC CTCTAACGAA AAACAAAGCC TTGGTGGTGC CTTGTACAAA 14820 CACTTGATGA GTGGTGTATC TCAAATGTTA CCATTCGTTA TCGGTGGTGG TATCATGATT 14880 GCCCTTGCCT TCTTGATTGA CGGTGCTTTG GGTGTTCCAA ATGAAAACCT TGGCAATCTT 14940 GGTTCTTACC ATGAGTTAGC TTCTATGTTC ATGAAAATTG GTGGAGCTGC CTTTGGTTTG 1. 5000 ATGCTTCCAG TCTTTGCGGG TTATGTTGCC TACTCTATTG CTGAAAAACC GGGTTTGGTA 15060 GCAGGTTTCG TGGCTGGTGC TATTGCCAAA GAAGGTTTTG CCTTTGGTAA AATTCCTTAT 15120 GCCGCAGGTG GTGAAGCAAC TTCAACTCTT GCAGGTGTCT CATCTGGTTT CCTAGGTGCC 15180 CTTGTTGGTG GATTTATCGC AGGTGCCTTG GTTCTTGCCA TCAAGAAATA CGTTAAAGTT 15240 CCTCGTTCAC TCGAAGGTGC TAAATCAATC CTTCTATTGC CACTTCTTGG AACAATCTTG 15300 ACAGGATTTG TTATGCTAGC TGTGAATATC CCAATGGCTG CAATCAACAC TGCTATGAAT 15360 GACTTCCTAG GCGGTCTTGG AGGAGGTTCA GCTGTCCTTC TTGGTATCGT CCTTGGTGGA 15420 ATGATGGCTG TTGACATGGG TGGACCAGTT AATAAAGCAG CTTATGTCTT TGGTACAGGT 15480 ACGCTTGCAG CAACTGTTTC TTCAGGTGGT TCTGTAGCCA TGGCAGCAGT TATGGCTGGA 15540 GGAATGGTGC CACCACTTGC AATCTTTGTC GCAACTCTTC TTTTCAAAGA TAAATTTACT 15600 AAGGAAGAAC GTAACTCTGG TTTGACAAAC ATCATCATGG GCTTGTCATT TATCACTGAG 15660 GGAGCGATTC CATTTGGTGC CGCTGACCCA GCTCGTGCGA TTCCAAGCTT CATCCTTGGT 15720 TCAGCAGTAG CAGGTGGACT CGTTGGTCTT ACTGGTATCA AACTCATGGC GCCACACGGA 15780 GGAATCTTCG TTATCGCCCT TACTTCAAAT GCTCTCCTTT ACCTCGTTTC TGTCTTGGTA 15840 GGAGCAATCG TAAGTGGTGT GGTTTATGGT TACCTACGCA AACCACAAGC ATAAAAAATA 15900 GAAAAATGAA AAGATTGGAC CGTTTGGTGC AGTCTTTTTC TCTTCCCGAA ATGCCTGTGA 15960 AATATGGTAT AATAGAAGAA TGGCAAACAA GAATACAAGT ACAACAAGAC GGAGACCGTC 16020 TAAAGCAGAA CTGGAAAGAA AAGAAGCGAT TCAACGAATG TTGATTTCGT TAGGAATTGC 16080 GATTTTATTG ATTTTCGCAG CCTTCAAATT AGGGGCTGCA GGTATAACCC TTTATAATTT 16140 AATTCGCTTG CTAGTGGGTA GCCTAGCTTA TCTGGCGATA TTCGGCCTAT TAATCTATCT 16200 CTTCTTTTTC AAGTGGATAC GAAAACAGGA AGGACTCTTA TCTGGCTTTT TCACCATATT 16260 TGCTGGCTTA CTCTTGATTT TTGAGGCCTA CTTGGTTTGG AAATATGGTT TGGACAAGTC 16320 CGTTCTAAAA GGGACCATGG CTCAGGTTGT GACAGATCTG ACTGGTTTTC GAACGACTAG 16380 CTTTGCTGGA GGGGGCTTGA TCGGGGTCGC TCTTTATATT CCAACAGCCT TTCTCTTTTC 16440 AAATATCGGA ACTTACTTTA TTGGTTCTAT CTTGATTTTA GTGGGTTCTC TCCTAGTCAG 16500 CCCTTGGTCT GTTTACGATA TTGCTGAATT TTTCAGTAGA GGCTTTGCCA AATGGTGGGA 16560 AGGGCACGAG CGTCGAAAAG AGGAACGCTT TGTCAAACAA GAAGAAAAAG CTCGCCAAAA 16620 GGCTGAGAAA GAGGCTAGAT TAGAACAAGA AGAGACTGAA AAAGCCTTAC TCGATTTGCC 16680 TCCTGTTGAT ATGGAAACGG GTGAAATTCT GACAGAGGAA GCTGTTCAAA ATCTTCCACC 16740 TATTCCAGAA GAAAAGTGGG TGGAACCAGA AATCATCCTG CCTCAAGCTG AACTTAAATT 16800 CCCTGAACAG GAAGATGACT CAGATGACGA AGATGTTCAG GTCGATTTTT CAGCCAAAGA 16860 AGCCCTTGAA TACAAACTTC CAAGCTTACA ACTCTTTGCA CCAGATAAAC CAAAAGATCA 16920 GTCTAAAGAG AAGAAAATTG TCAGAGAAAA TATCAAAATC TTAGAAGCAA CCTTTGCTAG 16980 CTTTGGTATT AAGGTAACAG TTGAACGGGC CGAAATTGGG CCATCAGTGA CCAAGTATGA 17040 AGTCAAGCCG GCTGTTGGTG TAAGGGTCAA CCGCATTTCC AATCTATCAG ATGACCTCGC 17100 TCTAGCCTTG GCTGCCAAAG ATGTCCGGAT TGAAGCACCA ATCCCTGGGA AATCCCTAAT 17160 CGGAATTGAA GTGCCCAACT CCGATATTGC CACTGTATCT TTCCGAGAAC TATGGGAACA 17220 ATCGCAAACG AAAGCAGAAA ATTTCTTGGA AATTCCTTTA GGGAAGGCTG TTAATGGAAC 17280 CGCAAGAGCT TTTGACCTTT CTAAAATGCC CCACTTGCTA GTTGCAGGTT CAACGGGTTC 17340 AGGGAAGTCA GTAGCAGTTA ACGGCATTAT TGCTAGCATT CTCATGAAGG CGAGACCAGA 17400 TCAAGTTAAA TTTATGATGG TCGATCCCAA GATGGTTGAG TTATCTGTTT ACAATGATAT 17460 TCCCCACCTC TTGATTCCAG TCGTGACCAA TCCACGCAAA GCCAGCAAGG CTCTGCAAAA 17520 GGTTGTGGAT GAAATGGAAA ACCGTTATGA ACTCTTTGCC AAGGTGGGAG TTCGGAATAT 17580 TGCAGGTTTT AATGCCAAGG TAGAAGAGTT CAATTCCCAG TCTGAGTACA AGCAAATTCC 17640 GCTACCATTC ATTGTCGTGA TTGTGGATGA GTTGGCTGAC CTCATGATGG TGGCCAGCAA 17700 GGAAGTGGAA GATGCTATCA TCCGTCTTGG GCAGAAGGCG CGTGCTGCAG GTATCCACAT 17760 GATTCTTGCA ACTCAGCGTC CATCTGTTGA TGTCATCTCT GGTTTGATTA AGGCCAATGT 17820 TCCATCTCGT GTAGCATTTG CGGTTTCATC AGGAACAGAC TCCCGTACGA TTTTGGATGA 17880 AAATGGAGCA GAAAAACTTC TTGGTCGAGG AGACATGCTC TTTAAACCGA TTGATGAAAA 17940 TCATCCAGTT CGTCTCCAAG GCTCCTTTAT CTCGGATGAC GATGTTGAGC GCATTGTGAA 18000 CTTCATCAAG ACTCAGGCAG ATGCAGACTA CGATGAGAGT TTTGATCCAG GTGAGGTTTC 18060 TGAAAATGAA GGAGAATTTT CGGATGGAGA TGCTGGTGGT GATCCGCTTT TTGAAGAAGC 18120 TAAGTCTTTG GTTATCGAAA CACAGAAAGC CAGTGCGTCT ATGATTCAGC GTCGTTTATC 18180 AGTTGGATTT AACCGTGCGA CCCGTCTCAT GGAAGAACTG GAGATAGCAG GTGTCATCGG 18240 TCCAGCTGAA GGTACCAAAC CTCGAAAAGT GTTACAACAA TAAAAAAATA GCTTCTTTCC 18300 AAGTTTGGAG GGAAGCTATT TTAGTGGCTA TTGATTGCTT TTATTTTCTG AAGTTGGCGC 18360 ATTGGACTGT TTTTCGTTTT CAGTAGCAGG TTTACTTGAA GCAGGAGTAG AAGAGTCCTG 18420 AGTTGCTGTT TTCTGATCTT CTTTTTTCTC TTCCTTGACG CTAGATTTTG GTGTTTCCTC 18480 TTGCTGTGTT TTTTCTTGAC TAGTGTTAGT CTCTTTAGTT GGACTGGTGT TTTCCTTAGG 18540 GGATTCCTTT TGGATTTCTT TGACAATGGT TGTCGTCTGG CTTGTCGTAG GTTCTTTTTT 18600 AATATTTTTG TTATTATCCA AGGCGTT 18627 (2) INFORMATION FOR SEQ ID NO : 114 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2560 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 114 : TAAAATACGT TACCTTGCTT CTGCACGTTC AGCAGGTAAG TCATTGAAAT TTAAAGATCA 60 AGATATTACA ATTGAAGAAA CGACTGAAAC AGCTTTTGAA GGAGTTGATA TTGCTCTCTT 120 TTCAGCAGGT AGTTCTACAT CAGCTAAGTA TGCACCATAC GCAGTAAAAG CTGGCGTGGT 180 AGTAGTAGAT AATACATCTT ATTTCCGTCA AAATCCAGAT GTTCCTTTGG TTGTTCCAGA 240 GGTCAATGCT CATGCACTTG ATGCTCACAA CGGAATCATT GCCTGCCCTA ATTGTTCAAC 300 AATTCAAATG ATGGTGGCTC TTGAGCCGGT TCGCCAAAAA TGGGGCTTGG ACCGTATCAT 360 TGTTTCAACT TATCAAGCCG TTTCAGGTGC TGGTATGGGA GCAATTCTTG AGACACAACG 420 TGAACTTCGT GAAGTCTTGA ATGATGGTGT GAAACCACGT GATTTGCATG CGGAAATCTT 480 GCCTTCAGGT GGTGACAAGA AACATTATCC TATCGCCTTT AACGCTCTTC CACAAATTGA 540 TGTTTTCACT GATAATGATT ACACGTACGA AGAGATGAAG ATGACCAAGG AAACTAAGAA 600 AATTATGGAA GATGATAGCA TTGCAGTATC TGCAACATGT GTGCGTATTC CAGTCTTGTC 660 AGCTCACTCT GAGTCTGTTT ATATCGAAAC AAAAGAAGTG GCTCCAATCG AAGAAGTAAA 720 AGCAGCTATC GCAGCCTTCC CAGGTGCTGT TCTTGAAGAT GATGTAGCTC ATCAAATCTA 780 TCCTCAAGCT ATCAATGCAG TTGGTTCGCG TGATACCTTT GTTGGTCGTA TCCGTAAAGA 840 CTTGGATGCA GAAAAAGGAA TTCACATGTG GGTTGTTTCA GATAACCTTC TCAAAGGTGC 900 TGCTTGGAAC TCAGTTCAGA TTGCTGAAAC TCTTCATGAA CGTGGATTGG TTCGTCCAAC 960 AGCCGAATTG AAATTTGAAT TAAAATAGTC ATATCGTTTA GGAGTTCAGA TGAACTCCTT 1020 CTTTGAAATA GAGAGGTGTT TTCGTGTCTT ATCAAGATTT AAAAAAATGT AAAATCATTA 1080 CAGCCTTTAT TACCCCCTTC CATGAGGATG GTTCCATTAA CTTTGATGCT ATTCCAGCCT 1140 TGATTGAGCA TTTATTGGCC CATCATACGG ATGGAATTCT TCTCGCAGGA ACGACTGCTG 1200 AGAGTCCAAC TTTGACCCAC GATGAGGAGT TGGAGTTGTT TGCGGCTGTA CAAAAGGTTG 1260 TCAATGGACG CGTTCCTTTG ATTGCGGGTG TAGGTACTAA TGATACGCGT GACTCTATTG 1320 AGTTTGTCAA AGAAGTAGCG GAATTTGGTG GTTTCGCAGC TGGGCTTGCT ATTGTTCCTT 1380 ACTACAACAA ACCTTCTCAA GAAGGGATGT ATCAGCACTT TAAGACTATT GCAGATGCTT 1440 CTGACCTACC AATTATTATC TATAACATTC CAGGGCGTGT AGTTGTCGAA TTGACTCCAG 1500 AAACCATGCT TCGCTTGGCT GACCATCCAA ATATTATCGG TGTCAAAGAA TGTACTAGCT 1560 TGGCTAATAT GGCTTACTTG ATTGAGCACA AGCCTGAAGA GTTCTTGATT TATACAGGTG 1620 AGGATGGAGA TGCTTTCCAT GCCATGAACC TTGGGGCGGA TGGGGTTATT TCTGTTGCCT 1680 CTCATACAAA TGGGGATGAA ATGCACGAGA TGTTTACTGC GATTGCAGAA AGCGATATGA 1740 AGAAAGCCGC AGCAATTCAG CGTAAATTCA TTCCTAAGGT TAATGCTCTC TTCTCTTATC 1800 CAAGTCCTGC TCCAGTTAAG GCAATTCTTA ACTATATGGG ATTTGAAGCT GGACCCACTC 1860 GTCTACCTCT TGTTCCAGCA CCAGAAGAAG ATGCCAAACG CATTATCAAG GTTGTCGTAG 1920 ATGGCGACTA CGAAGCAACT AAGGCAACTG TAACAGGGGT CTTAAGACCA GATTACTAAT 1980 AAAGACAATA AAATCCGGCT CTTTGTCAAC TGTAGTGGGT TGAAGTCAGC TAAGCTCGAG 2040 AAAGGACAAA TTTTGTCCTT TCTTTTTTGA TATTCAGAGC GATAAAAATC CGTTTTTTGA 2100 AGTTTTCAAA GTTCCGAAAA CCAAAGGCAT TGCGCTTGAT AAGTTTGATG AGATTATTGG 2160 TCGCTTCCAA TTTGGCGTTT GAATAGGGTA GTTGAAGGGT GTTGACGATT TTCTTTTTGT 2220 CCTTTAGAAA GGTTTTAAAG ACAGTCTGAA AAATAGGATG AACCTGCTTC AGATTGTCCT 2280 CAATGAGTCC GAAAAATTTC TCCGGTTCCT TATTCTGAAA GTGAAACAGC AAGAGTTGAT 2340 AGAGCTGATA GTGATGTTTC AAGTTTTGTG AATAGCTCAA AAGCTTGTTT AAAATCTCTT 2400 TATTGGTTAA GTGCATACGA AAAGTAGGAC GATAAAATCG CTTATCACTC AGTTTACGGC 2460 TATCCTGTTG AATGAGTTTC CAGTAGCGCT TGATAGCCTT GTATTCGGGA TTTTCGATGA 2520 AACTGATTCA TGATTTGGAC ACGCACACGA CTCATAGCAC 2560 (2) INFORMATION FOR SEQ ID NO : 115 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 11303 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 115 : TATTGGATTT CCCTTGCAAT CAGTTTATGG GACAAGCACC CGGCAGCGCA GAGGAAATCA 60 ACGCCTTCTG TAGCCTACAT TTTCAAACCA CCTTCCCACG TTTTGCCAAG ATTAAGGTCA 120 ACGGTAAGGA AGCAGACCCT CTCTATGTCT GGTTACAAGA CCAGAAATCC GGCCCACTAG 180 GAAAACGAGT CGAATGGAAT TTCGCTAAGT TTCTCATCGG TCGAGATGGG CAAGTCTTTG 240 AACGCTTTTC TTCAAAAACA GACCCAAAAC AAATTGAAGA GGCGATACAA ACTCTACTAT 300 AATTCACAAT CTCACTATGA TTAGGTTTCC TTTAACCTGA TGAATAGTGA GATTTTTTGA 360 TGGGCTTTGA CTTAAATAGA AAAACACCCC ATGATATGAA ACATGAAGTG TTGTAAAGTC 420 TATGTTGTAG GTGCTTATTT CACAATTTCA ATGTGACCAG TGATAACGAA TACCATACAG 480 AATCTTCATA TACACTAAAC AAATGACTTT CTAATTATTT CAATTAGTTT TGGCTAGTAA 540 ATATCATTTC CAACAAACGC CCTCTCAATT CCTTATCCTG ATGATGCAAG ATATTCATTA 600 AGTCATGAGA GTTTTTCGCA TTGATGAATT GATTTAACAA TCTATCTTTT AATTCATATG 660 GAAGAGAAGC TGTCTTTAGT AGTCTAAAAA CTTCGTCATT TAAAGATGTC CTTTTATTAT 720 CTTTCCATTC AAATTTAGCT GTATCATTCT TATTTGGCAA TTCAATTATA GACACATTCG 780 TTCCTTTAAA ATGAATTCTA TGTTTTCTAT TGCTTGGAAC GATACTAGAA TCTCCTTGTA 840 ATGCTAACTC TACCATTCCC ATTTCCCAAT CGATTGATAA TCTTGTTTTA TATCTTTGAC 900 CATTTTGATC TTCAAGCATT TCAAAAGAAT GTTGTTTTCC TGGGAATACA TACCAATCTA 960 CAACTTCAGG TAAATCAACA CCCATACCTA TCTCAGAACC AACCAAGGGA ATGATTGCAC 1020 CACTTTTTGC AAACACAGGC GTAGTCGAGA TGTCCCTATA AACACTTAAC TTCACACCAC 1080 CTGTGTATTT TTTCTCTGAA AAGAAGTCAT ACCATTCACC TTCAGGGAAC CATACATCTA 1140 CTTTTGCAGA TTGGAATGTC AAATCCATCT TTTCTACAAT GGGAGCCACC ATCAGTTCTG 1200 TTCCAAAAAA GTATTGGTTT GGAACATTAT AGCTCTCATC ATTCTCTGGA TAGAAATAAT 1260 AGATTGGACT GATTAATGGG GCACCTTCCT CATGTGTCTG TACATTCATG GTATATAGAT 1320 AGGGAATCAT CTGATGTCTC AAACGAAGGT ATTTCTTCAT AATCTTAGAT GTTGTTTCTG 1380 AAAAAAACCA AGGTTCTTTA CTATTAAAAG GACTTCTAGA ACTATGTAAT CGAGTAATCG 1440 GACTAAAAAC ACCAAACTGT AGCCATCTAG TTTGTAGCTC TTCGTCATAA TCCCCCAACA 1500 TATGTCCACC GATATCATGA CTCCACCAAC TATAACCGAT ATTAGATGCT GTCGCTGTAA 1560 AATAGGGTTG AAATCTTAAG GAATTCCAAC TAATAATAGT ATCCCCTGAA AAACCAACAG 1620 GGTAGCGGTG ACTACCAGGA CCTGCATATC TTGATAAAAT CAAACCACCT TCTGCATTTT 1680 TACAACTATC CTGATAGTGA TAATGGTTTA AAAGCCAAAG TGGATCTAGC ATACCTTGTG 1740 TCCCTTGTTG CCAGTCAATC CACCAAAAAT CTACTCCCTG CTTTTCTAGT TCATAATGAA 1800 CATCTTTAAA GTAGGCTTCC CTAAAAGAGG GATTAAAAAA ATCAAAAATA GCAGGTTCTT 1860 CTAGTTCTAC ATTTAACCCC AACCGTTTTG CGATTTGAGG ATAAGCTTCT TCATAAGCCC 1920 GTATCCCATC AGCAGGATGG ACATTTAAGG AGAGTTTTAG CTTTCTATCA TGAAGTTGTT 1980 GCAATAACTG TTCTGGATTT GGTATTAAGT TTCTATTCCA ACTATATCCT GTCCAGCCAC 2040 TTCCAAAGCG AGCTGGAATG TCAGTTATAT GCCAATCCAT ATCTAACACA CCGATAGATA 2100 ATGGAATTTT CTCTGTTTCA AATCTGTCTA TTAAATCCAA GTATTCATCC GACGTATAAG 2160 GCCAATATCT ACTCCACCAA TTGCCTAAAG CATATCTTGG CAACAAGGGT GTTGAACCAG 2220 TCAAATGGTA AAAATCTCTG ATTGCTCCTC TATAATCATG CCCATAGGCA AAGAAATACA 2280 GGTCAATTTG ATTTTCTCTC TCAATATAAC CAGATTGTTC ATCCCAAATA AATCCTTGAG 2340 AATCATCCAA TAAGGCTATA CCATTTCGGC TAATAATTCC ATCTTCTAAC GAGATTGCTC 2400 CATCTGCCTT ATCCAGAGTC CGAGCTGTTC CTTTTAACGT TTCAATAGAT TCACCAAAAT 2460 ACCAGCGACT ACCATATACG GCAAAATTTC CTTTTAATTC TATAAATAAA TTTTCGGCGT 2520 TAAATTCTCC TTTATTAAAG TGCAGATGAA AATAGTCCGT CATAATATCT AGTACGTTTG 2580 ATGTCTCGAT ATAATCTAAC GAAATTTGGC CAAAATCTCT ATTATAGATA AGTTGTGTCG 2640 TTCTATCCTC AAAACTTCCA GTTTGAGAGT ATTCTAACCT TACTAGCTTG TCTGTTAATA 2700 CAGAGATTCG ATAAAACTCT CCCTTAAAAA TTTTCAATTT GTTTTCCTCC TTTTATGGTA 2760 GCATAAAAAC AGAACGCACC ATTTTTGATG CGTTTTTCAT TATTCTGAAT GCAATGTTCT 2820 ATCTGTTATA TCTATGACAA ATAATAGTCA ATTGAAAAAA TGCAGTGGAC AAAATATCTT 2880 TTAACAAACC AAGAGTTTAT TAAAGAGTTA TCACTTTTCA ACTTTTCTAA GCTTATGCAG 2940 TTGTGAAACA AACTACTTTT AAACTATTAA CTAAGATAGG ATTGATAAAT AATTTCAAAC 3000 TCTTACTAGC AATCATACGA TATTCAAGCT CACGTGCTTT TTTCCTTCCT GCTTATTTCT 3060 TAGAACTGAA GAACCCGGAT CGGTATATAA ATTATCCGGA TCAACATAGT CATAAGATTC 3120 ATAACAGTTG CGCTTCATTA AGTCATCCCC AGAGCAAGAG CTTCATCTCG TAATTTTTCA 3180 ACATCACTAA CCGTAGGTCG CCATCCTTCA ATCATATTTG TACTTAAAGC ATACCAAACA 3240 CTCTTAAAAA CGGATCGGTT TTCAAAAGCT ATTCCCATGA TTGTCATCTT TTCTTTATCT 3300 ATATCTAAGG ACATATGCTA CCTCCTTTAG ATACATTATA CCATGTTTCT CTGTAGCTTT 3360 TAAAAATTTT ATTTTGTTTG TCATATCTAA GTTTTCAGCA CGCTTATCCT ATTTTATAAG 3420 CCTCAAACCC AAATATAAAA CGCATTCTTT TTGCTTTTTT ACTATTGTAT CGTATTCTAC 3480 GATAACATAC TTTACTTTAT TGTTTTTTTA AATAACAGCA GTTCCCTGTT TATCAACTAT 3540 TCGAACTACT TTCTATTTTG CTTCATACCC TACATAGCGA AAAAATATGA AAAAGCAGAG 3600 AAGAATATCT TAAAAAGACC TCTTCACTGC TAATATTAAC ACTCATTATT TAAACTATAT 3660 GGATTCTATC ATCGAGTATA CTTTTTTACT TATTAGATAC CTTGCTCTTC TTTCACCAAT 3720 TTTTGATCAT ATACACGGAT GAATGGAAGA TAGACTAGGA ATGCTGCAAA TGCACATACT 3780 AGAGCAACTA ATACAGCTCG AAGATCTGCT GTCCCTAAGA AAGCTCCAAT CCCTACTGGA 3840 GTTGGCCATG GAACCTGTGC GATAATTGGC TTAATAAAGT TTAGAGAATT CGCTACGTAA 3900 TAAATAGTAG CAGTAACCAT TGGTGCTAAA ATAAATGGTA TAGCCAAGGC TGGATTATAG 3960 ATAATAGGTA ATCCAAAAAT TAATGGTTCA TTAATATTAA ATAAGGCTGG AACTACAGAT 4020 GCTCGTCCTA TTGCTTTAAG CTGTTCAGAT TTAGAGGCAA AAGCAATATA TAAACATAGT 4080 CCTAAAGTTG CACCAGAACC ACCTGCAATT ACAAACATAT TAGAAAATTC ACCTGCAACA 4140 GCGAAGTGCC CGCCAGCAGC ATTTTCAGCC ATGTTAGCAA GAGCAATTGG ACTAACAAAT 4200 GCAAAAACAA TGTTCGCACC GTGGATACCT ACAATCCAAA GTAGTTGAGT CAATAGATAA 4260 ATAATCATTA AACCAATCCA CGAATTAGTC AGATTGGATA CAAAACCAAA TGGAATTGCA 4320 ATGACTTTAA AAATATCTGT TCCCATTGCT ACAAGAAGAC CGTTGATAAA GATAACAACA 4380 AATGCAACAA CAAATCCCGG AACCAAAGCG GTAAATCCAC GAGAAACTCC TTCTGGAACA 4440 GCTTCAGGCA TTTTAATAAC CCAATTATGT TTAACACACA TACGATAAAT AAGAACAGTC 4500 ACAATTGCCA TAATGATTGC GGTAAAAATC CCTGTTGTCC CAAAACGTGC GACTACATTT 4560 CCCATTGCCC ATCCATCTGC AATTACTGCA CCTTCTTTTA GACTTGTCAC AGTCTTCATC 4620 ATTCCACCAT CAAAAATGAT TTGCGGTACT GTCATGACAA AAGCCATCAA GGCAAGCAAG 4680 GCACCATTAA GAGGATTCAT ATTGAGTTCT TCTTCCTCTG CATAAATTTT TGTCAATTCA 4740 TATGCAAGTG ATAGAACGAA ATAAAGAGAT AGAGAACCCA TAGTCGCATA GTTTGCAACC 4800 ATGTAAAGTG ATGTGAATTT ATCAAATGAA GCAGAGAAAA TATCTGCCAC AATTGGCCAA 4860 AATGAGAAAG CTTGTGGCAA AATACTGAAT ACCAAAAACA TTGATCCTAC AATAGTAAAT 4920 GGTACAGCAG CCATACCTGC AGCCGTGATA GCACGTACTA CTTTAAACTG AGCAAGTTTG 4980 CCCATTGGTC CCATAACATG GTTTTCAAGA AAACCAAACA ACCCGTTTTG TTGATCCATA 5040 AATAGACCTC CTTAATAAAA CATAATAATT TTTACTTTCT AAAGACTAGT TTCAAATACA 5100 AATTATACTA GATCAGGATT ATAAACTAAG TGAGTTCTTT TCCAATTGGA CAAATTGTTG 5160 ATAAGCCTTA TCTGTTCGTT TATAAATTTT TTTAATTCTT CTAATGTCTA ACAAACTCAG 5220 AACTAAACCT AATAGAAGAA CTACAAAAAC AAATAAACGT GCTACTTGGT TATTTTCAAA 5280 AATCGGAAAA AGATTCTTAA ACCAACTTGT CCAAGTTAAA ACAAGTAATC CTATTGAAAT 5340 AAGCATTTGT ATTCTAACAA ACATTAGTGT TATTCCCAAC TTTTCTTTCC TATTTCCATA 5400 AAGTTTAAAT TGTTCAACAG TTGCTAAAAT AGAAAATACT ATGAGCATAA TGGGGAAAAT 5460 AATAATAGGC GAGGGACTAA TAAACTGACT CAAAAGCCAA TAAATATTCC CAAAAAAGAA 5520 GAGTGCTATT GAATAACGTA GAAGAAGATA TCGATTGAAA AAAGTATTAG TTAGAGCCAT 5580 CTCTCGACGT TGTTGTTCAA TCTTTTGTCG TTCTTTTTTA TCCATATCAT TTCCTCCTTA 5640 TATAACAACA CATATTTAGT TAACTTTCTT ATAAAGAGCT AACATTTCCT TTGCTACTTC 5700 TAATAATGTC ATAGTGGTCA TTAAATGATC TTGAGCATGT ACCATGATAA TTTCAATTTT 5760 AATTTCCACT CCACTTGCGT ATTCTTGCAA GAGTTTGGTT TGTGCATGAT GCGCTTCAAG 5820 AATTATCTCA TTTGATTGAT TTAATTTACT TTCTGCATCA TCAAAACTAC CTTCTCTCAT 5880 TTTTGCAAAT GCTTCATGTA TTTCTGACCT TGCATTTCCC GAATGCAGGA TAATTTCAAA 5940 TGCTGCAACC TGCAGTTCCT CTTGATTCAT ATAAACCTCC TATTTTATCT TCTCAAATAT 6000 GTTAATAAAA TCTTCAAAGT TATTGCAAGA TATTAGCTGA TTTTGCAATT CATCATTCTC 6060 TGTCAGAGAG ACTATCTTTT TAGTCACAGT TGCCAAACCT TCGTTCCCAT ATATTGATGG 6120 AGATAGAAGA AATACTAGCT GGACATGTGA ACTTTGATTA TCCCAGAGTA ACGAATCTTT 6180 ACAAATTGCA ACCGAAACCT TTCCCTCTGT ACCAAAGGGC TGAATAGGAT GCGGAACTGC 6240 AATTTTTTCA GAAAAAACAA CTGAACTTAA TTCTTCGCGC TGTTTAATTC CATAAAGTAA 6300 AGATTGTTCA AACTCATTTG ATTCACCAAC AGATAAACTC TCAACCATCT TTTCAAGTAA 6360 ATTTACCTTG TCTGATTCAG TACATATTAA AAAGTTTTCT TTACTAAAAT ACTGTCTAAA 6420 GCCGTTGTTT TCAAATTTGT TAATCTTTGA TGATTGTACA TAACTAGAAA CTTGCATCTA 6480 ATCCATAGCT TTTCTAATCA TTTCCATCTC ATCACTCTTA AGAAACACAC TAACTTTAAA 6540 AACTGGGATT TGAAAATATA GATTTGATAA ATCAATAGCT GACACTATAA AATCTATTCC 6600 TTTAAGTTTT TCTTGATTCA ATTCATAGTA GCCTATTACA TCAACAACTT CTACTCGCTT 6660 CCCAAACTCC GTTTCCAAAC GATTTCTTAA CATTTGGGCT GCACCAAATC CTGTTGCACA 6720 AATAGCAAGA ATATTAAACT TAGTACTCTC TTTGCTACGT TCCATAGCAG CTAAAAAGTG 6780 AAGACTTACA TATGCTACTT CATCATCTGA TATTGTCCAC TCCAAGAACT TGTCCATATT 6840 TGCAAGAATT TCTCTAGTCA TAAAGAATAT ATCACTATAA TTCTGTTTAA TTTCATCTAC 6900 CAAAGGGTTA TTTAAGGTAA TCCGGCTTTC TAAACGTACT TGTAGTGTCA TTAGATGAGT 6960 TATCAATCCT TCAATTAGTT GGAAATCTGA AGAAAAGTTA TACATATCAT CTAATCCTAA 7020 ATTCTGAAAT GTTTTAAATA AAGATTTTTT TAAAACTTCT TCAGAAATAT TCTTCTGATT 7080 TTTTTGACAT TGTTGACTCT TAGCTAACAA ATGCAAAGTA ATGTAGTCTA TTTCCTGAAC 7140 TGGAAATTCC TGATTTGTTA CTTCTCTTAC TTTAGAAAGA ATTCTTTGGG CAACCTTTCT 7200 CTCTATTGCA TCATCAGTCA TCTGACAGTC TATATTTTTT ATTTCAAATC CGGATTTTAA 7260 ACGAATCACA GACAATGCTA TGTGAACTAC TAAATTCTGT AGTACAAAAT CAGATAGTTT 7320 TAGGTTGGCC TCTTGGCATT CATCCAAAAC AATTCTAGCA AATTCTTCTA ATGGAACAGT 7380 TTGATCAAAA AAGTTAAATT TTACATAGCA ATGTATTGTT TTAAAAAATT GATTCTCTAG 7440 GAAATAATTT ATGATAAAAC GTCGTTTATC ACGTTCCTCG CCTGAGACAT AAACTCCTTT 7500 ATTCGCCCTA CTCTCAATGG ACAAATTATA CTCTGATAAC ATCACTCGTA TCTTTCTGAA 7560 ATCATGAGAT AATGTTGAAC GACTAACGTA AAGTTCATCA GCTAAATCAT CAAAAAGAAC 7620 TGGAACTTGC TCAAATAATA ATTTATTTAA GATAAATACT AAACGATCAT CACCTTTTGA 7680 AACCGCAGTT TTCGTATAGT CTTCTTCCAG TTCATAAGTT TGTCTAAACT CCTGGTAAGC 7740 GCCTTGATTC TCAAAAAATA TTTGATACCC TTGACCTTGT TTTGAAATCA ACCGGACTCC 7800 TTGAATAATC ATTGTCTTCT CAATTAATTT CAGTACATTA CGGACAGTTC TATCTGAACA 7860 GGATAAATAT TCTGCCAGTT CTTTGCTTGT AACAAAACGT TCCTTATTTT TTATTAAAAA 7920 TTGAAGGATA TCTTTCTCTT TAATGTTTAA CACATTCATT CCCTCCTAAA ACGTATGTTT 7980 TCATATATTG AAGCATATTA TACACTTAAA TCAGTTTATA TCAAACTCAA AACAATTTAT 8040 CTTAACCTAA ATATTTATTG ACATTTCATG TGTTCATCAA ATATTCTCAA GAATCAAATT 8100 AGCCATTTTT TCAATTCCCA TTGGAATAGG AATATAGGCT TGAGGAGGTA TTTGTACAAC 8160 TGGTTTTCCT GCTTTAGAAC CAGCCTCTTC AAATTGCTTA AAGTACATTT TTGTTTGAGG 8220 ACTGACAAGA TACAAATCAA AAGCTGCTGC TGCGATAGCT TTCCCTCCTT CAGTAGCACT 8280 AATAGCATCA ACTACAATAT CTTTCCCTTT TCCTTTTAGA AACTCTGTTG TTTTCTGTGC 8340 CATAAGTGAT GAAGACATTC CTGCTGCACA AATAATTAAA GCTTTTGCCA TAATATTTTC 8400 TCCTTTTCTT AAATCCAATC AAAGCTGTGC TAAGTTGGCT TATTTGTTAT CTATTTTTAT 8460 TATAAAATAA AGCGTTTCCA ATGACAATTC CCTCATTTTC CTAAATGATA TGGAAAAAAA 8520 TTATTTATAC TTCAATTTAT AAAATAAAAT TATTCCTGAG AGTAGAAATG AAACACTATT 8580 TGCTAAAATC AAAGGCAAGT CTCCTATACG AATACCATGA GCAAGCCACA ATGCAATACC 8640 AATAACTTGC ATAACATACA TACCTAGAGC AATAGATCCT GTGTCCTTTG TCTTAACTAC 8700 ACGAAAAACT TGTGGTAAAA ATGCAAATGT TGTTAAAATT GCTGCAATAC TTCCAATCAT 8760 ATGTCACCTC AATATGCTAA ACAAACTGAG AATAATCTCA GTTTGTTTAT ACTATTCTAC 8820 TGATTCACCG TTAGATGAAA TAACTTCCTT ATACCAGCCA AAAGATTTTT TCGGGGAACG 8880 ATTATAACTT CCCTTCCCAT TATCATCTTT ATCTACATAA ATAAAGCCAT AACGTTTCCG 8940 CATTTCACCG GTACCAGCTG AAACCAAATC AATACATCCC CATGGAGTAT AACCCATTAA 9000 ATCAACACCA TCTTCAACTA CAGCCTTTTT CATTTCACGA ATATGGGCAC CTAGATATTC 9060 AATTCTATAA TCATCATGTA CCATACCATC TGCTGCAACT TGATCTATAG CTCCAAAACC 9120 ATTTTCAACA ATAAAGAGTG GTAAGTGATA GTGGTCTGTA AACCAATTTA ACGCATAACG 9180 CAAACCTTCT GGATCAATTT GCCACTCCCA TTCAGAAGCC TTAACATAAT TATTTTTCAC 9240 TAAATCTTCT GTTTCAAGAT AATCAAAATA AGGATTATTT TCACGATGAG AGTCGATAGC 9300 AAAGGACATA TAGTAACTGA AACCAATGTA ATCTACAGTC CCACCAAGTA AATCTTCTTT 9360 ATCCTGGGCA GTAAAATCAA CTGAAATACC TTTTCGTTCC CAATACTTGA AAATATGCTC 9420 AGGATATTTA CCTAAAACAT GCACATCAGC AAAATAATAA CGCTTCTGCA TAGCTTTCAT 9480 TGCCATTAAG ATATCCTTAG GATTGCAAGT AACTGGATAA ATTGGACACA TCGCAATCAT 9540 ACAACCTATT TGAAAATCTG GATTAATCTC ATGACCAATT TTTACAGCTC GTGCAGAAGC 9600 AACTAATTCG TAATGTGCTG CTTGATACAT AATTGCTTCT CTATTATCAC CTTCCTCATA 9660 TACAATACCT GAGTTAGTAA ATGGTGCAAA ATCTTCCTGA TAATTCGCTT GATTATTGAT 9720 TTCATTGAAA GTCATCCAAT ATTTAACCTT ATCTTTGTAA CGTTTAAATA CGACTTCTGC 9780 AAAACGAGCA AAGAAATCAA TCAATTTCCT ATTTTTCCAA CCACCATATT CGGTCACTAA 9840 GTGATAAGGC ATTTCAAAAT GAGATAGAGT GATGACAGGT TCAATACCAT TCTTTAAGCA 9900 TTCATCAAAA AGATTATCAT AAAACTGTAA TCCTTCTTCA TTCGGCTCTA ACTCATCACC 9960 TTTTGGAAAG ATACGTGTCC ATGCAATAGA GGTACGGAAG CACTTGAATC CCATTTCAGC 10020 AAAAAGTGCT ATATCTTCTT TATAACGGTG ATAAAAATCT ATCGCCTCAT GATTTGGATA 10080 ATATTTACCC TCTAAAACTC CCAAAGTAAT TTCACGAGCT ACTCCATGAC GACCAGCAGT 10140 CATAACATCA GCAACACTAA TTCCCTTGCC ACCTTCTTGC CATCCACCTT CAAGTTGATG 10200 AGCAGCAACA GCACCACCCC ATAAAAATCC ATCTTTAAAA GTAGTCATCT TTTTTCCTCC 10260 TGACTTTGAT ACTCTTATTA TAAACCTTAA ACCAAAAGAT GAAAACGCAT TCTTTTTCCT 10320 TATTGTTAAG GAAAGAAGTA ATTTTTAATG GAAATAGAAC AATATCTTCT TGTATTCTCG 10380 TAATGATATC TTTACGATTT TCAATACTTT CAAACTACAA AAACTCTCAC AATAATTCTA 10440 ATTCCCTGTG TCTATAAACG ACTTATCGCT TTCTGGCATC CCAGAATCAT CTTCTATATA 10500 ACGTTCAACT TGCATCTGCA AGTGATATTT TTTTCTTAAA TCTAAGATTT TCTGCATTGT 10560 CTTTGATTGA TAATGTTTAT CTAAAGTTTC TTGATTTATC CACTGATCAA TAAGGAGAAT 10620 AGTTCCCTCT TTTTCAATTG GTAAAAAATA TTCGTATTTC AAGTTACCTT TTTGATTTCT 10680 AATTTCTTTA ACAAGGCCAC TATCAAGCAT TTCTCTTGCA AACTTTATTG CACTATCTCC 10740 ATCACCTTTA TAATATACAT GAATAGTCAA TGTCATCTTA TATCCTCCAA AATCATCCTT 10800 CAATTTTAAA AAAACAAGTT TAGATGAGGA TCTAAACTTG TTTTTTATGA ACTAATTATC 10860 TAACGTTTCG CCATTACTTT CAATCACTTC TTTATACCAA TAAAATGATT TTTTCTTATA 10920 GCGATTTATA GTCAATTGAA ACAAGAGCAG GACAAAAGAG CCTCATAAAA GGTATTGCAA 10980 CTTGGTAATA CCTTTTTGAG GTGCTTTTTG ATATGAGCCC ATGTTTTCTC AATAGGATTG 11040 TACTCAGGTG AGTAGGGAGG AAGAGGTAAA AGTTTATACC CAAACTCTTC ACACAAGAGT 11100 TCTAGCTTCC CCATTCTATG GAATCTTGCA TTATCCATAA TAATAACCGA TGGTGTGGTT 11160 AATGTTGGTA AGAGAAACTT CTGAAACCAA GCTTCAAAAA AGTCGCTCGT CATCGTCTCT 11220 TCGTAAGTCA TTGGAGCGAT TAACTCACCA TTTGTTAGAC CTGCAACCAA AGAAATCCTC 11280 TGATATCTTC TTCCAGATAC TTT 11303 (2) INFORMATION FOR SEQ ID NO : 116 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3112 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 116 : CCTTAGATTT CCACTTGCCA GAGGAATTGA TTGCCCAAAC GCCCCTTGAA AAACGTGATG 60 CCTCCAAACT CCTCATCGTC AACCGTGAGA CAGGAGAAAT GCAAGATAAA CATTTCCACT 120 CTATTATTGA TATGCTGGAA CCTGGTGATG CCCTTGTCAT GAACGACACC CGAGTTCTCC 180 CTGCCCGCCT CTATGGTCAA AAAGTGGAGA CAGGAGGTCA TGTGGAACTT CTCCTCCTTA 240 AGAACACTAG TGGAGACGAG TGGGAAGTTC TGGCTAAACC TGCCAAACGC CTCAAGGTCG 300 GTACTCGTAT CAGCTTTGGT GATGGCCGCC TCAGCGCTGT CGTTACAGAA GAATTGACCC 360 ACGGGGGACG CATTGTCCGC TTTGAATACC AAGGAATTTT CCTAGAAGTC TTGGAAAGTC 420 TGGGAGAAAT GCCTCTGCCA CCTTATATCC ACGAAAAATT AGATGACCGT GAACGTTATC 480 AAACCGTCTA CGCCAAGGAA AGTGGCTCTG CTGCAGCACC GACTGCTGGT CTTCACTTCA 540 CCAAAGAACT GCTGGCAGAA ATCCAAGCTA AGGGTGTTCA TCTAGTCTAT CTGACTCTCC 600 ATGTCGGACT CGGAACCTTT AGACCTGTTT CTGTGGATAA TCTGGACGAA CACGAAATGC 660 ACTCAGAGTT CTATCAACTT TCTGAGGAAG CTGCTGCCAC CCTTCGCTCT GTCAAAAAAA 720 ATGGTGGTCG TGTCATCGCT GTCGGAACCA CTTCTATCCG CACCTTGGAA ACTATTGGTT 780 CCAAGTTTGA TGGGCAAATC CAAGCAGATT CTGGTTGGAC CAATATCTTT ATCAAACCTG 840 GGTATGAGTG GAAGGTCGTG GATGCCTTCT CAACCAACTT CCACCTGCCA AAATCAACTC 900 TGGTCATGTT GGTTTCTGCC TTTGCAGGCC GTGAATTAGT CTTAGATGCC TACCACCATT 960 CCATCCAAGA ACACTACCGC TTCTTCAGTT TTGGTGACGC CATGTTTATT TATTGAGAAA 1020 GAATTTCTCT AAATCTTCTA ATACCAATAA ATCGCTAAGA TATTATTTCA AAGAACATCT 1080 ACAATTGAAA CTCTAGCTAG CTGTAGAAGA GGCCTAGTAC ATTGAAATTA AAATGCTTCC 1140 CCCTAGCTTC GAAAATATTG CCATAGATTG CGTTGACTCT CCAAATTGAT TCATCTATAT 1200 TTTATTTCAG CTTCCTATAC TTTCTTCGCT GTTTGTAAAT CAAAATGCAA GACACATGAG 1260 TAGCACCATA TTTGTTACTC TTATCTGTCC TCTCAAGAGA CTATTATGAG TTATTTCAGA 1320 ATCATTCACT ACTTTGACCC TGACTCTCCT TAGTCTCAAA ATCAAAGACT TATACTCTTC 1380 AAAAATCTCT TCAAACCGCG TCAACGTCAC CTTGGATTAT ATATGTGatC TGaCTTCGTC 1440 AGTTCTATCT ACAACCTCAA AGCAGTACTT TGAGCAACCT GCGACTAGTT TTCTAGTTTG 1500 CTCTTTGATT TTCATTGAGT ATTAAACAAA AAGTGAACAA ATCTGAATTC TAATGTACAG 1560 AAGACTAGGC TTGTTCACTT TTTTATAGTC GCTATAAGAT GACCTTATCT ATAGCTTTTT 1620 ATATATAATT ATATATTCAG ACATACTATT ATCAATTTTG TCGCAGGGAG GAATCTGTTA 1680 ACGCACCCAT TCACCATTAT CATTGACTCT ATAGCCATCT ATACTTGTAT TGACCGCTAA 1740 CTCACCCGAT GTATTTACAT AATACCATTT ACCACCAACT TGGAACCATT GATTGACTTT 1800 CATAGAACCG TTGCTGTTGA GGTAGTACCA TGAACTATTA ACTTGTACCC AACCTGTTGC 1860 CATGGAACCA TCAGTATTAT AAAAATACCA CATACCATTT TCTTGTTTCC AGTCTGTTGT 1920 TGGAGCAACT GCTTTAGCTG GTTCTACTGC TACATCTGTT CCTTGGTTAG ATGTAACAGA 1980 TACAGGATAC GAAGGAATAG ATGATTGCTC AGGAACAACA ACTTTTTCAG GTTCTCTCGT 2040 CCCTCTCCTT ATACGTCTTT TTACCATCTC TTTAGTAATT TGACGAGAAG TAGTTTCTTC 2100 AATTGTTCCA TCACGTTCAT CTACAGTATA GATTGTAGTA AGAGTAATTT ACCAATTTCT 2160 CCTACTTCTT CTACTTCTTG ACTTTTATCA AGAGTTGGGC CATCGAGATA TTCTGTTTCG 2220 ATTGGAATTT CTTGGACAAG AACTTGGGGC TTGGTTCTTT TTTTAACAAC TCTTGTTTGA 2280 GAGTCTTTTT TTTGACTTAA AGTACTCTCA GTTACTTGTC CACTCTTTCC ATCTACATTA 2340 TAAGTTATCG TTGTAACTGT TTTCCCATTC TTTCCTAGAG TAATCTCTTG CTCCTGTCCT 2400 GCAGAAAGGT CATTGTCTGC TTCATATTTA GTAGCAAATG GAACAAGAAC TTCTTCAACC 2460 TTGCTTTTAG CTGGAACTTT GATAACTGTA TCCGTGGCTT CTTTTCTATC AACAGTAACC 2520 TGTTCGGTAA CATAACCAGT CTCTGGATTA ACATCGTAGG TCCTTGTCGT AGTTACATAG 2580 CCATCCTCTC CATCAATTGT AACAGGATTT TCACTACGGT CTTTTGTTTC ATCTTTTTCA 2640 TAACGAATTC GCGTACTTGA AATTTTCTTG GTTACTACCT TAGGTTTAGT CGCTACTTTT 2700 ACAATAATAT CCCCATTGTC AGCGTCATCA TACTCTATTC CCTCTTCTTT ATCTCTAGTA 2760 TCATCTCTGA CATATTGAAT CCCATCAGCA GCATGAACAA AACTTGTATT CAGATTCCTC 2820 CTAAAAATAA AGTTAGCCCG ATTACCGCAG AACCAAAAAT CTTTCCGAGT TTACGTATTG 2880 CATAGCGCTT ATTAGTATTA GATTTTGCCA TTACATCCTA CTTCTAGTAT AGCATCTTTT 2940 CTATCAAACG TTAAACAATA TACGTTATAT ATAAAATAGA CTTAGAATGA TATATTGATT 3000 ATTGAACTAA CACTTTAACT ATATCGTAAT CAATCTCATA TATAAAGGAT TGCAGACATC 3060 TTATCTAAAT ACATGCGAAT ATATTTAGAT ACAAACATTC CAACTTGATA AT 3112 (2) INFORMATION FOR SEQ ID NO : 117 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4327 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 117 : CCCAAAAATC TCTTCAAACC ACGTCAGCTT CGCCTTGCCG TAGTATGGTT ACTGACTTCG 60 TCAGTTCTAT CCACAACCTC AAAACAGTGT TTTGAGCATC ATGCgGCTAG CTTCTTAGTT 120 TGCTCTTTGA TTTTCATTGA GTATAAAAAC AGATGAGTTT CTGTTTTCTT TTTATGGACT 180 ATAAATGTTC AGCTGAAACT ACTTTCAAGG ACATTATTAT ATAAAAGAAT TTTTTGAAAC 240 TAAAATCTAC TATATTACAC TATATTGAAA GCGTTTTAAA AATGAGGTAT AATAAATTTA 300 CTAACGCTTA TAAAAAGTGA TAGAATCTAT TTTTATGTAT ATTTAAAGAT AGATTGCTGT 360 AAAAATAGTA GTAGCTATGC GAAATAACAG ATAGAGAGAA GGGATTGAAG CTTAGAAAAG 420 GGGAATAATA TGATATTTAA GGCATTCAAG ACAAAAAAGC AGAGAAAAAG ACAAGTTGAA 480 CTACTTTTGA CAGTTTTTTT CGACAGTTTT CTGATTGATT TATTTCTTCA CTTATTTGGG 540 ATTGTCCCCT TTAAGCTGGA TAAGATTCTG ATTGTGAGCT TGATTATATT TCCCATTATT 600 TCTACAAGTA TTTATGCTTA TGAAAAGCTA TTTGAAAAAG TGTTCGATAA GGATTGAGCA 660 GGAAGTATGG TGTAAATAGC ATAGGCTGAT GTCCATCATT TGCTTATAAA GAGATATTTT 720 AGTTTAATTG CAGCGGTGTC CTGGTAGATA AACTAGATTG GCAGGAGTCT GATTGGAGAA 780 AGGAGAGGGG AAAATTGGCA CCAATTTGAG ATAGTTTGTT TAGTTCATTT TTGTCATTTA 840 AATGAACTGT AGTAAAAGAA AGTTAATAAA AGACAAACTA AGTGCATTTT CTGGAGTAAA 900 TGTCTTATTT CAGAAATCGG GATATAGATA TAGAGAGGAT CAGTATGAAT CGGAGTGTTC 960 AAGAACGTAA GTGTCGTTAT AGCATTAGGA AACTATCGGT AGGAGCGGTT TCTATGATTG 1020 TAGGAGCAGT GGTATTTGGA ACGTCTCCTG TTTTAGCTCA AGAAGGGGCA AGTGAGCAAC 1080 CTCTGGCAAA TGAAACTCAA CTTTCGGGGG AGAGCTCAAC CCTAACTGAT ACAGAAAAGA 1140 GCCAGCCTTC TTCAGAGACT GAACTTTCTG GCAATAAGCA AGAACAAGAA AGGAAAGATA 1200 AGCAAGAAGA AAAAATTCCA AGAGATTACT ATGCACGAGA TTTGGAAAAT GTCGAAACAG 1260 TGATAGAAAA AGAAGATGTT GAAACCAATG CTTCAAATGG TCAGAGAGTT GATTTATCAA 1320 GTGAACTAGA TAAACTAAAG AAACTTGAAA ACGCAACAGT TCACATGGAG TTTAAGCCAG 1380 ATGCCAAGGC CCCAGCATTC TATAATCTCT TTTCTGTGTC AAGTGCTACT AAAAAAGATG 1440 AGTACTTCAC TATGGCAGTT TACAATAATA CTGCTACTCT AGAGGGGCGT GGTTCGGATG 1500 GGAAACAGTT TTACAATAAT TACAACGATG CACCCTTAAA AGTTAAACCA GGTCAGTGGA 1560 ATTCTGTGAC TTTCACAGTT GAAAAACCGA CAGCAGAACT ACCTAAAGGC CGAGTGCGCC 1620 TCTACGTAAA CGGGGTATTA TCTCGAACAA GTCTGAGATC TGGCAATTTC ATTAAAGATA 1680 TGCCAGATGT AACGCATGTG CAAATCGGAG CAACCAAGCG TGCCAACAAT ACGGTTTGGG 1740 GGTCAAATCT ACAGATTCGG AATCTCACTG TGTATAATCG TGCTTTAACA CCAGAAGAGG 1800 TACAAAAACG TAGTCAACTT TTTAAACGCT CAGATTTAGA AAAAAAACTA CCTGAAGGAG 1860 CGGCTTTAAC AGAGAAAACG GACATATTCG AAAGCGGGCG TAACGGTAAC CCAAATAAAG 1920 ATGGAATCAA GAGTTATCGT ATTCCAGCAC TTCTCAAGAC AGATAAAGGA ACTTTGATCG 1980 CAGGTGCAGA TGAACGCCGT CTCCATTCGA GTGACTGGGG TGATATCGGT ATGGTCATCA 2040 GACGTAGTGA AGATAATGGT AAAACTTGGG GTGACCGAGT AACCATTACC AACTTACGTG 2100 ACAATCCAAA AGCTTCTGAC CCATCGATCG GTTCACCAGT GAATATCGAT ATGGTGTTGG 2160 TTCAAGATCC TGAAACCAAA CGAATCTTTT CTATCTATGA CATGTTCCCA GAAGGGAAGG 2220 GAATCTTTGG AATGTCTTCA CAAAAAGAAG AAGCCTACAA AAAAATCGAT GGAAAAACCT 2280 ATCAAATCCT CTACCGTGAA GGAGAAAAGG GAGCTTATAC CATTCGAGAA AATGGTACTG 2340 TCTATACACC AGATGGTAAG GCGACAGACT ATCGCGTTGT TGTAGATCCT GTTAAACCAG 2400 CCTATAGCGA CAAGGGTGAT CTATACAAGG GTGACCAATT ACTAGGAAAT ATCTACTTCA 2460 CAACAAACAA AACTTCTCCA TTTAGAATTG CCAAGGATAG CTATCTATGG ATGTCCTACA 2520 GTGATGACGA CGGGAAGACA TGGTCAGCTC CTCAAGATAT TACTCCGATG GTCAAAGCCG 2580 ATTGGATGAA ATTCTTGGGT GTAGGTCCTG GAACAGGAAT TGTACTTCGG AATGGGCCTC 2640 ACAAGGGACG GATTTTGATA CCGGTTTATA CGACTAATAA TGTATCTCAC TTAGATGGCT 2700 CGCAATCTTC TCGTGTCATC TATTCAGATG ATCATGGAAA AACTTGGCAT GCTGGAGAAG 2760 CGGTCAACGA TAACCGTCAG GTAGACGGTC AAAAGATCCA CTCTTCTACG ATGAACAATA 2820 GACGTGCGCA AAATACAGAA TCAACGGTGG TACAACTAAA CAATGGAGAT GTTAAACTCT 2880 TTATGCGTGG TTTGACTGGA GATCTTCAGG TTGCTACAAG TAAAGACGGA GGAGTGACTT 2940 GGGAGAAGGA TATCAAACGT TATCCACAGG TTAAAGATGT CTATGTTCAA ATGTCTGCTA 3000 TCCATACGAT GCACGAAGGA AAAGAATACA TCATCCTCAG TAATGCAGGT GGACCGAAAC 3060 GTGAAAATGG GATGGTCCAC TTGGCACGTG TCGAAGAAAA TGGTGAGTTG ACTTGGCTCA 3120 AACACAATCC AATTCAAAAA GGAGAGTTTG CCTATAATTC GCTCCAAGAA TTAGGAAATG 3180 GGGAGTATGG CATCTTGTAT GAACATACTG AAAAAGGACA AAATGCCTAT ACCCTATCAT 3240 TTAGAAAATT TAATTGGGAA TTTTTGAGCA AAAATCTGAT TTCTCCTACC GAAGCGAACT 3300 AGAGAGATGG GCAAAGGAGA GATGGGCAAA GGAGTTATTG GCTTGGAGTT CGACTCAGAA 3360 GTATTGGTCA ACAAGGCTCC AACCCTTCAA TTGGCAAATG GTAAAACAGC GACTTTCCTA 3420 ACCCAGTATG ATAGCAAGAC CTTGTTGTTT GCAGTAGATA AGGAAGATAT CGGACAGGAA 3480 ATTATTGGTA TAGCTAAAGG AAGCATCGAA AGTATGCATA ATCTTCCTGT AAATCTAGCA 3540 GGTGCCAGAG TTCCTGGCGG AGTAAATGGT AGCAAAGCAG CGGTGCATGA AGTTCCAGAA 3600 TTTACAGGGG GAGTTAATGG TACAGAGCCA GCTGTTCATG AAATCGCAGA GTATAAGGGA 3660 TCTGATTCGC TTGTAACTCT TACTACAAAA AAAGATTATA CTTACAAAGC TCCTCTTGCT 3720 CAGCAGGCAC TTCCTGAAAC AGGAAACAAG GAGAGTGACC TCCTAGCTTC ACTAGGACTA 3780 ACAGCTTTCT TCCTTGGTCT GTTTACGCTA GGGAAAAAGA GAGAACAATA AGAGAAGAAT 3840 TCTAAACATT TGATTTTGTA AAAATGGCTC TTTGTCAACT GTAGTGGGTT GAAGTCAGCT 3900 AAGCTCGAGA AAGGACAAAT TTTGTCCTTT CTTTTTTGAT ATTCAGAGCG ATAAAAATCC 3960 GTTTTTTGAA GTTTTCAAAG TTCCGAAAAC CAAAGGCATT GCGCTTGATA AGTTTGATGA 4020 GATTATTGGT CGCTTCCAAT TTGGCGTTAG AATAGTGTAG TTGAAGGGCG TTGACGATTT 4080 TCTCTTTGTC CTTTAGAAAG GTTTTAAAGA CAGTCTGAAA AAGAGGATGA ACCTGCTTTA 4140 GATTGTCCTC AATGAGTCCG AAAAATTTCT CCGGTTCCTT ATTCTGAAAG TGAAACAGCA 4200 AGAGTTGATA GAGCTGATAG TGATGTTTCA AGTCTTGTGA ATAGCTCAAA AGCTTGTTTA 4260 AAATCTCTTT ATTGGTTAAA TGCATACGAA AAGTAGGGCG ATAAAAATGT TTATCGCTGA 4320 GTTTACG 4327 (2) INFORMATION FOR SEQ ID NO : 118 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3521 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 118 : CTCTGGCCCT GCCACTCCAA CGTTTTGTCA GGGTGCTTTT TTCATAAAGG AGTTCTTATG 60 TTAGATATCA AACGTATTCG TACAGATTTT GAAGCTGTCG CAGAAAAATT AGCTACACGT 120 GGTGTAGATG CTGCTGTCTT GAATGAAATG AAAGAAATCG ATGCTAAACG TCGTAACATC 180 TTGGTCAAGG TTGAAACTCT CAAAGCAGAA CGTAACACAG TTTCTGCTGA GATTGCCCAA 240 GCTAAGCGCA ACAAGGAAAA TACAGATGAC AAGATTGCTG CCATGCAAAA TCTATCTGCT 300 GAGGTTAAAG CCTTGGATGC TGAATTGGCA GAAATCGATG CTAAATTGAC AGAATTTACA 360 ACGACTCTTC CAAATATCCC AGCTGACAGC GTTCCTGTTG GGGCTGACGA AGACGACAAT 420 GTGGAAGTTC GCCGTTGGGG TACTCCACGC GAGTTTGACT TCGAACCTAA AGCTCACTGG 480 GATCTCGGTG AAGACCTTGG TATCCTTGAC TGGGAACGCG GTGGTAAGGT AACAGGCGCT 540 CGCTTCCTCT TCTATAAAGG CCTCGGTGCT CGTTTGGAAC GTGCTATCTA CAACTTTATG 600 TTGGATGAAC ATGGAAAAGA AGGCTATACT GAAGTCATCA CACCTTACAT AGTCAACCAT 660 GATTCTATGT TTGGTACTGG TCAGTATCCA AAATTTAAGG AAGATACTTT TGAACTCAGC 720 GATACCAACT TTGTCTTGAT TCCAACTGCT GAAGTTCCTC TGACAAACTA CTACCGTGAT 780 GAAATCTTAG ACGGCAAAGA TCTTCCAATC TACTTCACTG CCATGAGTCC GTCATTCCGT 840 TCTGAGGCTG GTTCTGCCGG TCGTGATACG CGTGGCTTGA TCCGTTTGCA CCAATTCCAC 900 AAGGTTGAAA TGGTCAAATT TGCCAAACCA GAAGAATCTT ACGAAGAATT GGAAAAAATG 960 ACAGCCAACG CTGAAAACAT TCTTCAAAAA CTCAACCTTC CATACCGTGT CGTTGCTCTC 1020 TCTACTGGAG ATATGGGCTT CTCAGCTGCG AAGACTTACG ACTTGGAAGT GTGGATTCCA 1080 GCACAAAACA ATTACCGTGA AATCTCAAGC TGTTCAAACA CAGAAGATTT CCAAGCCCGT 1140 CGTGCCCAAA TCCGTTACCG TGATGAAGCA GATGGCAAGG TGAAACTCCT TCATACCTTG 1200 AACGGTTCTG GACTTGCAGT TGGACGTACA GTGGCTGCAA TTCTTGAAAA TTACCAAAAT 1260 GAAGATGGTT CTGTGACCAT CCCAGAAGCA CTTCGTCCAT ACATGGGTGG AGCTGAAGTC 1320 ATCAAACCAT AAAAAATAAG GTTTAGCTAT TTCTAGCTAG ACCTTTTTTC GTAACCAAAT 1380 CAGATAAGCA CCTAGTACAA AGAATAAAAT AGTTAGGCAT ATAATGGTTT CAGCCAATAC 1440 CAGGTAATCC AGAAATGGAA GTTTCAAAAT TCCCTGAGCC ATCTTGAGCG AGGTCGCTGT 1500 GATAATGGTT GGGAAGGTGA GGGCTGAGAA GGCTGGTTGA AAACCTTGTT TTAAAATGTT 1560 GGGCAGACGA GTTAAAACAA AGAAAAAGAA GGATTGAGAA GCCAAAATCA TGACAATCAA 1620 GACCCAAGTC GGCAGGCTGG TTCCTCCTAC TCGAACTAGA GAAGCCAAGA GTAGAGAGAA 1680 AGGAGCACAG TAGATTCCTT CTTGTCCAAG CAAGGCTAGT GGGAGTGGAT GTTTCTTTAA 1740 ATCGCTATAA ATAAGGGGAT AGAGATAGAA GGTCAAGAGA AAACCAAAAC TCAAGGTCGC 1800 ATAGGCAATT TCGATAATAC CTACCAGAGG ATAGGTCAAG GCAGCCACTG CTATCCCCAC 1860 ATAGAGAACC GTCCAGCTTG GAGTGGCATG AACCCTCCGC CCTGGACAAG CAAACTTGAT 1920 GGTAAAACCA GCAATCAAGG TCAAATCCAA GAGAAATGAA AACCACCAAA TCCCTTGTGC 1980 TACCAAAGGA AGATAAGAGA ATACGCGAAA GACATAGGTC GATAAAATCA TCCCAGCCAT 2040 AGGAAAGGTT GCCATTCCTG ACAAAAGAGG GGGCTTGGTC AATTCTTGCT TGGTTTCTTT 2100 CCAATTAAAG AGATGCAGAA TTAGAAAGTA AATCCATAAA ACCAAACCAA TCAGACTAAA 2160 AAGATGGGAT AGAACCGGCA ACGTATCTAA AATAAGATTT CCAGCTCCTG CCAAACCTAG 2220 CAAACAACCT GAAAATACTA AGGGGAGTTT TTTCATCCTA ACCTCCAATA ATCATGTTAG 2280 TTTCAGTATA ACATAAAAGC GCTTAAATGA GGATTTAAAA AAACGAGTCC GCTTATTTCA 2340 GACTTCATTT TACTCAGATA TGAATTAGGC ATAAGGTTGC AATTCTGGAT TAATTGGTGT 2400 ATTAGCTAAG TTGTTGGCAT AGTTACAGAG GATTGCTAGG CTGACACCAA AAACCACATC 2460 CAAGGCATTT TGTTGAGTGT AGCCAGCTTC TAAAAACTCA GACAAGGCTT CATCTCCTAC 2520 ACGACCCTTG GTATTGATAA CTGCCAAGGT AAACTTAGCT AGGGTATCCA ATTTAGGATC 2580 TGTTTCAATT GGAGTACGAT TGCGAAGAGC TTGAATCAAG TCATCATTCA TCTGGATTTG 2640 TTTGATGGAA AAGGCTGTGT GACCTGCGAC ACAGAAGGCA CAACCATTGG TCACGGCTGC 2700 CGTGATTTGC ACCACTTCAC GCTCAACGGG TGTCAGGCTG TTGCGACGGT GGATAGATGA 2760 GACAATTTGG TAGGCTTCTA AAACAGTCGG GGCATTGGCC AAGAGACCGA TTAGGTTGGG 2820 AATATAGCCA TTGTTGTCTT TTTCTACTGT TTCAAGAATT TCTTTCACTT CTGCTGGTGC 2880 TGACTCTACT GTATGGATAG TAAATGTTGT CATAAGATAC CTCTTTTCTT ATTATTGACA 2940 CTAATATTAT TGGAAAATCT TATAAAATCC TGATTCCTAA GTTTATCTAA GATAAAGCTT 3000 TATTCTCTCA TAAGATTTTC GTTGTTATAT TAGTTTATCA CACTTCCAAT CACTTGTATA 3060 ATATATATTA TATATCAGGC TGATAAAAAT TATTTATAGG CAAAAAAATC ACACGAGCTG 3120 TGTGATTCCA TTATTTGTCA AAATACTTTT TAGTTTCAGC AATAACGACT GGCGACAAGA 3180 CCAAGAGGGC AATCAAGTTT GGCAGAGCCA TCAAGGCGTT AACGATATCT GCGATAATCC 3240 AGACCATATC CAACTCGATA AATCCTCCTA ACAAGACCAT GAGCACAAAA ACCACACGGT 3300 AGAGCCAGAT AAAGCGAACC CCAAAGAGGA ACTCAAAACA GCGTTCTCCG TAATAGTTCC 3360 AACCTAGAAT CGTTGTAAAG GCAAAAAGTA CAAGGAAGAT GGTCAAGAGA GCAGGCCCAA 3420 AGTGTGAAAA GTTTGTTGAG AAAGCTGACT GAGTCAAGGC AACCCCATTC AAGTCACCGC 3480 TCCAAACTCC AGTTACCAAG ATGGTCAAAC CAGTTAGAGT A 3521 (2) INFORMATION FOR SEQ ID NO : 119 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1968 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 119 : AACCTGGGCA AGCAAGCTAA AAGCAATGGG ACCTGGAATC CTAATGGCAA CTGCCGCTGT 60 TGGAGGTTCC CACATTGTAT CCTCAACTCA AGCTGGCGGT TCTTACGGTT GGTCTCTACT 120 TCTCTTGGTC ATCTTAGCCA ATGTCTTTAA ATATCCATTT TTCCGTTTTG GTGCTGAATA 180 CACAGCTGAT ACTGGAAAGA CTTTGGTTGA AGGTTATGCC GAAAAAGGAA AACTCTATCT 240 CTGGATTTTC TTTATCCTCA ATGTCTTTTC GGCTATGGTC AACACGGCTG GTGTTGCCAT 300 TCTGTGCTCA GCTATCATCG CCAGTGCCTT CCCAATGATT GGACTTAGCA TTACTCAGTG 360 GTCCCTCATT CTCGTTGCAA TCATTTGGGC TATGCTACTC TTTGGAGGCT ACAAACTTTT 420 AGACGGCATG GTCAAATGGA TTATGTCTGC CTTAACCATT GCGACTGTTC TTGCAGTTAT 480 CATTGCGGCG GTCAAGCATC CAGAATACAG TTCTGATTTT GTCGAGAAGA CACCTTGGCA 540 AATGGCAGCT CTGCCCTTCA TCGTCTCCCT CCTAGGATGG ATGCCGGCTC CTATTGAAAT 600 TTCAGCCATC AATTCACTTT GGTCAGCTGA AAAGAGAAAG ACCGTCAACT TTAACACAGA 660 AGACGCTCTG TTTGACTTTA ACACTGGTTA TATTGGAACA GCTATCCTAG CCGTCTTCTT 720 TGTGGCACTG GGAGCACTGA TTCAGTATCC TACAGGGCAG GCGGTTGAAG CTGCTTCAGC 780 CAAATACATC TCTCAATTCG TGGGCATGTA TGCCTCTGTT CTTGGCGAAT GGTCCCGTTA 840 CTTGATTACC TTTATTGCCT TCCTCTGTAT CTTTGGAACA GTTATAACTG TTATCGATGG 900 CTATTCTCGC GTTAATCAGG AATCTCTCCG ACTGCTAATC AGTCAAAAAG AGGACAATCG 960 TAAATCTTTG AACATCTGGA TGACCATCAC TGCTATCATC GGTATCGTCA TTATCAAGTT 1020 CTTCGCTGGT CAGGTTTCAA CCATGCTCCG CTTTGCCATG ATTGGCTCTT TCCTGACAAC 1080 ACCTTTCTTT GCTCTTTTGA ATTACGCCTT GGTAACGCGT GAAAACAAAA ATCTTCCTTC 1140 TTGGCTCAAA CACCTTGCCA TTGCGGGATT GATTTTCCTC TTTGCTTCGC CATCTTCTTT 1200 ATCTACGCAC TCGCAATCGG AAAAGCAGGG TAAGGGACAA GCGCGAGATG AAGATAAGGT 1260 TTCATTTCAA GAGAAAATTC AGCAAATATT TCTATGATAA AAAGCATAAG AACAAGGTTT 1320 TGAAGACCTG AACTTATGCT TTTTTACGTT CTTAAAGACT GTTTATACTC AAAAAACAGT 1380 TGAACAACTT CAACCACCTC TTATAAGAAC TTTATACTAT TCGAGAATCT CTTCAAACCA 1440 CGTCAGCTCT ATCTGCAACC TCAAAGCTGT GCTTTGAGCA ACCTGCGACT AGCTTCCTAG 1500 TTTGCTCTTT GATTTTCATT GAGTATTAAT TCTCCTTTTC CAACTCATAC AAATCTGCGA 1560 TAATAGCTGC GACATGTTTG ATATCTTCCA GCATGCCTCG CATTTCAAAG TCAGCCAATA 1620 CAGGGAAGCC AAAGCGTTGA CTGTATTGCT TGGCTGTTAG GCAGTATTGG TTATTAAAGT 1680 TACGATTTCC TGACCCAACC ACACCAAAAC ACTTACTAGC ATTGTTACCA TAGGCAATAA 1740 AATCTCCCAC CGGTGTCGTC AAAATCTCAA CATCTCCGTT ATCCACGCCA TTCCCACCTT 1800 CGAGATAGGT CGGCAAAAAA GCGACATAGG GATGGTCCAT TTCATAGAAA TTTTTGCCTT 1860 CCTTGACCAA ATCCTTGATA TGAATCTTTT GAACCTCAAT CCCTTTGTAC TGGGACAAGA 1920 GATAGTCTTT CAAGCGCGTC ACAAAACTTT CAGTGTTGCC ACTCAAGG 1968 (2) INFORMATION FOR SEQ ID NO : 120 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 7172 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 120 : CCGCATTTTT TATCACTAGA CTCGAGACAT CTTTTGAGTG GCTCTTGCTC TCTGGTTTAA 60 TTTTCTTCCT TGCTCAAGGA CTCCTGCTAT TTCTCTTGGT CGTCCGACTC AAACATCAAT 120 TCGCTGAGAT TTATCCTCAA ATCAATAAAA AGATTCGCTT CTACTATTTA GGGGTTCTCA 180 CCATTGATTT TCTATTTTTT GTTCTCTTAG CCTTCATTAG TTCTCAGCGT TTTTCATCTC 240 TTATGCCAAT CATCACTGCT TGCCATTCTA CTTTTTATTA TATGACAGCT GACTACCTAA 300 GAGAAAACTA TCCAGACTTT TACGACAAAC ACATCTCTTT ATGGGAGTGT CTCTAAAGAA 360 AAGGAGGTTT TAGCATGAAA AAAATCATCT TCATCAAAAC CATTCAACTC CTTGTCATTG 420 ATGGAATCAT GCTGGCATTT TTGACATTTA AAAGGGGGCT TACTTGGGAC TGGATTTTGA 480 TTTATAGCGG TTGGCTCATT TTCTTTCATC CTGTGCTATT GACCTATCTT TCAAACCAAC 540 TTTGTGACCA CTTTAGTTAA CTCTATTCCC AGATTAGACC GAGATTCTGG CGTTTTGCTT 600 TACAAATTCT CCTATGGGAT AGCCTGATGA TTCTCTCCTT GGTGTCTTTA AGTGATATTC 660 CACTTTTCCT TCAGGGAACT CTCCTCATCC TAGGACATCT CATCCCTTCC TATCGCATCT 720 GCCAAAGCCT GAAAAGAGAC TTCCCCCAAG CATATCAAGA ACCGATTTCT TTTTGGAGTA 780 TTTTATGATA GATGAGAAAG ACCAAGCCGA CTGGGCTTGG TCTTTCTTAT CTCTTTTTAG 840 TATCTAGGAT AATGGTAACA GGTCCATTAT TAACCAGCTC AACCTGCATA TCTGCTCCAA 900 AGATGCCTGT CTGAACGGGC ACTTCTTGCG CTAATTTTTG ATTGAAAGCA TCATAGAAGT 960 CTGATGCCAT ATCAGGTTTA GCTGCCCCTG TAAAGgCTGG ACGATTGCCT CTCTTAGTAT 1020 CCGCAAAGAG GGTAAACTGA GAAATAGAGA GGATTTCTCC TTCAATATCT TTGACAGACA 1080 GGTTCATCTT GCCTTCTGCG TCTGAAAAAA TCCGCATATT GACCAGTTTT CTCACAGCAT 1140 AGTCCAAATC TTCCTCTTGG TCCTCTGGTC CAACACCAAC CAGCAATAAA AGTCCCTGAT 1200 TGATTTTTCC CTGAATCTGG CCTTCTATAC TCACTTGGGC TTTTTTAACC CGTTGGATAA 1260 TGATTTTCAT AATAGCCTTT CTAGTAAGAG CTAGGACAAC TAGCCGTTGG TCCGTTTGAC 1320 AGAGTAAACT TCTGGCACAC TCTTAATTTT ATCGACAACC GTGGTCAGTG TAGAGAGGTT 1380 GGCAATACCG AAGgACACAT GGATATTAGC AAACTTCATA TCCTTGGTTG GTTGGGCATT 1440 GACCGTTGAA ATATTCTTGG TTGTATTTGA AAGAACTTGC AGTACATCGT TCAACAGTCC 1500 TGTACGGTTG AGACCGTAGA TATCGATATG GGCCATATAC TCCTTATTTG AGCTAGGGTA 1560 CTGGTCTTCC CATTCCACAT CAAGGAGACG TTGCTCGTAG TTTTCTTGGG CACGCAGGTT 1620 CATACAGTCC ACACGGTGAA TAGCCACACC ACGACCCTTG GTAATGTAGC CAACAATATC 1680 GTCACCAGGC ACGGGGTTAC AACACTTAGC AATCCGCACT AGGAGACCAG AAGCACCTTC 1740 AATAACCACT CCCCCCTCAT GCTTGACCTT GAGGGTTTCT TTATTTTCAA CCTTGACCTC 1800 GCCACCTTTG ACAAGCTCCT CTGCCTCAGC TTTGGCCTTG GCACGCTCTT CCTCACGGCG 1860 TTCCTTTTCA GTCAGACGGT TAAAGACGGT AATCGCACCG ATTTCCCCAA AACCAATGGC 1920 CGCAAAGAGG GAGTCTTCTG TCTTGTAACT GGTCTTTTGC AGAACTTGAT CCATGTGGCG 1980 CTTGTCCATA AATTTATTTG CCACATAGCC ATTTTCTTGG AACTGAGCCA TCAGCATCTC 2040 ACGACCCTTG TTGACAGACA ATTCCTTATC TTGGTTTTTA AAGAACTGGC GAATCTTATT 2100 GCGCGCCTTG CTAGTCTTGA CCATATTGAG CCAGTCACGG CTAGGTCCAA AGGAGTTCGG 2160 GTTGGCGATA ATTTCAACCT GATCCCCTGT CTTTAACTTG GTTGTCAGTG GAACCATGCG 2220 GCCATTGACC TTGGCACCAG TTGCTTTTTC ACCGACCTTG GTATGGATTT CGTAGGCAAA 2280 ATCAATCGGT CCTGAATCTT TGGGAAGGGA ACGGACAGCT CCATCTGGGG TAAAAACGTA 2340 AATCTCCTCA GCCAAATAGT TTTCCTTAAC AGAGTCCACA AATTCCTTAG CATCATCAGC 2400 CTGGTCTTGG AGCTCCATCA TCTCCTTGAT CCAGTTCATT CCAATAGCTG ATTCCTTGCT 2460 GTTAACTTGC CCCTTTATAC CTTTCTTATA AGCCCAGTGA GCCGCAACCC CGTACTCAGC 2520 CACCTCGTGC ATTTCCTTGG TTCGAATCTG GAATTCAATC GGCCCTTTTG GTCCATAAAC 2580 AGTCGTATGG ATAGACTGAT AACCATTGGC CTTGCGGTTG GCGATATAGT CTTTGAAGCG 2640 ACCTGGCATC GGTTTCCAAA ATTCATGCAC GTAACCAAGC ATGGCATAAA CATCACTTTG 2700 GGTATCTAAA ATACAACGAA TAGCAATCAG ATCATAGATT TCCTCAAACC GTTTTCTCTT 2760 GTCCTGCATT TTGCGGAAAA TTGAGTAAAT ATGCTTGGGA CGACCATAAA TCTTCCCTTT 2820 CAAGTGACGT TCTGTCGTAT ACTCCTCTAA TTTTGTGACT ACCTCATCCA CCAAGGCCTC 2880 ACGCTCCCTG CGCTTTTCCT TCATCATATG GGTAATCTTG TAAAACTCCG TTGGATTGAG 2940 ATAACGGAAA GACAAGTCTT CTAATTCCCA TTTGACACTG GAAATCCCCA AACGATGGGC 3000 AAGCGGGGCA TAGATTTCCA TGGTTTCTTT GGAAATACGC TCCTGCTTGT CTTTTCGAAG 3060 ATGTTTCAGG GTCCGCATAT TGTGCAAGCG GTCAGACAGT TTGACCAAAA TAACGCGGAT 3120 GTCCTCAGAC ATGGCCATGA GCATCTTGCG ATGATTTTCC GCTAATTGCT CCTCGATCGA 3180 TTTGTACTCG ACCTTGCCAA GCTTGGTAAC TCCGTCAACA ATCATCCGCA CATCAGGACC 3240 AAACTCTCTT TCCAAATCGT CCAAAGTCGC ATCTGTATCT TCCACCACAT CATGCAAGAA 3300 TCCACAAGCT ACTGTTACAG CATCCAGCTT TAGCTTAGCT AAAATACCTG CCACTTGGAT 3360 AGGGTGAATG ATATAAGGCT CGCCTGATTT GCGATATTGA CCACTGTGGC ATTCAACAGC 3420 ATAGACCAAG GCCTTATGGA CAAAATGAAC ATCCTCTTCC GTTAAATATT CTTTGGTTAA 3480 AGCGACAACT TCTTCGCCTG TTAAATTCAC TTCTTTCGGC ATCTCTACTC TCCAATTCTT 3540 CCTACCATTT TATCACTTTT TTAAGAATAT GAAAACTAGA TTGGAACAGA ATAAGAAAAA 3600 AATAATTCAA AATTGCTTGA TAATTCTGAA TTATTGGTCC GTAATATACT ACGAAGTTAG 3660 ATTTTAAACT TAGGTGATAG AAGGAGAGAT AGAAGAACGG AAACCATATT GTAACCCAAA 3720 GACTTTCTGA CTTCCCCAAT TCCATTGAAG ATACGAAAGA TAAACGGTGG AACTCGTATC 3780 ACATACACTG GTACCTTGAC TGGATTTTGG AATTAATACT AAATGAAAAT CAAAGAGCAA 3840 ACTAGGAAAC TAGCCGCAGG TTACTCAAAG CACCGCTTTG AGGTTGCAGA TAAAGTTGAC 3900 GCGGTTTGAA GAGATTTTTG AAGAGTATAA AAATCCTCAA GATACTTTCT TCTATCCTTT 3960 AGTTTATAAG GAGAATACCT ATGAAAAAAA CTGCTATTTC TATCTTTGCT CTCCTAATGT 4020 TAGGAGTTTG CTGCCTGTTC CTATTCAGCC AGCAAAGCTA TAAAAAACAG TCGTTCAATA 4080 CTATGCTAAC GACCAGAACC TGCCCAGTAG GATAACTTAT AGTGAATATA GCGACAAATG 4140 AGAAGCCAAC TACGGTAGCA CTCTAAACAT CACGTCTATC AAACAAGCTA ATGACGGAGT 4200 TTATGCAACC TATGAAGGGC AATTGACACC TTTCCAATAT TGATAAATTG ATAACCAGCC 4260 TGTCTTCATC TAGTCATGCT GGTTTTTAAG TTCATTTTAA ATCCTTACCT ATTCTCCCTA 4320 ACTGTGCTAT ACTTAATTTA TACTCAATGA AAATCAAAGA GCAAACTAGA AAGCTAGCCG 4380 CAGGCTGTTC AAAGCACTGC TTTGAGGTTG CAGATAAAGT TGACGCGGTT TGAAGAGATT 4440 TTCGAAGAGT ATTAGTACAT TCTTTGAGAT TGGAGCTAGT ATGAAAATCC ATAAAACCGT 4500 GAATCCTGTT GCCTATGAAA ATACCTATTA TCTAGAAGGC GAAAAGCACC TCATCGTCGT 4560 CGATCCTGGT AGTCATTGGG AAGCCATTCG TCAGACAATC GAGAAGATCA ACAAACCGAT 4620 CTGTGCTATT CTCTTGACCC ACGCCCATTA TGACCATATC ATGAGTCTGG ACTTGGTTCG 4680 CGAGACGTTT GGCAATCCTC CTGTCTATAT CGCAGAGAGC GAAGCCAGCT GGCTCTACAC 4740 TCCTGTCGAT AATCTCTCCG GTCTCCCTCG CCACGATGAT ATGGCAGATG TGGTCACAAA 4800 ACCTGCAGAA CACACCTTTG TCTTTCACGA AGAATACCAA CTAGAGGAAT TTCGTTTTAA 4860 GGTTCTACCG ACCCCAGGGC ACTCTATCGG TGGTGTTTCC CTAGTCTTTC CTGATGCTCA 4920 TCTAGTCTTG ACGGGAGATG CTCTATTCCG CGAAACTATC GGACGGACCG ACCTTCCGAC 4980 TGGTAGCATG GAGCAACTCC TTCATAGTAT CCAGACCCAA CTCTTCACCC TACCAAACTA 5040 CGATGTCTAT CCAGGACATG GTCCAGCTAC TACTATCGCT CACGAAAAGG CCTTCAATCC 5100 CTTTTTCTAG CAAGATGATG ACAATCGAAA TTTAAGTAAA CTATCCAGCA AATCTTTCTA 5160 TTACAAAAGG CATCCTATCA AGGTTTTCAC ACATGATTGG ATGCCTTTTT TCTGATGACT 5220 AGATTTTTTG CATTACCAAA TAATCACGCG CTCCTCTGGT GAACGCCACA TTCCGTCTCC 5280 TTCTTTGACA TCATAGGTTG TAAAGAAATC GTCGAAGTTT GGTACTTGCA CATTGACACG 5340 GAGTTTGGCT GGTGCGTGCA CATCGACGCT AGCCAAAAGT TTCATAAATT CTGGTCGACC 5400 TTTCATGCGC CAGATGCGAC CGAAGTTGTA GAAGAACTCT TCTGCTGAGA AGTCTGCTTC 5460 TCTCTTAGCT GCTTCAAGCG CTGCTGCGAT TCCTCCCAAG TCAGCCACGT TTTCTGATAC 5520 AGTCAATTTA CCGTTAATGG TTGCTCCATA AGAATCCTGT CCATCAAATT GGTCAATGAC 5580 TTTTTGTGTT TTCTCCTTGA AGGCAGCATA GTCGCTCTCT GTCCACCAAT CCTTGAGGCT 5640 ACCATTTTCG TCAAAGGAAG CCCCGTTAGT ATCAAAGGCG TGGGAAATTT CATGGGCAAT 5700 CACTGCCCCA ATACCACCGT AGTTAGCAGA AGATGACTGA TGCAAGTCAT AGAAAGGCGC 5760 CTGTAAAATG GCCGCTGGAA AGACAATCAG GTTCTTCTGA GGATTGTAGT AGGCATTGAC 5820 CATATGAGCA GGCATGCCCC ATTCCTTATA ATCTACAGGC TGGTTCCACT TACTCCAACT 5880 GTGCTTGATT TCCACACGCG CAAAGGCTAG AGCATTCTCA AAAAGACTGG CAGTTTCATT 5940 CACTACCTTA TCCTTGTAAC GTGCAGGCAA TTCTTCTGGA TAGCCAATAT AAGGTTTGAT 6000 CACATTGAGC TTCACGATAG CCTGTTTACA GGTTTCTGGA GTGAGCCAGT CATTCTTAAG 6060 CAGACGCTCC TTATAAACAT CAATCATGGT TGCCACTTTT TTCTCCACAT CCGCCTTGGC 6120 TTCTGGAGAG AACTTCTCAC GGGCGTACCA AAGACCCAGG GCTTGCTTGA AAGGTTCTTG 6180 TGCTAGATGA TAAGCTGCTT TGACCTTATC TTTTGCCTCT GGAACTCCAG AAAGGGCACG 6240 GCTGTAGGCA CCAGACAAAA CACGGATATC CTCTGTTAAA TAGCTGGTTG AAAGATTGAC 6300 AACACTCAAA ATCAAGGTTG CTTTAAGGAG AGACCAGGCT TCCTCACTGT AGAATTGCTC 6360 TGCTGCTTGC CAGAAACGTT CCTCGTCTAC AATAACCTTG TCTGGTAATT GCCCAATAAC 6420 TGCTTTGAAG AAGTCATCCA AAGGTAGGGC AGGCGCGAAT TTCTTGAAAT CTTCGTAAGA 6480 ATATGGATGA TAGAGTTTAG CATATTCTGA ACTTTCTTCA TTAGAGAGCA CCACTGCCGC 6540 AACTCGGCGG TCCAATTCAA GTCTTTTTTC TAGCAAGTCT TCAATTTCTT CATCAGAGAA 6600 ATCATAAGCC TTGAGGAGAT TTGCGCTGCT TTCTTTCCAA AGAGTCAAGA GCTCTTCGCG 6660 CTGAGGATGT TCTTCTGCAT AGTAGGTCGT ATCTGGCAAG ATTGTGCTTG GAGCGCTAGC 6720 CCATAGAACA TTGATTCTAG CATCCATAAA GTCTGGCGAT ACACCAAAAG GAAGGAAGTT 6780 TGGTTTTCCT GCAAGCTCAA ACTCTGCTAG TTTAGCTGTA AAATCCGCAA AAGTCTCCAA 6840 TTCTTGGAAT TCTTTAAGGA GTGGTAAGAC AGGTGTGATA CCGTCAGCTT CTCTCTTGTC 6900 AAAATCACGA ACTAGGCGGT GGTATTTGAC AAAGTTTTCC AAGATAGCAT CCTCAGGCAC 6960 TTCTTCACCT GCTAACCACT TGTCTGTTGT CGCCAGCATC AGGTCTTCAA TTTCCTGGTC 7020 TAAATCAACA AAACCTCCTG TTTGAGACTT ATCTGCTGGG ATTTCAGCTG TCTGTTGCCA 7080 TTCTCCATTG ATAGCATCAT AAAAATCATC TTGATAACGT GTCATCTTGT TCTCGCTTTC 7140 ATTTGTATTT GCATTTATCT TAACAAAAAT CG 7172 (2) INFORMATION FOR SEQ ID NO : 121 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4518 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 121 : CGGGAAGTTA TGCGATCTAG ACTTCGTTCC TGTACAGCTA CTTTCTCAGG TGGTCTTGTT 60 GTTTGTATGA GTTTGTTTAG AGAGGATCTT TCTATGTCTT TCTTTCTTAT TTTTGTTTTA 120 TATGCTTTTC TGATTTCTTA TCTAATTTAT GGTTATTTCA GACTAAAAAG GAAATACCGA 180 GTAGATGAAT AGCAAGGTTC TAGGTCTTCA GATTGATTTT TAGCACTCTT GATAAAAGAG 240 TGCTAATTTT TTGAGTTTTT GTCTTGACAT TCTCTTCTAA GGGTGTATAA TAGAATCATG 300 AGTTAGCACT TGGATGCATT GAGTGCTAAT TGATCAGACA GAGAGGAGTG ATGAGATGGT 360 TACAGAGCGT CAGCAGGATA TTTTAAATCT GATTATTGAC ATCTTTACCA AAACGCACGA 420 ACCTGTCGGA TCAAAAGCCT TGCAAGAGTC TATTAACTCT AGCAGTGCAA CCATTCGTAA 480 TGACATGGCG GAACTAGAAA AACAAGGGTT GCTTGAGAAG GCTCATACTT CAAGTGGTCG 540 GATGCCAAGT GTTGCTGGTT TTCAGTACTA TGTGAAACAC TCACTGGATT TTGACCGGCT 600 GGCTGAAAAT GAGGTATATG AGATTGTCAA AGCCTTTGAT CAGGAATTCT TCAAATTGGA 660 GGATATTCTG CAAGAGGCTG CTAACTTACT AACAGACCTG AGTGGCTGTA CGGTAGTGGC 720 ACTGGATGTT GAGCCGAGCA GGCAACGTTT GACAGCCTTT GATATCGTTG TTTTGGGGCA 780 ACATACAGCC TTGGCGGTAT TTACCCTAGA CGAGTCGCGA ACGGTTACTA GTCAGTTTCT 840 GATTCCAAGG AACTTCTTGC AGGAGGATTT GCTGAAACTG AAGAGCATCA TTCAGGAACG 900 TTTCCTCGGT CACACCGTTT TAGATATTCA CTACAAGATT CGGACGGAGA TTCCGCAGAT 960 TATCCAGCGT TACTTTACAA CAACGGATAA TGTCATCGAT CTCTTTGAAC ACATCTTTAA 1020 GGAAATGTTC AACGAAAACA TTGTGATGGC GGGCAAGGTC CATCTCTTGA ATTTTGCCAA 1080 TCTAGCAGCC TATCAGTTCT TTGACCAACC GCAAAAGGTG GCCTTGGAGA TTCGTGAGGG 1140 GTTGCGTGAG GATCAGATGC AAAATGTTCG TGTTGCAGAC GGTCAAGAGT CCTGTTTAGC 1200 TGACCTAGCG GTAATCAGTA GTAAGTTCCT CATTCCTTAT CGGGGAGTTG GAATTCTAGC 1260 CATTATCGGT CCAGTTAATC TGGATTACCA ACAGCTAATC AATCAAGTCA ATGTGGTCAA 1320 CCGTGTTTTG ACCATGAAGT TGACAGATTT TTACCGCTAC CTCAGCAGTA ATCATTACGA 1380 AGTACATTAA GATTGAAATC ATTAAAGGAG GCGAACATGG CCCAAGATAT AAAAAATGAA 1440 GAAGTAGAAG AAGTTCAAGA AGAGGAAGTT GTGAAAACAG CTGAAGAAAC AACTCCTGAA 1500 AAGTCTGAGT TGGACTTGGC AAATGAACGT GCAGATGAGT TCGAAAACAA ATATCTTCGC 1560 GCTCATGCAG AAATGCAAAA TATCCAACGC CGTGCCAATG AAGAACGTCA AAACTTGCAA 1620 CGTTATCGTA GCCAGGACTT GGCAAAAGCA ATCTTACCAT CTCTTGACAA CCTTGAGCGT 1680 GCACTTGCAG TTGAAGGTTT GACAGATGAT GTGAAGAAGG GCTTGGGGAT GGTGCAAGAA 1740 AGCTTGATTC ACGCTTTGAA AGAAGAAGGA ATTGAAGAAA TCGCAGCAGA TGGCGAATTT 1800 GACCATAACT ACCATATGGC CATCCAAACT CTCCCAGCAG ACGATGAACA CCCAGTAGAT 1860 ACCATCGCTC AAGTCTTTCA AAAAGGCTAC AAACTCCATG ACCGCATCCT ACGCCCAGCA 1920 ATGGTAGTGG TGTATAACTA AGATATAAAG CCCGTAAAAA GCTCGCAGTA AAAATAGGAG 1980 ATTGACGAAG TGTTCGATGA ACACAAGAAA ATCTATCTTT TTTACTCAGA GCTTAGGGCG 2040 TGTTCGATTC GGCAATTCTG ACGGTAGCTA AAGCAACTCG TCAGAAAACG GCAATCGCTA 2100 TGGCGTTTGC CTAGCTTCCT TACTAACTCG TCGTCGAAAT AAAATCGATT TCGACTCCTC 2160 GTGTCGCAAT TTACATAATA GAAAACTTGT CCGAAACGAC AATAAACTAT GAAGAAAGAT 2220 AAAATATGTT TGGCTTTGTA ATAGTGAGCG AAGCGAACCA AACACGATAC TCTTCGCCGT 2280 GGCGCTATTT GCGCAAATTT TGAGACCTTA GGCTCAAAGT TTAGTCAAAG AGATTGACGA 2340 AGTCAAGCTC TGACGGCGTC GCCACTGTCG CCACTTAAGA AGAGTATCAA AAAGAAAAAT 2400 AGAAAATTAA CTAACAAGGA GAAAAACACA TGTCTAAAAT TATCGGTATT GACTTAGGTA 2460 CAACAAACTC AGCAGTTGCA GTTCTTGAAG GAACTGAAAG CAAAATCATC GCAAACCCAG 2520 AAGGAAACCG CACAACTCCA TCTGTAGTCT CATTCAAAAA CGGAGAAATC ATCGTTGGTG 2580 ATGCTGCAAA ACGTCAAGCA GTTACAAACC CAGATACAGT TATCTCTATC AAATCTAAGA 2640 TGGGAACTTC TGAAAAAGTT TCTGCAAATG GAAAAGAATA CACTCCACAA GAAATCTCAG 2700 CTATGATCCT TCAATACTTG AAAGGCTACG CTGAAGACTA CCTTGGTGAG AAAGTAACCA 2760 AAGCTGTTAT CACAGTTCCG GCTTACTTCA ACGACGCTCA ACGTCAAGCA ACAAAAGACG 2820 CTGGTAAAAT TGCTGGTCTT GAAGTAGAAC GTATTGTTAA CGAACCAACT GCAGCAGCTC 2880 TTGCTTATGG TTTGGACAAG ACTGACAAAG AAGAAAAAAT CTTGGTATTT GACCTTGGTG 2940 GTGGTACATT CGACGTCTCT ATCCTTGAAT TGGGTGACGG TGTCTTCGAC GTATTGTCAA 3000 CTGCAGGGGA CAACAAACTT GGTGGTGACG ACTTTGACCA AAAAATCATT GACCACTTGG 3060 TAGCAGAATT CAAGAAAGAA AACGGTATCG ACTTGTCTAC TGACAAGATG GCAATGCAAC 3120 GTTTGAAAGA TGCGGCTGAA AAAGCGAAGA AAGACCTTTC TGGTGTAACT TCAACACAAA 3180 TCAGCTTGCC ATTTATCACT GCAGGTGAGG CTGGACCTCT TCACTTGGAA ATGACTTTGA 3240 CTCGTGCGAA ATTTGACGAT TTGACTCGTG ACCTTGTTGA ACGTACAAAA GTTCCAGTTC 3300 GTCAAGCCCT TTCAGATGCA GGTTTGAGCT TGTCAGAAAT CGACGAAGTT ATCCTTGTTG 3360 GTGGTTCAAC TCGTATCCCT GCCGTTGTTG AAGCTGTTAA AGCTGAAACT GGTAAAGAAC 3420 CAAACAAATC AGTAAACCCT GATGAAGTAG TTGCTATGGG TGCGGCTATC CAAGGTGGTG 3480 TGATTACTGG TGATGTCAAG GACGTTGTCC TTCTTGATGT AACGCCATTG TCACTTGGTA 3540 TCGAAACAAT GGGTGGAGTA TTTACAAAAC TTATCGATCG CAACACTACA ATCCCAACAT 3600 CTAAATCACA AGTCTTCTCA ACAGCAGCAG ACAACCAACC AGCCGTTGAT ATCCACGTTC 3660 TTCAAGGTGA ACGCCCAATG GCAGCAGATA ACAAGACTCT TGGACGCTTC CAATTGACTG 3720 ATATCCCAGC TGCACCTCGT GGAATTCCTC AAATCGAAGT AACATTTGAC ATCGACAAGA 3780 ACGGTATCGT GTCTGTTAAG GCCAAAGACC TTGGAACTCA AAAAGAACAA ACTATTGTCA 3840 TCCAATCGAA CTCAGGTTTG ACTGACGAAG AAATCGACCG CATGATGAAA GATGCAGAAG 3900 CAAACGCTGA AGCCGATAAG AAACGTAAAG AAGAAGTAGA CCTTCGTAAT GAAGTAGACC 3960 AAGCAATCTT TGCGACTGAA AAGACAATCA AGGAAACTGA AGGTAAAGGC TTCGACGCAG 4020 AACGTGACGC TGCCCAAGCT GCCCTTGATG ACCTTAAGAA AGCTCAAGAA GACAACAACT 4080 TGGACGACAT GAAAACAAAA CTTGAAGCAT TGAACGAAAA AGCTCAAGGA CTTGCTGTTA 4140 AACTCTACGA ACAAGCCGCA GCAGCGCAAC AAGCTCAAGA AGGAGCAGAA GGCGCACAAG 4200 CAACAGGGAA CGCAGGCGAT GACGTCGTAG ACGGAGAGTT TACGGAAAAG TAAGATGAGT 4260 GTATTGGATG AAGAGTATCT AAAAAATACA CGAAAAGTTT ATAATGATTT TTGTAATCAA 4320 GCTGATAACT ATAGAACATC AAAAGATTTT ATTGATAATA TTCCAATAGA ATATTTAGCT 4380 AGATATAGAG AATTATATTA GCTGAACATG ATAGTTGTAT CAAAAATGAT GAAGCGGTAA 4440 GGAATTTTGT TACCTCAGTA TTGTTGTCTG CATTTGTATC GGCGATGGTA CCGTATCTGA 4500 CGAACGTTCA GCTTATAT 4518 (2) INFORMATION FOR SEQ ID NO : 122 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 8145 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 122 : TGCTATTTTC GATTCCCTTG GGCGTTTTGA TTGCCTTTGC CTTGCAAGTC CATTGGAAGC 60 CCCTCCATTA TCTGATTAAC ATTTACATCT GGGTTATGCG AGGAACCCCC TTACTCTTGC 120 AACTGATTTT TATCTATTAT GTGCTCCCAA GTATTGGGAT TCGTTTAGAC CGCCTTCCTG 180 CAGCTATTAT TGCCTTTGTT CTCAACTATG CAGCTTACTT TGCAGAAATT TTCCGTGGGG 240 GAATTGACAC TATTCCAAGA GGACAGTATG AGGCCGCCAA GGTCTTGAAG TTTAGCCCTT 300 TTGACAGAGT GCGCTATATT ATCTTGCCCC AAGTGACCAA GATCGTTCTT CCTAGTGTCT 360 TTAATGAAGT TATGAGTTTG GTCAAGGATA CTTCTTTGGT CTATGCTCTC GGAATTTCAG 420 ACCTTATCTT GGCTAGTCGA ACAGCTGCTA ACCGCGATGC TAGTCTAGTT CCTATGTTCT 480 TGGCAGGAGC CATTTATTTG ATTTTGATTG GGATTGTGAC AATTATTTCC AAAAAAGTTG 540 AGAAGAAGTA TAGTTATTAT AGATAGGAGG CTGCCATGTT AGAATTACGA AATATCAATA 600 AAGTCTTTGG AGACAAACAA ATCCTGTCTA ATTTCAGTCT AAGTATTCCT GAAAAGCAAA 660 TCCTGGCTAT CGTTGGACCT TCTGGTGGAG GTAAGACAAC TCTTTTACGT ATGCTTGCAG 720 GTCTTGAAAC CATTGATTCA GGGCAAATCT TTTATAATGG ACAACCTTTA GAGCTGGATG 780 AATTGCAGAA GCGCAATCTA CTGGGATTTG TCTTCCAAGA TTTTCAACTA TTTCCTCATC 840 TATCAGTTCT GGAAAATTTG ACTTTATCGC CTGTGAAGAC CATGGGAATG AAGCAGGAAG 900 AGGCTGAGAA GAAGGCGAGT GGACTCTTGG AACAGTTAGG ACTAGGAGGA CACGCAGAGG 960 CCTATCCTTT CTCACTATCT GGTGGGCAAA AGCAGCGGGT GGCTTTGGCG CGTGCTATGA 1020 TGATTGACCC AGAAATCATT GGCTACGATG AACCAACTTC TGCCCTGGAT CCAGAATTAC 1080 GTTTGGAAGT GGAGAAGCTA ATCTTGCAAA ATAGGGAACT TGGGATGACC CAGATTGTGG 1140 TTACCCATGA TTTGCAGTTT GCTGAAAATA TCGCAGATGT ATTATTGAAA GTAGAACCTA 1200 AATAGGAGGA AAAATGGATG AAAAAATGGA TGCTTGTATT AGTCAGTCTG ATGACTGCTT 1260 TGTTCTTAGT AGCTTGTGGG AAAAATTCTA GCGAAACTAG TGGAGATAAT TGGTCAAAGT 1320 ACCAGTCTAA CAAGTCTATT ACTATTGGAT TTGATAGTAC TTTTGTTCCA ATGGGATTTG 1380 CTCAGAAAGA TGGTTCTTAT GCAGGATTTG ATATTGATTT AGCTACAGCT GTTTTTGAAA 1440 AATACGGAAT CACGGTAAAT TGGCAACCGA TTGATTGGGA TTTGAAAGAA GCTGAATTGA 1500 CAAAAGGAAC GATTGATCTG ATTTGGAATG GCTATTCCGC TACAGACGAA CGCCGTGAAA 1560 AGGTGGCTTT CAGTAACTCA TATATGAAGA ATGAGCAGGT ATTGGTTACG AAGAAATCAT 1620 CTGGTATCAC GACTGCAAAG GATATGACTG GAAAGACATT AGGAGCTCAA GCTGGTTCAT 1680 CTGGTTATGC GGACTTTGAA GCAAATCCAG AAATTTTGAA GAATATTGTC GCTAATAAGG 1740 AAGCGAATCA ATACCAAACC TTTAATGAAG CCTTGATTGA TTTGAAAAAC GATCGAATTG 1800 ATGGTCTATT GATTGACCGT GTCTATGCAA ACTATTATTT AGAAGCAGAA GGTGTTTTAA 1860 ACGATTATAA TGTCTTTACA GTTGGACTAG AAACAGAAGC TTTTGCGGTT GGAGCCCGTA 1920 AGGAAGATAC AAACTTGGTT AAGAAGATAA ATGAAGCTTT TTCTAGTCTT TACAAGGACG 1980 GCAAGTTCCA AGAAATCAGC CAAAAATGGT TTGGAGAAGA TGTAGCAACC AAAGAAGTAA 2040 AAGAAGGACA GTAAGATAAA ATAGTGGCTG AAACTGCGTT TTGATTAGCA AAACGTAGTT 2100 TTTTTTGTAA TCTAGGAAAA CGATAATAGC GATTGAATAT GGATAATTGA ATATGGAATA 2160 GCCCACTGTG ATTTCTAAAA CATTGTTAAA AATTGATTTG ACTTCCAAAA TTAAAATGTT 2220 CTGTAATGAA ATACTGATGT AACTGTTTTA GGAACAATAA AACGCATAAT ATCAAGGTTT 2280 TTGCACCTTA CATTATGCGT TTTTGTGATT TTAAGACTTG TTAGCTGATT TTTTACAATC 2340 CTGCGAAATC TTTGATTTCT TGTGCTGACA TTGAAGAGTC GCAACGGACG TTGATTTGTC 2400 CATCTGTAAT ATGAACAAAA CCTGGTACAG TTGGGATTCC ATAGCGTGAG CGGAATGCTT 2460 GCAAATCATT GAGTTGGCTT GGTTCTTCAC TATTGATGAA GTAAATGTGA GCTTTGGTTT 2520 CAGCTACGAC ACCTGACAAT GTACCTGCAA ATTTACGGCA GTAAGGGCAA GTTTTGCGAC 2580 CGATAAAGAA GGTTGCAGTT TCTTTTTTAT CAAGAGCTTC TTGCGCACGC ACAACTGTAG 2640 TGACTTCAAG GTCTTTGATG TTATCTAAAA ATTGTTCCAT GAGATTACCT CGCTTTCATT 2700 GATAAGTCTA GTATGCCATA AAGTTTCTAA AATTGCTTAG ATTTGATACG AAAAAAGATG 2760 AGGTTGGTTG GTCTCATCTT TTATAGGTCT TTATTTTACA AATGCATTGA TTTCTGCTTC 2820 GATGTTAGCA ATCTTAGCTT GTGATTCTTC GTTGGTTTCC CCTACAACTG CAATGTAGAA 2880 CTTGATTTTT GGTTCTGTAC CTGAAGGGCG AACGGCAATC CATGAACCGT CAGCAAGTGT 2940 GTATTTCAAC ACATCACTTG GAGGAGTTGT CAAGTTTGTA ACAGTACCGT CAGCAACAGT 3000 AGCAGTTTGT GCCTTGAAGT CTTCTACGAC AGTGATAGCT GTTGCGTTCC ATTCTGTTGG 3060 AGCATTGTTG CGGAATTTAG CCATAATCGC TTTGATTTGT TCAGCACCAT CGACACCTGA 3120 AAGAGTAACA GAGATTGTTT TTTCTGCGTA GTAGCCATAT TCTTTATAGA TTTCTTCGAT 3180 ACCGTCAGCA AGTGTCAAAC CACGAGAACG GTAGTAGGCA GCAAGTTCAG CAACTACAAG 3240 AACGGCTTGG ATGGCATCTT TATCACGTAC AAATGGTTTA ATCAAGTAAC CGAAGCTTTC 3300 TTCAAATCCC ATCATGTAAG TGTGGTTGTG TTTTTCTTCG AATTCTTGGA TTTTTTCAGC 3360 GATAAATTTG AAACCTGTCA AGACGTTGAA CATAGTTGCG CCGTAGCTTT CAGCAATCTT 3420 CGTTACCAAG TCAGTTGAAA CGATAGATTT GCAGAGAGCG GCATTTTCAG GAAGAGTTCC 3480 AGCGTTTTTG TGAGCTTCCA AGATGTATTT AGCCATGATA GCACCGATTT GGTTACCTGA 3540 AAGGTTGAGG TAGCTACCAT CTTTTTGAAG AACTTCAACA CCAACACGGT CAGCGTCTGG 3600 GTCAGTTGCG ACAAGAACAT CTGCACCAAC TTGACGACCA AGTTCTTCAG CAAGGGCAAA 3660 GGCTGCTTGG CTTTCTGGGT TTGGAGATGT TACAGTTGAA AAGTCTGGGT CAGCAGTTGC 3720 TTGCGCTTCA ACAACTTGAA CAGAGTCAAA TCCTGCTTGG GCAAGAGCAC GACGAGCCAA 3780 CATTTCACCA GTACCATGAA GTGGTGTGTA GACAATCTTC ATGTCTTTAC CAAATTCTTC 3840 AATCAAGGCT GGGTTGATGT TTATGTCCTT AACCTCTTTA AGGTATTCTA TGTCAACAGC 3900 TTCGCCGATA ACTTCAATCA AGCCAGAAGC TTTTTCAGTT TCCACATCAG CAACTTCAAC 3960 TGCAAATGGG TTTTCGATTG CACGGATATA AGTAGTCAAA GCGTCCGCAT CGTGTGGAGG 4020 CATTTGTCCA CCGTCTTCAC CGTAAACCTT GTAACCGTTA AATGGAGCAG GGTTGTGGCT 4080 GGCTGTGACC ATGATACCTG CGAAACAGTT GAGATGACGA ACTGCAAATG ATAGTTCTGG 4140 AGTCGGACGA AGGCTTTCAA ATACGTAAGA TTTGATGCCG TGTTTAGCAA GAACTGCCGC 4200 AGATTCAAAG GCAAACTCAG GTGAGAAGTG ACGGCTATCG TAGGCAATTG CTACACCGCG 4260 TTCTTTCTCG TTTCCACCTT TTGACTCAAT CAAACGAGCC AATCCTTCAG TAGCTTGGCG 4320 AACAACGTAG ATGTTGATAC GGTTTGTACC AGCACCAACC AAGCCACGCA TACCTGCAGT 4380 ACCAAATTCA AGATTTGTAT AGAAGGCATC TTCCTTAGTT TTTTCGTCCA TATTTTCCAA 4440 ATCTTGACGA AGGTAGTCAC GAAGCTCCAC AAAATCAACC CATTTCTGGT AATTTTCTTG 4500 GTAAGACATT CAAATTCTCC TTTATTTTTA AAACATTTAA TCAGTTTAAT TATATCATTT 4560 TTTTTAGTTT TAGTAAAACC TTATCTGCTT CGAACATCTC TTCAAACCAG GTCAGATTGA 4620 ATTTTGGGGT TATATGATGT TGAGGCTAGG AAAAATTCAA TTTCAGTAAA AAAAGTAAGT 4680 CTTCTCATAA CAAAACATTG ATATAGTTAC TTAGTTTTAA ACAAGCATAT TATAATAAAG 4740 CTATGGCATA TAGTACTGAT TTTAAACAGC GAGCATTAGA TTACATCAAA GAGGGGCACA 4800 GCCATGTCGA GGCAGCCAAG TTTTTTGGTG TTGGCGTCAG AACTCTCTTC ACGTGGGAAA 4860 AGAAAGACGT GAACAAGAAC ACATAGAGAG GAAAAAGCGA GTCGTCAAAA ACCGAAAGAT 4920 TCCTTTAGAG GAATTGAAAG CCTTTGTAGA GGCTCATCCA GATGCTTTTT TACGGGAAAT 4980 TGCGGCACAT TTTGATTGTG CTGTTCCTTC AGTATGGGCA GCTTTAAAGC AGATTAAGGT 5040 CACTTTAAAA AAAGATGACG AGCTTTAAGG AACAAGACCC AGAAAAGTAG CCTTATTTCT 5100 TAAGAATTTT AATAGTTTAA AGCACCTAGC ACCTGTTTAT ATTGATGAAA CAGGAATCGA 5160 CCGCTATCTC TATCGTCCTT ATGCAGGGGC TCCTAGAGGG GAGAAAGTCT ATGAAAAGAT 5220 TAGCGGACGT CGTTTTGAGC GAACTTCAAT TGTTGCAGGA CAAGTAGACG GAGAGTTTAT 5280 AGCTCCCATG ATTTACAAGA AAAGCATGAC AAGCGATTTC TTTGTGGAGT GGTTCAAAAC 5340 GCAACTCCTA CCTGCTTTGA AGACACCTCA TGTTATTGTC ATGGGCAATG CTGGTTTTCA 5400 TCCCAAGAAC ATTTTGGATG AACTCTGCAT CCAAGATAAA CACTTTTTCT TACCTCTACC 5460 ACCTTATTCA CCGGATTTGA ATCCTATTGA GCAAGCTTGG GCTATCTTGA AAAAGAAAGT 5520 GACGGATGTA TTAAGGGAAG TTCCAACTAT TTTTGAATGT TTGGAATGCT TTTTTAAAAC 5580 TAGATGACTA TAACGGTTCT AAAGGAACCT ATCGAGTAGT CATTAAAACT AAGGATACTG 5640 CTGGTTAAGA GAAGACGGTA TACAATCAAA CCATTCACCG TGTAGCCGAA ATCGTTCAGA 5700 ATGAAGACTT GTATCAGAAT GAAGACTTGT ATAAGAAAGG TTTGAATGTT GAACTTGCGC 5760 ACCAACAAAT TAAGGGATTT TTTGAAGCAG AGTTTAAAAA TCGTATTAAT GGAGTTCTTA 5820 ATACTAAAAT AAAAAATAGT ACATTAAATC GTGTAAATAA AAAAACTATA CACCAGAGCA 5880 ACAAAAACTC CATGATCAAT TTGAAGCAGA AGCAACGGAA GATGCTAAAA AACAAGGCGA 5940 TATTGTGTTG AATGTTGACC AGGATTTCAT GAGCATATCT AAGTCTAATA AAAGTGGTTC 6000 AGACTGGAAG AAAACTTTCA CAGTGAGGAT AACCAATAGG CTAGCAAATG ACTTGAATAA 6060 TGTCTTGAAA CAGGTTGATA AAGATACTCC TAATACCCCA ACTTGGCTAA ACTCAGCTGC 6120 TTCTAAAGCT AAAGATGATG ACAGAGTATA TAAACTACTG AAGACTCTTA TACCAGGAGA 6180 AAATTACCTA TCATGTTAAG GATAATCAGC TAGAAGTAGA AACAGATAAA TACACATATA 6240 CTGCCGCTAG AAATGGTAGT AAGGAAGTTG GTATTCAAGA GTCAGATATA GCAGCAACTC 6300 TAAGTGCCGA TGAATATAAT TCTAATCGCC AAACTTTTGA GAGAGAATAC AAATACAAAA 6360 GCAAATGCCC TTAATAATGG TTGGGCTAGA TCTGGTTCTG AAGAGTTCAA AAAGTTCTCC 6420 CACTTTGTAG GGGTAGACAA AGGGATTGTG CGAACGAATG TACTGACTGG TAAAAAACTA 6480 TCTGATAAGA TTAGGAAAGA AGTGGGCTCT GGAGATAGCA AACTAGGAAA AGGCGGCTAT 6540 TTCTCTACTG GGGATGTTCT ATTAGGAAAA GATGTTGTTT CTTATACCGT ACAAGTATTT 6600 TCAGAGAATA ATGAAAGAGT AGGAGTAAAC ACTCAAAGTC ACCGTGTTCA GTATAATCTC 6660 CCAATTCTAG CTGACTTTTC AGTCATCCAA GATACTGTGG AACCATCACG AACCGTTGTT 6720 GAAAAAATCA TTCCAAAACT AAATATTCCC GAAGAAGAGA AAGGGAAAAT AACCGAAGAA 6780 ATCAAGAAAA AGAAAAAAAC CTCAGAATTG GCAGAACTAA TCTCAGAAAA TGTGAAAGTT 6840 CGCTATGTTG ATGAACAAGG GCGTTTGCTA TCATTGAAAA ATGATACTGG AATTGGAGAA 6900 AAAGAAAGTG ACGGAACCTA CATTACCAAT AAAAAACAAC TGATTGGTAC CAGCTATAAT 6960 GTCACAGATA AAAAACTCAG TAGCATGACT ACTACTGACG GAAAATATTA TACTTTTAAA 7020 GAAGCAGATA CAAATTCTGC AAGTTTAACT GGGAATATTG TAAGCGAAGG TAGAACAGTG 7080 ACCTTAGTTT ATAGAGAAAG CGAAGCGCCA ACCACTGCTA CAGTAACAGC CAATTACTAT 7140 AAAGAAGGTA GGCAAGAGAA GTTGGTAGAG TCTGTTATAA AAGCTGATTT AGCGATAGGT 7200 TCTGAGTATA CCACAGAATC AAAAACTATT GAAGGGAAAA CAACAACTGA GGACAAAGAA 7260 GACCGAGTTA TCACAAGGAA AACAACATAC ACCTTGGTAG CAACTCCTGA AAATGCGTAC 7320 CAGAAGACGG TGCAACAGTT GACTATTACT ACCGTGAGAA TGTTGAGGAA ACAGTGGTTC 7380 CCAAAACAGC AACCTCTACT GAGACGAAGA CTATAACGCG TATCATTCAT TACGTTGATA 7440 AAGTTACGAA CCAAAATGTA AAAGAAGATG TTGTTCAACC TGTAACCTTA AGCCGTACAA 7500 AAACTGAGAA CAAGGTCACG GGAGTTGTAA CCTACGGTGA ATGGACAACA GGAAACTGGG 7560 ACGAGGTTAT ATCTGGTAAG ATTGACAAGT ACAAAGATCC AGATATTCCA ACAGTTGAAT 7620 CACAAGAAGT TACGTCAGAC TCTAGTGATA AAGAAATAAC GGTAAGGTAT GACCGTTTAT 7680 CAACACCAGA AAAACCAATC CCACAACCAA ATCCAGAGCA TCCAAGTGTT CCGACACCAA 7740 ACCCAGAACT ACCAAATCAA GAGACTCCAA CACCAGATAA ACCAACTCCA GAACCAGGTA 7800 CTCCAAAAAC TGAAACTCCA GTGAATCCAG ACCCAGAAGT TCCGACTTAT GAGACAGGTA 7860 AGAGAGAGGA ATTGCCAAAC ACAGGTACAG AAGCTAATGC TACCTTGGCT AGTGCTGGTA 7920 TCATGACCTT GTTAGCTGGT CTAGGATTAG GATTTTTCAA GAAAAAAGAA GATGAAAAAT 7980 AATAGATTTT AGAATCTAGG AACCAGGAAA AGCTCACAGA TGTGGGCTTT TTTCCTGGTT 8040 TTGAGAACGA GGTCTTTCGT AAAGAATAAA AACGCTTACA AGTCTGTTGA ACTGGGAAAC 8100 TATGAATCCT ATTTTTTTAA AAATATTTCC AGAAATCAGT TGCGG 8145 (2) INFORMATION FOR SEQ ID NO : 123 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 8697 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 123 : CGGTACCGGG AACGATACTT AGTCTAATTT TGCACCTTTT CCATGTATGG TAAAGGTTTT 60 TCTTTTTTTA AAAAGGAAAA CGAGAAGAGG AGGTTCTTAT GAAAGCAAGC ATTGCCTTGC 120 AAGTTTTACC CCTAGTACAG GGGATTGATC GGATAGCTGT TATTGATCAG GTCATTGCTT 180 ATCTGCAwAC TCAAGAAGTG ACGATGGTAG TGACACCATT TGAAACGGTC TTGGAAGGGG 240 AGTTTGATGA GCTTATGCGC ATTCTAAAAG AAGCGCTGGA AGTGGCAGGG CAGGAGGCAG 300 ACAATGTCTT TGCCAATGTC AAAATAAATG TAGGAGAGAT TTTAAGTATT GATGAGAAAC 360 TTGAGAAGTA TACTGAGACG ACACATTAGT CTATTGGGCT TTCTCGGAGT ATTGTCAATC 420 TGGCAGTTAG CAGGTTTTCT TAAACTTCTC CCCAAGTTTA TCCTGCCGAC ACCTCTTGAA 480 ATTCTCCAGC CCTTTGTTCG TGACAGAGAA TTTCTCTGGC ACCATAGCTG GGCGACCTTG 540 AGAGTGGCTT TACTGGGGCT GATTTTGGGA GTTTTGATTG CCTGTCTTAT GGCTGTGCTC 600 ATGGATAGTT TGACTTGGCT CAATGACCTG ATTTACCCTA TGATGGTGGT CATTCAGACC 660 ATTCCGACCA TTGCCATAGC TCCTATCCTG GTCTTGTGGC TAGGTTATGG GATTTTGCCC 720 AAGATTGTCT TGATTATCTT AACGACAACC TTTCCCATCA TCGTTAGTAT TTTGGACGGT 780 TTTAGGCATT GCGACAAGGA TATGCTGACC TTGTTTAGTC TGATGCGGGC CAAGCCTTGG 840 CAAATCCTGT GGCATTTTAA AATCCCAGTT AGCCTGCCTT ACTTTTATGC AGGTCTGAGG 900 GTCAGTGTCT CCTACGCCTT TATCACAACT GTGGTATCTG AGTGGTTGGG AGGTTTTGAA 960 GGTCTTGGTG TTTATATGAT TCAGTCTAAA AAACTGTTTC AGTATGATAC CATGTTTGCC 1020 ATTATTATTC TGGTGTCGAT TATCAGTCTT TTGGGTATGA AGCTGGTCGA TATCAGTGAA 1080 AAATATGTGA TTAAATGGAA ACGTTCGTAG AATTAGAATG TTTCTGAAAA AGAAAAGAGG 1140 AAATCAAAAT GAAGAAAACA TGGAAAGTGT TTTTAACGCT TGTAACAGCT CTTGTAGCTG 1200 TTGTGCTTGT GGCCTGTGGT CAAGGAACTG CTTCTAAAGA CAACAAAGAG GCAGAACTTA 1260 AGAAGGTTGA CTTTATCCTA GACTGGACAC CAAATACCAA CCACACAGGG CTTTATGTTG 1320 CCAAGGAAAA AGGTTATTTC AAAGAAGCTG GAGTGGATGT TGATTTGAAA TTGCCACCAG 1380 AAGAAAGTTC TTCTGACTTG GTTATCAACG GAAAGGCACC ATTTGCAGTG TATTTCCAAG 1440 ACTACATGGC TAAGAAATTG GAAAAAGGAG CAGGAATCAC TGCCGTTGCA GCTATTGTTG 1500 AACACAATAC ATCAGGAATC ATCTCTCGTA AATCTGATAA TGTAAGCAGT CCAAAAGACT 1560 TGGTTGGTAA GAAATATGGG ACATGGAATG ACCCAACTGA ACTTGCTATG TTGAAAACCT 1620 TGGTAGAATC TCAAGGTGGA GACTTTGAGA AGGTTGAAAA AGTACCAAAT AACGACTCAA 1680 ACTCAATCAC ACCGATTGCC AATGGCGTCT TTGATACTGC TTGGATTTAC TACGGTTGGG 1740 ATGGTATCCT TGCTAAATCT CAAGGTGTAG ATGCTAACTT CATGTACTTG AAAGACTATG 1800 TCAAGGAGTT TGACTACTAT TCACCAGTTA TCATCGCAAA CAACGACTAT CTGAAAGATA 1860 ACAAAGAAGA AGCTCGCAAA GTCATCCAAG CCATCAAAAA AGGCTACCAA TATGCCATGG 1920 AACATCCAGA AGAAGCTGCA GATATTCTCA TCAAGAATGC ACCTGAACTC AAGGAAAAAC 1980 GTGACTTTGT CATCGAATCT CAAAAATACT TGTCAAAAGA ATACGCAAGC GACAAGGAAA 2040 AATGGGGTCA ATTTGACGCA GCTCGCTGGA ATGCTTTCTA CAAATGGGAT AAAGAAAATG 2100 GTATCCTTAA AGAAGACTTG ACAGACAAAG GCTTCACCAA CGAATTTGTG AAATAATGAC 2160 AGAAATTAGA CTAGAGCACG TCAGTTATGC CTATGGTCAG GAGAGGATTT TAGAGGATAT 2220 CAACCTACAG GTGACTTCAG GCGAAGTGGT TTCCATCCTA GGCCCAAGTG GTGTTGGAAA 2280 GACCACCCTC TTTAATCTAA TCGCTGGGAT TTTAGAAGTT CAGTCAGGGA GAATTGTCCT 2340 TGATGGTGAA GAAAATCCCA AGGGGCGCGT GAGTTATATG TTGCAAAAGG ATCTGCTCTT 2400 GGAGCACAAG ACGGTGCTTG GAAATATCAT TCTGCCCCTC TTGATTCAAA AGGTGGATAA 2460 GGCAGAAGCT ATTTCCCGAG CGGATAAAAT TCTTGCGACC TTCCAGCTGA CAGCTGTAAG 2520 AGACAAGTAT CCTCATGAAC TTAGCGGTGG GATGCGCCAG CGTGTAGCCT TACTCCGGAC 2580 CTACCTTTTT GGGCACAAGC TCTTTCTCTT AGATGAGGCC TTTAGCGCCT TGGATGAGAT 2640 GACAAAGATG GAACTCCACG CTTGGTATCT TGAGATTCAC AAGCAGTTGC AGCTAACAAC 2700 CCTGATCATC ACGCATAGTA TTGAGGAGGC CCTCAATCTC AGCGACCGTA TCTATATCTT 2760 GAAAAATCGC CCTGGGCAGA TTGTTTCAGA AATTAAACTA GATTGGTCTG AAGATGAGGA 2820 CAAGGAAGTC CAAAAGATTG CCTACAAACG TCAAATTTTG GCGGAATTAG GCTTAGATAA 2880 GTAGAAAAAT AGGGAGTTGG TGAAGATTAT CCTTTACCAG CGCCCTTTTT CTTTTAAAAA 2940 TGAGAAAATT TCGGTATAAT AGTCAAACAA GGTCAAGGTT TAAAGAGAGA GGTGGGTTTG 3000 TTATGAGATT TAAAAATACA TCGGATCATA TTGAGGCCTA CATCAAGGCG ATTTTAGATC 3060 AATCTGGTAT CGTGGAGTTG CAACGGAGTC AGTTGGCAGA TACCTTTCAG GTTGTTCCTA 3120 GTCAGATTAA CTACGTGATC AAGACACGCT TTACGGAAAG TAGAGGCTAC TTGGTTGAAA 3180 GTAAGCGTGG TGGCGGAGGC TACATTCGTA TAGGACGGAT TGAGTTTTCT AGTCATCATG 3240 AAATGCTCCG GGAGCTGCTT TACTCGATTG GTGAGCGAGT CAGTCAAGAA ATTTATGAGG 3300 ATATTCTCCA GCTTTTGGTT GAGCAGGAAT TGATGACCAA GCAGGAGATG AATTTGCTAG 3360 AATCAGTAGC TTTGGATCGC GTTTTAGGAG AAGAAGCTCC AGTTGTTCGA GCAAACATGC 3420 TACGTCAGAT CATACAAGAG GTAGATAGAA AAGGGAAGTA AGATGAACTA TTCAAAAGCA 3480 TTGAATGAAT GTATCGAAAG TGCCTACATG GTTGCTGGAC ATTTTGGAGC TCGTTATCTA 3540 GAGTCGTGGC ACTTGTTGAT TGCCATGTCT AATCACAGTT ATAGTGTAGC AGGGGCAACT 3600 TTAAATGATT ATCCGTATGA GATGGACCGT TTAGAAGAGG TGGCTTTGGA ACTGACTGAA 3660 ACGGACTATA GCCAGGATGA AACCTTTACG GAATTGCCGT TCTCCCGTCG TTTGCAGGTT 3720 CTTTTTGATG AAGCAGAGTA TGTAGCGTCA GTGGTCCATG CTAAGGTACT AGGGACAGAG 3780 CACGTCCTCT ATGCGATTTT GCATGATAGC AATGCCTTGG CGACTCGTAT CTTGGAGAGG 3840 GCTGGTTTTT CTTATGAAGA CAAGAAAGAT CAGGTCAAGA TTGCTGCTCT TCGTCGAAAT 3900 TTAGAAGAAC GGGCAGGCTG GACTCGTGAA GATCTCAAGG CTTTACGCCA ACGCCATCGT 3960 ACAGTAGCTG ACAAGCAAAA TTCTATGGCC AATATGATGG GCATGCCGCA GACTCCTAGT 4020 GGTGGTCTCG AGGATTATAC GCATGATTTG ACAGAGCAAG CGCGTTCTGG CAAGTTAGAA 4080 CCAGTCATCG GTCGGGACAA GGAAATCTCA CGTATGATTC AAATCTTGAG CCGGAAGACT 4140 AAGAACAACC CTGTCTTGGT TGGGGATGCT GGTGTCGGGA AAACAGCTCT GGCGCTTGGT 4200 CTTGCCCAGC GTATTGCTAG TGGTGACGTG CCTGCGGAAA TGGCTAAGAT GCGCGTGTTA 4260 GAACTTGATT TGATGAATGT CGTTGCAGGG ACACGCTTCC GTGGTGACTT TGAAGAACGC 4320 ATGAATAATA TCATCAAGGA TATTGAAGAA GATGGCCAAG TCATCCTCTT TATCGATGAA 4380 CTCCACACCA TCATGGGTTC TGGTAGCGGG ATTGATTCGA CTCTGGATGC GGCCAATATC 4440 TTGAAACCAG CCTTGGCGCG TGGAACTTTG AGAACGGTTG GTGCCACTAC TCAGGAAGAA 4500 TATCAAAAAC ATATCGAAAA AGATGCGGCA CTTTCTCGTC GTTTCGCTAA AGTGACGATT 4560 GAAGAACCAA GTGTGGCAGA TAGTATGACT ATTTTACAAG GTTTGAAGGC GACTTATGAG 4620 AAACATCACC GTGTACAAAT CACAGATGAA GCGGTTGAAA CAGCGGTTAA GATGGCTCAT 4680 CGTTATTTAA CCAGTCGTCA CTTGCCAGAC TCTGCTATCG ATCTCTTGGA TGAGGCGGCA 4740 GCAACAGTGC AAAATAAGGC AAAGCATGTA AAAGCAGACG ATTCAGATTT GAGTCCAGCT 4800 GACAAGGCCC TGATGGATGG CAAGTGGAAA CAGGCAGCCC AGCTAATCGC AAAAGAAGAG 4860 GAAGTACCTG TCTACAAAGA CTTGGTGACA GAGTCTGATA TTTTGACCAC CTTGAGTCGC 4920 TTGTCAGGAA TCCCAGTTCA AAAACTGACT CAAACGGATG CTAAGAAGTA TTTAAATCTT 4980 GAAGCAGAAC TCCATAAACG GGTTATCGGT CAAGATCAAG CTGTTTCAAG CATTAGCCGT 5040 GCCATTCGCC GCAACCAGTC AGGGATTCGC AGTCATAAGC GTCCGATTGG TTCCTTTATG 5100 TTCCTAGGGC CTACAGGTGT CGGGAAAACT GAATTAGCCA AGGCTCTGGC AGAAGTTCTT 5160 TTTGACGACG AATCAGCCCT TATCCGCTTT GATATGAGTG AGTATATGGA GAAATTTGCA 5220 GCTAGTCGTC TCAACGGAGC TCCTCCAGGC TATGTAGGAT ATGAAGAAGG TGGGGAGTTG 5280 ACAGAGAAGG TTCGCAATAA ACCCTATTCC GTTCTCCTCT TTGATGAGGT AGAGAAGGCC 5340 CACCCAGATA TCTTTAATGT TCTCTTGCAG GTTCTGGATG ACGGTGTCTT GACAGATAGC 5400 AAGGGACGCA AGGTCGATTT TTCAAATACC ATTATCATTA TGACATCGAA TCTAGGTGCG 5460 ACTGCCCTTC GTGATGATAA GACTGTTGGT TTTGGGGCTA AGGATATTCG TTTTGACCAG 5520 GAAAATATGG AAAAACGCAT GTTTGAAGAA CTGAAAAAAG CTTATAGACC GGAATTCATC 5580 AACCGTATTG ATGAGAAGGT GGTCTTCCAT AGCCTATCTA GTGATCATAT GCAGGAAGTG 5640 GTGAAGATTA TGGTCAAGCC TTTAGTGGCA AGTTTGACTG AAAAAGGCAT TGACTTGAAA 5700 TTACAAGCTT CAGCTCTGAA ATTGTTAGCA AATCAAGGAT ATGACCCAGA GATGGGAGCT 5760 CGCCCACTTC GCAGAACCCT GCAAACAGAA GTGGAGGACA AGTTGGCAGA ACTTCTTCTC 5820 AAGGGAGATT TAGTGGCAGG CAGCACACTT AAGATTGGTG TCAAAGCAGG CCAGTTAAAA 5880 TTTGATATTG CATAAAAGAA TAAAAGTATC AGCATCTGAC CATAAGTCAC AGTGGAGTGA 5940 AATTCAATGA AAATCAAAGA GCAAACTAGG CAGCTAGCCG CAGGTTGCTC AAAACACTGG 6000 TTTGAGGTTG CAGATAGAGC TGACGTGGTT TGAAGAGATT TTCGAAGAGT ATGAAACTAA 6060 AACCTATAGC TTCTAAACGA TCCGTGGTTT TCATCATTCA ACACAAAATT CATATGTTTA 6120 TTACCCTCCG TCGTATTTGT CTTAGAGCGT GTGTAGTAGA AAAAGAGCAG TCTTATCTGA 6180 AATTTTTATT CTTTCAAAAG AGACCTGTTT CTTTTTTGCA TGTCAAATCC GTTCTAGCTG 6240 GTATTTGAAA AATCAAACTA ATATTCAATG AAAATCAAAG AACAAACTAG GAAGCTAGCC 6300 GCAGGTTGCT CAAAACACTG TTTTGAGGTT GTAGATAGAG CTGACGTGGT TTGAAGAGAT 6360 TTTCGAAGAG TATAAGCTGC AAGATGAATG ATTTTCTTGT ATTGACGTTG TTGTTGACAA 6420 AAAGTAGCGG ATAAATGAAA TCCATTCCAT TATCATAGAT GATAGGCTGG TAGGAAATTT 6480 TCAAATAGCA TACAGGAAAT AGATGTATGG AGTTCTGGTA GTAGAAAGGG AGAGAGATGA 6540 ACATTTTAGT TGCAGATGAC GAGGAAATGA TTAGAGAAGG AATTGCAGCA TTTCTGACAG 6600 AAGAGGGTTA TCATGTCATT ATGGCTAAGG ATGGACAAGA GGTCTTGGAA AAATTTCAAG 6660 ATCTCCCTAT CCATCTCATG GTACTGGATT TAATGATGCC TAGGAAGAGT GGTTTTGAAG 6720 TGTTAAAAGA AATCAATCAA AAGCACGATA TTCCTGTCAT CGTCTTGAGT GCTCTGGGAG 6780 ATGAAACTAC TCAGTCACAG GTATTTGATC TCTATGCTGA TGATCATGTG ACAAAACCTT 6840 TTTCTTTGGT ACTGCTTGTC AAGCGTATTA AGGCGCTTAT CAGACGTTAC TACGTCATAG 6900 AGGATCTTTG GCGATATCAG GATGTAACAG TGGATTTTAC CTCTTACAAA GCACATTATA 6960 AAAATGAAGA AATTGATCTC AAACCAAAGG AATTACTGGT ACTAAAGTGT TTGATTCAGC 7020 ATAAAAATCA AGTTTTAAGT AGAGAGCAGA TATTGGAAGA AATTTCAAAA GATGTAGCTG 7080 ATTTACCTTG TGATAGGGTC GTTGATGTCT ATATTCGTAC TCTTCGCAAA AAATTAGCTT 7140 TAGATTGTAT CGTGACTGTG AAAAATGTTG GGTATAAGAT TAGCTTATGA TAAAAAATCC 7200 TAAATTATTA ACCAAGTCTT TTTTAAGAAG TTTTGCAATT CTAGGTGGTG TTGGTCTAGT 7260 CATTCATATA GCTATTTATT TGACCTTTCC TTTTTATTAT ATTCAACTGG AGGGGGAAAA 7320 GTTTAATGAG AGCGCAAGAG TGTTTACGGA GTATTTAAAG ACTAAGACAT CTGATGAAAT 7380 TCCAAGCTTA CTCCAGTCTT ATTCAAAGTC CTTGACCATA TCTGCTCACC TTAAAAGAGA 7440 TATTGTAGAT AAGCGGCTCC CTCTTGTGCA TGACTTGGAT ATTAAAGATG GAAAGCTATC 7500 AAATTATATC GTGATGTTAG ATATGTCTGT TAGTACAGCA GATGGTAAAC AGGTAACCGT 7560 GCAATTTGTT CACGGGGTGG ATGTCTACAA AGAAGCAAAG AATATTTTGC TTTTGTATCT 7620 CCCATATACA TTTTTGGTTA CAATTGCTTT TTCCTTTGTT TTTTCTTATT TTTATACTAA 7680 ACGCTTGCTC AATCCTCTTT TTTACATTTC AGAAGTGACT AGTAAAATGC AAGATTTGGA 7740 TGACAATATT CGTTTTGATG AAAGTAGGAA AGATGAAGTT GGTGAAGTTG GAAAACAGAT 7800 TAATGGTATG TATGAGCACT TGTTGAAGGT TATTTATGAG TTGGAAAGTC GTAATGAGCA 7860 AATTGTAAAA TTGCAAAATC AAAAGGTTTC CTTTGTCCGC GGAGCATCAC ATGAGTTGAA 7920 AACCCCTTTA GCCAGTCTTA GAATTATCCT AGAGAATATG CAGCATAATA TTGGAGATTA 7980 CAAAGATCAT CCAAAATATA TTGCAAAGAG TATAAATAAG ATTGACCAGA TGAGCCACTT 8040 ATTAGAAGAA GTACTGGAGT CTTCTAAATT CCAAGAGTGG ACAGAGTGTC GTGAGACCTT 8100 GACTGTTAAG CCAGTTTTAG TAGATATTTT ATCACGTTAT CAAGAATTAG CTCATTCAAT 8160 AGGTGTTACA ATTGAAAATC AATTGACAGA TGCTACCAGG GTCGTCATGA GTCTTAGGGC 8220 ATTGGATAAG GTTTTGACAA ACCTGATTAG TAATGCAATT AAATATTCAG ATAAAAATGG 8280 GCGTGTAATC ATATCCGAGC AAGATGGCTA TCTCTCTATC AAAAATACAT GTGCGCCTCT 8340 AAGTGACCAA GAACTAGAAC ATTTATTTGA TATATTCTAT CATTCTCAAA TCGTGACAGA 8400 TAAGGATGAA AGTTCCGGTT TGGGTCTTTA CATTGTGAAT AATATTTTAG AAAGCTATCA 8460 AATGGATTAT AGTTTTCTCC CTTATGAACA CGGTATGGAA TTTAAGATTA GCTTGTAGAC 8520 AGATTAGTTT TTTATTAAAG TTCATATAGG GTTAACATAA GTGTGTTATT CTTTGTGTAG 8580 ATAAAAGAAA GGATACTAAT ATGGTATTAG CGATTATTTT AGTAACATTC TTTATTCGAT 8640 TGATTTTTTT AAAGCGTTCG ATAGAGAATG AGAAACGAAT CCTTAGCAAT GGCGGGG 8697 (2) INFORMATION FOR SEQ ID NO : 124 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4317 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 124 : AACCATACAT ACGGCAAGGC AAAGCTGACG CGGTTTGAAG AGATTTTCGA AGAGTATTAG 60 TTGCCTTTAA AGGCATCCAC CATCGTTTGA AATTCTTCAT TTGAGAGAGT AATCCCTTTG 120 CCCATTTTAG TATGGTCTGG ACTCCAAGCA CGAATATCAA ACTTTGCAGG GGCACCATTA 180 AAGCTCACAC GGTTAATTTC CTTGGTCCAA CCTTTTTCGT TTTCAGAAAG AGTCAACAAG 240 TGCTCTTCGA TTTCAAATGT AAATTCTGCC ATTTTCTTCT CCTTTTTTAG TTTCATTAGT 300 TTATTCGTAA AATCTTGTAG ATTTTAGGAA AATTTTATAT AATATTGATA TAAAAGAAGG 360 GAGGCCAATA TGAGACATAA ATTCCAGCAA GTTCTAAATA AAATACATGA TTTTTTAAAT 420 GGATATGACC AACCTGACCA GACTGAAACC AACTCCCTTA CAGCCACTAT TGAAGAGGCT 480 ATCCAGAAAC AAACCGCTGT TCACCTTATC TTGTCTGAGA CAAGCTTTAC AGGTGACATC 540 ATCAAATATG ATCAGCAAGG CCAGCAAATT ATCGTGAAAA ATTTTTCCAA AAATGTGAGC 600 CGGATTATCC GTATAAGCGA TATTCAACGC CTGCGATTTG TCCCCTCAAC TGTCCAAACA 660 GCCCAAAAAA ATAGATTTAA GAAAGAGTGA GATGTAGTTG CTTCATCCCA CTCTTTTTTC 720 TTAGCGAATT TGTTCAAAAT GTAAATGAAC TGCGATATGA TCTCCATAAC CACTTCTTTC 780 CAAGTCACGT TGTAAACGAT AGGAAATGTA GTGTTCTGCA ATGGTAATGT AACCTGCGCC 840 CAATAAACGA TGTTCAACCA TAGATTGAAT CATACTGATA GTCGCACGTT CCACCTTGGC 900 TTCTTGTAAA TCCAAAACTA CCTTCTTAGT GACTTGAGCA AGATTTTGAC GCAAATCATC 960 TGTCAAAACA TAAACAGTTT GGGCTGCCTT CAAGATGGCT TGGTAAATCT TATCTGGATT 1020 AAATTCAGCA ATTTCGCCAT TACGTTTGAT TACTTGCATA GGTTTCTCCT TTATTCTTTG 1080 TTTTCTTTGA TTTCTGCCAG CATTTTTTCT TCTTCTACTG TCAGTTGATA ATGTTCAAGT 1140 AAATCCGGTC TGCGCTCGTA GGTTTTCTTT AAACTCTCGT ACAATCGCCA CTGACGAATC 1200 TTTTCATGGT GGCCACTCAT CAATACATCT GGCACGACCA TGCCTCGATA ATCATAGGGA 1260 CGTGTGTACT GAGGATATTC TAAAAGACCT GAAGAAAAAC TATCATCTTG GTGGCTAGAC 1320 TCCTTGCCAA TCACTTCTGG AATCAGGCGA ACTGTAGCAT CAATCATGGT CATAGCTGCC 1380 AATTCTCCAC CAGTGAGGAC ATAGTCACCT AGGGAAATCT CATCTGTTAC CAAGGTCTTA 1440 ATGCGCTCAT CATAACCCTC ATAGTGCCCA CAGATAAAGA TTAGCTCTTC CTCTTGAGCC 1500 AAATCTTCAG CATAAGCCTG ATCAAACTGC TTTCCAGCAG GATCAAGGAG AATAACGCGC 1560 GGATTTTTCT TTTCAATAGC ATCAAAGGAA TCGAAAATAG GTTGTGCTCT GAGCAACATG 1620 CCCTGACCGC CTCCGTAGGG CTCATCATCT ACATGACGGG CCTTTTCAGC ATTTTCTCGA 1680 AAATTATGAT ACTGGATATC CAAGAGCCCT TTTTCTCGAG CCTTTCCAAC GATTGAGTGC 1740 TCCAGTGGAG AAAACATCTC TGGAAAGAGG GTTAAAATAT CAATCTTCAT CGTCTAACCC 1800 TTCTAAGATT TCCACATCGA CCCGTTTACT TGGAATATCA ACATTGAGAA CCACTGGTGG 1860 GATATAAGGT AAAAGCAAAT CACGTTTGCC TTTTCGTTTG ACCACCCAGA CATCATTAGC 1920 ACCTGGTTGC AGGATTTCCT TGATGGTTCC AACCAAGCTA TCACCCTCAT AGACTTCCAA 1980 ACCGATAATC TCGTGATAGT AAAATTCACC ATCGTCTAGG TCATTCAAAT CTTCCTCAGC 2040 GACCTTGAGA CTGTATCCCT TGTACTTTTC GATAGTATTG ATATGGTACA TATCTTTGAA 2100 TTTAATAATG TCAAAGTTCT TCTGTTTACG GTGGCTAGCG ATGGTCACTG TTTGGACAAA 2160 CTGATCTTTT TCATCAAACA AAACCAGCTC AGCTCCTTTT TTAAACCGTT CTTCTGCAAA 2220 ATCCGTCACA GACAAGACTC GCATCTCCCC CTGTAATCCC TGCGTATTAA CGATTTTCCC 2280 AACATTAAAG TAGTTCATCT TGTCTCCTGT AATCTCCTTT TTTCCATCTT ATTCTAACAA 2340 TTCTCGAATA ATAGCCGCAA TTTTTTCCGA TTCTGACCAT TGTAAATAAT GGTGATTCCC 2400 TCCTAAAATG AGTTTAGTAT TGGAAGTCCA ATATTCTGAT TCTCTGTACT CTTTTTCTCT 2460 ATAAGGCTGA CAAAAAACAA ATACAGGAAT ATGAGCTTCT ATAGATACAT CCTCAAAATC 2520 TTCCTCAGTA ATCTCTCCAG ATATCTGAAA TTCTGGATCT TGATTTTCCA ACTCTAAGCC 2580 TTTTTCTTGC ATTAATTCCC AGATTTTTTT ATTCGTTTCA GGACTAAATG TTGCTTGAGT 2640 TAAGTTCTTA AAATAAAGTT CAGGACCACA CTCGTCAATC AGCCTCATCT GCTCTTCCAT 2700 TTCTGGATAA GGATTTTCTG AAAAATCAGC AAACATGACT TTTTTAGTTG TCGGTTCAAT 2760 TGCTACTAAA GTCTGACGCT TAATTGGTTT CTCGAGTAAT TTGCAAGCTA AAATTCCACT 2820 CCAACTATGT GCACAAAGTA TATATTCAGA AATTCCTAAT TCTTCAAGTA CTTCATAAAC 2880 CGCATCTGCA AGATTATCTA GATTTTTTCC AGCTTGGTCA TGAATCGGAC TCCTACCTGT 2940 GTTCGGAAAA TCAATTGTCA AATAACCAAT TGTAGGAGGA GGTTTTTCAA GTATAAGTGA 3000 AAAATTTTCA TAACTTGGTA GCAAACCTGC TCCGTTTAAA CAAACTAGCA CTTTCTTTTG 3060 CTTTTGATAA GTAACAGAGA GGCTACCAAT TTCTGTAGAT ACTTCAAACC TCTTCATAAA 3120 GAAATCCACT GATTCTATAT AATGAATTAT TAAAAATCCT TATCCTTTAT TTTATCACGT 3180 TCCAAGGATT TTCTCAAGTT GGAGGAAGGG GACAATATCT CTACTTTCCC TTCAATAATC 3240 CTTCCAAATT ATGTTTATGT TGGTAATTAA TGGCTGCGGT TTTGTCTTTC TCAAAGACAG 3300 TCTTGGTAAG GTCAATATGA TTAATAGCTA CGATTGCGAC GGTGTAGTAA ATGATATCAG 3360 CCAGTTCTCT GGCAAGTTCC TCGTTCGAAT CCTATCCCTT CTTTTCGACC AGAGCGCCTA 3420 TTCAAAACCT CGACTACTTC TCCGACTTCC TCCACTAACT TCATAAAGAG ACCTTCATCA 3480 GTCCGAGACT GCTGTTAATG TTCGATTAAG TAGTCTTGGA ATTGCCTAAA CGTTCAATCT 3540 TTTATAGTAT ATTGAAACTA GAATAGTACA CCTTTACTTC TAAAACATTG TTAGAAATCG 3600 ATTTGACTGT CCTGATCGAT TTGTCCTGTT CTTGTTTCAT TTTACTATAT CTTCTATTCC 3660 ACACAAAAAA GCGAGACATC CGTCCCGCCC TTCTTATTTT TCGTCAATAA CGATTCTTAC 3720 TTTTTTGTAT TCAGTTGGGA CAGAGTAGAC AATCGTTCTT ATCGCAGAAA TAGTGCGACC 3780 CTTACGACCG ATTACACGAC CCACATCGCT TTGATCAAGA TTCAAATGAT ATTCCAAAAA 3840 TTCTGGTGTA TCCTCAATCT TGATAGTTAA GGCATCTGGT TGTGAAATTA AGGGTTTCAC 3900 AATCGCAATA ATGAGATTTT CAATCGTATC CATCTGTCAA CCTACTTTAA ACTTATTTTG 3960 AAAATTTAGA ATCGTGGAAT TTTTTCAATA CGCCTTCTTT TGAAAGGATG TTACGTACTG 4020 TGTCTGAAGG TTGAGCTCCA TTAGCCAACC ATGCAAGAAC GCGGTCTTCT TTCAAAGTTA 4080 CTTGGTTTTC AGCAACAAGT GGGTTGTAAG TTCCAACTGT TTCGATGAAA CGTCCGTCAC 4140 GTGGTGAACG TGAATCTGCT ACGTTGATAC GGTAGAAAGG TTTTTTCTTA GAACCCATAC 4200 GAGTCAAACG GATTTTAACT GCCATTTTTA AAGTCTCATT TCTTTAATTT TTTATTTCGG 4260 TGAAATAGCT GAGCTATTTA GCACATGTTC TATTATAGCA GATTTCTGGC ATGTGTC 4317 (2) INFORMATION FOR SEQ ID NO : 125 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4881 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 125 : AATTTATTTG ACTGGAAATT GTAGAGGGTT CTCGAAATTT CTTGAATGGT TAAAATAAGG 60 ACAAGAGAAA ACATGGATAT CTATATCCTT GTGCCAAAAA AACCACTGCC CTCCCCAGAC 120 CAACCTGAGG AAAGCAGTGA TTCTTATTTT AGGAGTTAGG AATGAATACA CGAAATCAAT 180 TTAGCTGATT ATTTTTTGTT TTTCAAGAAT TCATCGTATT GTTTTTGCAT TTCGTTCAAT 240 ACTTTTTCGT AGGCACCTTC AGATTTCAAT TTTTCCATCA ATTCTGGAAT CGCTTTATCT 300 GGGTCTACAG TACCAGTGTT GATAGCTGTA TCAAATTGTT GCATTGTGTT AGCAATAGCT 360 GAGATTTCAG ATTTCACATT GTCAGTATTG AAGATAAATC CAAGCGCTGG AGATTCTTTA 420 GCTTCTGCCA ATTCTTTCTT AGAATTTTCG ATTTGTTGGT CTGTAACGTT TTCGTTGATG 480 TAAAGGATCC AGTTGTTACC AGTGTTCCAT CCACCCATGT GAGTGTTTCC TTTGTAGCCA 540 TCAAGAACGC GAACACGGTT TTCTTTACCT TCAATTTTTT CCCAGTTCTT GCCTTCTGGA 600 CCGTAAACAA GACCGTTCAA GAGTTCTGGG TTCGTATTCA AGAGGTTCAA GATTTCCATT 660 GATTTTTCTT TGTTCTTAGA GTTGTTTGAG ATGACAAAGT TAGCAACTTG TGTTGTTTGG 720 TTTTTCTTGA TGAAGTTAGT AATTGGTTTG ATTTGGATAT CTTTGTTGGC AACACGTGAA 780 AGCAAGCTGT TACCGTAGTC AGCTGGTCCT ACTGTTTCTT CACGAACGAA CCAAGTATCT 840 TGTTGAAGGT CAAAGGAAGT ATCGCTTGTT GCGACGTCTT TTGGAATGTA GCCAGCTTCA 900 TAGAATTTGT GAAGAGTCTT CAAGTGTTCT TTGAAACGAG GCACTTCGTA ACGGTTTACA 960 ACTTTAGTAG TATCGCCTTC AAGGTCGATA ACGAATGGAA GACCGTTTGC TACTGGGTAG 1020 TCAAAATTAT CAGATGGGAT GAAAACTTTA CCAATAGCAA ATGGTACTAC GTCTGGAGCT 1080 TTTTCTTTGA TTTGTTTCAA GACTGGCTCA AGAGTTTCGT AAGAAGTAAC ACCTGAAATA 1140 TCGATACCAT ATTTAGCAAG GAGAGTTCCG TTGAAGGCAA AGTTTTGAGA TGATGCAACG 1200 TTGGCTGCAA CTGGAACAGC GTAAATCTTA CCATTTACAG TATTACCCTT GATGTAAGCT 1260 GGGTCAAGTG CTTTGTAAAG GTCTTTACCT TCTTTTTTGT ACAATTCTGT CAAGTCAGCG 1320 TAAGCACCTT TTTGAGCATT TACAATATAG TTATCTGCAA AGGCAATATC ATAGTTTTCA 1380 CCAGATGATG TGATAACTGA CATTTTCTTA CCATAGTCAC CCCAGCCAAG GTATTGGATA 1440 TCCAATTTGG CACCAACTTT TTCTTCAATG ATTTTGTTGG CATTTGCTAA CAATTCATCC 1500 AAGTTGTCTG GTTTGTCACC GATTTGGTAC ATTTTGATAA CAGGTTTGTC ACCTGAATCA 1560 GCAGCTTTTT TGCTGTTACC TGTCAAATTT CCACAAGCAG CAAGACCTGC AGCCAGAGCG 1620 ACTACACTAG CAGATGCAAA AGCATATTTT TTCCAGTTTT TCATGATAAA AACTCCTTTT 1680 TTTATTTTTA AACTTATAAA CAATGTAATG ATCTTATACT CAATAAAAAT CAAAGAGCAA 1740 ACTAGAAAAC TAGCCGCAGG CTGCTCAAAG CACTGCTTTG AGGTTGTAGA TAAGACTGAC 1800 GAAGTCAGTT ACATATATCT ACGGCAAGGC GACGTTGACG CGGTTTGAAT TTGATTTTCG 1860 AAGAGTATTA ACTTCACACA AGGGAAGTTG GGAACTGAGA AATGTTATTT CTCAATAAGC 1920 ACTATTCTTT CACACCACCG ATAGTCAAAC CTTTTACAAA GTAGCGTTGG AAAAATGGAT 1980 ACAAAATCGC GATTGGAAGG GTTGCAACCA CAACCATGGC CATACGACCT GTTTCTTTCG 2040 GTAGAGCAAC TCCCAGTTGA CCAATCAAGC CGACCGCTTT GGCAATGTAG TCCATATTTT 2100 GTTGGATTTG CATGAGCAAA TATTGCAATG GATACAAGTT GTCACTCTTG ATGTAAAGAA 2160 GGGCGTTGAA CCAGTCATTC CAGAAACCAA GAGCTGTTAA GAGCGTGATG GTTGCGATAC 2220 CTGGTAGTGA CAATGGCAAA CAGATTTGGA AGAAAATCCG GGCCTCACTG GCACCATCGA 2280 TACGAGCCGA TTCTAGAATG GCTTCTGGAA TGGTCTTCTT GAAGAAGGAA CGCATCAAGA 2340 TGATGTTAAA TGGTGAGAGA AGCATTGGAA CAATCAAGGC CCAAACAGTG TCACCAAGCT 2400 GAAGTACACG GGTCACCATG ATATAACCTG GTACCAAACC AGCGTTGAAC AACATACTGA 2460 GAAGGACGAA GATGGTAAAG AATCTGCGAT ACTTAAAGGT TGTCCGTGAA ATAGCGTAGG 2520 CATAGGTTGT TGTGATAAAG ACATTTGTCA ATGTCCCAAC TACGGTTACA AAGACAGAGA 2580 TGAAGAGGGC TTGTAGGATT TTATCCTTAA ACTGTGCCAA AAACTCAAAA CCGTCTAAGC 2640 CAAATTGGGA TGGGAAGAAG CTATAGCCGT ATTGGAGGAG GCTTTTCTCG TCTGTCACTG 2700 AAATAATGAT AACGAATACA AAAGGTAGGA TACAAGAGAG GGCAATCAAA CCCGAAATGA 2760 TACTGAAGAA GATATCTGCT TTCTTACTGA AGGAGTGAAT GCCGACATTA TCAATTTTTT 2820 CTTTTTTAAT TTTCTTTTTT GCCATATTCT CCTCCTTTCT AGAACAAAGC TGAGTTTGGA 2880 TCGACTCGTC TTGCAAGCAA GTTTGATAGG ATAACCAGAA TCAAACCAAC AACGGATTGG 2940 TAAAGACCGG CTGCTGCAGC CATACCGATA TCTGCTGTCT GAGTCAAACC ATTAAAGACA 3000 TATACGTCCA AAACGTTGGT TACATTGTAA AGCTGACCAG CATTGTGTGG GATTTGATAG 3060 AAGAGACCGA AGTCTGCGCG GAAGATATTT CCGACTGCAA GGATGGTCAA TACAGTTACA 3120 AGCGGAGTCA ACTGAGGAAT GGTTACGTTG CGAATACGTT GCCACTTGCT AGCTCCGTCC 3180 ACTGTCGCTG CTTCGTAGTA GGTTGGATCA ATTCCCATGA TCGTCGCATA GTACATGACA 3240 CTGCTATATC CAAAGCCTTT CCAAATACCT AGGAAAAGTA GGAGATAGGG CCAGATGCCC 3300 AGGTCAGCGT AGAAATTGAC TTCTTTGAGA CCAAGACTTT CCAATAGATG ATTGAACACC 3360 CCTTTATCAA TATTTAGGAA GGCATCTGTA AAGAAACTGA TGATAACCCA AGACAAGAAG 3420 TAAGGGAACA ACATAGAAGT TTGAAAAATC TTCACCATTC TCTTAGAACG GAGCTCGCTG 3480 AGGATAATGG CAATCCCTAC AGATACAACT AAACCTAGAA AGATAAAGCC AAGATTGTAG 3540 AGGACAGTAT TTCGTGTGAT AATAAAGGCG TCTCTTGAAC TAAATAAGAA TCTAAAATTA 3600 TCGAGTCCGA CCCATTTACT ATTTATGATA CTATCTATGA AACCATTACT GGTCATGTGG 3660 TAGTCTTTGA AGGCAACCAC GTTCCCAAAT ACTGGAATGT AAAAGAATAG AATCAACCAG 3720 AGTGCCCCTG GCAAAACCAT CAAGAGAAAG ATCCAGTTGT CTCTCAATGT TTTTGAAAAC 3780 TTTTTCATAA TTTCCTCCCT TTTTATTTTG ATATCCATCT AAAAATTCTT TTTTAGACTT 3840 TTGATAACGA TTACATTATT AGTATACTCC TATTTGCAGG TTAGGTTAAA CTCCTAATTA 3900 TAGAAAAAAC TCCACAAATT ATGTAGCAGA TTTAAAACTT TATCACCACT ATCAAACAAA 3960 TGTCCTAAAT CAATTGTTTA TTTTATCTCT ATTAGCCCAG TGATGGCGTC ACTCTGTTAT 4020 AAGCATCCAA CAACGGGGTA TACTGAAAAA TCTCCAGACT AGGGAACTCA GCGATAGTTC 4080 CTAATCTGGA GATTTTTAAT ATGTTATTAG GCGTTTGCTT TCAACTTAGC AATAACCTCT 4140 TTAAGATTAT CAATCAACTC TGCTGCAGTA TGCTCAGAGC CTTTTTCATC TGCCAAGAAC 4200 AAAACTGCTT TTTGAAGTTC TTTTTGAGAG TTTTCAAGGA CATCCTTATC TACTGTTTCA 4260 AGGTTTGAGT CTTTAAGAAG TTTACTTAAT TCCTTGGCTA ATTTCTTGAG TTTGATTTGC 4320 AGACTCATCT TCTCCTGCTG TTTCTTTGCC CGCTGTTTGT CCTCCATCCT TAGTTGCTGA 4380 CTGGCTTTCC TTAATGGACT CTAGGGAAGC AATGGCATCT TTGACTGTTT GCAAGATATC 4440 ACGTAAACCT TGCTCTGTCA AACTATCATC TGCAAAAGCT TTATTAGCCT CTGCCAAAAC 4500 CAGACGTGCT GAATCTGTGG TAGGATTCGA TACACCTGTC AATGATCTCA AAAGATTTTC 4560 TAAGGTTTGA GTCTGCTTAC TAATACTAGA CTAAAATCAA AAAGTATTAT ATAACAGTGA 4620 TATGAAATCA ACTAAAGAAG AAATCCAAAC CATCAAAACA CTTTTAAAAG ACTCTCGTAC 4680 AGCTAAATAT CATAAACGCC TTCAAATCGT TCTATTTTGT CTGATGGGCA AATCTTATAA 4740 AGAGATTATA GAACTTTTAT AGTAGTTTGA AATAAGATGT GAACATCTCT ATCAGGAAAG 4800 TCAAATTAAT TTATAGAAAT ATTTTAGCAG CCAAGGTGTA CTGTTATAGA TTCAATACAC 4860 TATACTTGGT GGTTTAGCTC G 4881 (2) INFORMATION FOR SEQ ID NO : 126 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 13121 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 126 : AGGATCCCCG GAAAAGGAGA CTAAAAATGA AGAAAAAATT TCTAGCATTT TTGCTAATTT 60 TATTCCCAAT TTTCTCATTA GGTATTGCCA AAGCAGAAAC GATTAAGATT GTTTCTGATA 120 CCGCCTATGC ACCTTTTGAG TTTAAAGATT CAGATCAAAC TTATAAAGGA ATTGATGTTG 180 ACATTATTAA CAAAGTCGCT GAGATTAAAG GCTGGAACAT TCAGATGTCC TATCCTGGAT 240 TTGACGCAGC AGTCAATGCG GTTCAAGCTG GGCAAGCCGA CGCTATCATG GCAGGGATGA 300 CAAAGACTAA AGAACGTGAA AAAGTCTTCA CCATGTCTGA TACTTACTAT GATACAAAAG 360 TTGTCATTGC TACTACAAAG TCACACAAAA TTAGCAAGTA CGACCAATTA ACTGGCAAAA 420 CCGTTGGTGT TAAAAACGGA ACTGCCGCTC AACGTTTCCT TGAAACAATC AAAGATAAAT 480 ACGGCTTTAC TATTAAAACA TTTGACACTG GTGATTTAAT GAACAACAGC TTGAGTGCTG 540 GTGCCATCGA TGCCATGATG GATGACAAAC CTGTTATCGA ATATGCCATT AACCAAGGTC 600 AAGACCTCCA TATTGAAATG GATGGTGAAG CTGTAGGAAG TTTTGCTTTC GGTGTGAAAA 660 AAGGAAGTAA ATACGAGCAC CTGGTTACTG AATTTAACCA AGCCTTGTCT GAAATGAAAA 720 AAGATGGTAG TCTTGATAAA ATTATCAAGA AATGGACTGC TTCATCATCT TCAGCAGTGC 780 CAACTACAAC TACTCTCGCA GGATTAAAAG CTATTCCTGT TAAGGCTAAA TATATCATTG 840 CCAGCGATTC TTCTTTTGCC CCTTTTGTTT TCCAAAATTC AAGCAACCAA TACACTGGTA 900 TTGATATGGA ATTGATTAAG GCAATCGCTA AAGACCAAGG TTTTGAAATT GAAATCACCA 960 ACCCTGGTTT TGATGCTGCT ATCAGTGCTG TCCAAGCTGG TCAAGCCGAT GGTATCATCG 1020 CTGGTATGTC TGTCACAGAT GCTCGTAAGG CAACTTTTGA CTTCTCAGAA TCATACTACA 1080 CTGCTAATAC CATTCTTGGT GTCAAAGAAT CAAGCAATAT TGCTTCTTAT GAAGATCTAA 1140 AAGGAAAGAC AGTCGGTGTT AAAAACGGAA CTGCTTCTCA AACCTTCCTA ACAGAAAATC 1200 AAAGCAAATA CGGCTACAAA ATCAAAACCT TTGCTGATGG TTCTTCAATG TATGACAGTT 1260 TAAACACTGG TGCCATTGAT GCCGTTATGG ATGATGAACC TGTTCTCAAA TATTCTATCA 1320 GCCAAGGTCA AAAATTGAAA ACTCCAATCT CTGGAACTCC AATCGGTGAA ACAGCCTTTG 1380 CCGTTAAAAA AGGAGCAAAT CCAGAACTGA TTGAAATGTT CAACAACGGA CTTGCAAACC 1440 TTAAAGCAAA CGGTGAATTC CAAAAGATTC TTGACAAATA CCTAGCTAGC GAATCTTCAA 1500 CTGCTTCAAC AAGTACTGTT GACGAAACAA CGCTCTGGGG CTTGCTTCAA AACAACTACA 1560 AACAACTCCT TAGCGGTCTT GGTATCACTC TTGCTCTAGC TCTTATCTCA TTTGCTATTG 1620 CCATTGTCAT CGGAATTATC TTCGGTATGT TTAGCGTTAG CCCATACAAA TCTCTTCGCG 1680 TCATCTCTGA GATTTTCGTT GACGTTATTC GTGGTATTCC ATTGATGATT CTTGCAGCCT 1740 TCATCTTCTG GGGAATTCCA AACTTCATCG AGTCTATCAC AGGCCAACAA AGCCCAATTA 1800 ACGACTTTGT AGCTGGAACC ATTGCCCTCT CACTCAATGC GGCTGCTTAT ATCGCTGAAA 1860 TCGTTCGTGG TGGTATTCAG GCCGTTCCAG TTGGCCAAAT GGAAGCCAGC CGAAGCTTGG 1920 GTATCTCTTA TGGAAAAACC ATGCGTAAGA TTATCTTGCC ACAAGCAACT AAATTGATGT 1980 TGCCAAACTT TGTCAACCAA TTCGTTATCG CTCTTAAAGA TACAACTATC GTATCTGCTA 2040 TCGGTTTGGT TGAACTCTTC CAAACTGGTA AGATTATCAT TGCTCGTAAC TACCAAAGTT 2100 TCAAGATGTA TGCAATCCTT GCTATCTTCT ATCTTGTAAT TATCACACTT TTGACTAGAC 2160 TAGCGAAACG CTTAGAAAAG AGGATTCGTT AATGGCAAAA TTAAAAATTG ATGTAAATGA 2220 TTTACACAAG CACTATGGAA AAAATGAAGT CCTAAAAGGA ATTACGACTA AGTTCTATGA 2280 AGGAGATGTT GTTTGTATCA TCGGTCCTTC AGGTTCTGGT AAGTCAACTT TCCTCCGTAG 2340 CCTCAATCTT TTAGAAGAAG TCACTAGCGG TCACATCACT GTGAACGGCT ATGATTTAAC 2400 TGAAAAAACA ACCAATGTTG ACCACGTCCG TGAAAATATC GGCATGGTAT TCCAACACTT 2460 CAACCTCTTC CCTCATATGT CTGTATTGGA CAACATCACC TTTGCTCCTA TTGAGCACAA 2520 GTTGATGACT AAGGAAGAAG CTGAGGAATT GGGAATGGAG TTGCTTGAAA AGGTTGGACT 2580 AGCAGATAAA GCTAATGCCA ATCCAGATAG CCTATCAGGT GGTCAAAAAC AACGTGTGGC 2640 CATCGCTCGT GGCCTAGCAA TGAATCCAGA CATCATGCTC TTCGATGAAC CAACTTCTGC 2700 CCTTGACCCT GAGATGGTTG GAGACGTACT TAACGTTATG AAGGAATTGG CTGAGCAAGG 2760 CATGACCATG ATTATCGTAA CCCATGAGAT GGGATTTGCT CGTCAGGTTG CCAACCGCGT 2820 TATCTTTACT GCAGATGGCG AGTTCCTTGA AGACGGAACA CCTGACCAAA TCTTTGATAA 2880 CCCACAACAC CCTCGTCTGA AAGAGTTCTT AGATAAGGTC TTAAACGTCT AAACTCAAAC 2940 TGTAAGGATT TCCTTGCAGT TTTTCTACCT CGTATTGGAA TTTTTGATTT TTCGGAAAAT 3000 TATGTTAGAA TTAAGTTTAT GAAATGAGGT TTCCTCATAC CTAGCAAGAC TAGGAATAAA 3060 AATAGAAATT AGGTAGCTAG ATGTCATCTA AGGTTATTGT TACAATTTTC GGTGCGAGTG 3120 GAGACCTGGC TAAACGCAAG CTCTACCCTT CCCTTTTTAG ACTATATCAA TCCGGCAATC 3180 TTTCCAAGCA CTTTGCCGTT ATTGGAACTG CCCGTAGACC TTGGAGTAAG GAATATTTTG 3240 AATCTGTAGT TGTCGAGTCC ATCCTTGATT TGGCAGATAG TACCGAGCAA GCCCAAGAAT 3300 TTGCTAGCCA CTTCTACTAT CAAAGCCATG ATGTCAATGA TTCGGAACAT TATATTGCTT 3360 TGCGTCAATT ACAAGCTGAG CTTAATGAAA AATACCAAGC TGAACACAAT AAGCTCTTCT 3420 TCTTGTCTAT GGCACCTCAG TTCTTTGGAA CCATTGCCAA ACACCTCAAA TCTGAAAACA 3480 TTGTCGATGG CAAAGGTTTT GAGCGCTTGA TCGTTGAAAA ACCATTTGGT ACAGATTACG 3540 CAACTGCAAG CAAGTTGAAT GACGAACTCC TAGCAACATT TGACGAAGAA CAAATTTTCC 3600 GTATCGACCA TTATCTTGGT AAGGAAATGA TCCAAAGCAT CTTTGCAGTT CGCTTTGCAA 3660 ACTTGATTTT TGAAAACGTT TGGAACAAGG ATTTTATCGA CAATGTTCAA ATTACCTTTG 3720 CGGAGCGCTT GGGTGTAGAA GAACGTGGTG GCTACTATGA CCAATCCGGT GCCCTCCGTG 3780 ACATGGTCCA AAACCACACT CTACAACTTC TTTCGCTCCT CGCCATGGAC AAACCAGCAA 3840 GCTTCACAAA AGACGAGATT CGTGCTGAAA AGATTAAGGT CTTTAAAAAC CTCTATCATC 3900 CAACTGATGA AGAACTCAAA GAACACTTTA TCCGTGGGCA ATACCGCTCT GGTAAGATTG 3960 ATGGCATGAA ATACATCTCT TATCGTAGCG AGCCAAATGT GAATCCAGAA TCAACAACTG 4020 AAACCTTTAC ATCTGGTGCC TTCTTTGTAG ACAGCGATCG ATTCCGTGGT GTTCCTTTCT 4080 TTTTCCGTAC AGGTAAACGA CTGACTGAAA AAGGAACTCA TGTCAACATC GTCTTTAAAC 4140 AAATGGATTC TATCTTTGGA GAACCACTTG CTCCAAATAT TTTGACCATC TATATTCAAC 4200 CAACAGAAGG CTTCTCTCTT AGCCTAAATG GGAAGCAAGT AGGAGAAGAA TTTAACTTGG 4260 CTCCTAACTC ACTTGATTAC CGTACAGATG CGACTGCAAC TGGTGCTTCT CCAGAACCAT 4320 ACGAAAAATT GATTTATGAT GTCCTAAATA ACAACTCAAC TAACTTTAGC CACTGGGATG 4380 AAGTTTGTGC GTCATGGAAG TTGATTGACC GTATTGAAAA GCTCTGGGCT GAAAATGGTG 4440 CCCCACTTCA TGACTATAAA GCTGGAAGCA TGGGACCTCA AGCCAGCTTT GACCTACTTG 4500 AAAAATTCGG TGCCAAATGG ACTTGGCAAC CAGATATCAC CTATCGTCAA GATGGTCGCT 4560 TAGAATAAAA AAATTTCCTG CAAGTTTATG CcTTGCAGGA TTTTTGCTTC TGATTAGATT 4620 AAACCTTCCA AGAGACCTTT CATAAAGTTT TCTGAGTTAA ACTCTCCAAT ATCATCGATT 4680 TTTTCACCAA AACCAATCAA TTTTACAGGA ATATTGAGTT CTTCACGAAT GGCTAGAACC 4740 ACACCTCCTC GAGCAGTTCC ATCAATCTTA GTCAAAACAA TTCCCGTTAA AGGTGTGATT 4800 TTCGAAAATT CTTTGGCCTG TACTAGGGCA TTTTGACCTG TTGATGCATC AAGTGCCAAG 4860 AAGGTTTCAT GTGGTGCTTC TGGCACAACA CGTTTGATAA TACGACCAAT CTTTTCCAAC 4920 TCAGCCATAA GGTTATCCTT ATTTTGCAGA CGACCAGCAG TATCAATCAT GAGAATATCG 4980 ATACCTTCAG TCACGGCACG TTCCATACCA TCAAAGACCA CGCTGGCTGG ATCAGCTTTT 5040 TCAGGTCCAG TTACTACTGG AACATCTACT CGTCGGCCCC ATTCAGCTAG CTGAGCTACT 5100 GCACCCGCAC GGAAGGTATC TGCTGCAACC AGCATGACCT TCTTACCAGC TTGTTTGTAG 5160 CGGTGGGCTA GTTTTCCGAT AGAAGTTGTT TTCCCAACAC CATTCACACC AACAAAGAGC 5220 ATAACTGTCA AGTTATCTTG GAAGTGGATG CTTTCATCGT AGCTACCATC CTTTTCATAA 5280 AGCTCAACCA ATTTCTCAAT GATGACACGA CGAAGTACAT CAGGTTTCTT GGCATTTTCA 5340 AGCTTGGCTT CGTAACGTAG TTCCTCCGTT AAGTTAGAAG CGACTTGGAC ACCAACATCA 5400 CTCATAATCA GCAGTTCTTC CAGTTCCTCG AAAAATTCTT CGTCAACAGA GCGGAAGTTA 5460 GCAAAGAAGG CATTCAAGCG GGCACCGAAA CCTGTGCGAG TTTTCTTAAG ACTGCGGTCA 5520 TATTTTTCCT GAACAGTTTC TTCTGTTTGA GGAGCTTCTG GTTCAAGCAC TTCAGAATTA 5580 TTTTCTTCTA CAGTTCCTTC GTGCTCAAGC TTCTCTTCCT CTGGTAATTC TTCTGAGTTT 5640 GGTAATTCTT CTATTTCTTC TTGAGAAACC CCTACAGCTG GCTCTGAATC CTGACTTTCT 5700 TCAACTGTGT CTTGGATTTC CTCTTCTTGG AACACAGCTT GTTCAACAAT TTCAACCTCT 5760 GCTTCTTCCT GAGAAACTTC CTCAACTTCT GTGAAGGTAG GATCAACATC TTCAGACAAA 5820 TCAAGATTTT CCAGAGCTTC TTTTACAACT TCTTCGATTT TAGGTTCTTC TTTTTTTCCG 5880 AATAGACGGT CAAACAATCC CATATCTTAG TTCTCCTTTA GCACATATTC TTCGATAGCC 5940 CAGGCGACAG CTTCCTCATC GTTGGTCATC GGCGTCACTA CATTTGCGGC TGCCTTTACT 6000 TCAGGAACAG CGTTTTGCAT AGCAACACCA AGACCTGCCC ATTCAATCAT AGAGAGGTCA 6060 TTGGCCTCGT CACCACAAGC CATCACTTGA CTTTGGTCGA TTCCAAGATG GCTGATTAGT 6120 TTTGCCAAAC CTGTTGCTTT ATGAACATTC TTTGGTGACC ATTCTAGCAA CATTTCACGT 6180 GATTTAAAGA TTTCATATTG GTCAAACAAT TCTGGAGAAA TCTTCTGAAT GGCTGCATCC 6240 AAGGGTTCTT GAGCAAAGGC AGTCACGCAT TTGTTGTAGG TCATTTGACT AGATAAGTCT 6300 TCAAAGTCCA CTGGAACAAA GGTCAAAGCT GGATTGAATT TGGCATAAAG ACTTTCTTGG 6360 TCCGATTGGA TTTGATAAAC TGTTCCTTCT GAGATGGCAT CAAGAGGCAG TGATAATTTC 6420 TCTGTTTCTT CATACAAACG TGCCACATCA TCATATGAAA AGACTGTTTT ATCAAGGATT 6480 TCTCCTGTAT TTTTCTGAAC TAATCCACCA TTAAAAGTAA TGGTATACTC ATCTTCCTGA 6540 CCGTCAGTCC CTAACTCATG GAGAAAGAAA TCCATGGCTT TTAAGGGACG ACCAGTTGTC 6600 AATACGACCT TGATACCACG ATCACGCGCA gCTTGCAAGG TTTCCTTGGT ACGATCCGTC 6660 AGCCTTTTAT CAGTAGTCAG CAAGGTCCCG TCCAAGTCCA ATGCAATCAA TTTTATATCT 6720 GCCATTATAA GCCCTCCATA TAAGCTATAA CCGACCGTTC CTTATGGTGA CCAATCACAG 6780 TCTTTGCTAA TTCTAAAATT TCAGGTCGTG CATTTTCAGG AGCTACAGGA TGTCCCACAA 6840 CCTGCATCAT ATGTAAGTCA TTAAGATTGT CTCCAAAAGC CATGACCTGA TCCATTGTGA 6900 TACCAAGTTT TTTAACTAAT TCAACAATGG CCACTCCCTT ATCGACATAG TCCAGAACAA 6960 TATCAATGGA TTCAAAGCCA GTTGTCATGG CCTTAACACC AGGAACGTTT TCGTTTACCC 7020 AAGCCTCCCC ATCTTCCAGC GTTTCTTCTG TGAAGTTGGT TGTAAATTTG AAAATGTCAT 7080 CTGTGATATC TTCCAAACTC GCTACTTTTT GGATATTTTC ATTATAGTGC TGACTCACTT 7140 TCAAATAGGT CTCATCAACC GTATCTAGAA CATATGAACC CTTCTTACCC GTCAAGAGCA 7200 GTTTATTGAT ATCTACATAA GGTGAAGTTT TCAGCTTTTC AAAAGTTGCC AGATAAAAGT 7260 CACGAGACAT AGTCGCTTCA TACAAGTCCT GACCTTGATA CTCTACCAAA CTGCCATTTT 7320 CCGCGATGAA AATAATGTCA TCACGAACAC CAGCAAATAA TTTTTCTAGA GACAGAAATC 7380 CCCGACCCGA AGCTACCGCA AAGTAAATCC CTTTTTCCTT GTAGGAAACC AAGAGAGACT 7440 TGAGACGATC CATATCAAAG CGTCCATTCC CATCTAGGAA GGTTCCGTCC ATATCCGTTG 7500 CTACTAGTTT AATTGTCATC CTTCAATACT TTCTAAATCT TTTAACTTAA CTGAAACAAT 7560 CTTTGAAACA CCCGATTCTT GCATGGTCAC TCCATAGATG GAATCAGCCG CTGCCATGGT 7620 TCCCTTACGG TGGGTTACGA CGATGAACTG GCTGTCCTTG TCAAAGCGGT TGAGGTAATC 7680 CCCAAAACGT TTAACATTGG CTTCATCCAG CGCAGCTTCC ACCTCATCCA AGATAACAAA 7740 TGGAATAGTC TTGACACGAA TAATGGAGAA GAGCAAGGCA AGAGCCGATA GGGCTTTTTC 7800 ACCACCACTC ATGAGATTAA GAGACTGGAT TTTCTTGCCT GGTGGTTGGA CAGAAATTTC 7860 AACCCCAGCT GTCAGCAAGT CTCCTTCAGT CAAAATGAGG TCAGCCTGAC CTCCACCAAA 7920 CATCTGCTTG AAGGTCACTT TAAAGGACTC ACGAATGACC TCAAAGGTTG ATTTAAAGCG 7980 TTCCTTGACC TCATCATTCA TCTCTGTAAT GGTCTCAAGG AGCAGGTTTT TCGCAGACAA 8040 AATATCATCA CGTTGGCTAT TTAGGAAATC CAGACGGTTG TGAACTTCTT CGTACTGTTC 8100 AATAGCGTCT AAATTGACAG GACCCAGTGA GCGTATAGCC TTCTCTAAAT CCTTAACTTC 8160 TTGCTCTGCC AGATTGAGAT TTTCCAACTC ATGCGCCTTT TCTAAAGCTT CTGTGTAGCT 8220 GATCTGGTAC TGGTCTGTTA ATTGACTTTG TAGATGGCGC AAGCGCTCGC TAACCTTTTC 8280 TTTCTTGGCT TCAGCACGAG TTTGCTTGCG AATCCACTCT TCATTCTGCT GGCGAGCCTG 8340 ATCCAAATGA CTAGCAATAT CATCCAGTTG ACCCTCAATA TCATCCAACT CAAACTGCTT 8400 GCGAATCAAA CCTTGTTGGA GATTTGTTTT TTGAGTTTTG GATTCTTCCG CCTGTTGACT 8460 GAGCAATTCT GTATCAACCT TCTCAAGATT ATCAATCTTT TCTTGAAGAA GGCGCTGGAT 8520 TTCCTCTTGT TCAAAATCAA GATTGTCCAA TTCCTTGCCT AAGCGTTCAA TATCAGCAAC 8580 TTCATAACGT TTTTGCCCTT GCAGTTCTGT CTTAAGCAAA CGAGCTTGCG CTAGCTCTTC 8640 CTGCAAGTTT TGATAGCGTT CTTGGATGGC ATTTTTGTTA GACTTAATCT CTTCAATCTC 8700 AGCTTCCAGA TTTTGCTTGT CACTGGAGAT TGCAGCAAGA CGCTCTTGGC AGTTTTCCTT 8760 ATCCGCTTGC CAATCTCCCT CGGAAAGACG ATCTATTTCC TCTTCTTGGA GTTTCCAAAG 8820 AGTTTCCAGT TCTTCAACTT GCTGACTAGT TTGCTGATAA GCGAGGAACA AGCCTTGCTC 8880 CTGAATACGT GCCTGCTCTC CTTGAGATTT AATAGCTTCT AATGACTCGG TCAATCTGGC 8940 CATCTCATCT TGCAAGGTCT TCAAAGTCGC CTCTTCTGAA CCCAAGCTTG CTTCTTCTTC 9000 AGCAATTTCT TTTTGTAATT GCTCCAGTTC TGGCTTGATA AAAATGCTGT TATTCTGGCG 9060 ATTGGCACCA CCTGCATAAG AACCACCTGT GCGCAACTCT GTCCCATCCA ATGTCACCAT 9120 ACGAACCTGA TAACGAACTT GGCGAGCTGC TGCACGCGCA TGTTCTACGG TATCAAAGAT 9180 AGCCGTCGTA GCTAGCAAGT TCTTGAAAAT GGCTTCCAGT CTAGTATCAA AAGTCACCAA 9240 CTCATCTGCC ATCCCAAGGA AACCTGGGCT TACAGCGATA GCATCTTGGT TCTGACTAGA 9300 AATCGTACGC GCCTTGATAG TGGTCAAAGG AAGAAAGGTT GCACGACCGG CTCTGTTCCG 9360 TTTAAGGAAG TCAATAGCCT TGGTTGCCGA CTCTTCATCT TCTACGATGA TATGCTGGCT 9420 ACTTGCCCCT AAGGCAATCT CTAGGGCAGT TTGATAATAA ACATCAAAGG TCAGATGCTC 9480 ACTGACTGCA CCAATAATCC CACCTAGGCG ATCTTTTTCT TGGAGAACAC TCTTAACACC 9540 TGCATAAAAG TTACTATGAT TTCTCAGGAT ATTTTCCAAA CTTTGAGCTC TGGCCTGCTT 9600 GTTTTTGAGA TTATCCAGAC GGTCAAAGAG TTGGCTTTGT TGAGCTTGAT AGGAAGTTTT 9660 CTGCTCCTCT TGCTCCTTGG CAATAGCTTG GTAGTCAGCC AATAATTTCT GAACCTGCTC 9720 CTTGGCAGTT TCAAGCTCTT CCTTTTGCTG ACTAGCCTTC TCTTTAGCTA TAGCTAATTG 9780 CTCTTTCAGC TTTTCTAGTT GATCTGCTTG TTTTTGAGAA AGCTGACGAC TATTTTCCAA 9840 CTCATTCTCA ATACGGGTCA ACTGGTTTGA GACATCCGCT TCTTCTTGTA AAAGAGCTAC 9900 AAAGCGTTCA CGTAAGAGCT CAATCATCTG ATCAGGATCG TCTGAGAAAG CCAGCAATTC 9960 AGCTTCTAAA CGATTGAGTT TTTGATTATT TTGGACTAGA TTTCCCTCTA ACAGAGCTAA 10020 AGAGCTTTCT TTATCAGACT TTTCTTTGCT GAGTGAATTT CTCTTATCCT CCAAAGCAGC 10080 CAAACGGGCT TGTGCCTCCT GTTGATTCAA GGCCACTTGC TCGGACTCCA GTTTCGATAG 10140 GGCTAATTTT CTTTCTAAAT CACTAATCAG ACTAGTCAAG TCCATCAAAC TGCCTTGGTC 10200 TTTGGCCATT TCAGCCTGTA AATCTTGGCG TTGCTTTTTA AGAGTTTGAT TTTCTTCTTC 10260 TAATTTTTCA CGCTTTTGGT AATAACTCAT CAAGAGTTCT TGAACCTGAG TCAACTCTTC 10320 TTCTGTCGAC TCTAGTTCAG CCTTATTTTC CTTGATTTGA GCAACCAGAA CATCTAAATA 10380 AATAGCCTTA CGTTGTCCTT CCAAGTCTAA AAACTTACGG GCATTCTCAG CTTGCTTCTC 10440 AAGAGGCTTG ATTTGATTAT CCAACTCGTA GATAATGTCC TCTAAGCGGT CCAGATTATC 10500 CTGAGTTTGC TGCAGTTTAC TCTCGGTTTC TTTTCTGCGA GTCTTGTATT TTAAAACTCC 10560 AGCAGCTTCT TCAAAAATAG CTCGTCGTTC CTCAGGCTTG GAATTAAAAA TCTCCTCAAC 10620 CTTCCCTTGG GAAATAATAG AGAAGGAATC TCGTCCCAAT CCAGTATCCA AGAAGAGGTC 10680 ATGAATATCA CGCAGACGGA CTTTCTTGCC GTCAATCTTG TATTCGCTAT CTCCACTACG 10740 ATAGACATGG CGTTCCACCC TGATTTCTTG ACCTGCATCC TTGATAAATC CGTCATGATT 10800 ATCCAGAGTC ACAACTACAG AAGCATAATT GAGCGGTTTG CGACTTTCGG TTCCAGCAAA 10860 GATGATATCC GGCATCTTGC CCCCACGGAG ACTCTTGACA CTAGACTCCC CCAAAGCCCA 10920 ACGCAGACTT TCTGTAATAT TGGACTTTCC AGATCCATTG GGTCCAACAA CTGCCGTCAC 10980 ACCTTGGTCA AAAACGACCT TGGTCTTATC AGCAAAAGAC TTGAACCCCT GAATTTCGAT 11040 TTCCTTTAAA TACATGAATC CAGCCCCTTC TCAACGGCAT TTTTGGCAGC TTCCTGCTCT 11100 GCTAATTTCT TAGAACGACC TTGGCCTTGA CCGATGCTCT TACCTTCAAC AAGAACTTCT 11160 ACATCAAAAA CCTTATCGTG AGCAGGCCCT GTTTCAGAAA TCACCTGATA ACGAATAGCC 11220 ACATCACCAT TGACCTGAAG CAACTCTTGG AGATGGGTTT TATAGTCTGT AATCATCTCA 11280 AACTCGCCTG CTTCAACCTT AGGAATCATG ACTTGATAGA TAAATTCCTT GACCTTGGCC 11340 ACATCCTTAT CCAAAAGAAG GGCACCAAGA AAGGCTTCAA AGGCATCACC AAGAATGGTG 11400 TCACGATTGC GACCACCTGA TTTTTCTTCC CCTTTACCCA ACTTGATAAA CTGGTCAAAC 11460 TGGCAATCAC GCGCAAAACC AGCTAAACTC TCCTCACGGA CAATCATAGC ACGGAGTTTT 11520 GATAGGTCAC CTTCAGGCTT TTTAGGATAT TTTTTATATA GATATTCTGA AATCAATAAC 11580 TGTAGAACAG CGTCTCCTAA AAATTCCAAG CGTTCATTGT GTGAAATTTT TAAGAGGCGG 11640 TGCTCATTGG CATAACTCGT ATGAGTAAAG GCAGTTTCCA GTAACTTTTT GTCTGCAAAT 11700 TCGATTGCAA AATGATTCTT TAGTACAGTT TGTAATTCTT TCATACCAAC CTCTTTCTAA 11760 CTGATAATAG TCCTTTTTAT TATATCAAAA AAAGCCCCCT. GAGTCACTCT AAAACGGGAC 11820 TGGAAAGCAT TTGGGAATTC TTTAGACAGA GATTCTCAGT TTTAGCGGCA AATTTGGGTC 11880 AGGATAAAGA AAAAAGCCCT ATTAAAGGCT TTTTAGGATG TTTACATCCA CCCTGAGGGA 11940 ATCGAACCCC CATCTCAAGA ACCGGAATCT TACGTGATAT CCATTACACT AAGGGTGGAA 12000 ACTTGTTTTA TTATAACAGA AATTTGCTCT AATAACAAGT TTTTTGGTCA AAGACCCCGT 12060 CTTAGTGGGA AGCATCCCCA TTCCAGATGG AGTTTTTCAC GATCACATAA TCAACGTGTT 12120 TAAGGTCAGC AACCTGACGT CCACCTGCAT AAGAAATAGC ACTTTGAAGG TCTTGTTCCA 12180 TCTCAGTTAA AGTGTCTTGC AGATGACCTT TAGCAGGAAG CAAGATACGT TTGCCTTCCA 12240 CATTTTTGTA AGCACCTTTT TGATATTGTG AGGCTGAACC ATAATATTCT TTGAACTGTT 12300 CACCATCGAC TTCAATCGTT TTCCCTGGAC TTTCAATGTG TCCTGCAAAG AGGGAACCAA 12360 TCATGATCAT GCTAGCACCG AAGCGGATAG ACTTAGCAAT ATCACCGTGA GTACGAATTC 12420 CTCCATCAGC GATAATCGGT TTACGCGCAG CCTTGGCACA CCAGCGTAGA GCAGCCAACT 12480 GCCAACCACC TGTACCAAAA CCAGTCTTAA CCTTGGTGAT ACAAACCTTA CCAGGACCGA 12540 TTCCGACCTT AGTAGCATCC GCACCAGCAT TTTCCAATTC ACGCACAGCT TCTGGTGTTC 12600 CCACATTTCC AGCAATGACA AAGGTATCTG GCAATTCTTT CTTGATGTGT TGAATCATAG 12660 AAATCACGCT ATCCGCATGA CCATGAGCAA TATCAATAGT GATATACTCA GGAGTATCAG 12720 CCTTGAGCTG GCTAACAAAA TCATACTCAT AATCCTTAAC ACCGACAGAG ATAGAAGCAA 12780 TGAGCCCTTG ATTGTGCATT CGTTTAATAA AAGGAATGCG TCCTGCCTCA TCAAAACGGT 12840 GCATAATGTA GAAGTAACCA CCTTTAGCCA GTTGCTCTGC TACATTTTCA TCCAAAATCG 12900 TCTGCATATT CGCTGGCACA ACAGGTAGTT TAAAGGTGTG ATTTCCTAAA GTGACACTTG 12960 TATCCGCTTC TGCACGGCTT TTAATGACAC ATTTATTTGG AATCAATTGA ATATCTTCGT 13020 AATCAAAAAT TGGAAATTCA TTTAACATAT CGATGTCTCG TTTCTTTTGT AATGACCTAC 13080 CTATGCTCTT GCATCACTAC GCCTTTTCCG ACGTTTCCTG G 13121 (2) INFORMATION FOR SEQ ID NO : 127 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9578 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 127 : CCGAATGCAA TGTTTACGGT TGAACTTGAA AATGGACATC AGATTTTAGC AACAGTTTCT 60 GGTAAAATTC GTAAAAACTA TATTCGTATT TTAGCGGGAG ATCGTGTTAC TGTCGAAATG 120 AGTCCATATG ACTTGACACG TGGACGTATC ACTTACCGCT TTAAATAATC GAAAAACTTG 180 GAGGGATAAG AAATGAAAGT AAGACCATCG GTCAAACCAA TTTGCGAATA CTGTAAAGTT 240 ATTCGTCGTA ATGGTCGTGT TATGGTAATT TGCCCAGCAA ATCCAAAACA CAAACAACGT 300 CAAGGATAAG ATAGAAAGGA GAAAACATGG CTCGTATTGC TGGAGTTGAT ATTCCAAATG 360 ACAAACGCGT AGTAATCTCA TTGACTTATG TTTATGGTAT CGGACTTGCA ACATCTAAGA 420 AAATTTTGGC TGCTGCTGGA ATCTCAGAAG ATGTTCGTGT ACGTGATCTT ACATCAGATC 480 AAGAAGATGC TATCCGTCGT GAAGTGGATG CAATCAAAGT TGAAGGTGAC CTTCGTCGTG 540 AAGTAAACTT GAACATCAAA CGTTTGATGG AAATCGGTTC ATACCGTGGT ATCCGTCACC 600 GTCGTGGACT TCCTGTCCGT GGACAAAACA CTAAAAACAA CGCCCGCACT CGTAAAGGTA 660 AAGCTGTTGC GATTGCTGGT AAGAAAAAAT AATATAGGAG GTAAAAGTCT TGGCTAAACC 720 AACACGTAAA CGTCGTGTGA AAAAGAATAT CGAATCTGGT ATTGCTCATA TTCACGCTAC 780 ATTTAATAAC ACTATTGTTA TGATTACTGA TGTGCATGGT AATGCAATTG CTTGGTCATC 840 AGCTGGTGCT CTTGGTTTCA AAGGTTCTCG TAAATCTACA CCATTCGCTG CTCAAATGGC 900 TTCTGAAGCT GCTGCTAAAT CTGCACAAGA ACACGGTCTT AAATCAGTTG AAGTTACTGT 960 AAAAGGTCCA GGTTCTGGTC GTGAGTCAGC TATTCGTGCG CTTGCTGCCG CTGGTCTTGA 1020 AGTAACAGCA ATTCGTGATG TGACTCCAGT GCCACACAAT GGTGCTCGTC CTCCAAAACG 1080 TCGCCGTGTA TAATCATCGC ATTACACTGC TTTTCGTTTA AGAGGGAGTA ACTAAATGAT 1140 CGAGTTTGAA AAACCAAATA TAACAAAAAT TGATGAAAAT AAAGATTATG GCAAGTTTGT 1200 AATCGAACCA CTTGAACGTG GCTACGGTAC AACTCTTGGT AACTCTCTTC GTCGTGTACT 1260 TCTAGCTTCT CTACCAGGAG CAGCTGTGAC ATCTATCAAC ATTGATGGTG TGTTACATGA 1320 GTTTGACACA GTTCCAGGTG TTCGTGAAGA CGTGATGCAA ATCATTCTGA ACATTAAAGG 1380 AATTGCAGTG AAATCGTACG TTGAAGACGA AAAAATCATC GAACTGGATG TTGAAGGTCC 1440 TGCTGAAGTA ACAGCTGGTG ACATTTTGAC AGATAGCGAT ATTGAAATTG TAAATCCAGA 1500 TCATTATCTC TTTACAATCG GTGAAGGTTC TTCTCTAAAA GCGACTATGA CTGTTAACAG 1560 TGGTCGTGGA TATGTACCTG CTGATGAAAA TAAAAAGGAT AATGCACCAG TTGGAACACT 1620 TGCTGTAGAT TCTATTTATA CACCAGTTAC AAAAGTCAAC TATCAAGTGG AACCTGCTCG 1680 TGTAGGTAGC AATGATGGTT TCGACAAATT AACCCTTGAA ATCTTGACAA ATGGAACAAT 1740 TATTCCAGAA GATGCTTTAG GGCTTTCAGC ACGTATTTTG ACAGAACATC TTGATTTGTT 1800 TACAAATCTT ACTGAGATTG CTAAGTCAAC TGAAGTGATG AAAGAAGCTG ATACTGAATC 1860 TGACGACCGT ATTTTAGATC GTACGATTGA GGAACTGGAC TTGTCTGTGC GTTCATACAA 1920 CTGTTTAAAA CGTGCCGGTA TCAATACTGT GCATGATTTG ACAGAAAAAT CTGAAGCAGA 1980 GATGATGAAA GTACGAAATC TTGGACGCAA GAGTTTGGAA GAAGTGAAAC TCAAACTCAT 2040 TGATTTGGGT CTTGGATTAA AAGATAAATA AAGGAGGAAT ACATGGCTTA CCGTAAACTA 2100 GGACGCACTA GCTCACAACG TAAAGCAATG CTTCGCGATT TGACAACTGA CCTTTTGATC 2160 AACGAATCAA TCGTGACAAC TGAAGCTCGT GCTAAAGAAA TCCGTAAAAC TGTTGAAAAA 2220 ATGATTACTC TAGGTAAACG TGGTGATTTG CATGCACGTC GTCAAGCAGC TGCTTTCGTA 2280 CGTAATGAAA TCGCATCTGA AAACTATGAT GAAGCAACTG ATAAGTACAC TTCTACTACA 2340 GCACTTCAAA AATTGTTCTC AGAAATCGCA CCTCGTTATG CTGAACGTAA CGGTGGATAC 2400 ACTCGTATCC TTAAAACTGA ATCACGTCGT GGTGATGCAG CGCCAATGGC GATCATCGAA 2460 TTAGTATAAA ATCATCAATT TTGTTGAGTG TTATGATGAT GGAGTCTTGT GCTCTTAGTC 2520 TAGCTCTGGT CTACCGCTAG GATTTCGGTC CTAGCGGGAA CACTCATCAT AAGTTGGGAT 2580 AGTAGACGCT TGTTTACGAA ATTGTTTTTT TCTTAAGAAC AACTTCGTAA GCAGGCGTTT 2640 TTGAGTATTT TCGTTAGAAT TATGCTATAC TATTTGAAAA GAATCCTGTT TAATGTTAAG 2700 GTTTCTTATT TTAAGAAGAA TTGGAGTTTA CTTATGAAAG CCATTATAAC TGTTGTTGGT 2760 AAAGATAAAT CTGGAATTGT TGCAGGTGTT TCTGGTAAAA TTGCAGAATT AGGATTGAAT 2820 ATTGACGATA TCTCTCAAAC TGTCTTGGAT GAATATTTTA CGATGATGGC TGTTGTATCT 2880 AGTGATGAAA AGCAAGATTT TACCTATCTT CGTAATGAAT TTGAAGCTTT TGGGCAAACT 2940 TTGAATGTAA AAATCAATAT TCAGAGTGCA GCGATTTTCG AAGCTATGTA TAATATCTAG 3000 GAGGTCATCA TGGATATTAG ACAAGTTACT GAAACCATCG CCATGATTGA GGAGCAAAAC 3060 TTCGATATTA GAACCATTAC CATGGGGATT TCTCTTTTGG ACTGTATCGA TCCAGATATC 3120 AATCGTGCTG CGGAGAAAAT CTATCAAAAA ATTACGACAA AGGCGGCTAA TTTAGTAGCT 3180 GTTGGTGATG AAATTGCGGC TGAGTTGGGA ATTCCTATCG TTAATAAGCG TGTATCGGTG 3240 ACACCTATTT CTCTGATTGG GGCAGCGACA GATGCGACGG ACTACGTGGT TCTGGCAAAA 3300 GCGCTTGATA AGGCTGCGAA AGAGATTGGT GTGGACTTTA TTGGTGGTTT TTCTGCCTTA 3360 GTACAAAAAG GTTATCAAAA GGGAGATGAG ATTCTCATCA ATTCCATTCC TCGCGCTTTG 3420 GCTGAGACGG ATAAGGTCTG CTCGTCAGTC AATATCGGCT CAACCAAGTC TGGTATTAAT 3480 ATGACGGCTG TGGCAGATAT GGGACGAATT ATCAAGGAAA CAGCAAATCT TTCAGATATG 3540 GGAGTGGCCA AGTTGGTTGT ATTCGCTAAT GCTGTTGAGG ACAATCCATT TATGGCGGGT 3600 GCCTTTCATG GTGTTGGGGA AGCAGATGTT ATCATCAATG TCGGAGTTTC TGGTCCTGGT 3660 GTTGTGAAAC GTGCTTTGGA AAAAGTTCGT GGACAGAGCT TTGATGTAGT AGCCGAAACA 3720 GTTAAGAAAA CTGCCTTTAA AATCACTCGT ATCGGTCAAT TGGTTGGTCA AATGGCCAGT 3780 GAGAGACTGG GTGTGGAGTT TGGTATTGTG GACTTGAGTT TGGCACCAAC CCCTGCGGTT 3840 GGAGACTCTG TGGCACGTGT CCTTGAGGAA ATGGGGCTAG AAACAGTTGG CACGCATGGA 3900 ACGACGGCTG CCTTGGCCCT CTTGAACGAC CAAGTTAAAA AGGGTGGAGT GATGGCCTGC 3960 AACCAAGTCG GTGGTTTATC TGGTGCCTTT ATCCCTGTTT CTGAGGATGA AGGAATGATT 4020 GCTGCAGTGC AAAATGGCTC TCTTAATTTA GAAAAACTAG AAGCTATGAC GGCTATCTGT 4080 TCTGTTGGAT TGGATATGAT TGCCATCCCA GAAGATACGC CTGCTGAAAC TATTGCGGCT 4140 ATGATTGCGG ATGAAGCAGC AATCGGTGTT ATCAACATGA AAACAACAGC TGTTCGTATC 4200 ATTCCCAAAG GAAAAGAAGG CGATATGATT GAGTTTGGTG GTCTATTAGG AACTGCACCC 4260 GTTATGAAGG TTAATGGGGC TTCGTCTGTC GACTTCATCT CTCGCGGTGG ACAAATCCCA 4320 GCACCAATTC ATAGTTTTAA AAATTAAGAA AATAGGAGAA ATTTTAAGTT CTATTTAAGA 4380 TTAGACGTGT ATACTATAAT CATTAAATAA AGACCTCCTA ATATTATTTG AAACAGATAA 4440 CACTGAATTA GTTTGAATTT GATTTTCATC TAATATCTTT ATTTAATGAA CTCCTAAACT 4500 TTTTCATAAT AATCTCCTTC AAAAGTCGCC TGTATGGGTG GCTTTTATTT TATCATTCAT 4560 GATATAATAG AAGCAAACGG AGGACGGAAA ATGGTAAAAG TACGATTGTA TTTGGTACGT 4620 CATGGCAAGA CCATGTTTAA CACGATTGGT CGCGCGCAAG GTTGGAGCGA TACTCCCTTA 4680 ACTGCTGAAG GTGAACGAGG GATTCAAGAG TTAGGAATCG GTTTGCGAGA ATCTGATCTA 4740 CAGTTTGAGC GTGCTTATTC GAGTGATTCT GGTCGTACCA TTCAGACCAT GGGAATTATC 4800 CTTGAAGAAC TTGGCTTGCA GGGGGAAATC CCTTATCGCA TGGACAAGCG TATCAGAGAA 4860 TGGTGTTTCG GTAGTTTTGA TGGAGCCTAT GATGGCGATC TTTTCATGGG CATTATTCCT 4920 CGTATCTTTA ATGTGGACCA CGTTCACCAA TTGTCTTATG CTGAACTGGC TGAGGGCTTG 4980 GTAGAGGTCG ATACAGCTGG TTGGGCTGAA GGCTGGGAAA AACTCAGTGG CCGAATCAAG 5040 GAAGGCTTTG AAATGATTGC AAAAGAAATG GAAGATCAAG GTGGAGGTAA CGCCCTTGTT 5100 GTCAGCCATG GAATGACTAT TGGAACCATT GTTTATCTGA TTAATGGCAT GCATCCGCAT 5160 GGTCTGGATA ATGGTAGCGT GACAATCCTT GAATATGAGG ACGGCCAGTT TAGGGTTGAA 5220 GTTGTCGGTG ACCGTAGTTA CCGAGAGCTA GGACGTGAGA AGATGGAAGA AGGCTCTATT 5280 TAATCAGTCT AGACTTGCTT GCCATGAGCT AGGGATTTGA TAAGAATATC AAGATAAGAA 5340 AAAACAGCCG AGGGCACTCC TTTCGGCTGT TTTTGATGTG GAAAACTAAA GTGTAATGCT 5400 ATTGCTTTTA GAGATTTTCA TAAACAAGAG CAAGGAACCT ACTGTTAGAA CAGTCAGGAT 5460 AGTTGACAAG GTTGCGGCTA CACCGTAATT TCCTCTGAGA ACCTCTGTAT AAATAGCTAC 5520 AGTCATTGTT CTTGTTTTGA CATTGTAGAG GAGGATAGAA GTAGAGAGTT TTGAAATCAT 5580 TGTGACTCAA GATAAGATGG CTCCAGAAAT GATACCAGAT AGCATCATTG GAGTTGTAAT 5640 CTTAGCAAAG GTATTGAGAC GACTACTTCC TAAGCTTTCA GCAGCTTCTT CAATACTTGG 5700 TGCTATTTGT TGTAAGCTAG CAACAGATGA GCGAATAGTA TAAGGTAATC TTCTGGCAGA 5760 TAGAGACATA ATCAAGATGA AAGCAGTCCC TGTAATCATA AGAAATCCAC TTCCAAATAG 5820 ACCAGTATTG AAGGAAGAAA TGAAGGCAAT CCCTAGAACG GTTCCTGGTA CAATATAAGG 5880 TACCATACTG AGGCTGTCAA TTAAGTTTGT AAACAAATTC CGTTTTCTAA CGGCTAGGTA 5940 GGAGATAAAT GTCGCAAATA GAACAACTAG AACTAAGGCA ATCAAAGGGA TACGAATGGT 6000 ATTGAAAATA GCAGATCCCA TACGATGGAA AGCTACCTTG TAACTGTTTG GAGAATAACC 6060 TTTAACAGAT ACCATACCTG ATGTTTTTAG GAAAGAGGTA TAAATTAAGT AGATTTGAGG 6120 TAAAACAGAG ATAAAGATAA TTCCGTAGAC TGTTGCATAA ATGGCAGCCA TTTTTCCTTT 6180 TGTAGTTTTT TTAGGCTCAA TTGGATGGAG CAGATTCATG CTGAAACTGT AGCGGTTTGC 6240 AATGTGTTTT TGGATAAGGA AAATTGCCAA GGCAATGATA ATCGCCATAA TTGCAAAAGC 6300 AGAATTTCCT CCAACCTCGC TAATAAATTG GGTATAAATC AGGACAGGGA AAGTCCGATA 6360 CCCTTCGCCA ATCAACATAG GCGTTCCAAA GTCTGAGAAT GCTCTCATAA ATACAAGCAA 6420 GGAGCTGCTA GTAAGGTTGG AACTAGGAGA GGTAAAACAA CCGTTACGAT AGGTTTAAAT 6480 CCGAAGGACC CCATGCTTTC AGCTGCTTCA AGTAGAGAAT TGTCAATACT GTTCATTGTT 6540 CCAGCAACAT ATAGAAATAC CAGTGGGAAT AGTTGCAGTG TAAAGACAAG TACAATTCCT 6600 TTGAATCAAT AAATATCGAT AGCTGGAAGA TAAAGGGCAT TTGTCAAAAA TTTAGTGATG 6660 ACCTCATTTC GTCCTAGCAA GAGAACCCAG GAGTAGGCTC CTACGAAAGG AGCTGACATG 6720 GAAGCAATGA TAATCAATAT TTGTAGAAAT TTCTTCCCCT TGAAGTCATA CATAGAGAAG 6780 AGATAAGCTA ATAGGGTTCC TACAACTAAG GAAGTGATAG TAGCGGTAAT GGAAACCTTG 6840 AAACTGTTGA CTAGTGTCTC AGAGTAGTAG GCTTTACTAA AGAAAGTGAC AAAATTAGCT 6900 AGTGAGAATT GTCCTTCATG TATAAGTGCT TGCTTGAGCA CGGTAACGAT AGGATAAACG 6960 AGAAAGATAG GATAGGTAAG AAAGAGGAAG AAAGAGGAAA CTGTCCAAAT ATTTAGTTTT 7020 TTACGTTCCA TGGTTGACTC CTTTTATCAG GTTTTGGGAA CCATCTGCAG AAAAGATGTT 7080 TAATTTTTGC GTATTGATTC GTAGACGAAT ACGATTGCCT TTTTGTAGAT CTTCTTCAAA 7140 AGTTGATTCT TCACTAACTT GAATTTTTGA GGCAAAACCT GTCTCAATGA AATAATCCGT 7200 ATTTAGTCCA AGATAGACGC TATCTCTAAT AGTTCCTTCA ATATCTCCAG ATTCATCTTT 7260 GATAAACTCT TCGGGACGAA TGCTTACATG AATAGCTTGC TCCTCAACCT GATCAAGAGC 7320 TGGCATTCGA AGGGCATAGC CATCTGAAAA GACGATATAA GCGCCGTCGC TCCGTTTTTC 7380 AAGATTGGCA GGGATAATAT TTGTGCGTCC GATAAAGGTT GCCACAAACT CATTAGCTGG 7440 TTTATGATAG AGTTCTTTTG GTCGGCCGAT TTGTTGGATC ACCCCATCTT TCATAACAGC 7500 AATTTGGTCT GAAATAGCCA TGGCTTCTTC TTGGTCGTGG GTTACATAAA CAGTTGTAAT 7560 TCCCACTTCG TGTTGGATTT CTCGGATGGC TTGACGCATA TCCAAGCGAA GTTTGGCCTC 7620 CAGATTACTA AGTGGCTCGT CCATGAGGAG AACACTTGGA TTAACCGCTA AGGCGCATGC 7680 CAAGGTGACA CGTTGTTGTT GTCCACCACT GAGTTTATCG GGCTTTCGAT CCGCATATTG 7740 AGCAATTTGC ATGAGTTCAA GATACTTGTT GGTCTGTTGA ATCAATTCTT CTTTTGGAAC 7800 CTTCTTTTGC ATAAGACCAA AAGCAACGTT GTCTCGGACA GTCAAATGTG GGAAAATAGC 7860 GTAGTTTTGG AAAACCATCC CGATATTGCG TTTGCTGGGT TCCATATTAT TGATTTTTGT 7920 ATCATCGAAG TAAAATTCTC CACCTTCGAT ACTGTTGAAA CCTGCAATCA TACGAAGAAG 7980 GGTCGTTTTC CCACATCCTG AAGCTCCAAG AAGGGTAAAG AGACTTCCTT TTGGAATTGT 8040 AATGTTCAAA TTCTCAATAA CAGGGACATC GTGGTAGATT TTTTTGGCGT TAATAATTTT 8100 GATCTCACTC ATAGTGAACC TCTTTTACTG TTTAGATTGG ATATCTGTAA AGACTTCGTT 8160 GTATTTCTTA ACGATATCTG ATTTATTCTT GATGACATAA TCATAATCTT CAGTGAGTGT 8220 TTTGATTTTG TCAATTGGTT TCATGTTTTC GCTTGTTTTA GCATTTTTAC GAACAGGACG 8280 GTTAGTAGTG GTTGTACCAA GTGTATCTTG TACTTCTTGA GAGATAATAA AATCGATAAA 8340 TTTCTTGGCA TTTTCCATAT TTTTAGATTT TTTAACGATA GCAGCACTAG CAGGTAGGAA 8400 GACGGTTCCT TCTTTTGGAT AGACTACCTT AATGTTAGCT CCGTCATTTA AGAGTTTAAC 8460 TGCTGGATCT TCATAAGAGA GACCAACAGC CATTTCTCCA TCAGCGACTA CTTTATAGAC 8520 ACTAGATGAA CTTGAACCGA TTTTACCATC AATAAGTGTG AAAAGATCTT TTACATAAGA 8580 CCAAGCCTTA TCATCTTTGT AACCACCTTG AGCTTGTAGC ATATTTGTTA ATTGAGCAAA 8640 GGCGCTAGAA GAGTTTGCTG GGTCAGCAGT TGCGATTTTT CCTTTTAGTT CAGGTTTGAA 8700 AAGATCGTTA TATCCTTCGA TGTTCATGCC TTTAGTTAAA TCAGGGTTGA CGATTAAAAC 8760 ACTACCATCT AGTGTATAAG GAGTAGAGTA GCCAGTTGTG TTTTGATATT CTTTGATAAC 8820 ATTATCATTT TCTTTTGAAG TATAGTTTTC AAAGAGTTCT CCGTGGGTAG TATATTGTGT 8880 ATAAGAACCA CCAAAGATAA CATCAGCTAC AGGAACTTCT TTTTCTGACT CTAGTTTTTT 8940 GAAAAGTTCT CCAGTACCAG CTTGAATCAG TTCTACTTTG ATACCATATT TTTCTTCAAA 9000 GGCAGGAATA GTTGCTCCAA TTAAGCCCTC TGAGTTTGGT GAATAAACGA CTAGCGAACC 9060 GCCGTCTCCT TTATCAGATG AACTGTCATC GGCAGATTCA TTAGAAGAAC AAGCAGCATA 9120 ATACATCCAT TTCTTTTTCA TGATGGATAC CTCCGTTGTG TTATTTAAGT TTATTTTAAA 9180 ACAATGTAAG CGTTTTTAAA ACATACAATT CTATTCTATA GTGTATTGAA TCTATAACAG 9240 TACACTTTGA CTGCTAAAAT ATTTCTATAA ATTAATTTGA CTTTCCTGAT AGAGATGTTC 9300 ACATCTTATT TCAATTCACT ATATTAGAGT AAAATTCTCT ACAAAAAGAA GAATAGCCTA 9360 TTTTACTATT CTTCTGAGTG ATTTCAATTC CTTTGGGGAA ATATGGAGAT ACTTTTTAAA 9420 TCCTGACAAA TGGTTGTTTC TTTTTCTAAA TCGGTGATAC TGTATCGGAG AATGCGCGTG 9480 AGGTCACAAA GGCTGCGATA GAGCTTCTAT GGAGAATTTC TTTTTGGAGA GATTTTTTAA 9540 AGGAATGAGA CATCCGCTAC CTCCTTGGAA GGTTTTTG 9578 (2) INFORMATION FOR SEQ ID NO : 128 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 13440 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 128 : CGGGCTGTTG TGACGATTCT TATTTCTATC TGTGTTATCT TTTTGGGAAC TATTTTGGGT 60 GTTGTCTTGG CTTTTGGGCA ACGTTCAAAG TTTAAACCGC TTGTTTGGTT GGCCAACTTG 120 TACGTTTGGA TTTTCCGTGG GACACCGATG ATGGTTCAAA TTATGATTGC CTTTGCTCTT 180 ATGCATATCA ATGCTCCGAC TATTCAGATT GGAATTTTAG GTGTTGATTT TTCGCGTCTG 240 ATTCCAGGGA TTTTGATTAT CTCTATGAAT AGTGGTGCTT ATGTTTCGGA GACTGTTCGT 300 GCCGGAATCA ATGCGGTTCC AAAAGGTCAG CTAGAAGCGG CTTATTCGCT AGGGATTCGT 360 CCTAAAAATG CGATGCGTTA TGTGATTTTG CCACAAGCAG TCAAAAATAT CTTGCCAGCA 420 TTGGGGAACG AATTTATCAC CATTATCAAG GACAGCTCCC TCTTATCAGC TATTGGGGTC 480 ATGGAGTTGT GGAATGGGGC TACAACAGTT TCTACAACAA CCTATCTACC TTTAACACCA 540 CTTTTATTTG CAGCATTTTA CTACTTGATT ATGACCTCTA TTCTGACAGT AGCCTTGAAA 600 GCTTTTGAAA AACATATGGG ACAAGGAGAT AAGAAATAAT GACAGAAACC TTGATAAAAA 660 TTGAAAATTT ACATAAATCC TTTGGAAAGA ATGAAGTATT GAAGGGCATC AACCTCGAGA 720 TTAAAAGAGG AGAAGTTGTC GTTATCATCG GTCCTTCAGG GAGCGGGAAA TCTACCTTGC 780 TTCGCTCTAT GAATTTGTTG GAAGAAGCAA CCAAGGGGAA GGTTATCTTT GAGGGAGTCG 840 ATATTACGGA CAAGAAGAAT GACCTGTTTG CCATGCGTGA GAAGATGGGC ATGGTTTTTC 900 AACAATTCAA TCTCTTTCCT AATATGACTG TGATGGAAAA TATCACCTTG TCCCCTATCA 960 AGACCAAAGG TGACAGTAAG GCCGTTGCAG AGAAAAGAGC TCAGGAACTT TTGGAAAAAG 1020 TTGGTTTGCC AGATAAGGCA GACGCTTATC CACAGAGTTT GTCAGGTGGC CAGCAACAGC 1080 GGATTGCCAT CGCGCGTGGG TTGGCTATGG AACCAGATGT TTTGCTCTTT GACGAGCCAA 1140 CTTCAGCCCT AGATCCTGAG ATGGTTGGAG AAGTTCTGGC TGTTATGCAA GATCTAGCCA 1200 AGTCAGGAAT GACCATGGTT ATCGTAACAC ATGAGATGGG ATTTGCCCGT GAGGTGGCAG 1260 ATCGTGTCAT CTTTATGGCA GACGGTGTGG TTGTTGAAGA CGGAACACCT GAGCAGATTT 1320 TTGAACAAAC CCAAGGACAA AGGACTAAAG ACTTCTTGAG TAAGGTTTTA TAAGTTAGCT 1380 TTGTTTAGCT ATTTGTAGCC AGCTTTAAAC GTTAAAGAGA AGATTAGTGA AAAGCTCAAC 1440 CAGAGCTTTT TCTTATAGTT TAAAGCTATA GGATTGCCTA GGAAAGAAGT GTTAGAGCTA 1500 CATTGTATTT TTTGGTATAA TTAAAGATAT TTGTAAGAAA AGAGAAGTGA TATGACACAG 1560 ATTATTGATG GGAAAGCTTT AGCGGCCAAA TTGCAGGGGC AGTTGGCTGA AAAGACTGCA 1620 AAATTAAAGG AAGAAACAGG TCTAGTGCCT GGTTTGGTAG TGATTTTGGT TGGGGACAAT 1680 CCAGCCAGCC AAGTCTACGT TCGCAACAAG GAGAGGTCAG CCCTTGCGGC TGGTTTCCGT 1740 AGCGAAGTAG TACGGGTTCC AGAGACCATT ACTCAAGAGG AATTGTTAGA CCTGATTGCT 1800 AAATACAATC AGGATCCAGC TTGGCATGGG ATTTTGGTTC AGTTGCCATT ACCAAAACAC 1860 ATTGATGAAG AGGCGGTTCT ATTGGCTATT GACCCAGAAA AGGATGTGGA TGGTTTCCAT 1920 CCTCTAAACA TGGGGCGTCT TTGGTCTGGT CATCCAGTCA TGATTCCTTC GACACCGGCA 1980 GGAATTATGG AAATGTTCCA TGAATATGGG ATTGACTTGG AAGGTAAAAA TGCAGTCGTC 2040 ATCGGTCGAT CCAATATTGT CGGAAAACCT ATGGCCCAGC TTCTTTTGGC AAAGAATGCA 2100 ACAGTAACCT TGACTCACTC ACGTACTCAT AATCTTTCCA AGGTGGCTGC AAAAGCAGAT 2160 ATTCTGGTTG TTGCAATCGG TCGTGCCAAG TTTGTGACTG CTGACTTTGT CAAACCAGGT 2220 GCGGTAGTCA TTGACGTTGG GATGAACCGC GATGAAAATG GTAAGCTCTG TGGGGATGTT 2280 GATTATGAGG CGGTTGCCCC ACTTGCTAGC CACATTACGC CAGTCCCTGG AGGTGTCGGT 2340 CCTATGACCA TTACTATGCT GATGGAGCAA ACCTATCAGG CAGCACTTAG GACATTGGAT 2400 AGAAAATAAG ATAAAAATTT TCTGAGGAAA GTGTATTTTC TATAGCTATA TCTAAAATGA 2460 TAGAAATGAA TATTAAATTT TAGAAATAAG TTTATAAAAG GAGGTTTGCG CCTCCTTTTT 2520 GTTGTATAAT GGAGTGAGGT GATTAGATGA TTTTAAAAAT TTATAATGGG GAATATAGTT 2580 TACAATGGGA TGGAATATAC TACTTAGCAC TAATTGATTA TCCAAATATT CAAGAGTGGG 2640 AATTAGAAAA AATTGCTAAA TTTATAGCTT ACGAAAAACT TCATAAACGT CAAACAAGTA 2700 TTGAGTGTGC TGATTCTTGT TTAAAAAAAG AAATTTTAGA TTACATCTGT CAGCATCCCT 2760 TTCTGCCACC ATTTACTCCT ACAGATAAAA GAGTAGCCTC GACTTATGAC CTACATAAGA 2820 GGTTAGTGAC TTCAGACTAC TGTAGTCATA CTACGACTAT AGATGCAGCG ATTTCTATTT 2880 TTAAAACTGG TCGTCTTTTA TCTGCTGTGA AAGCCTTTGG GCGAGATGCT GAGGAGTTGG 2940 TTTTGGATAG TCGAAATGCT GCATCTGATC CGATAGATTA TTTTGACTAT GTCATGTTAG 3000 GGTGGTCAAA TACAAGTTCT GGTTATCGAT TGGCGATGGA GCGTTTATTA GGTCGAGCTC 3060 CTTCAGAGAA AGAATTACAA GACAAGTTTA TTCCTGGAGT AAGTTTTCAT TTTATCTATA 3120 CAGATTTGAT TAAAGTTCCT GGTTATATTT TTGATGGTTA CCATGCTGTA AAAATTAAGG 3180 ACATGCTTAA TTTATTAAGT GAGTTGTATA TTTGCATTAT TCCAACTCAT AATAAGAGCC 3240 AATTTGAAAA TATTATTCCA ACCAAAATAC AAGATAGGGT GTATTATCTT GACTATGCTG 3300 GAGAAGACTT AGAAGAGTGG ACTAAGAAAG TCTATCAAGT TGTTTTAAAA CAATCAGATA 3360 AAGGATAGTT GAGGAAAAAA CGATGAAAGT GATTGATCAA ACCTTACTAG AAAAAGTCAT 3420 TATTGAACGT TCTTGTACAA GTCATAAAGG AGACTACGGT CGTCTGCTGT TGCTTGGTGG 3480 GACTTATCCT TATGGTGGTG CCATCATCAT GGCTGCTTTA GCAGCTGTAA AAAGCGGTGC 3540 AGGATTGGTA ACCGTTGGAA CGGACAGGGA AAATATCCCT GCTCTACACA GCCATTTGCC 3600 TGAGGCTATG GCCTTTTCTC TGCAAGATCA GTAATTGTTA CAAGAGCAAT TGGAGAAGGC 3660 AGAAGTTGTC TTGCTGGGGC CTGGTTTACG AGACGATACG TTTGGAGAAA ATCTTGTAAA 3720 ACAGGTCTTT GCTAGCTTAA AAAAGAATCA GATTTTGATT GTAGATGGAG GGGCCTTAAC 3780 CATCCTTGCT AGGACAAGTT TGTTGTTTCC ATCTAACCAG CTTATCTTAA CTCCCCACCA 3840 AAAAGAATGG GAAAAACTGT CTGGTATTGC TATTGAAAAG CAAAACGAAG GTACAACATC 3900 TAGTGCCCTG ACTTCTTTCC CTCAAGGAAC AATTTTGGTA GAGAAAGGTC CAGCTACTCG 3960 TATTTGGCAA GTTGGCCAGT CTGATTATTA CCAGTTAAAG GTTGGCGGTC CCTATCAGGC 4020 GACTGGTGGT ATGGGTGATA CACTGGCTGG AATGATTGCA GGATTTGCAG GCCAATTTCG 4080 ACAGGCCAGT CTCTACGAAC GTGTGGCAGT AGCAACCCAT CTTCATTCAG CCATAGCCCA 4140 AGAACTATCT CAAGAAAATT ATGTGGTCTT GCCGACGGAA ATTAGTAATT GTCTTCCTAA 4200 AGTAATGAAA AGATATGTCT AAAATAGTTA GACAAAAAAT GTTGATAATT TGTATCATTA 4260 TTCTTAATTC ACAAAAAACG AACGTTTAGT ATTCTTCTTG CTAAGAAACT AAATTTGTTC 4320 GTTTTTTTAC TCTTGTAAAT CTATTTTTGT TAGAGTTGAT TTGGTTTACA TCCGTACTTA 4380 AATTGATTTG TTAGAGCTCT ACTTTTATTA AAAAAATTCA ATTTCAAGGA TAAATAAGCA 4440 GTATTCTAAA GGTACTTTTA GATGAAATAA AAGCCTTTAC ATGGTATAAT AGAGGTAGCT 4500 CTTTAATGGA GGTGTTTGAG TGGAAAATCT GAAGAAAATG GCAGGTATCA CGGCTGCTGA 4560 ATTTATCAAG GATGGGATGG TTGTAGGGCT AGGAACAGGT TCTACTGCCT ATTATTTTGT 4620 CGAAGAAATC GGTCGTCGAA TCAAGGAAGA AGGCTTGCAG ATTACAGCTG TGACGACTTC 4680 TAGTGTGACC AGTAAACAGG CTGAAGGGCT CAATATCCCG CTCAAGTCTA TTGACCAAGT 4740 AGACTTTGTC GATGTGACAG TCGACGGGGC GGATGAAGTG GATAGTCAGT TTAATGGAAT 4800 CAAAGGCGGT GGTGGTGCCC TTCTCATGGA AAAGGTGGTC GCAACACCAT CAAAAGAATA 4860 CATTTGGGTG GTGGATGAAA GCAAGCTGGT CGAAAAACTA GGTGCTTTTA AATTGCCAGT 4920 AGAAGTGGTT CAGTATGGTG CAGAGCAGGT CTTTCGTCAT TTTGAACGAG CTGGCTACAA 4980 ACCAAGTTTC CGTGAAAAAG ACGGCCAACG TTTTGTGACC GATATGCAGA ATTTTATCAT 5040 TGACCTCGCC TTGGATGTCA TTGAAAATCC AATTGCTTTT GGACAAGAAT TGGACCATGT 5100 CGTTGGTGTT GTGGAGCATG GTTTATTCAA CCAAATGGTG GATAAGGTAA TCGTTGCTGG 5160 ACGAGATGGA GTTCAGATTT CAACTTCAAA AAAAGGAAAA TAGAAGGGGG CATAAGATGT 5220 CTAAATTTAA TCGTATTCAT TTGGTGGTAC TGGATTCTGT AGGAATCGGT GCAGCACCAG 5280 ATGCTAATAA CTTTGTCAAT GCAGGGGTTC CAGATGGAGC TTCTGACACA CTGGGACACA 5340 TTTCAAAAAC AGTTGGTTTG AATGTCCCAA ACATGGCTAA AATAGGTCTT GGAAATATTC 5400 CTCGTGAAAC TCCTCTTAAG ACTGTAGCAG CTGAAAGCAA TCCAACTGGA TATGCAACAA 5460 AATTAGAGGA AGTATCTCTT GGTAAGGATA CTATGACTGG ACACTGGGAA ATCATGGGAC 5520 TCAACATTAC TGAGCCTTTC GATACTTTCT GGAACGGATT CCCAGAAGAA ATCCTGACAA 5580 AAATCGAAGA ATTCTCAGGA CGCAAGGTTA TTCGTGAAGC CAACAAACCT TATTCAGGAA 5640 CGGCTGTTAT CTATGATTTT GGACCACGTC AGATGGAAAC TGGAGAGTTG ATTATCTATA 5700 CTTCAGCTGA CCCTGTTTTG CAGATTGCTG CCCACGAAGA CATTATTCCT TTGGATGAAT 5760 TGTACCGTAT CTGTGAATAC GCTCGTTCGA TTACCCTTGA GCGTCCTGCC CTTCTTGGTC 5820 GCATCATTGC TCGCCCTTAT GTAGGTGAAC CAGGTAACTT CACTCGTACG GCAAACCGTC 5880 GTGACTTGGC TGTATCTCCA TTTTTCCCAA CTGTTTTGGA TAAATTGAAT GAGGCTGGTA 5940 TCGATACTTA TGCTGTGGGT AAAATCAACG ATATCTTTAA CGGTGCTGGT ATCAACCATG 6000 ACATGGGTCA CAACAAGTCA AATAGTCATG GAATTGATAC ACTATTGAAG ACTATGGGAC 6060 TTGCTGAGTT TGAAAAAGGA TTCTCATTCA CAAACCTAGT TGACTTTGAT GCCCTTTACG 6120 GCCATCGTCG TAATGCTCAC GGTTACCGTG ATTGCTTGCA TGAGTTTGAT GAACGCTTAC 6180 CTGAAATTAT CGCAGCTATG AGAGAGAATG ACCTTCTCTT GATTACTGCG GACCATGGAA 6240 ATGACCCAAC GTATGCAGGA ACGGATCACA CTCGGGAATA TATTCCATTG TTGGCCTATA 6300 GCCCTGCCTT TAAAGGAAAT GGTCTCATTC CAGTAGGACA TTTTGCAGAT ATTTCAGCGA 6360 CTGTTGCCGA TAACTTTGGT GTGGAAACTG CTATGATTGG GGAAAGTTTC TTAGATAAAT 6420 TGGTATAAGA TGACGCGCTA TGCTTTGCTG GTGAGAGGTA TCAATGTTGG TGGTAAGAAT 6480 AAGGTCGTCA TGGCGGAGCT TCGTCAAGAA TTGACAAACT TGGGACTGGA AAAGGTTGAG 6540 AGCTACATCA ATAGTGGCAA TATTTTCTTT ACTTCGATAG ATTCCAAAGC CCAATTGGTT 6600 GAAAAGCTAG AGACTTTCTT TGCAGTCCAT TATCCATTTA TTCAGAGCTT TTCTTTACTG 6660 AGTCTAGAGG ACTTTGAGGC GGAACTTGAA AATCTACCAG CTTGGTGGAG CAGAGACTTG 6720 GCACGAAAAG ATTTTCTCTT TTACACTGAG GGTTTGGATG TGGACCAAGT CATCGCGACA 6780 GTTGAAAGTT TAGAGCTGAA AGATGAAGTG CTTTATTTTG GAAAACTTGG GATTTTCTGG 6840 GGGAAATTTT CTGAAGAATC CTATTCTAAG ACTGCCTATC ATAAGTACTT GCTGAAGGTG 6900 CCTTTCTACC GCCACATTAC TATTCGTAAT GCTAAAACCT TTGACAAAAT TGGTCAAATG 6960 CTAAAAAAAT AATAAAGGAG ACACACAATG ACATTTTTAA ACAAAATCCA TGAAACTGCT 7020 ACTTTCCTGA AAGAAAAGGG AATTGCAGCC CCTGAGTTCG GTCTAATCCT TGGATCAGGA 7080 CTTGGAGAAT TGGCAGAAGA AATCGAAAAT CCAGTTGTAG TAGACTATGC TGAGATTCCA 7140 AACTGGGGCC GTTCAACAGT AGTCGGTCAT GCTGGTAAAT TGGTATATGG TGAACTGGCA 7200 GGTCGCAAGG TCTTGGCTCT TCAAGGGCGT TTCCATTTCT ATGAAGGGAA TCCTCTGGAA 7260 GTGGTGACTT TCCCAGTTCG TGTGATGAAA GTTCTTGGAT GTGAAGGTGT TATTGTAACC 7320 AATGCAGCTG GCGGTATCGG ATTTGGTCCT GGTACCTTGA TGGCTATCTC AGACCATATC 7380 AACATGACGG GGCAAAATCC ATTGATGGGT GAAAACTTGG ATGACTTTGG CCCACGTTTC 7440 CCAGATATGT CTAGGGCCTA CACACCAGAA TACCGTGCCA CTGCCCATGA AGTGGCTAAA 7500 AAACTTAATA TCAAGCTTGA TGAAGGTGTC TATATCGGAG TTACTGGTCC GACTTATGAA 7560 ACACCAGCAG AAATTCGTTC CTATAAGACA CTGGGAGCAG ATGCAGTTGG TATGTCTACG 7620 GTTCCTGAAG TTATCGTGGC AGCCCACTCT GGCTTGAAAG TTCTGGGAAT TTCATGTATC 7680 ACTAACTTTG CGGCCGGTTT CCAAGAAGAA CTCAATCACG AAGAAGTTGT AGAAGTGACT 7740 GAACGTGTTA AAGGTGATTT CAAAGGCTTG CTTAAAGCGA TTCTTGCTGA ATTGTAAGAA 7800 AAAAGATTTA AAAGGGGGAG TGCCTCTGTT TTTTCAGGAT TGACTGCCTA TCCGGATTAA 7860 AGAAGAAACA GAGGAATACT ATGAGCTTCT TCCTGCTCTT ATAACTGAAA GAAGCGGAAG 7920 AATAGGTATG TCTGATCTGA TAGCCAGCAT TGTGAAAGAC AAGATTCTAG GATACTAGCA 7980 TTAGCTTCCT AGCCAAGCAG ACTAGTATGA TAAGGAGAGA TGAGAATGAA TTGACTTTCT 8040 GAATTTCTCA GTCTTATCAT ATATAGCACA ATGAGATTTC GCTTGAGTCT GCTTGTAAAT 8100 AAACGAAAAG AAAGATAAGA AATAATGAAA ATTGGTCAAC GAATTATGCG CTTTGGCATA 8160 AAAAATTAAG TATCGGAGTT GTATCTGTTG TAGTCGGCTT TGATTTCTAG CTCCAGCTGG 8220 AATTTCAGCC AATGAAGTAA AGCAAGATGT AACATCTGAA GTGGTAATAG GTGTGCTAGA 8280 TTCTAAGGAG GAATTGAAAG AGTCAGAAAA TGATGCTCCA AAACTAGAAA CTCCTCTTAG 8340 AGAGGAGCCA AGACTAGCTC CTCAAACGCT TCCGGAAGCA AGTGAAGTTC TTGAAAACAA 8400 AAGGGAAGAG TCAAAAGTAG AGATAACATA ACCAGCTCAA GCGGATGATA TCCGCAAGGT 8460 TGTTGGGGAA TTAGCCAAGG ATATAAGTAT TACTAAGTTG TATATGACAG GTCATTCTCT 8520 TGGATGTTAC CTAGCTCAGA TTGCAGCGGT TGAAGCTTAC CAAAAATATC CTGATTTTTA 8580 TAACCATGTA TTGAGGAAAG TGACAACTTT CAGTGCTCCT AAAGTGATTA CTTCCAGAAC 8640 TGTTTGGAAT GCTAAGAATG GTTTCTGGGA TGTTGGTTTG GAAAGTCGTA AATTAGCTGT 8700 TAGTGGAAAA ATTAAGCATT ATGTGGTTGA TAATGACAAT GTTGTGACTC CCTTGATTCA 8760 TAATAATCGT GATATTGTTA CATTTACAGG TAATTCACGC TTTAAACACC GTTCTCGTGG 8820 CTATTTTGAA AGTCCAATGA ATGATATTCC TAACTTTAAT ATTGGTAAAC AAGCTACCTT 8880 GGATAAACAT GGTTATCGTG ATCCGAAATT GGATAAAGTG CGATTCTTTA AGAAACAGGC 8940 TCTGCCTCGA TCTTCTAGTC AACCAAGCGC TGAACCAATG GAAAATATTG CCTCAGGAAA 9000 ACAGGTTACT CAAAGTTCGA CAGCTTTCGG AGGAGATGCT AGAAGAGCTG TGGATGGCAA 9060 AGTCGATGGT AACTATGGTC ACAATTCTGT CACTCATACA AACTTCCAAT CTAAGCCTTG 9120 GTGGCAAGTA GATTTGGCTA AAGAAGAAAC CATTCGCCAA ATCAATATTT ACAACCGAAC 9180 AGACACTGCC CAGGATAGAT TGGCAAACTT TGATGTCATT CTTTTAGACA GTTCTGGTAA 9240 AGAAATTGAG TGAAAACGTA TAACATCTCC TAAAGATGTG TCAGCACAAA TTACGATTAA 9300 CCATAAAAAA GCGCGCTATG TTCGGATTGA GCTAGAAGGC TATAATGCCC TCAGTCTTGC 9360 AGAAGTTGAA GTTTTCTGCT TTATAGCTAC GAATGCTGAA ACGGCGACAC AAGTTTCTAA 9420 GCCAGTTCAA CCAATCAGTC AGACTCCTGT GAAGGATAAA ACATTGACAA TTCAACACAG 9480 TGGAGCTTAC ATTGCCCGCT ACTCCATAAC TTGGGAAGAA GTTCCAGTAG ATAAAGATGG 9540 AAACCAAGTT GTTCGTAGTC ATTCTTGGGA AGGAAGCGGT CGCAACCAGA CTGCAGGTTT 9600 TGTCCTCAAC CTCCCAATCA AAGAAAATAT GAGAAATCTG CGAGTTAAGA TTGAGAAAAA 9660 GACGGGCCTA CTATGGAATA GATGGCAAAC AATCTATGAA AACAGACCAA TTTTAGCTCA 9720 ACCCCACCGT AAAATTACCC ATTGGGGTAC GACATTGAAT TCCAAGGTGA GTGACGATGA 9780 TGTCTTGTAA TCTGATGGTA GAATGACAGT TAGTTTGTCT AGTTTATAAG AAAGTACTAC 9840 CTGAGCTTGA ATAGGACTCA GGTAGCTCTC TATGAAAGAA CAAAATTAAT ACTCAATGAA 9900 AATCAAAGAG CAAACTAAGA AACTAGCCGC AGGTTGCTCA AAGCACTGCT TTGAGGTTGT 9960 AGATAAGACT GACGAAGTCA GTCACATATA TAATCCAAGG CGACGTTGAC GTGGTTTGAA 10020 GAGATTTTCG AAGAGTATAA ACAGAAAGGT AGAGCGCGTG TTCTAATTTG AACACGAGTA 10080 GAAAACTTTT CTAAAAACAA AAACGAAAGG ATGGGTAAAC TGTATTCGCT GAACTGAATA 10140 CGGGCGACTC TCCTCTAAAT CAAAATTAAG AAAGGAATTG ACCCCACCCT AAAAGTAGTG 10200 GGAAAAAGAT AGTTGATCTA GCGAGCATCG CTCACTGCGC CCAACTCCTA TTTTCCCTTC 10260 GCTTTTTGAT GGGTTTGGTA TCTTTCTCAA TATAAAATAT AAAATAAAGA AAGGTAGAGC 10320 GTGTGTTTTG ATTTGAACAC GAGCGGAAAA CTCGGAAAAT AGATAATCTG ACTGAAAAAT 10380 CAGGATTTCT CGTCAGGTTC CTAATTTTCA GTCGTTTTCT TCTCGCTCTT TGTATCATAA 10440 ATTATGTCTA TCCATATTGC TGCTCAGCAG GGTGAAATTG CTGATAAAAT TCTTCTTCCT 10500 GGGGATCCTC TTCGTGCTAA GTTTATTGCG GAGAATTTCC TTGATGATGC TGTTTGTTTT 10560 AACGAAGTGC GTAACATGTT TGGTTACACT GGTACTTACA AGGGTCACTG TGTATCTGTC 10620 ATGGGAACTG GGATGGGAAT GCCATCTATT TCGATTTATG CGCGTGAGTT AATCGTAGAC 10680 TACGGTGTGA AGAAATTGAT TCGTGTGGGA ACTGCAGGTT CTTTGAATGA AGAGGTTCAT 10740 GTTCGTGAAT TAGTTTTGGC GCAGGCGGCT GCAACCAACT CAAACATCGT TCGTAATGAC 10800 TGGCCACAGT ACGATTTTCC ACAAATTGCT AGCTTTGATT TGCTTGATAA AGCCTACCAT 10860 ATCGCCAAAA AACTTGGTAT GACTACTCAC GTTGGGAACG TTTTGTCATC TGATGTCTTT 10920 TACTCAAATT ACTTTGAAAA GAATATCGAG CTTGGTAAAT GGGGAGTCAA GGCTGTGGAA 10980 ATGGAAGCAG CAGCTCTTTA CTATCTTGCT GCCCAATACC ATGTTGATGC GCTAGCTATC 11040 ATGACCATCT CTGATAGCTT GGTCAATCCA GACGAAGACA CAACTGCAGA AGAACGTCAA 11100 AATACCTTCA CTGATATGAT GAAGGTTGGT TTGGAAACCT TGATTGCAGA ATAATTATAG 11160 CCAAAAAGGG GCTCTTTGTC AACTGTAGTG GGTTGAAAAA AAGCTAAGCT TGAGAAAGGA 11220 CAAATTTCGT CCTTTCTTTT TTGATATTCA GGGCGATAAA AATCCGTTTT TTGAAGTTTT 11280 CAAAGTTCCG AAAACCAAAG GCATTGCGCT TGATAAGTTT GATGAGATTA TTGGTCGCTT 11340 CCAGTTTGGC ATTAGAATAG TGTAGTTGAA GGGCGTTGAC GATTTTCTCT TTGTTCTTTA 11400 GAAAGGTTTT AAAGACAGTC TGAAAAAGAG GATGAACCTG CTTCAGATTG TCCTCAATGA 11460 GTCCGAAAAA TTTCTCAGGG TCTTTGTTCT GAAAGTGAAA AAGTAAGAGT TGATAGATCT 11520 GATAGTGGTG TTTCAAGTCT TCTGAATAGC TTAAAATCTT GTCAAGAATT TCTTTATTTG 11580 TTAAGTGCAT GCGAAAAGTA GGGCGATAAA AACGTTTATC GCTsArTTTA CGACTATCCT 11640 GTTGGATGAG TTTCCAGTAA CGCTTGATAG CCTTGTATTC ATGAGATTTT CGTTCAAACT 11700 GATTCATAAT TTGAACACGA AAACGACTCA TGGCACGGCT GAGATGTTGG ATAATATGGA 11760 AACGATCTAG AACGATTTTA GCACACGGAA AAAGCTGTTT AGCCAAGTCA TAGTAAGGAC 11820 TAAACATATC CATCGTAATG ATTTTCACTT GACAACGAAC GGCTCTATCG TAGCGAAGAA 11880 AGTGATTTCG GATGACAGCT TGTGTTCTGC CTTCAAGAAC AGTGATAATA TTAAGATTAT 11940 CAAAATCTTG CGCAATGAAA CTCATCTTTC CCTTAGTGAA GGCATACTCA TCCCAAGACA 12000 TAATCTTTGG AAGCCGAGAA AAATCATGCT CAAAGTGAAA GTCATTGAGC TTGCGAATGA 12060 CAGTTGAAGT TGAAATGGCC AGCTGATGGG CAATATCAGT CATAGAAATT TTTTCAATTA 12120 ACTTTTGAGC AATTTTTTGG TTGATGATAC GAGGGATTTG GTGATTTTTC TTTACCAGGG 12180 GAGTCTCAGC AACCATCATT TTTGAAsAGT GATAGCACTT GAAACGGCGT TTTCTAAGGA 12240 GAATTCTAGA AGGCATACCA GTTGTTTCGA GGTAAGGGAT CTTAGACGGT TTTTGAAAGT 12300 CATrTTTCTT CATTAGACTT CCACAATCAG GGCAAGATGG AGCCTCATAA TCCAGCTTAG 12360 CGATAATTTC TTTGTGGGTA TCCATATTGA TGATATCTAG AATCTTGATG TTTGGGTCTT 12420 TAATATCGAG CAGTTTTGTG ATAAAATGTA ATTGTTCCAT ATGATTCTTT CTAATGAGTT 12480 GTTTTGTCGC TTTTCATTAT AGGTCATATG GGACTTTTTT TCTACACAAA AATAGGCTCC 12540 ATAATATCTA TAGTGGATTT ACCCACTACA AATATTATAG AGCCCAAAAA GGAAGCCCTT 12600 TATGAATTGT AGGACTTCCT TTTCTTATCC AGAAATTGAT CTAGCTCTCT CTGATTTCGA 12660 AGAATAGTGA CTTTATGTGA ATATTCTTGG CAAAGTTTTT GGTAATTTTC TTTTTGAGTT 12720 TTGCGGACGC CCATCCCAAA GAATCCATCT GATAAACTCC CACTCAAAGC GTTCAGGGCA 12780 ATCTACCGCC ATACTTTCTC TGACTTTTCC ACGGTATTTA AGATAACGCT TAAAGGCTCT 12840 AAAGAGACAG GTCAATGGCG AAAAATTGAG AAAGATGATT TGGTCAGCTT CTTGCATTCG 12900 TTCTTGGTAG TAGCACCAAG AATAATTACC ATCGATGACC CAAGCTTTAT GCTTGGTGAG 12960 AAAGTTTTTT ATCTCGGTTA ACATCCATTC GCAGTCACTG TCTTGCCAAC CAGGTTGAAA 13020 TTGGAGTGTG TCCATGTGCA GTTTTGGAAT GGAGTAGTAG TTAGATAACT TTTCTGCTAT 13080 AGTTGACTTA CCAGAACCAG AATATCCGAT AATTGCGATT TTCATTTTCT ACCTTTTCCT 13140 ATTTGGAGAC AAAAAAACAG CCTCTATGGA CTGTTTCTTA TTTAACAAGT TTAGCTGAAA 13200 GACGAGCTTT ATCGCGGCTT GCTTTGTTTT TGTGAATCAA ACCTTTAGTT TCTGCTTTAT 13260 CGATAGCTGA GCTAGCAGCA CGGAAAAGTT CTTCAGATGG GTTTGCTTCG AAAGCTTTTA 13320 TAGCAGTACG CATAGCTGAT TTTTGAGCTG AGTTCTTTTC GATTCGTCTA ACGTTCAATT 13380 CAGCGCGTTT GATAGCTGAT TTAATGTTTG CCAATGGTCT TACCTCCATA TTTACTAACT 13440 (2) INFORMATION FOR SEQ ID NO : 129 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 8512 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 129 : CCTTTTTTCA AAAACTAGAT ACTAGTCTAT CAAAAGTAGG AAAGGGTTTC AAGAAAATTG 60 ATTGGAAATT TTTTGAAAAT CATAGAACTA TTAGCTAATC CCTAGTATTG AAAAGACTGG 120 ATAGCTTCTT TCAGGTCATC TTGTAAACTA TTTCTCTGGT CAAGTTGGAC ATAGACTTCC 180 ACCAGACAGG ATCTAAAGTT GGAAAATTTG TAAAAATCCT CCCTTTCTTC TATCGGAAAA 240 TCAACAGTTT TTATCCAAGA AGCTACTTGT TCTTGCTCCA ACTTCCCTTG TAAAATAGGT 300 TCATAGATCA CTCTTGCTAA ACGCCAATCC TCATCATCTG TAAAGCGAAT CGACATTCTT 360 TTAAATAGTT GGCCAAGTAT ATCAAATACT TCATGAACTC TGTTTTTAGG AAAGTCTGGA 420 TGACAAACCA CCTCTGTCAG TAAATCGGCT CCATGTGCAA AAGCGTGAAC CCAACCATAC 480 TGACTTGAGA AACCCCTTGT ATCCTTTTCT TTTGAAAGAT AGTGCAAGCC TTGATTTAAA 540 AGGACATTAC GAATTTCTGG AGAAGGATTT CCCAAATGAT CAAACAACCA CTGGATTTCT 600 TCCTGGTTAT AATTTGGTTT TTCTTCTGCT ATTTTTCTTA GTAAATCTTG ATACATGGTC 660 AATACCTCTA CATTTCTAGC AACTGTTCAA AAAGGCAGTC TTAAATGACT CAATATTGAA 720 TTCTCAATTA AATACAATCT GATATAAAAT GACGTAAATA ACTATCAATA CCAGTTCTAC 780 AGTAAGTTCA AATTTAACAT CACGACCTTC AACGACATTT TTGAAAATAG CTACAACTAA 840 GACAAATAGA ATGACGCTTA ACAAGCCCAT AAACATCATT CTAAAAAATT TTTCTATTCC 900 CCTACTCTCC CAACTCAGCA CTATAGGAGA TAATCTGGTC AACTGTGTCA GACAAGAATT 960 GGATGGTATC ACGGAGTGGT TTGTCTGTTG AAATATCAGC ACCGATAATC ATGGCTGACT 1020 CAAGTGGTGT CTTGCTACCA CCTGATTTGA GGAGATTGAG CCAGTCTTCA GCTCCAGTTT 1080 CAGAATGTTT TAGATGAAGG TAACCAGCAG TCGAGATAAC TAGTCCTGCT GAGTAAGTGT 1140 AACTATACAA GCCCATATAG TAGTGAGCTT GGCGCATCCA AGTCAGAGTT GCATCATCGT 1200 CAATTTCAAT AGCATCTCCC CAGAAATCCG TCAAAACTTC CTTCATAATG CTGTTGAGCT 1260 TGCTTGCTCC AAAGGTCTCC CCTTCTTCAA TCAATGTATA CACCTTACGC TGGAAGGCGG 1320 CTTCCAAGAG GTGGGTGATA AAGTTATGGA AGTAGGTGTC TGTCAAGCGA TGAGCCAGAG 1380 CGAAGCGTTT TTGACGTGGG TCATTAGACT GGTTCTCCAA GTAATCACTG AGTAGCAATT 1440 CATTGAAGGT TGACGGTGCT TCAACATAGT AGGTCGACAT ATGGGCATTG AAGTAACTTT 1500 GATGATTGTC TGAAAAGATG AATTGACCAG AATGCCCGAT TTCATGAATC AAGGTATAGA 1560 CATCGCTCAA ACGGCCTGTC CAGCTCATGA GTACATAAGG GTGTACGCGA TATGGGTCCG 1620 CCGCATAACC ACCGGAATCC TTGCCACTGT TAGCAGCAAA GTCCACCCAG CGCTCTTCTT 1680 GGTAACGAGC AACTTCCTGA CAATATTCTT GCCCCAAAGG TTCTACCGAC TTCATGACCA 1740 AATCATAGGC ATCGTCAATA GTCACTTCAG GATTCAGGGC GCTGTCCAAG TCCAATTTCC 1800 AGTCTGCAAA GGTCATCTTT TCAAGACCAT TTACCTTGGC AACATGCTTG AGGTATCTCT 1860 GAGCGACTGG TGCAAAGTCC TTCATGATGA GGTCAATCTG GCGGTCAAAC ATGACACGGT 1920 CCACTTCTTG TTCAGCTAGA AGATAGTCAA AGACAGAGTC GTATCCCTTC ATATCAGCCA 1980 AGAGTTTTTC AGACTTGACC TGAGCCAGAT AGGCTGCTGC AGCCGTATTT TGGTGCTTAC 2040 GAAGTCCCTC TGAGAAGGAA CGGAAGGATT TCTCACGAAC CTCAGCATCC TCATGGTTTT 2100 GGTAGAAATT CTCATAGGTC ACAAAGCTGT TTTTGTAGGT CTTGCCATGG GCTTCAAAGT 2160 CAGCCATTTC AAAATCCCCA GCTCGCATCT TAGTATAAAT GTCCTGCGGA CTGTAGAAAA 2220 CTTCACCGAG ATTTGTCAAG GCCTTCTCCA CATCTGCCCC TAAGTAGTGG GCTTTTTTGA 2280 TTTTAGCCTG ACGAATGGCA GCTGTTAAAT GTGGCAATTT ACCCAAACGG TCCAAGACTT 2340 CCTCATCTGC TGCCACCAAG GCATCGTCAA AGAAGGTCAA GGCTACGCTG GCATCTGTTT 2400 CAAATTCCAT CCCAGCTTGG GCAATATTGG CAAATTCGTC ATTGCTATAG TCCGTCGTCT 2460 GAGGCATAAA ACCATAGTTG CCAATATGGC TCATCTGAAT GTAGATCTGT TCCAATTCCG 2520 CAAAGGCCTT CTCGAAATCC TCAAAAGTGT GAAGATTGCC CTTGTAATCA CGGCTAAACT 2580 GGTTGATGTC TTCGCGAGCT TTCTCGATTG CACGCAAGAA ATCCTCACGG TCTTGGTATA 2640 GGGCTGTTAA GTCCCAGAGT TCCTTCTCTG GAAATTCTGA ACGGTGTTTT TGTTCCATTT 2700 TCTTCCTCTT ATTTCTCTAA TTCTACTAAA ACACTAAGGG CTGATAAAGC GTAAAGCGGT 2760 GCTGTTTCTG CTCGCAAAAT ACGAGGACCT AGGCCTGCCA AAACGGCTCC TTTAGCTTCA 2820 AAACTTTCGA TTTCTGCAGG TGAGAGACCG CCTTCTGGAC CAAAGATAAA GAGCAGTTTG 2880 GCTCCTGTTT CAAGACCAGT GACTGCTTGC AGAAGCGCAG CGGCTTCTCC TTCTTTAGCT 2940 GATTCTTCAT AGGCTACTAT GATAGAGTCA AACTGGTCCA GCTGAGCTAG AAAATCTGCT 3000 TTTTTCTCGA AAAGTTTAAT ACTTGGTACA ATATTACGCT TGCTTTGCTC GGCTGCTCCA 3060 AGGGCAATTT TTTCTAGTTT TTCAACTTTT TTACCCAATT TCTTGCCATC CCACTTGGCA 3120 ACTGACCAGT CTGCAGGAAA GGCCCAGATT TGGCTAGCCC CCAGTTCGGT TACTTTTTGA 3180 GCGATGAACT CCAGCTTGTC TCCCTTGGGA AATCCAGATG CGATGGTCAC TTGGACTGGT 3240 AGTTCCACAT TGTCATTTAA TTCTTGGACC AACTCAAACT GACGATTTTC CATATCCAGC 3300 ACGCGCGCCA AGCGCTTGAT GCCATCATCA AAGACTAAGG TAACCTCATC CTCTTCTTTC 3360 AAGCGCATAA CCTGAAACAT ATGCTTACTG GTTTCCTTGT CCTCGATAGT GACAGGAGAG 3420 ATAGCACTGC CTTTTACAAA ATACTGCTGC ATGCTAGCCT CCAATCACAC CAGAGATATC 3480 CTTGGTTTTC TTAAAGACAC AGGTATTCCA TTCCCCTTGA ACCATGTGAG TTTCGAGGAA 3540 AAATCCAGCT GACTCAGCCG ACTGGCGCAC CATGTCCAAC TTGTCCTTGA TAATGCCACT 3600 CATGATCAGG TAGCCTTCAT CCTTTACCAA GCGATAAGCA TCGTCTATTA GATGAATGAG 3660 GATATCCGCC AAGATATTAG CCACAATCAC ATCTGCCTCA ATTTCCACAC CCTTAAGCAA 3720 ATCTCCAGCC GCTACATGGA TATTTTCCAT GCCAGGGTTG AGCTCAATAT TTTCCTGAGC 3780 CACACGAACC GCCACATCAT CCAGGTCATA GGCGAAAATT TCTTTAGCCC CCAGAAGCGA 3840 GCTGGCAATA GAGAGAACCC CTGAACCAGT CCCCACATCT AGCACCGTTT CGCCACCACG 3900 AAGAACCTGT TCCAAGGCAA AAAGGCTCAT CTTGGTAGTT GGGTGGGTTC CAGTACCAAA 3960 AGCCATGCCA GGATCCAGCT TGATAATCAT TTCCCCCGCA GTCGCCTCAT AGTCTGTCCA 4020 AGAGGGAACG ATGGTCAAAT CATGAGTGAT ACGAGCAGGT TCATAGTATT TCTTCCAGTT 4080 GTCTGCCCAG TCTTCCTCAG CCAAGGCAGT CGTACCTATT TTTAACTCTC CCAAATCCAT 4140 AAAATCTGTC AATTCTGCTA GACGAGCCTG CAAATCCGCC TCAACCACTG TCACATCCAC 4200 CGTGTCAGGG TAGTAGGCTG TCACTACGAT TTCTTCTTGC TGCTCCACCT CTGGGAAAAT 4260 CTCTCCAAAG CGGTCCACAT TTCCCACATA GTCCATACTG TCTTCGATTG CGACTCCTTG 4320 CGCTCCCAGC TCAATCAAGA GATTGGAAAC CAACTCCTCT CCCTCACGCT TCACTGTAAC 4380 TTTTAACTCT TGCCATGTTT CCATTATTAA TACCAAGCCC GTAAAACACA AAACCAAAAT 4440 AGGAAATTCT CTGAAGACGC TTGTGTCTAA GAGAAGTTTA TCTTTTTGGC ACAGTGTTTA 4500 GGGCGGGTTC AGTTTAGAAA TGTAACTGAA CCATCCTTTC TAATCACTTA CTTTTAAATA 4560 ATCTTTTAAT CTCTCTTGCA ACTGAGGCAC AACTTGACTG GAACTAAGAA ATTCCTCAAC 4620 ATTCATCAGC TGATAGCCCT GTCCTTCATC TCCGAAGATG ATATTGTCAA ATTGTTCTTG 4680 TCTTAGCTGA CCAACCATAA AGACCGATTT CTTGCCTTTA AAAATTACGC TAGGATAAAT 4740 CTTGCTCCAA AGCAGACAGT CTTCATCTAA ATGAATTCCC AGTTCCTCAT AAACTTCACG 4800 CCGAGCGCAT TCAAAAGGGC TTTCGTCCCC TTCACGGCCA CCACCTGGCA GTTCCCACAT 4860 ATTGGCCCAG GGAATACTTG CCTTATCATC GCGTAAGATA GTCAAAAGCT TATCCCCACA 4920 AAACAAAGCA ATCTTGCAAC CTGTGAAATC AGAAATTTCT AGTTCCATCT TCAGTTCCTT 4980 CTAACATTTC CTTTTCCAGC TCGGCTAACC AGTTTTCATA ATATCTTTTC TCATCCCTCA 5040 ACATTCGACT ACTATCCATT TTCTGTCTAG CAATCTTGAG AGCCTTACGA GTTCGATCTA 5100 CATCTTTCTT CACCTTTAAT TGATACCAGG CTTGTATCAC TTGAAGATTG GACAGTTTGA 5160 GAGACAGAAA CGATTTGACC TGTCGAATAC TAGCATATTG CTCCGCTTGC TCAAAATCTC 5220 CTTCCAACAA GGCGATATGA AGCAGGGATA GTTGGGCAAC TGTCTGCATC ATCGGAGTAG 5280 TTGTCCTCTC AAGTAATGCT TGAAACTGCT GTTTAGCTAC TTCTTCCTTC CCTTCCAAAA 5340 TGGAAACTTC ACCTTGCATA CCTAATACAC CATCCGCAAA ACTCCCTCGT GCATCCTCAG 5400 GAACTGCTTG AACAAAGTCT TTCAAATCAT ATTCTTGAGG AGCTAGCAAG GTCTGGGCAG 5460 AATGTCTCAA TACCAGGTAG GCGTATTTGG TATTTTCAGG GTGTTGTAGT AATTCCCAAA 5520 TTTTTGCTCC ATCGGTGATG TCGACTGGCA AAATGTTATT TAGGAAGAAA GATAAATTAA 5580 GAAAAATCCA AGTCCCTGCA AAATACCAGC TTCTTGTCAA AAATCCAAAC AATATCGCCA 5640 ATAATATCAA GCCGAGATGA ACCATCAAGC CTCCTGAAAG CATCAGGATG ATTCTTTGAT 5700 CGCTTTCATC CTCTTTTAAA CCAATGTATT GAGCACCAAC ATTTTTCAGA ATGGCTGTTC 5760 TACTAAGATG AAACCTGCCT GACTTTTTGG TCAAAATAAA ATGTCCTAAT CCAAAAGCCA 5820 CCAGCCGATA GCCTGTCAAG TAGCCACAAA AAGCATGACC CAGCTCATGA AGAATAAAGA 5880 TTAAATACAT GCTTAGAAGA GCGAAGGCAT AACCAAAAGT AAAGGCTAAA ACTGCGGAAT 5940 ACCCCAACTC TGCAAATGCG ATTGTTCCAC AAGCAAAAGC TAGCATAATA AAGACAACAG 6000 CTAGCACATA AACCAAATAA GTCCCAATTT TCTTCATAAC ACCTCCAACC AACTCCTAGT 6060 ATCTTGGATA AGGATAAAAT TCTCCCTTTT CCAAGCCAAT TTTTCCTTCT TCAAAGACTT 6120 CTTGGTTCCA TTCCATGACA AATTCCTCTG CTTCTGGGTC TTCCAAAAAG TCCATGAGGA 6180 CATCTAGCCC AACCTCAGCA GTATCTTTAA GGAAAAGCGC AAAATAAGCT AAAAATTCAC 6240 GGGAAAATCC TTTTTTAGGC AGGTAAGGAA TAACAGTCAA ATAGTCTTCC TCATTGACTG 6300 TTGACTTGGC AGGATTGTAG AAAAGGACCG CTTCCTCAAA AAGAATGTCA TCTGATGAAA 6360 CCTCTCCGTC TTCATCCACC ATCTCCACAC CGCAGCATTT TGCGCTTCCA ATAGAAAACT 6420 CACTTCTACC GCATGGTTGC GTTTGTCCCA GCTAATCTCA AAGTCAAAGG GAAAGTTCTT 6480 GTCCAACTCT TCCTCTAAAA TATCTAAAAA TCCGTATGTT GCCATTTTGT CCTCTTTCTA 6540 TGCGACTCTT TAATCGCCCC GATTGCTCGG AAATATGCTA AAATAGATAC TACCATCTTA 6600 CCACAAAATT ATTTTATGTC CTAATTATAC CATATTACCT CATTTAAACC CTTGGTATCA 6660 GTGATTTTCT TAAAAGTCTG ATTTCTTCAT TTCTCATAAA AATCAATATA AAAAGCCCTC 6720 GAAAGGGCTA ATAAATCTAT AAAATCAATA GGCGAGTAAC TAGCACAAGT GGACGTGCTT 6780 TTTTATTGAC TATTACCACG ATACCACGCT TAATCTTAGG CTTGAACTTT CTTATCTGCA 6840 ATAGCGTCTG TCAAAGTCTG AGAAAAGTTA AGCCCCATTT CTCGTCCCAA CTTATCTGCC 6900 CATTTTGGTA TGGTCAAAGT CTTTTTAATG GGTTCCTGAC TTCCTAGGTA TTCTGATACA 6960 TCAACAGATA CCATAGAAAT AAAAGATTTA TCAAGGTCAT AGGTTGACAC GAAATCTTCA 7020 TCATCTTTAA AAGGATCATT ATCAATTAAA GACAAGCTAT TGATATCTGA TGGCTGAGGT 7080 AACTCTCCAT CACTCTCTAT CAAATCTGCA ACAGTTATCC CTAGCCACTC CGACCCCATA 7140 GCCAAAGCCT CAGAAATCCC CTCTCCTTGT GTAGCTGAGT ATTCAAAATC TGGGAAATGG 7200 ACAAAATAAG TCGCTTCTGT TCCGTCTGTG TCGTCATAAT AAAATAAAGC TGGATACGTA 7260 ACTAACATTT CACTACCTCC ATATCAAAAA GCAGGGACTG AATTTTACAA CCCAGCTTGC 7320 TTTCTTATCC CTCTTTCAGT GTACTTATTC AGCTCACCAT GAAGGATTGT GATAGGTCTT 7380 TCCCCTTGCT TTTCCATTTT AATATGGGAG CCTTTACCGC CTCTAGTCTT TATCCAACCA 7440 TGGGCCGTAA GGAGTTTAAC CATCTCTTTT TGTGTCATAG GCATAGCGCT TTTACCTCCT 7500 GACAACACCA TTATAACACG TGTTACACGT ATTGTAAAGG AGTGATACTT ATTATTCTAT 7560 TATACATAAA AGCCCCTAGA TGTGGTTCTA AGGGAAGCCA ATTTATTCAT ACCTATTTTT 7620 CTAATGAGTA GTAAAAACTG CTTCTTTATC GAGCAATTCA TCATCTGTAT AGTCAATTGT 7680 AAAAGTATCT CGATCTAAGA CAGATTGAGG CGGAGTTGAA TGAATCATAG GAACACTGCG 7740 TACTCTATAT TTTTTATCTC CAATTTTTAC AAACTGATAC TCTTCGAAAA TCAAATTCAA 7800 ACCACGTCAA CGTCGCCTTA CCGTACTCAA GTACAGcCTG CGGCTAGTTT CCTAGTTTGC 7860 TCTTTGATTT TCATTGAGTA TGATTAACTC TCAAGTCTTC GAAATCAGGA TTTTCAACAG 7920 TTATTACAAG GAGGCGATTT ACTACTTCAA AAACATCAAT TATTCTATTT TTCATATTTT 7980 TTCAACCCAT TATTAGAATG AACTTCTTGG TAAGCAAAAT CAAGTTTAGA TTTAATGTTT 8040 TCGTACAAAT CTAAAATCTC TTTTGGAGTA TCTTCCCGGA AGAAAAGTTT TCTTTTCCCT 8100 GAAATAACTT GATCACTAAG AATCCAATGA CGAATTTGTT TTGTAAAAAT CAAAATTTCC 8160 TGACTTGGTA GTTCCATCAT TTCCATTGCT TATCACCTCT CTTTTCATTA TAGTTCATAC 8220 AATGACATTC AGCAATATTA TTTCTCAAGT CAGCACTTCC ACTTCTTTAG GCTCAACTAT 8280 CCTATTTTGA GCTTTAAGGA AAATCAAATC TCTCATGCTG ATACCTCTCC TCATTAAATT 8340 AAATAGTAAA AAAGATTCTA TCTCACTCCC TGATTATTAC AAAACCATTG AAATATCACA 8400 ACTAATAGGC TAGAATGGAC ATAGTAAGAT ATAGTAGATG AGTCATTCTA CTCAAATCCA 8460 CGTTAGAAAG GACTGCTATG CCAGACAATC TCGCCGTTCG CATGCGCCCn GG 8512 (2) INFORMATION FOR SEQ ID NO : 130 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2869 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 130 : CTCGTTTCAA GGTTGAGTCT CTTGCAAATC TTGTTCGCGT TCTTCCTTTT GCCAAGGCAT 60 CTCTCCCATG GTTGGTGCcA GCCATTGTTG GAATCTTGCT CTCATTGGTT CTACCAAACA 120 AGCAAGAAAG CGATGTTTTT GAAATGGAAT AATCACTTAA ATCACTTTTG TAGCCAAGTC 180 TACAGGAGTG ATTkTCTTTT TTTATCCGAT GATAAATGTG TTATAATAGG TAGCGAAAGA 240 GGTGAAGAAA TGAATCAAAC AGTAGAATAT ATCAAAGAAC TGACAGCCAT TGCGtCGCCA 300 ACAGGCTTTA CTCGTGAGAT TGCGGACTAT TTAGTCAAGA CTCTAGAAGG TTTTGGTTAC 360 CAGCCGGTTC GCACATCCAA GGGCGGTGTC AATGTAACTA TTAAAGGTCA AAATGATGAG 420 CAACATCGCT ATGTGACTGC CCATGTAGAT ACGCTTGGTG CTATTGTCCG TGCTGTCAAA 480 CCAGACGGCC GTCTCAAAAT GGACCGTATC GGTGGCTTTC CTTGGAACAT GATTGAAGGA 540 GAAAACTGTA CCATTCATGT GGCTAGCACA GGTGAAAAAG TATCAGGAAC CATCCTCATC 600 CACCAAACTT CTTGCCATGT CTATAAGGAT GCAGGAACTG CAGAACGCAC GCAAGACAAT 660 ATGGAAGTGC GTTTGGACGC CAAAGTAACT AGTGAAAAAG AAACTCGTGC TCTTGGCATT 720 GAGGTCGGTG ATTTTATCAG TTTTGACCCA CGAACTGTCG TGACAGAGAC AGGTTTTATC 780 AAGTCTCGCC ATTTGGATGA CAAGGTCAGT GCGGCGATTT TGCTCAATCT CCTTCGCATT 840 TATAAGGAAG AGAAGATTGA ATTGCCCGTA ACAACTCATT TTGCTTTTTC AGTCTTTGAA 900 GAAGTGGGAC ACGGTGCAAA CTCTAACATT CCTGCTCAGG TAGTAGAATA TCTGGCTGTG 960 GATATGGGAG CCATGGGAGA TGACCAGCAA ACAGACGAAT ATACAGTGTC TATCTGTGTC 1020 AAGGATGCTT CTGGACCTTA TCACTATGAC TTCCGTCAAC ATTTGGTGGC TTTGGCGAAA 1080 GAGCAAGATA TTCCATTTAA GCTGGATATC TATCCATTTT ATGGTTCGGA CGCTTCAGCG 1140 GCTATGTCTG CAGGGGCAGA AGTCAAACAC GCCCTTCTCG GTGCTGGTAT AGAGTCTAGC 1200 CATTCCTATG AGCGTACCCA TATTGACTCG GTGATCGCAA CAGAACGAAT GGTCGATGCT 1260 TATCTTAAGA GCACGTTGGT GGACTAATAT GTGCCTTATT TGTCAGAGAA TTGACCTCAT 1320 CAAGAAGGAA GAAAATCCTT ACTTTGTCAA AGAGTTGGAA ACAGGCTATC TTGTGGTTGG 1380 AGACCACCAG TATTTTGAAG GCTATAGTCT CTTTCTAGCC AAGGAGCATG TCAGCGAATT 1440 GCACCATTTG AAAAAGGAGA CAAGACTCCG TTTTCTAGAA GAAATGAGTT TAGTCCAAGA 1500 GGCAGTTGCC AAGGCCTTTG CTGCTGAGAA AATGAATATC GAACTGCTAG GAAATGGCGA 1560 TGCTCATCTT CATTGGCATC TGTTTCCACG ACGGACAGGT GATATGAATG GTCATGGTCT 1620 CAAGGGTCGT GGACCAGTCT GGTGGGTTCC CTTTGAAGAA ATGACAGCAG AAACCTGCCA 1680 AGCAAAACCG GATGAGATTA AAAGATTAGT CAAACGTTTA TCGTCAGAAG TAGATAAACT 1740 ATTAGAAATA AAGGAGTAGA AATGAAGAAA AGATACCTAG TCTTGACAGC TTTGCTAGCC 1800 TTGAGTCTAG CAGCTTGTTC ACAAGAAAAA ACAAAAAATG AAGATGGAGA AACTAAGACA 1860 GAACAGACAG CCAAAGCTGA TGGAACAGTC GGTAGTAAGT CTCAAGGAGC TGCCCAGAAG 1920 AAAGCAGAAG TGGTCAATAA AGGTGATTAC TACAGCATTC AAGGGAAATA CGATGAAATC 1980 ATCGTAGCCA ACAAACACTA TCCATTGTCT AAAGACTATA ATCCAGGGGA AAATCCAACA 2040 GCCAAGGCAG AGTTGGTCAA ACTCATCAAA GCGATGCAAG AGGCAGGTTT CCCTATTAGT 2100 GATCATTACA GTGGTTTTAG AAGTTATGAA ACTCAGACCA AGCTCTATCA AGATTATGTC 2160 AACCAAGATG GAAAGGCAGC AGCTGACCGT TACTCTGCCC GTCCTGGCTA TAGCGAACAC 2220 CAGACAGGCT TGGCCTTTGA TGTGATTGGG ACTGATGGTG ATTTGGTGAC AGAAGAAAAA 2280 GCAGCCCAAT GGCTCTTGGA TCATGCAGCT GATTATGGCT TTGTTGTCCG TTATCTCAAA 2340 GGCAAGGAAA AGGAAACAGG CTATATGGCT GAAGAATGGC ACCTGCGTTA TGTAGGAAAA 2400 GAAGCTAAAG AAATTGCTGC AAGTGGTCTC AGTTTGGAAG AATACTATGG CTTTGAAGGC 2460 GGAGACTACG TCGATTAATA CTCTTCGAAA ATCTCTTCAA ACCACGTCAG CGTCGCCTTA 2520 CCTACTGACT GCGTCGGTTC TATTCACAAC CTCAAAACAG TGTTTTGAGT cGATTCGTCA 2580 GTTTTATCTG CAACCTCAAA GCTGTACTTT GAGCAstGCG GCTAGCTTCC TAGTTTGCTC 2640 TTTGATTTTC ATTGAGTACA AAAAGTAAAC TTTTCTCTTG CAATTCCAGA TAAATAGTGT 2700 ATAATGGATG GGTATGTGAA AAACATACTT GTGGGAGGTA AAAATCTCTA ATTACCGCCA 2760 AAACCACAAA GGAGGATTTA AAAATGGCTA AAAAAGTCGA AAAACTTGTA AAATTGCAAA 2820 TCCCTGCTGG TAAAGCTACA CCAGCTCCAC CGGTTGGACC TGCTCTTGG 2869 (2) INFORMATION FOR SEQ ID NO : 131 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6186 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 131 : CTGAATCCCT TATAGGAGTC CAGTAACTTT TTAGCCTCTA CTTTGCCTTC ATAGGCAGCT 60 TCAACATCAT TAAAAAAAGA ArGCACTGAA GCAAGTTCTT CAGTGCTCCA CGACAAATCT 120 AGTGGGTAAC TATACTGTTT GTTCATTAAC TAATACCAGC TCTCATTCTT GCTTCTTTTA 180 GTTCTTGCTT ACGATAACTA CGAGGGAGAA AAGCACGAAT CTCATCTTCA TTAAAACCGA 240 TTTGCATACG CTTGGCATCA ATAATAATTG GACGACGCAA AAGACTAGGA TACTGCTCAA 300 TCAAATGAAG CAATTCCGAT ACCGAAATAC TCTCTACATC AATATTCAAT TTTTGAAAAA 360 TTTTTGAACG AGTTGAAATG ATGTCATCAG TACCATTTTC GGTCAAGGAA AGGATGTGTT 420 GCAATTCTTT TCTTGTTAAA GGACTGGTCA TAATATTGTG TTCCACAAAG GGAACTTATG 480 TTTTTCTAAC CAGGCCTTAG CCTTACGACA TGATGTACAG CTCGGTGATA GAAATAGTGT 540 AATCATGCTT TTCTCTTCTT ATCTATACTT TGCTACTTCT ATTATACAAA AAAATAAAGC 600 GCTTGACTAG GGATTTTTAG AAAAAAAGCC TATTTTTTCA AGAAAAATAG GCTTTTTGCG 660 AACGATTGAC ACAATTGGAT TTGGTTAATT CACTCTTAAC GATGGTTTTA AACGATATAT 720 ATTTTTATAT ATGTAAATTA AAAACATCTT TCCTTTCACT TCCTACGACT TTTCAGATAC 780 AGATAGCCAA AGAAGTTTTC ATAGAGGGCA AAAAAGAGGA GGAAGGCATG AAGAAAGAAG 840 GTCTCTGGCA AAATCATAAT AACAGGATCC TTGGCTGGAT CAAAAAGCCA GGTATCATCT 900 CCCACAAAGA GAATTTGATG GAAAAGAGTA AAGAATTGGT CAAAACCAAT CAAAACTCCC 960 CCAAGTCCAA TCATCACAGG TAAGACTACT AGAGCCAGGA GACTTTTTCG ATAAAGAGAC 1020 AAAAAGTCCT TTTTCACAAT CCTATTGACA AAGACATAGA AACTTGGCAG TGTCACTAGA 1080 GCTACTAGCT GAACCAAATG AAAGAGATTC TTGACCACTG CGAAATGGTG CAGACCAGCT 1140 GCTGACGAAC GAAAATCAGG CATCTGTAAG ACCTGACTAA AAGGATTGGT CAGATAATTC 1200 ATCAAGATAT GAAAATTGTA TTGAATGGTT TCTGGTTTTA GATAGACTCG ATTCGTTAAG 1260 TTTAGCCACT GAATCTCCAT AGGATAGAAA ATCCAAGCCA GATAAATGGT CAGAAGGATG 1320 GAGAGGGAGA GGAGAAAGAG CATAGAGCCC CAAAAGATCA ATTTAGTTTT CATCAAAATC 1380 CCACTCCGCA AGGCTAGAAA CCACATGTGT CGGTGCGATT GGCAGGCCAG CTACTTCTTC 1440 TGCCTTAGTA AAACCTGTCG TCACCAAGAG CGTTGGAATG CCATTGTCAA TCCCAGCCCG 1500 AATATCAGTC AAATAATTGT CCCCAACCAT GATTAACTCT TCACGTTCCA AACCTAAGTG 1560 CTCAACCGCC TTGTCCATAA TGATGGCATT TGGTTTTCCG ATATAAACCG GCTTCACTCG 1620 TGTCGCTACT TCAAGCAGCG TAATCAGTGA GCCAGCACCT GGCAAAAGAC CGCGTTCCGT 1680 CGGGATGTTG AGGTCAGGAT TGGTTCCGAT AAAATGGGCA CCCTTTTGAA TAGCAAGAGT 1740 TGCTGTGGCA AATTTTTCAT AGTCGACTTG CCAATCCAGA CCAACTACCA CGTAGGCAGG 1800 TTTTTCCTTG TCTTCCACAT AACCAGCCGC CTTGATGGCT TCCTTGAGTC CTGCTTCTCC 1860 GACGACATAG ACGGTCTTTT CAAGCCCCAA ATCATTCATA TAGTCGATGG TTGCCAAAGT 1920 CGCTGTGTAG ACAGTCGATA GGGGCGTATC GATATTAAAA TTCTGAGCCA ACATCTCCTT 1980 AACACTCTCT GGAGTGCGGG TTGTATTGTT GGTTACAAAG AGATAGGGAA TGTCCCGCTT 2040 TTGCAATTCA TGAACAAAAG TCTCTCCAGC AGGGATTCGG TCTTTCCCCT TATAAATGGT 2100 TCCGTCTAAA TCAATTAAAT AGCCTTTATA TTTCATCTAT TTCTCCCTAA GCCTTTTTTA 2160 TTTCTTGCCA AGTAATGATT GCTTGGGCAT TGATAACCCC ATCACTTGTA ATTTCATGCT 2220 TGCTTTCCAG TCCAGTCCGT TCAACAGCCG ATGTAATCAC CCCACCTGGT CGAACTTCCT 2280 TGACATACTT GAGGTTGATT TTCTTGGGAA TATAGTGGGT CAAAAAATCC GCTCCCATGA 2340 CCTCAAAAAT CCAGTCCAAG TATTTACTGT TATTGACATG ACCATTCATA TCCAAGTCGT 2400 AAAAACGAAC ATGGTAATCC TTGCTGATCG GTTCTTCCAA GGACTCATAC TTCGGTCCAC 2460 GGATAAGTTT TTTATCAAAA TCAGACTGGT AAGGAGCCAC AATCTCAGGT TCAACAACAT 2520 GGACTTTTCG ACTGTCGCGG TCCATGAGAA CAAAGGTCGC CATCATGTGG ATGAGCTCCT 2580 GCTCCGCTTC ATTATAAATA GTAAAGCGAC GGTAGCAAAA AAGTCGATTG TAGCTCAAGG 2640 CTTCCGTTTC GATGGTAATT TCTTCCGCAA AACGAGGCAA ACGAACCACC TCAATATCAT 2700 ATTCTACGAT AATCCAGACC AGATTATATT CTTCCAAAAT GGCCTTATCA CTAACTCCCA 2760 GTTCAATCGA CTGCATCCCT GAAACTTGCA GTGACAGCAA AATCACATCT GGAAGTTTGA 2820 TATGACCGTT CATATCAGCC ATATCAAAAG GAATTTTCAT TTTCATTTGA TAAGTTAAGC 2880 CCATGATCCT ACTCCAAAAT AAATCGTTCT GCTACAGTAT CTCCCAAAAA GAGACCTCTC 2940 TTTGTCATGC GAACGTGGTC ACCCTCAATC TGCATGAGGC CTTGTTGAAC CAAATCTCTG 3000 ACAATTTCTC CATAAAGTCC AGCAAAAGAC TGTCCAAATT TTTCCTCAAA TCGCGCCATG 3060 GAAACCCCGG ATTTCTTGCG GAGTCCCAAG AACATTTCTT CTTCCATTTG CTCCTTTTGA 3120 CTCAGGTGAT CTTCTGTAAT ACAAGCATTG CCTTCCTCAA CCGCACTGAG ATAATGACGA 3180 ATGGGACCAT GATTTTTATA GCGTACTCCA TTGACATAAC CAGATGCCCC TGCACCAATA 3240 CCATAGTATT CAGCATTGTC CCAGTACATG AGATTATGAC GACTTTCAAA ACCGGGTTTG 3300 GAGAAATTAG AAATCTCATA ATGCTCAAAA CCCGCTCGCT CCAGCTCTGC AATGATGTAC 3360 TCAAACATCT CCGCTTCTAG TTCCTCCTTA GGCAGAGGCA ATTTCCCACG TCGCATCCGG 3420 TTCATAAAGA CCGTATGGTT TTCTAAAATC AAACTATACA AACTCATGTG GGGAATATCC 3480 AATCCAATGG CTTTAGCCAC ATTTTCCTTT ACTTGCTCCA TGGTCTGACC AGGCAGAGCA 3540 TAAATCAAAT CAATGGAGAT ATTGTCAAAA CCAGCCAGTT TCAGGCGATC GATATTTTCA 3600 TAAATATCCT TCTCCAAATG ACTGCGCCCA ATCTTTTTCA ACATCTTATC ATCAAAGGTC 3660 TGGACACCTA GCGAAACACG ATTGACAGCC GAATTTTTCA AAACAGCTAT CTTATCCGCA 3720 TCCAAATCGC CTGGATTGGC TTCAATGGTC AACTCTTCCA AGACAGACAA ATCCAAGTTT 3780 TTAGTCAAGC CATTCAGTAA CACCTCCAGT TGCGGAGCCG ACAGGGCTGT CGgTGTTCCA 3840 CCACCGATAT AAAGGGTTGA CAACTTTTCA ATATCATAAG AACGAAACTC TTCCAGCAGA 3900 TGCTCTAAAT AGCTGTCGAC TGGCTGATTT TTGATGAAGA CCTTTGAAAA ATCACAATAA 3960 TAACAAATCT GGGTACAAAA TGGGATGTGC ACATAGGCTG ACGTTGGTTT TTTCTGCATA 4020 GTAATTATTA TACCACAAAG ACTAGATTCC AGATAAAAAT CACCATCCCC AGATACATAG 4080 TCCGTCCGGA GATGGTGATG GTTTATTCTT CTGTTATATC AATCACAATC TCTTCTGAGT 4140 CATCAAGAGC TTCGGCTTTT TCTTGCCATT GCTCCTTGAG ATTATTTAAT TGATTTTTTG 4200 ATGCTTCTGT CGCTTGAAAA GCATAGGATT TAGTTTGAGC AAGTATACTG TCCACAGTGA 4260 TTTCACCTGA CTCAACCTGT TCTTTTGTTT TCAGAACAAA ATCTGTAGCC TGCTCCTTAA 4320 CTTCTGTCAG TTTTTCACAG ACTTGCTCCT TGGCATACTC CGGATCTTCT CTCAAATCAT 4380 CTAGAAAATC TTGAGCCTGA CTGCAAACTT GTTTGCCCTT ATCACTTGTT AAAAACAAGG 4440 CAAGAGCTGC ACCTGAAACG GTTCCTAAAA GGATTGAGGA TAATTTACCC ATAAGGATTC 4500 TCCTTTTTTA TTTTTTGAAA AATTTACTTG CAAGACGAAG AGCTGACAGA CTTGCACCAG 4560 TCTTGAGTGT TTTTGAACCA GCTGATGAAG CTTTCTTGCT CAAGACACGC GCATGGTCAT 4620 TGAGGTCTGA AACAGATAGA GATAAATCTG CAACAGCACT GAAGAGTGGA TCAATCGTAG 4680 CCACCTTGAC ATTGATATCA TCTGCCAAGA CATTGACCTT AGCCAACAAC TCATTGGTGT 4740 GATGCAAGGT CACATCCACA TCTGAAGTCA AGGTTTTAAT CGTCTTTTCT GTTTCATCGA 4800 TGACACGACC AAGCTTTTGT ACAGTAATGA TCAGATAGAC CAAAAAGACA ATCAAAGCTA 4860 GGGCAACAAG AATATATGCA ACTTCTAACA TTTAGTTTTC CTCCTCTGTA ATATAGTAAG 4920 GGGCCTTCTT TCGATTTTGA TAAATAACGA TCATTATACC GAGACCGATA AGGACAACTG 4980 ACAGCCATTG GGACACTCGA AAGCCGAAGA ACATGAGACT ATCTGTTCGC ATACCTTCGA 5040 TAACCATACG ACCGAAACCA TACCAAATCA AGTAAAAGGC CGTGATATGA CCTCGTCTGA 5100 GACTCTTCCA TTTCCGTCTA AAAATCAGAA TCAAGGCAAA GCCAAGCAGA TTCCATAGAG 5160 ACTCATAAAG GAAAGTCGGT TGACGGTAGC TCCCCTCAAT ATACATCTGG TCACGGATAA 5220 AGCCAGGTAG ATAATCCAGA TTATCCACTG TTGCACCATA AGCTTCTTGG TTAAAGAAAT 5280 TACCCCAACG CCCCAAACTT TGAGCAATCA TAACGCTAGG CGCCGCAATA TCTAGAAAAT 5340 CCCAAGTATT GATGAGTTTA CGGTCAGCAA AGATATAGAG CACAAGAGCC CCAGTTATCA 5400 AACCACCGTA AATGGCCAAA CCACCATTCC AAATGGCAAA AATCTCTCCT AAATTCTGAC 5460 TATAGTAATC AAATCGGAAA ATAACATAGT AGAGACGAGC TCCTAAAATA GCCAAGGGAA 5520 AGGCTACTAA GATAAAATCT AAAATATCGT CTGGTATGAT CTTCTTTCTA GGTGCTTCTT 5580 TCATGGTCAA ATAAACCGCA AGAATCAAGC CTGTCACAAT ACATAAGGCA TACCAACGAA 5640 TGGCTAGGGG TCCTAGTTGA ATAGCAATTG GATCAAGCAT TTTGCACCTC ATTTCGAGCG 5700 ATTAGACTTG TCAGTCGTTC GTCGAACAAA CGGGTCGCAT CAAAGCCCAT TTCCTTGGCA 5760 CGATAATTCA TGGCAGCTGC CTCAATCACA ACAGAGATAT TACGACCTGT TTTAACTGGA 5820 ATACGAATAC GAGGAATGtA CGCCAGAAAC TTCAAGTTCC TCTGCATTAT TTCCAAGACG 5880 ATCAAAGGTC TTATGCGTAT CGTAATTTTC CAAATAGACA GCAAGCTGAA CCTGTGAAGA 5940 ATCCTTGACA GCACTCGCAC CGTAGAGACT CATAACATCG ATAATACCAA CCCCACGAAT 6000 TTCAATCAAG TGTTTCAAAA TTTCAGCTGG TTCACCCCAG AGAGTAATCT CATCCTTGGC 6060 AAAGATATCG ACACGGTCAT CGGCTACCAA ACGGTGACCA CGTTTGACAA GCTCAAGACC 6120 TGTCTCGCTC TTACCAATTC CACTATCTCC CTGAATCAAG ACGCCCATCC CATAAATATC 6180 CATCAA 6186 (2) INFORMATION FOR SEQ ID NO : 132 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9541 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 132 : GAAAATCACA ACCCTTTTTG CAAAATTTTT GAGATTATTT TCACAAACTT GATTTTTCAA 60 AGTATACTCA ATAAAAATTA AAAAAATCCA CTACGTCAAG GCGAGGCTAA TGTGGTTTGA 120 AGAAATTTTC GAAGAGCGTG AATGAGTATC ATCTATAGTA AAATAAAAAA ACTGAACAAT 180 TTGGTTGGGG ACAGCCAAAC CAATTTCTCA CAATGTTTCA GAAACAAGGG TGTGCTATTC 240 CAATTTCAGC CTACTATAAC TGTCATAGAT TGCTGAAACA AAGTCTAGGT AAAAGTCTTC 300 ATAATAAAAA GACCTCCTAT CAAGTGTTCA AAAACTTTGA TAGGAGGTCT TGTTTTGTGA 360 AAATATTTAT CAAATTTTCT ATACAAGTGA GCTGTTAGCC AGGTTCTTTC TATTCTTTCA 420 ATTTCAATGA ATGGATTTTT TACTAATACT CATAACTGGG AATTTGTCTG TGTAAAAATA 480 GCGAGATAGA TGGTATTTAT AAAACACTCA AGACAGCTAG ACTAATATCA TTTAAAACAT 540 TATCTTCTTT TGAGCGACTG TTGGTTACCA ACATAGCTAA ATTTCCTGCA TTTTCAAATT 600 GATAGGGTTC TGATTTAGCA TTCACAACCA CCAAGAGGTG TTCTTTGCCG TGAACTTCAT 660 AGATAAGGTA GCCGCTATGT TCAATCGCAG AATGCACAAA GACATGATGG TAAATTTCAT 720 CATAGCTAGA GTAAGAAAAG GCACCAGTTT TTGTCTTCAA TCGGATGACT TGACGGATAA 780 ACTCAATACT GTCTTGACGC TCATTAATCA AGTTCCAGTT CACTTGGTTC ACACTGTCAG 840 GAGCATTATA GCTATTCATC GCACGCTCTC TATCATCATG GGTCAACTCA CCATTTTCAC 900 CAGTCGCAAC CAGTTTGGTA CGACCAAATT CTTGACCGAT TTCCATAAAG GCCATCCCCT 960 GCATGAGCAG ATTCATGGCT GTGGCAGTTT CGACCTTGCG CATGATTTGC TCTGAACTTT 1020 GGTCTGGATG AAGGGTTGCC AATAAATCGT GAAGATTGTA ATTGTCATGG GCTTCTACAT 1080 AGTTAAGCAC CTGATTTGGA TGTGTATAGC TTCCTAATTC ACGACTTCCT AGGATTGCTT 1140 TAGCTAGAAT TGGCTCTGTC GCAGCACCAC TGACAAAACC TGACTTGATA GCACCATAAA 1200 CTTCTCCCCC TTTGACAGCA TCGCGCTGAT TGTCATTAAA GAAACCAATA TTTGGCATCT 1260 GGTAGGCATT GTCCTTCTTG GCCTTATCAT AAGGGGCAAG ACCTGTTCCC ATATCCCATC 1320 CTTCTCCATA GAGGATAATG TTGGAGTCGA TTTCATCCAA GCTTTGACGA ATCATCTGCA 1380 TGGTCTTGAC ATCATGAATC CCCATCAAGT CAAAACGGAA GCCGTCAATA TTATATTCCT 1440 GCACCCAGTA TAGAAGAGAA TCAATCATAT ACTTGCGAAA CATTTCGTGT TCACTGGCTG 1500 TTTCATTTCC AACACCCGTT CCATTCTGGA AGGTACCATC TGGATTCATA CGATAATAGT 1560 AATCAGGGAC TGTTGTTTGG AATGGTGCAT CAACAACTGA GAAGGTATGG TTATAGACTA 1620 CATCCATAAT GACTCCAATA CCCGCATCGT GATAAGCTTG AACCATCACC TTCAAATCAC 1680 GAATGACCTG AGCTGGATCA TCTGGATTAG TTGAAAAACT AGTTTCTGGC GCGTTATAGT 1740 TTTGTGGATC ATAACCCCAG TTGTAGGTTA CATTTCCATC CTCATCGTAT TCTTTATCAC 1800 GGTCTGCAAT TGGTTGCAAT TGAACATAAT TGTAGCCCAG CTTCTTGATG TAATCAAAAG 1860 CAGTTGACTG GCCGTATTGG TTAACTGTTC CAGCCTGAGC AGCACCCAAG AAAGTTCCTC 1920 GAAGATGTTC ATCTACACCC GATGTAGGTG ATTTAGTCAA ATCACGAATG TGCATTTCAC 1980 AGATAACTGC CTTACATGGA TTTTCCAAGC GCCAAGTAGC CTCCGAACCG TGCTTAACCT 2040 CGAAGTTTTC AACTTGCTTT TCTACATGGC TCAGAATAGC TGAACGTTTG CCATCAGGGC 2100 TGGTCGCGAT TGTATAAGGA TCACGTGTCA GTGTTTGGTG ATGAGGGAAT TGGACTTGAT 2160 ACTGATAAGT CTTACCTACC AAATCTTCTT CAACATCCAA ACTCCAGACA CCGATTGTAT 2220 TGTCCTTATG ATTATAAGAG TAGCTATTGC CTCTTTTCAT CTCAAAAGTC TTCCAAACGG 2280 GTGCATCATT AGCAGCTGAT TCATAAACGA CAACTTGCAC TTCTGTCGCT GTAGGTGACC 2340 AGAGAGAAAA ATGAGCCTGA TTGTCCTCTA CACGGCAACC CAATTCTCCT TGGTAACCCC 2400 AATGATGATC AAAACTAGCA CTGTTAATGG CCTTATCAAA GGCAAAAGGA TTTTGATTTT 2460 TATAGAAAGG ACTGGCAATA GCAGGATTTT CAGAGTAATA AATCCTATCA TCGCCTTCCA 2520 AAATCCAGAC CTCTGTTAAT AGGGGATAGT GATTAAAACG GATAGAATAT TCTTTACTAG 2580 TTTGACCTGT ATGAACCACA AAATTCAAGC TTTCTATAAC ATGTGAACTT GGGTGTTCAA 2640 AGCTAAATAA AGCTCCAAAA TAATCTTCTT TGTAGGTTAG CAAATCAATT CGTTGATCCT 2700 GACTTTTTAC AAAGGAGCAA GTGTCATATT CTCCATTCTT ACGATGGTAA TGAATGCGCA 2760 TAGGGTAGTT ATACATTTTT TATTTTTCCT TTTTACTTTG TTTCTATTTC ACTAATAAAT 2820 TTTTGTCAAT CTCGTCTCAA TTAACAGACA TAGTCATATT CTCTAAACTC TGTTTTTAAA 2880 CGATCCATTA CAAACTTTCT AGCCATGCCT CATCTCTGAC CTGGATACCA AGTTCTTGTG 2940 CTTTTTGCAG TTTACTTCCA GCGTCTGCAC CTACCACGAC GAGGTCGGTC TTTTTAGAAA 3000 TACTACCTGT CACTTTGGCA CCCAGACTTT CGAGTTTACT TTTAGCTTCT GAGCGCTTGA 3060 GTCGTTCCAA TTTTCCTGTC AATACCACGG TCAAACCTGA CAAGGCCGCA TCCGCTACTA 3120 CCGTCTGTCC TTTATAGTCC AGATTGACCC CAGTTTCTTT CAATTCTCTG AGCAGAATTT 3180 CAGAGCCTTC TGTCGCAAAA TAAGTCTGAA GACTTTTGGC AATCACGCCA CCTAGACTTT 3240 CAATACTAGC CACTTCCTCT GAATCTGCCT GAGACAGATT TTCAATTGAA TGGAAATATT 3300 GAAGTAAAAG CTGACTAACC TTGCTTCCGA CATGACGAAT TCCCAAACCA AATAAGAGCT 3360 TCTCGGCAGA ATTTTCCTTT GATGCTTGGA TAGCCTGATA CAGTTTAGCA GCGGACTTTT 3420 CCTTAACTCC CTCTAAAAGG AGGAAATCCT CTTCTTGCAA ACGATAAATA TCCGCCACAT 3480 CCTTGACTAA ATTAGCAGCA AAAAGCTTCT CAACAATAGA TGGACCAAGG CCTGTAATAT 3540 TCATAGCATC ACGAGAAGCA AAGTGAATCA AGCCTTCCAT GATTTGAGCA GGGCAACGCG 3600 GATTGATACA ACGTAGGGCC ACTTCATCTT CAAAGTGCAA CAAGTCAGAG TTACAACTTG 3660 GACAGTTTGT AGGGATATCT AGTTTTTCTT CAGAAACCCG TTTGGACTCT ACCACACGTA 3720 AAACGGCAGG GATGATGTCA CCAGCCTTAT ATACAATGAC CGTATCGTCT TTTCGGATAT 3780 CTTTTTCAGC AATATAATCT ACATTGTGCA GGGTCGCACG GCTAACAGTC GTACCGGCAA 3840 GTTGTACTGG TGTTAGATTA GCAGTTGGAG TTACAACACC GGTACGGCCA ACTGTCCAGT 3900 CAACTGATAA GAGTTGAGCT TCTTTTTCTT CGGCAGGGAA CTTGTAGGCT ACTGCCCACT 3960 TTGGAGCCTT AACTGTAAAA CCAAGTTCTT CTTGACTTGC TAGGTCGTTG ACCTTGATTA 4020 CCACTCCATC AATATCGTAA'GGCAGATTTT CCCGTTCCTG TCCTACTTCT TGGATAAAAT 4080 TCCAGATTTC ATCTATGTTT TCAGCCAAGA TTCGCTTAGG ATTGACCACA AAACCTAGTT 4140 GTTCTAGGTA CTTCAAACCC TTTTCTTGGC TATCACGAGT TGAAGGGCTG GCTTCTTGAT 4200 AGAGAAACGT TGCAAGATTA CGCTTGGCAA CTACTGCTGT ATCCAACTGA CGCAGAGTTC 4260 CTGCTGCCGC ATTACGAGGA TTAGCAAATT CAGGCTCTCC ATTTTCTTGG CGCGCTTGGT 4320 TAACTTGGTC AAAGGAAGCG CGTGGCATGT AACATTCCCC ACGAACTGTG ATATCTAGTT 4380 CTTCTGGCAA AGTCAAAGGG ATGTCCTTAA CACGCTTGAG GTTTTCTGTG ATATTTTCAC 4440 CAATTGAACC ATCTCCACGT GTTACCCCAG CAACCAAAAT CCCCTTTTCA TAAGTCAGCG 4500 AGATAGATAA GCCATCGATT TTCAGCTCAC AAATATAGGT CGGATGAGCC ACTTCCTTAC 4560 GAACACGCGC ATCAAAAGCA TCTAGCTCCT CACATGAAAA AGCATCCTGC AAACTATAAA 4620 GAGGATACTG ATGACTGTAT TTTTCAAAAC CATCTAAAAC CTTGCCACCA ACACGATGAG 4680 TCGGACTGTC TGCTAGCACT TGCTCTGGAT AAGCAGTTTC TAACTCGACC AACTCACGGT 4740 AAAGGCGGTC ATACTCACTG TCTGAAACCG AGGGATTATC GCTGGTATAG TACTCAGTCG 4800 CATAGCGATT GAGCAAAGCG ACTAACTCAT TCATTCTTTT ATTCATAAGA CCATTTTACC 4860 ATAAAACAAG CCCTCCTCAC AAACGAGAAG GGCGGAAAAA ACACTTAGTT TGAAATTATT 4920 TTTGAAACTC AAGCAACCTT ATATCAATTT TTCAAAATGA GTTCGAACAT ATCCGAGAGC 4980 TAAGAAATAT AAGGCTACAA CTCCAAGTCC AATAATCAAG AAAGAATAAA GATGGACACT 5040 TGGCAAGACT GTCATAAATC CTTTTGCAAT AGGCATAAAT AGAATAGCTA AGGTAAAAAT 5100 TGTACTCAGT ACTCTTCCAA GAAATTCGCT CTCAACCTTG GTTTGTACTT GAGTAAAAAA 5160 GTGAATATTA AAAATCGTCA TAAACAATTC ACAAACTAAA TTTCCAGAAA AGGAAAGAAA 5220 AGTTGGAAGT GGTAATCCCA TCATAAAAAC TCCGACACCT GTCAAAGCCA GTAAAATCAA 5280 AAGATTATAA ATATTAGCTT TAATTTTACT AGCTAGAAGA GCCCCAATGA TGGAACCAAT 5340 AGCCCCCATA GTTAAAATAC TTGCATAGGC TCCTTCTGAC CCGTAAAGCT GATTCGAAAA 5400 GGGAAGTAGA AATTCAAAAG CTGCAAAAAA GAAATTAACG CTGGAAGCTA CCAGCAAAAG 5460 GAAGAAAATT TCTTGCTGAT GCCAGATATA GTGTAACCCA TCCTTGATAT CTACAAAAAT 5520 ATCTCTCCCA GTAAAAGCCT TTTTCTCTTG AACTTTTGCT TCCTCTTTTG GAAGGAAAGC 5580 CACTAGAACA AAAGCAATGA AAAAAGTCAG CGAGTCTAGC AGTAGCGTCA TATGGAGACT 5640 TGCAAACTGT AAAACAAGGA AGGAAAGAAC AGGAGAGCTA ACACCTACAA CCTGCAAAAC 5700 CAGCTCTAAG CGAGAATTAT AGATCACAAT CTCATCTTTC TCCACCACTT CAGTTATGAT 5760 AGCTTTATTG GCTGTGCGAG AAAAGGCAAA AGCAATAGCC TGCACAATGT TAGCAACAAT 5820 CAAAGCGCCA ATCATCCAGC TATCATTCCT TATGAAAGAA ATAGCCAGAC AAAGAATCCC 5880 ACAAACAAGA TCTGCCGTCA TTAAAATCTT ACGACGAGAA AAACGGTCTG AAATAACTCC 5940 GCCAAAGGGA TTGACGAGAA TAGATGTGAC GAGCTCAGAA ATCTGATACA TTCCTAAAAC 6000 TGTCTGTCCT ATAGTCCCCA TAGAAGCCAA CCAGACACTA TTTCCATAAT CATAGAGCAT 6060 ATTTCCCATT TTATTGATAG CCCCACGGCT AATCAACTGC ACTGCATAGC GATTCATATT 6120 AAAGCTCCTC TCAAATTTTG AAACTATTGT ATCAAAACCG AAAGGAGCTT TTTATTTTTT 6180 CCCTTATTTG GGAAAATTAA CTTTTGACAA ATTTTTCGTA GTGTTCCTGA TAATAGGCTA 6240 CTTGCTCTGG AAGACCTAAC ACATCAAAAA TATGCATGGC CTCTTGCATC TGCTTACAGC 6300 CTTCTTTACA CTGTCCTTTT TGATATAAGG CAAAACCTTT TAAATAATGG AAAACATTAC 6360 GCTCATAAAG CTTAATACCT TTGTCAATAA TCTTCTCTGT ATAAGCCTCA AAATAGTTGG 6420 CATTATAAAA AGAAGAATGC TCTAAACAAT GCTGGTAACA ATTGAGGGCC AAAATCAACA 6480 CTAATCTCTT ATGGCGACTA ATCTCTTGGT AAAATTCCTC CCTCTCCATA ACTTCTCTAC 6540 CAATCCGAGT GACATAGTCT ACATCGTAGA AACTATAGAG GTTACCGAAA AGAATCAACT 6600 CATACATGGT CCATTCTTCT GTTTTGAAGA GATAATCTGC TACCTTACCC AAATCATCCT 6660 GCTTCATATC ATAACTCGCA TCTCTTTGAC AAATCAGACC TTGTAGCAAA ATCCAGTTCA 6720 GCTCAAAATA AAGGGGAGTC GTCGAACTCT TAGACTTTTC AAGTTGTTCT CTTTGAAGCT 6780 TTTGAAAACC TGCAATATCG TTTGAATAGT AAAGTGGGAT AATCTGTGCC ATCATAGACA 6840 CATGTTCATG ATTATGAAAA TTCCTTGCCT TATCCATGAA ATTTTCGATT GTTACATGAA 6900 TGTTATCCAA AATCTCAAAG AAACGGGAGA CTGCCAGGTC AGACTCCCCA AGCTCAAAGC 6960 GAGATAACTG AGAGGTAGAG CAGGATTCGC CTGCTGCTTC CTTTAAAGAA TAATTTCCAC 7020 TTGTTCGAAA TTCACGAAAT ACTTTTCCAA GATGTTCCAT CTTTACACCT GCTCTGATAA 7080 TTCTTCCCAC TCAAGCATAG CTTCTTCCTG ACGATGGCTG ATTTTGTCCA GCTCAGCCTG 7140 TAATTCCATG AGTTTGTCGG CATCGTTTGT TTCCAACATT TGTTCAGAAA TGGCTTGGCT 7200 TTGACTTTCT AGCTCTTCAA TTTCAGCTTC TAGACTTTCG ATTTGTCGCA TGAGTTTGCG 7260 AACTTCTTTT TGACTTTCTT TCTGGGCCTG ATAGTCATTG ACTGGACTTG CTTCCTTTGC 7320 TTGATTGCTA GTTGAAGCTT CCTCAGTCTG ACTCATTTCT GCTGTTGCTT TCTTCTCAAC 7380 ATAGTAGTCG TAATCTCCAA GGTAGAGAGT TGAACCATTC TCAGACAATT CCAAAACATG 7440 AGTTGCCACA CGATTGATAA AGTAACGATC ATGACTGACA AACAGCAAGG TTCCATCAAA 7500 GTCAATCAAG GCATTTTCTA GCACTTCCTT ACTATCAATA TCCAAGTGGT TGGTCGGCTC 7560 ATCCAGAATC AAAAAGTTAT TGTTTTCCAT AGACAATTTA GCTAAAAGCA AACGAGCTTT 7620 TTCGCCACCA GATAGCATGC CGACTGATTT TTTAACATCA TCTCCTGAGA AAAGGAAGGC 7680 TCCAAGACGG TTGCGGATTT CAACTTCTGG TGTCAGTTTG AAATCATTCC AGAGTTCATC 7740 CAGCACCGTA TTACTTGGTG TCAGCTTGCT TTGGGTTTGG TCATAGTAAC CAACCTCAAC 7800 ATTAGCGCCA AAGCGCTTTT CTCCCTTGAT AAAAGGAATC TGGTCCACAA TAGACTTGAT 7860 AAAGGTTGAC TTGCCGATAC CATTTGGACC AACGATAGCG ACAGCATTCA TCTTACGAAG 7920 ATCTAGGTTA ATCGGTTGTG ACAAGACTTC CCCGTCATAG CCAACAGCTG CATTTTCAAC 7980 AGTCAAAACA ACATTGCCCG ACGTTTTTTC AGACTGGAAG GTCATGTTGG CTGATTTCTT 8040 GCCAGCTTCA GGCTTGTCCA AACGTTCCAT TTTTTCCAGT TGTTTACGGC GAGATTGAGC 8100 ACGTTTAGTC GTTGAAGCAC GAACTAGATT GCGATTGACA AAGTCTTCCA GAGCAGCGAT 8160 TTCCTTCTGT TGCTTTTCAT AGTTTTTTGC CTCAGTAACT AGCTTTTGCT CCTTCAATTC 8220 GACAAAACGA GAGTAATTCC CCACATAGCG ATCCAAGGAA TGCTTGGTCA AATCTAGCGT 8280 AATTGTCGCA ACCTTGTCCA AGAAATAACG GTCGTGGCTG ACGATAATGA GGGCACCGCT 8340 ATAGTTTACC AAGTAATTCT CTAGCCAGGC GATGGTTTCA ATATCCAAGT GGTTAGTTGG 8400 CTCGTCCAAG ACCAAGAGAT TGGGCTTTTC AAGGAGCATT TTGGCAAGTG CCAAACGAGT 8460 ATTTTGACCA CCAGAAAGCT CAGCAATTTT CATCTGCCAC ATAGACTCGT CAAACTTGAA 8520 TCCATTCAAA ATCGCTCGAA TATCAGCTTC ATAGGTAAAG CCACCTGCTT GGCGAAAATT 8580 CTCAGATAAG CGGTCATAAT CTGACATCAG TTTATCCAAA TCCTCACCAG ACTTTTCACC 8640 CATCTCCAGC TCCATCTGAC GCAGTTGTCT CTCCGTCCGA CGCAAATCAT TAAAGACATG 8700 AAGCATTTCA TCGTAGATGG TATTTTCAGA CTCAAAACGG CTATCTTGGG CTAGGTAAGA 8760 CAGAGAAATA TCTTTTTTCT TATTGATTTC TCCGCTAGTT GGCTCCTCTT CTCCAACTAA 8820 AATCTTCAAA AGAGTAGACT TACCTGCACC ATTTTTCCCA ACAAGAGCAA TCCGATCTCG 8880 TTCATCAACC TGCAGGTTGA TATTATCGAA AAGAACCTCT CCTGCAAAAG AACGTTCAAT 8940 TTTATTAGCT TGTAAAATAA TCATACAAGT AGTATAGCAT GTTTCCCTAA GGCATTCAAG 9000 ATAATCGTAA GTCTTTTAGT ACAACTTTTA TAACATAAAA TAAACTAAAT TATGTATATT 9060 TTATATTAGA TTACTTCACT ATCTTGTTGG ATTTTCTAAC CAGCTAATCT TGTTTCAAAT 9120 AGTTATCGCA CAAGTCTATT ATTTAATTCT TTTCATCATT TACGTACGTA TAGCAGATTG 9180 AAATAAGATG AGAACAAATC GATTGGGAAA GTAAAATTAA TTTCTATAAA TGTTTTAGCA 9240 ATTGTTTCGT ACTATTTTAG ATTCAGTCTA CTATATACAA TATTTTCGGA ACATTCAACT 9300 TTTTAACTCT ATTTATTACT AGATTTCATA ATTAAAAAAC CTACTGACCA AGCTAGAAAG 9360 CTTGATACAA TAGGCTTTTT AAAGACTGAT TATTTAACAG CGTCTTTAAG AGCTTTACCA 9420 GCTTTGAATG CTGGTACTTT AGAAGCTGCA ATTGTCATTT CTTTACCAGT TTGTGGGTTG 9480 CGACCTTTAC GTTCTGCGCG CTCACGAACT TCAAAGTTAC CAAAACCGAT CAATTGAACT 9540 T 9541 (2) INFORMATION FOR SEQ ID NO : 133 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3502 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 133 : TTGACTATCC TATCATGCTT TCTAAGGTCT ACTCAAGAAA ATCATTTTCA AGTTTTCACA 60 CCTTTCTCAA AAAAGTTAAA AAATTTTCTC AAAAACGCTT GACTCTGACC TAAGGCGAAG 120 GGTTATACTA TCATTGTAAG GAGGAAATCA TGTACCATAT AAAAGAAGCT GCGCAGCTTT 180 CAGGTGTCTC TGTCAAGACC CTGCATCACT ATGACAAGAT AGGACTCTTG GTCCCCTTAA 240 AGTCGGAAAA CGGCTATCGA ACCTACAGTC AAGAGGATTT GGAACGCCTT CAGGTCATTC 300 TTTACTACAA ATATCTAGGC TTTTCTTTAG AGAAAATAGC AGAGCTGTTA AAGGAAGAAA 360 GGACAGATTT ATTGCCCCAT TTGACTAGGC AGTTGGACTA TCTAACTCGC GAAAGGCAAC 420 ATCTGGATAC CTTGATTTCC ACCTTGCAAA AAACTATTCA AGAACAAAAA GGAGAAAGAA 480 AAATGACCAT TGAGGAAAAA TTCACGGGAT TTAGCTATCA AGACAATCAA AAATACCACC 540 AAGAAGCGGT AGAGAAATAT GGTCAAGAAG TCATGGGACA AGCGCTCGAA CGCCAAAAAG 600 GTCACGAAGA CGAGGCTACG GCCGCCTTTA ACCAAGTCTT TCAAACTTTG GCACAAAATC 660 TTCAAGTTGG TTTACCTGCA ACAGCAACCG AAAACCAGGA GCAAGCAGCC AAGCTCTTGC 720 AAGCCATTCG CACTTATGGA TTTGACTGCT CTATTGAGGT ATTCGGTCAT ATCGGTAAAG 780 GTTACGTCTA CAACCCAGAG TTTAAGGAAA ACATTGACAA GTTTGGTTCT GAAACAGCCC 840 AGTACACGTC AGATGCCATT GCGGTTTACG TTCAGACAAA TGCAGAATAA ATAGGCTAGG 900 AATTTCCTAG CCTATTTTTT ACTTCAAATC ATAAAGCCAG TCGTCACCGT TTTTGTAGTA 960 AAAGAATTCA CTGAGATCTT CTTCTAGAAA CACACGAAGC ATATCAGACA TATCATCGGT 1020 TGCAAGTTTT AGATGAGAAA GATTTTCAAA GTCCTCCCAC CAAACTTTCC CTTCGTCTGA 1080 AGACTGGAGT TCACCAGTAA AGTGTTCTGT CTTGTAAAAA AGGACGACAT AACGATAATC 1140 CTTGTCGTCA TACCAGTTTT TGATACCACA GAGTTGGGGT TTGGAAATGA TCAGACCAGT 1200 TTCTTCTTTC ACTTCACGAA TGACAGCATC GACAAAGGAT TCGCCACGTT CAACATGACC 1260 ACCAGGAAAA GTAATGCCAG ACCAGTCGGG ATTAACTCGG TCTTGGACCA GGACCTTATC 1320 TCCGTTTTTA ATCATACACA TGTTAACAAA TTCGACTGCC TCTCTTCTGT TCATTCTTCA 1380 CAACCTTTAA TCTTTAATCA TAATGCAGAC TTCCCGCCAC CCAGCCGGTA CAGAGGGCAG 1440 AAGTGATGTT AAAGCCACCC GTGTGGGCAT TGATATCCAT AACTTCGCCT GCAAAGTGGA 1500 GGCCAGGTAC CAGCTTACTT TCAAGGGTTT TAGGATTGAT TTCCTTGAGA CTGACTCCAC 1560 CCTTGGTAAC AAAGGACTTT GCAAGGGACA TTTTTCCAGT TACAGGAATT TTAAGTTCTT 1620 TAATGGACTG GACAAGTTGT TCTCGTTCCT TTTCAGTCAG TTGTTTGACT TTTTCAGGAT 1680 ATCCTTGTAC AAAAAATTCG GCCAAGCGTT CTGGTAACAA GGTTTTTAAA GCGTTTTTCA 1740 AGGATTTTTC CCGATTTTCT TCTAGAAATG TAACCAAGTC CTTCTCAGAA AGTTGAGGCA 1800 AAACATCGAG TGAGAGAACC TCCCCACCTT TGACAAAGCT AGACATGCGT AGGGCAGCAG 1860 GACCTGACAA ACCAAAGTGG GTAAAGAGTA AATCATGAGT GATGACATGC TTACCATAAC 1920 TTAGGGTCAC ATCGTCCAGA GAAATACCTT GTAAGGCTTT ATGTGGAAAA TCTGTTAATA 1980 AAGGACTTTC AGCAGCCTCA AGATCGGTGA TGGTATGCTT AAAATGGCGA GCAATCTCGT 2040 GACCAAAACC AGTCGAACCA GTCGAAGGAT AAGACTTACC ACCTGTTGTG ACAATGAGTT 2100 TCTCACAAGT GAAGGTTTGA TCCGCTGACT TAAGGACAAA CTGGTCATCT ACTTTTTTAA 2160 CAGAAACGAT TTCTATTTGA GTAGCAACTT GACCACCTAG TTCGGTGATT TTCTTTTCCA 2220 AAGCTTCGAT AATAGTCCGA GACTTGTCAC TGGCTGGAAA GACGCGTCCG TGGTCTTCGA 2280 CCTTAAGTTT AACACCATTT TCTGTAAAAA AGTTGATGAT GTCATGATTA TCGAACTGGG 2340 AGAAAACACT GTAAAGAAAG CGTCCGTTTC CAGGAATTCC AGCTAGCAGG TTGTCTAAGC 2400 TACCATTGTT GGTCACATTG CAACGTCCCC CACCAGTCCC AGCTAATTTT TTTCCAAGTT 2460 TCCGATTTTT TTCGATGAGG AGGGTTTTCT GTCCATAAAA GCTACTGGAA ATCGTAGCCA 2520 TCATACCAGC AGGTCCCCCA CCGATGACAA TAGTATCAAA ATGTTTCATA GCTCTATTGT 2580 ACCACAAAAA AACAAGAGAT GATGGTCACC TCTTGTCAAG AATGCAATTA ATCAATTTCA 2640 TAGCCCATCA GCAAACCGCC CTCTTCTGCA TAGAAACTGC AGAGACCAGA GGTTGGTAGA 2700 ATTTTAATAT CCGCTTGTGG GAAGGTTTCA CGGATTCGCT CTGAGAGCTG TTGACAACAT 2760 TTTTCGTTAT TGCGTTGGGC CATGACAATA CGGCCACCAG CATATCCAGC TTTTACTAAC 2820 TCATCATAGG CAGCTTGAAC TGATTTCTTT GATCCCCTTG CTTTTTGTAG CAATTCGAGA 2880 GTCCCAGTTT CACTAGCTTT TCCGACCATA CGAATGTTGA GAAGGCCAAC GACCGTACCG 2940 ATAAGCTTGC TCAAACGGCC GTTCTTCACC AAGTTATCGA CTTTGGCTAG GACAAAGAGC 3000 AACTTAGTTT TTTCTTGATA GGCGGTGATA GCTTCAACCA CTTCTTCAAA AGACAAGCCC 3060 TGGTCAATCA AGTCATTCAA TTTTTCTACG AGTAGGTCAA CTTCACCACC AGCAGATAAA 3120 CTATCAATCA CATGAATCTT AGTGTCAGGA TGGTCTTCCA GATAAATATT CTTTGCTAGT 3180 TGAGCACTAT TGTGACTGCC AGAAAGGGTA CCTGTGATGG TTACTAGGAA AATGTTTTTG 3240 GCACCTTCAA ATGCTCGCAA ATAGTCATCT GGGCTTGGAC AAGCCGATTT TGAAGCTTCT 3300 GCAGTTGCAT ACATGGTTTC CATCATTTGG TCAATATCGA GACTGGCGTC ATCAACAAAG 3360 ACCTGATCAG CTACTTGAAT GGTTAAGGGG ACACTTACAA AGGTTGTGTT AATAGCTGGT 3420 GTTGGCAGTT GACGATAATC ACAACCAGAG TCAGCAATAA TCTTCCAAGT CATAGAAATT 3480 CTCCATCTTT GTCAGGAACG AT 3502 (2) INFORMATION FOR SEQ ID NO : 134 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 12665 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 134 : CGATTGATTT TTTTAAAGCG TTCGATAGAG AATGAGAAAC GAATCCTTAG CAATGGCGGG 60 AAAGAATTTG GAGTTGAGAA TACAAAACGA TTAACTATGG CTCATATTGT TTTTTATCTC 120 TCTTGCTTGG TTGAGGCAAT GGTGCACAAG ACAATTTTTG ATGGCATGGG CATGGTTGGT 180 TTAGTCTTGC TTATTTTTTC TATGCTGATG TTGATGTTGG TGATTCACTT GTTGGGAGAT 240 ATTTGGACAG TGAAGCTTAT GCTTGTCAAT AATCACAAAT ATGTAGATCA TATCTTGTTT 300 AGGACAGTAA AACACCCTAA TTACTTTTTA AATATTCTTC CTGAGTTGAT TGGCTTGACC 360 TTGTTGAGTC ATGCTTATGT GACTTTTGTT TTAGTTTTTC CAGTTTATGC AGTTATTTTG 420 TATCGACGAA TAGCTGAAGA GGAAAAGCTA TTACATGAAG TTATAATCCC AAATGGAAGC 480 ATAAAGAGAT AAATACAAAA TTCGATTTAT ATACAGTTCA TATTGAAGTG ATATAGTAAG 540 GTTAAAGAAA AAATATAGAA GGAAATAAAC ATGTTTGCAT CAAAAAGCGA AAGAAAAGTA 600 CATTATTCAA TTCGTAAATT TAGTGTTGGA GTAGCTAGTG TAGTTGTTGC CAGTCTTGTT 660 ATGGGAAGTG TGGTTCATGC GACAGAGAAC GAGGGAGCTA CCCAAGTACC CACTTCTTCT 720 AATAGGGCAA ATGAAAGTCA GGCAGAACAA GGAGAACAAC CTAAAAAACT CGATTCAGAA 780 CGAGATAAGG CAAGGAAAGA GGTCGAGGAA TATGTAAAAA AAATAGTGGG TGAGAGCTAT 840 GCAAAATCAA CTAAAAAGCG ACATACAATT ACTGTAGCTC TAGTTAACGA GTTGAACAAC 900 ATTAAGAACG AGTATTTGAA TAAAATAGTT GAATCAACCT CAGAAAGCCA ACTACAGATA 960 CTGATGATGG AGAGTCGATC AAAAGTAGAT GAAGCTGTGT CTAAGTTTGA AAAGGACTCA 1020 TCTTCTTCGT CAAGTTCAGA CTCTTCCACT AAACCGGAAG CTTCAGATAC AGCGAAGCCA 1080 AACAAGCCGA CAGAACCAGG AGAAAAGGTA GCAGAAGCTA AGAAGAAGGT TGAAGAAGCT 1140 GAGAAAAAAG CCAAGGATCA AAAAGAAGAA GATCGTCGTA ACTACCCAAC CATTACTTAC 1200 AAAACGCTTG AACTTGAAAT TGCTGAGTCC GATGTGGAAG TTAAAAAAGC GGAGCTTGAA 1260 CTAGTAAAAG TGAAAGCTAA CGAACCTCGA GACGAGCAAA AAATTAAGCA AGCAGAAGCG 1320 GAAGTTGAGA GTAAACAAGC TGAGGCTACA AGGTTAAAAA AAATCAAGAC AGATCGTGAA 1380 GAAGCAGAAG AAGAAGCTAA ACGAAGAGCA GATGCTAAAG AGCAAGGTAA ACCAAAGGGG 1440 CGGGCAAAAC GAGGAGTTCC TGGAGAGCTA GCAACACCTG ATAAAAAAGA AAATGATGCG 1500 AAGTCTTCAG ATTCTAGCGT AGGTGAAGAA ACTCTTCCAA GCCCATCCCT GAAACCAGAA 1560 AAAAAGGTAG CAGAAGCTGA GAAGAAGGTT GAAGAAGCTA AGAAAAAAGC CGAGGATCAA 1620 AAAGAAGAAG ATCGCCGTAA CTACCCAACC AATACTTACA AAACGCTTGA ACTTGAAATT 1680 GCTGAGTCCG ATGTGGAAGT TAAAAAAGCG GAGCTTGAAC TAGTAAAAGA GGAAGCTAAG 1740 GAACCTCGAA ACGAGGAAAA AGTTAAGCAA GCAAAAGCGG AAGTTGAGAG TAAAAAAGCT 1800 GAGGCTACAA GGTTAGAAAA AATCAAGACA GATCGTAAAA AAGCAGAAGA AGAAGCTAAA 1860 CGAAAAGCAG CAGAAGAAGA TAAAGTTAAA GAAAAACCAG CTGAACAACC ACAACCAGCG 1920 CCGGCTCCAA AAGCAGAAAA ACCAGCTCCA GCTCCAAAAC CAGAGAATCC AGCTGAACAA 1980 CCAAAAGCAG AAAAACCAGC TGATCAACAA GCTGAAGAAG ACTATGCTCG TAGATCAGAA 2040 GAAGAATATA ATCGCTTGAC TCAACAGCAA CCGCCAAAAA CTGAAAAACC AGCACAACCA 2100 TCTACTCCAA AAACAGGCTG GAAACAAGAA AACGGTATGT GGTACTTCTA CAATACTGAT 2160 GGTTCAATGG CGACAGGATG GCTCCAAAAC AATGGCTCAT GGTACTACCT CAACAGCAAT 2220 GGCGCTATGG CGACAGGATG GCTCCAAAAC AATGGTTCAT GGTACTATCT AAACGCTAAT 2280 GGTTCAATGG CAACAGGATG GCTCCAAAAC AATGGTTCAT GGTACTACCT AAACGCTAAT 2340 GGTTCAATGG CGACAGGATG GCTCCAATAC AATGGCTCAT GGTACTACCT AAACGCTAAT 2400 GGTTCAATGG CGACAGGATG GCTCCAATAC AATGGCTCAT GGTACTACCT AAACGCTAAT 2460 GGTGATATGG CGACAGGTTG GGTGAAAGAT GGAGATACCT GGTACTATCT TGAAGCATCA 2520 GGTGCTATGA AAGCAAGCCA ATGGTTCAAA GTATCAGATA AATGGTACTA TGTCAATGGC 2580 TCAGGTGCCC TTGCAGTCAA CACAACTGTA GATGGCTATG GAGTCAATGC CAATGGTGAA 2640 TGGGTAAACT AAACCTAATA TAACTAGTTA ATACTGACTT CCTGTAAGAA CTCTTTAAAG 2700 TATTCCCTAC AAATACCATA TCCTTTCAGT AGATAATATA CCCTTGTAGG AAGTTTAGAT 2760 TAAAAAATAA CTCTGTAATC TCTAGCCGGA TTTATAGCGC TAGAGACTAC GGAGTTTTTT 2820 TGATGAGGAA AGAATGGCGG CATTCAAGAG GCTCTTTAAG AGAGTTACGG GTTTTAAACT 2880 ATTAAGCCTT CTCCAATTGC AAGAGGGTTT CAATCTCTGC CAGGGTGCTG GCTTGCGAAA 2940 TGGCTCCACG GAGTTTGGCA GCGCCAGATG TTCCACGGAG ATAGTGAGGA GCGAGACCGC 3000 GGAATTCACG AACTGCGACG TTTTCTCCTT TGAGGTTAAT CAATCGTTTC AAGTGTTCGT 3060 AGGCGATCTT CATCTTGTCT TCAAAGGTCA AATCAGGTAG GATTTCTCCT GTTTCAAAGT 3120 AATGGTTGAT TTGGTTGAAG AGGTAAGGAT TTCCCATGGC AGCTCGGCCA ATCATGACTG 3180 CGTCAGCACC AACTTCTTCG ATGCGTTGCT TGGCTTCTTG GACAGTACGG ATATCACCGT 3240 TGGCGATGAA TGGAATCTTG GTTAGAGCTT GGGCAACCTT GTAAAGGGTC TCAAGGTCTG 3300 CGTGGCCAGT ATACATTTGT TCACGGGTAC GGCCATGCAT GGCGAGGGCA GAAACACCTG 3360 CAGCTTCAGC AGCGAGAGCA TTTTCTACTG CAAGAGATGG GTCCGCCCAG CCGGTACGCA 3420 TTTTGACAGT AAGTGGGATA TCAAGGACAG ACTGGACCTT GTTGATGATG GAGTAAATCT 3480 TGTCTGGATC CTTGAGCCAC ATAGCACCAG CTTCGTTCTT CACGATTTTG TTGACAGGGC 3540 AGCCCATGTT GATATCGACG ATATCGGTCT TGGTGTTTTC TTGGATGAAT TCTGCTGCGC 3600 GTGCTAGGCT GTCTTCATCG CTACCAAAAA GTTGGATAGA GACAGGGTTT TCGCCCTCAT 3660 CGATATGAAG CATGTGCAGG GTTTTTTCGT TGTTGTATTG GATTCCCTTG TCAGAGACCA 3720 TTTCCATTAC AACGAGTCCA GCTCCGAGCT CCTTTGCGAT AGTACGAAAG GCTGAGTTGG 3780 TCACGCCAGC CATAGGCGCT AAAACGGTAC GATTGGGAAT CTCAATATTG CCAATCATAA 3840 AAGGTGTATT AAGATTTGTC ACGAATGAGT TCCTCCAGGT CCTTTTCATC AAAGTTGTAA 3900 GTAGTTTGGC AGAATTGACA AGTGATTTCT GCCCCGTGGT CTTCCTCTTT CATTTCCTGT 3960 AAGTCTGAGC TTGGAAGGCT GGCAAGAGCG TTCATAAAGC GTTCATGGCT ACAGTCACAT 4020 TGGAAACGGA TTTCTTCTTC AGAAAGACGC TTGTAGGCTT CGTCCCCGTA GATAGCCTTG 4080 AGGAGGGCTT CGATATGGTC GTCGCTTTCG AGAAGAGTAG AGATAGCTGG CATTTCTTGG 4140 ATGCGTTTTT CAAAGCGAGC AATCTCTTCT TTCTTGGCTC CTGGCAAGAC TTGAACTAGG 4200 AAACCACCTG CAACCTTGAC CTTGTCTTCC TCGTCCAAAA GGACATTGAG GCCGACCGCT 4260 GAAGGCGTTT GTTGGCTTTC AGTAAGGTAA AAGGCAAGGT CTTCACCGAT TTCTCCAGAG 4320 ATGAGGGGAG TTATAGAGTT GTAAGGATTT CCAGTACCGT AGTCTGTGAT AACGAGGAAT 4380 TGACCATTTC CAACAAAAGG TCCGACTAGG ACTTCACCAG TCGCAGTCTT TTTGATGTCA 4440 ACACCAGGAT TTTGAACATA GCCTTTGACG TTCCCCTTGG TATCAGCGAC GGTGATAATA 4500 GCACCTAGAG AGCTAGATCC CAACACCTTA ACTGTAAGTT TGGTATTTCC TTTTTCATTG 4560 GCTGCGAGAA TCTGGCTAGC GATAAGAGTT CGACCAAGCG CTACAGTTGA GCTAGCTTGG 4620 GTTTGATGTT TTTCTTGAGC AGTGCGGACG GTTTCAGTGC TATCAAGGAC AAAAGCACGA 4680 AAGGcTCCGC TTTCTGATAT AGTTTTAATA ATTTTATCCA TAGCTACTAT TTTAGCATAA 4740 AAATGCCCAA AGGGGGAGCC GTGTGTTTAC TGATTTTCAG GATAATGGAC CAGGAAATCA 4800 GCATGAAAAT AAAAAGAGAA ACAGATTATT TTAGCATTTG TCAGATTTAT GCTATGCTTA 4860 AGGTAGAAAA TGAAAGGGAT AACAAATGTA TTTAGGAGAT TTGATGGAGA AAGCCGAGTG 4920 TGGTCAATTT TCAATACTTT CCTTTCTATT ACAAGAGTCT CAGACGACCG TCAAGGCTGT 4980 AATGGAAGAA ACAGGATTTT CAAAAGCAAC CCTAACCAAA TATGTCACCC TGCTCAATGA 5040 CAAGGCTTTG GATAGTGGCT TAGAGCTGGC TATTCACTCA GAAGATGAAA ATCTGCGTCT 5100 GTCTATCGGT GCAGCTACCA AGGGGAGAGA TATTCGGAGC TTGTTTTTGG AGAGTGCTGT 5160 TAAATACCAG ATTTTGGTTT ATCTTCTCTA CCACCAACAG TTTTTAGCCC ATCAGCTGGC 5220 TCAAGAATTG GTGATTAGCG AGGCTACGCT TGGTCGTCAC TTGGCTGGTT TAAATCAGAT 5280 TTTGTCAGAA TTTGATTTAT CCATCCAAAA TGGCCGTTGG CGAGGTCCAG AGCATCAGAT 5340 TCACTATTTC TATTTCTGTC TTTTCCGAAA GGTCTGGTCG AGTCAGGAAT GGGAAGGTCA 5400 CATGCAGAAA CCAGAGAGAA AACAGGAGAT TGCCAATTTA GAGGAAATCT GCGGTGCAAG 5460 TTTGTCTGCG GGGCAGAAAT TGGACTTGGT TCTCTGGGCT CACATCAGTC AACAACGTCT 5520 TCGGGTCAAT GCTTGTCAGT TTCAAGTCAT AGAAGAGAAA ATGCGAGGGT ATTTTGACAA 5580 TATCTTTTAT CTTCGTTTGC TGAGAAAGGT TCCGTCCTTT TTTGCTGGGC AACATATTCC 5640 ACTAGGAGTT GAGGATGGTG AGATGATGAT ATTCTTCTCT TTTCTCCTAT CTCATCGCAT 5700 TCTTCCTCTT CATACTATGG AGTATATTCT TGGTTTTGGA GGGCAGTTGG CAGATTTACT 5760 GACGCAATTG ATTCAAGAAA TGAAGAAGGA GGAACTATTG GGGGATTATA CAGAGGACCA 5820 TGTCACCTAT GAACTCAGTC AGCTTTGTGC TCAAGTCTAT CTCTATAAGG GCTATATTTT 5880 ACAGGATCGC TACAAGTACC AGTTAGAGAA TCGTCATCCA TATTTACTGA TGGAACATGA 5940 TTTTAAAGAG ACAGCAGAGG AGATTTTTCA TGCTCTACCT GCTTTTCAAC AGGGGACAGA 6000 TTTAGATAAG AAGATTCTCT GGGAATGGCT CCAGTTAATC GAATATATGG CTGAAAACGG 6060 TGGCCAGCAT ATGCGGATTG GTCTGGATTT GACATCTGGT TTTCTTGTCT TTTCAAGGAT 6120 GGCAGCCATT TTGAAACGGT ATTTGGAATA CAATCGTTTT ATTACCATTG AAGCTTATGA 6180 CCCTAGTCGG CATTATGATT TGCTGGTTAC CAATAACCCG ATTCATAAGA AGGAACAGAC 6240 ACCAGTCTAT TATTTAAAAA ATGACTTGGA TATGGAGGAT TTGGTAGCGA TTCGCCAGTT 6300 ATTATTCACT TAAAAGGCTT GGTTAATCCA GGTCTTTTTT GTGAAATTCA CACAATCTCC 6360 TCACATTTTT TTAAAAATTA AAAAAAGTTG ATAAACAAGA AAGCGCTTTA TTTTGTATAC 6420 TAGTAAGTGT AAAGAGGAAA CACCTCAAGA TCTTTATCAG GAGGACAGTA CATGTCACAA 6480 GAAAAATACA TCATGGCCAT TGACCAGGGA ACTACAAGTT CTCGTGCCAT CATTTTCAAC 6540 AAAAAAGGGG AAAAGGTTAG CTCGAGTCAA AAAGAGTTTA CCCAGATTTT CCCTCAGGCA 6600 GGTTGGGTTG AGCACAATGC CAATGAAATT TGGAACTCTG TTCAGTCAGT TATTGCGGGT 6660 GCTTTCATCG AAAGTGGTGT CAAGCCAAAT CAAATCGAGG CAATCGGGAT TACCAACCAA 6720 CGTGAAACAA CGGTTGTCTG GGATAAGAAA ACAGGACTTC CTATCTACAA TGCTATCGTT 6780 TGGCAGTCAC GCCAGACAGC ACCTTTGGCT GAGCAACTAA AAAGCCAAGG TTATGTGGAA 6840 AAATTCCATG AAAAGACTGG TTTGATTATT GATGCTTACT TCTCTGCTAC CAAGGTTCGT 6900 TGGATTTTGG ATCATGTAGA AGGTGCTCAA GAGCGAGCAG AAAAAGGGGA ATTGCTCTTT 6960 GGTACTATCG ATACTTGGTT GGTTTGGAAA TTGACTGACG GTGCGGCTCA CGTGACTGAC 7020 TACTCAAATG CAGCTCGTAC CATGCTTTAT AACATTAAAG AACTCAAATG GGATGATGAG 7080 ATTTTGGAAA TCCTTAACAT TCCGAAGgCT ATACTTCCAG AAGTTCGTTC TAACTCCGAA 7140 ATCTACGGCA AGACAGCTCC ATTCCATTTC TACGGTGGAG AGGTGCCAAT CTCAGGTATG 7200 GCTGGGGACC AACAAGCAGC CCTCTTTGGA CAGTTGGCTT TTGAGCCAGG TATGGTTAAG 7260 AATACTTATG GAACAGGCTC TTTCATCATC ATGAATACTG GGGAAGAGAT GCAGTTGTCT 7320 GAAAACAACC TCTTGACAAC CATTGGTTAC GGAATCAACG GTAAGGTTTA TTATGCCTTG 7380 GAAGGTTCTA TCTTCATCGC AGGAAGTGCT ATTCAGTGGC TTCGTGACGG TCTTCGCATG 7440 GTTGAAAATT CACCAGAATC TGAAAAATAC GCTCGTGATT CTCACAACAA CGATGAAGTT 7500 TATGTCGTTC CAGCCTTTAC AGGTCTAGGC GCTCCATACT GGAACCAAAA TGCTCGTGGT 7560 TCCGTCTTTG GTTTGACTCG TGGAACAAGC AAAGAAGACT TTATCAAGGC GACTTTGCAA 7620 TCTATTGCTT ATCAAGTGCG TGATATCATC GACACCATGC AAGTGGATAC TCAGACCGCC 7680 ATTCAAGTAC TGAAGGTGGA TGGTGGTGCA GCCATGAACA ACTTCCTCAT GCAGTTCCAG 7740 GCGGATATTT TAGGCATTGA CATTGCACGT GCTAAAAACC TGGAAACAAC AGCTCTAGGA 7800 GCGGCCTTCC TAGCAGGTTT GTCAGTAGGG TACTGGAAAG ACTTGGACGA GTTGAAACTC 7860 TTGAACGAGA CAGGAGAACT CTTTGAGCCA TCTATGAACG AATCTCGCAA GGAACAACTC 7920 TACAAGGGCT GGAAGAAGGC TGTGAAAGCA ACTCAAGTCT TTGCGGAAGT AGACGACTAA 7980 TACTGGCAGA ATAAAGCGAT TTATTTAGAA AGTGTGTAAA TATGGAATTT TCAAAGAAAA 8040 CACGTGAATT GTCAATTAAA AAAATGCAGG AACGTACCCT GGACCTCTTG ATTATCGGTG 8100 GAGGAATCAC AGGAGCTGGT GTAGCCTTGC AGGCGGCAGC TAGCGGTCTT GAGACTGGTT 8160 TGATTGAAAT GCAAGACTTT GCAGAAGGAA CATCTAGTCG TTCAACAAAA TTGGTTCACG 8220 GAGGACTTCG TTACCTCAAA CAATTTGACG TAGAAGTGGT CTCAGATACG GTTTCTGAAC 8280 GTGCAGTGGT TCAACAAATC GCTCCACACA TTCCAAAATC AGATCCAATG CTCTTACCAG 8340 TTTACGATGA AGATGGAGCA ACCTTTAGCC TCTTCCGTCT TAAAGTAGCC ATGGACTTGT 8400 ACGACCTCTT GGCAGGTGTT AGCAACACAC CAGCTGCGAA CAAGGTTTTG AGCAAGGATC 8460 AAGTCTTGGA ACGCCAGCCA AACTTGAAGA AGGAAGGCTT GGTAGGAGGT GGAGTGTATC 8520 TTGACTTCCG TAACAACGAT GCGCGTCTCG TGATTGAAAA CATCAAACGT GCCAACCAAG 8580 ACGGTGCCCT CATTGCCAAC CACGTGAAGG CAGAAGGCTT CCTCTTTGAC GAAAGTGGCA 8640 AGATTACAGG TGTTGTAGCT CGTGATCTCT TGACAGACCA AGTGTTTGAA ATCAAGGCCC 8700 GTCTGGTTAT TAATACAACA GGTCCTTGGA GTGATAAAGT ACGTAATTTG TCTAATAAGG 8760 GAACGCAATT CTCACAAATG CGCCCAACTA AGGGAGTTCA CTTGGTAGTA GATTCAAGCA 8820 AAATCAAGGT TTCACAGCCA GTTTACTTCG ACACAGGTTT GGGTGACGGT CGTATGGTCT 8880 TTGTTCTCCC ACGTGAAAAC AAGACTTACT TTGGTACAAC TGATACAGAC TACACAGGTG 8940 ATTTGGAGCA TCCAAAAGTA ACTCAAGAAG ATGTAGATTA TCTACTTGGC ATTGTCAACA 9000 ACCGCTTCCC AGAATCCAAC ATCACCATTG ATGATATCGA AAGCAGCTGG GCAGGTCTTC 9060 GTCCATTGAT TGCAGGGAAC AGTGCCTCTG ACTATAATGG TGGAAATAAC GGTACCATCA 9120 GTGATGAAAG CTTTGACAAC TTGATTGCGA CTGTTGAATC TTATCTCTCC AAAGAAAAAA 9180 CACGTGAAGA TGTTGAGTCT GCTGTCAGCA AGCTTGAAAG TAGCACATCT GAGAAACATT 9240 TGGATCCATC TGCAGTTTCT CGTGGGTCTA GCTTGGACCG TGATGACAAT GGTCTCTTGA 9300 CTCTTGCTGG TGGTAAAATC ACAGACTACC GTAAGATGGC TGAAGGAGCT ATGGAGCGCG 9360 TGGTTGACAT CCTCAAAGCA GAATTTGACC GTAGCTTTAA ATTGATCAAT TCTAAAACTT 9420 ACCCTGTTTC AGGTGGAGAA TTGAACCCAG CAAATGTGGA TTCAGAAATC GAAGCCTTTG 9480 CGCAACTTGG AGTATCACGT GGTTTGGATA GCAAGGAAGC TCACTATCTG GCAAATCTTT 9540 ACGGTTCAAA TGCACCGAAA GTCTTTGCAC TTGCTCACAG CTTGGAACAA GCGCCAGGAC 9600 TCAGCTTGGC AGATACTTTG TCCCTTCACT ATGCAATGCG CAATGAGTTG ACTCTTAGCC 9660 CAGTTGACTT CCTTCTTCGT CGTACCAATC ACATGCTCTT TATGCGTGAT AGCTTGGATA 9720 GTATCGTTGA GCCAATTTTG GATGAAATGG GACGATTCTA TGACTGGACA GAAGAAGAAA 9780 AAGCAACTTA CCGTGCTGAT GTCGAAGCAG CTCTCGCTAA CAACGATTTA GCAGAATTAA 9840 AAAATTAAGA AAAAATAAAA GAGGTGGAGG GCAGCATTCC TTGTCGCCCG TCCCTTCTTT 9900 TTAATGGAGA CAGAAAGATG ATGAATGAAT TATTTGGAGA ATTTCTAGGG ACTTTAATCC 9960 TGATTCTTCT AGGAAATGGT GTTGTTGCAG GTGTGGTTCT TCCTAAAACC AAGAGCAATA 10020 GCTCAGGTTG GATTGTGATT ACTATGGGTT GGGGGATTGC AGTTGCGGTT GCAGTCTTTG 10080 TATCTGGCAA GCTCAGTCCA GCTTATTTAA ACCCAGCTGT GACCATCGGT GTGGCCTTAA 10140 AAGGTGGTTT GCCTTGGGCT TCCGTTTTGC CTTATATCTT AGCCCAGTTC GCAGGGGCCA 10200 TGCTGGGTCA GATTTTGGTT TGGTTGCAAT TCAAACCTCA CTATGAGGCA GAAGAAAATG 10260 CAGGCAATAT CCTGGCAACC TTCAGTACTG GACCAGCCAT CAAGGATACT GTATCAAACT 10320 TGATTAGCGA AATCCTTGGA ACTTTTGTTT TGGTGTTGAC AATCTTTGCT TTGGGTCTTT 10380 ACGACTTTCA GGCAGGTATC GGAACCTTTG CAGTGGGAAC TTTGATTGTC GGTATCGGTC 10440 TATCACTAGG TGGGACAACA GGTTATGCCT TGAACCCAGC TCGTGACCTT GGACCTCGTA 10500 TCATGCACAG CATCTTGCCA ATTCCAAACA AGGGAGACGG AGACTGGTCT TACGCTTGGA 10560 TTCCTGTTGT AGGCCCTGTT ATCGGAGCAG CCTTGGCAGT GCTTGTATTC TCACTTTTCT 10620 AGTTTATACT CTTCGAAAAT CAAATTCAAA CCACGTCAGC GTCGCCTTAC CGTACTCAAG 10680 TACAGCTTGC GGCTAGCTTC CTAGTTTGCT CTTTGATTTT CATTGAGTAT TAGAAAACAA 10740 TTATGTTGAT AGAGCTTGGG CAAGAGCCCA ATTTCAGCAA AAAATGAAGT AAATCTTCTC 10800 ATAATAAAAC GCATCATATC AAGCACGAAA ATTCCACGAG GTCAACTACA GTCAGAAAGC 10860 TGAACAACAA GCCAAAACGC CCAAAAAAGG CGGCAAAAAG CAAGCACCTG CAAGCAACGT 10920 GCCGAAATGG TCAAATCCTG ATTATGTCAA CGAATTAGAC CCAAAAATCG TTGATATGCT 10980 AGTAGAATTT CACAAGTCAC AAGGCACTTT GGAAACTCCC GAGGCGCAAG CAGAAATCGC 11040 CCAAAAACGT GAAGAAATCG AGCAAAGGAG AGCTGAGCTT GAGGGTAAAA AACAAGAGCT 11100 TTTGAACCGC TTGAACAAAT AGAGTTTCGC AAGTATTATG CTTACAAATT ACTTGAGCAA 11160 TTAACTAAAA TATAAACCCT GCCTTTATAT CTAGGCAGGG TTTATATTTT AGAAATTCAC 11220 GTAGGTTGTT ACGGTTTTTA CATACCCAGT ATAGTTTGAG TTTCTATAGT ATTCAGTGAT 11280 AAACTTCCAT TTTCTTTGAG CAACATGGAT ATAAGTACTT GTTATGTAGT ATGGATATGG 11340 GCTTTGTGAA TCCAAGTAAG ACTGATAAGC TTGTATACCA AAATATGCTC CACCAATTAT 11400 TGCACCCCAT GGACCCCCCA ATAAAGCACC TATCCTACCA ATCATATAAC TGATTCCAGC 11460 ACCAGTCATG AAGTTAGCGA ATGTGTTAGC TTGTTTATTC CCATGTATTG TGTTGACGTA 11520 ATTCCAAACA TTAGGATCGT ATGATCTAAA AGATATATTT AGGTCGATTT CATTCTTTTG 11580 ATAAGCCATA TAAAATGCCC CATTGATATA GACGCCGTCA GCACGTCGTT CAATAGTGTC 11640 TACACTTCCA TCTGGATTGA CAACCTCAAG AACTTCATCG CTTAAAATAT TTACTTGCGT 11700 ATCTCCGAAC CGCACTGATG AGCCATTCTC AAACTGAGCC TCACCAGATA CAACTTTAGA 11760 GTTTGCCGAT AAGCTATCAT CAGCAAAAAC AAACAAGCGA CGGGGAAATG CTAGACATAC 11820 AGAAAACAGA CATAACTAGC AAACACATGC ATTTAAACAT CTTAGACATA ACGGAAACTC 11880 CTTTGTATTT TTGATTTTTT TCAACTTTTA TTATACAATA AAACCAAATA AAAAGAAAGC 11940 GGTAACAATA TGCTTAATGC GAAAATTTTT TATATATTTT TATGTTTGAT CGTTATCGAA 12000 ACTACAGGCT TGTTGTTGTT GAAAAGAGGT CTCGAAATGG GTTATTTAGA CACAGAAGCT 12060 ATTATCCTCG CAGTTTTTTC ATTTGCTTTT TACAACCTAT GTTCATTCGC TTGGGTCTGC 12120 TCTACAATAA AAAACAATAA AAAATAAATA GACGTATTTT CAAAAAAAAC maAATGCATA 12180 TTTATATTAG CAAAACGACG ATTTAAATCG TCGTTTTTTT GTAGTACGAC GGGCATGTCG 12240 TATATCTGAG GTGTAAGTCC TCAGCCTGAC TATCGTGAGG TAGCAGGGAG AGGAAGGGAT 12300 AGCGAAATCG TGGCTCTACG AACAGGAACG TGATAGTAAG GCGTATATAG CGGATAAGGA 12360 GGCTTCAAAC TCTAAAGTCC AAAAAGGTAG TCGTAACCTA TATGTGTAAA TCACGAGAGT 12420 AATTGAATTC GGACTAAGGT TTGTGTGAAA AAGATAAATC TTTCTAGAGT CTAAAGACTC 12480 TGCGTCAGAT TTCCTATTTT CACTGTAACC TTTTAACGTC CTCATATCTT GTATAAACGA 12540 GGAAAGATGT ACGACTTATC CCGTGAGGTT TCATGAGCGT GAAAGCGTAG TAACAACGAA 12600 TCATGAGAAG TCAGCCGAGC CCATAGTAGT GAGGAAACTT CCGTAATGGA AGTGGAGCGA 12660 AGGGG 12665 (2) INFORMATION FOR SEQ ID NO : 135 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5305 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 135 : CGCTAATCAC TACAATCATT TTATTGTACT TTTTCACTCT CAAGAAAAGC AAGAAGTATT 60 CATTTTAGTT TCATTTAGTA TTATTTTGCA TACCTAAAAT ACAGTAAAAA ATCAGTCATC 120 TTGGTATGCT CCTGCTTTCA CTATTCAACA CGTTTTTGAC TTATACTAGG CTCATTTCCA 180 AAAGCATTAT ATAATAGTGA TATGAAACCA ACTAAACTAA ACAAGAAATA TAAGCAATAA 240 AAATTCGTTT AAAAGATCTT ACTAAAGCTA ATACTAAATA AAAATAAAAG AGTAAACTAG 300 GAAGTTTATT TCAAACAACC TAAAATACTG ATTTTCGGCT GAAGATAATA CTGGAGTGCA 360 AATTAATGGG GTTATAATAA ATAGCTGATA GCTTGTGTTG GTTTTGGATT TTTTAAGAGT 420 AGATGAGTAT TAAAACTATA AGGAGGACGA AGGTGGCTAA AAATTTAAAA TTAAAATTAG 480 CTCGGGTAGA GCGTGATTTA ACACAAGGTC AACTGGCAGA GGCTGTCGGG GTGACACGCC 540 AGACTATTGG TTTAATAGAG GCGGGAAAAT ACAATCCCAG TCTCTCGCTC TGCCAGTCTA 600 TTTGCAGATG TTTAGGGAAA ACCCTAGACC AACTATTTTG GGAGGAAGAA GATGAAAAAT 660 AGATTTTATT ATTCTCAATT ACTAGACGAA AGAGAAGAAC AACTGTTCAA TAAAGCGGGC 720 TCTGAAAGTT TCTATATCTG CATTGCTTTG TCGCTCCTAT CTTATATCAT TTCAGTATTA 780 GCACCAAGCC TTTTTAATTC TAATATGCTG CTAATCGTTA TCATCATAGG GACATTTTAC 840 TTTTTCAATC GTGCCCGTTA TCTGGGAGTG ACCTACTATG GTCGTTTTCA TTTTACGATT 900 TTGGGTTGTT TTTTCCTAAC CTTGGCTATT ACGGCTCTTT TGATGTTGCA GAATTATCAA 960 TTCAACATAG AAATTTATCA GCACAATCCT TTGAATTTTA AATACCTGTC TGCTTGGGTC 1020 ATTACTTATA TCATTTACCT TCCGTGGATC TTTATTGGCA ATCTTGGTCT TAAGAGCTAT 1080 GGCGAATGGG CTCAGAAAAA ATTTGAACAA GATATGGATG AATTGGAGAG TGGAGAATAG 1140 CTTGTTACTC TTTTCTCAAT CCAGCTAAAA TGTGATATAA TAGTACTAAT TTATTGGAAT 1200 ACATGAAAGT TCTTGAAAAT TTTCATGGGT TTCTAGCTAA GGAAGTAGGA AAAGTATGTA 1260 TCCAGATGAT AGTTTGACAT TGCACACGGA CTTGTACCAG ATCAACATGA TGCAGGTTTA 1320 CTTTGACCAA GGGATTCACA ATAAGAAGGC GGTCTTTGAG GTGTATTTCC GCCAACAGCC 1380 TTTTAAGAAC GGCTATGCGG TTTTTGCAGG TTTAGAAAGA ATTGTGAACT ATCTTGAAGA 1440 CTTGCGTTTT TCAGATAGTG ATATAGCCTA TTTGGAGTCG CTTGGTTATC ATGGGGCGTT 1500 CTTGGATTAC CTTCGCAATT TCAAGTTGGA GTTGACCGTT CGTTCTGCCC AAGAAGGGGA 1560 TTTGGTTTTT GCTAATGAAC CGATTGTGCA GGTGGAAGGA CCTCTAGCCC AATGTCAGTT 1620 GGTCGAAACG GCTCTTTTGA ACATCGTCAA CTACCAGACT TTGGTGGCGA CGAAGGCAGC 1680 TCGTATTCGT TCGGTTATCG AAGATGAACC CTTGATGGAG TTTGGGACAC GTCGGGCTCA 1740 AGAAATGGAT GCGGCCATCT GGGGAACACG CGCAGCTGTG ATTGGTGGCG CCAATGGAAC 1800 CAGCAACGTG CGTGCGGGTA AGCTCTTTGA CATTCCTGTT TTGGGAACCC ATGCCCATGC 1860 CTTGGTACAG GTTTATGGCA ATGACTATGA AGCTTTCAAG GCTTACGCTG CGACCCACAA 1920 AAATTGTGTC TTTCTTGTGG ATACCTATGA CACCCTTCGC ATCGGTGTAC CAGCTGCCAT 1980 TCAGGTGGCG CGTGAGCTGG GTGATCAGAT TAACTTTATG GGTGTGCGGA TTGACTCTGG 2040 GGATATTGCC TACATTTCTA AGAAAGTCCG TCAGCAACTG GATGAGGCTG GATTTACAGA 2100 GGCTAAGATT TATGCTTCTA ATGATCTAGA TGAAAATACC ATCCTTAACC TCAAGATGCA 2160 AAAGGCCAAG ATTGATGTCT GGGGTGTGGG TACCAAGCTG ATTACAGCCT ATGACCAGCC 2220 GGCTCTTGGG GCGGTTTACA AGATTGTTGC AATCGAAGAT GAAACTGGTC AGATGCGCAA 2280 TACGATTAAG CTGTCTAATA ATGCTGAAAA AGTTTCTACG CCAGGTAAGA AGCAGGTGTG 2340 GCGCATTACC AGTCGTGAAA AAGGCAAGTC AGAAGGCGAC TATATCACTT ATGATGGTGT 2400 GGATATTAGC GACATGACAG AAATCAAGAT GTTCCATCCG ACCTATACAT ACATCAAGAA 2460 GACGGTTCGT AATTTTGATG CCGTTCCTCT CTTGGTGGAT ATCTTCAAAG AAGGAATATT 2520 AGTTTACAAC TTGCCTAGTT TGACTGACAT TCAGGATTAT GCCCGTAAGG AATTTGACAA 2580 GTTGTGGGAT GAGTATAAGC GTGTGCTCAA TCCGCAGCAC TATCCAGTGG ATTTGGCGCG 2640 TGATGTATGG CAAGATAAGA TGGACTTGAT TGATAAGATG CGCAAGGAAG CCCTTGGTGA 2700 AGGAGAAGAA GAATGAGTTT GCAAGAAACG ATTATCCAAG AGCTGGGTGT CAAACCAGTG 2760 ATTGATGCCC AGGAAGAAAT CCGTCGTTCT ATTGATTTCT TAAAAAGATA TCTGAAAAAA 2820 CATCCCTTCC TAAAAACCTT TGTACTAGGG ATTTCTGGGG GACAAGACTC AACCTTGGCA 2880 GGACGTTTGG CGCAATTAGC TATGGAAGAA CTGCGAGCTG AAACGGGAGA CGATAGCTAC 2940 AAATTTATCG CTGTCCGCCT GCCATACGGA GTGCAAGCTG ATGAAGCAGA TGCTCAAAAA 3000 GCCCTAGCCT TCATCCAGCC AGATGTCAGC TTGGTTGTGA ATATCAAGGA ATCAGCTGAT 3060 GCCATGACAG CTGCAGTTGA AGCGACAGGT AGTCCTGTTT CAGACTTCAA CAAGGGGAAT 3120 ATCAAGGCAC GTTGCCGTAT GATTGCTCAG TATGCCCTTG CTGGTTCCCA TAGCGGAGCG 3180 GTCATTGGAA CAGACCACGC CGCGGAAAAT ATCACAGGTT TCTTTACCAA GTTTGGTGAC 3240 GGCGGTGCGG ATATTCTCCC TCTTTACCGC CTCAATAAAC GCCAAGGAAA ACAGCTCTTG 3300 CAGAAACTTG GCGCAGAGCC AGCCCTTTAT GAAAAAATCC CAACGGCAGA CCTAGAAGAA 3360 GATAAACCAG GCCTAGCTGA CGAAGTCGCA CTTGGAGTCA CCTACGCAGA GATTGACGAC 3420 TACCTAGAAG GCAAAACAAT CAGCCCAGAA GCTCAAGCGA CCATTGAAAA CTGGTGGCAC 3480 AAAGGCCAAC ACAAACGCCA CTTACCCATC ACCGTATTTG ATGACTTTTG GGAGTAAAAA 3540 GGTCCGGGGG ACCTTTTTAG CTTCTTGCCC TGAAATTAAA AAGCAAGAAA AACCTCCACT 3600 GGAGGTTTTC AGCCTCTCAT CTTGAAATAA GAAAGTGAGA GAAGGTCTGG GGGATCTTGA 3660 ACCCCGAGTT TAGAAATAAG AAAATGAGGC AGATTCAGTA ACTCGAAGAG TTCGATTTCA 3720 TCGTCTTACC CCTGCAACGA TGACTAGGTT TGAAAAAGCT TGCTAGAGCG CATTTCAAAC 3780 CAGGCAGCAA CTGCGTCAAG AAATTAGAAG ACAAACTCGT TTTCTAGCTG TTACTGAGTT 3840 GAGCCTTTTT ACTACGAGTA TAGAAATAAG GAAGTGAGGT AGCATCATGA AATCTATCGG 3900 TACGCAAATA TTACAGACAG AACGTTTGAT TTTAAGAAGA TTTGTGGAGA GTGATGCAGA 3960 AGCCATGTTT CAAAATTGGG CTTCATCCGC TGAGAATCTG ACCTATGTTA CCTGGGATCC 4020 CCATCCTGAT GTCGAAATCA CTCGAAACTC GATTTGCAAT TGGGTTGCTT CCTATACTAA 4080 TCTCAACTAT TATAAATGGG CCATTTGTCT AAAAGAAAAC CCAGAGCAAG TAATAGGAGA 4140 TATCAGCATT GTTAAGATAG ACGAGGCTGA TTTAAGCTGT GAAATTGGCT ATGTGTTAGG 4200 CAAGGCTTAC TGGGGAAATG GTATGATGAC AGAGACTTTG AAAGCTATCT TGGACTTTTG 4260 TTTTACTCAA GCAGGTTTTC AAAAGGTCAG AGCACGTTAT GCCAGTCTCA ACCCAGCTTC 4320 AGGTCGTGTC ATGGAAAAGG CTGGAATGTC CTATCTACAA ACCATTGTTA ATGGTGTAGA 4380 GAGAAAAGGC TATCTTGCGG ATCTTATTTA TTATGGTATA AGTAGGGAAG AATGTTGAAT 4440 TCTATTTTCT GTTTCTATCG AAGTCAACTA TTTATTGTAA ATATAATAAT TAGCATTCCA 4500 AGTTTATTTG AAACTTTAAA ATAGCATATT GATTAGTACA AGACAGATGT TCTAGTTCCT 4560 TCTTTAATCT GGTTTAGTGT TAGTTAAAAA ATCGCTTTAA GCTTGTAACT AAGAGGGAGC 4620 TAATCGACTA GATTCTCCAG CCGAACAGGT GGTAATGTAC TTTTTATAGT GTAATCCTAG 4680 CTGTTGTTAA ATTTAAAATA GAATCCTCTA TCGAGTTAGG GAATTAAATT CAACCAATTT 4740 TATTCATGTT TTTTCTATCA AATTATCTAA TATTAAAATA GTCTCATTCT GATGAGAAAA 4800 CTATTCCCAA ATCATTCATA CCTCTCTCAA CTAGATGTAA CTTACAAAAC CCCTGACCTC 4860 ATGAGCCACT TTCTTCCTCC TCATGAGGTC AGTTTTACTT TCTGCTGTTC CAGTATCGTT 4920 TTTCCTCGCT AGATTTCCTC AAAAGGGCAG ACTCCTCCCT TGGTGCGTCA CACGATTTTT 4980 TCATCTCGAC TGTTCTTTAA TGCATCATTA ACGACGCTTT TCTTCTAGGT GGTTCATAAG 5040 GAACAGGAAG ATTCAGGTTG ACTTTTCTAA TCCTAGAATA AAGTGCTGAA AACAATTCGG 5100 AATAGGCATA GAGACTAGAC AATTTGAGGA GCTGCTTGCG TCCTGTTCGA ACACATTTTC 5160 CCACCACGTG AAGAAAAAGA TGGCGGAAGC GTTTGATTGT TAAAGTTTGG AAGTCACCTC 5220 CAGCTAGATG TTTGAGAAAA AGATAGAGAT TGTAGGCGAT ACAGCTCATC ATCATACGAA 5280 CTTCGTTTTT GATTAAGGTT GAACT 5305 (2) INFORMATION FOR SEQ ID NO : 136 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3964 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 136 : TGGCAGCTCG TCGTCGTAAA GGACGCAAAG TTTTGGCTGC ATAATCCAAA CGAATTCTAT 60 CAAAAATCAG TAGGAACTCG AGTCTACTGA TTTTTATTTT TGTAAAAAAG TTCAGTAGAT 120 GCAAATGGAT TCGGAAGCGA TGTTACAGTA GATTGAAACT AGAATAGTAC ACCTCTGTTT 180 CTAAAACATT GTTAGAAATC GATTTGACTG TCCTGATCGA TTTGTCCTGT TATTATTTTA 240 TTTTACTATA AAGTTGAAGT AGGTGGAGAT GGTACAGCAA CAATCGTCTT TAAAGATGGT 300 TCAGCTATTA CAATTCCAGG AAATCAATTG GTAGCACAAG ATCCAAAAGC ACAAGATAGC 360 ACTAAACTGA CTGCTGAAAA ATCAACTGTT AAAGCACCTG CTCAAAGAGT AGATGTAAAA 420 GATATAACTC ATTTAACAGA TGAAGAAAAA GTTAAGGTTG CTATTTTACA AGCAAATGGT 480 TCAGCATTAG ACGGAGCGAC AATCAATGTA GCTGGAGATG GTACAGCAAC AATCACATTC 540 CCAGATGGTT CAGTAGTGAC GATTCTAGGA AAAGATACAG TTCAACAATC TGCGAAAGGT 600 GAATCTGTAA CTCAAGAAGC TACACCAGAG TATAAGCTAG AAAATACACC AGGTGGAGAT 660 AAGGGAGGCA ATACTGGAAG CTCAGATGCT AATGCGAATG AAGGCGGTGG TAGCCAGGCG 720 GGTGGATCAG CTCACACAGG TTCACAAAAC TCAGCTCAAT CACAAGCTTC TAAGCAATTA 780 GCTACTGAAA AAGAATCAGC TAAAAATGCC ATTGAAAAAG CAGCCAAGGA CAAGCAGGAT 840 GAAATCAAAG GCGCACCGCT TTCTGATAAA GAAAAAGCAG AACTTTTAGC AAGAGTGGAA 900 GCAGAAAAAC AAGCAGCTCT CAAAGAGATT GAAAATGCGA AAACTATGGA AGATGTGAAG 960 GAAGCAGAAA CGATTGGAGT GCAAGCCATT GCCATGGTTA CAGTTCCTAA GAGACCAGTG 1020 GCTCCTAATG CTGCTCCTAA GACAACAAGT GCACCGCAAG CAACTGCAGG AACAATGCAA 1080 GATGTTACCT ACCAGTCACC TGCTGGCAAA CAATTACCTA ACACAGGTTC AGCATCAAGT 1140 GCAGCACTTG CTAGTCTTGG TCTAGTGGTG GCAACAAGTG GTTTTGCTTT GCTAGGAAGA 1200 AAGACTAGAC GTAGAAAATA GAACAGCTAG AAAATTCTAT TCTCTACTTA AAGTTAGATT 1260 ATAAGGGGGA TTTTGAGAAG TCATCAATCC TAGTGATGGG TGAGAAAAGT GAGAACCCAA 1320 GATAATCACA TACTTTAGCT GAATAGGAAT ATTCTATCAA TGTAGCCAAT CTCTTCTGTC 1380 TCTAACTGTG GAATAGGAGA TGGGCAATAT CGGATAGAAA AGATAGCAGA ATAGCTCTCT 1440 ATTGAAGAGA GGAGGGGAAA CCGAAAAATT AGGTGCCCCT CCTCTTTTTT GGTATAATAG 1500 AAGATAGAAA ACGAGGTTAG AAGAGATGAT TTTTGATACA CATACACACT TGAATGTAGA 1560 AGAATTTGCA GGTCGTGAGG CAGAAGAAAT TGCCTTGGCT GCTGAGATGG GTGTGACACA 1620 GATGAATATT GTTGGTTTTG ATAAACCGAC GATTGAGCAT GCCTTGGAGT TGGTAGATGA 1680 GTATGAGCAG CTCTATGCGA CTATTGGTTG GCATCCTACA GAAGCTGGTA CTTATACAGA 1740 GGAAGTTGAG GCTTACTTGT TGGATAAGTT AAAACATTCC AAGGTTGTGG CTTTAGGTGA 1800 AATTGGCTTA GATTACCATT GGATGACAGC GCCCAAAGAG GTGCAGGAGC AGGTTTTTCG 1860 CCGTCAGATT CAGCTATCTA AGGACTTGGA TTTGCCTTTT GTTGTCCATA CCCGTGATGC 1920 GCTGGAAGAT ACCTATGAGA TTATCAAGAG TGAGGGCGTT GGTCCTCGTG GTGGTATCAT 1980 GCATTCATTT TCAGGGACGC TTGAGTGGGC AGAGAAGTTT GTGGATCTTG GTATGACCAT 2040 TTCCTTCTCA GGAGTGGTGA CTTTTAAGAA GGCAACTGAC CTCCAAGAAG CAGCTAAAGA 2100 GTTACCTTTG GACAAGATGT TGGTGGAAAC AGATGCGCCT TACTTAGCAC CTGTACCCAA 2160 GCGTGGTCGT GAAAATAAAA CAGCCTATAC TCGCTATGTG GTCGACTTTA TCGCTGACTT 2220 GCGTGGTATG ACGACAGAAG AGCTGGCGGT AGCAACGACT GCAAATGCAG AACGAATTTT 2280 TGGACTGGAC AGCAAGTAAT GAAAGAGAAA ATTTCTCAAG TTATCGTGGT TGAAGGGCGT 2340 GATGATACGG TCAATCTCAA ACGTTATTTC GATGTGGAGA CCTATGAGAC TCGAGGTTCT 2400 GCCATCAATG CTCAGGATAT AGAGCGGATT CAGCGCCTGC ACCAACGTCA TGGAGTCATT 2460 GTCTTTACAG ACCCAGATTT TAATGGGGAA CGGATTCGGC GCATGATCAT GATGGTCATT 2520 CCAACAGTTC AGCATGCCTT TCTCAAGCGA GATGAAGCTG TTCCCAAGTC CAAGACCAAG 2580 GGGCGTTCTC TGGGAATTGA GCATGCCAGC TATGAAGACC TGAAAACGGC TCTAGCTCAA 2640 GTGACAGAAC AATTTGAACA TGAGAGTCAG TTTGACATTA GTCGTAGCGA TTTGATTCGC 2700 CTTGGTTTTC TAGCAGGGGC AGACAGCCGT AAGCGTAGAG AATATCTCGG AGAGACTCTC 2760 CGAATCGGCT ATTCCAACGG CAAGCAACTC CTCAAACGCC TAGAGTTGTT TGGGGTTACT 2820 TTGGCAGAAG TGGAAGAAGC TATGAAATCT TATGAGTAGG AAAGATGTAG CCGTTACAAT 2880 TTTTTAAGTT TCACAGTATT TTTCGAAGCA GGTAGAAGAG GAGGCGTCTG ATGTTAATTG 2940 GTCAAAAAAT TAAAGAGATT CGGATAGAAA AAGGAATTAG TCGTCCAGAT TTTTGTGGAG 3000 ATGAGCAAGA ACTGACAGTT CGTCAACTGT CGCGAATTGA AAGTGGAGCT TCGCAACCGA 3060 GTTTGCCCAA GTTAGACTAT ATTGCTCGCC GGCTAGGAGT TCCAGTTTAT AGCCTTATGC 3120 CGGATTTTTC AGCTCTTCCT TCTGCTTATT TAGAATTGAA ATACCAGATT TTACGTGAAC 3180 CAATCTATGG TAAAGAAGAG GAGTACGATA AGAAGGAAGC GTGTTTGGAA GAGATTTATA 3240 AAACATACTT TGATAATCTT CCTAAAGAAG AACAATTAGC ATGTGAAGTA TTGCAGGCGT 3300 GTTTGGATAC TTCTAGAACT AGAAGGCCTG AATATGCAGA GTTAATACTT GAGGAACATA 3360 TGCCTCAGAT TATAGAAAAA GAAGCTTATT CAATAAATGA TATGTTGTTG ATTCGTTTGT 3420 TTTTTTATCA AATGCTCATT AGAAAAGATC TTGCCAAATT TATAAATCAA ATCGAAAAGC 3480 TAATGCTCTT TCTTTTGGAA CAGAAGAAGG TAACTCAAAT AGAGAATTAC TTTATAATTA 3540 GAGATACTCT TATTTCAGGA ATGTGTTGTC TTGAAAAGGT AGGAGTAACT GATTGTTTTA 3600 ATGATTATCT ATCGTGTTTA CAAGAAATTA TGGATAAAAC TCAAGATTAT CAAAAGAAAC 3660 CTCTTGTATT TATGTTTTTG TGGAAGCAAG CATTAAGAGA AGAAAGAGAT TTTAGTTTAG 3720 CTGAATCATT TTATCAGTCT TCTAAAACAT TTGCGCAGCT AATTGGAGAT GAATTTCTAG 3780 TAAAGAAATT GACAGAGGAA TGGCAAGAGG ATGTCAAAAA ATATTTATAA ACATAGTGAA 3840 TCAGTGACAA AGATGTCCTT GTCCTCGTAT CAAAACAGTT CTAAAGTTCG TCTTTAGGGA 3900 TGTTTTTTTA GATATAAGCT AAAAATGACA CGAAATGGTT AGATTTTAAG GACATTGATG 3960 TCCG 3964 (2) INFORMATION FOR SEQ ID NO : 137 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 12666 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 137 : TGAGACCGTT ATTTGTATTA GGGAAATGGG TATCTATTTT TAATGCTGTG GGGATTTTGA 60 TTGTTTCTAT TATTCAAACC AAAAGCTTGT CAGGTATTGG AGCAGGATTG TTTAATCTAT 120 ATAACATTTC ATCTTATATA GGTGATTTAG TTAGTTTCAC TCGATTGATG GCATTAGGAT 180 TATCTGGAGC AAGTATAGCA TCAGCTTTCA ATTTAATTGT TGGTTTGTTT CCGGGAATAT 240 TGGCTAAACT GACAATTGGA TTAGTATTAT TCATTCTTTT ACATGCGATC AATATTTTTC 300 TATCGTTACT ATCAGGATAT GTTCATGGAG CACGTCTGAT ATTTGTTGAA TTTTTTGGTA 360 AGTTTTATGA GGGTGGAGGA AAACCATTTC AACCTTTGAA GGCTTCTGAG AAATATATTA 420 AGGTTATTAC AAAGAATTAA TGGAGGATAT ATATAATGGA ACATTTAGCA ACTTATTTTT 480 CAACCTATGG AGGAGCTTTC TTCGCTGCAT TGGGAATTGT ATTGGCGGTT GGATTAAGCG 540 GTATGGGGTC TGCTTATGGA GTTGGTAAGG CTGGGCAATC TGCCGCAGCT TTACTGAAAG 600 AACAGCCTGA AAAGTTTGCC TCAGCTTTGA TATTGCAATT ATTGCCCGGA ACACAAGGAT 660 TATATGGTTT TGTTATTGGA ATTTTAATTT GGTTGCAATT AACTCCAGAA CTTCCTTTAG 720 AAAAAGGCGT TGCTTATTTC TTTGTAGCTC TTCCAATTGC TATTGTAGGA TACTTTTCAG 780 CTAAGCATCA AGGAAATGTA GCAGTAGCGG GAATGCAAAT CTTGGCTAAA AGACCAAAAG 840 AATTCATGAA GGGAGCAATT TTAGCTGCCA TGGTAGAAAC CTATGCAATT CTTGCTTTTG 900 TCGTATCATT CATTTTGACC CTTCGTGTAT AAGAAATAAA TTTGCAATTC AAAGGAGGTG 960 TCTAAATGAG CAATTTAGAA AACTTACGAG AGTCTGTTAT TGAACAAGCT CATGAAAAAG 1020 GGCGTATGAA ATTATTGGAT TCCAAAAAGA AGATTGATGA TGAATTTGAA ATGCAAAAGT 1080 CGCTCATTAT AAAGAAAAAA GAAGCTGAAC ATGAACGAAA GTTAAAAGAA TTGCAACAGA 1140 AATATCAAAT AATTTTTCAA CAATTAAAAA ATAAGGAACG CCAATCAACG TTAGTATCAA 1200 AACAGAAAAT ATTAAAAGAA CTTTTTCAAT CTGCTTTACT AGAAATGGAA TCTTGGAGTG 1260 CAGATAAAGA AATGGAGTTC ATCTATCGAA TTCTGGAACG ATATTCACAA CAAGAGGTCA 1320 TAGTAACCTT TGGGGAACGG ACTTTAGCTA AATTCAATTT GGAACAATTA GAGAAATTGA 1380 AATTCTCTTT TCCAAATTAT TTATTTAGTG AACAACCTAT CTCAAATGAA TCAGGCTTAC 1440 TTATTTCAAT AGGTAAAATT GATGATAACT ATTTGTATAA AACATTAATT GGATCGATTT 1500 CTAAGGAAGA AAGTTCAAGT ATCGCAAATC AAATTTTTAT CAATTAAGGA TGAAATTGGT 1560 TAATCCTTCT TAGAAATTTG GAGTATTCCA ATAAAATTAG AAAGGTATTT TATGGATACT 1620 AATCTTTTTT CAAAAATAAA TACGACGATT TCGGTAAAAG AAAACGATTT TATTACAGAA 1680 GAAAAATTTC AAAAAATTAT ACAATCCAAA GATACGGAGA CATTGGCATT TATCTTAGAA 1740 TCAACTCCCT ATCATTTATC GATTGACATC TTAGAAGATC CTAGTCAGAC AGAGATTTCG 1800 CTAATGACAA AATTAGTCAA TGATTATAGA TGGGCCTATG CTGAAAGTCC GTCTGATATA 1860 ATTGTGACTT TATTTGCTTT ACGATATGTT TATCATAATA TCAAAGTTTT ATTAAAATCT 1920 AAGGCGGCAA TTAAGAAAGA TTTTTCTAAA TTATTAATTC CAATAGGGAT TTTTGATATA 1980 GAAAGTTTAA AACATTTAGT TTCTTCCTTA CATTCAGATA CACTTCCTGA TTTTATGGTT 2040 CGTGAAGTAG AATCAATTTG GAATGAGTAT GAAACTTTTA ATAATATTCG TGTACTTGAT 2100 GTCGGAGCTG ATCTAGCATA TTTTAAACAT CTGAAACTTT TATCTAATGA GTTAGATGAG 2160 GTACTGTCTC AGGTTATTGT CGAAATGATT GACTTTTATA ATATTATTAC TGTAAAACGT 2220 GGTTTATCTC AAAATAAGAG TCATGGGGAT ATTTTACAAT TACTTTCAGA TGAAGGAAGT 2280 ATTTCTGCTA AAGAATTTAT ATACATTGTA GAAAATCAAG AAATATTTGT GTGGTTCAAT 2340 AAAATAAATC CAAGCTTAGA TTCAATCTTT TCAACTTATG AATTGAAGAT GCAGGACGCA 2400 ACAATTTCAT CTTCTGAGTT AGAATTTTTA TGTGATTTAC TATTGTATAA AACTTTAGAT 2460 CAAGGAAGGT ACAATGTAGA GGGGCCGTTA GTTCTTGCTA GATATTTATT GGGATGTGAG 2520 TTTGAAGTAA AGAATCTCAG AATGATCATA TCAGCTCTTC AAAATACAAT TCCCT'TTGAA 2580 TCAATAAAAG AAAGGATACG CCCACATTAT GGAAGCTAAT AAGTATAAAA TTGGCATAAT 2640 TGGTAGCCGT GATATTATTT TACCATTTAG CATGATTGGG TTTGATATAT TTCCTGCCTA 2700 CCAAGAACAA GAAGCTATAA ATACACTAAG AAAATTAGCT CAATCTGATT ATGGTGTCAT 2760 TTATATCACT GAAGACATTG CTTCAATGAT ATTAGATACA ATTCGCCATT ATGATTCCCA 2820 AGTTGTGCCT GCTATTATTT TATTACCGAC TCATAAACAA GGTTTAAATT TAGGATTAAA 2880 ACGTATAGAG GATAATGTAG AGAAAGCAGT AGGACACAAT ATTTTATAAT AATGTACAAA 2940 ATTGTCTGTA ATATTATTCT ATAATTTTTG GACTTAGTAA GGAGAATAAC TTTGACTCAA 3000 GGGAAGATTA TAAAAGTATC GGGACCTCTA GTTATTGCAT CAGGTATGCA GGAGGCTAAT 3060 ATTCAAGATA TTTGCCGTGT AGGTAAGCTA GGGTTAATCG GTGAAATTAT TGAAATGAGA 3120 AGAGATCAGG CATCTATCCA AGTCTATGAA GAAACATCTG GTCTTGGTCC GGGAGAACCT 3180 GTTGTTACAA CTGGAGAACC TCTCTCGGTT GAATTAGGGC CAGGATTGAT TTCTCAAATG 3240 TTTGATGGCA TACAACGCCC ATTAGATCGA TTTAAATTGG CTACTCATAA TGATTTTCTA 3300 GTTCGTGGGG TAGAAGTTCC AAGTTTGGAT AGAGATATTA AGTGGCATTT TGATTCCACT 3360 ATAGCAATTG GTCAAAAAGT GAGTACGGGT GATATTCTTG GAACTGTCAA GGAAACCGAG 3420 GTAGTTAATC ATAAAATTAT GGTTCCTTAT GGAGTATCTG GAGAAGTCGT TTCTATTGCA 3480 TCTGGCGATT TTACAATTGA TGAAGTTGTA TATGAAATAA AAAAATTGGA CGGTAGTTTC 3540 TATAAAGGAA CGCTTATGCA AAAATGGCCT GTCCGCAAGG CGCGTCCTGT TTCTAAACGT 3600 TTAATTCCAG AAGAACCATT AATCACAGGT CAACGAGTTA TTGATGCATT CTTTCCAGTA 3660 ACCAAAGGGG GAGCTGCAGC AGTTCCTGGA CCGTTTGGAG CAGGAAAGAC AGTTGTACAA3720 CACCAAGTAG CTAAATTTGC CAATGTTGAT ATTGTTATTT ATGTCGGTTG TGGAGAACGT 3780 GGAAATGAAA TGACGGATGT ACTGAATGAG TTTCCTGAGT TGATTGACCC TAATACCGGA 3840 CAATCAATTA TGCAACGGAC AGTTCTGATT GCTAATACTT CAAATATGCC TGTTGCTGCT 3900 CGTGAGGCTT CAATTTATAC AGGAATTACC ATGGCTGAGT ATTTTCGTGA TATGGGCTAC 3960 TCTGTCGCCA TTATGGCTGA TTCAACTTCA CGTTGGGCAG AAGCGCTACG TGAAATGTCA 4020 GGACGTCTAG AAGAAATGCC TGGTGATGAG GGTTATCCTG CTTATCTGGG AAGTCGTATC 4080 GCTGAATATT ATGAAAGAGC AGGACGTTCT CAGGTTCTAG GGCTTCCAGA ACGTGAAGGA 4140 ACGATTACTG CTATTGGAGC TGTATCGCCA CCTGGTGGAG ATATTTCAGA ACCAGTTACT 4200 CAAAACACTT TACGGATTGT GAAAGTTTTT TGGGGGCTTG ATGCTCCGTT GGCACAGCGA 4260 CGTCATTTTC CTGCAATTAA CTGGCTTACA TCTTATTCAC TATATAAAGA CAGTGTGGGC 4320 ACTTATATAG ATGGTAAAGA GAAGACAGAT TGGAATAGTA AAATAACTCG TGCGATGAAC 4380 TACTTACAAC GGGAATCTAG TTTAGAGGAA ATTGTTCGTC TTGTTGGAAT TGATTCTCTG 4440 TCTGATAATG AACGACTAAC GATGGAAATT GCTAAACAAA TTCGAGAAGA TTATTTGCAA 4500 CAGAACGCTT TTGATTCGGT AGATACATTC ACTTCGTTTG CAAAACAAGA AGCAATGCTA 4560 AGTAATATTC TCACTTTTGC TGATCAGGCA AATCATGCTT TAGAGTTGGG TTCTTACTTT 4620 ACAGAGATTA TGGAAGGTAC CGTGGCAGTT CGAGACCGTA TGGCGAGAAG TAAATATGTT 4680 TCAGAAGATA GATTAGATGA AATCAAAATT ATATCAAATG AGATTACACA TCAAATTCAT 4740 TTGATATTAG AAACAGGAGG TCTATAAATG AGTGTTATAA AAGAATACAG AACTGCTAGT 4800 GAAGTTGTTG GGCCTCTTAT GATTGTTGAA CAAGTAAATA ATGTGTCTTA CAATGAGTTA 4860 GTTGAAATTC AACTTCATAA TGGAGAAATT CGTCGTGGAC AAGTTTTAGA GATCCACGAA 4920 GATAAAGCAA TGGTTCAGCT TTTTGAAGGA TCTAGTGGAA TAAATTTAGA AAAGTCTAAA 4980 ATTCGTTTTG CTGGTCATGC ATTAGAATTG GCTGTATCTG AGGATATGGT TGGTCGTATT 5040 TTTAATGGGA TGGGAAAACC AATTGATGGT GGACCAGATT TAATTCCAGA GAAATATTTA 5100 GATATTGATG GTCAAGCTAT TAATCCTGTA TCTAGAGATT ATCCAGATGA ATTTATTCAG 5160 ACAGGGATCT CCTCTATTGA TCATTTGAAT ACTCTTGTAC GTGGTCAAAA ATTACCAGTA 5220 TTTTCAGGTT CGGGCTTACC TCATAATGAA TTAGCTGCTC AGATAGCAAG ACAAGCGACT 5280 GTTTTAAATT CTGATGAAAA TTTTGCGGTT GTATTTGCAG CAATGGGTAT TACTTTTGAA 5340 GAAGCTGAGT TTTTTATGGA AGAACTCAGA AAAACAGGAG CGATCGATCG TTCGGTTTTA 5400 TTTATGAACT TGGCAAATGA TCCTGCAATT GAGCGTATTG CAACTCCCCG CATTGCTTTA 5460 ACTGCGGCAG AGTATCTAGC TTTTGAAAAA GATATGCACG TTCTAGTTAT CATGACGGAT 5520 ATGACTAACT ATTGTGAAGC GTTACGTGAA GTCTCGGCAG CTCGCCGTGA AGTTCCAGGG 5580 AGACGAGGCT ATCCGGGATA TTTATATACA AATTTATCAA CTCTATACGA AAGGGCTGGT 5640 CGCTTAGTTG GTAAAAAAGG TTCGGTGACA CAGATTCCTA TTTTAACAAT GCCAGAAGAT 5700 GACATAACAC ATCCAATTCC TGATTTAACT GGATACATTA CTGAAGGGCA AATTATTTTG 5760 TCGCATGAGT TGTATAATCA AGGTTATCGT CCACCAATCA ATGTTTTACC TTCTCTCTCT 5820 CGATTAAAAG ATAAGGGATC TGGAGAAGGT AAAACTCGTG GAGATCATGC TCCAACTATG 5880 AATCAACTGT TTGCAGCCTA TGCCCAAGGG AAAAAGGTTG AAGAGTTAGC AGTAGTATTA 5940 GGAGAATCGG CTTTATCTGA TGTAGATAAA TTGTATGTGA GGTTTACAAA GCGTTTTGAA 6000 GAAGAGTACA TAAACCAAGG ATTTTATAAA AATCGAAATA TAGAAGATAC GTTGAATCTT 6060 GGGTGGGAAT TACTATCAAT TCTTCCTAGA ACAGAGTTAA AACGTATCAA AGATGATTTG 6120 CTTGATAAAT ACTTACCTTT GGTAGAAGTT TAATCCGGAA ATGGAGTGAT TATCTATGGT 6180 ACGTTTGAAT GTAAAACCAA CTCGTATGGA ATTGAATAAC TTAAAGGAAC GTTTGACAAC 6240 AGCTGAACGT GGACATAAGT TATTAAAGGA TAAAAGAGAT GAATTGATGA GGCGATTTAT 6300 TTCTTTGATT CGTGAGAATA ATCAACTTCG GAAAGAAGTG GAAAGTTATC TAATTGATAA 6360 TCTAAAATCC TTTGCAGTTG CTAAATCATT AAAGAATTCT CAAATGGTGG AGGAATTATT 6420 TTCAATTCCA TCGAAAGAAA TTGAATTATT TGTTGAGAAA GAAAATATCA TGAGTGTAAC 6480 AGTTCCTAGA ATGCATATGA ATATTACTTC TCAAAATGAG AACAGTGAAT ACAGCTATTT 6540 ATCTTCTAAT AGTGAAATGG ATGATGTATT TGCTACAATG AATAGTTTAA TTTATAAATT 6600 ACTAAGACTG GCAGAAGTTG AAAAAACGTG TCAGTTAATG GCTGATGAAA TAGAAAAAAC 6660 ACGTAGACGT GTAAATGGTT TAGAATACTC GATTATTCCA AACTTGTCGG AAACTATTCA 6720 TTATATAGAA TTGAAACTAG AGGAGGCAGA AAGAGCCAAT TTAGTTCGTA TTATGAAAGT 6780 GAAGTAGATC CTTTATTTAG ATTATTAATT AGATGAACAA ATATCAGCTT GGATAAGGCT 6840 TTAAGCCTTT CTAAGCTTTT TTTATTGACA GTATCAGGAT ATCTTTTTCA AAATTTTGGT 6900 TTGTTAGATA ATGAAAATGT TTCTACTAAT CTAGATTTAG GATTAGTAAA TCGTAAATGT 6960 AATTATATAG AAAGTAAGCG CGTCATAACA AGGTATCTAT CATTCATGGA GCTCCTCCTG 7020 TATACTATTA GTAAAGTAAA ACTATTGGAG GATATTTTAA TGCCACAACC TATTGTTCCT 7080 GTAGAGATTC CACAATCTCG TCGTTTTGAT TCTAAAAAGA GAAATGATAT TCTGCTTAAA 7140 ATTCGTATTG GCAAGCTTGA AGTAAGTTTT TTTCAATCTC TCAATCTCGA AATGGTAGAA 7200 CAGCTTTTGG ATAAGGTGTT GCTCTATGAC AATTCATCTA TCTAGCCTAG GGGAGGTCTA 7260 TCTCGTGTGT GGGAAAACTG ATATGAGACA AGGAATCGAT TCACTGGCTT ATCTGGTTAA 7320 AACCCACTTT GAATTGGATC CTTTCTCCGG TCAAGTCTTT CTCTTTTGTG GTGGACGTAA 7380 AGACCGCTTT AAAGTCCTTT ACTGGGATGG TCAAGGATTT TGGCTACTAT ATAAACGCTT 7440 TGAGAACGGC AGATTGATTT GGCTAAGTAC AGAAAAGGAT GTCAAAGCTC TCACACCAGA 7500 ACAAGTAGAC TGGCTTATGA AGGGCTTTTC TATCACTCCA AAAATATAGT AGATTGAAAC 7560 TAGAATAGTA CACCTCTGCT TCTAAAACAT TGTTAGAAAT CGATTTTACT GTCCTGATCG 7620 ATTTGTCCTG TTCTTATTTC ATTTTACTAT AAATCCATCA GAAAGTCGTG ATTTCTATTG 7680 AAATGAGGAC TTTCTTTTTA TACTCATCTG CTTTCAAAAA GCATTCTAGT CCATCTCCGA 7740 TTAACGATGG ACTTTATCAC CTCCTTCTCC AGTCCTTGTA TAACATCTTG GAGTTGATTC 7800 ATGACATCTT CCAAAGTTTA AAAGGCTTTA TTCTTAAATC CACGTTTACG AATCTCTTTC 7860 CACACTTGTT CAATGGGGTT CATCTCTGGT GTGTATGGAG GAATAAATGC AAAGCCAATA 7920 TTAGTCGGAA TCTTTAAGGT ACTTGATTTA TGCCATATAG CATTGTCCAT AACGAGTAAA 7980 AGATAATCAT CTGGATAAGC TTGTGAAATC TCCTATTCCT AAAGCCCCTT TAGCGCATAA 8040 CTTTGGCTCA GCTTCTATTA TCGCTCACAC CATCCATCAG AAGTTTAATC TGAAGGTACC 8100 CAATTATCGC CAAGAAGAAG ATTGGGCTAG GATGGGTTTA CCAATCACAC GTAAGGAAAT 8160 CTCTAATTGG CATATCAAGG CGAGTCAATA CTATTTGGAG CCCCTTTATA ACCTCTTGCG 8220 AGAGAGACTA TTGACTCAGC CCTTACTTCA TGCGGATGAA ACTTCTTATA GGGTGCTAGA 8280 GAGTGATAGT CAGCTGACTT ACTATTGGAC TTTTTTGTCA GGTAAAGCAG AGAAACAAGG 8340 GATTACGCTT TACCACCATG ATCAGTGTCG AAGTGGTTCA GTAGTACAAG AATTCCTAGG 8400 AGATTATTCT GGCTATGTGC ATTGTGATAT TTTGCGGCAG TAACTTAGGA CTTTAGTCCT 8460 CTAGTTCTGC CTATGCGATA GCAGTCCAAG GTTTAGGAGC AAGGCGACGC TAAGCTTGGT 8520 AAACTTCGAA CCGCTCGTCT GCTTATCGTC AACTGGAAGA AGCTGAACTT GTTGGATGTT 8580 GGGCGCATGT GAGAAGGAAG TTTTTTGAAG CGCCCCCCCA AGCAAGCGGA TAAATCATCC 8640 TTAGGAGCTA AAGGTTTAGC TTATTGTGAT CAGTTATTTT CCTTGGAAAG AGACTGGGAG 8700 GCTTTGCCAG CTGATGAACG ACTACAGAAA CGTCAAGAAC ATCTCCAGCC CTTAATGGAA 8760 GACTTCTTTG CTTAGTGCCG GCGTCAGTCA GTTTTAGCAG GTTCAAAACT AGGAAGGGCA 8820 ATTGAATACA GCCTCAAGTA TGAAGAAACC TTTAAGACCA TTTTGAAAGA CGGACATCTG 8880 GTCCTTTCCA ATAATCTAGC TGAACGCGCC ATTAAATCAT TGGTTATGGG ACGGAGTAAA 8940 AGAGTCCAGT GGACTCTTTT AGCCTAAGCT CAGTTTAAAA AAGCGAGGGT GGTTATTTTC 9000 TCAAAGTTTT GAAGGAGCTA AAGCAAGAGC TATTATTATG AGTTTGTTGG AAACAGCTAA 9060 ACGTCATCAA TTAAATAGCG AGAAATATCT ATCCTATCTT CTAGAATGTC TTCCAAACGA 9120 GGAAACTCTC GTAAACAAAG AGGTTTTAGA GGCTTATTTA CCATGGACTA AAGTTGTACA 9180 AGAAAAGTGC AAATAAGAAA TCTCCAGATT AGGAACTATC CGTGAGTTCT CCAGTCTGGA 9240 GATTTTTCAA TAGACTTCCT GCGAAACAAA ATATGGTATA ATAGTTCTAT GAATGATGAA 9300 GCAAGTAAAC AACTAACCGA TGCACGATTT AAGCGTCTTG TTGGTGTTCA ACGCACGACT 9360 TTTGAAGAGA TGTTAGCTGT ATTAAAAACA GCTTATCAAC TTAAACACGC AAAAGGTGGA 9420 CGAAAACCTA AATTAAGTCT AGAAGACCTT CTTATGGCCA CTCTTCAATA TGTGCGAGAA 9480 TATCGAACTT ATGAACAAAT TGCGGCTGTT TTTGGTATTC ACGAAAGCAA CTTAATCCGT 9540 CGGAGCCAAT GGGTTGAAGT AACTCTTGTT CAAAGTGGTG TTACGATTTC AAGAACTCCT 9600 CTCAGTTCTG AGGACACGGT AATGATTGAT GCGACGGAAG TAAAAATCAA TCGCCCTAAA 9660 AAAAGAATTA GCGAATTATT CTGGTAAAAA GAAATTTCAC GCTATGAAGG CTCAAGCGAT 9720 TGTCACAAGT CAAGGGAGAA TTGTTTCTTT GGATATCACT GTGAACTATT GTCATGATAT 9780 GAAGTTGTTC AAAATGAGTC GCAGAAATAT CAGACAAGCT GGTAAAATCT TGGCTGACAG 9840 TGGTTATCAA GGGCTCATGA AGATATATCC TCAAGCACAA ACTTCACGTA AATCCAGCAA 9900 ACTCAAACCG CTAACAATTG AAGATAAAGT CTATAACCAT GCGCTATCTA AGGAGAGAAG 9960 CAAGGTTGAG AACATCTTTG CCAAAGTAAA AACGTTTAAA ATGATTTCAA CAACCTATCG 10020 AAATCATCTA AACGCTTCGG ATTACGAATG AATTTGATTG CTGGTATTAT CAATCATGAA 10080 CTAGGATTCT AGTTTTGCAG GAAGTCTATT ATCAAAAATA CCATCAAGAT TATATAAGAT 10140 TGATACAGGA AAAGTTTTAT TTGATGGTGT AAATATTAAT CAAATAGATA AAAAAATATT 10200 AAGTCAAAAT TTAGGAGTAG TTCCACAGGA TTCATTTTTA TTGAACCGAA GTATTCTTGA 10260 TAATATAACT TTAAAGCACG AAGTTACTTC ACAAAAGATA GAGGAAGTTT GTAAAGCAGT 10320 TCAAATCTAT GATGAAATCA TGGCTATGCC GATGAAATTT AATACTATCA TCTCAGAGAT 10380 GGGGTCAAAT ATTTCAGGTG GGCAAAGGCA ACGGATAGCA CTGGCACGTG CATTAATAAA 10440 TAATCCTAGT ATTGTAATTT TAGATGAAGC AACTAGTGCA TTAGACACTA TTAATGAGGA 10500 AAGAATAACA AAGTATATAC AAAGTCAGGG CTGTACTCAA ATAATTGTAG CTCATAGATT 10560 GTCAACGATT AAGGATGCGG ATGTTATTTT TGTAATGAAA GGTGGTAAGA TTGTTGAGTC 10620 AGGAAATCAT AAGTACTTAA TGGATCTTGG TGGAGAGTAC TACAGCTTAT ATACAAAAAG 10680 GAAATGAGGT GTAAAGAAAA TGAAGAAAGA AAATGAATAT GTAATTTTAA CAACAGCCTC 10740 ACTAGGGGTG ATGATTGGAA TAGTGTTTGC AATTTTTTTA GATTTTCCAG TTGAATATGG 10800 TATTTCTTTA GGCTTGTTGA ATGGAATAGT ATTGGGTTCG CTGATTGTTT ACAAAAACAA 10860 TAAGAATTAA GCATAATTTT TTGCTGTAAA CTAAGGAGTA GAGATGGCTA TAGTTGAAAT 10920 TATAAATCTA ACAAAAAGCT TTAAAGATAT TGAAGTTATT CATAACACTT AAATAATAGA 10980 GCAACTACAG TAGTAGCTTA AAAACATGAT TAAATCGCTA TTCTTAGGAG TAGCGGTTTT 11040 TCTTTTTGTT TAATACTCTT TGAAAATCTC TTCAAACCAC GTCAGCTTTG CTTTACCGTA 11100 CTCAAGTACA GCCTGCGGCT CGCTTCCTAG TTTGCTCTTT GATTTTCATT GAGTATAAAA 11160 AGGGTCAAGT AAGTATAGTA AATTGAAATA AGATATGAAC AAATCGATTA GAAAAGTCAA 11220 ATTAATTTCT AGAAATATGT TAGAAATTGG TTTGAATTCC GCAATCAATT TGTTCAGTTT 11280 TTATTTCATT TCATTTTATT TAATTAGATT TTCCAATTTT TTAATTCAAG CTAAAAATCC 11340 CCAATCGTAG TGATTGAGGA TTGAGTAAAT AAATCTTAAA CAATACCTTG TGCAATCATG 11400 GCATTTGCTA CATTTTCAAA GGCAGCAATG TTAGCTCCTG CAAGGTAGTC TTTATCAAGA 11460 CCGTATGTTT CTGAAGTCGT TTTAGCTGTG TTGAAGATGT TTGTCATGAT GTCTTTGAGA 11520 CGGCCATCAA CTTCTTCACG AGTCCATGAG AGGCGAAGAC TGTTTTGGCT CATTTCAAGA 11580 GCTGAAACGG CTACACCACC AGCGTTGGCA GCTTTTGCAG GTCCGTAGAA GATACCATTT 11640 TCTTTGTAAA CTTTGATGGC ATCAAGGTCG CTCGGCATGT TGGCACCTTC AGATACACAG 11700 ATAACGCCTT GAGCAACCAA ACGTTTAGCT GCTTCACCGT TGATTTCGTT TTGAGTGGCA 11760 CATGGAAGAG CAATGTCATA GTTTCCAGCG TAAGTCCATA CAGTACCTTC GTGGTAGGTT 11820 GCAGTTGCTT TTTCAGCTGC ATACTCAGTC AAACGAGCAC GACGTTTTTC TTTAACATCA 11880 ACCAAAAGAT CGAAGTCGAT ACCATTTTCA TCGATGACAT AACCATTTGA GTCAGAAACA 11940 GAAATAACAG TTGCACCGAG TTCAGTTGCT TTTTGAAGAG CATATTGAGC AACGTTACCA 12000 GAACCTGAAA TAACGACTTT CTTACCAGCA AAGCTGTTAC CGTTAGCTTT GAGCATTTCT 12060 TCAGTATAGT AAACCAAACC GTAACCAGTT GCTTCTGGAC GAATCAAGCT ACCACCAAAT 12120 CCAAGAGGTT TACCAGTCAA GACACCAGCA TCAAATTGGT TAAGACGTTT GTATTGACCG 12180 TAAAGGTAAC CAATTTCACG TCCACCAACA CCGATATCAC CAGCAGGTAC GTCAAGTGAT 12240 GGTCCGATGT GTTTTTGCAA TTCAGTCATG AAGCTTTGGC AGAAGCGCAT CACTTCAGCA 12300 TCTGTTTTAC CTTTAGGATC GAAGTCTGAT CCACCTTTAC CTCCACCGAT AGGAAGTCCA 12360 GTCAAGACAT TTTTAAAGAT TTGTTCAAAT CCGAGGAATT TCAAGATCCC TTGGTTTACA 12420 GTTGGGTGGA AACGAAGTCC ACCTTTGTAT GGTCCAACAG CTGAGTTGAA TTGAACACGG 12480 TAACCACGGT TTACTTGAAT TTTTCCATCA CGGTCAACCC AAGGAACACG GAAAGAAACC 12540 ACGCGCTCAG GCTCAGTAAT ACGTGCCAAG ATATTTTCTT CGATATACTC AGGGTGTTTT 12600 TCAAATACAG GTTCTAAAGT GTTGAAAAAT TCTTCAACAG CTTGGAGGAA TTCAGCCTCG 12660 TGCCGG 12666 (2) INFORMATION FOR SEQ ID NO : 138 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3083 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 138 : AGCAACTGTT GTGAACCAAT TCCGATAAAT TCCAAGAATT GGTTAATAGA GCCATTTTGA 60 CCAAAAATCC CGATAAAAGC ATAGGCTTTA AGGAGCAAAT TGATCCAGGT AGGAAGGATA 120 ATCAGCATGA GCCAGAGTTG ACGGTGTTTG AGACGGGTCA AAAAGAGGGC CGTCGGATAA 180 CTGATAAGCA GTGCCACAAA GGTCACAATG CCTGCATAAA GCACTGAGTT GAAACTCATT 240 TTAAGATAGG TCAAGTTTTG TGACGCAAAG TAAGATTTGT AATTTTCTAA ACTGAACTGG 300 CCTTCGATGT TGAAAAAGGA TTGACCGAAA ATCAAGACCA AGGGTGCCAA TACAAAGAGC 360 GCAATCCAAA GCATGTAGGG TACTACAAAG AGTTTAGAGC TTGTTTTCTT CATCTCTTTC 420 CTCCTCGATT GCATTGATCA AACCTGCTTC TTGCTCTTCG ATTTCTACGT ACTCCTCAAT 480 ACGAGCATCG AACTCTTCTT CGGTTTCATT GAGACGCATG ATGTGGATGT CTTCTGGTTC 540 AAAGTCCAGA CCGATTTCCT CACCCACGAT AGCCTTACGG GTTGAGTGGA TCATCCATTC 600 ATTTCCAAGT TCGTCATAGG CGATAATTTC ATAATGAACT CCACGGAAAA GCTGGGTATC 660 GACCTTAACT TGGAGCTTGC CTTCTTCAGG AAGGGTAATG CGCAAGTCCT CTGGACGAAT 720 AACGACCTCA ACAGGTTCAT TTGGCTTCAT CCCACCATCA ACCGCTTCAA AGCGTTTGCC 780 GTTAAATTCG ACCAAGTAGT CCTCAATCAT GGTACCTGGC AAGATGTTTG ACTCCCCGAT 840 AAAGGTGGCA ACAAAGTGGT TGATTGGCTC ATCGTAGATG TCCACAGGGG TTCCAGACTG 900 GACAATCTCG CCATCATTCA TAACGAAAAT CCAGTCACTC ATGGCAAGAG CTTCTTCCTG 960 ATCGTGAGTG ACAAAGACAA AGGTAATGCC CAATCGTTGT TGTAATTCAC GCAATTCGTA 1020 CTGCATGTCT GTTCTCAATT TCAAGTCCAG CGCTGATAAA GGCTCGTCCA ACAAGACCAC 1080 ACGGGGTTGG TTGATGATAG CACGGGCGAT GGCCACACGC TGACGTTGTC CTCCAGAAAG 1140 TTTGCGGATG GAACGTTTTT CATAACCTTC CAACTGAACC ATCTTGAGAA CTTCCGCTAC 1200 ACGCTGCTCG ATTTCTTTCT TATCAATTTT ACGCAAGCGA AGTGGAAAGG CAACATTTTC 1260 AAACACATTC ATATGTGGGA ACAAGGCATA GGATTGGAAG ACGGTATGTA CGTCGCGCTT 1320 GTTGGTTGGA ATATCATTGA TACGAACACC GTCTAGCATG ATATCTCCTG TCGTCGCATC 1380 CAGTAAACCT GCAATAATGT TTAGGATAGT TGATTTCCCC GAACCAGATG CACCTAGAAG 1440 GGTGTAGAAT TTCCCTTCTT CCAACTCAAA GTTGATGTCT TTGAGAACCT TGGTGTTGCT 1500 GTCTTCAAAA ACTTTAGAGA CGTTTTTGAA TTCGATAATT GGCTTTTTCA ATTGGCATAA 1560 ATTCCTTCTT TTTCATAGAT TAACCGATCG GGGCTCTGTC AGGTCCCCAC TACCTCTTGC 1620 AGGGAGTAAA ACCACCTGCA TACATCTTCG CTACCGATAG GCTTTCACCC AAGATCCGGA 1680 CTTCTCTTTC AAGCGTAATA CCTGAGTGTT CCTTGACTTT TTCGATAACC GATTGGATCA 1740 AGTCCTCGTA GTCTTTGGCC GTTCCATCTG CGACATTGAT CATAAATCCT GCATGCTTTT 1800 CTGACACTTC TACGCCACCG ATACGATAGC CTTTCAAGCC AGCTTCTGAA ATTAACTGAC 1860 CTGCAAAATG CCCGACTGGA CGCTTAAAGA CCGAGCCACA AGATGGGTAT TCCAAAGGTT 1920 GCTTGAGTTC ACGTAGGTGC GTCAAGCGGT CCATTTCCTG CTTGATAACC TGATGGGTTC 1980 CTGGAGCTAG GGCAAATTTA ACTGACAAGA CAACTGCACC AGACTCCTGA ATAGCTGAAT 2040 GACGGTAACC AAAAGCCAAG TCTTTAGCAG ACAGGGTTTC GATTTCTCCA TCCTTGGTCA 2100 AGACCTTACA AGACTGCAAG ATGTGAGCAA TCTCGCCACC ATAGGCACCC GCATTCATAA 2160 AGACAGCACC GCCAACGCTT CCTGGAATAC CACAAGCAAA CTCAAAGCCA GTTAAACTAT 2220 GACGGAGGGC AATGCGAGTT GTTTCAATCA AGTTAGCCCC AGCTTCTGCT TCAATGGTAT 2280 AGCCATCAAC AGAAACGTTA TTGAGCTTGT CACACAAGAT GACAAATCCA CGAATCCCAC 2340 CATCACGAAC GATGATATTG CTTGCATTGC CAAGAACCAT CCAAGGGATA TTTTCTTGGT 2400 TGGCAAATTT CACAACGCGA GCCAACTCAA AACGATTTCG TGGAAAGACC AAATAATCAG 2460 CCTCTCCACC TACTTTTGTA TAACTATAGC TATGCAAGGG TTCCTTAAAA CGGATATCAA 2520 TTCCTTCTAA GATTTCAAGC ATTTTTTCTC TTACAGACAT GTCACTCTTC CTTTTACAAA 2580 ATTCATTCCA TTATACCATT TTTAGAGACA TTTGACGACC ATAAAAATAC CTTGTTTGGA 2640 TTTTGCATAA GAAAAAGAGG TTCCCCCCTT TTTATGATTT TTTACAAAAG ATTTCCTTGG 2700 TTCCATAGGC GACCAGAACG AGCTCCAGTG CTAGAATCAC TTCAACCAAG ACTGGATTTG 2760 TCAACCAGCC TACTTGGAAA AGAGATGGTG CCAGATCAAA GAAGGCATGC AAGCCATAGG 2820 CTGCTAGGAG ATAAATCCAT TTCTTCTGGC GAACAGCTTG GTAAACCCAA ACTGTCAAAA 2830 GTAATTGGAA ACCAAGCGCC AAGATTCGCT CAAAACCAAG CAAATAAATC TGCCAGACCG 2940 AAAGTGACTG AATGGTTTTT AACATATTTT CAGACAGTAA TTGCATAACCTGTGGATTC'r3COO GAGTTTGAAC TGCCGAAAGA ACAATGTAAA GATTGAGTAA ACTAGTAAGG CCTAGAAAAA 3060 TCAACTCCAA GCCACCATGC CCC 3083 (2) INFORMATION FOR SEQ ID NO : 139 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 15363 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 139 : CCGGAGGATA TTGACCACCA CCAAAAGCAG GGGGAAAATC GAAATCAACC AATAGTAGGC 60 TACTGCGACA CTGGTCAACT CACTATCTGA TGCTTGATAA TAATGCAAAA AAGCTTTTAA 120 TAAAGGTTTG TCTATCAGCT CTTTCCACCA CTTTTTCATG TCATACTCCT TCACTTATAA 180 TCTTATACTC AATGAAAATC AAAGAGCAAA CTAGAAAGCT AGCCGCAAGC TGCTCAAAAC 240 ACTGTTTTGA GGTTGTAGAT AAGACTGACG AAGTCGATCA CATACATACG GTAAGGCGAC 300 GCTGACGTGG TTTGAAGAGA TTTTCGAAGA GTATTAACTA ATTTCTTCTT ACCAATTCCA 360 CCATATCATA CGGTAGGGTA TTGGCAGCTT CCTTCAAGGA ATAGTTCTCT AAGTTATTTA 420 CATTTTGTCG TAATTTCTTG GCATACTTAG TCGTAATCAA TCGTTTTTCT TCGTATTCGA 480 AAATCAACTT GCGCTCCAGA TAATAGCCTC TCAGCATTTC ATCGATATTG TTGGGTTTGA 540 CACGATTGAT AACCCGTTCG ACAAAGGCAC CACTGCTGAT AATAGCTGTT TCTCGAAGAC 600 GAGACTCCTG CATAAAACTA ATCAAAGAGC GTCTGTAGAC TCCCTTCAGG TTTTCCAAAC 660 TTTCAATAAT CATCTCTGTA TTGGCAAGAT AGAGCTCTGC AATTTGGTCA TAATCAAGAG 720 CACGGAGACG GCTTTGCTCC TTGTTCTTCC AGCTACGGAA GGTCTTTCCG AGAGTAAAAA 780 CTTCATGAAG GAGAAAACGT AAAATCCTCA AGGAAACAAG AAAATAATAG GTCAGTCTTG 840 AGGCAAGTTT ACGATTGATT CCTTGTTCTA TATTTTTCAG ATAACGTTGG TAAACTCGGT 900 AAGCACGATT GCTAATGTTC CCCTCTTCAT AGGCCTGTTC CAAACCATCA CTTTCAATAC 960 TAAGAATCAA GAGTTTCAAA GCAGCCCAGT CTTCTTGATC ATCCTGGTTT TCTTGGCTTA 1020 AAATGAGATT TTCAATACGT CCATGATAAT TGTCAATAGC CGCATAGAGG GGAAGTTTAT 1080 TTCTGGTGTC TTCCAACTCT TTTTCCAACT CTAGCGTTAC TTCATTCAAA ATGGCGATAT 1140 GCATAAGATA ATCCTTGCTT TCTTCCTCTT CATCAGAAAG ATGAGGCAAG ACCAAGAGAC 1200 CTGTTAAAAA GCTAACAAGC GTCACACCTG CAACAAGGAA AAGCAAAAGA GGATACTCCT 1260 GTTCTAGATT ACTTGGTATC AAGAGAATCG TAGCAATCGA CACCGTTCCC TTAACACCTG 1320 AAAAGGTCAA GAGAAACATG TCCTTCATAT ACTTATTTAG CTTTTTCTTG AGGCGTCGGG 1380 TTCTATAGGC ATAATAGCCA TAGATCATAA TAAAACGAAT GACAAAAAGG ACAAAGGTAA 1440 GGGCGATAAG AGATAGCAAT AAAAGTAGAG GATTATAGAT TGGATTGGTC AAGATAGGTT 1500 CTGCTATCAT TTCCAACTCC ATCCCTAAAA TCACAAAGAC AGAACCGTTG AGCATAAAGG 1560 TCACTGTATG CCAGACCGTC TCGGTCACCG TATCCACTTG GGCTTCGAGG AGCGTGATTT 1620 TCTTGAAGCG ACTTGCCTTT AAAATTCCAG CAACTACGAC GGCAATAATA CCTGAAACAT 1680 GAACTTCTTC TGCCAGAAAG AAGGTCACTA GAGGCAAACT CAATTCTAAT AAAAGTTCAC 1740 TGGCAATATC CGTTGCGCGC ACACTTAGCA AGAAGGTATG GAGGAAGCGG TTGGTCATGG 1800 CTGTTAAAAA TCCAATTAAA AAACCGCCTA GGATTGAAAA GATGAGCGAA CTGCTAGCTT 1860 GCCCCAGAGA AAAAGCTCCA GTTGTCCAAG CTGTCAAAGC TACCTGAAAA GCCACCAAAC 1920 CAGAAGCATC ATTCAAGAGT CCTTCGCCCT TAAGAATATT GGACACGCGC TTAGGAAAGC 1980 TAAAACGCTC CGAAAGAGAG GCAAAGGCCA CCAAGTCCGT AGGACCAAGG GCTGCCCCAA 2040 CAGCCAAGCA AGCTGCCAAG GGAAGGCTGA ACCAAAGAAG ATGGGCCAAG CCACCCAAAC 2100 TCAGGGTCGA GATAAAAATC ACTGGAAATA TGAGATAAAC AATGATTCGC CAGTGTTTTA 2160 AAATAGCCGT AACATCTGCT TCTTCAGCCT CTCGGAAAAG CAAGGGTCCG ATAACCAGTG 2220 CCAAAAACAA CTCCGTATTA AGGTGAAAGT CAGTATTGGG TAAAAAGAGA CCAATCACAA 2280 TTCCCAAAAG AATTTGCACC AAAGGGAGAG GCAAAAAGGG CAGGAGCTTA TTGGTTGTAC 2340 TTGAGACAAT CAAAACCAGT AAAAATAGGA TGAGGTAAAT CAGTAATTCC ACGCACGTCC 2400 TCCTTAATCT TTTTTACAAC AGGATTCAAA TATCTCCTTC TGCTCTTTGA TTTTTTGGTC 2460 AATCTTGGAA CAGTCTTTGT GCTCAATTTT TCTCTGGCAC CGTTCCATTT CAAGAGCAAC 2520 TAATTTTTTC TTGATTTTAA GCATTTTTTT GCTCATATGC GCTTGGTCTA GCACGCCCAT 2580 CGCTCGTTCG TGGTGGGTTG ATTCAACAAA ATTCTGGCGC ATGGCATCCA GCTTTTCGTG 2640 TAAGTATTGT TTATCCATGT CTGTATCTCT CTAATTTTTC AATCATCACT AAAAACGGCG 2700 GGTTGTTGAC TTGGTTTAAA GTTCGGTAAA TGGCAGCTGT GTACTCTTGT TGGTTCAACT 2760 GGATCACAAA ATCCAAGACA GCATCTCTCT CGAGATCGCC TCCTTCATGA CCATAGTAAA 2820 TCATAATAGC AATTCGTCCA CCTTTGACAA GTAAGCCACA TAGCTTTTCT AATGCCTCAA 2880 TCGTTGTCTG CGGTCGGGTG ATGACAGACT TATCAGCTGC CGGCAAATAG CCCAGATTAA 2940 AAATCCCTGC CTTAGCTTTT ATCACAAACT GGTCCAGTGT CTCATGGCCT TGCAAGATTA 3000 ACTGGGCATT TGTCAAGTCA GCCTGATGCA AACGCTCTTG GGTCTTTTCC AAGGCTTGCT 3060 TCTGAATATC AAAGGCATAG ACTTGCTTGG CTAGCTTGGC TAAAAAAAGC GTGTCATGAC 3120 CATTTCCCAT AGTCGCATCC ACTACGACAT CCTCTTTTGT CACGACCTCA GCCAAAAAAT 3180 CATGTGCCAT CTCAAGTGGT CTTTTCATTT TCAAACTCCT GTTTTACAGC CTTGCATCCT 3240 TGAACACTTC CACGACGTCG CATCTCCATC TCAATGCTGT TGAGGACTTC CCATTTATTG 3300 AGGCTCCACA TAGGACCAAG CAGCATATCC CTAGGCGCAT CTCCTGTAAT TCGATGGATG 3360 ACGATATGTT TGGGAATAAT TTCCAGTTGG TCACAGATGA CCCTGACATA TTCGTCCTGA 3420 CTCATCAATT GTAAACGCCC CTCATGGTAA TCTCGTTGCA TACGAGTATT TGTCATAAGA 3480 TGGAGCAAAT GCAGTTTAAT CCCTTGAATA TCGTTATCCG TGACACAACG GCGGACATTT 3540 TCAACCATCA TCTCATGGGT TTCACCAGGC AAACCATTGA TCAAATGGGA AACAATCTCA 3600 ATTTTTGGAT ACTTTCTCAA ACGCTTGACC GTTTCCACCT ACAATTCATA AGAATGCGCA 3660 CGGTTAATCA GGTCAGAGGT TGCTTCATAA GTAGTTTGCA AGCCCAATTC AACCGTCACA 3720 TGCATGCACT CCGATAACTC AGCCAAATAT TCGATGGTTT CGTCTGGTAA ACAGTCTGGG 3780 CGCGTTCCAA TATTGATTCC TACCACACCT GGCTCATTGA TAGCCTGTTC ATAACGCTCT 3840 CGAATAACTT CCACCTTTTC ATGGGTGTTG GTAAAATTTT GAAAATAAAC CAGATACTTC 3900 CGAACATCCG GCCACTTGCG GTGCATAAAG TCAATTTCCT TATAAAATTG CTCACGGATA 3960 GGCGCATCCG GTGCCACAAT GGCATCTCCA GAACCAGAAA CCGTACAAAA AGTACAGCCC 4020 CCATGAGCCA CAGTCCCATC ACGATTGGGA CAATCAAATC CCGCATCAAT AGGGACTTTA 4080 AAAGTCTTTT CTCCAAAGAG TTTTCGATAA TAATCATTCA AGGTATTATA AGATTTCATG 4140 ACTTTCATTA TAACAAAAAT CACCCACAAT CTCAAAAGCC TGACTTTCCT ATAAATTCCT 4200 CTGTTTCTCG TTTCCATTAG CCTTTTTTTA TGATACAATA TGGGTATGAT TTTAATGAAA 4260 TTAGCATCTA TTTTATTATT GATACTGACC TTAGTCGTCT GCATTATCCT AACCAAACTT 4320 TTTAGATTAA AAAAACTAGG ACGAAACTTT GCGGATTTGG CTTTTCCAGT CTTGGTATTT 4380 GAGTATTACT TGATTACAGC TAAAACCTTT ACCCATAATT TCCTCCCTAG ACTGGGGCTA 4440 GCCCTCTCGA TCCTAGCCAT TATTCTCGTC TTTTTCTTCC TTTTGAAAAA ACGCAGCTTT 4500 TACTACCCTA AATTTATCAA ATTCTTCTGG CGTGCAGGAT TCTTATTAAC CCTTATCATG 4560 TATATAGAAA TGATTGTTGA ATTGTTCTTA ATGAAATAGT CGAATCCCTA AGCATTTTCT 4620 AGGGATTTTT GCTTTCTCTA CAAAATAGTA TAGACAATAA CACTATACAA TTTTATACAA 4680 AGAAAAGAGT CTGGGACAAT AGTCTCTTAT ATCCAAAAAG GCAACGGATT TGCCGTTGCT 4740 TTTTTGGATG GTTACGATAG TCTTGGTAAA ATAGAATTGC CCAATAAACC ATTTAGAAAG 4800 GCTATCCCAT GCATATTCAC TATAACACAA ATCAAACAAC TTTACCACTA GAAATCAGTT 4860 CCTTCTTACC ACAAGATCAT CTCGTTTTTA CTATTGAAAA AGTGGTGAAT ACCTTGGAGG 4920 AACGTCACTT CTACACCTCC TATCATGCCT TTGATCGCCC GTCTTATCAC CCTAAAATGC 4980 TTGTATCTAC TCTTCTATTT GCCTATTCAC AAGGGATTTT CTCTGGTCGA AAAATTGAAA 5040 AATGGAAGAG TTAGTGACCT TAGATTGTTT GTTTATTGAC AGAACTAAGA TTGAAGCCAA 5100 TGCCAACAAG TATAGTTTTG TGTGGAAGAA AACGACAGAG AAATTCTCCG CCAAACTTCA 5160 AGAACAGATA CAGGTCTATT TTCAAGAAGA AATCACTCCC CTTCTGATTA AATATGCCAT 5220 GTTTGATAAG AAACAAAAGA GAGGGTATAA AGAGTCAGCT AAAAACTTAG CGAATTGGCA 5280 CTATAATGAC AAGGAGGATA GCTACACACA TCCTGATGGC TGGTATTATC GTTTTCACCA 5340 TACCAAATAT CAGAAAACAC AGACAGACTT TCAACAAGAA ATCAAGGTTT ACTACGCCGA 5400 CGAACCTGAA TCAGCCCCTC AAAAGGGACT GTATATGAAC GAACGCTATC AAAACTTGAA 5460 AGCTAAAGAA TGTCAGGCGC TTTTATCTCC CCAAGGTAGA CAGATTTTCG CTCAACGCAA 5520 GATTGATGTG GAACCTGTCT TTGGGCAGAT AAAGGCTTCT TTGGGTTACA AGAGATGTAA 5580 TCTGAGAGGG AAGCGTCAAG TGAGAATTGA CATGGGATTG GTACTTATGG CCAATAACCT 5640 CCTAAAATAT AGTAAAATGA AATAAGAACA GGACAAATCG ATAAGGACAA TCAAATCGAT 5700 TTCTAACAAT GTTTTAGAAG TAAAAGTGTA CTATTCTAGT TTCAATCTAC TATACAATAA 5760 GAGAATGACT CAAAATTAAA AAGCTAGAGT TCCACAATTG GAAATATCTA GCTTTTTTGT 5820 GGTTGAGAAC TATTTTGTCT CAGGCTCTTT ATCTTCTATT TAGGACAAGA GTTTTTCTTT 5880 GGTCTTTAAT GATAAAGAAG GTATCAAAAT TTCTAGTCTT CTTTTTTACC TTTAGTAACT 5940 ACTAATCCTG CACTCAAACC TAGAAGAGTT AAACCTGCTG CTACTGCTGC TTGGCTTGCC 6000 GCACTACCTG TACTTGGTAA CTGGGCTTTA TTAGTTTGAC TAGCTTCACT TGAATCAATT 6060 GGTTTTGTAT CTGCTTTTTC TGACACTTGT GGTTTTTTAG CTTCTTGAGC TACTGGTTTG 6120 GTTCCAACCA AGACGATGCG GTCTGTCGGA ACTTCTACCA CTTCACGGAG TTTTTCTTCC 6180 TTACTTCCAT CAGGATTAAT CGCTGTAAAG ATACGTTCTT TTCCAACTTT TCCTTCTTGT 6240 TCTACACGAG TTTCACCTAG ATACAGTGTT GAATCTTTTT TCTCAACTGT CTTGTATGCC 6300 AAATCTTTTT CAACAAATTC GATTTTTGGA AGATCTTCTT GTACAGCAGC AACTGTCTTC 6360 TCAGAAACTG GTTTTTCCTT AGTCAAGTGG ATACGGTATT CCTTGACTTG TTTTCCACTT 6420 TCTGAAACGA GGCGAACAAG TACTGGAAAG CTATCTTCTC CACTATCTAC CACAGTTGAA 6480 GCTACTTGAT TGTTTTCTTC AACTGAGACT TTTGGCCGTT GACCTTTATA GGTAATTTGA 6540 TAGTCTTGAC GATTTTCAGC GAAATCAGCA AGTTCTTTTC CATCTACAAG AATCTTTGAT 6600 TGAGTGCTTT CTTGAGGCAA TTCACTTGGT GCAAGGAAGG TCATCTCAAT CATCGCAACA 6660 CCGCTCTTAT CTGCTTTACG CTCCATACGC CATCTCATAG CTTTGGCTTT GATAGCTTTA 6720 AATGTTACGT TGATTTCATC ACCAGCTGCA ATGTCTTTAT CCGCACGATA AGGAACAGCT 6780 TCCCAATTTT CTGGATTGTT GAATGGATGG TCTGCGTCGT AGGCTTGGTA GTTTGAATAG 6840 TAGGTTGGCA CTTCAAACTC TGGACCGACA TAGCGTTCTA AAACGAGTTT AGATGGTGCA 6900 TCCGTACCAC TATCTGCAAA GAACTGAACT TTTCCTTGTG TAACAGTCCG TTCTACAATC 6960 TTACCATTTT CACGGAAAAT CACACCCGCT GATACTTCTG GATTAGAAGA TGGTGTTGGT 7020 GACCAGTTTG TCCAACGACG ATTTTCTGAA TGATCTCCGT CATTGAGATA GTCAACGCGG 7080 TCATGAGAGT TTTTGTCAAT ATCATTGGTT GCTGAAGCAA AGGCCTGGTT ACTGTTTTCA 7140 TCATAGTTAG GGTTATCTGA AAGAGTCTCA CCAAGTTTGT CTGTCACTCG TACAGTGATC 7200 TCAGCAACAA GGTTACTACC AAGGACACGG CCTCGAACAG TAAATTGACC TGCTTTTGTC 7260 AGATTTTCCG CTGGAACTTC TTCCCATTCA ACTGTCAGGT CTTTTGTTTC GTAGCCGTCT 7320 TTACCTGTGA AGTAAACTGG AACCTTAGTC GGCAATTCAA GTGCTTGACC TACTTGTAGC 7380 AAGCGAGCTT GTTTAACCGC AGCAACTGGT TTATGAGAAA GTAAGCTCTT ATCCTTAGTG 7440 AAGTGCAGAC GGTATTCTCC TAAGATGTCG CCATTTTCAG CTTTCGCGAT GACACGAACT 7500 GGCTCACCTT CACGAACGCT TGGAACGACG GTAGCGAGAC CATTGTTGCT AACACTTGCT 7560 GTGACTGCCG GAACTTTTCC ATCTACAGAC TCAAGGTAGT AGTCTGTCAA ATCAGGGTTG 7620 AAGTTTGCTA AGTCTTTGCC GTCAACTTGG ATTCTTGTTT GTCCTTGCTT GGCTGCCGCA 7680 ACTTGTTTCG CAAAGATTTG TACCTCTGTG ATAGACGTTC CACGCTTGTT ATCTGCTTTA 7740 ACCATGCGAA TACGAACAGC ATAGGTTTCA ACTTTATCAA AGCTAAAGTG GTTCATTTCT 7800 CCAGCCTTGA GTTGAGCAGG GGCTTTTAGA TTAGTAACTG GTTTCCAGTT GGCAGAATCA 7860 TTAAAGACAT GGTCCTCATT ACCAACAAAA CTAGGGTTTT TAGGAGCTGT TGGGACAGTC 7920 TTACCAACAT AATACTCAAT CACATAAGAC TTCGGTACAC CAACTCCATG GTCTTCATGG 7980 AATCCGACAC TTAGATTATC AACGGAGCGT TTGCTCAAGA TACCTGAATC TCCAAACAGA 8040 ACACCGACTG AAGCTTCTGG ATTAGTACGA TTCCAGTTTG TCCAACGATT GGCTGGTTGG 8100 TTATTGTAGG AAATGAGCTT GTCATTAACA TTTGAAACTG GGTCGCTTGG ATTTGAGTCT 8160 GAAGCAAAGG CAAGTGGCAA TTCTGAACCG GTCCATTGGT CAGAAATGTT TGCACCTTGC 8220 TCAGTTTGAG CAGATACGCG AACATGAAGT TTAGTTGTTA ATTGCGTACC TTCTAAGCGA 8280 CCATTAACTG TAAAGACACC TTCCTTAGCG TATTGCTCTG GACGAATCGC ATCCCATGCA 8340 ACCTTAGCTG ATGAAACGTG ACCATTTGAA TCATATGTCC GAACACTTTC TGGTAATTGT 8400 GGTGCTTCTG CGATTGGAGT TGTCACACTG ACTTCTTCAA CTGAAACGAT ACCTTCTACA 8460 GAGACTTTTG CACGCGCTTC AAGGTCAATT CCTTCAACTT TACCTAGTAC TTCAAATGTT 8520 TGATAGGAGT CTAGTTTTTC TTTCGGAATA GCTTGCCAAG TGACTTTATG AGTTTTAGGG 8580 AAACCTTTGT CATACTCAAC TGTTACTGTT GCTGGAAGAC TTGGTTCCTG ATGCAAATCT 8640 GTCACTACAT TTACAGGACG GATGGATTGC GCAATCTTCT TCTCAGTATT GGCTTGGATA 8700 GTGAGTTCAA CTTGGTCTTT AGCTCCCTCA TATTCAGCGT TCAGAGTGAC TGCTCCTGGC 8760 TTATGCAACT CAAGCATTCC TTTACGAATT GCGACTTCCC CTTCACCACT TGTAGAGAAG 8820 GTTACTTTAT CAGCTGGTAA TACAGCTTGC GTTCCATCTT GATAGTGAGC TCGAACCGAC 8880 AATTTGACAG TTTGGTCTTC TTTGAGACTG TCAGCTTTTT CCACTTGCAA GCTCAAGTGA 8940 GCAATTTTTG GCGCTTCTTC AAGGAATTGA ATTGCATAGG TTTGAAGAGG GCCACCATCT 9000 TTAGGCTGAA TAAAGATGCT CGCACGCATG CCGTTTGCTG CGCTTGCTTG AAGAACTGTA 9060 ACAGCTGCAT TTTTAGCACT TGCTGTGACT TCTGGCAACT TAGCTCCATA AGCAAGAGTG 9120 CGGTATTGCA TTGGTTTTTG ACTAGTAAGA CCTGTTACTG CCTCACCACC AACCGTTACA 9180 GTTGGTACTG CAGGTGCCGC AGGATTGCCT TCTTCTACCA CAAGGGTTGC ATGAATTGGT 9240 TGACCTTCTA AATAACCGGT CGCTTGAATA CGAGAACCTG GAATTGCTAA CTTAGCTTTA 9300 TCTTCTTCGG CAATCTCCCA CTTGTCCACT TCATACTCTT CAACACTTCC ATCAATCAAA 9360 ACATAGGAAA CAGATTTGTC TACAGAATTC AAGTCAGTAT TTGGAGCAAT ACGTTTCACA 9420 ACTGGTAGCT CTGATTTAAG AGCAATCACT TCTACACGAG CTTCTACTTC TCGTCCGTCA 9480 GCCATACCTT TCACCGTTAC AATACCAGGC TTGCTCACAT CTACTGAAGA CCAGGTTACA 9540 GGACGTTCTG CACGGCTACC ATCACTGTAT ACAAACGGAA CAGTGGTAGG CATTTCAGGT 9600 GCCTCTCCAA TAATGGTCTG TACTTTTGGC ACTTCTGTCC CCAAAACAGT CTTCTCTTGT 9660 CCTTCTTTCT TACCAGTAAA GACAGTGACT TGGTTCGATT TCAAGAGATC AGAGTGGGCA 9720 GTCAGGGTGA ATTTCCCTGC TTGTTCAGTT GATTTGACAA TGGCAACACC TTTACCATTA 9780 AATGCTTTAC GAATCCAAGA ACCATCTGCT TGCGCCTTAT AGCGTTCACG GCTGGCTTGT 9840 TCTCCGTTAT CTACACCGAC CAGTTGACCT TGGCCATGCA ATTGGAAGCG AACCAGATTA 9900 TTAGCAGTTG GAACCACATT CCCCTGGCTG TCAACAATTT CATAGTAGAT GTAAGTCAAG 9960 TCTTTTCCAT CTGCTGCAAT CGCATGGTCT TCCTTAATAA GACGAACTGC CGCTGGCTTA 10020 CCAGCAGTCG TAATCTTATC TCGAGCAATT TCCTTGCCAG ATTCATCACG AGCAATTGCT 10080 TCCAAGGTAC CTGGTTGATA GGCAACTTTC CATTCAAGAT AAAGTTCATT AGCATTTGCA 10140 CCTTCTTGGT AAGTCCGCCC ATCGCTGGTT TGTTTTTTAT TGAAAGTCTT AAGACCAAGA 10200 GATTTTCCAT TCAAGAACAA TTCTACACTA GAAGCATTCG AATAAGCACG AACTGGAATC 10260 TTACCTTCTG AGTCAGCTAC TTTGGATGCT AATTCTTTGT TTTCCCAGTT CCAGTGAGGA 10320 AGAAGGTGTA CCATCGGTTT CTTCTTAACA GAAACCCATT GGCTTTGGTA GAGATAGAAG 10380 TCATGTTTTG GAATGCCGGC TGTATCTACG ATACCAAAGT AAGAGCTCTT AACAGGAGTT 10440 TGATTTTGGT TGTGCCATGG TGTAGGTTCA CCAATATAGT CCGTACCTGT CCAGATAAAC 10500 TGTCCAGCAT AGCCAGCGTT GTCACGGTCA AAAGTCCATG AAGCGGTTGC TGTTTTCCCC 10560 CAACCCACAC GATCATTTCC ATAATCTGAC TGTTCATAAT TACGCTCAGG TCCATTGCTA 10620 TGTTTCAATT CACGTTCAGG GCGATAGTAA CTTCCACGTG TACGGGTAGC TGAAGATGTT 10680 TCTGATCCAT AAATCAACCA TTTTGGATGC TTAGCTCTAA GGGCTTTGTA ATTATCTTCA 10740 GAATAGTTAA ATCCAACAGC ATCGAGTTCA TCAGCAATTT TCTCATGCCC TCCGCTACCA 10800 TTACCGAAAC GGAATTTATC TGCTCCCATG GTAACATAGC GAGTCTTATC AACATCCTTG 10860 ATAACCTTAA CCAAACGTTT AACAGTTGCT AAAGAGTGGG CATCACCATT AGCTTCACCT 10920 ATTTCATTAC CAATTGACCA CATGAAGATA GCAGGGTTGT TTTTGCCTCT TTCGACCATG 10980 GTACGTAGGT CAAAATCAGA CCATTTTTCA CCTTTTCGAG CTTCTGGGTG AGTGGCATCT 11040 TTTTCAAAGA AACGTCCATA GTCATAAGGT TTCTTGCCAC CATACCACGT ATCAAAGGCC 11100 TCTTCCTGAA CGAGTAAACC TAGTTCTGCT GCGATTTGCA AGGTTTGCTC ACTAGCAGGG 11160 TTGTGGGTTG TACGGATGGA GTTAACTCCC ATCTCCTTCA TTTGTTTGAG ACGGCGATAT 11220 TCTGCTTTAT AGTTTTCTTC TGCTCCAAGC GCCCCATGGT CGTGGTGCAA GGATACTCCA 11280 TGGAATTTAA TACGTTCACC ATTCAAAGAG AAACCTTCAT TTGGAGTCCA GTGATAGTAA 11340 CGGTAACCAA ACAAATCCTT CTTAGCATCA ACCAATTGAC CGTCACGGTA AACACGCGTA 11400 ATCAATTCGT ACAAGGCAGG TTTGTCATTT AAAACAGTCC AGAGTTTTGG TCTTTCAACT 11460 TCTAAAATCG CATCTAGGCT TGTTGATTCA TGTGCTTTTA AGGTACGACT CGCTGTACGA 11520 ACTAAGCCTG TTACAGCATG ACCACCTCGT TCAACGATTT GATATTCGGC TACAAGTTCA 11580 TGGTCTTTGT CGTCCGTATT GACGATTTTG CTGGTCACAT GAGTTTCAAC CTTGCCATGT 11640 TGTTGTTCTT CAAGTTTTGG TGTTAAAATA GTTGTCCCAT TTTTCTCAAC ATGCACCTTA 11700 TCTGTCACTT GTAAAGTCAC ATCACGATAG ATACCACTTC CTGAATACCA ACGGCTACTT 11760 GGCTGTTTGT TGACTGCATG GACAGCAATC ACATTCTCAC GACCATCTTT TTGAAGGTAT 11820 TTGGTGATAT CATATGAGAA CTGGTTATAA CCATTTGGAT AATGCCCCAC TAACTGACCA 11880 TTGACATAAA CTTGAGAATC CATGTAGACG CCATCAAAAG TAAGGCGAAC ATTTTTCTTG 11940 AGGTCTTTTT CATCTAGTTT GAAAGTCTTG CGATACCAAG CTTCCCCACC GTTGAGCTGT 12000 CCACCTTCAT TTTGTGCAGG AGATTCATGA TCGAAATCGT TAAAGATACT CCAGTCATAC 12060 GGTAAATCTA ATTTTTTCCA CGTAGATACG TCTGCATCAG GTTTAATGGC TTCCTTAGAA 12120 TTTGCATTGA GTTTAAAGTA CCAATTTTGA TTAAAATCCA CTTTCCTGTC TTCAATCATT 12180 TGATTCACTT CTTCATTTGT TACAGCTTTA GCATCTTCCT TGAGCGGTTT TTCTTGATTT 12240 GAAGCTTGTG ATTCTATCCT TGGAGCTTTT TCTTCCGGTT TAGCAGACAC TTTTTCCTCT 12300 TTTGGAGTTA CGGCTTCATC TTCTTTCTTC TCAGATGCAA TAGCCTCAGT TGAACTAGGT 12360 TCACTTTGTT CTGTCCTTTC AACTATATTT TTAGTTTCCA AAGCTTTATC AGCCTTTTCT 12420 TCTACTATCA TTTTTTCCTC TTTAGGTTTC TCAGCAGTAT GAGTAATAAG TGTTTCATCC 12480 GCATAAACTA CAGATTCTCC AGCTATATTT CCTCCTAATA AAACTGCACA AGTCCCAATC 12540 ATTACTGAGC AAGCTCCCAC AGCAAACTTA CGAATGCTAT AAACTCTTTT CCGATTCCAA 12600 TGGCCTTTCC CCATAAAACC CTCCTTATAT TATATTTAGT GCAGTTAGCT ACTACCAAAG 12660 CCCAAGTGGT ATACATGGTA TGACAACCTA GTTTCAACAA TTTACACTCT GCGAAAATCC 12720 AATTCAAACT TCGTCAGTGT CGCCTTGCCG TAGATATGAT TACTGACTTC GTCAGTTTCA 12780 TCTACAACCT CAAAACCATG TTTTGAGCTG ACTTCGTCAG TTTCATCTAC AACCTCAAAA 12840 CCATGTTTTG AGCTGACTTC GTCAGTTTCA TCTACAACCT CAAAACCATG TTTTGAGCTG 12900 ACTTCGTCAG TCTTATCTAC AACCTCAAAA CTGTGTTTTG AGCAACCTGC GGCTAGCTTC 12960 CTAGTTTGCT CTTTGATTTT CATTGAGTTT ATATTTTATA GGAGCGCATT ATTTTGCTTT 13020 TGCTGCGTAC TCTTCGTTAC GTTTGATCAT TTGTTTTCTG TACCAAGCAA AGATACCGAT 13080 ATAGAATACA AGGAAGACTA CTGCACCAAG GATTGCTTTG ATATCACCAG TTGTAGTGTT 13140 ACCAATTGTC CAACCAAGAA GTTTTTCGAT TGGTCCTTCA AGAGTAGAGT GAGTAATCAA 13200 TTGAGTTTGG CTCACACCTT CTGGGAAGGC ACCTACACCT TTAGCAAGTT CTGTTGCAAA 13260 TGGTGCAATA AGTGTACCTG AAAGAAGGAA GAGTGGCAAC AAGAGTGTTC CGAAGATAAT 13320 CATACGGAGC AATTTACCAC GAGTTACAAC CAAGAGAGCT GGAGTAACAC CCATAGCGAT 13380 GATACCTGCA AGTGGCAAGA TACCATTTCC AACTTTTGAA AGAAGCACTG CTTCAATCAA 13440 CATGATTGGT GCAAGTACGT TGGCACAAGC CCAGATTTCA GCACGACCAG CGATGAATGG 13500 CCAGTCAAGA CCGATATTGA ATTTACGTCC TTGAAGACGT TTAGTAGCAA CGTTTGTAAT 13560 ACCTTGTGAT AGTGGTTCTA CGGCTGCGAT GAACCATGAA CCGATAAGTG AGAAGAGTTC 13620 CAAAGATACA CCGGCAGTCA AACCAAGAGA CAACCATCCT TTGATAACAA GACGCCATTT 13680 ATCTGCATCT GCAACACCTG CAATTGGATG TGGAGTTCCC ATAATACCGA TAACGATACC 13740 AAGGATGAAA CCGATGAAGA ATTTAGATCC CCAGAAACCG ATTTTCTTGT TCAATTTAGC 13800 AGCATCAAAG TCATATTTAT CAAGGCCTGG GAAGAATTTT TCAAAAATCT TATCCAAAAC 13860 CATGATAACT GGGTTCATCA TGTAGTTCAT GTGAGTTGAT GTCATTGGTG ATGAACTTGG 13920 GGCGTTAAGA AGGTCATCAA ATGTAGGTTT CATCAAGTCA GAGTTGATAA TTTTCAACAC 13980 ACCGACAAGG ACGATAGCTG CTGTAGCAAT AAAGAGTGAA ACCCCTTGAC TCACACCATT 14040 GTTATCAGCA TACCATTTAA TCAAGAGACC TGTGATAGAC AAGTGCCAGA TATCAAAGAT 14100 ATCGACATCA AGTGTATCTG TTTTCTTCAT AGCTAGCATC ACTATGTTGA CAATCAACAT 14160 GATGAGCAAG AAGTATAGTG TCCAAGCAGA ACCCCAAGTG ATTGTAGCAA GTGGTGCCCA 14220 ACCAACGTCG GTAATACTCA ATTGGATACC AGTGTTTTCA ACGAATTTTG CTAGTGATGC 14280 TGAGAAAGCA GTGTTTAGCA TACCGATGAT AGCACCGATA CCTGTAAGAG CGATGGCAAG 14340 TTTGATACCA CCTTCAAGCG CTTTGGAGAA TTTCACTCCA AAAAGTAAAG CCAATACTGT 14400 CAAAATGATT AACATGATGA CAGGTCCACC CATTTCTAAG ATGGGATTGA AAACCTTTCC 14460 GATTAGGTCA AAGATTGCAT CCATAACAGT TCCTCCCTTT TTGATGTTAT ATGAATGTTA 14520 ACAAATTAGA ATTAGCTTAA TCCGTGTTCT TTAATAGCTG CTTCAATATT GTCAAATACT 14580 GGAGCGCTCA TTGCTGGGAT ACGGAATAAG ATTGGCCCAG CTTCGATAAC TGGGATACCT 14640 GGTTCAAAAC CAAGGTCTGT TGCAGCGATT GGTGTAAAGA TATCGTAACC TTTCATAAGG 14700 TCTTCGTTTA CATCTTTCAC CATGACTGCA TCACAGTGAA CATCATAACC ACGGTTTGAA 14760 AGTTCTTCTT CTAGAGCACT TTTAATTTGG TGACTTGAGT TAACACCTGC ACCGCAGGCA 14820 GCAAGAATTT TAATCATTTA GATTTCCTCC GATTTTATTT TTTAATAGAC AAGATTAAGC 14880 GGTTGCTTCA GCAATGTAAG TATAAAGGGC TTCTGGTTCA GAAATTTTTG ATAGGTCTTC 14940 AAGATGACCA TTTCCTGTGA AGAAGTCCAT TAACTGAGCA AGAATGTTCG TTTGACTTGA 15000 ACTTGAATTA TTAATGATAA AGAAGAGTAG GGATACTTCT ACTTCCTTAT CAGGAGCTAT 15060 CATATTGTGA AAAGTTATTG GTTTTTCTAA TCGAACAACC ACCACTTTCT CAGCTAGATT 15120 ATGAACAATA TCTGTGTGAG GAATCGCTAC ATTTGGCAAG TCCTTTCCTA GAAATTCCAT 15180 ATCTAAACCA GTTGGAAATG ACTTTTCACG CGTGATCAAG GCTTCACGAT AAGTTGGAGT 15240 GACAATTTCT CGTTCTTCCA ATAAAGTTGC AACCTGATCA AAGAGTTGTT CTTGACTATC 15300 CGCTTCTAAG CAAAACACAA GGTTTTTGTC AAAGAAATAA TCTAATACCA TAAGTTTTTC 15360 CGG 15363 (2) INFORMATION FOR SEQ ID NO : 140 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 28882 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 140 : TAAGACTATT TAATAGTGGA GTGAAATAGG ATACGAACAA ATTGATTAGG AAAATCAAAT 60 GAATTTATAG AAATCTTTTA GCAGTTATGT TATCCTATTC TAGTTTCAAA ACGCTATAGA 120 AGCAGCATTG TGCTAGTCkA GATTCAGTTT ACTATACTAA AACGAGTAGC TTGAAATCAA 180 AAAACCCACC CTCACAGGCA GGTTTTATCT GTATTATTCA GCTAGATTAT GCTTTACCTT 240 CTGAACCGAA TACGTCGATA CGTTCTTCAA CCGATGCTTG GATAGCTTTT ACACCGTCAG 300 CCAAGAATTT ACGTGGGTCG AAGAGTTTTT TCTTGTCGTA TTCTGCTTCG TTTGCTTCGT 360 AGTCACGAGC AAATTTACGA GTTGCGTTAG CGAATGCGAT TTGGCATTCT GTGTTAACGT 420 TAACTTTGGC AACACCAAGT TTGATAGCTG CTTGGATTTG CTCATCAGGA ATACCTGATC 480 CACCGTGCAA TACGATTGGG AATCCTGGAA GAGCTTCTGT CAATTTTTGC AAGTGGTCAA 540 GGTCAAGACC TTCCCAGTTT ACTGGGTAAG GACCGTGGAT GTTACCGATA CCAGCTGCCA 600 AGAAGTCGAT ACCAGTTTCA ACCATTGCTT TAGCGTCTTC GATTGGAGCC AATTCACCTT 660 TACCGATGAT TCCATCTTCT TCACCACCGA TAGTACCAAC TTCAGCTTCT ACTGAGATAC 720 CTTTAGCGTG TGCTTTTTCA ACAACTTCTT TAGCCAATTT AAGGTTTTCT TCAACTGGAA 780 GGTGTGAACC GTCAAACATG ATTGAAGTAT AACCAACTTC GATACACTCA AGTGCATCTT 840 CGTAGTGACC GTGGTCAAGG TGGATAGCTA CTGGTACAGT GATACCCATT GATTCAACAA 900 GGTTAGCGAT CAAGTTGCGA GCAACTTTGT AACCACCCAT GTATTTAGCA GCACCCATTG 960 AAGTTTGGAT CAAAACTGGA GCTTTTTTAG CTTCTGCTGC GCGCAAGATA GCTTGAGTCC 1020 ACTCAAGGTT GTTTGTGTTA AATCCACCAA CTGCATAACC GTTGTCACGG GCTGCTTGGA 1080 CAAATTTTTC TGCTGAAACG ATTGCCATTT TATCAGGCCT CCTGTATATT TTTATGGGTC 1140 ATCCCATTTA CATTGTTCAT TTTATCACTT TTTGCCAAAA AAATCTAGTT TTTCCCGCAG 1200 TTTCGATTGA TTTTCTTCTA ACTCCATCTA TGTAAACCCT TTCTCTCCCT AGTCTTGGAC 1260 GACTTTTGGA AAATCTATAA AGAAGGTTAA ACTATTCTCC TCCATCTCGA AACGATAAGC 1320 TAATTTTTCA TGTTCTAATA GACTCTTAAC CACAAAGAGC CCCATACCAG ACCCCTTGAC 1380 CTTGCGACTG GCATTGTCAG AAAAAGACTG GGCTAGTTTT TCTTGTTCCT CTGAGCTACA 1440 GCTATTTTCG ATAAAAAGTT CTCCTTCTCT TTCTCCAATT CGAACTAAGC CACCTGGAAC 1500 AGAGTGCTTA ATGGCATTGC TGATGAGATT AGAAAGAATC AACTTCATAA CTGATGGGTT 1560 TAGATAAGCC TGCTGATGGG TCAAACTATT GTCTATCTGG AGCTCTCTTT CCTTGGCTAG 1620 CAAGGCATAA TCTTTGACCA GATTTTGCGT CATCTGGAGG AGGTCAATTG TTTCCCTATC 1680 ATCTCGCAAT TCCTGCACAG AAGAGAGGGA AAGTATCTGC AGAACATGGT GATTGAGTTC 1740 ATCCACAATC CCCAAGGCAA CTCCCAGATA CTGGTCTCTA TCCTTATAAC GACCGATATT 1800 CTCTCTCATA TTTTCGATTA GGATTTTCAA ACTAGCCAGC GGTGTTTTCA ATTCATGAGA 1860 AGCTCCTCGT AGGAATTCGA CCTTCATCTT CTCCAGCTGG AGAATGGCTT CATTCTTTTC 1920 ATGCAAGTCC GCAATAACAG TCAAGAGATG CTGGTAGAGG CTATTGATTT GTTCCTTGAG 1980 ATTACCTATC TCATCCTTAG AATCCACGCG CAATCGCACT TGGGAATCCA GGTCCATCAT 2040 CCGACGGGTC ACCCGCTTGA TTTCCAAAAT CGGTGCAACA ATAGTCCGAG CGTAGATGTA 2100 GGCCACCAAA AGGGAAATCA GAAAGGAGGC CAGCAAGGTA TAGGGAAGAA ACTGGAGACT 2160 GATTTGCTCC GCTTCCTTTT GTAAATCCAT GGAAGCTAGA AACTGGAGAA TCATAGTACC 2220 ACCGTCTTGC GTTTTCACCT CGCGCTCCTC AATAAAGAGA GAGGTTGTCT GGCGGTCTGT 2280 GTCCAGAGGA AGACTGTCCT TGACTTCTAA CTTGTCCTCG GTCATCTCAC CTTTGACGGT 2340 CCCCTTGATA TCACTAGTCT GGGAATACAA GTCTAACACT TGCTCGATAC TCTGCCTATC 2400 TTTCCCTTCT AGGGACTGGG CAATGGCTGT TGCCTTTTGA CCAATGGTTT CCTGACGATG 2460 ACTCAGATAA GTCGAAGGAA AAAGAAAATA AATAGCTAAA TGAAGGCAGA TAACCAGAAC 2520 ACTAAATATC GAGAAGGTAT AGATAAATAT CTTTGCAAAT AAACCTGTTC GTTTCATTTT 2580 CGCTCCAATT TATAACCAAC ATTGCGCACA GTGAGGATAC AATCCAAGTC TAGCTTTTTC 2640 CGCAATTCCT TGATATAAAC ATCAATAACA CGGTCAAAGG GAACCTCATC TGTCGCTTTC 2700 CAGACGGCAT CGATAATCTG AGATCGAGTC AAGGCCCGGC CTTCATTTTT CACTAGATAG 2760 TCCAGAATTT CCAACTCTTT GGCATTGATA GGCACTTCTT GACCTGCGAG GCTTGCACTG 2820 TAGCTTTCAA AGTCCACCTT GGTATCCTTG TAAGAAAAGA TTCGTCCTGT ATCGTAGTAG 2880 CGCTTGAAAA TCGCGTCCAC CCTCACTTTT AAAAGGGAGA GGGAGAAAGG TTTTTCCAGA 2940 TAGCCATCTG CCAAAGAGGC AAAGGCACTC ATCTTGTATT CCTCATCTTG AAAAGCTGTC 3000 AACATCAAGA CAGGAACCTG ACTGGTTTTA CGAATCTCAG CTAGGACTTC TAAGCCGTTG 3060 AGCTTGGGCA TCTGGATATC CAGTAAAACC AGGGCCACCT CATAGCTAGA AAATTGCTCC 3120 AGAGCTTCCT GACCGTCCGC TGCCTCAATA GTTTCATAGC CACAATCCGT CAAATAATCA 3180 CTGACCCCCT CACGGATCAT CTCTTCATCT TCTACAATTA AAATTTTCAT ACTTTAACTG 3240 CTCTCTATTT TTTATTTTTC TTAGAATAAA TACCTACCCT ATTTTCTATT ATAGTCTCTT 3300 GCTGGCCTTT TGTCTGCAAG CAACTGACCA CTAGATAAAA CGTTGTGAAA TTCCTTTCTC 3360 ATAAATTCCA TAACTTTAGT ATATTATATT TAAGCACTAA AGTACAAAGA AAGCAACTGA 3420 AAGCAATGAT TTTCACCACT GCTTTCGGAT TTATTTTGAA TTGTTAAATA GCCATTCCTA 3480 TCCACTATTC TTGAATAGAA ACACAAGATG CAATCTTTAT TCTAGACTCA TTTTTTCAAA 3540 TTTATTCACC ATCCAGCAAG AGCTCTTTTG GTTGTTTTCT AAGGAGATTG CTTGAAGCAA 3600 GCGCCATAAC GAGAACCACT AGAACCAAGG CAAGGACAAA AATGATGATA AAGTCTGATG 3660 TCTGAATGGA AATGTCTAGG CTCGACAAGG TCTTGCTAAA GCCATCTACT TCTGCACCAC 3720 CACCAAGGTT AGAGGCTTGA GCCGCCTTAC TAGCCTGTTT GGCAACACCT GAAGTCACAT 3780 TGGCAAGGAC AGTGTTTCCA ATTGCACGGG CAGTGTAATT AGCTAGGAAG TAAGCAGAAA 3840 CTAGAGCAGG GATAGCAATC AAGATAGATT CGGTGATGAA TTGACCCAAG ATACTTGCCT 3900 GCTTGAGGCC GATAGAGAGG AGAATTCCCA CTTCCTTGCG ACGGGCGTTG ATCCAAAGGC 3960 TGAGCAAGAG GGCAAGGAGG AGAACTGAGA AGCTCAAGCT ACCCCAGAAG AGGAGGTTGG 4020 CCATCTTGTA CATACCAGAG ATAGATTGCT CAAGAGCTGG GTAGTTAGAG GAGCTCTTGA 4080 CGAGTGTGTA GCTCTTCCAG TTGATACCAC TGATGCCATT CAACTCTTTC ATAACATCAT 4140 CCAAGTTCTT GTCTGCTGTT ACAAAGAAGG TTGCGTCCCC ATAAATGGCT GTGTCTTCTG 4200 TGTATCCATA AAGTTTTGCA GCAGTGTGAA TGTCTGTAAT AGCTGTGTTT TCGTAAAGTT 4260 CTTGTGAGTA GGTTACTGCT GACTTATTAT GACCATCAAA GAGTCCCTTG ATTGTCACTT 4320 CAACTGTTTC CTTGGCTCCT TTTTCATTAT CTGCATCGTA GATATTAGAG TCCAGTTTAA 4380 CCTTGTCCCC TACTTTCCAG CCGTGTTTGG CTGCCAAGTC CTTGTGCAAG AGGATTTTAT 4440 CCTTGTCGTC GTTGGTTAAG TGCTCTCCTT CGACTAGTTT ATAAGAACCA GAGACAAACT 4500 TGTCTTCTTT AGAGGAGTCA TTGACACCTG TAATCATCAA GCTACTTCCA AAACGCTTGG 4560 CACGATCAGC AGTGAGATTC TTCTTGGTTT CTGGCGTTTC AATCAGGTCA TATCCAGTCA 4620 AATCTCCGAT AGCGTTGATA CGTTTGACAT AAGACTCAAT GGCCTTGTTT TCGGTGATTT 4680 TTTTGATGTC TTCACCCTTG ATATTCCCAG CACCACGAGG CGTTCCTTGG TTGACGCGAC 4740 GATTGATTTG CATGGAGAAG CTATTGGTGA TATTTTTAAA GGTCTCCTGA GAAGCCTTGG 4800 CAGTAGCTCC CTTGATTGAC AAGCCGACCA AACTCAAGCT CGCCATGAGG AGAATAATCA 4860 GGAAGATGAC AATCGATTTG AAAAACTTCC TTGTAACATA GGCAAATGCG TTGTGTAACA 4920 TAGATTCCCT TTCTAGATTT TGTTTTAATC ATTCTATTAA AATAAGCTCA AATTATTTAC 4980 TAGTATTGCG CGTTTCAGTC AGTTTCTTAT CCTTTAATTC AAGTGTAATA TCTGACGCTT 5040 GTGCCACTTC TTTACTGTGA GTTACGACAA TCACACATTT ACCTGTTTTC TGGGCAAGTG 5100 ATTTGAGTAG TTCGACAATA TCTCCAGCAG TTTTAGGATC CAGATTTCCT GTTGGCTCAT 5160 CAGCTAGAAT AACTGGAGCT TCTGAGACCA AACTGCGAGC AATGGCAACA CGTTGCTGTT 5220 GACCACCTGA TAACTGGAGA ACATTCCGCT TGATCTGGCT TTCATCCAAA CCAAGCTCAA 5280 GAAGTGTATT CTTGCTTGCC TTTTTGTTGA CCAATCGGAT ATTTTCCAGC GGAGAAAGAT 5340 AATCTATCAA GTTATAATTT TGAAAGACCA GGGAAATATG GTGCATGCGA TGGTAAGAAT 5400 AGCCCTTCTT ACGAATATCC TCTCCTTGAA AAAGGATAGA ACCTTCAACA GGACTATCTA 5460 GACCAGCAAG TAGGGACAAG AGTGTGGATT TTCCTGCTCC TGACTCCCCA ATAATACTGT 5520 AAAATTTTCC GGGTTCAAAA TTATAATTGA TCTGATATAG GACTGCTTCA GCAGTATTCT 5580 TATAACGGTA GGTAACATCT TGTAATTGTA ATAAAGTCAT GATTTCTCCT TCTTAACTAA 5640 TAGATGATAA AATTTCTTTC GGTGATTTTC TAAATAAGAA TAGGAAACAA AGGGCTACAG 5700 ATAAGCAACT AAGCAGAACT AGAAAAACAT AGGATTCTGC AAAAGATAAG ATGCTAGTTG 5760 ATAAACTGCT TGCTTTGGCT AGTGTATCTT GTAAGCTTGC CTGATCTCCA CTTGCTAGTA 5820 GAGTTTGGAG TAGGTAAGTT GTGATTGCGT TTCCTGCAAC AAATGCTGGA AGCAAAGCTC 5880 CAAGAGATAC CAAAACTACC TCTAAACAGA ATTGTAGGAA GATCGAGCTC TTGCCTTTTC 5940 CAAGTGCAAG TAAAATCCCC ACTTCATAGA CCCGTTCTCT CAACCAGAGA GACAAAACCA 6000 GAATTAAGGC TCCAGCTCCT GCTATCAACA TCCCATAAAG GAAGATGGTC AGGAAGGTTT 6060 GGAAAGTTGC AACTGAGTCT TTGATTTGTT CAAAAGCCTT GTTTTCCTTT TCGACTTGGT 6120 AGCCTTGATT TTCCAAGGCC AAGTTTTCTA CCTGCTTCAT GAGTCCGTCC ATTTCCTTAG 6180 GATTTTCTAC ATAGAAGCGT GCTGCACTGA CTTGAGCTTC ACTATTGCCC AAAAGGGTTT 6240 GGCTACTTTC ATAGTCTGTA AAGACTTGAT TTTCACTGAA GTCAGAAGAC AAGCCTGTGA 6300 ATTTCTCTTG TTTTTTACCA GAAAAGATGC CGATAATCTC AAACTCTACT GTTTGTCCTT 6360 TTCCAGATTC AGACTGACCA GCATCCAAGC CAATCTTGTC ATGAAGCGAA AGACCGTTCT 6420 TCTTAGCCAA TTCTTCGTGG ATAAGGATTT TCTTGGAATC CCCTTTTTGA AGGTGTCGCC 6480 CTTCTTTTAG ATTGAAAGCC GAACTGGTAA AGGTTACATC CTTGGATGAA TCCTCAAGAG 6540 CCGTTAAGCT AACCAAGTTA TTGTCTGCAG CTGATAAATC ATCACGCTCC ACGCTCTGCT 6600 CGCCAGTCAC TGCTTCCTTG TCTTTTAGTT TTGCGACCGT CTCAAGTTCA GGAGAGACAT 6660 TTTCCAGCCC CTTAATCTTG CTTACAGATG CTAGGTCTGA CAACTTGAAT GTCTGACCAT 6720 TCTCTATCTT CTTAATAGAA AAAGATGTAT TGAGTGATTT ATAAAGATTG CTTTCTACG 6780 TTTTGTTGGA CTTCATCAGA GTCAAACAGG CTGAAATTCC GGCCAATAAG ACCAATAAAA 6840 TCAGAAATAA AATAAAACTT CTCAGTCGCT TTCTGCTGAC ATAAGCCCAA GATCTTTGGA 6900 TTGGATTCAT TTGTCACCTC CATATTTGTA AGACTATTAT AAAACCCAAA TATGAAATAT 6960 TTATGAAATA CGAAAAAAAA ATATCGAGTA GGGGATAATC TCTAGCCCCT CTCACACCAC 7020 CATACGTGCC GTTCGGCATA CGGCGGTTCA ACTAACTTTT AACGCATGTC GTTCAAGGTA 7080 ATAATCCAAA CACGAAACCA GTCCACGTTT TTCAAGGACT GGTTTTGATA TAGCACGTTT 7140 AAGTACCGAC TTCTGAGCTA CTATAGTAGA TTGAAACTAG AATAGTACAC CTCTACTTCT 7200 AAAATATTGT TAGAAATCGA TTTGACTGTC CTGAACAATT CGTCCTATTC TTATTTCATT 7260 TTACTATAAT TGATAGTGGT CGCCCCAGCC AGATACCTTA TCTGCTATCC ATTTAGGAAC 7320 CCCTAACTTA AGCAATCCCC ATAATCGTCT CGATTTCTTC TTCCATTGCT TCCAGATAAT 7380 CACTCGTAGG CGAGTACGCA AGCGCTCATC TATGCTAGTG ACTATACTTT TCATATTTAT 7440 AATTCATTCC TTTCGTTTCA CTCAAGGCAC AACACAGAAT GAAAAAGTGT TGTGATCTTT 7500 ATTTTGTTTT ATAATAATAG TGAGAAAACC TATCACTACT ACAAATCACG GGGAGGTGAA 7560 TAAGTGAGTG GTACAGCCAC TACCTCGCAT ATTTTGTCAC ATCATTTAAC GGTACATAAT 7620 AAGTTGTACC ATCTGAATAA GTTGCTACAA TATCATTTGC ATGCTCTCCT TCACCTTTAG 7680 CAAAGGTTGG AGCTCCTGCT GGATGATTTT TATTTGCCTC TTTCAATTTT TCAATAATGG 7740 CATTTTTTCT GTATCTTTTA TATTATCAGG ATTTTTCACT AAGATTTTGT CTGGATATGT 7800 CGGTTTAGCA GAAACAATTT TTACTGTTAC TTCTTTTTTA TTCGAAGCAC TTGTCCAGTT 7860 TCCAGCATTA TCTTTAGCAT TTAATTTTAC AGTAATTCCT GAACTAGGAA CTTCAGTAGC 7920 AGGTTGATTA TCAACATTAT TCAACTTTAA TTTCAAAAGA GCTGTTGCAT CAGACGTTTT 7980 ATCAATCGTT ATATATAATG ATGAATTGTT ATTATAAACA GTTCCTTCAT ATTTAGCTGT 8040 TTGTGAGCTA CTTGAAACAG AACTGAAATT ATACCCACTA CCTCCCTGAT TATCTTCAAT 8100 GCTTACGTCT AAATGAACTT CCCCACTATT ATTTGGCTTA GCAACAACTG TTATAGTAAA 8160 ATAACATAAA ATTTGCATAA ATAGATTAGG GAAATCAAAG CAGCTTCTAG GAATGTTTTA 8220 GCAGTCACAG TGTACTTTCC CAGCATCAAG CCACTATAAC TCTGCACATA AAAATGGAGA 8280 AGATGGCAAT CCTCTTCTCC AAATATTAAC TTCTTTACAA ACCAACTATA GTTGACAAAG 8340 AACCTAAAAT CAATTGATAA CACAAGGTCA GGTCGGTCAA CTCTTTCAAC TGAAGCCCTG 8400 TCAACTCTTC CCATTTATCA ATCTTGTATT GGAGAGAATT GCGGTGCAGA TAGAGTTGCT 8460 GGGCTGTTTT AGTGAGAACA GCACTATTTT CCCAAAGAGA GAGAATGATT TCCTGAATCT 8520 GATCTTGATC CAAAATCATC TGGTGTAGAC ATTCCTTGAT TGGCTTCAAG TCCACGAGTC 8580 TTTCTCCCAT ACTCCAAAGA TAGAGCTGAG AAAAAGTATG AACACCTTGG TGACCCTGAC 8640 GCCACCATGT CTTGAACAAA TCCCGCTCAG CTTTGATTAA GTCTGATAGG GCTTGATGTC 8700 CCGTCTGAGA CCAAACCTGA CCCAACATGA TAGAAAGACG AAGTCCAAAG TCATACTCAA 8760 CCGCTTCAAT CGTATCACTT AAAATATCTC TTACAGAAGT GTATTTGTCT TGTTGAAGCA 8820 CGAAAACATA ATCCTGAGCT CCGACCTGTA GCACTGTCTG ACAATTCGGA AAAAGAGTCC 8880 GCATCATATC TAGCCAAGAA GCCAGATTTT CCTGCTGAAA ATAAGAAAGA TGGCAATAAA 8940 CCAACTGAAT CTTTTTAAAA ACTTGCGGTG CCTGTCCCTT GCCCTCAACC AGATAGGAAT 9000 ACCAAGGGTT TAGCGAACGA GCCTGCTCCT GCTGGGTCAA AAGGGCAACC AACTGCTTTT 9060 CACGCTCGCT GAGCCCAGCT TCCTCCAGCA AAATCCACTG CTGAGAAGCT AAAGGGAGCG 9120 TGAGATAGCC CTCTTTCTCT ACTGGTTGGT CTGAAATCCG AGCCTCAGGA AACCAGTCTT 9180 GTAGTTCTTT TGCCCTCATG TTCTAGCCCT CCACTTTTTG GATGCACCAT GAAACCAAAC 9240 TCTCAAGACG TTCCAGATTC TCAGTCATAT GGAGATAGCC CATAACCGCT TCAAATCCCG 9300 TGGACATACG ATAAGTCACG ACATCTGCAT TTTTAGCCTT TGTGTGGCTA TTGGTATTGC 9360 GGCCACGTTT GTAGATTTCT TCTTCTTTTT CCGTTAGGAC CTGCTCCTCC AACATGAGAG 9420 CAATCAGGCG AGCCTGAGCC TTGGCTGACA CGTACTTAGT TGCTTCTTGA TGGAGTTTAT 9480 TGGGTTTGGT CATACCTTTG AGGATGAGGT GACGGCGAAT ATACATAGAA TACACCGCAT 9540 CCCCCTCAAA GGCTAGCGCA ATCCCGTTAA TGAGATTGAC ATCAATCACG TGTCCACCTC 9600 ACTCCATCCT TGGTATCAAG GAGCTTAATT CCTTGAGTAA CCAATTGGTC ACGGATTTGG 9660 TCTGCTGTCG CAAAGTCACG ATTGGCACGC GCCTCTTGGC GTTTTTGAAT CAAGTCTTCA 9720 ATCTCTGCAT CCAAAACTTC CTCAACAAAG ACAATTCCAA AAATTTCTAA CATATCTGCA 9780 AGAGCTTGCT TGACACTTGC ATCATAGTTC CCTGAGTTGA TCCATTTGGC CATTTCAAAG 9840 ACAACTGTGA TACCGTTGGC AGCATTAAAA TCTTCATCCA TAGCTGCTAC AAACTTATCT 9900 TTAAAGTTTT GTAACTCTTG GGCATCCACA TTTCCTGTAA ATGGTTGTTC GTAAGTATTC 9960 TTGAGATACT TGAGATTGGT CTCGGCATCG CGAACTGCCT TTTCCGTGAA GTTGATAGGC 10020 TTACGGTAGT GCTGGGTCGC AAAGAAGAAA CGAAGTACTT GCCCATCAAG AGTTTTAAGG 10080 GCATCGTGTA CCGTAATGAA GTTACCCAAG GACTTAGACA TTTTGACATT GTCGATATTG 10140 ACAAAGCCAT TGTGCATCCA GTAGTTAGCA AAAGCCTTGC CTGTTTTAGC TTCAGACTGG 10200 GCAATTTCAT TGGTGTGGTG TGGAAACTCT AGGTCAGCTC CACCACCGTG GATATCAATG 10260 GTATCACCTA AAATCTCTGT CGACATGACT GAACACTCAA TATGCCAACC CGGACGTCCA 10320 GGTCCCCAAG GACTATCCCA AGAAATCTCA CCTGGTTTGG AAGATTTCCA TAGAGCAAAG 10380 TCTACAGGAT TTTCCTTACG AGCCGTTTCT TCATCGGTAC GACCTGAAGC ACCTAGCTCC 10440 AAATCTTCCA AGGTTTTATT AGCCAATTTA GCATAGTTGT GGGATTTTTC TACACGGAAA 10500 TAGACATCCC CTTGACTCTC ATAGGCAAAG CCTTTCTCGA TCAAGTCTTC CACAAAACGG 10560 ATGATGTCTG CCATAAACTC CACTACACGC GGATGGCGAG TCGCAGGTTT CACGCCCAAT 10620 GCCGTCACAT CCTCACGAAA GGCAGCGATG TACTTATCCG CAACCTCCTG AGGCGTGATA 10680 CCTTCTTCCC TGGCACGGTT GATAATCTTA TCATCCACAT CTGTAAAATT GGAAATATAG 10740 GCAACCTTAT ACCCACGGTA CTCAAAATAG CGACGAATCG TATCAAAAGC TACCGTCGAA 10800 CGGGCGTTTC CTACGTGGAT ATAGTTGTAC ACCGTTGGCC CACAAACATA CATCTTGATC 10860 TTGCCGTCCT CAATCGGGAC AAATTCTCGC AAATCACGAG ACATGGTGTC ATAGATTTTA 10920 ATCATAAATC ATAATCAGGA AAGCTGAAAT CCAAGAACAA TTAGTTTCAT CACTAAAAGT 10980 TCAAGTAAAT TTCAGTCCGA ATATCTCTAC ACTTCGGAAT CCCTTGCTCC TTTCTCATTC 11040 AGATAAACCA CCTGAGTCTG TTTGACAAAG CCAATTTTTT CATACAAACG TTTGGCACCT 11100 ACATTGCTAT CTTCCACTGC AATCTGAAAT TCCTTGTCAT TTTGCTCAAT TAGTTGGTTG 11160 ACGAGGGATT TTGCTAAGTA GCTTCCATAG CCTTTTCCAC GTTCAGGTTC CAATATTGCT 11220 AAACCGTAGA GGTAATTCGT ATTAGTCGAT AAATCAACCG TACAAGTTCC AATAACCTGA 11280 CCAGCTTTTA ATAAAATATA TAGTCGGCTT TCTGGATCTT TCAGAGCTTC AGCGACATAT 11340 CTATCCACAA CTTCTCTCGA TTCATGTTCC TCTGAAAATG CCTGAAATTT TAATTGACTA 11400 ATTTGATCCT GATACGAACT ATCTGCTAAC AAAACTTCAA GATGGGAAAC ATTTGCTAAC 11460 GGATAAGGTC TTCTATCCTT ACCTAACCAA GTTTCTGTCT CTTCATCCTC GATTAGTCCC 11520 CAGTTACTGG CAAAGTCAGG ATGATTCTCT AAAAAAATAC GTTCTGTCTG AAAAGTGACT 11580 GACCGAATGG GGAAAGAAGC TGTTTCTCTC TCAAAACTAG TAAACAATGC ACGCGCAATC 11640 CCCTGACGGC GATGACCTGG ATGAACCAGT ATCGTCACTT CTACATCTTG GTCATCTGCA 11700 TAGACAGTTA ATAAACCAAC AAGTTCGCCT TTTTCATAAT AAAGGAAAAA GGCGGGCATG 11760 TTTGGGTCAA AATTAAGCAT GTTAGAGAGA TAGGGATCGC GATAGGTACC GTCATAGTTT 11820 TGGCAACAGT TAATTACTTT TTTCGCCTCA GATAGCTCCT CTTGGCTTAA CTTGTTTCTT 11880 GCTTGAATCA TATAGGTATC CTCTACAAAC CAGACGATCT GTGACTGGCA TCTTTAGCCT 11940 GCTCGAGTTT ATTGACATAA TACTCTCGTT TTTCTTCGAC TTCGTGAATG ACAGGCTCAT 12000 CTTTCTTACC ATGAAGACGG ACAATCTTGG CCGGAATACC GACAACCGTC ACGTCACTAG 12060 GTACATCTGC TACGACAACT GCTGCAGCAC CGACCTTGGC ATTTTCACCA ATTTCCACAG 12120 GCCCGATAAC TTGGGCATGG GCTGATATGA GGGCTCCCTT TCGTACAGTC GGATGGCGTT 12180 TGCCACAGTC TTTCCCTGTT CCCCCGAGAG TCACTCCGTG ATAGAGAAGA ACGCCTTTTT 12240 CAACAATCGC TGTCTCTCCA ATCACCAGAC CAGAACCATG GTCAATAAAA ACACCTGAAT 12300 CAATCTGGGC TCCTGGATGA ATCTCAATCT GAGTCCAAAA GCGCCAAAAC TGACTGTACA 12360 TACGAGCTAA TAGTTTGAAG CCGTGCTTCC AGAGAAAATG CGAGAGACGG TGGGCCGCCA 12420 AGGCCTTGAC ACCTGGATAA GTCAGCAAAA CCTCCAAAGT GGTGCGGGCC GCTGGATCAT 12480 TTTCTTTTAC AATATCAATG GTTTCGCGCC ACCACCCCAT ACATTTCTCC TTTTCTTATT 12540 CTGAATCTTT TGATGTTTCT GTAAATTCTT TCTTAGGTTT GTAATCCTTT TGATGACGTG 12600 GGCGGTGAGG GCGCTCAGAC TTTTCACCTT TTTCATCATG CTCAGGTTTT GGCGGACGAG 12660 GTAGAAGAGC CTTCATAGAG GCATCGATAC GGCCTTTTTC ATCAATTTTG ATAACCTTAA 12720 CATCAACTTC ATCCCCGATT TCTACCAAAT CCTCTACACG ATTGGTACGA GTCCAAGCCA 12780 TCTCAGAGAT ATGAACAAGG GCATCTGTCT TATCAAAGAG GTTAACAAAG GCACCAAATT 12840 TCTCGATACG AACGACTTTA GCACGGTAAA CTTCATCCAC TTTGGCTTCA CGAACCAAAC 12900 CAGCAATAAT TTCTTTGGCA CGGTTAATAG CATCTTGGTC ACTAGAGTAG ATAGACACAT 12960 TTCCTTCTTC GTCTATATCA ATCTTAACAC CTGTTTCAGC GATAATCTTG TCGATGGTTT 13020 CTCCACCCTT ACCGATGACA ATCTTAATCT TGTCCACATC AATCTTGATC GTATCAATTT 13080 TCGGAGCAGT TGGAGCCAAT TCTGGACGAA CTTCTGGAAT GGTTGCTTCA ATGACATCAA 13140 GGATTTCAAA ACGCGCTTTC TTGGCTTGAG CAAGAGCCTC CGTCAAGATT TCTGCAGTAA 13200 TCCCTTGAAT CTTGATATCC ATTTGAAGGG CTGTAATCCC ATCACGAGTA CCTGCAACCT 13260 TGAAGTCCAT ATCTCCAAAG TGATCTTCCA AACCTTGGAT ATCTGTCAAT ACTGTGTAGT 13320 TATTTCCATC TGAGATAAGC CCCATAGCAA TACCAGCTAC TGGCGCCTTG ATTGGCACAC 13380 CACCAGCCAT AAGGGCAAGA GTTCCCGCAC AGATAGAAGC TTGAGATGAA GAACCGTTTG 13440 ATTCCAAAAC TTCTGCTACT AGACGGATAG CGTAGGGGAA TTCTTCCAAG CTTGGCAAGA 13500 CTTGAGCAAG AGCACGCTCA CCAAGGGCAC CGTGACCGAT TTCACGACGA CCTGGCGCAC 13560 CGTAACGACC TGTTTCCCCT ACAGAATATT GAGGGAAGTT ATAGTGGTGC ATAAAGCGTT 13620 TCTTGTACTC TGGATCCAAA CCATCAATGA TTTGAGTTTC TCCCATCGGA GCCAAGGTCA 13680 AGACTGAAAG AGCTTGAGTT TGCCCACGAG TAAAGAGACC TGAACCATGT ACACGAGGAA 13740 GGAAGTCAAC AACCGCATCC AAAGGACGGA TTTCATCGAC CTTACGACCA TCAGGACGCA 13800 CCTTGTCTTC TGTAATTAAA CGTCGCACTT CTGCGTGTTC CATTTGTTCC AAGATTTCAG 13860 CCACATCACG CATAATACGG TCAAATTCTT CGTGGTCCGC ATATTTTTCT TCGTAAACGG 13920 CAGTCACTTG GTCTTTCACT ACTTGAGTCG CAGCTTCACG GGCCAATTTC TCTTCTACTT 13980 GAACTGCCTT TTGGAGGTCA CTGTTGTAGG CTGCAATGAT TTCAGCTTGC AATTCAGCAT 14040 CCACGTGAAG CAATTCCACT TCTGCTTTTT CTTTACCGAC AGCAGCAACG ATTTCTTCTT 14100 GGAAGGCAAT CAATTCTTTG ACAGCTTCGT GCCCTTTAAG GAGCGCTTCC AACATGATTT 14160 CTTCTGACAA TTCTTTGGCA CCAGACTCTA CCATGTTGAT AGCGTGCTTG GTTCCAGCTA 14220 CTGTCAATTC AAGAAGAGAT TGCTCTGCTT GTTCTTGACT TGGGTTGATG ATGATTTGGC 14280 CATCTACATA TCCCACTTGT ACCCCAGCAA TTGGTCCGTC AAATGGAATA TCTGAAATAG 14340 ACAGTGCCAA AGATGAACCA AACATAGCAG CCATTGGTGC AGATGCATTT TCATCATAAG 14400 AAAGCACTGT ATTGATGACT TGGACTTCAT TACGGAAACC TTCCGCAAAC ATAGGACGAA 14460 TCGGACGGTC AATCAAACGC GCTGTCAAGG TCGCATCTGT TGAAGGACGT CCTTCACGTT 14520 TCATAAAGCC ACCAGGAAAC TTCCCAGCCG CATACATTTT TTCTTCGTAG TTGACTTGGA 14580 GTGGGAAGAA ATCCCCAGTT GCCATTTTCT TAGACATAAC GGCAGCAGTC AAGACAGTTG 14640 ACTCACCGTA ACGTACGACA ACAGATCCAT TTGCTTGCTT AGCAACCTGA CCAGTCTCTA 14700 CAATTAACTC ACGACCCGCA AAAGTCGTTT GAAACACTTG TTTTGCCATT TTAATCCCCT 14760 TTGGATTGAT GAAATTATAC GCCTTGCCTA CAAAGATCAA GATACCAAGG ACGTCAAAAG 14820 CAAAGTAAAA ATAGGAAACT GACGAAGTCT TCGATGAAGA CAAGACAGTT TATCTTTTTT 14880 ACACAGCTTT TCGGCCGTGT TCAATTACAC AAGATATTTT GGACGGTTCG GCTTGCCGAA 14940 CATTTCTGTA GAAAAATAGG AAGGTGACGT CGCACTCGAC GAGTGCTAGG AAGCTTATCT 15000 TTTTTCCTAA GAAATGAGAC CAAAATTCAA GTCATCAAGA TACCAAGCCG TCAAGCAACT 15060 CAAAGGAAGA TAGGAAATCG AACGACGGAG CGACTACTCC TAGGGAGATT TATCTTTTTC 15120 CACAGAGTTG TAGGCAAGTT CAGTTTTCAA GATACATCAT TAGAAAGGTT TAATACTAAA 15180 GTATCTAAAG CTTTCACGCT AATCGCTATC GGGCGATTAG CTAAATGCTT TACTAACTCT 15240 CTCGTCAAAT AACATCGATT TGACTCACTC GTGTCGTTAA ATCTTACAGT TTAAATGCAT 15300 TGTATTATTT AATACCTTCA TCTTTGTATC AAGTACGTAC AGAATTTATT TTATCATATT 15360 TTTCTTAAAA AGTGAGGTCT TTACCATTAA AAAGGAACCA TTCCCCTCAC CTGAGAAGAA 15420 TGGTTTGCTT TTATTATCCT AGAGACTGGT GATTAAACAA GGCATGGGTT GCTTGATGGA 15480 TGTATTTTGC TGTATCAGCA TTATTCATCG TATAGAGATG CACACCGGCA ACATCCTGAG 15540 TTACCAAGTC CACGATTTGG TCCACTGCAT AGGCAAGTCC TGCTGCTCTG AGCGACTCAG 15600 GGTCATGCTC ATACTTGTCT AAGATGGCTT TAAATTTGCG TGGAAGATGG ATATTCTCAC 15660 AAGTCTTCAA GAGTCGGAGA GCCTGATTTC GATTCAGAAT TGGCATAATT CCTGCATGAA 15720 TGGGAACATC AATCCCAGCC AAGATACACT TGTCCTGAAA ATCATAGAAG CGCTCATTGT 15780 CAAAGAAGAG CTGAGTTACG AGGCTCGAAC AGCCTGCATC CACTTTCTTC TTAAGATTTT 15840 GAATATCTGA AATCTGATTT GGCGAATCTG GATGCCCTTC TGGATAGCAA GCTCCAATAA 15900 TATCAAAGTG AGGGGTTTGT TCCTTGATAA ACTCAATCAA GTCGGTTGCA TAGCGGAAAT 15960 CCTTTTGTGG TTCCACGTCT GGAATAATAT CCCCACGAAG AGCCAAGATT TTCTGCACCC 16020 CAACTTTGTC CAAGTCAGCA ATAGTTTCAG CAACCTTGTC CTTAGTTAGA TAAATAGCTG 16080 GCAAGTGGGC AATGGTCGGA ATCGCCAAAT CATTTTGGAT AAAGTCAGCC AAACGAACCG 16140 TCGTTTCCTT GATATTAAAT TTATTATTGC TGGCAGTTAC ACTGATAAAA TGGGGAGCCA 16200 ACTCCTGCAT ATCCTGCAAG GCTGAAATAA TGTTATCATT ACCCACGGCT GGGTTTGGAG 16260 GGAACACTTC AAATGAGAGT GACGGTGTTT GGCGTGACAT ATGTAATAAC CTTTTCTAGT 16320 TGATTTCTTT TTGAACAACC ACTGTATGGA GAGAAATCCA ATCTTACAAT TTCTCACGCG 16380 CAGCTTTAGC TGCTTCAACA AGGCGGATCA AGCTTTCTTT TGTTTCTGGG ATACCACGTG 16440 TTTTCAAACC ACAGTCAGGG TTGATCCAAA CTTTCTTGCT TGGCACTTTA GCAAGGATGG 16500 CTTCGATTGT GTTGTCGATT TCGCCTTCAT TTGGTACACG AGGTGAGTGG ATATCGTAAA 16560 CCCCAGGTCC CACTTCTGTT TGGAAGTTTT TCGCTTTGAG TTCGTCCAAG ATTTCAAGGT 16620 TTGAACGGTT AGCTTCAAAG GAAATAACGT CTGCATCCAT GTTATCGATA GCTGGGATGA 16680 TATCTGTAAA TTCTGAGTAA CACATGTGAG TGTGGATTTG TGTGTCTGGC GCTACTGTTG 16740 AGTGTACCAA GCGGAAGGCA GGAATAGCCC AGTCAAGGTA GTCTTCGTAC CAGTCGCTAC 16800 GGCGGAGTGG CAATTTTTCA CGAAGAGCAG CCTCGTCGAT TTGGATGATT TTCACACCAG 16860 CAGCTTCAAG GTCAAGTACT TCATCCTTGA TAGCAAGGGC GATTTGGAGA GTTGAATCCT 16920 TGATAGAGAT GTCTTCACGT GGGAATGACC AGTTAAGGAT GGTAACAGGT CCAGTCAACA 16980 TACCTTTAAC AGGTTTGTTT GTACGACTTT GTGCATAGCT AGACCATTTA ACAGTGATAG 17040 GGTTAAGACG AGTGACATCA CCCCAGATGA TTGGTGGTTT TACCCCACGC ATACCGTATG 17100 ATTGTACCCA TCCATTTTTA GAGAAGAGGT ATCCTGACAA GTTTTGACCG AAGTACTCAA 17160 CCATGTCATT ACGCTCAAAT TCACCGTGAA CAAGGACATC AAAGTCAATA TCTTCTTGCC 17220 ACTTGATCCA TTCGTCAATC GTTTCAGCAA GGAAAGCGTC GTACTCTTTT TGAGACAATT 17280 CACCTTTACG GTAAGCCAAA CGTTTGGCAC GAACTTCTTT TGTTTGAGGG AATGAACCAA 17340 TCGTTGTTGT TGGAAGAGCT GGAAGTTTGA AAGCTTCTTC TTGGATAGCT TCACGTTCTG 17400 CAAAGGCTGG CAAACGAGTG TAGTCTGCGT CTGTCAAGCC AGCGATACGC GCACGAAGTT 17460 CAGCATTTTC ACCAACACGC TCAGTCGCAA AGAGTTCTTT GTTGGCTGCA AGAGCTTCTG 17520 AACCTTGACC ATTTCGGATA GCATCCAAGT CACGGATTTC ATCCAATTTT TCAACTGCAA 17580 AGGCAAAGTG GTTCAAGAGT GCTGGTTCAA ATTCTTCATT AGCAGTTGTA AATGGCACAT 17640 GAAGAAGTGA GCAAGAGCTT GTCAAAACGA TGTTTTCAGC TGGAATTTGC TCAAGAACAG 17700 CCAAGCTCTT TTCGTAGTTG TTGCGCCAGA TGTTTTTACC ATTGACAATA CCTACATAGA 17760 GAGTCTTGTC AGCTGGGAAG CCACCTTTAA CGAGTTCAAG AGTTTTCTTA CCTTCAACAA 17820 AGTCAAGACC GATAGCATCT ACTGGTAAGT TTACAAGGTC AGCGTATACG TCACGAACAT 17880 CACCGAAATA AGTTTGAAGC AAGACTTCAA GACCTTTTTT GTCAGCCAAG AGTTTGTTGT 17940 AAAGGTTCAA GAAGAGAGCT TTTTCTTCAG CTGTCAAGTC TTTTACAAGA GCCGCTTCAT 18000 CCAATTGGAT GCGAGTCGCA CCAAGTTCAG CCAATTTAGC AAAAACTTCT TGGTAAGCAG 18060 CCACTAAGCT ATCTACGAAG TCGTCTGCTT TCACGCCTTC TTCAAAGTCT GACAATTGAA 18120 GGAAAGTGAA GGGACCTACA AGAACAGGAC GAGTGTTCAA TCCAAGTTCT TTGGCTTCTT 18180 GGAACTCATC GAAAATCTTG TGACCAGCCA ATTTTACTTG AGTGTCTTTT TCAAATTTAG 18240 GAACGATGTA GTGGTAGTTA GTGTTGAACC ATTTCTTCAT TGGAAGGGCG CGAACGTCCC 18300 CTTTTTCTCC CTGGTAACCA CGTCCCAAAG CGAAGTAGCG CTCAAGGTCA GACAAGTCCA 18360 AGTTTTGAAC GGATGCAGGC ACCACGTTGA AAAGGAAAGC CGCATCTAGG AAGTTATCAT 18420 AGTGAGAAAA GTCATTTGAT GGAATTTCAG TGATGCCTTT TTCTTTGACA ATGTTCCAGT 18480 GTTTAGCACG CAAGTCTTTT GCTGCTGCTA AAAGTTCTTC TTCTGAGATT TCTTTTCTAA 18540 AGTATTTTTC AGTTGTAAAT TTTAATTCAC GGAATTCGCC CAAACGAGGG AAACCGATGA 18600 TTGTAGTTGA CATGATGTGT CCTCCAAAAT TTGTTGTTGA AACTATCTTA ACAGAAAAGA 18660 AAGCGTCTGT ATAATTGTAA AAAATTAGGG TTTGATATAG TTTGAAACTA TATATCTGTT 18720 TCGGACAAAA GAAAAAGACT TGAAGCAAAC GTCTCAAATC CTTTGTAATT CTTACTTTAC 18780 AGCTATATTC CAATTAGAAT ACTAAAACAT GTTATTAGTA ATTCTTATAA GTGACTATGA 18840 CCTGTTATTA GAAAAGACTA TAACTGATTC TAGTCAACTT TTTCCCTGTT CAAGTGGGAC 18900 GATTGCTAGT GTCTTTCCTA AACTGGCTAG GACTTTTAAG ACTGTATCCA ACTGAGGACT 18960 AGTCTTTCCT GTCTCCATCC TAGCTATGAC AGGCTGGCTT ATTCCACTGA CTTCTTCCAG 19020 CTTTTTCTGA CTGATTCCTT GTTCATACCT AGCCTCAATC AACTCGCTCA TGATAGCCAC 19080 TCGCATATCA CTTTCAAGGA TTTCCTCCTT GCTAAAGAGC TCAGATGGAC ATCCTTCCAA 19140 TTACTCCCAA TAGCACTATT CTTCATCACT TAACCCTCTT TTTTTTACGT CTATGTATTT 19200 TTAAAAAAAT GAGCGAATTA TGATTCGATA GATTGACCAG TGGGTTTAAA GTTGGTGCTA 19260 GCCTATTTCT TAAGCGATTT TCCTTTTCTA GGATAAAGCA GTTCCTGCTT GCTTAACCCC 19320 AATTTTCCAC GATGAATCCA ATAGTAAATG GTTGAAATTC CCACGTTAAC CCCTTTAGCC 19380 ATCACCATCA TTTCAGGCGA AAATTTTTGG TTATGTTTTT GGTTATGTAT AGTGGAGAAT 19440 CTTTTCCTTT AGTTTCTTAA GACTGTTGAG CGTAGTCGGC AGAATAAATC TCTTTGAAGC 19500 GCCCTTTTCC AAGACATTGT CGGACTGTCC CACGCTTGAT TTCAGTGTGG ATAGTTTGAG 19560 GAGCTTTTCC AAGTAGAGAG GCAATTTCTC TATTTGATTT TCCTTCTTTT TTCCATCGTT 19620 CGATTAAGCG ACGGCTATCG ATTGTCAAAT GTTTGCCTTT TGTAGTATAA TTGTCTTGCA 19680 TTTCTGTGCC TTTTAATCAT TTCAATCTTA AATTGGACTT TTTTTACTTG GGTTGTACTT 19740 AATCTATGAG GAAGACAAGA AAAAGAATAT CAATCAAGTA AAGTCACAAA GTCACATTAG 19800 CTCCGAGCAA CCATTGCAAA TTGAGGTACT CACACAATGA TTAAAACATT TCTCTCTGCC 19860 CTTTCGGTCA TTCTCTTTTC TATCCCTATC ATAACTTATT CTTTTTTCCC ATCTTCTAAT 19920 CTTAACATTT GGCTATCTAC CCAACCTATC TTGGCACAGA TTTATGCCTT CCCCTTAGCT 19980 ACTGCAACTA TGGCTGCTAT TTTAAGTTTC TTATTTTTTT TCCTATCTTT TTACAAGAAA 20040 AATAAACAAA TACGGTTTTA CTCTGGCATT TTGCTCTTAC TATCGCTCAT ATTACTATTA 20100 TTCGGAACAG ATAAAACCCT TTCTTCTGCA TCAAATAAGA CTAAAACCTT AAAATTAGTA 20160 ACTTGGAACG TCGCTAATCA AATAGAAGCA CAACATATTG AGCGAATTTT TAGCCATTTT 20220 GACGCCGATA TGGCTATATT CCCTGAACTA GCTACCAATA TCAGAGGTGA GCAAGAAAAC 20280 CAGAGAATCA AACTATTGTT TCATCAAGTT GGACTTTCTA TGGCCAACTA TGATATTTTC 20340 ACTTCTCCAC CTACCAATAG TGGAATAGCT CCTGTGACTG TGATTGTCAA GAAAAGTTAT 20400 GGTTTCTATA CAGAAGCTAA AACTTTTCAT ACAACACGGT TCGGGACAAT TGTATTACAT 20460 TCGAGAAAAC AAAATATACC AGATATCATT GCCTTGCATA CTGCGCCTCC TCTGCCAGGT 20520 TTAATGGAAA TCTGGAAGCA AGACTTAAAC ATCATTCATA ATCAATTGGC TTCAAAATAT 20580 CCAAAGGCTA TTATTGCAGG TGATTTTAAT GCAACTATGC GTCATGGAGC ACTTGCAAAA 20640 ATAAGCTCTC ATAGGGACGC ATTAAATGCA CTGCCACCTT TTGAAAGAGG AACTTGGAAT 20700 AGCCAAAGTC CAAAACTTTT TAATGCAACA ATAGATCATA TTTTATTGCC TAAAAACCAC 20760 TACTATGTTA AAGATTTAGA CATTGTAAGT TTTCAAAACT CTGATCATAG ATGTATTTTT 20820 ACAGAAATCA CATTTTAATT ATTTTATATA AAATCACCCC TCTAATGTTC ATAAACTAGA 20880 GGGGGAATTT GTATCCTACT ATCGTTTAAC GCACTTCTGC ATTGACTTTT TCTTCGAGAG 20940 ACGCTTGGAT TTTTTCCATA TAGCGTGCGA CTTCTTCGTC CGTTAAGCTG TCTTCTGGAT 21000 TTTGGAAGGT CAAGCTATAA GCCATTGACT TCATACCAAG TCCCAGTTTT TCACCTGAGA 21060 AGACGTCAAA GAGTTTGATA TCTGTCAAAC GTTTCACGCC GGCAGCTTGG ATAGCATCTA 21120 CAACTTCTTG GTGAGTCACT TCTGCCTTGA GGAGAAGGGC AACGTCACGG CTGACTGCTG 21180 GGAATTTGGT GATTTCCACA AATGGAACAG CAGGTTGGAG CGCCCCTTCG ATGGCTGAAA 21240 GGTTAAGCTC AGCTACATAC GTTTCTGGAA TATCGTAAGC CTTGGCAGTG ACTGGATGCA 21300 CTTGGCCAAG GAAACCAAGA ACTTGGTCAC CGAGTGAAAT CACGGCTGTA CGACCTGGAT 21360 GAAGGCTAAC GATTTCAGAT GTTGCTGTAT AGGTTACTTG GAGTCCCAAA CGAGTAAATA 21420 GGGCTTCAAG GATTCCCTTA GCATAGAAGA AATCAACTGG AACTGCTGCT GTTTGGAAAT 21480 CTTTTTCAGC AACCAAGCCT GTCAAGGCAA AGGCAAAGCT GTTGATCTCA TTTGGAAGTT 21540 CTTCTTTTGG ATTACCTGTT TGTTCAAAGA CTTTTCCAAT CTCATAAAGG GCCAAGTTTT 21600 TATTCTTACG AGCCACGTTG TAGGCAACGG TATCAAGGAT CCCTGAAATC ATATTTTGAC 21660 GGAGGACTGA ACGATCCACA GTCATTGGCC ACATGAGTTC AGTAAGGTTA CTTGGTTGAG 21720 CTGTGAACTC AACTGCTTTT TCAGGAGTTG TCAGAGCATA GGTGATGATT TCTGTCAAAC 21780 CTGCTCCTTC AGCAATGGTA CGAACTTGAC GGCGGAGTTT TTGTATCACA GTCAATTCAC 21840 CAGCTGTACC ATCGTCTTTT GGAAGGCTGG TTGGCAAGCG GTCATATCCA TAGATACGAG 21900 CGATTTCTTC AAAGAGATCA GCTTCGATTG TGATATCCCA ACGACGACGT GGTACGCTGA 21960 CTGTAAAGCT GTCTGCATTT CCAGAAAGAC CAAAGCCAAG ACGACGGAAG ACGTCTTCTA 22020 CATCAGCATA AGACAGCTCA GTTCCGAGGA CACGGTTAAC ATCAGCAAGG GTTGAAGAAA 22080 CTTCCACATC AGAGGTATCA AGCTCACCCG CTGAAACGAT ACCCTTACGC ACCGTCGCGC 22140 CTGCAAGCTC TGCAATCATG CTAGCTGCCG CATCAAGGGC TTCATTAACT GTTGCCACAT 22200 TAATTCCTTT TTCAAAGCGA GAAGATGACT CAGAACGAAG GTTCAGGCGA CCACTTGTCT 22260 TACGGATAGA TTTGCCATTA AAAACAGCAG CTTCAAGGAT AACACGACTA GATTTTTCAG 22320 AAATTTCTGT AGCCTGACCA CCCATAACAC CGGCAAGGGC TACTGGTTTG TCAGCAACTG 22380 TAATCACGAG GTCTGTCTCA GCCAAGTCTC GTTCTTCACC GTCCAGGGTC ACTAATTTTT 22440 CACCATCACG CGCTTCACGC ACACGGATGT CAGTCCCTTC AAATGTGTCC AAGTCAAAAG 22500 CATGCATAGG TTGACCAAAG TAGAGCAGGA TGTAGTTTGT CACGTCTACA ACGTTATTGA 22560 TGGGACGGAT GCCTTCGTTC ATGAGAAGGT TTTGCAACCA TTGTGGACTT GGTGCGATAG 22620 TCACATTGTC CAAGATACGA GCTGCATAGT AAGGCGCCTT GTCTGTCTCA ATGCTGACAG 22680 AAAGGGCATC TGCCGCAGCT TCATTAGTTT CTGTTAGAGT AAATTTTTTA AAGTTGACTG 22740 CCTTGTCATA GATGGCTGCC ACTTCGTGAG CCACTCCACA CATAGAAAGG GCATCTGCAC 22800 GGTTTGGTGT GATGGAAAGT TCGATGATTT CATCATCCAA GTCTAGGTAA GAAAAGACTT 22860 CCTCACCTGG CACGGCATCT TCAGGCAAGA TTTGGATGCC ATCTGCGAAT TCCTTAGGCA 22920 CAACTGAGTC AGAAATTCCC AATTCACCAA GTGAACAGAT CATTCCAAGT GACTCCAAAC 22980 CACGGATTTT TCCTTTTTTG ATTTTGTAGT TATCAGCGAT ACGAGCTCCT GGAAGAGCCA 23040 CCATGACCTT GATCCCAGCA CGCACATTTG GGGCACCACA AACGATCTGA CGCTCTTCTT 23100 CTTCGCCAAC GTTAATCTGA CAAACATGGA GGTGAGTCTC TGGCACATCT TCGCAAGACA 23160 AGACCTCACC GACGACAATT TTTGAGAGAC CAGCAGCTGG TGATTCGACA CCCTCTACCT 23220 CGATCCCTGT AGTTGACATT TTTTCAGCCA ACTCTTGTGA TGGCACATCA ATGTCCACCA 23280 ATTCTTTTAA CCATTTATAA GATACAAGCA TAATTTAGTT CTCCAGAATG ACAGTTGTCA 23340 CTCTAGTTCT TTTCCTTTCC TATCATTTCA ATAGAAGAAT CCTCTTCTTA CCTTAATTTC 23400 TTTCTCAGTA ACCAATCCGT ATCTACTTTT TGACCAACCA TAAAATGATG TTGGCTAAAT 23460 TTTTCAAAAC CATATCGGTT ATAAAACGCT TGAGCTTTTG TATTATGCTC CCAAACACCT 23520 AGCCAAGCCC AAGAAAAACT ATTTTTTGTA GCAAGTTCAA GTGCGAATTC AAACAGTTGC 23580 TTACCTAGTC CAAATCCTTG GAATTTTTGT AGCACATAGA GACGTTGAAT TTCAAAAGCG 23640 TCCTCTAATT CTCTCTCAGT TTGAGCACTT CCCCAGTTGA CTTTGAGAAA ACCAGCTATC 23700 TCCTCCTCAT GCATAATGAA ATAGGTTTCA GAGTCAGGAT TTCCCAACTC AGTTGACAAA 23760 GTTTTCAGAC TATAAGCCTC TTCAAAGTAT TCCTGTAACT GCTCTTCCGT ATTATCATAC 23820 GCAAAGGTTT CACGAAAGGT TTGTTTGGCA ATTTTAGCCA ACACCTCAAC ATCTGCCATT 23880 TCTACTTTTC TAATCATTAT TTAAACTGTT CTGAGAAGCG GACATCTCCT TGGTAGAATC 23940 CACGGATATC GTTGATTCCA TAACGGAGCA TAGCTACACG CTCTTGTCCA AGACCAAAGG 24000 CAAAGCCAGA GTATACAGTC GCATCGATAC CACTCATTTC AAGGACACGT GGGTGAACCA 24060 TACCGGCCCC CATAATTTCG ATCCAACCTG TTTTCTTACA TACATTACAG CCTTCTCCAC 24120 CACACTTGAA GCAAGAAACA TCCACCTCAA CAGATGGCTC TGTGAATGGG AAGTAAGATG 24180 GACGCAAACG AATTTGACGC TCTTCACCAA ACATTTTTTG GACAATCAAC TGAAGCGTTC 24240 CTTGAAGATC AGCCATAGAG ATATTTTTCC CAACTACCAA GCCTTCGATT TGGTGGAATT 24300 GGTGACTGTG GGTCGCATCG TCCGTATCGC GACGGAAGAC ACGCCCTGGC GAGATCATCT 24360 TCAAAGGACC TTTAGAAAAA TCATGGGCAT CCATAGCACG CGCCTGAACT GGAGACGTGT 24420 GGGTACGGAG CAAGATTTCT TCAGTGATAT AGAAAGTATC CTGCATATCA CGAGCTGGGT 24480 GGTCTTTTGG AAGGTTCATA CGTTCAAAGT TATAGTAGTC TTGCTCCACT TCAAAACCAT 24540 CCACGACTTG ATAACCCATA CCGATGAAGA TATCTTCGAT TTCTTCACTG GTTTGTGTCA 24600 AAACGTGACG GTGACCAGTC GCAACTGGAC GACCTGGAAG CGTCACATCT ATACTCTCGC 24660 TAGCCAGTTG AGCCGCGACT TTCTTTTCTT CCAAGAGCTT AGCTGTTTCT TCAAAAGCAG 24720 CAGTCAAGAC ATCACGAGCT TCATTGACGT GTTTCCCGAT GATTGGACGC ATCTCAGCAG 24780 AAACATCTTT CATCCCTTTG AGGATTTCAG TGAGCGAACC CTTTTTACCA AGGACAGAGA 24840 CACGCAAATC TTGCATCTCT TTTTCATTTC CAGCAGTAAT CTGCTTCAAG CTAGCCAGCG 24900 TTTCTTCGCG AAGCGCTTTT AATTGTTCTT CAATAGTTGA CATATTTCCT CCATCAGTCT 24960 CTCGTAGATA AAAAGAAAAC CACATGCCAA AAACTCCACT CGGAGCGTTG ACACGCGGTA 25020 CCATCCGTTT TCATCTGACA AGTCAGACCT TCATTTCTAA ATCCATGCGC AAGTGAATTC 25080 ACCCAGCTTT CATATAGAGA GCTTGCAGTC ACGGCTCTCC TCCCTGATAT ACTTCCCTTG 25140 GGCTACTAGT CTTTCAGATT CCTATTCAAT TACTACTTAG TTTATCAGAT TTTTACCATT 25200 CTTGCAAGAC CTATCTTACT TCTGCTTGTT AGCTTATTCT TATCTAAATT TATATAAACC 25260 TTATCTAAAT TAACTATTTA TAATTTTTGT AACAAAATTA AATTAATTGA CACTCCCCTA 25320 TAAAATAAAG AAGTTTAGAA TTTAATGTCT TCCAAACTTC TTTATTCCAT ATTTAATGAA 25380 ATGCCACCTT AACCGTGATA ATAGCTAGTC ATCAATAAAA AACTATTTGA ATAAGGATTC 25440 TCCATTTGAT TCAATCACTT CTTTATACCA AGTAAAAGAC ATTTTCTTAT ATCGATTTAA 25500 TGTACCACTT CCATCATCGT TTCGATCAAC ATAAATGAGA CCGTACCTTT TAGAAAGTTG 25560 TGCAGTGGAC ATAGAAACAC AGTCAATACA TCCCCAAGAC GTATAGCCCA TAATTTCAAC 25620 ACCATCCTGT AGAGCTTCAG CAACTTGCAA TAAATGTTCT TTCATATACT GAATTCTATA 25680 ATCATCTTGG ACGGTTAAGT TATTAAGTTC ATCTTTTATT AGTTGATCTT TAGCACCTAA 25740 TCCATTTTCT ACTATAAATA ATGGGATTTG ATAACGGTCA TAATATCTAT TTAAAATTAT 25800 ACGTAGTCCA ATTGGATCAA TTTGCCATCC CCACTCTGAA GACTCTAAAT AAGGATTTAC 25860 TAAACCACCA ATAATATTCC CTTCTCCTGA ATTATACTGT GTTGGAAGAG CAGATTGAGT 25920 CACACTCATG TAATAGCTAA AGGATAAAAA ATCTACGGTA TAATTTTTTA ATAACTCTGC 25980 ATCTTCAGCT GCAAACTCTA TGTTAATGTC ATTTTCCTTA AAATATCTTT TTGCATAATT 26040 CGGATAATAA CCTCTAACAT GCACATCTGA AAATAGATAA TTTAGATTCT CATACTCATG 26100 AGTCGCCCAT ACATCTTTTG GATTTGGAGT CATTGGATAA GCTGGCATAG CTAATACCAT 26160 ACATCCCACC TTAAACTCTG AATTAATCTC ACGAGCAATT TTTGTAACCA AACTTGAGGC 26220 GACTAATTCA TGATGTATAG CTTGATATAA TTCTTGTTTC GAAAGATTCT CCTTAGGTAT 26280 ATCTATTCCT CCACTAGTAA ATGGTAATTC CAAAACAGAG TTTACTTCGT TAAATGTAAG 26340 CCAATATTTA ACTTTATCTT TATACCTTTC TAAAACTGTT CGAGCAAATT TTTCATAAAA 26400 ATGAATCATT CTCCTATCAA CCCATCCATG ATATTTTCTT GCTAAATATA ATGGAGTCTC 26460 ATAGTGTGAA AGAGTTACAA GTGGTTCTAT CCCGTGAGCA TGTAGTTCAT CAAACAATTC 26520 ATCATAATAT TTCAACCCAG CTTCGTTAGG TTCTTCCTCA TCTCCTTTTG GAAAAATTCT 26580 ACTCCATGCA ATAGAAGTAC GAAAAACATT AAAGCCCATT TCAGAAAACA AGGATATATC 26640 TTCCTTATAT TTATGATAAA AATCAATACC TATCAATTTT AAGTTATCTT CTGTAGGATT 26700 TTCTGTTGCT TCTCCTAATC CACCTTTGGG TAACACATCC TGAACTGATA AGCCCTTACC 26760 ATCTTCATTA TATGCTCCCT CTACTTGATT AGCTGCAACA GCTCCACCCC AAAGAAAATC 26820 ATCTGGAAAA ATGGTCATAA CTTTCCTCCA TTATAATATT ACCAGTAATT CCTTAGAATG 26880 CTCGATTGTC TGATTATTAG GTAATACTAA TACATCTAGA AAATCATTGG TATTCGTTAC 26940 AATTACTGGT GTAACTGTTT CGTAGCCTTT AGTCTTGATT AAATTCAAGT CCATTTCAAA 27000 AATCAACTGA TTTTTGAAAA CTCTGTCTCC TTCTTCTACA TGACTAATAA AACCTTGACC 27060 TTTTAGCTCA ACAGTATCTA ATCCAATATG AATTAGTAAC TCAACACCCT CATCACTCTT 27120 CAATCCAATT GCGTGCTTAG TCGGAAAAAT ATTTGTAATT TTCCCATCAA ATGGTGCATA 27180 AACCTTACCT TCACTTGGGA TAATCGCTAC TCCGTCTCCA ATTAGTTTAT CTGAAAATGT 27240 TTTATCCTGG ACATCGCTTA ACGGAATGAT TTCTCCTGAT ATAGGAGAAA ATATCATTTT 27300 TTTATTTGAA ACTCCAGCTT CAACTTCTAA ATTGCTAGAA CTCTCTTCTT CATCGATTCC 27360 AAATATATAA GCTAATACAA AGGTAATAAC AACCGAAATG ACCGCCACAA TTAAAGCATT 27420 TACAATATTT GATGGCACAT CAGAATAAAT AAATTGAGGC AACGCTATCA AAGATGGGAC 27480 AGCAAATAGA TATGCTTTAA CACTAGTAAG ACCTGCAAAT AATCCCGCTA ATCCACCACC 27540 AATCATAGCT GCATAAAGCG GTTTTTTATA TTTTAAAGTC ACACCATATA ATGCAGGTTC 27600 GGTAATCCCT GCAAGTAAGG CTGAGAAACC TGCTGCAAAA GCAATTTGTT TTGTATTATT 27660 ATTTTTACTC TTTAATGCAA CAGCCATCGA AGCAGCCCCT TGAGCTAAGT TTGACCCTAA 27720 CATTGCTGGA AGAATTAATA CGTCTGGAGT AGCAATAGAT GCCGCCAAAA AAATAGGTGC 27780 AAAAGCCCAA TGCATTCCAG TCATAACAAT AAATGGCATA ATAGCACCAA GAATAGCTAA 27840 TGTAAGCCAT CCAGCTACAC CATACATTTG CCCAACTAGA TTTGATAATC CTTCACCAAC 27900 AATTACTCCA ATAGGTCCGA CTACAACTAA GGCAATACAG CTTGATACTA ATAATACTAG 27960 CGTAGGTTGC AAAAAACTCT TAGTAATAGC TAGTGTTAAT TTAGCAATTA TTTTTTCANT 28020 ATATTTCATC AACCAAACCA TAATAAGAAT TGGAACGACT GATGAACCAT AACTAGCTGG 28080 TGTCACAGGT GCACCAAATA AACTAAGAGG ATTCCCTGAT TGCACCATTT GAACAAAATT 28140 TGGATGGAGA AGTACACCTG CTACAGACAT AGCTAATGTA GATGTTACTT TTAATTTTTG 28200 TGATGCAGAA TAAGCTAATA ACAGCGGTAA GAAATAATAT GGAGCATCCC CAAAAAATGT 28260 CAAAAAAGCA ATAGTCTGAG AATCTGATTG CAATATACCA AGCATTGGTA AAATGATTAC 28320 CAAGACTTTC AACATACCTC CCCCTAACAT TGCTGGAATG ATTGGAGTCA TGGAACCAGC 28380 GATATACTCA ATGATTCTTT CTAAAATATT CCCTTTGTGC CCTTGAACAA CTGAATCGGA 28440 TTCAAAATTG CCAAGTTTAA CGAATTCTTT ATAATAATTA GCTACATCAT TACCAAGTAT 28500 AATTTGATAT TGTCCATTCT TTTTCATAAT ACCTATTACA CCTGGTATCT TCTTCACATC 28560 ATCATCATTG ACTAAATTTT CATCTTTTAA TTCTAATCTT AAACGTGTTA CACAATGGGT 28620 AACTCTATTG ACATTTTTTT CACCTCCAAT TACATCGAGG ATTTTTTGTA CCGTATCTTT 28680 ATAACTCATG GTATTCTCCT ATTCTATTAA TCTAAATTTT TTGTTAAGCG ACGAATATGA 28740 GCCATCAAAT AAACTAATTC ACTAGAAGTC AGCAAATAAT TGTACTCCGT TTGTATAAAC 28800 ATTGCTACCT GTTCACCACA TTCATATTCT CTAGGATATT TATTTTTCAT TAATGCTAAC 28860 AAGTCTTCAT CATCATCGTC GG 28882 (2) INFORMATION FOR SEQ ID NO : 141 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 12835 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 141 : GCCTATGTCT TTTTCAAAAA AATGCTTGAC TTGAGACGGG AACTAGGGAA GTCTAAAGGC 60 GGAAGGCATT GATTTATACT CTTCGAAAAT CTCTTCAAAC CACGTCAACG TCGCCTTGGA 120 TTATATATGT AACTGACTTC GTCGATGCTT ATCTACAACC TCAAAGCAGT GCTTTGAGCA 180 ACTTGCGGCT AGTTTCCTAG TTTGCTCTTT GATTTTCATT GAGTATTATA TTACTTTCTA 240 TTTGTAGGAG GTGGCTTATG AAGATTCCTC TCTTAACTTT TGCAAGGCAT AAATTTGTTT 300 ATGTCTTGCT TACTTTGCTT TTTCTTGCTT TGGTTTATCG TGATGTTTTG ATGACTTATT 360 TCTTTTTTGA TATTCATGCG CCCGATCTAG CTAAATTCGA TGGACAAGCA ATTAAAAATG 420 ACTTATTAAA ATCAGCATTA GATTTTCGTA TTCTCCAGTT CAATCTAGGT TTTTATCAAT 480 CATTTATTAT TCCAATCATC ATTGTTTTGC TAGGTTTTCA ATATATTGAG CTGAAAAATA 540 AAGTTTTACG ATTGAGTATT GGAAGAGAAG TGAGTTATCA AGGGTTAAAA AGAAAGTTGA 600 CTTTGCAAGT TGCAAGTATC CCTTGTTTGA TATATTTAGT GACTGTGCTG ATAATTGCAA 660 TTATAACCTA TTTCTTTGGG ACTTTTTCTC CTCTTGGATG GAATTCTCTA TTTTCTGATG 720 GAAGTGGTTT ACAAAGACTC CTAGATGGAG AGATAAAAAG CTATTTGTTC TTTACTTGTG 780 TCCTACTAAT CGGTATTTTC ATCAATGCAA TCTATTTTTT ACAAATAGTT GATTATGTGG 840 GGAATGTGAC TCGTTCGGCA ATCACCTATT TGATGTTTCT TTGGCTTGGT TCTATGCTGC 900 TTTATAGTGC CTTGCCTTAC TATATGGTTC CTATGACGAG TTTGATGCAA GCTAGCTATG 960 GGGATGTAAG TTTGATGAAA CTCTTTACTC CTTATATCCT TTATATTGTC CCTTACATGG 1020 TGCTTGAAAA ATATGAAGAT AATGTTTAAG AATTTTAACA ATATTTTGCT AAATAGAAAG 1080 ATTGTTTTAC TACTTCGTAT AGTTCTGATG ATGATTTTGA TAAACCATCT ATTGTCAACA 1140 GCGGTTCAAA AGCAGGATGC TGTTATCTTT TTCAAGAGAG AATTGATTTC AATTTTTTCC 1200 TATAATGACT ATTCTGAAGC GAATTTAGAA ATCCCCAAAC TATTGTTAAA CCTTTCGCTT 1260 TTCATGGTAG GATGGCTCTC TGTCATTTTA CTTGAAAGTG ATTTGGCAGA CCATTACCAT 1320 CACTTGATTC GCTATCAATC AAGCTCCTTT TTCGATTATA CAAGGAAACG ATTGGTTGTC 1380 ATTTCTAAAT TTTTTACTCA AGATTTGTTT GTCTGGTTTC TTGGTTTACT TCCTCTAGGA 1440 ATTCATTTCA AAACAGTCGC ACTTTTCTTT TTACTTGCTC AGTTAATGAT GTTGTACTTA 1500 CTACTGTCTT ATCTGATAGC ACTGATTAGT GCGGGCGCTG GTTTTTCCTT TTTTCTCTAT 1560 TTTTTAGCAT TTGTGGGACA AGAATGGATG ATGGATCATA TTGTAACAGT GTATTTAGTA 1620 CTCTTAAGTT TATTAGTTAT GTTGATTGTT AGTCGCTTGG AAGAGAAATT TAAGAAAGGA 1680 TAAACGATGA GACTTGAAAT TATAAATGGA CAGAAAATTT ATGGGAAAAG ACCTATTTTA 1740 AATCAGTTGA ATTTGGTGTT TCAATCAGGA AAAATTTATG GACTTAAAGG TGATAATGGA 1800 TCTGGCAAGA CGGTTCTTTT AAAGATACTT GCTGGTTATA TTAAGCTTGA CAAAGGAAAA 1860 GTTCTTCAAG ATGGTAAAGT TTACGGGGTA AAAAATCATT ATATTCAGGA TGCAGGAATT 1920 TTAATTGAAA AAGTCGAGTT TTTATCTCAT TTATCCCTGA GAGAAAATTT GGAACTGTTA 1980 AGGTATTTTT CATCTAAAGT TACGGAAAAA AGAATTGCCT ATTGGATTCA ATACTATGAT 2040 TTACAGGAAT TTGAAGACAT TGAATACCGT CATTTATCCT TAGGAACAAA GCAAAAAATG 2100 GCCTTGATTC AAGCCTTTAT TTCCTCTCCT TCTATACTCT TTCTCGATGA ACCTATGAAT 2160 GCTTTGGATG AGAAGAGTGT GAGGTTAACC AAACAGGTCA TTTTATCTTA CCTGAAAAAA 2220 GAAAATGGTC TGGTTATCCT GACGTCGCAC ATATCGGAAG ATATTTCAGA CCTTTGTACA 2280 GATGTATTAG TTGTCGAAAA TGGACATATA CAAATGTAAA GGATATACAA TCCTAGGAGA 2340 TGGCTTATGG CACATCTAAA ATCATTTATT ACACGATATT CCAAGGTTTA TATTGGTTTA 2400 GTTCTGCTGA TCTGGCTGTC TTTCTTCTTT ATCCCTTGGG ATAAACCACT TCTGGGGATA 2460 AGGATTGACA TCTTCATCAT ACAGAAAATC TTGCTAGCTT TTGGAATTCT GTCCATTCTC 2520 ATGGCCTTGC TGTCCAAGAA AGTCAGTCTC TTTGTTTTTG GACTGATTTG CTGTCTTTCT 2580 CTTTGGATTA ACTTATTTAT CACATTTGCC ATTTTGCCGA TTTTTGGCAA TTAAACAGTC 2640 ATAAAAGTCG GAGAGGTTAG CTTGAAAACT AACCTCTTTT TCCTTTTCAA AATGGGGATT 2700 CTTCCTTGAA AATAATCAGT AATTGTGCTA AAATTAAAGG AACATTCTAA AATATTCGGA 2760 ATTTAAAGTA AGGAAAAACA TGGCTAATAT TTTAAAAACA ATTATCGAAA ATGATAAAGG 2820 AGAAATCCGT CGTCTGGAAA AGATGGCTGA CAAGGTTTTC AAATACGAAG ACCAAATGGC 2880 TGCTTTGACT GACGACCAAC TAAAAGCAAA AACAGTTGAA TTTAAGGAAC GTTATCAAAA 2940 TGGAGAATCA CTGGATTCAT TGCTTTACGA AGCATTTGCG GTTGTCCGTG AAGGTGCCAA 3000 ACGTGTCCTA GGTCTCTTCC CTTATAAGGT TCAGGTCATG GGGGGGATTG TTCTTCACCA 3060 TGGTGACGTG CCAGAGATGC GTACAGGGGA AGGGAAAACC TTGACTGCGA CCATGCCGGT 3120 ATACCTCAAT GCCCTTTCAG GTAAAGGGGT TCACGTAGTT ACGGTTAATG AATACCTGTC 3180 AGAACGTGAC GCGACTGAGA TGGGTGAATT GTACTCTTGG CTTGGTTTGT CAGTAGGGAT 3240 TAACTTGGCT ACCAAATCTC CAATGGAGAA AAAAGAAGCC TATGAGTGTG ATATTACTTA 3300 CTCAACTAAC TCAGAAATCG GATTTGACTA CCTTCGTGAC AACATGGTCG TTCGCGCCGA 3360 AAACATGGTA CAACGTCCGC TTAACTATGC CTTGGTCGAT GAGGTTGACT CTATCTTGAT 3420 TGACGAGGCT CGTACACCTT TGATTGTATC AGGTGCCAAT GCGGTTGAAA CCAGTCAGTT 3480 GTATCACATG GCAGACCACT ATGTAAAATC TTTGAACAAA GATGACTACA TCATCGATGT 3540 GCAGTCTAAG ACTATTGGTT TGTCTGATTC AGGGATTGAC AGGGCTGAAA GCTACTTCAA 3600 ACTTGAAAAC CTCTATGACA TCGAAAACGT GGCTTTGACT CACTTTATCG ATAACGCCCT 3660 TCGTGCCAAC TACATCATGC TTCTCGATAT TGACTATGTG GTGAGCGAAG AGCAAGAAAT 3720 CTTGATTGTC GACCAATTTA CAGGTCGTAC CATGGAAGGT CGTCGTTATT CTGATGGATT 3780 GCACCAAGCT ATTGAAGCCA AAGAAGGTGT GCCAATCCAG GATGAAACCA AGACATCTGC 3840 CTCAATCACG TACCAAAACC TCTTCCGTAT GTACAAGAAA TTGTCTGGTA TGACGGGTAC 3900 AGGTAAGACT GAGGAAGAAG AATTCCGTGA AATCTACAAC ATTCGTGTTA TTCCAATCCC 3960 AACAAACCGT CCTGTTCAAC GTATTGACCA CTCAGACCTT CTTTATGCAA GTATCGAATC 4020 TAAGTTTAAA GCGGTTGTCG AAGACGTTAA GGCTCGTTAC CAAAAGGGTC AACCTGTCTT 4080 GGTTGGTACA GTAGCGGTTG AAACTAGTGA CTACATTTCT AAGAAATTGG TTGCAGCTGG 4140 TGTTCCTCAC GAAGTCTTGA ATGCCAAAAA CCACTATAGA GAAGCCCAAA TCATCATGAA 4200 TGCTGGTCAA CGTGGTGCCG TTACCATCGC AACCAACATG GCGGGTCGTG GTACCGACAT 4260 CAAGCTTGGT GAAGGTGTTC GTGAACTTGG AGGACTTTGT GTTATTGGTA CAGAACGTCA 4320 TGAAAGTCGT CGTATCGATA ACCAGCTTCG TGGACGTTCA GGTCGTCAAG GAGATCCAGG 4380 TGAGTCACAA TTCTACCTAT CTCTTGAAGA TGATTTGATG AAACGTTTTG GTTCTGAACG 4440 CTTGAAGGGA ATCTTTGAAC GCTTGAACAT GTCTGAAGAG GCCATTGAGT CTCGCATGTT 4500 GACGCGTCAG GTTGAAGCAG CTCAGAAACG TGTCGAAGGA AATAACTACG ATACCCGTAA 4560 ACAAGTCCTT CAATACGATG ATGTCATGCG TGAACAACGT GAGATTATCT ATGCTCAACG 4620 TTACGATGTC ATCACTGCAG ATCGTGACTT GGCACCTGAA ATTCAGTCTA TGATCAAACG 4680 CACGATTGAA CGTGTCGTTG ATGGTCATGC GCGTGCCAAA CAAGATGAAA AACTAGAGGC 4740 AATTTTGAAC TTTGCTAAGT ACAACTTGCT TCCTGAAGAT TCTATTACGA TGGAAGACTT 4800 GTCAGGCTTG TCTGATAAGG CCATCAAGGA AGAGCTTTTC CAACGTTCCT TGAAGGTTTA 4860 CGATAGTCAG GTTTCAAAAC TACGCGATGA AGAAGCAGTT AAAGAATTCC AAAAAGTTTT 4920 GATTCTACGA GTGGTGGATA ACAAGTGGAC AGATCATATC GATGCCCTTG ATCAATTGCG 4980 TAACGCGGTT GGACTTCGTG GCTATGCTCA GAACAACCCT GTTGTTGAGT ATCAGGCAGA 5040 AGGTTTCCGT ATGTTTAATG ATATGATTGG TTCGATTGAG TTTGATGTGA CACGCTTGAT 5100 GATGAAAGCA CAAATTCATG AACAAGAAAG ACCACAGGCA GAACGTCATA TCAGTACAAC 5160 AGCGACTCGC AATATCGCTG CTCACCAAGC AAGTATGCCA GAAGATTTGG ATTTGAGCCA 5220 GATTGGACGC AATGAACTTT GCCCATGTGG TTCTGGTAAG AAATTTAAAA ACTGTCACGG 5280 TAAAAGACAA TAAAATGAGA TAGTTTAGAG GCGGATATCT TGTGAAAAGT AAATTTTTAC 5340 TGGGTATCCG TTTGCTTTAT AAGGAGATGA GTTATGGTAT TTACAGCAAA AAGCTCTAAA 5400 ATAAATATAG AAGAAGTTCG TGCCTTGTCA AAATTAGAAG GTCAGGCTTT GGAGAGGAAA 5460 TCACAGCGAG ATCAAGAGCT AGAAGCCATT ATACGTGGAG AAGACCAGCG AATTCTCTTG 5520 GTAATCGGGC CATGCTCATC TGACAACGAA GAAGCTGTCC TTGAATACGC TAAGCGTTTG 5580 GCAGTCCTAC AAGAAGAAGT GGCAGATCGT ATCTTTATGG TTATGCGTGT TTATACTGCC 5640 AAACCCCGTA CCAACGGAGA TGGCTATAAG GGCTTGATTC ACCAGCCTAA CGCGACAGAA 5700 GCGCCTAGTC TTATCAATGG AATCAAAGCC GTTCGCCATC TTCACTATCG TGTCATCACA 5760 GAAACAGGGA TGACAACTGC TGATGAAATG CTTTATCCTG AAAACCTTCC GCTTGTACAT 5820 GATTTGATTT CTTACATGGC AGTTGGTGCC CGTTCAGTTG AAGACCAGCA ACACCGCTTT 5880 GTGGCAAGTG GGGCAGGATT TTCTACTGGT TTTAAAAATC CAACCTCTGG AAATCTCAAT 5940 GTCATGTTTA ATGGGATTTA TGCTGCTCAA AACAAACAAA GTTTCCTTTT CTTAGGAAAA 6000 GAAGTAGAAA CAACTGGGAA CCCGCTTTCA CACGCTATTC TTCGTGGTGC TCTTAATGAG 6060 TATGGAAAAA ATATTCCCAA CTACTATTAT GACAATTTAA TTGATACCAT TGCCCAGTAT 6120 GAGAAAATGG GCTTGGAAAA TCCTTTTATC ATCATTGATA CCAATCATGA CAATTCTGGT 6180 AAGCAGTATA TTGAACAGAT CCGAATTGTC CGCCAGACCT TGATTAACCG TGCTTGGAAT 6240 GAAAAAATTA AGCAGTTCGT TCGTGGTTTT ATGATTGAGT CTTATCTGGA AGATGGTCGA 6300 CAAAATGAGC CAGAAGTATT TGGTAAGTCT ATCACAGACC CTTGCCTGGG TTGGGATAAC 6360 ACAGAAGCTC TTGTCAGAGA AATTTACAAA ACGTTAGGAG AATAAGATGG CATTTATTGA 6420 AAAAGGTCAA GAAATCGATA TGGAAGTCAT CAAGGCTGAA ACCCAATTGT CTGCGGAAGC 6480 CTTGAGACTC AAGGAAAGCC GTGACAGGGA ATTGGCAGAT ATTATTTCAG GGGAAGATGA 6540 CCGTATTCTC TTGGTGATTG GTCCTTGCTC TTCTGATAAT GAAGAGGCGG TCTTGGAATA 6600 TGCTCGCCGT TTATCTGCCT TGCAAAAGAA GGTAGCGGAT AAGATTTTCA TGGTCATGCG 6660 CGTGTATACT GCTAAGCCTC GTACCAATGG AGACGGCTAT AAAGGATTAG TTCACCAGCC 6720 AGATACTTCT AAGGCTCCAA GCCTGATTAA TGGCTTGCAG GCTGTGCGCC AGTTGCACTA 6780 CCGCGTGATT ACAGAGACTG GTTTGACAAC GGCAGATGAG ATGCTTTATC CGTCAAATCT 6840 GATCTTGGTG GATGACTTGG TCAGCTACCA TGCCGTTGGA GCTCGTTCTG TGGAAGACCA 6900 AGAGCACCGC TTTGTGGCTT CTGGGATTGA TGCACCAGTA GGGATGAAAA ATCCAACCTC 6960 AGGAAATTTG GGTGTTATGT TTAACGCCAT CTATGCTGCT CAAAACAAGC AAACCTTCCT 7020 TTATCATGGG CAGGAAGTTG AGACATCAGG TAATCCTTTG GCCCATGTTA TCCTCCGTGG 7080 AGCAGTCAAC GAGTATGGCA ATTATATGCC GAATTACTAC TATGAAAATC TACTCCAAGC 7140 CATTGAACGC TATGAAACCA TGGGACTTGA AAATCCTTTT ATCCTCATTG ACACCAACCA 7200 TGATAACTCA GGCAAGCAAT ATATGGAGCA GATTCGAATT GTTCGCCAGA CCTTGCAGAA 7260 TCGTGATTGG AATGAGAAAA TTAAAAAGAC GGTTCGAGGA TTTATGATTG AATCTTACCT 7320 AGCAGATGGT CGTCAAAACC AACCAGAGAT CTTTGGTTGC TCTATTACTG ACCCTTGCCT 7380 AGGTTGGGAA AATACAGAGG CCTTGGTAGA AGAGATTTAT GTTACCTTGA CAAAATAAGT 7440 GAAAAGGATG GAGTTGGGGA ATCTCAACTC CTTTTGATGA GAATGATAGT TGGACACGGA 7500 ATTGACATCG AAGAATTGGC TTCGATAGAA AGCGCAGTTA CACGACATGA AGGATTTGCT 7560 AAGCGTGTAC TGACCGCTCA GGAAATGGAG CGCTTCACCA GTCTCAAAGG ACGCAGGCAA 7620 ATAGAATATT TAGCTGGTCG CTGGTCGGCT AAGGAGGCCT TTTCCAAGGC TATGGGAACG 7680 GGCATTAGCA AGCTCGGTTT TCAGGATTTG GAAGTCTTGA ACAATGAACG TGGGGCGCCT 7740 TATTTTAGTC AGGCACCATT TTCAGGAAAG ATTTGGCTGT CTATCAGCCA CACCGATCAG 7800 TTTGTGACAG CCAGTGTCAT TTTGGAGGAA AATCATGAAA GCTAGTCCAC ATAGACCAAC 7860 CAAGGCTCTG ATTCATCTGG GAGCTATTCG ACAAAATATT CAGCAAATGG GGGCTCATAT 7920 CCCTCAAGGA ACGCTCAAGT TGGCTGTGGT TAAGGCCAAT GCTTATGGTC ATGGAGCTGT 7980 TGCCGTTGCC AAGGCAATTC AAGATGATGT TGATGGCTTT TGCGTTTCCA ATATCGATGA 8040 AGCCATTGAA CTCAGACAAG CTGGACTCAG CAAGCCAATC CTCATTTTAG GAGTTTCTGA 8100 AATCGAAGCT GTTGCTCTAG CTAAAGAATA TGACTTCACC TTGACAGTGG CTGGACTGGA 8160 GTGGATTCAA GCACTCTTAG ATAAGGAAGT GGACCTAACT GGATTGACAG TCCACCTCAA 8220 GATTGATTCA GGGATGGGAC GGATTGGTTT TAGAGAGGCA AGTGAGGTTG AGCAGGCTCA 8280 AGATTTGCTC CAACAACACG GTGTTTGTGT TGAAGGAATC TTTACCCACT TTGCTACTGC 8340 TGATGAGGAA TCAGATGACT ATTTTAATGC CCAGTTAGAA CGGTTTAAAA CTATTTTAGC 8400 TAGTATGAAG GAAGTTCCAG AGCTGGTTCA TGCTAGCAAT TCTGCAACGA CTCTTTGGCA 8460 TGTAGAGACT ATTTTCAATG CGGTTCGTAT GGGAGATGCC ATGTATGGCC TCAATCCAAG 8520 TGGAGCGGTC TTGGATTTGC CTTATGATTT GATACCGGCC TTGACCTTGG AGTCTGCTCT 8580 GGTTCATGTC AAGACAGTTC CAGCTGGAGC TTGCATGGGC TATGGAGCAA CTTATCAAGC 8640 GGATAGCGAG CAAGTCATCG CGACCGTGCC AATCGGGTAT GCAGATGGAT GGACAAGAGA 8700 CATGCAAAAT TTCTCTGTCT TGGTAGATGG CCAAGCTTGC CCAATTGTCG GCAGGGTTTC 8760 GATGGACCAA ATCACTATTC GATTGCCTAA GCTTTATCCG CTAGGAACCA AGGTAACCTT 8820 GATTGGCTCC AATGGGGATA AGGAAATCAC TGCAACTCAG GTAGCGACCT ACCGCGTAAC 8880 CATTAACTAT GAGGTGGTTT GCCTCCTCAG CGACCGTATT CCGAGAGAAT ATTATTAGAA 8940 AAGAAAGGAG TGGAGCATGA ATCTACATCA ACCCTTGCAT GTCTTGCCTG GTGTGGGACC 9000 AAAGTCAGCA GAAAAATACG CCAAACTAGG AATTGAAAAC TTGCAAGATC TCTTGCTCTA 9060 CTTTCCTTTC CGTTATGAAG ACTTCAAAAC CAAGCAGGTG CTGGAGCTGG AAGACGGTGA 9120 GAAGGCAGTT CTTTCTGGTC AGGTAGTGAC TCCTGCTAGT GTCCAGTATT ATGGTTTCAA 9180 GCGCAATCGC CTGCGTTTTA GTCTCAAGCA GGGAGAGGTC GTTTTTGCGG TGAATTTCTT 9240 TAACCAGCCC TATCTGGCTG ATAAAATAGA GTTGGGAGCA ACCCTTGCTG TCTTTGGAAA 9300 ATGGGACCGC GCTAAGGCTA GTCTGACTGG GATGAAGGTT CTGGCTCAGG TAGAAGATGA 9360 CCTCCAGCCT GTCTATCGTC TGGCTCAGGG AATCAGTCAG GCCAGTCTGG TCAAGGTCAT 9420 CAAGACGGCT TTTGATCAGG GACTGGACCT CTTGATAGAA GAAAATCTGC CCCAGTCTTT 9480 ACTAGACAAA TACAAACTCA TGTCCCGTTG TCAGGCAGTC CGTGCTATGC ATTTTCCAAA 9540 GTATTTGGCA GAATACAAGC AGGCTCTTCG CCGTATAAAG TTTGAGGAAC TCTTTTATTT 9600 CCAAATGCAG CTGCAGATGC TCAAGTCTGA AAATAGAGTT CAGGGAAGTG GTCTGGTTCT 9660 GAATTGGTCT CAGGAAAAAG TGACAGCAGT TAAAGTAAGT CTTCCTTTTG CCCTGACCCA 9720 AGCTCAGGAA AAGAGTTTGC AGGAAATTTT AACTGATATG AAGTCCGACC ACCACATGAA 9780 TCGTCTCCTA CAAGGGGATG TGGGGAGTGG AAAAACGGTA GTCGCTGGCT TGGCCATGTT 9840 TGCGGCAGTG ACAGCAGGTT ATCAGGCTGC CCTAATGGTA CCAACAGAAA TCCTCGCAGA 9900 GCAACACTTT GAGAGTTTAC AGAACCTTTT TCCCAATTTG AAACTGGCTC TCTTGACAGG 9960 TTCCTTGAAA GCTGCAGAAA AGAGAGAAGT CTTGGAGACC ATTGCCAAGG GTGAGGCTGA 10020 TTTGATTATA GGAACTCACG CTCTGATACA AGATGGGGTG GAGTATGCTC GTCTTGGTTT 10080 GATTATTATC GATGAGCAGC ACCGTTTTGG TGTAGGGCAA AGGCGTATTT TACGGGAAAA 10140 AGGTGACAAT CCAGATGTCC TCATGATGAC GGCGACTCCC ATTCCACGGA CGCTTGCCAT 10200 CACAGCCTTT GGAGATATGG ATGTTTCCAT TATCGACCAG ATGCCAGCAG GTCGGAAGCC 10260 TATTGTGACG CGCTGGATCA AACATGAGCA ACTACCTCAG GTCTTGACTT GGTTAGAGGG 10320 GGAAATTCAA AAAGGTTCCC AAGTCTATGT CATCTCTCCT TTGATTGAAG AATCAGAAGC 10380 TCTAGATTTG AAAAATGCCA TTGCCTTATC AGAGGAGTTG ACGACTCATT TTGCAGGCAA 10440 GGCAGAGGTG GCTCTTCTAC ATGGTAGGAT GAAGAGTGAC GAAAAAGACC AGATCATGCA 10500 GGATTTCAAG GAGAGAAAGA CGGATATTCT GGTTTCGACG ACGGTTATTG AGGTTGGGGT 10560 CAACGTTCCC AATGCGACTG TCATGATTAT CATGGATGCC GATCGCTTCG GTCTCAGTCA 10620 ACTTCACCAG CTTAGAGGTC GTGTCGGTCG GGGGGACAAG CAGTCCTACG CTGTTCTCGT 10680 TGCTAATCCC AAGACGGATT CTGGGAAAGA CCGCATGCGT ATCATGACAG AAACGACCAA 10740 TGGATTTGTC CTTGCGGAGG AAGATTTGAA AATGCGTGGT TCTGGTGAGA TTTTTGGAAC 10800 CAGACAGTCA GGACTTCCAG AGTTCCAAGT GGCTGATATT ATCGAAGATT TTCCGATTTT 10860 AGAAGAAGCA AGAAAGGTTG CTAGCTACAT TAGTTCTATA GAAGCTTGGC AAGAAGATCC 10920 AGAGTGGCGC ATGATTGCCC TTCATCTGGA AAAGAAAGAA CATCTGGATT AAGCTTTCTC 10980 TAAGGAAAAC TTATACTCAA TGAAAATCAA AGAGCAAACT AGGAAGCTAA CCGCAGGTTG 11040 CTCAAAACAC TGTTTTGAGG TTGTGGATGA AACTGACGAA GTCAGCTCAA AACACCGTTT 11100 TGAGGTGGCA GATAGAACTG ACGAAGTCAG TAACATATAT ATACGGTAAG GCGACGCTGA 11160 CGTGGTTTGA AGAGATTTTC GAAGAGTATT AAGCTAGTTT TTAGGTTTGG CTCTTATACT 11220 AGAGTCATCA AAAAGAAACG AGGACTCTCA TATGACAGTA ACGATTAAAG TAAATTACCA 11280 AACCACTTTC CAAAAGAAGG AAGCAAAAAA CTAGTATAAA CAGAAGAGAG AGCGAAATGC 11340 TCTTTTTTCG TTTCTAAAAC TACTTTCAGC CCATCATCCT AAAAGTAAAG AATCTAAATT 11400 CACTTTCTAT TTACCCTTCT TTCTTGCATT GATTACATAG ATATGCTACA GTTGTGGTAA 11460 CGATTACAAA ATAAAAGGAG CATGCTATGA AAAATCCAGC TTTGCTAGAA GAAATTAAGA 11520 CCTATAGAGG AAGGGATGAG GTTCCGGAAG ACTTTGATGA TTTCTGGGAT GGGGAAGTGA 11580 AAAATGTTTC CACGCTTCCA TCCTACCACT TGGAGGAAAG AGATTTCCAC ATTCCTCAAG 11640 TCAAGTGCTA TGAGTTAACA TTTGAAGGAA GCAAGGAAGG AAAGGTCTAT GCACGCATTG 11700 TTCTTCCAAA GAGTGAGGAG AAGGTCCCAT TAATCTTCCA TTTTCATGGT TATATGGGAC 11760 GTGGCTGGGA CTGGGCCGAC ATGCTGGGCT TCACCGTAGC TGGTTACGGT GTTGTTTCCA 11820 TGGATGTGCG GGGCCAGTCA GGTTACTCAC AAGACGGCTT GCGTTCTCCT TTAGGAAATA 11880 CCGTGAAGGG GCATATTATC CGTGGTGCTG TGGAAGGTCG GGACCACCTC TTTTATAAGG 11940 ATGTTTATCT GGATATTTAC CAGTTGGTCG AAATTGTTGC TAGTCTGTCT CAGGTTGATG 12000 AGAAGCGTCT TTCTAGCTAT GGTGCCTCAC AAGGAGGGGC TCTAGCTCTA GTTGCAGCAG 12060 CGCTCAATCC TCGAATTCAG AAAACAGTTG CCATTTATCC CTTCTTGTCA GACTTCAGAC 12120 GGGTGATTGA GATTGGTAAT ACTAGCGAGG CTTACGACGA ACTTTTCCGT TATTTCAAGT 12180 TTCACGACCC CTTCCATGAA ACAGAGGAGG AAATCATGGC GACCCTTGCC TATATCGATG 12240 TCAAAAATCT TGCCCATCGT ATCCAAGGTG AGGTTAAGAT GATTACGGGC TTGGACGACG 12300 ATGTTTGCTA TCCCATTACC CAGTTTGCGA TTTATAATCG TCTGACCTGC GATAAAACCT 12360 ATCGCATCAT GCCTGAGTAT GCTCACGAAG CCATGAATGT ATTTGTCAAT GACCAAGTCT 12420 ACAACTGGCT CTGTGGAAGT GAGATTCCTT TTAAATATCT AAAATAAGGA GTCGACTCTA 12480 AGCACAAAAT CTTAAAAATT ACAAACACGC ATAGTATCAG GGGATTAAGA AAACTTTATA 12540 CTATGCGTTT TATCATGGAA ATATAGTAAA ATGAAATAAG AACAGGACAA ATCGATCAGG 12600 ACAGTCAAAT CGATTTCTAA CAATGTTTTA GAAACAAATG TGTACTATTC TAGTGTCAAT 12660 CTATTATATT TATAGAATTT TTTGTTGCTA GATTTGTCAA ATTGCTTAAA ATAATTTTTT 12720 TCAGAAAGCA AAAGCCGATA CCTATCGAGT AGGGTAGTTC TTGCTATCGT CAGGCTTGTC 12780 TGTAGGTGTT AATACTTTTC AAAAATCTCT TCAAACCACG TCAGCTTCGC CTTGC 12835 (2) INFORMATION FOR SEQ ID NO : 142 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5020 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 142 : GGGGATATGA AGAACAAAAG AATATTTAAA GACTTCCAAG CTTCAAAAAT GAGTTTAAAC 60 ATTTACACAA GCCCCTTGTT AGCCTTTGTT TTTGTCTTCA TAGGAGAGTT TGTGGCTTTT 120 ACTTTGTATG GTATTGGCTT GTTAGCTCTC ATCGGACTTG CTAGAAATTT TGGAGAGGCT 180 GGTCAAAATC TTGCAAGCTA CTTGCAGACC TTGCATCAGA GCTTGACGGA TAAAACAAGT 240 GACTTTCGTT TAATTTTAGG ATTACTGGCC TTTGGTTATT CTTAACACTG TGTTCAGATG 300 GACAAGAAAA GTTGAGAAAA GACCTATTCG AACCTTGGGA TTTTATAGAG AGAATTTCCT 360 CAGCAATCTT CTGAAAGGAT TTAGTCTAGG CCTGGCACTT TTTCTTCTGA CCTTGTTAGG 420 TTTAGTGGTC TTAGGTCAAT ATCGTTTGGA ATCCATTCAC TTGAATCCTT ATTCTCTTGC 480 CTTTGTCGTC TTTACTATCC CATTTTGGAT TTTACAGGGG ACAGCAGAAG AAGTGGTGGC 540 CCGTGCTTGG CTACTTCCTC AATTGGCCTC AAGAACCAAT CTAAAACTAG CTATTCTTAT 600 ATCTAGCCTG TTCTTTACCC TGCTTCATAT GGGCAATTCT GGTCTCACCC CTCTATCTCT 660 AGTAAATCTC TTTTTATTCG GAGTTGCCAT GGCTCTTTAC CTTCTCAAAA CTGATACAGT 720 TTGGGGTGTT GCAGGTATTC ATGGTGCTTG GAATTTTGCT CAGGGTAATC TCTTTGGGAT 780 TTTAGTTAGT GGTCAACCGT CAGaACGTCT CTGATGACCT TTTTACCACA AGGCAATCAA 840 GATTGGCTAT CAGGTGGTTC TTTTGGCATA GAAGGTTCCA TTATGACAAG TCTGGTATTA 900 CTACTGCTGA TTGTCTATCT TGCTAATAAA TTAAAGAAAG AAAATGAAAG GATGTGACTT 960 CGGTCCGTCC TTTTCTTCGT GAAAATACTA TAAGTATGCT AAAATAGGAA TAGCACATGG 1020 AGAGAGGATT CTTATGATCA ATCACATTAC AGATAATCAA TTTAAACTAG TATCAAAATA 1080 TCAACCATCA GGAGATCAAC CCCAAGCTAT CGAGCAGTTG GTGGATAACA TTGAGGGGGG 1140 AGAAAAAGCT CAGATTCTGA TGGGGGCGAC TGGAACAGGG AAGACCTATA CTATGAGTCA 1200 GGTCATTTCT AAAGTCAATA AACCAACTCT GGTTATTGCC CACAATAAAA CTCTGGCTGG 1260 TCAGCTCTAT GGGGAGTTTA AGGAATTTTT CCCTGAAAAT GCAGTTGAGT ATTTCGTATC 1320 CTACTATGAT TATTACCAGC CAGAGGCCTA TGTCCCTTCT AGCGATACCT ATATTGAGAA 1380 GGATAGTTCT GTCAATGACG AGATTGACAA GCTTCGCCAC TCAGCTACCT CAGCCCTTTT 1440 GGAGCGTAAT GATGTTATTG TCGTGGCCTC AGTCTCTTGT ATCTATGGTT TGGGTTCGCC 1500 CAAGGAATAC GCTGATAGTG TCGTTAGTCT CCGTCCTGGT CTAGAGATTT CTCGTGATAA 1560 ACTCTTGAAT GACTTGGTCG ATATTCAGTT TGAACGTAAT GATATTGATT TCCAACGCGG 1620 AAGATTTCGC GTTCGTGGGG ATGTGGTAGA GATTTTCCCA GCTTCCCGAG ATGAACATGC 1680 CTTTCGAGTA GAATTTTTTG GAGACGAAAT TGACCGTATT CGTGAAGTTG AGGCTCTGAC 1740 AGGTCAGGTG TTGGGAGAAG TGGATCATTT AGCGATTTTC CCAGCGACAC ACTTTGTGAC 1800 CAATGACGAC CACATGGAAG TTGCCATTGC AAAGATTCAG GCCGAGTTGG AAGAACAATT 1860 AGCTGTCTTT GAAAAGGAAG GTAAACTGCT TGAAGCCCAG CGTTTGAAAC AGCGGACAGA 1920 GTATGATATC GAAATGTTGC GTGAGATGGG CTATACCAAT GGGGTTGAAA ATTATTCTCG 1980 CCACATGGAT GGACGGAGCG AAGGAGAGCC TCCTTATACG CTTCTCGACT TCTTCCCAGA 2040 TGATTTCTTG ATTATGATTG ACGAGAGTCA TATGACCATA GGGCAAATCA AGGGCATGTA 2100 CAATGGAGAC CGTTCGCGTA AAGAAATGCT GGTTAATTAT GGTTTCCGTT TGCCGTCTGC 2160 TTTGGACAAT CGTCCTCTCC GTCGGGAGGA GTTTGAGAGT CACGTTCATC AGATTGTTTA 2220 CGTTTCAGCG ACACCTGGTG ACTATGAAAA TGAACAGACC GAGACAGTGA TTGAGCAAAT 2280 CATTCGTCCA ACGGGACTCT TGGATCCAGA GGTGGAAGTC CGTCCGACTA TGGGACAGAT 2340 TGATGACCTC TTGGGTGAAA TCAATGCCCG CGTTGAAAAA AATGAGCGTA CCTTTATCAC 2400 AACTTTGACC AAGAAAATGG CAGAGGATTT GACCGACTAC TTCAAGGAAA TGGGTATCAA 2460 GGTCAAGTAC ATGCACTCGG ATATCAAGAC CTTGGAACGG ACGGAGATTA TCCGTGACCT 2520 GCGCTTGGGT GTCTTTGATG TCTTGGTCGG AATTAACCTG CTCCGTGAAG GAATTGACGT 2580 TCCTGAAGTG AGCCTCGTAG CTATTCTCGA TGCTGACAAG GAAGGTTTCC TTCGCAACGA 2640 ACGTGGACTC ATCCAGACCA TTGGACGTGC TGCACGTAAT AGCGAAGGTC ATGTTATCAT 2700 GTATGCGGAC ACGGTTACCC AGTCTATGCA ACGTGCTATC GATGAAACTG CCCGCCGTCG 2760 CAAAATCCAG ATGGCCTATA ATGAAGAACA TGGTATCGTT CCACAAACCA TCAAGAAAGA 2820 AATCCGTGAC TTGATTGCTG TGACCAAGGC AGTTGCTAAG GAAGAAGACA AGGAAGTCGA 2880 TATCAATAGC CTCAACAAAC AAGAGCGCAA AGAACTAGTC AAAAAGCTTG AGAAACAAAT 2940 GCAAGAAGCA GTTGAAGTGC TTGACTTTGA ACTAGCAGCT CAGATTCGTG ATATGATGCT 3000 GGAAGTCAAG GCCTTGGATT AGGGGAATAG TATGATTTAT TTAAGAAAGT TAAAGAAAGA 3060 AGATTTGATG TCTTTATGGG AAATGGCTTA TTCACAGCTT AATCCAGTTT GGAAACAGTA 3120 TGATGCTCCC TATTATGATG ATTATCAGTA TTTTTCAAAT TTTAAAGAAT TCGAACTACA 3180 AAAATCAGAA TCCATTTTAA GCAACTCAAA TCGCCTTGGT ATTTTTGTTG ATGATAAACT 3240 AGTTGGGACT GTTTCGCGTT ATTGGGTATG TAAAGAAACA AGATGGATGG AATTGGGAAT 3300 TGGTATTTAT GATAAAAAAT TCTGGAACAC TGGTATTGGG AAAGTTGCTA TGTTGCAGTG 3360 GATAGATAGG ACGTTTCAGG ATTACTTGGA GTTGGAGCAT CTGGGTTTGA CAACTTGGTC 3420 AGGAAATATT GGTATGATGA AACTTGCTGA AAAATTAAGA ATGAAAAAAG AAGCTCATAT 3480 TCCAAAAGTT CGTTATTATC AAGGTAAATA TTTTGACAGT ATTAAATATG GTATTTTGAG 3540 AGAAGACTGG GAGAAAATAA ATGACGGTTA TTATCAAATC AATGGAAACT CCTGAAGAGA 3600 TAGAAGGTAA ATCCTTCGTT CACTGGCAAA CGTGGAGAGA GGCTTATGAT GACCTTTTGC 3660 CTGCGGAATT TCAGGAGACA ATGACATTAG AAAGATGTCG ACTCTTTAGT CAAAAGTATC 3720 CAGAAAATAC ATTGATTGCG ATGGATGGTG TGAAGATAGT TGGTTTTATA AGTTATGGCA 3780 ACTGTCGTGA TGAGACTATT CAAGCTGGTG AAATTATTGC TTTATATGTT TTAAAAGACT 3840 ATTATGGAAA AGGAATCGCA CAAAAGTTAG TGAAAGCAGC TTTGACTGAT CTTAATCATT 3900 TTTCTGAAAT TTTCTTATGG GTATTGAAAG ATAACAAGCG CGCCATTGCT TTCTATCAAA 3960 AAATGGGTTT TACTTTTGAT GGACAAGAAA AAATACTTGA ACTTGGAAAG CCTATAAAGG 4020 AAAAACGGAT GGTATTCTAT TCTAAATAAT TCTCAAAAGT AAAAGCTAAT ATGGTACCAA 4080 GTCTGAAAAT TTAATAAATT AGAAAGCGAG TAAATTTATG TCCCGTTCCC AATTAACAAT 4140 TTTAACAAAT ATCTGTCTGA TTGAAGACCT CGAAACTCAG CGCGTGGTGA TGCAGTATCG 4200 CGCCCCTGAA AACAATCGCT GGTCTGGTTA TGCCTTTCCT GGAGGTCATG TAGAAAATGA 4260 TGAGGCTTTT GCGGAGTCTG TCATTCGTGA AATCTACGAA GAAACAGGGT TGACTATCCA 4320 AAATCCTCAA CTTGTCGGCA TTAAAAATTG GCCACTAGAT ACAGGTGGGC GCTATATTGT 4380 CATTTGTTAT AAGGCGACTG AGTTCTCTGG TACCCTTCAA TCTTCAGAAG AGGGAGAAGT 4440 TTCTTGGGTG CAAAAAGACC AGATTCCAAA CTTAAATCTG GCCTATGATA TGCTACCATT 4500 GATGGAAATG ATGGAAGCTC CCGACAAGTC AGAGTTTTTC TACCCTCGCC GTACAGAAGA 4560 CGATTGGGAA AAGAAAATCT TCTAGTCTTT TACTAAATAA CCTAGCTGAT CCAAGGCCTC 4620 CTCGATATAG TGGAGGTCTT GTTGTGTCTC GGCTTCAACT AGGTGATAAT GAATACCATC 4680 TGTTAACTCA GAAATTGGCT TAAAGTCAGA ACGTTCAACT TGTTCTAGAA AATGTTGCAC 4740 GTCGCGGCGA CAGGTCAGTT TTAGTAAGGT TTCAATCTCT CCATAAACAG GATGATCAAT 4800 CAAGATATTT TGAACGCGAC CACCATTATC TACGATAGCA AGTAATTCTC GTCCAATTTC 4860 TTCAACTTCA TGCTTGACCT TAAATAATTT GTGATGATAA GTATTTGCAT TAGCATCTTT 4920 ATAGATATAA CCACGATTGG TAGATAGAAT TGGAGATCCA TCAGCTCTTA AAATTGCAAT 4980 ATCTTGAACA ATAACTTGTC GAGTGACATG AAAGTGCTCA 5020 (2) INFORMATION FOR SEQ ID NO : 143 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4965 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 143 : AAAAAGTGGC AATCCATTGA TTGGCCACTT CATTTAGAGA ATTATCGTCT CGCCCTTGAA 60 GAAGAAGGTC GTGTAGTACT TGAGTTACTG CTATCGCTAG AACTACTACT TGAACTGCTG 120 GAGCTGGATG GAGTTGGTAG ACTCCCCACA ATACTAGACC AAGCATTCTG ATAATCCGCA 180 TCACTTCCGC CAATAGCAAA GCGATAACTT GTCGCTGGCG CTCCTGACTT ATTAGCCCAA 240 TAGCTGGTAA CAGTCGAACC TGTGACCTCT ACTTCTTTTC CTTCAACAGA AACCTTCTCT 300 GGTTTTTGAC CTGTTGATTT CAAGACTTCC GATTTCACTA CACTAGGATC TAAAGCAAAG 360 CGCTCGTTCC CCCAAATGCT TGGGGAAGCT TGCTGAATCG CATTTACCAG ATGAGCCATG 420 TAATTAGAGT TATTAGAATA ACCTGCTCTA CGTGACAATG AATGATTATC ATCATGCCCA 480 ATCCAGCCAC CTAGGGTTAA TCTAGGTGTC GAAAGCATGA GCCACATATT TTCGTCTTGG 540 TTGGTTGTAC CAGTCTTCCC AATCCAATCT GCATTAGCCA GAGTAGGATT TAAAGAAGTC 600 AGGTTAGACT TGAAGGTTGT TGTCACACGA GAGGATAGAA CTTCTCGTAG CAATCCCTGC 660 ATAATCGTCG CAGTAGCTTT TGAATAGACT TGAACCGGTT TATCCTGATA CTCATACACC 720 ACTCTACCAT CTGCTGCTTC AATCTTTGAA ATCACATGCT TCTGATGATA AACTCCATTA 780 TTAGCTAAGG TCTGATAGCC ATTGGTATGC TGGGCAACTG TGACTTCAAT ACCACCACCC 840 ATTGGCAAGC TCTCAATACC GTACTCAGGA ATCTCGTAAC CCATCTTTTC CATATAACCC 900 TTGACATCAA CACCCTTTTC ACGGAGCATA CGATAGGTCC AGTAAGCAGG GATATTCCAT 960 GAATAGTTCA GAGCTTCTCC CAAGGTCATC ATTCCTGTTC CCTTGCTATT AGCATACATA 1020 ATCGGATTGC CATTAGCAAA GTTTGTTGGA TAGTTAGATA GAATCGTTTC ACTTCCCATC 1080 AAGCCCTGGT CAATAGCAAT ACCGTAGGCC AGCAAGGGCT TGGTAGTAGA AGCTGGCGAA 1140 CGTTTGGTAT CAAAGGCATG ATTATTTTGA TTTTCTTGAT AATTACGACC ACCTACAAAG 1200 CCTAGAATAG CACCTGTTTG GTTATCCATC AAGACATTCC CTACTTCTAC ACGACCTGTT 1260 CCATCGTCTA AAAGATAGCC ATAATCAGCA ACCGCACTTT GCATGGCAGA ATGAATTTTC 1320 TGATCTATGG TAGTAGTAAT CTTATAACCA CCATTTTCAA TTTCCTTGGC TGCCAAATCT 1380 CGATAAAACT TCTGAGTTGC CTCATTTTTC AACTCCTTAG CGGAGACATT GTCTCTCTGA 1440 GCTAGATAGT CATACATACG TTCTTGAGCT TCTGCCAAAG TTGTAAAGTA TAAATAGTCT 1500 CGTGAAATTC CTGTAACCGT GCCCGATGGT AAAAAGTCCT GTTTAAGGTC ATAATCCTTG 1560 TACTGAGAAT ACTCGTCTTT GCTTAATGCA CCTGTACGAT ACATACTGTA AAGAACTGCC 1620 TTAGCCCGTC TTAAGCCAAT TTCTAGGTCT TCATCACTCT TCAACTCCCC AGTATTTTCA 1680 TAAGGAGAGT AAGTAATGGG ACTCTGTGGA AGTCCTGCTA AAAATGCTGC TTGAGGAACA 1740 GTCAACTGAC TGGCATCTAC ACCGAAAATT CCCTCAGCTG CTTGCCGAGC CCCTGCAATA 1800 TTCTGTCCCT TATTATTTCG GCCAAAGGGA GCCACATTGA GATAGGTCGT TAAAATCTCA 1860 TCTTTATTCA TGGCGCGTTC CAAGGCAAGA GCATCCACAA TCTCTGCCGC CTTACGAGCC 1920 AAGGTCGGCG CATCCCCAAC CACCTGCTGT TTAATTAGTT GCTGGGTCAA GGTTGAACCC 1980 CCACTAGAGG AACCCAAACC TACAAATTTC CCCAAGGTCG CACGAATCAC CGCCTTGGGT 2040 ACTACACCCT TATGTTCTTT AAAGTGTTCA TCTTCTGTCG CAATGATAGC CTTCTTCAGA 2100 TTTTCCGAAA TTTGCTCAGA TGAGATAGAA GTGCGCAACA AATCACTCTC TATGGAAGCA 2160 ATCACCGTCC CGTCCGAATA GGTAATCTCT GAAATAGAAG AGATGTCCTT GACCTGATTC 2220 ACCAATTCTT CTGTCTGAGG CACCCGAACC TTGTCAAATA AGGCCACTCC GTATCCCAAA 2280 GCAATCCCAG CTCCCAACAT TCCTCCTAGA AAACCGAGTA CAAAGAGTAA GTTAAATAAG 2340 GCTTTTATAC TCAGTAAAAT AGCTGGGAAA ATGACTGACT TATCTAAGGT TTTAGATTTT 2400 TTGGTACTTG AACCTTTCTT GCCAGGTCTA GCTGATTTTT TATTTTTTTG TTTTTGCTGG 2460 AAAAATTCCA GCATTTTTCG TTTTAATTCA TTTAATTGAT TTTGCATGGA TTTCCTCACT 2520 TTATCTATTA TACCACAAAA GGGAAATTTT CAATAAAATA GCCACTTTCT TCCCTATTCT 2580 GCTAGGCTAT TGCCCAAGTT TGTGATACAA TAGGTAGAAA CAATAATTTT AAAAAGGAGA 2640 AAAAACACAT GCACATTTTT GATGAGCTAA AAGAGCGTGG TTTGATATTT CAAACGACTG 2700 ATGAAGAAGC TTTGCGTAAA GCCCTAGAAG AAGGTCAAGT TTCTTATTAT ACTGGCTACG 2760 ATCCAACTGC TGACAGCCTT CACCTAGGCC ACCTTGTCGC AATCTTGACA AGTCGTCGCT 2820 TGCAACTAGC AGGTCACAAA CCTTATGCGC TCGTTGGCGG TGCTACAGGT CTCATCGGAG 2880 ATCCGTCCTT CAAAGATGCT GAACGTAGTC TCCAAACAAA AGACACAGTA GATGGCTGGG 2940 TCAAGTCTAT CCAAGGACAA CTTTCTCGTT TTCTTGACTT TGAAAATGGC GAAAACAAGG 3000 CTGTCATGGT CAACAACTAC GACTGGTTTG GCAGCATCAG CTTCATTGAC TTCCTCCGTG 3060 ATATTGGAAA ATACTTCACG GTCAACTACA TGATGAGTAA GGAATCTGTT AAAAAACGGA 3120 TCGAAACAGG AATTTCTTAC ACTGAGTTCG CTTACCAAAT CATGCAAGGG TATGACTTCT 3180 TCGTCCTTAA CCAAGACCAT AATGTCACTC TTCAAATCGG TGGTTCTGAC CAGTGGGGAA 3240 ATATGACAGC TGGTACCGAA TTGCTTCGTC GTAAGGCGGA CAAGACTGGT CACGTTATCA 3300 CTGTTCCACT AATCACAGAT GCAACTGGTA AGAAATTTGG TAAATCAGAA GGAAATGCCG 3360 TCTGGCTCAA TCCCGAAAAG ACTTCTCCAT ACGAAATGTA CCAATTCTGG ATGAACGTGA 3420 TGGACGCTGA CGCTGTTCGC TTCTTGAAAA TCTTTACTTT CTTGTCACTT GATGAGATTG 3480 AAGATATTCG TAAACAATTT GAAGCAGCGC CACACGAACG CTTGGCTCAA AAAGTCTTGG 3540 CTCGTGAAGT TGTTACACTT GTTCACGGAG AAGAAGCCTA CAAAGAAGCA CTTAACATCA 3600 CTGAGCAACT CTTTGCAGGA AACATCAAAA ACCTTTCTGT CAAAGAGCTC AAACAAGGAC 3660 TTCGTGGTGT GCCCAACTAC CAAGTACAGG CAGACGAAAA CAACAATATC GTGGAACTGC 3720 TCGTCTCATC TGGTATAGTT AACTCAAAAC GCCAAGCCCG TGAAGACGTC CAAAACGGAG 3780 CCATCTACGT AAACGGCGAC CGCATCCAAG AGCTTGACTA TGTCTTGAGT GACGCTGATA 3840 AGTTAGAGAA TGAACTGACT GTTATCCGTC GTGGGAAGAA AAAATACTTT GTATTGACTT 3900 ACTAAACTAT TCAACATTTA TCTATAAACA AAGGAGTTAA CCTCGAGAAA GGTAACTCCT 3960 TTTTGCTGTT AATAACTCTC ATCTATCTAT TTTTAATAGA CAGGCTACGC AGGACAATGC 4020 GCAAGGTTGT TAGATTATGT AAGATAGAGA GATTTGAAGG ACTGAACCAA TTAAATAAGC 4080 CAAAGCCAAT CAAACTACTA TTTACGACAA CGGTATCCTG AATATTTTTC TTGATGAGTG 4140 TTTGCAAAGA TGATGATAAC GAATCCAACT CTTGGAAGAA ATCCAAACGA TTATCTAACA 4200 ATAAGATATC ACTCATCTGC TTAGAAATAT CTGCACTCTC ATTCATCACC ACACCGATAT 4260 CTGATAGAGT TAAAGCCGCT GAGTCATTCA ATCCATCTCC AACCATCAAA ATAGTGTGAC 4320 CTGCTTTCTG CAGTTTCTCT ACTAACTCAA ATTTCCCATC AGGTTTCAAG TCTGTATAGA 4380 CCTGATCAAA GGGCAAATCT TTGACTAATT CCTCTGTCCT AATCAAGGTG TCTCCTGTTG 4440 CCAGAATCAA TTTTTTCCCC TGTGCCTTAA GTTTATCCAA GGCTGTTTTT GCTTCTTTTC 4500 TCAAAGGAGT ATGAATGCAG AACATTCCAA TCAATTCATT TTGATAAGCC AAGAATAAGA 4560 GATTGTAGTG ACTCTTGTAC TCTTCAATTA AAGCATTTTG TTCTGAACTG ATATGAATCT 4620 GCTCATCCTG CATCAAGACA TAATTCCCAA TAAGAACTGG TTGGCCATCT ATATGAGATT 4680 TGATCCCCTT GCTTGCGATA TATTGGAGTT TCCCATGCAT TTCCTCATGT TCAATTCCCT 4740 CTATCTCAGC TTGCTTGACG ATGGCATTAG CAATAGGATG ATAAATGTGT TCCTCAAGAC 4800 AGGCACTGAT TCTGAGAATA TCTTCCTCAC TATAGTCTCC AAAAGGTAAC ACCTTTTCAA 4860 CTATAGGATA ACTAGTTGTG ATTGTTCCTG TCTTATCAAA CAAGAAAGTA TCAACTTCCA 4920 GATATTTCTC CCTGTTGTGG CCTCTGGCTG TCATCTCTGT GCTGG 4965 (2) INFORMATION FOR SEQ ID NO : 144 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3232 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 144 : CAGGGGCGTA TTACGTGACA ATTCAATGTA GGCTGTCGCT ACTTGCGCCA AAACAAGGAT 60 TCGATAATGT CGGATGATAC TAACGATTAA ACCGAGCAGA AAGGATCCCA AAATTCCCCA 120 AACTGCAATA TGCAAGGTCA GAAAGAATGC CTTTTGATAT AGTGGTAGAT ATTGTTCAAC 180 AATGGATCAA TCCAAAAATA GAACCTCCCA TCTAGAAATA ATACAGTTAT TGTAGCACTT 240 AAAATCTTCT TTGGATAATA TCTATTTTTT ATTGCCGTTA TAAGGATTTT TATCATAGAC 300 ATAAAATTTC TGAAATTTCC AAACAAAATA TTTTAAAAGT TTTGAAAAAG AGTTAAGATA 360 TTTTTGTAAT ACACAAAGTA AACGCTTACT TATTAAGGAG GACATTTTAT GTCATACAAA 420 ACAAGCAATG CAGAAGGTCA TGTAGATTTC ATCAATACCT ATGATTTGGA GCCAATGGCG 480 CAACAAGTTA TTCCTAAAGC AGCATTTGGC TATATCGCTA GTGGGGCGGG AGATACTTTC 540 ACTTCTTTCC AGTGATTTTA GCGTCAGGTT CTTTTTAGTT TTTAAAGATT ATCCGTGAAT 600 TTCTTGCTTA TTTATGATAA AATGGGAGTG TCGCAAAAAA TGACTCATCG TATTCAATTT 660 TGAGTAAAAC TAGGAGGATC CCATGTCTAC AGAACATATG GAAGAACTAA ATGACCAGCA 720 GATCGTTCGC CGTGAAAAAA TGGCTGCGCT CCGCGAACAA GGAATCGATC CTTTCGGAAA 780 ACGTTTTGAA CGTACTGCAA ATTCACAAGA ATTAAAAGAT AAATATGCCA ACCTCGATAA 840 AGAACAATTA CACGATAAAA ACGAAACAGC TACTATCGCA GGACGCTTGA TAACCAAACG 900 TGGTAAAGGA AAAGTTGGTT TTGCCCACCT TCAAGACCGC GAAGGCCAGA TTCAGATCTA 960 CGTTCGTAAG GATGCTGTCG GTGAAGAAAA CTACGAAATC TTCAAAAAAG CAGACCTTGG 1020 TGACTTCCTT GGTGTCGAAG GTGAAGTGAT GCGTACGGAT ATGGGAGAAC TCTCTATCAA 1080 GGCAACCCAC ATCACACACT TGTCTAAGGC TCTTCGTCCT CTTCCTGAGA AATTCCATGG 1140 TTTGACAGAC GTTGAAACAA TTTACCGTAA ACGTTACCTT GACTTGATTT CTAATCGTGA 1200 AAGCTTTGAA CGCTTTGTCA CTCGTTCAAA AATCATCTCT GAAATCCGTC GTTACCTTGA 1260 CCAAAAAGGA TTCCTTGAAG TGGAAACACC TGTTCTTCAT AATGAAGCCG GTGGTGCTGC 1320 TGCCCGTCCA TTTATCACCC ACCACAATGC CCAAAACATT GACATGGTGC TTCGTATCGC 1380 GACTGAGCTT CACTTAAAAC GCCTTATCGT GGGTGGTATG GAACGTGTCT ATGAAATTGG 1440 CCGTATCTTC CGTAACGAAG GAATGGACGC TACTCATAAC CCTGAGTTCA CTTCTATCGA 1500 AGTTTACCAA GCTTATGCAG ACTTCCAAGA CATCATGGAC TTGACTGAAG GCATTATCCA 1560 ACACGCTGCT AAATCAGTCA AAGGTGATGG CCCAGTCAAC TACCAAGGTA CTGAAATCAA 1620 GATTAACGAA CCATTTAAGC GTGTTCATAT GGTGGATGCT ATCAGAGAAA TTACTGGTGT 1680 CGATTTCTGG CAAGACATGA CTTTGGAAGA AGCTAAAGCT ATCGCTGCTG AGAAGAAAGT 1740 TCCAGTTGAG AAACACTACA CTGAGGTTGG TCACATCATC AATGCCTTCT TTGAAGAGTT 1800 TGTTGAAGAA ACTTTAATCC AACCAACCTT TGTCTATGGA CATCCAGTAG CTGTATCTCC 1860 ACTCGCTAAG AAAAATCCTG AAGACCAACG CTTTACTGAC CGTTTCGAGC TCTTTATCAT 1920 GACTAAGGAG TACGGTAATG CCTTTACTGA GTTGAACGAC CCAATCGACC AACTTAGCCG 1980 TTTTGAAGCC CAAGCTAAAG CCAAAGAACT TGGTGATGAT GAAGCGACAG GAATCGACTA 2040 TGACTACATT GAAGCTCTTG AATACGGTAT GCCACCAACA GGTGGTTTGG GAATCGGTAT 2100 CGACCGTCTC TGCATGCTCC TCACTGATAC AACAACTATC CGTGATGTAT TGCTCTTCCC 2160 AACAATGAAA TAAATTCTTA TCCTCTGGGT CTTATCAGAG GATTTTTTGA TTCAAAAAGA 2220 GACTGAATTT AAGGAGAAAA TGAAGTGTAG TATATTGAAA TTGAAATAGT ACACTTTGAT 2280 TTCTAAGACA TTGTTAGAAA TTGGTTTAAA TTCCCTAAGC AATTTGTGCA TGTTTTATTT 2340 CATTTTACGA TAGTACGCTG AAACTTTTCA AAAAGTACTA GAAATTGACT TGGATTCCCC 2400 AATTGATTTG TTCAGATTCA CTATAAATAA AAAATTAATA AGTGGGATAG GAAGTTAGCG 2460 TCAACTAGGA TAGTATCTTG CTTAAACAGT ATATATGGGA TTGATATAAG TCCATAGGTC 2520 CTATTAGAGG ATGTTCTGGT GTCTTATTCA CTTGTTTTTT ATAGTATTAG TAGATAGAAT 2580 CAGCAAATAA AAACCCAAAT CATTCATACC TCTCTCAACT AGATGTAACT TACAAAACCC 2640 CTGACCTCAT GAGCCACTTT CTTCCTCCTC ATGAGGTCAG TTTTACTTTC TGCTGTTCCA 2700 GTATCGTTTT TCCTCGCTAG ATTTCCTCAA AAGGGCAGAC TCCTCCCTTG GTGCGTCACA 2760 CGATTTTTTC ATCTCGACTG TTCTTTAATG CATCATTAAC GACGCTTTTC TTCTAGGTGG 2820 TTCATAAGGA ACAGGAAGAT TCAGGTTGAC TTTTCTAATC CTAGAATAAA GTGCTGAAAA 2880 CAATTCGGAA TAGGCATAGA GACTAGACAA TTTGAGGAGC TGCTTGCGTC CTGTTCGAAC 2940 ACATTTTCCC ACCACGTGAA GAAAAAGATG GCGGAAGCGT TTGATTGTTA AAGTTTGGAA 3000 GTCACCTCCA GCTAGATGTT TGAGAAAAAG ATAGAGATTG TAGGCGATAC AGCTCATCAT 3060 CATACGAACT TCGTTTTTGA TTAAGGTTGA ACTATCCGTT TTATCGCCAA AAAATCCCTC 3120 CTTCATCTCC TTGATGAAAT TCTCGGCTTG ACCACGTCCA CGATAAAGCT GAAACTGGTC 3180 TTGGCTTGTT CCACTCGTCA TATTTGTAAC GAGAGAAATA ACATCGTAGA AC 3232 (2) INFORMATION FOR SEQ ID NO : 145 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 10711 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 145 : CCGGAGAAAA TGATGAAAAG TTCAAAACTA TTTGCCCTTG CGGGCGTGAC ATTATTGGCG 60 GCGACTACTT TAGCTGCATG CTCTGGATCA GGTTCAAGCA CTAAAGGTGA GAAGACATTC 120 TCATACATTT ATGAGACAGA CCCTGATAAC CTCAACTATT TGACAACTGC TAAGGCTGCG 180 ACACAAATAT TACCAGTAAC GTGGTTGATG GTTTGCTAGA AAATGATCGC TACGGGAACT 240 TTGTGCCGTC TATGGCTGAG GATTGGTCTG TATCCAAGGA TGGATTGACT TACACTTATA 300 CTATCCGTAA GGATGCAAAA TGGTATACTT CTGAAGGTGA AGAATACGCG GCAGTCAAAG 360 CTCAAGACTT TGTAACAGGA TTAAAATATG CTGCTGATAA AAAATCAGAT GCTCTTTACC 420 TTGTTCAAGA ATCAATCAAA GGGTTGGATG CCTATGTAAA AGGGGAAATC AAAGATTTCT 480 CACAAGTAGG AATTAAGGCT CTGGATGAAC AGACAGTTCA GTACACTTTG AACAAACCAG 540 AAAGCTTCTG GAATTCTAAG ACAACCATGG GTGTGCTTGC GCCAGTTAAT GAAGAGTTTT 600 TGAATTCAAA AGGAGATGAT TTTGCCAAAG CTACGGATCC AAGTAGTCTC TTGTATAACG 660 GTCCTTATTT GTTGAAATCC ATTGTGACCA AATCCTCTGT TGAATTTGCG AAAAATCCGA 720 ACTACTGGGA TAAGGACAAT GTGCATGTTG ACAAAGTTAA ATTGTCATTC TGGGATGGTC 780 AAGATACCAG CAAACCTGCA GAAAACTTTA AAGATGGTAG CCTTACAGCA GCTCGTCTCT 840 ATCCAACAAG TGCAAGTTTC GCAGAACTTG AGAAGAGTAT GAAGGACAAT ATTGTCTATA 900 CTCAACAAGA CTCTATTACG TATCTAGTTG GTACAAATAT TGACCGTCAG TCCTATAAAT 960 ACACATCTAA GACCAGCGAC GAACAAAAGG CATCGACTAA AAAGGCTCTC TTAAACAAGG 1020 ATTTCCGTCA GGCTATTGCC TTTGGATTTG ACCGTACAGC CTATGCCTCT CAGTTGAATG 1080 GACAAACTGG AGCAAGTAAA ATCTTGCGTA ATCTCTTTGT GCCACCAACA TTTGTTCAAG 1140 CAGATGGTAA AAACTTTGGC GATATGGTCA AAGAGAAATT GGTCACTTAT GGGGATGAAT 1200 GGAAGGATGT TAATCTTGCA GATTCTCAGG ATGGTCTTTA CAATCCAGAA AAAGCCAAGG 1260 CTGAATTTGC TAAAGCTAAA TCAGCCTTAC AAGCAGAAGG AGTCCAATTC CCAATTCATT 1320 TGGATATGCC AGTTGACCAA ACAGCAACTA CAAAAGTTCA GCGCGTCCAA TCTATGAAAC 1380 AATCCTTGGA AGCAACTTTA GGAGCTGATA ATGTCATTAT TGATATTCAA CAACTACAAA 1440 AAGACGAAGT AAACAATATT ACATATTTTG CTGAAAATGC TGCTGGCGAA GACTGGGATT 1500 TATCAGATAA TGTCGGTTGG GGTCCAGACT TTGCCGATCC ATCAACCTAC CTTGATATTA 1560 TCAAACCTTC TGTAGGAGAA AGTACTAAAA CATATTTAGG GTTTGACTCA GGGGAAGATA 1620 ATGTAGCTGC TAAAAAAGTA GGTCTATATG ACTACGAAAA ATTGGTTACT GAGGCTGGTG 1680 ATGAGACTAC AGATGTTGCT AAACGCTATG ATAAATACGC TGCAGCCCAA GCTTGGTTGA 1740 CAGATAGTGC TTTGATTATT CCAACTACAT CTCGTACAGG GCGTCCAATC TTGTCTAAGA 1800 TGGTACCATT TACAATACCA TTTGCATTGT CAGGAAATAA AGGTACAAGT GAACCAGTCT 1860 TGTATAAATA CTTGGAACTT CAAGACAAGG CAGTCACTGT AGATGAATAC CAAAAAGCTC 1920 AGGAAAAATG GATGAAAGAA AAAGAAGAGT CTAATAAAAA GGCTCAAGAA GATCTCGCAA 1980 AACATGTGAA ATAACTGTTG CAAAATATAA GAAAGGATTT AGTATTTCCC TTGAATGCTG 2040 AATCCTTTTT TACATTTGTA AAGAAAGATT CTAAAATGTA CGGACCCCCA AAAGTTGGAG 2100 CCTCTTTTTG TCAGAATAGA GAAAATTTTT GTTAATTTTA CTTGTTTCCT ATTGCTTTCT 2160 CAGCTATTAT TTGTTATATT AAAAGTATAA TTATTTTTTA TTTATCAGAG TTAAGCATTG 2220 CACTTTCAGA GGAAGGAGTA TTTTTTAAAA AGAAAATGTA AACGTTTGCT CAAAAATGAA 2280 AGGATTTAGA AGTTTATGAA TAAAGGATTA TTTGAAAAAC GTTGTAAATA TAGTATTCGG 2340 AAATTTTCAT TAGGTGTTGC TTCTGTTATG ATTGGAGCTG CATTCTTTGG GACAAGTCCG 2400 GTTCTTGCAG ATAGCGTGCA GTCTGGTTCC ACGGCGAACT TACCAGCTGA TTTAGCTACT 2460 GCTCTTGCAA CAGCAAAAGA GAATGATGGG CGTGATTTTG AAGCGCCTAA GGTGGGAGAA 2520 GACCAAGGTT CTCCAGAAGT TACAGATGGA CCTAAGACAG AAGAAGAACT ATTAGCACTT 2580 GAAAAAGAAA AACCGGCTGA AGAAAAACCA AAAGAGGATA AACCTGCAGC TGCTAAACCT 2640 GAAACACCTA AGACGGTAAC CCCTGAATGG CAAACGGTAG CGAATAAAGA GCAACAGGGA 2700 ACAGTCACTA TCCGAGAAGA AAAAGGTGTC CGCTACAACC AACTATCCTC AACTGCTCAA 2760 AATGATAACG CAGGCAAACC AGCCCTGTTT GAAAAGAAGG GCTTGACCGT TGATGCCAAT 2820 GGAAATGCAA CTGTTGATTT AACCTTCAAA GATGATTCTG AAAAGGGCAA ATCACGCTTT 2880 GGTGTCTTTT TGAAATTTAA AGATACCAAG AATAATGTTT TTGTCGGTTA TGACAAGGAT 2940 GGCTGGTTCT GGGAGTATAA ATCTCCAACA ACTAGCACTT GGTATAGAGG TAGTCGTGTT 3000 GCTGCTCCTG AAACAGGATC AACAAACCGT CTCTCTATCA CTCTCAAGTC AGACGGTCAG 3060 CTAAATGCCA GCAATAATGA TGTCAATCTC TTTGACACAG TGACTCTACC AGCTGCGGTC 3120 AATGACCATC TTAAAAATGA GAAGAAGATT CTTCTCAAGG CGGGCTCTTA TGACGATGAG 3180 CGAACAGTTG TTAGCGTTAA AACGGATAAC CAAGAGGGGG TAAAAACAGA GGATACCCCT 3240 GCTGAAAAAG AAACAGGTCC TGAAGTTGAT GATAGCAAGG TGACTTATGA CACGATTCAG 3300 TCTAAGGTCC TCAAAGCAGT GATTGACCAA GCCTTCCCTC GTGTCAAGGA ATACAGCTTG 3360 AACGGGCATA CTTTGCCAGG ACAGGTGCAA CAGTTCAACC AAGTCTTTAT CAATAACCAC 3420 CGAATCACCC CTGAAGTCAC TTATAAGAAA ATCAATGAGA CAACAGCAGA GTACTTGATG 3480 AAGCTTCGCG ATGATGCTCA CTTAATCAAT GCGGAAATGA CAGTACGCTT GCAAGTTGTA 3540 GACAATCAAT TGCACTTTGA TGTGACTAAG ATTGTCAACC ACAATCAAGT CACTCCAGGT 3600 CAAAAGATTG ATGACGAAAG CAAACTACTT TCTTCTATTA GTTTCCTCGG CAATGCTTTA 3660 GTCTCTGTTT CTAGTAATCA AACTGGTGCT AAGTTTGATG GGGCAACCAT GTCAAACAAT 3720 ACGCATGTCA GCGGAGATGA TCATATCGAT GTAACCAATC CAATGAAGGA TTTGGCTAAG 3780 GGTTACATGT ATGGATTTGT TTCTACAGAT AAGCTTGCTG CTGGTGTTTG GAGTAACTCT 3840 CAAAACAGCT ATGGTGGTGG TTCGAATGAC TGGACTCGTT TGACAGCTTA TAAAGAAACA 3900 GTCGGAAATG CCAACTATGT AGGAATCCAC AGCTCTGAAT GGCAATGGGA AAAAGCTTAT 3960 AAGGGCATTG TTTTCCCAGA ATACACGAAG GAACTTCCAA GTGCTAAGGT TGTTATCACT 4020 GAAGATGCCA ATGCAGACAA GAACGTTGAT TGGCAAGATG GTGCCATTGC TTATCGTAGC 4080 ATTATGAACA ATCCTCAAGG TTGGGAAAAA GTTAAGGATA TCACAGCTTA CCGTATCGCG 4140 ATGAACTTTG GTTCTCAAGC ACAAAACCCA TTCCTTATGA CCTTGGATGG TATCAAGAAA 4200 ATCAATCTCC ATACAGATGG TCTTGGGCAA GGTGTTCTCC TTAAAGGATA TGGTAGCGAA 4260 GGCCATGACT CTGGTCACTT GAACTATGCT GATATTGGTA AGCGTATCGG TGGTGTCGAA 4320 GACTTCAAGA CCCTAATTGA GAAGGCTAAG AAATATGGAG CTCATCTAGG TATCCACGTT 4380 AACGCTTCAG AAACTTATCC TGAGTCTAAA TACTTCAATG AAAAAATTCT CCGTAAGAAT 4440 CCAGATGGAA GCTATAGCTA TGGTTGGAAC TGGCTAGATC AAGGTATCAA CATTGATGCT 4500 GCCTATGACC TAGCTCATGG TCGTTTGGCA CGTTGGGAAG ATTTGAAGAA AAAACTTGGT 4560 GACGGTCTCG ACTTTATCTA TGTGGACGTT TGGGGTAATG GTCAATCAGG TGATAACGGT 4620 GCCTGGGCTA CCCACGTTCT TGCTAAAGAA ATTAACAAAC AAGGCTGGCG CTTTGCGATC 4680 GAGTGGGGCC ATGGTGGTGA GTACGACTCT ACCTTCCATC ACTGGGCAGC TGACTTGACC 4740 TACGGTGGCT ACACCAATAA AGGTATCAAC AGTGCCATCA CCCGCTTTAT CCGTAACCAC 4800 CAAAAAGATG CTTGGGTAGG GGACTACAGA AGTTATGGTG GTGCAGCCAA CTATCCACTG 4860 CTAGGTGGCT ACAGCATGAA AGACTTTGAA GGCTGGCAGG GAAGAAGTGA CTACAATGGC 4920 TATGTAACCA ACTTATTTGC CCATGACGTC ATGACTAAGT ACTTCCAACA CTTCACTGTA 4980 AGTAAATGGG AAAATGGTAC ACCGGTGACT ATGACCGATA ACGGTAGCAC CTATAAATGG 5040 ACTCCAGAAA TGCGAGTGGA ATTGGTAGAT GCTGACAATA ATAAAGTAGT TGTAACTCGT 5100 AAGTCAAATG ATGTCAATAG TCCACAATAT CGCGAACGTA CAGTAACGCT CAACGGACGT 5160 GTCATCCAAG ATGGTTCAGC TTACTTGACT CCTTGGAACT GGGATGCAAA TGGTAAGAAA 5220 CTTTCTACTG ATAAGGAAAA GATGTACTAC TTCAATACGC AGGCCGGTGC AACAACTTGG 5280 ACCCTTCCAA GCGATTGGGC AAAGAGCAAG GTTTACCTTT ACAAGCTAAC TGACCAAGGT 5340 AAGACAGAAG AGCAAGAACT AACTGTAAAA GATGGTAAAA TTACCCTAGA TCTTCTAGCA 5400 AATCAACCAT ACGTTCTCTA TCGTTCGAAA CAAACTAATC CTGAAATGTC ATGGAGTGAA 5460 GGCATGCACA TCTATGACCA AGGATTTAAT AGCGGTACCT TGAAACATTG GACCATTTCA 5520 GGCGATGCTT CTAAGGCAGA AATTGTCAAG TCTCAAGGGG CAAACGATAT GCTTCGTATT 5580 CAAGGAAACA AAGAAAAAGT TAGTCTCACT CAGAAATTAA CTGGCTTGAA ACCAAATACC 5640 AAGTATGCCG TTTATGTTGG TGTAGATAAC CGTAGTAATG CCAAGGCAAG TATCACTGTG 5700 AATACTGGTG AAAAAGAAGT GACTACTTAT ACCAATAAGT CTCTCGCGCT CAACTATGTT 5760 AAGGCCTACG CCCACAATAC ACGTCGTGAC AATGCTACAG TTGACGATAC AAGTTACTTC 5820 CAAAACATGT ACGCCTTCTT TACAACTGGA GCGGACGTCT CAAATGTTAC TCTGACATTG 5880 AGTCGTGAAG CTGGTGATCA AGCAACTTAC TTTGATGAAA TTCGTACCTT TGAAAACAAT 5940 TCAAGCATGT ACGGAGACAA GCATGATACA GGTAAAGGCA CCTTCAAGCA AGACTTTGAA 6000 AATGTTGCTC AGGGTATCTT CCCATTTGTA GTGGGTGGTG TCGAAGGTGT TGAAGATAAC 6060 CGCACTCACT TGTCTGAAAA ACACAATCCA TATACACAAC GTGGTTGGAA TGGTAAGAAA 6120 GTCGATGATG TTATCGAAGG AAATTGGTCA CTCAAGACAA ATGGACTAGT GAGCCGTCGT 6180 AACTTGGTTT ACCAAACCAT CCCACAAAAC TTCCGTTTTG AAGCAGGTAA GACCTACCGT 6240 GTAACCTTTG AATACGAAGC AGGATCAGAC AATACCTATG CTTTTGTAGT CGGTAAGGGA 6300 GAATTCCAGT CAGGTCGTCG TGGTACTCAA GCAAGCAACT TGGAAATGCA TGAATTGCCA 6360 AATACTTGGA CAGATTCTAA GAAAGCCAAG AAGGCAACCT TCCTTGTGAC AGGTGCAGAA 6420 ACAGGCGATA CTTGGGTAGG TATCTACTCA ACTGGAAATG CAAGTAATAC TCGTGGTGAT 6480 TCTGGTGGAA ATGCCAACTT CCGTGGTTAT AACGACTTCA TGATGGATAA TCTTCAAATC 6540 GAAGAAATTA CCCTAACAGG TAAGATGTTG ACAGAAAATG CTCTGAAGAA CTACTTGCCA 6600 ACGGTTGCCA TGACTAACTA CACCAAAGAG TCTATGGATG CTTTGAAAGA GGCGGTCTTT 6660 AACCTCAGTC AGGCCGATGA TGATATCAGT GTGGAAGAAG CGCGTGCAGA GATTGCCAAG 6720 ATTGAAGCTT TGAAGAATGC TTTGGTTCAG AAGAAGACGG CTTTGGTAGC AGATGACTTT 6780 GCAAGTCTTA CAGCTCCTGC TCAGGCTCAA GAAGGTCTTG CAAATGCCTT TGATGGCAAT 6840 GTGTCTAGTC TATGGCATAC ATCTTGGAAT GGTGGAGATG TAGGCAAGCC TGCAACTATG 6900 GTCTTGAAAG AACCAACTGA AATCACAGGA CTTCGCTATG TTCCGCGTGG ATCAGGTTCA 6960 AATGGTAACT TGCGAGATGT GAAACTTGTT GTGACAGATG AGTCTGGCAA GGAGCATACC 7020 TTTACTGCAA CTGATTGGCC AAATAACAAC AAACCAAAAG ATATTGACTT TGGTAAGACA 7080 ATCAAGGCTA AGAAAATTGT CCTTACTGGT ACCAAGACAT ACGGAGATGG TGGAGATAAA 7140 TACCAATCTG CAGCGGAACT TATCTTTACT CGTCCACAGG TAGCAGAAAC ACCTCTTGAC 7200 TTGTCAGGCT ATGAAGCAGC TTTGGTTAAG GCTCAGAAAT TAACAGACAA AGACAATCAA 7260 GAGGAAGTAG CTAGCGTTCA GGCAAGCATG AAATATGCGA CGGATAACCA TCTCTTGACG 7320 GAAAGAATGG TGGAATACTT TGCAGATTAT CTCAACCAAT TAAAAGATTC TGCTACGAAA 7380 CCAGATGCTC CAACTGTAGA GAAACCTGAG TTTAAACTTA GATCTTTAGC TTCCGAGCAA 7440 GGTAAGACGC CAGATTATAA GCAAGAAATA GCTAGACCAG AAACACCTGA ACAAATCTTG 7500 CCAGCAACAG GTGAGAGTCA ATCTGACACA GCCCTCATCC TAGCAAGTGT TAGTCTAGCC 7560 CTATCTGCTC TCTTTGTAGT AAAAACGAAG AAAGACTAGT ATTTAGTAAA ACCTCTTAAC 7620 AAGATTACGG AAGCAGTCTC TATCTTTTCC AATGAGGTTT ATAGTACAGA AAAAGCCTGA 7680 GAAGATGTCT TCTCAGGCTT TTGTTAAGCA CATAAATACA ATAGTGCTAT GACAAAATCA 7740 CCCAGAAAAA TCTGGGTGAT AAATGTTATG GTTGTGCTGG TTGAGGATTC TGATTTTGTT 7800 GATCAGGGGT TGTATTTGAT TGTTGCGTAT TATTGTTAGG ATTGGTAGTC GTACTATTAT 7860 TTGTGCTTGG AGTGGTTGAG CTAGACTGTG AAGTTGAACT ATCTGATGAT GAGCTTGAAC 7920 TTTCAGTTGA TGGGGGTTGT TGTGGAGCAG GTGAGTTCCA CGTAGAACGA GCACCATTTT 7980 TAAATACGAA TTCTCCATTT CTGTAGAGCC CCTCTGGTAT ATTCCAATCT TCTGGATTGC 8040 TTCCTTCAGA CAGGTAGGTC ATCATAGAGC GGTAAACTTT GGCAGCGACC GTAAGGCCAT 8100 TGCCTACAAG TGGTGTCAGA CGGTTAGAAT AGCCTGTCCA TACAGCCATT GAATATTTAC 8160 GCGTATAGCC AGCAAATAGT TCATCAGGTG CTACAAATTG AGAGGTCTTG ATGTGGTTTT 8220 CAATTTCCTC GTCTGTATAG TTAGAGGTTC CTGTTTTACC AGCCTGAGGG AGCCAAGCAA 8280 GATAGGCATT TCGTCCAGTT CCATAAGTCA AGACTGTTTT CATCATGTCG GTCATCATAT 8340 AGGCTGTCGT TTCCTTCATG GCACGAGTTC CGACATTAGA GAACTCTTTT TCACTCCCAT 8400 CACTAAAGAC GACTTTATGG ATATACATTG GTTTATAGTA AGTTCCACCA TTTGCAAAGG 8460 CAGCGTAAGC AGCAGCCATC TTTTCACTAC TTGCTCCATA TTTTTTGTCT GATTCGGTTG 8520 TGTTACTTGA AATGGCATTT GAGTAGTGAA TACTTGGGTA GTCGATTCCT AGACCATTTA 8580 GGAAAGTCTT GGCGCGGTTG AGTCCGACCT TGTTTAGAGT TTCCACGGCT GGGACGTTTC 8640 GCGATTGTTG CAGGGCGTAT TGCAAGGTGA TGTTGCCAAA GTAGCCCCTA TCCCAGTTAT 8700 AAACAGGAGT ATTTGTCCCA GGGTAGTTAT AGGGCTCATC GTGAACGATA GTAGCAGTTG 8760 AATCGTAGAC ACCGTACTCC AAGGCAGGAG CATAGTCTGT GATCGGTTTC ATAGTTGATC 8820 CCCAGTCGCG GTTTGTTTCT ACTGCTTGGT TAATTCCGAA GGAAACATTA CTTGACTGAT 8880 GGCGTGCTCC TAGCTGGGCA ATGACTTTAC CGTTAGAAAC ATCAACAATG GTAGAAGCGA 8940 CTTGCAATTC ATCGTCTGGA TAGGCAACGT ATTCGTCTGT ATTGTAAATA TCCCACAGAT 9000 GTTTTTGAGC TTCTTGGTCT ACATTTGTGT AGACATCCAT CCCAGTTGTG AGTAGGTTAT 9060 AGCCTGTTTC TTCTTCAACT TGATTGATGA CTTCCTTGAG GTAATTATCC ATGTAAGCAG 9120 GGTAATTACT TGCTGATTTG AGACTTTGTA GTCCATCAGT AATTGGTGTA TTGACTGCTT 9180 TCTCATACTG TTCAGCAGAG ATGTAGCCTT GATTTTTCAT TTCAGATAAG ACCAAGTTTC 9240 GGCGGTCTTG GGCTGCTTCT GGATGTGAAT AGGGGTCATA TTGGTTTGGT GCCTGAGGCA 9300 TTCCAGCCAG CAAGGCTAAC TGAGGTAAAC TTAAATTATT GAGGTCTTTA CCATAGTAGT 9360 TTTGAGCTGC TGTCTGCATT CCATAGTTCC CATTAGACAT GTAGACCTTA TTTATATAGT 9420 AGGTCAAGAT TTCTTGCTTG GTTGCTTTTT GTTCTAACTG AATCGCTAAC CAAGCTTCCT 9480 GAGCCTTACG AGAAATAGTC TGGTCGGAAG TCGAAGTTGA AAAGTAAGTC AACTTAATCA 9540 ACTGTTGGGT GAGAGTTGAT CCACCTTGGA GGGAATTGCT TTGCAGATTG CGCAAGAAAG 9600 CTCCCAGGAT ACGGATGGTA TCAATCCCCC TGTGGTCGAA GAAGCGATGG TCTTCGATAG 9660 AAACGATTGC CTTAACCAAA TCTGTGGGAA TATCATTAGC TTGGGCATTG ACGCGGCGTT 9720 CAGAACCCAA GTCAGCAATG AGTTGATTTT TATTGTCGTA GATTTTACTA GAAGTTGTTG 9780 CAACTAGTTT ACTCTCGGAT AGGCTAGGAG CCTTGCTAAC GTAGTAGAAA AAAACTCCTC 9840 CGCCTAAGAC AATGGCTGCG ATAACCAAGC TTAAGAAGCT AATGCTCAGA TACTTGATTA 9900 GGCGCAGAAT CGTTGGTTTG TTCATCTTGT TTTACCACCT AATAAATGTT CTTTGATAAC 9960 ATTGAGATAA GGAATTTGAG GGAAGGCACC AGCCTTGATT TCATATCCAT ATTCTCGAAT 10020 ATATTCAAGT GGCATTGATT TTTGTCCCTT ATCTTGATGA TAGAAGCGAA TCAAATCGAA 10080 TGCCGGCAAT AAGTAGGTTT CTTGCTGAGA AGAAAAGTGA AGAAGGACAA AGCAGATTCC 10140 TTGTTGGGCA AGGACTTGTT CCATATGCTG AATCTGATGT GGATGAAAAT TTTTCATCGG 10200 AATCGCACGT TTTTGTTTTG TTTCCTTGAC TTCAAAGTCG ATGTAATATC CATTATAAAC 10260 GCCAGAATAG TCCGTCGTTG AAGCTTGTCG AAAATAGGCT TCAACAATCT TGGCACGACT 10320 TCGTTGTGGA TAGTCCACTT GTACGATTTG AATAGGAGTT GGTTTCTTAT GTATAACAGC 10380 CAAGCCCTGA GACAAATAGT AGTCGTTGGT AGCATTGATC ATCTTTTCAA AGGGTACCGA 10440 GCTCGAATTC GTAATCATGT CATAGCTGTT TCCTGTGTGA AATTGTTATC CGCTCACAAT 10500 TCCACACAAC ATACGAGCCG GAAGCATAAA GTGTAAAGCC TGGGGTGCCT AATGAGTGAG 10560 CTAACTCACA TTAATTGCGT TGCGCTCACT GCCCGCTTTC CAGTCGGGAA ACCTGTCGTG 10620 CCAGCTGCAT TAATGAATCG GCCAACGCGC GGGGAGAGGC GGTTTGCGTA TTGGGCGCTC 10680 TTCCGCTTCC TCGCTCACTG ACTCGCTGCG C 10711 (2) INFORMATION FOR SEQ ID NO : 146 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 11887 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 146 : TACATTCATT CCATCGGCTA CTCCATAATA CTTAGATAAA ACCATAGCTG AAGTCGAATA 60 CGGATACTGT AAAGTATTAT CAATTTTAAT CAAATCATCA TTACCGATAA TACTTCTGAT 120 TGCTTTTGGT AGTATGAACC ATACGTTGGT GAAATCTCAG ATAATGAAGA ATCATTAGAC 180 TCTGGACCTT TTTCTAGTGT CTCACTTACC TCATATTCTT CACCCTTACT AGAAATAACA 240 CTCAAAGCAG ATACTGTCGA TAACTGGCTA GCCAATAAAG TACTCGCAAT AATTGAAATA 300 CCCAATTTTT TATAAACAGT TTTCTTCATT ATTGTATCCT CCTAATGTAA TTATAGCGTA 360 CTATTCTAAA TTTCTTAATC TACTATAGAA TCAAGAAATC TACCACCTTC TTTAAATACC 420 CTCCATTATC ACATAAACAG GTAAACTTTT CAATTAATGA CTGCGCTTTT CAATCACGCT 480 AGAGGTACTT GCTTGCTTCT TTGATACTAA GTTCAGCCAT TCTTTCCTTG TTTTTCTCAA 540 TAAAGCATGT TACCCAAGTG GGATTCGTTT TGGAGTAGTC TCGCAGAGTC CAGCCAATGG 600 CTTTATTGAT AAAAAATTCT GTTTGGTTCA AGTTATGAAG GAGAATCTTT TCCATTAATT 660 GAGTATTGGT CTTCTCTTTT CTTAACAACT GGTGGTCAAT AGCGACACGT CTCAGCCAGA 720 TATTATCTGA TAGGCTCCAT TTTATACTCA ATGAAAATCA AAGAGCAAAC TAGGAAGCTA 780 GCCGCAGTTG CTCAAAACAC TGTTTTGAGG TTGCAGATAG AGCTGACGTG GTTTGAAGAG 840 ATTTTCGAAG AGTATTAAGA TTATTTCTTC TAGTTCAGGG TGTTCATACA CCAAACTCCC 900 TACTACTCGA TCTAGGATAT CTACCGTGTC CCACAAGGAT TTTGTCACGA CTAACTGCTC 960 TAGCTTAGGC AAATCGGTTT CCTTTAGATA AGACTGCATT GCTTTCAAAT AGTTAGCAGC 1020 CACATATTGG TATTTTCTAG GATCCTTTTC CCAGCAAGTG TCTGCAAAAT CCCAATCGAT 1080 AATCTTTGTT TTTTTCGCTT CTGGAAAATA TTTTATAGAG TTTATTTCTT TCAGGCACCG 1140 CAATACCTAG AAAAGAAAAT TGATGGCGCA TATAGGCTTC CATGGACCTT GCTTTTTTAG 1200 AGTCTTTTGC TGCTTCTAGC TCCTCAAGTA AATCTGCTAA ACTCATCTAA AACTCCTCTT 1260 GCCCCACCAA ATGGTGCTGA AAGGCATAGA CAGCCGCCTG GGTACGATCG CTGACTTCAA 1320 GTTTGGCAAG AATATTGGAC ACGTGGGTCT TGACCGTCTT GAGAGAGATA AAGAGGTCAT 1380 CTGCGATGCG CTGATTTTCG TAGCCCTTGG CGATGAGTTG GAGAACATCT CGCTCACGCG 1440 CAGTCAATTC TTCATGAAGT TCCATATGAT TGCGGTGGTA TTCAACCTTC TTGCTAACCT 1500 CTTGCTCAAT GGCCAGCTCG CCAGCAGCTA CCTTACTGAC GGCATGAAGC AATTCATCTG 1560 CACTAGAAGT CTTGAGCATA TAGCCTTTGG CACCAGCATC TAAGACTGGC ATGATTTTTT 1620 CATTGTCCAA ATAAGAGGTC ACAATCAAAA TCTTGGCTTC AGGCCATTCT TTAAGGATTG 1680 CTAAGGTCGC GTCAATCCCA TTCATCTCAG GCATGACAAT ATCCATGACA ATGACATCTG 1740 GACGCAGTTC CAAGGCCAAG TCAATCCCTT GAGACCCGTT GGACGCCTCA CCCACAACTT 1800 CTACATCGTC TTGGAGGTCA AAGTAGCTTT TCAAGCCCAA TCGGACCATT TCATGGTCAT 1860 CTACTAGTAA AATTTTCATC TTTACTCCTT TATCATTCCT TATCTAACAG GGGAATACGG 1920 ATATCAACCG CCAGCCCTTG CTTGGGAGCT GTCAAGAGTT GAACTGTTCC AGCCATATCT 1980 TCAACCCGCT CCTTGATATT TCGCAGTCCA TAACTCAAGT CGTCTAAGCT CCCTAACTGG 2040 AAACCAATCC CATTGTCCAC CACCTTCAGT TGCAATTCAA CATCTGTCTG ATAGAGGTAG 2100 ACATCTAGGC AAGATGCCTG GGCATGGCGG AGGGTATTGC TAATCAACTC TTGCAGGATA 2160 CGGAAGATAT GCTCCTCGAT TTTCTTAGGC AATTTCGTCA TATTCTGCTT GAGACTAACC 2220 CTAAGATCAC TCTTGTCCTC AAGCTCTTTT AAAAGAATTT GAATCCCTTC TATCAAGCTC 2280 TTCTGCTCCA GTTCAACTGG TCGCAAATGC AAGAGCAAAA CCCGCAAATC CTTCTGGGCT 2340 GTTTCTAAAA TAGCTGTGAC ACTCTGCAAC TGGGTCTGCA TCTTTTCTCT ATCCAATTTC 2400 AAAGCCTGCT GACTGATACC CGATAAAATC ATGTGGGCCG CAAACAACTC CTGACTGACT 2460 GTATCGTGCA AATCCCGAGC AATTCGCTTC CGTTCCTTCT CGATGATTTC CTCTTCCTGA 2520 GCAAGGCTCT GATTTTCAGC TTTTTGAAGA GCCTCTGTCA AAAGGTTAAG TTTACCTGAT 2580 AAGGACTTGA AACTGGCATC CAAATCTGGA TCTGCAACCT GAACCACTTC TTGCCCTGCT 2640 AATAAACGCT TGAGATTAGC CTGCATTTTT CTTAGAGAAA GCTCTTCGAT CCCTCGCCAA 2700 AACAGGGCTA AGAGACAGGT CATGGACATG CTGAAAACCA ACAATAAAAA GACAAATTTT 2760 TCTGTTTTTT CGACATCGTG CAAAAAGATA GACCAGTCAA AATCAAGTAT TTCCAGCAAG 2820 CTGTGGGAGA AAAAAAAGAC AAATAGGAAG GAGGTGAGAG CAATAATGAC ATAGGCTTGT 2880 TTTTTCATCC TCTAACCACC TCCACATCAC CAATCATAGT GGTCAAGAAA ATCTTGACAC 2940 TCTTGTTACT CTTGAGATAG TCTTTTGTTT CTTGATGATA GTGTTCATTG CGGAGGGCTC 3000 GCTTGGGCTG GTTGAAAAAA ATCAAATCCC CATAGAGACA GTTAACGCTG AGACTGACTT 3060 CCACATCTAC AGGTACGATG ATTTTGGTCG TTCCTACCAT CTTTCTGAGG ATAATGACAT 3120 TGTCATGATT GGTTAAGATG ACCCTCTCCA GATGAATAGT GTCCTTGCCC ATGAAGCGAA 3180 AGAGATTGAT ATCATCGAAT TGGCAAGTCT GGTAGCTTGA AAAATGATGA AGATTTCCAA 3240 ACCAACGATT TTTCTCCTTC TTAACCGTCA CGACCTCTTC AAAAACCAAA TTGGTCTGCT 3300 CTTTTTCCTG GTTCATCATC GGGTAAAGAA GAAAGAGGCT ATAGATAACC GCAACAAAAA 3360 TAGCTAGAAT CACAAAAGGA TTGAGCATAA CGATGAAAAA GAAGAGAATG GTTGCCGCTA 3420 CTAAAAGAAG ATTATTTCCC TCTTTACCAG TGTAGTAGCG AATCAAAAGC AAAAAGAGGA 3480 ATAGTATCAG CAGAAAACGC GAAAAATGCT CTGATACCAT CAAAATCAGA GCTCCTGTCA 3540 GAAGACAGGC TTCGATAAAT AAAAAGATTT TAAATTTTCT CATAGGTTCA TCCTCTCCCT 3600 TCTATTTTAT CACAATTCAA AAAAGTCACC TCAGTCTGAG GATGGAAAAA AGGCGCTGGT 3660 TACGCCTTTT TCATCTGATC CTTTGCTTCT TTTAATTTTC CATAAAGAAG ATAGTCTACT 3720 TTTTGTAGAT CTGCTATGGT GGCACAGTTA AGGGAACACA TAATCAAGCG TAGATCTGCT 3780 TTCCAGCCTT GGACAATGCC AATCACTTCT TCAACTGTGT AGGTTTCAAC CAATTCCAGA 3840 ACGGTTCGTG ACAATCCCAC AGCCTTAGCA CCAAAAACCA AGCACTTAAT CATATCCAGC 3900 GGATTCCGAA CCCCTCCACT AACCAAGAGT TCGACCTTAT CTTTCCATTC TTGGGCATTG 3960 AGAAGGGCCT GCATGGTAGA CTGACCCCAT TGATTGAGGT AATCACGCTG GCCACTACGA 4020 CGGTTTTCGA TATAGGCAAA GCTGGTGCCA CCACGACCCG ATAGGTCCAC TGTACGAACA 4080 CCGAATTCAT AGGCTCTTTC GATTGTCTTG GCATCCATTC CAAAGCCCAC TTCCTTGAGG 4140 ACAATAGGAA CGGGAATTTG CTTGCTATAA TCTGCTAGAT GCGATTGCCA GCTTCTAAAC 4200 TTCCTTTCTC CCTCGGGCAT GAGTAATTCC TGCATGACAT TGACATGCAC TTGCAATAGA 4260 ACAGGATTCA TCTCTTCTAC AGTCTGAAGT CCTAACTCGA CAGGCTTGTC CAATCCAATA 4320 TTGGTTCCAA GGAGGAGATT GGGATGACTA GACTTGACAG AAAAAGAATC ATCCGTTGGA 4380 TTTTTGAGGG CTGCGCTATA AGAACCCGTT ACAAATAAAA TACCACAGGA TTCCGCCACC 4440 TGAGCCAGCT TTTGATTGAT TTCTCTTCCC TTATTACTTC CACCAGTCAT GGCATTGATA 4500 TAAAAAGGAA AGTCCCACTT TCGACCAGCA AACTCTGTCG AAAGATCGAT TTCATCCAGA 4560 TTGTAAAGAG GCAAGGAAGA ATGAATCAGC TCCACCTCAT CAAAGCTATT ATAGGAACTT 4620 TTCTGCTCAA GGGCATAGAG GATATGCTCG TCCTTACGAT TTGTCGTCAT GTCCTATCCT 4680 TTCTTGATAT AAGAGCTCAA TCCCCAGATC GGCCCAACGA TTTTTTAAGG TTTTGGTTGA 4740 TTGCGCATCA AAACTCAGGG CGATGCCACA GTCACCACCA CCAGCACCAC TACTCTTGGC 4800 AACGGTCTGC AAATCTTGAC TGGCTTCTTT CAACTGTCTA AGCAAAGGCG TGTAAATATC 4860 TGTACTCAAG CCTTCTAAAA GCTTGCTGGC TACTTCTACT TGATCGATAA TCTTTTCTGA 4920 TTTCCCCTGT TCCAAGGCTT CTACCAGAGA AGTCACCGTT TCTTTTGAGG AAGTTAAAAA 4980 ATTTTGATTG ATATTTTGCT TGATTTGCTG GACCATGTGA CTCGATACAG CCACTTCCTT 5040 GGTCCATCCC ACTAAGAAAT CACATTCTAA AGTTGGTTTC ACTTGTGAAA TTGAAAAGCC 5100 CCAATCACGC TCCAGAACTG TCGCCAAGTT TTCTTCTTCT AACCAAGCAG CCACCTTCTG 5160 GCGATCAAAT GACTGGTAGA GAACCAAATC CTCTGCCACA ATACAGGCAA GGTCGCCCAT 5220 GGAACCATTG TCTCCTCGCT TAAGCAAGAC AGCGCTAGTC AGCTTGAACA AGAGCTCCTG 5280 ATCAACAGAA ACATCATACA GAGCCAGTAA AGCCTTGACA ACCAAGACAA CGACGCTGCC 5340 ACTAGAACCT AGACCAAACT TTTTCCCTTC TCGTTCCATT TTGCCACAGA TTTCTAGAGA 5400 AAAAGGTCTT AAATTCTGAC CACGAACAGC GAGGAAGTCT CCCATCAAAG CAATCGTTTC 5460 TTGAATCAAG CTATAGTCAG GATTAGGCCT TAAGTCCACT GCGAAATCAA ACATATCTGA 5520 ATAGATACGG TAGCTGTCAG AAAAAGCAAT CTCAGCCCTC ATATAGATGG GAATATCCTT 5580 TATCAAAGCT AACTGCCCTG GCTCTAAAAT AGCATATTCA CCTGCCCAAT AGAGTTTTCC 5640 GCAAGTTTTA ACAGCAATCA TCTTGACTCA AATCCTTTGT TTTTGACACA ATCAAGCGAT 5700 AACGATGACC GAAAATTTCT GATAAATGCT CCAAGTCTTT CTCCTGACAG AAGACCTTAA 5760 CATTGGGACC AGCATCCATG GTAAAGTAGC AGGCCTCTCC TTTCTCACGA AGCTGGCGAA 5820 CAAAGGCCAT AGCCTCATAA GAGGCATCCG TCAGATAAGA AAAGGCTGGA CTAGCAGTCT 5880 TTGTCGTAGC ATGCATAGCC AGGGCATTTT TCTCCGTTAA TTCTCCAATC TTGGCAAAAT 5940 CATTTTCCTT GAGATAAATC AGCATATCCT GATAGTCCTT CTCAGACTGA CGAACCCAGT 6000 CGTCGAAAGT CGTCGAGGTT TCCACACAAA GTTTCATCCC GTCACGGCTA GAGATTGGTT 6060 TTTTCTTGTC CTCTAGCACC AACATAATCA TAGCTAGTTT CAAGTCTGTC TCTACAGGGT 6120 AAATTTCTCC ACTATCCTTA TCCCAGGCTC CTAGTGGTCC ATAAAAACTC CGAGAAGAAG 6180 AACCTGAGGC AAATTTGGCT TCCTGTGCCA ACTGACTTCT ATCCAATCCA AGCTTGAAAT 6240 AAGCATTACA AGCCTTGACC AGGGCGGACA AACCACTAGA ACTTGAGGAC AGACCCGCTG 6300 CCGTAGGCAT ATTGTTTTGA GTATCGATAC GGACAAAGCC CTCACCAGCT GGACGATAAC 6360 GGTCAATAAT CTTACTCATC TTGGCATGCT CGACCTCATT TTGTAGCTGA CCATTGATGT 6420 AAAATTCGTC AGCTGTTACA TTGGCTGGTA AAGGCGACAA GGTCGTCTCT GTATACATAT 6480 TTTCCAAAGT TAGAGAAATA CTGCTAGTAG CAGGCACCAT CTCTTTTTCT TTTTTCTTTC 6540 CCCAATATTT GATAATAGCA ATATTTGCGT AGGAACGTAC TGTTACAGGC TCTCTATCCA 6600 TGTCTGAACA GCTCCTTTCT CTTCTAATCT TTCTGCTAGT TCTTGTGCGT GTGTCAAATT 6660 GGTTACCAAG GCTATGATAC AACCTCCTAG CCCACCACCG CTCATCTTGG CACCCAGAGC 6720 ACCATGGCTA AGAGTCGTTT CAACCAAAAA GTCTGCCTCA GGGCTACTGA CTCCAATTTC 6780 TTTTAAATGT AAATGCGCTT GACTGAGGAT TTGTCCCAGT CCTTCAGCAT CTTTTTGTGA 6840 AATCGCAACT TCTGCTTGCT GGGTTAATTC TCCCAAGGCA TGCAAAAACG GTAGGGCATC 6900 CTTGCCCTTA TTTTGAACCA CTTGGATGGC TTCACGAGTA TGACCATAAA CACCCGTATC 6960 GGCAATCACC AAATAGGCGG ATAAATCCAT CTCAAGTTCT GTAAATCCTA CGTTCTTGAT 7020 AAAGCGAATA GGTTGGTCAC TAAGACAGGT CTTAGCATCC AAACCACTAG GATTCATATG 7080 GGCAATCATT TCAGCTCGAT TGACCAAGAT TTCTAGTACA TCATGAGGCA GATCAGCCTG 7140 ATAGTAGTCA AATACTGCAC GAATGGCCGC TATGCTGATA GCCGCTGACG AACCCATCCC 7200 CCGTTTCTCA GGGATAGCCG AGTCAATCTC ACAACGAATG CAGGCTTCTG TGATATTCAA 7260 ATACTCCAGT GAGGCATAAA CCGCCATGGA CAAGGTATCC TCCTCATAAA GGCGCCAAGG 7320 ACTCTCTGCA GGAACTACCT TACAGGTCAC CTCCACCTCC AAAAGAGGCA GGGAAATGGC 7380 AGGATAACCG TAAACGACCG CATGTTCCCC TATTAAAATT ATCTTACTAT GTGCCTGACC 7440 GACACCAACT TTTTTTGTCA TTTTTTCCTT TTACTAGACG AAAAAACGTC TTATTTTTCA 7500 TACAAGTATT AATTCTTTCC TATCTATTTT ATTATATTTT CACAAAAAAA GCGATTGTTT 7560 CCATTCACAA TCGCTTCTTT CATTATTGAA CCCATTCGCC ATTATAGTTG ACAGAATAGC 7620 CATCTACGGT CGTATTCACT GCCAAGGCAC CTGAGCGCTA TAAGCGTAGT ACCATCTGCC 7680 ATTGACCTGG AACCAACCTG TCGTCATAGA ACGACGAAAG AAACTCCATA CCATTAAGTA 7740 AAGAGGAAAG TCGTGAGGGA GCATGCGCCA TTGACAACCT GTTTTAGTGA CGTACAAAGT 7800 CTCATTAACA AGTACTCGTT TCGGCCATTT ATAGGTGCGG TGTTTGGAGA AATAGGGTTC 7860 AATCTTCGCC CATTCTTGAT CGTTTAAATC AGTATCATAT GCTTTGCGTA TCATAACTCT 7920 AGCTTAACAT TTTTTTGTGA ATACAGGTTC TAAATAATCG ACCACGAAAA TTTCTTAAGT 7980 GGAAAACGCC TTATGAAGTA TGCTACGGGA AAGTTATGCA CTTAATTTGA CAATTCAAGA 8040 TGTAAAAATA TATACTATAG TAGATTGAAA CTAGAATAGT ACACCTCTAC TTCTAAAATA 8100 TTGTTAGAAA TCGATTTGAC TGTCCTGATC GATTTATCCT GTTATTATCT CATTTTACTA 8160 TAATATTTGA TAAGTTATCC TAAAAGTATT ATTATGTTGT TGTGTTATAG ATTGATTGAA 8220 TCTAACTAAA GGATCCTATT CAATTACTAG AACTATCACA TACTCAAGGT CAGCTCACAG 8280 ATGAGCAACT ATTTTGGTTA CAATGTCTAC TAAATTTAAG TCAAACAAAT AATTTAGTCA 8340 AAATTAAAAA AATAGAGGAA CATAAATATG ATTACAAAAC AGAATGTAAT AGTGTTCTAC 8400 AATTTTTACT AGATAAAACT GTAAATTCTG AAGGAAGGAT CACTTCTTCA ACAGAATTTG 8460 GAAATTTCGT AAGTAATTTA TCATTCCAAC ACGGAATAGC TGGACTACTG TTTCCTCTAA 8520 ATAAATTGTA CCCCCCAGAA CTGGATTCTA AAATACTCTC TATCATCAAG AAGGCAGTGA 8580 CAATTAGAAC GACACACACA TATGAATATC AATACTCACT GCTATTTGGT GATGCAGGCT 8640 ATCTATGGTT ACTCCTACAT TTATTTTCTA TCAGTAAAAA TCAATACTAT CTACAATTAG 8700 CAAACGTCAC CGCTAAAAAA TTAATAGAGA ATTATGATAC TCTAGAGGAA ATAGACTTTG 8760 CATTGGGAAA ATCTGGTGTC CTATTATCAT TAATAAAATA CTATCAATTT ACCAATGACA 8820 ATACTCTTAA AATTTTCATC CACAATAGTA TAGGGGAAAT TTATCATTAT TTCCTACAAA 8880 GAGATACAGC CAAAGAAAGC ATTTTAGACT ATAGCTTTGC TCATGGATAT TGTGGAATTG 8940 CATATGCTTT ATTTGCCTAT TCTAAAGTCT TAGAACCTTC TATGTTTTAT AATGATCTCC 9000 ATACATTCCA TACTGAATTA AAAAAATTAT TAGAAAAAGT TACTTCTAAT ACTGAAAATT 9060 TAGGAAATTT ACAACTTTCT TGGTGCAAAG GAATTTCCGG AATAATCTTA TATCTTTGTA 9120 TGTACGATTG TGACGGAAAC AAAGATATTA TTAGTAAATA TCAAGAATTT GTTTTTAACC 9180 ATCATCTAAA AATGATGACA GGATATTGCC ACGGAATAAC TAGCTTACTA CAAACCACTG 9240 TCTACAATCA AAACAAATTA CTGATGAAAA AAATCCAACA GGTAATTTTA GCATGTTCTG 9300 AACGAGATGA TCACGGTTTA CTGATGTTTC AAGGAGATAG TGGTAAAGCA GATTTGTTTG 9360 ACTTCGGAAT AGGAAGCATG GGGTATATTG GTGTCTATTA AATAATAAAT TCCCATTCGA 9420 TGTGCAGACA TAAGGAGAAA AGTATGAAAT TATTTTGGAC AAACAACATA TATAGACAGT 9480 TGCTGCTAAA CAGCTGTTTT TCATCATTCG GCGACAGTAT TTTCTACCTC GCCATTATCA 9540 ATTATGTGGC TCAGTACAAT TTCGCTCCGC TAGCGATTTT ACTGATTTCC ATTTCAGAGA 9600 TGGTTCCCCT ACTATCGCAA CTCTTTCTCG GGATTCTAGG AGATTTTCAA GAAAATAGAG 9660 TCAAACACGC ACTCTGGATT GCCAAAATCA AAATCCTGCT CTACGCTATT TTGACAGTAT 9720 TTCTCGTCTT GTCGCCCTTT TCATTAGTTT CAGTCATTAT GATTGTCATC ATCAACCTCA 9780 TCTCTGACAC CTTGAGCTAC CTGTCTGCCT ACATGATGAA CGCCCTCTAC ATCAGTGTAA 9840 TTAAGGACGA CCTGCATGAT GCCATGGGGT TCAGGCAGTC TCTGATGAGG GTTGTCCGTA 9900 TTGTCGCCAA TCTGGCTGGC GCATTCCTTA TCAATGTTAT AAGTATTCAA ACTATTTCCC 9960 TTATCAACAC TCTGACTTTT GTCATTGCCT TTTTGGGCCT GTATGTTATT CGACATACCT 10020 TGTATGAGGT TGAAAAAAGA ATTGAAATGT CACATACAGC ACTGAGTTTT AAGAAATATT 10080 TTCAACATCT TAAACAGTCG CTGGCTGTGC TCCTGAGGTT AAAAGATACC GTCATACTAC 10140 TGTTTCTGAC GACCAGTATG ATTGCCATCT TGGATGTGTC CCCTCGGCTG ATTGCCCTCC 10200 GCTTCATCCA ACAGACACTA GCACAACTGA GCATTGGGCA ACTCCTCGCC CTGCTCTCCA 10260 TCATCATGTC TTGTGGAGCT ATCCTTGGCA ATATGACCAG CAGTAATCTA TTTAAAAATA 10320 TCCGTTTCAC GCACCTCTTG GTTTTCTGTG AGATTTCCCT ATTGACTCTA ATAACTAGTA 10380 TCCTTTGTCA AGCCTATATC GTAATTTTCA TGACCAGTTT CATCAGTTCT ACGATTATCG 10440 GCATTCTCAG CCCTCGCCTA CAAGCAGCTG TCTTTGCCCA TATCCCCAGT GACAAGATGG 10500 GGACGGTGGG CTCTGCTCTG AGCACAGTGG ACATTCTCGC CCCGTCCCTG CTCTCCCTAT 10560 TAGCCCTATC CATAGCATCG GGCGTTTCGG TGCAGTTAGC ATTGATATTT TTGTATCTTA 10620 TTTTAATTGC TCTTATCTTT TGTCAATGGT TAGTCAAGTT CAACACTCAT AACTAACGAA 10680 AAAGCATGTG TAGATTTCAC ATGCTTTTAA TCTCCCCAAT CGTCAGGTCA AGTACAACAA 10740 AGTCACTTCT TTGATTAAGC GAGTGTTCTA ATATAATTAT AAGCGCCCTG TCATTACCGA 10800 ACCCATTCGC CATTATAGTT GACAGAATAG CCATCTACGG TCGTATTCAC TGCCAAAGCA 10860 CCTGAGCTAT AAGCATAGTA CCAGTTGCCA TTGACCTGGA ACCAACCTGT CTTCATGTCT 10920 CCATTACCTG CATTTAGGTA GTACCAAGTT GAACCATCTT GATACCAACC AGTTGCCATA 10980 GCTCCTGATG AACGGAGATA GTACCATTTG TTCCCAAGGT TTTGCCAACC TGTTTTCATA 11040 TCGCCATTTG GGTGGTCTAA ATAATACCAA GTGGTACCTT CCTGATACCA GCCAGTGGCC 11100 ATTGCTCCTG AGGAACGGAG GTAGTACCAC TTATTACCTA GATATTGCCA ACCTGTTTGC 11160 ATAATACCAG TTGTTGGATC TAGGTAGTAC CAAGTCGAAT CATCGTTTAT CCACCCCGCA 11220 CGTCTTTCAC CACCAAGGTA GTTTTCTCCA TTAATTTCCG TCTTAGCTAG ATAATACCAG 11280 TTAGACTGAT CATAAAGCCA ACCTGTCTCT AAAGAATGAT TTTGATTAAA GTAATAGTTC 11340 GTATAATAAC GCTTCTCTTC TTTATCTTCT GAATCTTCAC GTTTTTCCCC GTACTTTCTT 11400 CCAACACTGT CTTTAGTTTT AATCTCTAAT GTTTTCCAAC CAACAAACTC TTGTAGCACT 11460 CCATTTTTAT CGAAGTAGTA CCACTCTGAC TTTGGAAAAC CTTCTAATCT GATACCATTT 11520 GGGTAAGGAC CAATTGTACT ACCTTTAGAT GGAAACGGGA TATATTGCCA GCCGACAACC 11580 ATCTCTCCAG ATAGAGAATC AAAATAATAG TACTTACCAT CAATCACTCG CCAGTAGGTT 11640 TCTTTGAGGT CCCCCTTTTT GTAGTAGGTT CTTCCGTTTT CTTGGACAAA CTGCCATCCT 11700 TCAGAATCAT CTGCAAATAC TGTACTGGTC CCTAGCAAAC CAAAGAAAAA TACTGTCAGT 11760 CCAACTTGCA TAGTTTTTTT CAAAATTTTC ATCTATATAC CCTCCAATAT TAAATCCACT 11820 CACCAGATGA GGCGAAATTA TAAACTTTAC CATCGATAGT TTGGCTACCT GTAACCATTG 11880 CTCCAGG 11887 (2) INFORMATION FOR SEQ ID NO : 147 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 11340 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 147 : CCGGTATGTT CTGGAATACT ACCAATCTAA GCTGGCTGTG CCCTACAGTT TTACAACCCT 60 GTACGAATAC CTTAAGGAAT ATGACCGATT TTTCAGCTGG GTTTTGGAGT CTGGTATTTC 120 AAACGCTGAT AAAATATCCG ATATTCCTTT ATCAGTTTTG GAAAATATGT CTAAGAAAGA 180 CATGGAATCC TTTATCCTTT ATCTACGTGA ACGTCCCTTG CTGAATGCTA ATACAACAAA 240 ACAAGGTGTT TCACAGACAA CTATCAATCG AACCTTATCA GCACTTTCTA GTCTTTACAA 300 GTATCTAACC GAGGAGGTTG AAAACGATCA GGGGGAACCT TATTTCTATC GTAATGTAAT 360 GAAAAAAGTT TCCACCAAGA AAAAGAAAGA AACCCTTGCT GCCAGAGCTG AAAATATCAA 420 GCAAAAACTC TTTCTAGGTG ATGAAACAGA AGGTTTTCTA ACTTATATCG ATCAAGAGCA 480 CCCACAACAG CTTTCAAATC GAGCTCTCTC ATCATTCAAC AAAAATAAAG AACGAGATTT 540 AGCCATTATT GCCCTTCTCT TGGCATCTGG TGTTCGCTTA TCTGAAGCTG TTAATCTAGA 600 TCTAAGAGAT CTCAATCTAA AAATGATGGT TATTGATGTT ACTCGAAAAG GTTGCAAACG 660 TGACTCAGTC AATGTCGCTG CTTTTGCTAA ACCTTATTTA GAGAATTATC TGGCCATTCG 720 GAATCAACGC TATAAAACGG AAAAAACAGA TACAGCCCTT TTTTTAACTC TCTACAGAGG 780 TGTTCCTAAT CGTATCGATG CTTCTAGCGT TGAGAAAATG GTTGCTAAAT ACTCAGAGGA 840 TTTTAAAGTG CGTGTAACAC CCCATAAACT GCGCCATACA CTAGCAACTA GGCTCTATGA 900 TGCGACTAAA TCACAAGTTT TAGTCAGTCA CCAACTAGGA CATGCTAGCA CACAAGTCAC 960 TGACCTCTAT ACCCATATTG TTAGTGATGA ACAAAAGAAT GCTCTGGATA GTTTATGATT 1020 TTACGTATTT TAAATTATGT AAATAAATAT CAAAAAAAGA AGTTGGCCAA CTTCTTTTTG 1080 ATTTATCCAA CTACCGCTTC AGCGATTTCT TCACGGCTAA TACCAGCGAA GTAGCGTGTG 1140 ATATCAATGG TTTTTAGCGC CTTAAGAACA TCTTCGCGTT CGTATTTCAC CCCACGAAGG 1200 ACATCTTCTA CTGCAGCAAC GTCTTCAATA CCAAAGAAGT CACCATAAAT CTTGATGTCT 1260 TGGATTTTTG ATTCAGTAAC GTTAGCAAAG ACTTCAACCT TACCACTAGT GAATTTGATT 1320 CCACGACGGA CGTTAAATTC AGGTGATTTA CCATAGTTCC AGTCCCAAGT TCCAAACTTA 1380 GTATCCTTGA TGCGATTGAT TTCGGCCAAT TCTTCTTCTG AAAAGACGTA TTCAGTCATC 1440 TCTGGGTACT CTTTTTTCAT GTATTCCAAG AGTAAATCAC GGAATTTTTC GACTGTGATT 1500 TTTTTTGGTA ATTCATTGAT AATATTGGTT ACACGGGCAC GGACGGATTT CACACCTTTT 1560 GATTCAAATT TATCTTTTGA AACCTTAAGG GCATTTGCGA GGACTGACAA ATCAACGTCA 1620 AAGAGCAAGC AACCGTGGTG CATGATACGG CCGTTGATAT AGGCTTGGGC ATTGCCACAG 1680 AACTTCTTAC CATCAATCTC AAGGTCATTA CGACCTGTGA ACTCAGCTTT AACCCCAAGT 1740 TGAGCCAGGG TATTGATAAC CGGAGTTGAG AAGCTCTTGA AGTCAAATGC CTTATTTTCA 1800 TCTTCTTTGG AGATGATCGT GTAGTTGAGG TTATTTAAAT CGTGGTAAAC AGCTCCACCA 1860 CCACTAATAC GGCGAACTAC CTCAATACCA TTTTCGCGAA CATAATCACG GTTGATTTCT 1920 TCGATAGTGT TCTGGTGACG ACCAACAATG ATAGATGGCT TGTTAATCCA AAGTAGGAAG 1980 ATTTGATCCT CATCCAAAAG GTGTTTAAAG GCGTATTCTT CCAAGGCAAT ATTAAAAGCA 2040 GTGTCATTTG AATGATTGAT AATGTATTTC ATGATATCCC TTTACTTTAT ATGATAGAAA 2100 CTGGAAATAA CCTTCCAGTC TAATCTATCT TCGTTTTATT TTTTCTTAGG TGAATGGATG 2160 GCCATTCCTA GAACATCTGC AAACGCTTCG TACATCACTT CAGAGTAAGT TGGGTGCCCG 2220 TGGATGGTCT TCAGCATTTC CTCAACAGTG ATTTCCATTT CGATGATGCT TGATGCTTCG 2280 TTTATTAATT CTGCGGCTGC AGGACCAATA ATGTGTACAC CAAGGATTTC TCCGTATTTC 2340 TTATCAGCGA TAACTTTTAC GAAACCTTGA GCTGCGTCAG ATGCAATAGC ACGACCGTTA 2400 GCAGCAAAGT TAAACTTACC GATGGCAACA TCGTATTTCT CACGGGCTTG TTCTTCTGTC 2460 AAACCTACTG CTGCTACTTC AGGGAGAGTG TAGATGGCTG CAGGAGTCAA ATTCAATTTG 2520 GCAACTGCAT GATTTCCTTT AAGGGCATTT TCAGCGGAAA CTTCACCCAT GCGGAAAGCT 2580 GCGTGAGCCA ACATCTTAGT ACCGTTGATG TCACCTGGTG CATAAATGCC TGGAACTGAA 2640 GTTTCCATGT ATTCGTTGAC CTTGATACAA CCACGATCCA ATTCAAACTC AACCTCTCCA 2700 ATACCTTCAA GGTCTGGCAT ACGACCAATT GAAAGAAGAG CTTTGCTTGC GATGATATCG 2760 TCTTTTCCTT CAACCTTGAT ACGAAGTTGA CCATTTTCCT CAATGATTTC TTGCAGTTTA 2820 GTACCAGTCA AGATGGTCAT TCCTTTACGC TCAAGAATCA AGCGAAGGTT CTTAGAAACT 2880 TCCACATCCA TAGCTGGAAC TATACGGTCC ATCATTTCGA TAACAGTCAC TTTTGAACCA 2940 AATGTCATGA AGGCCTGACC GAGTTCGATA CCGACAACTC CACCACCGAT GATAACAAGG 3000 CTTTCTGGCA CTTCGTTCAT TTCAAGAATG TCATCACTAG TCATGACAAG TGGAGATTCC 3060 ATACCAGGGA CGTTGATCTT GTTGACTTTT GAACCACCAG CAAGAATGAT TTTCTTGGTT 3120 TCAAGCAATT CAGAACCATT TACCAAGACG TTCTTGTCTT TAGTGATTGT ACCAATTCCT 3180 TTATGAACAG TAACTCCGTA GCTACGAAGA AGTCCTGCAA CACCACCAAC AAGAGTATTA 3240 ACAACTTTAG ATTTAGTTTC TAAAAGTTTT TCCATATCAA CAGTGAAGTT AGGATTTTCA 3300 ATCACGATAC CACGATTTGC AGCATGACCG ATATTTTCAA TAATTTCAGC GTTATGAAGG 3360 TAGGTCTTGG TTGGAATACA TCCACGGTTT AAGCAGGTTC CACCAAGTTC AGATTTCTCA 3420 ACAAGGGCAA CCTTACCGCC GAATTGGGCA GCTTTAATGG CTGCAACATA ACCAGCAGGA 3480 CCTCCACCAA TCACAACGAT ATCAAAAGCA TCATCGCTCT TACCATCATC GTTTGAGGTA 3540 CTTGCTACAG GTACAGGGCT AGCTTCTGGC GATGCTGCTC CAGCTGTTGG GATGTTTTCC 3600 CTTTCTTCAC CAAGGTAACC GATAACTTCC GTTACAGGGA CAGTTTCACC ATCTCCTTTG 3660 AGAATGGCAA TCAAGTACCC ATCTTCTTCG GCTTCCAATT CCATGCTGAC TTTATCAGTC 3720 ATGATTTCCA AAAGGATTTC TCCTTCTTTT ACAAATTCTC CGACTTTTTT ATTCCATTGG 3780 ACGATTTGTC CTTCTGTCAT ATCCACGCCG GCTTTTGGCA TAATTACTTC TAAGGCCATG 3840 TCTTCCTTCC TTTATCTATA TCTTAAAAAT GAATACTCTT GCTCTTAAAT TAACATTGAG 3900 ATTGGCGTTT CAATCAACTC TTTCAAGTCC TTCATAAACT TAGCACCAGC CATACCATCT 3960 ACGACACGGT GGTCAATGGT TAATCCTAAA CTCATGATTG GGCGAATCAC AATTTCACCA 4020 TTGACGACAA CTGGCTTCTC GATTGTCGAA CTGACACCAA GGATAGCTGA GTTGGGTTGG 4080 TTAATAATCG GACCAAAGGA CTGAACACCA AACATTCCCA AATTACTGAT TGTGAATGTT 4140 GAATTTTGTA ACTCACTTGG AGCCAATTTA CCATCCAAGG TACGGCCAAT AACATCCTTA 4200 AAGGCTACAA CCAGTTCTGA AAGACTCATC TTCTCAGCAT TGTAAACAAC AGGTGTCATC 4260 AATCCATTAT CCATCCCAAC TGCCATGGCA AGATTGACAT AGTTGTGAGT GATAATAGTC 4320 TTGCCATCTT CTGTCAATGA AGCGTTGATG TATGGGTGTT TCATAAGAGT CTTAACAACT 4380 GCAAGCGAAA GAAGGTCTGT TACAGTAGTC TTCTTCCCAG TTGCTTCCAT GATTGGCTCA 4440 AGAACCTTCT TACGAAGAGC CAACATTTCA GTCATATCAA CTTCATAGTT GAGGGTGAAG 4500 GTTGGCGCAG TCAAGTAAGA TTCAACCATG CGTTGGGCAA TAACCTTACG CATTGGTGTC 4560 ATTGGAATAC GCTCGATTTT ACCATATGGT GTTACGTTAT CAGGGACTTC TTCCACTTTT 4620 TCAATCTGAG CAGGAGATTT GATGCTATCG TTTTCGATAT TTTCAGGAAG CAGGGCCAAA 4680 ACATCCTTCT TCATGATTTT ACCACGATGA CCGGTTCCTT GGATTTCCTG CCAAGCAATG 4740 TTATGTTCGA GGGCAATTCG TTTTGCAAGT GGCGAAATGC GAACCACGTT TGTGTCTTTA 4800 TAAGTTTCCA CGTCTTCTTT GTGGACACGA CCGTTTGCAC CTGAGCCAGA AACGTCGTAG 4860 AGGTTTATCC CTAAATCATC CGCTAACTTT CTAGCTGCAG GAGTCGCTCT TAGCTTGTCA 4920 TCAGCCATGA CCTCTCCAAT TCTATTTATG ATACAAAGGG CGTCAAAAGC GACTGAAAAA 4980 TAGGAAATCG ACGATGGCTT CGATGAAGCC AAGGAGATTT ATCTTTTTTC CGATCTTTTA 5040 GCCCGTGCTC TAATCTAAGA TATTAATGAC GAAGAGCTCT GCACCTAAAA GATACAAAGT 5100 TTCTCGTCAG CTTTATTTTA TTTACATAAC TTATCTTATG TAACCCTATT CTTTGTTATA 5160 AGTTTTTCGG ATTGCATCTT TGATACTTTC AACTGTTGGA ATCATTGCAT TTTCTAGGTT 5220 TTGTGCATAA GGCATCGGCA CATCTTCTCC TGCACAACGG CGAATTGGTG CATCTAGATA 5280 GTCAAATGCT TCTGATTCTG AAATAATAGC TGAAATTTCA CCGATATAGC CACTTGTTTT 5340 GTGGGCATCG TTGACCAGAA CAACCTTACC AGTCTTCTTC ACTGAGTTTA TGATGATATC 5400 CTTATCAAGC GGAACAAGGG TACGTGGGTC AACAATTTCA ACTGAAATTC CTTCTTCTGC 5460 TAATTCTTCA GCAGCTTGAA CCACACGGCG AAGCATTTTT CCATAAGTAA CAACTGTTAC 5520 ATCCGTTCCT TGGCGTTTGA TTTCACCAAC CCCAAGTGGA ATTGTGTAGT CTGGATCAAC 5580 TGGCACTTCC CCTTTTTGGT TAAATTCTGA CTTGTACTCA AGTATAATAA CTGGGTTGTT 5640 ATCACGGATA GAAGACTTAA GCAGGCCTTT CATGTCCGCA GGTGTTCCAG GTGCCACAAC 5700 CTTAAGTCCT GGAATGTGAG TAAACCAAGA CTCTAGAGAT TGTGAGTGCT GGGCGGCAGA 5760 GCCAACTCCG TTACCAGCTG CACAACGAAC AGTCATTGGA ACCTGACCTT TACCACCAAA 5820 CATGTAACGT GTTTTAGCAG CTTGGTTGAC GATATTGTCC ATGGCAATAA CAGAGAAGTC 5880 CATGAAGGTC ATATCGACGA TTGGACGAAG TCCTGTCATG GCTGCTCCTG CTGCTGCTCC 5940 AGAGATGGCA GCTTCAGAAA TCGGACAGTC ACGGACACGT TCTGGACCAA ATTCTTCAAG 6000 CATTCCAACA GAAGTACCGA AGTCTCCTCC GAAGACACCG ACGTCTTCTC CCATCAAGAA 6060 CACATTTTCA TCGCGACGCA TTTCCTCAGA CATAGCAAGG ATAATGGTGT CACGGAAGGA 6120 CATTGTTTTT GTTTCCATTT TATCTCTTTC TCCTTAGTCT GCGTAAATAT CTTCAAAGGC 6180 TGATTCAAGC GGTGGGAATG GGCTTTCCTC TGCAAATTTA ACAGAAGCTT CTACTGCTTC 6240 CTTTACTTGC GCTTGGATTT CTTCCAATTC TTCGGCACTT GCAATGTTAT TTTCAATAAG 6300 GTAATTGCGG AGGTTTTCGA TTGGATCTTT TTGTTTCCAC AATTCCACTT CTTCACGCGT 6360 ACGATATTTA CCAGGGTCAG ATGATGAGTG ACCGAGCCAG CGATAAGTTA CACTTTCAAT 6420 CAAGACTGGA CCATTGCCAC TGCGAACATG GTCCACAGCT TTCTGAAATC CTTCATAGAC 6480 ATCGATGACA TTGTTACCGT CTTCGATGAA CATTCCAGGA ATTCCATAAG CGGCGCTACG 6540 TTGATGGATA TGTTCTATAT TGGTCATTTT CTTGATATCC GCAGAGATAC CGTAACCGTT 6600 GTTAATGCAA TAGAAAATGA CTGGCAGGTT CCAGATAGAA GCCATGTTCA CTGCTTCGTG 6660 GAAAACACCT TCATTGGTCG CACCATCTCC AAAGAAGCAG ACAACGATTT TACCGGTATT 6720 TTGCATTTGC TGACTGAGGG CTGCACCGAC AGCGATCCCC ATACCACCAC CTACGATACC 6780 ATTGGCACCA AGGTTCCCAG CATCAAGGTC AGCGATATGC ATAGATCCAC CTTTCCCTTT 6840 ACAGGTTCCA GTGTATTTAC CAAGGATTTC AGCCATCATT CCGTTGAGGT CAATCCCTTT 6900 AGCAATAGCT TGCCCGTGTC CACGGTGGTT TGAGGTAATC AGATCATCTG GATTGAGAGC 6960 TAACATAGCC CCCACGTTAG CTGCCTCTTC ACCAACAGAA AAGTGCGTCA TTCCTGGCAC 7020 TTTCCCTTTC TTTACTAATT GTGCAATTTT TAAGTCCATG CGACGGATTT CTTCCATCTT 7080 ACGGAACATT TCTAGCAAAA GATTTTTATC TAAAGTTGAC ATCTTCTTGC CTTTCTAACT 7140 TTCTTCTTAC CTTACTATTT TACCGCTTTT GGCAAATACT GTCAAAGTTT TTCTAAAAGA 7200 AATTTCACAA AATAAAAAAG AAAACCCCGT GAAAACAAGG GATTTTCTTG TCAAGAATAT 7260 TTTTTCACAA ACTTTTTAGC ATTTGGATTT TGCTAAAGAT TCAAATCTCT TCATAATCAC 7320 AGTTAAACGC CAACGGTAGA GCGCCCCGCT CACAATCAAA CTAATAATCA AGCCGATCCA 7380 GTAAGAATAA GCTCCAAAAT CTGTTAGGGA ATCAAATAGC GTAnCACAGG GATTGCTACG 7440 CCCCAATAAC CAAGCAAACC AAGGTAAAAA GGAATAACTG TATCCTTATA CCCCCGCAAA 7500 ATTCCCTGAA GCGGCGCCGC AAAGGTATCT GCTAACTGGA AGAAAAGACT ATAAGTTAAA 7560 AAACGCACTG TCAAATCGAT AAATTTTGGG TCGTTACCAT AAAGACTGGC CACATTTCCC 7620 CTAAAAATGT AAAGGAAGGT TAAGGTGAAG GCCGCAAAAA TGAGGGCAGT CCATCTTCCT 7680 AGACCAATAT AGGTTTTCGC ATCATCAAAT CGCTTGGCTC CCACTTCATA GGAAACGACA 7740 ATAGCCATAG CCGATGAGAT ACTCATAGGA AAGGCGTACA TAAGACTTGA AAAGTTCATA 7800 GCTGACTGGT GACTAGCTAT AATCAAGGGC GAAAACTTAG CCATAATCAA GCCAACCACT 7860 GAAAAGATAG CCACTTCCGC GAAGACAGTT CCCCCAATAG GCAGACCTAA ACGAACTCCT 7920 TCCTTAATTT TATCCATATT AAGTGGAATT CGTTTCTCAA GGTGTAAGGC TTTGAGCTTC 7980 TCCTGTTTAA ATAAAACCAG AACAGAAATC CCAAGCAAGA CCCAGTAGGC CAAGGATGTT 8040 CCTAAACCAG CACCAGCCCC TCCCAGTTCT GGAACACCAA AGGCACCGTA AATCAAGAGA 8100 TAGTTAAATC CGCTATTGAG AGGGAGTAAC AAAAGCATGA GGTACATGGA CAGTTTGGTC 8160 AAGCCCAGCG AATCCAGCAA GGAACGAATG ACGCTAAAGA GCAACAAGGG GATAATCCCG 8220 ATAGATAAAA ACCAAAGATA GCGAACCGCT ACTGCCGCTA CTGCTGCTTC TAACCCAATA 8280 TGATTCAAGA TTATTGGTGC CAAGAAAAGT ACCATCCCCA GCAAGACCAC AGATAGGCCC 8340 AAGGCCAAAT AAATAAATTG GTAAAAATCA GACGCAACTT CTTCCTTTTT GCCTCGACCA 8400 AGATGGTGAC CAATGATAGG CACCAAGGCT GACACAATCC CTGTTAGAAA TGTAAAGAAA 8460 GGATTCCAGA TACTGGTTGC CATAGATACA CCAGCCAAGT CCATAGTGTT GTATTGACCT 8520 GTCATTGCAG TATCAACAAA AGAGGCAGAA TAATTGGCAA ATTGGTAGAT CAGGATTGGG 8580 AAGAAAATTT TTAAAAATAA TACTAACTTC TCTCGTAAAC ACTTTGTCTT ATACATACTT 8640 CTCTTTCTAT TCTGATTTAT CTAAACCAAA GAGTTTCAGA CCATAGTTTT TCAAACTTAG 8700 CGGAGGTTTA TTAGATTTTG AAGTAGTATG CCAACACGCA CATGTACGAC AATAATAGCT 8760 TCTAACTAAA CCTCCGTTAT CATATTGAAC CGCATGGTCA GCTTTTTCTT TAGTTTCATA 8820 TTGAATTTTG GAACGATTAG CTGCGGGACA GTAAATTCCA CTATTAGATT TCGCTTGTCT 8880 CTCCCTACGT TTTCGAAAAT AATTCATATT CTAACTCCTA TCAAGCTTGA TAGACGATTT 8940 GTCCCTTACA GATGGTATAT TTAACCTGCC CTTTTAAGGT TTCACCGATG AATGGTGAAT 9000 TAGCTGCTTT GGAAGCAAAA TGGGAGTCCA CAAAGCGGTC AGCCTTGGCA TCAAAAATAG 9060 TGATATCTGC TGGACCATTC TCAGCCAAGT AACCTGCTTC AAAGTTGTAA AGCTTGGCTG 9120 GGTTGTATGT CATTTTTTCA AGTAATTCCA TCAAGCTCAA CTCACCAGCT TCTACTAAAT 9180 AGGTCAAGCT GAGAGACAGG GATGTTTCTA AGCCAGTCAT ACCAGATGGC GCTTTGGTAA 9240 TATCCTCAAC ATTTTTTTCA TCTACATGAT GAGGCGCGTG GTCAGTCGCA ATAACTGTGA 9300 TGACACCTGA TTTGAGACCT TCGATAACGG CACGACGGTC TGATTCCAAA CGAAGCGGTG 9360 GATTCATCTT AGCATTGCTA CCTTGTGTTA AAAGAAGTGC TTCTGTCTTA GAGAAATGCT 9420 GTGGCGCTAC TTCTGCTGTG ACTTCTGCAC CTAACCCCTG AGCAAACTCC ACTACTTTAA 9480 CACTTTCTTC CTTAGACAAA TGCTGGATGT GAACATGGGC TTTAGTTGCA TAGGCAATCA 9540 TGACATCACG CGCCATCATA GCGTACTCAG CCACCCCAGT AGCACCGCAG ATATGGAAAT 9600 GTTCTCTAGC AATATTTTCA TTAAAGCCAA GAACACCGTT CAAACCTGGA TCTTCCTCAT 9660 GAAGGCTGAT AAAGGTATTG AGTTTTTTGG CTTCCTCCAT GGCTTCCTTG ACAATCTTAC 9720 TGCTCTCAAG CGGAATACCG TCATCAGAGA AACCAACCGC ACCAGCTTCT AAGAGTGCCT 9780 TAAAGTCAGT CAAGTTTTTA CCATTAAAGT TTTTAGTAAT GGTCGCAACT GTCTTGACAT 9840 TAATCTTCTC TTTGGCAGCT GACTGGAGAA CTGCTTGCAA AGTCTCCACG TCTGAAATGG 9900 TTGGACTGGT ATTAGCCATC ATGACGACAG TAGTAAAACC ACCTGCAGCG GCTGCTAGGG 9960 CACCAGTATG AATGTCTTCT TTATGTGTTT GACCAGGTTC ACGGAAATGA ACATGAATAT 10020 CGACCAAGCC AGGAGCAACC ACAAGACCAG TAGCATCAAT CGTTTCTGCT CCTTCTTCCG 10080 TGATCTCAGA CGCAATTTTG ATAATTTTCC CATCTTGAAC TAAGACATCA CAAACTTGAT 10140 CCAAACCAGA CTTGGGATCC ATTACACGAC CATTTTTGAT TAGTAGCATC TGCTTTCTCC 10200 TTTATTCATA GAAATCAACT TGGGTATCCA ACAATTTATC CCCATCATAA ACAAACTTGG 10260 CTGAAAAGAA GGGTTTATCC TCTAAAAGCC ACTCAACAAA GGTGTGGTCA CCTTCCCAAG 10320 TCGGCTTGCT CAAAACCTCA TCATAGGGAA CCCATTCTAG CGTCCCCTCA TTGCAGTCAA 10380 TCAAGTCGCC CTCAAACTCC GTCACCTTAA AAACATAGGT GTACCAGTCT AAATCTGGTG 10440 TAAATTCAGG AAAAGTGATG ACACCTTTTA GAACTGGCTT GGCTTTGAGC CCTGTTTCTT 10500 CAAGGATTTC ACGCGCCGCG CATTCCTGGG GCGTCTCTCC TCTCTCTAGC TTACCACCCA 10560 CACCAATCCA TTTCCCTTCA TGGACATCAT TGGGTTTCTT ATTACGATGG AGCATGAGCA 10620 GTTCTTTCCC ATTATCAATG TAGCAAATCG TCGCTAACTG AGGCATATTT TCTCCTTATC 10680 TAAGCCAATC GATTGGCTCT TGTCCTGTCT CTTTTAAGAA TGCATTGGCC TTGGAAAAGG 10740 GCTTGGAACC CCAAAATCCT CTATAAACCG ACAAAGGACT TGGATGGGCT GATTCGATAA 10800 TCAAGTGATG AGGATTGGTA ACTAATGCCT TCTTCTTACG TGCATAAGCT CCCCAGAGTA 10860 CAAAAACGAC TGGTCTATCT AGATGATTGA CCACCTGAAT CACAGCATCA GTAAAAGGCT 10920 CCCAGATTTG ACCAGCATGA CCATTGGCCT GTCCAGCAGG AACAGTCAAA CAAGCATTAA 10980 GAAGCAAGAC TCCTTGCTCA GCCCAAGCTG TCAAATCATG AGATTTCTTA ACTCCGATAT 11040 CATCTGACAA TTCTTTCAAG ATATTTTGCA AGGATGGTGG AGCTGGGATA GAGTCAGGTA 11100 CAGAAAAACT CAAGCCCTGC GCTTGACCTG GTCCGTGATA GGGGTCTTGC CCTAGAATTA 11160 CCACCTTAAC TTCTTCAAGC AGTGTTGTCA AGAGAGCCTG AAAAACCTTT TCCTTGGGTG 11220 GATAAATAAT CCCCTGAGAA TAGACCTGCT CCATAAACTG ATTGATTTTC CCGAAATAAC 11280 CCTCAGGTAA TTGCGCCTTA ATCAAAGCAT GCCAAGACGA GTGTTCCATA GCCGACTCGG 11340 (2) INFORMATION FOR SEQ ID NO : 148 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 12127 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 148 : AAAAAATAGA CTTGTTAGAC TATAAATGTA GTAAGCCTAC ACAAGAAAAA TACATAGAGA 60 TAAAGGTGAT TATTATGAAA TTCAAAAAAA TGCTTACTCT TGCAGCCATT GGCTTATCAG 120 GATTTGGGCT TGTTGCCTGT GGCAATCAGT CAGCTGCTTC CAAACAGTCA GCTTCAGGAA 180 CGATTGAGGT GATTTCACGA GAAAATGGCT CTGGGACACG GGGTGCCTTC ACAGAAATCA 240 CAGGGATTCT CAAAAAAGAC GGTGATAAAA AAATTGACAA CACTGCCAAA ACAGCTGTGA 300 TTCAAAATAG TACAGAAGGT GTTCTCTCAG CAGTTCAAGG GAATGCTAAT GCTATCGGCT 360 ACATCTCCTT GGGATCTTTA ACGAAATCTG TCAAGGCTTT AGAGATTGAT GGTGTCAAGG 420 CTAGTCGAGA CACAGTTTTA GATGGTGAAT ACCCTCTTCA ACGTCCCTTC AACATTGTTT 480 GGTCTTCTAA TCTTTCCAAG CTAGGTCAAG ATTTTATCAG CTTTATCCAC TCCAAACAAG 540 GTCAACAAGT GGTCACAGAT AATAAATTTA TTGAAGCTAA AACCGAAACC ACGGAATATA 600 CAAGCCAACA CTTATCAGGC AAGTTGTCTG TTGTAGGTTC CACTTCAGTA TCTTCTTTAA 660 TGGAAAAATT AGCAGAAGCT TATAAAAAAG AAAATCCAGA AGTTACGATT GATATTACCT 720 CTAATGGGTC TTCAGCAGGT ATTACCGCTG TTAAGGAGAA AACCGCTGAT ATTGGTATGG 780 TTTCTAGGGA ATTAACTCCT GAAGAAGGTA AGAGTCTCAC CCATGATGCT ATTGCTTTAG 840 ACGGTATTGC TGTTGTGGTC AATAATGACA ATAAGGCAAG CCAAGTCAGT ATGGCTGAAC 900 TTGCAGACGT TTTTAGTGGC AAATTAACCA CCTGGGACAA GATTAAATAA AATGTTTGCT 960 CCATAAATCT CTAAAGAGAT GCAGACGTTT CATCGTACAA TAAGATAAAG AAGGCAAGTA 1020 GGGAGGTGTC GTATCTCCCT TACTTTCTTC ACTAGAAAGG ACAAGATGTG ACAAAACAAG 1080 CCTTCAAAGA AGCAGTTTTT AGGGCAATTT TTTTCATGAG TGCAACAGTA GCTGTTGTAG 1140 CTATTTTGCT AATCTGTTTC TTTATTTTTA GTAATGGCTT ACCTTTCATA GCTAACTACG 1200 GCTTTGCCCG TTTTTTATTA GGCAGTGATT GGTCGCCAAC GAACATTCCG GCAAGCTATG 1260 GTATTTTACC AATGATCGTT GGTTCCTTAT TAATTACCTT AGGAGCGATT GTGATTGGGG 1320 TGCCAACAGG CATCTTGACA TCGGTGTTTA TGGTTTATTA TTGTCCAAAG CCCGTCTATG 1380 GCTTCTTAAA ATCAGCTATC AACTTGATGG CAGCCATTCC ATCTATTGTT TATGGTTTTT 1440 TCGGCCTACA ATTATTGGTG CCTTGGATTA GAAGCTTTTT AGGAAATGGC ATGAGTGTCC 1500 TAACCGCTTC GTTACTATTA GGAATAATGA TTTTGCCAAC CATTATCAGT TTGTCAGAAT 1560 CTGCTATCCG AACAGTTCCC AAAACGTATT ATTCTGGTAG CTTGGCTCTA GGAGCTAGTC 1620 ATGAACGGAG TATTTTTAGT GTCATCTTGC CAGCTGCGAG ATCTGGTATT TTATCAGCAG 1680 TTATTTTAGG AATCGGTCGC GCAGTAGGTG AAACCATGGC AGTTATTTTG GTGGCAGGCA 1740 ACCAGCCGAT TATTCCAAGT GGACTCTTTT CAGGAACCAG AACCTTAACA ACCAATATTG 1800 TTCTGGAAAT GGCTTACGCA TCAGGTCAGC ATAGGGAAGC CCTTATTGCA ACCTCAGCAG 1860 TTCTCTTTTT CCTTATTCTC TTGATTAATG CCTACTTTGC CTACTTGAAA GGAAAATCAT 1920 CTTATGAGTA AATACCTGCT AAAACTTCTC GTTTATTGTT TTTCAGCTTT AACCTTTGGC 1980 TCTCTCTTTT TAATCATTGG TTTTATCCTC ATCAAAGGCT TACCTCATCT AAGTCTATCC 2040 CTCTTTTCTT GGACTTATAC TTCTGAGAAC ATTTCCCTTA TGCCAGCGAT TATTTCCACC 2100 GTTATTCTGG TCTTTGGTGC TCTTCTTTTA GCCTTGCCCA TAGGGATTTT TGCTGGTTTT 2160 TATCTTGTGG AATATACAAA AAAAGATTCC CTTTGTGTTA AAATCATGCG ATTGGCCTCA 2220 GATACCTTAT CTGGGATTCC TTCCATTGTT TTTGGTCTGT TTGGCATGCT CTTCTTTGTA 2280 GTCTTCTTAG GTTTTCAATA CTCTCTGTTA TCAGGAATCT TAACCTCAGT TATCATGGTG 2340 TTGCCAGTCA TTATTCGCTC AACAGAAGAA GCCCTTTTAT CTGTTAGTGA TAGCATGCGT 2400 CAAGCAAGTT ATGGACTTGG GGCAGGTAAG TTACGGACTG TTTTTAGAAT TGTTCTACCA 2460 GTTGCCATGC CAGGTATTTT AGCTGGAGTG ATACTAGCTA TTGGCCGTAT CGTTGGTGAA 2520 ACAGCTGCCC TCATGTATAC ATTAGGTACC TCTACCAATA CGCCAAGTAG TCTCATGTCT 2580 TCAGGCCGTT CTCTAGCCCT ACATATGTAT ATGCTGTCAA GTGAGGGGCT ACATGTCAAT 2640 GAAGCCTATG CTACCGGCGT GATTTTGATT ATTACTGTTT TAATGATAAA TACTCTATCA 2700 AGCTTATTAT CTCGAAAACT TGTGAAAGGA GCTTCCTAGT ATGGGAACAT TTTCAGTCAG 2760 ACACCTAGAC TTATTTTACG GGGATTTTCA AGCCTTAAAA AATATTTCGA TTCAATTACC 2820 AGAAAGACAG ATTACTGCCT TGATAGGCCC ATCTGGTTGT GGCAAATCAA CTTTTCTAAA 2880 AACCCTTAAC CGGATGAACG ATTTGGTTCC TTCTTGCCAT ATTGAAGGCC AAGTCCTCTT 2940 AGATGAGCAA GATATTTATA GTAGCAAATT CAACCTTAAT CAGCTACGTA AGCGTGTAGG 3000 GATGGTTTTT CAACAGCCTA ATCCCTTTGC CATGTCTATC TATGATAACG TGGCTTATGG 3060 CCCAAGGACA CATGGTATTC GAGACAAAAA ACAATTAGAT GCCTTAGTGG AGAAATCTTT 3120 AAAAGGGGCA GCCATTTGGG AAGAAGTCAA AGATGATCTT AAAAAGAGTG CCATGTCCTT 3180 ATCTGGCGGT CAGCAGCAAC GCCTTTGCAT TGCGCGAGCT TTAGCAGTAG AACCTGATAT 3240 TCTGTTAATG GATGAGCCGA CTTCAGCCTT AGACCCTATC TCCACTTTAA AAATTGAAGA 3300 CCTCATTCAG CAACTAAAAA AGGATTATAC GATTATCATT GTTACCCATA ACATGCAACA 3360 AGCTTCACGT ATTTCAGATA AAACTGCTTT TTTCTTAACA GGAGAAATTT GCGAATTTGG 3420 AGATACCGTT GACGTGTTTA CCAATCCAAA AGATCAGCGC ACAGAAGACT ATATTTCAGG 3480 ACGGTTCGGA TAAGGAAGGA AAAACCTATG AGAAATCAAT TTGACTTAGA ATTGCATGAA 3540 TTAGAACAAT CCTTTTTAGG ACTAGGGCAA CTTGTCCTTG AAACAGCTTC AAAAGCCTTA 3600 CTGGCCTTAG CCTCCAAAGA CAAGGAGATG GCAGAGCTAA TTATCAATAA GGATCATGCT 3660 ATCAACCAAG GTCAAAGCGC TATCGAATTG ACCTGTGCCC GTTTGTTGGC CTTGCAGCAG 3720 CCACAAGTGT CTGACCTTCG ATTTGTGATT AGCATCATGT CTTCTTGTTC AGACCTTGAA 3780 CGTATGGGAG ACCATATGGC AGGCATTGCC AAAGCTGTTT TGCAACTAAA AGAAAATCAA 3840 CTAGCCCCTG ACGAAGAACA GTTACACCAA ATGGGTAAAT TATCCCTCAG CATGCTAGCC 3900 GATTTATTGG TTGCCTTTCC TTTGCACCAA GCCTCAAAAG CTATTAGTAT TGCTCAAAAA 3960 GATGAACAGA TTGACCAATA TTATTATGCC TTATCAAAGG AAATCATTGG ACTTATGAAA 4020 GACCAAGAAA CCTCAATTCC CAATGGAACT CAATACCTTT ATATCATAGG GCATCTGGAA 4080 CGCTCGCTGA TTACATTGCT AACATTTGTG AACGCCTAGT CTACCTAGAA ACAGGAGAAC 4140 TAGTGGATTT GAATTAATTC AACTAATCCT TAAAAGAGAA GAGTACGATT AAGTACTCTT 4200 TTTTATGGTT GTAAAAAAGT TCATTTGACC AATTTAAGCA GTGTAGATAG TGAGGAGTTG 4260 TTTCAATTCT ATCGTGAACG AGGGAATGCT GAAAACTTTA TCAAAGAAAG GAAAGCAGGA 4320 TTCTTTGGGG ATAAGACAGA TAGTTCGACC ATGATTAAGA ATGAAGTACG TATGATGATG 4380 GGCTGTCTGG CTTATAATCT CTACCTCTTT TTAAAGCAGC TAGCTGGTGA TGAAGTAAAG 4440 TCCTTGACTA TCAAGCGTTT TCGACGTCTC TTCCTTCATA TTGCCGGAAA ATATGTCTCT 4500 ACTGCTAGAC GACATATTCT CAAATTCTCA AGTCTATACG CCTATTCAAA ACAGTTTCAA 4560 GCCTTATTTG ATACAATCTG CCAGATAAAT CTGATACTCC CTGTTCCATA TAGAGCTAGA 4620 GGGCAGGGGA AAACATGCCT AACAGAATAA GTCACCTTAT TTTAAAAATC GAGCATCAAA 4680 CCAAGGGAGG AGTCTGCCCT TTTTTAGGAA AAAATCAAGA CAAATCTCCT CAATTATGTC 4740 TCGAACATCA GAAATTAAGC AAAATCACCA GAAGGACAGT ATTTCAACTA GCTTTTCTGG 4800 TAATTTTTGA ACTGTGTAGT TCGTTAGTGC CAGATATGAA TAATTTGGGA TGATAAATCT 4860 TTCTTCCTCA GGTAGCCTAT CATAATACTC TTCAAAAATC TTATCAAAAA CACTCTCTTT 4920 CTTTTGGGCG ATAGTTTCAT CTTCGTATGT AGGAGTCCTC ATCAAGAAAT ACTTCAATTC 4980 TAGGTATTCC TTATCCAACT CTATATAACT TGGCATCAAC TTGTAATCTT CAACCCCCAA 5040 ACGTTCAGCA ATATATTTTA ACTTTGTTAG TATTGGTCTG GATTCTCCAT TTTCAATTCT 5100 AATTAATTGA CGGATACTTA ATTCAGACTC ATCACCACAA AATTCTGAAC GACTGATT'IP 5160 TTTAGCCAAA CGTAATCTTT TAATTTTTTC GCCAAACTCT CGCAACCTAC AAGAACTTCC 5220 TGAGTTGTTT ACCTCTATTA TAAGCATATA CTGAATCAAA CTATCTATCA GATTTCTTCT 5280 CACTTTAACT AAAGACTAAG AGTTTATCCC TTCGTCTCGG TTTTTGTGTA TTTTTCCACC 5340 ATACCCCAGT AATGCAAGTG CAAAATCCCC TAGAATATGA TAGAATAAGA GAAAGAACTC 5400 TATCAAGGAG GAAATCATGG AAAAACAAAC CGTCGCCGTC TTGGGGCCTG GTTCTTGGGG 5460 AACCGCCCTT TCACAAGTCT TAAATGACAA TGGACACGAG GTACGTATTT GGGGAAATCT 5520 TCCCGAGCAA ATCAATGAAA TTAATACACA CCATACTAAT AAGCACTACT TTAAAGATGT 5580 CGTTCTAGAC GAAAATATCA TTGCCTACAC CGACTTAGCA GAAACATTGA AAGATGTGGA 5640 TGCGATTTTG TTTGTTGTCC CAACAAAAGT GACACGACTT GTTGCCCAGC AAGTTGCACA 5700 AACCTTGGAC CATAAGGTTA TCATCATGCA CGCATCAAAG GGATTAGAAC CTGATAGCCA 5760 TAAACGATTA TCAACCATTC TTGAAGAAGA AATTCCTGAA CATCTCCGTA GTGATATCGT 5820 CGTTGTTTCA GGGCCTAGTC ATGCAGAAGA GACCATTGTG CGTGACCTAA CTTTAATAAC 5880 TGCTGCTTCT AAAGATTTAC AAACAGCTCA ATACGTTCAG AAGCTATTTA GTAATCACTA 5940 CTTCCGACTT TATACCAATA CGGATGTTAT CGGGGTTGAA ACTGCTGGTG CTCTTAAAAA 6000 TATTATTGCT GTCGGTGCTG GAGCTTTACA TGGTCTTGGA TTTGGTGATA ATGCTAAGGC 6060 AGCCATCATC GCTCGAGGTT TAGCAGAAAT CACCCGCCTA GGGGTAGCAC TCGGGGCCAG 6120 TCCATTGACC TATAGCGGCT TATCTGGTGT GGGAGATTTG ATCGTAACGG GAACTTCCAT 6180 CCACTCTCGT AACTGGAGAG CTGGAGATGC TCTCGGACGA GGAGAATCCC TAGCTGATAT 6240 AGAAGCTAAT ATGGGCATGG TAATCGAAGG AATTTCAACG ACTCGAGCAG CCTATGAACT 6300 AGCCCAAGAA CTTGGAGTCT ATATGCCCAT TACACAGGCT ATTTACCAAG TTATTTATCA 6360 CGGAACCAAT ATCAAAGATG CCATTTATGA CATCATGAAC AATGAATTTA AAGCAGAAAA 6420 TGAGTGGTCT TAACCCTCTA TAGAAAGGAT TTTTATGACA TCAAAAGTTA GAAAGGCAGT 6480 CATCCCTGCT GCTGGACTAG GAACTCGATT TTTACCAGCA ACCAAGGCCC TTGCCAAAGA 6540 AATGTTGCCA ATCGTAGACA AACCAACTAT CCAGTTTATC GTGGAAGAAG CTCTCAAATC 6600 AGGTATTGAA GATATTCTAG TTGTCACTGG TAAATCAAAA CGTTCTATTG AGGACCACTT 6660 TGATTCAAAC TTCGAATTGG AATATAACCT CAAAGAAAAA GGGAAAACAG ATCTTTTGAA 6720 GCTAGTTGAT AAAACAACTG ACATGCGTCT GCATTTTATC CGCCAAACTC ATCCACGCGG 6780 TCTCGGAGAT GCTGTTTTGC AAGCCAAGGC TTTCGTCGGA AATGAACCTT TTGTCGTTAT 6840 GCTTGGTGAT GACTTGATGG ATATCACAGA CGAAAAGGCT GTTCCACTTA CCAAACAACT 6900 CATGGATGAC TACGAGCGTA CCCACGCGTC TACTATCGCT GTCATGCCAG TCCCTCATGA 6960 CGAAGTATCT GCTTACGGGG TTATTGCTCC GCAAGGCGAA GGAAAAGATG GTCTTTACAG 7020 TGTTGAAACC TTTGTTGAAA AACCAGCTCC AGAGGACGCT CCTAGCGACC TTGCTATTAT 7080 CGGACGCTAC CTCCTCACGC CTGAAATTTT TGAGATTCTC GAAAAGCAAG CTCCAGGTGC 7140 AGGAAATGAA ATTCAGCTGA CAGATGCAAT CGACACCCTC AATAAAACAC AACGTGTATT 7200 TGCTCGTGAG TTCAAAGGGG CTCGTTACGA TGTCGGAGAC AAGTTTGGCT TCATGAAAAC 7260 ATCCATCGAC TACGCCCTCA AACACCCACA AGTCAAAGAT GATTTGAAGA ATTACCTCAT 7320 CCAACTTGGA AAAGAATTGA CTGAGAAGGA ATAACAAAAT CATTTATATA AAGATTAGCC 7380 ACACATAAAT TAAGTAAATT CTCTACTTGA ATCTACCTAT TTAATAAAAA CTAATGAAAA 7440 CGCTATACTT GTATTTGTTT TTTCATTAAA ATAAGAGTAG AATAAATTAG TATAGTAAAA 7500 CAAAAAAGCA CCGAATCGGT GCGCACTTTT TCAAGTTGTG TACGGACAAA GCCTTATTTT 7560 AACTTTGCTA TGTTGTTTCT AATGGTTCCA AAATAATAAA TAATTTTAAA TTTGACTTAA 7620 CTGTTGGAGT AGTCATGGTT AAATTAAATC AACCGAGCCG AACATAAGTT GTTTAATTTT 7680 GTGGAAGCTA TTAATAAAAA TATAATAAGG GAGAAAGATA GGTGTAATTT TAATTTTAAA 7740 GTAATTGCGG ACACTATCAA AGAAAAAGAT TATGGAGAAC AAATTTGTAG AATTTATCGA 7800 AAACAATAAA AAAGTAATCA TTTCATCAGT TGCAGTTGGT GTTGTATTGG TATTAGGGTT 7860 TGGATGGTAT TCATATAACC AACAACAAGC AGAACAACAA GCAAAAATTG TACAATTAGA 7920 AAAAGATAGC AAATCAGACA AAGAACAAGT TGATAAACTA TTTGAATCAT TTGATGCATC 7980 TTCAGATGAA TCTATTTCTA AATTAAAAGA ACTATCTGAA ACTTCACTTA AAACCGATGC 8040 AGGTAAAGAC TATCTTAATA ACAAAGTCAA AGAATCATCT AAAGCAATTG TAGATTTTCA 8100 TTTGCAAAAA GGTTTGGCTT ATGATGTTAA AGATTCAGAT GACAAATTTA AAGATAAAGC 8160 AACTCTTGAA ACAAATGTAA AAGAAATTAC AAAACAAATT GATTTTATCA AAAAAGTTGA 8220 TGAAACTTTT AAACAAGAGA ATTTGGAAGA AACTCTTAAA TCTCTAAATG ATCTTGTTGA 8280 TAAATATCAA AAACAAATCG AACTTTTGAA GAAAGAAGAA GAAAAAGCTG CTGAAAAAGC 8340 TGCTGAAAAA GCAAAGGAAT CTTCTAGTCA AAGTAATTCT TCTGGTAGTG CTTCTAATGA 8400 GTCTTATAAT GGATCTTCCA ATTCAAATGT AGATTATAGT TCATCTGAAC AAACTAATGG 8460 ATATTCAAAT AATTATGGCG GTCAAGATTA TTCTGGTTCA GGAGATAGTT CAACAAATGG 8520 TGGATCATCA GAACAATATT CATCTAGCAA TTCAAACAGC GGAGCAAATA ATGTCTACAG 8580 ATATAAAGGC ACTGGTGCTG ACGGCTATCA AAGATACTAC TACAAAGATC ATAATAATGG 8640 AGATGTGTAT GATGACGATG GAAATTACCT TGGGAACTTT GGTGGCGGCA TTGCAGAACC 8700 TAGTCAACGC TAATAACTAT TTTAGAGCTG TGTTGTTTCG AATGGTTCCA AAACACATTA 8760 AAAGCTACTC ATTTTTTAAG TAGCTTTTTT CTTATTCAAG TTTACATATT ATACTCAATG 8820 AAAATCAAAT TCAAACCACG TCAGCATCGC CTTACCGTAG GTATGGTTAC TGACTTCGTC 8880 AGTTTCATCT ACAACCTCAA AACCATGTTT TGAGCTGACT TCGTCAGTTC TATCTACAAC 8940 CTCAAAGCAG TGCTTTGAGC AACCTGCGGC TAGCTTCCTA GTTTGCTCTT TGATTTTCAT 9000 TGAGTATTAG TCGTCACAAT CCCATTCCCT TGTAGAAAAG CAAAATGGCG AGTCCTACGA 9060 ACAAGACTAC CGCTCCTAAT CTCTGGCTGG TGTTATACAT CCGTTTTTCT CCTCTAACTG 9120 GAAAGATAAC TGCTAGAAAT GCGCCACCAA CTGCACCACC GATATGGCCT GCTAGGCTGA 9180 TTCCTGGAAT CAGAACACTT CCAATAATGT TAACCACAAA AAGTGTCAGA TAGGATTGCC 9240 CTAGCTGTTG GATATAAGGA TTGCGAGTTG CATAGCGAAG AACAATAATC GCGGCAAATA 9300 GCCCATAAAG AGAGGTAGAG GCGCCTGCTG CTAAGGATTT AGGACTAAAT ACAAAAACAA 9360 AGAGATTGCC CATCATTCCT GATAAAAGAT AGAGAAAGAA AAACTGCTTA GAACCGAAAA 9420 TCTCCTCTAC CTGCCTTCCA AGATAATAAA GTGAAAGCAT ATTAACAATG AAATGTTCCC 9480 ACCCAATATG AACAAAAATG GCAGACAAGA GACGCCAAAC CTGCTCGGGA AAGAGGCGAA 9540 TAGCTGGCCC ATACATGGCT CCAAATCGAA ATAATGTATC TGCCCTGTCA AAGTTTCCGC 9600 CTGCAGTGAC CAACATTAGT AAAAATACCA AGGCCGTCAC TAAGAGGAAG AAACTCGTCA 9660 CAGGGTAACG TCTATCAAAG ATTTCCTTCA TCAATTAATA CCTCCTGAAC AGGAATATCA 9720 TGGTTTTCAG GTATAAAGTC CTGAATTTGA CAAGGATATA TCGTACTCAA AGTACGACCA 9780 GAAAAATGTT CCAGATAGCG GTCATAATAG CCTCCACCGT ATCCTATCCG ATATCCTTTC 9840 GTCGTAAAAG CCAGACCAGG AACATGAATC AAATCAATCT GAGATGCATC CACCACTTCC 9900 AAATCTCCCT GTAGCTCCAG TAAGGCAAAG AAAGTTTTTA CCAACTGTTG CGGATCATAG 9960 ACCACAAAGT CCATGCGCCC CTTGGGATAA GTTTTGGGTA TTAAAACCTT CTTGCCGTCC 10020 TTCAGCGCCT GCTCAATCAG TTCCTGCGTT TGAAACTCAT GAGAAAAAGA GAGGTAGGTT 10080 GCGATGACCT TGGCTTCTTG ATAAAAGGGG TGTTGTAAAA GCCGCTCGGT TAAAGCTTGG 10140 TCTATAGCCT GTTTTTGCTC TTGAGATATA GCCTTCATTT CATGCAAGAC TTGCTTGCGT 10200 AATTCCGATT TCATAGACAA GCCCTCTATT CTGCTGCCTT CTTTTTCAGG AAACTAGACA 10260 CCGCAGCCAC CCCAATAGCT AAGACTTCTT CCTTAGGACT CATTTGAGGG TGATGAAGAG 10320 CGTAGGGACT ATCGATACCT AGCCAAAACA TCACGCCATC AACCTTTGAA AGGAGATAAC 10380 CAAAGTCCTC GCCTGTCATA GCAGGTTCGA TATCAATCAA CTCGATTCCG TCTTTTTCGT 10440 CAAAGAAGTC CATCAGTTCA CGCGCCAAGG CTGGATTGTT CTCAACAGGT AGGTATCCAC 10500 CTTGTTTGAG TTCCACTTCG ACTTCCATAT CAAAGGCAGC TGCAACCCCT TCTGCAACTG 10560 TTTTTACCCT CTTTTGCACC AAGAGACTCA TGTCCTGTGT CAAGGCACGA ATAGTTCCAT 10620 GTAAAAAAGC TGTGTCTGTG ATGACATTGT TGGTGGTTCC AGCTTGAAAA ACGCCGAAGG 10680 TCACCACTGC TCCCTCGATT GGGTTGACAT TGCGGCTAAC AACTGACTGC ACTTGGGTCA 10740 CAAAGTAACT AGCCGCCACC AAGGCGTCAT TGGCTTCATG AGGAAAAGCT GCGTGGCCAC 10800 CTTTGCCTTT GAAACGGATC TTCACCTCGC AAGTTCCTGC AAAGAGTGTA TGAGTATTAG 10860 TCGCAATCTG GCCGACTTTC AAATCTGGAC GAACATGGAG ACCATAGAAT TGATCTGGCA 10920 ACCAATCTCC AAAAGCACCG TCCTCATACA TGAGCATACC ACCAGCTTCA TTTTCTTCAG 10980 CAGGCTGAAA TAGAAAGAGC AGATTATTCT TGGGTTGCTC CTCAAGGGCG CGCTCAAGAC 11040 AGCCTAAGGC AATGGTCATA TGAAAATCAT GGACACAGGC ATGCATGCGA CCTTGGTGTT 11100 GAGAAGCAAA AGGTAGACCT GTTTGTTCGA CGATAGGCAG GCCATCAATA TCTGTCCGCC 11160 AACCAATGGT TCGCTCCGGC TGACTTCCCT GCAGGTAGAC CAAAATCCCT GTCCGCCAAG 11220 TACGAATTTG AACAAAATCC TTGCCCGTAG TCAATTTCTC AATCACATCC AGCAAATAAG 11280 CCTGAGTCTT GAACTCCTCC AAGCCAATCT CTGGAATCTG GTGTAAATCT CGTCTAGTCT 11340 GAATCAAATC TAACATCTAT CTGTCCTCCG ATATAGCAGA AAGAGGCTGG AAAAAGGGTT 11400 CCGCCTCTTT TTTACTTTTA CAATTACAAG GTACGAAGCG CATCCTCTAG CGCTGTTTTT 11460 TGTTGAGTTT GGGCATCAAT TTCTTTGATA ATACGAGCTG GAACACCTGC TACTACCACG 11520 TTTTCTGGGA CATCTTGGGT AACAATAGCT CCTGCTGCGA CAACTGAACC ACTACCGATT 11580 TGGACTCCTT CGATAACCAC TGCATTAGCA CCGATAAGAA CATTGTCTCC GACACGGACT 11640 GGTTCAGCAC TAGCTGGCTC AATCACACCT GCCAAAACTG CACCTGCACC AACGTGGCTA 11700 TTTTTTCCAA CGATGGCACG GCCACCAAGG ATGGCACCCA TGTCAATCAT GGTTCCAGCA 11760 CCGATTTCAG CACCGATATT GATAACAGAT CCCATCATGA TAACAGCATT GTCACCAATT 11820 TCCACCTGGT CACGGATAAT CGCACCTGGC TCGATACGAG CGTTGATAGC ACGCTTATCT 11880 AGCAAAGGAA CTGCAGAATT ACGAGCATCT TGCTCGACAA CATAATCTTG ATTTTCTACC 11940 AAACCTTCAA GAAGCGGAGC CACATCCTTC CAGTCTCCGA ATAGGACATT TCCTAGTTTG 12000 ACAACAGAGC TAGGCACAGC AGTTGCGAGT TGCCCCTCAA AGGTTACTTT GACACTGGTT 12060 TTCTTTTCAG CATTGGCGAT AAATTGGATA ATTTCTTGAG CGTTCATTTT TGTAGCAGTC 12120 ATAGGTG 12127 (2) INFORMATION FOR SEQ ID NO : 149 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 12566 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 149 : CCATCCTTCT GTTGATGTGA CAGGAATGAT GATAAATCAA CCAGTAGCTA GTCGCGAAGA 60 GGTGACAGAG GCTTTGAGTC ACTTGGCGGT AGAGCACAAT AGTCTCATTG CTCGTCGAAT 120 CGTTGAGCCA AATGAAGCTG GAGAAACACG CTTTACCTAT GCCACTTATG GTGAGGGAAA 180 GCTTCCAGAA GGTCTGACCA TTTCCTCCAA GGAGAGTGCA GAAACGAGTG ATTTATTAGG 240 GTCTTACTTG ATTGTATCAG GAAGTTTGGA TGGAGTGAGC TTACAGACCA CCTTGAAAGA 300 GCTTGGTTAT CAAGGCTTTG TTTCGAATGG AGAAGATCCA TTTTCGATAG TCTTACTATT 360 GACGGCCACC CCTATGGTGC TACTGAGTTT AGCTATTTTT CTGCTGACCT TTATGAGTCT 420 GACCCTGATT TATCGGATCA AATCCCTTCG TCAGGCAGGG ATTCGCTTAA TAGCTGGTGA 480 GAGCTTGTTT GGAGTTGCTC TCAGACCAGT GTTAGAAGAT GTGAGACAGC TTATCTGCTC 540 AGTGCTGGTA TCCAGTCTTT TGGGATTGGG GATTCTCTGG TATCAAGGTG CCTTGTTTAT 600 GGCAACGGTG CAACTGGTCA TCATTGCTCT TCTACTTTAT GGATTGACCT TGGCAGGGAT 660 TTCTACCTTA CTAAGTGTCG TCTATCTACT TGGTTTACAG GAAAATAGTC TGGTGGATCT 720 ATTGAAAGGG AAACTCCCTC TCAAACGTAT GATGACATTG ATGATGGTGG GGCAACTCTT 780 AGCTGTATTG GTGGTCGGAT CGAGTGCGAC AGCTCTCCTA CCCCACTACC GTGAAATGCA 840 GGAAATGGAG AGAGCTAGCA ATAAATGGAG CCAGTCCTCA GACCGTTACC GTCTATCCTT 900 TGGTTGGTCT AGTGCATTTG CCGATGAAGA AGGAACGCGT AAGGATAATC GTGAGTGGCA 960 GACATTTACT GAAGAACGGT TAGCCAATAC AGACTCTTTT TATATTATGA GCAATGTTGA 1020 CAATTTCTCA GATGGAGCAG AAGTGGACCT AGATGGCAAT CGTCTCAGTG ACTACACACC 1080 GTCAGGGAAT GTTATCTATG TCTCACCGCG CTATCTGATA GAAGAAAAGA TTACCGTTTC 1140 TTCAGAGTTT ATGGACAAGA TGCAAAACTT GTCTGAGGGA GAGTTTGGGC TGATCTTGCC 1200 TGAGAGCTTG CGAGAGCAGT CTGTCTACTA CCAAGGATTG TTTACAGATT ACCTGCAAAA 1260 CTTTTCATCT GAAAGTGTAG AAGTGACGAG TCAGAAACAC TACCTCCCAC AGGTAAGGCT 1320 AGCTTTTACA GAAACAGGAC AGGAACGTTT CCTCTATAAT GATGGGTACA AGACAACACG 1380 CCAGTACCTA AAAGATCCGA TTATTGTAGT TCTAACGCCG CAAGCGACTG GAACAAGACC 1440 TGTTGCAGGG ATGTTGTGGG GAACTACGGC TAATAGTGCC TTGAAACTAG ATCGATATGG 1500 AGACAGCATC ACAGCTCTAA AAGAGAAAGG TCTGTATCAC AAGGTTTCTT ACTTGGTAAA 1560 AAGCCAGCTA TTTTTTGCCA AGGTACTAAA TGACAAACGG GTGGAGTTTT ACTCTCTCCT 1620 TATTGGGACG ATTTTGACCC TGTCTACGGC TATCTTGTTA TTTGATTCCA TGAATCTTCT 1680 CTATTTTGAG CAGTTCAGAC GGGAACTTAT GATTAAACGT CTTGCTGGTA TGACAATCTA 1740 TGAGCTTCAT GGCAAGTATT TACTGGCGCA AGGAGGAGTT CTCTTGCTTG GCCTAGTCCT 1800 ATCTAGTATT TTGACAAGAG ATGGTTTGAT TAGCGCTCTA GTTGTAGCTT TGTTTACGCT 1860 TAACGCCCTC TTGATTTTAG TAAGGCAGGA CAAAAAAGAA GAAGCTGGTA GCATGGCAGT 1920 ATTGAAAGGA AAATAAGATG ATTGATATTC AAGGATTGGA AAAGAAATTT AATGACCGCG 1980 CGATTTTCTC TGGTTTGAAT CTCAAGCTGG AGAAGGGCAA GGTTTATGCC TTAATCGGAA 2040 AGAGTGGAAG CGGAAAGACG ACGCTGCTGA ATATCTTGGG AAAGCTAGAA AAGATAGATG 2100 GTGGAAGGGT TCTCTATCAG GGGAAAGATT TAAAAACCAT TCCCACTCGT GAGTATTTTC 2160 GAGACCAGAT GGGCTATCTC TTTCAAAATT TCGGCCTCTT AGAAAACCAA TCAATCAAAG 2220 AAAATTTGGA TTTGGGTTTT GTTGGTCAGA AAATCTCAAA AGTAGAACGT TTGGAAAGGC 2280 AAGTGGGGGC TTTAGAAAAA GTTAATCTAG GGTATTTGGA TTTAGAACAA AAAATCTATA 2340 CTTTATCTGG GGGAGAGGCC CAACGAGTTG CCCTTGCTAA GACTATTTTG AAAAATCCAC 2400 CCTTGATTTT GGCAGATGAA CCAACAGCAG CTCTTGATCC TGAAAATTCA GAGGAGGTTA 2460 TGAATCTCTT GGTGGATTTG AAAGATGAAA ATCGAATTAT CATCATTGCG ACCCATAATC 2520 CCCTAGTCTG GAATAAGGCT GATGAAATCA TTGATATGAG GAAACTTGCT CATGTGTGAA 2580 AAAATCCGTA TTCGCAGGGT ATCTGATTAT CCTAGTGCCA GAGGTGGTTT AGAAGATATC 2640 CTCATCATGG AAAATATGAC CAATCATCTC CTTTTGGTTC AAATCCGAGT GCATGGCTAT 2700 TTGCTTGATT TTGCTAGTAT TGAAGGGCAA AGGCAAAAGC ATTATCGTTT GAAAAATTTA 2760 CCTCAGACGG TTGAACTGAC AGTGGATGAT GTGGAGGAGG ATGTGGATTT GACCCTACCT 2820 GAAAATCGAA GTTATCAAGA AGCTGATTTT TTTGAACGCA TGTTTCGAGA GAACTGCTAA 2880 GGCCACTTTT AAAGATTTCC AAGACTATCT TTCTTCATGA GGAAAGATAG TTTTTTGGTA 2940 TGATTTTCAT TCCCAAAATA CAAGGGGAAT GTGTTACAAT AGTAGTAACA GATAATAGAA 3000 AAGAGAATAG ATGAGAATTG CAGATTATAG CGTGACCAAG GCAGTGCTGG AGCGTCACGG 3060 TTTTACCTTT AAAAAGTCCT TTGGGCAAAA TTTTTTGACG GATACCAATA TCCTTCAAAA 3120 AATTGTGGAT ACGGCTGAAA TTGATGATCA GGTCAATGTC ATCGAAATCG GGCCAGGTAT 3180 TGGTGCCTTG ACAGAATTTT TGGCTGAGCG TGCAGCCCAA GTCATGGCTT TTGAGATTGA 3240 CCACCGTTTG GTGCCAATTT TGGCAGATAC CCTGCGTGAT TTTGATAATG TGACCGTAGT 3300 TAACGAAGAT ATTCTCAAGG TTGATTTGGC GCAACATATC CAGAATTTTA AAAATCCTGA 3360 CCTGCCAATC AAGGTAGTGG CTAATTTGCC TTACTACATC ACGACGCCTA TTCTCATGCA 3420 CTTGATTGAG AGTGGCATTC CTTTTTGTGA GTTTGTGGTC ATGATGCAGA AAGAAGTAGC 3480 GGACCGCATT TCAGCCCAGC CTAACACCAA GGCTTACGGT AGCTTGTCTA TCGCCGTGCA 3540 GTATTACATG ACAGCCAAGG TTGCCTTTAT CGTGCCTCGT ACGGTCTTTG TGCCAGCGCC 3600 AAATGTGGAT TCAGCCATCT TGAAAATGGT GCGTCGTCCA GAGCCAGCCG TAGCAGTAGA 3660 AGATGAGAAC TTTTTCTTTA AGGTTTCCAA GGCTAGTTTT ACCCATCGCC GCAAGACCTT 3720 GTGGAATAAC TTGACAGGTT ACTTTGGTAA GACTGAAGAG GTCAAGGACA AGCTGACCAA 3780 GGCTTTGGAC CAGGCAGGCT TGTCACCAAG TGTGCGTGGG GAAGCTCTCA GCTTGGCAGA 3840 ATTTGCCGGT CTAGCAGACG CACTTAAAGG GCAAGGACTC TAAGATGCAG GGACAAATCA 3900 TTAAAGCCTT GGCAGGTTTC TACTATGTGG AGAGTGATGG CCAGGTTTAT CAAACACGCG 3960 CGCGTGGGAA TTTCCGTAAA AAAGGCCATA CCCCTTATGT TGGGGACTGG GTAGATTTCT 4020 CTGCCGAGGA AAATTCAGAA GGCTATATCC TCAAAATTCA CGAACGGAAA AACAGTCTGG 4080 TTCGTCCGCC TATTGTCAAT ATCGATCAAG CTGTAGTAAT CATGTCCGTC AAGGAACCTG 4140 ATTTTAACAG CAATTTGCTG GATCGTTTCT TGGTTCTTTT GGAGCACAAG GGCATCCATC 4200 CCATTGTCTA TATTTCCAAA ATGGATTTGT TGGAAGATAG GGGAGAACTG GATTTTTACC 4260 AGCAGACCTA TGGTGACATC GGCTATGACT TTGTGACCAG TAAAGAGGAA CTCCTGTCTT 4320 TGTTAACAGG CAAGGTTACG GTCTTTATGG GGCAGACAGG TGTTGGGAAG TCAACTCTTC 4380 TCAATAAAAT CGCACCAGAC CTCAATCTTG AAACGGGAGA AATTTCAGAC AGTCTAGGTC 4440 GCGGTCGCCA TACCACTCGA GCTGTTAGTT TTTACAATCT CAACGGGGGT AAAATCGCAG 4500 ATACACCAGG ATTTTCATCC TTGGACTATG AAGTATCAAG GGCTGAAGAC CTCAATCAGG 4560 CTTTCCCAGA GATTGCTACT GTTAGCCGAG ATTGTAAGTT CCGTACTTGT ACCCATACCC 4620 ATGAGCCGTC TTGTGCCGTC AAACCAGCTG TTGAAGAGGG TGTTATTGCA ACCTTCCGTT 4680 TTGACAATTA CCTGCAATTC CTTAGTGAAA TTGAAAATCG TAGAGAAACC TATAAAAAAG 4740 TCAGCAAAAA AATTCCAAAA TAAGGAGAAA CCTATGTCTC AATACAAGAT TGCTCCGTCA 4800 ATTCTGGCAG CAGATTATGC CAACTTTGAA CGTGAAATCA AACGTCTAGA AGCAACTGGG 4860 GCAGAATATG CCCATATCGA TATCATGGAC AGTCATTTTG TACCGCAAAT CAGTTTTGGT 4920 GCAGGTGTGG TCGAGAGCCT TCGTCCTCAT AGTAAGATGG TTTTCGATTG CCACTTGATG 4980 GTGTCAAACC CTGAGCATCA TCTGGAAGAT TTTGCGCGTG CAGGTGCAGA CATCATCAGT 5040 ATCCATGTAG AAGCAACGCC TCATATTCAT GGCGCCCTCC AAAAAATTCG TTCACTCGGA 5100 GTTAAGCCTT CAGTCGTTAT CAATCCTGGC ACATCAGTTG AAGCCATCAA GCACGTCCTT 5160 CATCTAGTTG ACCAAGTTTT AGTCATGACG GTTAATCCAG GTTTTGGTGG GCAAGCCTTT 5220 CTGCCAGAAA CCATGGATAA GGTCCGTGAG TTGGTTGCTC TTCGTGAGGA AAAAGGTTTG 5280 AACTTTGAAA TCGAAGTGGA TGGTGGGATT GATGACCAAA CTATTGCTCA AGCCAAAGAA 5340 GCCGGTGCGA CTGTTTTTGT AGCAGGTTCC TATGTCTTTA AGGGAGAAGT CAATGAGCGA 5400 GTACAAACTC TCAGAAAACA ACTGGACTAG GGTTGCAGTT TTTGCAGGCG GAAACCGCGG 5460 TCATTATCGG ACAGATTTTG ATGCTTTTGT TGGGGTGGAT CGAGGCTCGC TCTGGGTCTT 5520 GGAAGAAGAC TTACCTCTTG CTCTAGCAGT CGGAGATTTT GATTCTGTGA CGGAAGAAGA 5580 GCGACAGGTG ATTCAAAAAG GTGCCCAGTA TTTTGTCCAA GCACGACCAG AAAAGGATGA 5640 TACAGATCTG GAATTGGCTC TCTTAACCAT CTTTGAACAA AATCCTCAGG CTCAGGTCAC 5700 TATTTTCGGT GCCTTGGGTG GCCGTATTGA CCATATGTTG GCCAATGTCT TTCTGCCTAG 5760 CAATCCTAAG TTGGCACCCT ATATGCATCA AATAGAAATT GAGGATGGGC AAAACTTGAT 5820 TACTTATTGT CCAGAAGGAA TCAGTCAGCT AGAACCTCGT TCAGACTACG ACTATCTAGC 5880 CTTTATGCCA GTTCGGGATA GCCAGCTGAC TATTCTTGGA GCCAAGTATG AGTTGACAGA 5940 GGAAAATTTT TTCTTTAAAA AAGTGTACGC TTCTAACGAA TATATAGATA GGGAAGTGTC 6000 GGTAACTTGC CCAGATGGTT ATGTGGTCGT ACTGCATAGC AAGGACAGGA GGTAGGATGG 6060 AAAGTTTACT TATTCTATTA TTAATTGCCA ATCTAGCTGG TCTCTTTCTG ATTTGGCAAA 6120 GGCAGGATAG GCAGGAGAAA CACTTAAGTA AGAGCTTGGA GGATCAGGCA GATCATTTGT 6180 CAGACCAGTT GGATTACCGC TTTGACCAAG CCAGACAAGC CAGCCAGTTA GACCAAAAAG 6240 ATTTGGAAGT GGTTGTCAGC GACCGTTTGC AAGAAGTGCG GATTGAATTG CACCAAGGTC 6300 TGACCCAAGT CCGTCAAGAA ATGACAGATA ATCTCCTCCA AACTAGAGAC AAGACAGACC 6360 AACGTCTCCA AGCCTTGCAG GAATCAAATG AGCAACGTTT GGAACAAATG CGCCAGACGG 6420 TCGAGGAAAA ACTAGAAAAG ACCTTGCAGA CACGCTTACA GGCTTCCTTT GAGACAGTTT 6480 CTAAACAACT GGAGTCTGTC AATCGTGGCC TTGGAGAAAT GCAGACAGTT GCCCGTGATG 6540 TCGGAGCTCT TAACAAGGTT CTCTCTGGAA CCAAGACGCG AGGGATTCTG GGAGAATTGC 6600 AACTGGGGCA AATTATTGAA GACATCATGA CACCTGCCCA GTACGAACGA GAATACGCAA 6660 CGGTTGAAAA CTCTAGTGAA CGAGTGGAGT ATGCCATCAA GTTACCCGGA CAAGGCGACC 6720 AAGAATACGT CTATCTGCCA ATTGACTCTA AGTTTCCACT GGCAGATTAT TACCGCTTC. G6780 AAGAAGCCTA TGAGACAGGT GACAAGGATG AGATTGAACG CTGTCGTAAG TCACTCCTAG 6840 CAAGCGTCAA GCGCTTTGCT AGGGATATTA GGAACAAGTA CATAGCACCA CCTCGGACGA 6900 CCAATTTTGG AGTTTTGTTT GTTCCGACAG AAGGTCTCTA CTCAGAAATC GTCCGCAATC 6960 CGGTCTTCTT TGATGATTTG AGACGGGAAG AACAGATTAT TGTTGCAGGA CCAAGTACCC 7020 TATCAGCCCT TCTTAACTCC CTATCAGTTG GTTTCAAGAC CCTTAATATC CAAAAGAGTG 7080 CCGACCATAT CAGCAAGACT CTTGCCAGTG TCAAGACCGA GTTTGGCAAG TTTGGTGGTA 7140 TTCTGGTCAA GGCACAAAAA CATCTCCAAC ATGCCTCTGG CAATATTGAT GAATTATTAA 7200 ACCGTCGTAC CATAGCTATC GAGCGGACGC TCCGTCACAT TGAGTTGTCA GAAGGTGAGC 7260 CTGCGCTTGA TCTACTCCAT TTTCAAGAAA ATGAGGAAGA ATATGAAGAT TAGTCACATG 7320 AAAAAAGATG AGTTATTTGA AGGCTTTTAC CTAATCAAAT CAGCTGACCT GAGGCAAACT 7380 CGAGCTGGGA AAAACTACCT AGCCTTTACC TTCCAAGATG ATAGTGGCGA GATTGATGGG 7440 AAGCTCTGGG ATGCCCAACC TCATAACATT GAGGCCTTTA CCGCAGGTAA GGTTGTCCAC 7500 ATGAAAGGAC GCCGAGAAGT TTATAACAAT ACCCCTCAAG TCAATCAAAT TACTCTCCGC 7560 CTGCCTCAAG CTGGTGAACC CAATGACCCA GCTGATTTCA AGGTCAAGTC ACCAGTTGAT 7620 GTCAAGGAAA TTCGTGACTA CATGTCGCAA ATGATTTTCA AAATTGAAAA TCCTGTCTGG 7680 CAACGGATTG TCCGAAATCT CTACACCAAG TATGATAAGG AATTCTACTC CTATCCAGCT 7740 GCCAAGACCA ACCACCATGC CTTTGAAACG GGCTTGGCCT ATCATACGGC GACCATGGTG 7800 CGTTTGGCAG ACGCTATTAG CGAAGTTTAT CCTCAGCTCA ATAAGAGCCT GCTCTATGCG 7860 GGGATTATGT TGCATGACTT AGCTAAGGTC ATCGAGTTGA CGGGGCCAGA CCAGACAGAG 7920 TACACAGTGC GAGGTAATCT TCTTGGACAT ATCGCTCTCA TTGATAGCGA AATTACCAAG 7980 ACAGTTATGG AACTCGGCAT CGATGATACC AAGGAAGAAG TCGTTTTGCT TCGTCATGTC 8040 ATCCTCAGTC ACCACGGCTT GCTTGAGTAT GGAAGCCCAG TCCGTCCACG CATTATGGAA 8100 GCAGAGATTA TCCATATGAT TGACAATCTG GATGCAAGCA TGATGATGAT GTCAACAGCT 8160 CTTGCTTTGG TGGATAAAGG AGAGATGACC AATAAAATCT TCGCTATGGA TAATCGTTCC 8220 TTCTATAAAC CAGATTTAGA TTAATAATTT AAGAAAAATG AGCATTTTTT AGGATAAGAA 8280 TGTTCGTTTT TTTATGTGAA TATGGTATAA TAAGTAAAAG ACAAAAATGA ATACTCTTCG 8340 AAAATCTCTT CAAACTAGGG TAGTATCGCC TTGTCGTATG TATATATGCA GGTATATTAC 8400 AGGGTTTGTC AGTTCTATTG ACAATCTCAA AACAGTGTTT TGAACCACCA GCGACCAGCT 8460 TTCTAGTTTG CTTTTTGATT TTTTGAATAA AAATGGAATA GGAAATAGAA ATGAAATTAA 8520 GAAGAAGTGA TCGGATGGTT GTCATTTCCA ACTATTTGAT TAATAATCCT TATAAACTAA 8580 CTAGTCTCAA TACTTTTGCT GAAAAGTATG AGTCTGCTAA ATCATCCATC TCAGAAGATA 8640 TCGTCATTAT CAAACGCGCC TTTGAGGAAA TTGAAATCGG TCATATCCAG ACAGTGACTG 8700 GGGCTGGCGG AGGTGTCATC TTCACACCGT CTATTTCGAG TCAGGATGCT AAGGAAATGG 8760 TTGAAGACTT GCGTACCAAG TTGTCAGAAA GTGACCGTAT CTTGCCAGGT GGTTATATCT 8820 ATCTGTCTGA TTTGCTTAGC ACACCAGCCA TCTTGAAAAA TATTGGTCGT ATTATTGCCA 8880 AAAGCTTTAT GGACCAAAAA ATTGACGCGG TTATGACCGT AGCAACTAAG GGTGTGCCAC 8940 TTGCAAATGC AGTTGCCAAT GTCCTCAATG TCTCTTTTGT CATTGTGCGC CGTGACCTGA 9000 AAATTACCGA AGGTTCAACT GTTAGCGTCA ACTATGTTTC AGGTTCAAGT GGTGACCGTA 9060 TCGAGAAAAT GTTCCTTTCA AAACGTAGTC TTAAGGCAGG CAGCCGTGTC TTGATTGTGG 9120 ATGACTTCTT GAAAGGTGGC GGAACGGTCA ATGGTATGAT TAGTCTCTTG CGCGAGTTCG 9180 ACTCAGAACT GGCAGGTGTA GCGGTCTTTG CGGACAATGC CCAAGAAGAA CGTGAAAAGC 9240 AGTTTGACTA CAAGTCACTC TTGAAGGTAA CCAATATTGA TGTCAAGAAC CAAGCCATCG 9300 ATGTTGAGGT TGGCAATATC TTTGACGAAG ATAAATAAGA GATAGAACTA AAGGTTGGAA 9360 CGATTGTCCC AGCCTTTCTT TGCAAACAGA ATAGAAGGAA GCTTATGAAA ACACCATTTA 9420 TCAATAGAGA AGAGTTAGAA GCGATTGTTG CCGAGTTCCC GACTCCCTTT CACTTGTATG 9480 ATGAGAAGGG GATTCGTGAG AAGGCAAGAG CCGTCAACCA AGCTTTTTCG TGGAACAAGG 9540 GCTTTAAGGA ATATTTTGCA GTTAAGGCTA CTCCAACTCC AGCTATTTTG AAAATTCTCC 9600 AAGAAGAAGG TTGTGGTGTG GACTGCTCTA GTTATGTAGA GCTTTTGATG AGCCATAAAC 9660 TGGACTTTCT GGGTTCTGAG ATTATGTTCT CTTCCAACAA CACGCCAGAC AAGGAATACG 9720 CCTATGCACG TGAATTGGGT GCGACCATTA ACTTGGATGC CTTTGAAGAT ATTGAACATC 9780 TGGAGAGAGT AGCAGGCATT CCAGAAATCA TCTCTTGTCG TTATAATCCT GGAGGCGTTT 9840 TTGAACTGGG GACAGACATT ATGGACAATC CTGGGGAGGC TAAGTTTGGC ATGACCAAGG 9900 ACCAGCTCTT TGAAGCCTTT GCTATCTTGA AGGAAAAAGG AGCCAAGACT TTTGGGATTC 9960 ACTCCTTCCT AGCGTCCAAT ACCGTGACCC ATCTCTATTA TCCAGAGTTG GCTCGTCAGC 10020 TCTTTGAACT GGCTGTTGAA ATCAAGGAAA AGTTGGGCAT TTCGCTAGAC TTTATCAATC 10080 TTTCTGGCGG TATTGGTGTT AATTATCATC CAGACCAGGA GCCGAACGAT ATCGCCTTGA 10140 TTGGTGAGGG AGTTCGTAAG GTGTATGAAG AGGTTCTTAC GTCAGCAGGT CTTGGTCAGG 10200 TCAAGATTTT CACCGAATTG GGTCGTTTTA TGCTGGCACC TCACGGTGCT CTAGTCACAA 10260 GAGTCACTCA TAAGAAGGAA ACCTACCGTA CCTATCTAGG TGTGGATGCC TCAGCAGTCA 10320 ACCTCATGCG TCCAGCTATG TACGGAGCTT ACCATCATAT TAGCAACGTG ACCCATCCAG 10380 ATGGACCAGC TGAAGTGGTA GATGTGGTCG GTTCACTCTG TGAAAACAAT GATAAATTTG 10440 CAGTTAATCG CGAACTGCCT CATACAGAAA TCGGTGATTT GCTGGTCATT CATGATACAG 10500 GTGCCCACGG ATTTTCAATG GGCTACCAGT ATAATGCCAA ATTACGTTCT GCGGAAATCC 10560 TCTATACCGA AGAAGGTAAA GCCCGTCAAA TCCGCCGTGC AGAGCGCCCT GAGGACTATT 10620 TTGCAACCTT ATATGGCTTC GATTTTGAAG AATAATCTGA TAATAGATTG AAAATGAAAT 10680 TGAAAAACAG ATTGCTTTCT AAAAAATAGG CAAAAATCTT GTTTTTCCTT CAAGTCGTGA 10740 TATAATAAAA CTATAAAACG TTTTCAAGGA AGGTAACGAT ATGTCTGAAG AAACAATTGA 10800 TTATGGACAA GTGACAGGAA TGGTGCATTC GACAGAAAGC TTTGGGTCAG TAGATGGGCC 10860 TGGTATTCGC TTTATTGTCT TTTTGCAGGG CTGTCACATG CGTTGCCAGT ATTGCCACAA 10920 CCCAGACACT TGGGCTATGG AGTCCAATAA GTCACGTGAA CGGACGGTAG ATGATGTCTT 10980 GACAGAGGCC TTGCGCTACC GTGGTTTCTG GGGAAATAAG GGTGGGATTA CAGTCAGTGG 11040 AGGAGAAGCT CTCTTGCAGA TTGATTTCCT GATTGCTCTC TTCACCAAGG CTAAGGAACA 11100 AGGAATCCAC TGTACCTTGG ACACCTGTGC TCTTCCTTTC CGTAATAAAC CACGTTACCT 11160 TGAGAAGTTT GACAAACTCA TGGCTGTCAC TGACTTGGTT CTTTTGGATA TCAAGGAAAT 11220 CAACGAAGAA CAGCACAAGA TTGTCACTAG CCAAACCAAT AAAAATATCT TGGCTTGTGC 11280 CCAGTATCTA TCAGATATTG GAAAACCTGT CTGGATTCGC CACGTGCTAG TTCCAGGATT 11340 GACAGACAGA GATGATGACT TGATTGAACT TGGTAAGTTC GTCAAGACCC TCAAAAATGT 11400 TGATAAGTTT GAAATTCTAC CTTATCACAC CATGGGTGAG TTCAAGTGGC GTGAACTTGG 11460 AATTCCATAT TCCCTCGAAG GAGTCAAACC ACCAACAGCA GATCGCGTCA AGAACGCTAA 11520 ACAACTCATG GATACCGAAA GTTATCAAGA TTATATGAAA CGTGTACATG GATAGAAAAG 11580 AAGCCTGATG GAAACATCGG GCTTTTGACT TGCAAAAAGA CTTAGCAAAT CAGCTAAGCC 11640 TTTTTCTTCT TATCTCGAAC GTTGTTTTCC AGCGTTGCGA TTTTTGTGTT TTTTCTTGCT 11700 TGTGATAGCA GTTGGTTGTT CAGGGGTAAC GTCTTTTCGT CCACTTGGTT TAGAGAAAGC 11760 ACTTGCTTTT GGTGGGTTCT TGGCTAGTTC TTCACGGACT TTTTTGCGAA GTTTTGGACG 11820 AACGATATAG TTGACGATAA ACTGTTGGAG AATCATCATG AAACCACCGA CAACCCAGTA 11880 AAGTGTGACA CTAGCTGGTG AGAAGAGGGA GAAGACGACG ATCATGAGTG GGCTCATGTA 11940 AATCATTTTC TTGATTTGTT CTCTTTGCAT TTCATCTTCT ACTCCGTGAA GTGAAAGGAG 12000 CGATTGAAGA TAGTAAAGGA CACCAGCACA GGCAACCAAA ATCATACTTG GAGAACCTAG 12060 AGGAATGCCT AGGTAGCTTG CTTGAGCAAC CCCTTCAGTA TGTTGGGCAG CAAAGTAGAT 12120 AGCAGAGAAG AAAGGCATTT GAAGGAGGAT AGGGAAACAT CCTACACCGC CAAACATGCT 12180 GATACCGTGC TCTTTTTGAG CAGCAAAGAG AGCTTGTTGG GCTTCGAGTT TTTCTTCTTG 12240 AGTAGTCGCT TCTTTGAGAC GCGTTTGGTG TGGCTCAAGG ACGTGCTTGA GGGCGTTCAT 12300 CTTTTCAGAG TGAAGCGTTG CCTTCCATGA TTGGTAGATA CCAAGTGGTA AGATAATCAA 12360 GCGTACGATA ATGGTTACGA TAATGATAGC GACACCAAAG CCTAGACCTT TATCAGTAGC 12420 GAAGTACTTG ATGGCTTCAG CCATAGGCGC TCCGATCGTA TTCCAAATAA ATCCTGTTGG 12480 CTGACCTGTG GTTTTATCGA CATTGACACA GCCAGTCAAG ACAAGCAACA TAGCCACTCC 12540 CATAGCCGAG AGTGCAAAAT CGGGGT 12566 (2) INFORMATION FOR SEQ ID NO : 150 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5238 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 150 : TGACACTCTG TAGGATTGTC GTTAATTGAT TGCTCGTACT CTCTACAATA ACCACCAAAG 60 TAAAAACGAC ATAGAAAGAT AGCATCAGCT GTAGCCATAG CGCCTTTGAC ACCTTCTGGA 120 TGATTATGAG TTACCTCTGC AGAAAGACTC GTAAGTCCTC TAGATGATGG CCATATACCA 180 GTTTTCGCAT AAAAACCACA GTCCATGATC CAAGCACATG GAGAAATACG CATAGCTGAT 240 CCATTCCCAA AGCTATTATA AGGCTCACGG TTATCGCTGT TTAGCCATGC ATTAAACCGA 300 GCACCGTAAT CAGCATTCGG ATACATTCTG CCATATTTCT TCATCGCGTC AATGAAGTCA 360 TCTTTTTGTC CACCATTCAT AATTGCTTCT GCAACAGCAC AGGTCATAAC CGTGTCATCT 420 GTAAAAAAGC AGTCCTTCCG AAATAAAGGA AAGTCCTTTG TTTTGATATT GTTCCATTCG 480 TAAACAGAAC CGACAATATC TCCAATAATT GCTCCAAGCA TCAGATTCCT CCTTGTTCAT 540 TTTGATGCTT TTTATATTGG TTATCTACCA TATTTATTTT AGAAAATAAC ATCCTGTTGG 600 ATTTTAAAAA TTTCATTTTT TTCAAAATAG GGTTTTACCA TTTCTTTCCA CCTAGCTCTA 660 TGAAAATTGA TTGATTTTAA AGGAGATAGG CCATAATTTC CCAATGCATA ACCATCATTT 720 ACTTCAACAA CAAGTGTTCT GCCATCGCGA GTAACACCGA TATCTAGTCC ATAAGCTATT 780 GGCGCATCTT TCCAACATGA TATCGCTTCA TCAATTACAC TTGCATCAAA TTGTGCATGA 840 TAATCACCTG TATAGGGTCG AACATCTAAT ACGCGACCAT CTAACACAAA ACAACGCCAT 900 TCAGCTATGA ATTCTACAAC CTCACTAATC CATATAGGAT AGTCGAAAGG TAGACCAATA 960 CCTATTAAAT CATGGGTTCC ATTAACAACT CTTCCAGTAA AGACTTTTGA ACCAGCTTTA 1020 GGCTTAATAA ATTTTCCCCA ATTATCAGGT ATATTCACAA TCTCTCCTAA AATACCAGCA 1080 TAAATCTTTC GACCATAAAA CTCTTTAAGC TCAATAGGAT AGTCATGAAC CGGAACGTTT 1140 AAGCCCATCA TTTTTAGTAA TGCTCTAGTC TCCATTATAT AATCTACAAC TATATCTTCA 1200 CTTGTTAACT CTTTTATTTC AGAAAAAGAT TGATATAAAA TAACTTCTTC TCCTTGTAAG 1260 TAGGCACCTA CTTGAGCATT GTATTTATTA ATTGAAACCT CACTTGGTAA TTTACTTTGT 1320 CTAATATAAA CAACCATTTC ATCACTCCTA TATCACTAGT GTTACACCAA TTTGTAAAAA 1380 ATAATAGCAA TTTTGCTCTT ATTTTTTTGA GTAAATAGCC CCCATAATAT CATCGAAATA 1440 ATCAACGGTA TTTAGGAGTA ATTCAATAAC CTGGGACTTT GTTAGTCGCA TTCCCCTTCT 1500 ATCTCTAGCA TCTTCTACTA AATTTTCAAG TTTCTCTAGA TTTTTATCAT CCAAGCTAAT 1560 CATTATTCTA TTTTTATCGG TTGCCATTTT CATCACCTCA AGTTAATTCT ATCACAGGTG 1620 TAACACTAGT GTCAACTGGC TTTTATAATA CATTAGTTTA AAAGTGGAGA GGATTTTTAA 1680 CACAGTAACT TTAAATCTTT GGTATTAAAA AATTTTCACA ATATTTATAG AAATAAAATC 1740 TGTCTCAAAT CAGTTATCAA ATCTAGTATA AATTATGAGC GGCTACTCTA ATACTTTCCC 1800 TCTAAACAAG AAAAAGACTT ACACTCAAGG GTTTTCTTCC CCCCCTTCGT TATAACGTTT 1860 TGACTCTTTT ACTAGCAAAG GTATATACTC ACAAGGAACT TTGGTTGACT ATTGAATCTC 1920 TCCAACTTCT TCTTTAACAT ATCCTTCTAC ATCTTCAATC TCTACAAACA TTGGGTCTAA 1980 GTGACACAAG AAATGCCAAA CTTCGATCCC TTTTTTTCTG TAAAGAATCG CTTCACCGTC 2040 TTCACTTCCG AAAAAGCTTC TGTCGATTTC ATATCCGCGG CTTTCTAAGA AGTCTTTTGC 2100 TTTACGATAG TTCGTTTCTC TTGTTTCGAC ATAGGCTTTA ACTTCATGGT TGTTAACGAC 2160 ATATGCATCA ATTTTTGAAT ATCCTTCGAT CACTCTATCA TTTTTGAGGG ATAAATTTGA 2220 AATCTCTTTC CAAATAATGT TTACATTTTC CTCAGGATCG AACATAAATT TAGATAAAGG 2280 AACAATATTT CCGTTAAAAA TAATTTCCAT ATAATCCGGT ATGTTTTTAG GATTAAAATA 2340 CTCCACTTCA AAACCATCTT CTGTTTCCAG AGTGTATCCC GGGATTTGAG CTACAAAGGC 2400 TTTCCCATCT TCTATGGAAT CAAATGCTAC TAAATCTTTA GAATAATCAT TTTGGTACAA 2460 TTCCAATATA ACCATCGATA ATCTCTCCAT TTTCATTATC AGGCTAATGT AAATAAGCAC 2520 GTCACCTGAC CAATTCAGGC TCTCTGTATC ATCTCATCAT ATTTCCTACT TACTTTACGA 2580 GTCTTATACC CAGAACACAC CTTATCGACC TTCGGTCTCA CCTCGTCGCA TTGGCTGAAC 2640 ATCTACTTTT ACTTTGCTGA TGCTTCAACT CGTACAAGCA GTGATACCGC CTCAGCGTGA 2700 TGCGTCAGTG GGACTCAAAA GGTTCGGGGA ACCTTTTGAG GATTAACTAC GTTTCTCTAA 2760 TAAACTTACA CATTCAACTT GTTCATCATT GTCCAAACCT ATGTTGAGAT TTTCTTCTAT 2820 AATTGGTAGC TTAAAAGTAA TGGATTTTAG CCATTGTCCG TTAGATTGTT TTTCTTCATA 2880 AACTTGAATT TCAGAAATCA AAGCTGAAAT TAACTGCCTA CGCTCTACAT CATTCATGAC 2940 TTTATAGAGC TTATCAAAAT AGATCAGAAC CTTATATATG TTATCTCCTG TAAGCTTTTC 3000 AGCTTCAATA GTCTGTTTCT TTGCTTTCGC ATCAATTAGT GATGATTCTA ATTCATCTAG 3060 TTTGTCATAC ATACGATATA GTCTATCATC TAAATCCTGT TTCCTTCTCT TATAATGCTT 3120 ATCTTCAACA TCTAAATTAT CTATTTCCTC AATTAGCTTA AACTTTGTAG AATGACTCTT 3180 TCTCAATTCC TTTTGGTAAT TATCTATTTC TTTTTCTATT TCAGAGGTAT CCACCTTCAT 3240 GTTGATTTTT TCTTGCATCA TAGAAGCAAA TTTCGGATTA CTTACTATCT TGACAATCAC 3300 CTCTGCAACA GCATCATCTA ACAATTCTTC TCTAATTTGC TTACTGAATG TACACTTATT 3360 ACCTCTTATC ATCTGCCTAT GGTTACAACC ATAGTAATAA AAATCTTTAT ACTTTGTGCC 3420 ATCTTTCTTT TTCTTGATAC ACTTGTTCCC AAACATTCCC ACTCCACATA TCGGGCATTT 3480 TACAATTCCA GAAAGCAAGT GTGTGCGTGT ATCTTTTCCT TTATTCACAT GCTCATATTT 3540 CTTTGCTTGA GATTTTAGCT TAACCTGAGC AGCTTGCCAA ACTTCATCGG AAACTATAGC 3600 TTCATGTATC CCTTCAGATA TTAGATATTC ATCTTGTTCA ACCTGCTTAT ATTCATTTCT 3660 TGTACCATGA ACTTTTTCTA AAGTTCTTCT TCCAAATGCT ATTTTCCCAT TATATACAGG 3720 ATTCTTTAAT ATCTTTCTTA TAAGACCTGC ATCAAACAAA GGATTCTTAC CATTCTGTCT 3780 TGGGATTTTT CTAATTCCAT GATTCTCTAA GTATTTAGAT ATCCCATTGG CTCCTATCGT 3840 AGTATTTACA TACTGGTCGA AAATCGTTCT TATTGCAACT GCCTCTTCCT CATTTATAAA 3900 CAGCTTGCCG TCTTCAAGTT TATATCCATA CGGAGCAAAG CCACCATTCC ATTTTCCTTC 3960 CCCTGCTTTT TGAATGCGAC CTTCCATTGT TTGAATACTG ATGTTTTCTC TTTCTATTTC 4020 AGCCACAGCT GATAAAACAG AAATCATTAG TTTCCCAGCA TCTTTAGATG AATCAATGCC 4080 ATCTTCAACG CAGATAAGAT TAACTCCATA ATCCTGCATT ATATGAAGTG TAGAAAGAAC 4140 ATCAGCGGCA TTTCTTGCAA ATCTTGATAA CTTAAACACA AGAACAAAAG ATACTCCATC 4200 TTTTCCAGAT TTTATATCTT CCATCATTCG ATTGAACTGT ATTCTACCTT CAATAGACTT 4260 GTCAGACTTC CCGGCATCTT CATACTCTCC AACAATTTCA TAATCGTTGT AAATAGCAAA 4320 AGCTTTCATT CGTGATTTTT GTGCCTCTAA CGAATACCCC TCTATCTGTA TTGACGTAGA 4380 TACTCGTGTA TAGAGGTATA CTTTTATTTT TTCTTTTGAC ATAGTATTAA CCTCAATATA 4440 ATTTTTCTAT ATCATATATA ATTTTTTTAA TTTAAGTTTG GACTATCATT TCAAGTATAT 4500 TATAACACTT TTATTAGTCC GTCTCAATTT GTGTTTTTGC CATGTCAAAA CTATTTTTCA 4560 TCTCTTGATT TTTTGCTGGC GTTGGATCGG GTAGATTATC TAAATCTAAA GCACCAGCAT 4620 ATTTTGCAAT CAGATTTGCT ATTAAATCAG CCAATCCATT CCAGTCATTG TCCAATATAT 4680 ACCTCCTCTA AAGTTTTATA TCTAATAATT ATTTGTTTAA TTAAGTTTTT TGACATTGAC 4740 AAGTGCTTTG GATTAGCAAC ATAGGAATCT CACTTCCGCC TCTATTCCGG ATGAGCCGGC 4800 TTCAACCTTA GAAGTATCAT TACCCTCATT TTCTTCATAG CGGATAGGGT ATCCCTCCCT 4860 ATATTCAAAC TCTTACTTAT CGCTCACTTT CTTTTTGCTT AGCAGAACTT TTTTTGCCGA 4920 ATTATTCAGC CGAAAGATCT TGACGGATAG GTTATTACGC TCCAAAAATA ATTAACGTCT 4980 TGTCTTGGTC TATTCAATTG TTAAGGTTCA AAATTTATCG AGAGTTATTA ATCTTTTTAA 5040 AATTTGACCA TCAGAAAATA TTTATCTTGA TGTAACAAAA TTCTATAAAT TACCCTCTTA 5100 TACTTAACAG TGAAAAGAAG TCTTTCTTGG TAACCAATTT TGAAATAGAA TTTGCTTATA 5160 TAAAAAGGTC CAATTCCCAC TGCATAAATA GCAGTGAAAA TTAGACCCTC TTGGTAACTG 5220 TCATCTAAAA GTCTTCTA 5238 (2) INFORMATION FOR SEQ ID NO : 151 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 13425 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 151 : GACGATTTAC GAAGAATCGA ACAAGAACCT GCTCCTATCA ATTCCCAACC TCTATCTCTA 60 AAATCTTGCA GTTCATGCTT ATACTTTTTT AAGAAATCTA GAATCATAGA TACGGTAGAT 120 GACATCGTCT GGTTGACATT GGTCAAAATA GAACAAACCA AAACGACTCG TTCTATACCT 180 CCAACCTTTC AAATGCATCT CATGTAAATG TTCTTCTTCC TTGTCCAAAT CAACAATGGT 240 GAAAATCCGA AATTCTACTC TGCTATTCAT TGTCTTACCC CAAAATTAGA AAACATGCCT 300 GGCGTTATTT ATTAGATAAT TCTTTCCACT TTTGACTCAA TCTCCAAAAA ATATAAGAAA 360 TCTGAATCGC AAAAACTATC AATAAAACCC AATCTATTAT GAAAATCAAA AACACTTTCC 420 AACTGAAAGA ACTACCTCCA GTGACAAACT TTGAGAAAAA CGGTAGTAGA GCTAAAAAGA 480 GAAATAAAAT AGGAAGCATC CGCATTGTTA AAATCCGTTT GGCATAAAAA AATCTTTATT 540 TAAACGAAAA TATTATGGCA AAATTTACGC CAGTTTTTGA ACGGCTGATG TAGATATTTT 600 ATACTTTCAA AATGTTTAAA TGTGATTATT TATTTTTGAA AAATAGATCA CCAGCCCGAC 660 TGAAAGTGCT TATAGAATGA TAATAAGTCG CCTGCCGAAA ACAGCGAAAA ATAGCGGTGT 720 TATGCGGAGA TAATCTGACG CGATGCGAAA GTATATTGCA TACTTATTTT CAACAATTTA 780 GCAGAGTATT TTTATAAGTG TGATATAATA GAAGTATAAT TTGTTCTGAT AGTTTATTTT 840 ATGGAGAAGT AGATTTTTAG AATGCGGAGG GTTCAATATG GTTGAGTTTA TAAAGTCTAA 900 GAAAGAAATG AGTGAGGAGG ATATTAAAGC AAATTTCATC ACTCCTGCTA TTGTATCCAA 960 AGGATGGAAA AATGGTGAGC ATATCGCTTA CGAAGAATAC TTCACTGATG GTCGAATTGA 1020 AGTTAGAGGA GATAAGGCTC GTCGTAAAGA AGGAAAAAAA TCAGACTATT CACTGTATTA 1080 CCAATTTGGA ACTCGAATTG CAATTGTTGA GGCAAAGGAT AATAAACACA GCGTTCGAGC 1140 AGGATTACAA CAAGCTATTG AATATGGAGA GATTTTAGAT GTTCCATTTG TTTATTCTTC 1200 GAATGGTGAT GGCTTTATTG AACACGACCG TATCACGAGA GAAGAACGTG AGCTGGAGTT 1260 AGACGAATTC CCTACTCGTG AAGAATTATT TTCTCGTATG ACGAAGGAAA AAGGATTGAC 1320 GTACGAAATT ACAGAAGCTA TCTCAACTCC ATACTATACA GACGCCTTCT CAATGAAAAC 1380 GCCACGCTAT TATCAGCAAA TAGCTATCAA CCGTACTATT GAAACAGTTG CCAGAGGACA 1440 AAAACGAGTA ATGTTTGTGA TGGCAACAGG AACGGGGAAA ACGTTCATGG CTTTTCAAAT 1500 TATTCATCGC CTTCGAAAAG CTGGTTTGGC TAAACGAGTT TTATTCTTAG CAGATAGAAA 1560 CATCTTAGTA GACCAAACGA TGGCTGAAGA CTTTAGGCCA TTCGAAAAGG TAATGACGAA 1620 AATTACACCA AAACTTTTGA CTGCTCCTGA AAAATTAAAT TCTTTTGAAA TTTATCTAGG 1680 GCTTTATCAG CAACTAACTG GTGAAGATGG AACTGAAACA CATTATCAAA AATTTGACAA 1740 AGACTTCTTT GATTTAATCG TAATTGATGA AGCGCACCGT GGTTCAGCTA AGGAAAACAG 1800 TAACTGGCGT AAGGTAATTG ATTATTTCAG TTCTGCGACA CAGATTGGGA TGACCGCTAC 1860 TCTTAAAGAA ACCAAGAATG CTTCCAATAC GGAATACTTT GGTGAGCCAA TCTATACTTA 1920 TAGTTTAAAA CAGGGAATCG AGGATGGTTT TTTGGCTCCA TATCGTGTTA TGAGGGTTAA 1980 TTTAGATGTG GATGTGGATG GTTATCGTCC AGAAACTGGA AAAGTTGATG CTAACGGACA 2040 ATTAATAGAA GATAGGTACT ACGGCAGGAA AGATTTTGAT AAAACCATTG TCATTGATGA 2100 TAGAACGCAA AGAGTTGCCA AGTTTGTTTC TGATTATATG AAGCAAAACA ATGCACGATT 2160 TGATAAAACA ATTGTTTTTT GTGTTGATAT TGACCATGCC GAGCGAATGC GTGCTGCACT 2220 TGTAAAAGAG AATCTAGACT TAGTCCAAGA AGACTATCGT TATGTCATGC AAGTAACTGG 2280 TGACAACGCT GAAGGAAAAG CTCAACTGGA TAACTTTATG GATGTCAATT CTAATTTTC_ 2340 CGCTATTGTA ACAACGTCTA AATTATTAAC GACAGGAGTT AATGCTAAAA CATGTCGTTT 2400 GATTGTTTTA GACTCTAATA TCCAATCCAT GACTGAATTT AAACAAATTA TTGGTCGTGG 2460 CACACGTCTT TATCCTCAAA AGGGGAAAGA ATTTTTTACG ATTATTGATT TTCGAAATGT 2520 TACCAATTTG TTTGCTGACC CTGATTTTGA TGGTGATCCA GTGAAGGTGC TAGAAACAGG 2580 TGCGAAAACA GTCAGTGGTT CTACGCCCGG TTTCGTAGAT GAGGAAGGTG ACCCAGTAGA 2640 AAAATATATC GTTACAGACA AGCAGGTTAC CATTCTTAAT TCTACTGTTC AAGTATTGGA 2700 TGAAAACGGG AAACTGATTA CCGAAAGCCT GACCGACTAC ACTCGAAAGA ATATCTTAGG 2760 TAGCTACGCC ACTTTGAACG ATTTTATCAC AGTTTGGCAT ACGGCAGATA AGAAGAAGCT 2820 TATCTTAGAC GAACTTTATA AAAAAGGAGT TTATCTAGAT GCTATTCGAG AGTCGGAGGG 2880 AATATCAGAA CAAGAAATCG ATGATTTTGA TTTACTCCTA AAACTTGCCT ATGGTCAAAA 2940 AGAATTAACC AAAACGGAAC GTATCAATAA ACTCAAACAA AGCGGATATT TATATAAATA 3000 TAGTGAGGAA GCGCGTGCTG TTTTGGAAAT TTTACTGAAC AAATACATGG ATAAAGGTAT 3060 TGGAGAACTC GAAAGCATTG AAACATTAAA ACTTCCAGAA TTTCAGATAT ATGGTGGAAC 3120 CTTCAAAATC ATCAATACTT ATTTTGGAGA TAAAAAACGA TATTTACAAG CAATTAAAGA 3180 ATTGGAGCAA GAGCTATTTA CAGTAGCTTA ATGAAAGGAA AGTATGTCAA TTACATCATT 3240 TGTAAAAAGA ATTCAAGATA TCACTCGAAA CGATGCTGGT GTTAATGGTG ATGCTCAACG 3300 TATTGAGCAA ATGTCTTGGT TATTATTCTT AAAAATTTAT GATAGCCGTG AAATGGTTTG 3360 GGAATTAGAA GAAGACGAGT ATGAGTCAAT TATCCCAGAG GAATTAAAAT GGCGAAATTG 3420 GGCTCATGCT CAAAATGGGG AACGGGTATT GACAGGCGAT GAATTACTTG ATTTTGTCAA 3480 TAACAAGTTA TTCAAAGAGT TGAAAGAGCT TGAAATAACT TCAAATATGC CTATTCGAAA 3540 AACGATTGTT AAATCAGCTT TTGAAGATGC GAACAACTAT ATGAAAAATG GCGTCTTGTT 3600 ACGCCAAGTC ATCAATGTTA TTGATGAAGT TGATTTCAAT AGCCCTGAAG ATCGTCATTC 3660 GTTTAATGAT ATTTACGAAA AAATTCTTAA AGATATTCAA AATGCTGGGA ACTCAGGAGA 3720 ATTTTATACG CCACGTGCAG CGACTGATTT TATTGCCGAA GTTCTTGACC CAAAACTTGG 3780 AGAATCAATG GCAGACCTTG CTTGCGGAAC AGGAGGCTTC TTGACTTCGA CTCTGAACCG 3840 TTTAAGTAGT CAACGTAAAA CTAGTGAAGA TACCAAAAAA TATAATACAG CTGTTTTTGG 3900 TATTGAAAAG AAAGCATTTC CTCATCTTTT AGCAGTTACA AATCTGTTTC TTCACGAAAT 3960 TGATGACCCT AAAATTGTTC ATGGAAATAC TTTGGAGAAA AATGTTCGTG AATATACGGA 4020 TGATGAAAAA TTTGACATTA TTATGATGAA TCCACCTTTT GGAGGGTCAG AATTAGAAAC 4080 AATAAAAAAT AACTTTCCAG CAGAATTACG GAGTTCTGAA ACAGCTGATT TATTTATGGC 4140 TGTCATTATG TATCGTTTGA AAGAAAATGG TCGTGTTGGA GTTATTTTAC CTGATGGTTT 4200 TCTATTTGGT GAAGGTGTAA AAACTCGCTT GAAACAAAAA CTGGTAGATG AGTTCAACTT 4260 GCATACGATT ATTAGGTTGC CTCATAGTGT CTTTGCACCG TATACAGGAA TCCATACGAA 4320 CATTCTTTTC TTTGATAAAA CAAAGAAAAC AGAAGAAACT TGGTTTTATC GTTTAGATAT 4380 GCCAGATGGT TATAAAAATT TCTCGAAAAC TAAGCCGATG AAGTCAGAAC ACTTCAATCC 4440 TGTTCGTGAC TGGTGGGAAA ATCGTGAAGA GATTCTGGAA GGTAAGTTCT ACAAATCTAA 4500 ATCATTTACA CCTAGTGAAT TGGCTGAGTT GAATTATAAT TTAGACCAGT GTGACTTTCC 4560 AAAAGAGGAA GAGGAAATCT TAAATCCCTT TGAGTTGATT CAGAATTATC AAGCGGAAAG 4620 AGCAACTTTA AATCATAAGA TTGATAATGT ATTAGCTGAT ATTTTGCAGT TGTTGGAGGA 4680 CAAATAATGA CACCAGAACA ACTTAAAGCA AGTATTCTCC AAAGAGCGAT GGAAGGGAAA 4740 TTAGTGCCGC AAAATCCCAA TGACGAACCT GCAAGTGAAT TATTAAAGAG AATTAAAGCT 4800 GAAAAAGAAA AACTTATCAG TGAAGGAAAA ATCAAACGAG ATAAAAAGGA AACTGAGATA 4860 TTTCGTGGTG ATGATGGGAA ACATTATGGG AAGTTTGCTG ATGGAAGCAC TCAAGAAATT 4920 GATGTTCCTT ATGATATTCC TGATACTTGG GAGTGGGTGA GGTTTTCTAC ATTGGTTGAA 4980 ATTGTCAGAG GTGGCTCTCC ACGACCAATC AAaGATTATC TTACTTCTGA AGTAGATGGA 5040 ATAAATTGGA TAAAAATAGG TGATACTGAA AAGGGTGAAA AGTATATAAA TAATGTTAAA 5100 GAAAAAATCA AAAAATCAGG GCTTAACAAA ACTAGATTTG TAAAAAAAGG TACATTTTTG 5160 TTAACTAATT CTATGAGTTT TGGTAGACCT TATATTTTGA ATGTTGATGG TGCAATACAC 5220 GATGGATGGT TGGCTATTTC GAACTATGAA AACTCATTAA ATAAAGATTA CCTATTCTAT 5280 ATTCTTTCAT CAAATGTAGT TTATTCTCAA TTTCTATCTC TAATTAGTGG AGCTGTTGTG 5340 AAAAACTTGA ATAGTGATAA AGTTGCTTCT ATTCTTATCC CTCTCCCCCC ACTATCCGAA 5400 CAACAACGAA TAGTAGAAGC AATCGAATCA GCTTTAGAAA AAGTAGATGA ATATGCTGAA 5460 AGTTATAATA GACTAGAACA GCTAGATAAA GAATTTCCAG ATAAACTAAA AAAATCTATT 5520 CTTCAATATG CTATGCAAGG AAAATTAGTT GAACAAGACC CAAATGATGA ATCAGTCGAA 5580 GTTTTACTTG AAAAAATACG AGCAGAAAAA CAAAAACTCT TTGAAGAAGG CAAGATTAAA 5640 AAGAAAGATT TGGACATTTC TATTGTTTCC CAAGGAGATG ATAACTCTTA TTATGGGAAT 5700 ATACCTATGA ATTGGGTTGT TATAAAAATA AAAGATATTT TTTCAATAAA TACAGGTCTT 5760 TCTTACAAGA AGGGCGATTT AAGCATTAAT AATAAAGGTG TTAGAATTAT ACGTGGTGGT 5820 AATATTAAGC CTTTAGAATT TTCTCTGTTG GATAATGATT ACTACATTGA TACACAATTC 5880 ATCTCCTCTG AGCAAGTTTA TTTAAAACAT AATCAGCTAA TAACACCTGT ATCAACCTCT 5940 TTAGAACATA TTGGAAAGTT TGCAAGAATC GATAAAGACT ATGATGGTGT TGTGGCTGGT 6000 GGATTTATTT TCCAATTAAC ACCATTCGAA AGTTCAGAGA TTATTTCAAA ATTTCTATTA 6060 TTTAACTTGT CCTCTCCGTT ATTTTATAAA CAATTGAAAG CAATAACTAA ACTATCAGGT 6120 CAAGCTTTAT ATAATATTCC TAAAACTACA CTGAGCGAGC TATTAATTCC GTTAGCTCCT 6180 TTTGAGGAAC AGGAACTTAT TACTCAAAAA GTTGAGAAAC TTTTTGAAAA AGTAAATCAA 6240 CTTTGAAAAT GATTCTTTTC ATCTCTTCAT GATTAGAAAT AGGGATTAAT AATTCGGAGA 6300 TACTGGTACT ATTTAATGTT TTCCCTTTGA TAGCATCTTT TGAATCACCT AAAGTAGAGA 6360 TAAGTGGCAA AAATATCATT AAGTAATCTC TGATAATATT TTCTTTATTA GCATAGGGGA 6420 ATATCGATAT AATGGCTTCA TTATGAGTGG CAGGAATATC CAATATGGCA ACTTTTCCAA 6480 TAGATAATTT AAAACTCATT AATAAAGTTC CTTTAGGTGA AATGTCTATT TTCTTTGATT 6540 TTAATGCTAA TTTAGAAATA GATTCTCTCG CATTAGTTAC ATAACCAGAT ATAGGCATAT 6600 CTGATATAGA TACCCAAGGT ATTTCAGTTC CCCAAAAAGT AGCTTCACTG CGTGGAGGAG 6660 TTTTTCCTAT TCTGAAGTTA ACTAGGCTAG CAAATTTAAT ATATCTCCAT GCTTCTGGGA 6720 TTTCATATAT AGGATAAGAG GTTGTTTCGT CTTTGTTCCC ATAATAAGAG CCATAATCAC 6780 AAAAATAGCA GGTAGTCAGT TTGACCACCT GTTATTTTTT ACCAATTAAC AATTTTATCT 6840 ACAATATTTT GTTGTTCAGT AGCTGTTTTC CTTAGATAAA TTCGAGTAGT TTCTATACTT 6900 TCGTGTCCCA TCAAATCTGC AAGCAAGGCA ATATCATTAT ACTTCGCTAA AAAATTCTTA 6960 GCAAATAAAT GCCTAAAAGA ATGAGGGTAA ATTACGTTAG GATTCATTTT GTATTTATCA 7020 GCATAATTTT TTAACTGTTG AGCAACTCCT CTTGCTGTAA TTGGTTCGTT AAATTTATTC 7080 AAAAATAAAT AACCACTTCG GCGATTTTCT GATTCTAACC AACTAAGACA ACTATTTCTT 7140 AATTTTTTAG GAATGTACAG TCTACGAATT TTACCACCTT TTGAGTAAAT GTCAAAATAA 7200 CCGATTTCTA CATGCTCTAC TTTTAGTTTA ATAAGTTCAC TTACACGAGC CCCAGTTGCA 7260 CCTAAAAACC AAACGACAAA ATGCCATTTT AAAATACCAT CTTTTTTCAA ACTACGTTTA 7320 AGAAAAAGGT AATCAGCATG GCTAATGACA TCTTCTAAAA ACGGTTTTTG CTGTACTTTG 7380 ACAAATTTTA ATTTCAAATC ATCATGACCA ATAAAAGCCA GATATTTATT TACTCCTTGT 7440 AGTCGCAAAT TGACAGTTTT AGGTTTAAAA TTGTCTAATA AATATCCTTT GTATTCAAAT 7500 AAATCTTCCA TTTTGAGTTC GTAATTCTCC AAGAAAAATC GAACACCATA AAGGTACGAA 7560 CGCACAGTAT TTTCAGCTAA ACCAGCTTTC TTCAAATGTA ATTCAAAATC TTTCAACGTA 7620 AAACTCCTAT CTTATGTTTG ATAGAAATTC CACCGCACGT AAAACTATTA TACTAAATI'A 7680 GTGCGTCAAT ATGGGCGAAA AATTGTTCGA TTTTATCAAC GATTCTGGAT TGTTCAGGAA 7740 GGGGTGGGAG GGGGATTAAA TATTCTTTTA TAGTTTTCGT TAATAATTCT TTTTGTTTTG 7800 TACTACCCGA CGCTTTTTCT TCAATAACTG ACTGAACAAT AGGAGAGGAA AGAAAATTAT 7860 AGATGAAATG GCAATTAATA ACCCCCGATA AGACTCTTAT AACTGTAACA TGGCTATCTG 7920 CAACAGCCCA GCCATAAGGA TTTTTATTTT CATGGTAAAT AGCTAATCGT CCTAACGTAC 7980 CTAGACCTGT TGAATTCCAC ATTAAATCAC CATCTCTTAG TAATCTTTCT TTCTGGTAAC 8040 TATGAACTGT TTCGGGATCA ATAAATCTTG CTAAGTCAAT AGAAAAGCCA GACCATTGAT 8100 TACATTTCTG AGCAATCACA GGGTATATAG GAATATTTGA ATATTTTGGA GACTTCCCTC 8160 TTTGAATGTA GGAGGTTATA TCGTTTAACC TCACCCATTC CCAACTTTCT GGTATTTCAC 8220 AAGGTACTTC CTCATAATAA GAGTTATCAT CTCCTTGGGA AACAATAGAA ATGTCCAAAT 8280 CTTTCTTTTT AATCTTGCCT TCTTCAAAGA GTTTTTGTTT TTCTGCTCGT ATTTTTTCAA 8340 GTAAAACTTC GACTGATTCA TCATTTGGGT CTTGTTCAAC TAATTTTCCT TGCATAGCAT 8400 ATTGAAGAAT AGATTTTTTT AGTTTATCTG GAAATTCTTT ATCTAGCTGT TCTAGTCTAT 8460 TATAACTTTC AGCATATTCA TCTACTTTTT CTAAAGCTGA TTCGATTGCT TCTACTATTC 8520 GTTGTTGTTC GGATAGTGGG GGGAGAGCAA TTAATAATAG ATTAAAATTA TAATCATTGA 8580 TTGCAGGATA ACTTGTTCCA GTAGATTTAT TATTAACACG ATTGATAAAA TTATCTGATA 8640 ATAAATAATA TTTCAAATAT GTTTCGTTAA GTAAAGTATC CAAAACAATA AATGCTGTAC 8700 TAGCTATCAA ATACTCTTTA AGTTCTCTAA CTACAGCAAT ATTTTTTAGA TATGGTCTAA 8760 CTGTTGAAAA TAAGACACTA TTCTGCGAAA CTAATTTTCT AGCACGGGAA GGCGCTTGTT 8820 CAGGTGAAAG ATATTGTAGA TTTTTGTAGT TGATTATGTT CTTTTTTCTA TCAATACTAG 8880 ACGTATCTAT ATACCTAAAG GATTTCTCTG GCTTATTTTG CCCAAAATTC CAATAAATTG 8940 ATTTTATCCT CACCCACTCC CAAGTATCAG GAATATCATA AGGAACATCA ATTTCTTGAG 9000 TGCTTCCATC AGCAAACTTC CCATAATGTT TCTTATGTGC TTCAAGTATA TAAAAAGGCG 9060 TAAAAATACG CCTATAGATA ATGGGGTTGA AATAGGTTTA TTGTTGATGA GATTGTAGAT 9120 AATTCAATTT TTTACTTCCA ATCGAATATT CAAATCCTCC ACCTTTTCTG CCTGTAATTG 9180 TTCATCATAA AATTCAATAT CTTCAGGATT TTCCCCTTGG CAACCTCGGC AGAAATATTC 9240 TTCCGCTCGA TCAGGATTCA AAAATCGACA AGCACAAACA AAACAGTCGC CATCATCATT 9300 TATTGAGATA ATATAGTAGA TTGAAATAAG ATGTAAACAA ATCGATTAGG AAAGTTAAAT 9360 TAGTTTCTAG AAATTTTTAG CAGATGTAGT GTACTATTCT AGTCTCAATT TACTATGGCT 9420 TCAAATATAT CTTTCGAAAA AATATTTACA GATGTGTAAT TTTGAAGCTT GCAAAAGTTA 9480 GTAAACTTGT AGATTTCGAT TTGAAGTAAC TTGTTTTCTT GCCCGATATT GTTTTTGAAA 9540 TTGAATTTTT CCATAGTGAC TCCTTAATTT TCTTCTACAC GTCTGATGAT AAATCTAATT 9600 CGCAAAAGAG TCAAGAGGAT TTTTCGAAAA ATAAATAGCG ACCGAAATCG CTATTTTAAG 9660 GGTTATAGGT ATTTGATGGC TTAGACTGCT GTGTGACTGT TTACCCACAG GCAATCTTTC 9720 TTCTATATTA GTATTAGTAA AGGTCTAAAT AATTATCAAT TTCCCATTGT GAAACGAAGG 9780 TTGCATAACT TGCCCATTCG ATTCGTTTGG CTTCAAGGAA GCTAGTATAG ATGTGATCTC 9840 CGAGAGCAGC TTTAACCACT TCATCTTCTG TCAAAGCTTT CAAAGCGTTG TGAAGAGTTG 9900 ATGGAAGGTC TGTAATACCA GCTTCCTTGC GCTCTTCTGC TGTCATGATG TAGATATTTT 9960 CTTCGATAGG AGCTGGTGCT TCGATTTTAT TTTCAATACC ATACAAACCA ACTTCCAAAA 10020 GAACAGCCAT AGCAACGTAA GGGTTCGCCA TTGGATCCAC TGAACGCAAC TCAAGACGAG 10080 TTCCCATACC ACGTGAAGCA GGTACGCGCA CAAGTGGCGA ACGGTTACGA CCAGCCCAAG 10140 CAATGTAAAC AGGCGCTTCA TAACCTGGAA CCAAACGTTT GTATGAGTTA ACTGTTGGGT 10200 TCATGATGGC AGTATAGTTG TAAGCATGCT TGATCAAACC GCCTAGGAAA TGGTAAGCTG 10260 TTTCTGACAA CTGCATTCCT TTTGGATCAT TTGGATCAAA GAAGGCGTTA TTTCCTTCTG 10320 CATCAAACAA GGACATATTA CAGTGCATAC CTGATCCAGC AATACCAAAT TTTGGCTTCG 10380 CCATAAATGT TGCGTAAAGT CCGTGTTTGC GAGCAATGGT TTTAACAACA AGCTTAAAGA 10440 TTTGAATCTT ATCACAAGCA CGGAGAACTT CATCGTACTT AAAGTCAATC TCATGCTGTC 10500 CAACCGCAAC CTCGTGGTGA CTCGCTTCTA CTTCAAATCC CATTTTGGTC AAGACATTCA 10560 CAATCTCACG ACGTGTGTTG TCCGCAAGGT CAGTAGGTGC CAAGTCAAAG TAGCCACCCT 10620 TGTCATTCAC TTCAAGTGTT GGGTCCCCAT TTTCATCCAA CTTAAATAGG AAGAATTCTG 10680 GCTCTGGACC AAGGTTGAAG GATTTGAATC CAACTTCTTC CATGTGACGA AGAGCTCGTT 10740 TCAAATTACC ACGAGGGTCA CCCGCAAATG GTTCACCTTC TGTTGTATAG ACATCACAGA 10800 TCAGACCTGC AACACTTCCA TTTTCATCTC CCCAAGGGAA GACTGTCCAT GTATCCAAGT 10860 CCGGGTACAA GTACATATCC GACTCATTGA TACGTACAAA ACCTTCAATA GAAGATCCAT 10920 CAAACATAAC CTTGTTCGAC AAGACCTTAT CTAACTGTTC ATCTGTAGCA GGAATTTCGA 10980 CGTTTTTCAT GGTTCCCAAA ATATCTGAGA ACATAAGACG AATAAAGGTA ACATTTTTTT 11040 CCTTGACTTC ACGACGAATA TCTGCAGCTG TGATTGGCAT AAGTTTTCTC CTTAATCTAT 11100 GACTACTTGC GGTTGCCTAA CCGCGACCAA AAGGTGACTG TACTGAAGCA AAACGCCCCT 11160 GTTGGAGGAG TTCATTGTGA AGTGCACGAC GTACTTCAGT CTGACTAACC GCTTTCTTGG 11220 ATTTCGCTTC ACGTTCAGCA TATTTTTTCT TAATGGCAGC GATATTATAA CCTTCAGAGA 11280 TATAATCTTT GATTTCAAGC AGACGATCCA TGTCATTCAA GGAATACATG CGACGATTTC 11340 CTTCGTTTCG ATCGGGCTTG ATCAACTCTT GATCTTCATA ATAACGAATC TGACGCGCCG 11400 ATAGATCGGT CAACTTCATA ACACTGCCGA TAGGAAAAAC AGCCATATTT CGGCGAAATT 11460 CTTTTTCCTT CATTTACAAT TTCCTTCTTT CTGTCTATTA TAGTCTAAAA AAAGACAAAC 11520 GTCAATTGAT AATGTTATAA AATGTAACAT TATTTTTCTT TTTTCTCTAA AAAGAGACGA 11580 ATACGATCAA TATCGTAATT TACGATAATT GCGACAAAAA CTCCCATAAA CGTTTCTAAT 11640 ACACGCACAA ACACGTACAA AATTGTCTCA CCACTTGGAA TTGATAGGGT AATGATTAAC 11700 ATAGCTGCTA CACCACCAAT AACCCCTGCT TTGTTATTCA TGGCTACATT TGTCATAATG 11760 GTTAACATGG TGCAGATTGG AACAACTACC AAGGTCACCC AAAAGGCTTC GTGGAAAAAG 11820 GTATTTAATA AGAAGAAGAC CAAGGCATAG AGTCCACCGA TACTATTTCC TAGAATACGC 11880 GAAGTCCCAA AATGAACACT CTCATCAAAA CTCTCCCTCA GGCTAAAAAC GGCTGTCAAA 11940 GCACCAATTT GAAGACCTTT CCAGCCAAAA AAGCCAAAAA TCAAGAGAAC TAGAAAAACA 12000 GCAATACCTG TTTTAAAGGT TCGCATACCA AGTTTGAACT GGGATTTATC GAATTTATAT 12060 TTTTTAAAAT AACTCATAAT CTCAACTTTC TATTTCCATT TTATCATAAA TCGGTGATTT 12120 TTATGAGTAA TAGTTGAGAG GAAGCGTTTT TATTTTAAGC AAAAGAAAAG AGGAACTTTC 12180 ATCCCTCTCT TCTTTGATTT ATTTATAAAA TCTTATTTTT CTGTCAAGGC TGCAAGTCCT 12240 GGAAGAACCT TACCTTCAAG AAGTTCCATT GATGCTCCAC CACCCGTACT AATCCATGAG 12300 AACTTGTCTG CACGGCCAAG GTTAATCGCT GCGGCAGCTG AGTCACCACC ACCGATGATT 12360 GATTTAACTC CTGGTTGTTT CACGATAGCG TCCATCACAC CGATTGTACC AGCTTGGAAA 12420 TCTGGGTTTT CAAATACACC CATAGGTCCG TTCCATACGA CTGTTTTGGC ACCAGTCAAA 12480 GCTTCGTCAA ATTTGGCGAT AGATTTTGGA CCGATGTCAA GACCAAGGAA GCCTTCAGAA 12540 ACTGCTTCAC CTTCAGTGTC ACGCACTTCA GTGTAACCAG CAAATGCGTT AGCTTCTTTT 12600 GAGTCAACTG GCAAGATCAA TTTACCATTT GCTTTTTCAA GAAGAGCTTT CGCAACATCC 12660 AATTTGTCTT CTTCTACAAG TGAGTTACCG ATTTCGATAC CTTGTGCTTT GTAGAATGTG 12720 TAAGTCATCC CACCACCGAT AAGGACGTTA TCAGCTTTTT CAAGCAAGTT TTCGATAACA 12780 CCGATCTTGT CTGAAACTTT TGAACCACCA AGGATAGCCA CGAATGGACG TTCTGGAGTT 12840 TCAACTGCTT CTTGGATGTA GGCAATTTCG TTTTCAAGAA GGAAACCAGC AACTGCTTTT 12900 TCAACGTTTG CTGAGATACC AACGTTAGAT GCGTGTGCAC GGTGAGCTGT ACCGAATGCA 12960 TCGTTTACGA AGATACCATC TCCAAGTGAT GCCCAGTATT TACCAAGTTC AGGATCGTTT 13020 TTAGATTCTT TCTTGCCGTC AACATCTTCG TAACGAGTGT TTTCAACCAA GAGAACTTGT 13080 CCATCTTCAA GAGCGTTGAT TGCCGCTTCT AATTCAGCAC CACGAGTGAC ACCTGGGAAA 13140 ACAACATCTT GACCAAGTTT TGCTGCCAAG TCAGCTGCTA CAGGAGCAAG TGATTTACCA 13200 GCTTTATCAG CTTCTTCTTT CACACGTCCA AGGTGAGAGA AAAGAATTGC ACGTCCACCT 13260 TGTTCGATGA TGTACTTAAT AGTTGGAAGA GCTGCTGTGA TACGGTTATC GTTAGTGATT 13320 ACGCCATCTT TCAATGGTAC GTTGAAGTCA ACACGAACGA GGACTTTTTT ACCTTTCAAG 13380 TCAACGTCTT TAACAGTAAG TTTTGCCATG TTACAAAAAC TCCGG 13425 (2) INFORMATION FOR SEQ ID NO : 152 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 905 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 152 : GATTTATCCT ACCGGnGAAT TTCCGGAGGG GTTCTAGCAG CAATCTTAGG AATCTATGAA 60 CGAATGATTG GCTTTCTGGC CCATCCCTTT AAAGACTTTA AAGAAAATGT TTTGTACTTT 120 ATTCCAGTTG CCATCGGTAT GCTTCTGGGA ATCGGCTTAT TTTCCTACCC GATTGAATAC 180 CTGCTTGAAA ATTATCAGGT TTTTGTATTA TGGAGCTTTG CGGGAGCTAT TATCGGTACA 240 GTTCCTAGCC TCCTCAAAGA ATCAACTCGA GAATCTGACC GAGACAAGAT TGATTTAGCT 300 TGGTTATGGA CAACCTTTAT CATTTCTGGA TTAGGACTCT ATGCCTTAAA TTTTGTCGTT 360 GGAACCTTAA GCGCCAGCTT TCTTAACTTC GTCCTAGCAG GCGCACTATT GGCCCTTGGC 420 GTCTTGGTTC CTGGCCTCAG CCCATCAAAT TTACTTTTGA TTTTGGGACT CTATGCTCCT 480 ATGTTGACTG GTTTTAAAAC TTTTGATTTC TTGGGAACCT TCTTTCCGAT TGGAATTGGT 540 GCAGGTGCAA CTCTCATCGT TTTTTCAAAA TTGATAGATT ATGCCTTAAA CAACTACCAC 600 TCACGCGTCT ATCATTTCAT CATCGGTATC GTCCTATCAA GTACCCTTTT GATCTTAATT 660 CCAAATGCAG GAAACGCTGA AAGTATCCAA TACACAGGAC TTTCACTTGT CGGTTATGTC 720 ATCATCGCCT TCTTCTTTGC GCTGGGAATC TGGCTTGGTA TTTGGATGAG TCAATTGGAG 780 GATAAATATA AATAATGGCA AAAAAAGTTA AAATCAAAAA AACATTGGTG GAACAAATCC 840 TATCTAAAGC AGCTATCCCT CATCAGGGGA TTCAAATCAA TGCCCTAGAA GGAGAGCTTC 900 CTCAA 905 (2) INFORMATION FOR SEQ ID NO : 153 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4278 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 153 : CTTGAATTAA ATAAAAAACG TCATGCGACT AAGCATTTTA CTGATAAGCT TGTTGATCCC 60 AAAGATGTGC GTACGGCTAT CGAAATTGCA ACCTTAGCGC CAAGCGCCCA CAACAGCCAG 120 CCTTGGAAAT TTGTGGTGGT ACGTGAGAAA AATGCTGAAC TGGCAAAGTT AGCTTATGGT 180 TCCAATTTTG AACAGGTATC ATCAGCGCCT GTAACCATTG CCTTGTTTAC AGATACGGAC 240 TTAGCCAAAC GTGCTCGTAA GATTGCCCGT GTTGGTGGTG CTAATAACTT TTCTGAAGAG 300 CAACTTCAAT ATTTTATGAA AAATCTGCCA GCTGAGTTTG CCCGTTACAG TGAGCAACAA 360 GTCAGCGACT ACCTAGCTCT CAATGCAGGT TTGGTTGCCA TGAACTTGGT TCTTGCATTG 420 ACAGACCAAG GAATTGGTTC TAACATTATT CTTGGTTTTG ACAAATCAAA AGTTAATGAA 480 GTTTTGGAAA TCGAAGACCG TTTCCGCCCA GAACTCTTGA TCACAGTGGG TTATACAGAC 540 GAAAAATTGG AACCAAGCTA CCGCTTGCCA GTAGATGAAA TCATCGAGAA AAGATAGAAA 600 GAAGAAAAAA TGACAGCAAT TGATTTTACA GCAGAAGTAG AAAAACGCAA AGAAGACCTC 660 TTGGCTGACT TGTTTAGCCT TTTGGAAATC AATTCAGAAC GTGATGACAG CAAGGCTGAT 720 GCCCAGCATC CATTTGGGCC TGGTCCAGTA AAAGCCTTGG AGAAATTCCT TGAAATCGCA 780 GACCGCGATG GCTACCCAAC TAAGAATGTT GATAACTATG CAGGACATTT TGAGTTTGGT 840 GATGGAGAAG AAGTTCTCGG AATCTTTGCC CATATGGATG TGGTGCCTGC TGGTAGCGGT 900 TGGGACACAG ACCCTTACAC ACCAACTATC AAAGATGGTC GCCTTTATGC GCGCGGGGCT 960 TCGGACGATA AGGGTCCTAC AACAGCTTGT TACTATGGTT TGAAAATCAT CAAAGAATTG 1020 GGTCTTCCAA CTTCTAAGAA AGTTCGCTTC ATCGTTGGAA CAGACGAAGA ATCAGGCTGG 1080 GCAGACATGG ACTACTACTT TGAGCACGTA GGACTTGCCA AACCAGATTT CGGTTTCTCA 1140 CCAGATGCTG AATTTCCAAT CATCAATGGT GAAAAAGGAA ATATCACGGA ATACCTCCAC 1200 TTTGCAGGAG AAAATACAGG TGTTGCCCGT CTTCACAGCT TTACAGGTGG TTTACGTGAA 1260 AATATGGTAC CAGAATCAGC AACAGCAGTC GTTTCAGGTG ACTTGGCTGA CTTGCAAGCT 1320 AAACTAGATG CCTTTGTTGC AGAACACAAA CTTAGAGGAG AACTCCAAGA AGAAGCTGG 1380 AAATACAAGG TGACGATCAT TGGTAAATCA GCCCACGGTG CTATGCCTGC TTCAGGTGTC.'_440 AATGGCGCAA CTTACCTTGC CCTCTTCCTC AGCCAGTTTG GCTTTGCTGG TCCAGCCAAA 1500 GACTACCTTG ACATCGCAGG TAAAATTCTC TTGAACGATC ATGAGGGTGA AAATCTTAAG 1560 ATTGCTCATG TGGATGAAAA GATGGGTGCT CTTTCTATGA ATGCCGGCGT CTTCCACTTC 1620 GATGAAACAA GTGCTGATAA TACCATTGCC CTCAACATCC GCTATCCAAA AGGAACAAGT 1680 CCAGAACAAA TCAAGTCAAT CCTTGAAAAC TTGCCAGTTG TTTCTGTTAG CCTGTCTGAA 1740 CACGGTCACA CGCCTCACTA TGTGCCAATG GAAGATCCAC TTGTGCAAAC CTTGTTGAAT 1800 ATCTATGAAA AACAAACTGG CTTTAAAGGT CATGAACAAG TCATCGGTGG TGGAACCTTT 1860 GGTCGCTTGC TAGAACGCGG AGTTGCCTAC GGTGCTATGT TCCCAGACTC GATTGATACC 1920 ATGCACCAAG CCAATGAATT TATCGCCTTG GATGATCTTT TCCGAGCAGC AGCAATTTAT 1980 GCCGAAGCTA TTTACGAATT GATCAAATAA AACGATAGAA GTCTGAGATC TTATGCTTGG 2040 ACTTCTTTTT GGAGGGAAAG TAGATGTCTC AAATCGAAAG AATCAAACAG GCTATCATGG 2100 CGGATTCGCA GAATGCCAGC TATACAGAGC GTGGCATTGA GCCTCTCTTT GCAGCGCCAA 2160 AAACTGCTCG CATCAATATC ATCGGTCAGG CTCCGGGACT TAAAACTCAA GAAGCAGGCC'2220 TTTACTGGAA AGATAAAAGT GGTGACCGCT TGCGGGACTG GCTAGGTGTG GATGAAGATA 2280 CCTTTTACAA TTCAGGTTAT TTTGCTGTTT TGCCTATGGA TTTCTACTTT CCAGGACATG 2340 GCAAGTCGGG TGATCTTCCG CCTCGTACAG GTTTTGCAGA AAAATGGCAT CCGCAGGTCT 2400 TACAGGAATT GCCTGATATT CAGTTAACCC TCTTGATTGG GCAATATGCC CAAGCCTACT 2460 ATTTACAGGA GAAAATCAGT GGGAAGGTAA CGGAGAGGGT GAAACACTAT AAAGACTATC 2520 TGCCAGCCTA TTTTCCGCTA GTTCACCCAT CACCACGAAA TCAAATCTGG ATGGCCAAAA 2580 ATCCTTGGTT TGAGGCAGAA GTAGTGCCAG ATTTGAAAAA AAGAATTAAA ACCATTTTAT 2640 AGTCAATGAA AATCAAAGAG CAAACTAGGA AGCTAGTCGT AGGCTGCTCA AAGTACAGCT 2700 TTGAAGTTGC AGATAAAACT GACGAAGTCG GTAACATACG CACGGTAAGG CGACGCTGAC 2760 GTGGTTTGAA GAGATTTTCG AAGAGTATTA GAAGAAAAAG AATGAAAGAA ATAGCCTTTG 2820 ACGCATTTTA CCAGCTTTAC CAAAACGACC AGCTTTCTTT AGTGGATGTG AGAGAAGTGG 2880 ATGAGTTTGC AGCTCTTCAT TTAGAAGGTG CCCACAACCT ACCGCTTAGT CAATTGGCTG 2940 ATAGTTATGA TTAATTGGAC AAAGATCGCT TGCATTATAT TATTTGCAAA TCTGGAATGA 3000 GATCGGCGCG TGCTTGCCAA TTCCTATTAG AACAAGGTTA TAATGTTATC AATGTCCAGG 3060 GTGGCATGTT AGCCTTTGAA GAACTTTAAA ATTTTGCATT TCTCCTACTT GGTGTGGACT 3120 GGGTAGGAGA GTTTTATTTT TAGATAATTC TTATTTTTAA GAAAATTGAA AACATTTAAT 3180 ATTTGCCTCG TGATGCTTTT TTCAGACTCC TAATCGTGGT ATACTAGGTC AGTATTTTAT 3240 AAATATGAAG GAGATTTTTA TGGCTAAAAA AGGTACCCTA ACAGGTTTGC TCCTGTTTGG 3300 AATATTTTTT GGTGCGGGGA ACTTGATTTT TCCGCCTTCT CTAGGTGCTC TATCTGGAGA 3360 ACATTTTCTT CCTGCCATCG CAGGTTTTGT CTTTTCAGGC GTTGGTATCG CCGTCTTGAC 3420 CCTTATTATT GGAACGCTAA ATCCTAAAGG ATATATCTAC GAGATTTCAA CGAAGATAGC 3480 GCCTTGGTTT GCGACTCTTT ACCTCTCAGT TCTTTACTTG TCAATCGGTC CATTCTTTGC 3540 TACCCCACGT ACTGCTACAA CAGCTTACGA AGTAGGGATT AGCCCCCTTT TGTCGGATGC 3600 AAATAAAGGA CTTGGCTTGA TTGTATTTAC GGTTCTGTAT TTTGCGGCAG CCTATTTGAT 3660 TTCGCTTAAT CCATCAAAAA TCTTAGACCG CATTGGACGT ATTTTAACGC CAGTCTTTGC 3720 AATTTTGATT GTTATCTTGG TCGTTCTGGG AGCTATCAAA TATGGTGGAA CAAGTCCTCA 3780 AGCTGCTTCA CTGCTTATCA AGCTTCTGCC TTTGGTACAG GTTTCCTAGA AGGTTACAAT 3840 ACCTTGGACG CCCTTGCCTC AGTGGCCTTT AGCGTAATCG CAGTTCAAAC CTTGAAACAA 3900 CTTGGATTTT CAAGTAAGAA AGAATACATT TCAACTATTT GGGTTGTTGG TATCGTTGTT 3960 GCCCTTGCCT TCAGCGCTCT TTACATCGGT TTAGGTTTTC TTGGAAATCA TTTCCCAGTA 4020 CCAGCTGAAG CGATGAAGGG TGGAACACCA GGTGTTTACA TCTTGTCACA AGCCACTCAA 4080 GAAATCTTTG GCTCAACAGC TCAACTCTTC CTTGCAGCTA TGGTTACCGT AACCTGCTTC 4140 ACAACGACTG TTGGTTTGAT TGTGTCAACA GCTGAGTTCT TTAATGAGCG CTTCCCACAA 4200 ATCAGCTACA AGGTTTATGC GACAGCCTTT ACCTTGATTG GATTTGCTAT TGCCAATTTG 4260 GGTCTTGATG CGATTATC 4278 (2) INFORMATION FOR SEQ ID NO : 154 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1953 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 154 : ACCCGATCAA ATGACAAAAG CTAACTTTGG TGTCGTAGGT ATGGCCGTAA TGGGTCGTAA 60 CCTTGCCCTT AATATTGAAT CTCGTGGTTA CACAGTTGCT ATCTACAACC GTAGTAAAGA 120 AAAAACGGAA GATGTGATTG CTTGCCATCC TGAAAAGAAC TTTGTACCAA GCTATGACGT 180 TGAAAGTTTT GTAAACTCAA TCGAAAAACC TCGTCGTATC ATGCTGATGG TTCAAGCTGG 240 ACCTGGTACA GATGCTACTA TCCAAGCCCT TCTTCCACAC CTTGACAAGG GTGATATCTT 300 GATTGACGGA GGAAATACTT TCTACAAAGA TACCATCCGT CGTAATGAAG AATTGGCAAA 360 CTCTGGTATC AACTTTATCG GTACTGGGGT TTCTGGTGGT GAAAAAGGTG CCCTTGAAGG 420 TCCTTCTATC ATGCCTGGTG GACAAAAAGA AGCCTACGAA TTGGTTGCGG ATGTTCTTGA 480 AGAAATCTCA GCTAAAGCAC CAGAAGATGG CAAACCATGT GTGACTTACA TCGGTCCTGA 540 TGGAGCTGGT CACTATGTGA AAATGGTTCA CAATGGTATT GAGTACGGTG ATATGCAATT 600 GATCGCAGAA AGCTATGACT TGATGCAACA CTTGCTAGGC CTTTCTGCAG AAGATATGGC 660 TGAAATCTTT ACTGAGTGGA ACAAGGGTGA ATTAGACAGC TACTTGATTG AAATCACAGC 720 TGATATCTTG AGCCGTAAAG ACGATGAAGG CCAAGATGGA CCAATCGTAG ACTACATCCT 780 TGATGCTGCA GGTAACAAGG GAACTGGTAA ATGGACTAGC CAATCATCTC TTGACCTTGG 840 TGTACCATTG TCACTGATTA CTGAGTCAGT GTTTGCACGC TACATTTCAA CTTACAAAGA 900 AGAACGTGTA CATGCTAGCA AGGTGCTTCC AAAACCAGCT GCCTTCAACT TTGAAGGAGA 960 CAAGGCTGAA TTGATTGAAA AGATCCGTCA AGCCCTTTAC TTCTCAAAAA TCATTTCATA 1020 CGCACAAGGA TTTGCTCAAT TGCGTGTAGC CTCTAAAGAA AACAACTGGA ACTTGCCATT 1080 TGCAGATATC GCATCTATCT GGCGTGATGG CTGTATCATC CGTTCTCGTT TCTTGCAAAA 1140 GATTACAGAT GCTTACAACC GCGATGCAGA TCTTGCCAAC CTTCTTTTGG ACGAGTACTT 1200 CTTGGATGTT ACTGCTAAGT ACCAACAAGC AGTACGTGAT ATCGTAGCTC TTGCGGTTCA 1260 AGCAGGTGTG CCAGTGCCAA CTTTCTCAGC AGCTATTACT TACTTTGATA GCTACCGTTC 1320 AGCTGACCTT CCAGCTAACT TGATCCAAGC ACAACGTGAC TACTTTGGTG CTCACACTTA 1380 CCAACGTAAA GACAAAGAAG GAACCTTCCA CTACTCTTGG TATGACGAAA AATAAGTAGG 1440 TCAGCCATGG GGAAACGGAT TTTATTACTT GAGAAAGAAC GAAATCTAGC TCATTTTTTA 1500 AGTTTGGAAC TCCAGAAAGA GCAGTATCGG GTTGATCTGG TAGAGGAGGG GCAAAAAGCC 1560 CTCTCCATGG CTCTTCAGAC AGACTATGAT TTGATGTTAT TGAACGTTAA TCTGGGAGAT 1620 ATGATGGCTC AGGATTTTGC AGAAAAATTG AGCCGAACTA AACCTGCCTC AGTCATCATG 1680 ATTTTAGATC ATTGGGAAGA CTTGCAAGAA GAGCTGGAAG TTGTTCAGCG TTTTGCAGTT 1740 TCATACATCT ATAAGCCAGT CCTTATCGAA AATCTGGTAG CGCGTATTTC GGCGATCTTC 1800 CGAGGTCGGG ACTTCATTGA TCAACACTGC AGTCTGATGA AAGTTCCAAG GACCTACCGC 1860 AATCTTAGGA TAGATGTTGA ACATCACACG GTTTATCGTG GTGAAGAGAT GATTGCTCTG 1920 ACACGCCGTG AGTATGACCT TTTGGCGACA CGG 1953 (2) INFORMATION FOR SEQ ID NO : 155 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6474 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 155 : CCGGCAGTAC ACGAGCTTGG GGAACAGCCA CTGGAACGAT GAGGTGTGAG CTCAAAATAT 60 CCTCCAGTTA TGTTTTTCCT AATAGTATAC CGGAAGAGTG AAAGGATTTT ATAATGGAGC 120 GGTTACAAAG AACCTACTTT CTATTAAACA GTATACTATG AAAATGTGAA AATTTAACAT 180 TTTTTTGTAC AAATTTTATA AATTATTGCC TTTTTAATAT CAATAGTTAA TCTCTTATCC 240 AGATCCCCCT TGTGTAAACT TTATCTTTAT AAGCTTCAAG GCCCCTATCC CATCTATTTG 300 CAACAATTAG ATCACTTTGT TTTGTAAATA GTTCAAAATT CTTTTCAATA ATTACGTTAT 360 CTATACTAAC GTTTAAATTT GGTTCATATA CTAAAATTTT TATACCGACA ATCAATAGTT 420 CATTAATTAT ACTTAAAATA GCTGACTCTT TGTAATTATC TGAATTATAT TTCATCCCCA 480 ATTTATATAT TCCTACTATC TTTGGCTTTC GTTCCAATAT TTGTTTAACT ATGAACTGTT 540 TTCTATTTGT GTTTGAAATA TCAATCGCTT CTATCACTGG GGCATTTATT TCTATAAATT 600 CTTTTTTTAA TTGTTTAGTA TCTTTGGGAA GACAATATCC TCCAAATCCA AAAGAAGGAT 660 TATTATAAAA ATTTCCAATT CTTGGATCTA AACAAACACC TTTTATTACA ACTTCAGCAT 720 TTAAGCTTCT CCTCTCAGCA AAAGAATCTA GTTCATTAAA AAAGCAACAC GGAGAGCTAA 780 GAATGTGTTA GAAAAAAGCT TAATTGCTTC TGCTTCAGTA GGAGAAACTA ACATAACATT 840 TTTAATATTG GCAGTACTAT GAGTACTAAT CGAAAGGAAC AACTCTGCAA TTTTTCTTCC 900 TTCAACTGTC TCATCTCCAA CAACTATGCG ACTTGGATAT AAATTATCAT ATATAGAACA 960 ACCTTCTCTC AAAAATTCAG GGACAAAAAT GATATTTTTT GTATCAAACA GCCTTTTTAA 1020 TTTGTTTGAA AAGCCGATCG GAACTGTTGA CTTTAAAATA ATCTTTCCAT TAGGTTTTAC 1080 CCTCAGAATC TTCGATACCG TTTGTTCGAT TTCATATGTA TTAAAACTAC CAATTTTCTC 1140 ATCATAATCT GTCGGAAGCG CAATAATATA ATAATCAATA TTATTTTTAA TTTCAGAAAA 1200 TGTATCAAAA AAAGTAATAT TTAAGTTATT CTCGCAAAAA AACTTCATAA GCTCTTCATT 1260 TTTAGATGGA AGAATGCCCT TTTTTAAATT ATTTATTTTT ACAGAATCTA TATCATATGC 1320 AACAACTTTA TATTTAGATG CAAATAGTAA CGCGTAGGCC AGCCCAACAT GCCCCAAACC 1380 AATTACTGCT ATATTCATAA AACTACTTCC TTATTTCTTA ATCCAAAATC TAATAGAATA 1440 AGCTGCCCCA TTCCTTAAAT ACAACTCTTT AATATTGTTT AAAAGTTTTT CAACTGATTT 1500 CCAGATTATC AAAATCTGAG ATTTATAGCA CAATATTGAT GATATTCTAT CAATATAATT 1560 TTTTTCATCA AGTTCCTCTT GATACATTTT TAATTCTTTA GTTTTTCCCA TATAACTAAC 1620 CATACTACTA TCACTTACAT ATGGGAAGTC CTCATAATAT ATTACTTTAT AACGCATAAA 1680 TTCAAGCGCC CTTCCAATAC TATTCACAAA AACATGAGCA ACATGGTCAC CAAGTGAAAG 1740 CGGACAATAT ACGACACATT TGTCGTCTAA ATGCATTAAC AGCTCTTTTA TGATATCATT 1800 CTTTAATGTG TCCTCATTTT TTAATTCACT ATAGATATGA CGGTATAGAA AATTGCCATT 1860 TCTATCTTTC CTATAGAGAC ATTCATAGTA CGATAAGTGT CTAAAATCAC ATTGTAGACG 1920 TTCACAAGCT AACCTGTCTT CTTTCTTCCT TTCTTCAATC GGATATTTCC CAAGGTTACA 1980 CAACTTATGA AATTGCTTAG CAGAGGGCTG TAGCTGTTGG CTCAAAGGGT AACCAGAAAA 2040 TATAGTAATA ACAAGTACAA TTTCTCCTTC TGAAGTTAAT TTTGAAATAT AATCACCACA 2100 GGAAAAAATT GCGTCATCTA AATGTGGAGA TAAAAAGATA TACTTAGTAT TGTTACTCAT 2160 AACCATTCCC TCTACAATTT ATCTAAAAAC TCACTAAGTG TCTGATTAAA TTCCACATCA 2220 TCAAAAAAAT TCACCTTATT CTTAATAATG AATATTTCGT TAAATAAACA TATATATAAA 2280 TATTTCAATA TCCTTTCAAT ATCATCCTCT AAATTCTCCT CAATATTTTG TATCAGCCCA 2340 TTTACAATCT TATTAAAAAA GATAAGCTCT TTATCTCTAA AATTAAATAT TTTCATACAA 2400 CTGTTGTATC GAAAAATATA TAAAATAATT TTTACTAATG TTTGAATATT TAAACAACTA 2460 AATAAATGAG TTGTACCCGG GACACTATTT ATGTTATCAA GAACACTATC TTGAAACCTC 2520 AACTCACAGT TCTTTTTGTG AAATTCTTTT TTATCGTTTA GATCTGATAT TTTTTTAGAC 2580 ATTTCAACAA TCTCAGACAT TTTATATGGA TATCTAGGAT GAATGCCAAA ACTATGCAAA 2640 ATGAACTGCA CCCCAAAAGT TAGACAGAAT AAATCTAACT TTTGGGGTGC AGTTCATAAG 2700 ATTGGGATAT TTTTTTTTAG CTAGAACTAG TAGAAATATA TAGTCAAATA ACAGATACCT 2760 TAAGGGTTTC TCATCTACAT AAAAAAATGA TACTTTTTTC TCTTCAGTAA TTACCTCATA 2820 AGCTTCACAA TAGAATCTCA TGTTTCCCTC CCCTATATTC TTAAATAAAA TCCTTTGGAA 2880 ATTGATATAT CTTAGTAAAA TATTGTTTAA GTTCCGGATG CGGAGCATGG GTAACAATAA 2940 TGACAGTCAA ATCCTCTCTA TCTAATATCT TACGTTCAAT CGCTAACGAA GTTCTCCTAT 3000 CGATAGCAGA AGTTCCCTCG TCAATTAATA CTATTTTCTT ATTTCTAATT AGCCCTCTAG 3060 CTAAAGTAAT TTTTTGTTTC TGCCCTCCTG ACAGTAATCT CCCATCATCA CCAACATAAT 3120 AATCTAAAAT GTTATTAGGA AAATCTTTTA CACTCAAACC AACTTGCTCT AAAGACTGTA 3180 GTATTTCTTC ATCAGTATAA TTTTCTTCCA ATAAAATATT ATCTCTAATC GTACCTTCAA 3240 ACAAATAAGC TTTTTGATCT ACATATAGAA CATTCGAAAC CATATTTAAA TAGGAGGTTT 3300 TTTTTATATC ATCCCCGCAG AATCGCAATT CTCCACTATA ATCTCTCAAA AAGCCATTCA 3360 ATAATTTTAA TAATGTAGAT TTCCCGCTTC CACTTTCACC TAAAATTAAA TACTTTTCAT 3420 TACGTTGAAA ACAAAAATTT AAGTTTTTTA ATATTTCTTT ATCTCCATAC TTATAGCAAA 3480 TATTTTTTGC TTCATATAAC GGAAAATCTC TATTCACCTC ATTTGGTTCG ATATCATTCA 3540 TTTTATTTGA CTCAATTGGA TTAATTGAAT ACAATTTTAA AAAAATAGGC TTCGTACCAA 3600 TAATAGAGGA TAATTGACCT CCTAATTCAC CTAGCGCTGT AAAAATAACA CCTGTTAGTG 3660 CTCCTATTGC TTCAATAGTA CCAATTTTCA CTATTCCTTT TATTGCAAGA TAGCCTGTTA 3720 AAAAAACGAG AGATATCTGA AAAAAAATAT TGAGAAAGAA GCTAATAGCG CCTGCTAACG 3780 TTTCTACAGT TGTCTTTCTT TGTATAACCA TCTTTAATAA AATTCCTGCT TCTTTAATTT 3840 TCTTAGGCAA TACATATAAA AGATTCAAGG ACGCTAACAC ATCAAATCCA TTCAATATAG 3900 TCTCACTAGA TTTTAAAAAA GCTTCATTTT GGTTAGTTAA ATTTAGACTA ACTTCTCGCA 3960 TTTTCGATGC AAAGATTTTT GGTACAAGTA GCATAATCAT TAATGAAAAC AAGGTGGCTA 4020 CAGTCAATGA CCAATGATAG TGATTAAGAG TCACAACTGC AAATATAGTA CCAGAAATTC 4080 CTTTTATTAC TAAAAAAAGT TGTTTAAACG CCTGATCATT TAAAGTCTGA ACATCATTAT 4140 TTAGCCACGA AAGATATGTT CCTGATGATT TACTATGAAA TTCTTGATAG GTAGAGTTAG 4200 AGATGTCTGT GGCAACTCTA TTTCGAATCT CTAGATTAAA CTCTTGGATC ACTTCAACCT 4260 GATAATTTTT CACTACCCAG TCAAGGAATA TTATCCCACA CCAGACAATC ATTTGGTAGA 4320 TTGACAATTT CAAAAACCGC TCTAAATTCA TCGCAATTAA TTCATTCAAC ACCAGAGCAT 4380 TAATAGTTGC TGCATAAATT AGCAATAATT GACCAGCAAC AATAAATATC GTTAATAAAC 4440 TAAATTTTTT TATATTTGAT TTTATAATAG TATACACAAT AGTTTCTCAC TTTCTAAATT 4500 TTAATTGAAC ATAGTTTTCA TATATACAAT AGAAAAAACC AAAATGATAT AATAACATAT 4560 ATTTCAAAAA AGAAATTCGT TAAAAATTTT TTCTTCTCTT GCCTTCTTGA TTACTTTTAA 4620 AGCCTTGCAT TTGTCTCCTA TTAATAGTAA CCGCTTTATG TTTAAAGAAT AATATTTCTT 4680 TGTAACCAAT ATTCTCTCGT TGAAACTCAA TAAATTAAAA TATTTCCTAC AGTAATTATA 4740 ATATTCTTCA TCTGCATTAA TTGTTTTTTG TGTCACTCCA GTGATACCGT TTTCTTTACT 4800 GTGAGCGTAG TAATTCACCA AGAATTCTCG CACTATATCA ATTTGGTATC CTTGAACAAG 4860 TAGTTTTAAT AAAACAACAC CGTCCTGATG TGAATCTATT TTCTCAAAAC CATTAATTAA 4920 TTCTAGCACC TCTTTTTTAC ACAACCAAAA TGACGTACCT GCTATATTGT GAACCATTTG 4980 AACAAACAAG GGATTTCCAA CAAAATCGGT CTTCTCCTCT TCTCGTGTAC CATTTGGATA 5040 AATTATTATT CCATAACTAC AAACTAAAGC TAAATTCTTC ATTCTACTCT TTTTAAAACA 5100 AGCCATCAAC TTTAAAATTC GATCTGGCAT ATATTCATCA TCATCGTCTA AAAATGATAT 5160 ATACTTACCT CTAGAATTTT TGATACCTAT GTTTCTGGCA TTAGTTGCAC CTAAATCTTC 5220 ATTACTTAAA ATTAACTTAA TTCTATGATT GGTATAGCCA AATTGATGGA TAATTTTATT 5280 TCTTAAATTT ACATTACTAT AATTATCATC AATAATTATA ACTTCGATAT TTTTATAACT 5340 TTGATGTAAA CAACTTTTCA CAGCTCTAAT CAGAGATTCA TACCTATTAT GTGTTGGTAT 5400 TATAATACTT ACTAATTCTT GATCTATATT CCTATCCATG ACTACTCTTC TCTAATAATT 5460 CATCATATAC TCTCATGGTT TCTACAAACA TTTTTTGCAC AGAAAAATGT TTTCTTATTT 5520 TTGATTTACT ATTCTCACCT ATATATTTCA AATACTCAGA ATCATTGAGT AAAAAATTAG 5580 CACAAGCACA CACTCCCTCA ACATCTTCCT TCTCAAATAA AAATCCATCA ACCCTATGTT 5640 CAATAATTTC ACTTAACCCG CCAACATTAC TAGCTAAAAC CGGAGTTCCT TGTGACATTG 5700 ACTCTAAAAC ACACATAGGT ATTCCTTCTG TATCAGAAGG AATATACAAT AAATCCGATA 5760 TTTGGTAAAC TATAGTAGCT GGATAGATTT CACCAAGTAA CCTGAAATTA TCTCTACATT 5820 TCAAATGGCA AATTTTTTCT TTCAAAGCAG CCCACATACT ACCATTTCCA GCCATAATAA 5880 AAATCACATC TTCTCTGACT AAAAATAATT TTTCTGCAAA TTCAAGGAAT CTATCCGGCC 5940 TTTTTTCTGG ATCCAACCTT CCAACATAAC AAATGATTTT TTGTTATTTG GAATACAAAA 6000 TTCTTTTTTA AAGTCTTGAA CACCTACTAC ATCTAAATCG CTATTTGATA CATTAATTCC 6060 GTTATTTATT GCAACTATCT TCTTATTTTT TATTATACTC TCCAATCTTT TTTTTCATAG 6120 TTTCAGATAC ACAAATAAAA GCATCTCCCA TAGAATATGT CCAAAAATCA AAATAAGTCA 6180 AGAATTTCTT TTTTAAGTTA TATTCAACCC ATCCATGGCA TGTTATCACT GTCTTAACCT 6240 TTCCAAATCC ATTCTTGTCA AGTTTTTTTA ACATATATAA AAAATAATTA GTTGAGTAGC 6300 CATGACAGTG TATAAGTTGG ATTTTTAATA ATTTTAAAAT ATTTTTAACG TGTAAGGCAG 6360 TTTCAAAATT ATTTGAACAT TGAGTACAAT CAACATAGGC AATATCTAAA TTTTTATAAT 6420 CATCAATAAC CTTTGAATCT CTAGATACAA TTATCAAAAT AGGGAATAGA GACA 6474 (2) INFORMATION FOR SEQ ID NO : 156 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4792 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 156 : TATTTAACGA TTTTTTTCAT GTCATTTCCT CCAAAATAGA ATACCTTATA ATCTTAACAG 60 AAAAAGAGCA TTTACGCCAT TATATGATAT CTATCTCTGT GATAAGTTTT TTTTATGGGT 120 AATTTAAAAG ACCAAACGCA AGATGGCAAT CAAGACCACT CCAAAGAGAA CTGTTCCGAC 180 TAGATTGCGG TAGCGAAAGG CTACCCAAGC TGTTGGAAAG ACGGCTAAGA AGTCCAGTCA 240 TTTGATTTGA GGAAGACTGC CAACCTTACC TGTCACTACG CTTGAAAGAA TCAGGGCAAA 300 GATAATGGAA ACAGGCAAAA ACTTCAAAAA ACGCTCAACA ATCGCAGGCA GGCCCTTATA 360 CTTGACCAAG ATGAAGGGAA TCATACGGGG AATCCAAGTC ACCAAGCCAG AGAAAATAAC 420 TGCTAATAAA AGATACTTAC TGACCATCTA AAACCACCCC CATGCTACAA CCAAGTAGCG 480 TCGCAAACAG AACAGCTAGT GACTGAGACA TCACTGTCAA GAGCAAAAAG AAGGACACCG 540 CAACAACTGC TAGGATAATG AGCAGATTGC GGACAGGAAT CCGTCTTTGC ATAATCTGAA 600 ATTGCGAAGC AAAATACCAA TAAACATCCC AACCAGGGCA AAATCCAAGC CAAAGATTTC 660 TGGATTTGGT AGCAGGCCAC CCAGAGCCGT TCCGACTACT GTCCCCACAA ACCAAGCCAC 720 ATAGCTGTTA AGATTGTTTC CGTGCATCCA CATAGGATTT ACCTTGTCTG TATGGGCCAA 780 TTCACCCATC AAAACGCCAT AGGTCTCATC TGTCAAGATA CTAGACATAC CGATATTGTA 840 CCAAAGACTG GTATGACGGA AATAAGTCGA TGCGTGTAAA CTCAACAAAA AGAGACGCAA 900 GTTGATTAGA AAAACCGTCA TAGCAATAGC TGCCACAGGA GCTTGAACCA CAATCAGTGC 960 CAACATGGCA AACTGGGCAC TCCCAGCATA AACAAAGAGA CTCATCAAGC CCATCTCAAC 1020 AGGTGTCACA TAGGGCGCAC CGATAATTCC ACAGGCCAGG CCGATACTGA CATAGCCAAG 1080 AGCCGTTGGC ATGGCTGCCT GCGCCCCCTC CTAAAATCCT TTTTCTTTCA TCTTTCTCCT 1140 CATATTGTCT TAATAATACT CAATGAAAAT CAAAGAGCAA ACTAGGAAAC TAGCCGCAGG 1200 TTGCTCAAAA CACTGTTTTG AGGTTGCAGA TAGAACTGAT GAAGTCAGCT CAAAACACTG 1260 TTTTGAGGTT GTGGATAGAA CTGACGAAGT CAGCTCAAAA CACCGTTTTG AGGTTGTGGA 1320 TAGAACTGAC GAAGTCAGTA ACCATACCTA CGGCAAAGTG AAGCTGACGT GGTTTGAAGA 1380 GAGTTTCGAA GAGTACAAGT AGGCTGAAAA GAATCCAACC ACAGCATGGA CTATTATATA 1440 GCAGATTGAA ATAAGATGAG AACAAATCGA TTGGGAAAGT AAAATTAATT TCTATAAATG 1500 TTTTAGCAAT TGTTTCGTAC TATTTTAGAT TCAGTCTATT ATAACACATT CAGAAAAGAG 1560 AAAAAAGTCT GTTGATTTTG ACCATCATAA AAAGACTGGC AATCCAGTCT CAAACATATA 1620 TTATAGAAAT TCTCCACTAA ATACTTTCAC GAATATTCAG AAGCATAACA AAGGCAAC'PA 1680 GAAGAAATAG CAATAAAACA AAGCTAACTG CCAGAGTTCC AAAGCTAGTA GCAATGGTTA 1740 CCAAAGCTAT TGTAAATAAG CTAGGTAAAA CAACCGTAAT GGCACCGATA GAGGATTGAA 1800 CTGCTCCCAT TGACTCCTCA GGTATTTGTT TAAAAACGAG TTCTTGCAAT CTAGGAGAGA 1860 GAACACCTGC GAAAAAGGCA TCCAAGGTAC TAAAGATGAG AATCCAGTCA AAACGAACTG 1920 TGGCAAATCC TACTAGAAGA AGCAACTGGA TGACAAGTGA GGCATAGAGA GCTGTTTTTA 1980 TGGAAATGGT ATGTTGCAGA TAGCCACTTA CAAGGCTTCC GACAATCAGG GCTGATAATT 2040 CTAGTGTGGC TAACAAGGCA AGAGATTGAC CAGTTTGTAA ATTCAAAAAG GGCTGGTTCC 2100 TTAAAAATAG AGTGGAAATA GGAACCGTAA CATTTATCAC TGCTTGACTA GTAGAGATAA 2160 TAAACAAAAC CAAGAGCACC TTATTCATAT TCCATATCAA TTTCGATGAT TGGAGCAAAT 2220 GCTGGCAAAA GGATTTTACA GAGAGTCCTT CTTGATAGCT AATCGTTTTT TCTACTTTCA 2280 AGAGGTCAGT TTTTATGAAG AGGATACCTA AAAATGCGAT TAAAAAGGTA AGAGCGTTCA 2340 GTAAGGAAAT AAACTGGATG GATAGAATGC CTAGTAAGAC TCCTCCTAGG ATATTACTGA 2400 TTGTTTTCAC TAAACTAACA GTTGACTGTT TAAAGCCAAT AGCTTCTGCC AGATGGTCTT 2460 GCCCAATAAT TCTAATGAAA ATCGGAGTGA GCATGGCGCC TGAAAAATAA CTCAATGTGT 2520 CAGACAAGAG GTTAATCAGA CAAATAAATG CTACTAGCAA CAAGGAGAAA GACTGCCCTG 2580 AAAGTGATAA AGACACTATA GAGTAAAGCA AAAATTTTGC AAAACTAATG ACTGTGTATT 2640 TCAAGACACG ATGATGTTGA AAATCCGCCA AAACTCCCAG AAAGATTTGT AGAACTTGGG 2700 GCAGGGTTTC TGAAATCGTG ATGAGTAAAA TCGCCAAAGG GGCAAAAGAT GCATCTGCCA 2760 CATAATTCAG GAAGGCCAGA TAAAAAATCG TATCCCCAAG CGTTGAAATC CACTGGTTGA 2820 TAGTTAATTG CCTAAAATCT CTATTTTGAA GAAATACTTT CATCACAACT CCTTCTTAAG 2880 TTCAAATGGG AATCTTTCCC CAAGGATAGA CCGCGATACT ACTAACAACC AAAATTACAG 2940 TAACATCAAA AGCTGACCAA TGCCATTGTA GACTATATGC AGTCCAATAG GCCAATAAAT 3000 TGACTTTGTC ATTCTAAATA AGACTGCAAA TATAAGACCT CCACCCATAT AGAAGACAAA 3060 GTCTGTCAAG ACCCAACCGT GATTACTAAT GTGCGAGACC CCAAATAAAA CAGCGGAACC 3120 AAGTACATCT AGCCCCCATT TCTTTCCTTT TTCCAGAGCA GTCATCACTA ATCCACGATA 3180 AATCATGTCT TCAAAAATGG GACCTGCAAT CACAGGATAA AAAAAATACA TCAAAAATGC 3240 TGTAGCCCCT GTAAAAGTCG GAGCAGCATG TTGATAAGAA ATTTCATTTC GAGTAGGTGG 3300 GAAAAGAAAA AAGGTAACGA AATTCCAAAC AACAAAAGCA AGCAGAGCTA GGAAGGAATA 3360 GAAAAGATAG GATCCTTTAA ACTTTCTACT ATTGATTTTC TGCCATTTCC CCGACCAAAT 3420 CATAGCAATA AGAGCAAATA AAACCACAAG AAAATTCAAC ATCATATCCG ACAGATAATA 3480 GGCAAAGTCA GATAGCCCAG TAACAAGGTC GCTGCGTAAA ACTAGAACAC TGAACTTCTG 3540 GTCAGCAATA ACTAGTAGAA AAACTATAAT AAAGTAGCGG TGTGAGATTA TCTTTTTCAT 3600 ATATCACCTT TCTAATATCC AAATACCAAT AAAGTAACAA TGAGTAAGAA ACTATTCCAT 3660 GAAGCATGCA GAGCTATAGC CCAATAGATG GATCGGGTGT AGCGAAACAT CATACAAAAT 3720 ATCAAGCCCA TTCCAAAATA CTTTATGAAA TCTGTCGTTA TCCAACCATA CTGCAAAACA 3780 TGCATAGCGC CAAATATGGC AGCGGAAACA AGAACATCAA GATAGTATCT CTTAACTTTA 3840 GATAAACTTG TCATCAAAAG ACCACGACAA ACAACCTCTT CTGATACAGG TGCGATAATA 3900 CTAGTATAAA GTATTCGCGT AACAAAATAG CTAATTCCTG TTAAATTGGT GGCTACTTCT 3960 ACGACTGTAC TTCCATTCTG GGTACGAGGA AAGATATAGG TTGTTAGATT TGCCCACACG 4020 AACAATAAGA AAAAAGAAAG AAGGAAAACA CCCAGGTAAG ACCAACGAAA CTGGAAACGA 4080 CCACACTCTT TCCAATGTTC ACTTTTGACA AAAGCAATTG TAGCTATAGT TCCCAGAATA 4140 AGTACCAATA AAACTTGGAA CACATAGTAC ATATTATCAG ACAAAGCAAC CATAAAATCT 4200 AAGTCTGATG TGACATTAAA AATGAGGTAA TAAGTCAAAA TCAACAAGCC AGTTGCTAGG 4260 TGAAATTTCA CTTCTTTCAT TTTCTTCATC CTATTATCTC CTATAAGAGC CTATCTTCTA 4320 CGGCGGCCAA ACAATCCATC TGCTAAATCT ATAGTCCAAT CAAAAGCTCC ACGATTAGGA 4380 CTCATCCCTT GATTGCCCCA ACCAGGGTAA ATTCCTGGGA CGCCCCAACC AGATATACCA 4440 CTTCTTCCAC CACCTCCCAT AGAATTTACG AGGTTGCCTC CTCTAACATC TTGCAACTCA 4500 GCTTCTGTCA ATTCCATTGT TTCTGCAAAT TGTAAATTTA ACATCTTTTA CACTCCTTCA 4560 ATTATCTTCA TTTGTAAACC ACTTCTGCGA CCTAGGATTT GCTTCAAGTG CTTTACAAGT 4620 ACAGTATAAC ACGAACATTG GCTTATTTTA GAAAATCGCA TATTTGATAT TTTTTCTTAT 4680 AGAAATTTCA GATTTGCGAT TTTGGTGAAT TTGATTACTT CTCTGGTATA ATAAAGTTAC 4740 TACTAATGAG GAGTGGAGAA ATATGAAGAA ACAAATTTTA ACATTATTGA AA 4792 (2) INFORMATION FOR SEQ ID NO : 157 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2156 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 157 : CCGTTCTCGG CGACGGCCAT CTGATGAAGC TATTTATGAG GGAAACTGGC AAGCTGGAGA 60 GTCAGAGTAT CTAGTCTTTC ACCGATTGCT GTGGCAGCAG ATGTGCAGGG AAAAGGAGTT 120 GCTCAAACCT TCTTAGAGGG CTTGATTGAA GGTTTTGATT ATCTTGATTT TCGCTCAGAT 180 ACGCATGCTG AAAACAAGGT TATGCAACAT ATTTTTGAAA AACTTGGTTT TAAACAAGTC 240 GGTAAGATGC CAGTAGATGG CGAACGCTTG GCCTATCAAG AATTAAAGAA ATAATGCAAA 300 AGAAGTATGT AAAAATCCTC TACTCCTCAC CAATTGGTAT TCTATCACTT GTAGCTGATG 360 ACCATTATTT GTATGGAATT TGGGTTCAGG AGCAGAAGCA TTTTGAGAGG GGACTAGGAG 420 ATGAAACGAT AGAAGAAGTT GTTAGTCATC CTATTTTAGA CCCAGTTATT GCTTGCTTAG 480 ATGATTACTT TAAAGGCAAG CCTCAGGATT TATCCAACTT GCTCTTGGCG CCAATCGGAA 540 CGAATTTTGA AAAGAGAGTT TGGGACTATT TACAGGGCAT TCCTTATGGT CAGACAGTGA 600 CCTATGGACA AATTGCTCAA GACCTGCAAG TGGCTTCTGC TCAAGCAATT GGTGGAGCAG 660 TGGGACGCAA TCCTTGGTCT ATCCTAGTAC CTTGTCATCG TGTGTTGGGA GCAGGCAAGC 720 GTCTGACAGG TTATGCTGCA GGAGTGGAAA AGAAAGCTTG GCTCTTGGAG CATGAAGGAG 780 TAGATTTTAA AGATAGAAGC AATAGAAGGA GAAGCACATG TTAGAATTTA TCGAATACCC 840 CAAATGTTCA ACTTGTAAAA AAGCAAAACA AGAATTAAAT CAATTAGGTG TGGACTATAA 900 AGCCGTCCAT ATCGTGGAAG AAACACCTAG CCAAGAAGTC ATTTTGAATT GGCTAGAAAC 960 CTCAGGATTT GAATTGAAGC AATTTTTCAA CACCAGTGGT ATCAAATACC GTGAATTAGG 1020 GCTAAAAGAT AAGGTAGGAA GTTTGTCAAA CCAAGAAGCG GCTGAGTTGC TAGCAAGTGA 1080 CGGTATGTTG TTAAAACGGC CCATTTTAGT AGAAAATGGA ACTGTTAAGC AAATCGGTTA 1140 TCGAAAATCT TATGAGGAAC TGGGACTGAA ATAGTTTTTA TCTATCTCTT TGATAGATAA 1200 AATATATAAC TTCCCTGTTT CAAAGTATGA TAAACTAGTA GGTAGACAAA GTCTGTATCT 1260 GACCGTAGCA AATAATTTCA TTGACGGCAG AAGCATGGTA GCATGAATCA TTATCAGAAG 1320 AGGATGTTTT TATGAATGTT ACAACGATTT TAGCATCAGA TTGGTACCAA AACTTGATGC 1380 AATTGATTCC GGATGGCAAG CTGTTTAGCC TACGTTCGGT CTTTGATGGA ATCCCTAGAA 1440 TTGTCCAACA ACTTCCAACA ACAATTATGT TGACAATTGG TGGTGCCCTT TTTGGCTTGG 1500 TTTTGGCGCT TCTTTTTGCC ATTGTGAAGA TCAATCGTGT CAAGATTTTA TATCCCTTGC 1560 AGGCCTTCTT TGTTAGTTTC TTAAAAGGGA CACcGATTTT GGTGCAACTC ATGTTGACCT 1620 ACTACGGAAT CCCTTTGGCT TTGAAAGCCC TCAATCAGCA ATGGGGAACT GGTCTCAATA 1680 TCAATGCGAT TCCAGCTGCA GCTTTTGCGA TTGTCGCCTT TGCCTTTAAT GAGGCAGCTT 1740 ATGCTAGTGA AACCATTCGT GCAGCCATTC TCTCAGTTAA TCCTGGTGAG ATTGAGGCGG 1800 CACGCAGTCT GGGTATGACC CGAGCGCAAG TTTATCGACG AGTGATTATT CCTAATGCAG 1860 CGGTGGTAGC TACTCCAACC TTGATTAATT CCCTCATCGG TTTGACCAAG GGAACATCTC 1920 TAGCTTTTAG TGCGGGTGTT GTGGAAGTCT TTGCCCAAGC TCAGATTCTA GGTGGAGCTG 1980 ATTATCGCTA TTTTGAACGC TTCATCTCCG TTGCCCTTGT TTATTGGGTA GTCAATATCG 2040 GAATTGAAAG CCTCGGTCGT TTCATCGAGA GAAAAATGGC TATTTCTGCA CCTGATACAG 2100 TGCAACAGAT GTGAAAGGAG ACCTTCGTTA ATGATTAAGA TTTCGAATTT AAGCAA 2156 (2) INFORMATION FOR SEQ ID NO : 158 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3140 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 158 : GTATCTCTAC ACATGTCTTC AATCGATTTT GTTGTCCTCC AATTTAATTC CTTATATGCT 60 TTGTCTGCAT TTGCATAACA AGTTGCAACG TCTCCTGAAC GTCTTGGAAC TATTTTATAA 120 GGAATAGGGA TCTTATTAAC ACTTTCAAAT GTATTTACAA GTTGTAATAC ACTAGTGCCT 180 TCTCCCGAGC CTAGGTTATA GATATAAACA TCTGTTTTTT CAGATACTTT TTCTAAAGCT 240 TTTATATGTC CTATTGCTAA ATCTACTACA TGGATATAAT CACGCACACC AGTACCATCA 300 AGCGTATCAT AATCATTTCC GAACACACTT AGCTCTGATA GCTTACCTAC CGCTACTTGT 360 GCAATATAAG GCATCAAGTT GTTAGGAATT CCTGAGGGAT CTTCCCCAAT CAAACCAGAC 420 TCATGAGCAC CAATTGGATT GAAATAACGA AGCAACGCAA TACTCCATTC TGAATCTGCC 480 ACATGAACAT CTTTTAAAAT TTGCTCAAGC ATCACTTTCG TATACCCATA AGGATTTGTC 540 GCACTTGTTT GCATCGTCTC AATTAGAGGT GACTGATTGT TAATTCCATA TACAGTCGCA 600 CTTGAAGAAA AGACAATCTT TTTAACATTA AATTCTGACA TCACTTCAAC AAGTGCCAAT 660 GTACTCATAA TATTATTTTT GTAGTACATC ACAGGCTTTT GCACGGATTC TCCGACAGCT 720 TTATAACCTG CAAAATGAAT TGCAGCATCA ATCGATTCTT GTTCAAATAC CTTTCTCAAT 780 GCTTGTTTAT CACAAACATC TAATTCGTAA AACACGGGAC GTATTCCTGT AATTGCTTCA 840 ATACGGTCTA GCACCAAGAT GCTAGAGTTC GAAAGGTTGT CGACAATGAT AACTTCCTTT 900 CCTAAATTTA GTAATTCTAC TACGGTATGG CTACCAATAT AACCAGCTCC GCCTGTTACC 960 AATATTGCCA TCTGGGTTTC CTCCTAATTA ATTCCAACCG ACTTAACAAA TCTCATAAAC 1020 GCTTCATGCC CAGACGGTGT ATTCTTATAA ACTCCTGCAT CTTCCAGAAC TCTCGCAAAC 1080 ACTTGTCCTG CTTCGTGTTG AACTACGCTA TTAACCTCTT CTTTATTAAT GCGAGGATAT 1140 TTTTCTTTCA ATTGGTCGGC CCATTCTAAA TGATAATCCG CAATTGCATT ATCCTCTCCT 1200 AAAAGATATT TTCCAACTTC TTCTAACTCT GGTTTCAAAC GAGGTGGTAA TATCGCAAGT 1260 CCCATCACTT CGATTAACCC GATATTTTCC TTTTTAATAT GTTGTACATC TTGATGAGGA 1320 TGGAAAACAC CATCTGGGTA TTGTTCAGTA GTATGATTAT CTCTTAGAAC AATATCTAAT 1380 TCGTATCTCC CGTCCACTTT ACGAGCAATA GGAGTCACCG TATGGTGTGG GACATCTTCA 1440 GTCATAGCAA TGATGTCTAC TTCTAAATCT GAATATTCTC TCCACTTATT TAGAATTTTA 1500 GTAGCTAAAT CTAACAAGCG ATTTTTATTT TCACTTTGTA ACCTAATTAC TGACATTGGC 1560 CATTTTACAA TACCAGCATT AACATCCTCA AAGTCTTTAA AACAAAATTC ACTCTCAAAT 1620 TTTGCTTTTT CCATTGGGAA AATATGTTTC CCTCCCTGGT AGTGGTTATG ACTAAGAATG 1680 GAGCCTCCTG AGATAGGAAG ATCAGAATTT GAACCAGCAA AATATCCTGG CAAAATATCA 1740 ACAATCTCCA ATAATTGTTC AAATGTTTTA GAGGTAATAG CCATTGGTAC ATGTTGACTA 1800 TTCAAAAATA TCGCATGCTC ATTAAAGTAT GAGTAGGGAG AATACTGGAA TCCCCATACT 1860 TCGTCACCAA GTTTCAACCG AATAATTCTA TGATTCGAAC GTGCTGGATA ATTTATTCGC 1920 CCCTGATATC CTTCATTTTC CATACATAGT AAACATTTGG GATAATTAGT TGCTTTTACT 1980 AATTTTTCAG CAGCAATTGT TTTTGGATCT TTTTCGGGTT TTGACAAATT TATCGTAATC 2040 TCTAGCTCTC CGTATTTAGT TGATGCTCGA AACTCAATAT TCTTAGCAAT AGCAGAAGTT 2100 TTAATATAAT CACTATCTTT ACTTAACTTA TAAAACTCTT CAACTGCTTC TTGAGGTGAT 2160 ATATCATATG AACTCCAAAA AATATCATTT AATCGACTAG GTAAAGGAAC TATGAAATTC 2220 ATTAACTCTG CTCCTAAACA TTCCTTTTCC TCGATTAAAT CTTTAATTTT ACCGTTTTTT 2280 AAGGCGATTT CCACTAAGTA ATCTTTTATT TGTTTCAGGT CATTTTCATC GGAAATGCGA 2340 TCAATTCCCT CCTCACCTAT TAACGCTAGT ACTCTATTTT TCACATATAT TTTGTCAATT 2400 TCATTATACA TTCCGTATTC AATTACTCTA TCAACAAAAT TATCAATAAT TGTTTTCATA 2460 TATTTTTCTT TCTAATTTAT GTTCCCATAT TTTCTATACA TTATCCATTT ATAAATTGCT 2520 TGCGTAGTAT GAGCAATTTT ATCAAGGTGA TGAATAATAT CTAAAGCACT AATTACTTCA 2580 GAAACGTTCC CATCATCTTC AAATATGTAA TTCATTATTT TCTTTTCCAT ATTTATACTA 2640 AGCTCTTCTA TCTCATTCTG TTTTTGTATA ACAACCATAT CTAAACATCC AGATTGTTCC 2700 TCTCTATAAC AAGATATAGC CCTATTCATA TGCAGTCCGA TAACTTCATG AAGTATTTTT 2760 ATTTTTGAAA TAATTTTCTT CAAAATTTCA TTATTTTGAA GAATCTGTAG ATTTTTTAAA 2820 ATTTCAACAA TTCTATCCCC AATACGTTCA ATGTCAGTTG ATATTTTTAT TACACTAATA 2880 ATTCTTCTTA AGTCATATGA AACAGGATGT TGTAAACAAA TTAACTCATA TCCTTTTTTA 2940 TCAATATTTA GAACTGACTC ATTTATGATT AAATCTTCTT TAATCAATTC TACTCGTTCT 3000 TCATTTGATA AATATTCAAA TAACTTCTCA TATTTATCAA GCACAGATAC CCAAATGGTC 3060 TCTAAATTAT TTGATAATTC TATAATTTCA TTTTCTAAAT ATAACCTTAA CATTTAGGTA 3120 CCTCTTCTTA ACAAAGTTCG 3140 (2) INFORMATION FOR SEQ ID NO : 159 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9048 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 159 : CCGGATGATT TCCTGGTCAG ATAGGGGGAA AGTGACTTCC TCAGCAATCG CGCGTAGAGT 60 AGGATTCCCT TCACGGATAA TATCGTTCAT ATCAATTAAG TGAGCAGCTT TTGTAATACG 120 TTCTATTGCA GACATTTTCT CTCCTTATAT TATGTTTAGT GCAGTTAGCT ACTGCCAAAG 180 CCCAAGTGGT ATACTTGGAA TAAGCCACTG TGGATTAGTT CATTTTCTTT CATTACCTCT 240 ACATGATATC ACAAAATGAC AAGAATTGAA AGCATTATGG CATTTAGGAT TTATAGAAAA 300 TAGATAGGAA GTTCAATTCA ATTGTGAAAG AAATACTTAT CTGTGATATA ATAAAAAGAA 360 AAGGCTTGCA TAAGAAAGTA GGGAGAACGA AGATACAAAG AAGACAAAAT CGAAATCAGG 420 GTGGTTTAGC TTTTCGTTTT ATGAAGGGCT TGGTAAACTT TTTAGGAGTT ATCGCAAGTG 480 GAGCAATAAG GGATTTGTGG CGATACTCTT GCTAGCAGTT GGTTTATCAA TGGGCTTGGT 540 CTTGTTGTTT GAAAGCTTCC AAGGAATCCC TTGACTAGTC AAAAACGAGA TACTATTTCT 600 CAAGAGGGGA CTAAGCAAAA GTCTCAGGAG TAGGAAGAGG AAAAAACTGC CAGAATTATG 660 GCCCACGGGG ATTTGCTCTA CCACGATGGA CTTTTCTTTT CAGCTAAAAA AGAAGACGGT 720 ACCTATGACT TTCATGAAAA TTTTGAGTAT GTGACTCCTT GGCTCAAGCA AGGGGACTAA 780 GCAGCAGATT TAGCTATTGG TGATTTTGAA GGAACCATTA ATAAGGATCA TTATTTAGCG 840 GGTTATCTTC TCTTTAATGC TCCTGTTGAA GTTATGGATG CTATTAAGGA GGCAGGTTAT 900 CATGTGCTGG ATTTAGCTCA TAATCATATT TTGGATTCGC AAATTGAGGG AGTTATTTCA 960 ACGGCCGATA TTATTGAGAA AGCTGGAATC ACTCCAATCG GAGTTTATAC GCACGAACCA 1020 CGTGATCAGG CTCCGCTGGT CATTAAGGAA GTGAATGGTA TCAAGGTTGC ATTGTTAGCC 1080 TATTCCTATG GTTTCAATGG AATTGAGCAG TATATTTCTC AGGAAGACTA TAATCGTTAT 1140 CTTTCAGATT TAAACGAAGA TAAGATGAAG GTTGAAATTG AACGGGCAGA GAAGGAAGCA 1200 GATATCACCA TTATCATGCT TCAGATGGGT GTTGAGTATC GATTGGAACC AACTGAAGAA 1260 CAAAAAGCTC TTTATCACAA GATGATCGAT TTGGGAGCGG ATATTATCTT TGGAGGGCAT 1320 CCTCACGTTG TTGAACCATC TGAAACGGTT GAAAAAGATG GAGATAAGAA ACTCATTATC 1380 TATTAAATGG GGAACTTCAT TTCCAATCAA CGAATTGAAT CTATGGGAGA TGAAGAGAAT 1440 GCTAAGTGGA CTGAACGTGG TGTTCTCATG GATGTCACCA TCAAGAAGAA GGATGGAAAA 1500 ACAACTATCG GAACAGCTAA AGCTCATCCT ACTTGGGTCA ATCGAACACC AAAGGGAACC 1560 TTTTCACCAG AAGGATATCC CTTGTATCAT TACCAAACTT ATATTTTGGA AGATTTTATA 1620 GAGGATGGCA GTCATCGTGA CCAGTTAGAT GAAGCGACTA AGGAACGAAT TGATACAGCC 1680 TATAAAGAAA TGAATGAACA TGTGGGATTG AAGTGGTATT AGCTTGAATC CAGAGGAAAG 1740 TAAATGATGA TTAAGGTAAT TGCGACAGAT ATGGATGGGA CCTTGCTGGA TGCTAGAGGT 1800 CAGCTTGATC TCCCACGATT GGAAAAGATT TTAGATCAGT TGGATCAAAG GGGCATTCGT 1860 TTTGTCATTG CGACGGGCAA TGAAATTCAC CGCATGAGAC AACTACTGAG TCCCTTGGTG 1920 GATCGAGTGG TTCTGGTTGT TGCTAATGGC GCTCGTATTT TTGAAAACAA TGAATTGATT 1980 CAGGCTCAGA CATGGGATGA CGCCATTGTC AACAAGGCTT TGACTCATTT CAAGGGTCGA 2040 GCGTGTCAGG ACCAGTTTGT TGTAACGGGG ATGAAGGGTG ATTTTGTCAA GGAAGGTACG 2100 ATTTTTACAG ATCTTGAAAG TTTTATGACT CCAGAAATGA TTGAAAAATT CTACCAACGG 2160 ATGCAATTTG TGGATGAATT AACATCTGAC CTCTTTGGTG GTGTGCTCAA GATGAGCATG 2220 GTTGTTGGTG AGGAACGTTT GAGTTCGGTT TTGGAAGAAA TCAATGCTCT CTTTGATGGC 2280 CGTGTCCGAG CTGTATCCAG TGGCTATGGT TGCATTGATA TCCTCCAAGC TGGGATTCAT 2340 AAAGCATGGG GCTTGGAGGA ATTACTCAAG CGCTGGGACT TGAAATCCCA AGAAATCATG 2400 GCTTTTGGTG ATAGTGAAAA TGATGTTGAA ATGCTTGAAA TGGCTGGAAT TGCCTATGCG 2460 ATGGAAAATG CTGATGAGAA AGCCAAAGCT GTGGCGACTG CTCTAGCACC AGCCAACAGC 2520 CAAGGAGGAG TTTATCAAGT CTTGGAAAAC TGGTTAGAAA AAGGAGAATG AAGTGGCAGT 2580 ACAGTTATTA GAAAATTGGC TCCTAAAGGA ACAAGAAAAA ATTCAAACTA AGTATCGTCA 2640 CCTAAATCAC ATTTCTGTTG TAGAACCAAA CATTCTTTTT ATTGGGGATT CCATTGTCGA 2700 GTATTATCCT CTACAGGAGC TATTTGGGAC TTCAAAGACG ATTGTCAATC GAGGAATTCG 2760 TGGCTATCAG ACAGGACTGT TACTAGAGAA CCTTGATGCT CATCTATATG GTGGAGCAGT 2820 AGATAAAATT TTTCTTCTGA TTGGGACAAA TGATATCGGA AAGGATGTTC CTGTGAATGA 2880 GGCTCTCAAT AATCTCGAAG CTATCATTCA ATCCGTTGCT CGCGATTATC CATTGACAGA 2940 GATTAAATTG CTTTCCATTT TGCCTGTCAA TGAGAGAGAG GAGTACCAGC AGGCAGTCTA 3000 TATCCGCTCG AATGAAAAAA TTCAGAACTG GAATCAAGCC TATCAAGAGC TTGCATCTGC 3060 CTATATGCAG GTGGAATTTG TGCCAGTATT TGATTGTTTG ACAGACCAAG CAGGCCAACT 3120 CAAAAAAGAA TATACAACTG ATGGACTGCA CCTCAGTATT GCTGGTTATC AGGCTTTGTC 3180 AAAATCCTTG AAAGACTATC TTTACTAAAT AGCTAAATAA TGTTAAATTT GAGCATAATA 3240 TCTTGTAAAA AATTCTAAAA TCCTTTAAAA TAAAAAGTGA CGGAGGAATT TATGAATGTA 3300 AATCAGATTG TACGGATTAT TCCTACTTTA AAAGCTAATA ATAGAAAATT AAATGAAACA 3360 TTTTATATTG AAACCCTTGG AATGAAGGCC TTGTTAGAAG AATCGGCCTT TCTGTCACTA 3420 GGTGACCAAA CGGGTCTTGA AAAGCTGGTT TTAGAAGAAG CTCCCAGTAT GCGTACTCGT 3480 AAGGTAGAGG GAAGAAAAAA ACTAGCTAGA TTGATTGTCA AGGTGGAAAA TCCCTTAGAA 3540 ATTGAAGGAA TCTTATCTAA AACAGATTCG ATTCATCGAT TATATAAAGG TCAAAATGGC 3600 TACGCTTTTG AAATTTTCTC ACCAGAAGAT GATTTGATTT TGATTCATGC GGAAGATGAC 3660 ATAGCAAGTC TAGTAGAAGT AGGAGAAAAG CCTGAATTTC AAACAGATTT GGCATCAATT 3720 TCTTTAAGTA AATTTGAGAT TTCTATGGAA TTACATCTCC CAACTGATAT CGAAAGTTTC 3780 TTGGAATCAT CTGAAATTGG GGCATCCCTT GATTTTATTC CAGCTCAGGG GCAGGATTTG 3840 ACTGTGGACA ATACGGTTAC CTGGGACTTA TCTATGCTCA AGTTCTTGGT CAATGAATTA 3900 GACATAGCAA GTCTTCGCCA GAAGTTTGAG TCTACTGAAT ATTTTATTCC TAAGTCTGAA 3960 AAATTCTTCC TTGGTAAAGA TAGAAATAAT GTTGAATTGT GGTTTGAAGA AGTATGAAGT 4020 GGACCAAGAT TATTAAAAAA ATAGAAGAAC AAATCGAGGC AGGGATTTAT CCCGGAGCCT 4080 CTTTTGCGTA TTTTAAGGAC AATCAATGGA CAGAGTTCTA TTTAGGCCAG AGTGACCCAG 4140 AGCATGGCTT GCAGACTGAG GCAGGACTAG TTTATGACCT AGCTAGTGTC AGCAAGGTTG 4200 TTGGGGTTGG CACAGTTTGT ACCTTCTTGT GGGAAATAGG TCAATTAGAT ATTGATAGAC 4260 TGGTAATAGA TTTTTTACCT GAGAGTGATT ATCCAGACAT CACTATTCGC CAGCTCTTGA 4320 CTCATGCAAC AGACCTTGAT CCTTTTATTC CTAATCGTGA TCTTTTAACA GCCCCTGAAT 4380 TAAAGGAAGC GATGTTTCAT CTCAACAGAC GAAGTCAGCC AGCCTTTCTT TATTCGGATG 4440 TCCATTTTTT GCTGTTGGGC TTTATTTTGG AAAGAATTTT TAATCAAGAT TTGGATGTGA 4500 TTTTAAAGGA TCAAGTCTGG AAACCTTGGG GAATGACGGA AACTAAGTTT GGGCCAGTTG 4560 AGCTTGCTGT TCCAACAGTT AGAGGTGTAG AGGCAGGCAT AGTGCATGAT CCCAAGGCTC4620 GTCTCCTGGG TAGACATGCT GGGAGTGCTG GTTTATTTTC GACTATAAAG GATTTACAAA 4680 TCTTTTTAGA ACACTATTTA GCAGATGATT TTGCAAGAGA CTTAAATCAA AATTTTTCTC 4740 CTTTGGATGA CAAGGAACGT TCTTTAGCAT GGAATTTGGA AGGAGATTGG CTAGACCATA 4800 CGGGCTATAC AGGTACCTTT ATCATGTGGA ATCGTCAGAA GCAAGAAGCC ACTATTTTCC 4860 TATCGAATCG TACCTATGAA AAGGACGAGA GAGCTCAATG GATATTAGAC CGCAATCAAG 4920 TGATGAACTT GATTCGCAAA GAAGAGTAAG GAGAGACATG TCAAATAGTT TAAAAGGGAC 4980 TTTACTAACA GTTGTGGCTG GTATTGCTTG GGGGTTGTCA GGAACGAGTG GCCAATACCT 5040 AATGGCACAC GGAATTTCGG CTCTGGTCTT GACTAACTTG CGTCTTTTAA TCGCTGGTGG 5100 AATTCTCATG CTCTTGGCTT ATGCTACTGC AAAGGATAAA ATACTGGTCT TTTTAAAGGA 5160 TAGAAAGAGT TTGCTGTCTC TTCTTATTTT TGCTCTGATT GGTCTTTTTC TCAACCAATT 5220 CGCCTATCTG TCTGCTATTC AGGAGACCAA TGCGGGAACA GCGACGGTGC TTCAGTATGT 5280 TTGTCCTGTC GGAATTTTAA TTTATAGCTG TATCAAGGAT AGGGTGGCAC CGACACTGGG 5340 AGAGATAGTT TCCATCATAT TCGCCATCGG AGGAACCTTC CTGATCGCAA CACATGGGCA 5400 GTTGGACCAG TTATCCATGA CACCTGCTGG TCTGTTCTGG GGTCTCTTTT CTGCCTTGAC 5460 TTATGCTCTG TATATCATTT TACCCATAGC CTTGATTAAA AAGTGGGGGA GCAGCTTGGT 5520 CATTGGTGTG GGAATGGTCA TAGCAGGTTT GGTCGCCCTT CCTTTTACAG GGGTTCTACA 5580 GGCCGATATC CCGACTAGTC TTGATTTTCT CCTTGCGTTT GCAGGCATTA TCCTTATCGG 5640 GACTGTCTTT GCCTATACAG CTTTCCTTAA AGGAGCCAGT CTGATAGGAC CGGTCAAGTC 5700 AAGCTTGTTG GCTTCAATTG AGCCAATATC GGCGATTTTC TTTGCCTTCT TAATAATGAA 5760 TGAACAATTT TATCCCATTG ATTTTCTTGG TATGGCAATG ATATTGTTTG CTGTAACTTT 5820 GATTTCTTTG AAAGATTTAT TCTTAGAAAA ATAAAAAAGA CTCTTTGTCC GTGACAGAGA 5880 GTTTTTGCGT GGTAATCTAA TTATTTTCAA GATAAAATTC AAAGCGTTCG CCTACATATT 5940 GACTTTTTAC GTATTCAAAA GCAGTACCAT CTTCTAGGTA GGAAACCTGG GTCAATCCAA 6000 GAATAGCATG TCCTTTTTCA ACTTCCAAAT AGTGGGCAAT CTTTTCTTTA GCAAGGCGAG 6060 CATAGATGGT CTGTTGAGAT TTGCCGATAC GATAGCCATG TTTTTGCAAG GTTTGGAAGA 6120 AATGACTGGT GATTTCTTCT TTTTTAAAGT CCTTAATGAA TTTTTCAGGA ATAGAAGCAA 6180 CTTCATAAAC TAGGGGAACT TGGTCGGCAT AGCGGACCCG CTCCATTCGG ATAATATTGT 6240 CCGTTGGAAA AATTCCTAGC TTGGCAACTT CTTGCTCATT GGGAATGGTT TTTTTGTAGG 6300 AAATGAGCTG GCTAGAGGGA ACTTTACCTT GGGATTTGAC AATTTCAGTA AAACTGGTTG 6360 TCCCTCGCAT CTTTTCTTGT ACTCGAGTAC TGGAAACAAA GGTGCCGCTT CCTACACGGC 6420 GCTCTAAGAC GCCTTCTTCG ACTAATAGAG ATACGGCTTG GCGGAGGGTC ATGCGACTGA 6480 CCGCAAACTG CTCAGCTAAA TCTCTTTCAC TGGGAAGCCT CTCACCAATA GCCCAACGGT 6540 ACTCGTCAAT ATCCTTTTTT ATCTGATCAT GGATTTTTAT ATAAGCAGGT AGCATATTTT 6600 TCACTTCATT TCTATCTTTT CTCTATTGTA CCCCAATAAA CTAGAAAAAG TCAAACTTCG 6660 CCTTGTTTAG TTGGTAATTC GCCCTTATTT GTGATAGAAT ATTGAGAAAA GATATTTCTT 6720 TTGAGAAAGG AAAAAGATGA GCAACATTTC AACTGATTTG CAAGATGTAG AAAAAATCAT 6780 CGTATTGGAC TATGGTAGCC AGTACAACCA GCTGATTTCA CGCCGTATCC GTGAGATTGG 6840 TGTTTTTTCA GAACTAAAAA GCCATAAAAT TTCAGCTGCT GAAGTTCGTG AAGTCAATCC 6900 TGTAGGAATT ATTCTATCAG GTGGTCCAAA TTCTGTATAT GAAGATGGTT CATTTGATAT 6960 TGACCCAGAA ATCTTCGAAC TCGGAATTCC AATTTTGGGA ATCTGTTATG GTATGCAGTT 7020 ATTGACCCAT AAACTTGGAG GAAAAGTTGT TCCTGCAGGT GATGCTGGAA ATCGTGAATA 7080 CGGTCAATCA ACCCTAACTC ACACACCATC AGCGCTTTTT GAATCAACAC CTGATGAACA 7140 GACTGTTTTG ATGAGCCATG GTGATGCGGT TACTGAGATT CCTGCTGACT TTGTTCGTAC 7200 AGGTACATCA GCTGACTGCC CATACGCAGC CATCGAAAAC CCAGATAAAC ACATTTACGG 7260 TATCCAATTC CACCCAGAAG TTCGTCATTC TGTATACGGA AATGATATCC TTCGTAACTT 7320 TGCCCTTAAC ATTTGTAAGG CTAAAGGTGA CTGGTCAATG GATAATTTCA TTGACATGCA 7380 GATCAAAAAA ATTCGTGAAA CCGTCGGTGA TAAACGTGTC CTTCTTGGTC TATCAGGTGG 7440 TGTTGACTCA TCTGTCGTTG GGGTTCTTCT CCAAAAAGCG ATTGGCGATC AATTGATCTG 7500 TATCTTCGTA GACCACGGTC TTCTTCGTAA AGGCGAAGCT GATCAAGTTA TGGACATGCT 7560 CGGTGGTAAG TTTGGTTTGA ATATCGTCAA AGCAGACGCT GCTAAACGTT TCCTTGACAA 7620 ACTTGCTGGC GTTTCTGACC CTGAACAAAA ACGTAAAATC ATCGGTAACG AGTTTGTCTA 7680 TGTATTCGAT GACGAAGCAA GCAAGCTCAA AGATGTGAAA TTCCTTGCTC AAGGTACTTT 7740 ATATACAGAT GTTATCGAGT CTGGTACGGA TACAGCTCAA ACTATCAAGT CACACCACAA 7800 CGTGGtGGTC TTCCAGAAGA TATGCAGTTT GAATTGATTG AACCACTCAA TACTCTTTAC 7860 AAGGATGAAG TTCGTGCTCT TGGTACAGAG CTTGGTATGC CAGACCATAT CGTATGGCGC 7920 CAACCATTCC CAGGACCAGG ACTTGCTATC CGTGTCATGG GTGAAATCAC TGAAGAGAAA 7980 CTTGAAACCG TTCGTGAATC AGACGCTATT CTTCGTGAAG AAATCGCTAA AGCTGGACTT 8040 GACCGCGATA TTTGGCAATA CTTCACTGTT AACACAGGCG TTCGTTCAGT CGGTGTTATG 8100 GGTGACGGTC GTACGTATGA CTACACGATT GCAATCCGTG CTATCACTTC TATCGATGGT 8160 ATGACTGCTG ATTTTGCCAA AATTCCATGG GAAGTACTTC AAAAAATCTC AGTACGTATC 8220 GTAAATGAAG TGGATCATGT TAACCGTATC GTCTACGATA TTACAAGTAA ACCACCTGCA 8280 ACAGTTGAGT GGGAATAATC GCAAAAAAAT TAAAAGCTTT GTAAAATCAA CGGTTACAGA 8340 GGATTAAAAA CTGTAACTGG GATTAAAACG GGAACATTTG CTAAAAAGAA TAAATTGAAT 8400 AATAGTTCCA AGTGGTTTAC ATTTGGACAA AAAATTAGAC CGTAGTTTTC AAGCTGCGGT 8460 CTTTTGATAT ATATAATGAG AATTAATGGC TCTTTGTCAA CTGTAGTGGG TTGAAGTCAG 8520 CTAAGCTCGA GAAAGGACAA ATTTTGTCCT TTCTTTTTTG ATATTCAGAG CGATAAAAAT 8580 CCGTTTTTTG AAGTTTTCAA AGTTCCGAAA ACCAAAGGCA TTGCGCTTGA TAAGTTTGAT 8640 GAGATTATTG GTCGCTTCCA ATTTGGCGTT AGAATAGTGT AGTTGAAGGG CGTTGACGAT 8700 TTTCTCTTTG TCCTTTAGAA AGGTTTTAAA GACAGTCTGA AAAAGAGGAT GAACCTGCTT 8760 TAGATTGTCC TCAATGAGTC CGAAAAATTT CTCCGGTTCC TTATTCTGAA AGTGAAACAG 8820 CAAGAGTTGA TAGAGCTGAT AGTGATGTTT CAAGTCTTGT GAATAGCTCA AAAGCTTGTT 8880 TAAAATCTCT TTATTGGTTA AATGCATACG AAAAGTAGGG CGATAAAAAT GTTTATCGCT 8940 GAGTTTACGA CTATCCTGTT GTATGAGCTT CCAGTAGCGC TTGATAGCCT TGTATTCATG 9000 AGACTTTCGA TCCAATTGAT TCATGATTTG AACACGCACA CGACTCGG 9048 (2) INFORMATION FOR SEQ ID NO : 160 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 10399 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 160 : GTACCTTTAT TGATGAATGG ACTGTTTAAA TCAGTAGCAC GCCAACCAGA TATGCTTTCT 60 GAGTTTCGTA GTTTGATGTT TTTAGGTGTT GCCTTTATTG AAGGAACTTT CTTTGTAACT 120 CTTGTCTTCT CATTTATTAT CAAATAAATA CATGGAACGA GAAGAAAAGG GAGGATTTTA 180 GATGGAAGAA AGTATTAATC CAATCATCTC TATTGGTCCT GTTATCTTCA ATCTGACTAT 240 GTTAGCCATG ACTTTGTTGA TTGTGGGAGT TATTTTTGTC TTTATTTATT GGGCAAGCCG 300 CAATATGACC TTGAAACCCA AAGGAAAGCA AAATGTACTT GAGTATGTCT ATGACTTTGT 360 TATTGGATTT ACAGAACCTA ACATTGGTTC GCGCTACATG AAAGATTACT CACTCTTTTT 420 CCTTTGTTTA TTCCTTTTCA TGGTGATTGC CAATAACCTT GGCTTAATGA CAAAGCTTCA 480 AACGATCGAT GGGACTAACT GGTGGAGTTC GCCAACCGCT AATTTACAGT ATGACTTAAC 540 CTTATCTTTT CTTGTCATTT TGTTGACACA TATAGAAAGC GTTCGTCGTC GTGGATTTAA 600 AAAAAGTATA AAATCTTTTA TGAGTCCTGT TTTTGTCATA CCGATGAATA TCTTGGAAGA 660 ATTTACAAAC TTCTTATCTT TGGCTTTGCG GATTTTTGGG AATATCTTTG CAGGAGAGGT 720 CATGACGAGT TTGTTACTTC TTCTTTCCCA CCAAGCTATT TATTGGTATC CAGTAGCCTT 780 TGGAGCTAAT TTGGCTTGGA CTGCATTTTC TGTCTTTATT TCCTGCATCC AAGCTTATGT 840 TTTTACTCTT TTGACATCTG TGTATTTAGG GAATAAGATT AATATTGAAG AGGAATAGAA 900 AGGAGTAACT GATGCACGTA ACAGTAGGTG AATTAATTGG TAATTTTATT TTAATCACTG 960 GCTCTTTTAT TCTTTTGCTA GTCTTGATTA AAAAATTTGC ATGGTCTAAT ATTACAGGCA 1020 TTTTCGAAGA AAGAGCTGAA AAAATTGCTT CAGATATTGA CAGAGCTGAA GAAGCCCGTC 1080 AAAAAGCAGA AGTATTGGCT CAAAAACGCG AAGATGAATT GGCTGGTAGC CGTAAAGAAG 1140 CTAAGACAAT CATTGAAAAT GCAAAGGAAA CAGCTGAGCA AAGTAAGGCT AATATCTTAG 1200 CAGATGCTAA ACTAGAAGCA GGACACTTAA AAGAAAAAGC CAATCAAGAA ATTGCTCAAA 1260 ATAAAGTAGA AGCTTTACAG AGTGTTAAGG GTGAGGTCGC AGATTTGACC ATCAGCTTAG 1320 CTGGTAAAAT CATCTCACAA AACCTTGACA GTCATGCCCA TAAAGCACTC ATTGATCAGT 1380 ATATCGATCA GCTAGGAGAA GCTTAATGGA CAAGAAAACA GTAAAGGTAA TTGAAAAATA 1440 CAGCATGCCT TTTGTCCAAT TGGTACTTGA AAAAGGAGAA GAAGACCGTA TCTTTTCAGA 1500 CTTGACTCAA ATCAAGCAAG TTGTTGAAAA AACAGGTCTG CCTTCTTTTT TAAAACAAGT 1560 GGCAGTAGAC GAGTCGGATA AGGAAAAAAC AATTGCTTTT TTCCAAGATT CTGTGTCGCC 1620 TTTATTACAA AACTTTATCC AGGTTCTGGC CTACAATCAC AGAGCAAATC TTTTTTATGA 1680 TGTGCTTGTA GATTGCTTGA ACCGACTTGA AAAAGAAACA AATCGATTTG AAGTGACGAT 1740 TACGTCTGCT CATCCTCTAA CTGATGAACA GAAGACTCGT TTGCTCCCTT TGATTGAGAA 1800 AAAAATGTCT CTGAAAGTAA GGAGTGTAAA AGAACAAATC GATGAAAGTC TCATTGGTGG 1860 TTTTGTCATT TTTGCCAATC ACAAGACAAT TGATGTGAGT ATTAAACAAC AACTTAAAGT 1920 TGTTAAAGAA AATTTGAAAT AGAAAGTGGT GTTCTTTTGG CAATTAACGC ACAAGAAATC 1980 AGCGCTTTAA TTAAGCAACA AATTGAAAAT TTCAAACCCA ATTTTGATGT GACTGAAACA 2040 GGTGTTGTAA CCTATATCGG GGACGGTATC GCGCGTGCTC ACGGCCTTGA AAATGTCATG 2100 AGTGGAGAGT TGTTGAATTT TGAAAACGGC TCTTATGGTA TGGCTCAAAA CTTGGAGTCA 2160 ACAGACGTTG GTATTATCAT CCTAGGTGAC TTTACAGATA TCCGTGAAGG CGATACAATC 2220 CGCCGTACAG GGAAAATCAT GGAAGTCCCT GTAGGTGAAA GTCTGATTGG TCGTGTTGTG 2280 GATCCGCTTG GTCGTCCAGT TGACGGTCTT GGAGAAATCC ACACTGATAA AACTCGTCCA 2340 GTAGAAGCAC CAGCTCCTGG TGTTATGCAA CGTAAGTCTG TTTCAGAACC ATTGCAAACT 2400 GGTTTGAAAG CTATTGACGC CCTTGTACCG ATTGGTCGTG GTCAACGTGA GTTGATTATC 2460 GGTGACCGTC AGACAGGGAA AACAACCATT GCGATTGATA CAATCTTGAA CCAAAAAGAT 2520 CAAGATATGA TCTGTATCTA CGTCGCGATT GGACAAAAAG AATCAACAGT TCGTACGCAA 2580 GTAGAAACAC TTCGTCAGTA CGGTGCCTTG GACTACACAA TCGTTGTGAC AGCCTCTGCT 2640 TCACAACCAT CTCCATTGCT CTTCCTAGCT CCTTATGCTG GGGTTGCTAT GGCGGAAGAA 2700 TTTATGTATC AAGGTAAGCA TGTTTTGATT GTATACGATG ATCTATCAAA ACAAGCGGTA 2760 GCTTATCGTG AACTGTCGCT CTTGCTTCGT CGTCCTCCAG GTCGTGAAGC CTTCCCAGGG 2820 GATGTTTTCT ATCTCCACAG CCGTTTGCTT GAGCGCTCAG CTAAAGTTTC TGATGAACTT 2880 GGTGGTGGAT CAATTACAGC CCTACCATTT ATCGAGACAC AAGCAGGAGA TATCTCAGCC 2940 TATATCGCAA CCAACGTGAT TTCTATCACT GATGGACAAA TCTTCCTTGG CGATGGCCTC 3000 TTCAATGCAG GTATTCGTCC AGCCATCGAT GCGGGTTCAT CTGTATCTCG TGTAGGTGGT 3060 TCTGCACAAA TCAAAGCCAT GAAGAAGGTT GCTGGTACAC TTCGTATCGA CCTTGCTTCA 3120 TACCGTGAGT TGGAAGCCTT TACTAAGTTT GGTTCTGACT TGGACGCAGC AACACAGGCT 3180 AAGTTGAACC GTGGACGTCG TACCGTTGAG GTCTTGAAAC AACCTGTTCA CAAACCATTA 3240 CCTGTTGAGA AACAAGTAAC CATTCTTTAT GCTTTGACAC ATGGTTTCTT GGATACTGTT 3300 CCAGTAGATG ATATTGTTCG TTTCGAGGAA GAGTTCCATG CCTTCTTTGA TGCTCAACAT 3360 CCAGAGATTT TGGAAACCAT TCGTGATACA AAAGACTTGC CAGAAGAAGC AGTCTTGGAT 3420 GCTGCGATTA CAGAGTTTCT CAATCAATCT AGCTTCCAAT AAGAATAGAG GTGTCAGATG 3480 GCAGTATCTC TAAATGATAT TAAAACAAAA ATCGCCTCAA CAAAAAATAC GAGTCAAATC 3540 ACTAATGCCA TGCAAATGGT ATCGGCTGCT AAGCTAGGTC GTTCTGAAGA AGCTGCTCGC 3600 AACTTCCAAG TTTACGCTCA GAAAGTGCGT AAACTTTTGA CAGATATCCT TCATGGTAAT 3660 GGAGCTGGTG CTTCAACTAA TCCGATGTTG ATTAGCCGTT CTGTGAAGAA GACAGGCTAT 3720 ATCGTTATCA CTTCAGACCG CGGTTTGGTT GGAGGTTATA ATTCCTCTAT TTTGAAAGCT 3780 GTTATGGAGT TGAAAGAAGA ATACCACCCA GACGGTAAAG GTTTTGAAAT GATCTGTATC 3840 GGTGGGATGG GAGCTGATTT CTTTAAGGCT CGCGGTATTC AACCACTTTA TGAATTACGT 3900 GGCTTGTCAG ACCAACCTAG CTTTGATCAA GTTCGTAAGA TTATTTCAAA AACTGTTGAA 3960 ATGTACCAAA ATGAACTCTT TGATGAGCTT TATGTTTGCT ACAACCACCA TGTCAATACG 4020 CTAACCAGTC AAATGCGTGT GGAACAAATG CTTCCGATTG TTGACTTGGA TCCAAATGAA 4080 GCGGATGAAG AGTACAGCTT GACTTTTGAA TTGGAAACCA GCCGAGAAGA AATTCTGGAG 4140 CAGTTGTTGC CTCAGTTTGC AGAAAGTATG ATTTACGGTG CCATTATCGA TGCCAAGACA 4200 GCTGAGAATG CTGCGGGCAT GACAGCCATG CAAACAGCGA CAGATAATGC TAAGAAAGTC 4260 ATCAATGATT TGACAATTCA GTATAACCGT GCCAGACAGG CGGCGATTAC ACAAGAAATT 4320 ACAGAAATCG TAGCAGGTGC TAGTGCCTTA GAATAGGCTC TAGTCCAGCT CGTATGAAAA 4380 TGAACTTAGG ACCTAGTTGA GCTAGGAACC GACAGTATCT TATATAGAAT AGGAGAAGGA 4440 GATGAGTTCA GGTAAAATTG CTCAGGTTAT CGGTCCCGTT GTAGACGTTT TGTTTGCAGC 4500 AGGGGAAAAA CTTCCTGAGA TTAACAATGC ACTTGTCGTC TACAAAAATG ACGAAAGAAA 4560 AACAAAAATC GTCCTTGAAG TAGCCTTGGA GTTAGGAGAT GGTATGGTTC GTACTATCGC 4620 CATGGAATCA ACAGATGGGT TGACTCGTGG AATGGAAGTA TTGGACACAG GTCGTCCAAT 4680 CTCTGTACCA GTAGGTAAAG AAACTTTGGG ACGTGTCTTC AACGTTTTGG GAGATACCAT 4740 TGACTTGGAA GCTCCTTTTA CAGAAGACGC AGAGCGTCAG CCAATTCATA AAAAAGCTCC 4800 AACTTTTGAT GAGTTGTCTA CCTCTTCTGA AATCCTTGAA ACAGGGATCA AGGTTATTGA 4860 CCTTCTTGCC CCTTACCTTA AAGGTGGTAA AGTTGGACTT TTCGGTGGTG CCGGAGTTGG 4920 TAAAACTGTC TTAATCCAAG AATTGATTCA CAACATTGCC CAAGAGCACG GTGGTATTTC 4980 AGTATTTGCT GGTGTTGGGG AACGTACTCG TGAGGGGAAT GACCTTTACT GGGAAATGAA 5040 AGAATCAGGC GTTATCGAGA AAACAGCCAT GGTCTTTGGT CAGATGAATG AGCCACCAGG 5100 AGCACGTATG CGTGTTGCCC TTACTGGTTT GACAATCGCT GAATACTTCC GTGATGTGGA 5160 AGGCCAAGAC GTGCTTCTCT TTATCGATAA TATCTTCCGT TTCACTCAGG CTGGTTCAGA 5220 AGTATCTGCC CTTTTGGGTC GTATGCCATC AGCCGTTGGT TACCAACCAA CACTTGCTAC 5280 GGAAATGGGT CAATTGCAAG AACGTATCAC ATCAACCAAG AAGGGTTCTG TAACCTCTAT 5340 CCAGGCTATC TATGTGCCAG CGGATGACTA TACTGACCCA GCGCCAGCAA CAGCCTTCGC 5400 TCACTTGGAT TCAACAACAA ACTTGGAACG TAAGTTGGTA CAATTGGGTA TCTACCCAGC 5460 CGTTGACCCA CTTGCTTCAA GCTCACGTGC CTTGGCACCT GAAATCGTTG GAGAAGAGCA 5520 CTATGCAGTT GCTGCTGAAG TAAAACGTGT CCTTCAACGT TACCATGAAT TGCAAGATAT 5580 CATTGCTATC CTTGGTATGG ATGAGCTTTC TGATGAAGAA AAGACCTTGG TTGCTCGCGC 5640 CCGTCGTATC CAGTTCTTCT TGTCACAAAA CTTCAACGTT GCGGAACAAT TTACTGGTCA 5700 GCCAGGTTCT TATGTTCCAG TTGCTGAAAC TGTACGTGGC TTTAAGGAAA TCCTTGATGG 5760 TAAATACGAC CACTTGCCAG AAGATGCCTT CCGTGGTGTA GGTTCTATCG AAGATGTGAT 5820 TGCAAAAGCT GAAAAAATGG GATTTTAAGA GGTGATCTAT GGCTCAGTTA ACTGTCCAGA 5880 TCGTGACACC AGATGGTCTC GTCTATGATC ACCATGCCAG CTATGTATCG GTTCGAACTC 5940 TGGATGGTGA GATGGGGATC TTGCCACGAC ATGAAAATAT GATTGCGGTT TTAGCAGTTG 6000 ATGAAGTAAA GGTAAAACGT ATCGATGATA AAGATCACGT GAACTGGATT GCAGTAAACG 6060 GTGGCGTTAT TGAAATTGCC AATGATATGA TCACAATCGT CGCTGACTCT GCAGAACGTG 6120 CTCGTGATAT CGATATCAGT CGTGCAGAAC GTGCCAAACT TCGTGCAGAA CGTGCAATTG 6180 AAGAAGCACA AGACAAACAT TTGATTGACC AAGAACGTCG TGCTAAGATT GCTTTGCAAC 6240 GTGCTATTAA CCGTATTAAT GTCGGAAATA GACTATAAGA AAAAATGAAC TTGAAAATAC 6300 CAAGTTCATT TTTTATGGTG TTTTAAGGAG CAAAACGGAT GCAGACTGCT TCGGGAACAT 6360 GGAAGTCGTT GGAGAGTTCT GCTAGACGAC CATTGTCACA ATTACGTTTA AAGACAGTTG 6420 CATTGTCAGA GTCTTGATGG ACAACAATGA GAAATTTTTG GTCGGGTGTC AAATCAAAAT 6480 CACGTGGAGT CTGACCATGC GTTGGAACGA TTTCTAATAA CTCTAAGCTA CCGTCCGCAA 6540 GGATGGTATA TACTGCGATA GAATCATGGC CACGGTTAGA AGCGTAGAGG TATTTACCGT 6600 CTTTAGAGAG ATGAATAGCA GCGGTTCCAT TAAAGCCTTC GTAAGCTTCC GGTAAAGTTG 6660 AAATGACCTG CATACGTTCA AATTCGCCAA CGCCATCGTA GATTAAAACT TCGATAGTAC 6720 TATTGAGTTC ACAAATGAGA TAAGCGATTT TATAGTGGTT ATGGAAAATG ATATGGCGTG 6780 AGCCTGCTCC TGGCTTGCTG TGATAGGTAT AGAGCTTAGA TAATTTTCCT TCTTGATCGA 6840 GGTCATAGGT GATGACTTGG TCAGTTCCCA AGTCGCAGGT CACTAGATAG TGGTCAGGTG 6900 TTAAATCTGT ATAGTGAACA TGGGGGGAAG CTTGATTTTC ATGTGGACCT TGGCCACTGT 6960 GTTGATCCAT ATCACTAAGT AGAAGACTAC CATCTTCCTG GCGTTTATAA ACAAGGACTT 7020 GTCCCTTGTG ATAGTTAGCT GCGTAAACCA AATCACGCTT TTCATCGACA GCAACATAAC 7080 AGTGGGGAGC TCCTTCTTCA ACAACATGAT TTAACACAGT CCCGTCAGTT TGATAGGCTG 7140 CAATTCCCCC CTTATCGTCT TGGCTACCAA CAGTGTATAA ATGTTGGTGC TGGTCAAAGG 7200 CAAGGTAGGT TGGACTTGGC TCAGCTGCAA AAAGTTCTAG ATTTGAAAGC TGACCAGTTT 7260 CTGTATCAAA GTCTGCCTTG TAAATCCCTT GAGAAGTACG ACGTGTATAA GTTCCAAAAT 7320 AAACAGTTTC TTTCATTACT ATACCTCTGT GTAAAGATAA GACTATTATA TCACAAAAAC 7380 AAGTAAATTA AAGATATCCA ATTAGATGTA AGCACTTTAA AAAAGAGTTA TTTTGTTTCA 7440 AAAATGGTAT AATGAGAGAA CAATAGAAAG GAAGTATTTA TGGAGCAAAA AGAGAAACAT 7500 TTTAGCCTAT CTTGGTTTTT CAAGTGGTTT TTAGATAACA AGGCAATTAC GGTATTTTTA 7560 GTAACCTTAT TATTGGGACT GAATCTTTTT ATTTTAAGTA AGATTAGTTT TCTATTTTCA 7620 CCTGTTTTAG ACTTTTTAGC AGTTGTGATG TTGCCAGTCA TTTTGTCTGG TTTGTTATAT 7680 TATTTGTTGA ATCCTATTGT TGATTGGATG GAGAAGCATA AGGTTAATCG TGTTATAGCT 7740 ATCACTATTG TCTTTGTTAT CATCGCTCTC TTTATCATTT GGGGCTTGGC AGTCGCCATT 7800 CCAAATCTGC AACGTCAGGT TTTGACCTTT GCAAGAAACG TTCCTGTTTA CTTAGAAGAT 7860 ATAGATAGGA TTGTTAATGG ATTGGTAGCC CAGCACCTGC CAGATGATTT CAGACCTCAA 7920 TTAGAGCAAG TTTTGACCAA TTTTTCTAGC CAGGCTACAG TTTTGGCAAG TAAGGTTTCA 7980 TCTCAGGCAG TCAACTGGGT GAGTGCCTTT ATTAGCGGGG CTTCTCAAGT GATTGTTGCC 8040 TTGATTATCG TTCCTTTCAT GCTCTTTTAT CTCTTGCGTG ATGGGAAAGG CTTGCGTAAC 8100 TATTTGACCC AATTCATTCC AAGAAAATTG AAGGAACCTG TTGGACAAGT TTTATCAGAT 8160 GTGAATCAAC AGTTGTCCAA CTATGTTCGA GGGCAAGTGA CAGTGGCTAT TATTGTAGCA 8220 GTAATGTTTA TCATCTTCTT CAAGATTATT GGTCTACGCT ATGCGGTTAC GCTGGGGGTT 8280 ACTGCTGGTA TTTTAAATCT GGTCCCTTAT CTTGGTAGCT TTCTAGCCAT GCTTCCTGCT 8340 CTAGTATTGG GTTTGATTGC TGGTCCAGTC ATGCTTTTGA AAGTAGTGAT TGTCTTTATC 8400 GTAGAACAAA CTATTGAAGG CCGTTTTGTC TCTCCATTGA TTTTGGGAAG TCAATTAAAC 8460 ATCCACCCTA TTAATGTTCT CTTTGTTTTG TTAACTTCAG GATCTATGTT TGGTATCTGG 8520 GGAGTTTTAC TTGGTATTCC GGTTTATGCC TCTGCTAAGG TTGTCATTTC AGCCATTTTC 8580 GAATGGTATA AGGTAGTCAG TGGTCTATAT GAATTAGAGG GTGAGGAAGT CAAGAGTGAA 8640 CAATAGTCAA CAGATGTTAC AGGCTTTGGA GGAGCAAGAT TTAACTAAGG CTGAGCATTA 8700 TTTCGCCAAA GCTTTAGAAA ATGATTCAAG TGATCTTCTG TATGAATTGG CAACTTATCT 8760 TGAAGGGATT GGTTTCTATC CTCAGGCCAA GGAAATTTAC CTGAAAATTG TAGAGGATTT 8820 TCCAGAGGTT CATCTTAATC TAGCTGCAAT TGCTAGCGAG GATGGTCAAA TAGAAGAAGC 8880 CTTTACCTAT CTTGAGGAAA TCCAAGCTGA CAGTGACTGG TATGTCTCGT CTTTGGCTCT 8940 GAAGGCAGAC CTTTACCAGC TGGAAGGTTT GACAGATGTG GCACGTGAGA AATTATTGGA 9000 GGCCTTGACC TACTCAGAGG ATTCTCTCTT GATATTGGGT TTGGCAGAGT TGGATAGTGA 9060 GTTGGAAAAT TACCAAGCGG CTATTCAAGC CTATGCCCAG TTAGATAATC GCTCGATTTA 9120 TGAGCAAACG GGCATTTCCA CCTATCAACG AATTGGCTTT GCCTATGCTC AGTTAGGGAA 9180 ATTTGAAACG GCTACTGAGT TTTTAGAAAA AGCCCTGGAG TTAGAATACG ATGACTTAAC 9240 AGCTTTTGAG TTGGCCAGTC TTTATTTTGA TCAAGAAGAA TATCAAAAAG CCACCCTCTA 9300 CTTTAAGCAG CTTGATACCA TTTCTCCTGA CTTTGAAGGC TATGAGTATG GGTACAGICA 9360 GGCTTTACAT AAGGAACATC AAGTTCAAGA AGCCCTGCGT ATCGCTAAGC AAGGATTAGA 9420 GAAAAATCCC TTTGAAACTC GCCTCTTGCT AGCTGCTTCA CAATTTTCTT ATGAATTGCA 9480 TGATGCTAGT GGTGCAGAAA ATTATCTCCT TACTGCAAAA GAAGACGCTG AGGATACAGA 9540 AGAAATCTTG CTTCGTTTAG CCACTATTTA TCTGGAGCAG GAGCGTTATG AGGATATTCT 9600 AGAATTGCAG AGTGAGGAGC CAGAAAATCT TTTGACCAAG TGGATGATTG CTCGTTCTTA 9660 TCAAGAAATG GACGATTTGG ATACTGCTTA TGAGTATTAT CAAGAGTTGA CAGGAGATTT 9720 GAAGGACAAT CCAGAATTTC TGGAACACTA TATCTATCTC TTGCGTGAAT TGGGACATTT 9780 TGAAGAAGCA AAAGTCCATG CTCACACTTA CTTAAAACTG GTTCCAGATG ATGTGCAAAT 9840 GCAAGAACTG TTTGAGAGAT TGTAAGAATG TTTAACCCAA ATCATTCATA CCTCTCTCAA 9900 CTAGATGTAA CTTACAAAAC CCCTGACCTC ATGAGCCACT TTCTTCCTCC TCATGAGGTC 9960 AGTTTTACTT TCTGCTGTTC CAGTATCGTT TTTCCTCGCT AGATTTCCTC AAAAGGGCAG 10020 ACTCCTCCCT TGGTGCGTCA CACGATTTTT TCATCTCGAC TGTTCTTTAA TGCATCATTA 10080 ACGACGCTTT TCTTCTAGGT GGTTCATAAG GAACAGGAAG ATTCAGGTTG ACTTTTCTAA 10140 TCCTAGAATA AAGTGCTGAA AACAATTCGG AATAGGCATA GAGACTAGAC AATTTGAGGA 10200 GCTGCTTGCG TCCTGTTCGA ACACATTTTC CCACCACGTG AAGAAAAAGA TGGCGGAAGC 10260 GTTTGATTGT TAAAGTTTGG AAGTCACCTC CAGCTAGATG TTTGAGAAAA AGATAGAGAT 10320 TGTAGGCGAT ACAGCTCATC ATCATACGAA TTCGTTTTTG ATTAAGGTTG AACTATCCGT 10380 TTTATCGCCA AAAAATCGG 10399 (2) INFORMATION FOR SEQ ID NO : 161 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9409 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 161 : GATAAGATTA AGTTAGAAAA GAAAGAACTA GGACATATCT ACCAGATTCA GGTTTTTAAT 60 AGCTATGGGC AGGAAGAAAT CTATCGTGTG ATTTTGATGG AGACCAATAT TAGTTCGGTT 120 TCAACCAATA TCAAGTATGC TGCTGTCTTG ATTAATACCA GTCAGTTGGA ACAGGCTAGT 180 CAAAAGCATG AGCAATTGAT TGTGGTCGTG ATGGCTAGTT TCTGGATTTT GTCTTTACTT 240 GCCAGTCTCT ATCTAGCTAG GGTCAGTGTT AGGCCCCTGC TTGAGAGTAT GCAGAAGCAA 300 CAGTCTTTTG TGGAAAATGC CAGTCATGAG TTACGAACTC CACTCGCAGT TTTGCAAAAT 360 CGCTTAGAGA CCCTTTTTCG TAAGCCAGAA GCTACCATTA TGGATGTGAG CGAAAGCATT 420 GCATCGAGTT TGGAAGAAGT CCGAAATATG CGTTTTTTAA CGACAAGCTT GCTGAACTTA 480 GCTCGGAGAG ATGATGGGAT TAAGCCGGAG CTTGCAGAAG TTCCAACTAG CTTTTTTAAT 540 ACAACTTTCA CAAACTACGA GATGATTGCT TCGGAAAATA ATCGTGTCTT CCGTTTTGAA 600 AATCGTATCC ATCGAACAAT TGTCACAGAT CAGCTTCTTC TGAAACAACT GATGACCATT 660 CTTTTCGATA ATGCCGTCAA GTATACTGAG GAGGATGGTG AAATTGATTT TCTTATCTCG 720 GCGACCGATC GCAATCTTTA TTTACTTGTT TCTGATAATG GAATCGGTAT TTCGACAGAA 780 GATAAAAAGA AAATTTTTGA CCGTTTTTAT CGAGTAGACA AGGCTAGAAC CCGGCAAAAA 840 GGTGGTTTTG GTTTAGGATT ATCCCTAGCC AAGCAAATTG TAGATGCTCT AAAAGGAACT 900 GTTACTGTCA AAGATAATAA ACCCAAGGGA ACAATCTTTG AAGTGAAGAT TGCCATTCAG 960 ACACCATCTA AAAAGAAAAA ATAAAAATAT CGCTCCAATT GGGGCGATAT TTTGGATTTA 1020 TCTTCTACGT TTTCGTTTGA TAATAGACCG TTGAACTTTT AAAACAAGTA AGCTGAATCC 1080 GATTGCTGCG GCAAAGGCAA GAGCAGTTGA TAATTTTAAT GCTAAAAAGA TAAAACTAAA 1140 GATAGCAATA CAGATACAAA AAACAGCGAT ATTAATAAAA AATAGGATTT CCTTGAGATT 1200 GGCATCAGAT TGCGCTTCAG GTGTATAAGC TTGGTAATGA GGAAGCTGCT GGTTTAATTC 1260 TTCTTGATAG TCTACCTCAT AGGATTGTAA TTTTCTTACG GGCATGATTC TCTCCTTAAC 1320 AGTACATACC TATTTTATCA TTTTTTCGGC AGAGAATTAT TACAGAAAGG TTACAAAAAG 1380 AATAAAGTCC CTTTTCATTT TCAAAGCATG GCTGATTTTG GAGAAATGTG GTATAATTTT 1440 TCTTATGGAA AAGATTGTCA TTACAGCAAC TGCTGAAAGT ATTGAACAAG TTGAACAACT 1500 ACTCGAAGCT GGCGTAGACC GTATCTATGT CGGTGAGAAA GATTTTGGTC TTCGTCTGCC 1560 AACGACCTTT AGTTATGACC AATTACGTGA AATCGCTAAG TTGGTTCATG ATGCTGGTAA 1620 GGAATTGATC GTTGCGGTCA ATGCTCTCAT GCACCAAGAT ATGATGGACC GTATCAAGCC 1680 TTTCTTAAAC TTCTTGGAAG AAATCAAGAC AGACTATATT ACGATTGGGG ATGCAGGCGT 1740 CTTTTACGTA GTTAACCGCG ATGGTTATTC ATTTAAGACC ATCTACGATG CTTCAACCAT 1800 GGTAACTAGC AGTCGTCAGA TTAACTTCTG GGGACAAAAG GCTGGCGCAT CTGAGGCTGT 1860 TTTGGCGCGT GAAATTCCAT CAGCTGAACT TTTCAAAATG CCAGAGATTT TGGAAATTCC 1920 TGCTGAAGTT TTGGTTTACG GTGCTAGCGT CATCCATCAT TCTAAACGTC CACTCTTGCA 1980 AAACTACTAT AACTTTACAC ATATCGATGA TGAAAAGACG CATAAACGTG ACCTCTTCTT 2040 GGCTGAGCCA AGTGATCCAG AGAGCCACTA TTCCATTTTT GAAGATAATC ATGGGACCCA 2100 TATCTTTGCC AACAATGACC TTGATTTGAT GATCAAATTA ACAGAATTGG TGGAGCATGG 2160 CTTTACTCGC TGGAAACTAG AAGGGCTCTA CACTCCTGGT CAGAACTTTG TTGAGATTGC 2220 AAAACTCTTT ATCCAAGCGC GTAGCTTGAT TCAAGAGGGC AACTTTAGTC ATGCTCAAGC 2280 CTTCTTGCTG GATGAAGAAG TTCGTAAACT TCACCCTAAA AACCGTTTCC TTGATACAGG 2340 ATTTTATGAC TACGATCCTG ACATGGTTAG ATAAAATACA TGATTCGTTG AGAGAAGGAA 2400 GATGCAAACA TTTCTTCTCT CAATTTTTCG TATTTCTTCA CTATTTTACA AAAATCAGCA 2460 GGCTAGAATG CTCTATTCGA TGGGATTTTT AAGAAAAGTA GTGTTCTTGA GTTTGAAAAT 2520 TATCCTATGT TTGCAGGTGC CAAATGGCCC TTTTTTTGGT ATAATTTTTT ATAATGAAAA 2580 CGATTGGTAA TCGCTATGTT GTGGTGGATT TAGAGGCAAC TAGCACAGGT AGTAAGGCTA 2640 AAATTATCCA AGTGGGAATT GTCGTGATTG AGGACGGAGA AATCGTCGAT CACTATACGA 2700 CGGATGTCAA TCCACATGAA CCCTTGGATG CTCATATCAA AGAACTGACA GGATTGACAG 2760 ACCAACGTCT GGCGCAAGCA CCTGATTTTT CGCAAGTTGC CAGAAAAATA TTTGACTTGG 2820 TGGAGGATGG GATTTTTGTA GCCCATAATG TTCAGTTTGA TGCTAATCTC TTGGCGGAAA 2880 ATTTATTTTT TGAAGGCTAT GAGCTAAGAA ACCCTCGTGT TGATACGGTC GAATTGGCCC 2940 AGGTCTTTTT CCCTGAACTG GAAAAATATA GCTTGCCGAT TTTGTGTCGA GAATTAGGAA 3000 TTCCTCTTAA ACACGCACAC ACAGCCCTTT CAGATGCCCA AGCTACAGCA GAATTACTTC 3060 TTTTTTTACG GAAAAAGATG ACCCAGCTTC CTAAAGGTCT CTTGGAACGC TTGCTGGAAA 3120 TGGCTGACGC TCTCCTATAT GAGTCCTACC TGGTTATTGA GGAAACTTAT CGCAACCAAT 3180 CTATCCTGAG TTCTCCAGAC TTGGTCCAAG TTCAAGGTCT ATATTTTAAG AAAACGGAAG 3240 CTTCTCTGGA GCCACGAAAA CTATCTCAAG ACTTTTCTAA AAATATTTCT CTGTTGAACC 3300 TTGAAGTGAG GGAGGAACAA GAAAGTTTTG CTAAAGAGGT TGGCTTGCTA TTGAAAGATG 3360 AACCTGTCTC TCTGATTCAA GCGCCGACAG GGATTGGGAA AACCTATGGC TATCTCTTAC 3420 CCGCTTTATC TCAATCCAAA GAGCGACAAA TTGTTCTTAG TGTTCCGACA AAGATTCTTC 3480 AAAATCAAAT CATGGAAGAA GAAGGTAAAC GCCTCAAGGA AGTGTTCCAT ACAGATATTC 3540 ATAGCTTAAA GGGACCACAA AATTATCTGA AGTTGGATGC CTTTTATCAT TCCTTGCAGG 3600 AAAATGATGA AAATCGCTTA TTTAGACGCT TTAAAATGCA AGTCTTGGTC TGGCTTACTG 3660 AGACAGAGAC AGGAGATTTG GATGAAATCG GGCAACTCTA CCGTTACCAA CATTTTCTAG 3720 CAGACCTTCG TCATGATGGG AATTTATCAT CCCAGAGCTT ATTTGTGACG GAAGATTTTT 3780 GGAAACGTAG TCAAGAAAGG GCAGAGACTT GCAAGCTTTT AGTGACTAAT CATGCCTATC 3840 TCGTAACCAG ACTTGAAGAT AATCCTGAAT TTGTCAGTGA CCGTTTACTG ATTATTGATG 3900 AAGTCCAAAA GATTTTGTTA GCTCTAGAAA ATCTGCTTCA AGAGACCTAC GATATACAAT 3960 CTATTATCGA TTTAATTGAT AAGGCTTTAG TAGGAGAAGA AAACAGGGTT CAACAACGGA 4020 TACTAGAAAG TATTCGCTTT GAGTGTCTCT ACTTGATAGA ACAATTTCAG TCTGGCAAAT 4080 CTAGGAAAAA TATCTTAGAT TCTCTGGACA ATCTCCATCA GTATTTTTCA GAATTGGAAG 4140 TAGAAGACTT TGATGAGCTG GTTCGCTATT TTACAGCTGA AGGTGATTAC TGGCTTGAAG 4200 TAACTGAAAC GAGTCAAAAG AAAATTCAGA TTTCTTCTAC AAAATCAGGC CGTACTCTTC 4260 TGTCCTCTTT ACTTCCTGAG AGTTGCCAAG TCTTGGGAGT ATCGGCTACT CTTGAGATTA 4320 GTCAGAGGGT TTCTTTGGCA GACCTTTTAG GCTATCCTGA AGCTAAATTT GTCAAGATTG 4380 AATCTCGGGG AAAACAGGAA CAAGAAGTGG TCATGGTCAA AGATTTCCCT CTGGTAACAG 4440 AAACCTCCTT AGAAGTCTAT GCCAGAGAGG TAGCTGCTTT ACTAGTGGAA ATTCAAGCTT 4500 TCCAGCAACC GATTTTGGTT CTCTTTACCG CTAAAGACAT GCTTCTAGCA GTATCGGATT 4560 TACTTACAGT TAGCCACTTG GCCCAGTATA AAAATGGGGA TGTTCATCAG CTAAAGAAAC 4620 GCTTTGAAAA AGGTGAACAA CAAATCTTGC TTGGTGCAGC AAGTTTCTGG GAGGGAGTTG 4680 ATTTTTCAAG CCATCCTTCT GTGATTCAAG TTGTACCGAG GCTTCCTTTC CAAAATCCTC 4740 AAGAACCCTT GACGAAAAAG ATTAATCAAG AACTGAATCA AGAAGGGAAA AATGCCTTTT 4800 ATGATTATCA ATTGCCAATG GCCATTATTC GTTTAAAACA GGCTTTGGGA AGAAGTATGA 4860 GACGTGAATA CCAACGTTCC TTAACTCTTA TTTTGGATAG GAGAATCGTC GGAAAACGAT 4920 ACGGCAAACA AATAGTAGCA TCTCTAGCAG AAGAAGCGAC TGTTAAAACC ATCTCTCGAT 4980 CCGAAGTTGA CGAGGCTATT GATAGATTTT TTAATGAGCT TTGATAAATA GTATTGTATG 5040 AAAGTATAAG GTTAGTATAT ATGAAACGTT CTCTCGACTC AAGAGTCGAT TACAGTTTGC 5100 TCTTGCCAGT ATTTTTTCTA CTGGTCATCG GTGTGGTGGC TATCTATATA GCCGTTAGTC 5160 ATGATTATCC CAATAATATT CTGCCCATTT TAGGGCAGCA GGTCGCCTGG ATTGCCTTGG 5220 GGCTTGTGAT TGGTTTTGTG GTCATGCTCT TTAATACAGA ATTTCTTTGG AAGGTGACCC 5280 CCTTTCTATA TATTTTAGGC TTGGGACTTA TGATCTTGCC GATTGTATTT TATAATCCAA 5340 GCTTAGTTGC ATCAACGGGT GCCAAAAACT GGGTATCAAT AAATGGAATT ACCCTATTCC 5400 AACCGTCAGA ATTTATGAAG ATATCCTATA TCCTCATGTT GGCTCGTGTC ATTGTCCAAT 5460 TTACAAAGAA ACATAAGGAA TGGAGACGCA CGGTTCCGCT GGACTTTTTG TTAATTTTCT 5520 GGATGATTCT CTTTACCATT CCAGTCCTAG TTCTTTTAGC ACTTCAAAGT GACTTGGGGA 5580 CGGCTTTGGT TTTTGTAGCC ATTTTCTCAG GAATCGTTTT ATTATCAGGG GTTTCTTGGA 5640 AAATTATTAT CCCAGTATTT GTGACTGCTG TAACAGGAGT TGCTGGTTTC TTAGCTATCT 5700 TTATTAGCAA GGACGGACGA GCTTTTCTTC ACCAGATTGG AATGCCGACC TACCAAATTA 5760 ATCGGATTTT GGCTTGGCTC AATCCCTTTG AGTTTGCCCA AACAACGACT TACCAGCAGG 5820 CTCAAGGGCA GATTGCCATT GGGAGTGGTG GCTTATTTGG TCAGGGATTT AATGCTTCGA 5880 ATCTGCTTAT CCCAGTTCGA GAGTCAGATA TGATTTTTAC GGTTATTGCA GAAGATTTTG 5940 GCTTTATTGG CTCTGTCCTG GTTATTGCCC TCTATCTCAT GTTGATTTAC CGTATGTTGA 6000 AGATTACTCT TAAATCAAAT AACCAGTTCT ACACTTATAT TTCCACAGGT TTGATTATGA 6060 TGTTGCTCTT CCACATCTTT GAGAATATCG GTGCTGTGAC TGGACTACTT CCTTTGACGG 6120 GGATTCCCTT GCCTTTCATT TCGCAAGGGG GATCAGCTAT TATCAGTAAT CTGATTGGTG 6180 TTGGTTTGCT TTTATCGATG AGTTACCAGA CTAATCTAGC TGAAGAAAAG AGCGGAAAAG 6240 TCCCATTCAA ACGGAAAAAG GTTGTATTAA AACAAATTAA ATAAGGAGAA AATCATGGTA 6300 AAAGTAGCAG TTATATTAGC TCAGGGCTTT GAAGAAATTG AAGCCTTGAC AGTTGTAGAT 6360 GTCTTGCGTC GAGCCAATAT CACATGTGAT ATGGTTGGTT TTGAAGAGCA AGTAACGGGT 6420 TCGCATGCAA TCCAAGTAAG AGCAGATCAT GTCTTTGATG GAGATTTATC AGACTATGAT 6480 ATGATTGTTC TTCCTGGAGG TATGCCTGGT TCTGCACATT TACGTGATAA TCAGACCTTG 6540 ATTCAAGAAT TGCAAAGCTT CGAGCAAGAA GGGAAGAAAC TAGCAGCCAT TTGTGCGGCA 6600 CCAATTGCCC TCAATCAAGC AGAGATATTG AAAAATAAGC GATACACTTG TTATGACGGC 6660 GTTCAAGAGC AAATCCTTGA TGGTCACTAC GTCAAGGAAA CAGTAGTGGT AGATGGTCAG 6720 TTGACAACCA GTCGGGGTCC TTCAACAGCC CTTGCCTTTG CCTACGAGTT GGTGGAGCAA 6780 CTAGGAGGGG ACGCAGAGAG TTTACGAACA GGAATGCTCT ATCGAGATGT CTTTGGTAAA 6840 AATCAGTAAA ACGGGAGTTA TTCTCTCGTT TTTTATGTGG AAAACTCAGG GAAATCATCG 6900 CTTTTTTCAT AAAAAAATGC TATAATGAAG GGTATGAAAT ATCACGATTA CATCTGGGAT 6960 TTAGGTGGAA CTTTACTGGA TAATTATGAA ACTTCAACAG CTGCATTTGT TGAAACATTG 7020 GCACTGTATG GTATCACACA AGACCATGAC AGTGTCTATC AAGCTTTAAA GGTTTCTACT 7080 CCTTTTGCGA TTGAGACATT CGCTCCCAAT TTAGAGAATT TTTTAGAAAA GTACAAGGAA 7140 AATGAAGCCA GAGAGCTTGA ACACCCGATT TTATTTGAAG GAGTTTCTGA CCTATTGGAA 7200 GACATTTCAA ATCAAGGTGG CCGTCATTTT TTGGTCTCTC ATCGAAATGA TCAGGTTTTG 7260 GAAATTTTAG AAAAAACCTC TATAGCAGCT TATTTTACAG AAGTGGTGAC TTCTAGCTCA 7320 GGCTTTAAGA GAAAGCCAAA TCCCGAATCC ATGCTTTATT TAAGAGAAAA GTATCAGATT 7380 AGCTCTGGTC TTGTCATTGG TGATCGGCCG ATTGATATCG AAGCAGGTCA AGCTGCAGGA 7440 CTTGATACCC ACTTGTTTAC CAGTATCGTG AATTTAAGAC AAGTATTAGA CATATAAGAA 7500 AAAGGAATAA GATGACAGAA GAAATCAAAA ATCTGCAGGC ACAGGATTAT GATGCCAGTC 7560 AAATTCAAGT TTTAGAGGGC TTAGAGGCTG TTCGTATGCG TCCAGGGATG TACATTGGAT 7620 CAACCTCAAA AGAAGGTCTT CACCATCTAG TCTGGGAAAT TGTTGATAAC TCAATTGACG 7680 AGGCCTTGGC AGGATTTGCC AGCCATATTC AAGTTTTTAT TGAGCCAGAT GATTCGATTA 7740 CTGTTGTGGA TGATGGGCGT GGTATCCCAG TCGATATTCA GGAAAAAACA GGCCGTCCTG 7800 CTGTTGAGAC CGTCTTTACA GTCCTTCACG CTGGAGGAAA GTTCGGCGGT GGTGGATACA 7860 AGGTTTCAGG TGGTCTTCAC GGGGTGGGGT CGTCAGTAGT TAATGCCCTT TCCACTCAAT 7920 TAGACGTTCA TGTTCACAAA AATGGTAAGA TTCATTACCA AGAATACCGT CGTGGTCATG 7980 TTGTCGCAGA TCTTGAAATA GTTGGAGATA CGGATAAAAC AGGAACAACT GTTCACTTCA 8040 CACCGGACCC AAAAATCTTC ACTGAAACAA CAATCTTTGA TTTTGATAAA TTAAATAAAC 8100 GGATTCAAGA GTTGGCCTTT CTAAATCGCG GTCTTCAAAT TTCAATTACA GATAAGCGCC 8160 AAGGTTTGGA ACAAACCAAG CATTATCATT ATGAAGGTGG GATTGCTAGT TACGTTGAAT 8220 ATATCAACGA GAACAAGGAT GTAATCTTTG ATACACCAAT CTATACAGAC GGTGAGATGG 8280 ATGATATCAC AGTTGAGGTA GCCATGCAGT ACACAACTGG TTACCATGAA AATGTCATGA 8340 GTTTCGCCAA TAATATTCAT ACCCATGAAG GTGGAACACA TGAACAAGGT TTCCGTACAG 8400 CCTTGACACG TGTTATCAAC GATTATGCTC GTAAAAATAA GTTACTGAAA GACAATGAAG 8460 ATAATTTAAC AGGGGAAGAT GTTCGCGAAG GCTTAACTGC AGTTATCTCA GTTAAACACC 8520 CAAATCCACA GTTTGAAGGA CAAACCAAGA CCAAATTGGG AAATAGCGAA GTGGTCAAGA 8580 TTACCAATCG CCTCTTCAGT GAAGCTTTCT CCGATTTCCT CATGGAAAAT CCACAGATTG 8640 CCAAACGTAT CGTAGAAAAA GGAATTTTGG CTGCCAAGGC TCGTGTGGCT GCCAAGCGTG 8700 CGCGTGAAGT CACACGTAAA AAATCTGGTT TGGAAATTTC CAACCTTCCA GGGAAACTAG 8760 CAGACTGTTC TTCTAATAAC CCTGCTGAAA CAGAACTCTT CATCGTCGAA GGAGACTCAG 8820 CTGGTGGATC AGCCAAATCT GGTCGTAACC GTGAGTTTCA GGCTATCCTT CCAATTCGCG 8880 GTAAGATTTT GAACGTTGAA AAAGCAAGTA TGGATAAGAT TCTAGCCAAC GAAGAAATTC 8940 GTAGTCTTTT CACAGCCATG GGAACAGGAT TTGGCGCAGA ATTTGATGTT TCGAAAGCCC 9000 GTTACCAAAA ACTCGTTTTG ATGACCGATG CCGATGTCGA TGGAGCCCAC ATTCGTACCC 9060 TTCTTTTAAC CTTGATTTAT CGTTATATGA AACCAATCCT AGAAGCTGGT TATGTTTATA 9120 TTGCCCAACC ACCAATCTAT GGTGTCAAGG TTGGAAGCGA GATTAAAGAA TATATCCAGC 9180 CGGGTGCAGA TCAAGAAATC AAACTCCAAG AAGCTTTAGC CCGTTATAGT GAAGGTCGTA 9240 CCAAACCGAC TATTCAGCGT TATAAGGGGC TAGGTGAAAT GGACGATCAT CAGCTGTGGG 9300 AAACAACCAT GGATCCCGAA CATCGCTTGA TGGCTAGAGT TTCTGTAGAT GATGTGCAGA 9360 AGCAGATAAA ATCTTTGATA TGTTGATGGG GATCGAGTTG TCCTCGTCG 9409 (2) INFORMATION FOR SEQ ID NO : 162 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6415 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 162 : CCTGGGAAAG TCTTGAAAAT TATGATAGAA TGGTGGAAGG AAAAATTCAG GAGAGTAGTA 60 GTGACTCAAA ATGTTGAAAG TCTTCTCGTA TCCATTGTAA TCAGTGCATA CAATGAAGAA 120 AAATATCTGC CTGGTCTAAT TGAAGACTTA AAAAATCAAA CCTATCCTAA AGAGGATATT 180 GAAATTCTAT TTATAAATGC TATGTCCACA GATGGGACCA CAGCTATCAT TCAGCAATTT 240 ATAAAGGAAG ATACAGAGTT TAACTCAATT AGATTGTATA ACAATCCTAA GAAAAATCAA 300 GCTAGTGGTT TTAACCTGGG AGTTAAACAT TCTGTAGGGG ACCTTATTTT AAAAATTGAT 360 GCTCATTCAA AAGTTACTGA GACTTTTGTA ATGAACAATG TGGCTATTAT TCAACAAGGT 420 GAATTTGTCT GTGGGGGGCC TAGACCGACG ATTGTCGAAG GAAAAGGAAA ATGGGCAGAG 480 ACCTTGCATC TTGTTGAGGA AAATATGTTT GGCAGTAGCA TTGCCAATTA TCGAAATAGT 540 TCTGAGGATA GATATGTTTC TTCTATTTTT CATGGAATGT ATAAACGAGA GGTTTTCCAG 600 AAGGTTGGTT TAGTAAATGA GCAACTTGGC CGAACTGAAG ATAATGATAT TCATTATAGA 660 ATTCGAGAAT ATGGTTATAA AATCCGCTAT AGCCCAAGTA TTCTATCTTA TCAGTATATT 720 CGACCAACAT TCAAGAAAAT GCTGCATCAA AAGTATTCAA ATGGTTTGTG GATTGGCTTG 780 ACAAGTCATG TTCAGTTTAA GTGTTTATCA TTATTTCACT ATGTTCCTTG TTTATTTGTT 840 TTGAGTCTTG TGTTTAGTCT AGCATTGTTA CCGATCACAT TCGTATTCAT AACTTTACTA 900 TTAGGTGCCT ATTTTCTACT TTTGTCATTA CTCACTTTGC TGACTTTATT AAAACATAAA 960 AATGGATTTC TAATTGTGAT GCCCTTTATT TTATTTTCCA TTCACTTTGC TTATGGCCTT 1020 GGGACGATTG TAGGTTTAAT TAGAGGATTT AAATGGAAGA AGGAGTACAA GAGAACAATA 1080 ATTTATTTGG ATAAAATAAG CCAAATAAAT CAAAATATGC TATAATAACA ATATAGTAAA 1140 ACTCTTTTAA GGAGGAGTAG ATTTCTATGA ATAAAAAACT AACAGATTAT GTGATTGATC 1200 TGGTGGAAAT TTTAAATAAA CAACAAAAGC AGGTTTTCTG GGGAATATTT GATATTTTCA 1260 GTATGGTGGT TTCCATCATT GTATCTTATA TTTTATTTTA TGGGCTGATT AATCCAGCAC 1320 CTGTTGACTA CATTATCTAT ACGAGTTTGG CCTTCCTGTT CTATCAATTG ATGATTGGTT 1380 TTTGGGGGTT GAACGCGAGC ATTAGTCGTT ACAGCAAGAT TACGGATTTC ATGAAAATCT 1440 TTTTTGGTGT GACTGCTAGC AGTGTCTTGT CATATAGTAT CTGTTATGCC TTCTTGCCAC 1500 TCTTCTCCAT CCGTTTCATC ATTCTCTTTA TCTTGTTGAG TACCTTCTTG ATTTTATTGC 1560 CACGGATTAC TTGGCAGTTA ATCTACTCCA GACGCAAAAA AGGTAGTGGT GATGGAGAAC 1620 ACCGTCGGAC CTTCTTGATT GGTGCCGGTG ATGGTGGGGC TCTTTTTATG GATAGTTACC 1680 AACATCCAAC CAGTGAATTA GAACTGGTCG GTATTTTGGA TAAGGATTCT AAGAAAAAGG 1740 GTCAAAAACT TGGTGGTATT CCTGTTTTGG GCTCTTATGA CAATCTGCCT GAATTAGCCA 1800 AACGCCATCA AATCGAGCGT GTCATCGTTG CGATTCCGTC GCTGGATCCG TCAGAATATG 1860 AGCGTATCTT GCAGATGTGT AATAAGCTGG GTGTCAAATG TTACAAGATG CCTAAGGTTG 1920 AAACTGTTGT TCAGGGCCTT CACCAAGCAG GTACTGGCTT CCAAAAAATT GATATTACGG 1980 ACCTTTTGGG TCGTCAGGAA ATCCGTCTTG ACGAATCGCG TCTGGGTGCA GAACTGACAG 2040 GTAAGACCAT CTTAGTCACA GGAGCTGGAG GTTCAATCGG TTCTGAAATC TGTCGTCAAG 2100 TTAGTCGCTT CAATCCTGAA CGCATTGTCT TGCTCGGTCA TGGGGAAAAC TCAATCTACC 2160 TTGTTTATCA TGAATTGATT CGTAAGTTCC AAGGGATTGA TTATGTACCT GTGATTGCGG 2220 ACATTCAAGA CTATGATCGT TTGTTGCAAG TCTTTGAGCA GTACAAACCT GCTATTGTTT 2280 ATCATGCGGC AGCCCACAAG CATGTTCCTA TGATGGAGCG CAATCCAAAA GAAGCCTTCA 2340 AAAACAATAT CCGTGGAACT TACAATGTTG CTAAGGCTGT TGATGAAGCT AAAGTGTCTA 2400 AGATGGTTAT GATTTCGACA GATAAGGCAG TCAATCCACC AAATGTTATG GGAGCAACCA 2460 AGCGCGTGGC GGAGTTGATT GTCACTGGCT TTAACCAACG TAGCCAATCA ACCTACTGTG 2520 CAGTTCGTTT TGGGAATGTT CTTGGTAGCC GTGGTAGTGT CATTCCAGTC TTTGAACGTC 2580 AGATTGCTGA AGGTGGGCCT GTAACGGTGA CAGACTTCCG TATGACCCGT TACTTTATGA 2640 CCATTCCAGA AGCTAGCCGT CTGGTTATCC ATGCTGGTGC TTATGCCAAA GATGGGGAAG 2700 TCTTTATCCT TGATATGGGC AAACCAGTCA AGATTTATGA CTTGGCCAAG AAGATGGTGC 2760 TTCTAAGTGG CCACACTGAA AGTGAAATTC CAATCGTTGA AGTTGGAATC CGCCCAGGTG 2820 AAAAACTCTA CGAAGAACTC TTGGTATCAA CCGAACTCGT TGATAATCAA GTTATGGATA 2880 AGATTTTCGT TGGTAAGGTT AATGTCATGC CTTTAGAATC CATCAATCAA AAGATTGGAG 2940 AGTTCCGCAC TCTCAGTGGA GATGAGTTGA AGCAAGCTAT TATCGCCTTT GCTAATCAAA 3000 CAACCCACAT TGAATAAAAA AGAAAAACGC ATAGTATCAA GTTACACAAC CTTGGTAATA 3060 TGCGTTTTAT TATGTAGAGA CTTATACTCT TCGAAAATCT CTTCAAACCA CGTCAACGTC 3120 GCCTTGCCGT ATATGGTTAC TGACTtCGTC AGTTCTATCC ACAACCTCAA AACAGTGTTT 3180 TGAGytGACT TCGTCAGTTC TATCCACAAC CTCAAAACAG TGTTTTGAGC TGACtTCGTC 3240 AGTTCTATCC ACAACCTCAA AACAGTGTTT TGAGCTGACT TCGTCAGTTC CATCCACAAC 3300 CTTAAAACAG TGTTTTGAGy TGACnTTCGT CAGTTCCATC TACAACCTTA AAACAGTGTT 3360 TTGAGCTGCC CGCAGCTAGT TTCCTAGTTT GCTCTTTGAT TTTCATTGAG TATTACTTCA 3420 TTTTCTTCTG AAATGGAATT GTTACCCAGT CTATGCTATT GAAAATACGC CAAAACTTCT 3480 AAGGGTTTGT GAGCGATATA ATCAGGTTGA TAGTTTAGTA GATCTGCTTG CTCTCCAAAT 3540 CCCCAAGTGA TGGCCAATTT CTGAATACCT GTTTCTCGAG CTCCCAGCAT ATCAAACTTG 3600 GTATCTCCGA TGATGATGGC TTGTTCTGGT GCTAGTTGAT GTGTCTGCAA GGCTTGGTGA 3660 ATGACATCTG CCTTATGGGG TGCTTCAGGG CTAGAACCAT AAATGCCATC AAAGAAATGA 3720 TGGATTTCCA AGTTTTTTGC CATGTCTTGA GCAGTAGATG TATCCTTTGT CGTGGTGATG 3780 TAGAGTGGAT AACTGCTCGA TAACTCCTCA AGCAAGTCTA TAATCTGAGG AAAGAGTTGA 3840 GCTTCATAGA TGCCTTTTGC CTTATAGTAA GAACGATATA TCTGCACGGC TTCAGAAATT 3900 TGGTCTTTGG ACAGGCAGGT CGCAAAACTA CTTTCGAGAG GTGGTCCCAT AAAACCACGA 3960 ATAGTTTTGG CATCAGGGCT AGGCACCCCC AGCTCTTTAA AGGTATAGGT AAAGGCATTG 4020 TGAATCCCGA TAGAACTATC AACGAGGGTT CCATCCAAAT CGAAAAAAAT CGCTGTGATA 4080 GAGGTCATGG TTTCTCCTAT TTGATAAGCT TATTCTCCGA AAATTTCTTT TTGGAGGCGA 4140 CGACCAGTAG GGGTGGTAGC GAGTCCACCT TCAGCTGTTT CACGAAAGGC AGTTGGCATG 4200 CTTGCTCCTA CTTGGTACAT GGCATCGATC ACTTCATCCA CAGGGATTTT AGATTCGATA 4260 CCTGCCAAGG CCATGTCTGC TGCGATGAAA GCAAAGCTAG CTCCCATGGC ATTACGTTTG 4320 ACACAGGGAA CTTCGACCAA ACCTGCAACA GGGTCACAGA TGAGGCCTAG CATATTTTTA 4380 ATGACAAAGG CAATAGCTTG ACTGGCCTGA TAAGGTGTTC CACCTGCAGC CAGAGTCAAG 4440 GCGGCAGCAC TCATAGCAGA GGCTGAACCA ACTTCAGCTT GACACCCACC CTCAGCACCT 4500 GAGATGGAGG CATTGTTTGC GATGACTAGT CCAAAGGCAC CAGCAGCAAA GAGGAAATCC 4560 AATTGTTGCT CGTGGCTGAG GTCTAATTTT TCAATAGCAG CAGTGAGAAC GGATGGCAGA 4620 CAGCCAGCAC TTCCAGCGGT TGGAGTGGCA CAGACCAAGC CCATTTTGGC ATTGTGTTCA 4680 TTGACTGCGA TGGCATTTCG GGCAGCCGAG AGAATCGTAT AATCTGACAG AGTTTTTCCG 4740 TTTTCGATGT AGTGATCCAA TTTGGCAGCA TCTCCACCTG TCAGGCCACT ACGAGATTTA 4800 TTTTCATTGA GGCCAAGTTG GACAGAGGCT TTCATAACTT CCAGATTGCG TTCCATGAGA 4860 AGGAAGACTT CTTCACGTTC GCGACCGGTC AATTCAAACT CTGTTGTAAT CATGAGTTCT 4920 GCGACATTTC CTTGAAAGTC CAGATCTGCT TGCTCGACCA ATTCTTTGAT AGAATAAAAC 4980 ATGCTTCCTC CTATTTAAAG AAATTGACAT TGTGGAGATG AGGGATTTTT CGAATTTCTT 5040 CGATAGCCTC ATCACAGTTG CGACTGTCAA CTTCGATAAT CATAATGGCT TTTTCACCAG 5100 CTTTTTCACG AGTGACATTC ATCTGGGCGA TATTGATACC ATAGCGGGAA AGCGCCTCTG 5160 TAACAAGGGC AATCATACCT GGAATATCTT GATGAACGAT GATGATAGTC GGTGTATTCA 5220 TATTGAGAGA GACGGCAAAA CCATTGAGTT CGGTTACCTG AATATTTCCT CCACCGATAG 5280 AAATACCAGT CACGCTGATG GTCTTGTGGG CATTTTTAAC AGTAATTTTA GTGGTGTTAG 5340 GGTGAGGGGC ATTGCTGTCT TTCTGAATGG TCCAGACAAT CTTGATACCA CGCTTGTGGG 5400 CAATTTCCAG ACTATTTGGA ATTTCAGGAT CATCTGTATC CATTCCTAAA ATACCTGCAA 5460 CAAGGGCTAG GTCTGTTCCG TGACCACGAT AGGTCTTGGC AAATGAGTTA AAAAGTTGGA 5520 ATTCAACTTC TGTCGGAGTA TCATCAAAAA TGGAAGAGAC AATCTTCCCA ATACGAACAG 5580 CACCAGCGGT ATGGCTACTA GATGGGCCAA TCATAACTGG TCCGATGATA TCAAAGACAG 5640 ATTGAAAACG AAGTGATTTC ATCAGTTTCC CCTTATAAAA ATTCTTATCT CTATTATATC 5700 AAAGAATGAG GGGCTTGGCT TTAATTGTGG ATGAAAACCT TTCTAATACC TCAAATAGCA 5760 TAAAAATAGT ATCTTTTATG ACAAAAAACA CCTTATTTAG GGAAATAAAA AATAATTTTG 5820 TAATATTTCT ACATAAAAGT GTCAAGAAAC GGTAATATTT AAAGGGTATG ATAGAACTAT 5880 AGAAAGAAGG AGAATTTTCG AATATGAAAT CAATAACTAA AAAGATTAAA GCAACTCTTG 5940 CAGGAGTAGC TGCCTTGTTT GCAGTATTTG CTCCATCATT TGTATCTGCT CAAGAATCAT 6000 CAACTTACAC TGTTAAAGAA GGTGATACAC TTTCAGAAAT CGCTGAAACT CACAACACAA 6060 CAGTTGAAAA ATTGGCAGAA AACAACCACA TTGATAACAT TCATTTGATT TATGTTGATC 6120 AAGAGTTGGT TATCGATGGC CCTGTAGCGC CTGTTGCAAC ACCAGCGCCA GCTACTTATG 6180 CGGCACCAGC CGCTCAAGAT GAAACTGTTT CAGCTCCAGT AGCAGAAACT CCAGTAGTAA 6240 GTGAAACAGT TGTTTCAACT GTAAGCGGAT CTGAAGCAGA AGCCAAAGAA TGGATCGCTC 6300 AAAAAGAATC AGGTGGTAGT ATACAGCTAC AAATGGACGT TATATCGGAC GTTACCAATT 6360 AACAGATTCA TACCTGAACG GTGACTACTC AGCTGAAAAC CAAGAACGGG TACCG 6415 (2) INFORMATION FOR SEQ ID NO : 163 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 8494 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 163 : TACCCCTTTC GAATTTTGGC AAAAATTCGG TAAGGCTTTG ATGGTAGTTA TCGCGGTTAT 60 GCCGGCTGCT GGTTTGATGA TTTCAATCGG TAAGTCTATC GTGATGATTA ACCCAACCTT 120 TGCACCACTT GTCATCACAG GTGGAATTCT TGAGCAAATC GGTTGGGGGG TTATCGGTAA 180 CCTTCACATT TTGTTTGCCC TAGCCATTGG AGGAAGCTGG GCTAAAGAAC GTGCTGGTGG 240 TGCTTTCGCC GCTGGTCTTG CCTTCATCTT GATTAACCGT ATCACTGGTA CAATCTTTGG 300 TGTATCAGGC GATATGTTGA AAAATCCAGA TGCTATGGTA ACTACTTTCT TTGGTGGTTC 360 AATCAAAGTT GCTGATTACT TTATCAGTGT TCTTGAAGCT CCAGCCTTGA ACATGGGGGT 420 ATTCGTAGGG ATTATCTCAG GTTTTGTAGG GGCAACTGCT TACAACAAAT ACTACAACTT 480 CCGTAAACTT CCTGATGCAC TTTCATTCTT CAACGGGAAA CGTTTCGTAC CATTTGTAGT 540 TATTCTTCGT TCAGCAATCG CTGCAATTCT ACTTGCTGCT TTCTGGCCAG TAGTTCAAAC 600 AGGTATCAAT AACTTCGGTA TCTGGATTGC CAACTCACAA GAAACTGCTC CAATTCTTGC 660 ACCATTCTTG TATGGTACTT TGGAACGTTT GCTCTTGCCA TTTGGTCTTC ACCACATGTT 720 GACTATCCCA ATGAACTACA CAGCTCTTGG TGGTACTTAT GACATTTTAA CTGGTGCAGC 780 TAAAGGTACT CAAGTATTCG GTCAAGACCC ACTATGGCTT GCATGGGTAA CAGACCTTGT 840 AAACCTTAAA GGTACTGATG CTAGTCAATA TCAACACTTG TTAGATACAG TACATCCAGC 900 TCGTTTCAAA GTTGGACAAA TGATCGGTTC ATTCGGTATC TTGATGGGTG TGATTGTTGC 960 TATCTACCGT AATGTTGATG CTGACAAGAA ACATAAATAC AAAGGTATGA TGATTGCAAC 1020 AGCTCTTGCA ACATTCTTGA CAGGGGTTAC TGAACCAATC GAATACATGT TCATGTTCAT 1080 CGCAACACCT ATGTATCTTG TTTACTCACT TGTTCAAGGT GCTGCCTTCG CTATGGCTGA 1140 CGTCGTAAAC CTACGTATGC ACTCATTCGG TTCAATCGAG TTCTTGACTC GTACACCTAT 1200 TGCAATCAGT GCTGGTATTG GTATGGATAT CGTTAACTTC GTTTGGGTAA CTGTTCTCTT 1260 TGCTGTAATC ATGTACTTTA TCGCAAACTT CATGATTCAA AAATTCAACT ACGCAACTCC 1320 AGGGCGCAAC GGAAACTACG AAACTGCTGA AGGTTCAGAA GAAACCAGCA GCGAAGTGAA 1380 AGTTGCAGCA GGCTCTCAAG CTGTAAACAT TATCAACCTT CTTGGTGGAC GTGTAAACAT 1440 CGTTGATGTT GATGCATGTA TGACTCGTCT TCGTGTAACT GTTAAAGATG CAGATAAAGT 1500 AGGAAATGCA GAGCAATGGA AAGCAGAAGG AGCTATGGGT CTTGTCATGA AAGGACAAGG 1560 GGTTCAAGCT ATCTACGGTC CAAAAGCTGA CATTTTGAAA TCTGATATCC AAGATATCCT 1620 TGATTCAGGT GAAATCATTC CTGAAACTCT TCCAAGCCAA ATGACTGAAG CACAACAAAA 1680 CACTGTTCAc TTCAAAGATC TTACTGAGGA AGTTTACTCA GTAGCAGACG GTCAAGTTGT 1740 TGCTTTGGAA CAAGTAAAGG ATCCAGTATT TGCTCAAAAA ATGATGGGTG ATGGATTTGC 1800 AGTAGAACCT GCAAATGGAA ACATTGTATC TCCAGTTTCA GGTACTGTGT CAAGCATCTT 1860 CCCAACAAAA CATGCTTTTG GTATTGTGAC GGAAGCAGGT CTTGAAGTAT TGGTTCACAT 1920 TGGTTTGGAC ACAGTAAGTC TTGAAGGTAA ACCATTTACA GTTCATGTTG CTGAAGGACA 1980 AAAAGTTGCA GCAGGAGATC TCCTTGTCAC AGCTGACTTG GATGCTATCC GTGCAGCAGG 2040 ACGTGAAACT TCAACAGTAG TTGTCTTCAC AAATGGTGAT GCAATTAAAT CAGTTAAGTT 2100 AGAAAAAACA GGTTCTCTTG CAGCTAAAAC AGCAGTTGCT AAAGTAGAAT TGTAATATAC 2160 TTGAGGTTGG AAGCTGTATT CCAACCTCTT ATTTTGGGAG AAAAGAATGA AATTTTTAAC 2220 ACTCAATACT CACAGTTGGA TGGAGAAAGA AGCAGAGGAA AAATTCCAGA TTTTGCTTGA 2280 AGATATTCTT GAAAAGGACT ATGATTTGAT TTGTTTTCAA GAAATCAATC AGGAGATGAC 2340 CTCGTCAGAG GTGGAGGTTA ATGACCTTTA TCAAGCTTTG CCAGCAGCTG AGCCTATTCA 2400 CCAAGACCAT TATGTTAGAC TCTTGGTTGA AAAGTTGTCT GAGCAAGGGA AAAATTACTA 2460 CTGGACCTGG GCCTATAACC ATATCGGCTA TAACCGCTAC CACGAAGGTG TGGCTATCTT 2520 GTCTAAAACA CCTATTGAAG CCAGAGAAAT TTTGGTTTCA GATGTGGATG ATCCAACAGA 2580 CTATCATACT CGCCGTGTTG CCCTAGCTGA AACTGTAGTC GATGGCAAGG AGCTAGCAGT 2640 TGCCAGTGTT CATCTCTCTT GGTGGGATAA AGGTTTCCAA GAAGAATGGG CACGATTTGA 2700 GGCTGTCTTG AAAAAATTGA ACAAGCCACT TTTACTAGCT GGAGATTTCA ACAATCCGGC 2760 TGGACAGGAA GGTTACCAAG CTATTTTAGC TAGTCCATTA GGCTTACAAG ACGCATTTGA 2820 AGTTGCTCAA GAGAAAAGTG GTAGCTATAC TGTTCCGCCT GAAATTGATG GCTGGAAAGG 2880 GAACACTGAA CCCCTTCGAA TCGATTATGT CTTTACTACC AAAGAGTTAG CGGTGGAAAA 2940 TTTACATGTC GTATTTGATG GTAACAAGAG TCCACAAGTG AGTGATCACT ATGGCTTGAA 3000 TGCTATATTA AACTGGAAAT AATAACTGAA AAGAGGTTGG AACTATAAAA TTCCAGCCTT 3060 TTCTTACTAG AGAAGCTACT GGAAATAGCC TAAATAAGTG AGACTACTGT AATGGAATAA 3120 AATATGGTAT AATTGATAAG GTAGATAGAA TCGAGGATGT TATGTCATTT ACGAAATTTC 3180 AATTTAAAAA CTATATTAGA GAAGCCTTGA AGGAGTTAAA ATTTACAACT CCAACAGAGG 3240 TGCAAGACAA GTTGATTCCT ATTGTTTTGG CAGGTCGTGA CCTAGTAGGA GAATCAAAAA 3300 CAGGTTCAGG TAAGACTCAT ACTTTCTTGT TACCGATTTT CCAGCAATTA GATGAAGCTA 3360 GCGATAGTGT ACAAGCAGTG ATTACTGCAC CGAGTCGTGA GTTGGCTACT CAAATTTACC 3420 AAGTAGCGCG TCAGATTTCA GCTCACTCAG ATGTCGAAGT TCGTGTGGTT AATTATGTGG 3480 GTGGTACGGA TAAGGCTCGC CAGATTGAGA AATTGGCAAG CAATCAGCCT CATATTGTTA 3540 TTGGAACACC AGGCCGTATC TACGACTTGG TTAAATCTGG TGATTTAGCT ATTCATAAAG 3600 CCAAGACATT TGTTGTTGAT GAAGCAGATA TGACCTTGGA TATGGGATTC TTGGAAACTG 3660 TTGATAAGAT TGCTGGCAGT CTTCCAAAAG ACTTGCAATT CATGGTCTTC TCAGCGACTA 3720 TCCCACAAAA ACTGCAACCA TTCTTGAAAA AATACTTATC AAATCCTGTT ATGGAGAAAA 3780 TTAAGACCAA AACGGTTATT TCTGACACCA TTGATAATTG GTTGATTTCG ACCAAGGGAC 3840 ATGATAAGAA TGCTCAAATT TACCAGTTGA CTCAGTTGAT GCAGCCGTAT TTGGCAATGA 3900 TTTTTGTTAA CACTAAAACG CGTGCTGATG AATTGCATTC ATATCTGACT GCTCAAGGCT 3960 TGAAGGTTGC AAAAATCCAT GGCGATATTG CCCCTCGTGA ACGCAAGCGA ATCATGAATC 4020 AGGTGCAAAA TCTGGATTTT GAGTATATTG TCGCAACAGA TTTGGCAGCG CGTGGGATTG 4080 ACATTGAAGG TGTCAGCCAT GTCATCAATG ATGCCATTCC GCAAGACTTA TCTTTTTTTG 4140 TTCATCGTGT TGGTCGTACT GGACGAAATG GCCTACCAGG TACAGCTATT ACCCTTTATC 4200 AGCCAAGTGA TGACTCGGAT ATCCGTGAGT TGGAGAAATT GGGAATCAAG TTTAGTCCTA 4260 AGATGGTCAA AGACGGGGAA TTTCAAGATA CCTATGACCG TGATCGTCGT GCCAACCGTG 4320 AGAAAAAACA AGATAAACTT GATATCGAAA TGATTGGTTT GGTTAAAAAG AAAAAGAAAA 4380 AAGTCAAACC GGGTTATAAG AAGAAAATTC AATGGGCGGT TGATGAAAAG CGCCGTAAAA 4440 CCAAGCGTGC TGAAAATCGC GCTCGCGGTC GTGCAGAGCG TAAAGCTAAA CGCCAAACAT 4500 TTTAATAGAA ATTGTTGGAG TATTGAGCTC CAACTTTTTT ATTTATGAGA ACGAACTATC 4560 TAAACCGAAA CACTACATTA AAGACTGCAA ATTGCGATTA AAAATGGTAT AATGATAAAG 4620 TTATATAGTC CCGATAAGAT GGTAGGTATT TATTACGAAG AGTTTTCCTA TCAGTACTTT 4680 GTAACTCTAT AACAATATTT TTTAAGGGGG GACATTTTTA TGTCAGAGCG TAAATTATTC 4740 ACGTCTGAAT CTGTATCTGA GGGGCATCCG GATAAGATTG CAGACCAAAT TTCAGATGCG 4800 ATTTTGGATG CTATTTTAGC AAAGGATCCA GAGGCGCACG TTGCTGCTGA AACAGCTGTA 4860 TATACTGGTT CTGTCCACGT TTTTGGTGAA ATTTCTACAA ATGCCTATGT GGATATTAAC 4920 CGTGTGGTTC GTGATACCAT TGCAGAGATT GGTTATACCA ATACAGAATA TGGATTTTCT 4980 GCTGAGACGG TGGGAGTACA CCCATCTTTG GTGGAACAAT CTCCTGACAT CGCTCAAGGT 5040 GTTAACGAAG CCTTGGAGGT TCGTGGAAAT GCTGATCAAG ATCCACTGGA CTTGATTGGA 5100 GCAGGTGACC AAGGGCTCAT GTTTGGATTT GCAGTAGATG AAACAGAAGA GCTTATGCCA 5160 TTGCCAATTG CACTCAGTCA TAAATTGGTT CGTCGTCTGG CAGAACTTCG TAAGTCTGGA 5220 GAAATTAGCT ATCTCCGTCC AGATGCAAAA TCACAAGTTA CAGTTGAGTA CGATGAAAAT 5280 GACCGTCCGG TACGTGTAGA TACAGTCGTT ATTTCTACTC AGCATGATCC AGAGGCCACT 5340 AATGAACAAA TCCATCAAGA TGTGATTGAC AAGGTCATCA AAGAAGTTAT TCCATCTTCT 5400 TATCTTGATG ATAAGACAAA ATTCTTTATC AATCCGACAG GTCGTTTTGT AATCGGTGGT 5460 CCTCAAGGGG ACTCAGGTTT GACTGGTCGT AAGATTATTG TAGATACTTA TGGTGGCTAC 5520 TCTCGTCATG GTGGTGGTGC CTTCTCTGGT AAAGATGCGA CTAAGGTGGA TCGTTCAGCC 5580 TCTTATGCGG CTCGCTATAT TGCCAAGAAT ATCGTTGCAG CAGACCTTGC TAAGAAGGCA 5640 GAAGTGCAGT TGGCCTATGC TATCGGTGTT GCGCAACCTG TTTCTGTTCG TATCGATACT 5700 TTCGGTACAG GAACAGTAGC TGAAAGTCAA CTTGAAAAAG CGGCTCGTCA AATCTTTGAC 5760 CTTCGCCCTG CAGGGATTAT CCAAATGCTG GACCTCAAGC GTCCAATTTA CCGTCAAACA 5820 TCGGCTTACG GTCACATGGG ACGTACAGAT ATTGATCTTC CATGGGAACG TTTGGATAAG 5880 GTAGATGCTT TGAAAGAAGC AGTAAAATAA GATTTTAAGA GGGGAACGTC CTCTCTTTTT 5940 TATAGTTTTT AACTATACTG GGATACTGTT CTGAAAATCC ATTTTGCGAA AGTAGAGATT 6000 TACATGTATA GTAGATTGAA ACTAGAATAG TACACCTCAA CTTCTAAAAC ATTGTTAGCA 6060 ATCAATTTGA CTGTCCTGAT CGATTTCTCC TGTTCTTGTT TCATTTTACT ATATTTCTTT 6120 AAAAATGATA AAGGTTAAGA TTTCTCCTCG TAATAGATAA TCTTGGGGAT ATTTCAATCC 6180 AAAGTTTTAT TCGTTATCAC TTGACTATTG CAAGGTTTTC TAGAGCAACA GAGTCATGGA 6240 ATGGACTCAT GGTTGAGATT TCTCCTTGTT GCTTGGACTT CATTCAAAAG TCTGTTACCC 6300 AAGCCTTGTT CAAACTTCTA ATACACTAGC TGTTTCCATA GCATGACTTC TGTACTAGAC 6360 TTTCTTTTCC GAATAAATAG ATAGAACCAC AGAATCTAGT AAACCTAGAA TTAAAATTAT 6420 GGTATAATAT TAGCAATAAA AGAAATCTGG AGGATTAGAA TCATGGTATC AACGAAAACA 6480 CAAATTGCTG GTTTTGAGTT TGACAATTGC TTGATGAATG CAGCAGGTGT GGCTTGTATG 6540 ACGATAGAGG AGTTAGAAGA GGTCAAAAAC TCAGCGGCAG GAACCTTTGT TACTAAGACA 6600 GCGACCTTGG ACTTCCGTCA GGGGAATCCT GAGCCACGCT ACCAAGATGT TCCACTTGGT 6660 TCCATCAACT CTATGGGCTT GCCAAATAAT GGCTTAGACT ATTATTTGGA TTATCTTTTA 6720 GATTTGCAGG AAAAAGAGTC GAACCGAACT TTCTTCTTAT CTCTGGTCGG CATGTCTCCA 6780 GAGGAAACCC ATACTATTTT GAAAAAAGTC CAAGAGAGTG ATTTTCGTGG TCTGACTGAG 6840 CTAAATCTTT CCTGTCCAAA TGTTCCAGGT AAACCTCAGA TTGCCTATGA TTTTGAGACA 6900 ACAGACCGGA TTTTGGCAGA AGTGTTTGCT TACTTCACCA AACCTCTTGG AATTAAATTG 6960 CCACCTTATT TTGATATTGT TCACTTTGAC CAAGCGGCAG CTATTTTCAA CAAATATCCG 7020 CTCAAGTTTG TCAACTGCGT TAACTCTATC GGAAACGGCC TCTATATAGA AGACGAATCT 7080 GTCGTTATTC GGCCTAAGAA TGGTTTTGGT GGAATTGGTG GAGAATACAT CAAACCGACT 7140 GCTTTAGCCA ATGTTCACGC CTTTTATCAA CGTTTAAATC CTCAAATCCA AATTATCGGA 7200 ACAGGTGGCG TTCTGACTGG TCGAGATGCC TTTGAACACA TCCTCTGTGG AGCAAGTATG 7260 GTGCAGGTGG GAACGACCCT TCACAAAGAA GGCGTCAGTG CTTTTGACCG CATTACCAAT 7320 GAACTGAAAG CAATCATGGT GGAAAAAGGC TACGAGAGCT TAGAAGATTT CCGTGGGAAA 7380 TTGCGCTATA TTGACTAAAT TAAATCGAAA AATCTGAAGA AAGGAGAGAC GATGCTAGCC 7440 ATTGAAGAAA GTCAGAAGTT GACTTTATCA AATTTACCGA GCCTGAGCCT ATTTACAGGG 7500 ACAGATCAGG GTCAGTTTGA AGTGATGAAG AGTCAAATGT TGAAACAGAT TGGGTATGAT 7560 TCTGCTGACC TCAACTTTGC CTACTTTGAT ATGAAAGAAG TAGTTTACAA GGATGTGGAA 7620 CTGGAGTTGG TCAGCCTTCC TTTCTTTGCG GATGAGAAAA TCGTGATATT AGATTATTTT 7680 ATGGATATCA CGACTGCTAA GAAACGCTTT TTGACAGATG ATGAGCTTAA GTCATTTGAG 7740 GAATACCTTG ACAATCCTTC TCCAACAACC AAGTTGATAA TCTTTGCAGA AGGAAAGCTG 7800 GATAGCAAAA GACGGTTAGT CAAATTACTT AAGCGTGATG CCAAGGCCTT CGATGCAGTA 7860 GAAGTAAAAG AACAAGAATT GCGCCAGTAC TTCCAAAAGT GGAGTCAGAA ACAAGGTCTG 7920 CAGTTTACCA ATCATTCTTT TGAAAATCTC CTCATCAAGT CGGGGTTTCA ATTTAGCGAA 7980 ATCCAGAAAA ATCTTCTCTT TTTACAGTCC TATAAGGCGA ATTCTGTTAT TGAGGAAGAG 8040 GATATTGTTA ACGCAATTCC CAAGACTTGC AGGACAATAT TTTTGATTTA ACTCAGTTTA 8100 TTCTGACTAA AAAGATGGAT CAGGCGCGCG ATTTGGTGAG AGACTTGACC TTGCAAGGGG 8160 AAGATGAAAT CAAACTGATT GCAGTCATGC TGGGACAATT TCGGACTTTT ACTCAGGTGA 8220 AGATTTTGGC GGAGTCTGGC CAAACAGAAT CGCAGATTGC AAGTAGTTTA GGTAGTTATC 8280 TGGGACGTAA CCCAAATCCT TATCAAATCA AGTTTGCATT AAGAGATTCG AGAGGACTTT 8340 CTTTGAGCTT TTTGAAGCAA GCTATTTCCT ATTTGATTGA GACAGACTAT CAGATTAAGA 8400 CAGGTCTTTA TGAAAAAGGT TTCCTTTTTG AAAAGGCACT CTTACAGATT GCTAGTCAGG 8460 TCAATTGACA TTTGTTGAAA CTACTAACCC GCGG 8494 (2) INFORMATION FOR SEQ ID NO : 164 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9707 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 164 : CCGGTCAGTT CGTTCAGTAC AAGGAATCAT AATGAACGAT CAATCAGAAA AAAAGACTAG 60 AAAGAAGACT GTATGGATAA TCGACCAATT GGTTTTTTGG ATTCGGGTGT CGGGGGCTTG 120 ACCGTTGTGC GCGAGCTCAT GCGCCAGCTT CCCCATGAAG AAATCGTCTA TATTGGAGAT 180 TCGGCGCGGG CGCCCTATGG CCCCCGTCCT GCTGAGCAAA TTCGTGAATA TACTTGGCAG 240 CTGGTCAACT TTCTCTTGAC CAAGGATGTC AAAATGATTG TCATTGCTTG TAACACTGCG 300 ACTGCGGTCG TCTGGGAAGA AATCAAGGCT CAACTAGATA TTCCTGTCTT GGGTGTAATT 360 TTGCCAGGAG CTTCGGCAGC CATCAAGTCC AGTCAAGGTG GGAAAATCGG AGTGATTGGA 420 ACGCCCATGA CGGTACAATC AGACATATAC CGTCAGAAAA TCCATGATCT GGATCCCGAC 480 TTACAGGTGG AGAGCTTGGC CTGTCCCAAG TTTGCTCCCT TGGTTGAGTC AGGTGCCCTG 540 TCAACCAGTG TTACCAAGAA GGTGGTCTAT GAAACCCTGC GTCCCTTGGT TGGAAAGGTG 600 GATAGCCTGA TTTTGGGCTG TACTCATTAT CCACTCCTTC GCCCTATTAT CCAAAATGTG 660 ATGGGGCCAA AGGTTCAGCT CATCGATAGT GGGGCAGAGT GCGTACGGGA TATCTCAGTC 720 TTACTCAATT ATTTTGAAAT CAATCGTGGT CGCGATGCTG GACCACTCCA TCACCGTTTT 780 TACACAACAG CCAGTAGCCA AAGTTTTGCA CAAATTGGTG AAGAATGGCT GGAAAAAGAG 840 ATTCATGTGG AGCATGTAGA ATTATGACAA ATAAAATTTA TGAATATAAG GATGACCAGG 900 ACTGGTATGT TGGGTCTTAT AGTATTTTTG GTGGCGTTAA CAGTTTGAGC GACTATAAGA 960 CAGATTTTCC TCTGTTTGAA TTCTCCAAAA TATTTGGAGA TGAAGAGTAT GGTTTCCCGC 1020 TTTCAGTTAC TGTTTTACGC TATGGTTCTA TCTACCGTTT GTTCTCCTTT GTGGTAGACA 1080 TGCTTAATCA AGAAATGGGA CGAAACTTGG AAGTTATTCA ACGTCATGGG GCCCTGCTCT 1140 TGGTTGAAAA TGGGCAACTC TTGTATGTAG AATTGCCTAA AGAAGGGGTC AATGTTCATG 1200 ATTTCTTTGA GACAAGCAAG GTCAGAGAAA CCTTGTTGAT TGCGACTCGT AACGAAGGTA 1260 AAACCAAGGA ATTCCGAGCT ATCTTTGATA AGTTAGGCTA CGATGTGGAA AATCTTAATG 1320 ACTACCCTGA CCTGCCTGAA GTAGCAGAAA CAGGTATGAC CTTTGAAGAA AATGCCCGCC 1380 TTAAGGCAGA AACCATTTCT CAATTAACGG GCAAGATGGT TTTGGCAGAT GATTCTGG'J'C 1440 TCAAAGTCGA TGTCCTTGGT GGCTTACCAG GCGTCTGGTC AGCTCGTTTC GCAGGTGTGG 1500 GAGCAACTGA CCGTGAAAAT AATGCCAAAC TCTTGCACGA ATTGGCCATG GTCTTTGAAC 1560 TCAAGGACCG CTCGGCTCAG TTCCACACAA CCCTAGTCGT AGCCAGCCCA AATAAGGAAA 1620 GTTTAGTTGT TGAAGCAGAC TGGTCAGGTT ATATTAACTT TGAACCTAAG GGTGAAAATG 1680 GCTTTGGCTA TGATCCCCTC TTCCTTGTAG GAGAAACAGG TGAGTCATCA GCTGAATTAA 1740 CCCTGGAAGA AAAAAATAGT CAATCTCACC GTGCCTTAGC CGTTAAGAAA CTTTTGGAGG 1800 TATTTCCATC ATGGCAAAGC AAACCATCAT TGTAATGAGC GATTCCCATG GCGATAGCTT 1860 GATTGTGGAA GAAGTCCGTG ATCGCTATGT GGGCAAAGTC GATGCTGTTT TTCATAACGG 1920 CGATTCTGAA CTACGTCCGG ATTCTCCACT TTGGGAGGGC ATCCGCGTTG TTAAAGGGAA 1980 CATGGACTTC TACGCCGGCT ACCCAGAACG TCTGGTGACT GAGCTTGGTT CGACCAAGAT 2040 TATCCAAACT CATGGTCACT TGTTTGACAT CAATTTCAAC TTTCAAAAGT TGGACTACTG 2100 GGCTCAGGAG GAAGAGGCCG CTATCTGCCT CTATGGTCAC TTGCATGTGC CAAGTGCTTG 2160 GTTGGAAGGC AAGATCCTCT TTCTAAATCC AGGTTCTATC AGTCAACCAC GAGGTACCAT 2220 CAGAGAATGT CTCTATGCTC GTGTGGAGAT TGATGATAGT TACTTCAAAG TGGACTTTTT 2280 GACACGAGAT CACGAGGTGT ATCCAGGTTT GTCCAAGGAG TTTAGCCGAT GATTGCCAAG 2340 GAGTTTGAGA CTTTCTTGTT GGGGCAGGAG GAAACTTTTT TGACCCCTGC TAAAAATCTA 2400 GCTGTGTTGA TTGATACCCA CAATGCGGAT CATGCGACCC TCTTGCTCAG TCAGATGACC 2460 TATACCCGTG TTCCCGTTGT GACAGATGAA AAACAGTTTG TTGGGACGAT TGGACTCAGA 2520 GATATTATGG CTTATCAGAT GGAGCATGAC TTGAGCCAAG AAATCATGGC GGATACGGAT 2580 ATCGTTCATA TGACAAAAAC GGACGTAGCG GTTGTTTCGC CTGATTTCAC CATTACGGAG 2640 GTCTTGCACA AGCTAGTAGA TGAGTCCTTC TTACCGGTTG TGGATGCAGA GGGTATTTTC 2700 CAAGGGATTA TTACGCGCAA GTCCATCCTC AAGGCCGTTA ATGCCCTCTT GCATGACTTT 2760 AGTAAGGAAT ATGAGATTCG ATGCCAATGA GAGACAGGAT TTCAGCCTTT TTAGAGGAAA 2820 AGCAGGGCTT GTCTGTCAAT TCCAAGCAGT CCTATAAGTA TGATTTGGAG CAATTTTTAG 2880 ACATGGTAGG TGAGCGGATT TCTGAGACCA GTCTCAAGAT TTACCAAGCC CAGCTAGCCA 2940 ATCTAAAAAT CAGCGCCCAG AAGCGAAAGA TTTCGGCCTG TAACCAATTT CTATACTTTC 3000 TCTATCAAAA AGGAGAGGTG GACAGCTTTT ACCGCTTGGA ATTAGCCAAA CAAGCTGAAA 3060 AGAAGACGGA AAAGCCAGAG ATTCTATACC TAGACTCTTT TTGGCAGGAA AGCGACCATC 3120 CAGAGGGCCG CTTGCTAGCG CTCTTAATCC TAGAAATGGG GCTCTTGCCC AGTGAGATTT 3180 TAGCCATCAA GGTTGCGGAC ATCAATCTGG ATTTTCAGGT GTTGCGAATC AGCAAGGCTT 3240 CCCAACAGAG GATTGTCACC ATTCCCACGG CCTTGCTTTC AGAATTGGAA CCCTTGATGG 3300 GGCAGACCTA TCTTTTTGAA AGAGGAGAGA AACCCTATTC TCGTCAGTGG GCCTTTCGTC 3360 AGTTAGAATC TTTTGTCAAG GAGAAAGGTT TTCCATCCTT ATCAGCTCAA GTCTTACGTG 3420 AACAGTTTAT TCTAAGACAA ATAGAAAACA AGGTCGATTT GTACGAAATT GCAAAAAAAT 3480 TAGGATTAAA AACAGTCCTG ACCTTAGAAA AATATAGATA ATGGATATTA AATTAAAAGA 3540 TTTTGAAGGA CCCCTGGACT TGCTCTTGCA TCTGGTTTCT AAGTACCAGA TGGATATCTA 3600 CGATGTGCCC ATTACGGAAG TCATCGAACA GTATCTAGCC TATGTCTCAA CCCTGCAGGC 3660 CATGCGTCTG GAAGTGACGG GTGAGTACAT GGTCATGGCT AGTCAGCTCA TGCTGATTAA 3720 GAGTCGTAAA CTCCTTCCGA AGGTAGCAGA AGTGACAGAC TTGGGGGATG ACCTGGAGCA 3780 GGACCTCCTC TCTCAAATCG AAGAATATCG CAAGTTCAAG CTCTTGGGTG AGCACTTGGA 3840 AGCCAAGCAC CAAGAACGGG CCCAGTATTA TTCCAAAGCG CCGACAGAGT TGATTTACGA 3900 AGATGCGGAG CTTGTGCATG ACAAGACGAC CATTGACCTC TTTTTGACTT TTTCAAATAT 3960 CCTAGCCAAG AAAAAAGAGG AGTTTGCACA AAATCACACG ACGATCTTGC GGGATGAGTA 4020 TAAGATTGAG GACATGATGA TTATCGTGAA AGAGTCCTTG ATTGGACGAG ATCAATTGCG 4080 CTTGCAGGAT TTGTTCAAGG AAGCCCAGAA TGTCCAAGAG GTCATCACCC TCTTTTTGGC 4140 AACCCTAGAG TTAATCAAAA CCCAGGAGTT GATCCTCGTG CAAGAGGAGA GTTTTGGAGA 4200 TATCTATCTC ATGGAAAAGA AGGAAGAAAG TCAAGTGCCT CAAAGCTAGA CTTGATAGAG 4260 AGGAAAGATG AGTACTTTAG CAAAAATAGA AGCGCTCTTG TTTGTAGCGG GTGAAGATGG 4320 GATTCGGGTC CGCCAGTTAG CTGAACTCCT CTCTCTGCCA CCGACAGGCA TCCAGCAAAG 4380 TTTAGGAAAA TTAGCCCAGA AGTATGAAAA GGACCCAGAT TCCAGTTTGG CTTTGATTGA 4440 GACAAGTGGT GCTTATAGAT TGGTGACCAA GCCTCAATTT GCAGAGATTT TGAAGGAATA 4500 CTCTAAGGCG CCTATCAACC AGAGCTTGTC TCGGGCTGCC CTTGAGACCT TGTCCATTAT 4560 TGCCTACAAA CAGCCGATTA CGCGGATAGA AATTGATGCC ATCCGTGGAG TTAACTCGAG 4620 TGGAGCCTTG GCAAAGTTGC AGGCTTTTGA CCTGATAAAG GAAGACGGGA AAAAGGAAGT 4680 ATTGGGGCGC CCCAACCTCT ATGTGACTAC GGATTATTTC CTAGATTACA TGGGGATAAA 4740 CCATTTAGAA GAATTACCAG TGATTGATGA GCTTGAGATT CAAGCCCAAG AAAGCCAATT 4800 ATTTGGTGAA AGGATAGAAG AAGATGAGAA TCAATAAGTA TATTGCCCAC GCAGGTGTGG 4860 CCAGTAGGAG AAAAGCAGAA GAGCTGATTA AGCAAGGCTT GGTGACGGTT AACGGCCAAG 4920 TGGTGCGTGA ACTAGCAACC ACTATCAAGT CAGGCGACAA GGTCGAAGTT GAAGGTCAAC 4980 CTATCTACAA CGAAGAAAAG GTCTACTATC TGCTTAACAA ACCACGCGGT GTGATTTCCA 5040 GTGTGACAGA TGATAAGGGT CGCAAGACGG TTGTCGACCT CTTGCCCAAT GTCAAAGAGC 5100 GTATTTACCC TGTGGGTCGT TTGGACTGGG ATACATCAGG TGTCTTGATT TTGACCAATG 5160 ATGGGGACTT TACAGACGAG ATGATTCACC CTCGTAATGA GATTGACAAG GTTTATGTCG 5220 CGCGTGTTAA AGGTGTGGCC AATAAGGACA ATCTCCGCCC CTTGACCCGT GGTCTTGAGA 5280 TTGATGGTAA GAAAACCAAG CCAGCTGTTT ATGAAATTCT CAAAGTGGAC CCAGTCAAAA 5340 ATCGCTCTGT GGTGCAGTTG ACCATCCATG AAGGGCGTAA CCATCAGGTT AAAAAGATGT 5400 TTGAAGCTGT TGGTCTCCAA GTAGATAAGT TGTCTCGGAC TCGTTTCGGA CACCTAGACT 5460 TGACAGGACT CCGTCCAGGA GAATCCCGTC GTCTTAATAA AAAAGAAATC AGCCAACTAC 5520 ACACCATGGC TGTAACTAAG AAATAATGAA ACGAATTTTA ATAGCGCCTG TGCGCTTTTA 5580 CCAACGTTTT ATCTCACCAG TCTTTCCACC CTCTTGTCGC TTTGAGCTGA CTTGTTCCAA 5640 CTACATGATT CAGGCTATTG AAAAACATGG GTTTAAGGGG GTATTGATGG GCTTGGCTCG 5700 GATTTTACGT TGTCATCCCT GGTCGAAAAC AGGTAAGGAC CCCGTTCCAG ACCGCTTTTC 5760 CCTTAAACGA AATCAAGAAG GGGAATGAGG TGGGGTAAAT AGATTTCAAA ATGATAAAAA 5820 CGCATCCTAT CAGGTTTGAG TGAACTTGAT AGGATGCGTT TTAGAATGTC AAAATTTTAT 5880 ACTCTTCGAA AATCTCTTCA AACCGCGTCA GCTTTCATCT GCAACCTCAA AACAGTGTTT 5940 TGAGCAACCT GCGGCTAGTT TCCTAGTTTG CTCTTTGATT TTCATTGAGT ATTAAATTGA 6000 GTTTGAAGTG GCTTATTTCA AAGCTTTTTG TATGTCTTCA ATCATGAGTT TTGTTGATTC 6060 AAGTCCGCCT CCGCTTAGAT ACCAGAGGTC TGGTGTTAGT TGGATAATCT TACCATTTTT 6120 AGCAGCAGGT GTTTCAGCGA TAAGGGCATT TTCTAGGACA CCGTCGTTGC TAGAGTTGTC 6180 CCCACCGATG GCAAGGGTAC GGTTGATGAC AAAGAGGATG TCAGGGTTGA TTTCTTTGAC 6240 ACTTTCAAAG CTGACTTCTT GTCCGTGGCG TGAGTCTTCA AATTTTGTAT CAGTTGGTTT 6300 GAATTTCAAG GTTTGGTACA AGAAAGAGAA ACGAGATTTG GCACCAAAGG CTGCCATTTT 6360 TCCTTCATTA AGGAGGATCG CAAGGGCTTT TTTGTCAGAG CTTTCATTTT TAGTAGCGAC 6420 TTCTTGGATG CTCTTGTCTA GCTTGGTCAA TTCTTCCTTG GCTTTCTGTG TACCAGTTTC 6480 GCCGAAGGCA CTTGCTAAGG ATTCGATATT AGCCTTGGTA GAAGTCCAGT AGTCGTCCTT 6540 GCTTGCTTGG AAGAGAACGG TTGGGGCGAT TTCTTTGAAT TTGTCTACGA ATTTTTGTGT 6600 ACGTGGCGAA GCGATAATCA AATCAGGCTC AAGGGCGGCG ATAGCTTCTA AATCAGGTTC 6660 TTTCATAGAA CCAACATTTT TGACAGTTCC CACTAGGTCT TTTAGATAAG TCGGAACAGT 6720 TTTTGTAGGC ATTCCGACGA TATTTTTTTC AAATCCTAAA GCGCGAATAG TATCCGCAGC 6780 GCCGAGGTCA AAGGTCACAA TCTTTTCAGG AACTTTGGAA AGTTTGACCT CGTCCAGTGA 6840 ACTTTTAATG GTTACCTCTG TTGGAGCAGA GCTACTGGTC TCTGTCTGAC TAGTGCTTGA 6900 GTTTGTACTA CATGCACCAA GTAGGAGCAA GAAGCTGGCC ACTAGGGCAG TGAAATAAAG 6960 TTTAAGGGAT GTTTTCATAA TTTCTCCTTT TTAAAATGTG ATAACGATTT AGGGAGTCTC 7020 TTAATCTTAT TGACTAAGAG ACTGAAGGTT CTCTAACTTG AGCTTTTATG TTACTAGCTA 7080 TAGATACAGA TCTTTTTGTC ATTGATATCA GCTAGCGTGA TGGGAATCTC ATAAAGTTGA 7140 CTGAGCAGGT CAGCCTGCAT GATTTGATCG GTTCTTCCCT TGCTAAAGAC CTGGCCGTCC 7200 TTGAAGGCGA CAATTTCATC TGCATACTGA CTGGCCATGT TGATATCGTG GAGGACGATG 7260 ATAATGGTCT TGCCGAGTTC CTCCACCAGT CGTCGAAGAA TCTGCATCAT GCTGACGCTT 7320 TGCTTGATAT CGAGATTGTT GAGTGGTTCG TCCAGCAAGA TAAAGTCCGT ATCCTGGGCC 7380 AGTACCATAG CGATAAAGAC GCGCTGGAGT TGCCCCCCTG ACAGGCTATT GATGTAGCGG 7440 TCTTTTAAGT TGGTCAGTTC TAAATAGTTC AGAGTTTCTC GGATTTTTTC CCAGTCTTCT 7500 GATCTAAGTC GACCTCGGCT GTAGGGAAAA CGTCCAAAAC TGACCAGTTC TTCAACAGTC 7560 AATTTGGCTT GGTAATTGAT TTTCTGTTTT AGGATGGTTA GTTCTTGGGC CAGTTCTTGC 7620 GAATTCCAGC TCTCGATTTC ACGTCCTTTG ATACTGAGAA CTCCCTGATC TTTCTTGGTT 7680 AGCCTGCTCA TGATGGAGAG GAGAGTCGAT TTTCCAGCAC CATTTGGACC AATAAAGGCT 7740 GTCAGTTTTT GAGGACTGAC TTCAAGCGAA ATGCCTTGCA AAATATCCTG TTTTTGAATG 7800 GATTTGTCAA TGTTTTCCAG TTTCACTGAC GAGACCTCCT ATATAGTAAG ATAAAGAATA 7860 AGAAGCCACC CACACTCTCA ATGATCATAC TGATACGAAT TTCCAGTGCA AAGACTCGTT 7920 CAATCAAGGC TTGCCCCAAG GTTAAGCTAA TAAATCCAAC CAGAATGGCC ACTATAAAGA 7980 GTAACTTGTG CTGATAGTCT TTGACAATCA GGTAGGTGAG GTTGGCCAGT ATAAAGCCGA 8040 AGAAGGCCAT AGGTCCTACC AAGGCAGTGG CCGTTGAGGT CAAAAGCACG ATTCCCCAGA 8100 GGAGCTCTTT CTGTTCTTTT TCAACATCGA GTCCCAATAT CTGAGCCGTT TCTCTTTGCA 8160 GGTGCAAGAC ATCTAGAACG ACTGCTTTTC GAAAGAAAAA GATTGTCAAA GCGAGGATGA 8220 TCAGAGAACC GATGGCTAGG ATGGAAGTGT TGAGATGTTG AAAGGAGGCA AAAAGACTAT 8280 TTTGCAGTTT ATCGTATTCG TTTGGATCCA TTAGGACTTG AAGGAAGGTG CTGATATTTC 8340 GAAAGAGACT TCTGAGCGCT AGACAGATCA GCAGGACGAA GACCAGGTCT TGCTTCATCA 8400 GTGTCTTCAA GTAACCTTGT AAGGCGAGAA AGAAGAGGGA CTGGACAAGA AGTAAGACTA 8460 GGAATTCTAA GATAGGGGAT TTGCCAAGTT GAAGAAACTT GCTTTCAAAA ACCAGTAGiA 8520 GGGTTTGTAG TAGGACGTAG AAGGATTCAA TTCCCAAAAT ACTAGGCGTC AGGAAGCGAT 3580 TTTCCGTCAG GGTTTGAAAA CTAATGGTCG AAATCCCAGT CGCGATGGCT ACCAAGAGAT 8640 AAACGATGAT CTTTTGGGAA CGCAACTTCC AAGCAAAGGC TGACAAGTGA GTGATGGGCC 8700 AAAAGTAGAG AAGACAAGCT CCGATGGCAA GAATAATGAG AATCCAGAAG AGCTTGGTAT 8760 GTTTGCTTTT AGTCTGCATC TTTTCGTCCC CCTCTCCAGA GAAGTAGGAT AAAGACGAGA 8820 CTACCGATGA TTCCTAGCAA GAGACTGACA GACAACTCAT AGGGCCTAAT CAGAACTCGG 8880 GATAGGATAT CGCAAGCCAG AACTAGATTG GCACCAACCA GTGCGACCAT GAGTTTGGTT 8940 TGACTTAGAT TATCTCCATA GCGCTTGCGA ACAAGATTGG GAACGATAAC TCCGAGAAAT 9000 GGTAGGCCAC CCACGGTAAT CATGGTGACG CTTGTCGTTA GCGCCACCAG AAAGAGGGCC 9060 AGTTTTTCAA GTAGGGAGTA GGAAATCCCC AAACTCTCGC TGGTTTCTTT CCCTAGATTC 9120 ATGATGGTGA AGGTTTGGGA TAATTTCCAA ACGGTTATCA GGATGATGAG GCCTAAGAAG 9180 AGCCACTCAT ACTGATGGGT CTGAATCATG GAGAAGGAGC CCTGGGTCCA GGCAGTCATA 9240 CTCTGAACCA GATTGAAACG ATAGGCGATA ACTTCTGTGA CTGAGCCGAT AATCCCGCTA 9300 TAGATGATCC CAATCAGAGG CAACATCCAC CTTTCCTTTA CAGTAAAAAT GGTCATAAAG 9360 GCTAGGAAGA AGAGGGTGAA TACGATGGAT GAAACAAAAG CGAAGAGCAT CTTGTGGGTC 9420 AGACTAGCCG ATGGAAAGAC AAAAAGGCTC AGCACCATTC CCAGTTTGGC GGCTTCAGTC 9480 GTTCCAACTG TACTCGGTGC AGCAAACTGA TTTTGGGTAA TAGTCTGCAT GAGAAGGCCT 9540 GCCATACTCA TACTAGAGGC AGTCAGGAGA ATACTGATAG TTCTTGGGAG ACGGGACTCT 9600 TGAAAGAGGA GCCAGGTCTG CTGGTCGAAA TCAAATAGCT TTCCCCATGA AAAATCACTG 9660 GTCCCAATGC TAATAGAGAG AAAGACTAGG AGTAGAAGTA AGCCAGG 9707 (2) INFORMATION FOR SEQ ID NO : 165 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5910 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 165 : CCGCAATTAT GCTTGAAAAG GAGTATACTT ATAAGTAACG CAAACGTTTG CGTCTGAAAA 60 ATACGCAACG TTCCATTATT TTAACACACG AGGTGCTATT ATGAAAAAAC GTCAAAGTGG 120 TGTGTTGATG CACATCTCTT CTCTTCCAGG AGCTTACGGA ATCGGATCAT TTGGTCAAAG 180 TGCTTACGAC TTCGTTGATT TCTTGGTCCG TACAAAACAA CGTTACTGGC AAATCCTTCC 240 ATTAGGAGCA ACTAGTTACG GGGATTCTCC TTACCAATCT TTCTCAGCCT TCGCAGGAAA 300 CACTCATTTT ATCGATTTAG ATATCTTGGT GGAGCAAGGT TTGTTGGAAG CAAGTGACCT 360 TGAAGGAGTT GACTTTGGTA GCGATGCGTC TGAAGTTGAC TATGCTAAAA TCTACTATGC 420 ACGTCGTCCT CTTTTAGAAA AAGCGGTGAA ACGTTTCTTT GAAGTCGGAG ATGTTAAAGA 480 TTTTGAGAAA TTTGCTCAAG ACAACCAATC ATGGCTTGAG CTCTTTGCTG AGTATATGGC 540 TATCAAAGAG TATTTTGACA ATCTTGCTTG GACTGAATGG CCAGATGCAG ATGCTCGTGC 600 TCGTAAAGCT TCAGCACTTG AAAGCTATCG TGAGCAATTG GCAGACAAGT TGGTTTACCA 660 CCGTGTGACT CAATACTTCT TCTTCCAACA ATGGTTGAAA TTGAAAGCTT ACGCTAACGA 720 CAACCACATC GAAATCGTTG GGGACATGCC AATCTACGTA GCGGAAGATT CAAGTGATAT 780 GTGGGCAAAT CCACATCTCT TCAAAACAGA TGTCAATGGT AAGGCTACTT GTATCGCAGG 840 ATGCCCACCA GATGAGTTTT CTGTAACTGG TCAGCTTTGG GGTAATCCAA TCTATGACTG 900 GGAAGCAATG GACAAAGACG GCTACAAATG GTGGATTGAA CGCTTGCGTG AAAGCTTCAA 960 AATCTACGAT ATCGTTCGTA TCGACCACTT CCGTGGCTTC GAATCTTACT GGGAAATCCC 1020 TGCTGGTTCC GATACAGCAG CACCTGGTGA GTGGGTGAAA GGTCCAGGTT ACAAGCTTTT 1080 TGCAGCCGTT AAGGAAGAAC TTGGTGAGCT AAACATCATC GCAGAAGACC TTGGCTTCAT 1140 GACAGATGAA GTGATCGAAT TGCGTGAACG TACTGGCTTC CCAGGAATGA AGATTCTTCA 1200 ATTTGCCTTC AACCCAGAAG ACGAAAGCAT TGATAGCCCA CACTTGGCAC CTGCTAACTC 1260 AGTTATGTAC ACAGGAACAC ACGATAACAA TACGGTTCTT GGTTGGTACC GTAATGAGAT 1320 TGATGATGCG ACTCGTGAGT ACATGGCTCG TTACACGAAC CGTAAAGAAT ACGAAACAGT 1380 GGTACACGCT ATGCTTCGTA CAGTATTTTC ATCAGTTAGC TTTATGGCAA TTGCAACTAT 1440 GCAAGATTTA CTAGAATTGG ATGAGGCAGC TCGTATGAAC TTCCCATCTA CCCTTGGTGG 1500 AAACTGGTCT TGGCGTATGA CTGAAGATCA ATTGACACCA GCTGTCGAGG AAGGTTTGCT 1560 TGACTTGACA ACAATTTATC GCCGAATTAA TGAAAATTTG GTAGATTTAA AGAAATAAGA 1620 CAATAATCAG GAGACAACTA AACATGTTAT CACTACAAGA ATTTGTACAA AATCGTTACA 1680 ATAAAACCAT TGCAGAATGT AGCAATGAAG AGCTTTACCT TGCTCTTCTT AACTACAGCA 1740 AGCTTGCAAG CAGCCAAAAA CCAGTCAACA CTGGTAAGAA AAAAGTTTAC TACATCTCAG 1800 CTGAGTTCTT GATTGGTAAA CTCTTGTCAA ACAACTTGAT TAACCTTGGT CTTTACGACG 1860 ATGTTAAAAA AGAACTTGCA GCTGCAGGTA AAGACTTGAT CGAAGTTGAA GAAGTTGAAT 1920 TGGAACCATC TCTTGGTAAT GGTGGTTTGG GACGTTTGGC TGCCTGCTTT ATCGACTCAA 1980 TTGCTACTCT TGGTTTGAAT GGTGACGGTG TTGGTCTTAA CTACCACTTT GGTCTTTTCC 2040 AACAAGTTCT TAAAAACAAC CAACAAGAAA CAATTCCAAA TGCATGGTTG ACAGAGCAAA 2100 ACTGGTTGGT TCGCTCAAGC CGTAGCTACC AAGTACCATT TGCAGACTTT ACTTTGACAT 2160 CAACTCTTTA CGATATTGAT GTTACTGGTT ATGAAACAGC GACTAAAAAC CGCTTGCGTT 2220 TGTTTGACTT GGATTCAGTT GATTCTTCTA TTATTAAAGA TGGTATCAAC TTTGACAAGA 2280 CAGATATCGC TCGCAACTTA ACTCTCTTCC TTTACCCAGA TGATAGTGAC CGTCAAGGTG 2340 AATTGCTCCG TATCTTCCAA CAATACTTCA TGGTTTCAAA CGGTGCGCAA TTGATCATCG 2400 ACGAAGCAAT CGAAAAAGGA AGCAACTTGC ATGACCTTGC TGACTACGCA GTTGTCCAAA 2460 TCAACGATAC TCACCCATCA ATGGTGATTC CTGAATTGAT TCGTCTTTTG ACTGCACGTG 2520 GTATCGATCT TGACGAAGCA ATCTCAATTG TTCGTAGCAT GACTGCCTAC ACTAACCACA 2580 CAATCCTTGC TGAAGCGCTT GAAAAATGGC CTCTTGAATT CTTGCAAGAA GTGGTTCCTC 2640 ACTTGGTACC AATCATCGAA GAATTGGACC GTCGTGTGAA GGCAGAGTAC AAAGATCCAG 2700 CTGTTCAAAT CATCGATGAG AGCGGACGTG TTCACATGGC TCACATGGAT ATCCACTACG 2760 GATACAGTGT TAACGGGGTT GCAGCACTCC ATACTGAAAT CTTGAAAAAT TCTGAGTTGA 2820 AAGCCTTCTA CGACCTTTAC CCAGAAAAGT TCAACAACAA AACAAACGGT ATCACTTTCC 2880 GTCGTTGGCT TATGCATGCT AACCCAAGAT TGTCTCACTA CTTGGATGAG ATTCTTGGAG 2940 ATGGTTGGCA CCATGAAGCA GATGAGCTTG AAAAACTTTT GTCTTATGAA GACAAAGCAG 3000 TTGTCAAAGA AAAATTGGAA AGCATCAAGG CTCACAACAA ACGTAAATTG GCTCGTCACT 3060 TGAAAGAACA CCAAGGTGTG GAAATCAATC CAAATTCTAT CTTTGATATC CAAATCAAAC 3120 GTCTTCACGA GTACAAACGC CAACAAATGA ACGCTTTGTA CGTGATCCAC AAATACCTTG 3180 ACATCAAAGC TGGTAACATC CCTGCTCGTC CAATCACAAT CTTCTTTGGT GGTAAAGCAG 3240 CTCCAGCCTA CACAATCGCT CAAGACATTA TCCATTTAAT CCTTTGCATG TCAGAAGTTA 3300 TTGCTAACGA TCCAGCAGTA GCTCCACACT TGCAAGTAGT TATGGTTGAA AACTACAACG 3360 TTACTGCAGC AAGTTTCCTT ATCCCAGCAT GTGATATCTC AGAACAAATC TCACTTGCTT 3420 CTAAAGAAGC TTCAGGTACT GGTAACATGA AATTCATGTT GAACGGAGCT TTGACACTTG 3480 GTACTATGGA CGGTGCTAAC GTGGAAATCG CTGAGTTGGT TGGAGAAGAA AACATCTACA 3540 TCTTCGGTGA AGATTCAGAA ACTGTTATCG ACCTTTACGC AAAAGCAGCT TACAAATCAA 3600 GCGAATTCTA CGCTCGTGAA GCTATCAAAC CATTGGTTGA CTTCATCGTT AGTGATGCAG 3660 TTCTTGCAGC TGGAAACAAA GAGCGCTTGG AACGTTTTTA CAATGAATTG ATCAACAAAG 3720 ACTGGTTCAT GACTCTTCTT GATTTGGAAG ACTACATCAA AGTCAAAGAG CAAATGCTTG 3780 CTGACTACGA AGACCGTGAC GCATGGTTGG ATAAAGTCAT CGTTAACATT TCTAAAGCAG 3840 GATTCTTCTC ATCTGACCGT ACAATCGCTC AGTATAACGA AGACATCTGG CACTTGAACT 3900 AATACTCTTC GAAAATCTCT TCAAACCACG TCAGCTTTAT CTGCAACCTC AAAGCAGTGC 3960 TTTGAGCAAC TGCGGCTAGC TTCCTAGTTT GCTCTTTGAT TTTCATTGAG TATAAGATAC 4020 AAATTTATAC TAATACATTT TGTAAAAAAG CGAGTTTCGA TTGAAATTCG CTTTTTTAAT 4080 GATGTAGATT TGGGTCAATC TTGTCTAAAA ATAGGGAAAT CCTAGATACA GTGAAGGCTT 4140 TAAATGCTGG TTTTTACTGT CCTCAGCCTT ATATTTTTTC GTAGTTGGTT ACCTCATATC 4200 TATTATATTC GCTTACATAA AGTATTATAA TATAATTGTA GGAAAGAAGG TGTTTTTATG 4260 ATATACACAC TTAAATTGGT GTTGTTTATT ACCTTTCTTG TAATAAGCTT GTTACCTGAT 4320 AAGATTTTTG GAAAAAATAA AAAAATTTGG AAAATAGTTT TTGCAATATT GACGGCAGTG 4380 GCAGCATTGT CATTTATGTA CTAAGTTATT TTAAGAATGT AGGGAAATAA ACCCTACATT 4440 CTTTTTAGTT TTTTCTGTTT TCTAAATTCT ATTTATCCAA GCGATTCAAC ATTTCTTGCT 4500 TCTTCGCTTC AAGTTCTGCA CGCTTTTCTT CGATTTCGGC ATGTTTTTTC TCGAGTTCAG 4560 AACAACTTGC ACCATTGCTA AATTCTTTTC GCCATCAGGA GATAGGGTGA GTCGACATGT 4620 CTATTACTCA CCCAAAGCAG TCCTACAAAG CAGGAATTTT CTGTTACTTT TTTGGAAATA 4680 GTAACGTTTA TACAGCTTTG ACACTTCGTA TCAAAGCGCC AAACACACTC CGAGGGGTTT 4740 ACAGAAAGCA GAAAAGGAAT GATCTGGTAT AAGATCATTC CTTTTCyCTC TTTTTCTTTA 4800 AGTAATTATA TACAATGTAC GACGAAGTCG TCATTGCAAT GCTGATCCAC CACCTAAAGG 4860 GAACTTTAAA CAACATTGAT AAGATAAAGA ATATAAACAA CGAAAATACG TTATACCCAA 4920 TTAATTTTAT TGTATATCTC ATGATTAAAA GTTAATCCTT CCGTTGTTAG GAATGGCATC 4980 ATTTTTATCC CATAATTGTG CTAAATAAGT CCCCGGTGAT AATAAATTCA TAGCGAATTC 5040 TAAAGCAACA TCATTTACAA ACCAACTACC TAGATATCTA GAAATTGCTG AACGAATAGC 5100 ACTTTTTGCT GCATGTTTTC CTTTTACTTT AATTAGATTT GCAAGGCCTG CAGTAGTTCC 5160 TCCTAATGCT AAAGCTATTG CAGTATCTAA TAGAGCACCC ATTTGATTAA CTGTAATACC 5220 TTGCCAAACT GCTCTAAATG GAGAGTATGT AGGTGGGATT GTATAATCGC CTTGTAATTG 5280 TCGGTTAATT ACTTCTTTGA TCCATTGTTG TGAGACGTCT GGATGAAAAG ATTGGATTTC 5340 GTTTGCAAGT GTATTGATTT GTTCTTCTGT TAGAGAAGTG ACAGGTTGAA GTTCCATATT 5400 TGTTTCAATT TGTGATACTT GTTCAGAAGC GTATACAGCT GAAACACTTG GAATCGCTGA 5460 TACAATTAAC ACAATTGACG TCAAAAAAAC CGAAATAAAT TTCATTAATT TGTTCATGAG 5520 CTTTTCTCCT TTTTATTTGC ATCTGCTTAC ATTTTATCAT ATACTGTTAT TATAGTCAAA 5580 AAAATATGCT ATTATGTTAA AAAAATATTT TTCAAAATAT AAATGGACGG ATTTATTTTG 5640 GATTTTATTT GTTATTTTGA CCTGCCTCTA TATTGGTAAC CATGATTTGT TTACTCTCAA 5700 TCATCAAGAA TTCTCTTTTC GTGGTAGCGT TTGGGGTCTG GTACTGGCCT TATATCACTT 5760 ACTATTCATT GATAAGTTTG TTATATCGAA TCGAAAATAA AGATTAGAGC TATGCTTGAC 5820 TGTGTACTTT TAGGATTTAT TTTGGAGGAA GATTTTGTCT CTATTATTTA TTATTTTAAA 5880 TTTATTTATT TTGTATAAGA TCTATTCTTT 5910 (2) INFORMATION FOR SEQ ID NO : 166 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5406 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 166 : GGCATAGCGA CTCATTTTTT CAACTGTCCA GGCTGGATAC CAGACTAATT TAACCTCAGT 60 ATCCGTTACT TCTGGAACCT CTATCATAGC ATCATAAATC TGGTCTGTCA AAAGGTCTGC 120 TAAGGGACAA CCCATAGTTG TCAAAGTCAT GTCAATCTCT GTTTGCCCTG TGTCACCGTC 180 AAAACGAATC TCATAGATCA AACCAAGATT GACAATATCG ATTCCCAACT CAGGGTCGAT 240 GACTTCTTCC AAGGCTGTTA AAATCCGTGT TTTGATGTTT TCAATTTGCT CTTCTGTATA 300 AGCCATATTT TCCTCACTCT TAGTCTTCAA TAAAATCACG AAGCGGTTTG CTACGACTTG 360 GTTGGCGTAG TTTTCTCAAA GCCTTTGCTT CAATCTGACG GATACGCTCA CGAGTTACGT 420 TAAAGACTTT CCCCACATCT TCAAGTGTGC GCATTTTTCC ATCATCTAGT CCAAAACGTA 480 GACGCAGAAC ATTTTCTTCA CGGTCTGTAA GAGTATCTAA GATTTCATCC AATTGCTCAC 540 GCAAGACGAT ACGAGTCGTA TAATCCACTG GATTTTCAAT CACTTCATCT TCGATAAAGT 600 CTCCAAGGTG GCTATCGTCC TCTTCACCGA TAGGAGTTTC AAGAGATACT GGTTCTTGGG 660 CAATCTTCAA GATTTCACGA ACCTTATCAG GTGTCATATC CATTCGTTCA GCAATCTGTT 720 CTGGTGTCGG ATCTTGCCCC AATTCTTGAA GGAGATTCCG CTGTTCACGA ACCAATTTAT 780 TGATAGTTTC AACCATGTGA ACTGGGATAC GGATGGTACG AGCTTGGTCC GCAATAGCAC 840 GAGTGATAGC CTGACGAATC CACCAAGTTG CATAAGTTGA AAACTTGAAC CCTTTAGAAT 900 AGTCAAACTT GTCAACCGCC TTCATCAAGC CCATATTTCC TTCTTGAATC AAGTCAAGGA 960 ACTGCATACC ACGACCGACA TAGCGTTTGG CAATGGAAAC AACCAAACGA AGATTGGCTT 1020 CCGCAAGACG TTGTTTGGCT TCGATATCAC CAGCTTCAAC AGCCAGTGCC AACTCTTTCT 1080 CCTCTTCATT GGTCAAGAGA GGAACGACCC CTATTTCTTT CAAGTACATA CGGACAGGGT 1140 CATTGACCTT AGCAGAAGTT GACCCAATCA AGTCCTCATC GCTGAGTTCT GGTTCTTCTT 1200 CATTGCTGAG AACACGCGCA CTTGGATTTC CTTCGTTATC TGTGATAGAA ATGCCTGCAT 1260 CCTGAATCCG TTGCAAGAGA TCTTCAATCC CATCAGCGTC CAAGGTAAAA GGAATAACCA 1320 GACTTGCATT GATTTCATCA TCTGTTGCTG TCCCTTTTTG CTTATGATTA CGGATAAATT 1380 CTGCTACCTG TACGTCAAAT GTTGTTACTT CTTTTTGTTT TGTTGCCATT ATTACTCCAT 1440 TCTTCTCTTT TGGGAAATTA AACGTTCCAA TTCTTCTAGG GCTGTATCTG TATCTCCTAC 1500 ATGGCTAGCT TCCTGCACCT TCTTTTTGAT TCTCATATTG TCCTGATTCA AGAGAGCCTT 1560 GTTTCGAGTC ATCTCTACTT CACTAAGTTC CTGCGGCGAT ATCTCAGCAG GCAAATCCTG 1620 AGCTAAAACT TGGTACCAAG CTCTTTCAAC TTCCTCTGTC TGCTCTGCTA AAACTTCTGG 1680 AGGAAGATTT CCATACTGGC CAAGCAAGTC ATATAAGACC TGAAATTCAG GTGTAGCAAA 1740 TGCAAAGTCT TCTCGCAAAC GGTAATCGTT CAAAACAAGA GGGGATTCCA TCATCCGATA 1800 GAGTAGATGG GCTTCTGCCC TCATAATAGC CGATAACTGC TTGGTGACAG GCATGGTGAT 1860 TGGCGTCGGT CTGGAAATTC CTTCCATGCG ATTCTGCCTT TGCACCTGAC GACTCTCATT 1920 AACAATCTGC TCAATCTGGG TATAATCAAA GGACGCCAGA CTGTCAGCTA AAATATGAAT 1980 ATAGCTGTTT TGAGCAGCGA TGGACTTTTC TTGAACAATC AAGGGAGCTA TTTTTTCAAG 2040 AAACTCAATC TGAGCCTGCA GATTTTCACT GTTTTCAGGT TTGTACTGAT GAATGTAGAA 2100 CTCAATCGGA CTAATACGAG TTTTCGTTAA TAGATAGGCC AAGTCTTCTG GACCATTTTT 2160 TTGTAGATAC TCATCAGGAT CCAAGTTATC AGGCATGCTG ACGATTTGCA CAGGCATATC 2220 ACCAATTTCA TCCAATGCTT TCAATGTCGC GGCTTGCCCA GCCTTATCTC CATCGTAAAC 2280 AAGAACCAAT TTCTTGGTTA ACCTTTTCAG ATGCTCAACA TGCTCTCGAC TCAAGGCTGT 2340 TCCCATCGAC GCCACAGCAT TTTCGATTCC AGCCCGATAG GCTGCAATAA CATCCATGAA 2400 TCCTTCCATC AGGTAAATCT CACTAGCTTT TCCAGAAGAT CTTTTTGCCC TATCCATATG 2460 ATATAATTCG TAACTTTTGT TAAAAATTGC AGTCGATCGG CTGTTTTTAT ACTTAGAAGT 2520 TTGTGAATCC GTTTTTTGCC AGATACGACC TGAGAAGGCA ATGACCTTTC CTTGGTCATT 2580 TGTCAGGGGA AACATAATGC GATTGTGAAA GGTGTCTACA AATTGATTGG CATCCGAGAG 2640 ATAAAACAGG CCTGAATCCA GTAAATCCTC TTCACGATAC TGATCAGACA AACGTTGATA 2700 GAGATAGTTT CGTTCTGGAG GTGCTAAACC AATCCAAAAA TGTTTAAGCA CTTCATCTGT 2760 CAACCCCCGC TGATAAAGGT AATTTCTGGC CTCTTCGCCC ATAGTCGTTG TCATGAGAAT 2820 AGCATGGTAA AATTTGGCTG CATCTTCGTG CATATCATAA AGAGCTTGGT GAGGTGAGGC 2880 TGACTTCTGC TCACTATAAA GCGGTTTTTC AACCTCAATT CCAACACGCT GACCTAAGAT 2940 TTGGACTGCT TCTATAAAGG GAACCCCTTG GTACTCCTCG ATGAACTTAA AGACATCACC 3000 TGAGCGACCA CAACCGAAAC AGTGATAAAA CTGCTTGTCC TCTACAACAT TGAAAGATGG 3060 TGTTTTTTCA CCATGAAAAG GACAGAGCCC TAGATAGTTC CGTCCTGCCT TTTGTAAAGA 3120 AATCACATCT CCTATGACTT CCACAATGTT GGCATTGTTT TTGATTTCTT CAATGACTTG 3180 TTTGTCAACC ATACACAATA CCTCCATGTT ATCATAGTTT ACTTTATATA GTATACTTTA 3240 TTTCAGAAAA AAAGTAAACC ATTTCACTCA TTTTCCCTAC TTTATTCAAA GAGTTGATAA 3300 TAATCAGAGA TTTTCATTTT TGCTTTTTCT TCTTGGTTTA AATCTTGGAT AATTCGTCCT 3360 TCTTTCATGA CAATCAAGCG ATTGCCGTAT TTGAGAGCAT CTTCCATATG ATGAGTAATC 3420 ATAAGGGCTG TTAGCTGATC TTTCTTAACA AATTCATCTG TCAATTCCAT CAAAGCAACA 3480 CTAGTCTTTG GATCCAGGGC AGCAGTATGC TCATCTAACA GGAGTAATTC AGGTCGCTTC 3540 AAGGTTGCCA TCAAGAGACT CAAAGCCTGT CTTTGTCCAC CTGATAAGAA CTCAATCGGT 3600 GTATTCAAGT GTTTCTCAAG ACCATTTCCT ACTTTTTCAA TGGTTGCCTG AAATTCATCC 3660 TTATAGCTAG TCAAGCGTCG TGGTAACAAT CCACGCTTTT CACCACGAAA CTTGGCGATT 3720 AAAAGATTTT CAGCGACCGT CATACGGGGA GCTGTCCCCA TCTTTGGATC TTGGAAGACA 3780 CGAGACAGGT ACTTGGCACG CTTCTCGGGT GAAAACTTAG TGAGATCTTC ACCTAAAATA 3840 CGGATAGTTC CACTAGTTAG TGATAAGGTC CCTGCTATAG TGTTAAAGAG AGTTGATTTT 3900 CCAGCACCAT TTCCGCCCAA AATCGTGATA AAGTCCCGTT CAAAAATTTC TAAGGAAACA 3960 TCATTTAAAA TAATCTTTTC TTCATCAAAG CCATTTTTAA CGATTTTGGT TGCATTTTTT 4020 AATTCTACAA TTGCTGTCAT TTGCTTAACT TGGCTCCTTT CAAGATTGTT TGCTTAAATG 4080 TTGGAATCAT GAGGCAGACT GCTAAAATCA AGGCACTGTA TAAACGAAGG TAACTTGTAT 4140 TAAAGCCAAG TGCGATAACT GCCCACACTA AAAATTGATA AGCGATAGAA CCTACAACGA 4200 TAGTAACCAA ACGCTCTGCC AAGCTCAAAC TCTTGAAAAT AACTTCTCCA ATAATCAAAC 4260 TTGCAAGCCC CACAACGATA ACCCCGATCC CTCGAGACAC ATCGGCATAA CCTTCTTGCT 4320 GAGCAATGAG GGCACCTGCA AGGGCAATCA CACCATTTGA TAAGACCAAG CCCATGAGCT 4380 CCATGCGTCC AGTATGAATC CCGAAACTTC TAGCCATATC AGGATTATCC CCTGTAGCAA 4440 TATAGGCTTG TCCGAGTTTA GTGTCCAAGA AAAAGAGCAT GAGAGCAATA ACAATACTCA 4500 CAAAGATGAG ACCTGTCAAG AGTTGATTCA AATCCGAATC AAAAGGCAAA ACATCCTGAA 4560 TTTGCTTGGT TCCAAGCAGG CCTAAATTCG CACGTCCCAT AATCAAGAGC ATGATTGAGT 4620 GACAAGAAGT CATCACCAAA ATCCCTGAGA GCAAGGTTGG GATCTTCCCT TTTGTATAAA 4680 GAAGGCCTGC TGCCATTCCA GCCAAACAAC CTGCTCCTAC AGCAACAAGT GTCGCTAAAA 4740 ATGGGTTCAC GCCTTTGGTT ATCAAAGTGA CAGCAACAGC TCCCCCAAGA GGGAAGGAAC 4800 CTTCTGTCGT CATATCTGGA AAGTTTAAAA TCCTAAATGT CATAAAGATT CCCAGACCTA 4860 GAATAGCCCA GACAAATCCT TGAGAAATAA TGGAAACAAT CATATTTTAT TTAATCCTTT 4920 CTATATTCAT CTTTTTAAAA AATGGGAAGA GTCTCCTCCT CCCTACCTTA TTTATTCGAT 4980 GACTTGTCCT GCTTCTTTGA GAACAGACTC AGGAATAGTA ATACCTAGTT CTTGTGCTAT 5040 TTTTTTATTG ATGACTGACT TACCAGTTGA AAAGACATTG ACTGGGGTAT CGGCTGGTTT 5100 TGCACCTTTC AAGACTTGCA CAATCATTTT ACCTGTTGCC ACACCAAGGT CATGTTGGTC 5160 AATTACAACT GATGCCAAAC CACCTACTTC TACCATAGCT GTCGCACTGG GATAAATTGG 5220 TTTCTTAGAA CTTTGATTGC TAGAGACAAC CGTTGGAAAT CCTGATGCAA TGGTGTTATC 5280 AATTGGAACC CAAATAGCAT CTACCTTGCT AGTCATAACA GTGACAGTTG AGGCAATTTC 5340 ATTTGTTGAA GGAACTGCAA ATGTTTCCAC TGTCAGACCT GCCTTTTCAG CATAAGCCTT 5400 AAATTC 5406 (2) INFORMATION FOR SEQ ID NO : 167 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 9711 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 167 : CAGCTTGCTC TTACTATTAT AGCAGATGTT ATAGCTGGAA TTATCTTGTA TTTCGTCTGC 60 AAATGGCTAG ATGGTAAGAA GTAGACCGAA TGACTAGCCT ATAAACACCC GTTAAATCGC 120 TAAGATACGT CAAAAAAGCC CTTAACTATG GCACTAGTTA GGGGCTTTGG TGTTCTAATG 180 AACCTTATAC ACTAACTACA TTCTAGCATA TAAGCCCAGA TATTTCAAGA GTTTTATTTA 240 TTGTTTAAAG TTCTGAAAGG TCTATAATGA AGTTAGCCAT CTAGTATCAA AAAACCGACT 300 AGCTCTTATG AACTAGTCGA TTTCTCATCA ATGCGCCAAC ATTTCTTGGG CGATTTCTTG 360 GCCAGATAGG TTATCTGGGT AGTAGGTTGG CCAGTTGTCC ATTTCTTCAA AGAGGGCTTC 420 TTGGCTTGTG CCTCCAAAGA AGATATGGAA ATGTTCTGCC TTAACTGGGG CAACATTGTG 480 GTCACTAAAC TGAACATACT TGAATTGTCC AGCGTCAGCA TCTGTGGCTT CAAAGAGGAA 540 ACGCACGCCA CGATTGCCTT TCTTGTAAGT CAAAATTTTC TTACCGACAT ACTTGTAAGT 600 GTATTTCTTG CTTTGTCCAC CTTGAACAAA TTCCATAGTA TTATCAGTAA TGTTAATCTT 660 AGTCACATCT GTATGATAGC CTTTTGTATA GTAAGCCTTG TACTCAGCCT GGGTCATCTT 720 ACCAGTCAAC TTAGCCTTGT AGTCAAAGAC TTGGTCAAAC GTGCCGTCTT CAAGGAAAGG 780 ATAAACTGAT TGCCAGTTAC CTGCATAGTC ACTCAAGGTG CGGTCCTTGA CAGCTGCATC 840 CTCGAAGTAA CCATTTTGGA CTGTCTTGGT ATCCTCTGCC TTTTCAGGTT CAATTGCTGG 900 GCCTTCTTGG TCTGTTGTTT GTTTCAAAGC CTTGAGGTTT TTCTCCATCA CGGAAATGTA 960 GTTTTCTCCA GCCTTGGTGT CCTCTTCTGT CAGACTTTCT AAAGGATTGA GGACATCAGT 1020 TTTGACACCT GCTTCTTTTG AAAGTGTGTT AGCAAGGGCT TGTGAGGCAT TTCTTCAAAA 1080 TAGATATAGG CGATTTTATT TTTCTTGACA TACTCTGTCA ATTCTGCCAA GCGAGCAGCT 1140 GATGGCTCTG CATCTGGAGA AAGTCCTGAG ATTGCGACTT GTTTGAGTCC ATAGTCCAAG 1200 GCAAGATAGT TAAAGGCTGC GTGTTGAGTC ACAAAGCTCT TTTGTTTTGC TTGAGACAAA 1260 CCTTCTGCGT AAGCCTTATC CAAGGCTTGC AATTTTTCGA TATAGGCAGC TGCATTCTTC 1320 TCAAAGGTCT CTTTTTTATC AGGATAATCT GCTGACAAGC TGTCGCGGAT GTGCTCTACT 1380 AGTTTAATGG CACGAACTGG TGATAACCAA ACATGGGGGT CAAACTCATG GTGATGACCT 1440 TCTTCTCCAT GGTCATGGTC TCCCTCTTCT TCCTCGCCAC CTGGCAAGAG CAACATATCG 1500 CCTGTCGCCT TGATGGTTTT CACTTTTTTC TTATCCAAGG TATCTAGCAA TTTAGGTACC 1560 CATGTTTCCA TGTTTTCATT TTCATAAACG AAGGTATCTG CATCTTGGAT TTTGGCAACT 1620 GCCTTGGCAG ATGGTTCGTA TTCATGAGGT TCTGTCCCAG CACCGATTAG GAGTTCTACA 1680 TTAGCCGTAT CTCCTGCGAC TTGCTTGGTA AATTCATAGA CAGGGTAAAA GGTTGTCACG 1740 ATATTGAGTT TACCATCTGC CTGTTTTTGA TTGGAACAAG CCACTAAAAA CAAGGCACAT 1800 AGACTGGCTA GTAATAAGCT AATTTTTTTC ACGTTCGTCT CCTATTTGAT AAAACGTCTT 1860 ACTAAACTGA TTAGTATAAA GACAGTTACA AAAATAATGG TAATACTTGC ACTTGCAGGT 1920 GTTTCTGCAT AGTAGGAAAT GTAAAGTCCT GCTACCATTC CCAAAAAGCC AATCGCACTG 1980 GCAAGCAGCA TAACCGATTT AAAGTTTTTC CCCAGACGCA GGGCAATACT AGCTGGCAAG 2040 ACCATAATGG TCGATACCAG AAGAGCTCCT GCTGCAGGAA TCATAAGGGC AATAGCCACC 2100 CCTGTCACCA TGTTAAAAAG AATGGACATG GTACGAACTG GCAAGCCATC CACAAAGGCC 2160 GTATCTTCGT CAAAAGTTAA GATATACATA GGACGAAGAA AGAGAAAGGT CAAAATCAAA 2220 ACAACCGCCG CAATGACAAA GAGGGAAATG ACCTGTTCTT CACTGATAGT CACGATCGAA 2280 CCAAAGAGAT ATTGGTCCAA ACTCATTGAA CTCGAGCTTT TACCCTTGCT CATGACAATC 2340 AGAGAAACAG CCAGACCTGT TGACATGAGG ATAGCTGTCC CGATTTCCAT AAAGCTCTTG 2400 TAAACCGTAC GGAGATACTC CAGAAAGACC GCCGCAATCA AGACAATGGC AATAGTAGAA 2460 ACAGTTGGAG AAATCCCCAA AACCAGACCA AAGGCTACAC CTGAAAGTGA GACGTGGCTA 2520 AGGGTATCAC TCATCAAACT CTGACGACGC AAGATGAGGA AGGTTCCCAA TACCGGTGAG 2580 AAAAGACTCA TAGCAATAAC CGCCAAAAAG GCGCGTTGTA TAAAGTCGTA AGATAATAAA 2640 CTAAGCATGG CCCACCTCCT GGCCATTCTC ATGAACATTG AAACAACGCC ATGGCGAGTC 2700 TTGGTTACGG ACTAGATGAA TATTGCGATC CGCATAATCC TTAACTTCTT CAGGGTCATG 2760 GGTAATCATC AAAACAGCCT TGCCATGATG ATGGGCGCTG TGGTGCATGA GTTCGTAAAA 2820 TTCATTTTTA CTTCCTGCAT CCATCCCCGT TGTCGGCTCG TCTAGGATAA ACACATCAGG 2880 GTCAGAAGCA AACATACGCG CAATTACCGC TCGCTGCTTT TGTCCCCCAG ATAGAGACCC 2940 CAAGCGTTTG TCTCGATGTT CCCACATGCC AACTGAGTCC AGACTAGCCT TGATATGCTC 3000 CTCATCATGA GCATTCAAAC GACGGAACCA GCCTTTTCTC GGATAGCGAC CCGACTTGAC 3060 AAATTCATAG ACCGTACTTG GAAAACCAGC ATTAAAACTG GCAATTTGTT GAGGAAGATA 3120 GGCTATTCTC AATTTCTTAC CTTGCGTATT TGTCTTTGAA ATAGCCACCT TTCCAATGCG 3180 TGGTTGCAGA ATTCCAAGAC TAGCCTTGAT GAGCGTCGTC TTAGCCGCTC CATTTTCCCC 3240 AGTCAAGGTA ACAAATTCCC CACTATCAAC ACAATAATTG ATATGTTCAA GAACAGGCTC 3300 CTTATCATAA TAGAAGGACA AATCCTCTAC CGTAATATAT CTCATTATTT GATTTCTCCT 3360 ACTAAAGCAG TCAAAAACCG CTGAATCACT TTTTGTTCAT TTGGAGTAAA CTGAGTCGCC 3420 ACTTGTTCAT AGGTTAAAAG TGTATGCTCA TGGTGATGGT GGTGCTCCTC AGCGATTGGA 3480 CGAGCCAAGT CAGTCAACTG ATAAAAAATC ACACGCGCAT CTTTAGAATC TTTAGATGTT 3540 TCCAACATCC CTTCCTTGAC CAAAGACTTA ATGGCCTTGG TAACTGCCGC CTGACTGACA 3600 TTGAGACGAC GGGCCAATTC TGAATTTGTT AAAGATTCCT CTGACAAGAG CATAAGGATA 3660 TGCTCCTGAG TATTGGTCAG GGCCACCTCG CTAGTGCAAT GACCTATTAG GATTTCATGC 3720 TGATTTTCCG CCTGCAAAAT CACCTCATTC AAAAAAGCAT TGATATCCTT TGCTAGCTGT 3780 CTCATATCTG ACTCCTTTCC TTTTAGACTT CTCTTTTTTA AGAGAAAAAT ACTATTCTTT 3840 GACATTTTGT TTACCAGTTA ATTATATCAC AAGCAAAAAA AGAGTCAAGA AAAAACGTGA 3900 AAACTAGTTT CATTCTTGAA CTCTTCTATA TTATATTATC TATTGAAATT CTTTGACATC 3960 TCCATCATAA GTCGCCCAAT CTTTGCTGAA AAAGCGCTCA TTCAGATGGT AAGTCGGAGC 4020 TGGTGTGGGA TTGGATAGGA AAGGATCAAC TGCCTTGTCA AAAGCCAACC AACCCAACCA 4080 ACCAAGGTGA ATGGTGTCCT TCATAAAGAA AGGCTCCCCG CCGTCCTTAG AAAAATCTGC 4140 TATATTGGTA AAACCTTGAC TTTCTAACTG GTAGCGAATC TTCTGCACCG TTTGTTGGTA 4200 CATATCCTCT CGTAGACCAG CATAGTTCAT CCATTTTTTA TTAACAGGTG GAATGATAAA 4260 AATCGGGTTT ACCTTAGATT TAGAAAACTG TGTTAAAACC AACTGCAAGT CATTATACTC 4320 TGGCGACTTG AGATAGGTAA AGCTTTTCTG AGAATCCTTT AATTTCTTCA AATCCTTCTT 4380 GATCTGCTCA TTATAGAAAT AATTTTCCAT TCCCATCTCA TTATTGGAAG TATTTTTTTC 4440 AGCATCTGCT TTGACAACAT CTTCTATTGC CTGATAAGAA AACTGGTCTG GCAAGATTTT 4500 TAAATACTTA GCTACATGCT TATCGTAGTT AACATAGCCT CTAACCGAAA ACTGACCAAA 4560 AAAGGAAGCT TGGCGTTCAT TAAAACGAGC CAATAATTCA ATCATTTCAT TGTCTGCTGT 4620 CGACAATTCT TCTTTACTTG CCAACTTCTG AACCAGGTCC TTCATAGCTA CGTTTGGGAA 4680 CTGTTGCAGT AAGCGAGTCG CTGCATATTG ACTAGCCTGA TCCCCAGATT GATGTTTCAG 4740 AAAACTAGTC AACTGGTCTC CATTAAAATA CTGCTGGAAG GCTGCTGGAT CATAGCCATT 4800 TTTACTGAAC CACTGAGGTG AGATAACATA CACAACTTGT TTATTCTCCA GCTGTGGTAA 4860 CATCTGTTGC ATTCCAAAAT ATTGGTTAAG CGATGCAGCT CCCCCCTGTC CTAAAAGATA 4920 AGGACGGTAG GAACGATTGT ATTTCTCAGC TAATACCGCA GGATGAGCAC CGTCAAAACG 4980 AAGCCATTCA CTAGAGCCAA AGAAGGGAAC AAAACGCACA TTTGGATCAG ATAGTGCTCT 5040 GACTTTTTGA CTTCGCTCCT TAAAACTATC GATAGTAGTA GCCACTGCTG AACGCTTTTC 5100 AGCTCCTAGA TTATGATGCA TCTCAGTAGG ATAAAAGAAA ATGAGCAGAA AAACCAACAA 5160 ACCAGCGATC AAGACCGGTC CGAAGATCAT CCATAAGCGT TTAAGCATTT TGTAGCTCCA 5220 CAATACCAGC TATGATTTTA TTAGCTGTAT TCCAGTCGTC ACGACCAAAC TCTGTTACAG 5280 GGACACGAAT GTCAAAACGG TTCTCAATCT CCACAATCAA CTCAACCGTT CCCATACTAT 5340 CCAAGACACC TGCATCAAAA AGATCTTCAT CCATCATGTC AGAAACATCT TCCATAAACA 5400 ACTCATCAAT AATTTCAATA ACTTCTGATT TGATATCCAT ATTTTATTTC CTTTTATTTT 5460 TTAAACCATA GATTATTCAA GAATCCAGAA AAGATTAAGA ATGACAACAT GACAACATGG 5520 AAAGTGACAA CCATGCCAAG CAACTGAATC CAGCGATTCT CAGGTAGGGC AGCCTTCCCT 5580 GCTTTTTTCC GTTCCTTATT GAGCGTTTTT TTCTTGCGAA CCCAGGCATC ATTGATGACC 5640 AAGCCTAGTC CATGAAAGAG TCCATAGGCG ATATAGTACC AGGTCACACC ATGCCAAAAT 5700 CCCATAATCA GCATATTTAC AATGTAGGCC ATGCTTGAGG TTACATTACG ATTTTTAAAG 5760 ACTTTCTTTC TGGTTAACAC CATCACCATT CGCATAAAGA CAAAGTCACG GAACCAGAAG 5820 GACAGACTCA TATGCCAGCG ATTCCAAAAC TCCTTTAAAT CCCTTGATAA AAAGGGCTTG 5880 TTAAAGTTGA TAGGGCTACG GATTCCCATC AAGTTTGAGA TGGCCAAAGC AAACATAGAA 5940 TAACCTGCAA AGTCAAAGAA GAGTTCCAGA CCAAAAGTAT ACATAACTGC CAAGGCATAG 6000 AGATTAAAGA AGCCACCTGA CTGCAAGGCT AAATTCTTCA GAGGAGGTAG TAAGGTCTCT 6060 CCTAAAACAT GAGCTAGGAT AAACTTATAC AAAAAGCCCC ACATGATATA GCGGACAGAT 6120 TCATCCAGCA TATCCATCAA CTCATCTCGC TCAGGAATAG CCTGATAATT TTCATTAAAT 6180 CGCTTAAAGC GATCGATTGG ACCACTCGAG AAAGTTGGCA TGAAGAGAAG GAAACGGAGG 6240 AATTCCCAGA GGGTAAAATC CTTAATCACT CCATCTCTCA GCTCGATGAC AATTCCAACC 6300 GAACGAAAGG TCAGGTAAGA AATTCCCAAG AACCCAAGCA AAGACTGCGT TCCATTGATA 6360 GCTGGTTGCA CCTTGACAAA GATAATCGGA AGTAGGGACA GAAAACTAAC TAAGTAGAAG 6420 ACCCACTTGC CATCCTTGCT TTTTCGATAA TGCTTGTAGA AAAGCAGGAG CAATATTTCC 6480 CAGCAAAGGT AAATACCCAA GGCAGCTAGT TGATTGGTCT TTCCACCCAC CAACATGGTG 6540 ACAATAAAGA AGAGACTTAC CAACACTTCA TACCAGGCAA AGCGTTTCTT GAAAAAGAGA 6600 CCTATAAAGA TGGGCAAGGT TGCAGCAATC ACATAAACAA AATACTGAGG ATTGCCATAT 6660 GGCTCTAAAT GAGGAAGCTG TTGAAAAAAC TCCATCATCT CTTATTCACC TCGTTAATCA 6720 ATCCTTTGAT GTCAATCTTT CCATTTGGAG TTAGTGGCAA ACTGTCTCGG TAAAGGAATT 6780 TAGATGGCAT CATATAGGAC ATCATGATGT CTGTCAGGTC TTCCTTGATG GCCTTGGTAA 6840 TATCGATATC TCGCTCAAAC TGCTCACGAA CACCGTCTTT TAAGATGACA TAAGCCAATA 6900 GATTTTGTAC CTTGTGGTCC TTGTTATAGC GCGGTACTGC GACAGCAGAT TCGATAAAGC 6960 GAGACTTGTT GAGGTTTTGA GAGACATCTT CTAACTCAAT GCGGTAACCG TTAAACTTAA 7020 TCTGGAAGTC CATGCGTCCG CCGTAGAGAA GCAAGCCCTC ATCTGTCATG GTTCCCACAT 7080 CGCCTGTGTG ATAGGCTGGC AGATCTTCAA ACTCAAAGAA GGCTTCTGCT GTTTTTTCAG 7140 GATTGTTCAT ATAACCTTTT GAAACAGCTG GCCCAGAAAC AATGATTTCT CCCTGCTCAC 7200 CATTTGGCAG TTTATTTCCT TCCTCGTCAA TGATAAAGGT TGGAGAATCA GCCTTGGTAT 7260 AGCCGATTGG TAGGCGTTTG AGAGTCGCTA ACATCTCGTC TGTCACGGCA ACTGCTGACA 7320 GAGCTACTGT CGCTTCTGTT GGGCCGTAAG CATTGATGAT ACGGGCATTT GGGAAACGCT 7380 CGCGCAGTTT TTGAGCTGTT TTGACCGTCA ATTCTTCACC ATCAAAGTAG AAATGCGTGA 7440 TTCCAGGCAT TTTCTCACTG TTGAAGTATT CAGACAACAT GGCCATATCT GCAAAGGATG 7500 GTGTTGATGT CCAGATAGCG ATTGGCAATG AAAAGATAGC CGCAAAGAGT TGCTTAAAGT 7560 CCTGAGTGAT GACTGAAGGA AGAGTGAAAA GCGTACCACC AAGTGCCAAG GTCGGTGCCC 7620 AATACATGAC AGACAAGTCA AAAGAATAAG GTGGCTGTGC CAGCATTTGC GGACGACTCG 7680 GTGTCGCAAA TTCCTTATCC GTAATCATCC AGTTTGTAAA GCTGAGGAGA TTATCATGTG 7740 AAATCTGCAC TCCCTTAGGC TTACCAGTCG TACCAGAAGT AAAGATAATG TAGTAATTAT 7800 CATCTCCCTT GACTGGATGC GTGATTTCAT AGTTATTCCC TTGGGCAAAG GCTTCTTGAA 7860 CCTGAGCTAG ATTTATCATT GGTGTAGAAA CCTGCTCCAA GGGAAAGGCT GAAATGGCAA 7920 TAATCAAGCT TGGCTCTGCT ACTTCTAAAA TAGCTGAAAC TCGCTCCAAG GCCGAATGGC 7980 TATCAATTGG AATGTAGGCA TGACCTGACT TAGTCAGCGC TACAAAGGTT GCCAACATTT 8040 CATATTCTTG GCCACCAAAA ACAACCACAG GAGACTTCTC AGGCAAGCCT AGTTGGTCAA 8100 TGACTGCAGC CAAACTATCC GAATCAGCCT TTAAATCGCC ATAAGTGTGT TCCTGCCCCA 8160 AAACATTATA GACAGGATAG CTAGGCTGTG TCTGAGCAAA ATGCTCAATG GTTTCAATCA 8220 TATCTGCTAT TGGTTTATTT GACACAATAG GGATTCTCCT TCAAGTTAAA ATTCATTATA 8280 GATAAAGCTT CCTTGACCCT GACCAAGATA GCTAAAGAAG TAAAGCAGCC CTAGAAAGAT 8340 AAGAAAATAC AAGGCTGTCC GACCAAGAAA GAGGTACAAT TCTTTTCTCT GTTTCATCAA 8400 GAAAAACCAT TCATTTCTGT AATTTTTCGC TAAAATAAGA GTGATTCTTA CTAGCTTATT 8460 TTTCTACCAT TGTACCACTT TATATAGTAT CTTTTCAATT GTTTACCGTA TGTTTCCAAT 8520 AGATTTCAGC TTATTTTAAG GATTATACAG TTTTTCTATG TATATTTTCA AATAGAGTGA 8580 TCCTGCTTCA AAACTCCATT TCAGGAGACA ATGAAGTAAA TCTTCCCATA ATAAAACACA 8640 CAATATCAAG TTTTTTCAAC ACCTGATACT ATGCGCTTTT CTGATTTTTA AAGACTTTTT 8700 AACCACTCTC TCATTTAAAA TAATCTCGTC TGATATAAAT TAAAATAGCT TCTATCATCA 8760 GACAAATGGC TGATAGCCAA AAACTGATGC TAATACCAAA ACTCTCAGTA ATATAGCTCA 8820 TTAGCAAAAC AAATACTGAA AATGCTAATG TAGAAATCAC TTCAAGAACG GAATAGACAT 8880 TAACTAAATG ATTTTCCTCT ACTGTTTCCT GAAGAAATAC ACTTTCAGGA ACTTCTTTTA 8940 GTTGCGATAA CATACCAACT AAAGCTGAAA ATAATAAAAA CATCTGTGCG TTTGGAAAAT 9000 ATAGAATAGT CAGTGTCACT ATTTCCATAG CTACAAGAGG AAAAAGAATA CTTTCCCCCC 9060 AAATCATTCA TACCTCTCTC AACTAGATGT AACTTACAAA ACCCCTGACC TCATGAGCCA 9120 CTTTCTTCCT CCTCATGAGG TCAGTTTTAC TTTCTGCTGT TCCAGTATCG TTTTTCCTCG 9180 CTAGATTTCC TCAAAAGGGC AGACTCCTCC CTTGGTGCGT CACACGATTT TTTCATCTCG 9240 ACTGTTCTTT AATGCATCAT TAACGACGCT TTTCTTCTAG GTGGTTCATA AGGAACAGGA 9300 AGATTCAGGT TGACTTTTCT AATCCTAGAA TAAAGTGCTG AAAACAATTC GGAATAGGCA 9360 TAGAGACTAG ACAATTTGAG GAGCTGCTTG CGTCCTGTTC GAACACATTT TCCCACCACG 9420 TGAAGAAAAA GATGGCGGAA GCGTTTGATT GTTAAAGTTT GGAAGTCACC TCCAGCTAGA 9480 TGTTTGAGAA AAAGATAGAG ATTGTAGGCG ATACAGCTCA TCATCATACG AACTTCGTTT 9540 TTGATTAAGG TTGAACTATC CGTTTTATCG CCAAAAAATC CCTCCTTCAT CTCCTTGATG 9600 AAATTCTCGG CTTGACCACG TCCACGATAA AGCTGAAACT GGTCTTGGcT gTTCCACTCG 9660 TCATATTTGT AACGAGAGAA ATAACATCGT AGAACAAGTA TCCTTCTTTT C 9711 (2) INFORMATION FOR SEQ ID NO : 168 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3025 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 168 : CCCCTTTGTC AAAACTGTAA AATTAACGAC TCAACAATTC ATCTTTACAC CAATCTCAAT 60 GGAAAACAAA AACAAATTGA CCTCTGTCAA AACTGCTATA AGATTATCAA AACAGATCCT 120 AACAATAGCC TCTTCAAAGG TATGACGGAT CTGAACAATC GTGACTTCGA TCCCTTTGGT 180 GATTTCTTCA ATGATCTAAA CAATTTCAGA CCTTCTAGCA ATACTCCTCC TATTCCCCCA 240 ACCCAATCAG GTGGAGGTTA CGGTGGAAAC GGCGGTTATG GTTCCCAAAA TCGTGGATCT 300 GCTCAAACTC CGCCACCTAG CCAAGAAAAA GGCCTGCTGG AAGAATTTGG TATTAATGTA 360 ACTGAAATTG CCCGTCGTGG AGACATTGAC CCCGTTATTG GGCGCGACGA TGAGATTATC 420 CGTGTCATCG AGATTCTCAA TCGTAGAACC AAGAATAATC CTGTCCTTAT CGGTGAACCT 480 GGTGTCGGAA AAACGGCCGT TGTCGAAGGT CTAGCTCAGA AAATTGTCGA TGGCGATGTG 540 CCACATAAAC TCCAAGGTAA ACAAGTCATC CGTCTGGATG TGGTTAGCTT AGTTCAAGGA 600 ACGGGGATTC GAGGACAATT TGAAGAACGC ATGCAAAAAC TCATGGAAGA AATTCGCAAA 660 CGTGAAGACA TCATCCTCTT TATCGATGAA ATCCATGAAA TTGTTGGTGC TGGTTCTGCG 720 AGTGATGGTA ATATGGACGC AGGAAATATC CTCAAGCCAG CCCTTGCTCG TGGAGAACTG 780 CAACTAGTCG GTGCTACTAC CCTCAATGAA TACCGTATCA TTGAAAAGGA TGCTGCCCTC 840 GAGCGTCGTA TGCAGCCTGT TAAAGTCGAT GAACCAACGG TGGACGAAAC AATCACTATT 900 CTCAAAGGGA TTCAAAAGAA ATACGAAGAT TACCACCACG TTCAATATAC AGATGCTGCG 960 ATTGAAGCAG CTGCAACTCT TTCCAATCGC TACATCCAAG ATCGCTTCTT GCCTGACAAG 1020 GCCATTGACC TCCTAGATGA AGCTGGTTCT AAGATGAACT TGACCTTGAA TTTTGTGGAT 1080 CCTAAAGTAA TTGATCAGCG CTTGATTGAG GCTGAAAATC TCAAGTCTCA AGCTACACGA 1140 GAAGAAGATT TTGAGAAGGC GGCCTACTTC CGCGACCAGA TTGCCAAGTA TAAGGAAATG 1200 CAAAAGAAAA AGATCACAGA CCAGGATACT CCTAGCATCA GCGAGAAAAC TATTGAGCAC 1260 ATTATCGAGC AGAAAACCAA TATCCCTGTT GGTGATTTGA AAGAGAAAGA ACAATCTCAA 1320 CTCATCCATC TAGCCGAAGA TCTCAAGTCT CATGTTATTG GTCAAGATGA TGCAGTCGAT 1380 AAGATTGCCA AGGCTATTCG CCGTAATCGT GTCGGACTTG GTACCCCTAA CCGCCCAATC 1440 GGAAGCTTCC TCTTCGTTGG GCCAACTGGT GTCGGTAAGA CAGAACTTTC CAAACAACTG 1500 GCTATCGAAC TTTTTGGTTC TGCTGATAGT ATGATTCGCT TTGATATGAG TGAATACATG 1560 GAAAAACATA GTGTGGCTAA GTTGGTCGGC GCTCCTCCAG GTTATGTTGG CTATGATGAG 1620 GCTGGTCAAT TAACTGAAAA AGTTCGCCAC AATCCATATT CTCTCATCCT TCTCGATGAA 1680 GTGGAAAAAG CTCACCCAGA TGTTATGCAC ATGTTTCTTC AAGTCTTGGA CGATGGTCGT 1740 TTGACAGACG GGCAAGGACG CACCGTTAGC TTCAAGGATG CCATCATTAT CATGACCTCA 1800 AATGCAGGTA CAGGAAAGAC CGAAGCTAGC GTTGGATTTG GTGCTGCTAG AGAAGGACGT 1860 ACCAATTCTG TCCTCGGTGA ACTCGGTAAC TTCTTTAGCC CAGAGTTTAT GAACCGTTTT 1920 GATGGCATTA TCGAATTTAA GGCTCTCAGC AAGGATAACC TCCTTCAGAT TGTCGAGCTC 1980 ATGCTAGCAG ATGTTAACAA GCGCCTCTCT AGCAACAACA TTCGTTTGGA TGTAACTGAT 2040 AAGGTCAAGG AAAAGTTGGT TGACCTAGGT TATGATCCAA AAATGGGAGC ACGCCCAcTT 2100 CGTCGGACTA TTCAAGACTA TATTGAGGAC ACAATCACTG ACTACTACCT TGAAAATCCA 2160 AGCGAAAAAG ATCTCAAAGC AGTTATGACT AGCAAGGGAA ACATTCAGAT TAAATCTGCC 2220 AAAAAAGCTG AAGTTAAAAG TTCTGAAAAA GAAAAATAAA TCCTATAAAA AAGGAGTAGA 2280 AAATGAAATT TTTCTGCTTC TTTTTTTACT AAAATAACTG TAATTTCTTG ACAGCTTGCC 2340 CTTTGTCCAT TATGATATAT AGTAGACTGA ATCTGAAATA GTACGAAACA ATTGCTAAAA 2400 CATTTATAGA AATTAATTTT ACTTTCCCAA TCGATTTGTT CTCATCTTAT TTCAATCTGC 2460 TATAGTCAAT TGAAACAAGA ACAAGACAAA AGAGCCTCAT AAAAGGTATT GCAACTTGGT 2520 AATACCTTTT TGAGGTGCTT TTTGATATGA GCCCATGTTT TCTCAATAGG ATTGTACTCA 2580 GGTGAGTAGG GAGGAAGAGG TAAAAGTTTA TACCCAAACT CTTCACACAA GAGTTCTAAC 2640 TTACCCATTC TATGGAATCT TGCATTATCC ATAATAATAA CCGATGGTGT GGTTAATGTT 2700 GGTAAGAGAA ACTTCTGAAA CCAAGCTTCA AAAAAGTCGC TCGTCATCGT CTCTTCGTAA 2760 GTCATTGGAG CGATTAACTC ACCATTCATT TGTTAGACCT GCAACCAAAG AAATTCTCTG 2820 ATATCTTCTT CCAGATACTT TGCCTCTTCT TAACTGACCT TTTAATGAGC GACCATATTC 2880 TCGATAAAAA TAAGTATCGA ATCCTGTTTC GTCAATCTAA ACAGGTGCTA GGTGCTTTAA 2940 ACTATTAAAA TTCTTAAGAA ATAAGGCTAC TTTTTCTGGG TCTTGTTCAT AGTAGGTGTA 3000 GTTCTTTTTT TTTTCGAGTG TAGCC 3025 (2) INFORMATION FOR SEQ ID NO : 169 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4104 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 169 : TTTAAGGTTT TAAAAAAAGT TTTCGAAAGG TTTCTTCTTT ATTTTTTAAG GGAGAGATAA 60 CGTTGATATC TAAATCGTGG TCAAAGCCGG CAATTTTTCC TTTAGATGTG TATTGGTGAA 120 TATCATAATC TAAATCAGTT TTAGGACTGC TCTCCAAAAA TCCTGAGTCT GAGCCGTAGA 180 CGGAATCCAA ACAGAGGTAA ACTTGCCTGT ATCAATACTG TGTTCTTCCA TGAAGTAGAC 240 ACCAACGTAG ATGCCGATGT TTTTAGCACC CAGTGATGCT AGTTTTGCTC GAAAGTTTTC 300 GACACCTTCG TTCATATTAG ACATGGTTTT GTCTTCCACG TCAAGCCAAT AGTAACTAGG 360 GCTGTAAGGA GAGGCAGCAT TGTAGAAAAC TTCGGCAGCC TTTTCCATTT CTTGGACACT 420 TTTTCCAGCT ACATAAGCGT AGACAGCAAC TGGGACATTC CGCTTTTGAA GTTCAGTGAT 480 ATGACTCTTA TAGGCCTTGT CTATTCCATT GATAAATGAA GCATCATTTT CTTTTGTCGT 540 TTGAGCACCA CTGTGAACAC GAACAATAGC ACCTGAAATA TTTTGTGAGA GGGCATCGTA 600 GTTGATTTCC TCAGGACGCT GCCAGCCAGA GAGGTCAATA ATCGGTTTGT CTAAGTGTTT 660 CAAAGCCTGT GCTTCAATCT GTGCTATATT GGATTTTGTT TTAAACGATT GGCTGTCATT 720 AAGTGGGCGA TTGATGATTA AAATGAACAT CATAATCCCA AAAAAACTAA ATAAAATAAG 780 TGGATGAATT TGTTTTCTCA TATCTTATAA TTCTACCCTA AAAATCAAAA AAAATCAAAA 840 AAATGGGTTA AGGAAGAGAC TTTAGAGCAT TTTTTCATTC AAGAGTGCGG AATGATTTGA 900 AATATGGTAT AATAAAAGGG AATTTCTACA GAAAAGAGAA GATTATGTCA AATTTTGCCA 960 TTATTTTAGC AGCGGGTAAA GGGACTCGCA TGAAATCTGA TTTGCCAAAA GTTTTGCACA 1020 AGGTTGCGGG TATTTCTATG TTGGAACATG TTTTCCGTAG TGTGGGAGCT ATCCAACCTG 1080 AAAAGACAGT AACAGTTGTA GGACACAAGG CAGAATTGGT TGAGGAGGTC TTGGCTGGAC 1140 AGACAGAATT TGTGACTCAA TCTGAACAGT TGGGAACTGG TCATGCAGTT ATGATGACAG 1200 AGCCTATCTT AGAAGGTTTG TCAGGACACA CCTTGGTCAT TGCAGGAGAT ACTCCTTTAA 1260 TCACTGGTGA AAGCTTGAAA AACTTGATTG ATTTCCATAT CAATCATAAA AATGTGGCCA 1320 CTATCTTGAC TGCTGAAACG GATAATCCTT TTGGTTATGG ACGAATTGTT CGTAATGACA 1380 ATGCTGAGGT TCTTCGTATT GTTGAGCAGA AGGATGCTAC AGATTTTGAA AAGCAAATCA 1440 AGGAAATCAA CACTGGAACA TACGTCTTTG ACAACGAGCG TTTGTTTGAG GCTTTGAAAA 1500 ATATCAATAC CAATAACGCT CAAGGCGAAT ACTATATTAC AGACGTCATT GGTATTTTCC 1560 GTGAAACTGG TGAAAAAGTT GGCGCTTATA CTTTGAAAGA TTTTGATGAA AGTCTTGGGG 1620 TAAATGACCG TGTGGCGCTT GCGACAGCTG AGTCAGTTAT GCGTCGTCGC ATCAATCATA 1680 AACACATGGT CAACGGTGTT AGCTTTGTCA ATCCAGAAGC AACTTATATC GATATTGATG 1740 TTGAGATTGC TTCGGAAGTT CAAATCGAAG CCAATGTTAC CTTGAAAGGG CAAACGAAAA 1800 TTGGTGCTGA GACTGTTTTG ACAAACGGTA CTTATGTAGT GGACAGCACT ATCGGAGCAG 1860 GAGCGGTCAT TACCAATTCT ATGATTGAGG AAAGTAGTGT TGCAGACGGT GTGATAGTCG 1920 GTCCTTATGC TCACATTCGT CCAAATTCAA GTCTGGGTGC CCAAGTTCAT ATTGGTAACT 1980 TTGTTGAGGT GAAAGGATCT TCAATCGGTG AGAATACCAA GGCTGGTCAT TTGACTTATA 2040 TCGGAAACTG TGAAGTGGGA AGCAACGTTA ATTTCGGTGC TGGAACTATT ACAGTCAACT 2100 ATGACGGCAA AAACAAATAC AAGACAGTCA TTGGAAACAA TGTCTTTGTT GGTTCAAATT 2160 CAACCATTAT TGCACCAGTA GAACTTGGTG ACAATTCCCT CGTTGGTGCT GGTTCAACTA 2220 TTACTAAAGA CGTGCCAGCA GATGCTATTG CTATTGGTCG CGGTCGTCAG ATCAATAAAG 2280 ACGAATATGC AACACGTCTT CCTCATCATC CTAAGAACCA GTAGGAGCCT ATCATGGAGT 2340 TTGAAGAAAA AACGCTTAGC CGAAAAGAAA TCTATCAAGG ACCAATATTT AAACTGGTCC 2400 AAGATCAGGT TGAATTACCA GAAGGCAAGG GAACTGCCCA ACGGGATTTG ATTTTCCACA 2460 ATGGGGCTGT CTGTGTTTTA GCAGTAACGG ATGAACAAAA ACTTATCTTG GTCAAGCAGT 2520 ACCGCAAAGC TATCGAGGCT GTCTCTTACG AAATTCCAGC CGGAAAATTG GAAGTAGGAG 2580 AAAACACAGC CCCTGTGGCA GCTGCCCTTC GTGAATTAGA GGAAGAAACA GCCTATACAG 2640 GGAAATTAGA ACTCTTGTAC GATTTTTATT CAGCTATTGG CTTTTGTAAT GAGAAGTTAA 2700 AACTATATTT AGCAAGCGAT TTGACAAAAG TGGAAAATCC GCGTCCGCAG GATGAGGATG 2760 AAACCTTGGA AGTCCTTGAA GTGAGCTTAG AAGAAGCGAA AGAATTAATC CAATCAGGTC 2820 ATATCTGTGA TGCCAAGACA ATTATGGCTG TTCAGTATTG GGAGTTGCAG AAAAAATAGA 2880 GGAGGTCAGT ATGGGTAAAT CTTTATTAAC GGATGAAATG ATTGAAAGAG CTAATAGAGG 2940 CGAAAAAATT TCAGGTCCTC CTTTGCTAGA TGATAATGAG GAAACTAAGA TTTTACCAAC 3000 CTCTTCTTCC CGTTTTGGTT ATGCCAATCC TAAGGATCAT GGTTTTAGCC AGGAAACCTT 3060 GAAGATTCAG GTCGAACCAT CTATTCATAA AAGCCGTCGT ATTGAAAATA CCAAGAGAAA 3120 TGTCTTCAAT TCTAAGTTGA ATAAAATCTT ATTTGCGGTC ATCTTTCTCT TGATTTTGCT 3180 TGTTTTAGCA ATGAAACTTT TGTAATAGAA AAGGAATTGA AATGAAAATA GGAATTATTG 3240 CTGCTATGCC AGAAGAACTG GCTTATCTGG TCCAGCATTT AGATAATGCC CAGGAGCAAG 3300 TTGTTTTTGG GAATACCTAT CATACAGGAA CCATTGCTTC TCATGAAGTC GTTCTTGTAG 3360 AAAGTGGAAT TGGTAAGGTC ATGTCTGCTA TGAGTGTGGC GATTTTGGCT GATCATTTCC 3420 AGGTGGATGC CCTTATTAAT ACGGGTTCAG CTGGGGCAGT AGCAGAAGGT ATCGCTGTTG 3480 GGGATGTCGT GATTGCTGAC AAATTAGCCT ATCATGACGT GGATGTCACA GCTTTTGGCT 3540 ATGCTTATGG ACAAATGGCG CAACAACCGC TTTATTTCGA ATCAGACAAA ACCTTTGTTG 3600 CTCAAATCCA AAAGAGTTTA TCTCAATTGG ACCAAAACTG GCATCTTGGT TTGATTGCTA 3660 CAGGAGATAG TTTTGTTGCA GGAAATGACA AGATAGAAGC GATTAAGTCC CATTTCCCAG 3720 AAGTTTTAGC CGTGGAGATG GAGGGGGCAG CTATTGCTCA AGCAGCGCAT GCCCTCAATC 3780 TCCCAGTCTT AGTCATCCGA GCTATGAGTG ACAATGCCAA CCATGAAGCA AACATCTTTT 3840 TTGATGAGTT TATTATCGAA GCTGGACGTC GCTCTGCCCA AGTCTTGTTG ACCTTTTTGA 3900 AGGCTTTAGA TTAAGCGGAA ATTTGACAGT TTTTCTAGCT TATGATAAGA TTTAAGTAAA 3960 GAAAAGCTAG AAAACGTTTC AGAGGATATT ATGAGTATTG AAATGACCGT CAGTGAGATT 4020 GCAGAGGTCT TAGGATTATC TCGCCAAGCA ATCAATAACC GTGTCAAAGA ATTACCAGAA 4080 GAAGACACAG ATAAAAATGA CAAG 4104 (2) INFORMATION FOR SEQ ID NO : 170 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 8876 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 170 : CACGGATAGG CTCGGCTTTC ATCAGTCCTC AGGCTGATTT ACTAATAGCA ACTTTCCTCG 60 ACAAAGTCCA CAGCGATACG TnTGGGTATC AATCCTACGC TTACGCTGAT ACCTTTGCTG 120 GCAGGATTGG CAACGATAGA GCTTGATTGG CTTGGAGTTA CTATTGGGCA AGGATGGTAC 180 AAACCGTAAT CCATCCACTG CTTTCAACAG TTCCTTAAAA TCCCGATCCT TGTGTTGATA 240 GCCTTTCCCT TGAAAATAGA GGTGATAATG ACAGAGTTCA TGTCGGACAA TTTTCCTAAA 300 AACGTCCAAC CCCAGTTCCT GATAAACCTT GGGATTAAAA TCCAAATGCC CATCTTTGGG 360 GAAAAATCGC CCACCTGTCG AACGTAGACG CCTATTCCAC TGGACATGAT GGATAAAAGG 420 TCTGCCGAAG TCTTCTAGTG AAACCTGCTT GACGTAATCA GTCAGTTTCA TTTGGAGCTA 480 GGAGAGACAG ATTAACTTTT TCACGTTCAG TATCAATTTT CTTAACCCAA ACGCTCACCA 540 AATCTCCAAC TGCCACCACT TGACTAGGGT GTTTGATAAA CTTGCGACTC ATATGGGAAA 600 TATGGATGAG ACCGTCCTCA TGAATTCCGA TATCAACAAA AGCACCGAAA TCAACAACGT 660 TACGCACCAC TCCTTCTAGC TTTTGTCCAA CCACTAAGTC CTTGATATCT AGGACATCTT 720 GGCGAaCACA GGTGCGTCAA AGGAATCACG GAAATCTCGA CCTGGTTTGA GAAGATCTGC 780 AATGATATCT TTAAGAGTTT CTGGACCAAG GTCTAACTCT TGCGCCATTT CCTTGACTGA 840 AAGCGACTTG AGTTTGCTTT GGGCTTCTTC GTTTAGGTCT TTAATATCTA AACGTTTGAA 900 GAGTTCCTTA ACTGCAGTGT AATTCTCTGG GTGAACTCCT GTATTATCAA GGATATTGCT 960 ACTTTCAGGG ATACGAAGGA AACCAGCAGC CTGCTCAAAG GCCTTGGCTC CCAGACGAGG 1020 AACTTTCTTG ATTTGGGCGC GTGAAGTGAT TTTTCCTTCT TCCTCGCGGT ATTTGACAAT 1080 ATTTTCAGAG ATAGTTTTGT TGAGTCCAGC TACGTGTGAA AGAAGAGCTG GGCTAGCTGT 1140 ATTGACATTG ACACCAACTT GGTTAACCAC TGTATCGACA ACAAAGTCCA GACTCTCAGA 1200 TAGTTTCTTC TGACTGACAT CGTGTTGGTA TTGACCGACA CCAATTGACT TAGGATCGAT 1260 TTTGACCAAT TCCGCAAGAG GATCTTGCAA ACGACGGGCG ATAGAAATGG CAGAGCGTTT 1320 TTCAACGGTC AAGTCTGGAA ACTCCTGACG AGCAAGTTCG CTGGCAGAAT AGACAGAAGC 1380 ACCACTTTCA TTAACGATAA CATAGCTGAC TTCAGGGAAA TCTTTCAGAA CTTCCGCTAC 1440 AAAAGCTTCA CTTTCACGAC TGGCCGTTCC ATTTCCAATG GCAATAATCT CTACACCGTA 1500 TTGACCAATT AAATCTGCTA AATCTTTCTT GGCTTCTTCG ATTTGACGAG CTGATGCTGG 1560 TTTAACAGGA TAAATAACCT GAGTTGTCAG CATTTTTCCT GTTGCATCCA CGACAGCTAG 1620 CTTGGCACCT GTACGAAAGG CTGGGTCAAA TCCAAGAACC ACGCGCCCTT TCAGTGGAGC 1680 AACCAAGAGG AGATTGCGCA GATTGTCAGA AAAAAGTTGG ATAGCTCCTT CTTCAGCTTT 1740 CTCAGTTAAT TCTGTCCGAA TACGACGCTC GATAGCAGGC AAGACCTTTT TCTTAACGGA 1800 TTGCTGAACA ACTTCATCAA TATAAGCATT TTTCACCTTG AAACGAGTAG CAAAGAAGGC 1860 AAGAATACGG TCCGTCGCAT GTTCAAAACC GATCTTCAAG ACACCAAGTT TCTCCCCACG 1920 ATTGAGAGCC AAGGTACGAT AGCCTTGCAT AGTTCCAACT GTCTCTGAAA AATCATAATA 1980 AATCTGAAAA ACCTGCTTTT CATCAAGACT TTCATCCTTG GCTTGAGAAG TAAGTTTAGA 2040 GTGTCTCAGC ACTTCCTGAT AAGTCATAGA ACGCAAGGTC ACATCTTCCG ATAAGGCTTC 2100 GACCAAAATA TCAACTGCAC CGGTCAAGGC TTCCTTGCCA GTCGCAAATC CTTCACAGAC 2160 GAACTTTTCA GCTTCTTTCT CTAAGTCAAC TATATTCTGC AAAATCAAGC GAGCAAGAGG 2220 AAAGAGTCCA GCTTCACGGG CAATGGTTGC CTTGGTACGA CGCTTTTCCT TATAAGGAAG 2280 ATAGAGTTCT TCAACGTCTG CTAATTTTTC GGCAACTAAG ATAGCTTCTT CCAATTCCTT 2340 GGTCAACTTA CCTTGTTCTT GAATCTTAGC TAAGACAGCT TCCTTACGGT CATTGAGATT 2400 TGTCAGACTT TTATCCAAAT CAATAATAGC CTTAATCGCC ACCTCATCCA GACTACCAGT 2460 CATGTCCTTG CGATAACGCG CGATAAAGGG AATAGTCGCC CCTTCAGCTG TCAAACTTAG 2520 AACGGTATCA ATTTGCTTTA ACGTCACTCC CAAATCCTGA GAGATTTTTT CATATTTTTT 2580 ATCCATAAAT CTATTATACC ACAAGCTAAA CGTTTCAAAT TAACTCGTAG AACATTTAAA 2640 AAATATGTAG GAAATAGATT TATATGCTAC AGCGCAATAA CTTGCACTTA AAGAGCATTG 2700 CCACCTTTTT TTAACCAAGC CATGATATCA AAAGTATTTA ATGGATCAGA CATAATAGCC 2760 AGTTCTGGAA GATGTTCCTG ACCTGGAATA ACACATTGAC TTTTCAAATT TTTATATGGA 2820 CGATTGACTA AAATTAATTT ATTAGAATAA GGAAGATTAT CCATCTTATT TAAAATTTCT 2880 TCACTAGCTG AATCTTTATT ATCAAATTTA AAATAAAGAT TATTCCAATT TATGCGTTTT 2940 TTTCTTTTTT CCCACTTAGT TCGTGCTTCT TCAATACTAG AATAATGTAG AAAATGAATA 3000 TCTATATCTC CTAAGTGCCC CAAAGGATAA ACTTCATGAG TCCAGCTCGG TGAAATAAGT 3060 TCCTCTTCGA AAACAAGTTC TTGTTCCATA TAATAACGAA AATGCTTTGT AAGTTTATAA 3120 TAATCATCAG GAAGAATAAA TAAACCAACA AAAGGTGTTC TATATTGAAA ACCAAGCTGT 3180 TTATAAATTA ATCCTCCAAC ACAATTATTA CTTATAATCG TAAAATCTAA TCTATCAAGC 3240 TCAAGAAAAG GGAAAATTCC TTTCTCTGCA GCTATTAACT TATGATAAAC AATATCAGAA 3300 TCTAAATATT CACCGTCATT TTTTAACCAA GCACTAAAAT TTGCCAATTC TTGAATATAT 3360 TGTTTTTTCG CTCTTTCTAT ATCATAGTTT TCTAAGACGG CGCAATCTTT GATTCTATTT 3420 TCATAATTTT CTAATATGAT TTTGTAGGAG TCTTTTAGAG GTTTAGCATC TATAACAGGT 3480 TTATAGATAT ATGTCGGGAA ATTAATATAG GTTGCAGTTT TAGAGTGAAT ATAAAGTCTC 3540 CAAATAAGGT TGTTTATATC AAATTGATTT ATTTTTCGTA AAAGCTTACT ATTGAATAAT 3600 TTTCCAAATA ATGAGCGATA TTGTTTTCTA ATTCGATGAT CTGTATCATC CATCTTTTGT 3660 AAAACTTGAA CATTCGTTAA ATTTTCTGTC AACCAATTAT CCCCCCAAAA AGGATAAAinG 3720 TAAAATACTC CATCAACCAA ATCAGCAAAA TGACCAAGAA CAACATCAGA ATCGGATAAT 3780 TTTATCGCAT GATACATCTT TTCAAATGTC CAATCAAATA ATGAATCATT TGAAGATAGA 3840 AACGTAATAT AATCTCCTGT AATCATATCA GACAACTCAG CAAAAGAATT CTCATCTATA 3900 ATCTTAATAT TAAATGATAG ATTCATCTGT TGGCTAATGG AAGCTATCTC CTCTGTAGAT 3960 TGATTTACAA TAATAACTTC TATATCTTTT AATGTTTGTC TCTCCACTAT TGACAAAGAC 4020 TCTAATAAAC TATTTTTATC TCCTTGATGT AACAAAACAA CACTAATTGA GTAAGTCAGT 4080 TTGACTACCT CCCATAATTT TCTGATAATG ATTTTCTTTT TATTTAATTA TAGCACAATT 4140 ATGATATATA TCAGGTAATA TCAAGCTATA TTATCTCTTA GCTACTCAAT TTGAAATTTT 4200 AACTTTTCCC TTTTCCGCAA AATAATAGTA TAATAGAGGT AGAATCTAGA ATCGAGGTAC 4260 ACCTATGGCT GTCAAATTTA CAAAACGAGA CGACTTGGAC AAGATGTTTG AAGAGTTTGC 4320 TAAACTCCCT GATTTGAAAC AAGTTACTTT CCCTGATGAC AAAGAGAAAA AAGTCAAAGC 4380 AGAAAAGAAA AACTAGATGA CTGCTTTTCA ACAACTCCCA TCTAGTGTAC TTCAAACTGG 4440 AGCCATTTTT CTCTCCATTA TCATTGAAGC CCTTCCCTTC GTTCTGATAG GAAGCATTGT 4500 CTCAGGGCTG ATTGAAGTTT ATATCACACC TGACAAGGTT TATCATTTTC TCCCTCGAAA 4560 TCGTTGGGGG AGAATCTTTT TTGGGACCTT TGTCGGTATA CTTTTCCCTT CTTGTGAATG 4620 TGGAATCGTC CCCATCATCA ATCGTTTTCT GGAAAAAAAG GTTCCAAGTT ACACGGCCGT 4680 TCCTTTTCTT GTGACAGCAC CTGTTATCAA TCCCATTGTT CTTTTTGCGA CCTATTCTGC 4740 CTTTGGCAAC TCCTTCCATG TCGCCCTATT ACGAGCTCTG GGTTCCATTC TTGTGGCTGT 4800 AATACTAGGA ATTTTTCTAG GATTTTTCTG GCAAGAACCG ATTCAGAAAG AAAATCGTCT 4860 GGCTTGTCAT GAGCATGATT TTTCTTACTT GAGTTCTGCA AAAAAAGTTT TTCAAGTCTT 4920 TGTGCAGGCC ATTGATGAAT TTTTTGATAC GGGGCGTTAT TTGGTATTTG GCTGCCTCTT 4980 TGCTTCTATA ATACAGGTCT ACGTTCCGAC TCGGATTCTG ACCTCTATCA GTGCGACCCC 5040 TCTTTTTGCC ATCCTGCTCT TGATGATTTT AGCCTTTCTT CTTTCGCTCT GTAGTGAGGC 5100 GGATGCCTTT ATAGGTGCTT CTCTTCTCTC GAGTTTCGGT TTGGCACCAG TTCTGGCCTT 5160 TCTCGTCATT GGTCCAATGC TGGATATCAA AAATATTCTC ATGATGAAAA ATTACTTGAA 5220 AGCACGATTT ATCAGTCACT TCATAACAAT TGTAACTCTT GTCGTCTTAG TCTATTCTCT 5280 CTTGATTGGA GTTATCCTAT GATTCGATTT TTAGTTTTAG CTGGCTATTT TGAACTGACT 5340 ATTTACCTCC ATCTGTCGGG CAAACTAAAC CAGTACATCA ACATGCACTA TTCCTATCTG 5400 GCCTATATCT CCATGGTGCT TTCTTTTATC TTGGCTATCG TTCAATTGTA TATCTGGATG 5460 AAGCAAGTCA AAACCCACAG TCATCTGAAC AGCCGATTAG CCAAGATAAC GAGTATTTCT 5520 CTTCTGGCTA TTCCACTTGT CATCGGCTTA ACTTTCCCAA CTGTTAGCTT GGATTCTCAG 5580 ACTGTTTCTG CTAAAGGTTA TCATTTCCCC CTATCGGAAG GAACGGATCT AGCCATTCAG 5640 ACAAGCGAAG GGACGACAAG CCAATATTTG AAACCAGATA CCAGTTCTTA TTTTTCAAAA 5700 TCAGCCTATG AAAAGGAAAT GCGAACGGCG GCGGATAAAT ACTTATCCCA AGATAGTATT 5760 CAGATCACTA ATGAAAACTA TATGGAAGTC ATGGAGGCTA TCTACGACTA TCCAGATGAG 5820 TTTGAGGGCA AGACAATCCA GTTTACAGGC TTTGTCTATA ACGACCCCAG TCATGCCAAT 5880 AGTCAATTTC TGTTCCGATT CGGCATTATC CACTGTATCG CAGATTCTGG TGTCTATGGA 5940 TTGCTGACCA AGGGCAATAC CCGGCAGTAT GAAAACAACA CTTGGATAAC AGCCAAAGGA 6000 AAACTGGTCA ATCACTACCA TAAAGAACTC AAACAAAACC TTCCAACCTT GGAAATCGAC 6060 AGCTTTACCA AAGTCGATAA ACCAGAAAAT CCCTATGTAT ATAGAGCTTT TTAAGAAAAT 6120 CAAGATAAAA ACGAACAAGT TCTCTTCTGA ATAACAGAAA AAGAGCCTGT TCGTTTTTTG 6180 TTATATGAAA ATTAGTGACT TGTAGATTTT CATCTTATAC CATTCCCAGC AATACAAGTA 6240 GCTCATAGAA AATAAGCGAG CCACTCATTC ATTAGACTAG CGATTTCTTT AGGTGCTTGA 6300 GTATAAAGCT CATGGCCAAA GTTTTCTAAA AAAATAGTAT CAAAATAGTC TGGCAATTCT 6360 TTTAGGGCTT CCTCTCTCCA TGTAGCTTCA TTAGGATAGC GAGGACTAAT AAACAAGGTA 6420 TCTCCCACTT CTCTCTTAAA AGCTTGTATT TTTCTCCGTA GcGGAGTATC GCTTCTATAT 6480 TTTCATAATT TATAGCCAAC TCATATCTAT TATACTCAAC ATTCCAGTGA TAAGACTGTC 6540 TTACAGCTTT CTCCATATTT TCTGACCAAT GCTTTGCTTC AGATTTTTCT TTAGAAGTAA 6600 GAACATCTAA GTCCGAAACA ATTTGAGATT TGATATAATT TTTAGTTTCC TCTAACTCTG 6660 TATCCAAAGG TAAAATCTTA TCTAAATCTA GATAGCCACC ATCCAAAAGA ATCAGTTTCT 6720 TTACTTCTTC AAATTCCGAT GCGAAATAAC GAGCTAAATC TCCTCCAAGA GAATGGCCTA 6780 TCAGACAGAT AGATTCTTCC TCTACAATTT CATTTTTAAA CCATGATTTC AATTCTGTTT 6840 CATCTCGAAG ATGCTTTTCA TATGGATTTA GAAAATAGAC CTGCGAATCT AGTTCTTGAA 6900 GAAAATCCTT GCTATGATAG GCATTGCTTC CCAAACCGCC AATAAAATAT TTTTTCATTC 6960 TCTACTTAAT ACTATGCTTA TTCATCTTTT GTTCAAAGAT AGTTGTGATA ATCTGACGCA 7020 ATTCTTCGCG TTTTTTTTCT GGAATCTCAC CACTTGTTTG AGCTACAGCG TAGAGTTCAG 7080 GGTATTCAAT TGAAATGCGT TTAATCGTAC GTGTTGTAGC ATGTTTTCTG ACAAAAAACG 7140 GGATTCGCTT AATCAAGTCT TGTGGGACTA GCGCCAGAAT CTTCTCAGTA GTTTCTTTGT 7200 CACTAATATT AGACATTGTA AGCCTTTTCT TAATCATTTC CTGTTCTTTT TCTGTAAAAT 7260 CTTTTAATTC CATTCGATTA GTCCTCCTAT TTTCTCTAAG TTAAATTATG TACTAATACA 7320 GATGAAACTA CAAAGAATAA ACTTTAAGAA ATCTTCTCAC TGATAAGATT TTAGCATTAG 7380 ACTTCCTGCG AAACAAAATA TGGTATAGTA GTTCTATGAA TTATGAAGCA AGTAAACAAC 7440 TAACTGATGC ACGATTTAAA CGTCTTGTTG GTGTTCAGCG CACGACTTTT GAAGAGATAT 7500 TAGCTGTATT AAAAACAGCT TATCAACTTA AACACGCAAA AGGTGGACGA AAACCTAAAT 7560 TAAGCCTAGA AGACCTTCTT ATGGCCACTC TTCAATATGT GCGAGAATAC CGCACTTATG 7620 AAGAAATTGC GGCTGATTTT GGTATTCACG AAAGCAACTT AATCCGTCGG AGCCAATGGG 7680 TTTAAGTAAC TCTTGTTCAA AGTGGTGTTA CGATTTCAAG AACTCCTCTC AGTTCTGAGG 7740 ACACGGTAAT GATTGATAGC CATTCCCATC AATATCGTAT CTTTGGACAT AGCCAATAAA 7800 TGTTTCATTT TTGCGTGGTT TCTGGCTATT AACGATTGAA ATAACCCACC AACTTATCAA 7860 AAATAGAAAT AAAAATCCTA AGATTACTGT CATATCATAA CACTATTAAA GTTTAACCCA 7920 CTTATCATTA TCCATGATAA AAGGCTTAGC CAGTCCCTCG CCTGTATAAT CCGCATACTT 7980 GGTGCCCAAA TACTTGTAGC AATCTTCCTT ACTAGCAAAT TTAATCGCTT GGTAGGGCTC 8040 TTCGAAAGTC AATTTCTCTA CAAATAAGAA ACCGTCATCA GCAGGTACTA AGACCCCAAC 8100 GTGGCCTACA AACAGATACT CGCCATCCAA ATTGTCGTGC AAGACTACAG ACAGCATTCG 8160 AGCTTTTTCA TTGAATTGAA ATTGTGAGAA GAATGCTTCC ATCTTTTCAG CGTGAACCTT 8220 GACATCTGTA GTTGACTCAG TTGGAACTCT CGAAAATAGA ATATCAAACT CTTCCTTATC 8280 TTGTGAATCA AAGACCTTTC CTTTATCAAT CGCATCATTA TCTAGGAAAA GCAACTGGTC 8340 ATTCTTTTCA AGCTTTGGAA TGGTGACTGA ATTTTTCAAA AGACAATAAC TATTGATACG 8400 GCAGTTGGTC CCAACAAAAT CGCCCTTCTT TTGATTCCAG AGATGACTGA TTTTCTCAAC 8460 ATCGTATTCG GTGTGAGTAA AGGAAGTGAA ATCTCCTGAT AAGCCAGTTG AGCCGACAAT 8520 GGTATTATAG TCATTAACGA GATTAAAAAA TGCATCAACA CTATTTGGAT CCAAGTGAGC 8580 TGATAAGAGA GATTTGACCT CTTCTGTACT TACCTGGTTG TTTAGGTTGG TGTATGAAGC 8640 TTTCCATGGA ACTTTCGCTG AACTGCTTTG CCTTTGATTC GTCCCCTCAG AAGTAGCATG 8700 TTGTTGTTGA CAAGCAGCCA AGCCTAAAAA CAAGGCTGAA CAGATTCCTA ATGTGGCTAA 8760 TTTTCTTGAT TTCTTCATTT CTTTCTCCTA AATGTCTTGG ATTAAAGTTT CTTTAACTAT 8820 TGCTTTACAG ATATTGATTA CTTTCTCATT TAATGTGTTC ATCGTCTTTC CTCCGG 8876 (2) INFORMATION FOR SEQ ID NO : 171 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 14736 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 171 : CGCAAACTTT CGCGGTCGGA AGGTAGTTTT ATGACACGAT TTGAGATACG AGATGATTTC 60 TATCTCGATG GAAAATCATT TAAGATTTTA TCTGGTGCCA TTCATTATTT TAGGGTTCCT 120 CCAGAGGATT GGTATCATTC GCTCTATAAC TTGAAGGCTC TTGGTTTTAA TACGGTAGAG 180 ACTTATGTTG CTTGGAATTT ACACGAGCCT TGTGAAGGTG AGTTTCATTT TGAAGGTGAT 240 CTGGATTTAG AGAAATTTCT CCAAATAGCG CAGGATTTGG GTCTCTACGC AATTGTGCGT 300 CCGTCTCCAT TTATCTGTGC GGAATGGGAA TTCGGTGGCT TACCAGCTTG GCTCTTGACC 360 AAGAACATGC GAATTCGCTC ATCCGACCCA GCATATATCG AGGCAGTTGG TCGCTACTAT 420 GATCAGTTAT TGCCAAGACT GGTGCCTCGT TTGTTGGACA ATGGTGGCAA TATTCTCATG 480 ATGCAGGTTG AAAATGAGTA TGGTTCTTAC GGAGAAGATA AGGCTTACCT GAGAGCGATT 540 CGACAGCTAA TGGAAGAGTG TGGCGTAACC TGTCCCCTCT TTACATCAGA TGGTCCATGG 600 CGAGCTACTC TGAAAGCTGG AACCTTAATT GAAGAGGACC TCTTTGTAAC AGGAAACTTT 660 GGTTCTAAGG CACCTTACAA CTTTTCGCAG ATGCAGGAAT TCTTTGATGA ACATGGTAAG 720 AAATGGCCAC TCATGTGTAT GGAGTTCTGG GATGGTTGGT TCAATCGCTG GAAAGAACCG 780 ATTATCACAC GGGATCCTAA GGAATTGGCA GATGCAGTTC GAGAGGTTTT GGAACAAGGC 840 TCTATCAATC TTTACATGTT CCACGGTGGT ACAAACTTTG GTTTCATGAA TGGTTGCTCA 900 GCTCGAGGAA CTTTGGACCT GCCACAAGTT ACGTCTTATG ATTACGATGC CCTTCTGGAT 960 GAAGAAGGAA ATCCAACTGC TAAATATCTT GCAGTCAAGA AGATGATGGC AACACATTTT 1020 TCAGAGTATC CGCAGTTGGA ACCACTCTAC AAAGAGAGTA TGGAGTTGGA TGCTATTCCA 1080 CTAGTTGAAA AAGTTTCTTT GTTTGAAACC TTAGATAGCT TGTCAAGTCC TGTAGAAAGT 1140 CTCTATCCTC AAAAGATGGA GGAGCTGGGA CAAAGTTATG GCTACCTACT TTATCGAACA 1200 GAAACAAACT GGGATGCAGA AGAAGAAAGA CTTCGTATCA TTGATGGTCG AGATAGGGCC 1260 CAGCTGTATG TCGATGGTCA GTGGGTTAAA ACTCAATATC AGACAGAGAT TGGGGAAGAT 1320 ATTTTTTATC AAGGTAAAAA GAAAGGGCTA TCTAGGTTAG ATATCTTGAT AGAAAATATG 1380 GGGCGTGTCA ACTATGGGCA TAAGTTCTTA GCGGATACGC AACGTAAGGG AATTCGGACA 1440 GGGGTCTGTA AGGATCTGCA TTTCTTACTA AACTGGAAAC ACTATCCACT CCCACTAGAC 1500 AATCCTGAGA AAATTGATTT TTCAAAAGGA TGGACTCAAG GACAACCAGC CTTTTACGC7 1560 TATGACTTTA CAGTCGAAGA GCCAAAAGAT ACTTACCTAG ACTTGTCTGA GTTTGGTAAG 1620 GGGGTTGCCT TTGTCAATGG GCAGAATCTA GGACGTTTTT GGAACGTTGG CCCAACTCTC 1680 TCACTTTATA TCCCTCATAG CTATCTCAAG GAAGGTGCCA ACCGCATCAT TATCTTTGAA 1740 ACAGAAGGTC AATATAAAGA AGAGATTCAT TTAACTCGTA AACCTACACT AAAACATATA 1800 AAGGGGGAAA ACTTATGACA ATTGTAGGAT GCCGTATTGA TGGACGTTTG ATCCACGGAC 1860 AAGTAGCCAA TCTTTGGGCT GGAAAACTAA ATGTTTCACG CATTATGGTT GTAGACGACG 1920 AAGTTGTCAA CAACGATATT GAAAAGAGTG GTTTGAAACT TGCGACACCA CCAGGTGTGA 1980 AATTGAGTAT TTTGCCAGTT GAGAAAGCTG CAGCCAATAT TCTTGGTGGC AAATACGATA 2040 GCCAACGTCT CTTTATCGTG GCTCGTAAAC CAGACCGCTT CCTTGGTTTG GTAGAAGCAG 2100 GTGTACCACT TGAAACCCTT AATGTTGGGA ATATGTCTCA AACACCAGAA ACTCGTTCTA 2160 TTACACGTTC TATCAACGTA GTAGACAAGG ATGTGGAAGA CTTCCACAAA CTGGCAGAAA 2220 AAGGTGTTAA ACTTACTGCT CAGATGGTTC CAAATGATCC AATTTCAGAC TTTTTGAGCT 2280 TATTAAAATA GGAAAAAAAT TTTTAGGAGG TCATTGTTAT GATACAATGG TGGCAAATTT 2340 TACTTCTCAC TTTGTACTCA GCTTATCAAA TCTGTGATGA GTTGACGATC GTTTCATCTG 2400 CAGGTTCCCC TGTATTTGCT GGTTTCATTA CTGGTTTAAT CATGGGAGAT GTGACTACTG 2460 GTTTACTTAT CGGTGGTAAC TTGCAACTGT TCGTTCTTGG GGTTGGTACC TTCGGTGGTG 2520 CTTCTCGTAT CGACGCAACT TCTGGTGCGG TTCTTGCGAC ACCTTCTCTG TTTCACAAGG 2580 AATTGATGCA CCGCTTGCCA TTACTACAAT CGCTGTACCA GTAGCAGCTC TCTTGACTTA 2640 CTTCGACGTT CTTGGTCGTA TGACTACTAC CTTCTTCGCT CACCGTGTGG ATGCTGCAAT 2700 CGAACGCTTT GACTATAAAG GTATTGAACG CAACTACTTG CTTGGTGCGA TTCCGTGGGC 2760 TCTATCTCGT GCCCTTCCAG TCTTCTTTGC CCTTGCTTTT GGTGGTGCCT TTGTACAATC 2820 AGTAGTAGAC TTCGTTGAAG CCTACAAATG GGTTGCAGAT GGCTTGACAC TTGCAGGACG 2880 TATGCTTCCA GGTCTTGGAT TTGCAATCTT GCTTCGTTAC CTTCCAGTTA AACGTAACCT 2940 TCACTACCTT GCTATGGGAT TTGGTTTGAC AGCTATGTTG ACTGTTCTTT ACTCATATGT 3000 AACAGGTCTT GGTGGCGCTG TTGCTGGTAT CGTAGGTACT CTTCCTGCTG AAGTTGCTGA 3060 AAAAATTGGT TTCGTGAACA ACTTCAAAGG TTTGTCTATG ATTGGTATTT CTATCGTAGG 3120 TATTTTCCTT GCAGTGCTTC ACTTCAAAAA TAGCCAAAAA GTAGCTGTAG CAGCACCTTC 3180 TACACCATCA GAAAGTGGGG AAATCGAAGA TGACGAATTC TAATTACAAA CTTACAAAAG 3240 AAGATTTTAA TCAAATCAAC AAACGTAGCT TGTTTACTTT CCAATTAGGT TGGAACTACG 3300 AACGTATGCA AGCTTCTGGT TACCTTTACA TGATCTTGCC TCAGTTGCGT AAAATGTATG 3360 GTGATGGAAC TCCTGAATTG AAAGAAATGA TGAAAGTTCA TACTCAATTC TTCAATACTT 3420 CACCATTCTT CCATACCATT ATCGCTGGTT TTGACCTTGC CATGGAAGAA AAAGATGGTG 3480 TAGGTTCAAA AGACGCCGTT AACGGTATCA AGACAGGTTT GATGGGACCA TTCGCTCCTC 3540 TTGGGGATAC AATCTTTGGT TCACTTGTAC CTGCTATCAT GGGGTCAGTC GCAGCAACTA 3600 TGGCTATCGC TGGCCAACCT TGGGGGATCT TCCTTTGGAT TGCAGTTGCA GTAGCGTATG 3660 ACATCTTCCG TTGGAAACAG TTGGAATTTG CTTACAAAGA AGGGGTTAAC CTTATCAACA 3720 ACATGCAAAG TACCTTGACA GCTTTGATTG ACGCTGCATC TGTACTTGGT GTCTTCATGA 3780 TGGGTGCTCT TGTAGCAACA GTGATTAACT TTGAAATTTC TTACAAGTTG CCAATCGGTG 3840 AAAAGATGAT TGATTTCCAA GACATCTTGA ACCAAATCTT CCCACGTTTG CTTCCAGCAA 3900 TCTTTACTGC CTTTATCTTC TGGTTGCTTG GTAAGAAAGG TATGAACTCT ACTAAAGCTA 3960 TCGGTATTAT TATCGTACTT GCTTTGGCTC TTTCTGCCCT TGGTCACTTT GCACTTGGAA 4020 TGTAATTCCT TATGACTAAA TCATTAATTT TGGTGAGCCA TGGTCGCTTC TGTGAGGAGC 4080 TTAGAGGTAG CACAGAAATG ATTATGGGCC CACAAGACAA CATTTACACA GTAGCTCTTC 4140 TTCCAGAAGA TGGCCCAGAA GAATTTACTG CTAAATTTGA AGCTGTTATT GAAGGATTGG 4200 ATGATTTCCT AGTCTTTGCG GATCTTCTCG GTGGGACACC TTGTAATGTG GTGAGTCGCT 4260 TGATCATGGA AGGTCGTGAT ATTGACCTTT ACGCAGGGAT GAATCTTCCA ATGGTGATTG 4320 AATTTATCAA TGCGAGCCTT ACAGGCGCAG ATGCGGACTA CAAGAGCCGT GCTGCAGAAA 4380 GCATTGTGAA AGTTAATGAC CTGTTAGCGG GCTTCGATGA TGACGAAGAT GAATAATACT 4440 CTTCGAAAAT CTCTTCAAAC TACGTCAACG TCGCCTTGCC GTAGgTATAT GTTACTGACT 4500 TCGTCAGTCT TATCCGGCAA CCTCAAAACG GTGTTTTGAG CTGACTTCGT CAGTCTTATC 4560 CGGCAACCTC AAAGCAGTGC TTTGAGCAGC CTGCGGCTAG TTTCCTACAG ATTTTAGTTG 4620 GAACTCGATT CAATTCATGT GACAACGTGA AAATCGTTAG AGCATTTTAT ATAGAATATA 4680 CATGGGAATG TAGCTTACTC CCATTCCCAT ATTTAATAGA AAAAGAGGAA CTCAATGCTA 4740 CATTATACAA AAGAAGACTT GCTCGAATTG GGTGCAGAAA TCACTACGCG TGAAATCTAC 4800 CAACAGCCTG ATGTATGGAG AGAAGCTTTT GAATTTTATC AAGCAAAACG TGAAGAAATT 4860 GCAGCCTTCC TACAAGAAAT CGCTGATAAA CATGACTATA TTAAGGTTAT CTTGACAGGT 4920 GCTGGGACTT CTGCTTATGT GGGAGATACC TTGCTACCTT ATTTTAAGGA AGTCTATGAC 4980 GAACGCAAAT GGAATTTCAA TGCTATTGCG ACAACAGATA TCGTTGCCAA TCCAGCAACC 5040 TATTTGAAAA AAGATGTGGC AACTGTCCTT GTGTCTTTTG CTCGTAGTGG GAATTCGCCT 5100 GAAAGTTTGG CGACTGTTGA TTTGGCCAAA TCCTTGGTGG ATGAGCTTTA TCAAGTGACG 5160 ATTACTTGTG CAGCAGATGG TAAATTGGCT CTTCAAGCTC ACGGTGATGA TCGTAATCTC 5220 TTGCTCTTGC AACCAGCTGT CTCTAATGAT GCTGGATTTG CCATGACTTC TAGCTTTACG 5280 TCTATGATGT TGACAACTCT CTTGGTCTTT GATCCTACAG AATTTGCTGT TAAGTCTGAA 5340 CGTTTTGAAG TTGTATCTAG TCTTGCCCGT AAAGTTTTAG ACAAGGCAGA AGATGTCAAA 5400 GAGCTCGTTG ATTTAGACTT TAACCGTGTC ATCTATCTAG GCGCTGGTCC TTTCTTTGGA 5460 CTTGCTCATG AAGCTCAGCT CAAGATTTTG GAATTAACTG CTGGTCAAGT TGCGACCATG 5520 TATGAAAGCC CAGTTGGCTT CCGTCACGGT CCAAAATCTC TTATCAACGA CAATACAGTT 5580 GTTTTGGTCT TTGGTACAAC GACAGACTAC ACTCGTAAGT ACGACTTGGA CTTGGTTCGT 5640 GAAGTTGCTG GTGACCAGAT TGCTCGTCGT GTTGTGCTTT TGAGTGATCA AGCTTTTGGT 5700 CTTGAAAATG TCAAAGAAGT GGCCCTTGGT TGTGGCGGTG TCTTGAATGA TATTTACCGT 5760 GTCTTCCCTT ACATCGTTTA TGCCCAACTC TTTGCTTTAT TGACTTCACT CAAGGTAGAA 5820 AATAAACCAG ATACACCGTC TCCTACAGGT ACAGTAAACC GTGTAGTACA AGGTGTCATA 5880 ATTCACGAAT ATCAAAAGTA AGACAGTGTT TATGAATTCT TGACAAGAGG ATTTGTAAAT 5940 TATCAGATAA ACCATAGATT GTCAGTACGC TTTCTATGGT TTGTTTGCTT GAGAGAAATA 6000 GTAAAAGGAG AACAGAATGA AAGCATACAC AGAGCGTGTA TTTGGAAATG TTGAGGGTGA 6060 GGATGTCTTG GCCTATCGAT TTGAGACAGA CGGTGGCTAC CAACTTGAGG TTATGACTTA 6120 TGGTGCGACT ATCTTGCGCT ATGTCGCACC TGACAAGGCT GGAAATTTTG CCAATGTTAT 6180 CTTGGGATTT GATGACTTTG ATAGTTATGT AGGCAATAGT CCCAAGCATG GAGCAAGTGT 6240 AGGTCCTGTA GCGGGTCGTA TTGCAGGTGC GACCTTTGAG CTCAATGGTA AGACCTATGA 6300 CCTTGAGGTT AATAATGCTA GCAACTGTAA TCACAGTGGT TCAACTGGTT GGGATTCCAG 6360 CTTGTTTGAA GTTGAAGAAG TAAGCGATCA TGGCTTGACT CTCTACACAG AGCGTACAGA 6420 TGGGACAGGA GGGTTCCCTG GAAATCTCAA GATTTGGATC AGTTATCACT TGGAAGAAAC 6480 TGGTGCCTAT GAAATCAGCT ACAAGGTAAC GACCGATCAG GATACGCTGG TCAATCCAAC 6540 CAACCACAGC TATTTCAACT TGTCTGGTGA TTTCACGCAG ACGATTGACC GTCATGTCTT 6600 CCAACTAAAC ACAGAGGGCA TTTACTCAAT CGCTCCTGAC GGTGTTCCTG CCAAAACTCC 6660 AGAAGCCAAC CGTGATGTGG TCAAACACGT CTACAATGGT ACCTTGTTGA AGGATATCTT 6720 TGCAGAAGAA GATGAGCAAA TCCAGCTGGC ATCAGGTTTG GATCATCCAT TTGCCCTTCC 6780 TGCAGGCCAT GACAATGCTG GATTCCTTTA TGACCAAAAT TCAGGTCGCT TCCTGCTTTT 6840 CAAGACAGAA GCTCCTTGCT TTGTGGTCTA CACAGCAAAC TTTGTGGATG AAAGTGTCAT 6900 CATAGGAGGT CAGCCAATGC TACAGCACAA TGGGATTGCT CTTGAAGCGC AAGCTTTACC 6960 AGATGCCATT CACAGTGACC TTAAAGGCCA AGTCATTCTT AAAGCTGGTC AAACCTTCAC 7020 CAGTAAGACA CGTTATGAAC TTGTTGTGAA GTAAAAGAGT CATTGCGCCT ACTTTTGGGA 7080 GCTAGGAATA GGTACGCAGA GACAAATAGT AGGAAAATAT GATATAACTA AGCGTTGAAA 7140 GCTATCTGTT AATATAATAT TCAAACTACA ATAAGGAGTA AGAAAGAAAC GAAGAAAATT 7200 GTATTTGCTA GTGCCTTGGC TTTGACCTTG GCTGGAGCAG TTTTGACAAA TGATGTTTTT 7260 GCGAACGACA GACTTGTGGC AACACAAACT ACTGATGGTA AAAATGAAAA TGTATTGACC 7320 TCAGAGGTGC TAAAACCTTC TAGTGGCAAT GTTTTGGTTG GAATCAAAGG AGAATTTGTG 7380 GCTCCTCATC AACAATCTAT TTTGGATGCC ATCAATGCTA TCTGTAAAGA AGCGGCTGAC 7440 GAAGGTTTGG TAGATAAGTA TGTCCCTATC AAATGATCAA CTGACCTAGA AAAGGCAGCT 7500 TTTGCCAGAG CTACAGAAGC ATCTATAACC ATGGATCATA CCCGTCTTTC TAGCAAAGAT 7560 CTTTGGAGTG CCTTTCCAAC TTCTAATAGT ATAATGGGAG AAAATTTGGC ATGGAATCAT 7620 GACGGTTTTC TAAAAGCTAT TGAACAATGG CGTGCTGAAA AAGCAGATTA TGTGGAGAAA 7680 AAAATAGTGG TTCAGACAAC GGGAAATCTG GTCACTATGA GTCGCTAATT AACCCTAAAT 7740 TTACACACAT GGGGATGGCA GCTTTTAAAA ATCCTAACAA TCAATACAAA GCTATTACAA 7800 TTGCTCAAAC TCTAGGTGAT GATGCTTCTT CAGAGGAATT GGCTGGTAGA TATGGTTCTG 7860 CTGTTCAGTG TACAGAAGTG ACTGCCTCAA ACCTTTCAAC AGTTAAAACT AAAGCTACGG 7920 TTGTAGAAAA ACCACTGAAA GATTTTAGAG CGTCTACGTC TGATCAGTCT GGTTGGGTGG 7980 AATCTAATGG TAAATGGTAT TTCTATGAGT CTGGTGATGT GAAGACAGGT TGGGTGAAAA 8040 CAGATGGTAA ATGGTACTAT TTGAATGACT TAGGTGTCAT GCAGACTGGA TTTGTAAAAT 8100 TTTCTGGTAG CTGGTATTAC TTGAGCAATT CAGGTGCTAT GTTTACAGGC TGGGGAACAG 8160 ATGGTAGCAG ATGGTTCTAC TTTGACGGCT CAGGAGCTAT GAAGACAGGC TGGTACAAGG 8220 AAAATGGCAC TTGGTATTAC CTTGACGAAG CAGGTATCAT GAAGACAGGT TGGTTTAAAG 8280 TCGGACCACA CTGGTACTAT GCCTACGGTT CAGGAGCTTT GGCTGTGAGC ACAACAACAC 8340 CAGATGGTTA CCGTGTAAAT GGTAATGGTG AATGGGTAAA CTAGGCTCAG GCCATAGGTA 8400 AAGCATTCAT CTTACTTAGC AAAAAGAATG AACGATAAGA AAGAGGTTGA TGGCGAACAT 8460 TGGCCTCTTT TGATTTATAA AGATTGGATT CTTGTCGCCT CAATTTCAGA CTTTTCTATT 8520 GTAAGCTAAT ATTTTATAGC CCATTAAAAG CATAAGCGGT AATCTAATTT AAAAAATGCT 8580 GTAATTAGTC TGAAGTCCAC ACTTACTTGT TGAGATGTTA TCTCTGTTTT TTATCGTTA= 8640 AATTTACTGT ATTTTTTATA GTATGCAGAA TATTTTTAAG TATATTTCAA TAGAAATTTC 3700 TATCGATTTA TTGTATAATG ATAAGTAATT GTTGAAAAGT ACTCAGAAAA TTCCATACTA 8760 TATTATTTTT ATGTTTATAC TTTTATGCTA TAAAATATAG ATTGATATAA AGAATATAGA 8820 AAAAGCGAGG TTAATATGAG CCGAAAAAGC ATTGGTGAGA AACGCCATAG TTTCTCGATG 8880 AGAAAGTTGT CAGTGGGATT GGTATCAGTT ACTGTATCTA GTTTCTTTTT GATGAGTCAA 8940 GGGATTCAAT CGGTATCGGC CGATAATATG GAAAGTCCAA TTCATTATAA GTATATGACC 9000 GAGGGTAAAT TGACAGACGA GGAAAAATCC TTGCTGGTAG AGGCCCTTCC ACAACTGGCT 9060 GAAGAATCAG ATGATACTTA TTACTTGGTT TATAGATCTC AACAGTTTTT ACCGAATACA 9120 GGTTTTAACC CAACTGTTGG TACTTTCCTT TTTACTGCAG GATTGAGCTT GTTAGTTTTA 9180 TTGGTTTCTA AAAGGGAAAA TGGAAAGAAA CGACTTGTTC ATTTTCTGCT GTTGACTAGC 9240 ATGGGAGTTC AATTGTTGCC GGCCAGTGCT TTTGGGTTGA CCAGCCAGAT TTTATCTGCC 9300 TATAATAGTC AGCTTTCTAT CGGAGTCGGG GAACATTTAC CAGAGCCTCT GAAAATCGAA 9360 GGTTATCAAT ATATTGGTTA TATCAAAACT AAGAAACAGG ATAATACAGA GCTTTCAAGG 9420 ACAGTTGATG GGAAATACTC TGCTCAAAGA GATAGTCAAC CAAACTCTAC AAAAACATCA 9480 GATGTAGTTC ATTCAGCTGA TTTAGAATGG AACCAAGGAC AGGGGAAGGT TAGTTTACAA 9540 GGTGAAGCAT CAGGGGATGA TGGACTTTCA GAAAAATCTT CTATAGCAGC AGACAATCTA 9600 TCTTCTAATG ATTCATTCGC AAGTCAAGTT GAGCAGAATC CGGATCACAA AGGAGAATCT 9660 GTAGTTCGAC CAACAGTGCC AGAACAAGGA AATCCTGTGT CTGCTACAAC GGTGCAGAGT 9720 GCGGAAGAGG AAGTATTGGC GACGACAAAT GATCGACCAG AGTATAAACT TCCATTGGAA 9780 ACCAAAGGCA CGCAAGAACC CGGTCATGAG GGTGAAGCCG CAGTCCGTGA AGACTTACCA 9840 GTCTACACTA AGCCACTAGA AACCAAAGGT ACACAAGGAC CCGGACATGA AGGTGAAGCT 9900 GCAGTTCGCG AGGAAGAACC AGCTTACACA GAACCGTTAG CAACGAAAGG CACGCAAGAG 9960 CCAGGTCATG AGGGCAAAGC TACAGTCCGC GAAGAGACTC TAGAGTACAC GGAACCGGTA 10020 GCGACAAAAG GCACACAAGA ACCCGAACAT GAGGGCGAAg cGGCAGTAGA AGAAGAACTT 10080 CCGGCTTTAG AGGTCACTAC ACGAAATAGA ACGGAAATCC AGAATATTCC TTATACAACA 10140 GAAGAAATTC AGGATCCAAC ACTTCTGAAA AATCGTCGTA AGATTGAACG ACAAGGGCAA 10200 GCAGGGACAC GTACAATTCA ATATGAAGAC TACATCGTAA ATGGTAATGT CGTAGAAACT 10260 AAAGAAGTGT CACGAACTGA AGTAGCTCCG GTCAACGAAG TCGTTAAAGT AGGAACACTT 10320 GTGAAAGTTA AACCTACAGT AGAAATTACA AACTTAACAA AAGTTGAGAA CAAAAAATCT 10380 ATAACTGTAA GTTATAACTT AATAGACACT ACCTCAGCAT ATGTTTCTGC AAAAACGCAA 10440 GTTTTCCATG GAGACAAGCT AGTTAAAGAG GTGGATATAG AAAATCCTGC CAAAGAGCAA 10500 GTAATATCAG GTTTAGATTA CTACACACCG TATACAGTTA AAACACACCT AACTTATAAT 10560 TTGGGTGAAA ATAATGAGGA AAATACTGAA ACATCAACTC AAGATTTCCA ATTAGAGTAT 10620 AAGAAAATAG AGATTAAAGA TATTGATTCA GTAGAATTAT ACGGTAAAGA AAATGATCGT 10680 TATCGTAGAT ATTTAAGTCT AAGTGAAGCG CCGACTGATA CGGCTAAATA CTTTGTAAAA 10740 GTGAAATCAG ATCGCTTCAA AGAAATGTAC CTACCTGTAA AATCTATTAC AGAAAATACG 10800 GATGGAACGT ATAAAGTGAC GGTAGCCGTT GATCAACTTG TCGAAGAAGG TACAGACGGT 10860 TACAAAGATG ATTACACATT TACTGTAGCT AAATCTAAAG CAGAGCAACC AGGAGTTTAC 10920 ACATCCTTTA AACAGCTGGT AACAGCCATG CAAAGCAATC TGTCTGGTGT CTATACATTG 10980 GCTTCAGATA TGACCGCAGA TGAGGTGAGC TTAGGCGATA AGCAGACAAG TTATCTCACA 11040 GGTGCATTTA CAGGGAGCTT GATCGGTTCT GATGGAACAA AATCGTATGC CATTTATGAT 11100 TTGAAGAAAC CATTATTTGA TACATTAAAT GGTGCTACAG TTAGAGATTT GGATATTAAA 11160 ACTGTTTCTG CTGATAGTAA AGAAAATGTC GCAGCGCTGG CGAAGGCAGC GAATAGCGCG 11220 AATATTAATA ATGTTGCAGT AGAAGGAAAA ATCTCAGGTG CGAAATCTGT TGCGGGATTA 11280 GTAGCGAGCG CAACAAATAC AGTGATAGAA AACAGCTCGT TTACAGGGAA ACTTATCGCA 11340 AATCACCAGG ACAGTAATAA AAATGATACT GGAGGAATAG TAGGTAATAT AACAGGAAAT 11400 AGTTCGAGAG TTAATAAAGT TAGGGTAGAT GCCTTAATCT CTACTAATGC ACGCAATAAT 11460 AACCAAACAG CTGGAGGGAT AGTAGGTAGA TTAGAAAATG GTGCATTGAT ATCTAATTCG 11520 GTTGCTACTG GAGAAATACG AAATGGTCAA GGATATTCTA GAGTCGGAGG AATAGTAGGA 11580 TCTACGTGGC AAAACGGTCG AGTAAATAAT GTTGTGAGTA ACGTAGATGT TGGAGATGGT 11640 TATGTTATCA CCGGTGATCA ATACGCAGCA GCAGATGTGA AAAATGCAAG TACATCAGTT 11700 GATAATAGAA AAGCAGACAG ATTCGCTACA AAATTATCAA AAGACCAAAT AGACGCGAAA 11760 GTTGCTGATT ATGGAATCAC AGTAACTCTT GATGATACTG GGCAAGATTT AAAACGTAAT 11820 CTAAGAGAAG TTGATTATAC AAGACTAAAT AAAGCAGAAG CTGAAAGAAA AGTAGCTTAT 11880 AGCAACATAG AAAAACTGAT GCCATTCTAC AATAAAGACC TAGTAGTTCA CTATGGTAAC 11940 AAAGTAGCGA CAACAGATAA ACTTTACACT ACAGAATTGT TAGATGTTGT GCCGATGAAA 12000 GATGATGAAG TAGTAACGGA TATTAATAAT AAGAAAAATT CAATAAATAA AGTTATGTTA 12060 CATTTCAAAG ATAATACAGT AGAATACCTA GATGTAACAT TCAAAGAAAA CTTCATAAAC 12120 AGTCAAGTAA TCGAATACAA TGTTACAGGA AAAGAATATA TATTCACACC AGAAGCATTT 12180 GTTTCAGACT ATACAGCGAT AACGAATAAC GTACTAAGCG ACTTGCAAAA TGTAACACTT 12240 AACTCAGAAG CTACTAAAAA AGTACTAGGA GCAGCGAATG ATGCAGCCTT AGATAACCTA 12300 TACTTAGATA GACAATTTGA AGAAGTTAAA GCTAATATAG CAGAACACCT AAGAAAAGTA 12360 TTAGCGATGG ATAAATCAAT CAATACTACA GGAGACGGTG TAGTTGAATA CGTAAGTGAG 12420 AAAATCAAAA ATAACAAAGA AGCATTTATG CTAGGTCTTA CTTATATGAA CCGTTGGTAC 12480 GATATTAATT ATGGTAAAAT GAATACAAAA GATTTATCTA CGTACAAGTT TGACTTTAAC 12540 GGAAATAATG AGACTTCAAC GTTGGATACT ATTGTCGCAT TAGGAAATAG TGGACTAGAT 12600 AACCTGAGAG CTTCAAATAC TGTAGGTTTA TATGCGAATA AACTTGCATC GGTAAAAGGA 12660 GAAGATTCAG TCTTTGACTT CGTAGAAGCG TATAGAAAAC TGTTCTTACC AAACAAAACA 12720 AATAACGAGT GGTTTAAAGA AAATACAAAG GCATATATAG TCGAAATGAA GTCTGATATT 12780 GCAGAAGTAC GAGAAAAACA AGAATCACCA ACAGCCGATA GAAAATATTC ATTAGGAGTT 12840 TACGATAGAA TATCAGCACC AAGTTGGGGG CATAAGAGTA TGTTATTACC ACTACTAACT 12900 TTACCTGAAG AATCTGTGTA TATTTCATCG AATATGTCTA CACTTGCATT CGGTTCGTAT 12960 GAAAGATATC GTGATAGTGT GGATGGAGTT ATTCTTTCAG GAGATGCTTT ACGAACTTAT 13020 GTAAGAAATA GAGTTGATAT AGCAGCGAAA AGGCATAGAG ACCATTATGA TATTTGGTAC 13080 AATCTTCTTG ACAGTGCTTC AAAAGAAAAA CTTTTCCGTT CTGTGATAGT TTATGATGGA 13140 TTCAATGTAA AAGATGAGAC AGGAAGAACT TATTGGGCAA GGTTAACGGA TAAAAACATC 13200 GGCTCTATTA AAGAATTCTT CGGACCTGTT GGGAAATGGT ATGAGTATAA TAGTAGTGCA 13260 GGAGCGTATG CGyAtGGAAG TTTAACGCAC TTTGTGTTAG ATAGATTATT AGATGCTTAT 13320 GGAACGTCGG TTTATACTCA TGAAATGGTT CATAATTCTG ATTCTGCAAT CTACTTTGAA 13380 GGAAATGGTA GACGTGAAGG ATTGGGAGCG GAGTTATACG CACTTGGTTT ACTGCAATCT 13440 GTAGATAGTG TAAATTCTCA TATTTTAGCT TTAAATACGT TATATAAAGC AGAAAAAGAT 13500 GATTTGAATA GATTGCATAC ATATAATCCG GTGGAACGTT TCGATTCGGA TGAGGCGCTT 13560 CAAAGTTATA TGCATGGATC ATATGATGTA ATGTATACAC TTGATGCGAT GGAAGCAAAA 13620 GCGATATTAG CTCAAAATAA TGATGTTAAG AAAAAATGGT TTAGAAAAAT AGAAAATTAT 13680 TACGTTCGTG ATACTAGACA TAATAAAGAT ACACATGCAG GAAATAAAGT CCGTCCATTA 13740 ACAGATGAAG AAGTAGCTAA CTTAACATCG TTAAACTCAT TAATCGACAA CGACATCATA 13800 AATAGACGTA GCTATGATGA TAGTAGAGAA TATAAACGAA ATGGCTACTA TACTATAAGT 13860 ATGTTCTCTC CTGTATACGC AGCGCTAAGC AATTCGAAAG GTGCTCCTGG AGATATTATG 13920 TTTAGAAAAA TAGCTTATGA ATTACTTGCG GAAAAAGGTT ATCACAAAGG ATTCCTACCT 13980 TATGTTTCTA ATCAGTACGG AGCAGAAGCA TTTGCCAGCG GAAGCAAAAC ATTCTCATCA 14040 TGGCATGGAA GAGATGTTGC TTTAGTGACA GATGATTTAG TATTTAAGAA AGTATTCAAT 14100 GGTGAGTACT CATCATGGGC TGATTTCAAA AAAGCAATGT TTAAACAACG TATAGATAAA 14160 CAAGATAATC TGAAACCAAT AACAATTCAA TACGAATTAG GTAATCCTAA TAGTACAAAA 14220 GAAGTAACTA TAACAACGGC TGCACAAATG CAACAATTAA TTAATGAAGC GGCTGCGAAA 14280 GATATTACTA ATATAGATCG TGCAACGAGT CATACCCCAG CAAGTTGGGT GCATTTATTA 14340 AAACAAAAAA TCTATAATGC ATATCTTCGC ACTACAGATG ACTTTAGAAA TTCTATATAT 14400 AAATAAGATT GTAGAGTTTC ATTGTTGAGT AGTGTTTCTT GTAAGGATGA GGAGTCAGAT 14460 GACAAATCGA CTCCTTTTTC TTATGGATCG ATGTAGAGAT TTGATTGAAT GCAGATTGCA 14520 GGAATCATCT TCAACTCATC AACGACCAAT GGTGACAAGG TGGATTTCAA TCCCACAGAA 14580 AATGTTGATT TGAGAAATAA CTTTGCTAGT CTAGTAAAAT AAATACAAAA CAATCCTAGA 14640 AGATTTTTTC TGGGATTGTT TTTTGCTGAG TGGGATGCTT CAAGTTGTCT GGCTTGACTT 14700 TCTTGAGGGA AGTTATATAA TAGTTGTAAT AATTAG 14736 (2) INFORMATION FOR SEQ ID NO : 172 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 11770 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 172 : ACAGGAAAGC ACGATAGCAA TCTCTTTGGA AGATTTAAAA AATATTCCTC AAAGTTTCGC 60 TGTTGCTTAC GGTGATACGA AAGTATCTTC GATTCTCTCT GTCTTGCGTG CTAATTTAGT 120 AAATCATTTG ATTACAGACA AAAATACAAT TTTAAAAGTT TTGGAAGAAG ATGGGGATTT 180 GACTTTTAGA GAGATTCTAG GTGAGTGAAA ATGATAGACT GATTCAGTTT ATCGTTTTTC 240 TTTTTAGTTG ATTGCACATT TGTGCTTATA TAAACAAAAA TAGTTTATCT GTTGTTTTTG 300 GATTGACAAC TTTATTATGT AGTTGTATTC TATAGTTACA AAAGAAAATT TTAAAATTTC 360 AAATGAAAAA AGCTTTTTAC ATAGTGAAAT GAGGAGGAAT TTATGGAAAT GATTGTTCCA 420 GATCAAATTA TCATGGGTTT AATTTTATAT GCTGGTGATG CGAAACAACA TATTTATAAA 480 GCGTTAGATT ACATAAAAAA TGGTACATGT GAACGGTGTG AAGAAGAAAT ACAGTTAGCT 540 GATGCAGCCT TATTAGAAGC TCATAATCTA CAAACAAAAT TTTTGGCACA GGAAGCGTCT 600 GGTACAAAGA CAGAAATTAC AGCTCTCTTT GTTCATTCAC AAGATCATCT CATGACCAGT 660 ATGACGGAGA TTAATTTAAT CAAAGAAATT ATTAGTTTGA GAAAAGAACT TCATAAAAAA 720 TAATACTAGA GTATTATCAT TGTTATTAAC ATAGAGGAGG AAAACATAAT GGTGAAGATT 780 GGTTTGTTTT GTGCAGCAGG TTTTTCTACT GGTATGCTTG TAAATAATAT GAAAATTGCA 840 GCGCAATCTA GTGGAGTTGA GGCAGAAATA GAGGCGTTTT CTCAGTCTAA ATTAGCGGAT 900 TATGCGCCAA ATATAGATGT TGCACTATTG GGTCCACAAG TTGCTTATAC ATTAGATAAA 960 TCAAAAGAAA TTTGTGATAA GTGTGATGTT CCGATAGCTG TTATTCCGAT GATGGACTAT 1020 GGTATGTTAG ATGGGAAAAA AGTATTAGAT TTGGCCCTAT CTTTGATTAG TGGGTAAGAA 1080 AAGGAGATTT ATTATGTCAA AGATGGATGT TCAGAAAATC ATTGCACCGA TGATGAAGTT 1140 TGTGAATATG CGTGGCATTA TAGCTCTAAA AGATGGGATG TTAGCAATTT TGCCATTGAC 1200 AGTAGTTGGT AGTTTGTTCT TGATTATGGG ACAATTGCCG TTCGAAGGAT TAAATAAGAG 1260 CATTGCTAGT GTTTTTGGAG CTAATTGGAC AGAGCCGTTT ATGCAAGTAT ATTCAGGAAC 1320 TTTTGCTATT ATGGGTCTAA TTTCTTGTTT TTCAATTGCC TATTCTTATG CTAAGAATAG 1380 CGGAGTAGAG GCTTTACCAG CTGGAGTTCT ATCTGTATCT GCATTCTTTA TTTTGCTAAG 1440 ATCATCTTAT ATCCCTAAAC AAGGTGAGGC GATTGGGGAC GCTATTAGTA AAGTTTGGTT 1500 TGGAGGCCAA GGAATTATCG GTGCTATCAT TATAGGTTTG GTAGTAGGAA GTATTTATAC 1560 CTTCTTTATA AAGAGAAAAA TTGTTATTAA GATGCCAGAA CAAGTTCCAC AAGCTATTGC 1620 CAAACAGTTT GAAGCAATGA TTCCAGCATT TGTAATTTTC TTATCTTCTA TGATTGTATA 1680 TATTTTAGCG AAGTCATTGA CTAATGGCGG AACATTCATA GAAATGATTT ATTCTGCTAT 1740 TCAAGTTCCG TTGCAAGGTT TAACTGGATC TTTGTATGGT GCTATTGGAA TTGCATTCTT 1800 TATATCATTT TTGTGGTGGT TTGGTGTTCA TGGGCAATCG GTAGTAAATG GAGTAGTGAC 1860 AGCTCTGCTT TTATCTAATC TTGATGCTAA TAAAGCTATG TTAGCCTCTG CTAATCTATC 1920 ATTAGAAAAT GGTGCACATA TTGTTACTCA ACAATTTTTA GATTCATTTT TAATTCTATC 1980 AGGTTCAGGG ATTACGTTTG GTCTTGTAGT TGCCATGCTT TTTGCAGCAA AATCAAAACA 2040 ATACCAAGCC TTAGGAAAAG TTGCAGCTTT TCCAGCAATA TTTAACGTAA ATGAGCCAGT 2100 TGTATTTGGA TTTCCGATTG TCATGAATCC AGTTATGTTT GTACCTTTCA TTCTTGTTCC 2160 TGTACTTGCA GCTGTGATAG TATATGGAGC TATTGCAACA GGTTTCATGC AGCCATTCTC 2220 AGGGGTAACA TTGCCTTGGA GTACACCAGC TATTTTATCA GGATTTTTGG TGGGTGGATG 2280 GCAAGGAGTT ATTACTCAGC TGGTGATATT AGCGATGTCT ACATTGGTTT ATTTTCCATT 2340 CTTTAAAGTA CAGGATCGTT TAGCTTACCA AAATGAAATC AAACAATCTT AGAGGTATTT 2400 GTGTGTTACT GTTAAACTCA CACATTTGTG CTAAAAATTA GAGAGTTAAA ATTTTTCTAG 2460 TTAAAAGCTT GAAAATTTCT ATAAAAATCG GTATTATATT TTCGAAAGAA ATAAAAATAT 2520 TTTCGAAAGA AAGGTGCTTA CGATGGTAAA TACAGAAGTA GCAAGAACAA CAATCAAGAC 2580 AGAATATTTT GGCAGCCTTA CTGAAAGGAT GAACAAATAT CGAGAAGATG TTTTAAATAA 2640 AAAACCTTAT ATTGATGCTG AGAGAGCAGT TCTAGCAACA CGCGCCTATG AACGATACAA 2700 GGAACAACCT AATGTCCTAA AACGTGCATA TATGCTGAAA GAAATTTTGG AAAATATGAC 2760 TATCTATATT GAAGAAGAAT CTATGATTGC GGGAAATCAA GCTTCTTCCA ATAAAGATGC 2820 TCCTATTTTT CCGGAATATA CGCTAGAATT TGTTCTCAAT GAGTTGGATC TTTTTGAAAA 2880 GCGTGATGGA GATGTTTTCT ATATTACAGA AGAAACAAAA GAACAACTTA GAAGTATTGC 2940 TCCGTTTTGG GAAAATAATA ATTTACGTGC TAGAGCTGGT GCCTTATTAC CTGAAGAAGT 3000 GTCTGTTTAT ATGGAAACAG GATTCTTCGG TATGGAAGGT AAGATGAATT CTGGAGATGC 3060 TCACTTAGCA GTTAACTATC AGAAACTTTT GCAATTTGGT TTAAGAGGTT TTGAAGAGCG 3120 GGCTCGTAAA GCAAAAGTAG CTCTAGATTT AACAGATCCA GCAAGTATTG ATAAATATCA 3180 TTTTTACGAC TCTATATTTA TCGTAATCGA TGCTATTAAA GTATATGCAA AGCGCTTTGT 3240 TGCTCTTGCT AAAAGTTTAG CCGAAAATGC AAATCCTAAA CGTAAGAAAG AATTACTTGA 3300 GATTGCAGAT ATTTGCTCTA GAGTCCCATA TGAACCGGCA ACTACTTTTG CAGAAGCTAT 3360 TCAATCAGTT TGGTTTATTC AATGTATTTT ACAAATTGAA TCTAATGGCC ACTCTCTTTC 3420 ATATGGCCGT TTTGATCAAT ATATGTATCC ATATATGAAG GCTGATTTAG AAAGTGGTAA 3480 AGAAACAGAA GATAGCATTG TTGAACGTCT GACAAATCTT TGGATTAAGA CAATTACAAT 3540 TAATAAGGTT CGCAGTCAAT CACATACATT TTCTTCAGCA GGAAGTCCTT TATATCAAAA 3600 TGTTACAATT GGTGGACAGA CTCGAGATAA GAAGGATGCT GTTAACCCAT TATCTTATTT 3660 GGTATTAAAA TCAGTTGCAC AAACCCATCT ACCGCAACCT AATCTAACTG TACGTTACCA 3720 TGCAGGTTTA GATGCTCGTT TCATGAATGA GTGTATTGAA GTGATGAAAC TTGGTTTTGG 3780 TATGCCTGCA TTTAATAATG ATGAGATTAT TATTCCTTCT TTTATTGCAA AAGGAGTATT 3840 GGAAGATGAT GCTTATGATT ACAGTGCCAT TGGATGTGTT GAAACGGCAG TTCCAGGGAA 3900 ATGGGGCTAT CGTTGCACAG GTATGAGTTA TATGAACTTC CCTAAGGTTC TACTTATCAC 3960 GATGAATGAT GGAATTGATC CGGCTTCGGG TAAACGGTTT GCACCAAGCT TTGGTCGTTT 4020 TAAGGATATG AAGAACTTTT CTGAATTAGA AAATGCTTGG GATAAAACAC TAAGATATTT 4080 GACACGAATG AGTGTTATTG TTGAAAATTC TATTGATTTA TCATTGGAAC GAGAAGTTCC 4140 TGATATTCTA TGTTCAGCAT TGACTGATGA TTGTATTGGT CGTGGAAAAC ACCTTAAAGA 4200 AGGTGGAGCA GTATATGATT ATATATCAGG ATTGCAAGTT GGAATTGCAA ATTTGTCGGA 4260 TTCATTAGCT GCAATTAAAA AATTGGTGTT TGAGGAAGAA CGTATAAGCC CAAGTCAGCT 4320 TTGGCATGCA CTGGAAACAG ATTATGCCGG AGAAGAAGGT AAGGTCATTC AAGAAATGTT 4380 GATTCATGAT GCACCTAAGT ATGGTAATGA TGATGATTAT GCTGACAAAT TGGTTACTGC 4440 TGCTTATGAC ATTTATGTTG ATGAAATTGC TAAATATCCT AATACACGTT ATGGAAGAGG 4500 GCCTATTGGA GGAATTCGTT ATTCAGGAAC ATCTTCTATC TCAGCCAACG TAGGGCAGGG 4560 ACGTGGAACA TTAGCAACTC CAGATGGACG CAACGCGGGT ACACCGTTAG CAGAGGGTTG 4620 TTCACCATCA CATAATATGG ATCAACACGG CCCTACATCT GTTTTAAAAT CTGTTTCAAA 4680 ATTACCAACA GATGAAATCG TAGGTGGGGT TCTCTTAAAT CAGAAAGTAA ATCCTCAAAC 4740 GTTAGCCAAA GAAGAAGATA AATTAAAACT AATTGCTTTG TTACGAACAT TCTTTAATCG 4800 TTTACATGGG TACCATATTC AATACAATGT TGTTTCCAGA GAGACGCTGA TTGACGCTCA 4860 GAAACATCCT GAAAAACACA GAGACTTAAT TGTTCGTGTT GCAGGATACT CTGCATTCTT 4920 CAATGTTCTT TCTAAGGCAA CCCAAGATGA CATTATAGGA CGTACTGAGC ATACTTTGTA 4980 AAATAAAGAG GTTCTTTTTA TGGAATTTAT GCTTGACACA TTAAATTTAG ATGAGATTAA 5040 AAAGTGGTCT GAAATTTTGC CGCTAGCTGG GGTAACTTCA AATCCCACTA TTGCAAAAAG 5100 AGAGGGTTCT ATTAATTTTT TTGAACGAAT CAAAGATGTA AGAGAATTGA TTGGCTCTAC 5160 ACCCTCTATT CATGTTCAGG TGATTTCTCA AGATTTTGAA GGCATCTTAA AGGATGCTCA 5220 TAAAATTCGA AGACAAGCAG GAGATGATAT ATTTATCAAA GTACCTGTTA CTCCAGCTGG 5280 ATTACGTGCA ATAAAGGCGC TAAAAAAAGA GGGCTACCAT ATCACTGCAA CAGCTATTTA 5340 TACAGTTATT CAGGGATTAT TAGCTATCGA AGCAGGAGCG GATTACCTAG CTCCATATTA 5400 TAATAGAATG GAAAATCTGA ACATTGATTC AAATTCTGTC ATTCGTCAAT TAGCTCTTGC 5460 TATTGATAGA CAGAACTCTC CTAGTAAGAT TTTAGCTGCA TCCTTTAAAA ATGTAGCACA 5520 AGTAAATAAT GCTTTAGCTG CAGGTGCGCA TGCTGTTACA GCAGGAGCGG ATGTTTTTGA 5580 ATCAGCTTTC GCCATGCCAT CTATCCAAAA GGCGGTTGAT GATTTTTCTG ACGATTGGTT 5640 TGTTATTCAA AATAGTCGTT CCATTTAGAT AGAGAGGAAA TACATATGAG AATTTTTGCT 5700 AGTCCTTCTA GATATATTCA GGGGGAAAAT GCCTTGTTTG AAAATGCCAA ATCAATTTTG 5760 GATTTGGGAA ATTGCCCTAT TCTATTATGC GATCAGTTGG TTTATGATAT TGTTGGAAAA 5820 CGATTTGAAG ATTACCTACA TAGGTATGGT TTCCATATTG TTCTGGCGCT ATTTAATGGT 5880 GAAGCTTCTG ACAATGAAAT CAATCGAGTT GTTGCCTTGG CTGAGAAAGA AAATTGTGAT 5940 AGTATTATCG GTCTTGGTGG GGGAAAGACG ATTGATAGCG CAAAAGCTAT TGCAGATTTG 6000 ATTGAAAAGC CTGTTATTAT TGCTCCAACA ATTGCATCGA CCGACGCACC TGTATCTGCT 6060 TTATCTGTTA TTTATACAGA TGAAGGTGCA TTTGATCATT ATCTATTTTA TTCTAAAAAT 6120 CCAGATTTAG TTTTGGTTGA TACAAAAGTT ATTTCACAAG CCCCTAAGCG TTTATTAGCG 6180 TCTGGTATTG CAGATGGTTT AGCAACTTGG GTTGAGGCGC GTGCGGTTAT GCAGGCAAAT 6240 GGAAAAACTA TGTTGGGACA ACAGCAAACA TTGGCTGGAG TTGCAATTGC GAAGAAATGT 6300 GAAGAAACGC TGTTTGCAGA TGGTTTACAG GCTATGGCAG CTTGTGAAGC TAAAGTGGTG 6360 ACACCAGCAT TAGAAAATAT TGTTGAAGCT AATACTTTAT TGAGTGGTCT AGGTTTTGAA 6420 AGTGGAGGAT TAGCTGCGGC GCATGCAATT CATAATGGTT TTACTGCATT GACAGGTGAC 6480 ATTCATCATT TAACACATGG TGAAAAAGTA GCTTATGGAA CTTTAGTACA ACTATTATTG 6540 GAAAATAGAC CTAAAGAAGA ACTTGATAAG TATATTGAGT TTTACAAAAA AATTGGTATG 6600 CCAACAACTC TAAAAGAAAT GCATTTGGAT CAAGTTGGAT ATGATGATTT AATAAAAGTT 6660 GGTAAACAAG CAACTATGGA GGGTGAGACA ATTCATCAGA TGCCGTTTAA GATTTCGCCT 6720 TCAGATGTTG CTCAAGCTAT TATCGCTGTA GATGCCTATG TAAATTCAAA ATAAACAATA 6780 AGGACTACTG TTTTCCAAAT GGTAGTCTTT TATTGATCCC TGTATTGAAT TCTATAGAAG 6840 ATTGAAATAG GATGAGAACA AATCGATTGG GAAAGTAAAA TTAATTTCTA TAAATGTTTT 6900 AGCAATTGTT TCGTACTATT TCAGATTCAG TCTACTATAT GTTCTTCATA AATCAAAAAG 6960 CGACATAGGT TGTCGGCTAT TTATTGTGAA TACATTAATT AGCATTCCAG TTTTATCTTC 7020 GGTCTAAAAT AAGTATTTTG TGCTATACGA GATAAGCTTC TTGACTTACT CCTTGATTTA 7080 CTGCATAACA ATGGGATAAA AAGTGGGAGA TAGAGCAATT CATAGTCATC AAAATTAATG 7140 AGATACAGTA TACAGTTTTT CCTTTAAACA CATTTCAAAT TCCCTCAAAA ATGGTATAAT 7200 AGTAACATCA CAAAATTGGA GAGAGACCAT GAGTTTTTAC AATCATAAAG AAATTGAGCC 7260 TAAGTGGCAG GGCTACTGGG CAGAACATCA TACATTTAAG ACAGGAACAG ATACATCAAA 7320 ACCTAAGTTT TATGCGCTTG ATATGTTCCC TTATCCGTCT GGAGCTGGTC TGCACGTAGG 7380 ACACCCAGAA GGTTATACTG CAACCGATAT CCTCAGTCGT TACAAACGTG CGCAAGGCTA 7440 CAATGTCCTT CACCCAATGG GTTGGGATGC TTTTGGTTTG CCTGCAGAGC AATACGCTAT 7500 GGATACTGGT AATGACCCAG CAGAATTTAC AGCGGAAAAC ATTGCCAACT TCAAACGTCA 7560 AATTAATGCG CTTGGATTTT CTTATGACTG GGATCGTGAA GTCAACACAA CAGATCCAAA 7620 CTACTACAAG TGGACTCAAT GGATTTTCAC CAAGCTTTAC GAAAAAGGCT TGGCCTATCA 7680 AGCTGAAGTG CCAGTAAACT GGGTTGAGGA ATTGGGAACT GCCATTGCCA ATGAAGAAGT 7740 GCTTCCTGAC GGAACTTCTG AGCGTGGAGG CTATCCAGTT GTCCGCAAAC CAATGCGCCA 7800 ATGGATGCTC AAAATCACGG CTTACGCAGA GCGCTTGCTC AATGACTTAG ATGAACTAGA 7860 TTGGTCAGAG TCTATCAAGG ATATGCAACG CAACTGGATT GGTAAATCAA CTGGTGCCAA 7920 TGTAACTTTC AAAGTAAAAG GAACAGACAA GGAATTTACA GTCTTTACTA CTCGTCCGGA 7980 CACACTTTTC GGTGCGACTT TCACTGTCTT GGCTCCTGAA CATGAATTAG TAGACGCTAT 8040 CACAAGTTCA GAGCAAGCAG AAGCTGTAGC AGACTATAAA CACCAAGCCA GCCTTAAGTC 8100 TGACTTGGCT CGTACAGACC TTGCTAAAGA AAAAACAGGG GTTTGGACTG GTGCTTATGC 8160 CATCAACCCT GTCAATGGTA AGGAAATGCC AATCTGGATT GCAGACTATG TCCTTGCTAG 8220 TTATGGAACA GGTGCGGTTA TGGCTGTGCC TGCCCACGAC CAACGTGACT GGGAATTTGC 8280 CAAACAATTT GACCTTCCAA TCGTCGAAGT ACTTGAAGGT GGAAATGTCG AAGAAGCTGC 8340 CTACACAGAG GATGGCCTGC ATGTCAATTC AGACTTCCTA GATGGATTGA ACAAAGAAGA 8400 CGCTATTGCC AAGATTGTGG CTTGGTTGGA AGAAAAAGGC TGTGGTCAGG AGAAGGTTAC 8460 CTACCGTCTC CGCGACTGGC TCTTTAGCCG TCAACGTTAC TGGGGTGAGC CAATTCCAAT 8520 CATTCATTGG GAAGATGGAA CTTCAACAGC TGTTCCTGAA ACTGAATTGC CGCTTGTCTT 8580 GCCTGTAACC AAGGATATCC GTCCTTCAGG TACTGGTGAA AGTCCACTAG CTAACTTGAC 8640 AGATTGGCTT GAAGTGACTC GTGAAGATGG TGTCAAAGGT CGTCGTGAAA CCAACACTAT 8700 GCCACAATGG GCTGGTTCAA GCTGGTACTA CCTCCGCTAT ATTGACCCGC ACAATACTGA 8760 GAAATTGGCT GATGAGGACC TCCTCAAACA ATGGTTGCCA GTAGATATCT ACGTGGGTGG 8820 TGCGGAACAT GCTGTACTTC ACTTGCTTTA TGCTCGTTTC TGGCATAAAT TCCTCTATGA 8880 CCTCGGTGTT GTTCCGACTA AGGAACCATT CCAAAAACTC TTTAACCAAG GGATGATTTT 8940 GGGAACAAGC TACCGTGACC ACCGTGGTGC TCTTGTGGCA ACCGACAAGG TTGAAAAACG 9000 TGATGGTTCC TTCTTCCATG TAGAAACAGG GGAAGAGTTG GAGCAAGCGC CAGCCAAGAT 9060 GTCTAAATCG CTCAAGAACG TTGTTAACCC AGACGATGTG GTGGAACAAT ACGGTGCCGA 9120 TACCCTTCGT GTTTATGAAA TGTTTATGGG ACCACTCGAT GCTTCGATTG CTTGGTCAGA 9180 AGAAGGTTTG GAAGGAAGCC GTAAGTTCCT TGACCGAGTT TACCGTTTGA TTACAAGTAA 9240 AGAAATCCTT GCGGAAAACA ATGGTGCTCT TGACAAGGTT TACAACGAAA CAGTCAAAGC 9300 TGTTACTGAG CAAATTGAGT CTCTCAAATT CAACACAGCT ATTGCCCAAC TTATGGTCTT 9360 TGTCAATGCT GCTAACAAGG AAGATAAGCT TTATGTTGAC TATGCCAAAG GCTTTATTCA 9420 ATTGATTGCA CCATTTGCAC CTCACTTGGC AGAAGAACTC TGGCAAACAG TCGCAGAAAC 9480 AGGTGAGTCA ATCTCTTATG TAGCTTGGCC AACTTGGGAC GAAAGCAAAT TGGTTGAAGA 9540 TGAAATTGAA ATTGTCGTCC AAATCAAAGG AAAAGTTCGT GCCAAACTCA TGGTTGCTAA 9600 AGATCTATCA CGTGAAGAAT TACAAGAAAT CGCTTTAGCT GATGAAAAAG TCAAAGCAGA 9660 AATTGACGGT AAGGAAATCG TGAAAGTAAT TGCGGTACCG AATAAACTCG TTAATATCGT 9720 CGTTAAATAA CGAGTTTATT AGCTCTATCT GCCACCTTCA ATAGTCCACT GGACTATTGA 9780 AsCCAACTAA ATTAGTTAAC ATTGTTGTGA AATAAGATAG GAGTCCTTCA GAGTAGAATC 9840 TGGAGGATTT TTTGAATCTT CTTATGAAAG TATGATATAC TATGGGCAAC TATAAAGTTT 9900 GAAAAGTGAA ATAAGGAGAA TAAGATGCCA GTAAATGAAT ATGGTCAAAT GATTGGGGAG 9960 TCAATGGAAG CTTATACTCC AGGTGAATTG CCTTCTTTTG ATTTCTTAGA AGGGCGTTAT 10020 GCTAGGATAG AGGCTCTTTC AGTGGAAAAG CATGCGGAGG ATTTATTAGC TGTTTATGGC 10080 CCTGATACGC CTCGGGAGAT GTGGACCTAC CTCTTTCAGG AGTCAGTAGC AGACATGGAG 10140 GAACTGGTCA GCCTTTTAAA TCAGATGTTG GCTCGTAAGG ACCGTTTTTA TTATGCAATC 10200 ATAGACAAGG CAACTGGTAA GGCTTTGGGA ACTTTTTCCC TCATGCGAAT TGATCAGAAT 10260 AACCGAGTAA TAGAAGTGGG AGCTGTCACT TTTTCTCCAG AGCTCAGGGG GACACGGATA 10320 GGAACAGAAG CCCAGTATCT CTTGGCTTGC TATGTCTTTG AGGAGCTTAA CTATCGTCGC 10380 TATGAGTGGA AATGCGATGC TCTTAACCTG CCATCCAGAC GAGCAGCGGA ACGTTTGGGA 10440 TTTATTTATG AAGGAACCTT CCGTCAGGCA GTGGTTTATA AGGGGCGTAC AAGAGATACG 10500 GATTGGTTGT CTATGATTGA TAAGGACTGG CCTCAAGTCA AAGCTCGATT GGAAATATGG 10560 TTGCGTCCTG AAAACTTTGA TAAAAATGGA CGACAGCACA AGAGCTTGAG AGAACTTTAA 10620 GAGGTGTTGA GATGATTACT ATTAAAAAGC AAGAAATTGT CAAGCTAGAG GATGTTTTGC 10680 ATCTCTATCA GGCTGTCGGT TGGACAAACT ATACCCATCA AACAGAGATG CTGGAGCAGG 10740 CCTTATCTCA TTCATTAGTA ATTTATCTGG CACTTGATGG TGATGCTGTG GTGGGCTTGA 10800 TTCGTTTGGT TGGAGATGGT TTTTCATCAG TTTTTGTACA GGATTTGATT GTTTTGCCTA 10860 GCTATCAGCG TCAAGGGATT GGTAGCTCCT TGATGAAAGA GGCTTTAGGA AATTTTAAAG 10920 AGGCCTATCA AGTCCAGCTG GCGACAGAAG AGACAGAAAA AAACGTGGGA TTTTATCGTT 10980 CTATGGGCTT TGAAATCTTA TCCACCTATG ACTGTACAGG AATGATTTGG ATAAACAGAG 11040 AAAAATAAAA AAACTTGTTT GTTCTTAAGC AAAGTTTAAG GATGGTCTAG TATCATATAG 11100 TCATTAAATA AAGACCTCCT AACTTTATTT AATAAAATCC TAAACTTTTT TCATCACAAT 11160 CTCCTAATGA AGCCACCCAA TCAGGTGGCT TTTTTGCGGT ACGACGGGCA TGTCGTATAT 11220 CTGAGGTGTA AGTCCTCAGC CTGACTATCG TGAGGTAGCA GGGAGAGGAA GGGATAGCGA 11280 AATCGTGGCT CTACGAACAG GAACGTGATA GTAAGGCGTA TATAGCGGAT AAGGAGGCTT 11340 CAAACTCTAA AGTCCAAAAA GGTAGTCGTA ACCTATATGT GTAAATCACG AGAGTAATTG 11400 AATTCGGACT AAGGTTTGTG TGAAAAAGAT AAATCTTTCT AGAGTCTAAA GACTCTGCGT 11460 CAGATTTCCT ATTTTCACTG TAACCTTTTA ACGTCCTCAT ATCTTGTATA AACGAGGAAA 11520 GATGTACGAC TTATCCCGTG AGGTTTCATG AGCGCTGAAA GCGTAGTAAC AACGAATCAT 11580 GAGAAGTCAG CCGAGCCCAT AGTAGTGAGG AAACTTCCGT AATGGAAGTG GAGCGAAGGG 11640 GTGAATACTC AAACAGTCTG GGGAGAGACT GTTTGAGGTC TGTCGCTAGA AAGAGAAAAC 11700 GACAGATCGA AGTAATCCTA CTTCACTTGT GTCTGTAAAA TGAGTGGTCT GATAGAACTG 11760 GACTTTGAGG 11770 (2) INFORMATION FOR SEQ ID NO : 173 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4185 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 173 : CGCGAAACTA CTTTCTTAGT ATAACACTTT CAGAATCATT GTCAATAGAA ATGACTTGAT 60 TTTTTCAATT TTTTCAAGCT ATTTCCAAGG GTTGTAAAAT CGTCCCTGAT TCTGCAAGAT 120 AAGTAGTAAA CTAACTACTA AAAACAAGGT TGCCAAGAGC AAGGTAATAT AGTCTCCTTT 180 TTTCAAGGCC TGATAACTAT ACCATGTGCG TTTTTTCTCT TTCCCAAAGC GGCGAACTCC 240 ATGGCAGTCG CAATGGTATC AATGCGTTCT AGCGAGCTAA AAATCAAGGG CGTAATAATG 300 AGCAGATTGC CTTTGATTCG TTGCATAAGA GAAGCTTTCT TGGATAATTC CATCCCACGC 360 GCCTCCTGAG ACATCTTGAT AGTAAAGAAT TCTTCCTGCA AATCTGGAAT ATAGCGCAAG 420 GTCAGGCTGA CAGAATAAGC AATCTTATAG GGCACACCAA TTTGATTTAA ACTGGAAGCA 480 AACTGACTAG GATGGGTTGT CATCAAAAAG ATAATAGCCA GAGGAATGGT GCAAAGATAC 540 TTAATGGCCA AATTTAGCAG ATAAAAGAGC TCCTGGCTGG TTAGAGTGTA GACACCGATT 600 CCCTGCCAAA TCACACTTCT CTCTCCATAA AGTCCAACCC CATACTCGGG AGAAAAGAGA 660 TAGACCATCA AAACGTTTAA AACGGCAAAT ATCGTCGCAA AAACGGCTAC AAAGGAAACA 720 TCTTTAAAGC GAATTTCTGA TAAATAGAGG AGAAAGACTG AAAAGATGGC AATCAGCAAG 780 AGCATTCTGG TATCATAGCT AATCATGGCC GCCAATGATA CCAGAATGAA AAAGAGAAGT 840 TTCCCAGCTC CTGACAAGCG ATGAATCACA GTATCTCTAT GCTGGTAACC GATTAATTTA 900 GCTTGCATCC CTCTCTCCTT TCTTTGTAAA ATGCCGTTAA ATCCAGTGGA TCCACATCTA 960 GTTTCTTAGC CAAGTTAAAG ATGGAGGTTT CTTTTAGATT GGCTTTTACT AACAGCTCAG 1020 GATCGCTCAA CAGACTGGCT GGAACAGTAT CGGCAATCAA TTCTCCATCC ACCATGACAA 1080 GGACCCGGTC TGAATAATCC AGCATCAATT GCATATCATG GGTAATCATG ACAATGGTAT 1140 GCCCTTTTTG ATGTAACTCT TCGAGAAATT CCATAATCTC AGTATAGTTC TTCTGATCTT 1200 GACCTGCAGT CGGTTCATCT AGGAGAATAA TTTCAGCTCC TAAGACCAAA ATTGAAGCAA 1260 TGGTGACACG TTTTTTCTGA CCAAATGACA GGGCAGAAAT AGGCCAATTA CGGAATTCAT 1320 AAAGTCCACA GATTTTCAAG GTTTCATATA CTCTCGTTTC AATTTCCTTC TCATCCACAC 1380 CTCGCAAACG GAGCCCTAGA GCCACCTCAT CAAAAATCAT ATTGGTTGAA ATCATTTGAT 1440 TAGGATTTTG TAGCACATAT CCTACTCGTT CCGCCCGCTC TGCAACAGAA TCGCCTTTTA 1500 TATCCTGTTT TTCCCAAAGA TAGCGTCCTT CCGTCTGAAT AAAGCTACTT ATAGCCTTGG 1560 CTAGAGTTGA TTTCCCTGCT CCATTTTTTC CGACAATAGC AATCTTTTCA CCCTTTTTAA 1620 TATCTAAATG TAGGGATTTT AAAATCGGTC TATCATCATA AGAAAAAGAT ACTTCCTCTA 1680 GTCTAAAGAG TGACTGCAAT GCTGGGGTTT CTTTTGCCAG TTCATTCTGC AACTGAACCT 1740 GACCTTTTGA GATAGACAAG TTATCCAGAT TCGCTAATTG TTCTTCCTTG ACTAAGTCCA 1800 CACCTAATTG ACGGAGAGTC GTTAGATAAA GGGGTTCTCG AATTCCATTT TGAGTCAATA 1860 AATCAGTCGC AAGCAACTGG TCAGGGCTCC CATTAAAAAG GATACGACCA TCGTTTATCA 1920 AGACAATCCG ATCCACAGGG CGATGCAGAA CGTCCTCCAA ACGGTGCTCG ATAATAAGAG 1980 TCGTCGTCCC CTCTTCCTTA TGAATCTGGT CAATCAATTC GATAATATCC TGACCTGACT 2040 TGGGATCTAG ATTGGCGAGT GGCTCATCAA ACAAGAGAAT CGGACTTTCA TCAATCAAGA 2100 CACCAGCCAG ACTGACTCGC TGCTTTTGTC CACCTGACAA ATCCTGAGGA CGCTGATCCA 2160 GTAAAGGAAG AAGGTCCAGC TTTTCAGCCC ATTTATAAAC ACGACCTTTC ATCTCATCTA 2220 GGGCTGTCAC ATCATTTTCC AGAGCAAACG CCAAATCTTC TGCCACAGAC AAGCCAATAA 2280 ACTGCCCATC TGTATCCTGC AAAACTGTGC TAACCAGATG AGACTTATCA TAGATGCTCA 2340 TATCAAAGGC TACTTGACCC TTTATCAAAA ATTCTCCATA TGTCTGACCC TTGTAAATAT 2400 TGGGAATAAT CCCATTCAAA CACTGACCCA AGGTAGATTT ACCTGACCCA GATGGTCCAA 2460 CAATTAAGAC TTTCTCTCCC TTGTAAATGG TCAAGTCTAT CCCTTGCAAG GTCGGTTCTT 2520 GTTGTGTTTC ATACCGGAAA GAGAAATCCT TCCACTCAAT TaTAGCTTCT TTCATCTMAC 2580 TCTCTTCATT CGCTTCTTAG ACTTCTATTT TATCATAAAT CAAGCCCTTC TTGCAGTCTC 2640 TCCTCTTAAA ATCTTAGCGC CAAAAAGATT CCTATCCTAG CTTACTTGCC TAACTAATCT 2700 ATAAACATCG AAAAAGACTA GTTGCCCAGC CTTCCCCATC ATTTTATACT CTTCGAAAAT 2760 CTCTTCAAAC CACGTCAGcT TCGCCTTGCC GTAGGTATGG TTACTGACTt CGTCAGTTTC 2820 ATCTACAACC TCAAAACCAT GTTTTGAGCc TGCTTCGTCA GTTCTATCCA CAATCTCAAA 2880 ACACTGTTTT GAGCAACtGC GGCTAGCTTC CTAGTTTGCT CTTTGATTTT CATTGAGTAT 2940 TAGTCCTTTT TCAAACTTCC TGCACGAGTT TGGGTTCCTG CATAGGCAAG TAAGAGAAGA 3000 GTTCCTGCAA TAGCTACAGA TACACCATTG GCAATTCCCG CAACAATCCC TTGTGCAAAT 3060 ACTTTTTCTG CCGCTTCTTG ATAAATCACA ACATCTCCAA GTGGTGCCAA GACACCCCAA 3120 ACAAGGGCAT TTGCAAGTAG TTGAATGAGA TTAAAAATAA GAATATCTTT CCAGTCAAAA 3180 ACACCATTGA TCACGCGAAC GTACTTTCTA AAAAGTCCCA CAACTAAACC AAAGAGTCCG 3240 CTAGCGATAA TCCAAGTCCA CCATAGACCA TAACCAACAA GAGAGTCCTT GATTGCATGA 3300 CCAATCAACC CGACAAGCAA ACCGATAATC GGTCCAAAAA TAATAGAAAG TAGCGCTTGT 3360 ACCGCATACT GAAGCTGGAT GCTTGTATTT GGAACAGGGG TTGGAATGTT GATCATCCCG 3420 ATGACGACAA AGAGGGCAGC GCCAATTCCG ACAGCAACAA CTTGTTTAAT TGTAAATTTG 3480 ATTTCCATAC TATTCTCCTA TTTTATCCTT CTATTTTCTT TATTTCAATG GTCCAAGATG 3540 AACCGACACC TACATTATAG GCCTTGGCAA AGGAACCTTG GTTGATAGCC AAACCTAAAC 3600 GATAGAGAGA GTTGATGTAA AGGATGGGTT GCCCAATTCT CACATCTGCA AATGATTTGC 3660 CATAGACAAC CTGATTTTGA TAGACCAGCA TATCAGCATG ATAGATGGTC ACTTCAAAAC 3720 GATCACCAAA TTCTGGTTCC AGCTTGTAAA ATTCTTCCCG TGTGATAGAG GTCCAAAGCG 3780 AACCGAAACG CACATCCAGA ATATCAATGG CTCCCTTCAC CAGATGATCT TCTATGATGG 3840 TCGCTACGAC TGGAAGCTCT ACAATCTGTT CCACACTGAG CTCTGGCCCT ACTTCCTCAA 3900 AAGTAATGTG ACCACTGGCC AGTTTAGCAC CAGTATAGGC ATAGACATCA CGACCGTGGA 3960 AGGTATAAGA ATGCTCTGTG TTTTGACGCC TATTGGCCAC CTCAGAAATC TCACGAATGG 4020 CTACAATGCC AACGTGTTTC TTGATAAAGG AAAGCGTCCC ATTATCTGGC GTGACAATGT 4080 ATTGATTTTT TGCAGTCTTG GCAACTACAC TCTTACGTTT CGAACCGACA CCTGGATCGA 4140 CAACCGATAC AAACGTCGTT CCCTCAGGCC AGTAATCCAC CGTCT 4185 (2) INFORMATION FOR SEQ ID NO : 174 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2069 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 174 : TGATAGAGTT AAAGCCGCTG AGTCATTCAA TCCATCTCCA ACCATCAAAA TAGTGTGACC 60 TGCTTTCTGC AGTTTCTCTA CTAACTCAAA TTTCCCATCA GGTTTCAAGT CTGTATAGAC 120 CTGATCAAAG GGCAAATCTT TGACTAATTC CTCTGTCCTA ATCAAGGTGT CTCCTGTTGC 180 CAGAATCAAT TTTTyCCCCT GTGCCTTAAG TTTATCCAAG GCTGTTTTTG CTTCTTTTCT 240 CAAAGGAGTA TGAATGCAGA ACATTCCAAT CAATTCATTT TGATAAGCCA AGAATAAGAG 300 ATTGTAGTGA CTCTTGTACT CTTCAATTAA AGCATTTTGT TCTGAACTGA TATGAATCTG 360 CTCATCCTGC ATCAAGACAT AATTCCCAAT AAGAACTGGT TGGCCATCTA TATGAGATTT 420 GATCCCCTTG CTTGCGATAT ATTGGAGTTT CCCATGCATT TCCTCATGTT CAATTCCCTC 480 TATCTCAGCT TGCTTGACGA TGGCATTAGC AATAGGATGA TAAATGTGTT CCTCAAGACA 540 GGCACTGATT CTGAGAATAT CTTCCTCACT ATAGTCTCCA AAAGGTAACA CCTTTTCAAC 600 TATAGGATAA CTAGTTGTGA TTGTTCCTGT CTTATCAAAC AAGAAAGTAT CAACTTCCAG 660 ATATTTCTCC AGAACATCTC CATCCTTAAT CACCATTTCA CGGTTCAACC CTTCCTTGAT 720 AACTGTCAAA TAAGCTACAG GAGTAGAGAT TTTCAAAGCG CAGGAGAAAT CGACCAATAG 780 GAAAGAAATA GCCTTAGAAA AAGAACCTGT CAATAGGTAA GTCAGCCCAG CCCCCAAGAA 840 ATTATATTTG ACGACTTTAT CCGCCATCTT GATGAAATAG CGTTGTTTCG TTTTCTTGTT 900 TTCTTCAGAT TTCTTCATCA ACTCAATCAG CTGTAAAATA CGGCTGTTCA TCTGATTATC 960 TGTTACACGA ATGCGTAACT CTCCAGTTTC TAATACTGTA TTTGCACAAA CCAAATCAGA 1020 CTCTCTTTTT TCAACTGGAA AACTCTCTCC TGTCAAGGAA CTTTCGTTGA CCATACCTAA 1080 ACCTGAAACT ACTTGTCCAT CAAACAGAAT TTCATTTCCT TGAGATAAGA TCAAGACATC 1140 TCCTATTTGA ACATCGGAAC TCTTGATACT AACAACCGTA TCGCCCTGTA CTAGGAATAC 1200 ATCGCTCTCT TTTGCAAGAA GACTCTGTTC TAAATCTGTT GCAGTTTTTT TCAAGGACCA 1260 CTGATCTAAA TGATTCCCCA AATCAAGCAT AAACATGATA TTGCTAGCTG TCTTGGATTG 1320 GTTCATAAAC AAAGACAATA AAATAGCCGA ACAGTCCAAG ACTTCCATCG TTAGTyCCTT 1380 ACGCGCTAGT GTTTGATAGG CTTCTCTAAT ATAACCCAAA GCCTGATAAC AAGTCCATAT 1440 ATAGCGAATA GGATACGGCA CAAAACTACG AAAAAGTACA CGCTTAACCG CTGCACCTGA 1500 AACAATAGAA TAAGCACTCT CTTCTCTACG AATGGGAAGA GTCATCAACT CAGAAACTTT 1560 CCCTTTATCA ATTCTTTTTA AAAAGGCTTC TGCATTATCT AATACAGAAA AGCCTTCTTT 1620 TATGCGTAGA GTAAAGTGCT GTTGATCCAT GTAAAACTGG ATAGACTCAA TCCCCTTTTC 1680 ATCTCTCGCC AAGGAACGAA GATAGTCTTG AATATCCAAG GTAAGTGAAA AAGAAGATGA 1740 TAGTCGGATA TGTTGGTATC CTCTATGTAG CACTTTAAAA GACATATTAT TCACCTATAA 1800 GGCTATCTAA TTGCTCTTCT TTTTTCTCTT GCTCGTACAA ATATTTGGCA TCTTGCAAGA 1860 CATCGTCTCC ATGTTGCTTC ACAACAGAAA CAGATGCATC TAGCTCGTCT TTCAACTTGT 1920 AAGCCTTAGC CAAAGCTTTA GAATAACCTT TTTTAGCTTC CTTACTTGCT AAGATTTTCA 1980 AACCAAGGGT ACCAAATGCG ACACCACCCA AAAATAATGA AGATTTTTTC GCAACTTTTG 2040 CAACGGTTAA TACTTCTTTT AACATAGGG 2069 (2) INFORMATION FOR SEQ ID NO : 175 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4597 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 175 : AAATCTTGCG CAATAAAGCT CATCTCCATC TCCCGATTGA AACAGTCACT CCCCGGACTG 60 TTTCAACGTC CCAAGACATA ATCTTAGGCA GATTTCTAAA ATTACACTCA AAGTGGAAGT 120 CATTGAGCTT TCGAATGACA GTTGAAGTTG AAATGGCCAG CTGATGGGCA ATATCGGTCA 180 TAGAAATCTT TTCAATTAAC TTTTGCGCAA TCTTTTGGTT GATAATACGA GGAATTTGGT 240 GATTTTTCTT GACGATAGAA GTTTCAGCGA CCATCATTTT CAAGCAATGA TAGCACTTAA 300 AACGACGTTT TCTAAGGAGA ATTCTAGTAG GCATACCAGT CGTTTCAAGG TAAGGAATTT 360 TATAGGGTCT TTAATGTCTA GTAATTTTGT GATAAAATGT AATTGTTCCA TATGATTCTT 420 TCTAATGAGT TGTTTTGTCG CTTTTCATTA TAGATCTTAT GGGACTTTTT TTCTACCCAA 480 AATAGGCTCC ATAATATCCA TAGGGAATTT ACCCACTACA AATATTATAG AGCCCAAAGT 540 TTTAGGTCGC TTGATAATAT GCGTTTTTTG AATTTTATAG ACTGCTCGTT TAAACTCTAT 600 TTACTTCGTA CCTTCTGGAG CGAGACGGAA TATTAGTCAC ATACAAAATG AGTACTATTA 660 GGATTTTATT TTCATGTACA ATTTCAGCCA GTCTTGTTAT AATCAGCCTA TAGGAATCAA 720 GGAGGTGACT CTTATGGCTG TTTTTGTGTC TTTGGATGGA ATTGTGGTAG AAGTCCTTGA 780 TGTCTTTTCT TCTTTTAATG GGGATAGTGA GTTTTTCTTG TGTATAGCAT TTTGAATCTG 840 GAATAGGACG CCATGACTGC TAAAAGATTT CTATAAATTA ATTTGATTTT CCTAATCAAT 900 TTGTTCATAT CTTATTTCAT TCCACTATAA ACGTCTTAAA GACAAGAGTC AGTTTGTTAT 960 GGAACGCTCT CAGTTCGAGG AGATGTTCCA ACTTCAAAGT AGTCGCTTGA CGACGCAAGA 1020 AAAATTACAA TTGTTTACCT CTGTGTTTGC TGGCCGTTAT GATGTTTATG CTAAGAATTT 1080 TATCAATGAA CAAGGGAAAA TTCAGTATTT TCCTTCCTAT GATTATGGTT GGAAGCAGTT 1140 GCCACCTGAA AAACGGAGTT TCCAGACATT GACGAACTCC GTTTTGAAAT CTCATTTTCG 1200 TGGGGAGGCA GCTATCGGTA TCTTTCCTAT GCACTTAGAT GATAGCTGTT ATTTTTTGGT 1260 ACTGGATTTG GATGAAGGAG ATTGGAAAGA AGCTGGTTTA ACCATTCGAA GAATAGCCAG 1320 GGAACGCCAG ATGGAAGCCC ATTTAGAGAT TTCTCGTTCG GGTCACGGAC TCCATATTTG 1380 GTTCTTCTTT GAGGAAGCGA TTCCGAGTCG AGAGGCTCGC TTGTTTGGAA AGAAACTGAT 1440 AGAACTGGCA ATGCAGGAAA GTATGCAACT GTCCTTTGAT TCTTTTGATC GCATGTTTCC 1500 AAATCAGGAT GTCCTTCCTA AGGGGGGATT TGGAAATTTG ATTGCCTTGC CTTTTCAAGG 1560 AGAAGCTTAC CATCAAGGGC GAACGGTCTT TGTGGATGAA CAGTTTCAGC CTTATGAAGA 1620 CCAATGGAGG TATCTACAAG AAATTCAGAG GATTTCAACT GCTAAAGTGG CACTGTTAAT 1680 CCAAGAGGAG TTAGGCAAGC AAGAATTGGA TAAGGAGTTG AAGGTCGTTT TATCCAATAT 1740 GATCCAACTT GAAAAATCGT CTGTGACATC CAAGGCACTT TTTTCTTGAA AAATATGGCT 1800 TCCTTTTCTA ATCCCGAATT TTATAGTAGA TTGAAACTAG AATAGTACAC CTCTGCTTCT 1860 AAAACATTGT TAGAAATCGA TTTGACTTTC CTGATCGATT TGTCCTGTTA TTATTTCATT 1920 TTACTATATT TAAAGCAGGC TATGCGACAG CCAACCTATC AAATTCCTGA GAGAATGTAT 1980 TTATTTGGAG AATCCGATCA TTATTTATGG TTGCCAAGAG GTTTGCTGTA TCCATTGCAA 2040 GATAAATTTA AGCAGGTATC TGTGGAAGAT AGGAGAAAGG TACAAAGGTC TATTAGCGTG 2100 GAATTTAAGG GAGAACTCAC TTTTGAGCAA GAGTTAGCCC TGTCAGATAT GACTTCTAAA 2160 GAAAATGGTT TACTTCATGC GGAGACTGGT TTTGGGAAGA CCGTTTTAGG TGCTGCTCTT 2220 ATCTCTGAAC GGAAAACAAA AACAATTATT CTAGTCCATA ATAAGCAACT CTTAGACCAA 2280 TGGCTAGATC GCTTAAACTG CTTTTTGACT TTCGAAGAGG AGGAGGCTAT CCGTTATACG 2340 GCATCAGGTC GTGAAAAGGT AATCGGCTAT GTTGGGCAGT ACGGTGGGAC TAAGAAATGG 2400 CTGAGTAAAC TGGTTGATGT CGTTATGATT CAATCTCTAT TTAAGTTGGA AAATAGTCAA 2460 AGTCTTTTGG ATGAGTATGA GATGATGATT GTGGATGAGT GTCATCATGT CTCTGCCTTG 2520 ATGTTTGAAA AAGTTGTTGC TCAGTTTAGA GGGAAGTATC TTTACGGTTT GACGGCTACG 2580 CCTGAGCGTA AGAATGGTCA TGAGCCTATT GTTTTTCAGA GAATTGGTGA GATACTCCAT 2640 ACTGCTGATA AGAGGGAAAC GGATTTTAAA CGGCAATTGC AATTAAGATT CACTTCTTTT 2700 GGTCATTTGG AAATTGAAAA GACCAAAGCA AGTAATTTTA TACAGCTTAG TGATTGGATT 2760 GCTACTGACT CAGTGAGGAA TCAGATGATT CTCAAGGATA TTCTAGCCCA AGTGGCAGAA 2820 GGACGGAATA TCTTGGTTTT AGTTAATCGA ATTCAACAGA TAGATGTCTT TGAAAAATTA 2880 TTGAAAGAGA AAGAGGTTGA TGACTGTTAC ATTATTAGCG GAAAAACCAA AGTCCGAGAG 2940 AGAACGAGTT TACTGGAGAC GTTAGAACAG TTAGATAAAG GGTTTGTTTT GTTGTCTACT 3000 GGAAAATACA TTGGCGAAGG TTTTGACTTA CCTCAGTTGG ACACGCTTAT CTTGGCAGCA 3060 CCCTTTTCTT GGAAAAATAA TTTGATTCAG TATGCAGGTC GGATTCATAG AAACTACAAG 3120 GATAAGTCTT TGGTGCGTAT TTTCGATTAT GTGGATATTC ATGTTCCTTA TTTAGAAAAG 3180 ATGTTTCAGA AACGACAAGT AGCTTATCGA AAGATGGATT ATCGTGTCAT CGAGGGTGAG 3240 GAGAAACAAT TCGTTTATGT TGATAGTAGA TATGAGAAGG TGTTGAGAGA GGACTTAGCA 3300 GGGGAAAGAC AGGAATGTCT GCTTATTTTA CCTTATGTGC ACCAGACAAA ACTGATGAAT 3360 TTTCTAAAAG AATTTAGGAT TAGTCAAATT GAGATATGTA TACCAGAGAC GGTTGCAAAT 3420 AAAGCATGGC TAGACCAGTT GAAGAGCCAG AAAATTAAAG TGTCTTTTAC TCAATCAAAA 3480 ATAGTAACGC CTATTCTTTT GGTGAATAAG ACTATTGTTT GGTATGGTGC AATGCCATTA 3540 TTAGGGAAGG TAGATGAGAT GACCATATTA CGTTTGGAAT CAGCTAGTAT AGTTTCTGAA 3600 CTAGTGGCAG GTTTACGATA GAGAAAATTT TTAAAAATTT CTATGTATGA TTTTCATTTC 3660 TTTAGTGAGA CTGTTGCCAT TATCACATTC GAATCACACA AAATAAAAAA ATTTTTATAA 3720 GTACTTGACA AATAGATTGA AATATCATAA AATAAAAACG GTTACAGAGT TATTAATTAT 3780 TTAAGCTTCA TGTCACCATT AAAAATTGAA ATAAAAGGAT GTTATCACTA ATACAAGTGA 3840 GCAGGAACCT ATTTAATCAC ATCAGAAGAA GTTTCTTGAT GTTTTTAAGT AGGTTCCTTT 3900 TATTTTAAAA GGGAAATTTT ATGATCATAA AACGAATACT AAACCACAAT GCCGTAATTG 3960 CGCAAAGTAA AAAAGATATC GATATTCTTC TTTTTGGAAG GGGAATAGCT TTTGGAAGAA 4020 AAACTGGAGA TAAAGTAAAT CCAATTGATA TTGAGAAAAG TTTTTTTCTC AAAAATAGAG 4080 ATAATATGAC CCGTTTTACA GAGATGTTTA TTAACGTTCC TTTGGAGTTG GTGTACATCA 4140 CCGAAAAAAT AATTAACCTA GGTAAAATAA CATTGGGTAA TAATTTTGAT GAAATTATCT 4200 ATATTAATTT AACGGATCAT ATTTCTTCGA GCATAGAACG TTATAAAGAA GGGATTATTA 4260 TTTCGAATCC CCTACGCTGG GAAATATCGA AATATTATAA AGAAGAATTT GAACTTGGGA 4320 AAAGGGCTTT ACAAATAATA AAAAAAGAGT TAGGTATTGA ACTTCCAATT GACGAAGCTG 4380 CATTCATAGC GCTACATTTT GTTAATGCTA ATTTAGAAAA TAATTTTCAA GAGTCGTATA 4440 AAATCACTGA AATAATTATG GGAATTGAGA AAATCATTCA AGATTTCTAT TGTACTGAGT 4500 TTAACCAAGA TTCTATTGAT TATTATAGAT TCATAACTCA TATGAAATTA TTTGCCCATC 4560 GCTTGGTTGA GAATACAACT TATTGTGACG ATGATGA 4597 (2) INFORMATION FOR SEQ ID NO : 176 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3984 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 176 : CGGCTTATTT ACTACTTGTT CCATCATATA TGGAATATGC ATGAAACCTG CTCTCATATT 60 AGGGAATTTT TTATCCACTA AATAAAGAGC TTGGTACATC AAATGATTGC AAACAAAGGT 120 TCCTGCACTA TTGGATACAA CTGCCGGAAG TCCCTGTTTT TTGATAGCTT GTACCATCGC 180 TTTGATAGGT AAACTACTAA AATAGGCCGA TGCTCCATCA ATACGAATCG GTGTATCAAT 240 TGGTTGATTG CCTTCGTTAT CAGGTATGCG AGCATCATCT TGATTAATAG CCACTCGTTC 300 AGGTGTTAAG CCGGTCCTGC CGCCTGCTTG TCCAATACAA AGTACAGCAT CTGGTTGATA 360 TCGTAATATT TCTGCCTCTA AAACTTCTGA CGACTTATAA AAAACCGTTG GAATTTCTAC 420 CCAGCGAACT TCAGCCCCAT TAATCTCAGA TGGTAATAAT TTTACAGCCT CCAAAGCTGG 480 ATTAATCTTT TCACCTCCAA AAGGATTAAA ACCTGTAACC AATATTTTCA TTTTATTTTC 540 CTTTACTAAA ATGCGAGAAA GTACATTAAG AATATGTGAA TAACAATCAT TACTAGAGCA 600 ACACCTGCTT GAGCCTTTAT AACGCCATTC TGATCTTTCA TATCCATCAA TGCTGCTGGT 660 AGAGCGTTAA AATTAGCAGC CATTGGGGTC AATAAGGTCC CACAATAACC TGCTGTCATG 720 GCAAGAGCAC CAGCCACAAT TGGATTAGCT CCCAGAGCAA ATACAAAGGG AACTCCAACA 780 CCTGCTGTAA TAACGGTGAA TGCTGCAAAA GCATTTCCCA TAATCATTGT GAATAGAACC 840 ATTCCAAGAA CATAGGCCAA AACTCCTATA AAGCGACTAT CTGAAGGAAC AATACCGCTA 900 ATCAGATGAG AGATAACATC ACCAACACCT GCTACAGTAA AAATAGCCCC CAAAGCCCCT 960 AATAATTGAG GAACAATCCC ACTTGTTGAA ACTTGCTGAG TCATTCGATT ATTTTCTGAT 1020 AACAGACTCT TAGGGTGACT ATTGGTAATC ACAAGAACAG AAATTGTAGC AAACAAGGCG 1080 GCAAGGCTAA TCGAAATCTT GCTAAATTCT GGAATCATTT GCGCTAAGAC CAACGCAAGT 1140 ATTGCCATCA GCATAACTGG AATAAAAATT TTATTTTTCA ACCTGTTAGA TTCAATATTG 1200 GCTTTCATTT CATCTAAGGA TGGCAAGGTT CCGATACGGA CTTGCTTAAA CAATGTTAAC 1260 AGCGATAATA GGATTACAAT AATACCAATA CTCATATTTG GCATATAGGA ACCACCTATA 1320 AACGTAATAG ACAATAGAGT CCAAAATGCA GATGTCCCAA GTCGAACTGG GTTTGTTTTA 1380 TCTTTATAAC TACAATAGGC TGTATGGAGA AATTGACAAC CAATCACAAT ATAGGTCAAC 1440 TCTAATAGTT GCTTTGCCAA CTCTGTCATT TTTGTTCTCC TCCCCTAGTC TTTTTTGATA 1500 TCAATTTTTT ATCAAATAAA TAATTATAAA TCCCCACTAC AATAAGTGTT ATAACAGCAA 1560 CAATAATAGA TGTAGAAGCA ATCCCTGCAT AATTGCTTTC ATAGCCTAAC TGATCTAATG 1620 TTCCCCCTAT CAAGAGGACT CCCCCAGCAC CTACAAACGT ATTTTGAGCA AAGAAATTTC 1680 CAAAATTTTC ATTCGCAGCC GCACGCGCTT TTATTGTCTC ATCTTCAACC TCTGTTAACT 1740 TTCTACCTAA TTGAGACTCT GCAGCTGCTT CTCCCATAGG TTGAACCAAA GGTCTGACAA 1800 ACTGAGGGTG TCCTCCTAGA CGAATTGAAA AGAAACCAGC TAACTCTCGA ATAAAGAAAT 1860 AAACTGTATA GAAGTTTCCA ACTGTCAGAC CTTTAATCTT TCGAATCAAA TCGATTGATC 1920 GTTGCTTGAG TCCAAAGGTT TCTGACAGCC CCACAAGAGG CAAGGTAACC ATAAAAATCG 1980 TGAGCACTCG CTGATTGCTA AATTCTTTTC CCAAAATCTC CAAAAATTCA ACGAGAGAAA 2040 CACCTGAAAC TAAAGCTGTA ACCAAACCAG CTAAGACTAC TGTTGCAATT GTATCAAATT 2100 TTAAAATAAA ACCCACAACA ATGATTGCTA TTCCTATTAA TCTAATCCAC TCCATATCAA 2160 ACTCCTTTAT ATTCAAAATG ACAGTATTTT TAAAATTTTA TCAAGATCAA TACCATTCCT 2220 TATTTAATGT GTTTTTCTAG TTCTTTTTGG TATTTGCTAT TGGATTCCAA TTTTTCTTTT 2280 TGCCATTTTT TAAAAACCTC GTTATATTCT TTTGTTGTAA CAATATCTTT TTGCAATTTC 2340 ATTCCTTTAA AGATATATGG ATCCCCCTTA ATACCAACTT GTGAGTATGG TTTTGAGAAT 2400 GGTACTACGT TACTTACAAC TGGAGAACCA CCAGATGAAG CTGTTGGCAT CAATAATGAA 2460 CTATCTGTCG ACCAAGCTTG AGCTTTGGCA TATTTTTCAT ATCTTTTCTC TAGGTCAGTG 2520 GTCTCAGAAA CAGCATCTTC TAACAATTTC TTATATTTAT CCAAACCAGG TTTAGCTACA 2580 ACATCCTTAT CTTTTCCTTT CGTAATACCA AGGTGTTTCA TGGCAGAACC AGATTTTGGA 2640 TCTATAATAT TCAAGTGAGA CGCTGGATCT TGATAGCTTG GAGCCCATCC TGTACTGTTC 2700 AAATCATAGT CTTTTTGAGA AGGAGCAACA TTGCCGTATT TATCATTTTC CATCAAACCA 2760 TCAATAACAT TTCCAATAAC GTCTGTCCTC GATGTTCGAG TCGCTATACT GTAGCCCAAT 2820 GATGCTGGAT CTACTGCATA GACATAAGAA AATGTTGTCG GTGCATCTGC TTCTTTATCA 2880 GTTTTTCCAC AAGCCACTAA AATAGCTGAC GTGCTCAGGA CCACTCCTGC TGTTAAGAGC 2940 CACTTTTTCT ATTTCATAAA GAATCTCCTT TGGTTTATTT TAATCTACTT TTACAATCCA 3000 ACCTTCTGGC GCTTCAATAT CGCCAAACTG AATACCCGTC AATTCATTAT ATAATTTACG 3060 CGTCACAGGA CCTACTTCTG TTTCACTATA GAATACATGG AAATCATCAC CATGTTGAAT 3120 ACCTCCAATT GGAGAAATAA CCGCTGCTGT ACCACAGGCA CCTGCCTCTA CAAAACGGTC 3180 AAGATTATCA ATTGGAACAT CACCCTCAAT AGGAGTTAAT CCCAAGCGAT GTTCTGCCAA 3240 ATAAAGCAAG GAATACTTGG TAATAGATGG CAAGATAGAT GGACTCAATG GTGTTACAAA 3300 TTCATTATCA GCTGTAATTC CAAAGAAGTT AGCTGATCCG ACTTCTTCAA TCTTTGTATG 3360 AGTTGATGGG TCCAGATAGA TAACATCTGA GAAATGACGT GACTTGGCCA TTTTTCCTGG 3420 TAAGAGACTT GCAGCATAGT TTCCACCAAC CTTAGCCGCA CCTGTACCAT TTGGTGCTGC 3480 ACGGTCGTAC TCATCCTGAA TCAAGAAGTT GGTTGGGACC AAACCACCTT TAAAGTAATT 3540 TCCAACTGGC ATAGCAAAGA TGGTGAAAAT GTACTCTTCT GCCGGTTTTA CCCCGATAAT 3600 ATCTCCGACA CCAATCAAAA GAGGGCGAAG ATATAAGGTT CCACCTGTTC CGTATGGTGG 3660 TACGTATTCT TCATTCGCAC GGACAACTGC TTTACAAGCT TCTACAAACA TGTCTGTCGG 3720 AACTTGTGGC ATCAAGAGAC GGTCACATGT ACGTTGCAGA CGTTTAGCAT TTTCATCAGG 3780 ACGGAACAGT TGAACACTGC CATCCTTAGT ACGATAAGCT TTCAAACCTT CAAATGCTTG 3840 TTGTCCATAG TGAAGACTTG GAGAAGACTC TGAAATATGC AAAGTTGCAT CCTCTGTAAG 3900 CTCTCCTTGA TCCCATTGTC CATTTTTGAA ATGAGCAAGA TAGCGATAAG GTAATTTCAT 3960 ATAGGAAAAA CCGAGGTTTT CCGG 3984 (2) INFORMATION FOR SEQ ID NO : 177 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 8703 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 177 : TATCTAATTA TTGGTTTTTA TCGCTGACCT TGGCTATTGT TGGGGTTGTT TTACCCTTGT 60 TGCCTACAAC ACCTTTCCTT TTGTTGTCTA TTGCTTGTTT CTCCAGAAGT TCCAAGCGAT 120 TCGAAGATTG GCTTTATCAT ACCAAGCTCT ATCAAGCATA TGTAGCTGAT TTTCGTGAGA 180 CCAAGTCTAT TGCGCGTGAA CGAAAGAAAA AAATCATCGT CTCTATCTAC GTCTTGATGG 240 GAATTTCTAT TTATTTTGCA CCTCTTTTAC CAGTCAAAAT CGGTCTGGGT GCTTTGACCA 300 TCTTTATTAC TTATTATCTC TTCAAGGTCA TTCCAGACAA AGAATAGTTA AAACAGTAGT 360 TATTTGCCTT GATAAAATTG AAAGCATATT CATAACAATA TGATATAATA AAATTGAAGT 420 AATATTCAAG GAGAATCAAA TGATTTACGA ATTTTGTGCT GAAAATGTGA CTTTACTTGA 480 AAAAGCGATG CAGGCTGGAG CTCGTCGGAT TGAACTCTGT GATAATCTAG CAGTTGGTGG 540 GACAACACCC AGCTATGGAG TGACTAAGGC AGCGGTTGAA CTGGCAGCTA ACTACGATAC 600 AACCATCATG ACCATGATTC GGCCACGTGG TGGTGACTTT GTCTATAATG ACCTAGAAAT 660 TGCTATCATG CTAGAAGACA TTCGTTTGAC TGCTCAGGCT GGAAGTCAAG GGGTTGTATT 720 TGGAGCTTTA ACTGCTGATA AAAAGTTGGA TAAGCCTAAT CTGGAAAAGT TAATTGCTGC 780 ATCAAAAGGA ATGGAAATTG TCTTTCACAT GGCCTTTGAT GAACTAAGTG ATGAAGATCA 840 AGCGGAAGCT ATTGACTGGC TCAGTCAAGC CGGTGTCACT CGTATCCTAA CTCGTGCTGG 900 TGTGTCTGGC GACTCCTTAG AAAAACGTTT TGTTCACTAT CACAGAATTT TGGAGTACGC 960 TAAAGGTAAA ATTGAAATTC TACCAGGTGG GGGGATTGAC CTTGAAAACC GTCAAACCTT 1020 TATCGACCAG GTGGGGGTAA CACAATTGCA TGGTACTAAG GTTGTTTTTT AAAAAATAGA 1080 AAGGAACTGC TAGCTTTGGG TAGCAGTTTT CACTTATGTT TGAAATTTTT AAATCCTATC 1140 AATTTAATCA AGAAAAGGCT CATGATTATG GTTTTATAGA AAATAGCGAA GTCTGGACAT 1200 ATAGTTGCCA GATTTTGCAA GGTGACTTTG TCATGACTGT GTCCATCACT GCTGATAATG 1260 TGAACTTTCA AGTCTTTGAC CAAGAGACTG GTGACCTCTA TCCTCACGTT TATATGGAAA 1320 GCATGAGGGG AAGTTTTGTC GGAAATGTCC GTGAGGCTTG TCTGGAGATT CTTTACCAGA 1380 TTCGGAAGGC TTGTTTTGAT GTGCAAGATT TTATCTGTCA TCAGACTAAG CGTATCATGA 1440 CTCAAGTTCA GGAAAAGTAT GGAAACCAGT TGGAGTATCT GTGGGAAAAA TCGCCTGATA 1500 CAGCTGTATT GCGCCATGAA GGCAATCAAA AGTGGTATGC CGTCTTGATG AAAATCTCTT 1560 GGAATAAGCT GGAAAAGGGC AGAGAAGGAC AAGTGGAAGC AGTCAACCTC AAGCATGACC 1620 AAGTAGCTAA TTTGCTTTCA CAAAAGGGGA TTTATCCAGC CTTCCATATG AGCAAGCGCT 1680 ACTGGATTAG TGTGTCCCTT GATGATACTT TATCAGATGA AGAAGTACTG GAATTGATAG 1740 AAAAAAGTTG GAACTTAACC TCTAAAAAAT GAAATATTTT AATAATTTTC ATGAACTTTC 1800 AATTAGCTAA ATATTCTTTA CTGAAGAGAT TTTTAGAAAA TATAGGATTT ACCACACTAG 1860 AGGAATATGG TGCCATCTTC AAATACCTGA TTGAGAATGT CAAGACGGAT CGTCAGATCA 1920 TCTATTCGCC TCACTGTCAT GATGACCTCG GAATGGCAGT GGCAAATAGC CTTGCTGCTG 1980 TCAAGAATGG TGCAGGACGT GTTGAAGGGA CTATCAATGG TATTAGGGAG CGAGCTGAAA 2040 ATGCTGCTTT GGAAGAAATT GCAGTGGCTC TCAATATTCG CCAAGATTAC TACCAAGTAG 2100 AAACCAGTAT TGTCCTAAAT GAGACCATCA ATACGTCAGA AATGGTTTCT CGCTTCTCTG 2160 GTATTCCAGT TCCTAAAAAC AAAGCCGTCG TTGGTGGCAA TACCTTCTCC CACGAATCTG 2220 GTATTCACCA AGATGGAGTC CTTAAAAATC CTCTCACTTA TGAGATCATC ACACCTGAAT 2280 TGGTTGGTGT TAAGATTCTG CTTGGAAAAT TATCTGGTCG CCATGCTTTT GTTGAGAAAC 2340 TGAGAGAATT GGCCCTAGAT TTTACAGAAG AGGATATCAA ACCACTCTTT GCTAAGTTCA 2400 AGGCACTGGT CGATAAGAAG CAAGAAATCA CAGATGCAGA TATTCGAGCT TTGGTAGCTG 2460 GAACCATGGT TGAAAATCCA GAAGGCTTCC ACTTTGATGA TTTACAACTT CAAACTCATG 2520 CAGATAATGA CATTGAAGCG CTCGTTAGCC TAGCCAATAT GGATGGTGAG AAAGTCGAAT 2580 TTAATGCGAC AGGGCAAGGT TCCGTTGAAG CAATCTTTAA TGCTATCGAT AAGTTCTTTA 2640 ACCAATCTGT TCGTTTGGTG TCCTACACTA TCGATGCGGT AACAGATGGA ATCGATACCC 2700 AGGATCGGGT TTTGGTCACT GTTGAAAACA GAGATACAGA AACCATCTTT AATGCAGCAG 2760 GGCTTGATTT TGATGTGTTG AAGGCTTCTG CTATTGTCTA TATAAACGCT AATACCTTTG 2820 TTCAAAAAGA GAATGCAGGT GAGATGGGAC GCAGTGTTTC TTACCACGAT ATGCCTAGTG 2880 TGTAAAGGAG AAGGCTATGG CAAAGAAAAT AGTAGCTCTA GCAGGAGACG GAATTGGCCC 2940 AGAAATCATG GAGGTTGGTT TAGAAGTTCT GGAGGCTCTA GCTGAAAAAA CAGGTTTTGA 3000 CTATGAGATT GACAGACGAC CGTTCGGAGG TGCAGATATT GATGCAGCAT GACCTCCCTT 3060 ACCTGATGAA ACCCTTAAGG CAAGTAGGGA AGCAGATGCT ATCCTACTAG TAGCTATCGG 3120 TAGTCCTCAG TATGATGGAG CAGTGGTTCG CCCTGAACAA GGCCTGATGG CTCTCCGTAA 3180 GGAACTCAAT CTTTACGCTA ATATTCGTCC TGTAAAAATC TTTGACAGTC TCAAGCATTT 3240 GTCACCACTC AAACTGGAAC GAATTGCTGG TGTAGACTTT GTCGTGGTGC GTGAATTGAC 3300 AGGCGGGATT TACTTTGGAT ATCATATTCT TGAAGAGCGC AATGCGCGTG ATATCAACGA 3360 CTATAGCTAT GAGGAAGTGG AGCGGATTAT TCGCAAAGCC TTTGAAATTG CAAGAAATCG 3420 CAGAAAAATC GTTACTAGTA TCGATAAGCA AAATGTTCTA GCGACCTCAA AACTCTGGCG 3480 GAAAGTAGCT GAGGAAGTCG CACAGGATTT CCCAGATGTA ACCTTGGAAC ATCAGCTGGT 3540 AGACTCAGCT GCTATGCTTA TGATTACCAA TCCTGCTAAG TTTGATGTTA TTGTAACGGA 3600 GAATCTTTTT GGAGATATTT TATCTGATGA ATCAAGCGTC TTATCTGGTA CACTTGGGGT 3660 TATGCCATCA GCCAGTCATT CTGAAAATGG ACCAAGTCTC TATGAACCTA TTCACGGTTC 3720 AGCACCTGAT ATTGCAGGTC AAGGAATTGC CAATCCTATT TCCATGATTT TATCAGTTTC 3780 CATGATGTTG AGAGATAGTT TCGGACGTTA TGAGGATGCA GAGCGTATCA AACGTGCTGT 3840 TGAGACAAGT CTGGCGGCAG GAATTTTAAC GAGAGATATA GGAGGTCAGG CTTCAACAAA 3900 GGAAATGACG GAAGCTATTA TTGCAAGGTT ATGAAGTTAG ACGAAAAAAT TACTCTAGTC 3960 CTTTTGATTT GGAATGTCAT CATTTTCTTG ATTTATGGTA TTGACAAATC TAAGGCAAGG 4020 AGAAGAGTTT GGCGCATCCC TGAGAAAATC TTACTTATTT TAGCCTTTAC TTTTGGTGGT 4080 TTTGGTGCCT GGCTAGCAGG AATCATCTTT CACCACAAGA CTCGAAAATG GTACTTTAAA 4140 ATAGTTTGGT TTCTTGGGAT GGTGACCACA CTAGTAGCCT TATATTTTAT TTGGAGGTAA 4200 TGGATGGCAG GGTCTTCGAG GGAATACGCT GCTTGGGCTC TAGCGGACTA TGGTTTTAAG 4260 GTCGTGATTG CAGGATCTTT CGGTGACATT CATTACAATA ATGAACTCAA TAATGGCATG 4320 TTGCCAATCG TTCAGCCTAG AGAGGTTAGA GAGAAACTAG CCCAGCTAAA ACCAACCGAC 4380 CAGGTAACTG TGGACTTGGA ACAACAAAAA ATCATCTCAC CAGTTGAAGA ATTCACCTTC 4440 GAGATAGATA GCGAGTGGAA ACATAAACTC CTAAATAGTT TGGATGATAT CGGTATTACC 4500 TTGCAGTATG AAGAGTTGAT TGCTGCTTAT GAAAAACAAC GACCAGCCTA CTGGCAGGAT 4560 TAGAAAAAAT AGAAAAGGAG ATATAGTAAA CTGAAATAAG ATGTAAACAA ATGAATTGGA 4620 GCTTAACATC CATTTCCAGC AATTTTTTAG AAACTACAGT GGACTATTCT GGATTCAACA 4680 CATTATAAAA TTATGACAAA ACACATTCAC AAGAAGGCTA CGACATTTTA AAAGGTGAGG 4740 GCGGATGTAT CGTTTGCCCT ACTAAAGTTG GTTACATTAT CATGACCAGT GACAAGGCAG 4800 GACTTGAGCG TAAGTTCGCA GCCAAAGAAC GTAAGCGTAA CAAACCAGGT GTTGTTCTCT 4860 GCGGTAGCAT GGATGAACTT TGCGCTTTAG CGCAACTCAA CCCAGAAATT GAAGCATTCT 4920 ACTAAAAACA TTGGGATGAA GATATTCTTC TTGGTTGTAT CCTTCCTTGG AAACCAGAAG 4980 CCTTTGAAAA ACTCAAAGCA TACGGGGATG GCCGTGAAGA ACTTATTACT GATGTACGTG 5040 GTACTAGCTG TTTTGTTATC AAGTTTGGAA AAGCAGGTGA ACAATTGGCT GCCAAGCTTT 5100 GGGAAGAAGG TAAAATGGTC TACGCCTCAT CTGCTTCAAT GACAAAACGA TTGAAACTCG 5160 CTATGAGCAA GGTGTAATGG TGTCTATGGT CGATAAGGAC GGCAAACTCA TCCCAGAACA 5220 AGGAGGAGCA CGTTCAACTT CACCAGCTCC AGTTGTGATC CGTAAAGGGC TTGACATTGA 5280 TAAAATCATG ATGCACCTGT CAGATACTTT TAACTCATGG GACTACCGTC AGGTTGAGTA 5340 TTATTAGGAT AGAGAAGAAG TCTAGTGTTA TGAGATATTA AAGCTCCTAA CACTGGGCTT 5400 TTGTTTAGAA TTTCTTTTCT TTTTCTATAG GATATGGTAT TCTATGTAGA AAATATATGT 5460 TAATAAGTAA TGCCAATATT TAAACATCAT TAGTAAAAGG AGTTAGATTG ATGAATAAAA 5520 GAAAAGTTAG TTTAGAAGAT TTTTATAAAT GGTATAGTCT AAATAAAGAA GAGTTATTAA 5580 ATAAGGCAAC TGTTGGTGAA AAGTTTAATG ATAAATTAAA AGAAGAGTTT CTCCAGGAAT 5640 GGCCTTTGGA TAGGATTTTA ACAATGTCAA TCGATGAATA TGTAATAGGA AAGGGACAGC 5700 AAAATAAGTC TTTATGCTAC GCTCTTGAGA AGGGAAAATA CAAAAATCTA TTTCTTGGAA 5760 TTTCTGGTGG CTCAGCTTCA AAATTTGGTA TTTATTGGAA TAAAAAAACA AACAAATATA 5820 AAGATCAAGC TAATAATGAG ATTTCAGAGT TGGATCAGCG ATTTTCAAAA TTAAAATCAG 5880 ATTTGTATGA AATTATCAAA GAAGGTATTC GTTTTAACTT TGAAAATCCT ATTTTTGATA 5940 TGAAAAGATC AACAAATGAA TTTATTGGTC GTTCTGCTAT GGTGACAAAA TTACTTTGTA 6000 TCTATACTGA GGGAGATCCT TTCTTTGGTG TAAATATTAA TAGTCAGAAA GAATTTTGGA 6060 ACCACTTTGT TTCTCAGACA AATCAAGGTG GACCTTATCT GCAAAATCAT AAAATAATTG 6120 AACTGGTGTC CAAAACTTAT CCTGAGTTGG AGCCATCGAA ATTAGGAACT ATGCTTTTTG 6180 AGTATTCTAA GCTTTTTATG GAAAATAAGG AAGACAATAG TACAATGGAT TCATCAAACA 6240 ATTTTCGTCA TCAATTAACT CAATCTCTAT TAAAGTCTCC AAACCTCATC CTCCGCGGTG 6300 CTCCTGGCAC GGGAAAAACT TATCTTGCTA AAGAAATTGC TAAAGAATTA ACGGATGGCA 6360 ACGAAGATCA AATCGGATTT GTACAATTTC ACCCATCATA TGATTATACG GATTTTGTAG 6420 AAGGTTTAAG ACCAGTATCA AATGGGGATG GAGCTATTGA GTTTAGGCTA CAGGACGGTA 6480 TTTTTAAAGA TTTTTGTCAG AAAGCAAAAG AAACCCAATT GATTGGAGGA CAAGATAATT 6540 TTGATGAGGC TTGGGATTCT TACTTAGAAT ATATAAATGT TGCTGAAGAA AAAGAATATA 6600 TAACAAAAAC ATCTTACTTA TCTGTTAATA GTAGACAAAA TTTGTCAGTA AATTATGATA 6660 GTGGTGTTCC AGGATGGTCA CTACCTAGCA AATATGTTTA CGAGTTGTAT AAAGATAAAA 6720 ATTATAATAA GCAAGAATAC TACAAAAGTG GTGGAAAAAC TGTCCTAGAA ACATTGAGAA 6780 AGAGATTTGG TTTGAAAGAC TATGTTTCCC CAACAGAAAT TGATACTGAT AAGAATTTTG 6840 TCTTCATCAT CGATGAGATC AATCGTGGGG AGATTTCTAA GATTTTTGGC GAACTCTTTT 6900 TCTCTATCGA CCCCGGCTAT CGTGGTGAAA AAGGAAGTGT TTCTACCCAA TATGCAAATC 6960 TACACGAAAC TGATGAAAAG TTCTATATCC CCGAAAATGT TTACATCATC GGAACTATGA 7020 ATGATATTGA TCGTTCAGTG GATACCTTTG ATTTTGCTAT GCGTCGTCGT TTTCGTTTTG 7080 TTGAAGTTAC TGTCGAGGGT CAAGCTGGCA TGTTGGATAA AGAGTTGAAT ATCCATGCAG 7140 AAGAAGCAAA AATTCGTCTA AGAAACTTGA ACGCTGCTAT CGAAAATATT CAGGAATTAA 7200 ACAGTCATTA TCATATTGGA CCAAGTTATT TTCTTAAGTT GAAGGATGTA GATTTTGACT 7260 ATGAATTACT CTGGTCTGAT TATATTAAGC CTCTCCTAGA AGACTACTTG CGAGGTTCTT 7320 ATGATGAGGT TGAAACTTTG GAaACTTTGA AAAAAGCATT TGATCTGACA AATAATGAGC 7380 AAAAAGATCA GGCAGTAGCT GATGACAATG AAGGCGATGA AAACGATGAT GCGGATTACT 7440 GATAATCAAC ACAAGATTAT TAAAGAAAAA TTTGTTGAAG AATATCCTAA ACTAAGCAAT 7500 CCTCTTTTAG ACAGAACCTT GGAAAGTCTA TCCCAAGATG AACGTATTTT CATTTTTCCA 7560 AATGATTwGA CTCATACTCC TGATTTGGAT AAGGACCAAA AGATTTTTGA AACAGTCAAT 7620 CAGAAAATCA AGACAGGGAA CGTGATTGGT TTTCTTGGAT ATGGTCAGGA AAGATTAACG 7680 ATTTCCTCAC GATTTTCTGA TGAGAGTAAT GACCACTTTT TGCATTATCT CTTAAACAAG 7740 GTTCTTCATA TCAATCTCAC TAGTTTAGAT GTTGCTTTGT CTCGTGAAGA GAGGCTTTAT 7800 CAACTTTTGG TGTATCTCTT TCCCAAGTAT CTACAAGCTG CTATTCGAAA AGGTCTTTAT 7860 AAGGAATATC ATCGATTTTC TCATAACGAC AGTCATGTTA AGGGAGTGAT TGATGTAAGA 7920 AACCATCTCA AGAAAAATCT TCCTTTCACG GGAAATATTG CCTACGCAAC GAGAGAGTTC 7980 ACCTATGATA ATCCCCTCAT GCAGTTGGTC CGTCACACTA TTGAATACAT TAAGAATCAG 8040 AAAAGCATTG GTCAAGGGGT ACTAGATAAT CTCTCAACTA GTCGTGAAAA CGTATCTGAA 8100 ATCGTGCGTG TAACGCCCTC TTATAAACTA GCTGATCGTG CTAAGATTAT TCGGGGAAAT 8160 CAATCTAAAC CTATACGTCA TGCATACTTT CACGAGTACA GAAACTTACA AGAACTTTGT 8220 CTGATGATCC TAAACCAAGA AAAGCACGGT TTAGGGTATC AAGATCAAAA AATCTATGGT 8280 ATTCTCTTTG ATGTTGCCTG GCTTTGGGAA GAGTATGTTT ACACCTTGTT GCCAAAAGGT 8340 TTTGTACATC CCAGAAATAA GGATAAGACG GATGGAATTT CAGTATTTTC TGTTGGGAAA 8400 CGAAAAGTAT ATCCAGATTT TTATGACAGA GAACGAAAGA TTGTTCTAGA TGCAAAATAT 8460 AAAAAACTGG AATTGACTGA AAAAGGAATC AACCGTGAGG ACTTATTCCA GCTGATTTCC 8520 TATTCTTATA TTTTAAAAGC TGAGAAGGCT GGACTGATTT TTCCTAGTAT GGAGCAGTCA 8580 GTAAATAGTG AAATAGGAAA AGTAGCTGGC TATGGAGCTC AATTGAAGAA GTGGTCTATT 8640 CGAATCCCTC AGAATGCCTC ATTCTATAGT ACATTTTGTA AAATGATGGA AAATTCAGAA 8700 GAG 8703 (2) INFORMATION FOR SEQ ID NO : 178 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4854 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 178 : CATCACCAGT TTTAGATGGC TTTAACAGTG AAATTATTGC TTTTAATCTT TCTTGTTCGC 60 CTAATTTAGA ACAAGTACAA ACAATGTTGG AACAGGCATT CAAAGAGAAG CACTACGAGA 120 ATACGATTCT CCATAGTGAC CAAGGCTGGC AATATCAACA CGATTCTTAT CATCGGTTCC 180 TAGAGAGTAA GGGAATTCAA GCATCCATGT CACGTAAGGG CAACAGCCAA GACAACGGTA 240 GGATGGAATC TTTCTTTGGC ATTTTAAAAT CCGAAATGTT TTATGGCTAT GAGAAAACAT 300 TTAAATCACT TAACCAATTG GAACAAGCCA TTATAGACTA TATTGATTAT TACAACAATA 360 AGAAAATTAA GATAAAACTA AAAGGACTTA GTCCTGTGCA GTACAGAACT AAATCCTTTG 420 GATAAATTAT TTGTCTAACT GTTTGGGGGC AGTACACAAG AAAGCGCTTT AAAACCAGTA 480 GACCTTTTCA TAAGGTTCGC TTGATGTACC AAGATGAGGC TGGTTTCGGT AGAATCAGTA 540 AACTGGGATC TTGTTGGTCT CCAATAGGAG TAGGTCCACA TGTCCATAGT CACTATATAC 600 GAGAATTTCG CTATTGTTAT GGAGCTGTTG ATGCCCATAC AGGCGAATCA TTTTTCTTAA 660 TAGCTGGTGG ATGTAATACT GAGTGGATGA ACGCCTTTTT AGAAGAGCTT TCACAAGCTT 720 ATCCAGATGA TTATCTTTTA CTCGTTATGG ACAATGCTAT ATGGCATAAA TCAAGTACCT 780 TAAAGATTCC GACTAATATT GGTTTTACCT TTATTCCTCC ATACACACCA GAGATGAACC 840 CATTGAACAA GTGTGGAAAG AGATTCGTAA ACGTGGATTT AAGAATAAAG CCTTTCGAAC 900 TTTGGAAGAT GTCATGAATC AACTCCAAGA TGTCATACAA GGATTGGAGA AGGAGGTGAT 960 AAAGTCCATC GTTAATCGGA GATGGACTAG AATGCTTTTT GAAAACAGAT GAGTATAAAA 1020 TTGAATTGCT TATAAAAAAG CTCCATACAC TGGATGTGTA TAGAGCAATG GGGCTTTATT 1080 TGATATAGAG TTCTTGGTTT TTTAGGACAA TTTCTCGGAT ACTTGCAAAC TTTTTAAGTT 1140 TTTTGATTTC TTCTGGATGA GTGACGAGAG TGATAACATA ACCTTCCTTG CCCATACGAC 1200 CAGTACGGCC AGCACGGTGT GTGTAGGTTT CGCTATCTCT AGGAATATCA AAGTTTACGA 1260 CACATTCTAG GCTATCGATA TCAATTCCAC GAGCCAAAAG GTCAGTTGCA AGAAGCAGGG 1320 TTAGTTGGTT ATCTTTAAAC TTTTCTAAGA TGATTTTTCT AAATTTAACA TTAACATCAC 1380 TAGCGAGGGA AACAGCCAAT ATATCACGAT ACTGTAGTTT TTCCTCGGCA TTCCCAAGGT 1440 CTGACAGGCT ATTGAAGAAG ACTAGACCAC GGAAATCCTC TACATGAGCC AGTTTTCGTA 1500 GCATATCCAC TCGATGACGT TGGTCTACCT GCATGTAGAA ATGCTGGATA TTGTCCAATT 1560 TTTGATCAGA GAGATCAATA GTGCGTGTAT TCGGCACAAT CTTTTCTTGG TCAAACTTGG 1620 TCGTGGCACT CATGTAGACC AGTTGGTGGT CACGAGGTGC GTAGTGAGTG ATTTTTTCTA 1680 CAAAGTGAAT CTGAGAATCA TCTAGTAATT GGTCAAATTC ATCCAGGATG ATGGTTTCCA 1740 CATTCATCAT CTTGATTTTT TTAAGTTTAA TGAGTTCAAA GATACGGCCA GGAGTTCCAA 1800 TCAGAATTTC TGGCCCCTTT TTAAGACGTT CAATTTGTCG TTTCTGACTT GAACCTGAAA 1860 GGAAGAGTTG AGCAGTCAAT CCGATAGCTT CTGCCCACGT TTTACATACA TCAAAAATCT 1920 GTCCAGCAAG TTCCGTATTT GGTGCTAGAA TCAAGAGTTG TTGGGCTTTT TTCTTTTGTA 1980 GTCTGAGAAG ACTTGGTAGG AGATACGCTA GGGTCTTACC AGTTCCGGTT TGGCTCACTC 2040 CTAGGAGGTT TTCTCCAGCA AGAAGGGGCT CAAATAGTTG AGTTTGAATG GGGGTGAATT 2100 CTTGGAAACC GAGTTGGTCA CTCAGTTCTT GCCATTCAGT CGGTAGTTTG GTTTTCATTT 2160 TTCTGCCTCA AATCTAATGC CAGCAGTCTG GCGCATGGTA TATAGTAGCT CATGAACAGA 2220 GCCTGCATCA TACAGCCAAG TTTGGTAGAG ATTCAGATCT GGTTGCTGGA TCATGTGTGC 2280 AAATGCAGCG ACTTCCTCAG TCATCGTATG AGGAGCCTGT TGGATAGGAA GCTGGACTTG 2340 ATTTCCTTGG TGGTCGGTAA AAATAGCTGA GCGAATATGC TCAATCGTGT TGAGAGTCAA 2400 GGTTCCATCT GTTGTATAAA TCTCGCAAGG AAGATTGGAA GTGATGTTTT TTCCAGCCTT 2460 GATGTGAACT TGATAGTCTG GGTAGAAGAG GATACCATCT CCATTTAGGT CAATGCTATT 2520 GTCAAGCTGT TGAGCATGGT AAGTCGCGTC ATTGGCTTTT CCAAAAAGAC GAACAGCAGC 2580 ATAGAGGGGA TAAATCCCCA AATCCATGAG GGCTCCACCA GCAAAACGGT CTGAAAAGAC 2640 ATTTGGTGTT TGTCCAGCCA ACAAGTCAGG CATCTTGGAA GAGTATTTGG CATAGTTGAA 2700 ATCTGCTCCT AACACTTGCT TATCTGCTAA AAAGTTTTTG ATAGTAGTAA AGGCTTTCTC 2760 GTGGTAATTA CGAGCTGCTT CAAAGATAAA ACAGTTATTT TTTTCAGCTG TTTGAATCAA 2820 ATCAAACCAT TCTTGTGGTT GAGAGACAGC TGGCTTTTCG AGAATAACAT GTTTACCAGC 2880 AGACAAGGCA GCTTTTGCCT GAGCAAAATG TAAGGAGTTT GGACTGGCGA TATAGACTAA 2940 ATCAAAAGAA GATTTGAAGA AGACTTCTAA TTGATCGAAT AGTTGGATAT TCTGATAGCG 3000 AGAAGCAAAG GTTGCTGCAG TTTCTAGTTT TCTAGAATAG ATTGCGACCA GTTGGTATTC 3060 TCCACTGGTA TGGGCTGCTT CTATGAAATG ATGGCTGATA GCGCCAGTTC CGATGACACC 3120 TAATTTTAGC ATAAATACTC CTTTTCCGAT TTTAAATCCT TCTTTCATTA TAACATAGAT 3180 AGACGGGACT ATCCAACAGA GAGGAGAAAA TTTCAAATAA GCTATTAGCT TTCTTTTCCG 3240 AATAAATAGA TAGAAGCATA GAATCTAGCA AACCTAGATT TAAAAATGTG CTATAATAGA 3300 AGGAGGAAAA GGAGGATTCT CAGACATCTA GGTATCAGCC CAACTAATGA TTTGTCAATT 3360 TATCCGCGAT ATGCTGGACT TGCCAGCAAA AAATGTGACG ATTTTGGAGG GAAGTAACAT 3420 TCACGTCTTG CCTTCCATGC CCTACTCAGC GTAAGATTTC TATACTAGTA TAGACGTCTT 3480 GGCGGAGTTA GATAATGGAA TCCAAGTTAT CATCGAAATT CAGGTTCATC ATCAGAATTT 3540 TTTCATCAAT CGCCTATGGC CTTATCTGTG CAGTCAGGTT AATCAAAACC TAGAAAAAAT 3600 TCGCCAACGT GAAGGTGATA CCCACCAGAG CTACAAACAA ATCGCACTAG TATACGCTAT 3660 CGCAATTGTC GATAGTAATT ACTTCTCAGA TGACCTAGCT TTTCATAGTT TTATAGTAAA 3720 ATGAAATGAG AACAGGACAA ATCGATCAGG ACAGTCAAAT CGATTTCTAA CAATGTTTTA 3780 GAAGTATAGG TCTACTATTC TAGCTTCAAT CTACTAGAAA TTCCATAGAT AGAAAACTAC 3840 ATAATCTCTA CAGATACGGA TGTTGGAGTT GATGTAAGAT GCTTTGGCTT GCTAGAGGAA 3900 TTGTGGATTG CCAAATTGTA TCATTGAAAT TATTGCTCAA ATTTGTTATG ATATAAATAT 3960 GAATAAAAGT AGACTAGGAC GTGGCAGACA CGGGAAAACG AGACATGTAT TATTGGCTTT 4020 GATTGGTATT TTAGCAATTT CTATTTGCCT ATTAGGCGGA TTTATTGCTT TTAAGATCTA 4080 CCAGCAAAAA AGTTTTGAGC AAAAGATTGA ATCGCTCAAA AAAGAGAAAG ATGATCAATT 4140 GAGTGAGGGA AATCAGAAGG AGCATTTTCG TCAGGGGCAA GCCGAAGTGA TTGCCTATTA 4200 TCCTCTCCAA GGGGAGAAAG TGATTTCCTC TGTTAGGGAG CTGATAAATC AAGATGTTAA 4260 GGACAAGCTA GAAAGTAAGG ACAATCTTGT TTTCTACTAT ACAGAGCAAG AAGAGTCAGG 4320 TTTAAAGGGA GTCGTTAATC GTAATGTGAC CAAACAAATC TATGATTTAG TTGCTTTTAA 4380 GATTGAAGAG ACTGAAAAGA CCAGTCTAGG AAAGGTTCAC TTAACAGAAG ATGGGCAACC 4440 TTTTACACTT GACCAACTGT TTTCAGATGC TAGTAAGGCT AAGGAACAGC TGATAAAAGA 4500 GTTGACCTCC TTCATAGAGG ATAAAAAAAT AGAGCAAGAC CAGAGTGAGC AGATTGTAAA 4560 AAACTTCTCT GACCAAGACT TGTCTGCATG GAATTTTGAT TACAAGGATA GTCAGATTAT 4620 CCTTTATCCA AGTCCTGTGG TTGAAAATTT AGAAGAGATA GCCTTGCCAG TATCTGCTTT 4680 CTTTGATGTT ATCCAATCTT CGTACTTACT CGAAAAAGAT GCGGCCTTGT ACCAATCTTA 4740 CTTTGATAAG AAACATCAAA AAGTTGTCGC TCTAACCTTT GATGATGGTC CAAATCCAGC 4800 AACGACCCCG CAGGTATTAG AGACCCTAGC TAAATATGAT ATTACAAGCG GGGT 4854 (2) INFORMATION FOR SEQ ID NO : 179 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2186 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 179 : TAAACAGGTG TTAGGTGCTC TAAACTATTA AAATTCTAAG GAAATAAGGC TACTTTTTCT 60 GGGTCTTGTT CATAGTAGGT GTGGTTCTTT TTTTCGAGTG TAGCCCATAG CTTTGAGCGC 120 ATAGTGGATG GTAGTTGGAT GACAGCCAAA TTCAGAAGCT ATTTCAGTCA AATAAGCAiC 180 TGGATTGTCA GTAAGATAGT TTTTAAGTCT ATCTCTATCA ACTTTTCTTG GTTTTGTTCC 240 TTTTACTTGG TGGTTTAGCT CTCCTGTTTT CTCTTTTAGC TTTAACCAGC CATAAATGGT 300 ATTACGTGAG ATTTGGAAAA CGTGTGATGC TTCTGTTATA CTACCTGTTC GCTCACAATA 360 AGAGAGAACT TTTTTACGAA AATCTATTGA ATATGCCATA AGAAGATTAT ACCACATTGT 420 GTACTATTTT TGGTTCATTT TACTATATTT CTAAACACTT AGAAATAATA AAACAAATTA 480 AATATTATTT CTAAATATTT GAAAATAACA TCTATTTGTA TTATACTATC TTTGAGGTAA 540 CTATTATGAA CTATATCAAA AGACCACATT ATTTAGATTT TTTAAGAAAA CATCGTGACC 600 GACCAATCAT CAAAGTTGTG AGTGGAGTTA GACGAGCTGG TAAATCTGTG CTTTTTCAAC 660 TCTATAAAGA GGAGTTACTA GCAACTGGGG TAGACGAGGA TCAGATTATA TTCATCAATT 720 TCGAAGATTT GAGTTACTAT GATCTGCGAC ATTTTCAAAC ATTATTCGCT TATATAAAAG 780 ATCAATTAGT TAGCAAGAAA ACATACTATA TCTTTTTAGA TGAAATTCAA TATGTTGAAA 840 AATTTGAACT GGTAGCAGAT AGTCTATTCA TCTTAGCAAA TGTAGACCTC TATTTGACTG 900 GATCTAACGC CTACTTTATG AGTAGCCAAT TAGCAACAAA CTTGACTGGT CGGTATGTTG 960 AGATAGAGGT TCTTCCTTTG TCATTTGAAG AATATCTATC AGGTCAATCT CTCACAGAGA 1020 ATCTGAATAC AACAGAAATT TTTAACAATT ATCTCTTTAG TGCTTTCCCT TACTTATTGC 1080 AAACATCATC TTACGATGAA AAAATTGACT ATCTCAGAGG AATATATAAC TCCATACTGT 1140 TAAATGATAT TGTCACTAGA TTGGGAAAAC CAAATCCTAC TATTATTGAG CGCATTGTCC 1200 GAACCCTTCT CAGTAGTACA GGTAGCTTAA TATCAACAAA TAAGATTCGC AATACCCTAG 1260 TCAGCCAAAA TGTTTCAATA TCCCATAATA CTTTGGAAAA TTATTTGACA ACTTTGACAG 1320 ATAGTTTACT TTTTTATTCC GTTCCACGTT TTGATGTAAA AGGTAGAGCA TTATTGCAAC 1380 GTTTAGAAAA ATATTATCCC GTTGATTTAG GTTTACGACA TCTCTTATTA CCAGACCAGA 1440 AAGAAGACAT TAGGCATATC TTGGAAAATA TGGTATATTT GGAATTGAGA CGTAGATATT 1500 CACAAGTATA TGTTGGTAAT TTAGATAAGT ATGAGGTTGA TTTTGTTGTT GTAACTGATC 1560 TTGGCCACTA CGCTTATTAT CAGGTCAGTG AAACAACACT TGCTCCAGAA ACACTAGAAA 1620 GAGAACTTAG ACCACTAGAA GCCATTAAAG ATCAATTCCC TAAATATCTA TTAACAATGG 1680 ATACGATTCA GCCAACAGCC AATTACAATG GAATCGAGAA GAAAAGCATT ATAGATTGGT 1740 TACTAGAAAA ATAGATAAAT ATAAATCATA CAGCTAATTA GATTTGCAAC AGTCTGTTAT 1800 CAATGATTCT ACCCAAATCC TAACAAGATA TAGTGAATTT CGAATACGCT ATATAATACG 1860 GACACTTGAA AATAGAAATT GGGGATGAAA GGGGATCTAT AATTTCTGGA AGTACTATCA 1920 AAAATTAATA TCATAGTCTT ATTAGAGAAT AGCATCACCC ACTTTCTCAA ATAAGATTAA 1980 ATTGTAACTG AATTATAATG AAAAAGAGAC TGAGCAATCA GTCTTTAAAA TCAGAAAAGC 2040 GCATAGTATC AGGTATTGAA CAACCTTGAT AATATGCGTT TTATTATGGA AATATTTGCT 2100 TCATTTTCTC CTGAAATAGA GCTTTTGCTA TCCTATTTTT CTCTATTTCT AATGATTTAC 2160 TTCAACTTCT TACCTCTTGG GAAAAA 2186 (2) INFORMATION FOR SEQ ID NO : 180 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3236 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 180 : GTCACACGTT TGACTTCACG TATTTCATAA GTATAAACTT TATTTTTATC GGTTAGATAA 60 ATCTTCATGC CATTTTTAGC ATTATCTAAA GGAGAAAATA ACATTTTATT AGCATTATCA 120 ACACCAAAGA TATGGTGACT AGCTAGACTA TAATTTCCTT CTCCCATTAC TTGCTCGCGT 180 TTCATTGTAC CAGCTCCGTA GAAGAGATTA ACATTATCAA GTCCTTTAAA AATCGGCAAA 240 TTCATTTCCA ATTCAGGAAT TGCAATTCCC CCAATAACTG GTAATTTTTG AGCATCCCAT 300 TGAGAAGTTA GAACAGCTTC CGAAGAGATA GCTTTGACAG AATCAAAGTC AAAATTGCCT 360 TCTGTATCCT GATTTTCTTC TAATTTTTCT TTTGATACCT GGCTAACTTG ATACTTATTG 420 GTATTCCAGA CTATGAAAAT ATTTCGAATT TGAGTATTAA AAATCAAAGC CAGTGACAGT 480 AATATCAGAA ATCCTGCTAG GATATTTGTC AGCAGATTTT TTCGCTTGTT TTTCTTTTTA 540 TTATTTTTTT GAGACATTAT GCTTCACCTT CTGTTTCGTT TTCTGTCCCA ACTTCTTCTT 600 TTTCTGCCAC CGCAACCGTT GTGAAAGTCA CTATCTGAGC ATCTTGATCC AGGCGCATTA 660 CTTTAACTCC CATAGTTGCA CGTCCTGTTT GTGAAATATT GGCAAGATTG GTTCGAATCA 720 TGACACCTGT ATCAGTGATA ATCATCAAAT CCTCATCCCC TTGAACAGTC ATAAGACCGG 780 CCAGCAAGCC ATTTTTTTCG GTAATTTTAG CTGTCTGCAT TCCCTTACCA CCACGACCTT 840 TTGTTGGGTA TTCAGTAGCG ACTGTACGCT TACCATATCC TTTTTCTGTG ATAATAAGAA 900 CCTCATCTTG ATCAGTAATC AAGCTGGCAC CAACAACTGT GTCTCCTTCA CGAAGGTTAA 960 CACCTTTCAC ACCAGTGGCG ATACGGCTCA TACCACGAAC GGCTGATTGA TTAAAGCGAA 1020 CTGCATAACC AAACTTGGTA CCAATGATAA TATCCATATC TCCTTCTGCC AACAAGACAT 1080 TGATTAACTC ATCTTCATCC TTTAAATTCA GCGCTTTGAG ACCATTTTGA CGAATATTGG 1140 CAAACTCCTT AACACTGGTT CTCTTCACAA TACCGTGACG GGTTGTAAAG AAGAGATAAG 1200 CATCATCACT GCGATCAGAC TCAACATTGA TAACCGTCTG AATACTTTCG TCTTCATCCA 1260 ATTTCAAGAG ATTGACTACT GGTAGCCCTT TGGCAGTCCG ACCATACTCA GGAATTTCAT 1320 AACCTTTAAG ACGATAGACA CGTCCCTTGT TTGTGAAGAA GAGCAGATGA TCATGGGTGC 1380 TAGTTGACAC TAACTCACGA ACAAAGTCAT CATCTTTCAC TCCCGTTCCT TGGACACCAC 1440 GACCCCCACG TTTTTGAGCA GTGAACTCGT CCTGATCCAA ACGCTTAATG TAGCCTCTGT 1500 TAGAAAGGGT AATCAAGACA TCCGATTCTT CAATCAAGTC CTCATCCTCG AGACTCAAGA 1560 CCTGTCCAAT CATCAACTCT GTACGGCGCT TATCAGAAAA TTTACGTTTA ACTTCATCCA 1620 ATTCGTCTTT GATAATTTGA GAAACACGTT CAGGCTTAGC AAGAATATCT GCTAAATCCG 1680 CAATCAGAGC CAAGAGGTCA TCATACTCAG ATTGAATCTT ATCGCGTTCC AAACCTGTCA 1740 AACGACGAAG ACGCATATCA AGGATAGCTT GACTTTGACG TTCAGAAAGC TTAAACTTGC 1800 TCATCAACTC AGCTTGAGcT TCCGCATcCG tTTCACTAGC ACGGATGATA CGAATCAyTC 1860 GTCGATATGG TCTAGCGCAA TCAAGAGACC TTCTAAGATA TGAGCGCGCG CTTCCGCTTT 1920 TTCCTTATCA AAACGTGTAC GACGAACAAC CACTTCTTTT TGGTGCTCGA TATAAGCATC 1980 CAAAATCTGA CGAAGAGACA AAATTTTCGG TATACCATTT TGGATAGCGA GCATATTGAA 2040 ACCAAAATTG GTTTGCATTT GGGTCATTTT GAAGAGGTTA TTGAGAATAA CATTGGCTGA 2100 GGCGTCGCGC TTGACTTCAA TAACAAATCG AACACCTTCA CGGTTTGACT CATCACGTAC 2160 TGCTGTGATA CCCTCAATGC GTTTTTCCTG AACCAAGCGA ACAATATGCT CATGCACCTT 2220 GGTTTTATTG ACCATGTAAG GAAATTCTGT TACAACGATA CGCTCACGAC CAGTCTTAGT 2280 CGTTTCAATC TCTGTACGAG AACGTAGGAC AATCGAACCT TTACCTGTTT CATAAGCCTT 2340 ATGGATACCT GATTTCCCCA TGACAAGAGC ACCAGTTGGA AAATCTGGTC CAGGCAAGAC 2400 TTCCATCAAG TCCTTGGTAG TCACTTCAGG ATTATCCATG ACCAACTTCA CTGCATCAAT 2460 gGTTTCACCC AGATTATGAG GTGGAATATT GGTTGCCATC CCAACCGCGA TACCAGTTGC 2520 TCCATTAACC AAAAGGTTTG GAAAACGCGC TGGCAAGACC AAGGGTTCCC GTTCATTGGC 2580 ATCATAGTTA TCAACGAAAT CAACTGTATT TTTGTTGATA TCACGAAGCA TTTCCAGAGC 2640 AATCTTGCTC ATACGTGCCT CGGTATAACG TTGAGCGGCA GCACTATCTC CATCCATGGA 2700 ACCAAAATTC CCATGACCAT CTACAAGCAT GTAACGGTAG CTCCACCATT GAGCCATACG 2760 GACCATGGCT TCATAAATAG AGGAATCCCC GTGTGGGTGA TATTTACCCA TGACATCCCC 2820 TGTAATACGA GCAGATTTTT TATGGGGTTT GTCTGGGGTC ACACCCAATT CATTCATTCC 2880 GTAGAGAATG CGACGGTGAA CAGGTTTTAA GCCATCTCGA ACATCAGGAA GAGCTCGCGC 2940 TACGATAACA CTCATGGCGT AGTCGATAAA ACTTGCCTTC ATCTCCTTTG TCAGATTGAC 3000 ATTCACTAAA TTTTTATCCT GCATTAATAA ATGCCTCATT TCACAATTAG TAAGTAACAA 3060 CATTATACCA TAAATTCCCA TCTATTTCAG CCTCTAAACC ACTAAAACGT TTACATCGAG 3120 AACTATAAGG CATATTCGTG ACAAAGTTTT TTAAAAGTGA TAGAATGAAG TTGTCTAGGG 3180 AAAACCCCTA ATAGAATAAG GAGATGGTTA nACAATGACT CTGACTAACA CACAAA 3236 (2) INFORMATION FOR SEQ ID NO : 181 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 8651 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 181 : AGGTCCTGAA GTATTGGAAC AGGAAGGTCA AGAGTTTTTG GAACATTTCA AAAAACTCTT 60 GGAGTCAGTT GAAGTAGTAG CCATCTCAGG TAGTCTGCCA GCTGGCCTTC CAGTTGATTA 120 CTATGCGAGC TTGGTAGAAC TTGCTAATCA AGCTGGCAAG CATGTAGTCT TGGACTGCTC 180 AGGTGCAGCA CTTCAGGCTG TTCTTGAATC ACCCCATAAA CCAACAGTCA TCAAACCAAA 240 TAATGAAGAA TTGTCTCAGC TTCTTGGAAG AGAAGTTTCT GAGGATTTGG ATGAATTAAA 300 AGAAGTACTT CAAGAACCTT TGTTTGCAGG GATTGAATGG ATTATCGTTT CACTTGGTGC 360 CAACGGTACT TTTGCCAAAC ATGGTGACAC TTTCTACAAG GTAGATATTC CTAGAATTCA 420 GGTGGTAAAT CCTGTTGGAT CTGGAGACTC TACTGTGGCA GGAATTTCTT CAGGACTTCT 480 TCACAAAGAA TCGGATGCAG AATTACTCAT CAAGGCAAAT GTCCTTGGTA TGCTCAATGC 540 TCAAGAAAAA ATGACTGGTC ATGTCAACAT GGCCAACTAT CAAGCTCTAT ATGATCAATT 600 AATAGTAAAA GAGGTATAAA ATGGCTTTAA CAGAACAAAA ACGTGTACGC TTAGAAAAAC 660 TTTCTGATGA AAATGGTATC ATCTCAGCTC TTGCATTTGA CCAACGTGGT GCTTTGAAAC 720 GCCTCATGGT TAAACACCAA ACAGAAGAAC CAACTGTGGC CCAAATGGAA GAACTTAAAG 780 TCTTGGTAGC AGATGAATTG ACTAAATATG CTTCATCTAT GCTTCTTGAC CCTGAGTATG 840 GACTTCCAGC AACTAAAGCT CTTGATGAAA AAGCTGGTCT TCTCCTTGCT TATGAAAAAA 900 CAGGTTATGA CACAACAAGC ACAAAACGCT TGCCAGACTG CTTGGATGTT TGGTCTGCAA 960 AACGTATTAA AGAAGAAGGT GCAGATGCAG TTAAATTCTT GCTTTACTAT GATGTAGATA 1020 GCTCAGACGA ACTCAATCAA GAAAAACAAG CCTACATCGA ACGCATCGGT TCTGAGTGTG 1080 TGGCTGAAGA TATCCCATTC TTCCTTGAAA TCCTTGCTTA CGATGAAAAA ATTGCGGATG 1140 CAGGTTCTGT AGAATACGCT AAAGTAAAAC CACACAAAGT TATCGGCGCT ATGAAAGTCT 1200 TTTCAGACCC ACGCTTTAAC ATTGATGTTT TGAAAGTTGA AGTTCCTGTT AACATTAAAT 1260 ATGTTGAAGc kTCGCTGAAG GTGAAGTAGT TTATACACGT GAAGAAGCAG CAGCCTTCTT 1320 CAAAGCGCAA GATGAAGCAA CGAACTTGCC ATACATCTAC TTGAGTGCTG GTGTATCAGC 1380 TAAACTCTTC CAAGATACTC TTGTATTTGC TCATGAATCA GGTGCGAACT TTAACGGAGT 1440 TCTTTGTGGC CGTGCTACAT GGGCAGGATC AGTTGAAGCT TACATCAAAG ATGGTGAAGC 1500 AGCAGCTCGC GAATGGtCGC ACAACTGGAT TTGAAAACAT TGACGAACTC AACAAAGTTC 1560 TTCAAAGAAC AGCAACTTCA TGGAAAGAAC GCGTGTAAGA AAGTCCTCCT AGTTTAGGAA 1620 CATGAATCTA AAAAAATTTA AAAAAAGTTG TATGTAAAGG CTTACAAAAT AACTTACTTG 1680 TGCTATACTT AAATCACAAG TTAATATGAA TTAGAAAGTA ACTATATGAA GTATAATAAA 1740 AATAGGATAT AGTTTATTTT ACGAGCTAGG AAGGAAAAAT ACGGAAACAA TATTGCCAGA 1800 ATAAACTATA TTTAGATGCA CATTTCATTC ATTGTTTTAT AAAAGGAGAA GATAAACGGC 1860 TACTAAAAAG AGTTTTAAAG CGTTAGTTGT AGGACTAGGT ATTGTTTCAA TATTCTTATC 1920 AGCCTTACCT ATGGTTAGTG GTTCTGTATT TGCAGATAGT GCCCTAACTA CAGTAGATAA 1980 AGCAAATGAT ATTGTTTTGA ATGTTGATGG GAATAAATTT TATAATGTTT CGGTTTCAGA 2040 AGATATTGTA AATGCTGGTC AAATTTTGGA AGATTATTTT TATGTAGATA AATTTGGAAA 2100 TATAAATTTA AAAGGCACTC CTGAAGAGTT AGCAAAAAAT ATTGGTATTT CTGTACAAGA 2160 AGCAAGTTTG ATGTATGGAG CTGTAAAAGA GTTACCCAAC GTTTACGAAA GAGGTCCTGT 2220 AGGTTTTCGT TTCAATCTTG GTCCTCAAGT GAGGGGGATG GGTGGCTGGG CTGCTGGAGC 2280 TTTCGCTACT GGATATGCTG GATGGCATTT GAAACAATTT GCGGTTAATC CTGTTACATC 2340 TGGATTTGTT GCTGTAATAA GTGGTGCGAT TGGCTGGGCT GTAAAAACTG CTGTAGAAAA 2400 TTATTGGACA GTTGCTGTAG CTACAGTAGA AGTGCCGTTT GTGAACCTTG TTTACACCAT 2460 AGATTTACCT TAGAGGTTAT TTCTTTATGA ATCATTCTTT TAAAAAAATA ACTGTATTTT 2520 GTTTTATAGT TTCTTGTGTT CTTTGTTTAT TAGACTTAAT GAATTTTAAA AATGTAGCTA 2580 CTTTTTTATT TTTCTGTCTT CCTGTTTTTG TTTTGATTTA CAAAAATAAA TAAAAACAGA 2640 GCCTCTGTTT GATGAATTTT AGAACATAGT TAAGTTTTAA AAAAAGTTGT ATGTAAAGGT 2700 TTACAAAATA ACTTACTTGT GCTATACTTA AATCACAAGT TAATACAAGG TGAGTGTTAC 2760 TAAGTAATAT TAGGCATGAT CACAGGTGAA TTAGAAATCA GCTGATTTTC TAGTTCATTT 2820 GTGGTCATTT TTTGTACTTA TATACCTTTA AGATATAAAA GGAGGTTGAC ATGTATCGAA 2880 TTCTAAATCC AATGAATCAC AATGTCTCGC TTGTCAGAAA TGATAAGGGA GAAGAGGTGA 2940 TTGTAATTGG TAAGGGAATT GCATTCGGAA AGAAGAAGGG GGATTTGATT GCTGAAAATC 3000 AGGTTGAGAA AATCTTTCGG ATGAAGACCG AAGAGTCCAG AGAAAACTTT ATGGCTCTTC 3060 TCAAAGATGT TCCGCTTGAT TTTATCACAG TGACCTATGA AATCATTGAT AAGCTATCAA 3120 AGAAATATCA TTATCCGATT CAAGAGTATC TCTATGTAAC CTTGACAGAT CATATTTACT 3180 GTTCTTATCA AGCTCTAACT CAAGGAAGGT ACAAGGATAG TAATCTGCCA GATATTTCCG 3240 CTAAGTATCC TGTCGCTTTT CAAATCGCAA ATGAAGCTTT TGAAATTTAC CGTCAGAAGC 3300 TAGCAGATCA TTTTCCTGAG GACGAAATTA TTCGGATTGC TTATCATTTC ATTAATGCTG 3360 AAGGTGAAAA TGAAGTGGAA CTTGTGGAGT CGATTGATAA GAGGAAAGAA ATTCTCAGGA 3420 ATGTTGAAGA AGTTTTAACG GACTATGCAA TTCAACGAAC TAAAAAGAAT AACCATTTCT 3480 ATGATCGCTT TATGATCCAT TTGAATTATT TCTTGGATTA TTTAGACAGA TCTAGAGATG 3540 ATAACCAATC ACTTCTGGAT ATGGAAGATC ATATTAAACA ATCCTATCCA AAAGCCTTCG 3600 AGATTGGTTC CAAGATCTAT GATGTGATTA CGCAACATAC GGGTCTTGAT TTGTATAAAA 3660 GTGAACGAGT TTATCTAGTT CTACATATCC AACGTTTATT GTCATAAAAA TTTATTTAAA 3720 ACTATATAAG GAGAATTCTA TCATGAATAG AGAAGAAGTA ACATTGTTAG GTTTTGAAAT 3780 CGTAGCCTAT GCTGGCGATG CTCGTTCAAA ACTATTGGAA GCCTTGAAGG CTGCTGAAGC 3840 TGGTGATTTT GAAAAAGCGG ACGCTCTGGT AGAGGAAGCT GGTAGCTGTA TTGCAGAGGC 3900 TCACCACGCG CAAACAAGTC TATTGACTAA GGAAGCTTCA GGTGAGGACT TGGCTTATAG 3960 TGTAACCATG ATGCATGGCC AAGACCACTT AATGACAACT ATCTTGTTAA AAGATTTGAT 4020 GCATCATTTA ATTGAACTCT ACAAGAGAGG AGTTCAATAA TGAATAAACT AATTGCATTT 4080 ATCGAGAAAG GAAAGCCTTT CTTTGAAAAA CTATCTCGTA ATATCTATCT TCGTGCTATT 4140 CGTGATGGTT TCATTGCAGG TATGCCTGTT ATTCTCTTCT CAAGTATCTT TATCTTGATT 4200 GCCTTTGTAC CAAACTCATG GGGCTTTAAA TGGTCTGATG AAGTTGTAGC CTTTCTGATG 4260 AAACCTTATA GCTATTCTAT GGGTATTCTG GCTCTCTTGG TAGCTGGTAC AACAGCTAAG 4320 TCATTGACTG ACTCAGTAAA CCGGAGCATG GAAAAAACCA ATCAAATCAA GTATATGTCA 4380 ACATTGTTGG CAGCAATTGT TGGTTTGTTG ATGTTGGCAG CTGATCCTAT CGAAAGTGGT 4440 CTAGCTACTG GATTCTTGGG GACAAAAGGT TTGCTTTCAG CCTTCCTTGC TGCCTTTGTT 4500 ACTGTAGCCA TCTATAAGGT TTGTGTTAAG AACAACGTCA CTATTCGTAT GCCTGACGAA 4560 GTTCCACCAA ATATCTCACA AGTCTTTAAA GATGTGATTC CATTCACTCT ATCTGTTGTT 4620 TCTCTTTATG CTCTTGACTT ATTAGCACGT TATTTTGTTG GTTCTAGTGT GGCAGAATCA 4680 ATCGGTAAAT TCTTCGCACC ACTCTTCTCA GCAGCAGACG GATACCTTGG TATTACCATT 4740 ATCTTTGGTG CCTTTGCCTT CTTCTGGTTT GTTGGGATTC ATGGTCCATC TATCGTTGAA 4800 CCAGCTATCG CAGCTATTAC CTATGCCAAT GCCGAAGTTA ACTTGAACCT TCTCCAACAA 4860 GGGATGCATG CAGACAAGAT TCTTACTTCT GGTACACAAA TGTTTATCGT TACCATGGGT 4920 GGTACAGGTG CGACATTGGT CGTTCCATTT ATGTTCATGT GGTTGACAAA ATCGAAACGT 4980 AACCGTGCAA TCGGACGTGC TTCAGTAGTT CCTACCTTCT TCGGTGTAAA TGAACCAATC 5040 TTGTTTGGTG CACCTCTTGT TTTGAATCCA ATCTTCTTCA TTCCATTTAT CTTTGCTCCA 5100 ATTGCAAACG TATGGATTTT CAAATTCTTT ATTGAAACTC TTGGAATGAA CTCATTCACT 5160 GCTAATCTAC CATGGACAAC TCCAGCTCCA CTAGGTCTAG TTCTTGGAAC TAACTTCCAA 5220 GTGCTATCAT TCATTCTTGC TGCCCTTCTA ATCGTGGTTG ACGTTGTCAT TTACTATCCA 5280 TTCCTTAAGG TCTATGATGA ACAAATTCTT GAAGAAGAAC GTTCAGGTAA GTCTAATGAT 5340 GAATTGAAAG AAAAAGTTGC TGCAAACTTC AACACTGCAA AAGCGGATGC TATTCTTGAA 5400 AAAGCGGGTG TCGATGCAGC ACAAAATACC ATCACTGAAG AAACAAATGT CCTCGTTCTC 5460 TGTGCAGGTG GAGGAACAAG TGGTCTCCTT GCAAATGCTT TGAATAAGGC AGCAGCAGAA 5520 TACAATGTCC CTGTGAAAGC AGCAGCAGGC GGCTATGGTG CTCACCGTGA AATGTTACCA 5580 GAGTTTGATC TTGTTATCCT TGCCCCTCAA GTTGCTTCAA ACTTTGAAGA TATGAAAGCA 5640 GAAACAGATA AGCTCGGTAT TAAACTAGCG AAAACAGAAG GCGCTCAATA CATCAAATTA 5700 ACTCGTGATG GAAAAGGTGC TCTTGCATTC GTACAAGCGC AATTCGATTA AGGCTAGAGA 5760 CTCTGAAATA GTCTCCCATC GTTACGGAAA TCGCTATGGC GAATTTCCTA TTATTAATTC 5820 GTCGGTAAAA AGATATCGTT TTTACCTCCT CATGTCACAA TTCGGTGACT TGGTACAAGA 5880 AGTGAGATGG AGAAGGATGG CTCACTGACT CCTCTCCTCT CACTTTTACT TTATTTAAAT 5940 CAAGAAATAG GTGAAAAAAA TGACAAAAAC ACTTCCAAAA GACTTTATTT TTGGTGGCGC 6000 AACAGCTGCT TATCAAGCAG AAGGTGCTAC ACATACTGAT GGAAAAGGAC CAGTTGCTTG 6060 GGATAAATAT CTTGAGGATA ACTACTGGTA CACTGCCGAA CCAGCTAGTG ATTTTTACAA 6120 TCGATATCCA GTTGACCTCA AGCTAGCAGA AGAGTATGGT GTCAATGGTA TTCGAATTTC 6180 TATTGCTTGG TCACGTATTT TCCCGACTGG TTACGGCCAA GTAAATGCTA AAGGTGTTGA 6240 GTTTTATCAT AATTTATTTG CAGAGTGTCA CAAACGTCAT GTTGAGCCTT TTGTAACTCT 6300 TCATCACTTT GACACGCCAG AAGCTCTCCA CTCAAATGGA GACTTCTTAA ACCGTGAAAA 6360 TATCGAACAT TTTGTAGACT ACGCTGCCTT CTGTTTTGAA GAATTTCCAG AAGTAAACTA 6420 TTGGACAACC TTTAATGAAA TTGGACCAAT CGGTGATGGT CAATATTTGG TTGGGAAATT 6480 CCCTCCAGGT ATCCAGTACG ACCTTGCCAA AGTCTTTCAA TCACACCACA ATATGATGGT 6540 GTCTCATGCA CGCGCGGTAA AATTGTACAA AGAGAAAGGC TATAAAGGGG AAATTGGTGT 6600 TGTTCACGCC CTGCCAACTA AATATCCTCT AGATCCTGAA AATCCAGCAG ATGTTCGTGC 6660 AGCTGAGTTG GAAGATATCA TCCACAATAA ATTCATCTTA GACGCAACTT ATCTAGGTCG 6720 CTATTCAGCT GAAACCATGG AAGGTGTCAA CCATATCTTA TTAGTCAATG GTGGTAGTTT 6780 GGATCTTCGT GAAGAAGATT TTACAGCATT AGAAGCTGCA AAAGACTTGA ATGATTTCCT 6840 AGGAATCAAC TACTATATGA GTGACTGGAT GGAAGCCTTT GATGGAGAAA CTGAAATTAT 6900 CCATAATGGT AAAGGTGAAA AAGGAAGCTC TAAGTATCAA ATCAAAGGTG TTGGTCGTCG 6960 TGTAGCTCCT GACTATGTAC CACGCACGGA TTGGGATTGG ATTATCTACC CTCAAGGTTT 7020 GTATGACCAA ATCATGCGTG TGAAGAAAGA TTATCCTAAC TACAAGAAGA TTTACATCAC 7080 TGAAAATGGT CTCGGCTATA AAGATGAGTT CGTTGATAAC ACTGTTTACG ATGATGGTCG 7140 TATTGATTAC GTGAAGCAAC ACTTGGAGGT TTTATCTGAT GCGATTGCAG ATGGAGCTAA 7200 TGTAAAAGGT TACTTCATTT GGTCATTAAT GGATGTCTTC TCATGGTCAA ACGGTTATGA 7260 GAAACGTTAT GGTCTCTTCT ACGTAGATTT TGAAACTCAA GAACGTTATC CTAAGAAATC 7320 AGCTCACTGG TACAAGAAAG TAGCGGAAAC TCAGATTATA GACTAGTAGA ATTAGTCATT 7380 AGATATAGAA TTTTAGTGAG TCAAAAAGAT GTTCAAAGAT TTTATCCAAT CTATTTATGA 7440 AAAAAAGTTT ATATTATAAA TTTCGAAAAA TGCTCTCAAA TACCGTGTTT GACGAGTGAA 7500 GAATTGAAAA GTCTTGGAAA ATGGTATGTC TCGACTGGTA AAGAATGGAT TTGTCATTCA 7560 GATGATGAGC TGGAAGAATT TAAAAATCTA TTTTTAAATT TTATCAATCC TGAAGAATGG 7620 GATACTATCT CCTTTGATTC AGATTTTATG CCGTTTCAAC AATCGTAACC AATTTCTCAA 7680 AAAAGTTAAA TCTTATATTT AGTACTCTGT AAAACTCTTA TCTAATCACG TTGCTTATAC 7740 TCAATGAAAA TCAAAGAGCA ACTTTAAACT AGGAAGCGAG TCGCAGATTT CTCAATGCAT 7800 AGCTTTGAGG AATTGGGCAA AAAGTCTTTG ATATAGAAAA ACGCATAGTA TCAGGTGTTT 7860 CAACACCTGA TACTATGCGT TTTATTGTGG GAAGATTTAC TTTTTTTCTT CTGAAATTGA 7920 GTTGTTACCC AGGCTCTTTC AGTTTATTAA GGCTTGATGA CTTTAATGTG TTTAGATAGC 7980 TTAAAAAGGA TTGAATCACT TAGTTTAGAA TCTGAAACAA TAGTATCAAG ATTTGATACA 8040 TTATAAAAAG TATAAAAATC AAACTTATTG AACTTGCTAT GATCTGCGAG TAAATATTTT 8100 TTATTAGAAT TATTTAAAGC GATGCGTTGA GCCTCTCCCT CTTCCTCGCT AAAAGTAGC. T 8160 AGAGCTCCGT TTTGAATACC ATTACAGCTA ACGAAAGCTT TAGAAAATTG GAGATTAGAG 8220 AGATTTTGTA GGGTCAATGT ACCAACAAAA GCACCTGTAA TATCGCGATA ATTTCCACCT 8280 ATTAAAATCA AATCTGTTAA TTTTCGTTCG CTTAAAATCA GAAAAACAGG TAGACTGTTG 8340 GTTACGACGC GGATATTGTC AATAGGCAAC TCACGCGCAA AAAACTCTAA TGTTGTTCCT 8400 GGTCCAATGA AAATAGTTTC TCTTTCTTCT ACTAGACTGC CTGCAAAATG GGCTATTTCT 8460 TGTTTTTCTG CCGTTTGGAG GGCTTGTTTT TCAATATTTG ATCGCTCATT AGTCAAAAGG 8520 GAGTTGGTTC GAAGTTTTTC AGCTCCACCA TGCACACGAA TCAGCAAATC TTTATCAGCT 8580 AATTCCTGTA AATAGCGCCT TGCAGTCATA TCTGAAACGG CTATTTCGTC CATAATCTGT 8640 TTAACTGTTA T 8651 (2) INFORMATION FOR SEQ ID NO : 182 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3786 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 182 : AATCTCCAAT CAGTGCCACT TCAGCTACAA AGAAGAGGAG GATAATAACT CCGTTCACAA 60 GGACAGACAA GAATAATTGA TAGAAGGAGT CGGTTTCACT TGCTTGACTT GGTCTTGTAA 120 TGATwTGGAG ACTGGCAAGC AGAATGATTC CAATGCTAAT CACACACAAG AGGGCTGTAA 180 ATCGTAGGCT ATCAAAGAAA GCAAAGAAAC TAGCAATAGC AGTGAGGAmG ATTGGAATTG 240 CCAAGAGTTG ACTATATTGT TGGAGAACCT TGTCTAGCGT CCAGTCCTTT TCCTGGTGGA 300 TAAATCGTCT CACAACGAAA CTACCCAAGA GGAATGAAAA GAAGAAGAGT GTTGTCGCTA 360 CTAGGATAGA GATGATAGAA AAAAGAGTTA AAGGAGCTAG CTGCTCAGGG AAGCGACTGT 420 TAATGCTTGC TATATGTCCA TAGTAAGCAT GTTTGATGTG ATAGATACTA AAGAAAAAGG 480 AAGATGCAGA AAACAGAATG AGCAAGAGAA AGGCTGTGTA ACTGTGTGTG ATACTTGTTT 540 CCAACTTACT TGTAGGAGAT TTGATCGCTT CCACTAGCCA AGACCAAAAA TCAAGCACTT 600 GCTCTTTCCA TTTATCCCTA GATTTTGGAG CTTGGTCGGG GATATAAGGA CTTTCTAAAG 660 ATTTACTGAT AAGAAGTGGC TCTTTCGTGG TTGCTTTTTG CTGAGGAAGA GCTTCTTGGC 720 TCTCTTCAGC TATAGTGACT TTTTCTGTTT CTTTAGAAAG GTCTGGCTCT TCTTCAGTAG 780 AATTAGATGC CTTCTTTTCT TCTATTTCTG TTCTCGCTTC ACTGTCTTCA GGAGCTTCAA 840 TTTTCTCTTC TTGCTGGCTT TCCAATTCGA CTTCAGCTTG AGGGACTTCC TCCTCTAACT 900 GAGTATTTTT TTCAATTGGT GTATCGAGAT CGGCTATCGT TTCTTCAGCC TTGTCTGCAA 960 CCTCTTGAGC TTGCTCTTCA GGCTTGTTCT TGCTTGTTGT TTTTACAAAA TCATTACTTT 1020 CAAACCATTC TTGTTTCATG GTAGAACCTC CTTTTTAGTT AGATAAATAT GTTTCCATAG 1080 TAGCAAATGT AAGCGTTTTT GTCAACGTCT GCTTGGTGTG GATATTAGAT CAATATTATC 1140 ATCAGATCTC GCAATGAGTT GATCCTTGAC ATCGGTTTTT TCAGTTTTGT AAGGGTTGCT 1200 TAATTCCGTA CCTCTTGATT CAGGCTTTTC TCTTGTGAAT TGGAAGATAG AACCATAGTT 1260 GCTTGAGATG TCCCAGTTAA TTCGTTGGCT TTCTTTCTGG TCTAGGATGA TTCTGAGATA 1320 ATCTTTGGCA GTCAGTTCAA CCTTGCCATG GACTTGGATA TTTTCAGCGT GGAAGTGATT 1380 CTCTGTTGAC TCTAGCTGAC TATCTGTAAG AACTGTATCA AAGATATTAA CGATATTGGG 1440 CGTTGTGAGT TTACTGTTTT TGATACGACT TCCTTCAATT CGGAGGATAT AGCTGTTTGT 1500 ATTGAGGGTC GCATTTTCAA GGCTAGCATT TATGATGGTG GTTTGTCCGC GATTGGCTGA 1560 GATGTTGATC CCTTTTAGAG TTCTCCCTTT TGGTAGTCGG AGAATAACTT CTTCAAAACG 1620 ACTAGAGTAG CTACTTGCGA TATGAAGAAT CCCACCAATT CCAGAAGAGA GAAACGGAGT 1680 TTCAGACAGT TTCTTATCAG TGAGACTCAG AGTTCTATCG TTCTGATTGG TGATAAGATC 1740 ATGGTGAGCA GAAAGAGATG GATGGTAAGA AATGTGGATT TGATCATCGA AAGAGTCTGT 1800 GATGGTGAGC GTGTGTTGGT GGAGAGTAAT TTCTAGGTTT TCGACTTCCT TGCCAAAGGT 1860 TAGCTTTTCC GTACGGCTAT CATAGACAGG TTCTTTGGAC ATGGAAAGTA GGCTCTTAAt 1920 CCCGTCAGAT TGGATACCTA CAAAAAGCAG GATAAAGCCG ATAACGGTAG TCACCACACC 1980 AAAGATGAGA AATCCTTTTG TCCATTTACG CATGCTGATT ACCTCTCTTT CCTTTTTTAA 2040 GAACAAATTG TACCAGACGA ACAATGAGTA GACCGAAGAA GCGAGTTGCA TAGGAAATGC 2100 CAAGTAAAAC TAGCGAAGAA GCACCGATAG CCAGTAAACC AGAACCAAAA ATCAAGATAA 2160 AGGCTGATTT GGCTTGGGCG AGGACAGTGA AACTTTCAAC TAAAAATAGG AATCCGCCGA 2220 TGATACCCAG TATGGAAACT GCAAAGAAAG CCAGAATGAC AGTCAAAGCG GCTACAAGAA 2280 TTGCGAACAG GGTCACGAGG ATGGCGATTC CCAGAGGAAT GCCGATAGGT GCTGCAAGGA 2340 GGGCTAACAA GGCGATATGT AAAATTTGTC GGTTATTTTT TTGAGCGGGT GCTTCATTGA 2400 TTTTTTTATC GAGAAGATTG GATAGAACTT CGTGGGCCGC TTCTTTGGGA GTTCCCAAAC 2460 TAGCGATGAG TTCTTCTTCT CCTTCGACTC CAGCATCGTC AAAGAGCTCT CTGAAATAGT 2520 CCATGGCTTC GATACGGTCA GCTTCAGGTA GTTTCTTGAG ATAGAGTTCT AGCTGAGTCA 2580 GGTATTCAGT TCTTGTCATG GCGGATACTC CCTTCTATGA TGCCATTGAT GGTGTCTGTA 2640 TAGAGTGCCC ATTCATCTTT TAGGGTCAAG AGCTGCTCTA TACCACCGTT TGTCAAGGAG 2700 TAGTATTTGC GCATGCGACC TTGGAACTCT CTAGAATAGG TTGTCAGAAA GCTATTGCCT 2760 TCCAATTTTT TGAGAATGGG ATAGAGTGTG GATTCTTTGA TATTAGCGAT CAGCTTAATG 2820 GTTTGGCTAA TCTCATAACC ATAAGAATCA CCCTGCTCCA GTACAGCCAA GATGAGAAAT 2880 TCAATCAAGG CAGAGGATGT TGGAAAGTAC ATGGGAAACC TCCTTTTCTA ATGTGTAAGA 2940 TTTTTATATA TAATTTTTCT ACACATACAT TGTACATCTA AAAGAAAGCC CTGTCAAGAG 3000 AAATGTGTAA AATTTTTATA TATAAAAAAC TTCTAGCTAA AACTAGAAGT TTAAAGGATC 3060 TTATCCGCTC TGTCCACTGT AAAGAGGGCC ACAGTCATCA GGATATCGAT GAGCAAGAGG 3120 GCAGCTACAG ATGGTACCCA AGAGTGGAAC AGGTCAAAAC TGTAACCAAA GAGGGTTGGC 3180 CCAAAGGCTG CTAGGATATA GCCTCCTGTT TGAGATAGGC CGGACAATTG GGCTGTCTTT 3240 TCAGGGGCGC TTGTCTTGAG TGAAAAGTTG ACCATGAGAT AAGGGAAGAG GGCACTGGTT 3300 GCGGTTCCGA TGAGGAGATG GATGGCAAGC CAGTAAATGA AATTATTGAT TGGGAAAAAG 3360 AGCATGGAAA TGCCGACCAC ACCAGCTAGT GAAACCAGAG TGAGCATGAG CTGACGGTTG 3420 CGAGTAGATA AACTGGTTGT CAGGCTTGGG ATGGTCATTG AAAAAGGAAT GCTAATCAGA 3480 GATAAGATAG AAGTCAGCAA GCCAGCTTCG TGACTGGATA GACCTGCATG GATAGACATG 3540 GTAGGTAACC AGGTCATGAC GGTGTAAAAG ATCAAGGATT GAAAACCTGA AAAGATAATA 3600 ATTGCCCAAA CCTGTTTATT ACGCATGACC TTTATTTGAC TTTTTTGTTT GGTTTGTGGA 3660 GCTAGTCTAT GATTATAGCG GTGATTTGGG AGCCAGACCA AAAAAGTTGC TAGACAGAGT 3720 AACGTGAGGA GAAGGATAAG TCCTTTCCAA GAACTGGCTT GTGTAATGGG CACAGCTAGA 3780 TAGGAA 3786 (2) INFORMATION FOR SEQ ID NO : 183 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3054 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 183 : TCAGCTAAAA AACATTGCTA AATTGATTGA AGCTGGTGCT ACACATTCCG ATTCAACTTC 60 TCACACGGCG ACCACCAAGA ACAAGGTGAG CGTATGGCAA CTGTTAAACT TGCGGAAAAA 120 ATTGCAGGTA AAAAAGTTGG TTTCCTTCTT GATACAAAAG GACCTGAAAT CCGTACAGAA 180 TTGTTCGAAG GTGAAGCTAA AGAATATTCA TACAAAACTG GTGAAAAAAT TCGTGTTGCA 240 ACTAAACAAG GAATCAAATC AACTCGTGAA GTGATTGCGT TGAACGTTGC TGGTGCTCTT 300 GATATCTATG ATGATGTTGA AGTTGGTCGT CAAGTTTTGG TTGACGATGG TAAACTTGGT 360 CTTCGTGTGG TTGCTAAAGA TGATGCAACT CGTGAATTTG AAGTTGAAGT TGAAAACGAT 420 GGTATCATCG CTAAACAAAA AGGTGTGAAC ATCCCTAACA CTAAAATTCC TTTCCCAGCT 480 CTTGCTGAAC GCGATAACGA CGATATCCGT TTCGGTCTTG AACAAGGTAT CAACTTCATC 540 GCAATTTCAT TCGTACGTAC TGCAAAAGAT GTGAACGAAG TTCGTGCAAT CTGTGAAGAA 600 ACTGGAAACG GACATGTTCA ATTGTTCGCT AAAATCGAAA ACCAACAAGG TATCGATAAC 660 TTAGATGAAA TCATCGAAGC AGCTGATGGT ATTATGATTG CTCGTGGTGA TATGGGTATC 720 GAAGTACCGT TCGAAATGGT TCCAGTTTAT CAAAAAATGA TTATCAAGAA AGTCAATGCT 780 GCAGGTAAAG TTGTTATCAC TGCAACAAAC ATGCTTGAAA CAATGACTGA AAAACCACGT 840 GCAACTCGTT CAGAAGTATC AGATGTATTC AACGCTGTTA TCGACGGAAC TGACGCTACA 900 ATGTTGTCAG GCGAGTCTGC AAACGGTAAA TACCCACTCG AGTCAGTAAC TACAATGGCT 960 ACAATCGACA AGAACGCTCA AGCTCTTCTT AATGAATACG GACGTCTTGA TTCAGATTCA 1020 TTTGAGCGTA ACTCTAAGAC AGAAGTAATG GCTTCTGCTG TTAAAGATGC TACTAGCTCA 1080 ATGGATATCA AATTGGTTGT AACTCTTACT AAGACAGGTC ATACTGCACG TTTGATTTCT 1140 AAATACCGTC CAAATGCTGA CATCTTAGCA TTGACATTTG ACGAATTGAC AGAACGTGGC 1200 TTGATGTTGA ACTGGGGTGT TATCCCAATG TTGACAGATG CTCCATCTTC AACTGACGAT 1260 ATGTTCGAAA TCGCTGAACG TAAAGCGGTA GAAGCAGGTC TCGTTGAGTC AGGCGATGAT 1320 ATCGTTATCG TTGCTGGTGT GCCAGTAGGA GAAGCTGTTC GCACAAACAC AATGCGTATC 1380 CGCACAGTAC GTTAAGAAAA ATATAAAAAC CTATCATATC CAGCTTTAGA GCTTGTGTGA 1440 TAGGCTTTTT GTATAGAGGG TAAGAAATAG GCAAAACTTT CATAATGGAT TGATACTCTT 1500 CGAAAATCTC TTCAAACCAC GTCAGCGTCG CCTTACCGTA TATATGTTAC TgACTTCGTC 1560 AGTTCTATCT ACAACCTCAA AGCAGTGCTT TGAGCAACtG CGGCTAGCTT CCTAGTTTGC 1620 TCTTTGATTT TCATTGAGTA TGAAATAAGA TATGCACAAA TTGATTAGAA AGTCAAATGA 1680 ATTTCTACAA ATGTTTTAGC AATCGTAATG TACTTGTCTA GATTCGATCT GATATATTTT 1740 CGATTTAATG ATATGGTATT TAAAACCTCC AAAGTAGCTT ACTCCATTCT TTTACTTACG 1800 TGAGTGTAGA TGTTATTTAC TGTTTTAGCG TTTTTGTGTT CCACTCTAAC CATTATAGCA 1860 TTCTTCTCAG CTAGTGTACT AAGGAGTGTG TGCCTGAAAA TATGGGAACT AAGGGGCTGG 1920 TTTATCGGTT TCTCTAGTTT AGTATTTGCC TTTTGCAAAG TGATCTTAAA TGCCTTTC'l'C 1980 TAAATTTACA TATCACTATT GTTTAACAAA ATCTAATCTA TTTTAGGTCA CTTATTCTTT 2040 TTTTGAAATG TAGAATGAAC TTTTTCAAAG TTTTTCGAAT CTTTTAAAAT CTGTTTGCTT 2100 TATATCGCCA TTCTCCCCCC TTTTTTAATT CTCCCTATAT AGCCTGACAG CTTTCCCGAT 2160 GGTACGAATA TGGTTGCTTT CGTCTAGGTG GATGTCGGGG TATTCGGGAT TGAGTTTTTT 2220 TGAGGCAGCC TTGGCGGAGT TTCTTGACAT AGTTAGTGCC GTCTACTTGG AAGATGCCGA 2280 TGGTATTATA GTCAATCTGT GGGGTATTCT TGATAAATAG GTAGTCGCTG TTTCTTATCT 2340 TTGGCTCCAT GGACTTGCTG ACGACATAAG CGATTGGGTC GTAGTCGTCT GGGATAATGG 2400 AAACTCCATA TCTAAATCGT TGTCCTGCAT CGAGCGGCTA CCTGCAGAGA TAAACTACCT 2460 AACACGAGAG TAAGTAGTCT GTCTGTAGTC GTCCAGTCTG ATGATTTTTA CGATACTTCG 2520 TTTTTCTGAT CATACAGTTG CCTCTCGGCA TAGGTCAGAA CTTTACCTTG TCTGGGTGGT 2580 TCCCGTTGGT CGTAGATAGA TTGGATATCG CTAGGAGAAT CCTTTTGAAC TGGAGGAAAG 2640 AGGGCATCGA TCAAGCTACT GAATACTTTA ACTAAGTCAA ATATAGTATT TTTCTTAGTA 2700 GACCTAACCC TTTTTTCATA ATTTCTAATG GTGTTTTTAC TTATACCTAT CTTAGTACCC 2760 AATTCTTATT GAGTCCAACC ATTACTAGTC TATATTGTTT TATAGTTGAT TGAGTTTGGA 2820 ATAGTACGCT GTAGCTGCTA AAACATTTCT AGAAATTAAT TTGACTTTCC TAATAGAGTT 2880 GTTCATATCT TATTTCAATC TATTATGTTT TTCACCTCTA ACAATCGCAA TCTCTTCTTT 2940 ATCCATGAAT GAAATCGCTT TCTATTTTTG TAAGTAAAGC ATAACACGAA ATCCACGAAA 3000 ATGAAAACCT TTGTTGTGTT TTCGTAAAAA ATTTGTTGAC AGAGCACGAA ACGC 3054 (2) INFORMATION FOR SEQ ID NO : 184 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1590 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 184 : TGTGATTTTC yGAAAATTTG GTAAAATATA TCTTAATCAT TTTCAGGAGG ACAAAAATTT 60 GACAAGATAT CAGAATTTAG TAAATGGAAA ATGGAAATCA TCTGAACAAG AAATTACGAT 120 TTATTCACCA ATCAATCAAG AAGAATTGGG TACAGTTCCA GCCATGACTC AGACTGAAGC 180 TGATGAGGCT ATGCAAGCTG CGCGTGCAGC CCTGCCAGCA TGGCGAGCTT TATCAGCAGT 240 TGAACGTGCG GCTTATTTGC ATAAAACAGC AGCTATTTTA GAACGCGATA AGGAAGAAAT 300 TGGTACTATC CTTGCCAAAG AAGTAGCAAA AGGGATTAAA GCAGCAATTG GAGAAGTAGT 360 GCGTACAGCA GACTTGATTC GTTATGCTGC TGAGGAAGGT CTCCGTATCA CTGGACAAGC 420 AATGGAAGGT GGTGGTTTTG AGGCAACAAG TAAAAACAAA CTGGCTGTTG TCCGTCGTGA 480 ACCAGTTGGT ATCGTGCTAG CGATTGCTCC CTTTAATTAT CCAGTTAATT TATCTGCTTC 540 TAAAATTGCA CCTGCCTTGA TTGCAGGGAA TGTGGTCATG TTTAAGCCAC CAACACAAGG 600 TTCCATTTCT GGACTCTTGT TGGCTAAAGC ATTTGAAGAA GCAGGGATTC CGGCAGGTGT 660 TTTCAACACC ATTACAGGTC GTGGTTCAGA AATTGGGGAT TATATCATTG AGCACAAAGA 720 AGTCAACTTC ATCAACTTTA CAGGTTCAAC TCCTATTGGA GAACGTATTG GTCGTTTAGC 780 TGGTATGCGT CCTATCATGT TGGAACTTGG TGGGAAAGAT GCAGCTCTTG TACTAGAAGA 840 TGCAGATTTG GAACATGCTG CCAAGCAAAT TGTTGCGGGA GCCTTTAGCT ACTCAGGACA 900 ACGTTGCACG GCCATTAAAC GTGTCATTGT TCTCGAAAGT GTAGCAGATA AATTAGCTAC 960 TTTGCTTCAG GAAGAAGTTT CTAAATTAAC AGTTGGTGAT CCATTTGACA ATGCTGATAT 1020 TACACCTGTT ATTGACAATG CTTCAGCCGA CTTCATTTGG GGCTTGATTG AGGATGCACA 1080 AGAAAAAGAA GCTCAGGCTC TTACACCAAT CAAACGTGAG GGCAATCTTC TCTGGCCAGT 1140 GCTTTTTGAC CAAGTTACAA AAGATATGAA AGTGGCATGG GAAGAGCCAT TTGGTCCTGT 1200 TTTACCAATC ATTCGTGTGG CTAGTGTAGA GGAAGCTATT GCCTTTGCCA ACGAATCTGA 1260 ATTCGGCCTT CAATCATCAG TCTTTACAAA TGATTTCAAA AAAGCCTTTG AAATTGCTGA 1320 AAAACTTGAA GTAGGTACAG TCCACATTAA TAATAAAACC CAGCGTGGTC CAGATAATTT 1380 CCCATTCCTT GGTGTCAAAG GTTCTGGAGC TGGAGTGCAA GGAATTAAAT ATAGCATTGA 1440 AGCGATGACA AATGTCAAAT CCATTGTTTT TGATGTGAAA TAACGTGTAA AACCAGGAAA 1500 TTGTTTTCCT GGTTTTATTT TTTTGCTATA AAATAATAAT AATTATAGAA AAAATACGAA 1560 CTTTTTGGTA TTATAATAGA TTGAAACCGG 1590 (2) INFORMATION FOR SEQ ID NO : 185 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4848 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 185 : CCTGCAGTTG TCAGACCTGT AATTTTCTTT TTATCTGTAA TAAGAATCGT TCCAGCGCCT 60 AGAAAACCCA CACCTGATAT AACTTGAGCT CCTAATCGTG TAGGATCTCC TGTCCCAAAT 120 TTATAAGATA CGTATTCATT CGTCATCATA ATCAAACATG CAGCTAGACA AACAATACTA 180 TAAGTTCGGA TGCCTGCAGG CTGGGATTTG CTCCCTCTCT CTAAACCAAT TATACTACCA 240 ATGACTACTG ATAAAACAAT CCTGACAACT ATTTCAATAT TTGATAACCC AAGACTAGTG 300 GCTGTCATGA TTATTTCCTT ACTTTACGCC CCGGTCTTTG TGTGAAGTAT AATACCGTTC 360 CAGAAATAAT CATCAGAACA ATTGTATAAA CAAATACCAG AGCTTGTGCA TTAGATGTTG 420 CTGTTTCATC ACCTGCAGAT CGAATCGTAA TACCTAATGG TTGAGCTAGG GGATGGTAAA 480 GGAATACAGA TAAGTCGAAG TCAGTTAATA AAGAGTTAAA GTTTAAAGCA ATAACAGAGA 540 GAACAACCGG TAAAATAAAT GGAATGATAA CCTTCATCAT AGTATAAAAA GGTGAAGCAC 600 CCATACTTCT TGCTGCATCT TCCATCTCAT CATCAACACT AAATAAAATA GCACGTACCA 660 TTCTATAAGA AAATGGGATT TTTACAACTA TATATGCAAT AAGTAGAATT ACCAAACTAC 720 CTACCAAAAT CTGATTCAAG ACAAGAAATT GTGGCTGATT AAAAGTAAAT AATAAACTTA 780 CTGCTAAAAG TGTACTTGGT AGTAACCAAG GAAGTAGAGC ACCATATTCA AATAAGAAAT 840 CAAAACGAGA TTTATGTTTT CTGACAACAC GAGCAAATAC AACTGCGAGA ATTGTTGCTG 900 TTGTCGCAGC AATAATAGAA TAAATAAAGC TGACCAAGAA TGGAGAGAAT GCCGCACTAT 960 TACTAAAGAA TAAGCGATAA TTTTCTAAAG TAAAGTTTGA TAATGTTAAG TTACCTGTTT 1020 GAATTGCAAC TGGATCTGTA AATGAGTATA ATACTATAAA AATTAGTGGA AGCATGAAAA 1080 CTGTGAACAA TCCATATGCT ACAATGTGAG CAATGATATT CCAAGGCTTA GACGCAATTT 1140 TTTGTTTTTT AAGAGGCGCT TTAGTCTTAG AGATAGAAAT ATAATTTCCA CCTTTTTCTA 1200 TCTTATTCAT GATAGTAAGC AAAATTGTAG TTGCAATACC TAAAATAATT GCAAGTAGGG 1260 CAGCTAAATC ACGAGAATTC CCCATCCCTG CAAATGTAAT AATCATTGGA TTTATAGTTT 1320 GAAATTCTTT ACCACCAACA ATCATGGGTG CTGCTACTGC AGATAAACCA CTAAGAAAAA 1380 CCATAATAGT AAGTGCAAAT AGAGTTGGAA TTAAGGTTGG TAACACTACT TTTCGGAAAA 1440 CAGTAAATGG TTTTGCTCCC ATATTTCGAG CAGCCTCAAT AGTGTGATAG TCAACGCTTC 1500 GAATTGTATT TGTTAAAAAC AATGTATGAT TAGCAGTTCC TGAAAATGTC ATAATGAATA 1560 AGACTGCACC ATACCCAATA AACCAGTTAG GGTCTAAAGA AGGGATAACA TTTTGTAAAA 1620 ATTTTGTAAT CAATCCATAA GGACCATAGA CAAATTTATA TCCAGTCGCT AAAACCACTC 1680 CTCCATAAAT TAAAGAGGTC ATATAACCTA ATTTTAAAAT TTTAGCACCT TTAATATCAA 1740 AGTACTCTGT AAATAGAACA CAAAGAATAC CTACGACATT AACTGTAATA ATGAGTGAAA 1800 ATGCTAACTT AAAACTGTTC ATAATACTCT GAAGTGCCCT CTGAGATTTT AGAACACGAT 1860 GTACAGCATC AAGGGAAAAT TCTCCTCCTT TTACAAATAC ATTCACTACT AGATCAAAGT 1920 TTGGATAAAT AATAAATGTT ACTAAGAACC AGATTAACCC TAAACGAATA AGCCAATCTT 1980 TTAAATTTAA TTTATGACGC ATACTGCACC TCCTTAAAAT TGCAGAACGT CTGATGGTGT 2040 GATAAATAAT TCCACACTTT CTCCGACAGA TCTAATAGCA GCCTGACTAT CAATACTTGT 2100 TACATTAAGA ATCTGACTTT CAGAAACTTT TATTGTATAG TGAATTGTAA CTCCAGAAAA 2160 CTCAACATCA ATAATTGTCC CTTTTAGAAT AAAATCTTGT TCAGTTTCAC GATTGAATCG 2220 AACTTTCTCT AATCGAATGT ATCCTTTTTT ATCCTCTAAG AAAACGCTTG TATTTTTCAA 2280 TAATACTTCG TGGACTGTTT CATCGGTCAA AACATTAATA TCTCCAATAA AATCACATAC 2340 AAATTCAGTT TGAGAATTAT GATAAATCTC TACTGGTGTA CCGACCTGTT CGATGTATCC 2400 ATTGTTAAAG ACTGCAATTC TATCAGATAA AGTCAAGGCT TCCTCTTGAT CATGAGTAAC 2460 ATATAAAGTA GTAATACCTA ACTCTTTTTG AAGTCTTTTC AACTCTTTTC TCAAATCTAC 2520 ACGTAATTTT GCGTCAAGGT TTGACAATGG TTCATCTAGA CAAAGAATTT TAGGTTCAAG 2580 AACCAGAGCA CGAGCCAATG CTACCCTTTG TTGTTGACCC CCAGATAATT CTGATACATT 2640 ACGCTGTAAC TGTTGATCAG AGATCTTAAT TTTTGCTGCC ACTGCTGATA CTTTAGCTTT 2700 AATAACATCT GGAGCTACCT TCTTAACTTT TAAACCAAAT GCAATATTAT CAAAAACAGT 2760 CATAGTTGGA AATAGCGCAT AAGATTGAAA TACAATACCA ATTCCACGCT TTTCAGGTTC 2820 CAAATGAGTG ACATCTGTTC CATTAACTTC AATACTTCCT GATGATGGAT CTAGAAAACC 2880 TACCAATGCT CTCAAAGTAG TTGATTTACC ACATCCTGAA GGCCCAAGAA ATGTAAAAAA 2940 TTCCCCTTCA TGTATATCTA AATTCAGATT ATCAATTGCA ACAAAATCAC CATATTTAAT 3000 TTGAATATTA TCAAATTTAA TCATCTCACT AACTCCCTCT ATTACTAAAC CAAAAGCCTC 3060 TCTTTATTTC TTCCATAAAT TTAGAAATAA TAGAGAGACT TGGACATAAA AATTAACTCT 3120 TATTTCTTAT TGTACGTATT CTAATTCAGC TTTTTCTACC CATTCATCCA AATGCTTTCC 3180 AACAGCTTCC CAGTCAATAT TTTGTGGTTT CACTTGATCA ACAAATTTCT TCGTATCTTC 3240 AGGTAGATCT TTGAGGGCAT CTTTATTTGC AGGAATAGAT CCAAAGTTCT TACTATATTC 3300 TACTTGAATT TCTGATTGAC CAAACCAATC AATAAATTCT TTAGCTAACG CTTGTTTTTT 3360 ACTAGTGCTT AAAACCATAG TTTGTTCAGT TACAAATGGT ACACCAATCT CAGGAGTCAT 3420 AACTTTGAAA ACAACATTTT GTTCTTTTTG TCCAACTAAT GCACCAGAAC CCCACATCAT 3480 TCCATATTGT ATTGGATCTT CTTTGTCTAA CATCTTAACA ATTGAACTTT CTCCCTTTTG 3540 AAGAGTGTAT GCATTTTTCA AATATTCTTT TGCTACTTCC CAACCTTTTT CGGAAACACC 3600 TAATTCACCT TTATCATCAA GGTATCGAAC TAAGATACTT GCTAGAATTG CCCGTCCTGT 3660 ACCTCCTTGA AGACCAGAAA TTGAATATTT ACCTTTATAC TTACTACCTA ATTCAGTCCA 3720 ATCTTTAGGC ATTTCTTTTA CATCAGGCGC CCCAATTAAA ACTAATGGTT GAACAATCAC 3780 AGGATTATAA TAATTATCTT TATCTGATAA AGATTGATCA ATTTTATCTA ACCATTTAGG 3840 CTTGTACTGT ACTAGTAATT TTTGATCTCT AATTTTATTT GAATCAACAG CACCAATTCC 3900 AAATACCATA TCTGCAACTG CATTATTCTT CTCAGCAATA ACACGGTCTG CTAATTGAGC 3960 GCCAGCGATA TCAACCATTT TTATATTAAA ACCAGCTTCT TTTGCTTTAG CAGTTAACCA 4020 ATCACCACGA CCATTTGAGA CTGAGTTCGA ATAGATAACT AATTCTTGAC TTTTATCAGC 4080 TTTTTCTTCA GATGAAGAAG CAGTCGTAGA ATTTGAACCT CCAGAGCAAG CAGCAAGTGT 4140 AGTAAgAGCA ACTCCCGTTG CAAGTACAGT AGACCAAACT TTCATTTTTT TCATGATAAG 4200 TTCTCCTTTT TTATTATTTT ATTTAAATTT TTCGTGATAT GGAACAAATT GTCTCATATC 4260 TTCAAATACA GTATAGTCAA TACGGTTTAC AGTAATAGTT GGAATCTTCT CTAATAAAAT 4320 TTCAGTTAAT TCTGCTCTGA CTTTAGTAAA CTCTTCTTCC TCCTCTTCGG TTAGAGGAAT 4380 CCGAAGATAC CCAATTGAAA TATGGAATTG ATATCTATCA TGATTAGGGA AACAAACACC 4440 TGCTTTTTCT GAGACATAAG TACGAATTTC TTCTAATCTC TTTGCAGAAG CTTCATCTGC 4500 AGGTTCAACT AGTATGTTTT GTTTTCCCAT TTCAGTTATA CGCATATGAA TTTCTTCATC 4560 CAACAATGGA AAAATTTCAA GTTGTTTAGC AAAGTAATCA TGTATTTCCT GTAAAGGTGT 4620 ATCTAGAGGA AGATTACTGC TCCAAAACTC gtTCACGATT TTCATGGCAC AACAATTCAA 4680 TTACAGTCAT GTGAATAGAA TTCCTTGGAG TTAAAGTAAA CTTATCGATA AATGGTAATT 4740 CTCTATAACG TGATTGAATA ATATCAACAA CTTCCATCAA ATCTTGTTTA GTATAAAGAT 4800 TTGCTACAAC TGTATTCCCA GGGAAATGAT TAAATTCCCC ATTCTCGG 4848 (2) INFORMATION FOR SEQ ID NO : 186 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3763 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 186 : GTTATAAGCA ACACCTTCTT GCTTGCCATA AGTTGTGAAA TGGGTAGAAT CGATATCTAC 60 AATGAGTTGG TTTAGCTGGT GAAACTGTAA AAAGAATTCG ACCAATTCAA GGTTGAGGCA 120 TCGCAAACTA TGGACTGTTT CCTCGTCAGT TCTGGAAAGA AAACGGGATA AGGTTGGCTG 180 TGAAGCAAGC TGCCCTCCTT CCAATAATTT TGGAAAGTAG GCATCAGCTG ACAATTCTTT 240 ACAAGCATAG TCCGTTCCAT AACCTGTTAA CAGTTGAAAG AGGAACTGGA CAAGGATATC 300 TGAATCCGAA TAACGACAGT AGCGGCGTTG GTCATTCGTT ACTAAATACT TAGAAATCCG 360 CTCTTTTAGT TTCAACTGGG AAAAAAGTTC CTGAAAAAAG ATAAGACCAC CATACTGGGT 420 TAAATGACCT CCATCGAAAG ATAGTTGGTA AAAAGACTTG TTTTGGAAGT GATGATTTGG 480 TAAACTGTTC ATGTGAGTTT CCTTTCTTTT TGTGTTTTTT TCTACACTTA TACCATAAAG 540 GGGAAACTCT TTTTTGTCTA GTAAAAAACA CCCATTGGGT GAAAAAAGAA ACCATCCAGG 600 ATCTAAGCTA AGGCAAGGAT TCTGGATGGT TTTTAGATTT GGGGTGAATA ATTGGGGATT 660 TAGGAGAAAT GATGGTATCT TCCAAATCAA AATCAACTTC ACTCCATAGT CTCAACTGAT 720 TGATTTTCCC ATCTTGATAG GTCACATCCT TGTCAAGGAT AAACTGAGTC AACACCTCAT 780 GTTGACCTTG ACACCTGATG TCATCTACCA AGAGCCAGAC ATCCTCTACC AACATGAGGA 840 TTTTTCTCCT GTGAAGATAA GGCAAATCAG GTTCTGCTGA CCAATAAGCC CCCTCAATAT 900 AATGCACTCC CTCCCTTTCT TTATGGTGAC AAAACAGGGA GTGAGGATAG TATTCATATT 960 CCCAGGATCC CGTGATTCTT TCCGGAGCTT TCCCATCTAC AATGCAGGTC GAATGACTCC 1020 AAGCACTCTT TAAGAGATAA CGTTCATATA TCTCCCGATA AGAATAACGC CCAGCATCTA 1080 TGAAAATAGG TTGGCCTTGA TACTGTAAGC AAAAACTATT CTCGTCACTA TGACTATGGG 1140 CACTTCCTAG CGGACCATTT TTGAAAAATA GATAACGATG TTCATCCTTA ATGCAGACAT 1200 GTCCAGAGTC TTCAAAGATC ATGGACTTAG GCTGCCAAGC TCTCTTTTCA AATTCCTGCA 1260 GTCGCTTGAC CTTTTCTCGC CCCAGGAACA AGAGGCTAAG CAAATCAACT TTAACATCCA 1320 GACCGTTAAG AAGGTCTTCC TGGTTCAAAA CCACAGCAGA CAGGCTCAAA ATTTCTGTCG 1380 TTTCTGTAGA ATCGCTATCA CCAAAAGCCA AAGTCCGTCC ATCTAAGCCT GTCATCATTT 1440 GAATATAGGT CGCCATCTTT TCCAGCAACT CTTGGTAACT ATCTTGCAAG TCTGGAAGCA 1500 AGAGACACAA ATCCAGCAAG GCTTTATAAA CCTCTACATG ATAGAGAATC GACTGTTCAA 1560 ACTGGCTTCC ATCTCCTAAA ATCTGTGTCT CAATTTGCTG TTTCAACTCC TCTGAAGCAA 1620 AATGGTAAGC TTCTTCTAGA TCCATCTTAT CTGAAAAGAA ATGATAGATA GCAAGCATCG 1680 GAATTGTTTG TAAAATCCCC CAGTTACTAA GGGTGTACTT GGCGCGATAG TAGCTTTTCA 1740 TAAAGTCAAT CTGCTTTTCT AGACTGACCA AAATTTTCTC TAGTTCTTTC TCCTCTAGCA 1800 AGTCAAATTT CAAGAGGAGC AAGAGTAGTT TCAACCAAGT AAAGGAACGA ATACCCGTAT 1860 CCAAGGTTCT AGTCATCAAG GATTGAGGAG AAAATTCTCT CACCTGCTCA ATCCAATCAA 1920 ATAGAAAGAA CTTGCACTTT TGAATATAGT CCTTATCTCC TTCTACCAGA TACCCTATCA 1980 TAAACTGCAA GAGATATTCT TGTCGATTGA GCATATAAGA CCATTCTGGA TCATCTTCAA 2040 ATACTTGATC CCATACCATC GGCTGGATTT GATGGATTTT TGAACAAGGC TCCATATCCC 2100 AAGGACTATC AAACATAAAA CGATTGTCCA TCAAGCGTTC AAGGGAACTC TTGACTTTCT 2160 CATAGTCTTT TGAACAGTGC GACAAGATAT AATCACGACA TTGATTTCCA TCGACTCTTT 2220 CAAAAAATTG TCTTCTTTCT TCTTTCATTA TCTATTACCA GAAAAAGAAC TACTTAAAAA 2280 GCAGTTCTTT TGTCTTTCCC ATTACACTTT CCTTTTCTAC ATGGATGACC ACACCTTTTG 2340 CAATCTGCAA GGAGACCAAG TCATCTTGGA TAGAAATGAT TTTTCCATGA ATTCCAGACA 2400 ATAACAACAC TTCATCACCA AATGTTAAAG AAGCTAAATA CTCTTGTCGT TGCTCCATCT 2460 GTTTGCGAAG CAACTTTTGC TGACGAATAG AATGAAAGCT TGACAGTAAA AGGGGACTCA 2520 CTGCCAAGAC AATCACTATT CCATAAAACA ATGTTGTATC CATTAAGCTA TAATCTTAAG 2580 CCAGCTTCCG ATAATTCCGA TGATAACTGT TAAAATAACG AGTTTATATG TTGTCCATTT 2640 CTTTTCTTTG ATCAAGTAGT AAACTAAAAG TGTAAATAGG GCTGGTAGAA GAGCTGGAGC 2700 AACCTTATCA AGCATTCCCT GAATACTTAC GATACTTTGT TTAGCGTCTG CTTTAACTTC 2760 CCCTGCAGCA AAGGTAATCG GCACCATAAT CTTAACAGAT GTCGCTGCCA AACCAGCAAT 2820 TACGtTACAC CGATAATATT GGCAATACGA GAAATCGTTG CCATCTGTTC GCTTAGTTTA 2880 TCAATCACAG TTGTTCCTAG TTTGTATCCA TACAGACCAG TTGACAATTT AATCGCTGTT 2940 AAAATCGTAT TCATCGCAAG GAAGAACAAG ATTGGACCGA CAACCAAGCC TTCTTGAGCA 3000 AACGAAGCTG CGATGGTTGA GAACAATGGA GCTAAACAGA ATTGAGAAAG AGAATCCCCA 3060 ATACCTGCCA ATGGTCCCAT CAAGGCCATC TTGATGCTAC GTGTTTCTTT TGCCGGACGG 3120 CCATTTTCCA ACATTACAAG ATGCAAGCTG GTAATAAAAG GCAGGAAGTG TGGGTTGGTA 3180 TTATAGAATT CACAGTTTTC TTCCAAGGCT TGGTAGAAAC CTTCCTGATC CTCTCCATAG 3240 TGTTTTTTCA AAGCAGGATA CATCACATTG GCATATCCCA ACCCTTGATA GTTACTATAG 3300 TTAAATCCAT TTTGACAAAA GAATGCCCGC AAAGACGTTT TAAGATAATC ACGTTTTGTT 3360 AATTTGTTAG ATCCAGTCAT CGTGTGCTTC CTCCTCTACC ACATGATCCG CTGTTTTTGG 3420 CTTGTTATAA AATTCAATCA AAGCAAAGAT AGTACCTACA ATTGCAATAC CAATTGTTGG 3480 GATGTTTAGA TAAGCTGCAC AAACATATCC CAACAAGACA AAGGGAATCA ACTCTTTCTT 3540 AGCCATCACT GACAAGATCA TCGCAAAACC GATAGCTGGG AGCATTTTAC CAGCAACTGT 3600 CAAACCTGTA AGTAATACCG GTGGAATGTA GTCTACGAGT TTCAACAAGG TATCCATTGA 3660 AAGGGCACCA AGCAACCCAA GGTAAATCCA ATAAAGGCAA ACAACCAAAT TGTTGCATTT 3720 AGAGTGAACT TAAATTTCTT CAAATTATGG TTTTTCAAGT GCT 3763 (2) INFORMATION FOR SEQ ID NO : 187 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5053 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 187 : CAATCTCTGA GTATGTGCGG TCAATACTAw CAAAGGGAAT yCCTGACGTC AAGTAATGTT 60 CAATTGGmCT ATAGGTAATG GCAACCACTC CATCAACTTT ATTATGACGC AACATCTCCA 120 GATAGTCTTG CTCTCTATTT GTACCATTGA TAGAACATAA GAGTAATTTG TTATTTCTCT 180 TATAGACTTC ATTTTCCACA TGCATAGCAA ATTCTGAAAA GAAGGGATGC CAGATACTTG 240 GTACAATGAT TGCAATCGTT TCTGTTCGAT TTTTTTTCAT TCCTCTAGCG TAGTAATCTG 300 GAATGTAATT CAAAGTTTTA ATCGCTTGTT CCACTTTTTT CAAAGTTACT TCTTTAATGC 360 CTTTTTCTTT ATTAATTACA CGTGAAACAG TTCCAACACT AACTCCTGCT TCTAAAGCAA 420 CATCTTTCAT GGTAATTGAT TTTCTTTGTT CTACCATATT ATCACCTCCT TTCAATATAT 480 AGTATCATGC AAATGCTTTT TAAGCAACTA TTTCTCAATC ATTTTTGGCC AGATCATTTA 540 TCCCATCATG AATAAAATCA CTCCAATTAG CTTTTGAAAA TACTTCAATT TTCATGTGTA 600 AACATCTACA TAAAACAGGA AAAGCCTTGG TTTCATGGCT TTTTTCGTAT CTTCTATAAA 660 AAAAGCAAGA GTTTTAGATG GCTATAAATC TAGATGTACA TTTTGCTTAA ATGATTGAAG 720 GTCTTTTCTT AACAAAAACA CCCCCAAAAT TAGACTTTTT CTGTCTAACT TTTGAGGTAC 780 AGTTCAAACG CGAAATAGCG TTTTTTTGTT ATTTTTGGTT ACTCATCTAA TCGAATAAAC 840 ATCATGGCAT TTAACAAGTA TATGAGTGAG ACCGTGTTTA TATTATTTGA ATAGATGAGT 900 CTCTTATTTT CAATAGGAGG AATAATAAAA TTAGAAATAA TGATATCATA AGGTGAATCT 960 TCTAAAGATT CCTTTGATAA TTCTAATTCA GTCCAAACTT CCAGTTCAAA ATTATTGCTA 1020 CAATAATAAG AAAGTGTCTC TGCAACGAAT TTTGCATGAT ACTGATCAAA ATTACTCATA 1080 ACTAAAACCT TTAGTTTAGG CTGATTTTGT AGCAAATTAA TCACCAAATG TTTGGTATGA 1140 GTGATGAAGG TATAAGATAG ATGATTTACC ATCATTGAAC TAGAACAAAC CTCAAGAGTC 1200 TCTAAATAGT GAGAAAGCTC TTTTTTTATA TCTGAAACAA ATTTTGGAAA AATATTTTGA 1260 AAGTTCCTGA TTGTATTCCC TTTTTGATCA AATAAAATAA ACTCAGTAAA CAACTCTTGA 1320 CGATACAGAT GTGCGGTATT ATGCAGATGC CAAATCAGAT TATCCTTATT CTCCATTTCA 1380 ATCTGATACT TGACTGAAAT CTGATCAATA AAATCACTCA ATAGATGGTA AGATTTTTCA ; 440 ACATAACTAT CCTTTTTTAC GCATTTCATA AAGAGACTTT CATCTATGAA AAACATTTTT 1500 TGAAAGTAAG ACACAAATAA TTGGCAAACA ACTTCTTCAT CTAAAGAGAT ATTGTATTCT 1560 GATTCAAAAC TCTGAGCAAC ACCTTCTATT CCTTCTGCCT GCATTAAAAA ATCCAAACTT 1620 TGGTCGTTAA AAGAATCTTT ATCTACTTCC ATAAAATGAC CAAACTTTAT TCTATATAGG 1680 TTCGTAACTA GGAGCAACTT TAGCATTCTA TGCGTTGACA AATTCATTGG AAAGCTTGTT 1740 TCCTTATAAA CCAATTCTAA CAATTGAGAT AGTGGCTCTG ATGAAAAATT TTCAAATGGC 1800 CATTCTAGGA AATAATATTT TTCTGAAAAA TATTGTGCAA AAAAGTAACG AATGTCTCTC 1860 TCATTTCCAA TGATTTGAAC AGGGGTCAGA CTAACTTCAA ATTGAAATTG CCTTTTAATC 1920 ACTTTATTGA TTTGGCTAAT AATACGATAG AGCGAAGATG AACTGATATA AAATTCTTTA 1980 CAAATACTCT CAGCTTGACA ACCTTCATTA AAGAAGATGA ATTCTAAAAT CGAAAAATGA 2040 GTTGAATGTT TAAAGAAATG ATGGTAAACC ATTTCAATAT CACTATCATC GGTATTAATA 2100 ATGCGTATAC CATTAGTAGA AGAATGAAAA ATCAAGTCAG GAAAAGCAGA TTTAACATGG 2160 GATAGATCAT CTTTGACTGC ACGTTCTGTA CAATTTAATA ACTCTGCTAG TTCAGAACGA 2220 TGAAACCAAC GTTTATGTTC AAATAATAAT TCTAATAATT CTAATTGCCT ATGACTTTTT 2280 TTAGATAATA AATCTCTCAT GAATATCTTT CTCTCTTTAT AAATTATCGG ATTAAACCTC 2340 TTGCAATTAT ACCACAAAGA ATAGGTATAG CATGATATAA CGACTTTTCC TAAAATCTTT 2400 TATTTCGTAT AATAACACTA CGGAGACAAT ATATAAACAA TTTTCTTATT TTACCGTCTA 2460 TTGAGGGCGT GAATACAGAA TCAAATTCAA GTCTAAAGAT TATATTTTTA ATTTTAAAAA 2520 TTATATAATA GCAACAATTA AAGAATTTGA TTTTTTAAAA TTATATAATA ATAACAATCG 2580 AAATAATTGA CTTTTCTATA TTAAAGTTAT ATAATAGTAA TAATCAAAGA AATTGATTTT 2640 TTGATATTAA AATAAAAAAG GAGGGTAGGC AGTGTTGTGA TCAATTATTG CTGGAGGTCT 2700 TATTGGTCTC TTGGCAGGTA AAATCACTAA AAAAGTAGTT CTATGGGAAT CATCGCAAAT 2760 GTATTCGCTG GTTTAGTCGG GGCATATGCA GGACAATCTC TTTTAGGTAG TTGGGGTCCA 2820 GCAATCGCTG GAATGGCTTT GCTCCCATCT ATTGTAGGTG CAGCGATTGT GATTACTGTA 2880 GTGTCATTCT TTACAGGTAG AAAGTAAACT TTTCGCCAGT AAAGTTAGCA AACTATTTTT 2940 AAATCAATGA CGGGAAAAAT AGTTTAAATG TTAAATCGAA AGGATTGTAT ATGTCAAAAG 3000 CAAAGAAAAT ATGTTTCATT ATTTTCTGTA TTTTAATCTT GACAATTTTC CTTCCTGTTT 3060 TGATAGATTA TCATCAAGTT AGTGATCTAG GTATTCATCT ACTTAGCTGG AGACAGAACT 3120 CCGTAGTTGA ATTCTATCTT GCTAGATATG TCTTTTGGGG GACAGTGGTT CTATCAACTT 3180 TAGTTTTATT ATCCATTTTA GTTGTGATGT TTTATCCTAA ACGTTACTTG GAAATCCAAC 3240 TTGAAACTAA AAACGATACA TTAAAATTAA AGAATTCGGC AATCGAAGGT TTTGTTAGAA 3300 GTTTGGTGAG TGATCATAGA TTGATCAAGA ACCCAACTGT TCATGTAAAT TTACGAAAAA 3360 ATAAATGTTT CGTTCATGTA GAAGGTAAAA TTCTTCCTTC AGACAACATC GCTGACAGAT 3420 GCCAAATAAT TCAAAATGAA ATAACTAATG GATTGAAGCA GTTTTTTGGT ATTGAGCGTC 3480 AAGTAAAACT TGAAGTTGCA GTAAAAAATT ACCAACCAAA ACCTCAAAAC AAAAAGACTG 3540 TTAGTCGTGT GAAGTAAGGA AGTAAAAAAT GGAATGGCTT AAACAATATC GATATCCAAT 3600 TATCGCTGGT CTCATAGGCG TATTTCTGGC TTGTTTGATT GTCTCCTTTG GCTTCTTCAA 3660 AACAATATTT GTATTGATTT TAGGAGCACT GGGAGTTGCA GCTGGATTAT ATATCGAAAA 3720 AAACTATATA GATAAATAAA AAAATAAAAA TTACTAATTT AATTAAAGGA GTTTCATATG 3780 TCAAACGAAA AAAACACAAA CACTAACGTA GAAAAGAAAG ATGCTACTGT TGTAGCTCAC 3840 GAAATCAAAG GGGAACTTAC TTACGAAGAT AAAGTTATCC AAAAAATCAT TGGTCTTTCA 3900 CTAGAAAACG TTTCAGGTCT TTTGGGAATC GATGGTGGTT TCTTCTCAAA TCTTAAAGAA 3960 AAAATCGTTA ACAGCGATGA CGTAACAAGT GGTGTTAACG TAGAAGTTGG TAAAACACAA 4020 GTTGCAGTTG ACTTAAACGT TATTGTTGAG TACCAAAAAA ATGTTCCAGC TTTATATTCA 4080 GAAATCAGAG AAATCGTATC TTCAGAAGTT GCTAAAATGA CTGACTTGGA AATTGTTGAA 4140 ATCAACGTAA ACGTTGTCGA CATCAAAACT AAAGAACAGC ATGAAGCAGA CTCAGTAAGC 4200 CTTCAAGATC GCGTATCTGA CGTTGCTGAA TCAACAGGAG AATTCACTTC AGAACAATTC 4260 GAAAAAGCTA AATCTGGTCT TGGATCTGGT TTCTCAACTG TTCAAGAAAA AGTTAGCGAA 4320 GGTGTAGAAG CTGTTAAAGG TGCAGCAAAT GGTGTAGTAT CTCACGAAAA CACTCGTGTA 4380 AACTAAGATA AAATAAATAT AACAGGAGAA ATTATCATGT CAGTAGAAGA AAAATTAAAT 4440 CAAGCTAAAG GTTCTATTAA AGAAGGTGTT GGGAAAGCCA TCGGTGATGA AAAAATGGAA 4500 AAAGAAGGTG CAGCTGAAAA AGTTGTTTCT AAAGTAAAAG AAGTTGCCGA AGACGCTAAA 4560 GACGCTGTAG AAGGTGCTGT AGAAGGTGTT AAAAACATGT TGAGTGGCGA CGATAAATAA 4620 GGTTAAAAGT TACTTTATCT TTTTAGTAAT ATTAGTCAAA AGAGTCTGAG TCAAGATGAT 4680 TCTCAGAAAA CAAAAAGCTA GAGATTCCCA ATTGCGGAAC TCTAGCTTTT TAATTTTGCC 4740 TCTTTCTCTT ATTATATTTC AGCAGGTTGT TGGCCATGAG TACGAATCCC ATGTCAATTC 4800 TCACTTGACG CTTACCTCTC AGATGACATC TCTTATAACC CAAACAAACC TTTATCTGCC 4860 CAAAGACAGA TTTCATATCA ATCTTACGTT TAGCGAAAAT TTGTCTACCC TTGGAAGATA 4920 AAAGTGCCTG ATATTCTTTA GTTTTTAAAC ACTGGTAACG TTCATTCATA TACAGTCTCT 4980 TTTGAGGGGC TGATTCAGGT TCATAATCGC AGTCAACATT GATTTCAAGG CTGTTTGCTT 5040 TCTATCTCCC CGG 5053 (2) INFORMATION FOR SEQ ID NO : 188 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6492 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 188 : AATTCTCTTT TTTCCAACAA AATGTATGAC CTGCACTTGA ATACTTCTCA TTGTTTGTAC 60 ATTCATCTAC TTTCATATAA TCTTTTACAA AATCATAATA TGACATAACA CACTATCCCT 120 TTTAGACAAT ATTCCAATTA GCCTTATTAA TTCAAAACTA TTGTATTAGT AATTATAACA 180 GATGTATAAT AGAAAAGCAA TGATAGATAT TATCAATTAA GCGAATTTAT ATCTAAAAGG 240 GATATTAAAG AAAGGAGATA TGCTTATGAA GATTTACAAA AAACTATTTG CTTATGTCCA 300 AGATAAGAAA TATCTTGGGG TTTTGGCCAT AATTTTTTCT GCTATATCTG CTGCACTTAC 360 AGTATATGGA TATTATTTAA'TCTACAAATT TCTAGATAAG TTAATAATTA ATTCAAACTT 420 ATCCGGTGCA GAGAGTATAG CATTAAAATC TGTTATTACA CTAACAAGTG GAGCGATATT 480 TTATTTTGTC TCAGGAATGT TTTCACATAT CTTGGGATTC AGGCTTGAAA CAAATTTAAG 540 AAAAAGGGaA TCGATGGTCT GGAAAAAGCA AGTTTTAGGT TCTTTGACTT AAATCCATCT 600 GGTCAAATAA GAAAGATTAT AGATGACAAT GCTGCACAAA CTCATCAGGT GGTAGCACAC 660 ATGATTCCCG ATAGTTCTCA GGCAATAATC ACACCCGTAC TTGTACTTGC ACTTGGCTTT 720 ATAGTAAGTA TAAGAGTTGG CATAATTTTG CTTGCTCTTA CTATAATTGG TGGCTTAATT 780 TTAGGGGCAA TGATGGGCGA GCAAGAATTT ATGAAGATAT ACCAAGAATC CCTATCTAAA 840 CTAAGTGCTG AAACTGTTGA GTACGTGAGA GGAATGCAAG TTGTAAAAAT ATTTAAAGCA 900 AATGTAGAGT CTTTTAAAAG CTTTTATAAG GCGATAAAAG ATTACTCAAA GTATGCTTAT 960 GATTATTCCC TATCTTGTAA AAGGCCTTAT GTTTTGTATC AATGGTTATT TTTTGGACTG 1020 ATTGCAATTT TAATTATTCC TATAGTTTAT TTTATGACTA GCTTAGCTAG CGCAAAGGTG 1080 ATTTTACTTG AGCTTATCAT GATTTTATTT TTATCAGGAG TTCTCTTTGT TTCATTCATG 1140 AGAATGATGT GtACTCCATG TATATTTCTC AAGGAAATTA TGCAGTAGAT ACTTTAGAGG 1200 CGCTTTACGA AGATATGCAA AAAGACAAAT TAGTGCATGG TAATGTCAAT AATTTTAAAA 1260 ACTATAATAT AGAATTTGAG AATGTTAGCT TTGCTTATAA TGATAAAGCT GTCATTGAAA 1320 ATTTATCCTT TAATTTAGAA GAAGGAAAGT CCTACGCACT TGTCGGTTCA TCTGGATCAG 1380 GCAAATCAAC AGTAGCAAAA CTTATATCAG GTTTTTACAA TGTTAATAAA GGAAGCATAA 1440 AGATAGGCGG GATAGCAATA AGTGAATATT CTGACGAAGC CTTAATTAAA GCCATTTCCT 1500 TTGTTTTTCA AGATTCAAAA TTATTCAAGA AGAGCATTTA TGATAATGTA GCGTTAGCTA 1560 ATAAAGATGC GACGAAAGAT GACGTTATGA GAGCCTTAAA ATTAGCAGGA TGCGATTTAA 1620 TATTAGACAA ATTCCCAGAA AGAGAAAATA CAATCATAGG CTCAAAAGGT GTTTATTTAT 1680 CCGGTGGAGA AAAACAAAGA ATTGCAATTG CTAGAGCAAT TTTAAAGGAT TCCAAAATTA 1740 TTATTATGGA TGAAGCATCA GCATCTATTG ACCCAGATAA CGAGTTTGAA TTGCAAAAAG 1800 CTTTTAAAAA TCTTATGAAG GATAAAACAG TTATCATGAT TGCACACAGG CTATCTACAA 1860 TTAAAGACCT TGATGAAATT ATTGTCATGG ATAGTGGAAA AATTATAGAA AGAGGGTCTG 1920 ACAAAGAATT AATGTCAAAA GATACAAGGT ATAAGAGCCT GCAAGAGATG TTTAACAGTG 1980 CGAATGAATG GAGGGTTTCA AATGAAAGAG TTTTATAAAA AAAGATTTGC TCTTACAGAT 2040 GGAGGAGCAA GAAATTTAAG TAAAGCAACA CTGGCTTCAT TTTTCGTTTA TTGTATAAAC 2100 ATGCTTCCTG CCATATTACT TATGATTTTT GCTCAGGAAG TTTTGGAAAA TATGGGCAAA 2160 AGCAATGGCT TTTATATAGT ATTCTCAGTT TTGATTTTGA TAGCAATGTA TATTTTGCTT 2220 TCTATCGAAT ACGATAAATT ATATAACACA ACCTATCAAG AAAGTGCAGA TTTAAGAATA 2280 AGGACAGCGG AGAATTTATC AAAATTACCT CTATCTTACT TTTCTAAACA TGACATTTCC 2340 GACATTTCAC AAACAATCAT GGCTGATATT GAAGGCATAG AGCATGCAAT GAGCCACTCA 2400 ATACCAAAGG TGGGCGGCAT GGTACTGTTT TTCCCATTAA TATCTGTAAT GATGCTAGCG 2460 GGCAATGTCA AGATGGGTTT AGCTGTAATT ATTCCATCTA TTTTAAGCTT TATATTTATA 2520 CCTTTATCTA AAAAATATCA GGTTAATGGA CAGAATAGAT ATTATGATGT CTTAAGAAAA 2580 AACTCAGAAA GCTTTCAAGA AAATATCGAA ATGCAAATGG AGATTAAAGC ATATAATTTA 2640 TCGAAGGATA TTAAAGATGA CTTATATAAA AAAATGGAAG ATAGTGAGAA AGTACACTTA 2700 AAGGCGGAAG TAACTACAAT TTTAACTTTG TCTATATCTT CAATATTTAG CTTTATATCT 2760 CTTGCTGTTG TGATATTTGT CGGCGTAAAT CTAATTATTA ATAAAGAGAT AAATTCTCTC 2820 TACCTTATAG GATATTTACT AGCTGCTATG AAGATAACAG ACTCTTTAGA TGCATCTAAA 2880 GAGGGCTTGA TGGAAATATT TTATTTATCG CCCAAAATAG AAAGATTAAA AGAAATTCAA 2940 AATCAAGATT TACAAGAAGG CGATGACTAT AGCTTAAAAA AATTTGATAT TGATCTAAAA 3000 GATGTTGAGT TTGCCTACAA TAAAGACGCA AAAGTTTTAA ATGGTGTAAG TTTTAAAGCT 3060 AAGCAGGGAG AGGTCACTGC TTTGGTAGGT GCAAGTGGCT GCGGTAAAAC AACTATCTTG 3120 AAACTTATAT CAAGACTTTA TGATTATGAC AAGGGACAAA TCTTAATCGA TGGCAAAGAT 3180 ATAAAGGAAA TATCAACAGA ATCCCTTTTT GATAAGGTGT CTATTGTTTT CCAAGATGTG 3240 GTTCTCTTTA ATCAAAGCGT TATGGAAAAT ATTAGAATCG GTAAGCAAGA TGCAAGTGAC 3300 GAAGAGGTTA AAAGAGCAGC AAAACTTGCA AATTGCACAG ATTTTATAGA AAAAATGGAT 3360 AAAGGTTTCG ATACAGTTAT TGGTGAAAAC GGAGCTGAGC TATCAGGAGG AGAAAGACAA 3420 AGATTATCAA TAGCCAGAGC CTTCTTAAAA GATGCGCCGA TATTGATCTT AGATGAGATA 3480 ACAGCAAGCC TTGATGTTAA CAACGAGAAA AAGATTCAAG AGTCTTTAAA TAATTTAGTT 3540 AAAGATAAAA CTGTTGTAAT CATTTCACAT AGAATGAAAT CCATAGAAAA TGCAGACAAG 3600 ATAGTAGTTC TTCAAAACGG AAGAGTAGAA AGCGAAGGTA AGCATGAAGA GCTTTTACAA 3660 AAATCAAAAA TTTACAAAAA TTTAATAGAA AAGACAAAAA TGGCAGAAGA ATTTATTTAT 3720 TAGGAGGACT ACAATGGATA ATAAAAAATT AAAAGTAAAA GATTTAGTAA GCATCGGTGT 3780 TTTTGGCGTA ATTTATTTTG CCTTCATGTT TGGAGTTGGT ATGATGGGCT TGATTCCAAT 3840 ATTGTTCTTA ATATACCCGA CAGTATTAGC CATAGTTGCA GGAACTGTTG TTATGTTATT 3900 TATGGCTAAG GTTCAAAAGC CATGGGCACT ATTTATATTT GGTATGATAT CACCACTTGT 3960 GATGTTTGCA GCTGGTCATA CCTACGTAGT TGTGGTTTTA TCACTTATAG TAATGATAAT 4020 AGCAGAATTA ATTAGAAAGA TTGGTAATTA TAATTCATTT AAATACAATA TGCTTTCTTA 4080 TGCAATCTTC AGCACATgGA TATGTAGCTC TTTAATGCAA ATGCTTTTAG CAAAAGAAAA 4140 ATATATGGAG TGGTCTTTGA TGACTATGGG AAAAGATTAT GTTGATGTAT TAGAAAAGTT 4200 AATAACTTAT CCTCACATGG CTTTAGTAGC CTTAGGTGCT TTCTTAGGAG GAATTCTTGG 4260 AGCATATATA GGCAAGGCTC TATTGAAAAA ACACTTTTCA AATGGATTAT ATTGTGTGGG 4320 ATACTTTACT CCTTGCCTAA TTTTATGGTG CTATCTGAAT TAAACCCTAT AGTTAAGATG 4380 TTTTTGAGTA TACCTATTGT TATTAGAATG TTTATTTTAC CATTTATGGC AGCAAGCTTT 4440 ATGATAAAGA CCTCGGATGT AGGCGCAATA ATTTCATCGA TGGATAAGCT TAAGATTTCA 4500 AAGAATGTAT CCATACCTAT TGCGGTTATG TTTAGATTCT TCCCATCTTT TAAGGAGGAG 4560 AAGAAAAACA TCAAAATGGC TATGAGAGTA AGAGGGATAA ATTTTAAAAA CCCAGTC. AAA 4620 TATCTTGAAT ATGTTTCTGT GCCACTACTC ATTATATCAT CTAATATATC AGATGACATT 4680 GCAAAAGCGG CAGAAACAAA GGCAATAGAA AATCCAATTG CCAAGACCAG ATACATTCGC 4740 GTAAAGATAC AGCTAATTGA TTTTGTTTAT GTTTTAGCGG TTGCTGGACT TATTGTGGGA 4800 GGCTTAATAT GGTTGAAATA AAAAATTTAA GTCTTGATTA TGGTGAAGAG CATATATTAG 4860 ATGATATATC ACTATCCATA GCCGAGGGAG AGTGCGTGCT ATTTACAGGA AAAAGTGGAA 4920 ATGGTAAGTC ATCTTTAATA AATTCAATCA ATGGACTAGC TGTAAGGTAT GATAACGCAA 4980 AGACAAAGGG CGAAATAATT ATTGATGGTA AGAATATAAA AAATTTGGAA CTTTATCAAA 5040 TCTCAATGCT TGTTTCAACT GTTTTTCAAA ATCCTAAGAC ATATTTTTTT AATGTCAATA 5100 CGACATTAGA ATTATTATTT TATTTGGAAA ATATCGGTCT TGCAAGAGAA GAGATGGACA 5160 GGCGTTTGAA GGATATACTT GAGATATTCC CGATAAAAAA TCTTTTGAAC AGAAATATAT 5220 TTAATCTATC CGGCGGTGAA AAACAAATTC TTTGCATTGC AGCTTCTTAT ATAGCAGGTA 5280 CAAAGATTAT AGTTATGGAT GAGCCTTCAT CGAATTTAGA TATTAAAAGC ATAAGTGTTT 5340 TGGCAAAGAT GCTAAAGATA TTAAAAGAGA AAGGCATAAG CATAATTGTT GCAGAGCATA 5400 GAATTTATTA TTTGATGGAC ATAGTTGACC GTGTATTTTT AATAGATAAA GGAAAGCTTA 5460 AAAAAACTTA TACTAGAAGT GAATTTTTAA AGCTAGATAA AAATGAATTA AATGCTTTAA 5520 GTTTAAGAGA TAAAGAATTA AGTAAATTAA AAGTTCCTTA TTTAAAAGAA GGTGGAGAGT 5580 ATCAGATAAA AAATCTTAGT TACAAATTTA CTGATGATGA GTGTTTAAGC TTAAAAGATA 5640 TTTCGTTCAA GCTTGGGAAA ATTTATGGCA TAATAGGATC CAACGGACGA GGAAAATCAA 5700 CGCTTTTAAG ATGTTTAATA GGTCTTGAGA AAAAATCAAA AGAAGAAATT TATTTTAAGG 5760 GAGAGAAGCT ATCTAAAAAA GAAAGACTCA AAAACTCTTC ACTTGTTATG CAAGATGTAA 5820 ATCATCAATT ATTCACAGAT GAAGTATTCA ACGAGCTTAG ATTAGGAGTA AAGAATTTTG 5880 ATGAAGAAAA GGCGAAAATC ATTTTAAACC CCAATTATTC ACCCCAAATC TAAAAACCAT 5940 CCAGAATCCT TGCCTTAGCT TAGATCCTGG ATGGTTTCTT TTTTCACCCA ATGGGTGTTT 6000 TTTACTAGAC AAAAAAGAGT TTCCCCTTTA TGGTATAAGT GTAGAAAAAA ACACAAAAAG 6060 AAAGGAAACT CACATGAACA GTTTACCAAA TCATCACTTC CAAAACAAGT CTTTTTACCA 6120 ACTATCTTTC GATGGAGGTC ATTTAACCCA GTATGGTGGT CTTATCTTTT TTCAGGAACT 6180 TTTTTCCCAG TTGAAACTAA AAGAGCGGAT TTCTAAGTAT TTAGTAACGA ATGACCAACG 6240 CCGCTACTGT CGTTATTCGG ATTCAGATAT CCTTGTCCAG TTCCTCTTTC AACTGTTAAC 6300 AGGTTATGGA ACGGACTATG CTTGTAAAGA ATTGTCAGCT GATGCCTACT TTCCAAAATT 6360 GTTGGAAGGA GGGCAGCTTG TTCACAGCCA ACCTTATCCC GTTTTCTTTC CAGAACTGAC 6420 GAGGAAACAG TCCATAGTTT GCGATGCCTC AACCTTGAAT TGGTCGAATT CTTTTTACAT 6480 GTTCACCAGC TG 6492 (2) INFORMATION FOR SEQ ID NO : 189 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 7174 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 189 : AACTGAAGGT AAAGGCTTCG ACGCAGAACG TGACGCTGCC CAAGCTGCCC TTGATGACCT 60 TAAGAAAGCT CAAGAAGACA ACAACTTGGA CGACATGAAA ACAAAACTTG AAGCATTGAA 120 CGAAAAAGCT CAAGGACTTG CTGTTAAACT CTACGAACAA GCCGCAGCAG CGCAACAAGC 180 TCAAGAAGGA GCAGAAGGCG CACAAGCAAC AGGGAACGCA GGCGATGACG TCGTAGACGG 240 AGAGTTTACG GAAAAGTAAG ATGAGTGTAT TGGATGAAGA GTATCTAAAA AATACACGAA 300 AAGTTTATAA TGATTTTTGT AATCAAGCTG ATAACTATAG AACATCAAAA GATTTTATTG 360 ATAATATTCC AATAGAATAT TTAGCTAGAT ATAGAGAATT ATATTAGCTG AACATGATAG 420 TTGTATCAAA AATGATGAAG CGGTAAGGAA TTTTGTTACC TCAGTATTGT TGTCTGCATT 480 TGTATCGGCG ATGGTACCAG CTATGATATC ATTAGAAATA CAAACATATA AATTTGTAAT 540 ACCGTTCATA ATTGGTATGA TTTGGACAGT AGTTGTATTT CTTATGATCA ATTGGAATTA 600 TATAGGCAAA TACTAAGAAG AGACAAAAAT ATATAAATAT TTCTGTACTT ATAGGATATT 660 TAAAATCAAA ATAAAGTTAA TTTACTTATT TGCAGAGGTT GCAACCCAGC CTCTGTTTTT 720 CGATAAAAAG GGACGGAATC TCATTTGTTT GGGTTTTGTC TCATCAATAG AAAGGAACAA 780 AGAGTGTTCG TAACTGAACA CGGGTTTCAG AATTTCTTAC TAAATATAAA AGAAAGGAAT 840 TGAACCCGAC CTAAATGGTG GTTCGATTCA GAACATCAAT AGAAAGGAAT AAGGGTGTTC 900 GTAACTGAAC ACGGGCTATG GACTGTGCCA AAAAGATAGT TTTTTCTAGG ACGTAAGCGT 960 CCGTCGTCAA AACTCCTAGA TGGCTGTGTC CGTTTGACGC CCTTTGTATC TTGAATTATG 1020 AACAATACTG AATTTTATGA TCGTCTGGGG GTATCCAAAA ACGCTTCGGC AGACGAAATC 1080 AAAAAGGCTT ATCGTAAGCT TTCCAAAAAA TATCACCCAG ATATCAACAA GGAGCCTGGT 1140 GCTGAGGACA AGTACAAGGA AGTTCAAGAA GCCTATGAGA CTTTGAGTGA CGACCAAAAA 1200 CGTGCTGCCT ATGACCAGTA TGGTGCTGCA GGCGCCAATG GTGGTTTTGG TGGAGCTGGT 1260 GGTTTCGGCG GTTTCAATGG GGCAGGTGGC TTCGGTGGTT TTGAGGATAT TTTCTCAAGT 1320 TTCTTCGGCG GAGGCGGTTC TTCGCGCAAT CCAAACGCTC CTCGCCAAGG AGATGATCTC 1380 CAGTATCGTG TCAATTTGAC CTTTGAAGAA GCTATCTTCG GAACTGAGAA GGAAGTTAAG 1440 TATCATCGTG AAGCTGGCTG TCGTACATGT AATGGATCTG GTGCTAAGCC AGGGACAAGT 1500 CCAGTCACTT GTGGACGCTG TCATGGCGCT GGTGTCATTA ACGTCGATAC GCAGACTCCT 1560 CTTGGTATGA TGCGTCGCCA AGTAACCTGT GATGTCTGTC ACGGTCGAGG AAAAGAAATC 1620 AAATATCCAT GTACAACCTG TCATGGAACA GGTCATGAGA AACAAGCTCA TAGCGTACAT 1680 GTGAAAATCC CTGCTGGTGT GGAAACAGGT CAACAAATTC GCCTCGCTGG TCAAGGTGAA 1740 GCAGGCTTTA ACGGTGGACC TTATGGTGAC TTGTATGTAG TAGTTTCTGT GGAAGCTAGC 1800 GACAAGTTTG AACGTGAAGG AACGACTATC TTCTACAATC TCAACCTCAA CTTTGTCCAA 1860 GCGGCTCTTG GTGATACAGT AGATATTCCA ACTGTTCACG GTGATGTTGA ATTGGTTATT 1920 CCAGAGGGAA CTCAGACTGG TAAGAAGTTC CGCCTACGTA GTAAGGGGGC ACCGAGCCTT 1980 CGTGGCGGTG CAGTTGGTGA CCAATACGTT ACTGTTAATG TCGTAACACC GACAGGCTTG 2040 AACGACCGCC AAAAAGTAGC CTTGAAAGAA TTCGCGGCTG CTGGTGACTT GAAAGTAAAT 2100 CCAAAGAAAA AAGGCTTCTT TGACCATATT AAAGATGCCT TTGATGGAGA ATAATACTCT 2160 TCGAAAATCT CTTCAAACCA CGTCAGCGTT GCCTTGCCGT ATATATGTGA CTGACTTCGT 2220 CAGTCGTATC TACAACCTCA AAACAGTGTT TTGAGCAGCC CGTGGCTAGT TTCCTAGTTT 2280 GCTTTTTACT TTATAGATTT TTTAAGACTT TCCTAAGTAA TGACGGACGG TAGTGACCTC 2340 CTTCGAAGTT CCATACCTAA ACTTTGAACC TAAGTTTTAA AGTTTCCGGA CAGCTGAAAC 2400 CAAGCTGTTT CAGGTGTTTT CATTACGGCA GAAAGTCTTC GATTTAGTTG TGAAATGGTG 2460 AATGATACTC TTCAAAAATT TCTTCAAACC ACGTCAGCGT CGGCTTGTCA TGGGTATGGT 2520 TACTGACTTC GTCAGTTCTA TCCACAACCT CAAAACAGTG TTTGAGCTGA CTTCGTCAGT 2580 TCTATCCACA ACCTTAAAAC GGTGTTTTGA GCAGTCTGTG CCTAGCTTTC TAGTTTGCTT 2640 TTTGATTTTT ATTGAGTATG AATTACCTAA ATTATGATGC ATAGTTGATG GGATATATAT 2700 AATAGATTGA AATAGAATAT GAACAAATTG ATAAGAGGAT TTTAAAGTAA TCTCTAACAA 2760 TGCTTTAGAA ACTATGGTGT GCTATTCTAA ATTCAATTCA CTATAACTTG TTTACGTTTT 2820 AAAAAAGAGC CGTCGGGCTC TTTTTACTTA TCTTCAGTTC CCTGCATTTC TTTTATCACA 2880 GCTAGTCTAG TCTGGATATC CTTTTCCAAG ACCTTAAACT TGTAAGTCAA GTCTTCTTGG 2940 TATTCCTTGA TAAGTTCTTT TTGCTGGTTA ATGATTTGCA GGCTGTTTTG GATAATATCC 3000 ACATCGTCCT TGATAGCTTG AACGCGGTCA GTGGTATTCA AGACTTCATC TGTGATGGTT 3060 TGGCGATTTT TTGTAACCAG ATAACTTCCG GCTGCAGCTC CTGCAAATAG CAGTAGGTTG 3120 GATAATTTCA TAGCAACTCC TTAAGCGTTT TTGATGGTTT CAGCGACTTG AGCAAGTTTG 3180 TCAAAGTCTG GTTCGTGGGC GATAAAATCA ATCTTGAGGT CATCGTCAGC ACTGTAGCGA 3240 GGCACAAGGT GAACGTGAGT ATGAAAAACT GTTTGACCAG CGACTTCTTC ACAGTTGGAA 3300 ATGATATTCA TACCAGCAGC CTTAGTGACT TTCATGACTT TTTGAGCTAC TTTTGGTACT 3360 TGGGCAAAGA GTTGGcTGGC GCTCGTAGCA TCCATCTCCA AAAGATTGCG ATAGTGTTCT 3420 TTTGGCACGA CCAAGGTGTG TCCTAGTGTT ACTTGAGAGA TATCAAGAAA GGCAAGGACC 3480 TGCTCATCTT CATATACTTT TGAAGCAGGA ATTTCCCCTG CGATGATTTT ACAAAAAATG 3540 CAATCTGACA TAAAATCTAC CTCTACTGTA CTGAATTTTG ATATAATATA GCTACATTAT 3600 ACCAGATTTG GAGAAAATAT GTTAGAAATT AAAAACCTGA CAGGTGGCTA TGTTCATGTT 3660 CCTGTTTTGA AAGATGTGTC CTTTACTGTT GAAAGTGGGC AGTTGGTCGG TTTGATTGGT 3720 CTCAATGGTG CTGGGAAATC AACGACGATC AATGAGATTA TCGGTCTGTT GGCACCTTAT 3780 AGTGGCTCCA TCAATATCAA TGGCCTGACT CTGCAAGGAG ATGCGACTAG CTACCGCAAG 3840 CAGATTGGCT ACATTCCTGA GACGCCTAGT CTGTATGAGG AATTGACCCT CAGAGAGCAT 3900 ATCGAAACGG TTGCTATGGC TTACGGTATT GAGCAAAAAG TGGCTTTCGA ACGAGTAGAG 3960 CCCTTGTTAA AAATGTTCCG TTTGGAACAG AAATTAGACT GGTTCCCTGT TCATTTTTCA 4020 AAAGGGATGA AGCAGAAGGT CATGATTATC TGTGCTTTTG TGGTGGATCC AAGTCTTTTC 4080 ATCGTGGATG AGCCTTTCCT TGGTCTTGAT CCGCTGGCTA TTTCTGATTT GATTCAGCTT 4140 TTGGAAGTGG AGAAGCAAAA GGGCAAGTCT ATTCTCATGA GTACCCACGT GCTGGATTCG 4200 GCGGAGAAGA TGTGTGATGC CTTTGTCATT CTTCACAAGG GAGAGGTGCG TTCCAAAGGC 4260 AATCTCCTGC AACTACGTGA AGCCTTTGAT ATGCCTGAGG CTAGTTTGAA TGATATTTAC 4320 TTGGCTCTGA CCAAAGAGGA GGATCTATGA AAGACTTGTT TTTAAAGAGA AAGCAGGCCT 4380 TTCGTAAGGA GTGTCTTGGT TATCTGCGCT ATGTGCTCAA TGACCACTTT GTCTTGTTCC 4440 TGCTTGTCCT GTTGGGCTTT CTAGCCTACC AGTACAGTCA ACTCTTACAA CATTTTCCTG 4500 AAAATCATTG GCCTATCCTT TTGTTTGTAG GAATTACGTC TGTTTTACTT TTACTTTGGG 4560 GAGGAACTGC CACCTATATG GAGGCTCCAG ACAAGCTCTT TCTCTTAGTT GGAGAAGAGG 4620 AAATTAAGCT CCATCTCAAG CGTCAAACTG GCATTTCCCT AGTCTTTTGG CTCTTTGTAC 4680 AGACCCTTTT CTTGCTGTTA TTTGCGCCTT TATTTTTAGC AATGGGTTAT GGCTTGCCAG 4740 TTTTTCTGCT CTATGTGCTT TTATTGGGGG TAGGAAAATA TTTCCACTTT TGTCAAAAGG 4800 CCAGCAAATT TTTCACTGAA ACTGGACTGG ACTGGGACTA TGTTATTTCT CAAGAAAGCA 4860 AGCGTAAGCA AGTCTTGCTT CGTTTCTTTG CCCTCTTTAC GCAGGTCAAG GGAATTTCAA 4920 ACAGCGTTAA GCGTCGTGCC TATCTGGACT TTATTTTAAA GGCTGTTCAG AAGGTGCCTG 4980 GGAAGATTTG GCAAAATCTC TATCTGCGTT CTTATCTGCG AAATGGCGAC CTCTTTGCTC 5040 TCAGTCTTCG TCTTCTCTTG CTTTCCTTGC TGGCGCAGGT TTTTATCGAG CAAGCTTGGA 5100 TTGCGACAGC AGTGGTAGTT CTCTTTAACT ACCTCTTGCT CTTCCAGTTG CTGGCCCTCT 5160 ATCATGCCTT TGACTACCAG TATTTGACCC AACTCTTTCC GCTGGACAAG GGGCAAAAGG 5220 AAAAAGGCTT ACAGGAGGTA GTTCGAGGAT TGACCAGTTT TGTTTTACTT GTGGAATTAG 5280 TTGTTGGGTT GATTACCTTC CAAGAAAAAC TAGCCCTTCT AGCCTTACTA GGAGCTGGTT 5340 TGGTTTTACT AGTCTTGTAT TTGCCTTATC AGGTAAAACG TCAGATGCAG GACTAACATT 5400 GCTGATACGA CACTAAAAAA GAAGTTGAGT TCAGTCTGTC TCAACTTCTT TTTTGTTACT 5460 ACAGGATAAT GGTTGGTCCG TAGAGACTTA TACTCTTCGA AAATCTCTTC AAACCACGTC 5520 AGCGTCGTCT TACCGTACTC AAGTACAGCT TGCGGCTAGC TTCCTAGTTT GCTCTTTGAT 5580 TTTCATTGAG TATTAACTTG GTCTTGACTT GGTCAAAGTG GAAGCGGTCA TAGGCCCGCC 5640 AAGCGGCGCG AGTTGGAGCA TCTGGATCAA GAGCGCTGAG TCCCATGAGA AGACTGGAAG 5700 TCTGGTAAAA TTTTTCTAGT TCAATCAAGA ATCGATTATC CACTGTTTCA GCCTTGGCTA 5760 GAAAACCAAG AATAGAGTTT AATTGCTCCT GAAAGCGGAC GTCGTCAGCG CTTGCCTGTT 5820 TGCATGCTTG GTAGGCTTTG TTTAAGTCAG TAATCAAAGT ATGAGCTCTT TTGATGGGGT 5880 CTGTATCTGT CATGGGAATG CCTCCTTTAA TCTGGGTGCC AGTCTTACTT CTGGCAACTG 5940 TGTTTTGATA CTGTTAGTTT ATCACTTTTA ATTCTTTTTT TTTATTCAAA TCTTTAATTG 6000 TCATTGAAAT GTCTTGAATT GCGCTGAGTG AATTTTATGA TAAAATAGTT GTAAGCTCAT 6060 CATGATGTTG TAGAAAATAA TCCTTTTAGG AGTTTTCAAA GACTGTTTAG GATTGGGTGT 6120 GCTTGGGCTA GACCTTTTCT GTTATTCTTT TCTTAGGAGG AGAATCCAAT GAAATATATG 6180 ATTATTCAGA CGCAGAAAAC AGTCTATAAA GTAAACATCG ACGATATCTA CTATATCCAA 6240 ACACATCCAA CTAAAGCCCA TACCGTACAG ATTGTTACAG AAGAAGCTAG TTTTAATATG 6300 CTTCAAAATT TAAGTAATCT TGAGAACCAA TGTGGGGAAA CCTTGATGAG ATGTCATCGA 6360 AATTGTTTGG TTAATCTTGA TAAATTAAAA TCGATTGATT TTCAAGAAAG AATCCTTTTT 6420 CTCGGAGAAG AAGGTCAATA CGCTGTCAAG TATGCCAGAC GTCGCTATAG AGAAATTCGT 6480 CAAAAATGGT TGAAAGAGGG AGAGTAAGAA GATGAGAATA TTTGTTTTAG AGGATGATTT 6540 TTCCCAACAG ACTAGAATTG AAACGACGAT TGAGAAACTT TTGAAAGCAC ATCATATCAT 6600 TCCTAGCTCT TTTGAGGTAT TTGGCAAGCC GGACCAACTG CTGGCTGAAG TGCATGAGAA 6660 GGGGGCCCAT CAGCTATTCT TTTTGGATAT TGAGATTCGA AATGAAGAGA TGAAGGGACT 6720 GGAAGTGGCT AGAAAGATTC GGGATCGGGA TCCTTATGCC CTGATTGTCT TTGTGACGAC 6780 TCACTCGGAG TTTATGCCCC TGTCTTTTCG CTACCAAGTG TCTGCTTTGG ACTACATTGA 6840 TAAGGCCTTG TCAGCAGAGG AGTTTGAATC TCGGATCGAG ACAGCCCTCC TCTATGCCAA 6900 TAGTCAAGAT AGTAAAAGTC TGGCGGAAGA TTGCTTTTAC TTTAAATCAA AATTTGCCCA 6960 ATTTCAGTAT CCTTTTAAAG AGGTTTACTA TCTCGAAACG TCGCCCAGAG CCCATCGTGT 7020 TATTCTCTAT ACCAAGACAG ACAGGCTGGA ATTTACAGCG AGTTTAGAGG AGGTTTTCAA 7080 GCAGGAGCCC CGTCTCTTGC AGTGCCACCG CTCTTTTCTC ATCAATCCTG CAAATGTGGT 7140 GCATTTGGAT AAGAAAGAAA AACTGCTTTT CTTT 7174 (2) INFORMATION FOR SEQ ID NO : 190 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3207 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 190 : CCACCAGGGA AAATCATTGA AGTTGGTAGT CACCAAGAGT TAATGCAGGC GCAAAGTTTC 60 TACCATCATC TATTCAATAA ATAAGGAGAA TGTCATGAAT CCTAATCTTT TTAGAAGCGT 120 CGAGTTTTAT CAGAGACGTT ACCATAACTA TGCGACAGTG TTAATTATAC CTCTTTCATT 180 ACTATTTACT TTCATCTTGA TTTTCTCCCT TGTTGCCACA AAAGAAATTA CTGTTACTTC 240 CCAAGGAGAA ATCGCCCCTA CAgTGTCATT GCCTCCATTC AGTCAACCAG TGATAATCCT 300 ATCCTAGCTA ATCATTTAGT GGCAAATCAA GTAGTTGAAA AAGGGGACTT ACTCATCAAA 360 TACTCTGAAA CAATGGAAGA AAGTCAGAAA ACTGCCTTAG CAACTCAATT ACAAAGACTT 420 GAGAAGCAAA AAGAAGGACT TGGAATTTTG AAACAAAGCT TAGAAAAAGC GACTGATCTT 480 TTTTCTGGCG AGGATGAATT TGGCTACCAT AATACCTTTA TGAATTTTAC TAAACAATCC 540 CATGATATTG AACTGGGTAT CACAAAGACT AACACCGAAG TTTCAAATCA AGCTAATCTT 600 TCCAATAGCA GTTCATCAGC TATTGAACAA GAAATTACAA AAGTTCAACA ACAAATTGGA 660 GAATATCAAG AGTTGAGAGA TGCTATCATA AATAACAGAG CACGCTTACC AACTGGCAAT 720 CCGCACCAGT CAATTTTGAA TCGTTATCTT GTAGCCTCAC AAGGACAAAC ACAAGGAACT 780 GCAGAGGAGC CATTTTTATC TCAAATTAAT CAAAGTATTG CAGGTCTTGA ATCATCTATC 840 GCAAGCCTCA AAATTCAGCA AGCTGGTATC GGAAGTGTAG CAACTTATGA TAACAGTTTA 900 GCAACCAAAA TTGAAGTACT CCGCACTCAG TTTTTACAGA CAGCCTCACA GCAACAACTA 960 ACTGTGGAGA ATCAATTAAC AGAATTAAAA GTACAACTAG ATCAAGCCAC ACAGCGTTTG 1020 GAAAACAATA CCTTAACCTC CCCAAGTAAA GGTATCGTTC ATCTGAACAG CGAATTTGAA 1080 GGTAAAAATA GAATTCCAAC TGGTACAGAA ATTGCTCAAA TATTCCCTGT CATCACAGAT 1140 ACAAGAGAAG TACTAATCAC TTACTACGTA TCTTCTGACT ATCTACCTCT ACTAGATAAA 1200 GGACAAACTG TAAGATTAAA ACTGGAGAAG ATTGGAAATC ACGGCACCAC CATCATCGGC 1260 CAACTTCAGA CAATTGATCA AACTCCTACC AGAACAGAGC AAGGAAATCT CTTTAAATTA 1320 ACCGCTCTTG CAAAACTATC TAACGAGGAT AGTAAACTCA TCCAATATGG CTTACAAGGT 1380 CGCGTCACTA GTGTAACTAC AAAGAAAACA TATTTTGATT ATTTCAAAGA TAAAATTTTA 1440 ACACATTCTG ATTAATTTTC AGATAACACT CTATAACTAT TTATTATCTT ATCAAAAAGG 1500 AGAATCATAA CATGGATAAG AAACAAAACC TAACTTCATT TCAAGAACTA ACAACTACCG 1560 AACTCAATCA AATTACAGGT GGAGGATTGT GGGAAGATTT ATTATATAAC ATTAATAGAT 1620 ATGCTCATTA CATCACATAA GAACTTCATC ATCCAATACA ACTATAAAAA AATAAGACCG 1680 AGAAACAAGT ACTCTCGGTC TTATTTTTCA TCATTCTGTA TGTATCACAG TAAGTACCTG 1740 ACGAAAGACT TGATTTTGAC AGGTGGTATT TAGACTGGTA TTAGGATGGC TTTCCACAAT 1800 CTTCATGACG GTATAGAGAC CAACTCCTCT CTCCTCCCCT TTAGAACTGG CTCCAAAGGA 1860 GAAGATTTCA GAAATATCGA TGCCCTCTTC TTTGATGGAG TTTTCGATGA TAAAGGTCTC 1920 CTGTGCTCCA TTTTTTAAAA AGGCGATTGA AACATGAGGT TGACTAGCTT CCACACTGGC 1980 TTCAATAGCA TTGTCACAAA GGATAGACAC AATGGTTAGA AAATCAAGTA GACTCATCCC 2040 CTCGACCTGA ATCTCCTCAG GAACTTCGAC ATTAAAGACA ATGTTCTTAT CTCTGGCTTT 2100 TAAAAATTTC CCTGCTAGAA GACTTTTGAG GGCTTTATCA CGAATATTTA CCAATCTGCC 2160 CAGGTCATAT TTATTGTTCT GCAATTTCTG ACTGGAATCC TTTAAGACGG AGCCATAGAC 2220 CTCTTTTATC TGCTCCATAT CCTCCTCTTC AATGCCCAGA CGTAAGCTAG TCAAGAGGTT 2280 GGTATAATCA TGACGAAAGC TCCGTACTTC CTTGTAAAGC TCCTCTATAT GCCGACTATA 2340 GCGTTCCATA TCTCTATAGC GCAGGGCCTG CTCTTGTTCC AATCTCTCAT AGAGTTTTTC 2400 CTTCAAATAG GTATCCAATT TCTTGATAAC CCCCATAAAA AAGAGTAGGT AAAAGACTAG 2460 GATGAGATGG CGAACAGTCT TTGATTGAAT ACTTTGTTCA TATTCAAAAA AAGACAGACT 2520 TTCCATGACT AGATAGTAGC CACCCATTAT CCAGTTAATC TGAGTCAGGG ACTTTTGAAA 2580 GGCTTTATCG AGAATCTCCT TTCTCAAGCT AGTAAAATCG TAGTCCAACC ATTTCAAAAA 2640 AGCTAGAGAA ATGAAGAAAT TGAAAATTAT TATACATAAC CCAGTAAATG AGTAGCCATC 2700 ATATACTTGC CCTTGTCCCA AAAATGGAAG CACAAAATAG GAGACTCCTC TATAAAAGAG 2760 ATTCACCAAT ATCATTGGAA AGAGACCATA AAAGAAAAGG AGTTTTTTAG GAAGCCCTCT 2820 CAATAATAAG AAAGATAAGC CTATGCCGTA CAAGGGTTCC ATAAAATAAG ATAGGTAAAC 2880 ATTTCCTACT ATATAGCTAA TCATCACAAA AACAAAGGCC AACAGTATCT TCAAAAGAAA 2940 GGCCTTAAAA ATCCTCTCGA AAGTAAGATC AATTCCATCC ACCTTAAAGA AGATGACAAT 3000 TTCTAGTCCA TTAGTAACAA GTGTATACAA CAATATCCAA GCAATGTTCA TAAATTCTCC 3060 TAGCTCAGTG TAATTTATTG ATGGCCTCAG ACACTTCCCT GACCTTATAA CGGGCGATTA 3120 GACAACTTCC ACCATTGGGA GAGAAGAGCA GTTTTTCTTT CTTATCCAAA TGCACCACAT 3180 TTGCAGGATT GATGAGAAAA GAGCGGT 3207 (2) INFORMATION FOR SEQ ID NO : 191 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 10357 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 191 : CTGAATCAAG TGTACTGCAC CAGTTCGTGC ATCAGGCATA ACAACATCTA CAGATATAAT 60 ATTGTTTTCT GAGTCCGCCT CATAAGTTAA AATCATAAAT TTTTCGATAT TCGAATTTTT 120 AGTAGCTTGT TCAATTTCTT GAATCATTTC ATCAGAAACT AACTCCATCT GAATTGGAAA 180 GGAATGACTA TTTTCATCAT TTTTGTAGGA AGAATGTTGA TTAAGATAAA GTGTATTCAT 240 CTGAGCATAT TCAAATAAGT AGCCACTCTT ATTTTTTTGT ACCAAAGGAA ATTGGTTTGT 300 AAGTCGCTTC TTACCCTTTA TAATTAACAA TACTTTCCCA TATTTTTCTG TATTTGTTTC 360 AAATTCTAAA TATCCCCAAG TCTGTCCTGC TAATTGTAAT TTATACTCAA ACAAATCTGC 420 TGATGCAAAT GCAGTATCAA TATGATTAGG TCGCGTCCAT GCATAACCAT TCGACACTAT 480 CATTGTCTCT CTTTTTTCTA GACGTTCATC TACATAATCT TTTTGCCCTT TCATCAAAGT 540 ATCTACAATT TTTTGTGCCT CAAGCGAATC AAAGAGATCC TGATTCAACA TAATTCTTCC 600 TCCTCCAAAT ACTTTTTAAT GAATTATACC ATTTTCTTAA AGAAATTACT ACAATAATTA 660 TCTTTTTCTT AAAGTTCTGT GTCAGAGTAA TTTAGAAAAT TATATCTTCT ATAGTAAAAT 720 CAATTAAAAA CTGAACAAAT TTATTGGGAA ATTCAAATCG CTTTCTGAAA ATATTTTAGG 780 AACCGTAGTG TAATATTCCA GATTCAATTC ACTATAAAAC TGACCTTTCT CCTGCAAAAG 840 AAAAAGGAAA GACTTCCTTT CGTGCCTTTC CTCTTACTTG CTACTTGTTT GATTATTTTT 900 GGTAAGCTAC TGCTTGTCTG ATAAAATCCT GAATCGGCTC TCCTTGGTGG AGAGCTTTTA 960 CTATTTTCGA ACCGACGATA ACACCATCTG ACACCGCATT GAAGCGTTCC AGATCGGCTT 1020 GACTAGATAC ACCAAAACCT GTCAAGACTG GGATGTCGGC CACTTGATGA AGTTGCGCCA 1080 AGTGCTTGTC CAAATCTGCA CGGTAATTGC CTGATTTCCC TGTCACTCCA TTGATGGCAA 1140 CGGCATAGAT GAATCCCTCC GCCCCTTCAA TCAACTCTTT CTGGCGCTCA ATTCCTGTGG 1200 TCAAGCTTAC TAAAGGAATC AAGGCGATAT CTGTATTTGC CAAAAATGGT TCTACAAAGT 1260 TGGCATGTTC ATGAGGCAGG TCTGGGATAA TCAAGCCCTT CACAGCTGTA TCAGCCAGAT 1320 CTTTGACAAA GTTCTCCACA CCGTACTGAA AGAGGGGGTT GAAGTAGGTC ATGATGACCA 1380 GTGGAATCTC TGTTTCAATG GTTTTCAAGG TTTCAACTAA AGCCTGGGTA GAGGTCCCGT 1440 GGGCTAAACT GCGCAAGCCA GCTTCTTCGA TAACAGGTCC ATCTGCAACA GGGTCTGAAA 1500 AGGGAATACC CACTTCAATT GCAGAGACAC CCAAATCTTC TAAAAAGTGA ATTGTTTCAG 1560 CAAGACCGTC CAAACCTTTC TCGTGGTCAC CAGCCATGAT ATAGGGAACA AAAATTCCTT 1620 TTCCAGCTGC TTTAATAGCA TTTAATTTTT CTGTTAGTGT CTTAGGCATG AGCTTCTCCC 1680 TTCTTTGCTG CATCTGCTTC CAAGCGGTCC TTGACTTGAA CCACATCCTT GTCCCCACGA 1740 CCTGATAGGC AGACAATCAT AGACTTTTCT GGTCCAAGTT CTTTGGCCAA TTTCACCGCA 1800 AAGGCGATAG CATGGCTAGA TTCCAAGGCT GGGATAATCC CTTCCACACG AGACAAGAGT 1860 TGGAATCCTT CCAAGGCTTC TTCGTCTGTC ACAGGGACAT AGCTGGCACG TTTAATATCG 1920 TGGTAGTGAG AATGCTCTGG ACCGATACCA GGATAGTCCA AACCTGCTGA GATAGAGAAG 1980 GCTTCAAGAA TTTGACCATG GGCATCTTGG AGCACATCCA TGAGGGAACC GTGAAGGACA 2040 CCTGGACGAC CCTTGGTCAA GGTAGCTGCG TGGTGCTCTG TATCCACACC AAGCCCTGCT 2100 GCTTCAGTTC CATACATAGC TACTGACTCA TCTTCTACAA AGGGATGGAA GAGCCCGATA 2160 GCATTCGACC CACCACCAAC ACAGGCTACT AGGGCATCTG GCAGATCTCG ACCTGTCAAG 2220 TCACGGTACT GTTGTTTAGC CTCTCGACCG ATGACACTTT GGAAGTCACG AACGATTTCT 2280 GGAAATGGAT GAGGCCCCAA GGCAGAACCA AGGATATAGT GGGTATCGTC GATATTAGCC 2340 ACCCATGAAC GAAGGGCTGC ATTGACCGCA TCCTTGAGCA CGCGCGAACC ATCTGTTACA 2400 GCCTCGACCT TGGCTCCCAA AAGCTCCATG CGGAAGACAT TGAGGGCTTG GCGTTTGACA 2460 TCTTCCTCAC CCATGTAGAT GGTACATTCC ATGTTAAAGA GGGCTGCAGC AGTTGCAGTT 2520 GCCACACCGT GCTGACCAGC ACCCGTTTCT GCGATAATTT TCTTTTTACC CATGCGTTTG 2580 GCAAGCCAAA CTTGTCCTAA GGCATTGTTA ATCTTGTGGG CTCCTGTATG GTTAAGGTCT 2640 TCCCGTTTGA GATAAATCTT GGCTCCGCCA ATATGCTGGG TCAAGTTTTT TGCGTAATAA 2700 AGAGGAGTTT CACGTCCTAC GTACTGGCGC AAAAGCTGGT TTAATTCCTC TTGGAAACTT 2760 GGGTCTGCCT GACTTTCACG GTAGGCCTTC TCCAACTCCA AAACTGCTGT CATCAATGTT 2820 TCTGGGACAA AACGTCCGCC GAATTTTCCG TAAAATCCAT CTTTATTTGG TTCCTGATAT 2880 GCCATGCTTT ACCCTCTCTA TAAATCTTCT AATCTTTTCA TGATCTTTTT GTCCATCTGT 2940 CTCCACTCCG CTCGATACAT CTACTGCATA GGGAGTAAAG TGTTGAATTG CTTTTACTAC 3000 ATTATCTTCA TTAAGGCCAC CTGCGATAAA GAAGGGCTGT GCTAGTCCAG TCGTATCCAG 3060 TTGACCCCAA TCAAAGGGCT GGCCACTTCC TGCCACAGGG GCATCAAAGA GTAGATAATC 3120 TGCCTGAGAA TTGGGGACAT GCCCATTTCC ATCTACCTGC ACAGCCTGAA TACTGGCACA 3180 AGGCAAATTC TCAAATAAAT CATCTGCCAC CTGACCGTGA ACTTGAACCA AGTCCAAGCC 3240 AACTTTGTCA ATCGCTTCCA GCAGTTCTAC CCGACTTGGT GAAACAAATA CTCCAACCTT 3300 TTTCACATCT GCAGGAATAA GCTTTGCCAA CTCAGCTGCC TCTTCTAAAG TCACCTGTCT 3360 TTTACTAGGT GCAAAGACAA AACCGATATA GTCGGCTCCT GCTGAAACGG CTGTTTCCAC 3420 CGCTTCTTTG GTCGATAGTC CACAAATTTT AACCTTTGTC AATCTGCAAC TCCTTGATTC 3480 TCTGGGCCAC ATTTTCTGCC TGCATAAGAG CTGTCCCTAC CAAAATTCCG TTAAAGTATG 3540 GGGCTAGTCG TTCCGCATCC TGCCCTGTGA AAATGGCAGA TTCAGAAATG TAATAGCGAC 3600 CTTCCTCAAA GTAAGGGGCT AAATCTACAC TGGTCTGCAA GTCGACCTCA AAGGTAGTCA 3660 AGTTGCGGTT GTTGACCCCG ATAATCTCAG CACCAAGTCT GTGGGCTACC TCTAGTTCAG 3720 CTAGATTGTG AGTCTCCACT AAGACTTCCA GACCAAGCTC TGTCGCGTAG TCATACAGTT 3780 CCTTGAGGCG TTCTTCGGAC AAGGCTGCCA CAATGAGCAA GATAACTGTC GCACCTGCAT 3840 TGCGAGCGCG GATGATTTGC TTTTCATCGA TGATAAAGTC TTTGTTGAGC GTCGGAATCT 3900 CTACCTGACT GGAAATTTCC CGTAGATAAT CCAAATGCCC TTTAAAGAAA ACCTCATCTG 3960 TCAACACCGA AATCATCACT GCTCCGTTTT CTTCATAAGT CTGGGCCTGT TGCACAATAT 4020 CCACATCGAG ATTGATATCT CCCAAACTAG GGCTAGCTTT CTTGACCTCA GCGATTACCT 4080 GCAAGCGGTC CTGATGATTC TTCAAAAATT CTGCCAAGCG ATAGGTCTGG CGCAGAGGCT 4140 GGATTTGCTC CAGCTTCATC TGCTCCACCT CACGCGCCTT CTGCTCTAAG ATTCGTGCTA 4200 AAAATTCCTG ACTCATTTTT GGTACTCCTG TAACAGTCTG AGTTTTTCAA GGGCCTTGCC 4260 TCTAGCAATC ACTTGACGGG CCAAGGCAAC CCCTTCCTTG ATGCTATCAA TCTTACCATT 4320 AGCATAGAAA CCAAGACCAG CATTCAAGAC TGTCGTTTCC AAGAATGGAC TTGCTTCGTT 4380 TTTCAGAACG CTAAGCAAAA TTTCTGCATT TTCCTGAGCA TTCCCACCAC GAATATCTTC 4440 CATAGCATAG CCTTCCATTC CCAAATCCTC TGGAGTAAAG CTTGACAAGC TGATTTCGCC 4500 ATTTTCAAGA AGTGCAATCT TGGTTGTTCC GTTCAAGCCA GCTTCATCCA ACCCTTCTGG 4560 TCCAGCAACC ACGATGGCAC GTTTGCGACC CATATTTTTC AAAACCTGAG CTGTACTTTC 4620 TAGGAGTTCT GGACGACTAA TTCCAAGAAG CTGTGTTTCT AAAGCCATTG GATGAATCAG 4680 TGGACCAGTC AAGTTCATAA TCGTTGGAAT TCCCAATTCC AAACGAGCTG GCATGATGTA 4740 TTTCATAGCT GGGTGCATAT TTTTAGCGAA GAGAAAGACG ATTCCAGTTT TATCAAAGAC 4800 CTTACCTAGT TCAGCTGGTT TGAGGTCAAG ATTGATTCCC AAGGCTTCGA GGACATCTGC 4860 GGAACCAGAT TTAGAAGATA TCGAGCGGTT ACCGTGTTTG GCCATGTGAA TACCGCCACC 4920 AGCCAAGACA AAGGCTGCAG TTGTGGAAAT ATTAAAACTG AAAGACTTGT CCCCACCTGT 4980 ACCACAGTTG TCCATGGCAT CATGAATCTC AGTTGGAATA TGCTGGGCAT GTCCTCTCAT 5040 GACTTGGGCA ATGGCTGTGC GTTCTTCAGG TGTTTCCCCC TTCATCTTAA GAGCTAAGAG 5100 GAGAGAAGCA ATCTGCGCTT CAGTTACACG CCCAGTTACG ATACGCTCAA TGACATCCGT 5160 CATTTCCACA CCTGATAAAT TTTCAAATTT TGCTAGTTTT TCAATAATCT CTTTCATCCT 5220 AGTTTCCTCA CTTTACAACC TCCTCGATAA AATTCCGAAT AGAAGACAAG CCGTCTGGCG 5280 TTCCAATGCT CTCTGGATGG TACTGGAAGC CATAAATCGG TAGGTTTTTA TGTTGAATCC 5340 CCATGATGGC TTGGTCATCA GTCGAACGAG CTGTCACTTC AAAGTCTTCT GGCATTTCCT 5400 CAATCAAAAT ACTGTGATAA CGCATGACCG CACGGCCATC CTCAATACCT TGATACAAAA 5460 CAGATGGCGC TTCAAAGTTG ATATTGCTCT GTTTCCCATG CATGACTTTT GGAGCCAAAC 5520 CTAGCTTACC ACCAAAGACT TCTGCAATGG CTTGGTGGCC CAAACAAATC CCAAGAATCG 5580 GCTTCTTGCC TGCAAAATCA CGAATCATGT CTTCCATCTT TCCAGCATCA ACTGGCCAAC 5640 CAGGACCAGG AGAAAAGACC AGACCATCTG CTTTTTCAGC TTCTTCATAC AGCTTGGAAT 5700 CATCATTTCT CAGAACCTGA ACTTCTGCAA AATTCCCAAT GTATTGGGCC AAGTTATAGG 5760 TAAAAGAATC ATAGTTGTCA ATCAATAAAA TCATGGTCTT AGTTCTCCAA TTCTAGTCAT 5820 AGATTTTGCT TTGTTAATGG TTTCTTGGTA TTCGTTTTGG GCGATAGAGT CGTAGACAAT 5880 CCCTGCCCCA GCCTGCACAT AGGCTCTTTG ATTTTTGAGA ATCATGGTTC GGATGGCGAT 5940 GGCCAAATCC ATATCACCCG TCGCAGACAA GTAGCCGATT GCCCCAGCGT ATACTCCCCG 6000 TTTTTCCGTT TCCAGTTCAT AGATACGTCT CATCGCTCGA ATCTTTGGTG CTCCAGAAAC 6060 GGTTCCAGCA GGAAGCGTTG CTTTCAAGGC ATCCATGGCA GTGAGTTCTG GAAGCAAACG 6120 CCCCTTGACT ACGCTGGTCA AATGCATGAC GTAGCGGAAG AGCTCCACTT CCATATACTT 6180 AGTGACTTGG ACACTGGTCG TTTCAGAGAT GCGGCCAATA TCGTTACGCC CCAAGTCTAC 6240 CAACATTCGA TGTTCTGCTG TTTCCTTCTC ATCAGAGAGG AGGTCAGTCG CCAAGGCCTT 6300 GTCTTCTTCA TCCGTAGCCC CTCTTGGTCG CGTCCCTGCA ATCGGATTGG TTGTCACGAT 6360 GCCATTTTTG ACAGAAACCA AACTTTCTGG ACTAGCTCCG ATGATTTGAT AATCCCCAAA 6420 ATCATAGAAA TAAAGGTAAT TAGAAGGATT AGTCACGCGG AGATTTCTGT AGAAGTCAAA 6480 TGGATTTCCA GTAACTTCTG CTGAAAAACG CTGGCTGAGT ACACATTGGA ACATATCTCC 6540 GTTACGAATC AAGTCACGAG CTGTTTCTAC CATTCCCTCA AACTTATGTG GAGCGATATG 6600 CGGTTTGAAG TCTAACGGAG ATAGATCCAA ATCTTCAAAT TCATTTGGAG CAGGAATGCG 6660 TAATTCCTCA AGCACTTGGT TCAAGGATTT TTCCAAGGCC TCTTGACTGC GCTCACTATA 6720 AAGTGCATCC TCTATGACAT GTATCTTCTC CTTCTTGTGG TCAAAGACCA TATAGCTCTC 6780 ATAGACAAAG AAATGCATGT CTGGCGTCCC AATTGTATCC TCAGGGATTT GACCAATTTC 6840 TTCATAAAGC GAAATCATAT CGTAACCCAC AAAACCAATG GCTCCACCAC CAAAAGGTAG 6900 CTCTGAGTGG TGCTGACTCT TATGAATCAC TTCATAAAGG AAATCCAAGG GATCCCGATC 6960 AATCACTTGA CCATTTTGAT AGAGAACCCC ATTTTCAAAC TTAATCTCAA AAACTGGATT 7020 ATAGGCTAGG ATAGAAAAAC GAGCTGTTTC CTTGTCTCTC GGAATACTCT CTAAAATAAC 7080 CTTATGTTGC CCCTTTAAGC GCATATAAGC CAAGATTGGT GATAAGACAT CTCCATGAAT 7140 GATTCGTTCC ATTGTAATTT CCCTTTCAGT TCTACTTCTA GTCCGTGGTG ACTGTATGAA 7200 AAATCCCCAC GCAAAATAAC TTGCGTGAGG ACGAAATTCG CGGTGCCACC TCAATTATAG 7260 GATTTCTCCT ATCTCTCATT CCTGTCTCAG ATATCTCCTG TAACAGGCTG TGCGATAAAG 7320 GGCACTCCCT TGAGAATGAT GTTTTCTTCT CTCGTTTCAG ATGAACCCAA CTTTACAGCT 7380 TTCTCTGCTT GTTTTCAGCA ACCACAAGCT CTCTGTGAGA GAAAGAACTG TAATTTTTCC 7440 ATCTATTATT TTTTAGCTTC TAGTAGTCTG CAATCGCAGC TAGGTCCTTG CCTCCACGAC 7500 CAGAGACATT GATGAAGAGA TGTTCATCTC GGTACACCTT TATACTCTTC GAAAATCTCT 7560 TCAAACCGCG TCAACGTCGC CTTGCCGTAG GTATGGTTAC TGACTTCGTC AGTTCTATCT 7620 GCAACCTCAA AACAGTGTTT TGAGCTGACT TCGTCAGTTC TATCCACAAC CTCAAAACAG 7680 TGTTTTGAGC TGACTTCGTC AGTTCTATCC ACAACCTCAA AACAGTGTTT TGAGCTGACT 7740 TCGTCAGTTC TATCCACAAC CTCAAAACAG TGTTTTGAGC AGCCTGCGGC TAGTTTCCTA 7800 GTTTGCTCTT TGATTTTCAT TGAGTATTAC TAGCTTTTTT CGTATTAGTC CAGCCTTTTT 7860 GTTTGCTTTT AGTAGTAGGC ATGGAGCTGT AGATAGAACT CAAGTTCATC AAAGCGACTT 7920 AAGGCCCTAA TAAAAGATAA ACCAAACGAC GGATAGAAAA AAGCCCACAC ACAGAATATA 7980 CTTCCGTGTG AGGGCGTTGG TAACGCGGTG CCACCTCAAT TATAAAGGGA CTATCCCTTT 8040 ACATCTCTGC CTTGTTTAAC AACAAGCTGC ACTGTAAGGT GTGCGCACCG AATTTTCATT 8100 GTTTCAAATT CATTTTCAAA ATCAGCCCAC TTTCACTACT TCCAACCACC TATTCACAAT 8160 CACCACAGGC TCCCTGAAGA TCAAAAATAG TTACTTTTCT GATTTGTTGA ACTTATTTTA 8220 ATACTTTGTT TTTTCTTTGT CAAGACTTTT TTACGATTTT TTTGAAAATA TCATTCGAAT 8280 ATGACCATGT CTTCCTTAGA TCGAACATGA ACATGTCCCA CTTCTTAGAA ATTGGATCCA 8340 ACTCAATAGA AACTGAATGG AGGCTAAACA GAACTTATTT TAGAACACTC CATCTTTTCC 8400 ACTAGGATTT TCAAGAATTA AACAATACTA GAAACTCTGT CTCCTAACAA ATTTAGGAGA 8460 AACTTCAACA GATGTGACAC TTTCCCCTTT AATAATTGCT AAAACACCTT CTATCATTTC 8520 TTTAGCCAAT TTAACATAAT TGGGAGCAAT TGTAGACAAA GCTGGAGTAT AATACTGAGA 8580 AATAGGAATA TTATCAAATC CAATGATAGA AATATCATCT GGAATAAGAA TTCCTTTCTC 8640 ATAGCACGCA CGAATCAAGC CCTGAACCTT TTCATCTCCT GAAACAAAAA TAATGTCCGG 8700 ATAATTTTGG GTAGTCAAGT GCTGCATTGC ATAAGAATAA ACTGAATCAA TTGTAGATAA 8760 GCCATAAATG ACTTTTAAAT CCATAAAGTA ATTTTTATCA TTCAGAAAAG AACGCACACC 8820 TCTTTCACGA TCCTTATTAA CATGGGATTC TCCTCCCATA AGCAACCACA TATTTTTAAA 8880 TTTTTCTTCA GTTACAGCTT TCATCATATC ATAAGTAGCT TGAAAATTAT TATTAGATAC 8940 ATAGACTACT CCAGACGTTT GAGATTCACC GAAAACAAGA AAAGGCATAT GGTTCTTCTT 9000 TAAATACTGA ATTCTGATAT CATCTACACT TTCATAAAAA ACAATAACAC CATCTACTAG 9060 GCTACCTGTG CTTGATATAA TTGAATTACT AATTGTATCC TCCTCTCCAA AGTACTCAAC 9120 TATAGCATTA ACACCAAATT CTTTACACGT CCGTAACACT TTATCTAACA GCGTATGAAA 9180 CCAAATTAAA GGAAAAGAGT CGATTTTTTT TACAGAAATC AATATATTTA TAGCTTCTTT 9240 TTTAGTTAAA TTTTTTGCAT ACGCATTTGG AATATACGAC AATTCCTCTA TAACTTTTTG 9300 AATCGCTTGA TAAGTTTCTT CTTTAACATT TACTCCACCA TTAATAACTC GTGAAACTGT 9360 TTTTGGAGAA AAACCTGATA AACGTGCAAT ATCATAAATA GTTACCTTTT TCCCATTTAT 9420 ATTTTTCATT TCAGTCCTCC ATTACGAACA TTCTAATATT ACTATACAAT ATTTAATTTT 9480 TTTTAACAAG AGAATTTAGT AAATTATTTA AGATCCACAA ATTCACAAAA TTAATTTTAC 9540 AAATATTCTT CCCCTTCAAA AAAGTTTAAA TTGCATTTCA CACCTTTATT TTTAAGAATG 9600 TTTCCAACTT CACGACAAAT AAATTCATAT GAGAAAAAAC TGCCATAAAA TTGTAGATTA 9660 ACTTTTTCAG TAAAATGTGT AGGATTTATA AAAACATATA ATAGCCTGTC AATGTAACAT 9720 TTTAACATAG AGTTAATTTT TTCTTTAAAG ATAACATTTG TTATCAACTC ATCAGGAGGT 9780 AAATGAAAGG CAAACACCAT TTCACAAATA TCATAAAAAG AAATAAATTT GTATACTTGT 9840 ATCAAACAAT TATTATCAAA ATATTCTATT TTACCTAAAT CAAAATTGAT TTTATAATCT 9900 TTCATAAAAA CCTCTGAGCA AAAATCTACT CAAAAATTAG ATGATTAAAA CATCTAAAAA 9960 GCAAAAGGAC AAAAACATCT GTCCCTTTGT TTACTAAATT TCAGCTAATT TCTTCGACAT 10020 AAATAACACC TACAATATTA GCAATTTCTT CCATCAGTCG AAGATGTTCA AATCTACCTG 10080 ATAATTCCAG AGTAATAAAT GACGCTATTT TTTTGTCCGG AACATCAAAG TATTCAATTC 10140 TGTCAGAATT AACATCTCCA AACGCTGTTC TTGAATCGGT CATTCTGATA CCATTTTCTG 10200 CACAATAAAC CAATACACGA TTATAGGCTT CTGTAGATTT AACCACTATA TACAATTCAA 10260 TCATTTTAGA ACGATTTTGC AGATATTTTT TTAGTGGTTG GAACATGGAT ATCACACCCC 10320 AAACAGAAAT GGCTACTAAA AGAGCTCCCT CATAAGG 10357 (2) INFORMATION FOR SEQ ID NO : 192 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6867 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 192 : CGGGACATTC TCAATCTTCT GTCTTTTGTT TTTCTCTTCT TTCTATGATA CAATGGAAAA 60 AATAAATTCA AAAGGAGTTT TTTTATGACT TATCCAAATC TCTTGGACCG CTTCTTAACC 120 TATGTTAAGG TCAACACGCG CTCTGATGAA CACTCTACTA CTACTCCAAG TACACAGAGT 180 CAGGTTGACT TCGCAACAAA TGTCCTAATT CCTGAAATGA AACGTGTTGG ACTGCAAAAT 240 GTTTACTATC TACCGAATGG TTTTGCTATT GGAACCTTGC CAGCCAACGA TCCGTCTTTA 300 ACACGTAAGA TTGGTTTTAT ATCGCACATG GATACTGCTG ATTTTAATGC TGAAGGAGTC 360 AATCCACAGG TAATTGAAAA CTACGATGGT GGTGTGATTG AACTAGGGAA TTCTGGTTTC 420 AAACTCGATC CAGCTGACTT CAAGAGTCTT GAAAAATATC CAGGACAAAC GCTCATCACA 480 ACAGATGGAA CAACCTTGCT AGGTGCTGAT GACAAGTCAG GAATTGCTGA AATTATGACA 540 GCCATTGAAT ATCTAACTGC TCATCCTGAA ATTAAGCACT GTGAGATTCG TGTTGGTTTT 600 GGTCCAGATG AAGAAATCGG TGTTGGTGCC AATAAATTTG ATGCAGAAGA TTTTGATGTG 660 GATTTTGCCT ACACTGTTGA TGGTGGTCCA CTAGGTGAAC TTCAGTACGA GACTTTCTCA 720 GCCGCTGGTG CTGAATTGCA TTTCCAAGGT CGTAATGTCC ACCCTGGTAC TGCCAAAGGG 780 CAGATGGTCA ATGCCCTTCA GCTAGCAATT GATTTTCATA ATCAACTTCC AGAAAATGAC 840 CGACCTGAGT TAACTGAAGG TTACCAAGGT TTTTACCATC TAATGGATGT GACAGGTAGT 900 GTTGAGGAGG CGCGTGCAAG CTACATCATT CGTGATTTTG AAAAAGATGC CTTTGAAGCG 960 CGTAAAGCAT CCATGCAATC TATCGCTGAT AAGATGAATG AAGAACTTGG GAGCGACCGT 1020 GTCACTCTCA ACTTGACAGA CCAGTACTAC AATATGAAAG AAGTCATTGA AAAAGATATG 1080 ACTCCAATTA CCATTGCTAA AGCCGTTATG GAAGATCTAG GTATCACGCC TATTATCGAA 1140 CCAATCCGGG GTGGAACAGA CGGCTCTAAG ATTTCCTTTA TGGGAATCCC AACTCCGAAT 1200 ATCTTTGCAG GTGGCGAAAA TATGCACGGA CGTTTTGAAT ACGTTAGCCT TCAGACTATG 1260 GAACGTGCAG TTGATACCAT CATTGGCATC GTAGCTTATA AAGGCTAAAA AGACGAGGTA 1320 GCTCAGCTAC TTCGCCTTTC TTTTTATTCT ACTGGTTTTT CTTGATTTCC AGTAGTTGTA 1380 GAAGATTCTG TTGTTTCATT TTCTGAAGTT GATTCAGCAG GTTTAGAATC TCTTGTATTG 1440 CTTGGTTTGT TTTCGTCGCT AGCAGTTTCA ATGTTAGATT CTGCAGTTGC GTTTGGTTGG 1500 TTCTCAGCAC TGGTGTTATC ACCATTTGCT TCAGCATTTC TTGCTGGACT TGTTTCTTCA 1560 CTTGCGCTAG CTTTTGACTG GATTTGATGA TTCAAAACTA GAATAGCTTT TGTCGATTCA 1620 AGTAAAGCTG TTTTGTCTTT ACTCTTAGCA GAAAGTTGAT CTAATAATGC ATCCACCTTA 1680 TCAAAGTCCG CATCAGATCC ATTATTACTT TCTAAATAAG AGTGAAGCGA CATGAGAATA 1740 TCGTAGAGTT TTTGATAGAG TACAAGTGTC TGAGGATCTT GCTCAGCATT TTCCTTTTCT 1800 TGTTGAAGGG CGCTAGCGAT ACGAGTCAAG ACATCTTTTA CCTGACTGTT TACTTCATCC 1860 AAGTCTGCAT CAGCCTTGTT TGTGGCAGCT TTTAGATTTT CTACTTCTTC TGCCAAGGAT 1920 TGTCTGATTC CTTCTTCATG GATTTGTTCC AAGAGTTGAT TTGCCTTGCT CAAAAGACTT 1980 TCTACTTCTT CCTTGCTATC TGTCGCAGAT TATTGGTTGC TATCTACCAT GTACTCCTAA 2040 AACAGGAGAG TTATAATCCA AGATTACAAG GCCTTACAGA AATAAGAAAT CCAGATAAGA 2100 CAATGTTCGT CCAAGACGCT ATTCGCTTCG CACAGCAGCA CGGATTCAAT ATGCTTTAAT 2160 TTTAAAGTTT AGGTGTCAAG ACCTCTTTTT AGTGTGCCCA AAATTTAGAG AAGTAATCAA 2220 TCAACTAACT TTTATTTTTT TCAAACTTTC AGTAAACTGA CCTAAAGCTA ACTCAATCTG 2280 TCTTTGTAGA TGCTTCTGCT ATCAGCTAGA AGTTGATCTA CTTTTGCCAA GACTGCCTTC 2340 TCATCAAAAG TTCCAGGTTG ATAGTTGGAT TGCAGGGATG GAATCTTGTT TTTCAAAGCC 2400 GCTTCATATC CCTTAGTTTG AACCTTGATG TAGTGATTGT GGTCGCCATG AGGAATCACA 2460 AAACCTTCTG AATCTTCACT TATAATTCGA TTGGCATCAA AACCATGACC ATCTTCTTCC 2520 TCATGATGGA CATGTAGTGA CGGATTACTT AATACAGAAC TAGAAGAACT TCCTACCTCT 2580 TCCGTGTTAG AGTGTGATGG GGGATTGTTA AGAGATGACT TAGGAATATA GTGATAGTGA 2640 TCCCCATGTC TTACTATATA AGCATCACCT GTATCTCTGA CAATATCATT AGGGTTAAAG 2700 ACATATGTGG CTGCTAATTC ACCTGCCGAC AAGTCACTCT CAGGAATGAA ATGATAGTGA 2760 CCACCATGTG GTACTATAGT AGATTGAAAT AGAATATGAG CAAATTGATA AGGGGATTTT 2820 AAAGTAATTT CTAACAATGA TTTAGAAACT ATGATGTGCT ATTCTAAATT CAACTCACTA 2880 TATATAACCA TCATCGGTAG TATAACGTCC CTGTAATTTT GCTACAGATA CTTCTGCACT 2940 AGCTCCTTTA TCGTCTTTAC CATGTTCTTG TTTTTGGCGA TTGATTTCAT CTTTTGTTCG 3000 TACATTTTCT GCATGAGCTT GATCTTTAAG GTAAACATAA TACTTTCCAT CTACCTTAAT 3060 AATATATCCT CCCTTAACCT AACTGACGAT ATCTTGATCT TTCGGCTGAT AGTTGGGGGC 3120 TTTCATTAAT AGCTCTTCAC TAAAGAGCGC ATCAAAAGGA ACTTTACCAT TATAGTAGTG 3180 ATAATGATCG CCATGAGAAG TTACATAACC TTGATCTGTA ATCTTAATAA CAATTTGTTT 3240 TGCTTGAATT CCTTCTTTTT GACTAACCTA GTCTGGAGTC AAATTTTCAG TCTTCTTAGT 3300 GTCTTTATTA CTGTTTACAT ATGAAACACG ATTTTTATCT GTATTGGCCT GTTAGCTATG 3360 TTGGTTCAGA GCATAAACAC ACAGACTTAA GGAAAGGATA ACAACAGATC CAGCTGCTAT 3420 ATATTTCTTT TTAAATTTCA TAATTACCTC ATTTCTATAA TTATTTATAT GATGTCTTCA 3480 TTATTAAATG ATTAAATAAA TTAATTAACC AATTAATTAA CTAGTAAATA TTCCACCTCT 3540 TTTTAAGTTG TATGTCAAGA AATTTTATAT ATTAATAATA AAATGAAATT CTCCCAAAGT 3600 CAGAGTTTTA TTTCTAACTT TTGAGAGAAC TTCATTTTTG ATTCAGACTT TTTCTACTGC 3660 TATTCCTTAC GCTATGAGAT CAGATAAATT CTTTTTTATC ACTTCTCCAC TTGGCAATCT 3720 TAATTCAATC GTTCCATCCA TATTGAATAT AACACTATCT AAGCCTAATC CGTAACTAGC 3780 TGTAAATTTT TCTAATTTTT CTTGTACAGG ATCTACTGCT GGAGCTTCCT CTAATGCTGG 3840 ATCTAACATA GGGTCACTCC CCACATTCCC TTCTGGATTC AACATTCCAT TATCCGTTGA 3900 GTTTTCTGGT TTTACAGGTT TTTCGTTTGG TGCCTCTGGT AAAGAATCTG CTGGTTTATT 3960 TTCTGTTGGT TGGTTCTCAA CTGTTCCAGT AGATACTTTT CCATTTTCAG ATGGTTTATT 4020 TTCACCATTT CCTTGAGGTG CTTCTCCTGT AAAATCTGCC ATATTCTTTT TAATGACTTC 4080 TCCCGATGGT AAATATAATT CAATTGTTCC GTCCATATTA AACAAGACAT TTTCTAGCTT 4140 CATCCCATAA CTTTCAGCAA ATTTTGCTAC TTTTTCTTGT ACAGGATCCA CTGTAGGAAC 4200 TTCTTCTAAC GTTGAATTAC TAGTACTATT CCCAGTTTCA GAAAGTTTTT CTTTTTCTAC 4260 CTTCTCACTA GTCTTTGGTT CTTCTACCTT TTCATCAAGT TTTAAGTTTT CTTGTGCTTT 4320 ATTCCTTTTA AATTGTGGTA GAATACTTGG TTTATCAGTT TGATTTTCTT TTTCCAAGAT 4380 AGGTACTTCC ACAATATAAG TCGATTGATT GTCCAAATAA GCATTTGCCA TGAAGGTTAC 4440 AGGAATTTTA TTTCCGGCCG TTCTGGTTGT TCCTTGGTTT AATTTCGGAA TCGGTAATTT 4500 GATTTCACCA ACTTTATAGT TATTTTCTAA ATAAGCATTT CCATGAAATT CATCAAACAC 4560 TCTGACTAAA GCATCAGTTC CTTTAGGCAC TGCAAATTGA GGGTTCACTC TTAAATAAGT 4620 ATCCCCTGCA TGGAAAGGAT AGAAAATCGT TTGACTGGCC ATTTTGTAAG CTAAAGAGGT 4680 TGGAACTGTA AATGTACCAT CATAACTTAC TTCTGGATAA TCTTTTGAAG CGATAGTATA 4740 CTTAAATGTT TGTCCTGGTA AATAAGGTTG ATCTAATTCA AAGTTTGCAA TATTCCCTAC 4800 TCCTTCTCCA AATACTTTAC CAGATACTTT CTCCAATACT TTTCCATCTG GTGTTATTAA 4860 TTTTACTAGC ATATTGATAC CTAATTTTTT CTCCAATTCA GGCGGAAAAC TAAAAGAAAC 4920 GCGTTTTTGA CCATTGGCTA GAGTAAAGTT TTGATTATTA AACGTACTAT TTTTTAACAA 4980 ATTAACAACA TTCGTTAATT CTTCTCCAGT ATAAACTTTA TTCCCTTCTT TTTTAGCAAC 5040 TCCTTCTTCG GGTTTAAACA GTTCATAGTT ACTGTGAGAA TGACCAATTC CAACCGGTTT 5100 ATGTTCATCA ATCGGATCTG CATGATGGTG ATCTCCATGC GGATAAATAA TCGCATTTTT 5160 TTCTTTATTC ACGACAATAC TTTCACGTTT GACACCATAT TGTTTCATAA TGCCAGCAAT 5220 TTTTTCTTCG ATTTTTTTAT CTAAATCTTT CATTTCTTTG GCATTACTTG GATAATCCTG 5280 TTCATGAGAT GACAAAGAAT CTAATCCATT ATGACTAGTT TTAACTTCCT CTAAATGTTT 5340 TTGCGCAsCT TAATTTGCTC TTCTGTCAAG TCCTTCTTGA AGAAATAATG ATTGTGGTCT 5400 CCGTGACTCA TGACAAAACC TGATTCATCT TCAGCGATAA TACGATTAGC ATCAAATCCG 5460 TATCCATCTT CTTCATGTTT CTCATGTGAA GTTCCTGGAT TGATTGGAAG AGATGGAGAA 5520 GGTGTTGCTA GACTATTGTT TGGAAGAGTC GGTTGCCCAA TTTGATTTGA TTTTGGAATG 5580 TAATGGAAAT GATCACCATG TCTTACAATA TAAGCTGTAG CCGTTTCTTC AACGATATCT 5640 TTTGGATTAA AAATATAACC ATCAGATGCT GAAGAGAGCT CCTTACTTGT CGTTAAAGAA 5700 GAAGGATTGC TTGAAAGACT GCCTAGACTA GACACTACTT CATTAGGTTT TGCATTTGTA 5760 GAAACTGTAG AACCAGTTCC ACTGATAGGC ACCATTCTGG CAATCTTTTC TTCTAAGGCA 5820 GAAAGCTTGC TGTAAGGAAT AAAGTGGTAA TGGTCGCCAT GCGGAATCGC AACTCCATTT 5880 GGTGTACGAC TGATAATCTT AGCAGGGTCA AAGACCAGGC CATCTGATTC ACTGTAACGT 5940 TGGGCGCTAG GTGAATCATA GAGTTCCTTC AAAAGACTCT GGAGATTTTC AGATTTATTT 6000 GCTGGCTTGC TAGTTGATCC TTTTGCTACA GATTGCGTGT TATTGTCACT AGCTGTTGAA 6060 GAATAGCTTA ACTGACTCGG TTGCATATTT TTTCCAGCCA GATGTGCTTT AGCTGCTGCT 6120 AATTCACTAG CAGATAAATC GCTTTTGGGA ATGTAGTGAT AGTGACCTCC ATGAGGAACG 6180 ATATAAGCAT TACCCGTATC TTCGATAATA TCAGCTGGAT TAAAGACATA ACCATCATTT 6240 GTCGTATATC GTCCCTGAGA CCTTGCTACA GCAACATTAG AGTTAACCTT CTCATTATCT 6300 TTGACATGTT CTTGTTTTTG ACGATTGATT TCATCTTTAG TTCGAACATT ATCAGCATGA 6360 GCTGCATCTT TCAGGTAGAC ATAATATTTT CCATCGACCT TGATGATATA ACCACCCTTG 6420 ACTTCATTGA CAATATCAGC GTCTTTAAGT TGATAGTTTG GATCCTTCAT CAAGAGTTCT 6480 TCACTAAAGA GGGCATCATA AGGAACTTTC CCATTATAGT AATGATAGTG GTCACCGTGT 6540 GACGTTACAT AGCCCTGATC TGTAATTTTG ATTACAATTT GCTCAGCCTG AATTCCTTCT 6600 TTCTGGCTAA CCTGGTCTGG TGTCAAGTTT TCACTTTTCT GACTTGACTG GCTGCCATCC 6660 ACATAAGAGA CACGATTATT GTCCTTATTT TCCTGCGAAC GATGCTGGTT TAGTGCATAG 6720 GCACATAGAC TCAAGGATAC GATAACAGCT GATCCAGCTG CTATATATTT TTTACTAAAT 6780 TTCATAAATC CCTCATTTCA ATAAATGATG AAGTTTTTTC TCAACTTCTT TTACTTTATT 6840 AAATAGTTTT CTAAACCCGG GGGTACC 6867 (2) INFORMATION FOR SEQ ID NO : 193 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 999 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 193 : CGTTCTAAAA ATGCAGTACG TTTGATTGAG AAATCAGTTA AAGGTATGCT TCCACACAAT 60 ACACTTGGAC GCGCTCAAGG TATGAAGTTG AAAGTATTTG TTGGAGCTGA GCACACTCAC 120 GCTGCACAAC AACCAGAAGT TCTTGACATT TCAGGACTTA TCTAAGGAAA GGAACAATAA 180 AGTATGTCAC AAGCACAATA TGCAGGTACT GGACGTCGTA AAAACGCTGT TGCACGCGTT 240 CGCCTTGTTC CAGGAACTGG TAAAATCACT GTTAACAAAA AAGATGTTGA AGAGTACATC 300 CCACACGCTG ACCTTCGTCT TGTCATCAAC CAACCATTCG CAGTTACTTC AACTGTAGGT 360 TCATACGACG TTTTCGTTAA CGTTATAGGT GGTGGATACG CTGGTCAATC AGGAGCTATC 420 CGTCACGGTA TCGCTCGTGC CCTTCTTCAA GTAGACCCAG ACTTCCGCGA TTCATTGAAA 480 CGCGCAGGAC TTCTTACACG TGACTCACGT AAAGTTGAAC GTAAGAAACC AGGTCTTAAG 540 AAAGCTCGTA AAGCATCACA ATTTAGTAAA CGTTAATTCG AAAGAATTAC TATACTTATA 600 CAGAGCACCT TTCGGGGTGT TCTTTTTTTA TACTTTCTTA CTAAATTGGT GCAATTGACA 660 CAGTTGTTGC GACTTTAGTC GCTTACAAAT GTGGCTGCAA CCTGACATGG TCAGTTGCC'I'720 CAAAACGTTA ATCAATACGA TTATATCAAC GTTTCAAAGC ACTCAAGGGT TTACCCTATG 780 GGTGCTTTTT TCTATACTTT CTAAAAAAGT TTACCCTAAA ATTTGCCCTA AAATTACCCT 840 ACTTATTTTT AAGATGTTGG TAGGCAACTT GTCCAGCAGA TAATGGAACT ATGTTTGAAG 900 TATTAACATA AGTCTTAGTT GTAACGGTAT CGCTATGAGT TAATGCTTCA GAAATGGCTT 960 CTAAGCTCAT TCCTGCTTTT TTAGCAAGTG TCGCTCCTG 999 (2) INFORMATION FOR SEQ ID NO : 194 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2315 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 194 : AATATTATCA CTGTTCTTGA AGGCAGAACA CAAGCTGTCA TCCGAAATCA CTTTCTTCGC 60 TACGATAGAG CCGTTCGTTG TCAAGTGAAA ATCATTACGA TGGATATGTT TAGTCCTTAC 120 TATGACTTGG CTAAACAGCT TTTTCCGTGT GCTAAAATCG TTCTAGATCG TTTCCATATT 180 ATCCAACATC TCAGCCGTGC CATGAGTCGT TTTCGTGTTC AAATTATGAA TCAGTTTGAA 240 CGAAAATCTC ATGAATACAA GGCTATCAAG CGTTACTGGA AACTCATCCA ACAGGATAGT 300 CGTAAACTCA GCGATAAACG TTTTTATCGC CCTACTTTTC GCATGCACTT AACAAATAAA 360 GAAATTCTTG ACAAGATTTT AAGCTATTCA GAAGACTTGA AACACCACTA TCAGATCTAT 420 CAACTCTTAC TTTTTCACTT TCAGAACAAA GACCCTGAGA AATTTTTCGG ACTCATTGAG 480 GACAATCTGA AGCAGGTTCA TCCTCTTTTT CAGACTGTCT TTAAAACCTT TCTAAAGAAC 540 AAAGAGAAAA TCGTCAACGC CCTTCAACTA CCCTATTCAA ACGCCAAATT GGAAGCGACC 600 AATAATCTCA TCAAACTTAT CAAACGCAAT GCCTTTGGTT TTCGAAACTT TGAAAACTTC 660 AAAAAACGGA TTTTTATCGC TCTGAACATC AAAAAAGAAA GGACGAAATT TGTCCTTTCT 720 CAAGCTTAGC TTTTCTTCAA CCCACTACAG TTGACAAAGA GCCTATTTTC GCTGATTCTC 780 CACTACATTT GACTGGATTC TAATTTTTTA GAGAAATACA AAAGAGCTAG CTTTAGCTAG 840 CTCTTTTCCT ATGCGGAGAG AGGGACTTGA ACCCTCACGA CCTAAAGCGG TCACAGGATC 900 CTTAGTCCTG CGCGTCTGCC AATTCCGCCA TCCCCGCGTC GATTACTTTA CTAGTATATC 960 AACTTTTGGG ATGCTTGTCA ACACTTTTTT TCAAATTTTT TCATTTTCAC CAACCAGGTT 1020 ACTCAAAAAG TTCATTTAGA TTTTCATCTA CTAACTTAGC TCCGAGTGTA TTTTTGAAAT 1080 GACCTAGGGC AAATTGATGA TTTTCAGGCC AGATGGAAGC AACAGCTGGT TTAACAATCT 1140 CGATGTCATA TCCTAGATTA TAGGCATCTA TAGCTGTATG TAGGACACAG ATATCCGTCA 1200 AGACACCTGT TAAGATAACG GTAGACACTC TACGCTCTCT CAAACGAATA TCTAGGTCAG 1260 TCCCTGAAAA AGCTGAGTAA TGGCGTTTAT CCATCCAAAA GACACGACTG TCTGAACCAT 1320 GCTCTTGATA AAAGATCCCC AAATCTCCAT ATAAATTCCG TCCACTCGTC CCAATCAGAT 1380 TATGAGGAGG AAATAACTTA CTTTCCGGAT GGAAACAATC GTTTTCTTCA TGAGCATCAA 1440 TAGTAAAGAA GATATAATCT CCTCGTTCAA AAGCTAATCG AGTTACCTTG CTGATGGCAT 1500 CCGAAATCGC CTGAGCTGGA GCACCTGCTG TTAGTTTCCC ACTATCAGCA ACAAAATCTT 1560 CTGTATAATC AATCGAAATT AAAGCCTTTG TCATTAGTAA TCTCTTTTCT TCACTTCTTC 1620 AAAAATATCT GAAATCAAGA CCTTAAGATA GGTTCCCTTC ATTCCAAGTG AGCGACTTTC 1680 AATAATCCCC GCAGACTCAA GTTTACGAAG AGCATTGACA ATCACAGAGC GAGTGATTCC 1740 GATACGATCT GCAATCACTG ACGCAGTCAA CTTCCCTTCA TTTCCATTTA ATTCCCCTAA 1800 AATTGCTGAA ACAGCACGGA GTTCGGAGTA AGAAAGGGTA TTGACCGCCA TGGTGACAGC 1860 AGTACGACGA CGAATATTTT TCTCATCTTC TTCACGTTGG AAGTTAAGAA GCTGAATCCC 1920 AACAACGGTA CTGGCAATCT CAACAAGAAC CAAGTCCTCA TCTTCGAATT TTTTATCATT 1980 ACGCCAAATA ATCAAAGAAC CAAGGCGAAT CCCCGATACA TGAATCGGTG CAATAGTCGT 2040 CAAGCCATCT GGAAAATCAT CTCTACTCTC AATAGGGAAA ATACTCATAT CATGCTCAAC 2100 AGGCAAGTTT GCTTCTGTTT CGTAAATCAT ATTAGCCCCT TGAACGTAGT CATCTGGGAA 2160 AATCTTAGTT TGGAAGAATT GCTtACGCGA TCTGTATTTG TTTTATAACG CATAAAATAG 2220 CCAAGCAGAC GTCCCTTACT ATTGATAATG CAGGCATTGC AATGAATAAT ATCCGCTAAC 2280 TGACGCGTAA TAGCGTTGTA AGGGAGCTCA TCTCG 2315 (2) INFORMATION FOR SEQ ID NO : 195 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6693 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 195 : CGATTTCTTC CATTTCTTCA AATAAGAATA CTTCATCTGA CATATGTGTT ACCTTCTTCA 60 TCAAAAATTA TTTTGTAATC GATTACATTG CAGATCGTAA CATAAAGAAA AACAGATGTC 120 AAATATTAAA CGTAAAAACA TGGTCACTAA AGAACTATAA GAGAAAAGGT AAACCTAGCG 180 ACGCGATGAA CGCTGGGTCG TTTGGTTTCG ATTGCTCTCT TCCTCTTGTT TTTTCTGTTC 240 TTCTTCTTGT TTTTTCTCAG CTTCCTTGGC CTCTTGTTTG GCTTTTTCCT CAGCTTCCAT 300 AATTAATTTA TCCGCCACAG TGTAGCTGTA GATTCCAGCT TCCATGTCGA CCACACTCGG 360 TTCTGACAAT TGAGGCTTAA TCTTACTGTA ATATGGCAGT TTCTTACTCA TTTCAGATAG 420 AGGAACCAAG ACTTCGTCCG AATCATTCAT GGTCAATCGA ATTAAATCGG ATGTCACCTT 480 GCTTGGGGCT AATTCCACCT TTTGGATAGC CGCCTTGAGT TCTGGGCTAA TTTGAGCAAG 540 TTCTGAGACA AAAACTTTGA TTTGTTCACT ATCATTAAAG AGAACTGATA AATAAGTTTC 600 TGGTAAACTG TTCAGACTCA CAGAACTAGT CTCAAGCTGA CCACTGGAAA GAATAGGATA 660 ATGATTTTCA CCAGAAATAT AGTAGGCCAC AATATCATAT TCCTTGACCT TAATAGTGAA 720 CTTAGTTGGA AATTGATAGA CAAGTTGAGC TGATTCAACC CAATAGTTAG ACTTAATCTG 780 CTTTTCATAT TTTGCCTTGT CTAGCAGAAG GTTAATCGTA TAATCCGAAT CCTGAATGCC 840 TGAAGCCTGT CGAATATCAT CAGCTGTAGT TTGCACCGTT CCCTCAACAC GAATATCTTT 900 CATGGTCGCA TAAGGACTGA GCAAGTAGGC AGAGACAAAC AATAGAAGCA GACTTGGAAA 960 TAAAATCGTG AAGGCTCGCA AGATATGGAT ACCAGGAATC TTTGCTTTGG CTGGTTTTTC 1020 CTTTGTAGCC TTTTTAGCAA GCTTTTTATC CTGTTCCTCC TTCTCTTTAG ACTCTGGTTC 1080 TTCTTTCTCT TCTTTCTCTT TGTCAGCCTC TGAGGATGCT ACTTTTTCTT CAGACTCTTC 1140 CTTAGCTGAT TCTGAATCTT CCTGGTCTGT TTCACTCTCC TGGTCCTGTT TATCCTCTGA 1200 CTTCTCAGAT TCTTCTCCCA TTCGAGCTTG TCTTTCCTTT TCCTTCTCCT CAGCTAGAGC 1260 CGCCTCTTCT TCAGCCTTCT TTTTTAGATA TTCTTGGTTT CGTTTCTGCC ATTCTGATAA 1320 CTCTTTCAAT TCTTCGAGGG TTTCTTTGTC CTCATTTTTC TTATCTTTTG ACATTTACTT 1380 TCCTTATGAT AAATCTTTTT TCAACAATTG ATAAAAATCT GCTAGAGATT TCAATTCCTT 1440 AGAAGCTTTC ATCTTAGCTT GGTAATCTTC CTTGTGACTT AGTAAGTGAG AAAGCTTCTC 1500 TTCCAAACTA TCCAAGGTCA AATCGCTTTC TTGAAGGTCT TCTGCATAGC CTTTCTTAAC 1560 AAAGTAAGCT GCATTTTCAA TCTGGTCACC ACGACTAGCT TCACGACCAA GCGGCACAAT 1620 GACATGCAAT TTTGCTATCG CCAAGAGCTC AAAAATCGTA TTGGCACCAC CTCGTGTCAC 1680 AACAATATCA GCCAATTCCA TCAAGGGTTG ATAGAGATCG GTCACATAGT CAACACGAAA 1740 AAGATTTTGC CTCAACTCAT TCAGACTAGA ATCTCCAGTT AGATTGATAA TATTGTAGCG 1800 CTCTGTTAGT TCTTTCTTAT GGTCTGTCAC CAATTGGTTA AAGACACGAG CGCCTGCAGA 1860 ACCGCCAACA AACAATACAG TTGGCAATTT GGGATTAAAG TGGGTTTGAA TATCCACCAA 1920 TTCATCTGGT TCTGGAGTGT TTTTGTCCGA AACCTTGGTC ACCGCTCCCA CATGCTCAAC 1980 CTTAGCCAAA CTCGAAGCTT GTTCAAAGGT TGAATACATC TTAGTCGCAA ATTTATAGGC 2040 GATTTTATTG GCCAAGCCCA TAGACAGGTC AGATTCGTGA ATAAAGACAG GCACTCCTGA 2100 CACACGCGCA GCGATAACAG GCGGTACTGA GACAAAGCCC CCCTTTGAAA AAAGGGTCTG 2160 TGGACGCAGT CGCAACATGA TAAAGAGCGA TTGGACAATT CCCCAACCAA CTTTGAAGAC 2220 GTCCAGCATA TTTTGCCAAG AGAAATAGCG ACGCAATTTT CCAGTCGCAA TAGAATGGAA 2280 GGTGACATCC AAACCTGACT TAAGGATTTC TTGGTGTTCG ATACCACACT TGTCCCCGAT 2340 ATAGTGGACT TCCCAACCAT CTTCGATGAA CTTGGGCATT AACAAAAGAT TGAGGGTAAC 2400 GTGTCCAACC GTCCCCCCAC CTGTAAAGAC AATTTTTTTC ATATTATTCT TTTAACTCCG 2460 CTACTGTGTC GATAAAGAGG TCGCCACGTA CTTCAAAGTT AGCATACATA TCCCAGCTAG 2520 CATTGGCAGG ACTAAGAAGA ACCACATCTC CTTGAGTCGC AAGCTCATAG GCCTTGCGGG 2580 TCGCATCTGC AATATCTGTC GCCTCCACAT AAGCGACACC AGCCTTGTCT GCTGCCCGTT 2640 TGACACGTTC TGCAGATTGA CCCAGGATGA CCATCTTCTT GAGTCCAGTA ATGTCTGGCA 2700 CCAATTCGTC AAACTCATTG CCACGGTCCA AACCACCTGC AATCAAGACG ACCTTGCTGT 2760 TGTCAAATCC TGACAAGGCT TTTTGAGTAG CCAAGATATT AGTTGATTTA CTGTCGTTAT 2820 AGAATTTAAC ACCCTTGATG TCATCCACAA ACTGGAGACG GTGTTTGACA CCACCGAAGG 2880 CTGAAAGAGT TTCCTTGATG GTTTGATTGT CCACATCACG AAGCTTGGCT ACAGCAATAG 2940 TCGCAAGGGC ATTTTCCACA TTGTGGCTAC CTGGAACACC GATTTCATTC GCTGCCATGA 3000 CTACTTCACC ACGGAAGTAG AGTTGACCAT CTTCCAGATA AGCTCCATCA ACCTTTTCAA 3060 GTGTTGAAAA TGGTACAACA GTGGCTTCTG TCTTGGAAGT CAAGTCTTTT GCCAAGTCTT 3120 GATTAAAGTT CAAGACAAGG AAATCAGCTG CTGTCATCTT GTTCTGGATA TTCCACTTGG 3180 CTGCTACATA TTCCGAAAAT GACCCATGGT AGTCGATATG AGTTGGCATG AGGTTGGTAA 3240 TAACCGCAAT CTCTGGATGG AATTCTTGAA CACCCATGAG TTGGAAAGAA GAAAGTTCCA 3300 TAACAAGCGT GTCCTTATCT GATGCTATTT GAGCAACCTG ACTAGCTGGA TAGCCGATAT 3360 TCCCTGATAA AAGACCATGT TGGCCAGCAG CAGTCAAAAC TTCCCCAATC ATAGTCGTTG 3420 TGGTTGTCTT ACCGTTCGAT CCTGTGATAC CAATAATCGG TGCTTCTGAA ATCAAATAAG 3480 CCAATTCCAC CTCAGTCAAG ACTGGAATTC CCTTGGCCAA AGCCTTTTCA ATCATGGGAT 3540 TGTTGTAGGG GATACCTGGA TTTTTCACCA TAAGGGCAAA CTCTTCATCC AAGAGTTCCA 3600 AAGGATGGCC ACCTGTAATG ACCTTGATCC CTTCTTCCAG CAAACTTTGG GCAGCTGGAT 3660 TGTCCTCGAA AGGTTTCCCA TCATTTACTG TCACAATGGC ACCTAGCTTG TCCAACAAAC 3720 GAGCTGCAGA TTCACCAGAC TTGGCCAAAC CTAAAACAAG GACTTTCTTA TTTTTAAATT 3780 GATCTATTAC TTTCATGTCT CGAACTCCAT TTCTACTCCT ACTATTTTAC CATTTTTATG 3840 GAAATAAAAA AGCCACAAAG TGTGTTTGTG ACTCTTTCTT CTAACTGAAT CTTACCATAT 3900 CATCTATGTG ATAAATCGGT AACTCGAATG ACCTGATCCA CTTGCTCCCA AATCAGAGGA 3960 TTATGGGTCG CAATAATAAT GGTCCGATTC GGATTTTTTA AAGATTCTAG GATGGAAAGT 4020 AATTCCTCAG AGTTTTTGGG GTCTAAGGAA GCGGTTGGTT CATCTGCGAG GATCAAAGGT 4080 GGATCCTTTA AAATTATCTT CGCTAGTGCA ACACGTTGTG CTTCTCCTCC TGATAACTCA 4140 AATATAGGTT GCTTCAAATC CAAATAAGAG AGGTTTACAC GGTTTAGAGC TTGTTTCATC 4200 AAAGAGATTT TCTCTTTTTC CTTCAACTTT TTACCAACTA AACCCAGATT GAGATTCTCT 4260 TTGACGGTTT GGCTTTCAAT TAAGCCAAAA TCTTGAAATA AGTATCCTAA GTAATCTCTA 4320 AAGAAAACAG AAGGCTTGAT GTCCTTAAGA GAAGTGCCAT CATAGATGAT TTGCCCTTTG 4380 TCATATGGCT CCAATCGTCC AATCATATTC AAGAGTGTTG TCTTACCACA GCCACTTGTA 4440 CCGATTAAGG CATAAATTTT CCCACCTTCA AAATGAAGAT TCATATCTGA AAATAGCTGA 4500 CGGCTTCCAA ATTTTTTAGA TATATTCTTT AGTTCAATCA TCCTATTTTC CTTTCATAAT 4560 TGTCATAGAA ACACGAGATT CTTTCTGCGC TTGACGGTAA AGCGTCAAAA CTGCACTAGC 4620 TAGAAAGACC AATAAAGTGA GCAAGCCAAT CACCAAGTCT CGACTGCTTA AAATAAAGAG 4680 ACTAGCACCA AATACAAAAC TAGCAAATTG GCTAACCATA TACTGAGCAT GTGTTTCAAA 4740 AAATCGTAAA CCTGAAATTC GTTTAATCAA GATATCTCGG CGGAATTGCT CGAAATATAG 4800 AAGATTGACA GAATAAAAGA GTAACAAGGA ACTGGCTATT CCAACAATAG CTCCTAAGAT 4860 TAAAGTTGCT GTTTCAGTTT GAACTTCATT ATAACGAGTT AGATAAACAC TTCTTCCTTC 4920 TTTAAGATAG GATACTTGCT CATAAATTCC AGCTTTCTTC AAGAGTTCTA GCCCACTCTC 4980 ATATCCTTTG ATAAAGAGTT GTTTTCCAGC ATTGATAGAC CAACTAGATA AGGATATAAA 5040 ACTATCACCT GTAGAAGTCG GCGTGAATAC CACTAAAATC GGATCAGTCA AATACTGAGT 5100 AGATACGGGA TTCTCACCGT TATTATAAAC AAACCGCTTT TCTCCCATTG AAAGATAACT 5160 AACGTGCGCT TTCATCTCAT AATCCAAAGG AGCACTTGCC TCCTCACCAG ATTTTCCATA 5220 ATAACTCAAT CTTTCTTCAA AAACTTTCTT AAGTTCTGCT TCTCGAGAGC GCAAATGTTC 5280 TGGGAGCAAG AGGATAAACT CACCTTTTTG GAGATGGGCT AACTTCTGTT TGGTCTCAGC 5340 ATCTACCACG ACCTTTTCCT TGTCCAAATA ACTGGGACTA ACATAGAGCG TATTAGCATC 5400 TGAACTATAG GTATCCAGTG TCTCTCCCTG TTCATTTTTT CCTTGTGGAT TGGCAAAATG 5460 GAGCAGATTA TCCTTTACAT AAAGAGCTTG TTCTTCTTCG ATTGCTTCCT TGGCAAAGGC 5520 ATACCACTTG CTCTGATTTT CTGTATCTTT TCCTCTATCA CCTAAGCCAA AGGAAATCTG 5580 GTAATAGTCT GCTCTGTCCT GCCATGCTTG TTTTGAAATT TCAAGTTCTT TCAATCGTTG 5640 GTAAGACGTC AAACCTGTCT TAACAGCGTA GCCTACTGTA AAAACAGCTA CTAACTGACA 5700 CAATAGGGTT AAAGCCATCA AGCGTTTAAG GGGTAATCTT CCCTTAATAA CGGGAACTAA 5760 TGCTTTGTAA CTCAAACTCA TTAGGTAAAG GAGCATTAGT AAAATTGAAA TCGCCAATAA 5820 AAACAACAGA TAGAAACTAA TCCCAAAACC ATAGGTGGCT AACAAGATAG GATAAAACAA 5880 ACCTTGACTA AAAAGAACGA CTCCCCCACC TAGGAAGGAA AGGAGGGCTG ATAGAAGGAG 5940 CCATTTGATA TCAGTAGATA AAGAATGCCC CATGATGGAT AAGAGAGTCT GACCAGAAAA 6000 GAGTTTTATA CCTGCTGCTC TCATTTCCTT AATCCGAGTG ATAATCACTA AAGCAAAGAA 6060 AGATAAGCCA AATATTGCTA AACTAATTAA AATAAGGGGA TTTAGTAATA TTCGAAAAGC 6120 AAGAAAATAG GGCGGTATCT TTCGGTCAGC ACTTGCTTTA TAACCCAAAT CTCCTAATTT 6180 ATCGGCAAGC TTTTCTTTCG TCAAGGAGCC TGACAAAAGG AGATAACTAT TTAGCGGAnT 6240 AtACGTTCAC GACTTTCTTG GCTAGCTTCT TGGAATTCTT TTGGTAAAGT TCCCTGACCA 6300 TAAGTTGCAT AAGTAAAGTG AGTCGTCCCA TCCTTACTCG GCTCTACAAT TCTTCTAGCT 6360 ATTAAACTCT GTTCTGAGTT TGCAAAATTC TCCAATTCCT GTTCAAATAC CTCACGCGTC 6420 GGTTCCTGAG TATCTTTTTT GACACGAAGT AAAGAAACGG AATCATAGCT TGCATATAAA 6480 TATTGTGGCG CACGTAAGAC AATAATCCAA GCAAGGAAGA AGCTGAGAAA AAAAGTTGAT 6540 AATAATATGA ATAGTTTCTT CATAGTAGAC TCCTTGTAAA CAAAATTCCC CCTGTAATTT 6600 CTTACAAGGG GAACGATTTA AATCAATGAA CGATTAGTCA TAATCACAGT AAAATGCTAC 6660 TTGTTCTCCC CATTTAGTCC AAATCCATGC AGG 6693 (2) INFORMATION FOR SEQ ID NO : 196 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1847 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 196 : CCGGTCTATG TACCCACTAC TTTGGGACAA TATGGGGATC AGCTACCCAA AACTAATCGA 60 GCGTTTGGTT GACCTTGCCA AGGAAAGTTT TGACAAGCGC GACGATTTGA TATAAAATGA 120 AAGAGAGGGT AGAAGCCAGA ACCATCACTG CACGGTGACT AGAGTTCTCG GACTTCAGCC 180 CTTTTTAAAG GAGTAGAAAT GAAATTAACA ATCCATGAAA TTGCCCAAGT TGTTGGAGCC 240 AAAAATGATA TCAGTATCTT TGAGGACACC CAGTTAGAAA AAGCTGAGTT TGATAGTCGT 300 TTGATTGGAA CTGGAGATTT ATTTGTGCCA CTTAAAGGTG CGCGTGATGG CCATGACTTT 360 ATTGAAACAG CCTTTGAAAA TGGTGCAGCA GTAACCTTGT CTGAGAAAGA GGTCTCAAAT 420 CATCCTTACA TTCTAGTAGA TGATGTTTTG ACAGCCTTTC AATCCTTAGC ATCCTACTAT 480 CTTGAAAAAA CGACTGTTGA TGTCTTTGCT GTTACAGGTT CAAATGGCAA GACAACGACT 540 AAGGATATGT TGGCGCATTT ACTGTCAACA AGATACAAGA CCTACAAAAC ACAAGGCAAT 600 TACAATAATG AGATTGGCCT TCCTTACACA GTTCTTCATA TGCCTGAAGG AACAGAAAAG 660 TTGGTTTTGG AGATGGGACA GGATCACTTG GGCGATATTC ATCTCTTGTC TGAATTGGCT 720 CGTCCAAAAA CAGCCATCGT GACCTTGGTT GGAGAAGCCC ATTTGGCCTT TTTCAAAGAC 780 CGTTCAGAGA TTGCTAAGGG AAAAATGCAA ATTGCAGACG GAATGGCTTC AGGTTCCTTG 840 CTTTTAGCGC CGGCTGACCC TATCGTAGAG GACTATTTGC CAACTGATAA AAAGGTGGTT 900 CGTTTTGGGC AAGGGGCAGA GCTGGAAATT ACTGACTTGG TTGAGCGCAA AGATAGTCTG 960 ACCTTCAAGG CCAATTTCTT AGAGCAAGCC CTTGATTTGC CAGTAACTGG CAAGTACAAT 1020 GCGACAAATG CTATGATTGC ATCCTATGTT GCCTTGCAAG AAGGAGTTTC AGAGGAGCAA 1080 ATTCGTTTGG CCTTCCAAGA TCTTGAATTG ACGCGTAACC GTACCGAGTG GAAGAAAGCA 1140 GCCAATGGAG CAGATATCCT GTCAGATGTT TACAATGCCA ATCCAACTGC TATGAAACTG 1200 ATTTTAGAGA CTTTCTCTGC CATTCCAGCC AATGAAGGTG GCAAGAAAAT TGCAGTGTTG 1260 GCGGATATGA AGGAGCTTGG TGACCAGTCT GTTCAACTTC ATAATCAGAT GATTTTGAGC 1320 CTTTCTCCAG ATGTGCTTGA TACCGTGATT TTCTATGGAG AAAATATTGC TGAATTAGCC 1380 CAATTGGCCA GTCAAATGTT CCCAATCGGC CACGTTTACT ACTTCAAGAA AACAGAAGAC 1440 CAGGATCAAT TTGAAGACCT AGTCAAGCAG GTCAAGGAAA GCCTTGGAGC CCATGACCAA 1500 ATCCTGCTCA AAGGCTCTAA CTCTATGAAT CTAGCCAAGT TGGTAGAAAG TTTAGAAAAT 1560 GAAGACAAGT GATTTTGTCA AGTATTTGCA AAGAATGATT GCCATTACAG ATACTGGCTT 1620 AACCTTTACA AAAGATCCGT TTGACCGTGA GCGCTACGAA GACTTGCGAA GTCTGTTATC 1680 TGAAATGTTG AATCAAGCAT CAGACCTTGA TTCCGAAGAA GTGGCAGAAG TCTTGAAGCC 1740 AACTTCTGCT TATGCGACTC CGTTAATGGA CGTCCGTGCT TGGATTGTTG AGGATGAGAA 1800 GATTTGTCTG GTTAGGGGAC AAGGAGAGGA TAGTTGGGCT TTGCCGG 1847 (2) INFORMATION FOR SEQ ID NO : 197 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1062 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 197 : CAAGCGAAAA CATTTTTTAT TCCAAATAAA CAGAGCATTT TAGGAGAACA AGAGATTTTG 60 AATGCCAAGT CGATCTTGGC CTTGCTAGAC GGTTTGGAGT CACATAGCTA TGATGTAGTC 120 TATCTCCGTC AGCCTCTTAA TCGTCTCGAA TATATCGAGT GTGCGATAGT GGGGCAATCA 180 CAATTTCTCT TTAAGGTCAG TTATGCTGAT GGTCAAAAGG CTTACCGTGT CGATCTTCCT 240 GACCTACTAA CAAAGACAGA CTGGCAGATT ATCAAGTCAT TTTTAGATGC TTTGCTTGCT 300 TATACAGGGA CTGATATTGA AGGGCTAGAT GGTTTTGATT TTGAAGCTTA TTTCCAAGCA 360 AGTATTCAAG CCTATCTAGC AGACCCTGTA GCTCGTTTTA CGATTTGCCA AGGAATTTTT 420 AATCCTATTT TCTTTAGTCG TGAGAACTTG AAAAGCTTTT TAGAGGCAGA TGGCTTGGCT 480 CAGTTTGAAG CGCGTGTGCG TGCGGTTCAA GAGACAGATG CCTACTTTGC GAGAGTTTCC 540 TTCTATCAGG ATGGAGAAGG AAAAGTGCAT GGCGTTTACC ATCTAGCTCA AGGAGTCAAG 600 ACAGTTTTAC CGAGAGAACC GTTTGTTCCT GCAGCCTATA TTGAGCAATT GGTGGATAAG 660 GAAGTCCAGT GGGAGATTGA CTTGGTTCAA ATCACAGGAG ATGGCTCTAA ACCAGAAGAC 720 TATGAAGCCA TTGCTCGCTT GGACTATGCA AAATTCTTAG AGGTATTACC CCCATCTTTT 780 TACCACCAAC TAGACGCCAA TCAAATAGAA GTGCAACCCA TATTAGACAA AGATTTTAAA 840 ACATTAGCAC AAGAAAAGTA AAGCAGAAGC AGGTCAATCG ACTTGCTTTT TTGACATAGA 900 AAAAATCCTG CCAAGaTGAC AGGATTGCTA CTCAATGAAA ATCAAAGAGC AAACTAGGAA 960 GCTAGCCGCA GCTGTACTTG AGTACGGTAA GGCGAAGCTG ACGTGGTTTG AATTTGATTT 1020 TTGAAGAGTA TGAAGTTTAA AGAAAAGCCA AGATACGAAG AT 1062 (2) INFORMATION FOR SEQ ID NO : 198 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6846 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 198 : TATCTACAAC CTCAAAAACA TGTTTTGawG gCTCGTCAGT cTATCTACAA CCTCAAAAAC 60 ATGTTTTgAa kGCtcGTCAG tTCTATCTAC AACCTCAAAA ACATGTTTTG AcaGCcTcGT 120 CAGTTCTATC TACAACCTCA AAAACATGTT TTGAGCTGAC TTCGTTAGTT TCATCTACAA 180 CCTCAAAAAC ATGTTTTGAG CTGACTTCGT TAGTTTCATC TACAACCTCA AAAACATGTT 240 TTGangnCnT CGTCAGTTCT ATCTGCAACC TCAAAGCAGT GCTTTgagcG CTTCGTCAGT 300 TCTATCTACA ACCTCAAAAC AGTGTGTTGC GCAGCCTTTA ATCAGCCGCC TAGTCCGCTC 360 TATGGTATTC ATTAAGTCAA CATCTCTTGT TTAAGAGCAC CAAATCAGGA AATCTTCTCG 420 ATTCCCTGAT TTTTTCTATT TACGTTTTCG TGTTGAGCTA CGTTCTGTCA AACCATGAGG 480 TAAGAGAACT TCACGTTCTT CCAACTCTTC CTTATGCATA ATCTTGGTCA ACATACGCAT 540 ACTAATGGCA CCAAGGTCAT AAAGAGGTTG GGCAATCGTT GTCAAGTTTG GACGGGTAAA 600 GCGTGAGATT TGTGAATCAT CACTAGTAAT AATTTCAAAA TCTTCTGGCA CAGAAACACC 660 CTTATCAGCC AAACCGTTCA AGACTCCTGC TGCCAACTCA TCACCTGTCA CAACTGCTGC 720 AGTTGCATTT GATGAAATCA AACGCTCTGC TAAGGCGTAA CCATCATCAT AGCTATATTT 780 AGATTCAAAT ACCAAACCCT CACTATAAGT GATTCCTGCT TTTTTCAAGG TTTCCTTGTA 840 GCCAACTAAA CGAACCTTAC CATTGATGTC ATCCACTAGC GGACCGCTAA CGAAAGCAAT 900 ACGCTCATTT TCTTTAGCAA GGTAACTCAC TGCATCAATT GTTGCTTGCT TATAGTCAAT 960 ATTGACACTT GGCAACTGGT GCTCAACATC GACAGTTCCT GCGAGAACAA TCGGAGTACG 1020 TGAACGCGAA AATTCTGAGC GAATTTTATC TGTCAAGTGA TACCCCATAT AGATAATGCC 1080 ATCTACCTGC TTTGAAAAGA GGGTATTGAC AACAGAAACT TCTTTCTCGT TATCTTCATC 1140 GCTATTAGCT AGGACAATAT TGTACTTGTA CATTTCTGCA ATATCATCAA TCCCCTTAGC 1200 CAAACTCGAA AAATAACCAT TGGTAATATT TGGAATCACG ACACCGACAG TGGTTGTCTT 1260 TTTACTTGCA AGACCACGCG CAACTGCATT TGGACGATAA TCCAAACGAT CAATTACCTC 1320 TAGCACTTTT TTACGGGTAT TCTCTTTTAC ATTTTTATTG CCATTGACCA CACGGCTGAC 1380 CGTCGCCATG GAAACACCTG CTTCACGAGC GACATCATAA ATGGTTACTG TATCATCTGC 1440 ATTCATTCCT TTTCCTGTCC TTTCTATCTC ACACATTCTT TTACAAGTAG AGGTACTGAT 1500 TGAAGCTCTA TATCTACTTA CAAAAGTGAA GATGTGAAAA TTTCGTTTTC ATATTTCTAC 1560 TTATTCCATT CTATCACTAA TTGTAAACAC TTTCAAGTGT TTTTTGAAGA TTGATTGAAA 1620 AAATTTCATA GAAAACCTAG GTTTAGCTCC TTGCTACCAC CTTAGACTAA ACAAAAAGGA 1680 GGAAACTAAG CCCTCCTAAA GTTATAGTAA AATGAAATAA GAACAGGATA AATCGATCAG 1740 GACAGTCAAA TCGATTTCTA ACAATGTTTT AGAAGTAGAG GTGTACTATT CTAGTTTCAA 1800 TCTACTATAG GTATTGTTCC ATTCACTACC GTCAATTTTA GCACATAGTC TTCATGAAAA 1860 TATTATATCA TCATAACCAA CCAGATTCTT TCGCGATATT AGCTGCCTCT GTTCGATTAC 1920 CTGCATCTAG TTTCGAAAGA ATATTGGTGA CATAGTTTCG GACTGTTCCG TTGGATAGAT 1980 AAAGTTTGTC TGCAATTTCT TGGTTAGAGA AGCCCTGAGC AATTCCCTTT AAAACTGCGA 2040 TTTCTTGCTC CGTTAATGGA TTGGGATGCA TCATCACCAC TTCCATCAAT TCAGGCGAAT 2100 ACTCCTTGCG TCCTTCGAGG ACGGTGTGCA AGGTTTGCAT GAGGTCTGCA ATGTTTCTTT 2160 CTTTTAATAC ATAAGCATCT ACTCCAGCCT TGACCGCACG TTCAAAATAC CCAGGACGCT 2220 TGAAGGTCGT CACCACAACC ACCTTTGTTT CAAGCTTTTC TGCTCGTATC CACTCCAAGA 2280 CTTCAAGACC TGTCTTAACA GGCATTTCTA CGTCAAGGAT GGCGATATCT ACAGACTCCT 2340 TTTCTAATAG TTGGATTGCT TCTTGCCCAT TCTTGGCTTG AAAGACAGAC TCTACATCCG 2400 GTTGAAGCAT GAGCAACTGG CACATGGCAT CTCGCAACAT ACTTTGATCT TCTGCGACTA 2460 ATACTTTCAT CTACTTTCTC TCCTTATAAA GTAGTCGAAC CTGCACTTCA GTTGGATGTT 2520 TCTGACTGAT TACACTTACT TCTCCTGAAA ATGGAAAAAC ACGATTTCGG ACTGTATGGA 2580 GCTCATCCCC GCTTATAGAG GCAAAGCCAC AGCCATCATC TCTCACTGTT AGAATGAGTT 2640 CTTTCTCTGT CCGTTCTAAT TTCAAGTAGA CTTTAGACGC TTTAGCATGT TTGATGATAT 2700 TGGTCACTAA TTCAAGCAAA ATCATGGAAG CCGTTGACTC CAATTCCTGA GTTAAGCTAG 2760 ACTTGTCCAA GTGATTCTCA ACTTGAACCT CAATTCCAGC AATTTCTAAC ATCTTTTTCA 2820 CAGTCTCTAG TTCGGATGTC AAAGTTCTAG ACTTAAGATT TTCCACAATG GTTCGCACTT 2880 CATTCATGGA tCCTTGCTGA TCTGGTGAAT TTCTTTTAAT TCCTTTTCCA CCTGTGGATA 2940 AGCCTCCATC TGAAATAACT GCAAGGCTAA ATCTGTCTTG ACACTCAGCA TAGCAAAGGT 3000 ATGTCCCAGA CTATCATGCA AATCCTGACC GATACGACTA CGTTCATTTT CAGCAAGCAA 3060 TAGATTTATC TGAGCATTTT GCTTGACCTG AGCTTCTTTC AAATCCTCGA CAATACGAAT 3120 CCGAACCAAT CCAAAAGTCA TTAAATCGAC AAAAGTAAGA ATTACAAGTA GATAGAATAG 3180 AAACTCAACT TCGATTCTCT GAAAAATCAA CAGTTGCCCC ACAACAAGGA CTTGAGCAAG 3240 AAGAAAAGTC CAGACATGTA AAGACTTTAA ACTACGTACG CTGAAATGAT AACTTAAGAG 3300 ATTGGATAGG AAAAAGAAAA ACCAGATATA ATTAACAGCA ACAAAGGCAG TATTCCCAAC 3360 TACATAAGTC AGCATGAGGC CCCAATATAG CCAAGATAGG CGCTGGCTCT TAGTTGTTAA 3420 AACACCCAAA TATGCCACTA CAAATAGAAT ATCAATCAAT AAATGCCAGG CAGAAAGCCA 3480 CCCAGTCACT ACAGACAGGA TGGGGAAAAT CATAAAAATT AAACTGATCC AAAACATATA 3540 ATGTATTCTT TTCAGTCTTT CAAGCATTAA GCATTCTCCT TATGACCTTG AAGGTAAATG 3600 GTCAAACCAA ACAAAACTAC TGAAAAAACA AGTAAATAAA CTGTGGCTGA TAGATTGATG 3660 CCACCCTCAT TTAAGAAGGT CTTGAGCAAC TCCATCAACT GATAGGTCGG GAGACACTTA 3720 CCTACTACTT GCATCCAGTC TGGAAATAAA GAGATAGGCA TCCAGAGTCC ACCTAAAACA 3780 GCCAACCCTA GATAAAGAAG ATTGCCCACG ACAGACATCA ACTGACTAGT TGGTAAGAGA 3840 GTCAAGGTCA AACCAAGCGC TACGAAGGCA ATACTTCCTA CTATCAGCAA AAGTGCAGCC 3900 CCAATCCAAT TTCCAAGAGA CATGTCCACA CCTCTTACAA AATGCCCAAC TGAGAAAACC 3960 ACCAAGATTG AAACCAAATA ATCAACCAGC ATACTTGTTA TCTTTGATAG ATAATATTCT 4020 ACCATATTTA CAGGGCTATG ACGCAATGTT TTCTGCCAGT TGTTGATCTT GTCGGTATGT 4080 AAAACAACTG GGAATGAGAA GATAGCTGTT GACATCATGG AAAATGCAGT CATGGAGATA 4140 AGATAATCAC GCATAAAATT CGCGAGTTCA CCTGGTGTGT CCTGATAGAT ACCAGAAAAA 4200 AATAAATAGA AAGCCGTCGG CATCCCTACT GACAATAGAT AATAGATCAA TTGTCGTTTG 4260 GTCAATAAAA ATTCTATCTT ACTAAGTGCT AGCCATCGTT TCATCTTAGT TATCTCCCTT 4320 CTGCGTTTCT TCAAAGATTG TATCCAACAA ACTACGATTA TTAACTTCAA TTTCTTGTAT 4380 GCCACATCCT GCTTGAACTA ACAGTTCCCA AAAAGCATCT GCTTCGCGTG TGACTACTTG 4440 TAGAGCATCC TGTTTTTGTG ACCAGTTTTC AACCAAGTTA GACTGCTCAA TGACTTCCTT 4500 GTATGCCAGA GGAAGGATAA AATGCTTTTC AATTCCCTCA CTACGCATAG CTAGAGGCGT 4560 CGTATCACGA ATCAACTCTC CCTTATTTAA AACCAAAATC CGGTCAGCCG TATGCTCTAC 4620 CTCTTCAATA TAATGAGACG AATAGAGAAT CGTGACTCCT TGCGCTTTTA GGTCCCGAAC 4680 GATTTCCCAA AAGCGTTGAC GAGTTGAAGT ATCCATGGCA GCAGTTGGTT CATCTAAAAA 4740 GACAAGCTTT GGTCGCCCAA TCAAGGTCAA GACAAAAGAG AAGAGACGCT TTTGCCCGCC 4800 TGACAATTTT TCTGCGAATT GCTCTTTTTG TTGCTGGTCA AACTGCAATA GTTGATCGAT 4860 TTCCTGATCG CTCAAGGAAT TTGGATAGAT ACGTTGAAAG AAAGCAATCA ACTCTTTGAC 4920 CTTTAATTTC TGAACGATGA CATTTTCTTG AGGCAGATAA CCTCTAATAT AGTCTAACTG 4980 AGAACTCGTC ACTGACAAGC CTTGGATGGA TACTTGACCG CTTGTGACCA GTTTATCTCC 5040 AAGCAGACAG TCCAAGAGTG TGGTCTTCCC AGCACCATTG GGCCCAATCA AGGCGACGCA 5100 TTCACCTTCA GCTACCTCAA AGGAAATACC CTTCAAAATA GCCTTGCCCT TGATGTTTTT 5160 ATTTAGGCTT TCTACCTTAA TCATATTCAT GATATTCTCC TTTCAACCAC TCCATTCTCA 5220 TAAGGAAAAC GACGAAAATC ATAAATCCAA ACCCCAAAGC ACCACGAATG AATTGGCGAA 5280 gCAAGGTTTG GTCAAACCAA CCTGTAAACA TTTCCACTAA CCATACCAAG AGTGACAGGC 5340 CGATAAAGAA ATAGATGATC CCTCTCTTCA TTCCTCAAGC TCCTTTTTCA CATCTCCGAC 5400 TAATTTCAAA CCTTCTCTAA CAAGCCAAGA CATCATTCCA AAGCCAGCAA AGAGCTCCCA 5460 AGGAAAATGA TAGAAACTCT CATCCAATCC CGAAAACATG AGTTAGGTCA TAACTCCTGC 5520 TACTACTAAA CTCACTGCGA TAATCATTTT ATTTCTCATC TCTTCTTCCT CCATTTCATA 5580 CTACAATTAT AGTCTTTTGA AATCAGAGGA GACAGAAGCT TCTGTCACTA GAAAATATGA 5640 CAAATGTCAT AAAAAATTCT GTTCAAAACA AGCAAGATAC ACTATACAAT AAAACACAAT 5700 TAGAAAAATC TAAGGCAACT TCCTCAAAAG AGATATCAAA CCCAATTCAC ACCATAATGT 5760 AAACTAATAC TTATTTAAAA TCAAAAAGAG TAGAAATTTT TATCAGACAA ACACATATAT 5820 AGTGTATTGA ATCTATAACA GTAGGCCTTA AATACTAAAA TATTTCTATA AATTAATTTA 5880 ACTTTCCTGA TAGAGCTGTT CATATCTTAT TTCAATTCTC TAAATTATAC GTTGAACAAA 5940 ACCCTTCTAT TTCTTTCTTA AAGATTTATA AGAGTTATAA AATCTGTTAA ATTTCAATGT 6000 GTATACCTAA ACTACGGTAT TTATTGAAAA GACTGGAGAC AAAAAGTATA CGCTGCCAAA 6060 ATGAATTACT GAAAATCAAA AAAGAGAGAA CCAAACTGAT TCCCTCTTAA TGTATATAAT 6120 ATCTAGTTTT AAAAATACAC ACTCACATAT CTCTGTAATG AATCGGGAAG ACAGGATTCG 6180 AACCTGCGAC ACCTTGGTCC CAAACCAAGC ACTCTACCAA GCTGAGCTAC TTCCCGAGTT 6240 AAATAGAAAA ATGCACCCTA GAGGAGTCGA ACCTCTAACC GCCTGATTCG TAGTCAGGTA 6300 CTCTATCCAG TTGAGCTAAG GGTGCTCCAT ATTATGCCGA GGACCGGAAT CGAACCGGTA 6360 CGATCGTTAC CAATCGCAGG ATTTTAAGTC CTGTGCGTCT GCCAGTTCCG CCACCCCGGC 6420 CTCTCTAAGC GAACGACGGG ATTCGAACCC GCGACCCCCA CCTTGGCAAG GTGGTGTTCT 6480 ACCACTGAAC TACGTTCGCA CTGTTTTCTT CTATCTAAAA ATGCCGGCTA CATGACTTGA 6540 ACACGCGACC CTCTGATTAC AAATCAGATG CTCTACCAAC TGAGCTAAGC CGGCTCATTT 6600 GTTATATCTT AATGCGGGTT AAGGGACTTG AACCCCCACG CCGTTAAGCG CCAGATCCTA 6660 AATCTGGTGC GTCTGCCAAT TCCGCCAAAC CCGCATATAT GACCCGTACT GGGCTCGAAC 6720 CAGTGACCCA TTGATTAAAA GTCAATTGCT CTACCAACTG AGCTAACGAG TCTAAAATAA 6780 cTTGCGTTAC CTTAAACGGT CCCGACGGGA ATCGAACCCG CGATCTcGCC GTGACAAGGC 6840 GACGTG 6846 (2) INFORMATION FOR SEQ ID NO : 199 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2911 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 199 : GAATTCATTT TAAATAAAGA TACGGGAGAG GTAAGTGAAT TAAAACCTCA TAGGGTAACT 60 GTGACCATTC AAAATGGAAA AGAAATGAGT TCAACGATAG TGTCGGAAGA AGATTTTATT 120 TTACCTGTTT ATAAGGGTGA ATTAGAAAAA GGATACCAAT TTGATGGTTG GGAAATTTCT 180 GGTTTCGAAG GTAAAAAAGA CGCTGGCTAT GTTATTAATC TATCAAAAGA TACCTTTATA 240 AAACCTGTAT TCAAGAAAAT AGAGGAGAAA AAGGAGGAAG AAAATAAACC TACTTTTGAT 300 GTATCGAAAA AGAAAGATAA CCCACAAGTA AACCATAGTC AATTAAATGA AAGTCACAGA 360 AAAGAGGATT TACAAAGAGA AGAGCATTCA CAAAAATCTG ATTCAACTAA GGATGTTACA 420 GCTACAGTTC TTGATAAAAA CAATATCAGT AGTAAATCAA CTACTAACAA TCCTAATAAG 480 TTGCCAAAAA CTGGAACAGC AAGCGGAGCC CAGACACTAT TAGCTGCCGG AATAATGTTT 540 ATAGTAGGAA TTTTTCTTGG ATTGAAGAAA AAAAATCAAG ATTAAGATAA AAGCTATAGA 600 AAAAAATGGT TTATGTACTG AGATTAGATA GTGAGGTGAT GACATAGTTT TGTGAAAATA 660 GCCATTTATA ACTCAATTAT TTAGTTTACT TTACTTTACT AGTGATACTA TTTGGAGTTA 720 TTAATGGACT TAGTTTATAT AACTAATGAA TTGATTGAAA GGGTTAGTAT TGACAATATT 780 GGTCATATTG ACTAGAAAAT AGAGTCTATC AAAATTTAAA GGCTAATAGA GGTGATGAGA 840 CAATTTCGGC TCTTTGTCAA CTGTAGTGGG TTGAAGTCAG CTAAGCTCGA GAAAGGACAA 900 ATTTTGTCCT TTCTTTTTTG ATATTCAGAG CGATAAAAAT CCGTTTTTTG AAGTTTTCAA 960 AGTTTCGAAA ACCAAAGGCA TTGCGCTTGA TAAGTTTGAT GAGATTATTG GTCGCTTCCA 1020 GTTTGGCATT AGAATAGTGT AGTTGAAGGG CATTGACAAT CTTCTCTTTA TCTTTGAGGA 1080 AGGTTTTAGA GGATGAACTT GATTCAGATT GTCCTCAATG AGTCCGAAAA ATTTGTCAGG 1140 CTCCTTATTC TGAAAGTGAA AAAGCAAGAG TTGATAGAGA TTATAGTGGT GTTTCAAGTC 1200 TTCTGAATAG CTCAAAAGTT TATCTATAGT AGATTGAAAC TAGAATAGTA CACCTCTGCT 1260 TCTAAAACAT TGTTAGAAAT CGATTTGACT GTCCTGAATG ATTTGTCCTG TTATTATTTC 1320 ATTTTACTAT AAATCCACGT TTACGAATCT CTTTCCACAC TTGTTCAATG GGGTTCATCT 1380 CTGGTGTGTA TGGAGGAATA AATGCAAAAC CAATATTAGT CGGAATCTTT AAGGTACTTG 1440 ATTTATGCCA TATAGCATTG TCCATAACGA GTAAAAGATA ATCATCTGGA TAAGCTTGTG 1500 AAAGCTCCTA TTCCTAAAGC CCCTTTATAA CCTCTTGCGA GAGAGACTAT TGACTCAGCC 1560 CTTACTTCAT GCGGATGAAA CTTCTTATCG GGTTCTAGAG AGTCATAGCC ATCTGACCTA 1620 CTATTGGACC TTTTTGTCTG GGAAAGTTGA GAATCAAGCA ATCACGCTGT ACCATCATGA 1680 TCAGAGTCGG AGTGGTTCGG TAGTACAAGA ATTCCTAGGA GATTATTCTG GCTATGTTCA 1740 TTGTGATATG TTGCGGCAGT AACTTAGGAC TTTAGTCCTC TAGTTCTGCC TATGCGATAG 1800 CAGTCCAAGG TTTAGGAGCA AGGCGACGCT AAGCTTGGTA AACTGCGAAC CGCTAGAAGC 1860 TTATCGTCAA CTGGAAGAAG CTGAACTTGT TGGATGTTGG GCGCATGTGA GAAGGAAATT 1920 TTTTGAAGCG ACCCCCAAGC AAGCAGATAA ATCATCCTTA GGAGCTAAAG GTTTAGCTTA 1980 TTGTGATCAG TTATTTTCCT TGGAAAkAGA CTGGGAGGCT TTGCCAGCTG ATGAACGACT 2040 ACAGAAACGT CAAGAACATC TCCAGCCCCT AATGGAAGAC TTCTTTGCTT GGTGCCGCCG 2100 TCAGTCAGTT TTAGCAGGTT CAAAACTAGG AAGGGCAATT GAATACAGCC TCAAGTATGA 2160 AGAAACCTTT AAGACTATTT TGAAAGACGG ACATCTGGTC CTTTCCAATA ATCTAGCTGA 2220 ACGCGCCATT AAATCATTGG TTATGGGACG GAGTAAAAGA GTCCAGTGGA CTCTTTTAGC 2280 CTGAGCTCAG TTTAAAAAAG CGAGGGTGGT TATTTTCTCA AAGTTTTGAA GGAGCTAAAG 2340 CAAGAGCTAT TGTTATGAGC TTGTTGGAAA CAGCTAAACG TCATCAATTA TAGTGCGTTG 2400 AATCTATAAC AGTACGCATC GACTGCTAAA ACATTTCTAT AAATCAATTT TCCTTTCCTA 2460 ATCGATTTGT TCATATCTTA TTTCAATCCA TTATAAATAG CGAGAAATAT CTATCCTATC 2520 TTCTAGAATG TCTTCCAAAC GAGGAAACTC TCGTAAACAA AGAGGTTTTA GAGGTTTATT 2580 TACCATGGAC TAAAGTTGTA CAAGAAAAGT GCAAATAAGA AATCTCCAGA TTAGGAACTA 2640 TCCGTGAGTT CACTAATCTG GAGATTTTTC AATAGAtTCG TTATTGGGCG GTTACGATAT 2700 GATcACTACT TCGTCAGTCT TATCTACAAC CTCAAAACAG TGTTTTGAGC AACCTGCGAC 2760 TAGCTTCCTA GTTTACTCTT TGATTTTCAT TGAATATTAG AACAGAAAAA ATGCTTGGAG 2820 TATTTGTTTG TGTGTTTATT TTTATATAAC AAACTATAAA CAAAATAAAA ATATAAAAAA 2880 AGAGACAAAA AAGAACAGAA AGTAATTGAC A 2911 (2) INFORMATION FOR SEQ ID NO : 200 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 6854 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 200 : GAAAATAAGT CTTGACAGAA AGCGCTATCA ATGATAGAAT GAATTCAGAT AAAAAGATTT 60 ATTTTTAAAA CAAAAATGAA ACGTTTCAAA AAAAGAAATA AAGAGACAGC GCCAAGCGCT 120 ATCTTTTCTA GAAAAAAATG AAACGTTTCA AAAAAGGAGG TTGCTATGAA TAGCAAAGCG 180 AAGCAAGTTT CTCTTTGGGA AAGAATCAAG AAACAAAAAC TCTTGTTATT GATGACTGTC 240 CCCGGTTTAG TTTTAACCTT TATCTTTAAA TACATCCCTA TGTATGGGGT TTTAATCGCA 300 TTTAAAGATT ACAATCCTTT AAAAGGAATT TTAGGGAGTG ATTGGATTGG TTTTTCTGAG 360 TTTACAAAAT TCATATCCTC TCCCAACTTT GGTATCTTGT TAGCCAACAC ATTAAAATTA 420 AGTATCTATG GTTTATTGCT TGGCTTTTTA CCACCAATCA TTCTCGCGAT TATGCTCAAT 480 CAACTCTTGA GTGAAAAAGT CAAAAAACGA ATTCAGCTCA TTTTATACGC ACCAAACTTT 540 ATCTCAGTCG TTGTTATTGT CGGTATGATT TTCCTCTTCT TTTCAGTGGG AGGACCAATC 600 AACAATTTTC TTTCTATGTT TGGAATGAAG GCTGACTTCT TGACAAATCC AGACTTCTTT 660 AGACCTTTAT ACATCTTTAG TGGTATCTGG CAAGGAATGG GCTGGGCTTC AACGCTCTAC 720 ACGGCAACAT TGGTAAATGT AGATCCAGCC TTAGTAGAAG CAGCCCGACT GGATGGAGCC 780 AATATCTTCC AACGAATCTG GCACATTGAT ATTCCAGCTC TTAAGCCTAT TATGGTTATC 840 CAATTTGTTT TAGCTGCAGG TGGAATTATG AATGTCGGAT ATGAAAAAGC ATTCTTGATG 900 CAGACATCGT TAAATTTGCC AACTTCTGAA ATTATCTCGA CATATGTCTA TAAAGTTGGT 960 CTTGTATCAG GAGACTATTC TTACTCAACA GCGGTTGGTT TGTTTAATGC AGTGATTAAC 1020 GTAGTATTGC TTGTTGCAGT TAACCAAATC GTTAAACGCA TGAATAATGG TGAAGGAATT 1080 TAAGGAGGAA AGTATGAAAA ATTCGATTAT GGATACAAAA TTTGATAGAC GTATCTTACT 1140 CTTAAATAAA ATCATTATTG TCTTTATCGT TTTGATGACT TTGCTTCCTT TACTTTATAT 1200 CGTCGTAGCA TCCTTTATGG ATCCTAAGGT TCTGGTTAGT AGAGGGATTA GCTTTAATCC 1260 AGCCGATTGG ACTGTAGAAG GTTACCAGCG TGTATTCAGT GACCAATCTA TTCTAAGAGG 1320 TTTTATCAAT TCTCTACTAT ACTCTTTTGG ATTTGCAGCT TTAACAGTCT TGCTATCTGT 1380 GTTTACAGCT TATCCTCTTT CTAAGAAAGA CTTGGTTGGA CGTCGTTGGA TTAACTACTT 1440 CTTGATTGTA ACTATGTTCT TTGGTGGTGG TTTAGTCCCA ACTTACTTGC TCGTAAAAGA 1500 ATTGGGAATG CTCAATACTC CATGGGCTAT CATTGTTCCA GGTGCTGTTA ACGTTTGGAA 1560 TATTATTCTT GCTAGGGCCT ATTTCCAAGG ATTGCCTGAA GAATTAGTTG AAGCTGCTGT 1620 CATTGATGGT GCAAATGATT TACAGATTTT CTTCAAAATC ATGCTTCCTC TTGCAAAACC 1680 AATTATGTTT GTTCTCTTCC TTTATGCTTT TGTAGGACAG TGGAACTCAT ACTTTGATGC 1740 AATGATTTAT ATCAAGGATC CAAACTTGGA ACCATTGCAA CTTGTACTTC GTAAAATTCT 1800 CATTCAGAGC CAACCAGGTC AAGACATGAT TGGAGCACAA GCGGCTATGA ATGAAATGAA 1860 ACGTTTAGCT GAATTGATTA AATACGCAAC TATTGTCATT TCCAGCTTGC CATTGATTGT 1920 TATGTATCCA TTCTTCCAAA AATACTTTGA TAAAGGAATT ATGGCTGGTT CACTTAAAGG 1980 ATAAAAAAAG AAAAAATAAA AGGAGTTTTC TCATGAAATT CAAAACATTC TCAAAATCAG 2040 CAGTTTTGTT GACAGCTAGT TTAGCAGTAC TTGCAGCCTG TGGCTCAAAA AATACAGCTT 2100 CAAGTCCAGA TTATAAGTTG GAAGGTGTAA CATTCCCGCT TCAAGAAAAG AAAACATTGA 2160 AGTTTATGAC AGCCAGTTCA CCGTTATCTC CTAAAGACCC AAATGAAAAG TTAATTTTGC 2220 AACGTTTGGA GAAGGAAACT GGCGTTCATA TTGACTGGAC CAACTACCAA TCCGACTTTG 2280 CAGAAAAACG TAACTTGGAT ATTTCTAGTG GTGATTTACC AGATGCTATC CACAACGACG 2340 GAGCTTCAGA TGTGGACTTG ATGAACTGGG CTAAAAAAGG TGTTATTATT CCAGTTGAAG 2400 ATTTGATTGA TAAATACATG CCAAATCTTA AGAAAATTTT GGATGAGAAA CCAGAGTACA 2460 AGGCCTTGAT GACAGCACCT GATGGGCACA TTTACTCATT TCCATGGATT GAAGAGCTTG 2520 GAGATGGTAA AGAGTCTATT CACAGTGTCA ACGATATGGC TTGGATTAAC AAAGATTGGC 2580 TTAAGAAACT TGGTCTTGAA ATGCCAAAAA CTACTGATGA TTTGATTAAA GTCCTAGAAG 2640 CTTTCAAAAA CGGGGATCCA AATGGAAATG GAGAGGCTGA TGAAATTCCA TTTTCATTTA 2700 TTAGTGGTAA CGGAAACGAA GATTTTAAAT TCCTATTTGC TGCATTTGGT ATAGGGGATA 2760 ACGATGATCA TTTAGTAGTA GGAAATGATG GCAAAGTTGA CTTCACAGCA GATAACGATA 2820 ACTATAAAGA AGGTGTCAAA TTTATCCGTC AATTGCAAGA AAAAGGCCTG ATTGATAAAG 2880 AAGCTTTCGA ACATGATTGG AATAGTTACA TTGCTAAAGG TCATGATCAG AAATTTGGTG 2940 TTTACTTTAC ATGGGATAAG AATAATGTTA CTGGAAGTAA CGAAAGTTAT GATGTTTTAC 3000 CAGTACTTGC TGGACCAAGT GGTCAAAAAC ACGTAGCTCG TACAAACGGT ATGGGATTTG 3060 CACGTGACAA GATGGTTATT ACCAGTGTAA ACAAAAACCT AGAATTGACA GCTAAATGGA 3120 TTGATGCACA ATACGCTCCA CTCCAATCTG TGCAAAATAA CTGGGGAACT TACGGAGATG 3180 ACAAACAACA AAACATCTTT GAATTGGATC AAGCGTCAAA TAGTCTAAAA CACTTACCAC 3240 TAAACGGAAC TGCACCAGCA GAACTTCGTC AAAAGACTGA AGTAGGAGGA CCACTAGCTA 3300 TCCTAGATTC ATACTATGGT AAAGTAACAA CCATGCCTGA TGATGCCAAA TGGCGTTTGG 3360 ATCTTATCAA AGAATATTAT GTTCCTTACA TGAGCAATGT CAATAACTAT CCAAGAGTCT 3420 TTATGACACA GGAAGATTTG GACAAGATTG CCCATATCGA AGCAGATATG AATGACTATA 3480 TCTACCGTAA ACGTGCTGAA TGGATTGTAA ATGGCAATAT TGATACTGAG TGGGATGATT 3540 ACAAGAAAGA ACTTGAAAAA TACGGACTTT CTGATTACCT CGCTATTAAA CAAAAATACT 3600 ACGACCAATA CCAAGCAAAC AAAAACTAGA GGTTGATTAT GGGAGATAAG AAATACACAG 3660 TAGAAAAAGC CAATCGTTTT ATAGCAGAAA ATAAACATCT CGTTAATACT CAATATAAGC 3720 CTGAAGAACA TTTTTCAGCT GAGATTGGTT GGATCAATGA TCCAAATGGA TTTGTCTATT 3780 TTCGTGGAGA ATACCATCTC TTTTATCAAT TCTATCCATA TGATAGTGTT TGGGGGCCTA 3840 TGCACTGGGG ACATGCTAAA AGTAAGGACT TGGTGACTTG GGAGCACTTG CCAGTGGCAC 3900 TTGCTCCTGA CCAAGATTAT GACCGAAATG GTTGTTTCTC AGGCTCTGCC ATTGTCAAGG 3960 ATGATCGCCT CTGGCTCATG TACACTGGAC ATATCGAAGA AGAAACCGGT GTCCGCCAAG 4020 TGCAAAATAT GGTATTTTCA GATGACGGGA TTCACTTTGA AAAGATTTCC CAAAATCCAG 4080 TTGCAACTGG ATCAGACTTA CCAGATGAGT TGATTGCTGC TGATTTCCGT GATCCAAAAC 4140 TCTTTGAAAA AGATGGACGC TATTACTCCG TAGTAGCTGC CAAACACAAG GATAATGTGG 4200 GCTGTATCGT TCTACTAGGG TCCGATAACC TAGTAGAATG GCAGTTCGAA TCCATCTTTT 4260 TAAAAGGGGG AGAACACCAA GGTTTTATGT GGGAATGCCC AGATTACTTC GAGTTAGATG 4320 GGAAAGATTG CCTTATTATG TCACCCATGC GTTATCAGCG TGAGGGAGAC TCATATCATA 4380 ACATCAACTC ATCGCTTTTG TTCACGGGTA AGGTAGATTG GAGAGAAAAA CGTTTTATCC 4440 CAGAATCAGT TCAAGAAATT GATCATGGCC AAGACTTCTA TGCGCCTCAA ACATTGTTGG 4500 ACGATCAAAA TCGTCGTATC CTGATTGCTT GGATGCAGAC ATGGGGGCGT ACCCTTCCAA 4560 CCCATGACCA AGAACACAAG TGGGCATGTG CCATGACTCT ACCTAGAATT CTAAGATTGG 4620 AAGATGGCAA ACTAAGACAA TTCCCTGTTA AAAAAGGCCA ATATCAAATC CAAATAGATA 4680 AAGATTGTCA TTACCACTTA GGAAATGATA TAGATTATCT TGAATTTGGT TATGACAGTA 4740 ATGCGCAGCA AGTTTACATT GATCGTAGCC ATCTTATTCA AAAAATTCTA GGTGAAGAAG 4800 AACAGGACAC TAGTCGACGG TATGTAGATA TTGAAGCTAA AGAATTGGAA GTTGTTCTAG 4860 ATAAAAATTC CATCGAGATT TTTGTCAATC AAGGTGAAGC AAGCTTGACT GCAACTTATT 4920 ACTTAACGGT GCCAGCTGAG CTATCACGAA TTGATTAAAA ATTAAGTTAT TTCTCCTAAA 4980 GAAAAAGTTC TCTTTCTAAA ATAGTGGAAA GAGGACTTTT TGTGTTTTGG GTATATAAGC 5040 TTAGTTTATG GTATTTGTAA AATTGGTGTT GGATTATGAT TTAAGCTAGT TTTCTAAAGA 5100 ATTTGAAAAA AATTTTATTT AAGCAAAAAA ACCTTGGTTC CAAGGCTTTT CCTGTTGTAT 5160 TTAGATGCCC CCTACAGGGA TTGTAGGAGA TATGTTGCTT AGATGTTCTT GATTTTCTGG 5220 TGTTTTGTAA CGTTTAAATG AGTTTTTTGA GTTTGTTGGT GGGGCGTTGC CCGGCAATTG 5280 CCCGACTTAT TGCTTGAAAA AGAATTTAAA ATATAGTATA GTTAATTATA GATTAACACT 5340 TGCTTGGAGG AACTGATGAA GAACAATGAA AGATTAGGTA TTAAATTAAG TAGAGATAGC 5400 GTTTTAGGAT TGAGGGAAGT TAGAAGGCTT TATTTAGGCA GTTCAGATAT CCCAGTTTCT 5460 GATGGCTATG TGATTGAAGT TGCTTATAAC CAGATATCAC ATGAGATTGA TATTATTGAT 5520 TGGGTAGAGT TGAACAAGTC AAAAATTAAG ATAAGTGAAA TTAGTGAAAG CGTGGATATA 5580 GATGCCACTA GCTTGAGAAC AACTTTGACT TTAGACACAT TAGTATATGA AGGTATGAGA 5640 GATATACAGT TAAAGTTGAG AGAGCTTACA AAGGGGAGAG TATTCTTTTC ATTTGTAGTG 5700 AAGTTAGTTT TGTTTGCTTC TATTTTAAAG AAAAAAGATT TACTAGAAAA ATTTCAAGAA 5760 AAGTGTTAAT CAAGTATTGA CACTTTATCT GGATTTCGGT ATAATATGCT TAGAAAGGAA 5820 TCTTTCTAAA TTTTTTTCGT CCTTATGTGT TAATCAAAGA CGAATACAAA AACATATTTT 5880 TTTACTCTAA AAAGTGTTAA TCAATGATGT ATTTGTTAGA GAGGTAGATA AATGGAATTG 5940 AGAGCACCAC CAGTTATAAT AGTATAAAAC GTATAATAAA AATATTTTAA CTTGAATTAT 6000 AGAAAAGGAG AAACAAATCA TGAAACAAAA ACAACCGATT GTTTCTAGAA CGAAACAACA 6060 TACATTTGAA GAGCTTATTC AAGACCAAAA GTTAGAAAGA TTGGCTAAGT TGTCGCCCGA 6120 TTTGGTTGGA AGGTATGGTT TTACTGCTAG CTGTGCGTCT TCATTTGCGA ACTTGATTAA 6180 AGAAGCGTAT GGGGGTAAAA ATCTAAACGT AGTTTATGCG AGTCGGATGT TGGCTCTCTG 6240 GAATATTGCT TGCAGTTGTT ATCATAAGGC TGATGGGTAT TCTTTAGCAG ATGCGCTTTT 6300 TAGTGATAAA AAAATTTGTC TAGATTCTTA CTATTACCAC AAGAATACCT CTAATACCAT 6360 AACTAGTGAT GTGATAAAAG ATGTTTACGA TAATTATAAT AATTATATGG TTTTAACTCG 6420 AGAAGCGACA CCTGAATACA TTTATGTTGT ACAAACTGAA ATGCCAAAAG ATTCAGATTT 6480 ATATTTTTAT ATTAGAGAAG TTCTGGGATT ATCGTTTAGT ACCATGCATT ATGCATTTTT 6540 AGTCAAGGTT CTTGCAGGAG CGCTTGCTAG AAAATATAAG CCATATCGAA ATTGAATTAT 6600 TTAAATTTAT ACTCTTCGAA AATCAAATTC AAACCAAGTC AGCTTCGCCT TGCTGTACTC 6660 AAGTGCTGTC TGTGGCTAGC TTCTTAGTTT GCTTTTTGAT TTTCATTGAG TATTACTCTT 6720 ATGGTAGTTA TTTATGGCAT AATAATATTG ATTTGGGAGT TATAGCGAAA ATTTTAGGTT 6780 CTATAATATT TGTAGTGGGT AAACCACTAT AGATATTATG GAGCCTATTT ATTGTAGAAA 6840 AAAGTCCCAT ATGA 6854 (2) INFORMATION FOR SEQ ID NO : 201 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3895 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 201 : TCCTTGCTAA GTTTATACTC AATGAAAATC AAAGAACAAA CTAGGAAGCT AGCCACAGGT 60 TGCTCAAAGC ACCGCTTTGA GGTTGCAGAT AAAACTGACA CGGTTTGAAG AGATTTTCGA 120 AGAGTATTAA TTTACATAAA TAGCCAGTGT TTGATAGGGT TTGAGTAGAA TTTTCTCAGA 180 CACTTCTGCA TCTTCATAGT TTGATATCAA AATCTGTCCA TTTTGGTAGA CTGCTGGCAA 240 GTCGATTTcA CTTCTTTAGC ATAAAAGTTA TTGAGCACTA GTAACTTTTG ATCCTCAAAC 300 TGGCGTTCAA AAGCGTAGAC TTGTTTGCTA TCTTCAAAGG CTGGTTTGTA ACTTCCTTCT 360 GAAATGATTG GCATTTCCTT ACGCATCGAA TCAAGTCTTG ATAGAAGGTA AAAATCGGAC 420 CCTGGATTTC ATTTTCTACA TTGATGTATT TATAGGATTT ACCAGCTTTC AACCAAGGAG 480 TGCCTGTTGA AAATCCTGCA TTTTCCGAAG CATCCCACTG CATGGGAATG CGTGAATTAT 540 CACGCGACTT AGCTTGAATA ATCTGGAAGG CTTCTTGCTG ACTCTTTCCT TCTTCTAAGA 600 GCATCTGATA GGCATTAAGC GATTCGACAT CCACATAATC AGCCATAGAA TCATAGTCTG 660 GGTCAATCAT CCCGATTTCC TCACCCATGT AGATATAAGG TGTCCCACGT GACAGGTGAA 720 TGCTGGCTGC TAGCATGGTG GCTCCTTCCT TGCGGAAGTT TTGAATATCG ACAAAACGGT 780 TCAAGGCACG TGGTTGATCG TGATTATTCC AAAAGAGGGC ACTCCAACCG TCTTTATCAC 840 TCATTTCCTT ACCCCAACTA TGGTAAAGAC TCTTCAACTC TTCAAAATCA AAGGGAGCCA 900 AGGTCCACTT TTGTCCATCC TTATAGTCCA CCTTGAGGTG ATGAAAATTA AAGGTCATGG 960 ATAATTCCTG ACGATCAGGC GACGAATAGA GGACACAGTT TTCCATGGTG GTAGAAGACA 1020 TTTCCCCAAC TGTCATAAAG CTATCGTCGG ATCCAAAAGT GGCTTGGTTC ATCATACGCA 1080 AATAGTTATG AACGATGGGT TTGTCTGTAT AAGCTGGCTT CCCTTCATTT TCAGGACAGT 1140 CCACTGAAAC CTCGTCCTTA CCGATCAAAT TGATCACATC AAATCGGAAA CCTTTGACAC 1200 CCTTGTCGCG CCAGAAATTA ACAACCTTGA AAAGCTCCTT ACGGACATTG GAATTGCGCC 1260 AGTTAAGGTC AGCCTGGGTC TCATCAAATA GGTGAAGATA GTATTTCCCA GTATCCCCGA 1320 AAGGCGTCCA TGCAGAACCA CCAAACTTAG ACTGCCAATC TGTTGGTTGG TCTTGGATGA 1380 AGAAAAAGTC TTGATAATAC TTATCACCAG CTAGGGCTTT CTGAAACCAT TCATGCTCTG 1440 TCGAACAATG ATTAAGTACC ATGTCCAGCA TAAAGTCAAT CTTGTGCTCT TTACCGACAC 1500 ACACCATTTT CTCAAAATCA GCCATATCAC CAAAAAGAGG ATCCACTGCC ATATAATCTG 1560 AAATATCGTA ACCATTATCC CGTTGAGGGC TTGGATAGAA TGGATTGAGC CAGACCATAT 1620 CCACACCTAG TTTGGCTAAA TAGGGAATTT TTTCGATAAT CCCACGGAAA TCCCCAATAC 1680 CGTTTTCAGT GGTGTCTTTG TAAGATTTTG GATAGATTTG ATAGACTACT TTTCCTTTAT 1740 CAAGTGTCAT CTGTTTCTCC TTTTCTGATA AAAGGGAGGA AGCAGTCTTC CGTCCCTATT 1800 TGTGCTATTT CAATTATACT CAATGAAAAT CAAAGAACAA ACTAGGAAGC TAGCCACAGG 1860 TTGCTCAAAA CACTATTTTG AGGTTGCAGA TAGAGCTGAC GTGGTTTGAA GAGATTTTCG 1920 AAGAGTATTA GATTCGTGTA GCGACCATGA GAGATGCTCC AGCTTGGATC GTTGTCGGAT 1980 AAGTTCCGGG AATAGTCGCT GTATAAGCAT CTTGGTTGGT GATGATAACA GGAGTTTCTG 2040 TCACCAGACC TGCAGCCTTA ATGACATCCA TATCAAAACG AATCAGTTGC TGACCAACTG 2100 TAACGTGATC TCCTTGGACT ACAAGACTTT CAAAACCTTT GCCATCAAGA CCTACTGTAT 2160 CCATACCGAT GTGGATGAGC AATTCAACTC CCTCGTCAGA GACAATGCCG ATGGCATGCT 2220 TGGTAGGGAA AAGAACCGTC ACTGTCCCAT TAACTGGAGA GGTCAACTCA CCTTGGCTTG 2280 GTTCAATGAC TAGACCTTGC CCCATGACAC CTGATGCAAA AATAGGATCC GTCGCTTGAC 2340 TCAATTCTTT CACTTGGCCA GTTAGTGGGC TGATAATTTC TACCGAAGTA AGTTCTACTG 2400 GTTCATGGTT CACAAATTCT GCTTCTTCTT GAGCAACGAA TTCTGCCTGC AAGTTCGTAT 2460 CGCCCTCTGT TTTTGTAAAG AGACCAGCCT TGCGGAAGAA GAAAGTCAAG AGCATTGGAA 2520 CAACAATCGC AACTAGCATA GTTCCTGCAA ATGGCAGCAT GTATTGAGGT TGAATAGAGA 2580 GAATACCTGG CAAACCACCG ATACCAATAG AAGCCGCAGT TACATTAAAA GTAACGGATA 2640 ACATGCCTGC AAGGGCTGAA CCAGTCATCC CAGCAACAAA TGGATAAATA TATTTTACGT 2700 TAACCCCAAA AAGAGCTGGT TCTGTAACAC CGAGATAGGC TGAAATGGTT GCAGGAAGTG 2760 AAACCTGAGC CTCACGCTCA TCATGGCGAT GCATGAAATA ATAGGCAAAC ACGGCTGAGC 2820 CTTGAGCAAT ATTAGAAAGA GCAATCATTG GCCATAGGGC AGTGCCACCA GCATCCGCAA 2880 TCAATTGTGT ATCAATGGCA TTGGTCATAT GGTGCAGACC TGTGATGACA AATGGAGCGT 2940 AGAGGGCGCC AAAAATTGCA CCGAAGAGCC ATTTAACTGG ACCAGTTAAA CCTGCCAAGA 3000 CAACTGATGA AAGTCCTTGT CCAATTGTCC AACCGATTGG TCCCAAAACA GTATGAGCCA 3060 AAATCAAGGC TGGAATCAAT GACAAGAAAG GTACAAAAAT CATAGAAATG ACTTCTGGGA 3120 TATGCTTGTG CCAGAAGATT TCAAGATAAG ACAGACTCAA ACCTGCAAGC AAGGCTGGGA 3180 TAACTTGGGC TTGGTAACCG ATACGATTAA CAGTAAAATA GCCAAAATTC CAAACCCAGT 3240 TTGCCGCGAT ATCAGCTGCT GGCGTTGAAG CAACCGCATA GGCATTGAGC AACTGAGGCG 3300 ATACCAAACA GATTCCGAGA ACAATTCCCA AAATTTGGCT GGTTCCCATC TTACGAGAAA 3360 CAGACCAAGT AATCCCTACT GGTAAGAACT GGAAGATAGC TTCACCAGGC AACCAGAGGA 3420 AGTGATTGAC ACCTGCCCAA AACTGAGAGG ATTCTGTGAT GGTCTTGCCA TCCAACATCG 3480 ACCAATGGAC ACCTTCCAAG ACATTACGGA AACCGAGGAT CAATCCTCCG ACTATCAAGG 3540 CTGGAATAAT CGGAGTAAAA ATCTCCGCCA GAGTGGTCAT AACACCTTGG ACCACGTTTT 3600 GATTACTCTT AGCTGCAGAC TTGGCTGCTT CTTTGGAAAC ACCCTCAATA CCTGAAACGG 3660 CTGTAAAATC ATTATAAAAG ATGGGCACGT CATTTCCAAT GATTACCTGA AATTGACCTG 3720 CATTTGTAAA GGTTCCTTTA ACAGCTGGAA TTGACTCGAT AGCTTTAACA TTAGCCTTCT 3780 TATCATCTCC TAAAACAAAC CGCATCCGTG TCGCACAGTG AGTTACGGCA GTCACATTTT 3840 CTTTGCCTCC GATTGCCTGA AGCAGATCTT TGGCTTCTTG TTCAAATTTT CCCGG 3895 (2) INFORMATION FOR SEQ ID NO : 202 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3936 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 202 : AGGATCGCCG CTCCAGCTAC TAAGTCTCGT GCAGTGCCGA TTTATCAAAC AACATTTTTT 60 GTTTTTGATG ACACGTAGGA AGGTGCCGAT CTGTTTGCCT TGAGGAAACC AGGGAACATT 120 TATACTCGTA TCACCAATCC TACAACAGCT GCCCTTGAAG GTGGTGTTGA AGCGCTAgcA 180 ACAGCATCAG GTATGACTGC AGTGACTTAT ACGATTTTGG CGATTGCCCA TGCTGGTGAC 240 CATGTAGTGG CTGCTTCGAC TATTTACGGT GGAACCTTCA ATCTTTTGAA AGAACCCCTT 300 CCTCGTTATG GTATCACAAC AACCTTTTTC GATATTGATA ATTTGGAGGA AGTAGAAGCA 360 GCTATCAAAG ACAATACCAA GCTTGTCTTG ATTGAAACCT TGGGTAACCC CTTGATTAAT 420 ATTCCAGACC TGGAAAAACT GGCAGAGATT GCTCATAAAC ATCAAATCCC ACTTGTGTCA 480 GACAATACTT TTGCAACACC TTATTTGATT AACGTCTTCT CTCATGGCGT TGACATTGCC 540 ATTCACTCTG TGACTAAGTT TATCGGTGGG CATGGTACAA CTATTGGAGG AATAATTGTC 600 GATAGTGGTC GTTTTGACTG GACGGCTTCA GGGAAATTCC CTCAATTTGT TGACGAGGGT 660 CCAAGCTGCC ACAATTTGAG CTATACTCGT GATGTGGGTG CAGCAGCCTT TATTATAGCT 720 GTTCGAGTTC AATTGCTTCG TGATACAGGT GCAGCCTTGT CACCATTCAA TGCTTTCCTC 780 TTGCTACAAA GACTTGAAAC CTCTTCACTT CGTGTGGAAC GCCATGTACA AAATGCTGAG 840 ACAATTGTTG ATTTTCTTGT CAACCATCCT AAGGTAGAAA AGGTAAATTA TCCAAAACTT 900 GCAGATAGTC CTTATCATGC CTTGGCTGAG AAATACTTGC CAAAAGGTGT CGGTTCAATC 960 TTTACCTTCC ACGTCAAAGG TGGCGAGGAA GAAGCACGCA AGGTCATTGA TAATTTAGAA 1020 ATCTTTTCTG ACCTTGCAAA CGCGGCAGAT GCTAAATCGC TTGTTGTCCA TCCAGCAACA 1080 ACCACTCACG GTCAATTGTC AGAAAAAGAC CTAGAAGCAG CAGGTGTCAC ACCAAACTAA 1140 ATTCGTTTGT CAATCGGTCT TGAAAATGTA GAAGATTTGA TTGAAGACTT GCGCTTGGCC 1200 TTGGAAAAAA TTTAAAGTAA AAGAAGATAA ACAGTGGGCT TCGACTCACT GTTTTTGATT 1260 TTCCCTCAGG CATGATATAA TGGTTACAGA AGTCTAGAAA GAGGAACGAT ATGAACGAAA 1320 TCAAATGTCC CAACTGTGGG GAAGTCTTTA CAGTAAATGA GAGTCAGTAT GCCGAACTCT 1380 TGTCCCAAGT GAGAACGGCA GAGTTTGATA AGGAACTACA CGATAGGATG AAGCAGGAAC 1440 TGGCCTTGGC TGAGCAAAAG GCCATGAATG AGCAACAGAC TAAACTGGCT CAGAAGGATC 1500 AAGAAATTGC GCAATTACAG AGTCAGATCC AAAACTTTGA TACAGAAAAA GAATTGGCCA 1560 AGAAAGAGGT TGAACAGACA AGCCATGAGG CTCTCTTGGC TAAGGACAAG GAAGTACAGC 1620 TCTTAGAAAA TCAGTTGGCT ACCTTGCGTT TGGAGCATGA AAATCAACTA CAAAAGACCC 1680 TTTCTGACCT AGAAAAAGAA CGGGATCAGG TTAAAAACCA ACTACTTTTG CAGGAAAAGG 1740 AAAATGAATT ATCTTTGGCT TCTGTTAAGC AAAACTACGA AGCCCAGCTC AAGGCAGCTA 1800 GTGAACAAGT CGAGTTTTAT AAGAATTTTA AGGCTCAACA ATCTACAAAA GCGATTGGGG 1860 AAAGCCTAGA ACAGTATGCA GAGAGTGAGT TTAACAAGGT TCGTAGTTTC GCCTTTCCAA 1920 ATGCTTACTT TGAGAAGGAT AACAAGGTCT CTTCGCGTGG GTCTAAAGGG GACTTTATCT 1980 TCCGTGAGTG TGATGAAAAT GGAGTTGAAA TCATTTCTAT CATGTTTGAG ATGAAAAACG 2040 AAGCGGACGG AACAGAGAAG AAGCACAAGA ATGCAGATTT TTACAAGGAA TTGGACAAGG 2100 ACCGTCGGGA GAAGAACTGT GAGTATGCCG TTTTGGTGAC CATGCTTGAG GCTGATAATG 2160 ACTACTTTAA CACAGGGATT GTTGACGTCA GTCACGAGTA TGAAAAAATG TATGTTGTTC 2220 GTCCTCAATT CTTTATCCAA TTGATTGGTC TCTTACGTAA TGCGGCGCTA AATTCCCTAA 2280 AATACAAGCA GGAGTTGGCC TTGGTTCGCG AGCAAAATAT TGACATTACG CATTTTGAGG 2340 AAGATTTGGA TGCCTTTAAG CTAGCTTTTG CTAAGAACTA TAATTCAGCT TCGACTAACT 2400 TTGGAAAAGC TATTGATGAA ATCGACAAGG CCATCAAACG CATGGAAGAG GTTAAGAAAT 2460 TCCTGACCAC ATCTGAAAAC CAACTCCGTT TAGCTAACAA CAAATTGGAA GATGTCTCTG 2520 TTAAAAAATT GACCCGGAAA AATCCAACAA TGAAAGCGAA GTTCGAAGCA CTGAAGGGGG 2580 AGTAGAAAGC AAAAATGAAC GGTATTATTA ACTTAAAAAA GGAAGCAGGA ATGACCTCGC 2640 ATGATGCGGT TTTTAAACTG CGTAAGATTT TGGGAACCAA GAAAATTGGT CATGGTGGAA 2700 CCTTGGATCC GGATGTGGTG GGTGTTTTGC CGATTGCGGT TGGCAAGGCG ACACGCATGG 2760 TCGAGTTTAT GCAGGACGAG GGTAAGATCT ATGAGGGGGA AATCACTCTG GGCTATTCCA 2820 CGAAGACTGA GGATGCTAGT GGGGAAGTGG TCGCAGAAAC CCCTGTTTTG TCTCTCTTGG 2880 ATGAAAAGCT TGTTGATGAA GCGATTGCTA GCTTGACTGG GCCTATTACT CAGATTCCCC 2940 CTATGTATTC GGCAGTTAAG GTTAATGGTC GCAAGCTCTA TGAGTATGCG CGTGCTGGTC 3000 AGGAAGTGGA GCGTCCAGAA CGTCAGGTGA CCATTTATCA ATTTGAGCGA ACAAGTCCGA 3060 TTTCTTATGA TGGCCAACTT GCCCGATTCA CTTTTCGTGT AAAATGCAGT AAAGGGACGT 3120 ACATCCGTAC TTTGTCAGTT GATTTGGGTG AAAAGCTTGG TTATGCGGCT CATATGTCCC 3180 ATTTGACTCG TACTAGTGCT GCTGGCTTAC AATTAGAAGA CGCTCTTGCC TTGGAGGAAA 3240 TTGCTGAAAA AGTAGAGGCT GGGCAATTAG ATTTTCTCCA TCCTTTAGAG ATTGGGACAG 3300 GTGACCTTGT CAAAGTTTTC CTAAGTCCAG AAGAGGCTAC AGAAGTTCGC TTTGGTCGTT 3360 TTATTGAGCT AGACCAAACG GACAAAGAAC TGGCTGCCTT TGAAGATGAT AAATTGTTAG 3420 CCATTCTAGA AAAACGGGGC AATCTCTATA AGCCAAGGAA GGTTTTTAGC TAGATCGTTT 3480 AGGAATAAAA ATCGGGTGAT AGATAACAAT TGCTTGATAA AACCCCATAC TAATAGTAGA 3540 ATGGTTTTGG GAATTATAAT ATTCCAATTG TTGCGAGTTG TAGGTACTCA AATAATCTAT 3600 ATAGAAATTT AGAGGTGTGA AATGAAGCAA TTTAAAATTC TTTCAGATAA ATATTTAGAG 3660 TCCATTACAG GTTCTGATGG GAACTTAGGC CCAGGATTTG GTGTGATAAT TCCATGATGC 3720 GAAATGAGTT TCGAGAAAGG GTGGAGCAAC TTCTTCAACA AAAAGAAATA AATGAAAATA 3780 GTGAGTTGAG TCACCTGTTT CGTCTTGCTA TACAAAATTT AGACAGAAAT GAAAAATACC 3840 AATCGGTCAT GGCCAATTTG AGTCAAGGGT TGTCACTTTA CCTCATGACG CATCATTACC 3900 AGGCACCTAA GTCTGTCATT GATTTTGGTT TATGGA 3936 (2) INFORMATION FOR SEQ ID NO : 203 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3230 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 203 : CATCCAGCAA CTGCTCCTCT GAGCGTTTCA AAATTGATGT AATTTTTCTA GTTTTTTCTA 60 ATAAATGTGC CATTTTTCAC CTCGAATTTA ATCGCTATCA TTATAACATA AAAACGTCTC 120 TTTTTCAATA ATTATCTGAA AATTCCTTAT TGACTTGCAT TGACTTACAA TTTAATTAAA 180 AACCAGAATA TTTTTAATTA AATTGTTCCT TTTCTATTGA CAAGTTGCCT ATTTTTGTGT 240 ATCATAATAT TATAAAAGAT AATATAATAA TTTTATTTGT CTTTTCACAT TCGGTCTCCT 300 TATATAAAAA AGCGATTCAT TTTGAACCGC TTTTTCTTAT TTATCGCCTT TGTTACGAAT 360 AACAAAGCCT GTTTGCTTTT CGCTTAAAGT ATTGCGTGGT TTTTTATTAT CCTTACGGTA 420 ACGTTTTTCC TTATCAAAAC GATCGTTGCC ACGACTTCCT TTTTTGAACT CATCACGGCG 480 ACCATTGCCA CGGCGATCAC GCTCTCGACG GTCGTCCCCA CGACGGCCTC CACGACCTCC 540 CTTAGCTTTA CCACCGAAAC CATTACCTGA TGGTTTAAAC GGTAGTGGtT TTTCACGTGC 600 AATCTCCACT TCTGGAAGGC TATCTGGGTC TTGGACTGTC AGACTCAAGA TATACATTGC 660 CAATTCTTCT GGAGTAAACT CAGCAGCCAA TTTGCGAGCA TCCTTACCAA ATTTCTCAAA 720 GTTGGCACGA ATGGTTTCAT CTGCAAAATC ACGTTCGATT TTCTTGAGAG CTACCTGTTT 780 TTTTGATTGG AAGGATTCTT CTACACTTGC AGGTTTGAGA CCTTTCATGC GTTTCTTAGT 840 CAAGTTTTCA ATGATTTGAA GGTAACCCAT TTCGTTTGGA GCAACAAAAG TAATAGATTG 900 ACCTGACTTA CCAGCACGAC CTGTACGACC GATACGGTGA ACATAACTCT CAGGATCTTG 960 TGGAATATCG TAGTTGTAGA CATGGGTCAC ACCTGAAATA TCCAAACCAC GCGCTGCAAC 1020 GTCTGTCGCA ACCAAAACAT CAAGATTGCC ATTTTTAAAG TCACGAAGGA CACGAAGACG 1080 TTTGTTTTGG TCTAGGTCGC CATGAATTCC TTCTGCACGG AAGCCACGAA TTTTCAAACC 1140 ACGAGTCAAT TCATCCACAC GGCGTTTGGT ACGACCAAAT ACAATAGCGA GTTCTGGTTG 1200 TGCCACATCC ATGAGACGAG TCATGGTGTC AAATTTTTCT TGTTCCTTAA CACGGATATA 1260 GTACTGGTCA ACCAATTCTG TTGTCAATTC CTTAGCCGCA ATCTTGACAT GTTCAGGGGC 1320 TTTCATAAAC TGAACACCGA TACGTTTGAT GGCATCTGGC ATAGTTGCTG AGAAAAGCAA 1380 AGTTTGACGG TTCTCAGGTA CACGGGAAAT AATGGCTTCG ATGTCTTCAA GGAAGCCCAT 1440 GTTAAGCATT TCATCCGCTT CGTCAAGGAT AAGGGTTTCA ATGTCTTGTA ATTTCAAGGC 1500 CTTGCGTTTA ATCAAGTCCA AGAGGCGACC TGGAGTTCCC ACCACAATAT GGGCACCAGA 1560 TTTAAGAGCC TTAATTTGTT TTTCAATGCT TGATCCGCCA TATACTGAAC GGACTTTGAC 1620 TCCCTTACTA CGACCAAAGC GGAAGAGTTC TTCTTGACTT TGGACAGCTA GTTCACGAGT 1680 TGGAGCGATG ACCAAGGCTT GGATAGTCGC TTCTTCTGTA CGGATTTTTT CAAGGGTAGG 1740 CAAGCCAAAG GCTGCAGTTT TTCCTGTACC AGTCTGAGCT TGACCGATAA CATCCTTGCC 1800 TTCAAGGGCC AAAGGAATAG TTTGTTCTTG GATAGGACTA GCTTCTACAA AACCAGCTTT 1860 TTCAATTTCT GCTAGCAAAT CAGCAGACAA GTTTAATTCA TTAAATTTCA CGTTATTCTT 1920 CTTTCTAAAG GTGGTGCGAA GCCACCCTAT AGGGCTTAGT TTATACTTTT CTTTTTATGA 1980 CGTATTTTCA TATAACTAGA TATAAAATCG TGTTGCTTCT TTTCCACAAA AGAAAAGTAC 2040 TGTTTTCTTT GCAACCTATC TAGTATAACA CAAGACCAGA GCAAAAGATA GCCCCATTTC 2100 TACAGAAAAT CATGTAAGCG CTTTTTGACT TTCTTTTTTG ATTGAACGAC CTAGATAATA 2160 AGACAAAGCC AAGGCGATAC TGTATAAAAT GAGAAAAACG AACAAGGTTT GTGTGTACGA 2220 ATGAGCCATT TTATAAGTCT CTGCTAATAA AATAGGTCCC GCTAAACCAG CCATTGCCCA 2280 AGCTGTTAAA ATATAACCAT GCAGAGCGGC CAATTCCTTG GTTCCAAAAA TATCACTGAG 2340 ATAAGCTGGA ATCAAAGAAA AACCAGCTCC ATAGCAAGTC ATCAAAATAG ACATAGCAAC 2400 TACAAATAAA ACGGAATCTG TAAAGAGCCA AAGTGAGAGA GAAAAGAAAA GATTGACAAG 2460 CAGTAATATA CTAAAGGTTA GAGGGCGACC GATATAGTCA GACAAACTCG CCCAGAGCAA 2520 GCGACCAAAT CCATTGAAAA TCCCCAAAAC ACCCACCATT ACTGCTGCAT GACTTGTAGA 2580 CAAGCCAGCC ATCTCCTGTG CCATTGGCGA TGCCGCTGAA ATTAAGCCTA AACCACAAGC 2640 TATGTTGATA AAGAAAATAA TCCAAAGCAT ATAAAACCGA TTGCTTTTTA GAGCCTGATT 2700 TGCAGCCATT CCTTGCGTCA AAGAGGCTGT TTTTTCTTTC CCTGAAGAAG ATAAAATTGC 2760 AAGCTCTTGC TCATTTGGAC GCTTAATGAA TTGTGAAGCT AGGAGCATGA TAATAAAGTA 2820 ACTTGCTCCT AAAATATAAA AAGTTTCTAC AAGCCCTACC CCTGCGATGA GGTGTTGCGC 2880 TATGGGACTA GTCAATAAAG AAGCAAAACC AAACCCCATA ATCGCTAAAC CTGTTGCGAG 2940 ACCACGTTTA TCAGGAAACC ATTTTATAAT CGTCGACACA GGGGTAATAT AGCCTGCTCC 3000 CAAACCAAGC CCACCTAAAA TGCCATAAGC GAGATACAAC AACCACAGCT CTGACGGTCT 3060 ATTGCAAATC CTGTTAAGAT ATTTCCACCT GCGTATAGAA AAGCAGATAG ACTTCCCATG 3120 ACTTTCGGAC CAAATTTTTC TACCAAACGC CCCATAAATG CAGCCGATAA GCCCAAACAA 3180 AAGATTGCTA GACTAAAGGC GAAGGCAACA GAAGCCTGAT CCCATCCCGT 3230 (2) INFORMATION FOR SEQ ID NO : 204 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5096 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 204 : CCTATGAAGA CTGTCCCAAC TGGGTGTCCT TCTAGGCTAT CTGGTCCTGC CACTCCAGTC 60 AAACTAATTC CAAAATCAGA CTGGGTCTTG CTTCGTGCCT GCTCAGCCAT CTTCTGAGCT 120 GTAAATTCAG ACACCACACC ATGTTCTTCC AAATTCTTGG CAGGAATATC CAACATCCTT 180 GATTTTTCCT CCAAGCTATA GGTCACAAAA CCACCCTTAA ATATACTTGA AACTCCAGAA 240 AAATTCGCCA CGGTAGCTTG GAAAAGACCT GCCGTCAAAC TCTCTGCAGC CGCGATGGTT 300 TTCCCTTGCC TTTTCAGTTC TTCTACCACA ATGCTGGCTA AACTAGTTTC TTCCCCATAA 360 CCATAGCAAA AGTCTCGTAA AGAAATTCCT TCGAAAGTCT GGCAGTCCAA GATTTGATTT 420 TCCAAGATAT CCAGCGCTTG ATTCGCCTCT TCTTGACTGC TAGCCTTTGT TGACAGACGT 480 AGAGTGACTT CTCCTGTCTT GGCATAAGGG GCCAAGGTAG GATCGATCTG ATTATCAATT 540 AAATCAGCCA AAATCGTAAC CAACTGGCTC TCGCCAATCC CAAAGAAACG AAGAACTCGG 600 GAATACAGCT TGCTCCCTGT CATCAACTTG GGTAGAAGTT GGTTTAAGAC CATGGGTTTC 660 AATTCACTTG GCGGACCTGG AAGGACGACA TAGGTCACTC CGTCTACTTC TAATTTTCCT 720 CCAACAGCCA GTCCTGTTTC GTTTGGCAGT GGAATCGCTC CTTCTACAAT TTGAGCTTGT 780 CTTTCGTTAT TCGGTGTTCG GGCATAGTCT GGTCGCAGGG TAAAAAAGAT ATCCAACTTC 840 TCCTGAGCCT GAGGATCAAA GACTAATGCT TTCCCTAAAA ATTTAGCTAG GGTTTGTTTG 900 GTTAGGTCGT CCTCAGTTGG CCCCAAACCG CCTGTCAAAA TCACCAGACT GCTACGTTGA 960 CTGGCAATCT CAAGCAAAGA CAAGAGACGA ACTTCATTGT CTCCTACAGC CGTCTGAAAA 1020 TATACATCTA CCCCAATCTC AGCTAGTTTT TCCGACAAAA ACTGGGCATT GGTGTTGACA 1080 ATCTGCCCTG TCAAAATCTC TGTTCCAACA GCAATGATTT CTGCTTTCAT GTTTCCTCCT 1140 ACCTATCTAT TCGTATTTTT TTGAAAAAAT CGCAGGAATT TTCCTACGAT TGATTTTTTT 1200 ATTTGTATCA AAAGTTAATT ATCTTCATCA CCAACAGGTG CTCTGCCAAA TAAATCTTCA 1260 AATAAAACCG CATTGGTTTC AAGCTGAGTA ACTTCTTCTT GTCCCAAAGA ACGTCGGAGT 1320 AGATTTTGCA TTTCCAACAT ATGTGCTCTC GAAACAATCT GGTAAGAAAC ACCTTGAAGT 1380 ATCTCTCCTT CACCCTGCAA CTGCTGAGTT TCAATGGTTT TAAATGAATC TTTATAGCCT 1440 AGCAAGTTAG GGATACTTTT TGCAGACAAA TCAATATTGG TCTGCATATT GTCACTCAAA 1500 GCTTTTAGAA TCTCTTGATA ATGACCAATG CTATTTAAAC TGAGAGCTTT TTCCATGACT 1560 TTTTGAATAA CTTCACGTTG ACGTTTTTGA CGACCATAAT CCCCCTCAGG ATCTTGGTAA 1620 CGCATTCGTG CATAGACTAG GGCTTCTTCT CCCCCAATAT GTTGCTCCCC AACACCGATA 1680 GAAATAGTAT TAAATTCTTC TTGGTCACTG ATAGAAATTG GGAAACCTAG GATATTATTG 1740 ACTGTAATAC CTCCTACTGC ATCCACTAGT TTTTGCAATC CTCTCATATT GACCATCACA 1800 TAGCGATCAA TATGGATATT CATCATTTTT TGAATGGTTT CTATAGCAAG CTCTGCTCCA 1860 CCATCTGCAT ATGCTGAGTT CAGTTTCGCT TCATGAGCCT GACCATTCCC TGATTCAATG 1920 CGCGTCAGAA TATCCCGCTC TAAACTCATC ATTGTTGTTT TTTTCGTTTT AGGATTCACT 1980 GTCATCAAGA TCATGCTATC ACTTCTACCG ACCCAAGTTT CAGTTCGTTC AACATTTCCG 2040 GTGTCCACTC CCATTAACAG AATGGTTAGA GGTTCAGTCG CTTCAATAAC CTTGGTTTCT 2100 TCACCGATTT TTTTATAGGT TTTAGCTAAG GTTTCTGTCC CTTGTTGATA AATAGTATAA 2160 GCAAAAACAC CTACTCCTAC TACAGTTACA GAAAGTAAAG CTAGCACCAT TCCAATAATT 2220 TTTTTAACCA TATTTCTACT AACCTATCAG TTTACCCATC AAGTAAACAT CGATAAATTT 2280 CCCTTCTTCT ATATATGCCC CACGCTCTTG GCTACCTTCA ATGACAAAGC CATGCTTTTG 2340 ATAAAGATGG ACTGCTGCTT GATTACGAGT TTGGACAGTC AGTTGGAGAC GACGCAGAAT 2400 GCCACTTGCT TGTGCCCACT CTATCGCTTC TTCTAGCAAC AAACTTCCCA AGCCATTATT 2460 CCAATATCTT TTTCCAATCA CAATGAAGAG ATCTCCAATA TGACGGACTC TCTTACGCTG 2520 ATCAGCTGTA ATATTTACAA TACCAGCAAT TTTGCCATTT AAGAATGCAA GTAAGGTTAT 2580 CTGATTGTCC GAACTAGCTT GCTTGTTGAG GAATATTTCC ATCTCCTCAC TAGTCAAGAG 2640 AATACCATCT CCGTCTAGGC TGGTAAAGTC TGTCTCCAAA CTCACACGAT TTAAAAAGGC 2700 CACTAATTCA GCTGCATCTT TGGGCTCTGC TTCCCTAATG AGCAATTCAT ACTCCATATT 2760 GAAGCTCCTC TAACAATTTC TCAGCACGCA AACCCTTTGC CTGAAAATTT AAACGGCGTC 2820 CATCTGCTTC TTTTAGAATT TCCAATTCTA AATAAGCATC TGGCAAGGCA TCTCCTAAGA 2880 GATTTCCCCA CTCAATAACA GTCACGCCGC CACCAAAGAT AAACTCATCC AAGTCGATAG 2940 AATCAGCATC TCCTTCAATA CGATAAACAT CTAGGTGATA AAGTGGAAGT CGACCTTCAT 3000 ACTCTCTCAC GATAGTATAG GTGGGACTTT TAATCATTTG AGAAATCTGT AATCCTTTTG 3060 CAAGTCCTTT AGTAAAGGTC GTTTTACCTG CACCCAGTTC TCCAGTTAAG ATTAAAACAT 3120 CATTCTTTGC TAATAGATGG CCCAAACGCT CCCCTAAGGC TTGCAACTCT TCTTCATTTT 3180 TTGTGTACAT ACTCTTATTA TACCAAAAAC TTTTCTTTTG TGTCTATTTT CCTACTAAAC 3240 TTATCATCAT AACATCCATA AAAAACAGGC TTTCTCTAAA AGAAAATGAG CGTAACAATG 3300 ACCAATACAA GATCTCGGAA AATATGACCA TAAAAGGAAA CTTCCTTCTT AACCGAATTT 3360 GGGACAAGAT AGGCTGCAAA AAACAAGCCC AGTCCAATAT AAATCAGAAG TGAGACAATG 3420 GTCATTGGAT TTCTTAAGAA AAGAAGTGTT GCTAAAATAG TCACCAACAC TGTCTTTTTT 3480 CTGTCCAGCA TAGCAAGAAA ATCGCGCACG TATTTTTTCA AGGGTAAAAA AATCAGCAAA 3540 TCTAGCCCAA ATAGGAAAAA GAAGGATGGC AATAAAAAGT CAACTAATTC TTGCTGCAGC 3600 GTATTTTTGA TGAACAAGTT ATCTGACAAA ACAAGAACAG CTCCTAACAA ATTAATTAAG 3660 AGTAACATAC TGTAAAAAAG CTTCACCGAC TTCTTACTGG CTAGGACACT ATGGACTTCT 3720 TGCTTACGGG TATAAAGATA ATTTACTCCA GCACAGATTC CTGAAACGAA AACCATGCTT 3780 CCGATGAAAA AAGCTGTACT TTGTTTAAAG GACAAGATGC ATTCCTTCCA TAGGAAACAG 3840 CTACTCAAAC TGATTTGAAT TAAAGCTAAC AAAAATAAGA TTCTCATTGA TTTCATCTTC 3900 TCTCTCCCTT CCTACCAATC ATTATACTAG GAGAAAAGAG AGAACTGTTT CTAATCTTCT 3960 CAAATGTCTC TTTAAGACGC TAAACAAACA CTAGAGACTA ATACTCAATG AAAATCAAAG 4020 ATCAAACTAG GTAGCTAGCC ACAGGTTGCT CAAAACAGTG TTTTGAGATT GCAGATAGAG 4080 CTGACGTGAT TTGAAGAGAT TTTCGAAGAA TATAAATTTG AAATCATGAA AATCCGTCAA 4140 ACGGGTGGTT GTTTTGTCTC GCACCTCACG GAGCGAGACG GACTCAGAGT CACATAATTA 4200 TAAGGCTGAT AGTATTAATC TAACTATCAG CtTmCAGGTT ATTTAACGTT TCAGAAAAAC 4260 TATAATGTCA AGATTAACTA AACAGTATCT AGTTCCTTCA AATAATTTTC TATCTTCATC 4320 AACATTAAAG GATTGTTATA AATCTTACAT AACTCTCTTG CTTCTATATA ATAATTTTTG 4380 ACTTGTTCTC TGTCTAGAAA TTTGGCTCCA GCATTTCCTA CAAGAATAAG TAGAGGAGCC 4440 AATTGGTAGC TTGTCTGTCT TTGTTTACAG AGTTCAATCG TTTCAAGAGC TTCTTGGATG 4500 GCTTCATTAT ATTTTTCCTT TGATACTAGG TAGTGAGCGT AGTTGTAACG AACTCTGATG 4560 TAGCCAAATA AAAACTCTTG ATGGTCCAAA TTTTTTGTCT GATACAACTC TATTAAATGA 4620 GAGTAGTTTG CCTCATATTC TTGTTCACGA CCCACTAAGG AATAGAAATT AGATAGAGTA 4680 TTCAACGCCT TTAAATAAAT CAGAGTATTT GAAGAGACTT TTAATAATAT ATTTTCCAAT 4740 GACGAAATTG CCTCACACTT ACTGTCATAT TGATAGAAGT CAATTATAGA TTTAATCCAT 4800 TCAAGGTAAG TTCGGTCTTC TAATGTTAGA AAAGTGCTTC GTTCTACTTC TATTTTATAA 4860 AGATATTCTA AATCGTCATA ATTTCTGTCA TCTAATAGGC GAGCAGATAG ATGTTTGAAA 4920 TTAGAGAGGT TAGACTTAAC TTCGATTTGT TCATTGAAAA AGTAATCCAA AGGGACTTCA 4980 AGTCGTTGAG AGAGTTTGAA TAACAAGTCT GCGGAGGGAA TAAAATGACC TCTTTCAATT 5040 TTACTAATCT GGCTTTGTTC ACAAATTCCT TCTGCAAGAG TTTGTTGGGA GAGTCT 5096 (2) INFORMATION FOR SEQ ID NO : 205 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2395 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 205 : ACAAGATAAA AATAAAGGAT TACAATGGGG AATATAAAGT AAACCGGTAA ACCTAAAAAG 60 AAAGGAGAAA AGATGAAAAT TGTACTTGTA GGGCATGGAC ATTTTGCTAC AGGGATTTAT 120 AGTTCTTTAC AATTGATTGC AGGTAATCAA GAAAATGTGG AGGCGATTGA CTTTGTGGAA 180 GGAATGTCAG CAGATGAACT CAAGCAAAAA ATCTTACTTG CAATTTCAAA TGAAGAAGAA 240 GTTTTAATCC TAAGTGATCT CTTGGGAGGA TCGCCATTCA AGGTTTCTTC TACCATAATG 300 GGAGAAAATC CAGCCAAGAC AATGAATGTT CTCTCGGGTT TGAACTTAGC CATGTTAATG 360 GAAGCAGTCT TTGCTAGAAT GGCTCATAGC TTTGATGAGG TTGTTAATAA ATCAGTAGTG 420 GCGGCCCAGG GCGGAGTCGT AAATGGTAAA GAATTGTTTT CAACGGATGC AGAGGAAGAG 480 GAAGAAGATT TCGAATCGGG TATTTAAAGG GTAAAAGAAT GATAAAAAAG GTTACGATTG 540 AAAAAATAAA ATCGCCTGAG CGCTTCTTAG AAGTACCACT TCTGACGAAA GAAGAAGTCG 600 GCCAGGCAAT CGATAAGGTT ATTCGGCAGT TAGAACTCAA CCTTGACTAT TTCAAGGAAG 660 ATTTCCCGAC GCCAGCTACC TTTGATAATG TCTATCCAAT CATGGATAAC ACGGAATGGA 720 CCAATGGTTT CTGGACAGGA GAACTGTGGT TGGCTTATGA ATACAGTCAA CAGGATGCAT 780 TTAAAAACAT CGCTCATAAA AATGTTCTTT CTTTCCTGGA TCGTGTCAAT AAGAGAGTAG 840 AATTGGATCA CCATGATCTC GGCTTCTTGT ACACACCGTC TTGTATGGCT GAATATAAGA 900 TAAATGGAGA TGGAGAGGCT AGAGAAGCAA CCTTGAAAGC TGCAGATAAG TTGATTGAAC 960 GCTATCAAGA AAAAGGTGGT TTTATTCAAG CTTGGGGAGA CTTGGGCAAG AAAGAGCATT 1020 ACCGTTTGAT TATCGACTGC TTGCTCAATA TCCAACTCTT ATTCTTTGCT TATCAAGAAA 1080 CAGGCGATCA AAAATACTAC GATATTGCAG AAAGCCATTT CTATGCTTCA GCTAATAATG 1140 TAATCCGTGA TGACGCTTCG TCCTTCCACA CCTTCTATTT TGATCCTGAG ACAGGTCAAC 1200 CCTTTAAAGG TGTAACGAGA CAAGGGTATA GTGATGATTC ATGCTGGGCA CGTGGTCAAT 1260 cATGGGGAGT CTATGGTATT CCTTTGACTT ATCGTCACTT AAAAGACGAG tCCTGCTTTG 1320 ACTTGTTTAA GGGTGTGACC AATTATTTCT TGAATCGTCT GCCAAAAGAT CATGTGTCCT 1380 ATTGGGATTT GATTTTTAAT GATGGTAGTG ATCAATCACG AGATTCTTCA GCAACAGCTA 1440 TCGCCGTCTG TGGGATTCAT GAAATGCTAA AACATCTCCC AGAGGTGGAT GCTGACAAAG 1500 ATATTTATAA ACATGCTATG CATGCCATGC TTCGTTCCTT GATCGAACAT TATGCAAATG 1560 ATCAATTTAC CCCTGGTGGG ACAAGTCTCC TCCACGGTGT GTACTCATGG CATTCAGGTA 1620 AAGGAGTGGA TGAAGGCAAT ATCTGGGGTG ACTACTATTA CCTAGAAGCC CTTATCCGTT 1680 TCTACAAAGA CTGGAACCTA TATTGGTAGG AGGAGAAATA TGACAATGCC AAATATTATT 1740 ATGACCCGTA TCGATGAACG GTTGATTCAT GGACAAGGAC AACTTTGGGT AAAATACCTA 1800 GGTTGTAATA CGGTCATTGT TGCCAATGAC GAAGTAAGCA CGGACAAGAT GCAACAAACT 1860 CTGATGAAAA CAGTTGTGCC AGACTCAGTT GCCATGCGTT TCTTCCCTTT GCAAAAGGTG 1920 ATTGATATCA TTCACAAGGC TAATCCTGCT CAAACGATCT TTATCGTTGT AAAGGATGTG 1980 AAGGACGCTT TAACCTTGGT AGAAGGTGGT GTCACTATCA AAGAAATCAA TATTGGGAAC 2040 ATTCACAATG CCCCTGGTAA AGAGCAAGTG ACACGCTCCA TCTTCCTGGG TGAAGAGGAC 2100 AAGGCGGCCC TCAAGGAATT GAGCCAAACT CATCAAGTAA CATTTAATAC GAAAACAACT 2160 CCAACAGGAA ATGATGGAGC TGTTCAAGTC AACATTATGG ACTATATTTA ACAGAGGAGA 2220 TCGTTATGTC GATTAATGTA TTTCAAGCGA TTTTAATTGG ATTATGGACA GCTTTCTGTT 2280 TTAGTGGAAT GCTGTTAGGA ATTTACACCA ATAGATGTAT TGTTCTGTCA TTTGGTGTCG 2340 GAATTATTCT AGGTGATCTG TCATGCTCTT GCAATGGGAG CCAATGGTGA ATTGG 2395 (2) INFORMATION FOR SEQ ID NO : 206 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3342 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 206 : CCTTCTTTAG AGGTTAATTT TGCAAAATCG TCGATTGTTA TATAAGGATT ATTATAGAGA 60 CTGTTCGCAA AGAATCTCTG ATATGTTTTT GAATCTTTTG AATACAAAAC TATCTCTCTA 120 ATAGCATTGC CATCTGTTCC ATCAATTGGT AAACATACCG TAACTAGAAA AAGAATTATA 180 TTCAAAATAA AAAATTCTGA TGCGTACGGC ACAAATCCCA AAAGTGCTAA TATTGCGACA 240 ATTAGGTTAG CTCCACCTCC CCCAAAGAAG TAGAACACCA AATTCCTATC ACTATTTTTT 300 TCATTAGTAA TGTTTCTATT ACTCATTTGA CAATAACCGA ATGCTAATAA CACTGGAAAT 360 TTGAAATATA TTTTTTTTCT GAAATAGAAG AAAAAGGGAG TAGCAAGCAT CTCTAGTTTA 420 TAAGATAAAC ATCTTCCCAC TAAAAAATGA CCTAGTTCAT GTAATGTAAT TGATATTAAC 480 GAAATTAAAA TCAATCGAAA ATAATAGATT AATGAATCAT TTGGAAAAAT TATCAATAAT 540 AGGAACAATA ACGGAATCAA ACATAAATAT ATGACAGAGT TATTTAATAT TTTCAACATA 600 ATACCATTCC TCTAAACTAT TAGCTTCAAA AAGGCGTTTT TTCTCCCAAT ACATCTTCTC 660 AAAATGTTCG GAATCATAAT TTTCTAAAAT TAATTTTAtG TCTGGTAAGC TCTTTCTTGA 720 TAATCCGTTG TTTTGTACTT AATTTTCCCT TCAAGTACAT CTTCAATTTT ATAAGTTGCC 780 TCCATCAACT GAGCCTCTGC AATATCTTTG AGTGAATTGG TAATTGAAAC TTGGTGTAAT 840 ATCTGTCCts CCATATATGA AAATATATCT CTAAGATATT CTGACACATT ATCAGAGCCG 900 TTACTCTCAG CAACATCTAA TGTTACAACA AACTTTCCAG CTAATCGAAA AAGATGGCTC 960 CACCCCCCAA TCCTTTCAAT AAAGTTTTTT GTGTCCACAG ATACGTTTTG TAAATATACA 1020 GGAGAAGAGA TAATTATAAT ATCAGACTCT AATAACTCTT TTTTTATAAC ACCTCCATCA 1080 TCAGCATTAC TTTGCCTATC AATTCCTTTC TTAAACAACT CTTCTGAATC AGAATTAGAT 1140 ATTTCTAGCT CTGAATTGAA AGGTGTCCTG AAAGATATAT CAACATTATT TCTACTAGAA 1200 ATGATACTTG AAAGTCTCTT AGTATACTCT AAAGTCTTAG AGTTATGATT TCGCACTCCT 1260 GCATATATAA ATATTTTATT CATTTTAATT CATCCTCTCA ATTTGAATTT AGTAGATTTT 1320 TCAAGATAGT ATGGTACAAA AACAGACTTT TGTTGACTCA CATTATTACA TATGTTTTGT 1380 ATTAAACCAA AATCAATACT ATTTTTGGAG TAATTTTGAT TTTAGTTTAA AATCATTTCT 1440 ATAACAGTAG CATATACCTC AAGCCGTTTA GCAATTAGAA TAGAACTTTT CTTTATTATA 1500 TTATTATCTC AACGAAAAGC TACACTATTA AAAATATTTT ATAGAATTAC ATATTAAACT 1560 AGTCAATCTT GGTATTTTTA TATTGCTTAA TGAGTGGACA CCTCTATTTT AGAAACAAAA 1620 CTATAAATTA AGCTAGATTT CAAGTAATGA GGGGATAACT ATCTTTTTGT CATTCTGATT 1680 CAGTGCGATA TACCTTAAAA AAGTATAAGC AATACCAGTC ACACCTGTAT ACAAAGAAAA 1740 ATCTGGGAAA TTGCTTGTTT GGACGATACG ATACTCTCCT TCTTTTGATT TATTCATTAC 1800 AACACTACAC AATAAAGACT CCAATTCCAT ACTAGTATCC ATTTCTTTCA TGTAGTCGAT 1860 GTAAAAATTT ATTATGGCCA TACTTCCATG GCAAAATGTA TCATTATCTA AACTAGCTAC 1920 AATTCCCTCT GGAACACTTT GGGGATGATT AACTAATGTC CCAAATTCTC CACTACACCA 1980 CTTCAAAGAA TGAATTTTGA TTTTCTCCCT AGGAACTAGT TGTAAAATTA ATTCTTTATA 2040 TTTTTTAAGT CTTGTCACTT TATAAATATT TTTTAATGTA AAAATTACAC CTGATAGTCC 2100 ATGGCCAAAA CTATATCCAA AATTACTATT ATCTCTCTCG CTTACATCAT TATATAGCGT 2160 ATCACCTAAA CTTAATACTA GCCTTAGAAC ACGTTCCTTC TCTATTCCTC TCCTATAATA 2220 TCTTACCAGT GTATTAATTA AAGGTAGAAG ACCATTAATA TAGTCAGACT TGTTTGAAAC 2280 ACTTGCAAAA TCAGTCTTTT CAAGCTCAGT TAAAACACTC TTTATATAAT TTAAGCATGC 2340 GAGAGTATTT GTATCGTAAT CCTCTATAAT GGATAGAACA ATGAAATATC CTATATCCCC 2400 AGTTAAACCA AATGTGGTCT TAGATAAAGA AACAGATGGC GGAATTGCAG ATAACATTTT 2460 ATTGTACAGT TGAGTATATG ATGATTTATC TTTCAATAAT TTTACATAGT ACATAAACAG 2520 TAATATTCCA GCTCTACCCC TATACATATC ATTmCCCGTT TGTTCAAGAC ACCATTTAGA 2580 ACCTTTAAAA TTAACAGGTA TACTCCAAAT TGGATATTCG TCATAAATAT TATTAATAAC 2640 CAAAGAGTCT GCAATATTTT CTACTTCATT ATGCAGAATA GTAACTAAAC TTTCATTTGG 2700 GAGTTTTTTT CTATTAGATA AGTTTAATTT ATATCCTTTT TTTCGCTGAT CAAAGCTTGG 2760 AAAATAAATT TCAATGATAT CAAGTTGCTT TTCTAAATTT TCCAAATTAT TATTAGGTAA 2820 ATATTTCATA AAATAGTCAT ATCCAGAAAA TTGATGTAGG GAAATAAAAT GATTTCCAAA 2880 ATCATCGTAG ATTTCATTGA TATTTGTATC TGTATAAAAA ATCGGAATAT CTAATAACCT 2940 CATTTGTTCA CATTCGCTTG CTACAATACC TTGATTAGAA AACTTATTGC TCCAGAGATT 3000 TTCCAATGCT TTTTCTCTAT CTAACATTTC TTCATAAAAA TCAGGATGAT ATAAAAAAGA 3060 TAGTACTGAA GCATAGCTAT TTGTGTCTCT AAAAAGTACC CTTGTCTTTA AACCATACAA 3120 GTTTGCTTTT AATAGCATTT TAAATTCTTC TGTTTTATTT AACTCTTCAA ATATCAGATA 3180 AAAATCCCTA AAACCTTTTT TGAAATCTTT TATATACTTA TCAAATTCTA TATCACCATC 3240 CCGAACAGGC AGGTTTTTCC CACCTTCAAA ATCAATTTTC CCAATATCAA ACTTTACCTT 3300 ATCAGTATTT AAATTAATTA AAACTTGACC AGGGATCCTC TA 3342 (2) INFORMATION FOR SEQ ID NO : 207 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3454 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 207 : GAGAAAAGAA TGTTAAAGAA AAATGATATT GTAGAAGTTG AAATTGTTGA TTTGACCCAT 60 GAAGGGGCAG GAGTTGCCAA GGTAGATGGT TTGGTCTTTT TTGTAGAGAA TGCTTTACCG 120 AGTGAAAAAA TTCTCATGCG TGTCCTCAAG GTCAATAAAA AGATTGGCTT TGGAAAAGTT 180 GAAAAATACC TTGTCCAGTC ACCACACCGT AATCAAGATC TAGATTTGGC TTACCTGCGT 240 TCAGGAATCG CGGATTTAGG ACACCTTTCT TATCCAGAAC AGCTCAAGTT TAAAACCAAG 300 CAAGTCAAGG ACAGTCTCTA CAAGATTGCT GGAATTGCAG ATGTAGAAGT TGCTGAAACG 360 CTTGGTATGG AACATCCAGT CAAGTATCGC AATAAGGCGC AGGTGCCCGT TCGTCGAGTG 420 AATGGTGTCT TGGAAACAGG ATTTTTCCGT AAGAATTCGC ATAACCTCAT GCCCCTTGAA 480 GATTTCTTTA TCCAGGATCC TGTCATTGAC CAAGTCGTAG TAGCTCTTCG AGACCTGCTC 540 CGTCGTTTTG ATTTAAAACC TTATGACGAA AAGGAACAGT CTGGATTGAT TCGGAATCTT 600 GTGGTGCGTC GTGGTCACTA TTCAGGACAA ATCATGGTCG TTTTGGTGAC AACTCGTCCA 660 AAAGTTTTTC GTGTTGACCA ATTGATTGAA CAAGTTATCA AGCAGTTCCC AGAGATTGTG 720 TCTGTCATGC AAAATATCAA CGACCAGAAT ACCAATGCGA TTTTTGGTAA GGAGTGGCGC 780 ACTCTTTATG GTCAAGACTA TATTACGGAC CAGATGTTGG GAAATGACTT CCAAATCGCT 840 GGCCCAGCCT TTTACCAAGT CAATACTGAA ATGGCGGAGA AACTCTATCA AACAGCCATT 900 GACTTTGCAG AGTTAAAAAA AGATGATGTG ATTATTGATG CCTATTCTGG TATTGGAACC 960 ATTGGTTTAT CAGTCGCCAA GCATGTCAAA GAAGTCTACG GTGTTGAACT GATTCCAGAA 1020 GCAGTAGAGA ATAGCCAGAA GAATGCTTCT TTGAACAAGA TTACTAATGC CCACTATGTC 1080 TGTGACACGG CTGAAAATGC CATGAAGAAA TGGCTCAAGG AAGGTATTCA ACCAACCGTT 1140 ATCTTGGTTG ATCCTCCACG CAAGGGCTTG ACAGAAAGCT TTATCAAAGC AAGCGCCCAA 1200 ACAGGAGCCG ATCGCATCGC CTATATCTCC TGCAATGTCG CAACCATGGC GCGTGATATT 1260 AAACTATACC AAGAGTTGGG ATATGAATTG AAGAAAGTCC AGCCGGTGGA TCTATTTCCT 1320 CAAACGCATC ACGTCGAGAC GGTAGCACTT TTGTCCAAAC TCGATGTCGA TAAGCACATA 1380 AGTGTTGAAA TTGAGCTGGA TGAGATGGAT TTGACAAGTG CGGAGAGCAA AGCAACATAT 1440 GCTCAAATCA AAGAATATGT TTGGAATAAA TTTGAATTAA AAGTTTCGAC ATTATATATT 1500 GCACAGATAA AAAAGAAATG TGGAATAGAA TTACGAGAAC ATTACAACAA GTCTAAAAAG 1560 GATAAACAAA TTATTCCACA GTGTACACCT GAAAAAGAAG AAGCCATCAT GGATGCTTTG 1620 AGACACTTCA AAATGATTTA ATAGAAAAGA ATGACAGTAT ATGACTTTCT GCATTTATTA 1680 CATTCCTACT TGGTATAGGA ACAGCTATTA TTCCTTTCTT GCAAGGTATC AATTAGAAAA 1740 TAGGCTCAAT ATAAAGATTG ATAGGATCAT TTTTATATTT AAAGGAGCGT TGAAATGATT 1800 GATAAAGGCA ACAAAAAATT TTAGGATAAA TTTGCTAAGT TGTATGCCTC TTTTATGAAA 1860 AAAGATAAAG AGGTTTATGA TAAAGTTTGT GAATATCTTA GTCCTCATTT GAATAAAGAT 1920 ATGGAGGTGC TTGAACTTGC TTGTTGGTTT CGTGTCATAA CAGTTATAGA GGCAAATAGT 1980 TATGTAAATA TAAGGAGTTC AAGACTTCTA CCAAAGTTTA AAACTCAAAA AATAAATAGT 2040 TGGTGTGCTG CTTACAATAT CCATTTTAAT AATGGATATT GTAAGCAGCA CCCCcAtGAA 2100 TTTAAAGATT CTTTAAAGAG TCTTATTTTG TGATGAAAAT TTAATATGTA AATCTCAGAC 2160 GATAGAAATT AAAAACTCTA TCGTCTTTTT TATACTCAAA ATTAGGAGGT AAAAATGGTA 2220 AGGATAAGAG GTCCCACTTA AAACAATTTA TGGCAAAATA AGGACGGAAT AACACAACAA 2280 ATTCTCTAAA ACAAATCACT AAATCAATGT AAGATTGAAT GAAATCAATA TTTATGCTAT 2340 AATTAAATAA ATTTAATGAA GAAAAAAAGA GGGATATTAT GGCACTTAAC TATAAACCAT 2400 TATGGATACA GTTAGCAAAA AAAGGACTAA AGAAAACAGA TGTAATAGCT ATGGCAGGAC 2460 TTACAACAAA TGTTATGGCA CAAATGGGAA AGGATAAACC AATTACATTT AAGAATTTAG 2520 AAAGAATATG TAAGGCTTTA TCTTGCACTC CTAATGATAT TATTAGTTTT GAAGATAATT 2580 TTAGTGACGA GGAATAGAAA ATGACTTTAA GGACAGAAGA TCAAGTTAGG GATTATGCAA 2640 GAGAAGTATA GGCTTTAATG AAGTTGAAGA AAACATCAAT CAAGGTACTG GTCAAATAAC 2700 TACTTTTAAT CAATTAGGCT TCAAGGGATA TTCAAATAAG CCAGATGGTT GGTATTTACC 2760 TAAAAATATG AATGATGTAG CAATAATCCT TGAAACAAAA TCAGAAGAAA GAGATATTAG 2820 CAAACAAATT TTTATTGATG AGTTAATGAA AAATATAGAC ATAATTTAAC TAAAAATAAA 2880 AACTAGATCC TTTTTTGAAA AAATTATATT ATTAAATTTG TAACTGTATC TATTGACAAT 2940 GATAATTATT ATCGATACAA TAGACTTGAA ATATGTTTAA GGAGTTTTTA TGAAAaCAAA 3000 TTTTTTCTAA TmGCTATTTT AGCTATGTGT ATAGTTTTTA GCGCTTGTTC TTCTAATTCT 3060 GTTAAAAATG AAGAAAATAC TTCTAAAGAG CATGCGCCTG ATAAAATAGT TTTAGATCAT 3120 GCTTTCGGTC AAACTATATT AGATAAAAAA CCTGAAAGAG TTGCAACTAT TGCTTGGGGA 3180 AATCATGATG TAGCATTAGC TTTAGGAATA GTTCCTGTTG GATTTTCAAA AGCAAATTAC 3240 GGTGTAAGTG CTGATAAAGG AGTTTTACCA TGGACAGAAG AAAAAATCAA AGAACTAAAT 3300 GGTAAAGCTA ACCTATTTGA CGATTTGGAT GGACTTAACT TTGAAGCAAT ATCAAATTCT 3360 AAACCAGATG TTATCTTAGC AGGTTATTCT GGTATAACTA AAGAAGATTA TGACACTCTA 3420 TCAAAAATTG CTCCTGTAGC AGCATACAAA TCTG 3454 (2) INFORMATION FOR SEQ ID NO : 208 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3752 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 208 : CGGGAGTATA CTTAATATAA TTATAGTCTA AAAATGACTA TCAGAAAAGA GGTAAATTTA 60 GATGAATAAG AAAAAAATGA TTTTAACAAG TCTAGCCAGC GTCGCTATCT TAGGGGCTGG 120 TTTTGTTACG TCTCAGCCTA CTTTTGTAAG AGCAGAAGAA TCTCCACAAG TTGTCGAAAA 180 ATCTTCATTA GAGAAGAAAT ATGAGGAAGC AAAAGCAAAA GCTGATACTG CCAAGAAAGA 240 TTACGAAACG GCTAAAAAGA AAGCAGAAGA CGCTCAGAAA AAGTATGAAG ATGATCAGAA 300 GAGAACTGAG GAGAAAGCTC GAAAAGAAGC AGAAGCATCT CAAAAATTGA ATGATGTGGC 360 GCTTGTTGTT CAAAATGCAT ATAAAGAGTA CCGAGAAGTT CAAAATCAAC GTAGTAAATA 420 TAAATCTGAC GCTGAATATC AGAAAAAATT AACAGAGGTC GACTCTAAAA TAGAGAAGGC 480 TAGGAAAGAG CAACAGGACT TGCAAAATAA ATTTAATGAA GTAAGAGCAG TTGTAGTTCC 540 TGAACCAAAT GCGTTGGCTG AGACTAAGAA AAAAGCAGAA GAAGCTAAAG CAGAAGAAAA 600 AGTAGCTAAG AGAAAATATG ATTATGCAAC TCTAAAGGTA GCACTAGCGA AGAAAGAAGT 660 AGAGGCTAAG GAACTTGAAA TTGAAAAACT TCAATATGAA ATTTCTACTT TGGAACAAGA 720 AGTTGCTACT GCTCAACATC AAGTAGATAA TTTGAAAAAA CTTCTTGCTG GTGCGGATCC 780 TGATGATGGC ACAGAAGTTA TAGAAGCTAA ATTAAAAAAA GGAGAAGCTG AGCTAAACGC 840 TAAACAAGCT GAGTTAGCAA AAAAACAAAC AGAACTTGAA AAACTTCTTG ACAGCCTTGA 900 TCCTGAAGGT AAGACTCAGG ATGAATTAGA TAAAGAAGCA GAAGAAGCTG AGTTGGATAA 960 AAAAGCTGAT GAACTTCAAA ATAAAGTTGC TGATTTAGAA AAAGAAATTA GTAACCTTGA 1020 AATATTACTT GGAGGGGCTG ATCCTGAAGA TGATACTGCT GCTCTTCAAA ATAAATTAGC 1080 TGCTAAAAAA GCTGAGTTAG CAAAAAAACA AACAGAACTT GAAAAACTTC TTGACAGCCT 1140 TGATCCTGAA GGTAAGACTC AGGATGAATT AGATAAAGAA GCAGAAGAAG CTGAGTTGGA 1200 TAAAAAAGCT GATGAACTTC AAAATAAAGT TGCTGATTTA GAAAAAGAAA TTAGTAACCT 1260 TGAAATATTA CTTGGAGGGG CTGATTCTGA AGATGATACT GCTGCTCTTC AAAATAAATT 1320 AGCTACTAAA AAAGCTGAAT TGGAAAAAAC TCAAAAAGAA TTAGATGCAG CTCTTAATGA 1380 GTTAGGCCCT GATGGAGATG AAGAAGAAAC TCCAGCGCCG GCTCCTCAAC CAGAGCAACC 1440 AGCTCCTGCA CCAAAACCAG AGCAACCAGC TCCAGCTCCA AAACCAGAGC AACCAGCTCC 1500 TGCACCAAAA CCAGAGCAAC CAGCTCCAGC TCCAAAACCA GAGCAACCAG CTCCAGCTCC 1560 AAAACCAGAG CAACCAGCTA AGCCGGAGAA ACCAGCTGAA GAGCCTACTC AACCAGAAAA 1620 ACCAGCCACT CCAAAAACAG GCTGGAAACA AGAAAACGGT ATGTGGTATT TCTACAATAC 1680 TGATGGTTCA ATGGCAATAG GTTGGCTCCA AAACAACGGT TCATGGTACT ACCTAAACGC 1740 TAACGGCGCT ATGGCAACAG GTTGGGTGAA AGATGGAGAT ACCTGGTACT ATCTTGAAGC 1800 ATCAGGTGCT ATGAAAGCAA GCCAATGGTT CAAAGTATCA GATAAATGGT ACTATGTCAA 1860 CAGCAATGGC GCTATGGCGA CAGGCTGGCT CCAATACAAT GGCTCATGGT ACTACCTCAA 1920 CGCTAATGGT GATATGGCGA CAGGATGGCT CCAATACAAC GGTTCATGGT ATTACCTCAA 1980 CGCTAATGGT GATATGGCGA CAGGATGGGC TAAAGTCAAC GGTTCATGGT ACTACCTAAA 2040 CGCTAACGGT GCTATGGCTA CAGGTTGGGC TAAAGTCAAC GGTTCATGGT ACTACCTAAA 2100 CGCTAACGGT TCAATGGCAA CAGGTTGGGT GAAAGATGGA GATACCTGGT ACTATCTTGA 2160 AGCATCAGGT GCTATGAAAG CAAGCCAATG GTTCAAAGTA TCAGATAAAT GGTACTATGT 2220 CAATGGCTTA GGTGCCCTTG CAGTCAACAC AACTGTAGAT GGCTATAAAG TCAATGCCAA 2280 TGGTGAATGG GTTTAAGCCG ATTAAATTAA ATCATGTTAA GAACATTTGA CATTTTAATT 2340 TTGAAACAAA GATAAGGTTC GATTGAATAG ATTTATGTTC GTATTCTTTA GGTACCTATC 2400 TTATGATTTC AGGAAATGTC ATTAAAAAAA CGACTCATTT TCTCTAACCT GAAAAATAGA 2460 TTAGAGAAAA TGGGTTGTTT TATCTATTAT AGTTATTTGA ATGAAGmTAA GAAGAAGGTA 2520 TACTCACATC ATTCACATAA TCTGTATATT GACTATAAGT TTTAAAAAAC AATTTTTAAG 2580 CTCTTCCTTG TCTTCTCTAA CCAAGCGTGT TATAATGAAT ACTGCTCAAG CGACCTTCAA 2640 TCGTGAAGCA CACACGACCT TCAATCGTGA ATAAACGAAT AGATGGGAGA CTTACCATGA 2700 GTGATAACTC TAAAACACGT GTTGTCGTGG GGATGAGTGG TGGTGTTGAT TCGTCGGTGA 2760 CGGCTCTTTT GCTCAAGGAG CAGGGCTACG ATGTGATCGG TATCTTCATG AAGAACTGGG 2820 ATGACACAGA TGAAAACGGC GTCTGTACGG CGACCGAAGA TTACAAGGAT GTGGTTGCGG 2880 TGGCAGACCA GATTGGCATT CCCTACTACT CTGTCAATTT TGAAAAAGAG TACTGGGACC 2940 GCGTTTTTGA GTATTTCCTA GCGGAATACC GTGCAGGGCG CACGCCAAAT CCGGACGTTA 3000 TGTGCAACAA GGAAATCAAG TTCAAGGCCT TTTTGGACTA TGCCATAACC TTGGGGGCAG 3060 ACTATGTAGC GACTGGGCAT TATGCTCGAG TGGCGCGTGA TGAGGATGGT ACCGTTCACA 3120 TGCTTCGTGG CGTGGACAAT GGCAAGGATC AGACCTATTT CCTCAGCCAA CTTTCGCAAG 3180 AACAACTTCA AAAAACCATG TTCCCACTAG GACATTTGGA AAAGCCTGAA GTACGCAGAC 3240 TAGCAGAAGA AGCAGGCCTT TCGACTGCTA AGAAGAAAGA CTCGACAGGG ATTTGCTTTA 3300 TCGGAGAAAA GAACTTTAAA AACTTTCTCA GCAACTACCT GCCAGCTCAG CCTGGTCGCA 3360 TGATGACTGT GGATGGTCGC GATATGGGCG AGCATGCAGG TCTTATGTAC TATACAATCG 3420 GTCAGCGTGG CGGACTCGGT ATCGGTGGGC AACACGGCGG TGACAATGCC CCTTGGTTCG 3480 TTGTCGGAAA AGATCTAAGC AAGAATATTC TCTATGTAGG ACAAGGATTC TACCATGATT 3540 CGCTCATGTC AACTAGCCTA GAAGCCAGTC AAGTCCACTT TACTCGTGAA ATGCCAGAAG 3600 AGTTTACGCT AGAATGTACG GCTAAATTCC GTTACCGTCA GCCTGACTCT AAGGTGACCG 3660 TTCATGTCAA AGGAGAAAAG ACAGAGGTCA TCTTTGCGGA ACCACAACGC GCGATTACAC 3720 CAGGACAGGC AGTTGTCTTT TACGATGGCG GG 3752 (2) INFORMATION FOR SEQ ID NO : 209 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3580 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 209 : TATTTATATT TTTTTATCTC TGGCATACTT TGATACCTTT TTAGACTTAA AGTCTTTAAT 60 AGTGCCTTTC CACCTCTTTT TATCTATAAA GATTCTCCTA CATCATAATT CATTTTTTTA 120 TTTAAACCTT TCTGTCTTAG TTTGTCTTTA TCTTCTTCAT ACCATTTTAA GATTGTCACA 180 TAGTGGTTTT GATAGGTCTT ACCACTGCTT TCCATGTATC TGGATAGTTT ATTTATCATT 240 ATATCTGTGT GTGAGTTTAA TTTTTCTTTT AGATTTTTAT ATTCTTCTTT GCTTAACCTT 300 ACATTTTTGA ATTCTCCATA AAAAATGGGG GTGGACTTTT TATCTATCTC TCCCTCTCTC 360 TCTTTATCTA TCTCTATATC TTTCCATGTA ATTCCAATCT GGAGTACCTC TACTGTCTAT 420 CGGTAATTTA ATTTTGATAT CTGGCAATAC TGTGCTAGAT ATTTGATCTT TATATTCAGT 480 ATTTTTTAAA GCTTGCCTAA TAATTGAAGT TAAATAGAAT GCTACTTCTT TATTCAATTC 540 TTTATTTTTT AATTTTAAAC AATGAATTTT CATATCTAGG CTTGCTTTAT ATTTATGATA 600 AAAGACTGCT CCTAAAAATG AAACAGATAT AAAATTTTCA AAAACTCTAT AATTTTTATC 660 ATCTATATCT TCGTAGTAAC CTAAGATACC ATTGTCAATA TTTGTAGCAC TAATTCTAGG 720 AGTTTTTCCA TCGAGTAAAT ATCTTTTTGG AATAGATGAG CCTGTTGGTA CTTAACTCGA 780 TTTCCCCTTT TTTTCGGTAA TAAATATTTC TTTTTATTTT GTTGTCTGAT ATTTTTCCTA 840 CCTGTCCTTT GTAGGATGAG TATTTTCTAG ATTTTCyTGA ATAACTTTTT ACTTGAAGTT 900 TTAGCTTTTG AACTAGTCGT TGTACTTTCT TTTTGTTTAT TATCAGTCCT GATCTTTTTA 960 ATATTGCTGT TATTCTCTAT ATCCTATTTT TCATTCATGA TATTCTTTTA CTAATTTTAT 1020 CTTAAATTCT GTGCTGTATT TGCCATTAAA AAACTGACCT CCTTTAGTTA GTTTTTTGGC 1080 CTAACTTTTG AGGGTCAGTT CAAAATTTGC GACTTTTAAA TGAATTCCAA TATTCAATTA 1140 TTAAGAGTTA ACATGGTGCT TGCCAATAGG AATCATTAGA GGCGAATTGG AAATAGGGTC 1200 ACGTATAATT TTTGCTTCAA GATTAAAGAT ATCTTTAACT AGTTTATCAT TTAGTATATC 1260 TTCAGGCTTT CCCTCTGCAA CAAGTTTACC TTCTTTAATT GCAAATAGGT AATCAGCGTA 1320 TCTTGCTGTT AGATTTATAT CGTGCAAAAT CATGCAAATG GTTGTCTTAT ATTTTTGGTT 1380 TAGATCAGTC AAGAGGTCTA ATAGTTCTAT TTGATATGAG ATATCCAAGT AAGTAGTTGG 1440 CTCATCTAAA AGTAGGATAC TTGTATCTTG GGCTAGGGCT AGAGCTATCC ATACTCTTTG 1500 CCTTTGACCC CCAGAAAGTT CTTCAACTAG GTTATTTGCT AGATCTTCAA CATTGGCCTT 1560 AACCATTGAT CTGTTTATTA TTTCAAGGTC ATCTTTTCCA AGACTCTTAA AAGGCTTTCT 1620 GTAGGGGAAA CGACCACGGC TTACAAGATC AGCTACTGTT ATTGATTCAG GGATTATTGG 1680 AGATTGAGGT AATATAGCTA TGTGTTTTGC TAAATCTTTT TCTTTATAAG AATTAATTGA 1740 TTTATTATCA AGCAATACTT CTCCCTCTAA TGGCTTTATA AGTCGAGACA AGGTTTTAAT 1800 GAGTGTTGAT TTCCCACAAC CATTTGACCC AATAATAACT GATATTTTTT CTTCAGGTAT 1860 TTTTATATTT ATATTTTCCA AGATTATTTT TTCATCATAA CCGCAGGTAA GATTATTTGA 1920 CCACAGACCT TTCATTATAT ATTCCTCCTG TTCATTTTTA TTAGTAAGTA TATTAAGTAT 1980 GGTGAACCTA ACAAGCCAGT TACAACACCT ACTGGATATC TAGCTGGTAA AATATTTTGA 2040 GAGAATATGT CTGATAACAA AACTAGTAAA ATTCCAACCA ATCCAGCTAA TATTGGGCTT 2100 CTTTTCTTGC CAATATTTAA GGCTATGGGA CCAGCTAAAA AAGATATACA AGCTATTGGT 2160 CCTGTAATTG AAGTAGAAAA AGCAGTTAAA GATACAGCGC AAAAAATTAA AACAAGCCTT 2220 GAAAGCTCGG GATTTGCTCC AAGTCCGATT GCTATTTCTT CACCAAGTTC AATAATTTCT 2280 AGTCTTTTAT TAAAAAATAA AACTAATATA GTAGCAATAA TACTTACTAT TAGAACAAGA 2340 GGTATGTCAT CTAACTTTGT AAAAGATAAA GAGCCACTGA GCCATCTCAT AACTTCTTGT 2400 AATTCATATC TTGCTACTTT CAACAATAAA AATGAGGTGC CTGCTCTTGT GACAGCTTGA 2460 AAACCAATAC CTAATATTAT CAGTCTTGCT GCTGAAAAAC CATCTTTTTT AGCTAGTAAA 2520 AATAATATTA AAGATGATGT TAGTCCACAA GTTATTGAAA TAATTCCAGT AGTTAAACTA 2580 TTTGTTTTTA ATACCAATAT GCAAAAGACC GCTGCAATAG ATGAAGAACT TGTGACACCG 2640 ATTATATCAG GACTTGCAAG AGGATTTCTT AACATAGTTT GAAAGATAAA TCCTGCCAAT 2700 CCAAAAGACC AGCCAGCTAT AATTCCTGCT AATAATTTTG GTAATCTAAT TTCCATAATC 2760 GAAAAACTAG CTCCAGGAAC AGTTTCACTA TTTAAGACTT TAATCAAAGT TGAAAAAGAA 2820 TAACTTTCAT CTCCGATAAG TAAAATGAAA AATGATAGAC TGATTATTAT TAATAAAAAT 2880 AGTGAGGAAA ATAGTGTTAT TCTATTTTTT CTTTTTTGAA TACCTATAAT TAAATTTTGC 2940 ATTAGTTATT AACCCCTCTA TTTTTCATAG TTACATAAAT AAGTACTGGA CCCCCGATTA 3000 TTGCAGTAAT TATCCCTACT TCAATTTCAC CTGGTTTACC TAACATACGG CCGATTATAT 3060 CACATATAAG CAAGAGCTCT GCACCTATAA AAGATGAAGA AATGGTCATT GTGCGTATAT 3120 CTTTGCTTAT AAATAAGCCA CAAAAGTGAG GAACTATAAG ACCTACGAAG CCAATAGGTC 3180 CACCAATTGC AGTAATACTT GAACATAAAA GCACACTTGC AATTATTGCA AGTGATCTTA 3240 TCCTATTAAC ATTAACTCCA AGACCAACAG CCATTTCATC ACCCATAGcT AAAGCGTTTA 3300 AATCTGATGA AATAAATATA GCTATCAAGT GACCTAAAAT TATAAAAGGT AGTAGTGTAG 3360 ATATAGAAGA TAATGTAGCT GCTCCAAGGC TACCTATTTG CCAAAATCTA AATTTGTCTA 3420 AGACGTTATT ATTCGGTAAA ATTAAAAAAC TTACAAAACT GCTTAAAGCC ATACTAACAC 3480 AAGTTCCTGA TAAGGCAAGT TTTATAGGGG TAAGGCCTGC TTTTCCGTTA CAGCAATCGC 3540 GTATACAAAA ATTGCACTTA CTAAGCCACC AATGATTGCG 3580 (2) INFORMATION FOR SEQ ID NO : 210 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 11378 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 210 : CCAAATTGCT CCACAATTAT TATGGAGTCG TCGTTTGGCA GATGGGCGTG ATATGTGTGC 60 TCAAGAATGG TTGACAGGCA AGATATTGAC CCCCTATGAT ATGAATCGTA AGCAAATCGT 120 CAATATTTTA ACCCGTCTTC ATCGCTCACG TCCGTTGATG ACACAATTGA GTCGTTTGGG 180 CTATGCCATG GAAACACCTG TAGATTTACT ACAGTCTTGG CAGGAAACGG CTCCAGATGC 240 TTTGCGTAAA AATCATTTTA TCAGTGAAGT GATGGCTGAT TTACGTCAGA CTATTCCAGG 300 ATTTAGAGAG GACCATGCGA CCATTGTCCA TGGAGATGTA CGACATAGTA ATTGGATTGA 360 GACAGATAGT GGCTTGATTT ATTTAGTAGA TTGGGATTCG GTTCGCTTGA CCGATCGCAT 420 GTTTGATGTG GCCCATATGC TCTGCCATTA TATTTCAGAA CATCAGTGGA AGGAATGGTT 480 GACCTACTAC GGTTACAAGT ACAATCAAAC GGTATTAAGT AAATTGTATT GGTATGGTCA 540 ATTGTCTTAT TTGAGTCAGA TTTCCAAGTA TTATATGAAC CAAGATTTAG AAAATGTCAA 600 TCGGGAGATT CATGGTTTGC GTCATTTCCG AGACAAGTAT GGAAAGAGAA GATGAGAGTT 660 AGAAATCGTA AAGGGGCAAC AGAATTACTA GAGGCAAATC CCCAGTATGT GGTCCTCAAT 720 CCCTTGGAAG CCAAGGCAAA ATGGCGGGAC TTGTTTGGCA ATGATAATCC CATTCATGTG 780 GAAGTTGGAA GTGGAAAGGG TGCCTTTGTT TCAGGTATGG CCAAGCAAAA CCCTGACATC 840 AACTATATCG GGATTGATAT TCAAAAGTCT GTTTTGAGCT ACGCTTTGGA CAAGGTGCTT 900 GAAGTTGGAG TGCCTAACAT CAAGCTCTTG TGGGTAGATG GTTCTGACTT AACTGACTAC 960 TTTGAAGACG GTGAGATTGA TCGCTTGTAT CTGAACTTTT CAGATCCATG GCCGAAAAAA 1020 CGCCATGAAA AGCGTCGTTT GACCTACAAG ACCTTCTTGG ATACCTTCAA ACGTATCTTG 1080 CCTGAAAATG GAGAAATTCA TTTCAAGACG GATAACCGTG GCTTGTTTGA GTACAGTTTA 1140 GTGAGCTTTT CTCAATATGG CATGAAACTC AATGGTGTCT GGTTAGATTT GCATGCCAGT 1200 GATTTTGAAG GCAATGTCAT GACAGAATAC GAGCAAAAAT TCTCAAACAA GGGGCAAGTT 1260 ATCTACCGAG TTGAGGCAGA ATTTTAAGAG ATAACCTAAA ATTAGGCTGT ACAAGTGCTT 1320 TTGCTTTACA TAAGTTGGCA AACGTGCTAT ACTGATAGTA AGAATATGAA AAGTGAGGCG 1380 GGGAAATATC TTCGCCTCTT GCTTATGAGG AGGTGGACGC AATCGCAACA ATCGTAGAAT 1440 TAGTCAGAGA AGTTGTAGAA CCTGTCATAG AAGCTCCTTT TGAACTCGTG GATATCGAGT 1500 ATGGAAAGAT TGGCAGTGAC ATGATTCTCA GTATTTTTGT AGATAAACCC GAAGAATTAC 1560 CTTGAACGAC ACGGCAGACT TGACAGAAAT TATCAGTCCT GTCCTAGACA CCATCAAGCC 1620 AGATCCCTTC CCAGAACAAT ATTTCCTAGA AATTACCAGT CCAGGTTTGG AACGTCCTTT 1680 GAAAACCAAG GATGCCGTCG CTGGAGCGGT TGGAAAATAC ATCCATGTCG GGCTCTACCA 1740 AGCCATCGAT AAGCAAAAGG TCTTTGAAGG AACCTTGTTG GCCTTCGAAG AGGACGAGTT 1800 GACTATGGAA TATATGGACA AGACGCGTAA GAAAACCGTC CAAATTCCAT ACAGTTTAGT 1860 ATCAAAAGCA CGTTTAGCAG TTAAATTATA GAAAAAGAAA GGATAGCTTT TGAGGATTCA 1920 AAAGTGAAGA AAACATGAGT AAAGAAATGC TAGAGGCCTT CCGCATTTTG GAAGAAGACA 1980 AGGGAATCAA AAAAGAAGAT ATCATCGACG CAGTAGTAGA GTCGCTTCGT TCCGCTTATC 2040 GCAGACGCTA TGGTCAGTCA GACAGCGTAG CTATTGACTT CAACGAAAAA ACAGGTGACT 2100 TTACAGTTTA TACTGTCCGT GAAGTTGTTG ATGAAGTATT TGATAGCCGT TTGGAAATCA 2160 GCTTGAAAGA TGCTCTTGCC ATTAATTCAG CTTATGAACT TGGAGACAAA ATCAAGTTTG 2220 AAGAAGCACC AGCTGAGTTT GGTCGTGTAG CAGCCCAATC TGCCAAACAA ACCATCATGG 2280 AAAAAATGCG CAAgCAAACA CGTGCCATCA CTTACAATAC TTACAAAGAA CATGAGCAAG 2340 AAATCATGTC TGGTACAGTA GAACGCTTTG ACAACCGCTT TATCTATGTC AACCTTGGTA 2400 GCATCGAAGC CCAATTGTCA AAACAAGACC AAATTCCTGG AGAAGTTTTT GCTTCTCATG 2460 ATCGTATCGA AGTTTATGTT TACAAGGTTG AAGACAACCC TCGTGGTGTG AACGTCTTTG 2520 TTAGCCGTAG TCATCCAGAA ATGATCAAAC GTTTAATGGA GCAAGAAATT CCAGAAGTTT 2580 ATGATGGAAC TGTTGAAATC ATGAGCGTGG CTCGTGAAGC AGGTGACCGT ACGAAGGTTG 2640 CTGTTCGTAG CCACAATCCA AACGTGGATG CTATCGGTAC AATCGTTGGA CGTGGTGGTG 2700 CTAATATCAA GAAGATTACT AGCAAATTCC ACCCAGCTCG TTACGATGCT AAAAATGACC 2760 GCATGGTACC AATCGAAGAA AATATCGATG TTATCGAGTG GGTAGCAGAT CCAGCTGAAT 2820 TTATCTACAA TGCCATCGCT CCTGCTGAGG TTGACCAAGT TATCTTTGAT GAAAACGACA 2880 GCAAACGTGC CTTGGTGGTT GTTCCAGATA ACAAGCTTTC TCTTGCCATT GGTCGTCGTG 2940 GACAAAACGT GCGCTTGGCG GCTCACTTGA CTGGTTACCG TATCGATATC AAGTCTGCTA 3000 GCGAATTTGA AGCCATGGAA GACGCTGCTT CAGTAGAGTT GGAAGTAGAA AACGATACTG 3060 TAGAAGAATA AAAGCTGCTA GAGGAGGGAA AGATGAAAAC AAGAAAAATC CCTTTGCGCA 3120 AGTCTGTTGT GTCTAACGAA GTGATTGATA AGCGTGATTT GCTCCGCATT GTCAAGAACA 3180 AGGAAGGACA AGTCTTTATT GATcCTACGG GCAAGGCCAA TGGCCGCGGC GCTTATATCA 3240 AACTAGACAA TGCAGAAGCC CTAGAGGCGA AAAAGAAGAA GGTCTTTAAC CGCAGCTTTA 3300 GCATGGAAGT GGAAGAAAGC TTTTATGACG AGTTGATCGC TTATGTGGAT CACAAAGTGA 3360 AAAGAAGAGA GTTGGGACTT GAATAAGCAA AAGATAAGTA ATCTCTTGGG GCTTGCTCAG 3420 CGAGCAGGGC GCATCATATC GGGTGAAGAA TTGGTGGTCA AGGCCATTCA AGACGGCAAG 3480 GCCAAGTTGG TCTTTCTAGC TCATGATGCT GGACCCAATC TGACCAAGAA GATTCAAGAT 3540 AAAAGTCATT ATTATCAAGT AGAAATTGTA ACCGTGTTTT CAACACTGGA ATTAAGCATA 3600 GCAGTCGGGA AATCGAGAAA GGTTTTGGCT GTAACAGATG CTGGATTTAC AAAGAAAATG 3660 AGGTCTCTTA TGGAATAGAA GAGGAGGACA TGATTTGTCT AAGAAAAGAT TGTACGAAAT 3720 CGCAAAAGAA CTTGGAAAAG AAAGTAAAGA AGTTGTAGCG CGTGCAAAAG AGTTGGGCTT 3780 GGATGTGAAA AGCCACTCAT CAAGTGTGGA AGAAGCTGTC GCTGCAAAAA TTGCTGCCAG 3840 CTTTAAGCCT GCAGCTGCTC CGAAAGTAGA AGCAAAACCT GCAGCCCCAA AAGTAAGTGC 3900 AGAAAAGAAA GCCGAAAAAT CTGAGCCAGC TAAACCAGCT GTAGCTAAGG AAGAGGCAAA 3960 ACCTGCAGCC CCAAAAGCAA GTGCAGAAAA GAAAGCCGAA AAGTCTGAAC CAGTAAAACC 4020 AGCTGTAGCC AAGGAAGAGG CAAAACCAGC TGAGCCAGTC ACTCCGAAAA CAGAAAAAGT 4080 AGCGGCTAAA CCGCAAAGTC GTAATTTCAA GGCTGAGCGT GAAGCACGTG CTAAAGAGCA 4140 GGCAGAGCGA CGCAAGCAAA ATAAGGGCAA TAACCGTGAC CAACAACAAA ACGGAAACCG 4200 TCAGAAAAAC GACGGCCGTA ATGGTGGAAA ACAAGGTCAA AGCAACCGCG ACAATCGTCG 4260 CTTTAATGAC CAAGCTAAGA AGCAGCAAGG TCAGCAAAAA CGTAGAAATG AGCGCCGTCA 4320 GCAAGAGGAT AAACGTTCAA ATCAAGCGGC TCCACGTATT GACTTTAAAG CCCGTGCAGC 4380 AGCCCTAAAA GCAGAGCAAA ATGCAGAGTA CGCTCGTTCA AGTGAGGAAC GCTTCAAGCA 4440 GTATCAGGCT GCTAAAGAAG CCTTGGCTCA AGCTAACAAA CGCAAGGAAC CAGAGGAAAT 4500 CTTTGAAGAA GCGGCTAAGT TAGCTGAACA AGCACAGCAA GTTCAAGCAG TGGTTGAAGT 4560 CGTCCCTGAG AAAAAAGAAC CTGCAGTGGA TACACGTCGT AAAAAACAAG CTCGACCAGA 4620 CAAAAATCGT GACGATTATG ATCATGAAGA AGATGGTCCT AGAAAACAAC AAAAGAATCG 4680 AAGTAGTCAA AATCAAGTGA GAAATCAAAA GAATAGTAAC TGGAATAACA ACAAAAAGAA 4740 CAAAAAAGGC AATAACAAGA ACAACCGTAA TCAGACTCCA AAACCTGTTA CGGAGCGTAA 4800 ATTCCATGAA TTGCCAACAG AATTTGAATA TACAGATGGT ATGACCGTTG CGGAAATCGC 4860 AAAACGTATC AAACGTGAAC CAGCTGAAAT TGTTAAGAAA CTTTTCATGA TGGGTGTCAT 4920 GGCCACACAA AACCAATCCT TGGATGGGGA AACAATTGAA CTCCTCATGG TGGATTACGG 4980 TATCGAAGCC AAACAAAAGG TTGAAGTGGA TAATGCTGAC ATCGAACGTT TCTTTGTCGA 5040 AGATGGTTAT CTCAATGAAG ATGAATTGGT TGAGCGTCCA CCAGTTGTTA CTATCATGGG 5100 ACACGTTGAC CACGGTAAAA CAACCCTTTT GGATACTCTT CGTAACTCAC GTGTTGCGAC 5160 AGGTGAAGCA GGTGGTATTA CTCAGCATAT CGGTGCCTAC CAAATCGTGG AAAATGGTAA 5220 GAAGATTACC TTCCTTGATA CACCAGGACA CGCGGCCTTT ACATCAATGC GTGCGCGTGG 5280 TGCTTCTGTT ACCGATATTA CGATCTTGGT CGTAGCGGCA GATGACGGGG TTATGCCTCA 5340 GACTATTGAA GCCATCAACC ACTCAAAAGC AGCTAACGTT CCAATCATCG TAGCTATTAA 5400 CAAGATTGAT AAACCAGGTG CTAACCCAGA ACGCGTTATC GGTGAATTGG CAGAGCATGG 5460 TGTGATGTCA ACTGCTTGGG GTGGAGATTC TGAATTTGTT GAAATTTCGG CTAAATTCAA 5520 CCAAAATATC GAAGAATTGT TGGAAACAGT CCTTCTTGTG GCTGAAATCC AAGAACTCAA 5580 AGCAGACCCA ACAGTTCGTG CGATCGGTAC GGTTATCGAA GCGCGCTTGG ATAAAGGAAA 5640 AGGTGCGGTC GCAACCCTTC TTGTACAACA AGGTACCTTG AATGTTCAAG ACCCAATCGT 5700 TGTCGGAAAT ACcTTCGGTC GTGTCCGTGC TATGACCAAC GACCTTGGTC GTCGTGTTAA 5760 AGTTGCTGGA CCATCAACAC CAGTCTCTAT CACAGGTTTG AACGAAGCAC CGATGGCGGG 5820 TGACCACTTT GCCGTTTACG AGGATGAAAA ATCTGCGCGT GCAGCAGGTG AAGAGCGTGC 5880 CAAACGTGCC CTCATGAAAC AACGTCAAGC TACCCAACGT GTTAGCCTTG AAAACCTCTT 5940 TGATACCCTT AAAGCTGGGG AACTCAAATC TGTTAATGTT ATCATCAAGG CTGATGTACA 6000 AGGTTCTGTT GAAGCCCTTT CTGCCTCACT TCAAAAGATT GACGTGGAAG GTGTCAAAGT 6060 GACTATCGTC CACTCAGCGG TCGGTGCTAT CAACGAATCA GACGTGACCC TTGCCGAAGC 6120 TTCAAATGCC TTTATCGTTG GTTTCAACGT ACGCCCTACA CCACAAGCTC GTCAACAAGC 6180 AGAAGCTGAC GATGTGGAAA TCCGTCTTCA CAGCATTATC TACAAGGTTA TCGAAGAGAT 6240 GGAAGAAGCT ATGAAAGGGA TGCTTGATCC AGAATTTGAA GAAAAAGTTA TTGGTGAAGC 6300 GGTTATCCGT GAAACCTTCA AGGTGTCTAA AGTGGGAACT ATCGGTGGAT TTATGGTTAT 6360 CAACGGTAAG GTTGCCCGTG ACTCTAAAGT CCGTGTTATC CGTGATGGTG TCGTTATCTA 6420 TGATGGTGAA CTCGCAAGCT TGAAACACTA TAAAGACGAC GTGAAAGAAG TGACAAACGG 6480 TCGTGAAGGT GGATTGATGA TCGACGGCTA CAATGATATT AAGATGGATG ATGTGATTGA 6540 GGCGTATGTC ATGGAAGAAA TCAAGAGATA AGATTTTTTG CTCCTTTCTT AGGTGGTGAG 6600 GGACGCAAGC AAACCGATGG TTTCATTGCT TATTTTTGAG CCTAGGGTCT CAAAAATCCC 6660 CTGTGATGGG ACTGATAAAT CAGTTCCATC ACTTTCACCA CGGCGAAAGA AGCAGATGAC 6720 TTCAAATTGA ACTTCGTTTC AATTTAAACT GAAAATCAAG AAGTTTAAAA TAGCTAGGTC 6780 TGCTGGCCTA GCTTTTGGTT CAAAGTAGAG AAAGGAATAT CATGGCAAAT CATTTCCGTA 6840 CAGATCGTGT GGGCATGGAA ATCAAGCGTG AAGTCAATGA GATTTTGCAA AAGAAAGTCC 6900 GTGATCCACG TGTCCAAGGT GTGACCATCA TAGATGTTCA GATGCTGGGT GACTTGTCTG 6960 TTGCCAAGGT TTATTACACC ATTTTGAGTA ACCTTGCTTC GGATAACCAA AAAGCCCAAA 7020 TCGGGCTTGA AAAAGCAACT GGTACCATCA AACGTGAACT TGGTCGCAAT TTGAAATTGT 7080 ACAAAATCCC AGATTTGACC TTCGTCAAAG ACGAGTCCAT CGAGTATGGA AACAAGATTG 7140 ACGAGATGCT ACGCAATCTG GATAAGAACT AAAGAAGAGG GGTTGCCCCT CTTTTTTGGT 7200 GGAGGAAAAT AGGTTGAATT TGAAATGGAA AAATATTCTT TTATAATAGA TTGAAACTAG 7260 AATAGTACGC CTCTACTTCT AAAATATTGT TAGAAATCGA TTTGACTGTC CTGATCGATT 7320 TGTCCTGTTC TTGTTTCATT TTAATATAAA AAAGGGATTC TGTATTTTTT AATGTTATCT 7380 AATTAGAAAA TGCTTTTTTT GTAGGAAATA TAATATGATA AGGTGCAAAA AAGAAATAAG 7440 GAGTTTGTAT ATGGCTGAAC AAGACTTAGC TATGCAAGTA TTGCAACAAG TGGTGAAACT 7500 ACCTGTTGTT AAGGTTGATC GTTCGAAATT TTTAGTGGAT AAGTTTTCCA AAGAATTGGA 7560 TCCAAAAGAT ATTCCTACCT TATTGGAACA AGGTCCAACG ACTCTTCTAT CTCAAGAAAT 7620 ATTAGATCGT GTAGCTAATG CTTGTATTCG GGACAATGTA TTATTAGCGA GTGGGACTTC 7680 TGTTTTGGCA GGATTACCTG GAGGGCTTGC TATGGCAATT ACCATTCCAG CTGATGTGGC 7740 TCAATTTTAT GCTTTCTCTC TGAAATTGGC TCAAGAATTA GGTTATATTT ATGGTTATGA 7800 GGATCTTTGG GCTTCACGAG AGGAGTTGAG TGAAGATGCT CAAAATACCC TCTTGCTTTA 7860 TCTAGGCGTA ATGTTAGGGG TGAATGGAAC CGCTGCTTTG CTACGTGTTG GTAGTATAAC 7920 AATTGCCAAA CAGGTAATGA AAATAGTGCC TAATAAAGCT TTAACAAAGA CGCTTTGGTA 7980 CCCTATTTTG AAAAAAGTCT TAAAAATATT TGGTGTGAAT CTTACCAAGG GAGGGTTGGC 8040 CAAAGGAATG GGGAAATTTA TTCCTATCTT GGGTGGTATC ATTTCAGGTG GTTTAACCTT 8100 TGCAACTATG AAACCAATGG GGGAAAGCTT GCAGAAAGAA TTATCCAAGC TAGTCAACTA 8160 TAGTGAAGTT CAATATCAAG AAGATGTTGA AACAATCCGA AAAGAGGCTG AAATCATCAA 8220 AGGAGAGTAA TATGAATCCT ATCAAAGCTT TTGCTAAAAT TTATGGTAAT TACTTTTTGA 8280 CCGTGCAAGG TGTAAAAGTG ATGAAAACGA TAAAGAAAGC TGACCATGTC GTTGTTGGTC 8340 TGGGGAAACT TTTTATTGCC GACAAGTTAA TGGATACGGC TCGGTGGCTC ATTAAGCCAG 8400 AGGAGAGAGA ATGAAATTTT TTTGGTCTTC TTGCTATTCT TTTTATCAAA CCGATTATTG 8460 GGATTGTGAA ATTCTTTTGG ATGATCATCT CTTTTGCAGT CCAATTGCTG TTTTACAAGA 8520 TAGTGTTTAA GATATTGGAT TGGCTCTTTA AACTTATCTA GATGGTAATC CAAGTTGCAG 8580 AGAACTAGCA GGAACTCCAC TGCTAGTTTT TTATTCTCTT TCCATATGGT ATAATATAAG 8640 CAGTAAAATC ATTTTATACT CTTCGAAAAT CTCTTCAAAC CACGTCAGCT TCACCTTGCA 8700 GTATATATGT TACTGACTTC GTCAGTTCTA TCCACAACCT CAAAACGGTG TTTTGAGCTG 8760 ACTTCGTCAG TTCTATCTAC AACCTCAAAA CACTGTTTTG AGCAACCTGC GGCTAGCTTC 8820 CTAGTTTGCT CTTTGATTTT CATTGAGTAT TAGAACATAC AATGGAGGTC GTCATGGACA 8880 ATATCATCGA TGTGTCAATT CCTGTTGCAG AAGTGGTGGA CAAGCATCCA GAAGTCTTGG 8940 AAATTCTAGT GGAGTTGGGT TTTAAACCCC TTGCCAATCC CTTAATGCGC AATACAGTTG 9000 GTCGTAAAGT ATCACTTAAA CAGGGTTCTA AGCTAGCAGG AACTCCTATG GACAAGATTG 9060 TACGCACACT GGAAGCGAAT GGCTACGAAG TGATTGGATT AGACTAATGA CAGATGAACG 9120 GATTCATATC CTACGGGATA TTTTGTTAGA ATTGCACAAT GGCGCCTCTC CTGAGTCGGT 9180 TCAAGATCGC TTTGATGCGA CCTTTACGGG CGTGTCAGCC ATCGAGATTT CCCTTATGGA 9240 GCACGAGCTG ATGAACTCGG ATTCGGGCGT CACTTTTGAA GATGTTATGG AACTCTGTGA 9300 TGTCCATGCC AATCTTTTTA AAAATGCTAT CAAAGGTGTC GAAGTTTCAG ATACTGAGCA 9360 TCCAGGTCAC CCAGTTCGTG TCTTCAAAGA AGAAAATCTG GCTCTCCGTG CGGCCTTGAT 9420 TCGCATTCGT AGATTGTTAG ATACCTATGA GTCTATGGAA GACGAGGAAA TGCTGGCGGA 9480 GATGCGTAAG GGTTTGGTGC GTCAGATGGG ACTTGTGGGT CAATTTGACA TCCATTACCA 9540 ACGTAAGGAA GAACTCTTCT TTCCTATCAT GGAGCGCTAT GGACACGATT CACCTCCCAA 9600 AGTTATGTGG GGAGTGGATG ATCAGATTAG GGAACTCTTT CAAACAGCTC TAACGACAGC 9660 CAAGTCACTA CCAGAAGTGT CAATTAGCAG TGTAAAGGAA GCTTTTGAAG CTTTTGCGPC 9720 AGAGTTTGAA AGTATGATTT TCAAGGAAGA GTCCATCCTC CTCATGATTC TCCTTGAGTC 9780 TTTTACTCAG GATGACTGGC TTCAGATTGC GGAGGAGAGC GATGCCTATG GCTATGCCAT 9840 CATCCGTCCG TCAGAGAAAT GGGTGCCAGA ACGACAGAGC TTTATTGAGG AAAAGATTGC 9900 AGAGGAGCCT GTACAGCTAG ATACGGCAGA AGGTCAAGTT CAACAAGTCA TAGATACGCC 9960 AGAAGGCCAT TTTACCATTA CCTTTACCCC TAAGGAAAAG GAAGCTGTGC TGGACCGCCA 10020 TAGTCAACAG GCTTTTGGTA ATGGCTATCT TTCAGTCGAG CAGGCCAATC TCATCCTCAA 10080 TCATCTCCCT ATGGAGATTA CCTTTGTCAA TAAAGAAGAT ATTTTCCAGT ATTACAATGA 10140 CAATACGCCA GCTGATGAGA TGATTTTCAA ACGGACGCCG TCCCAAGTCG GGCGCAATGT 10200 CGAACTCTGC CATCCGCCTA AGTACTTGGA CAAGGTCAAA ACTATCATGA AGGGGCTTCG 10260 TGAGGGAAGC AAAGACAAGT ATGAAATGTG GTTCAAGTCT GAGTCGCGAG GTAAGTTTGT 10320 CCACATCACC TATGCTGCAG TACACGATGA AGACGGAGAA TTCCAAGGAG TGTTGGAGTA 10380 TGTTCAGGAT ATCCAGCCCT ACCGTGAGAT TGATACGGAC TATTTTCGTG GATTAGAATA 10440 AGGAGAAAAA ATGAGTTACG AACAAGAATT TATGAAGGAA TTTGAAGCTT GGGTCAATAC 10500 CCAAATCATG ATTAACGACA TGGCGCACAA GGAAAGCCAA AAAGTTTACG AAGAAGACCA 10560 GGACGAGCGT GCCAAAGATG CCATGATTCG CTACGAGAGT CGCTTGGATG CTTATCAGTT 10620 CTTGCTTGGT AAGTTTGAAA ACTTCAAAGT AGGCAAGGGA TTCCATGATT TGCCAGAAGG 10680 CTTGTTTGGT GAGCGAAATT ATTAAACGAG AAAGATTCTT GATTTTTCAC TAAAATCTTG 10740 ATAGAATGTT TATGTTAAAT CCTTGTCAGA GCAGGGATTT TTTATTGAAA GGATTTTATC 10800 ATGTCAAAGA AACTCAATCG TAAAAAACAA TTACGAAATG GCCTCCGTCG CGCAGGTGCC 10860 TTTTCAAGTA CGGTGACTAA GGTTGTAGAT GAGACAAAAA AAGTCGTGAA GCGTGCAGAA 10920 CAGTCAGCAA GCGCAGCTGG TAAGGCTGTT TCTAAAAAAG TTGAACAAGC AGTAGAAGCT 10980 ACCAAAGAGC AAGCTCAAAA AGTAGCTAAT TCTGTAGAAG ATTTTGCAGC AAATTTGGGT 11040 GGACTTCCAC TTGATCGTGC CAAGACTTTC TATGATGAAG GAATCAAGTC TGCTTCAGAT 11100 TTCAAAAACT GGACTGAAAA AGAACTCCTT GCCTTGAAAG GAATCGGCCC AGCTACCATC 11160 AAGAAATTGA AAGAAAATGG CATCAAGTTC AAGTAATTTT TCTTGAGCCT TGCATTTCCG 11220 AAAAAATCTT GCTACAATAG AGCCATTAGA GGTGTTTTGA ATCCCACATT TTACAGAAAG 11280 TGGCGGCGCT GAGAAGTCCA CAAATGTGTC AAAACTGGTT GCTAATGGAT GAAAAATTGA 11340 AATAAAAGTG TCTTTTTGCT TTAAAGACGA GAGTTGCG 11378 (2) INFORMATION FOR SEQ ID NO : 211 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4156 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 211 : CCGCGAGCCA CGGCGAATTT GCTGCGGGTA TTCATCAGTC AGGATCTATG ATCTTTGGTG 60 AACAAGAAAA GGTTCAAGTT GTGACCTTTA TGCCAAATGA AGGTCCTGAT GATCTATACG 120 CTAAGTTTAA TAACGCTGTT GCTGCATTTG ACGCAGAAGA TGAGGTTCTA GTTTTGGCTG 180 ACCTTTGGAG TGGTTCTCCA TTTAACCAAG CTAGTCGCGT GATGGGAGAA AATCCTGAGC 240 GTAAGTTTGC CATCATCACA GGACTTAACT TACCGATGTT GATTCAAGCC TACACAGAGC 300 GCCTCATGGA CGCTGCTGCA GGTGTAGAAA AAGTCGCTGC TAATATCATT AAAGAAGCCA 360 AAGATGGCAT CAAAGCTCTT CCAGAAGAGC TAAATCCAGT CGAAGAAGTT GCAAGCGCTG 420 CAGCTGCTCC AGTTGCCCAA ACTGCTATCC CAGAAGGAAC TGTTATCGGA GACGGTAAAT 480 TGAAAATCAA TCTTGCCCGT CTTGACACAC GTCTACTTCA CGGTCAGGTT GCAACTGCTT 540 GGACTCCAGA TTCAAAAGCA AATCGTATCA TCGTTGCTTC AGATAACGTG GCTAAAGACG 600 ACCTTCGTAA AGAATTGATT AAACAAGCAG CTCCAGGTAA TGTCAAGGCT AACGTGGTTC 660 CAATTCAAAA ACTGATTGAG ATTTCAAAAG ACCCACGTTT TGGAGAAACA CATGCCCTTA 720 TCTTGTTTGA AACACCTCAA GATGCCCTTC GTGCCATCGA AGGCGGCGTG CCAATCAAGA 780 CTCTTAATGT TGGTTCTATG GCTCACTCAA CAGGTAAAAC ATTGGTCAAT ACCGTTTTGT 840 CTATGGACAA AGAAGACGTT GCTACATTTG AAAAAATGCG TGACTTGGGT GTTGAATTTG 900 ATGTCCGTAA AGTACCAAAT GATTCTAAAA AAGATTTGTT TGACTTGATT AACAAAGCCA 960 ATGTCAAATA AGCCATTATT TATGAAAGGA TTTTAAACAT GTCTATTATT TCTATGGTTT 1020 TAGTAGTCGT TGTAGCCTTC TTTGCAGGTC TTGAAGGCAT CCTCGACCAG TTCCAATTTC 1080 ACCAACCACT TGTAGCCTGT ACCCTTATTG GGCTTGTAAC AGGTCACTTG GAAGCAGGGA 1140 TTATCCTCGG TGGATCGCTT CAAATGATTG CCCTTGGTTG GTCAAATATC GGTGCTGCTA 1200 TCGCTCCTGA TGCTGCACTT GCTTCTGTCG CTGCTGCCAT TATCATGGTT CTTGGTGGTG 1260 ACTTTACCAA GACTGGTATC GGTGTTGCCC AAGCGGTTGC TATCCCTCTT GCTGTAGCTG 1320 GACTTTTCTT GACAATGATT GTTCGTACAA TTTCAGTTGG TTTGGTTCAT ACTGCAGATG 1380 CTGCCGCTAA AAAAGGTGAC TTCGGCGCTG TGGAGCGTGC GCATTTCATC GCGCTACTTT 1440 TCCAAGGACT TCGTATCGCG CTTCCTGCAG CTCTTCTCCT TATGGTACCA ACTGAAACTG 1500 TACAAAGTAT CCTTAGTGCC ATGCCAGACT GGCTCAAAGA TGGTATGGCT ATCGGTGGTG 1560 GTATGGTCGT TGCCGTTGGT TACGCCATGG TTATCAACAT GATGGCAACT CGTGAAGTAT 1620 GGCCATTCTT CGCTCTTGGT TTCGTTCTCG CTGCTGTGTC AGATATTACT CTAATCGGAT 1680 TCGGTGCTAT CGGCGTTGCT ATCGCTCTTA TCTACCTTCA CCTTTCTAAA ACTGGTGGAA 1740 ATGGTGGCGG AGGAGCCGCA ACTTCTAACG ACCCAATCGG CGATATCCTA GAAGACTACT 1800 AAGATAAGAA AGGACTGAAA ACATCATGAC TGAAAAACTT CAATTAACTA AATCAGATCG 1860 TAAAAAAGTT TGGTGGCGTT CAACCTTCTT ACAAGGGTCT TGGAACTTTG AACGGATGCA 1920 AAACTTGGGC TGGGCTTATA CACTCATTCC AGCTATCAAA AAACTCTATA CTAAAAAAGA 1980 AGATCAAATC GCTGCTCTTG AGCGTCACCT TGAGTTCTTC AACACTCATC CATACGTAGC 2040 TGCTCCAGTC ATGGGGGTTA CTCTTGCGCT TGAAGAAGAA CGTGCTAACG GTGTGGAAAT 2100 CGATGACGCT GCTATCCAAG GGGTTAAAAT CGGTATGATG GGACCTCTTG CTGGTATCGG 2160 TGACCCAGTA TTCTGGTTTA CAGTACGCCC AATCCTTGGA TCTCTCGGTG CTTCACTTGC 2220 CCTTACTGGC AATATCTTGG GGCCACTCCT CTTCTTTGTT GCATGGAACT TGATTCGTAT 2280 GTCATTCTTG TGGTATGTTC AAGAGATTGG ATACAAGGCT GGATCAGAAA TCACTAAAGA 2340 TATGTCTGGT GGTATCCTTC AAGATATCAC TAAAGGAGCT TCTATCCTTG GGATGTTCAT 2400 TCTTGCTGTC CTTGTTCAAC GCTGGGTAAA TATTAAATTT GCTTTCGATG TTTCTAAAGT 2460 TCAACTAGAT GAAAAGGCTT ATATCCATTG GGATAAATTG CCAGAAGGGT CTAAAGGTAT 2520 CCAAGAAGCA TTCGCACAAG TAGGACAAGG ATTGTCTCAA ACTCCTGAAA AAGTTACTAC 2580 TTTCCAACAA AACTTGGATA TGTTGATTCC TGGATTATCA GGACTACTCC TTACTTTACT 2640 TTGCATGTAC TTACTTAAGA AAAAAGTATC TCCAATCACT ATTATCCTTG CCCTCTTCGC 2700 AGTGGGTATT GTGGCACATG TTCTTCACAT CATGTAATCA AGCAACTAAA AAGGAACCAG 2760 GTTCTAAAAT CTGATTCCTT TTTTCTATGC TTTTATTCAG CCAAGGCTCC CATTGGATCC 2820 CATGGTGCAA GTACGATTGG TTCTGCTCCA TAGGCAGCTT GTTCTTCTGC TGTCAGCAAT 2880 TCCTTACGAA CAACGATTTG GTATGTGTAT TCGTCCATCC AAGCGTCTGA GGCAACAAAG 2940 TAACCATCTG TACCGACCTT GTCTCCCCAT GAGTTTTCAA CCTTCCACTT GGTTGATTTA 3000 CCATTTTCGT CCAAGTCAAC ACCTGTCAAG ACCATGGCGT GGGTCATCAA GCTTTCACTA 3060 TAGTCCAAAC GTCCAGCCTT GTCTTGAGTA AGTTTAATGT CCATGCTTGA TTCAAAGTCA 3120 TAAACATCTG TCGCAAGGAT GCCAGCTTAC GGTTGCTGAG CTGGCCGACA TCAGAACCAA 3180 ACCAAACAGT CTCACCTGCT TGCATTTGGG CAATCGCCAA TTCTTTCAAG CGCTCCATTG 3240 GAACGTTGAT GTAGCGAACT GCACGGCTAC CAACCACATT CCCCAACATC TCAACTGTGT 3300 AAGATTTTCC GTAAGGTTTA TCAGCAGTTG GAGCATTGAT AACAGAAACG TAGTCTTCTA 3360 AAGGAAGATT GACATATTTC TTGTAAAACT CTTGTGGTGT GATTCCTTTT TCACTTTTGT 3420 AGTTGTTATC TTTATCGCGA TAAGCAAAGT CAAACTTGCG TGGTGGAAGT CCTAATGACA 3480 TAGCAAGAAA GTTAAAGATT TCTTGCAAGA GGTCTTCTTT CTTAGCTTGA ACAGTCGCTT 3540 GATCTGCACC AGAAACAAGC AAGTCACGCA AGATTTGAGC ATCTTGACGA AGCAATTTAT 3600 TAAGGATCGC ATTTAGCTCA CGACTGCTGC TAGATGAAAC AGACTCAGGA TAAACTGACT 3660 TAGGCACGAC ACCGTATTTT TCAAAGAGGG AAACGACCAT ATCCCATTGA CCGCCATCTT 3720 GTTGAGGTGT TTGGAGTAAG AAGCTAACtT GCGGCTAGTC AATTCTTGGT CTGAAGTCGC 3780 AATGACTTGC TCCAAGAACC AGTTTGATTT CTCATACTTA TCCCAGAAGA AAGTGTGGGC 3840 TTGTGACAAC TCAAAGTTCT CCAATTTGTA TTGCGAGATG AGTTTGTGGC GGAAGGTGTT 3900 GAGAGCCGCA AACATCCAGC AACGACCAGA CGCTTTCTGG TTAGTGACCT TGTCCTTGGT 3960 TAAATCCAAT GAGAAAACAG GTGTGTTGTC TACATGGCTT TGGCGACGTT CCAGAGCTGC 4020 AAAAATTCCG TTGTGGCTGG CAGCATTTTC AATCGCTTGG TATTTTACAT TTGCTTCATA 4080 GTTGGCAAAT AGTTTATCAG TAAATGATTC TTGAATCGCG TTCATAGATT CCTCCTTTTA 4140 GTCTACAGTG TATTGG 4156 (2) INFORMATION FOR SEQ ID NO : 212 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3902 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 212 : AAAAACAACA AAATAAAACA AAAACAAAAA TATCGAGGTT TATTTTCAAA ACTTTCGATA 60 TTTTTATTAA GTTATTATTT TGTTGTTTCT AGTTTACTTT TTGATGGTTA AGAGTGGTGG 120 AGAATTATAC TCAATGAAAA TCAAAGAGCA AACTAGGAAG CTAGCCGCAG GCTGTACTTG 180 AGTACGGCAA GGCGAAGCTG ACGTGGTTTG AATTTGATTT TCGAAGAGTA TTAGTGCAAA 240 CCGTAGTTGT AGTCATCATC TTGCATGGCT TCAACTTCGC CAAGAAGGTA ACCATTTCCG 300 ACTTGAGAGA AGAAGTCATG GTTGGAAGTT CCTGTTGAAA TACCGTTCAT AACGATTGGG 360 TTGACATCTT CAGCTGAATC TGGGAAAAGT GGATCTTGTC CCATGTTCAT GAGAGCTTTA 420 TTGGCATTGT AGCGAAGGAA GGTTTTAACC TCTTCAGTCC AACCAACACC GTCATAAAGA 480 CTCTCTGTGT AGCCTTCTTC ATTTTCATAA AGAGTATAGA GTAGGTCGTA CATCCATTCT 540 TTGAGTTTTT CTTGCTCTTC TTCAGGTAAT TCATTGAAAC CAAGTTGGAA TTTGTAACCA 600 ATGTAGGTTC CGTGAACAGA CTCGTCACGA ATAATCAATT TAATGATTTC TGCAACGTTG 660 GCAAGTTTGT TGTTACCGAG ATAGTAGAGG GGAGTGAAGA AACCAGAGTA GAAGAGGAAG 720 GTTTCGAGGA AGACGCTGGC AACTTTCTTT TCAAGTGGGC TGCCGTTTAG GTAGATTTCG 780 TTGACAATCT CAGCCTTCTT TTGTAGGTAA GGATTGGTAT TGGTCCATTC GAAAATTTCT 840 TCAATCTCAG CCTTAGTATT CAAGGTAGAA AAGATTGATG AGTAAGATTT AGCGTGGACA 900 GATTCCATAA ATTGGATGTT ATTGAAGACA GCTTCCTCAT GTGGTGTACG GATGTCTGCG 960 CGAAGGGCTT GAACCCCAGT TTCAGATTGC ATAGTGTCAA GAAGGGTTAA ACCACCAAAA 1020 ACTTTTCCGA CCAAGTCTTT CTCTTTGTTA GATAGCTTTC TCCAGTCATC CAAGTCGTTT 1080 GATAAGGGAA TACGTGTATC GAGCCAAAAT TGCTCCGTCA GTTTTTCCCA AGTTGATTTG 1140 TCGATGACAT CTTCGATGGC ATTCCAGTTA ATGGCTTTGT AGTAAGTTTC CATTTAAAAT 1200 CTCTTTCTGT GTTTAGTATT GCGAACTCAC AATTATTTCT ACTTTACCAT AATTCTATAG 1260 GAGTATCGCA CAAAAAGTCG GAAGCCCGAC TTTTAAAATG TTACATAAAT TATGTTATGA 1320 CATAGTAGAT TTGATTTTAT CAGTGCTGCT TAGGGAAAAA TAGTGTTTCT ATGCTAGAAA 1380 CTAAATCACA CAGCTTTCAC ATTGGTTGGC GCCGACTTCT CCACCGTCAT CTGTAAAGGT 1440 ACGGACGTAG TAGATAGACT TGATTCCCTT GTTAAAGGCA TAGTTACGAA GGATGGACAA 1500 GTCACGTGTC GTTTGTTTAT TTTCCCTCTT CCATTCGTAA AGGCCTTTTG GAATGTCACT 1560 GCGCATGAAG AGGGTGAGTG AAAGTCCTTG ATCCACGTGT TCAGTCGCAG CAGCGTAAAC 1620 ATCGATGACT TTACGCATAT CCATATCGTA GGCAGAAGTG TAGTAAGGAA TGGTTTCTGT 1680 AGACAAGCCA GCAGCAGGGT AATAGATTTT ACCAATTTTC TTCTCTTGGC GTTCTTCGAT 1740 ACGTTGCGTA ATCGGGTGGA TAGAAGCAGA AACGTCGTTG ATATAGCTGA TAGAACCATT 1800 TGGCGCTACA GCAAGGCGAT TTTGGTGGTA AAGACCATCT TCTTGAACCT TGTCGCGAAG 1860 TTCAGCCCAA TCAGCAACAC CAGGGATAAA GACATTTTTG AAGAGTTCTT TAACACGGTC 1920 TGATGTTGGA ACAAATTCAC CAGTTACATA CTTGTCAAAG TAACTTCCGT TAGCATAGTC 1980 TGATTTTTCA AAGTTGTGGA AGGTAATACC ACGTTCACGT GCAATATTGT TTGACTCTAC 2040 CAAGGTCCAG TAGTTCATAA GCATAAAGTA GATGCTTGTA AATTCAACAG ACTCAGGTGA 2100 ACCATATTCA ATGAGTTGTT GGGCAAGGTA GCTGTGCAGT CCCATGGCAC CGAGACCAAA 2160 GGTGTGGGCT TGGCTATTTC CATGGTCAAT CGTTGGTACA GCTACGATAT GTGAACTATC 2220 TGTAACGAAA GTAAGGGCAC GAACCATAGC ACGGATAGAA CGACCAAAAT CAGGTGAAGT 2280 CATCATGTTA ACCACGTTGG TTGAACCCAG GTTACATGAA ACATCTGTTC CCATTTGAAG 2340 GAATTCTTGA GCATCGTTGA TCAAGCTTGG TTCTTGAACT TGAAGAATCT CAGAACACAA 2400 GTTACTCATG ATAATCTTTC CATCAACAGG ATTTGCACGG TTAGCCGTAT CGATGTTGAC 2460 TACATAAGGA TAGCCAGACT CTTGTTGCAA TTTAGAGATT TCAGTTTCCA AATCCCGCGC 2520 CTTGATTTTT GTCTTGCGAA TATTTGGATT TGCGACCAAT TCATCGTATT TTTCAGTAAT 2580 GTCGATGTAA TTGAATGGCA CACCGTATTC TTTTTCTACA GAGTAAGGGC TGAAGAGGTA 2640 CATTTCTTCA TTTTTACGAG CCAATTCGTA GAATTTATCA GGTACTACAA CACCAAGTGA 2700 TAGAGTCTTG ACACGTACTT TTTCATCAGC GTTTTCTTTC TTAGTTGAAA GGAAAGCGAT 2760 GATATCTGGG TGAAAGACGT TGAGGTAGAC AACACCAGCA CCTTGACGTT GCCCCAATTG 2820 GTTGGAGTAA GAGAAGCTGT CTTCAAAAAG CTTCATAACA GGAACGACAC CTGAAGCAGC 2880 TCCTTCATAG CCTTTGATAG GTGCACCAGC TTCACGAAGG TTGCTGAGGG TAATTCCCAC 2940 ACCACCACCA ATACGTGAAA GTTGAAGAGC TGAGTTGATA GAACGCCCGA TAGAGTTCAT 3000 ATCATCCGTC ACTTGGATTA GGAAACAAGA TACCAACTCC CCACGACGAG CACGTCCAGC 3060 ATTCAAGAAG GAAGGAGTAG CAGGTTGGTA GCGTTGGTGG ATGATTTCAT TGGCAATATC 3120 GATTGCAACA GCTTCATTCC CATCAGCGAA ATAAAGGGCA TTGAAGAAGA CACGGTCTTC 3180 CATATTTTCA AGATAGTATT CACCGTCATT AGTCTTTAAG GCATATTGAT TGTAAAATTT 3240 ATAAGCTGCC ATGAATGACT TGAATTGGAA GTTTTGGTCT TTGATAAATT GAGCTAATTC 3300 TTCCAAGAAC TCTGGACGGT ATTTCTTGAT AAAGGCTGTT TCGATGTAGT TGTGTTCAAT 3360 GAGGTAATTG ATTTTGTCTT TGATTGAATC AAAAACCATA GTGTTTGGAA CTACATTTTC 3420 TTTAAAGAAA GCATCCAAGG CTTCCTTGTC TTTATGAAGC ATGATTTGTC CATTAACAGG 3480 ACGGTTAATT TCGTTATTAA GACGGAAGTA AGTCACGTCT TCAAGATGTT TTAATCCCAT 3540 AAAATTTCCC TTATCTAATT ACAAAAGAAA GGCTTCTAAG TTAGCCCTAA AAGCAGTTTC 3600 TTCTGGATGA TGTACTAAGA TTATGCTAAT TGTTTCAGTT TTCCTGGTTG GAAACCTGAA 3660 AAGACTTCAG TTGGTGTTTG GATAACAGGA GCTGCGCTAA AACCGAGCTC TTTAACTTGA 3720 TCGACGTACT CAGGTTGCTC ATCAAGATTG ATTTCACGAT AAGAGACATT ATTACTGTCC 3780 AAGAAACGCT TGGTCATTTT ACATTGGACA CAATTGTTTT TAGAATAAAC GGTTACCATT 3840 GTGTAACTCC TCTTCAAAAT TTAATACTAT CTTAGTATAT CAGAAAATAA AATTTTGTCG 3900 GG 3902 (2) INFORMATION FOR SEQ ID NO : 213 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2456 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 213 : TATTGAAGCT ATTGTAGACT ACAAAGATAA GGATTTGCAG TTAGTAGGCG GTGAGACTCA 60 CTGATAACCT AAAAAGGATA GTCAATTATG CTTGTTTACT AACTATTAAC TATGCTAAAT 120 CAATTGAGGT TGTTTACATA AAACTCTATA TCAGAGAAGC CTGATATAGA GTTTTTTCTT 180 GCTAGTTTTA GGATTTTTTT GTAAAATAGA AAAAGTGAAG AGAGGTATGA AATGAGCAAG 240 AAAGATAAAA AAATCGAAAT TCAAGTAGCG GATGCCAAAG TTAATGTTGG TAAAGACAGT 300 TTTGAAGGTT ATACATTGAC TATCGGTAAA AAAGTTATCG GAGAAATTGC CGAATTAGAC 360 GGACAATTTG CCATTATAAA GAATGGGAAT GTCGATAGTT TTTATAAAAA ATTGGAAAAA 420 GCTGTGGAAA TTTTGATTGA AAATTATAAT TTAGCAAAAT AAGTCTTGTT TTTTTGAAAT 480 TTTCATGATA TAATAGTCCA TGTTGATTGT AGGAGAGATA GCGAAGAGGC TAAACGCGGC 540 GGACTGTAAA TCCGCCCCTT CGGGTTCGGG GGTTCGAATC CCTCTCTCTC CATTTCATTA 600 ATGGGGTATA GCCAAGCGGT AAGGCAAGGG ACTTTGACTC CCTCATGCGT TGGTTCGAAT 660 CCAGCTACCC CAGTTCTTAG GTAATAATCA AGATAGAAAG CAAAATATCT TAGGGTATTT 720 TATTTTTATA ATTGAAAGAC GTGAATGATA TGAACATGTC CTTGCGGGTG CTTAGGAAAA 780 AAATTATAAG TATGTCAAGT TTAAGAAAAA CTTGATTGTT GGAGGATTTT TTAGATGAAC 840 GAATTTGAAG ATTTGCTAAA TAGCGTTAGT CAAGTTGAGA CTGGTGATGT TGTTAGTGCT 900 GAAGTATTGA CAGTTGATGC GACTCAAGCT AACGTTGCAA TCTCTGGAAC TGGTGTTGAA 960 GGTGTCTTGA CTCTTCGCGA ATTGACAAAC GATCGTGATG CAGATATCAA TGACTTTGTT 1020 AAAGTAGGAG AAGTATTGGA TGTTCTTGTA CTTCGTCAAG TAGTTGGTAA AGATACTGAT 1080 ACAGTTACAT ACCTTGTATC TAAAAAACGC CTTGAAGCTC GCAAAGCATG GGACAAACTT 1140 GTTGGTCGCG AAGAAGAAGT TGTTACTGTT AAAGGAACGC GTGCCGTTAA AGGTGGACTT 1200 TCAGTAGAAT TTGAAGGTGT TCGTGGATTT ATCCCAGCTT CAATGTTGGA TACTCGTTTC 1260 GTACGTAACG CTGAGCGTTT TGTAGGTCAA GAATTTGATA CTAAAATCAA AGAAGTTAAC 1320 GCTAAAGAAA ACCGCTTCAT CCTTTCACGT CGTGAAGTTG TTGAAGCAGC TACTGCAGCA 1380 GCTCGCGCTG AAGTATTCGG TAAATTGGCT GTTGGTGATG TTGTAACTGG TAAAGTTGCT 1440 CGTATCACAA GCTTCGGCGC TTTCGTCGAC CTTGGTGGTG TTGACGGATT GGTTCACTTG 1500 ACTGAATTGT CACATGAACG TAATGTATCA CCAAAATCAG TTGTAACTGT TGGTGAAGAA 1560 ATTGAAGTGA AAATCCTTGA TCTTAACGAA GAAGAAGGAC GTGTATCACT TTCACTTAAA 1620 GCAACAGTAC CAGGACCATG GGATGGCGTT GAGCAAAAAT TGGCTAAAGG TGATGTAGTA 1680 GAAGGAACAG TTAAACGTTT GACTGACTTC GGTGCATTTG TTGAAGTATT GCCAGGTATC 1740 GATGGACTTG TTCACGTATC ACAAATTTCA CACAAACGGA TTGAAAATCC AAAAGAAGCT 1800 CTTAAAGTTG GTCAAGAAGT TCAAGTTAAA GTTCTTGAAG TTAACGCAGA TGCAGAACGC 1860 GTGTCACTTT CTATTAAAGC TCTTGAAGAA CGTCCAGCCC AAGAAGAAGG ACAAAAAGAA 1920 GAAAAACGTG CTGCTCGTCC ACGTCGTCCA AGACGTCAAG AAAAGCGTGA TTTCGAACTT 1980 CCAGAAACAC AAACAGGATT TTCAATGGCT GATTTGTTTG GTGATATCGA ACTTTAATCA 2040 AATTGAAAAT TCACAAAATC CTTTGTTTAC TAAACAAGGG ATTTTTCTGG CTCTTTGTCA 2100 ACTGTAGTGG GTTGAAGAAA AGCTAAGCTC GAGAAAGGAC AAATTTTGTC CTTTCTTTTT 2160 TGATATTCAG AGCGATAAAA ATCCGTTTTT TGAAGTTTTC AAAGTTCCGA AAACCAAAGG 2220 CATTGCGCTT GATAAGTTTG ATGAGATTAT TGGTCGCTTC CAGTTTGGCG TTAGAATAGT 2280 GTAGTTGAAG GGTGTTGACA AGCTTTTCTT TATCTTTGAG GAAGGTTTTA AAGACAGTCT 2340 GAAAAATAGG ATGAACCTGC TTAAGATTGT CCTCAATAAG TCCGAAAAAT TTCTCCGGTT 2400 CCTTATTCTG AAAGTGAAAC AGCAAGAGTT GATAGAGCTG ATAGTGGTGT TTCAGG 2456 (2) INFORMATION FOR SEQ ID NO : 214 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 10974 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 214 : AAATAGGATA TAGAGACATC CTTCTGATCT GCTTTTwACA AAGTCCAATT ATATGCGGAT 60 CTATACCTCC ACAATGTCCA TTATTATmCC TAACTATAAT ATGAGCCGAA AACACTATAT 120 CCTTAATGTC TCCATATCCA TCAGGGATAT TAATATTTAT TTTTCCACAA CTATATTGCA 180 TTGTAACCAT CTCCTTAAAC GACGCATTAT GATATTTGAT AGAGAAATTT TTATGAATAA 240 CTCAATAATT TTATAGTAAA TCATGCTTAT ATCTCAAAGA TACCTATTTT ATCTTGTCTC 300 GACCTTCTCC AAAGAATTGC TATAATACTA TTACAAATCC ATCTGCACTA CACTTCAAAT 360 TTTAGCACTG TATAAAAACG TTTCAATACA CTAACTTCAA GAAAACTTCC ACTATTAATT 420 GAAAAAATTG ATAGAGATAA ATTAAAAATC TATATTGAAA CTCATCCCGA TGCTTATTTG 480 ACTGAAATAG CTGCTGAATT CAACTGTCCT CCAACAACTA TTCATTACGC TCTAAAGGCT 540 ATGGGATATA GTCTAAAAAA GAGCCGTACC TACTGCGAAC AAGACCCAGA AAAAGTAAAT 600 CGGTTCCTTA AAGAATTGAA TCACTTAAGC TACCTGACTC CTATTTATAT TTATGAGACA 660 GGGGTTGAGA CCTATTTTTA TCTCGAATAT GATCGAGCCT TGAGCAGGCA GTTAGTCTCT 720 CTGGAAGAAG ATATAATTAT TTGAATTAAG ATCGAGACAA CGCACACCAG AGATTGCGAT 780 ACTGTTATAG AAGTACTAAT GCCCTTTTTT GTTTCAATAT ACTATGGCTC CGATGACCTA 840 TAAAGATACG ATGACGAGTG ACTTTTTCGA AGCTTGCTTC CAAAAATTCT TACTACCTAC 900 TTTAGATACA CCATCCCTTA TCATTATGGA CAATGCAAGG TTTCACAGAA TGAACATGTG 960 TAAGGAGCAG GGCATAGACT GTTACCACTT CCTACCTATT CACCCGAGTA TAATCCCATT 1020 GAGAAAATAT GGGCTTACAT CAAAAACATC TCAGAATAAT ATTGTCAAAT TACGATGCTT 1080 TTCTTGAGGC ACTTTTGTCC TATTCTTGTT TCAGCCGACT ATACTCCGTT ATTGGGCAGC 1140 TACGGAACAG TCGATGGGAC GATGGGGGGA CATAAAAAAA TCCTCCAGTT TTGTTTTTTA 1200 TAACAGTATA CTGGAGAATT GACAATCTCG GTAGATACCT CGTTATAGCG CGGTTACTTA 1260 TTAGGCAGTT ACAAAACAAC TGTGAACAGA AAACATTCCA GAGTCAGACA AGACTTTGGA 1320 ATGTTTTGGC TCTATAATTT CTGTAGTGGG TAATCCCACC CCAGGAATTA TAGGGTCGTT 1380 TCTTGTAGAA AAAAAGCCCC ATATGACCTA TAATGAAAAG CGTCTAACCA ACTCATTAGA 1440 AAGGGTTCAT ATGGAACAAC TTAAGAATAC CACAGATTTG CTCGGATTGG AAGACAAAAA 1500 TATCAAAATC TTGTCTGTTC TGAAATACCA AACCCATCTA GTCGTTCAGG CAAAGTTGGA 1560 TTCCCCCGCT CCTCCTTGTC CTCATTGTCA AGGGAAGATG ATCAAATACG ACTTCCAGAA 1620 AGCCTCTAAA ATTCCGCTTC TCGACTGTCA GGGTTTACCC ACGGTACTGC ATCTCAAAAA 1680 GCGCCGCTTT CAGTGCAAGA ATTGCCTTAA GGTGGTCGTT TCTCAAACAT CCATTGTCAA 1740 GAAAAATTGC CAGATTTCCA ACATGGTGAG ACAAAAAATC GCTCAGCTCC TCCTTGAAAA 1800 GCAGTCTATG ACTGAGATTG CCCACAGATT GGCGGTCTCA ACTTCCACCG TCATCCGAAA 1860 ACTGAGGGAA TTTAAGTTTG AAACCGATTG GACCAAGTTG CCAAAAGTTA TGAGTTGGGA 1920 TGAGTATAGC TTCAAAAAGA GCAAAATGAG CTTCATTGCC CAAGATTTTG AGTCCAAATC 1980 CATCCTCGCA ATTTTAGACG GGCGAACTCA TGCGGTGATT CGAAACCATT TCCAACGCTA 2040 TCAGAGAGAG GTTCGGGAGC TGGTCGAGGT CATCACCATG GACATGTACA GCCCTTATTA 2100 TCGGCTCGCT AAGCAACTCT TTCCAAAGGC GAAGATTGTT CTTGACCGCT TCCACATTGT 2160 CCAACATCTG AGCCGAGCTA TGAACCGAGT ACGAATCCAA ATCATGAACC AATTTGACCG 2220 AAAATCCTTG GAGTATCGGG CGCTCAAGCG CTTTTGGAAC CCTCGCTTTT TCGTTTCTAG 2280 GCTCGGGCTA AATCAGTCCA CTGGACTGAT TTACTACACC AGTATAGCTT CAAGCTCTGT 2340 CAGAAACGAT TCTATCAGCC CACGTTTCGA ATGCACTTAA CCCATCGGGA AGTACGAGAT 2400 AAGCTGCTTT CTTACTCTGA GGGATTACAG GTTCACTACG AACTCTATCA ACTCCTGCTC 2460 TTTCATTTTC AAGAGAAGAA TGCCGACCAT TTCTTTGGAT TGATTGAGCA AGAACTGCCA 2520 ACGGTTCATC CGCTTTTTCA AACGGTCTTT TGGACTTTTT TAAGGGATAG AGATAAGATT 2580 ATCAACGCAC TTAAGCTGCC TTATTCCAAC GCTAAACTTG AAGCGACCAA TAATTTGATT 2640 AAGATTATCA AGCGCAAAGC CTTTGGTTTC CGGAACTTTA ACAATTTTAA AAAACGGATT 2700 TTGATGACTT TGAACATCAA AAAAGAGAGT ACGAATTTCG TACTCTCCAG ATTGCAGCTT 2760 TTCGCCTACC CACTACACTT GACAAAGAGC CACTCTTTAT TCCATGGTAT CAAAGGCAAG 2820 ACTTGGTTTG GCATTGAGGT CCCAGCCTGC GAAGTTTTCT TTGTTCCACT CGCTGACGCT 2880 GGCATAGGCA ATCATACCTG CATTGTCTCC GCAGAGTCGC AGAGGGGGGA TGATAACCTT 2940 GACATCTGTG ATTTCGGCTG CTAGGCGTTC TCTGAGACCT TTATTGGCTG CCACACCACC 3000 TGCCACAACT AGGATTTTAA CAGGATATTT CTCCAAAGCC TTCTTGGTTT TTGCCATGAG 3060 AATGTCCATA ACTGCTGCTT GGAAGGAAGC ACACAAATCT TCTGTAGACA GGCTTTCTCC 3120 CTTTTGCTCG GCATTGTGAT GAAGATTGAT AAAGGCAGAT TTCAAACCTG AGAAGGAGAA 3180 CTCCAGATTA TCTTCCTTAA TCATGGCACG GGGGAAATCA TAAATATCCT GCCCCTGATG 3240 AGCCAGCTCG TCAATCTCAC GACCTGCAGG ATAGGTCAAG CCCATGACAC GGCCGACCTT 3300 ATCATAAGCC TCACCAACCG CATCATCACG GGTTTCCCCA ACAATCTTAT AATCTCCTGC 3360 CTCCGAAACA TAAACCAACT CTGTGTGTCC GCCGCTGACC AAGAGGGCTA GCAAGGGAAA 3420 CTCCAAAGGC TCCACACTCT GAGCTGCCAT GAGGTGCCCA GCCATGTGAT TAACAGGAAT 3480 CAGTGGAAGT CCGTGAGCCC AAGCAAAGGC CTTGGCAGCT GACAAACCAA CTAGCAAGGC 3540 TCCGACCAAG CCTGGTCCGT AGGTAACCGC AACAGCTGTC ACGTCCTCTT CGGTAATCCC 3600 TGCTTCTGCC AATGCCTCCT CGATACAGGC TGTAATGACC TCGACATGGT GACGACTGGC 3660 TACTTCGGGC ACTACGCCAC CAAAACGTTT GTGACTCTCA ATTTGACTAG CAATGACATT 3720 GGACAAGAGC TCATCGTCGT TTTTCAAGAC GGCGACACTG GTCTCATCAC AGGATGTCTC 3780 AAATGCTAAA ATATATCTAT CCTTCATCTA TTTCTCTCTT CATGATAATG GCGTCCTCGA 3840 CTGGGTCATG GTAGTAGGCC TTTCGCTCAG CGATAACTGT CATCTTTTCT TTCTTGTAAA 3900 ATGCTTGCGC TCGTTGATTT GACTGTCTGA CTTCGAGGAA AATTTCCTTG TCTGTCGGCA 3960 ATTGAGCAAA CAAGGcTGAC GCAATCCCCT GACCCTGATA AGCTCCTTTG ACAGCGATTT 4020 GCAGGACTTC TGCTTCAAAA AGATTCTCCT GCACAGCTAG AAATCCAATC ACTTCTGCCC 4080 CATCATAAGC CAATGCATAC CAAGTCTGGT CTTGGGACAG ATCTGCTTGG ATTTGCTCCA 4140 GAGTCCAAGG ACTGACTAGG TAAACAGCTG CCATAACAGC GTAGATGGCT TGAGCTAGGT 4200 CAGGCTGTTG TTGAATTCGC TTGATTTCTA TCATAGGCGT TTAATGTAAG ACTCGCCAGA 4260 CTCGGTATGG TTCTTGAGCC AGTTTTCCTC AGCCTCGACT CGTTTGAGGT AATTCGGCAC 4320 AAAATCATGC AAGGAGTCTG CTTCCTTGTC CCAGGCCAAA AGAGCTAGAT TAGC'PGCATT 4380 GGGCAATGTT TCTTTGTAAT CAGTCCTTGG CAAGTGTTTT TGAATCTGCT CAACAAAGGG 4440 GCCAACTTCT CCGACAAAGG TTACCTGACT AGTACCCTTG ACTTTTTCTA GCACCTCTTC 4500 AAAAGATAGG TGCGCTTCTG CCATGACAGG TTTGGCATTT TCATAAAATC CTGCATAAAC 4560 ATTATTGCGA CGCGCATCCA TCAAGGGGAC AAACAAACCT TCTTGTTGAT GGGGCACCAG 4620 AGCCAAGAGA CTCGACATAC CAACCAACTC GATGTTCAGG GTGTGAGCTA AGGTCTTAGC 4680 AGTTGCTACC GCAATTCGCA AGCCTGTATA GCTACCCGGC CCTTCAGCTA CCACGATTCG 4740 GTCCAAATCC TTGGGTGTCC AATCCAAACT TGCCATCAAA AAATCGATGG CAGGCATAAG 4800 AGTAATACTG TGATTTTTCT TAATATTAAT CGTCGTCTCG GCAAGAACCT GCTTATCCTC 4860 TAAAATAGCC AGAGAAAGAG CCTTGCTGGA CGTATCAAAA GCTAATACTT TCATAACACA 4920 TTCCTATCTT TTTGTCTGCT TACTATTATA CTACAAAAGC TGGCACATGG GAATTTTCTT 4980 TGCCCCCAGA CAAGAGTGCC CTCACTTAAC TAAAAATAAT TTAAAAAAAT GCTCACTTTT 5040 CCTTTTCTTT TCCGAATATA AAAGTGAACA AGAAAAAAGG AGGAAAGTTC AATGACAAAT 5100 TTTGACATTC TTGACAATCA ATTTTTATCC TTATCTGAAA ATGAATTATC AGATATTGAT 5160 GGCGGTCTCG CTCCCTTGGT TATCTTTGGA GTAGCAGTAT CTTGGAAGGC TATTGCAGGT 5220 GGAACAGCAC TTATAGGTTC TGGTTTGGCA GCTGGTTATT TTTTAGGAGG AGATTAATAT 5280 GATGAAAGAT TTGAACAATT ATCGTGAAAT TTCTAATAAG GAATTGCAAG AAATCAAGGG 5340 TGGCTTTGGT GTCGGTGTTG GTATCGCTTT ATTTATGGCA GGTTATACCA TTGGAAAAGA 5400 CCTTCGTAAA AAGTTTGGTA AGTCATGCTA GATAAGAAAC ACATTTTTAG AAGGATAAAT 5460 TTTATTGTCT TCATCTCTTA CAGTTTGCTC AGCATTCTCA ATGATTTGAA CATTACTACC 5520 ATCCCTTTAC CATTCGATTT ATCTGTTTGT ATTGTTTTAT TTTTATGCTT CAACTCTATT 5580 TTTGATCAGA ACAATGACTC CCATAAAAAT AATAAGCTTT GAAAATTCCA TTGTCATGTC 5640 ATGTTAGAAA AATGCAAAGA CCACCTCATC TTGATAGATG GGGTGGAATT TTCGTGTCGT 5700 AAATCTACTA TCTCTACATT CCCAAACAAA AAACCCCAGC ATAAGCAGGG CATCTAAGCA 5760 TTTAATTCAA AGTAAAATAC AAACCAAACG ACATAGGTCA CGAGGAGGAG AAAAAGCGAG 5820 TAGAGAGTCA CAAAGGTCAT TTTCCACAAG AACTTGGTTT GTCGTCGTTC CAGTTTGGCA 5880 AATAGAAGAT TCCCCGCATA AACGCAAGCA ACAAAAACAA TAAAAGCTAC CAAGCGAGCT 5940 CCGATAGCAA AAGCAAATAA GTTATACATA GGGCAACCTC CTTGACTTAA AATCTATATG 6000 GAATTATGAC AAGCAATAAA TTTCACTTCC GTTATCAACA TAATACATTT TCTTTATTTT 6060 TGAAAACGCT TACCAAAGAA ATCGTCCCCT AACTTTCTCG TTTCCGTCTT TTACTAATTT 6120 TTCATTTTGT GGTATAATTG AAATAATTGT AACGAATCAA GGTCAATCTA GACACAAAAT 6180 GGAATGAAAT CAAGCAAATA TCTGCTAAAA GTTTGGAATA AGCTGACCTG TAAATAGAAA 6240 GGAACTATAT GATTTACAAA GTTTTTTATC AAGAAACAAA AGAACGTAGC CCACGCCGTG 6300 AAACAACACG CACGCTTTAC CTAGACATCG ATGCCAGCTC AGAACTTGAG GGCCGTATCA 6360 CTGCTCGCCA ACTTGTCGAA GAAAATCGCC CAGAGTACAA TATCGAGTAT ATCGAACTCT 6420 TGTCTGACAA ATTGCTCGAT TACGAAAAAG AAACTGGCGC CTTCGAAATT ACGGAGTTCT 6480 AATATGGCCT ACACTCTTAA ACCTGAAGAA GTCGGCGTTT TTGCCATCGG TGGTCTAGGA 6540 GAAATCGGGA AAAACACTTA CGGAATTGAA TACCAAGACG AGATTATCAT CGTCGATGCT 6600 GGGATTAAAT TCCCAGAAGA TGACTTGCTT GGTATCGACT ATGTCATTCC TGACTACTCT 6660 TACATCGTGG ACAATATCGA CCGCGTCAAG GCTGTTTTAA TCACACACGG ACACGAGGAC 6720 CACATTGGTG GGATTCCGTT CCTACTCAAG CAAGCAAATG TCCCTATTTA TGCTGGACCG 6780 CTTGCCTTGG CTTTGATCCG TGGGAAACTC GAAGAACACG GCCTCTTGCG CAACGCCAAA 6840 CTTTACGAAA TCAACCACAA CACCGAGTTG ACCTTTAAAA ATCTCAAGGC AACTTTCTTT 6900 AGAACGACTC ACTCTATTCC AGAGCCTTTG GGGATTGTCA TTCATACTCC TCAAGGGAAA 6960 ATCGTCTGTA CGGGTGACTT TAAGTTCGAC TTTACTCCAG TTGGAGAACC TGCGGACTTG 7020 CATCGTATGG CTGCGCTTGG TGAAGAAGGC GTGCTCTGTC TCCTGTCTGA CTCGACAAAT 7080 GCGGAAGTAC CAACCTTTAC CAACTCTGAA AAAGTCGTTG GTCAGTCCAT TATGAAGATT 7140 ATCCAAGGTA TTGAAGGACG TATCATCTTT GCATCCTTTG CCTCAAATAT CTTCCGTCTC 7200 CAGCAGGCAA CAGAAGCTGC TGTTAAGACT GGACGCAAGA TTGCGGTCTT TGGTCGTTCT 7260 ATGGAAAAGG CCATTGTCAA CGGAATCGAT CTTGGCTACA TCAAAGCTCC TAAGGGAACC 7320 TTTATCGAGC CAAATGAAAT CAAAGATTAT CCTGCAGGAG AAGTTCTTAT CCTCTGTACA 7380 GGTAGTCAGG GTGAGCCTAT GGCAGCCCTC TCTCGTATCG CCAACGGAAC CCACCGTCAA 7440 GTACAATTAC AACCAGGTGA TACCGTTATC TTCTCTTCTA GTCCCATCCC TGGAAACACT 7500 ACTAGTGTCA ACAAGCTGAT TAACATCATT TCTGAAGCTG GTGTCGAAGT TATCCACGGT 7560 AAAGTGAACA ATATCCATAC ATCTGGACAC GGTGGTCAGC AAGAGCAAAA ACTCATGCTC 7620 TGCTTGATTA AGCCAAAATA CTTCATGCCT GTCCACGGTG AATACCGCAT GCAAAAAGTC 7680 CACGCTGGAC TAGCAGTGGA TACTGGTGTT GAGAAGGACA ATATCTTTAT CATGAGCAAT 7740 GGCGATGTGC TTGCCCTTAC TGCTGACTCA GCTCGTATCG CAGGTCATTT CAACGCCCAA 7800 GATATCTATG TCGATGGAAA TCGTATCGGT GAAATTGGCG CAGCTGTCCT CAAAGATCGT 7860 CGCGATCTAT CTGAAGACGG TGTCGTTCTG GCAGTTGCAA CTGTTGACTT CAAATCGCAG 7920 ATGATTCTAT CTGGTCCAGA CATCCTCAGC CGAGGCTTTG TCTACATGAG AGAGTCTGGC 7980 GACTTGATTC GCCAAAGCCA GCGTATCCTC TTCAATGCCA TTCGTATCGC ACTGAAAAAT 8040 AAGGATGCTA GCGTGCAATC TGTCAATGGT GCCATTGTCA ACGCTATTCG CCCCTTCCTC 8100 TATGAAAATA CCGAACGTGA ACCGATCATC ATCCCGATGA TCCTCACACC AGATGAAGAA 8160 TAAAGCAAGA AAACAGCCCC GTCCTCGGAG CTGTTTTTCT CTATGCTTTC TTTTGAGATT 8220 AAAACTCATA CTCAATGAAA ATCAAAGAGC AAACTAGGAA GCTAGCCGTA GGTTGCTCAA 8280 AGCACTGCTT TGAGGTTGTA GATAGAACTG ACGAAGTCAG TAGCCATACC TACGGCAAGG 8340 CGACGTTGAC GCGGTTTGAA GAGATTTTCG AAGAGTATCA ATAAAAATCG AAATCAGACT 8400 AGAAGGCTAA GCGAAAGCAT AACTTGAGTT AGCTCCCATA GTTCGGGAAA CTATGGGAGG 8460 CTGGAGATGA ATCAAAGCCA AGCTTTGAAC TCATTCGTAA GAAGCCGACG ACGTATCATT 8520 TTGATTTTTG AAGAGTTTTA GAAATACTAC GATTTTTACC TTCCAGATAC ACCATCAAAA 8580 TAGAAATATC TGCTGGGTTT ACTCCCGAAA TACGGCTGGC TTGGCCGATG GTTTCTGGAT 8640 TGATGAGTTT GAACTTCTGA CGGGCTTCGG TTGCGATAGA ATCAATGTCA TCCCAGTCGA 8700 TATTGGCCGG AATGCGTTTT TCTTCCATGC GTTTCATCTT GGCAACCTGG TCCATGGCTT 8760 TGGAAATATA GCCTTCATAC TTGATTTCTG TTTCAATCAA TTCGATAATC TTGTCATCCA 8820 AGTCTTCTGC AGCTGGTCCG ATGAAGGCCA CCACATCTTG GTAAGAAACT TCTGGACGGC 8880 GAAGGAATTC CTTGGCTGTC ACTGCATCGG TCAAGGGTTT GAAGCCCATC TCCTCAACCT 8940 TGGCATTGGT TTCCTTGACT GGCTTGAGTT TGATACTGTC TAGGCGCTTC ATCTCATTAT 9000 CAAATTGATT TTTCTTGATT TCAAAACGAG CCCAGCGTTC ATCGTCCACA AGGCCAATCT 9060 CGCGTCCCAT CTCAGTCAAG CGCATATCAG CATTGTCATG ACGAAGAATG AGACGGTATT 9120 CAGCACGACT GGTCAAGAGA CGGTAGGGTT CAATGGTTCC CTTGGTCACC AAGTCGTCGA 9180 TCATCACCCC GATATAACCA TCACTGCGCT TCAAAATCAA TTCAGGCTTG CCTTGGATTT 9240 TCAGAGCCGC ATTGATACCC GCGATAATCC CTTGGCCTGC TGCCTCTTCG TAACCTGATG 9300 TTCCATTTGT CTGACCAGCA GTGAAGAGAC CTGAGATTTT CTTGGTTTCC AAAGTCGCAC 9360 GCAACTGATG AGGCAAGACC ATATCATACT CAATAGCATA ACCTGTCCGC ATCATCTCTG 9420 CATTTTCCAA ACCTTTGATG GAATGCACCA AGTCACGCTG GACATCCTCA GGCAGACTGG 9480 TTGAAAGTCC TTGCACATAG ACTTCCTCAG TATTGCGCCC TTCTGGCTCA AGGAAGAGTT 9540 GGTGACGTTC CTTGTCCGCA AAGCGCACAA TCTTGTCTTC AATCGACGGA CAGTAACGAG 9600 GCCCCACTCC CTTGACCACA CCTGTAAACA TAGGCGCACG GTGGAGGTTG TTTTGGATAA 9660 TCTCATGACT GGTACCATTG GTATAGGTCA ACCAGCATGG TACTTGGTCC TTGACATAAT 9720 CCTCATCACG TGAAGTGTAT GAGAAATGAT TAGGCACTTC GTCTCCTGGC TGAATTTCTG 9780 TCACATCGTA ATTGATAGAA GAAGCCTTGA CACGTGGAGG GGTTCCTGTC TTGAAACGAC 9840 CGATTTCGAG ACCCAGTTCC TTGAGATTGT CAGCTAGGTT AATAGAAGCC AAGCTGTGGT 9900 TAGGACCTGA TGAGTACTTG AGGTCTCCGA TGATAATTTC CCCACGGAGA GCAGTCCCTG 9960 TCGTCACAAT AACAGCCTTA GCAGCATATT CTTGATGGGT GGCTGTACGC ACACCGACAA 10020 CCTTGCCATC TTCCACCAAA ATCTCATCAA TCATGGTTTG ACGAAGGGTC AGATTTTCTT 10080 GGTTTTCAAC CGTCTTGCGC ATCTCCTTAG AGTAAAGTTC CTTGTCAGCC TGCGCACGAA 10140 GGGCACGGAC AGCTGGCCCC TTCCCTGTGT TTAGCATCTT CATCTGGATG TAAGTCTTGT 10200 CAATGGTTTT GGCCATCTCG CCACCGAGGG CATCGACTTC ACGCACGACA ATCCCCTTGG 10260 CAGAACCACC GATAGAGGGA TTACAAGGCA TGAAAGCCAG CATTTCAATA TTGATGGTCG 10320 CAAGCAGGAC CTTACAGCCC ATACGGCTAG CGGCCAAGGA AGCCTCAACC CCAGCGTGTC 10380 CCGCACCAAT TACAATAATA TCGTATTCTT CAGTAAAATG ATAAGTCATG TTTCTCTCCT 10440 ATTCCTCAAG ATGAATGTGT CTTAGTTGGC CTTCCCAATC TGGTAGGGCT GTTTTTAAAA 10500 AGACTGGAAC TAGCTGGATA TTCTGGAGCT TATCCAAGTC AATCCACTCA CAGGGCTGCC 10560 TTTTCTCATC TTCCTGCATG GTCAACGGGG CATCTTCAAG CAAATCCACC AGATAATGAA 10620 ACTCGATATT GTGATAGGAA ACGCCGTCCA CTTCAAAACG ATTTTCAACC ACAAAAGCTA 10680 GCTGCCCAGC TTGAGCTTTG ACACCCAGTT CTTCCTTCAC TTCACGGACT ACCGCGTCTT 10740 CCGTGCTTTC ATTGACTTGA ATCGCACCTC CAATAGTGTA ATACTTGCCC TTGTCTTTGG 10800 TAACTAGAAG CTTGTGATTT TGGACAATCA AGGCTGTAGC CCGAACACCA AAAACCGTAT 10860 TGTCTACTTT TGTCCGAAAG TCTTGTTGAG TCATTCTTGT CCTTTCCCTT AAACGACACA 10920 AAAACAGTCA AAACTACAAA GAAGTGCAGG ACAAAAAAGC CTGCAACATC CAGG 10974 (2) INFORMATION FOR SEQ ID NO : 215 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 987 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 215 : CCCGTTATGA TTATGGATAG CGCTTTCAAA TTTTTAAACT CCTATCCCAT CCTTTTATCT 60 ATATAATAAG TGAAAATATA ATAACTGTCA AGTAACTGAA GTGAATTTTA TAAAAAAATT 120 ACAAGCCAAA TTTGTAAAGT TTACACTAAG CCGCTAGgCA ATCGTCTATC AGAATATCCG 180 TTTATTTGTC AATAATCCGA GAAAATCTTG CAACGCTTAG AAGTCTATAA AAACTATCAA 240 CATTTATATG ACTTGCGAAT AGCAATCCTG CTAAACCTTT CCACACTCTA TCTATACAAT 300 CAAGATAAAA ACATGTGTAA GCAAATCTGC TACACTTTAC TGGAGGACGC CAAGAATAAG 360 AAAAGCTACG ATAGGCTTGC TATCTGCTAT GTCCGTATTG GGATTTGTAC AGACGATTCT 420 AAACTTATCC AAAAAGGGTT CTCCCTTCTG GAGCTGACCG AGGAAACTTC TATGCTGTCT 480 CATCTCAAAA AAGAAGTAGA GACCCATTAT CAACCAAAGA AATTATAAAA AAAGTCGAGG 540 GAGCTCCTCG ACCTTTTCAT AGAATCGCCG AACGATTTAA CGAGAAAGTA TGACTTTTAC 600 GTTTATCCCA ACTCAATTAT GACATTTTTT TCAAAAGTCA ATATATCTCA CTTTTTCAAC 660 GACAAGAAAG AGGCTGATAA TCTACCAACC TCTTATTCTG AACCCATCAC TCCATCACTT 720 TTTAGCTTCA TTCGCTTTCT TAGCGACTGC AATCTGGTAT TCGACTTGGT CATTCCCCTT 780 ACCGGTACAA CCATGAGCAA TTGTAGTCGC TCCTATCTGA TGCGCTATTT CAACCAATTT 840 TTTAGAAATC AGAGGGCGGC TCAAGGCAGA TACCAAGAGA TACTTTTGTT CATAATAGGC 900 ATGTGACTGA TGAGCCACTA GCACATAATC TGTAGCAAAT TCGTCCTTAA CATCAATGAC 960 ATAAGATTCT ACTGCCCAAA CCTTAAG 987 (2) INFORMATION FOR SEQ ID NO : 216 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2651 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 216 : CTGGGTCTTG TTCATAGTAG GTGTGGTtCT TTTTTTCGAG TGTAGCCCAT AGCTTTGAGC 60 GCATAGTGGA TGGTAGTTGG ATGACAGCCA AAGTCAGAAG CTATTTCAGT CAAATAAGCA 120 TCTGGATTGT CAGTAAGATA GTTTTTAAGT CTATCTCTAT CAACTTTTCT TGGTTTTGTT 180 CCTTTTACTT GGTGGTTTAG CTCTCCTGTT TTCTCTTTTA GCTTTAACCA GCCATAAATG 240 GTATTACGTG AGATTTGGAA AACGTGTGAT GCTTCTGTTA TACTACCTAT TCGCTCACAA 300 TAAGAGAGAA CTTTTTTACG AAAATCTATT GAATATGCCA TAAGAAGATT ATACCACATT 360 GTGTACTATT TTTGGTTCAT TTTACTATAT TTTATAAGTT ATAGTGTAGC ATTCCAACTT 420 CAAAGCACTA TAAAGTAAAT TGAAACAAGA ACAATACAAA CAATTCTCGT AAACGGATTG 480 CAACCACAAA AAAGCAAGCA TTCACAAGAA TACTTACCTA TCATGGGAGG AACAACCGTT 540 CCTCTTTTTT ATTACTAAAA TTCAAAGAAT TCCAATGCTT TTTTCAAGAG CAAATCCGTA 600 TATTCTGGAT CTTCTTGGGC TACTTCTATT TCCCGCTGAA CTTTTTCCAA ATCATCTGTA 660 ATCACTCCAT CTACTCCTAA GTGAAGAGAT TTGCTGATAG CTTCTGAATC ATTGACAGTC 720 CAGACATAAA GTTTCTGATC CGTTGTCCAT AGTTTGCTTA CAAAATATTC ATCCAAGGTT 780 GAGTACTCCA TAGTATATCC TGTCGCTCTT GTTTTAGGAA AGACAGAATT GTAGGGCATG 840 ATGAAATAAA CTGGTAGTTC GGCATCATAC TGTCTTACTT TTTCGACAAC ATGGTAGTCT 900 AAAGACTGGA TTTGATGTCC ATAAATCTTG AGCTTTGCAG CATAACGGGC TAAAAAGCGG 960 TTCATCATGT CTGGACTATC TTTTTTACTG GTTTTAATTT CAATTAGTAA TTTTTGACCA 1020 AGTTCGTTGG CTCGACTGAG ATAATCTTCA AAGCTTGAAA TTTTAGTCTG GTAGCCATTT 1080 TCAAAAATAT CAATCCCTTT AAGCTCCTCC AAGTTTAAGT CTTGAGGACT TTTATTGATA 1140 CCTGCTAGAT TTTTCAAGTT AGCATCATGC ATCATGACAA ACTGCCCATC TTTTGTTTCC 1200 TGCACGTCCG TCTCCACCAA GTCTGGTTTG AGTTGTGCTG TAGTTTCCAA GGACTCTACT 1260 GTATTTTGAA TCCCATTTGC ATTGGAAACC CCTCGGTGAG AAATAAGTTG AGGTAGATGA 1320 ACCATGGGAG CCTCCAGATA AATATAACCT TCTAAGGCAA AGAAAAGACT GGCACAAGTC 1380 ATGACACCCC ATCGCACGAT GTGATCTTTT TCTCTCCTAG GAAGCATATC CAGCTCCTTT 1440 CCTGTCAAAA ATGAAACAAA TTTAACCAAA AAATAAGTCA GAGCCATATA ATAGAGATTT 1500 TTAATCACGA CAAAATTCAA AATACCAAGA ATCAGAGACT CTCTCTGAGT GATATCATCT 1560 ACCAAAGTTT GAGCCAATAA TAAAGGAATC AAAGGAAGAT ArAATAATAA ATGTGCTTTG 1620 AGCAAGATGT AAAATAAATT CCAAGCATAA AAAGTAACTC TCTTCTTGGT TTTCTCCAAG 1680 CTAAACATCA CTGCTTCTCG AACAGTCAGC TGATCATATA CAATCTTCGG AAGGGCAAAC 1740 ATCAATCTGA CAGAGACATA GAGAAAGATA AGAGATAGAA GTAGGATGCT CAGCCACCAC 1800 ATCCAATATC TATCTTCTAA ATAAGCTTGG ATAAACTCTG GAATGACGAT TTTATTAAGA 1860 TAATAAATCT TCAGCATTTT CCGTATAAAA GGAAACAGCA TAGCTATATA GAAAAAGATA 1920 AACAAGGCTT TAGCGCAAGT TAGCTTTTTC ATAAATCCAA AACTTTCATG GAAAACCTTG 1980 CGGATATACT CAATTAGCCT TCGCTTTTCA TTATAGAGGA GATGACGAGC ACCAATAAAG 2040 AGGAGTCCTA TTTGAAAATA AGCAACCAGA AGGTTAATTA CAATCAAGGC TAAAAAAGCT 2100 AGACTAATCA ATGGAGAATG AGTAAGGATG GCTAAGACAT TGTTATAGGA AATAAAAAGA 2160 TAACCTGTCT GATCTAATAA GAAGCTAGCC AACCATGAAT TGAATGGTAC CCACAAATAC 2220 TCCACTATCA TAAAAATCAA GAAAAATAGA AAGAGGATTT TATCAAGATC GAGGTAAATC 2280 TGTTTAAGAC CCAATTTTTT AGGTTTTTCA GGTTTCATAG GCACTCCTAG TCAAATAATT 2340 GAGACAAGTC CAAGCCACCA AAAGGATTGT TTGATAAGCT ACTTTCTGTC TCTAACAATT 2400 CCCTAGCTTG ATCCGACTCT AAGAAGGATT CGTAAACACG CGCCGTCATC CGAGCATCCT 2460 CTAAACTATT ATGAGACTGA CCTTGAAATC CAAGAAATGA GGCAACAGTT TGCAATTTGA 2520 GATTGGCAAT ACCATGTAAA TCTGAACTCC GACGTTCAAA AGCTTCATCA TACAAATCCA 2580 CCTTGTACTG TTGGCTATAG TCTAAACCAT GCTCTGCTAA AATAGGTAAA TCACTTTTAG 2640 CAGCATTGTA G 2651 (2) INFORMATION FOR SEQ ID NO : 217 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5638 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 217 : CGTTATAATA AACTTGTGAA AAAATTAACA AAGGATATCG TTCCTTGAAA GCTATGGAGG 60 AAAATATGGC TGATAAAAAA ACTGTGACAC CAGAGGAAAA GAAACTCGTT GCTGAAAAAC 120 ACGTAGATGA GTTGGTTCAA AAAGCTCTAG TTGCCCTTGA AGAAATGCGT AAATTGGATC 180 AAGAACAAGT TGACTACATC GTTGCCAAAG CATCAGTAGC AGCTTTGGAT GCCCACGGAG 240 AATTGGCTTT ACATGCCTTT GAAGAAACAG GACGTGGTGT ATTTGAAGAC AAAGCAACTA 300 AGAACTTGTT TGCCTGTGAA CACGTAGTAA ACAACATGCG CCACACTAAG ACAGTTGGCG 360 TTATCGAAGA AGACGATGTA ACAGGATTGA CTCTTATTGC TGAACCAGTT GGTGTTGTTT 420 GTGGTATTAC TCCAACAACA AACCCAACAT CAACAGCAAT CTTCAAATCA TTGATTTCAT 480 TGAAGACACG TAACCCAATC GTCTTTGCCT TCCATCCATC AGCACAAGAA TCATCTGCTC 540 ATGCAGCTCG TATCGTCCGC GATGCAGCTA TCGCAGCTGG TGCTCCTGAA AACTGTGTGC 600 AATGGATTAC TCAACCATCT ATGGAAGCAA CAAGTGCCCT TATGAACCAC GAAGGTGTTG 660 CGACAATCCT TGCAACAGGT GGTAATGCCA TGGTTAAGGC GGCTTATTCA TGTGGTAAAC 720 CAGCTCTTGG GGTAGGTGCC GGAAACGTTC CAGCTTATGT TGAAAAATCA GCAAACATTC 780 GTCAAGCAGC ACACGATATC GTCATGTCTA AATCATTTGA TAACGGTATG GTCTGTGCAT 840 CTGAACAAGC AGTTATCATT GATAAAGAAA TTTACGATGA ATTTGTAGCA GAGTTCAAAT 900 CTTACCACAC TTACTTTGTA AACAAAAAAG AAAAAGCTCT TCTTGAAGAG TTCTGCTTCG 960 GCGTCAAAGC AAACAGCAAA AACTGTGCTG GTGCAAAATT GAACGCTGAC ATCGTTGGTA 1020 AACCAGCAAC TTGGATTGCA GAACAAGCAG GATTTACAGT TCCAGAAGGA ACAAACATTC 1080 TTGCTGCAGA ATGTAAAGAA GTTGGCGAAA ATGAGCCATT GACTCGTGAA AAATTGTCAC 1140 CAGTTATTGC AGTTTTGAAA TCTGAAAGCC GTGAAGATGG TATTACTAAG GCTCGTCAAA 1200 TGGTTGAATT TAACGGTCTT GGACACTCAG CAGCTATCCA CACAGCTGAC GAAGAATTGA 1260 CTAAAGAATT TGGTAAAGCT GTTAAAGCTA TTCGTGTTAT CTGTAACTCA CCTTCTACTT 1320 TTGGTGGTAT CGGGGACGTT TACAATGCCT TCTTGCCATC ATTGACACTT GGATGTGGTT 1380 CTTACGGACG CAACTCAGTT GGGGATAACG TTAGTGCCAT TAACCTCTTG AATATCAAAA 1440 AAGTCGGAAG ACGGAGAAAT AACATGCAAT GGATGAAACT TCCTTCAAAA ACATACTTTG 1500 AACGTGATTC AATTCAATAC CTTCAAAAAT GTCGTGACGT TGAACGTGTC ATGATCGTTA 1560 CTGACCATGC CATGGTAGAG CTTGGTTTCC TTGATCGTAT CATCGAACAA CTGGACCTTC 1620 GTCGCAATAA GGTTGTTTAC CAAATCTTTG CGGATGTAGA ACCGGATCCA GATATCACAA 1680 CTGTAAACCG TGGTACTGAG ATTATGCGTG CCTTCAAACC AGATACCATC ATCGCACTCG 1740 GTGGTGGGTC TCCAATGGAT GCTGCCAAAG TAATGTGGCT CTTCTACGAG CAACCAGAAG 1800 TGGACTTCCG TGACCTTGTC CAAAAATTCA TGGATATCCG TAAACGTGCC TTCAAGTTCC 1860 CATTGCTTGG TAAGAAGACT AAATTCATCG CGATTCCAAC TACATCTGGT ACAGGATCTG 1920 AAGTAACACC ATTTGCCGTT ATCTCTGATA AAGCAAACAA CCGTAAATAC CCAATCGCTG 1980 ACTACTCATT GACACCAACT GTGGCAATCG TAGATCCTGC TTTGGTATTG ACAGTTCCAG 2040 GATTTGTTGC TGCTGATACT GGTATGGACG TATTGACTCA CGCGACAGAA GCATACGTAT 2100 CACAAATGGC TAGTGACTAC ACTGATGGTT TAGCACTTCA AGCCATTAAA TTGGTCTTTG 2160 AAAATCTCGA AAGCTCAGTT AAGAATGCAG ACTTCCACTC ACGTGAGAAA ATGCATAACG 2220 CTTCAACAAT CGCTGGTATG GCCTTTGCCA ATGCCTTCCT AGGTATTTCT CACTCAATGG 2280 CCCATAAGAT TGGTGCGCAA TTCCACACAA TCCACGGTCG TACAAATGCT ATCTTGCTTC 2340 CATACGTTAT CCGTTACAAC GGTACACGTC CAGCTAAGAC AGCAACATGG CCTAAGTACA 2400 ACTACTACCG TGCAGATGAA AAATACCAAG ATATCGCACG CATGCTTGGA CTTCCAGCTT 2460 CTACTCCAGA AGAAGGGGTT GAATCTTACG CAAAAGCTGT CTACGAACTC GGTGAACGTA 2520 TTGGGATCCA AATGAATTTT AGAGACCAAG GAATTGACGA AAAAGAATGG AAAGAACATT 2580 CTCGTAAATT AGCCTTCCTG GCTTATGAAG ACCAATGTTC ACCAGCTAAC CCACGTCTTC 2640 CAATGGTAGA CCATATGCAA GAAATCATCG AAGATGCATA CTATGGCTAC AAAGAAAGAC 2700 CAGGACGCCG TAAATAATTG TTTATCAGTC TAGAAGCAAG ACAAAAACTC AATTTGAGGG 2760 AAAGATCCAG TAATTTTTCT ATGATAAAAG GCATCCTATC AAGGTTTTTG AACACCTGAT 2820 AGGATGCCTT TTTATGATAT TGAGGCCTTT TTGCCCTTTT TGAAAAACTA GAATAGAAAC 2880 AAAATATATA ATAGATTGAA ACTAGAATAG TACATATCTG CTTCTAAAAC ATTGTTAGAA 2940 TTCGATTTGA CTGTCCTGAT CGATTTGTCC TGTTCTTATT TCATTTTGAT ATATAAAAAA 3000 TATAGTATAG TAGACTGAAT CTAAAATAGT ACGAAACAAT TGCTAAAACA TTTATAGAAA 3060 TTAATTTTAC TTTTCTGATA GAGTTGTTCA CATCTTATTT CAATTCACTA TAGTTTAATT 3120 TAAGAGTAGT ATTTACTAAG GCCCAATTAA AATCAAAGAG CAAACTAGAA AACGAGTGCC 3180 ATTCAGCTCA AAACACTGAT TTGAGATTGC AGATAAGACT AGCCCCCTCA TTAACAGATT 3240 TACGATAAAA CGATGACAAG GTGTGTTGCT TTTTGATTTC TAAAGAGTAT AATGATAGAT 3300 CTCTATAAAA TAAGTGCGAA GGAAATGAGC TTTTATAGTC CTTTCGTTTT AAAATACTAT 3360 CTCAGATATT CTTATATCGA CAAGAAGTTT TTGAGTCATT CCCTCATCAT ACATATTAAA 3420 TAAATAGTGG CTCATTCAAT TTTTCACTAG AATAATAAGC TAGTATAGTA AACTGAAATA 3480 AGATATAAAC AAATAAATTG GAGCTTAACA TCCATTTCCA GCAATTTTTT AGAAACTACA 3540 GTGGACTATT CTAGATTCAA CATATTATAA AAACTAGAGT AAAAGAAAAG GATTGGATCT 3600 TGTGTAATGC AGGATCCAAT CCTTTCAATC ATTTTGTCCA ACTTTTGGAG GTTCCTACAA 3660 TGTAGTCGTC ATTAATAAAG ACAGATGGGA ATGACAGTGT TCCTATTTAT TTTGATAGAG 3720 ATCGATGAAT TCTTTAGATA GCAACTGAAT AATCTCTGTT GAAGCCATTT GGTCTTCTGC 3780 ATGCATAAAT AGCAAGGAGA ATCCTATTTT TTCTCCAGTA GCTTCTTTTT GTATGAGATT 3840 AGAGTGAATC TTGTGCGCTT CTACTAAGGA GTCTTCCGCT TCTTCAACTT TAATTTTCGC 3900 TTCTTTTAAA TTTCCTGCCT TAGCTAGTTG GATGGCTTCA ATAAAGGATG ATTTGGCTGC 3960 TCCACTATTG GCAATGAGCT GAAAACAGAT ATATTCCATT TCTTCTGTCA TCTTATTTCT 4020 CCTATCCATG CAAGTGCTTG TTCCAGAACT TTTGCTCCAT TCATCATTCC GTAATCCCGC 4080 ATATCAATGG TATCTACAGG GATATTTCCT GCAATTTCTT TCACAGCAAG TAACTCATAA 4140 CGAATTTGTG GCCCAATTAG AATGACATCT GCTTCATGGA TATTCTTTTT AGCTTCTGTC 4200 ATTGATTTTG CTTGGATAGA GATTTCAATC CCACGTTCAG TCGCACTTTG TTGCATTTTT 4260 TTAACAAGCA TACTTGTCGA CATTCCCGCA TTACATACTA ATAAAATTTG TTTCATAATC 4320 TTAACCTTCC ATTTCTTGTT CAACAACTTT GTCATTAACT TTGATAAATG GAATGTATAG 4380 AAGAACTCCA AGTGCAAAGA TGATGAATTG AACTAGAACT GCTCTCACGT CCCCTGCTGT 4440 TGCTAACCAT GCATTTAAGA ATACTGGTGT AGTCCAAGGA ACTTGTATAA ATGCAGGACT 4500 CATGAATTCT GTAACTGTTG CTAAGTAGCT GATTAAAATA CCAAGGACTG GAACTGTGAT 4560 AAATGGAATA GCTAATGAAA TGTTATAAAC GATTGGGTAA CCGAATAATA CTGGTTCATT 4620 GATATTGAAG ATACCAGGTC CAAAAGATAA TTTAGCCACG TTTTTAGAGA CAGCATTGCG 4680 ACTCACTAAG AATGTTGCTA TTAATAAACA TAATGTAGAT CCACTACCAC CCATTAAAGC 4740 GAATGTTTGT ATTTGTGATA GGTTGATGAT GTGTGGAATG GCTTGTCCAT TATTTGCTGC 4800 AGTGATGTTT TCAGTAATGT TAATTAATAG TAATGGTTCT AGGATGGCAC TGTAAATAAC 4860 TGCTTGGTGA ATACCAAATA GCCATAACAT ATTTCCTAAA GAGTAAATAA TAATGACCCC 4920 GATTAAGCTT GTACCAATAT GACGAATTGG TTCTTGAATA AAGATTGTAA TGATTGAGAT 4980 TAAGTTCATT CCAGTTATAT TGAATAATAA TGCTGAAACA ACCCCAAATA AGGAGATGAC 5040 GGTCATGACT GGAAGTAATA CGCTAAATGA TCTACTAACA GCTGGTGGAA TATTTTCACC 5100 AAGGTTCATT TGTAAAGCTT TAACGTTTGA TAATTCAATG AATAATTCTG TTGCAATAAT 5160 CGtACGATAA CCCCGGCGAA CATTGCGCCT GTACCTGTGT TGTTGAATGA AAGAACACCT 5220 GAAATGTTTA CCGCATCTTT TGCTCCGTCA GGAACTACAG AAACTGTATT TGGCATCATC 5280 ACAATTAAAG AAACTAATGA TAGCATTGAT GCTGCTAACG GGTTTTCGAA ATCTCTGTTT 5340 TTAGCTAAGA AATAACCAAC CATTACAGCA ATAATCATAC CTGAAATACT TAAAGTACCG 5400 TTTGCAATTG TTATTCCCCA ATATTGGAAT CTTGTTAATG TATCCCCTTG GAAAATCCAC 5460 TTAAATACCG TGTTGTTCAA AAGAACGATT AAACCTGCCA AAATATATAA TGGCATTACT 5520 GTTACGAATG CATCTCTTAG GGTTTTTAAA TGAATTTGGT TCCCTAGTTT ACCAGCAAAG 5580 GATGGCAAAA AAATTTTTTT GGGGGGGGGG GTTATTAAAC CCCCCTTTTT AAAAAAAA 5638 (2) INFORMATION FOR SEQ ID NO : 218 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4745 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 218 : CCGGAAGCTG TTGCCCTTGG AACTCCAAAT GAAGAAACAG CCTTTGTCTT GAACTATTTT 60 GGTGTGGAAG CACCACGTGT TATCACTTCT GCCAAAGCAG AGGGGGCAGA GCAAGTTATC 120 TTGACTGACC ACAATGAATT CCAACAATCT GTATCAGATA TCGCTGAAGT AGAAGTTTAC 180 GGTGTTGTAG ACCACCACCG TGTGGCTAAC TTTGAAACTG CAAGCCCACT TTACATGCGT 240 TTGGAGCCAG TTGGATCAGC GTCTTCAATC GTTTACCGTA TGTTCAAAGA ACATGGTGTA 300 GCTGTGCCTA AAGAGATTGC AGGTTTGATG CTTTCAGGTT TGATTTCAGA TACCCTTCTT 360 TTGAAATCAC CAACAACACA CCCAACAGAT AAAATCATTG CTCCTGAATT GGCTGAATTG 420 GCTGGTGTGA ACTTGGAAGA ATATGGTTTG GCAATGTTGA AAGCTGGTAC CAACTTGGCT 480 AGCAAATCTG CTGAAGAATT GATTGATATC GATGCTAAGA CTTTTGAACT CAACGGAAAT 540 AATGTCCGTG TTGCCCAAGT GAACACAGTT GACATCGCTG AAGTTTTGGA ACGCCAAGCA 600 GAAATTGAAG CTGCAATGCA AGCTGCCAAC GAATCAAACG GCTACTCTGA CTTTGTCTTG 660 ATGATTACAG ATATCGTCAA CTCAAACTCA GAAATCTTGG CTCTTGGTGC CAATATGGAC 720 AAGGTCGAAG CGGCTTTCAA CTTCAAACTT GAAAACAATC ATGCCTTCCT TGCTGGTGCC 780 GTTTCACGTA AGAAACAAGT GGTACCTCAA TTGACTGAAA GCTTTAATGC GTAAGATTTT 840 GGGTGTCAGC TCAAAATCGG AAAGTCTAGT TTGCCTTATA TCGCAAGGAG TTTCGGCTCC 900 TTTTTTCTAG GAGTGAAGTA TGTTAGAAAA TGGCGATTTG ATTTTTGTGA GAGATGGGTC 960 AGACATGGGA CAGGCCATCC AGACTTCCAC AGGTAACTAT AGCCATGTTG CCATTTATTT 1020 GGATGGGATG ATTTATCATG CTAGTGGACA GGCTGGTGTT GTCTGTCAAG AACCGGCAGA 1080 CTTCTTTGAG TCCAATCATT TATACGACCT CTATGTTTAC CCAGAAATGG ATATCCAGTC 1140 GGTGAAGGAA AGAGCTTGCA AACATCTTGG AGCACCCTAC AATGCTTCTT TCTATCCAGA 1200 TGCAGCTGGT TTTTACTGCT CCCAGTATAT AGCAGAAATC CTACCTATTT TTGAAACTAT 1260 TCCTATGAAA TTTGGAGwTG GGGAGCAGGA GATTAGTGAT TTTTGGAGGG AGTATTACAT 1320 AGAACTAGGT CTGCCTGTTC CTCTGAACCA AGCTGGTACC AATCCTAGTC AGTTGGCAGC 1380 ATCGCCTCTG TTACAATGTA AAGAAAGGAA TCTTCATGAT TCAGATTTTT AATCCATCTC 1440 GTTTGACGAG ACAGCCATTT TTGGAGAATT GATCCGCTAT CTGGATCAGT ATGAGGATGT 1500 GATTCTACGG GAAATTAAGG CTCAATTTCC AGATGTTGCA GTTGATAAAC TCATGGAAGA 1560 GTATATAAAG GCAGGCTTGA TTCTACGTGA AAATAAGCGC TATTACCTCA ATTTTCCTAC 1620 GCTTGAATCA CTTGATAGTC TTGAACTGGA TCAAGAGATT TTTGTCAGAG AAGCTAGTCC 1680 GGTCTATCAA GCCTTGTTGG AGCAGAGTTT TGAGACGGAA TTGCGCAATC AAATCAATGC 1740 AGCTATTTTA GTTGAAAAGA CGGACTTTGC GCGCATTAAA ATGACCCTGT CCAATTATTT 1800 TTACAAGGTC AAACAGCAGT ATCCTTTGAC AGAAAAACAG CAGGAGCTCT ATGACATTTT 1860 AGGAGATGTT AATCCTGAGT ATGCCCTCAA GTATATGACG GCTTTTTTGT TGAAATTTCT 1920 CAAAAAAGAC CAGCTTATGC AGAAATGCCG TGATATCTTT GTGGACAGTT AGGTTGTCTT 1980 AGGCTATATT GTGCAAAATG AAGATGGAAA GTATGAGTTG GCTATCGATT TTGATAAGGA 2040 GAGGTTAACT TTCTACTTAG CGTGATTTCT TGTTTCTGAG TACATTGTTT GACTTTCCTT 2100 AGTATTCGGT ATAAACTATA TGTAACCGGT AACACATATC GGAATAAACT AAAGGAGACA 2160 ATCATATGTC ACTTGAAAAC AAATTGGAAC AAGCAACAGG CGCTGTCAAA GAAGGTTTTG 2220 GTAAAGTTAC TGGAGACAGC AAGACAGAAC TTGAAGGAGC TGTTGAAAAA ACAGTTGCTA 2280 AGGCAAAAGA CGTTGTAGAA GACGCAAAAG GTGCTGTAGA AGGTGCCGTT GAAGGTTTGA 2340 AAAACGTTTT TACTAAAGAA TAGGAAAAAA TCAAGGGTTT CATTTTCCCT TGATTTTTTC 2400 TATTCTTATA AATAATTTTC TGCGACGGCT GTATCTCCTG GGTAGGATTC TTTCTTGCCC 2460 TGGATGATTT GGTAACAATC GGCTCCCTTA CCCGCAATAA TAACTGCATC TAATTCGTGA 2520 TTTGTGATAG CCATTGCCGC CTTGATGGCT TCTTGGCGAT CCGCAATCTT TTCAACAGGA 2580 TGATTGATGT AGCTACTAAT TTCATCTGCA ATGGCCATTG GGTCTTCATA GTTAGGGTCA 2640 TCAGCAGTCA GAAAGACTTG AATCTCAGGG TGTTGATTGA GGAGGAGGCC AAAGTCCTTA 2700 CGACGACTTT CTCCCTTGTT TCCTGTTGAT CCCAGAACCA GAGCAATCTT TCCGGTTTGA 2760 TGAGTTTCAA CCACATTGAT GAGTTTTTTC AGACTATCCC CATTGTGGGC ATAGTCGATG 2820 AAGACCTTGG CTCCATTTTT CTGAGTGAGG ACTTCCATAC GACCAGGAAC GCGGGTTGCA 2880 GCGATGCCTT TTTTGATGTC CTCAAGACTT GCTCCGAGAC GGAGACAAGC AAGTCCAGCA 2940 GCAACTGCAT TTTCTTGGTT GAAGTTGCCA ATGAGTTGAA TATCATAATC TCCAGCGAGT 3000 TTACCCGTAG CTGAAAAGCT AAAGGCTTTG GAATTCTCGA TTTGGTTATC AAATTGGCTA 3060 CCATAGAAAT CATGGTCTTG ATCTTCAACC TGTTCTTTCA AGACTGAGAA GTGGTCCATG 3120 TCACTGTTAA TGATGACTGC TCGGCTCTTT TCCATCAAGA GACGCTTGTG GTAGAAATAG 3180 TCTTCAAAGC TAGGGTGTTC AATCGGGCCG ATATGGTCTG GGCTGATATT TAGGAAAACT 3240 CCCACATCAA AGGTTAGACC ATAGACACGT TTGACCAGAT AGGCTTGACT GGAGACTTCC 3300 ATGATGAGGT GGGTACGGTC ATTTTGCACA GCCTGATTCA TCATGTCAAA GAGGTCAATA 3360 CTCTCAGGGG TTGTCAACGC TGACTTAAAG AAAGTCTCGC CATCAAGAGT TGTGTTCATG 3420 GTCGACAACA TAGCAGGTCT ATGCCCTTGA GATAAGATGT TATAGGCGAA ATAGGCTGCT 3480 GTTGTCTTAC CCTTAGTACC AGTAAAGGCA AGGAGTTTGA GTTTTTCCTG TGGATTACCA 3540 TAGAACTCCA TGGCAATCAA ACTCATGGCT TTCTTTATAT CGTTCACAAT GATGACAGGG 3600 ATACCGACTT CGTAGTCCTT TTCAGCTACA TACCAAGCTA ATCCTTGTGT TATAGCAGAA 3660 AGAAGGTATT CTTTTTTAAA GGCAGCGCCT TTTGCGAAAA AAAGAGTGTC TTCTGTTACT 3720 TTTCGGCTGT CGTAGCTGAT GCTATCAAAA ATAACTTTGC TGTAGTTGTA GTGGTAATGA 3780 CCTTGGTCAA TAATTTCGCG AAAAAGGCCA TCTTTCTTTA AAATATCTAA TACGGTTTCA 3840 ATCTTAATCA TACTTTCTAT TGTAAACCGA AAGTCGTAAA TTTACAAGTA ACAAGGAAAA 3900 GTTTATAATG GAAGATAAGG AGTTTTTCCT AGTTATCAAA ATTGAATGAG GAATCTATGT 3960 CGCACGAAAA CAATCACCAG CAGGCCCAGA TGTTACGGGG GACTGCTTGG CTAACGGCTA 4020 GTAACTTTAT CAGTCGCCTA CTCGGGGCTG TTTACATTAT CCCTTGGTAC ATCTGGATGG 4080 GGGCTTATGC AGCTAAGGCA AATGGTCTCT TTACCATGGG TTACAATATC TATGCTTGGT 4140 TCTTGTTGGT TTCAACAGCG GGGATTCCAG TTGCGGTGGC CAAGCAAGTT GCCAAGTATA 4200 ATACCATGCG AGAAGAAGAG CATAGCTTTG CCCTGATTCG GAGCTTCTTA GGCTTTATGA 4260 CAGGACTAGG CCTGGTTTTT GCTTTAGTCT TGTATGTCTT TGCTCCTTGG CTAGCAGACT 4320 TGTCTGGCGT GGGCAAAGAC TTGATCCCAA TCATGCAAAG CTTGGCTTGG GGAGTCTTGA 4380 TTTTCCCGTC TATGAGTGTT ATCCGAGGAT TTTTCCAAGG GATGAATAAC CTCAAACCCT 4440 ATGCCATGAG CCAAATTGCT GAGCAGGTCA TTCGTGTTAT CTGGATGCTC CTAGCAACCT 4500 TTATCATTAT GAAGCTCGGT TCAGGAGATT ATCTAGCAGC CGTTACCCAA TCAACCTTTG 4560 CTGCCTTTGT CGGTATGGTA GCCAGTTTTG CAGTCTTGAT TTATTTCCTT GCCCAAGAAG 4620 GTTCACTCAA AAGAATCTTT GAAACAGGAG ATAAGATTAA CAGTAAGCGT CTCTTGGTTG 4680 ATACCATTAA GGAAGCCATT CCTTTTATCC TGACAGGGTC TGCCATCCAG CTCTTCCAGA 4740 TTTTG 4745 (2) INFORMATION FOR SEQ ID NO : 219 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1900 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 219 : CCTGATTGAC CTTATAATAA GGAACAAAAC ACAATGCACT ACCTTTTCAA CAAAAGAGTT 60 GCTGCTTGAT TAAAACCATC ACACCAGTTA TACCATTTTG CTTCATACCC ATCTTGAGCT 120 AGGATACGAT CTTCTAAATC AAAAACAGAG TAAATCTTTC TTTCCTCGCA AGCTTGCGCA 180 TAGAGATGAT ATAGTTCATC ACCACCATCT CTATCCCACT CAGCAGAAAT CGTATCCCGA 240 CCTGCCAATA AAGCCTGATA AGCCCTGTGA TGCCCATCTG TAATCAGCAA ACAATCTCCA 300 AAGGCAAGAA TACTGATTGG ATCGACTTGG ATTGTTTCTG CCGACTGGTA AAGCATCTGA 360 ATATCTTGCA ACTTCTTTTC TGATAAATAT AGTTGAGTCA GATGAAGATC TGCTATATTG 420 ACTTTCATTT CTTTCTCCTC AAGGGAATTC GATACTCACT TCTGTTTGCC TTTAAATCGC 480 CATTGGAAGC GGAgCTTGTC ATAAAAGGGA AACTCGATAA ACAGGACTCC CAAGCCCACA 540 CAGAGACTGG CAAGGACGTC TGATGGGTAA TGAACTCCCA GATAGACTCT TGATACCAGC 600 ACACTGACTA GGTAGAGGCC AAGGACGATT TGTACGATTT TTCTCCAGAC CTGATCTTTA 660 ATCCGCTGAC TAAGAATAAC AATCAAAGTC CCTACCATCA GCGTTACAGC TAGAGAATGC 720 CCACTTGGGA AGGAAAATCC CTTCTCCTCC ACCAGATGTA AAATAGCTGG TCGTGGGCGC 780 TGGTAGATAT TTTTAAAGGT CACGATTAAA AGACCTGCCA AAGCCAGATT TCCCAGCATG 840 AAGAAACTTT CTATCTTCCA TCGCTTACGA TAAAAGACAA AAGCTGTAAT GACAACCCAA 900 GTGATAATCA CTGGGATATC AATCAGACGT GTGAGGGCTC GAAAAAGAAT AGTCAAATAA 960 TCTGGTAAGT CTCCTCGAAT GGCAGTCTGA ATCGATTGGT CAAAATTGAC CAACATTTCA 1020 GGGTAAAATT TGACCATGTA GCCAAGAATA ACGAAAAGTA AAAGGGCAAA ACTGCCCTTC 1080 ATTAAAAATG TTTGTTTATC TCTCATAATG TTTTAAGGTT GGTTTCAAGA GAACATACAA 1140 CAACCAGAAT GAAACGGAAA AGATAACACC TTCAATCAAG TTAAAAGGTA ATACCATGGT 1200 CATTAGGTAG TTGGAAAGTC CCAAAATTTT TCCAATATCA AAGTTAGCAA ACTTAGCGTA 1260 CAAAGGAACA GCATAAACAT AGTTGAGAAC CAACATGGCC AAGGTTAAAC CAATAGTTCC 1320 AGCTAGAGAG CCTAGTAGGA AACGAAGGGT TGTCCGTTCC TTTTTCCAAA TCAAAGCAAA 1380 TACGATGACA AAAACTCCCA AAGCTACGAT ATTCATCGGC AAACCAATGT AAGTATTCAC 1440 TCCTTGGCTG TTAAGAAGCA ATTTCAAGAG TGAGCGAAGC AAGAGCACTC CTAGAGmCsC 1500 AGGCAAATCC ATGACCACCA GACCCACAAG GACTGGCAAG ATACTAAATT CGATCTTGAG 1560 GAAAGATGCC GCTGGTAAAA GCGGAAAGTC AAAGTACATC AGCACAAATG AGATGGCTGA 1620 TAGAATTGCA ATGGTCGAAA GTCGACGTGT GTTTGTCATA ACAGGTTCCT CCAATTTTCT 1680 ATAAAATCAG AAGAAGTTGG AAAGGATTCC TCTATCTATT CTCACTTTTT ATATCCCAAA 1740 AGTTCCCTCT TACTCTATTA AAGAAAAACA AAGCAAGTGG TTACAATCCG GCTATAAATC 1800 TATCAAAACA GACAAGGCTA TTCTTTCGTC TTCTCCCATC CAGACTATAC TGTCGGTTGT 1860 GGAATCTCAC CACATCACGT TGCGCTCACG GACTTCTTTA 1900 (2) INFORMATION FOR SEQ ID NO : 220 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4692 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 220 : GGTTTTCCAG CAGGAGCTTC TCCTTTATCA GAATGACCAT CCCATCTGCT CACGATAGAT 60 GAATAATGAT ATTTTTTACC ATGATAGTAA TTTGAAAAAG CCTAACCACC TCCTGAACCT 120 TCTCCATATG TCCATACTCC TCCATCTGGA TATTATACAG CAGCTGATGC AGCTCCCAAT 180 AATGTAAAAC TTGAAATAAG AGCTAGAGCA AGTAATCTAT GTTTTTTCGT TTTCATTTTA 240 TTTTTTCTTT CAAAAAAAGC ACACCTTGAG CAACAATGCA ACAAAATAAA TCCTCCTCTC 300 TCTTTTATTG AAACCGCTTT CTTATGTGAT AAGAATAACT TTTTTATtAT TTGTTGTCAA 360 GGAAAAAATC GAATTTTTTA GATATTTTAC TATATTACCT CTGTGAATAA TATTATATAG 420 TAGTTTTATT TCAAAATAAT ATGCAACCAG TACTAACCAA ATATAAAATA GATGCCATTA 480 ACGAATTTTA TTCAAGTTTT TCCCATTCAT ACTATACAAG TAAAAGAGAT GGTGTTAACT 540 AAAAAGCAAT TCAAACTATT GTAAAATTCC TAGCAAAAAG AGAGCCGAAA CTCTCTTTTT 600 TATCTTCTTT TACTTTTTTT GACTGGCATG AGTGTGATGT CTCTAACACT AAAGTAAGCT 660 AGGATCAACA TGGCTATTGC TAGGAATATT TCTGTTGGTA ATTGAAAAAT TTTCAGAAAA 720 GATAGAACCA ATAAAATCAA GAGTGCCACT AAAATACATA CCATAGCGAC GATATTGACA 780 GTCCCTTTAA TGCTTTCTGG TGTCGCAAAT ACATAGAGTA GGAGCAGTAA AATTCCTAGG 840 ACTAAATAGA CCATCTTTCT CTCTTTCTAG CTCTTATTCA GCTGATTTTT TCTTCTTGTT 900 AGCTTTCTCA CGCTCTGCTT TGTTAAGGAT TTGTTTACGC AAACGGATAG ACTCAGGCGT 960 TACTTCCATG TACTCATCGT CGTTCAAGAA CTCAAGAGAC TCTTCAAGTG TCAAGATACG 1020 AGGCGTCTTG ATAACAGCTG TTTGGTCCTT AGTAGCTGAA CGAACGTTGG TCATTTGTTT 1080 TGCCTTCGTG ATGTTAACTG TCAAGTCATT TTCACGAGAG TTTTCACCGA TGATCATTCC 1140 TTCATAAACC TCAGTACCTG GGTTGACAAA GATCGTACCA CGTTCTTCGA TAGACATGAT 1200 TGAGTAAGTT GTAGCCTTAC CAGCATCGAT AGAAACAAGG GCACCACGGT GACGTCCACC 1260 AATTTCCCCT GGAATCAATG GCAAGTATTG GTCGAAGGTA TGGTTCATGA TACCGTAACC 1320 ACGAGTCATT GATAAGAACT CAGTTGAGTA TCCAATCAAA CCACGCGCTG GAACAAGGAA 1380 GACCAAACGA GTTTGACCAT TACCAGTTGA AATCATATCC AACATTTCAC CTTTACGTTC 1440 AGAAAGGCTT TGGATAACAG ACCCTTGGTA TTCTTCTGGA GTGTCGATTT GTACACGTTC 1500 AAATGGTTCA CATTTAATAC CGTCGATTTC TTTTACGATA ACTTCTGGAC GAGATACTTG 1560 AAGTTCATAG CCCTCACGAC GCATTGTTTC GATAAGGATT GACAAGTGCA ATTCTCCACG 1620 TCCTGAAACA GTCCATTTAT CTGGTGAATC AGTTGGGTCA ACACGAAGGG AAACGTCTGT 1680 TTGCAATTCT GCCTGCAAGC GTTCTTCCAC CTTACGAGAA GTTACCCATT TACCTTCTTT 1740 ACCAGCAAAT GGTGAGTTGT TGACCAAGAA AGTCATTTGA AGAGTTGGCT CATCGATGTG 1800 TAGGATTGGA AGAGCTTCTA CTGCATCTGT CGGAGTGATG GTTTCACCGA CAAAGATGTC 1860 TTCCATACCT GAAACGGCAA TCAAGTCACC CGCTTTGGCT TCTTGGATTT CACGACGTTC 1920 CAAACCAAAG AAACCGAAGA GTTTTGTAAC ACGGAAGTTT TTAGTTGTAC CGTCAAGTTT 1980 AGAAAGGGTA ACTTGGTCCC CAACCTTAAC TGTACCACGG AAGACACGAC CGATACCGAT 2040 ACGTCCAACG AAGTCATTGT AGTCCAAAAG TGACACTTGG AACTGCAAAG GCTCATCTGA 2100 GTTATCTACT GGAGCTGGGA TATGGTCGAT AATCGTGTCA AAGATTGGTG CCATAGTCGC 2160 TTCTTGGTCA GCTGGATCAT CTGACAATGA AGAAGTTCCG TTGATCGCTG AAGCATAAAC 2220 CACTGGGAAA TCAAGCTGGT CGTCATCTGC ACCAAGCTCG ATGAAAAGTT CCAAGACTTC 2280 ATCCACTACT TCTGCTGGAC GAGCTGATGG CTTATCGATT TTGTTAACAA CCACGATTGG 2340 GACAAGGTCT TGTTCCAAGG CTTTTTTCAA TACGAAACGA GTTTGTGGCA TGGTTCCTTC 2400 ATAGGCATCT ACGACCAAGA CAACACCGTC AACCATTTTC ATGATACGCT CAACTTCTCC 2460 ACCAAAGTCC GCGTGTCCTG GTGTGTCCAT AATGTTGATA CGAGTTCCGT TGTAAGCAAC 2520 GGCAGTATTT TTAGCAAGGA TGGTAATTCC ACGCTCTTTT TCGATATCGT TTGAGTCCAT 2580 AGCACGCTCT GCCAATTCAG TCCGTGCATC AAGCGTTTCT GATTGTTTCA ATAATTCGTC 2640 AACCAGGGTT GTTTTACCGT GGTCAACGTG GGCGATAATC GCAATGTTAC GGATATCTTC 2700 TCTTAATTTT GTCATGATTT CCTCTATAAT ATTCAAAATT TATTTTCTAA CTGAACGATT 2760 ATACCATAAT TTCAAATAAA TAACATAACT CAAGCAAGTG TAAATGTTTT CACTCTGCTT 2820 TTCTTTTCAC GTCAAGCCTT TTCAAAGCGA GCGACTTATG ATAAGATAGG CACAGTATGC 2880 GTTTAGATAA TTTATTAGCT CAAGAAAAAA TCAGCCGAAA GGCCATGAAG CAAGCACTCC 2940 TCAGAGGGGA AATTCTAGTC GATGGTTGCC CAGCCCGCTC CCTAGCTCAA AATATCGATA 3000 CAGGACTACA AGAACTCCTT TTTCAGGATC GAATCATTCA AGGCTATGAA CACACCTATC 3060 TTATGCTTCA TAAACCTGCT GGTGCCGTTA CAGCCAACAA AGACAAGGAA CTTCCGACCG 3120 TCATGGACCT GCTTCCATCT AACATCCAGT CTGACAAGCT CTATGCCGTT GGCCGACTGG 3180 ACCGAGATAC AACGGGACTC CTCCTCTTGA CCGATAACGG TCCCTTGGGC TTTCAGCTCC 3240 TCCATCCCCA ATATCATGTC GATAAGACTT ACCAAGTTGA GGTTAATGGA CTTCTAACAC 3300 CTGACCATAT CCAAACCTTT CAAAAAGGAA TTGTCTTTTT AGATGACACT GTCTGTAAAC 3360 CCGCAAAACT AGAGATTCTA TCTGCAAGTC sCTCCCTCAG TCAAGCCTCT ATCACCATTT 3420 CAGAAGGAAA ATTTCATCAA ATCAAGAAAA TGTTCCTCTC GGTTGGTGTT AAGGTGACTA 3480 GCCTCAAAAG AATCCAATTT GGGGACTTCA CATTGAACCC AGATTTAGCA GAAGGTAACT 3540 ACCGCCCTTT GAACCAAAAA GAGTTACAAA TCATTAAAAA CTATTTAGAG ATGAGTCGAT 3600 AAAACAAAAA AAGCTTTAAA ACTAAAGCTT TTTTCTTTTA TTTACCGAAA AATTAAGGCG 3660 ATTGCTACAA TCCAGTTAAC TACAGAAATC ACAATTCCTA AGATATTAAG AATCTTTTCT 3720 ATTTTATAGT CTAATTGTGA CTCTTTTTGG TATGAAATAG CCAAGACCAA TCCTATGATA 3780 CCCAAAATCA GGCCTACAAT TGGAAATAAC AAACCAAGAA TAATCGACAA GATACCCACA 3840 AAAAGTGGAT TTTTCTTCTT TTCTTTTATG TTCTAAGAAC TCCTTAAATT TTATACAAAT 3900 TAATTATACT ATAAAACAAT AGCTTCATCC TATCATTCGA CTAATTTGGA AATAAGGTTA 3960 GCTAGTCTTC ACTTTCCCTT TCCAAGAATC CAAGCCATAA GAAAGGATAT AAATCTCAGA 4020 AAAACCTTGT TTTTTCAAGT AAAGAGCTGC ATTTGTAACT CGTTGCGCAC GTTGGTTTTC 4080 GTAGAGAAGG ACAGGTTTAT CTTTACGAAG GGCTGCAAGA CTAGTTTTCA ACTGACTTGA 4140 AGGAATATTG CGTGCACCAA GGATATGTTT TCTGTGGAAT TCTGCTGGGT CGCGCAAATC 4200 AATCAATTGA CCCGTACGAA TCAAGGCTTC AAACTCCTCA TTGTCCACAA TTTTAGCCGC 4260 ACGGCGAATA CGAAGATAGT TAAAGCCCAT CCACGCCAAC ATTGCTAGTA TAAGTGCCCA 4320 CAAAATCCAA GTAACCATTA GTTCTTTTCT CCATTTTTCT CAATATAATC CAATTCTACC 4380 TTGTGCTCTC TGCGAAGAAC TGCTTCTGCC TCTAGATAGT CTAATTTATC CATCAACCCT 4440 GCATCGTAAA TCCGAGATAG TTCCAACTTC ATCAGTTCAA TATCATATAA GCGTTTTCCC 4500 ATGTAAACAA TAATACCAAA TCGTTTGAGG AATTGCTGCA CATCATAGAA TGTTTTCATA 4560 AGACTCATTC TAGCAAAATT TTGTGTTTTT TTCAAGAAGA GACTCACACA ATGCTCCTTA 4620 TTTTCCTATC TTCTTTAGCG ATTCTAAGGC AAGTATGGTA CAATAAAAAC ATGGGGATTC 4680 AACAATTACA TT 4692 (2) INFORMATION FOR SEQ ID NO : 221 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 706 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 221 : GCTAAAAAGC TGATAATCTT CGACTCCTGT ATATGATGTG TCTTTTCATG TAAGACACGC 60 GCCGCCAGAA TCATGGCAAG AGCTGCAAGA CTGGCAAGTA AGAAGCCGAT AAGATAGGCA 120 AAAAGATAAG TGAATTTGAC AAAGAAAGTC AAAAGAACTA GGAAACCAAA GCCTCCTCCA 180 AAAACTACCA AAGTCTTTCG TAAATCCCAG ATTTTATCCA ACTGCTTGAC GAGGGAAGTC 240 GTCTGACGAA CGCCTACAAT AGTTGCTAAC ATACTTCCTA AAAAGAATGG ATAGACATGA 300 GTTAAACTGG AGAAATAAAC AGAGGAATAA GAGGTCACTA GAAAACTACC AATAAACATG 360 GAGAAGAAAC TGATCAAGAA GGCAACAGCA GATAAGAGAA AGACCATCCC CTTCAACTGA 420 CCATTTGATT TAGCTTGTTT GGATAAGAAC CAAACTGCCA ATCCCCAAAG AATATAGTAG 480 TGAACCTCAA CTGCCAAACT CCAATTATGA ACAAACAAAT GAGGAATGAA CTGAGATTCA 540 TAACTCCCAC CTGTTAGGAG TTCATAGAAG TTGGTCATAA AGCCTAAGAC GCCCGCAATC 600 TGGCCACCAA TTCCAGCAAC ATAGTCTTGG CGAACCAAGA AAGTAAAAGG CATGGTCACC 660 AAGACCATCA AAACCACAGG TGGCACAATC TCGATAAAAG CGTCTT 706 (2) INFORMATION FOR SEQ ID NO : 222 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3236 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 222 : CAGCTGATGG GCAATATCAG TCATAGAAAT TTTTTCAATT AACTTTTGAG CAATTTTTTG 60 GTTGATGATA CGAGGGATTT GGTGATTTTT CTTTACCAGG GGAGTCTCAG CAACCATCAT 120 TTTTGAACAG TGATAGCACT TGAAACGGCG TTTTCTAAGG AGAATTCTAG AAGGCATACC 180 AGTTGTTTCG AGGTAAGGGA TCTTAGACGG TTTTTGAAAG TCATATTTCT TCATTAGACT 240 TCCACAATCA GGGCAAGATG GAGCCTCATA ATCCAGCTTA GCGATAATTT CTTTGTGGGT 300 ATCCATATTG ATGATATCTA GAATCTTGAT GTTTGGGTCT TTAATATCGA GCAGTTTTGT 360 GATAAAATGT AATTGTTCCA TATGATTCTT TCTAATGAGT TGTTTTGTCG CTTTTCATTA 420 TAGGTCATAT GGGACTTTTT TTCTACACAA AAATAAGCTC CATAATATCC ATAGGGGATT 480 TACCCACTAC AAATATTATA GAGCCCGAAA ATATGGGAAA ACTGATCCTT GTTTCTGCTT 540 TTGTCTATAG AAGAATAATA AAGATTATCT TCTTCAAATT CTCCGATATT CTCTAAAGTT 600 TTGTGCAAGT TGCACAGAAC TTGTTTATTT TTTTGGTCAT CTTGCCATAG AAATATAAAG 660 CGTTTTCATA TATAATATAA TTATCAAAAG ACAAAAGGAG TTCACCTCAT GGTAGAATTG 720 AATCTTAAAA ATATTTACAA AAAATATCCA AACAGCGAAC ACTATTCAGT TGAAGATTTC 780 AACTTGAACA TCAAAGATAA AGAATTTATC GTTTTCGTAG GACCTTCAGG ATGTGGTAAA 840 TCAACTACAC TCCGTATGAT TGCTGGTCTT GAAGACATTA CAGAAGGTAC TGCATCTATC 900 GATGGCGTAG TTGTCAACGA CGTAGCTCCA AAAGACCGTG ATATCGCCAT GGTATTCCAA 960 AACTACGCTC TTTACCCACA CATGACTGTT TATGACAACA TGGCTTTCGG TTTGAAATTG 1020 CGTAAATACA GCAAAGAAGA CATTAACAAA CGTGTTCAAG AAGCAGCTGA AATACTTGGA 1080 TTGAAAGAAT TCTTGGAACG TAAACCAGCT GACCTTTCAG GTGGTCAACG TCAACGTGTT 1140 GCCATGGGGC GTGCGATTGT CCGTGATGCG AAAGTATTCT TGATGGACGA ACCTTTGTCA 1200 AACTTGGATG CCAAACTTCG TGTATCAATG CGTGCTGAAA TCGCTAAAAT TCACCGTCGT 1260 ATCGGAGCTA CAACTATCTA TGTAACTCAC GACCAAACAG AAGCGATGAC ACTTGCAGAC 1320 CGTATCGTTA TTATGTCAGC TACTAAGAAC CCTGCTGGTA CAGGTACTAT CGGACGTGTA 1380 GAACAAATCG GTACTCCTCA AGAAGTTTAC AAAAATCCAG TTAACAAATT CGTTGCAGGA 1440 TTCATCGGAA GCCCAGCTAT GAACTTCATC ACCGTGAAAT TGGTTGGTAG CGAAATTGTT 1500 TCTGACGGTT TCCGTTTGAA AGTGCCAGAA GGAGCATTGA AAGTTCTTCG TGAAAAAGGC 1560 TACGAAGGAA AAGAATTGAT CTTTGGTATC CGTCCAGAAG ACGTGAATGC AGAACCTGCT 1620 TTCCTTGAAA CATTCCCAGA CTGTGTTGTA AAAGCGACTA TCTCTGTATC AGAACTGCTT 1680 GGTTCAGAAT CTCACCTTTA CTGTCAAGTT GGTAAAGACG AGTTTGTTGC AAAAGTTGAT 1740 GCTCGTGACT ACTTGCAAAC AGGTGCAACA GTTGAGCTTG GATTTGACTT GAACAAAGCA 1800 CACTTCTTCG ATGTAGAAAC TGAAAAAACA ATCTACTAAA ATAAATAAAA TTCAAAGCAC 1860 TACAAGAAAA GATATCTCTT TATCAATTGT AGTGGAGAGA TATCAGTTAA TCTAGGGAGA 1920 GAAACAAAAT GCTTCTCTCC TTTTTGCTAG AGAAGTCATA TTATGCATCT ATATTGTGAT 1980 GCTCTTTAAT ACTCTTCGAA AATCTCTTCA AACCACGTCA ACGTCGCCTT GCCGTACGTA 2040 TGATTACTGA TTTCGTCAGT TTTATCTGCA ACCTCAAAGA TGTACTTTGA GCAGCTTACG 2100 GCTAGTTTCC TAGTTTGCTC TTTGATTTCC ATTGAGTATT ATTTGTGGGT ACCATCTACA 2160 AGTGAAGCTA TATGCGTAAA CTACGTGAGC AATTGAATTC GAACTAGAGA GGTAATAATA 2220 AATTTATGCT ATAGTTATGG TGACTTGTAT GCTTTTGATT CTAGTTTATC AAATAATAGA 2280 TTAGAATTGT CAGATAATAT CATTTTGTGT TATAATGAAG AAAAAACAGA GGTGTTCAAA 2340 TGTCAGAAGC AGGTCATAAG TTTTTAGCAA AATTGGGGAA AAAACGCTTA CGTCCAGGTG 2400 GAAAGCGTGC CACAGATTGG TTAATTGCAG AAGGAGGATT TTCAAAAGAA AAGAGAATAC 2460 TAGAGGTTGC GTGTAATAGG GGAACTACAG CAATTGAGTT GGCACAGCGT TTTGGTTGCA 2520 AGATAACTGC TGTTGATATG GATGCTCAAG CTTTAGAAGT GGCTAAAAAA TCTGCTGGAA 2580 CGGCAGGTGT TGCTCATTTA ATCAGTTTTG AAAGAGCAAA TGCAATGAAA CTTCCTTATC 2640 AAGATGCTAG TTTTGATATT GTTATAAATG AAGCTATGCT GACTATGCAA GCCGATCAAG 2700 CTAAGAAAAA ATGTGTAATG GAATATCTAA GGGTATTAAA ACCTGGAGGT CTTCTCTTGA 2760 CACATGATGT GCTTCTTAAG GAAGCTAAAG AGTCTATCAG ACAGGAATTA TCACAAGCAA 2820 TTCATGTAAA TGTAGGTCCT TTAACTCAAG ATGGTTGGGA ACAGGTGATG ATAGAATCAG 2880 GTTATTGTGA TGTGAAAGCA TTGACTGGTG AAATGACATT AATGAAATTA TCGGGTATGA 2940 TTTATGACGA AGGTTTGCTA GGAACTTTGA AAATTTGTGT AAATGCTTGT AAAAAGGAGA 3000 ATAGAAAGCA GTTTTTAACT ATGTATAAAA TGTTTGCTAA GAATAAACAG AAATTGGGCT 3060 TTATTGCGAT GGCTAGTTAT AAATCGTCAA AACGTTAGAT AATTATTGAA GTTAACTTTT 3120 CCTTTTTTCT TTCTTAAAAA ATATGCTATA ATAGAGAGTA AAAAACTTTG AAAGAAAGAA 3180 AAAGATGAAT TTAAAAGATT ACATTGCAAC AATTGAAAAT TATCCAAAGG GTACCG 3236 (2) INFORMATION FOR SEQ ID NO : 223 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2885 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 223 : CCTGACTTTT CAAATTGGTT AGTTTGCCAC ACTTGGTTTA TATGGTCGTG GAAAGCATGG 60 CTATTACTTC TCAAAGGGCG ATTTCTCACC CCATGAAAAG TGTCTATTTT TGTTTAGGTT 120 TGTAAGTTAA TTCATTGTCA CATATTACTC TTTAACTGAT TGAGTGAGTA CCGCTTATAT 180 TTGATGCCAA ACGCCTTAAA AGTGTTACCC TCAAGTCCTT TTAGAATACG GCTATAATTC 240 CGCTCATTGT AAACTATCTT AAGCTCATCA CTATCTAGGT TGGTATTAAA AATGGTATTT 300 TCACGATTGT TTAGCACGTC AAAGAGTAAA TCCTGCTCCC AGTCACTCTT AGGCTTAATA 360 ACAGCATTTT TTGCTCCTAA ATCATCAATA ATTAAGTAAT CAACAGACTT CATGAGTTCA 420 GTAGCTTCAA ACTCTGTAAG TGTTGCACCT TTACCATAAT TCCACCCCTC TTTAATTTGT 480 TTGATCATTT CGGTTAGGCT TACAAAAAGC ACACTCTTAG GTTCTCCTTT TGTCTTATAC 540 CCCTCATTTA TACCTTTGGC AATAGCAACT GATAAAAGTG TTTTTCCAAT CCCTGTACCT 600 CCTGTGATAA GCGTATTTCC CCTCATGCCA TCAAGATATT TTTGTACCTG ACCTTTTGCA 660 AATTCTAAAA ATCGCTTTTC TTCTGATGTT ACAGCATTAA AATCATCAAA AGTTTTAGTT 720 TTAAACTCAT CTGCTACATA GCTCTTATTG CTCATCAACA CATTATAAGT TTGCATATAT 780 AGTTTAGCAT TCAAATTATC AGCAATCGCA TCTTCTTCAT CTTGCTTTTT CTGTTCTTCT 840 TGGCATTGTT CACAATAGGG TGGGATACAG CGAACTTCTT TTATTGCCTC TCCGTTCTCA 900 TTCCACCCCA CTACTACATG TCTTTCTCCT TTGATTTGTG TTAGCTGTAT TTCATGCTTA 960 GGACACAATT CGTCTAGTTT AAATGTCTCA ATATTTCCTA AACTAGATTG TAATGATTTC 1020 ATTTTCTGAC CTCCTAAAAT GGTTTTTCTT GTGTTGGTAT CCAATCTTCA TAGCTGGTAG 1080 GCTCTAGTTG ATTGGTTTGC TGTTTTTTAG CCTCACGCGC TGCCCTGCTA TTTCTAACAA 1140 GTTCCACCGT CAATAAATTG TCCTGTTTCC AACGGTTAAG GATTACCTTG ATGTATGCAA 1200 AGTTTGCTTT ACCCTGACTG ACAGCCTCTT TTAACGCCTC ATGGATAAGC TCTGGGCTAA 1260 AATCTTCTAG CATATACTGC AATTCTTGAA TCTGTAACGG TGACAATGCT TTACCTGTCT 1320 CAGCTCGCTT CATATTCAAC AAGTCGTCTA TTTCCACACT GGTTACTTTT TTATTTACAA 1380 AATCAGAAAT CAGTTGAAAA ATGTTTGGAC TTTGTAGCTG GATTTCAGCC ATTACCTCAT 1440 CAAATTCTGC TTGTGTCATG TTGTCTAAAT CTAGTGTCAT TGCATTGCCT CCTCAAACTT 1500 CTCTATAAGA CAACTTTTAT TTGCTTTCTG AGTTCCATTT TTAGAGTTAA AAAGAATATC 1560 TTTTAAGGTT ACAGTAGCCT CTAAATACTC CTTTTCAGCA TGCTCTATAT ACGCCTGTTG 1620 CTCTGCTTCG TTCTCAAAAA AGTGCTTAGC TTGGCGTTTA AAGAATGCTT TTCGCATAGC 1680 GTCCATTTCA AAAATACCAG GGGCGAAAAA CATTCCCGTA GTGCTTTTAG AGACCGCTTC 1740 GATTTTATGG CTTTCATTCA ATTCAGGAAG TTCAATCCAA AGTAAACGGG ACAACTCATC 1800 TTTGATGGAT TTTGTCTGAC TTTCCAATAA AGAAAGGATT CTTAGGCCAT TTTCTTCGCT 1860 AATTTCTCGC ATTTCTGCGC TAATTCTGTC TATACGTCTA GTTAAATTCT CATATGTTGT 1920 TTCTGTCATG TTTTTACCTC TGTTTCTTTG TTGGTGTGAT TTTTTAGCTT ATTTTTTTAC 1980 TTCTAAACAT CATTGTCTTA ATTTCCTGAT AACTCATTTT CAATTCAATC ATAGCTATTG 2040 CCATATCCTC AAATGCCTGG TACTGCTCCA ACTCCTCACT AGTCAAGCTA TCGATACCGT 2100 TATAGCCCCC ACGCTCTTCT CTTAACTGCT TAGCGTTCAT GTCTGTTACT GCCTTTAGTA 2160 GCAAGTTGTT CATGGTGCTA TGCGCGTGCT TTGGTGCATT AGGCCATGTT TCTATACTGT 2220 CATGCAAGGT TTTTCTTTTC GGTTTTTCTA GCGCCCTCTG CAGACGAATT TCAGAAAGTT 2280 CCTCACGCAT TTCAAAGAAT GCTTTGACTA GGTTTAGTTT GAATTGCCGT ACTGTTTCGG 2340 TATTCTTTAA ATAAGTGATC AGAAAAGTAG CCTGTTGCTC GTTCAGAATA TAGGATTTTT 2400 TAGGTTGTCC TCTAGTATCT AATTTATGGA TTTTAAATCC AAGTATTCCC AACTCTTCAA 2460 AGTCAGCCTT ATTTTCTCTT ATTAAGCGCG TGATAGTGTG GTGTTGTACT TCAGCACATT 2520 CAGCGATGAT CTCGCTTGTG GTGTACGGCT CTTTCTTACC GTCCATGTAA ACTAGTTCCA 2580 TTACGGTTCT ACCTCCTGTA TAAATCTGGT TAGCTTACTT TTTAATTGCC TCCTCTAGCC 2640 TCTTTTTTAG CCTCTAAAAC GGCTTTGGCT AGTGGTTAAT ATTATTTACC ACTTGTCTCT 2700 ATAAACGTGT TAGAGGCCTT TATAACGACT TGTATCGCTG TATCGATATC CTCCGTGGAA 2760 TAGTAGATTT ATTTTCTAAT ATCATTCAAG ACTTGTTTAA CCCATTTCTT GAAAGAAATA 2820 AAATTACATC TTCTTTATCC TTGGCATCTG CTTTGTCTGA GACAAATTAG AATGTCAATA 2880 CTTGG 2885 (2) INFORMATION FOR SEQ ID NO : 224 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3144 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 224 : TATCAATCCT TTCCCATTAT AGGAGCAACA GAGTGGGAGT AGTCATCTAA GGACTAATTT 60 ATGTATTTTT ACGAGTCAGT ATCTTGGGAT ACTGGTTTTT ACTTTTCTAG ACTTTTTGAC 120 TACTTGTTAA AACTGGGATA ATTTTCGACT GTTTAACAGT TATTATGCAA AGTCTAAAAG 180 ATTAGAATTG TCAAAACAAT CCGTCTAGGC TTGATTTTAT CCTTTATTTA CTATAAAATG 240 AGAAGGAAAA ATGTCAAACT TTTATATTGC AAATAGGAGA AATCATGACA AAAACATTAA 300 AACGTCCTGA GGTTTTATCA CCTGCAGGGA CTTTAGAGAA GCTAAAGGTA GCTGTTCAGT 360 ATGGAGCAGA TGCTGTCTTT ATCGGTGGTC AGGCCTATGG TCTTCGTAGC CGTGCGGGAA 420 ACTTTACTTT CGAACAGATG GAAGAAGGCG TGCAGTTTGC GGCCAAGTAT GGTGCCAAGG 480 TCTATGTAGC GGCTAATATG GTTATGCACG AAGGAAATGA AGCTGGTGCT GGTGAGTGGT 540 TCCGTAAACT GCGTGATATC GGGATTGCAG CAGTTATCGT ATCTGACCCA GCCTTGATTA 600 TGATTGCAGT GACTGAAGCA CCAGGCCTTG AAATCCACCT TTCTACCCAA GCCAGTGCCA 660 CTAACTATGA AACCCTTGAG TTCTGGAAAG AGCTAGGCTT GACTCGTGTC GTTTTAGCGC 720 GTGAGGTTTC AATGGAAGAA TTAGCTGAGA TCCGCAAACG TACAGATGTT GAAATTGAAG 780 CCTTTGTCCA TGGAGCTATG TGTATTTCAT ACTCTGGACG TTGTACTCTT TCAAACCACA 840 TGAGTATGCG TGATGCCAAC CGTGGTGGAT GTTCTCAGTC ATGCCGTTGG AAATACGACC 900 TTTACGATAT GCCATTTGGG AAAGAACGTA AGAGTTTGCA GGGTGAGATT CCAGAAGAAT 960 TTTCAATGTC AGCCGTTGAy ATGTCTATGA TTGACCACAT TCcAGATATG ATTGAAAATG 1020 GTGTGGACAG TCTAAAAATC GAAGGACGTA TGrAGTCTAT TCACTAyGTA TCAACAGTAA 1080 CCAACTGCTA CAAGGCGGCT GTGGATGCCT ATCTTGAAAG TCCTGAAAAG TTTGAAGCTA 1140 TCAAACAAGA CTTGGTGGAC GAGATGTGGA AGGTTGCCCA ACGTGAACTG GCTACAGGAT 1200 TTTACTATGG TACACCATCT GAAAATGAGC AGTTGTTTGG TGCTCGTCGT AAAATCCCTG 1260 AGTACAAGTT TGTCGCTGAA GTGGTTTCTT ATGATGATGC GGCACAAACA GCAACTATTC 1320 GTCAACGAAA CGTCATTAAC GAAGGGGACC AAGTTGAGTT TTATGGTCCA GGTTTCCGTC 1380 ATTTTGAAAC CTATATTGAA GATTTGCATG ATGCTAAAGG CAATAAAATC GACCGCGCTC 1440 CAAATCCAAT GGAACTATTG ACTATTAAAG TCCCACAACC TGTTCAATCA GGAGACATGG 1500 TTCGAGCTCT TAAAGAGGGG CTTATCAATC TTTATAAGGA AGATGGAACC AGCGTCACAG 1560 TTCGTGCTTA ATGTAGTTGT TTAGTTTTAA AAAACTATGC AAAGCTCCAT ATACAACACT 1620 TAAACGAGAT TAAAGAATGG CGAAATCCCT TGATGCGCAA GAGATTAGCT GTCTTTTTTA 1680 TTTTTTAAGT GATAAAGTCG GAGTTTAGGC ATCAAAGCCT ATCAAATTAA ACAAAGAAGC 1740 GATGTCTTAG ATATTTTGAA AAAAATTAAT AAGCAGAAAA CTCTCTATTA TTTTGTTGTA 1800 GAGAGTTTTT TGTTAATAAA ATTTCACAAA ATGACATTTA TATATTGCAT TAAGTTAGAT 1860 ATATGATATA ATATTGTTAA AAAGAGGCGC AACTTTTTAA AATTAATGAG AATCAAAGAG 1920 AAAACCAATA ATATTAATGG AGGAATAAAA AATGTAAGTA AGCATTATGG TCATTCAATC 1980 ATTCTCAAAG ATATAAATTT TGCACTTAAC AAGGGTGAAA TTGTTGGTCT AGCAGGGAGA 2040 AATGGAGTTG GTAAGAGTAC GTTGATGAAA ATTCTTGTTC AGAATAATCA ACCGACTTCA 2100 GGTAATATTA TAAGCAGTGA TAATGTTGGG TATTTAATCG AAGAACCAAA ATTATTTTTA 2160 TCTAAAACAG GTTTAGAGAA TTTAAAATAT TTGTCAAATT TATATGGTGT TGACTACAAT 2220 CAAGAAAGAT TTAGATGTTT GATCCAAGAG TTAGATTTGA CTCAGTCTAT TAATAAAAAA 2280 GTAAAGACCT ATTCTTTGGG TACAAAACAA AAATTAGCTT TGCTTCTAAC TCTCGTTACG 2340 GAACCTGATA TATTGATTTT AGATGAACCG ACTAATGGTT TAGATATTGA ATCATCACAA 2400 ATAGTTTTAG CGGTTCTAAA AAAATTAGCT TTACATGAAA ATGTGGGAAT TTTAATATCG 2460 AGTCATAAAT TAGAAGACAT TGAAGAAATT TGTGAGAGAG TTCTTTTCTT GGAGAACGGG 2520 CTTTTGACAT TTCAAAAAGT AGGAAAAGAT AGTCATAATT TCTTGTTTGA GATAGCTTTT 2580 TCATCAGCTA CAGATAGAGA CATTTTCATT ACCAAACAAG AATTTTGGGA TATTGTTTAG 2640 GAAGAGGGAT TGAGAATTAC TATGTCTGGG AATATTCAAA ATAGTGAGCT TTTTAAATTT 2700 TTTAACGAAA ACTCTATTAA AGTAGTTGAT TTTGAAACTA AAAAAGAGAC GCTTAAAGAT 2760 ATTTACCTAA ATCGTTCAAA ATAAAGGAAG GTTATAATCA TGAAATTAAA TAAACAGAAG 2820 AATCGGATGA TTTACGTCTT GTCTAATTTT CTATATGCTA TCTCAGTTTC CATTATTTAT 2880 GCTTTGAATG GCATTGTGTT ACTAGTCATA GTAAGTAAAT TGGGTATTCC AGGTGATTTA 2940 GGATTAAATT TTATAGTAGC TATTGTAGTC AATACAATTT TGTTAGTCCT GTTTTATTTT 3000 CTATTATCTT ACATTTTCTA TTTATACAAA TTGAAAAGTG GCTTGGTATw TGGTATTTTA 3060 GTAGCTTTAC TACTCTTTAT CTCTAATATA TTAAATACGA TGATGATGAA TACTAGTAAT 3120 GATTTGTTTA TCAAAGCAAT TGAA 3144 (2) INFORMATION FOR SEQ ID NO : 225 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3766 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 225 : TACGGTATTA TTTTTAAGGA GAAAGAATCA TGAAAATCAA AAAATGGCTT GGTCTAGCAG 60 CCCTTGCTAC AGTCGCAGGT TTGGCTCTTG CAGCTTGCGG AAACTCAGAA AAGAAAGCAG 120 ACAATGCAAC AACTATCAAA ATCGCAACTG TTAACCGTAG CGGTTCTGAA GAAAAACGTT 180 GGGACAAAAT CCAAGAATTG GTTAAAAAAG ACGGAATTAC CTTGGAATTT ACAGAGTTCA 240 CAGACTACTC ACAACCAAAC AAAGCAACTG CTGATGGCGA AGTAGATTTG AACGCTTTCC 300 AACACTATAA CTTCTTGAAC AACTGGAACA AAGAAAACGG AAAAGACCTT GTAGCGATTG 360 CAGATACTTA CATCTCTCCA ATCCGCCTTT ACTCAGGTTT GAATGGAAGT GCCAACAAGT 420 ACACTAAAGT AGAAGACATC CCAGCAAACG GAGAAATCGC TGTACCGAAT GACGCTACAA 480 ACGAAAGCCG TGCGCTTTAT TTGCTTCAAT CAGCTGGCTT GATTAAATTG GATGTTTCTG 540 GAACTGCTCT TGCAACAGTT GCCAACATCA AAGAAAATCC AAAGAACTTG AAAATCACTG 600 AATTGGACGC TAGCCAAACA GCTCGTTCAT TGTCATCAGT TGACGCTGCC GTTGTAAACA 660 ATACCTTCGT TACAGAAGCA AAATTGGACT ACAAGAAATC ACTTTTCAAA GAACAAGCTG 720 ATGAAAACTC AAAACAATGG TACAACATCA TTGTTGCAAA AAAAGATTGG GAAACATCAC 780 CTAAGGCTGA TGCTATCAAG AAAGTAATCG CAGCTTACCA CACAGATGAC GTGAAAAAAG 840 TTATCGAAGA ATCATCAGAT GGTTTGGATC AACCAGTTTG GTAATAAGAA ACAGGGAGGT 900 GGGAGAGAAA ATTCCACCTC TTGCTTTTGT ATAGAGTATA GATTGTAAAG AAGACTATTC 960 GTTCATAGAA AGGTAGAGAG AATATGGTTT TTCCTAGCGA ACAAGAACAG ATTGAAAAAT 1020 TTGAAAAGGA TCATGTAGCC CAGCATTATT TTGAGGTTTT GCGTACCTTG ATTTCTAAGA 1080 AATCAGTCTT TGCCCAGCAG GTTGGACTCA AGGAAGTCGC AAATTATCTG GGTGAGATTT 1140 TCAAGCGTGT TGGAGCTGAA GTGGAGATTG ATGAGAGCTA TACAGCGCCC TTTGTCATGG 1200 CACATTTCAA GAGTTCGCGT CCAGATGCCA AGACCTTGAT TTTCTATAAC CACTATGACA 1260 CTGTGCCAGC GGATGGGGAT CAGGTCTGGA CAGAGGATCC kTTTACGCTT TCGGTCCGCA 1320 ATGGCTTCAT GTATGGGCGT GGGGTTGATG ACGACAAGGG TCATATCACA GCTCGCTTGA 1380 GTGCTTTGAG AAAATATATG CAGCACCATG ATGATTTACC TGTCAATATC AGCTTTATCA 1440 TGGAGGGAGC GGAGGAATCG GCTTCAACAG ACCTAGATAA GTATTTGGAA AAGCATGCAG 1500 ACAAACTCCG TGGGGCGGAT TTGTTGGTCT GGGAACAAGG GACCAAAAAT GCCTTGGAAC 1560 AGCTGGAAAT TTCTGGTGGC AATAAGGGGA TTGTGACCTT TGATGCCAAG GTAAAAAGCG 1620 CTGATGTGGA TATCCACTCG AGTTATGGTG GTGTTGTGGA ATCAGCTCCT TGGTATCTCC 1680 TCCAAGCCTT ACAGTCTCTT CGTGCTGCGG ATGGCCGTAT CTTGGTTGAA GGCTTGTACG 1740 AAGAAGTACA AGAGCCCAAT GAACGAGAAA TGGCCTTGCT AGAAACTTAT GGTCAACGAA 1800 ACCCAGAGGA AGTTAGTCGG ATTTATGGAT TGGAGTTGCC TCTCTTACAG GAGGAGCGGA 1860 TGGCCTTTCT AAAACGTTTC TTTTTCGATC CAGCGCTTAA TATCGAAGGA ATCCAGTCTG 1920 GTTATCAAGG TCAGGGTGTT AAGACTATTT TACCTGCAGA AGCCAGTGCC AAGCTAGAGG 1980 TTCGTCTGGT TCCGGGCCTA GAACCGCATG ATGTTCTGGA AAAAATTCGG AAACAGCTAG 2040 ACAAAAATGG CTTTGATAAG GTAGAATTAT ACTATACCTT GGGAGAGATG AGCTATCGAA 2100 GCGATATGAG CGCACCAGCC ATTCTCAATG TGATCGAGTT GGCCAAGAAA TTCTATCCAC 2160 AGGGCGTTTC AGTCTTGCCG ACGACAGCGG GGACAGGACC TATGCATACG GTCTTTGATG 2220 CCCTAGAGGT ACCAATGGTT GCATTCGGTC TAGGAAATGC CAATAGCCGA GACCACGGTG 2280 GAGATGAAAA TGTGCGAATC GCTGATTATT ACACCCATAT CGAATTAGTA GAGGAGCTGA 2340 TTAGAAGCTA TGAGTAGAGA TATTATCAAG TTAGATCAGA TCGATGTGAC TTTTCACCiA 2400 AAGAAGAGAA CCATCACAGC GGTTAAGGAT GTGACCATTC ACATCCAAGA AGGGGATATC 2460 TACGGAATCG TTGGATATTC TGGAGCAGGA AAATCAACCC TTGTACGGGT GATTAATCTC 2520 TTGCAAAAAC CATCTGCAGG GAAAATTACC ATTGACGACG ATGTGATTTT TGACGGCAAG 2580 GTGACCTTGA CGGCAGAGCA GTTGCGTCGT AAACGTCAAG ATATCGGAAT GATTTTCCAG 2640 CATTTTAACC TGATGAGCCA AAAGACAGCA GAGGAGAATG TAGCCTTTGC CCTTAAACAC 2700 TCTGAACTCA GCAAGGAAGA AAAGAAGGCT AAAGTAGCTA AGTTGTTGGA CTTGGTTGGT 2760 TTGGCAGATC GTGCTGAAAA CTACCCTTCA CAACTATCTG GAGGGCAAAA ACAGCGTGTG 2820 GCAATTGCGC GTGCCTTGGC CAATGATCCA AAAATCTTGA TTTCAGACGA GTCAACTTCT 2880 GCCCTTGATC CGAAGACAAC CAAGCAGATT TTGGCCTTGT TGCAAGATTT GAACCAAAAA 2940 TTAGGCTTGA CTGTTGTCTT GATTACGCAT GAAATGCAGA TTGTCAAAGA CATTGCCAAC 3000 CGTGTTGCAG TTATGCAGGA TGGGCATTTG ATTGAAGAGG GTAGTGTGCT TGAAATCTTC 3060 TCAAACCCTA AACAACCTTT GACTCAAGAC TTTATCTCAA CAGCTACAGG TATTGACGAA 3120 GCCATGGTCA AAATCGAGAA GCAAGAAATC GTGGAACACT TGTCTGAAAA CAGTCTCTTG 3180 GTGCAACTCA AGTACGCTGG AGCTTCAACA GACGAGCCAC TTTTGAATGA ATTGTACAAG 3240 CATTACCAAG TAATGGCTAA TATTCTCTAT GGGAATATCG AAATTCTCGA TGGTACTCCT 3300 GTTGGAGAAT TGGTGGTGGT TTTGTCAGGT GAAAAAGCAG CGTTGGCAGG TGCCCAAGAA 3360 GCCATTCGTC AAGCAGGTGT ACAACTAAAA GTATTGAAGG GAGTACAGTA AGATGGAATC 3420 ATTGATTCAA ACCTATTTAC CAAATGTCTA TAAGATGGGT TGGGCTGGTC AGGCAGGCTG 3480 GGGAACGGCT ATCTACTTAA CTCTTTATAT GACAGTTCTT TCCTTCATTA TCGGAGGCTT 3540 CTTGGGGCTA GTGGCAGGTC TCTTTCTCGT CTTGACAGCG CCAGGTGGTG TCTTGGAGAA 3600 TAAAGTCGTA TTCTGGATTT TAGACAAAAT TACCTCAATT TTTCGTGCGG TTCCCTTTAT 3660 CATCCTCTTG GCAATCTTGT CACCACTTTC TCACTTGATT GTTAAAACAA GTATCGGGCC 3720 AAATGCAGCC CTTGTCCCAC TTTCTTTTGC AGTCTTTGCC TTCTGG 3766 (2) INFORMATION FOR SEQ ID NO : 226 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2520 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 226 : TGTTGCTGAG TTAATCGGTA CGTTCATGTT TGTATTCGTC GGGACAGGAG CTGTTGTTTT 60 TGGAAATGGT CTTGATGGCC TTGGTCACCT TGGAATCGCC TTTGCCTTTG GTTTGGCAAT 120 CGTGGTGGCA GCCTACTCAA TCGGAACTGT TTCAGGTGCT CACTTGAACC CGGCTGTTTC 180 GATTGCTATG TTTGTAAACA AACGTTTGTC ATCTTCAGAA CTTGTAAACT ACATCCTTGG 240 TCAGGTTGTT GGAGCTTTCA TCGCTTCTGG CGCTGTCTTC TTCCTCTTGG CTAACTCAGG 300 TATGTCAACT GCTAGTCTTG GTGAAAATGC CTTGGCAAAC GGTGTCACTG TCTTTGGTGG 360 TTTCTTGTTT GAAGTCATCG CAACTTTCTT GTTTGTATTG GTTATCATGA CTGTGACTTC 420 AGAAAGCAAG GGCAATGGCG CGATTGCTGG TTTGGTAATC GGTTTGTCAT TGATGGCGAT 480 GATTCTTGTC GGATTGAAGA TTACTGGACT TTCAGTAAAC CCAGCTCGTA GCTTGGCACC 540 AGCTGTCTTG GTAGGCGGCG CAsCCTTCAA CAAGTTTGGA TTTTCATCCT TGCACCAATC 600 GCTGGTGGAG TTCTTGCAGC CCTTGTTGCA AAAAATTTCC TTGGAACAGA AGAATAATTG 660 AAACTCAAAA AGCCTTGCTC CTCATCTTGA GGAACAGGGC TTTTTCGTAT GATACTCTTC 720 GAAAATCTCT TCAAACCACG TCAGCTTCAT CTTGCCGTAG TATGGTTACT GACTTCGTCA 780 GTTCTATCCA CAACCTCAAA ACAGTGTTTT GATCTGACTT CGTCAGTTCT ATCTGCAACC 840 TCAAAACAGT GTTTTAAGCT GACTTCGTCA GTTCTATCTG CAACCTCAAA ACAGTGTTTT 900 AAGCTGACTT CGTCAGTTCT ATCTGCAACC TCAAAACAGT GTTTTAAGCT GACTTCGTCA 960 GTTCTATCTG CAACCTCAAA ACAGTGTTTT AAGCTGACTT CGTCAGTTCT ATCCACAACC 1020 TCAAAACAGT GTTTTGATCT GACTTCGTCA GTTCTATCCA CAACCTCAAA ACAGTGTTTT 1080 GATCTGACTT CGTCAGTTCT ATCCACAACC TCAAAACAGT GCTTTGAGCA ACcTGCGGCT 1140 AACTTCCTAG TTTGCTCTTT GATTTTCATT GAGTATGACT TTAGCGGTTG TCAATTTTCT 1200 CTGGATAAAG GTCGTGTTGG AAGAGGCGTT GTTCTGCCAA GCCCTCATAC TTAGTTCCTT 1260 GCTTACCGTA GTTGTAGTAG GGGTCGATTG AAATGCCACC GCGCGGAGTG AATTTTCCCC 1320 AGACTTCTAA ATAGCGAGGG TCTAGCAAGT TGACCAAGTC TTTCCCGATG GTGTTGATAC 1380 AGTTTTCGTG GAAATCTCCG TGGTTTCGGT AGCTAAATAG ATATAGTTTG AGGGATTTTG 1440 ACTCGACACA GAGCTTGTCA GGAATGTAGG AAATATGAAT CGTCGCAAAG TCTGGCTGAG 1500 CAGTGATTTG TCCCAGCAGA GACATATCGA GGATATGGTG ACGAATGCCC TGTTCCTTAG 1560 CGATTTCTCT AGTAATTTGA ATTTCGAGGT GATGACGTTG GCCGTAGGCA AAGGTGACAG 1620 CTTCGACTGT TTCATAGTGT TGCATGACCC AGAAAAGGCA GGTTGTTGAA TCTTGACCAC 1680 CACTAAAGAC GACCAAGGCT AATTGACGTT TCATAGTACT CCTTCCAAAA TGGGAAATGT 1740 TCAGAGCACG CAAAAAGCTC CCATTAGGGA GCTAAAAAAT ACCAAATCGA GGTTTTTTTA 1800 GCGATGGCAT ATCCCAAACA TCGTAATATT CTACTTATAT AGTAAAATGA AATAAGAACA 1860 GGACAAATCG ATCAGGACAG TCAAATCGAT TTCTAACAAT GTTTTAGAAG TAGAGGTGTA 1920 CTATTCTAGT TTCAATCTAC TATAGTCTAG CATATTTTTT GAAAAATGGC AAAGGGCAAG 1980 AAAAAAGAGA CCAAAGAAAG TACTTGGTCT CTCGTTTGAT TAGCTCAATT CAGCAATGAT 2040 GGCCTTGATT TGTTCTGCTG TGTGAACACC TGCAACTTGT TTGACAACTT GGCCGTCTTT 2100 TTTGAAGAGA AGAGTTGGAA TAGACATGAT TCCAAAAGCA CGAGCTGTGT TTGGATTTTC 2160 ATCAACGTCC ATTTTAACGA TTTTCAAGAC ATCTTCTGAA AGTTCTTCAG ACAATTTGTC 2220 CAAGATTGGA CCTTGCATAC GACATGGACC ACACCAAGTT GCCCAGAAGT CTACTAAGAC 2280 CAAACCGTCT TTTGTTTCTT GTTCGAATGT TGCATCTGTA ATTGCTTTTG CCATTGTATT 2340 TCTCCTTTTT TTAGTTATAT TGGCTTAAAT CTTGTTTCAT GAGATAGAAG AAGATATCTC 2400 CATAAGTCCC ATGGTAGTCC AAATTATGAC CCTTGTAAGT TAATTTTTGG ACAGGGTAGT 2460 AkkCTGCGAC GCCGATAAGG CAAGCTTGTT GCGAACGTTC AAAGTCTTCA TAAGACTCGG 2520 (2) INFORMATION FOR SEQ ID NO : 227 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5278 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 227 : ACTCAGTTAG ATTTTGTTTT CAAAAACAAC GAAGAAAAAG ACCATGTTGC TCTACTTGGA 60 AGAATTGGCT CCGAACGTGT TTATCGATAT ATTAATAAAA AATATTTAGA TTTACCGGAA 120 ACATTCGAAA ATTATAATGT TTTTGTACCA GAAGCTAATG GAAGTGGTGC CTTAGGTGAA 180 GTCTTATCAA CACCCCTAAT CGGGGAACCC CTAATCGGGC ATACAGATAC TTTTTTATCT 240 ATTGGTAATT TTAAAACAAA ATTTGAAGCC GATGCTTGTA TTAAATTTAT TAAAACTAAA 300 TTCGCTAGAG TATTATTAGG TGTTTTGAAA GTTACTCAGC ATAATTCACG CAAAACTTGG 360 TATTACGTCC CCCTCCAAGA CTTTACGGTC AATTCGGACA TTGATTGGAC ACAATCAGTG 420 ACTGATATTG ACCGCCAGCT TGATCAAAAA TATGACTTTT CCCCTGAAGA AATTGCCTTT 480 ATTGAGAATC ATGTAAGGGA GATGGATTAG AAAAGTATTT TTATTTGACA AATAGTGCTC 540 AATGATCTAA AATGACTATA TAGGATTAGG TCAGGAAGCA TACGATGCCC TGACCCTTTT 600 TGTACTTATG AGATGAGAAA GTCATTTGTT AGATAAATTG ACTCGTTAGC AAACGTTCAA 660 AAAAGGAAAA CTTATGCCAG TAGAAATTAA AACCACTAAA GAAATTCATC CTAAAATCTA 720 TGCCTACACC ACACCGACAG TAACCAGTAA TGAAGGCTGG ATTAAGATTG GGTATACAGA 780 ACGTGATGTC ACACAACGTA TCAAGGAGCA AACGCATACA GCTCATATAG CTACAGATGT 840 CTTATGGACT GGTGATGCAG CTTATACAGA AGAGCCTGAT AAGGGGAAAA CTTTCAAGGA 900 CCATGATTTC CACCATTTCC TTTCTTTCCA TGATGTAGAA CGTCGTCCCA AGACGGAATG 960 GTTCTATTTT AATGGAACTC CTGAAAAATC AAAAAATCTT TTTGATAAGT TTGTTCAGCA 1020 TGATTTGTCT GGTTATCAGC CTGGAAAAGG ACAGGACTAT ACTCTGCGAC AAGAGCAAGA 1080 AGAAGCAGTT GCTAAGACAT TAGCTTATTT CCAAGAACAT GCTGGAGGCA AGTTTCTCTG 1140 GAATGCCAAG CCACGCTTTG GTAAAACCTT GTCTACCTAT GACCTAGCTC GACGGATGGA 1200 AGCTGTCAAT GTCCTAATTG TAACAAACCG CCCTGCCATT GCTAACTCAT GGTATGATGA 1260 TTTTGAAACA TTCATAGCAG GTCAAACGAC TTACAAGTTT GTTTCTGAAT CAGATAGCCT 1320 TAAGAGTCGT CCAATCTTGT CACGACAAGA ATTTCTTGGT ATTTTAGCTG ACGATGTAAG 1380 ACAACTTGCT TTTATCAGTC TCCAAGACTT GAAAGGATCT GTTTATTTAG GTGGAGAGCA 1440 CGATAAACTC AAATGGGTAA CTGATCTGCA TTGGGACTTG TTGGTTATTG ACGAGGCTCA 1500 TGAAGGAGTT GATACCTTCA AGACTGACCA AGCCTTTAAT AAGATTCGAC GAAATTTTAC 1560 TCTGCATTTG TCAGGTACAT CATTTAAAGC ATTGGCTAAA GGAGATTTTA CAGAGGAACA 1620 AATCTACAAC TGGTCTTATG CTGATGAGCA GGCTGCTAAG TATTCGTGGT CTCTTGAGCA 1680 AGAAGAGGAA AATCCTTATG AAAGCTTGCC TCAGTTGAAT CTCTTTACCT ATCAAATGTC 1740 TCAGATGATT GGCGAAAAGT TAGAAAAAGG CGCTCAGATC GATGGTGAAA ATATTGACTA 1800 TGTTTTTGAC TTAAGTGAAT TTTTCGCTAC AGATGATAAA GGGAAATTTA TTCATGAGCA 1860 TGATGTCAGA AATTGGTTAG ATACTCTATC AAGCAATGAA AAATATCCAT TTTCAACCAA 1920 AGAACTCCGT AATGAACTCA AGCATACTTT TTGGCTTTTA GAACGTGTCG CTTCGGCCAA 1980 AGCATTAAAA GCCCTACTAG AAGAACACCC AATCTATGAA AACTATGAGA TCGTTCTAGC 2040 TGCTGGTGAC GGACGTATGT CCGAAGAAGA CGATAAAGTC AAACTCAAAT CCTTGGACTT 2100 GGTTAGAAAA GCGATAGCAG AGAATGACAA AACCATTACC CTATCCGTTG GTCAGCTGAC 2160 GACAGGTGTC ACTATCCCTG AATGGACAGG TGTATTGATG TTATCAAATT TGAAATCACC 2220 AGCTCTTTAT ATGCAGGCCG CCTTCCGTGC TCAAAATCCT TACTCATGGA GCGATAACAA 2280 AGGAAATCAC TTTCGCAAAG AAAGAGCCTA TGTATTTGAC TTTGCGCCGG AAAGAACCTT 2340 GATTCTCTTT GATGAGTTTG CCAACAACTT ATTGCTTGTA ACTGCAGCTG GTAGAGGAAC 2400 TTCAGCTACA CGCGAAGAAA ATATTAGAGA ATTATTAAAC TTCTTTCCAA TTATTGCCCA2460 AGACCGTGCT GGTAAGATGG TTGAAATTGA TGCAAAGGCA GTTCTAACCA CTCCTCGCCA 2520 GATAAAAGCT AGAGAAGTTC TTAAACGAGG TTTTATGTCC AATCTCTTAT TTGATAATAT 2580 TAGTGGTATT TTCCAAGCAA GTCAAACAGT TTTAGATATT TTAAATGAGC TGCCAGTTGA 2640 AAAGGAAGGG AAGGTACAAG ATAGTTCTGA TTTATTAGAT TTTTCAGATG TTACAGTCGA 2700 TGATGAGGGA AATGCAGTAG TAGACCATGA AATTGTAGTT AATCAGCAAA TGCGACTTTT 2760 TGGTGAAAAA GTTTATGGAC TTGGTGAATC TGTTGCTGAG TTAGTCACAA AAGATGAGGA 2820 ACGAACTCAA AAACAGCTGG TCAATGACTT GAGTAAGACC GTTTCTTCAG TGATTGTAGA 2880 GGAATTGAAA GCAGATTATT CTCTAAAAAC AAGGGAAACT GAGCAAATTA AGAAACAAAT 2940 TACAGCAACA CTTGAGAATG AAATTCGAAA AAATGATATC GAAAGAAAAA TTTCTGAAGC 3000 TCATATCAAG CAAGAGTTGC AACAGCAGCT CAAAGAAGCA AATGATAAAG CGCAAAAAGA 3060 TAAGATTCAA GAAGATTTGG AAAAACGTTT AGAAGAAAAT AAACTCATTC ATAAAGAAAA 3120 ACTAGAACAA ACACTCAAAA AAGAAGTGGA AAAAATGCCT GAGAAATTTA TCGAACAGGT 3180 TGAGATAAAA CGTGTGGAAC AGTTGAAACA ATCAGCTCAA GATGAAATTC GTGACCATTT 3240 ACGAGGGTTT GCAAGAACAA TTCCAAGTTT TATTATGGCT TACGGTGATC AAACTCTAAC 3300 ACTTGATAAT TTTGATGCCT TTGTTCCTGA ACATGTTTTT TATGAAGTAA CAGGGATTAC 3360 GATTGATCAG TTTAGATATT TGCGAGATGG TGGGCAGGAT TTTGCAGGGC ATCTCTTTGA 3420 TAAAGCAACA TTTGACGAAG CTATTCAAGA ATTTCTTCGC AAGAAAAAGG AGTTGGCGGA 3480 TTATTTTAAA GATCAAAAAG AAGACATTTT TGACTATATT CCACCGCAGA AGACCAACCA 3540 AATTTTCACT CCTAAACGAG TGGTGAAAAG GATGGTAGAT GATTTGGAAA AGGAAAATCC 3600 AGGGATTTTT GATGATCCAT CTAAGACTTT TATTGATTTA TATATGAAGT CAGGCCTCTA 3660 TATTGCAGAA CTTGTGAAGC GGTTATATAA TAGCAATGGC TTGAAAGAGG CCTTTCCAAA 3720 TCCTGAAGAA CGCTTAAAAC ATATTTTGGA AAAGCAAGTT TATGGATTTG CTCCGTCTGA 3780 GATTATCTAT AACATTTCCA CTAATTTTAT ATTTGGCAAT CTTTCTAAAG ATATCAGTAG 3840 GAAGAATTTT GTTTTAGCAG ATACCATTCC AGCGGCTAAA GAAGGGAGCA TTCAAAAGTT 3900 GGTTGATTCC TATTTTGAAA ATAATTAAAA AGAAGGCCGA GTCAAAATTC TTTGAAATCA 3960 GAAAAAACGC ATAATATTGA GTGCTTTTGT ACTGCCCCCC AAAAGTTAGA CAGAAAAAAT 4020 CTAACTTTTG GGGGGCAGTT CAGACAATCC TTGGTATTAT GCGTTTTATT GTGGGAAGAT 4080 GTATAATGGA TTGAAATAAG ATATGAACAA ATCAATTAGG AATTTAAAGC ATTTTATAAC 4140 AACGTTTTAG AGTAATGGGG GGCTATTTCA ACTTCAACCT ACTATAATAC AGAAAAAAAC 4200 AACTCCCTGA TAATTCAAGG AGTTGTCTAT AGTTAAATTA GTTTTTAGAA GCTTCTTGGA 4260 ATTCTGGGTT TTTCCATGCT TCGTCAATGA TAGCTTGTAA TTCTTTAGCA GATGCTTGCA 4320 TTTTTTGAGT TTCTGCGTCG TTCAATGGGA TATTTACTGG ACGAACGATA CCATGTGCAC 4380 CAACAACAGC TGGTTGACCG ATAAAGACAT TCTCAACTCC GTATTGACCT TCTTGGAATA 4440 CTGAAAGTGG AAGTACTGCG TTTTCATCGT CAAGGATTGC TTTAGTGATA CGAGCAAGGG 4500 CTACTGCGAT ACCGTAGTAT GTTGCACCTT TTTTGTTGAT GATTGTGTAG GCTGCATCAC 4560 GAACACCTTC GAACAATTCA ATCAATTCAG CTTCTTGAAC ATTTTGAGTG TCTTTAAGGA 4620 ATTCTTCAAG GTTTACACCA GCGATGTTAG CGTGTGACCA AACAGCGAAC TCAGAGTCAC 4680 CGTGTTCACC CATGATGTAG GCGTGCACTG AACGAGCATC CACATCCAAT TTTTCAGCAA 4740 GTGCTTGACG GAAACGAGCT GAGTCAAGTG AAGTACCTGA ACCGATAACG CGTTCTTTAG 4800 GGAAACCAGA GAATTTCCAA GTTGAGTAAG TCAAAACGTC AACTGGGTTA GCAGCAACAA 4860 GGAAGATACC TTTGAAACCA GATTCAACAA CTTGAGTTAC GATTGATTTG TTGATAGCAA 4920 GGTTTTTACC TACAAGGTCA AGACGAGTTT CACCTGGTTT TTGAGGTGCA CCTGCAGTGA 4980 TCACAACAAG GTCAGCGTCT GCACAGTCAG AGTATTGAGC TGCATAGATT TTTTTAGGTG 5040 AAGTGAAGGC AAGGGCGTGA CTAAGGTCAA GCGCATCACC AACAGCTTTT TCATGCAATT 5100 GTGGAATTTC GATAATTCCA AGCTCTTGTG CAATTCCTTG GTTAACAAGT GCAAAAGCGT 5160 AAGATGAACC TACAGCACCA TCACCGACAA GGATAACTTT TTTGTGTTGT TTAGTTGAAG 5220 TCATTGTTTT AAACATCTCC TTAATTTTAT TAGGGGATTT TCCCTAGACA ACTTCATT 5278 (2) INFORMATION FOR SEQ ID NO : 228 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1941 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 228 : ATAAGGAATC TCTAAAAAAT TTTAAGGAGA ATCTAGCAAA TGGATTTCAC ATGGGCACTG 60 AAGTATGCCA CTGAATTTTT GGGAACTGCC ATTTTGATCA TTCTTGGGAA TGGTGCAGTT 120 GCCAACGTTG AACTTAAAGG TACGAAAGGT CACCAAAGTG GCTGGATCGT CATCGCTGTT 180 GGTTATGGTA TGGGGGTTAT GATCCCAGCC TTGATGTTTG GTAACGTATC TGGGAATCAC 240 ATCAACCCTG CTTTCACTCT AGGGCTTGCA GTTAGCGGTC TTTTCCCTTG GGCACAAGTG 300 GTACCTTACA TTATCGCGCA AGTCTTGGGG GCTATCTTTG GCCAAGCCTT AGTTGTGGCA 360 ACATACCGTC CATTCTACTT GAAAACTGAA AACCCAAATA ACATCTTGGG AACTTTCTCA 420 ACTATTTCAA GTATTGACCA TGGTACAAAA GAAAGTCGCT ATGCAGCAAC TGTCAATGGT 480 TTGATTAATG AGTTTGTTGG TTCATTTGTT TTGTTCTTTG CAGCTCTTGG TTTGACTAAA 540 AACTTCTTTG GTGCTGAAGT GCTTCAATTC ATGAAACAAA AGGCAACAGA AGCAGGACAA 600 ACAGTTGATT TTTCTGACTT GGCTATTAAA GCACAGGTGG CTCCACACAC TGCTTCAGGA 660 CTTTCTGTGG CTCACTTGGC ACTTGGATTC CTCGTTATGG CTTTGGTAAC ATCACTTGGA 720 GGACCTACAG GACCTGCCTT GAACCCAGCC CGTGACTTGG GACCACGTCT CCTTCATGCT 780 TTCCTTCCCA AATCAGTTCT TGGTGAGCAT AAAGGCGATT CAAAATGGTG GTATTCTTGG 840 GTACCAGTAG TAGCACCTAT CGCAGCAGCA ATTGCGGCAG TAGCTGTATT CAAATTCCTT 900 TATCTCTAAG AAATAGCTCC TTTAACATTT GAGTGAGCAC CATCTATAAG TAAGAGAGGA 960 TCAGACTGGk TCTCTCTTTT kGATTTTTaG GGAAATGAAA GAAcTCTAAA CAAACTCCTC 1020 TCCAGCAGTG GTTTAGAAGT CTCAGTGGGC TATTCCAGCT TCAATGGACT ATAGTAGGTT 1080 GCAGTTGAAA TAATAGACCC TTGTTTCTAA AACATTGTGA GAAATTGGTT TGAATTCTCC 1140 AATCAAATTG TGCAGTTTTC ATTCTACTAT ATATTATCGG AATATTATCG GAGATGGGTT 1200 CCCTATCTTG TAAGTCTGCT TTATAGTGGG TTGAAGTTGG AATAGTCCTC CCTTCTTTCT 1260 CAAACATTGT GAGGAATTGA TTTACCTTCC TCAACAAAAT GTTCAGTTTC TATTTCATTT 1320 TACTATAAAA TAAGCGATTA GGGGGGCTAT TCTTCGACCT ACATTGACTC TGCTGAGTCC 1380 TATGATTGTT ATCGTTTTAT CTGCAATTTT ATACTCAATG AAAATCAAAG GGCAAACTAA 1440 GAAGCTAGCC GCAGGTTGTT CAAAACACAG TTTTGAGGTT GTATAGTAGA TTGAAACTAG 1500 AATAGTACAC ATCTACTTCT AAAACATTGT TAGAAATCGA TTTGACTGTC CTGAACGATT 1560 TGCCCTATTC TTGTTTCATT TTACTATATA AACCAGAGAC TGTTTACATT TTCAGCAAGT 1620 GAGTGGATGG ATAATGCTGA AAACTCCTTG AAGGATAAGT CTATTTAGTA CTTTCTATTA 1680 ATTAGTTAAA TTTTTACCAA GAATAATTCA CAAAAACGTT GTAAAACACT TGCAATTTAG 1740 CTGAAATTTG ATAAAATAGT AAGGAAAGTT AGACTGTATT GCCTACTGTC TATCTATAAA 1800 ATATATTTTA TTGGAGGCTT TTACTCAAAT GGCAAAAGAA AAATACGATC GTAGTAAACC 1860 ACACGTTAAC ATTGGTACTA TCGGACACGT TGACCACGGT AAAACTACCC TAACTGCAGC 1920 TATCACAACT GTTTTGGCAC G 1941 (2) INFORMATION FOR SEQ ID NO : 229 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 755 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 229 : ATTTGAAGAA ATTGAAGAAA TCGTAGCCCC TACAGATGGT GAATTTTTGG GGGAAGTTTT 60 ACTTGGAACT GGGGTAGTTC TCTTAATTGG AGTAGCCTGT TGTTAAAAAG ATAGGGAGTG 120 ATAATCATGC AAGATAACTT TTTATTTGAG GAAATTGAAG AAATTTCAGT ACCAGTTAAT 180 GATTTTTCAG CTGGACTTGC AACAGGTATC GGATTTGGTT TAGCAATCCT TGCTCTTGCT 240 GGTTGTTGAA GTTTGTTCAT TTACTAACAT CAAGCTTTTT CAATTTCATT TTAGACAGTC 300 ATTTAAATTT TCCGTATTAG TCTTGCAGCA AGAGATTAAT AGAATTAGTC ATTATTTTAT 360 TGATTGCGGA CTGAGGGACT AGAGTATGTT TTACTTAACC CCTCTTTTAT TTATTAAAGG 420 TTAGGTTTGT TATGAGAATT GTTGATAAGA TTAAGATATT ACCTACTCCT TATGAGGGAC 480 ACTATCATTT ATATATACCA TCCAGTAAGA AACATGTATT AGTTGGGAAA CAGGAAAAAA 540 ATGGTTAGAG CAACTAATAG GTCAAGAATT TACCATATCG GACTTATTAG TGTTAGTAGG 600 GAAGAAATAT TTTTAAAATA TCTTGGGACT TTAATATAAC ATTATCTGAA AAATTAAACT 660 ATAAAAGATT TAATAAGAAT TTTGAAAAAA TCCTATCTTG TTGTCATTAT ATTTGCAACG 720 ATACATGAAA TTAGTCATGC AATAATTGCT AATAA 755 (2) INFORMATION FOR SEQ ID NO : 230 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1483 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 230 : CCAGAAAAAC CGTAGTGGAG CTCGTGGAAC AGTGGAATTG ATTTTCCAAA AAGAATACAA 60 TAAATTTTCA AGTATCTCAA AGAGGGAGGC ATAAGATGTC AGATGCATTT ACAGATGTAG 120 CCAAGATGAA AAAAATCAAA GAAGAAATCA AGGCACATGA GGGACAAGTC GTAGAAATGA 180 CTTTGGAGAA TGGTCGTAAG CGCCAAAAAA ATAGATTGGG TAAGCTAATT GAAGTTTATC 240 CATCTCTATT TATTGTGGAG TTTGGGGATG TGGAAGGAGA TAAACAAGTT AATGTTTACG 300 TTGAATCCTT TACTTACTCA GATATTCTTA CAGAAAAGAA TTTGATTCAT TATCTTGACT 360 AAAGTGAGAA ATTTTCTCAC TTTTTCTTTT TTCTCCGAAT AATTTAGGTG AAGGCAATCA 420 TCGCTTTATA TTATTTTTCA AGGAGGAAGA ATGAAAATTT TACCGTTTAT AGCAAGAGGA 480 ACAAGTTATT ACTTGAAGAT GTCAGTTAAA AAGCTTGTTC CTTTTTTAGT AGTAGGATTG 540 ATGCTAGCAG CTGGTGATAG TGTCTATGCC TATTCCAGAG GAAATGGATC GATTGCGCGT 600 GGGGATGATT ATCCTGCTTA TTATAAAAAT GGGAGCCAGG AGATTGATCA GTGGCGCATG 660 TATTCTCGTC AGTGTACTTC TTTTGTAGCC TTTCGTTTGA GTAATGTCAA TGGTTTTGAA 720 ATTCCGGCAG CTTATGGAAA TGCGAATGAA TGGGGACATC GTGCTCGTCG GGAAGGTTAT 780 CGTGTAGATA ATACACCGAC GATTGGTTCC ATTACTTGGT CTACTGCAGG AACTTATGGT 840 CATGTTGCCT GGGTGTCAAA TGTAATGGGA GATCAGATTG AGATTGAGGA ATATAACTAT 900 GGTTATACAG AATCCTATAA TAAACGAGTT ATAAAAGCAA ACACGATGAC AGGATTTATT 960 CATTTTAAAG ATTTGGATGG TGGCAGTGTT GGGAATAGTC AATCCTCAAC TTCAACAGGC 1020 GGAACTCATT ATTTTAAGAC CAAGTCTGCT ATTAAAACTG AACCTCTAGC TAGCGGAACT 1080 GTGATTGATT ACTATTATCC TGGGGAGAAG GTTCATTATG ATCAGATACT TGAAAAAGAC 1140 GGCTATAAGT GGTTGAGTTA TACTGCCTAT AATGGAAGCT ATCGTTATGT TCAATTGGAG 1200 GCTGTGAATA AAAATCCTCT AGGTAAtTCT GTTCTTTCTT CAACAGGTGG AACTCATTAT 1260 TTTAAGACCA AGTCTGCTAT CAAAACTGAA CCCCTAGTTA GTGCAACTGT GATTGATTAC 1320 TATTATCCTG GAGAGAAGGT TCATTATGAT CAAATTCTCG AAAAAGACGG CTACAAGTGG 1380 TTGAGTTATA CGGCTTATAA CGGAAGTCGT CGCTATATAC AGCTAGAGGG AGTGACTTCT 1440 TCACAAAATT ATCAGAATCA ATCAGGAAAC ATCTCTAGCT ATG 1483 (2) INFORMATION FOR SEQ ID NO : 231 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1027 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 231 : CCCGGAAAAC AAGTTAAAGT TGAAGTTGGT CAAGCAGTTT ACGTTGAAAA ATTGAACGTT 60 GAAGCTGGTC AAGAAGTTAC TTTTAACGAA TTGTTCTTGT TGGTGGTGAA AACACTGTTG 120 TCGGAACTCC ACTTGTTGCT GGAGCTACTG TAGTTGGAAC TGTTGAAAAA CAAGGAAAAC 180 AAAAGAAAGT GGTTACTTAC AAGTACAAAC CTAAAAAAGG TAGCCACCGT AAACAAGGTC 240 ACCGTCAACC ATATACAAAA GTTGTCATCA ACGCAATCAA CGCTTAATTT TAAGGAGAAC 300 ACATGATACA GGCAGTCTTT GAGAGAGCCG AAGATGGCGA GCTGAGGAGT GCGGAAATTA 360 CTGGACACGC CGAGAGTGGC GAATACGGCT TAGATGTCGT GTGTGCATCG GTTTCTACGC 420 TTGCCATTAA CTTTATCAAT TCTATTGAGA AATTTGCAGG CTATGAACCA ATCCTAGAAT 480 TAAACGAAGA TGAAGGTGGC TATCTGATGG TTGAAATACC AAAAGATCTT CCTTCACACC 540 AGAGAGAAAT GACCCAGTTA TTCTTTGAAT CATTTTTCTT AGGTATGGCA AACTTATCGG 600 AGAACTATTC TGAGTTCGTC CAAACCAGAG TTATCACAGA AAACTAACAC GGAGGAAAAC 660 ATTATGTTAA AAATGACTCT TAACAACTTG CAACTTTTCG CCCACAAAAA AGGTGGAGGT 720 TCTACATCAA ACGGACGTGA TTCACAAGCA AAACGTCTTG GAGCTAAAGC AGCTGACGGA 780 CAAACTGTAA CAGGTGGATC AATCCTTTAC CGTCAACGTG GTACACACAT CTATCCAGGT 840 GTAAACGTTG GTCGTGGTGG AGATGATACT TTGTTCGCTA AAGTTGAAGG CGTAGTACGC 900 TTTGAACGTA AAGGACGCGA TAAAAAACAA GTGTCTGTTT ACCCAATCGC TAAATAAAAA 960 GGTCCATTGA ACCTTTTATC CCGAACCTTG AAATGTAGAG GTGAGGAAGC TAGAAACAGC 1020 TTAAAAT 1027 (2) INFORMATION FOR SEQ ID NO : 232 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1990 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 232 : CGGTTCAAAT GGTGCAGGTA AATCTACGTT AATTAATTCT ATTGTAGGTT TTCAAGAGAT 60 TTATTTAGGA GAAATAGAGT ATTGTGATAA AGATTTGATA GTTAGTTCTC AACCTTTTGC 120 TCATTTAGGC TTTACTCCTC AAACCACAGT AATTGATTTT TATACTACTG TGAAGGACAA 180 TGTAATATTG GGGCTGAACC TTGCTGGAAA GTTTGGGAAA AATGCTGAGA AGTTGTGTCA 240 AATAGCCTTA GAAATTGTTG GGTTAGCTGA TAAAAAAAAT AATTTGGTAG AAACATTGTC 300 AGGTGGACAA CTGCAACGCG TCCAGATTGC TAGAGCAATA GCTCATAATC CAGATTTTTA 360 TATTTTAGAT GAACCTACCG TTGGTTTAGA TACTGAATCT GCCGAAAAAT TTTTAATGTA 420 TTTAAAAGAT AAGAGTTTGG AAGGAAAAAC TATTATCATA TCTTCACATG ACATAAATCT 480 ACTCGAAAAG TTTTGTAAAA AAATACTTTT TTTACAAAAT GGCTCCATAT CATTTTTTGG 540 TGATATGCGT GACTTTGTAG ATAATTCAAC TATCAAATTA AATTTTTCAA TGCAGAATAG 600 AATTTCTAGA TATCAAATTG AATTTTTAGA AAATTTTAGA TTTAAAGTTC ACATCGAAGA 660 TAATGATAGT TTTACAATAG AAGTCCCTAT AGAAGAAAAG ATCTTAGATG TTATCAATGA 720 GGTAGGAAAA GCATGTGAAA TTAAAAACTT TTCAACAAGT AAATTAACCT TACAAGAAAG 780 TTATTTGCAA AGAATAGGAG GAGAAAAATG AAGGCTGATC AATTAAGGCA CAAATCGGAC 840 TTAGGTTTAA GAGGTCTAGC GATTATTGCT AAAAATGAGA TTATTGCTTT TTTTAGAAGT 900 AAAGGTTTAA TTATTTCTCA GTTTCTACAA CCAATCTTAT ATGTTGTTTT TATAATAATA 960 GGATTAAATT CTTCGATAAA GAACATTCAG TTTAATGATA TAAAAACCTC TTATGCAGAA 1020 TATACAATCA TTGGTGTTAT AGCTTTATTG ATAATCGGGC AGATGACTCA AGTTATTTAT 1080 AGGGTGACAA TAGATAAAAA ATATGGGCTA CTTGCTCTTA AGTTATGCAG TGGAGTTCGT 1140 CCTTTATATT ATATTTTAGG GATGAGTATC TATTCTATAT TAGGGTTGAT AGTTCAAGAA 1200 ATTATTATAT ATATAATTAC GTTAGCGTTT GAGATAAATA TCGCAATGGA TAGATTTTTT 1260 TATACAGTTT TGTTATCTAT TGTTGTTTTA TTATTTTGGG ACTCCCTTGC AATTTTACTT 1320 ACAATGTTTA TCAATGATTA CAGAAGACGT GATATTGTAA TACGTTTTGT ACTAACACCG 1380 CTTGGTTTTA CAGCTCCTGT TTTCTACTTA ATAGATTCTG CTCCTAGTAT TGTGAGATGG 1440 ATTGGTCAGT TAAATCCCTT AACTTATCAA TTAACTATTT TGAGAAACTT TTATTTTAAA 1500 AATTCAACAA CTTTGGAATT AGTTTTCTTA TTGTTAACAT CATTACTTGT CCTTATATCT 1560 GTATCTTTTA TTATACCAAA GATAAAATTG ATACTGATAG AAAGATAAAA GTTGGGTCAT 1620 CCAACTTTTT TGTTGTCTCC CGAAAACCAC TAGCTATGCT AGTGGTTCCA TAGAGCTTTT 1680 AGCGTGGTAA CAAAAAGAAC CTCCTAAAAT GATAAGATAG AAGTGGTTTC TCCGCCACTA 1740 CAACATATCA TACAGGAGGT ACCTCATGAG AGAGGATAAT CAAAGTTTAT CACATACCAC 1800 ATGGAATTGT AAATATCATA TTGTTTTTGC ACCCAAATAT CGTCGTCAAA TCATTTATGG 1860 CAGATACAAA GCTAGTATCG GAAGAATCAT ACGTGACTTA TGTGAGCGTA AGGGTGTAAT 1920 AATCCATGAA GCGAATGCTT GTTCAGACCA TATTCACATG CTTATCAGTA TTCCTCCGAA 1980 ACTTAGTGTT 1990 (2) INFORMATION FOR SEQ ID NO : 233 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4766 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 233 : GAACTATATT GCATATATTT CTAGCAATGA TCATGGCGAA TCTTGGTCTG CACCAACTTT 60 ATTACCTCCT ATAATGGGAC TTAATCGGAA TGCGCCATAT TTAGGTCCTG GACGTGGAAT 120 CATTGAAAGC TCAACTGGAC GTATTCTTAT TCCGTCTTAC ACTGGTAAAG AGTCTGCGTT 180 CATTTATAGT GACGATAATG GAGCATCTTG GAAAGTTAAA GTAGTGCCAC TTCCTTCTAG 240 TTGGTCAGCA GAAGCACAAT TTGTAGAATT GAGTCCAGGA GTAATTCAAG CATATATGCG 300 TACAAATAAT GGTAAAATTG CATATTTAAC AAGTAAAGAC GCAGGTACTA CTTGGAGTGC 360 ACCGGAATAT TTGAAATTTG TTTCAAATCC AAGTTATGGA ACACAATTAT CAATCATCAA 420 TTATAGCCAA TTGATTGATG GTAAAAAGGC TGTCATTTTA AGTACTCCAA ACTCCACAAA 480 TGGTCGTAAA CACGGACAAA TTTGGATTGG TCTAATTAAT GATGATAATA CAATTGATTG 540 GCGTTATCAT CACGACGTTG ATTATAGTAA CTATGGATAC TCATATTCAA CATTGACAGA 600 GTTACCAAAT CATGAAATTG GATTGATGTT TGAAAAATTT GATTCATGGT CTCGTAATGA 660 ACTTCATATG AAAAATGTTG TACCATATAT AACATTTAAG ATTGAAGATC TGAAAAAGAA 720 TTAAAGCTGA AATTTGAAAA TATATAAAAA GAGGATAAAA ATTATGGTAA ATTACGGTAT 780 TGTTGGAGCT GGATATTTTG GAGCTGATTT AGCTCGCTCA ATGAACAAAA TTGAAGATGC 840 AAAAGTGGTT GCGGTATTTG ACCCAAATCA TGGAGAAGAA GTTGCTCAAG AGTTGGGATC 900 AGATGTTTGT GCAAGTTTAG ATGAACTTGT AGCACGTGAA GATATTGATT GTGTGATCGT 960 AGCTTCACCT AGCTACCTTC ACCGTGAACC AGTTGTGAAA GCTGCTCAAC ATGGCAAACA 1020 CGTATTTTGT GAAAAGCCAA TTGCATTGTC TTATGAAGAT TGTAAAGCCA TGGTTGACGC 1080 ATGTAAAGAA AATAATGTCA TCTTTATGGC TGGTCACATC ATGAACTTCT TTAACGGTGT 1140 ACACCATGCT AAAGAATTGA TTACTCAAGG TAAAATCGGT AAAGTTCTTT ATTGCCATGC 1200 TGCTCGTACA GGTTGGGAAG AACAACAACC AACTGTATCA TGGAAGAAAC TTCGTTCTCA 1260 ATCTGGAGGA CATTTGTACC ACCATATTCA TGAATTAGAT TGCATTCAGT TTATCATGGG 1320 AGGACTTCCT GAAAAAGCGA CAATGGTAGG AGGCAATGTA TATCATAAAG GTGAAAACTT 1380 TGGTGATGAA GATGATATGC TCATTGTAAA CTTAGAATAC TCTGATGATC GTTATGCTGT 1440 TTTGGAATAT GGTAATGCTT TCCGTTGGGG TGAACACTAC GTCTTGATTC AAGGAACTGA 1500 AGGAGCTATC AAACTTGACT TGTTCAATAC TGGCGGTACT CTTCGTGTTA AAGGTGAAGG 1560 AGAATCACAC TTCTTAGTTC ATGAAACTCA AGAGGAAGAT GATGATCGTA CAGCTATCTA 1620 TACCGGTCGT GGTATGGATG GAGCAATTGC GTACGGTAAA CCAGGAGTAC GTTGCCCATT 1680 ATGGTTGCAA ACATGTATTG ATAAAGAAAT GGAATATCTA CATGACATCA TTAAAGGTGG 1740 AGAAATTACA GAAGAATTTG AAAAACTTCT CAATGGTGTA GCTGCTTTAG AATCAATCGC 1800 TACCGCTGAT GCATGTACTT TATCAGTTAA AGAAGATCGA AAAGTAAGTC TTTCAGAAAT 1860 CACAAATGCT TAACTTTTGT AAAACAGAAT AGTAAATTCT TGTCATTATA TAATTTCTAA 1920 AGTTCTGTGA TACAACTCAT TGAATAAAGA AATAGAGATG GGACTGGGAT AATGCCCAGT 1980 CCCATTTTTT ATCAAAAAGT AATGAGATCA AAAATGTGGG AGTGTTGAAA TGAAGATTAT 2040 AGGTATCGAT ATTGGCGGAA CAACAATTAA GGCAGATTTA TACGATGAGT TTGGAACGAG 2100 TTTGAATCAT TTCAAAGAGA TAGAAACAAT TATTGACTAT GATTTGGGAA CGAATCAGAT 2160 ATTAAATCAG GTCTGTGATT TAATTGGTGA GTATACTTTA AATCATTCAA TTGATGGTGT 2220 TGGGATTTCC ACTGCTGGAG TTGTTAATGC TAATACTGGA GAAATCATCT ATGCAGGCTA 2280 TACAATACCA GGGTATATCG GAGTAAACTT TACTGCCGAA ATAGAAAAAC GTTTTGGGTT 2340 GTATACTTTT GTTGAAAATG ATGTTAATTG TGCTGCATTA GGTGAATTGT GGAAGGGACA 2400 AGCCAAAGAT AAGAAAAATG TAGTAATGGT TACTATTGGA ACAGGTATAG GAGGCAGTAT 2460 TATTGTCAAC GGACAAATTG TTAACGGATT TAACTATACT GCTGGTGAAG TAGGTTATAT 2520 TCCTGTAGGT AATTCGGATT GGCAAAGTAA AGCCTCAACA ACCGCATTGA TTCATTTATA 2580 TCAAAAAAAG AGCTTGAAAA CTAATCAAAC TGGACGTACT TTCTTCACTG ATTTAAGATC 2640 TGGAGATAAA GTTGCTGAAG AAACTTTTGA AATTTTTGTA GAAAATCTAA CAAAAGGTTT 2700 ATTAACGATT TCTTATCTAC TTAATCCAGA AATTCTCATA TTAGGAGGTG GGATTCTGGA 2760 TAGTAAGGAT ATTTTGTTAC CTGAAATTCA AAGTTCTTTA GCTAAAAATG CAATGGATAA 2820 TAGGTTTTTA CCTAAAAATC TTGTGGCAGC TACATTAGGA AATGAAGCTG GTCGTATAGG 2880 AGCTGTAAAA AATTTCTTAG ATAGAATTTC TAATAAATAG TATGTAAGAT AAGGAGGTGT 2940 CACAATGACT AACTCTGTAT TTTCGACAAT GCAAGATATT GAGAATGTTG CAACCGATAT 3000 TATAAAATCA TATGATAATG AGATTTATAC TTATAAAGCT GTTTCCCAAG AAGAATTGGA 3060 AAAACTAGAA AAAAGTTATG ATGAAAAAAG TCACGAAGAA TTAGTTTCAA TAGAAAGCAA 3120 TTTAGAAATG AAACAACAGA ACCTTATTGA TGAGGTTAAT AAAACAATCA AGGAAAATGA 3180 TGCAAATATT CAGTATATTT CATCAAGTAG GAGAGGAGAA TTTGTAGAAA AAATTATTGG 3240 TAGGGTGGTA GAAAAATATG GCCATTAGTC AGATGAAAAG AATCTCTCTA CTATTTTCTA 3300 AAAGTAGTCT TGATGATGTT TTAAAAACTA TTCAAGAACT AGAGTCAGTG CAGTTCCGTG 3360 ATTTAAAGGT TCAGGATAAC TGGTCAGAAG CTCTAGAAAA AGATGAAGTT GTATTTCCAA 3420 CTATTCAAAT TTTTCATACT TCTAATTCCA ATCATGGGGT TATTGAGGGA AATGATGCCT 3480 TGACTTATTT GATGAATCAA CAACAACATT TAGAAGCAAC TGTAGAGAAA TTACAAGAAT 3540 ACCTACCGAA AGAAAACACG TTTAAATTAT TGCAGCAACC TCCGATAACT ACCTCTTATG 3600 AAGAATTAGA GAAATTTGGT AAAGCTAATG TTGCTGAGGG TGTTCTTAAA AAAGTGAATC 3660 ATCAAATTAA CAGAGTTCAT GAATTAGAAA GACACATTCA AAGTAATAAT GAGGAAATAG 3720 AGCGATTAAT AAAGTGGGAA AAATTAGAAA TTGTTCCTGC GAATTTAGAA CAATTTTCTT 3780 TCTGTAAAGG AAAAGTCGGA ACAATTCCAA GGACTGAAGA TAATCGCTTA TACAATAGTC 3840 TTTTAGAAAA CAATATTGAA GTTCAAGAAA TATTTTCTAA TGATAGAGAG TACGGTGTTG 3900 TTGTTTTCTA TCAGTCTAGT TACTCTATAG ATTTTGATGA ATACTTATTT GAACCATTTG 3960 ATTATTCTAG AAAGGAATTA CCGAAGCAGC GAGTAGTAGA TTTAGATCAA GAAAACATGC 4020 AGTTAATAAC TGAAAAAGAG AATATTATCG CATCGTTGCA AGATTCAAAG AAATATTTGA 4080 TAGATTTACA ATGGCAAATA GACTATATTT TATCTATCTA TGCTCGTCAA ATCTCTAAGA 4140 ATAACTTTTT GTGCACTCCG CATCTAGTTG CATTAGAAGG ATGGATAGAA GAAACTCGTA 4200 TTTTATATTT TATAAAAGTT ATGGATGAGC ATTTTGGACA TTCTATTTAT ATTTATGAAT 4260 CGGAAACATT GACGGATAAT CAAGATGAAA TACCTATCAA ATTAACGAAT CATTCTTTAA 4320 TTGAACCATT TGAATTATTG ACAGAAATGT ATGCTCTGCC CAAATATTAT GAGAAAGATC 4380 CTACACCTGT ATTAGCACCA TTTTACTTTA CATTTTTTGG AATGATGGTT GCTGATTTAG 4440 GCTATGGTTT ACTATTGTTT TTAGGAACAA TGTTAGCATT AAAAATTTTT CATCTACCTT 4500 CAGCAACTAA GAGATTTTTA AAATTCTTTA ATATATTAGG GGTAGCCGTT GCAATTTGGG 4560 GTGGAATCTA TGGCTCATTT TTTGGATATG AGTTGCCATT TCATCTGATA TCTACAACCT 4620 CTGATGTCAT GACTATATTA GTAGTGTCAG TTGTGTTTGG GTTTATTACA GTATTTGCAG 4680 GTTTGTTAGC TTCAGGACTA CAAAAAGTAA GAATGAATAA ATATGCAGAA GCATATAATT 4740 CAGGATTTGC GTGGTGTGTT ATTCTG 4766 (2) INFORMATION FOR SEQ ID NO : 234 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2484 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 234 : CCTTTTAGAA AAAATTAAAG AATACGACAC CATTATCATT CATCGTCATA TGAAACCAGA 60 CCCTGATGCC TTGGGAAGTC AGGTGGGATT GAAAGCCTTG CTGGAACATC ATTTCCCAGA 120 AAAAACCATC AAAGCCGTCG GTTTTGATGA ACCAACTCTT ACTTGGATGG CTGAGATGGA 180 TCTTGTTGAA GATAGAGCCT ACCAAGGCGC ACTTGTCATC GTCTGTGATA CAGCTAATAC 240 TGCTCGTATC GATGATAAGC GCTATAGTCA AGGTGATTTT CTCATTAAGA TTGACCACCA 300 TCCAAATGAT GATGTATACG GTGACCTGTC TTGGGTCGAT ACTAGTTCAA GTAGCGCTAg 360 aGaTGATTAC CCTATTTGCC CAAACAACCC AACTAGCCTT GGCAGATCGC GATGCTGAGT 420 TGCTCTTTGC AGGAATTGTC GGTGATACAG GTCGCTTCCT CTACCCTTCT ACCACTGCAC 480 GGACTCTTCG CCTGGCTGCT TATTTGAGAG AACATAACTT TGACTTTGCG GCTCTCACTC 540 GCAAAATGGA CACTATGAGC TACAAAATTG CTAAACTGCA AGGCTACATC TACGACCATC 600 TGGAAGTGGA TGAAAATGGT GCTGCTCGCG TTATCCTGAG TCAGAAAATC TTGAAACAAT 660 ACAATATAAC CGATGCTGAA ACTGCGGCCA TTGTAGGTGC ACCTGGACGC ATTGACAGAG 720 TGAGTCTCTG GGGAATTTTT GTCGAACAGG CTGATGGCCA CTACCGAGTT CGCTTACGCA 780 GTAAAGTCCA TCCTATCAAT GAAATTGCCA AGGAGCATGA TGGTGGAGGC CACCCTCTAG 840 CAAGTGGTGC TAATTCCTAT AGCCTAGAAG AAAACGAAAT CATCTACCAA AAGTTAGAAG 900 ACTTGCTTAA AAACTGATAA AATACTTGCC AAACTTTTCA GAATCTGATA GACTAGTATA 960 GTAACAATCT ATGGCTCGCA AAGAGACCAT GGCAGAAAGG AAATATTGCA AAATGAAAAr 1020 AGATATCCAT CCAGAATATC GCCCAGTTGT CTTCATGGAC ACAACTACTG GTTACCArTT 1080 CCTTAGCGGT TCAACAAAAC GCTCTAACGA AACAGTTGAG TTCGAAGGCG AAACTTACCC 1140 ATTGATCCGT GTGGAAATTT CATCAGACTC ACACCCATTC TACACTGGAC GTCAAAAGTT 1200 CACTCAAGCA GATGGACGCG TGGATCGTTT CAACAAAAAA TACGGTCTCA AATAATGATA 1260 AGAGAACAGT TTTGGCTGTT CTTTTTTGTT TCTTGAAATC AACTGCTGTT TTCATGTTCC 1320 AGACTCATCT GTAGGTTCGA TTTCCATGCT ACTAGGCAGG AAGGAAATAG CTGTTTCAAC 1380 ACGTCCATAA TGAGCTATAC TATTGTCACG AACCACACTT TCATTGATGG TCCAAGTGGA 1440 ATTCATTTTC TTAAAAGCTT CTCGGACTTT TTCCAAATCT TTGGAGGCAA TGGCCTGCTC 1500 TAAGGTTTCA AAACGAGGAC TTATACTCAT CTGCTTTCAA AAAGCATTCT AGTCCATCTC 1560 CGATTACCGA TGGACTTTAT CACCTCCTTC TCCAGTCCTT GTATGACATC TTGAAGTTGA 1620 TTCATGACAT CTTCCAAAGT TCgAAAGGCT TTATTCTTAA ATCCACGTTT ACGAATCTCT 1680 TTCCACACTT GTTCAATGGG TTCATCTCTG GTGTGTATGG AGGAATAAAG GTAAAATCAA 1740 TATTAGTCGG AATATTTAAG GTACTTGATT TATGCCATAT AGCATTGTCC ATAACGAGTA 1800 AAAGGATAAG CTTGTGAAAG CTCTTCTAAA AAGGCGTTCA TCCACACTCC TTTTTATAAA 1860 CCTGAAATAA GGCATCAATT GTAACAAATT CTCCTGCCTC TGTAGCCTTC AAATGACGGG 1920 CAAGAAAGGC TTTCTCTTCC TCAACTGTCA TATATGCATG GTTACGACCA CCACGTGTTT 1980 CTTGAAGGAG AGAGTCGAGT CCGAACTCCT CATATTTTTT TACGTTTCGC CAAATCGTTG 2040 TTTGATTACA GTCTAAAAGC TCTATAATCT CTTTATAAGA TTTGCCCATC AGACGAAATA 2100 TAGTAGATTG AAACTAGAAT AGTACACCTC TACTTCTAAA ACATTGTTAG AAATCGATTT 2160 GTCCTGTTCT TGTTTCATTT TACTATAGAA CGATTTGAAG GCGTTTATAA TATTTAGCTG 2220 TACGAGAGTC TTTTAAAAGT GTTTTGATGG TTTGGATTTC TTCTTTAGTT GATTTCATAT 2280 TACTATTATA TAATGCTTTT TGATTTTAGT CTGGTATAAA TATTGCTTTC CTCCAAAATG 2340 GTCATAGTTT TACTGGCAAA TCTAACATAT CACGGATAAA TTAACAAGTG ATTTCTGAAT 2400 TGCTAAACAT TTTCTTTTCT TATAGCATAC TTTAAGATTT TGTCTTTGAG AAAGATATTT 2460 CCAAGAAAAA CGTTCGTTTT TTGG 2484 (2) INFORMATION FOR SEQ ID NO : 235 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1766 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 235 : CTAGATATAG CTATAATTTT ATTTATAACA AGAGGATAGA AATGACCGAA TTAGAAAGAA 60 AAAATCGAAA AATTAGCTAA GAAATATTCT GATAACTTAA ACATCAAAGT TCAAGAGAGA 120 GTTCGTGAAA TGGCAAATGA TAATAAGAGC CATTATTTGA TATACAGAGT TTTAGGTATT 180 TCATTTGAAG AAGGAGAAAA TATCGATTTG TATCAAAATA AAGGTCGTTT TTTATACAAA 240 TATGCTGGTT CATTTTTAGA AGAAGCTGCA GTACTATGCT TTAACGAAAA ATTTGGTACA 300 GAAAATACTT AAAAAGTTAA CATTCCTAAT TCTGAAAGTA CAAAACCTAA GACTTTTGAA 360 ATTGATTGTT TAGTCGGAGA AAAACACGCA TACGAAATAA AATGGTGGGA TGCAACTACA 420 GATGGAGACC ATATAACTAA AGAACACACT AGAATAAAAG TTATTCATAA CAAAGGATAT 480 ATACCAATTC GGTTAATGTT CTACTATCCA AATAGAACTC AAGCTATAAA AATTCAGCAA 540 ACTTTAGAAA CATTGTATAA CGGTATTGGA GGGAAATATT ATTATGGAGA TTCTGCCTGG 600 GAACATTTAA GAGCAGTGAC CGGTATTGAT TTACTTAGTA TTCTAACAGA TATTGCAAAT 660 AAAAAAACAG GGGTAAAATC AAAATGACAG TATTAAAAGG AGATAACTTA GAAATATTAA 720 AAACTATTGA ATCCTCAAGT ATTGATTTAA TCTATATGGA CCCTCCTTTC TTTACACAGA 780 AAACCCAAAA ATTATCTAAT AACAAAAATA TTATGTATTC ATTCGAAGAT ACGTGGAC'lT 840 CGATTGAGGA TTACAAAGAA TTTTTGTCTG TAAGATTAGA AGAATGCAAA AGAGTGCTAA 900 AAAATAGTGG CAGTATTTTC GTTCATTGTG ATAAAATTGC AAATCATCAT ATTAGATTAA 960 TTTTAGATAA TATCTTTGGA GTAGATATGT TTCAAAGCGA AATTATATGG AACTATAAAC 1020 GGTGGTCTAA TTCAAAAAAG GGATTATTGA ACAATCATCA AAACATTTAC TTTTATTCAA 1080 AGTCAAAAGA TTTTAAATTT AATACAATTT TTACAGAGTA TTCTTCTACT ACAAATATCG 1140 ACCAAATACT AGTGGAACGA AAACGAGATG GAAACTCTAA AACTATATAT AAGGTTGATA 1200 ATAATGGTAA CTATATTCTA GCAAAAGAGA AAAATGGAGT TCCCCTTTCA GATGTTTGGA 1260 ATATACCATT TCTTAATCCA AAAGCTAAAG AAAGAGTAGG TTATCCTACA CAAAAACCTA 1320 TTCTGTTATT AGAACAAATT ATAAAGATTG CTACTGATAA AAATGATATA GTTTTAGACC 1380 CGTTCTGTGG AAGTGGAACT ACTTTAGTAG CCTCCAAGAT TTTGAATAGA AATTATATGG 1440 GGATTGATTT ATCTGAGGAA GCTATCAATA TAACTCAGCA ACGTCTGGAA AATGTTATAA 1500 AAACAAGTTC AAATTTATTG AATAAAGGAA TCGAAGCATA TAGAACCAAA ACTGAGGAAG 1560 AGGAAAACAT TCTTAAATTA TTACAGGCAA AAATTGTTCA AAGAAATAAA GGAATTGATG 1620 GTTTTTTACC TAAACATTTT CAAAAAAAAC CGATACCTAT AAAAATTCAA AAAAATAATG 1680 AATGTCTGAA TGAGAGTATC TCTTTATTAC AGAATGCTAT AAACTCCAAA AAACTTGATT 1740 TTGGAGTAGT TATAAAAACT CATTCG 1766 (2) INFORMATION FOR SEQ ID NO : 236 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 748 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 236 : CCGAAAATCA AATTCAAACC ACGTCAACGT CGCCTTGCCG TACTCAAGTA CAGCCTGCGG 60 CTAGTTTCCT AGTTTGCTCT TTGATTTTCA TTGAGTATTA AACTAAATTA AATAATATTA 120 GCGCGGAGAA TTTCTAATTC TTCCTTGGTC AAGCGACGCC ATTCCCCTCG TTCTAGGTTC 180 TCATCTAATA CTAAAGTTCC CATAGTCAAT CGTTGCAAGT CCACCACTTC CTTGCCACAG 240 TAGCCCACCA TACGCTTGAT CTGATGAAAC TTCCCTTCTG CAATGGTCAC ACGGATTTGG 300 CTTTGATTCT TTTCTGTATC TATGGATACA AGCTCCAGTA TAGCGGGTTG ACAGGTAAAG 360 TCTTTGAGAG GAATACCCTC AGCAAATGTC TCCACATCTT CTTGGGTCAT GATTCCCTTG 420 ACTTGTGCCA GATAAGTCTT GTCCACATGA CGCTTGGGCG AAAGAAGAAC ATGAGCCAGC 480 TGACCATCAT TGGTCAAGAG CAAAAGACCA TGCGTGTCAA TATCCAAGCG TCCTACTGGG 540 AAAACTTCCT TACTCCGCGC CAAGTCATCC AACAAGTCCA GAACGGTTCT GTGCTTGGGA 600 TCCTCAGTCG CTGAGATAAC TCCTTTGGGC TTGTTCATCA TGTAGTAGAC AAACTCTTCA 660 TACTCCAACA CTTGCCCATC AAAGCGAATC TCATCTATTT TTTCATCAAT CTGCAATTTA 720 GCTGATTTTT CTTTTTGACC ATTTACAG 748 (2) INFORMATION FOR SEQ ID NO : 237 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1449 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 237 : AAAAGATTAC ATTGCAACAA TTGAAAATTA TCCAAAGGAA GGCATTACCT TCCGTGATAT 60 TAGTCCTTTG ATGGCTGATG GAAATGCTTA TAGCTACGCT GTTCGTGAAA TCGTTCAGTA 120 TGCTACTGAC AAGAAAGTCG ACATGATCGT GGGACCTGAA GCTCGTGGAT TTATCGTGGG 180 TTGTCCAGTT GCCTTTGAGT TGGGAATTGG TTTTGCGCCT GTTCGTAAGC CAGGTAAATT 240 GCCACGCGAA GTTATTTCTG CTGACTATGA AAAAGAGTAC GGTGTCGATA CCTTGACTAT 300 GCACGCGGAT GCCATTAAGC CAGGTCAACG TGTTCTTATT GTAGATGACC TTTTGGCGAC 360 AGGTGGAACT GTTAAGGCAA CTATCGAGAT GATTGAAAAA CTTGGTGGTG TTATGGCAGG 420 TTGTGCCTTC CTTGTTGAAT TGGATGAATT GAACGGCCGT GAAAAAATTG GTGACTACGA 480 CTACAAAGTT CTTATGCATT ATTAATGAAA ACAGTCCCTA GGGCTGTTTT CTCTACACTA 540 GGATATAAAA ATAGACTATA ACTAGTTAGA GAAAAACTAT AATTGAAAAC TATATCTTCT 600 TGCAGTATAA TAAAAGGACT AAGTGTTTGA GATTTGTCTT CAAACATATG CAATTATTCC 660 TGAAAGAGTA CAGTTAGGAG AGGGTTATGC CGATTCGAAT TGATAAAAAA TTGCCAGCTG 720 TTGAGATTTT ACGGACAGAG AATATCTTTG TCATGGATGA TCAACGTGCT GCCCACCAAG 780 ATATCCGTCC TTTGAAGATT TTAATTTTAA ATCTCATGCC ACAGAAAATG GTCACAGAGA 840 CCCAGTTGTT GCGCCACTTG GCTAATACAC CCCTACAACT GGATATTGAT TTTCTCTATA 900 TGGAGAGCCA CCGTTCTAAA ACAACTCGTT CAGAGCACAT GGAGACCTTC TATAAAACTT 960 TTCCTGAAGT CAAGGATGAG TATTTTGATG GGATGATCAT CACGGGTGCT CCAGTTGAGC 1020 ATTTACCATT TGAGGAAGTG GACTATTGGG AGGAATTTAG ACAGATGCTT GAGTGGTCTA 1080 AGACTCATGT CTATTCGACC CTTCATATCT GTTGGGGGGC TCAGGCTGGG CTTTATCTGC 1140 GCTATGGTGT AGAAAAATAC CAGATGGACA GTAAGCTATC AGGTATTTAT CCTCAGGACA 1200 CCCTAAAAGA GGGTCACCTT CTATTTAGAG GCTTTGATGA TAGCTATGTA TCCCCTCATT 1260 CACGGCACAC GGAGATTTCT AAGGAAGAGG TCTTAAACAA GACCAATCTC GAGATTTTAT 1320 CAGAAGGACC TCAGGTTGGG GTTTCTTTTT TGGCCAGTCG TGATTTACGA GAAATTTATA 1380 GTTTTGGTCA TTTGGAGTAT GACCGTGATA CTTTGGCAAA AGAGTATTTT CGAGATCGTG 1440 ATGCAGGTT 1449 (2) INFORMATION FOR SEQ ID NO : 238 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 904 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 238 : TACCCGCTTC TTTCAAGAGT TGGAGCAGGG CTTGTTTGCG ATCTTTTGTC ATAGTTCTTC 60 CTTTTAACGG CGTTTTCGAA GCACTTTATA GACAGCTAGT GCTAATGTAT AGTCTACCAT 120 ACTATGGATA ATTGTACCAA ATCCAACTAG TACAAATAGA ACATAAAACA TATTTTCTAC 180 ATTGGTACCA GAAGTTGCGT AAAAAACGAC ACAGGCCAAT ACTTCAGCAA GGGCATGAAC 240 AACAGCCAAA ACAAAGTTGA AAATCCAGGA AGATTTTGGT TTATCTAGGG TATCGGGGAA 300 TTTTTGTAGG TAAAGAGCTC CTAAAGCACC AAAAGATATA TGGGAAAAAG CCCGAAAAAC 360 GATAACCATG GGATAGCCAG CCATCAAAAA TCCAAAACTA GAGGCTAGGA TGACAAAAAC 420 TGCCATCAAG GGCGACAAGA ACATGGCTAT AAAAATAGCG ATGTGGCTCC CCAAAGTATA 480 GGAAGCAGGT GGAATGACAA TCTTGAAAGG CATAACAATT GGAATCAAAA TCGCAATAGC 540 CGTTAAAAGG GCTGTCATTG TCATAAATTG TGTCTTTTTC CGTGTATTCA CAAGAATCTC 600 CTTTTTAACT GCATATACAC TAGTATGGTA CAATAAACCA GACAATAAAG CAAGAATTTA 660 CTTGGGTTTA TAGATCATTT TTTAGTTAAA AGTTATAGTA GATTGAAACT AGAATAGTCC 720 ACCTCTACTT CTAAAACATT GTTAGAAATC GATTTGGCTG TCCTGATCGA TTTGTCCTGT 780 TCTTATTTCG TTTTACTATA GTAAAGATTT CATTAAAAAG AAACTGTATA GAGCAAAATC 840 TCCACCTTCA GGTTTGGAAA GCGGAGATTG TTTCTTATTT TTTCCAGGGT TTGTAGTCGT 900 GGGA 904 (2) INFORMATION FOR SEQ ID NO : 239 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 946 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 239 : CACTCAAACA TGACTTATAT CAAGACGGAT GGACTTCAAG ACGATGCCAA TCGCTTGAAT 60 CGTAACATTC AGTTTGGTGT TCGTGAATTT GCAATGGGAA CAATCTTGAA CGGGATGGCC 120 CTTCATGGTG GACtTCGTGT ATACGGTGGA ACTTTCTTCG TCTTCTCTGA CTATGTGAAG 180 GCAGCTGTCC GCTTGTCAGC CTTACAAGGA CTTCCTGTGA CTTATGTCTT TACCCATGAT 240 TCAATCGCAG TTGGGGAAGA TGGTCCGACT CATGAACCAG TTGAGCATTT AGCAGGTCTT 300 CGTGCTATGC CAAATCTAAA TGTTTTCCGT CCAGCAGATG CGCGTGAAAC GCAAGCAGCT 360 TGGTACCTTG CAGTGACAAG TGAGAAAACA CCAACTGCCC TTGTCTTGAC ACGTCAAAAT 420 TTGACTGTTG AAGATGGAAC AGACTTCGAC AAGGTTGCTA AAGGTGCTTA TGTTGTATAT 480 GAAAATGCAG CCGACTTTGA TACCATCTTG ATTGCGACAG GTTCAGAGGT TAATCTTGCT 540 GTCTCAGCTG CTAAAGAATT GGCTAGTCAA GGCGAAAAAA TCCGCGTAGT CAGCATGCCA 600 TCTACAGATG TCTTTGATAA ACAAGATGCA GCTTACAAGG AAGAAATTCT TCCAAATGCA 660 GTCCGCCGTC GTGTTGCAGT CGAAATGGGT GCAAGTCAAA ACTGGTACAA ATATGTTGGT 720 CTCGATGGTG CCGTTCTAGG TATTGATACT TCGGAGCCTC TGCCCCAGCA CCAAAAGTAT 780 TGGCAGAATA TGGCTTTACT GTAGAAAATC TTGTAAAAGT TGTTCGAAAC TTGAAATAAT 840 CCTAAAAATC AGGGCGTAAG CTCTGGTTTT TCTTACCAGA AAAGTAAGGT ACAATCTTGT 900 AAAAGTAGCT GAAATTTGAT ATAGTAGTCC TATGTAAAAG ACAAAG 946 (2) INFORMATION FOR SEQ ID NO : 240 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2764 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 240 : CGGGGCTCCc TAGTTCTTAG GGAGCTATTT TTGTTTTTTC AAGAAGTTAT CTTCTTGTAT 60 TTTATACTCA ATGAAAATCA AAGAGCAAGC TAGGAAACTA GCCGTAssTG CTCAAAACAC 120 TGTTTTGAGG TTGTAGATAA GACTGACAAA GTCAGGAACA CATATCTACG GCAAGGCGAC 180 GTTGACGCGG TTTGAAGAGA TTTTCGAAGA GTATTAGTTG TGAATCTGGT GCAGTCGTCC 240 CAGATTATTC TTATTAGTAG GGTCTTGTTT TCTATATCCC CTCGTAGTTA ACAAGACCTT 300 GAGCATTTTA GAAAGAGGAA TCTATGTCTA CGAAATATAT TTTTGTAACT GGTGGTGTGG 360 TATCGTCCAT TGGGAAAGGG ATTGTGGCAG CGAGTCTAGG CCGTCTCTTG AAAAATCGTG 420 GTCTCAAAGT AACCATTCAA AAGTTTGACC CTTATATCAA TATTGATCCG GGAACCATGA 480 GTCCTTACCA GCACGGGGAA GTTTTTGTGA CAGATGACGG AGCTGAGACA GATTTGGACT 540 TGGGTCACTA TGAACGTTTC ATCGATATCA ATCTCAACAA ATATTCCAAC GTGACAACTG 600 GGAAAATTTA CAGTGAAGTT CTTCGTAAAG AACGCCGTGG AGAATACCTT GGGGCAACTG 660 TTCAAGTCAT TCCTCATATC ACAGATGCTT TGAAAGAAAA AATCAAGCGT GCCGCTCTAA 720 CGACCGACTC TGATGTCATT ATCACAGAGG TTGGTGGAAC AGTAGGAGAT ATCGAGTCCT 780 TGCCATTCCT AGAGGCTCTT CGTCAGATGA AGGCAGATGT GGGTGCGGAT AATGTCATGT 840 ATATCCATAC AACCTTGCTT CCTTACCTCA AGGCTGCTGG TGAAATGAAA ACCAAACCAA 900 CCCAACACTC TGTCAAAGAA TTGCGTGGCT TGGGAATCCA ACCAAATATG TTGGTTATTC 960 GTACAGAAGA GCCAGCTGGT CAAGGAATTA AAAATAAACT GGCCCAGTTC TGTGATGTGG 1020 CACCAGAAGC CGTTATCGAA TCGTTGGATG TTGAACACCT TTACCAAATT CCACTGAACT 1080 TGCAGGCACA AGGGATGGAC CAAATTGTTT GTGATCATTT GAAATTAGAC GCACCAGCAG 1140 CGGATATGAC AGAATGGTCA GCCATGGTGG ACAAGGTCAT GAACCTCAAG AAACAAGTTA 1200 AGATTTCCCT TGTTGGTAAG TATGTGGAGT TGCAAGATGC CTATATCTCA GTGGTCGAAG 1260 CCTTGAAACA CTCTGGCTAT GTCAATGATG CAGAAGTTAA AATCAATTGG GTCAATGCCA 1320 ATGATGTGAC AGCAGAGAAT GTAGCAGAAC TCTTGTCTGA TGCGGACGGG ATCATCGTAC 1380 CAGGTGGTTT TGGTCAACGT GGTACAGAAG GGAAAATCCA AGCCATCCGC TATGCGCGTG 1440 AAAATGATGT TCCAATGTTG GGAGTCTGCT TGGGAATGCA GTTGACATGT ATCGAGTTTG 1500 CTCGTCACGT TTTAGGTCTT GAAGGTGCCA ATTCTGCAGA GCTTGCACCA GAAACAAAAT 1560 ACCCTATCAT TGATATCATG CGTGATCAGA TTGATATTGA GGATATGGGT GGAACCCTTC 1620 GTTTGGGACT TTATCCGTCT AAGTTGAAAC GTGGCTCTAA GGCTGCTGCT GCTTATCACA 1680 ATCAAGAAGT GGTGCAACGC CGTCACCGTC ACCGTTATGA GTTTAATAAT GCCTTCCGTG 1740 AGCAGTTTGA GGCAGCAGGT TTTGTCTTTT CAGGAGTTTC TCCAGACAAT CGTTTGGTAG 1800 AAATCGTGGA AATTCCTGAA AATAAATTCT TTGTAGCTTG TCAGTATCAC CCTGAACTGT 1860 CAAGCCGTCC AAACCGACCA GAAGAACTCT ACACTGCCTT TGTTACTGCA GCAGTTGAGA 1920 ACAGCAATTA GCAAAATCAG AACCTTTGAG AAAAATCTCA GAGGTTTTTT GCATACGATG 1980 ATATTGCAGT ATATCTGAGG TAGGGGTCCT CTGTATGTAC CTGCTACCGT TGAAATCAAT 2040 AGCGACTCCC TCTTGCCCTG TGCTAGTGAA TGGATTTATC AGTATATTGA AATGAAATAA 2100 AATTTGAACA AATTAATTCG GAAAGCCAAA TCAATTTCTA GCAAAGTTTT AGGAACTGGA 2160 TTGTATAGTG AATTGAAATA AGATGTGAAC ATCTCTATCA GGAAAGTCAA ATTAATTTAT 2220 AGAAATATTT TAGCAGTCAA GATGTACTGT TATAGATTCA ATACATTATA CTTTTTTAAT 2280 TTAATCCACT ATAGTAAAAT GAAATAATAA CAGGACAAAT CGATCAGGAC AGTCAAATCG 2340 ATTTCTAACA ATGTTTTAGA AATAGAGGTG TACTATTCTA GTTTCAATAT ACTATCCCAA 2400 ATCATTCATA CCTCTCTCAA CTAGATGTAA CTTACAAAAC CCCTGACCTC ATGAGCCACT 2460 TTCTTCCTCC TCATGAGGTC AGTTTTACTT TCTGCTGTTC CAGTATCGTT TTTCCTCGCT 2520 AGATTTCCTC AAAAGGGCAG ACTCCTCCCT TGGTGCGTCA CACGATTTTT TCATCTCGAC 2580 TGTTCTTTAA TGCATCATTA ACGACGCTTT TCTTCTAGGT GGTTCATAAG GAACAGGAAG 2640 ATTCAGGTTG ACTTTTCTAA TCCTAGAATA AAGTGCTGAA AACAATTCGG AATAGGCATA 2700 GAGACTAGAC AATTTGAGGA GCTGCTTGCG TCCTGTTCGA ACACATTTTC CCACCACGTG 2760 AAGA 2764 (2) INFORMATION FOR SEQ ID NO : 241 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1682 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 241 : CCGTTTTTTT CATTGTTCAG TACTACAACT TACGTTGTAG CGCCCTGCAC ATTGGTTCGT 60 CTTGTTCAGT TTTCAAAGGT CTTTGTCACT TGCTTCTCTC AAGCGACAAC TATATTAGTA 120 TATCACAACT GCTTTCGCTT GTCAACACTT TTTTGAAGAT TTTTAAGTTT TTTTAAACTT 180 TTTTTCATCA AGTGGTCCTG ACGCAACATA CCATAGTCCG TACGGGATTC GAACCCGTGT 240 TACCGCCGTG AAAAGGCGGT GTCTTAACCC CTTGACCAAC GGACCTGAGT TGTTATTTTC 300 AACTCTTACT ATTATACAGT CTTTTCAAAC TTTGTCAACT ACTTTTTTAA ACTTTTTTTA 360 TTAATTTTAC AACAGCTTCA GTTCGAGCTG TATGTGGGAA CATATCGACC GACTGGATAT 420 AATGAAGATC ATAGACTTCT ACTAAGCGTA CCAAATCACG AGCCAAGGTC GAAACATTAC 480 AAGAAATATA AACCATTTTT TCTGGTACAT AAGTAAGAAT AGTATCTAAT AACTTATCAT 540 CCAGACCTGT ACGTGGTGGG TCAACAATCA AAGCATCTGC TCGGTAGCCT TCCTTGTACC 600 AACGAGGAAT AATCTCTTCT GCCGTTCCAG CTTCATAATG AGTATTGTCA AATCCCATTC 660 TTTTAGCATT TCGCTTGGCA TCTTCAATAG CTTCTGGAAT AATATCCATA CCTCTGAGTG 720 TTTTTACTTT CTTTGCAAAG GCAAATCCAA TCGTTCCAAC TCCACAATAA GCGTCAATCA 780 AATGGTCTTC TTTATCAACA TCCAGCGCTT TTACTGCTTC GCTATAGAGG ACTTCTGTTT 840 GCTCAGGATT TAGTTGATAA AAAGCTCGAG GGGATAGTGA AAATTCATAA TTGAGTACAC 900 CTTCTTGAAT ACTCTCTTGC CCCCAGATAA TCTCTGTCTT TTCACCATAT ATCTCACTGG 960 TTTTAGCTGT ATTTGTATTA ACAGCTACTG TCACAACTTC TGGGAAATCT TTAACCAACT 1020 CTTTTACCAA TTGAGTTAAA TTAAGCTGGC GGTTTGTAAC AATAATAATC TGAACCTGTC 1080 CGGTCTTTCT CGCGCGTCGG ACCATAATAG TACGGACACC TAGAACTTTT CTCTCATCCG 1140 TGATTGGAAT CTGGTGATAA GTAAGTAATT CTGCTAAGCG ATTAGCAATC ACTTGGGTTT 1200 CCTTATCTTG TACCAGGCAG TCTTTCAACT CTACTAAATA GTGAGAGTTT TGTGCATATA 1260 AGCCCGCCTT GACCTGATTT TTAAATTTTC GAGTCTGAAA TTGTAACTTA GCTCTGTAAT 1320 ATTTTGGTTC CTGCATTCCA ATAGTTGGAC GAATTTCATA ATTTTCATAT CCTGCAGGAG 1380 CAAATTTTTT CAGCGCTTGA TGAAGTAAGT CCGTCTTGAA CTCCAGCTGC TTATCATAAT 1440 GCAGGTGCAT GATTTGGCAG CCTCCGCATT CATTATAAAT AGTACAAGAT GGCACAATTC 1500 GAAATTTAGA CTTCTTGTTG ACCTTCAGTA ATTTTGCTTC AACAAAGTTG CGTCTAATAG 1560 AAGTAATCTG ACAATAGATA TCTTCGCCTT TGAGAGCTCC TGGTACAAAG ACTAATGTTT 1620 TTTGGTAAAA GCCGATTCCC TCACCGTTAA TTCCCATGCG CTTGATTTTT AATGGTATTT 1680 TT 1682 (2) INFORMATION FOR SEQ ID NO : 242 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2524 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 242 : TTAACTTTGG TCAATTCTTT AAAGTCATCC TCTGTAAGCA TGTCTAACCA TTGATGTTTC 60 CCTTTATTGC TAAAATCACC AATTCCGACT ACAGCTATAT CTAAATCTTT CCAACTATTT 120 TTCAAATTTT CAAAATATCT TGATTGCAAA ATACCATCTG CTAACAATTT ATTTTCTTGC 180 ACAATCGTTG CATTCATAAA TGTACACTCT CCATGAAATT TTCTAGACAT TTCATAAATC 240 AGTGTATTCA CATGGTATTT AGCGTGTATG TGACTAGGAC CACCTGCTAG AGGATAGAAG 300 TGAACATTTC GGACACTTTT ACTGTGAATT AAATCTACTA AATTACTTAA ACTTTTCCCC 360 CAAGAAAAGC CAATTTTCAT ATTATCATCA ATTAGATTCC TAAGGACGCC TGCTGCAACT 420 TGAGAAATTC TTTCAGATAA AATTGTTGGA GTATCATCAA ATTCATTTGG AATAATTTCT 480 AAACTTTCCA AACTGTATTT TTCTTTTACA TAATTTTCCA ACTTAAACAT ATTGGTATCA 540 AAATTCTCTA TTTCAATTTT AACAATTCCT ACATTCCTTG CTTCTGTTAA CATTCTACTA 600 ATAGAGGTTC TATAAATTCC TAATTTTGCT GCTATTTGTG ACTGATTTAA GTTTTCAATA 660 TAATACAGAT AAGCAATTTT AGAAAGCAGT TTATTCCTAT CTTGATTCAT ACACTTAACC 720 TCTTACGAAA CTACCTTAAC CATTATCCCA GCATTTTCTA ATGTAGCTAT ATTTTGTTTA 780 GAAAGTTTTT CGTCTGTTAT TACTTCATAG ACTTGACTTA AAGCAAATCT TCTTACTGTA 840 CCTCTTTTAT CAAATTTACT TGAGTCAGTT AGGACAATGA CTTTATCCGA CACTGCTGAA 900 ATATATTGAA CTACCTCACT GCGCATTAAA TCTTTTCCGG TAAAGCCCAT CTCTTTATCG 960 TAACCATCTG TCCCAACAAA AGCTTGACAC ACATGAAAAG TCTGTATCAT TTCTTTTAAT 1020 AAAGGTCCTA CAGTCACCTG TGAATCTTTC TGAAACTCAC CACCAAGAAC AATAACACGA 1080 CATGAATCAT AAGCTCTCAC AAAATTTGCT ATAAAAAACG AATTTGTTAC AATCGTAACA 1140 TTTCTTTTTT GCTTGCAAAT TTCCTCAGCA AGTAAAGCAC AGGTCGATCC AGATTCTATC 1200 ATTATTGTTT CATTATCTGA CACCAATTTT ACTGCTTCCT GAACAATTTT TCTCTTAGTT 1260 TCATAATTAA TTGACAAACG TACATTTAAG TCATCTCCAC TATTTAATAC AGCATATCCA 1320 TGCTCTCTGT GTAATAAACC TTTTGACTCT AATTTATCTA AATCTTTTCT AATCGTTACT 1380 TTCGATACAT TTAATTTTTC CGATAATGTA TTAACGTCGA TCTTTTCATA TTCTGATACT 1440 AATTTAATAA TTTGTTCCAA TCTTTTCATT TTACACCTCC GTTTTATTCT ACCAAAATAA 1500 AAAGCAAAAA ACAACAAATT AACCTTTCGT TCGTAATTGT TTTTCTTTCG TTTTTGTGAT 1560 AGGATAGACT TATGAAGAGG AGGAACTCTT ATGGAAATAT CTAAAGGAAT TATTTTTAAT 1620 ATTCAACACT TTTCAATTCA TGACGGTCCG GGTATTCGTA CAACTGTTTT TTTAAAAGGA 1680 TGTCCTCTGC GCTGTCCATG GTGTTCTAAT CCTGAATCTC AAAGAATGAA ACCTGAAAAA 1740 ATGAAAGATG CTCAACGAGA GAAATTCACC TTAGTCGGTG AAGAAAAGAC TGTAGAAGAA 1800 ATTATTACAG AGGTATTAAA AGACAAAGAA TTTTACGAAG AATCCGGTGG AGGTTTAACT 1860 TTATCAGGAG GTGAAATATT TGCTCAGTTT GAATTTGCTA AAGCCATCTT AAAATCAGCT 1920 AAAGAACATC ACATACACAC TGCCATTGAA ACTACTGCCT TTGTTGATCA TGAAAAATTT 1980 ATTGATTTAA TTCAATATGT GGATTTTATC TACACAGACC TAAAACATTA TAATTCTATA 2040 AAACATAAAA AAGTGACTGG GGTTTTTAAT CAAATGATTA TTAAAAACAT TCATTATGCT 2100 TTTTCACAAA ATAAAACTAT CGTTTTAAGA ATCCCAGTTA TTCCTAATTT TAACAATAGT 2160 TTAGAGGATG CAGAAAAATT CGCTACTCTA TTTAACTCAT TAAATATCGA CCAAGTTCAA 2220 CTACTCCCTT TTCATCAATT TGGTGAAAAC AAATATCGTT TATTAAATCG GAAATATGAA 2280 ATGGATGGAA TCAACGCACT TCATCCAGAA GATCTTATTG ATTATCAAAA GGTATTTCTG 2340 AACCACCATA TTAATTGTTA TTTCTAGTTT ATTTCCTTGA AATGCTCTAG CTATTTGCAG 2400 ATAACAAGCA TCTATAATAC ATACTTAACT TTTCAAAAGG TTTAGCTAAA AAATTTTAGC 2460 CAAACCTTTT CTATTTTACC TTGCTCTAGA ATTTTTAAAC TGCTATACTT ATCACAAAAA 2520 AACG 2524 (2) INFORMATION FOR SEQ ID NO : 243 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2359 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 243 : CGTGCTTGGG GGCTTGTGGT CAAAAGGAAA GTCAGACAGG AAAGGGGATG AAAATTGTGA 60 CCAGTTTTTA TCCTATCTAC GCTATGGTTA AGGAAGTATC TGGTGACTTG AATGATGTTC 120 GGATGATTCA GTCAAGTAGT GGTATTCACT CCTTTGAACC TTCGGCAAAT GATATCGCAG 180 CCATCTATGA TGCAGATGTC TTTGTTTACC ATTCTCATAC ACTCGAATCT TGGGCAGGAA 240 GTCTGGATCC AAATCTAAAA AAATCCAAAG TGAAGGTCTT AGAGGCTTCT GAGGGAATGA 300 CCTTGGAACG TGTCCCTGGA CTAGAGGATG TGGAAGCAGG GGATGGAGTT GATGAAAAAA 360 CGCTCTATGA CCCTCACACA TGGCTAGATC CTGAAAAAGC TGGAGAAGAA GCCCAAATTA 420 TCGCTGATAA ACTTTCAGAG GTGGATAGTG AGCATAAAGA GACTTATCAA AAAAATGCGC 480 AAGCCTTTAT CAAAAAAGCT CAGGAATTGA CTAAGAAATT CCAACCAAAA TTTGAAAAAG 540 CGACTCAGAA AACATTTGTA ACACAACATA CAGCCTTTTC TTATCTAGCG AAGAGATTTG 600 GGCTTAATCA ACTTGGTATT GCAGGTATCT CTCCTGAACA AGAACCAAGT CCACGACAAC 660 TAACAGAAAT TCAGGAATTT GTTAAGACCT ATAAGGTTAA AACGATTTTT ACAGAAAGTA 720 ACGCTTCTTC AAAAGTAGCT GAAACTCTTG TCAAATCAAC AGGTGTGGGT CTTAAAACTC 780 TGAATCCTTT AGAGTCAGAC CCACAAAATG ACAAGACCTA TTTAGAAAAT CTTGAAGAAA 840 ATATGAGTAT TCTAGCAGAA GAATTAAAGT GAGGAAAGAA TGAAAATTAA TAAAAAATAT 900 CTAGCAGGTT CAGTGGCAGT CCTTGCCCTA AGTGTTTGTT CCTATGAGCT TGGACGTTAC 960 CAAGCTGGTC AGGATAAGAA AGAGTCTAAT CGAGTTGCTT ATATAGATGG TGATCAGGCT 1020 GGTCAAAAGG CAGAAGACTT GACACCAGAT GAAGTCAGTA AGAGGGAGGG GATCAACGCC 1080 GAACAAATTG TTATCAAGAT TACGGATCAA GGTTATGTGA CCTCTCATGG AGACCATTAT 1140 CATTACTATA ATGGCAAGGT TCCTTATGAT GCCATCATCA GTGAAGAGCT CCTCATGAAA 1200 GATCCGAATT ATCAGTTGAA GGATTCAGAC ATTGTCAATG AAATCAAGGG TGGTTATGTC 1260 ATTAAGGTAA ACGGTAAATA CTATGTTTAC CTTAAGGATG CAGCTCATGC GGATAATATT 1320 CGGACAAAAG AAGAGATTAA ACGTCAGAAG CAGGAACGCA GTCATAATCA TAACTCAAGA 1380 GCAGATAATG CTGTTGCTGC AGCCAGAGCC CAAGGACGTT ATACAACGGA TGATGGGTAT 1440 ATCTTCAATG CATCTGATAT CATTGAGGAC ACGGGTGATG CTTATATCGT TCCTCACGGC 1500 GACCATTACC ATTACATTCC TAAGAATGAG TTATCAGCTA GCGAGTTAGC TGCTGCAGAA 1560 GCCTATTGGA ATGGGAAGCA GGGATCTCGT CCTTCTTCAA GTTCTAGTTA TAATGCAAAT 1620 CCAGCTCAAC CAAGATTGTC AGAGAACCAC AATCTGACTG TCACTCCAAC TTATCATCAA 1680 AATCAAGGGG AAAACATTTC AAGCCTTTTA CGTGAATTGT ATGCTAAACC CTTATCAGAA 1740 CGCCATGTGG AATCTGATGG CCTTATTTTC GACCCAGCGC AAATCACAAG TCGAACCGCC 1800 AGAGGTGTAG CTGTCCCTCA TGGTAACCAT TACCACTTTA TCCCTTATGA ACAAAGTCAT 1860 GAATTGGAAA AACGAATTGC TCGTATTATT CCCCTTCGTT ATCGTTCAAA CCATTGGGTA 1920 CCAGATTCAA GACCAGAAGA ACCAAGTCCA CAACCGACTC CAGAACCTAG TCCAAGTCCG 1980 CAACCAGCTC CAAGCAATCC AATTGATGAG AAATTGGTCA AAGAAGCTGT TCGAAAAGTA 2040 GGCGATGGTT ATGTCTTTGA GGAGAATGGA GTTTCTCGTT ATATCCCAGC CAAGGATCTT 2100 TCAGCAGAAA CAGCAGCAGG CATTGATAGC AAACTGGCCA AGCAGGAAAG TTTATCTCAT 2160 AAGCTAGGAA CTAAGAAAAC TGACCTCCCA TCTAGTGATC GAGAATTTTA CAATAAGGCT 2220 TATGACTTAC TAGCAAGAAT TCACCAAGAT TTACTTGATA ATAAAGGTCG ACAAGTTGAT 2280 TTTGAGGCTT TGGATAACCT GTTGGAACGA CTCAAGGATG TCTCAAGTGA TAAAGTCAAG 2340 TTAGTGGAAG ATATTCTTG 2359 (2) INFORMATION FOR SEQ ID NO : 244 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1052 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 244 : TTCTTTCTGC TATAATCGTA TAAAATACTT ACTTTAGGAG TTCTTATGAA AGTTGTTAAA 60 TTTGGAGGTA GTTCTCTTGC CTCTGCTAGT CAATTAGAAA AAGTTTTAAA CATCGTCAAA 120 AGCGATTCAG AGCGTCGTTT TGTAGTCGTT TCTGCGCCTG GTAAACGCAA TGCTGAAGAT 180 ACTAAGGTTA CGGATGCCCT GATTAAATAC TACCGCGACT ATGTTGCGGG TAACGATATT 240 AGCAAGAACC AAAGCTGGAT TATCGACCGC TATGCTGCTA TGGTTAGTGA ATTGGGACTA 300 AAACCAGCTG TGCTAGAAAA AATTTCTAAA AGCATTCACG CCTTGGCCAC TCTTCCTATT 360 GAAGAAAATG AATTTCTCTA CGATACTTTC CTAGCAGCCG GTGAAAATAA CAATGCCAAA 420 TTGATTGCTG CCTACTTTAA CCAAAATGGT ATCGATGCAC GCTATATGCA CCCTAGAGAA 480 GCTGGGATTG TGGTCACAAG TGAACCTGGT CACGCTCGCA TCATTCCATC AAGTTATGAC 540 AAGATTGAAG AATTGACAAA CACCAATGAA GTCCTTGTCA TTCCTGGTTT CTTTGGTGTC 600 ACTAAGGAAA ATCAAATCTG TACTTTCTCA CGTGGAGGTT CTGATATTAC AGGTTCTATC 660 ATTGCTGCTG GTGTCAAAGC TGACCTCTAT GAAAACTTTA CGGACGTTGA TGGTATCTTT 720 GCAGCCCACC CTGGTATTAT CCACCAACCA CACTCGATTC CTGAGTTGAC CTACCGTGAA 780 ATGCGCGAGT TGGCCTATGC AGGCTTCTCA GTCCTTCATG ACGAGGCTCT TCTTCCTGCC 840 TACCGTGGAA AAATTCCTCT GGTTATCAAG AATACCAACA ACCCTGACCA TCCAGGTACT 900 CGTATCGTTC TAAAACACAG TAATGATGAA TTTCCAGTTG TGGGAATTGC TGGTGACTCA 960 GGCTTTGTCA GCATTAACAT GTCGAAATAC CTCATGAACC GTGAGGTTGG ATTTGGTCCC 1020 AAGGTTCTGC AAATCCTGGA AGAACTTAAC AT 1052 (2) INFORMATION FOR SEQ ID NO : 245 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 855 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 245 : CCCTCGAAAA CTAAGCCGAT GAAGTCAGAA CACTTCAATC CTGTTCGTGA CTGGTGGGAA 60 AATCGTGAAG AGATTCTGGA AGGTAAGTTC TACAAATCTA AATCATTTAC ACCTAGTGAA 120 TTGGCTGAGT TGAATTATAA TTTAGACCAG TGTGACTTTC CAAAAGAGGA AGAGGAAATC 180 TTAAATCCCT TTGAGTTGAT TCAGAATTAT CAAGCGGAAA GAGCAACTTT AAATCATAAG 240 ATTGATAATG TATTAGCTGA TATTTTGCAG TTGTTGGAGG ACAAATAATG ACACCAGAAC 300 AACTTAAAGC AAGTATTCTC CAAAGAGCGA TGGAAGGGAA ATTAGTGCCG CAAAATCCCA 360 ATGACGAACC TGCAAGTGAA TTATTAAAGA GAATTAAAGC TGAAAAAGAA AAACTTATCA 420 GTGAAGGAAA AATCAAACGA GATAAAAAGG AAACTGAGAT ATTTCGTGGT GATGATGGGA 480 AACATTATGG GAAGTTTGCT GATGGAAGCA CTCAAGAAAT TGATGTTCCT TATGATATTC 540 CTGATACTTG GGAGTGGGTG AGGATAAAAT CAATTTATTG GAATTTTGGG CAAAATAAGC 600 CAGAGAAATC CTTTAGGTAT ATAGATACGT CTAGTATTGA TAGAAAAAAG AACATAATCA 660 ACTACAAAAA TCTACAATAT CTTTCACCTG AACAAGCGCC TTCCCGTGCT AGAAAATTAG 720 TTTCGCAGAA TAGTGTCTTA TTTTCAACAG TTAGACCATA TCTAAAAAAT ATTGCTGTAG 780 TTAGAGAACT TAAAGAGTAT TTGATAGCTA GTACAGCATT TAATGTTTTG GGATACTTTA 840 CTTAACGAAA CATAT 855 (2) INFORMATION FOR SEQ ID NO : 246 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 660 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 246 : TTTAGGAAGG CTATCCGTAA TTTTACAAAG GATTTAGATA TTACAGAGGA ACATTTAGAT 60 ATTATCAAAA GAGAGATGTT TGGCGAATTT TTCAGTAGCA TGAACTCTCT TGAATTTATT 120 GCAACGCAAT ATGATGCTTT TGAAAATGGT GAGATAATTT TTGATTTGCC GAAAATTTTA 180 CAGGAAATTA CTTTAGAGGA TGTCCTTGAT GCTGGACATC ATTTAATAGA TGATGGTGAC 240 ATAGTTGATT TTACAATATT CCCATCGTAG TAACCTATTA TAATAGACAC TAGAAAGPAG 300 GGATGACAAG TATGAGAAAA AAAACAATTG GAGAGGTTTT ACGATTAGCT AGAATCAATC 360 AGGGATTGAG TTTAGATGAA TTGCAGAAAA AGACAGAAAT CCAGTTAGAT ATGTTGGAAG 420 CAATGGAAGC AGACGATTTC GATCAACTTC CAAGTCCTTT TTACACGCGT TCTTTCTTGA 480 AAAAATATGC ATGGGCTGTT GAGTTAGATG ACCAAATTGT TTTGGATGCT TATGATTCTG 540 GGAGTATGAT TACTTATGAG GAAGTAGATG TTGATGAAGA TGAGTTGACA GGTCGTAGAC 600 GTTCAAGTAA GAAAAAGAAG AAAAAAACAT CATTTTTACC TTTATTTTAT TTTATCCTGG 660 (2) INFORMATION FOR SEQ ID NO : 247 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1805 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 247 : CCGGTTGCAC AGGATCGTGC ATAGTCAACT CTTCAAGTAT AGCATATCTC CTATTTTCTT 60 ACAAGTAATA ACACCTAAAA TGAAGCTTTT TCTTTTACTT TTTTCTGCCA AGAGGCAAAA 120 AGCATGCTGA GGTAAAAAAC GCTCATCATA ATAGGAACAC CAAGAATGGT CTTTTCATGA 180 TAGAAAATCG TCAAATAGGC TGAAAAGACA ACGCCAAGGA CAAAACTACT AAGCAGGCTA 240 ACAAATATGA ATCCTTCACG CAAAAAAGGA GTGTGCTTGG TTCGGAAATA ATCTCCAAAA 300 GCCAGCATGG TCCGTTTGAT ATTCCCTGTC ATAAAAGCGT TATTATAGGC AATACCCGAC 360 ACTTCTCCAA AAGCAGTTGT CACCAGTCCC ATACAGAAGG CCAAGGGCGG CACTAGATAG 420 ATATTATCCA CAGTTTGCGG CACAAAAGCA ATAATGATTG ATAAGATTGC CAAGGGAATC 480 AAGGACAGAA TAGGTTTTTT CACAATTCTC AATTTTTCCT TATAAATCGT TAATAAAAAG 540 ACTCCCATCA TAAACGCTAG CAAGGTGAGA ACCTTGTCCC TAACATCCGA AACATTATTT 600 TTAATTAATT CTACTGAAAG AAAGACAACA TTTCCAGTTT GTCCAGCTAC AAGGGTATTC 660 CCGCGAACAA TAAAAGTGTA AGCATCCACA TATCCAGCAC AAAACGTCAA AAAAAGTGCT 720 AACCTTTTAG ACTGACGTGA TATTTTTCTT ATAGGTAATA ACCTCATTTT ACCTCCCATT 780 GTATTTTCTC TTAGAAATAT TGTACCATTT TCTTTCTAAA AAATCGTAGG CTACCATTTA 840 GATTTTACTA TTAGCATAAA AATAATAATA GACAACTATT TATCCAAAAA TAGATAGATG 900 TAACATGTTT GCAAACAAAG CATACGAACC TTTAGTAAAA TCATTTCCAT GAAACTAGAA 960 TAGAGCCCTC TTAGCAAAAA TCATTATTTT AATTTATTTC TAATCACTCC TTGACATAAA 1020 TAACTCTCAC CAATAAAAGA CTATGTCTTA AAAAAATGGT ATAATAAAAT CAATACTTGG 1080 GCTTGATGGC TATGCTACTA ATAACAATTA GGAGAGAAAA TCAGGCACTT GTTAACAACA 1140 AGGATTATCC CCTTGAGATG AAAGGAACTT TAGAAATCTT ATGATGAACA TGCAAAACAT 1200 GATGCGTCAA GCACAAAAAC TTCAAAAACA AATGGAACAA AGCCAAGCTG AACTTGCTGC 1260 TATGCAATTT GTTGGCAAAT CTGCTCAAGA TCTTGTCCAA GCGACCTTAA CTGGCGATAA 1320 GAAAGTTGTC AGCATTGATT TCAATCCAGC TGTCGTTGAC CCAGAGGACC TTGAGACTCT 1380 TTCTGATATG ACCGTTCAAG CCATCAACTC TGCTCTTGAA CAAATCGATG AAACTACCAA 1440 GAAAAAACTG GGTGCTTTCG CTGGGAAATT ACCTTTCTAA AAACAAGGAG CTAGAACAAT 1500 GCTTGTCGAT AACAAAGGCT AAGAAAGGTG CAAAAATGAC TCTATAATAT TTGTAGTGGG 1560 TAAATCCCCT ATGGATATTA TGGAGCCTAT TTTTGTGTAG AAAAAAGTCC CATATGACCT 1620 ATAATGAAAA GCGACAAAAC AACTCATTAG AAAGAATCAT ATGGAACAAT TACATTTTAT 1680 CACAAAATTA CTAGACATTA AAGACCCTAA TATCCAGATT TTAGACATCG TCAATAAGGA 1740 TACACACAAG GwAATCATCG CCAAACTGGr CTATGAAGCT CCATCTTGTC CTGAGTGCGG 1800 AAGTC 1805 (2) INFORMATION FOR SEQ ID NO : 248 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2516 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 248 : CTGCATCTAG TTTGTTTCTC CCTACAGTTT TAGCTAGACA GATTGGAGAT TATGATTTAA 60 CGTCGCCGCG TTGGGGTTCG GATACAACTA GTGAGCTTGA GAAAGAAAAC TCCTCTGCTG 120 GAATTAATAA TAATGACAGC ACTGGTGGCG GTAAAAGGTT AAATACCTCT ATTCGTAGCG 180 CCTATAGTGG GTCAGATATT ACCCCGGTAT ATTCATTGGG GTCTGGCTCT AGGATTGTCA 240 TGTACTATAA TGGAGGTGGT GACAATTATA TTGGTTCTGG TACTAGATTA GCTATGGCGC 300 CACAATTTGG AAATCATGTA AGAATTCATA CTTCAGGTTC TTGGAATCCA GATTCTTATT 360 AACTTACTTG TCAGAGTAAG CCTTAAAGAT GGTTGATTGT GGGTGTAGCA TGAAAAAAGA 420 ATGCTACACC CTATTTTTAT TATAAGGAGG AGTAAGGATG GAATTTTTCA TTTGTAATCT 480 TGTACGAGTC GTTCAATCAC CTCGATTTTA TATGTCTTTA TTTTTGACCC TTCTTTGCAT 540 GAGTTTAGGA AATTTCCTTG CTTTCAATGG TATTTATAAA ATTGAAGGTT TATCGATTTT 600 TTTTGCCGCT TCTTCTATTC GAGGATTTTC ACCGATTAGC CTAGTAGCTG CACTTATCTG 660 TACACTGCCC TATTCTAGTC AGATAATAGA GGATGCTGAG AGTCATTTTC TAACAGCACA 720 ATTGTGTCGA ATTTCTAAAA AGAAGTATCT GGCTATTGTG GGTAGTACTG TAATTATTTC 780 TTCTTTTCTA GTCTTTTTTC TCCCCTATTT ATTATTATTA GGAATTAATC TTTTAGTGAC 840 TCCTTATCAG GAAATTTATA TTGGAGATTA TAGTGGTGCC TTAAAAGAAT TATTTGATTC 900 CAATCAGTTT CTCTATAGTC TTGTAACGAC TCTCTGGTAT GGAGTTTGGG GCGCTGTGTT 960 CTCTATTTTT GGACTAGCTA GTGCTTTGCT AGTGAAGAAA AAAATAGGAG CTATTTTCAT 1020 CCCAGTTGCC TATATGATGG TTGGTGGTAT TTTTTGGGCT ATTTTAGGGC TATCTTACTT 1080 AGAACCTGTG ACAACGCTAG CTTTGGGATA TCAGAAAGAT ATCAGTCTTT CCTTAGTTAG 1140 TGCTCATCTT GCTTTTATTT TATTTGTTAG TTGTTTGGTT GTTTATGGTA CATTTTTTCT 1200 ACATTCAGAG GACTATGTAT AATGAAACAA TTTGTTCAAT TTTATAAAAA AGATTTCTTA 1260 GCAGTATTGG TTTATTTTAT ATTACTGCTA TCCTGTGTTT TATCTAGTAC AGTATATTTA 1320 TTGTGCCGTC GCCAATATTC AATCCATCCA AATGTATTAG AATGGATCTT AGTTTTACTT 1380 CAAGATATGA CGACTGGAGT ATATTGCTTT CCGTTCACAT ATATATTGTT CTTTTTTTAT 1440 TTGATGAATA ACTATTTTAA TAGGTTGGAG TGTCGCATTC GTCTGAAATC AATTAAGCAC 1500 TTTACCAGTT TTAGTTTCAA ATTAGCAGCT CTTAGTACGG GGATTTGGAC GGCGACTTTA 1560 TTTTTATTGA TTTTTCTAAT TGCATTTAGT AATGGTTTTA GCTTCTCTTT GGAGATAAAG 1620 GAGGTTGATT TTTTAAGAGA ATTTTATGGT ATAAGTATTG CAAACAATGC TAGTTTCTTT 1680 ATAGGATTTT TTTTCTCTTA TATAGCATAC TATTTCTTTT TATCCTTACT TACTATTAGC 1740 AGTTTTTCTT GGTTTAAAAA ATCAAACATG AGCTTAGTAT TTCTGTTTAC TTTTTTATTT 1800 GTAGAATCCT TATTCTGGAT TTATCAGTTG GACAATGGGA TAATTGGATT ATTGCCAATT 1860 TTTCAGTATA TGGTAAATTC CAATCCGTAT GCATTGATTT ATTGGCTTAC ATTACTATCT 1920 ATCATAATTC CATTGACTGT ATTTTCTGTT CATAGAAACT GGAGGAGAGT GTAAAAGTTG 1980 GAAATGGGAA AGTTAAGTAG TCACATGTGG AGGTTGAATC AGATAATCTA TACCAAGTAC 2040 TTTTGGGGTT ATGTTCTTTT TTGGATATTG ATTTGTTTAG GATTATGGTA TTGGTTAGAA 2100 GGAAATGATA GACTTGTTAT AGAAATTTTA AAAGGGCCTA ATCTGAGTCA AAACTCTTTT 2160 TTAGTCTTAT CTATATGGTT GCTTCATTGG TTTATTATTC ATACATTTTT TCTAGCAGTT 2220 GTATATCGTA GAAGAGCATC CGATTTCTTT ATGGAAGTGA TTCGATTTTC TTCTATTAAG 2280 CTCTGGATTA GGTATCAGAT TTGGACCTGT TTTCTTTATG GACTCATTTT AATCATGGTA 2340 AAAGTTCTAG TGATTCAATT TATGTTACAG TTACCAAACT GGGATATAGG AGTTTTGTTT 2400 ATAGTTGATT CTTTGAATGC TTGTGTGTTA GTCTTGTTTT GCTTTATGTT ATACGCACTA 2460 GGAGCGAATG TACAAATGAA CTTTGCTTGC GTTAGTTTCT TTTTACTCAT GATTGG 2516 (2) INFORMATION FOR SEQ ID NO : 249 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1364 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 249 : CGGTGTTTTT TTGTAAATTT TCTAGCACTT GTATGGTAAA ATAGATACAG GTGTTCATTA 60 AACTAGACTA AAAACCTATT TAAGCAGGCA AAATGAAGAA ATACCAACAA TTATTTAAGC 120 AAATCCAAGA AACCATTCAA AACGAGACTT ACGCTGTCGG AGATTTCCTT CCTAGCGAGC 180 ACGACCTTAT GGAGCAATAT CAAGTGAGTC GTGATACCGT CCGAAAGcCC TGTCTCTCCT 240 CCAAGAGGAA GGATTGATCA AAAAGATAAG AGGGCAAGGT TCTCAAGTCG TCAAAGAAGA 300 AACCGTCAAT TTCCCTGTAT CCAACCTAAC CAGCTACCAA GAACTAGTTA AAGAACTTGG 360 ACTGCGCTCT AAAACCAACG TGGTCAGTCT GGACAAGATT ATTATTGATA AAAAATCCTC 420 ACTGATAACC GGTTTCCCAG AGTTTCGGAT GGTTTGGAAG GTGGTCCGCC AGCGTGTGGT 480 GGATGATCTG GTATCCGTTC TGGATACGGA CTATCTGGAT ATGGAACTCA TCCCAAATCT 540 CACTCGCCAA ATTGCTGAGC AGTCTATCTA TTCTTATATA GAAAATGGCC TCAAACTCCT 600 TATTGATTAT GCTCAGAAGG AAATCACCAT TGACCACTCA AGCGACCGAG ACAAGATTCT 660 CATGGACATT GGCAAAGACC CTTATGTCGT TTCGATTAAA TCAAAAGTCT ATCTCCAAGA 720 CGGACGCCAA TTTCAGTTTA CCGAAAGTCG CCATAAGTTA GAGAAATTTA GATTTGTAGA 780 TTTTGCAAAA CGCAAGAAAT AAAAGACTGA GACACCAGAT CTCAGCCTTT TTCGGCTCTA 840 TAATATTTGT AGTGGGTAAC CCCCCTATGG ATATTATGGA GCCTATTTTG TGTAGAAAAA 900 AAGTCCCATA TGACCTATAA TGAAAAGCGA CAAAACAACT CATTAGAAAG ATTCATATGG 960 AACAATTACA TTTTATCACA AAACTGCTCG ATATTAAAGA CCCAAACATC AAGATTCTAG 1020 ACATCATCAA TATGGATACC CACAAAGAAA TTATCGCTAA GCTGGATTAT GAGGCTCCAT 1080 CTTGCCCTGA TTGTGGAAGT CTAATGAAGA AATATGACTT TCAAAAACCG TCTAAGATCC 1140 CTTACCTCGA AACAACTGGT ATGCCTACTA GAATTCTCCT TAGAAAGCGT CGTTTCAAGT 1200 GCTATCATTG TTCTAAAATG ATGGTCGCTG AAACTTCTAT CGTCAAGAAG AATCATCAAA 1260 TTCCTCGTAT TATCAACCAA AAAATTGCGC AAAAGTTGAT TGAGAAGATT TCTATGACCG 1320 ATATTGCTCA TCAGCTGGCC ATTTCAACTT CAACTGTCAT TCGG 1364 (2) INFORMATION FOR SEQ ID NO : 250 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1227 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 250 : CCATGAAGAC CGCTTGGAAT TGGAATGGCA CAAGTCTTTG TTGAATGGTC TATTCCCATT 60 GACAATCGGT GGAGGAATTG GACAATCTCG TATGGCCATG TTCCTACTTC GCAAGAGACA 120 CATCGGAGAA GTGCAAACAA GTGTTTGGCC TCAAGAAGTC CGCGATACTT ACGAAAATAT 180 TTTGTAGAGA ATCGAACCGC AAGGTTCGGT TTTCTTTCTC TTTTTGTCTA TAATTTGGTA 240 TAATAAACAG TATGAAAATC GTATCAGGAA TCTATGGGGG ACGTCCCCTC AAGACACTAG 300 AAGGCAAGAC GACAAGACCT ACTTCGGATA AGGTTAGGGG AGCCATTTTT AACATGATTG 360 GTCCCTACTT TGAAGTGGGA CGAGTCTTGG ACCTTTATGC AGGTAGTGGT GGTTTATCTA 420 TCGAAGCAGT ATCGCGTGGC ATGTCCAGTG CTGTTTTGGT GGAGCGAGAC CGTAAACTCA 480 GACCATCGTG GCTGAAAATA TCCAGATGAC CAAGGAAGTT GGAAAATTTC AACTCCTCAA 540 GATGGATGCA GAAAGGGCAT TGGAACAGGT ATCTGGGGAA TTTGACCTCG TTTTCTTAGA 600 CCCTCCCTAT GCCAAGGAAC AAATCGTAGC AGATATTGAA AAAATGGCTG AGAGAGAGCT 660 TTTTTCTGAA GATGTTATGG TTGTGTGCGA GACGGATAAA GCCGTTGAAC TTCCAGAAGA 720 AATTGCCTGT CTGGGTATCT GGAAGGAAAA GATTTATGGA ATTAGTAAGG TGACAGTCTA 780 TGTCAGATAA GATTGGCTTA TTCACAGGCT CATTTGATCC GATGACAAAT GGGCATCTGG 840 ATATCATTGA ACGGGCGAGC AGACTTTTTG ATAAGCTTTA TGTGGGTATT TTTTTTAATC 900 CCCACAAACA AGGATTTCTC CCTCTTGAAA ATCGTAAACG GGGGTTAGAA AAGGCTGTGA 960 AACATTTGGG AAATGTTAAA GTCGTGTCTT CTCATGATAA ATTGGTGGTC GATGTCGCAA 1020 AAAGACTGGG GGCTACTTGC CTAGTGCGAG GTTTGAGAAA TGCGTCGGAT TTGCAATATG 1080 AAGCCAGTTT TGATTACTAC AATCATCAGC TGTCTTCTGA TATAGAGACT ATTTATTTAC 1140 ATAGTCGACC TGAACATCTC TATATCAGTT CATCAGGCGT TAGAGAGCTT TTGAAGTTTG 1200 GTCAGGATAT TGCCTGCTAT GTTCCCG 1227 (2) INFORMATION FOR SEQ ID NO : 251 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3652 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 251 : CCGGTCAAGT TAAAAACGCT ATTTCTTCCC ATTTTATTTA TTTTTTAGGA GTGGTAACGT 60 ATCAAAATAG CCCAAGCGTT CTCACCCGTG TGAGTTTGAA TAATGGAACC CGTTTCCAAA 120 ACAGAAATTG GCTTTTCAAC ATAAGCTTGT AAGCTTTCTT TCATCTCTTT TGCCCAATCA 180 TCACTACCAG AATATGAAAT TCCAATCTCT GCTACAGCAC GTTCAGAAAG CGATGTTATC 240 AACTCATCTA ACCATTTTTT AAATGTTTTA GTTCCACGAC CTTTAACCAT TGGCTGCAAT 300 TCATGGTCTT TCATTTGCAT GACAGCACGG ATATTGAGAA GAGAGCTCAA CAAGCCAGTT 360 ACACGGCTAA TTCGTCCACC TTTGACAAGA TTTTCCAAAG TTGAAACACC AATATAAAGC 420 TCTGTATGGT TTTTAACCTC TTCTACATGA GATAAAATTG CCTCCATATC TTTACCTTCT 480 TGAGCTAACT TCGCAGCCTC AACAACTTGG AATTTCAGGG CTTGGTCAGT GAAGGAACTA 540 TCAACAACAG TCACATCTGC AGTAGATAGG CTAGCACCTT GGCGTGCTGC TTCTACCGTA 600 CCCGAAAGAG CATGGGACAT ATGAATAGCA AGAATCTGGC CACCATCTTT GCATAGGTCT 660 TCAAAAATCT CAGCAAAGAC ACCTACAGGT GGCTGACTTG TTTTCGGAAG ATTCTTACTT 720 TCTTGCATCA ACTGAAGAAA TTTACCTTCT TCTTTCAAAT CCGCATCAGA ATAAACAACA 780 TTATCAATCA TTACAGATAA TGGAACAATT GTAATATCTA ATTGCTTTAC TAGTTCAGGT 840 TCAATAGTAA CAGATGAATC GGTTACAATC TTAATTTTTG TCATAGTATC AATCTTTCTA 900 TTTTAGGATT CAGATTGGTT TCCTTACTTC TAATTATATC AAAAAAAAGA TTAAAAATCC 960 TAATGGAGTC AATCAAATTT TCCGTAAAAT TTGATATAAT CAACTTATAA GAAAAGAGGT 1020 GTCCTATGAT TAAAAAAATT TACCCCATTT TTACCATTTT ACTAGGTGCT GCTATTTATG 1080 CTTTTGGACT GACTTATTTT GTAGTTCCCC ATCATCTCTT TGAAGGAGGG GCGACAGGCA 1140 TTACCCTCAT CACCTTTTAT CTTTTTAAAA TCCCTGTTTC CCTCATGAAC CTGCTGATTA 1200 ATATTCCCCT TTTCATCCTA GCTTGGAAGA TTTTTGGAGC CAAATCCCTC TATTCTAGTT 1260 TACTAGGAAC CTTAGCTTTG TCCGGCTGGT TAGCTTTTTT TGAGCATATT CCCCTTCATA 1320 TTGATCTTCA AGGTGATTTA CTAATCACAG CCCTTATAGC GGGAATCCTA TTGGGAATTG 1380 GCCTTGGAAT TATTTTTAAT GCTGGAGGTA CAACTGGCGG AACTGATATT CTAGCTCGTA 1440 TTCTCAACAA ATACACTCAT ATATCCATAG GAAAACTGCT CTTTATCTTA GATTTTTGTA 1500 TTCTCATGTT GATTCTCCTA ATCTTCAAGG ATTTGAGATT GGTTTCCTAC ACGCTTTTGT 1560 TTGATTTTAT TGTTTCTCGT GTTATTGATT TGATTGGTGA AGGAGGATAT GCCGGCAAAG 1620 GCTTTATGAT TATCACAAAA CGTCCTGACC AACTTGCTAA GGCGATTAAT GATGACCTCG 1680 GAAGAGGTGT TACTTTTATT TCTGGTCAAG GCTACTATAG TAAAGAAAAT TTGAAAATCA 1740 TCTACTGTAT TGTCGGAAGA AATGAAATTG TGAAAACGAA GGAAATGATT CATCGAATCG 1800 ATCCTCAAGC CTTTATAACT ATTACAGAAG CCCATGAAAT CCTAGGAGAA GGCTTCACCT 1860 TTGAAAAAGA ATAAAAAGAG GTAATGTCGT GACCTCAAAA GTTAGACTAA ATCATCTATC 1920 TTTTGGGTTA CAGACAACCT CTTTTTTATT TTATTTACTC AAGCTCTTAA GACCAATTCC 1980 GAGTTACTTC TTCATCAGCC TTTAACTGAT CCACTAATTG GTCAACTGAG TCAAATTTGG 2040 TCATATCTCG AATGCGATCA AGCCAATAAA CCATGACGGT TTCCCCATAA ATATCTTGAT 2100 TAAAATCAAA AATATTGACT TCAAAACGTG CTTCTTCTCC ATCAAAGGTC ACATTTTTCC 2160 CGACACTAGC CATAGCACGA TACTTCTGTC TTTGAATCTC AACATCAACA ACATAAACGC 2220 CATCTGCTGG CATATAAGTA CGGTCTAAAA GCACTAAATT CGCTGTCGGA TAACC. AATTG 2280 TACGACCACG AGCATTACCA TGAACCACCA TACCTCTTGA TGGAAGCGGT GCCCCCAAAA 2340 GTTTTCCTGC TTCTTTCACA TTTCCATCTA AAATAGCTTG ACGGATACGA GTTGAACTAA 2400 TCTTTCCTTT CTCATCTTCT ACAGGTGGAA CAATGATAAC TTCTCCATCA AAGTAATTCT 2460 TTAAATCTTC TGCTGTTTTT TTGTCAGAAC CAAATGTATA ATCAAAACCT GCAACAATAA 2520 TTTTGGCATT CATAGCCTTG ATATAAGTTG CAAAGAATTC TTGTGCAGTG AGACTAGCGA 2580 ATTGACTACT AAAATCAAGG AGATATAATT CTTCTACACC TTCGCGCTTT AATTTTCTTT 2640 CACGTTCAGC AGGGTTCAAA ATATGCAAAA ACAAATCTGG ATGATAAGGC TCTAAAGCGA 2700 TCTTTGGAGA TTCATTAAAG GTCATAACGA CGATAGGCAA CAAATCCTTT CTCGCAGCCT 2760 TGTTGGCAAC ACGAAATAAT TCTTGATGCC CCTTATGTAT GCCATCAAAA TAGCCGAGAA 2820 CAACGACTGA ATCAGATGGT GTGCCAATAT CTTTTTGGTT TTTTATAGGA ATAGTAATAA 2880 TCATAAAATA ATTATATCAT AGCGATAGCT ATTTCTGGAA CAGAAAATCT GAAATGTTGT 2940 TTTTTTCACA TGAAGTGTAC CTGTTTTCAA AAAGCACTTT ATTCTATCGT TGCTTAACTA 3000 TGAACTTTGC AATATTCTTC TCAAAAACTT GTAGGACATC TTCAAAATTT TGCAAGGAGT 3060 GATTAGACTT GTTCGGTAAC CATAAAGTGT CATACTATGC TTATGTATGA AAAAGCAATG 3120 CAACTAACTC CTGAGAACTT TAAATTACTA ATTGGTGCCG AAAAGGTAGA ATTTAGAATC 3180 GAGGTACACC TATGGCTGTA AAATTTACAA AATGAGACAA CTTGGGCAAG ATGTTTGAAG 3240 AATTTCCTAA ACTCCCTGAT TTGAAGCAAG TCACTTTCCC TAATGACAAA GAAAAAAGCC 3300 AAAACAGCAA AGAAAAACTA GATGACTGCT TTCCAACAAC TCCCATCTAG TGTGCTTCAG 3360 ACTGGGCTAT TTTTCTCTCC ATCTGTTAGC TTGGATTCTC AGACCGTTTC AGCTAAAGAA 3420 TATCTTTTCC CTTATCAGAA GGAACGGCTC AAGCCATTCA GACAAGTGAA GGGACGACAA 3480 GCCAATATTT GAAACCAGAT AGCAGTTCTT ATAGTCAATT GAAATAAAAT CTGAAGAAAT 3540 CGAGTAGGAA ACTCATATCA ATGTTTAACA GTGTTCTATT CCAGATTCAT ACTCAATCAA 3600 AATTAAAGTG CAAACTAGGA AGTTAGCCGC AGGTGATACT TTGGGTACGG CA 3652 (2) INFORMATION FOR SEQ ID NO : 252 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 743 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 252 : GTACCGTGGT GCCAAAGTAC AGCAAGGTTG GCTTTTTGAC AAACAATACC AATCTTGGTT 60 TTACATCAAA GAAAATGGAA ACTATGCTGA TAAAGAATGG ATTTTCGAGA ATGGTCACTA 120 TTATTATCTA AAATCCGGTG GCTACATGGC AGCCAATGAA TGGATTTGGG ATAAGGAATC 180 TTGGTTTTAT CTCAAATTTG ATGGGAAAAT GGCTGAAAAA GAATGGGTCT ACGATTCTCA 240 TAGTCAAGCT TGGTACTACT TCAAATCCGG TGGTTACATG ACAGCCAATG AATGGATTTG 300 GGATAAGGAA TCTTGGTTTT ATCTCAAATC TGATGGGAAA ATAGCTGAAA AAGAATGGGT 360 CTACGATTCT CATAGTCAAG CTTGGTACTA CTTCAAATCC GGTGGTTACA TGACAGCCAA 420 TGAATGGATT TGGGATAAGG AATCTTGGTT TTACCTCAAA TCTGATGGGA AAATAGCTGA 480 AAAAGAATGG GTCTACGATT CTCATAGTCA AGCTTGGTAC TACTTCAAAT CTGGTGGCTA 540 CATGGCGAAA AATGAGACAG TAGATGGTTA TCAGCTTGGA AGCGATGGTA AATGGCTTGG 600 AGGAAAAACT ACAAATGAAA ATGCTGCTTA CTATCAAGTA GTGCCTGTTA CAGCCAATGT 660 TTATGATTCA GATGGTGAAA AGCTTTCCTA TATATCGCAA AGTAGTGTCG TATGGCTAGA 720 TAAGGATAGA AAAAGTGATG ACA 743 (2) INFORMATION FOR SEQ ID NO : 253 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4010 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 253 : TTTTGGTTGA TGATACGAGG GATTTGGTGA TTCTTCTTGA CGATAGAAGT TTCAGCGACC 60 ATCATTTTTG AACAGTGATA GCACTTGAAT CGACGCTTTC TAAGGAGAAT TCTAGTAGGC 120 ATACCAGTCG TTTCAAGATA AGGAATTTTA GAAGGTTTTT GAAAGTCATA TTTCTTCAAT 180 TGGTTTCCGC ACTCAGGGCA AGATGGGGCG TCGTAGTCCA GTTTGGCGAT GATTTCCTTG 240 TGTGTATCCT TATTGATGAT GTCTAAAATC TGGATATTAG GGTCTTTAAT GTCTAGTAAT 300 TTTGTGATAA AATGTAATTG TTCCATATGA TTCTTTCTAA TGAGTTGTTT TGTCGCTTTT 360 CATTATAGGT CATATGGGAC TTTTTTTCTA CAATAAAATA GGCTCCATAA TATCTATAGT 420 GGATTTACCC ACTACAAATA TTATAGAACC GAATTAATTT AATTAGAGAG CCAACTTTCT 480 AATATAGTAA TCGCGTCATA ACAAGGTATC TATCATTCAT GGAGTTCCTC CTGTATACTA 540 TTAGTAAAGT AAAACTATTG GAGGATATTT TAATGCCACA ACCTATTGTT CCTGTAGAGA 600 TTCCACAATC TCGTCGTTTT GATTCTAAAA AGAGAAATGA TATTCTGCTT AAAATTCGTA 660 TTGGCAAGCT TGAAGTAAGT TTTTTTCAAT CTCTCAATCT CGAAATGGTA GAACAGCTTT 720 TGGATAAAGT GTTGCTCTAT GACAATTCAT CTATCTAGCC TAGGGCAGGT CTATCTCGTA 780 TGTGGGAAAA CGGATATGAG GCAAGGCATT GATTCATTGG CTTATCTGGT TAAAACCCAC 840 TTTGAATTAG ATCCTTTCTC CGGTCAAGTT TTTCTCTTTT GTGGTGGACG TAAAGACCGC 900 TTTAAAGCCC TTTACTGGGA TGGTCAAGGA TTTTGGCTAC TATATAAACG CTTTGAGAAC 960 GGAAAACTGA CTTGGCCCAG TACAGAAAAG GATGTCAAAG CTCTCACACC TGAACAAGTA 1020 GATTGGCTTA TGAAGGGCTT TTCTATCACT CCAAAAATAA ATTTATCAGA AAGTCGTGAT 1080 TTCTATTGAA ATGAGGACTT TCTTTTTAGT TATAATAAAG TTAGGAAATA AGGAGAGGAA 1140 GCCCATGGAA GAAGATTGAA AATCATTCAA CAACAGAGTG CTACAATTGA TAGTCTCACC 1200 AATGAACTTG CCCTTCTTCG TGAACAAGTG GCTTATCTAA CGCAAAAGCT CTATGGAAAA 1260 TCCTCTGAGA AAAGTGTTTG CCCATCTGGA CAACTCAGTC TTTTTGAAGA GGAACAAAAT 1320 ATGGAAGAAG ACTCTGACTT ACCCAGTTGA AAGAGAAGAA ATCACCTATA AACGTAAGAA 1380 AGCTAAAGGG AAACGTCAAG CTCTTCTTGC CCAATTTGAT TCAGAAGAAG TTCATCATCA 1440 AGTAGAAGAG AGCATTTGCC CTGATTGTCA GGGAGATCTA AAAGAGATTG GAGCAACCCT 1500 TCAACGACAA GAATTAGTCT TTATTCCTGC GCAATTAAAA CGAATAGATC ATATCCAACA 1560 CGCTTATAAG TGCCAAGCAT GCAGTGATAA AAATCCGAGT GATAAAATCG TGAAAGCTCC 1620 TATTCCTAAA GCCCCTTTGG CGCATAGCCT TGGCTCAGCT TCTATTATCG CTCACACCAT 1680 CCATCAGAAG TTTAATCTGA AGGTACCCAA TTATCGCCAA GAAGAAGATT GGGCTAAGAT 1740 GGGTTTACCA ATCACACGTA AGGAAATTGC TAATTGGCAT ATCAAGGCGA GTCAATACTA 1800 TTTGGAGCCC CTTTATAATC TTTTACGAGA AAAGTTGTTA GAACAAGCTC TTCTTCATGC 1860 GGATGAAACC TCTTATCGGG TTCTAGAGAG TGATAGTCAG TTGCCTTACT ATTGGACTTT 1920 TTTGTCTGGG AAAGCTGAGA ATCAAGCAAT CACGCTGTAC CACCATGATC AGCGTCGGAG 1980 TGGTTTAGTA GTACAAGAAT TCCTAGGAGA TTATTCTGGC TATGTTCATT GTGACATGTT 2040 GCGGCAGTAA CTTAGGACTT TAGTCCTCTA GTTCTGCCTA TGCGATAGCA GTCCAAGGTT 2100 TAGGAGTAAG GCGACGCTAA GCTTGGTAAA CTGCGAACAG CTAGAAGCTT ATCGTCAACT 2160 GGAAGAAGCT GCACTTGTTG GATGTTGGGC GCATGTGAGA AGGAAGTTTT TTGAAGTGCC 2220 CCCCAAGCAA GCAGATAAAT CATCCTTAGG AGCTAAAGGT TTAGCTTATT GTGATCAGTT 2280 ATTTTCCTTG GAAAGAGACT GGGAGGCTTT GCCAGCTGAT GAACGACTAC AGAAACGTCA 2340 AGAACATCTC CAGCCCCTAA TGGAAGACTT CTTTGCTTGG TGCCGCCGTC AGTCAGTTTT 2400 AGCAGGTTCA AAACTAGGAA GGGCAATTGA ATACAGCCTC AAGTATGAAG AAACCTTTAA 2460 GACTATTTTG AAAGACGGAC ATCTGGTCCT TTCCAATAAT CTAGCTGAAC GCGCCATTAA 2520 ATCATTGGTT ATGGGACGGA GTAAAAGAGT CCAGTGGACT CTTTTAGCCT GAGCTCAGTT 2580 TAAAAAAGCG AGGGTGGTTA TTTTCTCAAA GTTTTGAAGG AGCTAAAGCA AGAGCTATTG 2640 TTATGAGCTT GTTGGAAACA GCTAAACGTC ATCAATTATA GTGCGTTGAA TCTATAACAG 2700 TACGCATCGA CTGCTAAAAC ATTTCTATAA ATCAATTTTC CTTTCCTAAT CGATTTGTTC 2760 ATATCTTATT TCAATCCATT ATAAATAGCG AGAAATATCT ATCCTATCTT CTAGAATGTC 2820 TTCCAAACGA GGAAACTCTC GTAAACAAAG AGGTTTTAGA GGCCTATTTA CCGTGGACTA 2880 AAGTTGTACA AGAAAAGTGC AAATAAGAAA TCTCCAGATT AGGAACTATC CGTGAGTTCT 2940 CTAGTCTGGA GATTTTTCAA TAGACTTCGT TATTGGACGG TTACAATTTA TTATATGAAA 3000 ATCCCATATT ATTCTCCAAT TCTATATTTT ACCTTTCTAA ATGTATAGAT TAACTACCTA 3060 ATTATAGCAT ATAACGCAGA TTCCTTTCAA TCGTATGATT TACTGCATTA AATTAAGTAA 3120 AAAAATAAAG GCAGTCCGAA GACTGCCGAT ATTTATCTCT CATCTCTTTA ATTATGGTAA 3180 GTAAATAAAT AATTTCCCTA AAGATATGGA AATTATTAAT ACTATAAATA CATATTATAA 3240 AGTTTATAAA TACTGTAAAA ATCCTGAAGT TAATTTTCTA ATAAATATCA ATATGTGTTA 3300 GTATCTTTTA AATTTTTAGA CAATTTACTA GTTCTATAGA CATGTTTAAC AGACTCTATT 3360 TTACAATTCA AAAATTTCAT CTGCCACTTC ATTTAAAAAT TCTATATCAT GGGAAACAAT 3420 AAAAATTATT TTATCCATGG TTTTATACTT ATTAATCAGT TCAGATATTT TTATCATATT 3480 GGAATAATCC ATACCACTTG AAGGTTCGTC AAAAAAGACA AATGGAGAAT TCTTGCACAT 3540 AACAGATGCT ATTGCAAGCC TTTGCTTTTG CCCTCCTGAT AAACTCATCG GATGCCTTTC 3600 AATAAATTCG TCCAGGCATA AATCTTTTAA CCCAAATCAT TCATACCTCT CTCAACTAGA 3660 TGTAACTTAC AAAACCCCTG ACCTCATGAG CCACTTTCTT CCTCCTCATG AGGTCAGTTT 3720 TACTTTCTGC TGTTCCAGTA TCGTTTTTCC TCGCTAGATT TCCTCAAAAG GGCAGACTCC 3780 TCCCTTGGTT CGTCACACGA TTTTTTCATC TCGACTGTTC TTTAATGCAT CATTAACGAC 3840 GCTTTTCTTC TAGGTGGTTC ATAAGGAACA GGAAGATTCA GGTTGACTTT TCTAATCCTA 3900 GAATAAAGTG CTGAAAACAA TTCGGAATAG GCATAGAGAC TAGACAATTT GAGGAGCTGC 3960 TTGCGTCCTG TTCGAACACA TTTTCCCACC ACGTGAAGAA AAAGATGGCG 4010 (2) INFORMATION FOR SEQ ID NO : 254 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2789 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 254 : ATGCATCCGT TTGTCAAGCC TAAATTGTAA TTTTTTTCAA TTTAAAACAG AAAAACCCAG 60 GAAAATGACA TAAAAATATC ATTCCTAGGC CTATTTATGC TATTTCTCTC TGAAAAATAT 120 GAGTATTCAG TCGGTCAAAT GAAGCTGAAC GAACTCATTT TCCCTCGCCT AATTCAATGA 180 TTCGATGACA TTGTTGGGCT ACATAAGCAT CGTGGGTCAC GATAATGACT GTTTTCCCCT 240 CTCGATTCAT CTCTAAGAGA AACTTCAAGA CCAAATCTCT ATTTTCAGGA TCCAGAGAAC 300 CTGTCGGTTC ATCGGCTAAA ATCAGCTGGC TGGGTTTTAA GATGGCTCTA GCAACTGCAA 360 TTCGTTGTTG TTCGCCCCCA GACAACTCGG AGACCCTTTG ATGCAAAGTA GCTGATAAAC 420 CTACTCTCTC TAAAATCTCT TCCACCTTTT TGAGCTTGTC TTTCTTAGGC AATTTCACAT 480 ATTTCAGCGC CACATGAGAT TGTACTCGAC CGTTTCATCA TCAATCAGGG CAAAATTTTG 540 AAACAGATAA GAGATATGTT CACGGATTAT TGTTTGCGAC TTAGCAGAAT TAACCGCTAG 600 ATTTGTCTGA CCAAAAATCT CATACCGTCC GCTATAATCA CCATCTATCA AACCCAATAA 660 ATTTAACAAG GTCGACTTCC CACTACCACT CTTACCAACA ATAGCTACCA AATCCCCCTG 720 ATCAATCCTG AGAGATAAGT TATCCAAAAT CACTTTTCCC CCAATGGTTT TGGTAATATT 780 TTTCAACTCA ATCATAAGAT GCCCCCTTTC AATAACTCTA CTAGACTTCT TTTCTCCATC 840 CTAGAAGCTA AGCCTAGCAC AAATAGTATA TCCAGACATG TAAAACCTGC AAACAGTAGA 900 AGTGGTAAGA ACGCATGGGC AAAGAAAATC AAGACTAGAA GAGGGAAACT ATAGCCCAGC 960 AAGAGCAGAA CGAGGAGAGG ACGGTAGCGA TCGACCAGTT TCCACCCCAT AAACTTCTTG 1020 GTAATGATAT CCCTGCGCTT CAATAAGAAA GTTGTTACTA GTAAGAAGTA GGAAATCATC 1080 ATGCTAAGGA GACCAAACAA AGCAAAGAGT AGGTTAAAAT TCCGAACAGC ATCTCGATAA 1140 GAATCCACTT TCTCTTGTTG AATGGCTTGA ATAGATGAAA ATTTTAAATA ATTTCCATCT 1200 GACAATTTCT CAACTAACTC TGTAATCTCT TTTTGATGTT GAACCGTATT TTCAATTTTA 1260 ATCGGATTAT TTAAGCCAGT TGTTGACAGG GAGGCTTTCT CATCCCACAT CATATCAGAA 1320 TCATTGACCA AGCTAATAAT TGGATTGGAG AGATTTTCCT TTCGCTTATC ACTATATGGG 1380 AAAAATGACC AATCTCCTTC ATAATAGGCA ATCTCGACAT CCATCTCCTC TATCGTTCGT 1440 TTTTGCTGCT CTTCATACTT CATCGAATGA AAGGCAATTA ACTTCCCCAA GAGCTGATTT 1500 TTATCTTCTT CACCTTTCGT ACTTGCTGGC ATCAAAATAA CTTTTTTAAT ACCGGTATTT 1560 GGTAGCTTGA ATCCCTTGCT CTTTAGAAAA TTGCGATTGG CATAGTAAAC ATCCACCGTA 1620 TCTGTTAACT GATATTGCTG AATCTGTTCT GATTGGACAA AATTTTTTAC AGGAAGACTG 1680 CTACTCTGCA CATAGCCCGC CTGCGTTTTT TCTACCAAAT CCTGATAAAA TCGATAGAAA 1740 TAATCTGTAG ATTTCCCTGA CCCTGCTAGC TCTTCTTGCC ACAGATTATC ATTGAGTTTG 1800 AAGGTTTCTA AGGTCAGGTA ATTACCTTGA CTTACCCACT GTTGCTGATA AGCAAGTTCT 1860 TTGTTTTCTT GTTCTAAACT TCTGCCCACC CCAATCAGTA AGGCCGTCAG TAAAATAGTT 1920 GTCCCTATTT TCATCACATA ATTGAAGATA AGACCAAATT TGAAAGATGA AAGACCTTTC 1980 AGCAGAGAGC TGATTGTCAT TTTTTGGATT AAGAGGTAAG TCAACCAACT GATAAAGAGA 2040 TAAAGCTGCA ACAGCAAAAA ATGAGACAAC CACAGCATAG GAAACAAATC TTTTGGCTTA 2100 TAATCAAGCA AGAAAAACAC GCCTAGATTG ATCACAAGAG CCCCACCTAG GAGGAGGTAA 2160 AGGTTGCCTT TTACAACATC AGCTAAAACA GCCCTATCTT GAAAACCAAG TAATTTTTGT 2220 ACCCCAACTC TTTTCATCTC CATCATCGGT TGATACACTG TCACTAACAC AAGAAGCAAA 2280 ATAGCCAAGA CAAAAACAAT GGCAGATAAA AGCAAATCTC GATTTATGAC TTCCACTGCA 2340 CTTTTGTAGG TCGGCTCTAG CAAGGTAGCC TGGTCTATCT TGAAAAAATC GCTCCATTTC 2400 TGTACAATCC TATCCTTGTC CATCTCTTGT GTAGAAGTTA TCGTATAGCG ACCATTTAAA 2460 CTACGAGATG TATCCTTGAT ATAGGTTTGA AAAGTCATAA GCTGAATAGG TTTGGCTTTT 2520 AGAAAGGTCG GAATCGTACC AAGTTTATTG GAAATTTCTT TATTACTATA GACTCCTTCA 2580 CCATCTGTGG TAAAATCAAG AGAAGAAATC CCAAACTCTT GGTAGGGGAA GGTATCTTTA 2640 TCAAAAACAC CAGACTTGAC CACCTCATCA CCACTGTCTG TTTTGATGAT GGAGACTTTA 2700 TACTCCTTTG ATACATCCTC AAAAAATCGA AGAACAGACG CTGCAGGTTC GTTAATATCT 2760 TTCAAATACA AATCCAAAGA ATCTACAGG 2789 (2) INFORMATION FOR SEQ ID NO : 255 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2495 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 255 : CTGCGAATTT TATTAAAGAT AATGTGTTAA TTACAGCGGC TCACAACTAC TACAGACATG 60 ACTATGGGAA AGAAGCGGAT GATATTTATG TTCTTCCGGC TGTTAGTCCA AGTCAAGAAC 120 CATTTGGAAA GATCAAAGTA AAGGAAGTTC GTTATTTGAA GGAATTTAGA AATTTAAATT 180 CTAAGGATGC AAGGGAATAT GACTTGGCTT TATTAATTCT AGAAGAGCCC ATTGGTGCAA 240 AATTAGGGAC TTTGGGTCTT CCTACTAGTC AAAAAAATTT GACAGGAATA ACTGTGACTA 300 TCACAGGCTA TCCATCATAT AATTTTAAAA TTCATCAAAT GTATACAGAT AAGAAACAAG 360 TTTTAAGTGA TGATGGCATG TTCTTGGATT ACCAAGTTGA TACTTTAGAG GGGTCTAGTG 420 GATCTACAGT TTATGATGCT AGTCACCGTG TAGTAGGAGT GCATACTTTA GGAGATGGAG 480 CTAATCAAAT TAACAGTGCA GTTAAATTAA ATGAACGAAA TTTGCCATTT ATTTAWTCGG 540 TTCTTAAAGG TTACTCTCTT GAAGGATGGA AGAAAATAAA TGGTAGTTGG TACCATTATA 600 GACAACATGA TAAACAAACG GGTTGGCAGG AGATAAATGA TACCTGGTAT TATTTAGACA 660 GTTCCGGTAA GATGCTTACA GATTGGCAAA AAGTCCATGG AAAATGGTAT TATCTCAATT 720 CAAATGGAGC AATGGTTACA GGTAGCCAAA CTATCGATGG TAAAGTTTAT AACTTCGCTT 780 CATCTGGTGA GTGGATTTAA TGTTGGAGGA TATATAAAAT GAAGCTTTTG AAAAAAATGA 840 TGCAAATCGC ACTAGCCACA TTTTTCTTCG GTTTGTTAGC GACAAATACA GTATTTGCAG 900 ATGATTCTGA AGGATGGCAG TTTGTCCAAG AAAATGGTAG AACCTACTAC AAAAAGGGGG 960 ATCTAAAAGA AACCTACTGG AGAGTGATAG ATGGGAAGTA CTATTATTTT GATCCTTTAT 1020 CCGGAGAGAT GGTTGTCGGC TGGCAATATA TACCTGCTCC ACACAAGGGG CTTACCATTG 1080 GTCCTTCTCC AAGAATAGAG ATTGCTCTTA GACCAGATTG GTTTTATTTT GGTCAAGATG 1140 GTGTATTACA AGAATTTGTT GGCAAGCAAG TTTTAGAAGC AAAAACTGCT ACCAATACCA 1200 ACAAACATCA TGGGGAAGAA TATGATAGCC AAGCAGAGAA ACGAGTCTAT TATTTTGAAG 1260 ATCAGCGTAG TTATCATACT TTAAAAACTG GTTGGATTTA TGAAGAGGGT CATTGGTATT 1320 ATTTACAGAA GGATGGTGGC TTTGATTCGC GCATCAACAG ATTGACGGTT GGAGAGCTAG 1380 CACGTGGTTG GGTTAAGGAT TACCCTCTTA CGTATGATGA AGAGAAGCTA AAAGCAGCTC 1440 CATGGTACTA TCTAAATCCA GCAACTGGCA TTATGCAAAC AGGTTGGCAA TATCTAGGTA 1500 ATAGATGGTA CTACCTCCAT TCGTCAGGAG CTATGGCAAC TGGCTGGTAT AAGGAAGGCT 1560 CAACTTGGTA CTATCTAGAT GCTGAAAATG GTGATATGAG AACTGGCTGG CAAAACCTTG 1620 GGAACAAATG GTACTATCTC CGTTCATCAG GAGCTATGGC AACTGGTTGG TATCAGGAAA 1680 GTTCGACTTG GTACTATCTA AATGCAAGTA ATGGAGATAT GAAAACAGGC TGGTTCCAAG 1740 TCAATGGTAA CTGGTACTAT GCCTATGATT CAGGTGCTTT AGCTGTTAAT ACCACAGTAG 1800 GTGGTTACTA CTTAAACTAT AATGGTGAAT GGGTTAAGTA ATGAAGGCTA ATTGTAAACT 1860 GTGATGGATA CTTAACTTTG TATAATAGGT GGATAAAGCT CTTCACAATC AAAAAACGCA 1920 TAGTATCAAG GTTTTTCTGT ACTGCCCTCA AACAGTTAGA CAATTAATTT ATCCAAAGCA 1980 TTTAGTTCTG TATTGCACAG GGCTAAGTCC TTTTAGTTTT ACCTTAATTC GTTTATTGTT 2040 GTAGTAATCA ATATAGTCTA TAATGGCTTG TTCCAATTGC TTAAGCGACT GAAACGACTT 2100 CTCATAACCG TAAAACATTT CCGATTTCAG AATCCCAAAG AAGGACTCCA TCATACTATT 2160 GTCTGGGCTG TTTCCCTTAC GTGACATGGA TGCTTGAATT CCCTTACTCT CTAGGAACCG 2220 ATGATAAGAA TCGTGTTGGT ATTGCCAGCC TTGGTCACTA TGGAGAATCG TATTCTCGTA 2280 GTGCTTCTCT GTGAATGCCT GTTCCAACAT TGTTTGTACT TGTTCTAAGT TGGGTGAAGT 2340 TGAAAGATTA TAGGCGATAA TTTCGCTATT AAAGCCATCT AAAACTGGTG ATAAGTAAAG 2400 CTTTTGAGTA CTTGCTGGAA TGGCAAATTC TGTCACATCT GTGTAGCACT TTTCCATTGT 2460 TTTAGAGCCT TCAAATTGGC CTTGAATGAG ATTCG 2495 (2) INFORMATION FOR SEQ ID NO : 256 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 870 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 256 : TACCACCGTA TTCATCCAGC AAGATTGCCA TTTGTCTTTG GGTATTTCGC AGTTCTTTTA 60 GCAAGTCATC CACAAAAATA GTTTCAGGTA CAAAAAGTGG ATCTTGTAAA ATTCTCTTCC 120 AAACAATATT GTCAAAACCG TCCACAAAGC CTGCCTTAAG GAGACTCTTG GTGTGAATGA 180 TTCCAATTAC ATTGTCCTTA TCCCCATCAT AAACCGGGAT ACGAGAATAA TTTTGTTTTA 240 AAATACTTTG GATAATGGCT TGACTATCAT CCTGAATATC CACCATAAAG GCATCCGTTC 300 GAGGAACCAT AACCTCTCGT GCCATCAGTT CATCGAGCGA AAAGACACCT TGTAGCATCT 360 CAATCTCATC AGCATCCAAT GTTTCTTCAC TATTTGTCAG CATATAGGCA ATTTCATCAC 420 GGGTCATCTT TTCATCCGCA TCATCGAATG ACATAGGAGT CAAATGGCTC AAGAAATTGG 480 TCGAAGCAGC TAAAAGCCAA ACAAAAGGAC TGACTAGTTT TCCGATCCCA ATGATAATCG 540 GCGCTGTACG AATTGCCAAG GCATCCTTTA GATTAAGAGC GATTCTCTTA GGATATAATT 600 CCCCAAAAAC GATGGAAATA TAGGTCAAAA ATGCCAAGGA TAGAAAAGTT GCCACGGCTT 660 GTGCTGTTTC GCCATTCCCA AGCCAAGAGG CAATCACACG TCCTAGAGTA TCAGTTAAAC 720 TCGCCCCTGA TAAGATTGTA ATCAGGGTGA TTCCTACCTG GATGGTTGAT AAAAAGTGGT 780 TAGGATTTTC TAGTACCTTC AGCAGGCGGA TGTAGCGTCT GTCTCCTTCT TCCGCCTTTT 840 GTTCAACTCG GGCACGATTA AGAGAAACGG 870 (2) INFORMATION FOR SEQ ID NO : 257 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1245 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 257 : CGTTCCCAGA AGCCCGCATT CTCATCGCCA ATGTCGTGAT TGATTTGGCC CTTTCTCCAA 60 AATCCAACTC AGCCTATGTA GCTATGGATA AGGCACTTGC TGACCTCAAA ACATCAGGGC 120 ACTTGCCTAT TCCGCGACAC CTGCGTGATG GGCACTACAG TGGAAGCAAG GAACTGGGGA 180 ATGCCCAAGA CTAACTCTAT CCACACAACT ATCCTGGAAA TTGGGTCAAG CAAGACTATC 240 TGCCAGAAAA AATTCGTAAT CATCACTATT TCCAAGCAGA AGATACTGGT AAATATGAAC 300 GGGCTTTGGC TCAAAGAAAG GAAGCTATCG ACCGTTTGCG AAAAATCTGA AATCCTTTTC 360 AAAAAATTGC ACTTTCCTCT TGATTTTTTT TGAAAAAGTG GTATCATATA AATATAGAAA 420 CGCTGTGGTG TACGACTTCA CACTTAAGTG TTGACCGACT ATTTTTTGTA TTATTAGGGA 480 AACAAAAGTC TTCTAACAGC ATGTAGGCCG TCTCACACGG AAACAGCTTC AGTTAGAGCG 540 AGTTGCCCAC CTGCTTAATT GCGCGGGTTC AATACAAACC GTGAAGTTTC GGCACCAATA 600 CAGCTTTTTT CTTTGCCTCC TTAGCTCAGC TGGCAGAGCA GCGGACTCTT AATCCGTGGG 660 TCACAGGTTC GATCCCTGTA GGGGGCATAT AAATACAACA GGAAAAGCCT TATAATATAG 720 GGCTTTTTTT GCTTTCCTTT TAAAAATTGT CGTGCAATTT GCCGTGTTTT TACAACAAAC 780 TTTTCACAGC CATAAACTCC TCACTAATTT TTTCCTCCAA GGTATGCCCA TAAACGTCAA 840 TCAACATGGA GATATCTTTA TGTCCTAAAA TTTGGCTCTT TGTCAACTGT AGTGGGTTGA 900 AGTCAGCTAA GCTCGAGAAA GGACAAATTT TGTCCTTTCT TTTTTGATAT TCAGAGCGAT 960 AAAAATCCGT TTTTTGAAGT TTTCAAAGTT CCGAAAACCA AAGGCATTGC GCTTGATAAG 1020 TTTGATGAGA TTATTGGTCG CTTCCAATTT GGCGTTAGAA TAGTGTAGTT GAAGGGCGTT 1080 GACGATTTTC TCTTTGTCCT TTAGAAAGGT TTTAAAGACA GTCTGAAAAA GAGGAGGAAC 1140 CTGCTTTAGA TTGTCCTCAA TGAGTCCGAA AAATTTCTCC GGTGCCTTAT TCTGAAAGTG 1200 AAACAGCAAG AGTTGATAGA GCTGATAGTG ATGTTTCAAG TCTTG 1245 (2) INFORMATION FOR SEQ ID NO : 258 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1684 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 258 : ATGCCTATGT AACTCCACAT ATGACCCATA GCCACTGGAT TAAAAAAGAT AGTTTGTCTG 60 AAGCTGAGAG AGCGTCAACC AGGCTTATGC TAAAGAGAAA GGTTTGACCC CTCCTTCGAC 120 AGACCATCAG GATTCAGGAA ATACTGAGGC AAAAGGAGCA GAAGCTATCT ACAACCGCGT 180 GAAAGCAGCT AAGAAGGTGC CACTTGATCG TATGCCTTAC AATCTTCAAT ATACTGTAGA 240 AGTCAAAAAC GGTAGTTTAA TCATACCTCA TTATGACCAT TACCATAACA TCAAATTTGA 300 GTGGTTTGAC GAAGGCCTTT ATGAGGCACC TAAGGGGTAT ACTCTTGAGG ATCTTTTGGC 360 GACTGTCAAG TACTATGTCG AACATCCAAA CGAACGTCCG CATTCAGATA ATGGTTTTGG 420 TAACGCTAGC GACCATGTTC AAAGAAACAA AAATGGTCAA GCTGATACCA ATCAAACGGA 480 AAAACCAAGC GAGGAGAAAC CTCAGACAGA AAAACCTGAG GAAGAAACCC CTCGAGAAGA 540 GAAACCGCAA AGCGAGAAAC CAGAGTCTCC AAAACCAACA GAGGAACCAG AAGAATCACC 600 AGAGGAATCA GAAGAACCTC AGGTCGAGAC TGAAAAGGTT GAAGAAAAAC TGAGAGAGGC 660 TGAAGATTTA CTTGGAAAAA TCCAGGATCC AATTATCAAG TCCAATGCCA AAGAGACTCT 720 CACAGGATTA AAAAATAATT TACTATTTGG CACCCAGGAC AACAATACTA TTATGGCAGA 780 AGCTGAAAAA CTATTGGCTT TATTAAAGGA GAGTAAGTAA AGGTAGCAGC ATTTTCTAAC 840 TCCTAAAAAC AGGATAGGAG AACGGGAAAA CGAAAAATGA GAGCAGAATG TGAGTTCTAG 900 TTCTCATTTT TTTCATGAAA ATGTGCAAAA TATAGTAGAT TGAAACTAGA ATAGTATACC 960 TCTACTTCTA AAACATTGTT AGAAATCGAT TTGACTGTCC TGTTCTTATT TCATTTTACT 1020 ATATCTTAAC AGATAGTGTA AATAAAGATA AACTATTTAC TGGCTAATTA ATCAGTTAAA 1080 CACTAGTTAA GGAGTAATGA TGAAAAAAAG AACAATACTA TTATTGATGG CCAGTCTGTT 1140 AGCTCTTGTC TTAGGAGCAT GTGGTTTCTT GGACATATTG ATCCTGGATC ATTCTCATCA 1200 GGATTACTCT TTACTGCTAT TTTAGAAACT GGGGTGGTTT GATGGAAAGT ATTGGTCTTG 1260 TTATCGTTTC ACATTCCAAA CACATTGCAG AAGGTGTTGT TGAACTGATT AGTAAAGTAG 1320 CTAAAGATGT TCCGATTACT TATGTAAGAG GAACCGAGGG CGGAGGAATT GGAACGAGTT 1380 TTGAACAAGT AGATAGGGTT GTTTCCGAAA ATCCAGCAGA TACTTTACTT GCCTTTTTTG 1440 ACCTAGGTTC TGCTAAAATG AACTTAAAAA TGGTGACTGA TTTCAGTGAT AAAAGTATCA 1500 TCATCAACAG GGTTCCAATT GTAGAAGGTG CCTATAATGC AGCTGCTCTT CTTCAGGCTG 1560 GTGCAGAACT GTCAGTTATT CAAACACAGT TaGCGGAgCt TGAAATCAAT AAATAAGGAA 1620 TTTTACTATA ACTCTTTTTA TAGATAAGCT ATTGATTTTC TCAACTATAA TAATGTTAAG 1680




TTA 1684 (2) INFORMATION FOR SEQ ID NO : 259 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 970 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 259 : AGGAGTGGAG AAATATGAAT ACACAAATTT TCACATTATT GAAAATCGTT GCTGAGATTA 60 TTATTATTTT GCCATTTCTA ACTAATCTAT AAGTTCTTTA TATTGCTGAA AACGCAATTC 120 AAAAAGGGCT ATTAATTGTG GATTTTCTAA TACCTGCAGA GATTGGATAA AGCGTTCAAT 180 CTCTTTTTGA TTGCTTCCCT TTGTTTGAAG AAAGACACTC ATCTTCTTTA AAAATTGCCA 240 CGATACTTTT TCAAAAACAT CATACGGTCG TAACATCCTC TCCAACTCGG CTTCGAAGAT 300 TGGGATGTAG GAGAAAAGTT TTCGCTCCAT GAGTTCTGAT AAGATATTTA AGAGTCCTTG 360 CTTCATATAC AATCGATTGT GTACTAACTC TTTAAATTCT TTGGATTTTT CGAGTAAGGA 420 GGTTGATAAA AAAATCAGAT CTTGATTGCT CAAGAAGGGC ATGGTATTGC AAAAGAGATA 480 GAGTTCAAAC CAGGTCCAAG ACTCGATAGC ATAGAGATAG GTGGTCAAAA ACTCGCTATC 540 CTCCTCTGCT AGTGGGTAGC TTTTATTTAG TGAATGGATG GCATCTTTAA TCACGATGGC 600 ATTCAAACGA CGATAGGTCT GCGCCATCTG TTCTTGATCG ACTTCCTCCA ATAGCTGCTC 660 TAAAGCAGCT ATATCCTGAT GGGCAAAGCG ATTCACAACC TTTCGACCGA TTCGCATATG 720 TGGAGATTCT TGATAGTTGT TGAGCTTGTG CCCAAACTCA TCAAAGGTCA CATTTATACC 780 TTGGATAGCT AGAATCAACT TATCCGCAGA CAGCATAGAC TGCCCTAGTT CAAACTTGGA 840 CAACTGAGAA GCTGTTAGAC CCTCACAAGC CACATCTGAC TGCTTGAGCT TTCTCGCCAA 900 ACGTAATTCC TTGTAAAATT CCCCCAGTTC CATTCTCTCA ATCATCTGAC CACCTCCTAG 960 CTTTTGCAGG 970 (2) INFORMATION FOR SEQ ID NO : 260 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2996 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 260 : GTTGACCACG GGTAAAACTA CCCTAACTGC AGCTATCACA ACTGTTTTGG CACGTCGCTT 60 GCCTTCATCA GTTAACCAAC CTAAAGACTA TGCGTCTATC GATGCTGCTC CAGAAGAACG 120 CGAACGCGGT ATCACTATCA ACACTGCGCA CGTTGAGTAC GAAACTGAAA AACGTCACTA 180 CGCTCACATC GACGCTCCAG GACACGCGGA CTACGTTAAA AACATGATCA CTGGTGCTGC 240 TCAAATGGAC GGAGCTATCC TTGTAGTAGC TTCAACTGAC GGACCAATGC CACAAACTCG 300 TGAGCACATC CTTCTTTCAC GTCAGGTTGG TGTTAAACAC CTTATCGTCT TCATGAACAA 360 AGTTGACTTG GTTGACGACG AAGAATTGCT TGAATTGGTT GAAATGGAAA TCCGTGACCT 420 ATTGTCAGAA TACGACTTCC CAGGTGACGA TCTTCCAGTT ATCCAAGGTT CAGCACTTAA 480 AGCTCTTGAA GGTGACTCTA AATACGAAGA CATCGTTATG GAATTGATGA ACACAGTTGA 540 TGAGTATATC CCAGAACCAG AACGTGACAC TGACAAACCA TTGCTTCTTC CAGTCGAGGA 600 CGTATTCTCA ATCACTGGAC GTGGTACAGT TGCTTCAGGA CGTATCGACC GTGGTATCGT 660 TAAAGTCAAC GACGAAATCG AAATCGTTGG TATCAAAGAA GAAACTCAAA AAGCAGTTGT 720 TACTGGTGTT GAAATGTTCC GTAAACAACT TGACGAAGGT CTTGCTGGAG ATAACGTAGG 780 TGTCCTTCTT CGTGGTGTTC AACGTGATGA AATCGAACGT GGACAAGTTA TCGCTAAACC 840 AGGTTCAATC AACCCACACA CTAAATTCAA AGGTGAAGTC TACATCCTTA CTAAAGAAGA 900 AGGTGGACGT CACACTCCAT TCTTCAACAA CTACCGTCCA CAATTCTACT TCCGTACTAC 960 TGACGTTACA GGTTCAATCG AACTTCCAGC AGGTACTGAA ATGGTAATGC CTGGTGATAA 1020 CGTGACAATC GACGTTGAGT TGATTCACCC AATCGCCGTA GAACAAGGTA CTACATTCTC 1080 TATCCGTGAG GGTGGACGTA CTGTTGGTTC AGGTATGGTT ACAGAAATCG AAGCTTAATT 1140 CGATTTAGTT CCCAGAAGAA CAATTATTTA AGTTAGACAC TAAAAGAATC TTGCTTGGCA 1200 AGGTTCTTTT TTTAGATATT GAACTAATAC TCAATGAAAA TCAAAGAGCA AACTATAATA 1260 TATTGAAACT AGAATAGTAC ACATCTACTT CTAAAACATT GTTAGAAATC GATTTGACTG 1320 TCCTGATCGA TTTGTCTTGT TCTTATTTCA TTTTACTATA GAAAGTTAGC TACAGACTGC 1380 TCAAAACATT GTTTTTAGGT TGTAGATAGA ACTGACGAAG TCAGTAAAAT CTATACGACA 1440 AGGCGAAGCT GACGCGGTTT GAAGAGATTT TCGAAGAGTA TAATACTAGA CTAAAATCAA 1500 AAAGCATTAT ACAATAGTAA TATGAAATCA ATTAAAGAAG AAATCCAAAC CATCAAAACA 1560 CTTTTAAAAG ACTCTCGTAC AGCTAAATAT CATAAACGCC TTCAAATCGT TCTATTTCGT 1620 CTGATGGGCA AATCTTATAA AGAGATTATA GAACTTTTAT AGTGGTTTGA AATAAGATGT 1680 GAACAACTCT ATCAGGAAAG TCAAACTAAT TTATAGAAAT ATTTTAGCAG CCAAGGTGTA 1740 CTGTTATAGA TTCAATACAC TTTAGACTGT AATCAAACAA CGATTTGGCG AAATGTAAAA 1800 AATATGAGGA GTTCGGACTC GACTCTCTCC TTCAAGAAAC ACGTGGTGGT CGTAACCATG 1860 CTTATATGAC GGTTGAGCAA GAGAAAGTCT TTCTTGCCCG CCATTTGAAG GCTACAGAGG 1920 CAGGAGAATT TGTTACAATT GATGCCTTAT TTCAGGCTTA TAAAAAGGAG TTAGGTCGTT 1980 CCTACACACG TGATGCCTTC TATCAACTGT TGAAGCGCCA TGGTTGGCGA AATATTACGC 2040 CACGTCCAGA ACATCCTAAG AAAGCAGATG CTCAAACCAT TGTCGCGTCT AAAAATAAAG 2100 TCTCAATTCA AGAAGACAAG TGAACTGCAC CCCAAAAGTT AGACAGAAAA AATCTAACTT 2160 TTGGGGTGTT TTTATTATGA AATTAACTTA TGATGATAAA GTTCAGATCT ATGAACTTAG 2220 AAAACAAGGA TATAGCTTAG AGAAGCTTTC AAATAAATTT GGGATAAACA ATTCTAATCT 2280 TAGGTACATG ATTAAATTGA TTGATCGTTA CGGAATAGAG TTCGTCAAAA AAGGAAAAAA 2340 TCGTTACTAT TCTCCTGATT TAAAACAAGA AATGATTCAT AAAGTCTGAC ATGAAGGCTG 2400 GACTAAAGAT AGAGTTTCTC TTGAATACTG TCTCCCAAGT CGTACGATAC TTCTTAACTG 2460 GCTAGCACAA TACAGGAAAA ACGGGTATAC TATTGTTGAG AAAACAAGAG GGAGAGTACC 2520 TGAGAGCGGA GAATGCCATC CTAAAAAAGT TAAGAGAACT CCGATTGAAG GAGGAAAAAG 2580 AGAAAGAAGA AAGACAGAAA TTATTCAAGA ATTAATGACT GAGTTTTCGT TAGATATTCT 2640 TCTAAAAGCC ATTAAACTAG CTCGTTTGAC CTACTACTAT CACTTGAAAC AGCTAGATAA 2700 ACCAGATAAG GACCAAGAGC TTAAAGCTGA AATTCAATCC ATTTTTATCG AACACAAGGG 2760 AAATTATGCT TATCGTCGGA TTTATTTAGA ACTAAGAAAT CGTGGTTATC TGGTAAATCA 2820 TAAAAGAGTT CAAGGCTTGA TAAAAGTACT CAATTTACAA GCTAAAATGC GACAGAAACG 2880 AAAATATTCT TCTCATAAAG GAGACGTTGG CAAGAAGGCA GAGAATCTCA TTCAAGGACA 2940 ATTTGAAGGC TCTAAAACAA TGGAAAAGTG CTACACAGAT GTGACAGAAT TTGCCG 2996 (2) INFORMATION FOR SEQ ID NO : 261 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 837 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 261 : CTTATCAACT CCCGACATGG CTCTCAGACC AATCCAAATC CCTAAAAAAA TCAGAACAAG 60 GATGGTGGTC AAGATCAAAC TCTCGAAATA TAAAGAAAAT AGTTGCAGTA GCATGATTTC 120 TCTCATTTCT ATCTTTTTTA AAGAGTAAAC TCAGCTAGTC CAACTAACTG AGTTTTCCTT 180 TATCTATTAT ATCAAATATA AGTCCGTTTG TAACTAGCGA AGAATTCTTT TGTCCGCTCT 240 TCTTTAGGGG TGTGGATAAT CTCATCCGGA GTTCCAGACT CGATGATTTT CCCCTTATCT 300 AAGCAGAGAA TTTTATCCGC AACTTGGGCT ACAAAGGACA TGTCATGACT GACCAAAATC 360 ATGGTCTGAC CTGACTTAGC AGCATCTGCA ATAGACTTTT CTACTTCACC GACCAATTCT 420 GGGTCAAGGG CTGAAGTTGG TTCGTCTAAG AGCAAAACAT CTGGTTTCAT AGCAAGCGCA 480 CGCGCTAGGG CAACCCGTTG CTTCTGTCCA CCTGATAAAT GGCGAGGATA ATGGTTTTCA 540 CGGTCCGAAA GCCCAACCTT AGCCAACTCT TCCTTGGCAA TCTTAGTCGC TTCTTGGTCA 600 GATAATTTCT TGACAACAAC CAAGCCTTCT TTCACATTAT CAAGTGCTGT TCGGCGTTCA 660 AACAAATTAA ACTGTTGGAA AACCATAGAC AACTTACGAC GTAGGGCAAG GATTTCTTCT 720 TGAGTGATTT TAGAAAAATC AACTGAAAAA CCATCAATCT GAATAGAGCC ACTGTCAGGT 780 GTTTCTAGAT AATTGAGACT GCGAGAAAGG TTGATTTTCA GCTCTGAAGA CCAATCA 837 (2) INFORMATION FOR SEQ ID NO : 262 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 868 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 262 : CCGAACAAAA TGGGCTAATT AGATTATAGT AAGAAAGGTA AGTTAAAAAT GAGAATTGCA 60 ATTGGATGTG ACCACATCGT AACTGATGAA AAAATGGCGG TTTCAGAATT TTTGAAATCA 120 AAAGGATATG AAGTCATTGA CTTTGGTACC TATGACCATA CACGGACTCA CTACCCAATC 180 TTTGGTAAAA AAGTAGGGGA AGCTGTAACT AGCGGTCAAG CTGATCTTGG AGTATGTATC 240 TGTGGTACTG GTGTTGGTAT CAACAACGCT GTAAATAAAG TTCCAGGTGT TCGTTCTGCC 300 TTGGTTCGTG ATATGACAAC AGCCCTTTAT GCTAAAGAAC AATTGAACGC TAACGTTATT 360 GGTTTTGGTG GTAAAATTAC TGGTGAATTG CTTATGTGTG ATATCATCGA AGCTTTCATC 420 CATGCTGAAT ACAAACCAAC TGAAGAAAAC AAAAAATTGA TTGCGAAAAT TGAACATGTT 480 GAAAGTCACA ATGCTCAACA AACAGACGCA AACTTCTTTA CAGAATTCCT TGAGAAATGG 540 GATCGTGGAG AATACCACGA CTAAGAGGTG ACCTATGATT TTAACAGTCA CAATGAACCC 600 ATCCATCGAT ATTTCCTATC CCTTGGATGA GTTGAAGATT GATACTGTCA ATCGTGTGGT 660 GGATGTAACC AAAACGGCTG GTGGTAAGGG ACTCAATGTT ACCCGAGTAC TTTCAGAATT 720 TGGCGATTCT GTTCTTGCTA CTGGTTTAGT GGGTGGCAAA CTTGGTGAGT TTTTGGTTGA 780 ACATATCGAT AATCAAGTAA AGAAAGATTT CTTCTCAATT AAGGGAGAAA CTCGTAACTG 840 TATCGCTATT CTCCACGGAG ACAACCAA 868 (2) INFORMATION FOR SEQ ID NO : 263 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3744 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 263 : CCGTTCAAAG TCTTCATAAG ACTCGAAAGT CACAGTTCTT TCGTTCTTGC TGGCATCTAT 60 ATAGGTAATT TCAATCATGT TTAAAACTCC TTTGTTTAAT GCTAACTTTA TTTTACTCCT 120 TATAAAAGAG AATGTCAAGA AAAATGATTG CGCACGCAAC TTTTTTTAAA ATCATCTTAA 180 ATCAAGAAAT CCAAACCTGC TTCCAAGCTT TCTTCGACAG TCTTTTGTAG CGAGGCCAGT 240 GTCTTTTGCC CATCATTTGT CAGGCAGATA AAACTAGAGC GTTTATCTTG ATGGCAACAC 300 ATGCGACTGA GTAGACCGCA ATTTTTAGCT TCCAAGCGAG CCACCATCCT AGAAACTGCG 360 CTCGGGCTCA GATGAAGCTT ATCTGGCAGG TCAATCTGGC GTAGAGATTT TTCTTCAGCC 420 AAGTCCAGAT AGTAGAGCAG GTAGAACTCT TTCAAGGTCA GACTTTGCTC GCTCTGTTGG 480 GCAATGGTCT CTTCCAAGAG ACTTTCAATT TCTTTCTGAC GCCGATTGAA GTCAAACCAT 540 TTTTCCAAAT AGGTCATAGT GTCTCCTTTC TTTTTAGAGT CATAAATAGA AGAAAGTCCA 600 TTAACGGGCA GTCTCTGCGT CACAAGATGA TTGCGCATGC AATAATTATA CTACTTTTCA 660 AGAATGCTGG CAAGCTCTGT TTTTTAGTGG TTTTATTTTT GTGTGAATAA TGGGGGAATC 720 CTATTGTTTC AATTTCTAAC TCCTTATCAC ATTCGAATTC AGATTTTATT TCATTTCTCT 780 ATCTATAGTT GCTTAGTTTA AAATAAGCAT GGTCTAATAA AGCTATGCAT ATAGTACTGA 840 TTTTAAACAA GGAGCATTAG ATTCCATTAA AGGAGGGCAC AGACATGTCG AGGCGGCCAA 900 AGTTTTTGAT GTCGGCGTCA GAACTCTCTT CACGTGGGAA AAGAAAGACG TAAACAAGGG 960 AACTTAGAGC GGAAAAAGCG AGTCGTCAAA AAGCGTAAGA TCCCTTTAGA AGAATTGAAA 1020 GCCTTTGTAG AGGCTCATCC AGACGCTTTT TTACGGGAAA TTGCGGCCCG TTTTGATTGT 1080 GCTTTGCCCT CCGTATGGGC AGTTTTAAAG CAGATTAAGG TCATTTTAAA AAAGACGACC 1140 AGTTTTAGGG AACAAAAGCC TGAGAAAGTT TCTGAGTTTC TTGATATTTT GGATAACCTA 1200 AAAGATTTAC CAGTCCTATA TATTGACGAA ACGGGAATCG ACCGCTACCT CTATCGTCCT 1260 TATGCAGGGG CTCCTAGAGG GGAGAAAGTC TATGGCAAGA TTAGCGGACG GCGTTTTGAG 1320 CGGACTAATG AGGTGGAGCA AAAACTCAAT GGTAGTTTTC TAATCAGATA TATTGATTCA 1380 CAAATTAGAG AATGAAAGAA TAATTATGCA TAAAAATAGG AATATAAACC AAAAATTAGC 1440 TGATTTATAC TCATTTGCGT GTCTTTATAA AAAACTTATC TTATAATATA TATATATATA 1500 TATACAAAAT AGTAAAATGC TTTTTTTTTT TAGCAAAAAT ACCTCAAGTT TCTTGCTATT 1560 TTGGGTTCCC TATTCTATAA TTATAGTATG GTAATTTATT TATATCCATA CATGAAAATA 1620 ATACTCGAAA GGAAATTTCA AAATATTTTT TAGACGTCAG AAGGGTGAAT ATAGAGAAAC 1680 AGACCGAGTA ACTCGGTTCA AATTAATCAA ATCAGGGAAG CATTGGCTAC GGGCCTCGAC 1740 TTCTCTTTTT GGCTTGTTTA AGGTCTTGCG AGGTGGTGTT GATACTACTC AGGTCATGAC 1800 CGAAACGGTA GAAGATAAAG TAAGTCATTC AATTACTGGG CTTGATATCC TCAAGGGGAT 1860 AGTTGCTGCG GGAGCTGTCA TAAGTGGAAC CGTTGCAACT CAAACGAAGG TATTTACAAA 1920 TGAGTCAGCA GTACTTGAAA AAACTGTAGA GAAAACGGAT GCTTTGGCAA CAAATGATAC 1980 AGTAGTTCTA GGTACGATAT CTACAAGTAA TTCAGCGAGT TCAACTAGTT TGTCAGCTTC 2040 AGAGTCGGCA AGTACATCTG CATCTGAGTC AGCCTCAACC AGCGCTTCGA CCTCAGCAAG 2100 TACAAGTGCA TCAGAATCAG CAAGTACATC GGCTTCGACA AGTATTTCTG CATCATCTAC 2160 TGTGGTAGGT TCACAAACAG CTGCCGCTAC AGAAGCAACT GCTAAGAAGG TCGAAGAAGA 2220 TCGTAAGAAA CCAGCTAGTG ATTATGTAGC ATCAGTTACA AATGTCAATC TCCAATCTTA 2280 TGCTAAGCGA CGCAAGCGTT CAGTGGATTC CATCGAGCAA TTGCTGGCTT CTATAAAAAA 2340 TGCTGCTGTT TTTTCTGGCA ATACGATTGT AAATGGCGCC CCTGCAATTA ATGCAAGTCT 2400 AAACATTGCT AAAAGTGAGA CAAAAGTTTA TACAGGTGAA GGTGTAGATT CGGTATATCG 2460 TGTTCCAATT TACTATAAAT TGAAAGTGAC AAATGATGGT TCAAAATTGA CCTTTACCTA 2520 TACGGTTACG TATGTGAATC CTAAAACAAA TGATCTTGGT AATATATCAA GTATGCGTCC 2580 TGGATATTCT ATCTATAATT CAGGTACTTC AACACAAACA ATGTTAACCC TTGGCAGTGA 2640 TCTTGGTAAA CCTTCAGGTG TAAAGAACTA CATTACTGAC AAAAATGGTA GACAGGTTCT 2700 ATCCTATAAT ACATCTACAA TGACGACGCA GGGTAGTGGG TATACTTGGG GAAATGGTGC 2760 CCAAATGAAT GGTTTCTTTG CTAAGAAAGG ATATGGATTA ACATCATCTT GGACTGTACC 2820 AATTACTGGA ACGGATACAT CCTTTACATT TACCCCTTAC GCTGCTAGAA CAGATAGAAT 2880 TGGAATTAAC TACTTCAATG GTGGAGGAAA GGTAGTTGAA TCTAGCACGA CCAGTCAGTC 2940 ACTTTCACAG TCTAAGTCAC TCTCAGTAAG TGCTAGTCAA AGCGCCTCAG CTTCAGCATC 3000 AACAAGTGCG TCGGCTTCAG CATCAACCAG TGCCTCGGCT TCAGCGTCAA CCAGTGCGTC 3060 AGCTTCAGCA AGTACCAGTG CTTCAGTCTC AGCATCAACA AGTGCTTCAG CCTCAGCATC 3120 GACAAGTGCC TCGGCTTCAG CAAGCACATC AGCATCTGAA TCAGCGTCAA CCAGTGCTTC 3180 GGCTTCAGCA AGTACCAGTG CTTCAGCTTC AGCATCAACC AGCGCCTCGG CCTCAGCAAG 3240 CACCTCAGCT TCTGAATCGG CCTCAACCAG CGCCTCGGCC TCAGCAAGCA CCTCAGCTTC 3300 TGAATCGGCC TCAACCAGCG CCTCAGCCTC AGCATCAACG AGTGCTTCGG CTTCAGCAAG 3360 CACAAGCGCC TCGGGTTCAG CATCAACGAG TACGTCAGCT TCAGCGTCAA CCAGTGCTTC 3420 AGCCTCAGCA TCAACAAGTG CGTCAGCTCA GCAAGTATCT CAGCGTCTGA ATCGGCATCA 3480 ACGAGTGCGT CTGAGTCAGC ATCAACGAGT ACGTCAGCCT CAGCAAGCAC CTCAGCTTCT 3540 GAATCGGCCT CAACCAGTGC GTCACCTCAG CATCGACAAG CGCCTCAGCT TCAGCAAGTA 3600 CCAGTGCTTC AGCCTCAGCG TCGACAAGTG CGTCGGCCTC AACCAGTGCA TCTGAATCGG 3660 CATCAACCAG TGCGTCAGCC TCAGCAAGTA CTAGTGCATC GGCTTCAGCA TCAACCAGTG 3720 CCTCGGCTTC AGCGTCAAAC AGTG 3744 (2) INFORMATION FOR SEQ ID NO : 264 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 795 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 264 : CGATAAAGAG GCCTTGAGTA ATCTCAATTT GCAGATTGAA AATGGAGAGA TTATGGGCTT 60 GATTGGTCAT AATGGGGCTG GAAAATCGAC CACTATAAAA TCCCTAGTCA GTATCATTTC 120 ACCCAGCAGT GGTCGTATTT TGGTAGACGG TCAGGAGTTA TCGGAAAATC GCTTGGCTAT 180 TAAACGAAAG ATTGGCTACG TAGCAGACTC GCCTGACTTA TTTTTACGCT TAACGGCCAA 240 TGAATTTTGG GAATTGATCG CCTCATCCTA TGATCTGAGT AGATCTGACT TGGAGGCTAG 300 TCTAGCTAGG CTATTGAACG TTTTTGATTT TGCTGAAAAT CGCTATCAGG TTATTGAAAC 360 TCTTTCTCAC GGAATGCGTC AGAAAGTCTT TGTCATCGGA GCACTCTTGT CTGATCCCGA 420 TATTTGGGTC TTGGATGAAC CCTTGACTGG TTTGGATCCC CAGGCTGCCT TTGATTTGAA 480 ACAGATGATG AAGGAACATG CACAAAAAGG GAAGACAGTC TTGTTTTCAA CTCATGTCCT 540 AGAGGTGGCA GAGCAAGTCT GTGATCGGAT TGCCATTTTG AAAAAGGGGC ATTTGATTTA 600 TTGTGGTAGT GTAGAGGACT TGAGAAAAGA TTACCCAGAC CAGTCTTTGG AAAGTATCTA 660 CCTTAGTCTT GCTGGTAGAA AAGAGGAGGT TGCGGATGCG TCTCAAGGTC ATTAAAAAAT 720 TAGTTGATAT CAATATCCTT TATTCATCTC AAGAAGCTAA TCTGGCTAAT CTACGAAAGA 780 AGCAGGCTAA GAATC 795 (2) INFORMATION FOR SEQ ID NO : 265 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2231 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 265 : TGGTAATGTG CTTGGCAGCT TCCTTGACAC TGCTACTACC ATTTCCCATA GCGACCGACA 60 TACCAACGCC AGCCAGCATT TCAAGATCAT TATCTGAGTC ACCAAAAGCC ATGACTTGGT 120 TGAGGTCAAA GCCATATTCT TTCCCAACTC GGCGAATGCC TTCTAATTTA GAATTTCCCT 180 GATTGATGAC ATCCGATGCA AAAGGATTGC TACGTGTCAA TTTCAAGTCT TCAAAATCAG 240 CTGCCGCCTT CTCAGATTCT TCTGGTGTCA TCAGCATCAA AACTTGGTAG ATAGGCTGAT 300 TCATCAGGTG AAGCAGGTCC TCTTCCTTTT GGGGAACAAC CTTGCTGACC ATGCGATTAA 360 AAGACTGACT CACCGTCCGA GTTAAAACAG AGGGAACGAA GCGACTAATT CGTTGGGAAA 420 AAGAACCCAG ACCAAAGGAC ATGATTTTAG AACCCAACAT GGCATCCTTG GTCCCTAGt. G 480 CAATCTCCGT GCCCTCTTTT TTAGCATAGC TAATTAGATG GCGCAAATGT AACTTGGAAA 540 TAGGGCTCGT GAACAAGACT CTGTCTTTAC TAAAGATATA CTGGCCATTA TAGGTTACCG 600 CAAAATCCAG ATCCAAATCG TCCATCAATT CCTTAACAAA AAAAGGTCCT CGCCCTGTCG 660 CTACGCCAAC TAGTACCCCT TGTTCTTTGA CAATCTTAAT CGCATCCTTA GTGGATTTCA 720 AAACACTCTT GCGATTGTTG ACCAAGGTTC CATCGATATC AAAAAAAACA GCTTTGACTT 780 CCATCCTATC CCAATCTCCC CTTTTGTGAT ACAATGATTA TACCACATTT CAGAAAGAGT 840 GAGTAAATCA TGCCTAAGAA AATCCTTGTT TTACATACGG GTGGAACTAT TTCCATGCAG 900 GCCGATGCTT CTGGCGCTGT TGTGACGAGT TCAGATAATC CCATGAACCA TGTGTCCAAC 960 CCACTTGAAG GAATCCAAGT CCACGCCTTG GACTTTTTTA ACCTTCCAAG TCCCCATATC 1020 AAACCCAAAC ATATGCTGGT CCTCTACCAG AAAATTAAAG AGGAAGCAGA TAACTACGAT 1080 GGAGTGGTGA TCACACACGG AACCGATACT TTAGAGGAAA CAGCCTATTT CCTTGATACC 1140 ATGGAAGTTC CCCATATGCC TATCGTTCTA ACAGGAGCCA TGCGTACtCC AATGAGCTCG 1200 GTAGTGATGG TGTTTATAAT TACCTAAGTG CTTTACGAGT GGCCAGCGAT GACAGGGCTG 1260 CTGACAAAGG AGTTTTGGTC GTTATGAACG ATGAAATCCA CGCTGCCAAG TATGTCACCA 1320 AAACACATAC GACTAATGTC AGCACCTTCC AGACTCCAAC ACATGGCCCC CTTGGTCTCA 1380 TCATGAAACA GGAAATCCTC TACTTCAAAA CAGCTGAACC TCGTGTTCGC TTTGACCTTG 1440 ATCACATACA AGGTTTAGTC CCTATCATCT CGGCTTATGC TGGTATGACA GATGAGCTGA 1500 TTGATATGCT GGATTTAGAA CACTTGGACG GTTTGATTAT CCAAGCCTTC GGAGCTGGTA 1560 ATATTCCCAA AGAAACGGCT CAAAAATTAG AAAGCCTTCT GCAAAAAGGA ATTCCAGTCG 1620 CTCTGGTATC ACGATGCTTT AACGGTATTG CCGAGCCTGT TTATGCATAC CAGGGTGGGG 1680 GCGTACAGTT GCAAAAAGCA GGCGTTTTCT TTGTTAAAGA ACTCAACGCC CAAAAAGCTC 1740 GCTTGAAACT CCTCATCGCC CTCAATGCCG GACTAACAGG ACAGGCTTTG AAAGACTATA 1800 TGGAAGGCTA ATACTCTTCG AAAATCTCTG CAAACCACGT CACGTCGCCT TACCGTATGT 1860 ATGAAACTGA CTTCGTCAGT TTCATCTACA ACCTCAAAAA CATGTTTTGA GCTGACTTCG 1920 TCAGTTCTAT CTACAACCTC AAAAACATGT TTTGAGCTGA CTTCGTCAGT TCTATCTACA 1980 ACCTCAAAAA CATGTTTTGA GCTGACTTCG TCAGTTCTAT CTACAACCTC AAAAACATGT 2040 TTTGAGCTGA CTTCGTCAGT TCTATCTACA ACCTCAAAAA CATGTTTTGA GCTGACTTCG 2100 TCAGTTCTAT CTACAACCTC AAAAACATGT TTTGAGCTGA CTTCGTCAGT TCTATCTACA 2160 ACCTCAAAAA CATGTTTTGA GCTGACTTCG TTAGTTTCAT CTACAACCTC AAAAACATGT 2220 TTTGAGCTGA C 2231 (2) INFORMATION FOR SEQ ID NO : 266 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1310 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 266 : GAGTCAAAGG CTCCGAGGTT GACTTTTTAC AAGGGGACAG GTGAATATTA TCTAGACCTG 60 TCAGAAATTC TCTTCTTTGA AACAGAAGGG AGCAAGATCT ACGCTCATAA CCAGAAGGAA 120 GCTTATGAGG TTCGCCTCAA GCTCTATGAG TTGGAGTCTA TCTTGCCTCG CTATTTTAAT 180 CGAGTTTCCA AGTCAACGAT CGCAAACATC CGTCAGATTT ACTCAGTGGA CAAGTCCTTT 240 TCAGGAACGG GCACCATTTC CTTTTATCAG ACGCACAAGG AGGTTCATGT CTCACGGCAT 300 TACCAATCCC TCCTAAAAGA AAATCTAAGA AACATGAGGT AAAAAACATG AAAAAGAAAG 360 CATTTGGTAT TGTTTTATTG GTTTTAGCAG CTTGGATCTT GCTGCAAGGG AATTTTGGAA 420 TTCCTTCTTT GGATGGTAAA ATATGGCCTT TACTAGGTAT TGTTTTTTTT GCTTATAAGT 480 CCATTGAGTC CATCCTTAGA CGTCATCTCA CTTCGGCAGT TTTTACAGGT TTACTGGCGC 540 TCATCATTGC AAATTACGCT TATGACTTGT TACCAGTTAC CAATCATTCT CTTATTTGGG 600 CTAGCATCTT GGTGGTACTT GGTGTTGGTT ATCTGACGCA TTCAAGTAAG TTCTGGAATG 660 AAAAAAAATG GTGGTACAAT GGGAAAAAAA CAGTCGTCAC GGATAAGGAA GTCGCTTTTG 720 GTAGCGGGAC CTTCTATAAG CAAGATCAAG ATCTCGTAGA TGACCAAGTG GAAGTCGCTT 780 TTGGGGATGC TAAAATCTAC TATGATAATG CAGAGATGCT AGGTGATTTT GCAACTTTAA 840 ATATTGAAGT GGCCTTCGGG AATGCAACCG TCTATGTTCC ACAACACTGG CGTGTAGATT 900 TGAAAGTAGA AACCTCCTTT GGTGCAGCTA AGGCTGACGC TCCTGTAGCC CCAACCAGCA 960 AAACCTTGAT TATCCGTGGA GATGTGGCTT TTGGGAAGTT GGAAATTGTC TACGTTAAAT 1020 AAAAAAATCT TCACTTCAAC CATCAAAATA GACGTACTAA GAGTAGGAAA TTGATGCCTT 1080 GCTCTGATTT CAGTTCTATG GTTGTTAGAC TTTAAAAAAT GAAATGCTGC CTTTAAAAGT 1140 TGTATATTTT TCGATATTTT GGCTTTTACG TTTGATGTAT CTATGTACTA CAGCGTAGAT 1200 GATGTAGTGT CAAATGCTTT TAAAAAACGG ATGATATTGG ACAGTTTTTT TGCCTTTAAT 1260 TGCTCAGGAA CCATGAAAGT CAGTACCTGG GTTTATGACA AGGGAGAATG 1310 (2) INFORMATION FOR SEQ ID NO : 267 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 5922 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 267 : ACTCTGATTT GATTGGAACG ACAGTCGGTG CCATTGCAGT TACTTCAAAC GTAACGACTT 60 ATGTTGAGTC TGCTGCTGGT ATCGGTGCAG GTGGACGTAC TGGTTTGACA GCCTTGGTTG 120 TAGCTATCTG TTTTGCGATT TCAAGCTTCT TTAGCCCACT TCTAGCGATC GTACCAACAG 180 CGGCTACAGC TCCAATCTTG ATTATCGTTG GGATTATGAT GCTTGGTAGC TTGAAAAATA 240 TCCATTGGGA TGATATGTCT GAAGCAGTTC CTGCCTTCTT CACATCTATC TTTATGGGAT 300 TCAGCTACTC TATCACTCAA GGGATTGCAG TTGGTTTCTT GACTTACACT TTGACTAAGC 360 TTGTTAAAGG TCAAGTTAAA GATGTTCATG TCATGATTTG GATTTTGGAT GCCTTGTTTA 420 TCCTTAACTA CATCAGCATG GCCTTATAAT AGAATGACCC AGGGGGATTT CCCCCCTTTT 480 TTATTACAAG GAGATAGGTG ATGAAAGAGA AAAATATGTG GAAAGAATTG TTGAATCGTG 540 CAGGCTGGAT TTTGGTCTTT TTACTTGCCG TCCTTTTATA TCAGGTTCCC CTAGTGGTTA 600 CCTCTATTTT GACTTTAAAA GAAGTAGCCC TGCTACAGTC AGGGCTGATA GTTGCTGGCC 660 TTTCAATTGT GGTTCTGGCT CTATTTATTA TGGGAGCTCG TAAAACCAAG TTAGCTAGTT 720 TTAATTTTTC TTTTTTTAGA GCTAAAGATT TGGCACGTTT GGGCTTGAGT TATCTAGTTA 780 TTGTCGGGTC AAATATACTT GGTTCCATTT TATTGCAACT GTCAAATGAG ACGACAACAG 840 CTAACCAGTC TCAGATTAAT GATATGGTTC AAAATAGTTC GTTGATTTCC AGTTTCTTCT 900 TGCTAGCCTT GCTTGCTCCG ATTTGTGAGG AAATCTTGTG TCGTGGGATT GTTCCTAAAA 960 AGATTTTCCG AGGCAAGGAG AACTTGGGAT TTGTAGTCGG TACGATTGTG TTTGCTTTAT 1020 TGCATCAACC AAGTAATTTA CCTTCTTTAT TGATTTATGG AGGTATGTCG ACAGTTCTAT 1080 CTTGGACAGC CTACAAGACC CAACGTTTGG AAATGTCGAT CTTGCTTCAC ATGATTGTTA 1140 ATGGGATTGC TTTCTGTTTG TTGGCTCTTG TGGTGATTAT GAGTCGGACA TTAGGAATTT 1200 CTGTTTAAAA GTTTTTATGT AGGAACCGAC CTCTTTCTAC CAGGGAAAGA TGAATGCAAT 1260 CGTGTCCATC TTTTTCTTTT TATGGTAAAA TAGAAAAATA ATATGATGAA AATCCTTGAG 1320 GGAGTGACCG ATATGTCAAG TAAAGCCAAT CATGCAAAGA CAGTTATTTG CGGAATTATC 1380 AATGTAACCC CAGACTCCTT TTCGGACGGT GGTCAATTTT TTGCTCTTGA GCAGGCGCTC 1440 CAGCAGGCTC GTAAATTGAT AGCAGAAGGA GCCAGTATGC TAGATATCGG CGGAGAATCG 1500 ACTCGGCCGG GAAGTAGCTA TGTTGAGATA GAAGAGGAAA TCCAGCGTGT TGTTCCAGTG 1560 ATCAAAGCGA TTCGCAAGGA AAGTGATGTC CTCATCTCTA TTGATACTTG GAAGAGTCAA 1620 GTAGCAGAGG CTGCTTTGGC TGCTGGTGCC GATCTAGTCA ATGATATCAC TGGTCTTATG 1680 GGTGATGAGA AAATGGCTTA TGTGGTAGCT CAAGCGAGAA CGAAAGTGGT CATCATGTTT 1740 AACCCAGTTA TGGCTCGACC TCAGCATCCT AGTTCGCTTA TCTTCCCTCA TTTTGGTTTT 1800 GGTCAAACCT TTACAGAAAA AGAGTTAGCT GACTTTGAAA CATTGCCAAT CGAAGACTTG 1860 ATGGTGGCTT TCTTTGAACG AGCACTAGCG AGAGCGGCAG AAGCTGGTAT TGCACCAGAA 1920 AATATCCTGT TGGATCCAGG AATTGGCTTT GGTCTGACCA AGAAAGAAAA TCTGCTTCTT 1980 TTACGGGACC TGGATAAACT ACATCAGAAG GGCTATCCAA TCTTTCTCGG AGTGTCGCGC 2040 AAGCGATTTT TCATCAATAT CCTAGAGGAG AATGGTTTTG AAGTCAATCC TGAGACAGAG 2100 CTTGGTTTCC GAAATCGGGA CACGGCTTCG GCTCATGTAA CTAGTATCGC TGCGAGACAG 2160 GGTGTAGAAG TGGTGCGCGT GCATGACGTA GCTAGTCACA GGATGGCAGT TGAAATTGCC 2220 TCTGCCATTC GTCTGGCTGA TGAAGCGGAA AATTTAGATT TAAAACAATA TAAATAAGAT 2280 GAAAGAAATT GAAAACAATC AGTGGATTGC TAACTACCGG ACGGATCAAC CGCATTTTGG 2340 CTTGGAACGA ATGGTGGAAC TGTTAGCTTT GCGTGGCAAT CCCCATCTCA AACTCAAGGT 2400 CCTCCATATC GGAGGGACTA ACGGCAAGGG CTCGACTATT GCTTTTTTGA AAAAGATGCT 2460 AGAAAAGCTA GGGTTGAGAG TTGGCGTGTT TAGCTCGCCC TATCTCATTC ATTACACAGA 2520 CCAGATTAGC ATCAATGGGG AATCGATCTC AGAAGCGAGG CTAGAAGCTC TCATGGCAGA 2580 CTATCAGTCT TTGCTGGAGG GAGAAGCGGT CGCCAATTTA CAGGGCACAA CCGAGTTTGA 2640 GATTATCACA GCCCTGGCCT ATGACTACTT TGCCTCAGAG CAAGTAGATG TGGCCATCAT 2700 GGAAGTTGGC ATGGGTGGAC TTTTGGATAG TACCAATGTC TGTCAGCCCA TTTTGACAGG 2760 AATTACAACT ATTGGCTTGG ATCATGTGGC TCTACTTGGT GACACCTTGG AGGTCATAGC 2820 AGAGCAGAAG GCAGGTATTA TCAAACAAGG GATGCCCTTG GTAACAGGGC GTATTGCTCC 2880 AGAAGCCTTG GCTGTGATTG ACCGCATTGC GGAAGGGAAA GATGCGCCGA GACTTGCCAT 2940 CGGGACAGAT TATCAGGTTC GTCATCAAGA AAGTGTGGTG ACAGGGGAAG TCTTTGACTA 3000 TACAAGTGCT GTCAGACAAG GTCGCTTCCA GACTAGCCTG CTTGGTTTGT ACCAAATAGA 3060 GAATGCTGGG ATGGCCATAG CTTTACTTGA TACTTTTTGT CAAGAAGATG GTCGAGAGCT 3120 AGCAAGCAAT GATTTTCTTG GTCAAGCCTT GGAAGAAACA AGTTGGCCAG GGCGTTTGGA 3180 AATCGTGTCA AGAGATCCCT TGATGATTTT GGATGGAGCC CACAATCCCC ATGCTATCAA 3240 GGCCTTGTTG GTAACCTTGC AAGAACGTTT TGCGGATTAT CATAAGGAAA TCCTCTTCAC 3300 TTGTATCAAA ACCAAGGCCT TGGAGGATAT GTTGGACTTG CTGGGAGCCA TGCCAGTTAC 3360 CGAGCTTACT CTAACACATT TTGCGGATAG TCGGGCGACG GATGAAAACG TGCTGAAAGA 3420 GGCAGCTAAG TCTAGAAATC TCAGCTACCA AGATTGGCAT GATTTTCTAG AGCAGAATTT 3480 GACAGATAAA AAAGAAGAGA AACAAACAGT TAGGATTGTC ACAGGTTCCT TGTATTTCTT 3540 GAGCCAAGTG AGGGCCTATC TGATGGAGAG GAAGAACGAG AATGGATACA CAAAAGATTC 3600 AAGCGGCTGT AAAAATGATT ATCGAGGCTG TAGGAGAGGA CGCTAATCGC GAGGGCTTGC 3660 AGGAAACACC TGCTCGTGTA GCCCGTATGT ATCAAGAGAT TTTTTCAGGT CTTGGTCAAA 3720 CAGCAGAGGA ACATTTGTCA AAATCCTTTG AAATTATTGA CGATAATATG GTGGTAGAAA 3780 AGGATATCTT TTTCCATACC ATGTGTGAAC ACCACTTCTT GCCATTTTAT GGTAGAGCGC 3840 ACATTGCCTA CATTCCAGAT GGTCGTGTGG CAGGCTTGTC TAAGCTAGCC CGTACGGTTG 3900 AAGTTTATTC GAAAAAACCA CAAATTCAAG AACGTTTGAA TATCGAAGTG GCCGATGCCT 3960 TGATGGACTA TCTAGGTGCT AAAGGAGCCT TTGTTGTCAT TGAGGCGGAA CATATGTGTA 4020 TGAGTATGCG TGGTGTTAGA AAACCAGGCA CTGCAACCTT GACGACAGTA GCTCGTGGTC 4080 TATTTGAAAC AGATAAGGAT CTCCGTGACC AAGCTTATCG TTTAATGGGG CTATAAAAAG 4140 AATCCGCTTC AAGCGGATTT TTCTAGAAAG GAATCATTAT GGATCAACTG CAGATTAAGG 4200 ATTTGGAAAT GTTTGCCTAT CATGGTCTTT TTCCTAGTGA GAAAGAATTG GGGCAGAAAT 4260 TTGTCGTTTC AGCCATCCTA TCCTATGATA TGACCAAGGC AGCTACAGAC TTGGATTTAA 4320 CAGCCTCTGT CCATTACGGA GAATTGTGTC AGCAGTGGAC GACTTGGTTT CAGGAAACGA 4380 GTGAAGATTT GATTGAAACG GTAGCCTATA AACTGGTGGA ACGTACCTTT GAGTTTTATC 4440 CTCTTGTCCA AGAAATGAAG TTGGAACTGA AAAAACCTTG GGCACCGGTG CATTTGTCAC 4500 TAGATACTTG CTCGGTAACC ATTCATCGCC GCAAGCAACG AGCCTTTATC GCCCTAGGAA 4560 GCAATATGGG AGATAAACAA GCAAACTTGA AGCAAGCCAT TGACAAACTG CGAGCTCGTG 4620 GCATCCATAT TCTCAAAGAG TCCAGTGTCT TAGCGACGGA GCCTTGGGGT GGAGTGGAGC 4680 AGGATAGCTT TGCCAATCAA GTGGTTGAGG TGGAAACCTG GCTACCAGCA CAAGACTTGT 4740 TAGAAACCTT GTTAGCCATT GAGTCAGAGC TGGGACGGGT GAGAGAAGTG CATTGGGGAC 4800 CTCGTTTGAT TGATTTGGAC TTGCTCTTTG TGGAGGACCA GATCCTTTAT ACAGACGACC 4860 TCATATTGCC TCATCCTTAC ATAGCGGAAC GCCTTTTTGT CCTTGAGTCt TACAGGAAAT 4920 TGCGCCTCAT TTTATCCATC CGATATTAAA ACAACCGATC CGCAACTTGT ATGATGCTTT 4980 GAAAAAATAG AAAAACTCTA GTTTTCAGTT ACTTGCAACT GAAGGCTAGA GTTTTTATAC 5040 TCTTCGAAAA TCTCTTCAAA CCACGTCAGC GTCGCCTTAC CGTACTCAAG TACAGCTTGC 5100 GGCTAGCTTC CTAGTTTGCT CTTTGATTTT CATTGAGTAT TAAAATAGGT CATTTTCTTC 5160 TGGGAGGAGG ATAGTTTCTC TACCGTCCAT GTCTAAAACC AGTACTCTTG GGGGATAACG 5220 AGGGTCGAAA GGATGGTTAA AGTCAAAATC AATGGCTGTA GGGAGGTGTT GACTTGAAAA 5280 GTGGAAGGTA ATCTTTCCTT GGTTATTAAG CAATTGAAAC TCGAGTTCTT CTTCCAATTC 5340 AAAGACATTT TTTAAGAAAT GGTCGATGAT ATACCAAAAA GAGTCAATGA TGTCATCAGG 5400 CAAGCTGGTA ACAATACCAA AACTAGCAGA TCGCATGTGG GTATTGGTAA AAGCCATATC 5460 TCTGTCCCCT TTCTTTTCCC TTATCATACA GCAAATAGGA TTAAAAATCA AGAAAAGGTG 5520 ATTTTTTGAA AAGGATTTTA GTTACAGGGA GAAATAGGGA AAAAATTCCT AAAAATCTAC 5580 CGAAGTTAAT AGGTAAATTC CCAAATTAAC TTGATTATAT AACTTTCAGT TACTTTGAGA 5640 AGTTACCGAA AAATATTTTT CATATCTATT GACTTTTAGG GGTAAAATTT GGTATGATAG 5700 TAGGCGGTAT TGTTTACCCC ATTTGAAAGG CCCCGGAACC TTCCAAATAC TTTTCGATGG 5760 GAAGGAACAC CCATCACCGT AAACAAAAAT CGAACTATAT ATAGGAGAAA TCATGAACAA 5820 AACAACATTT ATGGCTAAAC CAGGCCAAGT TGAACGTAAA TGGTACGTAG TTGACGCAAC 5880 TGATGTACCA CTTGGACGTC TTTCTGCAGT AGTTGCTAGC GT 5922 (2) INFORMATION FOR SEQ ID NO : 268 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1988 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 268 : TAACTATCTA CGATGAGCTG TTGTGATTCT CATTAGTTCC CCTTTCCCAA GAGGCATAGG 60 GGTGCGCATA ATAGATGTGC TCCTCAGAAA ATATATCAAA CAAGCGATTG AATTCCGTTC 120 CATTATCTGC CGTGATGGAA AGAATCTTGT GTTGTTTTAA GATGAGTTTT AGAGCCTGAT 180 TGACCACCTC AGCACTTTTA TTTGGAATCA ATCGGATGAT CTGATGTCTA CTCTTTCGAT 240 CCGTCAAGAC AATCAAGCAG TAGTTTTTCG ATCTCGTAAG TAGAACCGTA TCAATCTCAT 300 AATGCCCATT CTCCAAGCGA AGATTGATAG CTTCAGGCCG CTGTTCGATG GATTGACCAG 360 CAGGTTTAAA GTTGGTGCTA GCCTGTTTCT TAAGCGCTTT TCCTTTTCTA GGGTAAAGCA 420 AATCCTGCTT GCTTAACCCC AATTTTCCAT GATGAATCCA ATAGTAAATG GTTGAAATTC 480 CCACGTTAAC CCCTTTAGCC ATAACCATCA TTTCAGGCGA AAATTTTTGG TTATGATAGT 540 GGAGAATCTT TTCCTTTAGT TCCTTGGTCA AGCTTGATTT CTTGACCGAG CGCTTGCGAT 600 TGTTTTCATA AGACTGTTGA GCGTAGTCGG CAGAATAAAC CTCTTTGAAG CGCCCTTTTC 660 CAAGACATTG TCGGACTGTC CCACGCTTGA TTTCAGTGTG ATAGTTTGAG GAGCTTTTCC 720 AAGTAGAGAG GCAATTTCTC TATTTGATTT TCCTTCTTTT TTCCATCTTT CGATTAAGCG 780 ACGGCTATCG ATTGTCAAAT GTTTGGCTTT TGTAGTATAA TTGTCTTGCA TCTCTGTGCC 840 TTTCTTGTGT TTGTGGTTGA ACAACAAGTA TAACACAGAG GTGCTTTCTT ATGCCTACAA 900 GAGCTTTCAT TATTTCCATT TTCTTTTGGA TTTCACTCTA TTCTGAAAAA CTTGTGTATA 960 TTTACTGAAG CTAGCAAGTC TTACCTGTAA ATTTAATGAA AGCAACACAA AATCCGAGAG 1020 GGGAATCTCG GATTAATAGA TAGAGAGTTT TTAGTTTAAA TAAATTGTTT AAAATATCAA 1080 CAACATCACT TCTTTTCTTA ACCTGATAAG TCTTGATTCC TAATTTTGGG GCTACGATTA 1140 TATTGTCCTC AATATCGTCT AGAAAGACAC AATTTCTAGG TTATAACTGG TATTTATCGA 1200 TAGTTACTCA TATACATGAT TCCACCTCCA TACTTATGTG CGAGCCTCTC TTTGTATTAT 1260 ACCTCCATAC TCACCTTACA GATTCTTTTG GTAATAATAT CTTTGCCTAA TGTAGAGACA 1320 GTCTTGCAAA GAAAAAACTT CCTTGTAGCC ATGTTTCTGA TAAAAGTCCG GTGCCTGGAA 1380 CTGGTAAGTA TTGACAAAGG CAAAACAACA ATTTCGATTC TTAGCTTCAC TTTCTGCCTG 1440 TTGCAATAGT TTTGAACCGA TTCCTTGCCC TCGCAGTTCC TCTTTTACAA ACAAATACTC 1500 GATTTCTAGC CAATTTCCAA AAGTCTCTGC TATCAAACCT GCCAGGAGAT TGCCCTTTTC 1560 ATCTTCGACA TAAAGATTAA GTGGCTCACT TTCAGCCTCT TCTCTTTTTG AACGGTTATA 1620 AACACGAATC AGATTCCCTA TTTCTTGCGA TTTATGTGAT TCCTTATTTT CCAATCTAAA 1680 GTATAGTGAA ATGAAATAAA ACATGCGCAA ATCGATTAAG GAATTTAATC TAATTTCTAA 1740 CAATGTCTTA GAAATCAAAG TGTACTATTT TAACTTCAAT GCACTATACA TCTAATACTC 1800 AATAAAAATC AAAGAGCAAA CTAGGAAACT AGCCGCAGGT TGCTCAAAAC ACTGTTTTGA 1860 GGTTGTAGAT AGAAcTGACG AAGTCAGCTC AAAACATAGT TTTGAGGTTG TAGATGAAAC 1920 TGACGAAGTC GGCTCAAAAC ATGGTTTTGA GGTTGTAGAT GAAACTGACG AAGTCAGCTC 1980 AAAACAGG 1988 (2) INFORMATION FOR SEQ ID NO : 269 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 709 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 269 : CCGGATATTT GTTTTATGTA ATTTTCTTGC AAGTTTCTTC TTAGTAGCTT GTCAGTCAGG 60 TTCTAATGGT TCTCAGTCTG CTGTGGATGC TATCAAACAA AAAGGGAAAT TAGTTGTGGC 120 AACCAGTCCT GACTATGCAC CCTTTGAATT TCAATCATTG GTTGATGGAA AGAACCAGGT 180 AGTCGGTGCA GACATCGACA TGGCTCAGGC TATCGCTGAT GAACTTGGGG TTAAGTTGGA 240 AATCTCAAGC ATGAGTTTTG ACAATGTTTT GACCAGTCTT CAAACTGGTA AGGCTGACCT 300 AGCAGTTGCA GGAATTAGTG CTACTGACGA GAGAAAAGAA GTCTTTGATT TTTCAATCCC 360 ATACTATGAA AACAAGATTA GTTTCTTGGT TCGTAAGGCT GATGTGGAAA AATACAAGGA 420 TTTAACTAGC CTAGAAAGTG CTAATATTGC AGCCCAAAAA GGGACTGTTC CAGAATCAAT 480 GGTCAAGGAA CAATTGCCAA AAGTTCAATT AACTTCCCTA ACTAATATGG GTGAAGCAGT 540 CAATGAATTG CAGGCTGGAA AAATAGATGC TGTTCATATG GATGAGCCTG TTGCACTTAG 600 TTATGCTGCT AAAAACGCTG GCTTAGCTGT CGCAACTGTC AGCTTGAAGA TGAAGGACGG 660 CGACGCCAAT GCCGyTGCTC TTAGAAaATA GTGATGATTT GAAAGAAGT 709 (2) INFORMATION FOR SEQ ID NO : 270 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1680 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 270 : TATAAAATGT TAAGTTAAAT GATTTCAAAA TTCAGAAAGG GATTGCTTTA TGCAGTTCCT 60 TTTTATTTTA ACAGGAGTGA AACTATAGTG TTTCTAAATT GTGAATCAAT CAAAACTGAT 120 TGTGATGGGG CTATTCTAGC TTTAGAAACC TTCAAAAATT AAAATTTAAG GCAATCAATT 180 ACTTGGAAGA GTATGAAAGC ATTTAGTTTA TAGGAATTCT AGGTCTAGAA TTACATATAT 240 ATATTTATGA AGACGGGGTG TTCGATAGTT AGTATTGTTC TATTCTGAAA GATTTGAGCT 300 GTCAGTTGTA TAGAAAGTGT TCGAATTTTT TTAAGTGATT AAATTAGTTA ATTGTATGAG 360 GTGCTTTATG ATATAATGTT CTTAATGAAT TTTCAGAAAG GAAAACCTCA AATTGTTCTA 420 CAAATTTCTA CTCTTCGACC TCGACCACAC TCTTCTTGAT TTTGATGCTG CTGAGGATGT 480 GGCTTTGACC CAACTTCTAA AAGAAGAAGG AGTTGCGGAT ATTCAGGCTT ATAAAGAAAA 540 TTACGTTCCT ATGAACAAGG CTCTCTGGAA AGACTTGGAG CTGAAGAAAA TCAGTAAACA 600 AGAGCTGGTT AACACGCGCT TTTCTCGTTT ATTTGCTCAT TTTGGACAGG AAAAAGACGG 660 TAGTTTTCTT GCCCAGCGTT ACCAATTTTA CCTCGCCCAG CAGGGACAAA CACTATCGGG 720 CGCTCATGAT CTCTTGGACA GCCTCATTGA GCGTGATTAT AACTTGTATG CTGCGACAAA 780 TGGCATTACT GCCATTCAGA CAGGACGTTT GGCTCAATCT GGTCTAGCAC CTTATTTCAA 840 TCAAGTCTTT ATCTCAGAAC AGTTGCAAAC TCAAAAGCCG GATGCTCTTT TTTATGAAAA 900 GATTGGCCAG CAAATTGCTG GATTTAGTAA AGAAAAGACG CTGATGATTG GAGATTCTCT 960 AACCGCCGAC ATTCAAGGTG GCAATAATGC GGGGATTGAC ACTATCTGGT ATAATCCTCA 1020 TCACCTCGAA AATCACACAC AAGCCCAGCC GACTTACGAA GTCTATTCTT ACCAAGACTT 1080 GCTGGATTGT TTAGATAAAA ATATTCTTGA AAAGATCACA TTTTAAAGGA GACGAGCTAA 1140 TGACTACAAA AAAGCTAATA TTACTATTGA AGAGTACATT GAAATGTCTG AAGTTGATTT 1200 TAATGAAGCT GTTAATTATG AATTTACATC TGACACTTGT CAATTAGCAA ATAGTATTTA 1260 TCAATCTCTT TTTAAGTTTT TTGATAAGAA AAATTTCTCT GGCGATTTAA TTTTTACTTG 1320 GAAATCTCCA TCATTAGTCA AAGAAGGGGA TTATATTGGG AGAAGGGATT CACAAGTAGA 1380 TAATCTTAGA GTAATAGGAA ATATATTTCC GAATTATCTT ACTAATCGAA AATATAGCCT 1440 CAATATGAAT CGTAATGGCT GTATGGGAGA TTTTCCTCAT GACTTTTTTG ATATATACCT 1500 AGATCATGTA GCAAAATATG CCTACGAACA AAAAGTTAAT AATATTAAAG AGTATTATCC 1560 TTTAAAAAGA GCGATTTTAC ACCAAGAGAA TGCATTGTAT TTTCGATTTT TTTCTAATTT 1620 TGACGACTTT TTAGAAAAAA ATTATTTAAA GACTATATGG CAAGTTTCTA AAGAAACTCC 1680 (2) INFORMATION FOR SEQ ID NO : 271 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 598 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 271 : AGCTCGGTAC GGAGTATCTG TGGTGCATAA ATGAGTGAAA AGAGGATAGA GAGGATGAGG 60 CCGATAAGAA CACCGGTAGC TGCATCGTGA AATACTTGTT TTTTCATAGT TCTAATTTCT 120 CCTTGATGGT TTTTAGATAA CGGCGTGAAG AGTAGGTGAA GCTTTCGTTT TTCAAGAAAA 180 TTTCTACCAG ACCGTTTGGC GTGACCTTGA GGTGAGAGAT GGAATCGATA TTGATGATTT 240 CTGATTGGGA AATTTGGATA AAATTGGTTG GCAAGAGTTT AAGAACCTGA TAGAGTCGCA 300 AATCAATGCT GTAGGTCTGA CTCGCGGTTT CTGCTAGAAC CTTCCGATTC TCGATATAGA 360 AGCGCTGAAT CTTGCCAATC TCAACTAGAT AGACCTGATC ATCGATTTTT CCTTTGATTT 420 TTTCTCTTTG GTCCAGATTT TCTGCGAACT CGATGACTTT CTGGACTTTT TCGGTTTCTT 480 GAGGTGCTTG GACAATCAGC TTTTCCTCCT CGTAAGTCTC ACTAATCTGT AGTTCTACTT 540 TCATAGTTTT CTCTCCTTTT CAGTTATACA AGGTTGTGAT CACTTCCTGT ATATCCGG 598 (2) INFORMATION FOR SEQ ID NO : 272 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1099 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 272 : CCAGCAAATC AATAACTGCA ATTGCTATAA AATGGATTCT ATAGAGTTTT TTCATGACAA 60 GACCTCCCTC TTTTATCTAA CTTCATTCTA CTCCAAAAGA ATGGGAGTTA CAACTAAAAT 120 GATAAAAATA GCAGAAGGGA GATTCTCTTA AGTTGGCTAG TATTCTTTAT TTGAGTTTCC 180 TTCTATTATC TAACTTCTTC ATCATTCCAG ACAAATAAAG CTCCGATTGC ATTGAGGATA 240 TAAAAGATGT ATTTACCGAT ATTGGCGAAG TTTCCTTGAA TACCAGCTTT TGTCAGCTGA 300 ACGAAATTGT AAATCAACCA AAAGCCCCAC TGAGTTGTTA GTTTTAATGC ATTCAAAGCA 360 TTGGCAATGA GGGACAGTGC AAAGGCAATA GTTGTTACGT AGGCAAGGAG ATTCATCTTG 420 CCCCCATATC CGATATAGTT GGTCACAAAG GCAAAGAGGA AGGCGATGAT GGAAATGATG 480 ATGGCCGCCA ATTTTACCTG TTTTTGGCTC ATTTGGTTGG GTCTGCCTTC TTGCGAAGCT 540 TCCCACTTCT TTATAGCAAA GGTATAAATG AGGAAGGTGA CGGGATAGGT AATGATGGCC 600 GCCTTATTTC CAAGGATATA ATCAATAGCA CCGGACAAAA TGGTATTAAC AATACCAAAG 660 TAATTTCCCC ATTTGCTTAA TTTCCCCGTG AAACGAGTGG ACAACATGGA AATCCCAACG 720 TTGGTTACGG AAATCAATCC AAAGGGTACA AGAGCTGTCC ATGATCCCCA GTCTACAAAT 780 TTATCGAGGT GTGAGTTGAG GTAACCAGAT GCAATCGCAA TCCCAACGAC CAAAGCAACC 840 CCGAAGAGGT CAAACTATTT AGATGTAGCA AAAATTTTTA GTGATTTTTT CATAGGTTAA 900 ACTACCTTTC TTTTTTTCAA ATATTCTCCC ACCAAATGAA AGTAAAATAA AATGATAGAA 960 ATAAAACCCT GAAAATAAAG GTTCTATAAT ATTTGTAGTG GGTAAATCCA CTATAGATAT 1020 TATGGAGCCT ATTTTATTGT AGAAAAAAAG TCCCATATGA CCTATAATGA AAAGCGACAA 1080 AACAACTCAT TAGAAAGAT 1099 (2) INFORMATION FOR SEQ ID NO : 273 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2723 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 273 : CTGGGATTCA CGTGAAAAGG AAGCCCAGAG AGTAGCCAGG TGTACTGCTA GAACAGTGAG 60 TGAAATTGAA TATTACCATA GAGAGTCAAC CCAGATAGCT CAGGCTTTAG TTGAAAATCA 120 AGCTCGTATC GAGGGAATCT ATAAATACTT TAGCCTTAGC ATGCCAGACT ATTTTTACTG 180 GCAATTAGAG CGGAAAGCTT CGCCTTATAT ATCAGTCTCT CTGTATGAAA ATGTTGATGA 240 CCTCTATGTT CGAAATGATT TTGTAACTGG GGTGGCCATT GCTTTTCAAG ATTACAAGGA 300 AGTCTATGTT TCTACTAAAG ACAAACGTAG GkkAGAAAAA ATCAGGGCTG AGGATTTCAA 360 ACCAGCAGGA AATAGTTTTG CCATTCCAGT GTCAGATCCA GTGTCAGATC AAGACTTAGG 420 AGTGATTTAC ATCTCCTTGG ATCCTGCTGT TTTATACCAT GCCATTGATA ATACTAGAGG 480 TCATACTCCG ATGGCAGTAA CAGTGACCTC ACCTTTTGAT ACGGAGATTT TTCATATGGG 540 TGAGACAGTT GATAAGGAGA GTGAAAATTG GCTAGTTGGC TTAACTTCTC ATGGATATCA 600 GGTTCAGGTG GCAGTTCCTA AAAACTTTGT TTTACAAGGA ACAGTGACTA GCTCTGCTTT 660 GATTGTGGGT TTGAGCCTTC TCTTTATTGT CATTCTTTAT CTGACTTTGA GGCAGACTTT 720 TGCTAATTAC CAAAAGCAGG TAGTGGATTT AGTAGAATCC ATTCAAGTCA TTGCTCAAGG 780 CGAAGAGGGG CGTCGGATTG ACATTTCCGA GAAAGATCAG GAATTACTCC TAATCGCGGA 840 GACGACCAAT GATATGTTGG ATCGATTGGA AAAGAATATC CATGATATTT ACCAGTTAGA 900 GCTTAGTCAA AAAGATGCCA ATATGCGAGC CTTGCAGGCG CAAATCAATC CTCATTTTAT 960 GTATAATACG CTGGAGTTCT TGCGCATGTA TGCAGTTATG CAGAGTCAAG ATGAGTTGGC 1020 AGATATCATT TATGAATTCA GTAGTCTCTT GCGTAACAAT ATTTCCGACG AAAGAGAGAC 1080 CCTCCTCAAA CAGGAATTAG AATTTTGCCG TAAATACAGC TATCTCTGCA TGGTTCGCTA 1140 TCCCAAGTCC ATTGCCTATG GTTTCAAGAT AGATCCAGAG TTAGAGAATA TGAAGATTCC 1200 CAAGTTTACC TTGCAACCGC TGGTAGAAAA CTATTTCGCG CATGGTGTTG ACCACAGGCG 1260 GACAGATAAT GTGATTAGCA TCAAGGCTCT TAAACAGGAT GGTTTTGTGG AAATTTTGGT 1320 GGTCGATAAT GGTAGAGGAA TGTCGGCTGA AAAGTTGGCA AATATCCGAG AAAAATTAAG 1380 TCAGAGATAT TTTGAACACC AAGCCAGCTA CAGTGATCAA AGGCAGTCTA TCGGGATTGT 1440 CAATGTACAC GAGCGTTTTG TGCTCTATTT TGGAGACCGC TATGCCATTA CTATAGAGTC 1500 TGCAGAGCAA GCCGGTGTTC AGTATCGTAT TACAATTCAA GATGAGTAGA AAGGGAGAAA 1560 ATGTATAAAG TATTATTAGT AGATGATGAG TACATGGTGA CAGAAGGTCT GAAGCGTTTG 1620 ATTCCCTTTG ATAAGTGGGA TATGGAGGTC GTCGCAACAG CCAGTCATGC CGATGAAGCT 1680 CTAGAATATG TTCAGGAAAA TCCTGTCGAT GTCATCATTT CCGATGTCAA TATGCCAGAC 1740 AAAACAGGGC TTGATATGAT TCGGGAGATG AAAGAGATCT TACCAGATGC TGCCTATATC 1800 CTGCTCTCAG GTTATCAGGA GTTTGATTAT GTAAAAAGAG CAATGAACCT TAGTGTGGTG 1860 GACTATTTGG TCAAGCCTGT TGATAAGGTA GAGCTGGGAA ATCTGCTGGA GAAGATTGCA 1920 GGTCAGCTCG GCGAGAGAGG GAAGAAAAGT CAGACTCTTA GTCAAGAATT AGACGAGGCT 1980 GGATTTGTTA GTTATTTAGG GGATAAGGAG AATTGGTGGA TAGGTCTATC CAAGGAAAAA 2040 CAAGGTTCCT TCACCATTCC CTACTATGTC TTGGGTCAAG ACTGGCAGAT TTTCATTTCT 2100 GGCCACCCCC TAGATGGTTT AGTCGTTACA CCTTTTGAAG CTCCTTATCA AGAACACTTT 2160 GAACGCTGGA AGCTGAATGC TGAGAAAACC CTCTTTTACG GTTCTGTAAA TCTGCAGCAG 2220 TCTGAGAGTC TCTTTGCCTA TTACGAACCG ATTTATAGGG TTATCATTCA GGGAAATCTC 2280 AATCAAATCG TAGAAGAGTT AAATCTCTTG GAGAAGGTAG TTCTTGAAAA TACACCTCGT 2340 GTTTCGATTA CTAAACAGCT TTTTATCCAG TTTGTCATGG ATGTTTTCCA TTTATTTGAA 2400 CATCTCAAAG CTGATGATAT GACGGACATT GTCAAAACCA TTCATGCTAT TCAATCCTTC 2460 GATGAATTGG TTTCTTATAT CAAGGAAACT CTGATCAGCT TTTTCGGTCA ATACCGTATG 2520 AATGAAAATG TGGTCAGTGT GCTGGAAGTC ATTGGTCGTG ATTACCAAAA AGAGCTTTCC 2580 CTCAAGGATA TCAGTAAGGC CCTCTTTATC AATCCTGTCT ATCTAGGGCA GTTGATTAAG 2640 CGTGAAACCG ATTCGACCTT TGCAGAGTTA CTAAACAAAC AACGTATTAA GGCTGCCCAG 2700 CAGCTCTTGC TTTCAACTAG TGA 2723 (2) INFORMATION FOR SEQ ID NO : 274 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 836 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 274 : CCGCAGTTTT TTTAAACCGT ATATAAGTAT AGCATAGTCA AAAAAAGAAT GCAAGATTTT 60 TGCAAACTTT TTTAAAATTT TTCGTAATTT TTCTTTTAAA GTTCTACTGT CAGGACTTGA 120 CCTTGCTTAA CAACCTGTTC TCCGGCGATA TAAACATCAT CTACATCACT AGATTTAACT 180 GCATAAACCA GGTGAGACAG CATATTTTCC TGAGGTTGGA GATGAATTTT CCCTTGTGGT 240 TGAATGACCA GAAAATCTGC TTGCTTGCCG ACTTCCAGAC TTCCTATCTG ATTTTCCATT 300 CCAAGGACCT TAGCCCCTTC GATTGTCAGT ACCTTGAGAG CTGTTTCGAT TGGAAACTGG 360 CTGGCATCCC CACTTTTCAT CTTCTGAAGA AGAGCTGCAG TCCTTCCTTC CTCAAACATA 420 TCTAGATTGT TATTGGAAGC AACCGAGTCA GTCGCAATTC CGACTGCTAC TCCCGCTTTT 480 TGGAGCTGGA TAATTGGAGC AATTCCTGAT GCCAGTTTGA GGTTACTGAT AGGATTGTGG 540 GCGATAGCAG CTTGAGAAGA TGCCAAGCGT TCAATTTCTC TCTCGTTTAA TTCGACCCCG 600 TGAGCAAATA CGGACGGATG ATCTAAATAA CCCAGTTCTT CAAGAAAAGC AAGGGGGCGT 660 TTGCCGTATC GTTTGAGGAT AATTCCTGAC TCCTCCTTGG TCTCCGCCAC ATGGACATGG 720 AGCGGAATAT TTAGCTCTTT TGCCATTTCC AAACTCGCTT CCAGCAAGTC TCTACTGCAG 780 CTATACGGAG AATGAGGTGC TACCATAACC TTGAAATTTG GATTTTTATA TTTTAA 836 (2) INFORMATION FOR SEQ ID NO : 275 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2335 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 275 : ATTTTATTTC ACTTTTTAGG TGGTCTGGGG CTATTCTTAT ATAGTGTCAA GACCATGGGA 60 GACGGTTTAC AACAAGCTGC TGGAGATCGC CTGGGTTTTT ACATTGACAA ATATACTAGT 120 AATCCTTTGT TTGGAGTTCT GGTTGGTATT GGGATGACTG CTCTAATTCA GTCTAGTTCT 180 GGTGTAACAG TTATCACAGT CGGCCTGGTC AGTGCCGGTC TCTTAACCTT ACGTCAGGCT 240 ATCGGGATTG TCATGGGTGC TAATATTGGG ACAACTGTCA CATCCTTTCT CATCGGTTTT 300 AAATTAGGTA ACTATGCCCT ACCTATGCTC TTTATCGGTG CCGTCTGTCT TTTTTTTACG 360 AAAAATCGGA CAGTCAATAA TATCGGACGC ATCCTCTTTG GTGTCGGTGG TATCTTTTTT 420 GCCCTCAATC TCATGAGCGG CGCAATGGCT CCACTCAAGG ATTTACAGGT CTTTAAGGAC 480 TATATGATTG AGCTAAGTAA GAATCCTGTT TTGGGTGTCT TTGTCGGTAC TGGCTTGACC 540 TTGCTAATTC AAGCTTCTTC GGCTACCATT GGGATTTTAC AAAACCTCTA CGCCGGCAAT 600 CTAATTGATC TACAGGGAGC TTTGCCAGTT CTATTTGGTG ACAATATCGG GACAACCATT 660 ACAGCCATCA TTGCCTCTTT AGGGGCTAAT ATTGCAGCTA AACGGGTAGC AGGAGCTCAT 720 GTTGCCTTCA ACGTTATCGG AACAGTTGTC TGCGTTATTT TTCTAGTTCC TTTTACTGTC 780 CTGATTCATT GGTTTGAAGC TACGCTAAAT CTAGCACCGG AAATGACCAT CGCCTTTGCT 840 CACGGAACCT TTAATATTAC CAACACCATT GTCCAATTTC CATTTATCGG AGCTCTGGCT 900 TACTTTGTAA CCAAGATTAT TCCTGGAGAG GACGAGGTTG TCAAATACGA ACCCTTATAT 960 CTTGATGAAC ATTTCATCAA ACAGGCCCCA TCTATCGCTC TAGGAAATGC TAAGAAAGAG 1020 CTCTTGCACT TAGGAAACTA CGCTGCTAAA GCCTTTGACC TTTCCTATAA GTACATCATT 1080 GACTTGGATG AAAAAGTTGC TGAAAAAGGG CATAAAACCG AAGAAGCAAT TAACACCATC 1140 GATGAGCAAT TAACACGTTA TCTCATTGCC CTTTCAAGCG AAGCTCTCAG CCAAAAAGAA 1200 AGTGAAGTGC TTACCAATAT CCTTGATTCC TCCCGTGATT TGGAACGGAT TGGAGACCAC 1260 ACGGAGGCTC TACTCAATCT GACTGACTAT CTTCAACGGA AAAATGTTGA ATTTTCTGAT 1320 GCCGCCTTGA AAGAATTAGA GGAAGTTTAC CGCCAAACTA GTGACTTTAT CAAAGATGCT 1380 CTGGATAGTG TGGAAAACAA TGATATTGAA AAAGCACGCA GTCTTGTAGA ACGTCATGAA 1440 GCAATCAATA AGATAGAACG TGTTCTCAGA AAAACCCACA TCAAACGCCT CAACAAAGGC 1500 GAATGTTCAA CACAAGCTGG GGTCAACTTT ATCGACATCA TCTCACACTA CACTCGTGTA 1560 TCAGACCACG CTATGAACCT TGCTGAAAAG GTTTTTGCAG AACAAATCTA AGAACCAAGA 1620 AGCTATCCAT CATAATTGGA TGGCTTTTTA CTTTTTCCTA AGCAAGACTA GGATGAATGA 1680 AACTGAAAGA GTATTCTGCA GATATATAGT CCCCAATTAT TCACCCCAAA TCTAAAAACC 1740 ATCCAGAATC CTTGCCTTAG CTTAGATCCT GGATGGTTTC TTTTTTCACC CAATGGGTGT 1800 TTTTTACTAG ACAAAAAAGA GTTTCCCCTT TATGGTATAA GTGTAGAAAA AAACACAAAA 1860 AGAAAGGAAA CTCACATGAA CAGTTTACCA AATCATCACT TCCAAAACAA GTCTTTTTAC 1920 CAACTATCTT TCGATGGAGG TCATTTAACC CAGTATGGTG GTCTTATCTT TTTTCAGGAA 1980 CTTTTTTCCC AGTTGAAACT AAAAGAGCGG ATTTCTAAGT ATTTAGTAAC GAATGACCAA 2040 CGCCGCTACT GTCGTTATTC GGATTCAGAT ATCCTTGTCC AGTTCCTCTT TCAACTGTTA 2100 ACAGGTTATG GAACGGACTA TGCTTGTAAA GAATTGTCAG CTGATGCCTA CTTTCCAAAA 2160 TTGTTGGAAG GAGGGCAGCT TGCTTCACAG CCAACCTTAT CCCGTTTTCT TTCCAGAACT 2220 GACGAGGAAA CAGTCCATAG TTTGCGATGC CTCAACCTTG AATgGkCGAA TTCTTTTAAC 2280 AGTTTCACCA GCTAAACCAA CTCATTGTAG ATATCGATTC TACCCATTTC ACAAC 2335 (2) INFORMATION FOR SEQ ID NO : 276 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 752 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 276 : CGGATTCACT GTTGTTGACT AATCAATAAC ACAGTAGAAA ATCTCACAGC AGTCTATTAG 60 TTGCTTTTCA TACTAGGCAA GTGACTGAGG CTTGTACTTG GGTACAGCAA GGGAGCTTAA 120 GGCCGTAGAA GAGAAAAATA GTAGACTGAA ACCCGCATAG ACTTCATCAT TTCGAGAAGT 180 GACGTGGGAG ATGAAAATCG ATTGAACCAC TTACAAGGAG AATAGAAAAT GGCTAAAAAA 240 AGCAAACAAC TTCGTGCTGC TCTTGAGAAA ATCGACAGCA CAAAAGCATA CAGTGTAGAA 300 GAAGCTGTAG CACTTGCAAA AGAAACTAAC TTTGCAAAAT TTGATGCAAC TGTAGAAGTT 360 GCTTACAACT TGAACATCGA CGTTAAAAAA GCTGACCAAC AAATCCGTGG AGCAATGGTA 420 TTGCCAAACG GTACTGGTAA AACTTCACGT GTTCTTGTTT TCGCACGTGG TGCAAAAGCT 480 GAAGAAGCAA AAGCTGCTGG TGCAGACTTT GTTGGTGAAG ATGACCTTGT TGCTAAAATC 540 AACGACGGTT GGTTGGACTT CGACGTAGtT ATCGCTACAC CTGATATGAT GGCTCTTGTT 600 GGACGTCTTG GACGTGTCCT TGGACCACGT AACTTGATGC CAAACCCTAA AACTGGTACT 660 GTAACAATGG ATGTTGGCAA AGCGGTTGAA GAGTCTAAAG GTGGTAAAAT CACTTACCGT 720 GCTGACCGTG CAGGTAACGT TCAAGCAATC AT 752 (2) INFORMATION FOR SEQ ID NO : 277 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2643 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 277 : GTCAACATTG ATTTCAAGGC TGTTTGCTTT CTATCTCCCC TTTTTCATAA TGTATAATAA 60 AATGAAATAA TAACAGGACG AATTGATCGG GACAGTCAAA TCGATTTCTA ACAATGTTTT 120 AGAAGTAGAG GTGTACTATT CTAGTTTCAA TCTACTATAT TTTCGTACAG GTGCTTCAAC 180 CATTTGAACG ATTTCAAATC CTTCTTTTTG GTAAAGATTC TGAGCTCTTT GATTTGCCTC 240 GAAGACATTT AGAGAAATAC TGTCTATATC TCTATTTTCA AATGCTAAAC TAACAAATTT 300 CCTTAAAGCC TTGCTACCTA AGCCTTGCTC CTGTTTCTGG GGGTTGATAA AAAATCTCCC 360 GATATGAAGA TTGCTGTCTT CTAGCCTGAT TTTCTGGATA AATCCCACAA ACTCTTGTTC 420 ATCAAAGATT GAAAAGACTC CTTCCAAGGC TTGAAGTGTC AGTAGAAAAG GAATCCTTGG 480 TCCCATCCAT TGTTCTTGAA AGGATTTGCC TAGGGAGTTG GACCACTGGC ATACAAATTG 540 AGCGTTTTCT GTGCTCACCT TTTCTTCAAA ACGAATTGTC ATCTTTTCCT CACCACCTTA 600 TCTATGTTTC TCCATTATAC TATTTCTCCC ATTTTTTACG AATAGATAAG TATGATTGAT 660 TTTTATTTTT TTCTCGTCGG GAGCATTCTA GCTTCCTTTC TTGGTTTGGT CATTGACCGT 720 TTTCCAGAGC AATCCATTAT CAGTTCAGCC AGTCACTGCG ATTCCTGTCA GACTCCCTTG 780 CGTCCCTTAG ATTTGATTCC GATTCTCTCA CAGGTCTTCA ATCGCTTTCG CTGTCGCTAC 840 TGCAAAGTTC GCTATCCTGT CTGGTATGCC CTCTTTGAAT TAAGCTTAGG ACTCCTCTTT 900 CTGCTTTACT CTTGGGGATG GCTCTCCTTG GGGCAAGTCG TCCTAATCAC CGCTGGTTTG 960 ACCTTGGGTA TCTACGACTT TCACCATCAG GAATATCCCT TACTGGTCTG GATGACTTTC 1020 CAGCTAATCC TAATAGCTTC CTCTGGCTGG AATCTGGTCA TGGTCTCCTT CCTCATACTT 1080 GGAATTTTGG CTCATTTTAT CGATATCCGC ATGGGTGCAG GGGATTTCCT CTTTTTAGCT 1140 TCTTGTGCTC TCGTCTTTAG CGTAACGGAG TTACTGATCT TGATTCAGTT CGCTTCTGCG 1200 ACGGGTATCC TGGCCTTTCT CCTGCAAAAG AAAAAGGAAA GACTTCCTTT CGTGCCTTTC 1260 CTCTTACTTG CTACTTGTTT GATTATTTTT GGTAAGCTAC TGCTTGTCTG ATAAAATCCA 1320 ATTTCTGCCA TATATCCTTC ATGAAATTAT TTCACAGTTA AATTATAAAT TATTTCTTTT 1380 GTACAAAGGG ATGATGTTAT CAAATCGATC TGTTCTTCTA TCTTCTTGAT ACTGATCAAA 1440 AAATTTCATT TCGACTGAAA ATATTTCGCT TATAAACTGT AAACGAATAC TTTGTTTAGA 1500 CATTATAGTC GCTAGACTGA CTAGATGATT ACTCAAAACG ACGTCCAGAA TACTCTTTAC 1560 TTTGCTTGGT TTTTTAACAA AAATTTGATC ATCCAAGGGT TCAATCATTT TCTAACCTTT 1620 TTGCGCAATT TGACGATAAA AGTAAGAATG TTGCTTTGGA GTCAATAATC CTAACTTAAA 1680 AGCTCGATAC TCTAAAGCCT GTATCGAAAC ATTCAAATCC GACTTCAATA AAATATAACT 1740 ATCAGGATTG CTGACACGCT TGCCAACCCT CTCTTCAAAT TTGACTAAAA ACTCTTCTTT 1800 TGGCAATAAA AAACATGATG CAAAATAATT TGCTTCTTGC TCCAAACGAT CGCCATCTTC 1860 ATTCATATCT TTATATTTAT GTAAAAGAAT ATGTCCTAGC TCATGAGCTA AGTCAAAATT 1920 TCGACGTACA GATGATTTAT TCGTTCCTAA CACAATATAA GGTCTTCCCA ATTTTGACCA 1980 TGCGCTATAA GCATCAGCTT GGCCATTAAT TAATCGTTCC ACGATATAGA TGCCTGAACG 2040 TTCTAATTTA TAAAGCAAAT CATGATTATC TTTTGAAATA CCTAATTTTT CCCTGGCATA 2100 AAGAGCCAAT TCCTCAATGG ATTCTCCCTT ATGATAAGAT TCACTCACTA CATTACTTAG 2160 GTCATGAATT ATAATATTAG GTATAATTAC AAAACTTTCA AAATAATCAA TCAAACTATC 2220 TACCTTATGT AAATACATAG TTTGAATATC TATTGTTTTC CGTGTTGCTA GGTCTGCATT 2280 TCTAAAGGCA ATTACAGAAG AATCAAATCG AATGCTCTCT TCTTCCTGTT CAAAATAAGT 2340 TAAATCAACA TGAAATTGGT TGGCCAAATG CATTTTGGTT GATAATTTAG GTTTCGTTTC 2400 GTTGGACTCA AACTGCCAAA TGGCTTGTTC CGTTAAATTA ATTCTCTGAG CTAATTCTGC 2460 TCTACTTAAA CCATTTAACA GCCGTAATTC TTTCAATACC CGACCATTAA ACATTTACAT 2520 ACTCCTTACT ACTTTTGACC TTCTTGTTTT TCTATTCTTG GAATAATTTC AAAATCTTCT 2580 GTTTCCGATA ATTCTGAAAA ATTAGGAATA TCTTGATATT TAGCTTCTTC GAAATGGTAC 2640 GGG 2643 (2) INFORMATION FOR SEQ ID NO : 278 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 582 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 278 : TGACCAGTGG CAAAATGGCT ATCCAAATGC AGATGTTATT ATCGATGATA TCATCTCAGG 60 GCAAGCCTAC GTAGCCTTGG AAGAGGGAGA ACTGCTAGCC TATGCTGCTG TGACCAAGAG 120 TCCAGAGGAG GCCTATGAAG CTATTTATGA GGGAAACTGG CAAGCTGGAG AGTCAGAGTA 180 TCTAGTCTTT CACCGTATTG CTGTGGCAGC AGATGTGCAG GGAAAAGGAC TTGCTCAAAC 240 CTTCTTAGAG GGCTTGATTG AAGGTTTTGA TTATCTTGAT TTTCGCTCAG ATACGCATGC 300 TGAAAACAAG GTTATGCAAC ATATTTTTGA AAAACTTGGT TTTAAACAAG TCGGTAAGAT 360 GCCAGTAGAT GGCGAACGCT TGGCCTATCA AAAATTAAAG AAATAATGCA AAAGAAGTAT 420 GTAAAAATCC TCTACTCCTC ACCAATTGGT ATTCTATCAC TTGTAGCTGA TGACCATTAT 480 TTGTATGGAA TTTGGGTTCA GGAGCAGAAG CATTTTGAGA GGGGACTAGG AGATGAAACG 540 ATAGAAGAAG TTGTGAGCCA TCCTATTTTA GACCCAGTTA TT 582 (2) INFORMATION FOR SEQ ID NO : 279 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 554 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 279 : CCCAAGCTAC TAAGAGACTA AAACTTGCTA GAGAAGCAAG AGAAAGTGTG AATCTTTTTA 60 ATTTCATGAT GAATTTCCTT TCTGCTACCA ATTTAGAGAA ATTTTCTCTA ACCAGCAATT 120 CCCCTAGTAT AACAAGTTCA AAAAATGGAG TCAATTTATC TGCTCACGGT CCAGCAGGTA 180 GCCCCGTACT TCTGAGATAA AATAGAGAGA CCCTGTAACG AACAGCAAGT CTTGAGCGTC 240 TGCCCTTTCT TCAAAATCGC TGATAAATTC TCGGTAAGAA GAAACTATAT CGTAACCTGT 300 CACATCCCTT TCGTCCAAAG CCCCCTGATA GTCAAAGCCG GTCACCTTGA GTTCCACCTG 360 AGGCAATTTT TCAGTCAGAT AACCCAACAT CCCTTGATAA TCCTTACGTT TCAAGGATCC 420 AAAGAGGATT TGAGGTCGAT AGCCTTCCTG CTCTTTTTCT TTGATAAACT CAGCCAAGCG 480 AGTCAAGGCA GGGAGGTTAT GAGCACCATC CAAATAAATC TGTGGGCGAA TACGCTCCAA 540 GCGASCAGCC CAAT 554 (2) INFORMATION FOR SEQ ID NO : 280 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 766 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 280 : CCGGTTTTTC AAATGAATTT CTTGGTTGTG GCTAAAAAAT ATGCTACACT ATCAATATGA 60 AAATTTTAAT CCCAACAGCA AAAGAAATGA ACACAGACTT CCCAAGTATC GAGGCAATTC 120 CTTTAAAACC AGAAAGTCAG GCCGTGCTTG ATGCCTTGGC TCTCTATTCT GCCAGTCAAT 180 TGGAGAGTTT CTACAAGGTA TCAGCTGAGA AAGCGGCGGA AGAATTTCAA AATATCCAAG 240 CTTTGAAAAG GCAAACTGCT CAACACTATC CAGCCTTGAA ACTTTTTGAT GGGCTTATGT 300 ACCGCAACAT TAAGAGAGAT AAGCTGACCG AGGCGGAACA AGATTATCTT GAAAATCATG 360 TTTTCATTAC CTCGGCTTTG TACGGTGTTG TTCCAGTCTT GTCACCCATG GCTCCTCACC 420 GTTTGGATTT TTTGATGAAA TTAAAAGTCG CTGGTAAGAC TTTGAAGAGC CATTGGAAGG 480 CAGCCTATGA TGAAACTCTG AAGAAGGAAG AAGTGATTTT CTCTCTCTTG TCATCAGAGT 540 TTGAGACTGT ATTTTCTAAG GAAATCAGAG CAAAGATGGT GACCTTCAAA TTCATGGAGG 600 ATAGAGGCGG TCAGCTGAAG ATTCACTCAA CTATCTCCAA GAAAGCGCGC GGGGCCTTTC 660 TAACAGCTTT AATAGAAAAT CAAGTACAAA CTGTGGGGGa AGCACGTCGC TTGAACTTTG 720 CTGGATTTGT TTACCGAGAA GATTTGTCAC AACCACAGGG GGATGG 766 (2) INFORMATION FOR SEQ ID NO : 281 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 901 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 281 : CCGGCCACGG TTCCATCCAA CTTCACAGGT GTGCACTTGA TTGTGTATGT AATTGTCACT 60 AACGGTAGAA TTTCACCTAT CCCTCCTATC TGCTCGCAGT ACCCGCAGAC TTTCTGAAAG 120 AAGAAGATAA CCTACTTATC CGTTGCTATG ATTATACTAA AGTTTCTACT TTTTTGCAAA 180 TAGATTTTTA AATTTTTGGC TAATTGTCTG AATCAGGGTC GGAAGTTTGA CGACCTTGTC 240 ATTGCCTAGT TTTTCGCGTG CAATTTTGAG AATGGCACCT GAGTCTTTTG AAGCAAAGAG 300 GAATTTTCCT TTGTCTGTAA AGACTTCGAA GTGGCGGCTG ATTTTGCGTC CAGTGACATT 360 GGCTCCAATC TGATTGATAT GGCTCCAAGG AATCTGGATA AATTGTTCGA CATTGACATC 420 TGGGTAAAAT TCCAAAGCCT GATCTCCGAC AAGGAATTTC CCAACTTTCC CAGCGATAGA 480 GAGGTAGGAA GTGCCTGTCG TACTGAGGAG TACTGTTTTG TTAAGTGATT GGGCCATGCT 540 TAGTCTTCCT TACTTTCTCC AAAAAAGGCA TTGTAGAGGG CTTTAATTGC TGCTTTCTCT 600 TGGTCTTTAT TGACAACAAA CATAATAGAA ACTTCACTAG AACCTTGAGA CATCATCTGG 660 ATGTTGATTT TGTTTTCAGA TAGAGCGCGT GTCGCAGTAG CAGTCACTCC GATATGGCTC 720 TTCATTTTTT CACCAACAAT CATAATGATA GAAAGGTCGT GTTCGATTTC TGCATGATCT 780 ACTTTAGCCT TTTGAACCAA CTGACGCAGG ATTTCTTCTT CCTTGATGGG AGTTAGTTGG 840 CGAGAACGGA GAATGATAGA AAGATGGTCG ATACCTGTTG GCATATGTTC CCAACCGATG 900





T 901 (2) INFORMATION FOR SEQ ID NO : 282 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1765 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 282 : CCCTGTTACG TGGATAATAG GGTAAGACTG CTCAGGATTT CCTAACAAAT CCACCGCTTG 60 CTGCATTCGA CCCAAACCTG ATCGAAAATT CAAACCAATC CGACTATGGA GCCATTCTTC 120 TACTTCAAAC ATACACATCT CCTTGACAAA AGTCCAATCA ATTATCGCAT TAAAGTATGG 180 TTACTAATAA AAACAAGGCC AGGATTTTCG TCCCGACCTC TTACCTGGTT AGCTAATAAC 240 TAGCTACTAT GAATGTGAAT ATGGGCTAAA AACATCCACT GGACGTTCCA ACTCTTCCCC 300 ATTTCTGGGA GTTGGGGTAA AAATGTTCAC TGGACGTTCC AACTCTTCCC CATTTCTGGG 360 AGTTGGGCTG ATACAGTCTC CCAGACTGTA TCACTCCTCC ATAAAGCTGT TGAAGACTTC 420 TTCAATCATG TTCCATTCGT CTTCTGAGTC TTCTGGGATT GGTTGCAATT CGCCTTCTGT 480 TCCATCTTCG TTTTCGATGA ATGAGTAAGC TTGGATTTCA ACTTGTCCGT CTTCGTCTTC 540 TTCTGCGTTA ACTGGTACTA GAAGAACATA GTTTTTACCA AATTCTTCTT TTCCATCAAT 600 TGTCAAAAGG ATTTCAAACA AGGTTTCATT TCCTTGCTCA TCTACTAGTG TGATTAGTTC 660 ACGTTCTTCG TGGTCGTGGT TATGATCGTG TGACATAGCC TCGCCTTTAT ATTAAAATTT 720 TCTATCTAAA TAATTTTGTA AAATCAGCTG AGCTGCTAAC TTATCAATGA CTTTCTTGCG 780 CTTATTGCGA CTGATATCTG CTTGTTCAAT CAACATGCGC TCAGCAGCCA CTGTTGTCAA 840 GCGTTCATCC TGATAGTCTA CTGGTAAACC AAAAAACTCT TCTAGCTTTG CTCCGTAGCT 900 TGACTAGCTT CTACGCGCGG TCCACTTGTA TTGTTCATGT TTTTAGGCAA GCCCACTACA 960 AATCGTTCCA CCTTGTAAGT ATCAACCAAT TCCTTAACGC GGTCAAAACC AAATTGGCCT 1020 TGTTCTTCAT TTATCTGGAT GATTTCAAGC CCTTGAGCTG TAAAACCAAG CGGATCGCTA 1080 ATCGCCACCC CTACCGTTTT TGAACCGACG TCCAATCCCA TAATTCTCAT AGGTTATAGA 1140 TCGACTCCTT GTCCTTTGAG GTAGTAGCGA ACCAATTCCT CAACGATTTC ATCACGCTCA 1200 TACTTACGGA TTTGATTTCG TGCATTATTA TAACGAGGAA CGTAGGCAGG GTCTCCACTC 1260 AATACGTAAC CTACGATTTG GTTAATTGGG TTGTAaCCCT TATCGTTCAA CGAAGCATAA 1320 ACATCTGTCA AAGTTTCGCT AATTTCTTTT TTATTGGAAT CGTCCAATTT AAAACGTACT 1380 GTTTCTTCAG TAAATCCCAT TCTAACACCC TCTTTCCTTA GAATAGTACC ATTATAGCAT 1440 AATTCCTTAC CTTCTACAAT TCAGGCAGTC TATTTATTTG GATTTTCTAT TGTTCTGTCG 1500 CGCCATTTGC CAATCTATCT GAAATATATT TGCTTGGTTC ATTTTTCAAA AGATTTTCCA 1560 AACCAATATT CTTCAGATGT TCCAACTGGG AAGCCTTCTT GACATCCAGA ACTTGAAAAT 1620 CAAAACTAGT CGTTGTTTGA AGTTCCGTTG CGCTCAATAG TTTTGTTTCA AGTTTGAAAC 1680 CTGCCAATTT ACGAGCTTCA ATGATAGACT TATCCTTCTC CTCCGCTTCA AGAAGAGCTT 1740 TTTGAGTTTC CTCCACTCCA TGTTG 1765 (2) INFORMATION FOR SEQ ID NO : 283 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1346 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 283 : CTTATCCATT CACTTTCTTG TCTGTTATTC TATAAATCTT ACTCCTAAGT ATACCACATT 60 TGCCCCTAGA TGTGAACGAG AGAAACGCTC TAGACATTGC CAAGAAGGAA AAAAAAGGGT 120 ACAATGTAAC AAAATCAAGG GAGGTCTGGA ATGAAGAAAC AAAGCAAGTA CAAAGAGGTC 180 GTTTCCTATC TGAAAAATGG TATCGAGTCT GGACGATTTC CGACGGGTAG TCGCCTGCCT 240 TCTATCCGTC AACTGAGCCT TGACTTTCAC TGCAGCAAGG ACACCATTCA ACGAGCCCTG 300 CTGGAATTAC GGCACGAACA ATACCTCTAT GCCAAGCCTC AGAGTGGCTA CTATGTATTA 360 GAACAAGGGC AACATCAAGA CCTAGAAATC GAGGTTACCG ACGAACATGC CAGTGCCTAT 420 GACGATTTCC GACTCTGTGT CAATGAAACC TTGATTGGCC GAGAAAACTA CCTCTTCAAC 480 TACTATGACA ATCAAGAAGG ATTAGAAGAC CTAAGACAGT CCATTCACAA ACTCCTCTTT 540 GAGCAAGCTC TCTACTGCAA GGCTAACCAA CTAGTACTGA CTTCTGGAAC CCAACAAGCC 600 TTGTTTATCC TCTCTCAAAT ATCCTTTCCT AGACAAGCCA AGGAAATCTT GGTGGAACAG 660 CCAACCTACC ATCGGATGAA TCGCCTCTTG ATTGCACAGG GGCTGGACTA TCAAACGATT 720 GAACGAGGCA TTGATGGGAT TGACTTGGAG GAGCTGGAAG GCCACTTCAA AACAGGAAAA 780 ATTAAGTTTT TCTACACCAT TCCCCGATTT CACTATCCCC TGGGACATTC CTATTCTGAG 840 CAAGACAAAC GATCTATTCT TAACTTAGCT GCCAAGTATG ATGTCTATAT CGTAGAGGAC 900 GATTATCTGG GTGATTTGGA CTCCAAGAAG GGCCAAACCT TCCACTATCT TGATACAGAG 960 GAGCGTGTCA TTTATATCAA GTCCTTCTCG ACCAGCCTTT TTCCTGCCCT TCGTATTACA 1020 GCACTCATTC TTCCAAATGC TATCAAAGAA GCATTTGTGG CCTACAAAAA TATCCTAGAC 1080 TACGACAGCA ACCTCATTAT GCAAAAGGCC CTGTCACTCT ATATTGACAG TCAATTGTTT 1140 GAAAAAAATC GTTTGGCTCG CTTGACCAAT CATGAATCTT ACCAAAAACA AATCGAGGAA 1200 AGGATAACTA AAACACCTTG TCCCCTTCCT CATTATTCCC TACACGATGG CTTATTGCTA 1260 GACCTGAGAC AGTATCCTAA AATCGCCAGT CTCAAACACA GTCAACTGGG CTTGGATTTC 1320 TTTGAAGAGG CCTATTTAAG CACCTG 1346 (2) INFORMATION FOR SEQ ID NO : 284 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 900 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 284 : CTATATTCAG AATATGCCAA AAATTCGGAA TGGTATAAAT TTGCGGAGGG TTCATTTGAC 60 ATATTTAGAA AACTCCCCCA AAGAATTAAT TTTAAGAAAG ATTTTTCTAG AATTTTGGCC 120 CCCTTTATTA TTAATTTGCT TAAATTAATC AATAATTATC TAGAGAATAA AGAATACGAG 180 TGGATTGACA AGAATGGAAA TATTTTTTCC TCTCTAGTAT TTTATTTAGA AGATTTAATC 240 TATCCTTGGA TTGTTAAACC TTTGGTTTTA GAGATAAATT CATTGCGTGA AAAAGGTTTA 300 CTTGAAGGGG AATCGGAGCA GCAACGGTAC AAATATTTTA TAACATTGTT TGACAAGGAA 360 GAGAATATAT TAAATTTTTA TAACAAATAT CCCGTTTTAC TGAGGCAAAT ATCGGAGTCT 420 TGTCTTCGGT TCTATACTTA TTTTATAGAA ATTTTATCAA ATTTAGAAAA TGATTTTAGT 480 GTGCTAGAAG AAGAATTAGG GCTAAGGGGG AAATTAAATG ATATAAAATT TGGAAAGGGT 540 GATACACACA GCCAAGGAAA AACTGTTTTG ATACTCTTCT TTGATGACGC GAAAATTGTT 600 TACAAGCCTA AAAATTTAAT AATCAATAAC TCACTAAATA CTATTGCTGA GTATATCCGA 660 AAGGTTGATG AAAAAATTAG GATAAGAATA CCTCGAACTA TTGCTTATTC GGATCACAGC 720 TATGAAGAAT TTATTGATTA TCTACCTCTA GAGCAAAAGA AAAATTTACC TGAATATTAT 780 TATAATTTTG GTGTGCTTTT AGCATTTATA TATTTATTTA ATGGGAGTGA TATACATTTT 840 GAAAATTTAA TTTCCTATGG AGATATGCCT GTAATAATAG ACTTTGAAAC AATGTTACGG 900 (2) INFORMATION FOR SEQ ID NO : 285 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 862 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 285 : TTATTTAGCA GAGGCAGTTT TAAATGTGAA GGATTTGGTC AGTCAAACAG TTTTTTATCA 60 GCAGATTATT GGTTTAGAAA TCCTATCTCA AACGGATACA GAGGTCGTTC TGGGACTTGG 120 AGGAAAAGCC TTGGTACACT TGATTCAAGC ACAAGAGGGT GGAGAAGTAA GGGAACATTA 180 TGGTCTTTAC CATCTGGCTA TTCTTTTGCC GACACGAAAG GCTTTGGCGG ATGTCTTGAA 240 GCACCTGACG GATTTACAGA TTCCTCTTGT TGGCGGTGCA GATCACGGTT ACAGTGAGGC 300 CCTTTACTTA GAGGACTTGG AGGGAAATGG CATTGAACTC TATCGAGATA AGCCAGTTTC 360 CACATGGGAT ATTCGAGAAG ATGGACGTAT TATCGGGGTG ACTGAAGTCC TTGCGGCTCA 420 GGATATCTAT GAGTTGGGGG AAAGAGTAGA GCCTTTTATC CTAGCAGAGG GTACGAGAAT 480 GGGGCATATT CATCTTTCTG TCAAGGATAG TCGAAAGTCC AGACAGTTTT ATCAAACGGT 540 GTTAGGGCTC GAGGATAAAT TCAGTGTGCC TAGTGCTAGT TGGATCGCAG CTGGGGACTA 600 CCATCATCAT TTAGCAGTCA ACGAATGGGG AGGAAAAGGT CTGGATCCGC GTAAACAAGT 660 CCTACCAGGT TTAGCCTACT ATGTCATCGA AGTCGCACAT AAAGAAGAAC TGTTAACGAT 720 TGCCCAACGA GCACAAGAAG TTGACGCACC AATCAAATGG ATGACATCGA TCCAATTGGA 780 AATCACAGAC TCAGATGGCA TCGTGACCCG TATTCGTTTA GCTAGATAGA TGGTATGTGA 840 TGAAGGTAGA CTATCAATTG TA 862 (2) INFORMATION FOR SEQ ID NO : 286 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 650 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 286 : TCGTTTACAA GATCGCTAAA ATGCATCTCA TGATCGCGAC CACGAATTCC AAGATAGCAC 60 GCGCTACCTC AATCATAGAT AGTTCACTTT TTTCTTGCCC AGCAAATACT TCTAATTCCA 120 AAGCGTTTCT CCTCATTTAT ACTACTATCG CCAGAGCGAA CAGACTCTGA CCTCATTTTA 180 TCATTTACTC TTTATTTTAC GATAATTTTG CGGAATAGTC AAAGGTTAAG GGGGAGAAAG 240 TGGCAGGATT AGACTAATTC CAATATAAAA CTCATTCCTT TTTCTGTTGC TCCATTTTCC 300 ACAAATCCAA GCGACTTGAA ACACCTCCTA GAAGCATGAT TGTAGGTGTA GATTTTCTTG 360 ACTCTCAATT CTTTCCATCC TTTTACTCGA GCCAATTCAA TCAAAGCACT TAGAATCTTT 420 TTTCCAAGTC CTCGATGTTG GTAAGCGGAA TTCCCAATCA CAATGGGGAG ATTATCCTGA 480 GATAGTGTAA TATCCCCAAT TGGAAACCAT TCTCCCTTCT CCTTGACTTC AATCCAAAAA 540 AGCTCACCAT GCCGATyCAr ATAGGAATAC ATGGCTTCCA AGGTCGcTtG ACTGTAAGGA 600 AGCTTCACCC CATCTACGAG GtAAcCAAGT TCACATCCGT GATACCAAGC 650 (2) INFORMATION FOR SEQ ID NO : 287 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1119 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 287 : GATAGCAATC CGCTTCAGAA ACTTCTCGCT TACCTCTAAC TCCGATCGCT AGTTTGGGAG 60 AAGATACTTC CATTCTCATA CTATCTGTTG GCTTTGCAGG CTGTAAAAAC AACTTTTCTC 120 TTGCTACTTC CTGAAAATCT GAATCTTGCA GTTCTTTGCT TTCAAAATAG TCCTGTACTC 180 GCTCCACATC AAAATTCCCA GCTAAAGACA GAGACATGTT TACAGGTTTG TAAAACTTTG 240 TAAAATTTTC TTGCAAATTA GTTAGATTGA TTTGGGAAAT GGACTCCTCA CTTCCAACTA 300 TATCAGTTGC TAAAGGTGTA CCAGGATACA AATTCGCTAA AGTTGAAAAG AATAAACACG 360 AATCTGGATC ATCTTGGTAC ATTTCTCGTT CTTGCTGAAT AATATCCTGC TCTGTCAGAA 420 TGGAAGCTTC AGTAAAGTGT GCTGATGTTA CCAATTCATC AAGTAAATCT AAATTTTCTA 480 AAAAATAATC CGTTGCTGAA AAAAGATAGT TTGTTTTTGT AAAGCTTGTA AAGGCATTAC 540 TATCTGCACC TAGACTCGTA AAAGCCGACA TCAAATCACT AGAATCTTCT CTCTCAAATA 600 ATTTATGTTC AAGAAAATGA GCAATTCCTC CAGGATATTG TTTTACATCT CCGTCAACTT 660 CTGTGACAAA CGTATCTACC GAACCAAACT GTACAGTGAC ACTCCCGTAA ACCTCTTTAA 720 ATTCCTTTTT AGGCAAAAGA GCAACTGTCA ATCCGTTGGC CAAACGAGTT CGATAAACCA 780 TTTCTTTTAC AGCTGGATAG TATTTTTCTT CAAAAACAAC CTTTGTCATT CTATTCCTTC 840 CATAAAGTAA ATCGCTTGTA GTTTCACATT ATTAGCTACT CTACAAATAG CATCTTTGTC 900 AATTTGTTCA AGCTTTGCAA TCCAACTTTT AAAGTCTGCT GAAGATTTTC CAAATAAGGC 960 ATTTTGATAA GCACGTTCAA TCAATGAAGA ATGATTATCT TGAGAAAGTA ACAACGACCA 1020 ACGAATCATT TCCTTGGTCT GATTTAACTC AAACTCTGTA AAAAAACCTT TTTTTAAATC 1080 AAGCCGTTGA TTATTCATCA ATTTACGAGC CTGGTTACG 1119 (2) INFORMATION FOR SEQ ID NO : 288 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 540 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 288 : ACGCCCTCGC GGGGACATGA CGAATTCCCC GTTCATCACG AAGGCCGCCG AGGAGTGGGG 60 GGTGCCGTCC AAGTCAAAAG CGGCCCCACA TCGATTCAGT TCCCCGACGA ACAGCCCTTT 120 CCCCCAGCGT TCCTGGCTTT GCAACCGTTT CACAACAGCC TCGTAAAGTA GGCCGGACAA 180 GGCAGACGGA CTCCAAAGGA GTTCTTCCAT CTGCAAGTGC GCCTGCGTTA TGTGATCCCG 240 GTCTTTTGCA TGTGTGTGGC ATGAATGCTG TTCCCAATCC CACTCCAGAA CATTCTCCTC 300 AAAAGTGCGC AACGTCGCCC TGAATGAATC CTGCCTTGTA GTCGTGACCA TTCCTATGAA 360 GGGTCGCAGA GGATTTTCCC CGAGTGCAAG CGCATCCTCC GGCTCAAATC GGGTGCATTT 420 CACAGTCCCG CTCAACGCTA GCCCGATCCC TTTTTGGCAT GGTGACTCAA GCGTCCTTTC 480 AAACAAAAGC TCCTCATCCG CTCCAACCGG CCCGACGTAG ACGCGTAGAC CGAAGTCGTC 540 (2) INFORMATION FOR SEQ ID NO : 289 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1949 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 289 : AAAGAATTCG ACCAATTCAA GGTTGAGGCA TCGCAAACTA TGGACTGTTC CCCCGTCAGT 60 TCTGGACAGA AAACGGGATA AGGTTGGCTG TGAAGCAAGC TGCCCTCCTA CCAACAATTT 120 TGGAAAGTAG GCATCAGCTG ACAATTCTTT ACAAGCATAG TCCGTTCCAT AACCTGTTAA 180 CAGTTGAAAG AGGAACTGGA CAAGGATATC TGAATCCGAA TAACGACAGT AGCGGCGTTG 240 GTCATTCGTT ACTAAATACT TAGAAATCCG CTCTTTTAGT TTCAACTGGG AAAAAAGTTC 300 CTGAAAAAAG ATAAGACCAC CATACTGGGT TAAATGACCT CCATCGAAAG ATAGTTGGTA 360 AAAAGACTTG TTTTGGAAGT GATGATTTGG TAAACTGTTC ATGTGAGTTT CCTTTCTTTT 420 TGTGTTTTTT TCTACACTTA TACCATAAAG GGGAAACTCT TTTTTGTCTA GTAAAAAACA 480 CCCATTGGGT GAAAAAAGAA ACCATCCAGG ATCTAAGCTA AGGCAAGGAT TCTGGATGGT 540 TTTTAGATTT GGGGTGAATA ATTGGGGTTT TACAATATCA ACTCCCATGA TAGTCATGAG 600 ATGACTCTTC ACGAATTGAC GTGATGACTG TCCTTCCTTT TGCATAATTA CCTCCGAAAC 660 ACAAAAAAAG GGGTAGACAA TCTAGTGTCT ACCCCCGAAA GTTTATTAAA ACAAAAATCC 720 TGCCAAAGAA TTTTTGGCAG GAAACCAAAT CAATTTATCA GTTTCTATCA ATCGCTTATC 780 GCTCTCAAAG ACTGGTAAAT AGGGATTCCG CAATCAAATT GCGATACTCT ATTATTTAAG 840 AGTAACTGAA GCTCCAGCTT CTTCCAATTT AGCTTTGATT TCTTCAGCTT CTGCAGTTGC 900 AACGCCTTCT TTAACAAGTG CTGGTGCACC GTCAACAAGT TCTTTAGCTT CTTTAAGACC 960 AAGACCAGTG ATTTCACGTA CAACTTTGAT AACGCCAACT TTTTTGTCGC CTGCAGATGT 1020 CAATTCAACG TCGAATGAAT CTTTAGCAGC ACCAGCATCA GCTGCATCAG CTGCAGCAAC 1080 AGCTACAGGA GCAGCTGCAG TTACACCAAA TTCTTCTTCG ATAGCTTTTA CAAGGTCGTT 1140 CAATTCAAGG ATTGAAGCTT CTTTAATTTC AGCAATAATG TTTTCAATGT TCAATGCCAT 1200 TGTTATTTCC TCCAAATAAG TTTTAAATTT TATAATAGTT TTTTTCGTAG CTAGksTACG 1260 CTGTGTAGCT TAAGATTAAG CCGCGTCTTC TTTGCTTTCT GCAACCGCTT TGACTGCAAG 1320 AGCAACGTTG CGCACTGGCG CTTGAAGTAC AGAAAGGAGC ATAGAAAGAA GTCCTTCGCG 1380 GTTTGGAAGA GTTGCAAGTG CAAGAATCTC TTCTTTAGAT GCGACAGCGC CTTCGATTGC 1440 ACCACCTTTA ATTTCAAGTG CTTCAGCGTT TTTAGAAAAG TCGTTCAAGA TTTTCGCTGG 1500 TGCGATAACA TCTTCATTAG AAAATGCTAC TGCAGATGGT CCAACAAATA CAGATGCAAG 1560 ATCTTCAAGA CCAGCTTTTT CAGCTGCACG ACGCAACAGT GAGTTTTTAA TAACTTTATA 1620 CTCAACTTCG CTTCCACGAA GCTCACGACG AAGAACTGTA TCTTGCTCAA CTGTCAAACC 1680 ACGAGCGTCT ACAACGACGA TAGATGCAGC AGCTTTCATT TTTTCAGCTA ACGTTCAACT 1740 AGTTCCGCTT TTTTAGCAAT AATTGCTTCA CTCATTAGTG TGTTCACCTC CGTAATTATT 1800 TTGCTTGGGG AATTTTTCAA AAAGAAAAAC GCGCCCAATC CTAGACACGA AAGTACAATA 1860 CGCTTCTTTT TACATGATAC GTTTTGTCCT CGGTAGGATA TTTATGAGTC GAGCTCCCCT 1920 ACTGTCTTAG GCAGTTTTTT TAGATACGG 1949 (2) INFORMATION FOR SEQ ID NO : 290 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1023 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 290 : GGACTGTTTG ATCTTATACA GTAGCTGCTT GATCCAAGCT TTCACCGATA GCGGCTAGGC 60 GCTCGATAAC TTCAGCTTGT GTCAATTCAT TTTTTGAAAC ATAGCGGTTA CGTGGGTGAA 120 CACGGCACTC GTGTGAGCAT CCACGAAGGT ACTTGTCTTC ATTTTCTTCT GATGTCAAGA 180 TACGACGGTT ACAGAATGGA TTTCCACAGT TGACATAACG TTCACATGGT GTTCCATCAA 240 ACCAGTCTTT CCCTACGATA GTTGGGTTGA CATGGTTGAC ATCAACGGCA ATACGCTCGT 300 CAAAGACGTA CATTTTCCCA TCCCAAAGCT CACCTTGAAC TTCTGGGTCT TTACCGTAAG 360 TTGCGATTCC TCCGTGCAAT TGGCCGACAT CTTTGTAGCC TTCACGGACC ATCCAGCCTG 420 AGAATTTCTC ACAGCGAACG CCACCTGTAC AGTAAACCAC GACACGCTTG TCCATGAATT 480 TTTCCTTGTT ATCACGGACC CATTGTGGTA ACTCACGGAA GTTGCGAATA TCTGGGCGAA 540 TAGCTCCACG GAAATGTCCT AGGTCGTACT CATAATCGTT ACGTGTGTCA AGGACAACGG 600 TATCTTTATC AAGAAGCGCT TCTTTGAACT CTTTTGGAGA CAAGTAAGCA CCTGTTGTTT 660 CAAGTGGGTT GATGTCATTG TCAAAGTCGT TGTCTTCCAA ACCAAGGTGG ACAATTTCTT 720 TCTTGTAGCG AACAAACATC TTCTTGAAGG CTTGTTCATT TTCTTCGTCA ATCTTGAACC 780 AGAGTTCTTC CATTCCTGGA AGGCTGTGAA CGTAGTCCAG GTATTTTTGA GTTGTTTCAT 840 AGTCACCTGA AACTGTTCCG TTAATTCCCT CGTCAGCGAC TAGGATACGG CCTTTATGGA 900 CGATTGATTT ACAGAAAGCC AAGTGGTCTG CAGCAAATTG CTCTGCATTT TCAATTGGAG 960 TATAAAGGTA GTAAAGTAAG ACACGAATAT CTTTTGkCaw AAGATTTGTA TCTCTTTATC 1020 TAT 1023 (2) INFORMATION FOR SEQ ID NO : 291 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 3831 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 291 : ACTATGAACA AGACCCAGAA AAAGTAGCCT TATTTCTTAA GAATTTTAAT AGTTTAAAGC 60 ACCTAGCACC TGTTTAGATT GACGAAACAG GATTCGATAC TTATTTTTAT CGAGAATATG 120 GTCGCTCATT AAAAGGTCAA TTAATAAGAG GCAAAGTATC TGGAAGAAGA TATCAGAGGA 180 TTTCTTTGGT TGCAGGTCTA ACAAATGGTG AATTAATCGC TCCAATGACT TACGAAGAGA 240 CGATGACGAG CGACTTTTTT GAAGCTTGGT TTCAGAATTT TCTCTTACCA ACATTAAACA 300 CACCATCGGT TATTATTATG GATAATGTAA GATTCCATAG AATGGGGAAG CTAGAACTTT 360 TATGCGAAGA GTTTGGGCAT AAACTTTTAC CTCTTCCTCC CTACTCGCCT GAGTACAATC 420 CTATTGAGAA AACATGGGCT CATATCAAAA AGCACCTCAA AAAGGTATTA CCAAGTTGCA 480 ATACCTTTTA CGAGGCTTTT TTATCCTGCT CTTGTTTCAA TTGACTATAT TAGAGGCGAG 540 ACATTTTTCG GTTCTTTGTC AACTGTAGTG GGTTGAAGAA AGCGAAGATC TAGAAAGGAC 600 AAATTTCGTC CTTTCTTTTT TGAAGTTTTC AAAGTTCCTA AAACCAAAGG CATTGTGCTT 660 GATAAGTTTG ATGAGATTAT TGGTGGCTTC CAGTTTGGCG TTGGAATAAG GTAATTGAAG 720 GGCGTTGACG ATTTTCTCTT TATCTTTGAG GAAGGTTTTA AACAAAGTCT GAAACAGAGG 780 TGGAAAAGCA AGAGCTGATA GAGATTATAG TGGTGTTTAA AGTCTTCGGA ATAGCTCAAA 840 AGTTTATCTA GAATTTCTTT ATTAGTCAAG TGCATACGAA AAGTAGGGCG ATAAAATCGT 900 TTATCACTCA GTTTCTGACT ATCTTGTTGA ATGAGCTTCC AGTAGCGCTT GATAGCCTTG 960 TATTCATGGG ATTTCGGATG ATGGCTTGTG TTCTGCTCTC AAGAACAGTT ATGATATTGA 1020 GTTTATCAAA GTCCTGAGCA ATAAAGCTCA TCTCCATCTC CCGATTGAAA CAGTCACTCC 1080 CCGGACTGTT TCAACATCAT AGGACATAAT CTCAGGAAGA CGCGAAAAAT CATGCTCAAA 1140 GTGAAAATCA TTGTTCTTGC GAATGACAGT TGAAGTTGAA ATAGACAACT GATGATCAAT 1200 GTCGGTCATA GAAGTCTTTT TAATTAGCTT CTGAGCAATC TTTTGGTTGA TGATACAAGG 1260 AATTTGATGA TTCTTCTTGA CGATAGAAGT CTCAGCGAGC TCCATTTTTG AGCAATGATA 1320 GCACTTAAAA CGGCCTTTTC TAAGAAGAAT TCTAGTTTGA ATTTTTTTAT ACTAGAAAAT 1380 CAGAACCATA ATACCTATAT AAAAATATTA TAGTTCTAAT AGGATTTACC CAAAAGTTTT 1440 AAGGCGGTCT TTTTAGAACT TTAATTGTTT GAAATTTAGG TAGCAAATTT GTTTCTATTT 1500 TGTCAACTTT TCCTATTTTT ATCTTGTTGA GGCTGGTATT TTAACAATTC AGGAATTGAT 1560 AGTGAATGTG TAAAATTTTT TGTTAGAATA AGTTTATAAA AAAGAAAAGG AGTATTTGAT 1620 TATGTTACAA AAAATTTATG AGCAGATGGC TAATTTCTAT GATAGTATTG AAGAAGAGTA 1680 TGGTCCTACA TTTGGTGATA ATTTTGACTG GGAACATGTT CATTTTAAAT TTTTAATTTA 1740 TTATTTAGTG AGATATGGCA TTGGTTGTCG TAAGGATTTT ATTGTTTACC ATTATCGTGT 1800 TGCTTATCGT TTGTATCTTG AAAAATTGGT AATGAATCGG GGTTTTATTT CTTGTTGAGG 1860 TAATTTTAGT AAATTTCCGA ACTAATTTAC TCTTTTATGG AAAGATGATA GTAAATAGCT 1920 AGTAATTTTT CTAAATCATT TTTTAATAGT TGGAAATAGC AAATCTTTCT ATTGTTTCTT 1980 CTTGATAAAA AGGCGATTTT TTATTATAAT AAATTGTAAG ATATAATTGC AGGTGAGAGT 2040 CCTGCCATGT ATGTGAGAAA GGAAGAGCCT GATGGCTCAG ACAAGATTAT GACTTCAGTT 2100 GTTGTTGTAG GTACCCAATG GGGTGATGAA GGTAAAGGGA AGATTACAGA CTTCCTTTCA 2160 GCGAATGCAG AAGTGATTGC ACGTTACCAA GGTGGTGATA ATGCTGGTCA CACGATTGTG 2220 ATTGACGGTA AGAAATTTAA GTTGCACTTG ATTCCATCTG GGATTTTCTT CCCTGAAAAA 2280 ATATCTGTCA TTGGGAATGG TATGGTTGTA AATCCTAAAT CTCTTGTAAA AGAGTTGAGC 2340 TATCTTCATG AGGAAGGTGT AACAACTGAT AACTTGCGTA TTTCTGATCG TGCGCATGTT 2400 ATTTTGCCTT ATCATATCGA GTTGGATCGC TTGCAAGAAG AAGCTAAGGG CGACAATAAG 2460 ATTGGTACGA CAATTAAGGG AATTGGTCCA GCTTATATGG ACAAGGCTGC TCGTGTTGGA 2520 ATTCGTATTG CAGATCTTTT AGATAGAGAT ATTTTCCGTG AGCGTTTAGA ACGTAACCTT 2580 GCTGAAAAGA ATCGTCTTTT TGAAAAATTG TATGACAGTA AAGCGATTGT TTTCGATGAT 2640 ATTTTTGAAG AATATTACGA ATATGGTCAA CAAATCAAGA AATACGTGAT AGATACATCT 2700 GTTATCTTGA ATGATGCGCT TGATAATGGC AAACGTGTGC TTTTTGAAGG TGCACAAGGT 2760 GTTATGCTAG ATATCGACCA AGGTACTTAT CCATTTGTTA CGTCATCAAA CCCTGTAGCT 2820 GGTGGTGTGA CAATTGGTTC TGGTGTCGGT CCAAGCAAGA TTGACAAGGT TGTAGGTGTA 2880 TGTAAAGCTT ATACGAGTCG TGTAGGAGAT GGTCCTTTCC CAACTGAGTT GTTTGATGAA 2940 GTGGGAGAAC GTATCCGTGA AGTGGGTCAT GAATATGGTA CAACAACTGG TCGTCCACGT 3000 CGTGTAGGTT GGTTTGACTC AGTTGTGATG CGTCATAGCC GTCGTGTTTC TGGTATTACT 3060 AACCTTTCTT TGAACTCTAT TGATGTTTTG AGCGGTTTGG ATACTGTGAA AATCTGTGTG 3120 GCCTATGATC TTGACGGTCA ACGTATTGAC TACTATCCAG CTAGTCTTGA ACAATTGAAA 3180 CGTTGCAAGC CTATCTATGA AGAGTTGCCA GGTTGGTCAG AAGATATTAC CGGAGTTCGC 3240 AATTTGGAAG ATCTTCCTGA GAATGCGCGT AACTATGTTC GTCGTGTGAG TGAATTGGTT 3300 GGCGTTCGTA TTTCTACTTT CTCAGTAGGT CCTGGTCGTG AACAAACAAA TATTTTAGAA 3360 AGTGTTTGGT CCTAAGAGAT TTTTAAGATT TGTTTAAGAT AGGTCGGGTA TACTATAGAC 3420 GGTTACAAGA AGACCTCCTA ACTTGTTGTA ACAAATATCC TAAACTTTTC TTTTTCATAA 3480 TAATCTCCCT ATAGAGTCAC CGCATTCGGT GGCTTTTTTT GTGTTGGGAT TCATGATATA 3540 ATAATAAAAT CGATAAGTAG GAAAAGAGAA AAGAGATGTA TTATACGCTT GAAGAAAAAG 3600 AAGTCTTTAT GAGGGAGGCT TTGAGAGAGG CTGAGATTGC TCTTGAACAC GATGAAATTC 3660 CAATTGGTTG TGTGATTGTC AAAGATGGGG AAATCATTGG TCGTGGGCAT AATGCGCGTG 3720 AGGAATTACA GCGAGCGGTT ATGCATGCGG AAATTATGGC TATAGAGGAT GCGAACTTGA 3780 GTGAGGAGAG TGCGCTTGCT GGATTGCACA CTTTTTGTGA CCATTGAACC G 3831 (2) INFORMATION FOR SEQ ID NO : 292 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1441 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 292 : CCGCTGTTCC AACCGCAACA TACCATAGTC CGTACGGGAT TCGAACCCGT GTTACCGCCG 60 TGAAAAGGCG GATGACTTAA CCCCTTGACC AACGGACCTG AGTTGTTATT TTCAACTCTT 120 ACTATTATAC AGTCTTTTCA AACTTTGTCA ACTACTTTTT CTAATTTTTG TTTATTTTTT 180 CAACTTATAG TAAAAAAAGC CAGAATTATA CTGACTCTTC TATCGCTCAT TAAACTTAGA 240 AGCACGTTCT TTTCCCCACC AATAAGGGAT TAGTTCTGCG ACTTTAACTG TTTTTCTTAT 300 ATTATAGTCC ATCATGAATT CTGCATCTTT ATTTTCAGCA TTAAGCTCTA AAAGGAATTC 360 TCTACAAGCA CCGCAAGGCA TGGCTGAACT TCCACCATAA GGTGGTTTGT CTCGAAAGGC 420 TAATACTTTC TTAACCTTAG TTTGTCCTGA AAATTGGTAC ATATTGAAGA GGGCCGCCCG 480 TTCTGCGCAG AGATGGAAAA CACCACAGGT TCCCTCCATA CAGAATCCTG TAAATATTTG 540 TCCATCTCCT GCTTCTACTG CAGCTACAAC ATGATTGGCA TAAACAAAGT CTGATACTTC 600 ATGTGGATTG TATAGTTTCT GTGCTTCTTC GTACATCTTT TCCCAGATGT CCATTATTGT 660 ATCCTCTTTA TTTAGAGATT TCTTTTAGCA TGTTTTCGAT ATGCTGAATT GATTTTTCAC 720 GTCCAAGCAA GAAAATTGTA TCTGGTAATT CTGGCCCATG CATTTCGCCT GAAACTGCGA 780 TACGAATAGG CATGAAAAGA TTTTTCCCTT TAATACCTGT TTCTTTTTGG ACTGCTTTAA 840 TTTGTGGGAA GATATTTTCT GTCACAAATT CATCATCTGT CATCGCTTCA AGTTTTGCTT 900 TGAATGCTTC AAGAACTGTT GGAACTGTTT CACCCGTCAT GACTTCGCGC TCTGCTTCTG 960 TCAATTCTGG GAAATCTGAG AAGAAAAGAT CTGTCAATGG GATAATCTCA TCTACTGATT 1020 TCATTTGTGG TTTATAGAGC TCAACTAATT TTTCAGCCTT GTCAGTCAAA CGGCCTGCTT 1080 CCTCTAAGAA TGGTTTTGCC ATTTCAAAGA TGGTTTCAAG GTCTGCATTC TTGATATAAT 1140 CATTGCTCAT CCAGTCTAGT TTTTTCTGAT CAAAGGCTGC TGGTGACTTG CTGAGGCGGT 1200 TTTCATCAAA AAGTTTAATG AATTCTTCAC GAGAGAAAAT CTCATCCCCA CCACCTGGGT 1260 TCCAACCAAG AAGAGCAATA AAGTTAAAGA CTGCTTCTGG AAGGTAACCT TTCTTTCGGT 1320 AATCTTCGAT AAATTGAAGT GTATTAGTAT CACGTTTAGA TAACTTCTTA CCAGTTTCAG 1380 AGTTGATAAT CAAGTGTCAT GTGACCGAAC TCTGGAGCTT CCTCAACCTA AGAGCGGGTA 1440 T 1441 (2) INFORMATION FOR SEQ ID NO : 293 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4398 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 293 : CGGCTTATGT AGTGGCAATC TTTCTACGTA AGCGAAACGA GGGGAGATTA GAGGCGCTAG 60 AAGAAAAAAA AGAAGAACTA TACAATCTTC CAGTAAATGA TGAAGTAGAA GCTGTAAAAA 120 ATATGCACTT GATTGGACAA AGTCAAGTGG CTTTCCGTGA ATGGAATCAA AAATGGGTCG 180 ATTTATCTCT CAACTCTTTT GCCGATATTG AAAATAATCT CTTTGAAGCA GAAGGCTATA 240 ACCATTCATT TCGTTTTCTC AAGGCCAGTC ATCAAATTGA CCAAATTGAG AGTCAAATTA 300 CTTTGATTGA AGAAGATATT GCGGCAATTC GCAATGCTTT GGCAGACTTA GAGAAGCAAG 360 AATCTAAAAA TAGTGGTCGT GTTCTTCATG CTTTGGATTT ATTTGAGGAA CTTCAGCATA 420 GAGTTGCTGA AAATTCAGAA CAGTATGGTC AAGCCTTGGA TGAAATTGAA AAACAATTAG 480 AAAATATCCA ATCTGAATTT TCACAATTTG TAACCTTGAA TTCATCGGGT GACCCTGTGG 540 AAGCCGCAGT GATTTTGGAT AATACAGAAA ATCACATTTT GGCCTTAAGT CATATTGTGG 600 ATCGTGTTCC AGCCTTGGTT ACGACGCTTT CTACAGAATT GCCAGATCAA TTACAGGATT 660 TGGAAGCCGG TTATCGTAAA CTAATTGATG CTAATTATCA TTTTGTTGAA ACGGATATTG 720 AAGCGCGTTT CCACTTGCTT TATGAAGCAT TCAAGAAAAA CCAAGAGAAT ATTCGTCAGT 780 TGGAATTGGA TAATGCCGAA TATGAGAATG GACAGGCACA AGAGGAAATC AATGCCTTGT 840 ATGATATTTT TACTCGAGAA ATTGCTGCTC AGAAAGTAGT GGAAAATCTA CTTGCAACTC 900 TTCCAACTTA TCTTCAACAT ATGAAAGAGA ATAATACTTT ATTGGGAGAA GATATTGCAC 960 GTTTGAACAA GACCTATTTA CTTCCTGAGA CAGCTGCAAG CCATGTTCGT CGTATTCAGA 1020 CAGAATTAGA GAGTTTTGAG GCAGCTATTG TTGAGGTAAC TTCAAATCAA GAAGAACCAA 1080 CCCAAGCTTA TTCAGTTCTT GAAGAAAATC TTGAGGATTT ACAAACTCAA CTAAAAGATA 1140 TTGAAGATGA GCAAATTTCA GTTAGTGAGC GCCTGACACA AATTGAGAAA GATGATATTA 1200 ATGCACGTCA AAAGGCCAAT GTTTATGTCA ATCGTCTCCA TACTATCAAG CGATACATGG 1260 AAAAACGCAA TCTGCCAGGT ATTCCACAAA CTTTCTTGAA GTTATTCTTT ACGGCAAGCA 1320 ATAATACCGA GGATTTAATG GTTGAGTTAG AACAAAAAAT GATTAACATT GAATCTGTTA 1380 CCCGAGTTCT TGAAATTGCA ACGAATGATA TGGAAGCTTT AGAAACGGAA ACTTATAATA 1440 TTGTACAATA TGCAACTTTG ACAGAGCAAC TCTTGCAATA TTCTAACCGC TATCGCTCAT 1500 TTGATGAACG CATTCAAGAA GCATTTAACG AaGCTTTAGA TATTTTTGAA AAAGAATTTG 1560 ATTATCACGC TTCATTTGAC AAGATTTCTC AAGCATTGGA AGTGGCAGAG CCTGGTGTAA 1620 CCAATCGCTT TGTTACCTCA TATGAGAAAA CACGTGAAAC GATTCGTTTT TAATAAAAGA 1680 AAAAGATTTT ATTGTGTGAG GAGCAGAATC AAATCTTTTT CTATAGTTGT GGGGAGATTT 1740 ACTTCATTTT CTCCTGAGAT TGAGTTTTTG CCCAGCCGAT TTATCCACTA CCTCAAAACA 1800 GTGTTTTATA CTCTTCGAAA ATCTTTTCAA ATCACGTCAG CGTCGCCTTA CCGTACTCAA 1860 GTACAGCCTG AGGCTAGCTT CTTAGTTTGC TTTTTGATTT TCATTTAGTA TTAAAGTGAT 1920 TTCGCCAGTC TTATCTGCAG CTTCAAATCT GTACTTTGAG TAACTTGGTA ACCGTCCAAT 1980 AACGAAGTCT ATTGAAAAAT CTCCAGACTA GAGAACTCAC GGATAGTTCC TAATCTGGAG 2040 ATTTCTTATT TGCACTTTTC TTGTACAACT TTAGTCCACG GTAAATAGAC CTCTAAAACC 2100 TCTTTGTTTA CGAGAGTTTC CTCGTTTGGA AGACATTCTA GAAGATAGGA TAGATATTTC 2160 TCGCTATTTA TACTAGACTA AAATCAAAAA GCATTATATA ATAGTGATAT GAAATCAACT 2220 AAAGAAGAAA TCCAAACCAT CAAAACACTT TTAAAAGACT CTCGTACAGC TAAATATCAT 2280 AAACGCCTTC AAATCGTTCT ATAGTAAAAT GAAATAAGAA CAGTACAAAT CGATCAGGAC 2340 AGTCAAATTG ATTTCTAACA ATGTTTTAGA AGTAGAGGTG TACTATTCTA GTTTCAATCT 2400 ATTATATTTC GTCTGATGGG CAAATCTTAT AAAGAGATTA TAGAACTTTT ATAGTAGATT 2460 GAAATAAGAT GTGAACAACT CTATCAGGAA AGTCAAATTA ATTTATAGAA ATATTTTAGC 2520 AGCCAAGGTG TACTGTTATA GATTCAATAC ACTATAGACT GTAATCAAAC AACGATTTGG 2580 CGAAATGTAA AAAAATATGA GGAGTTCGGA CTCGACTCTC TCCTTCAAGA AACACGTGGT 2640 GGTCGTAACC ATGCATATAT GACAGTTGAG GAAAAGAAAG TCTTTCTTGC CCGCCATTTG 2700 AAGGCTGCAG AGGCAGGAGA ATTTGTTACA ATTGATGCCT TATTTCAGGC TTATAAAAAG 2760 GAGTTAGGTC GTTCCTACAC ACGTGATGCC TTCTATCAAC TGTTGAAGTG CCATGGTTGG 2820 CGAAATATTA TGCCACGTCC AGAACATCCT AAGAAAGCAG ACGCTCAAAC CATTGTCGCG 2880 TCTAAAAATA AAATCTCAAT TCAAGAAGAA AAGAAAGCGC TTTAAAACCA GTAGACGTTT 2940 TCGTAAGGTT CGCTTGATGT ACCAAGATGA GGCTGGTTTC GGTAGAATCA CTAAACTGGG 3000 ATCTTGTTGG GCTCCAATAG GAGTAGGTCC ACATATCCAT AGTCACTATA TACGAGAATT 3060 TCGCTATTGT TATGGAGCTG TTGATGCCCA TACAGGCGAA TCATTTTTCT TAATAGCTGG 3120 TAGATGTAAT ACTGAGTGGA TGAACGCCTT TTTAGAAGAG CTTTCACAAG CTTATCCAGA 3180 TGATTATCTT TTACTCGTTA TGGACAATGC TATATGGCAT AAATCAAGTA CCTTAAAGAT 3240 TCCGACTAAT ATTGGTTTTA CCTTTATTCC TCCATACACA CCAGAGATGA ACCCCATTGA 3300 ACAAGTGTGG AAAGAGATTC GTAAACGTGG ATTTAAGAAT AAAGCCTTTC AAACTTTGGA 3360 AGATGTCATG AATCAACTCC AAGATGTTAT ACAAGGATTG GAGAAGGAGG TGATAAAGTC 3420 CATCGTTAAT CGGAGATGGA CTAGAATGCT TTTTGAAAAC AGATGAGTAT AAAAAGAAAG 3480 TCCTCATTTC AATAGAAATC ACGACTTTCT GATGGATTTA TAGTAAAATG AAATAAGAAC 3540 AGGACAAATC GATCAGGACA GTCAAATCGA TTTCTAACAA TGTTTTAGAA GCAGAGGTGT 3600 ACTATTCTAG TTTCAATCTA CTATATTTTT GGAGTGATAG AAAAGCCCTT CATAAGCTAG 3660 TCTACTTGTT CAGGTGCGAG AGCTTTGACA TCTTTTTCTG TACTTAGCCA AGTCAGTTTT 3720 CCGTTCTCAA AGCGTTTATA TAGTAGCCAA AATCCTTGAC CATCCCAGTA AAGGGCTTTA 3780 AAGCGGTCTT TACGTCCACC ACAAAAGAGA AAGACTTGAC CGGAGAAAGA ATCCAATTCA 3840 AAGTGGGTTT TAACTACATA GGCTAATGAG TCTATTCCCT GCCTCATATC TGTCTTGCCA 3900 CAAACAAGGT GAACTTGACC TAAATCACTT AGTTGAATTA TCATAGTACA ATACCTTTCC 3960 TCCGATAATT ATTTTTTATC TAGTATACTG GAAGTTGGGG AATTAGGATA GATACCTTGT 4020 TATGACGCGC TTACGTAACT TGTAACTAGC TGCCTAGTTT GATCTTTGCT TCTTCATTGA 4080 TTAGCAGTAG ATTTCAAAAT GATAAAAACG CATAGTATCA GGTATTGAAA TGTACTGCCC 4140 CAAAAGTTAG ACAGAAAAAA TCTAACTTTT GGGGTGTTTT TGTTATGAAA TTAAGTTATG 4200 ATGATAAAGT TCAGATCTAT GAACTTAGAA AACAAGGATA TAGCTTAGAG AAGCTTTCAA 4260 ATAAATTTGG GATAAATAAT TCTAATCTTA GGTATATGAT TAAATTGATT GATCGTTACG 4320 GAATAGAGTT CGTCAAAAAA GGAAAAAATC GTTACTATTT TCCTGATTTA AAACAAGAAA 4380 TGATTAATAA AGTCTTAC 4398 (2) INFORMATION FOR SEQ ID NO : 294 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 718 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 294 : AGATTTTTAG ACTTTGTCTT TAATCGTTTC TTTTTAGGGA TGATTGCGAC ACCTTCTTTT 60 GGCTATTAAC TTTAGCAGGA GGGATTATCC TTGGTCTAGC GCCGGCTAGT GCCACCTTGA 120 TGAGCTTATA TGCAGAACAT GGTTATAGCT TTCGGGAATA CAGTTTGAAG GAGGCTTGGT 180 CTCTTTACAA GCAAAATTTT GTCTCAAGCA ACCTGATTTT CTATAGCTTT TTAGGTGTGG 240 GTCTAGTTTT GACCTATGGT TTGTATCTCT TGGTGCAATT GCCTCATCAG ACCATTGTTC 300 ATTTGATTGC GACCCTTTTG AATGTCCTAG TAGTTGCCCT GATCTTTTTG GCTTATACAG 360 TATCTTTAAA ATTACAAGTT TATTTTGCCT TGTCCTATCG AAATAGTCTC AAATTATCCT 420 TGATTGGCAT CTTTATGAGT CTAGCAGCTG TGGCTAAGGT TCTCCTTGGG ACTGTGCTAC 480 TTGTAGCAAT TGGTTATTAT ATGCCTGCCC TGCTATTTTT TGTAGGAATT GGGATGTGGC 540 ATTTCTTTAT CAGTGATATG TTGGAACCTG TCTATGAAAT CATCCATGAA AAATTGGCGT 600 CAAAATAGAA TGAAGCAGTT TTGGCTACAT ACGCTTCTAA GAACCTATAG TTCAGTGATG 660 ATCATTATCA TTGCGAGTTT TGCAATCTTA CTCTCTTACG CTGTCTGGGA TTCACGTG 718 (2) INFORMATION FOR SEQ ID NO : 295 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 718 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 295 : TCGGTACCAA AATTCTGGAT TTATACTAGC AAAGATCCAA GAGCAAATTA TTTAACAGAT 60 TTAGGTCTAG TTTTCCCTGA ATCATTAAAA GAATTTGAGA GTGAAGATAG TTTTGCAAAG 120 GAAATTTCTG CAGAAGAAGC AAATAAGATA AATGATGCTG ATGTAATCAT AACTTATGGT 180 GATGATAAAA CTCTTGAAGC TTTACAAAAA GATCCTCTTT TAGGTAAAAT AAATGCAATT 240 AAAAATGGTG CCGTTGCTGT AATTCCAGAT AATACACCGT TAGCAGCCTC ATGCACTCCA 300 ACACCACTTT CAATAAACTA TACTATTGAA GAATACCTAA ATCTTTTAGG AAATGCATGC 360 AAAAATGCGA AATAAAAAAC AAATAAACCT AGGCATAATT TTTATAATCT GCCTAGGTCT 420 TCTTATTACA ATATTTTTGT CATTAAAGCT TGGAACAAAA GAAATTAATA TCAGAGATTT 480 TTTAGCAGCT TTTGGAATGG GTAATACAAA TGATGATTTT ATTAAATCAA TTATATATAA 540 AAGAATACGT AGAACTATTT TTGCAATTTT AGCAGGTTCT AGTCTTGCCA TAAGCGGTGT 600 ATTGATGCAA TCAGTTACTA GAAACCCAAT AGCTGATCCA GGTATACTCG GTATAAACAC 660 AGGAGCAAGT CTTAGTGTAG TAATTGGTCC TTCTTTTTTG GGAATTCATC AAGCATAA 718 (2) INFORMATION FOR SEQ ID NO : 296 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1436 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 296 : GAACTAATCA TTTTTACAGG ATGAGATTTA CAGCAGAGAG TTTGAAGGCT TTATCAAAGG 60 TTTTTCTTGG CATAATGACT TTTCCTCGTT TCCACTTAAT TTTGTGTCTA CTTTATTATA 120 CCAAGTCCAC GCTTAATTTA GATAATAAAT CTAACTTAAG GAAGCTAGAA GGATGAGAAT 180 CCAGGTGGTC AAGAGTCCCA AACTTAAGCT GATGGGGACA CCCAGAATAA TTTGCTTTTT 240 GAAGGCAAGG CCACGTTCCT CTATATTGGG AAGTGAGAGT TGAATGAGAG AACCAGCTGA 300 TGAAAAGGGT GAGATATTAG TAGATAGAGC GCCAATAACG GTGGCTGTTG TGAGTAAGTG 360 AATATCAATC TGAGGATTTT GAGCACTGAT GATAGCAATG ATGGGAAAGA GGGCTGGAGC 420 TACAACGGAT AGGGTGGAAC TAAAGAGTGA CATCACTCCG GCTATCACAC AAAAGAACAG 480 AGGTAACCAG AAATGAGGAA TGGTTGTTGT CATGAGGTGC CCTATCAGTG TGACTAAACC 540 TGACTTGACC GCTAGAGACA TTAGTAAGCT CATGCCGCAG AGCATGATAA TTGTAGCCCA 600 GGGAACCTTA GCTAAAATGG CTTCTTGCTT CCCTAATTTG AGCCTTAAGG CGAGGCAGAC 660 CATGAGTATT GAGACAAAGC CAATATCAAA TGTTTTTTGA TAAGTAGCTA TCCAGGCGAT 720 GTTTGGGAAA ATGAGATGCA ACAAGGGAAA AAGCCAAACC AAAACCATGC TGCTGATCAT 780 GAGCAAGGTG GTTTGTCTTT GAACCTTGCT GAGGAGTGGT GGTTGGTCAA TAGTCAAGGA 840 TGAGTTTGTT CTTCCCTTAC TATAGTGACT GTAACAGGAT AATAAAAGCA AGACGATGAG 900 TGGGTAGATA ATGCTGACGA TAAAGATATG ATTGCCAAGT GAAAAAGCTT GCTCTTCCCA 960 TCCCATTTGC TTAAACAGGC CTTGAAAGAC AATGCCTGAG CTACTGGTTA TCAAATTAGC 1020 CCCTCCTGAA GCTCCCCAAT TGACGGCTTG AGCTCCAATC AAAGGGTGTT TGTCCGCTTT 1080 TTGACAGAGG GTAATCGCTA GAGGACAGCA AACGGCCATA GTAGTGAAAA ATCCAGCACC 1140 TAAAGCAGAC AAAAGGGTTG CCATCAGGTA TAAAATCATG TAGAGGGCGT TAGGGTGGGT 1200 GCGTGTGCGG TAGAGAATGT GTTGAGCCAA AACATCAAGA GTACCGTTAG TTGTTGCAAC 1260 GTTATAAAAG AGAGAGACGC TAAAAATGGT AAAAAAGAGT GAGGTTGGCC AAAAATGAAG 1320 AAGTTCTTTG GGGCTTAATC CCATGAGAGT GGTTGCGATG AGGTAAGAAA AAGCAATAGC 1380 CAGCAGGCCA ATATTGATTT TGGTGCGGTA ACCAATTCCA ATGGCTAGAG CAATGG 1436 (2) INFORMATION FOR SEQ ID NO : 297 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1696 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 297 : CCATTTGGGA AAGAACGTAA GAGTTTGCAG GGTGAGATTC CAGAAGAATT TTCAATGTCA 60 GCCGTTGACA TGTCTATGAT TGACCACATT CCAGATATGA TTGAAAATGG TGTGGACAGT 120 CTAAAAATCG AAGGACGTAT GAAGTCTATT CACTACGTAT CAACAGTAAC CAACTGCTAC 180 AAGGCGGCTG TGGATGCCTA TCTTGAAAGT CCTGAAAAGT TTGAAGCTAT CAAACAAGAC 240 TTGGTGGACG AGATGTGGAA GGTTGCCCAA CGTGAACTGG CTACAGGATT TTACTATGGT 300 ACACCATCTG AAAATGAGCA GTTGTTTGGT GCTCGCCGTA AAATTCCTGA GTACAAGTTT 360 GTCGCTGAAG TGGTTTCTTA TGATGATGCG GCACAAACAG CAACAATTCG TCAACGAAAT 420 GTCATTAACG AAGGGGACCA AGTTGAGTTT TATGGTCCAG GTTTCCGTCA TTTTGAAACC 480 TATATTGAAG ATTTGCATGA TGCCAAAGGC AATAAAATCG ACCGCGCTCC AAATCCAATG 540 GAACTATTGA CTATTAAGGT GCCTCAACCC GTTCAATCAG GAGATATGGT TCGTGCATTA 600 AAAGAAGGAC TCATCAATCT TTATAAGGAA GATGGAACCA GCGTCACAGT TCGAGCTTAA 660 GAAAGGAAAA GGAAATGATA GAGGCACAGG GTTTCTTAGT GGATAAGCAA ACAAGATGCA 720 TTCATTACCA TAGCAAGCTG GATATTATTG CTTTACAATG CTATGATTGT AAAAAGTATT 780 ATGCTTGTTA TCGGTGTCAT GATTCATTAG AACATCACCC TTTTGAGCCG TATCCCTTAT 840 CTTTGATACA GGATAAGCCT ATTTTATGTG GTGTTTGTCT AAAACTACTA ACATATAAGC 900 AATATAAAGA AAGCTTAAGT TGCCCCTTTT GTTTTTCTCG CTTTAATCCA GGTTGCCAAA 960 ATCATAAGGA ACGCTATTTT AAATAGCAAA TCATCTAGTT TTGAAGTAGG AGAAAACTCA 1020 ATTTCAAGAG AAAATGAAGT AAATCTTCCC ACAATAAAAC GCATAATATC AAGATTGTTC 1080 AATACCTGAT ACTATGCGTT TTTAAGATTT TAAAGACTTT TTTCCTTTAT CTGGTATTTT 1140 GACTACTTGT TAAAACTGGG TTAATTTTCG ACTGTTTAAT AGTTATTATG CAAAGTCTAA 1200 AAGGTTAGAA TTGTCAAAAC AATCCGTCTA GAGTATGCGT GATGCCAACC GTGGTGGATG 1260 TTCTCAGTCA TGCCGTTGGA AGTACGACCT TTACGATATG CCATTTGGGA AAGAACGTAA 1320 GAGTTTGCAG GGTGAGATTC CAGAAGAATT TTCAATGTCA GCCGTTGATA TGTCTATGAT 1380 TGACCATATC TCAGATATGA TTGAAAATGG TGTGGACAGT CTAAAAATCG AAGGACGTAT 1440 GGAGTCTATT CACTATGTAT CAACAGTAAC CAACTGCTAC AAGGCGGCTG TGGATGCCTA 1500 TCTTGAAAGT CCTGAAAAGT TTGAAGCTAT CAAACAAGAC TTGGTGGACG AGATGTGGAA 1560 GGTTGCCCAA CGTGAACTGG CTACAGGATT TTACTATGGT ACACCATCTG AAAATGAGCA 1620 GTTGTTTGGT GCTCGTCGTA AAATCCCTGA GTACAAGTTT GTCGCTGAAG TGGTTTCTTA 1680 TGATGATGCG GCGGTA 1696 (2) INFORMATION FOR SEQ ID NO : 298 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1022 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 298 : CCGAGTTTAT TATGGTTTCT TCGGAATTTA TCTCAAAGAT TGAATTTGCT TGCAATAAGA 60 AAGAAAGTCT TTATAGTCAA AGCAAATTTA AGTATGCGAT TCGTTCGATG TTCGCAGGTG 120 CATTTTTAAC CTTCAGTACT GCTGCAGGTG CAGTTGGGGC TGACTTGATT AATAAAATTG 180 CACCAGGTAG TGGACGCTTC CTCTTTCCAT TCGTTTTTGC TTGGGGCTTG GCCTACATTG 240 TTTTTTTGAA TGCCGAGTTG GTCACTTCAA ACATGATGTT CTTGACTGCT GGTAGTTTCT 300 TAAAAAAAAT CTCTTGGAGA AAAACAGCTG AGATTTTACT ATACTGTACC TTGTTCAACC 360 TTATCGGAGC CTTGATAGCA GGGTGGGGCT TTGCTCATTC GGCAGCCTAT GCGAATCTGA 420 CACACGATAG TTTCATCTCA GGTGTTGTTG AGATGAAGTT AGGCCGCTCA AATGAATTGG 480 TCTTGCTTGA GGCGATTTTG GCAAATATTT TTGTAAATAT TGCGATTCTG TCATTTATTT 540 TGGTCAAAGA TGGTGGTGCC AAACTTTGGC TTGTGTTGTC AGCTATTTAC ATGTTTGTAT 600 TCTTAACAAA CGAGCACATT GCGGCGAACT TTGCTTCTTT CGCGATTGTG AAATTCAGTG 660 TTGCTGCGGA TTCAATTGCC AACTTCGGTG TTGGAAATAT GCTTCGCCAC TGGGGTGTGA 720 CTTTCATCGG AAACTTTATC GGAGGAGGCC TCTTGATGGG TCTTCCATAT GCCTTCCTCA 780 ATAAAAACGA AGATACTTAT GTAGATTAAG AAAATGAGCA CGATTGAGTC GTGCTTTTTT 840 CATTTTCAAA ATAAGGTAAT AGCTATTTCT TATATCAAAA TATAGAAAAC TGATATTTGT 900 AAACTATAAA TCAAGGTGCT ACAATATCCT TAATAAAATA ATATGGAGGT CACCTTATGA 960 CTTGTGATTT TAAATATGAT ACTCTACAAC TACATGCTGG TCAAGTTGTG GCTCCAGCTA 1020 CT 1022 (2) INFORMATION FOR SEQ ID NO : 299 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 663 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 299 : CCTTAAGTAA TCTCTGATAA TATTTTCTTT ATTAGCATAG GGGAATATCG ATATAATGGC 60 TTCATTATGA GTGGCAGGAA TATCCAATAT GGCAACTTTT CCAATAGATA ATTTAAAACT 120 CATTAATAAA GTTCCTTTAG GTGAAATGTC TATTTTCTTT GATTTTAATG CTAATTTAGA 180 AATAGATTCT CTCGCATTAG TTACATAACC AGATATAGGC ATATCTGATA TAGATACCCA 240 AGGTATTTCA GTTCCCCAAA AAGTAGCTTC ACTGCGTGGA GGAGTTTTTC CTATTCTGAA 300 GTTAACTAGG CTAGCAAATT TAATATATCT CCATGCTTCT GGGATTTCAT ATATAGGATA 360 AGAGGTTGTT TCGTCTTTGT TCCCATAATA AGAGTTATCA TCTCCTTGGG AAACAATAGA 420 AATGTCCAAA TCTTTCTTTT TAATCTTGCC TTCTTCAAAG AGTTTTTGTT TTTCTGCTCG 480 TATTTTTTCA AGTAAAACTT CGACTGATTC ATCATTTGGG TCTTGTTCAA CTAATTTTCC 540 TTGCATAGCA TATTGAAGAA TAGATTTTTT TAGTTTATCT GGAAATTCTT TATCTAGCTG 600 TTCTAGTCTA TTATAACTTT CAGCATATTC ATCTACTTTT TCTAAAGCTG ATTCGATTGC 660 TTC 663 (2) INFORMATION FOR SEQ ID NO : 300 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 881 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 300 : CGTCGCTGAA CATGTCAACA GCAAATTAAA CTAAACAAAC TAAAATTATG TGATACTTCA 60 CATAATTTTC TTTAGAAAAT ATTATCAGAA GAAAGTTGAG AAAAATGGCA GAAAAAACAT 120 ATCCTATGAC CCTTGAGGAA AAGGAAAAAC TTGAAAAAGA ATTAGAAGAA TTGAAATTGG 180 TTCGTCGACC AGAAGTGGTA GAACGCATTA AGATTGCCCG TTCATACGGT GACCTTTCAG 240 AAAACAGTGA GTACGAAGCA GCTAAGGATG AACAAGCCTT TGTCGAAGGA CAAATCTCTA 300 GCTTAGAAAC AAAAATCCGC TATGCTGAAA TCGTCAATAG CGACGCAGTT GCCCAGGACG 360 AAGTAGCGAT TGGTAAAACA GTCACCATCC AAGAAATTGG TGAGGACGAA GAAGAAGTTT 420 ATATTATCGT AGGTTCAGCT GGTGCAGATG CCTTTGTAGG TAAGGTTTCA AATGAAAGCC 480 CAATTGGGCA GGCCTTGATT GGCAAGAAAA CAGGTGATAC AGCAACCATT GAAACGCCTG 540 TTGGTAGCTA TGATGTAAAA ATCTTGAAGG TTGAAAAAAC AGCCTAAAAA CAGAAAAAGG 600 AGTGGGGAGG CGATGTGCTT CACTCACTCC TTTTTCCATT TTGCTACTCT TCGAAAATCT 660 CTTCAAACCA CGTCAGCGTC GCCTTGCCGT ATGTATGGTT ACTGACTTTG TCAGTTTCAT 720 CTACAACCTC AAAACAGTGT TTTGAGCTAA CTTCGTCAGT TTCATCTACA ACCTCAAAAC 780 TATGTTTTGA GCTGACTTCG TCAGTTTCAT CTACAACCTC AAAACCATGT TTTGAGCCGA 840 CTTCGTCAGT TTCATCTACA ACCTCAAAAC TATGTTTTGA G 881 (2) INFORMATION FOR SEQ ID NO : 301 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 949 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 301 : CCTTTTTTAA TACAAGTTAT TTTGATTTAA CCGGCTTGTC TTGAGCTGTC TGCAAAGCTG 60 TGGCAATCGT ATCTGCATAC AATTTTGCTC CTGCTTCGAT AGTGCTACTC TCACTCCCGA 120 AATGAACCTG GTCTGTTCCA GCCCAAATTT CTGGATGCTC TTTCGCAACT TGATTCCAAT 180 CTGCTATCGT AATGTAAGGT GTCTTCTCTG CCAATTCTCT CATATAGGCA GCAGCCTTCT 240 CAACGATGGC ATAGGTCTCT TTTGTCTTAT CTCCCTCATA AGGAGTCACC AAAATCATAT 300 GGTGTCCCTT AGGAAGATTT TTCACGATAC TGTCCCAGTC ATCCTTGTAA TTCTCAGGAT 360 TATTTACCCC AGTCGCAATG ACCACCGTCT TAGGTAAAAA TTTATTCTGG CTATTATTTA 420 GCATGATTTC ATTTGCGGTC TTGGTTGTTA CGCTGACCTG CGCGTTAATC TGTGCTCCAG 480 GAAGAGCTGT CTGTAGTGCT GTATTTGCCC TTAAAGCCAC TGAGTCACCA ATTAACATAG 540 TGCCATCAGC AATTCCCAAA CTGTTTGCAT CTGCCCGTTC TGCCATCACC TTGGTCTGGC 600 CAATATTTGT TGCAGCTTGC TTCAAGCCAT TGACAGTCAA GTCTGTCTCA AACGCTCCCA 660 CTTGTGGTGC CAACAAGGTC ACCGTGCAGA CAATGATGGT CAAGATTCCT GTACCTGCTG 720 CAAGAATTGC GTGAATATAA GGCAGGGGAC GAASGGTTTG GACAATAGGT GTGTTCTTGC 780 CTGCAATCCA AGGTTCCAAT ACATAAAATG ACAGACTGGC AAAGCCATAA GAACAAATCA 840 GAGTCAGTAA TACAGCAAGA AGATTTGATG TCAACTGTGA GAAAATGATA TAGAAAGGCC 900 AATGGAAAAG ATAAACCGCA TAGCTAGTAT CCGCTAAAAA GCTGATAAT 949 (2) INFORMATION FOR SEQ ID NO : 302 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 622 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 302 : AAGATATATT TTTTACACAG AAGTATGCAA AAGTAAAGAG TGCAAAAAAT GGAATTAAAG 60 CGAAAATAAA AGCCGTGTAC AGGCGACCAA ACCAACGTAC ACGGCTAAGG AAAAATAACA 120 AAACTCAAGC AAAGGCAAGG CGCGTGGTTT TGTTAGGTAT TTAGCAAGGG GACAAACCCC 180 TTTGTAAATA ATCTCCTCTT ATTTTATCAA AATTAGAGGA AAATGACAAC TTAATTTATA 240 AAAAGGAAAA ATGGAGGATA TAAATGGAAA TTCTGTCTAA AGAAATACAG TTACAGGGCT 300 TACAACTTCT TAAACAGACT CTTGAAACTT TAGTTGAGCT AGAAAAACAA CGATCTAGTA 360 AGTTAGATTT AATTTCTCGT AAAGAATTAA TGGATCTGCT AGGTATAAGT GCTACAACCC 420 TTGATAACTG GGAGGATCTT GGTCTTAAAC GATATCAGAC TCCGATGGAT GGAGCTAAGA 480 AAGTATTCTA TCGTCCGTCA GATGTGTATT TATTTTTAGC AATAAAATAG GAGTTATGAA 540 ATGAAAATTG TTACTTTCAA ACCAACTAAA CAAATAGACG ATGGGTTTTA ACTGCCAGGT 600 ATTGACATTC TATTTGTCTC AG 622 (2) INFORMATION FOR SEQ ID NO : 303 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1929 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 303 : CGCTAACTTG CAAACAAAAG AAGAACGCAA ACTCCACAAA TCCTTTACGC AGAAACTCAA 60 TCTCATCTAC TTACCTTGCT GACTTGGTAG AGTATGTTGC AGACAAAGAC TTCTCAGTAA 120 ACGTAATTTC TAAATCAGGT ACAACAACTG AACCAGCGAT TGCTTTCCGT GTCTTTAAAG 180 AACTCTTGGT TAAGAAATAC GGTCAAGAAG AAGCTAACAA ACGTATCTAT GCAACAACTG 240 ACCGCCAAAA GGGTGCTGTT AAGGTTGAAG CAGACGCTAA CGGTTGGGGA ACATTTGTTG 300 TTCCAGATGA TATCGGTGGA CGCTTCTCAG TATTGACAGC CGTTGGTTTG CTTTCAATCG 360 CAGCATCAGG AGCTGACATA AAAGCTCTTA TGGAAGGTGC GAATGCAGCT CGCAAAGACT 420 ACACTTCAGA CAAAATCTCT GAAAACGAAG CTTACCAATA CGCAGCTGTT CGTAACATCC 480 TTTATCGTAA AGGCTATGCA ACTGAGATCT TGGTAAACTA TGAGCCATCA CTTCAATACT 540 TCTCAGAATG GTGGAAACAA TTGGCTGGTG AATCAGAAGG AAAAGACCAA AAAGGTATCT 600 ACCCAACTTC AGCCAACTTC TCAACTGACT TGCACTCACT TGGTCAATTT ATCCAAGAAG 660 GAACTCGTAT CATGTTTGAA ACAGTTGTCC GTGTTGACAA ACCTCGTAAA AACGTGCTTA 720 TTCCTACTTT GGAAGAAGAC CTTGACGGAC TTGGTTACCT TCAAGGAAAA GACGTTGACT 780 TTGTAAACAA AAAAGCAACT GACGGTGTTC TTCTTGCCCA CACAGATGGT GATGTACCAA 840 ACATGTATGT GACTCTTCCA GAGCAAGACG CTTTCACTCT TGGTTACACT ATCTACTTCT 900 TCGAATTGGC AATTGCCCTT TCAGGTTACT TGAATGCTAT CAACCCATTT GACCAACCAG 960 GTGTTGAAGC TTATAAACGT AACATGTTTG CCCTTCTTGG AAAACCAGGA TTTGAAGAAT 1020 TGAGCAAAGA ACTTAACGCA CGTCTATAAT AGAAGAAAAG AGTGGTTTGC CCACTCTTTT 1080 TACTCTCTTT ATCCATAGAA ATTGGACTCA GCCAAGACTT GTGATATAAT ATAGAAAGCA 1140 AAAAGGCAGA CGCCTAGATA ATAGGAGAAA CTATGTCAAA AGATATCCGC GTACGTTACG 1200 CACCAAGTCC AACAGGACTA CTACACATCG GAAATCTCAG TACAGCATTG TTTAATTACT 1260 TGTATGCGCG CCATCATGGT GGAACATTTC TCATCCGTAT CGAAGATACT GACCGTAAAC 1320 GCCATGTCGA GGATGGTGAA CGTTCACAAC TTGAAAACCT TCGCTGGTTA GGCATGGATT 1380 GGGATGAAAG TCCAGAATCA CATGAGAATT ATCGCCAGTC TGAGCGTTTG GACTTGTATC 1440 AAAAATATAT TGACCAACTA TTAGCTGAAG GAAAAGCCTA TAAATCTTAC GTTACAGAAG 1500 AAGAGTTGGC AGCTGAACGC GAACGCCAAG AAGTAGCTGG CGAAACACCA CGCTACATCA 1560 ATGAATACCT TGGTATGAGT GAAGAAGAAA AAGCAGCTTA CATCGCAGAA CGTGAAGCAG 1620 CAGGGATCAT CCCAACTGTT CGTTTGGCTG TCAATGAGTC AGGTATCTAC AAGTGGCATG 1680 ATATGGTCAA AGGCGATATC GAATTTGAAG GTGGCAATAT CGGTGGTGAC TGGGTTATCC 1740 AAAAGAAAGA CGGTTACCCA ACTTACAACT TTGCCGTTGT TATCGATGAC CACGATATGC 1800 AAATCTCTCA TGTTATCCGT GGAGATGACC ATATTGCTAA TACACCAAAA CAGCTTATGG 1860 TCTATGAAGC TCTTGGTTGG GAAGCTCCAG AGTTCGGTCA CATGACCTTG ATTATCCACT 1920 CTGAAACTG 1929 (2) INFORMATION FOR SEQ ID NO : 304 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 708 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 304 : AAATTTAAGA AAAAGGAGAC ACATCATGTC TAAAAAAGTA TTATTTATCG TCGGATCACT 60 ACGTCAAGGT TCTTTCAACC ACCAAATGGC GCTCGAAGCT GAGAAAGCAC TTGCTGGTAA 120 AGCGGAAGTT AGCTACCTTG ATTATTCAGC CCTTCCTCTC TTCAGCCAAG ATTTGGAAGT 180 TCCAACACAT CCAGCTGTAG CTGCTGCTCG TGAAGCAGTT CTCGTTGCGG ATGCTATCTG 240 GATTTTCTCT CCAGTCTACA ACTTCTCTAT CCCTGGTACA GTGAAAAACT TGCTTGACTG 300 GCTATCTCGT GCCCTTGACT TGTCTGATAC ACGTGGCGTT TCTGCCCTTC AAGACAAGTT 360 TGTCACAGTA TCATCTGTAG CCAATGCAGG GCACGATCAA CTTTTCGCTA TCTACAAAGA 420 CCTCTTGCCA TTTATCCGTA CACAAGGCGT TGGTGATTTC ACTGCTGCAC GTGTTAATGA 480 CTCTGCCTGG GCASACGGAA AATTGGTTCT TGAAGAAACA GTCCTAAACT CACTTGAAAA 540 ACAAGCTCAA GACTTGGTCG AAGCTATCAA GTAACTAACA CTCAATAAAA ATCAAAAAGC 600 AAACTAkGAA GCTArCCGCA AGCTACTCaA gCACTGCTTT GAGGTTGTAG ATAGAACTGA 660 CGAGTGTnnA ACATATATAC GGTAAGGCGA CACTGACGTG GCTTGAAn 708 (2) INFORMATION FOR SEQ ID NO : 305 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 781 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 305 : CTTCTTTTCT TGGAAATAGG TGTATAATAC GTTTATTAAA TTTTTGAGGA GTTGTCTATG 60 AAGAAAAGTT TTATCCATCA ACAAGAAGAC ATTTCCTTTG TCAAAAACAC TTTTACCCAG 120 TATTTGAAAG ATAAGCTAGA AGTTGTCGAA GTTCAAGGTC CTATCTTGAG TAAGGTCGGT 180 GACGGAATGC AGGACAACCT GTCTGGTGTG GAAAATCCAG TATCGGTCAA GGTTCTCCAA 240 ATCCCTGATG CTACTTATGA AGTGGTGCAC TCACTTGCTA AATGGAAACG CCACACCTTG 300 GCTCGTTTTG GCTTTGGTGA AGGAGAGGGT CTCTTTGTCC ACATGAAAGC CCTTCGTCCA 360 GATGAGGATT CCTTGGATGC AACCCACTCT GTTTATGTTG ACCAGTGGGA CTGGGAGAAG 420 GTTATCCCAA ATGGTAAGCG TAACATCGTT TATCTAAAAG AAACAGTTGA GAAGATTTAT 480 AAGGCTATTC GCCTGACTGA GCTAGCTGTT GAAGCCCGCT ATGACATCGA GTCTATCTTG 540 CCAAAACAAA TTACCTTTAT CCATACAGAA GAATTGGTAG AACGCTACCC AGACTTGACA 600 CCGAAAGAAC GTGAAAATGC GATTTGTAAA GAATTTGGAG CCGTCTTTTT GATTGGTATC 660 GGTGGCGAGT TGCCAGATGG TAAACCGCAC GATGGACGTG CACCAGACTA TGATGACTGG 720 ACAAGCGAGT CTGAGAATGG CTACAAGGGT CTAAATGGTG ATATTCTTGT CTGGAATGAG 780 T 781 (2) INFORMATION FOR SEQ ID NO : 306 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 846 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 306 : CCCGCATCTT GTAGGGTTTT AACGGGCACG ATTTTCATAT CCGTCTTGAT TGTTTTAGCC 60 GCTTCTAGGG CTGTTTGGTA GTTGTTTTTC GCGTCCGGAT GCGCCTTTTG TTCTTCTTCG 120 CTAACAGGGT TATCAGGAGC AAAGAAAATA GCAGCACCTG CCCTAGCCGA AGCTACAACC 180 TTCTTATCAA TACCTCCAAT GTCTCCCACA TTACCATCGC GGTCAATGGT ACCTGTACCG 240 GCAACAATAC GACCATTACG AAGATCTGGG TGAGCTATTT GAGTATAGAT AGCTAGACTA 300 AACATGAGAC CAGCACTTGG ACCGCCAATA CCAGCTGTTG AAAAGCTAAT TGGGACATTG 360 CTGATTACCT CTGTACGGTC AATCAAGCCG ATTCCAATTC CATTTTTGCC ATTTTCCAAG 420 GTGATGATTT TTCCTTCTGC AGACTTGGTT TGCCCATCCT CTTCATAGGT GACCTTGACG 480 GAATCCCCTA ATTTTTGAGA ACTGACGTAA TCAATCAAGT CTTTGGAACT ATCAAAGGTC 540 TGATCATTGA CTGCTGTGAC TGTATCAGAG ATATTGAGAA TCCCTTTAAA GGTTGAATTA 600 TCCGTCACAT TCAAAACATA AACTCCAAAG TACTTGAGTT CGATATCCTT ACCAGCTGTT 660 TTTAGTCCTT GATACTTGGC CATATTTTGC GATGTTTGCA TGTAGAATTG ATTGATTCGC 720 ATAAATTCAA CATCGGAAGA ACCACCTGTA GTCTCCTGAG CACTACGAAT ATCTGTAAAA 780 GGTGTCAACC AAGCATAAAT CATATGAGCT AAAGTGGCAT GTTGAACACC AACCGTAACG 840 AATTGT 846 (2) INFORMATION FOR SEQ ID NO : 307 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 829 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 307 : GCGATCTGCT TGGGCTTTTC CTATTACCTT ATCTAATAAA TAGGTACGCA GACTCATAAC 60 CATATAAAGT CCACCCCCCA TGGCACCGAC AAGAGCTACA TAAAAGAAGC TCCACAAACG 120 TCCACTTGGT TGGAAGAAAA ATCCTAACAG CCACTGGATG GTTCCTATTA ACAGAAACAT 180 GACTAGGGTC AGCAAACTGA TTAAAATGGT TCGCTTCAAA ATCACCTTGC GCTTGACACC 240 AGTTACTTTA CAAATATCCC GATACATCAA GACGTTAGGA ATGATGAGAG CAATGGTTGT 300 TGAAATCAAA GGACCATAAC TGTGGAAGAG GGCGATGGTA GGTAGTTGCA AGACTAGCTT 360 GGCAATAGAA CCATAGATAA AATAGAGAAC GGCCTTGCGG TTGCGGAACA TGGCCTGAAG 420 CATTGGAGAC AAGACCATGT ACAAGCCTAA AATAATAGAC TGCAAAACTG CAAAGACAAA 480 TAAGCCCAGA GCCAAACTAT CTGGCTTACC ATAGAAGACC GTATAAAGAG GTTCTCCTAC 540 CATAACCACT CCAACCGTTG CTGGTAGCAA GAACATAAAG AGTAGGGTGA GACTGTCCTG 600 AACGAGACGA GAAGCTGCTT TCAAGTCCCC CTTGACATAG TTTTCCGTCA AAAGTGGCAA 660 ACCAACACTC CCAATCGAAA CCCCTACAGA AATCAAAATC ATCGTGATTT TATTAGGATT 720 GGCTGAGAAA TAAGAAAACA TGACAACCAA GTCCTCATTG CTGTAGTTGG TAAACCAGCT 780 CATACTATTG ATAAAGGTCA GCTGAGTCCA AATCTGGAAG AGCTGGATG 829 (2) INFORMATION FOR SEQ ID NO : 308 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 464 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 308 : CGAACATCTT GCTGGCTGAT TCGTCTGCCG CCATCGCAGC CCCGAACACA TTGCGACCCA 60 TGGCAAGCGG GCTCAATCCG CACATGGGAT CCGTGCCAAA GCCCCGCGTG TGCATCATTT 120 GCTCATCTAG TAACGTATGA GGTTTGCCTT CGCTGTCGAT AAACCGATAT TCAATCGCAC 180 CACTGCTCGT TCTCCGCGGA GGGGAAACCG ACTGCGGTAG GATGAACTCC AGAGAAGAGA 240 GATCACGACC TACCAGGTGC GGCTCGTTGA AGCTGTTGCC GCTTAGCAGC AGGCTCGCCA 300 CCACGCATTC CCAGAACTCA ACGGGGGTTT GATCGGCGTT CGGTTGCTGA CTAATAACTC 360 GGTGCACGGG ATGCGAAGTG GCCACTTCTG GCACACCGTT CTTGTCTTCG TAGAGAGCAA 420 TTGGGAGGGT GGCCAGCGTT TCGGCGATGA GGCGCACGCA GGCC 464 (2) INFORMATION FOR SEQ ID NO : 309 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 982 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 309 : CCGTCTATAA TGGTAATAGA TTTTATTTGG AGGTTTTTAT GTCATTTCTA TCAAAAAATG 60 GAGCAGGTAT CTTGGCCTGC CTTCTCATTT CCATCCTATC TTGGTACTTA GGAGGATTCT 120 TCCCTGTGGT TGGCGCGCCC GTTTTTGCCA TTTTCATAGG CATGCTCCTA CATCCCTTTC 180 TCTCGTCCTA TAAACAACTG GATGCTGGTT TGACCTTTAG TTCCAAGAAG TTGCTCCAAT 240 ATGCCGTTGT CTTGCTTGGT TTTGGTCTCA ATATCTCGCA GGTCTTCGCA GTTGGCCAAT 300 CTTCACTCCC TGTCATCCTG TCCACTATCT CAATAGCTCT GATTATTGCC TACCTCTTCC 360 AGCGTTTCTT TGCCCTGGAT ACAAAACTGG CTACCTTGGT TGGAGTAGGT TCTTCTATCT 420 GTGGGGGTTC TGCCATTGCA GCGACAGgCC CGTTATTGAT GCTAAGGAAA AGGAAGTAGC 480 CCAAGCCATT TCCGTTATCT TTTTCTTCAA TGTCTTGGCT GCGCTCATCT TTCCAACCCT 540 CGGCACCTGG CTTCATCTAT CCAATGAAGG CTTCGCCCTC TTTGCAGGGA CTGCGGTCAA 600 CGACACTTCC TCTGTAACGG CTGCCGCCAG CGCTTGGGAC AGTCTTTACC AAAGCAATAC 660 CCTCGAGTCT GCAACCATTG TTAAACTCAC ACGTACTTTG GCCATTATCC CTATCACGCT 720 CTTTCTATCC TACTGGCAAA GTCGCCAACA AGAAAACAAG CAAAGCCTGC AACTGAAAAA 780 AGTCTTCCCA CTTTTTATCC TTTACTTTAT CCTTGCCTCT CTCCTCACTA CACTACTCAC 840 CTCTCTAGGT GTGTCCAGTA GTTTCTTTAC TCCTCTCAAA GAACTCTCTA AATTCCTTAT 900 TGTCATGGAC ATGAGTGCTA TCGGTCTCAA AACCAATCTG GTCGCTATGG TCAAATCCAG 960 TGGAAAATCC ATTCATCATG GA 982 (2) INFORMATION FOR SEQ ID NO : 310 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1939 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 310 : CTAGCTGCCA ATATGATTGG GGTGCAGAAG CGCGTGATTA TCTTTAATCT TGGCTTGGTT 60 CCTGTGGTCA TGTTTAACCC AGTGCTTCTG TCCTTTGAAG GATCCTATGA GGCAGAAGAA 120 GGCTGTTTGT CCTTGGTAGG TGTGAGATCA ACTAAGCGTT ATGAAACCAT AAGGCTTGCC 180 TATCGTGACA GCAAGTGGCA GGAACAGACC ATTACCTTGA CAGGCTTCCC AGCTCAGATT 240 TGCCAGCATG AGCTGGATCA CTTGGAAGGA CGAATCATTT AGGAGGAAAG CAAATGAAAC 300 GAATAGTCTT TGAACTTATT TTTATCGCAA CGACCTGGTA TATCTTTTTA CCGCCCCTTA 360 ACCTGACCAG CTGGGAATTT CTCTTCTTCC TCTGTGGGCA TTTGTTAGTT GTGGCAATAT 420 TATTTGGCTT TGGCAAGGGG ATAAACCTTG TCAAAACGGT TCATGTGCGC CACGGTAAGG 480 CGGAAGCTGC CTTAAATCTT GAGGGTTTCA AAATCAATCG GTTAGGGAAA ATTCTGTTAG 540 CTTCGATTGG AGGAATTCTT CTCTTGGCAG CTTTGGTTTC CTTGGTAACT TCCAGCATGT 600 TTCAGGCTAA AAATTATGCC AATGTAGTCA CGGTTACGGA AAAAGACTTT ACTGAATTTC 660 CTAAGAGTGA CACCAGTAAG GTTCCTATCC TAGATAGAAG TACTGCTGAA AAAATTGGAG 720 ACCGCTACTT GGGTTCCCTA ACCGATAAGG TGTCGCAATA CGTAGCGGCA GATACCTATA 780 CCCAATTGAC AATTGATGGG AAACCTTATC GGGTCACACC ACTAGAATAT GCAGACCCTA 840 TCAAATGGTT TAACAATCAA GCCAAGGGAA TCGGTGAGTA TATTAAGGTG GACATGGTAA 900 CTGGAAATGC GGATTTGGTG GACTTGAAGA CACCAATCAA GTATTCAGAC TCGGAGTATT 960 TTAACCGTGA TGTCAAACGT CACCTGCGCT TGAAGTACCC GACCAAAATC TTTAAAACTC 1020 CATCTTTTGA GATGGACTAT GAGGGCAATC CTTTCTATGT AGCAACGGTT TACCAAAAGC 1080 AATTTGGACT TGCTGTTCCT CGTCCTGCTT CAGTCATTAT CTTGGATGCT ACAAATGGAG 1140 AAACCAAGGA ATACAGCTTA TCAGATGTTC CAGAATGGGT GGACAGGATC TATCCAGCAG 1200 AGGAAACCAT TGAGCAAATC AACTACAACG GCAAGTACAA GGACGGTTTC TTGAATGCCA 1260 TGATTTCCAA GAAAAACGTG ACCCAGACTA CCAATGGCTA TAATTACTTG TCTATCGGTA 1320 ATGACATCTA TCTCTACACA GGTGTGACGT CGGCTAATGC GGATGAGAGT AATCTTGGTT 1380 TCATCCTTGA AAATATGCGA ACAGGAGAAA TCACTAAGTA TAGCTTGGCT TCTGCGACAG 1440 AAGAATCAGC CCGTGAATCA GCAGAAGGTG CTGTTCAGGA GAAATCCTAC AAAGCAACCT 1500 TCCCAATCCT CATCAACCTC AATGACAAGC CTCTCTACAT CATGGGCTTG AAGGACAATG 1560 CTGGCTTGGT CAAAGAGTAC GCCCTGGTAG ACGCAGTCGA GTACCAAAAT GTTATCGTTG 1620 CTACTACAGT GGAAGAGATG CTCAGCAAGT ATGCCAATAA AAACGACCTT GAAATTGACA 1680 ATGCAACGAC AGAAAGCATC AATGGAGTAG TAGCAGACCT CAAATCAGCT GTTATCAA ( ; G 1740 GAGACACTGT CTACTTCTTT AAAGTTGATG GCAACATCTA CAAGGTCAAG GCTTCAGTAT 1800 CCGATGACCT TCCTTACCTT GAAAATGGTA AAACCTTCGA AGGTCAAGTA GGAAAAGACA 1860 ATTATCTCAA GACCTTTAAG CTACGGTAAA AATAGGTTTT TTTCAGAAAG TATATGTTAT 1920 AATAAGGTAA ATTAAGCCG 1939 (2) INFORMATION FOR SEQ ID NO : 311 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 907 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 311 : CCTGCTAATA GAGAGAAAGA CTAGGAGTAG AAGTAAGCCA ATTAAATAAT GAGAAAGTTT 60 CATACCCCGT CCTTTCATGT AGATTTGGTA TCGAAAGATA TCTGCGGATA TAAATGTAAC 120 ATTATTTTTC TAATCTGTCA ATAAAATTTC TGACAATTTA ATAAATACAA CAAGGAGAGA 180 GCAACAAGAC TTTCTCCTTT GTTATCCTAT TCTAAAATGT TTTTACCTTA ATCTGATAAA 240 ATAATATCTT CGAGGGAGTA GCTAGCCGTC CAATCAAGAT ATTGTTTAGC TTTTGAAGCA 300 TCTGCTAGGA CACTGGCTGG GTCACTAGCA CGTCGAGCAA CAATCTCGTG TGGGATTTTT 360 TAATTTAGTA ATTCTTCAGC AGTTTTAAAG ATTTCTTTGA TAGTATAGCC TTTTTTAGTT 420 CCTAAGTTAA AGATTTGAGA AGAACTGTCT TCTTGAAATA GGTAGTTCAT TCCTTTAACA 480 TGAGCCTATG CAAGGTCCAA GACATAAATG TAATCTCGAA TACATGAACC GTCACGTGTA 540 TCGTAGTCAT CTCCAAATAT TTTTAAGCTA TCATTTTGTC CCAATGCGGT CTTGTTGATA 600 TTTGGAATGA TGTGAGTTGG ATTTTTCACA CGCAGACCGT TTGAAGCATC CATTTCAGCC 660 CCAGCAACAT TAAAGTAACG GAAAATAACA TATTTCCAGT CGTAGCGATT GGCCATCCAG 720 TAAATCATTC GTTCGCCCAT CAGTTTTGTC TCTGCATAAG GGTTGACAGG GTCGAGCAGG 780 GTATCTTCAG TCACCGGCTT GTCAATACAG TTATTTCCAT AGAGAGAAGC AGTCGAAGAG 840 AACATGATTT TTTGAATGCC AACTTCAGAT AAGACTTTGA GAACTTGGTT CATACCAGCA 900 ACGTTGG 907 (2) INFORMATION FOR SEQ ID NO : 312 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2170 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 312 : CCACATAAAG GTAAATATCT TTTGTACTAT CTTGGGCATC CAAGAAAAGC AATTGGGCAA 60 TAACAGAGTT AGCCATATTG TCTTCAACCG GACCTGTCAG CATAATGATG CGGTCTTTGA 120 GAAGACGTGA GTAAATATCG TAAGAACGTT CTCCACGGCT TGTTTGTTCA ATAACTACAG 180 GAATCATTCA TTTCTCCTTT TGAGTTTTAA TTTTGTTGGT CAAATGACTG AAGATAAGAC 240 TATTATAATA TCTTGGTCAA AAAAGGTCAA ATTTTTGCTC TGCTTTCATT AGACAGAAAC 300 AAAAACCCAA CCTCCTTTCG TGACTGGAAA TACTTTTCCA AGTCATTCTT CTTTTCGATC 360 TTATTTTGTA CCGAACAAGC GGTCTCCAGC ATCTCCAAGA CCTGGAACGA TATAACCGTG 420 TTCGTTCAAA CGTTCATCCA AGGCTGCTGT AAAGATTTCT ACATCTGGAT GAGCTTCTTG 480 AAGGGCTTTT ACACCCTCTG GAGCAGATAC AAGGCAGACA AATTTGATAT TTGATGCGCC 540 ACGTTTTTTA AGAGAATCAA CAGCCAAGAT TGCTGAGCCA CCTGTTGCCA ACATTGGGTC 600 TACTACAAAA ATTTGACGTT GGTCAATGTC CTCAGGCAAT TTCACCAAGT ATTCAACTGG 660 TTGAAGTGTT TCTTCATCAC GGTACATACC GATGTGGCCA ACTTTAGCAG CTGGAACCAA 720 GTTCAAGAGA CCATCAACCA TCCCGATACC TGCACGCAAG ATTGGGACGA TGGCCAATTT 780 CTTACCTGCC AATTGTTTTT GAACTGTTTT TGTAATTGGT GTTTCGATTT CCACATCTTC 840 TAGTGGAAGA TCACGAAGTA CTTCATACCC CATCAACATT GCAATCTCAT CTACTAGCTC 900 ACGAAAAGCT TTTGTAGAAG TATCTGTACG ACGCAAGATT GACAATTTGT GTTGAATCAG 960 TGGGTGATTA ATAACTTCAA TTTTTCCCAT TTTTGGAATT CCTTCTTTCA ATTTATTCTT 1020 CTTATTATAC CAAAAAACGG TTTAAAAATC TTTCTAAACC ATTTATTTTT GATAATTTTT 1080 ACATTAGATC AGCCTCTTTA AGAGCTGTCT GTACTGTCTC AAGTGGTAAA TGGGTCAATT 1140 CTGTCCCTTT TTCTTGATAA AGGTATTGGG CGTAGTCGTC CATTCGGTAC TGGTTGATAT 1200 AAACCACGCG CTTGCAGCCG ACCTGAAGCA ATTGTTTTGT ACAGTTGAGA CAAGGAAAAT 1260 GGGTTACATA GGCTGTAAAG CCTTTGGGAA CACCACGCTC AGCACCTTGA AGGATAGCAT 1320 TGACCTCAGC GTGAAGGGTG CGAACGCAGT GGCCTTCAAT GACCAAACAT TCGTGATCAA 1380 TACAATGCTC AGTCCCTGAC ACCGAACCAT TGTAACCAGT GGAAATAACC TTATTATCTT 1440 TTACCAGAAT CGCGCCCACT TTAGCACGTT TACAAGTGGA ACGATTCGCA ATTAGTAGAG 1500 CTTGGGCTGC AAAATACTCA TCCCAGGCCA GTCTTTTTTC AGTCATCTCT TTTCTCCTTT 1560 TTCTCTATTT TTTAAAAAAT GGTAAACCTA AATCTGCAAT CTTTTCAGCT GGTACCTTCA 1620 TGCCATCCTT GATCCATTTT AGAAGGACAG AGACGATGGC TGAGCTCCAG AAGGAATGAA 1680 GATAAGAGCT GACACCTTTT GATTTCCCAT GGTATTTTTC TAGAAATTCC TGCATGGCTT 1740 GGACAAAGAT TTTTTCCAGA TGGTAATCCA AGGCCAATTG AATTACTCTA GCTTCCTTTC 1800 TGGCCTCCCG GAAAAGGTGA ACCCAAACCA AATAAAGGTC TGTCTTTAAA TCGTAATGAT 1860 GCAGCTGTTC CATAATATTG TGGACAGTTC GTTTAAAGAC GCTCTCTAAA ATTTCCTCTT 1920 TGGAGTCATA ATTGCGATAA AAGGCCGCAC GCGAAACACC TGCACGTTTG ACCAATTCAG 1980 AAATACTAAT CTTGGTCAGT TCCTTTTTTT CCAAGAGTTG CAAGAGGGCT GAAACAATGG 2040 CTTCTCTGGT TAATAAATTG GATTCTTGGT TTGATTTTCT GAGATTTTCA AGAGACTTTT 2100 CAGAGATTCT ACGTTCAGAC ATAACATTTT CTTTCTACTT GTCACAACAG ACGGATGATG 2160 CTTTTGTTTC 2170 (2) INFORMATION FOR SEQ ID NO : 313 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 539 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 313 : ATCTGCACGA ATCAGGGCTT TCTAAGTGAC TATTTCCACC GAAATATTAT TTATATCAGG 60 AGGACATTCA TATGTCACGT TATACAGGAC CATCTTGGAA ACAAGCTCGT CGTCTTGGCC 120 TTTCACTTAC AGGTACAGGT AAAGAATTGG CACGTCGTAA CTACGTACCA GGACAACACG 180 GACCAAACAA CCGTTCTAAA TTGTCAGAAT ACGGTTTGCA ATTGGCTGAA AAACAAAAAC 240 TTCGTTTCAC TTACGGTGTA GGTGAAAAAC AATTCCGTAA CTTGTTCGTA CAAGCTACAA 300 AAATCAAAGG CGGAATCCTA GGTTTCAACT TTATGCTTCT TTTGGAACGT CGTTTGGATA 360 ACGTTGTTTA CCGTCTTGGT CTCGCGACTA CTCGTCGTCA AGCTCGTCAA TTCGTAAACC 420 ACGGTCACAT CCTTGTTGAC GGGAAACGCG TTGATATCCC ATCATrCCGC GTAACTCCAG 480 GTCAAGTGAT CTCAGTTCGT GAAATATCAT TGAAAGTTCC AGCAATCCTT GAAGCAGTA 539 (2) INFORMATION FOR SEQ ID NO : 314 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 667 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 314 : CCGGTTTTGC TCCTTCTCTA CGGCTACGAC GTGATGTATC TCTGATGATA TCCACTGTTT 60 CTGTAGCAGG CGTAGGTGTT TCTGGACCTG CTTGTTCTGC TTTTTTCTCT GCCGTCGTAT 120 AGGAAACAGC TACCCTTGTT GGGGTTTCAT TGTATTCTCT TTCAAGTTTC TTAGGTCTAA 180 CAGGACCTGG ACCTGGTCTT GATCCACTTT CTTCCGCTGG AGAAGAAGGT ACATCTTGAC 240 TTGGATGACT TGGAACACCA GGAGTTTCTC TTTGAATCTC ATCTGCTGGA GAAGCTGGTA 300 CACCTTGACT TGGGTGAGTA GGCACGGTAG GAGCTTTTCT CATAATCTCC TCTACCGTTG 360 ACAAGGAATC AGCCATGAGT TCTTCAGTTG AAGGTTCATT TGCAGGAGTG CGAACTACTG 420 CCTCATCTTC TTTCAGAACT TCATCATAGC CTTTTACTTT TTCTAAATCT CTCAGAATCT 480 GCTCTTTAAA GCGTAATTTC TCTTCTGCTC TTGACTTTTC ACTCAAAAGT TTTTCCTCCT 540 TGTTGAGAAT CCATAATATT AGAGCTGAGA AGTCCAAAAA AAGCAATCTA TGATACTTTT 600 CCTAACGGAT TTTGTCATTT CCCAGACCAT ATCATACCAT GTTTCCCCTG CAAAGGTTGA 660 CTGGGAA 667 (2) INFORMATION FOR SEQ ID NO : 315 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1483 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 315 : GGGAAGCCAA GGTATTTTAT CGGATGAAGT TGTTACTAGT TCTTCACCGA TGGCTACAAA 60 AGAGTCTTCT AATGCAATTA CTAATGATTT AGATAATTCA CCAACTGTTA ATCAGAATCG 120 TTCTGCTGAA ATGATTGCCT CTAATTCAAC CACTAATGGT TTAGATAATT CGTTAAGTGT 180 TAATAGTATC AGCTCTAATG GTACTATTCG TTCCAATTCA CAATTAGACA ACAGAACAGT 240 TGAATCTACA GTAACATCTA CTAATGAAAA TAAGAGTTAT AAGGAAGATG TTATAAGTGA 300 CAGAATTATC AAAAAAGAAT TTGAAGATAC TGCTTTAAGT GTAAAAGATT ATGGTGCGGT 360 AGGTGATGGG ATTCATGATG ATCGACAAGC AATTCAAGAT GCAATAGATG CTGCAGCTCA 420 AGGGCTAGGT GGAGGAAATG TATATTTTCC TGAAGGAACT TATTTAGTAA AAGAAATTGT 480 TTTTTTAAAA AGTCATACAC ACTTAGAATT GAATGAGAAA GCTACAATTC TAAATGGTAT 540 AAATATTAAG AATCACCCTT CCATTGTTTT TATGACAGGT TTATTTACGG ATGATGGTGC 600 GCAAGTAGAA TGGGGCCCAA CAGAAGATAT TAGTTATTCT GGTGGTACGA TTGATATGAA 660 CGGTGCTTTG AATGAAGAAG GAACTAAAGC AAAAAATCTA CCACTTATAA ATTCTTCAGG 720 TGCATTTGCT ATTGGGAATT CAAATAACGT AACTATAAAA AATGTAACAT TCAAGGATAG 780 TTATCAAGGG CATGCTATTC AAATTGCAGG TTCGAAAAAT GTATTAGTTG ATAATTCTCG 840 TTTTCTTGGG CAAGCCTTAC CCAAAACGAT GAAGGATGGG CAAATCATAA GTAAGGAGAG 900 CATTCAGATT GAACCATTAA CTAGAAAAGG TTTTCCTTAT GCCTTGAATG ATGATGGGAA 960 AAAATCTGAA AATGTGACTA TTCAAAATTC CTATTTTGGC AAAAGTGATA AATCTGGGGA 1020 ATTAGTAACA GCAATTGGCA CACACTATCA AACATTGTCG ACACAGAACC CCTCTAATAT 1080 TAAAATTCAA AATAATCATT TTGATAACAT GATGTATGCA GGTGTACGTT TTACAGGATT 1140 CACTGATGTA TTAATCAAAG GAAATCGCTT TGATAAGAAA GTTAAAGGAG AGAGTGTACA 1200 TTATCGAGAA AGCGGAGCAG CTTTAGTAAA TGCTTATAGC TATAAAAACA CTAAAGACCT 1260 ATTAGATTTA AATAAACAGG TGGTTATCGC CGAAAATATA TTTAATATTG CCGATCCTAA 1320 AACAAAAGCG ATACGAGTTG CAAAAGATAG TGCAGAaTwT TTAGGAAAAG TATCAGATAT 1380 TACTGTAACA AAAAATGTAA TTAATAATAA TTCTAAGGAA ACAGAACAAC CAAATATTGA 1440 ATTATTACGA GTTAGTGATA ATTTAGTAGT CTCAGAGAAT AGT 1483 (2) INFORMATION FOR SEQ ID NO : 316 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2453 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 316 : CCTGAACGCT TTTTTATAAA TATCATAAAG CCAATCTGAT TTATCAAGTG TGTCTAAGCG 60 ACGCGAATTA AAATTCATTG CATACTCCAT CGCTTCTAAA AAACTCATTT TTGAAAAGAC 120 GTTAAAATCA TCTAAATTCT GACTCCAATA TAATAACAAA ACCAATCCCA TAATATCCTC 180 TGGTTGATTA TTCAATAAAT TTAAGTTGGT TTCATAAAAC CCTGGAGTTC CAAATAGAGG 240 CAACTTTTTT TCTTCAATTT GAGTTTCTTT CCTTAGGGCA TGCTCAAAGT CTATAATATA 300 AATATTATTT CTATTATCAA TAAGTATATT ATTAAATGAT AAATCTCTAT AGGAAAGATT 360 ATATTTGGAG TTTATTATCT CCATATAATC AATTAATGTT AAAAACCAAT CATACGAGCC 420 ACTAACCATA TTATACTCGC TTAATTTATC TGCAATAATA AACTCAAATT CCACAAAATA 480 CGAATTCTTT ATGTAAAAAT CGTTAAAAAC TTTTGGAGTA AATTCCTCCT TTTCCAATTC 540 TACTAATATT TCTCTTTCAT TTATTAAACG ATTCACAGAA TCTCTATTTG TAAAATCAAC 600 CAACGATAAA TCACTAGCTT CTTTTAATAA AGAATAAACT CGCTTTTGAG TATTAAATAC 660 TTTATAAACT CCACCTTTGG CATTTTTAGA AATCACTTCC AAAATAATAT ATTGATCAGG 720 AATAGTGTTA TATCTTGGAA TATAGTAATC CCTTATTGGA ACATTCACAT TTGAAGGGAT 780 TTTCTTATCT CTTTTATCCT TGAAAGTGCT ATCTTTTACG AACTCCCCAT ATCTGTAATA 840 TACAACCTCG CTAAGTTGAA ATCTGAAATC TGATGGTATG TTTACACCCT TTACACCTTT 900 ATACAATATT TCTAATTTGT GTAACAAACG TTGAAACTCT TTATTATCTT TTGGATAAAT 960 TGTAATGAAT TTCCCGACTT GTGAATAACC ATTAAGCCCT GTATTTTGCA AAGAAAGTTC 1020 TTTAATGCTA ACCAAAATTT TGAAATTTAT CTTCTTCTCT CTAGAAAATA TAAAATCAAA 1080 GAATTTTTTA GCAACCAAAT TAGCATTTAA TATTGAAGCG CTCAGGTGTA TTTTAAATCC 1140 CTTAGATTGG GTGATATTAG ACGGCAAATT ATATAACCAA TGTTCATCAC TAAAATTATC 1200 ACTAATTTTA TATTCTAATA ATAAATTATG GTATGCGTCT TCTATTTCAG TTTCATAGTC 1260 CAAATAGTTT AAATACTTTT CGTAATTCAT ATTAAGAAAT CTTCTCCATA AATTTTTAGA 1320 CCATCATTTA AAGCCAAACA ATTTAAAGCG TGATAATAAA TGTTGATAAT CAATGTAACT 1380 TTCAGTCCTC TATTTTGTAA TTCCTTCACC AATAATTTTA TGCTATATCT ATTTTCTCGA 1440 GGCAATTTAT AGGACTTCAA GATAAAACCA TAAAAGAGAT AAGTATTATA ATCTGACAAT 1500 CCAGTTTCAG AATAATTTTT TAGAAAAATA TCTAGTGATT CTGATAATTC ATCCGGAATA 1560 ATTCTTTTAA CATCGTATTT ATTTTTCATA TCGGCCACTC TTCCTTAAAA AGCTCACAAT 1620 AAAATTTTAA ATTTCTATAC AACAATCCGA GAGTAGTCTC ACAATTTGAA CATTTCACAT 1680 CACTCTTAAT ATATAAAAAA TGAATTAATC AGAAACCTCT GACTAAGATT TCCTAATTAA 1740 TTCACTTTCT ATATCATAGT AAGGAATTCT ATTATCCCTA ATTGAAAATT GAAATTTTAT 1800 GTTTTATATA TTAACAATTA TGCGGATTGT AAATCTTGTC TAACAAAATG GCAAGTGCTA 1860 CTATGTGCCC CAGAAGGCGA TGCAACGCTA TTTTGAATTG AAAGAGCATA ATCATCCATA 1920 TCATTTAAGT CACGGATTAG CAATGCTTCC TTCTCTCTTC CGACAATTCC AAATTTTCTA 1980 ATTACCTTTT CAGGATTATC AAAAAATTCT CCAACAACTT CCATATTTCC TTGAAGTTCA 2040 TTCAAGAAAG CTTTCATTTG ACTACTCATT ATATAGCTCC TTTTCTATTA CTTTATTTGG 2100 AATCAAAACT TACTTGTACA TTGGAAACAC CTCTATTCTA CGCTTTCATA TTGCTGCATG 2160 ACACTTTCAA AATCAAATTG CTAAAAATAA TTTTTTAAAG CTTAATTTAG ATTTAATTAC 2220 ATATATCTCA AAAAATTGTT TTGAAATTAG TAAATTAAAA TAGGTTTCTG TACTTATAGG 2280 AACTAGTTAT AAAAACTTCG CCCATCATAA AATATCTATT TAAGTAAAAC AAAAATTTTA 2340 TAATTTTTTG ATTTTTAAGT GACTATAATC TCCTATCTAT AAATACCATT CGCAGGACCT 2400 GGATCAATCC CTCTAGCCAT CTTATGAACT TGAGTTCCTC CAGACAGTCC CGG 2453 (2) INFORMATION FOR SEQ ID NO : 317 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1049 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 317 : CCAATTTGAA GGCTCTAAAA CAATGGAAAA GTGCTACACA GATGTGACAG AATTTGCCAT 60 TCCAGCAACA CTCAAAAACT TTACTTATCA CCAGTTTTAG ATGGCTTTAA CAGCGAAATT 120 ATTGCTTTTA ATCTTTCTTG TTCGCCTAAT TTAGAATAAG TACAAACAAT GTTGGAACAG 180 GCATTCAAAG AGAAGCACTA TGAGAATACG ATTCTCCATA GTGACCAAGG CTGGCAATAC 240 CAACACGATT CTTATCATCG GTTCCTAGAG AGTAAGGGAA TTCAAGCATC CATGTCACGC 300 AAGGGCAACA GCCCAGACAA CGGCATGATG GAATCTTTCT TTGGCATTTT GAAATCGGAG 360 ATGTTTTATG GTTATGAGAA GAACTTTAGA TCTTTAGAAA ACCTTGAACA AGCTATTGTG 420 GACTACATTG ATTATTACAA CAACAAGAGA ATTAAGGTAA AGCTAAAAGG ACTTAGCCCT 480 GTGCAATACA GAACTAAATC CTTCGGATAA ATTAATTGTC TAACTTTTGG GGTGCAGTAC 540 ATTTTTGGTA TATATAAAAT TTGTAGGAGC TATATCTACA ATTTTATATT CCCAGTTTAT 600 GGATGTAACT TACTATATTC ACAATGTTAT CCAGTGTTTT TTCTCTAATA TTTAAGGAGT 660 GTTCTGTTTC TCGAATAAAT TCTTCAAAGT TTAACCCGTC AACTTGTTCC TGAACAAGAA 720 AATAATCATC CACGATATAA AATTCATCAG TTAAATTAGT AGTATAACTT TTATCGGCTA 780 ATTTTTTTAG CATGTGAGCT TCATTTTTTA TATCATCAAG AGCTGTCCAT TCTCCTTCAG 840 CATCATAATT CACAAAAGGT CTTGACTGCT TGATGATTAC TTTTTGCCCG TCCGATTTTC 900 TAATTGCCCG ATAAACATTT CCTTTATTTG ATCTCTTAAT AATTTTTTCC ATTTTGTATT 960 TATTTATTGC AGAGTCCTTA CTTGAAACTT CACATGTGGT TTGAAAATAA ATCCTTTTTT 1020 CTTCTTCTGA AAATAAATCC ATTTTCCGG 1049 (2) INFORMATION FOR SEQ ID NO : 318 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 776 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 318 : TTAGTTGGTT AGAATCAGAA AATCGCCGAA GTGGTTATTT ATTTTTGAAT AAATTTAACG 60 AACCAATTAC AGCAAGAGGA GTTGCTCAAC AGTTAAAAAA TTATGCTGAT AAATACAAAA 120 TGAATCCTAA AGTAATTTAC CCTCATTCTT TTAGGCATTT ATTTGCTAAG AATTTTTTAG 180 CGAAGTATAA TGATATTGCC TTGCTTGCAG ATTTGATGGG ACACGAAAGT ATAGAAACTA 240 CTCGAATTTA TCTAAGGAAA ACAGCTACTG AACAACAAAA TATTGTAGAT AAAATTGTTA 300 ATTGGTAAAA AATAACAGGT GGTCAAACTG ACTACCTGCT ATTTTTGTGA TTATGGCTCT 360 TATTATGGGA ATATACCTAT GAATTGGGTT GTTATAAAAA TAAAAGATAT TTTTTCAATA 420 AATACAGGTC TTTCTTACAA GAAGGGCGAT TTAAGCATTA ATAATAAAGG TGTTAGAATT 480 ATACGTGGTG GTAATATTAA GCCTTTAGAA TTTTCTCTGT TGGATAATGA TTACTACATT 540 GATACACAAT TCATCTCCTC TGAGCAAGTT TATTTAAAAC ATAATCAGCT AATAACACCT 600 GTATCAACCT CTTTAGAACA TATTGGAAAG TTTGCAAGAA TCGAGAAAGA CTATGATGGT 660 GTTGTGGCTG GTGGATGTAT TTTCCAATTA ACACCATTCG AAAGTGCAGA GATGATGTCA 720 AAATGTCTAT TATGTAACTT GTCCTCTCCG TTATTTTATA AACAATTGAA AGCAAT 776 (2) INFORMATION FOR SEQ ID NO : 319 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 658 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 319 : TGCAATGCGG CGGCTGCATA CGCTTGATCC GGCTACCTGC CCATTCGACC ACCAAGCGAA 60 ACATCGCATC GAGCGAGCAC GTACTCGGAT GGAAGCCGGT CTTGTCGATC AGGATGATCT 120 GGACGAAGAG CATCAGGGGC TCGCGCCACC GAACTGTTCG CCAGGCTCAA GGCGCGCATG 180 CCCGACGGCG AGGATCTCGT CGTGACCCAT GGCGATGCCT GCTTGCCGAA TATCATGGTG 240 GAAAATGGCC GCTTTTCTGG ATTCATCGAC TGTGGCCGGC TGGGTGTGGC GGACCGCTAT 300 CAGGACATAG CGTTGGCTAC CCGTGATATT GCTGAAGAGC TTGGCGGCGA ATGGGCTGAC 360 CGCTTCCTCG TGCTTTACGG TATCGCCGCT CCCGATTCGC AGCGCATCGC CTTCTATCGC 420 CTTCTTGACG AGTTCTTCTG AGCGGGACTC TGGGGTTCGA TGTCGACAGC CCGCCTAATG 480 AGCGGGCTTT TTTTTCCTGA GGCTGGACGA CCTCGCGGAG TTCTACCGGC AGTGCAAATC 540 CGTCGGCATC CAGGAAACCA GCAGCGGCTA TCCGCGCATC CATGCCCCCG AACTGCAGGA 600 GTGGGGAGGC ACGATGGCCG CTTTGGTCCC GGATCAATTC GCGCGACCGG ATCGATCC 658 (2) INFORMATION FOR SEQ ID NO : 320 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1475 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 320 : CCGGCTTAAT TTTTAGAAAA CGTGGGCAGG GAACCTTTGT TCTCTCTCGT GGCAGCTCAA 60 AAAGAAAATT AATCGTTCCA GAAAGAGATA TCCGGGGACT GACAAAAATA TCTGAAGATG 120 CTCATTCTAC AATTGACTCG AGGATTATTC ACTTCAAATT AGAATTTGCA AATGAATTTT 180 TAGCAGAAAA ACTACAGGTC GCTTTGCAGA GTCCAGTTTA TAATATTTAC CGCCTGCGTA 240 TTATTGACGG TAAACCTTAT GTTCTGGAAC AAACTTATAT GAGTACCGAT GTTATTCCAG 300 GTATTACTGA AGATATTTTA CAAAAATCGA TTTACAATTA CATTGAAGGA AAGTTAGGAT 360 TGCATATTGC CAGTGCTACA AAAATCTTAC GAGCTTCTTC TAGTTCAGAA AATGAGCAAC 420 ATTACTTGCA GCTCCTTCCA ACGGAACCGG TATTTGAAGT AGAACAAGTG GCTTATTTGG 480 ATAACGGAAC TCCGTTTGAG TACTCGATTA GTCGTCATCG CTATGATTTA TTTGAATTTA 540 ATTCTTTTGC ATTACGACAT TCCTCCTAGG AGAAAATGTG AAAATGAAGC CAATCTTTTA 600 CAGACTCTAG TTTAAGAAAA ATTTAAAACA GGGCAAGAAG GTCCCATCTA TGCTTAAATG 660 GTTTCTCTTT TCTAAATAAG ATGGCTTTAA AAGAGTGATC GTTGTATCCA TCATGTTGAA 720 AAATATCTTC GTATAGCTTA TAGAGTAGGT ACTGAAATTG TTCACCTGAT CTACTTCTTA 780 TAGTTATTTA GTTTTAAATA GTGTTTCAAA CATTCTTACA CTGACGAGAA GTTTTTGAGT 840 CTTTTCTTGT AACACATATA GTATACTGTG GTTAGAATAG TAGACTGTGA CTTCTAACAA 900 ATTGCTAGAA ATGAATTTCA ATCTCCCAAT TTATTTGTTC ATATCTTCTT TTAATATATT 960 AAATAAATTC TAAATCATAA TCATTTAAAA AAATTTTATT TTTTATTTTT CATTACG. AAT 1020 AATATAGATG AAGGGGAAAG AGTATGAAAA CAGAACTGTT TCTTTTGCTA TTAGTTCAAA 1080 AGGAGAAAAA ATGAAAGTAG AAAATATTTC GTATAGGGTG GATCATCGTA AATTGTTTGA 1140 TAATATTTCT TTTGATACTT CGAGTTCAGA CGTGACATTA ATTACTGGTA AAAATGGTAC 1200 AGGAAAGTCA ACTTTACTAT AGTAGATTGA AACTAGAATA GTACACATCT ACTTCTAAAA 1260 TATTGTTAGA AATCGATTTG ACTATCCTGA TCTATTTGTC CTGTTCTTAT TTCATTTCAC 1320 TATATCTCAA ATTGAGTATG ACGAAGTGCG CTCCCATGTC CTGGGAACGC ACTTTCTTCA 1380 TATTTTTCAT ATTCTTGAAT CCATCGATAA AGACTATTGG GATGAATTTT TAAAGTTGAA 1440 CTAATCATTT TTACAGGATG AGATTTACAG CAGAG 1475 (2) INFORMATION FOR SEQ ID NO : 321 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 560 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 321 : GAAATATATA TACTTCATCT TAATAGTGAG CAAGCTAAAC TTAGCATTTC ATGCCCTCAT 60 ATGGGATGTT CTTTGACTAA ATAATATGAT TATCGAGATA TATCTGGATA AATGAACTAA 120 TAAGTCTGAC GCGTAGACTT ATCAAAGTCA TTGGCATACA CCACTATGAA CTCGTTGGTC 180 TGTTCAAATC CCAACACATT ACCTGAGAAG AAAGTTGCAA TGTTGTTTTT GGTGCGGGTT 240 TGAATTTAAA AAATTTGTTA TGTAGTACCT AATCTAAGGA ATTAGAACAA TGCCTCTAAT 300 TTTTCTTTAA TACACTGAAA CATTGATGAT TCTGGCTGTA TTTTTGAAAC AGCTCTTCTT 360 TGCTCCTGGA AAATATCTTC AGAAGTTATA TTCTCTATTC CTAACGCTAC TTGAGTTTTT 420 TTTCTAAAAT ATTCTTTTCC GTTGCCATCT TTAGAAAAAT CATAACCTTC CCTATCTACG 480 CTGTTACACA AATTAGCTAA AAAAAAGTCT GGGGTTGGGA AAGGAAGATA AGAAATGTAT 540 TTAGCCCATA ATCTATAAAG 560 (2) INFORMATION FOR SEQ ID NO : 322 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 643 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 322 : CCGCCCGGCC ACCGCTGCCT ATCCTCGGGA GAGGGTCACC TGGAGTGAAC CTAGAACGAT 60 AGACACGGTG CGGTACGACC TCGTACTACT TTCGCCGACG GCCTCGTCCG TTGTCATCCA 120 CGAACTGATC GGACATGGGT GCGAACACTT CAGAGAAAAA ATCGTTGGAC TGCGTGTCGG 180 GCCTGAGGAA CTACGGGTGG TGGCTTTTCC GAAGAACGGC TCCGGGTTTG ATGACGAGGG 240 TACACCCTCC GAAGAGATTG TACTTGTGGA GAACGGCATT GTGAGGCACG CTGTCAGGGA 300 TCGGGCGACT GGAGGAATGG CGCCTTTTTC CGGTTTGACC AAAGTGGCAT CACATGGTGT 360 CAAACCTGGC TCAAGATGTA CGCATCTCAA GGCGGAAGGG GAATCGTCAC AGGAAGGAGT 420 TACCGGAGTA CCCGCCGAAC GCACCGTTTG GATAGAGCAT TTTTCTGCAG CGAACTACCA 480 TTCAGGTCGA GCCTTTTTCA GGTCTGGCCT TGCCTGGGTA GGCAGCCGAG AAGAACTCTT 540 ATATCCCTTA ATGCCTTTCA CCATGTCAAT TGATATCTAC GAACTGGCCA GCTTATTGTG 600 GCATTTAGAC GGTCAAACGG AACGAGCACG TAGGGTACTG TGC 643 (2) INFORMATION FOR SEQ ID NO : 323 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 780 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 323 : GGTACCCACT CATTCTTGAT GAATTGTGAA CAGTTGCCCT TGGGTCGTTT TGCGAGTTGA 60 AGTCAAGAAG AGGAAAAAAA CAAAAAGGAG AAATACTCAT GGCAGTAATT TCAATGAAAC 120 AACTTCTTGA GGCTGGTGTA CACTTTGGTC ACCAAACTCG TCGCTGGAAT CCTAAGATGG 180 CTAAGTACAT CTTTACTGAA CGTAACGGAA TCCACGTTAT CGACTTGCAA CAAACTGTAA 240 AATACGCTGA CCAAGCATAC GACTTCATGC GTGATGCAGC AGCTAACGAT GCAGTTGTAT 300 TGTTCGTTGG TACTAAGAAA CAAGCAGCTG ATGCAGTTGC TGAAGAAGCA GTACGTTCAG 360 GTCAATACTT CATCAACCAC CGTTGGTTGG GTGGAACTCT TACAAACTGG GGAACAATCC 420 AAAAACGTAT CGCTCGTTTG AAAGAAATTA AACGTATGGA AGAAGATGGA ACTTTCGAAG 480 TTCTTCCTAA GAAAGAAGTT GCACTTCTTA ACAAACAACG TGCGCGTCTT GAAAAATTCT 540 TGGGCGGTAT CGAAGATATG CCTCGTATCC CAGATGTGAT GTCGTGATTG ACCCACATAA 600 AGAGCAAATC GCTGTTAAAG AAGCTAAAAA ATTGGGAATC CCAGTTGTAG CGATGGTTGA 660 CACCAATACT GATCCAGATG ATATCGATGT AATCATCCCA GCTAACGATG ACGCTATCCG 720 TGCTGTTAAA TTGATCACAG CTAAATTGGC TGACGCTATT ATCGAAGGAC GTCAAGGTGT 780 (2) INFORMATION FOR SEQ ID NO : 324 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 624 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 324 : CGGGAAAAAT CAGATTGTGG GTTCAGATAT CGAATTAGCC AAGGCTATCG CAACAAAACT 60 AGGTGTCGAA TTGGAACTAT CTCCCATGAG TTTTGATAAT GTACTGGCTA GTGTTCAATC 120 AGGAAAAGCC GACCTTGCCA TATCAGGTGT TTCTAAGACA GATGAACGGA GCAAGGTGTT 180 TGACTTTTCC ATTCCCTACT ATACTGCAAA AAATAAACTC ATTGTCAAAA AATCTGACTT 240 GACTACTTAT CAGTCTGTAA ACGACTTGGC GCAGAAAAAG GTTGGAGCGC AGAAAGGTTC 300 GATTCAAGAG ACGATGGCGA AAGATTTGCT ACAAAATTCT TCCCTCGTAT CTCTGCCTAA 360 AAATGGGAAT TTAATCACAG ATTTAAAATC AGGACAAGTG GATGCCGTTA TCTTTGAAGA 420 ACCTGTTTCC AAGGGATTTG TGGAAAATAA TCCTGATTTA GCAATCGCAG ACCTCAATTT 480 TGAAAAAGAG CAAGATGATT CCTACGCGGT ATCCATGAAA AAAGATAGCA AGAAATTGAA 540 AGAGGCAGTT CGATAAAACC ATTCAAAAGT TGAAGGAGTC TGGGGAATTA GACAAACTCA 600 TTGAGGAAGC CTTATAAGCA TCCA 624 (2) INFORMATION FOR SEQ ID NO : 325 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1237 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 325 : TCTTATGAAG CCGAAGCGTG ATTTATGGCG GATAGGTTTG GTCTGCAGAA AGTGACAAAT 60 CTAGTGCCAT CAGCGTATAT GGAATCTTCG GCTGAGAAAC AGTCCCGGGG TGAACTGACT 120 TATGAGCAGG TTTATGAGGA TGCAACGGCT TATCATCATA CCATTGATGC GAGTACAGAG 180 GAGGCAGACT TGGTTTCTCT ACGTATTGTA GAACTATTGT CTCGAAGAGG CTTTAGCTTC 240 AGTCCTGCGA TCTTACTTGC TATTCATAAG GAGTTGTTTC AAGATATATT TGAACCCTCG 300 ATTCCGGTAG GTCAATTTCG TCAGACTAAT ATCACAAAGA ATGAACCTGT TTTGAATGGT 360 GAAAGTGTTG TGTACTCTGA TTACTCCATG ATTCAAATGA CCTTGGATTA TGATTTTAAT 420 CAGGAAAAAC AAGTTGCATA TGCGACACTA ACCCAGGCGG ATATGGTTAA AAAAATCCTG 480 CATTTTATTT CAGGAATCTG GCAGATTCAT CCATTTCGCG AAGGAAACAC TCGGACGGTA 540 ACGGTATTTT TGATTCAGTA TCTTCGTGAG TTTGGTTTTG ATATTGATAA TACACCATTT 600 CAGCAACATT CCAAGTATTT TCGTGATGCC TTAGTGTTAG ATAATGCAAA GATTTTACAG 660 CGACGTCCTG AGTTTTTAAC AGCTTTTTTT GAAAATCTCT TGCTCGGTGG TCAAAATGAT 720 TTGTCTTCAG AAAAAATGTA TCTAGATTTA GACCTCGATC TTTCATAATC CTAATACTGA 780 GTAAACATTG AATTTTAGGA AAAAATGAAG TAAATATTCT CACAAGAAAA CGTATATCAT 840 CAAAGTTTGG CTCTTTGTCA ATTGTAGTGG GTTGAAGAAA AGCTAAGTTC GAGAAAGGGC 900 AAATTTCGGC CTTTCCTTTT TGATGTTCAG AGCGATAAAA ATCCGGTTTT TTGAAGTTTT 960 CAAAGTTTCG AAAACCAAAG GCATTGCGCT TGATAAGTTT GATGAGATTA TTGGGCGCTT 1020 CCAGTTTGGC ATTAGAATAG TGTAGTTGAA GGGCGTTGAT AACCTTTTCT TTATCTTTGA 1080 GGAAGGGTTT AAAGACAGTC TGAAAAATAG GATGAACCTG CTTAAGATTG TCCTCGATAA 1140 GTTCGAAAAA TTTCTCCGGG TCCTTATTCT GAAAGTGAAA CAGCAAGAGT TTGAAGAGCC 1200 GATAGTGATG TATCAAGTCT TGTGAATAGC TCAAAAG 1237 (2) INFORMATION FOR SEQ ID NO : 326 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 461 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 326 : TTTGATTTTT CTGAATTAGA AGAGATTGAA TTGCCTGCAT CTCTAGAATA TATTGGAACA 60 AGTGCATTTT CTTTTAGTCA AAAATTGAAA AAGCTAACCT TTTCCTCAAG TTCAAAATTA 120 GAATTAATAT CACATGAGGC TTTTGCTAAT TTATCAAATT TAGAGAAACT AACATTACCA 180 AAATCGGTTA AAACATTAGG AAGTAATCTA TTTAGACTCA CTACTAGCTT AAAACATGTT 240 GATGTTGAAG AAGGAAATGA ATCGTTTGCC TCAGTTGATG GTGTTTTGTT TTCAAAAGAT 300 AAAACCCAAT TAATTTATTA TCCAAGTCAA AAAAATGACG AAAGTTATAA AACGCCTAAG 360 GAGACAAAAG AACTTGCATC ATATTCGTTT AATAAAAATT CTTACTTGAA AAAACTCGAA 420 TTGAATGAAG GTTTAGAAAA AATCGGTACT TTTGCATTTG C 461 (2) INFORMATION FOR SEQ ID NO : 327 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1436 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 327 : TAACATTTAG GTACCTCTTC TTAACAAAGT TCAATAGTAA CAATTAATAT TTTAAACAAT 60 ATATCAAACA TCAATGACTA GAATACTTGC ATCATCCTTC TTTCCATAGA TTGGATCAAT 120 AGCAGAAGAA TTAAATCTCA TCTTAATTAA CTCTTCAAAA GTTTTATTTT GATTATTTTG 180 ATAGAATTCA TAAAAGCCAT CGCTCATTAA AACAATTTGT TCACTAGTAA CATCTATTTG 240 ATTAATAATA GCATGGTCTA AAAATCTCTC ATCCAACGAA CCTATCCAGT ACCCACTCGG 300 TTGATTAGAT AATTTTCTGA TTTTTTGTAA AATAATTTTT TTATTTAAAA CACTATTTGT 360 ACCAATTGAA TCTTTTATCT CATTTTTCCC TTTTTCAAAT AAGTTATCTA CTCTATGATC 420 AGTTATTTCC ATTTCGTTTA CTAACATGAC GCAGTCACCT AGCATCATAT ACTCCAACTT 480 TTTTTCTGAA AGTTTAGCAA ATATTGGTAA GCGATAATAT AGTATATTGA AACTAGAATA 540 GTACACCTCT ACTTCTAAAA CATTGTTAGA AATCGATTTG ACTGTCCTGA TTGATTTGTC 600 CTATTATTAT TTCATTTTAC TATACTCTGT TAATTTATAT GAGTTTAAAC CGATTTCATC 660 TTTAACCTCG AGTAAAGCAG TTTCAAATAT TTGTTTAAGA GTTTTTGATT CTTTACAATT 720 AACCGACAAA CTTTCTGATA AAATATGTAC AACTTCTGAG ACTGAATAAC CTATCTCCTC 780 TTTAGAATTA TATAAATCTG TAGCTCCACC AATAATCCAA AAATACTGAT TTTGTGAACC 840 TACAATATCC TCATTTTCTA CGGAACTTCC TTGTATCGAA CAAATTTTAT TTATCTTTAC 900 CATAATACTT CAACCCTTTT AGTGTCAAAA GTAAACCAAT TCCTGTCACT GTTAAGAATA 960 GTTCCATAAT CTTATTCGAA CCAGTCTTTG GTAATTTTTG TTTkACATCT ACTATyTCTT 1020 TAGATTTATT AATATGATTT TCAGTTTCTC TGCCATCTCC AACTATTTTA TAGTTTACTT 1080 CTTCTGTCTT ATTATCTTGT TTATTGTCGA TCTTGTCATT CATTTGTCTA TTATCTTTAC 1140 TTGAGTTAAA CTCTCCGTTC TTCTGGTTAC TATCAATTAC ATTATTTGAA TTAGATTGTT 1200 TTTCCTCTTT GTTTTTTTCT TTTTCGTTTT TATCACTTAA ATTATTTGTT ACAATTTTGT 1260 AAAGCCCATT CTCCGTTACA ATATTGAAAT TACCATCGCT ATCACGTATA ACAGGTTCTT 1320 TCCCATTTGC ATTAGATTTG ATGAATGATA TATACTTACC GGATAAATTA TAAAATTGGT 1380 TATTTAAAAC GGTTATTTTA CCCTTTGAAT CCTCAATAAC AATTCCTTCT TTACCC 1436 (2) INFORMATION FOR SEQ ID NO : 328 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 646 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 328 : CCGGCAGACA GGAGAAGGTG TTAAATATCA ATCTCAAATG GTTCGTCAAT GGTTTCTGAT 60 ACGTATTTTC CGTCTTTCTT CCGTTGCTTG ACACACTCTG TGAGGAGATA TTCGATTTGC 120 CCATTGACTG AACGAAAGTC GTCTTCTGCC CATGATGCGA GTGCAGCGTA TAACTTTGTT 180 GAGAGTCGAA GGGGGATCTG CTTTTTTTTA GCTTCAGCCA TCTTTAGTAA AGGCTTCCTG 240 TGTTGACAAT TGGTTGTGCA TCATGATTGC CACAAAGAAC GACAAGGAGA TTTGAAACCA 300 TGGCAGCTTT TCGTTCTTCG TCAAGTTCTA CCAATTCCCC TTCATTGAGC CGTTCTAGTG 360 CCATTTCAAC CATTCCTACA GCACCATCTA CAATCATCTT CCGTGCATCA ATAATGGCAG 420 ATGCTTGTTG GCGTTGAAGC ATAACGGCAG CAATTTCTGG AGCATAAGCT AGGTAAGTGA 480 TACGTGCTTC AAGGATTTCC AAGCCAGCAT CCTCAACACG ACTTTGGATT TCTTCACGAA 540 TACGGGTAGC AACAATTTCG CTAGAGCCAC GGAGACTACC TTCATCTGCG TGCCCATCAC 600 CCGGAGTATC CACATTAGGA GACACATCGT AAGGATAGAT GCGGAC 646 (2) INFORMATION FOR SEQ ID NO : 329 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1653 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 329 : GTTGCAGGTG CAGTAGGTGT TACTTCAGAT ACATTTGAAC GTGCAGAGGC TCTTTTTGAG 60 GCAGGAGCGG ATGCGATTGT TATTGATACT GCACATGGTC ATTCTGCAGG TGTCTTGCGT 120 AAAATTGCCG AGATTCGTGC TCATTTCCCA GATCGGACTT TGATTGCTGG AAATATTGCT 180 ACTGCTGAAG GTGCACGTGC CCTTTATGAA GCGGGTGTAG ACGTTGTTAA GGTTGGTATT 240 GGACCAGGTT CTATCTGTAC TACTCGTGTG ATTGCTGGTG TTGGTGTTCC GCAAGTAACA 300 GCTATCTACG ATGCTGCAGC TGTTGCGCGC GAATATGGTA AAACGATTAT TGCTGACGGT 360 GGGATCAAGT ATTCTGGAGA TATTGTAAAA GCACTTGCTG CAGGTGGAAA TGCTGTTATG 420 CTTGGATCTA TGTTTGCTGG AACTGATGAA GCTCCAGGCG AAACTGAAAT CTTCCAAGGA 480 CGTAAATTCA AGACTTACCG TGGTATGGGA TCAATTGCTG CTATGAAGAA AGGTTCAAGC 540 GACCGTTATT TCCAAGGTTC TGTCAATGAA GCAAACAAGC TTGTTCCAGA AGGAATTGAA 600 GGTCGTGTTG CTTATAAAGG AGCGGCAGCT GATATTGTTT TCCAAATGAT TGGTGGTATT 660 CGCTCTGGTA TGGGTTACTG TGGTGCAGCT AACCTTAAAG AACTACACGA TAATGCTCAA 720 TTTATTGAAA TGTCTGGTGC TGGTTTGAAA GAAAGCCATC CTCATGATGT GCAAATTACT 780 AATGAGGCAC CAAATTATTC TATGTAAAAA ACAATGAAAA GAACTCCAGT GAAAACAGGA 840 GTTCTTTTAC AATGTTGTCA ATTTCCATTT ACAGCAGCTT TACCATCCTG AATAGTGAAG 900 ATACTTAGAT TTTCTGGCAG ATTTTGAAGA TGGTCTAAGC TTGTTGTTGT GATAAAGGTT 960 TGGATTGATT GAGAAATCGT TTCTAATAAT TTTAACTGTC TAGTGTTGTC AAGTTCACTC 1020 ATCACATCGT CAAGCAGTAA TATAGGAGAT TCTGTGGTAA TGCTTTCCAT TAATTCGATT 1080 TCTGCTAATT TTATCGAGAG GACGAGACTA CGATGTTGAC CTTGGCTTCC GAAACTAGCA 1140 TCCATCCCAT TTATATAAAA AGAAATGTCA TCTCGATGAG GACCGACACC AGTATTCTTT 1200 TTAAATAAAT CTCTGGATCT ACTTTTTTCT AAAGCAATTT TGAAAGATTC GGATAAGTTT 1260 TGTTTGTCAG TTATATTGAC AGAAGATTGA TAGGATATTG ACAACTCTTC GATCTGATTA 1320 GAGAGTTCAA AATGTTTCTT ACGCCCAAAT GATTCTAGTT TTTTTATGAA ATCTAAGCGG 1380 TGATTCATTA CACGACATCC ATAATCAACT AGCTGATCAT CTAACACAGA AAGGAATGTT 1440 TCATCTATTT TTTGAGCTGA TTTTAGGTAA GTGTTTCTTT GCTTTAGGAT GTGGTTATAA 1500 TTGGTTAAGT CAGATAAATA GATTGGCTTA ATTTGCCCAA GTTCCATATC AATGAATTTT 1560 CGTCGAATCG AAGGTGCTCC TTTAATTAGT TGTAAATCTT CAGGAGCAAA TAAGACAACA 1620 TTCATGTGTC CTACATAATC TGAAAGGCGT GCC 1653 (2) INFORMATION FOR SEQ ID NO : 330 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1340 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 330 : GAAACACTGT ATTTCAAAGC ATTTTTTGTT AGTTTAAAAT TACTCCCATT CTTCTTTTCC 60 AAACGTACAA TATATCCAAA ACCATTCAAA ATACTAGATT CTATTTTTTA TAATATCACT 120 AAATCCACCT AATTATAGGA CGTTTTCAGA TTTTTAGTCC CAGTCCCAGT ACCGGAGAAA 180 TATTGTTTTA ATATAATATC TCTTTTTGTC TTCTAAGCTC TTAAAAGCAA AAGAACAAGT 240 AAAGAGTCAA GACAAGGATA AAAAGTCCAT ATTAGGGCAA ATAAAAAGCT TTAAGACAGA.. 300 TGACAAATCT AAGTCAAATA AGAAAGACCA TAGCAAAGGT GCAGAGAGAT AAATATTGGC 360 GGTCTTCGGA CTGCCTTTAT TTTTTTATCC ATTTTTCAAA TCAAATTTAT TCAGACTATA 420 TATGCACATA TACACTTAAA TTCATATAAA AACATGGCTT GTAAAAAATT ACTTTAATCA 480 CAATAATCGC ATTTAAAATT GTGATGTTTG CAAGCTAAAT TACGGACTTC ACTTGGAAGT 540 TTTCCCTTGT ATCTTTTATA ATAGATAGAA AATTTGCTGG CAGATGAATA TCCAACAGAT 600 TCTGCTATCT CTTTTATAGG TAGTTCAGTG TTTAAAAGAA GAGTTTCAGC TACATTCATT 660 CTTTTTCTTT GAGTGTACTC TGTAATGCTT TGACAATATT TTTCCTTAAA TAAATTTTTT 720 AATTTAGTAC CACTCATTTT AGATATTTTT TCAAGCGTGC CTTGATTTAC ATTCGTTGCA 780 AAATGATCAT CTAAGAATCT TGCTACATCT TCAAGTGCTT TATCATCATC AATTTCAATT 840 TTATATTTTT TTCTATTTAA GTATGTGTCA ATTACTATAC TTATCCATTC ATTTGCCTTT 900 GCTTTAAAGA AAAAATCAGC GGCAGGAGCG TCCATCTTAC AATTTAATAT TTCCATTGCC 960 ACTCTTTCTA AGGCCTTTGT AAGTATTATT TGATTCGGTT GAAGCAAGGT TGAATAAAAA 1020 GATTCTGGAT TAATGTTAAT AGATGCTAAA TGTTTTTCTA TTAGCTCTTT TTTAAAACTT 1080 ATGGAAACAG CAAGATAACA ACAATTCTCG TGTAATAAAA AAACAAAATT ATCTTTTATA 1140 TTATCAAAAT CAAAAGTACA TAGAGAGTTT GCGGTAATAG TTTGATACGG ATTAAACTTT 1200 TCTCCGTTTG CACTGACAAT GTAACTTGAA TAAATTGAAA CATAGTCTGA CATACTATAA 1260 GTGCTATTTT GAACTACTTC CTCTTTGATA TAAAAATCAT GTATATCGAT AATGAAGATG 1320 CCTCCTTCAT AAAACCGGTA 1340 (2) INFORMATION FOR SEQ ID NO : 331 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 607 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 331 : TATGTTCGTG ATGAGTTTTT AAGTAGGAAA AACGTGCTAA CCTCTCAGAT TTTGGAACTT 60 GTAAAAGAAA CTCTTTTTTC ACCCGTAGTA GTTGATAATG GGTTTGATCC GGCCTTATTT 120 GAAATTGAGA AAAAACAATT GCTAGCAAGT TTAGCAGCTG ATATGGATGA TTCTTTTTAT 180 TTTGCACATA AAGAATTGGA TAAATTGTTT TTTCATGCTG AACGTCTTCA ATTGGAATAT 240 AGTGATTTAC GAAATCGTAT TTTAGCTGAA ACTCCACAAA GTTCTTATTC TTGTTTCCAA 300 GAATTTTTAG CCAATGATCG AATAGATTTC TTTTTCCTAG GTGATTTTAA TGAGGTTGAA 360 ATTCAAAATG TATTAGAATC ATTTGGCTTT AAAGGTCGAA AAGGAGATGT GAAGGTTCAG 420 TATTGTCAAC CTTATTCTAA TATCCTTCAG GAAGGTATGG TTCGGAAAAA TGTGGGACAA 480 TCCATTTTGG AATTAGGTTA TCATTACTGT TCTAAATATG GTGATGAGCA ACATTTACCC 540 ATGGATTGAA TGAATGGTTT ACTTGGTGGA TTTGCTCACT CTAAGCTCTT TACAAATGTC 600 CGGGAAA 607 (2) INFORMATION FOR SEQ ID NO : 332 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 900 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 332 : TTAAAATACC GAATTTTGTT TTGTCCTCTA TTTCAACATT GTGAATCGCC TCAGGCAGAG 60 AACCGATACT AAAGATATAA CCAAAATAGT TGTCATTTGC TTTACCGATA TCAATCTTAT 120 TGGTTAAATC AAAATCCAGT TCGTCAATTG CGCCATCGAT GTCTTGATTG ATTTCCAAAA 180 GTTTTGTAAT GAGGTTACCC GTACCGCCTG GGATAATCCC TAACTTAGGA ATGTAGTCTC 240 TCTCATCAAT ACCTGAAATG ACTTCATTGA CAGTTCCATC TCCACCAAAC ACAACCACTG 300 CATCATACTG CTCACGAGAA GCTTCTTCAG CAAAATGTGT TGCATCCAGC GCTTTTTCGG 360 TAATTTTGGT TTCAACATAT TCAAAGTATT CTTTTGCTTT ATTCTCCAGC TTTTCTTTGT 420 AATCCAAAGC CTTCTCGCCA CCAGAAGTAG GGTTGATAAT TACCATTGCT TTTTTCATTG 480 ATTTTATCCT TAATTTTAAA CAGAAATGTT TACATTTCGT CGTATGCAAG TAAATGTAAT 540 CCTATTATAC AATGAAAATA CAGAAAAGAG AAATCTGACG TACTGGAGAT TAATACGCTT 600 TTATTCTATT TTCCCATCGC CTAACTACAT CCTTTAAGGG TTCATCCAAG TAAGAATAGG 660 CCTTATCCTT GATCCAATCA GGAATACCGT AAGCTGCCTC TCCTATGCTA CAAGTGATTG 720 CTGCGAGAGT ATCACTGTCG CCACCAAGTG AGATGGCATT TCTTATCGCA TCTTCGAAGT 780 CTCTACTTTC AAGAAAGGCG ATAATGGCTT GAGGGACAGT TTCCTGACAT GTTTCGTTAA 840 AACGATAGTT AGGACGGATT TCATCTAAAG TTTGAGATAG ATTGTAATCG TATTCTTTTT 900 (2) INFORMATION FOR SEQ ID NO : 333 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 533 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 333 : CCTTTCTGGC ACACTGGTCT TGGAATACGG CAAAACCTCT GAAAATATCT ATGCTGGAAT 60 GGACGAGGAA TACCGTCGTT ATCAGCCTGC CATCATCACT TGGTACGAAA CAGCCAAACA 120 TGCTTTTGAT CGCGGACAGA TTGGCAAAAT ATGGGTGGAA TCGAAAACGA CCTCAAGGGC 180 GGTCTCTACA GCTTTAAATC CAAGTTCAAT CCGACCATTG AGGAATTCGC TGGTGAGTTC 240 AACCTGCCAA CTAATCCTCT TTACCACCTC TCCAATCTGG CCTACACTCT CAGAAAGAAA 300 CTGCGCAGaA GcATTAACAG AAAGGAAGCC TATGACCTTT AAACTTCTCA GCCAAGAAGA 360 ATTCATCCAG CATACCTCAG CTAGATCCCA ACGCTCTTTT ATGCAGACCG TAGAAATGGC 420 AGAGCTGCTG AGCAAGCGTG GCTTCAGTAC CCAGTATGTC GGCTACACTG ACCCACAAGG 480 GAAGGTAGTG GTGTCAGCTG TCCTCTACAG CATGCCTATG ACTGGTGGCC TTC 533 (2) INFORMATION FOR SEQ ID NO : 334 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 544 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 334 : CCAGCAAACT AGGAAGCTAG CCGTAGTTGC TCAAAGCACA GCTTTGAGGT TGTAGATAAG 60 ACTGACGAAG TCATGTACAA AACACTGTTT TGAGGTTGCA GATAGAACTG ACGAAGTCAC 120 TCAAAACACT GTTTTGAGGT TGCAGATAGA ACTGACGAAG TCACTCAAAA CACTGTTTTG 180 AGGTTGCAGA TAGAACTGAC GAAGTCAnnA ACCACACCTA CGGCAAAGTG AATCTGAAGT 240 GGTTTGAAGA GAGTACAACT TGTCTTTTAG AAAAGGAGCC TATAATGAAA GTCTTTCAGC 300 ATGTAAATAT CGTGACTTGT GATCAAGATT TCCATGTTTA TCTTGATGGA ATCTTAGCAG 360 TCAAGGATTC TCAAATCGTC TATGTCGGTC AAGATAAGCC AGCGTTTTTA GAGCAAGCTG 420 AGCAGATTAT AGACTATCAG GGAGCTTGGA TTATGCCTGG TTTGGTCAAT TGTCACACCC 480 ATTCTGCAAT GACAGGTCTG AGAGGGATCC GAGATGACAG CAATCTCCAT GAATGGCTCA 540 ATGA 544 (2) INFORMATION FOR SEQ ID NO : 335 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 349 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 335 : CCAGGAACTC AAATGTAAGT AGGGGTTCCT TTTTTGTATA TTTTTCAAAT AACGCCTCTA 60 CACTATTTGT AGCAAATTCA CCAACTACAG TTGTATCTTA GTTAAAATAA GTTAGAATAT 120 GTAAGTGAGT ACCAGATATA CCAAGACATC GTCACCATCT AAGGTATATT CAAAATACAA 180 AAGTTGACCA ACTAGATTTC TGAATATCCT TATATATCCA TTCTTAAAAT TGGTTTAAAT 240 AGCGTAGTCT TTTAAACTAG TTTTGAGAAT CCAAAAAATC TTCCTACATA TGTAAGAAGA 300 TTTTTTAGTT CAGAATGATT AGATTTTGCT AATGGATACC TATCCTACC 349 (2) INFORMATION FOR SEQ ID NO : 336 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1206 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 336 : CTCCGATAAC CACACCAGCA ATGGAAATAA TTCCATCGTT AGCATCAAGA ACACCCGCAC 60 GCAGGATATT TAAACGACCT GCAAAATTTG AATCAATTTC GTGATTTGTT TCTGACGCTA 120 AATTTCAAGT TCAAGTTAGC CATCAAGAAG TCTTCTCTGG GTGACTTGTA GTCCAAGCAT 180 TTTTTAGGAT AGTTGTTAAT CCACTTTTCG ATGAATGCGA CTTCTTTGGG AGTCATTTTC 240 TTGGTTCCCT TAGGTAACCA TCTACGAATG AGCCTGTTGT GATTCTCATT AGTTCCCGGG 300 ATCCTCTAGA GTCGACCTGC AGGCATGCAA GCTTGGCACT GGCCGTCGTT TTACAACGTC 360 GATGACTGGG GAAAACCCTG GCGTTACCCA ACTTAATCGC CTTGCAGCAC ATCCCCCTTT 420 CGCCAGCTGG CGTAATAGCG AAGAGGCCCG CACCGATCGC CCTTCCCAAC AGTTGCGCAG 480 CCTGAATGGC GAATGGGGCC TGATGCGGTA TTTTCTCCTT ACGCATCTGT GCGGTATTTC 540 ACACCGCATA TGGTGCACTC TCAGTACAAT CTGCTCTGAT GCCGCATAGT TAAGCCAGCC 600 CCGACACCCG CCAACACCCG CTGACGCGCC CTGACGGGCT TGTCTGCTCC CGGCATCCGC 660 TTACAGACAA GCTGTGACCG TCTCCGGGAG CTGCATGTGT CAGAAGTTTT CACCGTCA'J'C 720 ACCGAAACGC GCGAAACGAA AGGGCCTCGT GATACGCCTA TTTTTATAGG TTAATGTCAT 780 GATAAGGATG GTTTCTTAGA CGTCAAGTGG CACTTATCGG GGAAATGTGC GCCGAGACCC 840 TATTTGTTTA TTTGTCTAAA TACATTCAAA TATGTATCCG CTCGTGAGAA AATAAACCTG 900 ATAAAGCGAT CAATAATATT GAAAAATGAA GAGTATGAGT ATTCTACATT TCCGTGTCGC 960 CCTTATACCC TTTTTTGCGG CATGTTGCCT TCCTGTTTTT GCTCACCCAG AAAACGCTGG 1020 TGAAAGTTTA AGATGCTGAA AAATCATTTG GGTGCACAAC TGGGGTTACA TCCAACTGGA 1080 ATCTCCAAAA GCAGTTAAGA TCCTCTGACA GTTGTACACG CCGCAAGAAC TATTCCCGAT 1140 GAATGAGCAA CTTTTAAAAG TCCTGCGAAT GTTGGGGCGG TAATAATCCC CGTGTTGTAG 1200 GCCCGG 1206 (2) INFORMATION FOR SEQ ID NO : 337 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 813 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 337 : CTGCTCAACT CAGACAGTCA AATTTCTGAC TTTACCAAAA GAACCATCAA AAAAGTTGCT 60 GAAAAAGGCC ATCAGGTTAT TATTACGACA GGTCGCCCTT ACCGTATGTC AAAAGATTTT 120 TACCGTGAAC TGGGCTTAGA CACTCCTATG ATTAACTTCA ACGGATCCCT TACTCATTTA 180 CCAGACCAAG TTTGGGATTT TGAAAAGTGT TTGACTGTAG ACAAAAAATA TCTGCTAGAT 240 ATGGTTCAAC GTTCAGAGGA CATTCAAGCC GATTTTATCG CTGGAGAATA TCGTAAAAAA 300 TTCTACATTA CAAATCCCAA TGAAGAAATT GCCAATCCCA AACTATTTGG TGTAGAAGCT 360 TTCCAGCCTG AAGATCAATT CCAGCCTGAA TTGGTGACCA AGGACCCTAA CTGTATCCTC 420 TTGCAGACTA GAGCCAGTGA CAAATATTCC TTGGCAAAAG AAATGAACGC CTTCTACCAG 480 CATCAACTTT CTATCAATAC CTGGGGAGGT CCGCTCAATA TCCTTGAATG TACCCCAAAA 540 GGTGTCAACA AGGCCTTTGC TTTGGACTAC TTGCTCAAGA TAATGAATCG TGACAAAAAA 600 GATTTGATTG CCTTTGGAGA TGAACACAAT GATACCGAAA TGCTCGCTTT TGCTGGGAAG 660 GGTTATGCCA TGAAAAATGC CAATCCAGAG CTACTCCCTT ATGCAGATGA GCAAATTTCC 720 CTTACCAACG ACCAAGATGG GGTTGCCAAA ACCCTACAAG ACTTATTCTT ATAACCTATA 780 CTGATACTCA ATGAGGGGCA AAGAGCGAAC TTA 813 (2) INFORMATION FOR SEQ ID NO : 338 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 683 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 338 : CCTAGATAAA TGATATAATT CTATTATTGT TCGTAAAAAT TAAAAGGAGA TTGATGATGG 60 ACAAATTATT TAAACTAAAA GAGAACGGTA CAGACGTTCG TACAGAGGTT CTCGCTGGTT 120 TAACAACTTT CTTTGCAATG AGCTATATTC TCTTTGTAAA CCCACAAATA CTTTCACAAA 180 CAGGAATGCC TGCTCAGGGC GTCTTCCTAG CGACGATTAT TGGTGCAGTA GCGGGTACCT 240 TGATGATGGC TTTTTATGCT AACTTACCTT ATGCCCAAGC GCCAGGTATG GGACTCAATG 300 CCTTCTTTAC CTTTACAGTT GTATTCGGGC TTGGTTATTC TTGGCAAGAA GCCCTAGCTA 360 TGGTCTTCAT CTGTGGGATT ATTTCATTGA TTATTACCTT GACAAATGTT CGTAAAATGA 420 TCATTGAATC GATTCCCAAT GCTCTTCGCT CAGCTATTTC AGCTGGTATC GGTGTCTTCC 480 TTGCCTATGT AGGGATTAAG AATGCTGGAC TTTTGAAATT CACGATTGAT CCAGGCAACT 540 ATACTGTTGT AGGAGAAGGG GCTGACAAAG CTCAAGCAAC GATTGCAGCA AACTCTTCAG 600 CAGTTCCAGG ATTGGTCAGC TTTAATAATC CAGCTGTTTT AGTGGCTCTT GCAGGACTTG 660 CCATTACTAT CTTCTTTGTC ATC 683 (2) INFORMATION FOR SEQ ID NO : 339 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 852 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 339 : CTACTTTACA TGGAAGTAGT CACTGAATTC CAGTTAGAAA TTACTTTGTA ACTACGTTTT 60 GAGGAGGAGT AAAATGCTTT CCTACGTTCG ATATTACCCA CTAGCGATAG CTAAATTAAT 120 GTGTCTGTGC TCTCCTAAAA TCTGCTGATT TATTACTGAC TAATACAGGA GGTTTTTTTT 180 ATGgACAGAC AATCATATCT GCTATTGGTG TTTATATTTC CACCAGTATC GATTATTTAA 240 TTATTTTAAT TATTTTATTT GCACAGCTAT CACAGAATAA ACAGAAATGG CATATTTATG 300 CGGGGCAATA TCTAGGCACA GGCTTACTTG TAGGGGCGAG TTTAGTTGCT GCTTATGTCG 360 TTAATTTCGT GCCTGAAGAA TGGATGGTTG GATTGCTTGG TTTAATCCCT ATCTATTTAG 420 GGATTCGCTT TGCAATTGTT GGAGAAGATG CGGAAGAAGA AGAGGAAGAA ATTATTGAAA 480 GATTAGAACA AAGCAAGGCA AATCAACTGT TTTGGACAGT TACATTGCTG ACAATTGCGT 540 CTGGCGGAGA TAATTTAGGT ATCTATATAC CTTATTTTGC TTCGTTAGAT TGGTCACAGA 600 CCCTCGTGGC CTTGCTTGTG TTTGTAATCG GCATAATTAT CTTTTGCGAG ATTAGTCGGG 660 TGTTATCCTC TATTCCGTTA ATATTCGAGA CAATTGAAAA ATACGAGCGA ATCATTGTGC 720 CCTTAGTATT CATTCTACTT GGACTATACA TCATGTATGA AAATGGCACG ATAGAGACTT 780 TTCTGATCGT GTAGATTTTT TTGTTTCACT AGGGATTTAG CCCGAGCTCA AATCAGCTCT 840 CTGATTTTCA GA 852 (2) INFORMATION FOR SEQ ID NO : 340 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 754 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 340 : CCGCACAAAA GCGCATAGTA TCAAGATTCT ATAAAGCCTT GATACTATGC CTTTTTAATG 60 GATAAATAGT TAGTCTTTTT TAAAGACCGG ATCTTTCAAA CTCTGCATAC TGGCATTGAT 120 CACCGCGCCT AGGATAACAA TTTTAGCAAT CAAGATAAAC CAAAACATCA TAACAACAAG 180 AAGAACGGAA CCTAAAATTC GGACATCCAC CAAATGATGG ACATAGTAAT TGAGATAACT 240 AGAGAACAGA GTTAGTAAAC CTAAAATCAC TAAGAGAACA AAGGCACTGC CTGGTAGGGT 300 ATAGCTAATT TTCCTGTTAG ATAGATTGGG AAGAAAATAA TAAAGCATGA CCAAGATAGC 360 AAAGAGGAGG GCGTAAATCA GAGGACCTGC CAACCCTTGT AAAGCCTGAT AGATAATGCC 420 ATCTTTTGTC CAATAATGAG CAAGTAAAGC CAAAATCATC TGACCAAATA AGATCAAAAA 480 CAAGGCAAAC GCAAAGAGGA GCTGCAACCA AAACTGACTA GGAGACTTAG CATCTGATGG 540 GAAATAAGTC CACGACTCTT TTCGACGCCA TAAGCCTTGT TAAAAGCTTT TTGCAAGAAA 600 TTCATAGATT TTGAAAAACT CCATAACGCC GATAAAACAG AAAAACTCAA TAAACCTGTT 660 GAAGGTTGCG TCAAGACTTC TCTGGCTATT TTTTCCACAC CTTCATAGAG GCTTGGGGGG 720 CAGACGTCTT TCATAAAGCC CAAAAATTCT CCCA 754 (2) INFORMATION FOR SEQ ID NO : 341 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 707 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 341 : GGGGATAACT CTAGGAGTAC CGCTATTACT CGACTTAATG AGTGCACAAG AAGTCAGGAT 60 TTTTATGCAG GTTGGGCGCT TCATCAGACA GGGAAGATTT ACAGCGACTA TTATGGAAGT 120 CAAGGTTTGC TTTATTATTT GCTGACTTAC GTGAGTCAGG GCGGATTTTT CTTTGCCATC 180 TTTGAGTGGT TAGCCTTGGT AGCAGGAGGA TTTTTCCTTT TTAGATCAGC GGACACCTTG 240 ACAGAGCAAG GAGACCAAGC TGGACATCTG GTGACTATTT TTTACATGCT AGTTACAGGT 300 CTTGCTTTTG GTGGAGGCTA TGCGACTCTT TTAGCGCTTC CTTTCTTATT CGCAGCCTTT 360 AGTTTAGTTG CGGCTTACCT AAGCAATCCA AGCCATGATA AGGGATTTGT ACGGATTGGG 420 CTAGCTTTGG CAGGCGGATT TTTCTTTGCT CCCTTATCAT CGCTCCTGTT TATTGCTGTA 480 GTGAGTTTAG GCTTGTTGGT CTTTAACCTT GGGCATAGAC GCTTTGCGCA TGGGTTTTAT 540 CAGTTTCTTG CAGTGGCTTT AGGTTTTTCA CTTGTCTTTT ATCCAACTGC CTACTATAGT 600 GCTGCAACAG GAAGTTTTGG GGATGCGwTT AGTGGTATTC GTTATCCTAT TGACAGTATT 660 CGCTTTGATT TTACTTCTAA AATTTTAGAG AATATGTTTT TTTAAGG 707 (2) INFORMATION FOR SEQ ID NO : 342 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 762 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 342 : GGATTTTGAA AAACCATACC GATTTGACGA CGTATATTCC AAACATTTTC CTCAGTCAAA 60 CGTTGGCCAT CAATTACAAT CTCTCCGGAT TCTGCTTCCA GTAAGCCATC AATTAATCGA 120 ACCGTCGTTG ATTTACCACT ACCATTATGC CCTACAATCG AAAGCCATTC TCCACGTTTC 180 ACTTGAAAAT AATATCCTTC ACATCGTAGT AGTTCTGATT TTCTTTATAG CGAAAAGAAA 240 GATTTTTTAC ATCAATTATT GATTTCATTT CGAACCAAAT GTCCCTTTAA ATACATAGGC 300 ACTACCCTTG AAATAGTCAT AGCCAGAGTA GATAGTGAAA AATAAGGCTA CATAAAGTAG 360 AACTTGACCA AGCAAAGTCC AATGTAATAG CAAGAAAATA ATGGCAAACA TCTGACAAAA 420 AGTTTTAATT TTTCCAGGCA TTGCTGCTGC TAAAATTGTT CCACCAGTTT CAACCAATAA 480 AAGCCTTAAA CCTGTCACAG CTAACTCACG ACAGATAATC ACTGCAACAA TCCAAGCCGG 540 AGCCATACCT AACTCAATCA ACATAATAAA AGCCGACATA ACTAGTAACT TATCCGCCAT 600 AGGATCTGCA AATTTACCAA AATTACTGAC CACATTCCAT TTACGAGCTA AATATCCATC 660 TAAATAGTCG GTAATACTGG CAACAGCAAA GATAATAGCT GCAACTATAT GACTCTCTAT 720 CGAATTTCCT ATCGTTAAAA TAAAGATAAA AATAGGTATA AA 762 (2) INFORMATION FOR SEQ ID NO : 343 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 482 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 343 : CTTTTGATAC ACTTAAACTA TGAATACAAA TCTCAAGCCC AAACTTCAGC GTTTTGCTTC 60 TGCGACTGCC TTTGCCTGTC CTATCTGTCA AGAAAATCTG ACTCTGTTAG AGACTAATTT 120 CAAGTGCTGC AACCGTCATT CTTTTGACTT GGCGAAATTT GGCTATGTCA ATCTAGTCCC 180 TCAAATCAAG CAATCTGCTA ACTACGACAA GGAAAATTTT CAAAACCGTC AACAAATCCT 240 AGAAGCCGGC TTTTACCAAG CTATCTTAGA TGCTGTATCT GACTTGCTTG CAAGCTCAAA 300 AACTACCACA ACAATTTTGG ATATCGGTTG TGGTGAAGGA TTCTATTCTC GCAAACTACA 360 AGAAAGTCAC TCTGAAAAAA CTTTCTATGC CTTTGACATC TCCAAAGATT CAGTCCAAAT 420 CGCGGCTAAA AGTGAACCCA ACTGGGCAGT CAATTGGTTC GTTGGCGACT TGGCACGACT 480 TC 482 (2) INFORMATION FOR SEQ ID NO : 344 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 520 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 344 : TTTATTTTTA TAAAGTCAAT ACCTGTCTTT ACTTTTTCTT AAAAAAAGTT TATTATGTTC 60 TTTAAGGAGG TGTAAAACAT GAAAATAAAT AATAAACTCG TTGGAGAACG TATTCAAAAT 120 ATCCGTTTAA GCCATGGCGA CTCTATGGAA AAATTTGGAG AAAAATTTAA TACTAGCAAA 180 GGTACAGTTA ACAACTGGGA AAAAGGTCGC AATTTACCAA ATAAAGAAAA CCTACTAAAA 240 ATTGCATCTA TTGGAAAAAT GAGTGTTGAA GAGTTACTCT ACGGCGATTA CAATACTTAT 300 CTACACTTAA AGATTATGGA TTTAGCTCCT GAATGTATAA AAAATTATGA TGAGTATAAC 360 TCTTTACACG ATGATATAAC AAATAAAGCG TTACAGATCG CTCAAAATAC CATTTCTAAG 420 ATTGATTATC AAATTTCAGA CGAAACGATC AAAAAATTTA TTGATTTAGC TATCGAACAA 480 TCGAGAGATT TGCAAGGAAA TTTGTTGAAA AATAACGGGT 520 (2) INFORMATION FOR SEQ ID NO : 345 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1003 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 345 : GCATCAAATC CGCCATCAAA GAAGTTCTCT GGATTTACCA AGACCAGTCA AATAGCTTAG 60 AAGTGCTTAA TGACAAGTAC AATGTTCACT ACTGGAATGA CTGGGAAGTT GGAGACACGG 120 GAACCATTGG TGAGCGCTAT GGTGCCGTTG TTAAGAAACA CGACATTATC AATAAGCTTC 180 TCAAACAGTT GGAAACCAAT CCTTGGAACC GCCGCAATAT TATTTCGCTC TGGGATTACC 240 AAGCTTTCGA AGAAACAGAT GGGCTGCTCC CGTGCGCCTT TCAGACCATG TTTGATGTTC 300 GGCGTGTTGA TGGGGAAATC TATCTGGATG CGACCTTGAC CCAGCGCTCC AATGATATGC 360 TGGTGGCCCA CCACATCAAC GCTATGCAGT ATGTGGCTTT GCAGATGATG ATTGCCAAAC 420 ATTTTGGCTG GAAGGTTGGG AAGTTCTTCT ACTTCATCAA CAACCTCCAT ATCTATGATA 480 ATCAATTTGA ACAAGCTCAG GAATTGCTCC GTCGGGAgCC GTCAAACTGC CAACCACGCT 540 TGGTTTTAAA TGTTCCTGAT GGGACTAATT TCTTTGATAT CAAAGCAGAA GATTTTGAGT 600 TGGTGGATTA TGACCCTGTT AAGCCACAGT TGAAGTTTGA CCTAGCTATT TAAAAGAATA 660 GAAAAAAGAA GTTGAGAATA ATCCCAACTT CTTTTGTTTC TTAACGTGAT ACGCGGCGAC 720 GAGCTGCTTT TTTACGGTTT TCTTCGATGA AAGCTGCTTT TTGCTCTTCT GGTTCGATTA 780 CTTTCTTTTT AAATGCGTAT ACTGCACCTG CAACGGCAGC GACAGTTCCT GCGACACCTG 840 TTACAAGACC TTTAGCGAAT CCTTTAGCCA TGAGTCTTCC TCCTTTATAT TCTCAATCAG 900 CCAGCCTCCT CAAGAGGTCA CATTTTTCTG ACTGACCTTT TTGTGTTATA ATAATAGTAA 960 CGAAAAAATG GGAATTTTTC AAGGAAAAAA GATGAGAACA AAA 1003 (2) INFORMATION FOR SEQ ID NO : 346 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 750 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 346 : CCGCACGTAC TATTCCAGAT GCCGAGGAAG TGGACCTCAT CCTCGTTGGC GCAACTGGTC 60 TCAACGCCTT TGAACGCCTC TTGGTCGGCT CTTCATCTGA ATACATACTC CGCCATGCTA 120 AGGTCGATTT GCTGGTTGTG AGAGAACAAG AAAAAACCTT ATAATCACAA AGAAAAGGAG 180 CCCCTAGCTC CTTTTTGTTT ACGATTTATT TCTCTCTTTA TGGCGTTCGT AAGCCTTGAG 240 CTGGCGCTGC AGTTCCTTTT TAATAGCAGG TTCTGGAGCA TATTTTTCTT CCCAATTATC 300 TGGTTTTAAG ATTTTATGGG TCACTGGATC AAAATGAGCC TTGCCATCTG GAAAAATTTT 360 CCCCATATTG GCCTGATGGA CAATATCAAA AATACGTTCT GGGTCCACCC CCATCAAGAC 420 AAAACTGCCG TAGGTGAAGT AAAGCGTGTC AATCAAGGCA TCCACTTGCC CTATCAAATC 480 TTGCTGAGCA GGTGTCTTCT TGGCTACTTT ATCTGCTGCC TTATCAAGGG CCTGATGAAG 540 TTGCGATACA GCTTGACCAA AATCTTCTTC AGAAGGACTG GCTGCTCGAA CAAACTCCAC 600 CAATTCTTCT ATTTTAAAAC CAGCCCTATG GGTTGCACCC TCTAAATCCC AAGCTCGAGG 660 TTCTTCTTGG GTTCGTTCAT CCATCATGTG GTGGAAAGTC TTGACCTTAT TGAAATGATA 720 GTCACGGCTG ACAAAGACTT TTTCTGAAGA 750 (2) INFORMATION FOR SEQ ID NO : 347 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 596 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 347 : CGCAACATAC GGATAACCTC CAAAGAATAT TTTTATATTA TAGCAAAGCT TTAAATTGAA 60 TGTTAGAGTC TTGTTCAAAA CAATCATCAA AACCACGTGG ATGATGGTAT TCTACTAAGT 120 GTTGATCTTG AGGATAAGTG TACTTACCGC CAACTTCCCA GATAAATGGA TGGAAATCGT 180 ATTGCAAGCG ATCTTTTCGC ATTTTCCAAA GTTCTAGAAT CTCATTAGTA GAAGCCATGA 240 AGTTAGACCA GATATCATAG TGAACTGGGA TAATGACTTT GGTACGCAGA TTTTCTGCCA 300 TACGAAGAAG GTCGATAGAT GTCAATTTGG CTTGGATACC TACCGGATTT TCACCATAGT 360 TATTCAAAGC AACATCAATT TTAAAGTCTT TACCATGTTT TGCAAAATAG TTTGAGAAGT 420 GAGAATCTGC ACCATGATAG ATGGTTCCAC CTGGTGTTTC AAAGATATAG TTAACAGCCT 480 TTTGAGCCAT TTCTTCATCT GTAACAGCCA AGCCACAGCT TCACCGCCTG TCTCATCAGC 540 ACCGTTCACT GGGAGAGTTA CCAAGCAAGT ACGGTCAAAT GATTCTACTG CATGAA 596 (2) INFORMATION FOR SEQ ID NO : 348 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 673 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 348 : CAGAGTCAAC AGCCTGAGTT GAAGGCAACT TTAGACACAG CAGTTACGAC AGCTGAATGA 60 GCTCCTCCAT CAGTTTTTTC TTTAATGAGT CCAGCTACAT CTTCAACTTC GAGGCCGTTA 120 ATCACAATGT CAGCGCCTAC TTCTTTTGCA AGGGCAAGTT TGTCATTGTT GATATCGACT 180 GCGATAACAT GAGCATTGAA TACTTTTTTA GCGTATTGAA CAGCGAGGTT ACCAAGTCCA 240 CCAGCACCGT AAAGAACAAC CCATTGGCCT GGTTCAACTT TTGCTTCTTT GATAGCTTTA 300 TAGGTTGTTA CTCCAGCACA TGTGATAGAA GAAGCTTGGG CTGGATCAAG TCCGTCAGGA 360 ACTTTGACAG CATAGTCAGC AGTTACGATA CATTGTTCAG CCATACCACC GTCTACTGAG 420 TAGCCAGCAT TTTTCACTGT ACGGCAAAGG GTTTCGCGAC CAGTTGTACA GTATTCGCAA 480 GTGCCACATC CTTCAAAGAA CCAAGCAACG CTGACGCGGT CACCGACTTT AAGGCTTTTC 540 ACATCTGGAG CAATCTCTTT AACGATACCG ATACCTTCGT GCCCAAGAAC ACGTCCTGGG 600 ACTTGACCAA AGTCACCATG AGCAACGTGG AGGTCGGTGT GGCAAACGCC CACAGTATTC 660 ACTTCTACAA GTG 673 (2) INFORMATION FOR SEQ ID NO : 349 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 198 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 349 : GTACCCTACA AATGCTTTAC AGTATGGGTT GAGGGTGGTC AATGGAACTA TGGAGTAGGT 60 TGGACAGGAA CTTTTGGATA TTCTGATTAC TTACATTCTA CTCGATATCA TACAGCAACT 120 GTTAGACATG GGGGTAGAAC CTCTAAGGAT TATGCAAAAC CTGAGGCATG GGCTAGAGCT 180 TCCCTCACCA AGATTCCG 198 (2) INFORMATION FOR SEQ ID NO : 350 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 891 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 350 : GCTTCTTCTA TAGACAAAAA TATCATGGGT AAAATAATCA AGGCTATAGC TAGAAGGAGG 60 GACCAATCCA CTACTAATCC TAAGAACAAA ACACTCAAGA GAGCAGAAGA GAGAGGTTCA 120 CTGGCACTGA TAACGGCAAC CACCAAAGGA GAAACCAAGG ACACAGCCTT CATGGAAATG 180 AAAAAAGCAA AAGCCGTTCC AAAGAAAGCG ATAATGAGGC AAATCAAGAT ACTCCAAATA 240 TCAAGAGTAA AGGAAAGCTG ATAAACCGGC GAGAGGACAT TGCTAAACAA ACCTGCCAAA 300 ATCATCCCCC ACCCAACCGT AGGAACAAAA CCATAACGCT TAGCAAAAGG TTGGGGCAAG 360 ATAACATTAA ACATAACACC CATGGCACTC AGCAAACCTG TTATAAGAGC TAGCGGCGTC 420 ATGGATAACT GAGAGAGGTC TCCCTTTGTC GCCATCAAGC AAACACCCAG CATGGCAACC 480 AAAACATAGA AAACAGCGCT TTTTGACGCT CGTTTTTGAT AAACCAAGCG ATTGTAAAAG 540 AGGATAAAGA CAGGGCTAAT AAACTGTAAA ATAGTTGCTG TCGTAGCATT TGAGTATTCT 600 ACACAGAGAT AGAAAAAATA CTGAACTGAA AAAATCCCCA AAATAGCATA GGCTAAAAAG 660 GGCAGGTAAT TTTTCTTGTC TCGCCAAATA TCTAGCACTT GCGATTTTAA TTGTATTGCA 720 GACCAAATGA GTACAAGACT CCCTGCCAGT GTCAAACGCA TAGAGGTAAT CCAGCCCGAA 780 GACACCTGAT AATGAGTAAA GAAGTACTCT CCTAAAATTC CACAGATTCC CCATATTAAG 840 CCGGATAGGA GCGAATAAAT TTTTCCGTTA ACAATCTTTT TCTGATACTG A 891 (2) INFORMATION FOR SEQ ID NO : 351 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 325 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 351 : GAAAGCGTTC AATAGAACAT TGCTTTTTTA TTTTTAGAGT AAGCTAAGCG CTTCAGCATC 60 TGCGATGATG GTTACATCAG GGTGATTTTG GAGGCTACTT GCAGGTAGGT TCTCAGTCAC 120 TGGGCCAGAT ACTGTTCCGG CAATGGCTTC TGCTTTCGAC TCACCGTAAG CAAAAAGAAT 180 AATAGACTTG GCATCCAAAA TGTTTTTAAT CCCCATTGAA ATAGCTTGGG TTGGGACGTC 240 TTCAATCTTG GCAAAGAAGC GTGCATTGGC TTCGATAGTA GACTGGTCAA GTTCTACTAG 300 ATGCGTTTGA CTGTCAAATG GAGTG 325 (2) INFORMATION FOR SEQ ID NO : 352 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 344 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 352 : CAAGAGCAGT TTGATGATTT TTGATAAGCA TGCGAATTTA AAATACAAAT ATGGCAATCG 60 CAAGTTTTGG TGTAGAGGCT ATTATGTAGA TACGGTAGGC CGTAATCAGA AAGTGATAGC 120 TGAATATATT CAGAATCAAT TACAAGAAGA CAGAGTAGCA GACCTAGCTC ACGTTATTCG 180 AGTCAGTAGA TCCGTTTACT GGCGAAATAA ATAAGAGGAA GTAACGAAAA GTGCTTTAGC 240 ACCTGCTCGG GAAAGTGGTG CGCGAGGAAG CTATTTCAGG ATGCTTTGGC CCTGGCCGGT 300 AGAAGCGTTA TAGCCGCAGA CTACGACACT TCACACTGGT GGTT 344 (2) INFORMATION FOR SEQ ID NO : 353 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 692 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 353 : CCCTATCCCT GCTATTGGGG CTGCTCTCAT TGCTGCTTTG GCACAAATCA GTCTTCCAAT 60 TGGACCTGTT CCCTTCACTC TGCAAAACTT TGCAATCGGC TTGATTCTAC TGTCTTTAGA 120 CCGAGAGAGG CTGTACTTTC TGCTGGACTC TATCTTCTTC TAGGTGCTAT CGGTCTTCCT 180 GTCTTTGCAG GAGGTGGAGC TGGTTTTCAG GCTTTAGTTG GCCCTACTGC AGGCTATCTT 240 TGGTTTTATC TCGTTTACTC TGGACTTACT TCCTCTCTAA CCAACAGCAA GAGTGGTGTT 300 GTTAAGATTT TTCTTGCAAA CCTCTTGGGT GATGCCCTTG TCTTTGTCGG CGGGATTCTC 360 AGCTTGCATT TCCTAGCTGG AATGGCATTT GAAAAAGCTC TTGCTGTGGG GGTTCTTCCC 420 TTTATCATTC CAGACCTTGG CAAACTTCTA GCTATTAGTT TTATTAGCCG TCCCCTACTT 480 CAACGCCTTA AAAATCAGGC TTACTTTACT AACTAAAAAA GGATATCGAG TTATCATGAC 540 TCAATATCCT TTTCTTTTAT TTTGAAAACT TATACTCAAT GAAAATCAAA GAGCAAACTA 600 GGAAGCTAGC CTCAGGCTTG CAAAACACTG TTTTGAGGTT GTGGATGAAA CTGACGAGTA 660 AAATTTCATA CATACGGCAA GGCAAAGCTG AC 692 (2) INFORMATION FOR SEQ ID NO : 354 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1005 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 354 : GTGATGGACT ACTGGTTCAA AACGCATCCA GAAGATTTTT TCGATAATGT CGGACCTCTT 60 GTAGCCAGTA ACTTTTTTCA TACTTACACC GAAGATTTCC ACTTGATGAA GGAAATTGGA 120 GTTAATTCTT TCCGCACTTC CATCCAATGG AGTCGACTCA TCAAGAATTT AGAGACAGGT 180 GAGCCTGATC CAAAAGGTAT TGCTTTCTAC AATGCCATCA TTGAAGAAGC TAAAAAGAAC 240 CAGATGGATC TTGTGATGAA TTTACATCAT TTTGATTTAC CAGTGGAACT TCTTCAAAAA 300 TACGGTGGTT GGGAAAGCAA ACATGTAGTG GAGTTATTCG TGAAGTTTGC CAAGACTGCT 360 TTCACATGCT TTGGAGATAA GGTTCATTAC TGGACAACTT TCAATGAGCC AATGGTCATT 420 CCAGAAGCAG GGTACTTATA TGCTTTCCAT TATCCAAATC TAAAAGGAAA GGGAAAAGAG 480 GCCGTACAAG TCATCTATAA TCTAAACCTT GCTAGTGCAA AAGTGATTCA ACTATATCGC 540 TCATTAGAAC TTGATGGAAA GATTGGGATT ATTTTAAACT TGACACCTGC TTATCCAAGA 600 AGTAATTCTC CAGAAGACTT AGAAGCAAGT CGATTTACAG ATGACTTCTT TAACAAAGTC 660 TTCTTGAATC CAGCTGTTAA AGGAACTTTC CCAGAAAGAT TGGTAAAACA GCTAGAGAGA 720 GATGGCGTGT TATGGAGTCA TACCGAAAAA GAGCTTCAAC TGATGAAATC AAATACGGTT 780 GATTTTCTTG GAGTAAACTA CTACCATCCA AAACGTGTTC AAGCACAAGC AAATCCTGAG 840 GAATATCAGA CGCCCTGGAT GCCAGACCAA TACTTCAAAG AGTATGAATG GCTGGAGCGT 900 CGCATGAATC CATATCGTGG TTGGGAAATT TTTCCGAAAG CCATTTATGA TATTGCTATG 960 ATTGTGAAGG AAGAATATGG TAATATCCCA TGGTTTATCA GTGAA 1005 (2) INFORMATION FOR SEQ ID NO : 355 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 973 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 355 : CCGACAAGCA ATATTAAAAA GAGTAAACTA TTAACTAGTT AATTAACCGG TTTATTACTT 60 TATAGTGAAT CAAATATACT TAAGAAAAGA GGAAAGAATG AAAATTAATA AAAAATATCT 120 AGCAGGTTCA GTGGCAGTCC TTGCCCTAAG TGTTTGTTCC TATGAGCTTG GACGTTACCA 180 AGCTGGTCAG GATAAGAAAG AGTCTAATCG AGTTGCTTAT ATAGATGGTG ATCAGGCTGG 240 TCAAAAGGCA GAAAACTTGA CACCAGATGA AGTCAGTAAG AGGGAGGGGA TCAACGCCGA 300 ACAAATTGTT ATCAAGATTA CGGATCAAGG TTATGTGACC TCTCATGGAG ACCATTATCA 360 TTACTATAAT GGCAAGGTTC CTTATGATGC CATCATCAGT GAAGAGCTCC TCATGAAAGA 420 TCCGAATTAT CAGTTGAAGG ATTCAGACAT TGTCAATGAA ATCAAGGGTG GTTATGTCAT 480 TAAGGTAAAC GGTAAATACT ATGTTTACCT TAAGGATGCA GCTCATGCGG ATAATATTCG 540 GACAAAAGAA GAGATTAAAC GTCAGAAGCA GGAACGCAGT CATAATCATA ACTCAAGAGC 600 AGATAATGCT GTTGCTGCAG CCAGAGCCCA AGGACGTTAT ACAACGGATG ATGGGTATAT 660 CTTCAATGCA TCTGATATCA TTGAGGACAC GGGTGATGCT TATATCGTTC CTCACGGCGA 720 CCATTACCAT TACATTCCTA AGAATGAGTT ATCAGCTAGC GAGTTAGCTG CTGCAGAAGC 780 CTATTGGAAT GGGAAGCAGG GATCTCGTCC TTCTTCAAGT TCTAGTTATA ATGCAAATCC 840 AGCTCAACCA AGATTGTCAG AGAACCACAA TCTGACTGTC ACTCCAACTT ATCATCAAAA 900 TCAAGGGGGA AACATTTCAA GCCTTTTACG TGAATTGTAT GCTAACCCTT ATCAGAACGC 960 CATGTGGGAT CTG 973 (2) INFORMATION FOR SEQ ID NO : 356 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 843 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 356 : GGTCGCATCT GCAATATCTG TCGCCTCCAC ATAAGCGACA CCAGCCTTGT CTGCTGCCCG 60 TTTGACACGT TCTGCAGATT GACCCAGGAT GACCATCTTC TTGAGTCCAG TAATGTCTGG 120 CACCAATTCG TCAAACTCAT TGCCACGGTC CAAACCACCT GCAATCAAGA CGACCTTGCT 180 GTTGTCAAAT CCTGACAAGC TTTTTGAGTA GCCAAGATAT TAGTTGATTT ACTGTCGTTA 240 TAGAATTTAA CACCCTTGAT GTCATCCACA AACTGGAGAC GGTGTTTGAC ACCACCGAAG 300 GCTGAAAGAG TTTCCTTGAT GGTTTGATTG TCCACATCAC GAAGCTTGGC TACAGCAATA 360 GTCGCAAGGG CATTTTCCAC ATTGTGGCTA CCTGGAACAC CGATTTCATT CGCTGCCATG 420 ACTACTTCAC CACGGAAGTA GAGTTGACCA TCTTCCAGAT AAGCTCCATC AACCTTTTCA 480 AGTGTTGAAA ATGGTACAAC AGTGGCTTCT GTCTTGGAAG TCAAGTCTTT TGCCAAGTCT 540 TGATTAAAGT TCAAGACAAG GAAATCAGCT GCTGTCATCT TGTTCTGGAT ATTCCACTTG 600 GCTGCTACAT ATTCCGAAAA TGACCCATGG TAGTCGATAT GAGTTGGCAT GAGGTTGGTA 660 ATAACCGCAA TCTCTGGATG GAATTCTTGA ACACCCATGA GTTGGAAAGA AGAAAGTTCC 720 ATAACAAGCG TGTCCTTATC TGATGCTATT TGAGCAACCT GACTAGCTGG ATAGCCGATA 780 TTCCCTGATA AAAGACCATG TTGGCCAGCA GCAGTCAAAA CTTCCCGGGn TCCTCTAGAG 840 TCG 843 (2) INFORMATION FOR SEQ ID NO : 357 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 807 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 357 : TTTTTTTTAT ATTTTTTTTA TTTATTATTT TTTGGCAAAA AAGACCAATT TGCTTTGGAG 60 CATTGCTTCT GCATTAAATT GTCTATTTTT GCTCGTGCTG TTACGCTCTT TGTATCATGT 120 ATTAACTAGC AAGTGCAACT TGCAAACTAC TAGTAAGAGG AGAAAAACAA AATGGTTATG 180 ACTGACCCAA TCGCAGACTT CCTAACTCGT ATTCGTAATG CTACCAATCC TAAACACGAA 240 GTACTTGAAG TACCTGCATC AAACATCAAA AAAGGGATTG CTGAAATCCT TAAACGCGAA 300 GGTTTTGTAA AAAACGTTGA AATCATTGAA GATGACAAAC AAGGCGTCAT CCGTGTATTT 360 CTTAAATACG GACCAAATGG TGAGAAAGTT ATCACTAACT TGAAACGTGT TTCTAAACCA 420 GGACTTCGTG TCTACAAAAA ACGTGAAGAC CTTCCAAAAG TTCTTAACGG ACTTGGAATT 480 GCCATCCTTT CAACTTCTGA AGGTTTGCTT ACTGATAAAG AAGCACGCCA AAAGAATGTT 540 GGTGGTGAGG TTATCGCTTA CGTTTGGTAA AATCAAGATA CAAAGCTCGT AAAGAACAAA 600 GCAAAATTAG GAAGTTGGAG AAGTTTGTTT ACAAACAGGC CAACTTATCT ATTTTGCACA 660 GTTCTTAGAG CGTGTTCAGT TCAGCTCTTG AGCTAAGTAA GTATCTGAAC CCCGTGAAAA 720 CTGGCCGTGC TGGCATGTTC GGGTAACAGG AGATAATAAA CATGTCACGT ATTGGTAATA 780 AGTTCAGCTA AGGCCTTCGT AAAAGTT 807 (2) INFORMATION FOR SEQ ID NO : 358 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 653 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 358 : CCCAGTATTT TTGTCCAAGC ACGACCAGAA AAGGATGATA CAGATCTGGA ATTGGCTCTC 60 TTAACCATCT ATGAACAAAA TCCTCAGGCT CAGGTCACTA TTTTCGGTGC CTTGGGTGGC 120 CGTATTGACC ATATGTTGGC CAATGTCTTT CTGCCTAGCA ATCCTAAGTT GGCACCCTAT 180 ATGCATCAAA TAGAAATTGA GGATGGGCAA AACTTGATTA CTTATTGTCC AGAAGGAATC 240 AGTCAGCTAG AACCTCGTTC AGACTACGAC TATCTAGCCT TTATGCCAGT TCGGGATAGC 300 CAAGTATGAG TTGACAGAGG AAAATTTTTT CTTTAAAAAA GTGTACGCTT CTAACGAATA 360 TATAGATAGG GAAGTGTCGG TAACTTGCCC AGATGGTTAT GTGGTCGTAC TGCATAGCAA 420 GGACAGGAGG TAGGATGGAA AGTTTACTTA TTCTATTATT AATTGCCAAT CTAGCTGGTC 480 TCTTTCTGAT TTGGCAAAGG CAGGATAGGC AGGAGAAACA CTTAAGTAAG AGCTTGGAGG 540 ATCAGGCAGA TCATTTGTCA GACCAGCTGG ATTACCGCTT TGACCAAGCC AGACAAGCCA 600 GCCAGTTAGA CCAAAAAGAT TTGGAAGTGG TTGTCAGCGA CCGTTTGCAA GAA 653 (2) INFORMATION FOR SEQ ID NO : 359 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 641 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 359 : CACCATGTGA TGTGACGCTG GCCACAGCTG TCAGAAATCT GGCGAGCCAT CGTGTGCAAT 60 GACTCTTCCC GATGTAATCT TGTTCATAGT CCTTTGATGA ATATGTTCAA GCTGTAGAAG 120 GTGCGCTTCC TGAACACTTA TCAACTGTTA CAGGCGAGTT GACCAGTCAG GAAACAGATG 180 GCTGGTACAC ACTTGCCAAC ACTTCTTCAT CCCGCATTTA CCTAAAACAA GCCTTCCAAG 240 AAAATAGCAA CCTCCTAGAG CAAGTGGTAG AACCCTTGAC TATTATCACT GGTGGACACA 300 ACCACAAGGA CCAGTTGACC TATGCTTGGA AAACACTTTT GCAGAATGCG CCACATGATA 360 GTATCTGTGG CTGTAGCGTG GACGAAGTTC ACCGCGAGAT GGAAACGCGT TTTGCCAAGG 420 TCAACCAAGT AGGAAACTTT GTTAAAAGTA ACTTGCTCAA CGAGTGGAAG GGTAAAATTG 480 CTACGGATAA GGCTCAAAGA GACTATCTCT TTACTGTCAT TAACACAGGC TTGCATGATA 540 AGGTCGATAC TGTCAGCACA GTGATTGATG TGGCGACTTG TGATTTCAAG GAATTGCACC 600 CAACAGAAGG CTACAAAAAG ATGGCTGCTC TTATCTTGCC G 641 (2) INFORMATION FOR SEQ ID NO : 360 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1958 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 360 : CCTCAAGGCC AATTTGAAGG CTCTAAAACA ATGGAAAAGT GCTACACAGA TGTGACAGAA 60 TTTGCCATTC CAGCAAGTAC TCAAAAGCTT TACTTATCAC CAGTTTTAGA TGGCTTTAAT 120 AGCGAAATTA TTGCTTTTAA TCTTTCGACT TCACCCAACT TAGAACAAGT ACAAACAATG 180 TTAGAACAGG CATTCAAAGA GAAGCACTAC GAGAATACGA TTCTCCATAG TGACCAAGGC 240 TGGCAATATC AACACGATTC TTATCATCGG TTCCTAGAGA GTAAGGGAAT TCAAGCATCT 300 ATGTCACGCA AGGGCAACAG CCAAGACAAC GGTATGATGG AATCTTTCTT TGGCATTTTA 360 AAATCCGAAA TGTTTTATGG CTATGAGAAA ACATTTAAAT CACTTAACCA ATTGGAACAA 420 GCCATTATAG ACTATATTGA TTACTACAAC AACAAACGAA TTAAGGTAAA ACTAAAAGGA 480 CTTAGTCCTG TGCAGTACAG AACTAAATCC TTTGGATAAA TTAATTGTCT AACTTTTTGG 540 GGTCAGTACA AAACTCTTGC TACTATGCGT TTTATTATTG AAAGACTTAT TGGACTTTCT 600 CTCAAATCGA GTTTTTACTC AATTTTCTTA CTTGATTGGG ATTGAAATTC CAATTAATTT 660 CTCTGAGTAG AGTGTCTTGA TATTGGCTTC ATCAACAGAG GCCTTATCAA TTTTACGTTT 720 CAAGAAAAAT TCTTGAATGG TTTCGATTTC AGGCTCACGA ATAGCACGGT GTTTGTTTGA 780 GATGAGGATT TCATAGTGAA GCGGAGCTTG GGTAAAAATA ACATCTGTAT TCCCTGCAGA 840 ATAAACCTCA ACAAGGGTTG CATCGGTACT TTCTAGCTGA CTTTTTACAA GTTGCGAGTG 900 TGAGTTTGTC GTATTGATAA GCTTCATAAT ATTTCCTCCG ATTTTCTAAT TCTATTATAG 960 CACTTTTTGA ATAAAGTCGC TTGATTTATA CTCAATGAAA ATCAAAGAGC AAACTAGGAA 1020 GCTAGCCGCA GTCTTTACTT GAGTACGGTA AGGCGACGCT GACGTGGTTT GAATTTTATT 1080 TTCGAAGAGT ATTAGCCAAT CTTATGCTGT TTTTTCCAAG ATTCAATGGC CCATTTATGG 1140 CTACCACGTT TAAGGTTTTT GATAGCCTCG TCAATAGGGA ACCAGGCAAT ATGATTAAAG 1200 TTTTCTAGTG GCTTTTGTAC TTCTTTGAAA GGAGTTGCTT CATAGAGGTA GGCAGGATTG 1260 TAGTAGTAGG TATCACGATG ACGAGAATAG AAATATTCGT CAGCTTGTCC GTAATAGGTA 1320 CCAATTTCTG CTGTGAAACC AAGCTCTTCA ATCAACTCAT GCTTTAGGGC TTCCTGATGA 1380 TTTTCACCTG CTTCAATTTC TCCACATGGT AGGAACCAAG CACCATTTGG TTCTTGAACA 1440 AGAACAATTT GTTTTTGTTC AGGATTAGGG ATAACTGCAT ATACGCCATA GCGAGCAATA 1500 TAGTCTGTAT TCACTTTTTT TCTCCGAAAG TTGGGTTTGC CATTGCATTT TCCTCATTAT 1560 CTAGTATCGT TATTATTATA GTGAAATGAA CCAAAAATAG TACACAATGT GGTATAATCT 1620 TCTTATGGCA TATTCAATAG ATTTTCGTAA AAAAGTTCTC TCTTATTGTG AGCGAACAGG 1680 TAGTATAACA GAAGCATCAC ACGTTTTCCA AATCTCACGT AATACCATTT ATGGCTGGTT 1740 AAAGCTAAAA GAGAAAACAG GAGAGCTAAA CCACCAAGTA AAAGGAATAA AACCAAGAAA 1800 GGTTGATAGA GATAGACTTA AAAACTATCT TACTGACAAT CCAGACGCTT ATTTGACTGA 1860 AATAGCTTCT GAATTTGGCT GTCATCCAAC TACCATCCAC TATGCGCTCA AAGCTATGGG 1920 tACACTCGAA AAAAAAAAGA ACTACACCTA CTATGAAC 1958 (2) INFORMATION FOR SEQ ID NO : 361 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 851 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 361 : TATGAAATTA AGTTATGATG ATAAAGTTCA GATCTATGAA CTTAGAAAAC AAGGATATAG 60 CTTAGAGAAG CTTTCAAATA AATTTGGGAT AACAATTTCT AATCTTAGGT ATATGATTAA 120 ATTGATTGAT CGTTACGGAA TAGAGTTCGT CAAAAAAGGA AAAAATCGTT ACTATTCTCC 180 TGATTTAAAA CAAGAAATGA TTAATAAAGT CTGACATGAA GGCTGGACTA AAGATAGAGT 240 TTCTCTTGAA TACGGTCTCC CAAGTCGTAC GATACTTCTT AACTGGCTAG CACAATACAG 300 GAAAAACGGG TATACTATTG TTGAGAAACC AAGAGGGAGA GTACCTGAGA GCGGAGAATG 360 CCATCCTAAA AAAGTTAAGA GAACTCCGAT TGAAGGAGGA AAAAGAGAAA GAAGAAAGAC 420 AGATATTGTT TAAGAATTAA TGACTGAGTT TTCGTTAGAT CTTCTTTTAA AAGTCATTAA 480 ACTAGCTCGT TCGACCTACT ACTATCACTT GAAACAGCTA GATAAACCAG ATAAGGACCA 540 AGAGCTTAAA GCTGAAATTC AATCCATTTT TATCGAACAC AAAGGAAATT ATGCTTATCG 600 TCGGATTTAT TTAGAACTAA GAAATCGTGG TTATCTGGTA AATCATAAAA GAGTTCAAGG 660 CTTGATGAAA GTCCTCAATC TACAAGCTAA AACGCGACAG AAACGAAAAT ATTCTTCTCA 720 TAAAGGAGAC GTTGGCAAGA AGGCAGAGAA TCTCATTCAA GGCCAATTTG AAGGCTCTAA 780 AACAATGGAA CAGTGCTACA CAGATGTGAC AGAATTTGCC ATTCCAGTAA GTACTTAAAA 840 GCTTTACTTA T 851 (2) INFORMATION FOR SEQ ID NO : 362 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1168 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 362 : GGGTAGAATC GATATCTCCA ATGAGTTGGT tTAGCTGGTG AAACTGTAAA AAGATTTGGC 60 CCAATTCAAG GTTGAGGCAT CGCAAACTAT GGACTGTTTC CTCGTCAGTT CTGGAAAGAA 120 AACGGGATAA GGTTGGCTGT GAAGCAAGCT GCCCTCCTTC CAACAATTTT GGAAAGTAGG 180 CATCAGCTGA CAATTCTTTA CAAGCATAGT CCGTTCCATA ACCTGTTAAC AGTTGAAAGA 240 GGAACTGGAC AAGGATATCT GAATCCGAAT AACGACAGTA GCGGCGTTGG TCATTCGTTA 300 CTAAATACTT AGAAATCCGC TCTTTTAGTT TCAACTGGGA AAAAAGTTCC TGAAAAAAGA 360 TAAGACCACC ATACTGGGTT AAATGACCTC CATCGAAAGA TAGTTGGTAA AAAGACTTGT 420 TTTGGAAGTG ATGATTTGGT AAACTGTTCA TGTGAGTTTC CTTTCTTTTT GTGTTTTTTT 480 CTACACTTAT ACCATAAAGG GGAAACTCTT TTTTGTCTAG TAAAAAACAC CCATTGGGTG 540 AAAAAAGAAA CCATCCAGGA TCTAAGCTAA GGCAAGGATT CTGGATGGTT TTTAGATTTG 600 GGGTGAATAA TTGGGGTTTT AGCTGCTTGC GGCCAATCAG GTTCAGATAC AAAAACTTAC 660 TCATCAACCT TTAGTGGAAA TCCAACTACA TTTAACTATC TATTAGACTA TTACGCTGAT 720 AATATAGTCA ATTGAAACAA GAACAAGACA AAAGAGCCTC ATAAAAGGTA TTGCAACTTG 780 GTAATACCTT TTTGAGGTGC TTTTTGATAT GAGCCCATGT TTTCTCAATA GGATTGTACT 840 CAGGTGAGTA GGGAGGAAGA GGTAAAAGTT TATACCCAAA CTCTTCACAC AAGAGTTCTA 900 ACTTACCCAT TCTATGGAAT CTTGCATTAT CCATAATAAT AACCGATGGT GTGTTTAATG 960 TTGGTAAGAG AAATTTCTGA AACCAAGCTT CAAAAAAGTC GCTCGTCATC GTCTCTTCGT 1020 AAGTTATTGG AGCGATTAAC TCACCATTTG TTAGACCTGC AACCAAAGAA ATCCTCTGAT 1080 ATCTTCTTCC AGATACTTTG CCTCTTCTTA ACTGACCTTT TAATGAGCGA CCATATTCTC 1140 GATAAAAATA AGTATCGAAT CCTGTTTC 1168 (2) INFORMATION FOR SEQ ID NO : 363 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 4483 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 363 : GTCAGCTTCA GCAAGCCCAT CAGCTTCTGA ATCTGCATCA ACCAGTGCGT CCGCTTCAGC 60 GTCAACCAGT GCGTCGGCTT CAGCGTCGAC AAGTGCTTCG GCTTCAGCAT CAACGAGTGC 120 GTCGGCCTCA GCAAGCGCAA GTACCTCAGC GTCAGCTTCC GCCTCAACCA GTGCGTCGGC 180 TTCAGCAAGC ACAAGTGCGT CAGCCTCAGC AAGTATCTCA GCGTCTGAAT CGGCATCAAC 240 GAGTGCGTCT GAGTCAGCAT CAACGAGTAC GTCAGCCTCA GCAAGCACAT CAGCTTCTGA 300 ATCTGCATCA ACCAGTGCGT CAGCCTCAGC ATCGACAAGC GCCTCAGCTT CAGCAAGTAC 360 CAGTGCTTCA GCCTCAGCGT CGACAAGTGC GTCGGCCTCA ACCAGTGCAT CTGAATCGGC 420 ATCAACCAGT GCGTCAGCCT CAGCAAGTAC TAGTGCATCA GCTTCAGCAT CAACGAGTGC 480 ATCGGCTTCA GCATCAACCA GTGCCTCGGC TTCAGCGTCA ACCAGTGCGT CAGCTTCAGC 540 AAGTACCAGT GCTTCAGTCT CAGCATCAAC AAGTGCTTCA GCCTCAGCAT CGACAAGTGC 600 CTCGGCTTCA GCAAGCACAT CAGCATCTGA ATCAGCGTCG ACAAGCGCCT CAGCTTCAGC 660 AAGTACCAGT GCGTCAGCCT CAGCGTCGAC AAGTGCGTCA GCCTCAGCAA GTACTAGTGC 720 ATCAGCTTCA GCATCAACGA GTGCATCGGC TTCGGCGTCA ACCAGTGCAT CAGAGTCAGC 780 AAGTACCAGT GCGTCAGCTT CCGCATCAAC AAGTGCCTCG GCTTCAGCAA GCACCAGTGC 840 GTCGGCTTCA GCAAGTACTA GCGCCTCAGC CTCAGCCTCA ACCAGTGCGT CAGCCTCAGC 900 AAGTATCTCA GCGTCTGAAT CGGCATCAAC GAGTGCGTCC GCTTCAGCAA GTACTAGCGC 960 CTCAGCCTCA GCGTCAACAA GTGCATCGGC TTCAGCGTCA ACGAGTGCGT CTGAATCGGC 1020 ATCAACGAGT GCGTCCGCTT CAGCAAGTAC TAGCGCCTCA GCCTCAGCGT CAACAAGTGC 1080 ATCGGCTTCA GCATCAACGA GTGCGTCCGC TTCAGCAAGT ACTAGCGCCT CAGCCTCAGC 1140 GTCAACAAGT GCATCGGCTT CAGCGTCAAC GAGTGCGTCT GAGTCAGCAT CAACGAGTGC 1200 GTCAGCCTCA GCAAGCACAT CAGCTTCTGA ATCTGCATCA ACCAGTGCGT CATCCTCACC 1260 ATCGACAAGC GCCTCAGCTT CAGCAAGTAC CAGTGCGTCA CCTCAGCGTC GACAAGTGCs 1320 TCAGCTTCAG CAAGTACCAG TGCGTCAGCC TCAGCAAGTA CCAGTGCkTC AGCCTCAGCG 1380 TCGACAAGTG CGTCGGCCTC AACCAGTGCA TCTGAATCGG CATCAACCAG TGCGTCAGCC 1440 TCAGCAAGTA CTAGCGCCTC AGCCTCAGCA TCAACGAGTG CGTCCGCTTC AGCAAGTACT 1500 AGTGCATCAG CTTCAGCAAG TACTAGCGCC TCAGCCTCAG CGTCGACAAG CGCCTCAGCT 1560 TCAGCAAGTA CCAGTGCGTC AGCCTCAGCG TCGACAAGTG CGTCGGCTTC AGCAAGTACC 1620 TCAGCGTCTG AATCAGCATC AACAAGTGCG TCGGCTTCAG CATCAACGAG TGCATCAGCT 1680 TCAGCATCAA CAAGTGCTTC AGCTTCAGCA AGTACCAGTG CGTCGGCTTC AGCATCAACG 1740 AGTGCTTCAG TCTCAGCGTC AACCAGTGCC TCTGAATCCG CATCAACAAG TGCCTCGGCT 1800 TCAGCAAGCA CCAGTGCTTC GGCTTCAGCG TCAACGAGTG CGTCTGAGTC AGCATCAACG 1860 AGTGCGTCAC CTCAGCAAGC ACATCAGCTT CTGAATCTGC ATCAACCAGT GCGTCACTTC 1920 CGCATCAACA AGCGCCTCGG CCTCAGCAAG TACAAGTGCT TCAGCCTCAG CATCAACCAG 1980 TGCATCAGCT TCAGCCTCAA CAAGTGCTTC AGCCTCAGCG TCAACCAGTG CCTCGGCTTC 2040 AGCAAGTACC AGTGCGTCAG CTTCAGCAAG CACAAGTGCG TCAGCTTCAG CATCAACCAG 2100 TGCTTCGGCT TCGGCATCAA CAAGTGCCTC AGCATCAGCA TCAACGAGTG CGTCAsCTCA 2160 GCAAGTACTA GTGCATCAGC ATCAGCATCA ACCAGTGCAT CAGCCTCAGC AAGTATCTCA 2220 GCGTCTGAAT CGGCATCAAC GAGTGCATCA GCATCAGCAT CAACGAGTGC ATCGGCTTCA 2280 GCGTCAACCA GTGCATCAGT CTCAGCAAGC ACCAGTGCGT CGGCTTCAGC ATCAACCAGT 2340 GCCTCAGCCT CAGCAAGTAT CTCAGCGTCT GAATCGGCAT CAACGAGTGC GTCAGcCTCA 2400 GCAAGTACTA GTGCATCAGC ATCAGCATCA ACGAGTGCAT CGGCTTCAGC AAGTACCAGC 2460 GCCTCAGCTT CAGCAAGCAC CAGTGCGTCA GCCTCAGCAA GTACCAGCGC CTCAGCCTCA 2520 GCAAGCACCA GTGCCTCAGC TTCAGCAAGT ACCAGTGCGT CAGCCTCAGC GTCGACAAGT 2580 GCGTCGGCTT CAGCAAGTAC CTCAGCGTCT GAATCAGCAT CAACGAGTGC ATCAGCTTCA 2640 GCATCAACAA GTGCTTCAGC TTCAGCAAGT ACCAGTGCGT CGGCTTCAGC ATCAACGAGT 2700 GCTTCAGTCT CAGCGTCAAC CAGTGCCTCT GAATCAGCAT CAACAAGTGC CTCGGCTTCA 2760 GCAAGCACCA GTGCGTCGGC TTCAGCAAGT ACTAGTGCAT CGGCTTCAGC ATCGACAAGT 2820 GCGTCTGAAT CGGCATCAAC GAGTGCTTCG GCTTCAGCAT CAACGAGTGC CTCAGCCTCA 2880 GCAAGCACAT CAGCTTCTGA ATCTGCATCA ACCAGTGCGT CCGCTTCAGC GTCAACCAGT 2940 GCGTCGGCTT CAGCGTCGAC AAGTGCTTCG GCTTCAGCAT CAACGAGTGC GTCGGCCTCA 3000 GCAAGCGCAA GTACCTCAGC GTCAGCTTCC GCCTCAACCA GTGCGTCCGC TTCAGCAAGC 3060 ACAAGTGCGT CAGCCTCAGC AAGTATCTCA GCGTCTGAAT CGGCATCAAC GAGTGCGTCG 3120 GCCTCAGCAA GCGCAAGTAC CTCAGCGTCA GCTTCCGCCT CAACCAGTGC GTCGGCTTCA 3180 GCAAGCACAA GTGCGTCAGC CTCAGCAAGT ATCTCAGCGT CTGAATCGGC ATCAACGAGT 3240 GCGTCTGAGT CAGCATCAAC GAGTACGTCA GCCTCAGCAA GCACATCAGC TTCTGAATCG 3300 GCATCAACCA GTGCGTCAGC CTCAGCATCG ACAAGCGCCT CAGCTTCAGC AAGTACCAGT 3360 GCTTCAGCCT CAGCGTCGAC AAGTGCGTCG GCCTCAACCA GTGCATCTGA ATCGGCATCA 3420 ACCAGTGCGT CAGCCTCAGC AAGTACTAGT GCATCAGCTT CAGCATCAAC GAGTGCATCG 3480 GCTTCAGCAT CAACCAGTGC CTCGGCTTCA GCGTCAACCA GTGCGTCAGC TTCAGCAAGT 3540 ACCAGTGCTT CAGTCTCAGC ATCAACAAGT GCTTCAGCCT CAGCATCGAC AAGTGCCTCG 3600 GCTTCAGCAA GCACATCAGC ATCTGAATCA GCGTCGACAA GCGCCTCAGC TTCAGCAAGT 3660 ACCAGTGCGT CAGCCTCAGC GTCGACAAGT GCGTCAGCCT CAGCAAGTAC TAGTGCATCA 3720 GCTTCAGCAT CAACGAGTGC ATCGGCTTCG GCGTCAACCA GTGCATCAGA GTCAGCAAGT 3780 ACCAGTGCGT CAGCTTCCGC ATCAACAAGT GCCTCGGCTT CAGCAAGCAC CAGTGCGTCG 3840 GCTTCAGCAA GTACTAGCGC CTCAGCCTCA GCCTCAACCA GTGCGTCAGC CTCAGCAAGT 3900 ATCTCAGCGT CTGAATCGGC ATCAACGAGT GCGTCCGCTT CAGCAAGTAC TAGCGCCTCA 3960 GCCTCAGCGT CAACAAGTGC ATCGGCTTCA GCGTCAACGA GTGCGTCTGA ATCGGCATCA 4020 ACGAGTGCGT CCGCTTCAGC AAGTACTAGC GCCTCAGCCT CAGCGTCAAC AAGTGCATCG 4080 GCTTCAGCAT CAACGAGTGC GTCCGCTTCA GCAAGTACTA GCGCCTCAGC CTCAGCGTCA 4140 ACAAGTGCAT CGGGTTCAGC GTCAACGAGT GCGTCTGAGT CAGCATCAAC GAGTGCGTCA 4200 CCTCAGCAAG CACATCAGCT TCTGAATCTG CATCAACCAG TGCGTCACTT CCGCATCAAC 4260 AAGCGCCTCG GCCTCAGCAA GTACAAGTGC TTCAGCCTCA GCATCAACCA GTGCATCAGC 4320 TTCAGCCTCA ACAAGTGCTT CAGCCTCAGC GTCAGACCAG TGCCTCGGCT TCAGCAAGTA 4380 CCAGTGCGTC ACTTCAGCAA GCACAAGTGC GTCAGCTTCA GCATCAACCA GTGCTTCGGC 4440 TTCGGCATCA ACAAGTGCCT CAGCATCAGC ATCAACGAGT GCG 4483 (2) INFORMATION FOR SEQ ID NO : 364 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 2550 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 364 : GTACCTCAGC GTCCTTCCGC CTCAACCAGT GCGTCCGCTT CAGCAAGCAC AAGTGCGTCA 60 CCTCAGCAAG TATCTCAGCG TCTGAATCGG CATCAACGAG TGCGTCGGCC TCAGCAAGCG 120 CAAGTACCTC AGCGTCACTT CCGCCTCAAC CAGTGCGTCG GCTTCAGCAA GCACAAGTGC 180 GTCAGCTCAA CAAGTATCTC AGCGTCTGAA TCGGCATCAA CGAGTGCGTC TGAGTCAGCA 240 TCAACGAGTA CGTCAGCCTC AGCAAGCACA TCAGCTTCTG AATCGGCATC AACCAGTGCG 300 TCAGCCTCAG CATCGACAAG CGCCTCAGCT TCAGCAAGTA CCAGTGCTTC AGCCTCAGCG 360 TCGACAAGTG CGTCGGCCTC AACCAGTGCA TCTGAATCGG CATCAACCAG TGCGTCAGCC 420 TCAGCAAGTA CTAGTGCATC AGCTTCAGCA TCAACGAGTG CATCGGCTTC AGCATCAACC 480 AGTGCCTCGG CTTCAGCGTC AACCAGTGCG TCAGCTTCAG CAAGTACCAG TGCTTCAGTC 540 TCAGCATCAA CAAGTGCTTC AGCCTCAGCA TCGACAAGTG CCTCGGCTTC AGCAAGCACA 600 TCAGCATCTG AATCAGCGTC GACAAGTGCG TCGGCCTCAA CCAGTGCATC TGAATCGGCA 660 TCAACCAGTG CGTCAGCCTC AGCAAGTACT AGTGCATCAG CTTCAGCATC AACGAGTGCA 720 TCGGCTTCGG CGTCAACCAG TGCATCAGAG TCAGCAAGTA CCAGTGCGTC AGCTTCCGCA 780 TCAACAAGTG CCTCGGCTTC AGCAAGCACA TCAGCATCTG AATCAGCGTC AACCAGTGCT 840 TCGGCTTCAG CAAGTACCAG TGCTTCAGCT TCAGCATCAA CCAGCGCCTC GGCCTCAGCA 900 AGCACCTCAG CTTCTGAATC GGCCTCAACC AGCGCCTCGG CCTCAGCAAG CACCTCAGCT 960 TCTGAATCGG CCTCAACCAG CGCCTCAGCC TCAGCATCAA CGAGTGCTTC GGCTTCAGCA 1020 AGCACAAGCG CCTCGGGTTC AGCATCAACG AGTACGTCAG CTTCAGCGTC AACCAGTGCT 1080 TCAGCCTCAG CATCAACAAG TGCGTCAGCC TCAGCAAGTA TCTCAGCGTC TGAATCGGCA 1140 TCAACGAGTG CGTCTGAGTC AGCATCAACG AGTACGTCAG CCTCAGCAAG CACAAGTGCT 1200 TCAGCCTCAG CAAGTATCTC AGCGTCTGAA TCGGCATCAA CGAGTGCGTC CGCTTCAGCA 1260 AGTACTAGCG CCTCAGCATC AGCGTCAACA AGTGCTTCGG CTTCAGCGTC AACGAGTGCG 1320 TCTGAGTCAG CATCAACGAG TACGTCAGCC TCAGCAAGCA CATCAGCTTC TGAATCTGCA 1380 TCAACCAGTG CGTCAGCCTC AGCATCGACA AGCGCCTCAG CTTCAGCAAG TACCAGTGCG 1440 TCAGCCTCAG CAAGTACCAG TGCTTCAGCC TCAGCGTCGA CAAGTGCGTC GGCCTCAACC 1500 AGTGCATCTG AATCGGCATC AACCAGTGCG TCAGCTCAGC AAGTACTAGT GCATCAGCTT 1560 CAGCATCAAC GAGTGCATCG GCTTCGGCGT CAACCAGTGC ATCAGAGTCA GCAAGTACCA 1620 TGCGTCAGCT TCCGCATCAA CAAGTGCCTC GGCTTCAGCA AGCACATCAG CATCTGAATC 1680 AGCGTCAACC AGTGCTTCGG CTTCAGCAAG TACCAGTGCT TCAGCTTCAG CATCAACCAG 1740 CGCCTCGGCC TCAGCAAGCA CCTCAGCTTC TGAATCGGCC TCAACCAGCG CCTCGGCCTC 1800 AGCAAGCACC TCAGCTTCTG AATCGGCCTC AACCAGCGCC TCAGCCTCAG CATCAACGAG 1860 TGCTTCGGCT TCAGCAAGCA CAAGCGCCTC GGGTTCAGCA TCAACGAGTA CGTCAGCTTC 1920 AGCGTCAACC AGTGCTTCAG CCTCAGCATC AACAAGTGCG TCAGCCTCAG CAAGTATCTC 1980 AGCGTCTGAA TCGGCATCAA CGAGTGCGTC TGAGTCAGCA TCAACGAGTA CGTCAGCCTC 2040 AGCAAGCACC TCAGCTTCTG AATCGGCCTC AACCAGTGCG TCAGCCTCAG CATCGACAAG 2100 CGCCTCAGCT TCAGCAAGTA CCAGTGCTTC AGCCTCAGCG TCGACAAGTG CGTCGGCCTC 2160 AACCAGTGCA TCTGAATCGG CATCAACCAG TGCGTCAGCC TCAGCAAGTA CTAGTGCATC 2220 GGCTTCAGCA TCAACCAGTG CCTCGGCTTC AGCGTCAACC AGTGCGTCAG CTTCAGCAAG 2280 TACCAGTGCT TCAGTCTCAG CATCAACAAG TGCTTCAGCC TCAGCATCGA CAAGTGCCTC 2340 GGCTTCAGCA AGCACATCAG CATCTGAATC AGCGTCGACA AGCGCCTCAG CTTCAGCAAG 2400 TACCAGTGCG TCAGCCTCAG CGTCGACAAG TGCGTCAGCT ACAGCAAGTA CTAGTGCATC 2460 AGCTTCAGCA TCAACGAGTG CATCGGCTTC GGCGTCAACC AGTGCATCAG AGTCAGCAAG 2520 TACCAGTGCG TCAGTTCACG CATCAACAAG 2550 (2) INFORMATION FOR SEQ ID NO : 365 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1436 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 365 : ACCCAGCAAG TACTAGTGCA TCGGCTTCAG CAAGCACCAG TGCGTCGGCT TCAGCATCAA 60 CCAGTGCCTC AGCCTCAGCA AGTATCTCAG CGTCTGAATC GGCATCAACG AGTGCGTCAC 120 CTCAGCAAGT ACTAGTGCAT CAGCATCAGC ATCAACGAGT GCATCGGCTT CAGCAAGTAC 180 CAGCGCCTCA GCTTCAGCAA GCACCAGTGC GTCAGCTCAA CAAGTACCAG CGCCTCAGCC 240 TCAGCAAGCA CCAGTGCCTC AGCTTCAGCA AGTACCAGTG CGTCAGCCTC AGCGTCGACA 300 AGTGCGTCGG CTTCAGCAAG TACCTCAGCG TCTGAATCAG CATCAACGAG TGCATCAGCT 360 TCAGCATCAA CAAGTGCTTC AGCTTCAGCA AGTATCTCAG CGTCTGAATC GGCATCAACG 420 AGTGCGTCCG CTTCAGCAAG TACTAGCGCC TCAGCATCAG CGTCAACAAG TGCTTCGGCT 480 TCAGCGTCAA CGAGTGCGTC TGAGTCAGCA TCAACGAGTA CGTCAGCCTC AGCAAGCACA 540 TCAGCTTCTG AATCTGCATC AACCAGTGCG TCAGCCTCAG CATCGACAAG CGCCTCAGCT 600 TCAGCAAGTA CCAGTGCGTC AGCCTCAGCG AGTACCAGTG CTTCAGCCTC AGCGTCGACA 660 AGTGCGTCGG CCTCAACCAG TGCATCTGAA TCGGCATCAA CCAGTGCGTC AGCCTCAGCA 720 AGTACTAGCG CCTCAGCCTC AGCATCAACG AGTGCGTCCG CTTCAGCAAG TACTAGTGCA 780 TCAGCTTCAG CAAGTACTAG CGCCTCAGCC TCAGCGTCGA CAAGCGCCTC AGCTTCAGCA 840 AGTACCAGTG CGTCAGCCTC AGCGTCGACA AGTGCGTCGG CTTCAGCAAG TACCTCAGCG 900 TCTGAATCAG CATCAACAAG TGCGTCGGCT TCAGCATCAA CGAGTGCATC AGCTTCAGCA 960 TCAACAAGTG CTTCAGCTTC AGCAAGTACC AGTGCGTCGG CTTCAGCATC AACGAGTGCT 1020 TCAGTCTCAG CGTCAACCAG TGCCTCTGAA TCCGCATCAA CAAGTGCCTC GGCTTCAGCA 1080 AGCACCAGTG CTTCGGCTTC AGCGTCAACG AGTGCGTCTG AGTCAGCATC AACGAGTGCG 1140 TCAGCCTCAG CAAGCACATC AGCTTCTGAA TCTGCATCAA CCAGTGCGTC AGCTTCCGCA 1200 TCAACAAGCG CCTCGGCCTC AGCAAGTACA AGTGCTTCAG CCTCAGCATC AACCAGTGCA 1260 TCAGCTTCAG CCTCAACAAG TGCTTCAGCC TCAGCGTCAA CCAGTGCCTC GGCTTCAGCA 1320 AGTACCAGTG CGTCAGCTTC AGCAAGCACA AGTGCGTCAG CTTCAGCATC AACCAGTGCT 1380 TCGGCTTCGG CATCAACAAG TGCCTCAGCA TCAGCATCAA CGAGTGCGTC AGCCGG 1436 (2) INFORMATION FOR SEQ ID NO : 366 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 735 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 366 : GCAGTTGCCA CACCGTGCTG ACCAGCACCC GTTCCTGCGA TAATTTTCTT TTTACCCATG 60 CTTCTGGCAA GCCAAACTTG TCCTAAGGCA TTGTTAATCT TGTGGGCTCC TGTATGGTTA 120 AGGTCTTCCC GTTTGAGATA AATCTTGCTC CGCCAATATG CTGGGTCAAG TTTTTTGCGT 180 AATAAAGAGG AGTTTCACGT CCTACGTACT GGCGCAAAAG CTGGTTTAAT TCCTCTTGGA 240 AACTTGGGTC TGCCTGACTT TCACGGTAGG CCTTCTCCAA CTCCAAAACT GCTGTCATCA 300 ATGTTTCTGG GACAAAACGT CCGCCGAATT TTCCGTAAAA TCCATCTTTA TTTGGTTCCT 360 GATATGCCAT GCTTTACCCT CTCTATAAAT CTTCTAATCT TTTCATGATC TTTTTGTCCA 420 TCTGTCTCCA CTCCGCTCGA TACATCTACT GCATAGGGAG TAAAGTGTTG AATTGCTTTT 480 ACTACATTAT CTTCATTAAG GCCACCTGCG ATAAAGAAGG GCTGTGCTAG TCCAGTCGTA 540 TCCAGTTGAC CCCAATCAAA GGGCTGGCCA CTTCCTGCCA CAGGGGCATC AAAGAGTAGA 600 TAATCTGCCT GAGAATTGGG GACATGCCCA TTTCCATCTA CCTGCACAGC CTGAATACTG 660 GCACAAGGCA AATTCTCAAA TAAATCATCT GCCACCTGAC CGTGAACTTG AACCAAGTCC 720 AAGCCGGGGA TCCTC 735 (2) INFORMATION FOR SEQ ID NO : 367 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1702 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 367 : TACTAGCGCC TCAGCCTCAG CGTCAACAAG TGCATCGGCT TCAGCATCAA CGAGTGCGTC 60 CGCTTCAGCA AGTACTAGCG CCTCAGCCTC AGCGTCAACA AGTGCATCGG CTTCAGCGTC 120 AACGAGTGCG TCTGAGTCAG CATCAACGAG TGCGTCAGCC TCAGCAAGCA CATCAGCTTC 180 TGAATCTGCA TCAACCAGTG CGTCAGCCTC AGCATCGACA AGCGCCTCAG CTTCAGCAAG 240 TACCAGTGCG TCAGCCTCAG CGTCGACAAG TGCGTCGGCT TCAGCAAGTA CCAGTGCGTC 300 AGCCTCAGCA AGTACCAGTG CGTCAGCCTC AGCGTCGACA AGTGCGTCGG CCTCAACCAG 360 TGCATCTGAA TCGGCATCAA CCAGTGCGTC AGCCTCAGCA AGTACTAGTG CATCAGCTTC 420 AGCATCAACG AGTGCATCGG CTTCAGCATC AACCAGTGCA TCAGAGTCAG CAAGTACCAG 480 TGCGTCGGCT TCCGCATCAA CAAGTGCCTC GGCTTCAGCA AGTACTAGCG CCTCAGCCTC 540 AGCGTCAACA AGTGCTTCAG CTTCCGCGTC AACCAGCGCC TCGGCCTCAG CAAGTATCTC 600 AGCGTCTGAA TCGGCATCAA CAAGTGCCTC GGCTTCAGCA TCAACGAGTG CATCAGTCTC 660 AGCAAGCACC AGTGCGTCGG CCTCAGCAAG CACCAGCGCG TCTGAATCCG CATCAACCAG 720 TGCCTCAGCT TCAGCAAGTA CCTCAGCATC TGAATCAGCA TCAACAAGTG CATCGGCTC 780 AGCAAGCACA AGTGCTTCAG CCTCAGCAAG TATCTCAGCG TCTGAATCGG CATCAACGAG 840 TGCGTCCGCT TCAGCAAGTA CTAGCGCCTC AGCATCAGCG TCAACAAGTG CTTCGGCTTC 900 AGCGTCAACG AGTGCGTCTG AGTCAGCATC AACGAGTACG TCAGCCTCAG CAAGCACATC 960 AGCTTCTGAA TCTGCATCAA CCAGTGCGTC AGCCTCAGCA TCGACAAGCG CCTCAGCTTC 1020 AGCAAGTACC AGTGCGTCAG CCTCAGCAAG TACCAGTGCT TCAGCCTCAG CGTCGACAAG 1080 TGCGTCGGCC TCAACCAGTG CATCTGAATC GGCATCAACC AGTGCGTCAG CCTCAGCAAG 1140 TACTAGCGCC TCAGCCTCAG CATCAACGAG TGCGTCCGCT TCAGCAAGTA CTAGTGCATC 1200 AGCATCAGCA TCAACGAGTG CATCGGCTTC AGCAAGTACC AGCGCCTCAG CTTCAGCAAG 1260 CACCAGTGCG TCAGCCTCAG CAAGTACCAG CGCCTCAGCC TCAGCAAGCA CCAGTGCCTC 1320 AGCTTCAGCA AGTACCAGTG CGTCAGCCTC AGCGTCGACA AGTGCGTCGG CTTCAGCAAG 1380 TACCTCAGCG TCTGAATCAG CATCAACGAG TGCATCAGCT TCAGCATCAA CAAGTGCTTC 1440 AGCTTCAGCA AGTACCAGTG CGTCGGCTTC AGCATCAACG AGTGCTTCAG TCTCAGCGTC 1500 AACCAGTGCC TCTGAATCAG CATCAACAAG TGCCTCGGCT TCAGCAAGCA CCAGTGCGTC 1560 GGCTTCAGCA AGTACTAGTG CATCGGCTTC AGCATCGACA AGTGCGTCTG AATCGGCATC 1620 AACGAGTGCT TCGGCTTCAG CATCAACGAG TGCGTCAGCC TCAGCAAGCA CATCAGCTTC 1680 TGAATCTGCA TCAACCAGTG CG 1702 (2) INFORMATION FOR SEQ ID NO : 368 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 941 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 368 : ACCAGTGCAT CAGCTTCAGC CTCAACAAGT GCTTCAGCCT CAGCGTCAAC CAGTGCCTCG 60 GCTTCAGCAA GTACCAGTGC GTCACTTCAG CAAGCACAAG TGCGTCACTT CAGCATCAAC 120 CAGTGCTTCG GCTTCGGCAT CAACAAGTGC CTCAGCATCA GCATCAACGA GTGCGTCACC 180 TCAGCAAGTA CTAGTGCATC AGCATCAGCA TCAACCAGTG CATCAGCCTC AGCAAGTATC 240 TCAGCGTCTG AATCGGCATC AACGAGTGCA TCAGCATCAG CATCAACGAG TGCATCGGCT 300 TCAGCGTCAA CCAGTGCATC AGTCTCAGCA AGCACCAGTG CGTCGGCTTC AGCATCAACG 360 AGTGCCTCAG CCTCAGCAAG TATCTCAGCG TCTGAATCGG CATCAACGAG TGCGTCAGCC 420 TCAGCAAGTA CTAGTGCATC GGCTTCAGCA AGCACCAGTG CGTCGGCTTC AGCATCAACC 480 AGTGCCTCAG CCTCAGCAAG TATCTCAGCG TCTGAATCGG CATCAACGAG TGCGTCAGCC 540 TCAGCAAGTA CTAGTGCATC AGCATCAGCA TCAACGAGTG CATCGGCTTC AGCAAGTACC 600 AGCGCCTCAG CTTCAGCAAG CACCAGTGCG TCAGCCTCAG CAAGTACCAG CGCCTCAGCC 660 TCAGCAAGCA CCAGTGCCTC AGCTTCAGCA AGTACCAGTG CGTCAGCCTC AGCGTCGACA 720 AGTGCGTCGG CTTCAGCAAG TACCTCAGCG TCTGAATCAG CATCAACGAG TGCATCAGCT 780 TCAGCATCAA CAAGTGCTTC AGCTTCAGCA AGTACCAGTG CGTCGGCTTC AGCATCAACG 840 AGTGCTTCAG TCTCAGCGTC AACCAGTGCC TCTGAATCAG CATCAACAAG TGCCTCGGCT 900 TCAGCAAGCA CCAGTGCGTC GGCTTCAGCA AGTACTAGTG C 941 (2) INFORMATION FOR SEQ ID NO : 369 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 869 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 369 : CAGCAAGTAC TAGTGCATCA GCTTCAGCAT CAACGAGTGC ATCGGCTTCT GCGTCAACCA 60 GTGCATCAGA GTCAGCAAGT ACCAGTGCGT CAGCTTCCGC ATCAACAAGT GCCTCGGCTT 120 CAGCAAGCAC CAGTGCGTCG GCTTCAGCAA GTACTAGCGC CTCAGCCTCA GCCTCAACCA 180 GTGCGTCAGC CTCAGCAAGT ATCTCAGCGT CTGAATCGGC ATCAACGAGT GCGTCCGCTT 240 CAGCAAGTAC TAGCGCCTCA GCCTCAGCGT CAACAAGTGC ATCGGCTTCA GCGTCAACGA 300 GTGCGTCTGA ATCGGCATCA ACGAGTGCGT CCGCTTCAGC AAGTACTAGC GCCTCAGCCT 360 CAGCGTCAAC AAGTGCATCG GCTTCAGCAT CAACGAGTGC GTCCGCTTCA GCAAGTACTA 420 GCGCCTCAGC CTCAGCGTCA ACAAGTGCAT CGGCTTCAGC GTCAACGAGT GCGTCTGAGT 480 CAGCATCAAC GAGTGCGTCA GCCTCAGCAA GCACATCAGC TTCTGAATCT GCATCAACCA 540 GTGCGTCAGC CTCAGCATCG ACAAGCGCCT CAGCTTCAGC AAGTACCAGT GCGTCAGCCT 600 CAGCGTCGAC AAGTGCGTCG GCTTCAGCAA GTACCAGTGC GTCAGCCTCA GCAAGTACCA 660 GTGCGTCAGC CTCAGCGTCG ACAAGTGCGT CGGCCTCAAC CAGTGCATCT GAATCGGCAT 720 CAACCAGTGC GTCAGCCTCA GCAAGTACTA GTGCATCAGC TTCAGCATCA ACGAGTGCAT 780 CGGCTTCAGC ATCAACCAGT GCATCAGAGT CAGCAAGTAC CAGTGCGTCA GTTTCTGCAT 840 GCAACAAGTG CCTCGGCTTC AGCAAGTAC 869 (2) INFORMATION FOR SEQ ID NO : 370 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 750 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 370 : TCAACAAGTG CCTCAGCATC AGCATCAACG AGTGCGTCAG CCTCAGCAAG TACTAGTGCA 60 TCAGCATCAG CATCAACCAG TGCATCAGCC TCAGCAAGTA TCTCAGCGTC TGAATCGGCA 120 TCAACGAGTG CATCAGCATC AGCATCAACG AGTGCATCGG CTTCAGCGTC AACCAGTGCA 180 TCAGTCTCAG CAAGCACCAG TGCGTCGGCT TCAGCATCAA CGAGTGCCTC AGCCTCAGCA 240 AGTATCTCAG CGTCTGAATC GGCATCAACG AGTGCGTCAG CCTCAGCAAG TACTAGTGCA 300 TCGGCTTCAG CAAGCACCAG TGCGTCGGCT TCAGCATCAA CCAGTGCCTC AGCCTCAGCA 360 AGTATCTCAG CGTCTGAATC GGCATCAACG AGTGCGTCAG CCTCAGCAAG TACTAGTGCA 420 TCAGCATCAG CATCAACGAG TGCATCGGCT TCAGCAAGTA CCAGCGCCTC AGCTTCAGCA 480 AGCACCAGTG CGTCAGCCTC AGCAAGTACC AGCGCCTCAG CCTCAGCAAG CACCAGTGCC 540 TCAGCTTCAG CAAGTACCAG TGCGTCAGCC TCAGCGTCGA CAAGTGCGTC GGCTTCAGCA 600 AGTACCTCAG CGTCTGAATC AGCATCAACG AGTGCATCAG CTTCAGCATC AACAAGTGCT 660 TCAGCTTCAG CAAGTATCTC AGCGTCTGAA TCGGCATCAA CGAGTGCGTC CGCTTCAGCA 720 AGTACTAGCG CCTCAGCATC AGCGTCAACG 750 (2) INFORMATION FOR SEQ ID NO : 371 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 957 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 371 : CCGGAAAACA GCTCTGGCGC TTGGTCTTGC CCAGCGTATT GCTAGTGGTG ACGTGCCTGC 60 GGAAATGGCT AAGATGCGCG TGTTAGAACT TGATTTGATG AATGTCGTTG CAGGGACACG 120 CTTCCGTGGT GACTTTGAAG AACGCATGAA TAATATCATC AAGGATATTG AAGAAGATGG 180 CCAAGTCATC CTCTTTATCG ATGAACTCCA CACCATCATG GGTTCTGGTA GCGGGATTGA 240 TTCGACTCTG GATGCGGCCA ATATCTTGAA ACCAGCCTTG GCGCGTGGAA CTTTGAGAAC 300 GGTTGGTGCC ACTACTCAGG AAGAATATCA AAAACATATC GAAAAAGATG CGGCACTTTC 360 TCGTCGTTTC GCTAAAGTGA CGATTGAAGA ACCAAGTGTG GCAGATAGTA TGACTATTTT 420 ACAAGGTTTG AAGGCGACTT ATGAGAAACA TCACCGTGTA CAAATCACAG ATGAAGCGGT 480 TGAAACAGCG GTTAAGATGG CTCATCGTTA TTTAACCAGT CGTCACTTGC CAGACTCTGC 540 TATCGATCTC TTGGATGAGG CGGCAGCAAC AGTGCAAAAT AAGGCAAAGC ATGTAAAAGC 600 AGACGATTCA GATTTGAGTC CAGCTGACAA GGCCCTGATG GATGGCAAGT GGAAACAGGC 660 AGCCCAGCTA ATCGCAAAAG AAGAGGAAGT ACCTGTCTAC AAAGACTTGG TGACAGAGTC 720 TGATATTTTG ACCACCTTGA GTCGCTTGTC AGGAATCCCA GTTCAAAAAC TGACTCAAAC 780 GGATGCTAAG AAGTATTTAA ATCTTGAAGC AGAACTCCAT AAACGGGTTA TCGGTCAAGA 840 TCAAGCTGTT TCAAGCATTA GCCGTGCCAT TCGCCGCAAC CAGTCAGGGA TTCGCAGTCA 900 TAAGCGTCCG ATTGGTTCCT TTATGTTCCT AGGGCCTACA GGTGTCGGGG TATCCGA 957 (2) INFORMATION FOR SEQ ID NO : 372 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 807 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 372 : CAAAGCGCCT CAGCTTCAGC ATCAACAAGT GCGTCGGCTT CAGCATCAAC CAGTGCCTCG 60 GCTTCAGCGT CAACCAGTGC GTCACATTCA GCAAGTACCA GTGCTTCAGT CTCAGCATCA 120 ACAAGTGCTT CAGCCTCAGC ATCGACAAGT GCCTCGGCTT CAGCAAGCAC ATCAGCATCT 180 GAATCAGCGT CAACCAGTGC TTCGGCTTCA GCAAGTACCA GTGCTTCAGC TTCAGCATCA 240 ACCAGCGCCT CGGCCTCAGC AAGCACCTCA GCTTCTGAAT CGGCCTCAAC CAGCGCCTCG 300 GCCTCAGCAA GCACCTCAGC TTCTGAATCG GCCTCAACCA GCGCCTCAGC CTCAGCATCA 360 ACGAGTGCTT CGGCTTCAGC AAGCACAAGC GCCTCGGGTT CAGCATCAAC GAGTACGTCA 420 GCTTCAGCGT CAACCAGTGC TTCAGCCTCA GCATCAACAA GTGCGTCAGC CTCAGCAAGT 480 ATCTCAGCGT CTGAATCGGC ATCAACGAGT GCGTCTGAGT CAGCATCAAC GAGTACGTCA 540 GCCTCAGCAA GCACCTCAGC TTCTGAATCG GCCTCAACCA GTGCGTCAGC CTCAGCATCG 600 ACAAGCGCCT CAGCTTCAGC AAGTACCAGT GCTTCAGCCT CAGCGTCGAC AAGTGCGTCG 660 GCCTCAACCA GTGCATCTGA ATCGGCATCA ACCAGTGCGT CAGCCTCAGC AAGTACTAGT 720 GCATCGGCTT CAGCATCAAC CAGTGCCTCG GCTTCAGCGT CAACCAGTGC GTCAGCTTCA 780 GCAAGTACCA TGTGCTTCAT GTCTCAG 807 (2) INFORMATION FOR SEQ ID NO : 373 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1068 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 373 : CATCGGCTTC AGCATCAACG AGTGCGTCCG CTTCAGCAAG TACTACCGCC TCAGCCTCAG 60 CGTCAACAAG TGCATCGGCT TCAGCGTCAA CGAGTGCGTC TGAGTCAGCA TCAACGAGTG 120 CGTCACCTCA GCAAGCACAT CAGCTTCTGA ATCTGCATCA ACCAGTGCGT CACCTCAGCA 180 TCGACAAGCG CCTCAGCTTC AGCAAGTACC AGTGCGTCAC CTCAGCGTCG ACAAGTGCGT 240 CGGCTTCAGC AAGTACCAGT GCGTCASCTC AGCAAGTACC AGTGCGTCAC CTCAGCGTCG 300 ACAAGTGCGT CGGCCTCAAC CAGTGCATCT GAATCGGCAT CAACCAGTGC GTCACCTCAG 360 CAAGTACTAG TGCATCAGCT TCAGCATCAA CGAGTGCATC GGCTTCAGCA TCAACCAGTG 420 CATCAGAGTC AGCAAGTACC AGTGCGTCAG CTTCCTCATC AACAAGTGCC TCGGCTTCAG 480 CAAGTACTAG CGCCTCAGCC TCAGCGTCAA CAAGTGCTTC AGCTTCCGCG TCAACCAGCG 540 CCTCGGCCTC AGCAAGTATC TCAGCGTCTG AATCGGCATC AACAAGTGCC TCGGCTTCAG 600 CATCAACGAG TGCATCAGTC TCAGCAAGCA CCAGTGCGTC GGCCTCAGCA AGCACCAGCG 660 CGTCTGAATC CGCATCAACC AGTGCCTCAG CTTCAGCAAG TACCTCAGCA TCTGAATCAG 720 CATCAACAAG TGCATCGGCT TCAGCAAGCA CAAGTGCTTC AGCCTCAGCA AGTATCTCAG 780 CGTCTGAATC GGCATCAACG AGTGCGTCCG CTTCAGCAAG TACTAGCGCC TCAGCATCAG 840 CGTCAACAAG TGCTTCGGCT TCAGCGTCAA CGAGTGCGTC TGAGTCAGCA TCAACGAGTA 900 CGTCAGCCTC AGCAAGCACA TCAGCTTCTG AATCTGCATC AACCAGTGCG TCAGCCTCAG 960 CATCGACAAG CGCCTCAGCT TCAGCAAGTA CCAGTGCGTC AGCCTCAGCA AGTACCAGTG 1020 CTTCAGCCTC AGCGTCGACA AGTGCGTCGG GCTCAACCAG TGCATCTG 1068 (2) INFORMATION FOR SEQ ID NO : 374 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 620 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 374 : CAGCATCAAC GAGTGCTTCA GTTTCAGCGT CAACCAGTGC CTCTGAATCA GCTTCAACAA 60 GTGCCTCGGC TTCAGCAAGC CCCAGTGCGT CGGCTTCAGC AAGTACTAGT GCATCGGCTT 120 CAGCATCGAC AAGTGCGTCT GAATCGGCAT CAACGAGTGC TTCGGCTTCA GCATCAACGA 180 GTGCGTCAGC CTCAGCAAGC ACATCAGCTT CTGAATCTGC ATcAACCAGT GCGTCCGyTT 240 CAGCGTCAAC CAGTGCGTCG GCTTCAGCGT CGACAAGTGC TTCGGCTTCA GCATCAACGA 300 GTGCGTCGGC CTCAGCAAGC GCAAGTACCT CAGCGTCAGC TTCCGCCTCA ACCAGTGCGT 360 CGGCTTCAGC AAGCACAAGT GCGTCAGCCT CAGCAAGTAT CTCAGCGTCT GAATCGGCAT 420 CAACGAGTGC GTCTGAGTCA GCATCAACGA GTACGTCAGC CTCAGCAAGC ACATCAGCTT 480 CTGAATCTGC ATCAACCAGT GCGTCAGCCT CAGCATCGAC AAGCGCCTCA GCTTCAGCAA 540 GTACCAGTGC TTCAGCCTCA GCGTCGACAA GTGCGTCGGC CTCAACCAGT GCATCTGAAT 600 CGGCATCAAC CAGTGCGTCA 620 (2) INFORMATION FOR SEQ ID NO : 375 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 720 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 375 : GTATTGGGGC GCCCCAACCT CTATGTGACT ACGGATTATT TCCTAGATTA CATGGGGTTA 60 AACCATTTAG AAGAATTACC AGTGATTGAT GAGCTTGAGA TTCAAGCCCA AGAAAGCCAA 120 TTATTTGGTG AAAGGATAGA AGAAGATGAG AATCAATAAG TATATTGCCC ACGCAGGTGT 180 GGCCAGTAGG AGAAAAGCAG AAGAGCTGAT TAAGCAAGGC TTGGTGACGG TTAACGGCCA 240 AGTGGTGCGT GAACTAGCAA CCACTATCAA GTCAGGCGAC AAGGTCGAAG TTGAAGGTCA 300 ACCTATCTAC AACGAAGAAA AGGTCTACTA TCTGCTTAAC AAACCACGCG GTGTGATTTC 360 CAGTGTGACA GATGATAAGG GTCGCAAGAC GGTTGTCGAC CTCTTGCCCA ATGTCAAAGA 420 GCGTATTTAC CCTGTGGGTC GTTTGGACTG GGATACATCA GGTGTCTTGA TTTTGACCAA 480 TGATGGGGAC TTTACAGACG AGATGATTCA CCCTCGTAAT GAGATTGACA AGGTTTATGT 540 CGCGCGTGTT AAAGGTGTGG CCAATAAGGA CAATCTCCGC CCCTTGACCC GTGGTCTTGA 600 GATTGATGGT AAGAAAACCA AGCCATAATA TATAGGTTTT GTAGCCTCTA CACCATAAAT 660 ATTTGCTAAT AAAAATACTG TATTATTACC CTCTTAAGGT GCGAAATTAT TCAAGTTCTT 720 (2) INFORMATION FOR SEQ ID NO : 376 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 648 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 376 : CGCCATTTCC CATCGTACCG CCGAAAATCC CAGCGCCTCA GCCATCAAAT ATCCTATCAA 60 CGTTCTCAAA AAAAGTGACC GCTCTCTCAT CATGTTTCCA AGTGGTAGCC GCCACTCAAA 120 CGATGTCAAG GGGGGCGCAC ACTskATTGC CAAAATGGCC AAGGTCCGTA TCATGCCGGT 180 TACCTACACC GGTCCCATGA CTTTGAAGGG CTTGATTAGC CGTGAACGTG TCGATATGAA 240 CTTTGGAAAT CCAATCGATA TCTCAGATAT CAAGAAAATG AATGATGAAG GCATTGAAAC 300 AGTCGCCAAT CGTATTCAAA CAGAATTCCA ACGTCTGGAC GAAGAAACGA AACAATGGCA 360 CAATGATAAA AAACCAAATC CACTCTGGTG GTTTATCCGC ATCCCTGCCC TCATCCTTGC 420 TATTATCCTC GCTATCCTAA CCATCATCTT TAGCTTTATC GCAAGCTTCA TCTGGAACCC 480 AGATAAGAAA AGAGAAGAAC TTGCATAGAA GAAATGAACC TTGGCCAAAC AGCTAAGGTT 540 TTCATTTATA TAGTAGATTG GwACTAGAAT AGTACACCTC TACTTCTAAA ACATTTTTAG 600 AAATCGATTT GACTGTCCTG ATCGATTTGT CCTAATCTTA TTTCAATT 648 (2) INFORMATION FOR SEQ ID NO : 377 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 690 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 377 : GTGCATCGCT TTCAGCATCG ACAAGTGCGT CTGAATCGGC ATCAACGAGT GCTTCGGCTT 60 CAGCATCAAC GAGTGCGTCA GCTTCAGCAA GCACATCAGC TTCTGAATCT GCATCAACCA 120 GTGCGTCCGC TTCAGCGTCA ACCAGTGCGT CGGCTTCAGC GTCGACAAGT GCTTCGGCTT 180 CAGCATCAAC GAGTGCGTCG GCCTCAGCAA GCGCAAGTAC CTCAGCGTCA GCTTCCGCCT 240 CAACCAGTGC GTCCGCTTCA GCAAGCACAA GTGCGTCAGC CTCACAAGCT ATCTCAGCGT 300 CTGAATCGGC ATCAACGAGT GCGTCGGCCT CAGCAAGCGC AAGTACCTCA GCGTCAGCTT 360 CCGCCTCAAC CAGTGCGTCG GCTTCAGCAA GCACAAGTGC GTCAGCCTCA GCAAGTATCT 420 CAGCGTCTGA ATCGGCATCA ACGAGTGCGT CTGAGTCAGC ATCAACGAGT ACGTCAGCCT 480 CAGCAAGCAC ATCAGCTTCT GAATCGGCAT CAACCAGTGC GTCAGCCTCA GCATCGACAA 540 GCGCCTCAGC TTCAGCAAGT ACCAGTGCTT CAGCCTCAGC GTCGACAAGT GCGTCGGCCT 600 CAACCAGTGC ATCTGAATCG GCATCAACCA GTGCGTCAGC CTCAGCAAGT ACTAGTGCAT 660 CAGCTTCAGC ATCAACGAGT GCATCGGCTT 690 (2) INFORMATION FOR SEQ ID NO : 378 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 1003 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 378 : CGAGATTCTC TGGAGTTATG GATGTCGTTC CAATATGTGC ACGTTGGAAT GTTAGTGCTT 60 ATATGGGGGG AACAGAATCC TCTCTTGATT GAAGACAAGC TAGTCATTAG GCTGGTTTGT 120 CTTTTTGTCA ACTGTAGTGG GTTGATATAA TAGTATTAGT GAGTGGGATA AAAGTTTCAT 180 TTAGTTTATT CAGTACAAAT TTAACGGGTC AAGATTTATA TACTAGTGGT GTTTTTGGGG 240 CTGAGAGAAG TATCTTGATT TTATGTGTGG TTTTTATACT TACAGTTGTT CTGCTCCAAA 300 GAGCTTGTAG AGAAGAATTA GCTCATAAAG GAGATTGATT ATTTTGATAT CAAAAAAATG 360 CACAGGATAA CCTGATGCAT TTTTTTAGCG ACAATGCTTG CTACTTCCTT CTGTCGAATT 420 TAGACAATTT TAAACCCCAA TTATTCACCC CAAATCTAAA AACCATCCAG AATCCTTGCC 480 TTAGCTTAGA TCCTGGATGG TTTCTTTTTT CACCCAATGG GTGTTTTTTA CTAGACAAAA 540 AAGAGTTTCC CCTTTATGGT ATAAGTGTAG AAAAAAACAC AAAAAGAAAG GAAACTCACA 600 TGAACAGTTT ACCAAATCAT CACTTCCAAA ACAAGTCTTT TTACCAACTA TCTTTCGATG 660 GAGGTCATTT AACCCAGTAT GGTGGTCTTA TCTTTTTTCA GGAACTTTTT TCCCAGTTGA 720 AACTAAAAGA GCGGATTTCT AAGTATTTAG TAACGAATGA CCAACGCCGC TACTGTCGTT 780 ATTCGGATTC AGATATCCTT GTCCAGTTCC TCTTTCAACT GTTAACAGGT TATGGAACGG 840 ACTATGCTTG TAAAGAATTG TCAGCTGATG CCTACTTTCC AAAATTATTG GAAGGAGGGC 900 AGCTTGCTTC ACAGCCAACC TTATCCCGTT TTCTTTCCAG AACTGACGAG GAAACAGTCC 960 ATAGTTTGCG ATGCCTCAAC CTTGAATTGG TCGAATTCTT TTT 1003 (2) INFORMATION FOR SEQ ID NO : 379 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 738 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 379 : CCGATGATTC TGATTGGTTT GCTCTTTACT TTGCTGGGAA TTTTGAGGTA GATCTATGAT 60 TGAAATACTA ATTGTTTTAG CTATTATCCT ATCTCTTGCT TTGATTGTAT TGGTAACTAT 120 ACAACCCCGT CAAAATCAAC TATTTTCCAT GGATGCCACT AGTAATATTG GTAAACCAAG 180 CTACTGGCAG AGCAACACCT TGGTCAAGGT GCTCACTTTA TTGGTGAGTT TGGCTTTATT 240 TATTCTACTA TTAACCTTTA TGGTGATTAC TTATAAATAA AAGAAAACTT CAGATATTCA 300 CCTTTTGTGG ATTGGTCTGA AGTTTTCTTT TTTATACTCA ATGAAAATCA AAGAGCAAAC 360 TAGGAAGCTA GCCGCAckGC TCAAAACACC GTTTTGAGGT TGTAGATATA ACTGACGAAG 420 GACTCAAAAC ACCGTTTTGA GGTTGTAGAT ATAACTGACG AGGACTACAA AACACCGTTT 480 TGAGGTTGTG GATAGAACTG ACGAGCGACT CAAAACACCG TTTTGAGGTT GTGGATAGAA 540 CTGACGAAGT AGCTCAAAAC ACCGTTTTGA GGTTGTGGAT AGAACTGACG AAtgctCAAA 600 ACACCGTTTT GAGGTTGTGG ATAGAACTGA CGAAGCgaaC ATATATACAG CAAGGCGACG 660 CTGACGTGGT TTGAAGAGTA TTACTGTCTA TATTTTTGGT AAAAATCAAC TTTTACTTGG 720 ATGAAGGTTT TTTTTTTT 738 (2) INFORMATION FOR SEQ ID NO : 380 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 695 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 380 : CCGTCTTATC AAAGAGGTTA ACAAAGGCAC CAAATTTCTC GATACGAACG ACTTTAGCAC 60 GGTAAACTTC ATCCACTTTG GCTTCACGAA CCAAACCAGC AATAATTTCT TTGGCACGGT 120 TAATAGCATC TTGGTCACTA GAGTAGATAG ACACATTTCC TTCTTCGTCT ATATCAATCT 180 TAACACCTGT TTCAGCGATA ATCTTGTCGA TGGTTTCTCC ACCCTTACCG ATGACAATCT 240 TAATCTTGTC CACATCAATC TTGATCGTAT CAATTTTCGG AGCAGTTGGA GCCAATTCTG 300 GACGAACTTC TGGAATGGTT GCTTCAATGA CATCAAGGAT TTCAAAACGC GCTTTCTTGG 360 CTTGAGCAAG AGCCTCCGTC AAGATTTCTG CAGTAATCCC TTGAATCTTG ATATCCATTT 420 GAAGGGCTGT AATCCCATCA CGAGTACCTG CAACCTTGAA GTCCATATCT CCAAAGTGAT 480 CTTCCAAACC TTGGATATCT GTCAATACTG TGTAGTTATT TCCATCTGAG ATAAGCCCCA 540 TAGCAATACC AGCTACTGGC GCCTTGATTG GCACACCACC AGCCATAAGG GCAAGAGTTC 600 CCGCACAGAT AGAAGCTTGA GATGAAGAAC CGTTTGATTC CAAAACTTCT GCTACTAGAC 660 GGATAGCGTA GGGGAATTCT TCCAAGCTTG GCAGG 695 (2) INFORMATION FOR SEQ ID NO : 381 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 691 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 381 : GACATCTTAT CTAAATACAT GCTAATATAT TTAGATACAA ACATTCCAAC TTGATAATTT 60 TCACTCATCT TTCATCATTC CTTATACAAC TATGCAGTAT AAATAGAATA GTTTTCTCAT 120 CAGAATGAGA CTATTTTAAT ATTAGATCCC CAATTATTCA CCCCAAATCT AAAAACCATC 180 CAGAATCCTT GCCTTAGCTT AGATCCTGGA TGGTTTCTTT TTTCACCCAA TGGGTGTTTT 240 TTACTAGACA AAAAAGAGTT TCCCCTTTAT GGTATAAGTG TAGAAAAAAA CACAAAAAGA 300 AAGGAAACTC ACATGAACAG TTTACCAAAT CATCACTTCC AAAACAAGTC TTTTTACCAA 360 CTATCTTTCG ATGGAGGTCA TTTAACCCAG TATGGTGGTC TTATCTTTTT TCAGGAACTT 420 TTTTCCCAGT TGAAACTAAA AGAGCGGATT TCTAAGTATT TAGTAACGAA TGACCAACGC 480 CGCTACTGTC GTTATTCGGA TTCAGATATC CTTGTCCAGT TCCTCTTTCA ACTGTTAACA 540 GGTTATGGAA CGGACTATGC TTGTAAAGAA TTGTCAGCTG ATGCCTACTT TCCAAAATTG 600 TTGGAAGGAG GGCAGCTTGc TTCACAGCCA ACCTTATCCC GTTTTCTTTC CAGAACTGAC 660 GAGGAAACAG TCCATAGTTT GCGATGCCTC A 691 (2) INFORMATION FOR SEQ ID NO : 382 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 750 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 382 : ATCTCTCTGC GTAATGGTCC TCAGATAACT CTGATGATGT GTGGCGATAT AGAACTGAGC 60 CAAGTTATGC CTAAAGGGCC TTAGGAATAG GAGCTTTCAC AAGCTTATCC AGATGATTAT 120 CTTTTACTCG TTATGGACAA TGCTATATGG CATAAATCAA GTACCTTAAA GATTCCGACT 180 AATATTGGCT TTGCATTTAT TCCTCCATAC ACACCAGAGA TGAACCCCAT TGAACAAGTG 240 TGGAAAGAGA TTCGTAAACG TGGATTTAAG AATAAAGCCT TTCGAACTTT GGAAGATGTC 300 ATACAAGGAC TGGAGAAGGA GGTGATAAAG TCCATCGTTA ATCGGAGACG GACTAGAATG 360 CTTTTTGAAA ACAGATGAGT ATAAAAAGAA AGTCCTCATT TCAATAGAAA TCACGACTTT 420 CTGATGAATT TATAGTAAAA TGAAATAAGA ACAGGATAGT CAAATCGATT TCTAACAATG 480 TTTTAGAAGC AGAGGTGTAC TATTCTAGTT TAAATCCACT ATATTTGGGG AGTGATAGAA 540 AAGCCCTTCA TCAGCCAATC TACTTGTTCA GGTGCGAGAG CTTTGACATC CTTTTCTGTA 600 CTGGACCAAG TCAGTTTTCC GTTCTCAAAG CGTTTATATA ATATCCAAAA TCCTTGACCA 660 TCCCAGTAAA GAACTTTAAA GCGGTCTTTA CGTCCACCAC AAAAGAGAAA GACTTGATCG 720 GAGAAAGGAT CCAATTCAAA GTGGGTTTGG 750 (2) INFORMATION FOR SEQ ID NO : 383 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 738 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 383 : TCAAATTCTT CGTGGTCCGC ATATCTATCT TCGTACACGG CAGTCACTTG GTCTTTCACT 60 ACTCGAGTCG CAGCTTCACG GGCCAATTTC TCTTCTACTT GAACTGCCTT TTGGAGGTCA 120 CTGTTGTAGG CTGCAATGAT TTCAGCTTGC AATTCAGCAT CCACGTGAAG CAATTCCACT 180 TCTGCTTTTT CTTTACCGAC AGCAGCAACG ATTTCTTCTT GGAAGGCAAT CAATTCTTTG 240 ACAGCTTCGT GCCCTTTAAG GAGCGCTTCC AACATGATTT CTTCTGACAA TTCTTTGGCA 300 CCAGACTCTA CCATGTTGAT AGCGTGCTTG GTTCCAGCTA CTGTCAATTC AAGAAGAGAT 360 TGCTCTGCTT GTTCTTGACT TGGGTTGATG ATGATTTGGC CATCTACATA TCCCACTTGT 420 ACCCCAGCAA TTGGTCCGTC AAATGGAATA TCTGAAATAG ACAGTGCCAA AGATGAACCA 480 AACATAGCAG CCATTGGTGC AGATGCATTT TCATCATAAG AAAGCACTGT ATTGATGACT 540 TGGACTTCAT TACGGAAACC TTCCGCAAAC ATAGGACGAA TCGGACGGTC AATCAAACGC 600 GCTGTCAAGG TCGCATCTGT TGAAGGACGT CCTTCACGTT TCATAAAGCC ACCAGGAAAC 660 TTCCCAGCCG CATACATTTT TTCTTCGTAG TTGACTTGGA GTGGGAAGAA ATCCTCAGTT 720 GCCATTTTCT GGGGATCC 738 (2) INFORMATION FOR SEQ ID NO : 384 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 657 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 384 : CCCCCTATTT ACCGTGGACT AAAGTTGTAC AAGAAAAGTG CAAATAAGAA ATCTCCAGAT 60 TAGGAACTAT ATATGAGTTC TCTAGTCTGG AGATTTTTCA ATAGACTTCG TTATTGGGCG 120 GTTACTTTCG AAACTTTGAA AACTTCAAAA AACGGATTTT TATCGCTTTC AAATTCTTTT 180 GGGGTCAAAC TCAGTAACTT ATTCGCCTTG TAGACTTCAT GACGCTCAGG GTATACTTTC 240 AAGGTCCCAA ATAGCCAAGA ATCGTCAGCG ATATTATCTG AATCATCTCC TTCTTGTTCT 300 CCTTTAGTTC GCCTGAGGAC AGCCTTGACA CGCGCCAGAA TTCTCTAGGG CTAAAAGGCT 360 TGGTCAGGTA GTCATCAGCC CCTAATTCCA AGGCCAAAAC CTTATCAAAT TCATCACTTT 420 TCGCAGAAAC CATCATAATT GGAGTTTTGA CGCCTTTGGC TCTCAGCCGC TTACAAACTT 480 CCATGCCATC TAATTGTGGT AACATGATAT CAAGCAAGAT AAAATCAAAG GGTTCTGTTT 540 CTGCCAAAGC TAAGGCCTTC CGTCCATTTG TCACCAATTG AGTAGAAAAG CCTTCCTTAC 600 TTAAATGGTA GTCAAGCAAT TTCAGAATGT GTTCTTCATC ATCCACTAAT AAGACTT 657 (2) INFORMATION FOR SEQ ID NO : 385 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 586 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 385 : CCGCATCAGC ATCAACGAGT GCATCGGCTT CACGTCAACC AGTGCATCAG TCTCAGCAAG 60 CACCAGTGCG TCGGCTTCAG CATCAACGAG TGCCTCAGCC TCAGCAAGTA TCTCAGCGTC 120 TGAATCGGCA TCAACGAGTG CGTCAGCTCA GCAAGTACTA GTGCATCGGC TTCAGCAAGC 180 ACCAGTGCGT CGGCTTCAGC ATCAACCAGT GCCTCAGCCT CAGCAAGTAT CTCAGCGTCT 240 GAATCGGCAT CAACGAGTGC GTCACCTCAG CAAGTACTAG TGCATCAGCA TCAGCATCAA 300 CGAGTGCATC GGCTTCAGCA AGTACCAGCG CCTCAGCTTC AGCAAGCACC AGTGCGTCAC 360 CTCAGCAAGT ACCAGCGCCT CAGCCTCAGC AAGCACCAGT GCCTCAGCTT CAGCAAGTAC 420 CAGTGCGTCA CCTCAGCATC GACAAGTGCG TCGGCTTCAG CAAGTACCTC AGCGTCTGAA 480 TCAGCATCAA CGAGTGCGTC AGCTTCAGCA TCAACCAGTG CCTCAGCCTC AGCAAGTATC 540 AGTGCGTCAG CTTCAGCATC AACGAGTGCG TCAGCTGCAG CAAGTA 586 (2) INFORMATION FOR SEQ ID NO : 386 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 451 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 386 : CGTCGGCTTC AGCATCAACG AGTGCATCAG CTTCAGCATC AACAAGTGCT TCAGCTTCAG 60 CAAGTACCAG TGCGTCGGCT TCAGCATCAA CGAGTGCTTC AGTCTCAGCG TCAACCAGTG 120 CCTCTGAATC CGCATCAACA AGTGCCTCGG CTTCAGCAAG CACCAGTGCT TCGGCTTCAG 180 CGTCAACGAG TGCGTCTGAG TCAGCATCAA CGAGTGCGTC ACCTCAGCAA GCACATCAGC 240 TTCTGAATCT GCATCAACCA GTGCGTCAGC TTCCGCATCA ACAAGCGCCT CGGCCTCAGC 300 AAGTACAAGT GCTTCAGCCT CAGCATCAAC CAGTGCATCA GCTTCAGCCT CAACAAGTGC 360 TTCAGCCTCA GCGTCAACCA GTGCCTCGGC TTCAGCAAGT ACCAGTGCGT CAGTTAAGAA 420 AGCACAAGTG CGTCAATTTA GCATCAACCA G 451 (2) INFORMATION FOR SEQ ID NO : 387 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 425 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 387 : TCTCAGCAAG CACCATTGCG TCGGCTTCAT CAAGCACCAG CGCGTTTGAA TCCGCATCAA 60 CCAGTGCTTC AGCTTCAGCC AAGTTACCTC AGCATCTGAA TCAGCATCAA CAAGTGCATC 120 GGCTTCAGCA AGCACAAGTG ATTCAGCTCA GCAAGTATCT CAGCGTCTGA ATCGGCATCA 180 ACGAGTGCGT CCGCTTCAGC AAGTACTAGC GCCTCAGCAT CAGCGTCAAC AAGTGCTTCG 240 GCTTCAGCGT CAACGAGTGC GTCTGAGTCA GCATCAACGA GTACGTCAGC CTCAGCAAGC 300 ACATCAGCTT CTGAATCTGC ATCAACCAGT GCGTCAGCCT CAGCATCGAC AAGCGCCTCA 360 GCTTCAGCAA GTACCAGTGC GTCAGCCTCA GCAAGTACCA GTGCTTCAGC CTCAGCGTCG 420 ACAAG 425 (2) INFORMATION FOR SEQ ID NO : 388 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 572 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 388 : AGAGGATCCC CGGATCCTCA GTCGCTGAGA TAACTCCTTT GGGCTTGTTC ATCATGTAGT 60 AGACAAACTC TTCATACTCC AACACTTGCC CATTTTATGC GAATCTCATC TATTTTTTCT 120 TTTTTTTGCA ATTTAGCTGA TTTTTCTTTT TTACCATTTA CAGTCACGCG CCCAGCCTTG 180 AGCAAGTTTT TGACCTCAGT CCGACTTCCC ACCGCACAGG CAACTAAAAA TTTATCTAAT 240 CTCATAGAAC TATTATATCA TATCAAAAGG AGGCTAGTAC AATGACCAAC CTCCTTTTCG 300 TTTCATACTC TTCAAAAATC TCTTCAAACC GCGTCAACGT CGCCTTGCCG TATATATGTT 360 ACTGACTTCG TCAGTTCTAT CTGCAACCTC AAAACAGTGT TTTGAGCTGA CTTCGTCAGT 420 TCTATCTGCA ACCTCAAAGC AGTGCTTTGA GCATCCTGCG GCTAGTTTCC kAGTkTGCTC 480 TTTGATTTTC ATTGAGTATC AGATTTAGGA AATTAACTTC CTCGkCTCCA AAAAAkAGCT 540 AAAACAATCA AGGCTCCTAA AATCGCTGGG AT 572 (2) INFORMATION FOR SEQ ID NO : 389 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 505 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 389 : CAACAAGTGC CTCGGCTTCA GCATGCACAA GTGCTTCAGC TTCAGCATGT ACCTGAGCGT 60 CTGAATCAGC ATCAACGTGT GCGTCCGCTT CAGCATGTAC TGCTGCCTCA GCATCAGCGT 120 CAAcAwGTGC TTCGGCTTCA GCGTCAACGA GTGCGTCTGA GTCAGCATCA ACGAGTACGT 180 CAGCCTCAGC AAGCACATCA GCTTCTGAAT CTGCATCAAC CAGTGCGTCA GCCTCAGCAT 240 CGACAAGCGC CTCAGCTTCA GCAAGTACCA GTGCGTCAGC CTCAGCAAGT ACCAGTGCTT 300 CAGCCTCAGC GTCGACAAGT GCGTCGGCCT CAACCAGTGC ATCTGAATCG GCATCAACCA 360 GTGCGTCAGC CTCAGCAAGT ACTAGCGCCT CAGCCTCAGC ATCAACGAGT GCGTCCGCTT 420 CAGCAAGTAC TAGTGCATCA GCATCAGCAT CAACGAGTGC ATCGGCTTCA GCAAGTACCA 480 GCGCCTCAGC TTCAGCAAGC ACCGG 505 (2) INFORMATION FOR SEQ ID NO : 390 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 447 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 390 : GCTAAGACTA CCTCATTAGG GGCATAGGCT GCTAAAATAA CTGCAGCTGT GGTTAATGAC 60 AATACTGTAC TTTTTTTCAT TTTAATTCCT TACATATTTA TATAACTTCC AATAGATAAT 120 AAACTTTAAC TTTGCTAGCC TTTGTTATAA AAAGTTTTAC TAAGTATTAT CTAGGAAATA 180 GAGTAGTACA TTTATATATA ATTGTTATCT CTCTATAAAA ACAGTATATC ATTTAAAAAA 240 ATTTAAGTCA AAAAAATTAA CATTAGTTAA TTTATTTTTT AGCACACATT AAAAAATAAG 300 ATTAGTACTC AATGAAAATC AAAGAGCAAA CTAGGAAACT AGCCGCAGAT TGCTCAAAAC 360 AGTGTTTTGA GGTTGTAGAT GGAATGACGT AGTCAGCTCA AAACACTGTT TTGAAGTTGT 420 GGATAGAACT GACGAAGTCG GTACCGA 447 (2) INFORMATION FOR SEQ ID NO : 391 : (i) SEQUENCE CHARACTERISTICS : (A) LENGTH : 572 base pairs (B) TYPE : nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY : linear (xi) SEQUENCE DESCRIPTION : SEQ ID NO : 391 : AGCACTTGTC GTTGAATTCT ACAACAAAAT GTTGTAATAT TTTATTGAAT AAGATAGGCC 60 TTGATATTAA GCACTTTGGG ACGTTCTCCC TTAGTGCTTT TTTGATTTCT CTTAGTATCC 120 AGCTATAATC GTTGAGACAT AACTAGACCG ATATAGTCCA AAGTGATATA GTAAAATGAA 180 CCAAAAATAG TACACAATGT GGTATAATCC TTTTATGGCA TATTCAATAG ATTTTCGTAA 240 AAAAGTTCTC TCTTATTGTG AGCGAACAGG TAGTATAACA GAAGCATCAC ACGTTTTCCA 300 AATCTCACGT AATACCATTT ATGGCTGGTT AAAGCTAAAA GAGAAAACAG GAGAGCTAAA 360 CCACCAAGTA TAGTGTATTG AATCTATAAC AGTACACCTT GGCTGCTAAA ATATTTCTAT 420 AAATTAATTT GACTTTCCTG ATAGAGATGT TCACATCTTA TTTCAAACTA CTATATAAGT 480 TCTATAATCT CTTTATAAGA TTTGCCCATC AGACAAAATA GAACGATTTG AAGGCGTTTA 540 TGATATTTAG CTGTACGAGA GTCTTTTAAA AG 572 DENMARK The applicant hereby requests that, until the application has been laid open to public inspection (by the Danish Patent Office), or has been finally decided upon by the Danish Patent Office without having been laid open to public inspection, the furnishing of a sample shall only be effected to an expert in the art. The request to this effect shall be filed by the applicant with the Danish Patent Office not later than at the time when the application is made available to the public under Sections 22 and 33 (3) of the Danish Patents Act. If such a request has been filed by the applicant, any request made by a third party for the furnishing of a sample shall indicate the expert to be used. That expert may be any person entered on a list of recognized experts drawn up by the Danish Patent Office or any person approved by the applicant in the individual case.

SWEDEN The applicant hereby requests that, until the application has been laid open to public inspection (by the Swedish Patent Office), or has been finally decided upon by the Swedish Patent Office without having been laid open to public inspection, the furnishing of a sample shall only be effected to an expert in the ait. The request to this effect shall be filed by the applicant with the International Bureau before the expiration of 16 months from the priority date (preferably on the Form PUT/RO/134 reproduced in annex Z of Volume I of the PCT Applicant's Guide). If such a request has been filed by the applicant, any request has been filed by the applicant, any request made by a third party for the furnishing of a sample shall indicate the expert to be used. That expert may be any person entered on a list of recognized experts drawn up by the Swedish Patent Office or any person approved by the applicant in the individual case.

UNITED KINGDOM The applicant hereby requests that the furnishing of a sample of a microorganism shall only be made available to an expert. The request to this effect must be filed by the applicant with the International Bureau before the completion of the technical preparations for the International publication of the application.

NETHERLANDS The applicant hereby requests that until the date of a grant of a Netherlands patent or until the date on which the application is refused or withdrawn or lapse, the microorganism shall be made available as provided in Rule 31 F (l) of the Patent Rules only by the issue of a sample to an expert. The request to this effect must be furnished by the applicant with the Netherlands Industrial Property Office before the date on which the application is made available to the public under Section 22C or Section 25 of the Patents Act of the Kingdom of the Netherlands, whichever two dates occurs earlier.

SINGAPORE The applicant hereby requests that the furnishing of a sample of a microorganism shall only be made available to an expert. The request to this effect must be filed by the applicant with the International Bureau before the completion of the technical preparations for international publication of the application.

NORWAY The applicant hereby requests that, until the application has been laid open to public inspection (by the Norwegian Patent Office), or has been finally decided upon by the Norwegian Patent Office without having been laid open to public inspection, the furnishing of a sample shall only be effected to an expert in the art. The request to this effect shall be filed by the applicant with the Norwegian Patent Office not later than at the time when the application is made available to the public under Sections 22 and 33 (3) of the Norwegians Patents Act. If such a request has been filed by the applicant, any request made by a third party for the furnishing of a sample shall indicate the expert to be used. That expert may be any person entered on a list of recognized experts drawn up by the Norwegian Patent Office or any person approved by the applicant in the individual case.

AUSTRALIA The applicant hereby gives notice that the furnishing of a sample of a microorganism shall only be effected prior to the grant of a patent, or prior to the lapsing, refusal or withdrawal of the application, to a person who is a skilled addressee without an interest in the invention (Regulation 3. 25 (3) of the Australian Patents Regulations).

FINLAND The applicant hereby requests that, until the application has been laid open to public inspection (by the National Board of Patents and Registration), or has been finally decided upon by the National Board of Patents and Registration without having been laid open to public inspection, the furnishing of a sample shall only be effected to an expert in the art.

ICELAND The applicant hereby requests that, until the application has been laid open to public inspection (by the Icelandic Patent Office), or has been finally decided upon by the Icelandic Patent Office without having been laid open to public inspection, the furnishing of a sample shall only be effected in the art.