TREPONEMA PALLIDUM POLYNUCLEOTIDES AND SEQUENCES

Abstract: The present invention provides polynucleotide sequences of the genome of T. pallidum, polypeptide sequences encoded by the polynucleotide sequences, corresponding polynucleotides and polypeptides, vectors and hosts comprising the polynucleotides, and assays and other uses thereof. The present invention further provides polynucleotide and polypeptide sequence information stored on computer readable media, and computer-based systems and methods which facilitate its use.

Description: Treponema pallidum 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 Treponema pallidum, 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 Spirochetes are a family of motile, unicellular, spiral-shaped bacteria which share a number of structural characteristics. Three genera of the spirochetes are pathogenic in humans: (a) Treponema, which includes the pathogens that cause syphilis (T. pallidum), yaws (T. pertenue), and pinta (71 carateum); (b) Borrelia, which includes the pathogens that cause epidemic and endemic relapsing fever and Lyme disease; and (c) Leptospira, which includes a wide variety of small spirochetes that cause mild to serious systemic human illness (Koff, A. B. and Rosen, T. 7. Am. Acad. Dermatol. 29:519-535 (1993)). In 1986, more than 27,000 cases of early infectious syphilis were diagnosed in the United States alone. Such statistics indicate that infection with T. pallidum is the largest source of human disease resulting from the spirochetes. T. pallidum is morphologically indistinguishable from several other pathogenic spirochetes, but, in general, treponemes and other spirochetes, are easily identifiable when compared to other bacteria. A key morphological characteristic of T. pallidum, and other spirochetes, is the presence of a central protoplasmic cylinder composed primarily of peptidoglycan and one or more adjacent axial fibrils (also designated periplasmic flagella or endoflagella; Charon, N. W., et al., Res. Microbiol. 143:597-603 (1992)). These structures provide a source of corkscrew-like motion to the treponemes. In aqueous media, treponemes move in an apparently random fashion and, unlike the majority of motile bacteria, continue to move in a more viscous medium. In tissues, treponemes are highly moldable to intercellular spaces; a characteristic which is thought to be mediated by the interactions of bacterial adhesins and cellular fibronectins. Syphilis is the primary clinical manifestation of infection with T. pallidum. The clinical manifestations of syphilis can resemble many diseases. Syphilis is typically transmitted by sexual contact, but can also be transmitted transplacentally. The infecting organism multiplies at the site of infection within 10 to 60 days postinfection and results in a primary ulcer-like lesion termed a chancre. A small number of organisms move from the primary lesion to the regional lymph nodes and establish small infectious centers termed satellite buboes. Organisms from these locations enter the blood stream and result in a systemic infection (Goens, J. L., et al, Am. Fam. Physician 50:1013-1020 (1994)). The secondary stage of syphilis manifests itself as a widespread skin rash and begins between two and twelve weeks following the primary infection. During this stage, the infected individual often experiences a low grade fever coupled with swollen lymph nodes. Also during this period, lesions of various degrees of severity may develop in a number of phyical locations including bone, liver, kidney, central nervous system (CNS), and other organs (Neeravahu, M. Arch. Intern. Med. 145:132-134 (1985)). Such secondary infections are highly infectious, but will, in time, subside spontaneously. A third stage of syphilis occurs in approximately 30% of infected, but not treated, individuals. The third stage occurs several years following the first and second stages. The lesions which characterize the third stage of infection are minor in terms of the number of organisms, but may be severe in terms of tissue damage. Such lesions may result in necrosis, scar formation, general paresis, damage to aortic valves, permanent blindness, and other extensive tissue damage, all probably related to a delayed type hypersensitivity reaction by the host to the T. pallidum organisms (Scheck, D. Ν. and Hook, E. W. 3 rd Infect. Dis. Clin. North Am. 8:769-795 (1994)). A further, and increasingly common, complication of syphilis infection is coinfection with the human immunodeficiency virus (HIV). In fact, a recent study indicates that ulcerous genital diseases such as those exhibited during the primary stages of infection with syphilis may facilitate the transmission of HIV (Rufli, T. Dermatologica 179:113-117 (1989)). In addition, it is clear that the CΝS is regularly involved in the early stages of syphilis. In the timespan between the introduction of penecillin and other antibotics and the spread of HIV, early neurosyphilis was an exceptionally uncommon development. However, since the standard antibiotic dosage used to treat syphilis is not exceptionally high and since a successful treatment requires an adequate host immune response, individuals infected with HIV often exhibit a highly increased occurance of many neurosyphilis-related sequalae including asymptomatic neurosyphilis, syphilitic meinigitis, cranial nerve abnormalities, or cerebrovascular problems (Musher, D. M., et al, Ann. Intern. Med. 113:872-881 (1990)). T. pallidum has a remarkable ability to evade both the humoral and cellular components of the immune system. It was originally thought that the ability of T. pallidum to evade the immune system of the host organism was due to the presence of an outer coat of mucopolysaccharides. However, recent evidence suggests it is more likely that T. pallidum make use of the organization of the relative immunogenicity of its complement of outer membrane proteins to evade the immune system (Radolf, J. D. Mol. Microbiol. 16: 1067-1073 (1995)). Unlike most other bacterial outer membranes characterized thus far, the T. pallidum outer membrane contains a scarcity of immunogenic transmembrane proteins (with regard to T. pallidum, these are termed "rare outer membrane proteins"). Among the highly immunogenic proteins of treponemes are a number of lipoproteins anchored to the periplasmic leaflet of the cytoplasmic membrane. As a result of their physical location, the lipoproteins may be less susceptible to typical immunologic surveillance (Norris, J. Microbiol. Rev. 57:750-779 (1993)). In addition to the periplasmic lipoproteins, T. pallidum also secretes a number of small, but immunogenic proteins which may induce an immune response (Hindersson, P. et al., Res. Microbiol. 143:629-639 (1992)). It is clear that the etiology of diseases mediated or exacerbated by T. pallidum 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 T. pallidum genes and genomic organization would dramatically improve 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 T. pallidum would provide reagents for, among other things, detecting, characterizing and controlling T. pallidum infections. There is a need therefore to characterize the genome of T. pallidum and for polynucleotides and sequences of this organism. SUMMARY OF THE INVENTION The present invention is based on the sequencing of fragments of the T. pallidum genome. The primary nucleotide sequences which were generated are provided in SEQ ID NOS: 1-744. The present invention provides the nucleotide sequence of several thousand contigs of the T. pallidum 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: 1-744. The present invention further provides nucleotide sequences which are at least 95% identical to the nucleotide sequences of SEQ ID NOS: 1-744. The nucleotide sequence of SEQ ID NOS: 1-744 , a representative fragment thereof, or a nucleotide sequence which is at least 95% identical to the nucleotide sequence of SEQ ID NOS: 1-744 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 T. pallidum genome. Another embodiment of the present invention is directed to fragments of the T. pallidum genome having particular structural or functional attributes. Such fragments of the T. pallidum 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 T. pallidum in a sample, hereinafter referred to as diagnostic fragments or DFs. Each of the ORFs in fragments of the T. pallidum genome disclosed in Tables 1, 2 and 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 T. pallidum 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 T. pallidum has been inserted. The present invention further provides host cells containing any of the isolated fragments of the T. pallidum 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 T. pallidum 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 T. pallidum will be of great value to all laboratories working with this organism and for a variety of commercial purposes. Many fragments of the T. pallidum genome will be immediately identified by similarity searches against GenBank or protein databases and will be of immediate value to T. pallidum 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 T. pallidum 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 T. pallidum 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 to trim portions of the sequences with a high rate 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. The ORFs are searched against T. pallidum sequences from GenBank and against all protein sequences using the BLASTN and BLASTP programs (using default parameters), 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 T. pallidum genome and analysis of the sequences. The primary nucleotide sequences generated by sequencing the fragments are provided in SEQ ID NOS: 1-744. As used herein, the "primary sequence" refers to the nucleotide sequence represented by the IUPAC nomenclature system.). In addition to the aforementioned T. pallidum polynucleotide and polynucleotide sequences, the present invention provides the nucleotide sequences of SEQ ID NOS: 1-744, ORF IDs and ORFs within, 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: 1-744" refers to any portion of the SEQ ID NOS: 1-744 which is not presently represented within a publicly available database. Preferred representative fragments of the present invention are T. pallidum open reading frames ( ORFs ), expression modulating fragment ( EMFs ) and fragments which can be used to diagnose the presence of T. pallidum 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: 1-744 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 T. pallidum proteins. The present invention is further directed to nucleic acid molecules encoding portions or fragments of the nucleotide sequences described herein. Fragments include portions of the nucleotide sequences of SEQ ID NOS: 1-744, at least 10 contiguous nucleotides in length selected from any two integers, one of which representing a 5' nucleotide position and a second of which representing a 3' nucleotide position, where the first nucleotide for each nucleotide sequence in SEQ ID NOS: 1-744 is position 1. That is, every combination of a 5' and 3' nucleotide position that a fragment at least 10 contiguous nucleotides in length could occupy is included in the invention. At least means a fragment may be 10 contiguous nucleotide bases in length or any integer between 10 and the length of an entire nucleotide sequence of SEQ ID NOS: 1-744 minus 1. Therefore, included in the invention are contiguous fragments specified by any 5' and 3' nucleotide base positions of a nucleotide sequences of SEQ ID NOS: 1-744 wherein the contiguous fragment is any integer between 10 and the length of an entire nucleotide sequence minus 1. Further, the invention includes polynucleotides comprising fragments specified by size, in nucleotides, rather than by nucleotide positions. The invention includes any fragment size, in contiguous nucleotides, selected from integers between 10 and the length of an entire ORF ID, ORF, or SEQ ID NO:, minus 1. Preferred sizes of contiguous nucleotide fragments include 20 nucleotides, 30 nucleotides, 40 nucleotides, 50 nucleotides. Other preferred sizes of contiguous nucleotide fragments, which may be useful as diagnostic probes and primers, include fragments 50-300 nucleotides in length which include, as discussed above, fragment sizes representing each integer between 50-300. Larger fragments are also useful according to the present invention corresponding to most, if not all, of the nucleotide sequences shown in Tables 1-3 (ORF IDs) and SEQ ID NOS: 1-744. The preferred sizes are, of course, meant to exemplify not limit the present invention as all size fragments, representing any integer between 10 and the length of an entire nucleotide sequence minus 1, of each ORF ID, ORF, and SEQ ID NO:, are included in the invention. The present invention also provides for the exclusion of any fragment, specified by 5' and 3' base positions or by size in nucleotide bases as described above for any ORF ID or SEQ ID NOS: 1-744. Any number of fragments of nucleotide sequences in ORF IDs or SEQ ID NOS: 1-744, specified by 5' and 3' base positions or by size in nucleotides, as described above, may be excluded from the present invention. While the presently disclosed sequences of SEQ ID NOS: 1-744 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: 1-744. However, once the present invention is made available (i.e., once the information in SEQ ID NOS: 1-744 and Tables 1-3 has been made available), resolving a rare sequencing error in SEQ ID NOS: 1-744 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: 1-744 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: 1-7441-744. 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 T. pallidum strains can be used to prepare T. pallidum genomic DNA for cloning and for obtaining polynucleotides of the present invention which are known in th art. The nucleotide sequences of the genomes from different strains of T pallidum differ somewhat. However, the nucleotide sequences of the genomes of all T. pallidum strains will be at least 95% identical, in corresponding part, to the nucleotide sequences provided in SEQ ED NOS: 1-744 and the ORF IDs and ORFs within. Nearly all will be at least 99% identical and the great majority will be 99.9% identical. The present application is further directed to nucleic acid molecules at least 90%, 95%, 96%, 97%, 98% or 99% identical to a nucleic acid sequence shown in SEQ ID NOS: 1-744, the ORF IDs and ORFs within. The above nucleic acid sequences are included irrespective of whether they encode a polypeptide having T. pallidum activity. This is because even where a particular nucleic acid molecule does not encode a polypeptide having T. pallidum activity, one of skill in the art would still know how to use the nucleic acid molecule, for instance, as a hybridization probe. Uses of the nucleic acid molecules of the present invention that do not encode a polypeptide having T. pallidum activity include, inter alia, isolating an T. pallidum gene or allelic variants thereof from a DNA library, and detecting T. pallidum mRNA expression samples, environmental samples, suspected of containing T. pallidum by Northern Blot, PCR, or similar analysis. Preferred, are nucleic acid molecules having sequences at least 90%, 95%, 96%, 97%, 98% or 99% identical to the nucleic acid sequence shown in SEQ ID NOS: 1-744, the ORF IDs, and the ORF within each ORF ID, which do, in fact, encode a polypeptide having T. pallidum protein activity By "a polypeptide having T. pallidum activity" is intended polypeptides exhibiting activity similar, but not necessarily identical, to an activity of the T. pallidum protein of the invention, as measured in a particular biological assay suitable for measuring activity of the specified protein. Due to the degeneracy of the genetic code, one of ordinary skill in the art will immediately recognize that a large number of the nucleic acid molecules having a sequence at least 90%, 95%, 96%, 97%, 98%, or 99% identical to the nucleic acid sequences shown in SEQ ID NOS: 1-744, the ORF IDs, and the ORF within each ORF ID, will encode a polypeptide having T. pallidum protein activity. In fact, since degenerate variants of these nucleotide sequences all encode the same polypeptide, this will be clear to the skilled artisan even without performing the above described comparison assay. It will be further recognized in the art that, for such nucleic acid molecules that are not degenerate variants, a reasonable number will also encode a polypeptide having T. pallidum protein activity. This is because the skilled artisan is fully aware of amino acid substitutions that are either less likely or not likely to significantly effect protein function (e.g., replacing one aliphatic amino acid with a second aliphatic amino acid), as further described below. The biological activity or function of the polypeptides of the present invention are expected to be similar or identical to polypeptides from other bacteria that share a high degree of structural identity/similarity. Table 1-3 lists accession numbers and descriptions for the closest matching sequences of polypeptides available through Genbank. It is therefore expected that the biological activity or function of the polypeptides of the present invention will be similar or identical to those polypeptides from other bacterial genuses, species, or strains listed in Table 1- 3. By a polynucleotide having a nucleotide sequence at least, for example, 95% "identical" to a reference nucleotide sequence of the present invention, it is intended that the nucleotide sequence of the polynucleotide is identical to the reference sequence except that the polynucleotide sequence may include up to five point mutations per each 100 nucleotides of the reference nucleotide sequence encoding the T. pallidum polypeptide. In other words, to obtain a polynucleotide having a nucleotide sequence at least 95% identical to a reference nucleotide sequence, up to 5% of the nucleotides in the reference sequence may be deleted, inserted, or substituted with another nucleotide. The query sequence may be an entire sequence shown in SEQ ID NOS: 1-744, the ORF IDs, or the ORF within each ORF ID, or any fragment specified as described herein. As a practical matter, whether any particular nucleic acid molecule or polypeptide is at least 90%, 95%, 96%, 97%, 98% or 99% identical to a nucleotide sequence of the presence invention can be determined conventionally using known computer programs. A preferred method for determining the best overall match between a query sequence (a sequence of the present invention) and a subject sequence, also referred to as a global sequence alignment, can be determined using the FASTDB computer program based on the algorithm of Brutlag et al. See Brutlag et al. (1990) Comp. App. Biosci. 6:237-245. In a sequence alignment the query and subject sequences are both DNA sequences. An RNA sequence can be compared by first converting U's to T's. The result of said global sequence alignment is in percent identity. Preferred parameters used in a FASTDB alignment of DNA sequences to calculate percent identity are: Matrix=Unitary, k-tuple=4, Mismatch Penalty=l, Joining Penalty=30, Randomization Group Length=0, Cutoff Score=l, Gap Penalty=5, Gap Size Penalty 0.05, Window Size=500 or the lenght of the subject nucleotide sequence, whichever is shorter. If the subject sequence is shorter than the query sequence because of 5' or 3' deletions, not because of internal deletions, a manual correction must be made to the results. This is because the FASTDB program does not account for 5' and 3' truncations of the subject sequence when calculating percent identity. For subject sequences truncated at the 5' or 3' ends, relative to the query sequence, the percent identity is corrected by calculating the number of bases of the query sequence that are 5' and 3' of the subject sequence, which are not matched/aligned, as a percent of the total bases of the query sequence. Whether a nucleotide is matched/aligned is determined by results of the FASTDB sequence alignment. This percentage is then subtracted from the percent identity, calculated by the above FASTDB program using the specified parameters, to arrive at a final percent identity score. This corrected score is what is used for the purposes of the present invention. Only nucleotides outside the 5' and 3' nucleotides of the subject sequence, as displayed by the FASTDB alignment, which are not matched/aligned with the query sequence, are calculated for the purposes of manually adjusting the percent identity score. For example, a 90 nucleotide subject sequence is aligned to a 100 nucleotide query sequence to determine percent identity. The deletions occur at the 5' end of the subject sequence and therefore, the FASTDB alignment does not show a matched/alignment of the first 10 nucleotides at 5' end. The 10 unpaired nucleotides represent 10% of the sequence (number of nucleotides at the 5' and 3' ends not matched/total number of nucleotides in the query sequence) so 10% is subtracted from the percent identity score calculated by the FASTDB program. If the remaining 90 nucleotides were perfectly matched the final percent identity would be 90%. In another example, a 90 nucleotide subject sequence is compared with a 100 nucleotide query sequence. This time the deletions are internal deletions so that there are no nucleotides on the 5' or 3' of the subject sequence which are not matched/aligned with the query. In this case the percent identity calculated by FASTDB is not manually corrected. Once again, only nucleotides 5' and 3' of the subject sequence which are not matched/aligned with the query sequence are manually corrected for. No other manual corrections are to made for the purposes of the present invention. COMPUTER RELATED EMBODIMENTS The nucleotide sequences provided in SEQ ID NOS: 1-744, including ORF IDs and corresponding ORFs, a representative fragment thereof, or a nucleotide sequence at least 95%, preferably at least 99% and most preferably at least 99.9% identical to said polynucleotide sequences 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. Such a manufacture provides a large portion of the T. pallidum genome and parts thereof {e.g., a T. pallidum open reading frame (ORF)) in a form which allows a skilled artisan to examine the manufacture using means not directly applicable to examining the T. pallidum 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: 1-744, including ORF IDs and corresponding ORFs, a representative fragment thereof, or a nucleotide sequence at least 95%, preferably at least 99% and most preferably at least 99.9% identical to said polynucleotide sequences, 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. 275:403-410 (1990)) and BLAZE (Brutlag et al, Comp. Chem. 77:203-207 (1993)) search algorithms on a Sybase system was used to identify open reading frames (ORFs) within the T. pallidum genome which contain homology to ORFs or proteins from both T. pallidum and from other organisms. Among the ORFs discussed herein are protein encoding fragments of the T. pallidum 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 T. pallidum 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 system 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 T. pallidum 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 T. pallidum 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 T. pallidum 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 1 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 T. pallidum genome. The fragments of the T. pallidum genome of the present invention include, but are not limited to fragments which encode peptides, 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 T pallidum in a sample, hereinafter diagnostic fragments (DFs). As used herein, an "isolated nucleic acid molecule" or an "isolated fragment of the T. pallidum 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: 1-744, to representative fragments thereof as described above including ORF IDs and ORFs, to polynucleotides at least 95%, preferably at least 96%, 97%, 98%, or 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, T. pallidum DNA can be enzymatically sheared to produce fragments of 15-20 kb in length. These fragments can then be used to generate a T. pallidum library by inserting them into lambda clones as described in the Examples below. Primers flanking, for example, an ORF, such as those enumerated in the ORF IDs of Tables 1-3, can then be generated using nucleotide sequence information provided in SEQ ID NOS: 1-744. Well known and routine techniques of PCR cloning then can be used to isolate the ORF from the lambda DNA library or T pallidum genomic DNA. Thus, given the availability of SEQ ID NOS: 1-744, 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: 1-744 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. For purposes of numbering and reference to polynucleotide and polypeptide sequences the entire sequence of each sequence of SEQ ID NOS: 1-744 is included with the first nucleotide being position 1. Therefore, for reference purposes the numbering used in the present invention is that provided in the sequence listing for SEQ ID NOS: 1-744. As used herein, an open reading frame (ORF), means a series of nucleotide triplets coding for amino acid residues without any termination codons and is a sequence translatable into protein. Further, unless specified, the term "ORF' for each ORF ID is defined by the termination codon at the 3' end and the 5' most methionine codon, at the 5' end, in frame with said 3' termination codon. Unless specified, the term "ORF" also refers to a particular polypeptide sequence defined by the ORF polynucleotide sequence, wherein the N-terminus is defined by the 5' most methionine codon in frame with the termination codon at the 3' end of the ORF ID and the C-terminus is defined by the last codon before the said 3' termination codon. As used herein, an ORF ID represents a sequence without any internal termination codons flanked by termination codons. Tables 1, 2, and 3 list ORF IDs in the T. pallidum 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 ORF IDs in the T. pallidum 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 June, 1997. Table 2 sets out ORF IDs in the T. pallidum 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 July, 1996. Table 3 sets out ORF IDs in the T. pallidum contigs of the present invention that do not match significantly, by BLASTP analysis, a polypeptide sequence available through GenBank in July, 1996. In each table, the first and second columns identify the ORF ID by, respectively, contig number and ORF ID number within the contig; the third column indicates the first nucleotide of the ORF ID, counting from the 5' end of the contig strand; and the fourth column indicates the last nucleotide of the ORF ID, counting from the 5' end of the contig strand. In Tables 1 and 2, column six, 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 seven in Tables 1 and 2 provides the gene name of the matching sequence; column eight provides the BLAST identity 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. In Table 3, the last column, column six, indicates the length of each ORF ID in amino acid residues. 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 T. pallidum genome other than those specified for 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 T. pallidum genome by their proximity to the ORF IDs provided in Tables 1-3 and ORFs within each ORF ID. 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 T. pallidum 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 T. pallidum sequences. DFs can be readily identified by identifying unique sequences within contigs of the T. pallidum 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 polynucleotide sequences provided in SEQ ID NOS: 1-744, ORF IDs and ORFs within, a representative fragment thereof, or a nucleotide sequence at least 99% and preferably 99.9% identical to said polynucleotide sequences, 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 T. pallidum origin isolated by using part or all of the fragments in question as a probe or primer. Each of the ORFs of the T. pallidum genome within the ORF IDs of 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 T. pallidum. 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 T. pallidum. Also particularly preferred are ORFs that can be used to distinguish between strains of T. pallidum, 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. 6:3013 (1979); Cooney et al, Science 241:456 (1988); and Dervan et al, Science 257.J360 (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 T. pallidum 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 T. pallidum 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, ρNH16a, pNH18a, pNH46a (available from Stratagene); ρTrc99A, pKK223-3, pKK233-3, pDR540, pRIT5 (available from Pharmacia). Useful eukaryotic vectors include pWLneo, pSV2cat, pOG44, pXTl, pSG (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 lad, 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- 1. 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 T. pallidum 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 T. pallidum 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 ORF IDs depicted in Tables 2 and 3 and the ORFs within 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. The polypeptides of the present invention are preferably provided in an isolated form, and preferably are substantially purified. A recombinantly produced version of the T. pallidum polypeptide can be substantially purified by the one-step method described by Smith et al. (1988) Gene 67:31-40. Polypeptides of the invention also can be purified from natural or recombinant sources using antibodies directed against the polypeptides of the invention in methods which are well known in the art of protein purification. The invention further provides for isolated T. pallidum polypeptides comprising an amino acid sequence selected from the group including: (a) the amino acid sequence of a full-length T. pallidum polypeptide having the complete amino acid sequence from the first methionine codon to the termination codon of each sequence listed in SEQ ID NOS: 1-744, wherein said termination codon is at the end of each SEQ ID NO: and said first methionine is the first methionine in frame with said termination codon; and (b) the amino acid sequence of a full-length T pallidum polypeptide having the complete amino acid sequence in (a) excepting the N-terminal methionine. The polypeptides of the present invention also include polypeptides having an amino acid sequence at least 80% identical, more preferably at least 90% identical, and still more preferably 95%, 96%, 97%, 98% or 99% identical to those described in (a) and (b) above. The present invention is further directed to polynucleotides encoding portions or fragments of the amino acid sequences described herein as well as to portions or fragments of the isolated amino acid sequences described herein. Fragments include portions of the amino acid sequences described herein at least 5 contiguous amino acid in length and selected from any two integers, one of which representing an N-terminal position and another representing a C-terminal position. The initiation codon of the ORFs of the present invention is position 1. The initiation codon (positon 1) for purposes of the present invention is the first methionine codon of each ORF ID which is in frame with the termination codon at the end of each said sequence. Every combination of a N-terminal and C-terminal position that a fragment at least 5 contiguous amino acid residues in length could occupy, on any given ORF is included in the invention, i.e., from initiation codon up to the termination codon. "At least" means a fragment may be 5 contiguous amino acid residues in length or any integer between 5 and the number of residues in an ORF, minus 1. Therefore, included in the invention are contiguous fragments specified by any N- terminal and C-terminal positions of amino acid sequence set forth in SEQ ID NOS: 1-744 or Tables 1-3 wherein the contiguous fragment is any integer between 5 and the number of residues in an ORF minus 1. Further, the invention includes polypeptides comprising fragments specified by size, in amino acid residues, rather than by N-terminal and C-terminal positions. The invention includes any fragment size, in contiguous amino acid residues, selected from integers between 5 and the number of residues in an ORF, minus 1. Preferred sizes of contiguous polypeptide fragments include about 5 amino acid residues, about 10 amino acid residues, about 20 amino acid residues, about 30 amino acid residues, about 40 amino acid residues, about 50 amino acid residues, about 100 amino acid residues, about 200 amino acid residues, about 300 amino acid residues, and about 400 amino acid residues. The preferred sizes are, of course, meant to exemplify, not limit, the present invention as all size fragments representing any integer between 5 and the number of residues in a full length sequence minus 1 are included in the invention. The present invention also provides for the exclusion of any fragments specified by N-terminal and C-terminal positions or by size in amino acid residues as described above. Any number of fragments specified by N-terminal and C-terminal positions or by size in amino acid residues as described above may be excluded. The above fragments need not be active since they would be useful, for example, in immunoassays, in epitope mapping, epitope tagging, to generate antibodies to a particular portion of the protein, as vaccines, and as molecular weight markers. Further polypeptides of the present invention include polypeptides which have at least 90% similarity, more preferably at least 95% similarity, and still more preferably at least 96%, 97%, 98% or 99% similarity to those described above. A further embodiment of the invention relates to a polypeptide which comprises the amino acid sequence of a T. pallidum polypeptide having an amino acid sequence which contains at least one conservative amino acid substitution, but not more than 50 conservative amino acid substitutions, not more than 40 conservative amino acid substitutions, not more than 30 conservative amino acid substitutions, and not more than 20 conservative amino acid substitutions. Also provided are polypeptides which comprise the amino acid sequence of a T. pallidum polypeptide, having at least one, but not more than 10, 9, 8, 7, 6, 5, 4, 3, 2 or 1 conservative amino acid substitutions. By a polypeptide having an amino acid sequence at least, for example, 95% "identical" to a query amino acid sequence of the present invention, it is intended that the amino acid sequence of the subject polypeptide is identical to the query sequence except that the subject polypeptide sequence may include up to five amino acid alterations per each 100 amino acids of the query amino acid sequence. In other words, to obtain a polypeptide having an amino acid sequence at least 95% identical to a query amino acid sequence, up to 5% of the amino acid residues in the subject sequence may be inserted, deleted, (indels) or substituted with another amino acid. These alterations of the reference sequence may occur at the amino or carboxy terminal positions of the reference amino acid sequence or anywhere between those terminal positions, interspersed either individually among residues in the reference sequence. As a practical matter, whether any particular polypeptide is at least 90%, 95%, 96%, 97%, 98% or 99% identical to the ORF amino acid sequences encoded by the sequences of SEQ ID NOS: 1-744, as described hererin, can be determined conventionally using known computer programs. A preferred method for determining the best overall match between a query sequence (a sequence of the present invention) and a subject sequence, also referred to as a global sequence alignment, can be determined using the FASTDB computer program based on the algorithm of Brutlag et al., (1990) Comp. App. Biosci. 6:237-245. In a sequence alignment the query and subject sequences are both amino acid sequences. The result of said global sequence alignment is in percent identity. Preferred parameters used in a FASTDB amino acid alignment are: Matrix=PAM 0, k-tuple=2, Mismatch Penalty=l, Joining Penalty=20, Randomization Group Length=0, Cutoff Score=l, Window Size=sequence length, Gap Penal ty=5, Gap Size Penalty=0.05, Window Size=500 or the length of the subject amino acid sequence, whichever is shorter. If the subject sequence is shorter than the query sequence due to N- or C-terminal deletions, not because of internal deletions, the results, in percent identity, must be manually corrected. This is because the FASTDB program does not account for N- and C-terminal truncations of the subject sequence when calculating global percent identity. For subject sequences truncated at the N- and C-termini, relative to the query sequence, the percent identity is corrected by calculating the number of residues of the query sequence that are N- and C-terminal of the subject sequence, which are not matched/aligned with a corresponding subject residue, as a percent of the total bases of the query sequence. Whether a residue is matched/aligned is determined by results of the FASTDB sequence alignment. This percentage is then subtracted from the percent identity, calculated by the above FASTDB program using the specified parameters, to arrive at a final percent identity score. This final percent identity score is what is used for the purposes of the present invention. Only residues to the N- and C-termini of the subject sequence, which are not matched/aligned with the query sequence, are considered for the purposes of manually adjusting the percent identity score. That is, only query amino acid residues outside the farthest N- and C-terminal residues of the subject sequence. For example, a 90 amino acid residue subject sequence is aligned with a 100 residue query sequence to determine percent identity. The deletion occurs at the N-terminus of the subject sequence and therefore, the FASTDB alignment does not match/align with the first 10 residues at the N-terminus. The 10 unpaired residues represent 10% of the sequence (number of residues at the N- and C- termini not matched/total number of residues in the query sequence) so 10% is subtracted from the percent identity score calculated by the FASTDB program. If the remaining 90 residues were perfectly matched the final percent identity would be 90%. In another example, a 90 residue subject sequence is compared with a 100 residue query sequence. This time the deletions are internal so there are no residues at the N- or C-termini of the subject sequence which are not matched/aligned with the query. In this case the percent identity calculated by FASTDB is not manually corrected. Once again, only residue positions outside the N- and C-terminal ends of the subject sequence, as displayed in the FASTDB alignment, which are not matched/aligned with the query sequence are manually corrected. No other manual corrections are to made for the purposes of the present invention. The above polypeptide sequences are included irrespective of whether they have their normal biological activity. This is because even where a particular polypeptide molecule does not have biological activity, one of skill in the art would still know how to use the polypeptide, for instance, as a vaccine or to generate antibodies. Other uses of the polypeptides of the present invention that do not have T. pallidum activity include, ter alia, as epitope tags, in epitope mapping, and as molecular weight markers on SDS-PAGE gels or on molecular sieve gel filtration columns using methods known to those of skill in the art. As described below, the polypeptides of the present invention can also be used to raise polyclonal and monoclonal antibodies, which are useful in assays for detecting T. pallidum protein expression or as agonists and antagonists capable of enhancing or inhibiting T. pallidum protein function. Further, such polypeptides can be used in the yeast two-hybrid system to "capture" T. pallidum protein binding proteins which are also candidate agonists and antagonists according to the present invention. See, e.g., Fields et al. (1989) Nature 340:245-246. 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 T. pallidum genome and short ohgonucleotide 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, Wl, 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 23:115 (1981), and other cell lines capable of expressing a compatible vector, for example, the C127, 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 T. pallidum, of the fragments of the T pallidum 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 T. pallidum is defined as a homolog of a fragment of the T pallidum 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 T. pallidum 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: 1-744 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: 1-744 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: 1-744 or from a nucleotide sequence having an aforementioned identity to a sequence of SEQ ID NOS J -744, 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: 1-744, or from a nucleotide sequence having an aforementioned identity to a sequence of SEQ ID NOS: 1-744 , 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 T. pallidum. ILLUSTRATIVE USES OF COMPOSITIONS OF THE INVENTION Each ORF corresponding to the ORF IDs 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 T. pallidum 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 T pallidum 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: 1-744. 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 21:19 (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 T pallidum. 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 (KG A). KG A 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 7:21 (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. 572:83 (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 310:221 (1985) and Poserke, Journal of the American Oil Chemist Society 67:1758 (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 Advances 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 136:419 (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. T. pallidum protein-specific antibodies for use in the present invention can be raised against the intact T. pallidum protein or an antigenic polypeptide fragment thereof, which may be presented together with a carrier protein, such as an albumin, to an animal system (such as rabbit or mouse) or, if it is long enough (at least about 25 amino acids), without a carrier. As used herein, the term "antibody" (Ab) or "monoclonal antibody" (Mab) is meant to include intact molecules, single chain whole antibodies, and antibody fragments. Antibody fragments of the present invention include Fab and F(ab')2 and other fragments including single- chain Fvs (scFv) and disulfide-linked Fvs (sdFv). Also included in the present invention are chimeric and humanized monoclonal antibodies and polyclonal antibodies specific for the polypeptides of the present invention. The antibodies of the present invention may be prepared by any of a variety of methods. For example, cells expressing a polypeptide of the present invention or an antigenic fragment thereof can be administered to an animal in order to induce the production of sera containing polyclonal antibodies. For example, a preparation of T. pallidum polypeptide or fragment thereof is prepared and purified to render it substantially free of natural contaminants. Such a preparation is then introduced into an animal in order to produce polyclonal antisera of greater specific activity. In a preferred method, the antibodies of the present invention are monoclonal antibodies or binding fragments thereof. Such monoclonal antibodies can be prepared using hybridoma technology. See, e.g., Harlow et al., ANTIBODIES: A LABORATORY MANUAL, (Cold Spring Harbor Laboratory Press, 2nd ed. 1988); Hammerling, et al., in: MONOCLONAL ANTIBODIES AND T-CELL HYBRIDOMAS 563-681 (Elsevier, N.Y., 1981). Fab and F(ab')2 fragments may be produced by proteolytic cleavage, using enzymes such as papain (to produce Fab fragments) or pepsin (to produce F(ab')2 fragments). Alternatively, T. pallidum polypeptide-binding fragments, chimeric, and humanized antibodies can be produced through the application of recombinant DNA technology or through synthetic chemistry using methods known in the art. Alternatively, additional antibodies capable of binding to the polypeptide antigen of the present invention may be produced in a two-step procedure through the use of anti-idiotypic antibodies. Such a method makes use of the fact that antibodies are themselves antigens, and that, therefore, it is possible to obtain an antibody which binds to a second antibody. In accordance with this method, T. pallidum polypeptide-specific antibodies are used to immunize an animal, preferably a mouse. The splenocytes of such an animal are then used to produce hybridoma cells, and the hybridoma cells are screened to identify clones which produce an antibody whose ability to bind to the T. pallidum polypeptide-specific antibody can be blocked by the T. pallidum polypeptide antigen. Such antibodies comprise anti-idiotypic antibodies to the T. pallidum polypeptide-specific antibody and can be used to immunize an animal to induce formation of further T. pallidum polypeptide-specific antibodies. Antibodies and fragements thereof of the present invention may be described by the portion of a polypeptide of the present invention recognized or specifically bound by the antibody. Antibody binding fragements of a polypeptide of the present invention may be described or specified in the same manner as for polypeptide fragements discussed above., i.e, by N-terminal and C-terminal positions or by size in contiguous amino acid residues. Any number of antibody binding fragments, of a polypeptide of the present invention, specified by N- terminal and C-terminal positions or by size in amino acid residues, as described above, may also be excluded from the present invention. Therefore, the present invention includes antibodies the specifically bind a particuarlly discribed fragement of a polypeptide of the present invention and allows for the exclusion of the same. Antibodies and fragements thereof of the present invention may also be described or specified in terms of their cross-reactivity. Antibodies and fragements that do not bind polypeptides of any other species of Borrelia other than T. pallidum are included in the present invention. Likewise, antibodies and fragements that bind only species of Borrelia, i.e. antibodies and fragements that do not bind bacteria from any genus other than Borrelia, are included in the present invention. 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 T. pallidum 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. Epitope-Bearing Portions In another aspect, the invention provides peptides and polypeptides comprising epitope-bearing portions of the T pallidum polypeptides of the present invention. These epitopes are immunogenic or antigenic epitopes of the polypeptides of the present invention. An "immunogenic epitope" is defined as a part of a protein that elicits an antibody response when the whole protein or polypeptide is the immunogen. These immunogenic epitopes are believed to be confined to a few loci on the molecule. On the other hand, a region of a protein molecule to which an antibody can bind is defined as an "antigenic determinant" or "antigenic epitope." The number of immunogenic epitopes of a protein generally is less than the number of antigenic epitopes. See, e.g., Geysen, et al. (1983) Proc. Natl. Acad. Sci. USA 81:3998- 4002. Amino acid residues comprising anigenic epitopes may be determined by algorithms such as the the Jameson- Wolf analysis or similar algorithms or by in vivo testing for an antigenic response using the methods described herein or those known in the art. As to the selection of peptides or polypeptides bearing an antigenic epitope (i.e., that contain a region of a protein molecule to which an antibody can bind), it is well known in that art that relatively short synthetic peptides that mimic part of a protein sequence are routinely capable of eliciting an antiserum that reacts with the partially mimicked protein. See, e.g., Sutcliffe, et al., (1983) Science 219:660-666. Peptides capable of eliciting protein-reactive sera are frequently represented in the primary sequence of a protein, can be characterized by a set of simple chemical rules, and are confined neither to immunodominant regions of intact proteins (i.e., immunogenic epitopes) nor to the amino or carboxyl terminals. Peptides that are extremely hydrophobic and those of six or fewer residues generally are ineffective at inducing antibodies that bind to the mimicked protein; longer, peptides, especially those containing proline residues, usually are effective. See, Sutcliffe, et al., supra, p. 661. For instance, 18 of 20 peptides designed according to these guidelines, containing 8-39 residues covering 75% of the sequence of the influenza virus hemagglutinin HAl polypeptide chain, induced antibodies that reacted with the HAl protein or intact virus; and 12/12 peptides from the MuLV polymerase and 18/18 from the rabies glycoprotein induced antibodies that precipitated the respective proteins. Antigenic epitope-bearing peptides and polypeptides of the invention are therefore useful to raise antibodies, including monoclonal antibodies, that bind specifically to a polypeptide of the invention. Thus, a high proportion of hybridomas obtained by fusion of spleen cells from donors immunized with an antigen epitope-bearing peptide generally secrete antibody reactive with the native protein. See Sutcliffe, et al., supra, p. 663. The antibodies raised by antigenic epitope-bearing peptides or polypeptides are useful to detect the mimicked protein, and antibodies to different peptides may be used for tracking the fate of various regions of a protein precursor which undergoes post-translational processing. The peptides and anti-peptide antibodies may be used in a variety of qualitative or quantitative assays for the mimicked protein, for instance in competition assays since it has been shown that even short peptides (e.g., about 9 amino acids) can bind and displace the larger peptides in immunoprecipitation assays. See, e.g., Wilson, et al., (1984) Cell 37:767-778. The anti-peptide antibodies of the invention also are useful for purification of the mimicked protein, for instance, by adsorption chromatography using methods known in the art. Antigenic epitope-bearing peptides and polypeptides of the invention designed according to the above guidelines preferably contain a sequence of at least seven, more preferably at least nine and most preferably between about 10 to about 50 amino acids (i.e. any integer between 7 and 50) contained within the amino acid sequence of a polypeptide of the invention. However, peptides or polypeptides comprising a larger portion of an amino acid sequence of a polypeptide of the invention, containing about 50 to about 100 amino acids, or any length up to and including the entire amino acid sequence of a polypeptide of the invention, also are considered epitope-bearing peptides or polypeptides of the invention and also are useful for inducing antibodies that react with the mimicked protein. Preferably, the amino acid sequence of the epitope-bearing peptide is selected to provide substantial solubility in aqueous solvents (i.e., the sequence includes relatively hydrophilic residues and highly hydrophobic sequences are preferably avoided); and sequences containing proline residues are particularly preferred. The epitope-bearing peptides and polypeptides of the present invention may be produced by any conventional means for making peptides or polypeptides including recombinant means using nucleic acid molecules of the invention. For instance, an epitope-bearing amino acid sequence of the present invention may be fused to a larger polypeptide which acts as a carrier during recombinant production and purification, as well as during immunization to produce anti-peptide antibodies. Epitope-bearing peptides also may be synthesized using known methods of chemical synthesis. For instance, Houghten has described a simple method for synthesis of large numbers of peptides, such as 10-20 mg of 248 different 13 residue peptides representing single amino acid variants of a segment of the HAl polypeptide which were prepared and characterized (by ELISA-type binding studies) in less than four weeks (Houghten, R. A. Proc. Natl. Acad. Sci. USA 82:5131-5135 (1985)). This "Simultaneous Multiple Peptide Synthesis (SMPS)" process is further described in U.S. Patent No. 4,631,211 to Houghten and coworkers (1986). In this procedure the individual resins for the solid-phase synthesis of various peptides are contained in separate solvent-permeable packets, enabling the optimal use of the many identical repetitive steps involved in solid-phase methods. A completely manual procedure allows 500-1000 or more syntheses to be conducted simultaneously (Houghten et al. (1985) Proc. Natl. Acad. Sci. 82:5131-5135 at 5134. Epitope-bearing peptides and polypeptides of the invention are used to induce antibodies according to methods well known in the art. See, e.g., Sutcliffe, et al., supra;; Wilson, et al., supra;; and Bittle, et al. (1985) J. Gen. Virol. 66:2347-2354. Generally, animals may be immunized with free peptide; however, anti-peptide antibody titer may be boosted by coupling of the peptide to a macromolecular carrier, such as keyhole limpet hemacyanin (KLH) or tetanus toxoid. For instance, peptides containing cysteine may be coupled to carrier using a linker such as m-maleimidobenzoyl-N-hydroxysuccinimide ester (MBS), while other peptides may be coupled to carrier using a more general linking agent such as glutaraldehyde. Animals such as rabbits, rats and mice are immunized with either free or carrier-coupled peptides, for instance, by intraperitoneal and/or intradermal injection of emulsions containing about 100 μg peptide or carrier protein and Freund's adjuvant. Several booster injections may be needed, for instance, at intervals of about two weeks, to provide a useful titer of anti-peptide antibody which can be detected, for example, by ELISA assay using free peptide adsorbed to a solid surface. The titer of anti-peptide antibodies in serum from an immunized animal may be increased by selection of anti-peptide antibodies, for instance, by adsorption to the peptide on a solid support and elution of the selected antibodies according to methods well known in the art. Immunogenic epitope-bearing peptides of the invention, i.e., those parts of a protein that elicit an antibody response when the whole protein is the immunogen, are identified according to methods known in the art. For instance, Gey sen, et al, supra, discloses a procedure for rapid concurrent synthesis on solid supports of hundreds of peptides of sufficient purity to react in an ELISA. interaction of synthesized peptides with antibodies is then easily detected without removing them from the support. In this manner a peptide bearing an immunogenic epitope of a desired protein may be identified routinely by one of ordinary skill in the art. For instance, the immunologically important epitope in the coat protein of foot-and-mouth disease virus was located by Geysen et al. supra with a resolution of seven amino acids by synthesis of an overlapping set of all 208 possible hexapeptides covering the entire 213 amino acid sequence of the protein. Then, a complete replacement set of peptides in which all 20 amino acids were substituted in turn at every position within the epitope were synthesized, and the particular amino acids conferring specificity for the reaction with antibody were determined. Thus, peptide analogs of the epitope-bearing peptides of the invention can be made routinely by this method. U.S. Patent No. 4,708,781 to Geysen (1987) further describes this method of identifying a peptide bearing an immunogenic epitope of a desired protein. Further still, U.S. Patent No. 5,194,392, to Geysen (1990), describes a general method of detecting or determining the sequence of monomers (amino acids or other compounds) which is a topological equivalent of the epitope (i.e., a "mimotope") which is complementary to a particular paratope (antigen binding site) of an antibody of interest. More generally, U.S. Patent No. 4,433,092, also to Geysen (1989), describes a method of detecting or determining a sequence of monomers which is a topographical equivalent of a ligand which is complementary to the ligand binding site of a particular receptor of interest. Similarly, U.S. Patent No. 5,480,971 to Houghten, R. A. et al. (1996) discloses linear C,-C 7 -alkyl peralkylated oligopeptides and sets and libraries of such peptides, as well as methods for using such oligopeptide sets and libraries for determining the sequence of a peralkylated oligopeptide that preferentially binds to an acceptor molecule of interest. Thus, non-peptide analogs of the epitope-bearing peptides of the invention also can be made routinely by these methods. The entire disclosure of each document cited in this section on "Polypeptides and Fragments" is hereby incorporated herein by reference. As one of skill in the art will appreciate, the polypeptides of the present invention and the epitope-bearing fragments thereof described above can be combined with parts of the constant domain of immunoglobulins (IgG), resulting in chimeric polypeptides. These fusion proteins facilitate purification and show an increased half-life in vivo. This has been shown, e.g., for chimeric proteins consisting of the first two domains of the human CD4-polypeptide and various domains of the constant regions of the heavy or light chains of mammalian immunoglobulins. (EPA 0,394,827; Traunecker et al. (1988) Nature 331:84-86. Fusion proteins that have a disulfide-linked dimeric structure due to the IgG part can also be more efficient in binding and neutralizing other molecules than a monomeric T. pallidum polypeptide or fragment thereof alone. See Fountoulakis et al. (1995) J. Biochem. 270:3958-3964. Nucleic acids encoding the above epitopes of T. pallidum polypeptides can also be recombined with a gene of interest as an epitope tag to aid in detection and purification of the expressed polypeptide. 3. Diagnostic Assays and Kits The present invention further relates to methods for assaying Borrelia infection in an animal by detecting the expression of genes encoding Borrelia polypeptides of the present invention. The methods comprise analyzing tissue or body fluid from the animal for 2forre//α-specific antibodies, nucleic acids, or proteins. Analysis of nucleic acid specific to Borrelia is assayed by PCR or hybridization techniques using nucleic acid sequences of the present invention as either hybridization probes or primers. See, e.g., Sambrook et al. Molecular cloning: A Laboratory Manual (Cold Spring Harbor Laboratory Press, 2nd ed., 1989, page 54 reference); Eremeeva et al. (1994) J. Clin. Microbiol. 32:803-810 (describing differentiation among spotted fever group Rickettsiae species by analysis of restriction fragment length polymorphism of PCR-amplified DNA) and Chen et al. 1994 J. Clin. Microbiol. 32:589- 595 (detecting T. pallidum nucleic acids via PCR). Where diagnosis of a disease state related to infection with Borrelia has already been made, the present invention is useful for monitoring progression or regression of the disease state whereby patients exhibiting enhanced Borrelia gene expression will experience a worse clinical outcome relative to patients expressing these gene(s) at a lower level. By "biological sample" is intended any biological sample obtained from an animal, cell line, tissue culture, or other source which contains Borrelia polypeptide, mRNA, or DNA. Biological samples include body fluids (such as saliva, blood, plasma, urine, mucus, synovial fluid, etc.) tissues (such as muscle, skin, and cartilage) and any other biological source suspected of containing Borrelia polypeptides or nucleic acids. Methods for obtaining biological samples such as tissue are well known in the art. The present invention is useful for detecting diseases related to Borrelia infections in animals. Preferred animals include monkeys, apes, cats, dogs, birds, cows, pigs, mice, horses, rabbits and humans. Particularly preferred are humans. Total RNA can be isolated from a biological sample using any suitable technique such as the single-step guanidinium-thiocyanate-phenol-chloroform method described in Chomczynski et al. (1987) Anal. Biochem. 162: 156-159. mRNA encoding Borrelia polypeptides having sufficient homology to the nucleic acid sequences identified in SEQ ID NOS: 1-744 to allow for hybridization between complementary sequences are then assayed using any appropriate method. These include Northern blot analysis, S 1 nuclease mapping, the polymerase chain reaction (PCR), reverse transcription in combination with the polymerase chain reaction (RT-PCR), and reverse transcription in combination with the ligase chain reaction (RT-LCR). Northern blot analysis can be performed as described in Harada et al. (1990) Cell 63:303-312. Briefly, total RNA is prepared from a biological sample as described above. For the Northern blot, the RNA is denatured in an appropriate buffer (such as glyoxal/dimethyl sulfoxide/sodium phosphate buffer), subjected to agarose gel electrophoresis, and transferred onto a nitrocellulose filter. After the RNAs have been linked to the filter by a UV linker, the filter is prehybridized in a solution containing formamide, SSC, Denhardt's solution, denatured salmon sperm, SDS, and sodium phosphate buffer. A T. pallidum polynucleotide sequence shown in SEQ ID NOS: 1-744, or portion thereof, labeled according to any appropriate method (such as the 32 P-multiprimed DNA labeling system (Amersham)) is used as probe. After hybridization overnight, the filter is washed and exposed to x-ray film. DNA for use as probe according to the present invention is described in the sections above and will preferably at least 15 nucleotides in length. SI mapping can be performed as described in Fujita et al. (1987) Cell 49:357-367. To prepare probe DNA for use in S 1 mapping, the sense strand of an above-described T. pallidum DNA sequence of the present invention is used as a template to synthesize labeled antisense DNA. The antisense DNA can then be digested using an appropriate restriction endonuclease to generate further DNA probes of a desired length. Such antisense probes are useful for visualizing protected bands corresponding to the target mRNA (i.e., mRNA encoding Borrelia polypeptides). Levels of mRNA encoding Borrelia polypeptides are assayed, for e.g., using the RT-PCR method described in Makino et al. (1990) Technique 2:295-301. By this method, the radioactivities of the "amplicons" in the polyacrylamide gel bands are linearly related to the initial concentration of the target mRNA. Briefly, this method involves adding total RNA isolated from a biological sample in a reaction mixture containing a RT primer and appropriate buffer. After incubating for primer annealing, the mixture can be supplemented with a RT buffer, dNTPs, DTT, RNase inhibitor and reverse transcriptase. After incubation to achieve reverse transcription of the RNA, the RT products are then subject to PCR using labeled primers. Alternatively, rather than labeling the primers, a labeled dNTP can be included in the PCR reaction mixture. PCR amplification can be performed in a DNA thermal cycler according to conventional techniques. After a suitable number of rounds to achieve amplification, the PCR reaction mixture is electrophoresed on a polyacrylamide gel. After drying the gel, the radioactivity of the appropriate bands (corresponding to the mRNA encoding the Borrelia polypeptides of the present invention) are quantified using an imaging analyzer. RT and PCR reaction ingredients and conditions, reagent and gel concentrations, and labeling methods are well known in the art. Variations on the RT-PCR method will be apparent to the skilled artisan. Other PCR methods that can detect the nucleic acid of the present invention can be found in PCR PRIMER: A LABORATORY MANUAL (C.W. Dieffenbach et al. eds., Cold Spring Harbor Lab Press, 1995). The polynucleotides of the present invention, including both DNA and RNA, may be used to detect polynucleotides of the present invention or Borrelia species including T. pallidum using bio chip technology. The present invention includes both high density chip arrays (>1000 oligonucleotides per cm 2 ) and low density chip arrays (<1000 oligonucleotides per cm 2 ). Bio chips comprising arrays of polynucleotides of the present invention may be used to detect Borrelia species, including T. pallidum, in biological and environmental samples and to diagnose an animal, including humans, with an T. pallidum or other Borrelia infection. The bio chips of the present invention may comprise polynucleotide sequences of other pathogens including bacteria, viral, parasitic, and fungal polynucleotide sequences, in addition to the polynucleotide sequences of the present invention, for use in rapid diffenertial pathogenic detection and diagnosis. The bio chips can also be used to monitor an T. pallidum or other Borrelia infections and to monitor the genetic changes (deletions, insertions, mismatches, etc.) in response to drug therapy in the clinic and drug development in the laboratory. The bio chip technology comprising arrays of polynucleotides of the present invention may also be used to simultaneously monitor the expression of a multiplicity of genes, including those of the present invention. The polynucleotides used to comprise a selected array may be specified in the same manner as for the fragements, i.e, by their 5' and 3' positions or length in contigious base pairs and include from. Methods and particular uses of the polynucleotides of the present invention to detect Borrelia species, including T. pallidum, using bio chip technology include those known in the art and those of: U.S. Patent Nos. 5510270, 5545531, 5445934, 5677195, 5532128, 5556752, 5527681, 5451683, 5424186, 5607646, 5658732 and World Patent Nos. WO/9710365, WO/9511995, WO/9743447, WO/9535505, each incorporated herein in their entireties. Biosensors using the polynucleotides of the present invention may also be used to detect, diagnose, and monitor T. pallidum or other Borrelia species and infections thereof. Biosensors using the polynucleotides of the present invention may also be used to detect particular polynucleotides of the present invention. Biosensors using the polynucleotides of the present invention may also be used to monitor the genetic changes (deletions, insertions, mismatches, etc.) in response to drug therapy in the clinic and drug development in the laboratory. Methods and particular uses of the polynucleotides of the present invention to detect Borrelia species, including T. pallidum, using biosenors include those known in the art and those of: U.S. Patent Nos 5721102, 5658732, 5631170, and World Patent Nos. WO97/35011, WO/9720203, each incorporated herein in their entireties. Thus, the present invention includes both bio chips and biosensors comprising polynucleotides of the present invention and methods of their use. Assaying Borrelia polypeptide levels in a biological sample can occur using any art-known method, such as antibody-based techniques. For example, Borrelia polypeptide expression in tissues can be studied with classical immunohistological methods. In these, the specific recognition is provided by the primary antibody (polyclonal or monoclonal) but the secondary detection system can utilize fluorescent, enzyme, or other conjugated secondary antibodies. As a result, an immunohistological staining of tissue section for pathological examination is obtained. Tissues can also be extracted, e.g., with urea and neutral detergent, for the liberation of Borrelia polypeptides for Western-blot or dot/slot assay. See, e.g., Jalkanen, M. et al. (1985) J. Cell. Biol. 101:976-985; Jalkanen, M. et al. (1987) J. Cell . Biol. 105:3087-3096. In this technique, which is based on the use of cationic solid phases, quantitation of a Borrelia polypeptide can be accomplished using an isolated Borrelia polypeptide as a standard. This technique can also be applied to body fluids. Other antibody-based methods useful for detecting Borrelia polypeptide gene expression include immunoassays, such as the ELISA and the radioimmunoassay (RIA). For example, a Borrelia polypeptide-specific monoclonal antibodies can be used both as an immunoabsorbent and as an enzyme-labeled probe to detect and quantify a Borrelia polypeptide. The amount of a Borrelia polypeptide present in the sample can be calculated by reference to the amount present in a standard preparation using a linear regression computer algorithm. Such an ELISA is described in Iacobelli et al. (1988) Breast Cancer Research and Treatment 11 : 19-30. In another ELISA assay, two distinct specific monoclonal antibodies can be used to detect Borrelia polypeptides in a body fluid. In this assay, one of the antibodies is used as the immunoabsorbent and the other as the enzyme-labeled probe. The above techniques may be conducted essentially as a "one-step" or "two-step" assay. The "one-step" assay involves contacting the Borrelia polypeptide with immobilized antibody and, without washing, contacting the mixture with the labeled antibody. The "two-step" assay involves washing before contacting the mixture with the labeled antibody. Other conventional methods may also be employed as suitable. It is usually desirable to immobilize one component of the assay system on a support, thereby allowing other components of the system to be brought into contact with the component and readily removed from the sample. Variations of the above and other immunological methods included in the present invention can also be found in Harlow et al., ANTIBODIES: A LABORATORY MANUAL, (Cold Spring Harbor Laboratory Press, 2nd ed. 1988). Suitable enzyme labels include, for example, those from the oxidase group, which catalyze the production of hydrogen peroxide by reacting with substrate. Glucose oxidase is particularly preferred as it has good stability and its substrate (glucose) is readily available. Activity of an oxidase label may be assayed by measuring the concentration of hydrogen peroxide formed by the enzyme-labeled antibody/substrate reaction. Besides enzymes, other suitable labels include radioisotopes, such as iodine ( 125 1, 121 I), carbon ( 14 C), sulphur ( 35 S), tritium ( 3 H), indium ( n2 In), and technetium (""Tc), and fluorescent labels, such as fluorescein and rhodamine, and biotin. Further suitable labels for the Borrelia polypeptide-specific antibodies of the present invention are provided below. Examples of suitable enzyme labels include malate dehydrogenase, Borrelia nuclease, delta-5-steroid isomerase, yeast-alcohol dehydrogenase, alpha-glycerol phosphate dehydrogenase, triose phosphate isomerase, peroxidase, alkaline phosphatase, asparaginase, glucose oxidase, beta-galactosidase, ribonuclease, urease, catalase, glucose-6-phosphate dehydrogenase, glucoamylase, and acetylcholine esterase. Examples of suitable radioisotopic labels include 3 H, n l In, 125 I, 13, 1, 32 P, 35 S, ,4 C, 51 Cr, 57 To, 58 Co, 59 Fe, 75 Se, 152 Eu, 90 Y, 67 Cu, 217 Ci, 2I 1 At, 212 Pb, 47 Sc, 109 Pd, etc. ι π In is a preferred isotope where in vivo imaging is used since its avoids the problem of dehalogenation of the 125 I or ,31 IJabeled monoclonal antibody by the liver. In addition, this radionucleotide has a more favorable gamma emission energy for imaging. See, e.g., Perkins et al. (1985) Eur. J. Nucl. Med. 10:296-301; Carasquillo et al. (1987) J. Nucl. Med. 28:281-287. For example, '"In coupled to monoclonal antibodies with l-(P-isothiocyanatobenzyl)-DPTA has shown little uptake in non-tumors tissues, particularly the liver, and therefore enhances specificity of tumor localization. See, Esteban et al. (1987) J. Nucl. Med. 28:861-870. Examples of suitable non-radioactive isotopic labels include ,57 Gd, 55 Mn, 162 Dy, 52 Tr, and 56 Fe. Examples of suitable fluorescent labels include an 152 Eu label, a fluorescein label, an isothiocyanate label, a rhodamine label, a phycoerythrin label, a phycocyanin label, an allophycocyanin label, an o-phthaldehyde label, and a fluorescamine label. Examples of suitable toxin labels include, Pseudomonas toxin, diphtheria toxin, ricin, and cholera toxin. Examples of chemiluminescent labels include a luminal label, an isoluminal label, an aromatic acridinium ester label, an imidazole label, an acridinium salt label, an oxalate ester label, a luciferin label, a luciferase label, and an aequorin label. Examples of nuclear magnetic resonance contrasting agents include heavy metal nuclei such as Gd, Mn, and iron. Typical techniques for binding the above-described labels to antibodies are provided by Kennedy et al. (1976) Clin. Chim. Acta 70:1-31, and Schurs et al. (1977) Clin. Chim. Acta 81:1-40. Coupling techniques mentioned in the latter are the glutaraldehyde method, the periodate method, the dimaleimide method, the m-maleimidobenzyl-N-hydroxy-succinimide ester method, all of which methods are incorporated by reference herein. In a related aspect, the invention includes a diagnostic kit for use in screening serum containing antibodies specific against T. pallidum infection. Such a kit may include an isolated T. pallidum antigen comprising an epitope which is specifically immunoreactive with at least one anti-r. pallidum antibody. Such a kit also includes means for detecting the binding of said antibody to the antigen. In specific embodiments, the kit may include a recombinantly produced or chemically synthesized peptide or polypeptide antigen. The peptide or polypeptide antigen may be attached to a solid support. In a more specific embodiment, the detecting means of the above-described kit includes a solid support to which said peptide or polypeptide antigen is attached. Such a kit may also include a non-attached reporter-labeled anti-human antibody. In this embodiment, binding of the antibody to the T. pallidum antigen can be detected by binding of the reporter labeled antibody to the anti-r. pallidum polypeptide antibody. 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. In a related aspect, the invention includes a method of detecting T. pallidum infection in a subject. This detection method includes reacting a body fluid, preferably serum, from the subject with an isolated T. pallidum antigen, and examining the antigen for the presence of bound antibody. In a specific embodiment, the method includes a polypeptide antigen attached to a solid support, and serum is reacted with the support. Subsequently, the support is reacted with a reporter-labeled anti-human antibody. The support is then examined for the presence of reporter- labeled antibody. The solid surface reagent employed in the above assays and kits is prepared by known techniques for attaching protein material to solid support material, such as polymeric beads, dip sticks, 96-well plates or filter material. These attachment methods generally include non-specific adsorption of the protein to the support or covalent attachment of the protein , typically through a free amine group, to a chemically reactive group on the solid support, such as an activated carboxyl, hydroxyl, or aldehyde group. Alternatively, streptavidin coated plates can be used in conjunction with biotinylated antigen(s). The polypeptides and antibodies of the present invention, including fragments thereof, may be used to detect Borrelia species including T. pallidum using bio chip and biosensor technology. Bio chip and biosensors of the present invention may comprise the polypeptides of the present invention to detect antibodies, which specifically recognize Borrelia species, including T. pallidum. Bio chip and biosensors of the present invention may also comprise antibodies which specifically recognize the polypeptides of the present invention to detect Borrelia species, including T. pallidum or specific polypeptides of the present invention. Bio chips or biosensors comprising polypeptides or antibodies of the present invention may be used to detect Borrelia species, including T. pallidum, in biological and environmental samples and to diagnose an animal, including humans, with an T. pallidum or other Borrelia infection. Thus, the present invention includes both bio chips and biosensors comprising polypeptides or antibodies of the present invention and methods of their use. The bio chips of the present invention may further comprise polypeptide sequences of other pathogens including bacteria, viral, parasitic, and fungal polypeptide sequences, in addition to the polypeptide sequences of the present invention, for use in rapid diffenertial pathogenic detection and diagnosis. The bio chips of the present invention may further comprise antibodies or fragements thereof specific for other pathogens including bacteria, viral, parasitic, and fungal polypeptide sequences, in addition to the antibodies or fragements thereof of the present invention, for use in rapid diffenertial pathogenic detection and diagnosis. The bio chips and biosensors of the present invention may also be used to monitor an T. pallidum or other Borrelia infection and to monitor the genetic changes (amio acid deletions, insertions, substitutions, etc.) in response to drug therapy in the clinic and drug development in the laboratory. The bio chip and biosensors comprising polypeptides or antibodies of the present invention may also be used to simultaneously monitor the expression of a multiplicity of polypeptides, including those of the present invention. The polypeptides used to comprise a bio chip or biosensor of the present invention may be specified in the same manner as for the fragements, i.e, by their N-terminal and C-terminal positions or length in contigious amino acid residue. Methods and particular uses of the polypeptides and antibodies of the present invention to detect Borrelia species, including T. pallidum, or specific polypeptides using bio chip and biosensor technology include those known in the art, those of the U.S. Patent Nos. and World Patent Nos. listed above for bio chips and biosensors using polynucleotides of the present invention, and those of: U.S. Patent Nos. 5658732, 5135852, 5567301, 5677196, 5690894 and World Patent Nos. WO9729366, WO9612957, each incorporated herein in their entireties. 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 T. pallidum 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 T. pallidum 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 25:9230-8 (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, /. 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 T. pallidum, 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 T. pallidum 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 0J 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, PO, 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 PO = e- m, where m is L/n, the fold coverage. For instance, for a genome of 2.8 Mb, m=l when 2.8 Mb of sequence has been randomly generated (IX coverage). At that point, PO = 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, GenomicsJL: 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. T. pallidum DNA is prepared by phenol extraction. A mixture containing 200 μg DNA in 1.0 ml of 300 mM sodium acetate, 10 mM Tris-HCl, 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 μl TE buffer. To create blunt-ends, a 100 μl aliquot of the resuspended DNA is digested with 5 units of BAL31 nuclease (New England BioLabs) for 10 min at 30°C in 200 μl BAL31 buffer. The digested DNA is phenol-extracted, ethanol-precipitated, redissolved in 100 μl 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 μl of 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 μg of DNA fragments, 2 μg pUC18 DNA (Pharmacia) cut with Smal 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 μl 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 (I), 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 μl 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 μM 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 μl TE. The final ligation to produce circles is carried out in a 50 μl reaction containing 5 μl 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 μl 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 μl 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 μl 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 MgC12 (1 M), and 1 ml MgSO4/100 ml SOB agar. The 15 ml top layer is poured just prior to plating. Our titer is approximately 100 colonies/10 μl 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 T. pallidum 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, T. pallidum DNA (> 100 kb) is partially digested in a reaction mixture (200 ul) containing 50 μg DNA, IX 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. One μl of fragments is used with 1 μl of DASH-fl vector (Stratagene) in the recommended ligation reaction. One μl 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 μl 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 1x109 pfu ml. Liquid ly sates (100 μl) 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 (M13-21) and the M13 reverse (M13RP1) primers (Adams et al. , Nature 368:414 (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 Ml 3-21 and M13RP1 sequences and 65% for dye-terminator reactions. The average usable read length is 485 bp for Ml 3-21 sequences, 445bp for M13RP1 sequences, and 375 bp for dye-terminator reactions. Richards et al, Chapter 28 in AUTOMATED 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 Ml 3-21 (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 poly linker 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 ohgonucleotide 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 ohgonucleotide 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 164:165 (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 744 contigs as represented by SEQ ID NOs: 1-744. 3. Identifying Genes The predicted coding regions of the T. pallidum 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 (June, 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 T. pallidum 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 T. pallidum genome, such as those of Tables 1-3 and SEQ ID NOS: 1-744 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. Isolation of a Selected DNA Clone From T. pallidum Three approaches are used to isolate a T. pallidum clone comprising a polynucleotide of the present invention from any T. pallidum genomic DNA library. The T. pallidum strain B3 IPU has been deposited as a convienent source for obtaining a T. pallidum strain although a wide varity of strains T. pallidum strains can be used which are known in the art. T. pallidum genomic DNA is prepared using the following method. A 20ml overnight bacterial culture grown in a rich medium (e.g., Trypticase Soy Broth, Brain Heart Infusion broth or Super broth), pelleted, ished two times with TES (3OmM Tris-pH 8.0, 25mM EDTA, 50mM NaCl), and resuspended in 5ml high salt TES (2.5M NaCl). Lysostaphin is added to final concentration of approx 50ug/ml and the mixture is rotated slowly 1 hour at 37C to make protoplast cells. The solution is then placed in incubator (or place in a shaking water bath) and warmed to 55C. Five hundred micro liter of 20% sarcosyl in TES (final concentration 2%) is then added to lyse the cells. Next, guanidine HCI is added to a final concentration of 7M (3.69g in 5.5 ml). The mixture is swirled slowly at 55C for 60-90 min (solution should clear). A CsCl gradient is then set up in SW41 ultra clear tubes using 2.0ml 5.7M CsCl and overlaying with 2.85M CsCl. The gradient is carefully overlayed with the DNA-containing GuHCl solution. The gradient is spun at 30,000 rpm, 20C for 24 hr and the lower DNA band is collected. The volume is increased to 5 ml with TE buffer. The DNA is then treated with protease K (10 ug/ml) overnight at 37 C, and precipitated with ethanol. The precipitated DNA is resuspended in a desired buffer. In the first method, a plasmid is directly isolated by screening a plasmid T. pallidum genomic DNA library using a polynucleotide probe corresponding to a polynucleotide of the present invention. Particularly, a specific polynucleotide with 30-40 nucleotides is synthesized using an Applied Biosystems DNA synthesizer according to the sequence reported. The ohgonucleotide is labeled, for instance, with 32 P-γ-ATP using T4 polynucleotide kinase and purified according to routine methods. (See, e.g., Maniatis et al., Molecular Cloning: A Laboratory Manual, Cold Spring Harbor Press, Cold Spring, NY (1982).) The library is transformed into a suitable host, as indicated above (such as XL-1 Blue (Stratagene)) using techniques known to those of skill in the art. See, e.g., Sambrook et al. MOLECULAR CLONING: A LABORATORY MANUAL (Cold Spring Harbor, N.Y. 2nd ed. 1989); Ausubel et al., CURRENT PROTOCALS IN MOLECULAR BIOLOGY (John Wiley and Sons, N.Y. 1989). The transformants are plated on 1.5% agar plates (containing the appropriate selection agent, e.g., ampicillin) to a density of about 150 transformants (colonies) per plate. These plates are screened using Nylon membranes according to routine methods for bacterial colony screening. See, e.g., Sambrook et al. MOLECULAR CLONING: A LABORATORY MANUAL (Cold Spring Harbor, N.Y. 2nd ed. 1989); Ausubel et al., CURRENT PROTOCALS IN MOLECULAR BIOLOGY (John Wiley and Sons, N.Y. 1989) or other techniques known to those of skill in the art. Alternatively, two primers of 15-25 nucleotides derived from the 5' and 3' ends of a polynucleotide of SEQ ID NOS: 1-744 are synthesized and used to amplify the desired DNA by PCR using a T. pallidum genomic DNA prep as a template. PCR is carried out under routine conditions, for instance, in 25 μl of reaction mixture with 0.5 ug of the above DNA template. A convenient reaction mixture is 1.5-5 mM MgCl 2 , 0.01% (w/v) gelatin, 20 μM each of dATP, dCTP, dGTP, dTTP, 25 pmol of each primer and 0.25 Unit of Taq polymerase. Thirty five cycles of PCR (denaturation at 94°C for 1 min; annealing at 55°C for 1 min; elongation at 72°C for 1 min) are performed with a Perkin-Elmer Cetus automated thermal cycler. The amplified product is analyzed by agarose gel electrophoresis and the DNA band with expected molecular weight is excised and purified. The PCR product is verified to be the selected sequence by subcloning and sequencing the DNA product. Finally, overlapping oligos of the DNA sequences of SEQ ID NOS: 1-744 can be chemically synthesized and used to generate a nucleotide sequence of desired length using PCR methods known in the art. 6(a). Expression and Purification Borrelia polypeptides in E. coli The bacterial expression vector pQE60 is used for bacterial expression of some of the polypeptide fragements of the present invention. (QIAGEN, Inc., 9259 Eton Avenue, Chatsworth, CA, 91311). pQE60 encodes ampicillin antibiotic resistance ("Ampr") and contains a bacterial origin of replication ("ori"), an IPTG inducible promoter, a ribosome binding site ("RBS"), six codons encoding histidine residues that allow affinity purification using nickel- nitrilo-tri-acetic acid ("Ni-NTA") affinity resin (QIAGEN, Inc., supra) and suitable single restriction enzyme cleavage sites. These elements are arranged such that an inserted DNA fragment encoding a polypeptide expresses that polypeptide with the six His residues (i.e., a "6 X His tag") covalently linked to the carboxyl terminus of that polypeptide. The DNA sequence encoding the desired portion of a T. pallidum protein of the present invention is amplified from T. pallidum genomic DNA using PCR ohgonucleotide primers which anneal to the 5' and 3' sequences coding for the portions of the T. pallidum polynucleotide shown in SEQ ID NOS: 1-744. Additional nucleotides containing restriction sites to facilitate cloning in the pQE60 vector are added to the 5' and 3' sequences, respectively. For cloning the mature protein, the 5' primer has a sequence containing an appropriate restriction site followed by nucleotides of the amino terminal coding sequence of the desired T. pallidum polynucleotide sequence in SEQ ID NOS: 1-744. One of ordinary skill in the art would appreciate that the point in the protein coding sequence where the 5' and 3' primers begin may be varied to amplify a DNA segment encoding any desired portion of the complete protein shorter or longer than the mature form. The 3' primer has a sequence containing an appropriate restriction site followed by nucleotides complementary to the 3' end of the polypeptide coding sequence of SEQ ID NOS: 1-744, excluding a stop codon, with the coding sequence aligned with the restriction site so as to maintain its reading frame with that of the six His codons in the pQE60 vector. The amplified T. pallidum DNA fragment and the vector pQE60 are digested with restriction enzymes which recognize the sites in the primers and the digested DNAs are then ligated together. The T. pallidum DNA is inserted into the restricted pQE60 vector in a manner which places the T. pallidum protein coding region downstream from the IPTG-inducible promoter and in-frame with an initiating AUG and the six histidine codons. The ligation mixture is transformed into competent E. coli cells using standard procedures such as those described by Sambrook et al., supra.. E. coli strain M15/rep4, containing multiple copies of the plasmid pREP4, which expresses the lac repressor and confers kanamycin resistance ("Kanr"), is used in carrying out the illustrative example described herein. This strain, which is only one of many that are suitable for expressing a T. pallidum polypeptide, is available commercially (QIAGEN, Inc., supra). Transformants are identified by their ability to grow on LB agar plates in the presence of ampicillin and kanamycin. Plasmid DNA is isolated from resistant colonies and the identity of the cloned DNA confirmed by restriction analysis, PCR and DNA sequencing. Clones containing the desired constructs are grown overnight ("O/N") in liquid culture in LB media supplemented with both ampicillin (100 μg/ml) and kanamycin (25 μg/ml). The O/N culture is used to inoculate a large culture, at a dilution of approximately 1 :25 to 1 :250. The cells are grown to an optical density at 600 nm ("OD600") of between 0.4 and 0.6. Isopropyl-β-D- thiogalactopyranoside ("IPTG") is then added to a final concentration of 1 mM to induce transcription from the lac repressor sensitive promoter, by inactivating the lad repressor. Cells subsequently are incubated further for 3 to 4 hours. Cells then are harvested by centrifugation. The cells are then stirred for 3-4 hours at 4°C in 6M guanidine-HCl, pH 8. The cell debris is removed by centrifugation, and the supernatant containing the T. pallidum polypeptide is loaded onto a nickel-nitrilo-tri-acetic acid ("Ni-NTA") affinity resin column (QIAGEN, Inc., supra). Proteins with a 6 x His tag bind to the Ni-NTA resin with high affinity are purified in a simple one-step procedure (for details see: The QIAexpressionist, 1995, QIAGEN, Inc., supra). Briefly the supernatant is loaded onto the column in 6 M guanidine-HCl, pH 8, the column is first washed with 10 volumes of 6 M guanidine-HCl, pH 8, then washed with 10 volumes of 6 M guanidine-HCl pH 6, and finally the T. pallidum polypeptide is eluted with 6 M guanidine- HCI, pH 5. The purified protein is then renatured by dialyzing it against phosphate-buffered saline (PBS) or 50 mM Na-acetate, pH 6 buffer plus 200 mM NaCl. Alternatively, the protein could be successfully refolded while immobilized on the Ni-NTA column. The recommended conditions are as follows: renature using a linear 6M-1M urea gradient in 500 mM NaCl, 20% glycerol, 20 mM Tris/HCl pH 7.4, containing protease inhibitors. The renaturation should be performed over a period of 1.5 hours or more. After renaturation the proteins can be eluted by the addition of 250 mM immidazole. Immidazole is removed by a final dialyzing step against PBS or 50 mM sodium acetate pH 6 buffer plus 200 mM NaCl. The purified protein is stored at 4°C or frozen at -80° C. The polypeptide of the present invention are also prepared using a non-denaturing protein purification method. For these polypeptides, the cell pellet from each liter of culture is resuspended in 25 mis of Lysis Buffer A at 4°C (Lysis Buffer A = 50 mM Na-phosphate, 300 mM NaCl, 10 mM 2-mercaptoethanol, 10% Glycerol, pH 7.5 with 1 tablet of Complete EDTA- free protease inhibitor cocktail (Boehringer Mannheim #1873580) per 50 ml of buffer). Absorbance at 550 nm is approximately 10-20 O.D./ml. The suspension is then put through three freeze/thaw cycles from -70°C (using a ethanol-dry ice bath) up to room temperature. The cells are lysed via sonication in short 10 sec bursts over 3 minutes at approximately 80W while kept on ice. The sonicated sample is then centrifuged at 15,000 RPM for 30 minutes at 4°C. The supernatant is passed through a column containing 1.0 ml of CL-4B resin to pre-clear the sample of any proteins that may bind to agarose non-specifically, and the flow-through fraction is collected. The pre-cleared flow-through is applied to a nickel-nitrilo-tri-acetic acid ("Ni-NTA") affinity resin column (Quiagen, Inc., supra). Proteins with a 6 X His tag bind to the Ni-NTA resin with high affinity and can be purified in a simple one-step procedure. Briefly, the supernatant is loaded onto the column in Lysis Buffer A at 4°C, the column is first washed with 10 volumes of Lysis Buffer A until the A280 of the eluate returns to the baseline. Then, the column is washed with 5 volumes of 40 mM Imidazole (92% Lysis Buffer A / 8% Buffer B) (Buffer B = 50 mM Na-Phosphate, 300 mM NaCl, 10% Glycerol, 10 mM 2-mercaptoethanol, 500 mM Imidazole, pH of the final buffer should be 7.5). The protein is eluted off of the column with a series of increasing Imidazole solutions made by adjusting the ratios of Lysis Buffer A to Buffer B. Three different concentrations are used: 3 volumes of 75 mM Imidazole, 3 volumes of 150 mM Imidazole, 5 volumes of 500 mM Imidazole. The fractions containing the purified protein are analyzed using 8 %, 10 % or 14% SDS-PAGE depending on the protein size. The purified protein is then dialyzed 2X against phosphate-buffered saline (PBS) in order to place it into an easily workable buffer. The purified protein is stored at 4° C or frozen at -80°. The following alternative method may be used to purify T. pallidum expressed in E coli when it is present in the form of inclusion bodies. Unless otherwise specified, all of the following steps are conducted at 4-10°C. Upon completion of the production phase of the E. coli fermentation, the cell culture is cooled to 4-10°C and the cells are harvested by continuous centrifugation at 15,000 rpm (Heraeus Sepatech). On the basis of the expected yield of protein per unit weight of cell paste and the amount of purified protein required, an appropriate amount of cell paste, by weight, is suspended in a buffer solution containing 100 mM Tris, 50 mM ΕDTA, pH 7.4. The cells are dispersed to a homogeneous suspension using a high shear mixer. The cells are then lysed by passing the solution through a microfluidizer (Microfuidics, Corp. or APV Gaulin, Inc.) twice at 4000-6000 psi. The homogenate is then mixed with NaCl solution to a final concentration of 0.5 M NaCl, followed by centrifugation at 7000 x g for 15 min. The resultant pellet is washed again using 0.5M NaCl, 100 mM Tris, 50 mM ΕDTA, pH 7.4. The resulting washed inclusion bodies are solubilized with 1.5 M guanidine hydrochloride (GuHCl) for 2-4 hours. After 7000 x g centrifugation for 15 min., the pellet is discarded and the T. pallidum polypeptide-containing supernatant is incubated at 4°C overnight to allow further GuHCl extraction. Following high speed centrifugation (30,000 x g) to remove insoluble particles, the GuHCl solubilized protein is refolded by quickly mixing the GuHCl extract with 20 volumes of buffer containing 50 mM sodium, pH 4.5, 150 mM NaCl, 2 mM ΕDTA by vigorous stirring. The refolded diluted protein solution is kept at 4°C without mixing for 12 hours prior to further purification steps. To clarify the refolded T. pallidum polypeptide solution, a previously prepared tangential filtration unit equipped with 0J6 μm membrane filter with appropriate surface area (e.g., Filtron), equilibrated with 40 mM sodium acetate, pH 6.0 is employed. The filtered sample is loaded onto a cation exchange resin (e.g., Poros HS-50, Perseptive Biosystems). The column is washed with 40 mM sodium acetate, pH 6.0 and eluted with 250 mM, 500 mM, 1000 mM, and 1500 mM NaCl in the same buffer, in a stepwise manner. The absorbance at 280 mm of the effluent is continuously monitored. Fractions are collected and further analyzed by SDS-PAGΕ. Fractions containing the T. pallidum polypeptide are then pooled and mixed with 4 volumes of water. The diluted sample is then loaded onto a previously prepared set of tandem columns of strong anion (Poros HQ-50, Perseptive Biosystems) and weak anion (Poros CM-20, Perseptive Biosystems) exchange resins. The columns are equilibrated with 40 mM sodium acetate, pH 6.0. Both columns are washed with 40 mM sodium acetate, pH 6.0, 200 mM NaCl. The CM-20 column is then eluted using a 10 column volume linear gradient ranging from 0.2 M NaCl, 50 mM sodium acetate, pH 6.0 to 1.0 M NaCl, 50 mM sodium acetate, pH 6.5. Fractions are collected under constant A 280 monitoring of the effluent. Fractions containing the T. pallidum polypeptide (determined, for instance, by 16% SDS-PAGE) are then pooled. The resultant T. pallidum polypeptide exhibits greater than 95% purity after the above refolding and purification steps. No major contaminant bands are observed from Commassie blue stained 16% SDS-PAGE gel when 5 μg of purified protein is loaded. The purified protein is also tested for endotoxin/LPS contamination, and typically the LPS content is less than 0.1 ng/ml according to LAL assays. 6(b). Alternative Expression and Purification Borrelia polypeptides in E. coli Tthe vector pQElO is alternatively used to clone and express some of the polypeptides of the present invention for use in the soft tissue and systemic infection models discussed below. The difference being such that an inserted DNA fragment encoding a polypeptide expresses that polypeptide with the six His residues (i.e., a "6 X His tag") covalently linked to the amino terminus of that polypeptide. The bacterial expression vector pQElO (QIAGEN, Inc., 9259 Eton Avenue, Chatsworth, CA, 91311) was used in this example . The components of the pQElO plasmid are arranged such that the inserted DNA sequence encoding a polypeptide of the present invention expresses the polypeptide with the six His residues (i.e., a "6 X His tag")) covalently linked to the amino terminus. The DNA sequences encoding the desired portions of a polypeptide of SEQ ID NOS: 1- 744 were amplified using PCR ohgonucleotide primers from genomic T. pallidum DNA. The PCR primers anneal to the nucleotide sequences encoding the desired amino acid sequence of a polypeptide of the present invention. Additional nucleotides containing restriction sites to facilitate cloning in the pQElO vector were added to the 5' and 3' primer sequences, respectively. For cloning a polypeptide of the present invention, the 5' and 3' primers were selected to amplify their respective nucleotide coding sequences. One of ordinary skill in the art would appreciate that the point in the protein coding sequence where the 5' and 3' primers begins may be varied to amplify a DNA segment encoding any desired portion of a polypeptide of the present invention. The 5' primer was designed so the coding sequence of the 6 X His tag is aligned with the restriction site so as to maintain its reading frame with that of T. pallidum polypeptide. The 3' was designed to include an stop codon. The amplified DNA fragment was then cloned, and the protein expressed, as described above for the pQE60 plasmid. The DNA sequences encoding the amino acid sequences of SEQ ID NOS: 1-744 may also be cloned and expressed as fusion proteins by a protocol similar to that described directly above, wherein the pET-32b(+) vector (Novagen, 601 Science Drive, Madison, Wl 53711) is preferentially used in place of pQElO. The above methods are not limited to the polypeptide fragements actually produced. The above method, like the methods below, can be used to produce either full length polypeptides or desired fragements therof. 6(c). Alternative Expression and Purification of Borrelia polypeptides in E. coli The bacterial expression vector pQE60 is used for bacterial expression in this example (QIAGEN, Inc., 9259 Eton Avenue, Chatsworth, CA, 91311). However, in this example, the polypeptide coding sequence is inserted such that translation of the six His codons is prevented and, therefore, the polypeptide is produced with no 6 X His tag. The DNA sequence encoding the desired portion of the T. pallidum amino acid sequence is amplified from an T. pallidum genomic DNA prep the deposited DNA clones using PCR ohgonucleotide primers which anneal to the 5' and 3' nucleotide sequences corresponding to the desired portion of the T. pallidum polypeptides. Additional nucleotides containing restriction sites to facilitate cloning in the pQE60 vector are added to the 5' and 3' primer sequences. For cloning a T. pallidum polypeptides of the present invention, 5' and 3' primers are selected to amplify their respective nucleotide coding sequences. One of ordinary skill in the art would appreciate that the point in the protein coding sequence where the 5' and 3' primers begin may be varied to amplify a DNA segment encoding any desired portion of a polypeptide of the present invention. The 3' and 5' primers contain appropriate restriction sites followed by nucleotides complementary to the 5' and 3' ends of the coding sequence respectively. The 3' primer is additionally designed to include an in-frame stop codon. The amplified T. pallidum DNA fragments and the vector pQE60 are digested with restriction enzymes recognizing the sites in the primers and the digested DNAs are then ligated together. Insertion of the T. pallidum DNA into the restricted pQE60 vector places the T. pallidum protein coding region including its associated stop codon downstream from the IPTG- inducible promoter and in-frame with an initiating AUG. The associated stop codon prevents translation of the six histidine codons downstream of the insertion point. The ligation mixture is transformed into competent E. coli cells using standard procedures such as those described by Sambrook et al. E. coli strain M15/rep4, containing multiple copies of the plasmid pREP4, which expresses the lac repressor and confers kanamycin resistance ("Kanr"), is used in carrying out the illustrative example described herein. This strain, which is only one of many that are suitable for expressing T. pallidum polypeptide, is available commercially (QIAGEN, Inc., supra). Transformants are identified by their ability to grow on LB plates in the presence of ampicillin and kanamycin. Plasmid DNA is isolated from resistant colonies and the identity of the cloned DNA confirmed by restriction analysis, PCR and DNA sequencing. Clones containing the desired constructs are grown overnight ("O/N") in liquid culture in LB media supplemented with both ampicillin (100 μg/ml) and kanamycin (25 μg/ml). The O/N culture is used to inoculate a large culture, at a dilution of approximately 1:25 to 1:250. The cells are grown to an optical density at 600 nm ("OD600") of between 0.4 and 0.6. isopropyl-b-D- thiogalactopyranoside ("IPTG") is then added to a final concentration of 1 mM to induce transcription from the lac repressor sensitive promoter, by inactivating the lad repressor. Cells subsequently are incubated further for 3 to 4 hours. Cells then are harvested by centrifugation. To purify the T. pallidum polypeptide, the cells are then stirred for 3-4 hours at 4°C in 6M guanidine-HCl, pH 8. The cell debris is removed by centrifugation, and the supernatant containing the T. pallidum polypeptide is dialyzed against 50 mM Na-acetate buffer pH 6, supplemented with 200 mM NaCl. Alternatively, the protein can be successfully refolded by dialyzing it against 500 mM NaCl, 20% glycerol, 25 mM Tris/HCl pH 7.4, containing protease inhibitors. After renaturation the protein can be purified by ion exchange, hydrophobic interaction and size exclusion chromatography. Alternatively, an affinity chromatography step such as an antibody column can be used to obtain pure T pallidum polypeptide. The purified protein is stored at 4°C or frozen at -80° C. The following alternative method may be used to purify T. pallidum polypeptides expressed in E coli when it is present in the form of inclusion bodies. Unless otherwise specified, all of the following steps are conducted at 4-10°C. Upon completion of the production phase of the E. coli fermentation, the cell culture is cooled to 4-10°C and the cells are harvested by continuous centrifugation at 15,000 rpm (Heraeus Sepatech). On the basis of the expected yield of protein per unit weight of cell paste and the amount of purified protein required, an appropriate amount of cell paste, by weight, is suspended in a buffer solution containing 100 mM Tris, 50 mM ΕDTA, pH 1.4. The cells are dispersed to a homogeneous suspension using a high shear mixer. The cells ware then lysed by passing the solution through a microfluidizer (Microfuidics, Corp. or APV Gaulin, Inc.) twice at 4000-6000 psi. The homogenate is then mixed with NaCl solution to a final concentration of 0.5 M NaCl, followed by centrifugation at 7000 x g for 15 min. The resultant pellet is washed again using 0.5M NaCl, 100 mM Tris, 50 mM ΕDTA, pH 7.4. The resulting washed inclusion bodies are solubilized with 1.5 M guanidine hydrochloride (GuHCl) for 2-4 hours. After 7000 x g centrifugation for 15 min., the pellet is discarded and the T. pallidum polypeptide-containing supernatant is incubated at 4°C overnight to allow further GuHCl extraction. Following high speed centrifugation (30,000 x g) to remove insoluble particles, the GuHCl solubilized protein is refolded by quickly mixing the GuHCl extract with 20 volumes of buffer containing 50 mM sodium, pH 4.5, 150 mM NaCl, 2 mM ΕDTA by vigorous stirring. The refolded diluted protein solution is kept at 4°C without mixing for 12 hours prior to further purification steps. To clarify the refolded T. pallidum polypeptide solution, a previously prepared tangential filtration unit equipped with 0J6 μm membrane filter with appropriate surface area (e.g., Filtron), equilibrated with 40 mM sodium acetate, pH 6.0 is employed. The filtered sample is loaded onto a cation exchange resin (e.g., Poros HS-50, Perseptive Biosystems). The column is washed with 40 mM sodium acetate, pH 6.0 and eluted with 250 mM, 500 mM, 1000 mM, and 1500 mM NaCl in the same buffer, in a stepwise manner. The absorbance at 280 mm of the effluent is continuously monitored. Fractions are collected and further analyzed by SDS-PAGE. Fractions containing the T. pallidum polypeptide are then pooled and mixed with 4 volumes of water. The diluted sample is then loaded onto a previously prepared set of tandem columns of strong anion (Poros HQ-50, Perseptive Biosystems) and weak anion (Poros CM-20, Perseptive Biosystems) exchange resins. The columns are equilibrated with 40 mM sodium acetate, pH 6.0. Both columns are washed with 40 mM sodium acetate, pH 6.0, 200 mM NaCl. The CM-20 column is then eluted using a 10 column volume linear gradient ranging from 0.2 M NaCl, 50 mM sodium acetate, pH 6.0 to 1.0 M NaCl, 50 mM sodium acetate, pH 6.5. Fractions are collected under constant A 280 monitoring of the effluent. Fractions containing the T. pallidum polypeptide (determined, for instance, by 16% SDS-PAGE) are then pooled. The resultant T pallidum polypeptide exhibits greater than 95% purity after the above refolding and purification steps. No major contaminant bands are observed from Commassie blue stained 16% SDS-PAGE gel when 5 μg of purified protein is loaded. The purified protein is also tested for endotoxin/LPS contamination, and typically the LPS content is less than 0.1 ng/ml according to LAL assays. 6(d). Cloning and Expression of T. pallidum in Other Bacteria T. pallidum polypeptides can also be produced in: T. pallidum using the methods of S. Skinner et al., (1988) Mol. Microbiol. 2:289-297 or j. I. Moreno (1996) Protein Expr. Purif. 8(3):332-340; Lactobacillus using the methods of C. Rush et al., 1997 Appl. Microbiol. Biotechnol. 47(5):537-542; or in Bacillus subtilis using the methods Chang et al., U.S. Patent No. 4,952,508. 7. Cloning and Expression in COS Cells A T. pallidum expression plasmid is made by cloning a portion of the DNA encoding a T pallidum polypeptide into the expression vector pDNAI A-mp or pDNAIII (which can be obtained from Invitrogen, Inc.). The expression vector pDNAI/amp contains: (1) an E. coli origin of replication effective for propagation in E. coli and other prokaryotic cells; (2) an ampicillin resistance gene for selection of plasmid-containing prokaryotic cells; (3) an SV40 origin of replication for propagation in eukaryotic cells; (4) a CMV promoter, a polylinker, an SV40 intron; (5) several codons encoding a hemagglutinin fragment (i.e., an "HA" tag to facilitate purification) followed by a termination codon and polyadenylation signal arranged so that a DNA can be conveniently placed under expression control of the CMV promoter and operably linked to the SV40 intron and the polyadenylation signal by means of restriction sites in the polylinker. The HA tag corresponds to an epitope derived from the influenza hemagglutinin protein described by Wilson et al. 1984 Cell 37:767. The fusion of the HA tag to the target protein allows easy detection and recovery of the recombinant protein with an antibody that recognizes the HA epitope. pDNAIII contains, in addition, the selectable neomycin marker. A DNA fragment encoding a T. pallidum polypeptide is cloned into the polylinker region of the vector so that recombinant protein expression is directed by the CMV promoter. The plasmid construction strategy is as follows. The DNA from a T. pallidum genomic DNA prep is amplified using primers that contain convenient restriction sites, much as described above for construction of vectors for expression of T. pallidum in E. coli. The 5' primer contains a Kozak sequence, an AUG start codon, and nucleotides of the 5' coding region of the T. pallidum polypeptide. The 3' primer, contains nucleotides complementary to the 3' coding sequence of the T. pallidum DNA, a stop codon, and a convenient restriction site. The PCR amplified DNA fragment and the vector, pDNAI/Amp, are digested with appropriate restriction enzymes and then ligated. The ligation mixture is transformed into an appropriate E. coli strain such as SURE™ (Stratagene Cloning Systems, La Jolla, CA 92037), and the transformed culture is plated on ampicillin media plates which then are incubated to allow growth of ampicillin resistant colonies. Plasmid DNA is isolated from resistant colonies and examined by restriction analysis or other means for the presence of the fragment encoding the T. pallidum polypeptide For expression of a recombinant T. pallidum polypeptide, COS cells are transfected with an expression vector, as described above, using DEAE-dextran, as described, for instance, by Sambrook et al. (supra). Cells are incubated under conditions for expression of T. pallidum by the vector. Expression of the T. pallidum-RA fusion protein is detected by radiolabeling and immunoprecipitation, using methods described in, for example Harlow et al., supra.. To this end, two days after transfection, the cells are labeled by incubation in media containing 35 S- cysteine for 8 hours. The cells and the media are collected, and the cells are washed and the lysed with detergent-containing RIPA buffer: 150 mM NaCl, 1% NP-40, 0.1% SDS, 1% NP- 40, 0.5% DOC, 50 mM TRIS, pH 7.5, as described by Wilson et al. (supra ). Proteins are precipitated from the cell lysate and from the culture media using an HA-specific monoclonal antibody. The precipitated proteins then are analyzed by SDS-PAGE and autoradiography. An expression product of the expected size is seen in the cell lysate, which is not seen in negative controls. 8. Cloning and Expression in CHO Cells The vector pC4 is used for the expression of T. pallidum polypeptide in this example. Plasmid pC4 is a derivative of the plasmid pSV2-dhfr (ATCC Accession No. 37146). The plasmid contains the mouse DHFR gene under control of the SV40 early promoter. Chinese hamster ovary cells or other cells lacking dihydrofolate activity that are transfected with these plasmids can be selected by growing the cells in a selective medium (alpha minus MEM, Life Technologies) supplemented with the chemotherapeutic agent methotrexate. The amplification of the DHFR genes in cells resistant to methotrexate (MTX) has been well documented. See, e.g., Alt et al., 1978, J. Biol. Chem. 253:1357-1370; Hamlin et al., 1990, Biochem. et Biophys. Acta, 1097: 107-143; Page et al., 1991, Biotechnology 9:64-68. Cells grown in increasing concentrations of MTX develop resistance to the drug by overproducing the target enzyme, DHFR, as a result of amplification of the DHFR gene. If a second gene is linked to the DHFR gene, it is usually co-amplified and over-expressed. It is known in the art that this approach may be used to develop cell lines carrying more than 1,000 copies of the amplified gene(s). Subsequently, when the methotrexate is withdrawn, cell lines are obtained which contain the amplified gene integrated into one or more chromosome(s) of the host cell. Plasmid pC4 contains the strong promoter of the long terminal repeat (LTR) of the Rouse Sarcoma Virus, for expressing a polypeptide of interest, Cullen, et al. (1985) Mol. Cell. Biol. 5:438-447; plus a fragment isolated from the enhancer of the immediate early gene of human cytomegalovirus (CMV), Boshart, et al., 1985, Cell 41:521-530. Downstream of the promoter are the following single restriction enzyme cleavage sites that allow the integration of the genes: Bam HI, Xba I, and Asp 718. Behind these cloning sites the plasmid contains the 3' intron and polyadenylation site of the rat preproinsulin gene. Other high efficiency promoters can also be used for the expression, e.g., the human β-actin promoter, the SV40 early or late promoters or the long terminal repeats from other retroviruses, e.g., HIV and HTLVI. Clontech's Tet-Off and Tet-On gene expression systems and similar systems can be used to express the T. pallidum polypeptide in a regulated way in mammalian cells (Gossen et al., 1992, Proc. Natl. Acad. Sci. USA 89:5547-5551. For the polyadenylation of the mRNA other signals, e.g., from the human growth hormone or globin genes can be used as well. Stable cell lines carrying a gene of interest integrated into the chromosomes can also be selected upon co-transfection with a selectable marker such as gpt, G418 or hygromycin. It is advantageous to use more than one selectable marker in the beginning, e.g., G418 plus methotrexate. The plasmid pC4 is digested with the restriction enzymes and then dephosphorylated using calf intestinal phosphates by procedures known in the art. The vector is then isolated from a 1% agarose gel. The DNA sequence encoding the T pallidum polypeptide is amplified using PCR ohgonucleotide primers corresponding to the 5' and 3' sequences of the desired portion of the gene. A 5' primer containing a restriction site, a Kozak sequence, an AUG start codon, and nucleotides of the 5' coding region of the T. pallidum polypeptide is synthesized and used. A 3' primer, containing a restriction site, stop codon, and nucleotides complementary to the 3' coding sequence of the T. pallidum polypeptides is synthesized and used. The amplified fragment is digested with the restriction endonucleases and then purified again on a 1 % agarose gel. The isolated fragment and the dephosphorylated vector are then ligated with T4 DNA ligase. E. coli HB101 or XL-1 Blue cells are then transformed and bacteria are identified that contain the fragment inserted into plasmid pC4 using, for instance, restriction enzyme analysis. Chinese hamster ovary cells lacking an active DHFR gene are used for transfection. Five μg of the expression plasmid pC4 is cotransfected with 0.5 μg of the plasmid pSVneo using a lipid-mediated transfection agent such as Lipofectin™ or LipofectAMINΕ.™ (LifeTechnologies Gaithersburg, MD). The plasmid pSV2-neo contains a dominant selectable marker, the neo gene from Tn5 encoding an enzyme that confers resistance to a group of antibiotics including G418. The cells are seeded in alpha minus MEM supplemented with 1 mg/ml G418. After 2 days, the cells are trypsinized and seeded in hybridoma cloning plates (Greiner, Germany) in alpha minus MEM supplemented with 10, 25, or 50 ng/ml of methotrexate plus 1 mg/ml G418. After about 10-14 days single clones are trypsinized and then seeded in 6- well petri dishes or 10 ml flasks using different concentrations of methotrexate (50 nM, 100 nM, 200 nM, 400 nM, 800 nM). Clones growing at the highest concentrations of methotrexate are then transferred to new 6- well plates containing even higher concentrations of methotrexate (1 μM, 2 μM, 5 μM, 10 mM, 20 mM). The same procedure is repeated until clones are obtained which grow at a concentration of 100-200 μM. Expression of the desired gene product is analyzed, for instance, by SDS-PAGE and Western blot or by reversed phase HPLC analysis. The disclosure of all publications (including patents, patent applications, journal articles, laboratory manuals, books, or other documents) cited herein are hereby incorporated by reference in their entireties SEQ ID NOS: 1-744 are hereby incorporated into the specification by reference. The present invention is not to be limited in scope by the specific embodiments described herein, which are intended as single illustrations of individual aspects of the invention. Functionally equivalent methods and components are within the scope of the invention, in addition to those shown and described herein and will become apparant to those skilled in the art from the foregoing description and accompanying drawings. Such modifications are intended to fall within the scope of the appended claims. TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 1. Treponema pallidum - Coding regions containing know sequences TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 2. Treponema pallidum - Putative coding regions of novel proteins similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins TABLE 3. Treponema pallidum - Putative coding regions of novel proteins not similar to know proteins (1) GENERAL INFORMATION: (i) APPLICANT: Human Genome Sciences Inc., et . al . (ii) TITLE OF INVENTION: Treponema pallidum Polynucleotides and Sequences (iii) NUMBER OF SEQUENCES: 744 (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: Unassigned (B) FILING DATE: June 23, 1998 (C) CLASSIFICATION: (vii) PRIOR APPLICATION DATA: (A) APPLICATION NUMBER: 60/050,667 (B) FILING DATE: June 24, 1997 (viii) ATTORNEY/AGENT INFORMATION: (A) NAME: Brookes, A. Anders (B) REGISTRATION NUMBER: 36,373 (C) REFERENCE/DOCKET NUMBER: PB387PCT (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: 14063 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 1: AAGGTTGTTT GTTGATAATC TCTGCCATAT TACTGTTCCC TTCTTTTCGT TCATCGGGTA 60 AGAGCCGTCA GCGGTGAGCG CGCCACcTCC TTCACTAATC ACcACGTCGT GAACAGGCGC 120 TGCcGTAcAG CCGACCACCA ACGGCTCTTC TACCCACTCA ACTCTACATT CCACGCTAGC 180 GAGCCAACGC AGCAACGATC GTATCGATAT TGTGTGTTAC CATCCCTACG TAGGTACCCT 240 CGCTCGTACC CGCATCCCCC ATCGCATCAG AAAACAACTC GCCTCCAATn CTGnTACGTG 300 CCCTCTTGCC TGCACCGCAT CCCTTAACGC TTCAACGTTT TTGTGCGGAA TAGAACTCTC 360 AATAAAGATA GCAGGGAGTT mTACnTGCGC AATAAACGCT GCCAGTTCCT GCATATCATG 420 CGCACTGGCT TCCGAAGCGG TGCTCACCCC TTGCAACCCC TTCACCTCAA AACCATACGC 480 ACGGCTAAAA TAGCCGAACG CATCATGAGC GGTCACCAAC ACACGCcTTT CAGCAGGCAG 540 CGACTGCGCC TTGCGCCGAA CGTACGCGTC AAGCTTATCC AACTGCTGCT GGTACGCCTG 600 ATAACGTTGA GTAAATTCGC GAGTTTTTCC CGGCAACAGC TTGCACAAGC TTTCGTACAC 660 TGCCTTCACC GAATAAGACC ACAGCTTTAC ATCAAACCAC ACATGCGGAT CGAACTCTGC 720 TTCCTCAAGA GAAAGACGCT GAGACACCGG AATAGTCTCA GAAACTGCAA CTACCAAGCG 780 GCTCCCGCGC AGTTTGGAAA ACACCTCGCC CATCTTGGTT TCCAGGTGCA ACCCGTTGTA 840 CAGGATGAGA TCCGCATTCC CGAGCCATTC CACATCCCCC GCAGTAGCCG TGTACAGGTG 900 CGGGTCAACA CCAGGACCCA TCAACCCCTT TAGATGCACA TCACCTTGAG CGATGTTTTT 960 GACAGCATCC GCTATCATGC CAATGGTGGT GACAACCAGG GGTTTCCCGT CCGCTGCGGC 1020 ATCCTTGCTA CCGAATGCGT GCGTAAAACC GGTCAGCATG CCAAGCGCGA GCACGCAGGC 1080 ACATATTCTT TCACGTATCA AGTGACACTC CTTGGGTGAA TTTgATGCAT CAAAGTAGCG 1140 GATCACGCAG GAAACGTCAA TTTTTCAGTA CCcTTTCAGG AAAAGAAAAC GGCACTCTGG 1200 CGCGGACCTA CTCGAGCTAC ATGATAAAGA AGCATTTGAT CTTCCTCGCA TAAGCAGCTA 1260 CAGTTGCGCC CTCTTATGGA TCACACCGCG TCACTGAGTC CTGTGCGCCC TGAAGCACAA 1320 CCTACAGACG ATCGCGAGCG TGCGCTCAGA CCGCGCCTCC TGAAAGACTT TCTAGGTCAG 1380 GAGAAAACAA AACGCAACTT ACGTCTTTTC ATTCAGGCAG CGCGCGATCG CAACGAAAGC 1440 TTAGATCACC TGTTCCTCAT CGGCCCCCCG GGGCTcGGCA AAACGACGCT CGCGCATATC 1500 ACTGCATGCG AGCTGGGCGT TGAGTGCAAG GTTACAGGCG CACCGGCGCT TGATAAACCA 1560 AAAGATTTAG CGGGTATCCT CACTGCGCTG AGTGAGCGAA GGCnTTCTTC GTGGATGAAA 1620 TCCACCGCCT CAAACCAGCC ATAGAAGAGA TGCTGTACAT TGCCATGGAG GACTACGAAC 1680 TGGATTGGGT TATCGGTCAG GGACCGTCCG CGCGCACGGT GCGCATCCCA CTCCCCCCGT 1740 TTACCCTCAT TGGTGCAACC ACTCGCGCGG GTATGGTTTC AAGCCCGCTG ATTAGCCGCT 1800 TTGGAATCGT AGAGCGCTTC GAGTTCTATA CCCCTGAGGA GCTTGCTGCC ATTGTGCAAC 1860 GCTCAGCGCG GCTTCTAGAT ATCACGCTCG ACGCACGCGC AGTTnAGCCC TTGCGCGGTG 1920 TTCGCGAGGA ACACCCCGGG TGGCCAACCG GCTTTTGCGC CGTATACGCG ATTTTGCCCA 1980 AGTTGCGGGG TCTGCACACA TCAGCGAGAC GATAGTACGC GCAGGcTTGC CCACCTAAAG 2040 ATCGACGAAT TAGGGCTAGA ACTGCACGAC ATACAGCTGC TGCGCGTCAT GaTTGAGCAC 2100 TTCGGCGGAG GGCCAGTGGG CGCAGAAACG CTGGCGATCT CCCTCGGGGA ATCACCGGAA 2160 ACACTTGAGG ATTACTACGA GCCCTACCTT ATCCAAATTG GGCTCATGCA GCGCACCCCC 2220 CGCGGGCGCA TGGCCACCGC GCGTGCCTAT GCGCACCTAG GTCTCCCTGT CCCCGAGGCA 2280 CGCACGCTCA CCCCGCACTC CCCAGAACAA GGAACGCTTC TTTAGCAAAG ATGCGGACAC 2340 CTTGTCAGAG CTGTCGGCAG tCCGCTCAGA CCGGGTAAGA CACAAGAGTC TGAAAAAGGC 2400 ATATACTACG CGCGGGAGGG GTGCGTTTCG TGAAGATGTC TGCGTTTTTT GCACCAACCt 2460 GCGGTCTGCA CCTGCTGATG CAACCATCGC AAGCCACCAG CTGCTCATGC GCGCAGGGTA 2520 CGTCAGAAAA ATCGCCAACG GCCTGTTTGC GTACCTTCCC CTGGGCcTGC GCGTTCGACA 2580 CAAAATTGAA GCGATTATTC GGGAAGAACT CGAGGCTATC GGGTGTTTGG AGTGCACCGC 2640 GCCTGTCGTG ACTCCTGCAG AGTTGTGGAA GGAATCTGGC CGCTGGTACC GCATGGGCGC 2700 AGAGCTTTTG CGCGCCAAAA ATCGGCTCGA TCACGAGCTC CTTTTCAGTC CGACTGCAGA 2760 AGAATCCTTC ACCGCTTTGG TGCGCGGCGA CTGTACTTCC TACAAACATT TTCCCCTCAG 2820 TCTCTACCAA ATCAACGCAA AATATCGCGA TGAAATCCGT CCGCGTTACG GACTGATGCG 2880 CGCGCGCGAG TTCACCATGG CCGACGCCTA TTCTTTCCAC ACAGACTGCG CATGCCTTGC 2940 GCGCACGTAC GAAAAGTTTG CGCACGCGTA TCGCGCCATT TTCCGTCGCA TCGGCCTATC 3000 AGTCATTGCA GTACATGCAC ACcTCGGTGC GATGGGGGGG CAGGAATCCG AGGAATTCAT 3060 GGTAGAGTCC GCGGTGGGCG ACAACACGCT CCTGTTGTGT CCCCACTGcA CCTACGCTGg 3120 CAAATTGCGA AAAGGCCGTC GGACAGCGCC CCCTCCCAGA CACGCATGAC ACTCATCTAA 3180 AAGACGAACA CGAAGGgTCA GATCTCAAGA CGCCTGCAGC AATGCGCGAG GTGCACACCC 3240 CGCACGTGAA AACTATTGAG GAACTTGAAC ACTTCTTGCA CGTACCTGCA CATCGCTGCA 3300 TCAAGACGCT TATTTACCGC ATTGACACGG TGCCCCAGGC GGCTGGGCAT TTTGTGGCAG 3360 TGTGCATCCG CGGCGACCTA GAACTCAACG AGTCAAAGCT CGAAGCGCTC CTGCGCGTGC 3420 CATCTGTAGT ACTGGCAACT GAACAAGAGG TGTATGCACT CAGCGGCACC CCCGTAGGAT 3480 TCATTGGTCC GGTAGGAcTT GCACAGCGTG CTGCAGCTGC GTATGCCGCT CGCACCCtGC 3540 GTTCTTCCCC TCCGCTGCTG AGCCTGCATC CGTCACTTCT GACATTCCAT TTTTTTCCCT 3600 CGTTGCAGAT CAGTCCGTGA TGGCTATGCA CAACGCTATC ACCGGTGCGT TGAAAGTTGA 3660 CACGCATCTT GTGCAGGTAG AACCGGGTCG AGACTTTGTT CCTGACGCAg TTGCAGATCT 3720 CATGCTCGTG CGCGCCGGCG ACCGGTGCAT ACACTGTGGA GCGCCCCTAT ACGAAAAAAA 3780 GGGTAACGAA CTAGGTCACC TCTTTAAATT AGGGGACAAA TACACGCGCA gcATGcACCT 3840 TACCTTTACT GATGAGCAGG GTGTACGACA GTTCCCCCTG ATGGGCTGCT ATGGCATTGG 3900 CCTTGATCGC ACGCTTGCCT CTGTGGTGGA AAACCACCAT GACACGCGGG GTATCAGCTG 3960 GCCGCTTGCG ATCAGCCCCT ATGCAGTTGT GCTCATACCC ATCCCTCACA CGCAGGCCCC 4020 CTATGCAGCA GCAGAGGCAC TGTACGTGCA GCTGCGGACA CGGGGAGTTG AGGTACTGTT 4080 TGATGATCGT GCAGAGCGAC CCGGAGTAAA GTTCGCAGAC GCTGATTTAA TCGGTATTCC 4140 CTTCGTGTGG TACTGAGTGC GAAAAnCTAC CGCGCGTTGA ATGCaCAACA CGGTGTGGTG 4200 CGCACACGTA TTTTTTTACG CAAGAAGAGG CGTCCGAGCA CATTGCACGC CTGCTCGAAC 4260 AACTCGCTTC CCCGGAAAGT TCGTAAGAAC GGGAATGCCG GAGCGGGATC CAGCGCATGC 4320 AGTGCTGAGA CCTGCGCATA ATAGCACAGT GTACGGCACC CGTGGTTTAG AAAAAAATGA 4380 CGAAGGAGAA AAGGAAAAAC GGTGTACATA AAGGTAGCGC TCGTGTGTCT TTTCAGCATG 4440 GGAGCGCGGT GTCTTTTGGC CACAGAACCG GCGCCAGTCT CTGGAGATTA CGTATTGTAT 4500 CGCGACTATT CGTGGAAATC GCCCACATGG GTTGGCTTTT TGTGCTACGA CGCACACACG 4560 TACGGTGCGC TGCTGTGTAC TCCGGCAGAA AGCCGCAGGA TCACAATTCT CTTCACGGGT 4620 ACTGAAAAGC ACGGCCGCTT TGAGCTGACC GGACAACGCA TCACCTCACC GGTGCGCACA 4680 GAGGATCTGA CTGGCATAAA TTATCTCATG GATCTTTTTC CTCAACTACA GCGCTGGAAG 4740 CATTTTCCCC GGGATACACA CACCCTTGTT GCGCGGCATA CCGATCGGAG TAAAAAGAGC 4800 ACACAATTCT CAGGGGCAGT CGAACTGCAG TTCGCTTCTT TTGTCCCCCT CTTCCACCTA 4860 GAAATACTCC GTGATAAGCA GCAGCGCGTC ATGCTCCAGC TAAGCGAGAT AGGGAAGATC 4920 GACCACACCA GTGACGCAGC CTTCTTTCAA TTCACCCCCA TGCCCCCGTC CACGCCCACT 4980 GATGCACCGc CAGCAACGCT TAATCAGACC CTGACACGCA CGGAGTATGT CATCGATGAC 5040 GTGTGCATTG CACTTGATCC GCAGTGGAAA AGAATTGCAG AAAATTCCTT TCTTTCAGAC 5100 TTTGCCTTTC TCACCGTACA CCAGGTGCCT GCACCGCGCG CGCACGACTA TTCTGCGCTC 5160 CGTGCATTGC TGCAACTCTT TCTGTATTCA GGCCCTCAGG GAAAAAACAT TCTTGAACAA 5220 CTCCATATCA ATGACACTCA CGCGCGTCTT ACGCTTTCCT ATGCAGTGTT TGACCTTCCG 5280 TCAAAAACAG TTAAAAAGAC ATGGAAGATA TTCATCCGCC ACTCTGATAC GCACTACTCT 5340 ATACTTAGTC TCACGGCGGA CCAgCGCACA GCGCAGsGTT ACGCGCGCTA CTTTGACACG 5400 CTCATTGAAA CTATCCGTAC AAAAAACTAA AAAATGCTGA ATTGGAGCAT ACCCGTGATT 5460 AGACACATAT TATTTGACAT AGACAACACG CTGTACTCCT GTACAAATCC CATTGAAATG 5520 GCTATCACGC AGCGCATACA CACATTTGTT GCACATTTTC TCCACGTATC TTGTGAGGAG 5580 GCGCGCGCGT TACGCCAGCG CACAAAGCAC CTCTATGCTA CCACCTTTGA GTGGTTAAAG 5640 GCAGAGCACA ATCTCATTCA CGATGAACAC TACTTTCGTG CCGTATATCC TCCCACCGAA 5700 ATACAGGAGT TGCAGTACGA TCCGATGcTC CGCCCTTTTT TACAGTCACT GCACATGCCA 5760 CTGACGGCAT TAACTAACGC ACCGCGCGTG CACGCACAAC GCGTATTGGA TTTTTTTCAT 5820 CTGTCAGACC TTTTTTTAGA TGTCTTTGAC ATCACGTATC ATGCAGGCAA GGGAAAACCA 5880 CACCACAGCT GCTTTGTACG TACGCTTGAA GCGGTACACA AAACTGTGCA GGAAACGCTT 5940 TTTGTCGATG ACTGTCTCAT GCACGTGCGT GCcTTTATTG CGCTTGGCGG ACATGCCGTG 6000 CTGGTTGACG AACGTGACTG TCATGCAGAA CTGCCTCCTT CTGCACGCAT GACACGCGTA 6060 AAAACAATTT ATGAATTGCC CGCACACCTT GCACGCCTCG CCCAAGGAGA CAATCAGTGA 6120 GTATACATTC GTTGCAGCAG ACTTTTAGCG ACATCGTCCC GCTCCTGGAG CAGTATACGC 6180 GCGCAGACCG CTTCATGCGG GAGGATAATT TGTTACACGA GAGAAACGAA CCTATCCGGC 6240 GTATCGTTGA GTCCCTCGTC GCCCGCATAT TACTCCCCGG CTCCACAATG CGCGGAAATG 6300 AGCAAATCGC ATCCTTTTTA CATAAAACCA ATGAAGGGAA ACGGGGACTC ATTCTTGCGG 6360 AACACTACAG CAATTTTGAC TTACCCTGTC TGCTCTACCT TATGGAACAA GGAAGTAGTG 6420 CCGGGCGCAT GCTTTCAGAA AAAATCGTAT CTATTGCCGG TATTAAACTT CGTGAAGAAA 6480 ATCGCATCCT GGCAATGCTC ACCGAAGgAT ATGATCACCT GGTGATATAT CCCAGTAGGA 6540 GTTTGGCCAC CATCACTGAT GCGCACTGTC TTGCAAGAGA GACAAAGCGC AGCnGAGCAC 6600 TGAATCGTGC AGCTATGAAG TATTTAGAGG AACTGCGCAA CGCGGGAAAG GTGATTCTCG 6660 TGTTTCCTGC AGGGACACGC TACCGACCCG GGAGACCGGA AACAAAGCGA GGGGTGCGCG 6720 AAGTATACTC CTACATAAAA CACGCCGAGG TACTGCTCCT TATTTCAATC AATGGGAATT 6780 GTTTGCGCGT TGCAGAACGT TCAACTGATA TGACGGAAGA CGCGGTGCAT CCGGATGTCG 6840 TGCTTCTTGA AGCGCGCACT GTAGACGAcT GCGCCCTTTT TCGAGAAAAA GCGCTGGACT 6900 GGCACCGCAC ACACAACGTG GCGGCACCGT CAGAGGATAA AAAACAAATC GTAGTCGACT 6960 ATGTCATGCA CCTTTTGGAA GAAATGCACG AGCACAATGA ACGAGAAAGG CTATCGTGAA 7020 TTTTTCGCTG GAATTCCCCG TAAGATCCTA TGAGCTAGAC GGATACGGAC ACGTGAACAA 7080 TGCGGTATAT CTCCAATATT TTGAATATGC GCGCGCCGCT TTTTTGCTCC ACATAGGGTT 7140 CGACCTCAAA CAGTTGCACG AAGCAGGTTA CGCTTTCTAC GTAACCCAGG CGCACATTCA 7200 CTAcCGCACT GCAGTGCATC TATTCGATAC GTTGCGCGCC CGGGTAAAAC CATTAAAGCT 7260 CGGAAAAGCT TCCGGCGTCT TTTCACAGAC GCTGGAGAAC CAGCATCACG TGCTATGCGC 7320 GGATGCGGAA ATTACCTGGG TGTGCGTTTC GCGCACAAGC GGCAAACCAA CTAAGATTCC 7380 CCCCGAGTAT CTGGTACCTG CGCTGTATCC GAACTACTAG TCCTCCCTTC TTTCCCCTTT 7440 ACTCTCCCAA GGACATCACA CTACGGAAGG GTACGCATAC GCAGTAGGGA GGTAGGGTTT 7500 ATCGCGGAGC CATTCTTATA GATTGTAAAA TGCAGGTGTG GTCCCGTGCT GCGTCCTGTT 7560 TTTCCCAATA ATCCGATTTT tGTCGCGCTG GTGACGCGCG TACCTGCTGA AACCAACACC 7620 GTCTGCAGAT GCCCATACAG GGTCTGATAC CCCGCGTGGT GCCCCACAAT CAGGTAATTA 7680 CCATACACTG CACTGTATCC AACCGTGCGT ACAATCCCTC CGAGCGCCGA ATATACTGGG 7740 GTACCCCGCC GACTCACCAT ATCCAAACCA TTGTGAAAAC TTCTGGCACC GGTAAACGGA 7800 TCAcTACGCC ATCCATACCG CGAAGAAACA TAGTACCGAC TGCGAAGAGG AGCACGAAAC 7860 AAGTCACCAT TAATTTCCTG CAACGCGCGT GCGCTTAAAT GTGCACCGGG CAAAAACAGT 7920 ACGCGTGCAG GCTGCAATGG CTGCAcTGCG TCAAACGACG TATTTTCCCT CCACTGTTTC 7980 GCAGAAGAAA ACGGAAAAGG CACGCAGgAC TCCCGTGCAG CTGAATTATA GAACGGAGAA 8040 ACCAGCGTAC GCACTGAAGG AGGTGACTCC TTTGAAGAAG ACGGCGTGTT AAGCAGCACC 8100 AATCGTTCTA AGGAGATCTG ATGCGCCGCC GCTATAGACG AAAACGTATC GCCGTTTTTT 8160 ACGGTATATA AAATGCCGTC CACTGAGGGG ATTTTTAGTA GCTGTCCAAC TTGGAGCGCC 8220 CGTtGyTGCG CAATTTATTC AAACTAATGA TTGCATCCTG ACTGATGTCA TAgcgCtGCG 8280 CAATCCTTCC TACCACATCA CCTTCACGCA tTCGTACACT GTGTAGTACA GTGCAGGcTC 8340 CGCATCTTCC TGCACGATAC GTGCACGGAG CAAGGAAGAC ACGTACCCCG ACGCCTGACG 8400 TGGTTCCTGC TCAGTGAGCG TGAGGGCAGG TGTCAATGGT TCCACCTGAG CACCAAAGTA 8460 CGCAAGGGCA AGAGCAAGGA GCAACAGTGT TACGAACAGT AACAGTnGCC tACGGGGACA 8520 GGTCTACACG GTTCTCGCAC AGTCTGTTTG GAACTTCGAC AGTACACGCT CACACCGGCT 8580 ATCCTTCAGG TGTACACACT GCCGTATCtG CGGGCAGGTT GCGTCTGTAC CTAACGCACC 8640 GTCTAGAGCG TCCACGCACG CAcGCGCGCG CGCGAGGGAG TCCGGCGGAA AAGAAGTTAA 8700 CACCCGCATG AATGCAGGGC TCGGTGTTGT CCACACCTGT GCAGGCAGCG CCTGAAGACG 8760 CGATGAAGGA AAACGCACAC ACCAAGCAAG CAAAAAAAAG nGCGTGTAAC GCGCATTCCC 8820 GTGcTGACTC GCGCCACCGT ACGTGCGATC TCCTACCAGG GGGAATCCCT GTGCAGCGCA 8880 ATAACGGCGA ATCTGATGCT TTTTCCCcGT AACCGGCACA ATCACGCGGA GCACCAGCGC 8940 GCTATCACAG CTATGTAACA CTGTTTGCAC ATGCGTTACC TCTCCTGGAC GCACCAGCGT 9000 GCGCGCCGCA GCAGCGGTGC gCGCAGGGGC GGCGGTGATC GCAAGATAAA ACTTGCGCAA 9060 TGTATGCTGC TGCAACGCGG CAGAAAACCA CTGGGCACCG CGTAACGAGC GCGAAAAAGC 9120 AATCAGTCCC TCTGTCCCTC GGTCCAAGCG GTGCAACGGT CCAGGGCGGA ATGACAAAGC 9180 AGGGGGAACG TGCGCACGCC CTTGTCCCCT CACCCAGGCA TCCAGGctGC GCGGACCGTG 9240 CACAcAcAAC tGCGGGTTTA TGAAAAAAAA GCAAATCTTG TGTTTTAAAT ACCACCGAAG 9300 cAACACGCGC ATTcGGTGTT CCAGGCATCT TCGAAAGACG ACTGGATGCT GCACGCGCCC 9360 TACACAGGGA TTCAGGTAAA GAAAGCACAT CCCCCACCTG CACCCGCTTT GCAGGCTGCA 9420 CCGGACGACC ATTGAGCCGG ATAGCGGTGC GGCGCACGCG GGCATACACC CCAACACGCG 9480 GACAGGCAGG CAACAATATT CGCAAAACAC GATCTACTCG TCTACCTGCA TCGTTTTTGG 9540 TGCAGCGAAA ACACTCAACA GCCGCTCCAC CATGGGGTCT CACGGTGGAA ACAGGAGGGA 9600 CGACATCCAT ATGCACAGTG TGGGGAACGT TAGACGAGAC CCACCTTTTC ACGCGACGAA 9660 CACCTACTTT CATACACGGT GCGTCCCCGT GCCGGATACC AGTTGCTCCT CCCAAACGTC 9720 CTCCCCGTCT TTCCCAGTAC GACACCACAG CCCATGGCGG GTACAGCCGC CCCAGTATAG 9780 CGCACACAAC GCTCCCTTGA CAAAGGTTTA GAGAGTATAG GAGACTGCCC CGCGATGGAC 9840 GGTGGCTATT TTCTTGGCCA GCTGCATGCG GTGTTCAGTG GTGAAGTCTT CCTCTCTGCC 9900 ACCTGTAGTT GGCTTGCAAG TCAGGTGATT AAAGTGGCTA TCGCATGCCG AAGtCGGCTA 9960 TACGGTCGGT GCACGGCTTT TTTGATTTTG CTGTTTGGCG CACCGGCGGC ATGCCTTCGA 10020 GTCACTCTGC TCTTGTGTCG GCGCTCACGC TCTCTTTTGC GCTCAAGTGC GGGTTGCATT 10080 CGGATCTGTT CATCTTTTCC TTTTTCTCTG CCATCATTGT CGTGCGCGAC GCGCTCGGTG 10140 TGCGCCGTTC AAGCGGCCTG CAGGCCGAGG CGCTCAATAG CCTCGGTGCG CGTGTTTCGG 10200 AGAAACTTGA TTTTTCTTTC AGACCAGTGC GAGAGATTCA TGGACATAAA CCGCTGGAAG 10260 TTGTCGTTGG CGTGGCAGTG GGCATCGTCA CGAGCGCTTT GTTCTACAGC TCCATGAGCC 10320 CTTGAGTCTC CGGTGGACGT GCATGCAATG CGGcGGACCC CTCCACACAG AGGAAGAGGC 10380 GGTGCTGTGC GCGTTCTCTC GTGTGTCCCT GCCGCGTCGG GAGGCGCAGA CCTTTTCTGT 10440 ACCGTACAGA GGGCACACCA ATGATAGAGC GCCTACGGAG CAGTCGCGGG AAACTCACCC 10500 TCACCCACCA GATTTTCCCC CTCAGCTTTG GGGGGAATGC TTTTTTGCCT GCGCGCGCGC 10560 TCGTTCCGTT CTCCGTTGAT GCTGGAGAGC CAGCCGCCGT CGCTGTGGTA AAGGTTGGGG 10620 A ACGGTCCG AGAAGGTCAG CTGATCGCAC GCGCCGCGCA CGCCGGTGCT GcTCACGCAC 10680 ATGCCTCCGT CCCCGGTGTC GTCACCCGCT TGGTAAGTGC TAATTTTCTC GCCGGTAGTG 10740 CCCTGCGCGC TGTCGAGATT CGTACACGCG GTTCCTTCGA ACATCTTGGC AAGGTCCAAC 10800 CAAATCGCCC GTGGCAGCAC AGCACCGCTT CAGAATTGct GCGCCTAGTT ACAGATGCAG 10860 GAGTAGTGGC CACACGCCTA CATCCGCACG CCCAGATCAC GAGCACCGCA ACGGGCACGC 10920 ACGCGGGTGC ACAGCACACG TACGCGAAAG ACTACGGACA GAAGAGAAGG GCTGAAGCGC 10980 ACACGCTGCG TCTCATGCGC GCGGCGTGGG AAAGCGGCAA TGCGCTCGCC ACGCACCTCC 11040 ACCTGCACGT GCGTAAGGGT GTACGGAAAC TTACGCTCTA CCTTTGTGAC GACGACGCTA 11100 CCTGCCCTTT GAGTTCGTTC CTTGCGCAGG AGTTTCCAGA ACCTGTTGCT ACCGGTACCG 11160 CCATTATTGC ACGGATACTG GACGCTACGT ATACCcGCGT GTCTCCACAC GCTGCCAAAA 11220 CGCTCCCCCG GTCTTGCAAG GATGCGCGCT GTCTTTCCAT TCAACGAGAT GCACGACGCG 11280 TATAGACGAC ATTATCCTTT TAGCAATCTA TGTGCCCCAC GCTATCGTGC AGGTTGCACA 11340 ATCGATGCAC TCACTGCAGT GCACGTGTAT GAGGCAGTGG TACTCAGTCA GCCGCAAATC 11400 AGTTCCTACA TTGCTCTGAC AGGCGCTGGA TTAAAATCAC CGCAGGTACT CCGCGCGCGT 11460 ATCGGCACCC CCCTTGGCGC GCTCATCGAG GAGTGTGGAG GGTTTCGCAC ACGCCCCGGG 11520 CATCTCATCA TCAATGGACT GCTCAAGGGT AGTGTTTTAG AGTCGTTGGA CCTGCCTTTC 11580 TCAAAGGGGA TCAAATCGCT CCACGTCACC GGTAAAGCGC TTTCAAGCTC TGCGTCCTGT 11640 ACCTCCTGTC AAAACTGTGG TGATTGCGCG CGCATTTGCC CAGTATATCT TGACCCAATA 11700 AAAATTGCGC GTGCCGCACA CCGTAATCAG TTTACTGAAG AAGTGCTCCA ATCCcTGcGG 11760 ATTTGCCACC AATGCGGTCT GTGTTCTGCC GCCTGTACTG CGCGTATTCC TCTTGCAAAA 11820 CTTTTGCACG ATGCACAAGA ACGCGCACTG CATCTTTCCC GTGCTCCAGT CACCAAAATA 11880 GAACCCCACT CCACACAAAG CGTCGGGAAA ACTATCCGCG AGGCACCTGC CAATGCGCAC 11940 CGCTGAGTAC AAACACGCAC CCTTCCTTTA CACCGGCTTA AGTGCTGGAC AGAACAACAG 12000 TGTACTGTTG GCGCTGCTTG TTGCGCACGT GTTCGTCGTT GCAGCcaTkc gCGACACGGT 12060 CGcGCTTTTT TCCATCGTCA GTACCGAACT CGGCGCACTG AGCGCCGCGC TCGTTCAAAC 12120 AcTACGCACA CCACATGTGC CCCTGAGCGA CTCTCTCGTA CTGGGCCTGC TCATCGGTGC 12180 AGTACTCCCC GCACACAAcT CTTTTTTGAA cACATTTTGT GTCGCGTTCT GTGCCgTATT 12240 TTTTACGCGC GTTTTGTTCG GTGGCAAAAT CGGGAATTGG CTCAACCCCA TAGCGCTTGC 12300 CCCTGTCCTC CTCCGTCTGT GCACGGAGGG AACTTCCCTC CCAACGTCTG GGCGTGTCTC 12360 TGTTGTACAG GGAGCGATGT CTTATCCTCT TTTCTATTCT GCGCTTGTCG AGTGGGACGC 12420 CGCCGTGCGT ACGTGGTGCA ATACGCAGGT GTTCCAACCA CTTGGTCTTA CCCTCCCTGA 12480 GGGAGCGTTG AGCGCCTGTG TGTTCACTCA GGCTGCAGCG CCTGGGTTTC GCTATCCAGT 12540 ACTTACCCTT CTTGCTGCAC TGTGTGTATA CGCAgTGCGG GCGCGACGCT ACATCTGTTC 12600 GTGCGCGTTC CTTGTGGTGT ACAGCACACT GTTTTTTTTa CCCGCACACG CACACCCTGC 12660 AmCCCTTGTT TCCCTCATAA AAAGCGGCGC GCTGTTTACT GCATTCTTTG TACTCCCTGA 12720 GCCAGATACG TCAATGCGCA CAAATGGCGG GGCTTGGATC TCAGGGGGAC TCTGTGcTAT 12780 GTGCGCGTTT TTTCTTGCAA AAAAGAATAG TTCTGCCCCA GATATGTGGG GTGCACACGA 12840 CATGCACTTG TGGAGTGCGA TACTACTCAC CAACATCGTA CAGCCACTCA TTCTACGCGC 12900 AGAATCCTGG TACTACTATG TGCGGAGGCG TCGCTATGAC GTACAACACT AACACGAGTC 12960 TTTCATCCTA CGCAGgATTG AGCGCATTTG CGTTGTCAGT CTTTTGCATT CTATGGGGCA 13020 CCGCGCGCAC TGGTTCTTTT TTAAAAGAAA AGGCGCTCAT CACyTGCGCC GCAGATATCC 13080 TTGCAAGGCA AGCCCCAGAA CTTGGGGTCA CGTCACGCAC CCTGCGCATG GTACCGAGCT 13140 CCCCCATACC GCAGgCTGAG GTGCTTCGGG GAAAAAAGAA TACGGGAGAG GAAATATTCC 13200 TATACTTTTT CCCACTCAGG GGAATGTACG GTTCGTTTCC TACCCTTTTT TTGTACGATA 13260 AAAAAGATGG TGCaCGCTTT TGCCaTCTCA TAGGTAATCA CCCTACACCG CGTGATGCAC 13320 GCTTTTATGG CATATCGAgT tGCGCGCATC GCkyTTCAGT GTAGAAAAAT AGAACACCTC 13380 CATCAAACAG TCGCATATGA GTAAGTACAC GGTTAAGCGC GCGAGTGTAT TGTGCATTTT 13440 TGGCATAGGA CTATTTGTTC CTGCAACCGG AACCTTTGCc TGCGGTCTAC TACTCGTACT 13500 TGGCTTTTGG GTTCTATTTT TTTCCTCGCT GCTGGCGAGA TTTCTCTCAC AGTTTTTTAT 13560 GCGCACGCGC AGCgcTCCTT TGTTCGAGGT CTGTCTTACC CTCTCAGCCA CCATTATGTA 13620 TGACAACTTG ATCCAAGGCT TTTTCCCGCT TGTGCGTATG ATGCTGTGTC CTTACCTTTT 13680 CATTA CsCG CTTTCGCGCA CACTCGATCT CTGTCTTACC GCATACGATG CAGATGCCGA 13740 ATCGCTCGAA TGCGTAGGTG TCTTCGGCAT CATGATTGCG GGAATTTCTC TTGTACGTGA 13800 ATTAGTTGCC TTCGGGTGCG TTTCGCTACC GGCCCCGTCG GGGTTCTTGC GCATCATCTC 13860 TTTTCCACCC AGCAATGTAA TACGCTTTGC AGCCACCGGC GCAGGGACCC TCATAAGCTG 13920 TGGTATTGTT CTTTGGATAT TCCGCAGTGC AGGTAACGAC CACACGCCCT CTTTAAGGAG 13980 TGAATGGTGA CAATGGTGCC ACCCCTGTTT TTCGTATGCG CCCTTTTCTT TGCCGAGGGC 14040 ATCGGATTAG ATCGCCTGGT AnC 14063 (2) INFORMATION FOR SEQ ID NO: 2: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 14244 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 2: CTCTGCTTGC CCCCTATGAG AAGACGGAGG CGCTTTCTCA CTCTTTGCGC GTGTGCTGTG 60 CACCTTCTTC CTCTTTTCCC TCAGACGATT ACAACCGCTT CTGTCTTTTT CGCCTCAGTT 120 TCTGAGCATT ATGCCCGGTT AAAGGATTAC GCTGCTGATT TGGCCATGAG CACCGGGTCA 180 GGAACCCGCG CGCACCTTAT GCGCGCAAAG GTTATTTTTA AATATCCAGA CCGTCTGCGT 240 TTGGATTTCT CAAGCCCTGC TGAACAAACT ATTGTCTTCA CGGGAGATAG CCTGACCATC 300 TACTTGCCCA CCTCCCGCGT CGCGCTTGTA CAATCGGTAG CAAAAGATGA CACAGTAAGT 360 GCTGCTTCTC TAGCTTCGCC TCATGGTCTT GCGCTTATGA AGCGGTTCTA CACGATAGCC 420 TACGAGACGA GTTCTTCTCC TGTTCCCCTG GGTCCGGACA GTGGGGAGAT GGtCGTTGCA 480 CTGGTGCTCA ATCGTAAGTC TGCAGCAGAA ACATTTAAAT CTTTGCGCGT GCTTGTCTCG 540 GCACATACCA AGCTTATCCG TCGCATTGAA GCGTGGCCTC TTTCGGGGGA AAAAATAACA 600 TTTGATTTCA GCCACTATCG TTTGAACGTC GGTATTCCAG ACACACGGTT CCTCTACGAT 660 GTGCCCCCAA CCGCAAATGT GGTGCACAAT TTTCTCTTTG CTGATTGACC GCTGCCCCCA 720 AAGGACGTGA CGATGCCAGA TATTGGAGAG CTGCTAAAGA CGACGCGCGA ACGCAAACAC 780 CTCAGTCTCG AACAGGtGCG CACGAGACGA GTATCGCACG CCGTTACCTG GAGGCGCTCG 840 AGAACGATGA GTATGATGTT TTTCCCGGCG AACCCTACAT CCTTGGCTTT TTGCGCAATT 900 ACTGCGAGTA CCTCCAGCTG GATACGGAGC AGTGCATCGC TCGCTATAAA CATTTAAAAA 960 TTCAAGAAAT GTCGCTGCCA ACGGAGACCC TCCTACCGAG TAAACGGTGG GGTTCATTTC 1020 CCCTGtTAAA rGGAGTTGCC TGTGTGCTCT TCCTGGGTGG GGTGCTGGGT GTGTATTACG 1080 CGCGGCACCG CnCnTnGGGT TTTCTATCCC GtATTGTGTT CTTTGGCAGA GCACAGCGTA 1140 CCCCAAGGGA GCTGTCTCCC CCCGATGCAA CGGGGGCGGT GCGCGAAACA GTGTCGCTGT 1200 CTTCTGCACA ACATGAGGAG CGTGCGCGAC GCACCGTATA CGAGCGCATC TCGCTATACG 1260 CTTGCTGAGG AAAAGTTTGA ACACACGGTC TTTCCAGGAG ATGTGTTGGT TATCAGTTCC 1320 GGGGGGAATG CGTACGAGCT AACCGTCAGC CGCACTACGC CGCACCTGTA TCTGGACACG 1380 CCCATTGGTA CACAGGTGAT CTCTCTTGGT CAGCGCCtAG TGATGGATTT GAATACAGAT 1440 GTGCAGCCGG ACGTAGAAAT AAGTGTGGAA GACATTGAAG CACATCAGGC GGACGGGGGC 1500 GCGCkTGTTC GCGTGTTTAC AGGTaGTCTG GTGCAGACGC TCCGTGAtCG CAgTGCTCAG 1560 AGCTTTGTGC CTACAAGTGG GGTAAATGTC TCTGGTCAGA CGGGAGTCGC TGCCGGCGCG 1620 CGATATCAAG TTTTGTTTGA AGGCGGTGTT GCGTACCCGG TGACAATGAA CGCAACGTTT 1680 CGCTCGTACT GTTTGTTCCG GTACGAAGCA GATCGCACGC GGCGGGAGGA GCGGTATTAC 1740 CAAAAGGGCG AGCAGCTGAC GGTGCAAGCA AACAACGGGA TTCGGGTGTG GGCATCTAAC 1800 GGGAATGTGG TGCAGCTGCA AATTGTCGCA GGCGGTAAGA CGGTGGATGT AGGCCTCAGC 1860 CGTCCGGGGG AAGTGCTGGT CAAAGACATC AAATGGATCA AAGATGAGGA CGCCGGGCGG . 1920 TTCAAGTTCG TGGTCATGGA AGTAGACTAG CGCGCGGCGG CAGCAATCGC GTACGCkTTC 1980 CAGAGCGCGT GGACTGCAGT GCACAGTGCG CTTGCgCGCG CGCGGGAGCC GCTTCTTTTT 2040 TTCTCTCTTA CAAAAAGTAC CCGTAgCGCT GCGCCCGCAG CTcCTGCAAA CAGCGTGGcG 2100 CTGCcTGCGG GCCGGTGTGC AAGAGCAAAG AGAAGGACTG ACAGTACCTC gCCACAGGcG 2160 CGTGCAGTGC AGGAAGTGGC ATGGTGGCAC AGACGCTCAG GTATATAGGC GCGAAAGAGC 2220 ACTTCTTCGC TCAGAGCATT TAAAAAAAGC CGTACATAAA AAGCTCCCCC TTCCCCTTCT 2280 GGGAAGGGAA ACGGTGAGGG AAGAGAAAAA CAGAAGGAAG GAAATACTAG CGTGCTGAGT 2340 ACGAACGCGT ATTCGGTAAC AGCCGCCGCA GCGTGnCAGT ACGTGTGGCG TGTTGCGCAA 2400 AGGGGAGAGG TGCATCAGCG TGGAACAGTG TAACAGAATC GGGCAGAGGG GGTACAGAGC 2460 GCATATATCC CCTGCAGTGG TGATGGCCAT TGCTGCGGTG GGAGGTTTTT ATGGGACTCA 2520 CGTGTATGAG GTACCGTTTC CGTATGCATT CTTTGGTGCA GTACAGGCGT GTGTGCTGTG 2580 TATTGGGTGT TTGTTGGTCC GCAGTGGTGT GCGGTTCTTT TCTCGTTGGG GTGCTGTCCG 2640 TATCTGGAGG AGGTGGGGAA TCGCATACAC CAGCGTATGT CGGTGTTGTA ATACGCTTTT 2700 TTTCGTGTTC TGTGGTCTGT GTGTTGCCTG CGTTGCGCGA ACCTCCCTCA TGGTACAACA 2760 AGCTCCGTTG CAAACACTTG CACAACCCCA AAAACTACGC GTTTTGACTA TACACCTTTT 2820 GCaAGAGCCA AAGCCTGCAG GCaCGCGCTT TCGTGTTCGG GCGCGCGTAT TGGGTGCAGG 2880 TTACATAGAC GGTGCTTCCT TTTCTGCACG TGGGGTGTGC ACTGTATTAT TTCCTGCAGA 2940 GGTAATTTTG CAGCAGTACG CTACCGATAT GACGGACGAC gcGGATGCCC GCGTCTGTCA 3000 GTATTACGCG CGTGGGTTGC GCTGTCAGAT TCGTGGGCGC TTTGCATCTT CTGCACCGAA 3060 GCTTTTTATC AGTAGTTCTA CACCACCACG CTTTGTTGGC TGGAGTTCCT ATTTTGCACA 3120 GATGCGCGCA CAGATGCGGG TTGCACTCAT GAGGTTTTTA TCTCCATGGG GGCGTGCAGG 3180 GGGATTGTTA CTCGCGCTCC TTTCTGCAGA TAGTGTTTTT CTTTCGGATG AAATGCGTGT 3240 CGCGTTTCGC CATGCAGGAC TTGCTCACGT GTTGGCACTC TCTGGCATGC ACTTGTCTTT 3300 GGTAGGGGCG AGTGCAACGT tTTTGGGCCG TTTCATCGGC ACAAGGCACA GAGGTATGCA 3360 GGGGGCGTTT TTTGCGATGC TTGTCTTTGT GTGGTTTGCA GGTATATCGC CTTCCCTTGC 3420 GCGTGCACTT GGTATGACTT TAGTGCTGAT GGGAGGACAG ATGGCATACG TGCGCGTAGG 3480 ACTTTTTTCT GTACTGTGTG CTGTACTTAG CATACATATG CTCATTGCGC CGCATGATGT 3540 ACAGACGTTA AGTTTCATGT TGTCATACGG AGCGCTTGCA GGTATTGTGT TGCTTGGCTC 3600 TGAGATTACT GAAATGATGT CGGGTTTGAT TCCTCGGCCA CTTGCATCGC TGCTTGGAAC 3660 GTCCTGTAGT GCGCAGTTTT TTACAGCACC GATAGTGCTT TCGGTCATTG GATATTTTGC 3720 CCCCATTGGG GTACTTGCCT CGTGTGTGGT TAGTCCGCTT ATCGCCTTAT TTTTGATAGG 3780 GGGGAGCGTG GCGCTGTGCT GCTCTTTGGC AGTGCCTGCT GTTGCGCCTT TTTTAAGTTG 3840 GGGTGTGTAC TTTTTTGGTG AAGGACTCTG TGCGGTTGTG CGTTTTTTTG CGTGTGCGCC 3900 GCTTGTGTAT GTACAGAGTG CCTGCGGACA TGTGTGTGCT GCATTATTTT CTTTTTTACT 3960 CGGTGGGGGA CTACTAGAGG CGGCGCGTCG CGTGcGTGTT CACAAGGATA CATATGTGTT 4020 GCCCGAATTA TAATTCGGCG CGTGCACTTG CACAGTTTTT GACGGAGCGC GGTTTGCGGA 4080 TGCATAAAAA GTGGGGGCAG AATTTTCTGC TCGATCCGGT GTTACGTACG CAGCTTGTTA 4140 AGATATTGGC GCCGGAGCGT GGGGAACGTG TATGGGAAAT tGGTGCAGGC ATTGGTGCGA 4200 TGACCGCACT TTTGGTGCAA AACAGTGATT TTTTAACAGT GTTTGAAATT GATCGCGGCT 4260 TTGTGCAGAC ATTGCGCAAA CTTTTTGATG CACACGTCCG TGTGATAGAA GGGGATGTGT 4320 TGCAACAGTG GCATGCTGCA GCAGCACAGG AACAACCTGC GTGTGTTCTA GGAAATTTAC 4380 CCTACAATAT TGCTGCCCGT TTTATTGGAA ACACGATCGA ATCAGGCTAT ATTTTTAAGC 4440 GTATGGTGGT GACCGTTCAA AAAGAAATCG GGTTGAGAAT GACTGCGCTC CCTGCACAAA 4500 AATGGTATTC ATACTTTTCA GTACTCTGTC AGTGGCAGTA TGAAGTGCGT GTGATTCGTA 4560 ACGTTGCGCC TGTCTGTTTT TGGCCGCGTC CTCATGTAGT TTCTCAAGCA TTGGTACTCA 4620 CCAAGCGTAA TGCGGTGCCT TCTTGTGTGG ATCCTGCGCT TTTTCTGCAC GTGACGAAAA 4680 CTTTGTTTTC TGCGCGGCGT AAAACGGTAA GAAATAATTy ACTCACGTGG CAAAAAAGGA 4740 TGCCAGGCGG TGCAGCTGTG TGTGTAGAAG AACTCTGCGC ACGTGCAGGT ATTGACGCGC 4800 GTGCGCkTGC AGAGCAACTG AGCATCTATG ATTTTATTAC GCTTTCTGaT aCgctGCGCG 4860 CGCTACTGTA GTCCGGTGTG GGTGTTGAAT GGCGCGTGTC TATATTCTTT TTTTCAGTGT 4920 GTTTTTTGTT TTTCCGCTCT TTTCTGAAGA CGCCGCGCGC GATGTGGAAC CTAGCGATGC 4980 GCCTGTGCCC TATGAGGACA CAGAATTTTC CTTATGGCAG AAAGAATTGT ATCGTTTTGA 5040 AGCGCTGTCC ATCGGTGCAT TCCCGATAGT AACGCTGCTC TCTTTTATCA CGTATGACAT 5100 CATACGTCTT ATTCAGCAAT GGTCGACAAA GCCTCCGACA TGGTGGGCGC TGATTATTCC 5160 TGGCGCGGAc TAcCGCCAcT GAGTACGAAG GAGCGCGCGA TAGTTTTTGG TGTGGCAGTG 5220 GGGATTTCTG TGACGATTGG ATTAATTGAC GTGACGTATC GTGCAGTGAA GCGTGCAATA 5280 CACCGGCGTA GTCTTGcaGC GTTCGCAGTT AGTACCAGAC CCGATAGAAC TGGTGCCACT 5340 TGATTCTTTT GTTGAGGGGA CTGACGATAG CACGTGAAGG TGCACAGGGT GTCGTATTCT 5400 TGCAGTGCAG AAAGCACGTC GGTGTGCAGT GTTCATTTTT CCGTTTTTAG AATACCGGGC 5460 GCGACGTGTC GGTGTGATGT GTTCTGCGCA GAACATGTTT TTTTTTGTGC ACGATCTCAG 5520 CTCAAGAGGA TCGTGCGTGC ATTGTGTGTG AATGGGCATA CGGCAAAGTT TTCAAGACCT 5580 CTTCACGTGC GCGATCGGGT GTCTTTTGAG TGGGTACGCT CAGTGCCCCC GGCGCTCATT 5640 CCTGAGAATA TATCGCTTTC TATTCTGTTT GAAAACGAAG ACATTATTGC GGTGAACAAA 5700 GCGCAGGGCA TGATAGTACA TCCTGGGGCA GGCCACTGGA CGGGAACACT TGTTCAGGCG 5760 CTCAGTTTCT ACCGGGTGTA TCGTGCACGT TTTGAGGATG AGTTTTCTCG TCAATTTCAG 5820 AAAGGATTTC CCGATTTTTT CAGTACCCTG cGTCAGGGTA TTGTGCACCG TTTGGATAAA 5880 GATACATCGG GCGTACTCCT CACTTCGCGC AACATGCATG CTCATGAGGC ACTTGTACGT 5940 TCGTTTAAAA AAAGACAAGT AAGAAAAGTA TATCTTGCGT TATTGCAGGG TGTTCCTGCA 6000 CGCGGGGTTG GGGTGATTGA AACAACAATC GTGCGAGATA GAAGACGACG CACGCGGTTT 6060 GTTGCGTCTG AAGATTTTTC AAAAGGAAAG TACGCACGTA CGCGATACAA GGTGATGAAA 6120 ATATGTGGGG CGTGCGCTTT TGTCCAGTTT CTATTGGATA CTGGTCGTAC CCATCAGATA 6180 CGTGTGCACG CGCGATACCT AGGATGTCCC GTTGTAGGAG ATCCGTTGTA TGGTTCCCGG 6240 AATATCTGTG GCATACCCAC AACACTCATG CTTCATGCGT ACGCAGTACG GTTTGTTCTT 6300 CCGAGAACGA AAAAACGCAT AACGCTGGTA GCGCCCATAC CGCTTCGTTT TGTTCGACTG 6360 ATACACCGAT TATCGGTTAG GTAGGGTGTG GCAGGTGCGT GCGTATATGC GTTTTACTTC 6420 AGCAGCTAAA TAGAAAGAAC CGATGGCAAG GAGCGCTTTA CGTTGCGCAA AACTGGCATA 6480 CAGTGCACGG GAAATAATTG ACGCAAAGTC TTCGCTCCAA AAAATTGGGA CTGTTTGGTG 6540 AAATGTCGTA CGAAACGCGT GGTATGTTTT TTGTATATCT GCATGTTTAG ATGTGCCCGG 6600 TATGGTTAAA AAAATTTCGC TGGCGGCATG TGAAAAAAGA GGGGGGAACT GGGACACTGC 6660 TTTGTCCGCC GCGCACGCAA AGAGTAAAAT GTATTGTGCA GAAGGTAGTA AAGAAGAGAA 6720 CGTACGACAT GCGCACCGTA TACTCTGcGT AgTGTGCGCA CCGTCAATCA CTATGaGTGG 6780 ATCTTCCTGc ATAATTTcAA AGCGTGcTGG cACGTATGCA CGGGaCAGTC CCCGCTCGAT 6840 TAACGTTTCG CTCACGGTAG GAAATAAATA TTTTGCCGCG CACGCAGCCA GTGCTGCATT 6900 TTTTGCCTGA ACAATATCGC ATAACGCGAG TGTGCAGTGT ATATTtCGAG CGAATAATCT 6960 GCCAACAGGA TGCGCGGCGT TAAAACTGAG AGTTGCaGTG TGTGTGAAGT GTTTTATtGA 7020 ACTTTCAATA TGTGTGACCA TATCtGGTAA GTAAAAGAAG GGAGCATGTT TTTCTCGCGC 7080 GATATGTTTA AAAACGTGCA ATGCATCTTC TGGCTGATCA AAACAAAAAA TAGGCGTATA 7140 GGGTTTGATA ATGCCGCCCT TTTCTTTTGC AATACTTTTT ATACGTGTTC CTAATATGCG 7200 CGTGTGTTCT TGTTCTATGG GGAGAAGGAG ACAGATACTA GGACAAATGA TGTTTGTTGC 7260 ATCTAGTCTT CCTCCAAGTC CTACTTCAAA AACGGACCAT TCCATGCGTT GTTGTGCAAA 7320 TAGCATGAAC GCCAGTAGCG TTATAAGCTC AAACCACGTC GCCTGGCCGT AGTCGCGCAG 7380 ATTCTCTGTT TTTTTCACCG TGTGGTATAC GTGTGTGCAC GCGCTTGCAT ACTCGGCAGG 7440 TGAAAAAAAC ACACCCGCGC GTGTTATTCT CTCTCTCGGA TCCATAACGT GAGGAGAAGC 7500 GTATAGCCCG GTGTTGAATC CAATTTCATT GAGTATCGCT GCAAgCATAC GTGCGCTGGA 7560 ACCTTTTCCC TTCGTGCCCG CAACATGGAT GCTCTGATAT GCGTTGTGTG GATTACAAAG 7620 CGCGCGTGCA AGTGCAGTCA TCCTGTGCAG AGGTGGTGTG CCGCTTGGGG GCATTTTCTC 7680 AAGCGTGCGA ATGCGCTCAA CCCAGGCGTA AAAATCTTGA AAAGAATGCA CCGGTATATG 7740 TGAAAnTCCG TGTGCGCTCG GTCGCACTAT AATATGCGGT ACGGAAGAGG CAGCAATCCT 7800 TGCCGGGAAA GAGAACTGAT GTACATTGCT AAGGTCTGAC ATTTGAGCTA AAATCCGCCC 7860 ATGAAGCGGG GGACTCTACC AAAAGATGTG TCAGGTATCA AGATTCACAT GATTGGTATC 7920 AAGGGCACTG GCATGTCTGC GCTTGCAGAG CTACTGTGTG CACGGGGTGC CCGTGTGTCA 7980 GGTAGTGATG TTGCAGATGT GTTTTACACG GATAGGATTC TCGCCCGTTT GGGTGTTCCC 8040 GTGCGTACTC CCTTTTCTTG CCAGAACCTT GCTGACGCTC CCGATGTGGT TATCCACTCT 8100 GCAGCCTATG TGCCTGAAGA AAACGACGAG TTGGCAGAGG CGTACCGGCG GGGTATTCCT 8160 ACCCTTACCT ACCCAGAAGC GCTGGGGGAC ATTTCCTGTG CGCGGTTTTC GTGTGGTATT 8220 GCAGGTGTTC ATGGAAAGAC GACCACGACC GCGATGATTG CTCAAATGGT AAAGGAGCTG 8280 CGCCTTGATG CGTCCGTCCT TGTGGGGAGC GCTGTTTCGG GAAACAATGA TTCTTGTGTG 8340 GTTCTTAACG GAGATACCTT TTTTATCGCA GAAACGTGCG AGTACCGTCG GCATTTCCTG 8400 CATTTTCATC CTCAAAAGAT TGTCCTCACC AGTGTTGAGC ACGATCACCA GGATTATTAC 8460 TCCTCGTACG AGGATATACT CGCGGCATAC TTTCATtACA TAGATAGGCT TCCTCAATTT 8520 GGTGAGTTAT TTTATTGCGT GGATGACCAG GGCGTGCGGG AGGTAGTGCa GCTTGCGTTT 8580 TTCAGTAGAC CGGACCTGGT GTATGTTCCT TATGGGGAAC GTGCGTGGGG CGATTATGGG 8640 GTCAGTATTC ACGGTGTTCA AGACCGGAAG ATAAGCTTCT CATTGCGGGG TTTTGCAGGT 8700 GAGTTTTATG TTGCGCTCCC CGGTGAGCaT AGTGTTTTGA ATGCAACCGG TGCGCTCGCA 8760 TTAGCACTGA GTTTAGTGAA GAAGCAGTAT GGAGAGGTTA CCGTTGAGCA CCTCAcGCTC 8820 TGCgGAAGGT ACTCGCTCTT TTTCAGGGAT GCCGGCGAAG GAGTGAAGTT CTTGGGGAAG 8880 TGCGCGGTAT TTTGTTCATG GACGATTATG GACATCATCC GACTGCAATT AAAAAGaCTC 8940 CGCGGGTTAA AAACGTTCTT TCCGGAAAGA AGAATTGTCG TCGATTTTAT GTCCCATACA 9000 TATTCGcgTA CCGCAGCCCT CCTCACCGAA TTTGCTGAGT CTTTTCAGGA TGCGGATGTA 9060 GTTATTTTGC ATGAGATTTA CGCCTCTGCT CGGGAAGTGT ATCAGGGCGA GGTGAACGGT 9120 GAACATCTTT TTGAATTAAC TAAACGGAAG CACCGGCGGG TGTATTATTA CGAGGCTGTC 9180 ATGCAGGCAG TGCCTTTTTT GCAGGCTGAA TTGAAAGAGG GCGACCTGTT CGTTACGCTC 9240 GGCGCTGGAG ACAATTGCAA ATTGGGTGAG GTGTTGTTCA ATTATTTTAA AGAGGAGGTG 9300 TAAAGTTCGG TTGCGGTTTC GCCAACATGG TGGTGGTGCC gGCTGTGGAT CTGGTGGATA 9360 TAGGGTGAAG TGAGACAGGC TGCGAATGGA TGGTGATGCA AAGAGCGGAG TGCGGAGGGG 9420 TGCGTGAGTA ATCGGTGCGA TGTGTCTGGA AATAAGGCGG TACgCATAGC AGTTTCAGGC 9480 GCGTCAGGGT GTGGTAATAC CACCGTGTCT GCATTGCTTG CGGAAAGACT GGGACTTCCC 9540 CTAGTGAATT ATACGTTTAG GAATATTGCC CGGGAGTTGG GTATCTCTCT TAGTGAGGTG 9600 CTCGAGCGTG CGCGGACGGA TAATCATTTT GATAAAGCAG TTGATGCGCG GCAGCTCTGT 9660 CTTGCGATGC GTTCTTCCTG CGTGGTAGGG TCGCGCCTGG CCATTTGGTT GGTGAAAGAT 9720 GCCGCGCTGA AGGTATATCT TTTGGCTTCA TTAAAAGAGC GGGTGAAACG TGTTCTCCAA 9780 AGGGAGGGAr GGGACGTACA GGATGTTGAG CGATTCACGT CTATGCGTGA CGCTGAAGAT 9840 ATGAGTCGCT ACAAAAAGTT GTATCGTATT GATAACACGA ATTACAGTTT TGCAGATCTT 9900 GTTCTAAACA CAGAAGGGTG CGATCAAGAA ACAGTGGTGA GTATTATTAT TGAAATGTTA 9960 CGCGCTAGAG GGATAGCTTG GTAGGGCTGA GCCAATCTGC GGGTGATATA GAAAAGTTTC 10020 AAAACGCCAT ATTGGATTTT TATGCACAGC AGGGCAGGGA TTTTCCGTGG AGAAGTACTT 10080 GCGACGCGTA TGnaTACTGG TGTCTGAGTT TATGTTACAA CAGACACAGA CGGAGCGGGT 10140 GTGTCCGAAG TATGCAGAAT GGCTTCATCG TTTTCCTTCT TTGGAGTCTC TTGCGTGCGC 10200 TCCATTTGCG CACGTGCTCC AAGCGTGGAT TGGATTAGGA TACAACAGGC GCGCTCGTTT 10260 TTTGCATCAG TCGGCAAAAC TCATTGTTGA AAGGTATTGT GCAGTAGTTC CTGATGACCC 10320 GAGTGAACTA AAGAAGCTCC CCGGTGTCGG TGACTATACT GCCGCTGCAG TTGCTTGCTT 10380 TGCGTACAAT AAGGCCACCG TGTTTTTAGA AACAAACATC CGTGCAGTGT TTATACGCTT 10440 TTTCTTTCCC GATACGCACC AGGTCAGTGA TCGGGAGTTG CTCTCGCTGG TCCGGTGCAC 10500 CCTGTATGAG GAAAATCCTC GGCGTTGGTA CTACGCACTG ATGGATTATG GGGCAGTTCT 10560 AAAAAGGAAG ATTACAAATC CTAATCGTCG CAGCAAGCAT TACGTGAAGC AGTCACCGTT 10620 TGAAGGTTCT CTGAGGCAGG TGCGTGGAGC GGTTTTAAGA GAGATAAGCG GCATGCAACA 10680 CGCGGTGCGC GAGAAAACGC TTTtCGCAAA GCTGTCCTTt GAGCACGAAA GATTGAGCCG 10740 CGCTCTAGAC TCGCTGGTAA GCGAGGGACT GGTAGTAAAA ACAGAGGCTG GGTATTCCAT 10800 CGCTGATTGA TTCTTTATGA CTCAAGACGC TTGAGTATTT CACAAATAAA GATGCCTTTC 10860 TCTTTTATTT CAATGGCATC TGATGTGAGG ATCAGCATGT TGGGCTGCTT TGCGTCAAGG 10920 CGAACGCGAT CGTTGGAGGT CTGTACCAGG CGCaGTATCT TTTTGAAGGC AGTGTCGCAG 10980 ACCTTGTCAA ACTCAATCAA TAAGCTTTCG TGTGTTTCTT TGAGTGAGAG AATGGCGAGC 11040 TTTTCGCACC GCACTTTGAT TTCTGCCACG GTAAACAACC CAGCTGCTTC CTCaGGGATA 11100 GGACCGAACC GGGTGATAGT TTCCGTGCGT ATGCGCTCAA GCTCCTCATG CGTATGAGCT 11160 GCAGCGATTT TTTTATACAG TTCCATTTTA ATTTCATCTG CGGCAATGTA CGTATGGGGG 11220 ATGAACCCTC GGTAATTAAG ATCGATGACG GTTTCTATCC TTTGCTCGTT TGGAGCATGT 11280 TGGAGGCGTT CTATTGCCTC TTCTAACAGC TGTACATACA GGTCGAATCC GACTGAATAG 11340 ATATCTCCTG aTTGTTCTTT GCCTAATAGA TTTCCTACCC CGCGAATCTC CATATCTTTT 11400 AAGGCGACTT TGAAACCCGC CCCAAGGTCA GTAAAGTCAG AGATCACCTG TAAACGTTTT 11460 ATTGCAAGGT CTGAAAGTGC CACGTCGTGA TAGTACAGCA GATACGCATA TGCTTTTTTG 11520 TCAGACCGAC CAACGCGTCC CCTGAGTTGG TAGAGCTGGG AAACCCCGTA CATATCAGCT 11580 CTATCTATGA TGATAGTATT TGCATTGGGA ACGTCGATAC CATTTTCAAT AATGGTGGTA 11640 GAAAGCAGGA GCTGGAACGT TTTTTGATAA AACCTTTCAA AAATGTCTTC CAGTTCTTCT 11700 GACCCCATGA GACTGTGGGC AACGCATATG GATAGCTCAG GCACGAGTTT TTGGAGCATA 11760 CACTTTACGG ATTCTAAGTT TTCGATTCTG TTATGTAGGT AAAAAATCTG CCCCTCACGA 11820 TCTAGCTCTT TTCTGATTGC AGTGGCAACA AGGTTTGGAT CAAACTGCTG GATAACCGTT 11880 TCTATAGGTA GGCGGCCTTC AGGAGGGGTG GTGAGCAAGC TCATGTCTCT GATTTTGAGC 11940 ATACCCATGT GAAGCGTTCG GGGAATGGGC GTTGCACTGA GGGAGAGACA ATCTACATTA 12000 GTTTTCATCT GCTTTAATTT TTCTTTATCC TGCACACCGA AACGTTGTTC CTCATCGAGG 12060 ATCATCAACC CAAGATCCTT GAAGGACACG TCCTTTTGGA TAAGCCGGTG GGTACCCACA 12120 ATAAGATCGA TATCTCCATG CGCGAGTTTG GCGAGTATGT CCTTTTGTTC AGATTTAGGA 12180 ACAAAGCGTG AGAGCTTCTC GATTCTGACG GGAAAGTGTT TAAACCGATT GCAGATTGTG 12240 CGAAAGTGTT GTTCCACTAG TAAGGTGGTA GGGGTGAGGA ACACCACTTG TTTTCCTCCC 12300 ATTACCGCCT TAAATGCCGC GCGCATTGCA ATCTCTGTTT TTCCGTATCC GACATCTCCG 12360 CACACCAGCC GATCCATGGG GACGGCTTCT TGCATATCCT GTTTGACTTC TTCAATGCAT 12420 ATGCGCTGAT CGTCTGTTTC TTCGTAGGGG AATGCTGCTT CAAACGCATA CTGCCATTCG 12480 TCATCTTTTG GGAAGGCGTG GCCGCGCGTA GTTTTTCGCA GAGAGTAGAG TTCCACTAGT 12540 TTTTGCGCGA TGTTTTCAAC AGATTTTTTG ACACGTGCTT TTCTCGTTTC CCATGACTTT 12600 GACCCAAGGC TATCTAAGTG AGGTTTGTTC CCTTCATTTC CAATGTAACG TTGCACCAGA 12660 TGTGCCTGCT CAATAGGGAT AAGGATCGTT TCTTCCTGTG CATAGAGGAG GTTTACGTAA 12720 TCACGTTCTG ACTGTGCTGT TTTTATGCGC TCTATTCCCT TAAATAAACC GATGCCGTAC 12780 TGCGCATGCA CCACGTAATC CCCGGGATTT AATTCCACAA ATGTGTCGAT AGGCGTGCTC 12840 CGTGCGCGTT GCACTGATTG AGGAGTTTTT CTGCGGCGAC CGAAGATTTC GCCTTCTTGA 12900 ACGATCAGTA TTTTGAGAGC AGGAATGCTA AATCCTGCAG AAAGCGCGCA AGGTAGCACA 12960 GTGACGTCGC AACCTTTGAC TAGTGCTCTG ATGCGmrTGC CTGCTGCTCA CTTTCTGCAA 13020 AGACGAAAAC GTGCCATCCG TCTTTTGAAA GACGGAGTAG CTCTTCTTTG AAGTAAGGAA 13080 TGTTACCGAA GAAGCTGCGT GCAGGATCGC TTGCCAAGCA TATACTTTCG CACGCTGGCA 13140 GCTGTGGAAA AAAGTGAGTG AAATACACCG TGTGCAGGTG GAGCGCGCAG ACAGCGGAAA 13200 AATCGAGCAC TATGTGTTCT GGTTGAGGAT ACCAGCGCGC AGtACATGTT CGTGCGCGAG 13260 TTGCATTTTA TGGTAGAGGT TCCGACACTC GTCTTGGAGC GCGCGTGCAC CGTTGTGCTG 13320 GCGTTCGTAG TCAAGATAAA AGACGCTTGG GGGTGAAGGG CTGTGGCGAA AATATTCGAG 13380 AACGCAGgTG GGACGTTCAA AGCACAGTGG ATAGAACATT TCCTCCCCTT CATACGTTTT 13440 TCTGTGGGTG AGTTCTTCGA TACACGGGAC GCAGTGGGCA GGACATTCGG ACAGTTTTTG 13500 GAGATTTTGG TGGAGGAACG CTATACGCTC CTCACTCCAA AGAATTTCTT TTGCAGCGTA 13560 CAGTGTGCAC GCAGATACCT CTTGCAGGAC GGCACACGTG GACACCGCCA GTATATGGAT 13620 ACGTTCTATG GTGTTAAAAT CACACACGAT TCGGTACGCT TGTGTGTTGT CAGCAGCCTG 13680 CGCTGCGGCA GCGATATCGA GAATTTCTCC CCGGAGAGAA AACTCTGCGC AAgcGcTGaC 13740 GTGGTCGACA CGTGCATATC CCCATTGCAT AAGCTGGGCA GCGAGCGTGT GGATCTCGAT 13800 GTGCTCTCCC ACACGGAAGG AGCGTTTGAG GGTACGCACA TAATCGAGGG GAGGAACGGG 13860 GGTGAGCAGT GCACGCTGGG TGAAAACGaA CrcGCATGgC gGTaTGCATC GcGCTGTGCG 13920 AGTGCGCACA nnCTnCTnAC CCGGTGAGAG AACACGTGTG CGTTAGGTGA GACAGGGCGG 13980 TAGGGCAGCG ACCCCCACCA GGGGCAGCAC GCGCGTAGGA ACTGCTGCAT GTGCAAGGTC 14040 GGTGCAGACG GCGGCGACGT CCTGTTTCGG TAnGGACTAC GAGCACTATG TGTGCGCAAC 14100 ACGTGCGCAC GTTATTCGCC AAAAAAGTAG GACCGCAGTC CAACGGTGCA CCCTTTCAAA 14160 CGCGGTAGGG AAAAGCGTGC GGCACCAGCG AnnGCAGCAA TTGCTGGAAG CTCATTTCCA 14220 AGAAATGGAG TATGCCACGC AACA 14244 (2) INFORMATION FOR SEQ ID NO : 3: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2109 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 3: AATCGACGAA AGGTATTGTA GCAGAGAGAA TACTCAAGCC ATGCGTAAGG AGAAAAGTAA 60 ATGGCAAGTT TAGATCTACC TAAGAGTCCC AATGTGTTTC ATCCCGAAAA GCCGAGTGCG 120 GTTGGGTCAA GGAATTCACT GGCGCAGGAC TGTCGTGACC AGCAGCAGGA GGTGAACCAG 180 CTAATAGAGG AAGAGACAAA CAAGATTCTG CACCACCTGA ACACTAAACT GCCGAAGaGG 240 TTCTCGAGCG TCTGGACGTA ATGGGTGGGT TGAAGGAAAA GTTGTATAAC TACTTCAACC 300 AGAATTACCA GAACATGTTC AACCGGTACA TGGTGACTGC GGAAGACGAA ATGCTGAAGA 360 AGGTCCGTGG TTTCATCGAC CGAGAGGAAA TGAAGGTGTT GAACCGTTAC ACGCCGAAGG 420 AGATTGCCAT CCTACTGGAT GAGGTTGCGG GAGCGGATAA GTTCAACACC GGAGAGATCG 480 AGAAATCGAT GGTGAATATG TACGGGCACT TGCAGGGTCA TATACAGCGG GGTGTGAATG 540 AGCTTGAGAC GCACACCAAT TCTTTGCTGC GTCAGAAGGT TGATGTGGGT GCTTTTGTCC 600 GCGGAGAGAA TGCGTATGCG GTAGTCAAGT GTGCGTTCAA GGACAATCTT GCGCGTCCTA 660 AGACCGTCAC TGACGTGAAG TTGTCTATCA ATATTCTGGA CTCAGAGTTA GTTAGCCCTA 720 TCTTCCATTA CCAGACGACG GTAGCGTACC TTATTAAGGA TCTCATCTCC AATCACTACA 780 TAGATGCCAT CGACAAAGAA ATTGATCGCG TGAAGGACGA GCTTATCGAC CAGGGTAAGG 840 AAGAGATGTC TGATAGCAGT ATCATCTTCG AAAAGATGAA GATGGTGAGC GATTTCACCG 900 ACGATGACTG CGAGAAmCCT GACAGCAAGC GCTACGAGCT TATTTCGCGG GAGTTGATGG 960 AAAGAATCAG CAATTTGCGC GCGGAAATTG ATCCGGAAAC TTTCGACCAA TTGAATGTTC 1020 GCGAGAATAT CAAAAAAATC GTTGACCTTG AGAACATAAG GAATCGTGGC TTTAACACGG 1080 CTATCAATTC GATTACATCT ATCCTTGATA CGTCGAGGAT GGGGTACCAG TATATCGAGA 1140 ACTTCAAGAA TGCGCGCGAg CTTATCCTTC GTGAGTATGA TGACACAGAT ATTTCGAATC 1200 TTCCTGaTGA GCGTTACCAG TTGCGCTTAA AGTACCTCGA TAATGCTCAG TTGATTGAGG 1260 AGCGTAAGGG GTATGAGGTG ATGCTTCGTT CTTTTGAGAC GGAGGTGGAT CATCTATGGG 1320 ATGTGCTGCG TACTAAGTAC GATAAGTCTA AGGCGTCTAG GTTCATGGCG AAGATTACCG 1380 ACTTTGATGA CCTTGCTAAG GTGTACAAGA AGCATATAAA GAAGCATTAC AAGGATAAGA 1440 CTGGTGAGCC CGTGTACGAG GATATTGCGA AGGTATGGGA CGAGATTGCT TTTGTGAAGC 1500 CTGCTGAGAC CGAGGTGGAG CGGATGAATC GTACGTTTGT GTACGAGAAA GACAAGATGC 1560 GAAGGAAGCT TATTCTGATG CGTGGGAAGT TAAAGGGTAT GTATGATTAC CAGTATCCTA 1620 TTGAGCGTCG GGTTATGGAG GAGCGTCTCG CGTTCTTGGA ATCCGAGTTT AACCGTTTCG 1680 ATTACTTGGT GAATCCTTTT CACTTGCAGC CGGGCTTACT GCTCGATATC GACATCACGT 1740 CTATAAAGCG CAAGAAGGCG ACGCTCGACG GTATGGCTAA CGTGCTTAAT GAGTTCTTGC 1800 ATGGTATCTC TAAAGGATTT GCGGACGCTG CCTTTGCTTC GTTTAGTCGT CGTCGTTCAA 1860 CGGTGCGTGC TGATATCGGT CAGAGTTTTG CTAGTGACGG CAgTGCCGAC CAGAAGGAGT 1920 CCAGCGGTAG GGTGGCTTTT ATGGATATGG TAAATGAGAC TCCTGCGCTT GAGTCTTCCG 1980 TGGCCGCTGA GCAGGTGGAT GTGCGCTCGG ATGTTGGAAT GAAGACGAGA AAGGTGGCGC 2040 GGTGGATGCA GGCAAGGGTC GACGTGGTAG ACGGTCTGCC ATTCGCGAAt CTAGCGAGAT 2100 TGTAGATAC 2109 (2) INFORMATION FOR SEQ ID NO: 4: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 9848 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 4: CTGGACATGT TTCCTGCCTC TGAACCTTGG GTGAGGGAGT TTGCACAGAG GGTGGGGATT 60 CACGTGCAAG AAGGTGCACG GCTCGTGAAT TTGCCTCGTC ACCCTAGCCA AATCTATGAA 120 GCTTTTTTTG AAGGAATTGT GCTGTGGTGT ATTTTGTGGT GTGCGCGTCG GGTAAAAACG 180 TATAACGGCT TTTTGGTGTG TTTGTATGTG GTGGGGTACG GAGTGTTTCG TTTTTTTATT 240 GAGTATTTTC GTCAGCCTGA TGCGCATTTG GGGTACAGGT TTTCCGCCAC GCAATCGTCT 300 CCGATTTACC TTTTCCAGTC ATGGAGTGAT GTTTCCACCG GGCAGATTCT GTGTGTTCTA 360 ATGATTCTCG CAGGTTTGGG TGGGATGTTC GCACTTTCGG CGTATCACAA GCGGGATAGT 420 GTGCGGAAAG CGCGTGTATG AAAATGAAAA GAATGCACCG ACTGGTCCAT CAGCCGAGAT 480 GGGGTGGCGC GATGTACCTT GCGTATAATG CGCAAAGGTG AGCCGATTcT TCTTCCGTCG 540 TCCTAATGAG CTGGTCTTCT TCTGGTGTAC CAAGCACCGC ATTGCGCTCC AGAGGGTTTC 600 GGTATGTGAT TTCTCGAAAG GGGTTCAGAT AGTCTTTGCA TCTCGTTTTG TGAAtTTGTG 660 TTACTCTGTA CTTTTCGATG GTAATTGCGT GTTGCACGTA GGTGCAAAGT AGCGGTGCGT 720 CTATCCTTGT TCGTGCAAGA GAACATAACA CTGCATAGGC GTGGAGTGCT TTATCCGTTT 780 CGTACGTGGC AGCAAGCGCG TCGTATTCTT TGTGGATGTG GTGCCAACTT TTGAACTTTC 840 CCGTTTCAAT GTTTTGTAGA AGTGTCTCAA ACTTATCTTC AGGTACGAGT TGTCCTCCCA 900 TGTTTACCCA GTTGTGTGTG ATAGTTTTAG GATCGTGCGA AGTAAAGTGG GAGATGCAGC 960 GTGTTGTTTG CTCAAAGAAA GACAGGAGCG TTTTTGTGCA GTACCATATG AGTATGTCTC 1020 GGTATGCTTT GCGGGCTTCT AAGGGTTTTA GCACAAGTGT TGATCGGGTG GAGTGTTCTA 1080 TGCCGGTGAG CAGTACGGGG ATTGTCTGTG CTTTGGTGGG ATGTTTGAGG ACAATGTCTT 1140 CGGCAGTGAG CGCGCTGTTT CCCGCGTTAA CCCACGCGCG CTCTATCGCG CTGTCTAGTA 1200 AAGCGAGTGC GTTTTCAATT TCTCCTATTG TGTCGGGAGC GAAGACAGAG ATTTCTACTG 1260 TTTGTGTTTT CGTTTTTCGT TTGTCTCGCG CAGAAtTTTT TTTCGTTGCG TTCAATCGCA 1320 TACATGTTGT AGAGCCAGTA GTACGCGGGC ATGATTTCTA ATCTGTTTTC CCGTTCATTG 1380 TTGGTGACAA GACTAAAAGG AAATGGAATA TCAAGTTCTG CGGGGTAATT TTTCCCCGTG 1440 ATTAATACGA AAGAAGCAAA ACGACAATTA TGTTTGAGGG TACTTGCAAG TCCTGACCAG 1500 AACCCTCGTC CCGCAATAAT TTCTCCGTCA TTTTTGCGTG TATTGTGATT TGACCCAATG 1560 GTGGAGCCAG CAGCAATATT TGACTGACCA CGTATGAGTG CTGCGATGAG GAAAGAGTTG 1620 TTGTGGTGTT GTTCATGGTA GGGAAAGATG AGTGCGTTAA GAACCTCACA ACACGAAATC 1680 GTGGAGTTAT CACCTAAAAC TGAGTGAATG AGTCTGGTAC CATATTTAAG TGCGCAgTTA 1740 TTTCCCAGTA CAAAGCGCAC CGCCTTTACC CCATAGAACA CACGGCAACC ATATCCGATC 1800 ACCCCGTTCA CTAACTCTAC TCCTTCTCCT ATTTGCGTAG GTTCCTGGAG AGATGACTGA 1860 ACAGTAAGGT TTTTTAGTTT GTTTGCTCCT TTTACGTATG ATCCAGGACC GAAGcACACA 1920 TCCTTGATGA TACGGCaGCT TTTGATAACG GATTGTGTTT CaATCGTTCC gTAGTATCCg 1980 CgGCGAGTGT CGTGTTGTTG TTGAGTCATT GACTCGAAGC GTTGCATGAG CAATGTTCTG 2040 TCTCGGTGGC ATGCCCACAA AAACGCGTCT GCTGCGATCA TCCCTACGAA GGGAAATATT 2100 TTCCGTCCGC CTGTTTCGTT GAGAGGATCA ATGGTGATGC GGACTGCTTC TTGTTCTCCG 2160 TCTTTTATAA TTCCTGCGCC GAATTTTGCG TGGTTAGTGG TACACAGCTC ATCAATCCTG 2220 CTGAGGATGA CATGATTTCC AATTATGTAG TGAGAAATAT ATGCGCAGTG ATGGATGGCG 2280 CAATTTTCTC CGACGTCGCA CGAAaTGAGT GTACTGTGGG TAATACCGGT TGGTACGGTA 2340 AAGTCGTGAT ATCGCAGAAA GgCTCGCTCG AGCGwasCGA TGCGTACGAG CCCTGCAAAT 2400 GATGAATTAC GTATGAGTGA CGCGTCGAAC GGATCTGCTA CTAAAACGTC GTGCCAGGTA 2460 TCGCAGTGAT TGCCCTTTTG TATAAGGGTG TGAATTTCCT CCTTAGACAA TGGTCTCCAT 2520 GCACGTGGGG GTTCGGCGCT CTGGGAAAAG CGGAGATAGT ACTCGTCTTT TCCGCGAGGG 2580 ATATGGGTTT GTGTGATGAA GTGGTATCCA AAAGAGGGTA GGTCTAAAAT TTGCACACGC 2640 ATTCTCCCTT TTGGATGCCC ACTATAGGTG GTGAATTTTT ACATGTAAAT AAGGAATTGG 2700 GGTTGTGATG GGGATGGTGA TTTCCTGCAT GTTTACTTGA CATGACATAT TAGGAATGGC 2760 TAGATTGGGG CCCaGTCTTG TTTTTTAGCG TGCATTAGAA GTGGATGTaC TGGGGAGGAT 2820 CgTTGGCGGA TAACAAAAGC TTGCGGATTA ATGGAAGTAT TCGGGTACGA GAAGTGAGGT 2880 TGGTTGACGC TGTAGGGCAG CAGTGTkGGG TGGTGCCCAC CCCTGAGGCG CTGAGAATGG 2940 CACGGGATAT CAATCTTGAT TTAGTAGAGG TcgcTCCGCA GgCGAGTCCG CCGGTGTGCA 3000 AGATCCTGGA CTATGGGAAG TATCGCTTTG AGATGGGCAA AAAGTTGCGT GACTCGAAAA 3060 AGCGACAGAG ATTGCAGACG CTCAAGGAGG TGCGTATGCA ACCGAAGATC AACGACCATG 3120 ACATGGCGTT TAAGGCCAAG CATATACAGC GGTTTCTCGA TGAAGGGGAT AAGGTGAAAG 3180 TGACTATCCG CTTTCGTGGA AGGGAGCTTG CGCATACCGA TCTGGGTTTT AACGTGTTAC 3240 AGAATGTGCT TGGCCGTCTG GTGTGTGGGT ATAGTGTTGA GAAGCAGGCA GCAATGGAAG 3300 GTCGGTCTAT GTCCATGACG CTCACTCCGA AGTCAAAGAA ATGATGGAGT GTCGGGTAAC 3360 TGCAGTTCGT GTTGTTGGAT AAAGGGGAGA AAGTATATGG CTAAGATGAA AACGAAAAGC 3420 GCAcAGCAAA GCGTTTTAGT GTAACCGGGG CTGGTAAGGT AAAGTTCAAA AAGATGAACC 3480 TGCGTCACAT TTTGACGAAA AAGGCCCCGA AACGCAAAAG GAAATTACGT CATGCGGGTT 3540 TTCTGTCAAA AGTTGAGCTT AAAGTGGTGA AGCGGAAGCT GTTGCCTTAC GCGTAGgTGG 3600 CAAGCGTGAG AGGACGGAGG AGCGTGG AT GTCTCGATCG TTGAGTAGTA ACGGCAGAGT 3660 GCGCCGGAGA AAGAGGATTT TAAAGTTAGC CAAGGGCTTT CGGGGTAGGT GTGGCACGAA 3720 TTACAAGGCG GCGAAGGATG CGGTCTCGAA GGCTCTTGCG CATAGCTATG TTGCGCGGAG 3780 GGATAGGAAG GGGAGTATGC GCAGtTGTGG ATCAGTCGCA TCAATGCATC GGTTCGTACG 3840 CAGGGtTGAG CTATTCTCGC TTTATGAATG GTCTCTTGCA GGCTGGGATT GCGCTTAATC 3900 GCAAGGTTCT CTCCAATATG GCAATTGAGG ATCCAGGTGC GTTTCAGACG GTGATCGATG 3960 CTTCTAAGAA AGCTTTGGGG GGTGGAGCGT GCTAAACCTC GGTCAGGTAA AAGTGCTGGA 4020 GGAGAAGGTT GCGAAGgCGG TGCACCTTGT CCAAATGTTG AAGGAAGAAA ATGCCGcgTT 4080 GCGGgCTGAA ATTGATGGAC GTGGTAAGCG TATTACGGAG CTGGAGCAGC TGGTGCTTGs 4140 CTTTCAGGAT GATCAGACGA AGATAGAGGA AGGAATTCTT AAGGCACTGA ACCACCTGAG 4200 TACATTTGAG GATTCTGcGT ATGGAGAAGC GCTTACGCAA CACGCGGCGA AGgTTCTAGA 4260 AAACCGGGAG CATGCGGGGC TGTCTGAAGA ACTTACCAGC CGTACCCAGA TGGAAATTTT 4320 TTAGTGGTCA GTGTAAAGGG GCAgTTGCAC ATCGATCTGT TGGGAGCGTC TTTTTCCATC 4380 CAGGCTGACG AGGACTCCTC GTATCTGCGT GTGTTGTATG AgCATTACAA GATGGTGGTG 4440 TTGCaGGTGG AGAAGACGTC aGGGGTCCGC GATCCcTTAA AGGTcGCGGT GATTGCgGGT 4500 GTGCTTCTCG CGGATGAACT GCATAAAGAG AAGAGGAGAC GTCTTGTACA GTCCGAGGAA 4560 GATCTGCTGG AAATAGGGGA GTCTAnCCGA GCGTATGCTC GAATCCATCA GCAAAGTGGT 4620 GGACGAGGGG TTTGTGTGCG GGCGCGATTG AGGGTTGTGT CCTTCTTTGT GTACGGGACG 4680 TCCTGCGGTG ACGCTGTGGG TGGACGCGGA CTCATGCCCC GCGCgcGTCC GCGTACTTGT 4740 CGCGAGAGCG GCAGCGCGCC TGGGGTGTGT GGCTCGATTT GTGGCCAACC GTCCTATCCC 4800 TCTCGTGCAA AGCCCGCATT GTATCATGGT CGAGACTCAA CCTGTTGACC AGGCTGCGGA 4860 CCGTCACATg CATCGCGTAT GCGCGAGCGG GTGATTTGGT CGTCACGCGT GATATCGTGC 4920 TTGCAAAGGC AATTGTAGAC GCGCGCATCT CTGTTATCAA CGACCGGGGT GATGTGTATA 4980 CGGAGGAGAA CATACGCGAG CGACTCTCGG TGCGTAACTT CATGTACGAC tGCGAGGGCA 5040 GGGACTCGCC CCTGAAACAA CGTCACCGTT CGGCAGGAGG GATGCCGCAC GCTTCGCAGA 5100 CTCCCTAGAT AGGGAAACCG CGAAgcTCCT GCGGCTTGCC AGGCGGCGGG AGGCGAAGAC 5160 AGGGGAGGAG CAGTGCGACT GGCCCTCCGC GCAAGGGAAA AGCCAAACCG GCCGCCGGTG 5220 ACCGCACGCA AGACACTAAG AGTCCAAGGC CGGGCGGGTG GACTCCTAGT GTCTTCTACC 5280 GCTTCTGCGA GATGAACTTA AGCAAATCCA CCACACGGTT TGAGTAACCC CACTCGTTGT 5340 CATACCAGGA CACTACCTTG AAGAAGCGCT TCTCGTTCGG GAGGTTGTTC TGCAGCGTCG 5400 CCCTGCTGTC GTAGATGGAG GAGTACTGGT TGTGGATGAC GTCCGCGGAT ACAATATCCT 5460 CGTCGCAATA CTGCAGGACA CCCCGCAGAT AGGACTCCGA CGCCTTCTTG AGCATCGCGT 5520 TGAGGTCCGC AACGCTCGTC TCTTTTTCCG TGCGGAAGGT TAGATCCACC ACGGAACCGG 5580 TTGGTGTCGG GACACGGAAG GCCATCCCCG TCAACTTACC TCTCGTAGAC GGCAGCACTT 5640 CGCCTACCGC TTTCGCAGCT CCAGTGGTGG AAGGGATAAT GTTAACCGCT GCAGCGCGGC 5700 CTCCGCgCCA GTCCTTCAAA GAAACCCCAT CTACAGTTTT TTGCGTTGCG GTATAGGAGT 5760 GGATAGTCGT CATCAGTCCC GTTTCAA AC CGACTCCCTC TTTGAGAAAG ACGTGCACTA 5820 CCGGCGCGAG ACAGTTGGTA GTGCAGCTCG CGTTGGAGAC GACCTTGTGC TCAGCAGGAT 5880 CGAACTCATG CTCGTTCACC CCCATTACAA TAGTCTTCAC CGGCTTAGAC GCATCCGAGC 5940 TCTTAGCCGG AGCACTGATG ATGACTCGCT TTGCTCCTGC TTCAAGGTGA CCGTATGAAG 6000 ACTCATTCGC GTAAATGCCG GTGGscTCAA TAACCACCTC AATACCAAGA TCCTTCCAGG 6060 GaAGTTGGGA AGGCTTTAAG CCGCGACCGC AGACACACTT GATCCGATGC CCGCCCACCT 6120 CGAGGATATC CTCGGCAGGA GCACTGAGAC TAGAACCCAT TTTGCCCTGC ACGGAGTCAT 6180 ACTTTAGCTG ATAGGCAAAG TAGCGCGCAT CGGTGGAAAG GTCTACAACT GCCGCCACGT 6240 CGAACTCTTT CCCCAACAGC TTCTGtCCGC CATGGCCTGG AGTACGAGAC GCCCGATACG 6300 CCCAAAACCA TTGATTGCAA CTCTCATTTG CCCAACCTCC TCTAAAAAGA GCACACATCC 6360 CGCGCAACGC TATCTGAAAA AAGATCGGCA CGTCAATCCC TCTTTGCTGT AGGGCTCCCT 6420 TGCATTTTTC TATGTGCCCA GATACCATGG CCTCGCCTTG GAAGGTCTGG CCTCTAGTGG 6480 AAGATTATTA CCGCGTGCTT GGTGTGTCGC ACCGTGCCTC GACCCCTGAA ATTAAGTGTG 6540 CCTTCAGAAA GAAGGCAAAG GCGTTACATC CGGATCTCGT TTCCCA ACT GCAGAACTTG 6600 AGTGCGAGGC GGTAgCgCGC GAGCGCgCTC TTCGCCGTAT ACTCACCGCA TACGAGGTGC 6660 TCTCTGATCC GGGGCGTCGC GCGAAATTTG ACCTCCTCTA CGCGCGTTTC TGCGCACGTC 6720 CTGCTCCAGC GGGCTTTGAC TACCGCGTGT AmCTGCGTGC GCAGGtACGC TCTGCGCGAT 6780 GGTGGAGCTT ATCTTGTTTG ATCTCTTTCA CGGTTTTGAG TGTGACGCTG TCCGCGCGTA 6840 CTTGTCCCTC AAGTGTCGGC CAGAAGGGTT CAACCTCGCC ACTCACCTTA CACGAGAGGA 6900 TTTTATGGAC TGTGGCTTTG TGCTCGCAGA GGAATTGCAT GTACGGGGAG AGTGCTATGA 6960 ATGCTTTACT TTGCTCCAGG ACATCGTTTT TGAAGAATTG CGGTGCGCGT ATTTTCGTCA 7020 TTTTTTTCCT GAAGTACTGA AGCTCGCTGA GCATATCGCG CTCGGTAcTG CGTCTGTGCG 7080 TGGTCGCAAC GGTAAATCCT GCGTATACTG CGCGCGCGCC ATGCCTGCTT GCCTGCGCAA 7140 GAAATTGTCA CCTTCTACGC GTGCTTAGTT GAGTATTACG AACGTACGGG AGACCGCAGc 7200 GTGCGCGTGG CTATGCCCAG AAGATGGATT CTGTCAGGTG AATGTTTGAC TGCACCCTGG 7260 CGGAGGAGTA CCGTGGTCCT GGGGGACCTC CGAAGGcTGG AGGTCCCCCT GCAGCTAGTG 7320 AACGGACAGA GGAGGGACGC TTGAGCAGGA AGGAAAGGAC CTCATGATCC GCATTAAAAC 7380 ACCAGAACAA ATCGACGGTA TCCGTGCCTC TTGCAAGGCA TTGGCGCGCC TTTTCGACGT 7440 TCTTATTCCG CTTGTCAAAC CGGGCGTTCA AACCCAGGAG CTTGATGCGT TTTGCCAACG 7500 CTTCATCCGC TCAGTCGGTG GTGTTCCTGC CTGGTTCTCG GAAGGTTTTC CTGCCGCTGC 7560 TTGCATTTCA ATCAACGAAG AGGTCATCCA TGGTTTACCT TCAGCGCGTG TGATTCAGGA 7620 CGGGGATCTT GTTTCCCTTG ATGTTGGTAT CAACCTCAAT GGATACATTT CTGACGCGTG 7680 TCGTACTGTT CCTGTCGGTG GAGTTGCACA CGAGCGACTA GAACTTTTGC GTGTAACCAC 7740 TGAGTGCCTC CGTGCGGGCA TTAAAGCGTG CCGTGCCgGA gCnCGyGCGC GCtgTTTCTC 7800 GCGCTGTATA CGCTGTTGCA GCACGGCACC GCTTTGGCGT GGTGTACGAA TATTGCGGAC 7860 ATGGCGTGGG GCTTGCCGTG CATGAGGAGC CGAACATCCC CAATGTGCCT GGCTTGGAAG 7920 GGCCTAATCC ACGTTTTTTG CCCGGTATGG TAGTCGCGAT AGAACCCATG TTGACGCTTG 7980 GCACAGACGA GGTGCGCACC AGTGCAGATG GCTGGACGGT GGTAACGGCA GACGGATCGT 8040 GTGCCTGCCA TGTGGAGCAC ACTGTGGCAG TTTTTGCAGA CCACACGGAG GTTTTAACAG 8100 AACtACGGAA GTAGAGCGTA CCGGCTAGTC AGCTATCTTA AGTGTGCGCG GTGTGCTGAT 8160 AGTACATGCA GGGAGCAGTT TGTGCACGGT AGGCAGCGTG TAAGTGTACG TGGCGGGCAC 8220 AGGTGAAGAG GGGATAAACT CGTAACCATA TCGCTGTGTG CTGCTTTTAA CCCGGGCTGT 8280 GTCGGTAGGG GTTTGGGTAC GCGCAgGGAC GTGGAGGGAC TCATGAACAT ATTGTTTACC 8340 TCGTTTGTGT GTGGGGTACA TGCGGTATGC CGCAGTTTTT TTACAGCAGC GGCGTTGCTC 8400 GTTTTTATCT GCTGCTCTGG TCATCCAAGT TCTGCGCGTG TGCCCtCTGC AGACACGATA 8460 GCTCGGCGCG TTGCCGGAGA CAGTGGGAAC gCTGGGGGGC GGACATTACT TCCTGTGGGG 8520 GTTTCgCGTG AATCGGTGCA GCTGTTAGAA CGGCTGCAAA ACGCGAACCG TCAGGTAACT 8580 GCCGAAGTGC TGCCTTCAGT AGTGACGCTG GATGTGGTGG AGACCAGAAA GGTTCGGGTA 8640 CGTGATCCGT TTGGCGGTTT TCCGTGGTTT TTCTTTCGTG GTCCTGAAGG TCCGGGTGCG 8700 GGGnCTGGCG GTGGTTCTGG AAACAAAGGG GAAGCTGAGG AACGGGAGTA CAAAACGGAG 8760 GGACTTGGTT CTGGAGTCAT TGTAAAGAAG ACAGGGAAGA CGCATTACGT GCTTACCAAC 8820 TATCACGTGG CGGGTAAGGC TAATGAGATA GAGATTAAAC TGCACGATGG CAGAATCGTA 8880 AAAGGTAAAC TTGTCGGTGG TGACCAGCGC AAGGACATCG CGCTGGTCTC CTTTGAGGAC 8940 GCAGACCCAA ATATCCGTGT TGCCGTCCTT GGTGACTCGG ATGCAGTACG GGTAGGAGAC 9000 ATTGTGTTCG CAGTTGGCTC TCCTCTTGGG TACACTTCCA CTGTAACGCA GGGGATTATC 9060 AGTGCGCTGG GTCGCTTTGG GGGACCGGGC AACAATATTA ATGATTTTAT TCAAACAGAT 9120 GCGGCCATAA ACCAGGGCAA TTCCGGGGGA CCAATGGTCA ATATTTATGG CGAAGTGATT 9180 GGGATTAACG CGTGGATTGC CTCCTCAAGT GGGGGATCGC AAGGGATTGG TTTTTCAATT 9240 CCTATCAATA ATGTGAAGTC GGATATCGAA TCATTTATCC AGTACGGGCA GGTGAAGTAC 9300 GGGTGGTTAG GCGTGCAGCT GGTGGCAACG GATGCGGACA CCGTAGCATC GCTTGGTATT 9360 GCAAAGGGTA CAAAAGGGGT GCTTGCGGCG GAAATTTTCT TAGGTTCTCC TGCGCACAAG 9420 GGGGGACTGA AACCGGGCGA TTACTGTGTA AAACTGAACG GAAAAGAAGT AAAGGATGTA 9480 AATCAGTTTG TGCGGGATGT CGGCGCGCTG CGCATTGGGC AAACAGCAGT ATTCGATTTA 9540 ATTCGCGGTG GTGTGCCGAT GACGCTTTCG GTGCGCATTA CGGAGCGTGA TGAAAAAATA 9600 GTAAATGACT ACTCAAAGCT TTGGCCTGGG TTCATCCCAC TGCCGCTTAC GGAGGCCGTG 9660 CGTAAACGTT TGGATTTGAA AGCGTCGGTG CGTGGTGTGC TAGTTAGCAA CGCGCAGAGC 9720 AAAAGCCCTG nCGGCGCTGA TGGGATTGAA GTCGGCGGAC ATAGTAGTGG CGGTCAATGA 9780 TCAAAGAGTC TCGAGCGTGC GTGAGTTTTA CGCGGnGCTT GCACGTCAGA CGAGGGAAGG 9840 TGTGGnTT 9848 (2) INFORMATION FOR SEQ ID NO: 5: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 7415 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 5: CAAAAGGAGA TGTCATTCTA TGTGGAGCAT GCCATTCGCG TATGCACCTG GGTTGTGCGC 60 AGACACTTCC GCCTGATGTG CGCACCAGAT AGAGTATGTT GTGGAACGCA CTCGGTCTCA 120 TCGGGGAACT ACTGTTGCGC TTGCTATAAA TTATGGGGGA AAAGATGAAA TTTTACGTGC 180 GGTAAAAAAG GTTTTGTGCA GCACTTCGTG CCCGGATGGT GAGCTTCTCA CCGAAGAAGC 240 TTTCGGCGCG TGCCTTGATG CGCCGCAGTT GCCGAGTGTC GACTTTCTCA TCAGAACAGG 300 GGGTCAGCAA CGCATGAGTA ATTTTTTGCT TTGGCAAAGC GCGTACGcGG AGTTCTATTT 360 TACCGATATC CTGTGGCCTG ACTTTCGGGT AGAAGACATG cTGCGCGCCC TGGATGAGTA 420 TCGCCTGCGC ACGCGTACCT TTGGGGGTTT GGAATGAGCG CGGAAATAAA GAGGCTGTTA 480 ATCTTTTTTT TCGGCGtTCC AACTATTCTT ATGTTGGTAT ATGCGGCACC GCATGcACAC 540 TTCCTAGCGT TCCATTTGGT TATCTTCGGA TCAGTTATGG GTGCGGTATG GGAAATGCAT 600 GCGATGGTGT CgcGcAGGAT GTGCACGTAC CCACTGGTTT TGTTGATCCC TTTCAGTCTT 660 GTGCTTCCGC TTTTAGGATA TGCAGCGCTG TGGCAGCCTG CACGGGGCGC TGAATCTGTC 720 CTTTTTATTG GAGCACTGGG CACGCTGCTC ATGAGTGTTT TTTTCACCGA ATTGGTGTAT 780 TCGTTTTCTG CTTCTTTTGA AAACGCCCTT GAGCGTATGG CCTCGGCACT GTTGCTTGTT 840 TTGTATCCAG GTATCTTTAG CCTTTTTTTT TCGCTCATTA CGCGGTGGCG TCATGCAGAG 900 ATCGCaTTGG TAATTTTTTT yCTCATGGTT TTTACGTGCG ACTCTTGTGC ATGGTTCTGT 960 GGGACGCTCT GGGGAGTCAA CAACAGAGGG ATAATTCCTG CAAtCCTAAA AAGAGTATgC 1020 AGtTTTATgG AGGTTTTgCC GGTTCGGTAG GTGCAGGgTG TTTTGGCTCA CTtGTATTTG 1080 GTTCGCgTGT GACGCTCTCT TTGGGGATGC TCATGGGTGT TGGAGCCTTG GTAGGACTGA 1140 CTGCCATTGT AGGCGATCTA GTCGAGTCGG TGATGAAACG TTCGGCTCAG GTAAAGGATT 1200 CAGGATTTTT TACCCCCGGG CGGGGCGGAA TTATGGATAA CCTGGATTCG tTGCGCCGTC 1260 ACTGGGGACT TTTTACATTG CATGTGAGTG TTTTGGGATC GCTGCAGTAT GAGTGTGCGA 1320 CGTGTGGTAG TGCTGGGCAT TACTGGTTCT ATTGGAGCTG CAGCACTCAA ACTTCTGCGT 1380 CGGTTTCCCG ATCGGTTCTT GCTGGTGGGC GCTTCAGGTC ACCGGCAGAC CGAGTACGCG 1440 CGGGCGTTGG CGCGCGAGTT CTCTTTATCA GATATCACTA TGACTGGCTC ATGTTCTGAG 1500 CAAGAAGGTC GCGCACGCAT AAAGCGTCTG CTTTCTTCCT GTGAAGCAGA GGTGGTGGTA 1560 AACGGTATTG CCGGCGCTGC TGGTCTTTTT GCCTCTCTTG AGGTGCTCAA GACGCGTTGT 1620 ACGCTCGCGT TAGCAAATAA AGAAAGTGTG GTACTTGCAG CTTCTCTTTT GCATGCTGCG 1680 GCACGCGAAA GTGGGGCAAC AATCGTTCCT GTAGATTCAG AGCATGCTGC TATTTTTCAA 1740 CTTATTGCAG cGCACGGCGC GCATGCGGTG GCGCAGGTAG TGCTCAcTGC GTCAGGTGGT 1800 CCATTTAGAA CCTTTTCAAA GGAGTGCTTA GCGCATGTCA CGGTGGAAGA TGCGCTTCAA 1860 CATCCGACGT GGCGTATGGG GAAGAAGATT TCTGTTGATT CTGCAACACT TGCAAATAAG 1920 GCACTGGAAG TTATAGAAGC AGTGCAGTTT TTTCGTATAC CGGTGGATCG GGTCaCGGTG 1980 GTGGTGCaCC CTCAGAGCaT AGTGCATGCg CTGGTGcAAT GTCATTCGGG AGAAACGTAT 2040 GCGCAGCTTT CTGTCCCTGA TATGGCGTCG CCGTTACTGT ATGCGTTGCT GTACCCTGAT 2100 GCGCCTCtGC GTATCAAACT CCGCTTGATT TTACATCGGG ACTGTCTTTG CATTTTGAAC 2160 CTCCGAGGGT AGATGACTTT CCGCTGTTGC GTATGGGTTT TGATGTTGCA CGGGCGCAGC 2220 GTGCGTATCC TATTGCCTTT AATGCAGCAA ATGAGGAGGC GGTGCGTGCG TTCTTGCAAA 2280 GAAACATTGG GTTTTTAGAT ATCGCACACG TGACTGCACA GGCGTTGCAA GAAGATTGGC 2340 GCGCAATTCC CCAAACGTTT GAAgAAGTTA TGGCgTGCGA TAmGCGTGCg CGGATGTGTG 2400 CgCGGACGTG CATTGCACAG AGGTGGAGAG AGAGGTGATT AAGATAATTA TTGGCGTTGT 2 60 GGTGCTTGGT ATTGTGGTGT TGTTTCATGA ACTGGGGCAT TTTGTCGCCG CGCTTTGGTG 2520 TCGAGTGGAG GTGCTCAGTT TTTCTGTCGG TATGGGGCCG GTCCTGTTTC GAAAGAAATT 2580 TGGAAAAACG GAATATCGCC TTTCGATGCT TCCTCTTGGG GGGTATTGCG GTATGAAGGG 2640 AGAGCAAGCG TTTCAAACGG CGCTTGATCA AAAACTTTCC CGTATTCCCG TTGAGCCCGG 2700 TTCACTGTAT GCaGTAGGAC CGCTCAAACG CATGGGTATT GCCTTTGCAG GACCGCTGGC 2760 GAATGTGCTT ATGGCGGTAA TGGTATTGGC ATTGGTTAGT GCGCTTGGCT CGCGTGTACA 2820 CACATTTGGA AACCGTATTT CACCGGTGTA TGTATACGAT AGTTCTGATA ACTCGCCTGC 2880 ACGCCGCGTG GGACTTCAGG ACGGGGATAC AATcCTGCGC ATTGGTGACC AGCCGATACG 2940 CTATTTCAGT GATATTCAAA AAATTGTATC ACAGCATGCG CAGCGTGCAT TGCCATTTGT 3000 GATCGAACGG AGGGGGCAGC TTATGCACGT GACCATTACG CCTGATAGAG ATGCGCATAC 3060 TGGCATGGGG AGGGTTGGTA TTTACCATTA CGTACCGCTA GTTGTTGCGG CGGTTGATGC 3120 ACACGGTGCT GCATCGCGGG CAGGTCTTGA ACCTGAAGAT AAAATTCTTG CAGTAGCAGG 3180 ACGCCGTGTG CAACACcAGT ACAGCTCCTT GCGCTGCTCA AGGAATTTCG AAAAAAGTCA 3240 GTCGTATTGA CTGTGCTGCG TTCAGGGAAG AGGCGATATC ATACCATTGC GTTAGTGCGC 3300 ACAGAAAACG GGGCAATAGA TGTTGGTATC GAATGGAAAG CTCACACCGT GGTTATACCG 3360 GGAACTTCTT TTTTTGCAAG TGTCCGTGCG GGCATTGCAG AAACGTTGCG TATGTGTGTA 3420 TTGACGGTGA AGGGTATTGG TATGCTCTTT CGGGGCCTGC AATTTCAGCA GGCTATCTCA 3480 GGCCCATTAA GGATTACGCA TGTGATAGGA GATGTGGCCC AGCATGGTTT TCAGGAGAGT 3540 TTTTTAACGG GACTGTCACA ATTATGCGAG TTTGTGGCAC TCGTGTGCGT CTCTCTCTTT 3600 ATTATGAATC TACTCCCCAT TCCGATCCTG GACGGCGGTT TGATTTTATT CGCATGTGTT 3660 GAATTGTTTA TGCAAAGAAG CATACACCCG CGTGTGTTGT ACTATCTGCA GTTTGTAGGT 3720 TTTGCGTTTG TTGCATTGAT ATTTTTATGT GCGTTTTGGA ACGACGTGAA TTTTTTGTTT 3780 CACTAGGAGT GAGTGATGCA GTTACGGTGT GCGTGTGAGC GGGTGTTCGA TATTGAACAT 3840 GAGACGGTAA TTTCGCTTGA TGAGCACCCG GAATTTGTTG CGCGTATACA GCAGGGGGAT 3 00 TTTTTAAGTT ACCAGTGTCC GGCATGTGGT GCGCGTATTC GTGCCGAAAT AAAAACAGAA 3960 TTTGTGTGGC ATGCGAAGAA TGTGCATTTG CTTTTGGTTC CTGaGCGAGA GCGTTTGCGG 4020 TGTTTGGCTT TTTGTGCCGG TATGCATATG AGCGACGGAG ATAGTGCTGA CTTTTGTGAA 4080 CCCTTTGTCT TACGGGAGCA CCAGACACCC GTGATTGGCT ACGCAGAACT TGCTGATCGT 4140 GTTGCAATAC TAGCATGGGA TTTGAACCCT GAAATTGTTG AAGCAGTAAA GTTTTTTGTG 4200 TTGGAAGGGG CACCGCATCT AGGAGACAAG AGAGTTTCGT GTTTTTTTGA ACGTTGTGTC 4260 GGGGACACCG GATCGCGCGT GATGGAGTTG CACGTGTACG GTATCAGAGA ACAACAAACG 4320 GCAATTATGC CGGTTCCCAT GAATGTGTAT GAACGCGTTG AGCGAGAGCr mGGTAAACAA 4380 GCGGAGTTGT TTGAGGCGCT GTATGTTGGG GCGTATCTTT CATACAAGAA TGTTTTTACT 4440 GACGCGTAGC sCCGCACAGC GAGCAGCATC TGGTGTGCGT GGTGTATGGG GTGTTGTACG 4500 CTTGGGCTTT TTGCAGACAG TGTAGAGAAG CGCGCAgcgA AGGATGTGTT TACTGAACCG 4560 GCGCGCTTTT ATCCCTCACA AAAATCAACG CTTGAATCTG CCCGGTCTGA TACATCTGAA 4620 TCTGAGAATG CATCTTCTTC CGTTCCTTCC CACAGTCAGC AGGAGTTGGC GCCAGACTCT 4680 GCCGCGCCTG CGCGTAACTC TGTGTTGTCC CCTGCTCCTC CTGAAAGGAG AGAGAAGCAG 4740 GGGACTGCGG TGCATGGGGC GGAAGTGACG CGGGCGGGAG CTGTCAGCCC GCGTTTTGTA 4800 GGGGGGCTGA CAAAAATACT GGCCGCCTCT GACCATACAT TCTTCGCTGC AGGAAATGAT 4860 GGGTTTCTCA CCCAGTACAC GTATCCGGAT TATAAACCGG ATACGTGGCA GATCACCCCT 4920 GTTTCTATCA AACACTGTGC AGTGCATCCG GACCGCGCGC GTATTGCCGT ATATGAAACA 4980 GATGGACGCA ATTACCACCG AGTCAGTGTG TGGAATTGGC GCACGAAAGA AATACTTTTT 5040 GCAAAGCGTT TTACCGCATC GGTTGTGTCA CTCTCGTGGA TTGTGCAGGG AAGTTTTTTG 5100 AGTGTGGGAA CAGCATCGCG CGAAGgTGTG ACGGTGTTAG ATGGGAGTGG AAATACAGTT 5160 TCTCTATTTT CGGAAGAGCC TGGGGTGGTG TTGTTGACTG CGAGTGGACC GCGCCTTGTG 5220 CTCAGTTATG CAGAATCTGG ACGCCTCACG TACGTAGATT ACAGCAAAAA GACAACCGTC 5280 AAACGTCTTC TTACCGAAAA GAATCTCCTG TCTCCCATGT TAATACATAA CGGTGCACAT 5340 CTTGTCGGTT ATAGAGACCA ACGTGTGTAT GTCATCCAGT CTTCAAGTGG CGCGGTGCTC 5400 ACCGAGTACC CTGCACGGAG tGcATGtTTT GCGCATACAT TCAGCGATAG TCTTCCTGTG 5460 TGGATAGAGC CTGCTGAGTT GAAGTATCAC TGGCGTATAC GGAAAGcTGC GCAGCGTTCT 5520 GCTGATTTTA TGCTTCCTGA CAATGCTCGC ATAACAAGTG CGTGCTCGGT TCGCACGCGG 5580 GTCATCGTAG GAACCGATCG CGGGATCCTC TATGAATTGC AGCAGGGAGA TGACAGGCGC 5640 GTAACTATCC GCGCACTCAA TGGCGAGCGT CAGATATACG CAAGCGATGT ACATGGTGCA 5700 GATGAGGGCG CGTATTTTTT AGCAGACGGA TCCCTATATC ACAGCATGGC GTCCGGGGGA 5760 CCGTATCGTG TTTTGGTGCG CGGAGTAAAA GGAACTCGGT TTCTGCCTTA TCGTGATGGT 5820 TTTATTGTGT GGTCTGCAGG GAAAGAAACA GAGTTTCTTC ATTGTGCGCA AAAGACGAGT 5880 CAACACAGGA TGATATATCG CGCGCGTTCC ACGGTAAGCG GCGTGTCGGT GTATGGGCGT 5940 ATGTTGGTGA TTACTGAACC TTTCTCTGGA GTATCGGTGG TGGATATTGA GCGGGGGATA 6000 CgAGTTTTTT TTCACAAAGC GATTGGTATG CAGGATTCGC TATTGATTAC TGATGACGTA 6060 ATTGTAGCCA CTCAAAGCGG TTTGCAGCCA CTTGTCCTGC TGCATATGCG TACGGGGGAG 6120 ACATATACGC AGCGGTGGGA GGCGATTTGC CTTGGCGTCC GCGCGCATGA TACACAGCAT 6180 GTATATTTTT TTTCGTTGGA TACGAATGCG GGCACGACTG ATTTGATCCA TTTCGTCTGC 6240 AACTGCAGCA ACCCACAGAA AGTGTTGTGC GACGCATCCT CTCTTAtAAG GATGAGGATA 6300 TAGATGCGCA TATGGTGATG CGGCGTTCAC TGTTGGTAAC TAATTTAGGA AAAGGGGCGC 6360 TTGTCGGACA TCGCGTGCAA CAGTCGCAGG TGTATCGTAT GTCCCGTGCG TATGCGTTAC 6420 CAAAAGTTGC TGCAATCACG TCGAACGGAG TTGTCAGCGT GAATTACGAT GGTTCAGTTT 6480 CGTGGTATGA AGGCGACGGT GCGACATTGA AAGCAACCGA ATTTATCCGG ACCGAAGATT 6540 TTTGAACGGG TACACAAGGT GCGGTGTATT TTGTAATTCG GCACGGTGGT ATGAATGCTT 6600 CCTAGTTGGT CTTGACAGGG AGCTCCTTCT CGGGGGAGGA TGGGCGGGGT AGATGTTGGT 6660 TCGCTACAGT TACGATGCAA AGGGAAGGCG GTTGGGGCGT GCGCTGGTGT ACACTGAGTC 6720 GGAGCACGGT ATACCTCGGC AGAGCGTTGA CGCTGGGGCG ATAAGGgTTG TAGAAGCGCT 6780 GGTGGGTGCG GGGTATGAAA CCTATATCGT CGgTGGGGCG gTAAGGGACc TGGTTGCGGG 6840 AAGGACACCA AAAGATTTTG ACATTGTTAC AGGCGCAGTT CCCTCTAGGA TTCGTAGGTT 6900 GTTCAGGAAC TCGCGCATTA TCGGCAGGCG CTTCCGCATT GTTCATGTGT CGTGTGGCTC 6960 GCAGCTGTAC GAGGTTTCCA CCTTTCGCTC TCGTGTGGGG GAAGgTTCGG TGTGTGTTCC 7020 TGGCACGTTG GAGGAAGATG CATGGCGGAG GGACTTTAGT GTCAATGCCT TGTACTATGA 7080 TCCTCTGAGA AATGTGGTGA TCGATTGTGT CGGTGGAATG GTTGATCTGA AGAGGCGTCG 7140 CGTGCGGCCG CTCATACCTC TGCGGTCCAT CTTTGTAGAG GACCCAGTGC GCATGCTCCG 7200 GGCATTGAAG TGCTCGGTGA TGTGCGAGTC TTCCATCCCT TTTTCTGTCC GCCGCAtATT 7260 CGCCGCAtGT TTCCCTTCTt GGGGGGTGCT CTCCCTCCCG GTTGACCGAC GAATTtGTAA 7320 AAATCCTCTT TtCCGGTCGG AGCGcCsCGC TTGTGCGCGC CCTATGTGGG TAmCAGCTCC 7380 TTCTGTACTT GCAGCCGTCT GTGCACTACT TTATG 7415 (2) INFORMATION FOR SEQ ID NO: 6: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 5271 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 6: CTTTGATTGG TAAGGTAAGA GAACCGTCAA GAAATAATCC TTTTAAAGTT TTTAGTTCAA 60 AAATAAAACG CGTTCCACTT ATTTCAATAG TTTTCGTTTC TCCTTCAGTT CTAGAATAGC 120 GAACGTTTCC TGTGGAATAC AGAATTTGGG CAGAGGTGTT GTAGACAGTT TGATCTGAAA 180 GAATCGTTGC GGTAACGcTC CCATCATCAA TGGAAATGGA AACATTCCCG GTAAAGACTA 240 CCAACTGATC TTGCAAATCA AAGGGGGACA GCGGCACGCG gCCGGTACTT TCCAATATAG 300 GTTGTCCAGT TTCAGAAAGG CGCGTAGTTT CCTGTGCCGA ATTAATAATA ATTCTTAATT 360 TGCGTAGACC ACTTTCACCA AAGAGGGGAC AAAAAAGAAA GAATATGCCC CAAATTGGAT 420 ACCATGCTCT CATGTCTTTT TACACAGCAC CTCTTTGATG TACCAACCGG TGCGAGACTC 480 AGTTATCTGG GATACTGCTT CAGGGCTTCC CTGTGCAACG ATAGTTCCAC CGTGCATTCC 540 TCCTTCAGGA CCTAAATCGA TAACACAGTC TGCCTGAACA ATAACATCCA TGTTATGTTC 600 GATCATCACA ACCGTATTTC CCTGATCTAC CAAGCGTTGA ACAACCTCCA TTAATTGGAT 660 GATATCGGCA AAATGCAATC CGGTAGTAGG TTCGTCAAAG ATATAGAGAG TTTTTCCTGT 720 CGCACGCTTT GAAAGCTCAA GTGCAAGTTT AACGCGCTGG GCTTCTCCCC CTGACAACGT 780 CAGAGcAGAC TGTCCTAAGC GCACATACCC AAGCCCCACC GAGcAGAGAG CTTCTAGCTT 840 TCGTACTATA GGrGGaACAG CAGAAAAAAA AgAACGsGCT TCTTCGATCG TCATGTCCAG 900 CACATGGGAA ATGTTCTTGc CCTTATAAAA CACAGCTAAT GTCTCCCGGT TAAACCGGGT 960 GCCGTGACAC ACATCACAGG TAATGTACAC ATCAGGTAAA AAATTCATTT CAATAGTGAT 1020 AACGCCATCA CCTTTACAAT GCTCACACCG TCCTCCAGGA ACATTGAAAG AAAAACGTCC 1080 TGGTTTATAT CCCCGCATTT TTGCTTCAGG AACcTGGGAG AACaGCATTC TAaTATCTGT 1140 AAACACACCC ACATAaGTTG CAGGATTTGA AcGAGGAGTT CTCCCGATAG GACTTTGGTC 1200 TACATAAATT ACTTTATCTA AATGCTCCGT CCCCTCAATC GAGGAAAATT TTCCTTcAGG 1260 AAGTCTGCCG TTCATCACAC GGTTGTATAA CGCAGGATAT AGCACATCAA TTAAAAGCGT 1320 TGATTTACCC GAGCCGGATA CTCCGGTAAT GCAGGTAAAA GTACCGAGTC GAATACGTAC 1380 AGAAATGTGT TGCAAGTTAT GTTCATGGAC GTCATGCACC GTAAGAACAT TTCCATTTCC 1440 CGTTCTCCGT ACTGCAGGAA TGGGTAATGT AATTGCACCG GCAAGATACT GACCAGTAAG 1500 ACTTGCTTGC ACCTGCATAA CTTCAGGTGG ACykCtGCGG CGACAACATA TCCTCCGTGA 1560 ACACCCGCAC CGGGGCCGAG ATCTACAATA TAATCTGCTA CGCGGAGcgT TTgCTCATCG 1620 TGCTCTACCA CAAGCACTGT GTTTCCCAAA TCACGCAAAT GAAGAAGCGT TTGGATCAGT 1680 CGTTCATTAT CCCGCTGATG CAAACCAATA GACGGTTCGT CCAGTATGTA CAAAACCCCT 1740 GTAAGGCGCG AACCTATCTG GGTTGCCAGT CTAATTCGTT GTGCTTCTCC GCCGGATAAC 1800 GTGGCAGCAG CCCGTTCCAA GGTGAGATAT CCAAGACCCA CGTTCTGAAG AAACTCTAGG 1860 CGATCGGTAA TTTCTTTCAG GATCTGTTGC GCAATTGTCG CTTCTACTTC TGTCAGATGG 1920 AGAGTTTTAA AAAACTCACA CGAATCATCT ACAGACAGCg CACTGAGTGC GTGGATGTTT 1980 TTTTTTTCTA TAGTCACCGC AAGCGACTCT GGCTTTAAGC GCATCCCTCG ACACGCTTCA 2040 CATGTACGCA CCGATAAATA CCGTTCATAT ACCTCGCGCT GTGAGTGAGT ACATGACTCT 2100 GCGTATCTCC TGTGCAGCTC GCTAAAAATT CCCGGCCACG GCTTAATGTA GCGTGCGGTA 2160 CGAGAGCCAT CTTTTCGTTC ATGGGAAAAC TCAAGAGCCT CGCTGCCACT TCCATGCAGG 2220 ATAATATCCA GTGCGTGTTT TGACAGATTG CGTACCGGAT CATCGAGAGA AAAATGGTAC 2280 TTTTCTGCGA GTGCAGCAAA CCGCACACGG TTCCACTCAT GCTCAGGTTT AAATGGCAAA 2340 AAAGCACCCT CGTTAAAAGA ACGGTTTTGA TCAGGGACAA TGCGATCTAA ATCAAATGTC 2400 TGCATAATCC CCAGTCCTGC ACAGCTCGGA CAGGCACCAA AAGGTGCGTT AAAAGAGAAC 2460 AAGCGAGGCT GCAATTCGGG TACGGAGACA TTACAGTGCG CGCACGCGTT TTTTTGCGAA 2520 AAAAATAACT CAGACGGCAG GAGAGCAGAT GTTTCTATCT TTCCGGAAAC GGTCCCAGAA 2580 TTCTCTCCCT GCACTAAGAC GGTCAACAGC CCATCTGCAT AGCCTAGCGT CGTCTCTACT 2640 GATTCTGTTA ATCGTTTACG TACTGTATCT GACAATTGAA TTCTATCGAC AACTATATCG 2700 ATAGAATGCT TTTTTTGCTT ATCCAACGAA ATGCGCTCGT GTAAGTGGAG CAAAGCCCCG 2760 TCAATACGAG CTCGTACAAA ACCATCTTTG CGTGCAGCTT CCAAGACCTT GTGGTGTGTA 2820 CCTTTTTTTC CTCGCACCAC CGGGGCAAGC AACTGAATTC TGCTTCCCGA CGGCACGGTC 2880 ATGAGGGTAT CAACAATTtG GTCAACGGTT TGTTCCTtGA TCTCCCGCGC ACAGTGCGGA 2940 CAATGCGCGC GTCCTATGCG GGCAAACAGC AGACGATAGT AGTCATAAAT TTCTGTGACA 3000 GTACCAACCG TTGAGCGAGG GTTACGCTGc GTAGTTTTTT GCTCGATGGC AATCGCAGGA 3060 GAAAGACCCT CGATAGAGTC AACATCCGGC TTATCTAACC GACCTAAAAA CTGGCGAGCG 3120 TATGCAGAAA GGGACTCCAC ATACCGACGC TGTCCTTCTG CAAAAATAGT ATCAAACGCA 3180 AGCGAACTCT TGCCTGAACC AGAAAGACCG GAGATCACCA CAAGCGCATC TCGCGGCAAC 3240 ATAACATCAA TATTCTTCAG ATTATGCTCA CGCGCACCCT TTATACACAG ATTACGAGCA 3300 GCAGAGCCCA CGCGAACGTC CTGCGACACG TTCTCCCTTT CTACGCGATC CCCATCCATA 3360 AGAGGGCAGA CTATGCGCAA TTTTTATGCT TTATGCAATT CCACTCCCTT CGCGGCAGAC 3420 CGCATTACAC CGTTCCTCCA AGCAACGCGA CAATTTTTTC ACTCTGCGCA GACTGTACGA 3480 TGAACATCAG CACACTTCCC TCAAGCAGAA CCGTATCTCC TGAAGGAATG AAAGAGCCAC 3540 GCACCGTTGA GATGAGCAGC ACCAAGAAGC TTCCGTGCAC AGCGATATCC TTCAGGCGCT 3600 TGCCTACCAG GGGGGACTGC GCGGAAATAG CGAACTCAAC GATTTCTAGC GATCCGTCGC 3660 CGATAGTATG TATGCCAGTG ACGTGGGAAC CGGCCAAATG GCTCATAATA GCGTCAACCA 3720 cTACGTCTTG ATAAGAAACA GCAACATCGA TGCCAATTTT CCCCGCAATA TCCTCCATAA 3780 GGGAGCTGTG TACCAATGCA ACAGCCCGAG GCACTCCGAG CGTCTTCATG TATGCGGCTG 3840 TAATCATATT CAGCTCATAG TTATTAGTGG TGGTAATCAC CAGATCAAAC GTGTCCGGCG 3900 TAATCTCTGC GAAAAAAGCC TCATCTGTGA CATCACCATG ATAGGCAGTA ACGTGCGGAA 3960 ATTGAGCACA CACTGCCTGG GTTGcCtTTC ACTCTTATCA ACCAATACAA GACTCGCACG 4020 CTCCCTTGGA GAAAGACTGA AGGCACTACT GAAAAAGTGC GGCTTGCATT TTTCTGCTAC 4080 ATCCTGTGCC ACGAGCGTAC CTACCGCGCT CATGCCAATG AGTGCAATTT TTTTTACCGG 4140 ATGTATTTTA AAACCCGCCA GCTCATAAAA ACGTCCCATA TGTTCAGGCG CACAGAGTAC 4200 TGACAGGCGC ATACCAGAAG CGAGCATGGT CTCCCCTGAG GGAATTACAC TCCTCCCCCG 4260 AACTTCAAAA GCAACGGCAA CAAAAGAAAT TTTTACCAGA CGACGCATAT CAGAGAGCGT 4320 GATACCATCG AGGCCGCTGC CCTTTGCAAT AGGAAAACGG GCAATTTCAT ACGGTGCATT 4380 TTTCAATGGG ATGACATCGC TGATGGCACC CTGCTCGACG GTGCTCACTA CCGCACGCAT 4440 CGCTTCCTTA TCCgCAGATA TGAGAAAGTC AATACCAAAA ATACAGCGCG ACTCACGACA 4500 CACCGCGTGA GcGTAGTGGT CATCGTGCGT TTGGGCTATT TTAATCACTC CGGCATTCAA 4560 GTCGGCGGCT ATACCACACA GTACTATGTT AAGTTCGTCA ACCTCGGTGA CCGCAACAAA 4620 CGCCTGTGCC TTTGCGATAC CTGCyTCACC CAGGGTAGCg CGGTGAtCTT TTTGATGACG 4680 CaCGAGCGCT TGTGCCCCCG CGGGAATTTT ACGGGGGACA GGCTCATGCG CGGCAGCAAC 4740 AAGCGTAACC TGATGTCCCC TCGCGCTCAA ACGACGCGTA AGTTCACGCC CATTCGTACC 4800 GCATCCAACA ACAATAACCC TCATGTCCGA AGGCCATAGT AGCACGAAAT TTTTTTGCAT 4860 GGCCAGCGCG cAGAACaCGg CGcACAACGC CTGCCACTCA TATCTTTTTC AAAAGTACCA 4920 CTACCTGTGC GGTAACCGCC GCACCAGATC CAACAGGTCC GAGGCGTTCG GCAGTCTTTG 4980 CCTTAACAAA AACACGTGTT ACGTGCGTGT CCAGGGCCTG CGycAaGcGA TGCGCGCATC 5040 GCTTCCCGAA ATGGGTGTAA TGCAGGCTGC TCAAGACAGA CAACAGCATC GAGATTCACC 5100 AGCCGCCAGn CACTGCGCGC ACCAGTTGCC AGGTATGGCG GAGCAACGCG CAAGAATGTG 5160 CGTCTTTCCA TCGTCCGTCA CAAGAGGGGA AAAACGTGCC AATATCCCCC AGGCCCTTTC 5220 GCCAGCTGGC GTAATAGCGA AGAGGCCCGC ACCGATCGCC CTTCCCAACA G 5271 ( 2 ) INFORMATION FOR SEQ ID NO : 7 : (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 646 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 7: AAGTCCTTCT CGTAGCGCTT ACTGTCGGTG AAGCGGGAGT GGAGGACTTG GCCCGGCAGA 60 TGCAGCAGCC CTCTATGCTC CGGTACATCT TTGGCTTGTG GAAACCAAAC ATCTTCGCTT 120 CTGGCCAGGT CTGGAAAGAC AAGGCAACAG ACACAGCTCT GCCGAGGCCC TCACAAGAAA 180 CCATCCGGGG AGCCTGTGCT GCTCCACCCC GGGCCCACCC AGCGCCGTCA GACAGCAGGA 240 CTCTGTGGAA GGTGGCCTGG ACCCGCCTCC GCTCCTGGCG CTGGCACGGC AAGTGTATGA 300 CACACAGAAG AGCTCAGGTG TTCAGGGAGG CCCCCCGCTC TCAGCACTCC CCCACCCCTG 360 CCCAGCAAAC ATCCTTTCTG AAAATGAGGA AGGGGAGGCT GGTTGGTTTG TTGGCAGGGA 420 GCCAAGCACT TGAGCCATCA TCTGCTGCCT CCCAGGGTCC ACGTGAGAAG GAAGCTGGAA 480 TCGGGAGTGG ATCAAGGATT GGAACCCAGG CACTTGCGTA CAGGATATGC TACAAGCTCT 540 CCTGATAATC CTGTAAAATG ATGAAATCAT TTAGGATGTA TCCTGAAATC TGAGACaAGG 600 CATACCTTTT CTTCTTGCAT CTTTGAAAGT GaACCCCCCC CCACGC 646 (2) INFORMATION FOR SEQ ID NO: 8: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 28295 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 8: GTTCCCTAAA GAAGGGAATG TTTTCTCCtG TGTGTGCAgT CAATGTGCCG GCGTATATyC 60 CGTTAGAATG GGTGCGCTCC AGTGTCAAGG CGATATCCTG ATAGCGCATT CTGAGCGCTC 120 GGATATTTTT TTTAAACACA TTAGTCATAT GCTGAGCTTG TTCCTAAGTT GAACGATTTC 180 ATGGCGCACC TTGTGAATGA GAGTTTGTGT TCCCTGAGAA GGGTTTTTTC TCAGGTGAAG 240 TAGCTCAGCG TATGCAAGAA ACTCAAAAGC CTCTTTTTCT ATGCCGGAGC TGGCTATACT 300 GGATGCGATA CGTGCATGGT GTGsACTGCG TGTGATGCGT TCAAAGTAGT GGCGGAgCAC 360 TGCCTTTTTG TGGATGCGCG AAATCGGCGG CCCTTCTGAA AAGGTGAATG TATCCTTTTT 420 GGCGAAGGCG TGTTGGGAGA AATCTTCATA CGTGATGGTA CGTACATTGG AAGGTGGTGC 480 GTGTTCTGTA TTTAGCCGTG TAAGTTTCTG GATTTtCTCT TGTGGGAGAC TGTAAAACCA 540 GTGTGCGTAT GTTTCTAGTG AGCGATTGTC AAAATTTCCT GCAATGCAGt CGCAAGTGGC 600 TCAGTTCTCT TGGGATTAAA ACGTTTGAAG GAAGCATGTG GACGTGCGTG TTGGAATCCC 660 TTTCCCGGGT GCAAATCGAG TCCGGCCAAA TAAATAGAAT GTACCCCACA CTGTAAAAGA 720 TATTCGAGTG CAGTCCCCAT GACACTCCCA TGTCTTTGTG CAGAAACCGA AGGaTGTGCA 780 GGTGTTGCAG AAAGAAGTGT TCTGTATGCG AATGGTAGTT GAGCAAAGAA ATTGGAGAGT 840 ATTTAAACAC ACGTGGAGGA ATGCACGCTT CTAAGGGAAA CAACACCGGA AGGGTAGGCG 900 CTGGCGGAAA ATGCTCTGCG GCCCAAAAAC TGCCGTCCGT GCTCATGCAG ATATCAGGAG 960 AAATATTGCG GTAGAGAAGT GCCTGCAGTG CTGAGGAGAC CGCAACTATG GGAAGTCCGA 1020 CTCGGGTGAT TTGCTCGAGT CCGAAACCTG cAGCCACACA CAACACTTCC GGTGCGGTCA 1080 GGCACACCgT ACCGGGcGCT CAAGAAAAAA TACATTTCTC AGTGTATTCA GTAACCAACG 1140 TTTTCCGAAG TATATGCGCG TGGCGATTTC ACTCTGAATT ACTTTGATGG TATAgGTGAT 1200 TTCTTGCCAT GTGGACTGAG CTTGTGCGCG CCATATTCGG TTTGCTGGCT CCCAGGGAAC 1260 AAACGCGGTT TGCCCGAGCA ATTCGTCAGG GATATGATTA ATTAAGAAAG AATGCAAACT 1320 GCcGCAGTCT GGTCTCCAGA CTGCGTCCCA CTGGATATCG GATGAAGTGA ACGCATCGTT 1380 TGTGTATCGA ACTGCGATAA GCTTTGCATG TGGAAAGCGT GCCCGCAAAA ACTCCGCGGT 1440 GTACGACTCA CCCGGCTCTG TTATTACCAC AATGCGGCGA CCTTCTAGGA TCGCAGCGAC 1500 AAAACGCTCC GCCTCCCTTC TTGGGTTATA TTTTGAGTGG AGGTTCAGCG ACACGTCTCC 1560 CCGGTTTCGT ACTGCAAGAA ACGGAGGACG TCCGTCTGCG CGCGAGTAGT TCCACTGCTT 1620 GTGATGAGAA GTGAATTCTC CGCGTGGTTA ACAAAGTACG CGCTGACGCC ACGGGTAAGT 1680 TGGTTTAGGT ACAGCTCAGG ATCGACGGGA AAGGAAGAAA AGACCACAAC GCGCActTCC 1740 CGGGAAGCGA CGCATGAGGC AAGGTTGTCG TTCCCTACGA GCGTTAATAG CTGGTTGCTC 1800 AGCGCACAGC AGCGGCGTAC CATACTCAGC TCTTCCTGAA GAACGGCGGG GGGCAACGCA 1860 CTcTGGTTGA TGCTGATAGT GAACAGGTTT GCCATCCGCT GATTGTTCAG GGCGAACTCG 1920 AGCTGGGAGC AGCTCGGTGC CAACTCCGGC TGTcGCGGAT ACACGGGCCT ACTCGCCTCG 1980 ATAAACGAGA AGCGCGCCTG TACGGCaAGG ATAAAGGAAC GCACGCGCTC CTCGCCTGAT 2040 GCaTCACCGT GAAGGTCTGC aGCGAGGGCA CCTTCCTCGA CGTCGGTTCG GGTATCAAAG 2100 AGCACTAGGT ATACGCGCAC GCTTCCAGCG GAAAACGGAT ACAAGTGGAG CGCACGCAGC 2160 GTGCTGAATA GATGGGAAGA GAAGTAACCC TGCAATTCGG TAAGTTCCTG CCTGAACAGG 2220 GTCGTCCACT GCTCCGCAGg CAGGCCGGGC GAAAGGAGGG AGGTGGGAAC ACGCATACGG 2280 TAAAACGTGG TGGTGTCAAT CCCGAAGGGa AACGCAGgTC AAACATGCGC TCTTCAGTGA 2340 GAAAGAGAAA ACCCGCGCGG GGAATTCCGA GAGATTCAAC CAGCTGTACG AACTGCAGCT 2400 CCAGGCGGTA GTACTCGCAG GAGACACCCG AGCTACGCCG GATGCGGGAA GCGCGCGCGA 2460 TAAGACCCAT TAGGAAATCC CTAGCTcGTC AAAGAGGTGT TTGTACGTGT GGAAATACTC 2520 CGATCGCGCA AACTCCTCGA TCTTCTCCTC GGGCAGACTT TCGAGCAGCC GGTCCATATA 2580 CCCGAGCACA GAGCGCACCT CGTCGGCAAG GCTCTTTGAG AGGGGAGGTG CAAGGTTGGC 2640 AGAATCCCCC TGCGCAGGAC GGGCCGCTTC CGATTGGGGC GGGGACTCGA TTGCCACCGG 2700 CGTGGCAACC TCCGAAGACT CAGAGGCGGC GGTTTCAATC GCGTGGGGAG CAGAAAACTC 2760 TAGCGAGGGA ACGGAGACGT CCAACTCCTG CTCTTCTGGC AGTGGGAACG ATGTATCTTC 2820 GCGCTGGGTG TCTTCGTCGT CGAAGACATT TTCAGTATTG AGGGGCTGCT CGGCACCGGC 2880 TGCATCGAGG CCGGTGGAGG AAACGTGCGC CCGTTGAGCC TCAGGCGATG CGTCATCTTT 2940 GGCAACAGGA GACGGATCGG CCGCAGCGTC ACGATCCGCG TGAGCCCCCT GCTCTTTCAC 3000 ATCGAAAAnT TCGTTTCCAA GAGTAGCACG CCCCTGTTGT ACCCACTGCT CCtGcgCGAC 3060 GCgCGCTGcA GCGTGGTCGT CCTCCTCTAG GTAGCTGAAA TCGCCTGCAG CGGACCCGAT 3120 GTGAGAGGAC TCAAAACCAC TGAGTTCACC ACCAAATGCG TCGGCCGCAG AGTCTTTCCC 3180 ATCTTCCTCG GTAAACTCAG AGGTGATGAG GATATTGTTC AGCTCATCGT TGGTAAGCGC 3240 AATCGTCTCG TCTGGATCAT CGTCACAGAA AAACCCGGAG TAGGCAGCCT CTGTTCCTTC 3300 CGGAGCCGGA GCGGTGGCGG GAGCCTGAGC AGGCTCGGCG CCAGCTTGCC GGGAGAAGGT 3360 TCCCTTCAGC TGGTCTAGAT CAGCGCGGAT ACTGCTGATT TcCTGTGCAA TTTTCAGAAG 3420 CAAATCGGTG GAAGCATCGC CTGaGGTACT GGCTGCGCCC CTGCGCGGCC ACCTGGGCAT 3480 CACCCATGAG GGACTGCGCa ATGCGTCCAC GTCACTGAAT GGGGCGCCGC GTACCGGTCC 3540 TTCCGAAGAA GGCTCCGAAG CaGaGTAArT GATAGGGTCG GAATCGACCG GGTATTCCGG 3600 TGCGTCGTGG CTCAAACTCG AGAGCAAGTC GTCGAACTCT GTGGTGTCGC ACGACCCGCT 3660 GGGGCAGGGC ATGCTGCACC CGCGCGGCTC TGGCGGCTCT TCGGTCACAA CGGAGCTCAT 3720 CGCTGCCGAT AGATCAACTC TGTCGTCCTG AGACTGCGCG GTGCGTGTGA CCAAATCGTC 3780 GAACGACGGC ACCTCCGAGT AAGCGGCATC TCCGGtGGCG CATCTGCCGC CTGGTCGGAG 3840 GAGGACTCGC CACCCGGAGC GTGGCTGCAC CCGCGAGCGA GCACCTCGTC CTCCACGGAG 3900 AGGTCAACAA AGCCACGAGA ATCCTCTGCA GAGGACTGCA CAGGAAGCGC ACGGTACACA 3960 TGGTGCCGCA CCGCATCCAC GCGCGCACCC GGGGGAGCGT GTTGGGCAGG CGCCTCTGGA 4020 TCCTCTGGGC CACCTGAGCT GACGGGTGGC TCCTGCGCTT CCGGCGGTAC CTTTACCCAC 4080 ACGCCACACG CATCCCAGGC ACGGTCTTCC CCCTGCTCCT GAGGGCGTGC AGTTGCGTGT 4140 GGACTGTCCA TTTCTGCTGA CTCTGATCCC ATAGCATCTT CCTCTGTGCC GTGAACTCCC 4200 TCACACATCC TGTGTCGGCA GCCGTGCCGC AAAGCATGAG CATAGCGTGT GCGGTCCGTT 4260 TTTTCAACAA TTCGTAAAAG CACCCCGTTC TTACGCCGTA AATGACGGCA ACGCGCGGGT 4320 GCGGAAGGCA CCTGCAGTGC CTGTGTCATT ACCTCCTGGC GGGGGGGGGT ACGGACAAAA 4380 ACAGGGGTGA AGATGTGGAA GACAGTGCAG ACACGCAGTC AGAGGAAGCG GTGAGGACTC 4440 TATGCGCATT TACTTGAGGG TAGTACTTCC CCTGTCTCTT GCGCTGAACA GCTACGGTGT 4500 ACTCGCCTTT TTCTGGGGAG AGCGGGGGGT GTGTGCCATG CGGCTACTGG AACGTGAGAA 4560 AAAGGAGCTC GTCCATCACA TCCAGACGCT CGCAGAGCGT GGGCGCGACT TGGCTGCGGT 4620 GGTGGACGCT CTATCCTTTG ACGAAGAGAC TATCGGTGCG TATGCGCGTc AGCTAGGATA 4680 TGTCCGCGCG GGGGATGTGT TAGTGAGGCC GGTAAACTTT ACCnTTGCGC ACATGCATAC 4740 CCTgATTCTG GGGATGCACG TCCGCTtGTT GCACCTGCAT GTTTTAGCGA CACGCGTTGA 4800 CAAGGTGTAC GCGCTGTkCs TcGGCTTcTT TgTCGTCCTG TTACAGCTGC TGTGGGGTAG 4860 CGCGCGTGCG TATTTTAAAA CATGAGGCGC AGTCTGCaCG CTnTGCgCgT GCGCTCAAGG 4920 CCGGTGCGCT CGTAGCGTTG CCGACAGATA CGGTGTACGG TTTCTCTGGC CTTGTGCCAC 4980 ACGCTGTTCC GGATCTCATA TGTCTGAAGG CGCGTGGGTG CACAGAGACG GAAGGGAACC 5040 GGAGAGAGGG CTATCCGTTC ATTGCACTGC TTGCAGATCC ACAGGACGTG GTTGTCTATA 5100 CCGGGACGCG GCTTCTGCGG AGTTTCGTGC GCTGTGGCCT GGCCCGTATA CGTTTGTntG 5160 CGCATGCAAG ACGGCGCGAC GCAGGcgTTC CGCTGTCCTG CTGACCTGTG cTGCGCTCAG 5220 TGATACGGGC AGTTGGGGGA GCGATCTTTT CCACGAGTGC AAATCGGCAC GGCGAGCCGC 5280 CGCTGCAAGA TGCACAGGAC ATCGACCACA TCTTTGGAAA GCATCTTGCG CTGACCGTAG 5340 ACGCAGGACC ACTGACCGGC TCCCCAAGCG CGGTGATAGA CCTCACGCAC CCCGTGcCGC 5400 GTGTGctCCG CGCTGGTGCG GCGCCGTTGC CTCTTGCAGG ACTGGAAAGG CGTGACTCTC 5460 CTTCCCTCCC TCATGTGGGG GAAGTATGTA AAGAATGAGG TCAGTTGCGG ACCCACTCCT 5520 CAGGCACCTC TTCATACTCA ACAGAAGCGG TGTGCCCTGC GCCCCGCACG ACAGGGGCGG 5580 TTCTGACGCC TGAAAGCCGG TTGTTTCCTG AGATCTTTGG GAACCTCCAC TGGAGCGGAC 5640 GCGCCTCcTG CGCGAGCTTC TGAGCGATCT CAGGGGGAAA ATGAGAAAAC TGTCGCGCAT 5700 TGACTGCCCC CTTCTGTGAC ACCACGAGCA CTCCGTCTGA AATTTTCAGC TTGAGGGGAA 5760 CGGAAAGTCC GGAGCGCAAC ACcGCGATGC CGCGGCCTTC GCTCACGATG ACGATTCTTT 5820 CCCCTTCCTC TGTGCTGTGC CAGGAACCGG CGAGGGCATC TAGGGACGAA ACGGATTCTT 5880 CACCTGCGCG CGTGTGCCGC ATGCTAGACG TCTCTGTCTG ATTTCCTGTC AGCGGGACAG 5940 AACGGTCAAA CACATCTCGG ACCAGGTGGC GCGAGTCAAG CAGAATGCGC GCTGCCGTCT 6000 CATATGTTTT GGAGAGCAGC CGCGTGGCGT TGTGATCTTT AmCCTTGAGT GCAACAGCCA 6060 GTCTAATCCC CTCAGGGGTG ArGTCCATCG CGCCGCAAAA TATGTAGTCA AGATTCCCTT 6120 TTTCGGGAAA ACGGTGCGGC ACCGCTTGCT CTCTGCAATC TACAAmGTGA TACCCACGCA 6180 ACTCCCGAAT GAAAgAAAAG AGCGCGTCGT TGATGGTAGT TTCTGTGTGC GCAGGCACAC 6240 CAgACACTTc TAGCCTGTAG ACGCCAACAC GAGGAGCTGC GTGAACAGCA TGCGCGAACA 6300 GCACGAACAG GATAAGCAGC CGAGAAGAAC GGACACCTTT TTTCATGAGA CTAGTGGTGT 6360 CGCTCACAGA GGCTGCGGGA CAGCTCCCGT GCGTTGTCGC GAGCTTTGAT CTGCGCGCGC 6420 TTGTCAAAAA GCTTCTTGCC CTTGCAGATT CCCAGCGCTA CCTTCACCCG CCCTGCTTTT 6480 AGGTAAAACT CCAGGGGGAC CAGAGTATAG CCTTTCTCTT CAACCTTGCG CTTCAAGCGC 6540 GCAATCTGGT CCCGATGTGC CAGTAACTTC CGCATCCGAT CCGGATTGGG GGCAAAGGAG 6600 CAAGCATGCA CGTACTCCGC AATATGCACA TTCTTTAGCC ACAGCTCGCC TCCGCGCATC 6660 TCTGcAAATG CGTCAGGAAA AGAAAGATGC CCCGCGCGCA CAGACTTCAC CTCCGTGCCT 6720 TCAAGCGCGA TGCCACACTC TAGACGGTCT TCCACATGGT AATTGAAAAA AGCcTTGCGG 6780 TTCTTTGCAA TGAGATGGGT TCCTGTGCCC CTCATGGCGC CGGATGCTAC CGGATAGGCA 6840 CTTCCCTTGT CAATTCGATT ATCGCCGTGT TAGGCTGCCG TGTCTGGGAG GGACGCCGTT 6900 TTATGTTTGC GCGGTGGAGA AGGTACTCAT ATTTGGCGCG GCGCGAAGCA CGGCGGAATG 6960 CGACCGCAGT TTGTAGTgCT GGGGTGGGCT TCTTTCTGTT CTATCTTTTT ATCACTACGC 7020 ATGTGGTTGC AGCGTATCGC ATTCAGgCGG ACTCGATGCA GCCGACCCTG AGCGCAGGGG 7080 ATTGCGTTCT TGCCTCGTCC CTGTTTCGCT TTGCCCGCAT CAAGCGGGGG GATTTGGTGC 7140 TTGCAACTCC CCTTGAGAAA GAGGATATAG GCCTGTTTAA AAGGGCGATG AATGCTGTGT 7200 TnAGgnTTCG CAAGCCTTCA ATTGTACCGG CCGTTTGGCG CGGCAGATCG CATGTTTTCG 7260 CGGCCGCAAA TGCGCAGGGT GGTGGGCCTT CCAGGGGACA CTGTCTATAT GCGCGATTTT 7320 GTGCTGTACG TTAAGCCCCA CGGTCAGCAA CACTTCCTCA CGGAATTTGA AGTGAGTGCA 7380 GTTAGCTACG ACGTGCGTAA GGGGGTGCTT CCTGAGCATT GGTCTGAACG GCTTCCCTTT 7440 TCTGGTTTCA TGGAAGAGAT GCAGTTGGAC GAGCACTCCT ATTCGTGCTG TGCGATAATC 7500 GAATTGTCTC CAGTGATTCT CGTCTGTGGG GTGCCATCGA CGGTAGTACG CAGATAAAAG 7560 CAAAGGCATT CATGCGTTAT TTCCCTTTCG GAGCATTTGG TGTCTTGTAG TGTGTAGGCG 7620 CCGCATTTGT GGTGCGTGtG CGCATCGTGC TGTTCCTTTT ATCATGTCTT CTGAGGTCGG 7680 TGCGTCTTTG TACGTGCACA TCCCCTTCTG TGCGCAACGC TGTGCTTACT GCGATTTTTA 7740 CTCCCTGGTG CGTTCAACCT ATTTTAGGCC TCATCAGCCT TGTCCGCATT TTATCGATCG 7800 GCTGCTACAG GATGTGGCAT TGCAGCGGGA GTGCTTTGGG GTCCAGGGkT GGCAGACAGT 7860 GTATATGGGT GGAGgTACCC CTTCGCTATT GGCACCGCAG GACATTCGTC ATTTTTGCGT 7920 AGCGTTACGC GCCGCGCAGC GGTATCCGAT TCAGGAGTTC ACTCTTGAGG TGAATCCTGA 7980 GGATGTGACC GAAGAGTTTT TGTGTGCGTG TGCAGAAGGC GGAGTAAACC GTTTATCCCT 8040 TGGGGTACAA AGTCTGCGTG ATGAGGTGTT GCGTGCGGAG CGTCGTGCAG CCTCTGCTGA 8100 ATGTGCTCGT ACCCGcTCCG CGTGATGACG GCAAATGCGC GCTTTTTCTC TGGCGGGGTG 8160 CGTATTTCAG CAGATCTCAT CGCTGGATTG CGCGGGCAAA CGGCGCGAAT GGTGCGTGAG 8220 GATaTAGATG AGCTTTTGTC TTTTGGGCTG AGACACGTGT CGCTATATGG GTTGTGTGTA 8280 CCGCATCCGA CTGAAACGCA AGAGGAGCGA ATTGCAGCGC TTTGGGCACA CGGCAGCGCG 8340 TATCTGGTGC GTGCaGGATT TAACCGGTAT GAGCTTTCGA ATTTTGCACG TACTGCgGCG 8400 GACGAGAGCG CGCACAACAG AGCATATTGG CGGATGGCAC CGCACGCAGG GGTGGGGCCT 8460 GGCGCAGTTG GCACGCGTTT TGTCAACCTT TCTTTATCAA AGGAGGGGGC GTGGGCGATC 8520 CGCAGCACGG TGCGGAAACA TCTTGGCCAA TACTTAGCAG AAGTGTGTCG GGAAAATGTG 8580 TATGAGCACG AATTCCTTAC AGAACATATG TGTGTGCAAG AAGCATTGTT AATGGGATTA 8640 CGTCTTGAAC AGGGACTGGA TGTGGTTACA TTTCGTGCGC GGTTCGGGAA GGGAATTGAA 8700 GCGTACATTG GCAAAACAAT CGCGCGGTGG CAGTGTCATG GCCGAATGCA GCGGACGGCG 8760 ACGTCATTGC GTTTGAGTGC GCAGgCACGG GTATTTCTGG ACAGTTTTTT GCGAGAGGCG 8820 TTTGCAGAAC TTGCGCGCAC GTGaGTGGTC GTGAGAATGG GTACGCCGTG TACTATTTGA 8880 ATTCGGGTAT ATTTCCTTTG GAAGAcTTGA cAGCctGCGT TTGTCTTATT ACCATCGGCC 8940 GCAAAATACC GGACTTGCGC GCCCGCGGTG GGACGCAAGA GGATGCCAAA CCAGTCATCA 9000 AATGTTGGTT TGATGGTGTT CAGGTGGGTC CCCTTTCAAG CGTGCGCAAT GCGCTTGGAT 9060 CCCGCGCTGG TTGTGCGCGG TGCCTGAGAG GCCCGTTTGG TTGTAGCGCT GTCGATCCTT 9120 CGTTTCGCTT TTTTGTGCCT CCTTGTTGCG TGCGGGCGTG CGGGGTCCGC CGTATCTGTG 9180 CCACAGATCT TTTGAGGAGG ATTTTCATGG CCAAGGAAAA GTTCGCGCGC ACTAAAGTTC 9240 ACATGAACGT GGGTACTATT GGGCACGTCG ATCACGGGAA GACAACGCTC TCTGCGGCGA 9300 TCACCTCGTA CTGTGCAAAG AAGTTCGGTG ATAAGCAACT AAAATACGAC GAGATTGACA 9360 ATGCGCCCGA AGAGAAAGCG CGCGGGATCA CCATTAACAC GCGTCATCTT GAGTATCAGT 9420 CCGATCGTCG TCATTACGCG CATATTGATT GTCCTGGGCA CGCGGACTAT GTGAAGAATA 9480 TGATCACGGG TGcTGCGCAG ATGGACGGTG GTATTCTCGT CGTGTCTGgC tGACGGCGTT 9540 ATGCCACAGA CGAAGgAGCA TCTTCTGCTC GCCCGTCAGg TTGGTGTTCC CTCCATCATT 9600 GTTTTTTTGA ACAAGGTTGA TTTGGTTGAT GATCCTGAGT TGCTAGAGCT GGTGGAAGAA 660 GAGGTGCGTG ATGCGCTTGC TGGATATGGG TTTTCGCGTG AGACGCCTAT CGTCAAGGGG 9720 TCTGCGTTTA AAGCTCTGCA GGATGGCGCT TCCCCGGAGG ATGCAGCTTG TATTGAGGAA 9780 CTGCTTGCGG CCATGGATTC CTACTTTGAA GACCCAGTGC GTGACGACGC AAGACCTTTC 9840 TTGCTCTCTA TCGAGGATGT GTACACTATT TCTGGGCGTG GTACCGTTGT CACGGGGCGC 9900 ATCGAATGTG GGGTAATTAG TCTGAATGAA GAGGTCGAGA TCGTCGGGAT TAAGCCCACT 9960 AAGAAAACAG TGGTTACTGG CATTGAGATG TTTAATAAGT TGCTTGATCA GGGAATTGCA 10020 GGTGATAACG TGGGGCTGCT TTTGCGCGGG GTGGATAAAA AAGAGGTTGA GCGCGGTCAG 10080 GTGCTTTCTA AGCCCGGTTC TATTAAGCCA CACACCAAGT TTGAGGCGCA GATCTACGTG 10140 CTCTCTAAGG AAGAGGGTGG CCGTCACAGT CCTTTTTTTC AAGGTTATCG TCCGCAGTTT 10200 TATTTTAGAA CTACTGACAT TACCGGTACG ATTTCTCTTC CTGAAGGGGT AGACATGGTG 10260 AAGCCGGGGG ATAACACCAA GATtATAGGT GAGCTCATCC ACCCGATAGC TATGGACAAG 10320 GGTCTGAAGC TTGCGATTCG TGAArGGGGG CGCACTATTG CTTCTGGTCA GtGACAGAGA 10380 TTTtGTTGTA GGCGTTTGCG GCGCGGAGTG TGTTTGGAGT TATTTTGCAA GGTGGGTGCG 10440 GTTTTAGGCT GATGGAGGGG TTATGGCCAG GGAGAGAATT CGGGTAAAAC TGTGCGGATT 10500 TGACGTGGAG CTAGTGGATC AAAGTTCGCG CGCGATCGTG CACGCGGTGC AGAAGGCGGG 10560 CGCTGAGGTG CTCGGACCTA TTCCGCTTCC GACTAGGATG CACAAGTTTA CGGTCTTGCG 10620 CTCTCCTCAT GTGAACAAGA AGTCGAGGGA ACAGTTTGAG ATGCGTACGC ACAAGCGGCT 10680 GATTGATATC ATCGAACCTT CTCAGGAAGT GATGAATGCG CTTATGGGTT TAGAGCTTTC 10740 TGCAGGAGTG GATGTGCGGA TAAAGCAGTG AGGCGTGTGT GTTTTGTCTG TGCGTTGCGA 10800 TACGGAAGAG GTAGGTGATG GTTGGTTTAA TCGGCCAGAA AGTTGGTATG ACCCAGATTT 10860 TTGACGCaCG GGGTTGTGTT ACGCCGGTGA CGGTGATTCG GGTGGAGCAC AACGTGGTGG 10920 TAGGACTGAA GGATGTGGAG CGCTTCGGTT ACTCTGCaGT GATACTTGGC ACAGGGTGCA 10980 TGAAGAAAAG TCGTATCTCA AAGCCATATG CTGGACAGTT CGCTGAGCGG ATACCGCCGG 11040 TGAGGGTCAT GAGGGAGTTT CGGGGCTTTA CGTTGGACGT TTCGGTTGGG CAAGTGCTCG 11100 ATGTGCGTGT ATTGGAGTCC GTGCGTTATC TTGATGTGTG TGCTCTCTCA AAAGGAAAAG 11160 GATTTCAGGG AGTAGTGAAG CGGTGGGGTT TCAGCGGAGG TCGCTCTTCT CACGGATCGA 11220 AGTTTCATCG TGAAGCGGGT TCCACCGGGC AGTGTACGAG TCCTGGCCGT ACGTTTAAAA 11280 ACGTAAAAAT GCCGGGACGT ATGGGGGCTG AGCGGGTGAC GGTGCAGAAT CTGCGTATTG 11340 AACGGATTGA TGTGGGTTTG GGTGTCGTGA TGGTGCGCGG TGCGGTGCCA GGTAGAAACA 11400 AGGCCACGGT GTTTCTGCGG ACCGCGGTCA AGCGTGAAAG ATAGGGGTGT ATACGCAtGG 11460 AAAAGACAGT GTATTCGGTT GAAGGTGTTG CGCTGCGGTC AGTTGAGCTT GATGAGAGTG 11520 TCTTTGGGCT TTCGGTGAAC CGGGGTGTGA TTTATTACGC GATAAATAGT GAGTTGAGTA 11580 ACAAGCGCTT GGGGACTGCG TGTACTAAGG GACGTTCCGA AGTGCATGGT TCGAATACCA 11640 AGCCCTATAA GCAGAAGGGT ACGGGTCGTG CTCGCCGCGG AGATAAGAAG TCTCCACTTC 11700 TGGTGGGGGG TGGTACTATA TTTGGTCCTA AGCCGCGTGA TTTTCACTAT GCTCTCCCGA 11760 AGAAGGTGAA GCGTTTGGCC ATGAAGTCTC TCCTAAGTTT AAAGGCGCAG GGGGATGCGC 11820 TGACAGTGAT TGAGGACTTT ACGGTCGAAA GTGGAAAAAC TAGGGATCTG ATACAGGTGT 11880 TGCGTCATTT TGCACAAAGG GAGCGTACCG TTTTCATCTT GCAAAATGAT GATGCGTTGT 11940 TGAAGCGTGC GGGGAGAAAT ATTCCAACGC TCAGTTTTTT GTCGTACAAC CGTTTGCGCG 12000 CGCACGACCT TTTCTACGGG CGCAAGGTAT TGGTTTTGGA GACTGCGGTA CATAAGATCG 12060 CGGATTTCTA TCGGTCAAAG GATGCTGCAC AAGATGGAAC ATACTGATGT AGTGATTGCT 12120 CCGGTGCTTA CGGAGAAGTC GAATGCGCTG CGGCAACAGG GTAAGTACGT GTTCCGTGTT 12180 GCAGCTCGTG CGACAAAGAT TCAGATTAAG CAGGCGGTGA CGCAGCTTTT TGGAGTAACG 12240 GTTAGGCGGT GTACGGTAAT GAATGTCTTT GGGAAGAAGA GGCGTGTTCG TCATCGGACC 12300 GGTAGGACGT CTGGGTGGAA GAAGgCGATC GTGCACGTTG CAGCAGGACA GTCAATTGGT 12360 GTTCTTGAGC GTGCATAGCG gTAAGCTGCG GTAGCTGCGT AAGtGCCAGA GCGGTGACCG 12420 AAGgAGACGG GGATGGCGTT GAAGATGTAT AGGCCTATGA CGGCGGGCTT GCGGGGGCgT 12480 GTTGATCTGT GTCGTGCGGA GCTTACCGCG CGCACGCCCG AAAAGAGTCT TACACGCGGT 12540 AAGCCTGCCA AGGCGGGCAG GGGTGCTGGG GGTAGGATTT CGGTGCGTCA TCGTGGGGGT 12600 GGGCATAAGC GGAGGTACCG TGATATCGAT TTTAAACGTG ATTTGCACGA CATACCTGGC 12660 ACGGTAAAGA CTATCGAGTA TGACCCGAAT CGAAGTGTGA ACATCGCGCT TGTGTTTTAC 12720 GCGAATGGTC AGAAGCGCTA TATACTCGCA CCCAAGGGTT TGAAGGTGGG ACAGCAGGTC 12780 GTTAGCGGAG AGAAGGTCCC TTTAGAGCCC gCGAACGCGC TGCCACTCGG GGTAATTCCA 12840 GTTGGTTTTA CGGTGCATAA CGTTGAGCTT ACGATCGGTA AGGGTGGTCA GATCGCGCGT 12900 TCTGCAGGCA CCAGGGCGGT GATTGCGGCA AAGGACGGTG GCTATGTGAT GCTTCGTTTG 12960 CCCTCTGGGG AGGCGCGTCT GGTGCATCGC AGGTGCTATG CCACTATTGG TGAATTAGGT 13020 AATGAGGATC ATATGAACAC GGCTTTGGGG AAGGCAGGTC GTGCGCGTTG GCGTGGGGTG 13080 CGGCCGACAG TTCGTGGTAT GGCTATGAAT CCTGTGGATC ACCCGTTAGg TGGTGGTGAA 13140 GGGCGTGGTA AGGGACGTAA CCCAGTAACT CCCTGGGGGC AGCCGTGTCG AGGATACAAG 13200 ACGCGCAAGA AGCGCAGGGT ATCCGATCGC TTTATCGTGT CAAAGAGAAA GTAAGGGGGG 13260 GGTATGTCTA GGTCGGTGAA GAAAGGTCCC TTCGTTGATA AAAAGCTGTA TAAGCGAGTT 13320 GTCGAGATGA ACAAAGCGGC TAATCAGAGA AATAAAAAGG TGATCAAGTC GTATTCGCGT 13380 TGTTCCACCA TTATCCCTGA AATGGTGGGC TTCACTATCT CGGTGCAC A TGGCAAGTCG 13440 TGGATCCCAG TGTACATTAC GGAGGAGTTT GTGGGGCATA AGCTGGGTGA ATTTTCTCCG 13500 ACTCGTGTGT TCCGTGGGCA TAGCGGTTCT GACAAGAAAG TGGGAAGGTA GGTGAACTGA 13560 TGACTGAGCG TGTCACGTAT CGAGCGAAGA CAAAATTTTT GGTTGCtCTC CGACAAAGGT 13620 GCGTCCGGTT GCGAATGTGG TGAAGTGCAA GCCGTATGTg CGCGCGATGG CGCTTTTGGG 13680 ACACTTACCG CACAAGGGTG CACGTTTAAT CTCCaAGGTC ATGAAGTCAG CGGCTTCGAA 13740 TGCAATTGAT CGGGACAAGC GTCTTGATGA ArAGCGCTTG TTCGTGCGTG ACATTCAGAT 13800 AGATGAGGGG CCTCGTTTGA AGCGTCTGTG GTGCCgGGGA CGGGsGCGGG GAGATGTTCA 13860 GTTGAAGCGG ATGTGTCACA TCACTGTTGT GGTAGAGGAA AGTGTGAGGA CGAAAGATGG 13920 GTCAAAAGGT TAGTCCAATC GGTCTGAGAC TGGGGATCAA TAAAGTATGG TCTTCTAGGT 13980 GGTATGCAGG TCCTCGGGAG TACGCGGCGT TGCTGCATGA GGATTTAAGG ATTCGTAGCA 14040 TGATTCGCTC CTTTCCTGAG TGCAAAAATG CGGATATTGC CGAGGTGGAG ATTGTCCGTC 14100 ATCCCCAGCG AGTGACGGTA GTGATGCACA CCGCGCGCCC TGGAGTAGTT ATTGGAGCAA 14160 AGGGTGTAAA TATAGAAAAG ATTGGCGCTG AGGTTCAAAA GCGTTTGAAT AAGAAGGTTC 14220 AAATCAAGGT AAAAGAGATC AAGCGCATGG AGTTAAATGC TTACTTGGTT GCGCAGAATG 14280 TTGCTCGCCA ACTCACGGCG CGTGTTTCTT TTCGTAAGTG TTTGCGGCAG GCCTGTGCGG 14340 GGACGATGAA GTCTGGTGCT CAAGGGGTAA AAATTCGAGT TTCGGGGCGT TTGGGTGGTG 14400 CTGAGATGTC TCGCACTGAG GAGATAAAAG AGGGGCGTAC GCCTCTGnCA nCACgcTGCG 14460 CGCAGATATT GATTATGGTT TTGCCGAGGC ACATACGACT TATGGGAGTA TCGGGGTAAA 14520 GGTGTGGCTA TACTCAGGGA TGATGTACGG GAATGAGTGT CGCAAAGATG TAGGcTCTCT 14580 GTTGCGGCGA TCGCGCAGGG AGAGTGGCCA AAAGTCTGAC GAGTTGGTGC GCGACGAGCG 14640 TACGCATGCG GAGAGAGGTT GAGGTATGGC GCTTAGTCCC AAGCGGGTAA AtACCGAAAG 14700 GTACAGCGGG GGAGGgTGAA GGGGGATGCC ACTCGGTGCA ATGCGGTTGA TTTTGGTGCG 14760 TACGCGCTGG TGTGTCTTGA GCCGTTTTGG TTGACGAGCC GACAAATCGA AGCGGCTCGT 14820 GTAGCGTTAA ACCGAAGgAT TAAGCGCGGG GGTAAGTTGT GGATTCGTGT TTTTCCCGAT 14880 AAGCCATACA GCAAGAAGCG TGCAGAGACG CGTATGGGAA AAGGAAAGGG GTCGCCTGAG 14940 TATTGGGTTG CGGTAGTAAA GCCAGGTACT GTTCTGTTTG AACTAATGGG TGTAGAACGA 15000 GCGTTGGCAG AGCAGGCGAT GCTTCTGGCA GGAAGTAAAC TTCCAATCAA GACGCGGTTT 15060 GCCGAACGCG TACAGGAAAT TTAGAGGGGA GCTGTAAGAT GGGTCGGGGT GGGTGTGCGC 15120 AATTATCATA TTCTGAGCTT CTTTCGAGGC GTCGTGAGCT TGAGAGAAAA TACTTGGATC 15180 TGCGcTTTCA GCTTGTTGTT GAGCATGTTG ACAACAAGCT TATGAAAAGG ATTCTCCGTC 15240 GTCAAATTGC GGCGGTTAAT ACTTTTTTGC GACATAAAGA GTTGACTGAA CTAGAAAAGA 15300 GAGGGGTTCG GGAGTGATGG AGCAGTGTAC GGTGAAAAGG CCTGAGCGGC GCACCCTTGT 15360 CGGGCTGGTG ACCAGTGACA AGATGCACAA AACCGTTACG GTTCGGATTA CGACAAAGAA 15420 GTTGCACGCG TTGTATAAGA AGTACGTGTC GCGGAgcAAA AAGTATCAGG CTCATGATGA 15480 GGAAAATACC GCGCGGGCAG GGGATGTGGT GCGTATTGCC GAGAGTCGTC CTTTGAGTAG 15540 GCGTAAgCGC TGGCGGTTGG TAGAGATTGT TGAACGAGCG AAGTAAGGGA TTTGTGTCAT 15600 GATTCAGGTG CAGTCGCGGT TGAACGTCGC GGATAATTCT GGAGCCAGGT TGGTGCAGTG 15660 TATTAAGGTG GTGGGTGGAT CCCGTCGCCG GTACGCGAGT GTTGGGGATA TCATCGTGGT 15720 GGCAGTGAAG GATGCACTTC CCACTTCTGT GATTAAGAAA GGATCAGTAG AGAAGGCCGT 15780 CATTGTACGA GTTTCTAAGG AATATCGTCG CGTAGACGGT ACTTATATTC GATTTGACGA 15840 CAATGCCTGT GTTGTTATCG ATGCTAATGG AAATCCTAAG GGGAAGCGTA TTTTTGGTCC 15900 TGTTGCGCGG GAGCTGCGGG ATATGGATTT TACGAAAATC GTGTCTTTAG CTCCTGAGGT 15960 TTTGTGAAGG GGAAAGTGAT GGGGAAGACG GTAAAGATTC GCAAGGATGA CATGGTATTG 16020 GTGATTGCCG GCAAAGATCG GGGTAAGCGG GGTGCAGTGC TGCGTGTGCT CCGCGACGTA 16080 GATCGCGTTT TGGTGCAGGG TTTGAACATG CGCAAAAAGA CGATTCGTAG AAAGAGTGCT 16140 CAGGATGAGG GGGGTATCAT GGAGGTTGAA GCTCCTATTC ATATTTCCAA CGTTATGATT 16200 ATGGGCAAGA AGGGGCCTAC GCGCGTGGGG TATCGGATGG AAAACGGTAA GAAAGTGAGG 16260 GTATGTCGTA AAACAGGAGA GGTGCTATGA CCGATCATTC TTGCATACCT GAACTGAAAG 16320 TCCGGTATGT GCAGCAGATT GTTCCGGATA TGATGCGGGA TTTTGGTTAC TCGACGGTGA 16380 TGCAGGTTCC TAAGCTGTTG AAGATAGTGT TGAGTATGGG TCTCGGGGAA GCGCTCGCTA 16440 ATCGGAAGCT TTTGGACGCG TCAGTAGCAG ATTTGGGTGT TATTAGTGGC CAGCATGCAG 16500 TAAAGACTAG GGCGCGCAAG AGTATTGCGA ATTTTAAGCT GCGTGAAGGC AATGAGATTG 16560 GGGTGATGGT GACTCTGCGC CGTAGTAGGA TGTATGAGTT TCTCCACCGG CTCATCAATG 16620 TTGCTCTGCC TCGTGTAAAG GATTTTCGTG GGGTAAGTCC TCGTGGGTTT GATGGACATG 16680 GTAATTACTC GATGGGTATT ACGGAACAGA TTATTTTTCC TGAAATTGAC TTTGACAAAA 16740 TCGAGCGAAT TAGCGGTTTG AACGTCAATG TAGTGACATC TGCGCAGACA GATCAGGAGG 16800 CTCGTACTCT TCTTACGAAG CTCGGTATGC CTTTTAGAAA ATAAGAGAGG ATTTCATGGC 16860 GACAGTAGCA ATGATCAATA AGGCAAAAGC AACTCCGAAA nTACgctACG CGCAGGTACA 16920 ACCGCTGTGG GGTGTGTGGG CGACCCCGCG GGTACATGAG GAGATTTCAA TTGTGCCGCC 16980 TGTGTTTTAG AAAGCTGGCG AGCGAGGGTC AAATCCCTGG GGTAACGAAG TCGAGTTGGT 17040 AGGAAAGGAG GGAGAGTATG GGTGTTTCGG ATCCTGTTGC AGACATGCTC ACGAAGATAC 17100 GTAACGCGGC GCtGcGGGAC ATGAAAAAGT GGATGTAmCT TCTTCGAAgT TGAAAGTTGA 17160 GGTTGTGAAA ATACTGAAAA CGGAAGGATA TATCAGGAAC TTCAGGAAAG TAGAGGAGGA 17220 TGGTTCCGGT TGTATTCGTG TGTTTCTTAA GTATGACGAT AACGAAACGT CGGTTATTCA 17280 CGGTATCGAG CGGATTTCTA CTCCGGGCCG CCGTGTGTAC TCGGGGTACA AGACGCTTCG 17340 TCGTGTGTAT AACGGGTACG GCACTTTGAT TGTTTCTACC TCTCTAGGGG TGACCACTGG 17400 CaGGCATGCa AGGGAGCAGC GTGTGGGTGG TGAGCTGATT TGCAAAGTTT GGTaGGGGGC 17460 TGTAGTGTCA AGAATTGGTA AAGTTCCTGT GTCTGTTCCT GGCGGTGTGC ACGTGCGAGT 17520 CTCTTCTGGG GTGGTTGAGG TCGAGGGTCC AAAGGGGGTG CTTTCGTGTG CGTTTCTCCC 17580 AGTGGTTACG GTTCGTGTTG AGCAGGAATA CGTAATTGTT GCCCGGTGTG ATGATTCCAA 17640 GCGCGCGCGT GCATGTCATG GGCTGTATCG CAAGCTTTTG AGCAATATGG TAGTTGGGGT 17700 AAGCGAAGGg TTTTCTAAGA CATTGGTAAT TACGGGTATC GGGTACCGCG CTGAGGTTCA 17760 AGGGCGGGTG CTGGTGATGG CATTGGGTTA CTCCAATGAC TTTACAGTGC TCATTCCCTC 17820 TGGTATTGAG GTGCGGGTTG AGTCTTCCAC GAGGGTTATT GTTTCCGGTG TAAGTAAGGA 17880 AAGAGTGGGG GAGTTCGCAG CGCAACTTCG TAGGCTGCGG TTGCCTGAGG CGTATAAGGG 17940 TAAGGGTATT CGCTATGATT ACGAGACCAT TGTGCGTAAG GTAGGAAAGT CAGGGGTAAA 18000 GTAGAGG AC GCATGCTAAG GAAGTGCAGT GATAAACAGC GAAAGAGGAT GAAGCGTAAG 18060 GTTCATATTA GGAAGAGGGT GTATGGCACG gCGGTTCGCC CTCGGATGAC GGTGTTCCGA 18120 AGTAATCGGA ACATTTCGGT GCAGGTCATT GACGACGACG CGCGTAgCAC GCTTGCGTCA 18180 GTTTCTACTC TTGAGAAGGA TTTTGTTCTG CTTAGGGCAA ATGTTTCTTC TGGTTTGCAG 18240 ATAGGAGAAG AGATCGGCAG GCGCCTTTTA GAGAAACACA TTGACACGGT TATCTTTGAC 18300 CGAAATGGGT ACTTGTACCA CGGGGTAGTG GCGGCCGTCG CAGATGGTGC ACGTAAGGCA 18360 GGAGTTAAGT TCTAGGAGAG CGTATGGATC GTCACAGGGA TTTTGGCAAA GACAGACTTC 18420 GAGACAAAGA GTTTACCGAG AAATTAATCA AGCTGAACCG CACGGCAAAG GTAGTAAAGG 18480 GCGGACGTCG GTTTTCCTTT TCGGCACTCA CGGTAGTTGG TGATCAAAAG GGCCGCGTGG 18540 GGTTTGGTTT TGGTAAAGCC GGGGATGTGA GCGAGGCAAT TAGGAAGAGT GTTGAAAGGG 18600 CGAAGCGGAG TATGGTGCTC TTTCCGCTCA AGGATGGTAC CATCCCGCAT GAAGTACA G 18660 CTAAGTTTAA GGGCTCTCTG GTGTTACTGC GCCCTGCCTG TTCAGgTACG GGTATTATTG 18720 CTGGTGGAAC CGTGCGTGCT ATCATGGAGG TTGCAGGTGC AACCGATGTG CTGTCTAAgT 18780 CTTTGGGTTC GAATtCTGCT ATCAACgTGG TTCGTGCaAC gTTTGGGGCG GTTGCscAgT 18840 TGATGGATGC aAGAAAGTTG GCACgTGAGC GTGGGAAGGC ACTCGTGGAT ATGTGGGGGT 18900 AGGCATGACA AAGAGGGTGC GTATAACGCT GGTGAGGAGT ACGATCGGTC AGAGGGAGCC 18960 GGTGCGTCGG ACGGTTCGGT CTTTGGGTTT GAGGAAGTTG CATTCAATGG TGGAGAAAGA 19020 CGGGAGTCCT GCCGTCTTGG GGATGGTGCG AGCTGTTTCG CACCTGGTGC GGGTGGAGGA 19080 GTTAGGTTAG TGGCGGATTT CCATTTGATT GCTCCGAAGG GGgCTAATAG GGCGCGTCGT 19140 ATCGTGGGTC GTGGGTCCTC CTCTGGGCGG GGTACCACGT CTGGGCGGGG TACTAAGGGA 19200 CAGCAGGCCC GTGCGGGGCA TAAGGCTTAT GTAGGTTTTG AGGGTGGGCA GATGCCGCTA 19260 TATCGGCGTG TGCCGCGGCG GGGTTTTTCT AACTGTGCTT TCAAAAAGGA ATACGCGGTA 19320 GTTAATGTGG GCGCGCTTGA GTTTGTCTAT GCTCCAGGGG AGACGGTCAA CAGACAGACT 19380 CTCATTGAGA AGGGCTTGGT AAAGGGGCGG GTCCCCTTCA TCAAAATCTT GGCAGACGGA 19440 GAGCTGACAA AGTCTATTGT GGTGCGGGTG GACCGGGTTT CTGCTCGTGC ACAGGAGAAG 19500 ATTCAGCAGG CGGGCGGTTC AGTGGAGTGT ATTGAAGCGC AGGAACGATG AGCGGTATAT 19560 GAAACAGGGT GTTTTTGCAG CGGTGTTCCG GATAAGGGAg CTGCGTGCGC GTATCTTTTT 19620 CACGCTTAGC GTGTTGACGG TGTTTCGCTT TGGCTCGGTG CTGACAGTTC CGAGTGTGGA 19680 CCCGCGTGCG CTTTCTGCTT ATTTCCGATC TCAGGTTCGG GGAAATGCTT TTGCAGACTA 19740 CATGGATTTT TTTGTAGGCG GGGCGTTCTC GAATTTTTCA GTGTTTATGC TGGGAGTGAT 19800 GCCGTACATT TCGACGCAGA TTCTCATGCA GCTTTCGATG ATTGTTTTTC CAAGTCTTAA 19860 GAAGGTTGTA GAAGATGTAG GGGGGAGACG TCGCGTTCAG TTTTGGACAC GTGTTGCAAC 19920 GGTTTTTGTG TGTCTTATAC AGTCTTCTGC GGTAACCGTT TACGCAAATC AGATTCCCGG 19980 TGCCATTGTT ATTCAGAGCT ACGCCGTGCA TCTGTTTGTC ACCATGCTGA CGGTGACCTC 20040 AGGGAGTATG ATCACGCTTT GGCTTGGGGA ACAGATCACA GCGCGAGGCA TTGGTAACGG 20100 TGTGTCAATG ATTATTTTTT CGGGTATTGT CGCGCGTTTG CCTCATGCGC TTGCAGAGAT 20160 GTGGAGGCTG CAGCGTCTTG GCGAATTGAA TATGGTGTTT GTGATCGTTG CGTTTGTGAT 20220 GTTTGTAGGA ATTATTGTGC TGGTGGTGTA TGAGCAGCAG GGGCAACGAA AAATACCAAT 20280 tCATTATGCG CGGCGTGTGG TCGGGCGGAA AATGTACGGT GGTCAGAGCA CGTATATCCC 20340 TTTTAAAATA AAmCcTTCGG GCGTAATTCC GATTATTTTT GCCTCATCTT TTTTGACATT 20400 TCCCCTGCAG ATAGCCAGCA GTATTGGACC GAACGTGCGC TTTCTGCATC AGcTTGCGCA 20460 GTTCTTACGA CCGAACAGTT GGTGGTACAA CGCGTTCTAT GTAGTTTTGA TTGTGTTTTT 20520 TGCGTACTTC TACACGCAAG TCACCCTTAA CCCGACTGAG ATAGCAAAGC AGATTCGCGA 20580 GAACGGAGGT ACGATTCCGG GTATTCGTGC GGATAAGACG GAAGAATATC TACAAGGGAT 20640 CTTGAACCGC CTGGTACTTC CCGGTTCGTT GTATCTTGGG ATGATCGCAG TGCTGCCCAC 20700 CTTGATTCAA GCTGCGTTTG GGTTTCCGTC CTCTATTTCC TTACTGATGG GCGGTACTTC 20760 TCTGTTGATT CTGGTAGGGG TGGATCTAGA CACTATGAGT CAGATTGAGG CGCAGTTGAA 20820 AATGCGGCAG CGTGAGGGGT TGGGAGGGCG TGGCAAAGTG CTACCGCGCA TTTGTAGCGG 20880 GTACTtGCGA AAGGATGTAT ACGAGGAGTG AGTTCATGAA GATAAGGACG AGCGTaAAGG 20940 TTATTTGTGA TAAGTGTAAG CTTATTAAGC GTTTCGGTAT TATCCGGGTG ATTTGTGTGA 21000 ATCCAAAGCA CAAGCAACGT CAGGGCTAAG GGGGTAGACG AGGTATGGCG CGTATTGCGG 21060 GGGTTGATCT TCCTAATAAG CATGTCAGCG TTGCGTTAAC TTACATATAT GGTATTTCGC 21120 GTTCATCCGC CAGGACTATT TGTGAGAAGG CCCGCATCAG TTCTGCTTGT CTGATAAACG 21180 ATTTGAGTCA AGATGAGCTT GCAGTTGTCC GTGCAATTAT CGATAGAGAA TACAAAGTGG 21240 AAGGTCGTCT GAGAACTGAG GTTGCCTTAA ATATCAAGAG GTTGATGGAT ATTGGGTGTT 21300 ACCGAGGGCT AAGACATAGA AAGGGGCTGC CTGTTCGTGG GCAGCGCACG CGAACAAATG 21360 CGCGCACACG CAAGGGTAAG AGAAAAACCG TCGCTGGAAA GAAAAAGTAA GGGATCAGGA 21420 GGGCATTGTG GCGGTCACAA AGAAGCGTAA AGAAAAAAAG AATGTGTACG AGGGGAACGT 21480 GTATATCCAG GCGACTTTCA ATAACACCAT CATAACGGTT ACTGACCTGC AAGnAAATGC 21540 GCTCTCCTGG GCTTCGTCCG GGGGCCTTGG GTTTAATGGG GCAAAGAAAT CTACTCCTTT 21600 TGCAGCACAG ACGGTCGCGG AAGCTGCGGT ACAGAAAGCG CAcAGTGCgG acTGCgTGAA 21660 GTACATGTGT TTGTCAAAGG GCCGGGTATT GGGCGTGAGT CAGCAATTAG AATGCTTGGT 21720 ACCATGGGAC TGAGGGTGCG TTCGATTCGC GACATCACAC CCATTCCACA TAACGGCTGT 21780 CGTCCGCGTA AAACTCGCCG CATCTGATAA AAGGAGTGAG CATGCCTCGT AGAAATCTTT 21840 TGAAGGGTTT TAAAAGACCT AAGGTGCTGG AGTTTCTTTC GGAGAACTCA AGCGAGTGTT 21900 ATGGGAAGTT CACCGCCTCT CCTTTTGAGA CTGGTTTTGG CACCACTGTT GGTAACTGTT 21960 TGCGGCGCGT CTTACTCTCT TCTATCCAGG GGTATGCGGT CACCGGGGTT CGCATCACGT 22020 CCTTTGATGC GGACGGGGTT GCGCACTTCA TTTCAAGCGA GTTTGAACAG ATTCCCCACG 22080 TACGGGAAGA TACCCTCGAG ATTCTAAATA ATTTTAAGCG TCTGCGTTTT CTCCTGCCGC 22140 AGGGGcAGAG TCTAGTACGT TCACGTATGA GTTTCGCGGC GCGgTGTCTT TGACGGGGAA 22200 GGACTTTGCT AAGAAGTTTC AACTCGAGGT TCTGTCTCAA GACCTGCTCA TCATGGAAAT 22260 GATGGACGGT GCGCATGTTG AAGTAGAGCT ACACGTCGAA TTCGGGCGTG GGTATGTACC 22320 TGCTGAATCG CACGATCGGT ATGCCGATTT AGTTGGGGTT ATCCCTGTTG ACGCAATTTT 22380 TAGTCCCGTG TTGAGAGTCC GCTATGATAT TCAGTCTTGC CGTGTAGGTC AGCGGGGGGA 22440 TTACGATCAG TTATCCCTTG AAGTGTGGAC AGATGGTACG GTGCGTCCCG AAGACGCGAT 22500 AgcCGAGGCA GCGAAAATTA TCAAGGAGCA CTTTACAGTT TTTGTTAATT TTGACGAGAC 22560 CGCGCTCGAC CTGGAGGACG AGCCAGAAGA GGATGACCCT GCCGTTCTGG AGCTGTTGAA 22620 CACGAAAATC GCTGATGTAG ATTTTTCAGT GCGCGCGCGT AACTGCCTTT TAACTATGGG 22680 AATCAAGACG CTGGGGGAGT TGACAAGGAT TTCTGAGCAG ACACTTGCGA ATACGCGTAA 22740 TGTGGGTAAG AAAAGTTTAA GTGAGATACA GGgCAAGTTG CAGGAATATA ACTTGCGTCT 22800 GGGTATGGCT GACTACAACC ATGTGGGGGT TGTTAGTAGA CTGATGCGAC AGAAGGAAGA 22860 AATAGATGAG GCATAGGACC GGTTTCAACC CGcTTTCGTG tATGGCTGCG CATAGGCGTG 22920 CGCTCCGTCG CAATATGGTT ACTTCTCTTT TTAAGTTTGA GCGGATCACC ACGACGAAGC 22980 CGAAAGCTGC CGAGGTGCGG CGCGCGGCAG AGAGGTTAAT TACGCGTTCT AAGTCTGACT 23040 CTGTGCATAA CCGGCGCCAG GTGGCCCGTT TTATTTGGGA TAAGGCTGTG TTGCACAAGT 23100 TATTTGCGGA TATCGGACCT CGCATGCGGG AACGTGAGGG GGGGTATACG CGCATATTGA 23160 AGTTGGGCCT CAGGCAGGGG GATGCGGCAC ATGTGGTTGT GTTGGAATTG GTTGACTATA 23220 CCTTTGAAAA AAGCCTCAAA AAACGCGCGC GTACTGATAG TGTGCCTGCA AGAAAAGGAG 23280 CTGGGAAGAA GGaTGcTTCG CGCGTCAGTG GGACGGTTCC AGACGGTCAG TCTCAAAAAA 23340 TAGGAAAGAA GAAAGAATAG CAGTTGGGCA ATGGAGGGGT GGTATGTCGA AGGCTCATCG 23400 TGGAAAGGGG ATCCGGGGTA TGGTCGGTCG TGGCCGTGGC GTGTGTCCGG TGACTGGGCA 23460 GACGGGGGTA AAGCTCCTGT ATGAGTGCGA GATTGATGGT AAGAAGGTCA AGGTTTCCAA 23520 GGTTGGGCGC GCGACTCTCC AGAATAGGAA GAGACGTTTG GATGCGCAgC CTGGAGCTTG 23580 ATCGCGCATC CTCGTGATAT GAGGTTCCGT CCCAAGGACG TTAGGTGGTT GTCCGTTTCT 23640 GTGCTTGGCA GTTACCATTG GGATGCAGGT CGCATCGTGG TCGGTGTAGT CAGACGGTAA 23700 ATAGGTGTTT TCTTGACCGA GGGCGGCGTC TCTCGTTACT TTTACGGCAT TACCGCGAgG 23760 GTGTTATGGC AAAAAAGGAG AAGAAAGTGT GCGGCGGCGA CGTTCAGGGG CAGGGAGTTG 23820 CCTCAGGTTG TGACGAGGCC TTGGAGCGGG CAGATAGCCT TCGCGCGTCT GATCCTGTAC 23880 CGGTTGAATC GGGGGAGGGT TCTGTTCCTG GGGAGCATAG TCaGGAGTTG GAGACAGGTG 23940 CCTCTGAAGA GACCCTGCGC GArCGCGTGA ATGTTTTGCA GGAsCAGTAC CtGCGCAAGG 24000 CTGCCGACCT CGAAAACTAC CGGAAGCGTG CGTTGCGGGA AAGGCAGGAG gCGGTGGAAC 24060 AnCGTACGCG GCGCTGCTTG CCGACATCGT CGCTGTCTTG GATGACTTTG ACCGTGCTAT 24120 TGAAGCGGCG GATCACGCGT CGAGTACAGA GGTGGAGGCT TCATCTGCCT TCCGAGAGGG 24180 TGTTCTTATG ATCCGCAAGC AGCTCTCCTC AGTGCTTGAG ACAAAGTATG GTCTTGAGTA 24240 TTACCCGGTG CTCGGGGAGC GCTTCGATCC AAATCTCCAT GAGGCTTTGA GTATGAGTCC 24300 TTCCGCTTCT GTGCATGAGA AGATAGTAGG GGCAGAGCTA CAAAAAGGAT ATAGGGTTAG 24360 GAACCGTATC CTCCGGCATG CCAAGGTTAT GGTGCTCACT CCTGAAGAGC AGACAGAGCC 24420 CGATCGTGGG GATGGcCCTT CGGAGTGACA GGCAGGGTAT GCTGAGAGGT CAGGATGGAG 24480 TTCTGGAGCA CCGGTGCTAG GTAACGGCTA TACTGCGCgC CCTGCAGGCA GGGCGGGTAT 24540 CCTATACAGA GGAGTTGAGG GTTATGGGGA AGATTATTGG CATTGACTTG GGAACGACAA 24600 ATTCATGTGT TGCGATCATG GAGGGGGGGG AGCCCGTTGT CATTCAAAAT GCCGAAGGGG 24660 GAAGGACTAC GCCCTCCATT AyCGGTTTCA CCTCTGATGG TGGACGCGTC GTCGGTCAGC 24720 CAGCAAAAAA CCAAATGGTT ACTAATCCGG AACATACTAT CTATTCGATA AAGCGCTTTA 24780 TCGGCAGTCG TTTCAATGAA CTGACCGGTG AAGCAAAAAA GGTGCCCTAC AAAATTGTTC 24840 CACAGGGAGA CGACGTGCGC GTTGAGGTGG AGGGTAAGCT TTACTCTACG CAGGAGATCT 24900 CCGCGTTCAT TTTGCAAAAA ATGAAGAAGA CAGCTGAGGA TTATTTGGGC GAGGCAGTCA 24960 CAGAGGCAGT CATTACCGTT CCGGCTTACT TTAACGATGC ACAGCGTCAG GCAACCAAGG 25020 ATGCGGGGAA GATAGCAGGG CTCGATGTGA AGCGTATTAT TAATGAGCCG ACTGCTGCGT 25080 CGCTTGCCTT TGGTTTTAAC AAAGACTCTA AGAGAGAGAA GATTATTGCT GTGTATGATC 25140 TTGGGGGGGG TACCTTTGAC ATATCCATCT TGGAACTCGG TGACGGTGTT TTTGAAGTCA 25200 AGTCAACGAA TGGGGACACT CACCTGGGGG GCGATGACTT TGATGCACGT ATCGTGCAAT 25260 GGCTGGAGCA GGGCTTCAAG AGTGACACGG GTATCGACTT GGGCAACGAC CGCATGGCGT 25320 TGCAGCGGCT GAGAGAAGCG GCGGAGAAAG CAAAGATAGC GCTTTCTTCC TCTGCGAGTA 25380 CCGAGATTAA TTTGCCCTTC ATTACTGCAG ATGCCAATGG GcCAAAGCAT CTCCAGAGGA 25440 CTCTCTCTCG ATCTGAGTTT GAGAAGATGA CTGATGATCT TTTTGAGCGG ACCAAAGAGC 25500 CTTGCCGCAA GGnGCTCAAA GACGCCGGAA TTAGTGCGGA CAGGATCGAT GAGATTCTCT 25560 TAGTTGGTGG TTCCACGCGC ATGCCCAAAG TAGCGCACGT GATCAAAGAT GTCTTTGGGA 25620 AAGAAGGATC GAAGGGAGTC AATCCTGACG AGGCTGTCGC AATTGGCGCT GCAATTCAAG 25680 GAGGTATCCT CGGGGGGGAC GTGAAGGATG TACTTCTCTT AGACGTTACG CCTCTTTCTC 25740 TAGGAATTGA AACAATGGGC GGGGTGTTCA CTCCGCTTAT CAGTCGTAAT ACCACCATCC 25800 CCACGCGCAA GAGTCAGGTG TTTTCCACCG CAGCTGATGG GCAGACGGCA GTTTCCATTC 25860 ACGTGCTGCa GGGGGAGCGT GGCATGGCGA ACCAAAACCG GACGCTCGGT AATTTTGATC 25920 TAGTAGGAAT TCCCCCTGCT CCGCGGGGAG TGCCGCAAAT TGAAGTGACG TTTGACATTG 25980 ATGCGAATGG TATCGTGCAC GTTTCTGCCA AAGACCTAGG GACGGGAAAA GAGCAGCACA 26040 TCCGCATTGA AAGTTCGAGT GGTCTGAGCG AAAGTGAAAT CGACCGCATG GTAAAGGAAG 26100 CCGAAGCGAA TGCAGAAAGT GATAAGCGTG AGCgGGAGAA AATcGAAGCA CGTAACGTGG 26160 CTGACTCCCT AATCTATCaG ACGGAAAAGA CGCTCAAGGA GGCGGGAGAC GGGGTGAACG 26220 CTGCGGACCG CGCGCGCATA GACGAGGCGA TCGCAGAGTT GAAGACGGTG CTCTCcAGGc 26280 GACGACGTCG CATCGATCAA AGCGAAGACT GAGATCTTGC AGCAAGCTTC CTACAAAATT 26340 GCGGAGGAAA TGT TAAACG TCAAGCAGCA GCGGGTGCCG CTGCAGGTAA GAAGAGTGAT 26400 GCACCCTCTG GCAATGAGGC AGAAGGTGGT GACGTTGATT ACGAGGTAGT GAAGGACGAA 26460 GATTCAAAGT AGGCATCTGG TGTTGCGGGG AGGGAATAGC CTGCGTGTAG GAGCTGTGTG 26520 ATCTGACTTC CCCCAGGCCT TTTGTGATCC GGGTGTTCGC CTGATCGCCC GGGTCTTTCG 26580 GCTGTCTAGT GGGTGTTTGG ATGTAGCCTG CGTAGGCGGT GCTTCAGGCG TCCTGCTTTT 26640 GTGCCGGTTT CGCGTGCACA CCCTGTTTTT CTGTGTGTGC GCGCAAATGT AGACAAAGAT 26700 TCTCTAGACG GGGTGATCGT GGCAAAGAAG GATTATTACG AGGTTCTCGG TATCTCAAAG 26760 ACCGCGAGTG GAGAAGAAAT CAAAAAGGCG TACCGGCGGC TGGCTATTCA GTTTCATCCT 26820 GACCGTAATC AGGGAAATAA AGAGGCGGAG GAACGCTTCA AGGAGGCTAC CGAAGCCTAT 26880 GAGGTGCTCA TTGATGCACA GAAGCGTGCC GCGTACGATC GGTATGGCTT TGATGGCCTG 26940 AAGGATATGC ACGGTGCGCA TGGCTTTAAC TCTTCGGCcT TTCAGGGGTT CGAAGA ATT 27000 TTTGGGGGTG GCTTTTCTGA TATCTTTGAA AATATTTTTG GGAcTTCGTC TCGCCGCGGC 27060 GGTTCAGGGA ACGACGGCTC GGGTGGCTCC GGGCGTGGGG CAAACTTGCG TTATGATTTG 27120 CAAATCTCTT TTGAAGAAGC AGTGTACGGG AAAAAGAGTG AGCTGCACTA TGTGCGCGAC 27180 GAAACGTGTA TTACCTGCAA GGtGCCGGCT CGGCCAGCGG TGGGCGTAAG ATGTGTCCAG 27240 ATTGCAAGGG TACGGGGCAG ATTCGGCGTA GTACAGGTTT TTTCTCTATT GCGCAAAGTT 27300 GTGCGCGCTG TGGTGGTGAG GGGACGATTA TCGAAAGTCC CTGTGCACGG TGTGCGGGTA 27360 GTGGCATTGA GCGTAAAAAG CAAAAAATTA TCGTCAGTAT TCCGGCAGgT GTAGAAGAAG 27420 GGCGGCGCAT TACTATTCCC CGTCAGGnAA ACGCCGGTCG CGCAGGCGGT GCCTACGGGG 27480 ACCTGTACGT GTTTGTGTTT GTTCGTGCGC ATGAGTATTT CGAACGTGAA GGTGCTGACC 27540 TGTACTGTGC AACTTCGATA TCGGTAACCC AAGCGATTTT GGGCGCGCAG GTGACGGTGC 27600 GGGCATTAGA TGGATCTGCG CACAGnTGCG GGTTCCGGCC GGCACGCAGG GAGGTGCGCT 27660 TTTGCGTGTT AAGGGTATGG GGGTCCCACT GGCGCGCGGG GCGGGGGATT TGTACGTAAA 27720 GGTATTGGTG CGTATTCCAA CTACGCTTTC TGCACGGTCG CGTGCGCTCT TAGCGGAGAT 27780 TTCTCAAGAG GAAGGGGAAA ACGCCCATCC GCCGTTGCTT GAACTTTCAA GTCTCAAGTA 27840 GGCTACAGAA AGGGGCGCGT GGGGTAAAAG GATTATTCTC GCGTGCGTGG TGTTTCTTTC 27900 TCGTGTGTCG CAGGATGAGT TGGcTTCATC GTGAtGGGTG CGTGTGCTAT CTGAGTTTTC 27960 TTCCCACAGT TTAAAAGACA ACGTGTTTTT GAAGCAGCCA TACAAAGGGA ACGGTAGGTG 28020 ATTCGCAGAA GGCTCGCAAT TGTAAAGGCA GGTTCATTCG CACTCCTGGC GCTTTTTTTT 28080 TCAATATTTT TGCGCTTTCT CAGTCCGCGG TATTCGTTTC TCGGTCGTTT CGTTTCTGCG 28140 CGCGATATGG CGCTGTTGAT TTCTCGGTAT GAGyATTTGC CTGAGCTTTC TTCGCGTGAT 28200 CGAGCCTTGC TGGTAGGTTT CGTTTTCATG ATTTTTnGGT TGCGCTTACA GAAATCCAAC 28260 GCTATGCGCA CGGGCGCATC CCGTCTTGTT GTCTA 28295 (2) INFORMATION FOR SEQ ID NO: 9: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 5199 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 9: AACTTTGTGG TGATTAAGGG GTTGGAGCGA TATCAACGCT GGGATCTTGC GCGGGAGTGT 60 TCTATCCGTC ATCTCTATTA TGTGTTGGAT GcTTTGCAAT TGAACGATCA AACAAAGCGT 120 GGGGTTCTGT GGGAAGCGTA TCTGCCTACG CGTGAAGGTC CTGCACAATG GCCAGGGAAA 180 GAAGGATTTC CGCGCAGGCA ATATCTTGCG TACGCTGcGC TTTCTACTAT CACGCTTATG 240 ATAGAAAACG TTATCGGTCT TTCCATCAGT TTGCCGCGCA AAACAGTGCA CTGGATTATC 300 CCTAACCTGG AGGTGAtGGG CATTGAGAAT TTGAGCTtGA AACGGAATCT CATTACGATT 360 CTCTCTTCAA AAAGTGTGCG GGGGTGGGAA GTCTATATGG AAAGCGAGAA ACTTTACTAT 420 TTTACCCTCA ACATCCTTGG ACAGAAAAAG AAGACGCTCC CAATCCCCTC GGGGAAATGC 480 TCAATGCTCG TCGATAAGTT ATAGTGCGAT AAGAAATGTT TTACGGCGCG TGGGTGCTGC 540 GCGACGTAcT GCGTTTTCTC CAGTGGCGGA GAAAGTTCTG CTAGCCCTTA GTCCAGAGAA 600 GATGGGATGC GGCTGAGGAG CTTAAGAAAG AAATCAAGTT CTGCACGTAC ACGGCAGAGG 660 AAATTATATT CTAAATATTC TGCGCGCTCT CCATCGGGAA AATGCAAGTA GAGGTAGTCG 720 CTTCTCCGTA TGAGCGCGCG GATAACGTCT TGGTTAGAAG GTGTAGCCGT GGTGAGCATG 780 TGCTTGAGCT GGAGcAACgC TGCGCGCTCT GTGGTCAATA GTTCTTTTAC GCGTAGACAA 840 AAGTCCTCTG CAGGTTTTTG AGAAAACGCA AAGGATATCT GTGCGTCTTG TGTGTGCAAA 900 ATGGGTACAT GCGTTCTATG TCTGCGCGTA CAGCAGTGGG TGATGATCTC ACACGCCTGT 960 GCGTGCGAGA CTGTGTGTGA TGTGGTAAGA GCAAGACCTT CTTGGTCTAG ATCGTAAAGG 1020 TGCGGGTGCT CAGCGCAGAG GGTACGATAA GCGTGTGCAT AGTGCACAAG GTTGGGGATA 1080 CTTTGTACCG CGTATCTTTT CCCCTTAAGG GAGCGTATCC CTTCTGGGAA CAGCGCACAG 1140 TCCGGATATA GGCTATGGAG GCGCGTTGTG CTGTGGTAC GTCTTTGTAC TGGAGCACTT 1200 CCCCTCGCAT GGGTAAaTCC CTTGTTCCAT GAAAAATTTA AACCGGTGTG AAAAATAGGA 1260 ACTCCCTTTT TTCTCAATCG GAGTGCAAGT TGCAACGCGG cGAGTCCTAC TGATCCACTA 1320 GGATGAATGG AAAGCGGCAC GACGCCCgCA TTCTGCGCaC GTTTGATAAA TGCgGCATGA 1380 GTGTACGGGG TGAAAAAGAA GTGTGTAGGC ACGTTCGCTG CACGCACCGC ACGGGGAAAT 1440 GCGCTTAGAT CCGCAAAGAG CGCAACGGTG CGCGGgAGTG TACCTATGAA TGCTTGTTCA 1500 ATCCAGAACT GTGATTCTAA TAAGACAACT GCATCTGGAA CAATGTCAGG TAACAGTGCG 1560 TTGCAcGCCA CATCTACGGC AAGTAAAAAG ATGGTGTCCT TCATGCGGGC ACAAAAAGAA 1620 CGGCAGGCAT CCAGCGCAGG ACCGGCACCT ACGATAAGGA GTGGTTTGTC TATACTCTGG 1680 GGAACAAGGT GGTGTATGTG CGAGGGATTT TGTAATTGCG TAATATAATT TGAGAATATA 1740 TTGCGCGCAT AATTCCTTCC TGAATGGATG AGTGTAATCT TATTGATCCA AAAGGTGTCG 1800 ATGAGAGTGC GTATGTTTTG CTCGCTTTCG TCATAAAAAT TCCGGTACTG CGCATATGCG 1860 CCGGaTCCCG CAATTTTCAG TATCTGTTTG AAAGGGAAGC GGGTGAGACG CTCCACGGTA 1920 TGCAGCACTT GGGTGATGTG TGTGGTGTAT AACACGTACA CATTCTGTGC GGTGATAAGC 1980 TGGCGCGGAG cgTGcTGCAT AAAAAGGTGC ATAAGCTGCA GGTCACATTC AAGACAGAGG 2040 AGAAATGAGG AAGGAGGCAT ACGAGTAAGA AGCGCACATA GGCCGTGGCC AAGCACTGGC 2100 GCGCAACAAA GTACAAGGGT ATGCGGCTTG ACCgCTAAGm GcGCCACGGC ncgCTCaTGC 2160 GCATCCTGTG CGCGATACTT TGAGTAAAGG TAGGTGTTGC GGTAAAGAAC GGTGAAGCCg 2220 TTTTGTGTCT TGATAAGACG CGGCGGGAGC GAGGGAACGT CGCCACGCAC GCCAGCGACG 2280 TCAGATGTAC CCATAGAAGG GAAACGCACT CACAGCCGCG CCACGCACAG GgCTAGCGCC 2340 GAAAGATATT GTCAAATGTA TCCTTAAATG AGGGATGAGC CAGGATAGTA TCTACGACCG 2400 ATTCCTGTGC CCATGGCATC TTTGCCGTGT TTAGCAGCGC AAGCGGGTAG CCCGGGTACC 2460 AAGTGCGCAC ATGGTGTGCA TAGCTGTCTC CGGTAGTAGC GAGCACTGAT TCGTCCACTG 2520 ACTTTTCCTC GTGTAACTGG AGCAGTACTA CGGAACTATC AAGAATAAGT GGGTCAGACA 2580 CCTGCCCGGG GAGAAGGGCG AACGCGGTGG AAAAAAATTT CTCGTCATAT GCAATCCGCG 2640 CTAACGGGGG GTCGGACTGG CGCGGAAGGG CAGGGAGCAC GTCGACATTT CCGAAATTAA 2700 TGGGAAAGGA ACGACTCGTA TGCACGTCTA AGTTAAGGCT CTGTGCGGCG GCGGTGAATC 2760 CACCCTGTTT CGCCCGGGTG GAAAAGGTAT GTGCTTCCTC CTCAAGGAAA CGTTCGATGG 2820 TGCCCCGCTC CACACGAGCC ATGTGTGCGA ACACGCGCTC CCGCGTTGCT GCGTCACTAA 2880 AGTCCGGAGC GCTAGGTTCA GCGTCGGTGC GCACGATGGC AAAACCGCGC TCTATCTTCA 2940 CTACAGGACT CAAGGCTCCC ACCGCCgTGC GgAGCACCGT GTCCAAGTCC TGCGCGTCGG 3000 GAAAGAATTC GTTCACATCA CTCCGATAGG AgTGGGTCAT TTTTCCGGTA GCATCGGTAC 3060 CAACTTTGGT GGAGCCAGTA GCGACAGCGT CTTCAAAAGA CAATTCCCGT TTCTCTAGAG 3120 CGCGTGCCGT GCGGCGCGCG TcCTCTTCCG AGGAGTAGGT GAGCAAGGAA AGGTGATGCA 3180 GGGTAAAAAG GTGGGCATGC TCTTTCCCGT ACgCGCTGAC GCkTTCAGCG GGAAACCGCT 3240 CTTCGCCCAA AACGACGTAA CGGAAGCTAC GTTCCTTCTT CGCCATGTCC TGAACAAAGC 3300 GCAGTTCTCG GCTATTGAGC TTAAGGCCCC CGCGTCCTGT CTCTTTTCCA AAGAGGTGGT 3360 AAAGGTACTG ATCGGAAAGG AGCGAGTCGC GCATCTTTTT GCGCTGAGAA AGCCGGACAT 3420 GTTCAGGGGT GCCCTGATAG CGCTGCGGCG AGTAAGTACC GTCAGCGTCA gctAaAAAGG 3480 AGAGCACCTC CCGATCTAGC AGCTCCTCGC TGAGGGTAAA GCCGCTTTGC TTTGTTTGCT 3540 CGGTTCCCGC AAGCTGGACA ACCGCGGCGC GAAAGGCAGC ACGTAAGACA CGACGATCCA 3600 TCCCCTCGCG TTCCTGAGCG TCCTTGGGGT ACAAGTTATA GCGcTCCGCA GTCTGTGCAA 3660 GCGCAGAGTA CTGCTGGGAA AAAAGACTAT CAGGGGCATT GGTGAGCGCG ACCCCTCCCC 3720 AGGAACCGAG TCGTACGTGG CCGTGCCCTC CCCCGCTGAG GGCAGGGAGA AACACGAACA 3780 TGAGCGCCGC CACCGCCAAC ACCACGCAGC CGCCCGTCGA GGCAAGCGCC CCCCTGCCGA 3840 AGTAGAACGA TTTCATGGAc TGCGCAACTG TGGCACAGCG GAACTGCCCC TGTCAACACC 3900 CGCGCAGaGT GcCTCGGCTC AGATCCAGTA ATCCGTATCA CACGAGGATC AAGCAACTGC 3960 GTCGGTGTTC TGACGTACCG CGGTGATAAA GCCTGTGCGC CTGCAGAGAT CGAAAAGGGA 4020 TTGGTGAATG TGCACTTCGT GCAttTTTTG TACCCGTCTC GGTCACGGCA AATGCGGATG 4080 ATATACCCAT CCTCTGTTTG ACTTACGATG GAGCAATGTG AAGTCTCTCC CGGATCGCTT 4140 TTGATGCTGT ACTGCTGCAT AAATCCCCCG TCCCGATCTC GGCAGACTGT GGTATTTCGG 4200 TAAGAAATTT TATGCTTTTG TGTGTTCGCT TGCACTGTAT TCCGGGAAAA TGAGAACGCG 4260 CTGTCTTGCC TCCCTGATAC CGGATATAAT GTTTCCCTCG CGTGGCTTGG ACGCGTGGAG 4320 GAGGATGTAG GGTATGTCAA TCGTGCTGCA GGGAGTTGCC GCAGtTCTGT GCTTTTTTCC 4380 CTTCTGTGCC CGGTACAGCA ACTGAGCGTT CCTGCGCTGC TTGCTGCTCT TGCAGGAGCG 4440 GCATTCTCGT GTGTGCTGTG CGTCGCAACG TATGTGCTAA CGGTGCGCCA GCGTGCTGGC 4500 GCTTTTGGCG TCGTGCGTAA ATGCATTGAA TACACACCCT TTGTGCTGAT GGCGTGCTTT 4560 GTCCTCTCCC GCGCGTATGC GCcTACGGTG GCGATGCCGT GGTTAGATTC CCTTTTGGGG 4620 ATGAGTTGGA TGGTGCTGAC TCTGTGTGTC TGTGCGCTGT TGTTTTGCCT GAGGAGGAAG 4680 TACGTACATC TCTTTTTTCC TCGTGGGGTT TCGGTGCACA CGCCCCCTGC GTCTTCGGAC 4740 GTGCGGAGTG TGTTGCCGGA TATGCCAGTG AGAAGGAGGC GAGGAATCTT TGTCGTACTC 4800 GAATGGGTTG ACGCGCTCAC CCAGGCTGCG TGTTTCATGC TTTTGGTGAA TTTGTTCGCG 4860 TTCCAGTTGT ACGTTATCCC GAGCGAATCG ATGGTCCCCA GCTTtATGGT CGGCGATAGA 4920 CTCCTCGTGT TCAAGACCGC CTCAGGgCCT GTATTCCCGC TTTCTTCGTT TCGTTtGCCA 4980 CGCTGGCGTA CCTACAAGCG CGGAGACATC GTCGTTTTTT cCAATCCTCA TTAcCCTGAC 5040 ACTCCGCCCC CCTGACGAGC ATCACAAAAA TCGACGCTCA AGTCAGAGGT GGCGAAACCC 5100 GACAGGACTA TAAAGATACC AGGCGTTTCC CCCTGGAAGC TCCCTCGTGC GCTCTCCTGT 5160 TCCGACCCTG CCGCTTACCG GTTACCTTGT CCTGCCTTT 5199 (2) INFORMATION FOR SEQ ID NO: 10: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 12838 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 10: TCACCCTCTC AAATATCATT CCGCGCGCAC CACATACCCG CAGCACACAC AACTCAACCA 60 CTCTACCCAT AACCTATACC CCTTGTCAAC CCCCACCACC CGCATAAAAT TCTTTAGAAC 120 TCGCCTTTGT ACCCGCACCA CCCCTATTCA CATACAAACG CTGCCCCGGC AAAATACTCC 180 CAGGAGGAAT CGTGATACAT ACTCACACGC TCTCGCTGAG CTTCATGCTG TTTTCATTCT 240 TCTTCGGTGC AGGAAACCTC ATCCTTCCCC CCTTACTGGG AAAACACGCA GGTACGACAC 300 TCGCCACGGC GTTGCTCGGC TTTGCCACTT CCGCAGTCCT CATACCAATC GCAGGGCTCA 360 TTACTATCGC ACACGCAGgC GGTATTGTCC CTTTGTCAGA AAGGGTAGGA AAACGCTTCG 420 CTCACTTGTA TCCGGCTATT ACTCTCCTTG TCATCGGACC GGCGCTTTCT ATCCCACGGG 480 CAGGAATCGT CCCCTTTGCG CTCGCCATCG CTCCCCTCAT CCATCGGGCG ' AATACCACAC 540 TACTTGCGCA StTATATATA CAACATGCTT CTTCATTGTT TCCTACTGGC TCTGCATGCG 600 CCCACACACC TTAAGCAACA CTCTCGGCAA AGTACTTACC CCCGCGCTCC TAGTACTCGT 660 TCTCCTCCTC TTCCTTGCCT CCTTCACTCC GACACTCGGT CCCTACCTCC CTGCACAGGG 720 CGCTTACGCT ACCCACATAC CCTTCAGCCA GGGATTCTTA GACGGTTACC TCACCACGGA 780 TGCACTCGCC TCCCTTATGT TCGGCAATAT GATCCTTACC TATTTGCATC GGACCCGCTA 840 CACAACCGCC CCTTTCCCTC CCACTCCAGC AAACACCCCC GCAGATATGC GCACCGTCGC 900 CTGGATAGCA GGGGTCATGC TCTTTTTTAC CTATGGAGTA CTGGCGCATC TCGGCGCACT 960 CAGCGCCCGC CAACTCCCCC ATACCGTTAA CGGCGCGCAC ATACTCGCGT CGGTGTCACG 1020 CCACCTTTTC GGAAAAGCAG GCATCGCACT ACTAGGACTG ATCTTTACAA TTGCCTGCCT 1080 AACTACCTGC GCCGGACTGC TTGTTTGCGT CAsGAATTAC TTCCACAAAC GCGCACCCCG 1140 TGTGTCTTAC CTGTGCTGGA TACGCCTGTT CACCATATCC AGCTTTGCGC TCGCAAATAC 1200 AGGACTAGAA CGTATACTGG gCATACGGAA CACCCCTACT CATGATCCTA TACCCAATCT 1260 CGCTGGTCCT CATTGGCATA TCACACCTCG AGCGACTCAT ACGGATACCA CGCGCCGCCT 1320 ACCGCCTGAC AGTATGGAGC GCAGGAACAC TCAGCACCTG TGCAGTCGGT ACGCCGCTTG 1380 TGGCGCACAC CCGGATAGGA CACGTGTTGA ATACACTcAT ACATACCCTT CCACTCGCAC 1440 AGGAACAGCT CTGCTGGcTT ATCCCCAGCG CGGCAGTTCT TATACTTAGT ACTGCGCATG 1500 CACGCTTACG TGAAAAAACA TGCACGCCTC GCGGTACGCT ACCCcTCACG GATAACTGAC 1560 CACTGGATCT CACCATCTTG TGGAGATGGG GGGAATCGAA CCCCCGTCCT AAAGAGCGAG 1620 TGcTGCGCGC CTACAGGTTT AGCGGTGCGT AcTGCGTTTG TCGGACTCTG CTAGGCCTGC 1680 ACCGCACGCG CCAGAGTCTT AGCACAGACA AAAGTCCCCC TACGTCCGCC GTGCACAACG 1740 TAAGAGCAAG CTCCGTTTGG CGTCGGGCCG ATATGTTCGC TCAGAGCAGC GCAAACACAG 1800 GCcCGCGATT ACGCGGCGAG CGCGTAGTCG AAACTGTCAG AATTGGCAGT TATAAAGGCG 1860 CCGAATCAGG AGATCGACAC TCCACCTGCA GCGCAACACC CCACATCCCT AGTCGAAACC 1920 TAGTCATCCC CCACAGACTG ACGTCTGCCC TTTTCTCTAC ATTCCCCCTC CCTCACCCTG 1980 TGCACCCAAC CTAGGAGGCA CGCTCTTCCA TAATCGCCAC CCCATTGCTG GTACCAATCC 2040 GTGCACAGCC AAGCTCGATA AAACGCTGCG CCTGCGCGCG CGTACGGATG CCGCCTGAGG 2100 CTTTTATCTT TGTCTCACCT TTCAGATATT TTTTAAAGCA CTGAATATCC CCTTCCGTTC 2160 CCCCGCGCGA CGcgTAnCCG GTGGATGTTT TGATAAAATC CGCGTGTCCT GCCTCCACAC 2220 AGGAACACGC AAACGCGATG TGCATCTCAT CTAAGAGGGC GGTTTCCACG ATCACTTTTA 2280 CAATGGCCCC GCGCGCGTGA CACCGCGCTG CAACCTGCGC AATTTCGCGT TCTACAACCT 2340 CTCTTTCTCC CGCGCACACC TTGTCTATAC GGACGACCAT ATCCAACTCT TGCGCCCCAT 2400 CGTCCAACGC ACGctGCGCC TCAGCGCACT TGACCTCCGT GACGTGCGTA CCAAAGGGAA 2460 AACCGATCAC GCTGCACACC CGCACCGCCG TCCCCCGCAC CGCACCTGCT GctAACGCCA 2520 CATGGCAAGG ATTTACACAT ACCGACGCGA AGCGATAGTG TGCGCCTCTT GGCACAGACG 2580 CAACACTTCG GCCTCAGACG CAGAGGGCCT TAAGAGCGTG TGGTCAATAT ATGCATTGAG 2640 TTCCATGACA CTATCCTCCC TGGGACGGAA TGTCAGCCGT ACCTAGATGG GGAAGCGGAC 2700 GCGCCCACGC CTcCGCGGAC AATTGGCCGA TCCGCTCCTC CCCTGCTCCG TCATATGCTG 2760 CAAGCGCAAA AAAATACAAA ACGCCGTTCT GCAGTCCCCG CACCGTATAT GACAAACGCT 2820 TACCCACCCG AATAGGAGAT CCCGCCACAA AATACATCCC TGACGTGTCG CCCACATACA 2880 CCACATACCC CTCTACGTCA AAGTCAACCG AAGgTGTgcC ACGTGAGTAT CACCGACCCG 2940 TCAGCCGCCT GCGCAAAAAG ACGCCCCGGG GGCAAAGGAC GCTCATCTTG CTCATAATCA 3000 ACGGTTACTG CATGCACCAC CGGTGTCTTA CGACCTGCAC CATCTGGATA CAATTGCACA 3060 GCCACCTGGA AGTATCGTCC TTCCAATCCG CTGAGCGGCT GGCCTGCCAC CACCGGCTGC 3120 CACAACGGGT ACTCCAACGT CCAGTCCTCT TTCGTTTGTC CTACTCGCAC GAAGAACGCC 3180 ACATCTGCCT GCTCTGGAAT ATCCACATCT GCATTCACAC GCCGGACCAC CGCCTGCAGT 3240 CCTCCTGCAT CCGTGATCTC CGACTCAAAG CGGCCACCTG CCTGGTCAAA ACGCGCAAGA 3300 CGGTTAAAAC GGCGCAGcAC CTCTCCTGCT TCAGACGGCG GAACAAATTC TTCAGTAATC 3360 ACCACCTCAT CGATCAGACC AGAGTAGCGC TCCCCGATAT GTACTGCGGC TGCAGCGCCT 3420 AAACGCGCAT GCCACACCTG GCCAGTTTCA TCCTGCGAAT CCGTGAGtAC TCAAGACATT 3480 CTGTACGCCC ATTCATGCGA TACTCAAGCA CACCGCGCGT TTCGTCGTAC GTGAGCATAT 3540 GGTGGCTCCA cCGCTCTGGC AGCACGTGCG TACGCGaAcG GaGaCGCAAA GAGACTGCCT 3600 GTCCGCGCAC GTCATTCCAC AAmCCCTCCG CGCGCCAyTC AAGCCGGTGC TGTAAAATGT 3660 GCGCCACAAT ATGCTGATAA AAAGAACGTC CGCGATCAGA AAGAGAAGAA CGCCACCGGa 3720 ACAACACCGC CCCGTTCTCA CTCACCGCAG gATaCAGCCA AAACTCAATG GAGAACGAAG 3780 ACAAGGCCTG cGACCCATAA AAAAGAGCGC CCGGATTTGG CTGTAGCACT ACCCCTTCTG 3840 CACCATCTCC CCCCGCGGCC CCCCCATATG CAGATGGCAC GGAGCGGTGC ATCGTGCGAA 3900 ACAACGcCGC CCCCsCTCCG CGATGCGCAC GCTCTTCGCC CACATGtGCG CAGAGGAGGA 3960 CTGCACACGA TAACGACCGT ACAAATCGCT GACCAACGGA TcATCAAAAC TAAGATACAA 4020 GTCACCCCGA ACACTGCGGG TACGcGCAgC AGaAGAAAGT TCAAGCGCCG GATGGCCCGC 4080 TCGCCCCACA CGCGTACGCA GGTTTTTTAC CCGTGTAAGC GACTGCCACC CcTGCGCACC 4140 CCCGAGCAgC AGTGCGCTTC CTTTGCATAC AGCACACCCG CaGCATTCCC CTCCCCsynC 4200 aCACGCCGCA CCATACCCCA ACAAGGGCGA ATATTGTCGC AAAAAGCGCA CCCATCGCCG 4260 CCGAGTATCG GCCTTTCCAC ACGAATAATC AATAATGAGC GCTCACACAG CTCCCACACC 4320 GTACAGAACC AGAGCTGCAC GCAAAGCCcG CGCAGCgctT TGTATGTACG CGCACGGTAC 4380 ACCCCAGGGA AAAAGAGCGT CTCCTCAGCA GACAGCGAAA ACGAATGGGC ACTCCGCTAC 4440 AACGGTTCAG CCTAAGGGCA AACCATCACC CTTACCCCGG CGCATGGTCA CGTAGCGGTT 4500 CAAATCCGTC ATATTTTTAA CTACTATCCG GCGCTCTTGC CACTCAACCT TCCGCTGATC 4560 AGAAAGCCTG CGCAGCGCGT CCTGTACCTC CCTGTCAGAA AGACCAGCCC ACCGGGCTAT 4620 CTCTTCGATG CTGATATCAA AAGAACGCGC GTCGCTGCTG CGATCCACGT GCGGTTGCGT 4680 TTCATCCAAC ATCAAGAAAA CATCCCCCAC ACGCGCAGTA CTATCTTGAA TCGTTAAAAT 4740 CATAAAACGC CGCTTCTGGG TGTAAATACG CCGCACAAAC GTTTTCAAAA GCCGCATTGC 4800 AATAGCAGGA TTACCCATCA TGAGCACTTC GAAATTCTCC CGATTGAACT CCAGCGCCAC 4860 AACATCGTCG TACGCAACCG CAGACGCCGA ACGCGGTGAG TTGTCGAGAA TAGACATCTC 4920 TCCAAAAATC TCCCCCGGTT GCAACACATC CAAGTAGCGC TCCTTTCCGT TGATAATTTT 4980 AATTAGACGC ACCCGCCCGC TCTGCACGAG GTAGAAACTC TCCCCCACAT CAAACTCTGC 5040 GAAGATAACA GAACCCCGCT GAAACTTTTT GGCAAAGCGC GTAAACGAGG CAAAGGCATC 5100 AGCCATGCGA CGCCTCCTCA CAGGAACGCT GGAGCTCTTT TATGCGCGGA ACTAAAGACT 5160 CAGGAGCGGT AGAAAGCGCC TTGTCGTAAA AAGAAATCGC CTTATCCGGC CTCCCCATAC 5220 CCTGATAGCA CTGTCCCAGA TACATCAGCA CCTCCGCAAG ACGCGTAGAC TTCGGATTGC 5280 GGGTAATGCA CTCAGTGAAC GTCTGAATGC TCCGCACAAA CTCCCTCTGC TCAAAAAGAC 5340 ACCGCCCCGC ACCCAGATAC GCAGCCTCCG CGCCCACTCC CCCGTTCGAC GCGCACCCTA 5400 ACCGGTAATG CTCATAGGCC TCACCCCACT TTCCCTGTTG CTCAAGAAGC TCTGCGGCAC 5460 GCAktCCCCC ACTTCAGAAT CGACAGCTGA CTCAGCAAAA GCAGAAGGCA CCTCAAAACC 5520 CGCATCCGAA CcTTGCGCAC CCGCCTCCTC AAAGCCGCGC CCGACTGTAC CGTCGGCGCT 5580 CTCAAGCATC GACGCAATAT CGTGCCGATG CTTTCCGTCC GGATACAGTT CCCGGTAACG 5640 cTGCGCCACC TGACTTGCAG CAAGGTAATG CTCAGAGGCG TGAAAGGCAC GGGCAACGGT 5700 GTACAAACCC TCCTCGTTAT TTGTCTCCTC CTGAGAGTCA AGGAGCGACT CAAGCTGCCG 5760 ATGCACGCTC CGCAGTTGGC GAGAGAACAC CTTGAGCATC TTCATAACAA TGCGAATGTT 5820 CGTTTGAGCA AAGGCTTCAA ACTCCTGACT CCCAAACGCA TACACAATCG AATCCACCAA 5880 GGTGATCGCA TTCTCTTCAC GAGGAAAATT ACCGAGCGCA GACTTAACCC CAAAGAACTC 5940 ACCAGTTTTA ATGTACTCAG TCACCTGCGA CCCTGTTTCG ACATCCGCAA AGGTAAGCGC 6000 CACGTGCCCC TTATTCAGGA TCATAACACG ATCGTCAAGA TCGCCTGAAA AATAGATAAC 6060 CGAATTGGCC TTATACTGAA TGGCTTTTGG CACGTCTGCC TCCGTCTTCC ACGCGACACC 6120 GAGAAAAAGC GTGGCTCCCA CGGTACATTT TCGATAGAAC GGTCATGCAC TTAAGTCTTT 6180 TTCCAGAATT CACGTCACGC GCTCCTGCGg CnACACCTGC AGAGATCGTT CGCACGCCTT 6240 TTCCAGGAAA GGTGGGTGTG CTACTATCGG TATGTGCAAG TTCACTCTAT CTGGAGGCGC 6300 TTCTGTGCGC TCGGCCTGCT GGTGCCCTTT CTGCTTCTGC TGTTTTCTTG CACCAACACG 6360 GTTGGCTACG GCGTCCTCCA GTGGTCCCTC CCAGATCTGG GACTGAGTAC AGGAGACATC 6420 CTGCCGGTGT ACGTGCGCTC AAACGTCTCC CAAGTGTACA TTGTGGAAAT CCAGAAGAAA 6480 AAGGTAGAGC TGCCTTTCTG GCAGCTAAAA TTATGCAGGA CAAAGAAAGA GGCGCTTCAG 6540 TACGCTGAGC GCCTCCGCGA GTACCGTTAC AGtACGCCAC CTCTGTGCTC GACGGTCTGC 6600 CCCTGCGAGA AGGGCCTGAG AACACTGCCC CCCAAGTTTA TCGCCTCCGC GAGGGACAGG 6660 CGGTCAAGCT ATTGTGGAAG GGTACAGGGA AGGCCGTCTA CCGCGGTGAA AATCGCCTCG 6720 AAGGGGATTG GTTCAAGGTC ATGACCGAAG ACGGTACCAC CGGATGGTGT TTTTCTCACG 6780 GTCTATCCCT CTTTGATGAG CGCGAGTCGC GTCCTACAGT ACGAGAAACG GACGATCTCG 6840 CACGTGATCG CGACCTTCAG CACGTACTCA ACTCTGCGTG GTATCCTGAA TACTACCGCA 6900 CCATGGTTGA ACAGCGCCGC ATCGACTTAG AAAAAATGGC AAGCGGCTGG GGTTTATTTG 6960 TCGGTGAGAA AAAAGGCCTC GCACGCATTG AATTGCCCGA TGCGCAcTAC GCCTTTCCCT 7020 ACTCCCGTCT GGTAAAAACC GGATCCAACG GGTACCTCTT TGACGGATCC TCTCTGAGCA 7080 TCTATGTTCG GGACGCGCAC ACCCTTGCCG CGCAGTTCAC TGACGAAGCT GGGCGCcTGC 7140 GCATAGAACG CTTCGTCACC CTGGAGAAAA CGCCTGAAGA GATTATCGCA GAAGAGCAGC 7200 TGCGGCGCAG TGCGCTTTTG GAACACGTCT GCACACCAGG ctGCGCCTTC ACTCTGAGAT 7260 ATATGGGACG CTGTCTTTTA CAGAACGCAA CGTCTTCACC TGGACAGGGG CGCGCGCGCT 7320 GTCCCCGGCG CTTATCCCCG CAGGGGCAGG GAGCACGGGG CGTGTAGCAC TGCGGTGCTT 7380 CATAGATCAA TCGCTGAAAA GCGAGTATGA AGGGGTGCTG TCCTTCGACT TTGaCAGCGC 7440 GCAGGAATGG GTGCACTTCC TGTACTTACG CACCCCCGGG GGGCTAAAGC TCGAACACAT 7500 AGACTCCACC CACcTGAAGG ATGCGACAGT GTCCGCAGGA GCGTAAGCCC AGTGGTACTC 7560 TAtTCGCGCC GGAAGGACAC GCCGAGCCCC AACCCTAAGA AGCAGTCAGC CGTCGGGAAG 7620 GGAGACGgCC GCAGGCCCCT TTTGGGAGGA CGAGCGAGCC CTGTGTGCCC GGCTGCCCGC 7680 CAGCTGCCAC CCCGGCGCGG ATTTGAGCAA ACTGGCGCGC AGTGACTCCT AGCGCGGCAT 7740 GTCCCGAGGA TCGGTCTTGC CGATTTTTTC CCCGAGTTTG TTCATAAACT CAGCTAGCTT 7800 CATCTTACCC TCAGAACGAT AGATACGCTC TACCTGGGCG AATGCCTCAA GCCCTTGCGG 7860 ACATGATCCG GATCAGCCAT AAACTCGTCA AAGTTCGGAA TAACCAACTT CATACCTGGC 7920 CTAATGCGGT CTGGATGCGT TACCACGCCC TCACTACAGG CCATAATAAT GGGGAAATAG 7980 TATCCGCGGA TGCGCGAGCC GTAAAACTTT TTAGCAATTT GAGAAAGGGT GTCTTCGTTT 8040 TTGACCACGT ACTCAGCACG CGACACCTCT TGCGGAGgAC TGCCATAGGC TCcTGCGGCT 8100 CCTCGGGGAC GGGCGTCATG GGCTCTTCTT CCTGCTCCTC CACAGGCGGC GCAACTTCCA 8160 CGAGCTCCTC CGCCGGAGcc AGACTTGCAG GACGTAACAC CCGAGATAAA CGCAATCCAC 8220 AGCAACAGGC CCGTACTAAG CTTCCTCATC ATCGTCTCCT CCTCCAGACT GCACGCACAA 8280 TCCGGACAAA ATAGCGGCCC ATTTTCACAC AGAACCCCAA TGAAGACAAG ATACATGCCA 8340 CCTCATGGGG AAAATCATAC GGCATACTCT TAGCAAGCGC ACACACCGTC CTTCCCACCT 8400 CTGCCGGGAG CAGCGTGCTC TCTTTAGGTC CATTTCATCG GAAAGGATGG CACTGCAATT 8460 CATTAAGGAT ACGCACACAA TCAACCGAAA CAGTGACAAA CGTGGGTGCG CGTAgyTTTC 8520 GTTCCGCCGT TTTTACTCTT CTCACCACTG TCTGTGCGCT GTGCGGCGAC CCAGCGCATG 8580 CCTATCTTGT GCAATTTAAA GAGCAATTTT ACCGTCTGTA CCATACACAC CTGCACCAGT 8640 ATCCGGACGA AGTTATTGAA AATATTCATT GGCTTGAGCG CGCTGTACAC GCCGACTTCG 8700 CCAATCCCCT TTATGCACTT GCGCCTATTC GCGATAAAAA AAGCTGGGAA AAATACCGCG 8760 CACTCTTCAT GATGCACTTA AACCTCAAGC TGACGGAGCA ACATTTGCGT CTTGGCGAAA 8820 AATTTGACAA AAGGGAAGCC CTCTTTTTCA ACGCACCATG GAGAGAAGAG AATATCGAAA 8880 GCCTCGCTAC nGCCGAGCGG TGCTACCACA CTGCACGGCG ATACTGGCAC GAAGCGGCGC 8940 TCTGGGCCGA GCGCGCAAAC GCCGATCAGT TTCGTTTTCT GTTCCTCACC GAGTTGCCTG 9000 CTTGGGAAGA CGAGCGAGAA cGCATCGCGC GCGGCACGyt CAACTATGCG CGTACCATAT 9060 CGCGCGAGtC GCACGTCTCG AGGCGGTGCG TGCTCgCTTC ATGGAGATGA ACGACACCTA 9120 CTGAGAACGA ACTCCACCGG TACCAGGCGA CACTGAACAC TTACATCGCC TGGACTACAC 9180 AGAAGCCGGT CAATAGCGGG CGGGTTTGCC CAGAAACTTt ACCCCAAGAT CAGGAAAATC 9240 CGTGAGCACC ACGTTTGCGC CCGTCTGTTT GAACAAAATG GAAAACATCT CGTCCaTGGT 9300 GCGCGCGTAG CTAGGCAGTG TTTCTTTCgT ACCGTGTGCA CATGACATTC CAATTTCGCA 9360 TCTTGGATTG CAGAAACCAT CGGACTCAGG CGAACAGCGC CCACCTTCGA CCATTCATTC 9420 TCTATGAGCA TCCTCCAGTC AGGACCCACG CCGTCTGCAT ATTTTGCTAT TTTCTGCATA 9480 CCACCGGGCT CAAACATCCA ATTGTAATTG TAGTT ATCC ATTTCCCACG CGAGTCCTTC 9540 TCCTGTGTTT CACGTTGATC TGTGTAAGCA ACACGCTGAA TCAGCTTCAC GTTCATTTCG 9600 TACTTTGGTA AAAGTTCTCG TTTGATACGC TTCAGCTCGT TAAAATCATA CGTTTGCACA 9660 TACACTAGAT CCGATCGACT TTGGTAACCG TATTTTTTCA ACAGAGCGAG GGTAAGCGCT 9720 GCGATGTCTT TTCCTTCCTG ATGATGAAAC CACGGCACCT TTATTTCAGA GTAAATTCCA 9780 ATCTTTTTCC CGGTTGTCTG TTCCAACCCA CGGATAAACT GCAACTCCTC TTCAAAAGTG 9840 TGCAGCCTAA AACCAGGCTT CCAAAGAGGA AAGCGCTGGC CA ACACCGG CGTATGTCGC 9900 TTACCGCGCG TAT GAAACT ATTGGTTGCA CGGAGGAGGG AAAGTTCTTC TACCGTAAAA 9960 TCTATGAC T AGAAATGCCC ATCCGCACGC TGCCGGCGTG GAAATTTTTC TGCCACGTCA 10020 GTCATATTAT CCAGAATATG GCTTTGCGCT ACGATAAGCT GATTATCCTT TGAAAGCACG 10080 ACATCCTGCT GCAGGTAATC TGCTCCTtGT GCAAAAGCAA GAACTTTCGA GGCAAAGGTG 10140 TGCTCGGGCA CATATCCTGC AGCGCCCCGA TACGCAACTA TCATACGTTC GGACGCACAG 10200 CCTGCAACCA AkGCCGCAAA CACCCCCCCC CAAAGCGTCA CACAATATGT TCCCCGCATA 10260 AACTTCTCTC CTCCCCTGTT ATAGAATGCA CAGATCGTCA CCGTGCATAG TAGCACGCCG 10320 CATATCTCCA CTGAGCGCTG ATCCTACCTT CAGTTTTAAT CCCATTCACG ACATGTCTTG 10380 CATACAGGGT AACGGGTACG CCCACACACG CGCTTGAGAA TGGGGAAAAA AGTCTTCAAG 10440 TAAGAAAAAA AAGAAGCAAG AGCCAATACC ACTGGCACCA CGTACACCAG GCGGCCAACC 10500 GCACGCATGC GCTCATACCA ATCCGCGCCA GCCAATTCAA AGGCGTACAA TGCTTTCAAA 10560 AGAAGCGAAA AAAGGACCGC ACCCATATAC GAGGCTGTTT TCAGCTTTCC CATTCTCTGG 10620 GCACCAACTA CGTGACCTTC GCCACACGCA AGCATTCTCA GGAACATCAT TCCAAATTCC 10680 CGATACAAAA TACACAGAAA AAGAAAAACC GGCATGAAGT TGTCTGCCAC GAGGCAAAGC 10740 ATGACAGTTA CATTCGCTAT CACATCAGCA AAGGGATCGA AAACCTTCCC AAAACTAGAA 10800 TACTTCCCTG ACTTGCGCGC GTAATAACCG TCGAGGAAAT CAGTGCACGC AATGAAAAGA 10860 AAAAGCAGCA CCGACGCGAT AGACACCACA CGCCCCACAT TGGcAGCAGG AAAGTACATA 10920 ACAACCCAAC GTGACATATG ATAGAGTGCA AAGAAAGGGA GAACCAACGC CAGTCTCAGC 10980 GCAGTATAAA AGTCAGAAAG CCTCATACTC ACCTAGGGGA AAGACGTAAT GGTACACCAC 11040 AGGTGTACTc CTAGCCTCGA ATTTTGTATC GCCTATTGAA CCTGTCAATG CGTCCTGCTG 11100 AATCTACCAG TTTCTGTTTA CCGGTAAAAA ACGGATGGCA CGCAGAACAA ATCTCTACCC 11160 GCAAGTCCTT CACGGTAGAA GCAGTCACGA TGACGTTACC ACACGCACAC ACCACCTTCG 11220 TCTCCTCGTA CCGAGGATGC AGTCCCTTTT TCATCTGAAT CGCTCCTTTC CCCATTCTAC 11280 AGcGCGCCGC GCCCTTAAAA AGGTTACATC CACCCTCTTC CAGAAGGCTC GTACACGCCG 11340 GGTGTAACCG ACACACGTTC CAGTCTCCTT ACTCAGGAGG AGAACGCACC CGTATTCATA 11400 GACCTCAAAA ATGCCTCGTT GTTCTTTGTT TTACGCATCT TATCAATTAA CAATTCCACA 11460 ATTTCTGCAT CGTCCATAGG ATTGATTACC TTACGCAACA CCCAAATACG CTGCATTTCT 11520 TCCTCCGTCA GGrGCAACTC TTCCTTACGC GTACCAGACT TTTTAATACT CACCGCGGGA 11580 AATAGGCGCC GATCCGAAAG GCGACGATCG AGATTTATCT CCATATTCCC CGTACCTTTA 11640 AACTCCTCAA AAATAACCTC ATCCATCCTA CTGCCTGTTT CAATAAGCGC AGTGGcAATG 11700 ATTGTCAGAC TTCCTCCTTC CTCCACATTG CGAGCTGCAC CAAAGAAGCG TTTCGGTTTG 11760 TGCAGAGCAT TTGAATCCAC TCCCCCCGAC AACACTTTAC CTGAAGTTGG CATCGTTTGG 11820 TTATAGGCAc GCGCCAGACG CGTAATCGAG TCAAGCAAAA TCACCACGTC CTTCCGGTGC 11880 TCTACCAATC GCTTTGCGCG CTCAAGCACT ATCTCTGCAA TCTGTACATG GCGAGTAGCC 11940 TGTTCATCGA ACGTAGAAGA AATAACTTCA GCATCAACCG TACGCTCCAT GTCGGTTACC 12000 TCTTCAGGAC GCTCATCGAT GAGCAGCACG ATAAGATAAA CTTCAGGATG ATTTTGCGTG 12060 ATGGCATTTG CAATTTTCTG CATGAGAATC GTCTTTCCCG TACGCGGCGG CGCTACAATC 12120 AGCGCACGCT GCCCCTTTCC GATCGGACAG AACAaGTTCA TGACACGCGT TGAGATATCT 12180 TCCGTTCTTG TTTCTAAATT CAGCTTTTCC CGCGGGTACA AAGGGGTAAG ACTGTCGAAA 12240 GGGACACGGT CCTGTACCTT TGCTACTTCT TCGAAGTTTA CCGTTTCCAC GCGGAgcATT 12300 GCAAAGAAAC GCTCTCCCTC CTTAGGGGAG CGAATCTGCC CATAGATGGT GTCGCCCGTT 12360 TTCAGATTAA ACAGGCGAAT CTGACTTGGA GAGACGTAGA TGTCATCGGA ACCGGGCAAA 12420 TAACTGTTCT GAGGTGAACG CAAAAAACCA TACCCGTCAG GCAATATCTC CAGCGAGCCA 12480 GAAGCAAAGA TAACGCCACC ATTCTCAGTG TGATTTTTAA GAACGTGAAA GATGATATCT 12540 GACTTTTTCA TGACAACCAC GTCTTCTTGA GAGATACCCC GCTGTACTGC AAAATCACGC 12600 AGGgCATGCA TCCCCATCTC AGTTAAATCA TCAATCAGCA AACGCGCCCT ACCCTTAACG 12660 TCGGCGGAAG ACTCACTTGT TTCCGCATCT TCTGGGCAGA AATTTTGCTT AAAGCGTAGG 12720 GCTCTTCGCG GACGTTTTTC CACCTCCAGC GCTTTTGGCG TCACCACTCG TCTCCGTGAG 12780 CGAGAGsGgA TGACGAGCTT CTTCCTCCCG CCGTAGATCG CATTCCCCCA CGTCAGCG 12838 (2) INFORMATION FOR SEQ ID NO: 11: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 17378 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 11: TGCGCGTGTG CCACGCACAC CAGTACGTAT GCTCGAGCAC AGTGGTCACG TGATCACTGA 60 TGACGTGGAG CGGGAGCAGG TTGCCTCTTG TGTCAGTGCT TTTTTACGCA CGTAnTtTAC 120 GTGATGTCTA CCCAAAAGGG AGTGCGGTGC ACGngTGCTC CACATTTCTA GTTGCTGTAG 180 GGGGAAGAGA CTGAGTCGCT GTTTCGGACC GCGTGCGTTT TATGTGCGCG CGCTGTGCAT 240 CGCGCTCCCC GTGATGCTGC ACTCCTTCAT CCAGACGGGT ATTTCTTTTT TAGACAACGT 300 TATGGTCTCC CGTTTGGGGG ATGTGAAGAT GGGTGCAGTG AATGTGGTCA ACTCGCTGCT 360 CTTTCTGTAT GTCACCGCGT TAATGACCGT GTCGAATGCA GGCAGCGTGT TTATGACGCA 420 tACTCAGGAG CCCGTCACGT AkGGGCATGC GGCAAAGCTA CCGATTTAAA CAGTACGCCA 480 TGGGGTCTCT GGCGCTGGGT GCTATGGCCG CTGCGCTGTG CTGTCCTCAG TATCTCCTTT 540 CGTGTTTGTT GGGAAAAAAT GCGCAGGCTG CTCAGATTAT AGCGGAAGgT GAGCGTTACC 600 TTTCGATAAT TGTGTACACT CTTGTGCCGC TGTCATTTTC TTTGGTCCTC ACCTCTACAT 660 TGCGAGAAAC AGGGAAGGTG CTTGTACCGC TTGCAGTGTA CGGGTGCAGT GCCGTATTGA 720 ACGCAtGrGT aATaTATGTT GATTTATGGA AACTGGGGGG CTCCGCGATT AGAAGTGCAA 780 GGTGCAGCAT GtGCAACGCT TATAGCGCGG GTGGTAGAAA GTCTTATGCT CCTGGTGTAT 840 GTGCGGGTTA AAAAACCGGA CTTTTATGTG CGGCTTTTTT GTCcTGTGCG ATACCCCTGT 900 CACTGTGTAC GGTGATGCTG AGAAAATCGC TGTGGATTTT CGTAGGAGAC ATGGCATGGT 960 CGGTAACGGA GATGGCCGTG GCTGCCTTGT ATCACAGCCG TGGTGGGGCT GAGGTTGTGG 1020 CAGGGATGTC GGCGGGGTGG ACACTCGCGC AATTATTTTT TCTATCATTC CCTGCAAGTA 1080 GCGTGGCAAT TACCATTTTG GTCGGGGATG TGTTAGGGAA AAGCGAGCTA AAGCAGGCGC 1140 AGGATTATGC cACGGTGGTT GATGAACGGA GCGTTCTTTT TAgGGTTAGG TTTGGGTGTG 1200 AtTGTGTGTG TAGCGCGTGC aGGGATTCCG TGGGCTTTTG GAGATTTGTC GCaTGcTTCG 1260 CAACGTATAG CACAGCAGTT GGTGCTCGTG ACGGCGCTGT ATATGCCGAT TTGGATGTAT 1320 TTAAATGCGC AGTATGCGGT GGCACGTGCA GGAGGTGAAG TGATGGTCAC CGCGTGGACA 1380 GAAACGTTGG TAGATACCCT GTTGTTTTTG CCGTTGATGT ATGTGTTGGC GCGCTTCACT 1440 CAGCTTGGTG CGCCGCTTAT GTATGGAATA GTAAAGAGTA CAAGTGTAGT AAAAATGGTG 1500 GTGCTTGCAC GTCACTTAAA AACACGTCGT TGGGTGCGTA ATCTCGTGGC GAATTTATCG 1560 TGATACGTGT TACGTCCTTC GGGTAAGGCA CGGAGCATGG AGTGACGGAA ATCGAAGCAT 1620 GTATAAAAAC TGTCCGCACG CCCTATAGGC GTCTTTTTGT TTTCCCTTCG CGTATTGTTG 1680 CCCAGGGGTG GCTGCGGCAA AGTCTTTCTC TGCTTGGTGT GCGTACGGTT CCGGGGCGGT 1740 TGTGTCTTTC TTGGGACGAG TTTAAAAAAC GATGTTTTCA ATGTGCGCCG TGTGCGCACC 1800 GTACACCTAT TTCCGAACCG CTTCGTCTTT TATTTGCACA CTCTGTGGTG CAGCGCAATG 1860 CGCGGCAGGC TGCAGAGGGG CGCGCACTTT TTTGCAACCT TATTCCTCCG GCATATGCGC 1920 AAGACGGTGC AGTGTTTGTG CAGTGGCTTG CCCGTATACT CCCTCAACTT GGATCGTGGC 1980 AACGGCGCGT TGAATCGCAC TGCATGCCTC CAAAAGATGC GGTATCGCGT AATACGTTTG 2040 ATGGyCsCGA CGCGCgCGCG TATGCcAGAg TGCGGAGGCG CAAGATTTAC AAACGCTGAA 2100 AGgCAcTATG AGCAATTTCT CCGCGCGCAT GCACTCTTTG AACCTTCCTG GGATACGCCG 2160 CAGTTTTGTG CGCAGGGGAA CACGTATGTC ATTGTATACC CGCAGCTGAT GCAAGACTTT 2220 GCAGAGTATG CACCGGTATT GCAAGAAGCG GCGCGCGCCA CTGCGGGAGT ACTCACCTTT 2280 CTTCCGGTTC CTCCCTTTCG GCAGGATACG CCGTTGTGTT GTTTTTCGAA TGTACGTGAG 2340 GAAATTACTG CCGTTGCGCT CCAGGTAGAG AGGTTGTTGC GCACGGGAAC GCCTGTGTCG 2400 CAGATAGCAG TTTCGGTGGC AAATTTAGAA GAACTGCAGC CATATGTGGA GCGTGAGTTT 2460 CGTCTGCGTG ACATTGAGCC TGAGGTGCGG GCAGGTTTTT GTCTTGGTGC TCATCCGGCA 2520 GGGAGGATGT TTTCCCAGCT TCGAGAGTTT GTGCGCAGTC ATGgCACGCT CAAAAGCGTG 2580 CGGGcGCTGC TTTTGAATCC GCATATTCGC TGGGCGGACC CCCAAGGGGC ACAGGCTGTG 2640 GTGCAGTACG GATTGCAGCA GGCGTGCATT CGTTCATGGA AGCAGAGCGG CACGTATTGC 2700 AACGTGTGGC TCCAGGCATT TGCGCTCCAC TGTGAGCGCA CAGAACAGGA GCGACAGCAC 2760 CAGCAGTGTG CGCAgcGATT TTTTCTGACG CTGTTACGTT TTGCGCGCGC GTTGGTTGAG 2820 GCGCGTAgTT TCGTACGGAT GCAAAAGGCc TACGGTGCGT TTCGTGCCGC TTGTTTGCTC 2880 CCCGCGTCAG CraCACGTCT GGTGCAGAAG AGGAGATAGC ATCGTCTGCG TTTGCGTCTT 2940 GCAGTGCTGG GGAAGACGAT GCGGTGATGG CGCGGTGCGT CTGTGTTTTG CAGGAGTTAG 3000 CGGCGCTTGA GCGGCGCTTT GCACACGTGG TGCCACCGGA TCCATATAGT TTTTTTGTAC 3060 AGCAATTGGC ACAGCAGATG TATGTACCGG TGCGTGCAGG GGTAGGACTG GCGATTTTTC 3120 CCTATCGGGT TGCGGcGctG CGCCCTTTTT GCATCACTTT GTGATAAACG TGTCGCACGA 3180 AGCGAGTAGC GTGCGGTATC AGCGAGGTAC CTTTTTGCGC GCGGATGTGC GTGCGGCATT 3240 TGGTTTTGAA GATGAAGACG TAACAGAGGC TTTCTTATCT GCGTACGCGA CGGCACAGAC 3300 GGTGTATTTT TCCTGTTCTG TGCAGGCGTT TTCAGGGGTG CAGCGCCCgA ATCGTTTTTT 3360 TTCAAATGTG CATCCGCCTG TGTCCTCCAC CCTGACGGGG AGGGCAAGTC AAACACCGTC 3420 CCCAGCGGGC ATTGCATCTG AAACTGGTGG CGCGGTGCCT CAGTATCCTG CGGTGCGCTA 3480 CGAGGAAGAC GCGCTGCAGG CAGAGCAGGA CCTGTACGCA CAGGGCGCAC CGGTGCCTTC 3540 GTCATTGTAC AGAACACAAC AGGAGCGTTT ACGGAAAGCG GCGTCTCTTA TCCCTGCAGC 3600 GGGGCGTTCG TACATACGTG ACTCCTTTGC GCAGGCGCTC CCACCGCTGA CTGCAGTACT 3660 CCATGCGCGT CATTTTCATC ATGCGGCGGT CAAGGTGAGT CAAACCGATC TTAATCTTTT 3720 TTTTCGGTGT CCGGCTGCTT GGTTTCTTGA GCGTGTGTTG GACGTGGCGC CGCTTTCTCG 3780 AAGGCCGCGT TTAGTGGATC CGCGCGTGTT GGGGGTTTTT AGTCATGTAG TACTCGAGCG 3840 GCTGTACAAT AGGATTGCGT GCGAGGACGA GTGTTTTTTT TCTGCGCACA TGGAACGCTA 3900 CCGTTTATGG ACGCAAGAAG CGATTGAGCA AGTCTTTTCT GAGCGTGCGG TGCGTGCCGG 3960 TCCGCTTGTG TGGGCGTTGC GCGCGGCCTG AGCGCGCGCA TCCGGCACAT GGTGGAGTTT 4020 GTATTGCAGT TTGATGCGCA GCGGCTTGAC GGcTGGCGCG TGGTACGTAC TGAGAAAGCG 4080 TTTGAGTTTA CCGATACGCA gTGTTTCTAC ACGGGGTTGG TGGATCGCAT TTCGTGCAGT 4140 CCGGACGCGC GGTCGCTTGc AGTGTTAGAT TACAAGACCG GGGCGCTCCC TGCGCTTTCT 4200 GATTACACAG ATTGTGAAAA GAAAGGTCGG TTGTCTGATT TTCAAATACC TATGTATGTG 4260 TATCTGTTGG AGCAGGCGGG GTATACCGTG ACGCACGCTT TTTTTTTAGA CGTGAGAAAG 4320 AGAGATTTTA AGGTTATTGT TTCGAACGGG CGGGTGGATA TGGGTGCAAA GCGTGGGGTA 4380 GATACCGTAC AATTTCAGGC GGTTATGCAG CGCTTTGAGC AGTCAGTGGC AGTTTTTTCG 4440 AAGGCGGTGC GCCAGGAATG CTTTGCCAAA GCGCCGTATG TCACCTGGCT TGAATGTGCC 4500 TCGTGTCGTT TTGCGCCGGT GTGTCGTACC TCGTATGTGG TGCGTGGGGC GTCGTGACTG 4560 ATTTTCTTTT TTCTTTTTTT CAAAGTTTGA ATGCAGAGCA GCGGCGTGCA GTTTTTTCTT 4620 CGCATAATGC AGTTGTTACC GCAGtGCAGG TTCGGGTAAG ACGAAGgTTA TTAGCGCGCG 4680 GTATATACAC CTGGTTGTGG AGCGGGCAAT TCCGGTTGAA CGGATTGTGG TGCTCACCTT 4740 TACCAGAAAG GCGGCCATGG AAATGGCGCG CAGAATTTAT GAGGACCTCC GTCTGTGTGT 4800 ACAGAGTGCG TCTGCGCAgc CGGAGCCGGG GCACGAAGCG TATCTGCTGC GTGCGCGTGA 4860 GGCGCTTGCg cGGTTTGGGG AAGCGCGCAT TATGACGTTA GATGCCTTTT CGCACGAAAT 4920 TGCGCGGGTA GGCGCGCGCT TTTTCGGTAT CGCGCCTGAT TTTTCTCTCA GTGAGGAAGA 4980 GAACCGCGCG CTGGCACACG AGTGTGCAGA AGATTTTTTT CTTGAGCATC GGGAACATCC 5040 AGTGGTACTG CATTTTTTGC AGCAGGAGCA CGCCGAAGAC TGCGTGCGAG AACTTTTTTT 5100 TATTCCCTTG CAGGATCACG GCATACTTAC ACATCCCTGT GACTTTCGTG CAGGGCTTGC 5160 GCATCAAATT GCTACAGCGC GTGGGTTATT AAAAACGGTG CTCTGCGATA TACACGCAGC 5220 ATTGCACGCC ATTCGGCACC ATATGCaAGA GGCAGATGCG CAGAATGCgc TnCATTGCGC 5280 GCTGCGTTGC GCTGTTTGCG GCACAGGATA CTGCCTTTTC CTACACGCCG GCTGCAGAAG 5340 CAGATGCGAT TGCCGACGCG TTTTTGGCAC GTGGGTACGA GGAATATGCA GCTAAACCTG 5400 ATGAGTTTTC TGTGTCTGAC CCTGATGAGG GAGCGcGGCG CcTGcACACG ATTGCcTGCG 5460 GTATTGTGCG GCGGTAAAAA CGCTTTTTTG TCTGAAGGGT AATTTAGGGG GGCGCGCGGG 5520 TGCAGCACAG GCGATAAAAG CACAGGTAAA GCAGCTGCGT CTTCAACTTG TACCGCAAAT 5580 GGAACGGCTG CACGCGTTTT TTGCGCAGGT ACCGTTCCTT GTGGCACTCA GCTCGTTGCT 5640 CGAGCTTCTG CAGGCGCGTT TTATCCGGCA AAAACGGGAA CGGAATTGTC TCAGTCACGC 5700 CGATGTGGCG CATCTTGCGG TGCAGGTGTT ACGTCAGTAT CCGGAAATAC GCGTTTCTTA 5760 CAAGCGGGGT ATCGATGCGT TCATGATTGA CGAGTTTCAA GATAACAATG CCCTCCAGAA 5820 GGAACTTCTT TTTTTTCTTG CCGAGCACGA AaGCgcGCAC CGCGCACTTC CTCCCTCCTG 5880 CACATGCGTT GTGCGCACAC AAGTTGTTTT TTGTGGGAGA TGAAAAGCAG TCGATTTATG 5940 CGTTCCGGGG TGCGGATGTG CGGGTATTTC GGTCTCTGGC AGGCGTACTC ACCCCGCAGg 6000 TCAGTGGCGC GTCCCAGCAG GAGCTTCCTC TTTcCGCTGC TGCGGAGCTG CAGCCCACAC 6060 TTCAGACGTT GCGTATCAAT TACCGAACAG AAGCGcGCTC CTTGAGCGCC TCAACATACT 6120 GTTTTCACAT ATTTTGCGTG GGCCGTCTGA GTCTGCCGAG AACGGGTACG AGGTTGGGTT 6180 TCAGTATATG CAGCCGGCCC GGTGTACTGC CGGTATTGAG CCGCAGTTTC GGGTGATTGG 6240 AGTGGATCGT CACCGTTTCT CCAGACCGGA GCACGAAGCG CAgcACTCAG CGGCGCGCCC 6300 AACTCCTCAA GCAGGGAGGA CAGGCGCGTC TGAGGACTCG GAGGATTCTC TATCGGCGCA 6360 GGAGACAGAA GCGTGGGnGC TTGCGCGTGC TATCCGTGCC ATGGTGGACG GCGGCACCCT 6420 GGTGCGCCAC AAGGGGGAGG CGCCGCGCGC GTGCACGTGG GCGGACGTAG TGATTCTGTT 6480 GCGTTCTGCA GACAAGCAGG CGCGGTACGA GCGCGCGCTG CGTCTGTGGG GTATTCCGTA 6540 CACGTCGCTT CAAACGCGGG GTATGTTTTG CGATGCGCCG CTGTCTGATC TCCTTGCCCC 6600 GCTGCGTTTA GTGCTCGAGC CTGCCGATCG GCATGTGTAC GCGCAAGTGC TCCGCGGTCC 6660 GTTTGTACGG GTCGATGACG ACACGCTTTC TCTGTTGCTG CTCCCACCCG CACCCCCCGA 6720 CGCCCCTTTT TCGTATATCC CCGCGGAGTT AaTCcGCtGC GGCGCGGTGT GTACGTGCAG 6780 GCGCGGACTT TTTTGCGCGC GTGCAGCAGC AGGTGCGGCG CCTGGCGACG AATACCGAGC 6840 TGCTGACCTA TCTGTGGTAC ACCGAGGCGT ATGGAACGCT GTTGCGCAAG ACCCCCTGGC 6900 GCGTCCGTAC CATGTGATAT ACGACTATGC GTTTGAsTTG CGCGGCGGGC AGATCGGCAG 6960 GGAAAGGGGA TAGGAGAATT TTTAGATTTT GTAGATGCGT GTCTGTCTGC CCAGGAGCGG 7020 GTAGAGGAGC TGGAGCTGCC TTGCACGGAC CGCGCGTGTG GGGCAGTGCA GATTATGAGC 7080 GTGCACAAAA GCAAGGGGCT TGAGTTTCCA ATTGTGTGTG TGCCGGACGC GGGGAGTTCT 7140 GGACCGCGAG TGATGGCgCG CGTAGgcGCG GTACACTCCC CGTACGGATA CATTCCCCGA 7200 TTTTTGCCTC ACCCTGAGGG GGTGCATCCG ATCTTTGTGC AGGAACAAGA CACGCGCGCC 7260 CGGGCGTACC GCGCGGAgcT GCGACGCGTG CTCTATGTGG CTTTCACGCG GGCTGAGTGC 7320 CaCGTGATTG TCAGCGGGGT ACTGCCTATT TCTGACGGAC ATCCTGCTCC TGCCGTTTCT 7380 CGGTCGTTGG CGGACATCTG CTCTCTGCTC CCCTCTGGTG ACGGGAGTGA GCCTCCTTCC 7440 TCCCTCTCTT TCTTTTCAGA GCTGCTCCCT GCGCTTATGC ATGCAGCCCC CCTTCCTCCC 7500 CATCCTTCTC CCTCTGTGGT GCCCGCACCG GTGTCGTTTG ATGAGTGTCt GCnTGGCGCG 7560 CCCTCAGGCG TATCAGCGCG CCCTCACCGG GTCAGCTCGC CAAAGGTGCC GCAAGCATCC 7620 GCCCCTCGGG ATTGGTACGC TGCAGTGCCT GTTCGCGCAC CCCATTATTA TCCCCgTCTT 7680 GTTCAGCCGG TGAcGTCCCT GGTTTCTCCG GCTCCGGGGC AAAACTCGGC TTCCGCTTCT 7740 CCTTCGCCCT TGACCCCGCA GTCCCCCCGT GGCGTGGAGT TTGGCACGcA CGTGCATGAG 7800 CTTTTGGCGC AGGTTTTCCA GTCCCCGGCG CCGaATCkTG' CACTCCATAG CGTACAACGT 7860 GTTGATTcCC CTGCGGCACg CCTTGTGGCC TGCTTTCTTC ACTCCCCCTT GGGCTGCCGT 7920 GCATGTGCAG CCCCCGCTCA CCAGCGTTTT GCGGAGTTTT CCTTTCTCAC CCGCGCTCCA 7980 GGTAATACGA AACCCCCACA TGGAGCGGAG TACCAAGCCG GCACCATTGA TCTCCTCTTC 8040 CTTTCCAATG GGGTGTGGCA CCTTGTGGAC TACAAAACCG ATTACGAAGA GCACCCGGCG 8100 CGTTATCTCC CCCAGTTGCA GCACTATGCA CGGGCGGTGC AGGATCTCTT CTCGGACCAC 8160 CCGGTGACGG CCTTTCTGTA TTACCTCCGA ACCGGGCATG AATTTTCTTT GGAAGCGTTA 8220 GAATCTCATT TTCTGAAAAA AAACGCAGTT CCGGATTCTG AATGATTGAC CCATCTGCCA 8280 CTTCCCGGTA TGGTTCCCCA CGTTTAGTTA GTAATGGTTT TCGGCATCGG AGAAAAGTGG 8340 TGTATCAGCG GGTAGGGCAC AGGCGATTTT CTCTCATTTT CTTTTTCGTT GTGGTTCTGG 8400 GGCGGTCCCC GCGGCTGTGG GCTCAGGTTT CGTTCACCCC GGATATTGAA GGCTATGCGG 8460 AgcTGGCCTG GGGCATTGCA TCCGAAgATG GTrGCGCCgg AAaCCTCAAG CATGGATTTA 8520 AGACTACTAC TGATTTTAAG ATTGTGTTCC CCATTGTGGC AAAGAAGGAT TTCAAGTACC 8580 GCGGTGAGGG GAATGTCTAT GCGGAAATTA ATGTTAAAGC GTTGAAGTTG AGTTTAGAGT 8640 CAAATGGTGG AGCAAAGTTT GACACGAAGG GTTCTGCAAA GACGATAGAG GCAACCCTGC 8700 ACTGTTATGG GGCCTACCTG ACCATTGGGA AGAATCCTGA TTTTAAGTCA ACGTTTGCTG 8760 TTTTGTGGGA GCCGTGGACC GCGAATGGGG ATTATAAGTC TAAGGGAGAT AAGCCGGTGT 8820 ATGAGCCGGG GTTTGAGGGA GCCGGGGGAA AGTTAGGGTA TAAACAGACT GACATCGCCG 8880 GCACGgGGCT CACGTTTGAT ATTGCGTTTA AGTTTGCGTC TAACACCGAC TGGGAGGGCA 8940 AAGACAGCAA GGGCAACGTC CCAGCAGGAG TAACCCCCAG CAAGTATGGA TTGGGGGGAG 9000 ATATTTTGTT CGGCTGGGAG CGTACGCtGa AGATGGCGTG CAGGAATACA TTAAAGTGGA 9060 GCTCACCGGC AACTCCACAC TGTCTAGCGA CTATGCCCAA GCCCGAGCCC TGGCAGCCGG 9120 GGCTAAGGTG AGTATGAAGC TTTGGGGTCT GTGTGCTCTG GCTGCTACAG ACGTGGGGCA 9180 TAAGAAAAAC GGAGCGCAGG gCACCGTAgG CGCAGATGCG TTGTTGACGT TGGGGTATCg 9240 TTGGTTCTCG GCGGGAGGAT ATTTCGCATC GmAGGCCAGC AATGTATTCG GGGGAGTATT 9300 TCTCAACATG GCCATGCGAG AGCACGACTG TGCTGCCTAT ATTAAGCTCG AAACCAAGGG 9360 GTCTGATCCT GATACTTCTT TCCTTGAGGG TCTTGATTTG GGTGTTGATG TGCGTACGTA 9420 CATGCCTGTC CATTACAAAG TCCTAAAAGC CctACCCCCA GCCATTTACT TCCCGGTGTA 9480 TGGAAAAGTC TGGGGTTCGT ATCGTCATGA TATGGGTGAG TATGGTTGGG TTAAAGTGTA 9540 TGCAAACTTG TACGGCGGTA CGAACAAAAA GGCCACGCCC CCTGCTGCTC CTGCTACGAA 9600 gTGGAAGGCA GGATATTGTG GGTATTACGA GTGTGGGGTA GTGGTCAGTC CGTTAGAGAA 9660 GGTGGAGATT CGGCTGAGCT GGGAGCAAGG CAAGCTACAA GAGAACAGCA ATGTAGTGAT 9720 AGAGAAGAAC GTGACGGAGC GTTGGCAATT CGTAGGGGCA TGTCGCTTGA TTTGGTAGGG 9780 ATGTATGGTT CTTTTCTTTC CGAAgGGgCG AATTTACGCC CCTTCGgAAG GTATGCAAAA 9840 ATTCCACGTA TCGGGTCACA TATGACCCGA TACGTGGAAT TTTTGCsCCG GCGCATATCT 9900 GGCCGGGCAT GACACGCAGC GGAGGTAGGC GGGGTGTGTA GACGTTTGTG CCATCACAGG 9960 TGGCGCGTGT GGGGAAAGGT TGCTTCCCTG GGAGTGCTCC TTTTAGGAGG GCTTGTTGCC 10020 TGCACTTCAA GCGcAGcCGG GTCAACCTCC AACACGCGGC CGGGGGTGCG TATGACGATC 10080 ACCAGCCGCT ACCCCTTCGA TCGCACTATG CAGCTTTTGG aGArcGCTTT GCGCACGCAG 10140 GGCTTTAGCG TTTTTGGTAT TGTTGACTAC CGCGAGGCAG CCCACAAACA GAACTTGGAT 10200 ATACAACCTG CAAAGCTTAT GGTGGTGGGC TTCCCTAAAA TTGGCACGCC CCTCATGCTC 10260 GAGGATCCTT ACTTTCTTCT TCGTGTCCCT CTGTACCTTA TGGTTACCGA TGTGCGCGGG 10320 AAGACGCGCG TGTCGTTCCA CAATACGCGT GGACTGATGG ATAGCTATGT AGAGCTTTCT 10380 GATATGGATC AGGCCATCGA GTTAGTAGAA TCCATCGTCA AGAAAACCCT TGCAGAGTAG 10440 GACGTTTTGG AAAAGAAATT TGCGTTGCTC ATCGATGGAG ACAATATCTC CCCTAAATTC 10500 CTTGAGGGAA TCGTCGGTGA AGTGTCTAAA GAAGGTGATA TCCACGTTCG CCGTGTCTAC 10560 GGTGACTGGA CTACCCCTAA CATGAATGGG TGGAAGGGGC TGCTCACGAA AATTCCTATC 10620 CGACCAGTGC AGCAGTTTCG GTACGGGGAT AACGCCACTG ATAATACCAT CATCATGGAG 10680 GCTATAGAGC TCGCGAACAA TAACCGGGCT ATCAACGCCG TGTGCATCGC TTCTACCGAT 10740 TCTGATTATT ACAGTCTTGC GCTCAAGCTG CGGGAGTACG GTCTGTACGT GCTCGGTATT 10800 GGAAAACGAA ACGCGCGTGA GATTTGGGTT TCTGCGTGCA ACGAATTTAA GTACATCGAA 10860 AATATTGAAA CTGAGCACTT TGGCCTGAGC GCGGGGTTTG CGTTTCATAC TGAGTCAGAT 10920 GCTGCTGCAG TTCCTGGTGC AGGGGTCGAT GCCGTTGAAG AGGATACTGG GGGTTTTGAC 10980 TTAGGGAAGC TCATTGCGCA CGCTTACAGA AACTCGCGCA TGACCGAAGA AGGCTGGGTG 11040 AGCCTTTCAA ATTTAGGAAA GTCGCTGCGC ATCACAAAAC CTGAGTTCGA CCCTCGTTCT 11100 TACAATCATA GTACCCTGcG GGAAATGGTG GAGGCTCTTC CTGAGCTTTT TGAGGTGCAG 11160 TCTGACCGAC GTATCCCTCC CAATTATTGG GTGCGTGCAG TGCGTGGTGC CCACAAGCGC 11220 ACGGTGCTCT ACGGTGTTAT CAAGCGTTTT CGTGAGCGTG ATCGGTGGGG TGTTATCAGT 11280 CATGAAGAGC TTGGTGATTT TCGTTTTGTG TACAGCAATC TCAAGCGTGA GTGTCGTGCT 11340 ACTGCCTTGC CTGAAGGTAC AACGGTCAGC TTCTCTGTGT TTCGTATGCC CAACGATCAG 11400 GGTAAAAGTG ATGAAGAGCG TCACGGGCGC GCTGCCGACG TACTCGTGGT GAAACGGGTG 11460 GCCGGCTAGC AGACGGGaGT CTGTAAcGTG CACCGGCGTG GTGCGGAgGT GCCGCCCGAG 11520 TGCGTTAcAC nCTnCACAGT AACCGAGGCC CGCGTAgTGT GTAGCGGGCG TATCCTCATT 11580 TTTGTGGGCC CTTGTGTGAG AGTTTTAAAC ATGCTAGAGT GAGCCCCGCG AGGGTGcGTG 11640 CGTGAACTTC AGTCCTAATA CGCTGGGATC CTTTGAAAGC TGCGCTGAGG TTGTGAGGTC 11700 GCTCGGGTGT GCCCTTGTCG ATCTGCAGTG GAGCGTTTCC GCTGTTTCTC GGCGTGTGCA 11760 GCAGGCTCAG GGAAGGGCgC GTGCCGTTAT TTACAGCGCA GGGGGAGTGA CGCTCGACGT 11820 GTGCGCGCGC GTTCATCGAA TACTGGTGCC GCGCCTTCAG GCTCTCGGTG GTGTGCGCAC 11880 TGTTTTTCTT GAAGTCGGCT CCCCCGGGGA GCGGGTTATT CGCAACGCCG CGGAGTTTTC 11940 CATCTTTTTA GGGGAGACTG TGAAGGTCTG GTTTTGcACG GGGCAGTTTC AGGTTGGGAC 12000 TCTTGCGTTT GCGGATGAGA CTTGCCTTAC CCTGACCGCC GGCGGAGTGC CCGTTACTAT 12060 CCCGTATGTT CAGCTAACAA AAGCGCAGTT ACATCCTGCA GTCCGCGCTT GAAAGGGCTT 12120 TTGGTCTGCA CcTTCGCCCA AAATCGCCTA AGGAGCCGCC TATGTTCGGC GTCAGTAACG 12180 ATGACATTAG AAAGTATGCG CAGGAGAAGG GGCTTGATGA AGACTTTGCC TTTAAAATCG 12240 TCGAGCAAAC ACTGAAGGCC GCTTATAAGA CTACATTTAA GACAGATGAA AACGCCGTCG 12300 TTACCTTTGG TGAGGAGCGG GTGTGTATCT AtGCgCGCAA GCGyGtGGTT GAAGAGGTGT 12360 ACGACCGCGT CTCGGAAGTG GATTTGTCTA CGGCACTTGA GCTTGATCCC ACTACTTCTT 12420 TAGATAGCGA AGTGCTGGTG GAGCTTGAGT CCGAAGATTT TAAGCGTGGA TCTGTGCAGG 12480 CTGCCGTCCA GCGTATCACT GAGCTGAGCA GAGAAATTCA AAAGGACGCT CTGTATGCTG 12540 AGTACAAGAG CAAAGAAGGA GAGATTATCG TTGGCTACTA CCAACGCGCG CGAAACGAGC 12600 ATATCTACGT TGACCTAGGA AAAGTTGAGG GCCTGATGCC AAAGTCGCAC CAGCTGCCCC 12660 AGGATGATTA TCGTCAAAAC GACCGCATTA AGTCGCTTGT GCGTGAGGTG CGCAAACATC 12720 CAAAGTCGAG CGTTGTCCAG CTCATTCTTT CACGAACTGA CTCTGCTTTT GTAAAAGAGC 12780 TGCTCGCCGT GGAGGTGCCG GAGATCTACG ACGGTATTGT TGAGGTGGCA AAAATAGTGC 12840 GGGAGCCAGG GTACCGTACA AAGATCGCCG TCACCAGTAG GCGTGATGAT GTGGATCCTG 12900 TTGGTGCCTG CGTAGGTCCT CGGGGCATAC GCATCCGCAT GGTTATTAAA GAATTGAATG 12960 ACGAGAAGAT AGATGTGCTT GAGTATTCTC CGGATCCAGT TATTTTCATC AAAAATGCGC 13020 TTTCTCCTGC TGAGGTGCTG AACGTCGTGG TACTTGATGA GGAGAAGCGT TCTGCACTTG 13080 CCATTGTTGC TGAAAgCCAG CTGTCTATCG CGATAGGAAA GCAAGGTTTG AACGTGCGTT 13140 TAGcGAATCG GCTTGTGGAC TGGAATATCG ATGTGAAGAC AGAGAGTCAG TTTGAAGAGA 13200 TGGATGTGTA CACTGACACG CGTCGTGCGG CAGAAAATCT TTTTGATAAc GATTATCAAG 13260 AAGAGTCTGA GTTTTCyTCa TACGkGGGAT TTACgCCgGA GCTCATTAAG ATTCTGCAGG 13320 ACAACGGTAT CCAAGACGTA CAGACTTTGG TAGATTTGGG CGAGGAAGGC TTGCGTGCGC 13380 TTGAGGGCAT GGACGAGGCG CACGTACaAG AATTGCTCGC CgCCATTGAG GAGAATTTTG 13440 AAGTTGTCGA GGAnGGGGAG GAGGCTTCAG TTACATCTTC TCCCGGGACT GGTGGTGATG 13500 ArGATCAGGC gTTGCAGTGT CCTGAgTGTG GGGTGCgCaT TACTACTGAC ATGAGTGAGT 13560 GTCCTCACTG TGGTATTGGC CTCAGCTTTG AGTTTGAATA CGAAGAGAAC GwssmaTAGG 13620 AGAGCTATGA CCtACGAGAC AATACGCCTA AAGACACTTC CCGTGTTGCT AGTGAgCaGG 13680 CTGTGCgTTC aCCGGTGAaC GTCTGGTCcA AACTACCTCT CGTACACGGG CgGATGTTGA 13740 CGTAAAGGAG AAAAGACTCg TaATAAAGAA GACAATCAAA GTGCGCGCaA AGAAAGTGGT 13800 TGCCAAAGTT ACTgTGCGCG GCGTGTGTCG TGCGCGGATG AAAATCGCAC GCCGGGCGAC 13860 GCGAGTCAGG CGACTATTTC TGCCGCGCCC GAAGATAAAA AGCAAGGTTT CCCTGACATT 13920 CGGGAGGATG GCGTTGCGCG TGGTGTATCT GCCTCGTGTG GCGCTGTGCA GAACGCTGCG 13980 TCTGCACAGG TTCCCGGTGC CCGTACTCCG GGGGTTATAG GCGTTCCTGT TGCCAGCAAA 14040 ACGGTGGAGG AAGCAAGGGG TGGGGGAGCT AAGCGGGTAA TCACTAAGCG TGTGGGTGGG 14100 GTTTTCGTGC TTGATGACTC TGCGGCACCC CTAACCGAAA GGCAGGAAAC CTTGCATCTG 14160 GCGCGCGCCT TTCTCGGTTT AGCCGCAGTG ATCGTCAGCG CACAtyGGGT TTTCTGGTAC 14220 TCAAGCGCGT GCTAACgCAG GTGGTGTGCG GCGTGGAGAG GGCCGTCCGT TTGCTCGCGA 14280 TTTCAGTCGT GGGTCCACGG GTGGGTATCG GCCCGCAGTG AGAGGTCCGG CTCGGCCGGC 14340 TGGACGTGTT GGTTCGGGTC CAAGAGGGCC GGCGCCCCTG CAAGTAGGTG CTGGTAAGCC 14400 TGCCCAGAAC AAAAGGTCTT TCCGGGGCAG AAAGCAGCAG ACATATCAGT ATCAGCATAA 14460 GGATCGTCTT GAACTGGAAG AAAAGCTTCT CCAGCAGAAG AAGAAAAATA AGGAAAAGCT 14520 TGCGGCGGTC CCGCGCTCTG TTGAGATCAT GGAGTCCGTT TCGGTTGCAG ATCTCGCAAA 14580 GAAGATGAAT TTAAAAGCCT CAGAGCTTAT CGGTAAGCTT TTTGGCATGG GCATGATGGT 14640 TACCATGAAT CAGTCTATCG ATGCGGACAC CGCCACGATT CTTGCTTCTG AGTACGGGTG 14700 TGAGGTAAGG ATTGTCAGTC TTTACGATGA AACAATTATC GAAAGTGTAG GTGACGAGCA 14760 TGCGGTGCTC CGCGCACGTC CGCCAGTAGT GACTGTTATG GGACATGTTG ATCACGGAAA 14820 AACTAAAACG CTCGATGCCA TCAGAAGTAC GCGCGTTGCT GAGGGGGAGT TTGGCGGTAT 14880 CACGCAGCAT ATTGGTGCTT ATGCAGTCTC TACTCCGAAA GGCTCAATTA CCTTTTTGGA 14940 CACGCCAGGT CACGAAGCTT TTACCATGAT GCGCGCGCGT GGAGCAGAAA TTACCGATAT 15000 TGTGGTGCTC ATCGTAGCTG cAGACGATGG GGTAATGCCC CAGACGATCG AAGCGATCAA 15060 TCACGCAAAG GCTTCGAAGG TTCCCATTAT TGTTGCAATC AACAAGATTG ACCGTGCGGA 15120 TGCGAACCCG AATAAGGTCA TGACGCGCCT TGCTGAGCTT GGCTTAGCTC CAGAGGAGTG 15180 GGGTGGTGAT ACCATGTACG TGAGTATTTC TGCGCTGCAA GGTATTGGGT TAGATCTGTT 15240 GCTAGATGCC ATCATGCTGC AGGCGGAGGT GATGGAGCTT CGTGCAAATT ACGGGTGTTG 15300 TGCAGAAGGG CGCATTATAG AGTCTAGGAT TGATCACGGG CGGGGGATTG TCGCGAGCGT 15360 TATCGTGCGT CGTGGGGTGC TTCGTGTTGG TGACACGTAC GTTGCaGGTG TGTACTCAGG 15420 GCGTGTGCGG GCAATTTTTA ATGATCAAGG GGAGAAGATT CAGGAGGCGA CTCCTAGTAT 15480 GCCCGTTGAA ATTTTAGGGC TTGAGGGAAT GCCCAATGCG GGTGATCCTT TTCAGGTTAC 15540 GGATTCTGAG CGTATTGCAC GGCAAATTTC GCTTAAGCGT CAGGAGTTGA GGCGTTACGA 15600 AAATGCGCGC AACGTGAAAA GGATAACGCT TGACAAGCTG TACGAGTCTA TCGAGAAGGG 15660 TTCGGTTTCG GAGTTCAAGG TTATTATTAA GGGGGACGTG CAAGGATCGG TTGAAGCGCT 15720 CAAGCAATCG CTTGAAAAAC TTTCTACCGA TGAGGTGCAG TTGCGTGTCA TTCATTCGTC 15780 GGTTGGTGCG ATAAATGATT CTGATGTTAT GCTCGCAGCT GCTGATTCAA ATGTGACCAT 15840 TGTTGGTTTT AATGTACGTC CCACTCCCCA GGCTGCGGTT CTTGCAGAAA GGGAAAGAGT 15900 AGAAATCAAA AAGTATACTG TCATCTACCA GGCGGTGGAG GAGATGGAGC GAGCTATGGA 15960 GGGTATGCTC AAACCATCCC TCAAAGAGGT AGTGCTCGGT TCGGCGGAGG TGCGCAAGGT 16020 GTTCAAGATT CCCAAAGTGG GAAGCGTTGC AGGAGTATAT GTGCTTGAAG GGGTAATGAA 16080 GAGGAACGCC ATTGTTCACG TTGTGCGCGA TGGGATTGTC CTGCATTCGG GGAAGGTTTC 16140 CTCATTGCGG AGAGAAAAGG ATGATGTGAA AGAGGTACAC AGCGGCTTTG AGTGTGGGGT 16200 TGGAGTTGAA AATTATTTTG ATTTTAGGGA GCGTGATCGG CTTGAATGCG CGGAGATGAA 16260 GGAGGTGTCG AGGAAACTGA AGGATGCCGC TCTTTCCGAT GCGGCGCGCT TACAGGGATG 16320 AAAcAGGTAA GTCAGTTAAG GGTGCGCAAA TTGGGGGAGC ATATCCGCGC AGAAATAGCG 16380 CAGCTTATTA TGCTCGGCAA AATAAAGGAT CCACGTGTTT CTCCCTTTCT CTCTGTGAAT 16440 TGGGTGGATG TGTCTGGGGG GATGGTCTGT GCGCGGGTAT ATGTGTCGAG TTTTATGGGT 16500 AAGTACAAAA CGAAgCAGGG AGTGCAAGGC TTAGAAAGCG CGGCAGGTTT TATTCGCTCT 16560 GTCTTGGCTA AGAAACTCCG TCTGCGGCAG TGTCCGCGTC TTAGCTTTGT GTATGACGAG 16620 AGTGTGAGGG ATGGATTTTC TCTTTCGAGA AAAATAGATC GGTTAGAATC CGGCGGTGTG 16680 CAGACTGAGC ATGCCtGACG CTATTGTTCC TTTCGCAAAG GTTTCCGGTC TTACGAGTTT 16740 TGCGGCACTG GCACAGGTCA GGCGTCTTCT GGGAGTAAAA AAGGTAGGGC ATACGGGGAC 16800 GCTTGATCGC TTTGCTGATG GGCTGCTGTT GCTTTTGGTA GGGGGCTTTA CCAAACTCGC 16860 GCCGGTGATG ACTCGCTTGG AAAAGAGTTA CGAGGCTCGT ATCCAGTTTG GGGTACAAAC 16920 AGACACTCTA GATCCGGAGG GGGCTGTCGT GCGGTGCTCC TTGTTCCCAA CATTTGCGCG 16980 CGTGCGTGCG GCGCTGCCTC ACTTCACTGG GAGTATTGAT CAGGTGCCGC CTGAATATTC 17040 GGCGCTAAAA TTCGGAGGTG TGCGTGCGTC CGACCGGGTG CGGCGTGGGG AAGCAGTGTG 17100 CATGAAGGCT CGGCGTGTGT TCGTCTTTGA CTTGCAGGTA CTAGGTTGCG AGGCGGATCT 17160 GGGTGAATTC AAAAAGACGC AGGCGGGGAG GGGGGCTGCG ATTGCTGATC TTGATCTGAC 17220 GCGCGTGCGT GCTGTAACGC TGTACGTACG TTGTTCGGCA GGCTTCTACG TGCGTGCACT 17280 TGCGCGCGAC ATAGCAGCCG CTTGCGGCTC TTGCGCGTAT nTTCACATTT ACGGAGAACA 17340 CGCATTGGAC CCTTTGATCT TGCACAGGCG GCGGGTGT 17378 (2) INFORMATION FOR SEQ ID NO: 12: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 5641 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 12: GAGGAAGGCA AAACCTTTaA TTAAAGTACA CTGCGCGTAT GAGCAAAAAA TGCGCGCCTG 60 TTTGAATATT ATTCTGCACA CAGTACCGAA GTGTrtCTGT TGGGTATGCC AGAGACACGT 120 AACAAACAGT TGAATGAGAA GCTTGTGTAC ATCGAGCACG TACAAArGaA AGTAGTGGCG 180 CAATACGATC CGCAGCGGGT GCGCTATTAC TCCCTCAAAC CAATTGTACC CGGTGTACAC 240 GGAACATATG CAAGCGCGAT AAGGGACACG CACGGCCGTT GGGTACACGT GATGCACAAA 300 GACGGCATCC ACTACACCAT AGAGGGTGGT GCGTACGTTA TGGAAACTCT CTTACCCCTT 360 ATTCTTGCAG ATTTGGAACG GTCTCGTCAC GGATACATGC GTTCTTCTCT GGGGTCGCAT 420 GAACTCCCTG CGACGAAGGG aTGGAAAGAG CACGTCACGC GTCAACTCGA ACATAGGGAT 480 AAACCGCACC GTTGTATCCT GCATGACAGG GGGTGCGTCC TGCArGGGGT TATCGTACGT 540 CCACACCGTT GCCTGCACTT GCATAGTGCT GTTTTGGTCA CCTGAGAATG TTACCGTAAA 600 GGGGAGTGGT GGGCGCGCCT GCGATATGAA CCGTACCACA GATCCCTGCT CCAAACGCGT 660 AAAAGGCCTA TCTGCTTCGT ACGCAGCAGT TCCGTGTGGA GAGGTGATGC GCAGTTCGAT 720 TGCCTGCGCG CGCAACTGAG AGCGCACCTC CAGGACGTTG ATGCGTCCGC CAAAGTAACT 780 GcGAGAgTCC ATGGAGATCT GGAGGTGATC CTGTGCCTTT TGTATTTCCG CCGTGGACAG 840 CCGCGCGTGT GTGCGTGCAC GTATATGCCG AGGAATGGGC AGTGGAGAGT GAAGCGAAAG 900 GGTGAGCCCC CTCTCACTAA TGCGATAgCA TGCGGTAATT TCCTGTGGGA TACGCGTGCT 960 TGACAGTGAA amGCTCCAGA GCACACCGTT GATAACGAGC ACAGTCAGTA ATGCACCAGA 1020 AAGCAGAAGG TTTCTCCTAC GTATGAAGGG GATGCGAGGG TGGGATTTTt CCCGTTCAAA 1080 AAAGAGAGTG AGCATAAAAA GCATAAACGG AACACAACCG AGTGCAAAAA ATACGTTGCT 1140 TTGGTGGAAG GATAACGGCG CGGTAACCGC ACTGTTCTTT AAGTATGCGT AAAGGAAGGG 1200 AGCGAAGAGA AGAAACATCA TTGCAAGCAT TATCCGTCGT GTAGTCTTTC TCTGTGCGCT 1260 AAAGAAGACA AGCGAGAGCG CATACTCTAG AGCGAAGACT GCTGAGAGTG AAAAATCGAT 1320 AACAGAAAAA AGGACCGCGT ACAACAGACA GAGTGTGCTT GCAAGATATC CTCCGATAAA 1380 TCCGTTGTGC AACATGGAAT CTCTGATTGT CTTGCTGTTT GCCATGCACA CGCACGAGAG 1440 TGCAATTGCG ATGCTGTGCT TTACTATGAG TGCAAGAAGC GGTAATGCAC CTGTTGATGT 1500 GTGCGTGCCA AAGCGGATAA GAAAAAAAAG AGCGGTAAgT TGTGTTGCAA CGAACACGCT 1560 ACACACGCTC AGTACCCCTA AGATAGCAGG GAGCCACCAC ATGGCTAAAA TAGTGTTCCA 1620 GTAATGCCTT TTGCGCGAGT CAGAAAGAAA ACTAAAAATA GCCAAAGAGA GCAAAAGAGT 1680 GATGACAGCG CCTAAGATAA GAATCACGAA AAATTGCTCT CGAATGAGGT AGAGCGTGCC 1740 GCCGTACGAA ACACTCACGT AATGCGTGTC CCATTCTTCT GAGTACACCT GGGTAAGGAG 1800 TGCCgGGAGC GTGTGCAGTG CACCTGGAGG GTACAACGAA TTTTCCATCC TTACCGCaGg 1860 AATATGCTCC TTGATGTAGA GTGCATGGCG TGGGTCCTCG TGCAACCATC CAAGCCGGTG 1920 CAATATGGCG TCAAAGTCCC GATAACGGAT GGGGACGTGG TGTGATGTTA GGTGTTGGTA 1980 TACTGCTTGA AGAAGCCAGG GTGGGCACAC TGTACGGTGT GCCCCCGTGT GCAAGCGCGG 2040 TGGTCCTGTA GTTTCGTCGA GTATCAGGAC TATTGGCGCC TTATAGGAGG AGATGAGCGA 2100 GATGAGTTTT TTAGTTCCTG TAAGCCGATC GACGGGCACA AAATCAGGAA CGGGAGGATG 2160 GTCGTGTGCA GTTATTGCCA CGAGTACCGA CACGTCTGGG GTCTGGTGCT CAAAGTCCTG 2220 CACCAGCAAG CGGAGCTGCT GTACCGCACG CGTCTCGCGT TCTTGCGCTT CACGCGATGC 2280 AGTGAAGACG ACGAGCACAT CCGTTCTTGG TCCAAAGAAG TGAAGCTCGT TTTCCTGTGC 2340 GTGTACAAAA ATACCACAGA GCACGAAAAG CAGCGCGCGG CACACCCGAG TCATGACTTG 2400 TTATCGGTAG GGAGTGCGCC GGTTTCGAAC CATGTCTCTA TGCGCTTGTA GGAGCTATTA 2460 ATCcTGCGCA CTATATCGGC TGCCTGTTCG GACGTGTGCG TACACGTGAA GACGTCAGGA 2520 TGGTATTTTT TCacAGTCGT TTCCACGACT GCTTGcAGTA GGAGAGGGGG AGCCCTGCAG 2580 GTACTGAAAG GACTGCAAAA TCCTCAACGA GTTCAGGAGG AACAGGGACG CGCACTGGTC 2640 CTGGGGGAGG GTTCTTTTTT GGCGGCGGTC GGCGCTCCAT GCGTCCTGCA CAGGTGCGGT 2700 ACTTGCCGCC GCGGTTGTCC CATTGATCGA AGGGGTCTTC GTCGGAGTTG AGCCGGTCGC 2760 GTAGGATAGC ACCGATTCGC TCGTAAAAGC TGGTCATAGA CATGTTCCTT TTTGAATAAT 2820 GTCGCCGAAG CGTGCGCCTT CTCtGCGTGT ACGGAGCGTT GGAGTACTGC CCCCACAAAC 2880 AGGTTGGCGT GTTCGGGAGC TTCCCCGGCA GAAAGATTTG CCckCTGCGC ACTATTACCA 2940 GGTTCTCTTT TTGGAGCACA GTCCCACGGG GGTATGCGTG GAGATAGTGA AGAGAGCGGT 3000 TAGATTTCTG GTAGTGAGCG CGTTCTGAGG GAGCAAGCAC CTTCTCTCCT GAACCGATGA 3060 CGGCGCGAAC AACGTGCGGG GCATACCCAC GCTCGTGTAG AAAGGAGATA ATCTGTGAGG 3120 GAGAACGGCG AGCGCATGAG TTGAGCsCCG CTGTCATGGT GCGAAAGTCG GCAGGATCTA 3180 ATGCAATGGA GTCATCGAGT CCTGCATCTG TTCGCGAGAG GCAAATGTGT TTTTCGACGA 3240 TGCAGGCGCC GTGTGCACGG GCAAGGAgCG GGACAAGGAG CGGGTCTACG CTGTGGTCGC 3300 TGACGCCGAC GTTGATATTG AAGATGGTAG CAAGCGCAGG CAGCAGCGCA AGGTTGTACT 3360 CTGTCTCTGG AGCAGGGTAT GCGGTGATGC AGTGCAGTAA GGCGTGGGAG CTGCCCTGCT 3420 TGGTATACTG GCGGCATTGG GCAAGGGCCC CTTCGATTTC CTTCAGGAGG CAGACTCCAC 3480 TTGAAAGTAT AAGTGGAAGT TCTGCAGCAG CGAGTGTGGA GATAAGGGTG GGGTAGTTGA 3540 GCTCTGGGGA AGCTACCTTG AGGAAGTCTG GTTTcAAGGC GAGCGCCTCT GTTGCAGAGC 3600 GCGGGCCAAA GGGGCTGATG CCGACTAGCA TACCCCTGCT TCGTGCGTGG TTAAAGCACT 3660 GCGCATAAAA GGAAAGTGGA ACTTCTAACT CCTCAAAGCG CTGGTAGAGG GAAACTGCTC 3720 CGCTGGGAAG ACGGACAGCC CCCGTCAGCG GGTGCAGTAT TTCGTGCGCG TAGATGAGCT 3780 GGAATTTGAC CsCAGCTGCT GCTGcgTCTG CAGCTGCGTC TATGAGCGCC CGCGCGCGGt 3840 cAAACGAGCC CGCGTGTGCG aGCCGATTTC AGCGATGGTG AGTATATCCG CGTCTGGGCG 3900 AAAACAACGT CCCCCGCACG TGAACATGGG GCATTGTACG CCAAACGCGT GATTGGTGTA 3960 TAGCTTTCCT GATCGGTAGG CAATCCTTGC CGTGGTTTGT ATGGGTAAGA GGCAGGTGCT 4020 AAGATAGTGT GCGCTTGTCA GACATCTATT TTTGCAGTAC CGTCGTGTCG GCCCTGCGGG 4080 TGCCGAGGAT GAACGGCATG TTGCGCACGA GCGTGTTGGT ATGTATTGGG TGTCTCTCTG 4140 CTGCAATCCC TGCGCGCTTA nGTGCCCGTG CGGTGCCGCC TCTCTCTAGT GCGGTGGTAG 4200 ATGAGGCGGC ACTCCTTTcT GTGCArGAGG CGCGTGGTAT TCGCGCCCTT CTAgAgGGcT 4260 TGCGCGCCCT TCTGGArATG GCTCTTCCAG ATCGCATCCT TCTCCTGCGC CTGAAGCTCA 4320 TGCGCGTACG CTCCATGACG GTACGCCGTT GCAGATAGCG GTTTTGATTG TTGATTCGCT 4380 CCAGGGGGAT AGTCTTGAGG ATTTTTCATT GCGTGTGGCT CAGGAGTGGG GTATCGGCAG 4440 TCGTGCGCAG GATACAGGAA TTGTGTTAGT GATTGCGCGC GCGGAnTAnA AGCACGCATC 4500 GAAGTAGGAT ACGGTCTTGA AGACCGCGTC ACCGACGTGC ATGCACATCA GCTTATCCGT 4560 GGGACgCTCG CGCCGTGTTT TCAAGCTGGC GCCTATGCAC AGGGTGTGTA CGAAACGGTG 4620 TTGCGTTTGG CTACCCTGGT GCGGGGTCAA CACGAGGTAC AGCAGTTCAT GCAGCCGCGC 4680 TCTGTGCAAC cTGCGGTACC GCGCCGGGGT CCAGTGAGAA ATAGTGCCGG GAGCGTGTTT 4740 TTCTTCCTGC TGCTTTTTTA CTGTCTGGGG GGCCGGCTTT TGCCAGGGGG AGTGTTGTGG 4800 CCATTGCTGT TCTTCGGCAC TCGGCGGCGT TATGACCCGT TCGGGTCAGG GTTTAGCGGC 4860 GCATTCGGGG AGTGGGCAGG GGATGGAGGA GGGTTTTCTG GCGGTGGTGG TCGCTTCGGT 4920 GGAGGCGGGG CCTCTGGTTC TTGGTAGCTG CTCCTAGCAC AGCACGGTTT CTTTTTCTGT 4980 ACGGGCAGTC TCTCTTGGAA GAGGTGTATC TATAGTGTGC TCGGTGACGC ACGGGAAAAG 5040 CATAAGGAGT GAGAACAATG ACTGAAGAAG CTATGCGCGC GATGGCACTT TCCATCCGCA 5100 GTTTGACGAT AGACGCCATC GAACGGGCGA ATTCTGGTCA CCCTGGTTTG CCGCTGGGCG 5160 CAgCAGAGCT TGCTGCCTGT TTATATGGGA CGATCTTAAA GCATAATCCG GCGAATCCTA 5220 GCTGGTTTAA TCGGGATCGT TTCGTCCTGT CTGCAGGACA CGGGTCTATG CTCTTGTAaT 5280 GcTGCGCTCC ACCTTTCTGG GTACGACGTT TCGCTTGAGG ATATTAAGAA CTTTAGGCAG 5340 GTAGGCTCCC GGTGTCCTGG CCATCCTGAA TACGGTTGTA mCCCCGGTGT GGAAGCAACA 5400 ACCGGTCCAT TGGGTCAGGG TAcTCTATGG CGGTGGGTTT tGCGCTTGCA GAGGCAATGC 5460 TTGCGGCAmG TTTTAATACt GATGAgCAtG CCGTTGTAGA TCACCACACC TATGCGCTTG 5520 TGGGGGAAGG CTGCCTTATG GAGGGCGTTG CCTCAGAGGC TTCTAGCTTT GCCGGCACTA 5580 TGCGTCTGGG CAAGCTCATC GTTTTTTATG ATGAGAACCA CATCAGCATA GACGGATCTA 5640 C 5641 (2) INFORMATION FOR SEQ ID NO: 13: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 8790 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 13: GGCAACAGAA AGCGGCGTAT GTCCGTCAGC GTCGCGTTCC TGGGTCGGGG GACCGAGCGT 60 GACAAGGTGT TTGATCAGAT CGCGGTCCAG CGCACGCACG GCCCAATGCC AGGGTGTTTT 120 GCCGCTTTTG TCCTTTTGTA GAAGTGTCTT TCTGGTTACC AATTCGTGCG CAGTTCCcTT 180 ACGGATGGCG CGGGTAAGCG GAGTGTCTCC CTGTGCATCC CGCGAAAAGA GGCTCGCGTC 240 TCGTGCAATC AGCATACGAA CAGACTCAAA ACAATTTTCT GTGACCGCCA CCATAAGCGG 300 CGTACTGCCT GAAGCATCCT GGGCCTCAGT ATCGGCACCC ATAGAGAGGA GGAAGTCAAC 360 CACGTGCGCG TCGTTACGCA ACACCCCCAC GTGCAAAAGT GTATCTCCAT TTGCATCACG 420 GACGTTGACA GAATCTTTAC CAAAACGGGT CTTCAGCGTA TCTAGATCAC CGCGCGCAAC 480 CATTTCAAAG AGATCGACCG AAGCCTGAGG AGAGGGAGAA GACGTAnTAG TGCAGGAAAG 540 CAAGACGAGG AAACACGCAA ATGTGCTCCC CACAAACCAC ACAATGCCAC GATTATGTAT 600 ATGCATGCAG CGGATCCTCC TGAGTATGGT GCCGCGTCTG TACAGTGTGT GTAAAAGCGT 660 ATCCTACCGG TTTCGGCGAT AAGGCACAGA ATCTTTAGAC GCCCACTCTC CCGTGAGGAC 720 GCAACcGCGC AGGCGCGTTC CCATTTTTAA AAACCCAGTA TCTGCTGACG GTGATGTAAT 780 CCGAGGTCTT TTAATGTGTC ACACACCTGC TGCTGAGGTG AcCGTGCACG TGCCTTTGCA 840 AAATCACGCG CAAAACAATT CATTGAAAAA TGTTGAAATA CAAAAAGCGG CGTACGGCGG 900 TCACACACCG TTTGTAGTAA ACGCGCATAG GGTTCAAACA GATGTCCGCT TTTCAATTCG 960 CTGTAACCCA CAATCCACAG ATCACATCCT AACGATCGCT GCAGCTGACA CGTACGCCGC 1020 GCCATCCAAC ACTGGCTACG ATGCAAAAAT GACTGCACCT GCCGTGCACG CgCAGTTCCT 1080 GCTGGATCTT GCGCAAGGaG GCGTACCAGT GCACGGAGCT GAACCGTTTT TGCCGTGTGA 1140 AGCGGCGTTT TGTTCAACAG CATCACGTCT GTACGAAAAT CAACCCCTAA CTGTGcATGC 1200 CGCGAAAAAA AGCCCTGaGC CACTCGACCT GACTGTCCTA CCAGATACCG TTGCTGCGTA 1260 TGCacTGGCT CCTCTTTCCC TGGATTGTCC GAAACCAAAA TAAGGGCCGG TACAGGATCA 1320 CTTTGGGTCA GTTCCTCAAG CGCGTGAGGG TACACAATCG GAGTGTGTAC CGGATACGTG 1380 GGTATTCCTT GTGCACGCAC GAGTGCCGCT TGCGCACGGT GCAAAAAAGC CTGCGGCGTG 1440 CAACACGCcA CTGCAGACTG CGCTGCATGC GGGTCCATAT ACGGATACCC AAACGCGCGC 1500 AAACTCTGTA CACAAAAAGC CTTGAGGTCA GTGCGAAAAG CGGcGAGCGC ATGCCACTGC 1560 GACCGAGTcA CGCGCTcACA TcCAAAACAG AAAGCATCCT CTACTATACC CTACATACCA 1620 CGTCCCTTCC TACAGACTGc AGTGACGGCG CAGGCGCACT GGCTCAGTGC TTCCTCCAAA 1680 ACGGCGCCCA TTGACAAACC ACCCATAAGG TCTCACGATT GGGCCTCTGT GTAGAAGAGA 1740 ATATCACCAT GCTGCAAAAA CGCTCAGATA CCCTCGACCG TCTGCGTCAC AGTCTGGCGC 1800 ACGTTATGGC AGAGGCCGTT CAAGCTCTCT TCCCCGGCAC CAAGCTCGCG GTGGGGCCGC 1860 CTATCGATTA CGGGTTTTAC TATGACTTCT CACCTCCCCG TCCCCTGTGC GATGCAGACC 1920 TAGCCCCCAT TGAAGAGAAA ATGCGCGCCA TCTTGCGTGC GGGGTGTCCC TTTGTCAAAG 1980 AGGTGGTTTC GCGTCCTGAC GCGCTTGCTC GTTTTAAAGA CGAGCCATTC AAGCAAGAGC 2040 TCATCGAACG CATCAGCGCA GACGACACGC TCAGTCTCTA CCACTCCGGC GCGTTCACTG 2100 ACCTGTGCCG GGGTCCTCAC GTGCAGTCTA TGCGAGACAT TAATCCGCAC GCCTTTAAAC 2160 TCACGAGCAT CGCTGGGGCC TATTGGCGCG GTAATGAGCG CGGCCCCCAG CTGACGCGCA 2220 TCTACGGCAC TGCCTGGGAA TCTGAAGAAG ATTTGCACAC ATACCTTCGC ATGCAGGATG 2280 AAGCAAAACG CCGAGATCAC CGTAAGCTCG GTCCTGCACT CGGTCTCTTT CACTTGGACG 2340 AAGAAAATCC TGGCCAGGTC TTTTGGCACC CTGAGGGGTG GACCCTCTAC GTGGCCATCC 2400 AGCAGTACTT GCGCCGCGTC ATGCACGAAG ACGGGTACGC AGAGGTGCAT ACTCCCTTTG 2460 TCATGCCCCA AAGCCTTTGG GAACGCTCGG GGCACTGGGA CAAATACCGC GCCAACATGT 2520 ACCTGACCGA AGcGAGAAGC GTTCTTTTGC GCTCAAGCCC ATGAATTGTC CCGGACATGT 2580 CGAAATCTTC AAGCAAAAAA CACGCAtTAC CGTGATCTCC CGCTCCGTCT TTCGGAGTTT 2640 GGCTCGTGCA CCCGCAATGA ACCGTCAGGC TCCCTGCATG GAGTTATGCG CGTACGTGGC 2700 TTTGTACAAG ACGATGCCCA TATCTTTTGT ACTGAGGCGC AAATCGCATC GGAGGTCACC 2760 CGTTTCTGTC GCCTCCTTGC GCGGGTATAT GCTGACTTTG GCTTTGCACA GGAGCAGATC 2820 CGCGTCAAGT TTTCTACGCG CCCAGAGCAG CGCATCGGAG ACGACGCCAC CTGGGACCGG 2880 GCCGAACGCG CATTGGCAGA AGCATGTGAA GCAGCAGGCC TTTCGTACGA GCACGCACCG 2940 GGAGAAGGAG CGTTCTATGG ACCAAAGTTG GAGTTTGCAC TTATAGATAC ACTCGAACGC 3000 GAGTGGCAGT GCGGCACCAT TCAGGTAGAC TATCAGTTGC CCTCGTGCGA GCGCTTGAAC 3060 GCAGAGTATG TGGGGGAGGA CAACCAACGG CACATGCCAG TGATACTCCA CCGCACGGTG 3120 ATTGGGTCTC TAGAACGGTT CATCGGTATT CTCATTGAAC ACTACGGGGG TGCATTCCCC 3180 CCATGGCTCG CACCGGTGCA GGCAGTGGTG ATTCCGGTTG CCCCTGCCTT CCTCGAATAT 3240 GCGCAgcACG TTGCACGGGA GCTGTGCGCC CGTTCGCTCC GCGTGCAGGC AGACGTGAGC 3300 GCAGAGCGCA TGAACGCAAA GATCCGCACT GCCCAAACGC AGAAAGTGCC CTATCTGCTC 3360 ATAGTTGGCG AGCGGGAgTG CGCGCGCAcA GGtAGCGGTG CGTCCGCGCA CAGGGCCCCA 3420 GCACTCAATG GGGCTCTCAG CCTTTTCCAC CTTTTTGCTC GCGAAcTAGA GACGCGCGCG 3480 CTGCACGCCT AGCCCATGAG TCCCCTGTGC CTTTTCCCCA AACCTTCAGG GGAAGGGACG 3540 CTATATCCGT AGCTGCTGTA CGCTACCGCC GTAGAGtGCG CGCGCGTGGC GTTGATATCC 3600 TCACTCTTTA CATAAGAaTC AAAGTCCATC ATACGATCGA TAATCCCGCG CGGCGTAATT 3660 TCCACAATGC GGTTTGCAAC AGAGCTGACA AACTCATGGT CATGCGAATT AAATAAAATC 3720 ACGCCGGGAA ACTGCACCAA CGCCTCATTC AGACTTGCAA TTGCTTCTAG GTCCAAATGA 3780 TTGGTCGGCT CGTCCAATAT CAAAACATTG CTCCCAGAAA GCATTAATTT ACTAAGCATG 3840 CAGCGTACTT TTTCCCCTCC AGAAAGTACA CGCACAGATT TGAGCGAATC CTCGCCTGTA 3900 AAAAGCATCC TGCCTAAAAA ACCGCGTACG TAGGTTTCAT CTTGATCATC AGAGAATTGG 3960 CGCAACCAAT CCGTGATAGA AAGATCACAA TCAAAATACC GCGCCGTATC CTTTCCCATA 4020 TACCCAACAG ATACCGTCTG TCCCCAACGG AAAGAGCCgG CATGTGCCTG CTTTTCTCCA 4080 GCAAGAATAT CAAACAATAT GGTCTTCGCG CGGTGTTCTT GACCGACGAA AGCGATTTTG 4140 TCTGTGCGCC CAACTGTAAA GCTCATGTCT GTAAAAAGCT CACATGAACC TCCCTGCATT 4200 CGGTCCTCAG CGGCATAGCG CAGTCCATCG CACGACAATA CGTGATTCCC AATTTCACGC 4260 CGTGGTTTAA AATGCACATA GGGAAACTTT CGACCAGTCA CCTCAATCTC TTCCAGCACC 4320 AATTTGTCAT ATATCTTTTT ACGACTCGtC gccTGCCGGC TTTTGGCTGC GTTAGAAGCG 4380 AAgCGCAAAA TAAACTCCCT CAGGTCCTTC ATCTTTTCTT CACGCTTCTT CTGCTGATCC 4440 TTAACCTGCC GCTGCATAAT CTGACTCATC TGATACCAAA AATCGTAATT GCCCGAGTAC 4500 AAACGAATCT TCCCATAATC GATATCGCAA ATATGCGTAC ACACGCTATT TAAAAAATGC 4560 CTATCATGCG AAACTACAAT CACAGTGTTG GGGAATTCAA TGAGAAATTC TTCCAACCAC 4620 GCAATAGAGT ACAAATCCAA ACCGTTTGTC GGCTCATCGA GCAAAAGCAC ATCGGGATTA 4680 CCAAACAACG CCTGCGCTAG GAGTACACGT ACCTTCTGGC TTTCGTCCAA TTCGCACATC 4740 ATCCGATCAT GGTGTGCCTC ATCTACACCC AACCCAGAAA GCATTTGTTC AATGCAATTT 4800 TCTGCCTCCC AGCCATTCAA ATCCGAAAAC TCACCTTCCA ATTCTGAAGC CTTCAACCCA 4860 TCTGCTTCAC TAAAATCACT CTTTGCGTAA AGAGCTTCCC GCTCCTTCAT CACTCGATAG 4920 AGCGCAGGAT GCCCCATGCA TACGGTATCT TTCACCGTGT GCTGATCGAA GGAAAAATGA 4980 TCTTGACGCA GAACTGCGAC GCGCGCGCCG GATGCGATAg cGATACTTCC CTGATGATGT 5040 TCGAGTTCAC CGGAAAGGAC TTTTAAAAAA GTTGACTTAC CTGCCCCGTT CGCTCCAATG 5100 ACTCCATAGC AATTCCCTGC AACAAACTTT AAATCAACAC CTTTAAAAAG AGGTTTGTCA 5160 GAAAACTGCA CACTCATACC CGTCACTGTT ATCATGCGGC GCATGcTAGC GCAAAATCCG 5220 TGcACAGGaC AAGCCGCTGT CCATAGAGCA TCACACATAC AGCGATGCTA TGAGCGCGTC 5280 ACTGTGGAAA ATATACGTGC AATACACCTC GTTCATTTCT TACACACAAC TGTGcAGAGC 5340 CCCCTGTAGA AAGACAGGTC CCCAGTGTTT TCCTCACACG CTGATCATTT ATGTACACCG 5400 CACCGTGGCC AGAAAATACT GAAAGTGCAT AGTACGACTG CCTTTCTGTA AAACGCGCAA 5460 CAACTGTGCC GGTGCGAGTA CCTATCTCAC TATTCCCTTG cAACGTACCA TCAAAAGATA 5520 GTGTGCCACG GTCCGTGTAT AAATGCGCGT CAGATAGGAC GCAGCGACTG CATTGCGTAT 5580 CACCGTCTGT CGTGTGCAGG AGAGTCCGAT CGGTACGTAC TCCATTGAGC TTTAGTTCGC 5640 TCGCGTGCGC ATACACATCT GcAAAACGCA CCTCAATACC TTCAAGCCGA AGACTGCTGT 5700 CTTTCACCCG CACTTTAAGA TTGTGCACGT TGTGctgCGC TGgCACACAA ATGATCGCTT 5760 CAATCGGTAC CACGCTATGT CCCCATCGGC TCCCCCATAC GTTTTTCCAA AATGTGTAAA 5820 ACCAATCGCG CAACGTATCG CGTACGTTCA ACGCACTCTG CATTACTCCT GGGGAATCCG 5880 CTGGAGGCGT GGACTCCCGT ACTGTTTTCT TTCCACGCCG TAGGACAaGC ATCGTAGGAT 5940 CCAGGTGAAT CGATAGCGGA TCGTACACGC TGTTCTTTAC AACCTTGTAT GCAAGAGAGC 6000 GCCgnTGCGC ACATACCTGT ACACTCACTC GTACGCGAtA GCATCTATAA CAATGGTATG 6060 GGGATGTGCT TGATCTAGGC AGGTA ATCC ATCTGCATCG GTAAAGGTAC GCACAACAGG 6120 TTGAGAACTG TGCGCGGGGT GACGCTGCAT ACGGCTACTG GTCCAAAACC TCGATACATC 6180 TCCACGCAGA TACTTCATCG ATCCGCCCAA AAGATACGCA CACGCTAGAG AGAGCGCACC 6240 AACCAAACAA ACGATAACAG TGTGTGCACG CGCTTTTTTG TCCATTTTCT CCCCCTCACC 6300 TATTTCTCCT CTGTAGAGCC TTTCCTCCGT CCTTAAACTG AACACCAGTT AGTGGACCAG 6360 ATTACGCCGC ATCAGTACAA TCGCGCGCAA TGAGTGGGGA ATATCAATCT TTCACGCTCA 6420 AGCGTGCGCG ACGcGTCTAT GACCAGTATA ATGTGATTAA CTCCCTTTCG TTCGCACTCG 6480 TAACTGGCAA TACCATTACG CTCTATGCAC TGCTGCTTGG TGCCCGCAGT ACCACGGTAG 6540 GCTTGCTAAG CGCGTGCATG CACTTTTCCT TCTTTGCACT CCCTTTAGGA AAACTTGTGT 6600 GCCGACGTTT TGGCGTCATT AAAACCTTTG CGTACACCTG GATCGCCCGC AATACTAGTT 6660 TGCTTCCAAT GCTCGCAATC CCTCACCTTT ATGCACAAGA CTATACGGCA CTTGCACTGT 6720 ATGTGCTTAT TTTTTCCGTC GCACTGTTTA ACTTTTTTCG TGGTATGGGA ATGATCGCGA 6780 ACAATCCGGT CATCACCATG CTCGCACCAG GCAAACATCG CAGCTCATAC ATCGTACGCA 6840 TCTCGCTTGC GAACAACAGT GCCATACTCA TTGCCACGCT TTTACTCTCC GGGGcACTGA 6900 GCGTTAACGC TTCACTCACA ACCTATCACT TTGCAACTGC ACTCGGCATC GCACTAGGTT 6960 TTTTTGCTTC GTTTCTCCTT TTCACATTAC CTACCGTCGA GTCATGCGAA CATGTGCAGC 7020 ACACTTCCCC GGAGACCCCA CGGACCTCAC CGCGCTCCGG GTACACCACG ATACTCCGTG 7080 CTCTGAAAGA GAAAAACTTT CGCACCTTTA CGTTCGCTTT TTTTGTCAGC AGCTTTGCCA 7140 CAGGTACAGT ACGCCCCTTC GTTGTCGTAT TCGCAAAGGA CGTATACCAC ACTCCAGATA 7200 GCTTTATCAC TATCCTCACC GTATGTGCAT CCGGCGGTGC ACTCATCGTC GGTTTTATAA 7260 TGAGTTTAGC TATCGATCGC ATTGGGGCAA AGCCAATGTA CATTATCTCC TCAGTTTTAA 7320 GTGTACTCAC CCTCATCCCT GCGCTTGGTA CGCCAGGACT CCATTCCTCT TTCCTTTCAA 7380 TTGCTTTTTT ATGCCTGTTC TGTGCAACTA CCAGCATGGG ATTTACCGGA CAAGATAATG 7440 CAGCGCAGTC CTATTTTTTT GTCCTCGTTC CTGAGGATGC TTTAATAGAT GTAAGTGTCC 7500 TGTACTATCT TATTTTGGGC ATCACTGGTG GAGCCGGATC GGTGATTGGC GGCGTGGTAT 7560 TAGACTTCTG CCATCTCTCA GGATACTCCA GTTTGCAGGC ATATCGTATC TTTTTTACAG 7620 GAGTCAGCGC GATTATGATA ATCGGCATCG CGCTTCAGAC ACAGcTGCGC AACCTGGGTG 7680 GATACCGTGT ATTGCGAACA CTCGCAACGC TTTGCTCTCC AAAAGATCTG CGTACTCTCA 7740 GCCTCCTACA TAAACTCGAC TTTAACGAAA ATTTAGAAAC CGAGCAGCAT ATCGTACAAG 7800 AACTTAGTAC CATCGCCTCT CCCATCTCTG CCGAACAACT GGGCACCTAC GTGCAATCGC 7860 CACGTTTCAG TATCCGCGCA AGCgcATTGC AAGCACTGGA AACGATTCCC TCGCTGAGTA 7920 CACACAACCG TAATCTTTTG CTGCGAGAAT TGCGCGAGGG AACATTCACT ACTGCCGCAC 7980 AGGCGGCACG CATCCTTGGC ATTCATATGG TCCAGCAAGC AATTCCAATC CtGcgCGAAG 8040 CGCTCCATAG CGAGGATTAC CTGCTCGTCG GAGAAGCGCT TGTaGcGTTA GCACGCACAC 8100 ACGATGACGA AAGTCATTTC CTTATTGGGC ATGTGcTGGC GCGCACGCAA AATCCCTTTG 8160 TCGTGCTGCG TGGCCTGCAA GCGCTTGAGA TGCTCAATTC AGTCCACGCG CTACCACCAC 8220 TGTTTGAGAT TTTGCGCACA ACGTGCAAAA ATACACAAAC GCACACAGAA GCATTACTGA 8280 CTCTATCGGT CTTGATGGGA ATACAAAATG AATTCTACTT TCTATTTGAG CGCTACgTAC 8340 CGGTCATACA ACCGTACAAG CGCTAGTACG AGAAAAACTA GAAGAAAGTT TTGCTATCAG 8400 CAGGGTCACT GACGCGACAC TTGAGAAAAC ACTGGAACGC TTTACGGCCG ACGCACGCGC 8460 GGGCACCCAC GTGGTCATGT GGGTACTGGC ACGCGCAGGA GAAGACCTAG GGACAAAAAC 8520 AGCACTCCTG CTGAGTCTTA CGTTGGAGAA TCCCCTGTGC GCGCGAGAGG CTTTTCGCCT 8580 TCTGATAGGT ACATGGACGG CCACCTTGTT TAGAAAACCC GCACTCATGT GCTCTTAGCG 8640 CTCAGACGGC CCGGTGCGCA CAACACGCCG CAGGACGTGA TCGACCGTGA CTATCCCCCC 8700 TAAAACCGAA ATCGCACGGT AGAAAGCGTT TGCCCATCGC GCAACACGTC AAACCACACC 8760 TCCCTCgTnT GACTGCAAGC ACCGCGTAAA 8790 (2) INFORMATION FOR SEQ ID NO: 14: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 651 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 14: nCCAnTCGCG GAAATTAACC cTCACTAAAG GgAACAAAAG CTGGAGCTCC ACCGCGGTGG 60 CGGCCGCTCT AGAACTAGTG GATCCCCCGG GCTGCAGGAA TTCGATATCA AGCTTATCGA 120 TACCGTCGAC CTCGAGGGGG GGCCCGGTAC CCAATTCGCC CTATAGTGAG TCGTATTACA 180 ATTCACTGGC CGTCGTTTTA CAACGTCGTG ACTGGGAAAA CCCTGGCGTT ACCCAACTTA 240 ATCGCCTTGC AGCACATCCC CCTTTCGCCA GCTGGCGTAA TAGCGAAGAG GCCCGCACCG 300 ATCGCCCTTC CCAACAGTTG CGCAnCTGAA TGGCGAATGG CAAATTGTAA GCGTTAATAT 360 TTTGTTAAAA TTCGCGTTAA ATTTTTGTTA AATCAGCTCA TTTTTTAACC AATAGGCCGA 420 AATCGGCAAA ATCCCTTATA AATCAAAAGA ATAGACCGAG ATAGGGTTGA GTGTTGTTCC 480 AGTTTGGAAC AAGAGTCCAC TATTAAAGAA CGTGGACTCC AACGTCAAAG GGCGAAAAAC 540 CGTCTATCAG GGCGATGGCC CACTACGTGA ACCATCACCC TAATCAAGTT TTTTGGGGTC 600 GAGGTGCCGT AAAGCACTAA ATCGGAACCC TAAAGGGAGC CCCCGATTTA G 651 (2) INFORMATION FOR SEQ ID NO: 15: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 5338 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 15: TACCCTTTCT CCTTCAGTGC GTAtCTACAG yTATCGCACC AGACGCCACT TACAGCGTTG 60 GCGCGCCTTT TTGTCACGCA CGAAAcTGCG TATGTGCCTG CTATCCCCCC CACGTCTGCC 120 GTGAGCCGCC CTTACACCGG TATCCTCATA GATGCGCGCG GTTCTCTTCC TGTGCACGGC 180 GAATACGTGT CAGAGCCGCT GAGCGCATGT TTGTTCCCCA AGATTTGGAG CACGGACATG 240 GATTTAATCT ACGAAAAGAA TATGGTTCAC CCTGACCGTG CCAAGGCATG GGGTGTGGTG 300 CGGTACGGCT CGGTTTGGGA CGAGAAAATG TACCGAGACA GGATAGGTAC CACGCCCTTA 360 AAAATCATTG CGCGCGGAGT GTTTGGCCAG CAGCGCACGG ATCCTATCAT TGCATCAAAG 420 GATGCAGCCC AGATCTTGGC GCGCCCTGAa GAACTTGCGT TTGCTTGCAG AAGGCAACGT 480 GATTATCCTG TGCGACGAAG CAGCGCTGCG TGTGCACGTG CCGTATCCGC TTGTAGACGA 540 GCACTTT AC TTTGCATACC ACGACGTAAA ACGCTTCCTA ACCGACGAGC GGTCCCCCGG 600 TGTCGGTGTT CGCTCTGGCA TCAATACCCT CAAGATCACC GTGTACGACG TGCGTTTTGT 660 GGCAAACTCC CCAGAGATTC TCGCCTCAGA AAAAGATCGG GTAGACGTGA TAGCAACCGC 720 ACTGAAAAAG ATGGGsCCGT ACACAAGkTT TTTAATTGAA GGCCACACCG CAGATTTACA 780 CCGCCCTCAG GAGGAAGCGG CGCTTTCTGT AGCACGTGCG CacGCATGGC GCAGGAACTG 840 TCCAGACGTG GCATTGAGAT GACGCGGATT ACTACGGCAG GACACGGTGC GACAAAGCCT 900 ATCGCGCCAA GCGATaCGCA CGCGAACAAA GCCAAAAATC GTCGAGTGGA GATCACCATC 960 TTGcGCGATT AGTGCACGTA CCACGGAGCA TTCTCCGTGC CGGCTATTTC TCCCAAGTAA 1020 AGAGAACCTG CGATGACGTA CCGATGGCTT TCTGCAGTCA GGCGCAGTTA AAAGGAAGGA 1080 GCACTATGAT AAAGCCACGC GCGTATGCAC TGTTAGGCGT GTTTTTCCTG TACGCCTGTG 1140 CAAGCACACC ACGGGAAGAA GATGTACCTG AAAAATTCAC CCCCGCTGAC CTCATGCTGC 1200 GTGCACAGGA ATCCTACGAC GCAGGTAATA TAACGTGGGC GCGTTTTTAC TACCAAACGG 1260 TTCTCGATCG TTTCCCGAAC AATGAGTCAG CGGTCATTAG TGCAGAGTTT GAACTTGCGC 1320 ACATCCTTGT TAAACAGAAA TCCTGGCAAG ATGCCTACAA TAGGCTCATG TATATACTCA 1380 AAAAATATGA GGCTGCAGGC AGCGCACGCC TGCCTCCTGC CTACTACAAG CTCACACTCA 1440 TTGATCTGTC GCGGGTAAAG CCGCACTTGA ATCTTGAGAC AGCGAATACA AAAGCAACAG 1500 AATATCAAAA GAACTACCAA GAAGAGCTCA AGCAACGCCA GGAACTACGG CAAAAACTCT 1560 TACAAGAACG CACACAAAAA ATGCTTGAGG CTCTCCATCA AGAAGAAACT CCCGAACAGG 1620 ACGCGCGCGA TACCGCAAAA AAGAAGACAG ACCAAGAAGA ACACACCATG CGCAAAGCAA 1680 ACGCGCCTAA AACCAAAGCG TCTGGAGAAG CACCCACCCC ATGAAGATCC TGCACACAGC 1740 GGACCTACAT CTAGGCAAAA CACTCCATGA AGTATCGCTT TTTGCGTCAC AGAAAAAAAT 1800 GCTCGGCGAT CTGTGCACCC TCCTTGCGCA GGACAACTAC GCCGCGCTCA TCATCGCAGG 1860 CGACATCTAT GACCGCTGTG TACCCTCTGC AGAGAGTGTC AGTCTTTTTA GTTCTTTTTT 1920 GCAAAATATC AAACGGTCCA TGCCACGGCT CCCGATATAT CTCATCCCCG GcAACCATGA 1980 TTCTGCGCAA CGTCTCTCCT TTGCCCAGGA GCTACTTAAG CAGCAGGGAG TATTCATTGC 2040 GCAGGATCCT GAAGAGAGCA CCCGTCCCCA TCTCCTCTGT CACGAGGGGG AAACAGTGCA 2100 GTTATTTTTA CTTCCCTTTC TCCACGCAGG TGCCTTTTCC TATCTTGaTG AGGAAAACAC 2160 CACTTGTCTC ATTCACACCC AATCCGAACT CCTTCAAGAA GCCTCGCGTc GCTTGCAGcG 2220 TGCAGTATCG TTGGACACCC CTTCTATCCT TGTCGCACAC CTATTTACCC AAAAAGGTAT 2280 TAGCTGCGAA AGTGAACGCC CGTTTGTTGG CAATGCCGTT TACGCTGACC CACACTGGTT 2340 TGACTTTTTC ACCTATGTTG CACTTGGTCA TTTACACAAA TGTCAAAAAA TCACCGAACG 2400 CATGTACTAT TCCGGATCTC CTTTGCCCTA TTCGTTTGAC GAAGCAAATA CCCAAAAGGT 2460 TGCGCTTTCT GTAGAGATTC ACTGCAACAC AAAGGGATTC CCCATCCATG TGACTCCCCT 2520 TCCACTTGAG CCACTTATCC CTCTTCGCAC CATACGCGAC TCATTCCACG CACTATATAC 2580 CGGTGATCGC TATCTCCTTT ATCAACGTGA TTTTTTAGAA ATCACCCTGA CCGACCCGGC 2640 GCTCGTGCAC AATCCTATTG GCCTTTTGAA GCCGCGCTAT CCAGGATTGC TCAGTATCAA 2700 GCAGGAAAAT GCGTTCGCCT TTGATATACC CCCCCCCTAC TCCTCTAACG AGGGGATAGC 2760 GCCCTGCACA CACCACTCAT TGCGCACACA CTTTGATGTA TTTATGCACG AAGTAAGCCC 2820 CACTCCTGAT GACAGAGAAA AGGGCGCTCT CTTTCAGGAA CTTTTTGACG AAATGCAACA 2880 GGAATTCTCA TCGTGAAGCC GATGCGTCTT ACGCTCCACA ACATCGGTCC TTTCGTTGGC 2940 ACCCATACAG TTGACTTCAC CGCGCTCGGT CCTATTTTTC TAGTGTGTGG GAAAACAGGT 3000 TCAGGAAAAA CCACTCTATT CGATGCGATC GCCTATGCCC TGTATGGGAA ACCCCTTGGA 3060 ACCCGTGCAG AAGTTATCCG CAGTCTGCGC AGTCATTACG CCGCACCATC AGAAGCTGCA 3120 TTTGcTACGC TGGAATTTTC ACTCGGCACT AAAATCTACC GGGTACACCG GACGCTGACT 3180 TGCACACTTT CCCACAGAAA AACAGAGCAA CCCGAGCAGC TGTATCTTGA GCAAAAAAAA 3240 GGTCATGGAT GGGAGCGTAT TGCTTGTGCG CATAAAAGTG AAACTGAATG TGTTATTCAC 3300 GATCTTCTCA AACTCAATAG CAAAGAATTT GAGCGCGTGG TTATGCTCCC ACAGGGAGAA 3360 TGTGCGCAAT TTTTAAAgCA AATTCAAAAG AAAAAAAAGA AACGCTGATG AATCTATTTC 3420 CTGTTGATCA ATATACTGCT CTTATGGAGC GAGCAAAAAA AAAATCGCTC CATGCCAAAG 3480 CAGTGCTTGA AACGCTGCGT TCGCAACTTG AAACTCTATG TGCGGAGTGC ATGCCCGACA 3540 CATACCACGA AAGGAAACAA ACGCTAGAAG CTGAGTTACA GCACGCACGT GACGCACTGC 3600 AGCAAACCCG CATCTCCCAT GCGTACTATA CACAAAAACG TGAAGCGCTC GAAGCACAGC 3660 TAAAAAAACA ACAACTTTGT AAAGAGCTGC GTGCGCGTAT AGAAACATAC CGCGCGCAAG 3720 AACCAGTCCA CGCGGAAACT CAAAaGCGTA TTGATCGCGC GCGAAAAGCG GCACCACTTn 3780 TGCGCACATA AAACACGTCA CCCAGTGCGA ACAAGATGCA CaGCGCATTC ATGCAGAAAT 3840 ACAGGAAAgA TGCGTTCACG CGAACAATTG CTCATGAAAC GAAGTGCGCA TGTCGCGCAG 3900 CAGTCATCCA TTGAAGAACA ACGCCGTCTA CTACAAACAC TTCATAGTGC GTGCATTCAC 3960 ATTGAAGACG CGCATGACGT TGCCACGTCG ATACGCGACA TATCTTGTCA GGCGCACACA 4020 CTCACGCAGC ATATCCACAC GCTTGCACAA CAAAAAACAA CACTTACCCA GCAAGAACAA 4080 TCGTTGTGTA AAGAACTGGA TATACTGCAA AGAGAAGCGG GTACTATCGA TACTCGTACA 4140 TCTGCCTTTA ATGATTTACA AATTCAACTC GCGCATGCAA AGAAGACACA AGAATTGTCT 4200 CAGCGATATG CCGAGCTCTG TGCGGtCACG CAACATGCAC TGCACAATGT GAAAAACTTG 4260 AGAAAATACA CGCACAAAAA AGCGCGTATA GCACACGGGC ACGTGAGCAG CTCCTTCAGA 4320 CAAAAGAACA AATTCATCTC CAAGAAACCC GGACACACGC GGTAGTACTC GCGCGTCTCT 4380 TAGAGCATCA AGAACCGTGT CCTGTCTGCG GCTCTTGCAT TCATCCGAAT CCCGCACGTC 4440 AAGACATAGA TAATCTTGAA CCGTTAACCC GGCGCATGCA ACGCATAGAA CAAACATACG 4500 CGCAGcTGGa AACCAGCGAG AAAGATGTGT ACCACATCCT CACCTCTGAG CGTGAGCGmC 4560 GTGCATCCTA CAGTGCACAA ATGCAGGAAA TACAGCATTC ATTTTCCATT CTTACATCGT 4620 GTGATACGCG ATCATCCTGC GATATTCCAA ACGTGCAAAA AATTACCGTA CGTGTTTTGG 4680 ATCTCACGGA AAAATTATCT CGTGCAAAAG ATATGCTCGC ATGCGCGCAA CACGCTTTAC 4740 TGAGAAAAAA ACAGCCTGAG CAGGATTTAC AGGATGTACG CGCACACCTG CAGCAATGCT 4800 CACAAGAGCT CGCAAAAAAA GAAACAGCAC TCCACGCATT GCAAGAAACG CTTACACAGC 4860 AGCGCGTACG CATTCACGCA CTGTCCATAC GTTTACCCAA GGAATTGCTT GCATCGAACC 4920 TACTTGCTCC GCAAAAGATG CAGCATGAGA AGGAGAGTGT CGCCTATTGG AAAGAGATGC 4980 TCGCACACTG TCAAACCCTT ATGCGAGAAT TGCACACCCA TATTGAAGAA TACGACCGAG 5040 AGTTCAATGA GATAGAAAAC GCTTCTAGTG CGCTTGGCGC CGACATTGCA GCGCGAGAAG 5100 ATGCACTGAA CCATGTTCAA AAAGAATACA TGCACCTTGC ACGTACCGTG TGTTGCGCAC 5160 GAACAGAAGC GCATTTtCAA TAACAACGAr GAAGTAACCG CCGCTCTTAT GACTGATGCT 5220 GAACTTTCTC ATGgCTGCAG CAGAAATTCA ATTTTTCAAT GAATTGCGTG CGGCTGACAC 5280 CCATCTACTG AAAACACTCG AGGGCAGAAA TAGGAACAGA AATTCCATCC GATCTTGA 5338 (2) INFORMATION FOR SEQ ID NO: 16: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 32768 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 16: CCGCGCAAGA TCCCAGCGTT GATATCGCTC CAACCCCTTA ATCACCACAA AGTTCAAGGG 60 AGGGAATACG CTCCCGCGGT ACCCCATCCC CCGCTCATCA AACTCTGCTT CATCTGCAGA 120 CAAACTCGGA ATCGGATGGT CCAGCCCAAA CGTGTGAGGA TTCACCAGAT GCTCTGCCAA 180 GCGCTCTGCC TTGTCTTCAT TCGGTATCTC CCCAAGCATA GGCCAGAAGC CAGCAATAGT 240 CTTATGCGGA AGCTGCTGCC CGGAAGCGTC GAGGTCGTGG TAAAAGCCAG TACTCGCGTT 300 CCACATAAAA TTATTAATAC GTGTCTTTAG GGTAAAATAT ACCCGCTTAT ACTGAAAGCT 360 CAGCTCCTTA TCGTTGATAA TATCGCCGAG TGCAGAAAGA TAAAAAGCGC TCACGGCCAA 420 GGCAGAGTTA AAATCTACCA GATAGGCAGC TTTTTTACGT GGAGAGTTTC CCATCTCCGT 480 AGCAGCAAGA GGAACCCTAT AGAGTCCGTT ACTCCTTCTA AACTGTGTTT CAATCCACTT 540 CATATAGCGC ACCATCACGG GCATGATCTC TTTAATTCGT TTTTTATTTG CAGTTTTATG 600 AAAGAGATTA AACTCTGCCC AGGCAAAAAG AGGCATGCCA ATACCCTCAG GATTGGCGCG 660 AGGCAAAACT GGCTCTTTGC TTGCAAGATG ATACTTCCAA CGAATAGCGC CGGACTCCTC 720 CTGCATTGCA TAGAAAAAAT CAAGACACTG CGTGATGTCA TAGTTCCGGT TCGAATACAC 780 GAAGAAAAAG GACGCAAATA TGATTTCATG CTGACTGATA ATTAATCCGT CTTTTTCTGG 840 AAACACAAAA AACGATTCGC TTGTGTTTTT CTCCCCCGAA GCAGACAGCC AATACTCCTT 900 TATCCAAGCC CACGTGCGAT CATAGATGTC AACAAAATCC TGATCATAAA AATGAATCCT 960 GGGAAAGTCT CGCTTATTCA CCGcATCTCC TCACACATCA CAGGCGACGG AGTGTAGCAC 1020 ATGCaGGGGA AAGTGAGTAT CTACCTTTCC ACCCTGTAAG CTACGCGATG TGCACACCGG 1080 CATCCAGACG AACTAGGATA GTAAGGTGTC AGAGGATAAG CTGGCACGTA ATAATTCACG 1140 CGCCGTACGT TCTTCATCAT ACGGTTGCAC GGTGTGCGCA TAAATAATTG AATGCTCATG 1200 CCCCTTACCC AGCAGCAGCA CAAGGTCCTG CGCACGCGCA AGAGAGAATA TGTGCCGCAG 1260 AGCAGCGACA CGATCCGGAA TCAGAAACAG GGTTTTACCC AATTTCTTGT GCTCACAACC 1320 TGCCGCAATC ATGCACAGAA TACCCATgGA TCCTCTCCTC TCGGATCCtC ATCTGTGAGC 1380 ACAATTACGT GCGCATAACG AGAGGCAATT GCGCCTTGCA TtGCACGCTT TgCGTGTcCC 1440 GCTTCCCCGC CGAGCCGAAC AATACCAACA TGCGCCTCTT AACGCGnGCA CACGCGCTGC 1500 AAGCGGTGGC AAAaTCTCCT CGAAGGAAGA GGkTGTATGC GCATAGTCAA TGAGCACCTC 1560 AAAaTCCTGT CCCaTATCCA CACGCTGCAT TCTCCCCtGG ATTGGCTGGA CGTACTGCAC 1620 GTGCTGTGCA AAAGCCGCAA GCGACGTACC AAGCAATCCA TGCAGTACAA GAAAAGACGC 1680 TGCTATATTA CAGGCATTGA AAGCTCCTTC AAGCGGCACC GATACATCAT GTGCTCCGTC 1740 CTGTGCTGGT TGTGCAGGTT CCTGAACAkT TGACAACACA AACCTTAATC GCAAGGCCTG 1800 AGATATCTGA GGAAGTGTTT GCACCCATAG CAGGGTACAC GGCATCCTTT CCAGGCAGGC 1860 TGCTGTCCTT TGCTCAGCGC CGGTTCCTCT CTTAAAGAAA AAACAGGGTT TGTGCcGTCT 1920 TCGCGAAAAT ACACAGCCGA TGCGTCTTCC GCCCAGAGTA CTCCAAAAGA AGGAACGCGC 1980 CGTCCGTCTT TTATGTGATC ATGCGCATCT AGCGCACGAA ATACATTTGC TTTATCAAAG 2040 CGATATTGTT CAAACGAACC ATGAAATTCT AAATGTTCAT GGCGTACGTT CATACATACT 2100 GCCACATCAA ATGCAACATC CTGCAAACGT GCCGTACGTG TGGAAAGCCC GTGGGACGAC 2160 GCTTCAATTA CTGCAAATTC ACAGCTGTGC TCCCGCATCT CAGCGAGGAG CCGCTGTACT 2220 GTTAGCGACT CCGGTGTGGT TTGATGCTCT GCGTTCGGGA GAATATCATC TCCTAACGAA 2280 TACTCCACAG TAGAGATAAA ACCAACTCGT TTACCACATA AACGCAAAAG CtGCGCAATG 2340 AAACTAACCG TGCTGCTTTT ACCCTCCGTG CCAGTGACCC CGATAACTGT CAAAGCACGC 2400 GTAGGAAAAT CGTAGAAAGC TGCAGCAGCA CTAGAAAGCG CACACCGTGC ATCTGGTACA 2460 CGAGCATAGT ACACGCCGAC GACATACGTA TCTAATGGAC AATCATGCAC AATTGCGCAG 2520 GCGCCGGCAT CAATTGCTGC GTGGATGTAC TGCGCGCCGT GCGCATGCGT ACCACGCAAC 2580 GCAAAAAAAA CCGAACCCTC ACGCACTGCG CGTGAATCAT ACGCTATGGA AGAAACGTCC 2640 GccACACTAC CGTGCGTTTC TTGCACAGAA CAGGAGGCAA GACAGACAGT AATGGGTTTA 2700 CGGTACAGCA TCGCGGGTCT GATTGTATCT GATTGCACGC CCTCGGGGAA CAATCTATTG 2760 TCAATGCTTT TTCAAAGAAG ATCGCAAACG GTGGGGAAAG GCCATCTCGT TGACAGCCTT 2820 TTAGTGATTA ACTTACACTC CGCCGCATGA AAATTTGGCT CAAATTTTTT GTCGGCAGTT 2880 GCATTGGTGC ACTGGTAGCC TACACTATCC CAGAAACGCT CAGCGCGCCG CTCATGCAGA 2940 CCATTTCAGA ATTGGTTGTA TCCGCTGGGA GTTACATGCT TTATCCAGTT ATTTTTTTTG 3000 GATTCAGTGT CAGTATTTTT GAGATGCGTC GAGAACGCCT ACTCCTGCGT ACTACCCTTA 3060 TCAGCATAGG TGCATGTGTT GCCACCGCAT TTAGCCTTTC TTTGGTAGGA CTATTCTCGG 3120 TACTCGTGTA CCGACcTGcG CGTATTCCCA TTTTTGCCAC CGGCACGCCG CAGAATCCAG 3180 GGTTTCAAAT CCGCACCTTT TTTTTGCAAT TGTTCCCTGC AAGTAGTTTT GAAGTATTCA 3240 CAAATGGTGA TTATCTTCTC CCtCTCTGcG TATTTGcCAG TTTCGTCGGC GCCGGCTGCG 3300 CAGTCGATCA TGTCGCGGCA AAACCCGTAC TCGCGCTTTT TGAGTCACTA ACGCGCGTCG 3360 CACACACCGT GATGGTCTTC TTCGTAGACA TGCTGTCTAT TGGATTTATT GCACTTTCTG 3420 CGCACTGGCT GTTTAGGTTT CGACCACTCC TTTCTACTGG GGTGTTCACT GACCTTGTAA 3480 TCCTACTGAC ACTGACAGCA ATTTTTATCT GCAGCGTGCT CTATCCTGCC CTTATTAAAA 3540 TTATGTGCCC TGAAGTCAAT CCGTATCGAG TACTGTATGC AGCATTGGCA CCAATGAGCA 3600 CGGCGTTCTT TTCGCAAAAC GTGCACGCGA CGCTCCCTGT CTTGCTCTAT CACGCAGAGG 3660 AAAGTATAGG GGTGCAACGC ACAACTGCAA CGGTGCTGCT CTCTATCTTT TCGATCTTTG 3720 GCAGGGCCGG GTCAGCGTGC GCAATCACGA TGAGCTTTGC CCTAATATTA AAGTCATATT 3780 CCCATTTGGG AATCGGcTTC TTCGATGcGc TGTGGATTAT AACTGcTGcA TCATTtCTCT 3840 CCATTTTCTT AGGACGCTTT CCCACAGGAG GGGTCCTTAT TGCGCTTGCG TCAATATGCG 3900 CGTGGTACGG ACGAGGTTTT GGAAGCGGAT ACCTTGTCAT CCGCCCTGCT GCATTTTTTG 3960 TTGGAAGCAT CGCCACAACG CTGGATACCC TAAACGCCCT CATCTGCACC GCAATAAGCG 4020 CAGAACGAAT TGGAACTGTG CGCCACCGCG CGGTGCGTTT CTTTATCTGA GCTCTAGTGA 4080 TTGCACTGCA ATAGCAGGAG ACTCCAGCAT TCGATGCGCC CACGCCCCCA TACGCGCAAC 4140 CGCTATGTGC GCACACGGCG ACACACTTTC CATCGACTGA AACAGGTGCC ACATCCCCGG 4200 CCACACGTCT AGGGTCACTT GTACCCCCGC CCCTTCAAGT ATCTGCGCAA GCGCACATGC 4260 GTCTGTGTGG AACAACTCTT GCTCCCCACA TTGCACAAAC ACCGGAGGaA ATCTCCAAAA 4320 TTCCCAAAAA GGGGGGAAAC CAGTGAATTG CGAAAATTAT CCGCGTACGT GTACTGCAAC 4380 GCACAGTAGC GGAACATATC GCGCGTCAAC AGGAGTTCTT TCTTCTTAAC TCCCTCCCCT 4440 GCAAACCGAT CCTCAGTTAA ATCAACCCAA GGAGAAATAA GcgCCAAAGC GCGCGGnACA 4500 CACCAGCCCC TTCTGTTTTA AATAGTGCGT CAGTGCAAGC ATCAACCCTG CACCTGCTCC 4560 ATCCCCACTG AAGATAATAT CTTCAGGACG AAATTTCTTC TGATCAATAA GTGCTACATA 4620 CGcATCATAC ATATTTTCTA GTGCAGCAGG AAAAgGATGC TCGGGCGCAA GTGgATATGC 4680 AGGArTATAA AACTTCGCGC CGACTTCATC CGCTAAAGAT GCACAGAGCG CACGAGAAGC ' 4740 CATAGGAGAA CCACTTATAA AAAATCCACC ATGTGCGTAC AACACTGCAT GGCCAAcCAT 4800 TAGGAAmCGC GGGCTCAACA CATCTGTTTC GATATTAGCC AATACCTCAC AGGAAACATC 4860 CACCCCATTG GGCACATACG GCATATAAAA AAAGTCATCA TACCCCGCAC GCAAGGCAGA 4920 AACCGATGTA CGCGGGGTAA AGCGCATCTT CTTAAACAGT TTTTTCGCCA TTCGGTGCAC 4980 GTGAGCGCGC GAAGGTCCCA TGCGTTTATC GTAACACAAA GAAACTGGTT CTGTCAGGCA 5040 ACCGCTTCAC GCCCATAAGA GCGCTTGACA CGTCCGGCGC ATTCCCGTTA CGCTCGGCCC 5100 CGGTTTCGTT AGGGCAATTA GCTCAGCTGG TTAGAGTACA AGCATGACAC GCTTGGGGTC 5160 ACTGGTTCGA TCCCAGTATT GCCCAGGAGC TCCTCTATTT CAGACCTGGC CCATTTTTTC 5220 TGTTTTTGGC AAAGCGGGGG GACGATAGCG GGTCGCCCGT CTCTTTTCCC CCTCCCTTTG 5280 AGGGGACCTC CCCGCTCGTA GAgGGGACGG GGTGCTCTCG CTCAACCAGG AGCCGATCGA 5340 TGCGCCTACC GTCCATTTTC AAGATAGTAA ATCGGCATCC GTTCGCATTT AACTGTTCTT 5400 TTACACGCGG GATTCGATTG CGTATGCTCA GCACATAACC GGCGATCGTG TGCACACCCG 5460 TGTGTGGCCG CGTCGTCCGC GCCAGAACCC CGAGACGATA CATTTCGTTT AAATTCATCC 5520 ATCCGCTAAC GATCCAGCTA CCGTCAGGTT CTGAAAACAA TCCTCACTAT TGATCCCGTC 5580 GGCACGCGCA TACTCCTGAA CGCAACGCAT AATCAACTCA TCACGCGTTA CCATTCCCTC 5640 AATCCCTCCG TACTCGTCAA TTACAAACGC CATCTGAGCC TGCATCTGTT GAAAAAGATG 5700 CAACAGCTTA CGCACACTTA TTACCTCAGG TACAAAAATC GGCTGCTGCA CTATACGCGC 5760 TATCACCGGA TCTGCGATCC ACACCCCCTG TCCTTTTGCA TGAGCGTGCC GCCGACCCTC 5820 CATGTGAACA TGCAATGCGC TTGCAACAGA CTCTTGCTCA TCCTGCTCAC GAGAGGCTCC 5880 CGCGCTCCGT TCCATTTCAA GACATACGCG CACATACCGT TGCACAGAAA AATAGCCCAC 5940 GcTGCGTCAA TCGTACGAGC ACACACAGGA AAATAGTTGT AATCGTCATG CTGCGAGATC 6000 ATCGAGAAAA TATGAGAAGG GAGTGCGCGC GCCTCGACCC ATACAATATC GGTACGGTGC 6060 ACCATGTAGC TTCCAATTCC CTGATCGAAA CACACAGCAC AATCaGCGTA CGACATCTGC 6120 aGCATAGAGG CGCGTGCcGT TGcCGCTGCC AGCTTTTCCC CATAAGCaAA GAAAAAATAT 6180 TCGCTGCCCA ATCCCACTTC ATACGCTGGC CCACAAACCC AATTGTAATA AAAATTTCAT 6240 ACGGCTGCGA CTCACACTTC TCCACCTCGC ACCAAACGCT ATTTTAAAAG GCGCGCTGCC 6300 TTTCAAAAGG AGAGTGCAGC GAGCACAAAG CAGCCGACCA CGCGTTTTGG ATACCCGTGT 6360 GAACCTCGCA TGCAACGCAC TGCCGGGTAA GACATATGCA ACCAACTCTT CGTTATTTTC 6420 AAGAACTACC TACAGTTTAC ACGCGTGGCA CCGTTTCCTC AAAAAGATAT CTATGCCCCT 6480 GCCGCCGCGT CCGGTAGAAC ACCGTGCGTG TGTGTGCGCT ATTCATTACG TGCAACAGAG 6540 CAAATCCTGC GTGCGAGCTT CCTCGCGCAT GCTCGAGACT ACCCGGATTG ATTATAAGCA 6600 CGCGGCTACT TACACACGCC CTTTGCACGT GGGTATGTCC ATGCACCGCA ATACTACAAC 6660 ACGCCTGCAG TGCTTGGGAA ACGAGCACAC TATCGCTCAC ATTCACCGAA TGGGTGTGAC 6720 CGTGCGCTAG AAAGAGCGTA ACATCTGCCA CCTGGATACG TCCACATAAG GGTATGTGCG 6780 AAGCACGATC ACAATTTCCT GCAACCATAA AAATAACACC TGGAATACGC TCCCTCAGCA 6840 CACGATTACG TCGTCCCCTT TGGCAGAGAT ACAACACATC CCCAATCCCG TCCCCTGCAA 6900 AAAGAAGGGC ATCTGCACAA GAACCAAACT GATCTACCAC CGCGGTCAAG GCCTCCGCGC 6960 TGCCGTGCGT ATCGGAAACC AGCAACAAAC GCGCACAAGA CAGCATATGC AATGAGGCAA 7020 TCGACTCCCG ACCCCCTATC ACTCCCGGTG CAGTCATCTC AAGCGTATTC ACATTCTATC 7080 CCTTTCGTGT ACGCTCCTTC CCGGACTGCC ACCATACGAA CGCACAAATC TGAACGTTTC 7140 TACCCGTTTT GACAGCAACA CATGATTGTA GGCACGCACA CCCGTCTCCG GGTCTACGTA 7200 GCATTCCATA GCATAGTCGG AGGAAAAAAC ACCCTGTTCC CGAAGGGAAT CAGTGACATT 7260 CGCAAATGCC CCTCTGAACT CCTGCAGAGG ACTTGCATGT GCTCGACGCG CGACACCCCT 7320 TCTGCGCACG ATTTCACATG CTGCACGCAG GAGCGACTGG AGtCCGCTTC TGTATTTGAA 7380 ACCTCCGCCA CTCCTTCTAG AGAATCTTCT TTTACCTGGA AATCCACGAG AATATCGCTA 7440 CCTGCCTGCA TAGGAAGCAC CTcTTcCTcA GGCAAAAGAG AAACGATAAG CGTTTGCGCA 7500 CGCTCGCGTT TTACCGCGAG CAAGTACTTA CCACCTCCTA CAGGCAATCC CAAACTGACA 7560 ACCGCATCAG GCCGCATTTC ATGCACGGCC TCGAGCACAA CCTTCATGCG CGGCAAGGCC 7620 GAGAGGCGCG TCAAATCCCC GTACTCCACC ACTCGCGCGC GCATGcgCCA GGcCTCGCAC 7680 ACCCGCTCGA CGCAATCGAC AAGATAAACG TGACCTGAGT ACTTTTTTCC AAAAACGAAC 7740 AGGACCTTCT GCTGAGAGGA AGGAGAGATC GGTACCACTC CAGACCTCTC CGTACTCTCC 7800 CGAACGCACG AACACGCCCC GAGAGAACAC CAACACACGc ACAAGAGACG CGCGAACTGT 7860 CCTGCACGGG CGCCCCTCCA ACCCCTGCAG AACTTCATTC AGCACACGGG GAGACGCTGA 7920 GCGCTCTCCT CGCCCACGAA AGACACCGTG CGCGCCCGGT CCCTAGAACG GACGGTCCGC 7980 AAGtACTTGT ACTCTTGCCA CTGTCTCCGC GCCTTCTCTT CTGCGCGCTT GAGCAGCATT 8040 TCAGCTCGCT CGGGATTTGC ATTCTTAAGC GTCTTGAACC GAACTTCTTT GTACATGAAA 8100 TCCGCAAGCT TAAAATCAGG TTCCTTACTG TCAAGCTGAA ATGGATTTTT TCCTTCCGCA 8160 ATGCGACGGG GATCGTAGCG GTACAACGGC CACAAACCAC ACGCGACGGC CTCTTTCTGA 8220 TTAATCATGC CCTTGGACAT ATCAATCCCG TGGCTAATAC AGTGGCTGTA GGCGACAATA 8280 AGCGATGGAC CATCATAACT TTCAGCCTCT CTAAACGCCT TGACCACTTG ACTCATGTTC 8340 GCTCCCATCG CGACACGTGC CACGTACACA TACCCATAGC TCATGGCCAT CAAACCAATA 8400 TCCTTTTTAC TGATCTCCTT CCCCGCCGCG GcAAACTTTG CGACGGCCCC GATAGGCGTG 8460 GCCTTCGACA TCTGaCCACC GGTGTTGGAA TACACCTCCG TATCCATAAC AAGGACGGTA 8520 ATATTGCGCC CAGAGGCCAA CACGTGATCT AGACCACCGT AGCCAATaTC ATAGGCCCAG 8580 CCGTCTCCCC CAAAAATCCA CACCGAGCGT TTGATAAGGT GGTCAACGAG AGAAAGCATT 8640 TCCTTTGCAA GGGGkTCAGt ACTCTCACTG AGCACTTtCT TAAGCTGATT AACGTAGgCA 8700 CGCTGCTCTT CCACTGCAAC ATCGTCCGCC TGCTGGTTAG AAAAAATACT CGCAAACAGA 8760 TCAGCCGCCA CCCcTTTTTC CTGCAAcTTG CGTCCAACcT CGCGGGCATA CTCTGcAAGT 8820 TTGTCACTAG TCACGCGCAT TCCGAAGCCA AACTCTGcTG CGTCTTCGAA AAGAGAATTT 8880 GACCAAGCGG GGCCGCGACC ATCAGGACGC GTCGTATAGG GGGTTGTAGG CAAATTTCCC 8940 CCATATATCG AAGAACATCC GGTTGCATTC GCGATAATGG CGCGATCCCC AACAATCTGC 9000 GTCATCAAGC GGATGTAGGG GGTCTCCCCG CAGCCTGGGC AGGCACCAGA GAACTCAAAA 9060 AGAGGTCTTT TCATGGACGC CCCTTTTGGC AGACTCAAAT TGAGCTTCTT CGCCTCAGGA 9120 TCGGGCAGTT TAACAAAGAA GGCCCAGTTC TCAGACTCCA CCGCACGGTG CTTGGAAAAA 9180 CTTTCCATGT TGATAGCCTT ACGCGTAGGA TCAGCCTTAT TTTTTGCCGG ACATTGCTGC 9240 ACGCACAGGC CACAACcTGT GCAGTCCTCT GGGGAAACCT GAATCGTAAA tTCGCCTCCC 9300 CAAATTCCTT GCCTTTGTAG TCACAGGAAG CAAACTTAGA AGGCGCATGC TCGAGCTCCT 9360 TACCATCGTA CGCTTTCATG CGGATAAcTG CGTGAGGACA CACCATAGCG CACTGACCAC 9420 ACTGGATACA AACAGACGGA TCCCAAATGG GTATAGTCTC GGCTATACAG CGCTTCTCGT 9480 AtGCGTGGTA CCAGTAGGAT AGGTACCATC CTCTGGTAGT GCGCTCACCC CAAGACTATC 9540 CCCCTGATTG AGCGCAATAG TACCTAACAC GCTTTGCACA AACTCCGGAG CATCGGAACT 9600 CATCGCAGGA CGACGCGTCA CCAAACTACC GGCAACTCCC GGATACTCCA CCAATCCCAC 9660 CCCAGCGAGC GCCATATCGA TAGTGGTGAT GTTCCTCTGT ACAACCTCCC CACCCTTTTT 9720 GCCGTAGgCc TtCTGTATAA ATTTCTTAAT CAGGTCAATC GCCTCAGCTT CCGGCAAGAT 9780 ACCAAAAATT TTGAAAAAAG CCGTTTGCAT CACCACATTG ATACGTGTGC CCATCCCCGC 9840 CTTCTGAGCG ATAGAAATCG CATCGATGAC GTAAAACTTC ACCTCCTTTT CAATGATCTG 9900 ACGCTGGACT TCTATGGGTA TGTGATGCCA CACCTCATGC TCACTGTACG GCGCATTCAG 9960 CAAAAAGGTC CCTCCACGCT TGAGCGTTTT GAGCATGTCA AAGGTTTCAA GGTACGTAAA 10020 CTTATGACAC GCTACAAAAT CCGCCTGCGT AATGAGGTAG GGCTTACGGA TCTTCTGCTT 10080 TCCAAAACGC AAATGAGAAA TAGTAAAACC ACCAGACTTC TTGCTATCGT AGGCAAAGTA 10140 AGCCTGCGCG TTATTATCCG TCGCCTCACC AATAATCTTA ATTGAATTTT TATTCGCGCC 10200 TACTGTACCG TCCGAGCCCA GACCATAGAA CACCGCCTGA CACACATCTT GATCATCAAG 10260 CTGAAAGTTC GGATCAAAGT CTACGCTGCT GAACGTAACA TCATCCTCTA TACCGACCGA 10320 GAAGTTCGGG ATCTTCTTCC CACTGAGGTT ATCAAACACT CCTTTGGCCA TCGCGGGCGT 10380 AAACTCCTTA GAACCCAGGC CA AGCGACC ACCGAGCACG AGAGGGTAAT GCGTAAACGG 10440 ACACTTCTTC TGGCTCTGCA TCTGGCCGAT AGCGGTGCGC ACATCCTCAT AGAGAGGTTC 10500 GCCCAGAGAA CCTGGCTCTT TCGTTCGATC GAGCACTGCA ATCGCCTGCA CCGTTTTGGG 10560 CAATGCATTG ACAAAACACT CTGCGCTGAA CGGGCGATAC AAGCGCACCT TGACTAGACC 10620 ACACTTTCCT CCCTGAGCAT TGAGCACATC AACTGTCTCT TCAACGGCCT CAGAGCCGGA 10680 GCCAATCATG ACAATCACCT TCTCTGCATC GGGTGCACCG TAGTAATCGA AAAGACGGTA 10740 cTGGCGTCCG GTAAGCGCCG CGTAGykCCA TAGCTTTTTG GACAATGGAG GGCGCAACCG 10800 CATAGTACCT ATTCACTGAT TCGCGGACCT GAAAATACAC ATCAGGATTC TGTGCTGTGC 10860 CGCGGACCAC TGGCTTTTCG GGAGTCAGTC CACGCATGCG GTGCGCATGG ACAAGTTCGT 10920 CGTCGATCAT AGCACGCATG ACGTCATAAG AGACTTCTTC AATTTTCTGA ATCTCATGAG 10980 AAGTCCTAAA ACCGTCAAAA AAATGAACAA AAGGCACGCG CGCCTCGAGC GTCGCAGCAT 11040 GAGCAATAAC TGCGGTGTCC ATGGCCTCCT GAACACTGTT GGAAGCAAGG AGCGCCCAAC 11100 CTGTCTGGCG GCACgCcATC ACGTCTTGAT GATCACCAAA GATAGAAAGA GAACTTGTGG 11160 cGACAGsrCG TGCAGCAACG TGAAAAACAG CGCTCGTAAG CTCCCCTGCG ATCTTATACA 11220 TATTCGGGAT CATAAGCAGC AATCCCTGAG AAGCAGTAAA AGTAGAAGAG AGCGCCCCCG 11280 TCGTCAGTGC GCCATGAACA GCTCCCGAAG CGCCTGCCTC AGACTGAAGT TCTACAACGG 11340 TGGGAACGGT ACCCCAGATA TTTGTGCGCC CCCGTGCGGA ATATTCGTCT GCGATTTCTC 11400 CCATAGGACT GGAGGGAGTG ATAGGGAAGA TAGCAATGAC CTCACTAAGC GCGTGAGCAA 11460 CGTGCCCCat GCGGTGTTAC CATCCATCAT GaCGAGGTTC TTCTCAGACA TACGACCGTC 11520 CTCTCTCTAT AAAGTATCAG GGCAACCGGG TGCAGGGAAA CACGCTCCAT ATCCGCCTCG 11580 ATCTCCCCGT GTCCCGGCTA TAGTAGCACA CCCCGCCTGA ATGTGCATCG GCTGCACGCG 11640 GGACTCACGC TTTTTTTCAA AAAACAAGCA TCACTTCTCC CTGTTCAGAA AAAAAGAACA 11700 CGCGCTTACT CCCCTGACAG CACACGTTCA AAAAGCACAT CAAGTTCTCG CTCTGAATAG 11760 CGACGACACG CAAGAAAACT CTCCTTCACC GCCGCTGCCG TCTGTTCATC CAAGCTCAGA 11820 CTTTTTGTAT CCCGCAGATA GAGGACGAAA TCTTCAAAAA CCGAAAGCGG CAACCACGGA 11880 AATGCCACCT CAAAAATGCC ATACCAGTGA CCATACGCGC GCGCTTCTAC AGACGCAAAA 11940 GCCACCCCTT GCTCTTTTAG TGACCCACGC ATGTCCGGAT GCACGGTGAA TACCTTTTGG 12000 TTCAAGAGAT CACAGTACTC CTGATCCGAA AAAAGCTTAC CGGTTCTCCG GATAAGCCCC 12060 ATCTTTTCAA CCGCAGACAC ATCTGCAAGG ACAGAAGCAG TAACAAAGTT CAACCCCTGA 12120 TCCTGTACCT CATAGAGCAC ATACCGCGCG CGTTGCsACG CTCCACACTC TGCTTTAACT 12180 CACCTTTTTC CAAAAGGGGA CGCAAAATAA CAGCGGGTTC CACAGCGCAT TGTCACACAA 12240 CCGACTGGAA AAATCCAGCT TGCCGCACCT CCTCCCCTGA GATGGTCTGG CAAAAGCGCT 12300 TATAAACTCA GATCAATTAC CGTCCCTGAG TCCTCCCCGT CCTCATAGCT CACCAGCCCA 12360 CGCGCCGCAC GAAATTCATC GAGCTGCTGG CGCAAATCGC TGACCTGCGC ACGGAGGAGG 12420 GCTCGGTTTT TTTCATTCTG CGCATATACC TGCTCCTGTA CTCGAGACAG ATCACACCGT 12480 AACTGCGCAA sTCCTGCACA CCAGACGCCT GCTGCAGACA CAGCTGTTCC ATCGGAGCCA 12540 ACGCCTTTTG CACACGCTGA ACATCTCCAA GCAACGCTTC TTCAAGTTCC ACATGACGCA 12600 ACACCGTCTC TGCGTCCTGC GCCTCAATGG CTACCTGTTG CTGCTGCAAC ACCACCAAAT 12660 ACTGCGCAAA CTTTTCcCGC TGCTCCTGCA GCAGTGCCTT CAAGCGCTTG AGAGTCGCAA 12720 CCCGACGCGC TACCTCTTCG TCTGATACCC GCGCACCGTC CATGcACCCT ACCCCGCAAG 12780 GTTCACGTTA TATGAAGCAG GCGACGCAGA AGTAACGGAG GATGCAGGAC TCCTGACAAT 12840 TTGAAACCAC GCCTCGCGCA ACTGCCTCAT CATATcGCGC ACGGTcACCA ATTCATCAGC 12900 CCGCTTcTGG aTATTCGCGT GAAAcAGCTG cTGGTTGAAA TACGCGTAAA TAGAAAGCAA 12960 GTTCTGCGCT ATCTTCTCCC CTGCTTCCAT GTCCAACGAC ACGGAAAGCT CCGTAATTAT 13020 CTCTTGCGCT TTCAAAATAT GACGGTGCAC CCGCTCAATA TCAGAGGCGG GAATCTTTTG 13080 CACGTCCATA AGCTCAATCG CACACCCCAA CTGCTTAATC CCTTCGTCGT ACAACAGCAA 13140 AATAAGCTCA CCCTGACTCG CCGTCTTCAC ATCCACCTGT CGATACGCAC TCAGCGCGGG 13200 ATCCTCATAC GCCATAGCAG CCTCCATCGT AGCAAAACAA TAGCGCCAAT ATCGACCACA 13260 ACACTAACCC GCCTTAAGTA CCGCCGCAGC CCCCTGCCTA TCCCCTGATA CCGTGCCAGA 13320 CTGGGAGTGT ACACTCTGAA AAACACTCCG CGCCTTTAAA TACAGGATAT CCCCCCGCAT 13380 CTGCACCTTC CCCAGCACCC GAATTGGTTT TTGCGGGTCT ACGGAAACCA CAAAATTACA 13440 AAATACCGGC ACAATCCCCT CAAGCTTTGT CAGTCGGTCA TACCCAACAA GCAGATTAAA 13500 ACTCACACTC CGCTCCGTCC GTTTGACGTT CGCCGCCATC CCTTGCCACA CCACCCAGCA 13560 ATCCAGGTAT AGCCCCTTTT GctCACGCAC CTGCACATAT GGATAATTAT CTTCGTCGGG 13620 AAACGTATCA AAGGTCGGAA GCGCAAAATA GTCCATGAGC ATACGTGCCC GGCGTTTAAT 13680 CGAATGCGAC GCATTGGAAG CAAGCAGCTT ATTTATTTCC ACCTGTGCTG CATTGTCCTT 13740 GAACGTCTGA AAGTATTTTT GCGCGTTGGC GTACGACTGC AAAACATCCT GCTTACTCAG 13800 CGTATACCGG TATGAACCGC TGCCTTCAAG CGGCCGTGCG TACTCCTCCT TCGTGAGCGT 13860 TAAAAACGAT ACGTCTGCAC GCGAAgTCCG CGCAGTCCCC CTCCACAAAC CTGAGTGCCA 13920 CACACGCAAT CCTGCTATAC CCAACGCGCC GACTAACAGG GTACACAGGC ATCCCACCCC 13980 TACCGCGCAC ACTACAGATC GGCGCCGATA TTCGGCAACC CCAGGGCGTG GATACAAAGC 14040 CTTAACCTTT CCACTTTGAA TAAAACCAGC AAGCGACTCA GGCGTATgtG cGyTTtCAGC 14100 GCGTTCAGAC CCTTCTGAGC AAGCCGATGT TTGGGATCCG CATCGAGCAC CGCGATATAA 14160 CGTTCAACCG CACGGTTCGT ATCACGCCGC TTGAGTGCCA GCGCTGCCTC CGCACACAAC 14220 AGCGTCGGAT GCGACATCTT AATCTGCCGC GCGCGACCCA AATACGAAAC CGCACCGGTT 14280 ACTATTCCCT CATGCAAACA CGCAAGCCCC AGGTATAAAT GAAAGACAAA GGATTCGTGA 14340 TAATCCAACA CGCAAGGCTC AAGCAGTTTG ATCACCTCGC CATACTTTTC CTGCGCAAAC 14400 TTCCTCTTCG CTCGATCCAG TACTGACAAC GCCATAAGTG CTCTGCTTTA CAAACATTAC 14460 CATAACTTGC ACGAACAACC ACTGTCGCGT GCAAGCACCA CGCAGCAAAA ACTAACCCCT 14520 ATGCATAGCA AGAAGCAGTA TCCCCGCAGA AAAACAAGCG CTCTAGTACC CTATGAGCGA 14580 CAGGGTCTCC TTACACCTGA ACACCTTACG CCCCTGAGCT GTCCTTGCAG AGAAGAGACC 14640 TCAAGGTACC GGAAAAAAAA GCAGAGCCTG ACACTATCAC ATCCGCACCA GCGTCAagmG 14700 CCTGCGGCAA CGTGCGACAG TCGATGCCCC CATCAACCGA GATCATGTAC GAATACCCCC 14760 GTTCGGTGCG CATCTGCACA AGTGCTGACA CTTTAGAAAG GCAATGGGCA ATCATCTGCT 14820 GTCCGCTAAA ACCAGGATTA ACCGTCATTA CCAGCACTAG GTCCACGAAG GGCAGCACTT 14880 CACTGAGCGC AgmAACAGGA GTAGACGGCA CGAGGCTAAT ACCCACCTTC ACTCCCCGAC 14940 CACGAATGGC ATGGATAAGC CGGTGTGCAT GCACCTCCGC CTCTATGTGA AAAGTTAAGA 15000 AGTCCGCGCC CGCCTGCACA AAATCCTCAA TGAGGTCGGC AGGCCTACTG ACCATCAGGT 15060 GAACATCAAA CGGCAGGTGC GTTTTGCTAC GCAAACAACG CAGCACCGGA GCACCAAACG 15120 TCAGgTTTGG CACAAAGTGC CCATCCATAA CATCCAGGTG CACCCACTGT GCGCCGTGCs 15180 yTTCCAAATA CACCAGCGCC CTATCGAGCG CAGAGAAATC TGCACTTAAT AGTGAAGGTG 15240 CCAATGTAAA AGACCGCTCC ATAGGTCCAT GCTAGCAAAC AAATCGAGCA CCTGTAAATA 15300 TGGATACTGG CGTGAACAAC CCCAAACATT CAAGACAGTG TCCTGCTTAT CCTGTTTTAT 15360 TTGCGCCTAA ACCGATAGAA AAATATCCTT CCCGCGGGTA GGCTGACCCC GTCATGGTGA 15420 CTCCGAGCCA ACACGCGCTC CTTGCAGAAG GCGTAgcACA CCTAACGGAC GCGCGCACCG 15480 CACCTGCTCT TTGCGCTCTC CTGAAACAGT ATTTGGAAGA ACTTATTCTC TTTAACACGC 15540 GCGCACACCT GGTGCATGTA ACACACACAG AGGAACTTAT CACACACCAC CTATTAGACA 15600 GCCTCAGCGC CTGGCCACAT TTCACCAACG CGCGCGctAT CGCCGACATC GGATCTGGCG 15660 CGGGCTTGCC AGGGATCCCG CTTGCCTGCG CACTCGCGTT GTATGCACCA GAAACAGAAC 15720 TGACGCTCAT CGAGCGGCGT GAGAAACGCA TAGCATTCCT TGAAAATGCC TGCGCGCGTC 15780 TGGCGCTCCC CCACCTTCGT ATCGTGCATG CGGACGCGCA CGACCTCACT CCCTACACGT 15840 ATGACGCAAT CACCTTTCGC GCTCTGTGTC CCCTCAACCA CCCAACGGTA TATATGCTCC 15900 TGAACAAACT GCGCCCTGGC GGCGTAATAC TCGCGTACAA AGGGAAGAGA AAACTCATCG 15960 AACAGGAAAC GCGTGATTTC CTCCCACAGT CTTGCTCTGT CTTCCCCCTC CATGTTCCCT 16020 TCCTCCACGA AGCACGGCAC CTCGTTGCCA TACACACACC CTGCGCAGCg cCTCCCCAGT 16080 GACACAGGAG CACAGCAGAG AGGAGAACAT ACAAACGGCA TGCCCAT AT TTGGACGCTG 16140 CGGATACCCG TTTTCGCAGC TGGTCGAAcT GCGCCTGATC GCAGACAAAA CgsTTCGCTG 16200 CCGCACCACG GCGCACTATT TTGAGTGAGC GAATCGTATC TCCCGCTATA ATTGCATGCA 16260 CCACTTCCAT ACCCTCAACG ACTTTGCCAA ACACGGTATG CTTTCCATCC AACCACGGCG 16320 TAgcACGTGG GTAATAAAAA ACTGCGAACC GTTCGTTCCT GGTCCTGCAT TCGCCATTGA 16380 CAACACTCCT GGGCTGTCGT GTCGCAACGC AGGATCACAT TCATCGGGGA ATTGATAGCC 16440 AGGACCTCCC GTCCCATtTC CtGCGGGTCT CCCCCCTGGA TCATAAAATC TTTGATAACA 16500 CGGTGAAAcG TTAACCCCTG ATAAAAAGGA CGACCcTTGC ACACCGCCAA CGTTCCCTCT 16560 GCTAACCCCA CAAAATTACA CACCGTAAGC GGCGCCTTTT CAAAAAAAAG CGAGAGAACA 16620 ATCGTTCCCC GATTTGTTTC CATTACCGCA TATATACCGT CAGCGACCGC CAACCCTTCC 16680 TCGCGTACCA TTTTTTCCTC CGCACACCCG ATCCTGCCAA CGAAGCAGAA CAACATCACC 16740 CCCACACAGA CGCGCCACAC tGCGTATTCA TATCGCACCC CCGGTGTGAC ACACCCGCAC 16800 CTGCTTGTAA AGCCCTTCCC CCTCACTTCT GGTCTCTACC CCACTGATCC CATGCAGCGT 16860 TGTATGAATA AGCCTCCGCT CATAGGGATT CATTGGCTCC AGCAACACCG ATCGCTTGCT 16920 CGCACTTACC TGATCTGCAG TAGCATATGC CATGCGGATG AGCATTTCTT CCCGTCGGAT 16980 GCGGTAATTC TCACAGTCAA GCACAACCTT CACCCCTTTA GCACCAATTT TGGTAAAAAA 17040 TACATTCGCT AATAGTTGCA ACGCATCGAG GTTCTTCCCC TTCTTTCCAA TCAAAATTGC 17100 AGAATGGCTT GAGTGCAATC TAACCACCAC CCGATCTGAC TCCCGTACGA AGGCATCGAT 17160 TGTCACCGCG TAGCCCATTG CGTGGAATAC ATGAGATAAA AAAGCACGcA GctGCGCCCC 17220 AAGATCTGCA AACTGCTGCT CACTCAACAC AGAAACCGGA TCGTACTGCG CATGCGCCGC 17280 ATGACCCGGC GAGGCGGTGA CCGCCGCTAC ATGCACACGA ATACGCGCAA AACCCTTCTT 17340 GAAAAGAGAG GATTTTTGTA TCTCCAGTAT CTCCACATCA AACTGATCTA CTCCCAATCC 17400 CAGCTCTGCA GCGGCACGcg CAATGGCGTC CTGTTCTGTC TTGCCTTCAA ACTCATACAC 17460 CATACACCGA CTCCTGCATC AGGTTTTATT CTTGTTAGCC GTACGCTTCA TCACCAACTG 17520 CTGTACAAGC GTCACTCCGT TCATTGCCGT CCAATACACT AGAAGACCCG AGGGCGCATC 17580 ATAAAAGAAA AAGAAAAAGA ACAACGGCAT CACATAGGTC ATAATCGTCA TGGATGTTTT 17640 TTGCTGCTCT GTGTGCGGTA CtGCGTCAAC TTACTAAACA TAATTTGAGA GACTACATAC 17700 AAAACCGGCA GCATACGCAT TTGAGTCCAC TGTGTCACCG GCAATGCGAA CGGCAGTGTC 17760 CACACGCTGT CTGCCAACGA AAGATCAGGA ATCCAATACG GGATAAACAT CGCACCACGG 17820 AACTCGAAGT AGTTATTGAA TAACCGATAC ATCGCAAAAA TAATAGGCAT CTGTACAAGC 17880 GTTGGGAGAC AGCCTGAAAG CGGATTGTAC TGCGCTTCCC GGTAGAGTTT CGCCATTTCC 17940 TCATGTATCT TCTGCGTATT CCCTTTGTAC CGCTCTTGGA TACGCTGCAT GTGTGGCTGC 18000 AGTTCTTGCA TCTTTTGCAT AGCGATAAAG CTCCTTTTCG TCAGCGGGAA AAAGAGCACC 18060 TTTATTGCAA TCGTCACCAA AATAATTGCC ACGCCCCAAT TAGGAATGAG GGTGTAAAAC 18120 AAACGCAGGA GCCACTTAAG GAGCACCTCA AGCGGATAGA GAATACCACC GCTTACTGCC 18180 ACCGCATCGA TATACGTGCG CTCAAGCCCA TAGGGATTTC GAGAGGCAAC GTTGTACGCA 18240 CTCAAATACT GCTCTGCGCA CGGGCCGATG TACACACGAT AAACATCTGC AACCGCAGsT 18300 GCGCAACAGC GCGGCGCACA AACGCGATGT GATGCTGCAC AGCTGTTTCA GCTTGGGGAG 18360 CCGATAGCAC TAGTCTTTTC AGACTGTCCG CATCATTGGG CAAAACGATG AGCGCAAAGT 18420 ACTTACCCGA GACACTCGCC CAAGAGACAG GCGTATCTAC CTGTTCAcGT CCATCTCCTT 18480 TCAGAGCATA CGTTTTCGCC TTGCCACCTG CACCTACCAT GAAGGTGCGA AACTCATACT 18540 TGTCCGCCGC ATTCCGCTCA GGCCCGATCT CAGGCGGTGT GCGCAGGGTA TAACTTGCTG 18600 TCCCAAAGTC AAAGCCATTC GCCCGCGCAA GAACAGTAGT CGCTGGGCCA GCATTCGTCT 18660 CCGCCACCGC GCGCACCTTC GCCCCTTGCC GGCTGTCTTC CCGCTCCTCT AGAACGTCTG 18720 CACTCAGGGA AACGTGCAAC TCAAACATAT AATTATCAGG ATAGAATACG TAaTCsTTCG 18780 CCAGCACGAA AGGAGTCCGT GTACCGTCAG CATGCTGCGT GGCAACACTG CGGTAAAAAC 18840 CTATGGAATG CAcGCCACGC GCGCCTATCT CCTGCTTTAC TTGGAAAAGT GCATTCACAT 18900 TCGGAGCATA CTCGTCCCCC AGCGCGAGCG AGAAAGCTCG ATGGTCTGGA CGTGCCTGTT 18960 CCACCATTTC TACGTACTCA CGTCGTTGCG CCGCATAGTG tCACGCAACT GATACGAAAG 19020 AATATCTCCA CCACGATTGG TAAACGTCAC TTGCACTAGC GGGGTGCGTA CCACATACGT 19080 GCGCTCTACA CGCTCTTCAG TTTCTGATTC GGGAAACACC AGCACCTGGC CGGAAGGATG 19140 CgCaGGCTGC GTGGTCTCTT GCGTATCTGC TGCACCCCCG TGAGCACTTT GAGTGCGCGT 19200 CTCCTCAGGT ACGGCCGACA GGGTGTGTTC CGCAGCAGAG TGCGAGGAGG ATGCAGACGG 19260 ATACAAAAGT TCCTGAAGGA ACGAAGCTCC CACAAGCACT AACACCGACA A ACGACTGC 19320 AATAAACATA TTTTTTTTCA TCACGAACAC TCCTGCGCGT CTGTTTGCAA TGGGAGTACG 19380 TCCTTTGTTG GTACTGGGTC GTAACCACCT CGAGCAAAAG GATGACAACG TACAACTCTC 19440 TTTACAGTAA GAAAAAGACC CCATACACAT CCATGTACTC GCACGCTCTC ATAGGCATAC 19500 TGCGAGCAAC TCGGATAATA ACGGCACGAA GGCAAAAGAT GAGGGGAAAG AGCGCGCTGG 19560 TAAAAACGGA TCAGCGCGAG CAACAATCCA CTAAATACCC ATGcACACAA GCGACGCACA 19620 CTCACGGCCT ATTCCTGCCT TTCAGCGGTA AATTCAGAGA ACAGACGCGC GCGATCACAC 19680 AACACGCACA GCAGCCGCTG ATACGCCGCA AGGTGtCTTC CACAACGGAA ACCAAGAGGA 19740 CCAAATCAAA ACCTGGAACG AGAGAACTTT TGAGTGCACG ATACGCCTCT TTTGAArGCC 19800 GTCGTGCGCG ATTGCGCGCG ACGcTTTTCC ATAGCCGCGC CGAAAAGTAG CAAGGAACCG 19860 ACTATACGCA CACCCGTTTG GCAACACAAA AAGACACGCG CGCCCGTAGC AAAACCTACG 19920 TCCCTGTTTG AACACTGCAC GCACCCGGCA GGAACCGCGC AACCGTTCGC AGGCATCAAA 19980 CGTAACGCGG ACGGTGAAAC AACGCGAAGA AACGCGTGAG GCAGCCACAA GGCCTAGTAA 20040 GGTTTTTTCT CGTCAGAAAC GGTGAGCTTG CGTCGTCCcT TCGCACGACG ACGCCGGAGT 20100 ATCGCGCGCC CACCACGCGT TGCCATGCGC GCGCGAAAGC CAAATTTCCG cACGCGTTTC 20160 CGCCTGCTTG GTTGATAGGT CCGCTTCACC GATTTCTCCT CCCCCTGCTA AGAACACGAG 20220 GGTCCACTCT GTACCAAAGG TACCGGAGGC GTCAAGATCC CCTCTTGTAG GGGGAACCGG 20280 CTCCTCGGGA GGAGCCGCGT CAGCACCTTT AATTCGAAAT GTTTTGCTCA CAGAAAAAGG 20340 GATAGGAGTG TGCGCGCCCT GTTTCTTGCG ATAAGTGAGG CTTTAAATTC CGGAACGGTC 20400 TCCCATGTTC ATTAAATAAG GCGCGATATT CCTCTTCTTC CCGCAAAAAA AGGCGAAACC 20460 AGGCTGATAT CAGGCGACGG TACAACGCGA ACGATTCCAC ACTCAGCGTT TTGTTGTACG 20520 TAAATCCCCA CACTTCAAAA TATTTATCCG TCCCCGCCCC ATGTCCCATA CCTTTTAGCG 20580 ACAAAAAGCA CGCAGGCACA TCCTGTGGTA AACTCTGAAA GAACTCATAC GACCGTTCAG 20640 GATATGCCAA CATATCCTTT GTTCCCGTCA GAATCAGCAC CGCAGCACGT ACCGAGCGCA 20700 AATCAGTTCC CAGTTGCTCG TTTTTTCCCC CAACCATGTT CACCATATCA GCGCCCCCGT 20760 TAAAGGGATG CAACGCAACT ACCGTTCGAA TACGCTCAGG GTACCGATTT GCATAGTGCA 20820 GGGCAGCTGT ACCACCCATC GAGTGTCCCA ACACCCCTAC ACGCGTAAAA TCAACCTTTC 20880 GATACAGAGG AGAGCCCTCC TGCTCATTTA CGCGCTGCAT AAGTGCATAG ACACTATCAA 20940 ACGTACTCAA AAAATCGGGT GGCCGcCGCT GAGCTCGCGA CGTAAACACC ACCGTGACAA 21000 ATCCCTGTGC AGCCAGAAAG CGCGcTAACG CACGCTGATA ATCTTGCGTG CTATTCCATC 21060 CGCGCGAAAG CATGATAAGC GGATACGTAC CCTGATGCGC TGGATAATAC ACCGAGGCAG 21120 GATAACGCAG GTGCACTCGG TCAGTGAGTT GCTCATCAAA CTGATTATCA CGCACAGTAC 21180 GCTTGTGCAT TTTATTCAGA AGGGAGACAT CATCGTTACA CGCCGCCACT TCGAAGACTT 21240 CTTGGAAAGT AAGATCCTGC GCACGCAAGA AAAACGAGAA GAAAATACTA AATGCCAACC 21300 CACACCATTT TTTCATCACA CACCCGCACA GAAACAAGCA TAGCAACGCC GCCGCTTACA 21360 CGCCCGCTCC GTTTGCCCGT GACTGCTCCA TCACTTTACA CGTGCTGCAG CrTTCCTTAC 21420 CGTCACTTAG CGAAACAGAT TCATCAGCAG CATCGGCACT GAAATTAAAC TGCCAATCAT 21480 TGCCCCTATG CTTGAAAGCA CCACCACTAA CAGTACATGC GCAAACTTAT TACGATACCA 21540 GCCACGGAAC GTAACAATAT CGTCCGCCAG GCGCTCCATA TCCGCCACTT GCGGCCGGCA 21600 CACCCACGCC TGCGCAAAAC CCGTAAACAA ACCCACCCCG ATTATCGGCG TGAGTACTGC 21660 AATTGGCGCC CCCACAAAAC CCACCACTAT GCTGAGCGGA TGTCCGAGTG CACACAACAC 21720 CCCCAGTGCT GTCATACTCC CGCTCCACCA TAGCCACTGC ATCAGTGCAT CGCGCGATGC 21780 GCCTaCGCCG CCAGCAAAAA AGCATGTCAC CACTACCCCC ATCAGCAGCA ACGGAAACAG 21840 CCAACCTAAC AGCTGCCCCG CATGCGGAGA ACTACCCACC GTTTCTAGAT TCGTCACTTC 21900 AGCCGTGCGT GCTCCGCAnA AaAACTCGTA CAAACACCGT TGCACACCCG CCACGCTCCC 21960 TGcGcTGACT ACTGCCATTA CCACTTGGCT GTCCACCGCC CAAATTTTGG AAGCCAGATA 22020 TTGGTTCCGC TCGTCCACCA ATACCCCCTT TACCGCCGGT AGGAACGAGA TAATCTCTTG 22080 CATTAACCCA TCCATCGCGC CGTGCGAACA CAGTACCGCA ACGgCTGsTC GsTyAACTGT 22140 TcCCCAGTAA ACGCCACACT CAGCAACACT GCCAGCAGCT TTGCTCGGCC CCAGGGATTT 22200 AACACGCGCC AGGCACGTCT GAGCGTCACC TCAATAGACC GATCGATATA CGCTACCTGG 22260 GCAGAAAGtC CGCTGCCACC TCAATTGCCG CTTTCACTTC ATCCCCAAGT CTTACGCCAG 22320 TACCGGAACT CAGACGTTTC TGAAACGCAG ACAGGGCTAG AGTACTGAGG AGAAAGAAGC 22380 CTTTCCCTTC ACGCAAAACC CGCGCAAGGT CATATTCCTG CCACTGGCGC ATCCCCAAGA 22440 GGTCCcTGCG CACGCGCATC GTCCACTTCC ACACACACAC ACTGCGGACG CCTCGCACGA 22500 ATnGTGCGAC GCACGCACTC AATGGCTTCC TGAGAAGTAC AGGCTACCCC CATAAGCACC 22560 ACACGGCGAG ACCCGAACTC AAGACACGTC AGCTGGTGAT CCATAACCAC TTTCAAAGGG 22620 TAACCTTTAC CCGAGACTCA CGCCATCAAC CAGTCGCACC TTGCCGACTG TCCCTCCCAC 22680 ACACGGTGGC GCCCAAGACG GCCTAGGGAT TCGTACGCAG CGACGATGAC CTCCCTCGTA 22740 AACGCCCAAG AGCACTCACC GCAAGTCGGT GCTCAAAGGA AGAAGGAGCA CGCGCCGATT 22800 CTACTTCACC GTAATGTTTC TCGGCAAGCA GATGCCGCCC CCCGAGTTCG TAAAAAAAGG 22860 CAAGGTAAAA CGAGTATCTT ATACGCTGGG GCACTGACTT AATTTTAGAT ATACGGGAAG 22920 CCATATCCTG TTCCCCACTC AAATCGACAA ACAAGCGACA CAAAAAATAC TCCACTTCCC 22980 GTCGCGTTCT ATCTACGGTC CGAATAAACG TCCGCATAAA GTGCTGCGCC TTGTGTGCCT 23040 GGCCCATCTG ACACAAACAC AGCGCCGTCA TGAGCGCATA CGAGATATTC GTTGGGGCGT 23100 AGGTAAGCGC AGTTGCAAAA GCCTCACGCG CCTCTTCCCA CCGCTGCTGC TCCCAAAATA 23160 GCACTCCTAA GCTTTCGAAA GAAAAATGGT ATTTCGGATA CAGCTGCACC GCGCGCTGAT 23220 AGTGCTCAAT CGCTTTCTCC GCTCGCCCGA GCTCGTCGTA AATTCCCCCC AGATAAATGT 23280 GGGCAAAATA CGCATCAGCA GAAAGCGCCA CTGCGCGCTC GAACGCCGCT GCCGCACGCT 23340 CCTTTTTTCC CGCCTGGGAC AAATACGTGC CGAGATCTGT CCAATATGCA GGATCATGCG 23400 GATCAAGCTG CACCACACGT TCCAGATCCC TAATAGCTTC GAGCACTCGG TTCGTTTCCG 23460 CTTTCACCCG CGCACATTCT GCAAGCGCGC GCTCATGTTC AGGCG ATCC TGCAGTACCT 23520 GTCGGTACTG TGCCTCTGCC TCTTGCATCT TTCCCTGCAG ATAGTACACC TTCCCCAAAC 23580 CTACCCGCGC GTCCTGCGCA CGCGGcTCCA CGCGCAGCGC GCGnAGAAAG CCTGcACCGC 23640 CTGGGcATAA TCATTAACAC TTAAAAAATC GTAACCGCGT TCAGTCAGTG CCCACAGATC 23700 GTGCGGaTCC TGCGCAAGAA TCTTTTCTAC ATACTGTTTC TTCTTGCGCA CATCTCGTTT 23760 CGCTTGCGCT ATCATTGCGT GTGCGTACCA CAGTTGCACC GTTTCAGAAG CCGTAGgACC 23820 GTCCTGCCCA AGCTTTTCTG CAAGCTCCTG CGCGTGCGTC AATTTCCcTG CGGAAATGAG 23880 CGTAGAAAGA TACAGGTATT GGATGCGCTT TTCGGCACGA TGCTCAGGGC TCAACGTATC 23940 GAACAGCTGC AACGCCTCTT CCCACCGCTG CTTTTCCAAC AACCCACTGA GCTGAGCTGC 24000 AAAACGGATA TTAGGATTTT CGCTTTTTAA AAGCTGTGCC CGCTCGCTCT CCCGAGCGCT 24060 GTTCGATCCA GTACTAACAC AAGATACAAA GAGCGCACCT AAGAGCACAC TCACCTTAAA 24120 AAGAGTGCCA TACCGCACAC CGACCCCCTG TACCGCACGC TGCCGACACC CGCGCGTCGC 24180 TGAATTCTCG GCGTCTTTCT TTTACCTTTT TATTTAAATC GCAGAGGAAC TTTCCTGGAG 24240 CTCCCCCACA AGAGCCATGC CCTTGACCTG AGAGGGAAAA TCAGCTTATG CTTCCsCCGA 24300 TGGCGTGCGG GGAGTCCTGG GAAGAGCTCA AATATCGTGA AGTTTTTGAG GAAGAATTGA 24360 GCGCGCTCGA GCACCGTCGC CAGCGCGATC CAACGTGCAG CGTCTCGGAT ATCGAGGCGG 24420 TTCTGGAAAC TCTTTATCTC ATGGATGGGA ATAATCAGGA TGGGCGTGGG AACCCCCGTC 24480 AAATCGGTCT GGACGCTACC ATAGCCGCGT ACGAGCAGTT TCTGTGCGAG TGGAGACGCC 24540 AGCTGAGCAC TGCCTCGCCC CTGAGCATGG AAAAGAAATG AAACACCCCT CGGTGCGCGT 24600 ATGCTGCTTT GCGTTCGCAT CCTGTCTTCT TTGTGCAGGC TGTTCACTGA AAAGGCTCGC 24660 CTTTTCCTCT CTCTCCCACA CGCTCGCTCC CTTTCCTGAG GGGGAACTGG ACGCGCACCT 24720 TTCGGACGCC GATTTTACGC GCGTTTTCAC CGAGGAAGAT GATCTTGATT TAGTCGCCCA 24780 GTCCCTCCCA cTGGTGCTCA AGGTGTACGA AGCGCTGCAT CTGCAGAATC CCGCGCACAG 24840 AGGACTATCC CTCGCTGTCG GCAGGCTCTA TATCATGTAC GCTAATGCTT TTGTCCAGAC 24900 CCCTGCTCAG TATTTGCCAG AAGACGAGTT TGAGGCGCAG AACGAAGCCT ATTCGCGCGC 24960 GAGGAAACTG TATTTGCGTG GCGCGCGCTA TGCGCTCTCC TCGCTAGAAA CCGCATATCC 25020 GGGCTTCACC CGTGAGGTAT TCTCCGGGGA TGAGCAACGG TTGCACAAGG TACTTTCTCG 25080 CTGTACGCGT GTGGATGTGG GCACCCTTTA CTGGGTAGGT ACGGGGTACG TGGCGGCGTT 25140 CGCCCTTACC CCTCTGGGAA GCGCGCTCCC AGACACCGTG CATGCGGCGG TGATGATGCT 25200 TGAGAGAGCC TGCGATCTGT GGCCTTCGTA TCAGGAAGGA GCAGTCTGGA ACGTACTGAC 25260 CAAGTTTTAC GCCGCAGCAC CAGAGTCTTT CGGTGGGGGG ATGGAGAAGG CACATACCGC 25320 GTTCGAACAC CTTACGCGGT ACTGCAGCGC GCACGACCCT GATCACCACA TCACATACGC 25380 TGATGCGCTG TGCATACCCC TTAACAATCG TGCAGGTTTT GACGAGGCAC TCGATCGCGC 25440 TCTTGCCATT GACCCTGAGT CGGTGCCGCA TAATAAACTA CTGGTGATCC TTTCTCAAAA 25500 GCGTGCACGT TGGTTAAAGG CGCACGTGCA GGATTTTTTC TTGGATTGAG AATAAGCAGA 25560 ATTCGTGGTG CAGGTAGTCT CCCTGCACAG GACGCGCGTT CTTGTGTAAA AAATTACTTT 25620 TTGCAAAAGG AATATCTGTA TGCGAACGTA CTTTTTCATG AGTGTCTGCT CGGTACTCAC 25680 CTGTTTTGGC CTCTATGCAA AAGAAAAAGT GGTGTTGAAG ATCGCTTCCA TTGCCCCTGC 25740 ACGCTCCATC TGGGAAACAG AGCTGAAAAA GCTTTCAGCA GAATGGAGTG AAATTACTGG 25800 CGGTCTGGTG TCCATGAAGT TTTATGACAT GAGTTCGCTC GGAGGAGAAC GAGAGGGAAT 25860 TAGAAAATTA AAATCCAGTC GTCCTGGTCA GGCAGCTCCT CTTGATGGAG CTGTTTTCAG 25920 TTGTTTAGGT CTGAGCGAAC TCGCGCCAGA TTCCGGTATC TATACGCTCT CGGTCCCCTT 25980 TCTCATTCAA AATGAGAAAG ATTTAGAACG AGTTCTGCAT GAGCTGCGCG AAGATTTAGA 26040 CAGACCCTTC CGCGCAcAGG TTTTCGCGTC ATCACGTGGA CGAACGCCGG TTGGCTTTCT 26100 TTTTACACAC GCGCGCCGTA CGCATCGTTA GGACAATTAA AAAAACAGAC TATCGCCCTT 26160 TCCAGCCTAG ACAGCTCGGT CCTCGGTACC TGTTTTAGAA TATGCGGTTT TGACATCAAA 26220 GATGCACCGA ACGCGCGCCT TGCACCGTTA CTGAAAGCAG GTAGCATCGA CGGTTTTCTT 26280 TCAGTGCATT TGTTCACCTG GGCAACCGGT TTTTACCGGT ACATTTCGTA CGCGCTCGAC 26340 ACTAAGATTT GTCcTGCGGT AATCGGTATG CTCATCTCAG ACGGGTCATG GGCGCGAATC 26400 CCATCGCGCT ACCACGACGC TATGCTCCAG GCAGCTACAC GCGTAAGACA GCGCCTAGCT 26460 AATAACCTTG AGACACTTGA TCGCGAATGC AGCAACAATA TACAGAAAGC CGGGGTCTCC 26520 ATCGTCCATC TTACCCCGCA GnAAATACAG GAATGGCGTA CCGAGTTCGC TGCAGACGTC 26580 AAGCGCATCC AGGCGCGCTT ACCTGGCATG TTGAACATGA CTTTGTACGA GAAGATCAAA 26640 CACCTCTTGT ACAGCGCACA GCgcwgAgcT TAGCCGGTAT AAGAGGGAAG GCGATGTCAT 26700 GAAGGGTACA CGGGGACAAC TGGTTTTGCG CAgcaTAGcG CTTCTGCTCA TTGGGACGCT 26760 CATGCTGCTG CCGTTAGTGC TTTTTTTAAT TGAACGGATA TTCGGTTTTC TTACGCGGGG 26820 CGTAGGTTCC GAGGTGTTCT CCGCGCACGA GGACTTCATT TTCCTTTTTT TCTCCTCCTC 26880 TGACGCCGCG GTTGCACAGT TAGCCTTCGT GTTTTCCTGT GTTGCAGGCA TTTtACgctG 26940 CGCGTGAACG TAAACACTTG AGTGTCACCC TGTTCTCGTG CGACGTGGAC AGACCGATGC 27000 ACCGCGTTCT TTCCTTCCTC TCTGCGATCT GTACGGTGGC AGTGCTCAGC GCTTGCTTTT 27060 TTGCGTCTGG ACCGAATATC GTCGCAGTTT TTCGCAAAGA AGAAGCTGTG TGGGGAGTGC 27120 CGTTACGCTG GATTTTTACC GCGCTGCCAT GCATGTACGG CGCGCTTCTT TTTCACTACG 27180 CACGAGAAGT CAAGTGTCGT ACGTGCGTCA TCGTTGGACT TTTAGTTGGC GTGCTGATAA 27240 GCACAGGATC CATCGCCTCT GTGCTTTTCC ATCTCTTTGA CCTGACCGTA CCCCTGCTGG 27300 ATAGTGTCTT TCACGGCTGG GTAGCAGTGG GTACACGACT CTTTTGGCCG TTCGTGCTTC 27360 TCCtTCTTCT GCTCGCTGCA CAGGGTCTCC CGCTTTTTAT TACGCTGCTT GCCATCGCGT 27420 ATCTGGCGCT GAGCGTCGAT GGAGGATACG TGGATACCCT TCCTCTCGAG GGGTACAAGA 27480 TCcTCACGGA TACGGGAGGA ATCGTAGCGG TTCCGCTTTT TGCCACTGCA AGTCTGCTGC 27540 TTGCACGCGG CAGTACTGGA ACGCGTnCTg cTTCGCTTGG TAAAAGAAGC GGTGGGCTGG 27600 CTTCGTGGAG GAGCAGCAGT TGCCTGCGTG GCAGTAGCGG CGCTGTTTAC GTCATTAACC 27660 GGTGTATCGG GGGTGACAAT CTTGGCCCTA GGAAGCTTAT TCAAGCTGAT TCTCACGGGT 27720 AACAAATACC CCGAGCACGA TGCAGAAGCG CTCATTACCT CCTCTGGCGC CATCGGACTC 27780 CTATTTCCAC CCAGTGCAGC GATTATCATT TTTGGCGCAA CTAACATTCT TACCGTACAT 27840 ATTGTGGATT TGTTCAAAGG TGCATTGCTT CCCGGGACAT TaCTTGTGCT TTCTGCCATG 27900 TGCTTAGGGG TGGCAAAAGA TCGCACACAG GTCCGTCCAT CCTTCTCCTG GCAGTTGCTT 27960 GTCCATGCCG TAAGAGGAAG CGTATTTGAC CTTGCCCTGC CAGTGTGTAT TAGCCTGGGC 28020 TATTTTTCCG GTACGCTCAA CCTGCTGCAG TGCGCGTCGC TGACAACTCT CCTGGCTTTT 28080 GTATTAGGTA CGTGGGTGCG CAGGGATTTC ACCGTGAAGG AAgTTGCGCA ACCGCCCTTG 28140 AGAGTCTGCC TATCGTCGGT GGCATTTTAA TCATTGTCGC AGCAGCGAAG GGGCTGTCCT 28200 TCTACCTGGT GGATGCAAAC GTACCGGACA CCCTCATCGC GTTTCTGCAG CATGCAATTT 28260 CATCAAAGTA TGCGTTTTTG CTCCTTTTGA ATGTACTGTT GCTGGGTGTC GGGTGTATCA 28320 TGGATCTGTA TTCGGCGATC CTGGTAATTT CTCCCCTAGT GTTACCCCTT GCAGTGCATT 28380 TTGGGGTACA TCCGGTGCAC GCGAGCGTCG TTTTCCTGAT GAACCTTGAG CTAGGTGCGC 28440 TGACCCCGCC GATTGGAATG AACTTGTTCA TCGCGAGTTT TGCATTCGAA AAACCGATTG 28500 TGTATCTCAC GCGCGCTATT GCACCCTTCT TGCTAGCACA ACTGGGAGTG CTTCTTCTTA 28560 CAACTTACAT ACCATGGCTC AGCACTGCAT TCCTGTAGCA CCGCGTTCCG GCCACAAGTC 28620 TGAAAAAGTT GAAAAGAAAC GCCGCAGgca TGCTGCGATC CCCGTTTTAT GCGCCGGGTG 28680 CAGCCtCCCT GCGGGGATTC AATTGTCTGT ATACCTTTTC CGCCAGGCCG AATCCACCCT 28740 GCGCGGCTAG CTGCGCACTA AAATGCTCAT AGAGGGCGTC TTCGTATAAC CTTCCTGAAA 28800 AACTCCGTTC ACCTGCAAGC GTCTGCCCGC TCAACGTCTC GCGCATAGAC TGCACCATCA 28860 CTCTCACAAA CAGCGTTTCA AGCTCCCGAG CTTGAGTGTA CAGCGCATCA TTCTTTTCTG 28920 CAGAACAGGC AGCACCTTGC TGCGCAsGGA aCAAGCGTGC CGCGAAAGAA CCACTACCTT 28 80 CCATTTTCCC TGTCTTAGAC AGGGTAACGG AAGGAACAGA CTGCATCCCC AATGACAATA 29040 CACGGTGCAC GTTCACCTTT CAGTCTCCTA ACGCTTGAGC GCCACTGCTG TGCCGAGCAT 29100 GTTGTCACTC GTTTGAATTG CTTTTGAATT AAACTCATAC GCACGCTGGG CGACAATCAT 29160 GTTCACCATT TCACTTACTG TAGACACGTT TGACATTTCC AAAAACTTAT GCTCAACCTT 29220 TCCGAATCCT TCAAAACCCG GCCTTCCGGG AATTGGCTGG CCGGACGCAG gTGTTTGGGT 29280 AAACACATTC CCCCCCTCTG CTGCAAgcCC CGCATTGTTC GCGAAGnaTa CAGCTCAAGC 29340 TGTCCTACCT CAACCGGATC TCCCTGTTCC CCGACTCGCA CCGTAACGCG CCCATCCTTG 29400 CTAATAGCGA TACTGTGTTC TACGTAGTTT TCGGGAAAAA TAATCTCTGG AACGAGACGC 29460 AACCCGTTTG AGGTCACCAA TTGcCGctCC GCATCCACCT TGAACGAACC GTCGCGGGTA 29520 TAAGCATAGG TTCCGTCATA TTGCAGTACG CGAAAAAACC CCTCACCCGC AATAGCCACA 29580 TCTCCGCTCA CACCCGTGTG CTGGAGCGAA CCTTGTTCGA AGAAGmGCTG CGTTGcAGCG 29640 AGTTTCACCC CGTGCCCCAT CCGTACCCCA ACAGGGGTAA GTGTGTCCTC AGTTGycAGG 29700 CGTACCGCGG TGCGTATGGT CTGATACAAC AGGTCCTCGA ACTCCGCACG CTGTCTTTTA 29760 AAACCAGACG TATTCACATT CGCTAGATTA TTCGCTACCG TATCGATGTT TGCCTGCTGG 29820 CCGTTCATCC CCGTAGCAGC GGTCCACAAA tTCGTACCAT TCACACCTCC CTCTCACTcC 29880 GCTACACGCT ATGCTCGTCT ATATCTTCTT TACATTCTAT AAAACATGCG GACAACTACT 29940 TTGCACGCaC CACTTCGTTC CACAATCTGC CCATCATTCC ATCTTCTGCT TGAATAGTTT 30000 TTTGGTTCGC CTCATACGCG CGATTCACCT CAATCATACG AACCATTTCA TTGACCACGT 30060 TTACATTCGA CGCCTCAACA AAACCCTGCA CTGCAGCCGG ACGTTCAGGA CCTTCCGCAG 30120 CAATAGGGGC CCCTGAAACA GGAGTTTGCA TATACGTATC AGCACCCTTC TTTTGCAGGT 30180 AACGAACATT TTCAAACGTG ACAATTTTCA GCCGATCTAA AAAAAAACCG TCAACGTCTG 30240 GCCTATCTAT GGGACGTACA TAAATCTCCC CGTTTTGATT GATCGTATAG TATCGCTCCT 30300 GCAGAAAAAG TGGACCATTT TCTCCCAGTA CTGGATACCC ATTTTTAGTC ATAAGGTAAC 30360 CTTCTACACC GACTAGGAAA TTCCCATTCC GGGTGTACTC TTCTCCCTGT GGAGTCCTAA 30420 TCACAAAAAA ACCCATCCCC TCAAGCGCAA TATCCGAAGG ACTTTGCGTT TGTTTAAGCG 30480 AACCCTGCTC AAATTCAGTG AACAGTTCAT TCACCTCAAC ACCGAGGCCT AACTTTCCAA 30540 CTATAGGAGA AACGTCCGAA GAACCGAAAG GGTTCTTCAC CACACCATcG TCGTTTACAC 30600 GACGCAATAG GAGCTCTGGA AAACTCTTGT GAACTGCTAC ATCTCGCTTG TAGCTTGTTG 30660 TGTCTACATT CGCTAGGTTT TGCGCAATAG CATCCAGCCT GCGCTGcTGC GCGCTCATGC 30720 CACTGGCTGC GGTATACCAC CCTCGGATCA TACGCCCCTC CGCTCCCCCT GGTATCGGGA 30780 GATAGAAAAG GGGAATCAAG AAAATTCTTT TGTCAGTGTG ACTACTTTTT TGATATTCAC 30840 TGAGCAAGTG CAATAATAGG ATCGAGTCTT GAGGCCTGCA GCGCTGGTTT TAATCCAAAG 30900 AAAATCCCCG CTCCCAATGA CATAAAGAAG GCTGTACGCA TACCCGCAGT GCTCAGACTG 30960 AAAACAACTG TTATCCCCTC TGGAGAAAAC ACGGAAAAGA GCCCATAACT GAGCACCATC 31020 CCAAGAATAA GGCCACACAC GCACCCCGCC AGGnTTAAAA GCACCGCCTC GAGCAAAAAC 31080 TGCTGAACTA TTGTTGCGCA CGTCGCACCG ACGGCCTTGC GGAGACCGAT TTCTCTGCGA 31140 CGCTCGGTTA CGGTTACTAC CATAATGTTC ATGATATTTA TGCCACCGAC AATCAGCGAG 31200 ACTGCAGCCA CAACCGACAG CACTACACTC ACCATACTCA GAACGCTGCG AAAACTTTTT 31260 ATTTCCCCCG CACCGGACCA AAGGCTCACA GAACCCGATT TGTTAGAGAA AAAGTCCGAA 31320 AACTCCCGGA TACGTTTTTC CGCTGCGGCA ATAACCTGCA CATCGCGTAC GCACACCTCC 31380 ACCGCGTCTG CCACACGACC TGCACCCATT TCTAGAGAAA TAAACTCACG GGGGACAAAA 31440 ACCCGATACG AAGGAATGCC ACTAATCAAA CTCCCCTTTT CCTGCAAGAC GCCTACGATT 31500 TCAAATGGGA AAGACAGTGC ACGTTCTGCA CCCGACGCCC GGGAAAGTAT GGTCACAGTC 31560 ATACGTTTAC CCAATGCATT CCCTTCAGGA AATAATTCTT GCGCAAGCAA ACCGCCAATC 31620 ACCGCACAGT GACGATGGGT CTTAAAGTCC GCTGGAGAAA AGAACGTCCC ATACTCAAGC 31680 TTAAAATCTT TTAACTCCAG CCACCGCGGC TCTACTCCCG TAATGTTCCG TTCCTTTCCC 31740 CCTGTGTGAG GAGAAGAAAT AAGTGCCTTG AGGGAAGAAT TGTAAAACAC TCCCTCTATA 31800 TCCTCGCTAC TTTGTACAAG TCGCGTCCGA TACGACTCAG TCGGCTGAAA CATGATTTCG 31860 TTCTTCACAT AATCCCACTC TGGCCTGACT CGAATGAGTC GGCGCTCGCC CTCGCCAACA 31920 CTCTGGGCAA GACTCGCGTA GAGAGACTCG CCGATCGAGG TAATTACCAC TACCGACGCA 31980 ACCCCTACCG CAATACCGAG GAACGAAAGG GTCGTCCgCA GCACACGCTG CCTGAAAtAC 32040 AACAGGGTGT TcACGATATC TTCAAGCATA TCCCTCTTTG CAGAGCcCGT yGCTCTACGC 32100 GCGCGCCTCT CCCCTCCTAC AGAAACCTGA CTTCACGCAC ATGGCAACGC CACAGGACAG 32160 GCACGCGCAC ACACATCGCC TAGCGGTCTT CCAAAGACTG GATTGGGTCA AGACCCGCGG 32220 CTTGGAATGC TGGATACGAC CCAAAACACA CCCCAATAAC TACTGACCCT GCAAAGGCAA 32280 TAAACATGCC GAcTACGCTA GGAGAAAACG TCATTTGAAA ATCAAACGCA TTCAATCCGG 32340 CGATAACAAT CACGCTCAGT AAAAGGCCAA GCACAACGCC GCACAAACCA CCTACGAACG 32400 TTAACGTGGC CGATTCTACC AAAAACTGAT GAAGCACGTG CATGCGCGAA GCACCCAGTG 32460 CCTTCCGCAA CCCAATCTCC TGGCGTCGTT CGGCGACCGT CACCAGCATG ATGTTCATAA 32520 TACCGATGCC ACCGACAATC AGTGAAATAG CTGCGATGCC CGTCAAGACC ATATTCATTG 32580 CCCGGAGAAA ACTCCGCATC TGTTCAACGA TAAGATGGAG GGAAGAAACT TCAAAGGCCT 32640 TCTCGTTACC GGTCAGATTG GTTAGCACTG ACTTAACTTT GTCCTCAACA TGCGCGATCG 32700 ATCCAGAATC GTATACTTTC AAATCCATTG CATCGGCAAT ACGCCGAGAG AACTCTCTTG 32760 TCAGCmmA 32768 (2) INFORMATION FOR SEQ ID NO: 17: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 8642 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 17: CGGATACCCC GCAGTGGGCG CCGTTGCCGC CCCCGCTCGC TTGGACCGTA CGACAgTGGA 60 CGTCCGTGCC GTCTAACACG TAGAAGCACC CCTTTCCATC GCTCGTGCAG CCGAGGATGG 120 GGGACGTATA GCGGTAAACG TGCCGTCCTT TGTGTAGGTG CAGCTCGTCC CCGAACTATT 180 GCTTTTGGTG TACACGGCCT TGGTGGTTAC CACGTACCCG GTTCCGGAGC CCAGGACGTT 240 TTCATCACTT CCGTTTTTAA TACCACCATC GGAAGAAGAG CCGCTCCCTC CGCCTCCACC 300 GCCTGAGGAC CCAGAGCTAA GTTCACAGGG CATTTGCAAA AAGGGATTGT CTGACCCGCC 360 AATGCGGATT GCCCCATTTG TTTTGCCTAA AACGGTTGAA GGCGTCGTGG TCCCTCCCGT 420 TCTTCCGGCG CCGTTGCTGG TGTACGTGTA CACACCTTCC CCCGAAACAC AGGCGTACAC 480 GCACGCGCCt TCGAAACAAT GCTGGTAATC TTTTTGCCTG GCAAAAAATT TACTGCCGTC 540 CAcTTCCCCT CAGACTTGCT CGCGTCCTTT TCCCACAGCT GACCGGCGCA GGCGTACAGC 600 TTGTTATTGC ACTTTACCAA ACCCGTCACT ACCCcGCGGA TGCTCGGTAT TTTTAACGGT 660 AcTTCTGACT GGATGGAGGC AAAAATGCCa GAAAAATCGC AGCCGGTTAA GAGACTTGCG 720 CTTAAAAATA ACACCGGCGG ACAGACTATG CGGCGCACTA CGCGGCTTGC GCCGTCTGTG 780 TGCGCGCGGC ACGCCTTcGC CGCGgCACAG CCTcCACCTG CTTGGACTAC AGCTCTTTCC 840 AATCCTTTCC ATTGTTCCCC CCTATTACTG CCCTCATGCA GACGTGGCAC GTCCCCGCTC 900 CTATCACAGG CACAGAGACC CCCCTACCAA AAACAAAGCA CACTGCAGCC CCCCGAGGCC 960 GCTATCCGCG CCACCGGGGG GGGGGTATCG GAGGTTCGCG CGCTTCCtCC TCCGGTTGTA 1020 CCGTTTCCTG AGGAGAGACG GCAGATGCTG AAAAGGGTTC CCCTTCCCCA CTTTCTAACC 1080 AGAGACGGTT AACCGCAAAC ACCACACACA ACAGCAACGT CAAATcACGA yTGAGCGGCA 1140 TCGTGCCGCG CTCAAtCGCG TsGAGyTCTT CAAcACCAwT CCCAAGTTCC CGCGCAAAAG 1200 CCGTCTTACT TAAGTtTTGC TCACAGCGAA CGCGCTcAAC ACGCACACCC ATGCcTTCCA 1260 TCTTCCCAGT ATACTCTAAA ACACCGCCGC GCATAGCCCC GCAgCCGCAG CTTGCAACAC 1320 tACGGGTGCA GGGCAAAAgG AGTwATGGGA CCGGGCTTTT TCTCTCCCGC CGGCATCTGG 1380 GCAAGGATAC GAGGCACACC GTCCGCCTTG CGCGCATCAC CGAGTGCATG ATACGTCCTG 1440 CTTAAGTTGT ACAAGGCACT CCCCGACCGC GGCAGCAAGC TCAGCGCCGT CTCAAACGCA 1500 CGTGCGCCTG ATCGTACTTT TGcTCGGTGT GCAATAGCAG TCCGTAATTG TTCCAGGTAG 1560 CACCGTTCTT CGTTTCCAAG CGGATGGCGT GCTCGTACGC ATTGCGCGAA cCTCAGTGTC 1620 CCCCATATCG TGGAGCACCA CCCCAAGCAT GTTCCACACC GCCGCGTGAT GAGGGGTGCA 1680 CCGCAACGCA TGATACAGCG CACCTGCTGA ATCAACCGTA CGCTTGAGCG CATAATAGCC 1740 AAGCGCCAGG TTCAACCACA GAAGCCCGTT GAAAGGACTG AGCCCCAATC CCTTGCGTAA 1800 ACAGGCAACG GTTTCCTCAT ACCACCCCTT GCGCGCGCAG GAAAGCGCAA GACAGTTCAA 1860 AGACTCGGCC GTCTCCTGAA CCCCACGGGg cTGCCGCCCG TGCTCAGGGC ATTCAAACTC 1920 TTCAAAAAAC TGATTCACGA GTCGTCCTCC TCCCCTTCTC GAGCGGGTAT GCGCGCGCAg 1980 TATACCAGCA GCACCCGCAA AATACGAGCA CCGCGCACAC CCCACCTTCA GTCACCCTCC 2040 CCCCAGCCAG TCAAAACCAC GTCCCTGcTA TCGCGCACAC CCTGCGCACT GCAAGAGcTG 2100 CGCAACTTCC TGCAGCCTCA TGGTGCGAAA TGCTCCGGGC CTCAGCGGTC CTAGACGCAC 2160 CCTGCCAATG CGCACCCGCA CTAAGCGCAC GACATCCTGT CCCCACGCCT CGAATACCAC 2220 ACGGATCTCG CGCTTTTTCC CCTCAACCAG TACAAGCTGT ACACACTGCG CTGCAAGATG 2280 CCGCGCGCGC ACGCACCGAT ACCGGcACCC TTCCACCCAC ACCCCACGCA CAAAAGAGCT 2340 CAACAGCGCT GCAGGGACTG GCTCACGCGT TTCTACAATG TACTCTTTCT CTATTCCsGA 2400 ACGCGGATGG CCAAGAGCmT GCGCAAACGA ACCATCATTT GTGAACAGCA GCGCGCCTTC 2460 AGACCGCACG TCCAGCCGGC CGATGTGATA TAGGCGCTCC TGATACGCAG cTGTACTAAA 2520 TCGATTGCAC GCGCGTATTC CTGTTTGGAC GGGCCTGCCC GCACCTGCGT GTGTGCATAC 2580 CCGGCAGGAA ACTGCGGCGC GAGGGAACAG ATATATCCAA CCGGCTTATA CAGGAGCACG 2640 TAGCGCTGAA CTCGTTCAAG CTGCACGACG GTGCCGTCCA CACACACCAC ATTCTGCGCA 2700 CAAACGGTCC GTCCCTGTGT CGTAACCGTC TGACCATCAA CGGTCACACG CCCTGAAGCA 2760 ATCAAGGCCT CACAGGCACG CCGGGAGGCA CAGCCACTCC TGGCTAAATA GACCTGTAAC 2820 CGGAGGCGAA AAAACGGCTG CAGGCGGCAC ACCCTCCCCT GCACCCTCTG TTCACCCGGC 2880 TTAACGGGTA AGCTCAAAGC GCCGCTGCTC TTCTTCATCA AGTTTGGGCA AGTCTGCAAT 2940 GCTGCGCAAC CGGAACGCAG TCAAAAACTC CTCAGTCGTG CCATACTGCG CCGGCTTGCC 3000 GGGTATGTCC TTTTTCCCCA CCTCGCAAAT CAGACGGCGC TCACTCAAAA GGCGGATCAT 3060 TGTATCTGCA CCTAmCCCTC GGATTGCCTC TATTTCAGCA CGCGTCACCG GCTGCGCATA 3120 GGCCACAATA GACAGCGTTT CCATTGCCGC GCGCGAAAGG CGCCCTTCGC TCCGCTTCCC 3180 ATAGAGGGTT GCAAGACGCT CCCGTACGGT CGCCGCAGAG ACwACGCCAC ACCCTGCTCG 3240 TTGCAGTGAA GCTCCAGTCC ACCACCACCA CGCGCGCCAG AAGCGAGAGC TTCACCCAAA 3300 CGCGCAACAC ACTCACCCAC TGCCTGTTCG CTCAAACCGA GCTTTCGTGC AAGACACGCA 3360 TAACTGAGCC GCACGCCTTC GACAAACAAA ATAGCCTCCA GwAGCGCAAG GTCCGGTGCG 3420 GGTGCTCCGT GTAGCGTGCA AGGCTCTGCT TGGTCCATCC TGCCgATGtA CGCTCTTTCC 3480 tCCCTCCTaC AAGCACCCAA TGCAATCTAA CGACAGGGAA GACGGCACCC GCcTGTCTGA 3540 CTTCCGTTAC GGATTAAAAT GACCGATCTC CGGCGCACGC ACCCGCACCA ACGCAAGCAT 3600 CTGyTGGGGa TAcTGCGCTa CAAACTCTTC AAGAGTGCTC AAACGCGCCG CTTCAAAAAC 3660 CTCTACCTGA AATCTCCCTG ACCGATCGAA ATACGGCAAA AACACTGCCG CACGCTGGTA 3720 TTCACGCAAA CGCGGTtACG CCACGCTCCT CATTGAGCAC GCCAAGATAG AAgTGGCCTG 3780 GTTCCATAAC TGCAAGATAG TAAAAGAGCG CACGCACATA CCCGGTCTGG TATCCTGCAT 3840 GCGGCAAGTA CCCTAGGTAC CGCGACGGCC CAGCCGCAGT TTCACCCTGC GTCACACGGG 3900 GAGGAACAGC ACCCGCAGcG TCGACGGGGG CGCAATACCC GGATGCCGCG CCTCCTGCTT 3960 TATCCTCCCT TTGGGGACAC CCTCCACTGC AAAGGGTTCT ACCGTTACGT CCACACCTCC 4020 CTGTGCGGGG TACACCGTGC GCCGCACATT AAGACTCAAC GCTGCCGCTG CCAGGTTGCG 4080 TATCCAGTCA ATGCCAAAAA AGGGTkCGCG TGCGCGCTCA TGCGCCGCGT TAAAATGAGT 4140 ACGCGGcATA GTCGTCTGcT TTTTTAGCGC AGACAGGTAC ACTCCCTGaC CGGCAACCGG 4200 CGCAATGATC CCGTCTACCA CCCACTTCGC AAACCCAAGA GATCCCACTC CCCCGATAAT 4260 CTCCCGCGGC ACTTGGTCCA CACGCAGGGC ACGGATAATC TCTTGGTCAC TTTGACTGCT 4320 CCCGTCAGAA ATGTGGACCG GGCkTCCCCA TTCGTTAAAA CATCCATCCT CAAGTGGAGC 4380 GAGCCGGTAA CTCCTGCGCT TAATGATACT CGCCATTGAC TCTACTGCGC TGTAcGTGCG 4440 CGGCGGATCA AAAATACGCC ACGGCACCGC ATGcTCcGTA AGCGCCCGCA GCTGCAAAAG 4500 CGAGTaGGTA TACAACTGTT CAAAGGACAA CCCAAGCgCc sTGyTTGCGC acGTGCACGT 4560 TAAAAAGACA CACATCaAGA TGCGTCTTTC CcTGCATTTC TACTGCAGTG GGCGCAGAAA 4620 GTTGTACATA CAGCGACGCA CTTTCGCGCG GGTATACCCG TnATGaCACC GGCGCACCGG 4680 TGTGCATGTG CCGATACAGC ACCCATGTGC CTTGCGCCAC AGCTTGACTA GGCGCAgCGT 4740 cTGTCACAGG TGATTGCGGG GTATCTGCGC CTGTCCTTCC CGCCCGACTT GTTCCTGTGG 4800 GCGCCTCGAG CGCGAGGTGC AGCCGAGGCG CCGCTGCCAC TGGCGCAGAA TGCACACCAT 4860 CCCTTGGGGC ACGATCAGCT AAAAGAGGCG TAACGCGCAC TGCAAGTGGT CGGTTGCGGC 4920 AATCACGTAC GCCTCAACGC GAAAGcTATT GCCCGTTTCG TCCGTGTAAt ACGAGgTGCA 4980 CGCArCGCAA CACGAGACGG CTCATCCAAA AACCAATCtG CGCGATAACA CGnCnCACAT 5040 GGTGCGAGTC GGGGATGCGC TCAAAGGGCA ACAGCGGCAA ACGCTCCCCT GTCTCTGAAA 5100 CGCCGGAGTC AACCATGATT TCTATGGaGT ATTTCTTGCT CAGCTCCTCA TCCACCTCAC 5160 TCGCGCGCAg CAGCCCCTGC AGCATTATCA CCAAACTTAT GCGTAACACA CCgCGCGCAC 5220 GCgCAsCCAG ACAGCTCATA CGGCCCCATA TCGGCGCACG CGTGGGCGGG AAAAAGCAAG 5280 ATCTAACCGT TCCCATTGCC CACAAACCCc TTGGCAGGTG CATCCtGCTG TGCTAgGGTG 5340 CGCCCGCCtT GcACCCTGcA GCTGTCCTGT GTTAAGGAAG TCAAGATACC ATGAACACGC 5400 GCCTCGCTcT TGTCCTGtGT GCGGTGGGAT CTGGcGTGCT GTCTTTCTCC TGTGCACGCA 5460 CTGcCGAACC GACCCCCGCA GCTTCCACAC ACGTCCCTGT CACCACCGCC GGCGCACTCA 5520 GTGTCACACC GCCTTCGAGT ACTGACCGCT GGTACCAGTT CTCACGCACG GACGGACGAG 5580 TGCACCTGCG CGCGTGCCCC GCGCCGTCTC AGCCTTCTGC ACCTGAACAC TTTGTACCCT 5640 GGACTGAGGC TGTACgcCTG TCGGCAGTGG ATGCACAGCA AGAACTCTTG CTCATCAATC 5700 GCGCCGGAGT ACTCCCAGCC ACGCAtTAGC CCGCATGCAG ACCGCACCGG TTCCACGCAA 5760 AGCACCCTCC ACACCCGCTG CGGAGACGAC ATCGCTCACT CTGACGCCCC CCGCACTCTT 5820 AGCCACACAG AGCGCTGAGG GCTTTTACTC AGAGCCAATC CCCAACAGTT CCCCCCACCC 5880 TTGCCAGGGT ACCGGTGCAG TGTTTGTTCG TCTCTACACC GATCCCCTTT TTACCACTTC 5940 ACCACAAGAC TCTGCAGCTC CTTTTCTGGT GCGTTACGAT GTGCGCACCG CTCGCTGGAC 6000 TTCTGTCGcA TACACGCGmG CTCTGGGaTT GCCCCGGAAC GCCCAATGCA cCGCCCTcAC 6060 CCATACTCGc GGCACCTGGT ACGCTTCCTT TAAGTCCTCA GAAGCAGAAC GCGTTTCCTT 6120 TGCATACTTC TCCTTTCCCT CCCTTTCTTC CCTTGAGAAT TTGGGACCTA CCCAGCGCAG 6180 GGAGCATCCA ATAGGGGGAA AAGTGCAGGT GCCCCGTCCT ATCTCCGCGG CCGCCTTTCG 6240 TGCCGCGTGC ACTCCCCAGC GCCTGcACCT TCCGACGGcG TCCAcTTCCT CTGaTCATCA 6300 CAGCGACCTG cACGAATTGC TTGTGCATCG CTTGCTTGCG CGCGTACCTC TCTCTCCCCT 6360 GTACCTTTCT GCGCGAAcCC GTGTTGGGCA AGCGATCGCT CCTTTTTAAA GACTGCCCAC 6420 CGCACTGCTG ATGAGCGTGC ACACCACGCG AACGnGCTCA TTTTTCATCC ACCGCGCGCA 6480 CGGCTTTCTG CCGCACTCTT AACAGATTCA GGCCACCTCT ACTTTGTACG AGAAGACGGC 6540 TCTGAAGGCC ACGCACGACT GTCCGCCTTA CCCCCGCAAT TCGTGTACAC TTCCTTCACT 6600 CTCTCCGGCC CCTCCCTCAT TGCAGGGTGG GAAGAACAAG ACTTCTTTCA GGTAGGTAGT 6660 ACAGGTCTTT TATGCACCGA GGTAGAATCC CTTACAGGAA CATAAACGCT CCCGGGAGCC 6720 TGCTCTATGT CCTACAAATT CTGTAAGGAC CCCCACGTCA GGTGCCGACA CTACGTTGGC 6780 AGGGGTGGCG GATGAAGCTA AAGCGCTCAT TAATAGTCGG GGGAGGCCTG TTGCTTTGCT 6840 GTGCGCACGG ATATGCGCAG GCGAAGGGAG CACGGGCGTC TGTGCATATT GCGTACCATA 6900 ATCGCACGAT TTACTTCCCC GGCACCCACG AATCTGAACC CATTTGGGTG AAAGTTTCAC 6960 TTACAAATAC GGGAAAGGAC ACGTTGCGCT TCAAACTGGC GGACGACCGT ACCTTTAGTG 7020 TTGATTTTTC TATACGGACG ATGAAGAACC GCGCGCTTGC gCACACGGAC GAATGGATAC 7080 GCAAGCGGAG CACTCATCGT CCTGTGTATT TTAGGGAGAT CAGCCTTGAG CCGGGGGAAA 7140 GCTACTCTTT TGTGGAAAAT GTGAAGCATT ACCTTGATGT GCAGTCGGCA GGGTTGTACT 7200 TTCTAACCCT TCTCTTCTAC CCCGAACTGA AAAGGGAGCG CACCGGTGAC GAGGACCATC 7260 TGGCATCTAA TACGCTAACT CTTGAGGTAC AGCCTGCCCC TGCTGCGGCG GCGCTCGGCG 7320 CGTTGCCGGT TTCTCCCCCC GTGGGTGAAG TTCTGCAACC GCAACGTCTT TCCCCGGATA 7380 GGGTTATCGA GTACGTGCTG AATGCACGGC AAAAATCTCA CTGGGAACGC TTTTTTCTGT 7440 ATCTTGACTT GGCAAAAATG CTTTCTCGGG ATGCGGGGCG CAgTCGCCGC TTTAACGcAG 7500 AGTCTGAGGC AGGACGCTAC AACATGATTG ATACCTATAA GCACGAgTAC GCCAGGAGCG 7560 TGTGGATAAG GATATTGCTG CCATACCCGT TGAATTCCGT ATTGAAAAAA CCGTGTATAC 7620 TGCTACGGAC GCGGAGGTTC GCGTGCTTGA GTGGTTTGAG TACCGGGATT TCCGGGAAAA 7680 GAAGCGCTTT ACCTATCACC TGTCCTCCCG CGACGGCATC TGGTATGTAC ACGATTACGT 7740 AGTTGAGAAT TTGGGAACAG AATGATGAAG GCACTTTTAG TCGCAGATGA TCCCGTTTCG 7800 GTGAATCTGG TATTTGAAAA CCACACGCAG TGCGGTTATG AGGTGATCCA tACCGTTCTG 7860 CGCTGAAAGC CTTGGACAAT ATGGAAGAGA TTCAGCCACA GCTGCTCTTC ATCAACGCCA 7920 GCGACTTTCC GCGACACTGG AGGGTCCTCA CTCAGTTCTT TAAACATCAG TCGGTGTGCG 7980 GAgCGCGCGT AATCCTGCTA GTGAACACTC CGTCCTCCTC TCTCAGCGCG CGGCAGGTGG 8040 CGCAGGCAGG GGTACACGCG CTTATCGATT ACACTCTATC TCCGGAGGAG GGACGAAAGG 8100 CTTTATGCGG CGTGCTCACG CCCTCCGCGT GCGCAGGCTC TGTCGACGTG GGTCATGCGC 8160 ACACCTGCCA GGCAGATTTC GTGTTCACAA ACCCCTGTAG CGGCTCTATT GTCACCGGGA 8220 CCGTACGGGA AGTGAGCGAA GAGGGCGTAG ACTTCATCCC CGACTTTCCC GCGAGCGTCA 8280 ACAATCTGCA AGAGCAGGAT GTACTCGAGC ACTGTGCGCT AAAGGTAGCA CACGACATTC 8340 TCGGTGTTCG CTGCTCGTTC CATTCATCGG ACGGGCGCAT CCTGCTACGT TTTATAGATC 8400 CCGATGCGTC ACTGGTACAT GCAGTACGCA GCGTCACAGG TACCACATAG CAACGGTACC 8460 CACACACACC CCAAGCAAGC AAATGGCTGC GTAGACCCAG GTGGGCAAGG CCTCTTCGGC 8520 ACGGCGGGGG GCTCCtTCGG TGCCGGGGGG CTGCCCTTTC TCCGGTTCTC GTTCCCGAAC 8580 GCATACCCAC AGGAAGGnCA GCCCTTTTCG AAGTCTCTAG CGTTTCCTGC GTGTTTGCAC 8640 AA 8642 (2) INFORMATION FOR SEQ ID NO: 18: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 6761 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 18: TTCTCCATGT TATGAGATTG GACTCCTCGT TGGAAACGTT CCTTTCAGAA nAGATAGCGT 60 TAACCGTGGA TTCGTtATCA ATATTGACGC TCTCTCTCGA TGAACAAAGA CAAGTTCTGC 120 AAGCGGTCCG CACCGTTTTT GTTCCCACAC GACAGGAGGG GTATATTCCC GTGTTGCTAA 180 CGACGGATAC GATTCGTAGC GCAATGTGGA ATTTGTTTTT TTCAGATCGT ATTGAAATCG 240 CAGTTATGTC CTATAAAGAA GTTTCTACCG ATATGCGTAT TGAAACAGTG GGAGTAGTAA 300 GGATAGAAGA GAGTGATGTG GATGCTTTTG TGAGAAAGCA GTAGTCTTCG GGCACAAGAT 360 GGGTGGAGGG TTTGATAGGT GGAGTTATTA GTAGAAGTTG CCCCAACGAA GGAAAAAGCG 420 ATAGAGAAAA TTCGGAAAAA GTATGGAGAT cGAGTTAATA TCCTGCGCAC GCAGAGGAAT 480 AATAGGAGTT TCTTTTTTGG TCTCATAGAA CGAGTCTCGG TAGAGATTTT TTTTTCTGTC 540 AATAGTGGAT CGCAATCATC AGTACACGAG ATACCCTCAG TGCAATCgCG TACGCtGTGT 600 CCGCTGCTCG GGTAGAGGAT ACTGAAGCAG AAAAAATAAA GATACTTGAA TCTGCGCAcG 660 TATTAATGCG AaGATAGCAC AGCAGGTAGA GCCCTTAATT TCAGCGGCAA AAGAGAAGAA 720 AACTGAAAAA GTGCCAACTT CCCCTGAAGC GGTGCATGCG CTCACTCAAA CGCTAGAGGG 780 TATGATCCAG AAGATcACGA ATAGTGCGCC GGTGGTGATA GCACAGGAGT TGCAGTCGAT 840 TCAAAGAATC GAACTTCTTT TAGAGGAAAA TGATTTTAGT TTTTCATTTA TAAGAAAAAG 900 TATTGCTCGT CTAAAGGACG AACTCAGTTA TCATGATTTA GAGTCTTTCG AAAAAGTTGA 960 ATCAACAGTC CTGCGATGGA TTATAGAATC AGTCCACATT CAAGTTCCCC CTATTTGTAC 1020 CGGAACAAGA AACATTGTAT TAGTAGGACC GACTGGTGTG GGAAAAACCA CTACCCTCGC 1080 AAAGCTTGCC GCGTTCTATT TTGTTACAGA ACCGAAGCGA ACTGGTATTC AGCCACGAGT 1140 AAAAATCATT ACAACGGACA ATTTTCGTAT TGGTGCAGCG TTTCAAATGG AACGTTATTG 1200 CGAGCTTATG GGACTCGATC TGTGTGTAGT GCAAGCACCG GTTGAGTTTT TGACGTACAT 1260 GACACTGTAT CAGCAGGAGA CCGATGTGGT CTTTGTGGAC ACGGAAGGgA GGAGTCCGGT 1320 TGATGGACAG AATATAGAGC GGATGGTGGA ATACTTtCGT GCGGTAAAAA ATTTtGAACt 1380 GGAAGTGTAC CTTACCATtG ACGCtGGATC GAAGGCGAAC GACTTGCGCG AGGTGTTTAA 1440 GCAATATGCG CTTTTgAGTA TCGTGCGCTG ATAGTAACCA AACTtGATGA AACAACAAGT 1500 ATTGGaAACC TCATTAGTGC GTTGAGTGAG GCAAGGACTC CTATCACCTA TATTACGACA 1560 GGACAAACGG TTCCAAGCAA TTTAGAAAAG GCGTCAGTAA ATTTACTACT TTCTAAATTA 1620 AAAGGTTTTA AACTTCTTGC TGAGGAGATG GGCAACGACT ATGGTGATTA CGGTAGCAAA 1680 GAGAGATAAG CGCATAGCAG ACCAGGCAGA AGAGCTGAGG GATTTGATGC AGGAAAAAAA 1740 TGCGCGGGAG CtGTTGAACG TCATCAGCAT AGAACGCGTG TTGTCGTGGT AACCAGTGGA 1800 AAAGGCGGGG TGGGAAAGAC GAATATTGCA ACGAATATGG CAATTGCTTA CGGGTACATG 1860 GGGAAAAAGG TGGTACTCAT AGATGCAGAT CTTGGACTTG CAAATGTGAA CGTGATAATG 1920 AACGTTGTTC CCCAGTATAA TTTGTACCAT GTGATCAAAA AGCAGAAGAA AATGTCTGAT 1980 ATCATCATCG ATACTAATTT TGGTATCAAG CTCATCGCTG GTGCATCAGG GTTTTCCAAG 2040 ATTGCaAATT TAAACGAAGA AGAGCGTGCA GCTTTTATCC AAGAGTTATA TTCTTTATCG 2100 GAGACGGATA TCATTATTAT CGATACAAGC GCTGGTGTTT CGAAGAATGT CGTAAGCTTT 2160 GTTGCATCTG CCGATGATGT CATTGTTGTG ACCACTGCCG AACCTACGGC AATCACCGAT 2220 GCGTATGGAA TGATAAAGAT CATTGCAACT GAGGTTGATA ATCgGGATAT GAACTTGAAG 2280 ATGATAGTAA ATAGAGTGAA TTCTGCCgCA GAAGGAAGAA GGATCTCTGA ACGCATGATA 2340 CAAATTGCAG CTCAGTTTTT AAATCTGAAG TTAGATTATC TGGGCTTCAT TTATGACGAC 2400 ACcTCGGTAG GTGCGAGCGT TCTCAGACAG GTCCCTTTTT TAATCCACGA GCCTCGGGGG 2460 AAGGCCTCCG TGTGCTTGCG CCATATCGTG GCAAAGCTGG AAAAAACAGA GATCGCCGAG 2520 ACAGGCGGGC TTTCAGGTTT TATTCGCAGG ATATTTGGAA GGGAATGGGA ATAAGGCTCC 2580 CCCTTTCCCT ACCGACTAAG ATTGATGAGA AGTTGGACCT CCCCCAGTGG CTTGCCGGTC 2640 TTTTCCGCAA TGAACTCAGG GGCAAGTCCC TTCTCAGATA GGGCGATGAT GGCGTCTTTA 2700 AGCAAAGGGG ACTCAGCTCT CAGCCCGTTG TCCCGAATGA TTTTCTCGTT ATAAACCTCA 2760 ATGGTGCCAC GCTTGGTAGG GGTGGGTTTC GCTGCACTCG ATCCTGCGCG TGAAGGAGCG 2820 CTCCGGTGCT CAGGTCGCGC GCAAACCTCC TCCCGAGTCT CCTGCCCCGC ACCCGATGCC 2880 CTGAACAGGG TGCGAGCCGT GTGCTCCTTA AGTATTTCCT CGTTAAGAAG AGTGAGTTTT 2940 CTGTCGATCG TGCGGACGAC CTGGTTACAC TCTCCTATCT TCTTCTCGAG CATTTGCACG 3000 GCAATGTCCG CTTCATACCG TATATCTCGA ATCATCTTTA TCACTTCCTG TTGCATCGTT 3060 TTCGCATAGG CGTCAGGAGA AAAACTCGTA CGCACCTTCA CGTAGAAGTA CACAAGCAGA 3120 GCAACGGCCA CGAAAGAGAA CGTAATCGAC ATCACCAGCA TAGCGTATTC CTCATTTTCG 3180 CTGCGTATAA GGAAAACTTA GTACGCATAA CCTGAAGGGG CTCTTTTATA ATCTTCATCC 3240 TGTTCGCCCG TGTATTGGCC ATAGCGAATG AGGCCATTGC GTAAATAAAA ACTTATGGCC 3300 GTGCTGTCCG CGCGCACCTC TTCGCTCACG TCTCGAATGG TGACTTTTAC ACCAGAATAC 3360 ACCTGTCCTG AGGCAGAGAT TTTCCCCTCG ATTGGAGAAG CATCCAAGGA TGCCTGAATC 3420 TCTTCGAgCT CCGCGCGCGA CTGCTGCACT AGCTGCTCGA GTGAGATCTT TTCCTCATGC 3480 AGACTAGTCT CAAGCGCCTC CTTATCTGGG GGAAGTTCCT TACGCGCTCT CTTTAAATTC 3540 TCGAGGGATT GGAGGTTCAA AGACAGATCG GAGAGTTTTC GTTCATGTGC GTGCAACTCT 3600 TCCTGCAACA TGCTGAGGCG ACGTACACGG TGCGGATCAA AGCCGACGCT GATTTGCGTG 3660 TCGTTGCCGC CTGATTGGCT GCCTAGGTTG CGCGCGTAGA CAGCCTCTGC CGCTGCAACG 3720 TTACTTCCGA TGATGTCGGC ACGCCGCCCA CGACAAATGA TTTTCCGGTT AGCAATGACG 3780 TGCGAGTTCA TAATTCCGTC AGAAACAATG ACAAGATCTC CTGCTTCAAC TGAGGCGCAA 3840 TTCTGGATGA ATTTAGCCCA CAGAGATTTG CCTGCACGAA CGCATCCTTC CTCCTTTCCC 3900 ACAATAcCTT GTCCGACTAG AATGTCCCCT TCTGCATCAA GCAAGGCCTT TCCCACCGTT 3960 CCGCGCACTT CGATGTTGCC TGAGGCCTTA ATCTCGTAGT TATCCTCAAC GTTTCCGTGT 4020 ACCAACACGG TACCAAGGAA CATAATGTTC CCTGTTTTTA CAGAGACGTT TCCTTCTACC 4080 ACATAGATGG GTTCTACGTT GATGCCCCTT cGGGAAAGCA GGGCTTGTCC GTCAGTTTCT 4140 GCAATGACCG TAAGGCCGTC aCGCGCAAGc GCTGTGTTTC TTCCCAGAGG AATGGACACA 4200 TCCTTTCCCG ACTGTGcCGG AAGATACGTG CCCGTGACGG TTTTGCCAGG AGTACCCCGC 4260 TGTGcAGGCa GCTTCTGCGC AAGCGGCTGT CCTTTGACCA CGTTATGAAT GAGGTTTAAC 4320 TCCTTAAAGT TAATCTTCCC CGTCTTGAGC TCTTGCAAGT GCACACGGgT GCGGTCAGTT 4380 TCGAAGTGAT AAGAAATCCT CGCATTTTCA CCGTCCTTTG GAGGGGTGCC CCGTGCAACG 4440 AGGTAGGGTT CATGGTAAAC CGGACAGTCT TGGAACGAAT TGACGCGTTC CATGTCGATG 4500 CCGTACACAA CCCGATTGGA GCGCAAGAAA GACAAGATGG TGTCCGCGCA TATGTCAGCG 4560 CCGTTCCGTC CAGGGGGGGT GGCAGTTACA AAGGCCTTCA TGTCGTTTTC TCGGATCTCC 4620 ACAGAAAGCA TTGCATCATG TGCAGGGATA CGTTCGAATG AAGAAACGTG CACGTAGCTG 4680 TTCGTAGCGT TTTTTATCAG CACCTTGAGA GTGTCAGCGG GAGGCAGGGC AAGGCCGCGC 4740 GCGCGGAACT TTTCCTGGAC GCTGGCGAGT GAAACCTTGC GCCCTTTACC GAGGGGAGCG 4800 GTGATTTTTA AAAAAACGCC CTCTTTTTTG CAAAGTACAA AnGCTGCGCC GTCGTGTCCG 4860 GTGTTGGGGG AAGAAGACAC GTCCCGGTGT GAATCGTGCG GTGCAGACAC GTTCCCGGCA 4920 GCGAACTCCA GTGAAGAGCT CTCGTAGGCG CGGATTTTCC ACTTTTTTTG GCGGAAGGAA 4980 AAGAAACTGC CAGCGCCTCT TTCGAGCACC TCGTATTCAA CGCGGTATTT CGGTATTCCT 5040 AATTGAACAG CAGCAGCCTC AAGTGCCTTA TCAAGTGTTT TTGCGCACGC ACTGACGCAG 5100 ACACGCTTAG AATCCTCCTC GTAGCGTTTC TGCATATCGC GGCGAATTTG ATCAAAGCGA 5160 GTATTCATAG GGAGTATTAC CGGATACCCT TTTTGATGTT GGTGAGCTTT GCCTTTAACT 5220 TTAAATTCGC GCTGGTGTGG ATCTGAGAGA TACGCGACTC GGTCACTTTG AGCACCTTGC 5280 CAATCTCCTT TAAGGTCATT TCTTCGTAGT AGTATAGTAT GAGCACCTGC TGCTCGCGTT 5340 GAGAAAGTTC CCTAAtTgcC TCTGcgAtGa tAcGctTgat TTcCtCgcgt TcgaCaATGA 5400 CGTCGGGATT GAGAGAAGCG GGCGCTTCGA TGCTGTCTCC CACAGAGACG TGGTCTCGCT 5460 CATCTCCACC AAACTTCGAA TCGGCAAGGG AAATCACGCT CGTGCCGGAC ACCTTCAAGA 5520 GGAGCTGGTG GTACTCTTCA AGCTCAATAT TCAGCGCGCA CGCGATCTCA GTATCTGTGG 5580 nCAwsACcCC AAGGCGTGCC TCTAGATCTG CAATCGCTTC TTCTATCTGG CGTGTTTsTG 5640 ACGCACCGAC CGGGGAACCC AGTCGATGGA GCGCAGTTCA TCAAAGATAG CACCGCGGTA 5700 TGGCGTAACC GCGTACGTAT TAAATCGAAT GTTTTTTTCT GGGTCATATT TATCGATAGC 5760 GTCAAAAAGA CCAAAGATAC CGTAGCTTAC GAGGTCATCG AACTCAACGT TCCCCGGTTT 5820 CCCAACGGCA ATTTTGCTTG CAACGTATTT GACCAGAGGA GCGTACTGCA CAACAAAGTA 5880 CTCGCGTATT TTCGCGCTAC GnkTCCTCCG ATACTCGAGC CAAAGCTCCT CTTCCGACTG 5940 CTGTTCGAAG GCTGTGTTCC CCATTCCCGT GCCCTCTACT GTTATAGCTG ATTTCAGAAT 6000 GAAAATACAA GCCGGCTCGC TAGGTGTCTT GGGAGAGCAC GGTTCGGATG GCGCGTGCCA 6060 TGCGTTTAGT CTCGGGTAGG TCAGTGAGAA CGTCACCGAC GAGATCAGAG GTCTTGTCCT 6120 CGAAGGAAGG AGTAGACGGG GAGAAAGAGT ACCCCAGCTC GCCGAGCTCT CCTGTAGGGA 6180 TGAGCGAGTC AAAGCTGTCA TCAGTTTCCT GTACGACATC GCCACCCGGC GACGCAAACG 6240 AAGGCTCGAC CACGTCATCT AGCGTCAGAT CCACATGAGG GATGGGCATC TTCCCATCTT 6300 CTTGAACAAG GAGGTCGGGA ACCACATATG CAAGAAGGGC CCGCAGCgcG TACGCGGTAA 6360 CTCCTGCGCC TAAAGCAAGG ACAGTCGCAC GGGCGACCGA CACATACACG CGygCGcGct 6420 acCGCCGCTG TTGCAATGGA TAAAAAGAAC GCAGCGCCAG CTGCAATcGC AGGTACCTTC 6480 AAGGAGGCAC CAACTGCAGC ACAGGAAAAA CGCCGCTCCT GCACGTCCAC GGAGCTAGTC 6540 TGCAGCTGGT TTTTTGTTTC GTCAAGGACC TGTTTCCAAG CGTGTAGTGT GAGCTATGCG 6600 CGGCACACCC GCATACCACG CGGTGAGTGG TGTGCCGTGC AGCGCTTGCA CGTGTACACA 6660 GGTGGCAGTA CAATTGGCCC TCTCTTGGAG GGGGAGTATG GGTCGTTTGA AnCGGTGTGA 6720 GGTTCGTCGC CGCCCGTGCG CGCTTTGGGC GATCGTACGC n 6761 (2) INFORMATION FOR SEQ ID NO: 19: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 19217 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 19: AGTGTCCGTT TTGTTTGGCG TGGTGTGCGA TCATAGTTGT AAAAAGCTCC ATGCATACTC 60 GAGCGTCATC CTCTGCTCTG TGTGCTGcGT GTACCGTAAG TCCAAACTGA AGTGCAAGAT 120 TCTGCAGACG GTACTGATGG CGTCCTAACC CGGGGAACAC CGCTTGGGCC ATCGCGTACG 180 TATCAACTAC TTTGTGAGAC AGGGGTTGCT TTTTGCACAG GCTGAGTTCT GCATTGAGAA 240 ACTCGACATC GAAGTTTGCG TTATGTGCGA CGAGTACTGT CCCTTTGATG AATCGAGAAA 300 AGTCTGAAAC TATCTCACAA AAGCGCGGCT TATTGACGAG CATATCGTCG GTAATATGGT 360 TGATTTTGCT CACGTCAGGG GGTATAGCCC GATCAGGGAA GATGAGCGTG CTAAAGCGCG 420 CAATAATACC CTTTCGATCA AACGTTACTG CACCAATTTC TATAATGCGA TCTTCTTCTG 480 CTTTTAAACC AGTTGTTTCG GTGTCGAAGG CGGTGAATGC AACGTGTTCA TGCACCGCAA 540 AAACCCAATC ATATATCATT GCAGATATGT ACCCATCTCT TGTTCAACTG CGGTGATAAA 600 CATGTTGCCC GCCTGTTCTG CTTCTTCTAT CGAGGTACTG ACGGTCAGAG GGTGGATGAT 660 ATAACACTTT ATTTTTTGTT CTGTTCCACT CGGTCGTATA CTTACAATAC TGCCATCCTG 720 TACAAAATAC TGCAGCACGT TACTCTGAGG AAAAGAAAGG GCAGATGTCT GCGCAGGATT 780 TTCTGGACTA AACTCAACAC CAAGATATAT ATCCCTCACC TTCATTACCC GCTTGCGCGC 840 AATTTGGGTT AGCGGCTGTC TCCTGAGCGT ATTCATTATT GCATTCATGG TGCTTACACC 900 CGCGACGCCC GCATAGGTTT TGTTCAGCGT CTTTTCACAA AACAGGCCAT GCGTCCTGAA 960 TAACTGGTGA AGGCGATCGA TCAGGCTCAT TCCGCGCAAC TTCCAGTACA CACCCATTTC 1020 TGCACAGAGC GCTGCGGCGT TGATACCGTC TTTGTCTCTC ACCTGAATAC CAAAATTGTG 1080 TCCGTAACTT TCTTCAAATC CATATACGTA GGAGTACGCT CCTGACTGTG AAATCTTTTC 1140 TGCAGTACCA CATATCCATT TGAATCCGGT AAGGcACTCT ACACACGTTG cGCCATATGT 1200 GCGTGCTATA CGGTCGCTAA GTGGGGACGT AACAACGGAG CGTACAATTG CAGGACGCGC 1260 GGGCATATTG TTTTGTTCCT GCAGGGTTAG CAGAATGTAG TCAGTGAAGA GCGCTCCCAT 1320 TTGATTGCCC GTGAGCAACT GCAACACACC GCGGGTGTTT CTTACTGCAC ATGCAAAGCG 1380 GTCTGCGTCA GGATCAGTCG CCATAAGAAC CTCAGCATGT ACGCGATCAG CATATGCACA 1440 CGCATGCACC AACGCGGCCG GATCTTCTGG ATTAGGAGAC GACACCGTAG GrAAGTTCCC 1500 ATCTGGCAAC CGTTGCTCAG GCACGGTCAT AATGGAGAAC CCCATATCCC CCAGTATGCG 1560 CTCGACGTGG AGTGCACCCG TTCCGTGTAA TGGGGTGTAT GCAATACGCA TCGACTGGAC 1620 GGTCTCTTTC GTAAGACCGG GGCGAAAAAG CTTTTCCTTT ATAGAGGTGC AGTACGGTTC 1680 ATCAATTTCT GCATCAATGA TCGTGGGTgC ACTGCGTTTG ACAGGTACCT TTTCCTCAAG 1740 GTTCACGACA CTCGTGATAG CGTTCATTTC TTCGGTGATA TTTTTTTCGT GAGGATGCGC 1800 TATCTGTGCC CCGTCGTTCC AGTACACTTT GTATCCGTTA TACTGCGGTG GGTTGTGCGA 1860 TGCGGTGACC ACGATGCCCA CGTCACAGGT AAGATACTGT ACtGCGTAGG AAAGTTCTGG 1920 AGTCGGGCGT GGATCCGAAA AGAGGTAGGC GGTAATGTCA TGTGCAAGAA ACACGTGCGC 1980 AgcAGTGTGT GCGAACAGAC GAGAATGTAC ACGCGAGTCG TAGGCTATAA CGGCACGGaG 2040 CGCGCCGCGC GCTGcCTTTT CAGGAAAAGT TTTTAGTAAA TAGAGCGCAA TCGCGTGCGT 2100 GATCTTTTTG ATCATGAAGG GGTTCATTCT GTTTGTTCCT CCGCCGACAA CACCCCGCAG 2160 CCCGGCGGTG CCAAACGAAA GAGTTTGCAA AAAgcGCtCT TCGAGCTCTG CTATATTATT 2220 CTGTGCAACA AGATCCCGTA CCTGCTGTGC AAAGAAAGGA TCTGTTTCTT CTTCAAGATA 2280 AAGACGAGCA CGTTCGAACA ATTGACTGGA GTGCATGAGC GCTTCCTCAC CTTTAAAAGT 2340 ACTGGACTAT TTACGGCACC ACAGGATAGA GGGGCATTGT AATGGGAAGG TGCTGCTCTG 2400 TGCAATGCTC ACAAAAAGTG CATGTCTTGA AAAAGTGTAC CAGAGCCACT ACACTGGTGC 2460 GCGTGGGTTC TGCTGTTTCT CCGAAAGTTT TAAAAGGCTT TCGCGATCTT TTACCGGATG 2520 AAGAGATTGA GCGTGCATTG CTCGTAGAAA AACTGACGGT GGCTTTAAGA CAAATGGGTT 2580 TTGTACCTAT CGATACCCCC GCGTTGGAGT ACACCGAGGT TTTgcTGCGC AAAAGTGAGG 2640 GTGACACAGA GAAGCAGATG TTTCGCTTTG TTGATAAGGG TGGAAGAGAT GTGGCCCTCC 2700 GCTTTGATCT TACGGtGCcG CTTGCGCGGT TCGTTGCAAC GCACTATGCG CGTTTGTATT 2760 TTCCTTTTAA GCGCTATCAT TTTGCAAAAG TGTGGAGGGG CGAGAAGCCT CAGATGGGTC 2820 GTTATAGAGA ATTCACGCAG gTGATTTTGA TATCGTCGGT TCGGATTCGG TGTGTGCTGA 2880 CTTTGAAATT CTAAAGTCGA TACGGCACAT GTTGTATATG GCTGGTGCAG AACACATACG 2940 TATTCACGTT GCGCATCGTG GCCTGTTTGA TCGTTTTTTG CGTGCTCTTT CTTTGTCTGA 3000 CCAGGCTGAG CATATCCTGC GGATAATTGA CAAACGTGCA AAGATGGCGC CGCATGTGTT 3060 GACAGCTCAA CTTGAGTCGC TTTGCGATCC AGTTCGTGTG CAAAAGATTA TGACGTATGT 3120 AAGTGCGGGG GAGGTGGACG GTGTTGCGCC GTCGTTTGAA CATACATTGT CTGCCATTGA 3180 GACATTGACA GGGGGTGTCT CGGAAGAGAG TACACGGcTT AGAAAAATAT ATGAGCTACT 3240 CTGTGCAGTG AACATTCAGT CCTCTTATGT GTTCGATCCA TCTATCACGC GTGGTTTTGA 3300 TTACTACACC GGTATGGTGT GTGAAACGTT TTTAACACAG TTGCCTCATA TCGGTTCGGT 3360 GTGCTCAGGT GGGCGCTATG ACCATCTGAC GGCTTTGTAC ATGAAGGATG CAGTGAGTGG 3420 GGTGGGTGCA TCCATTGGGT TGGATCGCTT GTATGCAGCG TTTCAGCAGT TGGGAATGTC 3480 CCGAGAGCAC GTTTGTTTTG TGCAGGCGCT TATCTTCTGT CAGGATAGTG CGCTCATGGA 3540 TGTGTACCAA AAGCTGTGTT CATACTTTGC AGTGCAGGTG GCGACGGAAG TCTTCCCTGA 3600 TCCGCGGAAG TTGAGCCAAC AGTACGCCTT TGCAGAGAAG AAGGGGATTA GGTGGGGGAT 3660 CTTTGTTGAA CAGCGCAACG CCGTGGTGGA GGACTGCCTG CTCGTACTGC GCGACCTTTC 3720 TACGCGAAAG GACACACGCC TACCTGcGCA CGAAcGgACC GnCATGGgCA GCTGAAGGGT 3780 AACAGGCGCC CCCGCGACTC TAGAGTCGCA TGTTACTCAA TTCAGTGACT AGGTCCGTTA 3840 TGGAATCCTT GTTCTTCTGT CCGATTTCAG TGATTGAGGA AGCATACTTT TTAACCTGTT 3900 CTGAGTTTTT GTGCATGGAC GACACGCTGC TGTCGATTTC AGACGTGATG CGCGAAAGGG 3960 CTAGCATCGC CTCCTCTACG TGCTTGCTGT TGTCCAAGAT GGCGCCCGAA TTTTCCTGCA 4020 ACGTGCGCGT GATCTCGGTG ATGTGCTGTA TAGCGTGCAA CACGTGCACA CTGTCTTTCG 4080 TCTGTTCTAC CATCGACTGG CTGATCACTT CTTCTTGGGC CTTTATGTCT GTGGTGATAG 4140 AGAAAATCAG CGCAAACTGA GCCTGAACTG CAAGCGCGCT CTCAGAAACC TTTTCAATTT 4200 CCGTTTTTAC GTCCCGCAGC ACTGCGGAGA TATGCTTTCC CTGTTTCGAA GCGTCCTCTG 4260 CGAGCCTACG TATCTCACTC GCCACTACTT CAAAACCCTG ACCTGACTCT TTACAGTACG 4320 TTGCTTCGAT TGAAGCGTTC ATTGCAAGCA AGTTAGTTTG ACTTGCGATG TGCTGAATTA 4380 CCGCACCGGC TTCAGCCAAC GCTTCTGAAG CGTGAAGCAC TTCTCTTCCC ACATCTGCAG 4440 ACTGAATAGT TGCGTCCTGC GCTAATTTTG CCTCAAGCAG CAGGGTTTCA ATGACATTAC 4500 TATTGTCCGA AAGTACCTGA GTAACTGACT CGATGTTTCT CACCATCTGC TCTACGGAGG 4560 AGGCGGCATC TGTTACCGTA TCTACCTGCT CGCCGATGTG ACCGTTAAAC CGATCGATGT 4620 TTCCGACAAT GTGCTGCACG TGCTTTTGTG TTTCAAAAAT GGTACGGGAT TGGTGTTTAA 4680 TTTTGTCTTC TGCCTTGTGT GCTTGGGAAA TGATCTCGTT GATAGCGGCG CAGGAAGTGC 4740 GCGCATTTCT GACAAAACTA TTCGCGATTT TCCGAGCGCG TGCCATCTTT CCACGGGATG 4800 CAATGAGAAA GAAACGCGTG CTCTTGTGCA TCTTGTTCAA ACTTTGGGTG AGGAACCCAA 4860 ACTCATTTCT ACGCACAACG CGCATACTCG CTGCGGACGC ATCTCCGCTC AACCTGTTTT 4920 GGATAAAGGT GAGGATGCCT TGGTTTGCTA AATCGAGGTG TCGGCCAATC CTGATCATGA 4980 CGATTACGCT GAGTACGCAG ATTAAAGACG CGCACGGGAG GTTATGGGTT ATAACCACAT 5040 GTGCGAGCTC CTGCTCACCG TGCAGAGGGA GTAGGAGCGA TGAAAAGCCC ACGCAGAACA 5100 TACTAAACAA ACCTGAAACG AGCACGACGG ATATTTCTCT TGAGAGGGAG TAGTACCCGA 5160 GGCGTGTCTC GCGCAGGGGG ATAAAGTGGG CCCACTCCTG CAGTGTGTAA AAGAAAGGAT 5220 GGTGAAAGAA GGGAATGAGG CAGAGCGCTG CGCCCACGCT GCTGAGGTAG TAGGACAGCA 5280 AGAGCACATG GCTTGAGGAA AAACCGACTT CTAGGGCAGC ACACACCGGA TACACCACCG 5340 CAGCTACTGC AGGAGGCAGG GGAGAAATCC ACGTGTACCG CAGAAACGCA GCCTCTGCAG 5400 CTGCGCTATC GTTTTGATGT TTCTTAACGG ACATGAGGAG AACGTAgTAG AGCGTCAgcG 5460 AAGCACCCAG CATGAGCGCC AGcgCACAGA AGAAGGAGAC GCTGGTGAGC AGAGCGgAGA 5520 GCATACTCCC GTCTATGACG CCTGCGATAT AGGCTACGAG AGAAGTCGCC GGCACCCACG 5580 CAACGCTCAT CACGACGGCG CGCCGCAGCA CGGCGAAGTC GGAGACCGCA TGTTCAGTGT 5640 TCATAGGTTA CTCCATGGAA AGGTGGACTA CAGGCGCAgc TGGGTGAGCT GGTTCGTAAG 5700 CATGTCCATT GCATTCTTAT TCTCTGAAGC GATAATCTTG ACGGAGGTGA CCGCATCCAA 5760 GATACGAGAC GTGCTGGCGG CCATGTCGTG CATAGCCACG GTGATACCGC CTGTGTTGTG 5820 TGCAAGTTCG TTCATATCCT TGAGGACCAG CTCTCCATCC TTGAGCATGA GCGAGATACC 5880 GCCGCGGATA CGTCTGCGGT TGCCTGTAAT AGCCTCCATG GACCGCCTGA TGTACTCACC 5940 CCCTGAAGAC TGCTCCTCCA TGGCATGCAT GACGgTaGAT TCCCGCTGTT TAACTTCTTC 6000 TGCAAGGACA AAGAGATTGG AAAACTGCTT GCTCAGGCTC TCCGCCtGcT GCGCGATATG 6060 CTCTATCTTT TCAGTGAGTT GTACGAGGAC TGAAGAAATG ATCTTTCCCT GTTCGTTTGA 6120 TTcCTCTGCT AATTTCCTAA TTTCGTCGGs GaCAACTGCA AACCCGCGTC CGtCCTGACC 6180 CGCGTGAGCA GCCTCTATCG CGGCATTCAT AGCAAGCAAC GTAGTCTGAC TTGCGATCTT 6240 CCGTATTACC AAGCTGGCCT GTAAGAGTGC CTTGGAAGAC TTGGAAATAT TCTGGGTAAG 6300 CTCCAGCGAT CGGTTGGTGA GGTTCCCTGC GCGGTTTGTC TCCTCTCGCA ACCGTCCGAC 6360 ACGCGCGTCG TTGCTTTCGA TAATCTTTTC GATAGAATGG ATTTTCTCTA CCATTTGCTC 6420 GACAAGGGTG ATGGACCGGG TGACAGTTTC CGACTCTGCC TCGACGCTTG CATTCAGACG 6480 CCCGACTCCC TCAACCATAG TCCCCACTAT TTCTTTAGAG GAGCTGATGG TGGCAGTCTG 6540 CGCCGTCACA TTTTCGTTGA CGTGATCAAT CTCCTCTTTG GTGGTGCGAG CTGCCTCCTC 6600 GAGGTGAGCG ATATCCGTCT CTGCAGTGTG TGCAATTGCG CTTGAACTCT GTGTCAGCTG 6660 CAAGAAGCGG GAGAAAAACG CGCGATCTTT GTCGCGCAGG GAGCTCAGTG ACCTCGCCAA 6720 AAGACCGATC GAGGTGCGGG TTTCTCTAGG TACGTCCGCA CAGGTGTAGT CGCCAGTTCC 6780 GATGCACTCG GCGAGCACGC GCAAACGGGT GATTTCTCGC GAAGTAAGGT ACGCGCACAG 6840 GAGAAACTCC ATGCAGCTTA CGGCGCTGGC ACAGAGTCCA AACGTACCCG CCATGGTGAG 6900 CAGTTCTGCC GGAGTAATGT TCTGGCTATC TGTGCGTACA AGGAGTGGTG CAGAGACGAG 6960 GAGTAACGTG GCAACGAACA GCGCAATCGC TATGGTAAGA AGCATGCGGG TCCAGTTTGC 7020 GCGCACAGAA CTTTCGCGCA AAGGCAGGAA GGCAGCCCAC CGCTCAAGCG GACGCGTAAG 7080 GAGGAAATGC AGCGCAGGAG CAAACAGCAG ACAGCCACCG GCAGAAAGCA TAACATACAC 7140 TGCCATCTGT GGACCTGTCT CAAACGGGGA ACGCGCGAGG ATAGAGACGA ACGGGACGAA 7200 GCAGCTGAGG AGAACCGACG CACGGAGCGC CGTCCTCCCA TAGCTGTTGA CGCGCTTGCT 7260 GAAGCGcGCC TCATCTTCTC CACGAATAAA AGCGGCGCAC AGCgCGCGAt AATGGAGAAG 7320 CGGAAAGAGG CACAAGAGGT ACAGCACGCT AGCGGGAGAA AGGAGGAGTT CAACGAACTG 7380 GCCATCGCCG AAGrgAsCCG sCGCAGAAGC GGAGAGAAAC AAGAGTGGCA CCCAGCAACA 7440 GGAGAGCACG AGCTCGCGTA CAATtACACT GATCGGAGGA GTACTATAAG TACCGGCGTA 7500 CATGGTTGCC CCCTCAGGCA TAAGTTCACA CGAGCGCGCA CGGTAGCATC GGAGAGAGGG 7560 TCTGTCAAGC GCGCACAGGC CCTCGCCCGA GGGCGGCAGC ATTGCCGTcG GACAGAATCG 7620 AACTGTCGAC ACAAGGATTT TCAGTCCTTT GCTCTACCGA CTGAGCTACA ACGGCGCACA 7680 CCGCGCGCAC CTGnTCATAC AGAAAAAAAA AGGTCAAGTT CCTCACGATG CTCGAGGAAA 7740 AGCAGCACAG GAGAAGGAGA ATGCAGGTCT TGACAGGTGC GCATACTTTG CACTAGGCTC 7800 CCGCCGGAGC GGTGGGTGTA GTTCAGTGGT AGAGCGCCAG ATTGTGGATC TGGTTGTCGT 7860 GGGTTCGAAT CCCATCACTC ACCCTGTGCG TGCGCAGGCG CTCGTAGCTC AGGTGGATAG 7920 AGCAACAGAC TTCGAATCTG TAGGTCGCAC GTTcAAGTCG TGTCGGGCGC ACTTGTGGTG 7980 TCGCTTTCCT CGTATAAATG GTTCTGTTCT CGTCTTTCCT TTAACACGCT GAGGACGTGG 8040 GGGTGCTTTG AGTGGGTACG TTGAGGCGTT TTCCTGCGTC TGTTCTCCAG ATAGCGCTCG 8100 CGCTCTTCTT GCTTGCAAGT GGTGCACGAG ACCTCGTGCA TGTTGATGCG GGTGTGTTCA 8160 ACGCGGCGGT GTATTTCCTC GGCGGATTGT TTCGCGGTCA TGTGGCAATC GGTGTGTTAA 8220 CGCTCGCCGT GTCGCTGTGT TGTCTGACGG CGGGTTTCTT TTTGCTCGTC GATTTTCTGC 8280 GCCCAGAACT TTCCTGCGTT TCTGCGGTTT TAGCGCTGTT CGTTGTGCTG TGGGCTCTGA 8340 ATATGGTTCT GGTGGATGTG GTGGGTGCGT TCGGCCGCGG CAAGGTATTG CAGAATGTGT 8400 CCTCGGCGCT TGAGCATTTG CATCATACTG CTGTCGATCT CCTTGTGCTT GGAGCGCTCA 8460 TCTTTGTGAG GCAGCACACG CGTTAGGCGT TTACACAGCC GAGGATGACA CACGCCGCGT 8520 CTTTTTGCTT CTTCTTGTGT GCTCTTTAAG GAGGGGTCAG GCGGTGTCTC GTGCCCCGCG 8580 TGTGTTTTTT AAGCAAGAAA AAGGAGTGGG GTGAATGGCT GTGGCGGGTT CCTTTGAGCG 8640 GAGTAGATTG CCGTTACGAG CACCATGAAC GCGCCGTCGG AGTGGCGAAG ACAAGACTGC 8700 CCGGTCCCAA TGCGGTTGGA AACGCAGGCA CTTGTACCGT ACCCTGTTCG CTTTGACCGC 8760 AGCCACCATG ATGCGCTGGT GGTCCTGGGC GCTACCGCAA CAGGTAAGAC AGCGTTAgcA 8820 GTTGCGCTTG CCCAAAAATA TCAGGGGGAA ATTATTTCCG CCGATTCGCG GCAGGTGTAC 8880 CGTGGTCTGG ATGTGGGAAC GGGAAAGGAC TTAGCTCTGT ACGGGTCGGT CCCCTATCAC 8940 CTGATAGACG TGTGTGATCC GTATGAGGAA TACAATGTTT TCCGTTTCCA ACAGGCAGTA 9000 TATGGCATAG TGCCGAGTAT ACTCCGGGCG CACAAGGTGC CAATTATTGT CGGTGGTACG 9060 GGTTTGTATC TTGATGCAGT GCTGCGTCAG TACGCGTTGG TACCTGTTGA AAGAAATcAG 9120 GyGCtGCGCC ATTCgCTCCG CGgAGCTTCT CTGTCGCATA TGCGCGCGGT GTACTTTTCG 9180 TTAAAAGACT CCCATGCTGT TCACAACAAG ACAGATTTAG AAGATCCTGC GCGTTTGATG 9240 CGCGCTATTG AGATTGCTGT ATTCCATGCA ACGCACCCTG AGCTGCTCCA GCAGGCACGG 9300 GAAACGCGCC CGATGATGCG CGCGAAAGTG TATGGCATAC AGTATCCACG CTCTATGTTG 9360 CGTGCTCGGA TTCGAGCACG CCTCGAGCAG AGAATACGTG GGGGACTGAT AGAGGAAGTG 9420 GCAGCGCTCC ACAAAGGCGG GGTTTCCTGG CAGCGTCTGG AATACTTTGG GTTGGAATAT 9480 CGCTTCACTG CGCAGTATCT ACAAGGGATC ATTGCTACCC GTGATGAATA TGTCGACCTA 9540 CTTTTTAGAG CTATTAGCAG ATTTGCAAAA CGCCAGGAGA CGTGGTTCCG ACGTATGCAA 9600 AGACTCGGGG TAAAAATTCA CTGGCTCGTG CATAsGGAAA ACGGTTTTGT TCTCCGGTGA 9660 AAAAACGATG ATCGCTCATC GCACCGCTCC ATAGGGTATG TGTGTGGCGA GTCGCTCGTG 9720 GTACGCACAG GCGTTAGTTC TTTCTCTTTC AGCATTTGGA GAAGGGCACA AAAGCGTAAC 9780 GCTTTTTGTT CGCCTGCAGG ATGAAGCGTT TATTTTACGT GCCGCGCTTT TTGGAGGTGC 9840 CCAAAGCAAA cTGCGTGGAT TGGTTATTCC CTATACGACA GGTCGGGTAT GGGTATATTC 9900 GAATCCGCGT ACGAGTATGC ACAAAATTGT TGACTTCTCA GTTAcACACT CTCGTGTGGC 9960 CCTCCGTGAC AGTATCGTAA GAGTGTGGTG CGCTGCGATT TGCGTAGACA TTATAGAGGC 10020 GAGCAAAGGG ACCATCAGCT GGACGCTGGT GACTGCATTT TTGGATGGAA TCAGTCTCTC 10080 TTCGGACGGG GCATGTAAAC ACGCGCTTTT ACGCTTTTTG TGGCGAGTGC TTATAGGAGA 10140 AGGCGTTGCA CCAAATATCA CATCGTGTAG CCGGnTGTtA CGCAGTACGC CGTGTCCGTA 10200 AGTGGTGTGT cGCGCGTGGC GTATyTTAcG CAGGGTGAGT CTTTTGTGTG TGCTGCGTGT 10260 GCTGCTCCTG CAGAACACCG GTTTGAGCTA AACGCGGAGG CGTGGCACTT TCTCAACACG 10320 GTCAAAGAAT GCACTCCAAG GCACGCGCGC GCGTTGGTGT TGTCCCAAGA GAGCTACTGT 10380 GAACTTAAGC AGCTGCTATT TTGCCtGATC ACGAAAATGA GCGGTAAAAA GTTAAAAACA 10440 CTCGAACATG CgCACGCAGT GCTATGAGAC TGTCCGAAAC ATACCGCAGG GTGCAGTCCA 10500 GTTAGGTCCC CGGGGTGCAC AGAGCGAGAA AGACGTGCTC ACTGATAATA CGCACGCCAC 10560 ACCGAACAGC GTTCTGGCAT TTGCGTGACT GCCCATGTGG ATCGTTTGAC ACCAGATACG 10620 TCAGCTGTGT ACTGACAGCC GTTTTCACTG TTCCGCCTAG GCGTTGTACG AGCGCGATTG 10680 CCTGGGCGCG TGTCATACCG TCGAGATCGC CAGAGAAGCA GAAGCTCATG CCGTGCAATG 10740 GCGCGTGCAC GTGTGCATCC GTATGCAAAG GCGATTGGGC AGTGGCAATA AGCTTGTGGA 10800 GCGTCTCTTC CGAAATAATT TGGATTCCCA ACGCGCATGs GtGCGATAAC GTGTCGACTG 10860 ACTGTAAAAC ACCAGATAGT CAAGCTGGGC TGTTACGGAC GATGCGACAT CCCCTCCTAA 10920 CGCGCGCACT TTTTCTTGAG CATGTTTGTG ATTCATACTG CGCGACGCAC CTGAGAAATA 10980 AAAACTCTTT CCTTGCAAGG GGTGTACGGT TTCCCCCGTA TGGGTACAGG ATGCGGAAGC 11040 TTGATCTAGA AGCCTGCAAA ACTCGTCTTC CGAAATAATT TCTAGCGCTA CCCCCTGTTC 11100 TTTTTTTAGT TTTTGCGCGG TGCGATAGGG CTGTGATAGG CTTTCGAATA TTAGGTACGA 11160 AAGGTCTCGA GTAACTGACG TTCTCACAAC GCCTCCGAGC GCGCGTATAC GGTGTATAGT 11220 CGCGCGATCT CCATTTCTGA GGGAGCCTGA GAAGCAAAAG CTTTTTCCCC GGAGTGGCGA 11280 CTCTGCCTGC TGCTTGGCAA GAATGCGCAC GAAGCCTCTA TCAAGCAGTT CACACATATC 11340 ATCCTTAACC CGTGCAATAC CGGTTACCAC GCTTTTTGCA AGTTCTGTTC CAAACTGATA 11400 GATGGACTCG AGTGTCTCCG TTGTTgCGTG GAGCACTTTT TCAAGTGTGT CAAAACCGGC 11460 ACAGATAAGT TTTTCTCCCA TGGTTTCTCC GATCCCCTCG ATGCCAAACC CGGCAATAAA 11520 CGTTTGCAAC GCTATTTCTT TTTTGTGGTG TATAGCTTCG AGTATTTTTT TTGCAGTTGC 11580 ATTGCCGACG TGCTCAATCT CAATGAGATC CTCGCAGGTG AGCGTGTAGA GGTCCGGGAT 11640 GCGGCGTACC TTTTTTTCTT CAAAAAGACG CTGAATGAGT TCGGTCCCCA CATGCTTGAT 11700 CTCCAAACAC TCAATCCACC GTGTAATGCG GTGATGCGAG AGCAGGGGGC AGTTTACATT 11760 AGGACAAAAA AGCCTGCTCC CACTGTTTTC CAGCACTGTG TTGCAACTGG TACACTGTGT 11820 CGGTATGTGG ATTTCCTGCG CATGTGCTGG GGTTGAAACG AGTGCTTCAA TTTTTGGGAT 11880 AATCTCCCCC CGTTTGGAAA TTAAAACGTG GCTGCCAATT TTGAGACACA GCTTTGTGAG 11940 CATATTCGGG TTACATAAAT TTGCGCGCTT GACCGTAGTT CCTGCAAGGC GCACTGGATC 12000 GGTAATACCA ATGGGCGTGT ACGTCACTCC TGATGTTTGC CATTGAACGT CACGCAAGGT 12060 GGTTATCGCC TCCTGTGTAC TGAACTTAAA GGCTATCTGC TTTTTAGGTC TGGGAAGTTG 12120 TGCGTCCTGG AAGTCAAGAT CGGTACTCTT TACTACCAGG CCATCGATGC TGTAAGGCAA 12180 CAGCTCGCGC GTGCGCATAA TCTCAGATCG GAGTGCAACA ACTTCCTGTG CGTTAGCGCA 12240 GCGATGCGAA TGTACCGTCA CGAAACCTTG GCGCGCGAgC CAGGCAAGCT TTTCTGTTTC 12300 ATCAGCAAAG GGGAGGGAGC CGGTGAACGG TTTACCGGGG GTGCCGGGTA cTGCGTCGTA 12360 ACAAACAATA TGGAGGTGGG TGCGgCCGCG GCCGTCCTTT CGCTTTAGGA TGCCGTTTAC 12420 GGTGTTGCGG CAATTTGCGT GAGTAGGATA GTGGGAACGA TGTATATCCT TGTGCATAAT 12480 GACTTCGCCA CGAACACCCC CCGTGAAGGG GAGATTGCCG CAAGGTCCCC ACTCTGCAGT 12540 GAGGGTCGGC ACAAAGCCAC GCATGCCGCG TACGTTAGCA GTGACGTCGT CTCCGACAAT 12600 GCCGTTACCA CGGGTGAGCG CACAGCAAAA ATGACCGCGC TCGTATTGCA ACTCTAAgcT 12660 AACGCCATCG AGTTTGTGTT GGACGAGAAA TGCCTGCAAT GCATTTTTTT TTGCCCATGC 12720 GCTGAAGGAC TCCTCGTCTG CAGCTTTGTG TTGACTACCC ATAGGAACAA TGTGGCGCTT 12780 TTTCACTGCG TCACGTTGAC TGTCAGAACC GATTGCTTTA AGCAGCGGAT TTCCAGGATC 12840 AAGCCTTGCA AGTTCTTCCC AAAGCGCGTC AAAGGCGTCA TCTGAAATAT CAGACTCCGC 12900 GTTGTAGTAG CGGTCTTGAT GGTGAAGAAT GAGCTTTTCA AGTTCTTGAA CACGTCTCTG 12960 CGCAGTACTC ATAGCACAAG GsCGCAATGT GTAGCGTCCG GGGCGCACCT CCCACGCGTG 13020 CAACGCTCCT TCGTCTTGTC GGAAGATGCC AAAACGGCGG CGCAGTCCCC TGGGGGCGTG 13080 AGTGCAGCGG TCACTCTAAT GGCTCTGACG CCAGGTGGAG CGACACGTGG CAGTAACCAC 13140 CAGGATTCTT GGTCAAATAG TCTTGGTGAT ATTCTTCTGC AGGGTAGAAG TCACGCGCCT 13200 CTTCCAAAGT GGTAACCAAA GGACGGGTGA ACTTTCCCGC GCCTGCATAG CGACCCATGA 13260 GCGTCTCCGC TTGCTGCTTC TGCGTACCAC TGAGGTAGAA AATTGCAGAA CGGTATTGCG 13320 TGCCAACGTC TCCTCCCTGT TTGTTAAGAC TAGTTGGGTC ATGCATGCGG AAAAAGTGCT 13380 TGAGCAGATC CTCATAGGAA ATAACCTGGG GATCAAAGAG GATCTCTACC GCTTCTGCGT 13440 GTCCGGTAGT ACCGGTGCAG ACGTTTCGAT AGGTAGGACT TTTGGTGGTA CCGCCCGTGT 13500 ACCCGACTCG AACGCGCAAC ACTCCCTTGA CGCGCCGAAA GTAGGCTTCC GTACTCCAGA 13560 AGcActGCGG CGAAAAGAGC AGTCCCCTCT TCCCGAGCAA CAAAGCGCAA CGCTGCAGAA 13 620 TTGATGCAGT AACGGAGCCC CCCGCGTTCG GGCGGACCGT CTTTGAATAC GTGCCCGAGA 13680 TGAGAATTAG CGTTCCGACT CCGCACCTCA GTACGGAGCA TGTTGTGCGT TCGATCCTCC 13740 TTTTCAATCA CCGCGCGCGC GTCTGCAGGT GCAGAAAAGC TAGGCCAGCC ACAGCCTGAG 13800 TCGAATTTAT CTTCGGAGAG GAAGAGGAGT TCTCCTGAAA CAACATCAAG ATAGAAACCG 13860 GGTTGGTAAG AGTTCCAGAA CTCATTCTTA AAGGGAGTCT CAGTGGCAGA CTGCTGGGTA 13920 ACACGGTACT GAATATCACT CAGGTGCTGA AGGTTTGCAA GCATGGGGCC ATTCTAGGCG 13980 ATGAGAGCCA GACCTGCAAG GcACCTCCTC GGCGGCAGGA CTCGGCGCAC TGGTAAGAGG 14040 GAAACCGGcG GAAGCGTGAT TGCGTTGCAG GCAGCCGTGT TGATGCGCGG CTACAAGCGT 14100 TCCCTACGGC AGATGAACGA GAGGACGTGC AGAAAGACCC ATCGCCTCTT TTACTCTCTG 14160 CATGGTTTTG cGTGCTTCAG CACAnTGcGC GCGCAgcCTT cCTCTAATAC GCGTGCAAGG 14220 TACGCAGGCT GCTGTTCTAA CTGTGCACGG CGTGCGCGGA TGGGTTCTAA AAACGTATTC 14280 AAGGCGCGCG CAAGAGCGTC TTTCACTTCT GTGTCTCCCA CGCGCCCAGc GrATTACCGC 14340 TCTTTAAAAT GTGCAACCTC GTCCGTGTTT GGGTTGAACG CATCGTGGTA CGCAAACACC 14400 GGATTCCCTT CCACGCGTCC TGGTATATCT GCCCGGGTGC GCGCAGGATC TGTGTACATC 14460 GCACGGACCT TGCGCCGCAC CGTCTCTTCA TCGTCCGAGA GAAAAATCGC GTTCCCCAAA 14520 CTTTTAGACA TTTTCGCTTG TCCGTCAGTT CCCACGAGAG TGsCGCAGTC ACTGAGGAGT 14580 GCACGCGGCA ATGGAAAGAC CTCCCCATAG AGGCGATTGA AACGCTTTGC AACTTCGCGC 14640 GTCAGTTCTA CGTGACTTTC ATTATCTTTA CCTACCGGCA CAAGATGCGC CCGCGCCAgC 14700 AGAATGTCCG CCGCTTGAAG TACGGGATAT CCCAAAAGAC CAAAGGGAAG TTCAGAAAGG 14760 TTTGCCGCTT GAGCCATCTC CTTTAAGGAA GGGATGCGCT GCAAACGCGG CACCGTTACC 14820 AGATTCGCAA AAATGAACGC CAGCTCTGTA ACTTCTGGCA CCGCcGATTG CAGATAAATG 14880 ACCGCACGCT GCGcGTCGAT GCCACAAGCT AGGTAGTCCA GCACGAGCTC ACGAACGAGA 14940 GCAGGCAGCT CGGCAAGCTG TGCACGCCCA TGGGTGTTAg TGAGCGTGTG CAGATCCGCG 15000 ATGATGAAGA AACACTcGTG CTCAGACTGT ATGCGCAGAC GCGTcCCGAG CGAGCCTGCA 15060 TAGTGACCGA GGTGGAGACG CCCCGTGGGC CGGTCTCCGG TAAGGACGCG CAcATGGGGA 15120 GACTGTAAAT CAAGGTCCGT CCAGTATTCA AGAGTGCaGG CGCaGGAACA CGTGCGCCGA 15180 CCGCGCAGCC CTCCTCTATA TCACGGGTGC GTGTCCGTCT CAGGAAGAGG CAAACACCTT 15240 GCCGTAGCGA TTTATTGTCG CTGCCATATC ATCAAGACTC ACCTGTTCGC CAACTGCTCC 15300 AAGTTCGCAG GCTACACGCG GCATTCCATA TACAATGCAC GAATCTGCGT CCTGCGCAAT 15360 TGTACGCGAG CCTTCTGTGT ATAAACGCGc AAsTGCGCGG CACCGTCCCT TCCCATTCCT 15420 GTCATTAAAA TTCCCAATGC GCGGTTTTCA AAATGGCGAG CTACTGACTC AAATAACACA 15480 TCAACGCTGG GTCGGTGACC GTTTTCCGGT TCATCCGAGT TGATGTGCGC AACAGTTGCC 15540 AGGGAGCGCC GCTCTACCGT CAGATGGCGA TCCCCGGGGG CAATCAAAAC ACGCCCACGC 15600 CGCACCAAGT CTCCTTCTTG CGCTTCTTTT ACTTCCAGCG CACATACCTG GTTAAGACTG 15660 TACGCAAATT CACGCGTGAA ACCTGCAGGC ATGTGCTGCA CTACTACCAC CGGCTGCGGC 15720 AAATCTGCAT CGAGCTGTGC AAAGATATGA CGCAGCGCGC TAGGTCCTCC CGTTGATACG 15780 CCGATTGCAA TGATCTGCAG TGCCCCACTT TCACGCAGtG GCACGATGCG CGTTTGGCGC 15840 GCTCCCTCTG TGGGGGTGAT TGTGTAGGAT GCACGGTcAC GCGCGGGCGC ACGTGCACAT 15900 ACAGACGGCA GAGAGGCTCG CTCTTGGGTA TCTAAACAAT TCAAGTCCTC CTCGCCGGCA 15960 GGTCTCTCAA CAGGTGTGTC CATGGCAAGA CAGCGGCGCG TGCGGCGCAG CAACTTGTAG 16020 CGTCTCCCAT ACGCGGTAAC GTAATCGACA ATCTTGCGCG AAACCGTGCG CAAATGCGCA 16080 GACTCAGATC CAAAAGGCTT GGTGACAAAG TCACTTGCCC CCAGCTCCAA ACATTGCATC 16140 GTGACCCGTG CACCTTCTTT TGCAATGCTA GAGAGAATGA TTACTGGAAT ATCAATGCGT 16200 AGACGTTTCC GCTGTTCAAG AAACTGAAGC CCGTTCATGT GCGGCATTTC CAGGTCGAGC 16260 AAGATGACAT CTGGCTGTAC ACGCTCTAGC ATGTCAAGmG CAAAGCGCCC ATTCATGGCC 16320 TTGCcCGCTA TGCTAAGACC CGGCGCTCCT TCAATGACTT TTCCAATAAC CTTTCTCATG 16380 AGCGCAGAAT CGTCCACGAT TAAAACAGCA ATATCATTAG TATTTTTCAT ACGGTAGTCT 16440 GTGGCCCCCT GCCTGTATAC GCTCTGGTGT GCAGCCTTAC CGCGCGTGGC ATTCATGCGC 16500 TGACCCTTCA TCGTTTTTCT GGCACAGnCA GCCCCACGGG GTTTTTAGAA AAGAAAACTT 16560 TGTATTCATC CCAAAGAGAG ACTCAGAGTG CCCAATGAAA AGAAAAGAGT GAGCAGACAT 16620 CGCATCCCAA AATCGCTCAA TAACCGCCTT TTGGGCTGTT TCATCAAAAT AAATAAGTAC 16680 GTTTCTGCAG AACAGCACGT CGACGTTTCG ATGCATGGAA CGGTGTTTTA AGTTATGATA 16740 ATCGAAGCGA ACCATTTTCC TAATATCGGC GTTAATTTGA TATCCTTCCT GTGTTTCGCG 16800 AAAATATGCA CGGAGGTATT CGTCCGGTAC TCCAGAGAcC GTGCGCGCGG GTAGTAGCCC 16860 TGGCGTGCAA CGAGAAGCGA TTTGAGTGAG AGATCCGACG CGATCACCTG GCATGAGAAC 16920 GCAGCGGGCG CATACCGTTT CAGCAGCATT GCAATAGTGT ACGGCTCTTC CCCGGTGGAG 16980 CACCcTGCGC TCCAAACGGT TATGGAATGC TCACCtnCTG CGCTTGGCTT TTACCAATTC 17040 TGGAATGACA TAGTGCGAGA AGGAGTCAAA ATGGGCTTTG TTACGGAAAA AACGCGTTAG 17100 ATTTGTGGTT ACCGAATCGA GAAGTGCAGA AAGCTCTGCG CTACTTGCAA GGACCTGCTG 17160 GTAGTATGCG CACGCAGAAG GGAGGGCAAG TTTCGCGCAG GCGCGATCTA ATTCTACTTT 17220 CCAGTACCGA GCGATTAAGT GCAGAAAAGG TGATGCCgCT GTGCTCGTAA ATAAGAGTTT 17280 TAAACGCGGC AAATTCCGCA TCGCTGAGTG TGCTCATCGG TCTTACCCCC TTGCCGAGTG 17340 TCAGGTAGCT GCGTGTTATA TCGCTTTTTT CGGTCGCAGC CGTCATCCTG CACACGGGGT 17400 AATTGCTACC GGGTGTACAA CGACAGTGAG AACCGACACT GTGTCTTACG GAAGCGTGCC 17460 TGGCACCTCG CGCGCCGACA CGGTCTGCTC CCTTGAAGGT GCACGCGCCG CACGGTGTGT 17520 CAGGAGCGTG ACGCTTGCAG AGATCATGCG CCGTCTCACA TGGCACGGTA CGGTGAGTGA 17580 CCCGGGCCTG TCTGTGAGGC TACCTGCTCC CAATCACCTT GCTGAGGCTC ATACACCAAA 17640 AAATCTTGTG GCCGCTGTGC GTGCTGTTCG AGCGCCCAGG GATAGAGCAC CACcTTTCCT 17700 TCAGAATCAA CAAACCCAAT GGGGTCAAAC TGGTAAAAyT tCGCCTTAGG ATAACGAGCG 17760 CGCACATGGC TGTGCATTTC AAGGGGAATC CATGCGCGCG GGATGCACGT CCCCCACACC 17820 ATTTCCACCT GGGAGGGAAG CGCATACGCC CATATGAGGC GGGTGCTCAC GTCCAGTGCA 17880 AACAAGCACA GCGAAACGGA GGTAATCGgC GTTCGCCCTT CGAGACAGTA AAAGTGAAAG 17940 CGCTTCAACA GTGGTTCGTA GTAGCGCTCA TGAGCGTGAg CATCGAGCGG ATGGACAGCA 18000 CGGTGCACCA CGTATCGTGC GTGCTCAATG GTATTGAGTT GTCCCCAAAA AACAGTTTCA 18060 TGCTCGTTCC CGAAAACAAA AACATCCGGT TTGACGCGCG GCAGGGCGCG CGTGGACACG 18120 GCGTGGGACA CCCGGTGTGC TTTTGTTTTT TGCAGGGAGC CGGGAGGACG CAGACGGAGC 18180 CTCGCTCCAC ACTCCTTCTT CAAACCAGTA CGACGGGCAC GTTACGCGCA CTGATAGACA 18240 TTCTTAGCAC GCGCGCTGCA AAATCAGTTC CCTCAAGAAG AAAGTGTGCG GGACCTCTTG 18300 CAGCGTCTGC GCACACACCG ATGTGCCCAC CACGCACCAA AGCCCGCGCA AAAAACCGGC 18360 CATTGTCATG CCTAGATCCA CCGCTCCTCG TTCTGACCTC CTGcGTGTAC AAGACCACAA 18420 ACGAGGAGCG CCGCTGCCAC TCTAGAAGGG AGCGGGTACT TCTGTCAAGC CATTGCTCTT 18480 TTTTCTCACT CTCCTTTGCG CGCCTGCACC GTGCTGCTGT GGAGCGCGCA AAATAACCAG 18540 CATCTGTTGA CTTAGCGGCG GACGCTGTGA TGAGCGTGTT CTTTAACTGC GCAAGTCGCT 18600 CCGTGAGyGA AACCTTATAA ACGTGTGGAT TTAACAGTCG CACATAGCTT TTATCCAATC 18660 GTTGCAGTTG TGCGCGCATC CGTGcATGGA TTTCTTGTAC TGaTTCGCCG GCACGTAACC 18720 GATTGCCCGC CTGcATGACC GTGCGCAAAA GCGGTTCCAC CTGGTGCGCT GCGAACGTGA 18780 ATGATTGAAG ATTATAAAAA GGATGTATGT ATCGCTGTGC CACcTGCGGC TCTATCACCT 18840 CATCTGCAAG TCCTATAACA TCCGCCTTGT ATTGCCCCGC TGCATCATAC AGACGCCATA 18900 CCTGcTTTAT TCCAGGTGTG GTAGTCTTTG CCGGGTTATC CGAGACTTTC ATGACTGGCA 18960 GCCAGTGTGC ATCGTCCCAG TGGGGGAGGC GTTGGGATGC TGCATGCCCG TGTTGAGTGT 19020 GCGCCGGCTG TGTCGTAGCG CGTGCACTCA TCTTGTACAC TCCGGTAAAG GCAGAGTCTG 19080 CTCCTCCGGT TACCAGGTGT GTGCCTACAC CCCAAGCATC GATGGGAGCA CCGCTTAAAA 19140 CTAAAGATTC GATGATCGTC TCATCCAGCT CATTTGAAAC TGCAATGCGT GCTTCGGGCA 19200 ATCCCGCTGC GTCTAGT 19217 (2) INFORMATION FOR SEQ ID NO : 20: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3496 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 20: AAAGCATTTG CAAAGACACG TACTGAGTTG GGACAGACAA TAGCAGCTGC TTACCTCGCA 60 TCAAAGGATG TGTTAACCGT GGGTATTGGA CTTGATATGT ATCAAACAAA TCAGTATTCA 120 GCTCTTTCTG AGCACATAGA AAAAATAGCG GGGGATAATA AGTTTGGAGC TCTACAAGCA 180 AAGGCAAGGC AAATTTTAGC ACGTCAAAAA AAAGAATCGT GAGGATGTGT TTTCTATAAA 240 AATCTGTGTA TTAACTGCAG TGGTGTGTCT GCTGTCTTGA ATTCTTTTTT GACGGTGAAT 300 ATGGAAGTAC TTCGTGTAAC CAGTTTAACG AAACATTATG GCTCCAGGCG CCATCCGGTA 360 CGTGGGTGTG AAGACGTAAC CTTTTGTGTT GAAAGGGGAC AGGTGTGCGG GATATTGGGG 420 TTGAACGGTG CAGGgAAAAG CACTGTACTc GCGTGATTGG TGGGTTGATT CATCCGTCTT 480 CGGGGGAAGT GTATGCGTGT CATTGTTCTT TATCACGCTA CCCGGTAGGt ATCGGCGTCA 540 TATTGGTGTT CTGCATGAGC AGAATCCGCT ATACGCAGAT ATGACGGTTG AGCAACATAT 600 TCTTTTTGTT GCCCGCATAT TTCAACTTGC CGATGGGGAG GCACGCACCG CTGAAATGAT 660 AGAATTATTC CAGTTGCAGT CTGTTGCACA CAGACGTGTG CGCAATCTTT CTAAAGGATA 720 TAAACAGAGG GTTGGGcTTG CGCAGGCATT GGTACACCGT CCCAAACTCC TTGTCTTAGA 780 TGAGCCTCTT TCTGGTTTGG ATATTGTATA TCTGAAGGAA TTCCATAAAG AGATTGTTGC 840 GCAAAACAAT AATCTTGCTG TGGTGTTTTC TACGCACGCG GTGCAGGAGA TCGAAGCGTT 900 GTGCGACGTG TTTGTCTTAT TGCATGCAGG ACATGTTCTT TTCTCAGGAA ATAGAGCGCA 960 AATAGCAGCG CGCATCGTGC GAGAATTTCC TGAGAAAAAG CAAACAGTAG CATTGCACCT 1020 TGAAACAGGA ACCTTTATCG CTTTTGTATT TGAGCAGTAT ATGCAATGGC AGAGTGCACA 1080 GGATGCTGCG TGCTATGCAG TGTAAACAAT TTTTTACTTT GTATAAAAAG GAGCTGCGTT 1140 CTCTACTCAC TTCACCGGTA ACTTACGTGT GTCACGTACT ACTGCACCTT GGTCTGACCA 1200 TACCGTTCAT TGGAGTAAAT TTTTGGTTAA ATGCGGGGAT ATCTGAGCTT CAAAGTTTTT 1260 TTCTTAATGC ACCACTTCTT TTCTGCATTA TCATACCGCT GCTGACAATG CATGTATGGT 1320 CTCATGAGCG AAAGTCAGGA ACCGATACAC TGCTTTTTTC TTTTCCGATT GCAGAACGAA 1380 CGATTGTTTT GACAAAGTAT CTATCgCTGC TTTCAGTGTA CGGTGGGATG ATTGTTGTCA 1440 GTACTGCTAT CCCTCTTTCT ATTTTTTCTC TGGGATATTT TGATTATGCA CCCTGTGCTC 1500 TTGCATACGT GACGCTTGTT CTTTTTGGTG CAGCTCTTCT TTCGCTGTCT TGTGCGGTAG 1560 CCAGCTACGT TTCTTACGCT GCAGTGGGTT TTGTTTTGAA CTTTACGCTT GCGGTGATGG 1620 CATTGCTGGT GCATATTCCC GCACGAGTGT TCATATCACA CAGATATATA AGGGCATGTG 1680 TTTCGTGGGT TTCTTTCGTA TATCATTTTG AATCTGCCGC TCGTGGCATA TTCGATTTAA 1740 GCGATTTCGC GTTCTATATT TTTGTAGCGA TAGCGGGTAT CGAGTTGCAG TGTTTGATTG 1800 TAAGGGTTCG TTTTAGGTGA GCAGAAAACA TCATATACCC TGTACCGTGA TGATTCTGAA 1860 TATAATGATG AGCGTGTTTG TGACGTTCTG TACACCTGTC CGGTGTGATT TAACAGCACA 1920 GAGAGCATAT TCCCTTTCGG CACACACCAT TAAGCTTTTT GAGAGTGTCG AAAGTACTGT 1980 GGAAATAACG TGGTTTTATT CCACCGATGT AGATAGGTAC ATTCCTACCG TCATATATGT 2040 GAGAGATTTG CTTAAAGAGT ACGCTCATCA GCTGAGTAAG CAGTGTGCAG TAGCGATGAA 2100 GGATATTAAT CTCCTTTCTC AGTCTTTGAG GAAAGAACTT GGATTTGTTG CTCGGCGCGT 2160 TACGTATACG CGTAACACTG CCAGCATAGC GTACGATGCG TATTCTGCAA TACTTGTTGA 2220 ATATCGTGGT ATGGCTCGTG CCGTACCCTT TGTGTCTGAC ACCAAAAGGC TGGAGTATGA 2280 CATCGCGCGT TTGATCATCC AGATGCAGCA GGAAATGAGT GCAGATATGA TGTCCCGTGG 2340 GATATATGTT CTTGCTCCAC CAGAAAGTTT AAGTACCACA TATGCCCATG TATTACCGCG 2400 TTTGCAATCT GAAGGATtGC TCCCAGAGAT TCTCTCtATT TCTTTGCCTC AGCTAGATAC 2460 CCGTATTCCA CTTTTGaTTT TAGGTtCyGG CTACGTGGaT GAACACGcCG TAACCTTACT 2520 TGATGCTTTT TTGCAGAAGG GAGGAAACGC ATTGTGCTTT GTATCcAGGA AATAGCGTGC 2580 AACTCAATGA TCAATGGACT GTTGAGGAAA AGCGCCATGA TTTTCTTATT AATCTCCTGA 2640 GCACGTACGG AATTACTATT AACTCAGATC TCATTCTCGA CGAGCAAAGT TTTGCTGTAT 2700 CGTTACCTTC AGTTTACGAA ACTCAATACG ATAGAGTGTC TTATCCGTTC TGGCCAGTTG 2760 TTACTTTGAA ACCGTATACG CACGGAGTAC CTGTAATGGT ACAAGCGGGA ATTCAGTTCC 2820 TTCGATTATT TTGGCCCTCG TCAATACGAG TTTCTTTTCC TGCCCGTGTA TTTGAGTCTA 2880 CGAGTAATCA TTCTCTGTGT ATGACTGCGC CTTTTAATAT TGATCCTTCT GTTGATCACC 2940 TGAAAGATCT TGCAAAAGGT AAAATGCCCG CTCCCCAGGC ATTTGTTGCA TTTCGTGATT 3000 ACCCTGGAAA GCTCATGGTA GTGTCCGATG AGTACATGGT CAGTGCAATT GTGGAACATA 3060 CGCACAACGG AGAAAATCTT GATTTCATGA TAAACTGTAT TCAGTGGCTG TGTGGTAACG 3120 ATGGTTTACT TATGCTGAAA AGCAAGAATC CCGCGTGGCT TCCATTGAAA TCTTTCCGTG 3180 ATGAACAAAA GTTCGCACGC ATTGTGCACC GTGCGCGCTA TCTGAATATC GTAGCTATCC 3240 CTGTGCTTAT AGGAATGCTG TTTGTGGTGA TGCAGATTCT TTATCGGAGA AAACGGTGAG 3300 GGTTATGCGA TCTGTGGATT CGCGTAGCAG CGTAACACGG TGGGTATGTT TAACCTCAGT 3360 GATTTTGTTT TGCTTTTGTA TTGCGGTGAT GAGGTATGGG GGAGTAAAAA AGAGGCGTTA 3420 CTTTTATGGA TTTTGTCTCC ACCCTAGAGA ACGGGCGGAT ATAACGGAAG TCATTCTCCG 3480 TTTTCCAAGG GAGGAA 3496 (2) INFORMATION FOR SEQ ID NO: 21: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 11628 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 21: GTTAATGTGG AAATGAATTC ATTTCCAAAA TTCTCCGCAG TGACGTATAT GACGTTCAGG 60 TCTGTTGTCT TGTAGATCTC GTGTCCAATA GCCTGCATAA GGTGGGTTTT TCCTAGTCCC 120 ACTCCACCGT AGATAAGTAA CGGATTGTAG GAAGTGCCTG GGTTTTTTGA TACGGAGATA 180 GCAGCGCTAT GGCTGAATTT GGTTTCTTCT CCGGATACAA AGTTCTCGAA GGTATAGTCT 240 CTGTTCAGGT CGGGGTGAAA GCTCTTTTTG GAAGGAACCT CTGCAGGAGA GTTTTTCTCC 300 AGGTAGGTAT GCaCGTGTTT GGGGGGAGCA GTATTTCCAT GAGGGGTGCC TTTTTTAACG 360 GCAAACAAAA GTTTAATGGG GTGTCCAGAA AGTTCGAGGA ACTTGCGCTC AAGCTTTTCT 420 TGATATTTTT GGCTAAACTG TATTCGGAAA AAGTCTGAAG GTACTGCTAT TTCGATAGCG 480 TTTTCAAAAG ATGCGATAAA GAACAAATGA GCAAACCACA TGTTAAATTC TGCTTCGGTC 540 GATTCACTCC GTATCTGGCT GAGTGTCTCG TTCCAGAATA CTTCATACCC TACTGCGTCC 600 ATCTACCTAT GATACAACCT ATTGTATTTT GCCTGCAATA AACGAAGAGG TTATACGCGC 660 GTTGCTTTGT GGGTGTAGAT TATCTTGTTA TTCAAGAGAA GTTTTTATGC TACACTAAGC 720 GGCTCTTGTT TAGTGTGGGG CTGTTGCGCG ACAGTATACC GTGAGCATGC CCGCGAGAAA 780 TGGGGAGTCG GAGTGGTTAT GAGGTGTGAT GCTACGCAGG AAAAACGTGC GCACTCAGAA 840 TCAGGGGAGA GTGTTTTTTT CCAGAAGTTT TTGGAAACGC GGCAAATTCT CCTTTCAGGG 900 GAAATAAGTA AAGACCTCGC AGAGGGAATA GTACGGCAAC TCTTTGTATT GGAGTCTCTT 960 TCCGTTTCGA AGCCCATCTA TATGTACGTG GATTCTCCTG GGGGGGATGT GGATGCAGGG 1020 TACGCTATTT TTGACGTTAT TCGCTTCGTC AAGACGCCAG TGTACACAAT TGGAATGGGG 1080 TTGGTTGCGA GTGCTGGTGT ACTCGTTTTG CTCGCGGCAA AAAAGGATTG TAGGTTTGGA 1140 TTGCGCAATA GCCGGTACTT GATACACCAA CCCCTTTCTG GTATGCGTGG CGTTGCGACA 1200 GACATAGAAA TCCACGCACG GGAGCTTGAG AAAACGCGAT CGAAACTGAA CGCTTTGATC 1260 GCAAGTGAAA srrGTGTGAG CTTAGA AAA GTTGCACAGG ATACAAATCG AGACTACTGG 1320 CTCGACGCTT CTCAAGCACT AGAATATGGT CTCATTTCGA ACCTGATTGA AAAAAGGGCG 1380 GACCTTCCTA AGAAATAATG GATACCGAAT CTGTCCTCTT TCGCGCGCAG TGCTTGCGTG 1440 CAGTGCGTGA TTTTTTCCTT GAACACCACT ACATAGAGCT CGATACGCCT GCACTCGCCC 1500 GTGCGCTCGT TCCAGAACGG TGTCTTGAGG TGTTTCAAAC CGAGTACTTT ACGTCAgTGC 1560 ATGCTAAAGA TACACAGAAG TTATATCTCG TTCCCTCTCC TGAGGTTTTT CTGAAACCGC 1620 TCATCGCGCA ACTGCAACGT TCGGCTTTTC AGATCTCAAA GTGCTATCGC AATGGAGAGT 1680 CCATGGGCGC CTTGCATAGG CCGGAATTTA CTATGGTCGA ATACTACACG GTGTACGCTG 1740 ACTACAAGAC GTCGCTCGAT GTAAGCAGCA AACTCTTTCG CTTTGTGGTT GAACAAGTAC 1800 AGAGTCATCC GCTCGCGGAC CCATATTCGT GTGCTTGTTT TTGTGCTCCC TTCGAGTACG 1860 TGACGGTCGA GGAAGCTTTT CTCCGCTATG CAGGCTTTTC CCTTTCGCAC GCGAGTAGTG 1920 TACAGACGCT TGCGCAGGAA GTATTGCGCT CCGGAATAGA CCTGGGAGCA CGTGCGGGGG 1980 TCGATTATAC CCAGTGGTCA TGGGACGATT TGTACGAACT GTTGCTCGTG CATATTGTTG 2040 AACCAAAGTT GAGGTCAATA AAGGATCGTT GCGTCGTGCT GTATGACTAT CCTATACAGA 2100 TATCCTGCCT GGCGCAnGAA CACACTGGAC GCTCAGGGAT ACAATCTACG TCACCTAACA 2160 AGGGTGACGC ACCTCACTGG GTGGTAAAGG AACGGTGGGA ACTGTACGTC CGCGGTGTGG 2220 AACTCATAAA CTGTTACACA GAGCAGCGGG ATGCGAAgcA TGTTACCCGG TACTGCAGGG 2280 AAGAACAAAC CGCAAAACAG GGATCTGCGC GAGTTGTGCA TCCTGTTCCA GAGGGCTTTG 2340 CGCACGCGTG CgcACGCATG CCCCCTTGCT CTGGAGCAGC ACTCGGATTT GATCGCCTGG 2400 TTGCGCTGCT AGCCGGTCGG CACTCATTAG ATGCGTTTGT GTATGATCAG TGACACTCCT 2460 CCTGCCTTGG AGAAGTTAAT TGGAAGTTTC CTGGTTGTAT TCGATGAGCG TTCTCACGGG 2520 AAGATCCCCA ATCAGCTCAT GGTACCGTAG aATGGTAAAC CCACAACGGC GAAGAAGCCC 2580 'ACCACTTCTG CCCCGCCAGC CCGGAGCATC GTGCGCGCTG CATTCAGCGT TCCACCGGTG 2640 GCAATCAGGT CGTCTGTTAA CAGCACGCGG GCCCCCGCGA CTACATCGCT CTTGTGAACC 2700 TCAACGGTCG CCTTTCCATA CTCTAAGGAA TAGGAGCACG AGTACGTATC CCCCGGTAGT 2760 TTCCCCGCCT TCCGAACTAA AATAAGAGGT ATTCCCATGC GATCTGCAAA AGGCGCGGCA 2820 AAAATAAAGC CACGTGATTC GATTGCTGCG ACCGCGGTAA CGTGCTCATC GCGGTAGAAT 2880 TCCACCATTT GATCAAGACA GTAACGAAAT ACAGCCGCGT TCATCAGCAC GCCAGTAATG 2940 TCGTAGTAGA GAATTCCTTT TTTAGGGAAA TCAATCCGCT TACGAATTGC GCGGTCCAGC 3000 GCCGCGTGTC CGTCCACAGG GGCATGGTAA CGTCCAATAC CACGCACGTC AATGATCTTA 3060 CCGGTTTGTT GGGAGGCTTG GTGGATTGAG AATTACGTCT CCTGGAAAAA AGATTTCGCT 3120 GAAACTTCAC GAAATCTCGG TGAAAATAAA TGATTATTTT ACCAATCGGT GAAAAAAAGC 3180 CGGGAAAAGT CCAAAAAGAC AGTGGTTATG CTCCATTTCT TTCGATTTTT TGTTGGCATG 3240 GTTTTTGCTT TAAAGTTTGG AGGAGAAAGA ACGATGAACA TGTGTACAGA TGGAAAAAAA 3300 TACCACAGCA CCGCCACGAG CGCTGCAGTT GGAGCCAGCG CCCCCGGTGT ACCGGACGCT 3360 CGTGCCATTG CTGCTATCTG CGAGCAATTG CGCCACATGn TAGCGGATCT GGGAGTACTG 3420 TATATCAAGC TACATAACTA TCACTGGCAC ATCTACGGCA TTGAGTTTAA ACAGGTGCAT 3480 GAGCTCCTTG AAGAGTATTA TGTATCAGTT ACTGAAGCCT TTGATACGAT TGCCGAGCGG 3540 TTGTTACAGC TGGGCGCGCA GGCTCCTGCG TCTATGGCTG AATACCTTGC GTTGAGTGGA 3600 ATTGCAGAAG AGACGGAGAA AGAGATCACT ATCGTCTCTG CkCTTGCGCG CGTAAAGCGG 3660 GATTTTGAAT ACCTAAGTAC GCGATTCAGC CAAACGCAAG TACTTGCAGC TGAAAGTGGG 3720 GATGCAGTGA CTGACGGCAT TATCACAGAC ATACTGAGGA CGTTGGGAAA GGCCATTTGG 3780 ATGCTTGGTG CTACCCTGAA AGCCTAGGTA GAGCAGGCTG TACGTACAAC ACACGTACGG 3840 CCATGCGCTG GAAGTCCTGT ATTTTGCACA TAAGGCCTCT CTCCCGTTAC AGCATGAGGG 3900 GAGGGAGGTG TTGGTTGAAG TGCTtGGGGA AGTGTGCATA ATCGTCcTAC GGAAGGGGGC 3960 GTTTTGTGGA AAAAATTGTT AACGCAGACG GATCGGATGC TATCTGTCCT GCGTCTGCGG 4020 CCTGTGCTAA GTCCATACGA TCTTACCAGG AGAGCTATTC TCTTGGTGAG GAAATCGCAA 4080 ATGCAGTCAC CCACGGTATC GGTGTCGGAC TATCCAwCtT GCACTGGTGC TCCTGGTGGT 4140 GCgTGCAGTG CACTAtACGC CGGCTGACTT GACGGCTCGC TATGTTGTTG GTTTTAGTGT 4200 CTTTGGCTCC TCACTCATTG TGCTGTACCT GTGCTCTACG CTGTACCATG CTCTGCCTCG 4260 TGGAGCGAAg TATGTGTTCG GTGTTATTGA TCACTGTTGT ATTTACGTGC TCATTGCAGG 4320 TACGTATACT GCGAGTTGCC TGACTACACT GTACGGCGCG ATCGGATGGA CTGTTTTTGG 4380 GGTTATTTGG GGATTAGCGT GTAGTGGGAG CGTAATATAC TCCGTGTTTG GGCATCGGGT 4440 ACGGTGGCTG TCTCTCGTGA TGTATATAGC GATGGGGTGG CTGGTAGTGT TTGTAGCAAA 4500 GCCGTTGCGG GAACGGCTCC CTGAGATTAG CTTTCTGTTT TTGGTATtAG GAGGCGTGCT 4560 CTACACGGTT GGTTGTGTAT TCTACGCACT CAAGAGAATA AAGTGGACGC ATACTATCTG 4620 GCATATGTTC GTCATCGGCG GTAGCGTCAT GCATTTTTTT TCGCTGTATT TAAGCTTTTA 4680 AATCCATAAG CCTCCTATGA TAGATAGGAG GTTCGTTTCT TTGCGCAGAC CGCATCCTGT 4740 CTGACGGAGC GaGCGAGTTC GCGCAGTCCT TTATGGTGAT GAAGACTGAA ACTGGTTCAA 4800 CCTCAACGCA TTGCATAACA CCGAGACTGA GCTTAAACTC ATCGCTGCTG CTGCAAGCAT 4860 aGGTGTGAGA CGTAATCCGA AGAAGGGATA TCCGAGTCCT GCTGCTAGAG GAACGCCGAG 4920 CGTGTTGTAA AAAAATGCCC AAAATAAGTT CTGCTTCATG TTCCGCACCG TTGCAATGCT 4980 GAGATCTACC AACGTTACCA CGTCCCGTAT GCAGTTTCTC ATCAGGACTA CGTCTGCACT 5040 TTCTACTGCA ATATCAGAAC CTGCACCGAT GGCGATCCCA ACATCGGCGG ATGCCAGTGC 5100 AGGCGCGTCG TTTACGCCGT CTCCTACCAT CGCTACCATC ATTCCGGACG CTTTTAAAGC 5160 GGAAATTTCT CGTTCCTTAT CATGAGGGAG TAACTCCGCT TTACTTTTCT TGACACCACA 5220 GCGTGCAGCG ATGGTGTGTG CAACGTGTTT GACGTCTCCC GTTAGCATCA GCGTTTGGAT 5280 CCCACGCTTG TGCAAGGCAC CAATCGCTGC AGAAGAATGT ACCTTTACGG GATCTGAAAC 5340 AAAAAGAACT CCTACGAGAT TTTTATCCGC TGCTACAAAT AAGGGCGTTT CCTCTAGATT 5400 GTGTGATGGA GAGAGATATG TGTCCATGCC ATCAATACTG TGTGCGACCA TCATACGTGC 5460 ATTGCCTACC ATGACGGTCT TTGCATACGA GGTATGCACT AAGCGCGCCC GTAGACCGAG 5520 TCCTTGTTCT GAGTTGAAAT CGGTTATAGC AAGCGGTGTC ATTCCTTTAC GCTGTGCAGc 5580 TACGCTAATT GCAGCTGCAA GCGGATGGCC AGAGCATACT TCTAAGCTGT ACGcAAGGTG 5640 GAGTATGTCT TCTTCGTTAT AGGTTGGATG GAGCGTGTGT ATGTGTGAAA GTGTAGGACG 5700 TCCTAAGGTG AGGGTGCCAG TTTTATCGAA CGCTATTACT TTCGTGCGTG CCATTTGCTG 5760 GAATACCTGC GCTGATTTTA TGAGAATACC CATCTGTGCA CCCTTACCCG TTGCAACCAT 5820 GAGCGCGGTA GGGACGGCAA GTCCTAACAC GCACGGGCAT GATATGACCA GGACAGTGAC 5880 TGCGATAGAA AAGGCAAATT CTGCAGACGC TCCTGCGCAT AACCACGCGC ACCAGaGAGC 5940 AAGGAGAGTG CTACGATTGA TGGTACGAAT ATGcGCTGAC AGCGTCGACT AGTTTGGTGA 6000 CCGGAACTTT AGACGCAGCA GTTTTTTCTA CCAATGAGAT AATTTGCGCA AGGGTGGTAT 6060 GCTCCCCTAC CCGTTCAGCA CGAAATTTGA GGAACCCCGT GCTGACTAAG GACGCAGAAA 6120 TGACGGAATC TCCGCGTCCT TTTTCTACCG GaATACTTTC CCCTGTGaCG TTTGACTCAT 6180 CGAGCGTGGC CTGCCCGGAT GTGATGATCC CATCTACCGG AACTAGCTCA CCTGCTTTTA 6240 CAAGTACGGT GTCTCCGACA AGTACGTCCT GTGcAGGAAT TTCTATCTCA ATTTCATGGG 6300 TCTCATGGGC TGATGcAGCG CTTGCAGTTG TTGGGGAAGA AGGGGATGCT CCGCGCGGAA 6360 CAGATACcTG ACGGATAACG CGAGCCGTTT TAGGTTTTAT GTCTAGCAGT TGTGTGAGTG 6420 CGCGAGAAGT GCGCCCTTTA GACAAGGCGG ACAGGTATTT ACCCACCGTG ACGAGCGTTA 6480 CGATCATTGC AGCTGATTCG AAATACAAAT CCGCCACATA GTGCGATACA AGTGCCGTGT 6540 CGTTGGCATG CACGCCCATT GCTATACGCG CCGTGGCAAA GAGACCGTAT GTAAAAGAAC 6600 TCAGGGAACC GAGAGAGATG AGCGAATCCA TAGTTGCAGT GTTGCGTCTC AGAATTGCAC 6660 CATACAACGC AATAAGTCCT GCACGAAAAA GAGAGCGATT GGCGTACAGG ACAGGTAATG 6720 TCAGAAACGC CTGTACAAGG GCAAAGGAAA GCGCATATTT CAGGGGGTGC AAGAACCCAG 6780 GGATCGGTAG GTGCACCATG TGCCCCATGG ACAGATACAT AAGGGGCACG AGTAAGCAGA 6840 GAGAAGTACG GACACGCCTT TTGAGCGTCA CAAAATCTGG ATGTACCGGC TGGGTTGCAG 6900 CAAGCGGTGC GGtTGTCGAA TGCGTATCTA AAAGCGTGGC TTTGAATCCT GCATGTGAAA 6960 CTGCATCGAT GATGGTCTGA GCAAACAGGG TGTGCTCAGT AGGGTGAAGA TCAGTGTGTA 7020 CGTATAAATG GCTGGTGGTG GGATTTACGT AAACGTCGTA TGCGCCTGTC ACGTGGCGCA 7080 CTGCTTCCTC TATGCGCCGC ACGCACGCAG nanAgnA T ACCGTGAACA ACAAATGACA 7140 CTTGCATGAA AGACTACCTC CTATTCAGGA CGGGTTTTTT ATGTATCCAA AAGCTCTGGG 7200 GAGGAGCGGC TGGCAGTGAC GGCAAGAAAC TTGCATGTAC CGGATAAAAA ACCGTACACT 7260 TTTCATCCTA TCTGCTGTGA AATGGGAGCT CAACGAATTA TGACCCAAAA ACTGCAAAAA 7320 ATAGTGCTGC CTCCTGTCTA TGGGCCTGCA GATTTTGAAG CGCGTGTCTA CGCATGCTGG 7380 GAGCAGCGGC AGGCATTTAG CCCGCGTGCG CGCGGgAGTG GAACGTCGGA TAGCGAGGGG 7440 TGCGATGGGC ATAGCAGACA GATAGAAGGG GGTGCGCGTA CCTTTGTCAT TGCTATCCCA 7500 CCGCCAAATA TAACGGGCGT ACTCCATATG GGGCACTGTC TCAATACGGT GTTGCAGGAT 7560 ATCGTTATCC GCTACCAGCG CATGGCCGGT GCGTGTACGC TCTGGATTCC GGGAACTGAC 7620 CATGCAGGTA TTGCCACGCA GCATGTGGTT GAACGCGCCT TGAGGAAGGA AGGCATCCAT 7680 AAGCGTGAGG TGACGCGCGA ACAATTCGTT GCACGAACGC AGCAGAT AA GGATTCCCAT 7740 CAAGACACTA TTCGCATGCA GTTACGGAAG ATGGGGGCAT CTTGTGATTG GACCTGTGAG 7800 CGCTTTACGC TTGATGCAGG TATGTCAGCC TCCGTACGCG AAGntTCGTT ACGCTTTATG 7860 AACGTGGCTT GCTCTATCGT AGCATGTACT TGGTTAACTG GTGTCCTCGC TGTGGCACCG 7920 CGCTGTCTGA CGATGAGGTT TTTCATCAAG AAAAGGATGG CGCGCTCTAT TATGTTCGGT 7980 ACCCTCTTTT ACCCCGTACT GAAGAAGAAG GAAACGGCGT TCCCCCTCCA TTAGGGACTG 8040 CTCAGGTGGG GGAAACTATC ATCATTGCTA CTACGCGCCC TGAAACCATT TTGGCAGATG 8100 TGGCAGTTGC GGTGCATCCA GATGATGCGC GCTACCAATC TTTGATTGGA CGTAAGGTAT 8160 GCGTGCCAAT GGTGAACCGC ATTGTTCCTA TTATTGCTGA TTCATATGTT GCGCAGGATT 8220 TTGGAACCGG TATGGTAAAG ATTACTCCTG CGCACGATCC GAACGACTGG GATATTGGGA 8280 CGCGCCATTC GCTTGAAgCG ATTAATATGC TCAATCCAGA TGGCTCGCTC AATGATCAGG 8340 TGCCTGCTGC GTATCGGGGG CTTTCGTGTG CTCAGGCACG GATACAAATC GTTGCCGATT 8400 TGCAGGCGCA TGGGCTCCTG TCCCGTGAGG AGCGCATAGT GCATTCGGTG GGAGTGTGTT 8460 ATCGCTGCGA AGCAGTTATT GAGCCGTATC TTTCTCTGCA GTGGTTTGTC AAAATGAAAC 8520 CACTTGCTTC TCAGGCCCTG GCTGCGTGGA AGCGTGCGGA CGTGCAGTTC CATCCTAAGA 8580 AATGGGAAAA TACCTATGTG CGGTGGCTTG AGCACATTCG CGACTGGTGT ATTTCGCGCC 8640 AGCTGTGGTG GGGACATCGC ATCCCGGTGT GGTATTGCGC ACAGTGTGCA CAGCAAACGG 8700 TGAGTCGGGT GGATGTGCAG CGCTGTGCTC ATTGCGGCAG TGCGGATATA ACGCAGGATC 8760 CTGACGTGTT AGATACGTGG TTTTCCAGTT GGCTGTGGCC TTTTTCTACT CTTGGGTGGC 8820 CTCAGGAAAC GCAGAArctG CGCGCGTTTT ACCCCACGTC TGCGGTCATT ACCGCGTATG 8880 ACATTATTTT CTTTTGGGTG GCGCGCATGA TAATGGCGGG GCTGGAGTTT ACGCAAACGG 8940 TTCCTTTTCG AGATGTGTAC CTGcACGGTT TAGTGCGTGA CAAGCAGGGA AGAAAGATGA 9000 GCAAATCACT CAACAACGGG GTGGACCCGC TGCACATTAT TCGCACGTAC GGTGCCGAtG 9060 cAtGCGTTTT ACGCTTGCCt TTATGTGTGC gCAGGGGCAG GACGTGTTGA TAGAAATGGA 9120 TTCGTTCAAG ATGGGTTCGC GGTTTGCGAA TAAGGTGTGG AATGCTTCTC GTTATATTTT 9180 GGGCAATCTC GAAGGCAGGC GGGTGTACGC TATTGCGCAC GTGTCTCTAA CTGAACTGGA 9240 TCGCTGGATC TTTCACACAT TTAATGAAAC TGTGCAGCAG GTGCGTACAG CACTTGAAGC 9300 GTACCGTTTT AATGATGCGG CACAGGCAGT GTATGAGTTC TTTTGGAACA GCTTTTGTGA 9360 TTGGTATGTA GAGGCAAGTA AATGCTCGTT TCAGAAACCT GATGAACAGG AGAAGGATCG 9420 CGCAgCTTcA GTGCTCTGTA CCCTTCTGGA AGAGACGCTG CGACTGCTCC ATCCTTTTTT 9480 GCCGTTTGTA ACAGAAGAGA TTTACCGGTC cTGTCGCCTT CTGTGCACGA TACCACCCAA 9540 GCAATTCCGT CTGGGGCGCA CGCGTTGCTC ATGTGCGCGC CATATCCGGT GTATGTGCCG 9600 TCGCGGGTAG ATGCGCGCGC GTGTGCGCAT ATAGGTGCGG TGCAGGAAAT AGTGCGTGCG 9660 GTGCGnTACT GCGCGCTGCG TGTGGTATTG ATCCGCAAAA AGCTGTTTCA GTCAGAcTGC 9720 GTCCGAGTTC TCCGGCGCAG GATGCGAACG CCGCAGCGCA GGTGTCCTGT GTGCACGATC 9780 CGGGAGCGGT GGCGCGCACA TATGAGGAAT TGATTTGTGT GTTAGCGGGT ATTTCCTCGC 9840 TTGTGTATCT TGAAAGCGAT GCGCCTAAAC CGCAGtTGCC GTTGCAACAG CGGGGACAGG 9900 GTTTGAGCTG TTCTTAGTAA CGACGGAAGG AATTGACCGG ACGATGCTGT GCGCGCGTCT 9960 TCAAAAAGCG TGGCAGAAGG CGCGGCAAAA AGTGCAGCAG GTGGAGCGTA AgcTTGCAGA 10020 CGCGCAgTTT TGCACGCACG CTCCTGAAGA AGTGGTGaCC GCAGAGCGCA AGAAACTGGC 10080 AGAGGCGCGC GCAACGTGCC ACACCCTTGC AGGATATCTT GCGGACATGA ATGGAAAGCC 10140 TGGACCGCTC TCTGACTCCG ATTAGGGTCC TGTGCCCCTG AGCAATCCGT TTAGCAGCAC 10200 GAACAGCCCA TA ACCGCGC ACAGGAGCAC ACCGGCAGGg CGGGTGAGGG TCCTGCGGCC 10260 GAGTGCGCAC GCGTGAAAGA TTCCCACGAC TAACAGCATG GCAGGCAGGT GTAGCAGAGA 10320 AAAGATTTTT GGCACCGGCA GGCCGTGTGG CGTAAGAGAC GCGGCAGCTC CGACTACAAA 10380 CAGCACATTG AGGATATCCG CACCTACTAT GTTTCCCACT GCCAgTGCGC CGTGTCCGCG 10440 GCGTACTGCG GTGATGGCAG AGACGAGTTC TGGCACGCTG GTGCCAAAGG CGATGATGGT 10500 TGCGGCTATG ATGCCTGCAG GTACTCCTGC GCGGAGCcmA TGATTTCTAC CGTGGGGATG 10560 AGGACGCGCG AACCGAGGAC GAGGAACCCG ATTCCCCCTC CTAATTGCAG GAGCAGGCGG 10620 CATACAcTGC GCGTATCAGT CTTGTCTGCG GGGAGCGCTG CTGTGCGGGT GTCTGGAGCG 10680 TGTGGGAGGG CCGACCAGCG CAGAGAAACC CACAGGTACA GCGCGAGCAG ACTGAGAAAC 10740 AGCCAGCCGA CGTACTGATG CACCCGCGCG CCAAAGCGTG GCAGGGTTAC CCATCCGAGC 10800 GCGCATACGA CGAACAATTG CACCCGCGCG TGCCGGCGCA TCAAGTGTGT GTCGAGCGCG 10860 AGCCCGGGGC GTGCAAGGAG TGCCCCGAGT CCGAGAATGA AACCGGTATC CACCACGATG 10920 GATCCTATGG CGTTTCCGAG TGCTAAGTCG GCGTTGCCsC AGAGCGCAGC GwATACAGAC 10980 ACGGCTGCCt CGGGGGTGGT GGTGCCCAGG CTCACGAGCG TGGCGCCCAG GAGCGCTTCG 11040 CTGATCCCCC AACGCCGGGA AAGCGCgCTG GCGCTCTCTA CCAAGCAGTC TGCGCTGCGG 11100 GCCAGAAAGT AGAGCGCACA GAGCAAGACG CCGAGTAAGG TGGGGAGTGT GCGCGcCGCA 11160 AGTGCGCTGC GTACAAACGA TTCCATAtGC GTACTGGAAC GGTATCACAC TGGGGGGAGA 11220 ATGGACAGCa GGGAGGAAAA CGCTCATAAT GACCGCACGT GAAGTGGTCG CTCGTTCTTT 11280 CAGGTGGTGG TGCGCGGGGA ATTGCCCACA TTGGGGTGCT CAAGGCGCTT GAAGCGCTAC 11340 AGGTTCCGCC GCCGCAATGT GTCGTAGGAT GTTCTATGGG TGmGsTGGTG GGGGCGCTCT 11400 ATGCGCTGGG GATGTCGGTG CGGGAGATGG AGGCGTTTTT TCAGCGTGAT TTTGTTATTT 11460 CAGACTATGT GAATGCACGG GATCCCTCTG CGTGCGTTGA GGCGGGGAGT CnATnnGCCA 11520 GCAAAAGGCC AGGAACCGTA AAAAGGTCGC GTTGCTGGCG TTTTTCCATA GTCnGGCCCC 11580 CTGACGAGCA TCACAAAAAT CGACGCTCAA GTCAGAGGTG GCGAAACC 11628 (2) INFORMATION FOR SEQ ID NO : 22: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 15518 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 22: ATCGTGGAGG CAGTGGATAA AATAATTCAG CCAGTTTTTT TGTCTGCACT TACCACCTTC 60 GTTGGTTTTG TATCTTTTTG TTTTACCTCT GTTGTGCCTA TTTTTGAGTT CGGCGTGTTC 120 GCAAGCGTGG GCGTGGCGTC TGCGTTTGCA TGGCGCTCAT GCTTATCCCC TCGCTCCTCA 180 TTATCCGTGG GCCTGAATCG CGTGTGTGTG CGCATGCTCC CGATGCCGGT CATGAACACA 240 TGGATACGGC GATCACCGGT ACGCTGATGG TAATCGCCCA TCACTATCGG ACGGTGTTGT 300 TTGTTGCATT CCTTGCTGTT GTATTTTCCC TGGTGGGGAT GTCACGTTTG GTAATTGACA 360 ACGTGCTTAC GGAATACTTT GAGCCGGAGn TAACAGTGGT GCaGTCTGAT CGCTTTATGC 420 AGCAGCAcTT CGGTGGTTCT CGATCGCTCA CCGTATTAGT GAGTACCCcT GCGCGGGATG 480 GCAGTGTAGC ACGTCCGGAT GTACTGAAGG CTATGGATGA TCTGACTGAG TTTTTACAAA 540 CGCGGGTGGA GCATGTGGGA AAGGTTATTT CTCTCGTCCC GCTTATCAAG CGCATTAACC 600 AAGTGTACAA CGCAGACgCG TCGGCGCGAG GCCTGGAGGC GCAGTCTGCA GATGTGGTGC 660 GCGGTGGTAC GGATGACTTT GGTGTTTTTA AAACATTCAC GGGCGGACAT GAGGAACCTG 720 CGCGGGCGGA GACGTCACGT ACTTCCTTGG CGGCGCCGGG GTCATCGTAT GATTTTCGTC 780 AAGCAGTCGG TATGCTGGTA AGTGCCGTGC GGGATTCTGA TTTTGATCGT TCAGATGCGC 840 AgCAGCTcGT GCAGGCTCTT GAGAAGGCGG TGAACTACGA TGGGCGCGCG TATTATGAGA 900 TACCGTGTGA TCCTAAGAAA TATGGGGTGA AAACGAGCGA GGAATTGCAG GAAATTATCA 960 GTGGGTATTT GTTACTGCTT tCAGGAAAAG GGTTGGGTCT GGTGGATCGT GCCGTAGACC 1020 CCCGTGCGTT AAAGATGAAC ATCCAGCTCG GAACTAAGGG TCAGCAAGAC TCATACGGTG 1080 TCATTGAGGC AGTAAAAAAG TTTATCCGGG AAAATTTTCC TCAAGACGTG CACGCTGAGT 1140 TTGGCGGCTC AGTATTGGTT GAGCAATCCT TGAATGATCT GGTGGTACAA TCTCAGCTGA 1200 TTTCACTGGT TTTtTCTTTG TGTGTAGTTT TTATCATCAT CGCAGTACAT TACCGCTCGC 1260 TGTTTGCTGG TA AATCGGT ACCCTTCCTT TAGGAGTATC TGTGTTGGTG AACTTTGGGG 1320 TTATGGGATT TTTtGGCATT AAGCTGAACA TTTGCACCAC GATGGTGgCA GGCTTTTCAA 1380 GCGGTATTGG GGTCGACTAT ACGATACACT ATCTGGCGGC GTATCGGCGC GCGTGGAAGG 1440 AGTGTGGTGG AAAAGATTTT CTGACACAAA CATTCTATGG TTCAGGGCGG GCAATTCTTT 1500 TTAATGTTCT GTCTGTAGGA TCGGGATTTG CAGTGCTGAT GCTTTCAAAG TTCAATGTTC 1560 TTGCTGATTT TGGTTTGCTT ATGGTGTTGG CTATGCTTAC AAGTTCAGTG GCGAGTCTCA 1620 CGCTCCTTCC TACCTTACTG AATGTGGTCA AACCAAGGTT CATCACACGA TAGAACCAAA 1680 GGGAGGTATG CATGAAACGG ATAGCATATG TGCCGTTGTG CGCGGTAGTT GGTGGCATGT 1740 GTTCGATGTG GGCACAGAGT GCAACAGATG TGATGGGTAG CTTTAAGAAA ACGGCGGAAA 1800 CAGGCACAAT GGGTACGCAA GCCCGCATGG TTGTCCGGAA GGCGGGTAAG ACGGTGAGTA 1860 CCTTAGTACT TAAACAGTAT ACCCGGTATG AAAAGAGTGG AGAGCAAAAG ACTCTTATAG 1920 AGTTTTTGTC TCCGTTGAGC GTGAGGGGAA CACGCTTCTT ATCCCTGCAG AAAAAGGACG 1980 GGGCGTGGGA GCAGTACCTC TATTTGCCCA AACTCGCACG CGTCAGGAGC ATTACAGGGG 2040 GGGATGCCCA CGCTTCGTTT ATGGGGACGG ATTTTTCGTA TCACGATCTT TCGCTTGTTG 2100 GTGGGGTTGC TGATCTTGAT GAATGTACGC TCGACGGTAC GGAGTCGTAC GGGGGAAAGA 2160 TGTGCGTGCG CATTCAGACA CTGTCACACA AGCCCCAGGC GCGGTACGTC AGGGCGTTGC 2220 TGTGGATAGA GCAGGAAACA GGTCGTTTTG TGAAAGGGGA ATTTTTCGAT AAAAAAGACA 2280 AGCGCGTGAA GATCATGACG CTTTCTGATT ACGAGACTAT CCAGGGTGTA GATACACCAA 2340 AGACGGTTGT GCTCGAGACG ATCGCCCAAC GCATACTACA ACCATTCACC TCACGAAGgT 2400 TGAGTATCAC ATGGACATCC CTGAGAAGGT GTTTACCCCT GAGTATCTAA CCCAAACCGA 2460 TCGGTGAGTG TTGTGGCTTT TAGCGTGTTG TTTCTTCGTG CGGTATGGCT CGGTGGCTGG 2520 CGGTCGAGCC CTTCTTGAGC GTCTCGAGCG TCGAGGCGCC ATCCTGCCGT ATTGCGTTTA 2580 GGAAGTCGAT GACGCTTGGG TAGCGCTGAA AAAACTCACC CCACTTTGTG AGGCGTTGCA 2640 TTTCAAAGTT CTCAAGTgCg nTGCGCTTTG CCGCTTGtGC GCGAGTGCAC TGAGGTGTTC 2700 GGAACCcTTC GCTTCGAACG CGCGGTAGGC cTGCTCTGCA GTGTGGTACA GGACCATGTC 2760 TGGTATGTGT ACCTCGGAAA GCACCACCTC TGAAATTGCG CAGTGGGGAA TTTCTTTTTC 2820 GATTGCGCGT TTCAGTTCTC GTGTGGCAAG CCCGTACTGC GTGTGAACGC GCTCGTAGAG 2880 GGCTGGGTCG GCCATGCAGC GCGCGATGAA ATCGTGCGAC ACCTGGGTGA GTGCCGCTTG 2940 TGCTGTAGTG TCCACGTATC GCTCGAGCGA GTTTTGGTCA GTGATCCTTT CTCGCTGCAC 3000 GGTATCCAAC AGGAAAGCTT CTTTGAGAGC AACGCGCGCC GAGAGCGCTA AAGTCCAGTC 3060 AAAGGGTGCG TGTTGATCAA GCcAnTGCGC GTACTCCTTT GCCGCGGGCA GGACGTCCTG 3120 AACGGTGACG GAGACCGTCT GCTTCTTCAA CTCAAAGGCA AAGAGTCCGC ATTGGACGGG 3180 AGCAGCGGCT CCCAGCGCCA GAGAAATCGC CCCGGAGCGA TGAGCGCGTG GTGGTAACCA 3240 CCTGAGCGTG ATCGCATAAC CCCATAACTT CCCGCCGGCA GGGAGAGCTG AAGCCATCCC 3300 CTCCACAGAA GGTACGTACT CGCGCCCAGG GCACAGACAA GCGAAAAACA AAACGTCCGC 3360 ACACGCATGA GTAGGGGAGC CTAGCAGTTT GTGTATCCCA ACGCAAGAGT ATTTGGGCGC 3420 GCAgTATATG GTGGTATCGT GCAGTCCTTT TGCACTGTCC ATTGCTGAGA CATACCGTGG 3480 TAATTGAATG GGCAGCGCCc TCTATGGTAG GGTCCGCCCC TATGGGTCGA GACTCGCCGG 3540 CGGGTATGCG CGAGGCCGTT TACTTTCTGC ACCGGATGGT GGTGTGTCTG GGCGTGCTGC 3600 TGTGTGCAGC GTCGCTACTT TATGTGTTTG GGAACTTTTC TCACTTTCTT GATAAAAGCC 3660 AGTTTATTAT TTTACGTTCA TGTGTCGGCT GTTCAGTACT GTTAGTGGTT GCCTGTTTGT 3720 GTGCGGGCAG TTTTGAGCTC TACTTTTTTT TGACGCGTAg TGACGCCCCG TATGGGCGGC 3780 TGCTGTGTAT CACCGTCGTG GCACTGCTTT TTGGTATGGG TGCACTTGTT TTCAATACGG 3840 TAGTGCTCAT CGTGGCTAAA GGCACATGAG AGATTTACGA GGCACATCTG CATCTTTTAC 3900 TTCACACGTT GTAGTTTACA GCTGGAACTG AGAGCCGAGG TACACTTGGC GTACGTGAGA 3960 GGATCGTACT ACCTCTTGTG GACTGCCCTG GGCGATAATA TGGCCGCAGT GTATGATATA 4020 GGCTCGGTCA GTGATTTGTA GTGTTTCACG TACGTTGTGG TCCGTGATGA GTATGCCAAC 4080 GCCTGAGTGC GCAAGACGCA CGATAATGCG CTTGATATCC TGCACGGCGC AAGGGTCGAT 4140 CCCGGAGAAG GGTTCATCAA AAATTAAGAA GCGTGGATTT ACCGTTAATG CACGCGCAAT 4200 TTCCACGCGT TTGCGCTCGC CACCTGAAAG CGTGTCTGCC CTTTGATTTC GCACATGGGT 4260 CAGCTGAAAT GCTTTGAGCA GCGCTTCGCA TCGCTCGGTT TGTTCTGTGT AACTCAGATC 4320 GCGGCGCATT TGCATGATTG CGCGCACGTT TGCTTCTACC GTTATTTTTC TAAAAATAGA 4380 CGGTTCTTGC GGTACGTAGG ACACGCCCAT GCGCGCGCGC ACATGTATGG GTAGCGGCGT 4440 TATGTCTGTG CAGTCTAGCA GGACGCGCCC GCTATCTGGA CGGCACAGAC CCATTACCAT 4500 ACTGAACGAT ACTGATTTGC CTGCTCCATT GGGACCGAAC AGCCCAACTA TCTCTGCTTG 4560 GTGTACAGAA AAGGAGACGT CATGCwmCAC GTGCCGTGTT CTAAATGTTT TATTGAGTGC 4620 AGCGGCCACG AGGCGCTTTT CTCCCGGTGG AGATTCATTC CAGGAAATAT TTTTTTCTTT 4680 CTCTGTCTCT GCCTTTAAAG TATATGTGAC AwygTGCTTT GCACGGAGTC TGCGCGCGGC 4740 AGACAGGAAG CGTTGAAATG TCACCGGTGT TGTTCCCATT CGTAGGGTTT GAGAATTGAG 4800 CCTTGCACTT TTCCGTGTAG CTGAATTTCT CTACGGGCCA TATTCAACGT GATACGTTCT 4860 GCCTGAAAAA GATTACCGCG GTCGCTAACC CGTGGCGCAC CGCTTAATTC AAGGAATATA 4920 CTTTTGCGGT AATACATACC GAACATGGCC TGACATTGCA GGTCTTGGTA GGTAAGGGAC 4980 ACGTTCATTT GTAAGAGCAA TGTTTCGTTT TTTTCGTGGT AGACTATGCG CTCTGCACGT 5040 GCCATTACGT TTTCTCTTTT GTCAGAAATC TGCGCAGCAC CGAGTAGTTC GGTAGTATGC 5100 GCATTTCTGC TAAAATGCAG AGATTGTGCA GAGAACGTAA GGTGCTGTGT TTTTTTTTCT 5160 CCGCGCACGT TGCCGGTGGC GGTAACAAGA TGATAGTCGT CGCCGGAAAT TTCAATCTTA 5220 TCTGCGTGGA TTTCTAAATC GGCAAAGTAC ATGcGCgCGT TTCCGCGGAG TACAGTGCGT 5280 GGGGCGTGGG GGctCGGCAG AGCCTTCTAG ACTGTCTGCA AAAAAGCGCA CCTTACCTCG 5340 CGCGTGTGCG yGTTGCCACA CGCACAGGGA CATGAGAAAA AGTGCAAGGA GTACAGTGCG 5400 CAAGAAGGGT ACGGGTGAAA AAGCAGGGTA TGAGGACGCG CGAGTCATGG ACTGAGATTC 5460 GGTGCGGCGT ACCGTGACGC GCGGGTTTTG GCGAAAGAGT CAAGATCGAC GTCTATGTGA 5520 ACGCCATTTT GAAACACAAA GCGTTTGGTG CGTGCATTGA CGCATAAACC AACCCCGGTG 5580 ACAACAGCCC CTGATGCATC GCTGATGCGA ACAGGGGAGA AGTGATCGCT TGTGAACAAT 5640 GCTCGCGTAT TTTCCCATCG AAATGCGCGT CCTTCCAAAC GCAGACCCTC ATGGGGAAAG 5700 AAGCAGTCCA CCTTTTTCCC GAGGTAGAAA ACAGTACCTT CGCAGTCAGT GAGCAAAACA 5760 CCTGCATGCC CGCGCACGCT CGCACGCCCA TTGCCGTCGT AGCGTGTAAA GTGGATGTCC 5820 CGTGCAGTCC AGGTTTGGTC GTGGTGATAG AACTCAAGCG TTTGAGCATG CAGGCGCGTT 5880 TCCAACAGGT GAGTGTTGTA GCGATCGAAC GTCACTTGGA AAAACGCGAT GGTAGGTGTG 5940 TTGCGCGTGG CGGAGGGTTG CTGTATCCAG CGTAAGGCAC TGCTGTCGGC GCAgCAAACC 6000 AGAAGGAGGC AGGAGACAGG AGCAAAGAGG AGTCGAATGC GCACTACCGC TCCTTTACGC 6060 TACAACGGGC GTAgCcGGAC AGATGCCCGG GCAGAAAAAG AAGGACAGAC AACGCGTCCC 6120 AAGTAGGAAA GAAGGACGCA CCTTAAAAGC AACAACCCCG CCCCCACAGC CGCGAAGCAC 6180 AACAAACCTC GCAAGAAGGG CGAACGAACT TGAAAGAGAT CGCGCGCCAT TGTACGTTCT 6240 CCCCTATGAA GATTAAAGAG AAAAAAGGCT ATTTCATCTC TTTTTCCGCT CTATTTTTGA 6300 TTGCCTATAT GTTCGTAGCA GCCGTCCCCC TCGGGGCTGA CCCTTACTTT TTGCCTATTT 6360 GGGCACGTGA CCTTGCATCT GAATTGCACG AAkAGCGTCC TGAGCGCGCG GTGCsTGAwA 6420 CGCTGaCACA GTGCAGACCC TCCAACCTTT CATGGTGGGG GAGTACTTTG GCTATTTTAC 6480 CGATGAGGGG TCGGTTGTGT TTGCCACGCG GGTTACCCAG CGCCTTTCTG CTTCTACACA 6540 CGCATGGGCG GTGTATCCTG AGCATGCAGT GCGCACGCCT GTTTTTAACC CTGCTGGGGA 6600 ACACCTTGCA GAAATTGCTG AGCCAGGCTT TGTGCATATT GAAgCGGATC GCTTTTTTCT 6660 CTTTTCCCCA GGGGGAAATG CTGTTTCCtC CTATGACGCG CGCGGTGTAC AACGGTGGnC 6720 GTGTGTTGCA CACGGCGCCT ATAACCGCnT TTCACTCTTC TGCTGCAGGC GCGGTTATCG 6780 GGTTTTCTGA TGGGAAGGTG ATGGTTGTAm CtGCCGACGG CACCGTCAGA TGTGCATTCT 6840 ATCCGGGCGG GAGCACATAT GAAATTGTGT TTGGGGTGAC TCTCTCTGCA GATGGCACAC 6900 TTGCTGCGTG CGTGTGTGGT TTGGACAGGC AGCGCGTTAT CCTGGTGTCT CTTGCGGATG 6960 TGCAGTGCAA GATTGTTCAC CATCAATATT TGGAGGGCGC GTTACGTCAC CAGCTTTTGA 7020 TGAATTTTGA TACCGAAGGG CGCTATGTGG TATTTGAACA TGCACAAGGG GTAGGGGTGA 7080 TTGAtTGCCa AAGGTTAGAG ACAAACATTA TCCCCCTGGT TGGGGATGTT GTTGGTATGG 7140 GCGTGCAGCC TGAGTGCGAT GTTGTGACGG TGTTAAGCCA GAAGGAGCAG CGGTGTCGGT 7200 TTGCTGTTTT TGAGCGCGCG GTGCATAGGG TGGGGGATGT GCGGTTTGAC GCACAGGATG 7260 TGTCATTGAC TCAGGGTGAA AAAAAATTCT TTCTAAGTAT CGATATGCTT CTTGCACGCA 7320 TTGACATTGC AGGGATCCCG TAAGGGGTAG GGACAGAGGG GGTGTGCCGG CGTGCGTACG 7380 ATTTTTGTGG GTGTACTGTT GCTCGCGATT ATGGGAGAAG GGCGCTTGTG TGCGTTGGAA 7440 TGGCCTGTTG ATAAACCTAA GTTTTTGTCT CTTTTTGGAC AGAGTGTGGG CGCAGGTCTG 7500 TTACAGCAGG GATTGATTTT TGATGGAGCA GACTCTGCCA GGAGAGCGTG GATACGCGGT 7560 ACGTACTGCG GGGTaCGGAC GyTGCGTGAT GCGACTTCAA AAACATCGCC GTGCGCGTGT 7620 CTTTCCCGGC GCGTTAGGAA ATGCGTTGAT TTTTGCGCAT GAAGACGGGT TACAGACGGT 7680 ATATGCAAAT TTAnCGAAGC GAAAAACGCG CAGGATTTTG GTTCTACCGC GGAAGCAGAA 7740 TCCGGGGTAA CGGTCGGATA CGCAGGATCA AGTGCGTGGG CACCTCCAAA CAGTTTTGTG 7800 TTCCAGGTGA TTGATACAAA AAACAAAGTG TATCTCAATC CCTTGCTCCT GACTGnCTTC 7860 GGTGTCGGAC ACCATAAAGC CCACCATTCA GGATGTGGTA TTGGCGGGAA AGACAGGGGT 7920 GTTGGCTCTT TCGGGGACAG CAGCGCCGCG CGATGCCGAC GGGTATGTCT ATACACGCAA 7980 GCGCACCCGT GTGCACAGGC GCGTTACGCA GGGaACCTAT CGTCTGTATG CGGCAGTCGC 8040 AGATGTGTTA GAGCATGGTA CCCAGACGTT CACTCCGTTC CAAGTGCATG TTGTGGTGAA 8100 CGGATCGGAA GTGAGCGCGG TGTCCTTCGA GTTGATTGTG GCGAAAGATT CGCAGGCGTG 8160 TCTGTCAGGG TCGCTTTTAA ATGAACGCCT GTTATATGAG ATGAAGGGTC GCGTGTTTTT 8220 GGGGAGCGTA GTGCTCACGC GTGGTACTGC AGAGCTTGCG ATTAGCGCGC GTGATATTTC 8280 AGGCAATGAA CGAACGGAAG TGTTCTTTTT ACAGGTGGAG TAAGGCGTTC GTAGTTTTTT 8340 CATTTGTACA CCGGGGTGTG TGAGGGGGTG TGGTGTGGAT AGGACGGGTG GATACGTGCG 8400 GCTTGCGCTT GCAGCCCcTG CGGTGCGTGT TGCGGACTGT GCATACAATA CCCAGCGTAT 8460 GATTCAGACG GTGCGTCGTG CAGCTTCATG CGGTGTGGAC ATACTATTGT TTCCCCGTCT 8520 TTCGCTTACA GGGTGTAGCT GTGCGTCTCT TTTTGCTCAG GATACGCTGC TTTCGGCAGT 8580 CTGCACGCAC GTATCTGCAC TGTGTgcTGG CACTGCTGAT TGTCAGCTGT TAGCGCTTGT 8640 GAGTGTGCCC TGTTTTTTGC GCACTCAGGT GCcGTGTGTA CTGCGCTTGT CGCACGAGGT 8700 CGTGTTCTAG CACTGGTTGT GCAGGATACC CTGGCGGCGT GTGGCGCGCA AAAAATGCAA 8760 GTGCCCTGTG AGGTCCTGTA CGGTGGTGCA CCGGTGCCGG TGTACGATGT GCAGACGTGT 8820 TTTGAAAGTG CAGAGGGTCT TTTCTCTTTT TGTGTTGGTG CTATGGATGG ATCGGTACCT 8880 GCCACGCTGG TGTTGCAGGC CTACGGTACG CCAAGTACGG CGCAGACACC GGATATTTTT 8940 GCTGCGCACG CTGCGGCATA CAgTGCACAG CACCAATGTG CGTATGCGTA CGTAAATGCG 9000 GGGTGGGGGG AGTCTAGTGC TGATGCGGTG TATGGCGCGG AAAGTGGTAT TTTTGAGTGT 9060 GGGCAGTGTG TGGTCCAAGA CTCATTGCAG GAGATGCGAG AACGGGGGGA GCGTCCGGCG 9120 CACGCGGTGC tGGaCTGCAT GTTAGTGCGG ACGTAGATGT GTCTTTGGTA CACTTTCGTC 9180 GTCGTGCGCG TAGcgGACcA TACCACTCTG GGTGCATCGG CTCCCTGCGT CACGCTTCCT 9240 GCaGGCATAT TTGCAGCGTC AAAGGCGCAC GCCACGCTGC GGCGTCCTCG CGTACCCTGT 9300 CCTTTTTTTC CGCCTGCTTT TCAAAAATCG CAGGATGCGg TGCCCCCGCT CACGGGTGCC 9360 GTGTGCCTCG CTGTTTCTGC ACCGTCAGAC ACGCAGGACG GTTTTTTGCA AAGAACGATA 9420 GACTTAGCCG CGCAGGgCGT GGCACTCCGT CTTGAACACA TGGGCTGTAG GCGCCTGGTG 9480 GTGGGTGTTT CAGGAGGTGT TGATTCGGCG TGTGCATTGC TAATATGCGC GCGCGCGTTA 9540 GATTTTCTCT CGATTGCGCG TACACAACTT TATGCGCTAA CGCTTCCTGG CTTTGGTACT 9600 ACGTCAGGAA CGAAAGGTGC GGCGCAGGAG TTTGCGCGTG CGCTCGGTTG CACTGTGCAA 9660 GAAATTTCTA TTAGCGCGGC AGTGACGCAT CATCTCCATG ATATTGGGCA TACGATGCAG 9720 CAGTGTGACG GTAC ATGAG AATGCACAGG CGCGCGAACG GACGCAGATT TTGTTAGATC 9780 GTGCTAACCA GCTTGATGCG CTCATGATTG GTACGGGAGA TGCGTCAGAA GGTGCGCTTG 9840 GTTGGGAAAC CTTTGGGGGC GATCACCTTT CGCTGTACGC AgTGAACGCA TCTTTGCCCA 9900 AAACCGTGGT GCGAGCCTTG ATTTCCTATG CTGGGCGTGT ACCTGAGCGT TTTGTGTGTG 9960 AAACTGATTC TCCCTATGCA CCGCGCGGTG CTGCCTTTTC TCGCGTTTGT GCAGCTATAG 10020 TTGCACAGCC GGTGAGTCCT GAGCTCATAC CTCCTTGTGA TGATCGTATT GTGCAGTGTA 10080 CCGAGGAGAT GCTCGGTCCT TATGAATTGC ATGATTTTTT TCTGTATCAC A AACGGTGA 10140 ACGGTTTTGG TCCTCGAAAA CTTTTTCGTG TGGCCGCGCA TGCgTTTGGA ACTGCGTATT 10200 CTTGCGCGCA gcTATGTGCa GCgcTGCGCG TTTTTTTTAC CCGCTTGTTT TCACAGCAGT 10260 TCAAGCGTTC TTGTGTGCCT GATGGGCCCG GTCTTACGGA AGTGAACCTT TCCCCTCGTG 10320 TGGGTTTTTA TTTTCCCAGC GACACTTCCG GTGCGCTATG GCGCGCAGAG CTTGAGCAGC 10380 TGGcTTGTGG GGAATAGACT GGCACGCAGG ATTTTTAACA ACTGaTATGG AGGTGCGTAG 10440 GgCGTGGTGC ATACGCTTTT TTCTTGGGTT TCAGCGCATA TTCACTCGTT ACCTATGGTT 10500 GTGTTTGTCA GCCTGCTCTT GGCAGGAGTG CATGTGCCGG TTTCTGAAGA TGCGCTGATT 10560 GTCATGAGTG CATTAGTATG TCGACAGGAT GGAGCATCTG TGCCGAGCTT TCTAGGAGCG 10620 TTGTATGCAG GTGCATTAAT AAGTGATTAT GCGGTGTATT TTTGGGGATA CCTGTTGCAA 10680 CAGGGTGCGT TGCGTGTGGC TGCTCTTGAG CGGACGCTCG CGTCCTGCCG CGCACAAAAG 10740 ATAGTCACAC TTCTTTCGCG TTATGGCCTT TGGGTATATG TGCTTGCGCG TTTTGTCCCA 10800 TTTGGGGTTC GTAATGTGGT TTCGCTGACG TCGGGGTTTG TGCGTGTGCC GTTTGTGCGT 10860 TTTGCGTGCT ACGACGCACT CGCAGCGGCC TGTAGTATTT CTGTGCTCTT TTGGATGACC 10920 TATTTCCTTG GCTCTGTACA GCGTATTTCA CTCAAGGTTT TTGCGGTGGT GATTTTGCCT 10980 TTGTCGGTGC TGGGTATACG GGTGTTGATT GGCCGCCGGC AGAAAACCAC AGGGGATGGA 11040 GTGAGAATTA CACACGATGA CGTACAAACT AATGTAGGAG TGAGGTGATG AGCACGTGTG 11100 CGCAGGCTTT TTATCGCTTG TATGAAATAA TTGTGCGGTT GCGTGCGCCG GACGGGTGTG 11160 CGTGGGATTt GGCACAAACG CCGGTAAGTA TGTGTTCGTC CTTTTTGGAG GAGACGTATG 11220 AAGCGCTTGA GGCTATCCTC GAAgAgGrCG AnGGCACAGC ATTCGTCGTA TGCTCACGTT 11280 CAGGAGGAGT TGGGGGACGT GCTGATGAAT GTGTGTATGA TTGCATACAT GTATGAACAG 11340 CGAGGGGTGT TCTCGCTTGC AGATGTTGTA ACTGCATTAA CGGAAAAGTT AATTCGACGT " 11400 CACCCCCACG TATTTGGGCA AACAGAAGGA TTTCCTGGAC CGGAAAATCC GAAGCGAGCA 11460 CAAACAGCAC AGGAGGTGTT TGATCAGTGG GAACGGATTA AAACACAGGT GGAGCGTCGC 11520 CGTGCAGCTT CTCCGTTAGA GGGcATTCCT CGAACGGTTC CTCCCCTCAT GcGCGCGTCC 11580 AAAATGCAAA AAAACGCGTC GCTGnCGCGT CTTTTTTGTC CAACACGCAC GGAGGTGGTA 11640 CGAGAATGTG CGCGTACCTT TCGTGCACTC CGTGCGATGT CAGAGAATTC TGCCGAACAA 11700 TCCGCCACTc AAGCAGCGCA TGTTGCAGTA GGTGCGCTGT TGACTGCAGT GATATCGTTT 11760 GCACATCTTG TGGGGGTAGA TCCGGTGCTC GCCCTTATCC GCGCAAATGC GGACTTCGTG 11820 CGCCGCTTTT CGTGTGCCTG TTCTAtACCT GcCATTTCTG GAGGTACTTC TGTATTTTTG 11880 TCTCGCGCGT GCCATAAACC ACGTCGCGCA CGCACGCGGG CGTCTGCGGT GCGCAGGCGC 11940 GCACGGTcAC GGcGACTGTT TTTTACTCGA CACAAGCTGG GGAATATGCT ACGGTAGGAC 12000 GCGTCCCTGT CTCCGTGTGT AAATTGTTAG CACGGGCAGG GTGCGTGTTG AAGAAGAGGG 12060 GGCTTATGAA GACGTTGCAG TGTGATATTT GTCGGAAGGA AGTGGACAAT TCGCTGCCCG 12120 AGAGGTTGTA TTGGACATTC CGGGAGTATG ATGTGTGTGA GGACTGTAAG GAGTCTATTG 12180 AGGACAAGTT GCGCCCTATC ATACGTACTC ACCAGCCTTA TTCTCAGGGT TGGTACGAGA 12240 ATCAGTTCAT GGGTATGGTG CAGCGCGGGG TGTCTAACCG TCGTCCGTAA GTTTTTGATG 12300 TCAGTGTTTC GTGCTTGATG TGTGArGTAG GGACGTAnGG GTGTGATCCT TTTTTCTCGC 12360 GCGAGGTTGT GGGCGAGGGA TGGTGTCGCT CGCGCTTATG TTTCTTTCCT TGGGCCkCGG 12420 CGCTGTGTTT TTTGTGCgTC CCgGTGTAcT GGGAcGGTTC CTCTGTGCTG TTCGTGTGTG 12480 cAGGATCGGT TGTACGCGCG CGCACATGAC TTTTTGGAAC ACCCTGAGGA TTTCTGTAGT 12540 CGCTGTGCCA AGCCGCTTGT TTCGGCGCGA GCGTTGTGCG TCTCTTGCCG TGCGCTTCGA 12600 GAATCGGGTG AAACGCCTGC GCTTTGGCGT GTCTTTTCAC TTTTGCCgTA CCTGGGTGTG 12660 GGGCGTCCTC TTATGTCGTT GTGGAAGACA CAGCAGGAGC GGAATTTTGA TGCTCTTTTT 12720 TCCCGCATTG CCGGGTGTTT TTTGCGTACA GCGCGTGAkC GCTccTTCGT CACTGCAAGT 12780 ACCGAGTTGG TGCCAGTGCC GCCgCGGCCA TGCAAGATGG CTGAGAGAGG ATGGGACCAG 12840 GTTGAGGACG TGTCGCGTCG ACTAGAATTG GCTGGTTTTA CCGTTAATCG TGCGTTGGTG 12900 CGAGTAGAGG GTCGTTTCGC GCAGAAAACA TTGTCGCGCG CTGCGCTGnT TGAGAATCTT 12960 GCAGGGAGTA TAGAGCTCGG GGCGCACGCT CGTGTGCCGC GTGATGCCTT GATTATCGAT 13020 GACGTATTAC CACGTATGCC ACGATGGACG CGTGTGCGCT GTGCTGCGCT CCTCGGGCAG 13080 CGAGCGTGTG CAGGGTTTCT CGTTCTTTTT TGCGTGAGGC GTCAATTAGT TAGCGAACTT 13140 CTTTTAGAAA TTCCTGAAAA TGCCGCAGgA CGTACGGCCC AGCAATTTTT CTCTTATATG 13200 TTGTTTTTGC AGCATAGGTC TCTTAGGCAG CACTCCGTgC ACCGTGGTCT TCGTGCGGTG 13260 CAGGTGTAGC GTCCGTGGAG TAAAATCCAG TGATGTGCAT GCATGCGAAA CTCACGCGGG 13320 GTGACCACAA GCAAGTCGCG TTCAACCGCG CGTGGGGTTC TTCCAGAGGA AAGCCCGATG 13380 CGTGGCGCTG TCCGCAGATA TGCGTATCAA CTGCGATTGT GGGTATGCCA AAACCCATGT 13440 TCAGGACTAC GTTTGCCGTC TTGTGACCGA CCCCGGGTAG ACTCTCTAGG GCATGGGCGT 13500 CGCACGGTAC TTGGGCAGCG AAGCnTCGAT GAGTTCAGCA CTGAGTGCAA TGATTCGGCG 13560 TGCTTTCGTG GGGTATAAAT TAATCGTCCG TATGTAGGAG CATAGCCGTT CTTCCCCCAG 13620 CGCGAGCATT GCTTGGGGGG TGTCTGCCAC ATCAAACAGA GCAGCGGTCG CCTTGTTGAC 13680 GCTTTTGTCT GTTGCCTGCG CAGAAAGCAG TACTGCCACC AGGAGCGTAA AAGTATTGCG 13740 CCAGTGAAGT TCTCCTTGTG GTTGCGGGTT TGCTGCGTGC AgcTGCTCAA AAACGGCGTG 13800 TACCCCCTTG CTGTCTAATA GACGCATAAG GGTGCCAGTA AAGAGAGGTA GTTTAAAAAG 13860 TGCAAGAGGT CATGGGGTGG AAAGGAGGGA AATGAACGCA CAGGATTCAG AGAGTTTCCT 13920 GAAGTACGAA CTGCTGGACG CACTCAAGCA TATGCACCTC GTGGTTCAGT TTTCGGATAT 13980 TAAGCTTTTG CGGTACACTG ATAAGCAAGA CGAGCTTAGG AAAGCTTGTC TCCGACTTGG 14040 AATGTTGAAA ATTGGTTGAA ATGACGATGA TGGAATGCTT GCGAAGAAGT TCCATAACCT 14100 CGTTGACTTC AGGTTCATGA TGGGAGAACT GTATTTCTAG GCGCTTATTC TGGCGAGTGG 14160 GAAATACACA CTTTTCAATT TTATCCAAGC CTGCAAGGGT GATCAGTACG AGGAGCACGA 14220 GCATCGCCCC TGCGCTGTAC AGCCtGCGCC GATAACGAGA CCGATCCCTG CTGTCACCCA 14280 AATAGTAGTA GCAGTGGTTA AGCCTTTCAC GTTTGCACCC ATTTTTAAGA TGGCACCGCC 14340 GCCGAGAAAT CCCATGCCGG AAACCACCTG TGCAGCGATG CGCCCGGGGT CGCCGATGTG 14400 GTCTCCGGTA ATCTCACTTA CGCAGAGGGA CAGGAGCATA ACGCCCGTAG CACCGACACA 14460 GATGAGTGTG TGAGTGCGCA ATCCCGCTGC CTGTAACTTT GAGGAGCGCT CCAACCCGAT 14520 AGCAAGTCCT GaGACAAAGC TGaGCAAGAG CCGGaCAACA ATAACGGaAT CTGTAATCAT 14580 GACTTTTCTC TTAGGGcGTA gcAGGaTGCA AGTGCCTCGA GGGAGACTTG AACTCCCACG 14640 CCGGTGAAGG CACTAGCACC TGAAGCTAGC GTGTCTGCCA ATTCCACCAT CGAGGCAAGA 14700 AAACCCTTCC ATGGTGGGAA ATATAGTTTT TCTAGTCAAG GGATTAGAGC AGCTTTCAGG 14760 GCACGGGATG CAAAGGCGGC GTACTTGACA AAATGCCAAT TCCAATACAC GCTGcCCGcG 14820 GCgCTGCGCg TGGCGCCGTG GGCTATTAGC TCAGCTGGTA GAGCAACGCC CTTTTAAGGC 14880 GTGGGTCGAT GGTTCGAATC CATCATGGCT CAGAGGTGGG ATTGGTGCGC AACAAGGTGC 14940 GAGTTCTTGC GGTGGTCGCA GCGCTTGCGG CTGCGTGCGC GGTGGGCTTC TTTCTAGGAA 15000 GGTGGTTCGA CTTCTCTGCT AGGTCCTCGG TGCTCGAAGC AGCTGATTCC CTCTCCGTTT 15060 CTTCTTCGGA AGCGGCCAGC TTTTCCACGG TTGTTGCAGA GGGGGACCCG TACACCGTCG 15120 ACGAGCGGCA GAACATCGCC GTTTACCGCA GTGCCAACGA GGCCGTTGTC AACATTACCA 15180 CTGAGATGGT AGGGGTTAAT TGGTTCTTAG AGCCCGTGCC TCTCGAAGGT GGCTCTGGGT 15240 CTGGCGCTAT CATTGACGCC CGCGGGTACG TGCTCACCAA TACGCACGTC ATCGAGGGTG 15300 CGTCTAAAAT TTATCTCTCG CTACACGACG GCAGCCAGTA CAAGGCAACT GTCGTGGGTG 15360 TAGACAGGGA GAATGATCTT GCGGTGCTTA AGTTTGTTTC TCCTCCTGGA GCACGCTTGA 15420 CAGTTATCCG CTTCGGTTCT TCGCGCAACT TGGATGTCGG ACAAAAGGTG CTTGCCATCG 15480 GGAATCCCTT TGGACTAGCG CGTACTCTTG ACCGTCGG 15518 (2) INFORMATION FOR SEQ ID NO : 23: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 6234 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 23: TTTGGAATTT TGTGTTGTCG TTCACGGTAA ATAATTTGTA GCGTTCCGTG CCCGTTTTGA 60 AACGGTCCGG GGCTGCGTCC ACCAGGCAAG GAGTGATATG AAAGCGACGC TTACCTTTGT 120 CTTTATGCTC CTTACGTCGC TGCTGCAGGG TCAGTCGCAA CACATCACGC GCTTTGCCGT 180 CATAGATGCG GCCCGCATTT ACTCAACCTT TTGGCGCGAT TCGCCGTTCC TGCGCrATtA 240 TGAATCTAAA AAAGCACGGC ACCAGGGTGA AATTCAGAAA ATGTCTGATG AGCTCGTAGA 300 nTCCGGGCAA AAAAAAGTTG ACGCGCAGAT GCAGCAAAAC ATCGCGTCAG TCCAAAAGTA 360 CGAGGTGCTC ATTGCGTCAA AAACCGCGCT CCTGTTGGAG TATTCTAAAA CGTCCAACGA 420 CGAGCTCACC GCGCTGCGCA AAACGCTCAT CGCAGATGAC GCATTCTATG CAAAACTCTA 480 CGCCGCTATT AGGCGAATTG CAGAAAGTGA AGGCTACAGC ATCGTCTTAG ATCTGCAAAA 540 AAACGCCGGA ATACTCTGGT ACAGCCACTC GGTCGATATT ACCGAAGACG TCCTGCGGGA 600 GCTGAGCAGC TCGTGATGCA CCGTGAGCAC CGCGTCTcCT GCCTCCTACG TGTTGGcCCA 660 GGAGCGTCCA CGTGAGGTCC CTCGCGTCAG ATACCCCTCT CATGCGTCAG TACCACGCCA 720 TTCGGGCACA GCATCCGGAT GCGGTCCTGT TCTTTCGCTT GGGCGATTTC TACGAAATGT 780 TCGATTCCGA CGCGCTCCAC GTGAGTACCC TCTTGGGGCT CACCCTTACA AAACGAAATG 840 GAACACCCAT GTGCGGGGTG CCCGTCCATA CCGCGCGCAC GCACATAGCA CGCCTGCTTA 900 AGCACGGTAA AAAAGTTGCC TTGTGCGAGC AGGTTTCTCA TCCTGTCCCC GGAGAACTCA 960 CACAGCGCAA GGTAATTGAG ATTATCTCCC CCGGGACCGC AGTGGAAGAT GACTTTCTCA 1020 GTCAGGGATT TTCCCAATAC TTAGCCACCG TCTGTGCCTC AGACGCCACC GTCGCCTTTT 1080 CTTACCTAGA AGTCAGCACC GGCGCCTTCT TCATCACCAG CTTTCCCCGC GCCGAAGCAG 1140 CGGACGCATT GCAAAAAGAG TTCGGACGTG TCCAGCCGTC TGAGGTTCTC CTGTCTGCTT 1200 CAGTGCTCCG TTCACTGCCT GAACTTGCCG CTATCCTCAG TCTCTACCCC CGGCTCGTTC 1260 GTACCACCGG CGCAGATGCG CTTTTTAATC CCGAGCACAC TAAAAACCGC CTGCACCATT 1320 GCTTTCGCAC ACGCAACTTG GATTGCCTCA CCCTCCTGCC CCATTCGCCA GACCTCGCTG 1380 CCGCCGGGGC GCTGATTGCG TATTTGGAAG AAACCACGCG ACACCCGCTC TCCCACGTCA 1440 GTGCCATCAC CCGCTACCAT ATCCATGACT TTGTAGAAAT CGAnTGaCgc TACGCGCAAA 1500 AATCTAGAGA TACTTCAAAA TCTCCACGAC AGCACCCATG CGCATTCTCT TTTTGAAACA 1560 CTCAACTATA CACACACCGC CATGGGTACC AGGCTCCTGC GCTATTGGCT GCACCACCCC 1620 TTGCGCTCCC AGGAGGAAAT TCAAAAACGC CTCAGTGCAG TGGTCTTTTT TCATCACCGT 1680 CCCCACATCC TCAAGAacTG CGTGCAACAC TCTCGTGTGT TCGGGATGTG GAGCGCCTAG 1740 TCGcCCGCGT GGCGTTAGAA AAGGCGCACG GACGTGACTT GCTCGCCTTA AAAGAAAGTC 1800 TCAGGGCAAT CCTTACCTTC CGCAGCCTCG AGCGCGAAAG TCCCTTTCCC CCAGACCTTC 1860 TTCCCTCAGA AGGGGATACC CCGGTGCTGC AGGAACTGTA TGGTCTTTTA GAACAGTCTA 1920 TCAAAGAAGA TTGCCCCGTA ACGCTAAGCG ATGGGAACCT TATCAAGCGT GGTTTTTCTG 1980 CGTCCTTAGA TGAACTGCAC CGCGTGCGTG ACAATGCAAA TGAAATTCTA AAACAATATT 2040 TGGCAGAGGA GCGTGAGCGC ACGGGTATCG GTACATTAAA AATGAAGTAC AATCGCATGC 2100 TCGGTCACTT TCTGGAGGTA TCCAAAGGGC ATCTTTCTGC TGTCCCTGCG CACTTTATTC 2160 GTCGCCGTTC ACTGAGCAAT GCCGATCGCT TTACCACCGA ACAGTTGTCA GAATTGGAAG 2220 CAAAACTTGC CCGCGCCCGT GAGgGCcTCG TTTCCTTTGA ACAAGAACTC TTTGCAGATA 2280 TCCGCCGTAC CGTATGTTCT CATACCCAGC TGCTGCGCAC GAACGCTGCA CGGGTGGCAC 2340 AGCTGGATGT GCTCCAATCT TTTGCGCACG CTGCGyTCCA GCATGGCTGG AGTCAACCGG 2400 TCTTTATCAA AGACGGTGCA CTTCGTATTA CGGGGGGCAG ACATCCGGTG GTGGAACTTC 2460 ATCTCCCCTC CGGGGAGTTT GTACCCAATG ATCTGACACT TTCTTCAAGT GAACATGCGG 2520 TGTTGCCGCG CTTTGgsTCA TCACCGGACC GAATATGGCA GGAAAAAGTA CTTTTTTGCG 2580 TCAGAcTGCG CTCATTTGCC TGATTGCGCA GGTTGGCTCC TTTGTCCCTG CAGAAAAGGC 2640 AGAGCTCACC CCCGTCGATC GTATTTTTTG TCGGGTAGGA GCGGCCGATA ACCTTGCGCG 2700 CGGGGAaTCT ACCTTCTTGG TAGAAATGAG TGAAACAGCA CACATCCTGC GTGCAGCAAC 2760 CCGCGACAGC CTTGTTATCA TGGACGAAGT AGGACGGGGA ACGGCAACTG AAGACGGTTT 2820 ATCCATAGCG CAGGCAGTCA GTGAATATTT GTTGCATCAT GTGCGTGCAA AAACGCTGTT 2880 TGCAACACAT TACCATGAAC TGTCCCGTCT TGCCCACCCG CAGTTAGAAC ACCTCAAGCT 2940 TGATGTTCTA GAAACTGACA ATACCATTGT ATTTCTGAAA AAAGTGACGC CCGGTTCTTG 3000 CGGCAGTTCG TACGGCATTT ACGTTGCGCG TCTGGCGGGG CTCCCTGAAT CGGTACTGGC 3060 ACGCGCGTGT GAGCTTTTGA AACAACTGCA GCAGCGGGCA GGATCTGCTC CACGTGCGTn 3120 CTnTGCGCAC GAAGCAGATG CAGTGGCTCA AACAGAAGCA GTACACGCGC ACAAGGCAGC 3180 GTCTAAACCG TGCGCGCagc GTGTGTCGGC AGATCTATTT ACTCAAGAAG AGTTAATAGG 3240 CGCAGAGATT GCaTCGTTGA ATCCaGACGC CATTACACCG CTTGAAGCGC TGACACTCAT 3300 CGCGCGGTGG AAACGCAGCC TCCGCGGTTC TGCAACGCAG CAGAGCAGCG CCATGACAAA 3360 ACGGAAGGGG TAATGGTATG TTCCCCTGTT ACGCACGACG GGTATCGGGC ATGCGGCGCG 3420 CGGCGTTTTG TCCATTCTTT GCGCTAGAAA CAGAGCGAAC AATATTCTGC CTACCTGAGG 3480 AGAGAAAAAC GTGAATAAtT gCACTCCGTG cGTaCCTGAG TACGCGTGCT CCTGACCAGA 3540 TACATAGTGC TTTTGTTGCG TATTTGGCCA ATCTTGATTT AGTTGCGCAC CAGTTTCCGC 3600 AGATTGCTTC TGATATTGTG CAGGAGCTGA TAGATCAGCG GTCGTATGTA AAGTTAATCG 3660 CAAGTGAGAA TTACAGCTCT CTTGCGGTGC AAGCGGCGAT GGCTAACTTG TTGACTGATA 3720 AATACGCAGA AGGGTTCCCC CATCATCGCT ACTATGGCGG GTGTCAGAAT GTTGATTCTA 3780 TTGAGTCTGC CGCCGCTGCA GAAGCATGCG CGCTCTTTGG TGCTGAGCAC GCATATGTCC 3840 AGCCGCACTC CGGTGCAGAT GCGAATCTTG TTGCATTCTG GGCTATCCTT TCGCGGCAAA 3900 TTGAAATGCC AACCCTTTCT TCTCTTGGTG TCACCGCCgC TACGCATCTG AGTGAGGAAC 3960 AGTGGGAAGT ACTGCGCCAG AAAATGGGTA ATCAAAAACT TATGGGGTTA GATTATTTTT 4020 CAGGCGGTCA CCTGACCCAC GGGTACCGCC AAAATGTTTC AGGACGAATG TTTCGTGTGG 4080 TGTCCTACGC GGTGGACCGA GACACAGGAC TGCTCGATTA CGCTGCAATC GAGGCACAGG 4140 CAAAGCGGGA AAGACCACTT ATTTTACTTG CCGGATACAG CGCGTATCCT CGTTCCATTA 4200 ATTTCCGCAT CTTTCGGGAA ATTGCAGACA AAGTGGGCGC AGTACTCATG GCTGATATGG 4260 CTCACTTTGC TGGACTGGTT GCAGGCGGTG TTTTTACGGG AGACGAGGAT CCAGTGCGCT 4320 GGTCTCA AT CGTGACCAGT ACCACACACA AAACGTTGCG CGGGCCACGC GGTGCCTTTA 4380 TTTTGTGTAA AAAAGAATTT GCAGAGGCGG TGGATAAGGG CTGTCCGCTT GTGCTCGGCG 4440 GCCCGCTGCC ACATGTGATG GCAGCAAAGG CGGTTGCGTT TCGTGAAGCT CGAAATGCTG 4500 CTTTTAAAAC CTATGCGCAC GCAgTCCGTG ATAATGCGCG TGCGCTGGCA GATGCCTGCA 4560 TACAACAGGG GATGCAGCTG CAGACAGGGG GGACGGATAA CCATCTGCTA TTGCTtGACG 4620 TGCGTCCGTT TGGACTGACA GgTCGTCAGG CAGAgCGCGC GCTGATAGAC TGCGGAGTGA 4680 CGCTCAACCG TAACTCGCTC CCCTTTGACC CAAACGGCGC ATGGCTCACC AGCGGACTGC 4740 GCATCGGAAC CCCCGCGGTA ACGAGCCTTG GAATGGGGCC TGAGGAAATG AAAAGAATAG 4800 CGCGCCTGAT CGCGCGCGTG CTCGGCGCTG CAACGCCTGT GCGGACAAAG ACAGGTGCGC 4860 TAAGCAAATC GGCGGCCGAG GTGCCCGGCG AGGTTAGAAG CTCAGTCTGC TCGGAAGTGC 4920 GGGAGCTGCT CGCACGCTTC ACGTTGTACC CTGAACTCGA CGAACCCTTC TTGCGCGCAC 4980 ACTTTACGCG TCGCCCTGCn GGACAAAACA CCTGCCGACG AAGGgACTTG AACCCTTaCG 5040 GGGTTACCCC AACAGATTTT GAGTCTGTCG TGTCTGCCAG TTTCACCACG TCGGCCCGCG 5100 CGCAgCCTAT CACACGAGGA ACAAAAGgTA CAGCTGTTCA TGTAGTCTTC TTGCGTGAGG 5160 CCCCGTGTCT CCCATTGAGG GAGCCGTTAT TTTTCTCCCA TGAGGAGTTT TAGTTCCCGA 5220 ATATCTGCCA CCAGTTTAGA GCGATCTAAA TGCTGATAAC GCGCAGGGAG CATTTCCTTT 5280 CCTGTGCATT CGAGTACTGC CACTAAATTT TGCAGTTCAA TTTCGTGCGG ATAAGCAGGA 5340 GGGATAAAGT CTTCAATGGT GCGGGTGATG TCCTGTGTGG TTACCATCGT GCGATTTTCC 5400 ATCGCAGCAG TTAGCTGGGC GCGTACTAAA ATGGCTTCTA AGTCCGAACC GGAAACAGCG 5460 AATTTTATTC TGCGAATGAT TGCCGGTACG TGTACATCTT TGAGCTTGAT ACGTAATTTT 5520 TTTTTGAGTG CTTCAAAAAT TTCCGTTTTT TCTTTTGTGG TTTCAGGGTA GAAGAGCGCA 5580 AGATGCTCTT CTGCGCGTCC CTGTCGTTTC AGATCTATTG GTAGCAAGTC TGGGCGCGAA 5640 GTAATCAGGA ACCAAATAAT ATTGCCCCGG TGTTGGGTGT TACCCATAAA CCCTGCAATT 5700 TGTGCAAAAA TACGCGATTC ACCTGCCGGC GCGTTACGCC TACCAAACAC CGCATCAGCT 5760 TCGTCCACCA TCACCGCTAC CGGGGTAAGC GCTTTGAGGA TGTTGAGCGT TTTTTCTAGG 5820 TTCGACTGTG TAATGCCAGG CTGCGTTGCC TGGAAATTAC ACAAACGCAC CATGGGAATC 5880 CCAATTTCCC CCGCAAATGC GGAAACCATA AATGATTTGC CTGTCCCAAT CGGCCCTGAG 5940 ATAAGGTATC CCATTGGCAA CACATCTGCT CTTCCTTGCT TAATGGCGCG CACTGcGTTA 6000 TACAATCTCT TTTTTACAAA GACATTTCCT GcAACGTATG AAAGGTCGCA GGATGTGTCG 6060 ACAAATTCCA ACAAACCGCC TGCTTCGTGC TCAATAATTT CCTGTTTCTT CCTTTTAGAA 6120 ATGTAAGGTT GCAGAGTCCG TATGGGAAAG TCTACTGATA wTGwcCTCtG GCTcCCATTG 6180 CATCGATCGT TGGnACGTCT CTGCCGCAAG CTGGTGGAGG GTCACTAAAT TCAA 6234 (2) INFORMATION FOR SEQ ID NO: 24: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1548 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 24: CGGATAAAGG ACGACTGGGC TGGCAGCGGG TGTGGGTTCC CACCTCCTGT TCGTGTCTTT 60 TCAGGGTGTG TGCGCGTTCC GAGAAGAGGG CGTTTTGTGT GTGGGGAGGA GTACGATGGA 120 TACGCATATA TGAGGCGCCG GGTGTGCACG GTGGTGCGCG CGGTGGTGTG TCTACTCAGC 180 ACGAGTTTGC TGACCACGTG CGATTTCACT GGCATCTTTG CGGCAATTCA GTCGGAAGTG 240 CCCATTAAAA CGCCGTCCAT CCCGGGGGCG ATTTATGGCC TGGTCAAGGC CGGGAGCAAG 300 CTCTACGCCA CCAACGGCCG GCTTTGGGAA AAGGAGCTGA ACGGCACTGG GTCgTGGCAG 360 AAAnTGTCTT CCTCGTCCGT TCCCACTGAC TCGGATAAAA AgGTTATGAr CaTTGCCACC 420 GACGGGaACA CGTTCGTCCT CGCCTGCGTG CCTGGCACGG GCGTTTACAA ACACTGCGTA 480 AATGGCGCGG GCAGCTCAAG CACCGGCACA ACGGCAAGCC CCTCGACTGA AACCTGCTCG 540 CAGCATGCGA CGCTCGTGGG GGGAACGTCC AAGCCCTTCT GGCTCGTGCC GGGAGGCgnG 600 nGAAATAATG GGAACTGCGG TTGCGGGGGA GGGGGGGGTG GCTCCTCCTC GAGTAGCAGC 660 TCGTGCATTC ACATCTGGCT CGTGCCGGGA GGCnGnGnGa AATAATGGGA ACTGCGGTTG 720 CgGGGGAGGG GGGGGTGGCT CCTCCTCGAG TAGCAGCTCG TGCATTCACA TTAAGGTAGA 780 AAACACGGAC GAACAGTTTC TCGATATGGG TGAGGGGTAC GTGGTGACCA CCAAGCACCT 840 CTACACCAAA AACGGCTCGT CCAGCGCGGG ACCGGCGCAG TGTCCCGGTG GCGGTGGCGG 900 CGGAGGCAGC AGCGGGGGTG GGGGTTCCTC GGAGTACACC AAAGCTTCCT GTTCCTTTTC 960 CACGCCCATT CTGGCAAGCG TCACAACGGG TGCTATCACT ACATTCTCAC CAAAGAAAAA 1020 GTGTACTGCA GAAAGCAGGA CACCGCTTCC TCCGCTGCGT CGTCACCAGC CCAGTGTCCC 1080 TCTTCCCCTT CTTCTTCTTC CTCCTCCTCG ACGAATGCGG GATGCGAGGT GGCGCACGGG 1140 GTGGACGACC CGCTGTGTCT TGCGATTTTT AAACACAACG GCTGCGAATA CTTGCTCATC 1200 GGCGGCAGTC GGGGCTACGG GGAAATAAAG CTGGAAGCGA ACTCCAGCGG TACGAACGGC 1260 ACCTGCATGC GATTGAAAGA GAGCAATGTG CACAAGAGTC CGGGCCAGTG GGGCGAGTCG 1320 AGCCCCACGC CCAAAGCGAG CGCCGAGCAG TATCGGGGCA CGGTCGGTCG GTTTGCCGTG 1380 CAGAAAATCT ACGTAgTTGA AAAAAATGGC GGTGGGAACG GTGTCGCCGC GGGTGGGGCG 1440 GGCTGTCCTG CAAACGCCAG CAGTTCCAGC GGAGGGACCA GCAGCACGCA GCGTCCAGAC 1500 CTCTACGCCG CAGTGGGGGA GTCGAGCGAC ACCTAnCACG GGGGGTTT 1548 (2) INFORMATION FOR SEQ ID NO: 25: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3172 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 25: TACGAAGAAT CGTACTGCCC ATCCCCATCC CgATCAAAAT TCCCGTCAAC ATTGTTGATA 60 AAGTACTGTT CCTTAAAAAA ATCGAGTCCT GTCTTTCCAT TCAGCCCCAT TGCGTTACGG 120 TGTACGTTAT TTACCAGATC TACAAAGTTC ATAGCCATAG TATCGAGCTT GCGCAsTTCA 180 TCGCGCACGT CTGTGTCACG CAtTCTATCA ACGCTGCAAG CTTACCCCCA GAAAAGTGCG 240 CACGATCCCC TGAGTCCTTC CACACCACGG ACACATATCC TTCAGGCGTT GTTCCACTGA 300 CAAGCCCAAG TGTCTTATAA CTCTTCCCCT GcACAACTTC TAATCCCGCA CTGTGAATAA 360 CGTAGGACTC ATCCTCATCA CGCACGTCCA CCCTGACCTC AATGCGGTGC GCGAGACTTT 420 CCACCAACGT ATCACGTCGA TCTAAAAGAT CATTAGGATT ATCACCCATC GCTTTTGACT 480 TCACAATCTG TTCATTTAAT TGAGCAATTT TGGCAAGGAG ATCATTCACC TGCTCAACCG 540 TTGCCTCAAT ATCCGCGTTG AGCATATCGC GAATACCGAC AAGACCTCTA TACTGATGAT 600 GAATGGCATC CGTTAGCGTC TGTGCACGCG TGAGCACAAC CTGACGCGCT GCACGGGCTT 660 CAGGATACAC AGACAGTTCC TGCCAGCCAT CCCAAAACTG GTCCAGCCTG GTACGAACTG 720 CAATATCCTC CGGCTCATTA TACACCTGCT CTAAAAGACG CACATACGCA TCACGCGTGC 780 TCCAATAmCC CTGTTCGTCT GTCTGAGACA CAATGCGACT ATCGAGGAGC TGGTCAcGCA 840 AACGCGCGAT AGAACCGATG GTGAcCCCTT GTCCTATCTG ACCAGGCAGC TGAGCGCGAG 900 AAAGATCAGG ACGGTACAGC GGCTCGAACG AATCGAGGTT TACTCGCTGG CGGCTATACC 960 CCGGCGTGGA AGAaTTCGAC ACGTTGTGTC CTGCAGTCTG TACAGATTGC TTATGCGCGT 1020 AAAGAGCACG CTTTCCAAGT TCTATAGATG CAAATGTCGA CATGTGTTCT CCCTATAAGA 1080 ATGGAGGGTA CGCGCAgCAG CCCCATCAGG AACCTCCCTC TCGCCCTGTG GATACTCGCG 1140 CTCTGCTCCT CCCCCGAGGT ACCGCACCCT ACAGCACACG ATCAAAGACA AGACTTCCAG 1200 GCGCACAACG GACTGGACAT CCGTCCTTCG TATAGGAGCT GCCCTGCTGT TCACACGTAA 1260 GGGCGCTGAC AAGCGcGTGT GCCAGACCAC GCGCGTGAGT CAGATAGTGT TGGATTGCAT 1320 CGTGCTCATT TTTTGAAGAG GCAACTTTgc tACGCAGCGT CCTATAGAGA GCGACGACCG 1380 CATCGTGCAC ATTGACATCC GCGCGCCTCA AATAGGCAAA GAAGGAATCA AAGTCAACCG 1440 GCGCGTCACC GTACGGCCGA ACCTCTTGGA GAAgTAAGAA ACACCGTTTA TCGAGATGCA 1500 AGAACTCACG ACTCaGCGCC TGTGCACGGC TGAcAAAGGA TTCTACATGC TCCCaCGCAC 1560 GTGTGCGcAG CGACTCGTAC ACACTACGCT GGACCTGTAT CACCTGGCCA ACAAGCTCAA 1620 TCTGCGCAAC AAGAATTGCC TCCACCTGCC CTGCCCGGTG CAAAGCCCGC TCTCGGTCCA 1680 TCGCCCACTC CTCTAGCCAG GAGTCTCGGC ACCTTTCCCG AGCGCTTTAC TTTTTAGTGA 1740 AATAAAAAAC CGTCCAGTGG TCTGCaGcTC CGCAGGCTAC TGGACGGCTC GCACCTGCTG 1800 GCTCTAtGCG CGGCCGGCGC TTCCGAGCAC TTCCTTGTTT TTGTGCATGT ACAACTTCTT 1860 AAGCTCATCG CGCGCAGGAC CCAAATACTT TCTCGGATCA AACTCATCTA CCTTGGTGGT 1920 CAGCACCTGC GTATAGCTGC AGTCATAGCG AGGCGACCGT CCGAGTCAAT GTTCACCTTG 1980 CACACCGCGC TTTTGGCAGC TTTCCGCAAC TGCTCTTCTG GAtACCCACA GAATCCGGCA 2040 GATTTCCACC GTACCTTTCA ACCTCCCGTA CGTACTCAAC GGGCACAGAC GAAGCACCGT 2100 GCAGCACGAT GGGAAAGCCA GGAATACGCT TTTCTATCTC TGCGAGGATG TCAAAACGTA 2160 GCGGAGGGGG GATCAACACT CCATCAGCAT TGCGCGTACA CTGCTCTGGC GTAAACTTTG 2220 CTCTCCCGTG ACTTGTTCCG ATGGAGATGG CaAGGGAATC CACCCCCGTT TTTTTCACAA 2280 AGTCCTCAAT TCGTCAGGCA TAGTGTAGTG GCTCTTCTCT GCCACTACAT CGTCTTCCAC 2340 ACCAGcGAGT ACCCCAAGCT CCCCTTCCAC GGTGACATAG TCCGCACGCG CATGGGCATA 2400 CTCGCACACC TTCCTGCTTA GCGCTACATT CTCGTCGTAC GGCAACGCCG AACCGTCAAT 2460 CATCACAGAC GAAAAGCCAC TCTCTATGCA GTCAATGCAC AGCTCTAGGC TGTCACCATG 2520 GTCCAGATGC AAAACAATGG GAATATCAAC GCCGAGCTCA TGGGCATACT CAACTGCGcC 2580 GCGTGCCATA TTGCGCAGGA GCGTCGCATT TGCGTACTTG CGCGCACCGG AAGAAACCTG 2640 CAGAATGACG GGAGAACGCG TTTCAACACA CGCCTGTATG ATTGCCTGGA GCTGTTCCAG 2700 GTTGTTAAAA TTATACGCAG GGATCGCGTA TCCGCCCTTT ACTGCCtTTG CGAACAGGTC 2760 CTTGGTATTC ACCAAACCGA GTGCCTTGTA ACTAGTCATG AGAACCCCCT TTGTTAGGAT 2820 TGCTTCGAGA AGAGTCACGA AATAGAGAAG CGTGCCACCC TCGGCAAGAG GGGCATGGTA 2880 GGGCGATCGG GACGCTCTAG TCAACCGAAG CGCGAAGGCT TGAGTCCACA CGTCAGGCGT 2940 TGGAACGGCA GCAAGACGAT TTGGACAGGT ACCACGCGGG AGGTTTGACA AGCTATTTCT 3000 CCATGCGCTA GAATGCGGCG AGCTGGCGCC TGCGAGGCGT TAGGGGTGGT GAAAAGGAGT 3060 TTGCGAATGA AACAGGGCTG TTTTATGGTG GCGGGCTTTG CGCTGACGTG CGCGTTTTTG 3120 GTGTCCCCCC TTGCGGCGCA AAGGTCGAAG GTCAATTACC AGGCATACTT CA 3172 (2) INFORMATION FOR SEQ ID NO: 26: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 24699 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 26: CGTTTTTTTA ATGGGGTAGC CAAGCCAGCA TCCACCATTT TCTGCATAAT GGTGTCGTAC 60 TCTTTTTTCG AACCGTCGCA GACGTAGACG GTATCTGGGG CACAGAGTGC GACCATCTCT 120 TCTATCCACG CCTTTGCTCG AGCGTGGGCA ATCTCGTGAA GTTCCATAAC GCCGCTCCTT 180 GGTGCGTAGC GTGCTGCACG GGTATTCCAG GCACGTATCG CCCCAGAAGT AkAGCGCGsw 240 AaAGGTAAAT AAAAAAGACC TCTTCAAACC GAGTGTCTCT GTCACCGCAG GaGCCGACAT 300 GAGCGGTGTT CTTTACCTAG GnCGTTTCAC TCTCTGTCTA TTACCTGTCA GTTGTTTTTC 360 TCAAAAAGTG ATGACGTGTG CCGATACCGT CAGGGGTGCG CAAGAGGTTT TTATGCTATG 420 TATCTACGTT GAGCTTCCCT ATTACTATCA AcTGACGCGC ATCTTCCCTG CTGACATCGA 480 ATCGCTATGT GCGCGTATGA GAAGGTTCGC TGTCCACAAC GGTGCTGCCC TCCACGAGGC 540 ATCGTCCGTT CGTATCTTTG CATTTGAAGC ACACAGTCTC GGTTCTGTAT ACGcCGCGGT 600 ACGCTGCGTG CGTGCGCTGT ATCAAACACT GGACACATAC GAAAAGCAGG TGAAGGAATT 660 TCGTATCCTC ATGGACGTTG TTGCTGACGA TGCTTCTCCC TGTCTGATAG AAGATCGCTT 720 CCATGCATAC CGCAGTACGC TGATTCCTGA CCGTGGTTTT TTTGCATCCT TTCGTGCAAA 780 ACAGCTTCTC AAGCATTACC TTGAATTTTT GCCACTGCCA GCGCTGAATA TGTACCAGGT 840 TAATGGTTTC CTTTCACTTT GTGCGGAAAA ACCTTTTCCA CAAGGGGTAA CCACGCACTG 900 CATAGTTGTG CGTACCACTT CTTCATACAT GAGTGCTCTG TGTAATTTCA TGGCGCTCCA 960 TCCGTTGTCC GAAGCGGTCT ACTCAACGCT ATCTGAGGAA ACGCGTGCGT TTTTTTTTCA 1020 TCTGCGCGCT GCGGTGTCTT TTTTTAAAAG ACGGCGGTAT GATTCGTCTT TTCCCCAATA 1080 TTTAACCGAT GCATTTCTTC AGTATGTGGG TCTGTACTTT AAGCTTTATT ACGAAgCGgC 1140 GCCAAATGcG GCGCCGCCGC CCATTTATGT AGACCCTTGT GCTGGACATG AGAGCCAAAA 1200 GCAGGCAGAG AAAGTACTGA TCGTCAGTCC ACATTCTCCC CTTATGCGGT TGCCTGCATC 1260 CTGCGCAGAT ATTGAAGCTA TTCCGCAAGA TCTAGCAGAA GTCATGTATa CGCTTTCGCT 1320 TGCCTCCCGT TATATTTTCG CGGACGAAAT AGAGGAATTT TTTCTGTTTT TGAAAAAACA 1380 TGCtGACTTC GTCGGTGATT TATTTGACAA AATGTTTTGT ACCCAGGTGA CGATGGTGCC 1440 GCACAACGCG TATGCCATTC CAGAGGATGT ACACGACAGT CTAGAAAAGC GTGTGCGCGT 1500 GAAAATGCCT GTAATACGCG AATGTATTTm wwcCCTTCCT TTGGAAGAAA TATCAGGAAG 1560 GATCGCTTTG TGCTAGTACG GATCTGCTCA GAACTTTCCA GGAGCTTCAG TACAAATACA 1620 CATCCGATTG TGTGTTACAC AGCTTGTTTC ATACGTATTC TGACGTGCAG ATTGCGCACC 1680 TACAGGTAGA AGAGTACACC GGCACGGATG TCGGCGCAGT GTTAAAGGTA TACCAACACA 1740 CGCTGCTGGT GGGCATGCGT GAAGACGCAG AGGCCGCGTT CAGAGAAGCA AAGGCTTGTC 1800 TGACAACACT GCAGGCGCGG CGTTTTGTGT CCGCTGAATA CCGGACCTTT TCCCTCTTAG 1860 GATTTCTAAC CA AGGTCAG AGCAAATTTG AAGACGCGTT GGTGTATTTT GGCTATGCAC 1920 TCGATGATGC AGAACAGctG CGCGACGGTG ATTTTCTCTG TTCCGCGCTT TTTCATTTGA 1980 GTATTACCTA CTTTTTGCAG CATAACTTTA CCCAGGCGCG GCTTTTTCTG AGTAAGCTAT 2040 CCGATGCGAT ATCCACGTAT TTTGAGCAGC GATGGAAAAC TGTCAGTCTG TTTATGCAGG 2100 GCAGAATTTC TCTCAGCCTC GGGGAGTATG CACAGGCGCG TCGGTGTTTT GATGAGGCTG 2160 CCGATTTTGC ACTGCAGTAC TTTGAACACC AAGAACCCTT GTGCAGAGTG TGGGCTGCAC 2220 ATGCACGGCT ACTTGCGGAT AAGTCGTATG CAGCGCACGC GCTGTTTCAG GACATGTGTG 2280 ATCAATACCC TGATGCATAT CTCTTTCTTG TAGAAAGCTA TGTCCGCGCA GAATGTTTTG 2340 ACGATCCCAC GTTGTTTCAA TCGTTTCCTG AGGAAACGAC CTCTCGCGAG CCATGTGTGC 2400 CGTCCTTCTC TCTTGATACG CCGATTTACT CAGGGTTCTC CTGCGCAGAA GATCTGGTAT 2460 GGGGCAGGCA GTGTGCGTTT GCAGTGAGTG CGCAgCACAG tACGGTATTT GCTCATTACT 2520 ACCATTGCAG GGTGCATCTG CACCGTGCCG AGGATATGCA AACATTCCAC CACCATAAGC 2580 AAAAACTTGA GGCCATTGCA CGTCGCGCGT TTCAAATAGG TGATCCGAGT GCTGCGTTGT 2640 TTCTGTACCT CTGCTATGAT GTGTCCTACC GCGTGCACGG CGCAGAGGCT GCTGTCACGA 2700 CAGCGCACCT GAGTAGGGCG TTTAAAGTGA TGCAGCGCAg CGTTGCGTAT ATGTCAGAAA 2760 ATACCGTTCG CGCACAGTTC ATGCAGGATA ACTTTTGGAA TGCAAAACTG TTTGCCGCCG 2820 CGCAGGCAAA CAAACTCATT TAAAGCAGGG GGCACTATGG CGGTCAATTG TGGCATTATC 2880 GGTCTGCCGA ATGTGGGGAA GTCGACAATT TTCTCCGCGC TCACTGCAAA CGTCGTGGAG 2940 GCGGCGAATT ATCCCTTTTG TACTATCGAA CCTAACGTGG GTATGGTGAC AGTACCTGAT 3000 GTGCGTCTTG AAGCACTGGC TGGTCATTTT CGGCCAAAGA AAACGGTGTA TGCCTCCATT 3060 GAATGTGTGG ATATTGCTGG TTTGGTAAAA GGTGCCTCGC AGGGGGAGGG ATTGGGCAAT 3120 CGTTTTCTTG CGCATGTGCG AGAGGTTGGA GTACTTGCAC ATGTGGTGCG CTGTTTTGAG 3180 CATACGGATA TCGTTCATGT ACATAATAAG GTCGATCCTC TTTCAGATAT TGAAACGGTG 3240 CaTATAGAGC TGGCATTGGC AGACCTGGCC TCGGTAGAAA AACGGGCTGT GCGTGCTCAA 3300 AAGGAGTCGC GTATGGGAAA GTCCcTTCAA AAGGAAAGCA CGCTGGTATT ACGGGCACTC 3360 GAATACTGCG CGAATATTTA GAAATGGGAA AGGCGGCATG TATGGCGCCG CTGTCGGATG 3420 AGGAgCGCAA ccGGTGCGCG ATATGCGCTT GTTGACAATG AAGCCGCACC TGTACGTGTG 3480 CAATACAGAC GAAAGCGGCA TGCAGTACGG AAATGATTTC GTGCGCGCGG TGCAAGAGCA 3540 CGCACGTGTG CATAACACGC AGGCAATTGT TATGTGTGGA AAATTTGAAG CAGAGctTGC 3600 GCAGCTTTCT GATGTGGCAG AGCAAAACGC CTTTTTGCAA GAATTAGGGT TGCGCGAATC 3660 aGGACGTgCG GcTTGCGCGC GCAGTGTATT CCCTGATGGG GTTGCGTACC TTTTTTACCG 3720 CGGGGCCTGA GGAGTGTCGC GCGTGGACCA TTCGGGCAGG GCTGCGTGCA CCGCACGGGC 3780 AGGAGTGATC CACAGCGACC TTGAGCGTGG TTTTATTCGT GCAGAAACGT ATTCTTTCGA 3840 TGAtCTTkCs TCCtGTGGGA GTGTGGCAAA GtGAGGGAGG CAAACCGCGT TCGGCAGGAG 3900 GGGAAGGAAT ACGAGGTGCA AGACGGGGAC GTTATCtTTT TTAAATTCAA TGTGTGAAAC 3960 ACAGGCGCTC CgTTCCGTCT GTGCGCCgTG TGCGATACAt GAGCCTTGAT TCTGCGTTTG 4020 AAAGCAGGCA CAATGCtCCC GTGCAGCGTA TCATATCTTG GAATGTGAAT GGAATTCGTG 4080 CCATAGAGCG GAAAGATTTT CTCAGCTGGC TCGCGCGTGA GGCGCCTGAT GTTCTCTGTT 4140 TGCAGGAGAT TAAAGCGCAT GAGTCGCAGC TGAgTGTGCG CTTCGTGCTC CGGTCTGGAG 4200 TGCTGGGGCG GGGGGTACGT ACTATACCTA TTTTCACAGT GCGCAGCGTC CTGGATACAG 4260 TGGCACGGCG CTGTTCAGTA AGCGCGCGCC AGATGCGGTG CGTTTCTTCG GGGTTCCGGC 4320 TTTTGACTGC GAGGGGCGGA TGCTTGCGGC ACgCTTTGGC GAGCTGACGG TGGTAAGCGC 4380 GTATTTTCCG AATGCGCAGG AAGGGGGCAA GCGGCTCGCG TATAAGCTTG ATTTTTGCGC 4440 AcGTTTCGTG CGTTCTGTGA TGAAGAGCGT ACGGCCGGGC AGCACGTGAT CTTGTGTGGT 4500 GACTACAACA TAGCGCATAA GGAAATCGAC CTGGCACATC CTCAGGAAAA TGAGGGGAAT 4560 CCTGGATTCC TGCCTCAGGA GCGTGCATGG ATGGATACAT TTACGGAGGC AGGCTATGCG 4620 GATAGCTTCC GAGCCTTCTG CACAGAAGGG CAGCAGTACA CGTGGTGGAG CTACCGTGCC 4680 CGTGCAcGCG CGCGTAACAT TGGATGGCGC ATCGATTACC AGTGTGTGGA CCAAGCCTTT 4740 TTAGCGCGCG TGACCTCTTC GCAGATACTG TCCGAGGTGA CAGGATCGGA TCACTGCCCA 4800 GTGTGTTTGA CGTACGCGGA CTAATCCGTT TCCGGGGTGA GCGGCACGTC CGCGCAAACT 4860 AAGACGTACC CGCGCGCACA GGCAGCGTCA GAGGTGGTAG CGAACGTCCA CACCCGCGGC 4920 TATGAACTGT GCGGTGCGCG TGTTGGTCTG CTGTCTATCT TCTTCAATAA TCTTTTCGCA 4980 TGACCGGGGT ACGCCGCTGT ACGTGGCGCT TACCCCCAAG GACCAGTGCT CTGTCAGTTG 5040 AAAATAGCAC CCCGctGCCG CCTTGAGCAC AAGACCGTAG TAGGTAGACG TGTAGTAATG 5100 CTGATAATTG AAGCCAGCCC CTACCGTCAG TGGCAAGCGG ATGCGCCAGA AGGCAACCGT 5160 GTACCCGGCA GTGAGGGCAA CGGGAATTGC AAGGTAATAG TACGGAGTAG TGGGACTGTA 5220 CGTATTGTTT GGATAGCTGC AATGGTACTG CACACTTGCG TCAATCCCGA GCGACAGGCC 5280 GCGGCACACA AAGTGTTCAA ACCCTAACGC CGCACTGAAC GCGGGGTAGA TGTACTTGTG 5340 CCCGTTGGTT TGCGCGTTGG CATTACGGTC GTCCCCGCGA CCGCTGTTAC ACCAATCCAC 5400 TTGAAAGAGG GGCACCGCGC CCATGGCCGA AAGGGTATAG TACTCCGGCC CGCCGCAGTA 5460 GTGTCCCACG GGTCCGCGTG CACCGGGTGT GCAGCTCCCC ACACTCCCGC GCATATTCCC 5520 AGCACCGGGC CGACCGCCCA CCACTTCAAT TGTTTCATAC CCCGCTCCAA CGCCGATCCT 5580 CTTACGCGTC TCGTCGAGGA CCTACTCCAT TCTACCCCCC CCCCACGGCT GTTTGTCGAA 5640 CCCTTTTTAA AGGGTTCGTT CTCGCGCGCT GGGCAGCACG CGCGTGAGGC GCCTATGCCA 5700 TCGGGAGCTG CGTTTTTCTT ATGCCCCACG AGGGGACTGC GGGGTATGTC GTGCGTCCGC 5760 ATGGGTGTGG TATCGGTGAG AAAGACACCC TGAAATACAT TGCTCTAcTT CGTACCAGGA 5820 ACTGCAGCAG CAGGGGGAAC AGGGACACCC TGGGTGAAAA GACTGCACCA TGCTAGGATG 5880 GGGAATGGAT ATGTCCAAAA GTGTGATGCT GTGTTGCCTG TTGAGTGT C AACCCTGTTA 5940 TGCCGGGTAC GTGTTTGTTT CCCCAAAGCT TGGCGTGTAT GGAGAAGCAT TGGGCGGTCC 6000 TGACACGGTG GGTAAAGCGG TCAAGCAGGC CGACGGTACT AAGATTGCTC CGAAGATATG 6060 GTACTACGCG CCGCTACCCC GCTTTTTGGC GTGGATATAG GCTATCAGGC GGATAACGGC 6120 CTGTTGTTCC GGGTGAATTT GGATGCGGCA CTCACGCGCC TTATGTTTCG CAGCCAGTGT 6180 GTGGTGGGCT ATTCCTTGCG GTTCGGCTGG GGGGGGGGGT ACGTCTCTAT CGCTTCGGGA 6240 ATCGAGTGTA GTGCAACGGT CGATGACGCG CAGTACGAGC CCTACACGAA AAATGAGCAG 6300 GGGACTACTG TTGCCTCCAA CACCGTGTTC CCGTGCACGG TCTTGGAGGC ATTGGTGCGT 6360 GATCCGGCCC TTACCGCAGA TTACCTGCTT TACGGTATGC AAAGCTGTTA CGCAATTCCG 6420 CTCCATGTGG GGGTTTCGTA TTACCTTGCC AAGCGCTGGG GTATTGAGTG TGCGCTTACG 6480 GCCTCACTTG GCATTTCAAT GCGGACGGAT GTGCGCGTCC CCTACGCGGT ACGCATAGGG 6540 CCGGTATTCC GCGTGTAGGG CCTCCGGTGA GCCGCTCTCC TTCCCATAAG ATGGCGTTGT 6600 TGGCTGGGGC TGGGGCTGGG GCTGGGGCTT TCCAATGGAC GGGCATGTAC GTACGGTCCT 6660 ATGGAACTTC GTTGTGGGCT GCGGCTCCGG GTAGGGCTGG GACTCCGGCT GCGGCTCCGG 6720 CTGCTTGGGC ATAGCCGCTA GACAGTGTGG AGTTCCTCCG GGCGACTGCG AGCCGAGAAG 6780 TAGATGTCAA CTCGGGCTGG GGGTACGGCT CGGGCGTGGA ACGAGGTTTT TTGTGTGAGG 6840 GGGATGTGCG CGCGTGTCTT GTTCCTGCCT CCCACTTCGT AAGAGCAGGA ACCGCACCAG 6900 GGACGACGCC GGGGACCGCA GCAGCTTGCT TGTTCGTACC GCCGTACgTG CTGGGGGTTA 6960 CTCCTGCTGG GACgTTGCCG TTTGGTTTGC CCTCCCAGTC GGTGTTAGGG GGgcTGCGCC 7020 TAGCTCCAGT GCACGCGTCC TCCCTGCTTG AGGGGTTGGG CGCCACCATT TTTTTCAGAT 7080 GCAATGCCCC GTGAGgTTTG CGCAgTCGTG CTCTCGCATG GCTATGTTTC TAGCGAGAAA 7140 TACTCCCTCG AATACATTGC TGGCCTTCGA TGCGGGCGGA CGTCCCACAC CGGGAAGTGG 7200 ATGTCGGCTG GGGCTCGGGC GTGGGCTTTT AGGACTTTGT AATGGACAGG CATGTACGCC 7260 TGCGTCCTAT AAGATGTCGT CGGCTGCGGC TGGCACTGCG GCTCCGGCTC GGGCTCGGGC 7320 GTGGAACGAG GTTTTTTGTG TGAAGGGGAT GTGCGCGCGT GTCCTGTTCT TGTGCTCCAt 7380 TCGTACCAGG AGCAGGGGcT GCAGCAGCAg CTTTTTTGTT CGTACCGCCG TACGTGCTGT 7440 GGTTTGCTCC TGCTTGGACG ACGCCCTTGC TGTCTTTGCC CTCCCAGTGC GCACCTTCCC 7500 TGCTTGATGG CGCCACCATC GGATGCAATG CCCCCGACAC GTCTGAGAAG CTAAACGAGC 7560 CTCCACATTC ACGCAgTCCG CGCcTACGGT GCCCTGCGCT CCGTCTTTCT TACGCCCCAC 7620 GAGGCTGGCG CAGTCGTGTG CGGTCATGGC CATGTTGAGA AATACTCCCT GAAATACATT 7680 GCTGGCCTGC GATGTGCGTG AGGCATCCCC ATACCGGGAA GTTGATGTTG GCTGCGGCTG 7740 GGGCTTGGGG TCCGGTCAGG ACCGTGTAGT GGACGGGCAT GTACGCCTGC ATCCTATAAG 7800 ATGTCGTTGT TGACTGCGGC TGCGGCTGCG GCTGCGGGTA GGGCTCGGGT TTTCTGAGTA 7860 GACGAGGGTT CGTACGTTCG TCTTATTTCC GCGCGGGCAT ACTCAGCAAT ATTCTGCCTT 7920 CCAtTCGTAG GAGCAGCAGG AGCAGCAGGG GGCGTGGCCT TTTTGTTCGT ACCGCCGTAC 7980 GTGCTGGGAG TTCCTGCTGG GGCCTTGCCC TGaCTGTCTT TGCCCTCCCA GTCGGTATGA 8040 GGCAGGTCGC GTCTGTCCCT TAATGTGTGC CTCCTTGCCT GAGGGCTCCG GCGCCACCAG 8100 TTTCAGATGC AATGCCCACG GCATCGCCTG AGAGGCTGAA CGGGTCTCCA CACTCACACA 8160 GTCTGCGCCT ATGTCGCCAT TCGCTCCGTT TTTCTTATGC CCCATGGAGC GTGCGCAGTC 8220 GTGCGTCTGC ATGTCCATGG CATTGGTGAG AAAGACGTCT TTAAACACAT TGCTGGCCTT 8280 CGATGCGGGC GGACGTCCCA CACCGGGAAG TTGATGTCGG CTCCGGCTCG GGCTGTGGCA 8340 TAGCCGctAA CGCACGGGGA GTGCACGCGT TTTTACCATG TCACTTTCAT TCCGCAGACA 8400 AGGGTGCCGA AGTGGCGTTC GGACCAGATG CTCTCGGCAA TGCCCATGTA AGGAGCGTCA 8460 gcAAGCACGC CCTGTTCCCA CTGGGCGCTG AGCTCCACCT TCTCGAAGGG ACTGAACGTC 8520 AgTCCCACCT GGTACTGGAG CGCTCGTTCA TTCAACAGGT TGCCCGCGGG GTTAATAATG 8580 TTAAAGCGAT TGGTTGTGCC GAGCACGGAT GTGTGTGGTG CAAGCCAGGC GTGGGAACCG 8640 AGGGGGATGC GATAgcTGcA CCACGCCTTC CCCAAAATTG GCATATTGAT AGTCCCAGGG 8700 GGCACAGCTC CATTCAGTTC GTACCCTCCG TTATTTCTGT AACGGATGTA GGTGAGGGGG 8760 ATGTACACGC GTGCTTCGAC GCCGGCGTTC AGGCCGGTGA GCAGGTGGGT GTAGGGGTCA 8820 CCGCTTTTGG TTTCGAGCTT AAGGAATCCG GCAAAATCAA AGTAGTGCGC ACGAGTGGTA 8880 GCAAAGACGC GTTTGCCAAA GATATTAGTG CCTGCGGTGG CAAAGTATAT GCCAGAAGAG 8940 AGCCACTTCC AnTGCATACG CAGGAGCGCG TCTATGTTGA GCGCGTTCAT AGGTGCGCGC 9000 TCAAGGAAAG CGAGAAGTTT AGCAGTGACA ACTCTTGGAT CGGAAGAGCG GAAGACATCA 9060 CGTACTCCTT GCTCTATGTT CGGTACAAGT TGCGATACaA GCGCCGCGAG CGCGCCAGCG 9120 GCTAGCACGG TTTGAATGGC GCTGCCGAGC GTTCCTTCTG CAATCAAAGC AGCAAGTCCT 9180 ACCATCTCTA TGAGAGTGGT TTGTTCGGTG ATTCCTGGTG GCATCATGAT ATTGGGAAGG 9240 TTCTGCACGA GTTTCCCCTC CACCCGTCTA AACACTTCCC TTGCTTTGAG GATAGCTCTC 9300 TCTTGGGTCT GAGCATGTGC GTTACTCTGG TGTTGGTTAC CGGCGTCGAG GGCGAAGGAG 9360 AAGCGGAAGC CGGCGCCTGG TTCGAGGGTG AGTCGGCCTC CTACTCCCCA CAGGAGTGCT 9420 GTTTTGTTTT CGTTCTTGGA GTCTTCGGTA CCCTTAACGt AGTTCTGGTC CAGTGTGGCA 9480 TTCCCTGCCA GCTCCAACGT AAGCAGCCGC TGACGGTCGA CGCCATAGGA AAGCGTTGCA 9540 TCGGCCCCGA AGCCATACTT GCTGTGCGTG GTGTCAGTAC TATCCCAGGC ACCATTGGAA 9600 AGGAAGGAGA GGAAACCGAT GTCCACATCT ACTCCGCTGT TTCCCACATT GTGGGCCTGG 9660 TAGCCGAGTT TTGCCCCGGA GCCGGAGAAA CCAGGGGCAT AGCGAGTGTC CTTTTCTGAA 9720 TAGGCACGGG TGACAAAGGG TTTCCACAGC TGGGCAAAGT TAACCACACA GGAAGGACTG 9780 GTACCCACTG TCAGGTAGGC CCCATAACAG TGCAGGGTTG CCTGGAAGGA AGCGGTAGGT 9840 TTGGTAAAGG ACAGGGCCGT TGAGCTTTTA GAAGACGCAA GCTCTACTGC CAGGTCCTTC 9900 AGCTGCAGCT GTGCCCACAC CCCTGAGCGT GCCTCCCCTC GGCGGGTGTG GGTGTGCTTT 9960 GACACCAACG GCAGGGAAAT AGTCAGACTA TTGGTAGTGC GAAACCCATG GGTGTGCTTG 10020 CCCGGGCCAG TGCGTGGATT CTTCTGGAAC GCAATGCCCC ACTGGAGCTG GGCTGTGCCA 10080 CTGAcTGCGG AGTGAGTACG CCTGCATAAC CAGAAGCAGC ACATACCATG CCCGCAAGTA 10140 CCCCCGCTTG CATCACCTGC CTGCCCACTC ACTCCCCCTC CTCTCACTTC TACCTCACCC 10200 CCCCCACCCG TCTAGCCGCG TGTGACTACC AGGAGAGGGT GACGCCGCAC ACGATGCGGC 10260 CGATTCCCTG GGTGAGGCAC TCGGACACCA GCAGGTACGG GACATCAGAG AGCATACCCT 10320 GTTCCCAATC AAGGGAGAAT ACCGTCTTCT CTATGAGACT GGCTGAAATA CCAGCACGcA 10380 GCTGTGCACA GTACTCCTTG GTTAGATAGG TAGCTCCTAC TGCTCCACCT GCAGCAGGGG 10440 CATTCAGGTG TGcACGGTTG ' GTAGAGGCAT GGACCGTAAC GCTTGGCTTC ACCCAGCCGT 10500 AATCCTGCAC CGGGATGCGA TAGCTACACC ACGCCTTCCC CACCACCGGC AGGCCAATGT 10560 GcCCTGAGGA ACCGcCGGAA GGGAGAGGGT TCCCGTTATT ATTTTTGTAC AGGTCATGGG 10620 TGAGGGGGAT GTACACGCGT GTTTCAACGC CGGCGTCCAG GCCGGTGAGC AGGTGGGTGT 10680 AGGGGTCACC GCTCTTAGTT TCGAGCTTAA GGAATCCGGC AAAGTCGCCA CAGCTTGCGA 10740 TGGTGTTATC TAACACCCTG GTGCCAAAAA CGTTTGCCGG TGCTGTGGCA AAGTATATGC 10800 CAGAAGACAG CCACTTCCAC TGCGCCGTAA ACAGCGCATC GAAGGCGACA TTGTAGGTGT 10860 CAAGATACAG ACACACGGCG CTGACTCCCA TTAGAAAGGC ACGCCaTGCA GACGCACGCA 10920 GGTTCTGTAT AGCCtGACGT ATCTGCTGCC CCGCATTCAA CGCATCCGTC TTCTTCTTCA 10980 CTTCTTCGGT TATGTGTTGC TGGACACTCG CGAAAAACGC CGTTATTTCC GTTCGCATCA 11040 TCGGCACTAA ATCTGCCAGA TCCTGTTTCA CCTCATCTTG CACGCTCACC ATGGTCAGAA 11100 TGCTGTTCTG CTTACGTGAT AGTTGCTGCT TAATGAgCGt TCGCCTACCA TTCTCGCAGT 11160 ATCGCCTAGA CTACCCCCGA CCGCTTGCAT GTTTGCATTA TTTTTTGCCA CAkCCGCTTG 11220 CACTTTCTGA TTAATTTCAG TGACGATTTG CGTCTGTACC TGCTCAAACC CCTTCACCAn 11280 CCTGTCCGCA TCGTACTGCA GCAAAACCTG CCCCATCAGG GAAAATGCAG GAAGTGCAGG 11340 AAgCGGCGGC AGGTTCGGCG GACTTCCTGC GGGGTGTGAA GATTTTGCAC AACyTTACCG 11400 GTAGGTTTAG CAGGATTAGG CTGAACTGCC TCTAGCGCGT TTATGTACGT AGTCCCCCGA 11460 GATTCCAGCG CGCTTCGAAC TCCAGCCGTT ACTGTCTGCG TCGCCTGTTG CACTACCTGG 11520 GTTACCCAGG CTTCCTGTTT TTGACTTTCT CCCTGGAAGA GGTTATTTGA GAGGGCGGTG 11580 AGTTCACTCT GCGCCCtCTG TGTGCGATTT TGAAAgTCCT GTGCACTCTG GTGTTGGTTA 11640 CCGGCGTCGA GGGCGAAGGA GAAGCGGAAG CCGGCGCCTG GTTCGAGGGT GAGTCGGCCC 11700 CCTACATTCC ACAGCAGTTT ATCCTTGTTC TGATTGTTTG CGTCCTTCTG TGCACCGATG 11760 AGGTATCCGT CTTCTAGCGT AACATTGCTG GCAAGCTCTA CCGTGCACAG AGGGTGTCCT 11820 GCACGCGCAT ACATTAGCTT CAAGTCTGCC CCAAAGCCAT ACTTACTGTG CGTGGGGTCA 11880 GTACTATCCC AGGCACCGTT AGAGGCAAAG GAGAGAAACC CCACATCAAG GCTGACCCCA 11940 CTGCCCCCAA TGTCCTGTGC CCGATACCCA ACCTTGCCGC CTAAACCCCC AAACCCCGGC 12000 GCATACTGTA CCGCATCCTC CTGGTACTGC GCTGTCACCC ACGGCTTCCA CAGCCGGGCA 12060 AAGTTCGTCA GAAACGTGGG GTTCTTCCCA ATCGTCAGGT AGGCCCCATA ACAGTGTAGT 12120 GTCGCCTCTA CCTTCCCCTT GCGCTTAACG GCAAAACCTG CCTTCCCCTG ACTCAGGTCC 12180 GCCTGCAGGT CCGCCACCTT CAGctCCGCA TACAGTGCCG GGTGCTGCCC ACGGCGCGTG 12240 TGGGTGGTGC GCATAACCAG GGGAAAGGAT ACTCCCACCG TGTTGGTAGT ACGAAACCCG 12300 TGCTTCAGAT TGTAGGGACC GGTGCCCATA ACTGCACCAG GGGCCTGGCC ATGACTGCCT 12360 ACCCCCTTGC CATAGCTGAT GCCCCACTCA AGTGTGGCAG AGCCAGTTAG CTTCGGGGAA 12420 AACTCCTGTC CGAGCAcTCC CCgCTCGCTC CTACCCCCAC CACCACACAC AGCACATCCC 12480 CCACCGCATG CACCCCATGm TACCTCACCC CCCCCCCCGg cCyTGTCTAg TAGCCCCcTC 12540 ACCCTGCCAC cTGCACACAC GCAAAAACTC ACCACTCCTT GCACCTCCTT GTCCCCTTGG 12600 GTTACACTGT GACCCCTTAT TTTGCGCATG TTTGTCGATA AAGGGGGGAG GATTCTTGTG 12660 AGAGAGAAGT GGGTACGCGC GTTTGCGGrC GTTTTTTGCG CCATGCTGCT CATCGGCTGC 12720 TCTAAGAGCG ACAGGCCGCA GATGGGAAAC GCAGGGGGCG CAGAAGGTGG TGAtTCGTCG 12780 TTGGAATGGT AACCGATTCA GGGGACATCG ATGACAAGTC CTTTAACCAG CAGGTGTGGG 12840 AAGGTATTTC GCgtTCGCAC AGGAGAACAA CGCGAAGTGC AAGTATGTGA CTGCTAGCAC 12900 TGACGCTGAG TACGTGCCTA GTTTGTCTGC GTTTGCAGAT GAGAATATGG GGCTCGTGGT 12960 AGCATGCGGC TCTTTCCTTG TGGAGGCGGT CATCGAGACT TCTGCTCGTT TTCCTAAGCA 13020 GAAGTTCCTG GTCATCGATG CGGTTGTCCA AGACCGGGAT AACGTTGTTT CTGCAGTGTT 13080 TGGTCAGAAT GAGGGGTCGT TCCTTGTCGG CGTTGCAGCG GCGCTGAAGG CGAAAGAGGC 13140 GGGAAAAAGC GCCGTCGGTT TCATCGTTGG CATGGAGCTG GGTATGATGC CTCTCTTTGA 13200 AGCGGGTTTT GAAGCGGGGG TTAAGGCCGT CGATCCCGAC ATACAGGTAG TGGTTGAGGT 13260 TGCCAATACC TTTTCAGATC CCCAAAAGGG GCAGGCGCTC GCGGCAAAGC TGTACGACTC 13320 GGGCGTGAAT GTCATTTTTC AAGTAGCGGG GGGCACAGGA AACGGCGTTA TCAAAGAGGC 13380 GCGCGATCGT CGTCTCAATG GTCAGGACGT GTGGGTTATT GGCGTAGATC GTGaCCAGTA 13440 CATGGATGGG GTGTACGATG GGTCGAAGTC TGTGGTGCTT ACCTCCATGG TCAAGCGTGC 13500 GGATGTCGCT GCGGACGGAT CTCAAAGATG GCGTACGATG GCTCTTTTCC CGGGGGGCAG 13560 TCCATTATGT TCGGGCTTGA AGACAAGGCA GTGGGGATTC CTGAGGAAAA TCCCAATTTG 13620 AGCAGTGCGG TTATGGAGAA AATTCGGAGT TTTGAGGAGA AGATTGTCTC GAAGGAGATA 13680 GTGGTTCCGG TGCGATCTGC ACGCATGATG AACTAAGGGG GAGAGGTGCC TCCCGTGCCT 13740 GCGCGCGGGA GGCCTTCTTC TTCATCTGAT TTTTGTTTGT ACGGCATGGC CGTCGTGAAT 13800 GGCTTCTGTG TGCAGGACAT TCCCTACGGG TCACGGGTTG TTTTGCCGGG GCGTATGCGT 13860 TCTTCTTCTG CGGGTGCGTA GAGTGGGGCG TGTGTCTCGA CCCGCCCGTG GTCAGTGGGT 13920 ATGGGGACGT CCAGTAATGA ACTTGAGGGA GGGGCTATGC CATACGCGGT GGAAATGCGC 13980 GATGTAACTG TCCGGTTCCC AGGCGTTGTT GCCAATGACT GTGTTTCTTT CGGTGTGCAG 14040 ACCGCGGAGG TGCATGCCTT GCTGGGAGAG AATGGTGCAG GCAAGTCTAC GCTCATGGGA 14100 GTCCTTTTTG GTACGTGTCC GAAGCAATCT GGAGAGCTGT TTGTAGATGG CAGGAGTGTG 14160 TGCATCCGTA gTCCGCGCGA TGCGcGCGCC ATGGCATTGG CATGGTGCAC CAGCACTTTA 14220 ATCTGGTTCA CAATCTAACC GTTAGTGAGA ATATCGTTCT TGGCGTCGAG CCTCGTGCGC 14280 GCTTTGCTCG CACGGATGTT CGTGCTGCGC ATCGCCAATG GGGAGAGCTG TGCGAGCGCT 14340 ACGGACTTGC GGTgGACCCA TACGCGAAAA TTCAGGACAT CACTGTTGGC ATGCAGCAGC 14400 GTGTTGAGAT TCTCAAAATG CTTTACCGCG ATGCTCGGGT GCTCATTTTT GATGAACCTA 14460 CCGCAGTTCT CGCTCCACAA GAAGTGCAGC AGCTGATGCA GGTGATCAGA CGTCTTGCTC 14520 GTGAGGGTAA GGCGGTGGTG CTTATCACAC ACAAACTGAG TGAAATTAAG GCAATCGCCG 14580 ATCGCTGTAC GGTAtGCGCA GGGGGGCGTG TATCGGTACG GTTTCTGTGG CTGAGGTGGG 14640 AGAAGAACGG TTGGTAGAAA TGATGGTGGG CCATGCGGTG GACTACGCGC TGCCTCGCGC 14700 TTCAAGGAAG GATGGGGCGT GTGTATTAGA GGTGCGTTCC TTGAGCGTGG GGGCGCGCCG 14760 CGTTACGTCT GGGCAGATGT GGgctGACGC GTCTCCTTCT GCAGCGCCCC GCGCGTACGG 14820 CGTCCGAGCC GTAAGCTTTC AGGTGCGGTG CGGGGAGATC CTGTGTATCA CCGGTGTAGA 14880 CGGCAACGgT CAGTCACAGC TGCTCGAAGC AATTGCAGGT CTTGTGCCGG TGTCGGAAGG 14940 TCAGATTCTG CTTGACGGGT GCGAGATAnC amACACTTCC GTGCGCGAGC GTGTTCTGCG 15000 TGGTGTCAGT TACATTCCTG AGGATCGGCG GAAGCACGGC CTTGTGCTCG ATTTTTCTGT 15060 GGAAGAGAAT ATGGTCTTGC GCTCGTATTT TCGCGCGCCG TTTGCGCGGC GTGGCATTCT 15120 CGATCGGCGT GTGAtTGCGC AGCATGCGCA CGCGTTGGCG AAAAAATTTG AGGTGCAATC 15180 CGGTGCGCTC GGGTGTGCGG TTCGTGCGCG TACCcTTTCA GGAGGTAATC AGCAAAAGGT 15240 TATCATTGCG CGCGAGTTGC ACCGTGCACC GCGTCTTTTG ATTGCCGCGC AGCCGACGCG 15300 CGGACTTGAT TTGGGTGCGG TTCAGTATGT TCATCGCGCT ATTGTCGCCG AACGTAATCG 15360 GGGGGGTGCA gTGCTCCTCT TTTCCCTTGA TATGGATGAA GTGCTTGCAC TGGcAGATTC 15420 TATTGCAGTT ATGTACGAGG GAGAGATAgT GGGGACCGTG CACGCGTGCG ACGCAACAGA 15480 GCAAGAGCTc GGGCGTCTCA TGAGTGGGAT GCGGAAAAAA GAGACTGCGG GCAAAAAAAC 15540 CGGGGTACAG GGGTGATTGC GCGTCTCCGG GGGTGCCTGG TTCACCCCAA ATACCACGCG 15600 CTGCTTATTC CCTGCTTGGC GGTGATCTTG GGGTTTGCCG TAGtGCGGTG GTAATGGCGG 15660 TGTCAGGTTT GCACCCTAAA TACATTCTCA TAGCTTTGGT ACGTTCGATG TTTGGCGTGA 15720 ATGTACAGGC TTTTGGCACC GGCAGGTCCG TGTGGAACTT CAGGTATATG GGCGAAGgAG 15780 TGGTGACGTG TCTGCCGCTG ATACTCACAG GACTTGCGGT GGCATTTACG TCCCATATGG 15840 GATTGTTCAA TATCGGGGCA GAAGGGCAGC TCGTAGTCGG TAGCGTGTGC GCAGTGTGTG 15900 TCGGTGTCCT TTGGCATGAG CACCTTTCTT TCTTTACCAT TCcTGCGGCG GTTCTTGCAG 15960 GAATGGTAGG GGGAGGACTG TGGGGTTTGA TACCAGGGGT GTTGCGCGCA GTGTGCGGGA 16020 TCAGTGAGGT GGTGGTTACC ATTATGCTCA AtACGTAGGA CTGTATGGGG CGAATTTTGT 16080 AGTCACCGCT TTGCCTGGGA GCGACTTGAT GCGTACGGTG TCTTTACCCC CAGCTGCGAC 16140 GTTGCACAGT GATTTTCTCT CGCGTGTAAG CAATGGGTCG CGTCTGCATT GGGGCTTTTT 16200 GCTTGTGATA GCTGCACTGG TTAGCTTTAA GTTTCTCATT GAGAAAACAA CGTTCGGCTA 16260 TGAGCTCCGT GTCGTTGGTG CTAGTGCCGA AGCGGCCCGC TATGCGGGgA TTCACATCAG 16320 GCGGCGTGTG ATGCTTGCAA CGAGCATTTC GGGTATGTAT GCAGGGCTCG CCGGTGTGTT 16380 GCTAGCGATC GGTACTTTTT CGTACGGGCG GGTGTTACCC GGATTTGAAG GGTATGGATT 16440 TGaGGGGATT GTGGTGTCCT TGGTGGGCCG TAATACGGCG TGGGGGTGTG TGTTCGGCGG 16500 TTCGCTGcTC GGTTCGTTGC GCGCGGCAGG CCCACTCATG CAGTTGAACG GAtGCcGAAG 16560 aGGTGTCGGT AATTATCGTT TCGGCGATTA TTGTCTTTCT TTCCATGCAC AATGGAATCC 16620 GGGCGATGCT CGTCAGGTGG GGGAGGCAGG GTGCGCACGT ATGAACACGT TTTATTCGAT 16680 GGTGGCGCTG ACGCTTGTGT TTTCAACCCC TATTTTGATT ACTGCGTTGG GGGGGTTGTT 16740 TTCCGAGCGG AGCGrGGTGA TAAATATTGC CCTTGAAGGG TTGATGATGT TTGGTGCTTT 16800 TTCCACTGCT ACGGTGACGG TCCTGTGCGA GCCGTATACG ATAGCTGCTC CGTGGATTGC 16860 ACTGGGAGTT GGCAtGGcAG TTGCCGCGTC GGTGGcGTTG TTTTACGCAT ATTTGAGTGT 16920 GCGCTTGTGC AGTGATCAGA TCATCGCAGG CACTGaTnCA ATTTGTGTGC AACAGGAATG 16980 ACGGTTTTTT TCGCACAGGT TATTTTTGGG CAGCAGGGAA CGCAGGCGTA CTCTCGTGGG 17040 TTAGTTAAGA CTAGTTACGG TTTTTTCAGT CGCATTCCGG TGCTTGGCCC GATGGTTTTC 17100 ACCCATACGT ACCCGACAGT ATATCTAGGT TTTGTGCTAG TAGCATTGGC GTGGTACGTA 17160 CTGTATCGCA CGCCTTTCGG TGTGCACGTG CGTGCCACAG GGGATCAGCC GTATGCAGTA 17220 GACGGTGCGG GCTTGAGTGT GTTTCGTCTG CGGTCTGCGG CGGTGGTAAT TTCAGGACTC 17280 TGTGCGGGAC TTGGCGGCGG GGTGCTGATA CTGACGCAGG ATATCCAATA CACCGTCTAC 17340 AGCACGCATG GGACGGGGTT TATCGCACTT GCAGCCTTGA TTTCAGGACG GTGGCATCCT 17400 TTCGGGGTAC TGGTGACAAG CGTTCTTTTT GGCTTTTCAC AGATTTTGAA CGTGTATGCC 17460 ACGAGTGTTG AGTTGTTGAA ACATTTGCCT ATCGAGCTGT TTAGCGCGCT TCCGTACGCG 17520 CTGACGGTTG TGGTGCTGcT ATTGTTTGGC GGCCGTGGGG AGGCACCGCG TGCCATCGGT 17580 CAGCCCTATG ACCGTGCGCG GAGGTATTAA TTTTTGGAAG AAGGgTGAGT TGGGTGGCAC 17640 CTATTCTTTG CAATGAGCAC CCGGGTAGGG GGTTCTGTAT TCCGGGCGCG TTTTTTGCTA 17700 CACTTAGCGG GCTGTGGCTG TGCTTCCTTC GGTGCGTAGG TTTGAGTGCT CACTGTTTGT 17760 GGTGCTCGTG CTCTGCGCTC TGGCCGTCTT CGATCCGCTT TCTGGCTTTG TGCAGCAAAA 17820 GTTGGCCGGT GTGCAGCGCG TCTGGCTTGG CTTAGTTGAG GAGTATTCAG GTTTACGTTT 17880 TCAGTATGAT TCTCTCTCCC CTTCTGTTCT CCGCGCAGTT ACGCTGAGAA ATGTTCGTGT 17940 TCGGGAAGCA GTTCGCGGTG AGCAGGTTGC CGTCTTTTCA AAAATAGTCG TTGCGTACAA 18000 TATTTTCTCG CTTTTTGGTT CCAACCCTGT GCGGGGTATT CGGGCTCTTC ATGTTCATGA 18060 CGGAGCAGTG GACGTCGACC TGTACCGTCA CCGTCATGTG AAAGAAAAGT TACAAAAACT 18120 GTTCTCGAAA GACGGGGAAA TGGCTTCGTT CTTTGCCGAT TTGCGCGAAA TAGACGTGCG 18180 CGTCCATAAC ACTGCAGTTA CGGTGCGCAg CGATTCCAGA CGCGCGCACC TTTCTGTGCC 18240 GCAGGGTAGG TTTTCTTTTG CGGAAACTGG CGCCTCGTTC GCTCTTTCTT GCGAAGCTGA 18300 GTATGTCGAC ACCCGTTCCT CTTCCTGGGG ACCGCTGTAC ACACACCTGG ACGCCTCAGG 18360 CGTGTTTGAA ACGTCGTTTA CGTCAGGTTC CGCCACCCTC GAGCTTGCAC CCCCGAGCGG 18420 CTCTTTTTTC AGTGTGCCGA CGCTTACTCT CGTGGCAATT TACGCAGATG ACCTGTTTAA 18480 GTTTCACACG GCGCGGGGCA TCTACCCTAT GGAAGTTTCT GGGCAATGGA ATACTGCAAC 18540 CGGCGCTTGT GAAGCTTCCG TGCGCTGTGA AAATTTTCGT CCCCTTAAGT GGGCGCGGct 18600 CCGCGACACC CACGTGCCAG CACAGGGTAT GCAGGAATTG TCTGTGAGCG GGAACGTTCA 18660 GGTTGGGTAT ACCCCCATAG AACAGTGGCG GTGGAGTGCG GATGTGCACG CGCACACCCC 18720 GTATGTAGTG ctTGCGCCGG GGTATCAGCT GGAAGACGTT GTCGCAACGT TACAGGCGCA 18780 CGGTGATCCT GCACGGATTC AGGTAGAAAA GATATGCGCA CGAGGTAGTA ATCTTGATGT 18840 GGACGGTGCG TTCGAGcTCA CGCTGGACCG CTGGATCCCT TCAGGGGTGC TTACGGTGCA 18900 CAGGCTGCCG CTTCTTTCGG GGGCATACCT TTCAGCGCAG tGCGTTTTCG CCCACAGGGG 18960 GTTGGTTTTG TGTGCACCGT CCCGCGGATA CAGGTGGGGG AAGCGTTTCT GGAGGACGTG 19020 GCGCTCTCAG TACGTGTGGA TCCGGCAAAA ACGGATTTCC GCCTGGTGGC TGCAGACAGC 19080 ACGGGGCGCT ACGAGTGTGA CGGATCATAC CTTGCCGCGA ATGnGGGGCA GTCTCGCTTT 19140 CTTGAGGCAC ACGTGGCGTT TGAATCGGTG AATGTCGGTG CGCTGTACCA AATGGTTGCT 19200 GCCTGTACGT CACCGCAGGC GCTTCCACGC TCGTGACGCG CGCACTGGTG CCGTTACAGT 19260 CAACAGCAGA TTTTTACGTT TCAAGTGATT TTCGTGATAT TTCGTACAAT TGTGTTCGTT 19320 TGGTGCTCGC ATCGGATGAA ATCGCTGACC TGTACGCCCT GCTGTCAgTG CAGGGGACGG 19380 CAGCTTCCTT TTCGGTCACG GA ATTTCGC TGCTGTGTAA GGGACTTGAG GTACAGGGGA 19440 ACGTGATGGC GAATTTTGAA CACGGGGGAG ACGCCCTCTT TGAAAGTGTC CTATCCATCA 19500 ATTCGGTTCC GTATCGTACC AGGGGAGTAT ATGCCGACCG TACGCTGACG GTGTATGGCG 19560 ACTATGATTT TTCGGTGGTG GCATCGTTTG ACGAGCGCGC AGGGgTTACC GGCACGTTTC 19620 AGGTGCAGAA TCTGCCGGTT CCTCTCTCTC AGAGTCTTTT TGATTGTGAC AGTTCTTTTG 19680 CAATGCGTAG TGCCCACTCG TGGGAGGTGC GCTTTCATCA CCTGCACCTC CGTTCTGGGG 19740 CGGTCGCCGC AGtGGATCGG AGCAAATAGA AACGGTCTTG CGCCTTGCTG GCGTGGCGAA 19800 CCAGGCCGGT GCTCTGTTTG ATCAGGTGTT TTTTGGTTCT CGCGATCGGT ACTTGGCTGG 19860 AACGGCGAGC TTTGCCGTTG TGCCGAGAAC AGGGCAGCAC GAGCAGGCGC GGTATGAAAC 19920 GGCCGTGCGC CTTGCATCTG AAGATGCGCA GGAGCAGGTG CAGCTTAACG CGCAGGTAAC 19980 CGTGGGGGAA CACGTCTATG TGGATAGCTC AGGGCGAATA GATAACGTAG ACGTGGGGCG 20040 TTTTGTTGCA GGGCAGGGGG AGCGCAGTCG CGTCACCGGG TCGTGGACTG TGCTGGGTAC 20100 GATGCAGGAT ATGTCTGGAC AGGTGCAGGT AGATTCACTC GAGCTGATCG CCAAGGGAGT 20160 GCCCTTTCAC CTGCGGGGAG GATGTGCACT TGATGACGGT wcgCTTGCGC TTTTGCCCAC 20220 CCAGGTGACG TGGGGGTCAC ATCAGTTTGC TGAcCTTGCA GGAGAATGGG TGCCGGGTCA 20280 GGCGCGTGCG TGGGTGCGCA CCACGTACTC AGGCGCGTTT GAAGGGCAGC CGACACATGC 20340 CACCTGTACG CTCACCCTTG CCGGATCCCC TGTGGATTCG GGTAAGGCGA CATCTGCAcT 20400 GCGCACGTCG TTTCTCACGC CATTTTTGCA GACGCACAGT CAATACACGA TTTCTGCGGA 20460 GTTTGAGCAC TGGCGCATCG CCACATACGA GGGTGAAAAG AACCGCATAC TGGTAGTGCG 20520 CGATCCGGGC GTATGGGCGC TGTACGCCGG TGAGCACGAC GAAATTACCG GATTTATGCT 20580 GGATGATGGT TCAGTGTCGT TGCAGGTGGC GCAGAGTTTG CCTGTTCATT TTTTCTTGAA 20640 CGGGTCGTTG AGTGCACAGC AGGTAGACGT GCAGATTCAG GATATCTTTG TTGATTTGGC 20700 GCGCGTATGG GCGTTTACGG GCATACGGCA TGTGCGCGTG CACGAAGGAG TTGCGGTAGG 20760 AAACGTGACG GTATCTGGAA mnCGTGCGCG CCCGGTGTTT GAAGGAAAGT TACGGGGAAA 20820 GGAGGTAGTT GCCAGCGCGC CTGGGTATGC ACCTGAGCGC TTTGGGCCAG GTTCTATCGA 20880 TATAGTAGCA CACGGCAGCA CGCTCATAGT GCCGTATACA GAGTTTCCCG GTCCGACGGC 20940 CCGTCTTTGG GGTGAGTGTG TTGCACAGCT GAATGGATTT TACCCGGATG AGGTGGTTAT 21000 CAAATGCGGG ACGGTAGGAG ACGCGCTGGG TGCGATTCAG ACGGATAACC TGCTTTTTGC 21060 GATGGACGGG TCAGCCGGCT GCGATCTGGA GCTTCGTATA ACGCCGCAGT TGTTATCGAT 21120 AAACGGAAAG GCGCGCTTTG ACCGCGGGTA TTTTTTACTG AATTTCTCAG GGATTGAAGA 21180 GTTTTACACA AAATACGCGG ACAGTGCGCA GAATTTTCAG ATGAATCTTT TGCTGTCTGC 21240 GGGAAATAAA GTGGAGTTTC GTTGGCCGCG CTCTGATTTT CCTATTTTGC GGACGCTGCT 21300 GCACGCGCAG GAACCGTTTG AGTTCATAGC CGATCCGGTT TCCGGGTCAT TTTATGTTCG 21360 CGGGTTTGCT CATCTTAAGG GGGGAGAGTT TTTTTGGATA AAACGAAACT TTTACCTCCG 21420 GGAGGGGACG ATTCACTTTG CACGCGATAC CCAAACGGCC GATCCGCGTA TTTCGTTTCG 21480 TGCGGAGCTG AAGGACAGGG ACACGCAGGG GAGGCCGGTG AGCTTGATTT TGTCCGCTGA 21540 GGACCAGGTG TTTTCTAAGC TTGCGCCAAA GCTCAGGTGT GATCCGCCGG TTTCTGAGCA 21600 AGAACTGGCG AAAATTTTAG GACAGGTGGT GCTGGGGGAT TTGACAGAGG AGAATATTGA 21660 GCAGAACGTG GCGAGTATCG CTTCAGATAT TCTTACGCAg TGGGGGATTA TGAAGCGGGT 21720 GGAGGATAAA ATCCGCTCAT TTTTGGATTT GGACGCGTTT TCGTTCCGCA CCTATGTTCT 21780 GCAGAACGCG ATTTTTGGGA ATTTGTTCAA TAAGGACCGC AGCAAGCCGC TGACAGTGGG 21840 TAACTATTTT GACAATACCT CCCTCTACGT AGGGCGTCGT CTTGGCCGGG CGGTGTACGC 21900 GGATGCGCTG CTTCACTTGT CTCAGTATGA TCCGcTTGCG CCAAATAATT TGGGGATTAA 21960 AnArCtGCGG CAGGGAGTTT GCTGTTCCGG CCGGAGCTGG GGCTAGAGTT TGCAACGCCC 22020 TTTTTTTCGT TGCGGTGGGC GTCGACGCCG ACACGTCTTG ATTCACTGTT TGTCTCTGAT 22080 ACTTCAATGC GGGTGTCGTG GAGTTTTGCG TATTGAGGCT CAAGGCAGCT CGTAAGGAGA 22140 AAGGAATGCT CAAAAAAGCC aGTGCCTTCC TAATTGCAAG TTGTTGTGTG ATGTCGCTGG 22200 CGTGGGCACA GGCAAACGAC AATTGGTACG AGGGAAAGCC TATCTCTGCG ATTAGTTTTG 22260 AGGGGCTCGA ATATATTGCT CGCGGCCAGT TGGACACGAT TTTTTCTCAA TACAAGGGAC 22320 AAAAGTGGAC CTATGAGCTG TACCTGGAGA TACTGCAAAA GGTCTATGAC CTTGAGTACT 22380 TTTCTGAAGT TTCGCCTAAG GCGGTGCCCA CCGATCCGGA GTATCAGTAT GTGATGCTAC 22440 AGTTCACGGT AAAGGAGCGT CCTTCGGTGA AGGGCATCAA GATGGTAGGG AACAGCCAAA 22500 TCCGCAGTGG GGACCTTTTG TCTAAAATCC TCCTGAAAAA GGGAGACATT TACAATGAAG 22560 TAAAGATGAA GGTGGACCAA GAGTCGCTCA GGCGTCATTA CCTGGACCAG GGCTATGCGG 22620 CGGTTAAGAT ATCCTGCGAG GCAAAAACTG AGGCgGGGGG CGTGGTGGTA CAGTTTACCA 22680 TCCAGGAAGG TAAGCAGACT GTTGTCTCGC GGATACAGTT TAAGGGAAAT AAGGCGTTTA 22740 CCGAGTCGGT GCTCAAGAAG GTGCTTTCCA CGCAGGAGGC GCGTTTTTTG ACCAGTGGGG 22800 TGTTCAAGGA GAATGCGCTG GAAGCGGATA AGGCGGCAGT CCACTCA AC TATGCAGAGA 22860 GGGGATACAT TGACGCGCGG GTAGAAGGCG TGGCAAAGAC GGTTGATAAA AAAACTGACG 22920 CCAGTCGCAA TCTGGTTACG CTTACGTACA CTGTGGTGGA AGGTGAGCAG TACCGCTACG 22980 GCGGGGTTAC CATTGTGGGT AACCAGATTT TTAGCACCGA GGAGCTGCAG GCAAAAATTA 23040 GGCTCAAGCG CGGGGCCATC ATGAATATGG TGGCCTTTGA GCAGGGCTTT CAGGCGCTGG 23100 CGGATGCGTA TTTTGAAAAC GGATACACGT CAAATTACCT GAACAAAGAA GAACACCGGG 23160 ACACGGCGGA GAAAACGCTT TCGTTTAAGA TCACGGTGGT GGAGCGCGAG CGCAGCCACG 23220 TCGAGCACAT TATCATTaAG GGAACGAaGA ATACAAAAGA CGAGGTTATC CTGCGTGAAA 23280 TGCTGCTGAA ACCGGGGGAT GTGTTCTCTA AGTCAAAGTT TACGGATAcT TGCGCAATCT 23340 GTTCAACCTG cGCTATTTCT CGTCGCTGGT GCCGGATGTG CGGCCCGGCT CTGAGCAGGA 23400 CCTGGTGGAC ATTATCCTGA ATGTGGAGGA GCAGTCGACG GCAAACGTGC AGTTTGGGGT 23460 GACGTTTTCT GGGGTGGGGG AGGCAGGCAC GTTCCCCCTT TCGCTCTTTT GTCAGTGGGA 23520 AGAAAAGAAT TTTTTGGGAA AAGGGAATGA AATTTCAGTA AATGCAACCT TGGGGTCTGA 23580 GGCGCAGAGC CTGAAGCTCG GGTATGTGGA GCGCTGGTTT CTGGGCTCTC CGCTGACGGT 23640 GGGCTTTGAC TTTGAAcTTA CGCACAAAAA TCTCTTTGTG TACCGCGCGG GTTCATACGG 23700 CAACGGGcTG CCGCACCCgT ACACGAGCAG GGAGCAGTGG GCTAGTTCCC CTGGGCTGGC 23760 AGAATCGTTT CGCCTCAAGT ATTCGCGCTT TGAGTCCccC ATCGGCGCGC ACACCGGGTA 23820 CCAGTGGTAT CCGCGCTATG CGGTCATTAG GGTGAACGGG GGGGTGGACT TTCGGGTTGT 23880 AAAGAATTTT TACGATAAGG ATAACAATCA GCCCTTCGAC CTGACCGTAA AAGAGCAGCT 23940 GAACTGGACC AGTATCAATT CGTTTTGGAC GAGCGTTTCG TTTGACGGGC GTGACTTTGC 24000 GTACGACCCG TCCAGCGGCT GGTTTTTAGG ACAGCGCTGT ACGTTCAACG GGCTCGTTCC 24060 CTTTCTCGAA AAAGAGCATT CGTTTCGCTC CGACACCAAG GCCGAGTTCT ACGTTACCCT 24120 GCTCAATTAT CCGGTCTCTG CCGTGTGGAA CTTAAAGTTT GTCTTGGCTT TCTACACCGG 24180 TGTGTCCGTT CAAACGTATT ATGGACGGAG GAAAAGCGAA AACGGAAAGG GCAACGGGGT 24240 GCGGTCCGGC GCGCTGGTAA TAGACGGCGT GCTGGTAGGG CGCGGGTGGA GCGAAGACGC 24300 AAAGAAAAAC ACCGGAGACC TGCTGCTCCA CCACTGGATT GAGTTCCGCT GGCCGCTGGC 24360 GCACGGCATT GTGTCCTTTG ACTTTTTCTT TGATGCGGCA ATGGTGTACA ACATCGAAAG 24420 TCAGTCCCCA AACGGGTCAT CGTCCGCCAG CAGCTCCAGC AGCAGCAGTA GTAGTAGCAG 24480 TAGAACCACC AGCTCTGAAG GACTGTACAA AATGAGCTAC GGTCCGGGGC TGCGCTTTAC 24540 ATTGCCGCAA TTTCCGTTAA AATTGGCGTT CGCAAACACC TTCACGTCAn CCGGCGGCAT 24600 CCCAaAAACa AAGAAAAATT GGaATTTTGT GTTGTCGTTC ACGGTAAATA ATTTGTAGCG 24660 TTCCCGTGnC CGTTTTGAAA nGGTCCGGGG GCTGCGTCC 24699 (2) INFORMATION FOR SEQ ID NO : 27: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 4637 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 27: TGCCATGGAA ATGTGACCTA CGCCTCCCTT TATGGGCCAC AGGCTGGGAA TGTCAGAAAA 60 AAGTGCTGTT TGCGAATTGA GCAACTTTCC TATCTCCCGT ACTGGCTGCA CAGAGTTCTG 120 AAAATAGGCG GCTATGCGCC GCAGTTCCTC TGGCTCCGAC CCAACGCCCT GCGCGTTTTT 180 GCCATGCTGT TCTGTCACTC CAACGTTTCC CTTTTGTGCT CCATCCTTTG CTGACGCATC 240 ATCCGGCTCG TTAGACTGGT TTGTGTCGGA TACACTTCGT ACTGGTTTTT CTGCCCCAGA 300 TTGGAGCCCA CTGAGGCCAA CCTGAGAGAA AGTTTGGGAA AGGGAAGTCT GGAACGCCTT 360 AGAAGTGCGA ATAAGTTCTG CTGCTTCTTG GCGCAGGAGT GCAAGGTGCA CCTGCGTTCT 420 GTCCACCTCT GCGCGGACCG CCGCCAGGAA CgTGCGGAGG TGACAGACTG ATGGGCAAAC 480 CAAAAAAAAG AAGCCAACAC GCCAACACCG CACAGAAGAA CGCACAAGAG CGTGCGAGCG 540 GTAGTACAGA AAGTCCGGGC CGCACACTGA GAGTGTGGTA CTAACATGAC GGTGAGTTCT 600 GCACGGCCTG CGGCGCCCAG GCGCGCTGCG GCTTCGCGTA CAAGCCGCGC ACAACGCGTA 660 CACCGGTCAA TACAAAAACG AACGAACGCG TACTCAATAC GCTTGTATCT TCGGATGCGT 720 GCCATGCGCA AGACCTCTCC GGGGAAAACG GTATCACCGC GGTTAGATAC TGTCAAACCG 780 TGGAACTACG GGACGGTCTG AGCACGAGGA CGCGGGCACC CAACCCAAGC TTCGGTTCTA 840 CTTGCTCTTT TCTTTAAAGA GGACCAAGAG GGCACACGAG CCCCAACCCT GGCCAGGAGC 900 GAGCACTGGC TTGGCCCCCG CGCTGAGGGA AAAGCGGGAG GACTTTTCCG TGCTGCTATA 960 GCTGATTGTT GATATCAGCC AACGTTTTGC GCAGGGCAGG GTTCTGCGCG TAgTAGTACT 1020 GCTCGAGctC CGCTGCAGTA AGCCCAGAGA GCTCGTGGCT CATGTAATGG AACCACTCGT 1080 TATCTGCCTC GCTACGTACC TCGTGCTTGA TGCACCAGTA GTCCGGCAAC ACCGGGGGCT 1140 GTTTTTCTCC CACGAATACT TTGTAATTGA AGACAGCCAC GCGGATGTCG CCACGCGCAA 1200 GGCCCTTTTG CATAAGCAGG GAAGCGATGT AGTTGATGGT TGCGCCTGAA TCGAAGATAt 1260 CATCTACGAT GAGCACCTTA TCCCCGACGC GTAGGTACTC AGGAGGGTAG GTCCAGCCAT 1320 CTACGCTGAT GAcGCGCCss TTACGCAAAT CACAGTGCGA GTGAGCAACT ACCGCTGCGT 1380 ACAGGATAGG AGGCTCTGCC TTGTACGCGA TGGTTAAATA CTCATTGAGC ACGTTACCCA 1440 GATATACTCC ACCCCGTATG GGGACGTACA TAACCGTTGG CACGAACCTG TCTGCCACGA 1500 TGCGCCGGGC CATACCGAAA CCCTCATCAC GGATCACATT GTACGGAATA AATCGCTTTT 1560 TCACGTTAGC CTCTCCTGCA CGAGCACGAA AACACCCTAC ATCTAATGCT TTTTTAGCAT 1620 CATGGCAAGC TCTTTTTCTA TTCGTGTCGT GGCCTGGAAC TGTCTTTGTT GAaAGTTCGC 1680 CTGAATATTT TATGCTCCTG CGCGAGGGCC CCCGTGATAG AAAAGTTGGA AGAACTGCGC 1740 GCTCAGTGGA GAAAACTACA GCAGGAAGTG GAGAATCCTT CGCTTTTCTC TTCCACTCAG 1800 AGTTATCGTG AACGTATGCG CGATCACGCC TATCTTTCCA GACTGATGGA AGAGTATGAT 1860 CGCTATTTGC TTACTGAGAA GCAGTTGGaA GACGCGCACG TTCTCATCCA AGATGAGTCG 1920 GATGCTGATT TTAAGGACGT TATTCGGCAA GAGATCCGTA CACTTGAAGC TGCACTGCAC 1980 ACGAGTCAAA AGCGACTAAA GACGCTGCTT ATTCCCCCCG ACyCTTTGCA AGAGAAGAAT 2040 ATTATCATGG AAATTCGCGG CGGTACCGGC GGTGATGAAG CAGCGCTCTT TGCTGCAGAT 2100 CTATTTAGAA TGTACACGCA CTACGCTGAG TCAAAACAAT GGCGCTATGA AGTCCTTGCA 2160 GTGAGCGAAA CAGAGTTGGG AGGATTTAAG GAAATTACGT TCTCTATCTC GGGGCGCGAT 2220 GTGTATGGCA GTTTACGTTA TGAATCGGGT GTGCATCGCG TTCAACGTGT CCCTAGCACT 2280 GAAGCGTCGG GGCGCATCCA TACCAGTGCG GTTACCGTTG CAGTGCTGCC TGAGATGGAA 2340 GAGACTGAAG TGGACATTCG TGCTGAGGAC GTGCGTGTTG ATGTCATGCG TGCAAGTGGT 2400 CCTGGTGGGC AGTGTGTCAA CACCACTGAT TCTGCGGTGC GTCTTACACA TCTAcTACGG 2460 GCATTGTCGT TGTCTGTCAG GACGAGAAGA GTCAAATCAA AAACAAAGCC AAGGCCATGC 2520 GTGTATTGCG CAgCAGAGTG TATGATTTAG AGGAATCGAA GCGCCAGGTT GCCCGTGCAA 2580 GGGAACGCAA AAGTCAAGTT GGTTCAGGGG ATCGTTCCGA GCGCATTCGC ACGTATAATT 2640 TTCCTCAGAA CCGTGTTACG GATCATCGCG TGCGTGTTAC GCTCTACAAG CTAGATGCAG 2700 TGATGCaGGG TGCGTTGGAT GACATTATCG AGCCaTTGTG TATTGCGTCT CGAGAGAGTG 2760 TAATCTAGTG CAAGAACTCT GTACGATTCG ACAGGCGCGT ATGTACGCGC GAGCGTTGTT 2820 TCAAGACGCC CCCTGTTTGC GCGGACAGAA CACACCGCTT TTAGATGCAG ACCTTATTCT 2880 GTCgAAGTTG cTTGCGAAGC CGCGTGCGTG GATTCTCGCC CACCAGCAGG ATGAGATTGC 2940 CTCCGTTGCA CACGAGTTTA AGCGTCTCGT GCATCTTCGT TGTAgGGGAC GTGCGTTGGC 3000 GTATCTGACT CGAGAAAAAG AGTTTTTTGG TCTGAGATTC CGTGTCACCC GTGTACGCTT 3060 ATCCCTAAAC CGGATACCGA ATTGCTTGTA GAAAGTGTCC TGGCGCACGT TGCGTCCCAA 3120 ATGATGAAGC CGCGTTCAGT ATCTGTGCAT AAAGACACAA GTGCACTGCC TGTCTTGAAG 3180 ATATTCGAGG CGTGTACGGG ATGCGGGTGT ATTGCCATTG CACTTATGCA TATGTTGCGT 3240 GCGCtGGCAC GCCACCTCTC TATGTCATTG CATCCgACAT TTGCATGCGG GCCcTTGCCG 3300 TArsGCGGTA TAACGCGCGC CGACTCTTGG ATGTATCTGC AAATTCGCGC GTAcGTTTCG 3360 TGCACGCAGA TGTGCGTGCT CCTATTCCGT TCTTTTCTCC TTCTGAAGGC ACGGACnTGG 3420 TACAGGAGCG CGGGGTGTGC GTTCCGTATG ATGTGATATG TGCAAATCCG CCTTACtACC 3480 GAGTGCGCAA GCGCGCGCGC TGTTGCAGGA CGGGAGAGGG GAGCCTCTCG GTGCCTTAGA 3540 TGGGGGTGCA GATGGGCTAG ACTTGGTTCG CGCATTCGCA CACCACAGTG CCGCAGCGCT 3600 AAAGGAAGGC GGGTGCGTGT TTTGCGAGGT CGGCTCAAAC CACGCACAAC GTGCAGCGCG 3660 CATCTTCCAG GCAGCAGGGT TTGCCACGGT GAAAATTTCA AAAGATCTCT CCGGGAAAGA 3720 GCGCCTGATT AGCGGGATAc TGCGCTCGCA GTCTAGAGCT GTAACAGCGC CGAGTGGCTA 3780 GGGTGAAACA CGGCGACTGA GTGGTTATCC TGGCGTTTGC AGGTGGATGT nCGCGCCGCG 3840 TTGGCCGATA GGCTGAGTAC ATGAAGGAGT TAGAGATCAT CCACCATTGC GGATGACTTg 3900 CGTACGsGrT TGATTTTGCT TCAAAAAAAT CGGTTTTAAT CAAGTTTGCG TTGCTGTACT 3960 GACTTACCCA GCTCATCGAT TCCGGTTCTA CACGGTGCCC CTCGTACAAG GGCTCAAAGC 4020 CTAAATTTTC GCAACGAAGA TTACCCAAAT ACCGGATATA GTCTGCCACC ATGTGGCGAT 4080 TTAGTCCAGG GATCTGATCC CCAATGACAT AGTCCCCCCA CTTAATTTCT TGTTCGCATC 4140 CTTCGCGAAT CATATCGCGA AATAAGCGTA CATTGCGTGC AGTGAACACC TGwGGCTCTT 4200 CCTTTTGCAG TTCTTGAATA ATGGATCGAA AAAGCCACAG GTGTGTGTTT TCATCGCGGT 4260 TGATATAACG AATTTCCTGC ACCGAGCCGG GCATCTTGTT ATTACGCCCC AAGTTATAGA 4320 AGAACATAAA ACCCGAATAG AAATAAATTC CTTCCAAAAC ATAATTCGCA ATTGCTACCT 4380 TCAGCAGTGC GAGTACGCTT TTGTCATCTT GAAACTCGTT GTACAAGTTG CCAATGAATT 4440 TATTGCGCGC AAGCAGGATG CTCGTCGTCC TTCCACTGGT ATAGAATGTC ATGCGTTCTT 4500 CGGGGGAGCA AATGGTGTCC AGCATGTAAC TGTAACTCTG CGAATGCACA GCCTCTGGAA 4560 AGCCTGAAGG TTAGGCACAG TTAATCTCAT TGCGGTAAGT ACTGACCAAT ATTGGCAGAT 4620 CGCAGTCTGG GATGCTA 4637 (2) INFORMATION FOR SEQ ID NO : 28: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 10820 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 28: TGTAGACGGG GCACTGAGTG CTGAATGCGC AACGTCTCCA CGAGAGATTC AGAAGGACGC 60 ACGGGTCATG CCCCCACCAA GAATCGTGAA ACTGTTTTTC CTGTCACGCG CAGAAGCATG 120 CCGgCTTATT TTGGTTCTAA CGAACATTTA TACGCACGGC AAAGAAGTGG GTGAGCAGTG 180 CCACACCTCC CGCTCCTGCC AGCATGGAAG TGTATACCAC TGTACGCGCA TTGAAAAAAC 240 AAAGTGTCAT GACTGTTGCA GAAAAAGCAC CCATGAGGAG GAATATACAC AACGCAGCGA 300 TTAACCCGAG GAGTGGCAAG CGCGTGCGCA TAGAAAAAGA AACATGCGCG TGTAACTGCA 360 GCAGGTTAGT CATGTACAGC ACGAGTGTCA TGACACGCGC CAGAAGGTCA GGATCATTAA 420 GTTGTGTATA CACGTGCACA AAGAAAAACG ACGTATACGC GCCGAAGAGC GCAGACACGC 480 CCGATACGAG GGATACACGC TCAAGTGAGC GAGAAGTAAA GAGGAAAAAC GGCAGGCAAA 540 AGAGGGGAAA AACATAATCA AAAAGAAAAA AGCGCATCCA CTGCTCTTCC ACAAGGGCGG 600 AATCCGGCGG ATAGTACCCG AGAAAAAATG AACGAAGTAG GAGGAGAGGC ACAGCAAGCA 660 CGGCGCCGTG CACAAACGAA ATAAGTTCCT GAAGTGGGTC CCCAGCGTCC GCGAAAGAGG 720 AAAAGAACAA AAGAGGCAAC GAAATAATGA GAAATATTTC CACTATCGAT ACCGTAACCA 780 ACGGGGCACC GCATACGGCG AAAGATCACC GCGGGTATGC GTTCGCCCAT CAAAAGTGCG 840 CCGCTTTACA GCACAAGCTC GCTTGGAATA TCAGCGTTAC TGTAGACGGC CTGAACATCC 900 TCTTCTTCTT CGAGCCGGTC AATCATCTTC AATACCTTAC GCGCAGTCTC CTCATCAAGC 960 GCCAGGTACG TGTCGGGAAC CATAGATATA CCGGCAGATA GTGATTCCCA CCCCTTGGCC 1020 TGAAGGGATT CTAGGACCGT CTCAAACGTA CCGGGAACCG TGGTGACGGT GAGGACACCA 1080 CCGGCGTTCT GTATGTCCTC AGCACCCGCT TCGAGGGCAA GCTCCATGAG AGCCTCTTCG 1140 TCAACCTGTT CGGAATCGTA CTCTATAACT CCTTTGCGAT TGAACATATA GGAAACGGAT 1200 CCTGCCGAAC CTAAATTACC CCCATTACGG GAAAACAAAT TGCGCACGTT CGCGGCCGCG 1260 CGGTTTTTGT TATCGGTGAG CACCTCGACC AGAACGGCAA CACCGCCCGG CGCATAACCT 1320 TCATAAACGA GCTCCTCATA GCTACTGCCA GATAACTCCC CCGTACCCTT CTTAATAGCC 1380 CGCTCAATGT TATCTTTAGG CATATTAGCG GCACGTGCCT TAAGGATTGC AGTCCTCAGA 1440 CGTGGATTAG CCTGTGGGTC ACCGCCTGCC ATGCGGGCAG CAACAGATAT TTCCTTGATA 1500 AACTTAGTGA ACAACTGCCC ACGCTTTGcg TCCGCAGCTC CCTTAGCATG CTTGATAGTG 1560 GCCCATTTAC TATGTCCAGA CATGAGATCT TTCCCCTAAT GCCCGAAAAT GTACGTACCG 1620 GAACGCGGGC GCCTGATGCT AGCACGGTGT GCGCTTTTCT CCAAGTCCCG cTGGCGCATA 1680 TTGCACGGCC CGCGTAATTA CCGCGGGCTT AAGAAGCACA GACCTAGCAC GTCGGCGCGT 1740 GTGCTAAATC AAACAGATCT GCGTAGGCGC GCAACACGCC TTCCACCTCT CCTGCTAATA 1800 TGTGTTGTGC AAGCGTCTTG CCCAGCTGCA CTCCTTCTTG ATCAAAGCTG TTCAAGTTCC 1860 ACGCAAATCC TTGGAACATA ATCTTGTTTT CAAAGTGTGC AAGAAGTGCG CCGAGCGTTT 1920 GTGGGGTAAG CGCTTTAGgT ATAGCAGACT GGATGGACGC TCCCCGGAAA ACGTTTTATT 1980 TGCATCCGCG TGCTCTTTTC CCCTGGCGAA CGCGACAATT TGTGCGACGA CATTTGCAAG 2040 GAGCTTCTGC TGACCGGTAG ATCCACGGAT TATCGGATCC TGCCCGAGCT GACTATGTTG 2100 AAAGGCAATG AACTGAAGCG GCACCACCGA TGTTCCTTGA TGCAAATGTT GGTAGAACGA 2160 GTGCTGACCG TTTGTCCCAG GCTCTCCAAA GATCACCGGG CCGGTCTTAT ACGTTATCGG 2220 AATGCCGAAG CGGTTAACAC TCTTGCCGTT AGATTCCATA TCTAGTTGTT GCAAATGTGC 2280 AGGAAAGCGA GCCAACGCCT GGCTATAGGG CAACACCGCG GTGTGCTCGT ATCCCAGAAT 2340 AGTGCGCTCG TACACACCGA TGAGCGCGTC AAGAAGTGCT GCATTACGCC GTATGTCTTG 2400 TTCCTGTGCT GCTCGGTCCG CCTCTGCCGC ACCGGAGAGG AAGTGCCCAA ACACcTGCGG 2460 TCCAAACGCA AGCGTGAGTA CCACAGCGCC ACAGACAGAG GAACTAGAGT AGCGTCCACC 2520 GATAAAATCA TCCATGTAGA AGGAAGCAAG GTACTGGGGA TTATTTGCAA GTGGACTGGT 2580 CTCGCTGGTA ACTGCCACGA ACTGTGTGTG CGGTTCTAGA CCTGCTTGAC GAAGgACGTG 2640 TGCGACGAAA AGCTCATTAC TGAGTGTTTC AAGCGTCGTA CCACTCTTTG ATACCAAAAT 2700 AAAAAGCGTG GTCTCAAGCG GTAGTTTTGA GAGTACAAGC GCTGCGTCGT CTGGGTCCAC 2760 GTTGGAGATA AAATGTGTGC GCATCTTAAC CGCCTGGTGC CTCTGTGCCC AACCTTCCAG 2820 CGCGAGATAC AACGCCCGTG GACCGAGATC TGATCCACCA ATTCCAATTT GTACAACGTC 2880 GGTAAACGGT GCGCCGCGAG ACGTGCGCAG CCCCCTTCGT GTACTTGCCs TGCGAACGCA 2940 CATaCTCTTT CGTATTCTTT TGTATAAAAG GCGTGCATAT CGCGCACTTC GCACGGCAAC 3000 GAGGCAAGCG ATGACCCCTG CACGCCGAGG CGCGTTAGGT GATGCAGCAC CTTACGTTTT 3060 TCCCCCGTGT TTATCTGTGC TCCTGCGCGC AGGcGTCGTA CTTTGCGACT AATTCCTGCT 3120 CGTCTGCAAG AGCAGCAAGC GCCGTGAGAA TTTCTTCATT CACTGTTTTC GCTGCGTAGT 3180 GATAGCGCAG CCCAGCCCCC GCGTCGGTAC AATAGCGCCG CACACGTTCT ATCCCCTCTG 3240 GTCCACAGAG TACTGTCTTC AGCGACGGCG CACGAATCGC CTGCAGGcGG GCGTATGCGG 3300 CACACTCGTC AAGATTTCTC CAATTCACTG CGCGTTCTCC TTTTATCGTT CTACCCCGTA 3360 GggTTTACCT ACAGACATAT CGCCGGCTGT TCTATGTATC AAGACGCGGC ACGACAATCG 3420 TCGCGAGTGC CGGGTTCTTT TCTAAATCTC TTTTTAATCC TGCTGCCCGC GCCTTATTGA 3480 CATAGGTTGG ATCCTGGAAC GAGTAGGTAA AACGCGTGTG CACGTCGTAT GTTCCCTGCA 3540 TGAGTGCATA CGTGTCCTCA GTCATGACCA ATTCTTCATC TGTTGGGATT ACCAGAATGC 3600 GGACGGGTGA ATCGTCTGTA CTAATTTCAG TTTCTGCATT GCGCGTGCGG GCCAGTTCAT 3660 TTTTTCGCGC ATCAAGTCGG ATGCCTAGGT GTTCGAGTCC TGCGCACGCT GctGCGCGTA 3720 CGTCGCAACA CATCTCTCCA ACACtGCGGT AAAGACAAGC GCGTCCGGCT GTTTACCCAA 3780 AGCTGCAACG TATGCGCCGA AGTATTTCCG GATGCGGTGT ACCTCCATGT CAAAGGCAAG 3840 GCGTGCAAGC GCGTCTCCAT TTTTCATGGC AGCACACACA TCGCGTCGGT CCACGTATTT 3900 TCCGGTGATG CCTAGCAAAC CGGACTGTTT ATTGAGAGTG GTGTCGATGT CTGAGACAGA 3960 CATGCCTGTT TTTCTCATAA TGTAAAAGGC AAGCGCAGGG TCGCAGTCCC CGCAGCGTGT 4020 TCCCATAATC AGGCCTTCTA GCGGGGTGAT GCCCATGGAA GTGTCAAAGC TGACACCATT 4080 TTTGACACAA CACATGGAAG CGCCGTTTCC AATATGCGCA ATGATTATGT TTGTGTCCTC 4140 AGCCCTTTTT TTGAGAATGA CAGAGGCGCG CTTTGCAGTA TAAAGAAAAC TCGTGCCGTG 4200 AAAGCCGTAG CGACGTACCG CGTATTCTTC GTACCACTGC CGGGGCACTG CGTACATGAA 4260 GCTAGCTTCT GGCATGGTTT GATGCCACGC AgTATCCATA ATGGCACAGT GGGGAACTGA 4320 GGGGATGACC GCCTGGGCAG CCTCAATACC ACGGATGTTT GCGGGGTTGT GGAGAGGGCC 4380 AAGGTCTTGA ACAGAGCGAA ATGTTTCTAG CACGTCAGGA GTCACAACGA CAGACTTTAC 4440 AAAGCGATCT GCTGCGTGTA GGACGCGGTG TCCAACTGCC TTGATAAGAC TCATGTCGCT 4500 GATAACACCG ACGTGCGCAT CGGTGAGGGT GCTGATGATA AGCTGCACCG CTTCGGTATG 4560 GGTAGGGCAG GGACTTTCCC GAACGTGGTT CTCTCGGCCG TGCACCTCAT GCGTGATAAC 4620 AGATCCTGCC TGAGTAACAC GCTCTACCAC GCCGACGGCA ATCACCGCAC GCTCTGTCCA 4680 GTTATACACC TGGTATTTTA CAGATGAACT GCCGCAGTTT AGCGTGAGGA TAATCATAAT 4740 ACACCTCCAC CGTTTTGGTA ATTTCTCGGA CACCGTAGCA TACACGCAAA ATGCGCCACT 4800 TTCCTACACC GTTGGcTTAC ACTGcTTACG CGGATATAGC CCCCGCAGCA GCGtaTCCAG 4860 CAGCCACTGC GCTTTGGCAG TGTCCACGCG TGCAAGGGcA CGGaCGCGTG GGGATCTGAC 4920 GCGACTGACG CGAGCATGTC CTGCTTTTCA CGCCCGGTAA CTACGACGTA aTTTCGTGTG 4980 CATTATTGAT AAGGTGCCCA GTGAAaCTCA CACGTTTCTG ACCGGTGTCT GGGTGAGTTG 5040 CCACGACGCA ACAGCCGCTG TGGTCCCACA GCTCTATTTC ATGAGGGAAA ATAGACGCGG 5100 TGTGTCCATC CGCCCCCATA CCCAGGAGTA TAATATCAAA GCACGGCACG CCACGCTGTC 5160 TTGGGAGCCG TGCTTCAATT TCCTGTGAGT ATGCGGCGCA GGCGCTCTCC GGGGCGTCTT 5220 CTCCCCTGAC GCGAAACACC GCGTCAGgAT TTATTTCCAG AGGCTCAAGG AGCGCACTAT 5280 GGGTCATGTT GAAGTTACTC TGCGCATCCG TGGGGGGTAC GCAACGCTCA TCGCTCCAGA 5340 AGAAGCGGAG GCGCTTCCAA TCAAGGTGGT GTCGAAACTC GTGCGCCCAA GTTCTGAAAA 5400 TCTCCCTTGG AGTGGAACCC CCCGACAGGG CCAACCAGAG AATCTCTTGT GTTTTGAGCC 5460 GAGAATCAAA CACCGAAACG AGGAACGCCG CGATGGCACG CGCATCCTCA AAAATATGCT 5520 TCTTCATGGG CGAACATCCT CCTCTCTCCC GCTACGTTCT AGTGTCGTTC AAGGCTCGGC 5580 ATTACCGCTA GAGTCGGCAG GCAAAATCAT CGCTGAGCAG CGTAGAAGAG GGGTGATGCC 5640 ACCGTGGAGC ACTCCCTTTG ATCAGGTCGT CTGCaGCtTC GGACCCCAGC TTCCTGCAGG 5700 GTACGTAAGT AGAGGACTCT TGTTTGATTT CCATGCGGCA AGAATAGGAT CTATGAAGCG 5760 CCATGCAGAC TCCACCGCGT CATCTCGATG GTAGAGCGTG TTGTCTCCAT TCATGCAGTC 5820 AAGCAATAGC CGCTCATACG CGCTGGGTAA GTGCGAATAG GTAAGAGCCG AATACTGAAA 5880 ATCAACACTG ACGGGAATAG TCTTGAACCC CGCGCCGGGC TCTTTGAGGT CGATTTTAAG 5940 CTGAATTCCT TCGTCGGGTT GAATGCGAAT GACAAGCGCG TTGCCCTCGC GTGCGCACGG 6000 GCGTTCGATG TGCTCGAAAA GCGCGATGGG GAGCGTTCGG TAATGGACGA TCACCTCAGT 6060 GACGCCCGTG GGCAAACGCT TACCCGTCCG CAGtAGAAGG GAACGTCCAT CCACCGCCAA 6120 TTGTCGATGT AGCACTTGAG TGCGGcAAAG GTTTCAGTGC ACGAGCGAGG GTCAACGCCT 6180 GACTCCTCAA GGTAGCCGGG GACGGCTACA CCGCGTATCT TGCCGGCGAC GTATTGGGCA 6240 CGCACCGTAT GCTGCATGAC GTCGCGTTCT CCCATAGGGC GCAGGCAGTC AAAGACCTTT 6300 ACGATTTCAT CCCGTAGACG ACTTGAACTC ACGaCGGCGG GCGCCTCCAT CGCGATAATA 6360 CCCAAGAGGA GTAACAAGTG GTTTTGGATC ATATCGCGCA ATGCACCGGA CTGGTCGTAG 6420 TAACCGCCGC GGTTTTCGAC ACCTAGTGAT TCGCTTGCAG TAATTTCAAC GTAATCGATA 6480 TGGGTCCGGT TCCATGTGGG CTCGAAAAGG GGATTGGCAA AGCGAGTGAC CAGGATGTTT 6540 TGGACCGTTT CCTTACCCAG ATAGTGATCG ATGCGATAGG TTTGGTTTTC CTGAAAGTGG 6600 GCACGCAAGC TCGCATTAAG GTGcTGCGCG GTTTCTAGGT TGTAGCCAAA GGGTTTTTCA 6660 ATAACTACCC TGCGAAAATT ACCCTGTTCC CGGTTCAAGT GGTGCATAGC AAGCTGCGTG 6720 GGGATAGTTT CGTACAGGCT AGGGGGAGTG GCAAGATAGA AGATAAAGTT GCCCTCGGTG 6780 TGCAGCGACT GGTCGAGGGT GCGCACGTAC GTGGCAAAGT CGGCAAAGGC GACAGAGTCG 6840 GTGGGATCGA ACGAGAAGTA GTGGATCTTC TGCAGGAATT CGGTGAGGCG CGCCGGGTCG 6900 TGCGGTGTGC GCACTGCATG CTTTGTGACC GCCTCTGCAA GCCGTGCGCG AAAAGACTCT 6960 GTAGACAGAG CCGTACGCCC TGCGCCGAGT ATACCGAATG TAcGGGGCAG GAGCTCTTGC 7020 TCAAAGAGAT CCCAAAGCGA GGGGATAAGC TTCCGCGCGG CAAGGTCGCC TGAAGCGCCA 7080 AAGATAACCA GGATGTGCGG CGCGACCGTG CCGCTGCCAC TGATTTTCCC CATAAACCGC 7140 CCCTTCTTTC AACGGTGCGA CCTACACCGG ATGTGCCGCA GGsAaCTCTC CGCTCCCTAA 7200 GGCACTAAAT GCGGAACACC GGCCCTATTT TTACCATGAC CAGCGAGGTG CAGCAATACT 7260 TGGCCCATAT GTTCGACCAC GTCAGGTCCT GTCCATTCCC ATTTGCGCCC TTTTTCAAAT 7320 TCTTGGTGAG CGGCACGTTC ACTCCGCTGC CGAAGtGAAA TCCAACCCAA CGTGCTTGGT 7380 AAAGAAAATG AGGAAATCCA AATTTATCGG TATCCCCACC AGTTTGTCGT CCTGCGTAGA 7440 AAGGATATCC ACGCCCAGAG ACGGAATAAA TGCAAAATTC TTGCCGCTGC GTATAGCCCA 7500 GCCCACCAGG AACTGCGCAC GGAACATAAG AAAGGCAAGC CCCGCGTCTA ATTCTGTCGT 7560 GAACGCGAAg cCGTTGTGCG CTATTACCCC CACTGCCAAA CCGAGCGTCG GGGTGTACAA 7620 AAGAACGTCG GTCCTGGGGG CCGGTTCCTT TCCCCAGGGA TGCGCCCCTA CCTGTCCTAC 7680 tTCGGAGAAA CAAATACCTC CGCCGCAAAA ACGCCTGCCC CCATCCCGAG CGCAGCGAGC 7740 AAAGAACcTA CGCGCACCAc GCACCGCGCC CGTACCCCCC CCCTCGcCGT GTGCCACTGT 7800 ATACCCATAC GATCTAACCC CAGCTGTAGG ACACGCCTAC TGGGCCGATC TTCCCGCGTG 7860 GGGTGTGAGA GTGTCAAGCC CTCCCCCCTT CCTTGCGAAG AGGAGTATGC CAAACGGTGA 7920 GAAAAACTTG ACGGCGCGCG CTAAACGCCT AATAATTGCC TCGCAGCCTT TAGAAAAAGG 7980 AGGAGCTCGT GATTCGCGCC CTCTTTTCCC TCTTTCGGTC CCTCCATGCA AACACGCACC 8040 CGGCAGATCT CGCGCATGCG GCAGCGTTGG CACTGGCCCT CGCGTTGCTT CCTCGGAGTT 8100 CTCTCCTGTG GTACCTACTG TTTGCCGTCT GCTTTTTTAT ACGGCTGAAC CGTGGTCTGC 8160 TCTTGCTATC GCTCGTGCTG TTTGGTTTTG TCGTTCCTTC GTTCGATCCC TGGCTCGACA 8220 GCCTCGGCAA TTGGGCGCTG TGTTTACCAC GGCTGCAACC CGTCTACCGC GCCCTGATTG 8280 AGATTCCCTT CGTAGGGCTT GCGCGCTTTT ACAACACTAT GATTGCCGGC GGTCTGGTGG 8340 CAGGTGCGCT GTGCTATTTG CCGTGCTATG CTCTTGCACr CTGCGCGGTG ACGGCGTACC 8400 GTACATACCT GTACCCTAAA ATTCACCATG CGACGATTTT CTTTCTTGTC CGGAACGCCC 8460 CGTTGTGCAA AAGGTAAAGA AGATACTCAG CGTCAGGGAG AGGTTTTCAT GAGCGATGAT 8520 TCTACACCCA AGACGCCTTC GCGCCGGATT CGGCATACAG GAAGGAGGCG CACGCTGCAT 8580 CGGTTCTTCT GCAAACGGTA CACTCCCCGT TCTCTCAAGC GGTTCCTGCG CCGAATCCAT 8640 ATCCCTGCTG ACCGCGCGTA CTGCATGCGT TACCTTGCAG ACCCCGTATC CACCCCTGTC 8700 CGTGTGTTTG GCCGCACGCT CCTTTCTCGC ACGTATGTTC GCTTCGATCA GCaGGCTATC 8760 GCGCACTCAG CGGACCTGAA GCGGCTCAAT GCCATTGCAG CGTCAATAGC AAAGCAAAGG 8820 GGGCGGGTTA ATTTTTGGTC CCTCTCCATG GCTTGTGCGA GCGTCCTCGC GCTTCTCGGG 8880 CTCGTGTACT TGATCCGAAA TGTCATTGCT CGGCGTGTCG TTATCGGTGG TTCTGAGGCC 8940 GTCTTTGGTG CGCGGTGCGA AgCGGCAGTG GTAGATCTTG ATCTATTCAA CGCGCGCTTC 9000 CGCCTGAAGA ACTATGCGGT GGCAAACAAG CATCATCCCA TGTGGAATCT GTTTGAAATC 9060 GAAAGTATCG ATATCCACTT TGACCTCCTG GAGCTTTCGC GGGGTAAGTT CGTCTCACAC 9120 ACGATGGTTG TAGAGGGCGT GACGTGGAAC ACGCCGCGCA AAACGTCTGG TGCTTTGCCC 9180 CCGCGCCGCG CAAAACGTCA ACGTGTGCGC AGTAGTAACC CGCTTATTGC AAAAATACAG 9240 GAAAAAGCGG CGGAGCTGGC CGCCCCCGTG TCTTTTGGCG CAGGGTTTTC TGCGCTCAAA 9300 GCGCAAGTGG ACCCGCGCAT TCTCCTTGAA CGCGAGGTGA AGGCGTTAAA AACTCCCACC 9360 CTCGTACAGC ACGTGGGTGC GCAGGCGCCC AAACTTGCAG AGCGCTGGAC GcAGCGTGTG 9420 TTTGACGCAC ACGCCCGTGC GGAAAAAACG GTGGCGGCGA TCCGTGCGGT GACTGAGCTT 9480 GACTTTCACG CTTTAAAAGA CGTGTCGGCA ATAAAACAAG GTATCGAGAC GCTCGATAGA 9540 GCGCGCCGAT CCACTGAGGA AGCCCTCGCT ACTGCGCGCA CTATCTCCCA CGAATTGCAG 9600 CAGGATGTGC ATTCGACATT GGGTCTTGCG CGCGAGTTCG CCGCGGCGGT aAAGGCAGAC 9660 GGTGCGCGCA TCGyCCGTGC cGCGGCGGCT ATCCGTGATA TCCAGGCAGA TGGAGGAAAG 9720 AAATTTATCT CTGGTCTTTG CACCGTCTTT TTGGCACGGA GCTTTAGCCA TTATTACCCC 9780 TATGTGGCGC AGATGCTTGA TTATGTCCGG GGGTCGCAGC GAACACCGTC TGATGGATCG 9840 CCGTCTGCGG AGGCAGAAAA GACAGCTCAG AGCCTTACGA CGCGCAAGCn CTTGCAGGGA 9900 GTAATTTTTT GTTTGAGCGC AACGTCCCTT CCGTGCTGCT GAGAAACATT GGGGTGTCTG 9960 CCGCAGATCC GCAGgCAAGA TTTTCTGTTG CAGCCCGTGT GCGCAATGCG TCAAACGACG 10020 CGCACGGGTT TGGCGAACCG ATTTCGTTCC TCCTGGACGT GGCTGCAGGC GCACAGGACG 10080 CCtCkCTGCG CGcGTGGTGG ATCTGCGCCG GGCGCATCCG GACTTAGTAG ACGTCTCGTG 10140 CACTGCGCGG GGTATTCCGC TCGCTGTCCC GGCACCTGCA GAAGGATTCC CTGAGCTTTC 10200 TGGCGTGCTT GGAmTGCATA CGCAGgTGTT TGTGCGCAAA GATCACTCGG TGGAACTCAA 10260 GATGGGGGCA CGTATTTCAG ACAGCGTATT GCGCgCTGCG CCTTTTGAGC CGCGCGTGCT 10320 GTTTGACGTG TACGCGGATG TGTTGCGCCA GATACGGCAG ATTGCATTTG AAGCTACGGT 10380 GCGCGTCTCT GCAGAGGGTG CGTTGAGTAT TTCGGTAGAG AGTGACGCAG ATGGCGCGTT 10440 TGTGCGCGCT CTTTCCCGTG CGTTTGCGCA GCAGGTGGAC GCATTGCGCC GCGCGGTCAT 10500 TGCAGAAGGG GAGCGATTTC TTGCTCAGCA ACGCCGCGTG TACGCACAGG AAATTGCGCA 10560 GGTAACGCAG CTCGTTTCCC GTGCGGAGGA CGCAATTGCC CAGCTGGGGG TGTCTTCTCG 10620 CGTGATACAG CAGAAACGGG CTGAGGCGGA GCGCCTTCTG GAAGCTGCAG CGCGCAAGGC 10680 ACTGGGGGAG GTGACTAAGg TGCCGCAGAC GAGCTGCAGA ACAAGGCGCG AGATGCATTC 10740 CGCTCCTTTT TCTAGGGGAG TGGCGCCGCC CCTTTTCGGT GCGGCCTCAG GGTTCGGCTG 10800 AnGCCGGTGC GGGCGCTTTG 10820 (2) INFORMATION FOR SEQ ID NO : 29: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 13257 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 29: CAGGACGGTA nTCTCGTCTC TACGCTGACG AAGTTGCCAC TGATAGTGGA GATCGGTTTA 60 TCCAAATGGC GTTGGTAAAA CTCTTGCCCC AGAGGGCGnC AGGCGGACAG AGACTACAGG 120 AGATTGTGGC GCCGAGTCAG TCGGACATCG TGCTTATCAT GCTGCTAACC TGGCTTGAGC 180 GTGCACGGCT GGACCGGTTC AATGCTGATG CGCTGCTTAC GGCGCAGTGG ACCTATGTGT 240 CGGCTGGACT GTATGGGGCG ACGGCGGGTA CCAATGTATT TGGTAAGCGC GTGCTGCCTG 300 CGCTGCGGTC CTGGCATTTT GATTTTGCCG GATTCCTCAA ACTCGAAACC AAAAGCGGTG 360 ACCCCTACAC CCACCTGCTC ACCGGCCTGA ACGCCGGCGT CGAAGCACGC GTGTACATCC 420 CCCTCACCTA CATCCGTTAC AGAAATAACG GAGGGTACGA ACTGAATGGA GCTGTGCCCC 480 CTGGGACtAT CAATATGCCA ATTTTGGGGA AGGCGTGGTG CAGCTATCGC ATCCCCCTCG 540 GTTCCCACGC CTGGCTTACA CCGCATACAT CCGTGCTCGG CACAACCAAT CGCTTTAACG 600 TTATTAACCC CGCGTACACC CTGTTGAATG AACGAGCGCT CCAGTACCAG GTGGGACTGA 660 CGTTCAGTCC CTTCGAGAAG GTGGAGCTCA GCGCCCAGTG GGAACAGGGG GTGCTTGCTG 720 ACGCTCCTTA CATGGGTATT GCCGAGAGTA TGTGGTCTGA GCGTTACTTT GGcACGTTTA 780 TCTGTGGGGT GAAGGTGGTT TGGTGAGGGG TTGTCGTGTG GGCCAGAGAA CGGGTACGGT 840 GGGGGTGCGC GTTTTCCCCG TGGGGgCTGT GCGCGCTCAG TTTACAGGCG AGGGATTGCA 900 GGGGTATGTG CGGGAAGCGT CTGGGTAAAG TGATGGTGCT CGGGTGTATG TTGCCGGGTG 960 TGGCGGCGCG TGTTTCTCTC TCCCCCAAGC TCGGGGTGTA CGGGGACGCA CGCGGCGGTT 1020 CTGACCTGTG GGGCATCTGC ATACAAGCTC CCACAATGCC AGATACAGAG AACCAGGCGC 1080 CTCCGCGCTA TGCgcCgGAG ACACCGTTGG TGGGGCTGGA CGTGGCGTTC CGTGCGGAAA 1140 ATGGCTTCCT GCTCCAACTG ACGGTGGACG CGGCACTCAC GCGTTTAATG TTCTGCGGCC 1200 GGTGTTTGGC CGGTTATTCG TTCAGACCGG GGGAAGGTAG TACGCATCTG TCGGTAGCGG 1260 CGGGTTTTGA GTGCACCGCG CTCATCTACG ATAGCCAGCA CTTTCTTTCG GTTCTTGGGC 1320 AGGGCTTACT GCAGCCGAGC AGCTCGTCTT ATTCAGCCGG TAACTGGCAC CGCCCACGTT 1380 CATTGCTTGG CGTGCTAACG TGCACTGCCA AGGAGGTAGG CGCCATACAC GAAGAGTCGC 1440 GTATTAAAGG GGTCTGTCAG AACTATGCGG TGCCGGTGCA GCTGGGGGTG CAGCACTACT 1500 TTGGCGCGCA TTGGGGGATA GACGCGACGG CTACCGTTTC GTTTGGCATT GACACCAAGC 1560 TGGCTAAGTT CCGCATCCCG TATACGTTGC GCGTTGGCCC GGTCTTCCGC ACCTAGGGGA 1620 GGCGCCGGGA GGAACGGGTC CTGTCGAAGA ATTGCGGGGA GGAGTGAAGG TATGTGGAGA 1680 AAATGTCTGG GTAAAGTGGT GCTACTCGGG TGTGCGTTGC CGTGCGTGGC CGCGCGTATT 1740 TCTGTCTCTC CCAAGCTGGG GGCGTATGGG GACGCACGTG GCGGTCCTGA CCTGTGGGGC 1800 TTGTGTATTA AGGCGACCGA TGCAGAGGAG GTAAGTGGGG ATCCCGATGA CACGGAGATG 1860 GAGTATTTAC CTCCCCGTTA TGCGCCGGAG ACGCCGCTGG TGGGACTCGA TGTGGCGTTC 1920 CGTGCGGAGA ATGGTTTTCT GCTCCAGCTG ACGGTGGACG CGGCGCTCAC CCGCCTGATG 1980 TTCCGTGGTC AGTGTTTGGC CGGTTATTCG TTCAGGCCGG GGGGGGGtAA ATACGTATCT 2040 GTCGGTAGCG GCGGGTTTTG AGTGCACTGC GCTCATCTAC GACAGCTACC ATTACATCAC 2100 CATCCAGGCC CCCAATGAGG GTTCGGTGTG TTCGTTCGAA CATGGAGGGT GGTACGTTCC 2160 AAAGACAGTG CTGAgCCTGC TGAGGCGCCG GAAGTGTCaG GATGCTAGGG CTGAGTCTGA 2220 GGAATTGGGC ATCACGGGGA TTTGCCaGAA CTACGCGGTG CCGGTGCAGC TGGGGGTGCA 2280 GCACTACTTT GGCGCGCATT GGGGGATAGA TGCGACGGCT ACCGTTTCGT TTGGCGTTGA 2340 CACCAAGCTG GCTAAGTTCC GCATCCCGTA TACGTTGCGC GTTGGCCCGG TCTTCCGCAC 2400 STGAGCGGGT GCGCGCTCAG CGTGCCCCGT TTAGAAGGAg GCCGAGCGCT CCTCTACCGA 2460 ACCGTCTGCG TGCGCAACAA AGACGCGTAC GGTTCGCTCG GTGAACAAGC CATTTtCAAT 2520 GACCCCCgGC AGTGCATTGA GCGCGCGTTC CATGTCTTGC GGGGTGCGCG TCGGGAGCGA 2580 TTgCCACCGC GcGTCTAAAA TAAAAtTTCC GTGGTCAGTC ACTACCGGTC CTTTTTTTCT 2640 TyACCtCGCG TATGTGCACG GACAACCCCC AATCCTGAAG CGTGCGCATC ACGCTCATGC 2700 GGGCCTCAGG CACCACTTCG ATAGGnGAnT GCGCGCGTAC CTAAGGTTTC TACCACCTTT 2760 GTTTCGTCTA CGATGATAAC AAAGTGCGCG CTGTTGTATG CAGCGATCTT TTCTTGCAAA 2820 AGCGCAGCTC CACCGCCTTT GATGACAAAA TTTTGGGTGT CAATTTCATC CGCGCCGTCG 2880 ATAGTCACAT CCAGTTTGCC CCCAATCCGT TTTGAACTGA GAGAAAAAAG GGGGATGTTG 2940 TACCGCTCAC ATATGAGCGC TGTTTGAAAA CTAGTGGGCA CTGCCGCTAT GTCAGAGAGA 3000 GTGCCGCGTG CAAGGTGATC TGCGATGCGT TTTACCGCAG GCATTGCCGT AGAGCCCGTC 3060 CCAAGGCCAA TACTCATGTG CGCGTGCAGC ACCCCCTCTT GAACGAGGGT GTCnCaCTGC 3120 GCTGGGCAAC CAGCAATTTC TGCGCGGTAA CGTCTAATGG GGTGTTCGTC GTCGTGTTCC 3180 TCTCGTGCAT AGCTTTTTCC ACAAGTGCAC TCACGCGTCT GTATCCTTTT TGTGGTGCAA 3240 AAGAATATCT GCATTGTGCC aGCTGAGGGT TGCGCACTTA ATGCGCGCAG GCATGGATGC 3300 AAAACAGGCG AGGATGCACG CGTCCTGTAG GTGTGCCCGC TCCTGGTCTG TGAGGCACTG 3360 CTGTGCCATC ATGTGAAAGA ACAGCGCAAC CGTTTTTTGC GCCTGCGCCA CTGACGCACC 3420 CTTGATCAGT TCGATGAGTA TATTTGTAGA AGCGGTGGAC ACCGCACAAC CGGTACCTAA 3480 AAAGGCTACA TCAGCGATGC GATCACCTTC TCTCTTTATC AAGAGCGTGA GGTCATCGCC 3540 ACAACTGGGA TTATGACCCC GCTCGATGCt ACCGGCCCTT CTAACACCtG CGGTGTTCCT 3600 GCTTGCGTGC GTACTCGAGC AGCACtGTCG GTATATCGCT TCTGCGTTCA TAGGGAGATC 3660 TCCTTAGAGA AAGGCAGCGA ATGCCAGGAA GGCGCACTGG CCTAGCTGCA TTGAAAAATC 3720 CTGCCCACGG cgTGCAAgCA CssGTcAGcg CCTcTACATC CTCCATGGTA TTGTATATGC 3780 AGAAACTTGC ACGGCAACAG GACTGAATGC TCAAGTGCGT CATGAAAGGC TTACTACAGT 3840 GATCGCCGCT GCGAACCATC ACGCCTTCTT CGCCCAAGAT ATGCGCAGTA TCGTGCGAGT 3900 GCACGTTCTT CACGTTGAAT GCAATGATGC CTAGGCGCTC GCGTGCGCGC GCATGGTACG 3960 TTTCAAGGAA GGGAAGCTCC TCCAGCCGCG CAAGGAGTGC AGCATCCAGC GCATGTACGG 4020 ACGCGCGGAC TGCGCTGcTC TCTAGGGACT CGCAATACTC AATCGCTGCA CACAGTGACA 4080 CGACAGCTGC AGTATTCGCG CTACCTCCCT CGTACTTATG CGGCGnACCC TTAAAGACAC 4140 TTTCCTGTTC AGTCACAAAA TCCACCATGC CTCCCCCATA CAAAAAAGGA GGCATGGATT 4200 CCAGGAGCGT GTGCGGTGCG CACAATACGC CGACGCCAAA AAGAGAGAAC ATCTTATGGC 4260 CGGAGAAAAC AAAGAAGTCG CAGCCTAAAT CTGCAACATT TGGCACGCCG TGCACCATAG 4320 CCTGTGCTCC GTCAATGACC ACCACTGCAC CGACTTGGTG TGCAAGTGCG GTCAATTCCT 4380 GTGCAGGATT TACCGCGCCG GTGGCATTGA CAACGGCAGA GAAGGACACA ATCTTAGTGC 4440 ACGCTCGTAT CTTTTTCTGC GCTTCTTGTA TATCCAAATT TCCTTCGGCG TCTGGATACA 4500 GCCACTGTAT CGTTGCACCT GTGCAGCGGC ACACGTGCTG CCACGGTACG ATATTTGCGT 4560 GATGATTGGA GATAGCAAGA ACGATCTCGT CTCCTGCGCG CAGCGTGGCA GCGCGTAACA 4620 GTGAGCGATG ATGTTGAGCG ATTCGGTGCA ACTCTTTGTA AAAACGATAT CGTGCGTTGG 4680 CGCTGCGTTG ATAAACTGCG CTGTTTTCTT CCGGGTGTTT TCTATAAGGA GCGCTGATTC 4740 AACTGCAAGT TCATGGGAGC CTCTGCCTGC GTTCCCATTC AGATGGGTGT GGTAGTGCAT 4800 AACGCGCTCT AGCACCGGCG CAGGGCGTTG GGTTGTGGCC GCGCTGTCTA GGTAGTGGAC 4860 GCGGGGACTG CGCAACAGCA GGGGAAAGTC TGCTTTATAA TTGGGGCCGC TCATGCCTTG 4920 CGCTTCCTAT GTGCGCGATC GAGGCTCTCG TCAAAATTAC GTACGAGTGT CTCGCGGATG 4980 TGAGCGTCAT CGATGAGGGC GAATACGGGT TTAAACGCAG CTTCTATGAT GAGGCGCTTG 5040 GCACCGTACT CATCAAGACC GCGCGACATA AGGTAGTAGA GCACATCGCT GCCGATAGTT 5100 TCAAAACTGG CTGCGTGTTC CCCGACAACG TCGTCTTCGT CACAAAAGAT AGTGGGGATG 5160 CTAACCCCCA CGGCAGTTCT GTCAAGCAAA ATGGTACGGT CTGAGAACCG TGCTACAGAA 5220 TGGCTACACC CGCGGTGCAA AAAAATATTT CCACGGAACG TTTTGCGTGC ACCGTCTTTT 5280 ACCACCCCAC AGGCGCAGAT GTGCGCGTGT GAATTTTTTC CTTCCACGAT GAGGTTATGT 5340 TCAAGATCCA TACGCCGCGC TTTATCAATG AAATACAGTG GGTGAATTTC CACACGTGCC 5400 CACTCGTCCC GAAGGAAGGC GGAGTTGGAA ACACCTGAGA TCTGTGCACC TATTTGTACG 5460 TCGTAGCAGC GCACCTGCGC GCTTTCCTGT GCGTGTAGGT GTACCGTTTC AAAGTTCACA 5520 GCCGTAGGtG CGTGTTCTGT ACTTTGATTA ACTCTACCGA TGCGCCACGC CCCACCTGCA 5580 CGCTTACCAA ACCATTCCTG AACGGAGCAC GCTCAAGCGC TTGCGGACCG ACGAgTGCGG 5640 GAGCATCCTG TGGGGTATAC CCTGCGCGTC CACACAGACG AGGACTTTTA CGCGCGCCCC 5700 TTCCTGTATA TCAAGAAAGG TCTGATCGTA TAGCACGCGG TTATGCGTGT CCATGGTAAA 5760 ACGGATGAGT ACATGCACCG TCTCAGATGT GCGCGGCACA CTCAGATACA CCCCTGCATT 5820 TCGTTTTTCC TTTACTTCTT GTACATACGC TTCCCCCAGA CCGCAGTGGC GCTGACGATC 5880 GCGTGTGCGA AAGTCAAACG CGCGCGcCGC CCTTTCTGGC TCGGTGCAAA GAAAATGCTC 5940 TATGGATGAT GAGcGCACAA GCGCTGAGCT AGAAGTAACC TGTGTTCTGG AAAAAGGCTG 6000 AGAAGCAACG TCCTGCGCGT GATACCCGAG CCGTTTAAAA AATTCCCTTT TTTTCATACT 6060 GCTGTGCGCC CTCAGGAAGG GAGTTAGCCG ATCGCTCCCT CAAGTTCAAT GGAAATAAGG 6120 TTATTCAGTT CAACGGCGTA CTCAAGAGGC AATTCCTTtG AGACGGGTTC TACGAACCCT 6180 CTGACGATAA GAGAGATGGC AGTCTGCTCA TCAAGCCCGC GCTGCATGAG ATAAAAAACG 6240 ACGCGGTCAC TGATTCTGCC GATTTTTGCC TCATGTCCGA TATCAACGTT ATCCGTACGT 6300 ACATCAATGA TGGGGATGGT ATCCGTATGC GACTGGTTAT CGAGCATGAG GGACTCGCAC 6360 TCAGCGACCG CTTTTGCCCC GTCAGCCTTT GGACCGATGG AAAGCAACCC GCGGTAGTTT 6420 GCCGTTCCGC CATTCTTTGA TATGGATCGA GCATGTACCT CCGATACCgT GTTCCTGCCC 6480 AGGTGCACTG TTTTTGTTCC AGTATCGAGG TACTGTCCTG CAGAAGCAAA AGTGATGCCG 6540 GTGnAnAnCT GCGCGAGCGA TCTCCTCTGA GGATACTCAT CGGATATAAC ATCGTGACGC 6600 GGGAACCAAA GGAGCCTGAG ATCCACTCGA TGACGCCGTC TTCGTCCACA ATGGCGCGCT 6660 TGGTATTGAG GTTGTACAGG TTTCGTGACC AGTTTTCTAT GGTGGAATAG CGTAGGCGCG 6720 CGTTCTTTTT TACGTACAGC TCCACGGCGC CTGCGTGCAA CgcATTTTTG TAGTACTTCG 6780 GCGCGCTACA CCCTTCGATG AAGTGGAGGG ATGCGCCTTC ATCCACAATG ATGAGCGTGT 6840 GCTCAAATTG CCCGGATTGA TTTGCATTCA AGCGGAAGTA GGACTGCAGG GGTAAGTCCA 6900 CCTGCACCCC TTTGGGCACA TACACGAACG ACCCGCCTGA CCACACCGCT CCGTGCAGTG 6960 CAGCAAACTT GTGCTCGTTC GGTTTAATCa GATGCATAAA GTGCGCGCGG ACAATGTCTT 7020 CGTGCTTGTG CACGGCAGAC TCCATGTCGA GGTACACCAC TCCCTGTTGT TCTAAGTCTG 7080 CCCGGAGGTT GTGGTACACc ACCTCTGAGT CGTACTGCGC TCCTACTCCT GCAAGGgATC 7140 TTCGCTCCGC CTCAGGAATA CCGAGGCGAT CAAAAGTCTT CTTTATCTCC TCTGGGACGT 7200 CATCCCAACT TTCTGCGATT GGCTTAAAAT CGGAGaCAAT GTAGTGGACA ATCTCTTGGA 7260 TATCAAGGTC AGAGATATCC GCGCCCCACT CTGGCATGGG TCGCTTCATA AAATAGCGCA 7320 AGGATCTGAG ACGCAAGTCG AGCATCCACT GTGGCTCCCG CTTGCGACGC GAAATTTTCT 7380 CTACAACCTG AGCGTTCAAA CCCTTACCGG TTGAGTAGGT GTAGGTAACG GCGTCTTTTA 7440 CATCGTAAAT ACCTCGCTTG ATGTCCGATA CGTACGTTCG CCTGCGCGGC TGTAAAAGCT 7500 GTCTCTGTTG CTGTGTATTC ATACGCGCTT CCTCTAAGCG GTGGATATGC GGTCTGCTGG 7560 CGTGGGGGCA GCGCGCCTCC ACAAAAGGAT AACTTACTTT TTCTATTCCG GAGAAACGGG 7620 CGTGCCTCCT TGTTCGCCTG CACGGGGCGT GGCAAAGTCA GCGTAACCGT GTTCAACCAC 7680 GTAGTGCACC AAACTCACGT CACCGGTCTT CACGATGGTA CCGTCGACGA GGATGTGCAC 7740 CACGTCAGGC TTAATGTACT CGAGAACTTC TCGGTGATGG GTGATGATCA GGAATCCCAT 7800 ATCGGGCGTA CGGATATCGT CAATGCCCTC GAAGACAATG CGCGTAGctC nAACATCAAG 7860 TCCTGAATCC GTCTCGTCAA GTATGGcCAG TTTGGGCTCA AGAACAGCGA GCTGAAGTAT 7920 TTCGTTCTTT TTTTTCTCTC CCCCAGAGAA TCCTACATTC AGGCCGCGCG AGGCGTACGC 7980 CTCACTGATG CGCAAgcGAG CAAGCTTCGC ACGCAACTGC gTGTGAAAGT CGAGCACGGA 8040 AACTTTAGTA CCAAGAACCG CCTCTTTTGC CGCGCGGAGA AACTCCTCGA CCGAAAGACC 8100 GGGGACTTCC TCAGGAGTTT GGAACGAGAG AAAAATACCC CGCCGAGCGC GCTCGTACAC 8160 AGGCACGTCG TTGATACACT GCCCTTGAAA ATAAATTTCC CCACGTTCGA TAGTGCAGTG 8220 GGGATTTCCC ACGATGGTGC CTGCAAGAGT GGACTTGCCT GCACCGTTCG GTCCCATGAC 8280 GGCGTGCACC TCGCCGGTAT TCAGGGTTAG GTTGAGACTT TTGAGGATGG GCCTATCCGC 8340 AATGGACATA CACAGGTCGC GGATATCGAG GAGTGTGGGC ATGAGCGGCT CCTGCAAGGA 8400 GTAAACTGAG CAGGAGTATA CGTACATTCG AATGTATGTT GCAAGGGAAA GAGACCACGC 8460 ATCCTGCACA GGAAACACAT ACAGGTTTAA TACCGTGCGC AGTGTATGTC CTACCTTGGC 8520 GTTCTACCAG TTAATAGTCA TTCCGCACAC GAAGgTGCCA AAATACCTAC GGGAAGTAAC 8580 GGTTTCCGTA A AACCATGT AGGGCGTTGG TTCCAACTGT CCCTGCTCCC ACTGTGCGTG 8640 AAGCGTCACT TTTTCAATGG GAGAGAGCGT CAGGCCCACC TGGTACTGCA CGCAACGCTC 8700 ATGAACTAGA TTTTCTGTCT TAAGATTATA GTTGAAGCGA TTCGTGGTGC CGTATACGGC 8760 AAGCGAAGGT TTAAGCCATG CAGTTTCGCC AAGCGGAATA AGGTAGCGCG CCCACACCTT 8820 CCCCATAACG GGCAAGTTGA TATGGGTGTC AGGGAGTTTC CACACACCCA TTGGAGAGAC 8880 GTAtATCCTT TTCCATTGTC TATGTACAGG CCGTGGGTAA GCGGGATATA GCACCGCACG 8940 TCCATCCCTG CTTCCAGTCC GTCTATAAgG TGTGTATAcG CGTCTCCCgC TTTGGTTTCT 9000 ACCCGCAGAA AGCCgCCgCC GTCCGTGTGT GTGCTCCCAT ACGTAGGAAA GACCATGGCC 9060 CCAAACACGC TTGCAGGAGC AGTGGCCACG TACACGCCGC AGGCAAACCA GCGCCATTGC 9120 AGAGTCAGGA GTGCATCGAG CGCGTAGGTG TCCAGCGCTT GTTGCCAGAG CACTGTCAAC 9180 AGCGCTGCAA GCAAGGGGTT TGAACTAACT GTCGGGTTCG TCTGTTCTGC TTGTACGATT 9240 TTGGTTGCAA TATCCCGCAC AGAGGATCCG TTAGCGGACA TTCCGTTCTT GACACTATCG 9300 AGCTTCTGCG CGTACTCAGG CAGCTGCAAC ACGCGCTGTG CAATGcATAC GCCACCGGkC 9360 yTCCGGGGGT GACCTTGGTT TTTTCCATAT CGATAAGGAT CGGGGCAAGA TAGTCGAGCG 9420 TTTTCCGACC TGCATAATGG TTACCCATGT CCAGAGCCAA CACCACCTTG AAGTCCGAAA 9480 GAGGAGTGAG CGTTATGCGC GCGCCTGCAT TCCACAGGAC GTCATTCTGC CTATAGTGCC 9540 TTTTCTGTTT ATGGCTGACC CTTTTATAGC CTTTTCCCAG TGTCGCGCTG GCTGCCACTT 9600 CTGCCCGTAC TAACTCGCGT TTCCACGGCG CATAGCTGAG CGTCGCGTCT GCCCCGAAAC 9660 CATACTTGCT ATGCAGAGCC TCTTCCGCCG CACCTCCAGG GGGAGCAGGA GCAGGGGCAG 9720 GCGCGTCCCA GGAACCATTT GAGGCAAAGG AAAGAAAGCA AATATCCAAG CTCACTCCAC 9780 TTGAGCCTAC GTTCTGTGCA CGGTAGCCGA GCCTGCCGCC GATGCCATCG AACCCTGGCG 9840 CAAACCGCAC CTCCTCTTCC TTGTAGAGGT CTGCAAGAAA AGGTTTCCAC AGTTGGGCAA 9900 AATTGGCGCG AAAGAGGGGA GCGGTGCCGA TCGTCATATA CGCACCAAAG CAGTGTAGCG 9960 TCGCTTCAAT AGCGGTTTCT TCTGTGACTA GGGTAAAAGG CTCACCAGGC TTTTTGGTCT 10020 GAAAATTTAC CTCCAAATCC TTGATAGAAA TTTCAGTCCA CAAGCCACCG TCAGATAATG 10080 TACCTGCGCG CCTTATGCGG TCACTTTTTA AAAACAACGG AACAGtTAaC ACAAGTGTGT 10140 GGTACTGCGG AACCCGTGCG TTATCTGACG AATGCGCGCT TTTTCCTTCT CACTCTCTTC 10200 TACTTCCTGT CCCTGCGCTC CATTTCCCTG TATCTGTACG TTCACCACAT CTCTGTCGTC 10260 GCCATCTCCA TTCTCGCGGG GCGGCACGGG AGGCGGCGGA CCTACTGCGG GGTCGTAGGG 10320 GAGCGTGATA CCCCACTGCA ACCrGGCAAA GCCTGAAAtC CGCGGCGTAC TTGCTAAGGT 10380 GTGCAGTCTG GTTTCTGCAC ACAGTCCTGC TGCGGACGAC ATAAAGAGGA GCGCCCACGT 10440 GCCAACTGAC CTGACACGCC TCCCTGCTGA GTGTCCAGGG GGATCATGGC AGGAGGAGCG 10500 CACAGCCGCC GACGGAGACA GCAGCGTGCG TCGCCGCCGG ATTTTGCTTT GAGAGTACAA 10560 CACCyTGCAG GCATAAAGAC AGGGACAGCG TACTCCTTTC ATGGCTCCAT CCTAAAAGTC 10620 CGCAGTGCGC GGCGTACGAG GAAACGGAAT AACATCCCGA ATATTCCCAA GCCCGGTGAC 10680 GTACTGCAGC AAGCGCTCGA AGCCGAGTCC AAAACCTGCA TGGGGCGCGG TACCAAAGCG 10740 ACGGAGATCG GTGTACCAGC GATAGTCGTG AGGGTCAAAA CCGCTGGCAC GGATGCGAGC 10800 ACAGAGTACT TCAAACTGTT CCTCGCGCTC CGAGCCTCCC ATAATCTCCC CTAATCCCGG 10860 AACTAGCAGG TCCATGGAAC GCACCGTTGT GCCGTcGGCA TTGAGCTTCA TGTAGAAGGC 10920 CTTGATTTCC TTTGGGTAGT CATAGACAAT CACCGGGCCG TGGAACACCT CTTCTGTTAA 10980 AAAACACTCG TGCTCGCTTT GTAAATCGCA TCCCCAGCGT ACGGGGAACT CAAAGGAGCG 11040 CCCACTGTTC TCCAGTAGTT TAATTGCCTC TGTGTATGTC AGGCGCGTGG CAGGCGCGCG 11100 GGCGACGTCT TCGAGCATGC GCGTCAgCTG CCCTGGCGTC CGCACTGGCG GTGTGCGCGC 11160 TGTGcTGCGC GCGGcAAGGG GTGTGTCGCC ccsCGCGCTt CcGCATGgCT GyGCgCGCtc 11220 GTCAAGGAAG GCTATATCcT GCGCGCAGTC CTTGAGTGct GCGCGTAGCA GGTACGCCAA 11280 AAACTCCTCT GCCACGTCCA TGCAGTCAGT GATGCGTGCA AAGGCGATTT CCGGCTCCAC 11340 CATCCAGAAC TCAGAAAGAT GGCGGCTAGT ATTTGAGTTC TCTGCGCGAA AAGTAGGGCC 11400 GAAGgTGTAG ATGCGCGTGA GGGCAAGCGC ATATGCTTCC CCCTGCAGTT GGCCCGAAAC 11460 GGTTAGGCGC GCTGCCTTAC CAAAAAAGTC GTCCGCGTAC GTGAGTGCGT AGGGGTTGCC 11520 TGCCGCGCCC GCTGCGTGTG cTTCGCGCGC AATACGCACG GGATCAAAAG TAGTGACGCG 11580 AAAGAGCTCG CCTGCACCCT CGCAGTCCGA AGCGGTAATG ATCGGTGTGT GCACGTACTG 11640 AAAgTGTCGC TCGGAGAAAA AGCGGTGGAC AGCGCCTGCA AgTGCACTGC GCACCCGTGC 11700 ACACGCGGCA AAGGTACTAG TGCGCGCGCG CAGATGGGCG TGCGCACGCA AAAACTCAAA 11760 ACTATGCGAT TTCTTCTGCA AAGGATAGGT TTCAGCAGGC GCCTCGCCAA GAACAGTCAG 11820 GTTGCAAGCG CGCAACTCAA GCGCTTGCCC GGCGCCTGGG GAGGGGACGA GTGCACCCTC 11880 GGCGCGAATG CAGGCGCCGG TAGTAACGCG TTTGAGCGTT TGAGCGAGCG TTTCCCCCTG 11940 GAGGACAGCG TCGCGGACAT TAGGGATTTG CTCAGTTGCG CCCCAGAGGA AAGGGAGGCG 12000 GAACACTCGG GcAGGGGAAC GGTAACCTGA AGGGTATCAG GGCAAGAACC GTCGCTCAGA 12060 CTGATAAAGA CAGCGCGTTT TGTCTCCCGT TTGGAGCGCA CCCAACCGTG AACGCATTCG 12120 TGCTGGCCTG AGGGGGGATG AGTCAGAATC TCCTTGAGCA AAGGGTGCAT AGCACGCACT 12180 CTAACGCTTT TACCCTCTTT GTGGAAGGGC GTGGACCGGC AAGCAGCTGT GACGCCACGG 12240 CGCACGCCCT GCGCGGCATC TGCATGGAAC GCCGCGCAGG CTGGGGAGA GCGAACCGTG 12300 CGAAAAAGCG TCGTTTCATT TCCAGGGAAC TTACTCTCTA GATGAGGAGC GGCCGAGGCG 12360 CGGTCTTCTG TGACCGGGAC CACGCCG AC GACATAGAAA ACCAGATGCA AGTAGAGTAT 12420 CAGAAACACT CCCGCAGAAA GGACGCGCGG GTGAACGATT ACCGCGCCTA TAAGACTCCA 12480 CAGGTGCACC CTTTCCATGG CGGATCCCTC GGCATGTGTG TTTCGTTCCT TAAGGATACC 12540 TGGGCACAAA CCCTTGACGT GGTGCGCAAA ATGCTCGACC ATGTGCCCGC GCGTGCCGTG 12600 CGGCAGTGTC TCGGTCCCGT GTGCATTTTG TACCATAAGT TTCAGGAGGA AATGTCCTAT 12660 GCAGCAGCGC TTCTTCTTAC TCGGTGTCTG CGCTTTTGCT TTTGGCGTCC CGGTTTTTCC 12720 CCAGCAGGGC ACAGATCCAA GTGTGGGTGC TCAGGCCAGT GCGGGCGACG GAGGCATGAT 12780 GACCGTCGAG CAAGCCTATC TGAACTCTGC AGAGGGTGTG GTGATCAAAG AGATGGTTGA 12840 gAGCaGGGGG CATGATTCAA AGGTGCTCGC GCTCCAGTAT ATCCAGGAGG CACTTGAAgG 12900 CGGACGTGGT TCTGATGACC TCCAGGAGGC GCTAAGTCGG TTGGCCACTG CTGGATTGTT 12960 CCGCGTGATC CGTGAGCAAG GGCGTGTGAT TAATGATTTC CCCGACATCC GCCTGCGTGC 13020 TTGCGAGCTA CTCGCCCGGT TTCtTCGGCT CGTACCAAGG ACGCTCTCAT CCAAGTCATG 13080 TGTGCTGACC GTGAGCTTCG GTGGTGAGGG CGGCGGTTAA GTCGTTAGGA GAGGTGGGTA 13140 TCAACGAGCA GGACGAGACA ACCGCCACTA TTGGCTGGAT TAGTCGGAAG TTTTCCGCTA 13200 TTAACCCGAc AGGTTCTCTC GCGCTTGAGA TTTTGAACAC GTACGAGCGC CTTGCTC 13257 (2) INFORMATION FOR SEQ ID NO : 30: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 14512 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 30: AGTTTCCCGA GTGGTCAAAG GGAGCAGACT GTAAATCTGT TGGCGTTGTC TTCCAAGGTT 60 CGAATCCTTG ACTCCCCACT TTCGTCTTCC GTTTGCTTTT GGGTAGTGTC TGACTTGTCT 120 TTCCCTGGCG TTTCGTTCCA GGCGTTTTTG CTAGCTGCTG TGCCTCTTGT CACTTTCTTG 180 AGTGCAGGAT GTTCTTTTCG TGCGCGTGCG CGCGGTTGCG GAAGGATTTC AGTGGCGGAG 240 GAGGGGACGT GCGTGTGCAC TTCTGGGGGG TGCGGGGGTC TGTGCCTACT CCTGTGACAC 300 CTCGACAGGT CCaGTCAAAG ATAGCgGCTG TCGTTCaGCG CATAAGTGCa AAGGATGTCA 360 GGAATCAGAG ATCCAAGGAG CGTTTTATTT CTGATCTGCC TGCCTGGCTC TTTGGGACTA 420 CGGGTGGGAA TACTACGTGC GTGGAGATGG AGACTGATTG CGGGGAAACC CTCATCTTTG 480 ACGCAGGGAC AGGCATTCGT GATCTGGGTA TCGATCTTAT GAGCCGTCCA GGCTACAGGG 540 CGCAGGGGCA TGTATACCAC CTCCTGTTTA CGCATTTTCA TTGGGATCAC ATCCAGGGGC 600 TACCCTTTTT CAATCCTGCC TTTGATCCTC GTAATACCAT TATCGTCTAT AGCACTCGCA 660 AGAAAATGAA GGAATTCCTT GAAGATCAGA TGAGGTATCC TTACTTTCCA ATATCTATGT 720 TTGGACGCGA CGGTTTTAAC GCAAAGTTTG AATTTCGCCT GATAGGTAAC CATGAGGAGT 780 GCTTTGCTAT TGGGAAGACG AAGATAACTT GGAACCGGGT GCGTCATCCA GGCGGATGTG 840 TATCGTATGC GGTGAGCGAG GCTGGTGGGA AGAAGGTGAT TTTTTCTACC GACACCGAGT 900 TACGGCAGAA GGATTTTGAT AGAAGTGAGC GTAATGTCTG CTTTTACGAT GCCGCAAGTC 960 TGCTCATAAT TGATTCGCAG TACACCATGA CTGAATCCAT CAAAAAAGAA GGGTGGGGCC 1020 ACTCCACGTT CTCTATAGTG GTTGATTTTG CAGTAAGTTG GGGGGTGAGA AGACTGGCGC 1080 TGTTCCACCA TGAACCTACG TATGATGATA AAAAGTTGTT TAGCATTTTG CAGAATGCCT 1140 GCTGGTATCG CAAGTACGTT GGTGCGCACG ATCTTGAAAT ACTGCTCGCA CAGGAAGGAA 1200 AGGATATCTT TGTATGAGTG AGGAGGAGCG CATGTATAGC TTTAGCGGtG AAGAAATCAA 1260 GGAACTCGCG CTTCTGTTTC GTCGGTGTGG GCAGACATTG GCGCCGGCGC TGCGCCGTCT 1320 TGCGCTGTTT GTCGATCGCA CTGTTTGTCG CCATATGACG GTTGAGGAGG CTGAGGATTT 1380 TTTCGGTAGT GCAGAGCGCT AGGCAGTCGT GAGTATCCGG ACCTTTTCTT TTACTCCCAG 1440 CGTTCGGCTG AGGCGCATTG TTCTCTGGGG CAGTTTGTTC TGTGCGGGTG TTCTTTGTCT 1500 GCTGTGTCTG TGTCTTTtAG TTGGCCTTGC CCCGGTGCGT CCTTTTGTGA AAAAGGAGCA 1560 TATGTTCACT GTGCAGTCCG GTGTGGGCGC GCGGAAGGTC ATTCACGAAC TGAGGAACGC 1620 ACGGCTCATT CGATCCGAGT GGGCTGCGCG gTTGTACGTG TTCGCGCGCG CGCTTAATTT 1680 TAAGGCGGGT AcTACGCAGT TTCTCCTGCA ATGAGTGCGG TGCGCATTTT AACTATGCTc 1740 GACGATGTCG AACAACAACG CTTTATCAAG GTCACCGTCC CCGAGGGACT GACGGTAAAG 1800 AAAATTGCTG CACTGTTGCA AGACGCTACA GTGGTAAGTG CAGCGGCGTT TGTGGAAGCT 1860 TGCACGAGCG CTGCATTGCG AACGCGCTAT AAGATCCCTG CTCCTTCAGT GGAGGGTTTT 1920 CTCTATCCTG A ACGTATTT TTTTAGTTAC CAGGAACGCG CGGCCAATGT GGTGGGAACC 1980 ATGATCGAAA ACTTTCTGGC CAAGACTAGC CAGTTGCCGT CGTTTCCTGG TGATCCGGTT 2040 GCGCGATTTA AAACCGTCAT ACTCGCTTCA ATCGTGGAAC GCGAGTAcCG CGTGGCTTCT 2100 GAGGCAGCAC GCATCGCAGG TGTTTTTTAT AACCGGATGA AGGTAAACAT GGGACTGCAA 2160 TCTTGCGCGA CAGTCGAATA TGTCATTACT GAAATTGAGG GGAAAGCGCA CCCCGAGCGC 2220 TTGTTCTTTA AAGACCTTGA AATAGACAGT CCATTTAATA CGTACAAATG TGCTGGGCTG 2280 CCCCCAGCTC CTATCTCAAA TCCTGGGCTC ACCGCGTTGA ATGCTGCGCT GCATCCTGAA 2340 GTGCATGACT TTTTCTATTT TAGGCTCACC GATCCGCAGc GGGcACGCAC ACGTTCACCA 2400 AGACGTTGGA CGAGCATGAT CAAGCTGGGC TCATGCTGCT AAAGAAAAAT ACGGGAATGT 2460 AGGCAGTGGC TCGGATTTCT GCGCACGTTA TTGATGCGAT TGCTGATCGT GTGGATTTGG 2520 TTTCGCTGGT GGGAAATTAC ACGCATCTGG AGCGGCGTGG GGATGACTGG TGGGGTCGCT 2580 GTCCATTTCA TCATGAGCGT ACGCCTTCGT TTCATGTGGT GCCGGATAAA AAGATGTACT 2640 ATTGCTTTGG GTGTGGGGTT GGTGGATCCA CTATTAAGTT TTTTATGGAA ATCGAGAAAA 2700 TTGATTTCCA CGAAGCGGCA GTGCGTCTTG CAAAGCGTGC AGGAATCGAG ATGTCCTTTG 2760 AGGACGGGGT GCACGCTCCT TCTGcTCATG CTTCCTTTAC AATGcAGCTG TGTGAAGTGT 2820 ATCAGCGCAT TGCAGAGACG TTCCATCACG TACTTATGCA CACCGCGCAA GGamGCGTGC 2880 GCGCGCGTAC CTAGCCTCGC GCAaGGTAAC GGATGATTCA tACGCACtTT AAGCTCGGGT 2940 aCGTCCGCCG GATCCGGTAT GGTTGTTTCA ATTTTTAAGG CACAAGGGAT ACTCCCCCGA 3000 GTTTCTGGCC CGTTCTGGGT TGTTTGCAAA AAAAAGCGAG CGTATCGCCG TTTTTTCAGA 3060 TCGGATCATG TATCCGATTG CCGACCGCTA CGGTCAGGTT ATCGCATTCG GAGCGCGCGC 3120 CTTGGGGACT GCACCTGCAA AGTATTTGAA CACGGCAGAT ATGCCACAGT ATAAAAAGGG 3180 TGAGCACTTG TTTgCtTTCA CTGTGCTCTT TCTCAGATGA GAAAGACGCG CGCGGCGATT 3240 ATATGTGAAG GATACATGGA TGTTATCGCG TTTCATCaGG CGCAGTTGAC GTATGCTGTT 3300 GcGCcTTTAG GCGCATTGCT GACGAAAAGC CAGGCACGTT TGATGCGTTC GTTTGTCGAT 3360 CGAATATATA TGTGTT-TΦGA TGCCGACGGA GCAGGCAGAG CGGCAACGTA CAAGGCGATT 3420 TTGTTGTGTC GTTCCTTGGG TTTTGAGGTA CGGATAGTAG AATTGAATGG AGGTACTGAT 3480 CCTGCAGAAT GTGCGTGTAT AGAAGGAGAG GACGCTTTGA GAAAAAGCGT AGAACGGAGC 3540 ACTAcTGACG CGCAgTATTT GATACGGTGT GCACGCCATG AGCACAGTCA CCTTGGTGCA 3600 GATGACACAT CACGTGCGGT GTCCTTTTTA TTCCCTTATC TGAGTGTCTT GGACTCTGCC 3660 ATTCAGCGTG AGCAAGTCAT GCAGGATATT GCGATGGCGT TTGGCATTCG CATACAGGCG 3720 GTGCACGCAG ATTACCTGCG TTATGTGTCC CGTACCACGC AGAAAGGGAC AACAGGGAAT 3780 TGTGTTCTGT CTGTACAGGG AACAGCGATA CAGGTGAAGG AGCCTGCTAC GGGAGTACGC 3840 ACTGCGCAgC TGCGTTTGGT ACTAGCGGTG GTAGCAAATC CTGAGTTATT TGAGCTCcTG 3900 CGGGAGAGTG TGTGTGCAGA TGACTTTGAA GATCCTATGG CAAAAGAGTT ATTCATAATC 3960 CTAGAGGAGT GTTATCGTGC AGACACGCGT GCAAGTCCGC ATGTTCTTTC GTGTTGTACA 4020 ACCGACGAGT TAAGGAAACT CGTGAGCGAG GCAATTGTCT GTGGTGAGTT CTCTTGCAAT 4080 GCGCCGCAGA TTGTGCGTGA CGGTGTTGCG CTCGTGCGTC GTAATAGACT GCTGAAGGAG 4140 CGAGAATCGC TCGTAGGgCG GCTGCGCCGA TTTGGGGATG CATCTTCGGG TGAGGAGTGC 4200 GGGTCTATGC AGGAGCTTAT GATGGAAAAG CAGCGGGTTG ATGAGGAGTT AGAAAGGTTG 4260 AAAGGGGTGA GGAAATGATG GAGCTGTCAC GTACTCCTGC GGTGATGCGC CTGTTAGAAT 4320 ATGCGAGGGA GAAGAAGGCT ATAACGCATG ATGAGGTCGA GAACATACTC GCGCACTATG 4380 GCGTTGAGAC AGAAGAGCTG CTACATGATG TGCTTGATAT GCTTGAGCAG GAGAATATAA 4440 AGGTCTTCTC CTCTGAAGAG GAGGAGCTAG AAGACGAAGc TTTGCAGGGC TGAAAGGACC 4500 TGCCGCGGAC GATGGCGATG GGTCGTTCCC CCTTTCAACT GAGCGCGTGC GTGATAAGCT 4560 GTGCGACAgT AGCCGTGGGG CACGGCAGAA CTTGCTGTCa AACGCGCGGA ATATTGCACT 4620 TGACGATCCG GTgAAaCTCT ATCTGCGTGA TATCGGCCAA GAAAAGTTGC TCACTGCGGA 4680 CAAGAGGTCA TGCTTTCAAA GCGGATGGAA GAGGGCGAAG cATCATAAAG GACATTATTA 4740 CCCAGTCTGG GCTCCTTCTT CCTGAGTTTT ATCACATTGG GCGCAGTCTT TCTAAAAAAG 4800 CTCTTGCGGT TTTGGATCCT GCAGAAAGCG GACGTACGAG AAAGGAAATC AGCGAGGAGA 4860 TGGCCGATCG CCGGCGTCTG AAACaGGCAT ACGGAGAGGT GCTtCGCTCC TTGTATCCTG 4920 AAATGCGTCA TTACATGGCA ATGAAAAAGC GGCTGGATGA GCGTGGGGAG CCGGTGACGg 4980 TTTTGAGTAG TGATGAAGAA gTGTGTAAGC AGCGCGACAA GTTGCTTTCC TGTTTACAAA 5040 AGGTGGACTT GCAATTAGAG GAGATAGATC GCTTTTCTCG AAAATTTTTG GACACCGCGC 5100 GAAAAATACG GGAATACAAG CGGCGTAAAG ATCGCCACGA AAAGCAACTT ATGATTGCTG 5160 ACCTGTGTGA CATGCGCAAG ATTGGGCGTG GTCTGGCCGT GCCCCGTCAG CGTGCAAAGT 5220 TGGAAGAGAC GCTTGGTATG TCTGCAGATT GTATTCAAGA GATCTATACA CAGATTCAAA 5280 AAGTGACACG CAGGCTGCGA CGCATCGAGT ATGACTTTGA AAATACCATC GACGGTATTT 5340 TATCCATGGC GCGGGCAATT CACCGGGGTC ATGTCATGCT CAAGAAGGCA AAGGATAAGC 5400 TCATTAATGC TAATCTGCGT TTAGTTGTGT CGATTGCAAA GAAGTACACA AACCGTGGAT 5460 TGCTTTTTTT TGATCTCGTG CAAGAGGGCA ATATTGGGCT GATTAAGGCG GTAGAAAAGT 5520 TTGAATATCG CAAGGGATAT AAATTTTCCA CGTATGCGAC GTGGTGGATT CGCCAGGCAA 5580 TTACCCGTTC TATTTCCGAT CAGGCGCGCA CCATTCGGGT TCCGGTACAC ATGATAGAGC 5640 AGATAAATAA AGTGACGCGT GAGTCTCGGC AGTTGTTGCA AAAGTTTGGG CGTGAgCtTc 5700 TGATGAAGAA ATTGCGCAnA GCTCTGTTGG ACAGTTGAAA AAGTTAAGCA GGTAAAAAGT 5760 GTTGCGCGCG AGCCTATCTC TCTTGAAACT CCAATTGGAG AGGAGGAGGA CTCTTCCTTG 5820 GGTGACTTTG TCCCTGACGC TGACGTGGAA AATCCCTCTC GAGTTACAGA AAGAGTCTTG 5880 CTTAAAGAGG AAGTGCGATC TATCCTCTCC GCTCTTCCTG CGAGGGAGCA CGAAgTTTTG 5940 AGAATGCGTT TTGGTCTCGA TGGAGACTAC TCTCAAACGT TGGAAGAGGT CGGTTTGTAC 6000 TTTGATGTGA CGCGTGAGCG TATTCGGCAG ATAGAGGCGA AGGCCCTTAA GCGTTTGCGT 6060 CATCCACGAC ACAGCAGAAG ATTGAAGGAT TTCCTTGACA GTTAGGGGTA TGTTATGGTT 6120 CCTGCAAATG TTTTCGAGAA CTTACGGGCA CTGCAGGTGG TGCTTGCGCA GAAGAATCGC 6180 TTGGAAACCG AGATTGCAGA GGCGCCGAAG TTCTTAGTCG CTCAGGAAGA GTTGCTAACG 6240 CGTTGTAAAG AAAGTTTTAT TGAAAAGAAT GTCGAATACG AATCTGTGCG CGAAGAAGTT 6300 GCCCGTCTGA CCACCGAGTT GTGCAAGGCA GAGAAGCGGC GTGAGGATGC GGAAGTTGCG 6360 ATGGACAACA TTAGCACGCA GCGGGAGTAC GATGCGCTCG ATAGGGAGAT TCAGGAGGCG 6420 AAGCGGCAGG AGGTTGCATT GCGCTCCGAG GTAGCGCGCT CGGATGTAGC TTATAAGCGT 6480 TTGGCAGAAG AAATTAAGCT TGATCAAGAA GACATTGTGC AGCAGGAGAG GGAGCTTACG 6540 GAGAACAAGG CTCGCGTCGA CGCAGAGGTG CGTGGTAAAA GGGAGCAGGT GTTGCGTTTA 6600 CAGGAGGAAG AGCGGCGTCT TTCTCCAGAT CTTGACCGGG ATGTACTCTT TAAGTTTGAG 6660 CGTATTATCA AAAGTAAGCA GGGCGTGGGT ATCGTACCCG TGCGGGGGAA CGTGTGTGCA 6720 GGGTGCCACA TGATTTTGCC CGCGCAGTTT TCAACCGGCG TACGTGAAGG GAACAGTATC 6780 GTGTACTGCC CCTATTGCAG TCGGATTCTT TACTATGAGG AGACAGATGA GCCTGAGATG 6840 ACCTTCTTTG ATGAAGAGGA CCTGGGCAGT CTGTCGGACC TTGTCTATCC AGAAGAATCT 6900 GGAGGATTTG GGGGAGGTGA CCGGGAAGAG ATATAGAGAG GTTGGTAAAT GGGGTGACAG 6960 AGAACTGCAG ATAGTCGCTG CGGGTTTCTC GCAGAGGAAA GTCCGGACTC cTTCGGAAAT 7020 GATGCTAGTT AATTACTAGG CAGCGGCTCT CTGCAGTGCC GCTGACAGCA AGCGCCACAG 7080 AAAATATACC GCCTTTGGGT AAGGGTGAAA GGGCGAGGTA AGAGCTCACC GCGTTTTGGC 7140 GACAAAACGG CACGGCAAGC CTCATCAGGA GCAAGATCGA GCAGCAAAGG ATATTCCGAT 7200 CCTGTTTTGC GGGTTGATTG CATAAATTTA TATAGCGATA TAT AAGTGA GACAGATGAT 7260 TATCCTTGAC AGAATCCGGC TTACCAGTTC TCTGTTTTTT TAGAGTATCG ATGGAATTTC 7320 TACTAAGGCG GACGGgCACC AGAGTTTCTT CCCGGGGCGG AGGAAACTGC CTAATTCCGT 7380 GTTCCTCTTT TCGGTCTTTT TCGCCCTGGT AGTGGGCGTG GGGGTTGGTG CGTGGCGTTA 7440 CCGTCGGTAC TACCGTGGGT TGCCGAGCGC GCGCAGTGTw ATGAGGACTG GAAGAATGGT 7500 AATTACAAAG CGGTGTACGA TAAGGCGGCT GAAATTCTCC AGAGGCGGGT GTTCGACGCT 7560 GAGATGCTCG CGCTGCATGG GTTTGCTGCC TACTATATCT TTTCAGAGCA GACTGACCTT 7620 TCTGTCAGTT ACGACTACCT CAATAGTGCT ATTGTGTCCT TGCGCCGCGC GTTGCATGTG 7680 GTGCGCCCTG CAGAAGTTCC CAACGTTTCT TATGTCCTTG GCAAAGCCTA CTACCAGCGT 7740 GGGTATTACT ACGCTGACTT GGCGGTGAAG TACCTGGATC TTGCCTATAA CGCAGGGTTC 7800 AGGGCTGCGG ATTTGGCGGA GTTTCGTGGC ATGTCTGCCT CTTTGCTCGG AGATATGCAA 7860 AAGGCGGTTG AGTCGTTCAC GCAGGCTCTC GCTGCACAGC CCTCTGATCT TGTGCTCTAC 7920 GCGCTGGCAG AGTGTTATGA AAAACTTTCT GATTTTTCGA AGGCGAAgCT GtATCTGTAT 7980 GATACCATCG GGAAAACAAA GGATGTTTTG CTTGAGCTAA AGTGcAGGAA TAGGCTTGcT 8040 GCGCTGTATT TGTCTGAGCG CAACCTTGCA GAGGCTGAGC GAGAGCTGGA TGTGGTTTTG 8100 CAAAAGGATG AgCGCTCTGC GGAGGCCCAC TATCATCGCG GGGTTCTGTA TGAGATGGGT 8160 TCGGATTTGG TAAGGGCGCG GGCGGAGTGG CGGCGTGCCC TGAGGCTGAA TCCACTGCAC 8220 GAGCCAACAC GCGTGAAGCT GAACCTGAAA TAGCTTGGAG GTGCCATGTT TTTTCTCAGA 8280 CGATTTTCTG CTGACGTGGG TATCGATCTA GGCACGTGTA ACACCATTAT CTATGTGGAA 8340 GGAAGAGGGA TTGTCGTCAA TGAGCCGTCT GTGGTGGCAG TTGAGCGGGG AACGAAGTCA 8400 GTAGTTGCGG TAGGCTCGGA CGCGAagCGC AtGTTGTGGA AAACTCCGGG AAATATCGTT 8460 GCGATACGGC CGTTGAAAGA CGGTGTGATC GCGGACATGG ATaCTACCGA GAAGATGAtT 8520 CGTTACTTTA TTTCTAAAAT TTTGCCGCGC CACAGGCTCA TTAAACCGCG GATGGTCATC 8580 GGGATTCCCA GTTGTATCAC GGATGTGGAG TGCAGAGCAG TGCACGAGAG TGCTAGTAAG 8640 GCCGGGGCTG GGGAGGTGGA GGTACTTGAG GAGTCACTTG CTGCAGCCAT TGGCGCTAAT 8700 ATTCCCATAG AAGAACCGGC AGGGAACATG GTGTGTGATA TCGGGGGGGG TACCACGGAG 8760 GTGTCGGTTA TCTCGCTCTT GGGTATGGTG GTCACGAATG CAATTCGTGT TGGGGGCGAT 8820 GAGTTTGATC AGGCCATTAT CAAGCACGTG CGATCCGTTC ACAATTTGAT TATTGGGGAG 8880 CAGACTGCAG AGCGTTTGAA AATTGAAATA GGGAATGCTT CTCCGGAAAA GAATATTGAA 8940 AAGGTGGAGG TCAAGGGAAC CGACGCCATC ACCGGTCTTC CTCGCAGGCT TGAGATAGAT 9000 TCTGTTGAAG TACGTGAGGC GCTCAAAGAG CCTATCACGC AGATAGTGGA AGAAATTAAG 9060 CGGACGCTTG CTCGAACGCC TCCTGAGTTG GCTGCGGATA TCGTCGAACG GGGCATCGTC 9120 ATGACAGGCG GAGGCTCTCT CCTCAAAGGT CTCCCTAAAC TTATTTCTAA GGAAACGCAT 9180 GTGCCGGTTA TCCTTGCAGA GAATCCCATG AACTGTGTTG CTATCGGCkC AGGAAGGTAC 9240 CACGAAGTCT ACAAGGATAT TTCAGGGGAT CGTAGTCTGT ATGCGGGACT GAATTCATGA 9300 tTAGGTGGAA AAGGCTTTTT TTTTTaGAAT AGACTCTGAT CTATTCACCT TTATCGTGTT 9360 TTTGCTTGTT TCCTCAGgTC TCTTGGTCtT CTCAGGAGGG GAGCTGATTG TAAGCTTTAG 9420 GGATGTGGGG TTCTCCGTTA CCTCCCGCGT GGAGAAGGCT GCAGCTTCGG TTTCTTTTTT 9480 TGTTACTCAT ACGGTCAAGA CGTTGAAAAC CCTCTCAGAG GTGCAAAGGC GGTACGAGGT 9540 CTTGCGCGAA CAACTGAAAG ACTACGAATT CTTGCAAGGA TCACGCGAAA GTTTGAGAAA 9600 GGAAAATCaA AGGcTACGCG CCATGCTTGG GTTTTCCCGC GAGCTTTCAA CGCGCAACAT 9660 TCCTGCAGAG ATTATAGGTT TTGACCCCGA CAATTTGTAC TCCGGTATTG TTGTTAGCAG 9720 GGGTGCGCGG CACGGGGTGC GCAAGAATAT GCCTGTTGTT GCATTTCAAA GTGACACATT 9780 GGGGTTGGTT GGAAAAGTGG TGCAGGTTTC GCGTACCACG AGTATGATAG TGCCGCTTTA 9840 TCACTACCAA TTCTATGTTG CCGGAAAACT TGAGCGTGCT CAGTATCGGG GATTGATTAG 9900 TGGACAGGGG GGTAGTGACT TTCCCCTTCT AATGCGTTAT GTGAAGAAGC ACGGACAGGG 9960 AAGTATTCGT GTCGGCGACC TCGTGGTAAC TTCGGGGGAA AATTATCCTT TCCCGAAAGA 10020 TGTACCCGTC GGGAAGGTGC GGGACATTAA ACTCCACGAC CATGAAACTT CTCTTGAACT 10080 TTCTCTTGAC CCCGTTTTAG ACCTTTTCCG TTTGGAATAC GTTTTTATCC TCGACCTGTC 10140 CTTGTCCCAA GAAGGACCGC ACGGATGATA CGGCTCATCG CCTGGTCTGT AGGTACCTCT 10200 TTTCTTTTTA GCATTGTAGA GATGGCAGTG TTCGTACACG TTTCGTACTT ATCCATTATG 10260 CCAGATCTCG TCTTGCTCGT AGTACTGTTC ACGAGCATTC ACAATGGCGT GGTGGCAGGG 10320 ATATGGACTG GATTTAtTGC AGGAATTATT TTTGACTTCC TTTCTATCTC TCCCTTTGGT 10380 TTGCATTCGT TCGTTTTCAC CACTATAGGC TTTATGGTAG GAAAGGTGCA GGGaAGATAT 10440 CATATCGaTA GAGTATTCGC CCCCGCGGTA CTGGCAGGCT TTGCAATGAT TTTCAAGGTG 10500 GGATTGGTGT TGGTATTGCG AGGAGTGTTT GGTCCAAATA TCCAAGTGTA TAGCGTGTTT 10560 TCACGcAGCT TTGGATAGAA ATGACGTTGA ATATTGTGTT TGTCCCCTTT GTATTCGGGC 10620 TTTTGAATAT GTTTCCGACC ACTTTTCTTT ATAAGAGGTT TTCTTCGTAG ATGCGTTATT 10680 TTTCTCTCCT TCCTGATCGT CATATGCTTT TTAGGATAAA GGTTCTCACC TGGCTCGTCG 10740 TGcTGGTTAT GCTGTTGTAC ATGCGGCAGC TGTTTGTCAT TCAAATCGTG CGGGGGGATT 10800 CGTTCAAAAA AAAATCGCTG AACATATCTC AGCGTAgTAA AGTAATTCCT GCACAACGGG 10860 GGGAGATTTT TGATCGCCAC GCGGaTCTGC CCATGGTGCT GAATGTCAAT TCGTTTGCAG 10920 TTGATATGAT CCCCGGAGAG GTTCCGCCTG AGCAGTTCGA TACGGTGCTC AACAAATTGT 10980 CGCATATTCT GCGCGTACCT ATTTCGGATA TTCGAAAGAA AATTCCTGAT GCGGTCCGCC 11040 GTTCATTTCA AACGGTGGAG TTGCGCAGTA ACGTGAGTTA CGAGGACATC ACTGcTATCG 11100 CCCAAATAAT TGATGAACTG CCGGGCGTTT CTTGGTATTC AAAACCAGTA CGAAATTACG 11160 TTGAAACAGG ATCATTCGCT CACGTTATCG GATATGTGGG GGAGATTACA AAAGAAGAGC 11220 TCAAACGATT TTACAGTAAA GGG ACAGGC CCAACAGTCT CATTGGAAAG GCTGGAATTG 11280 AAAAAGAATA CGACGAGGTC CTGAGAGGGA AAGAGGGACA CGAGTACCGG ACCGTCGATG 11340 CCCGTGGGCG ATACATAGAA AACACTTCGG TTACTAACCC TCCTCGCATG GGTAATAACC 11400 TCGTGCTCAC CATCGATCGG CGTATACAAA AACTTGCAGA AGACGCGCTC GGTCCTCGTA 11460 TCGGAGCGGC AGTGGTACTG AAACCGACAA CGGGAGAAGT ACTTGCTATG GTATCTTATC 11520 CGTACTTTGA CCAAAACATT TTCACTCAGC ATAACGCCCA CGAACTGTAT GCGCAGyTTT 11580 CACATGATAC ACGGTTCCCT CTGCTTAACC GTGTTGTGAA TGCAAGTTAC CCGCCTGCGT 11640 CGACGTTCAA GATkGTCaTG TCAACCGCTA TTTTGGCAGA GAAGGCATTC CCCCATGAAA 11700 AGACGGTGGA CTGTCCAGGA GAGATCGAGT ATGGCAATCG CTTATTTCGC TGTCATATCA 11760 GAAAGCCTGG GCACGGCAAG GTAGATCTCC GTCGTGCGCT TGAGCAGTCG TGTGATATTT 11820 ATTACTGGAC AGTCTGTCGA GACTATCTTG GCATCGACCG CATGATTTCG TACATCAACG 11880 ATTTTGGATT TGGCAAATCG GCGCGCATCG ATTTACCCAG TCAAACAGAG GgTATGGTTC 11940 CAACACCGAA ATGGAAAGAA CGTCGGTTTC ATGAAAAATG GTTGGATGGA GACACTATGA 12000 ATCTCGCTAT CGGGCAGGGT TACATGCTTG TCTCGCCTCT GcAGGTGGCA AACATGGTCG 12060 CGATGACCGT TAACAATGGC GTCATTTATC GGCCCCATTT ACTCAAGGAA ATTCGGGACT 12120 CTCGTACTAA CGAATGCTAT TTAGGCATAA ACCTGAGGTA TTAAAGACAG CAAAAATTCC 12180 TGCAGAGATA TTCGAGCACG TGCGCGCAGA TATGCATTCG GTTGTCACGC GTGGCTCCTC 12240 CCAGTATGCA ATGAAAAATA AGACCGTGTC CCTGGCAGGG AAAACTGGTA CTGCAGAAGT 12300 AGGTTTTCAC AATCGGTGGC ATTCGTGGAT GGCAGCGTAT GGGCCTTATC ATCGCCCCCC 12360 GGATGAAGCG GTGGTCGTTG TGGTACTGGT AGAGGCAAGA AACGAATGGG AATGGTGGGC 12420 GCCGTTTGCA ACCAATATCA TTTTtCAGGG TATTTTTGCG AATGAGGATT ATGAGCAAGC 12480 AGTTGAGTCG CTCAAGTCGT ACGGCATTTC CCTTGGGGTG CCGGCAAGGA GTCGGCAGGA 12540 ATGAGGATTC GCGGTGTCAG TGATTTtGAC TACCTATTGC TTCTGACCAT GCtGGCGTTG 12600 ACCArCATTG GTATCTTGTT CATCTATTCT TCCGGGGTAA ATTCAGAGGG ACACGTTATT 12660 TCCAGAGAAT ACCTAAAACA AATAGTGTGG GCCGTCATGG GTGTGGTGCT CATGCTTTCT 12720 GTGAGCATGT ACGACTACCA CAGGTTCAAG GATAGAACAA CGCTTATTTT TGCAGGTTTT 12780 ATATTGCTGC TGATATACAC GCGGTTGTTT GGGCGGTATG TAAATGGTGC AAAAAGCTGG 12840 ATCGGTGTGG GAGAATTCGG CATTCAGATT TCTGAGTTTG CAAAGATCGC GTACATATTA 12900 TACTTAGCGC ACTATCTTGT TTATTCTCAG AGTGAGCCTA TGCTTAAGCG CTTTGCGAAA 12960 GCGGGGGTGA TTACCTTGCT GCCCATGGCG CTCATATTGT CTCAGCCGGA TCTCGGCACT 13020 GCATCCGTGT ACCTGCCGAT TTTTCTCGTT ATGTGTTTTA TTGCAGGATT TCCTCTCCGT 13080 TTGATTTTCG CGGTGGTTTG TGTGGTCCTC CTGACTTTGC TCTTTACACT GTTGCCCCTT 13140 TGGGAGCAAA CCTTTTTGCA ATACCAGGGG GTGGCTACGC GCATTGCAGA TTCGCGTATG 13200 CTGTCGCTGT TTGTGTTTTT TTCTCTCAGC GCTACGTCTG CGGTAgcGGT GGTAGGGTAC 13260 CTGCTCTCTG GAAGAAAATA CTACTACTGG ATTACTTACG CTTTGGGAAT GGTGAGTATT 13320 TCTTATGGCG CATCGCTGCT GGGAGTTCGG GTTTTAAAAC CGTATCAGAT GATGCGCCTG 13380 ATCATTTTTC TCAATCCCGA GGTAGATCCA CTCAAAGCGG GATGGCACAT TATCCAGTCA 13440 ATGATCGCTA TTGGCAGTGG CGGTGCGTTT GGAATGGGGT ACTTGAGAGG ACCGCAGAGC 13500 CATTATCGAT TTTTACCGCA GCAGAGTACT GATTTTATCT TCAGCATTCT TTCTGAAGAG 13560 TGGGGTTTTG TTGGCGGGGT GATAGTGTTT GGTTTGTATC TGTTGTTCTT TCTGCATACG 13620 CTTTCCATCA TGAGTCACGT TGATGATTTG TACGGTAAGC TCATCGCAAG CGGTGTGTTG 13680 GGTATGTTCC TTTTTCACTT TGTAGTTAAC GTGGGCATGA CCATGGGAAT CATGCCCATT 13740 ACGGGTATTC CTCTGTTGCT CCTTTCGTAT GGTGGATCGT CTCTGTGGAC CGCGATGATT 13800 GCAACGGGAC TCTTGATGAG TATCAATGCA AGGCAGTTGT AAATAGAGTA AGGAAAGGAC 13860 ATTTGGTATG AAGGTGGTTC TCTTTTATGA TCAAGGAAGA GCGCATTCAG TTGCTGCGAT 13920 ATGCGAGGTG CTTTGTGCAC AAGGATGCGC GGTAACACCG CATGCGATTG AGCAGGTGTG 13980 GAACGACACA TCACCGTGCA GTaCgcCTTT GGCnTTGGTA CAGGATGCAA CGCATGTGTT 14040 TTTTTTGTaC gcGCATGAGC CCATGCGCGA TcCGGCTTTT ATTTTCTTTT CTGGAGTTGC 14100 TTGTGGGCGT GGTATGCACG TGCTGCTCTT GGCTACAACA ACGGAGGTCA GGGATATCCA 14160 TGTATTTCGC GACTTGGTCT TTTTACTTGA GGAGGAGACG TTTGAGGATT TCTTTCGTGT 14220 CGAGCACGAG AGATTTGTAA GGCAGAAAAA GAAGCGTGTC GCACGCACTG CGCTGTTAGA 14280 GCGCGGTTAT CCATGTTTTG AAGAAAATTT CATCGCGACA GTCATGGATG GGAATATTGA 14340 TATTGTCAAT CTCTTTTTGG ATGCAGGATT TAGCGCTGCG TTGAAAGACG CACGCGGTAC 14400 gCCTGTGTTG TCTTTGGCAG TGCGGGAGGG TCAGGATGAG ATGGCAGCGC AACTTnATTG 14460 nCGGCGGTGC GCCAGTAGAT CCAGTTAATG GGATCCTCTA AGTAGTTAAT TA 14512 (2) INFORMATION FOR SEQ ID NO: 31: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3569 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 31: CCGCCGCCCG CGTATTTCTC GCATTTCTCG TGGGTTATGC CCGAGAGAGT AGTACAGGAA 60 CATATATCGT GGCGTTATAA GGCTCTCAAG CAGGATCATA TGGAAGTAGA CTGTGATGTC 120 TATGCTTACC GTGGAGGGCG GGTGTTTCCC CGTGTGTCCG GTATGGGGGT TATCGATCAT 180 ACAAACATCC CACATGCTCT GCGTATTTTT TGTGAAAAGA TGACTGATTC TTTTATGAAA 240 AAAAAAATAG ATCCACACCT GTGCCAGAGA GAGAGAAAGT TTTTACCCCA TTACTTTTCA 300 TTTCGAATGG GTAAGCTGCC gCGTATTTGC GCAGTTGTGT TTGCTCAACC GAATGTTATG 360 CAGGGTAACT TTCTTACCGT TCATTTTAAA TTAAATGTAG AAAACGAGGA TTCTCGTATC 420 ATAGAAGTCA CGGTGGCGAA AGAGCAGGAG AATTGGAAAC TATTCCAATT TTTATTTAAA 480 GAGGATCGCG CGCATCTTGC TGTCTTGTAA GTGATGTCTG AGTCTGTAAA GGAGATGGCC 540 GGAGGATGAA AGGTCAAGAT GTCATCCTGT GCGACGGGGG ACGTCATTTT TCATATAAGG 600 TACTTCCTCG TGTGGTCATT GTGGGAAGAC CGAATGTAGG TAAGTCGACA TTATTCAACC 660 GCCTGCTCGG TAGACGGCGC TCTATCACCA GCAATACGTC AGGGGTTACA AGAGATTCGA 720 TTGAAGAAAC CGTGATTCTG CGAGGGTTTC CTCTTAGACT TGTTGACACG AGCGGTTTTA 780 CCGTTTTTTC TGAAAAAAAG GCATCGAGAC AACATATCGA TACTCTCGTG TTAGAACAAA 840 CGTATAAATC AATACAGTGT GCGGACAAAA TCCTTCTTGT GCTTGATGGA ACGTGTGAAA 900 GTGCAGAAGA CGAGGAGGTT ATCCAGTATC TGAGGCCCTA CTGGGGCAAA CTCATCGCTG 960 CGGTTAATAA GACGGAGGGA GGAGAGGAGG TGCATTATAA TTATGCACGG TACGgTTTTT 1020 CTACCCTTAT CTGTGTCAGC GCCGAGCACG GTAGGAACAT AGACGCGTTG GAAAGGGCGA 1080 TTATCCAAAA TCTGTTTTCT GTCGATGAGC GCCGGGAACT GCCGAAAGAT GATGTTGTTC 1140 GTCTTGCAAT AGTGGGTAAG CCGAACACAG GAAAATCCAC TTTGATGAAT TATCTCATGC 1200 GCCtACCGTT TCTCTGGTGT GTGATAGAGC AGGTACTACC AGAGACGTGG TAACCGGTCA 1260 TGTTGAGTTC AAACAGTACA AATTCATTAT CGCAGATACG GCGGGTATCA GAAAAAGACA 1320 GAAGGTATAT GAGAGTATAG AGTACTACTC GGTAATACGA GCAATTAGCA TCCTGAATGC 1380 CGTTGACATT GTATTGTACA TCGTCGATGC CCGAGATGGA TTTTCTGAAC AAGACAAGAA 1440 GATTGTTTCG CAAATCTCAA AGAGAAATTT AGGTGTGATC TTCCTTTTGA ACAAGTGGGA 1500 TTTGTTGGAA GGAAGTACCT CTCTAATAGC TAAGAAAAAG CGTGATGTAC GGACTGCTTT 1560 TGGGAAAATG AATTTTGTTC CCGTGGTACC TGTATCAGCT AAAACGGGGC ACGGTATTTC 1620 TGATGCATTA CATTGTGTAT GTAAGATCTT TGCACAACTA AATACAAAAG TGGAGACTTC 1680 CGCTCTCAAT ACTGGCATTG AAAGATTGGG TAACGTCGTA TCCTCCTCCA AGAAAGTATG 1740 GACACGTTTC GTTAAAGTAC CTGGtGCAGG TATCGGTTAG ACCTATTGAA TTTTTGCTTT 1800 TTGCAAATAG GCCAGATCGT ATACCGGAAA ACTACGTTCG ATTTTTACAG AATCGTATTC 1860 GTGAAGACCT AGGATTAGAC TCTATCCCTG TGAAGCTAAC CATACGGAAA AACTGTCGGA 1920 AGCGATAGAT GCAAGATGAA GGAGTGGATA TGAAAAAACT TCTTTTACGT TCTTCTGATG 1980 AAGTTCGAGT AATCGCGCCC TCGTGcTCAA TGCGTAAGAT TGATTCATCG GTAATTGAGC 2040 GTGCACAGGA GCGCTTTCGA TGTTTGGGTC TCAATGTTGC TTTgGAGATC ACGTGTACGA 2100 CGAGGaTTTT TTAGtTCTGC ATCTGTTGAT AAAAGAGTTG CGGATCTCCA TGCTGCCTTT 2160 GCAGATAAAA AAGTAAAGTT AATcTCACTG CAATTGGAGG ATTTAATTCT AATCAACTAT 2220 TGCAGCACAT AGACTATGCT CTTTTGAAAA AGAATCCtAA GTTGTTGTGT GGTTTTTCTG 2280 ATGTCACTGC GCTATTAAAT GCAATTCATG CGAAGACAGG AATGCCAGTT TTTTATGGTC 2340 CACATTTTTC GACATTCGGT ATGGAAAAAG GTATTGAGTT TACTATTGAA TGCTTTAAGA 2400 ACACTTTTTT TTATGGTCGG TGCGATATCT TAGCATCCGA AACATGGAGT GATGATATGT 2460 GGTTTAAGGA TCAGGAACAT CGCCAGTTTA TTACTAATCC TGGGTATGAA ATTATCCATA 2520 GAGGAGATAT GGTCGGGATG GGGGTCGGAG GAAATATTAG TACATTTAAT CTTTTAGCAG 2580 GTACGGAATA TGAACCGTCT CTGAAAAAGA GTATTTTGTT TATAGAGGAT ACGTCTCGTA 2640 TGTCAATTAC AGATTTTGAT CGCCACTTAG AAGCACTTAC ACAACGGGAT GATTTTTGTA 2700 CGGTGCGTGG CATTCTCATT GGCAGATTTC AAAAGGATTC AGGTATTGAT ATGGACATGT 2760 TGCGAAAAAT CATTTCGAGA AAAAAGGCTC TTGATGCTAT TCCTCTATTT GCAAATGTAG 2820 ATTTCGGGCA TACGACCCCC CATTGCATAT TACCTATTGG GGGAATGATT CGAGTTAATG 2880 TTGATAGAAA ATGTATTACT GTTCAGTTGC ATTCCTCAGT TGAGCAACTC CCAGAGTAAT 2940 TTCGGTGAAT GATGTTCTTG CGTTACCATT ACGTATGCTC GCACACTGCC TGAAATGCTC 3000 ATTGGAGAAA TAAAAGAGCC AGTTTCTGTA CTGAAGGGAA CAGGGAAAGT TGTTCTTGCG 3060 CAGTTGGAAA GGCTAAACAT TAGCACTATT GGAGATATCC TTTCGTACTG GCCTCGTTtg 3120 TGGGwwgrkA GAACGCAAGA ACAGATGTTT TCCCAATGGA cgCTGGCGCA TAGATTGCAA 3180 GTACGAGTTA GTGTCACTGC ACATTGCTGG TTTGGATTTG GCAAGAGCAA GACTCTCAAG 3240 CTTGTGGTAC AGGATGGCCA AGGATGCGTC GCTGAATTGT TATGTTTTCG CCGTAATTTT 3300 TTGCATTTTA TGTTTCCTGT TGGAAGTGAA GCAGTCGTGT ATGGAAGTTT TTATGAAAAG 3360 GATGGGTTGC TGGAAAGTAG TTCATTTGAT ATCGAAAAAA TCGATTGTAT TGAAAAAAAG 3420 ATTTTGCCTG TCTATCCCTT AACCAAAGGG TTAAAACAAA TGAAATTAAG AATGCTCATT 3480 TGTGCAGCAA TGGATCAATG GATTGGCACG GTTGATTCTG AATTGCCCAA ACCTATTCTT 3540 GAGAAATATC ATCTACTCAC AAAACGAGA 3569 (2) INFORMATION FOR SEQ ID NO: 32: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3858 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 32: TGCTGAATTC TTCCGCGCGT AATCCTGTCG CCCATGCTGC CTCTCGCGTT ATTGAGGCTC 60 CGGTAAGTGA GGGAGCGAAG AGTTTTGCTG GTGAGCGTGT CCTTGGTGTG CGCGTGTTGT 120 TCCCCACGTG GGACAGTAAC GCAAACGCAA TGATAAAGCC GGCGTTCGTA ATTCCTGCGT 180 ACGAGGTGAT GGCTCAGGTG GACGATCAGG GTAATGTACA GGCCCCCACA GAGGAGGAGA 240 AGGCTTCTGG AAAGGGGCGT TTTGAAGATG GGTACGGAGT GGTAAAGAAT GTGGGTGTTC 300 TTAAGTCCAT CGCGGTGAAC ACTTACGGGA TGAATTATCC TCATGGTTTG TACGTGATGA 360 TGCGGGATCA GGATGGTGAG GTGCATCGCT ACTTCATGGG GTATCTCCTG TTCGACTCCT 420 GGAAGatTGG TGTGGAACAA TCCTTCGTAT ATCTCTGATG TTCGGTCGCG GGAGGTGCGC 480 TTGTATCCCG TGTATCCCGC GTCGACGCCC CACGTCGTGT TTGAAGGCTT TATGGTTACT 540 AGGGACGCGG CTCATGCCGG AGGGGaCTAT GTTGGTTATT TCAAGGACGT CAAGATTATC 600 TATGATAAGG CGGTGCTGAG TACGGTGCGC GATTTTGCGG ACGAGGACCT GTGGGGTATC 660 CAGGCGCGGC GTGAGGCTGA GCGTAAGAGA GTTGAGGTTG CGCGTTTCGG GCAGCAGCAG 720 GTGCTGCGTT ATATAGAGCA AGAGAAGCTT GCTACAGAGG TTGGTTTTAC ACCCTCTGGG 780 GGTGCTCAGC GGCAGGAAGA GCAGCAGTAG TGCAGTAGTC TTCCTAGGGA gAGGGGGCGG 840 TGGGGTTCTA GGCGCGGGGC GTGTCTTTTC CCTCTCTTCT TTTCTTGGGT TTTAGCGGTG 900 TTTTGGCGTT CGGGGAGGTC GGATGGGTAG GAGTGTATCC GCCAGGAAGA GGCATGATCA 960 GAGTGAGGTG CGTAGGATGC GTGGTAGGAT GGCTAGGTCT GCGGCGCGTA CTTGTGCGCG 1020 GAGGTATTTG GCTGCTGTTA CATCCGGGGA TAGGGAGAGT TCTCTGCCTC TACTTAGGAG 1080 CTTGGTGAAG CGACTTGACA CCGCTGCCCG GaAAGGTGTT TTCGCTAGAA AGGCTGTGGC 1140 TCGCCAGAAG TCCCGAATGT GTAGACTGTA CAACGGTGTG TTCTCTTCAc CCGAGGTGGT 1200 GCGCGTTTGA GGCGGCTGTT TGCCCGCGTG TGTTTCTTGT CGTGAAGAGA GTTAGGAGAA 1260 CGCGGTCTTT CGTTGTCGAT GCACTTTGTG ACGAGgTGGA TTTGAGCCGT CGCCATGTCG 1320 CGAGGGTTGT TGATAGCTTT GTCTCTGTGG TAACCGCTGC ATTGGAACGG GGGGAGACAG 1380 TCGAGCTGAg GGATTTtGGG GTGTTTGAaG TCTCGCGTGC GTAAGGCTTC CGTCGGGAAG 1440 AGCATAAAGA CAGGGGAgGT GGTCTCTATT CCAAGTCATT GTGTGGTAGT GTTCCGCCCC 1500 AGCAAGCGTT TAAAGAGTGC GGTGCGGGGA TATCGTTCGG GGGAGGTTGG TGCGGATTGA 1560 GGAATGGTGT CGTTCCCGTC TGGGCGAGTT TTTGTTGTTT GTTCTGGCGG TTTCCCTGTT 1620 CGCGCTCTCT CACCCTAACC CTCTGCTTCC CAGAGGGTGT GCTCTCCTAG CGTATGGGGC 1680 GCTTGCTCCT CTCTTCCTTT TGGTAAGGTG GGCCTCGGGT TTTGCGGTTG TGTTCTGGGG 1740 GGGTGCGTAC GGCGCGTTCA GCTACGGTGC GTTTTCTTAT TGGCTTTTTG TATTTCATCC 1800 GGTGGCGTTG TGCGTAGTTG CCGGCTTCTC TGCGCTTTTT CTTGCGGCGC TGTGTCTTGC 1860 GCTGAAGGCT GGTGGTGCAT TTTGGCAGCG GCGGGCGCTT CTCGTGCAGT GTCTTGTGTG 1920 GCTTGGGTAT GAGTACGCGA AGACGCTTGG TTTTCTTGGT TTCCCTTACG GGGTTATGGG 1980 TTATTCGCAA TGGCGTGTAC TGCCGCTTAT CCAAGTTGCA TCGGTCTTCG GTGTGTGGGT 2040 TGTTTCTGCA TTGGTGGTTT TTCCTTCAGC GTGGCTCGCA TCTGTCCTGG GGCAGTGGGT 2100 TGAGGAAAGT GAAAGGAATG CTCGGGCGTT TTTGTCTGCC GCGTATAGCC ACTGGGTTTC 2160 GGCGCTGGTG TGGGTTGGTC TGTGTGGGTT TTGTGTATGC GCGGCCAAGG CGGGATGGTG 2220 GCCGGATTGC ACAGCTCACA CGCGGGCAAA GGTTGCGCTC GTTCAGCCTA ATGGTGATCc 2280 GCGACGCGGC GGTATCGAGT CATATCGGGC GGATTTTAGC ACACTGACGT ATCTTTCTGA 2340 TTGGGCGCTT GAGCGGTATC CAGATGTTGA TTTGGTGGTG TGGCCGGAGA CGGCTTTTGT 2400 TCCTCGCATC GACTGGCACT ATCGCTACCG GCACGAACAG CAGTCATTTC AGTTAGTATG 2460 CGATTTGCTG GACTACGTGA ACGCCAAGAA CTGCCCGTTT ATTATCGGTA GTGACGACGC 2520 ATATAAGAAG CGCACGAAGG AGGGGAATtG GGAACGTGTT GATTACAATG CGGCGCTTCT 2580 TTTCATTCCT GGGGTGAACG TGCTTCCGCC GAGTCCGCAG CGGTACCATA AGATAAAGCT 2640 TGTTCCCTTT ACGGAGTACT TTCCGTACAA GCGGGTATTT CCCTGGTTTT ACAACTTCTT 2700 GGAAAAGCAG GATGCGCGCT TTTGGGCCCA GGGGAGTGAA TTCGTTGTGT TTGAGGCACG 2760 AGGGTTAAAG TTTTCTGTCC CGATTTGTTT CGAGGATGCG TTTGGGTACA TCACGCGTGA 2820 GTTCTGTGCG CGTGGTGCCT CTTTGCTCGT CAATATTTCT AACGACAGTT GGGCAAAGAG 2880 TCTTTCCTGT CAGTATCAGC ACCTGAGTAT GGCGGTGTTT CGCGCAATCG AAAACAGGAG 2940 GGCACTGGTG CGTGCAAGTA CGTCTGGCCA GACGGTTGCA ATTGCGCCTG ACGGGCGTAT 3000 ACTCGATGAA CTACAGCCCT TTGCCCCGGG AGTTTTGGTG GCGGACGTTC CGATTGTCAC 3060 ATGCGCATGC GGAGGCTACC GGTATTGGGG GGACGCGTTG GGAGTCTTTT TTTGTGTGGC 3120 GTCCCTTTTT ATATTGATTG CTGGTGGTGT GCGCCATATG CTGAGATGCA GGAGGGGCGG 3180 GTGGCGTTGA AACGGGTTAG CGAAGGGCAT GGCAAGACTG TTCTGGGTGC GAAGACGGTG 3240 TTCGACGGGG TATTGCGATT CAAAGGTAAC CTGCACATCA GGGGAAAGTT CTCCGGTGCT 3300 ATCGATGCGC AGGGCTGTTT GACCATTGCG CCGGGTGCGG TGTGTGCAGT TCAGTACGCG 3360 CGTGCTGTTT CTATTTTTGT TGAGGGGGAA GTGAGAGGGA ATCTGACGGT GGTTGATCGT 3420 GTGGAGATGA GGGATGGAAG CCGAGTGTTT GGGGaTGTCA CTGCTTCTAG AATTAAAATC 3480 TGTGATGGAg TTACGTTTGA GGGGTCTGTT TGCAtGACTC GGGAAGGGAa TGTTTCGAAG 3540 CGGGATCTAT TTTCTGTCCA GTCTGAGCAA TTGAAGGAGC ATCTGCGTCG TTAGCGTAGA 3600 TATGGTTGGG TCTTGACTGA ATGCCtAAAA GAGGCGCCAC AGTTCCTGTA TACACCACGT 3660 GAAGTTAAGG GTGTCGTCTT CTGTTTTCCT GGTGTTCTAG TCTTTAGCCA ATTTAGGTGA 3720 GAGTGTTCTT GGGCGTGTAC TCGTTGGACG TCGGTTTTTC TTTCCAGGGT TGTAGCGTGC 3780 ACGGTGCTGC GTGCTGTTCA AACCGGTGTC GGTAATCTCG GTGTGTAAGT TATGAAAGTT 3840 TCTGTTGGTA CCGTCGTC 3858 (2) INFORMATION FOR SEQ ID NO: 33: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 878 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 33: TCACCATATG GAAATCGCGG TTTAGGAATC ATCAATATTA CACAGCTgtA CGGGGTCGGT 60 TCTATCAGGG AGCGGAAAGA AATACAAATG GTGGTTCAAC TTGAAGAGTG GAATTCTTCA 120 AAGGCCTATG ATCGTCTCGG TACGCAGGAG CTGAACACTA CTATTTTGGA CGTCAGTGTT 180 CCCCTTATAG AAATACCGGT AAGGCCCGGA AGGAACATCC CCATCATCCT GGAGACAGCT 240 GCTATGAACG AGCGTTTAAA GCGTATGGGC TATTTTTCTG CAAAGGAATT CAATCAGAGC 300 GTACTCAAAT TGATGGAGCA GAATGCAGCA CATGCACCGT ATTATCGGCC AGATGATACG 360 TACTAGGGGG CTAAAAAACG TGCGGTGTAT GGCGGTGGAA GGAAAGCATA ATGGTCGTAA 420 AAACGGTGCG CGTGCTTAAT CGTGCGGGCG TACATGCGCG TCCTGCGGCG CTTATTGTGC 480 AAGCGGCAAG TCGCTTTGAT TCGAAGATAA TGCTTGTGCG GGATACGATC AGAGTGAATG 540 CAAAGTCTAT TATGGGTGTT ATGGCTATGG CTGCAGGGTG TGGAAGTGAG CTCGAGTTGG 600 TTGTAGAAGG TCCAGACGAA gTTGCTGCAT TGTCCGCCAT TGAGCGGCTA TTTCAGAATA 660 AATTCGAGGA AGAGTAAATA CGCTCTTACG TGTTAGAACG CCTGTGTTTG TGCTCTTTGC 720 GTGATAGGGG TACTGTACAC TGAGATAGGG AAGGGGCAGA AGGGATGTCC GTCTGGCTTT 780 TTACCGGACC TGAAATAGGG GAGCGAGATA GTGCAGTTCA GGAGGTGTGC GCGCGTGCAC 840 AAGCGCAAGG GACGGTGGAC GTACATCGGC TCTATGnG 878 (2) INFORMATION FOR SEQ ID NO: 34: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 5819 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 34: TCCAGTCTAT TAATnGTGGC CGGGAAnCTA GAGTAAGTAG TTCGCCAGTT AATAGTTTGC 60 GCAACGTTGT TGCCATTGCT ACAGGCATCG TGGTGTCACG CTCGTCGTTT GGTATGGCTT 120 CATTCAGCTC CGGTTCCCAA CGATCAAGGC GAGTTACATG ATCCCCCATG TTGTGCAAAA 180 AAGCGGTTAG CTCCTTCGGT CCTCCGATCG TTGTCAGAAG TACAGGATCA CTCGCAGGCA 240 ACATTTTGTG GnAAGCTCTG TAGGGAGATG GGATTGGCGG ACTGGAGTAA TCCTGCAGTT 300 GTGTTGGAGC GCAAGATTCG GGCCTTTACT CCCTGGCCGG GTCTATTCAC CTATAAAGAT 360 GGGGAAAGGA TAGCGATTTT GCAGGCGAGG TCGTGTGAGT CTTCGTTTGT TCCCCTCGCT 420 CCTGTGGGGA CAGTGCTTGC TGCAGATAAA AATGGGGTGT TTGTCCAGAC AGGCGATGGA 480 GTTCTGTCCC TTTTACAGTT GCAGCGCTCC GGGAAAAAAC CTCTGTTTTG GAGAGATTTC 540 CTCAATGGTT CCCCTCTATT GCTGACAGGT AGGTTAGGGG TGTGAGTGAT ACACGCCAGG 600 CGTGAGATTT CTACGCAACG CATGATGCGT ACCCCAAGTG TGTCTTGTTA CAGAGAAAGG 660 GGAGGTTGGT TTGTCCGAAG AAATTCTCAC GATAGAAGAG GTTGCGCGGT ACCTGCGAAT 720 TTCTGAACGT ACCGTGTATG AGTGGGCGCA AAAGGGGAAG ATTCCGTCAG gAAAAGTGGG 780 CACCGTGTGG CGGTTTCGCA GGTCAGAAGT TGAGCGATGG GTTGACACTT GTCTTTCCTG 840 TTCTCACAGA CAGAGCCATT CGGATGTTTT GCCCATTGAG CGGATCCTGT CCACCGATCG 900 TATCCTGCAT CTTGAACAGT CTGAGCGTCG TCCGGCGCTC TATGAGCTTT CTGATTGCTT 960 GAGCACTGCA CCTCAGATTA AAAATCGTAG CGAGCTTGCG GCAGAAATAG TGCGGCGCGA 1020 GGAGCTCATG TCGACTGCAA TTGGGTGTGG TATTGCAGTT CCTCATGTGC GCTTGTCTTC 1080 TGTAACTGAT TTGGTTATGG CGGTAGGAAT TTCAAAAAAA GGTATTGCTG ATTTCGGTCC 1140 TCTTGACGGA CAAGACGTAC ATCTTGTTTT TATGATTGCC GCTGCTACCA ATCAGCACCG 1200 GTACTATTTG CAAACGCTTT CTTTTTTTAG TTCAAAATTG AAAAGGCCCG ATTTGCGGAC 1260 GCGCCTCTTG CAGACTAACA CCGCGCTAGA AGCGTACACC GTGTTGACAG AGCAGTCTAG 1320 TTTGTAAGAT TTAGAAGAGA GCAGGATTGT TCAGGCAGAG GGAAAGCATT GACCTATTTT 1380 TTTGAAACGT ACGGGTGCCA GATGAATGTT GCAGAGTCTG CTTCTGTAGA GCAGCTCCTG 1440 TTGGCGCGGG GGTGGACAAA GGCGGTAGAC GCGCAGACGT GCGACGTGCT GATTATCAAT 1500 ACGTGTTCTG TGCGAATTAC AGCAGAAACG CGGGTCTTTG GGAGACTTGG CTTATTTTCT 1560 TCTCTTAAAA AAAAGCGTGC GTTTTTCATT ATCCTTATGG GGTGTATGGC ACAGCGTTTA 1620 CACGACAAAA TTCAGCAGCA GTTTCCTCGT ATTGATTATG TAGTGGGTAC GTTTGCGCAC 1680 GCGCGATTTG AATCCATTTT CCAAGAAATT GAACAGAAGC TTACCCAGAA AGATTACCGC 1740 TTTGAGTTTA TCTCCGAGCG TTACCGGGAG CATCCTGTCT CTGGGTATCG TTTTTTCGCT 1800 TCTTCATATA GCGAAGGTTC ATTCCAAAGT TTTATCCCCA TCATGAATGG CTGCAATAAT 1860 TTTTGTTCGT TTTGCATTGT GCCATACGTG CGTGGACGGG AGATCTCGCG TGATCTTGAT 1920 GCTATTTTGC AGGAAGTGGA TGTGCTCTCT GAGAAAGGAG TGCGGGAAAT TACGTTGCTC 1980 GGACAAAATG TTAATtCGTA TCGGGGAAGA GACCGTGAAG GgAACATAGT TACCTTTCCC 2040 CAGCTGTTGC GTCATTTGGT TCGTCGTTGC GAAgTCAAAG ATCAGATAAA GTGGATCCGC 2100 TTTGTTTCCA GTCACCCTAA AGACCTTTCT GATGATCTGA TTGCTACTAT TGCTCAGGAA 2160 TCTCGTCTGT GTCGTCTGGT GCATTTGCCA GTGCAGCATG GGGCGAATGG AGTGCTCAAG 2220 CGGATGCGAA CGGAGTTACA CGAGAGAGCA GTATCTGTCG CTGGTGGGTA AACTGAAAGC 2280 GAGTGTCCCC AATGTGGCGC TGAGCACAGA TATTCTTATT GGGTTCCCGG GGGAGACGGA 2340 GGAGGATTTT GAGCAAACGC TGGATCTCAT GCGGGAGGTG GAGTTTGATT CCGCTTTTAT 2400 GTATCACTAT AACCCGCGCG AGGGAACGCC TGCCTATGAC TTTCCCGATC GTATCCCTGA 2460 TGCAACGCGG ATTGCGCGTC TACAACGCGT CATTGCTCTG CAGATGAGTA CTACTTTGAA 2520 AAAGATGCGC GCACGGGTAG GAAAGACATT GCCAGTGTTG GTAGAGTCGC GCTCGCGAAA 2580 TAATCCTGAA GAATTGTTTG GACATACAGA GCTTGGGGAA ATGACCGTGC TTGAAGGAAA 2640 GGTGGATCCT ACGTACATCG GACGCTTTGT GGACGTGCAA GTGAAGGAAG TGCGCGGCAG 2700 GACCTTGCGT GCCCATCTGG TGCAGGAGCG TGCAAAATGA CATATGGAAA GCTGATTTTT 2760 TTTATTATCG TACTTGTGGG TTTCGCGCTC TTCATGTCCT TCAACGTGGA ACACCGCTGC 2820 GATGTATCGC TTGTCTTTTA TACtTTCAGG CAGTGCCGAT CACTTTGAGC TTGCTTTTTG 2880 CCTTTGCGTG CGGTGCGCTT ACGGCGTTGC TTTTTCTTAT TGATCCGGAC GCGAAAACAA 2940 GAAAACAGAA ACGTGAAGAC AGTCCTACCT CTGCTCCTAC AGGCGGCGTT TCTTCTCCGG 3000 AGCATGTGGA CGTTCCCTAG CCAGACTGCA ATGACACAAA GTCGCGTCTA GGGCTCGCAG 3060 GACGGCGCGC GTGTGCGTGT TTGGGTTCTC TGCTTAATGC GTGCAGTTTT TGTCCGATAC 3120 ACAGCGCATG GTGCTGTCGC GCGCGGTGTG CGCGTCCTTT TTCTTCTTCC ACGTAGCAGT 3180 TGCCGCGTAT ACGGCGCGTG TCCAGGAAAT GGCGATGCGT GGTTTTGCAT TGCGCAATTT 3240 TCAGCAGGTG CATGCGTATT TTGAGCAGCA TATTCCGTTG CTTTCTTCGT TTACGGAGAA 3300 AAAGGAAGCG CtCTCGCTCT TTGCTCAGTA TTTAGAATTG CACGATGCTC ATGAGCGTGC 3360 GGCACATCGT TACCGAGATG CcGGCGTTGT ATGCcGCTGG GTACTGAGCG CGTGCAGTTC 3420 TTACTTGAAr CTACGCGTAA tGCAATGGCC cgcGGATGCG CGCGAGTATG CACGGGAAAC 3480 GTTGGCAGAA GTCGAGCACA TAGGTGTGCA GGTGCTAAAC AAGAAACAGC ATGCTACGTT 3540 CTTGGTTTAT CACGTGTGGC TTGCGCTCCA TGCGGCGTCT ACGGCCGCGC ATCTCCATGA 3600 GCAGTTGGAA AGATTGGAAG AGTATGGCAC GCAGGGTGTG TTCAATGTGT TTGAGACGGT 3660 GTTGCTGTTT ACTCGTTGGT GGATTACTCA GGATGAGAAG GTGGCACAGC GTCTGACAGA 3720 GAGGTATcCG CAAAGCTTTG AAGCACTTTC GGTTATAGGG GCGGTGGAAA TAGCGCCGTC 3780 GGTTTTTTGG CATTTGATGC CGCGTGCGTA CGGAGAAGCA GTTGAATCAA TGGGAAAATC 3840 TGAGACAGTT GTCTTGCAGG ACGCGAAgCT ACGTCCTGTA CCCGAGGTGG TGGCAGCGCA 3900 CAGGACCCGT CGCGCGCACG TGGCCGCAGA CGGCACGGcT GCGCGGTCTG CTATGTCGTC 3960 GTCCCATAAT TTGGGCGTGT CGATTCTCGA GGGAGGGGTA TCTGTGCCCG ATGAGGTGGG 4020 CGCGGGAGAT GAGAAGCCAC GGGGGTACCA GCTCGGGTTT TTTCGAGCAA AGGAAAATGC 4080 GCAACGGCTG ATGGACGATC TGGAGAGGCG TGGTTTTGGG TTCCAGCTGC ATACGGTCCG 4140 ACGTGCAGAC GCGGTGTACT ACCAAGTTTT TGTGCCGGAG GATGATTCCG GCTTTGTTGG 4200 TCACCGACTA AAAGATGCAG GATACGAGAC GTTTCCCCTA TTCTAGGGGG CCGGCACACA 4260 TCGGTGTTTT AGAATGAGTT CCTGTATAAG GTGGTGCATA AACGCGTGGG GAAGCTGTGG 4320 ATATGGGGAT AGCGTGGGGA AAACCAGGAA TAAACCCGTG GAATGCAATT GCTCAGCAAC 4380 GCATCAGGGC GAAGGAGCAC TAGCCGGACC GGCGTGATAT CTGGTGTATT GACCGTCCCA 4440 CATCGACGTG CTGCCAATTT TGAGCCGTGC TACGTCTTCA ACCGCCCTTA CGTGTATCAC 4500 CTCGTGGGAT TCAAATGTTA CCTCAAGGCG GCGGCGGATG CTGGAAATTG CGGTGTTGCG 4560 CGTGAGAAAT GACACCGTCT TGCGGTGTGT GTGCGCGCTA TCTACCAGGA AGATTTCTTG 4620 GACTGATGCG CGTGAGAATG TGATCTCCGC GTGTTCTCGG TCAAAAAACA GCAGAGGATG 4680 GATATCGCCT GAGTTCGGGG AGATTTCAGT TTGTATCCAC AGTCCTGCCA AGAGGTGCTG 4740 GAGTGCTCCC TGTTCACCAT GTgTTGCACg kTTCCAAAGG GCTATGCGCA TTGCTGTTTG 4800 TACAGGCGGT TGTGTGTGTG TCTGTGCTnC TCCGCCTACA GGGGCCGGCG GGGCGTTTCC 4860 ATGTGACCGT GGGTCTGTCG TGGTGGACGA GCCGGACGTA TTGTCTGCCG TGTCAGACGG 4920 GTGTGCGGCG GTGTCCCGCG CGTTGCTGGG AAGTGCAGCA GTGGGTAGAG CGCCGAAGGT 4980 ATCATGCGGG GGAATTCTGC GTGGAGGAAC GTGACCGTGC TGAAAGCAGG AGAAAATATA 5040 TAGAGCCCAC GCAGCGACGA ACAACGATCC GGCCACACTC AGTAAAGGTC TATTCACGGG 5100 ACGCTTCCTT GCACGCAGTA CGGAGGCACC AGCCTAGTCA AGCGAAGGGG TATAGCGCGG 5160 ACTACTCTCT TTTGCAGGAG GAGTAGGGGT CGGGCGTTTC GAGTGCGCAG CTGCGATGCT 5220 GCGATACAGC TCCCGCGCCG TGTGGGCAAC GCGGTCGTGC ACGGCCATAT CCAAGGTGAT 5280 TTCGTACCAG TTGTCGTGTT TTACGCGTCG GGCTCTAACA AGGTAGGGAC TTTGAAAGGA 5340 ACGCTGTTTG CCACGGTACT TTGAGGTGAG CGGTGCGTCG TGCTCAAGGT CGGTAACTAA 5400 CAAGAGAACC TTGTGTCGGT TGTTGTCTTT TCTTTTTTCT TGTATCTCCC AGACGGTATC 5460 TAAAGCGCGG CCGATGTCTG TGTAGCGACC GTTTGGGACA ATGGAATCGA CAACGGAAAT 5520 AATTTTATCT CGGTCCTGCT CAcTGCGTAA GGTGAGGGTG ATAAGTTCCT CAGGCTTTTC 5580 GTAAAACTGG TAAACGGTTA TCCAGTCGCC TTGGATGGTC ATGGAGGAGA CGAACTCATC 5640 GCGCACCCAG CGGTGTAAAC TGCTGAACTT TCCTGGTTCT TGCATGGAGC GTGATTTATC 5700 TATCATCAGG AAGATGTCGA CGGGGACAGT GCGTTCACtG CATGCAGGCA CAGGTGGATG 5760 AGAAAGGTGC AGAGTGCAGG ACAAAGCGCT TTTTTCAGGT GCATTAGATA CTCCTTTAT 5819 (2) INFORMATION FOR SEQ ID NO: 35: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 25187 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 35: TGTGGCCTGG CGCGCTGCCT CATCTGCCTG CGCAAGCTTG AGCgCAAGCG TCTCGTTTGT 60 CTGTGCACTT CCTACAGCAG GAGCTTTTGC ATACGCGTGA TCAwTACACG CCAGTAATTG 120 TTGATGCGCA AGCAAATCCA CATAGCGACG CAAAGGACTG GTCACCTGAC TGTACTGAGA 180 cAGCCCGAgT GCTGCGTGCA CCGCGGCGGT TGTGtCACGC GACGAGCTTT CATCGCGCGC 240 CGCTTTTTGT ACTCCCCCGC CAATCCCGCT GGTAtTGCAC GGGCAGCTGA GGACGTTCCT 300 GACTCACATA AGGAAAGGCA AGGTTATGTA GAAAGGCAAA CCGTGCTGCC GCTTCTCCCG 360 CTAAGAGCAT GAATTCACGC ACCATGCTCA TAGACTCGTA CGACTGCTGT GCTTCAATGT 420 GAACACGCGG CACCTTTCCC TGTGTATCGG GCACGTCCCC GGCGTTCATT TCCTTTCCCG 480 CTTGCCCTGT TTCTTGCACA GGAAAATCTA CCCTCATGTG GACATCAGGA AAGCAAATGT 540 CCACTGCGCC GCGCCCTTTT CTCCGTGCAA TGTTGTTGCG CGCAAAGTCA AAAAGAGGCT 600 GCAACGCGGG GGTATCGCGC TGGGAATCCG CCTCCGCATA GGAAAGGCGC GTAACACGCA 660 CCATGCTCCG GAGCACGTGC ACACAGCTGA TGTCACCGTG CTCATCAAGT AAAATTTTAA 720 AAGACAGTGC AGGAGAAACT GCGTCGCGCG CGAGTGCACA CGTATCAACC ACCACGTCGC 780 TGAGCATGCG CACTGCGCCT TCAGGCAAAT AGAGCGAAnA CCCCGTGTAC GTGCGCATGC 840 ATCTGCGTGC GAATCAGGAA GAACGAGCTC TGCAGGGCTC GCTACATGGA TCCAAAAATA 900 CGTACCATCG AAACTGATCG CATCGTCAGG GTCGCGCGTA CCCTCCCCAT CGATGGCATA 960 CGCGGCAAGA TGCGTACAAT CTGTGCGTGC TTGAGTGACA CACCTATGTG TGTGCACATC 1020 TTGCTGCGCC GCACGTTCTC CATCAGAACC AGACACATGA GCAGGACTTA AAAATAGAGG 1080 ACACAGACGA TCAGGATACG GATTGCGATA CACCGGCCAG AACCCGAAGT GCAAGAGTAT 1140 TTCATGCGCT TGCTCCCTGT GCTCGCAGCC TAAGGCACAC TGCAAAATCT TACAGCGATT 1200 CGCGTGCCCC AACGCGAACG CTTCGATTTC CTGCAGAAAG GGCGTAAACT GCTCGTTCAC 1260 CTGCGACACG TGCACACGAT GCATTCCTTC CTGCGCAGTT GGTGCCATAT TGCGTGCACT 1320 TCGTGCGACG CGCCGTAGCT CCTGGATGAA CGCCTGCTTT AACGCCTGAC GCGCTTCCTT 1380 TTTTTCTTCC TGCACTGCGC AGGATGCGCA CTCTTGCTGA GAGCGGATGC GCACTGCGGc 1440 GGCAGGCTCA TTGCAAACAA AATACGCACT TTGCACACTT TGCTCCCAAT AGGCCCACGA 1500 CTGCGCGGCA GAAGCCCCCC AGAGGAGCTC TGCAAGTTCA AAAAAGGAAG GAGCTTCGGT 1560 ACCGAAAAAC TCGCGCGCGT CCTGTACGGA TTCCTCGCTT ATACGCGCAA TGTGAGACGC 1620 AGACAATAGT TCTACCAGGG AAGAAACAGT GCCCGGGTGC AAGAGCAAAA CGTCTTTCAC 1680 GCGCACGcGT CTTAACCCGT GTTCGGTTTC AATGGTGATC TTCGCATCCT TCCCTCGCTc 1740 GATtAgGTGT ACACACGCAG GGCGCTTTCG ATAGAGCACC GGACTCCCCA CATGTAGTTC 1800 CATCACGCAC tGCGCCTGCA GTATGCGCTG AATAGTTTTG AGTACGCTGT CTACCGAGTG 1860 ACTGCAGACA GGCGCACACC ATCCgTCGAA CACGCTTGaA CCACCCCATA CGCACACGCT 1920 CAGCACATGC ATATGCCGCA GCATGCAATT GCCGAACCGG CATATCTACG CTTCCTACAC 1980 GATGGAATAC GAATCCGCCA AAACCTGTTT TAAAACGGTA CAACCCGTGC ATTGGGTGAC 2040 GCACATCGTC CGTTGGCGGA ATACCGTAAA AATCATACCA AAGACAGnCc GCGCGCACGC 2100 GCTTCTTGAA TTGCATACCA TTGCAGCGCA TACGGTGCCA TAAGATGGCG TGCTGAATAG 2160 TCAGAAGCTC CATACACATA AGTTGCGCAC GTGTCAAAAC ACAACAATAC CAAAGCTGCA 2220 ATTGCCTGCT CATCAGCGCA CCCTAATTCT CTGTCTTCCG ATGCCGGGGG ATGGGGTGTC 2280 TCTATGTTCT TCGGTGTGTC TTTTCCTGCA ATACGCACCC GCAGTGCTGC ACGCGGAGCA 2340 TAGGCAAGAC AGAGCACCAG CATCCCCTGT GCTGCAAATG CGGTGCAAAA ATCGCGATAA 2400 TATTGACGGG TGTGGATGGC AATGCGATCA CGCGCCGCAG TTTTTTGGTA CAGCGCGTAA 2460 AACACATCCA CCGCCGCGCG CAGACTACCC GGAGAACCCT CCTGCGCGAG cGTATCAAAA 2520 CGCGCCaCAC GCACACCGTG CTTTTGCGCA CGTCGAACGT TGTAGCGCCA TTTTGGTTTG 2580 AAAGCAGCAA AAATATCTTC CCgcGCGGGG CGCATATCCA ACAGCAATGT ATCCTGAGGC 2640 TGCACGTTAC AAGCAGCGCG CCGTAGTCCA CACGCGTGGA GCTCTCGCGT AAAGAGCTCC 2700 ATCTCTGTTC CCACCGCGCA aTGCGTAGAG GAGGATGCAA GAGAAGGGAG CGAGCACACC 2760 GCAGCAGCCC ACCCCCACGG GGGATCAAAC CGCACGAGGA ACGGtTACGC ACGAAAAAGG 2820 GAAGTAGCGC GCTCGTTAAC TCACGTAGCA GACTGGCACG TGCGCGCGCC ATCTGCCGTG 2880 ACGGAATCTG ATCGTCCTGA AGATACGGGG GAGCACCCGG CGCATACGCA AACACGCCAA 2940 AGGGCTTAAT ATTCTTGCAC AGAATGAGCA GGGGAAAGTG TTTTTCTCCC CCAGTGTTTG 3000 CATCCGGGCG CACATGCACG CTGAACACGT ACGTCTGCCA GCCGTACGCT CGCTTGAAGT 3060 GCGCCCACGC AGGACTTTGT AAAAACGTTT CTGCAGTCCA CGTCTCCTGC GTCCACTTTT 3120 GCACGGTAAC TACGAACATG GGGCACCCAT TGTACTGCTC CCCGTGCACC GGATCCAGAT 3180 ATCTCCCAAA AAGCTCCATT ACCTGCCGTG CGCTCCCGGT ACGCTCTGTA TGCAGAGGGA 3240 TACGCTCTCT CCCTCTTGCA ATACATCCGT CCCTTACCCC CACACACGCA GGGGCATgCA 3300 CAaTGCTAAG AAGCACACAT GAGCACCCTg ACCGTTCACC GAAGAACATG CACAATGGgC 3360 GAGCCTGTGT GTTGCGGTCG AggTCCGAAG CGCACAGTTC TTGCGCAGAA AGGAGCGCAC 3420 CCTATGGCAG TGCCCCGAGC AAATACyTCA AAAGCAmGCA CCCGTAGAAG GCGTGCGGTT 3480 AATATGCGGC TTGAgGCCCC GCATCTTGTT GAGTGTGGGA ACTGTGGTAA TTTTGTGCAG 3540 TCTCACCGTG TGTGTGGTAG GTGTGGCTTC TACCGGGGGC GCCAGGTGAT TAACCCTGAT 3600 GACCTTTGCT AGTGCCCGTG CGAGTGTGCA CCTGAGCGAC TGCCTTTTgC TCGCGCACAA 3660 GGAGGCTGCC CCGTGGATGA GTTGTTCTTA AGAATGAGGG CATTAGTGGC AGAGAAATTA 3720 GAGGTGGAGG AGGCGTCCAT CACGCTTGAT TCCTCCTTCC GAGGAGATCT CGGTGCTGAT 3780 AGCCTAGATA CCTACGAGTT GGTCTATGCG ATCGAAGAGG AGATGGGGAT TACTATCCCC 3840 GACGAAAAAG CAAACGAGTT CGAAACAGTC AGAGATGCGT ACGAGTTCAT CAAGTCCAAA 3900 GTGACATGAG CCTGTGTCTC GGTCATATTT TTTCCCGCTC TCGTTCTCCC CTCACCCCCG 3960 AGCGTAGGGA GTCTCTCCGG CGCCTGCAAG AGACGCTCGG CGTTAAATTC CGCGATCCTA 4020 CCGCACTCGA CCAGGCACTT TCTCACCGGT CTTTGTTTTC CTCAAAAGAG GACCATTGCG 4080 GTGTGCGCCA CAATGAGCGC ATGGAGTTTC TCGGGGATGC CGTGCTTGGC GCGGTAGCCG 4140 CCGcTTGgCC TGTATCGCGC ACTTCCCGAC AGTCACGAGG GGGATTTAGC AAAGACTAAG 4200 GcGGTGCTCG TGTCTACTGA CACCCTCTCG GACATTGCCT TGAGCCTGCG TATAGACCAC 4260 TACCTTCTGC TAGGAAAAGG GGAGGAGCTT TCAGGAGGTC GGCACAAAAA AGCCATCCTT 4320 GCCGaCGCTA mCGaAGCTGT CATCGGTGCG CTTTTTTTGG ATTcAGGkTT CAAGGCGGCA 4380 GAGCGTTTTG TTCTCCGtCT CCTgCTCCCC CgTgTCCGCC CCaTaCGAGA GAAAAAtTTG 4440 CACCATGACT ACAAATCTAC CCTCCAGGTG CTTGCACATC AGCGCTaTCG TAGTAAGCCG 4500 GAGTACACGG TCGTCAAGCG CACCGGACyT GATCACAgCG TACGCTTCTG GGTGGATGTT 4560 ACCGTTGGCG ATGCACGCTT CGGACCCGGT TATGGCACCA GCAAAAAAAG CGCAGAACAG 4620 TGCGCCGCTC GCCTTGCATG GGAACAATTA TCCGGCACCC TCCGGGAGTA GCGCGTATGC 4680 TGCCCTGTAA GaTACTCTCC TTGTCCCGCT CTGACACCGC CCGCCCCTTC GTAAAATGGG 4740 CAGGAGGAAA GCGCGCCCTC GCCCCAACCC TTTTTGCGCA TATGCCACAG ACATTCGGCT 4800 CCTACTTTGA GCCTTTCGTG GGAGGGGGAG CGCTCTTTTG GCACTTGTGC GCGTGTACTC 4860 GGGTGCGCCT ACACGACATC TATCTATCTG ACATAAATTG GCCACTGCTG TGTGCGTATG 4920 CAGCCGTTCG TGACCGTGTA GAAGAACTTA TCGTCCGGGT TGGACAGCAC ATCGCCTGCC 4980 ACACCCCTAC CTATTACCGT CTTGCGCGGC GTAAATTCGC CGTATGCGAG CATCCGCTCG 5040 AGGTTGCCGC GCTTTTCCTG TACCTGAATC GGAGCTGCTA TAACGGACTG TACCGTGTCA 5100 ATAAAGCAGG TCAATTCAAT GTGCCTCTCG GACGCGCTGC ACCTGCGTCT CCTTTTCTAA 5160 ATACCACCGC GCCTACCCCT CGCAGTACAC AGCCTGCGGC GCAGGTCGGa CACCTTGcAA 5220 TACGCATTGA TGAGGAGAAT TTACGCAGCT GCGCGCGTGC GCTAGCAAAC ACCACTCTTA 5280 ACTGCCAACA CTTTTCTTGC ATTCAACCTG CACGAGGAGA TTTTGTGTAT CTCGATCCAC 5340 CGTACCTTGc ACCTTCAGTG CCTATGATAA AACCGGTTTT GATAGAGCAG CGCACGAATC 5400 GCTTGCTGCG TTTTGCATGC ACCTAGACGC GCGGGGAGTT CTTTTTATGC TCTCAAACAG 5460 CGATTGCCCT GAGGTACGCG CATGGTATCG TCCATTCCGT GTGCAACAAC TCAACGCCCC 5520 TCGGTGTATC GCACGATCCG CTCACGcAAG GGGAAAAAGG TGCGAAGTGC TTATCACCAA 5580 TTACCCCTGC GCTGACACGG CTACACCGTA GCTTTCTGCA CTCTCCTGGC CGTATCGCAT 5640 CGCGTATTGC GGCGTTTAAT GCCACTACAG AAGTTTTACG GTCATAAAAA CCATCCGTGG 5700 GGACCCGCGT GCTCTGCGAT AATGCTTCGT ACACACTGCA CGTATGACGT AGTAAAAGAT 5760 ATAAAACGGT AGAAAAACGT AACAAATGCA GATACTATGC CCGCCATGTA CAGTCGAAGG 5820 GGAACCGTGC CACATCTTAC CTTTGAAGCG GCACTCAGAC ACTGTGCCCA GCACTTTGGA 5880 TCTCAAAATG CAGTCTGCTT CCTAGGCCAT GCTACGGACG CGCATTCGCG GTGCTGCTTG 5940 AACTACCGTC TCTTTGCACA GCGTGTGCGC CGTGCACGCC AGTTGCTGAT GCGCTGTGGT 6000 GTGCGCGCAG GAAGCTGCGT TGCGCTCTTT GGCCCCAACT GTCCACAGTG GGGAGTTAGC 6060 TACTTTGCAA TAGTAAGCCT TGGTGCCCGC GCAGTCCCTC TCGTACCAGA GCTCAGTCCg 6120 CAGaGCTGCG CCGCTGCCTC CAGCATGCTC ACGTTTGCTG TGTCATTGCG GGCGCTGCAG 6180 AAAGAGAAAC ACTCGCCCAA GCGGATACAC TCACCGATCC GGACGCTGCT TCTTGcTCCG 6240 CAAAAGACGG GCAGGACCTT TCTACCGTAT CGCACACCGC GCAAAGAACA CTGATCGCTC 6300 TGGAAGATTT CTCCCTTGTC TGCACAACGG ACGGTGTACA AAACACTCCA GTACCTGTGA 6360 CGCACTGGAA GAATGCTGGA TCAGACCCGG ATGCCATTGC CAGCGTGGTG TACACCAGCA 6420 CCGGAGGCGC TGGCACTCCT CcCCGTGCCG TAACATTTAC CCAACGGAAT TTACTGTGCA 6480 CCGCGCGATA TGCACAGCGT GTACTGCGTG TACGCACGCA CGATGTGGTT TTTTCGCTCC 6540 TCCCCCTTGC ACACTTATTC GAGTTCGTGT GTGCGTTTCT TGCAGTTTTT TTTACAGGGT 6600 GCCTGCGTGT GGTATGCACC TCCACTCCCA CAGATGCGGT TGCCACTGCA GCAATTGCAA 6660 TGCGTAAAGC CGACGTTGCT TTTCTGTCTC CCACCTTTTC TGGAGGCTTC CGAGCAGCTG 6720 CGTTCGCGCC GCCCCTGTGC TCGGCAGCTC CATACCCAAC TTGGAGGACA GcTGCGCCTC 6780 TTGGTTCTCT GGAGCGAAGA GTGCAGTGAA CACACGCAGA TTTTGCACCG GATCTCGCTG 6840 GAAGCGGTGC TCTTTCACGG GTATCTACAT GCGAGCGTGC TCATTTTTGT GACCGCAAAG 6900 AAAAATACAA AAGACAAAGA CATGCCGGCG CCACGCACTC AGAcGCGTGC GGTGCCCGGT 6960 TTAAAAACGC GCCTTTTAAA CTACAACGCG TTCACCAGCA CCGGGGAACT TGCCTTACGG 7020 GGAGAGGGTG TAACACCCGG CTATTGGCGC GATGAGGTAC GCACACGTGC AGCGTTTACT 7080 CCCGACGGCT GGCTCCGTAC AGGGACGCTT TGGACAAAGA CAGAAACCGG TAATCTCCTC 7140 CCCTGCAGCA GCTCGTGCCA TATGCAACTC GGTGCGCGCG GAGAAGCGGT GTACGCAGAG 7200 GATCTTGTTT GTGTGCTTAT GCAACATCCg TGCGTGGTGC ACgCACACGT GCGCGTAGAC 7260 ACGCAAGGGC AAGCGCACTG CGCCGTATGG GTAAAACAAG GAGCCGAACG AATACGGCAC 7320 CCTCAGATAG TGTGCTTTTT GCGCACCCAG CTTTCCACGC AGGTGCGCGT GGGGACGCTT 7380 CGGGTGATGG AGTATGAAAA AACAGTAGGT GCTGACCGCT TGTCTCGACG CGACACACCT 7440 TTCCTAAAGG AAAACTCTTT GTAGAAGGCG CAGCTCGCAC GTTAATGTAC AAAACAGGCT 7500 TCcCCTGACG GAAAAAAAGG TACTCCACGT AGTGTTCTTC GATGGTTCGT ACAGGTCCAG 7560 GCATATTTAG GCGTAGTCGC GCCTGGGCAT CTCTTTTGCG TATTATAAAC GACCTATAAA 7620 AGGAGCACAG ATCAGCTACA CGCTGGTATG CGTGCGCCTG CGTGTTTTCT CCCCCGCCCT 7680 TTTCCCCGAT CAGGGCGTAT GCTTCCTGAC GGCTCAGTGC CGCAACCCCt GCGCACGCAA 7740 TTGCAAGCGA ATGGCTTGGA TCTGCTCATG TGAAATACCA AACAGGAACT CCTCTAGTGC 7800 GGTACAAACT CCtGtTCGCT CAAGCGCTGC ACTAAAAAGT CGCGCCACAT CTCGTCTAGC 7860 TCTGTCGAGA GCAAAAACAA CTCACTAGAA CCGAGCATTG AGCCAAAGCT AGGGGCCAAG 7920 TGCTCCCGTG CACACCACAC CTGATGCAGT GCCGACGTaG GCGCCGCGCA CGTTCATCCG 7980 GACGCTGTTC CCACAGCGCT ACGAGCGCAT GCGTAACAGC AGTCTTCAAA CGCGCGGGTA 8040 CGTGCTCCTG CTCCATTAGA GAGAGGTATA GATCCTCTGT CATGAGCATA CACACGAGTG 8100 CAAACTGCAC CTGGCGCAAC TCCTGCACCA GGTACTCAGC TAGAGCTACC CGCGTTACCT 8160 CCTGCGTAAG AAACGCAAAG GTTTGGATTT TAGCAATCAG GTACCCACGC CTAAGCGCCA 8220 CACGTGCAGG TAAAAAGAGG AACCTTCCTG CATCGGCCAG GTCTGTCACC GTTCCCTTTC 8280 CAAACCTTTC TACGTCCGCA CCATCTGCAC CTGAGTACGA ACGCATAGCA CGGACCAGAC 8340 GTTTTAAATT AGACACGCGC CGGCGTACAA CCTGCGCACG CCGAGGCTGC GTGCgCAAAG 8400 CACACAGCGC GCGCGAGACG ATATACTGTT CATGTCTGCT AAGAGCGGTG AAGTGTATGA 8460 CTGCAGCCTT TATGGGAAAC CCCGTCGTAG CCGCGCCCAT GGGTGAGTCT AATGTATTCT 8520 GACACGAATT ACTAGAATGA CCTCCCTACA AACCAAGGGA AAGGAAGGGC CTAACCGCTG 8580 AGAATGACAG GCGCACGCAC GGCAGGAATA ATCAATTCCA CACGTATCTT CTCCTGAATT 8640 CAATCATATA TTTTTTACCG GCATACATAG GGCACCTAAA AAAGCGTTGA CTAATCAGTT 8700 ACGCGTGCAT ACACTCTCGG CATGGAGACA GATTACGACG TTATCATCGT AGGCGCTGGG 8760 GCCGCGGGAC TGTCCGCAGC GCAGTACGCA TGTCGCGCCA ATCTCAGGAC CCTTGTGATT 8820 GAGAGCAAGG CACACGGTGG TCAAGCATTG CTTATTGATT CGTTGGAAAA CTATCCGGGT 8880 TATGCAACTC CTATCAGTGG CTTCGAGTAC GCGGAAAACA TGAAAAAGCA GGCAGTTGCC 8940 TTTGGGGCTC AGATTGCTTA CGAAGAAGTT ACCACTATCG GTAAGCGCGA TAGTtTTCCA 9000 CATTACCACG GGTACGGGAG CATATACGGC GATGTCTGTT ATTCTTGCCA CCGGTGCAGA 9060 GCATCGCAAG ATGGGCATCC CGGGGGAGAG TGAGTTTTTA GGCCGTGGCG TTTCCTATTG 9120 TGCCACCTGC GATGGACCCT TCTTTAGAAA CAAGCACGTG GTGGTCATTG GTGGGGGTGA 9180 CGCTGCGTGT GATGAATCGC TAGTACTGTC TCGCCTCACC GATCGGGTGA CGATGATTCA 9240 CCGCAGGaCA CTCTGCGTGC ACAGAAGGCC ATTGCAGAGC GCACACTTAA AAATCCACAT 9300 ATTGCCGTTC AATGGAACAC TACGCTTGAA GCGGTACGTG GTGAAACGAA AGTTTCCTCC 9360 GTTCTGCTTA AGGATGTTAA GACGGGAGAA ACGCGAGAGC TCGCGTGTGA TGCTGTTTTC 9420 TTCTTCATCG GTATGGTTCC CATCACCGGT CTTTTGCCCG ACGCAGAAAA GGATTCCACC 9480 GGTTATATCG TCACCGACGA CGAGATGCGT ACCTCTGTAG AGGGGATTTT CGCTGCGGGG 9540 GATGTGCGCG CTAAGTCTTT CCGGCAGGTT ATTACTGCTA CTTCGGATGG TGCCCTTGCC 600 GCGCACGCCG CCGCGAGTTA CATCGACACA CTCCAAAACT AAAACTGCGC GTCTTTGCAC 9660 TTCGGGTGTG CGTTTTTTAT CCTTCGAGGG GAGGGTACTG TTCTCTCTCC CCATCCCCAA 9720 CTCTTTCTGA GGAAGCTTTG GAGCTCGCGC TGGCTGCGAC GGTGTGTCTT TTGCAAAAGG 9780 GTCTGGCGGG GTCGTGCGCA GGTGTGCACT CGATCTTCCA GGAGCCTCTC GGGCCATGCA 9840 CGCTTTCTGT CTCCTCTGTA CCTCCGTCGT GGGGGACATA GTGTCTCGTC TCGTTCGCAA 9900 CCTCGACGCG CATACCATTG ATGAAGCCCT TGCCTTCGTT AAGTCGCGTG AAGCATTCAG 9960 TGTCAGCTTG GCGGAATATC TAAAAGCAGC TAAATGTTCT TTTTCCACGC GTGGTACCGC 10020 TCCCTTTATA CGGGGCGGTA GCGTACTGTA CCGAGATGCA GAACCGTGTG CAGTACTCCT 10080 GcTCACGCGC GCAGGGTTGC TTTTGCACAA CAGTGAGCCA AACACAAACA GTGCGGCGAT 10140 CTACCGTGCC TGCAAACGGC TGGTAACCGC GCAGGTGCGT TCGATTGTAG GTACAGAAAT 10200 GCACACGTGC GTTATCGCAC GCTCGATTTC AGGTATTACA ACTCACGCGC AGCAGGAGCG 10260 ATATTACCTA CTGGTGCTGC CACTACACAC ACCACGTGTT GAATATGAGC AAAACAGTGC 10320 TCCATTGCAT ATCCGGCGCG CACAGCTAAA AGATATGCGA GAGCTATTTC CTCTCCATAT 10380 GCATTACAAA CGTGAAGAAG TACTGCCCGT AGGAAACAGT CCAAAACATA AGGCGACCGT 10440 GCGTACCCTG CACGCACATC TCCGTACACG CGTGATATTC CACGCCTCAA TAGGAGGACA 10500 CATCGTTGCA AAGGCGCAAA CAAACGCACA TGGCTTTCAT TGTCACCAAA TTGGCGGGGT 10560 ATATACGGTG CCTGCATATC GCAACCGGGG CATTGCCACT GCATTGGTTG CAACGCTTGC 10620 GTATAACCGA CTCGATATAG GAAAAACACC GGTGCTTTTC GTAAAGGTAC GTAACATGGC 10680 AGCGCGGCGC GTATACGAAA AGATCGGCTT TACGCTACAC GGATTATACC GCGTCATTAA 10740 TCTATAGCGA AgCAAACAaT AAAGACGTTA AAAGAGAAGA ACACGGCAAC GAAAGGGAAA 10800 GACAACGTCG CGTGACCTCT ATTTTCCAAA AAAGCTACGT TGACCAGCCC TTACCCATCG 10860 CCCAGGGCCA CGTGACAGAA CCGGAGATGC AAGCTGCGTT GCAATCCAtG CGTATAGGAA 10920 TCGTCGTCAA CTCCGTCAAG CCGTATTAAC AATGTCTGCA TACGCGGTGC ATCCTTTCGC 10980 GCAAGACCGA GCACGCACTC CTCCGCCATG CGCACAAAAG CGGCAGACGC AACAGATACC 11040 ATAGCAGACG CACAGTGCGC GCTCGTCTCC CGGTGCACAA ACAGAAGTTT CCCACGCGCC 11100 TGACTGACAa AATGCGCAGT CAGCATGTGC ACCAATGCCA TATTTGCCAC GATCAAATCC 11160 ACCGAGATCC GATCGATACT GGAAAAATCA TCTCCCGGAT AAAGATCTAC ATAACTTTGC 11220 GCGTCAAAAA CGAACACCGC TGTCTCAAGC ACAtGCCTAG tTTTCAaTCT GAAGCAGAnT 11280 ACGCGCAATG AAAAGGGAGA CGCGCGATTC CAATAAaCCA aCCCATCACG CACAGGCACA 11340 TCCCCACGAG CTGCCTCGTG TGCGCTCAAG CACACACGAC ACCCCTGATT ACGTAAAACt 11400 CTGCGAGACT ACGAGAAAAC TGAAGGCGAT TATCGCTGAC GAAAACTCCC GCGCCCATAC 11460 GCGGGAGTAT AAAACACATC CTGGCGAAGA TAAAAGCGTC CTCACAGCAG AAAGACCAGC 11520 AACCATTCCG CCAGGAAGTA AAGAAGAAAC GACACGGAGT CCTGCGTTCT CTGCCCCGTA 11580 CCCCAACTTC TTATAGAGTT CCTCGCACCT TACAAGCTAA CAACCAAACC GCTCAAAGGT 11640 CTTTGCCCCG TAGTAGCGCG CCTGTGCACC CAACTCTTCC TCAATGCGCA TCAACTGGTT 11700 ATAtTCGCCA CCCGGTCACT GCGACTCATC GAGCCGGTTT TGATTTGACC TGTCTCAAGT 11760 GCCACTGCTA AGTCTGCGAT AAACGCATCC TCTGTCTCAC CCGAGCGATG TGAAATCACC 11820 GCCGCGTAGC cTGCGTTCTG AGCCATACGC ACCGCGTCGA CAGTTTCTGT GACCGTGCCA 11880 ATCTGATTAA GTTTTATCAG AATCGAATTG CACGATCCTT CTTTGATACC TCGGGCCAGA 11940 CGCCCAGTGT TGGTTACAAA AAAATCATCT CCCACAATTT GGACTTTGTC TCCCAACTCT 12000 TTCGTGAGCT GCACGTAACC TGCCCAGTCG TTTTGGTCAA GCGGATCCTC GATAGACACA 12060 ATCGGATACG TAGCAATCCA CTTCTTGTAC AGATCAATCA TTTCCTGTGC TGTGAACAGC 12120 TTCCCCGGAT TCGACTTCCA AAACTTGTAC CCTCTCCGAT CTCCTTCATC GAATAACTCA 12180 GAAGACGCAC AGTCAAGcGC AATACACACA TCCTTCCGCG GCGCAAGGCC GGcTTTTGCG 12240 ATCGCTTTCA TAATGTACTC AAGGGCTTGC TCGTTATCCA AATCAGGCGC AAAACCACCT 12300 TCATCACCAA CTGwACGTAr cTTTGCCGTC GGCGGCAAGC AGGCCCTTTA ACGCGTGGAA 12360 CACCTCTGCG GTCATGCGCA CCGCTTCGCG CATGGACGCA GCGCCGATGG GCATAACCAT 12420 AAACTCTTGA AAGTCAATTT TATTATCAGA ATGCTTCCCC CCATTGATAA TGTTGGCCaT 12480 AGGGACCGGC ATGCGAAAAG TGTGCACACC ACCGAGGTAA CGGTAGAGAG GAACACCCAG 12540 AAAGTCTGCA GCAGCACGCG CACAAGCCAT GGAGACGCCA AGcATAGCAT TCGCACCAAG 12600 CTTTGACTTA TTGTCAGTGC CGTCCAGATT CCGCATCnsG TGATCTATCT cACCCTGGTT 12660 GAGCGCATCC ATACcTTCGA GCGTATCAGC AATGAGCGTG TTGAmAGTTC CAAcGGCCTT 12720 GAGAAcACCC TTACCGTTAT AgCGcTCCtT GTmtCCATCA CGCATTTCGA GCGCCTCGAA 12780 CTCTCCgGTA GACGCCCCTG AAGGaACACA CGCACGGCCA AAGCTACCGT CAnTGAGCGA 12840 GACATCCACT TCGACAGTGG GGTTTCCCCG AGAATCGATG ATCTCGCGCG CTTCAATGCA 12900 TGCAATGTCA CTCACTTAAG ACCTCCTGAT GTGGGCGCAT GGTAACACGC GAAAAAAAAT 12960 GCGTAAAGGT TTTCCACTCT CTCTATCGCC CCCGCACGCC GCGCTCCCTT CCCACTGAGA 13020 ACACCACAGA GAAAGTAACT GTACCAACCG CCTCGGTATT CCAACGGAGT ATTGCAaCGG 13080 CGCGTTATAT CTATTCTCGA TACGCAATGG GAACCATCAA TTGATCACGA GACAGAATAG 13140 TGTGCGGGAA AACACGCTGC GCTTCCTTTA A AAACGTTT CAACTCGTGA TCGGTATATC 13200 GAGGGCTATA GTGGATGAGT GCCATAAGTC GCACACGCGC ATCGcGcgCT aTCGTGGCTG 13260 CCTGCACGCA CGTCATATGC TTTTTCTCTG CTGCATCCTT TTCCATCCCT TTCTCAAACA 13320 TTCCCTCACA CACAAAGAAA TCCGAATTCC GCACCTCGGc TGCAATGGAC TGCAAATATT 13380 TTGTATCAGT GACGAAGCTC ACCTTACGCC CCGGACGCGC CGGTCCCATT ACCTGTTCAG 13440 GATATACTGT CACCCCCTGC GCGGACTGCA CTGCAACCCC TGACTGTAAC TGAGACCACA 13500 GCGCCCCACA GGGAACGTGC AAATCCTGAG CCGCGCGCGG GTCAAATGAT CCGGGACGAT 13560 CCTGCTCTTC TAGCGTGTAG CCCATACACG GCTTGGTATG ATCCAGACAA AAACAGCGCA 13620 CCTGAAAATC CTTACCACGG TATACCACTT GTGGTTCTAT CACCTCTTTG ACAATAATCT 13680 CGTAATTAAT GTACATGTCC AAAATCCTGC GGCTCGTTTC CACATACTCT GCAGTTCTTG 13740 GAGGACCGAT GATGTACAGC GGTTCGCTGC GAGCAACTTG AGAAGAGAGC ATCAAAAGCC 13800 CCGGCAGCCC AGTGATGTGG TCTGCATGGG TGTGACTGAT GAAAATGGCA CTGATTTTCT 13860 TCCAGCGTAA CTCAGACGCC GCAACGACAC TTGGGTACCT TCCCCAGCGT CGAACAGAAA 13920 CAACTCTCCC TCACGACGCA ACAACACAGA AGTCAGATGC CGATGGGGTA ATGGCACCAT 13980 GCCGCCACAC CCTAAAATAA ACGCTTCAAG ATTCATATGC ACACCATTCC GACGTCAACC 14040 TTTTGGAGGT TAACTCAGGC GCCTGATGGA TTCTTGTGCC TCTTTGTACT CAGGACGCAA 14100 ATGCAACGCA CGTCGGTATG CATCAAGTGC AAAGCCTTTG TCTCCTGCGT ACTCGCGCGC 14160 AAGTCCCAGG CGATACCACC ATAGCGCATT CGACGGTTCA AAATTCACCG CTGTTGAGTA 14220 CGCGATGTCT GCCTTCCGGA AGCGTTTGGT GAGGCGAAAG ATCTCTCCCA AATAAAAGTA 14280 TGCCACACTG ATACGCTCAC CGCGCGGCGC CATGTCAATA TAGCGCTCCA TAGCGTGCAT 14340 GGAACCCTTG TAATCGCCGA CAAAAAAGAG CGcCTCTGCG AGAGTTTCCA CCACGCGGTG 14400 ATCGACCGAA ATTTTCAGCG CCTCCTGGCA TAGGGCAACC GTATCTGCAT AACGACCAAG 14460 ACGGAAAAGA GACCAGGTAC ACACTGCATA CGCGTCGGCG TGTCGCGGAT CGCGCTCAAG 14520 CACACTGCGA CAAAGCTCAA CCGCCTGCGT ATACATCTTT TGTGCATCTT CACGCCCACC 14580 TGAAGTGTCC ATGtACGCCC ATTCCGGTAA AGAGAGAGTG CCTCTCGCAC CTCAGCTGCT 14640 CCCGCCTGTG CAGCAGCAGG AGGTTGCTCC TGCGCACTGC CACGTGCAAG AAACCAGACA 14700 AGAmCGmaTG CCCCCGCTAC TGTCCGTGTT CGTGTAAACA CAGCGCCTCC TTCAGACACA 14760 TCGAAGGCTC CCGCACAGAG CGCACGCCCT TTATGAAACG CGACGCGCAC ACGGGACACC 14820 TTCTTTCAAA AGACACACCC ACACCATCCC CATCCTTGAG TATGCAGAAG AACCGTCAGG 14880 ACTGGGTAGG TTTTAAACGG AAAGAACTTG CACCCTACAA AGCAGGCGCC ACCTCCCCAC 14940 CCTTGTAGCG TTCCTTCAGA TACGTACGCA CGCGCCCAcC ACACAACGCA CGGAGCACCG 15000 CCTGCACGCG CGCATCAGCC TCGTTTCCTC GTTTTACCAC CAGCACATTC GCGTAGGCTG 15060 AGGCATCAGG TTCCACTGCA AGCCCGTCAC GCCGTGCAGA AAGACCAGCC ATTATTGCGT 15120 AATTTCCATT AATCACCGCA CCATCTACCT GATCAAAGAC GCGCGGCAGA AGGGCACTTT 15180 CCACCTCCTG AAGTACCACA TTGCGCACAT TTTGCTGCAC ATCCTCTACT GTGGCAAACA 15240 GTCCTGAACC CGCACGCATC CGAATGAACC CTGCTGCTTC CAAAAGTCTG AGTGCACGTG 15300 CCTCGTTGGA CGAATCATTT GGAATGGCAA TGACCGCGCC GGCGGGGAAA TCACTCACAT 15360 GCCGATACGT TCTAGAGTAT AACGCCAGTG GCTCTACGTG CACGTTTCCA ACACTTACCA 15420 GGTCCCCGTT GTGCTCCTGG TTAAATTGCT GCATATGGGG CACATGCTGA AAGAAATTCA 15480 TCAGAATATC CCCCCGCATT ACCGCCTCGT TCAGCGCCAC GTAGTTTGTA AACTCTACAA 15540 TACGTAGTTC GATGTGCTGC TTCTTCACTT CTTCTTTTGC GATCTCAAGT AAGCGCGCGT 15600 GCGGTTCAGA CAGCACCCCT ACCCCCACCG TTTCATCCTT CACCTGAGTA CACGCAACCA 15660 CCCCTACGCT TAGGGCAATG AGTTTCCCTA CGAGCGCAGC GCTcACCGTT TTTCCTTTCA 15720 TCTCATTCGG CCTCCCCCTG TCCCTCTATC CATCCTGTCA ATGTCCAAAG AAAAAGCGCA 15780 CATCAAGACT CACCCTGCAT TTCACACCGT TTCCGCACGT GGCGCATCGC ACGCCCCCTG 15840 CACCCGTACG TCCACATGCG GAAAGGGAAC CTCAATGCCC GCCTGTTTGA AGCATTCGTC 15900 GATATCCACG AAGATAGCAT TGCGCAAATC ATTGAAATGC TCAATGTGAG TCCAGGTCAG 15960 GAGCGTTACG TCAATACCCG AGTCAGCGAA GGCATTCCAC AAAACCGCCG GCGCAGGATC 16020 CGAAAGCACA AACCGGTTAC GTGTCGCAAC ATCTAGCAAG AGCTGTTGCA CCCGGCGCAG 16080 GTCACTTCCA TACGCCACGG AAACTTCCGT TTTCACTCGG CGATGAGGAC AGTGCGAATA 16140 GTTAACAAGG TTCGCTTTGA GGATCGTTTC GTTGGGCACG CGCACATACT GCCCATCGAG 16200 CGTTTTGAGC GCCACCGAAA GCAAATTAAT TGACTGCACT GCACCGACGA TACCGTCAAT 16260 TTCTATCACG TCTTGAATTC GAAAAGCACG TTCGGTCATG ACAAACAGCC CTGATATGAC 16320 GTTTGAAACC GACGTTTGCG CCGCAAATCC AAGCGCTACT CCCGCTATCC CCGCGGCCCC 16380 TAGCAGCGCG CTCACGTTGA TCCCCAACCA GTGAAAGGCG GTAAACGTCA TCACCGTGAA 16440 CGAGAGATAG TTTAGTGTTT TGAACACAAA ATGCTGCGTC TGCGCGGATA ACCGCCTTGC 16500 AACAACACGG CGCACACCGC GCCTCAGCAT TCGAAAGAAG GCAGAGGTGA TGCACAGCAC 16560 GGcAACGAAG CGCAGGAGAT ACCACACGCG CTCTGACGTC GCAACCTGCG TGAGGCCCGC 16620 GCCCAGcGCG CAAGCAGCCG TAGCAAGAGA CTGCACGAAA TGCTCCAATT CTCGCATATT 16680 CCCCGCTTGT GCACGCCTCG ACACCACGCC TGCATCCTAC GCAAGGGCGT ACTGCGCGCA 16740 AATATGCCCC CAATCTCCTG CTCCCCTTCC TAAAAACAGG AGAGCACTAC ACCCCTACTT 16800 ACCTGACCAC ACCCCGTGCA GGTTACAAAA CTCATAGGCT TCGAGCACCT GATCGTCTGC 16860 TGTCAGTGCA AAGGTCACCT CAGGCGCTCC ATCTACCGGA AGTTCCTTGA GCTGAATACC 16920 CTTCCGGGTC TTGAGGCACA CCCACGCAAT GTAATGCTCC GGCGTCATTG GGTGAGCCAC 16980 ACTCCCCACC TTCACCTTTA CCTCGTGTCC GTGCACTTCT ACCACGGGGA TATGCTTTTC 17040 CTTCGCTGCA TCCACTGTAC CTACAGGCAC TGCACGCAGC ACCTCACTGC CGCACGCGAC 17100 ACTACTGCCT GCAGGCGCAT CCATACCGAG AAAAAATCCC GCACTTTCCT TCTGCAAGAA 17160 AAACGACAAC TCCCGTCCCA TGGCAAGCAT CTCCTATGTT GGTCTGATTT TGTTCTCGTG 17220 CGGACGCCTG TCGTGCCTCC GCGTGCGGAA ACCGCCCGCG CCAGAGCACA GCCCCGCAGA 17280 GGCGCTGATT CTACCTAAAT CAGGTCCGTG GGTAAAGCGT CACCCACCTG TACGCATTCA 17340 GTAAACTCGC TCCTTCCGAG CCTGTGCTAC GCACGAGTAT ACCTTGACCA TTTGGGTAGT 17400 TTCCGCTACG CTCCTGCCAG CTTGGATTCC TGAGGAGTTT CTACGTGCCC TGCGGAAAGA 17460 AAAGAAAAAA GCAAAAGATA GCAACCCACA AGCGCAAGAA GAAGCTTCGC AAGAATCGGC 17520 ACAAGAACAG GTAGTCTCGG CCCGTGCGCC TTCTGTTCGA CATGAGGCGT TTTCGTCATG 17580 GATTTGTCGC TGcTTCGCTC CCTCACTGGG CCCCACGATC TTAAGAGTCT CTCCCCCGAG 17640 CAGGTGCGCG CGCTCGCgcA GGaGGTACGC CAGGAGATCT TGCGCGTTGT CAGTGCCAAT 17700 GGTGGTCATC TTGCCAGTAA CCTCGGTGTC GTCGAGCTCA CCATCGCACT CCACCGCGTC 17760 TTTTCCTGTC CCCAcGACGT TGTCGTTTGG GATGTCGGTC ATCAGTGCTA CGCGCACAAG 17820 CTCCTCACTG GACgCGCAGG GCGCTTCCAT ACCCTCCGCC AGAAGGATGG TATTTCGGGG 17880 TTCCCGCGGC GCGATGAAAG CCCGTACGAC GCTTTTGGTA CCGGTCACTC TTCCACGGCA 17940 CTTTCTGCCG CAAGTGGTAT CCTCAGCGCC CTACGATACC GGGGTAAATC AGGTAAGGTA 18000 GTCGCTGTCG TAGGAGACGG CGCACTCACC GCGGGCCTCG CcTTCGAGGC CcTCCTGAAT 18060 GTGGGCCGTT CCTGCAGTGA TCTCATCGTC ATCCTCAACG ACAACAAAAT GTCCATTAGC 18120 CCCAATACGG GGTCCTTTTC CCGCTACCTG AGTACCTCAC GGTAAAAGGT CCATACCAGA 18180 AGCTCCACAA ACTTCGCCGC GCGCTCCAGA CTGTCCCACT CGTCGGTCGC CCCGCCTGCC 18240 GCGCCCTCAG CCGCCTGAAA CGAAGTGCAA GAACGCTTTT GTACCAGTCA AATATTTTCG 18300 CAGACTTTGG ATTCGAGTAC GTCGGTCCCT TAAATGGACA CCATATCGAA GATCTTGAGC 18360 GCGTACTCAA CGACGCTAAA AAACTCACCC GTCCCACTCT CCTCCACGTG CAGACTGTAA 18420 AGGGAAAAGG CTACCCCTTT GCGGAGCAGa ATCCTACCGA TTTCCACGGC GTAGGACCGT 18480 TTAACCTTGC AGAAGGAATA GTAGAAAAAA AGGATGCGCT CACCTTTACC GAAGCCTTCT 18540 CCCATACCCT CCTAAATGCA GCGCGTACTG ATGACCGTGT TGTCGCTATC ACCGCTGCTA 18600 TGACTGGCGG CACCGGGCTT GGATTGTTTT CCCATATATA CCCTGAACGC TTCTTCGATG 18660 TTGGCATTGC TGAGCAACAT GCGGTCACGT TCGCCGCAGG cTTGCATGCG CCGGCGTAAA 18720 ACCTGTCGTT GCCGTCTACA GTACGTTTTT GCAGCGCGCC GTTGATCAGG TTATTCACGA 18780 TGTTGCTGTG CAGAATCTGC CGGTCATTTT TGCGCTTGAC CGCGCAGGTG CCGTACCCCA 18840 CGATGGGGAA ACACACCAGG GCCTGTTTGA TCTCAGCATT CTTCGCGCTG TTCCGAACAT 18900 AAACATCCTG TGCCCtGCGT CGGCGCACGA GCTTTCGTTG CTCTTTGGCT GGGCGCTTGC 18960 ACAGGACACC CCCGTAGCTA TCCGCTATCC TAAGGCGTTA TGTCCACCTG AAGAAGACGG 19020 ATTCAGTACA CCTGTACATA CCgGACGCGG CGTCCTTATC ACCCGAGAGA ATGAGTGCAA 19080 TGTACTGTTA GTGTGCACAG GGGGCGTTTT TCCCGAGGTA ACCGCTGCGG CCAACACTCT 19140 TGCGCGAAAG GGCATATTTG CAGATATCTA CAACGTGCGC TTCGTAAAGC CGGTAGACGA 19200 AGATTACTTT TTAGATCTTG TAGGTCGCTA CCGTTCCGTT CTTTTTGTCG AAGACGGCGT 19260 AAAAATCGGA GGAATTGCAG AAGCGCTCCA GGCACTCTTG AACACCAGGC ACCCGGCTCC 19320 GTGCAGCGAC GTGCTTGCTT TTCAGGACAT GTTCTACCCG CATGGTTCGC GCGCGCAGGT 19380 ACTCGCCGCA GCAGGCCTTT CTGCACCGCA TATTGCCGCA CGCGCAGAAT GGCTGTTAGC 19440 CCATTCAGTT GGGCAGATTC GGTGAACAGT ATGCATCTGC ACGCCGTTCG TTACAtCCGy 19500 sTGCGctTGC AGCGCATGgG CAGATGGCCG CCATACAGCG GAAGGAACGG GGAGGCCCCG 19560 CCTGCTCACG CCAGGCGCCG GGGGACCGCA TCCGTTTCAA TCGGCGCACA CGCTGCCTGG 19620 AGTCAGAACA TCGTGCTATT TCTTAGAAGT ATGGTCCTGT GGTACGcAGC GTACGTTCGT 19680 CCGCTTTTGG ATGTCGCGCT CCTTTCCTTC CTCCTGTACA AGACATACGA GATACTTGTT 19740 AAAACACAGG CAGTCCAGTT GGTGAAAGGC GCCTTCTCCA TTCTCGTACT CTACGCTTTG 19800 GTTTTCGTAT TAAAATTAGA AACGCTCCTT TGGATTCTCA ATGCAACTGC CCCGGGCGTG 19860 GCTATCAGCA TTACTATTGT GTTTCAGCCG GAATTAAGAA AAATTTTTTT GAAAATTGGA 19920 GAGAAGAACT GGCTCCGACA GCGCGAATGC GCmACCAT C GCACATCGAC GCGGTATTAA 19980 CTGCCGCAGA TGTTCTTTCT AAAAGGAAGC GCGGCATGTT GGTAGTATTT GCCCGTCACC 20040 ATACCGTGCG CGAGGTCAGT GAAAcGGGTA CCGCGCTGTA CGCGCGCCTT TCATCCAGCC 20100 TGCTTGTGAC TATTTTTGGC CACGATACCC CCATGcACGA TGGAGCAGTC ATtGTGCGCG 20160 ATGGGCTCGT TGTCTCTGCA GGCTCCTTTT tGCCGCTTTC TGAACAGCAC GATATTAGGA 20220 AAACGTTCGG CACACGTCAT CGTGCCGCGC TTGGTATGGC TGAAAAAACA GATGCCATTA 20280 CCCTGGTCGT GTCAGAAGAA ACGGGCGCGC TCAGCCTTGC CTACGATTCA AAGCTGTACT 20340 ACGATCTTCC GCACGCGGAC GTATTGGCGC AnTCAAACAG TTACTCGAAA CTACCACTCG 20400 GGCTGGACAC GCTCAAGGGA CACTGGATCA TGGTCGCAGC ACGTTGTCTT GATAGGATTG 20460 CGCACAATTG GGCTGCCAAG GCATCGAGCA TACTGCTTGC GTTTTTGCTC GTGCAATTTT 20520 ACAGCGGCAG TCTGCTGGAA CGGCGCGCCA TTTCTGTTCC GTTAGTTGTG AGAAATGAAG 20580 GCGCACTAAC TCCTGCGCTT CGCTTTCCTC AAAAGGTGAC GGTGCTGATG CGCGCTTCAC 20640 GTGATACGCT CGGCGCACTG CGCGGATCTG ACATTGTCCC CTATGTGGAT TTGTCCTCCT 20700 ACACAGAGGA GGGAGAGTAT GCAGTTCCTG TGCGGGTGAC TGTAGCTGAC CATGTTGCGC 20760 CACCAGATGC GCTTGAACTT GTCGCAGATC CTGCCATCAT CCCGTTCAAG CTGGAGCGTA 20820 GTGTcACCAA AAATATCCCC ATAACCCTAT CGCTTGAGGG TGTCCCTGCG TACGGCTATG 20880 AGCTGCGGGA AGTCGACACA AATCCTTCCA TGGTGGAAAT TCGCGGTCCG GCCTCTTTGC 20940 TCGTTTCCTA CACACAAGCa GTTACCGAAA CGCTCGACAT AACCAATAGA CGCGCGTCCT 21000 TCTCAGGTGT CATTGGACTT ATCAATCCGA GTACGCTCGT TTCTTTTCCA AAAACTAAAA 21060 CGCAGTTCGT TGTCAGGGTT CGGGAAGTTT CTGAGCTCAA AGAGCTTGAG ACAACACACG 21120 TCTCGTTCAC CGACTGTGCC CCTCACCTTA CGTTCAGCAT CGAACCGGTC ACCATACGTG 21180 CACAGGTGCA GGTGCCAAAG CATGTAATTG AAGAGATGCA CCCAGAGGAG TTCTTCTCTG 21240 TTTCTGCAAG AGAAATTACT GAACCCGGAC GCGTGACCGC TCCCCTTATC CTCTCGCTGC 21300 CCGAACACGT GCGTATGGTA CAGTACAGTC CCAAAGAGGT TCACGTTCAT GTGcGCGAAG 21360 cGcakTCAGT CCCGGCGGAC GGACATGAAT GATCATTGGC GTGGGAATAG ACATAGTAGA 21420 AATAGAACGA TTCGTATCTT GGACACACAA CGTGCGCCTG CTCCGTCGCT TCTTTCATCA 21480 AGAGGAGATT GTAGACTTTT TTAAAAACCA CATGCGAGCG CAGTTTCTTG CCACGCGCTT 21540 TGCCGCAAAG GAAGCATTTG GAAAGGCACT CGGTACGGGA CTCAGAAACA TGGAGCTAAG 21600 GAATATTCGG GTGTGTCAAA ATGGATGGGG TAAGCCGAGA CTAGAAGTCT ACGGTGCTGC 21660 ACAGGCTATG TTGGCTGCAA CAGGAGGCAC GCATATACAG GTGTCGCTAA CGCATGAGAG 21720 AGAAGTCGCC TCAGCCATCG TGATTATCGA GGGAGAACCG CTATGACCCG GTCATCTACA 21780 AAGAAAACAG ACAAAAAAGA AAGCACTGTG TCTTTCTATT CAAAAGAGCG CATCGAGTGT 21840 CCGGTGTGCA CAACCGTCTT CCAAAGAGAA GAAATGCATT CTGGAGGAGG TCGTACCATT 21900 GCTGGTGATT TAACCGATGA ACTAAGAAGG ACATACGAGA CGTCCGCAAA GTATGGAGAG 21960 GTATTTCCTC CCATTTACCA CGTGGTAGTT TGTCCCACCT GTCTTTACGC AACCTTTCTG 22020 CAAGACTTTA GAAATATCGA GCGTGGGATT GTCACTAAAC TTTCTTCCAC CACATCACAG 22080 CGCCGCACAT CAGTTGAGCG GCTCATTCCT CAGGTGGATT TTAGCGCACT GCGCACACTC 22140 TCCTCTGGGG CGGCGGCTTA CTACTTGGCA ATACTGTGCT ATGACTTTTT TGATAAAAAG 22200 TATTCTCCTA CCATTAAACA GGGGATCTGC GCGCTCAGGG CAGCATGGCT TTTTTCTGAT 22260 CTTGAAAAAA AAGATCCGAA CGAGCATTAC GATTACATCC GCAATCTTCT ATACCAAAAG 22320 GCACTTTTTT TCTATCGCAA GGCAATTGAG TGCGAAAGCc AGgCGAAGAA ATTATCGCAG 22380 GATTAAAATC CTTTGGACCG GACACGGATA AAAATTATGG GTACGACGGG GTACTCTATC 22440 TTTCGTATCT CCTTGAGTAT AAATACGGGA CCAAGCGCGA CAGAGCAGTC AGAAGGGAGC 22500 GCATGCAGCG GaACAAACAA GGACTTGCAA AGATATTTGG CCTAGGAAAG TCTTCAAAAG 22560 AGAAGCCAGG TCCATTGCTG GAACTCGCCC GACAATTGTA CGAAAACCTG CTCGCAGAAT 22620 TACACGAAGA CAGTGAAACT ACATGAATGA TGTGCGCAAA ATTCTCTTGC GTATTTCGTA 22680 CGATGGAACA CGATTTTGCG GATGGCAAAA ACAGGTCTCA GGCTCACGGG AACGTGCTCC 22740 CTCTGTCCAA GGTGAGTTGG AAAAAGTTGC TGAGAAAATT CACCACCAAA AGATAGCAGT 22800 CATCGGTTCA GGGAGAACAG ACTCTGGCGT ACACGCAGTA GGACAGGCAG CACATTTTTG 22860 TACCCCCATG AGAAATATAC TCGCGTATCG CTTTATCCCT GCATTTAATT CGCTGCTCCC 22920 GCACTCCATT CGCATTACAG ACGCACGCGA AGTCTCCTCT CAACTCCACG CACGCTTCTC 22980 TGCCGTCATG CGCACGTACC GTTACCACCT CCACTGCGCA CCCGTCGCAT ACGCGCACGA 23040 ACTGCCTTAC TGCTGGCACA TTGCGAGAAT GCCCGATATA CACTTGCTCA ATCAATATGC 23100 TGCAACACTC AAGGGAGAAC TAGACTGCAC AAGCTTTGCT GCTGCAGGAG ATAAAAGTGC 23160 GAGTAAATCG CGTTATTTTT ACGACACACA CTTTTCTTTC AACCATCGCG TACTGACCTT 23220 CGAAATCTCT GCTAATGCCT TTCTCTGGAA AATGGTGCGC TCTCTTACAG GAACCCTACT 23280 ACACTGCGAA AAGAAGCGGT GCTCCGTGCG CGAATTCGTC CGCATTTTGC ACGCGAAAGA 23340 CAGGCGCtTG CAGGGCCCAC CGCACCGCCG CATGGGCTAT TCCTATGGAA CATCCGTTAC 23400 CCCGAACACT TACTCCGTGC AGAATAGGAA CACCCTCGCA CGTGAACTGG CATCCACAGG 23460 CAATGCAAGG TGGAAGACGT ATTAAGCATG CACGTTACAT CTCTTCAAGA AAAGGAATCA 23520 GCACCAGaCG CATAGCTGTT CTCAGCACTA TGCGCACCGC ACGCACAAGT TCAAGCCTTG 23580 CACACGCGTA GTCCgGTCGT GCTTCACACA GAATGGGACA ATCATGATAG AAGCGACTGA 23640 AGCTTTTTGA GAGTGTATAG AGATACCCGG TAATAACGCT CGGATCATGT CCCTGTGCAG 23700 CGCGCGTGAC ACACGCAGGG AAACGTGCAA GCGCCTTCAC CAACTCCCAC TCAGCTTCGT 23760 GCGTGAGCAA TGCAGGGTCA CACCGGACTT CACGAGGTCC CTTTTGCTCC ACATCTTCCT 23820 GAACCTTCTT TAAAAGAGAA GAGATGCGAG CACCCATATA CTGTAAATAG GGACCAGTGT 23880 TTCCGTTAAA AGACAAAGAC TCTTCGGGGT GAAACACCAT ATCCTTTTGA GGACTGACTT 23940 GCAATAAAAA ATAATGAAGC GCGGCGATGG CAACATTCTC TGCAATACAC TGTGCGTGTT 24000 TCAGTGCATT TTCCCGTCCC TTTTTTGCAA TTTCCTCTTC TGCCGCACTG TGCAGACGAT 24060 CCAAGATATC GTCTGCATCT ACTACCGTCC CCTCTCGACT CTTCATACGC CCATGGGGCA 24120 AGTTGACCAT GCCATAAGAG ACGTGATGCA ACTGcTGCGC CCACGGATAA CCGAGCAACC 24180 TAAGCACAAA GAACAATACC TTAAAGTGGT AGTTCTGCTC GTTTCCCACA ACATACAGCA 24240 ATTGATCAAA GGGCCAGTCC TGTGCGCGAA AAATCGCCGT GCCAATATCC TGCGTAATGT 24300 ACATAGTGGT GCCGTCAGAG CGAAsnAACG CCTTTTTGTC TAAGCCTAGA GAAGACAAAT 24360 CCACCCAAAT AGAGTTGTCC TCCATCTGAT AAAAAACGCC GCAGcAnAAC CACGTCTAAC 24420 CTCTTCACGT CCCTTGGTAT AAGTTTCGCT TTCAAAATAA AGTTTATCAA AAGATATGCC 24480 CGTTCGCTCA TATGTTTGTT TGATACCGCG CAACGCCCAT TCGTTCATTG TTCTCCACAG 24540 CGCACGCACG TGGGATTCTG CACTTTCCCA GCGCTGTAAC AGGTCACGCA CATCGTGcTC 24600 TGCTTCTTCC GGGTACTGCT GTGCGTAACG GTTAAACTGC ACGTACCAAT CTCCCACAAA 24660 GCGATCGGAC TTGATGCCGG TATGCGCAGG TGTTTTTCCA TGGGCGAATT TTTGATACGC 24720 GCACATAGAT TTACAGATAT GTACTCCGCG ATCATTGATG ATATTTACCT tGAACACATC 24780 CGCACCACAG AACGCAATAA TACGCGAAAG GCTTTCCCCA ATCGCGTTAT TGCGCAGATG 24840 ACCTACATGC AACGGCTTGT TAGTATTGGG ACTAGAGAAC TCAACCATGA TACGTTTGCC 24900 CTGTAAGTAc TGCGTGTGGC CATAGCGCTC CCCcTGCGCA AAGATAGCAT CAAGCGTATG 24960 CGCAGtACAC ACTCCTTATT TAAAAAGACA TTAAGATAGG GTCCTCGCGC CTGCGGGTGc 25020 CATACGCACA CATGGACGTG TCTTCTTCAA GCAGTGTGCA CAACTGCTGT GCAAGCTGTG 25080 CAGGACTCCT GCGCACACGC TTTGCAAAAA GGAATAGAGG aAAAGCTATG TCCCCCATAC 25140 CCGGCTCCGG CGGCTCTTCC ATAACTAACT GCGCACCTTC GACCGGn 25187 ( 2 ) INFORMATION FOR SEQ ID NO : 36: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 21170 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 36: TGCATGAAAA TACAACCAGC TTGCTGCATT AAGAACGCAT CAGTACCGTA GCGCAGATAC 60 GCACATGGCT TACCACGCCG CGTAGACGAA TGGTCCTCAA TATCATCGTG CAAAAGGCTG 120 GCTGTGTGAA TGAGCTCTAC TACCGCGCTC AGTGTGTACC ATTCGCGTTC GGAAATTTTC 180 TTCCTCTTGT GTCCTTGGAG TTTCCGATGC GTGCACTGCA CACACGCGTG TGCAAGTTCT 240 GCAGAAAGTA TCAgTAACAA CGGTCTCCAG CGCTTTCCGC CGCAGCTGAc ACACGCGTTG 300 CACACGGTGC GCAGGACGCG CGTATCTTCG GACGcAAGGA CACGGAGCCG CGTTCCCATC 360 CACGAGCGCG TAGtTGCGCa GGAAGTGCAT CGGCGAGTGC TCGTTCAATA TTTCTGAGTC 420 GTTGAGCAAG TGCaCGTTTC ATAGTACCGT TATACGGCGT GTTTGCCTTT TGTGCGAGCA 480 CGATGTGTGG GAGCTGTCAG TGTAACACAT AGCATGGGGG GCGTGTAGGA AGGTGTGAAC 540 GTCTATAAAC GTGCTGATTT TTGGGCAAAA AAGGCAGCCG CCgCGGGGTA CCGCGCGCGT 600 TCGGTGTATA AATTAGCGGC GCTTGATAAA AAATACTCCC TCCTGTCGCG CGCCTCGCGG 660 GTGCTCGATT TGGGCGCCGC GCCAGGAAGC TGGACCCAGT ACGTGCTGGG CACCGCTGCT 720 GCGTGCACCG CCGTGTGTGC GGTGGATGTG CAGCCGATTG CGTCGGACAT TCAGGACGCG 780 CGTTTGCAAC GAGTGCAGGG GGATTTGTGC GCAGCAGATA cACGTGCGCG TGTTGCGTGC 840 AACGCTCCTT TCGATCTTAT TCTTTCTGAT GCCGCACCTC GTACGACCGG AAACCGCACA 900 GTAGATACGA GCGCTTCTGC GTGTCTTGCA GCAGGGGTGT GTGCGTACGT CAACTTCTTG 960 TCCTCTGATG GAGGATTGGT GTTCAAGGTG TTCCAAGGGT CAGAGCACCT TGCTATCCTT 1020 ACACACCTGC GTGCGCATTT CGGTGCGGTG TGTAGTTTTA AACCGCCTGC TTCTCGTCCC 1080 CGTAGTTGTG AGTTATATGT GGTGGCGCGT TTCTTTCGCG GTACGTGCGG CAAGTAATGG 1140 GTAAGAATAG GGAGCGTAGG CGCCTGTGGC ATGCAATCAG GCATTGATCC ATTTAGCAAA 1200 CTTGCGTCAT AACCTCGGTG AAATTATGAG CCGTAcACGC GCGCGTGTGT GTCTACCTGT 1260 TAAGGCGGAC GCGTATGGAC ACGGTGCGTG TGACGTCGCA CAGGCGGCGC TTTCGTGCGG 1320 GGTGCACTCG TTCGCCGTTG CATGTGTGCA AGAAGCGTCG CAACTGCGTG CGGCAGGTGT 1380 TCGCGCGCCG ATTTTGTGTT TAAGTACTCC AACTGCTGAA GAGATTTCTA GTCTTATTGA 1440 GCATCGTGTG CACACCGTGA TTTCTGAGCG CGCGCATATT GCCCTTATCG CACGCGCGCT 1500 CCGTCAGTCT GCTGATACGG GTGCCACGTG TGGGGTACAC GTAAAGATTG ATACCGGAAT 1560 GGGGAGAATC GGCTGTGCGC CGGATGAGGC CTGTGCGCTC GTGCAGATGG TGTGCGCAAC 1620 ACCGGGTCTC CATCTTGAGG GGGTATGTAC GCATTTTTCT GTCGCGGATT CTGTGCGTGC 1680 TGAGGACCTG CAGTACACTG AGATGCAACG TGCACATTTT ATGCATTGCG TACAGTACAT 1740 ACGGAAAAGT GGCATATCGA TTCCATTGGT GCATGCGGCA AACTCTGCAG CGCTGTTGTG 1800 CCATCCGCGG GCACACTTCG ACATGGTGCG TCCGGGATTG TTGGCATACG GCTATGCCCC 1860 TGAGTCTGTG CATCCTGCTG TGCGCAgTGT GTTCCTTCCC GTCATGGAGC TTGTTACCCA 1920 AGTCCGTGCA ATCAAAAAAA TACCTGCAGG CGCGTACGTT TCTTACCAGC GCTTGTGGCG 1980 TGCGCATACA GAAACACATG TAGGTATTCT GCCTATCGGA TATGCAGACG GAGTTATGCG 2040 CGCGCTGTCG CCGGGTTTGC AGGTGTGCAT TGGGGGGAAG TGGTATCCGG TGGTGGGGGC 2100 AATTTGCATG GACCAGTGTG TAGTGGACCT AGGTACCCCG CTGCGTGTGA CAGTTGGAGA 2160 TAGGGTGACA CTTTTCGGTC CTCAGGACGC AGGTGGCCCA GGACAGGGGG CAGATGTGCT 2220 CGCCTCGCAT GCAGGCACCA TTCCCTATGA GCTTTTGTGC GCGATTGGTA AGCGTGTCGA 2280 ACGGGTGTAC ATCCGGTGAA TATGTTTTTG CAACGTTTAT AAAAAGAGAC AAAGGGAGGA 2340 AGGCGCGCAt GAATGTCCTC GGAATTGAGA CCTCTtGTGA TGAGACTGCA GTTGCAATTG 2400 TAAAAGATGG CACGCACGTG TGCAGCAATG TTGTGGcTAC GCAAATTCCT TTTCATGCGC 2460 CGTATCGTGG CATTGTCCCA GAACTTGCAA GTCGCAAGCA CATTGAGTGG ATTTTGCCAA 2520 CGGTGAAAGA GGCGCTTGCA CGCGCTCAGc tGACGCTTGC TGATATCGAT GGCATCGCCG 2580 TAACACATGC ACCTGGGCTG ACCGGATCTC TCCTGGTAGG CCTGACGTTT GCGAAAACAC 2640 TCGCATGGTC AATGCACCTT CCTTTCATTG CGGTTAATCA CCTTCATGCA CACTTTTGTG 2700 CCGCGCACGT GGAGCACGAT CTGGCATATC CCTACGTGGG CTTGCTGGCG TCTGGAGGAC 2760 ATGCGCTCGT ATGTGTTGTG CACGATTTTG ATCAGGTAGA AGCGCTTGGC GCAACGATCG 2820 ACGACGCTCC CGGGGAAGCC TTTGATAAGG TTGCAGCCTT TTATGGCTTT GGATATCCGG 2880 GAGGCAAGGT AATTGAAACG TTAGCAGAAC AGGGnTGnGC gCGTGCCGCG CGTTTTCCGC 2940 TTCCTCATTT TCACGGAAAA GGGCATCGGT ATGATGTATC ATATTCAGGA TTGAAGACAG 3000 CAGTTATTCA TCAGCTCGAT CACTTTTGGA ACAAGGAATA CGAgCGCAcT GCGCAGAACA 3060 TTGCTGCGGC GTTTCAAGCG TGTGCAATCA ACATCTTGCT CCGTtCCcTT GCGCGCGCAT 3120 TACAGGATAC AGGGCTGCCA ACGGCAGTAG TGTGCGGAGG TGTTGCAGCA AACAGTTTGC 3180 TCAGAAAATC TGTAGCGGAC TGGAAGCATG CGCGGTGTGT GTTCCCTTCG CGTGAGTACT 3240 GTACAGACAA CGCGGTGATG GTTGCTGCGC TCGGGTACCG CTATTTGATC CGTGGTGATA 3300 GGAGTTTCTA TGGGGTAACA GAGCGTTCGC GCATTGCGCA CTTCAGTAAG CGCGGGGGAG 3360 ATCGTCTCGC TGCACAGAGA AGCGCTGCTT CTCAGCCTCT TTTTTGAGCA TGTGCGGCTC 3420 AGTCCTTGCT AGGCAGTGTC CCGTTACCTA GATGCTGTGC CGTTTGATGG TAAAAATGAG 3480 CGACGCGATG AAGCACGCCA ATGGCAGCAG TTCCAACGTG AAGCCCACTA GTGACACGCC 3540 TGGTACAGtG wACcGCGTGA TAGAAAAGCC TGCCGCACGC AGAAATGCAA ACAGTTGTGC 3600 AAGGTACATA CACAGTACGC CCGCGATAAA GCACACCGTC TCCTGGGTAC GGGTCTTTGT 3660 CCACGCGACA ATGGCGAGGA ACACAGCAAC CGCCGTTACC GCTAGGCGTA ACATCAGCAA 3720 AATAGTCTGT GCTCGAGAGA GCAGAGAGAG AAATTCATTC ATTCGTGGTG TTCCTTTTCC 3780 TGTTCTTGAA GAAAAAAAGT GCATAGCTGG GTATAGTGCT CGAGCGTAGG GAGTACTGAG 3840 GGTTCAGTGT ACAGGGGGGA GAGCAGGATA TGCGCGTCAA GCgcACGTGC GAACAaTGCC 3900 TCATACCGTT CTTCAGAAAC AGTGGGAAAA AGATAAGGCC cTTCCGTGCG CCACCATGTA 3960 CTCATAAGCG TTATAAGCTG TGCGCGGTCG CgCTCTTGCC GCGCGCATTT TTGTGCGCGg 4020 CGCACGCGGT TCAGACCTCT GCGCCGTTTT TTCGTGTGTG GCAGCGCAGG GACCGCGTCT 4080 TCCTGCGTGG TGTGTGAGGA GTCTAACAGA GCGTGAGGCA TGGCGCGTGC GGGCTGAGAA 4140 AGGGAACCCA CGCGCGCTAA GTCCCAAAAG GCACGAGCAA TCGCCTGCGC AATCGGAGCA 4200 AAGAGCACGT cCCCCGCAGG GGCGCGCGCG GCACAGTGGG CACGGAGCGC AACAAACGGT 4260 GCAGGAGAAG GAAACGGCGG CACAACCAAA AAGACATCGG TTTGCGGGAC GCACGGTGCG 4320 CAGGGGCGCC ACACTGGCAC CTCGCAGGGT GCGGCGCCGC AAGCAAGGTT GAGAAAACGC 4380 GCACACACTT CCTGCGCGCG TTCGGCATGT GCGTAGTTAG CGCACCTCGT GCGCAGGAAA 4440 ACACGTGCGT AGTGCCTGCT GCaGTGCGCA GAAGCACAGG TGGGTAGGGG ACCCCACAGC 4500 CCGCGGCTAA GATAACGCTT AAAGTCCAGG CGCGCGCGGC TGGCGTTCCG TCCAAGAATA 4560 GAAGCGCCGC CGTCAAGGAA TAAATCCGTG ATGCGAACCC CACGCTCAGT GTATAGGTAA 4620 AAGCCGCGCG CACGCCGCAC GCGTCCAAAC CTGCGAATAA TCTCCGCCTG ATAAGCTTCC 4680 ATGCTGTTCT CTTAGGGGAA CACTCCCCCG CTGTGCACCC TGCGCATACc CcCCCTGCGG 4740 GCAACGCCTC GTCAAACCTT TCTATCCCCG AAATGGACGA TACCGGACTT GAACCGATGA 4800 CTTCTACCGT GTGAAGGTAA CACTCTACCA CTGAGTTAAT CGTCCTGCGC GCAGCATAAC 4860 AGCGAGGGTG TTTTTGTGCA ATTGCTTATC TCACTCTGCA CTGTTGTCGT AGGATCCTGT 4920 AAGAAGCGTG CTCGATGCAG TATAGTGGCC CTATGCAAGA AGAGGTTAGT GAGCGTACCT 4980 GTCTGGTGAG TGATCCGTCT TTGTCCTCTG TCGCTGGTGC AGGAAGCGGG GTGGTGCAGG 5040 CGTACGTCGC GCGGCAsTTG CGCGCCAGGT GCACGCCTGC GTTGACTGTG GGATGCGTGG 5100 GATACGCCGG GCGGTACGCA GGTTTGCCGC TGATGTTATT GCGCGCGAAG CTCCTGAGCT 5160 TACTGCCGCC AAACGAGAGG CGCTGTTGGA TGCGTGGGTT CCCTCGCCTT CCTCTGAGCA 5220 CGTCGCTGTG GGTTCTCAGC CTGCGCAAGC GTGTGGTGGC GCGCCCCTTC CTGCAGACGT 5280 GCAGTACAGC ATGGTACTTC ACTTTGTGTG GTACGGTCTT GGTGTGCTTT CTGAACAGGA 5340 GAGGGTGCAG CTTGAACAGG CGGTGCCTCA TTGGCCCCAG GTGTATTGGA GTTGCTTTTC 5400 ACCACAGCTT AAGCGTCTGA TTAAGGCTTG TTTGACCGGG CTGTTAGATG TGGAAGCGTT 5460 CTGTGCTGCA GTGAGAACGC TGCTGGGGAT AGCGGGCATG GACACTGCGG CGGACGCGTC 5520 GATTCACCCT CACGAAAAGT AGAGGCACGA AGGGGAGGTC GAGATGAGGT GTTCGCACAA 5580 TTGGGACGAC CCACCGCCGC TTTTTGGCGC GGTGTCTTAC GGGATGCAGG AAGGGGCCGG 5640 GAGGGGTGTG CGGCGAGAGG CTCGCGACAC TCCCTGCAGA GGGACTGCAG AGGGACTGGC 5700 CACTTCACAG CCTGAAGATG GAGAAACGCG CGCTGCgcTG CAgsGGATTG ATCACTTGGA 5760 CACGCAGCTC CTGCAGCTGG AGCGGGACCT TGCCCATTAC CTAGAGATGG CCGAATTGCC 5820 TGATCCCTTC TCAGAAAACT AACGCCCCAC CTCCTACTGG AGGAGGCGTC TCTTTCTCAT 5880 GATATCAAAG ACGCTCTCTG GACCGCAAAA GTGCCCGGCG CTCGCAAACA CAAACGTTAT 5940 GCCGTGCTGT AAACTCAGCC GGTAGAATTC CTCTGCCCaC GCAGCGCGCC GCGATGCAGC 6000 AATCTCTGCC aCGTACCGGC GGTGGAGTCC ACcTGCaGCG TCCTTCGTTA CCAGTGCGTC 6060 CAGTTCCGTG CTTACTCTTC CCAAAGCGGT TTTGTCGTTC GAGAGGTAAC TGCGCACGAG 6120 GGCACCGAGC CTGCCCTTAA AGTCCGCGGG ACTTTTCCCG AGAGCGATCA GTGCACGAAG 6180 CAGCGTTATC TGCTCCTCAC GATTGCCAAA GGAAAGCATG TTCAGGTGTT TTTGGATGCT 6240 GTCTAGTCCA AGAATTTTGC GGTTCCCCGC GCGCTGGTAC AGGAACGCTT CGATGTTCTT 6300 CCCGGAGTCC AGCTTTGTAT GCGCGATGAG TGCCTGGTAG AGTGCTACGC GCATGACCCA 6360 CGGTTCAAAT CTTGAAAGCG TGTGCATGTC ATCTCCCAGG GTGCTCCGGA GCATTTCTAA 6420 CTCCTCCCGA GAAAGGGAAG AGAGCGTTGG AGCAGCGTTT TCCTGCTCAA GCATCCCGTG 6480 aAGCATACGC CTCTGGAGAA CGCTGGCAAA ATTTTTAATG TCCTCTGAAC CGAGCTCAGC 6540 GTAGAGACGA CTTGCAGAGT CAAATACATC AAGGATTTTG TCCTGAAAGT GCAGCAGCTT 6600 TTCGCTGCCA ACCGAAATAG TGCCCAAAAT ATATACAGAC CCTTGAGGAC CACGTATTTC 6660 CCAGAACATA CGTTCCTTGT GGGAGATAAG CGACGGCAAG GCACCGCGAG AAAGGCTCGT 6720 GCAGCACGAA AGGAAAGGGA GAATAAGGAG CACACACAAG AACACGATCG CACAGCGTGT 6780 GGCACACAGG GAGCAGCGCT TCAAAACGGT CCTCCTGAGC AGTGGAAATA CAGGACGCCC 6840 GGTGGTATTC ATCGGGCCTA ATGCAGAGGA ACGCTCCTTT TCAGAAGGAC CCACGTGGTG 6900 CCCTTACCCC CGCGCCGTTC TGCAGGgTGA AAGAGTTCAC CCGCGTGAGG ATGGGCCTGC 6960 ACGTAGCGCT TGACCGAGGG AGCAAGGACA CTCCCACCCT TGGAATGGTG GCCCTTTCCG 7020 TGGACGATTT CAACCTTCTG GAGGAGCCgC TCACGCGCCT GCGCAAAAAA CGAATCAAGT 7080 GCACTGCGCG CCTCACTGCA CGTCATGCCA TGGAGGTCTA AACGCGCCTC AGGGACTGCG 7140 GTGCGCAgCT TCCTCsTTCC CCGTcGGGAA TGGATGGAGA AGGTACGCCT CTGcCGCGCA 7200 TACTCCGCAC AAGskCCTGC AGCGTCCTTG TCGAAAAGTC CGTaGCGcGC AAGCGCmACT 7260 TCCATCAGGG AAACACGCGG CGCAgCGGCA GCCTGCGAGG ACGGAAGcgC GCCACGGCGC 7320 CGTGCGCGCA CAGTCGCAyT tCGCACGkcc GCCCTTCGGG cTCCTTCCCA CGTACGCAAC 7380 GTCCGGGCAA ACGcGCTCTG gCCcTcAGAG CcTCCTCAAG AGGcAGAaTA TCcTTACGtC 7440 TTTtcCCCGC naTGAGCGGg CGcATTCTTT CATAAAAAAC CTGTCTGTGC AATCAACCGC 7500 GTGAAGcgGC ATCCTGCGTG GTAGGAAGGG GAAGACAGGG AGGCGGTCAC GGTGCATGAG 7560 GAGTGTAATT TTCAGGGCCT CACAGGGATG CTTGCGCCCC gGAGGGgaTG TGCGATAATC 7620 GGCCCCCGGG GAGGGCGAGC GGTGGAGGTG AGAGTTCGGT ACGCaCCgTC TCCGACGGGg 7680 CTCCAGCACA TCGGGGGTAT TAGAACTGCT CTCTTCAACT TCTTGTTCGC GCGAGcgCAt 7740 GCAGGCGTAT TTGTCCTCCG TGTCGAGGAT ACTGAcCGCA GTCGCTGCAC TGCAgyGTTt 7800 GAGCAGAACC TTTACGATAC GCTCCGTTGG CTTGGGGTCT CCTGGGATGA GGGGGGAGGG 7860 TGCCCAGAAA CAGCGGTGAA GCAGGGCGCG CGGGGGGATG GCCGCTCTGT TGCTCACGCT 7920 GGTGGGgCCT ATGGCCcTTA CACGCAgTCT GCACGGACAG ATCTCTACCG CGCGCAGGTG 7980 GCGCGGCTCG TTGAGACAGG GCAGGCGTAT TATTGTTTTT GCGATGCGTC GCGGCTCGAG 8040 CGCGTTCGTA AGATCCGTAC GCTCAACAGG ATGCCCCCCG GTTATGACCG GCATTGCCgC 8100 GAGCTCCTGC CTGAAGAAGT TCGGGAATGT CTCGCATCCG GGGTTCCACA TGTGATCCGC 8160 TTTAAGGTCC CCTTGGAAGG GAGTACTCAT TTcCGCGATG CGCTGCTCGG TGATATCGAG 8220 TGGCAAAATG AGGAGATCAA TCCAGACCCG ATTTTACTGA AAAGCGACGG GTTCCCCACT 8280 TACCATTTGG CTAATGTGGT AGATGACCAT GCTATGCGTA TTACGCATGT TTTGCGCGCT 8340 CAGGAGTGGG TTCCCTCCAC CCCGTTACAC CTTCTGTTGT ACCGTGCTTT TGGCTGGCAG 8400 CCCCCGCTCT TCTGTCATCT TCCGATGGTT ATGGGGGCAG ATGGGCACAA GTTGTCAAAG 8460 CGGCATGGAG CTACTAGCTG TGATGAGTTC CGCAACGCGG GgTATTTGCC TGAAGCGTTG 8520 CTCAACTATG TTGCAATGCT CGGTTGCTCG TACGGAGAAG GTCAGGATCT GTTCACGCGA 8580 GAGCAGCTGT GTGCGCACTT TTCTCTGTCG CGTTTAAATA AGTCACCGGC TGTTTTTGAC 8640 TATAAAAAGC TTGCGTGGTT TAACGGTCAA TATATCCGTG CAAAAAGTGA CGAGCAGCTG 8700 TGTGCGCTCG TGTGGCCTTT CATTGCAAAC GCCGGTGTGT GTGGCCACAT TCCGGCAGAT 8760 GTGGAAGCAG GAGCTGTGCG CACACGACGT TTTGCAGACG AGGCGCCGTG TGCGCCTACA 8820 GAAGCGCAGs GTtCCATGCT CATGCGAGTT ATCCCGCTGA TTAAGGAGCG GTTGCGGTTT 8880 CTAACCGATG CGCCGGAGTT GGTGCGTTGT TTTTTTCAAG AACCGTCTCT CCCTGAACAA 8940 GGGGTGTTTG TGCCGAAGCG CTTGGATGTT GCGCAGGTGC GCGCGGTACT GGTGCGCGCC 9000 AGGGGCCTGG TGCACGAAAT AGTGAGTGCC AGTGAACCGG ATGTTGAGGT GCTCTTGCGT 9060 GCTGAGGCAG AAAAGTTTGG AATAAAACTT GGTGATTTTC TCATGCCCAT TCGCGTTGCG 9120 CTCACCGGTG CTACCGTGAG TGCCCCTCTG GTAGGAACTA TCCGCATCCT GGGGGCGTCA 9180 CGATCCTGTG CGCGTATTGA ACACGTCATT CGTGAACGCT TTTCGGATGA CAGTCAAGGA 9240 GTGGGAGGAG GCTGATATTC TCAGTTAACG CGGGCTATAG GGAAAAGAGG TATGCAGGGG 9300 ATGTGTTCAA AGGCGGGCGC GATCTCTGTG AGGTCGCCgC GGGTGCTGAC AGTATGCTAG 9360 ACAGGGGGGA AGGTGAGCGG CGCkTCACCA TGGAGAAGAT tGTCGGTCTC TGCAAACGGC 9420 GTGGCTTTGT GTTTCCATCT TCAGAAATTT ATGGTGGCCA AGGAGGTGTT TGGGACTACG 9480 GCCCTATGGG CATTGCGCTA AAAAACAATA TTGCCCATGC CTGGTGGCAA GATATGACAC 9540 GCCTACATGA TCATATCGTC GGGCTGGATG CAGCAATCTT GATGCATCCA AACGTATGGC 9600 GGACGTCTGG CCACGTCGAT CACTTCAGTG ATCCTTTGGT TGATTGCACG GTGTGTAAAA 9660 GTCGCTTTCG CGCGGATCAG GTTGCCGTGC CGTCTGCCGG GGGACCCTGT CCTCAGTGTG 9720 GTGGGGCCCT CACGGGCGTG CGTAATTTTA ACCTCATGTT CAGTACCCAC ATGGGTCCTA 9780 CGGATGAGCG TGCCAGTTTG CTCTACCTGC GTCCTGAAAC TGCGCAGGGG ATTTATGTAA 9840 ATTATAAAAA CGTCCTGCAA ACTACACGCC TGAAGGTGCC TTTTGGTATT GCCCAGATCG 9900 GTAAGGCGTT TCGCAATGAG ATTGTCACAA AAAACTTTAT TTTCCGTACG TGTGAATTTG 9960 AACAAATGGA AATGCAGTTT TTTGTGCGCC CCGCAGAGGA TACTCACTGG TTTGAGTACT 10020 GGTGTGCACA GCGCTGGGCT TTTTACCAAA AGTACGGGGT GCGTATGAAC CACATGCGTT 10080 GGCGTACCCA TGCTGCACAT GAGTTGGCTC ATTATGCACG GGCTGCCTGT GACATTGAGT 10140 ATGCATTCCC TATGGGCTTT AGGGAATTAG AAGGGGTGCA TAACCGTGGT GACTTTGACC 10200 TGACgcGCCA CGCGCAGCAC TCGGGTAAAG ACTTGTGCTA TGTGGATCCT GATCCAAACC 10260 TGGATGCGGC AGCGCGTCGG TATGTGCCTT GTGTCGTTGA AACGTCTGCA GGATTGAmGC 10320 GCTGCGTACT CATGTTTCTG TGCGATGCAT ACACAGAAGA ATATGTGCAG GCGCCGAATG 10380 TCGCGTTTTC GGAAACGACA CAGACAGCTG ATCAAGAAGG TGCTGCACGT ACGGGCGAGA 10440 TGCGAATAGT GCTGAgGTTG CACCtGCGCT TTCTCCCACC ACTGTTGCTT TTTTGCCTTT 10500 GGTAAAAAAA GACGGATTGG TTGACCTTGC GCGTGCGGTG CGCGACGAGC TGCGTGAGGA 10560 TTTTGCCTGT GATTTTGATG CaGcTGGCGC GATTGGAAAG CGCTACCGCC GTCAAGACGA 10620 GGTGGGTACT CCCTTTTGTG TCACAGTTGA TTATCAGTCA AAGGAAGATG ATACGGTTAC 10680 GGTACtCTGC GCGACAgCAT GGCACAGCGC CGGGTCTCTC GTGCCTTTCT TGCAGAGTTT 10740 TTGCGCACAG AGATAAAACA CTACCGGCGT CCCTAGGTTG TTGTCCGCTC TCTGCGCGCG 10800 GGGAAAATGT CACATATTAC ATCGCGAAGG AGCTCTCGTA TGAAAGCGTA TTCTTATGCA 10860 GTAGAGGATC GCTCGCTTCT CACTCCTTTT CTGTATCGCT TCTGTGTAGA TCCGCTGTTA 10920 CGCGTGGTGC CGTATCGAGT TCCGGCGAAT CTCATTACGc TGTGCGCAAA CGCCTGTATG 10980 CTGCTTGCAT TTACCCATGC GTACTGCGGC TCGGTGGGGG GTACcTACGC GTATTGGTTT 11040 CTAGTTCCTG TGCTGTGTAT TGTGTACCTG GTCGGAGATT GTCTTGATGG GCGCCAAGCT 11100 CGGAGAACGG GAACTGGTAG CCCCTTGGGA GAATATTTTG ACCATTGTTT GGACACCTCT 11160 GTTGTAGGAC TGCTGGCAGG AATTTTCGTG CTCGCGTTTC GTATACGCGA GCCATTTCTT 11220 TTGACGTGTA TCTTTTTTGT TCCCGCGTTT GTGCAGATTT CAACCCTGTG GGAAAAGCTG 11280 CACCGCGGGG TGATGGTGTT TGCGCGCATT GGGTCAAACG AGATGGTArT GCTGACCACA 11340 CTCGGCGCAT ACGCTGGGTC GTTCGAAACA CTGCGTGCGC TGTTCCTCAC GCCGTTGTTT 11400 TTTTCCTGTA CTCCTGCACA GGTATGTGTA TCAGTGCTCT CAACGGGAGT GTGtATTTTT 11460 tCGTGTGCGG TGTTTTGGCG TATGCGAGTG TTTTCATGCG CACTTTTTTT GCATTTATCC 11520 CTTTTCTTCT TTCTCTGTGT ATTTTCAAGT ACGTATTTCC CCACGCAGAT TGGATATATA 11580 ACGGCACTGT GCACGTTATA TCACATGCGA TATGCAGAGC GCCTTCTGCG CGTCATTGTA 11640 CAGGGGGAGG GAACTGCCCG TGTTGAgGTG TTGGTGCCAC TTTTGTGCGG TGTGTTGTTT 11700 CTTTTTCCTC AGACAAGCTT TTGGGTGCAG CGGGCGCAGT GTAGTATTTT GGCACTTGAG 11760 GTGGGGGTGC ACTTTGTACG ATTTGTGTAT GCTCATCGCT GTTATTGGCA TTGGCTGAAT 11820 CCTCTTCCAA CACAGGAGTA GCGTGGTGCA TGTGACGCTT TTGTACGGAG GCCGTTCTGC 11880 AGAGCACGAT GTTTCTGTAC GTTCTGCACG TTTTGTGGCG CgCACGTTGT GCTTACAACA 11940 CACCGTAATG CTCATCGGTA TTACCCGTCG TGGCGTGTGG TATGCGCAgC CTGCGTGTGC 12000 ATTAGAGCAG TTGTGTACCG GCACTGTCGC GCTCAGTATT CAGGAAGATG AAAAGAGGCG 12060 CGTGTGTCTT GTCCCGGGAG GTGGTACTGC AGGCGCTTTT GTCATAGCGG GGATGCCGTG 12120 TGTCACGGAT GTGGTATTCC CCGTATTGCA TGGCAGTTAT GGGGAAGATG GTACGGTGCA 12180 GGGTTTGCTT GAGATGCTGC AGGTGCCGTA CGTGGGGTGT GGAGTGTGTG CAAGTGCTCT 12240 TGCGATGGAT AAGGTAAAGG CAAAGATGCT ATGGCAGGCG GCGGGACTTC CCGTTTTACC 12300 GTTTGTCTTT TTCCGTAAAG ATGCATGGCG TATGCAT TG CAAGAATTTG TTGCGCAgCT 12360 TGAAACACGC CTTGGCTATC CTCTTTTTGT AAAGCCAGCT CAAGCAGGCA GTTCCGTAGG 12420 AGCCAGTGCA GTGCAGACGC GTGCACCGCT TATCCCTGCG ATTGAAGCGG CTTTTCAGTG 12480 GGATGAAGTG GTGTTGGTGG AGCGATATGT GCGCGCGCGA GAAATTGAAT GTGCGCTCAG 12540 TGGGAACGGA CCCTATACTG TACATGGGGC AGGAGAGGTG ATTGCGCAGG GAGCCTTTTA 12600 TGACTACGAG GAAAAATATG CTGATGCAAG TGTCGCGCGT GTACTCGTTA CGGCTCCTCT 12660 TGAGACTGCC CAGTACGAAC AGATTACCAC ACTTGCCCTG CGCGCATACG AAGCATTAGG 12720 ACTCACGGGT CTGGCGCGGG TTGATTTTTT TCTGTTAGAA ACGGGAGAAG TA ATGTGAA 12780 CGAAgTAAAC ACGATGCCGG GTTTTACGTC GATATCACTC TTTCCCCAAA TATGTCAGGC 12840 TGCAGGTGTT GCACCGCAGG ACTTAATGGC ACAACTCCTT TCTTGCGCAC GAGasCgctT 12900 TGCAGCGCGC GCCGCACTGA GCACCGACTT GCACGCCCAC GTGTGTGCGC CCTCGGTGAC 12960 TGCTGCACAT GACCCCGATG CGCAAGGGGA CGACTGGGAC CAGAGGswCT CGAACCCCCT 13020 CCCTACTGCT TAGAAGGCAG TCGCTCTATC CGGGTGAGCT ATGATCCCGT GGTACGCTGC 13080 GAGCAAAAAC CCTGCAAGGg TGGaTAAAAA TATATAACGT GTCAACAATC CTAGAATGCT 13140 GTGCTGTAGC TCCGACTGCT TATCGGGTGC ACCGTTTTTT GTTATAATGG CGCGCATGTC 13200 TTTTGTTCAT TTGCATGTTC ACTCAAATTA TTCACTGTTG GATGGAGCTT CTTCATTGCA 13260 GCGGCTAGTG CGTACTGCAA AGTCGCTGGG ACAAGAAmGc sTTGCgCTTA CCGACCATGG 13320 GAATATGTTT GGTGCGTTGC ATTTTCAAAA AGTTTGTTCT GCTGAGGGTA TCAAAGCGAT 13380 TATCGGATGT GAGCTCTACG TGGCACCCGA AAGTCGCTTT GATCGCAGTG AGCATACTAT 134 0 CGGTCGCAGA TACTATCACC TCATCGTGCT TGCTAAGAAT GAGACGGGAT ATCGAAATCT 13500 AATGGTTCTA TCCTCCAAAG CCTATATCGA GGGTATGTAC TACAAACCAC GTGTGGATGA 13560 CGAGCTTCTG GCCCAGCATG CAGAAGGGCT CATTTGTCTT TCTTCTTGTC TTGCCGGACA 13620 GCTTCCTTAT CTGTTATTGC AGGGCAGAAA AAGGGAGGCA GAAGAACACG CGCGCAAATA 13680 CCGAGCGCTC TTCGGTGTAG ATAATTACTT TATTGAGGTG CAAGATCATG GACTTGATGA 13740 AGAGAAGAAA GTAGCACCGC TTTTGATTGA GCTTGCATGT AGGCTCGGCA TTCCGTTGGT 13800 GGTTACAAAC GACGTGCATT ATGCGGAgcA GGnAAGACTC TGTTGCACAA GACATTCTGC 13860 TGTGCATTGG AACGAAGAAG AATCGCTCCG ATCCCAATCG GCTTAAATTT AAAACAGACG 13920 AGTTCTATTT AAAGTCTTCT GAAAAAATGG CTCAGCTGTT TCCCCACTAT CCTGAAATGG 13980 TGCTGAATAC GGTGCGCATT GCACAGAGAT GTAATGTGCG GATTCCTCAG CCTGGCCCGC 14040 TGCTTCCGCT CTACCAGATT CCTCATGAGT TTTCCAGCAA GGAACACTAT ATTCGCCATC 14100 TGGTCCATCG AGGTTTGTAT GATCGCTATG CAGTAGTGAG CGAAGAAATT AAGGCGCGTG 14160 CTGATTATGA ACTAGATGTT ATCGTGAGGA TGGATTTTGT TGGCTACTTT TTGATCGTGT 14220 GGGATTTTAT TACGTGGGCA AAGGAGCATG ATATTCCTGT TGGTCCGGGG CGGGGGTCTG 14280 GAGCAAGTTC TATTGTTGCA TATGCGTTAA AAATTACCGA CATCGATCCC CTTAGATATA 14340 AGTTGCTTTT TGAAAGATTT ATGAATCCTG AGCGTATTTC TATGCCCGAT TTTGACATCG 14400 ACTTTTGTTT TGAGCGCAGA CAAGAAGTGA TTGAGTATGT GCGTGCGAGA TATGGAAATG 14460 ACAATGTTGG GCAAATTATT ACGTTCGGAA CACTTAAGCC AAAGGCGGcG ATTCGTGATG 14520 TAGGGCGCGT GTTGGATATT CCGCTTTCGG AAGTTTTGAT GATTACAAAA CTGATGCCTG 14580 ATGATCCAAA ACTGACTTTT AAAAAAGCGT ATGAATCTGA ACAATTAGCG CAAATGAAGC 14640 AGGAGCCGCG CTATGCTGAA TTGTTTCAAA TAGCAGAAAA GCTTGAAGAC ACCAATCGAA 14700 ACACTAGTTT GCATGCAGCA GGTATCGTTA TTGGTAAAAC GGCGCTCACT GATTATGTAC 14760 CGCTCTACAa GGATTCTAAG ACGGGAAAAA TTAGTACCCA GTTTGGTATG GATTTAATTG 14820 AAGACTGTGG ATTAGTGAAG ATGGACTTTC TTGGGCTAAA AACACTTACG CTCATCCAAC 14880 GGACGCAGAA TCTCGTACGA CGTAAAGGGG GTAAGTACAC AACGTTTTCG ATATCGGATA 14940 TCAGTGATCA GGATCCTACG ACTTTTTCTA TGTTGGCGGA AGGAAAATCT GCTGCaGTGT 15000 TTCAGTTTGA AAGTCGCGGT ATGCAAGGCA TCCTCAAGCG TGCAAAGCCC AGTAAGATGG 15060 AGGATCTAAT AGCGTTGAAT GCATTGTACC GACCTGGGCC GATGGCATTC ATTGATCAAT 15120 ATATTGAATC GAAACGTGAT CCTGGGAAAA TAAAATACCC TGATCCGTGT TTGGAAGACA 15180 TCCTTTCAGA AACATATGGG GTAATAGTAT ACCAAGAGCA GGTTATGCAG GTGGCACAGC 15240 GCATTGCAGG TTTCTCGCTG GGAGAAGCAG ATATTCTGCG CCGTGCGATG GGAAAGAAAA 15300 AGCTTGCAGT GATGCAGGAA AAGAAAAAGG AGTTTGCTGA GCGTGCAGAG AAACAGGGTT 15360 TTGATAAAAA GCATGCTGAG AATATTTTTG AAATTCTTAT TCCTTTTGCA GGGTATGGGT 15420 TTAATAAAAG TCACGCCACT GCATATTCAG TGGTTGCCTA TCAAACTGCA TTTCTAAAAG 15480 CAAATTTTCC CGCCGAGTTT ATGGcTGCGA ACCTTTCAAA CGAAATTAAT TCTGcAGAAA 15540 AATTACCACT CTACATGGcT GAAGCAGAAA AGATGGGTCT GTCCATTCAG AAACCGGATG 15600 TCAATGCTTC TGAACCTTAT TTTAGTGTTT GTGAAGGGTG CATTGTGTAT GGGTTGTTGG 15660 GTATTAAAGG TTTGGGTGAG CAGGTTGCGT TTGACGTTTT TGATGAGCGT ATTCGCAACG 15720 GTCCTTACAC CTCCTTTGTA GAGGTGCTGG ATCGAGTTCC TGCAACCTCG TTAAATAAAA 15780 AAAATGCCGA AATAATGATT AAGGCTGGAT GTTTTGACCG GTTCGGGGTA ACTCGCGCAA 15840 GTCTTACAGC GCACCTCGAC GATGCAATGA AATATGTTGC GCGAAAAAAG GCGGTTACAA 15900 GTTCTAGACA AGCAAGCCTT TTTGACGAAA CGGATTTAGG AGAATGTTCT GAATACACCT 15960 TTCCGGTTAT GGAAGAATGG TCCCAGAGGG AGAGACTCCG TATAGAGAAG GAACTGATGG 16020 GGTATTATAT TTCTGGTCAT CCTCTTGATG AATATCGAAG TGTGATAGGA GAAAAGGCGA 16080 CATTGGATTT AGGACATATT GAAAATGCTC GTTCTGAAAA TAAATACCTG ATTGTGGGAG 16140 TGCTGAATGC TATTCACCCG TATACAACTA AGTCAGGAAA GAATATGGCT TTTGGCTCTT 16200 TTGAGGATCT CCATGGCTCT GTAGACATAG TTGTGTTTCC TGTGCTGTGG GAGGAGCATC 16260 GCGCGCAGTT CTTGCCAGAA ACTATTATGG GGTTGGTGGG AACTGTAGAC TTTTCTAAAG 16320 AAACCCCGGC GTTCTTGGTA GATTCTGTCA TTGACTTGGA ACAATTACGG TTTGCTCAGG 16380 TTAAAACTAT TCTGGCTGGA TCGGAGCATA GGCGTGTATC GTCAGGAGAG AAAACTCCAC 16440 TGCAGAAACG TGGCGTTTCG CAGGAAGTGC ACATCGAGGT GAGTTCTCAC GTTCGTGCGC 16500 ATGCACAGTT TAAATCGTTG TATGAGATTT TGAGTGCACA TACAGGAGGC TCGGGTGAAG 16560 TGTTTCTTCA CATGCATGTG GATGACCGTA CGTACGTGGT GTACGTTCCT TCGTGTAAGG 16620 TATCTGCCAC TGAGGTATTT GCGCAncAAT nTAAAAGGTA ATGAGAGTTT TGTCCAAATT 16680 CTAAAGGAGT GCGTGCAATG AGTTCTGTTC TATCTACACT CTCGGCATTA TTGTCAGTGT 16740 ATGCGCTCCT GTGTACGGCA CGCGTATTTC TCTCGTGGGT GCCCCATCTT tCACATTCAC 16800 CCCTGGGGGA ATTCTtATCT GCGATATGTG AGCCGTACCT GTCCTGGTTT AGGAGATTTT 16860 CGTTTATGCG TGTTGGTACG GTGGACTTTT CTCCCATGAT TGCGATTSGG GTGCTCACCA 16920 TACTCTCAAA CACTGTCGGA ACTATTTTCC TTGTCGGTTC GGTTTCTGTG TTAAAGTTAC 16980 TGCTGCAAAT GCTGATGCTG TTGCTGTTGC TGTGGTCGTT GTGCAAGTTT GTGTTGGAGT 17040 TTTTATTGAT TCTTTTTGCT GTTCGATTTG TTTCCGATCG TATGAATGTA AATGTTCATA 17100 CGTTATTTTT TGTGATGATG GATAGGATAT TAAATCCGGT ACGTGTTGCG TTGACCGCTC 17160 CGTTTAAGTT CCTTGATTTG AGTTACCGTG CGTCCTTGCT CTTGTGTGTT CTTGTGATAT 17220 TGTGCGCGCG GGTTCTTGGA GGTTTTTTTG TGAATGTAGT GGTGCGGTAC TTTTTGACTG 17280 GAACACTGCA CGTGGCAGTG ATGTAATCCG TCGCTTTGAG ACAAAGGACT GA ATCCCTA 17340 TTCACTGTAG GCAGTGTTAT TCGTCGAAAT ATGTATTGCC TGAAGAAATT ATTCGGGACG 17400 GAGGGATTTG AACCCTCGAT CTTCCGGTCC CAAACCGGGT GCCCTAGCCC CTAGGCCACG 17460 TCCCGTACGC TTGACACTGT GTGTTAAGAA TGGATAGGCT GTCAACGGTT ACCTGCGAAA 17520 AAGTCTCGAT TCTTGTGTGG GAGATTGGAT GGGCACGTTT GTGGTGTCAC TGCCTGGTGG 17580 GCGCCGAGAA AAGTTTTCCG AGTGCGTTCC AGCGCGCGTC CTCTTTGAGC GATTTTTTGG 17640 CACAGAATCG TCTGTGTATG GTTTGATGTG TAACGGTACA CCGGTACTGC CATGCCAGGT 17700 GATAGGCGCC GACGCGGTAG TTGAGCCGGT TCGTGAGGAT ACGGTGTTAG GGGCCGCTCT 17760 GTACCGTAGg ACTGCGCGTT TGCTGTTTGC CACAGCGTTT CACTCGGTGT ATCCGCATGT 17820 GCGATTGTTT GCaGGGTATC GAGTGCmAGG GGGaTATTGC TACCGTACCG AGGGTGCGTG 17880 CGCAGATGAC CTGGaTGTTT CGTTGGTAGT GCGTAGGATG AAGGCGCTTG TGGCGCAGGA 17940 TGCGCCCATT CACATGCAGT ATATGACGCG TCGGGAAGCC TTGAATCTGT TTACGCAGTG 18000 GAATTTTCCA TATTCACATC ATTATATTCT GGGTTCGTAC CGGACTGTGT TTTTAACGCA 18060 GGTACTGGAC GGTTTTTCTG CGTTGTTTTT TCAGCCGCTC ATGGCTTCTG TAGGGAGGCT 18120 CACCGTCTTT GAGGTGCgGA TGTGTGCTGA GGGTTGTCTG TTGCGTTTCC CTGAAGGTGG 18180 ACAACGcCAC ATCATTTCTC AGCACAACGC GTCGCCACAG TTTGTGGTAA TGTATCGGAG 18240 GCATCGGCAG CAAGAAGAAC AGACAAAAAT ATGCTCAGTA GGACAGTTGA ATGCGTGCAT 18300 TCAGTCTGGT GATGTTGCAA CTTGTGTTGA CATGGCTGAG GCGGCGCACA ATCGGCAGAT 18360 TGAGTGTTGT GCCACAGAAA TTGCACGAAG GGACAGCGTG CGCGTGGTGT CGATAGCAGG 18420 ACCGTCAGGT TCTGGAAAGA CAACGATTGC AAAAAAACTT TCAGTGCAGC TGCAAGTACT 18480 TGGTTACGAT CCGCATGTGA TTAGTCTTGA TGATTACTAT GTGGGGATTG AGCGCACGCC 18540 GTGTGACGCG GAAGGTAATC CTGATTTTGA GTGCGTCGAA GCCTTAGATC TTCCCCTGAT 18600 TAATAAGTTG TTTTTGGATC TCTTGCAGGG GAAGCGTGTT GCACTTCCTT CGTATAATTT 18660 TAAAACAGGG AAACGAGAGT ACCGGGGGCG GGAAGTACAG TTTGGTGAGC GTTCGCTGCT 18720 TATTATTGAG GGCATACATG GCTTGAACGA TCGGCTCATC TCGTTGATGA ACCGGCGAGT 18780 TGTATTTCGG TTGTACGTCT CTGTGTTCAT GCATTtGTGC TTGGATGAAC AGCACAGGGT 18840 TTCGGCGTCt GAtGGAAGgT TGTTGCGGAG GgTTgTsCGa CGcGCAGTTT CGCGgTATTT 18900 CTGTCGAAAA AACACTTGAA ATGTGGCAAC GGGTGCGTGc AGGTGAAGAG CGCTATATTT 18960 TCCCTTTTCA GCACCGTGCA GACATGATGT TTAACAGTGC ATTGGTTTAT GAGTTTGCaG 19020 TGTTAAAGCG CCGTGCaCAG GAAGTTTTAA GCaCGGTTTC TTCTGCTTGT ACCACGTATA 19080 GGGAAGTCCG CAATTTGCGT GCCTTGTTGG AGCAGTTTTG TTCGTTGTCT GATGTGCATG 19140 TTCCGGGTCA GTCGATATTA AGAGAATTTA TTGGGCAAAG CGATTTTTGC TATTGTCTGT 19200 AGCGAGTGCT TTTATAATGC AGGGTATGGC GACACAAAGT GACGCGTGCA GAAGGGAAGT 19260 GGTGCTTCGA GTGTTATGAC GCTGTATGAA TATTATTTGA TATTTCCTGA TGGAGAATGT 19320 CGGGAGATAT CAGGACCTCC CTGTGAGAGG AGTCTTCTTG ACATGAATGG ACATCCGTTG 19380 AGAGTTCCCC TGTCTTCGAA TAGAGTGATC GCGTACCGCG TCGCGGrAAA GCGCACTGTT 19440 GCAGGTGGTC GGGGGGTAGT CGGCATATGG TACACGGmCG AGCAGCTTGA CGCACTCGAG 19500 CTGCTCGAGT ACGTCTCGGG GCCTCTTGGC CAGCGATGAC GATTAACACG TGTCGGGAAA 19560 CGGGGCTCCA TAGAGCGCTG AAGGACTACT TTAGTCCTCG TGGTTCTCGG CAGGAAGTAG 19620 AGCTTCGCGG gTCGATCTGC GATGTCGTCC ATCCGGACGG aCGATTGTCG AAgTTCAAAC 19680 GTCGGGGCTA GGACGCCTGG AGGCAAAGCT GAAGAAGCTC CTCCCTTACC ACCAGGTGAT 19740 GGTGGTGTAT CCgGTCTCCA GACGTCTGTA TATTAGAATG CTGAACGAGG ATGGCAGCGA 19800 GCGGCATTAC CGCAAGAGCC CCAAGGAGGG TTCGTTCTTC CAAATATACC GGGAGATCGG 19860 CAGACTGCAC GACCTGCTCG ACCACGAGCA CCTTTCTCTC CATATCGTGT ACATACACAG 19920 CGAGGTCATC AAGGTCGACG ACCGGAAGGG GAGAAGTAGG TACAAGAAGC CGCGCATAGT 19980 CGACAGAAAA CTCCTCGAAG TGCAGAGCTC AGAAGAATTC CGCAACAAGG GGTCCCTCGC 20040 GCAACCTCTC CTGTCAAAGC TACCTGAAAT CTTCTGCTGC GATGACCTGG CGCAAACGGG 20100 CACAGGCGTG CACTGcCGct ACGCCcTGCG GTTTCTGAGG AGGAACGGGA TGGCCACCCC 20160 GCACTCGAAG CGCGGCAGGA CAAAACTCTA CCGGAAGGAA CCGCCGGGGG ACAATCGATC 20220 ACCTCCTCCC TGGCAAGAGC CACATGGGGA AGGCTTAGCA GAAAAGCTAA GCCCGGGCCC 20280 GGCCAGGTAG ACGCACTCGC TCATCCTTTA CCAGGCATCA GACATGTCAT CAGGCTCGCG 20340 CGATTCCACG TCGTAAAGGT CAGTGACCAC CCTCAGGTCA TCGAAATACA CGTAATAATT 20400 GCCATACGCC TCGAGAGGAT CGCAGTCTAC GCGGAAGCCT aCGATATTCA GCCCAGACTG 20460 GTTAGGGAAA CGGCGGCTCT TCTGTACGAT ACCCGTCTTC CCATCAACAT GCTGAGGGGG 20520 GATTGCGACA CTCATGAGCT TCCAGCCGGA AAAATCGAGC TGTCCCATGT GCAACTCAAA 20580 GCGCTGTCCC CAGAAATCCT CCAGCAAGAG ACTGAGCGAG TGCGGGTATC CGCGCCCAGC 20640 CACCCACACG CTCACTGTCT TTGCGACACC CTCAACGGGC AACGGCTTAA CGGAAGAAAC 20700 CTCAAAACTG TTGTACCCTC GCCGGTAAAA CGAAACtTCG CGCCAAACAC CTTAGAGTCG 20760 GGAATCTTCA TATCCCCTTC CTCGGGGATA GGGCGCTTTC TGGCAGGTCC ACCCTCAAAC 20820 AGGCGCCCCT TTATAGTCCc TTCGTCAGAA GACATGGAGA CAACCCAGGT CCCTTCATTC 20880 TCAAACTTAT CTACGGACAC TTCCTTGAGG CGTTGCGCAG CAGCATACAT CCCTATGCGA 20940 GATGGATCGG CAACATCCCT GCTCCCAGCC GCCTCCTGCG CATGGGCAGA AAAAACCAAC 21000 ACCCCTACAC TCACCACCGC TATCTTCTTC ATTTGCCGCT CTCTCCTTCC TCCTTGAACT 21060 GAGCATTTCT CAACTCGTGT CCATCGTAAA AGTCGATATG CATGTTAGCA AGCGCCTTGA 21120 ACTGGTCAAA GAACACGTAG AAATCATCCA CCCGCTCTGA TGGGCTAGTA 21170 (2) INFORMATION FOR SEQ ID NO: 37: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 11516 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 37: ACGATGATAA TCCTCCTCCC TTCAATTCTG ACTTCGGCCT TTnCCACAAC GCACCCGCGT 60 CATTGACTTG ATCTACTTTC TTCTGAGTAT CCGTTACCGC TCCATCCTTG TCGTACTCCT 120 TCTGCAGGTA ATGCAGATAG ATGGGAAACG CGATATGATC AGAATACTTC TTAATTACCT 180 CTTCAAGACG CCAGCGCGTT GCAAACTCGG AATTTTCCTG GCTCAGGTGC AACACAACGC 240 AGGTACCGGC ACTACCCTCA GCAACCCCTT CAAGTACTGG GAAGGCAGCC GCATCAACCT 300 CATCCAAGGT ATAGGCATTT TGCCCTTCAG ACGTCCACTT CCACACGGTG TTCTCTGCAG 360 CTTTCTTGGT GATTACTTCT ACTTTGGAAG CGACCATGAA GGCAGAGTAA AACCCTACGC 420 CAAACTGGCC TATCAGATTG GAATCCTGTT TTTGATCACG CGTCAGCGTA CTGAGAAACG 480 CCTTTGTACC GGATCGCGCA ATGGTACCTA GATTGGCCCT CAGATCTTCT GCGTTCATGC 540 CAATACCCGT ATCACGCACA ACAAGCCGTT GAGCATCTTC TTCAAACGCG ATGTCTATAC 600 GCGcTTCGCA ATGCAACTGC TTGTACGTAC CATCAACAAG TGCCTCATAC TTCAACTTAT 660 CTAACGCATC CGACGCATTA GAGATAAGTT CCCGGAGAAA AATCTCTTTA TGGGAATAGA 720 GAGAATGGAT AATCAACGTT AGCAGCTGAC TCACTTCAGT TTGAAACTCG TACTGAGCCA 780 TGTATCCTCC CAGAGGTTAA AAAAGATTCC ATTACGCCGC GCACAGACCG CGCGCGAAGT 840 GTAGCACAGA CTATGCAGCA CAGTAAACCA ACCGGAACAG GTGGTACACG CTGCCCGATG 900 AACACCAGAC AAAAGAACCC GTGATTGTAT AGCGCTCACA CCCCATGGTA TGATGGGCAG 960 GTCATGGATT ATCCGAGAAG GACTATAGCT TGTGGCGAGC TGCGCAGGTG CCACGTCGGA 1020 ACGGTAGTTG TGCTCAATGG ATGGGTCCAC CGAAAGCGGT CGCACGGAAC CGTTAGTTTC 1080 TTTAACATGC GCGATAGGTC CGGAATAGTG CAGGTTATAG TGAGCCAGGA GGAAAACGCT 1140 AGCCTGTGGT CCACGGTAAA CCGCATACGG TTGGAATGCT GTCTTGCAGT CGAAGGCGTG 1200 GTGCGAGAGC GACCTCCTTC AATGATAAAT CGCGCCCTGC ATACCGGGGA GGTGGAGGTG 1260 CACGCTCGCA CGCTGTACGT TCTCTCGGAG AATGCTGTGC TTCCGTTCCG CGTTGATGAT 1320 GTTGTGCATG CGCACGAAGA TATACGCTTA AAATATCGCT ACCTCGACCT GCGCTCTCAG 1380 CGCATGCAGG AGCGCATTGC ACTGCGCTCA CGCGTTGCCC TGGCCATACG GCAGTTTTTA 1440 AGTATGAAAG GTTTCATCGA GATCGAAACT CCCACCTTCA TCTGCTCTAC CCCCGAGGGG 1500 GcACGTGACT TTGTTGTCCC TTCCCGAGTG TGCCCCGGGC GTTTCTATGC CCTGCCACAG 1560 TCCCCCCAGC TGTACAAGCA GCTTCTGATG GTGGCAGGGT TTGACCGCTA TTTCCAACTT 1620 GCCCGTTGCT ACCGAGACGA GGATGCACGA GGCGATCGTC AGCCAGAATT TACCCAGATA 1680 GACCTTGAGA TGAGCTTCGT TTCTCGAGAC GATGTTATGC GGGTGAACGA GGATATGCTT 1740 CGGTACGTGT TTAGAACCAG CATCGGTGTC GAACTGCCTA CCTTTTTTCC TCGGCTTACC 1800 TACGCGCAGG CGCTAGACCA ATATGGAACA GATAAGCCAG ACATGCGCTT CAAACCGGTC 1860 CTGCAGAATG CAGACTTTAT GGGAATGCTT GGCACGTTCA CCCCGTTTGA AGAAGTCGTC 1920 GCACAGGGTG GCAGCATCAG AGCACTCGTT CTTCCGGGCA AGGCACGTTG CTACAGCCGT 1980 AGnAAAtCGA AGCGTTGGAG TCTATCGCTC GAGCACATGA GGCGCACCAC CTTTTTTGGC 2040 TTAAGGCAAC CGGTGGAGGC CTCGAGGGGG GTATCGCAAG GTTTTTTGCa GGGGTAGAGT 2100 CCGAAGTACG CCGGCGACTT TCTGCTCAGG ATGAAGACTT GTTGCTCTTT GTCGCCGATT 2160 GCCGGCACCG CGTGTGCTGC GTCGCACTCG GCGCAGTGCG CAGCGCTCTT ATCAGGGACG 2220 AGTCGTTCCC AGAGAAGGAG TTGTTTTCTT TCGTGTGGAT CGTTGATTTT CCCCTCTTTG 2280 AATGGAACCC AGCGGAAAAC AAGTGGGACC CTGCTCATCA CATGTTCTCT GCTCCTCAGG 2340 AACAGTATCT TGAGACGCTC GAGCAAGATC CCGGTTCGGT AAAAGGTGAC CTCTATGATT 2400 TGGTGCTCAA CGGGTATGAG CTGGCTTCAG GCTCAATTCG TATCCACGAC ACACAGCTGC 2460 AAAAACGCAT CTTTAAGATA GTGGGATTAG ATCCTGAAGA AGCGGGGGAA AAGTTCGGGT 2520 TTCTCACAGA AGCGTTTAAA TACGGCGCGC CgcGCACGGc GGCATcGCAC ACGGGTTGGA 2580 CCGCCTCGTG ATGCTCATGA CAGGAAGCGA GTCAATTAGA GACGTCATTG CTTTTCCTAA 2640 AAATACACTC GCCGCCAGCC CCCTGGACAA TTGTCCTAGC GTGCTCGATA AGCGTCAgCT 2700 TGaCGAGTTA CACCTCACTG TACACGTCTA GGGGCATCGC TACTCGCTCG TCGGCGTAAA 2760 ATACCTACCA GGGGGGGGAG GGGTACATGG CTTTTACTGA GAAGCAAAAG GGTACTTTGT 2820 GCCTAATGTG CTCGAGTTTT TGCTTTAGCG TGATGAGCGT CTTTGTGCGT CTTGCAGGGG 2880 ATCTCCCCTC TATTCAGAAG GCATTTACGC GTAACCTGGT CTCAACGCTC ATCTCGGGAT 2940 CTATGCTCTT TCGTGCGCGT ACCCGCGTCC ACGTGCAGGA TCTCCCCATG CTCTCCTTGC 3000 GTACCGTGTG CGGGACGCTA GCAATCGTCG CAAACTTCTA CGCAGTAGAA CGCTTAACAT 3060 TGGCAGACGC GTCGTTGCTT TCGAAGCTCT CTCCGTTCTT TACCATACTG TTTTCTTGCC 3120 TTTTCTTGGG AGAACGCATT GCGCCGTATC AAGTCGTCGC CCTCTGTGGT GCCTTTGCTG 3180 CAGGCACGCT CGTGGTCAAG CCGAGTCACA CCCTTTCTCA CCGTGTATTT CCCGCGTGTA 3240 TTGGCGCAGT AGGAGGCATG ATGACGGGAG CTGCGCACAC GTGCGTACGC TACCTCTCCA 3300 CCCGTGGCGT AGAGAAGTTC TTGGTTATCT TTTTCTTTTC tTCGGATCGC TGCTATTGCT 3360 GCTCCCTGCA TTTATATGGC AGTACCAACC GATGAGCTCA CCGCAAGTGc TTACGCTGTG 3420 GGCCGCAGgA GTGGCAGTAG CAGGTGCACA GTTTTTTCTC ACTGTTGCGT ATCGATACGC 3480 GCCAAAAAAG TCGATTCCAA TTGACTATAC CCACATCTTA TTTTCGACGG GCATCGGTTT 3540 CTTGTACTTT AAAGAGGTGC CCGACCACTG GACCGTAGCG GGCATCGGTA TCATTCTCGC 3600 CATTGCCCTG TACGTGTTTG CGCGCGAGcg TGaACGGAAA GAACCCACCG TGCCGTCGCA 3660 CACACGCTAG AGCCGATGGC ACGCACGTAC GCGAAgCACA TGGTCTACCC CATGCTTAGA 3720 TTTTTCTCGG TAAAAGAATG AGGCAGGTGC GCGTGACGTG CACAGGAACT TCCACCGCGT 3780 ATTTGCCGTC GTGCGGCGCG TCACGTACAG CGACAACGTG GAGAAAATCC TTTCTCGCAA 3840 GCAGCCgCCC TGAGGGGCGC TGGTACTGAG TAAAATCGTA GCTCACACCT ATAACACGAC 3900 GACCACCAAG CGGTACCGTA ATGCGTCCGT TAATGTCGGT AcGGTAcGTT TCATGCTCTG 3960 CATGCTCGAA ATGGACAGTG CAAGGCAGCG CTTCGTACGA GATGTGGAAc ATATCCGCCA 4020 CGAAGATATG CACGAAATGG GTATCTGCGC GCGGCGgGGT TTTACATGCA GCGACACACA 4080 CCCCCACCGT AAGCGCCACA GCCAGAAAAA ATGCTGCACG CGCGCTGTAC CCACACAAGG 4140 TAACGGAGAT TGCCGCACGC GAGGTTCTTC TCGTATACTC ACCCCTCGTA TGAGTACTTG 4200 GACACACATC TGGTCTACTG CGTTTACCTT GCTGTTTATT ATCGATCCGA TTGGGAACAT 4260 ACCGGTGGTA CTGTCytGCT GCGCACCGTG CCAGCTGAGC GTCATACCCG GATCATTTTT 4320 AGAGAACTGC TTCTAGGACT GGTGCTCATG CTCTCCTTCC TTTTTTGCGG AAAAGTTTTC 4380 CTATCTTTGT TCCAGCTAGA AACGGGAGTA ATGAAAATGG CCGGAAGCGT CATTCTCTTT 4440 CTCGTTGGCA TCAAGATGGT ATTTCCTGAT CAACACGCGC TCCCCTCCAC CACAGAAGAG 4500 GAACCGTTTA TTGTTCCCAT CGCCACTCCC ATGATCGCAG GTCCTTCGGC GTTCACCACG 4560 CTGGTAATTA TGGGAGAGAC GAAGGGGACA TCCCGTCTCG CCACCTGTGc tGCGCTGCTT 4620 GTTGCGTGGA CGCTCGCGTG TCTTATTATG ATAAGCGCAC CGTGTCTATA CCGTCTTCTT 4680 AAAGAAAAGG GAATTACCGC GCTTGAGCGA ATCACAGGTA TCTTGCTGCT CATTCTTTCC 4740 ATCCAGATGT GTGTTGAGGG AGCCCGGGGC ATTATTGCCA CTTCCTAGCA AGAAGGAAAA 4800 CTACCCGCTG CGTACGTGCG GGCTTAGGGG ACGACGACAA CGTTCGCGAC TCTGCCATCT 4860 GCCAGGTATG CGCGGGCGTT GCTCTGGGTG TCAAAGGAAG AAGTGCCATC TTTGACGAAG 4920 GCATAGAGCC ACCTTCCAGG CGGGAGGGGA AGCTCTAGCT CGTAGTGGCC GGGACGCACC 4980 TCTTCCAGAG AGTACATGAA TGGATCCCAG TTGTTAAACG TACCTGCAAG gTGGATAGTC 5040 TGTCCCGCTG CACCCTGGTA CACAAACCGA GTGCCCGCGG CCGTATGCTG GGTTTGATAC 5100 GATTCGTGAG ACGGCACATC GAGGTAAGAA ATGGaCATGC CATCGCGGTG ATCGTAGCTT 5160 TCGAAGCTAT TTTCAGGATC GGTAGTCCAC AACCCATCAA TCACAAGCCG GTAACTTAAA 5220 CGCGAACACC cTTCAGGAAT AGGCGCGATA TGGAAAAGAA CGGAGCGTTC AGTGAGATTC 5280 TGGGCGCTCT CTTGACTGAG GCGCACGAAC GAGTATATCG GGCGGTACCn TTCGTGCTCA 5340 AACGCGATAC CCACGTGGCG CGCTGCCCCT GACGCAgTAA ACACGACGCA GCGCCCCTGA 5400 ATCCGAGGCG CTTCCACGCG GGAAATAGAC TCGATAAGCG CGCGGCGcTG CGTCGGATCA 5460 AGTCCAGCCG CGCAGAGTCC GACAGCACCA GACAAAACGA GCATGACACC AAGCGCACAT 5520 CCTCTCATCG AGTTTCTCGA TCCTCCCCGG CAAAGCGCAC CACCACGAAC ACACCCCCAT 5580 ACCACCGGTC CTGGCGAACT CGCAAAAGCG CGGCACACCC GAAACCCATA CCGCGCACAG 5640 CTTCGGGATA TGCATGCGCA TGCTAAAGGG AAACCTGTCC TCCTGGCAGA CTTCACTCCT 5700 CCACAAAAAA AACCGATACG AGGGCGGGGA GTATAACGCG CAATGCCGAG TGCACAACAC 5760 CTGTCAGAGT TTGCTCGCGA GCTCAAGACT CTTGGGAATG AGCCAGACAC CCTCAAATCT 5820 TGGGGTACTC TGTACGATGA CCTACCACCT CCTGAATCTA CCCCCGACGG GGCACAGCCT 5880 GCGCCCACGC CTGAGCGGCA GTCCGCGCCT GCATCCGCGT CAgcTTCTGG CCCTGTGTCC 5940 GCACATGGGC AGCGCcCCTT TGAGCCTGAC ACAGAAGCAT CGAGCGTTGC CTCGGGAGAG 6000 GAGGTCGTGC AGGAAGATGC GCACGCACCA CAGACTCGAA TGCATGACTC CGCACAGGAG 6060 CCAGCGGCGG AGATTTCTCT CTTTTCTGAA GAGCGGACAC CGGAAACTAT GCCGACTGCT 6120 GCCTGGAGTG CACCACCGGA TCCTCTTTTT GAAACCGAGC ATGCTGTCCC CCCCCTACCT 6180 CTTGACCCGG AAGAAACACC AGTGCCCGGA GAAAAAGGTC TCCAGGAGTC CGCCGTGCAG 6240 GAGGAAGACG CCGGATTTAA CCAGATGCCT GCGACAGGAG GGCAAACCAG CGAGAATCAA 6300 CAACACTTTG ACGCATTGCT CGCCTCTCTT GATCTTGATT CGGCAAATGG CGAACGCGTG 6360 GTCCCCGAGA ATGCAGATGA GTTCGCCGCT CAGGTACCTG AATCCCTTCT AGAAGGGTTG 6420 CATCCAGAAG ACCAAGAGAC GAAACGCTCG CAAGAGGAAC CTGTATCCTA TGACTTCCCT 6480 GCGTTTGATC TGGACCAGGT AGCGCCTCCT ACACCAGACG CCCCTGATTC TTCTAACTCT 6540 GCTCTCACTG AGATTGAAAT CACCCCAGCG CTCTCTGAGC ACCCCACGCA GACGCAGGAA 6600 ACGGGTACCA CCTCGCCACA ATCGCAGACT GTGCACGCTG ATGCGTCTGC CCTAGGGCCT 6660 AGTGCCTCTG ATCCTAATTT TTCCCCTGGG TCTGCGGATA ACTTGGTCGC CCAATTCCCC 6720 ATTGAAGAAA GCGTGCAGAT ACCTCCTTTC CCCGCTGATG GCTTTGAACT TCCCGGTAAA 6780 TTCCAAGAAT TTGCGAGAGA ATCTGAGAGC CCCTATTTCA GTCcTGATAC AACCGCCGAC 6840 GCAGACCAAG CACAGACCAT AAGCGAAACG GAATATCAAC GCTTTCTCCA GCGGCTCGAC 6900 GCCCTCCCCC TTCCTGTACG TATTGCGGTT CAAGAATACC TGTCCTCAGA GGAGACCTCG 6960 GACAAAGAGG GTTATGCGCT CATTAGCAGC ATTGCAAACA ACGCCTCGCC AAAAGCGGTT 7020 GCTACTCAAC TCGAGCACAT TCTAAAAAAG CCGCTGCATA TTCCCAGAAA GTTTGAACGC 7080 AAGTCAGCTG CCGCACACGA ACGCGAGAAG TCTTCCCTTC CCTACATCGC GAAACACACG 7140 GTGCTTCCCC TGACGGCCAG CTCAGCGGCC ATACTCATTT TCATCCTTTC GCTTGCAGTC 7200 CTCTCCTGGC ACTTTCTGTA CAAACCCCTT CATGCGCACC TGAGCTACCG CGCAGGGTAC 7260 CATGCATTAG AACTGGACCG CTACGAAGAT GCACACACTA ACTTTGAACA CGCCAAACAG 7320 TACTGGAAGA TAAAACACTG GTACTTTCGT TATGCGCGTG CCTTACGTGA CAAAAAACAA 7380 TATACACGTG CTGAACAAAT TTACACCGAG TTACTCTTTG ATTTCCGGCA TCCCAAACAG 7440 GGGAGCATTG AATATGCGCA CATGCTCTGC AATGAGcTGC GCAAATACGA ACAGGCAGAA 7500 ACGACAtGCG TCGGCAGGGA CTCGACCATC ATCCAAATGA TCCTGATATC CTCAGCGCAC 7560 TCGGAGACGT ATATCTAGAG TGGGCAGAAG AGGACCCTGC TCAATACGAG CAGGCTCGAA 7620 AAACATACCA ATCACTCATC GCTTCCCACG GCACGCGCGA TGCGTATCTT GCACGCATGA 7680 TGCGCTATTT TATCAGAACA GATCAGCTCG CGCAGGTACT TCCTCTTAAG GCACACTTTA 7740 CCAATACGCG CGCTAGGATC GCTCCTGAAG ATTTGACAGA ACTCAGTGGA TACCTTTTAG 7800 AGAAACGCTA TGAATCTCAA CCCAGTGACT CCCTTACATT GCAGTCAAAG ATTGAGGATC 7860 TGCGCGCATT ACTTGAGCGG GCCTTTAAGG CGGATCCTAT GTCTGCGGAT GCGGCTTATT 7920 ACCTTGGAAA ATTCTTTGTC TACAATCACC GCAAGGACAG CGCGCGGGAA CTCCTTCAGC 7980 AAGCTGTCAA CCGTTACCCG CACATGCCAC ATTCCACAGT CAGGCGTACa CTGCGTGAAA 8040 TTGACGCGAT GCGCCTGCTC GGTACGTTAC TCCTGGAGGA AAAGGGACAC GCTGCTGCCC 8100 GCGAAATATT CACCCAGGCA CTTACGCGcT ATCGCAGCTA TATCGTAATG cGTGaCCTAC 8160 CGCCGcATCG GaCTATTGGA AAACTGTACC GTGaCTATGC AGATATGGAC TACTTTATCT 8220 ACAAAAACTA TGACTCTGCG TTGGAGCACT ACCAGCATGC GCGGGCGCAG TTACTTGATA 8280 CTCCTGAGGT TCAATACAAA ATAGGGTATA TTCAGCACAA AAAAAACAAC TACCCCGAAG 8340 CGATTCGGGC AATGAATGCA GCGTACGAGC ACAATCCTCA GGATAAGCAC CTTTTATATG 8400 GATTCGGCAC CCTGTTGTGT AAACGTGGTG ACTACTTTGC TTCCCAGGGG TACTACGAGC 8460 AGTTACTTGA ACTGTTAGAT GCGCAGcGTA CAAGACGCGG TGTCATGCTC CCCCACATAG 8520 AAAAGGCGGA CGCCGCGTTT GTTGATTTGT ACATGCGCAC GTGTAATAAC CTGGGCGTAG 8580 TATTGCACCG TTTGGCAACG ACTCATGGAG ATTCGCGGAA AAATGCACGG GCGTTAACTC 8640 TGTTTGCAGA ATCCTCTCGT GCATGGGACG CACTCACCCG TCACCCTGAA ACCAGGGTGC 8700 GCTCACAAGC TACCGGTCTT TCATACCTAA ACGTCCATCA CATGACACGC CCCTACACAG 8760 AGTTTCAGCC AGAACTGTAC GACGACATTC CTCTCCTACT TGAGCACGAA GAACCGCCCA 8820 TCCAAAAGGA ACAAGAGAAC TAGCCaACGG TGCCCGCTTG CCTGCATGAC CGAAACAGGG 8880 TAGTCTCCCC TGAGAGGAGG CGACTGATGG GAACGTACAT GTGTGATTTG TGTGGCTGGG 8940 GATACAATCC AGAGGTAGGG GATGCAGACG GGGGCATTCC CGCGGGTAtG CGTTTGAGAA 9000 CCTACCGGAC CACTGGGArT gTCCACTCTG TGGGGTGGAC AAGACAAGTT TTGTGAAAGT 9060 GTAGCTCTTC TGCCTAGAGG AAAGGGGAAC GATCCAGTGA AAAAAAAGGA CGCTTTCGTC 9120 GGTACGATCG GCTACGACGG TCAACGGGCA GTAGTGGACA GGGCCCGCGT GCTGAAGCAC 9180 AGCAGGAGTT CCCTGCAGGA ACTTCTCAGT GCGGGGGCCT TcCGAaGAAG gCGGCTGCCT 9240 GmGCCGTTTG GGAACGCTCG AmArAAGCAC TGGAGGCCGT CGCCTCCGCC TACAACGCCC 9300 GCTCAGGGAG CAGGTACAGC GCGCAGGACA TCGCAAAAGT TTTCGGCATT GCCTCCGAAC 9360 CAGGGGAAAA GGCGGTTGTC CTCTAGCCGC CTCCTCCTTT GCTGAAGATC CTGCACCCCC 9420 TCAGGCTTAG CCTGAGGGGG TGCAGGnTTT CCCACTACCA ACTTTCCTGG CGGATAACGT 9480 AATCGTGAAA CCTTCCCCTT TTCAGCGCGT GCTTTACCCT CTCTAGGnTC CGCGGGGCGT 9540 ATCCCCGGcA GCACCACGCG CACCGcGTgC gTCTGTTCGC TCATATGAAG GATCAAAGCC 9600 CGCCTCGCGC ACTTTAACTA CCAAGCGGAC CnATTCTCCT CACGAACAAA GGCTCCCAAC 9660 TGTATACGCC AAAGCACCCC CCGCGTTTCC CCCGAATGGG TTGGCGTATA CACCGACTTC 9720 ATCCCTGACA CCTTCCCGCC ACCAGCTGCG TAGGGAAGAG GCGCAgCAGC CGCATAGGAA 9780 GAAGACGAAG GAACAGGCTG CGCGTGCGAG TTAGGTGCAG CGGAGCCAGG CACGGCCGTC 9840 CCATAGGGAA CCCGACTGGG AGTCGAACCC GGTGCTGCGT ACGCGACAGG CGGCGCACCA 9900 TACTCCGAAG CGGGGACATC CGTTGTATTC GCCACTCCCG GCACACCCGG AGTTCCAGCC 9960 CTCCTTCCGA CAGGAGCTGG CGGTGGATTA TGAGGATCCG CA ACATGAC AGGCGCACTG 10020 GACGTGGGAG CAGTAGGCGG AACACCAAAG GAATCTTGAG GTAAGACACC AGGAGAAGTC 10080 TGCCTATCGT TGCGTTGCTG TGAAGCGTGC GCATTCGGAT CTGCCTTGTG TATGGAGACG 10140 CGCGCCACCC CCGCGTTCAG CATGTCTAAC GCAACAGCTG CAGCCTTTGA CACGTCAATC 10200 TCTCTATTTG CAGCGTAAGG TCCCCGATCA TTGATGCGCA CGATTACCTT TTTGCCGTTG 10260 TCCAAGTTCG TCAACTCCAC AACCGTACCA AAGGGAAGCG TGCGGTGCGC GGCAGTATAC 10320 GCGTTCATGT CAAAAATCTC CCCACTTGCG GTAGGTCTTC CGTTAAAAGA CTCCGCATAG 10380 TAGGAAGCAT ACCCTTCCGG AACGATTACC TCGCCGGCTG CAAAAAGCAT CTGCACGTTC 10440 CACAATACTG CAGCCACTGC AACGACACGC TTGTCCATCA TTCAACACTC CTTCCAAAGG 10500 CTTCACCCGA GCAAAACGAT GCTTCACAAG ACACCCCCGA CGCTTATCGG AATATGGACA 10560 AAAAGGTTGA AATCTTTTAA GGTAGGGGCG CAGTGGGTTG CTGGAGACGA GACTTGAACT 10620 CGTACGACCG CTGCCGGTCA AGGGATTTTA AGTCCCTGAT GTCTACCAAT TCCATCACTC 10680 CAGCGTTGTG CGGCCGTGCT GCCACTGTAG CGGGTAAGTA GCCGGGAGGT CAACATATAC 10740 AGTGATTCGC ACTGCCACCT TGCGCTGCTT GTAAAGCAAA GTGAGGATCC TCAATCCCTC 10800 TTCAGACAGC TGGACCTTGC ACGCTTCCCG TTTCTCATGG AGGTCGGTAC GCGCGCAGGG 10860 GATTATCAGG AAAGAAAGGC TCTGCTCCTG CAGGCCTGCG CGGGGCGCTC GCTTCCTTCT 10920 TGTCTGCACT TCTCTGTAGG GGTCCGGCCT GCGCCGGAGC CCATTGCGCA TCCTGAGACA 10980 GCCCTTTCAC TGCTTCGGTC AGACGTGCGT GCCCTGTGCG CAGAACAGGC GCCCTACCGA 11040 GCCTTGGGTG AATGCGGTCT TGACCGACAC TGGAATGGCC CTCAGGTAGC GTGCAAAGCA 11100 cGGAAAGGAT CTGGTGTGCG CGGTACACCA GATCTTGATG CAGAGGAGTA TCTTTTTAAG 11160 GCACAGCTCT CTATAGCGAA AGcTcAGAAC CTGCCGCTCA TCATTCATTC ACGGGACGCT 11220 TTTGAACCGA CACTCCGTTG CCTGGACTCA GTGGGGTGGA GAAAGGGTGT GATGCATTGT 11280 TTCTCGTACG GATCGTTGAG GCACACGCTT TTTTAGAACG TGGTTTGTAC ATCTCTTGTG 11340 CAGGCACACT TACGTACGCA AAGACGACAT CCGAACTTCT CGCGCGCGAT GCGCTTTATT 11400 CGGAGTATCC CTCTGGATCG TCTATTGTTA GAAACGGACA CTCCCTACCT CGCTCCAGTA 11460 CCGCATCGAG GAACACACAA CAGACCCGAG TATGTCCGAC A ACCTACGC GTTGGT 11516 (2) INFORMATION FOR SEQ ID NO: 38: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2450 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 38: CACGCATGGG CGCAGACATt GGgTtCATTG GAyTTGCTGT CATGGgAGAG AATCTGgTTC 60 TCAACATgAG CGCAACGkTT TTTCCkTCGC AGTTTTCAAT CGCACCAcCA mGGTGGTCGA 120 CCGATTTCTT GCAGGGCGCG CTCATGGCAA GCGAATCACC GGCGCCCaCT CCATTGCAGA 180 ACTTGTTTCA CTTTTGGCAC GTCCACGCAA AATCATGCTC ATGGTCAAAG CAGGCAGCGC 240 AGTCGATGCG GTCATTGACC AGATACTGCC CCTTCTAGAA AAGGGGGACC TCGTTATCGA 300 CGGTGGCAAC TCTCATTACC AGGATACCAT CCGGCGCATG CATGCGCTAG AGGCCGCAGg 360 TATTCATTTC ATTGGCACAG GAGTTTCGGG GGGAGAAGAG GGGGCCCTCC GTGGACCGTC 420 CCTCATGCCT GGAGGCTCTG CTCAGGCTTG GCCGTTGGTT TCTCCCATTT TCTGTGCCAT 480 TGCCGCCAAA GCCGACGATG GCACCCCGTG CTGCGACTGG GTCGGCAGTG ATGGCGCCGG 540 GCTACGTGAA AATGATTCAC AACGGCATTG AGTACGGCGA CATGCAGATA ATCGCCGAGG 600 GCTACTGGTT TATGAAGCAT GCGCTGGGCA TGAGCTATGA GCACATGCAC CATACGTTTA 660 CCCGCTGGAA CACGGGCCcG CTTACACTCG TACCTGATTG AGATTACCGC GGCTATTCTG 720 GCACATCAGG ACACAGACGG CACACCACTT TTAGAGAAAA TTCTAGATGC CGCTGGACAG 780 AAGGGGACGG GCAGGTGGAC GTGTGTTGCA GCGCTCGAAG AAGGCAGCCC GCTTACACTG 840 ATCACAGAGT CAGTGATGGC GCGTAGTCTT TCTGCGCAAA AGCAAGCGCG CTGCAAGGCA 900 CATCGCGTTT TTGGTTCTCC CGTGAAAGTC TCCAAAGCAG AAACGCTAAG TGCACAGCAG 960 CGCGAAGAAC TGGTGTCTGC ACTGGAAGAC GCGCTGTATT GCGCGAAAAT AGTCTCGTAT 1020 GCGCAGGGTT TTGAGCTGTT ATCGCATACG GCAAAGCGCC GAGGATGGAC ACTGGaTTTT 1080 TCCCGGaTTG CATCGCTGTG GCGTGGCGGG TG ATTATTC GTTCAGGATT CCTGTCCAAG 1140 ATCAGTGCGG CGTTTGCTCA GCAGCACGAT CTAGAGAATT TGGTACTTGC TCCCTTTTTC 1200 GCAGAGGrAT TAAAGCGTGC GTGTCCAGGC TGGCGCACCA TAGTGGCAGA ATCGGTACGG 1260 CAGGCGTTGC CAGTTCCGGC CCTCTCTGCT GCGTTACCTG GTTTGATGGG TTCACCGGTG 1320 CTGCTTTGCC GGCCAACCTC CTTCAGGCAC AGCGAGATTA TTTTGGTGCG CACACCTACG 1380 AGCGCACAGA TGCGCCGAGA GGAGAGTTTT TTCACACAAA CTGGACAGGC ACCGGCGGTG 1440 ATACCATTGC AGGAACCTAC TCAATATAGG GGATCCTCCC GTCGCTTGCC TTTCGTTCTA 1500 TATTTATATT CCCAGGTGAT CTTGACACCA CCTCGGGTGC TGCGCTAgcA TGCGCCCGTC 1560 CGGCGGATGT TGTATAACGG CTATTACCCC AGCCTTCCAA GCTGGAGACG TGGGTTCGAC 1620 TCCCATCATC CGCTTTCCTC CCTACCTCGT TGATTTTTCT GTTCTATACG CGCTACACTC 1680 GCCCCTCGGA GGGGTAGGGT GCATTCGGGG CAGCAATTaC TtGAAAAGAA CAGTATTATT 1740 ATCAGCGGTC TTCCCCCCTG GGCGCAGGAG TTGTCCAAGA AGTATTGCTC TAAAACGGTC 1800 AATcTGTAtT CGTACATGGC AATATCCGTG ACTTCCTCCC CCATCGCGAT ATTCAGGGCA 1860 GCTTCTCcTT CGTTCGCATT AATGACTACA TATCTGAGGT TATCTTCGGT AACCGGGrTA 1920 TCATCGTCTT CTATGACAAA TCTGCAGGGC TCACATTTTG TCTACAAGAA ATGCTGAGCG 1980 CTTACTTAGA GCGTATGcAT GCCCAGTATC CTACTGAGGC ACTTGCTGAC TTTCTTTCGC 2040 GTGATCCGGT GAAAGCTTTT GCGTACCTTG AGCGCTACTT TATTATGAAC ATGAAACAGA 2100 ATAAGCGTAT GGTCCTCATC ATCGACTATT CTGAATCTCT CGTTCCCTCA GAAGATATTG 2160 CAAACTTAAG CGAAACAGAT CGCTATTGCT TCGTCACCCT CAATCGCTGG GCAAATGATC 2220 CGGTGTTCAC AAACGAAGAC ATATCCGTTG TGATGCTCAC GGAGAATATC ACTGACATCA 2280 ACAGTCGGTT CACCGCTTCT CCTTCCACCG TTAAGATTCA CATACCCCTG CCAAATGAAG 2340 AAACACGGAT ACGCTTTCTT GAATATCTCA AAACCCAGGA GGAGATTTTA GTACTTGAAC 2400 GTGGGTTGAA TACGGAGAAA ATTGGCAAAC TCACTTCCgG TTTGAATTTA 2450 (2) INFORMATION FOR SEQ ID NO: 39: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 6426 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 39: AGCCTTTTGC TGCCGTCAGA GGACGTGCGA ACTTCATAGG TGCCCGTTTG GAAATTACGT 60 ACCACACGTG AACGACCGGT GGTGCAGCTG TAAACTGCAG CACCACGCTG TACGTACTGA 120 GGGATTTCGT ACGTCACACC GTCATCAGCG GTAAAATACG CnCGTGCGCT GCAAATGCCA 180 GCGCGTCATC ACGCCAGTAC CGAAAGCGGT AAAAATTCGC CTCGGTGAAG AAAAAGGCAT 240 TCAGTTCTCC AGGCGCCTGG CTAGAATACG CACGCAACGC CTCAGCAGAC CCTTCCTCAA 300 TCCAAAAACC AAAAAGAGGA TCGTCTGTTC TCACGGGAAT CTGCTCGGAC GAGACGGACC 360 CGGAACGGGT ACCATACGAT ACCCGCTGAA AAAAAGAGCA GAACAGCGCG TCCCCCCAGC 420 GACACAGAAC GAGCGGyTGC ACACGCACAC GCCCCTCAAA CGACAAGACA AGATCCACCC 480 GTTCTGCCTT TTGCGCCGCA GGGGGCGGCA GCACATCAGC ACGAGCATCA GACAAAGATG 540 AAAGGGAAAA GACAGCCACG CGTTCATACA CGTACGCATA ATACGGCTTG TGCACAAGCA 600 TGAGCGAAAA ACGCATCGCA TCAGCAGTAG GAGCGATAgC AACGATAcGC GTGGCGTTCT 660 CCCACACCCC TGCCAAACGC GCCAGAGCAG GCTCAGCTGC CAACCCCACC TGAGTACTGA 720 GCACGCACAG ACGCACCCAC GCGCTCCACC CTTTTCCTGT CATACCGCGT AACCGGTCAC 780 TCAAGCGGCG CAAAATACCC TGTCTCGTCC CGCCCCGAAC GGCTCAAGAC GCGCACTTCT 840 GCCTCCACCG GCATATATGC ACGACCAAAA TCCGTCGGCA ACCGCGATCG ATACGACAAT 900 GCATAGGTGc CCCGctGCGC CTGAGCGCAC GTGCGCCACA AGAGCCCCTA ACCCTTCTTG 960 CGCATACACT GAATACACCG CACCCCTTGT CTTTTGAACC AGATATCCAA GCTCCACGGG 1020 CAATACCGTA CGCTGAAGCT GTATTACGTA AAAGCTCGTT TCATTATTCG TCAAATATGC 1080 AGCCAAGTCC GTCACCCCAT ATTGTGCAAA ATCCTGTGTC TGCAATTCAC CAAGAGACAA 1140 GAATACCACT GCGCGCTTGT AATCTGCGTT CACCAGCGTG CCTGCCGCAA GACGCAGACC 1200 CAGATCAAAA CGCCACTGCG AAGAACTCTT TGCTCTTAGG CGAAGcGGTT GCGcCTGCAG 1260 tGCGCCGCAG TGAAGGTGCC TTCCAGCACT GGTGACTGTG CCGCAGAAAC TACCGACAGC 1320 GTCCCCTGTT CCCCCACCGC TTGTGCAAGC TCACCAATCA CCCGTGTAAC CAAGCGCATC 1380 TCCTGCTCCG TCGCAGGAGA GCGGTCCACC AGTATACTGA GCGAACAcGT ATCGTTCAAa 1440 TACGCTGCCC CcTGCAGACG CATCTCACTT ACCGGCCGGT GTTCTTCGGT AAGAAAAAAG 1500 TTGGAAACGT CCAATCCCAC TACCGGCGTC CCCTCACGCG TGTGTACCGA CACATTCACA 1560 GTAACGGAGG GAAACCGGTC GGCGTGCACC CGCTCAAAAT GCACAAACAG ACCGCCGGCA 1620 AGCTCAGAGA TACGCGAAAC AATCTCAATC CTTTCGTTTT TATAATCGGC AAGGAGCACA 1680 TTGCCATTTG CATCCGGAAC TGCCGCCGTT AAGCGAATAG GCGCATTTCC CAAACGGGCA 1740 ATCGTGTGCA AGGACGCGAG TCCTACATCC ACCACCATGA CCTCATTCGG GAGAGACACC 1800 AACAAGCGTC CATTCCACGC CCGCACAGAT TCAACGTGCT TGAGCGTCCC TTCCGCAACG 1860 AGGGTACGCA CATAATTTCC TGCCGTATCA AACACGTAAA TGGCGCCCTT CAGAGCATCT 1920 GCCACGTACA CTAGCTCATC GAGAATGGCA ATGCCGCCCG GAGCAGAAAA CCCAAAGAAG 1980 CGCGCAGACT TCTGCCCAAA ATGGAAGAGA GGAGCACCAT CAGGTGCAAA CACCGCCACA 2040 CGCGCATTCC CAAAATCTGT CACGTAAATG TTATCGTAGC GATCAGTGGC CAAAAACTGG 2100 GGGCCGATGA GTTGTCCGAC GCCTCTCCCC TTTCCCCCAA ATGACTTGAG GAACCTGCCT 2160 TCCTTCGTAA GACGACAAAT GCGATCAGAG GCAAATTCAG AAACGAGCAG ATCGCCTGAG 2220 CGCGTCTGAA TAACATCAAA AGGACGGTCA AAACCCTCAA CGGGCCCACG CGTACGcgCA 2280 ATAACACGTC CGTTCACGTC AAAGCGAAgc AGCTCGTTAG AACCGTATGC GCTCATCCAA 2340 AACGTACCGT cAGcTAACGC ACACAAAGAT AGTGGTCTGC GGAAAAGAAC CGTTCCCCGG 2400 CGTACAGCAT GAAACGATTC ACTTTCGCTA AAGTGCAGCG CGTCTGCTGA ATCAGGCGCA 2460 AAGTCACGCC GCTGCTGAAC CACTTCTATC TTGTTCCGAA GCAACGCGCC GCCGTAGCCT 2520 AGATCCCGCG CCGCGCCCCA CTGGTGcAGC GctGCGCCTT CAATCCCACT GCGGTAGTAC 2580 GCATTCCCCA ACCACTCAAG AATGAGCGGA TTACGGGGAG CAGCAGAAAG CGCACGCTCA 2640 AACAGCTGGA TAGCATCATT GAACGCACCC CGGTAATAGG CCAAAACTCC GCGGCGAAAC 2700 TCCCCTGCTG CAAGTGCTGT ATCACGCACA ACCGGTGGCG CATGCTCCTG CGCCCCCACT 2760 GCAAAAAGCA ACAGCAGCGC GCCTGCGCAC CCCACAGATC GTCTACTCAA ACACCAACCC 2820 CCTCTCACTG CCTTTCAGCG CAGTCTCTTC TTTCTCCAGA AAGCTCACAA AAGGTGCACA 2880 AACAAAAAGC AGAGAGAAAA AAGGAGCACG CAGGCCAAGA CAAAGAGACT ACCTCGAACA 2940 GACGCACACC ACGCCCTATC CTCAGTACGA GCAACAAGCC TGGAACGCAA AATCCGGCAA 3000 CGGCAACACA GGAGGCATTG AAACCGGCTG CGCATACACA AGCGTAATCG CAATGTCACC 3060 ACGCATTACA ACCGCCCAAT CGCTGTCCTG CACCGCGCCT GTATGCGCCG CTCCACCCTG 3120 GTACTCAAAC ACGTGAGCAA GGCCCGCCTG GCGCACCGCC CCACGTTCCT CATATATCCG 3180 ACGcGCAACG CGCGCtAACA AGCACGCGCA TACGCCTGTG CCGATCGCGC GTTTATGTTC 3240 ACCAACACGT CCTCGGAGGA AAGTGCAGCC AACGCCCGCA CGTGACGCGC CACAAAGCGG 3300 GCAAGCGCCT GGAAACGGCA GCCTGTTCCA AAATCAGAAA CGGGCAACAG GCTCGCTGCA 3360 ATCCCCGCAA TCCCATACAT CACCGCCTGC CGTGCTGCGG CAACCGTTCC CGAGAACACA 3420 ATATCAGTCC CCAGATTCTC CCCTTCGTTA ATTCCTGACA CCACCACATC CGGCGGTGTA 3480 CCCACGCACA CCTGGCGTAA CGCGCGATTC ACACAATCCA CCGGCGTCCC TGAGCACGAC 3540 CAAATACCTG GCTCCACTTC CTTTACGGTC ACCGGCTCGA GCGTAGTAAT CCCATGCGAA 3600 ACTGCAGAAC GATCTCTGTC CGGCGCAACT ACCGTCACCT CATACCCCTC AGGCGCTGtT 3660 TCAGCGCCGC aTGCAGCGCG CGAATGCCTG CTGCCTGATA CCCATCATCG TTTGTCAGTA 3720 GTATCCTCAT AACACCCGGG CCCCTTCAGA GCACTGTACC TCATACGCCG CTGCTTTGAA 3780 ACCGAAGATG CGCTCGTACT CGTCGAGCCT TTCTAGGTAC GGCTCAAAGT CTTGATCGCG 3840 CAAAATCGCA TAGGTGCACC CACCAAAGCC CCGACCCGTG AGGCGCGAGC AGACCACATC 3900 CGGCGCATCA GGATCTACAA ACTCAAGCGC ACGCTTCACC AACCAATCGA GTTCTGGACA 3960 AGAAATTTCA AAGCGGTCCC GCAGGCGCTc ATGAGAGCGG TTCACTACTC TTGAGAACGC 4020 AGCAAAATCC CGCTTACGCA GGGCTTCAAT CGCCTCATCA ACGCCCAGCG ACTCGCGCAC 4080 CAAACTGATC ACTCGCCTCC GTATTCCCTC AGGCACATCT ATTTCCTCCA ACGCTGCTGC 4140 CaTGAGCTTA GACATAGCGC GAGGCATATC GGGATTGCGC TTCACCAATT CATAAGCATC 4200 CACGCAACGC TTCAAACGCG CGGTGAACTC CTCACGCGCG ATGAAACGGG GAACACGCGA 4260 GTCAGTAAGC ACAATACGCT TCCCCTCCGA GGGAAATTGA CACAGTTCCG CCTGCTTCTT 4320 GCGGTGATCA GTGCGCACGC AGCTACCCTG CTTTGCAAAC AACACGCACA GAATATCCGC 4380 GCGATGTGCG TGGGTCTTGA GATAGCGCTC ATTTGCGTGT TCCACGATCG AAACAACACT 4440 TTCCTTTGGC AGCGTAGcGG CAAACAACCT TCCAAGCACA AGGGCCATGG CAACCTTCAG 4500 CGCATTGGGA GTACCCAGCC CCGCATCAGG AGGAATCTGA GAAAGGATAG TGCAGTTCAA 4560 CCCCGTCAGG TGATACCCAC CATCCATGAA GGAGAGAATG ACCGCCTTTA CCGAATTAGC 4620 CCAGCGATCC TCCTTACGAT AGCGTAAATT AGCGGTGGAA ATCTTCCTCC GCTCCCCAAG 4680 CGTTAAGGAG AAAAGGCGAA AGGTGCTATC CTTTCGGCGC GAGACACACA GCGTAAGGGT 4740 TTGATCGATA GCCATCGACA GGGTGTTGCC CtGAGCAAAC CACAGATACT CCCCCAACAG 4800 GTGAAAACGA CCCGGAACGA CTGCAATCGC CTCAGGCTCG TCGCCGTACT CCTCTGTGTG 4860 GCAGGACTCT AyCcCGTGCA TGCGCAGCAT CATAGcCAGT GTATTGAAAT AATACAACAA 4920 AAATGCTTTT CTGGCAGGGG AAAGTTATGC TTTGCACAGC GCCTCTTGTT TCAAGCGCCG 4980 CCTCGGCGGT GCTCTTGGCA TTTGCGATTC CCAACGAGTT TTGGCTCGCC GGTTCCTCCG 5040 TGCTAGGGTT GGGGGCGCTT GTTCCCTTGT ACGTTGGATT CCTCCTCTCC CCTGCAAAAA 5100 AACACGTTGC CTGTTCTTAT GGGCTGTTCG TCGCACTCGT GCACGCGTGT TCTAGCTTTT 5160 GGCTCAAAAA CTTTCAGGGC TTCGCGCTCT TCACCCTCGG CGCATCAACT GTCGGTTACT 5220 TCTTCTATGC GCTTCCTTTC GGCGTAgcGT tCGCATGCAT CCTGCGCAAg CaGGCgCCCG 5280 CGCGTGCCTG CGCTTTTGCG CTCGTGTGGA CCCTCTGGGA ATGGGTAAAG TCAACCGGTA 5340 TACTCGCCTA CCCGTGGGGT ACGGTCCCTA TGACCGCGCA CAGCCTCTCG CACCTCATAC 5400 AGATAGCTGA TATCACCGGC GTCTGGGGGC TTTCCTTCCT CATCCCGCTC GCAAACGCGT 5460 GCGTTGCAGA AAGTCTCCAC TTCTTCATAA AAAAGAGAGA CAGCGTCCCT GTGTTCCGTC 5520 TCTGGCTCCT CACCGGCTGC TTGTACTGCC TGTGCAGTCT CTACGGTGCC TACCGCATCG 5580 CCACCCTTGG GGCTCCACGT ACCACGCTCG CGTTGGCAAT CGTACAGCAA AATGCAGATC 5640 CGTGGGATAC AACTTCCTTC GAAAAAAACC TCACCACCGC TATACATCTG ACTGAGACAG 5700 CCCTTCGTAC GCAAACAGCT CCCCCCCTGC CGACTACTCC CTACAGAAAA GAAAAAACAC 5760 TCACACACGC TTCTGCGCgC GCACCTGTCG ACATGGTGGT TTGGAGCGAG TCTAGTCTGC 5820 GCTATCCGTA CGAACAGTAC CGTCACGTGT ATAACGCATT GCCAGCGGcA CGACCTTTCT 5880 CGGCGTTCTT GCGCAcGCTC GGCGCGCCCC TTCTGGTGGG AACCCCCTTG AGACTGTCTG 5940 GTAACTCCAC TAAAGGTGGA TACGCCAATG CAGTGGCCTT GcTCCGCCCA GACGGGCACG 6000 TGGCGCAGGT ATATGGCAAA ATGCAGATGG TGCCATTTGC AGAATTCATT CCCTGGGGAC 6060 ACATGACATC TGTACAAAGA CTGGCGCAGA TGCTCGCCGG CTTTTCCGAA AGCTGGACGC 6120 CAGGGCCAGG GCCGCGCTTG TTTCATGTGC CGTGCGCCGC AGAGGCAGCG TGCGCTTCGC 6180 AACTCCCATC TGTTACGAAG ATGCCTTTCC TTCCCTCTGC GCCGCTTTGC ACACACAGGG 6240 GAGTGAGCTC CTTATTAATC TTACGAACGA CTCTTGGTCA AAAACTGCCA GCGCAGAGTG 6300 GCAGCACTAT GTTGTCTCTC TTTTTCGGGG CATAGAGCTG CGTACCAACC TCGTGCGCTC . 6360 TACAAAnTCT GGCTATACCG TCGTCATCGG nCCAGAGGGA AAAAnGCGCG CCGGTTTTCC 6420 GTTGTT 6426 (2) INFORMATION FOR SEQ ID NO: 40: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2190 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 40: TGTGCGCAAC AGACAAACAC GTCCGGCAGG ACGTACTTCC ACAAGnAAGC GTTCCGTCAC 60 GCCACAGGGG TAGGCACCAG GACGCGCCAC GTAGATTGCA CTCACTCCTT GCTTTTCAGA 120 GGAAGGAGGT GATCCTGCAT CCTGTTTCTT TGTCTCACGT GCTGTGTCCG ACGCATGTAT 180 GCAGTGGAAC GAAAACTCAC GTTAAGGGAT TTTGGTCATG AGATTATCAA AAAGGATCTT 240 CACCTAGATC CTTTTAAATT AAAAATGAAG TTTTAAATCA ATCTAAAG A TrTaTGrGTa 300 AACTTGGTCT GACAGTTACC AATGCTTAAT CAGTGAGGCA CCTATCTCAG CGATCTGTCT 360 ATTTCGTTCA TCCATAGTTG CCTGACTCCC CGTCGTGTAG ATAACTACGA TACGGGAGGG 420 CTTACCATCT GGCCCCAGTG CTGCAATGAT ACCGCGAGAC CCACGCTCAC CGGCTCCAGA 480 TTTATCAGCA ATAAACCAGC CAGCCGGAAG GcCGAGCGCA GAAGTGGTCC TGCAACTTTA 540 TCCGCCTCCA TCCAGTCTAT TAATTGTTGC CGGGAAGCTA GAGTAAGTAG TTCGCCAGTT 600 AATAGTTTGC GCAACGTTGT TGCCATTGCT ACAGGCATCG TGGTGTCACG CTCGTCGTTT 660 GGTATGGCTT CATTCAGCTC CGGTTCCCAA CGATCAAGGC GAGTTACATG ATCCCCCATG 720 TTGTGCAAAA AAGCGGTTAG CTCcTTCGGT CCTCCGATCG TTGTCAGAAG TAAGTTGGCC 780 GCAGTGTTAT CACTCATGGT TATGGCAGCA CTGCATAATT CTCTTACTGT CATGCCATCC 840 GTAAGATTCG CACTTCTAAG GCGTTCCAGA CTTCCCTTTC CCAAACTTTC TCTCAGGTTG 900 GCCTCAGTGG GCTCCAATCT GGGGCAGAAA AACCAGTACG AATGnATCCG ACACAAACCA 960 GTCTAACGAG CCGGATGATG CGTCACAAAG GATGGAGCAC AAAAGGGAAA CGTTGGAGTG 1020 ACAGAACAGC ATGGCAAAAA CGCGCAGGCG TTGGGTCGGA GCCAGAGAAC TGCGGTCGCA 1080 TTAGCnCCTA ATTTTGCAGA ACTCTGTGGC AGCCAGTACG GGAGATAGGA AAGTTGCTCA 1140 ATTCGCAAAC AGCACTTTTT TCTGACATTC CCAGCCTGTG GCCCATAAAG GGAGGCGTAG 1200 TCACATTTCC ATGGCATTTG GCAAGAACCG ACATCCATTT ACAGGGCAGT GGTATGTACA 1260 CAAGGGTATT GATCTATCCA CTCACCGTTC AGGGGATCCT ATCGTTGCCA CTGCAGACGG 1320 ACATGTGGTG ACGGTAGAAT ACGATTCGGG TTGGGGAAAC TACGTTATTA TCAAGCACAA 1380 ACATGGGTTT TATACCCgcT ACGCGCACAT GCAATCCTAC ACCGTCACCC GTGGGCAGCA 1440 CATCCGACAA GGACAAATCA TCGGTTATAT CGGCGCCACG GGTGTAGCGA CTGGTCCACA 1500 TCTGCACTAT GAAATACATA TCGGCTCTGA CGTTGTCGAT CCTGGTAAAT ACCTCAACGT 1560 CAAAACTGCA GGGGCAGGAT AGTGTCTCAA CAGGATGGAA TACATGGCAA AGATTGAGCG 1620 TCGCTCCATG AACACGCTTA TTGGTGCAGG CTCCCGTATC AGCGGGAACG TTGTTGTCCC 1680 CGGTTCAGTT CGCATTGAAG GGGATGTCGA TGGGGACGTT ATCACTACAG GGCACGTGGT 1740 AATCGGGAAG CGngcGcGTG TCCGCGGCGT CATACGGGTA GGGAGCATCA TCGTAGGAGG 1800 AATGGTTGAA GGAGATATCG TTGCGTCAGA GGCGGTGCAG GTGCTCCCTT CTGGAGTTAT 1860 TCTGGGCGCA TGCTTACCCG AAAAATTGTG GTGGACGAGC AAGCTTTTTT GGATGGTTTT 1920 TGCTATGCAG TGGCAGATCA AGAGGGATTC AACAAAGTGC TCAAGGCCTA TCTCGGTCGT 1980 AAAAGTATTC ATACGTCTGC GTTTgGATAC AACAAGTACA GCAAGTCAGG ATAAAGCGGa 2040 TGGGATATCG CGTAGGAAAT TCTGACTCTA CGTCTTTACT GTCCGCATTC GCTCCTCCTG 2100 AGAGAGCCAA AAAAAAGTCA AAAGAAAAAC GGCCCCTGCA GGCTGCGCGC TTTCTCTCCC 2160 TCCTATATCC TAAGACGGAn CCGCACTCTG 2190 (2) INFORMATION FOR SEQ ID NO: 41: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 6570 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 41: CTCCGTATAG AGGGCCTGAG TATAGGCACG CCCCACAGGG ATTGTCAACG TCTTATGCAG 60 AGCACACACA GGCGCGTCCT TCCTCTTTTT GGGAGGATCC GCTATGCTCA GAGCCATGCG 120 CACCATTCCC CCTATCACCG GCATTATTGC CTCAGCAGGA TGCGCCATCG GTCCAGTCTT 180 TTGCTTCGAT ACCCTGCTAC CTACCCGCTC CCGCCCTGGC GGATCCCGCC TGCGCCCCCC 240 ATCGCAGGAA ATTGCCCGCT TGCGCAACGC ACTTTCATAT GCGCGCGCCT CGCTGCAGAA 300 CCTGCTCGAT TCAGTGCGCG CAAAAGCATC CGGAGACGAG CCTGCACCCG AGTATGCCGT 360 GCTCAGTGGC CAAGCAGAAA TGCTGGCCGA CGCGGCCTTC ATAGCTACCG TAGAGGAAAC 420 GCTGCGCTCT TGTTCCTGCG ATGCAGAAAC TGCTTTGCGC AAGGCAATTA CCCACGTGAC 480 AGATGCCCTC TCTGCTACCT CAGACGAGTA CCTGCGTGCC CGGGCAGCCG ATATCCGAGA 540 CGCGTTTAGG GTGTCTTCGA CGCACTTGCG CATGACACCA CACCCACCGC AGnAAGCTCT 600 TTGCCAACAC AAGGGATTGG AAATAGCACC CCACACTCCC CCTGGGAGCC TGACTTTAGC 660 GCCGTTCCCC CAGGATCCAT CGTGGTTGCC GCTCACGTAC AACCTGCGCA CGCACTGCGC 720 CTGCACGAGG CAAATATCGC TGGTTTGGTA ACCGAAGTGG sCAGCGTAAC AAGCCATGTC 780 GCCATCATGG CGCGCGCGTG GAGTCTTCCC CTGCTCGTCA GTGCACAGGG ATGTAAAGAC 840 GTTGCACAGT ACGTGCTCCG TGTGCGGCAA ACTGCTCGTG CCACCGATGA GGCGCTGCGC 900 GCACTCCTCG ATGCTGAAAs AGTGGGGGAA AAACTGACGC TCTAGGAACC CTCACCGTAA 960 ATCCCGACGT GCGCGCGCTG CgCACrCGCA TGCCTcACCC TTTCCTCACC GTCAAACACA 1020 CCAGTACAGC TGAACAGAGT CCCCCGGCCG CCTGTGTGCT AAACGCACCG CTGCGCACTT 1080 ACTCAAGTGA CGGTATCCGT TTTGAAGTCG GGGCAAATAT CGTTATGCCC CAGGAAGCGT 1140 GTGCAGCTGC TGCGCTCGGA GCAGCAGGCA TCGGACTGTT CCGTTCGGAG TTCTTGCTAT 1200 TCGGATCCGA CCGCTTCCCA GATGAAGAGA CGCAgTGCTC TGCCTACACG CGCGCGCTGC 1260 AGGCAATGAG AGGACTCCCC GTCGTGCTTC GAACGTTTGA CCTTGGTGCA GACAAACTGG 1320 TGCCAGACCC TGCGCGAATG TGCGCACTCT CGGACGCTGC TGAACCGTGT GCACACACCG 1380 CTTCGGAGCG CAATCCTCTT TTAGGGTTAC GAGGCATCCG CTACTGCCTC GCACATCCTG 1440 AGCTCCTGAA AGTGCAGCTT CGTGCAATGt CCGCGCCGGA rCkTGCGCAA CATGTGCAGA 1500 AGGGnACTGC GCATTCTCAT CCCCATGGTT TCACGGGTGG AAGAAATTCA CGCCGTCGCC 1560 GACCTCATCT CTGAGGTAGC CGAcGAgTGT GCCCGCGCGC ACGTGAGTAC ACCCGATCGG 1620 GTAGCACTCG GCATTATGAT CGAAACGCCC GCTTCGGCAC TGATGGCAGC AGAtTCGCTC 1680 CCCACGTGGA TTTTTTTTCC ATAGGGACGA ACGACTTAAC CCAGTACGTG TTCGCCGCCG 1740 ATCGAGAAAA CGAACAGGTC AGCAGCTATG CCGATTACTT CCACCCGGCA CTCCTCCGTC 1800 TTATCCAGCA CGTAATACAT GCGCACAGAC ATCTGCGGCA ACGTCCCGGT ATTTCTTTTG 1860 GAGAACAGGG AATCGGACGC GTGGTCATGT GCGGCGCCAT GGCTGAAGAT GAAAtGCGCT 1920 CTTTCTTCTG GCGGGGCTCG GCCTGCGAGC GTTGAGTGTG CCTTCTTCAC GCATCGAGAC 1980 GCTGCACACG TTCTTATCAC GCATTTCAGT CTCTGATGCA GAGCACTGTG CACGTGCAGC 2040 CGTGCAGCTT TCAGATGCGC AGTCAGTCCG CACACTCATC GAAGAACATC TGCGCACCGC 2100 AGGTATTACG CTTGAGAAAG ACGAGGAAGA ACCCTCACCC CCTCGATCCC CATAGCGGAG 2160 GAGGCCTCAG GCGTTTTCTC CATACACAGA AAGGAAAAGG CAATGGAAAT CGAAGAATTT 2220 GGTCCACAAA TCACCGCCCT CGAGGCGCGC GTGCAGGAAG TATGGGGGAG TCTTTGACGT 2280 TGCCGCATAC GAGGCGCGCA TAGCAACGCT TGAgGCTGCT GCAGCAGCGC CTGACTTTTG 2340 GAGCGAACGC GCGCGTGCCG AAGCGCTGTT AGCGGAACTG AAAAAACTAC GCGCAACGCT 2400 TGAGCCGTGG CGTTGCGcTG CGCCGTGAGA GCGCAGATCT GCGCGCGTTG TACGAGCTTG 2460 CCCGCGAGGC GCAAGACGCA TCGCTGGAGC CAGAACTTTC CTCCCTTTTT TCAGACATTT 2520 CTGCTCGTTT CGAAGAGGCA TCGCTTACCC GTCTCCTGCA CGAAGAGGTA GACCGCCTCG 2580 ACGCGTTTGT TACCATCCAC TCCGGCGCAG GAGGAGTGGA GGCCTGCGAC TGGGCACAGA 2640 TGCTCATGCG CATGTACACG CGCTGGGCAG AGCGGCGCAG CTTTTGCGTA CACATAGTTG 2700 ACTTACTTGA GTCAGAAGGG GGAGTAAAAT CGGTGACGTT AAAAATTTGC GGGTCACACG 2760 CCTTTGGTTT TCTCAAGGGA GAAACGGGGG TACACCGGCT CGTGCGCATC AGTCCGTTTG 2820 ACTCTGCCGC GCGCAGACAT ACCTCTTTTA CCTCCACCTA CGTCTTCCCC GTATTAGACG 2880 ATCACGTTGA GGTGCACATA CGGAGCGAAG ACATGCGGGT AGATACCTAC CGCTCAGGGG 2940 gAGCAGGCGG TCAACATGTC AATAAAACGG ACTCTGCCGT GCGCATCACG CATCTGCCTA 3000 CAGGgATAGT AGTCACCTGC CAGAACGAGC GCACCAAATC AGCAACCGTG CAAgGCGCTG 3060 AGCTTGTTAC GCGCCCGCCT GTACGCCTAT GAACGGCAAA AAAAACAGCA GGAACATCAA 3120 CGGTTTGCTT CTGAAAAGAA GGATATTTCG TGGGGAAATC AGATTCGCTC GTACGTCTTT 3180 CATCCCTACA CCATGGTTAA AGATCACCGC AGCAAGTGCG AAACGGGGAA TATTCACGCA 3240 TCATGGACGG AGCGTTAGAA CCGTTCATCC GTTCCTACTT GGAGTTTCTG TGTACCAGTA 3300 CCCAGTGTGT AGAACCACAG TGAACGGGAG TTACGCGCAA TCATTTGCAG CACTGCTTTT 3360 CTTTCCCCAA ATCGCGGTCG gTTTAGTGCA AnGGCACCGG cGCCGTCCTT TGACTCTTTC 3420 CTGTCCGCGC GTCAGTCcAC CCTCCTGCCT CTTCCTTTCT AGCATCACCT GCAGCGCCGA 3480 CACACCCTCT TTTCGCAACC GCCCGTACGA CTGCTGCGCA cTGCTGtCTA CGCCTCCTGC 3540 nCCCGCCCGT CCCCGCCCGC GCCCCGATCA CGTAATCCCC AAGGAAAAGT GGCGCCTTGC 3600 CGTTGCAGAC TTTACCTTTC ACGGTATTCC AAAGATTTTT CAGCGCTACG TGCGTCCTGC 3660 GCGGGAGctA CTCTTTATTG AACTAAAAAA ATTACCCCTC CGTCATTTTC TTTCTGAAGC 3720 TGAACAGCGC GAGcGCGCCG CCTTGCCCCA CGAAGAAGCC TACCACGCCC GGCTCAAAGA 3780 ACGTGCACAT TTACAGCGsG CGCGTGATTT TGTTTCCTTG CACCCTGTCA GCGATCACGC 3840 GCGCCGTCTG CGTACGGCAG CATTTGAAAA GCAAATCAAA GAGAAGGAGC AAGAAATCGA 3900 GCGTGCCCGT GTGGAAGTGC GCACgCACGC GCGCGGTTTT TCCGTCCCTG GCTCCAGGCA 3960 GAGGTGCTCG TCTTAGGTGC GCAAAACGAA CCGCATGCAC TGCCTGAGCG CTTTCACCTT 4020 GCCACCCATT TACGGCAAAA AAAACTTTCT GCACTGGTTA CGGGAAAACT CGTAGACGTC 4080 GCCGGTTACG TGCGCATATC TCTCTATCTT TCTACAGGGC TAGAAGCAGA ACCCACGCGG 4140 GAATTCACGC TCGCAGGTCC CTACCGAGAA CTGCCGCGTC TTATGCACAC GCTGTCTGCA 4200 CAATTGCGCA GTGCCATTGA AAACGCACAA CCGGTGCGCA TTGTGTTTGA CGTACATCCT 4260 CCGCATGCAC GTCTTTCGTT TCAGGGCGTG CCGGTAGAAG ACCTTTCCAA ACCTCTTATC 4320 TCATACCCGG GCCGCTACGT GGTGGACGTG TCTGCTGCAG GATACTTTTC TGCCACAAAG 4380 GAAATATACA TTGAAAACCG ACCTGCCTTT TCACTACGGG TGCGTTTAGT TGCCCGTCCA 4440 CAACATCGTG TGCGCGTGCA GCTTACTGAC AACAGCGCAG cACCTATCTT TTCTGGCGCA 4500 CGCTCAGTGG GAGTCACTCC CTTCAGCACC GTGGTTACTG ACTTGCGCGA AATTTTCACC 4560 GTCGGACCGG CAGGCGCGCG TTCGTTTGCC TTCATTGAAC GCGGCACATT TCCTAACTCT 4620 CAGCCGAGCA CGCTCGTGTT GCCTGCGCCT AACCCAAACG CAACACAGGA TCTTGCGTAC 4680 AAAAGGGACG TAGCATACTG GTCTTTTGGA GCCCTCTGCA TTGCCGTTCC CATCGCGCTC 4740 ATTCTCGGCT CCACGCTTGC AGACACGCAT CAGGCGCTAG AACGCGCAAA AGCTGCAAgC 4800 GCGgCAACCT CCTCCCCCTC CTGCACCGGC CGGCACGGGC GCATTAGAAC GTAAAAGCCA 4860 GCACCTGCTC ATCGGCACGG GGGTAGCAGT AGGAGTGGCG GTTATCCTGA GCATTAATTT 4920 CATCGTGCcA CTGCGCGCTA TTTGAACGCG GTGATGCACA ACGCGCCACA GGCAGTACGT 4980 CCCCGCGCGG ACAAAGACAT ACAAACATTA ACGCACCGCG ACGAGGCAGA AGAAGATCAG 5040 GAAGAAGATT CCTAAAGGAG CGTGAAGGTG GGTTTAGGAA ACCTAGCACA GAAAATACGA 5100 CGCCTGCTCG GTGGACAGGC GCCTCTGGAC GAAACGTTTT TTAGCGCGCT TGAAGAGCTG 5160 CTCATCGAAG GCGACCTGAG TCTTTCGACG GCAGAGAGCT TTTGCACACA GCTTCGAAAC 5220 GCCGCGCGCA CACGTTCTGT ACATACGGAA GACGCAtGCG CACGCTCTTT GCGGAAATTA 5280 TGGAATCGTG CGTACGCGTT ACCCATCTTG CACCAAATCC GAACCAGTGC TCACTGTATC 5340 TCCTACTTGG GGTTAACGGG AGCGGGAAGA CCACTTCTGC TGCAAAGTTG CAGCGTACTA 5400 TCAGACCCAG AAGGTGCATC CGATACTGTT TGCCGCCGCA GATACGTTCC GCGCAgCAGC 5460 GGCAGAACAA CTCGCACACC ACGGTGCACA GCTAGGCGTG CGCGTCATTG CGCACCCGGG 5520 GGGAAAAGAT CCTGCTGCaG TGGTATTTGA CGCAGGAGAA GCCTTGCgcG cGCAAAAGCG 5580 SGGTCTTTTA CTCGTTGACA CCGCAGGGCG ACTGCACAAT AAGACGCACC TCATAGCGGA 5640 GCTGCAAAAG ATCGACCGTA TTGCGCAGAC AAAGGTGAGC GCAGATGCAT ACCGCAAGAT 5700 ATTGGTATTA GATGCCACCA CCGGTCAAAA TGCATTTCGT CAAGCGCAAA CtTTCACGAA 5760 GCTATTGGCG TGGATGCACT GCTCCTTGCA AAATGCGACA CACGCGCACG AGGGGGAGCA 5820 GTTTTTTCCA TCATGCAAGA GTTAGGTATT CCATTAGCCT TTTTAGGGTG GGGGGAGCGC 5880 TATACAGACT TGGTTGAAGC GAACGCGCGC GAGTTTGTTT CCTCGTTCCT GCACGGAGAA 5940 CGATGATTCG ACCCCGGTAT GGCTGGATGT ACAGCAGCGG GATTGCAGTG CACCTGTGTG 6000 CgGCCgTGTG CGCGCACAGT GCTGTTCCTG CCGCGTGGAC CTTTGCAGAA CAGACACAGG 6060 CGCAAAAAAC AGACACTCCG CTTGATTCCT CCaGtACGCA tGaCCTCCCC TGAGGAAGCA 6120 CCCAATGAAG CAGATCCGTT TGAGAAGGAA CTGGaACACG CGTTCGAAAG AGCGCACGTC 6180 AGCACAGGCG GTGCAGATTC CTCATCACAC GCCGATTTTG TACACATGGA AGAGGCAGGA 6240 CGTGCCCACG CGTCCGCCAA TCGCTGGTAT CACGAAACGT TTGACTCGCG TCAGCGTCCA 6300 TCCTCTGCAG TTCTGTACGA AGGGGCACAG CTACTGCATA CCGTTCACTG GCACTATGTC 6360 gGGGACCGGC TGTTTCCCTG TGAAAAAATA ATTACCACAC CACACACACG TATnCCGCGC 6420 GCGCTATAAT TTTTCCGGAA AGATCGTCGC GTACGAAATG CACACGCGCG GGGTACTGGT 6480 ATACGCACGC ACCTATCGGT ATGnAnCGCA CGCGCGTATA TGTGAAAAGG AAGAAACAAC 6540 TGCTCGAGGG AATGAACGCA TTACGTATGA 6570 (2) INFORMATION FOR SEQ ID NO: 42: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 19483 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 42: TTTTTGCGCG CGTTCTAGCA CCCGAGTnAA TAGTGTTTTT TGAAAAATGG AGGnTCGCGT 60 CTACCCAGTT GTAAAAAGAG tGTTCGCGCG CGTCCgTGCT CTCCACACGA AcGGAcTCCG 120 TCCACTCACG AAAGATATCG TGTCCGAAGT ACAATACGAG CATCATAACG TAAACTGCAC 180 AGGGTGTTGT GTACgtεTGt GCGCACATGT AGCACCTTTC CCATACGGAG ACACAGGGAG 240 AAAAGTTCCA AACGGGATGT GCACGCGTAA AAAAGTGAAG ATGCGCACAG CAATAAAAAT 300 AGGCGGATGC CTATGTGGTA TCCTGCATGT ATGTGCTGGT TGATTTGTGT AGCGCTAACA 360 ACACCGGTGC TGAAAAATGT GTGCAGGATC TTCAGAGAAA AGAAAAAAGC GAGGTAGATA 420 CTAACTACAC GTATGTGTGC AGCCACGCAT TTCAGAGAAC GTGTGACAAT GAGCGTTAAT 480 GCGAGCAGCA CAAGTGTAAG CGACGCgTGC ATACACCAAC TCTGTGCATT ACAGCACAGG 540 AGAAGGAGAG CGAAgcTTGC GACTTTCGCT ACGGGAGGAG CACGGTGAAG CAGCGATTGC 600 CGGCGTTCAT AAAGAGAGAA AAACATACAT TTCCTTGACT CCTCCTAGCA GGTGGAAGTA 660 CTGCATGCAT GTCGCTACCT AGGTCCAAAG GAGATCTGAA AGAGTGAGTG GACAGTGCAA 720 AGGATCTCTT AGTCCGTAGC AAGAGAAAAT TTTACTGTCG AGTGCGTCCT GTGGCGTGCC 780 ATCGTAGGAA ATGACCCCCT TAGAAAGGAT GCATAGACGC GTCGCAGCAG CGAGTATTTT 840 TTCAACCTCA TGGGTGATGA TAACAAGCGT TTTACCTGCG TGTTTGAGGC TTATGATGAG 900 CTGCACAACC TGACGAACGC TGGGGTAATC TAAGTTTGCA AACGGCTCGT CAAGAATGAC 960 TACCTTTGCA TCCAAGGCGA GTACGCCGGn CAACGGTTAG GCGTCTTTTT TCTCCACCTG 1020 AAAGCGCTCG GGCGTAATGG TCACGCCGGT CAAGCAGTGA CACGGcTGCA AGTGCGCTGT 1080 TGGTACGTGC GTCAATTTCT GCGCGGGAAT ATCCCCACTG CAGAGGACCG AAGgCGCAGT 1140 CCTCAAATAC CGTTTCGCCT AGGATCTGGG TGTCTGCATT TTGAAACGCC AGACCGACAG 1200 TAGTCCCGCG TGCCATATAC ACACGGCCGG AGGAcGGCGG TTCAAGTCCT GCAAGaTGTT 1260 CATGAGCACA GTTTTACCCG AGCCATTTGC ACCTGCGAGG ACGACACAGT CCCCAGGAAA 1320 CACCCTAAAC GAAACGGAGT GTnAATACTT CACAGTCGCG CTCAAAAGAC TTACTTACAT 1380 TGACCAGTTC AAGCAGCGGT CCTGCGCACG ACTCCACAGC CGTGTCTGCC GCGACATCTG 1440 CGCTCATGCG TCCACAGAAG ATTCACCGTG CCCTGTGGCG CGTACACACC CGCGACACGC 1500 GAATACTATG GCATCAACCA TGACGGTACA AATGGCGGCG AACTGTAGGG GCAAGATGAT 1560 GGGCGAGTAG GACAACAAGG GCGATTTTCA GGGTGTCGGC AAGAAAAAAG GGAAGGAAGA 1620 ATCCTAGCAT GAGCTCCCCG GTCtTGAGGC CAAGCACGTA AcCGAGAACC GgCAGACCGA 1680 TGGAGTAAAT CGAAAGAAAA CCAACGAGCG TTGCGACGnT AAGTCTGATC CAAAGAAGGA 1740 GTGCGCGTTC CACCACCGCG TGGTGGAGTG CAAGACAGGC GGTGGTGCTG CGCGATTGCc 1800 CAcGAGCGTA GCAGCGAGTA TGTATCCAAG GAGGAATCCT CCCGTAGGGc AAAAAGCGCG 1860 GTGTATCCGC CCCGACCTCC TGAAAAAACC GGCAGACCAA GGAGTCCTGC CCCGAGGAAG 1920 CTGAGAACGG CGAGTGCACC GTCTCGCGGT CCCAACAATA AACCGGTGAG AACGGCCGCT 1980 GCATTCTGCA GTACAAGCGG AACAGGCTTG AGAGGAATGC TAACGAGCGC ACTCGAGCTA 2040 ATGAGTGCGG CAAAAAGCGC AACAAAAGCC AAAGACTTAC TACGGTGCAT GGTACAGTAC 2100 TCCTCCGAAG GTTCGATGCG CAGTGTGACA CGGAAGGAGG AATCTTTCAA TATCTTGGGT 2160 GGTGCCACAG GTATAGTTTT TAACAGACTT ACCCGAACGG CTGCCAGGTG CGTACGCGTC 2220 GGTTCGTTCC CACTGTGCGC GGGCAGAGCT CGTGTAGTGT CTATTGACAG ATGCAAGGAT 2280 CGGGTACCGT CATGTACGCA gTTTATGGTA GGCTCAGTCC TATGCACGCT GGGGACAGAG 2340 AGAGTATCGC ACGCTTCGTG cGTGTGGTGC GCGATTGTCT GGATTTGTTT CGCACCGAGG 2400 GTATTGGGCC CCGTCCTAGG AATGATTCGG TAATTTTACC GAATGCTGCG TGTTCACCGC 2460 GTAATCATGC AGGAAAGCGT GCGCAGAGCA CTGCCGATGC GTGTGTGAGA AGCAGTGACG 2520 GGTCTGTATA CACGGACGAA ACCTTGCGCG AGGAAATTTT TGCATGCCGT GCGTGTGAAT 2580 TGTATCAACG GCGTACACAT GCGGTGGTGG GAGAGGGTGT TGCAGACGCA GACGTGCTCG 2640 TCGTTGGGGA GGCCCCTGGA GCGGAAGAAG ATCGAAGCGG TCGTCCGTTC GTAGGACGGT 2700 CAGGTAAATT GCTGGACGCA ATGCTTGCGG CGATTGGACT TTCGCGTCAg cAAAATTGTT 2760 ATATCACCAA TGTGGTTAAG TGCCGGCCGC CAAGGAACCG CACACCAACA CCCCACGAGA 2820 CTGCCTGTTG TGCACGGTTC CTCCATGCGC ATCTTACGCT GCATCGCCCG TGTGCTATTT 2880 TGGTGCTCGG CCGcTGCGCC GCACAGCACA TGCTCCAAAC AACCGATGGT ATTGGCAAGT 2940 TGCGCGGgCG CTTTTTTACC TAtCAGGGgA TtCCCCTTCT GGcTAcGTAC CATCCGAGTG 3000 CGTTGTTACG GGATGAAGCG CTGAAACGTC CGGCGTGGGA GGATCTCAAA ACGTTTCGTG 3060 CACGGTTGCT GCAGTTGAAG CAGGACGCAC ACATGCCAAT ATAAAATCAT GGCGCCGTGG 3120 CTTGAGCTTG TTTTTGAcgT TCCACTGGAT AAAAGCTTTA CGTACCGTGC GTGTGCTGCC 3180 CACGCGGGTG AgGCACTCGT GGGTAGACGG GTTCTTGCTC CCTTTGGGGC GCGTACACTC 3240 ATTGGATTTG TGATAAGTGA ATCACATTCT TCGCCTGCTG ATTGCGGTGG TGCAGTTGGC 3300 ACGTTCAAGG AGATCATCCG CGTCATTGAC AGGGAAGCGC TTTTTGACCA AACGCATCTT 3360 GCGTGTGCGC GTTGGATGGC GCATTTCTAC CTGTGTGCCT TAGGTCAGGC GCTGTGTGCG 3420 GTGGTTCCGT CTCGGAAACG AGAACGGACA TTGTCTTCTT TTGCTTCTTG TGCGGGTGTT 3480 CGGCGCACTG ACACCTATGC GCTTTCGGGC GAACAGCGCA AGGCGATTGA TGCGATTACC 3540 GCGAGCACCG GTGCGCGCAg TTTTTATGTG CACGGGGTGA CAGGGTCGGG GAAGACGGAA 3600 GTGTTCTTGC GCGCACCGAG GCAGTCCTTG CGCGTGGCAA GTCGGTTATC TATCTTGTTC 3660 CTGAGATAGC GCTCACTCAC CAGGTGCTCC AGGAGGTATA TGTGCGCTTT GGCAGTCAGG 3720 CGGCGGTGTT GCACTCAGCG CTCAGTGGCA GTCAGCGCCT AGGTGAGTGG CGGCGCATAC 3780 AGTGCATGCG TCACTGTGTA GTGATTGGAG CTCGGAGTGC AATTTTTGCT CCGTTGAAGC 3840 GGCTGGGCCT TGTGATAATG GATGAAGAAC ATGACAGTTC GTATAAGTCT GCGCATGTGC 3900 CGCGCTATCA TGCGCGgCAG GTAGCGATGT ATCGCTGTGC GGACGCGAAC TGTCCGTTTG 3960 TCATGGGGTC TGCAACACCG TCTGTGGAGG CCTGGTACGC GATGCTGCGG GGGGCGGTGC 4020 GTCGTTTACC ATTGACTGCG CGTGTTGCGG GGGGGcTCCG CCGCGTGTTG AGGTGGTGGA 4080 CGTGTCAAAA GAGGCCCTGT TGCTCTCTAC CCGTCTGGTG GATGAAATAC GCAAGACGAA 4140 GGAGGCAGGA TATCAATCGA TGCTCTTTTT GAATCGTCGA GGATTTTCCT ATTCGTTTCA 4200 GTGTCGCAGC TGTGGATACA CGCTGTGTTG CACGCAgTGg CAGTTCCCTT GACGTGGCAC 4260 AAACGTGTGG GGGCAATGCA ATGTCATTAC TGTGGCAGGC AAGAGGCGCC GCCTGAAAGT 4320 TGTCCGTGCT GTCATTCATT TGATACCCGA TACGGCGGGG TGGGCACAGA GTATATTGAG 4380 GAAGCAGTAC AAGCGCTATT TCCTGAA AC CGTATTGCAC GGGTGGACAC CGAtGCGCTG 4440 CGCTCAGGGC ACGTGCAGCA GACGATGGAG CAGTTTCGCG CGGGGAAAAT CGATGTACTG 4500 TTGGGTACGC AAATGATAGC AAAGGGATTT AATTTCCCTA CGCTGCGTTT AGTGGGTATT 4560 GCCTGCGCAG ATACTGGACT GCACACGCCA GACTTTCGCG CCGCCGAGCG GAGTTTTGCC 4620 TTGATGATGC AAGTGGCCGG ACGTGCAGGT CGCTATGTAG ATAACGGCCT GGTCATCATC 4680 CAAACACGCA ATCCTGCGCA TCtGCGGTGG TGTGTGCGCa GCACGGGGAT TGTGAGTCCT 4740 TTTATGCGCA AGAACTTGCG CAgCGGGAGG CGCTGTGTTT TCCGCCCTTT GTGCGCCTTA 4800 TTCGGTTTGT TTTTCGCAGC AAGACGCGGC GCAAGGCTAA AGACGCCGCG TATGCGGCAC 4860 ATGCGCTTTT GACGGCGCAG ATGCCTCTGG GTGCGGATGT ACTGGGACCT GCAGCGTGTG 4920 TGGTGGCGCA GGTGGCAGGC AGCTATCGGA TGCAAATACT GCTGCGTGCC CCATCATTCC 4980 CAGTGGTGCA GCAGGTGGCG CGCAGCTTTT TAGATGAATT TCGAGCTCCG GCGGGGGTGT 5040 ACGTAGAATC TGACGTAGAT CCTGTAAATG TACTGTAGGG CGAGTAGATG TACTCCGTGT 5100 TATCCTGCTG TTTGCGTGTT TGGTTGACCG GTAGTATGCG GTGCCTGGTA TAGGTGCGGG 5160 ACGGAAAGGA GAGAGGATGT GGCACTGCCG ATTATTTTTC AGGACGCAGC gGTGGTGGCC 5220 GTTGATAAGC CGGCAGGACT TGCAGTACAG CCGGGTGCGC GGGTGCGGGT GTGCGTAgTT 5280 GACGTATTAC AGAAACAGCT TGGGGTGCGT CTGTTTCCTC TGCATCGTTT GGACAAGGAC 5340 ACCGCGGgCG TGCTGCTGTT TGCAAAAmAT GCACGGGCAG CTGCTCTGTA CCAGGGGATT 5400 TTAGGCAGCA TGCGTGTGAT TAAmGtATCG CGCACTTTGT TTTGGGCGAC CTCCCCGAGA 5460 gTGTGGTGAT ATtCGCGTTC CTATCcGTAC CGGTACGGCa GCAAGGCGGC GTCAgGTTGT 5520 gCGTGCCGCG CATACTGCAT ACCGTGTGTT GCGTGCGACT GATACGCATA CATATCTTGA 5580 ACTCACtTGC ACAGTGGTCG GACCCATCAG ATTCGTATTC ATCTGcTGCG CTAGGATGTC 5640 CTATAATTGG GGATGACAAA TACGGTGATT TCGCGCGTAA CAAGGCGTGT GCTCGTGCGT 5700 GGGGAGTAAA AAGGCTCCAG TTATTCGCAC ACAGTCTTGT GTTGCCATGT GCATGTAAAC 5760 CGCTGGTGTT GCGTGCACGT ATGCCTGTAC ACTTCCTGCG TGCTCTTGAT GCCgTTGcGC 5820 TATGATTGCC tGTAGCAGGG CATTCTGGTA rGCGGTGTGT GGTTTTGAGT TCTGCCGGTA 5880 ACAGAAAGAG TGTCGTGTGA ATTTCAATAG TTTTTCTCTA GGGTGTGTAC TGCACTCGTT 5940 GTGTTTTTGC AGGCGCGAGG GGAGGGGAGC GGTCCCCTGC TGCTGTACTG TCTGTAGGGA 6000 AGATACCGGC GCCTATTGTT ATATCGGGCT ATTTGTGCTA GAGTGTGCGA AACCGCTAGT 6060 GGGGATGGCC TATGGGTACT GTTGTTCCGG GATTCGATGA CGAGAAAGAC GAAAGTCTTA 6120 AGATGAATCT GCAAAAGATC GATGACCTTG AAGGTGGCGT CGTTGTTTTC CTCAACGGGT 6180 ACATCGATAC TTACAATTCT TCCTTTTTTC AAAAGAGGAT TGCGAAGGTT ATCGATGCAG 6240 GCTACACGCG TATTGTATTT AACTGCGCCT CTTTGAATTA TGTCTCCTCC ACTGGAATtG 6300 GTTCTTTTAC GGCGTTTCTA AAAACGGTCA AGCCtAAAGG TGGCGATATT GTTCTCCTCG 6360 ATATTCAGCC GAGGGTGTAT GAGGTTTTCC AGTTACTTGG TTTTTCTCAG TTTTTTAACA 6420 TTCGCGATTC TATTGCGGAT GCAGTTAGCC TTTTTAGGAA CAAGgTCTCa CCGyTGAAGg 6480 TGGAcACCTT TCCgAAGGTG TTTTcTTGCC CgATCTGCTC TAAGAAgTTA AAGGCGACTA 6540 AGCAGGGGCG TTTTCGTTGT TCCGAATGTA AGACGATTyT CGCCCTTGAC GCGAGCGCAC 6600 ACGTGTCTCT CGGTTAGGTG ACGCGCCTTT CTTTCTGGGG CAGGCTGGTT GGCTGCCTGT 6660 TTAGGGAGGT GTTTCGTGCT TGATGTGTGA GGTGAGGCGT TATACAATGC GGGCCGGCCT 6720 CCGGGCGGCT CGGGGAaGTC CTGTCTGTGT TGCTTCTGTA GCTCAGTTGG CAGAGCGCAA 6780 CCATGGTAAG GTTGAGGTCA GCGGTTCAAT CCCGCTCGGA AGCTTCCGTC tGTGGATGTG 6840 AGGAGGGGTG GTATGGCAAA GAGGACGGCG GTGGAGCTTA TTGCGCTTCA GTGCACTGGA 6900 TGCAAGCGGC GTAATTACAC CACTTCAAGA AACCGACGTA ACGTTCAGGA AAAGCTCGAG 6960 CTCAGGAAGT ATTGTCCTTT TGAGCGTAGA CGTGTGCTGC ATAGAGAGGC GAAGATAAAG 7020 TAGGCTGTCG TCATATCTGT TACGCACGGG GTTTTCTGGT GTTTTCCGGG GATTTGTGGG 7080 TCAGTAGCTC TAATGGCAGA GCGTCGGTCT CCAAAACCGA ATGTTGAAGG TTCGAGTCCT 7140 TCCTGGCCTG AGTGCTTTCG AAAAGGTGTT TCATGTTGAA GTTCGCAAAG TTTCGTAGGG 7200 AGTGCGTTGC CGAGTTCAGG AGGGTGGTGT GGCCTGCGCG CACTCAGGTA CATACCGCGG 7260 TTAAGGTAGT GCTCGTCTCT ACCGTTGTCA TGGCGCTTTT CCTCGGGCTT ATCGATGCTC 7320 TGTTCGTGGC GTTGCTGAGT TTCTTCTTCT GAGGGGATAG AATGGCGAAA GAGTGGTATA 7380 TTCTGCACAC ATTCTCGGGT CGCGAGGCAA GGGTGGAGCG GGCTGTCCGT ATGCTCGTGG 7440 AGCATGCGAG GATTCCAACG AACGTTATCT TTGATATAAA AATCCCTGAG GAACTGCTTA 7500 CCGAGGTGAA AGATGGTAAG AAGAGGGTGG TTAGGCGTAA GTTTTTCCCT GGTTACTTGT 7560 TGGTGGAAAT GGATTTGCCC GAGGTTGACT GGAGGATAGT GTGTAACGAG GTGCGCAGGA 7620 TTCCTGGTGT TTCCGGTTTT TTGGGTTCTT CGGGCAATGC GAACCTCAGG CGGTTTCTGC 7680 GGATGAAGCT CGGCGTATTT TGCAGAAGGC GGGGGAAATT AAGGGGGATA GGACTCCTCG 7740 TATCGCTCAG ACTTTTTTGG TTGGACAACA GGTGAGGATC GTTGAGGGGC CGTTTGCTAC 7800 TTTCTCGGGT GAGGTGGAGG AGGTGATGAG TGAACGCAAC AAGGTGCGTG TGGCAGTCAC 7860 CATCTTTGGC CGCGCTACTC CTGTGGAGTT GGAGCTAGTC CAGGTGGAGG CGCTCTGATT 7920 TTCTTCTTCC AGGGTGGAGA GTGTTGCAAT GCGCATGATT GCCTGCCGCT TACGCGTTGG 7980 TTTCGGGTGT TTTGTTGTTT TTTACGTCAT AAGGAGAGGC CAGTATGGCA GCGAAGAAGA 8040 AAGTGGTTAC TCAGATAAAG CTGCAGTGTC CTGCAGGCAA GGCGACGCCC GCGCCGCCGG 8100 TTGGGCCTGC GCTTGGGCCG CACGGGGTTA GTGCCCCGCA GTTTGTGCAG CAGTTTAATG 8160 ACCGTACTAA ATCCATGGAG CCTGGGTTGG TGGTGCCAGT GGTTGTCACC GTCTATTCTG 8220 ACAAGAGTTT TTCGTTTGTG CTGAAAACGC CGCCTGCGGC TGTTCTTATT AGGAAGGCGT 8280 GTGGGATCGA AAAAGGATCG ACGAATTCTG TTAAGCAGAA GGTTGCGCGC TTGTCGCTGG 8340 CGCAGTTAAC GGAGATTGCT CAAGTGAAAT TACCTGATAT GAGCGCTTTA ACTCTCGATG 8400 CTGCGAAgcG TAnTCATCGC GGGTACGGCA CGCAGCATGG GGGTGGAGGT AGAGCGTTCA 8460 TTATGAAGAG GGGGAAGAAG TATCGCGCTG CCGTTGCGCG TTATGATCGC GCCGAGCGGT 8520 TCAGTCTTGA CCGTGCGGTA GGTTTGCTTA AGGAAGTGAG GTATGCTTCC TTTGACGAGA 8580 CGGTGGAGGT GCACGTTAGT CTGAGGCTTA AGAAGAATCA GACGGTGAGG GATACGGTTG 8640 TGCTCCCCCA CCGTTTTCGG GCCGAGGTTC GTGTGCTCGT TTTTTGTAAA GAGGATCGTG 8700 TTTCGGAAGC GCTTGCTGCA GGTGCTGCCT ATGCAGGCGG TGCTGAATAT CTTGAGAAGG 8760 TAAAAGGAGG CTGGTTTGAC TTCGACGTGG TCGTTGCTAG TCCTGACATG ATGAAGGACG 8820 TCGGTCGTCT TGGTATGGTG TTAGGTCGCA GAGGGCTGAT GCCTAACCCG AGGACTGGCA 8880 CGGTCAGTGC GGACTTGGGG GCTGCTGTCT GTGAGTTGAA AAAGGGGCGT GTCGAGTTTC 8940 GCGCGGATAA GACAGGTGTG GTCCATCTAG CAGTAGGGAA AACGACGATG GACTCTGCGC 9000 AGATTGTAGA GAATGTTGAC GTGTTTCTGT CGGAGATGGA TCGCAAGAAG CCCGTTGACG 9060 TAAAAGCTGG TTTTGTCCGT TCGATTTCGC TCAGCTCCAG TATGGGGCCT GGGATTTGGG 9120 TTGTCCATAA GTCAGAGGAG TAGTATGGCA GTACGCGCAC GAAGGCTGCA GCCGGCAAAG 9180 GTGGCTGCTG TCGAGAGCCT TACGCGTGAT TTGGGTGAGG CTTCTTCTTA TATCTTTACG 9240 GAGTATCGAG GGCTTACGGT TGAGCAGCTG AnCCgcGTTG CGsCsCGCct GCGCGAATTC 9300 TCGTGCGTGT ATCGGGTGGT GCGTAACAAT TTTGCGAATA TCGCCTTTAC GTCCCTAAAC 9360 ATGACGGTGG GAGAGTATCT GGTGGGGCCC ACGGCCATCG CCCTAGTGGA CACGGAGCAT 9420 GCGAATGGCG TCGCGCGTGT GCTGTTCGAT TTTGCAAAGG AAGTGCCTGC CTTAGTGGTG 9480 AAGGGTGCAA TTCTTGATGG GGAGGTGTTT GACGCTTCGA AGGTAGAAGC GTATTCGAAG 9540 CTTCCTGGAA AGAAAGAGCT CGTTTCCATG TTCTTGTCCG CGCTGAATGC aACGACGGTG 9600 AAGTTCGTAC GCgTATTACA GGCTGTGATG GACAAAAGGG ATGAgGGTGT AGAAgTTTCC 9660 GTGGTGTCGG GAgGTGATTC GTCCtAgGCg GTTGTTGTAA CTTAGTTACG GGGTATGTGT 9720 TaGGCcGGTc AGGCTTCTGG GGTGCTGTCT TCCTGTCCGT TTATAGGGGT TATTTCGCAT 9780 ACAAGGAGAA GATAATATGG CGGCGTTGAG TAATGAACAG ATTATTGAgG CGATTCgGGG 9840 CAAGACCATC CTGGAGCTTT CTGAGCTTAT CAAGGCGGTG GAGGAGGAGT TTGGAGTTAC 9900 CGCGGCTGTG CCgGTAGCGC CGGTAGCGGA AGGTGGCGGG GCaGGTTCTG TAGCCGCTGA 9960 GGAGCaGACA GAGTTTACTG TTGTGCTTAA AGGACTTGCA GAACCAGGCa AAAAAATCGC 10020 GGTTATTAAA GAGGTGCGCA ACGTTATCTC AGGGCTTGGC TTAAAAGAGG CGAAGGATCT 10080 GGTGGAGGGT GCGCCAAAGA CTTTGAAAGA AAATGTATCC AAGGAAGAGG CGGCAAAGAT 10140 AAAAGAGTCA ATGACCGCAG CGGGTGCGCT CATTGAGATT TCCTAGTGTC TGGTTTTTTT 10200 TGCATGCGTC CGGCGCGTCG TTGTGTGCCT CTGACACCCT TTCGTGTGGG AGGGCGTCGC 10260 GCTTTTGAGT AGAGCGTGGG CTTCTATTTC TTTTCATACT TGTTCTCGGC ATTTTGGCAT 10320 GCGGGTTGGG TCGCGTTCTC CTCACTTGAG TGGAGGGGAC GGCGTCTCCC CTGTGTGGGG 10380 AGTATTACGG TAGAGCGTGT GGTATAGGGA GCACCGTGTC GGTTCGGTGC AGCTTGAGGG 10440 GGGAGTGCAT GTCAGCACGA GTTTGCAAAA CACACAGAGT GTACGTGGGA AGGGATGTCA 10500 GGAATTTTAT GGACATCCCG GATCTCATCG AAATCCAGCT TCGATCTTAC GACACcTTTC 10560 TGCATGGGGC CCGGAATACA CCGTCCGGCG CCGACACCCT TATCTCCGGT ACTAGAGAGG 10620 AGCTCGGCCT CGAAGACGTG TTCAAGACTA CCTTTCCTAT CGAGAGCTCT ACGGGGGACA 10680 TGACGCTCGA GTACCAATCA TACTCCCTTG ATGAGAAAAA CATCAAGTTC TCCGAGGCGG 10740 AGTGTAAACA AAAGGGTTTG ACGTACGCCA TTCCGCTGAA GGCGCTTGTT GATTTACGTT 10800 TCAATAATAC GGGGGAGATT AGGCGCAAAG ACATTTATAT GGGAGATATC CCCAAGATGA 10860 CTGAACGCGG CACCTTTATC ATCAACGGTG CGGAgcGTGT GGTGGTATCC CAGATCCATC 10920 GTTCCCCTGG TGTTGTCTTT TCTCATGAGA AGGACAAGGA AGGACGGGAG GTATTCTCCA 10980 GCCGCATTAT TCCGTACCGG GGAAGCTGGC TTGAATTTGA AATTGATCAG AAAAAAGATC 11040 TCATCTATGC AAAGCTTGAT AAAAAGAGAC GTATCCTAGG CACCGTGTTT TTGCGTGCGT 11100 TGCACTACGA AACGCGTGAG CAGATCATCG AGGCCTTTTA CGCCA AGAA AAGACGCCTG 11160 TTTGTCAGGA TCGTGCGGAG TACGAGCTGC TCACAGgTAA GATCCTAGCA CGATCGGTGA 11220 CGGTGGAAAA TGAGCAGGgT GAAACCGGGT GTTGTACAAA GCAGGAGAGA AAATCCATCC 11280 CCATGTCATC GATGATCTGC TGCAAAACGG CATATGTGAG GTCTACATTA TTAACCTTGA 11340 AGCGGAAGGT TCGTTGCGTT CTGCGGTCGT TATCAATTGT CTTGAACGAG AGGAAATGAA 11400 GTTCTCTAAG TCGGGTGCAC AGGACGAgCT TTCGCGTGAA GAGGCACTGT GTATTGTATA 11460 CTCAGCGCTA AGACCAAGCG ATCCTATGAC CATGGACGCG GCGGAAAAAG ATTTGCAGAC 11520 AATGTTTTTC TCCCCACGTC GCTATGATTT AGGGCGGGTG GGGCGCTACA AGCTGAACAA 11580 GAAATTTCGC TCTGACTCGC CGACTACTGA GTGCACGCTC ACCCTCGATG ATATCGTAAA 11640 TACCATGAAA TTTCTCATCA GAATGTATAG CGGTGATGCA CAGGAAGATG ATATCGATCA 11700 CCTGGGCAAC CGTCGTATTC GTTCGGTGGG GGAATTAATG ACCAATACGT TAAAAACGGC 11760 CTTTTTGCGC ATGGAACGTA TTGCGAAGGA GCGTATGAGT TCTAAGGAAA CGGAAACGAT 11820 CAAGCCGCAG GATCTCATTT CCATAAAACC TATCATGGCT GCGATTAAGG AGTTCTTTGG 11880 TGCAAGTCAG CTTTCTCAGT TCATGGATCA GGTCAATCCG CTGGCGGAGT TGACACACAA 11940 GCGGCGTTTG AACGCACTTG GTCCTGGTGG ACTTTCAAGG GAGCGTGCTG GGTTTGAGGT 12000 ACGCGATGTG CACTACACGC ACTACGGTCG GATGTGTCCC ATTGAGACCC CCGAAGGACC 12060 AAATATCGGT TTAATTGTTT CTATGGCCAA TTACGCACGC GTTAACGGGT ATGGGTTCTT 12120 GGAGGTGCCG TATGTACGGG TGCGTGACGG AGTTGTTACG AAAGAGATTG AGTACCTGGA 12180 TGCTATGGAC GAGGATCGCT ACTACATTGG GCAGGATTCT ACGGCGGTAG GACCGGACGG 12240 GGTCATCCGT GTAGATCATG TCTCTTGTCG GCACCGGGGG GATTACAGTA CGCGTAGTCC 12300 TAaGGATATC CAGTATATGG ATGTTTCCCC CAAGCAGATA ATTTCTGTTT CTGCTTCTCT 12360 CATACCGTTT CTTGAGCATG ATGATGCTAA CCGTGCGTTA ATGGGGTCGA ACATGCAACG 12420 GCAGGGAGTG CCGCTTATTT TTCCTGAACC CCCGCGCGTG GGTACAGGCA TGGAAGAGAA 12480 GTGTGCATAT GACTCTGGAG TGCTGGTGAA GGCAAAGCAA GACGGAACGG TTGCCTACGT 12540 TTCCTCAGAG AAGATAGTGG TTTGTTCCGC CGCGGCGTCT GGGGAAGAGC AGGAGGTCGT 12600 GTATCCGTTA CTTAAGTATC AGCGGACAAA TCAGGATACC TGTTACCACC AGCGGCCAAT 12660 AGTGCACGTG GGAGATCGGG TACAGGTAGG AGATGCGCTT GCAGACGGTC CTGCAACGTA 12720 TCGAGGGGAG CTTGCGCTTG GCAGAAACAT TCTAGTTGGT TTTGTGCCGT GGAACGnTTA 12780 CAACTACGAG GATGCCATTT TGATTTCTCA CCGGGTGGTA AAGGAGGATA TGTTCACCTC 12840 GGTTCACATC AAAGAATTTT CTACTGAGGT GCGTGAAACC AAGCTGGGTT CTGAACGAAT 12900 GACGAATGAT ATCCCGAATA AGTCTGAGAA GAATCTGGAT AATTTGGATG CAGAGGGGAT 12960 CATTCGTATT GGGTCAAAGG TGCGTGCGGG AGACGTGCTT ATCGGAAAGA TTACGCCAAA 13020 AAGCGAGTCT GAGACGACGC CAGAGTTTAG GCTGCTGAAT TCTATTTTTG GGGAGAAGGC 13080 GAAGGAAGTG CGTGATTCTT CTCTACGTGT GCCGCATGGA GTTGAGGGTA CAGTCATTGA 13140 CGTGCAGCGA CTCAGGCGTT CGGAGGGAGA TGATTTAAAC CCCGGGGTGT CAGAGGTGGT 13200 GAAGGTTCTT ATCGCTACCA AGCGTAACTG CGTGAAGGGG ATAAAATGGC CGGTCGCCAC 13260 GGTAACAAGG GTATCGTTGC GCGCATCCTT CCTGAAGAAG ACATGCCGTA TCTGGATGAT 13320 GGTACCCCGC TTGATGTCTG TTTGAACCCG CTCGGTGTAC CTTCTCGTAT GAACATAGGA 13380 CAGATTCTTG AATCTGAATT GGGACTTGCG GGGTTGCGGC TTGACGAATG GTATGAGTCT 13440 CCTGTCTTTC AATCTCCAAG CAACGAGCAG ATTGGGGAAA AGTTGATGCA GGCAGGTTTT 13500 CCGACTAATT CAAAAGTGAT GCTGCGTGAC GGACGCACGG GGGATTATTT TCAAAACCCT 13560 GTATTTGTGG GGGTTATTTA CTTTATGAAG CTTGCGCATC TAGTGGATGA CAAAATGCAC 13620 GCCCGCTCTA CAGGTCCATA TTCGCTTGTG ACGCAGCAAC CCTTAGGGGG TAAAGCGCAG 13680 TTTGGAGGGC agCGTCTCGG GGAAATGGAG GTGTGGGCGC TTGAArCcTA CGGCGCGGCG 13740 AATACCCTGC AGGAGTTGCT AACGATTAAA TCGGATGATA TGCACGGGCG TTCTAAAATT 13800 TATGAGGCAA TTGTAAAAGG GGAGGCTTCG TCTCCTACCG GTATTCCTGA ATCTTTTAAC 13860 GTGTTGGTGC AGGAGCTGCG GGGACTTGCG CTCGACTTTA CGATTTACGA TGCGAAGGGC 13920 AAGCAGATTC CGCTCACTGA GCGCGATGAA GAAATGACGA ATAAGATTGG CTCTAAATTT 13980 TAAGGGGTGC aGGGAATGAA GGATATCCGG GATTTTGACA GTTTACAGAT AAAGCTTGCC 14040 TCCCCTGATA CCATTCGGGC ATGGTCCTAT GGAGAGGTGA AAAAGCCTGA GACAATTAAT 14100 TACCGCACGT TGCGTCCTGA ACGTGAAGGG CTTTTTTGTG AACGCATTTT TGGTACTACA 14160 AAGGAATGGG AATGCTTTTG TGGAAAGTTT AAGTCAATTC GGTACCGGGG TGTTATCTGC 14220 GATCGGTGCG GGGTGGAGGT AACGCATTTC AAGGTTCGCA GGGAGCGCAT GGGGCATATT 14280 GAGCTTGCAA CGCCTGTTTC TCATATTTGG TACTACCGTT GTGTACCAAG TAGAATGGGT 14340 TTGTTACTCG ATCTACAGGT GAnTCgCAtG CGTTCTGTTT TGTACTATGA GAAGTACATA 14400 GTTATAGAGC CgGGCGACAC CGATTTAAAA AAGAATCAGT TGCTCACTGA AACTGAGTAC 14460 AATGaCGCGC AGGAGCGCTA CGGTGGCGGC TTTACGGCGG GAATGGGAGC GGAGGCTATC 14520 CGTACCCTTT TGCAAAACCT TGACCTTGAC GCGCTTGTTG CACAGTTGCG TGAGAAGATG 14580 ATGGAGAAGG GTGCGAAAAG CGACAAACGC TTGCTGCGTC GCATAGAGAT CGTAGAAAAC 14640 TTTCGGGTGT CGGGAAATAA GCCGGAATGG ATGATTTTGA GCGTTATCCC GGTGATCCCG 14700 CCTGATTTGC GTCCTATGGT GCAGCTCGAC GGAGGGCGTT TTGCTACCTC AGATCTCAAT 14760 GACCTGTATC GGCGTGTGAT CCACCGCAAT AGCCGTTTGA TTCGGCTCAT GGAACTGAAG 14820 GCGCCGGATA TCATCATTCG GAACGAAAAG CGCATGTTGC AAGAGGCAGT GGACGCGCTT 14880 TTTGATAATT CTAAGCGCAA gCCCGCGATT AAAGGTGCGT CAAACCGGCC GCTTAAGTCT 14940 ATTTCTGACA TGCTCAAGGG GAAGCAAGGG CGTTTTCGCC AGAATCTTTT GGGCAAGCGG 15000 GTCGACTATT CCGGGCGTTC GGTTATCGTA GTGGGGCCTG AACTTAAGTT GTGGCAGTGC 15060 GGGTTGCCTA CAAAAATGGC GCTTGAGCTG TTTAAGCCCT TTATTATGAA AAAGCTGGTT 15120 GAGAAAGAAA TTGTCTCGAA CATCAAAAAG GCAAAGATGC TCGTGGAACA AGAGTCGCCG 15180 AAGtATTTTC GGTGTTGGAT GAAGTGGTAA AAGAGCATCC AGTTATGCTT AATCGGGCGC 152 0 CGACATTGCA TCGATTGGGC ATTCAGGCTT TTGAGCCGGT GTTGGTGGAG GGGAAGGCGA 15300 TTCGTCTTCA TCCGCTTGTG TGTAAACCTT TTAATGCTGA TTTTGATGGG GATCAAATGG 15360 CGGTGCATGT GCCGCTGACG CAGGCGGCAC AGATGGAGTG TTGGACGCTC ATGTTGTCGA 15420 ATCGCAATTT GCTTGACCCT GCAAATGGGC GCACGATTGT GTATCCATCT CAGGACATGG 15480 TTCTGGGTTT GTATTATCTG ACAAAGGAAC GCTCTCTGCC GGAGGTGCTC GTCCTCGCCG 15540 TTTTTCCTCG GTGGAGGAGG TAATGATGGC TGCGGAAAAG GGGGTAATCG GCTGGCAGGA 15600 TCAGATTCAA GTGCGATATC ACAAATGTGA TGGTCAGCTT GTGGTCACTA CCGCAGGAAG 15660 ACTTGTGTTG AATGAGGAAG TTCCCGCAGA GATTCCTTTT GTCAACGAAA CGCTTGATGA 15720 CAAACGCATC AGGAAATTAA TTGAGCGGGT GTTCAAGCGT CAGGATTCTT GGCTTGCGGT 15780 GCAGATGCTC GATGCACTGA AAACTATCGG TTATACCTAC GCGACCTTCT TTGGTGCAAC 15840 GCTCAGTATG GACGACATCA TCGTGCCTGA GCAGAAGGTG CAGATGCTCG AAAAGGCGAA 15900 CAAGGAAGTG CTAGCGATTG CGAGTCAATA CCGCGGGGGG CACATCACGC AAGAGGAGCG 15960 TTATAATCGC GTCGTTGAGG TGTGGTCTAA AACAAGTGAG GAGCTCACTT CGCTCATGAT 16020 GGAAACACTT GAGCGCGACA AGGATGGATT TAATACCATT TACATGATGG CTACCTCAGG 16080 TGCGCGCGGG AGTCGCAATC AAATCgCCAA CTGGCGGGAA TGCGTGGCTT AATGGCAAAG 16140 CCGAGTGGGG ATATCATCGA ATTGCCTATT CGTTCTAATT TTAAAGAGGG ACTCAATGTC 16200 ATTGAGTTTT TTATTTCTAC CAACGGTGCA CGCAAAGGGC TCGCAGACAc TGCGCTAAAG 16260 AcCGCTGATG CGGGGTATTT GACACGTCGT CTGGTTGATA TCGCGCAAGA TGTGGTGGTG 16320 AACGAGGAGG ACTGTGGTAC CATCAATGGC ATTGAATATC GCGCGGTGAA GTCCGGCGAT 16380 GAGATTATTG AATCGCTTGC TGAGCGCATC GTAGGAAAGT ATACACTTGA ACGTGTAGAA 16440 CACCCCATCA CCCATGAACT GCTGCTCGAT GTGAACGAAT ACATCGACGA TGAGCGTGCA 16500 GAAAAGGTGG AAGAAGCGGG CGTGGAGTCA GTGAAGTTGC GCACCGTGCT CACGTGCGAA 16560 TCTAAGCGAG GAGTGTGTGT GTGCTGCTAC GGGCGGAATC TTGCACGCAA CAAAATTGTA 16620 GAAATTGGGG AGGCGGTTGG GATTGTAGCC GCTCAGTCCA TTGGTCAGCC GGGTACGCAG 16680 CTGACAATGC GCACGTTCCA TGTTGGGGGT ACGGCAAGCA GTACTACGGA AGAGAACCGC 16740 ATCACGTTTA AGTATCCCAT ACTGGTAAAG AGTATTGAGG GGGTGCATGT GAAAATGGAG 16800 GATGGCTCTC AGCTGTTCAC GCGTCGGGGG ACGCTCTTTT TTCACAAAAC TCTGGCAGAG 16860 TATCAGCTTC AAGAGGGTGA CAGCGTGCAG GTGCGTGACC GCGCGCGGGT GCTAAAGGAT 16920 GAGGTTCTCT ACCACACCAC CGATGGGCAG ACGGTGTACG CTTCGGTGAG TGGTTTTGCG 16980 CGTATAATCG ATCGAACCGT GTACCTGGTA GGGCCTGAGC AAAAGACGGA AATTCGCAAT 17040 GGTTCTAATG TAGTAATCAA GGCAGACGAG TATGTGCCGC CCGGAAAGAC CGTGGCTACG 17100 TTTGATCCGT TCACTGAACC TATTTTGGCA GAGCAGGATG GCTTTGTGCG GTACGAAGAT 17160 ATTATTTTGG GCTCTACGCT CATCGAAGAG GTAAATACTG AAACGGGGAT GGTGGAGCGC 17220 AGGATTACGA CGTTGAAAAC AGGAATACAG CTTCAACCGC GGGTATTCAT CTCTGATGAG 17280 TCGGGGAATG CGCTGGGTTC GTACTACTTG CCAGAGGAAG CGCGCTTGAT GGTTGAAGAA 17340 GGCGCGCaGG TGAAGGCGGG TACGGTCATT GTAAAACTGG CAAAAGCAAT TCAAAAGACA 17400 TCGGATATTA CGGGGGGGCT GCCGCGTGTT TCTGAATTAT TTGAAGCGCG GCGCCCTAAG 17460 AATGCGGCTG TCTTGGCACA GATTTCTGGG GTTGTGTCGT TCAAAGGACT GTTTAAGGGT 17520 AAGCGTATTG TCGTGGTGCG TGACCATTAC GGGAAGGAAT ATAAGCACCT CGTGTCCATG 17580 TCGCGTCAgC TTTTAGTACG TGATGGAGAT ACGGTTGAGG CAGGCGAACG CTTGTGTGAT 17640 GGTTGCTTTG ATCCCCATGA TATCCTGGCA ATTCTGGGTG AAAATGCTTT GCAAAACTAT 17700 TTGATGAATG AGATCCGTGA CGTGTATCGT GTGCaGGGTG TTTCAATCAA TGACCAGCAC 17760 ATTGGTTTAG TGGTGCGGCA AATGCTACGA AAGACAGAGG TTGTCTCGGT TGGGGACACG 17820 CGTTTTATCT ACGGGCAACA GGTGGATAAG TACCGTTTTC ACGAAGAGAA CCGTCGGGTT 17880 GAAGCGGAAG GGGGGCAGCt GCGGTTGCGC GCCCAATGTT CCAGGGTATA ACGAAGGCGG 17940 CGTTGAACAT AGACTCTTTC ATATCTGCGG CATCTTTCCA AGAAACGAAC AAGGTGCTCA 18000 CCAATGCGGC GATTGcAGGC TCTGTTGATG ACTTGTGTGG GTTGAAGGAG AACGTCATTA 18060 TAGGGCACTT AATTCCCGCA GGTAcGGGGA TGCGGCGTTA TCGTCAGGTG AAGCTGTTTG 18120 ACAAGAACAA GCGGGATCTT GATGTGCaGA TGGAGGAAGT TATCAGGCGT AGAAAACTTG 18180 AAGAGGAGGC GCTTGCCCAG GCAGTTGCGG GTATGGAAGG GGAACCTGAA GGCGAAGCGT 18240 GATGGATTGA CCTGGTTTGG CTATTCTGAG TATCCTAGTC CGCGTGTGCT GTGTGCGGCA 18300 AGGTTTACGG TGTTGAGGAT TTTTTTGGGG AAGTGAGCGA AAAGAATGCC GACAATTAAT 18360 CAATTGACGA GGATAGGGCG TAAGGCGGTT TTTTCTCGTA CGAAGAGCCC TGCGTTGcAG 18420 GCTTGTCCgC AGAAGCGCGG AGTGTGTACG CGTGTGATGA CAGTTACGCC AAAAAAGCCG 18480 AATTCTGCTC TGCGTAAGGT GGCGCGTGTG CGTCTAAGTA GCGGGGTTGA AGTGACGGCG 18540 TACATTCCCG GGATTGGGCA TAATTTGCAG GAGCACTCGA TTGTGCTGAT TCGCGGTGGA 18600 CGTGTGAAAG ATTTACCTGG AGTACGTTAT CATATTATCC GGGGGGCCAA GGACACTCTT 18660 GGCGTGGTGG ATCGTAAGCG CGGTCGTTCA AAGTACGGGG CTAAGCGCCC TCGCGCGTAG 18720 GGGCTGGGGA GAGGAGTTGG TATGGGGCGG AAGCGACGGG TGTCGCGTCG GGTACCGCCG 18780 CCTGACGCGC GGTATAACAG TGTGGTGTTG GCGAAtTTAT TTGTCGAATG ATGCTGGCGG 18840 GTAAGAAGGC AACTGCGGTG GGTATTATGT ACGATTGTCT TGAACGTATT CAGCAAAGGA 18900 CTGGTGAGGA GCCTCTTCCG GTGTTCACAA AAGCGTTAGA GAACGTAAAG CCTGCAGTGG 18960 AGGTTAAATC GCGGCGGGTT GGTGGTTCTA CCTATCAGGT GCCGATGGAA ATTCGGGAAA 19020 CGAGGCGTGA GGCTTTAGGT ATGCGCTGGA TTATCGGTGC AGCACGCAGG CGCACGGGAC 19080 GTGGCATGTC GGAGCGACTT GCAGCAGAGA TCCTTGATGC GTACCACAGC ACGGGAACTG 19140 CCTTTAAACG TAAAGAGGAT ACGCACCGCA TGGCAGAGGC CAATAAGGCT TTTTCGCACT 19200 ATCGCTGGTA GATACGCGTC TCTTCCTGGG GCGTTTGTTG CAGGGGCGGT GTCTGCCCTT 19260 GGCAGGGGTG TTTTTGCCCT CGTCCTTTCT CTTGATTCAT CTGGACGTCG GTTTTGGGTG 19320 GCGTGCTCTT GTGCGCCTTA TCAGCATAAA CGGAGGGTCC ATACGGTGGG GGGGCTACTC 19380 TCGGATCCAC ATAATTTTGC GCGCGCGTGT GCCCTCTTTC GTGGAATTTT CCGCAAGGGA 19440 AGAGCGCTCG GGGGTGGTTC GCGCAAAGCT TCAAGTGCCC TGT 19483 (2) INFORMATION FOR SEQ ID NO: 43: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 4724 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 43: CCTTTTTTCG ATCTGTCCAA TATGAGTGGT TGGACGAGCG GACATTTTGT GGAAATGGAA 60 TCCGCTCTGT CTGAGTATAA AAAGTCAAAA AAnCCGCTCT ACGTTTTTTC TACCTCTTAC 120 AGTTTGGCTG ACTATTACAT CGCCTCTTTT GCTGATGAAA TTATCCTTGA TCCGATGGGG 180 TCTGTGGATC TGTCGGGCTT TTACACGGAA ACTCTCTTTT ACGGAGGTAT GGAGGAAAAG 240 ATTGGGGTGC GTTGGAACGT CGTGCATGCT GGGGTGTAnA AGGGCATGGC TGAGATCTTT 300 TCTAGGAAGG ATTTTTCTCC TGAGGTTCGC AGAAATTATC AGTCTGTATT TGCGCGTCTG 360 TGGCAGCAGT ATCTCAGTGA TGTTTCGCGT AATCGAGCAC TAGAGGTGCA GCATCTTGCC 420 CGTTACGCGG ATCGTCGCCT TGAGCTCCTG CAGAAGTATA ACGGAGACGG TGCGCGCACC 480 GCATTGGCGG AAAAGTTAGT AACGCGCGTA TGTTCCTACG ATGAAGCTGG CGTTGCGCTC 540 AAATTTTTAA AAGAAGACGA CTACGAATCT GCAAAAAATT TCGTTGGTCT AGACGATTAT 600 AATCGTGACC GTGCACAGCG GCAGGTGCAG GATCAGGTGG GGATTATTCA TCTTGCAGGA 660 CCGATTGCTG CACACAGGGA TACGGAACTC GGCGGAACGA TCAGCGACGA GGTTAGTGCT 720 TTGTTGGATG TCGCGATGAG TGATCCGGAT ATTAAGGCAG TAGTGTTGCG TATTGATTCC 780 GGTGGGGGAG AGGTGTTTGC TTCTGAACGT ATCCGCCGCG CGCTTGCGnG GGCAAAGCGT 840 CGAGGCAAGA AGCCAGTGAT AGTATCGATG GGTGCGATTG CTGCGTCTGG TGCGTACTGG 900 GTTGCTTCTG CAGCCGATTA CATCTTCGCA TCCCCCTATA CCATCACTGG TTCCATAGGG 960 GTGCTTTCGG TACTACCGAC ATTCGAAACG TTTTTAGAGC GATATGCGGG GATCACTGTC 1020 GATAGCGTAC AGGTGCACGG CGTTCGCCAA CCTTCTTTGC TCAGGAGTGG AACGGCTGAA 1080 GACACCGCGC GCATGCAGCT TGATGTGATG GCGACGTATC GTACTTTTCT TTCGGTTGTT 1140 TCTGCCGGGC GTAACCTTAC CCTTGATCGG GTGGCGGCGG TTGCAGAGGG TAGGATTTAC 1200 GCGGGGGAGG ACGCAtTTCC CTAGGCTTGG TTGATGCGCT AGGCGGACTA GATGAAGCGG 1260 TAGCACATGC AGCGAAAGAA TCACATTGCA GGCAGTATTC GGTGAGAGTT TTGAAGCGGA 1320 CCsCACGTAC GGTGAAGAAT TTCTGCAGTC CCTGTGGGAT GTCCTGCAGA AACGAAtCTT 1380 GCTTTTGGAG AGCGTGTGAT CATTGGAGAG TTACTCCAGC TTGACCTAAG CAAGGGCACC 1440 TACGTATATG AGCCGCTGCG CTTGCATTGG CGTTGACGGG CACTGCTACG CTTGATCGAG 1500 CGCACGTnGT TTGCTACGGT TGGCGCCGGT TTTTGGGGAT GTAGCTCAGT TGGTTAGAGC 1560 GCTTGCATGG CATGCaAGAG GTCAGGGGTT CGATTCCCCT CATCTCCATC GCCGTGTGTG 1620 AGGGAGGGGG TGTGTCTGAT TTAGGTTTAG ATCCGGATCT GTTAGCTCTG CTGCAAGATA 1680 CGCCGCAGGt GTGCCGTCTG AGCATTCTTC TGCAGGGAAG GGTACAGCGA TGTCGCCTAc 1740 CGGGACGCGA GATCCGAGTG ACGTTGATCT TTCTGAGCGT AgTTTTCCCT TGGTTACTGA 1800 GTTTCAAAGC AAGACCCCGC ACCAGTTTTT TGAGTCAGCA GAGTTTTATA AACGTGTCGT 1860 TTCGGATGAG TTGGAAGTTG GGCAGCGTGC GCATGCGGCT TTGGCGCGCT ATTTGTCCAC 1920 CACTGACTTA AAGGATCGCT CTGTGTGCCG GCAGCAGCTT ATTAGCAGTT ACTGGCAATT 1980 AATGGCACAG ATATCGGGGA AAATCGGCGG TGGGTCGGCG TGCATGGAAA AGCGTTACGC 2040 ATTGCGCTAT GGACTGTTGC TTCCTACCTT GTTGACCGCA TCCCAGAAAG ATATCTTCGC 2100 GCGGATTATT GAGACGAATA GTTTGCAGCA GCCTCTTTAT TATCTGGATG AATGGCTGAT 2160 TGCGATTGGT TCTGGAAAGG TTCGCCCTTC AAGCACCGAC GAAgTGCAAG TAAAAAGGAA 2220 AGACGATGTC GCACGCGTAC GGCAGGCGTA TGATAAAGCG TGCGGGCAGT TGCAGAGTTC 2280 TGAGCGTCTG TTGCAGGTGA GGTCGGCGGA gcGTGCCCGT GTGGAAGAGG AGGTGAAGAA 2340 CAGAATTTCG CGTCTTTTCG TGCACGAATC CATTGAAGGT CTCCCTGGGG TGACAGCAGG 2400 TTTCAACGAG GCGCAGAAGC AAGGAATCTC GGAGATCCAT GAATTGTTAA AAAAGTTGTT 2460 GGGTATAGAT CGGGAGTTTA ATGGGTTATA TGCGGGCTAC CGCGCTTCAC AAGACGCAgT 2520 GCATTCCCTG CGAGAGAAAC TAGATGCGCC CAATGCGGAG AACAGTTCAG CAGTGAGTAC 2580 GGAGTACGAT aCCGTGCGCC AAATGATAAA GATGAGCTGC GGGCGCCAGG GCAACCATTT 2640 CCCCCTCTTG TCCAGAGAGT ATTTCCGTTC TGCGGAGCAT GAGATTGGCA CGCGGGAAAA 2700 TGTATTGAAA ATTATGGCTT GGATTGAAGG TCTGGATCCG GAAGCGTATT GCCGTCAGTA 2760 TAAGCAGCAG GTAAACAGGA TTCCGCCATT CGTGGTGCTG TTGCCTTCTT ATGGGGACAT 2820 AGGATTTTGT TGGGAGCCGT TTGATCGTTA CAATCGCGTG ACAAGCCGTG GACGCGTTGC 2880 GtGCCTATGT ATGGAAGGAG CTTGAAGCTT GCAGTTATTA CCGCGACGGC GGATTTACGT 2940 TGGCAGGTTG CAAAGGAAAA GGCTTCGTAT TACTGGATGG AAGAGGGCTT GACGGGGAAT 3000 TATTATCAGT GGTTTCAACC CCAAAAATTA AGGGGTGATG TAAAGGAGTA TTTTATTGCC 3060 GATTACACGA CCTGGCTCCT GAAGGAAAGC GAGGGCATCC AGAAACTGGA CAAAGAGGTC 3120 CGCAATGTCT TTTGGCGCTA CATCCCCTTT CCCCAAAAAA TCAAAGACGA ACTCAAGACA 3180 AAGTCCTTTG TGTACCAAGA GCTTTGTCAG AAGGACGCCA ATCGCCAGGT ATCTGACGGC 3240 TATTGATAGT TTCTCCTGAA TCGGTTGGTG TCCTGTCATG AGGGGATAGC TTGTGCGCCG 3300 GTGTCGGGTG TTCGTTGACC GAGAAGGGTC AGGGTGTTTT TnAAGCTtys CTCTCGCGCG 3360 ATTGATGGGC AAGTCTACTG CAAGCAGGCG TGCGAGGTAG ATCCCATAGT GAGGATGATC 3420 CTCAATCAGT GAGATGAACT TCATCTTTGA TATCTTTACC AGTGTGCCTT CGCCTACTGA 3480 TACAATCGTT GCAGAGCGCC GGTTGTTGAG CAAGAACGAC ATTTCCCCGA TGAATATGTC 3540 TGATGGGGTC AGCATGGACA TGAACTTGTT ATCCACGTAC ACTGCGAATT TCCCCGACGA 3600 AATGTAGAAA AGGGAACTGG ATTCTTCGTT CTGGTAACAT ACCACCTGGG CATCCCGGAA 3660 CGTTAGTACC TGTTGGTTTT TCAAAATTGA AGGCACAAGG TTCGCGACGT TTTCCTGGTT 3720 GTCAATTTCA AACGTCACCT CGTTGCCCAC GTCGTTATAG CTGAGCCTTT TGACAAAAAT 3780 TTCTGTCATT TTTATGCCCA TACCGTGTAG ACCAGGTTTG CACGCGCTTG CCATGCGGCT 3840 TTTCCAATCA AAGCCTGTGC CTTCGTCACG AATGGTAATG CGTGTACGCT GCAGTGTAAT 3900 GTCATAGGAA ATATAGATTT TTTTCgCGCT AATGCGCGGG TCCtGcTTGC GCAGAGCAAT 3960 CAAATCAAAG ATATCCTTGC GCTGTTCGAG CCaCTCTGTT TTTTCGTCGT AGCTAATGCC 4020 GCAGTTTCCG TGCTCCAGTG CATTGAGTAA CAGTTCCATC ATTGCGCCTT CAAACGAAGT 4080 GCGTTCAAGC TCATTGATAC GGTTGGTATT GTACAGGTAC GAACTAATCA AGCTGGCGTA 4140 AAAGGTAATC TCAAAGGAAT CGGTGTCGCA GATAAAATTT CCCTGCTCGT GTCCATGTGC 4200 TTGGTGCACG AGGCTGCGAC TAGAAAGAAA GTGTCGGTTT CTGTCCACGA TTCGCACAAC 4260 CTGGGAGGCA TGCGCTTCAA ATTCCTGCCG CGTGGAAACT GAAAGGAAAT TCGGGTCTTT 4320 GCGATTTACG ATTTTTATTT TTTCTTCCAT CGAGTTAGTG ATAGCAATCA CCCCACCAAA 4380 TAGAAGCCAA GGATCATCCT TTATAATTTT TAAACACGCT TCGCTGTCGA CGTTTGGGTC 4440 ACCAAAATCA ATAATCTTAA TCTCAGGCAT CTCGAAGCGA AAAACGGATG CTATCTCATT 4500 CAGACGAGAG AGCGTCTGAA TGTGTATATC CACGCGTTCT CCAGTACACG CACCGTTAAg 4560 GCAGATATGG TAGACGTAAC CGTACTGATA AGAGGTATTT gCTCATACTC ATAATCCTTg 4620 TTATAGAAAT CGAGCCACGG TAATCATCGG TTGACTTATC ATcGAGAATG AGATCTGGcT 4680 ACGCATTAgG TA ATCGTGT GGGGGCATGC GCnTGGGAAC AGGC 4724 (2) INFORMATION FOR SEQ ID NO: 44: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 14822 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 44: TAGCCTGCCG TGGCGCACCC CTGCTTTGCT CCACGCCGCG CTCTTTACGT TCCCCGCACA 60 CATGCGCTAC ACTCCCCGCC ACCGCCGCAG GcAGGGCCCC GTGTTACAGG ACCTATCCGC 120 AAATGCCCGT AAGTACTGCT CGAGCTCGGT CAGACCGTTG CGCGTGAGGC TCGCGCCTCG 180 CTCCTTCAGC CAGAGCACAT TCTGCTCGCC CTCATTCAGC ACAAAGTAGG CCGCGGCTAC 240 AAGCTCATCG AAAAACTCAT TGAAGATGTC GCTACCGTCC GCCTCATCCT CGAGCAACAC 300 GTCCTTACCA ATGAGGGAGA CGTCGCCAGT CCCCAGGACC TGCCCGTCTC AGGACGCGTC 360 AAACACTTGC TCGACATCGC AGCAATGGAA GCACGCTCCc TGCGGTGCGC TTACATCGGT 420 ACCGAACACC TCGTTATCGC CTTTGCCCGA GAGGAGCAAA ATCCTCTCTT CCAAAGCCTC 480 ATCCGAGAAG GACTCTCGCT CGATGACCTG CGAAACGCGA GCATTATATC CTCACCTCAT 540 TCTGATACCA CCCGCACCCG GCTCGAGCGG AAAGTTGCAA GTGTCCTTGA CGAATACGGC 600 ACCGACCTTA CCGAACGCGC GCGCGCCGGC GCCCTCAATC CGGTCATCGG ACGAAACAAA 660 GAAATTACCC GCGTCATTCA AATCCTGTGC CGGAGAGGAA AAAATAACCC GGTGCTCATC 720 GGAGAGCCAG GTGTCGGGAA AACTTCCATC GTTGAGGGGC TCGCGTACGC CATCGTTCGG 780 GAGGAGGTCC CGCACATCCT GCTGCACACC CGCGTCGTTT CCCTAGACCT TGCCGCCGTC 840 ATAGCAGGAA CAAAGTACCG CGGCCAGTTT GAGGAGCGGC TCAAACGCAT TATTAAGGAG 900 GTGGAAGAAA CTGAAAAAGT CATCCTTTTC ATCGATGAGC TGCACACACT CATCGGAGCA 960 GGAGGCACGC AGGGGTCTTT GGACGCCGCC AACATGCTCA AGCCGGCCCT TGCACGCGGA 1020 CAAATCCAGT GCATTGGGGC AACAACCCTG GCAGAGTATC GCCGTTACTT TGAAAAAGAC 1080 GCAGCTCTCA CCCGCCGATT CCGATCGGTG CTCGTGCGTG AACCGAGCTT TGAAGAAACC 1140 TGCACTATTT TACGCAAAAT AAAATCACAC TACGAACGAC ATCACCAGGT GATATACCAA 1200 AGCGATGCGC TTGAAAAAAT TGTTGAGCTT TCACGGCGCT ACATCCCTGA GCGGTTCTTT 1260 CCAGATAAGG CAATTGaTCT TATGGATGAA GTAGGAGCCA TGAAACGGGT ACAACAGCGC 1320 GCGGATACGC AGGTATTGCG TTCCTTTTCC ATAAAAGTTG CTAATCTTAC CACAGAGACT 1380 GAGCGCGCCA TTGCGCTTGA AGATTGGGCG CGCGCGCGTT CCTTACACAC CGATGTGGTG 1440 CAGCTGcGCA GACGGCTCCA CGCGCTGAAG GTAGAGTGGA GCGCGCGCGA AgyGcgTCTA 1500 TCTTTGcAGA AGATGTTGCA CAGGCTGTCT CTCTCATGAC CGATATCCCG GTACATTCGC 1560 TCGAAGGGGA TGAGCTGTGC CGCTTTACCA ATATCGAACG GGATCTTTGT GCCACCGTGC 1620 GTGGGCAGCG CGAGGCCATT GCAACGCTCG CGCGCGCTAT CGTACGCGCG CGTGTCGGCA 1680 TCTCTTCAGA CACGCGCCCC ATTGGCTCCT TCCTGTTTCT TGGACCGACC GGTGTAGGCA 1740 AAACGCTCTT GGCAAAGACA CTCGCGGAAT TTCTTTTCGG TTCAGCAGAC GCGCTCATCC 1800 GCATTGACAT GAGCGACTAC ATGGAACGCT ACAACACCTC ACGCCTCATG GGAGCACCGC 1860 CTGGATACGT GGGATTTGAA AATGGCGGTC TACTTACCGA GCGCGTACGG CACCGCCCTT 1920 TTTCTGTCAT CCTTCTGGAT GAAATTGAAA AGGCGCATCC AGATGTCTTC AATGTTCTCC 1980 TCCAGGTGTT AGAAGAAGGA GAGCTGCAAG ACAACCTGGG GCACACGGTG AACTTCCGCA 2040 ACACTATCAT CATCATGACC AGCAATGCAG GCACACGCGG CCTGGGGGAA AACGTTCCTG 2100 GCTTTCAAAC CGCACGCGCG CGAAACATCG AGTACCGTCA GcTGCGCGTA CAGGCCcTCC 2160 GGGAAATAAA ACGCATCTTC TCTCCGGAGT TTCTCAATCG CGTTGACGAG TGCGTAGTGT 2220 TTGCTCCGCT TGAGCGAGAG ACCCTGCAGG AAATTTTAGA ATGCGAACTG AAGAAGCTCG 2280 CAGAACGCCT ACGCGGTAAA GATATTGTGC TGCGCTACAG CGCGGCTGCA AAGGCCTACT 2340 GTCTTGAACA CGGCTTTGAC CCATTCTTGG GCGCACGCCC CtGCGCCGCG TATTGCAGCA 2400 AGAAATTGAA AATGAGCTTG CGcTGCGCAT GATTCACGGA ACGTTGCGCG CAGGATCGTG 2460 CGTGCACATA GACTCAGACG GCGCGCGCCT CCACCTTTCT ACCGAAAAAA GTTACCTGAC 2520 GCTGCATCCC CAAGAAATAT AACTAATCAG TCACACGCGC CCGTATCTCC CGTACCTGCA 2580 GGTCACTTTC CCACACAGAG CTTCTCAAAC AGCGCATCTA GGATATCTTC GCTGTGCACT 2640 TCTCCAGTAA GCGCCCCACA ATGATAGAGC GCCTCTTCCA GATCGTGCAC CACTGCATCC 2700 AACCCGAACC CACGTGCATA CGCCTCCTGT GCATGCTCCA ACGCCTGCAC TGCGGCGTCT 2760 ACCAATACGT ACTGGCGTTC TGAGCCAAGA GAAAGCTCCT CGTACGGCAC CTGACCGCCG 2820 TGCAGCAGGT GGAGTGTCTG TGCACGGAGC GCGTCCAACC CCGCGTGAGT CTTTGCGCTT 2880 ACACACACGA ATGcgCGCGG CGCACGATCC CTCACCTCCC CGTTCTTTCC CCCTGCTAAA 2940 CACTGCTCCC CCGCCCCGCG CGCGTCCTGA CTGCGCGCAC ACGACAACAC CGGTGCCGAT 3000 ATAAACGGCT GCACTGCCTG ACACACCTGT ATGCGCTCAG ACATAGACAT CAAATCGTTG 3060 TGGGTAACTA CCACTACCAA GGGTACTGCA CAGTCCGAAA GAAAAGCGCA ATCTGCAGCC 3120 TGCACACCTG CACGTCCATT AATAATGTAA AAAACGCAAT CTGCTCCCTG CAAGAGTTGC 3180 TCGCTGCGTA CCACTCCCTG TGCCTCAATA GGATTGTCAG TTACTCGTAA GCCTGCCGTA 3240 TCACACAGAC GCACTGGAAT GCCCGmTAGA TCAAGGTCTG CTTCAAGCCA ATCGCGCGTT 3300 GTACCCGGAA CGGACGAAAC GATGGCACGA TCCTGTCCTA AAAGAGCGTT GAAAAGAGAT 3360 GATTTACCCG CATTTGGACA ACCGCCGAGC ACGATGCGCA CTCCCGTTCG CTGCAGCGCA 3420 CGCTCCTGCC AGCAGGCACG GAGCCTGCGC AGACGTTCTA CCAACGGTTC AAGTTCACGC 3480 ATATCGATAT CGTGCACACG CGTTTCTTCA TCTTCCGGAT ACTCAATTTC CCCCTGAAGC 3540 GTGGCTGAAA ACGCGAGTAA CGCACGGGTA AGCGCTGCTA TCTCCTGCTG CAGCGCACCT 3600 GAAAGtGmAA CACCGCTTGC TGcTGCGCCG CACACGTGCG TGCATCAACT AGTGACTGAA 3660 TCGCCTCAAT ACGCGTCAAA TCCCTTTTAC CATGAAAGAA TGAACGAAAA CTAAATTCAC 3720 CTCGCTGGGC GGCACGGAAC CCnTGCGCAA GACAGAGCCG ATACACAGCC TGTACGGTAC 3780 GCACGCCCCC ATGACAAATA ATTTCTACCG CATGTTCTCC CGTAAAACTG TGCGGTGCGC 3840 GGTACACCAG CAGTACTACC TCATCCACCC GTGTCTTTCC GTCCAAAATC CATCCGTGGA 3900 GAAACGTATG CGCACGTGCG CGCGTCAGAG CCTGCGCACG AGAAAAAAAG GACGCAACAC 3960 GCTCAATGGA GCTGCTCCCA CTCGTGCGGA CAATACCTAA CGCGGCAGGA CTGAGCGCCG 4020 TGGCAATGGC GACGATGTCA TCGTCGAGCG CATACTCATG TGCGCGCATC AGCTACCGTT 4080 CCCTCACGGC CGTGGGCGCA GGTGCGTGAA AAGGCAAGCC GCCTGCAAGT CCCACACGGA 4140 GAAAAAGCAG CGGCACCACT CCCGTACTCA GGGAAGCTCC TATACCATAA CGCACAAAAC 4200 GCAACAGGCG TGCATACTCA GCGGGCGCAC CCGAGAACAG TGCATGAaGC GCAGAaGACA 4260 CCACACTACA GAACACACAC CCTACGCAAA AGCGCACCAC CTTCTGGGTG AAAGACCCCC 4320 CAGCAGCATG AAACCCCACG CCGcCTGCAG GTGCCCTGCG CGTAACCCAA CGATCAAAGA 4380 TAAAGAGGTG CCCTGCTCCT AACCCGCAGA ATGCACCACA CATCGACACA TCCGCCCCAC 4440 CGACAGCTAG CAAGAGTGCT ATGCACACCA mGGCAGAAAA GCGCAACCCC GCAAAAtGCG 4500 TCCTGAGACC TCCTGTATGC GCGTAAAGAA CACAACCCCA CGCCTGAGCG CGCGCCGCAT 4560 aCCGAGAATC AGCGCGCCAA AAAGTACTGC GTTTAACCAA CCAAGAAGCA CATCAATAGG 4620 ATAGTGCACG CCCAAATaCA CACGAGAAAG CCCAATGACT CCTACAAATA GCACGCCCGC 4680 CACGCCCGTC CATGCAGTGC GCGCCAGCGG GtaCGCTCCT GTCCATAAGA CGACGGGTTC 4740 TCCCGATCCC CTACCTGCCT ATCGGTTCCA CAACCTGGCG CACAAAAGCA GGGAACAGGA 4800 GTCTTCGCAG ACGGATAgcT ACGCGCGAGC AACACAAACA AAGCACTCGC CTGTGCATGC 4860 CCGGAGGtGT AGAAAAACCA TCGTGGAACA CAAGTTTCAC CGACGGGTCA CGCACAAAGG 4920 GCCGCGGGAC ACGCAACAGC CCCTTCAGGG CGTAATTGAG CCCCTCGCTA CATGCCAATG 4980 CGTAGGCAAT GGCTAAACCC TTTCGGTACT CTACGCACCA CAGCACCCAG AGCGAACACA 5040 GGGCGATACC CTTCCCTCCA AAGAAGGTAA AAAGAACAAC CGCGTGTGTT ATCACAGGGT 5100 GCGCAgCCTG cTGCACCGCG TGTATGACGG ACAAGTTCCA GAATATAAAT TCTTCCATGG 5160 TGTCCTATCC TCACTTTGAC ACGCGCGTCT GCATCGATCC GCGCTCCGTC CTGTGCGGCA 5220 GATCCTCAAG CCAATAAACT CTATCCGGAG CGCGCTCCTG CACAAAAATG gCGCTGTAGC 5280 GCCCTGaATG CTGCACACGT ACGCTGCCAG GAAAATACTG CGTGTGCAAA AACCACACAA 5340 GATCGCACAT ATCGTCGCGC GAATGgAAAc CGAGTAACGG TAGTAGAGCG TTGCATCGGT 5400 AAGCAGCGCT CTGCgCTGGa TCTGCTGTCT CATGCGGGTC AACTGCTGCG CGTACATTTC 5460 CCCGCAATCC CCCATACCAC GCGTGCGCCG CAGTCAGGAG ATTAAGCGCG CGCGCTTCAT 5520 CCATGTAGTA CAACTCGTAC ACACCTGACA CTGCAGGTAC CGCAGTAGAA ATGCGATACT 5580 TGTCCACCTG GGTGAGTGCC GACCACGTTA GCACGTACAG AACCTGCTGC GGGkTTCCCT 5640 CAGGAACCCC AACGGGCGcA GGTCTCAGTT GCTTAGTGAT CAACGGCTCC AAGGACTGCA 5700 TGTAACGCAA ACTCCGTGAC AATACAAAAC TGGGAAAAgA GAGAAGCACC CGCCAAGACA 5760 CGCGCAGGCC GAAcGAAGGC GCCGATCAGA AtCGAACTGA TGCATAAAgG TTTTGCAGAC 5820 CTCTCCCTTA CCAaTTGGGc ACGGCGCCGA GGACCCCTCA GGCTAACAAA AAAAGACGCA 5880 ATCGTTCAAG GGTAAACCAA CCGATACTCC AGGCACGCTG TGACCTTGCG CAAAGGGGAT 5940 TACCATGGAA AAACAGTCAC CCGCACAAAC TATCTCGCTC TTCGTGCTCC TCGCGCTCAT 6000 GTTTGTACTC GTGTGCATGC TGTTCGTACC CTACtAACGG TGCTTCTCTG GTCGAGCATC 6060 CTTGCTATCC TGCTTTCACC GTGTTATCGC gCACTGTGTG CaAGAATAGA TATGCaTGCT 6120 TTTACGCGTA CTCGACATCT CGTTTCTCAC ATGAATGGAG AGGATGGATG TACCGCGGCG 6180 ATTACCCGAG CGACGCGCTT TCAAAAAAAG ATGCTCGCAG CGGTATTTTC ACTTGTGATT 6240 ACCCTTCTGG TGACCACTGT ATTTTTTTTC ATTGCAATTA GTTTGTTTGG ACAGGGAAAG 6300 CTCTTGTTTG ACAAACTTTC GCTCTTCTTC AGGGAATACG ATCTATTTGA AGGTGCAAAG 6360 CAACGGAGCT TTACCGCGCT TATTTTTAAA CTTTCCCGAG GAACGGTTGA TATCTCTACC 6420 CTCAATGTGG AGGAGCATCT GCTACGGTTC TTCGGCAAGC ATGTAGAATC GGTGTTTGTG 6480 TATACACAAA TTTTTGTCAA AAACATCGCT CGCGCAgCCC TTTCCACGTT GTTCTTTAGT 6540 TTTACCCTAT ACTTTTTCTT TCTCGATGGG GAACATTTGT CCTGTCTGCT CATCGCTGCA 6600 CTACCCTTGA GGAAgCGCGC AAgCGcACaG TTGTTAGAAA AATGCAAAGA GGCAACGCGT 6660 CATTTGTTCA AAGGTCTATT CTCCATtGCT TTTTATCAGA CCTGCGTTGC ATTTGTGTTC 6720 TACGGAATCT TCCGCGTGGA AGGACCGATG GCTTTAGCAA TGCTCACCTT CTTCGCCTCA 6780 TTCTTACCAC TGGTcGgcTG CGCCTGsGTG TGGCTCCCAG TGGGAATTAG CATTGGATTT 6840 ACGAGCGGGT GGATGCGCGG CACCCTTTTC TTGTTTGTCG CTGGAAGTTC AATCACTATC 6900 ATCGACAGTT TCTTGCGCCC GTTGTTGCTG CAAAATAAAA TGCGCATCCA TCCATTGCTT 6960 ATTTTTTTCT CTATGCTCGG TGGGGTGCAG ACGTTCGGCT TTAACGGTAT GGTGCTCGGT 7020 CCTATTTTGG TTATCCTGCT GTTCACGGTT ATCGACTTGA CGCACGACGG GGAGTCTCAC 7080 TACACGTCTA TTTTCCACGA CCCCCCTGCT GCAGGTGTGC ACGCGCAGTC GATACACAGA 7140 CAAGGAAAAA AATAGGGATA TCTTGCTGCT CGGCGCCCTT TTTATTACCA TGCGGCCCAT 7200 GACGCGCGCG TGTATATTCG ATCTTGATGG AACGCTAACG AATACGCTGG GGACCATTGC 7260 CTACTTCGTC AATATGCAGG CTGCCCaTTA CCATTTACCC CCAATTCCCT CTGAAAAGTT 7320 TGCGCTGTTT TTAGGAGATG GTTCGCGCGC ACTGATTCAG CGCGTGCTtG CTCATTACGG 7380 CGCTGCAGCT CAGACTATTT CTGAGGATGA ATTTTTACAG CGCTACTGCC TCGCGTATGA 7440 GGCAGACTTT CTCCAACGCT GTACTGTATA TCCGGGGGTT CCTGAGATGC TTGTGGAGTT 7500 GAAACGACGC CGCATAGAAC TCGCCATTCT CTCCAACAAG CCACATTCTA TCGCGCAGAA 7560 GGTAGCGTCT GCTTTTTTTG GGGACAATGT TTTCTCAGTG GTGCTTGGCC AACGCGAAGG 7620 CGTACCCGTA AAACCAGATC CTGCTGGGCT TTTTGAGATC CTGCGTACCC TAAACGTGGA 7680 GACGGCGGAG GCGCTTTTCG TCGGAGACAC CGCCGTGGAT ATACGCACCG cGTcCGCAGC 7740 GCAAGTGCGC AgCGTGGGaG TGCTCTGGGG CTTTCGAGAC GAGACGGAGC TATCCCAGGC 7800 GCAAGCCCAC GTGCTTATCA GGACGCCCGC CGAGTTACTC CAGCACCTTT CTTTCTAGAC 7860 TCGCGGGTAC AAACTCAGAC GGAGCGCACG ACGCTCCCGG ATCCCTGCAg GGCACGAGCC 7920 GCTACTTCTC TTCACGCCCA ACGCAgTTCG CCCGCAGGGT ATAGCGAAGT CCACGCAGCA 7980 TCAGTGCCAG GGCGCCATCC CCAGTGATGT TACACGCAgT CCCAAAACTG TCTTGCAAAG 8040 CAAATATCGC AATGAGCAAA CCGGTTCCTG TGGTATCAAA GTGCAACACA TCAAGCACCA 8100 GCCCGAGCGA CGCAAGCACC GTACCCCCTG GAACCCCCGG CGCACCTACG GCAAAAATGC 8160 CGAACAAACA GGAGAACAGC ACCATATCTG CAAGAGAGGG CATGGACCCG TACAACATCT 8220 GCGCTATCGT TAGACAAAAA AAGGTCTCCG TCAGAACAGA CCCGCACAGA TGTGTGGTTG 8280 CACCCAGCGG GATCGCAAAA TCCACAATTT CTGCAGGCAG TGCCCGTGAC TTGTGCGCAC 8340 ATTGTAACGA AACCGGCAGT GTTGCTGCAC TCGACATCGT GCCCAGCGCA GTCGCATACG 8400 CCGCTCCATA ATGACGAAtA CCTCGAACGG ATTTTTGCGT GACAGTATCC ACCCCACCAG 8460 GTACAACACG CACAGCCACA GGAGATGACC CACAATGACG ACCGCTACCA CTTTGGCAAA 8520 AAGCGGCAGc TGACGAGTTA AACTCCCGCT GTACGCAAGT TCTGCGAAGG TAGCCGCCAC 8580 AAAAAAGGGA AGCAGCGGCA CCAACACTCG GCTAATAGCT TCACCCATCA TGCGACGAAA 8640 TTCATACAGC ACCTGCTCCA CCGCACGTGC TTTTACCCAG AGGGCAGACA GCCCCACCAA 8700 GAGAGCAAAA GCAAGTGCAG TGACCACGGG CA AAGAGAC GGAATCTCAA GGGTAAAGAT 8760 AACCTTAGGG ATTGTACGCA AACCCTCCAC CGTGCGCGGG ATCCGAAGAT ACGGGATAAC 8820 AACACGCCCC ATCGCGGTGG CAAAAAGGGA GGCACCCACC GAAGAGAGAT AGGAAAGTAC 8880 CAGAAACGAG CCTAGCATCC TACCGGCACT CGCTTTCAGA CTCAGGACAG TAGGGGCAAT 8940 AAAACCAAAA ATAACTAGGG GAATAACAAA AAAAACAACC CCGCCGATAA GCGTTTTCCC 9000 CGTGTGGATA ATGGCCATGA CCGACTCATT AACGCACAGC CCGAGCGCAA CGCCACAGAC 9060 CATCCCCCCA CTGAGCTTTG CGAGCAGCCA AAACCCCGCA CTCCCGGCCA TAGCGTCCTC 9120 CTCCGCACAC GCGCCGGcAG TATACCAAAA AGACTATCCT CTGATAACAG GTCAGCGGTC 9180 TTTTTATGTC ATAGAACCAA CCTCGAAGGC GAGGCAAAAC AGATCGAACC CGCACCTCCC 9240 AAGAACTATG CAGGAAAGAC GCACCGACGG GTTGCATGCC GGGGCGGAGc GCACCCCTAT 9300 GCAACAACCC AGCTTACTCC CACTACGGTT CACTCAAAGA ATGTTCTCGA ACTCCTCCCT 9360 CACCGACCGC GGCCATACAC TGGCCTGAAC TTCACCAATA TGCTTCCTTT GTAGGAGTAG 9420 CATCGCCAAA CGGGATTGAC CGATACCACC TCCGATGGAT TGAGGAAGAC GACCATTGAT 9480 CAGATCCTGG TGCCAGyTGC ATGCCAGACT ATCCTCATCG CCaGTAAGAG cCAGCTGCGT 9540 GCGAAGCGCA CCCTCGTCCA CCCGTATCCC CATCGAAGAC ACTTCAAACG CACGCCCCAA 9600 CACTGGATTC CACACCAAAA TATCGCCGTT CAGGCCCTTG TATTCCCTTC GGAAGGCGTC 9660 GTCCAGTCAT CGTAATCTGG AGCGCGCACA TCGTGCGGCT TGCCGTCAGA AAGCACACCA 9720 CCGATCCCAA TCAGGAACAC CGCACCATGC TCTTTGCAAA TAGCATCCTC ACGCCCCTTG 9780 CTGTCTAAAT GCGGATAACG CCGCACCAGC TCCTCGCTCT GTACAAATAC AATATCCGCA 9840 GGCAAAAACG CCCGTAGgCC GAACCTCTCA CTTACCAACA CCTCCGACTC CCGAAGAGCA 9900 CCGTAGACCT TACGCACCGT GTCCTTCAGA TACGCAAGAT TTCTCGACCC TACCGGTACT 9960 ACCTTCTCCC AATCCCACTG ATCCACACAC ACAGAGCGCA CCTGATCCAA GAAATCTTCA 10020 TCCGGGCGGA GcGCGATCAT GTGTACAAAC AAACCCTCAT TATCCTGAAA GCCGTAGCGG 10080 GCAAGCGTGT GGCGnTTCCA CTTTGCTAAC GAGTGcACAA CCTCAAAGGC AGTACCCGGG 10140 ATCTGCTTcA CGGAGACGGA AACCGCCTTC TCCCGACCTG AAAGACCATC TTGGATCCCG 10200 TCACCCACCT GGCTCAGAAG AGGTCCCTGA ACTTCTATGA GTCCCAGGTG CTCCATCAGC 10260 TTTTGGGTAA ATGTGTGCTT GGCAAAGCTG ATCCCCTGCT GTTGCAAAAT AAATGATTTT 10320 TCCATAGTTA ACGCCAACCT TTTACCTTGT TGAGTAAACT GTGCACGCAT TATTTAATAG 10380 GGTGGCGGTG TAGTGCAATA CTCAAGTAAT CTGACAGCAG GGAGGTGGTG TGAAAAAACG 10440 AATGTGGCGC GCGGTGCGGA CCCTGCTTAT CATCTGTGCG GGGGGAACCG GAGCGCTGTG 10500 GGCGCATCCG CACGTTTTTA TCCGCACGAA AGTAACCTTT CAGTGGCAGA AGGGGGTGCT 10560 TCAACGCGCG CATATTACCT GGGAGTTTGA TCCGTTTTTC AGCGCCGATA TCATTAGCGG 10620 ATACGATACC AATAAAGACG GGCTGTTTGA CAAAAAAGAA ACACAGCAGG TGTTTGAAAA 10680 TGCCTTCATC CATACCAAAC ACTATTCTTT CTTTACCTTC ATCCGTTCCG GGGAGTCgCA 10740 TGCGCGACGT gCTCGCTCTC AAGCAGCACG TACAAGTCCC CAGTCAGTGC AGCATTTCTC 10800 GGTCAGTCAG AAAGACGGTA CGCTGTCTTA TCACTTCTCC ATTGACCTTT CTAGCTACCA 10860 GCACGCTAAG TCCGCACCCC CAGGAACCCG GCGAACACTG TATCTTGCAC TCTATGACCA 10920 CTCATTTTTC TGCGACTTTC GTTATGCAGA ACACGACACC GTACGCTTTG TGTGCGATAA 10980 GGCGCGCGTG CAGCCTTCCT ACGAAATTGT TGAAAACCGA ACCGCTCCTG TGTACTACGA 11040 CCCCTTCGAT AGCA AGAAA GCACTCCCCA ATACGAACAC TGGCGTCCCG GTCTGCATAC 11100 CTACTACCCA AAAGAGATTC TCCTGCGCTA CACTGCCCCC TAAGGTCCTT TTCCAAGGGG 11160 AGTTGAGAGC GTATGAAGAA AGTAGGGGTk cgCGTTCGCG CGTGTATCCT GTGCGCGCTT 11220 GCCGCGTGcG CCACAGGCGT CCTTGCTAAT CCTTTTTTTG GCGgcGCTCC CGCGCGCCCG 11280 CGgAGGCAGC GCACCCCGGA GCTTTTkcTG CGCAGATACG CGCTCGTCCA TCAACGCCTC 11340 GGTGCCGCCA TAGTACAGTG GAGCAAAACC CATTCAACAC GCGCGTGGTG GATTACTGTA 11400 ATGCTCTCCT TTGCGTATGG CGTTCTGCAC GCCTTAGGAC CAGGACACAG AAAGGCAGCG 11460 CTTTTTTCTT TCTACCTGGG GAGGAACGCA CCTGTGTGGG AACcTGCGCT CACTGCAGCG 11520 TTACTTGCGG CGTTGCATGG CGCAgcTTtC CCTGCTCTTG CTTTCTGCAT TTAGAGGTGT 11580 TTCCGGCGCA ATCGGTGCAC ACAGTGCACG CACAATGTGG TACATGGAGG TGGGTTCCTA 11640 CGGATTGCTC ACCTTCTTAG CGCTTTTCTC TCTCGTGCAT GAGCTGATGC ACCTTTTCCc 11700 TTCGGGCGGG CGCTATTTCT CCTGCGGTTG CAGCGCGCAC ACTGCCGTGT GTATGCGGAC 11760 AGGAACAGTC GCCCACATGC AGTGGGGTAC TATGCTCTTG AGCGGTTTAT TTATTTGCCC 11820 TGCTGCGTTG TTTGTGATGA TTCTGGTGCT CAGCTTAGAT GCAGTTGGAC TTGGCGTCGC 11880 AGCGGTGCTC AGTATTTCAG CGGGGTTAGC ACTCCCCCTG ATGGCTGTCG GTTATTTGGC 11940 CTGGGCGAGC CGGGCAGGTA TTTTTTATCG CATGCAGAAG AACACTCGTC ATGCACAAGC 12000 GGTGCTCTCT GTCGTGAGCA TTACCTCATA CGGAATTATG CTCATCGTCT GTACTTCAGC 12060 GCTCGTAGCT TCACTCGGTT GAAAGGAGAA TGTACCTCCG CTATCTAGGT GACACTGCCT 12120 GGATAAAACC ATATACCTAA CACGTGGTGA ACGGAAGTAC GCAGTATCTT GCACACGTCG 12180 GTGAGCTCAG CTTAAAGAAG GGGAACCGTA GACAGTTTGA AGTGCAGCTT GAGCGCAACC 12240 TCACGCTCAT GCTACGAAGC ATAAACCCTC ACGTTACTGT CCGCGCAGGC AGGCTGTATC 12300 TGTCAGTCCC GGCCTCCTTT GAAGCACAGA CCACCGCTGA GCAAGCCCTC TCGTACCTGC 12360 TGGGAATTAC CGGTTGGGCT GCTGCTACGG CGTGCCCCAA AACTATGGAA GCGATCACAC 12420 GGTGTGCACA TGCTGAGGCG ACGCTCgcTG CGCGCGAAGG AAAGCGAACA TTCAGAATAG 12480 AGGCgCGGCG CgcGGaACAA ACGCTTCTGC CGTACCTCGA GTGAGATTGC ACGGGAAGTC 12540 GGCGCGGTTA TCCACCAATC AGGCGCTTTG TCCGTGGATC TCCATCATCC TGACGTGGTC 12600 ATTTTCATAG AAGTGCGCGA GCGCGAAgCC TTTCTGTATG GTGCCCGACG TCGCGGCCTG 12660 CGTGGTTTAC CCTGTGGCGT CTCAGGACGC GGGCTACTCC TGTTATCCGG CGGCATTGAC 12720 TCCCCGGTAG CCGGGTACCG AATGCTTTCT CGTGGCATGC ACATTGACTG TCTGTATTTC 12780 CACTCTTATC CCTACACCCC TCCTGAAGCA CAGAAAAAGG TTGAAGACCT GGCAAAGGTA 12840 TTGGCGCGCT ATGGACTTAG TACCACGCTG ACAGTCGTAT CGTTGACAGA CATTCAAAAA 12900 CAGCTCCAAA CACACGCCCC TGCCCCTTCC CTCACACTGT TGCTTCGTAT GTGCATGATG 12960 CGCATTGCAG AGCACGTAGC GCGGGAACAG CGCGCACGTT GCCTTATCAC TGGAGAAAGC 13020 CTTGCACAGG TAGCAAGTCA GACGCTTGAG AACtAACGGT GACCAGCGCG TGCACGCATC 13080 TGCCGATATT CCGCCCGCTC ATTGGTGCAG ATAAAGAAGA TATTATCCGC ACCGCCACAG 13140 AAATCGGTAC GTACGCCATT TCTATCCGTC CGTACGAGGA CTGCTGCACA CTCTTCGCAC 13200 CAAAACACCC AGTGcTTCGC CCAGAGGTAG AAGAAATGCA AAAACAATAC CAATCTCTGA 13260 TGCTCGGTCC ACTGTTAGAA GACGCGTTCC GGACGCGCAA ACGCACGCGC ATATACGGAA 13320 ACTATGGGGT ACAGGAGTCA GGCGAATGAG TACCGCTTAT CTTACGCGGC AGCACCGTCC 13380 442 GCCCCTTCTT TAtGACGCGT TTATGCTAAC CAtCAAGgAT TATTcCACCA GCGCTTCGGC 13440 GGTAAATTCC AGCGCCTGTG CCACCTGcGT ACCAGGGCCT GACTCTCCGA AACgGTCGAG 13500 CACAAGGCAT TTTTCCCGCT TTGCCCACGC TCCCCAGCCT TGATACACCC CTGCCTCAGC 13560 CACTACAACG CGTGCTCCTC CCTGTATGCG CCGCTGCACC TCGTCCCcTG CTGCCTCAAA 13620 ACGCTCCTTG CACAGTACAG ACACCACAcG CACACGTCTT TTACTcAGTG CGCGGCACGC 13680 AACGCCAAAT CCACCTCAGA GCCACTTGCC AAGACAGTCA GCTCAGGCGT AGCACCCCCT 13740 TCGCGCACTA CATAGGCCCC CGACTCCTCC ACCGTAGAGC GCCACGAACT GTCACTTTTC 13800 TCAAAAACCG GCACGTTCTG CCGACTCAAA ACGATACACA CAGGACCAcT GCGGTGCAGC 13860 AACGCTATTT TCCAAGCTTC AAACGTTTCT TCTGCGTCAG CAGGGCGCAG AACAAGCACG 13920 TTGGGAATCG CACGCAGCGC AGCGAGCGTC TCCACCGGTT GGTGCGTCGG CCCATCTTCT 13980 CCTACAAAAA TAGAGTCATG TGTTAAAACG AAAACAGAAG GGATGCGCAT GAGCGCCGCA 14040 AGACGGAGCG CAGGGCGAAA GTAGTCTGAA AAAACCATAA ACGTAGCGCC AAACGCACGC 14100 AAACCGCCGT GCAACTGCAT TCCGTTCACA ATGGCTGCCA TGGCAAACTC GCGCACACCA 14160 AAATAACAGT AGCCGCCTGC ACGATGCTCT GCAGAAAATG GTCTTAACGA AGAGACCGCT 14220 ACCGCATTCG GCCCGCGTAA ATCTGCAGAG CCACCTACCA GATTCGGTAG CACAGAGCAG 14280 AGCGCGTCGA GCACCTTTCC AGAAGCAGTC CGAGTAGCAA GTGACGAACC CTTCTCAAAA 14340 TGGGGACAGA CAACACGAGC TAGCTGCGAA GTACTTAnCC CTCCGGGAAC AAAAGCAGCG 14400 TCCCAGTCAG CACGTTTTTC AGGATAtGCG TGCTCCATGC TTCAAAGAGC TCATTCCACG 14460 AGTCCTCGAC ATGCGCACAT TCACACTTTC GTTTCTGGAG AACAGCGGTA AGCTCAGGCG 14520 CTACAAAAAA AGAGCACGCA GGATCAAGTC CCAATGCCTT TTTTGCCTCT CTCACCCCCG 14580 CTTCCCCAAG CGGGGCGCCG TGGGCACGCG CGCTCCCTTC AACGGTAGGC GCACCCTTTC 14640 CAATAATCGA ACGCaGGATA ATGAGAGAAG GCCGATCGTC ACGCTTTGCA CACGCAgTGA 14700 GATCCATAAT ATCCGTATAC GAATACATAG AACCGCGCAg CACCTGCCAG CCATACGCTT 14760 CGTAGCGCTT AGCCACATCC TCGnTAAAGT CAGATCGGTA GATnCGTCTA TGCTGATGTG 14820 GT 14822 (2) INFORMATION FOR SEQ ID NO: 45: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 16710 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear 443 (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 45: TGCATCnGAG ATACACAAAC nGTTTCTGCC CCTTAAAGCT TCAACTGCAA gTACTTTTAG 60 CTGAATGACG TTGGCGCATT CTCGCGCGAG TGTTTCTTCC GTGCGCGGCG TGATAGCTTC 120 CGGTCTGAGG CCAAAGACTA CCTGTGTGCC AATATAGTTT TTTAACAAAA AGGACGCGGG 180 GATATCCGGT CGAAGAACAA AAAGACCTGC ATCAATTTTT ATCCCATGCT CATCTTTAAC 240 AATCGTAACA GGGAAACAAT TCATAGGAGG AGAACCAATG AATTGTGCAA CGAACGTGTT 300 CGCAGGATGC TGGTAGATAT GGAGAGGAGA ACCAATCTGT TGTACGCACC CGTCTTTCAT 360 GATGACAATC TTATCTGCCA TTGTCATCGC TTCCATTTGA TCATGGGTGA CGTAAATCAT 420 CGTGGCCTTT AGGCGCTTGT GAAGAAGAGA GATTTCGGAT CGCATTTGCA CGCGCAACTT 480 TGCATCTAAA TTTGACAATG GCTCATCAAA GAGAAAAACC TTAGGATTTC TGACAATGGC 540 ACGTCCAACT GCAACGCGTT GTCGCTGTCC CCCCGAAAGT GCTTTGGGTT TTCGGGCAAG 600 CAGTGGTTCG ATATCAAGAA CACGCGCTGC TTCGTGGACA CGGCGGATGA TTTCTTGCTG 660 AGGGATTTTA CGGATTCTAA GGCCGAACGC CATGTTGTCA AAAACGTTCA TGTGTGGGTA 720 GAGCGCGTAg TTTTGAAAGA CCATCGCGAT ATTGCGATCT TTTGGTGTAA CGTGATTCAT 780 GTGCTCACCG TCAATGTAGA GGTCACCTGA GCAGATATCT TCAAGCCCTG CAATGATACG 840 TAtGCAGTTG ACTTGCCGCA TCCAGATGGT CCGATGAACA CCACGAACTC TCCACTTTCT 900 GCGGTAATAG TTACGTCTTT TACTGCATGG ACGCATCCGT GATACGTCTT ACAGATATGC 960 TTGAGTTCAA CCTTTGCCAT AGCGTTTACA TTCCTTTTGA AACACGGGTG CGCAACACAC 1020 TACTTTCCTT ACGCAAACGG GAGGTGGTGT TGTCATGTTA CGCGCTCTGC ATGTGGTGCA 1080 AGCGGTCGTC TAGATATGCG ACAAGCGCTT CGGTAAACAA ATCTTGATTT ATCAATTCGT 1140 GTGCAAAGAA ACGGAAGCCG ATGGCACCGG CGTGTCCACC GCCGTTTTGA ATAGCAAAAT 1200 GAGATAGCAG TAAACGCAAA TCCAACTGTT TCACCCGCGC GGCAGTGCGC ACGCGCCACT 1260 GCGTGACATA AAATTGCTGT GTTGGATCTG GATACGCGGA GATACCGATA CCTGAGATAC 1320 TCTCTGCAAT GTTGCTGGTC GCCATTTTTA TCAACGAAAC GAAATGTTCT GCATTGCAAC 1380 ACTCGTGCAA CGCCTGTGTT TGTGTCTGAT TGAGAAGGAG CAGGGAAATA CTGCCGCGGT 1440 GTTGCACGTT TTTCACCATT GTTTGGTAAA CCGCATGTTC TTCAGCGGAC AGAGACTCCA 1500 GGGTATGGAG GATTTGTTTG GTGGATGCTA TGTTCCCGGT AATCGGTTTT GTTTTTTCCC 1560 TGAGCATAGT GTTCAGCCTC TGGGTGAAGT AGGTGTAGAG CGCGCGGTCT TTCCGACTTA 1620 444 TCAAATAAGC ACCTGTCTTT GCATCCCCTA TCATACCGGT GAGTATTGAA AGCACAACAT 1680 TGCGTGAATA CAAATTGCGT ATCCCAAGCG CAGTgcGCTG CGCGTgGTTA CGCGCGAGTT 1740 TGTAACAAAG ATAAGCGATG ATTTCGCACG TGCTAGAGGC GCGTGCGATA AGGCTGTAGC 1800 CTGGATCACC GCAGCAGGCA GCGTTTGCAA AAAGGTGATG GTCAAGTTCA ATTTTACGGA 1860 TAGTCGAATC TGAAAGGAGT AGTCGGCACG ACGGAGGCGC GTAGATCATA CCGGGATTTG 1920 GGGTGTCTAG AATGACCAGG GCATCCGGCA TACGGGGGAC AGTTTGTGTA TCGAGATGCA 1980 CGGCAATTCC GTTATAGAGA CAAATATCAA TGAGGAATGA AATCTGCACA CGAATGGGAC 2040 CTTGACAACA AATTTCCACG CGTTTATTGC ATCGCGTGAG CAGGAGTGCG AAGGCTACTA 2100 ACGATGCGAT ACAGTCTTCA TCAGGATGTT CATGTCCGAG CAAAAGAAAG GAGCCGTGTA 2160 TCGCAATCTC CTGCAGAATA TTTCGGACGA CGGCATTTTT CGCTGCAATG GAGAGATCTC 2220 GTTTTGGCGA CGGAGAATAG GTGTAGTCAC cACTAGCGCG CCCATGACGG CGAGTATACT 2280 ATAGAGTGTC CGCTGGTGTG CGGCAAATGA GACCGTTCTC CCAATTATTT TCTGGGTAAT 2340 GTTGCTCCCT TGTTACTCGT GTGAATTTGC AGTACCGTTG GGCCAGAGGC AGCTTGGCGT 2400 GCGCAGGAGT GATTGTGTGT GCGCCAGACG TGACGGAGCC GAGGTTGTAT TGAGTTTTCC 2460 TTTTGCATGA TGACGTTTCC CGAGGCTGCA TCGTTTTTGC CGTTCGTGCG GCGCGCAAAG 2520 GCGTGCCTGC GCGTCTTGCG TATATGAACG GACTGCAGCC CTGCCTTGTG CAGGGTGTGT 2580 CTTGCGATTG CGTTGGGGCA TGCTGCAAGA AGCGTACACA GGGGGGCATC CCCCACGAGG 2640 GTATGGAGAG GAAATGAAAA TTATCATCAG TGCTTCTGTG CAAATTATTC TTGATCAGGC 2700 CTTTGATTTA GCGCGTAAGc GGCGTCACGA GTACATCACC GCAGAGCATG TTCTTTTTTC 2760 TGCCCTTGCG CATCCTGCTG CGTTGGAAAT TATCAATCTC TGTAGCGCGG ATATCGCGCT 2820 CATCCATAGT AATCTGTCAG AGTTTTTAAA AACACAAGTT CCCGTTGACT TAAGTCATAC 2880 TCCTTCTCAA TCACTGGGTT TTCAGCATCT GCTTAAGCGT GCAGTCTTGT ATTGCGAGGC 2940 GAATAAAAAA AGTGCTCTTG AAGTCGGAGA TCTGTTGGTA AGTCTCCTCC AAGCGGAGAC 3000 AAACTATGCT TCGTACTACA TGCGTATGTC GGGTATGAGT ACGGCGCGCT TGATTGAAGT 3060 AATAGCTCGT GTCAATGGCA TCCGACACGG GGATAAGAAT GTGTCGATGG GGTCGAACGC 3120 GCAAGAAAGG TATTCAGAGT CAGACGACGT TGGCGAATCT GCAGGGCACG GTCCTCCGCT 3180 CGATGGAACA GAGGGGGATG GTAACACAGC GGACGTACAT GTGCACTATG AACACTGCGC 3240 GCATAAACGC ACGGATGCAG ATACGCATCG GTATACGGTG CTGGAAAAGT ATACGGTGAA 3300 TCTCACCGAA CGTGCTCGTC GGGGAGAGCT TGCTCCGCTC ATTGGGCGTA CGCAGGAAAT 3360 445 TGAGCGGACG ATTCAGATTT TGTGCCGGAG ACAGAAGAAT AATCCGGTAC ATGTGGGTGA 3420 AGCTGGTGTG GGAAAGACGG CAATTACTGA GGGGCTTGCG CAACGTATCG TGCGGTGCGA 3480 TGTGCCAGAG GCGTTAGAGG GAGTAGAGAT TTTTAGCCTT GATATGACAA GCCTGTTAGC 3540 AGGTACAAAG TTTCGAGGGG ATTTTGAAGA GCGGCTCAAG CGTCTTGCAG AAGAGTTGGA 3600 AAAGAAAACA CAAGCAATTC TTTTTATTGA TGAAATTCAT ACGGTAGTCG GTACTGGCTC 3660 AGGCGGTTCG GGTGGTTTGG ATGCGTCTAA CTTACTCAAA CCGCTGCTTT CTTCAGGAAA 3720 GATTCGCTGT ATTGGTTCTA CCACGTATGA GGAATACACC AAACATTTTC GCAAAGATCA 3780 GGCGTTAgcA CGGcGTTTTC AAAAAATTGA TATTGAAGAG CCTTCTGAGG AGGAAACCCT 3840 CCGAATTTTG GAAGGGATTC GCACGCTTTA CGAAGACTTT CATGCAGTGC ATTACAGTGA 3900 TGAAGCATTA GCTGCTGCGG TGAGACTTTC GGTGCAATAC ATCCAAGGGA GACATCTGCC 3960 GGATAAGGCG ATTGATATTA TCGACGAAGC AGGCGCGTGT GCAAAGCTAT CCCGGGGAAA 4020 GCACGGAACA GAGGGAGTGT GTTCAGTAAT TGGGGAGTCG GATATAGACG AAATTGTGGC 4080 AAAAATTGCG AAAATCCCTA AGCAGCGGGT ATCTGCAAGT GAAATAGAAA AGTTGCGTAA 4140 CTTTGAGCGC AGTATTTCAG AAAAAATTTT TGGACAAGGC GAGGCAATTG ACTTAGTCAC 4200 TCGTACgCTG AAGCGCGCGC GGGTGGGATT GCGCGTAAAG CATAAACCTA TAGCAAACTT 4260 GCTTTTTGTG GGGGCTACCG GTGTGGGAAA AACAGAGCTT GCGCGGACGC TTGCCCAGGA 4320 ACTAGGGATT GTGCTGCATC GTTTTGACAT GAGTGAGTAT CAGGAAAAGC ACACGGTGAG 4380 TCGGTTGATC GGCTCACCGC CCGGTTATGT TGGGTTTGAA GAGGGGGGAT TGCTCACCGA 4440 CGCGGTAAGG AAACAACCGC ATGCGGTGCT CCTTTTGGAC GAAATAGAAA AAGCTCACCC 4500 GGACATTTTT AATGTCCTGC TCCAGGTTAT GGATTACGCA ACGCTCACTG ACAACCAAGG 4560 CAGAAAAGCG GATTTTCGCA ATGTTATTTT GATAATGACA AGTAATGCGG GTGCCCGGAA 4620 CATGGGTGTT TCTCTCATCG GTTTTCACAA GGGGCAGGTG GGTACTGCAG TTATCGACGA 4680 AGCAGTAGAA CGTATTTTCT CTCCAGAATT TCGGAATCGG CTGGACGCAg TTATTCGTTT 4740 TGATGCGTTG TCCTTGGAAA CGATGGAACG CATCGCCCGC AAGGAGCTTG CCCTGGTGTG 4800 TGAGCAACTG CAGAAAAAAC ACATTCGTTT TGATATTACC GATGATGCAC TCGCGTTGCT 4860 CGCTGAGCGT AGTCACTCAG GGGGAAGTGG TGCGCGTAAT GTTGCACGCT TGGTAGAGCA 4920 AGAAGTTGCA AATGTGCTTG CAGATCTTAT GCTTTTTGGA GGAGTCGCTG AGGGGGATGC 4980 GTTGCGGTGC ACGGTAAAAG ATCGGCATGC TCAATGCAAT TTTCTCCGCA TCGAGTGCGT 5040 GCAGTCTTCG TATTCGGGGA GTATCCAAGA CGCGCTGGGG TGATGATGCG TGGCACGGTA 5100 ACGGTGTATC CGTGTGGTAG GCAGTGCACG TGCACTGAGT TATTCAAACG CGTTTCTCTC 5160 TTATCTTCCG CCAAAGCTCT ACACTCCATA CCGCCACCTC GTCTATGATC CTGCGTGCGT 5220 TCCCACCGGC AGTGAGAGTG GTGCCTGAAA CGAGCGGAAC gCaGcGAGCA CCATTCCATT 5280 TGATTCGTCA AGAACATGCG CAAAACCGAT AACGTCCGTT TCTTGTAGCG GTGCGCGCAA 5340 AAGGGGAGGG AGTGCGAACG TTATGCTGAT GCGCGTACCG GGCGTATTCA GAACTGGGCA 5400 CGATGTACAC GAGGGGTGGA GGATTGGTCG CAGTGCCCCA GGGCGCTTAC TGCCCAGGAC 5460 GGGAATAGCA CAGGGAAGCG CATCACTGAT AGCCGTGCGT ACATCGGTGC ACTGGAAATG 5520 GGTGAACGCC CAGTATAGAA GGGTAGCGCC GTCACGCGCG CGGATGCgCT TTCCTTCGGG 5580 AATGGAATTC CCTGCGCCGC CTAAGATAAC TGCAATGATG CGGGTGTCTC CGCGCAGACT 5640 GCTGAGCGCG ACGTTAAAAC CGGATTCGCG GATATAGCCA GTTTTTAATC CGTCGCAGCC 5700 GGGCACTGCT GTGGAAACGT TTCCGCGCGC TGCGGTTGCT GCAAGCAGGG TGTTGGTTGC 5760 AGGGAAACGT GTGTGTGGGG GTATTCTCGA AGTAGCGGGA GAGTTACTAC GCTGAAAGTA 5820 gCTGCGCGCA TGAAAGCGTG CAAGGTTTTC AGGCCATCGG CGCACATACT GGCAACAAAA 5880 GAGCACAAAG TCACGCGCAg TAGTTACATT GTGTTCGCTC AGACCGCTTG GTTCCACAAA 5940 GCGTGTGCGC GTAAGACCCC ATTTCTGTAC AAGCGTGTTC ATGCGCGTGC AGAACGCCGG 6000 TATACTGCCT GCAACTGCAT AAGCGAGGGT GTAGGCTGCA TCGTTCCCCG AAGCGATGTT 6060 CATACCTGCG AGTAAGTCGT GTACGCTGAT GTACTCACCT GTACGTAAAA ATATAAGCGA 6120 GCTGCCCGGT GCAAAGGCCT GCGCGCTACC TGCAAGCGGT ACGCGTATAC GCTGTTGCCA 6180 GTGGAGTTCT CCACGCTCGA GTGCTTCCAT GACCACTGCA CAGGTAACCA GTTTTGCCAA 6240 GGACGCCGGG GGGAGGGGTA GGTCTGCGCA GAAGGAGGCA AGGAGTGTGC CGCTTCCTCC 6300 TTCGGCGATG GCGTACGCGC GGGCACTGAT GGGGGGTGGG gTGGATCCTG CAGATAGATT 6360 GGTAAATTGA AGCGTACGGA TAGGGTGAGC AGAAAAGGGA TTACGGGACG ACGGAGAAAA 6420 ACGCAkTgTT GGGGAGAAAA GAAAGGAAGG GTGGAGTACt CkCTGCGCGT GCCACTGCAG 6480 CGCCCCTGCC CCGACTACGC ACGCACCTAA CGCATACAGC GCGCGCTGCC CACGCCGCCG 6540 TGCCACGGCG CGCAGGGAGC GCGATGAGTG GTCTTTCAAA CGGGCAGTAC ACGCGTGTAC 6600 CGGGTGTCCC GGCACACCGT ATTAGGGACA GAGCGTACGG CACGGGCCGA CCGCACATGC 6660 GTCACCCCTT GAAAAGCACG CCGCGACACG TCCTGTGTAT CACAGAAAAC ACCACACGGG 6720 TCATCATACA GCCTCCCGGC AGAGCATGTT GTTTGCATTA CTTTAGTATA GCAGAATGCG 6780 AAGTGTGCAG CGAAGGATTC ATCAATCCTG TTGCGTTCTC TTCTTTTTTG TGAGGCATAT 6840 ATTGCACCGG ATGCTCCTTG CGTCTGCCTG CCCTTTTGGG CAACACTTGT TGCCAGAAAC 6900 CTGTCTTCAC GAAgTCTTGT TTAAATCAGA GTAGGAAACG CTATGACGCG AAAATTAATC 6960 ACCGCCGCAC TCCCCTATGT GAACAACGTT CCACATTTGG GAAATCTTAT CCAGGGTCTT 7020 TCTGCAGACG TTTTCGCACG TTTCTGTCGG ATGCGCGGCT ATCACACGTG TTTTGTATGT 7080 GGTACCGACG AATACGGCAC GGCAAGCGAA ACCCGTGCGG CAGAACAAGG TCTCAGTCCT 7140 GCACAATTGT GTGCGCACTA CCATGCACTG CATCGCGACA TCTATCAGTG GTTTGATCTG 7200 TCCTTCGATT ATTTTGGGCG CACTACAAGC GATGCGCATA CTGAGcTTAC GCAAGCGTTG 7260 TTTCGTCATT TGGATGCGCG GGGTTTTATC AGTGAACATG AAAGTGCGCA GgCGTACTGT 7320 CTGCACTGTG CACGGTTTCT TGCTGATCGC TATTTGCGCG GTACCTGTCC CCATTGCCGT 7380 AATGCTGAGG CGCGTGCTGA CCAGTGCGAG CACTGTGGAG TGCTCCTTGA GCCGGAAACG 7440 CTCCTGAATG CGCGCTGTGT GAGCTGTGGC ACGGCGCCGG AGTTTCGCCC TACGCGTCAT 7500 TTGTATTTAA ATTTGCCTGC ACTGGAAAAA GCCTACCGCT CGTGGTTTTG CACCACGAAT 7560 CATCTGTGGA CTAAAAACgC GGTGCgTATG ACTGAAGGTT GGCTACGTAC GGGATTGCAG 7620 GAGCGTGCGA TCACGCGCGA TCTGCGCTGG GGGGTGCCAG TTCCCAAAGC AGGATTTGAG 7680 CAGAAGGTAT TTTATGTGTG GTTCGATGCG CCAGTCGGTT ACATTTCCAT TACTAAGTGC 7740 GGCACAGAGG CAGCTTCCTC GCAAGAAGGG GGGGGGACCG ACGATGGCGT GAAAGAAAAA 7800 TGGCAGTCTT GGTGGCTTGA TCAGCAGGAT GTGGAGTTGG TCCAGTTTGT GGGGAAGGAC 7860 AATATTCCCT TTCATACGCT GTTTTTCCCC TGCATGCTCA TCGGTTCCGG GCAGCGGTGG 7920 ACGaTGcTTA CGCGTCTTTC TGCGACGGAg TATTTGAATT ACGAAGGGGG aAGTTTTCTA 7980 AGTCTTTAGG GGTGGGCGTT TTTGGTTCGG ATGCAAAAGA ATCGGGCATT CCCTCAGATC 8040 TGTGGCGTTT TTATCTCCTG TACCATAGAC CGGAAAAAAG CGATGCGCAC TTTACCTGGC 8100 ATGAGTTTCA GGAGCGTGTA AACAGTGAGT TGATTGGTAA TCTGTGTAAT CTGGTCAATC 8160 GTACGCTCAC CTTTGTGGCG CGTACGTACG GGGGCGTGGT CCCTGCGCAA GATGGAGCGC 8220 GCAgCACCCG TGCGCAGGTG ATGGAAGAAA CGCTTGCGCT CCGCGAAGrt GCGGgAATAC 8280 TGCAAAGCGC ATGACAGATT TAATGGAGCA GGTACAGTTG CGAGAAGCGT TTAGAGAAGT 8340 GTTTGCGCTC TCAGCGCGTG CGAATAAGGC GTTGCAGGAT GGTGCACCGT GGAAAACGCG 8400 GGCGCAGGAC CGTGAACGTG CAGACGCCTT GATGCGTGAG TTATGCTATG TGATTCGGGA 8460 TGTGCTGATT TTAGCGCATC CTTTTTTGCC GTGGTACACG CAGCAAGCGG CCCGATTTTT 8520 GGGTGTTCAG TTGTCTTCCT GTGCACCAGA GGGGGGAGGA GCTGTGTGTG CTGCGAAGAA 8580 AGACGCGGAT ACGGCGCAng AACnACAGTG CAACCGACCC TCCGATGGTC AGACGTGGGA 8640 GAACGCAAGG GTTTAACGCA gGTGCATCCG CCGGTGATTT TATTCCGTCC GTTGGAGACG 8700 GAAACTATTG CTGCGTATCG TGCCCGCTAT GCTGGAACAc CAGGGATGGG GCAGGAGTGA 8760 GCGTACCGCG CACTGCACAG ATGCCCACGG GAATGAATAA GAAAGAGACA GACGCTCAAC 8820 AAAAGAAGGA GGAGCGTGAA ATGCCCCCTC CCTCAGATAC TGCACGGTTA TCTGCATTTT 8880 TTTCTGAGCG CGTTGTACTG AAAGTAGCAC GAGTGTTGCA GGTGGAGCGT CATCCGAATG 8940 CGGATATGCT TTTTGTTGAA ACATTAGATG ATGGCTCTGG CGTTGAGCGC GTTATTGTTT 9000 CTGGTCTTGT GCCTTATATG GCTGCAGATG CGTTGCGTGG TGCGCACGTG CTTATTGTGG 9060 ATAATCTGCA GCCGCGCTaC TGCGTGGGGT ACGGTCTTGC GGCATGCTGT TGGCCGCAGA 9120 GTATGTAGAT GCGCAGGgCA CAAAGGCAAT TGAATTGGTG CAGGCGCCAT GGGCTCTGCC 9180 CGGTGAACGC GCAACACTTG CGAGTGCGCC GCCGGTCATT ACACCGCACG GGTCTGCCGT 9240 TATCGATGCG GACGCTTTTT TTTCTGTGCC TATTCGTGTG GTAAATTATG CAGTAGAAGT 9300 TGCAGGTGAG CCGCTCATGG TTGGAGGAAG GCCACTGGTA ATGCAGCGAG TGAAAGAGGG 9360 AACTGTCGGC TAGGAATATT CACAGAGCAT TTGGTTTTCC GTGTCGGATA GGGGGAGCGC 9420 AgcATGAACG TGGGATTTTT GGGTTTTGGA GCAATGGGAC GGGCGCTGGC AGAAGGGTTG 9480 GTGCACGCAG GAGCGCTGCA AGCGGCTCAA GTGTACGCCT GTGCGTTAAA TCAGGAAAAG 9540 TTGCGTGCGC AGTGTACATC TTTGGGCATA GGTGCCTGCG CGTCAGTTCA GGAACTGGTA 9600 CAGAAAAGTG AATGGATTTT TCTTGCAGTC AAACCATCTC AAATCAGCAC GGTACTGCGC 9660 GATCGCCAAT CCTTTCAGGG AAAAGTGCTT ATTTCCCTTG CGGCGGGTAT GTCTTGCGCT 9720 GCATACGAGG CATTGTTTGC CGCGGACCCT CATCAGGGTA TCCGTCACCT GTCACTTTTG 9780 CCGAACTTAC CTTGTCAGGT GGCGCGGGGG GTGATCATTG CAGAAGCGCG CCACACCCTG 9840 CACCACGATG AgCACGCTGC GCTTTTAGCA GTGCTGCGCA CAGTTGCACA GGTAGAGGTG 9900 GTGGACACCG CGTACTTTGC GATCGCAGGG GTGATTGCAG GCTGTGCTCC GGCGTTTGCC 9960 GCGCAGTTTA TAGAAGCGCT CGCTGACGCA GGGtGCGCTA TGGCCTGGCG CGCGATCAAG 10020 CGTACCGGCT TGCGGCACAC ATGCTTGAAG GGACTGCAGC GCTCATACAG CACAGTGGTG 10080 TACATCCTGC ACAACTTAAA GATCGCGTGT GCTCTCCTGC AGGGAGTACT ATTCGCGGGG 10140 TGCTTGCGTT AGAGGAGCAG GGATTGCGCC GTGCAGTTAT ACACGCGGTG CgCGCTGCGC 10200 TCAGTTCTTC CTAAGGGGTG GGCAGGGTGC ATTGCTTGTT TTTTTTGACT GCTGACAGTA 10260 CAGTTGCACC CTTGTGAAAA GTTCGTGCGT ATATTGGCGG ATCGGGGTTC TCGTTTGTAT 10320 TCTGTGTGGA GTGGGGAGCT GTGGCGgTCG TGCGCGCGTG CgcGAGTATT CGCGTGCGGA 10380 gcTTGTTATC GGTACGCTCT GTCGCGTGCG CGTGTACTCT AAGCGACCTG CTGCTGAAGT 10440 GCACGCGGCG CTTGAGGAGG TGTTCACGCT GCTACAACAA CAGGAGATGG TGCTGAGTGC 10500 TAACCGTGAT GACTCTGCGC TTGCTGCCCT AAACGCTCAG GCAGGTTCGG CACCGGTTGT 10560 TGTTGACAGG TCGCTGTATG CGTTGCTTGA GCGTGCGCTT TTTTTTGCAG AAAAGAGTGG 10620 GGGTGCGTTT AACCCCGCAC TAGGTGCGgT AGTCAAGCTT TGGAATATTG GCTTTGACCG 10680 TGCTGCTGTC CCTGACCCCG ACGCGCTCAA GGAGGCGCTG ACACGTTGTG ATTTTCGTCA 10740 GGTGCACCTG CGCGCTGGGG TATCGGTGGG CGCGCCACAC ACGGTACAGT TGGCACAAGC 10800 GGGCATGCAG TTGGATTTGG GCGCCATTGC TAAAGGATTC CTTGCGGACA AGATTGTACA 10860 ACTGCTCACT GCGCATGCTT TGGATTCAGC GCTCGTTGAT CTGGGAGGAA ATATTTTTGC 10920 CCTTGGTCTT AAGTATGGAG ATGTGCGCTC AGCAGCcGCG CAGCGGTTGG AATGGAACGT 10980 GGGTATTCGC GATCCGCACG GCACGGGGCA GAAGCCTGCA CTGGTGGTGT CGGTGCGCGA 11040 TTGCTCGGTG GTGACTTCTG GTGCGTACGA GCGTTTCTTT GAGCGTGACG GGGTACGCTA 11100 CCATCATATC ATCGATCCGG TTACCGGGTT TCCGGCACAC ACTGATGTGG ATTCTGTGTC 11160 TATCTTTGCA CCCCGTTCCA CAGATGCAGA TGCGCTTGCT ACCGCCTGTT TTGTATTGGG 11220 GTATGAGAAA AGCTGTGCGC TCTTGCGTGA ATTTCCCGGT GTTGACGCGC TGTTTATTTT 11280 TCCTGAcaaG cgcGTGCGCG CAAGTGCaGG GATTGTCGAT CGCGTGCGTG TGCTCGATGC 11340 ACGTTTCGTG TTAGAGCGTT AGGACAGCAC GTGTGCTGTT CGTGTGTAAA AAAGTGTGGC 11400 GGACTGTCCT CATCATGGTG TGTGTGCAGG ATGCGTGCGC GGGGGTTCGG TCAGATGTCA 11460 GGGTGTAGGC AAAGATGAGC GCAGCGCTGA CAAGAGGTGT TGAGTGCACC CTTTACTCCT 11520 AGGTTCAGTG AGCTGCGTAA TTTTGAATCG AGGAGTACAG TGATGGAGAC GTTTTTTACC 11580 TCAGAGTCTG TGAGTGAGGG TCATCCTGAT AAGCTGTGCG ACCAGATTTC TGACGCTGTT 11640 CTTGATGCCT GTCTTTCGCA AGATCCTCAC AGTTGTGTTG CGTGCGAAAC TTTTGCCTCC 11700 ACGTCCCTTA TCCTGATTGG AGGTGAAATT AGCACGCGGG CGCATATTAA TCTTACCCAA 11760 ATTGCGCGTG ATGTTGCCGC TGACATTGGA TATGTAAGCG CTGATGTCGG TCTTGATGCA 11820 GCGTCCATGG CTGTTCTTGA TATGACTCAT CATCAGTCGC CTGATATTGC GCAGGGGGTG 11880 CACGGTGCAG GACTGAAGGA GTTTGCAGGA TCGCAGGGGG CAGGGGATCA GGGGATTATG 11940 TTTGGTTTTG CGTGCCGCGA GACGCCGGAG TTTATGCCCG CCCCCCTCAT GTGCGCGCAC 12000 GCGgTTGTGC GCTATGCTGC CACGCTTCGT CATGAACGCC GTGTGCCGTG GCTGCGTCCT 12060 GATGCAAAAA GTCAGGTTAC CGTACAATAC GAGGGACATC GACCGGTACG TATCAGTGCG 12120 GTTGTGTTTT CTCAGCAGCA TGATCCGTCA CCTTCATACG AAACCATTAG AGAAACGCTC 12180 ATAGAGGAGA TAGTGCGTCC GGCGCTTGCA CCTACAGGTC TGTTAGATGA AAACACGCGT 12240 TTTTTTATCA ATCCAACCGG TCGTTTTGTC ATTGGCGGTC CCTTTGGGGA CACTGGTTTG 12300 ACCGGGAGAA AGATCATCGT AGACACGTAT GGGGGAATGG GCCGCCATGG AGGAGGCTCC 12360 TTTTCAGGTA AGGATGCATC TAAGGTAGAT CGTTCTGCAG CGTATATGGC GCGTTATATT 12420 GCAAAAAATA TTGTGGCAGC CGACCTTGCT GAGCGCTGTG AGGTGCAGCT TGCATACGCA 12480 ATCGGCGTAC CATATCCGGT TTCGCTGCGG ATAGAAACAT TTGGAACGGC GCGCGCATCT 12540 GAGTCACACA TCACACACGC GGTGAAAGAG ATTTTTGATT TAACCCCAGC GGGTATCGTG 12600 CGCACGTTGG ACCTGTGTGC GCCTCGGTAC CGCTCGACTG CAGTGTATGG TCACTTTGGG 12660 CGCGAACAGT TTCCTTGGGA ACGCACAGAc TGCGTGTGCG ACTTACAGCG TGCGGTGCGC 12720 CCGTTCGCGC TCTCTGGCCA GATAAAAGAG TAGCTTCGTT TCTTTTTTGT CTGCGCGGGG 12780 CCTGTATCGT TACAGCCCTT CACTTTCTGC CCATGTTACG ATGATTGGCT CTAGGGAATG 12840 TATGGAAAAC CCAAGGGTAT GGACCTGCTG GTATTCATGA CTGTTGGGCC ACCGTTGGTA 12900 GGGGTCATCG TAGTGCGTGT GCAAAAAGTG ATAGATGGTG TCTTCTGCAT TGTTTTTGcG 12960 CGCGCGTAGG CgCAGACCAC GGCGTACTGT TGcACGGTTG AGCACCGTAC GAATGGCGGT 13020 CCGGACCTCT TTGAAGAACA ATTCGCGATA CACGCCGTAG TCCTTCCCGG TGATTCTTTT 13080 AACAATGTGT GCGATGGATT CGACCGTCTC TTCCGGTGGG GAAGATCGCT CTACGGTTGC 13140 AGCTCCCTCC TGGTGCACGG GAGAGGAAGT GACGATATCG GAATGTCTTG CCTCCGCGTG 13200 TGTTCCTGTG CGTGATGCAC GGGAACTGCA CGTGCGGACG TTCTTTGTGT TGTGACGGAA 13260 AACCCTTTCC ATTCCCGCTG TTTCATCTTT CTGTTTTGAT TCCCCACTAT CTTTTTTACT 13320 AATTTTCTCC GAAGGAAGGG CAGGTAACTC TTTCTTACGC GCACGAGTCC gTGCACGCGT 13380 GCCCGCCGTC TTGCGCGCAT GCGGAGTAGA AGATCGTCTG TGAGTCGCAG GCACTTTTTT 13440 ACCCTTTTGA TGATGaTgCT CCGCACGTTC TACCAGGCGC GCTTTTAACC AGTGCCAGTT 13500 TCGTTGCAAA TACAGATCAC CACTGATGCT GTAGTAATAC CCTGAGGCGA CGTGCGCGAG 13560 CACCAAGTGC AAAATATCTT CGTCTTTCCA TTGGTGACTC CGTCCAGTTT TAATTGAATG 13620 AAAGATATTG TAGTGATGTG TTTTATACTT TCTGCTGTAC AGTAGCACGG TGTTCTCAAA 13680 GGCTCGATCA TCGTATCTGT GCCAGTATTT GATTGCATAC GCAAGTACCC GATCTTCAAT 13740 TTTTGTAATA GTTTTCGCGA TTTCAATGGT GCGTACCTGT TCTGCGGTGA ACACCAGTTG 13800 TGAAAAATCT ATCGTTGAAG AGGTATCTGT ACCGTGAGCC TCTGTGCAAA AGCCGTAGtT 13860 GCGCGCGTGT GTGACTCCTG CCTAAATGTT CGCACAGAAG AAAGCGTGTC GGTAACGTAC 13920 ATGCGAATGA TGTCTGCAGC CTTTTCCATC TCTTTCTCTC GGTAGAGCAG CCATTGTGCA 13980 TAATGCGTGT GCTTTCTGGA GAAATGAACG GACTCAAAGC GGTTGAGAGA AATAGAACGC 14040 ACAATCTTTT CGCAAACTCG GATCAGCGTG CGCACGTCGG TCAGGTCGAG GGGCGCAACC 14100 GCGGCGGCGA AAAAATCAAT AATTTTCTTT ATTTCTTGGA TTTTCTTCTG AGCGAGCTCT 14160 GCTAGGGCAT CGGCAAGCAC TTCCTTAAAC CGCACGTCCC TTTTGCGATA ATAGGACATG 14220 AGGAGTACCC TACGCTCCTT CTGAGGGTAT TTCACCAAAA GCGTGCGGTT GTAGATATCC 14280 AGTGCCTGTC TTTGATCTCC AAGGGATCTT AGTTCAAAAT ACCGGTCGAT GTCGGCATCT 14340 TCGCTAAAAC TCAGCTGGGG AAACTCCGCC CTCAGTACTT TTTTATCAAG CTCTGTGAGT 14400 GTGCGCATGA CATCCCAGGT GCGTAGACAA GCTCTTTAGA AGAAAGGCTG GCGCGCAcGG 14460 GCCTTTtCGA AGCGGTGAGA AGAACTAACG CAAGAGGCTT AGAACGCTCT GcGTAgCCTG 14520 ATTCGCCTGT GCAAGCATAG CAGTCCCAGA CTGCACCAGA ATCTGGTTCT TGGTGTAGTC 14580 TACCATCTCT TTTGCCATAT CCACGTCGCG GATGCGAGAC TCAGCTGCCT GCAAGTTCTC 14640 TGCCGCGACA TTGATACCGG CAACCGTGTG GTCAAGTCTA TTCTGGTAGG CACCGAGATC 14700 AGCGCGCTGC TTATTAATTC TCTTTATTGC CTGATCAAGC GTACCGATTG CGCGGTTGGC 14760 CTTTTCAGGA GAATCGATAT TCATGACCGA CTCGTCACCT GCATCCCGAA TTCCCATGGC 14820 AACTGCAGTC ATGGTCCCGA TATACGCACG CGTGCGCTGG TCCATGTTTG CACCGATGTG 14880 GAACCACATG GATGCAGTTA CAGTGTTCTC CCCGCCTTGA CGCGCGAAGC GACCAGTGAG 14940 CATGTTCATG CCATTGAACT GAGCGTGGCT GGCAATGCGA TCCACCTCTG CTACCAACTG 15000 AGAGACCTCT ACCTGAATGT AGAGACGGTC TTCTGCGGAG TAGATACCGT TCGCCGCCTG 15060 CACACTCAGT TCGCGAATGC GCTGGATAAC GTCGGTGGTC TCCTGTAAAA ACGCCTCCGC 15120 AACCTGAATG AAGGAGATGC CGTTCTGCGC GTTTGTAGAC GCCTGGTTCA AACCACGGAT 15180 CTGGTCCGCA TCTTTTCAGA AACTGCAAGA CCCGAAGCGT CATCCCCTGA CCGGTTGATG 15240 CGCAGTCCTG AAGACAACTT CTCAATGTTC TTCTGGACGG ACAAGTTAGT GTGTCCGAGC 15300 GTTCTTTGAG AGAACATAGC GCTCATGTTG TGATTGATGA TCATGAAGCA TTACTCCTTT 15360 TGGTGCTTTC AAGCGGACCA GCCGCCCTGG CATCCCTGCC gTTGCACCCC GTGCTTGGTA 15420 AGGGGTATCG GAATACGCCG GGTGCACTTG AGGAAAAAGC GGTGCGTATA TCTTGCGTAC 15480 GTGAGTGCTT GAACGTTGTG CAAATCGGAG GTAGAATCCC CGTCCTGTTG ACCTCTGCAG 15540 CAGAGTTACC CCGGTTAGGT TCGTGCGTGA GATAGGTTGC CGGTTGCGTC CGGCTGTGTG 15600 TGCACTGTGG ATTGAGTGGC TCTGTCCTTG TTTGAGCTTG TGCGCGGCGT AGCTGTACTT 15660 GGCGTGCACT GCCGTCTTAG CTTTCCACGG AGGGATGTGG GAGAAGATAA TTAGGGAATG 15720 TGGGGAAGGC GTATGAGGTG TATGAAGATA CCCAGGCAAC TGACGAGGCG TCGGCTACTT 15780 GAGAGGTTTT ACGCGCACCC GTGGGTGCTT GTTGCGGTGC TTAGCgcGCt GACGCTCTTT 15840 TTTGCAGTCC aGcTACGCAC GCTACGCTTG GACAATAATA ATTTTCGCTT TATCCCCAAG 15900 GAAAACTCGG TGCGTATCGC CGATCAGCGC ATCGATAGCA CATTCGGCTC CCAAGTTCCT 15960 GTGCTCATTG GTATTAAGCG TGAGTATACT TCCGTCGTTG ATCCTGTCTT TCTTGCGGAC 16020 GTGCGGTCGC TTATTGAACG CATCAGTGCG GTCCCCTTGG TGAGGGCGGA GAGTACTCTC 16080 TCACTCCTGT CTGCCGAATA CCTTGGTCTG CGTGCAGGAA ATATTATCAG TGAGCGTGTT 16140 GTTCCTGATG AGTTCTCCGG AAGTGCAGAA GAGGTACAGG GCGTTTATCG AAAACTTCGA 16200 GATTGGGATT TCTATGAATG TAGTCTAGTC TCGCGCGATC TACGCTCTAT GCAGATAGTC 16260 GTGTTTCTAG ACACCTCCAA CGAAGAAAGT AGTTCACCTG AAGCGATGGC AGCTTGTCGC 16320 GCGATCATAC GCATTCTCGG TGCGTGGAAA AGTCGTGACG CTCAGACTTT TGTCACAGGG 16380 GTGACTGTTT TTAACGAAAT GGGGAATGAG GCGTCGACGC ACGATTTAAC GCTCCTGGTG 16440 CCGCTTGTGG TGCTCATAAT AATCGTGGCG TTGTTTGTAT CGTTTCGCCG CCTGGCGGkT 16500 ATCTTCTTGC CCCTTTTGAC AGTGGTCATA TCTACCGTGT GGGCCTTAGG AGCTATGGCT 16560 TTGTGTGCCA TACCACTTTC TATCCTTTCT GCCATCTTGC CTGTAATTCT TATTGCCGTC 16620 GGGAGCGCAT ACGGCATTCA TATAGTTAGT GCGTATTTTT ACGGCGCCTC CTCGCGTATC 16680 TGCTCCACCC GGCAGGAGCA TCGCGCTCGC 16710 (2) INFORMATION FOR SEQ ID NO : 46: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1235 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 46: TCAGCCCGCG CACAGGAAAG TATAnGATCG GCACGTTTCC TTGCCTCCGC ATATATATCT 60 CTTTCTAACA CcTCTGTTGA ACGCAGCTCT TCCATGTAGT CTATACCTTT GCCCCGATAA 120 CCTGTCGAAT TGATTCACGC AGGGACGTGC GTACGTTCCC CTGTTCGTGC AAAGCGGGGA 180 CTTCTACGAC AAAGGGTAAC TCCCCCTGCA TCTGCCACGC ACGCACCTCC TCTCTCAGGT 240 AAGACATAGC GCGCTGGGTG AGTATGAGGA CCTGCGCGGG ACGGTCTCCA GAGGGGGGAC 300 GCGTGACCTG GGAGAATGCG CGCGCCGCCT CCTCTGGAGA ATGTACCACG AAACCGTGCA 360 CCCCTACTAA GGAAAAACCC AACACCAGTT CTTGCTCTCC AATTATGCAA TACGTCACTT 420 GATGACACCC CAGACGCACG TCAAAGCAAG ATGATAAGCA ATGCGACCAA AAAACCCCAC 480 AGACAAATGC CTTCTGCAAG ACCGATAAAG GGAAgTGCCT TTCCTGAAAT TTCAGGATCC 540 TcAyTCATTG CCCCCATCGC TGCAGCCCCG ATTTTACCTA CTGCAAGGCC TCCCCCAACG 600 CAAGCGAGCC CCACCGCGAG TcTGCGGCAA TGTATTTTAA GCCGCCATCT ACATGAGAGG 660 GCGGCTGmmT CTCCGCGtTa AGaAGACACG CACAAGCCAG CAAACnCACC CGTAAACCAT 720 GCTCTTTTCC AACCCATACT AATCCTCTTG ATATCCAAAC CTAAnCGGTG CGAAGACGCT 780 CCCACTTTTG GTAAAAAACT TTGAAAAAAA CTCGTAGTAT TGCAGCCGAA CCGCTTGAAt 840 GGCAACGATC AACCCTTCTA GAAAGATAAT GACTCCATTC CCAAACACGT ACACGAGTAT 900 GCCCCATAGT GAAGCGTAGC aCCAACGAAT TGCGTCATAG TAAACACCAC AAAACTTAGT 960 ACCGCATGGG ACAAGGCAAA GGCTCCCACG CGCAAAAAAC TCATGGAGTT GGAGAAAAAT 1020 CCCGACACCA CATCGACCAT TTCGATAACA CCGTGCATTA GATACATGCC AACACCTTCA 1080 GGAAACCACG GACGCACACG CTTGCACACA CGCTCCAAAA ACTCTTGACA AAAAtACCCA 1140 CGaGAGGCAC GCCCTTGCAA CCGCATCAAA GACCCCGAAT GGATTCCAAA AGTGGTATGC 1200 GCACTGCAAG GGCAACATGT ACCAAAAAAA GAGGG 1235 (2) INFORMATION FOR SEQ ID NO: 47: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 16636 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 47: ATTCTCnGCA CATGTnCCCT GACACTTCCG TAGCGGCTGC CGAGACCTGC AGCCAGAATA 60 ACTAGCGTGA CGTATTCGCT CATAGAAGTC TTCTAGCAAA ACGGAGCACG CCCCCGGgCC 120 ATCCCCGGGA AAGCGTAAGA GACGCACGGT GCACTTATGA GCGCGCACGC AAGGCCGCCA 180 TCGTAACGTA TTGTACGGCT TGTTAAAATG CGGCAGAAAG AACATGTCCA GCAGTTTTAA 240 CTTATCAATG GTCACCCGCT CCTGGATTGC AAGAGAGAAC AGGTGAATAC CCATCGACAT 300 GTCGTGCCGT GACGCCATTT GAGCGCCCAC AATCACCCGC GTTTTTTTAT CAAACACAAT 360 CCGGATTTTC ACCGGGTGAT TGTCCACTTC CATAAAGGCG GGTAACTGTG AGTCTTCAAA 420 ATCCGTTACC TCCACCTCAA GTCCCATGCG CGCGGCGGCT nCCTGCGTCA CTCCTGTGGA 480 CACCATTTTT AAGTCGTATA TGTTGATACC GTTGGAGCCC TGCACCCCAA TGCCTTCAAG 540 TGGGAATCCT GCAGCGTTGT GCGCCGCAAC GATACCGCTG CGCATCGCAT TGGTTGCAAG 600 CGCAATGTAA GAAGTTTGTC CGAGCGAATT GTCAAACACC GTTGCACAAT CGCCAATTGC 660 GTACACGTCT TTCACACTTG TTTCTTGTTT TAAATCTACC gCATACGCGC CATTGGCAAA 720 GGTTCGCACC TCGTTCTTTC CCAGTGCAGT ATTGGGGCTA AAGCCAATGC ACACCATAAC 780 CATGTCTGCG GGGTACTCAC CCTTATCTGT CACCACTGsC ACTACCTTTC CATTGCTGCC 840 ACGGAGTTTT TGCACTTTCT GGCCAAACGC AAGGGTGATG TGATGGTGCG CAAGTTCTCA 900 TCCATGAGTG CACGGAAGGA TGCGTCGTAA TAATTGGAAA GACTAGAGTC CATCGCATCG 960 ATGAGCGTTA CCTTTTTTTG GTGGCGCTCA AACGCCTCTG CAAGCTCCAC GCCAATGTAC 1020 CCGGCACCGA TAACGGCAAT ATTCTTAATG GAAGGCTGCT CGAGTTTTTT AATCACCGCT 1080 TCAGCATCCT GAAATAGCTT AATGCGCTGA ACATTCTCCA AATCCATGCC GTCGATTTTA 1140 GGAATGATAG GCAGAGAACC GGTTGCAATA ATAAGCTTGT CGTAGGACTC TGCGATTGCA 1200 GAACCGTCTC GTGCAGTCCC GTACACCTTT TTTGAGGCAA AATCGATACG GGTGATATCG 1260 CTTTCCATGG AAACGCGTGC ACCCTTTTTT TCCAATTGTT CTTTATTTGC GTAGAATAGA 1320 CCCTCCGATC CACGGATTTG TCCGCCAATC CAAAGAGCCA TGCCGCAACC AAGGAAGCTA 1380 ATATTATTGT TACGGTCAAA GACTACCACT TCATTCGTGG TGGTAAGGTC TGTGAGGCAA 1440 TTGACACAGG CGGTTCCTGC GTGGTTCGCT CCGATAATGA CGATCTTCAC GGCGTCCTCC 1500 TTACGTTTGG CATTGTAGTT CAGGGAAAAG ATTTTTGTAC AGGCGCCTGA AAACAGCCGC 1560 GGTTGTTTTG TTCCCAAACG CGATAACTGG GAGAATGTTA TTcTGCGGTG CAGGTGGTTT 1620 TTCTTCAAAA ATGAGCGCGT GGAGCGCGCG AACCCGGTCT GAGTCTTCTT TTTGCACGAG 1680 GATATTCCAC TGCGTTGCCG CTTGCTGTCT ATCCTGCATG GTTAGATACA GATGAATCAA 1740 CTCAATGCGC ACCTCAGTAC ATTGGGGCCA CAGGGTGCAC GCCTCTTGGA GCGTAAGCTC 1800 TGcACGGGGA AAATCACCAA GTTGAGCAGC AACGAGTGCA ATCAGCGTAT ACACATGCGC 1860 AGTAAGTTGT ATATCTAACG CCTTCACCAG TAAGGCGTCC GCTTCATGGA GTAAATGCAG 1920 TTTGATGCTG TTTTCTGCTT TGTGCACGAG CATCTGCACG TTCTGCGGcT CCTCCCGGAG 1980 CGCTTTGTCG TACCACGGCG CTGCGTGTTC ATAGCATCCG TCGGCGTAAA AGGCGTTGGC 2040 AAGAAGATGA AAAGCCTGAC CACGTTGCGC AATCACCGCC gCGTCTGCGC GCTGCGTTTC 2100 CACTTCAAAC AGGGGAACAC AGCaCGCTAG CGCACCGCgc TGGnCGCTGT AGTTCTATAT 2160 AATTTTCCAA CACTACGAGT TCGTGCGGTA ACAGCGCACG CGCGCGTTGT AAAGACTGCG 2220 CTGCAGCGTc GAAGTTTTGC TCGCGCAGAG CCTTTTGCGC ACACAGGTTA TGCAGCCAGC 2280 CGTTATCCGG ATCGAGTGCC AGGGCGCGCG CAAGAGGCTC GTCACAATCT TTTTCGCTTA 2340 AAAAAAGAGA TTCAGCGTAT TTAAAGTGGT AGAGCGCACA GTCCGGCGCA AGTGCACAGG 2400 CTCTTTGAAA TGCATCACGT GCGCGCTGTT CGCACGCTGC TGCAGCAGGA GCGTCGTGTT 2460 CGTGCGTGCC CTGCGCTTCT CTCAAAAGCA GGCCATATAA GTACCAGACG GTAGCATCAG 2520 CGCTCCtGCG CGGCAGAGTG CGTCAAAcTG CGTGTGTGCC TGACGGTGCC GTCCTGTTGC 2580 ATAATACAAT TTGCCTGCGA TACTGCGAAC TTCTGTACGC TCAGGATCAA GACGGCGAAG 2640 TGCGAGTACC ACGCGTTCTA AATCAGCGTA GGATTCCTGT GCTAAAAAAA GCCGCGCCGC 2700 ATGTAAATAC GCCTGAATTG CTTGCTCCTT TTCCCCCAGT AGGGAAAGCT CCTGCGCCGC 2760 ATGCAGCGCA AAGAGTCCCT GGTGAGGGTC CAAACGAAAT GCACGCTGAT ACGCAGCAGC 2820 AGCGTCCTCG TGTCTATTTT GTGCAAGTGC AAGGTGACCG CATAGATTGG AAAGAAATGC 2880 ATCGCGCTCG GCTACGACAC GGTGTGTGGC AAGGAGGTGC GCGAGTTTCT CGTATGCGTT 2940 TTGTTGGTAC AGCGCACCTC CTAAGGCGAG AAGTGCCCGC ATACAGTGAG GGTCTTGCAC 3000 AAGCGCTGCG TTAAACGCTT CTTCTGCCTC ATCATAGAGG TGCTGGGCAC ACGCGATGTC 3060 TCCTGCAAGA AGATACTCGC GTAAACCAAA GGTACATTTG GCTTTTAGTT TTTTCATCTC 3120 TGcACGAGCG CaCrCTGCGc GTcCCATAGC GTACAGGGAT TCTGCGAGAC GCAGgTGCGC 3180 GCTTGCAGGG ATACGCGCAG gTTCGTTGGC GCGCAAGCAT GCAGTTTCAA CCATGAAAGG 3240 TTGCGATTCC AGACTGAATG CTGAAAGTTC AAAAGAACGA TGCGCATGGA CACCCCAGTT 3300 CTGGGCAGCA AAACAAACTT TCCCTGCCGC TTGTATCGTG TCATCTTCAA TTTGCGCAAT 3360 CCACTGATCA TCTACACAAA GAGTAAAGCT TGTGCCAACT GCAATGAGGC TCAACACGCG 3420 CACTTCATCG CtGGCGCCAG TGTCAGTCCA TCCGAGCAGG GGGAGGGGGG TGTTGTTGAC 3480 TACCGCGTCC AGACGCAGCC ATCCACCGTC TGAAACAAGA AGCGCGTAAA AGGTGCTCTC 3540 ATTCAGATAA CGAAACAAGA GCCcTGCGGC GCAGGTACCT GCTCGCTCGG GCACCGCCTC 3600 GCCCATTGCG CTCGGGTCGA CGGCAACTGC CTCCGGAAGA CAGGCAGGCC GAGAGGTCGA 3660 ATCAAGAGAA GCAGGTACTT CTGGCTGTTC TGAATTAGGC AGCGCACGCG CCTCGCCTGG 3720 AGGGTGAGTA CCCGGGAGAA AGCGGATGCG CGCAGTAAGC ACGCAGTCCT TATAACGAAA 3780 GACGGGGTTA GCACTCCACG CATAGAGGAA CTTACGTCTG AGGTGGAGCG TTAACCCATG 3840 CGCGCCACGT GCAGTCTCAT AGCCGTCCCC TGCCTCCGCG TGCCAGCGTG CATGTTCCGT 3900 AGAAGAAAAG TCAGCGCGCC AAAACTCAGA CACAATTTCT TCATAATCTA CAGGAGGTGT 3960 TACACGCCTT TTCAAGAACT TTGCTTTGAA ATATTGAAAA TACAGGCGCG CACGTCCCAC 4020 GCCCAAACTC TACGCTAATT TTCCCCAAAG TAAAAGGGGA AGGGTGAGTC ACAAGACAGC 4080 ACACAGGTGA TCACAGGGAG TGCGCGTCTC CGGTTAGGGA AATAAGAAAT GTGGTATGCT 4140 CCGCCTGTAC GTTTGGACTA TGGTGCAGAG GATAGGAAAA GATGCAACTG TACACTCCTG 4200 CGCCTATCTG GTACCCTCTG GcATAGTTTT TACCTAAGGA GCATTTCAAT GGCATTACTT 4260 GACATAAGTA GCGGGAACGT CCGCAAGACT ATCGAGACCA ACCCTCTGGT CATTGTGGAC 4320 TTCTGGGCTC CCTGGTGCGG TTCGTGCAAA ATGCTCGGTC CTGTTCTGGA GGAGGTAGAA 4380 AGCGAAGTCG GCAGCGGTGT TGTTATTGGA AAACTGAATG TCGATGACGA CCAAGATCTC 4440 GCCGTTGAGT TCAATGTGGC GAGCATCCCC ACGCTTATTG TTTTTAAAGA CGGGAAAGAA 4500 GTCGATCGTT CCATAGGCTT CGTTGATAAG TCAAAAATTC TCACGCTCAT CCAGAAGAAC 4560 GCCTAAGGAT ATTTCTTTCG TACGGAGTGT GCTACCAGCT CATCAGCAAA GCGATGCAGC 4620 CGGTGCCTAG GGGAACAGTT ATATTGTCGT AGTCTTTGCA GGGGAGCAGT TCGATGAGCG 4680 CCGCGCAGAC TCCGAGCCCC CAGCtGCGCG CGCCGGAGnT CCCAGCGCGT GCACACTCAG 4740 TGCCGTTGCT ATGCAGCACA CGGCACTGCC TACGGGTGTT TTCCCCTGCA CGGAAAAGAG 4800 CGTCGTGGTC CTTCCCCTTC TGCGTCCGGG GGAATCAGCG GAATTTTTGA AGCGCAAGAA 4860 AGTGTATACA GTACCGGCGA GGCTTGCGCA TCCGTCTCCG AAAGCGAGGG CGCAAATGGC 4920 GGCTGCTGCG ATAGGTGGGG GAAAGAGAAG GATCGCGCTT GAAACACCGA TTGCAAGGGT 4980 GAGTGGCCCT CGCACAAGAG AACGTTCGTG TTTGTCCCGG TCTCGGGCCG CCGCTCGGGT 5040 GAGGAGTGAG ACAAGTGGCA ATGTTTTTCC ACGCAgTCTC CACCGCTCGG CAACATAATA 5100 GCCAACGCCG AGCGTGCCAA TGGCGCCGAG CGTAAGGGGT TTGCTCCATG CCGCAAGCAC 5160 AATGCTCAGT GCTGACGACA GGTGTATGCC CTTTCTGAGG CATTCGCTTG CAAGGCGTGC 5220 GTGCATGCTT TCTACGTGAG CGGCGCGGCG AGTACGTGCG GCTGGGTTAG CGCCGGCCTG 5280 TACGGCCCCG ATCCTGGCTG GATGCTCGCC CCGCCGGCAG GGGGCGGCTG TCTGCAAGnT 5340 GTTGTTCTGG TCCTCAGCGT CCACCGGCTT CCGTCTTTTC ACAGGGGCCA GCGCAgTACT 5400 ACGCGCGCTA CATTGAAAAA TACGAAGAGA CTGGTAGTAT CTACGATTGT GGTGATCAGC 5460 GGTCCTGCCA TGATGGCGGG GTCTAAGCAG AGCTTTTTAG CAAGAATAGG AAGGAGCCCT 5520 CCGGTCAGCT TTGCCGCTAC TACGGTAATC ATCAGTGTTA TTCCCACGCT CCCACATAGG 5580 GCAAGCGGCT TGCCATTTAT GAAGTACGTT TTCGCCAGGC TTGTTGTGCC TAGAATGCCG 5640 CCAACTGCCA GCGCAACTCG CAGCTCTTTG TACAGCACCC GGAGCCAATC GTGTAGCTGA 5700 ATCTCACCCG TTGCAAGGCC TCGGATAATA AGCGTAGAAG ACTGACTGCC TGAATTCCCC 5760 CCGGTGTCCA TGAGCATAGG GATAAACGTG GTAAGCGCGG TGGCAGTCAC CAACAAATCC 5820 TCGTATCCGG CGATGAGATT TCCCGTGAAC GTTTCAGACA CCATAAGAAG TAGTAGCCAG 5880 CCGATACGGT GTTTCACTAG GGTGAAGACC TCAGTTTCCA GGTATGCTTC ATCTGAAGGC 5940 TGCATGGCCG CCATGATCTG GAAATCCTCG GTAACTTCCT GCTGCATCAC GTCCATGATG 6000 TCATCGACGG TGATAATGCC AATGAGCCGT CTTTCAGTAT CCACCACAGG GAGTGCAAGG 6060 AAGCCATATT TTTTAAACAC CGCCGCGACT GCTTCTTGAT CATCATGGGT GTGTACAAAG 6120 ATGCAGTCAC GTTCACACAG ATTCTCAATC AACAGATCTC CCTGACTAAG CACGAGCTTT 6180 TTTAAAGAAA TGACACCGTG CAAAAACCGG TTTTGGTCAA TGACATAGCA CGTGTACACG 6240 GTTTCTTTTT TTAATCCGGT TTCCCTAATG CAGCAGAGGG CATCGTGCAC GGTCATCTGC 6300 TTCTCTAAGT CTACATATTC AGTTGTCATG AGGCTTCCTG CAGAATCCTC TGGATATTTT 6360 AAAAGTTGAT TGATAACTTG ACGTTCTGTT TCACCCGTTT GTGCGAGAAT GCGTTTCACA 6420 GCATTTGCAG GCATTTCTTC TACCAAATCG ACTATATCAT CCATGGCGAG TTCTGCAAGA 6480 ATAGGTGCAA GCTCTCTGTC TGTAATGGTG GCGAGAAAAG CAGATTGTTT GCTGCTTGAA 6540 AGCTGCGCAA ACACATTTGC AGCGAGGTTC TTGGGCAGCA TTCTAAATAG CAACAACGCC 6600 TGTGCAGGTG ATTGCATGTC CAAGACATGC GCGACGTCCA CCTCGTTCAT CTCGTTTAGA 6660 TTTGCAATAA GTGGTACGTA ACGCTTGTGC TCGAGAAGCG TCTGGATTTT TTCAAAGTTC 6720 TCGTTCATAG CCAATTCCCA CGCGGAGTTc CGGAGTATAC GTGAGTTCAC CTCTGTTCTT 6780 CCATAGGTGC ACGTCCCGCA CGAAAGTGAC TGCTCCTGCT CCCAAAGGCC TGGCGCCACC 6840 TAGGCAAAAC GCACAAAAGC AGAGAGGGAG CGAGAGACGC GTTCGTTCAG GCAGATCAAT 6900 CGATGGAGTT CAAAATTCGA GTGAGCCTGT TTTTATCGTA TAGATCCATA GGTCTGCCCT 6960 CTGCAAAACG GCGCGCCTCA TCAGTAAAAG CACCGGCGGT CATGCAAATG CCCTTGCCAG 7020 CTTTTAGCTC TCTGATACGT CCATGCAGAT CGCGCAAAAC GAGTTCCCCT ACTGACCCCT 7080 GAGAGCGAAA AAAACGGAAC AATACGAGGT CGGCCCACTT TGGCGTGTCA ATTTCAGAAA 7140 CTATATCTGT GTGAGTATTC AGAACCGATA TGTCCAAAAT CTTTACCCGC GCGTGCGGAA 7200 AGTACTTTGA TACCACCTTT CTGCATAATC CAATGAACTC ACTCTGAGCC GCTATCATGT 7260 ACAGGTGTAA GTTTCTATTC TGATTTAATT CCTGATAGTA CGTAATGAGC GCCGTGACAT 7320 CCCGGTACTC AGGGTTAAGC TGGTGAATCT CTCTAAGCAT AACCAGGGCT CTTCCCAGGT 7380 TCTGGGTTTT TATCAGTGTC TGCGCGAGAC GATAACGCAG CTCGTTTGCA ACGTCTGAGG 7440 GTATATTGTC ATGCTTCAAC CCAATTTCAA AATCCTCTGC AGCGTCCTCC AGCTGGTTCA 7500 GCTTTGTCTT AATGGTCCCT GCATACAACG CAGCCCGCGG CCCAACGAGA GGATCAACCC 7560 TCAGATGATT GAAGATTTTC AATGCACGGT CGTGTGCATT CGCCTCATAG AAGCACTCTC 7620 CCATTACGAA CAATGTTTCT TTGTCTTCAG GTTGGAGGTC CAGCGCCTTC TTCAGATAGG 7680 GAAGGGCTTC CTGATACTTT TGCAGTTTTT GAAACGTGTA ACCCGAgcaG sTGCGCTGCA 7740 GGTGCACTAT CCGGTTGCGA TGTTAGCGCT CTTCTCAAAA GAGGAACGAC CTGCTCATAC 7800 TGCCGGTCGA GGTAATAGAC CCTTCCCAGG TTGTAGTTTA CTTCAAAATG GTGGGAGTCG 7860 ATGCCTTGCG CAAGGAGCAG TCCCTTCTTT GCCTCCGCGT ACTTTTCTGT TTTTACGCCG 7920 CAAATCCCGT ACCGGAGTAG GATCTCAAAC TGCTCCATCT GTGAGCTCGA GCTGcTGCGC 7980 TCCACGAGTG TCGCGTACAT CGCGAAGGCT TTTTCCCACT CCTGATCCTG GTAGTGTATG 8040 TCCCCCAGTA CCGAAAGACC CCGAATGTCA TACGGGTCCT GCGCAAGCCG TCTAGATGCT 8100 TCCCTCATGA GAGACTCTTT GTCTTTTCTT CTGCTTGAAC GCGTCCCCAC CTTGCTCGCT 8160 ACCGTGGCAA CAAGCATGAT ACTCGAGAGC GCAAGCATAA CGACAAAGAA GACGATAACG 8220 GCAGAACTCA CTCGGCGCAG TGTGCTAACA AATCATTCAG CTGTCAATAG ACTCTGCAAT 8280 GTGCCGGTAG gCTGGaAACA GAACTTAAGA AACCTGACTG CATATCTTTG CAACACCTGC 8340 GCGCCACTCC AGCAGTGTAT TTTTTGTTTC CCACTCAATG AGCCGAACAA TACTAAAGCA 8400 GGTGGTACTC GCTGGGTTGG GAAAAACAAT AACTGCAAAT TTCCCTTGGC CAACATACAC 8460 GACATGTTCG TGCGCAGCCA AACACTCAGA CTCCCTTAAA AAACTGAGCA CACAGTCAAA 8520 ATGAACTGGT CGACCGGAAT CCTTGTCACC AAGAGCTACG GGAAGATCTT TGATAACCTC 8580 TTTGCAACGC GGACACACAT ACTCGCAAAA CTCCAGCTTT GGCGAAAAAA CATCACGCCT 8640 CGGCGTGCGC TTCCTTTTTC TTCTACGGCC GCTTGACTGA ACGTCAGTCA CACTCTATTC 8700 CTCTCATTGA CAATAACCGC TTACTGAGAA TGAGCGCGAG CCTTTGAATA GCCCCCTCAA 8760 TATAGGACTG ATCTTGAATC TTCTTTTCCA GTTCGTGAAT TGTTTCAGAG CAAAACACcT 8820 GCGGGAATTC GTCTTCCTCG AGAAGGAAAA ACGGAACCTT TCATACCAAA TCCTCAAAGG 8880 CATGTGGCAA GTGCACGATG TCCACATCCT GCCTTCGAAA AGGATCGGAC CGCAGCACGA 8940 TGACGTCAAA GCGCGCACAC ATGTGGTTGT ATTCTCGAGC GCTGGCAAGA AAATGTTTAG 9000 CGGTTTCACA GATCCTTTTC TGCTTGCGCT TTCCAACAAT AATTGCTAAG TCGGCGTAAC 9060 TGGTACACCG TAGCGTCTTC ACTTCTACGA ATACTATTGT GTCATCCtGc TGCGCAATAA 9120 TATCAATTTC ACCTGTTGCT CTGCGCCAGT TTCGTGTGAT GATAATATAT CCGCGCGTCG 9180 CTAGCCAGCG CGCCGCATAC GCCTCTCCAA ATGCACCGAG TAACTTATTG TGCTTTGGCA 9240 TAACTCCACG GACTCACTTC TCCTACAATG TAATTCGTTT TATTGACCGC TAAATCAATG 9300 AACTCACCGC TGTCGTCAGG ATGGGTTACG TCGTGCTCGT CGATAACTAT TCTTAAACAC 9360 GGACGCAACG GCGCCGTGGC CGTGGTCTTT ACCACGCGCG CAACTGCTGA GTTATTCAGG 9420 AGCACCAACG ACCCAATGGG GTAAATACCG ACGCTTTGAA TCATTGCCTT GATTACGTCT 9480 GGATCAAAGC GACGTGCGTT GTCAGCAAGT AAGCTTTTCA TTGCTTGATA GCCACTGAAC 9540 GGTTTGCGAT ACGACTTTGG CGCAAGCATT GCAGCAAAGT TATCAGTAAC TGCAAGAATC 9600 CTCGCACCGA TGGTAATTTT GTTTCCAGAA AGAGACTGGG GATACCCTTT TCCATTCCAG 9660 TGTTCATGGT GCTGGAGTAC ACTCAGTCCA ACCGAGTTCG GGTATTTGAG CGTGTTTACG 9720 ATGTAGGAAT GTGCGTAAAT GGTGTGCGCG TCAACTGCCT GCTGTTCTTG AAAATGCAAT 9780 CTCCCCGACT TCTTCAAGAT GTCGGCAGGA ACATGCTGCA TACCGATATC GTGCAGGAGT 9840 GAGGCAACGA CCAAATCAAA TATATCTTTT TCAGAAAAAC CCAAATGCTG CGCAACGATA 9900 ATGGAAAAGA TAGCCGTATC TACTGCAGGT TTTGCAAATC GAAATCCTTC GATTTTGTAT 9960 GACAGCACTA AACTGACAAA CCCGAGTGTA TTTGCTCGAA CTAATTCTGA AAGGCGCTTT 10020 GCAAGCATGT CCGCAGGCGC GCAGGAAGTG TCGTGTGCGC ATTCATCTTG GCAAAAAGCA 10080 TGTTCAATTC CTGAATAAAG CCAACGTATT CTTCATGATA GTGGGGATTG ATACACACCT 10140 TAGGAAGGAG TTCACAAATA TCCTTCAGGA TATCTTGAGT ACGGAgTTCT CCGGTGGAAA 10200 CGATATCGTC TTCAGGATCA AGCAGTTCTT CTGCTGCAAg cTCTTCAAAT TCTGCTAATT 10260 CCTCCACGGT AGAAGAGGGA ACTGACTCCC CTTCAGCCAG CACCCTACCT GCGGTCACAA 10320 CGTAGGGAAT ATTCCAATCC TGGAGCACCG TCAGCTCTCG AGTGCTTACC GGCTCCCCTT 10380 CCCTGAGGAG GAGGTTTTCT CCGTCGTCGA AGAACACGGG CTCGGAAAAA CACATTCCTT 10440 CTTGCAGTTC AGATACATCG ATTTTTTGTG ACATGGACCT GTACCTCTTT ACCCGCCTTA 10500 TCTTCGGCAT CGGTGCGCAC GGGTTAATAC CACGTCTTAT GCACACACAG CGGTAACGTT 10560 ACTGTTGTGT GTACAAAAAG GCAAAGATTG CAGAGACAAC CTGATAGGTT TCCGGTGGGA 10620 TACACGCaCC TATCCTGTGC TCAGACAGAA CACGCGCCaG AAGTTCGTCT TGCACCAAGG 10680 CGATATCAAA CTTTTTTGCA ATTTCAACAA TTTTTTCTGC AATGGCGCCC GTGCCCGAAG 10740 CGACAATAAT GGGCGCCTTA TCTCCCGTTG CATAGGAGAG CGCAACCGAG CACGCACGCT 10800 TTCTTTTCAT GGTGGCGGTA GTGTGCGTCT GCTATACAGA AACGTCAATC CCTTTGAAGG 10860 GGACCGCATC GTTTGCCGAG TCTGCATGCG CACCATACCG TACGGATAAA AAATCAATGC 10920 CsCGTTCGCG AAGGAGGGCA CACAGGCGTG CAACTGTTTT TTTCtGscTG TGCGCGACAG 10980 TTCCCGTGCC GCGTGTCTTT GCACCGTGAG TACGTTATTC TGCACGCAGA AGACCCATTC 11040 TCCTGCAGTG TTACACGCAC GTACGCGCAg cTGGgTGCAT GTTTTTTTGT GGAGGTGTAA 11100 TAACAGCGAG AGAGTGCCGC GCCACACGGT GTGCGCGCCG CgCCGCTCAA AGGGTACAAG 11160 AAGCCAGTGG AGTGCTGAGT GATATGTGTG GTTAACGAGC GCAAAGAGAT CTCGCTCCGT 11220 GTCAGAGTCT GTGTATGCGC CTGATTCCCC AAGAAAGGTG CTCAGCATAC GGCGGAGCAT 11280 CGCTGCATCA ACGGGAATGT TTCGGTCGCC TAAGATACTC GCAAGGAACG CGGCGTGTGC 11340 TCTTTTTTGC TCAGGAAACT TTTTTAGCAA AAGCGCAAAG CGTTCAATGA GCTGCGGCTG 11400 CAGCGGCACA CACAGGGATG TATGCGCGTG GATAAGCGCT GCAGCTTCAG GAGAGAAAGA 11460 AACACCCCAG CGCTGCAAAA AATGCGCCGA CATATCCTCA GCAGATGGAG GAGTGCTCGT 11520 GCACTGCGGG TGCAGGAACA CCGTACCCGC GCGGATAGAC GCGCGCAGAA ACAGGACTGC 11580 GCCTTTGTGC ATAGGCTGCG GTACACGCGC GCGCACCCGT TCACCGTTAA TGGCGACAAG 11640 CGCACGGCCG GCGTGCGTGC TGCTGAGAAT GCGGACGCAC ACGAGCGCCC CTTCAGTAAG 11700 GGAAACCGTG CGCGGCACTT CGGTGAGTAC TACCCGAACA GCTCCGTTCA CGCGCTGGGC 11760 GACGGCTTTT TAACAATACG TGCTTTGATA CGGGCGGCCT TTCCTATTTT TTCTCGGATG 11820 TAATAGAGcT TCGCGCGTCG CACCTTTCCT GCACGTAcTA CGTCGACCCG CTCGATACGG 11880 GGGGAGTGGA GCGGGAATAT ACGCTCCACT CCAACGCCAT AGGAATTTTT GCGCACCGTA 11940 AAGGTGCGCC TGACGCCGCT ATTTTTAAAA CACAGAACGA GCCCTTCGTA AGCTTGGATG 12000 CGCTCTGTTT TTCCCTCCAC TATTTTGAAA TGCACACGTA CGGTGTCCCC GACGCGGAAC 12060 GTTTCAGCTG GTTCCTTTCG CTGCTGGTTT TCAATTTGTT GGATGAGGTG GCAACTCATA 12120 GTCTAACTCC TTAAGAAGGG ACTCAGCCTC TTGAGTCCAG GCTGCAGACG CACGCGCAGC 12180 gctGaGGAGG TCAGGTCTAT TCCTTCGTGT TTTTTCGATC TGGCGCGCAA gcCGCCACGT 12240 GCGGATATGC GCGTGGTGAC CGGAGAGAAG TACAGGGGGA ACGTCCCGGT TGTGAAAACA 12300 GCGCGGCCTG GTGTACTGCG GGTACTCCAC GAGACTGTTT ACAAAACTTT CCTCCTCGAG 12360 AGATTCATGG CGGATGACAC CGCTAACACA GCGGCTCACC GCATCGATGA GCACGAGCGC 12420 GGCGATCTCT CCTGAGGAGA GAACGTAGTT CCCGATGCAA AtTCGTCGTC GACATACTCG 12480 TCTATGATAC GTTGGTCAAT TCCCTCGTAT CTGCCGCAGA TGAGCACGAG GGCACGTTCC 12540 TGTGCGAGTG AGCGCGCATA GCCTTGCTCA AAGAGCTTTC CAGAGGGAGT GACGTACACG 12600 ACGCGCTTTT TGGGAGCGTC TACTGAATCC AGGGCCTTCC cTAACGGTTC TGAGCGCATG 12660 AGCATGCCAG GTCCGCCCCC GTAGGcGGGG cGTCACAGTG TTTGTGTTTG TCGTGCGCAA 12720 AGTCACGGAT GTTGACAATA TTGTAGTGAA TGATCCCGTC GCTCACGGCG CGCGCCATTA 12780 TTGAGGTGGA GAAATAAACC CGCGGGATGG CGGGAAAGAG AGTCAGTACG TCAATGTTCA 12840 TTCGAGAATC CACCGCTGCA ACAACTCGAT TTTTTTTCGA CCAACGTCCA CGTCCCCAAT 12900 GAAGGTCCGG TGAAAAGGCA CATAGCAAAC GCCACCATGT GTCCTTTGAA CCTCTAAAAG 12960 GGAGCTACCG CCCCCTTCGA CAACGCTCAA GACAACACCC ACCGCCGAGC CCTCGAAAAC 13020 GAGTTCACAA CGACACAGAT CGGCCAGGTA AAACTCCCCA GCGCTAAGCG GACAAGCCTC 13080 GGCaCgCGGT ACCCGCAGCT CTGCTCCTAC AAACGTCCGA GCGCACTCTA CCGTATCTAC 13140 GCGGTGGAGC TTGAGCAGCG CGTcCTGCGC ACGTAGGAGA ACGTGCTCTA CCATGTGGAC 13200 GGCCTCACGC GGGAGAGCAC AAGCGAGGGT GCCTGAGGAT CTGCTCCGTG GAGGAGCAAG 13260 ACAAACCTGC TTTAGTGTGG CAAGATGTGC ATACTCACCC GAGAAGCTCT TGAGCCTGAG 13320 TAAACCCGCA ACCCCAAAGG TGCTCACGAT GCGTGCAGTC ACAATTCTAT CCATAACCCA 13380 CCACACACCG CCTGCAACAA GGCCGCAAGA CGGAAAAGGA GCCGCTAGTC GATGATCTCT 13440 AAAGCGTAAC GCGTCTGAGA AGCGTGCGCA GACGCAGAAA GGAGCGTkcG CAGAGCGCGC 13500 GCAATTCTGC CGTGCTTGCC AATGACCTTC CCTACATCTT CAGAGGCAAC ACGTAACTGA 13560 AGGATCTCCA ATCCCTCCCC TGGAGACTTG GTGACGGTAA CCTCCCCAGG ACGATCCACA 13620 AGCGCCCGCG CAATATAGGC GATTAGCTCT TCTTCCATCG TGACCATCCC CTTGCCTAGA 13680 CGCCCTGCCC CCCTGGGGAA GAAGGGATTG GAGCGGCGCA GGAAACGGAC TCTACGTGcG 13740 CCAGATCGGC AGCCTGCTGT GAAGAAGCAA CACGGCGCTC ATCTGAGGCA AtGCGTTTAG 13800 GACAGAACCA CGCCTGGACT GCAAGAGCtG CGGACCGTAT CCGAGGGCTG gCGCCGCGyT 13860 CAAGCCAGAA GCGCGCACGG TCAAGGCGGA AAGACACCTC GGTACCCTTT GGGGCTATGG 13920 GCTGGTAAAT ACCCAGTTCT TCGATTGCCC TGCCATCTCT CGGCTCGCGC GCGTCCTGAA 13980 CTACGATTCG GTAGTACGGA CGCTTCTTAC TCCCCAATTT TTTCAGTCGG ATCCGTAAAC 14040 TCACTCTGTC TCCTCCGCCT GAGACACACG CaGGTGCGCT CATCCTTTCT AAAATTATCT 14100 GTGCTGTCAA GTGTCTGAGC ACGTAACGGG ACATGGAGAA TAGATTACAG AGGAGCGGCA 14160 CGTGACGCGT CATTTCTGCG CTGTAACGGT TGTATTGGGG GAGAAGGAAA ACtGCAGTGC 14220 AGCGGGTGTG CCTTTGTCTT GGGTGTTCTT ATTCAAAAAT GATACGCACC TGGGATTTAA 14280 AGGTAGTACC TCGCTCAAAC TCGTGGGCGA AAAGTTCAAA ACTCGCTGCC CCAGGAGAGA 14340 ACACGATCAC GCCTGGGCTT TTCTGCCGCG CCCGGAGATC CTGCAGGAGT ACCTCAAGGG 14400 AAGTAAACGG TCCGTAAAAA GGTACCTGTG CTGCATGAAG AAGTGGTTGC AACCGTGCCG 14460 TAGCACTTyC TGCAAGCAAG TACAATGCGT GCGCCTTGGC TGCTGCCTGT GCCAAGGGTT 14520 GGTAGTCTGC ATTCTTATCA GTGCCGCCAA CGATAAGAAC CACGCTTTCA TCAAAGGCTT 14580 CCAGCGCTGC AATTGTTGCC TCAGGTACAG TGGATGCAGA ATCGTTATAA AAACGCAGTC 14640 CCCCCTTTTC GTAAAAAAAC TCTAGTCGGT GTTCGATGCC CGTGTAGGAC TCCAGCGCTT 14700 GTGCAAGACG CCGGGTGTGC TCTTGGAAGG GACTGTGAGC GGACGGACAA GCGTAGTCTG 14760 GGGGGGACGC GTGATTCnCG TACGCGGGGG AATGGGAGTG TGCGCAAAAA CACGGGGGGC 14820 AGGAGGAAGG AGGTAGAGAA TGCCCTGCGC GAACAGGAcG CTGCAAGCGC TGCACTCGCC 14880 ACTTGCGTTT GGAGGACACG GCCCGGTACG TGCAGCTGCG GTGGGATGAG CATGCAGGCG 14940 CGGTCACCTT CTGCAAAACG TGCCCAGTAG GTTCCGTCCG TCGCTCTCCA TAGAGCTCTC 15000 TCCATGAGGC GCGGGGTGCA CGCGCGGCAA GCGGTCTCAG GCGACTGGGC CGTATACCAA 15060 AAGACGCGsA TCCGTTTTTC TGCkTcGCAG GCAAAGCGGG GTCCCCACCC GTCATCTGCt 15120 TACACAGCAG TGTATCGTGC GTTCCCTGGT GTGCGTATAG CACCTGTTTG TCTGCCACGT 15180 AGCTTTCCAT ATCCGCATAC CAGTTTTGAT GGTCAGCCAT AATGGGAGTC ATGATGGCAA 15240 TCTCCGGGCG CAGCAGACCG GCGTGGTGTA CAGTGTGGTC CTGTGCATCG ACTGCGCGTA 15300 GGTCTGCAAG CTGCCAGCTC GACAgTTCCA GAACCACTGG TGTTGCAGGC GTTGTGTGAC 15360 GCACAAATTC CAGCGGGCTG ACTGTGCTAT TCCCCCCTAG AAAGGCGGGG AAACCCAGCG 15420 CACGCAAGCT GTAGCACAGG GCGCTGGCAG TGGAGGATTT TCCCTTGtGC CGCTTACTGC 15480 TAGCAGCGGG GCGGGAGAAA GGCGTAGGAA AAGGGAGATA TCCGTTTCgA tGgCGCGCCG 15540 GCGCkTTGAG CAGCGGAAAG GTAGATGTTG TGTGCACCCT TCACGATGGG ATTTTTGATG 15600 ACAACATGCG CGTTTTCAAA ATCTTCCAGC CGGTGTTCAC CGAGCGTAAA GCGGATGGAC 15660 GGGTACGCAC GAAgTCTTTT CAGGGAAGGG GTAAGCGCAT CAGCATTTCG CAGGTCGGTA 15720 ACCGTAAGgC GCgCTCCCGC TTCTGCACAA AAGnCAGsTG CCGCGCAgcC CCCGCCGTGC 15780 ACGCCGAGGC CCATGATGGT TACCGTTTTG CCTTGAAGAA GTGCGCGCGC CTGCTCCACG 15840 ATGCGGCCGA TTGTAGCCcG CGCAACGCGT GACAATAcAA GAGACGCGTG CGGTGCTCGC 15900 GGCACGGTTT CTCTTTACTT TTTGTTGCTT TTTTACTACC CTCGCGCGCT ATCTGCTTAT 15960 GGCTGAACAT ACTTCCTGTA CGAGCATTCA TCCTCTTGTG CGCAGCGCGT TTTACGCCGG 16020 GGGTGCGCAT GCAGTACTGC TTATTCATGG GTACATGGGC ACCCCGCGCG AGATGCAGTT 16080 TTTAGGTCGT GCGCTCCACC GGGACGGCTT TACGGTCTCT ATTCCCCGTT TACCTGGTCA 16140 CGGTACGAAT AGAGAGGATT TTCTTGAGAC CGGGTGGAGG GATTGGCTGC GGCGCGTGTG 16200 TGATGAGTAC CGTGACCTTT CCGCTGCGTa CCtTCGGTAT CTGTGGGGGG GCTGTCCATG 16260 GGAGGTGTGC TGACTGCACT CGTGGCGGCG CGTTTTTGTC CCCAGAAAGC TTTCTTTTGT 16320 GCACCGGGTT TTGCAGTTTC TGATTGGAGG ATAAAGCTGT CTCCTCTAGT CAGGTGGTTT 16380 GTGCGTGAGT TTGCTGCGGA CGCGGCTCCC TTCTACCCCG AGCAAGACTT TAATGACGCC 16440 ACAAAGGATT ACCGGAGTGC GCACTACATT GCCCAGGTGG CGCAGTTTTA CGCACTGCAA 16500 AGACGTGCGA TCCGTTCGCT GGCGTGCATT CGGAGTACGT TGTTAACGAT CCTGTCTCGG 16560 CAGGACCCAT TGGTGCCGTG TGCAGCGGTG CAAAAATTAC TCGATGCGCG TGTGCGCACG 16620 CACACCAGTA CGTATG 16636 (2) INFORMATION FOR SEQ ID NO: 48: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 13330 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 48: TGATAAGCCC AGCGAATTAA TAACAAATCC TAAAAAAAGC GTGwArCCGA AAAAGGCCAT 60 AAGCGTGTGC AGAGAGCCAT GAGAAGGCAT TAGGTGCAAG ATGTGATCGC GTGGTACTCC 120 ACCACATAGC GCAGTAACGC TGCGAATCAA CGGAGCGAGG AGCGTACCAT GAGCGAAAAA 180 CTCCCCCGTC AGAAAACCCA TCACCATGCT AGAGAAAcCT ACGGACAAGA ACACGTAGTC 240 AAGGTGTGCC CATCTATTTA GCGCACGTAC ACGCCGCGTC CGCAGTAGCA AACCAAGTAC 300 GAAAAAGAGG AGACCCTGCC CGAGGTCCCC AAACATAATC CCAAAAAGCA GCGCATAGGA 360 GAAAGCAACG AAAGGAGTCG GATCGACGAG CCCGTAGGGG GGACAACCAT AACTAGACAC 420 CATACGCTCG TAACTACGCA CAAAACGGCC ATGCTGGTAA CACACCGGCA CATGCTCGCT 480 GCCATCCCTG ATAAAAGACA GCTCCTGTGG TTCAAACAGG CGGACTGCCA TCCTCCCTGT 540 GGTCACGTTG TCCAATCCTG CAACGAGGTC CTTCGCCTCA TGTGCTGGCA ACCAGCCAGC 600 TATACGATAG GTATGCCGGG TAGACTCAAG CGCATCACGC GTGcGGTGcA CACGTTCCTG 660 CAGCGCAAAA CGCCTAAGCA GCGCACACAG TGCCGGGcCT CGCATCGAGC CGAGCGCACA 720 TTTCTCACCC TGaAACTGCT CTTCGTTGGG CAGAATCATG GGCTACAGAA CTCTTCCCAC 780 GGGGAACTGA GGGAGCATCA CCCTCTCGTT CGCGTGCGTG CAAAGCGTcA ACTTCTGCAA 840 GTATCTGCTG TGCCAACGTG TAGTCTTCTT CGGTAGGCAA AGAATCCCCT GGAGAAAACG 900 CGCACTCGCC AGAGACACCC AGGTACTTAC ACGCTTCTTC AAGACGGCCG ACATACTCTT 960 TGCTCTGCGC ACAGTGGGAA GAACTGCCAC GCGCCGCGGC GGAAAgACGC AAATGGACAA 1020 GCGCCGTCTT TCCCAGGTAC TCCAGTACTC GGTCCACATC CCGTTCAAGC ACTACAAGTT 1080 CGAGGAACTT CATCCTCTGC GATCTAAACA TAAGCTGCTT CCCCCAAGAA CTCACGTGGC 1140 AGCGTACGCG CACTCCCTGc ATGTATACAT TCTGCAAGCG CACAGATGCC aCGCGCTTCA 1200 AAGCGCTTCA TCATAAAAAA TGgACGATCG TCGcAGGAGT AAAGwrtGCG CATGAAAAAC 1260 CGTGCGCGCA AGACAATACA GAAAACGGGA GCCCGCACGT TCAAACGCGT CTAGATCCGG 1320 CTCCCACTGT ACCCCATCTA CAGGATTATT TAAGAAAGCG CTCATAGCGC CATCCACTCC 1380 ACGCCCCGCG CTCAGTAAGA GAACAATCCC ACGCAAACAG GATGCATTTC CACCACGTCC 1440 CCAGACACCT GCGTATCGCA CCGTTAGAAG AAAGcTCCGA AGGwrCnTyT nTCTTCTGTA 1500 CACCATAGAA CATGCGCAGA CGAAtACCCA CCCAACAGCG TACAACGCCA CTTCTTCACG 1560 CACTAACCGG GAACATGCAG TGCGATCATC TTCGGGAATA GAACACAaTG TCTGCCACAA 1620 CGCATGGTAG TAACTTTGAT CTAAGCGCAA ATCCCACAAG ACACGCTCAT CACTCCGAGG 1680 TACGCGGTTG TACCAGGAAA CTGGGCTCCC CCGAGTGACA GCCTCGATAC ACGGCCACTT 1740 TTCCCAACGA AAAAGGGAAA AACGACCCAA ATCTGGCGGT TGGCAGACGC GAAACCCCGC 1800 CTGACTCTCA GAAGAAGAGA GCGTCTTCAG GTAGAGATAG TCGTAACGAG CAAGCAGCGC 1860 GGAAAAAAGC GAAGGGGGTT CCTGATAGCA CGATGCCGCA CGCACACAAT CGCGCAGCAG 1920 ACACGCCTCC ACCCGCCGCT GGATCAGACC TACCAGATGT GCACCAGCAG ACCTAGGGGC 1980 AGGCTCAGAA AAAAGGCGCA CCCAGAGATC ACACAGCGTC CCCACACCCT GCAGGGTACC 2040 CAGGCGCTCA CCAACCCAAA GCCGAGCACA CAAACCGGAT AGTTTCGCAT AGACGAACAC 2100 ATCCGCGACA TCTCGCTCCA CAGCCACACA CTACCCAAAA AAGAAACCAT CAAGGAAGGC 2160 TTCGAAGCGC TCCACGTCCT CCTCCAGCAC AGAAAGCTCG CGTTCTAACT GTCCACACGC 2220 CTCCCTTCTC TGAGCGTCTA TCCGCGCACA GGCCTCATGC CACGCCTGCT CCTGCGCCTC 2280 AACCACGCTC CCCTCCGCTT CCTTCACCAA GGTCTCCCCT GCCGCCTCTG CAGATTCGCG 2340 CAtCCtGCGC CTGCTCtTGC GCCTTCTCCA CGAGGACAGC GGCCGCATCC TCCACCTCCG 2400 CTAGGCGGAC CATCACCCCT TTATCCATAT TACCAACCCA CGCGGCCGAC ACTCAGCGAG 2460 CACATCGACC TACTCCCGTA CCTCAGGGGA CGGAGGAACC GCTACCCCAG AGCCCGAGGA 2520 ATTCCTGCGG CAGGACCAGT AGACTCAGGA GACGTTGGAG CACCAGCACC TTCTTcGGAG 2580 GkTGCTTCCA CCACTCCACa GCcGTCTCGG CTTGCTTcTg TGCGCCGCTT TCTGCAAGCC 2640 CGTGTCGTCC GGAGCCCGGT TCAACAACGC GAGAAAGAAA GTCAAACCAA AAAAGAGCCC 2700 TACCATAACG TAGGAAGTCT TCGTGAGGAC CGAAGCGGAG CGCGAACCAA AGGCAGAACG 2760 CGAACCGCCC GAAAACATGC CACCAgCCCA TCTCCCTCTT CAGTCTGCAA GAGsATAGCG 2820 TGACCACCAG AgGCAAACCA CCACCAGGAG TGAGAGTATC ATAACGCTCA GCACAGCCAT 2880 GCCTCATGCT ACACCAAAGC GTGCGCAAAA ACAAGGACTT CAACCTTTCA CTCCCTGTCC 2940 CGAGAACAGA AAAACGACCA TGTGAACGGC ACAAAAAAAG AAACCTGtTA CGCAATACCG 3000 CACACCACCC AGAATCCTTT ACTACTCTCT ACACtGCGCG CGATAGGAAC AAAAGACGCA 3060 GCCTCCAGCG AAcACCGCCA ATGAGTCCCC CGTCAATGTG CTCTTCAGCC AACAGTGCCC 3120 GCGCGTTCTC CGCTTTCATG GATCCGCCGT ATTGAATACA CAGTGCCTCT GCGATAGCCG 3180 CGCCGTACAT CTCGCGGACT ACTGACCGAA TATGAGCATG AACCGCATTC GCCTGTGCCG 3240 GAGTGGCAGT CTTACCCGTA CCAATTGCCC ACACAGGCTC ATACGCAACA GTTACATTAT 3300 GCATGAGTGA CCCACACACG TCTGCCATCC CTGCGCGCAC TTGAGTTCCC ACTACCTCGT 3360 TGGTACACCC CGCTTCATAC TCTTGGAGTC GTTCGCCGAC GCATAAGATG ACGCGCAAAC 3420 CGCTTTCTAA CACGCGTCTG ACCTTTTGAT TGATAAGCTT ATCATTCTCC CCACGCCCAT 3480 GACGCCGTTC GGAATGCCCC ACGATGACTA CCTGTACCCC CAGGTCTTCG AGTTGAAGGA 3540 CGGATACCTC TCCAGTATGC GCCCCCCACT CTTCACTACT CACGTCCTGC GCGCCAAGAA 3600 GTACGTTACT TCCCCGTAGC ACCTTCCCCA CCGCGTCTAA AGCGGTAAAA CTCGGCGCAA 3660 TCATGTATGT GTGCGGACCA CCCCGTAATT CCCGCACGAG TTCCTGCGcA AGGcCACCGC 3720 CTCCGCACAC GTTTTATGgC ATCTTCCAAT TCCCCGCGAT AAAATAGCCG CGCATATCCC 3780 CTCCTTAGCA CATcCTTTCG TTCACACCAC AAACACCCCG CCGATAGCTC CACGAGAAAC 3840 TGTTCTATAG AGCCACCGCA GAGACATACC CTCGCCAGGA GATCTCGCCC CAACCCAAGG 3900 GAAAATCTCA CGGCACCACT ATATCCTATG TTTCAAGACA CGAAATGCCC GGTAAAACTT 3960 TACCCTCAAA GAGCTTCAGC GATGCGCCAC CCCCCGtAGA TACATGGCTC ATGCGACTTG 4020 CAAGCCCAAA CTTGCTGACT GCTGCAATAG AGTCTCCTCC ACCAACTACC GACGTAGCAC 4080 CCGCATCCGT CGCCTCTGCT ATCAACTGCG CAAsACCCGT GTACCGTGTG CAAAGGCATC 4140 GAACTCAAAA ACCCCTACCG GACCATTCCA CAACACGGAG CTCACTCCCT TTAAATGCGC 4200 ACGATACTGC TCAAGCGTAC GCGGACCAAC ATCCATACCC ATCAAGTGCA TAGGAATATG 4260 CACATCGTCC ACCGcAACCG GcTGCGCATC CGCACAGAAC GTGGaCGcAC ATaCGTGaTC 4320 GACCGGCAAT aCCACCGaCA CACCACCGcT TTGaGCCTTT TGCAACAGCA TaCGTGcaGT 4380 GTCGATAAAG TCATCCTCCA CTAGGGAGGT ACCTACACCC ACACCTTGCG CTTTCAAAAA 4440 GGTGTATGCC ATCCCTCCCC CGATGATAAG CGCCGTCGAT GTTCGAAGCA GACTCTCCAA 4500 GACTGCTATC TTAGAAGATA CCTTGGCACC ACCGACAACC GCCACCATTG GCACCTTCGG 4560 GTTGCATACC ATAGGTTCCA GGTACCTCAC TTCCCGCTCT ATCAAAAGAC CGGCCACTCT 4620 GCGACGCATA AGTCTCGGGA GTACCACCGT AGATGCATGT TCACGGTGCG CAgTGCCGAA 4680 CGCATCATTA ACAAAAATGT CCCCATACTG GGCAAGCTCC CGCGCAAATT GCTCCTGCAC 4740 CTTCGCATCA CCAGATGTTT CCTCGGGGTG AAAGCGCACA TTCTCCAAAA GCACTACCGA 4800 ACsGTCGGGC AGCCCTTCAA TAAATTCACG CTGCCCGACG CAGGAAGGCG CAAAATGCAC 4860 CGGCACCCCC AACTTCTTTG CAAGGCAGTC CGCAACCGGC TTAAGCCGgT GTTTGCCGTT 4920 AATGAATGCG TGGCGGTCAA AGGGACAACC ATCTTTCTTA GCGTTCCCCT CTGCTTTATC 4980 CGCATCACGG GTAGGGTCTC CAAGATGGCT AATGaGCACT ACGTGTCGCG GCCCCTGCTC 5040 GATGATGTAC CGCAGAGTAG GAACTGCTGC AGTGACGCGC GTGTCGTCTT GCACCATACC 5100 ATCACGCATC GGTACGTTAA AATCAACACG CACGACAACA CGCTCACCTC GCATTGTGAC 5160 ATCTTTACAA GTTCTCAGCA TCATCTCCTC CTTTTTGACG CAGGGGTTAC CCCATCCGCC 5220 ACACGTTGCG GCTGATTCTC ACTATATTTC AAAAAAAGAT TCAATATCCG CATCGGTCGG 5280 ACGCCTCACA TCACTGCTCC CCTGCCTGTG CGCCCTACAC GCGTACGGGG TGGGGCACAG 5340 ACCCTTCGTC ATTGTTGACA TTTTCTATGC GGAATGA AT ACCCCGGCGG GTGCTGATTC 5400 CCCTGTAGCT CAGTTGGTAG AGCAAATGGC TGTTAACCAT TGGGTCCGTG GTTCGAGCCC 5460 GCGCGGGGGA GTGATGTTTT TGGTTCTTTC AGTTAAGAAT TCTCATGGAA GGTGGTGTGT 5520 CTTTCACGGG TTGTGGCCCC TTGGGGGCAG TGAGCAGTAC TTCCAGCTTT TTTAGAATGG 5580 GCCGTGCAGC GTCCCGTGGG TCTGTGTGCG CCTGGTTTCT ATCGGAAAAA TGCGGGGCTT 5640 GGTGCCCATG AGAGTAGGTG CCTATGGAGT TGAAGGTCCG TCAGAGTGGC GGAATATGTG 5700 TCGTAGAaTC AGTGGGGACA TGGATCTGTA TCATTCCTAC AAGCTTAAAG ACCTTGTGCT 5760 GAAGTTGTTC GATAGGGGCC CGCGCTG AT CGTCATTGAC CTTGAGGCGG TAGAGTATAT 5820 CGATTCCTCA GGGATTGGCG TTCTCATCTA TCTGTGTTCG ACAGTGAAAA AGTTAAAAAT 5880 CCACTTCTTT ATCTCAGGTG TGCACGGCTC TGTAAAGAAA GTGATTGAGC TCACCCGGCT 5940 GCTGAATTAT TTTCCCATCG CTGAAAGygT AGACGAGGCT CTTGCAAGGG CCCGATCCTC 6000 TGCACCGCCG CAGACCGGCT CCCTGTAGGT TTTTCCTCGT CATGGGTTGA ACCCTCCCAC 6060 GCGCGGGAGG GTTAGATATC CCACAGCTTT TTGCTGCCGc GTGCCGCTGC ACGGACTGCA 6120 GTGGTAGCGT CTTTCCTTTA TACTCAGCAC TGTGCATATG GTAACGGACG GCGCTTCCCC 6180 AAGAAGTGGG GTGTCGCTCA TTATCGGCAG ACCTTCCTCA GGTAAGTCAA CCTTTCTCAA 6240 TGCCGTGTGC GGGTACAAGG TGTCCATAGT TTCCCCTATA CCTCAGACAA CCCGTAACAC 6300 GGTGCGCGGC ATCGTAAATA TAGAATCCGA CCAAATTGTC TTTATGGACA CCCCGGGGTA 6360 TCACCGGTCT GACAGAAAAT TTAATCTGCG CCTGCAGTCC CTTGTGCACA GTAATGTAAA 6420 GGATGCTGAT GTGCTGTTGT ACCTAGTAGA CGCTACCCGT CAATTTGGAG AAGAAGAAGC 6480 AGCCATCTGT GCATTGCTTG CCCCGTATCA AAAAACGCGC GTATTGCTTG CCTTCAATAA 6540 AGTGGATGTC CTTCACAATT CGACCTCGTG CGACGAGCAT GCCTTTTTAC ACAGGCAAGG 6600 CAGCGTGCTG CGGGCCGGCA GCCTGGGACG AgCGCTACAC GCCGCACTCC CCCACCTCCC 6660 TGCTGATCGG GTATTTACAA TATCTGCCCT GCACCAGGTT GGGCTCGATG CCCTCATGCG 6720 CACGCTGAGA GATCTCTTGC CAGAAGCGGC GCCTCTGTAC CCTCAGGATT GCTATACGGA 6780 TCAGACCATC GCCTTTCGCG TCACTGAGCT CATCCGAGAA CAGGCAATCG CACGCTGCCG 6840 GGACGAACTG CCGCACGCAC TATACGCCGG AGTGGAAGAC ATGGAGctGC GCCGCGGCAA 6900 GCGGGAACTG TGGTGCCGTG CGTTTCTTGC AGTAGAACGG GAAAGTCAAA AGGCAGTGCT 6960 CGTGGGGAAG AAAGGTGCAG TTATTCGCgc CATACGGCTA GATGCCATCC GCGCGcTACG 7020 CACACTCCTC CCCTACCATA TTTCCCTTGA TATACGAGTG AAGGTAGACC GCAGCTGGAG 7080 ACAACGCGAC CACACACTCA GCTCCCTTCT GTACTAGGAT GACCGGTGCC CAAATGAGGA 7140 ATTCGCCGCA GGGGCGGGCC GCTCAAGGCG TATAGTTACT GAAGGTTCGT CACACACAGC 7200 CGGAGgTCCA TAATACTGTA CCGCCCCCGG ATACACGTAG CTTGTTTTTA AGGCCCAACT 7260 CGCACGCCGA CGAGAGAACA CCCGAAACGG CATGCCCTCC AGGTCAACCA GCGCCTTTTT 7320 TATCACCGGC TTTTGACTTC CATGTCGGCG CTCCATGTTC ATGAGCATAG TAAGCGGCAC 7380 GCCACCTACT GCCCACTCAG CTACAGAAGA CGTCAAGTTA CGCACCGACG CTACGTACCC 7440 TGTAAACCTG TGCACGGCCA GAAGACACGC GGTCAAACCG AGCGTATAGC AATAATCTGC 7500 ATCAAAGTTG GACGGAAAAG CGCATCGCCC TTCGTAACCA AAAAAATGAG CAATGCTGGA 7560 AAAAACACCG GTGTACGTAC CTTCCTGCTT CATCTGCGCT AAGCGCTCCG TTACCTGGAG 7620 AATGAGCAAA CGCTCTGTGT CAATGCGCGA CACCTGCACA TTCCCATGTG GATCCCGATC 7680 TGCCAAAAGC TGTGTGGAAA TTTCAGCAGG TAATGCGTTA AACACCGCAC GAGCAGAAGC 7740 AGACAACGCC TGCTCTATCC AAACGCGCTG CGGTtCAGGA GTGTCCAGCG CCTCAAATTC 7800 CTGCGCGCGG CGTGCCATCA CCTCGTTGAG CTCCGTAATT AGAGCCTTCA TTTCAGGTAT 7860 AAATTCGATA AGTCCTTCTG GAACTAACAC TATACCAAAG TGCTCACCGT GTTGTGCGCG 7920 CGTGGCGATG GTGTCACACA ACGACTGCAC GATCTGTGCG AGCGTTAACG ATTGCGCCGC 7980 TACTTCTTCC GAAATGAGAC AGACATTTGG CTGTGTTTTC AGCGCGCACT CAAGCGCAAT 8040 ATGACTGGCT GAACGCCCCA TGAGCTTAAT AAAATGCCAG TACTTGCGGG CACTGCACGC 8100 ATCGCGCGCA ATGTTCCCGA TAAGTTCACT GTATGTTTTT GTGGCAGTGT CAAAACCAAA 8160 CGAGGTTTCT ATCGCCTCAT TTTTCAAGTC TCCGTCAATA GTTTTGGGAA CACCGATAAC 8220 CTTGGTAGAA ATACCACTGT TTACGAATGT TCTGCCAAAA GGGCAGCGTT CGTGTTGGAG 8280 TCATCACCTC CTACAACTAC GAGTGCATCA AGCGCCATAC GCGTGACTGT CTGCGCCGCG 8340 GmGGcAAACT GGGACTCACT TTCGATTTTG GTGCGTCCTG AACCAATGAG GTCAAAGCCA 8400 CCTGTGTTGC GGTAgcATtC TACACGGTCT GCGCATATCT CGATATGATC GCCAGAAAGC 8460 ACGCCCGCAG GACCGCCTAG AAAACCGATA AGGACAGAGT CAGCGTGCCA TCGTTTTAAT 8520 CCGTCGAAAA GCCCTGCTAT AACGTTGTGA CCACCTGGTG CCTGACCCCC TGAGAGTACT 8580 ATGGCAACAC GTAATCCTCG CGGCTCAGGT GCAGTCTCCA TGGGGGAATC TTCGTTTTTC 8640 TCACTAGCAT TAACGAAnTT CACCAGCGGC TGACCGTAGy CGGCGcAAAA AGAGAGCGCA 8700 ACGgTcATAG TCTGCCACCG CAgTGGTGGA TAAGCCGCGA CGCGCACAAA CGCGCCGAAA 8760 GTCCCCCCGA AGAAGATCGG GGACCTTTGG CAGGTAGCGA TGCCGTTCCT GTTGCAAGAG 8820 AGAAATACTC ATCGATGATT ACTCCTTCAT ATACGAAAAA TAGCACGACC GCACCGCCGC 8880 ACCCCCACAA CTCACTCTGC AGCAGGCGCG ACCGCGTGTG GATGCGCAaT ACTCAACGCA 8940 aGAaTAGCAC GTTTAAGAAC CGTCGCTTCT TCTTCATACA GTGAACGCCC CACACTGCAC 9000 AACGCAGCGC TCTCCTGTGC GATCACCTCC GCCGCCATTT TCCTGTCGTA TCCCATCTGT 9060 ACAAGAGCAG TTACCAGATC CTCAATTTCC CTCGCATGGG GAGCACACCC AAGATTGCTC 9120 GGATGTGCAG CACGATCATC TGTCTGACTC TGGGCACAAG AGGCCgCGTC GGTTAGCGCG 9180 AGCGTACCTT TCAGCGCTAA GAGCATGCGC TGTGCAGTCT TTTTTCCAAT GCCTGGTATG 9240 CGCTGGAGTG CACATAAATC TCCTGTATCA AGCGCTGCAC ACAAAGCCTG ACTGCTAATA 9300 CTCGAAAGAA CTTTGAGCGC CTGCTTTGGA CCAATACCTT CTACCTTTGT AAGACTGAGA 9360 AAGAGCGTGC GCTCTTGTAC ATTCGAAAAA CCAAAGAGGC GAAGCGCATC TTCACGGTGA 9420 TACAACCAGG TAAAGACCTT AACGTGTGAT CCAACCTCAC CGAACGCAGC ACTACTGTAT 9480 GCGGACACTG CAATTTCCCA TTCAATACCA TGCACCTCAA CACAGAGGCG CTCGCGCTCA 9540 TGGAGCGTCA AGATACCGCT GATGCTTTCG AACATTATCT CCTCTTTATG TGTGGCGCAC 9600 TGAAGCGAAC ACTACGCTAC CATGACAATT GCACAAAGAC CGGATCGTGA TCAGAAACGC 9660 GTTCCCGAGC AGGCTGCTCT GCGTTGATAT GCAGTATATC AGCAGTCTCC GTGCGCGCTC 9720 CTACAGACAG GATATTATCC AGTGTTTGCG AGTAACCGCG GTACACATAG GTATATCGCT 9780 CCGTCTCCGG CAAGAGATCC AACGCACTGT GCATCCCCAC TGCGGTGAAT TTTTGAATAA 9840 CATCAGAAAA CCAAAAATCA TTGAAATCTC CCGCCACCAC CACCGGAAGA TCTGCACGCT 9900 CGCGACGTAt GCAGCAACAA AAGCGGCAAC CTGCGCCGCC TGCTGTATAC GCTTGCGTTT 9960 GGAGTGTTCC TGTGCAGGTT GCGTGCTACC CCAAACGGGG TCATCCCCTC GCTTTGAAGA 10020 AAAGTGATTC GTTACCACAA CAAAATCTTT CCCCTTATTC ACCCCTGATA CAAACTGAAA 10080 ATGTGCCACC AAAGATTTAC GTGTGTTTTG AAAACTTTCT TGCCCTACTC CGATGCGCGC 10140 AGGATTTTTT ACCATCTGTC TTCCCCCGCG CACCATTTGG GCAACCGAAT GAAATGTTCC 10200 TGCACTTCCT GTCTGGTCCT GCACCAGCTG CACACGATCG GTAGGTACAA ATAACAACAG 10260 CGAATATTTC CTCCCGGTTG TCCGCCATCG GCATCCAACG ATTGCACGCC CGCaGGAGCa 10320 TTaTCCTGCG GATCGATATT CACCGCTTTA TACCGAACGG CGCTGAACTC TGCCATtGCa 10380 CGTACCAGTA AATCCAACGT GTGCTGTGCG CTCGTACAGT GATGATGTTT TTTTGCGCCA 10440 TCGTCATCCT GTATCTCAAC AAGACAAATA ACGTCCGGCG CCTTAAGATC ATTCACAAAG 10500 TnTTCGCAAA GACGCGCGCA CGCGCTGAGT CTGCTTTATT CCCTGCAGAA AAATTCTCCA 10560 CATTATAACT CGCTATATTC AAAAATCGTG CGTTGAACTG TATGGTCGAA ACTTCAGGAC 10620 TAAAACCTGA GCGTCTCAAA GGGGGAAGCG GCTCAGCAAG TTCTAATTGG TAACTAGAAG 10680 ACGAATACCC CATGATCCCC ACCACCGTCC CTTCAAAGGA ATCACCAGGC AGAGGAGGGG 10740 CGCTTTTGAA TACTTCAGGA AGGCTGTCAA ACATACGCCG GGGACAAAAG GCAAGGACAG 10800 GACGTATATG GGTTTGCTCA TACACGTATC CTCCGTGCAT ATTCAAACGT GTAGAAGGGG 10860 TATCCCCCGG TAGGAGGTAA TACGTAGAGC GATACGCAAC AGCAGGAACG GTGGGATTCA 10920 CCATCTGAAC CCGCATCCCT TCCACACTTT CATAAAAATC AATAGTCTCT GCATCCGGTG 10980 CGAGGTCTGC AAGGTTGCTG ACAAACACCG GCTGAGACAC CCGCGCATAC GAAATCAACA 11040 CCGGTTCAGG CAATTCCCTG CCATGTGCTA GCACTCGCAC ATCCTGCGCG CGCTTGATAA 11100 CAAGCTGGGT GACGCTCAGA TCCCGAGCAT TGCCTTTTGA GATATACTCG CTGACAGTAC 11160 CGAGCACCGC CACGTAGTCA CCCACGCGCA AACTATcAGG GAAAGCCTTA CCACAATACA 11220 CAAAAATGCC GTCAGACGTT TTAGGATTGC CATCCCCATG CGGATCTTGA AAATAAAAAC 11280 CAATAGGTCG TTTACCCGAA CGCGCAATAG CAGTTACCAC GCCACGCACA TCACGCACGT 11340 GTTTACCCTC ATAGGCAGAA CGGTGTCCTT CCCCTTGGAT CGCACCGATT GAGTGGGGAA 11400 CAGACGCCGC ACTGCACCGT GATCCTGTTC CCACTATCCA AAAGATGACC CCCACGCACG 11460 CTCCCGCTAC TTTACTGCTC ATAGGACACT CCTCACGCGC AGTGTATCAG CGCAGGTAAT 11520 TTTGCACAGT ACGGTAGTTT TCTTTGGTGA CAACTTTATA GGGGATCCAC ACACACTGCT 11580 TTTCTGCCGT ACCGAATACT GCCGCGCGTC CTGCCACTCC GTTTCCTGCG TGCGTAAACG 11640 CAGTGCTGTC TTCAGCGGGG ATCGATGGGA CAGAATCACC CATAAGTGCA AACAAAAGAT 11700 TTAAAATAGC CTTCCCCTGA CTGGAGACAT CGTTAAGGAC GGTGCCGAGC ATCAGATCCT 11760 CTTCAATAGC TTTCAAAGCA GACGCAtAGC ATCGATACCC ACAACCGGCA CACGCTTATT 11820 TTCTTTAAAA AAACCTGcAC TCTGCAACGC TTCAATGGCG CCGAGCGCTG CGTCATCGTT 11880 ATTCGCAAAT ACTGCCCTCA ATGCGATCTC CGTGTGTGTG AATAAGCGTG TGCATCGcAG 11940 CyTGTCCTTT CACCcGACTG TCAaGCGCAA AaGCCTCCCc GATTATCTCG CCcTTTAATC 12000 CGATTTCTCT CAGCGCCTGA CACACATACC GCGCACAGCG AGCACCGCTT TTATGATCAG 12060 GATCCCCTTT GAGCAcTACG CATTGGATAA TACCGTCGGC GTTCTTATCT GCACTTGGTG 12120 TACGTTCCAG ATATTGCGCA ACCAGTCTGC TTTGCAGCAA ACCAAGCTCG TCGTCCTTGA 12180 CGCCTACGTA ATAGGCGCGT GCATACCGGT TCAAATCAGA AAGGTCAGGC ATACGATTGA 12240 AGAATACTAG CGGAATGCGC GCCTGCTGTG CCTTTTCAAT AACCGTGCGC GCAgcaCGAt 12300 GGTCTACAAG ATTTACCGCA AGACCGTGCA CGCCGCGCGC AATAAATTGA TCGATGTGCT 12360 TGTTCTGAAT ACTCTGCGAT GCCTGACTAT CCACGATGAG GATTCGAGCA TGTTTTTTGC 12420 CAACCGTAGA GAGTATGTGA CGCAAGCGCG CCACGAGCGT GTTGTCATAC TGATACACGA 12480 CTACTCCGAT AGTCGGCTTT TCGCTGCGCT TGCACGCGCC CGCACCAAGT GCACACAAAA 12540 GGAGCGCTAC ACACATCCCT GTACCTTTCA TATTTCCTCC TCATGTTCAC CAGCGCATTC 12600 TGATTTGACA CTTCTTTCCC CTCACACCCT GATACCCGCG CGAGGAATAT AGAAATTAGA 12660 AAAAGGATGG ATTATCCAGT GCTGCCACCA ATCGCATGAA CGTGTCTATG TACCCGGCCT 12720 TGCGCCGTTT AGCGTACACg TCTGCGACAA TCGCCTCACT TGCCTCAATC ATGTATATGT 12780 TTTGGATTTC TATTACGTCG TACGTGCTAA AGCCATGCTC ATCTGCAAAA TTGCCAGGAA 12840 CCAGTGACTC CACACGGTAG GTGTTGCGCG TGCCGGTGCc gCCAAGCGCA TCCCAAAAAG 12900 GGGCAAGAAG GCCCGGTACG ATAAGTCGTA CTTATACAGG ATCCGGGCAG GATGTTCCGG 12960 CCGTACTCCT AACTGGCAGT ACCATTCATC CTGCTCATAG GCGGCCAGAT CATGCAGTTT 13020 GCTCTTGTCC CGCAGTCGGT ACCCTGCAAG ACGGACGATA GTTTCGGGCA CGTATTTTTC 13080 CAACTCTGCC TGTAAGTCAG CTACACAAGA AACGGATGCA TCATTGACCG TGGTAATAAT 13140 TGCCCCTTCT GGTATTCCTG CGTACGAGAG AGGACTGCCA GGAATAACGT ACGAAGAAAG 13200 CACACCGCCG ACGCCAGCAT TTTTCCACAC ACGGTGTGTT TCACCAAACG CACCAAGCCA 13260 CGGATGCGTC ACCAATCCCC CGCGGTACAA GTTGGCAGCA CCTGCTTGAG CAATTCTACA 13320 GGAAATGGCA 13330 (2) INFORMATION FOR SEQ ID NO: 49: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 10214 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 49: ACACGGTGGC GCGCAGATTA CGAAGAGGTT AAGCAGCTCG GTGGTTTGTA CGTCATTGGC 60 ACAGAGCGGC ATGAAAGCAG GCGCATTGAT AACCAACTTC GGGGGCGTTC GGGGCGTCAA 120 GGGGATCCAG GCCGCTCAAA ATTTTTTCTC TCTCTGGATG ATGATCTTAT GCGCATTTTT 180 GGGGGGGAGC GGCTGAAGCG TTTTATGAGC CGTGTGGGTA TGGAACCAGG AGAACCTATC 240 ACGCATTCCT GGTTGAATAA GAGTATTGAG CGCGCGCAGA CGAAGGTCGA AGCACGCAAC 300 TTTGATGTCC GTAAGCACTT GCTGAATACG ATGATGTGCT CAACGAACAG CGCTCCTTCA 360 TATACgCGCA GaGcACAAAT TTTGATAGAC GAGCATGTGG TAGAGCGCGT GTATACCACA 420 ATCGAGGAGT ATCTTAACCG AGAAATAACC GCACTTCGGC AAGAATTGAA GCGGCGTGGG 480 cGGCTTTCCC TCGGGGCGTT TCAACAAAAC CTGAGCACCC TGTTCGATTA CGCACTGGGA 540 GGTGAGGACG CATCTGGCTG GAACGAAACG CGTCTTGGAA CGCTGAAGCA AGAAATCCTG 600 GCGCATTTAA AAAAGAATAT TGAATCAAAG TATCTGCTTG CAGGGGCGCA GAACATGGAT 660 ACGTTCATCC GCTACCAGTA TGTGCAGGCG ATCGATAAAA AATGGCTGGA CCATTTGGAA 720 CTTCTTGAAA TCCTCCGGGA ATCGGTGTAC TTGCGTTCAT ATGGGCAAAA GAACCCGCTT 780 ACCGAATACA AGCTTGAAGG GTTCGACCTA TTTTACACCA TGTTAGACGA CATTCGCCTT 840 TCGATCGCCT CGCAGGTTGT GCGCGTAACG GTTCACATGG AAGAGCAGCG CGTCCCGAGG 900 CCACCACACt TGCACAGGCG GCACACGAAT TTCAAGCACT GGGGCAGCCT GGCAGAGGGC 960 ACGGATCGCT ATCTGCTCTC CCGATTCAAG CCGGCGCAAA AGTGGGGCGC AACACCCCcT 1020 GCCCcTGTGG AAGTGGCAAA AAGTACAAAC ACTGTTGTGG CCGCTGAAGA GCAATCTCAT 1080 TATTTTGCTT GATGGGCAGG ACCATCCAGA TGTCTATCCT GTTCCAGGTA AAGACCGCCG 1140 CTCAGAACAG AATGATAAAT TCTTCAAGAA AGACATGGGT AACTCTCCCG AGACTCAGCT 1200 GTGTGTTGaG CGCATCGCcA AGGCAATTTT TAGCTGCTCG GGGCCAAGCA TATGCAATTC 1260 ' TTGCGCGGTG TGCTGTGCAC aaCGCAAGAG ACGCACGTCT CAGTTGTTCT TTTTTCTGAA 1320 CGAGCTCCTC AT CAGGGCG TGATCTGCGG CAGGATATTG CAAAAGTGGG GTAATGATGA 1380 CACTCACAGG CTGCTTATCC GCACTCAGCG CGCGCAAGTn CCAAGTTCTG CATAGACTGC 1440 ATGGGCAGAT TCCCGCTGGG CAATCCCCCG GGTTGTACGC CTAGTCTGCG TTTCCCTTGG 1500 AGCACTGTGT GTCCTCACAC GGAACGCCCC GCAGTGCCGA GAAGTAACAC ACAGACGATG 1560 AGCGCTGCGA CAGTTCTCAA TGCACGGATA ACACGTTGTG CAGTCTCCTC AGTCATGGGG 1620 CATTGTAGCA CGCACAACAC TCACTGCACA GCGATAAAGA CTTgCTTGAC AGCACCCTTG 1680 TACCCTCGTA CACTGGGGGC GGGCATGGGT GTTCTTTCGT GAAGACAAGT CTGTTGCTTT 1740 CCGTTTGCGC mgsGCTGCGC TGTCCGGTTG TGCCACGGGT CAGAGTGATG CGGTCACAGA 1800 CCCGCTCTCG GTTCTGGAGG TTTCTCAGAC AGAGACGAGA GAGGCGCTGA TGCTATTTGT 1860 CTCTTACAAC GAGACGGGTG CATCTGTCAC CATCTTTACC CCTGAATTGG TTGCGCGTCT 1920 TTCCAAATCG TATCGCTTTC TTCGCGTCGA GGCTCCTCAC AGCGCATACA CCCTTTCCCC 1980 TGAGGCGCGC GAACGTAATC GCTTGTTGTT TTCGGAGTAT GAGGTTGATG GCCTTCCGTT 2040 CCTTGTTCTC CaAAGCGCAC AAGGGGACGC TTACTTTGCG CAGCGCATAC ATTCGACGCT 2100 GTCGAGCGAG CAGGAGCTGT GGGCGCTAAT ACGGTCTGCG GACGCTTCGA GAAAAAAAGT 2160 GCTGGCGGCG CGTGACCGTA TCGCTCAGAC CGAAGCTGCT GAAAAAGCAA TTGCCATCGA 2220 TGCATTTCTT AAGACGGTGC GTTACCCACG CTCTGCGCGG TACGACGCCC TCCGAAAAGA 2280 AGCACTCCAG GCTGATCACG AAAATGTCTC AGGTCTCCAC GGGGATTACA TGTTTCACCT 2340 GGCACGGCGG CGCGCAGAGA AATTTATCAA GCAAGAAAAC CTTGTAGCAG CGGGGAATGC 2400 TTACAAGGAT TTAGCGCAGT CACCGTTTCT GAGTGCATCT CAAAAACAGG AAGCGTGGTA 2460 CCTGACCGCA TACACCTATG CTCTTTCAGA AAAGGTATCT ACAGAGGACG TATCGCGTGC 2520 TTGCGAAAAG CTGTTGCAGC CCATCCGCAT GCTGCGCGGG TTGCACAGAT CAAGCAAACC 2580 ATAAAGAAAC TACTTACCGA GAGAGGcATA TGAACGAGGT CGATGCAGTA AAAAAGGGAT 2640 AGACAGTGcA AATCCTGCAG CAAGTTGCTC AGGGGATCGC GTCTCATTTC GGGCATGACT 2700 GTGAGGTGGC TGTGTACGGC GTCAGTAGCG ATGGTAAAAA CTGCGCGGTT GATTTTATCA 2760 CAAATGGACG CGTTACCAGT AGCAGGGTTG GAGACAGACC CCGCCTGTCG CTCTTCAAGA 2820 ATTACGGAAT AGAAACAGGc AAGGGCGGCT CAACTACCTC ATtCGCACGG AGAACTGCCG 2880 CTCCCTTAAG TCGAGCATGT TGTATATTCG TGACGAACAT AGCACGGCTC AGGCGATTCT 2940 AGCGATAAAC TTTGATATTA CTGCTTTGTA GGTTACGCAt TTGCGCTTGG CCGGCTCACC 3000 GGCACTGCTG CGGAGACCGC CTCGCATATC CACCTTAAGA GCGTCAGTGC GTTCCTCGAC 3060 GACCTGATAG AAGAGTCTGT AGAAAGAGTA GGAAAACCTG CAGCGCTCAT GAGTAAAAAG 3120 GAAAAAACGG ATGCCATCCA CTTTCTCAGC CAGATAGGGG CGTTTCTCAT TACACGCGCG 3180 GAAGACAGGG TCTCCCACTA CTTCGGCATT TCAAAGTACA CCCCTACAGT TATATCGAAA 3240 CTGGCAAATC GTGATCGCAC CGGACTGAGT CCCCAGCAGA GGGATCGCCG GGCCCTACTC 3300 CTTCCCTGGT TCAAGCTCCT CGGcGAAGAC AACTCCTCCG GAGCGGACCG CTCGCACCAC 3360 GCTCCCACCC GTCCTGAAAT ACTCGGACAC CACCGGTGAG GTCGCCGCGC GGAAAGATTC 3420 AACTATTCTT TGTCCCACTT CGTCCCCGTT CCGCGGGATC CGCCGCACCC AATATAACGC 3480 AGCGTTACGC GGGTCTTTGG TAAGCGCGTG CACCTCCCCA TCCACTAGCA GCCTTTTAGG 3540 CACCCCCTGC ACAAAATCTA CTGTCACGTG CCTACCTGTC ACCGGGTGCA ACCACTCAGT 3600 ACGCGCATGA CCGGTAGGTA GTTCTGTGTG CGAAATCGTC ACACGTCCAC GGCCATACCA 3660 TTTTTGCACC TTCTGTCCCT TCGCTCCATA CTCTTCTTGA TAGGCAAAAC TTCGATCCTT 3720 GTGCACGTCA ACTGACAACG CACGTACCGC CCCTTGAGCA TTGTAGTATT CCCGCGTTTC 3780 AAAAAATCCA TCATCATCCC GATCGCTATC CCGTtCGCGT TGCGCGTCCA TCCACATAGT 3840 GCGTACGCGC ACGAAAACGC GATCCAACAT GAGTTTCAGA AAATAAAGGC AGCCCTTCAT 3900 CAAGGTACGT CCtTACGCGG GCACGCTCAA ACAGGGAATC AGGCTTTTCG TAATAAAGGG 3960 AAGAAACTGT GATCTGCTGC TCAGTAGGGA GCGGCTCATT TGTCAATACC ATTGTGAAAA 4020 AATCGTGCGA CCGCACACCT TCTAAATCTC GCGCAAGATC TAAGGACTGC ATGCGTACCG 4080 GCTGCCACCG AAGTGCACGA GGACGCAATA CGTACGTTTT ATCCTCCCAC CCCACCTGGT 4140 GTACTTCAGG GTAGCGATCG TAACACACTC TGTAGCCTTG CTGCGTCAAA GGAACACGCG 4200 CCTGAGTTTC TCCCTCCACC CCATTATCTG CAGGAAGCGA CACGCGCGGG GCAATCCAGC 4260 GCTCAGCAGC ACGCTCATGG TCGTGCGCGG CAATATTCTG GGGTATGGGG AACACAGAAG 4320 474 CGCGCGACAA TTCCGTCTTT TGCGTACTGT GCATCGTGTG CACGCACGTT GGCGCACCGT 4380 CATTCGCATA GACTTCATAC TCGAGGATGC CATCCTGGTT TGTATCGAAC TGTGCCCGGC 4440 TCGGCCTTCC TGCTTTAAAA AACACACGCG CAGAAACAAT GCCGTCCCGA TTTTCATCGG 4500 TATACAACAC ACCTTCGAAC TCCGCAAGAA ACCGCGCAAA ACGTGCGCGA ATCGGCCGAC 4560 TTGCAAGCAA ACGACTGAAC TCATGCAGCA GATCCGCATA CAAAACCACC ACGCGCTGCA 4620 AGGGAGTGGA TGAAGACACA GACGACGCAT GCACACCGAA GCTTGAAACA TCATCGGTCG 4680 GGTCAACCGC AGGAACTGCC AGAGGGGAAT TCAGCGTACA GAACATCTCC ATCGCGCGTT 4740 GTTCATCCAG CACTCCATAC TGCAATCCCA ACACAATTGA CTGGGCACGC GCGTACAGCT 4800 CCTGCTCAGG AGCaGAATCC CCTGCGCGCG TGCTTTGCTC ATATGAGGAT TGAGCAGAAC 4860 TCTCTCCAGG AGCATCTAAC GGACGCAAGG TAAAATACGT TTGCAGATAT CGAAATGCCA 4920 TGTTCGTTCG AGGTTCAAAT AGAGCCGCCT CTACAAGCAG CGATGGGTCC TGCTCCTGCC 4980 ATACAGAAAG ACGTGACAGG ATGGAATCTG CTATCTTTTT TGACCGCGAC GAGGGACGTC 5040 GTGAACGCTC TTGCGCAAAA AACAACTTTG CAAAGCGCGC GTCAAGcgCC CAACGTTCCA 5100 ACGCTTTTTC GATCAGCTCC TGCGCGTGCT CAACTTGTCC GAGCCCGTAA CGTGCCCGGG 5160 CAgCAACCAA TCTGCATCTG CAGACACCTG CTCAGCCGTT GCAAGAAGTT CCAGTGCACG 5220 GGCGTGCTGC AACGTATCCA CACACAGACG AGCATAAAAA AGCCGCACCT CTTCTATATC 5280 GTACACACAC CATTGCATAT CCTTTGCCAC GGCACGGGCC ATCCACTGTA ACGCACGTGC 53 0 GCGCGGCTGC TGCAGCGCGT AAGAAGCCCG TGCAGCAATA AATAAAAAGT CTGCTATTTG 5400 CGGAgcaGAA GCGACTCCCT GCTCTGCCTG GGACAAAGCT TCCTGCCATC GCCCTTCCTG 5460 CAGATACCGA GCCGCAACAC CTGGATGATT ACGTTCTAAA TCCTGTGGAG GTGCAGGTTC 5520 AGACACGCAC GAGGCATCTT GGATGCCAGA AAATGCACAA AAGATACTCA CTGCACAGAG 5580 TCTTCCCATA CGTGGGCACA TTCCCTTACT CATGAGGAGT CCTCTCCGCG TAACGATTTT 5640 GGTAACCAAG TGctGCGCCA TAGAGCGCAC GCAACACACC ATCCTGCTCT ATCATCGGTA 5700 ACACCGTGCG GTCCGATAAA GGTACGTGCC ACTCTGAGAA CATCTTTCGG ATCCCCTTAT 5760 GACCACCGCG GATGGAGATG GTGTCTCCCG TGCGATGGGT TCTGATATAA AAGGGAAAAG 5820 AAAACGGACC TACACCCACG TGGTCCTGTG CGCAACAGAC AAACACGCCG GCAGGACGTA 5880 CTTCCACAAG AArgTTCCGC ACGCACAGGG GTAGGCACCA GGACGCGCCA CGTAGATTGC 5940 ACTCACTCCT TGCTTTTCAG AGGAAGGAGG TGATCCTGCA TCCTGTTTCT TTGTCTCACG 6000 TGCTGTGTCC GACGCATGTA TGCAGGAAAA AAGCACATAT GCACCGGCAC GCTCTAACTG 6060 CAGCCCTGAA ACGTGTATCC GACGCACACC ATCAAAACGC GCACACCGTT CAAGCGCCCC 6120 GCGTGGCACC CGGTGCGAAA CTCCCAAACG AACGCAAGCC TCCTGCAAAA GAAAGAAGCG 6180 CAATATAAAT TCAGCGGCGA GAAAGTCCGA CCGAGGCATC CGCAGACGCG TGCCCAACGC 6240 ACGTGGTACT GGTTCCCACG CATGCGAACA ACCTTCACGC CACCGCGTCA AGGCAGCAAC 6300 ACAAAAGCTG TGTTCTGCAC TAATCCCCGC AAACGTTTTG TCTAAGCCAG AGCGCCACCC 6360 TGCAAGCACT GCATCAAGTG CAGGGATAAG TTCATGACGG ATACGGTTAC GCACATATTT 6420 CCTGCACGTA TTTGATGCGT CTTCGCGCCA ACGCACACCA CGCGTCTGCA AGAAATCTTC 6480 AACACACGTG CGGCTCACCT TTAGCAGCGG ACGCACGTAC CGTCCACGCG CAcTCGTATA 6540 CCTTGCAACG CGGAcGcGgC CGCTCCCTGG AATAAGCGCA TGAGCAGTGT TTCGTACTGA 6600 TCATCACGGG TGTGCGCGGT TAGAACCACC TGTGCTCCGC AGCGAGCAGC CACGTGGTCA 6660 AAGACCTTAT AGCGCAGTGC ACGCGCCGcg TCCTGCACAC CGCGGCCACG AATTTTAGCA 6720 CACGCGTGCA CCGCACCGGc AGAAATCTGC TGCACGAAAC ACGGAAGGGG AGGAGAAAAA 6780 CGAGCACACA GCGCACGCAC AAAACGCGCA TCGAGCGCAC CTTCCTGAGC GCGCAGACTG 6840 TGATCAACCG TGACCGCGCA CGCACACACC CCAAAGTCAG GAGCGAGCTC GTGCGCCGCA 6900 TAAAGAAGCG CAAsmGAnTC GGCACCTCCT GAAACCGCCA CGAGCAAGCA AGAAGGCTTT 6960 CTCGGCACAA GGAAATGCCC AAAGctACGC GCCACGTGGA CGAGCAGCGG GTGAAGCTTC 7020 TGCCTAGACT CACTCACCTA TAAAGACGGG CACGCTGCAC AGTGTGCCGC ACCGCGcgCG 7080 TTACACCGCG CACCATCTAG CCGGTCCTCG CGCCAGCGGG TGAACCCGCT TCGGAAGCAG 7140 AAGAACTGAG TGCCACAATC ACCGCATCAG GATCGCTGAG AACCACCACC GACGCGGGCA 7200 GAGGAACATC ACGCACACGG CGCACGTCGC CGGCCCCGAG CCCACTGATA TCAAGCACAA 7260 CACGGTCGGG CAAGTTGCGC GGCAAAGACT CTACCTCGAT ATATGAGAGC CCCTTTTCCA 7320 AGCGAGCCCC ATAGCGCACT CCTTCAGGAG AACCACACAA CTGCAGCCGG ATTCGCATTC 7380 GCAACGGAAC ACTCTCTTCA AcTGCGTAGA AATCCACATG CTCCACACGG TCACTGACCA 7440 TGTTATGCTG ATAGTCCTTA ACAAAAACGC AAAAGACCTC GCCACCATCC AGTTCCAAAG 7500 ACAGAACAGT ACTCCTGGTT AAGGCACGAA ACAATCTATc GAAgnTTTGt GCGCAAGTTC 7560 aAGGGGAACG GACACGCCCC GATGGTCATA CATAACCGCA GrCAAACGCC CTTCCTTTCT 7620 GCCAgCACAG CGGCATACTT CCCCAACTGG ACGCGCCTTT TCCCCTTCAA ACGCCTTTCA 7680 TCCACAATCC AATCCTCCAT GCACAGAAAG CGAACACGCC GCAAACTGGG ACGGTAGGAT 7740 TCGAACtACG GAATGACGGT ACCAAAAACC GTTGGCTTAC CACTTGCCGA CGTCCCAAAG 7800 ATATCCTACC CACATAACCG GACACGCACA CACCAACACC ACCGCTTTGC AAGCAGCTTA 7860 TGCGCGCGCC GAAGCTCCTC CTCATCCCGA TACAGACCAA AAACCGCGCT CCCGCTTCCA 7920 CTCATCGCTG TAAAGCACGC ACCCGCACGG GCCAGATCCC AACGCGCAAG GGCGACTACA 7980 GGGTACCGAc GCTGTACAGG GGCATCTAAG CTATTAAAAA ACCGCCACCG CGCACAATCC 8040 TGTGCATAGT GCGCAGAAAG CGCGGTAGCC CCACGCAGAG AGTACTGCTC GCCGTCGGCA 8100 GCATGTACGC CGCACGCACG CAACCTGTcC AAATCCTcAT AGGcCTGTGC AGAACCGCTG 8160 TGCAATCCCG GcCAGACCAA AAGCCCCAGA TAGCCAGTCT TTGGAACAAG GGGAACGAGC 8220 TGCTcACCAC CACCTAGcAC gCACGCAGcC TGGGAAGCCA GGAAAAAAGG GACATCAcTG 8280 CCGACACTAT ACGCCAcTTC TCGTAGAAmC CGAGCAGAAa GGGTCGTCCC AAACAAgTAT 8340 CAaGGCCACA CAAAaGCGCG GCAGCATtCA GCAGACCCCC CACCAAGTCC AGACCtGCaG 8400 GGATACGCTT CACTACGCGC ACGCGCACAC CATCGTGAAC GCCAGTTACC TGACAAAACC 8460 GCGCATACGC ACGGGTCAGC GTGTTTTCTC GAGGCAGAGC CATATAAGGC GAACACACCT 8520 CACACCGGCC AGGGATATCC AGGCGCGAAA GAGACAAAGA ATCCGCAAGC GTAATGCGCT 8580 GCATTACACT CTCAATCGAG TGAAGACCAT CGGCCCGAgT GCACCAACCC ACAGATGCAT 8640 GTTCACCTTT GCGTGAGgCG CAAACTCAGC GACTGCACCC GCCATTCTAT GACAAGCGGA 8700 CACAGCGTGT CAATTCCCCC TTCTCTCTAC cTGCACCCAA AACACAAGAG AAAAAATACC 8760 TGTGCCTATT AGGCACAGTT GACAGCGTGT GCGCTCCCCT cTACGATCCA CCCCTAGCTT 8820 TCACCATACC ACAAGCAGAG GTCAGCCATA TGAACGAGAG AAACAAGTTA CTCGCACGCG 8880 CCCTGTATTC CTGCGTTCCA CACGTCCAAG GCTCGGACGA CTACGAGGAC GACTTTGAAG 8940 ACAGCGACTT CCAGGACGGG GATTTCGATG ATTTTGAAGA CGAGGATGGC TTTGACGATG 9000 ACGATGACTT TGAAGACGAC GATTTTGAAT ATGAAGATGA GGACAATGAC CTAGACTTTG 9060 ACGAATAGGA CGCACGCGCG GGTGTGGTTG TCGAGGCGAC ATGATCGCAT TCCTGTTGCC 9120 TGTGATGCGA GACTGCTAAG AAATCTTAAT AAAAAAGTTT TTGATAAAGC GTGCGCGTTC 9180 GTCTGCCTTT TTCCAGTATG GGCTGTGGGG GAAGCGTTCC AGTATTGTCT TGTATGCTTC 9240 GAGCGCGAGG CGTACGTTTC TCTGTGCGCC GTTGATCTCA TAGGCTTGTC CACGCAGGAA 9300 CCACGCTTCG TCCATTCGTT CGTGAGAAGG GAACTGCGCA AAGAAATCGC CGAGCGAAgn 9360 GgGGCATCTC GCGCGTTTCC CTGTGCACAA AACTGGCGCG CTTCTGCTAG GTGATCGCGT 9420 TTTTCTTGAC CCTCTTTGTG AGCAGATGCC GGGACATGCG CCTCAATAGG CGCAgCTGAG 9480 GGAGCAGAAG GTTGAGACGC TGGTGAAATC TTCCGCGGAG AGTACCGCTC CGACACACCC 9540 TGTGCTACTG CATCCGACGG CACAGGGTCA CGTCCTCCTA CGGTGGGTTC CCGATCTTTT 9600 TTTTCAtCAG GACGGGGCGT ACCGTGCTGA GCTTTCTCTG CAACAGCAGT ATCCGTCTGA 9660 TCCTGCCGGA CAGGCGCTCC AGTATGGGCA GCGGCGCGCT GAGAACCAGA AGTTCCACTC 9720 TCTTCTGCTC TGCGCTCGGT ACCCGTTCCC GCAGAGATAA CTCAGAAACG ACAGTATCAG 9780 GAGGAGACGA CACCGTACGC CGGTACTCAG GCGCACGCAC CACACGCGCG AGCCCTTCCC 9840 GCTTCGGTAC CACCTTGACC GCAAGTGCGT CGGAGACAAA ATCACCCCGA AACACATCAA 9900 AATAGGAGAA CGCTAAGACA AAATCACCCT CTCGCTCAGC ACTAAAGGTA AAAAGCGAAT 9960 GCGAnCTCCT CCAACTTGCG CTGGTGATAG CGCAAACCAG GCTGCGCAGT ATGCTCGCCC 10020 ACGTACACCC AACCTTCGcC CGGaTACAAA ACCTcAAGTT TTTGcCCCAC TGcAAGcTGT 10080 aCCGcGCGCG AAACGgGGCT ACCTtCATCC TtCAGGgCGG TTCTTcAGGc ACCATCGCGc 10140 GTGGAGAATC CTcTGcCGGC TCAGGCTCAG CCTGcAcCTC CGcCTCACGA GGAGGsTCTG 10200 ATGCAGGGGG CGGA 10214 (2) INFORMATION FOR SEQ ID NO: 50: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 660 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 50: CTAATGAAGG CGATGTTTTC TTCTGAAAAG GACCCGTGGT ACCTACTCGG CGCGGGGGTT 60 GCGTGCGGTT TGGGAATTGC CGCTTCGGcG CTTTCTCAAG GGCGGGCTGC CGCAGCCGGC 120 GCCGATGCGC TTGCAGAAAC AGGTAAAGGA TTTAGCCAGT ATTTGACTAT CGTTGGTTTG 180 TGTGAGACGG TGGCGCTTCT GGTGATGGTT TTTGGTATTA TCAACTGCTA GATGTGGTGA 240 ACGTTGTGGT ATAGCGCTTC GACCATGCTT TTGATAGACG TAGGGAACTC GCACGTATTT 300 TCGGAATCCA AGGCGAGAAT GGTGGCCGTG TGTGCGTGCG TGAGTTGTTT CGCCTTGCGC 360 CTGACGCGCG TAAAACCCAA GATGAGTACT CGCTTCTCAT CCATGCGCTT TGCGAACGTG 420 CGGGGGTCGG CCGTGCTTCT CTCCGTGATG CGTTTATTtC CTCCGTCGTG CCTGTGTTGA 480 CAAAGACCAT TGCAGATGCG GTCGCTCAGA TTAGCGGcGT CCAGCCGtTG TCTTTGGCCC 540 GTGGGCGTAm GArCACTTGC CGGTGCGCAT ACCAGAGCCA gTGCGCGCGG AAATTGGCAC 600 TGACTTGGTA gCCAAmGCGg TGGCGGCCTA TGTGCAnTTy CGTTCTGCTT GCGTGGGTAT 660 (2) INFORMATION FOR SEQ ID NO: 51: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 8648 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 51: ATTTCCACAT TACTCAATAA AAAGACCCAG GATTTTAAAA AAAAATACCG CTACACCGCG 60 GATGTACTTC TTATAGATGA CATTCATTTT TTTGAAAACA AAGACGGATT ACAAGAAGAG 120 CTTTTCTATA CGTTCAACGA ACTTTTCGAG AAAAAAAAAC AAATTATCTT TACCTGCGAC 180 AGGCCTGTAC AAGAATTGAA AAATCTCTCT TCTCGCTTAc GCTCGAGGTG CTCCCGAGGG 240 CTTAGCACTG ATCTGAATAT GCCATGTTTT GAAACGCGCT GTGCTATCTT GATTAAAAAA 300 ATACAAAACT ATAACAGCAC CTATCCTCAC AAAGCCATCC ACATTTCAGA CGATGTTGTC 360 CGACTTGTTT CTGAAAACAT TTCTTCAAAT ATCAGGGATC TTGAGGGGGC ATTAACAAAA 420 ATTATCGCTT TCATTGAAGT GTCGGGATCC ATCACGATAG ATATCGTTCC CTCTCTCCTA 480 AAAGAGTTCT TCCTCTCTGC AAGGCCAAAA CACATCACAG TAGAAACTAT TCTTCATGTA 540 GTTGCAGATC ACTTTAACAT TTCGTATTCA GATCTAAAGG GTAAGAAACG CAATAAAAGC 600 GTTGTTTATC CTCGGCAAAT CGCTATGTTT CTCTCAAAGG AACTGACAGA GCTCTCCACT 660 ACTGAACTTG GTATCGAATT TGGTGGCAGA GATCATTCAA CCGTCATTTA CGGATGTCAA 720 AAAATAGAAG GAGAAATTCT CACTAATCCT TCGTTACAGG CAAATCTTGA TTTGCTGAAA 780 AGTAAAGTTC AAGATTCAAT CCGCTAGGGC GTAGACACTG AATTCGATGG GGATAAGTGG 840 TGGATAAAaG AATATAAATT AGTCATTACA CTTTACTCAC GAATATCCCC CTTTTTTTAG 900 AGAAAAAATA TACTTTCTTC ACAaGCTTGT GTGCGGTTTT TGTTTGGTAA TTCTCGAGAC 960 ATAaGCACTT ATCCAGATAT TCACAGTTAC TATTATGTGA TACGACTACA TTCTTTATAC 1020 TTATAAGATT AATAAGGAGG AAACTAACTG TGAAAATCCT ATGCGAGAAA GAAGCCTTTC 1080 TGAAGGAAAT AAGCACAGCA CAAGAGGTTA TTTCAAATAA AAAAAACACG TCTATTTTTT 1140 CGAACGTCCT ATTAGCTGCT CAAGGAGCCC TGCTTACCAT CAGAGCAACC GACACAAAAG 1200 TTACCTTTGA AACTAGCATT CCCGTCAATG TTCTCGCCGA AGaCaACGAC AGTTTTTTGC 1260 GACAAACTTG TGAATGTTGT TTCTGCCCTT CCAACAAAAG AAATCGAATT AACGTTATGT 1320 GAAGAACAAC TTGTCATTAC cCCTCCAAAC AAAAAGATAA GCTTTcAGCT CAGAACCCTC 1380 TCGCATGAGa GTTTTCCATG TTTCCCTCAA AATGAAGGAG GCGTCTCTCT TGCTGTGCCT 1440 ACCTCCGATC TTAGAAACAT GATTAACCAT ACCGTTTTTG CAGTTTCAGA AGACAGTACG 1500 CGCCATTTTA TCAATGGCGT ACACGTTGAT TTTCAGTATG GAAATATTAT TTGTGTTTCA 1560 ACAGATGGAA AGCGGCTCGC CTATATAGAA AAAAAGGGAG AATCCTCTCC CCAATCCTTT 1620 TCGGGTGTTA TTGTGCCAAC TAAGATCTTA GGCATAGTAA ACCGTAAGCT TACCCCTGAA 1680 GGATCAGTGA CGCTATGCAT TACGTCGCAG CACGTTTACT TTTTTTTCGG TGGATATAAG 1740 TTTTCTTCTG TGCTTATTGA GGGGCAATTT CCTAATTACA AAAGAGTAAT CCCTGATCAT 1800 CAGGAGCGTT CTTTTTGTGT TGGACGTGTG GAGCTAATGG AGGCACTTAA ACGAGTCTCG 1860 TTGTTGGTAG AACAAAAATC TCACAGGATA TTTATTACCA TACAGCAGGG TTTGTTGACT 1920 TTAAGCTCAA AAGCTCACAC TCAAGAAAAT GAAATAGGTG ATGCTCAGGA AGAAATAGCC 1980 TGTGCTTATA CAGGAGAAAG TGAGGTCATA GCTCTTAACT ATCTATACCT TGAAGAACCG 2040 CTTAAGGTTT TTACTTCGAA GGAGGTTCAA GTGGAATTTA CCGATCCTGC AAAAGCACTC 2100 ACGCTTCGTG CTGTACCAAA CACGGACTGC TTTCACATCA TTATGCCTAT GCAAACGGAG 2160 TGATTCTTTG CCTTTTCTCA CAGTGACTGC AATAAATTTC AGAAATCTTG CACATCACAC 2220 GATTGATATA TCCTCTCCTG AGGTTTTTTT TGTGGGAAAT AACGGACAGG GAAAAACCAA 2280 TATACTTGAG GTTCTATATC TTGCTGCGTA CGGAAATTCG TTTCGAACAC GCACCGAAAG 2340 CGAACTGTAT GCAACTCACG CGCGTTCGAA TGAGTATCGG GTAAAAGTTA TGTACCGCGG 2400 GGAGTATACC CACACAGTGC AGATTTTCTC CAAAAATGGA AAAAAGCGCA TTGAGAAAAA 2460 CTTGAAAAAA ATAAGGACAA AAAAAGAACT TATCAGCAGT ATTCCCTGTA TTTTGTTTTT 2520 TCATAACGAT TTGGACTTCG TAGTTGGTAC GCCAGAACGC AGACGCTTCT TTTTGGATCA 2580 ATCCCTTTCG ATGTGTAATC CTCTGTATTT GGAATACTTG CAAAAATATC ACGCACTAAC 2640 AAAAACAAAG AACAGAGAGA TAAAAGAGAA ACGCGTTCAG TTACTCGATG CACTGGATAC 2700 GCAAATTGCA ACCGTGGGTT TTGATCTCGT GCAGTGGAGA ACTCAGCTTG TCCGTGACTT 2760 TAACGTGATT TTTACTAAGT ATTATGAGCG CCTTGGAGAC CTTGCGCAGG TGCGCATTGA 2820 GTATAAGCCT TCATGGTCTG ACTCCTCAGT TGAGGAGATC GTACATTCTC TTTACAAGAG 2880 ACGTAAGCAC GATCTTGCGA TGGGGATGAG TATGTCAGGT CCTCATAGAG ATAAGATTCA 2940 CTTTACTCGG TCGCAGGCGC TTTTCATTCC TCAGGCTTCT ACCGGACAGA GGCGGTTGGT 3000 TTCGTTGGTA CTGAGGATGT CGCAGGCTGT GTTCTACACA GGaGTAACGG GAAAACTGCC 3060 CGTACTCTTA ATGGATGATG TCTTGTTAGA GCTTGATCCT GAGAAGCGGG AAAGGTTCAT 3120 GATGAGTTTG CCTCCGTATG ATCAGCTGTT TTGTACATTT TTGCCAGGGG AAGCGTACAG 3180 GCGATACGGG CGTGAAAAAA CGCGGGTATA TTTTGTTTCT GAAGGGGCGT GTCATGAATA 3240 ATGGTGTGAA TAAGCTATCG GACTTACTCG TGTTGACCAC TGAATATATC CAAGCTTCCT 3300 ATGAAACGGA GGCGTTTGAT GCGCATCGAG AATGGGTGTG TATTGTGGGT AACCCCGTTG 3360 CGTTACACAG CACGCTGGTA GATATCAGAA ATGGGAAAGT TGTGGTCAAG GTGACTCATC 3420 CTGGTTGGGC ACAATACCTT TTGTTAAAGA AAGACGAAAT TGTACATGCC CTTCGTAGGC 3480 GATATCCGTC GTTGGGAGTG ACGGGTATGA GTACGTACGT AGATTCTACC TCACGTACCC 3540 CTTCTGCGAA GAAGGACATG CAGGGACTTT CGGTATCAGA AAAGCAGACT CGTCCTGTGC 3600 CTGAACTTGC CGAGGTATTT GAACAGCTCC GAACGCTTTT TCAGGTGAAA ACGGAAGAAC 3660 CGTCACATTA GTTTTGCGGA TGGGATTCGA CGGATCTGTT CAAAGTCCAT AGGACTGCGG 3720 TTTTTCTTGC GTGCAGCCTA TGCACGACTG TGTCTCTCCT TGAACGCAgT ATGGCTTTGC 3780 GTTAGAATGC CCGCCCTATG GAAGAAATTA GCACCCCAGA GGGTGGCGTT CTTGTGCCCA 3840 TTTCTATAGA GACAGAAGTC AAGCGTGCTT ACATAGACTA TTCTATGTCC GTCATAGTTT 3900 CTCGTGCGCT TCCGGATGTC CGCGACGGTT TAAAGCCTGT TCACAGACGT ATTCTCTACG 3960 CGATGGAGGA AAAAGGGcTA CGCTTTTCAG GACCTACACG GAAGTGTGCC AAGATAGTGG 4020 GGGACGTTTT GGGAAGCTTT CATCCTCATG GGGATGCGTC CGTCTATGAC GCGCTAGTGC 4080 GTCTTGGGCA AGATTTTTCC CTTCGTTATC CAGTCATTCA TCCTCAAGGA AATTTCGGGA 4140 CTATCGGGGG CGACCtCCGG CAGCGTATCG GTACACCGAA GCGAAGATGG CGCGTATTGC 4200 AGAATCTATG GTAGAGGACA TAAAAAAGGA AACGGTTTCC TTTGTTCCCA ATTTTGACGA 4260 TTCTGACGTA GAGCCCACGG TTCTTCCTGG AAGGTTTCCT TTTCTTCTTG CGAATGGGTC 4320 CAGTGGTATT GCAGTTGGTA TGACTACAAA CATGCCACCG CATAATTTGC GTGAGATAGC 4380 CGCAGCTATC TCTGCGTACA TCGAGAACCC AAATCTTTCG ATTCAGGAGT TATGCGATTG 4440 TATCAATGGT CCTGACTTTC CCACGGGAGG CATTATCTTT GGAAAGAACG GGATTAGGCA 4500 GTCTTACGAA ACAGGTCGAG GGAAAATTGT TGTCCGTGCT CGCTTTACCA TCGAGACGGA 4560 TTCAAAGGGT AGGGATACCA TTATTTTTAC AGAAGTTCCG TATCAAGTTA ATACTACCAT 4620 GCTTGTTATG CGTATTGGGG AACTTGCACG TGCGAAAGTG ATCGAAGGTA TTGCGAATGT 4680 AAACGACGAG ACTTCCGATC GTACAGGsTA CGCATAGTGG TAGAGCTCAA AAAGGgTACC 4740 CCCGCACAGG TAGTACTCAA TCACCTGTTT GCAAAGACTC CCCTGCAGTC CTCTTTTAAT 4800 GTGATTAATC TTGCTTTGGT AGAGGGAAGA CCTCGAATGC TCACGCTCAA GGACCTAGTG 4860 CGCTACTTTG TAGAACACCG GGTCGATGTA GTGACTCGGC GTGCGCATTT TGAATTACGT 4920 AAGGCTCAGG AGCGCATACA CTTGGTGCGT GCGCTGATAC GTGCCTTGGA TGCCATTGAT 4980 AAAATCATCA CGCTTATCCG TCATTCGCAG AACACAGAGC TTGCAAAACA GCGTTTGCGT 5040 GAACAATTTG ACTTTGACAA CGTGCAGGCG CAGGCGATCG TAGATATGCA GATGAAGCGC 5100 TTGACAGGTT TGGAAGTCGA GAGTTTGCGT ACGGAATTGA AAGATTTGAC GGAGCTGATT 5160 TCTTCTCTGG aGGAGTTACT TACTTCTCCC CAAAAGGTCT TGGGAGTTGT TAAGAAAGAG 5220 ACGCGTGATA TCGCAGATAT GTTTGGGGAT GATCGGCGTA CAGATATTGT GAGCAATGAA 5280 ATAGAATATC TGGATGTAGA AGATTTTATC CAGAAAGAGG AAATGGTTAT TCTTATTTCC 5340 CATCTTGGTT ACATTAAGCG CGTTCCAGTG TCTGCGTATA GAAATCAGAA TCGGGGAGGA 5400 AAgGGCTCAA GTTCAGCGAA TCTGGCGGCT CACGATTTTA TTAGCCAGAT ATTTACTGCA 5460 TCAACACATG ACTACGTGAT GTTTGTCACG AGCCGTGGGC GrGCCTATTG GCTAAAAGTA 5520 TACGGGATTC CTGAATCTGG TCGGGCGAAT CGTGGTTCGC ATATTAAGTC GCTTCTCATG 5580 GTAGCGACGG ACGAGGAGAT CACGGCCATC GTATCTTTGA GAGAGTTTAG TAATAAAAGT 5640 TATGTTTTTA TGGCTACTGC GCGAGGTGTA GTTAAAAAGG TAACTACTGA TAATTTTGTG 5700 AATGCGAAGA CGCGCGGTAT TATAGCGCTT AAGCTGAGCG GAGGTGACAC GCTGGTGAGC 5760 GCAtGTTGGT GCAGGACGAA GATGAAGTAA TGCTTATTAC GCGTCAGGGA AAAGCATTGC 5820 GCATGTCGGG GAGGGAGGTG CGCGAGATGG GTCGCAATTC CAGTGGGGTG ATTGGGATAA 5880 AATTGACGTC CGAGGACCTA GTGGCGGGGG TTTTGCGAGT AAGCGAACAA CGGAAAGTAC 5940 TGATAATGAC GGAGAATGGA TATGGTAAGC GGGTCAGTTT TTCAGAATTT TCTGTACATG 6000 GGCGAGGGAC TGCAGGACAG AAGATTTACA CACAAACGGA TAGAAAAGGT GCTATAATAG 6060 GTGCTCTTGC TGTTCTCGAT ACAGATGAGT GTATGTGTAT TACTGGTCAG GGAAAAACGA 6120 TTCGCGTGGA CGTGTGTGCA ATCAGCGTGC TGGGGCGTGG TGCGCAGGGC GTGCGTGTGT 6180 TGGATATCGA GCCATCGGAT TTAGTAGTAG GACTTAGTTG TGTAATGCAG GGGTAATGGG 6240 CTCTGGGGTA TATTTCTCCG TGAGTGGCTG TGTATATGTT GTGAGTATTG TGGATAATGT 6300 GCGTGCAGAA GTTGATGTTT CACGTGAAAC TgTsGGGATG AGGAGTGGGA TCAAATCTAC 6360 CCTAATTCTG GAGGATTATT TGGGTTCACG TTCATGTAAA CTTTATGGGG GTTGTGTATG 6420 GGGACTCGTG TCAGATTTTC CTTCTGCGGT ATTGCAGGTG TATGTTTACT CGCACTAGGT 6480 TTTTTAGTTA GTTGTTCTTT GCAATCTTCA CGAAGCGCTA CAAAGAAATC TGAGGCGCGG 6540 AGGACTTCTT ATCGGATCGG TCTCATGACA AGTACGGGAT CTyAGTCTGT AGATGATGTC 6600 CTTGCGAAGA CACGCCTCGT CAGTATCTAC GGAGAGGCTC GTGGGGAAAC GGGTGGAAGG 6660 ATTGTCCATG TTACTTACTC CGATAACTTC TCCCACGACC ATGAAGCAAC CGTTTCTAAG 6720 TTGCTTGCAC TCGCTGAGGA TTCGACTATA AAGGCCATTG TGGTTAGTCA GGCAGTTCCC 6780 GGCGTTTCAA AGGCGTTTGG GATCATTAAG TCTAAACGTC CTGATGTTTT GCTTTTTGCG 6840 GGAGAACCAC TTGAGCCGGT AGAGATGCTG CAGGAGTCTG CAGACATCGT GGTCAGTCAG 6900 GACTACTTGT TCGGTGGATA TGCCGTTCCG TGGGTTGCGG AAAGGATGGG GGCGCGCACA 6960 TtGGTGCATG TCTCTTTTCC CCGGCATATG TCCTACCCCG GTTTGAGGGT TAGGCGTACG 7020 GTGATGAGGG CAGCATGTAC CGATTTGGGA CTTTCCTTCG CACACGAGGA AgCGCCTGAt 7080 CCTGTAGAcG GTGTCAGTGA CGGAGAACTT GAGGATTTTT TCCACAAGAC GATTGTGAAG 7140 TGGATCAAAA AATATGGCAA GGAAACCCTG TTCTAcTGCA CCAATGACGC TCACAACAGG 7200 CCGCTCATCA GTGCCTTGTT GAAATATGGC GGTATGCTAA TTGGTGCAAC CATCTTCGAT 7260 TACGCTGATG CGCTCGGGGT GCATTATGCT GAGCTTGAAG ACGTGTATAA AATACGAGAG 7320 AAGGTTGAGA AGTCATTGGk TTCTTCGGCG CAGAGGGGCG CTTTGGATTA AATTTAAATG 7380 CACAGGCATT TACGGTGACC ATGGGTTTTG TGGAGTATGC GCGCAAAATC ATAGATGGCG 7440 aACCGCGTAA AGATGATATG CGTGAAGCTC TTGCCGAATC CTTCGACTTG TTTACGCGTG 7500 ACGCACATTG GCGTATTGCT CCTTACCTAA GACTGAAAAC GCACGAAATT GTTCCGAATC 7560 ACGTGCTGGT GTATACGGAC ACATACGTCC TGGGTAAATT TACCTTGCCC GTCACAGACC 7620 AAGTACTCCC AGAAGGGTAT TGGGCATTGA CCGCTAAGGA ATAAGAACTC CGTTCGGGTT 7680 TTCTGTTTGT AGCCGGGGAG ATGGATCGCT TTCTCTGTTT GGCAATGTCG CCGTCTCCCT 7740 GGGTCACCAA GTGATCTTGC ACCCTAGAAA GAGTGAACCG GTGTATCCAG GCCAGCTCCA 7800 GTTCTCTTCT ATCAACATGT AGGGATCCTG TGAAAGCAAC CCTTGCTCCC ACCGCACGGA 7860 AAACTCCACA GGTTTGATAG GACTTGCACG CAGCTCAACA GCGTATTGGA AACAAAGTTC 7920 TCCCTTTAAA TTGCGCGTTC CTTTGAACCC ATTGAAATTG AATCGGTTGG TTGCCATATA 7980 TATGTGCGCA CGTGGTTCTA TCCACATACT ATCGTAGCAC GGTATGCGGT AGCCTACCCA 8040 TGCATTCCCC ATTATCGGAA GGGCTATTGA AgCTGCGCCT GTTGCTATCG CGTCTGCCGG 8100 TAACCCTGCC GCGCGTGCTA CAAAGTTTGT GGCACTATTC AAGAAATTAA GAAGACCTAA 8160 AATACCTACT CTGGCAGCAT TGGCGACCTG CTGTGCTACC CCTTGGGCAG GTACGACGTC 8220 TGGGGGGAGA CCTCCGTTGT CAAGATAACT TTTGTAGCCC AGGGGAAGGT ATACACGTGC 8280 TTCTATGCCT GCGTTTAGGC CGTGCAAGGC ATGGGTGTAA TCATCTCCCG AACGAGTTTC 8340 TAGTCTGAGA AACGCAGCAA AGTCCGTGTA TTGAAAAGTT GACTTTACAA AGGGACCACT 8400 CCCAAAAACA GACGCCGCCC CTGTTGCGCC GTATACACCT CCTGAAAGCC AACGcCACTg 8460 cGCTGTAACC AGCGCGTCTA TGCCTAATGA GTCCACGTGC TGTACCATCC AGCTGAATAT 8520 ACGACGCACC GTCCGTAATG ACGGATACGT CTTCTCCGCG AGTTCTAGTG CCTGTTCGAC 8580 GACACGTGCT CTCGcACTGT TCGTATCCCG GTAGGTATTT CCGGCATCCG nAGCTAAAAT 8640 GAAGCGGA 8648 (2) INFORMATION FOR SEQ ID NO: 52: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 6993 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 52: CACCAnCGTC CCGnATCCAG TTCCACGCAC ATTGGCAACG GCGCACAAgC GCTCTATCTG 60 ATCTTTGTGT ATATCAGAGA AAAcGCGAGC ACTGCAGAAA TATCTCCCGA ATTAATTTGC 120 AATATATTGC ATACATGCCG GAATGGTACC TGGTACGAAA TGCACGGCGG CATACCACGC 180 ACTTGTGACA ATTCGTAGAT CCTTTTATGC CGCATAAATT CGTGTTCGCT TTTTGCCGCA 240 TGTATTCCCC ACGCAACACG CTCACTTTTA TCGTAATCCT CGTATATCTT AAGAACATCA 300 AGATCAAAAC TAATGGAAAA CTCGGTATTT GGACGTGTGG AAACAAAAAG GTATCGCAAT 360 ACTTCAGGCT GATATACTTC AAGCACATCA CGCAGCCCAA CCACTTTTCC CGCGGACGAA 420 GACATCTTCC CAGGCAAACC TTTTAATCCA ATAAAATCAT AACGAAAAGA AACAGGCGCA 480 GGCCAGTGAT AAATGTGATC AGAAATTAAA CGCGCAGTGT CAAAAGAACC TCCCTGAGAA 540 TGATGATCCT TCCCTGCAGG CTCAAATACC ACATGCTCCT TACTCCACCG CATAGCCCAA 600 TCAACGCGCC AGcTAAGTTT TACCGCAGAC GTCTGGCGTA AATCCACCTG CTCCCCATGC 660 CCACACTCGC AATGATACTG AAGACACCAG TGGCTATCCC ACGCATCAAC CGTGGTGCAG 720 TCTTTATGGC ACGCTGTACA AAACACCGAT ACGGGCCAAT ACGTTCCACT GATTTTATGC 780 TGCTCATCTC GATATTCGTT TAAAATCGCT TGAATACGGT GCCGATTGTC GAGCGCAATC 840 TTTATTTCCT GTGCGTATAC CCCCGCCTGG TATTGCTTTG ACTGATAAAC GTATTCAGGA 900 TAAATACCTA CCTCCGGGAG CGCCGATTCA ATTTCCCGCT cATGGTGCCg CGCGTAcTAT 960 CTTCCTGCTG AAAGGGATCA GGAACTGAAG TGATAGGCAT GCGAATATAC TGCTTCAATT 1020 CATCTTGAGC AGGTACATTG TCGGGAATCC TACGAAAAAC GTCATAATCG TCCCACGAAT 1080 GTACAAAGCG CACTGATTTC CCCTGGTCAC GCAGGcCCGC ACTACAAGGT CAACGGAAAT 1140 AATCTCTCTG AAATTACCAA TATGTACCGT TCCTGAGGGG GTAATCCCCG ATGCACAGGT 1200 GTATTGATCA CAGTCAGCAC GTTCCTgATA ATCTgTGCGC AACCTgTCAG CCCAATGAAG 1260 TGACTTTTCA CAGATACTCA TGATCCTTCC TTACAGGTAC GCAAAATATT TTTAAAGCCA 1320 AGCCAGTACG CACTTCCCAC GCGCACATCC TACACTTCCA CATAGGTGGC AGTGCCGAAT 1380 ACACACAACA GCCATACGGT GAGTGCTCGC ATCTGCCTGG CAGACCGTAT GGTCACTCCC 1440 GCGATACAGG GAAAATAAGA ACTGCGTGCG TGTCAATACC GCGCGCACAG CATGAAACCT 1500 ATTGCTAGAG GGTGCATCTC CTTCTCAGAT TCCTATTCAT GCCGTATCAC TTGATGCGGC 1560 TCAGTATCCG GTCGAACCGC CACCACATAA CGACCGCCTC TGTGTCCGTC GCCAGCACTG 1620 AAGAAAGAAT CCCTGTGGGA GAAAAATGAA ACACATTGTA CACCAACGTA TCACTGCGCA 1680 TATGTATGCT CCTTTGACGT ATCGTGAATG AACGCAAGTC TAACAATAGC GCGGCATATC 1740 CGAAGCGGTC CGGACTCACA CACAAAATAC CTTGtGCGCA CTCACCCCGA GCAATGAAAA 1800 aGCTTTTTTA TAaGGTCCcC TTTCTTGGTT TTCTGTACCA GACACCTCGT GCGCGGGAAG 1860 ATCCACTTTC CACTCGTACA CCCCCGTTTC AAGAGAGATA AAATACACAC TGCTTTTCGC 1920 ATAGCGAACA CTACTATTTG CTCCCGTAGC TGGATCATGC ACTGCGGTAT AGTAATCTAC 1980 CTTTGCAATC AGCCTCCGTT CACTCACATC AGGCAGTACC CGCTCTACGA ATGCATACCC 2040 TTTCTCTTGC GCAGcAAATG ACGTCGGAAG CGGAGAAAAC GGCAACGCAC GTTGGTGTAT 2100 GGGTACTCGT TGTGCATTGA ACCAATACAC TCTCATTGCA TCCACACTCC TACACACCAC 2160 CACGAGCTCA TCTGCACTAT TTACATACAC ACCTTCAATA GCAGGAAAGG GTGTGCCCCC 2220 TATCCCCTGC TGTCCAATAG CATGCATGAA ACGTCCTTCC TCATCGAACA GCAATATGGT 2280 ATTCACCAGC GCAAGGTTTT CTTCCGGATC ATGCTGCACG TGTTCTGGTA ACACGGCATC 2340 TAtACGTACA GTGTATTCTG CGAATCTACG GCAAGAAACG TTGGCGCATG CAGCGGATAG 2400 GGCACGGCAC GACGCGTAgT AATTGCTGCC GATTGCAACC CTTCAGAGAA CTGAGGAGTC 2460 ATTGCGTTTT TCTCGGGATT AAAAATAACT GCAAGCACAT CCCCAAACGA AtCATTCGCA 2520 TGACcTTGCC AGTTGCAGCA TGTGCCACGT AGAAAATACC GTCTTTCATA CACAGCTGTA 2580 TATTAGACTG CGATTGCGCA TACCCCGCGT CGGGGAAATG CAGTTGATTT TCAGCATCCC 2640 CGTACGTTAG GGCGAACAGA CGTTGCCCAT GCAATTCACG CCCCATCCAC CGTGTGCAGG 2700 AAGACACCAA CACGAGAAAA CTACCCAGCA AGAAAAAAGT AAAAAATCCC AACCGCAACG 2760 GGTGACGCGT CACAACGCTA CAGGACACGA GGATAGAGAT ACTCAAAACC ACAAAACGGC 2820 ACCAAAGCTT GCGGnAATGC GCACGCGACC TTCCGCATCC TGCCCATTTT CTAGCAGCGC 2880 AATTAACACG CGAGAAATTG CAAGCGCCGT CCCATTCAAC ATGTGTACAT AATGCTTCTT 2940 CCCTTCTGCA TCCTTATAGC GGACATTTAA GCGCCGCGCC TGATAGTCTG TGCAATTCGA 3000 CGCAGAAGTC ACCTCTCCCC ACGAACCACC CTGGCGTCCA GGCATCCACG CCTCCAAATC 3060 CCACTTGCGA TACGCAGGCG CACCCAAATC TCCCGCACAC ACTTCCACCA CACGAAAAGG 3120 AATTTCCAAT GCAGTAAAAA TCTCTTCCTC AAGCGACCGC AGgCGTTCGT GCAGGCACTC 3180 AGAATCACTC GGTGTACAGT ACGCAAACAT TTCAAGTTTG GTAAATTGGT GCACGCGATA 3240 AAGACCGCGA GAAAACTGGC CTGcAGCACC AGCCTCTTTa CGAAAACAAT GCGAGAGCCC 3300 TGCGTATAAA CGCGGTAAAC TCCGCTCTTC AAGAACCTCG CCTGcATGGT ATGCCCCCAG 3360 CGTAATTTCT GCAGTTGCTA CTAAACAGCG GTGTTCTCCC TCAATACGAT AGATATTCGA 3420 TCCACTCCCC CGCGGATTAA AACCCAAACC ACACACCATA CCCTCACGAG CAATGTcAGG 3480 AGTGAGAAAT GGCACAAAAC CGCGCTCTTG TAAAAACTGC AAACCAAACA TAATCAATGC 3540 CTGTTCAAGC AGCACCCCTT CACGCTTCAG ATAATAAAAC TTTATCCCCG AGACCTTTTT 3600 CCCCGCTTCA AAATCAACTA TATCCAGCAA GCGCGCTAAT TCCACGTGAT CACGTGGcGA 3660 AAAACTAAAG CATGGAGGCA CCCCACAGCG CTTGATTTCG AGATTATCAC TGTCTGATCG 3720 ACCATGGGGA GTGCACATAT GCGTCATGTT TGGCAACGCT TGCGTTGCAG ACAAAAGCTG 3780 ATCGGAAATC TGTACCAATA GACGCTCGCT GTGAGCAATG CGATCTTTTA GTGCTCTGCC 3840 CGTTTCAACA CACGCCGAAC GCGCAAGcGC ATCCAAAGAG CTTTTCATCG TCTGTGCGTT 3900 CTCATTACGC GCACGTTGTA ATTCTTGCAA CTCTGCTAAA AGCTTTACGC GCTGATCATA 3960 TAAGTGCACA ATCGCGTCCA CATCTGCATG CACGTTCCTG ACCTTCACAT TTTCTTTTAC 4020 TGCATCCACG TTCTCTCTAA TAAACCGATA ATCAAGCACG CGCCTTTCTC CCCTTACTTA 4080 TTCTGAATGT ACAAGAAAAA CGACACTCTC ATCGAaTGCT GCGCAGAAGC GCTAACAACA 4140 TACCCATCGC CCCATCGTGT ACGAATGTGT CAGACGTGGT AGCCGAGCTG TCCGGAAGGC 4200 GCGGTTCACA TATTACCGCA TCTCCCACGC TGATGTGATC GTAGTATCCT ACGCGCCTGA 4260 GCACGCCTTC ACTCATATCC TCTGAAACCT TTGTCACGGT AAAATGCCCC AACACGTCCT 4320 CACGTCGATA TGCAAGCCCA ACACCTTCTT TCAGCACTGA AAcTGCGCGT CTTTTTACCA 4380 CTTCGAGAGA CTTACCTTGT AACTCTGCAT CTTGTGTTCC AAGATCAATC ACCGCcTCCG 4440 ACTGGTGACG GCGCACGACA GTACCCATAA TTGGCAAACG ATCGTTGAGC ATCTGCATGA 4500 TCCTACGCAA CACACTCTGA TACCGATCAT TTCCCGAGCG ATACGCATCA AAGGTGTGTG 4560 CCCGAGATCC CGTCGATGCA ACATACAATT CCAAACGCAC GCGTAAATCC TGACCGTGCT 4620 CCTGCATTGT GATGAGAGCA AAATAATCAT CACCAGCCTC ACGCGCCGTG CGAAAAGCTT 4680 CTCTATACGA GTGAGAACGC GCGCTGTACC CAGTTACTTT TTAaCTGCGG TTATAGGCAA 4740 ACGAATCTTG CACTGCGTCA GAAAGAAACG CTCAGCCTCA GGATGCAATG CATTCGCAGG 4800 ATCAGGATGG TAAAAAAGAG ATATTGAAAG ATGCGCCTTA TCCAGATACA AGGCATCAAC 4860 ACGCCACCTA TTTTTAATTG AACGTGCATG CGTCTTCTCG TATGCCTCTA CTGCATCATT 4920 GATGCGTGCA CTGCTCTTTC CAATAGACTG TAAAAACTTT AATTGCTCAA GGGAGCGCTC 4980 AGGATATCCA AAACGCAGGA GCAAACGTGC GTAAgcTTcA CGAGCAGCAC CGTCGTACGG 5040 GTACACCTTT AGTGCGCGCC GATACTCATC CAGAGCCTGC CGACTCATAT TCCGACGCGC 5100 GAAACCGTCT GCCTTTTGCG TGTGAAAACG CGCAAGTTGC ATGCGATACT CATCTTCGTA 5160 TTCAAGGTGA ACAATCGCGA TCTCTTCTAG CAAGATGCGC ATTAGATCGT CACGTGGATC 5220 TACTGTCAAC CCAACTTTTG CAGTTGCAAG CGCCTCAGTA TGTTTACCCA ACTTCAGAAG 5280 GGACAGTGTC TTTACATACC AGGCATCCAC TTGCGTTCGA TCCGCCCTTA TGCGTTGATC 5340 ACACTGAGCC ACCGCGCGCT CATACGCGCC GCGCGCATAT AAAACTGCTG AAAGAAGCGC 5400 ACGGGCACGT GGATAAGCCG ACTTAATGTG GAGCGCCCGC TCCAAATAAC GCTCTGCATC 5460 TTCATAGTGT GCCCGAAGCG TTGCAAGATA CGCGGCAAAA AAATGCACCT GTGCATTATC 5520 ACCGTGATAT TGCAACGCAC GTTCAACGTA CGTGAGCGCA CGCGGATAAT GACCAGCCTC 5580 GTACGAGATA AGCGCAAGcg ACAACAACGC CTTGCGATTC TCTGCCTGAC GCTCCAGCGC 5640 TGCTTGGTAT AACAGACGCG CAGAGCTCAG CCGTCCCTTT GACACCTCAA TCTCTGCCAA 5700 ACCAAAGCGA GCATCTACGT CATTCGGATA GCGCGCAAGA ATTTCCTCAA AAAGACTACG 5760 CGCCTGATCC AACTCACCTT GACCAACTAA ACTGAACGCG CACAGCTTTT CAAGGGAAAG 5820 ATCCTGCGCC ATGAGTTTTT GCGCTTTGCr CACATGGTGC AACGCCTGAT CATATTCACC 5880 AAGTGCGTAG AAACACTCGG CAAGACCACG ATATGCAAGG TTGTAAGAAG CATTTTTTTT 5940 TAATGCTTCT TGGTAGAATT CGATAGCAGC ATGCCAATCC TCCTGcACAT GGGCCTTTCT 6000 TCCTGCTTCG TAAAGCTGCA CGCCCGTCTG AGCAAACACT ATGCTGCAAA GCGCACCGTA 6060 ATACACGCAC AGCAGGCCTT TCATGCTTTT TCCCTTTCCT CTATGGCCGC TCAGATACAC 6120 ATGCAGGCTC GGAATCACCC CGCAGaCAGA TACAATCTTT ATAGTATTTA TCTTATGTGC 6180 TTCCATGTCT TGGATAATAA AATCGAAGGC ACCCCACGAA ACCTTCTCGT ACTTTACGGG 6240 AATTTTTCCA AAAAGATTAA ATACAAATCC ACCTAACGTT CCAAACTCTT GAGAAGGAAA 6300 AACAGTATGC AAACACTCAG ACAAATCTTC CAAATCCACA CGCGCATCGC ACAACCACAC 6360 GCCCTGTCCG AGCGGTTCGA TATCCTCCCG CTCGTGGTCA AACTCATCCT GGATATCCCC 6420 AACAATCTCT TCAATAATGT CTTCCATGCA CGCAATACCC GAAACGCCGC CGTACTCGTC 6480 CACCGCGATC GCAATGTGCA CGTGCCTGCG CTTAAACTCT CGCAGAAGAC TGTCAATTCG 6540 TTTGGACTCG GGGACAAAGA AgGsTTACGC AGCAGTCTTT CTAACCGCAC CTCCTGTGGC 6600 CTTCCAAACA GCTTTATTAA ATCTTTGACG TACAGCACAC CCACCACATT ATCAATAGTT 6660 TGTTCGTAGA CAGGAAAGCG TGAGTGTCCA CTCTCGGTTA CCTTTTCAAC GAGTGTTtCA 6720 CCGCTCATAG AAAGCTCAAG AAAATCCACG TCAATACGCG GTATCATCAC CTCGCGCACC 6780 GAAGTGTCAG AAAGATCCAC TATAmCGCGG rTCATAtCCT GcTTTTCTTC ATTCAGCGGT 6840 TGCTGAAAAA TATGGGTAAC AGCGTGCCTG CGCCTCAACC AGTCTATGAC TCCCATGGTA 6900 TACCCGATGA TAGCACCCGA CACGTGTGCG CCAGTATGCG CTCCTGCAAA CGCAACATCT 6960 CTTGTCCAGG GnTCCTnCGA TCAGACTCTA TAA 6993 (2) INFORMATION FOR SEQ ID NO: 53: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 5460 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 53: TCGCGnnAGT CAAAAACGGC AACACTGAGT TTTTGCTCAT TGGGGGCAGC CAGGGGTACA 60 AGGAAATAAA ACTGGAAACG GGGAGCGGCA GCGGTACCGG CTGCCTGAAG GCAGAGAACG 120 TGCGCGGTCC GGAACAGTGG GGTGAAGACA GTGTCACTCC CAAGGATAGG GTAAGCCAAT 180 ATGAAGGCAC CATCGGCCGT TTCGCAATCA GCGACATTTA CACCGTTGAG TCCACGAGTG 240 GAGCTGGTGG CACCAACGGC GGCACTAATA AGCCGGACGT GTAtGTGGTG GTGGGGGATT 300 CACAAGACGG GTATACGGGC CTGTGGAGAT TTGACGCCCA GAAAAAGGAG TGGAATCGGG 360 AGTAGCCCGG GCGGATGCGT GCTGCAGGGA GGCGCGGGGC GGGAGGCCGC GCGCCGGTCA 420 TCTTTACGCT TTGATAAAAA ACAGTTCGTG AATGGCGCGC CCCTGCGTCT GCGCCTTGCG 480 TTCAAATTCC GTGGCGGGGC GCCAGGGGCg cGCACCCTGC GGTGCCCACG TGAGCGAGGG 540 CGTGCGCGCA AgcTCTTCCT GCGCGCGCCG TGCGTACTCG GCCCAGTCGG TGACCGCGTA 600 TAGGTAGCCA CCCGGTGCAA GGGCGCGCGC GAGTAGGTCT GTGCGCGGGC GATACAGCAG 660 GCGCCGCTTG TGGTGCCGCG TTTTTGGCCA CGGGTCTGGA AAGAAAATGT GCAGGCCTGC 720 AAGTGTCTGC GGTGCGATCA TGGTGCGCAg caCGTcGAGT GCATCGTGCT CGATGATGCG 780 CAGGTTGTGT AAACGTTCGG CTTCAATTTT TCTCAGCAGT CGTCCGATTC CTGCGCGGTA 840 CACCTCGATG CCGAGGTAGG AAAGGTGCGG GTTGCGTGCC GCGATTGCCG CAGTTGCGCT 900 CCCCATACCA AAGCCAATTT CTACTACCAG CGGTGCAGGC GCGCACGCCG GAGCGACTGC 960 GTCCGTTTTC CCCTGCGGAc GGGaAAAGCA CCGGCAGGCG CAGAAGGTGC CGCCGGTGAA 1020 CAGAATACGG CAGCGTAGTC GAACACCGTG TTCTGATACG GGATnATCCA GCGGGACGCA 1080 AGGTGCTGGT AGTCGCGTTT TTGGCATGCG GTCATGCGGT TTGATCTGCG CGTAAAGGTG 1140 AGAACTTTCC GCATGCGTGC ACTGTCGTTT GTCATGGTGG CGCTTGCTCA GACAGGGCGT 1200 CTTCAGGATA TAAACGGTGA GGTTGTGAAA TAAAGCGCCA GGAGCGCTGA AAGTCCTCAA 1260 CCACGCACTG CAGGTAATAT GCGTCCTGGT GTGTCGTTTT CAGTGCGTCC ATGGACGCCT 1320 CGAAGGTGTG TACTCGGGGA GAGGAAAGGC GCGCATTGGG CAAAGAAGTT AACGAAAGGG 1380 GATGCTGTGC CACAGTGCGG TAGTCGCGCG TCACAGCACC AGGGAAGTGT GCGTGTGCGC 1440 AGTAAAGGGA CCGACCAGTG CCGGCTGCGC AGGCGCCGAT AGCGTCCAGC GTTGCGCGTC 1500 TACAGAAAAG GAAAACGGAA AGGGTTCGTG TGCTGGGTAG CCTGCGCCTA GGGTAACGCG 1560 CTGCTGTGCA TATGTGCCTG TGCTGTCGCG CACGTACACC ACGTACGTTC CGGCAGGAAA 1620 ATCTCCCCAC GGATACTGCA TCCCCCCTAC GCGCAnATtA CGGCGTCCAG GATGGAGTTC 1680 GTCAGTGGCA ATGTACACGC GCGTGTCTTT TTCCCCAAAG ACCCATCGCA TTCCGGTGCG 1740 CAnTCCTcTA CTTCAAGGTA AAAGTACTCC TCAGGAGGAG CAGGGTACTC AAGCGTCACG 1800 TGCAGTGCCa GCGTTGCGTC TGTCTTTCCT GCTTTTTCGA AATACACTCG TTTTAGGGTT 1860 AGCCCCTCTG TGCGTGCATA AAAGGGCATA CAGGAAGAAA GTACTGCGCC CGCTACACAC 1920 GGCACCACAC AAGAAACCAG TACAAACGCG CACTGGCGAG CGAGAACCAT GCGATTAAAA 1980 CTCAAAAGAC AAATCCACGG TGGTGAACTC AGAGCGTGTA AAACGGTTAA GACTTGACTC 2040 AAAGCGCACG TTTGCCTCTT TGwCnCTTCG CTCAAATACG AAATGTAGTA CACGCCCAAG 2100 TTGGCGTGCT TGGCGGTATC TATAGTTTGC TGGCAGTAGT CAACAAGCGT GTCAGTGTCC 2160 GCATTTACCA CTTTTGCATC CTGTAAGCAA TTGCGCATTT CTTGTGGGTA ATCATTCCTC 2220 CCATACACGG TAATTTTTAG CTTACGGCGG GTACsGGCAG TAGACACGCT CCTCCCCTGA 2280 AGTTTCCACG AAATAAAGAG AGACTCAGCG TTGTGTTTGA GTTCTGCAAC AATACGCCTG 2340 CGGATACCTT CGTCGCAGAG CGCCTCTTGC GCGTCTTCAA GGTCTGGAAA GAGCTTTTGC 2400 ACCTCTTTTT TTAAATTCGT ATTCTCCTCA TTGATGAGGA GCTCTACAAG GACTAATGCA 2460 ATA ACTCAG CAATGCGCGC CTTATTCAAA TATTGCGCAA GGCTGGTGTG AATGCTACTG 2520 AGCACAGACC CCATGTCCGG TGCGTGCTGA AACTTACTGA TGATAAACCA CGTAAAGGGG 2580 CGCAGGGTAT CCAAAAACTT TTCGCCGAGG AAAAGAAGCG TATTTTTCTC CTTTGGAGTA 2640 CGTTCTTCGC ACGCAGCGAG CGAAGCGTGA AGCAAACGAA GAATATGATG CTTAATCTGC 2700 GTGACGTGTG CTTCATGCTG TTTTAAATGA TTATAGATGA AAGGAGCATT GAGATTTGCG 2760 TGTTCGTCAA TGCTGCTCCC CGGGTTACTG CGATTCCACT TTTTAATTAC TTCAGAGTTC 2820 AGAATCTGTC TGAACACGTA GCAATCGTAT TGACGGTAGA GGATGGAATG CACGATGAGC 2880 TTTGAAAGAT CAATAATTTC TTGACGTGAG GAAGCAAACT CAGGCGGTGA AACCTCAATG 2940 AGGGAAACGT ATCCAGAGAG CAAAAGACCT TGCACCGTTT TAGGTGC AA GGCATCGAGT 3000 GCGATACCAT AATCCTCGAC ATGCTCAGCG AGTTTTAATT TCATGAGCTT CCTGTTTTGT 3060 TTTATAAAAA ACTCGCTGCC CTCTTGCGTG AGTACGAGCT TGAGTGGGAG GTTCAGGATG 3120 CGTCGTTTAT GTTTTGAACT CATACTTTTC TGCGCTCCCG TTGAAGTGTG TCCGCCGTCC 3180 TTTCATTCTA TCAAGGAATG AGGGGTGGGG GATAAAGAGA TTCTACGTAG CAGACGAACC 3240 GCACCGATCC TTCCTGTGCA TGCAGGAAGG AGTCAGGAGG GGCGGTGGGG AATCAGAAAT 3300 AACCCAGAGA AAGGCTGATG TTCTGCGCAA AAGCATCCGG AGTGCTGACC GCTACAAAGA 3360 GGATAGGAGC TGCCGCACGT GAGGCGCCTG TGCATAATCG GGATTGCGAT CCAAAAGCTG 3420 CGTTAGTACC TCTTGTGCAT ACTCTTTTTC GTTCACTTTG ATTGCTAGTT TCCCAGCCTC 3480 TAGGTACACG TCCCACGCGC GTGCGTCCTG AGCGAGCACG GCACGGTACG CGCGGAGTGC 3540 TTCATGCGGC TGTCCAGCCG CTnACATACA CGCGTGCCAC TTGGCACTGT GCCTCGCGGT 3600 CTTGAGGCTG TGCGGTGGCG GCGCGGCGGT AGTGCGCTAT TGCCGTCTCC CACTGCGCGC 3660 GCAGGACATA CAACTTCCCT AGATTGCTGT TTACCTCAAA GTTTTGCGCA TCGTGGGCAA 3720 GAGCCGCCTG CAGGTGTGTT TCCGCCTCTT GCAATGCTCC CTTGTCCAAA TACAGTTTGC 3780 CCAAATTGTT GTGAGCCTTC ACGTGTGCAG GGTCCCGTGC TGCAGCCAGC TGATACTGTG 3840 TTAAGGCAAG ATCCACACGC CCTGTTTTTT kCGCTGCAAc aTnAcGCGTA GAGGAAGCGT 3900 GCCTGCGATC CATTCGCGTA GACGGCCtGC TGCGCGTGCT TTAACGCTTC TTCGTTCCTA 3960 TCGAGATCAA GCAGCACGGT TGCGAGGTTG TACAAAGTAA GCGCGTCCTC AGAATCCCGC 4020 TCTAGGATTT CTTGAAACAG ACGCACAGCC TCTTCCTTCG CACCACTTTT TGCCAGGACA 4080 490 CGTGyGCGTT CACGCGnGGC TGTCAGGTAT AGATCATGCG cTTCCGCAGC AGCCGCGCAT 4140 TCTTGCGCCT TTTGATAGTC GGCAAGCGCA gCAGACACTT CTCCTTGTGC ATCGTGCACA 4200 CGTCCAAGCT CTATcCACGC ACGCGTGTGC GTTGGGTTCA ATCGGATGAC CGCCCTAAAC 4260 GCCTGCAGGG CTAGATCGTG TTTTGCACGT ACCCTACAGG TGAGCCCCAG ATTAAAAAAT 4320 GCAGGCTCGA ACTTTGGATT CGCAACCGTC GCCGCATTGA ACGCTTCCTG CGCCTCAGCA 4380 AACCTGCGCA CTGCGAAAAG ACGCTTACCC AACTCATAGC TGTAGCGATA TTCGCGCCGG 4440 TCAAGCGCCG CGGCGcGTTC AAGCAACGTG AGAGCCGTTG TTTGGTCGTC ATCAGGctGC 4500 GCATCTGCAA TGCACGCGGC AAGGTAGTGT GCAGCTGCGG AgCGTGGGTT GAGCCTCAAG 4560 GCTTCCTTCA CATACACGGT TGCCGTTTCA AGTGCCCGTG TCCGCTCAAA ACCGTCACGG 4620 TTATCGTGCT GTGAAAGCGC GTACATAGCT TCTCCCATAC GGGTGTATGC GTCTGCTGCG 4680 AACACCGCGT CCCCGGCAGG GAGTGCACGT ATTGCTTTGT TAAACACACG CACCGCTCCT 4740 GGATAATCAC GTCGTTCCGT CAGTTCTTTT CCTTCGGAAA GCAACGCGTg CACGTGGTGC 4800 TGTGGCGTGG CAGTTTCTGC AGGTGCGCGC ACCTCCGGGC GCGTTGCAAT CTGCACGGCC 4860 CGCTTTATCG ATTTTTCAGG AGAAAAAGAC GCCGTGCGAG ACACTCCCCG GGGCGGGGTG 4920 AGAACACGCG CGCCCTTTTG CCGCGTGTCT TGTTCTTGCA TACGCTCTCT CGGCGTAGGC 4980 GCGTAAGGAA CTGGGCGCTG GGGAGCTAAC TCCTCTGAAA GGGTCTGTAG GAACTGTTCT 5040 TCATCACTAT TCCCTGAGAG CTGGACGTGA TGGTCCACAA GCACGCCGGG TTCCTCCCCT 5100 TGCTCTTGCA GCAGCTGGTT CGTCTCCAGC CAGGCGAGTT CTTGCTCAGA AACGCCCTCC 5160 TCCTCAAGGA GAGTCTCGCC CGCTGCACGA GGTAGGCGTG CGCGCACCAC CCCCCGGGAA 5220 AAGAGACTGA ACCCGGCAAC TACCGCAAGA AGCAGCACCA GCCCCGCGGC GAGTGCAATG 5280 AACGTCTTGT GCACATTATT CAAGGTTGTG TTCCTCCTGA TAGGGGACGG TGTCCTCCGA 5340 TCCAGTGGAG AGGGTAnGCG CGTCCTCCGC TTGTTTCAGT CTAAGCGCGC GCTTGAGAGC 5400 TTCAAACTCC GCCTCCTTGC GCCGGGnTTC CTCCGGCTTC CTTGCGGCGG GnTTTCTCCG 5460 (2) INFORMATION FOR SEQ ID NO: 54: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 10461 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 54: 491 AAATCGTGCT GATACTGCAA CTTAGTAGCG ACAGGAGTAA TGAACCAATT TTGCACCAGC 60 GAACCATAGA AAGTAGTGAT AAGCGCATTG CCATGTTAGA TCCCAGCGAG GACTTGTCTT 120 CAAGCGTTGC AAGCATACCG ATAAGCCCCA TAACGGTGCC CAGCATACCA TATCCGGGCG 180 CGAGcGCAgC CCAGGAGTTC AAAAGGGAAA TCCACGTATT GTGCCGATCC TCCATGTGCG 240 TCAACTCGCT TTCCATCAGT GCCTTGATCG CATCTCCGTC CACACCGTCT ACCACGTTCC 300 GCAAACCAGT GCGCACGAAn TCATCGTCAA AGTCCTGAAT TTCTTCTTCG AGCGCAAGTA 360 AACCGGTGCG CCGACTTTTC TCAGCAAGCG CGTAGAGCCG CTGGACAATC TCCCGTTCGT 420 GAAAATCCGC CGCATGAAAA ACGCGCGCAA TTACCCGAAA AACACCCACG GCATACGAAA 480 GCGGATAGGT GAGAAAAAGC GTTAAGTACG AGCCCCCCAC GGTGATCAAC AATGACGGTA 540 CGTGAAAGAG CCCCCTCGCA GAACCACCGA GCACCGCACC AAAGATAATG ATGGCAAAAC 600 CGCCGAAAAG CCCGATAAAC GATGCGATGT CCATCGCTTC CCCCGTGTCT TAGGTCTCGT 660 CGTTGAGGCA GCCGATGcTG CGCCGATAGG AGACAATTTT ATCGATAACT TCTTGCACAC 720 TTTCCCTCAC CACATAGCAC TTACCCGACA GCATTTGAAG CGTTACATCA GGTGTACAAC 780 GCATCGTTTC AATGTGGTGG GGATTTACCC AATTTTCATT TCCATTCAGT CGCGTCACTT 840 TAATCATCCC TCATCCCCAT CACGCCACCT GCCGCTTAAG ATACATTTTC ACACAGTCGA 900 CACATCAGCG CTTCAAACTC AACACCGTAT CCAACATGGT GTCTGATGTC TGAATCGTCT 960 TTGCGCCCGC CTGAAACCCT TTTTGGGTAA TGATCATATC CGTAAATTGA TCGGTTAAAT 1020 CTACGTTGCT CATCTCAAGT GTCCCTGCAA TCAACTTTCC CTTCCCCATC ACCCCCGACG 1080 TGCTAATGTT CGCTATCCCT GaGTTGTTCG ATTGTACGTA GGTGTTCTCT CCTGCCTTCT 1140 CAAGACCACC TTGATTTGCA AATCCTGCAA GTGCGAGCTG GCCAATGTCT TGGCTCACCC 1200 CATTTGAATA CACACCAGTG ATGACACCGC TTTGATCTAT TTTAAAATTT TCCAAATATC 1260 CCATCGCGTA ACCGTCCTGC CGGTAGCTTT GGTAGTACTG CGTTCAGCAA AcTGCGTAAT 1320 CGTATTGCGC GCGGTGCCAA TTTCACCCAA GTTGAGCGTG AAAGCGTGGC GCGTAACCTG 1380 cCCTGcATCG TCCGGaTTCG CACCGACAAC ATCGTACGAC GCTTCAAGGA GCACCTGTCC 1440 GGTAGGACCG GTCACGTTCC CTGCAGTGTC AGTCACTGAA GCGAGGTGTC CAAAATTATC 1500 AAAATTTACA ATAAAGGTGT TTGCCGCACC GTCAGATGTC CCCACCCCTA CACGCGTTTG 1560 CGTATCTACC TCTGTCCCCG GATCCACTGC GACAGTGGCC TGCCACTGAT TGTTCGTCCC 1620 CGGCACACGC GAAAAGTTAA TCTGCAACGT ATGCTGCTGC CCGAAGCTAT CATACACTTG 1680 AAAGTCAGTT GTCCACGTGG ACTTACGCAC GTCCGCTTCG TTCGCATCTG CAGCAAGCTC 1740 AGGCAGACGC TTGTCTAAAT TACAGGCATA GTGAACAGTG CTGGTCTGTG CGCATCTATC 1800 TTTTGCCCAA TGGGGATAAC GAGATCCTGC GTCTGTGCAG AGGAATTAAT TAAACGCTCC 1860 CCCGCCACGT CCTGCGCCAT CCAACCTTGA ACGCGCATAC CATTCGCAGG GTTCACGAGA 1920 GTGCCCGCAT TATCAACCCC AAAGGCACtG CGCGGGTGAA AAACGTCTTT TCCCCACTTT 1980 TCAGCACAAA AAAACCACTC CCCTGAATAG ACACATCCGT ATTGATACCC GTCGTTTGCA 2040 GTGCACCTTG CGTGTGAACA GTATCGATGC TTGCAATCAG CACGCCCAAT CCCACTTCCT 2100 TGGGATTCAC TCCTCCAACT TCTTCATTCG GACGCGCAGC cGcACTCAGT TGCTGAGAAA 2160 TAAGATCTTG AAAATTAACA CGCCCACGCT TAAAACCGGT AGTGTTAACG TTCGCGACGT 2220 TGTTCCCAAT GACATCCATG CGCGTTTGAT GATTCTGCAT ACCAGACACA CCTGAAAAAA 2280 GTGACCGCAT CATATGCTCT GTGTCCTCCT CATGTGACTC ATTTTCCTAA TCTCTCTTTC 2340 TCTGTTCACA AACCATACAA CTGCTACGAC GCACTCGGAT CTGCAATCAC CTTGACGTGC 2400 TCCCATTCGT ACCAGTGCGA CCCCACCCGC ACCTGGGGCT TGTCAGCACG GGTGACTGCA 2460 CTGATAAGCC CACGAACAGT GTTATCCGCC TCAGTGACTT CAACCATTTT TCCCACCGCC 2520 TGCAGCGCTT CAGTATTGCC AAACAGCGTT CCGAGCTTCT CTACCTGCGC ACTCATGTTG 2580 GCCATCTGCT CGAGCGAGGA AAATTGCGCC ATTTGCGCAA TAAACTGCGT GTCCTGCATA 2640 GGCGCAtAGG ATCCTGATGG GTAAGCTGCG CAATAAGGAG ATGCAAAAAA TCGTCCTTTC 2700 CTAACTCCCG CTTCGCACTG CGCGCGCCTG CCTCAAGCTG CTTGTTTATA ACGCGCACAT 2760 CCATTTCTAA ACGCGTACGC TCAGCGGCGG TCATTTCAAA CCGCATATTA GTGTTCTGTA 2820 CCATGCCCCG GCCCTCCTCT TTTTTCACCG GTTGTGTACG CTGACCCCCC TACAGGGTAG 2880 GCAAAACCGG CGCGCCTATT TAGGCAAACA CGTCAATCGT GAGCGCAnct CCcTGcGCAT 2940 GCCAATGGAC TTCTTGCACA ACAGGCTCAA CGCCCGCTCC CCCAAGACGC TGTGCAGCAG 3000 cgTAGGCTGC CGTCTGCGAT GCCAAATGCC CGTCCTCTGC GTGCGCACCA GCGCCAAACC 3060 ACTGCACATC AAACTGCGCA GskTCAAAAC CATTTGCCTC GAATGCACGC GCCAAATCCC 3120 CCAGATTTTC CTGAAAAGCT TCAAACGCCT CCTGAGAAGC AACGTGAATA GTACCCACCA 3180 CCCGCTTATT CTCCGACAGG GCAAGACGTA TGCTCACCGC ACCAAGGTGC TCTGGCTTCA 3240 GCGCAATGTC GATGTATCCG CGTCCGTGAT CGCGCAGCAC AACCCGTCCA GATTGCGCAA 3300 GCTCTGCACT ATGgCACGAA TGTGCGccGA AAGAGCCGCC TGAGTGGTAG CAAATCCTCG 3360 GATCCCCTGC GAnTGCGCTG TCTCCTCACG CGCGTGCGCA ACTCCTTCAA ACGCACGCTC 3420 CACGCCTGCA CGCTCCCCCT CACGCAGCGA CTCgTACCGT GCTCTTCCGC CCCCGCATCC 3480 ACGTCCGCAG CCGaCAGtGC GCCTGCGCCG CAGGAAGTAC GGCGCCCGCG TGCGAAGACA 3540 CACCCGACCC TGCACCGCGC GAATGCtACG CGCGTCCAGC ACAGTAAAGC GCGCGTCCGA 3600 AAAAGATCCC AACTCCTGAG GAGAATCCCC ATGCCGAATC TGCCCGTACG CAGTCGCCCC 3660 CTGGAAmGCC GCACCGGCGC TCACCCCTGC AGCAGCAGAG GCGTGAGACG CACCTGCCTT 3720 TCCTCCAAAG GAGCTGCCTG CTCCCCCAGA CTGCAAAACA GGCTCACCAC GGATAGCAGC 3780 CGCCACCAAC CGCTGCCGCA CCTCTGCATC GAAAATAACG TCAAAGACTT CAGACTCCGA 3840 CGATGCCGCG TACGTGGcTT CGCTCCCCTG cTCACGCAGC AGGGCAGGGG CAGCGCCAGA 3900 AGGAAGAGAC CCTCCGCGCA ACCCCCGCGC ACCAGCGCTT TCCCGCAGAT GCTCCCCAGA 3960 CTCCTGCCCA CACAGGTCCT GCACGTGCGG TGCAGTCTCC GGCACACGCT GCGsTaCGCG 4020 cgAGaCAGTC CTGCAGGACG CGCCGCACGC CCCCGTTCCC CGGATGAGGG CTGCTCTGGC 4080 ACAACAGACC GCGGCGTTAC GGAAGTTGCC TGCCGCTCTA CTACAAGAAA CTCCGGCGCG 4140 GACGGCCACG ACGCACCACC CGAAGCTTCC TGCGCCGCGC gnACGTAATC AAAGGGCCGC 4200 ACTCCTGACG CCGCCTCCTG CGCAGcaCGc AAACCAGTCT CGTACGCCAC GAGAAATACA 4260 TCCGAAAGAG ACTCTTCTGT GAAAACGTCC TGTTGGGTAC CCGAACCGGT TTGCTGCTCA 4320 TCAGCTTCCT CGCGCACCCT TTCGTGCACT GCAGCCGACG CAGGGAAAGA GAGACTCTCT 4380 GTGGCGCAcG CCACGCATGT GTTCATGCAA CGACTGAGCA AAAGAACACG GTGcTGCCGC 4440 ACACGACGTA CCGACTGAAA TAGTCTCCTG CGCAGCAGGC GcAGACTcCG CCACACCGAT 4500 ACCAATGGCC CGTGCCAGCA GTCCTCTCAG TTCCATGCAC TCCCCCCACT CCCTGCCATT 4560 CTCkGcGCAC TGCgCAGaCG TCTTAGAAAA AAGACCTGCC AGTCCGGTTC GGACGCATCT 4620 TTTCAATACA AAGCGsACGA GAAATTCAgC ACCyTCCcAA AGGsTcCAGC ACGCCGCTTC 4680 TTTCCCGTTC AGTATTTCCC CGTTTCCCCT GACAAAAGAT GGATTCTCGG ATACTTTTCC 4740 CCTCCGTCTA TGGAAAAGGA AACAGCTGGC ATTCTCTGCT CCTATACGCT TTTTCACAGT 4800 GCGCTCGTGC TGGCGCTGTC CCTCGCGCAC GGGCGTACCC AGGTGCCCCC CAGCTCCACG 4860 CTCAGCTTTT TAACGGTCAT TGTACTCTGG CACTGTCTGC TCTTCTTTTT TCTTGTCGCG 4920 TATAGCAGAG AACCTGCAGA TACCACCGTG CCGTTTAAAC CGCTGCCTGA ACAGACAGCG 4980 CCTATTTGTG CCGCCGCATC TTCTGACTGT AAGGAGAACC GCACCGCGCT GAAAACGCTG 5040 AACACTGCAA CGCACATCAC GCTTATCCGT GCCAGTGCTA TTCCTATCGT TGGCTTTCTG 5100 CTTAAATTCC ACGCACTGGC GGGGCTTTCT TACTTCCTCG TTGCAGGACT GAGCGTTTTG 5160 TTCCTCACCG ATTTTATCGA TGGCAAAATT GCCCGCGCAA GACGAGAAAC GTCCCGCGTG 5220 GGAGAAACGC TCGACGCAGC AAGCGACTAC GCGCTTATCG GGCTCATCTC AGCGCTTTAC 5280 TACCAAAGCG GTGTGGTGCC CCTGTGGTTC TTTGTGCTTA TCATCACCCG GCTTTCGTTA 5340 CAAACGGTTA TTGCCTGTGT GTACGCGCTT TTTGGCCACC CGATGAcCGG TTCCACCGCG 5400 GGGGGCAAAG CGACGGTGGC CGTGACTATG CTCCTGTACA CGCTCGAACT TGCCCGTCTC 5460 CTGCTGCCGA ACCTTGCGCG ATCAAACAGC GGCGCGCGCT TTTTTACCGG GGCAGAAATC 5520 TTGCAGGATT CGTCATTTTC ACCGGGATAG TGGAAAAACT GTATCTTGGC GTTCAGCATC 5580 GCCCAGGACG CTCCCCGTAG GAGAGACGAT ACTTGCGCCG TGCCTTGCAA CACACAAAAC 5640 CTGTACCAAC CGGGGCAAAA GGAGTGCACG CCCATGGATG AAGGAAGAGA AACTGTCCAG 5700 CCtgcGCATC GCGCAAAGGA GGAAAAAAAA CAGGACGCCC ATCTTGCATG GGAGGTACGG 5760 AAACnGCACG ArGCGTGCgC CTGCGCGTTT TTCACGTGCA AGAACTCGAA AGCGTTTCAC 5820 CGCGCAAAAC GGTACtCGCT TTGTAACGCT CACTGCACCT GAGTGGGTAA TCGTCGTGCC 5880 GCACGTGATG GAACGCGCAC AACGCTTCTT CGTTATGGTk CGCCAGTGGC gCTGCGGTTC 5940 ACAGACGGTG TGTACTGAAT TTCCCGGCGG GGTTATCGAC GCAGGGaGCA CCCTGAGGCT 6000 GCAGCGCGCA GGaGCTGTTT GAAGAAACAG GCAGACGCGC TTCCTCTCTT GCACACCTTG 6060 GCACCATACA CCCGAATCCC GCCGTGTTGG AGAACCGCGT GCACATCTTC AGCGCCGAGT 6120 GTACGCCTGA GnTACGTGAA CCGCAGTTGG ATACCGACGA GTTTTTAGAG CGGTGCGTGC 6180 TCCCCGTGCA CGACGTGTAC GAACGCATGG GCCGCGCACC CTTTGACCAC GCGCTCATGG 6240 cGCAGCCCTC TTTCTTTTTT TGCGGGCGCA TCCGCTTTCC TCCCTGTAAC TCAGTGCGGT 6300 ACGTCcCTGC AGCGCGTCCA TCTAGGTCGG CATAGAGCGC CGCTCTAAAG GGGGGTATCA 6360 TCCCGGCTGC ATAcTCTGCA GCGCAGAGCG TGTTGTGCAG CAGCATCGCG ATAGTCATCG 6420 GTCCTACTCC CCCCGGAACA GGCGTGATCG CCTGCACCTT GTGCGCCaTG CGTCAAAATC 6480 CACATCACCA CACAGTCTTC TCCCGCGCGG TGCAGTTGCA TCTGGCACGT GATGAATACC 6540 CACATCGATA ACCACGGCGC CGGTGCGCAC AAACGGCGCG CCAATGAAGC GCGCCTTTCC 6600 CAGTGCTGCA ACGAGGATAT CTGCCTGCAC ACAGATATCC GCCAAACCGC GCGTGTGACT 6660 GTGACAGAGC GTCACGGTTG CATCACAGCC GGGAGAGGCA AGGAGCACTG CAAGCGGACG 6720 GCCAACGATG GCAGAACGGC CGACAATTAC CACGCGTGCC CCCGCAAGCG GCACCTGCGC 6780 ACGCCGGAGC AAGTGCACAA TCCCCGCAGG tGnCAGGGAA CAAACCCAGG CTGCGCAAGG 6840 AAGAGCGCAC CACAGTTAAG CGGATGAAAG CCGTCGACAT CTTTTTCTGG CGCCACTGCG 6900 CGGCACACCC TCGCTGCGTC AAGATGCGCA GtAACGGCAA TTGGATCAAA ATGCCGTGCA 6960 CCCGCGCGTC CTCATTGAGA CGAGCAATAA GTTCTAACAC CTGTGCGTGA GAGGCATGAG 7020 CAGGCAGCCG GTGCGTTTCC CCCCGCAGTG GGCGCGAgCA GGGGCACGCT GCTTTGCTGC 7080 AACGTAGTAC AAGAAGCCGG GTCATCCCCC ACCAGCACTG CGGGCAAGAA AnGGCGCCGT 7140 GCCTAcCGCC GCACGCAGCG CCTGCACACG CGTTGCAAGA CGgCCGTaCA CTCGTGTGCG 7200 GCTTGTTTTC CATCGATGAg GCGTGCGTCC ACGcGCCCAg TATAGACACG CGCACGCAAC 7260 AGCGCAAAGA CCGAACACGC ACGGACACTA GACGGAAGCC CAAGAAACAC CGTATGCTCG 7320 GCGTCGTATG AGCAGAACGT TCCGCGCGTG GCAGTGCGTT GGTGCGCTGT GTGCGCTCTC 7380 TCCCCTGCTG CCTGCCTACA rcTCCGAGGG CGTGCGAGAg GTACCCCCCT CCCAGTCTCC 7440 GCAGTGGTGG TGGCGTACGA GCCCATTCGC CCCGGGGATC AGCTGCTCAA AATTGGCATT 7500 GTTGCAGGCT GCCAGTTGTA CATAGCAGGG GGAAATGGAA CCAACGGCTC TTCGAGTTCC 7560 GGCACCAACG GTAACGGCAA CGGCAAACTG CTCGGGGGCG GGGGGTTTCA CCTCGGGTAC 7620 GAGTATTTTT TTACCAAAAA CTTTTCCCTC GGCGGGCAAG TTTCCTTTGA GTGTTACCGC 7680 ACGACCGGGT CAAACTATTA CTTTTCTGTT CCCATCACGG TAAACCCCAC GTACACGTTT 7740 GCCGTAGGcG ctGGCGCATA CCGCTCTCCC TGGGCGTTGG GCTCAACATT CAGTCCTATC 7800 TCAGCAAGAA GGCGCCGGGG CTTATTGCGG AAGCCAGCGC GGGGCTCTAC TACCAGTACA 7860 CCCCGGACTG GTCCATCGGC GGCATTGTTG CCTACACGCA GCTTGGGGAC ATTGCAAGCT 7920 CCCCCGACAA GTGCAGAGCC GTGGGCCTTG CCACCATTGA CTTTGGGGTG CGCTATCACT 7980 TTTAGCCCCG CCGCCGGGGC AGGTGGCGCG CGCGTCCCTA CTGGATAATG GCTTCAAGCG 8040 CAATTTCTAT CATTTGGGTA AAGGAGCGCT CCCGCTCCTG CGCGCTAGTT ACCGCGCCGG 8100 TTACCAGGTG GTCAGAGATA GTCAGAATGC TCAGCGCCTC GCGTCTGAAc TTTGCAGCAA 8160 GCGTGTACAG cTCCGCCGTT TCCATTTCCA CCGCTAACAC CCCATACCGG GCCCACAGGC 8220 GCCAGCTTCC TGATTCATCG TAAAAGACGT CAGAGGAAAT TACATTCCCC ACCTGCACCC 8280 CCGTGCCCAT TTCATCAGCA ACCGACACTG CCGTGCGCAG GAGCGACCAG CTTGCCGTGG 8340 GCGCAAAGTG CATGCCGCTA AACtGCGCGC GTTTATTGCA GAATCCGTTG CCGCACCCAG 8400 CGCACACACC ACCGATTTGA GCGCCACTTC CTCCTGCAAT CCACCGGCAG TCCCCACGCG 8460 GATTGCCTTT TGCACCCCAT AATCTTGAAA CAGCTCCGTT ACGTAAATTG AGTGCGACGG 8520 CAGCCCCATA CCTGTCCCCT GCACCGACAC GCGCACCCCC TTGTAGGTTC CCGTAAACCC 8580 GAGCATGCCA CGCACCTCAT TGTAGCAATA CGCATTGTGA AAAAAACGTC CGCCACAAAA 8640 CGCGCACGCA GCGGGTCACC GGGCAACAGC ACGCGCGGCG CAATATCCTC TCCCTTTGCT 8700 CCAAGgTGAA TACTCATCGT CACTCCCTCC CTTCGTGGGG CCTAGACCCA CAcGTTTCGG 8760 TAACCTCGCG CGTGTACGCT CAGCGCATGC AGCACCCGTT ACGCTTTTTG CGCAAGGTAC 8820 GCGTTTATAG ACGCCGCTGC ACGCCGCCCC TGCCCCATCG CACGAATAAC CGTTGCCGCT 8880 CCTAAGACAA TGTCTCCCCC AGCCCACACT CCCGGAATGC TCGTCCGTTG ATCCTCGTCC 8940 ACCACGATAG TACCCCGCTC GCTCACTGCA AGACTGCGCG TTGTCTTTGC CATGAGCGGA 9000 TTTGAACCAT TCCCAACGGC AACGATCACC GCGTCTGCAG CAAGTTTACA CTCAGCATCG 9060 CCGCAGGGCA GAAACACACG TTCTCCTGCA TCAATCTGTT CCTGACAATC GCGGAACACT 9120 ACCGCGCGCA CGTTCCCCTC TTCATCCCCC AAAATGCGGG TGGTCTGACA CAAAAAGTGA 9180 AACGTCACCC CCTCATCTTC TGCCTGTGCA ATTTCCTCCA CACAGGCGGT CATATCCGCA 9240 CGCGTTTTTC TGTACAGACA GTGCACCTGC TCAGCCCCTA AACGGAGCGC CGTACGCGAG 9300 GAATCTACCG CCACATTCCC TCCACCGACT ACCACCACTG ACTTTGCCGC ATACACCGGC 9360 GTGTCCGCAT GCGCAGTGTC ATACGCCTTC ATCAGCGTCG CACGCGTTAG GTAGTCGTTT 9420 GCTGCAAACA CCCCGCACAA TTCCTCACCC TCAATATTCA TAAAGCGCGG CAATCCCGCA 9480 CCGGTCCCGA TAAAAACTGC ATCAAAACCG TACTGCGAGA ACAGcTGTTC CAGCGTTGCT 9540 GTTCTGCCCA CCAAAAAGTT CATCCGGAAC GTcACCCCCA TTTTCTTGAG TGTTTCAATT 9600 TCCGTCACTA CCACTTCTTT CGGCAGGCGA AACTCAGGAA TACCATAGGT CACCACTCCA 9660 CCCGGTTTGT GGAGCGCTTC GAACACCGTT ACCGAATGGC CTGcACGCGC CGTATCTGAG 9720 GCAACTGcAA GACCTGCAGG CCCTGACCCG ATGACGGCCA CTTTCTTGTG CGTAGACGGC 9780 GCACAGTACG GAACTGTAAT TTGACCATGC TGCCGCTCCC AGTCAGCGAC AAAACGCTCA 9840 AGCGCACCAA TCGACACCGC CTTGGACACA TCCTTAAACA TCTTTCCCAC GGTACACTGC 9900 AATTGACACT GACGCTCATG CGGGCACACA CGACCGCAAA TTGCAGGGAG TAAACTCGTC 9960 GTCTTAATGA TATCAACTGC TTCCTTAAAG GCTCCCCTTT GGACACACGC AATAAACTCA 10020 GGAATCGGCA CTCCTACCGG ACAACCCTTT ACGCACGGCT TGGTTTTACA ATTCAAACAA 10080 CGCTGAGACT CAACCAGTGC CTGCTGCTCT GTAAAACCCA GCGCCGCCTC CTGCATGAGG 10140 AGCGACCGCT TTTTTGGCGG CAGCATACGC ATACGCTGCA AAGGGATCTG CGTGCGATCC 10200 TTCATCTTCA GCTCTTTACC CTGGAGCTGC GCCAGGCGCT GGCACGCTTC TTCCTGGAGC 10260 AGTGCGTGCG GCCGATACGT ACGCGCTTCT GGTTCTGACT CAACCGGTAC GTCACACGTC 10320 TTGGCATCGC TTACGACATT TTGTACAGAT GTCATACCTA CCTCCCCGCG TGGTGCTTCA 10380 TCTTACAGCA GTGGACATCA TGCGCTTCCC TTGCCTGAAA TGCCCTCATT CTCCGCATCA 10440 TGCTCTCAAA ATCAACTTGA T 10461 (2) INFORMATION FOR SEQ ID NO: 55: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 13367 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 55: CTTCGCGCGC ATCGACATCC TCAATACCTT TATGGACAAG GCAGATACAG ATTCTGACGC 60 TTTCAGAGAA ATGTTCGACT ACTTTAACAC ATTTTTGCGT GCGTTTAGTG TCGTGGACGG 120 CAATGTAATT GCGGCTTACT TGGTGGTAAC GCGTGTTTCC ACGGTGCTGC CTCACCTAAA 180 TGCGTGTAGA CCCCATGGTT TTGCGGATTT GTACGCGCAT ATTGCGGATC CTCGATTGGT 240 GTACACAGAG ATAAAGGATA AGGGCCTCAA GTGGGAATTC GTGAATAGTG TGAAAAACTT 300 TGTGAGCAAT TGGAGCGATG AGTATGTCAA GCTGTTCCCC GAGGTGCTCT CTCTAGAGAT 360 TCTTCGCGCG CTTATGGAAG AGGGATATAA GGAAAAGGCA CTGAGGGTGG TCGAGGCTTG 420 CTTTGAATAC TATGCGGATA ATCGTGCGGC GGTTATTGGT TATTCAAGAC GGTAAnGGAT 480 GAGCCTTGGT TCCAGGGAGC TGCGCATTAC CGCAGAACAG CGGATTATCG TCCTCATCCA 540 CATTGTGGAC ATTACTTATC GGGAAATCGC TAACCGGCGG AACACCACTG AGAACCGAAA 600 ACTTAACnAG CAGGCTCTTT CGGTACTCTT TGGGAtGATC ATTTGCyAgA ACACyTCCAt 660 GCyTTCGCaC GATGTGGGAA CTACTACCCG TCTTTACACG TTATAAGTGA TATCCGGGGC 720 TTGATCCAAA GTTAAAGGTC CTTTGCGCCA TAAATTATTG AGAAGTACAG GATTTTAAGT 780 TTTTTGATAC TGAGGAACGT GTGGTTTCCG GACGTGGACT AGTGGTAACT GCAAAGATGC 840 TCAATGCAAA AAAGAAAGAA TTGCaGGATT TGCTTGATGT TCGTATTCCG GAAAATTCTC 900 GAGAGATTGG TAGGGCCTTA GAACTCGGTG ATTTGCGTGA GAACGCAGAG TATAAgGnTG 960 CGCGAGAAGA ACAAACAAGG TTGAACAATA TGGTGACTCG GCTACAAGAG GAGATTGAGC 1020 GGGCACAGGT ATTCGATCCT ACCACTGTTG TAGCTGGCAG AGTTTCGTTT GGTACGGTAA 1080 TTAGCTTAAA AAATCACACA AGTGGAGAAG ATGAGACATA CACTATTCTT GGTCCGTGGG 1140 AGTCGGCTCC AGAACGTGGT ATTATTTCGT ACATGTCTCC GTTAGGTAGC AATCTGCTCA 1200 ATCGTAAGAC AGGGGAACAA CTTGCCTTTA CGGTGGGAGA ACATGAAAAG GTGTATGAGA 1260 TCTTAAGCAT CTCTGCTGCA GAGATCTAGT GAGGAAGTGT GCGATGCGAA TTATGCGGaG 1320 ATTAATGTTA TTTCTTATGT GTCTATGTgc TGCGCTGTTT GCGCAAGAGC TGGTTCGCGA 1380 ACAGAGTGTT ACAAAGTCTG CAGATATTAC GGTGCTACTT GA ACGTCTG GCACTATTTT 1440 ACCGTACCGT TCCGTGGTAA GCGGTAGTGT GCTAAAAGAT ATCGCTACTC GTTTTGTGCG 1500 TTTGGGTGAT TCGTTCCATA TTATTTCGTT TAGTGCCACG CCACGTCACG AGATTTCTCA 1560 GGTTATCCGT AGTGAGTTTG ATCTTTCTCA GGTAGTGTCT CGTTTCATGA TATTGCATCA 1620 GTTGGGGTTA TATTCTGACT TTTTAACAGC GCTAGATTTC GCGCGTACAC ACTTaCGCGC 1680 TTTGCCTGCA GCACATGAAA AAATTTTGAT TGTTGTGTCT GmCGGTATTT TTAACCCGCC 1740 TGCGCGTAGT TAgTgAAAAA CTACAACAAG GATCAGGTAA AAATTAACCT TGCACGGGCT 1800 GCCGCGGATC TGAGACGAGA GCAGGTGCGT GTGTTTTACA TAAAACTTCC CTTTCCCCAG 1860 GACATCCAGA TCCGCGATTT GGATGACAAT CTGCTGACTG ACCTACAAAA GACAGATGAT 1920 GTTCAAATCT CTGCAGTCGG TAGCTTTGCA GAAGGACAAA CAAGAAGGCC TAAGTTGGAC 1980 ACTGTGGGTG TGGTTTCCGA TCAAACGGGC GGCGTTGCAG ATAACCATGC AGTTGCTACG 2040 CACGGAAGGG AGGACGGGAC AGTCCAAGGG GTTGTTGGCA GCCATGTGGA GGTGGCACGC 2100 ACACAGGACA GACGCATAAT GCAGATCCTG CTAAAAGGGA AGGGGTTCGG CCTTCCTCAG 2160 AAGCAACTGA TGTTTCCCGC GAGTTCACGG AGGATTTGGG AATCAGGGTG AGTCCGGTTG 2220 ATTCAGATGG TTCTGTGCGT TTTTCCGAGA AGGAGCGCAC GCTTcCCGTG TTACACTTTC 2280 CAAGGGTCCT TGAGGTACAG GGTAAGTATG CAGAATGTAT GTTCGAGGTT GAAAATAGCA 2340 CGGATGCTCC CGTTTTGTTG CATTgGAGCG GGTGATTTTT GACAATGGCG TTGAGACTGA 2400 CATAGTTTCG GTGCAAACAG AGTCTTGTGC AGTAGCGTCC GGTGCACGCG CGATGTTGCG 2460 AACAACTTTT TTATTACCTA AGCGCTACCA CGAAGAGGGA ACGTACCAGG TGACCATGCG 2520 TGTACAGTTT GCAGATAACG TCCGCGTGTT CCCTCAGGTG GCAACAGCAG AGCTGCGCGT 2580 TTCTCCTTTG CCTTTTCTTG GATTGGTGCG GAGAGGTATA CATGGGGTTC TGTCTTCTGT 2640 AGGGCTTACG CATGCGTTTG GATATGTGTT GGACATGGTA GGGTTGAGTC GCACGGGTTT 2700 CGGTGCGGTG CTTTTGCCTC TGTTTGCTTT GGCTATCTTC TTAGTACTTG TATCAGCCGT 2760 GGTGTGTAGG TCAAAGCGCG TGTTGTCTCG TAAGTCATGG CGCGGAAGTC CCCGTACAGA 2820 GAATGGGTGT CAGGGTCCTG GTTCGATGTC TGATTTTCGG GCGCATTCTG TTAAGGAACA 2880 AAGGCAGGAT CAGGAGCGCG TGTATGCAGG CATGGAGAGA ATTGTATCTC AGCGTAAAAG 2940 CGATGTGCAG GATCGCCTCA GTGTATTGAA TGCGGCAACT GCATTTGGGC GTGATCGAGT 3000 TTCATTTTCC CCCAGGGTAA CGCGTGCGGA gCATGGATGT AGTCGGTCAG GAATGACTGA 3060 AATTTTTGTG TTTGATCAAA CACGTGCGAT TGGCAAGCGC AATATTCACG TAATGAAAGC 3120 AGGAACCCGT TTAGGGGTTG GCGGGCACAA GGGGGATGAC TTCCTAATTT TTTTGGTGCC 3180 GTTTCCAAGG CGGCTAGCAC AAGTGTATTT TGACGGTGAA GTATATCATC TTGCTATCTT 3240 GAAGCCGAGG TACTTCCCGT ACGAGGAGTC GAGTGTGGTG CcrAcTGCGT CGGCAGAGTG 3300 GTTACCCTTG TCTCTGACAG GGGGTATCAT GTGCCCTTCA CATTCCGCCA GTATGAGGAT 3360 CCCGCTGTGA GATTGAACAA TCTGCTCACC TCTATCGAAT ACGCTTGATC AAAGCGATAA 3420 AGGAACGAGT CGAGAGGTGG ATTCGGGACT CGATTGAGCA GATGGAAAGG GGGAAAGATG 3480 AAAACCGGGG CGGATCGCGC ACCGAAGCGT CCCCCTACCG TTGCTTCCTT CCGGACCTAG 3540 CGGGGTTTGG GGGATATTTC GTGGGCGGCC CCGGAACGGA GAGAGAGGGA TTCGAACCCT 3600 CGGTACCCTT TTGGGGCACA CACGACTTCC AATCGTGTAC TTCGGCCACT CGGACATCTC 3660 TCCTACGGCC GCACCCAGCC GGTTCTGAGA AGGGGGTGCG ACGTTTCCTC AGCCAACAAC 3720 GGAGAGAGAG GGATTCGAAC CCTCGGCGCC CTTGCAAGAG CGCTACGGTT TTCGAGACCG 3780 TCCGATTCGA CCGCTCTCGC ATCTCTCCTC AACAACAACG GCAGAGCCCC ACAGGACACC 3840 ACCCTCAGcG GGACAAGTCC CGTAATGAGA CTAGGCGGAT TCGAACCGTC GACCTTCAGA 3900 TCCGCAATCT GACACTCTAT CCAGCTGAGC TATAGTCTCA AGGGAGTGGG ATGCCAACCG 3960 GCCCCCAAAC CGGAGCaGGG GGGATTCGAA CCCCCGGCAC TCGGATGAAT GCAACTCtTA 4020 GCAGGGAGCC CGATTCGACC ACTCTCGCAC CGCTCCAAAA AACAGCAAAC AGACGCACcG 4080 TACCGAAT C TCCCCGCGGA GCAGGGGGGA TTCGAACCCC CGGTGCCTTG CGACACAGCG 4140 GTTTTCAAGA cCGTCGCCTT CAACCACTCG GCCACCACTC CGGACGCCCT TCCATCCTGC 4200 GTGTAAACGT TGCTCCTGTC AAGTCTTTGT ACGAGCAGCA TAAAAAAGTG GTACGTGTAG 4260 AAAACTTCCC TTCTGGGGAG AAGCTCTTAG AGAAGTAGCG TTTTTATGTT ACGCTCCCCC 4320 TTGTAGCTTG AGTAGGGGAG TATATGGACG ATGCAAGATA TGCAGAATGG AGTGCATCTT 4380 TGGTGCAGTT GCCCGATACG CATTTTTTTG ATCTTATGCG CCTCTATTTG GGTGTGCTTA 4440 AGACTCCATT TCATAAACAG AGGCTTGTTC AACAACTTAG TGCCTTCCTG CAAAGAAAGT 4500 CTATTCAGAA CGCTGTGGTG CAGATGCTTG ATGAACTCGA CTTGTTATTT ATTTCTGTTG 4560 TTATGTGCGT TCCCCGTGCA ACGCTCGAGC TGCTGACAAT TTTTTTTTAG AACGTGTTGC 4620 CCAGGCGGAG ATAAGAACAC GTCTACTGAA TTTAGAAGAA CGTCTTATTC TTTACCGCAT 4680 TCCTCAGATG CCTGGTGAGG TTACACAGGC AGAAGTCGCG AGCGTTGCGC AGAATGGTAG 4740 GGTGCGGCAA ACGCCGTGTT ATGGTATCAA TCCTCTGTTG CAAAAAGCAT gAGTACGGTA 4800 GCTGGACTCA ATCTTTTTCT CATTCCGCAA AAGCGGATGC GTCCATCCGC ACAGTTATTG 4860 ACAACAGATT TGATGCTGTG CGCATTGTAT tCGTTTTTTA CGCACGGGgA AAATTTATTA 4920 AAAGTCGAtG GGACGTTTAG GAAAAAGGCA TTtGTTATGT TCCAGGCATT GTTTCCtGTT 4980 GATCCGGATG TGGTGAGTGT GGCACTCCCT GCATATCTGC AGAGAGCAGG GGAGGAAAGG 5040 GGTACATCAC GTCTTTTACA GGAAGGTCGG CGCGTCTTGG AACATCTGGG ATTGATTGTC 5100 TGCGAATCAG CACAGGTGCA TGTGCAAGAT AAACGGTGGG CTTCTTTTTT CTCCTTAACT 5160 GCTCTGGAAC GTGCGGTGTA TTTGACAGTT GCCAGTACGG CTATTCTGCG CAAAGAGGTG 5220 CTCGTACAGC GAgCGCAGGC TTTGCGTACA CTTCTCTGTG TGTTGCACCC AGATGCGCAA 5280 TACGCACCTG AAGATCTAAC ACGCGTGTAT CGTATCTTGG TGGAAGAGGC AGCACCATCT 5340 GTTGCTGCTG ATTTTTTCTC TTCTTTGTCT TTGTCCAAAG ATACAATGCT GCAAAAGCGT 5400 AAAGGAGCTT TACATGATTC ATCGGTTTTT TCTATGCAGT CGGCGATCAC GGCTATACGC 5460 ACGGCCCAGC TTTTTGGGTT GTTGTGTGTG AAAGATGGAC TGTGCGCGTT GAATGAGGCT 5520 CTATTTAAAG GACAGTACAC GCGTGGGCCA GGAATGGTCT TGTCAGCGAC GGCAGAGTTA 5580 ACCATTTTCC CCGATGGAGA TATGCAaGGG GTTTTGCCAA TTTTATCCTG TGCGCATGTC 5640 TGCTCACTAC AAACAGTTGC CACGTTTGAG CTCAATAAAA AAAGCTGTAC CACTGGCTTT 5700 GCGCGCGGAT TAACAGTGCA GGCACTTGCA CAGGCTTTAG AATGTAAAAC AGGTGAGCAG 5760 GTGCCACAGA ATATACTATC TTCTTTCCGG CAGTGGTATG CaCAGATAAC CGCGTTGAcC 5820 TTAAGACGCg GCTTTGTCAT GCAGGTTGAT TCATCTCAGC AAGCTTTTTT TGAATCTGGC 5880 GGGCCACTGC ACCCGCTAGT GCGCACGCGT CTTGCAGAAG GAGTGTACTT TTTTGATGAA 5940 TGCCAAGAGT GTATGTTGTA TCaGGCcTCG CGCGAGCGCG TCTGTCCTAC CTGTGCGAGC 6000 CAATTGATAC AGCCACCCCG TTATTCCGCC CTGGTGAGCA GGGTGCACGT GCGCTCCATG 6060 TGCCTTCCTT TTCTTTTCCA GTGCGGTCTG CTCGGGGAGT CTCCGAGGAA TCAACGCGAG 6120 ATTTTGCACA TTTAGGTGCC TTTGTGTTGG AAACTCCGAA CGTTTCGTGC ACGCACAGTG 6180 CTGCAGATAC TCCGTCTATT TCAGAACAGA CCGGTGGGGT GGCTCACGTG CAGAGCGAAG 6240 AGGATGTAGA TCCGTCCACG TCTGGTGCAA CGGGTAAGTA TTGGGACAAG GCACAATGGC 6300 GCaAGGTGCa ACGGATGCGA CGTGCTGTGC GGCTGCAGCG GCTCAAAGAG TTTGAGGCGC 6360 ACCTGCAACA ACTAAAATTG GACGCAACAG AGCAGACGGA GCTACGTGCC CGCTTGCAAC 6420 GGGGGTTGAT TCTGGATAGA ATGCAACTTT CGTCCGAAAC GATCCGCaGG GAGAGAACGG 6480 AAGCGAGCGG GGTTGATTTT TTAGGCAAGT ATCGTCTTGC aGAGTGTGCG TTACGTTCTG 6540 GTGCTTTACT TGAGATTGAG ACTAGTTCAG GGCAGTCAGT GCATAAGATA GTGGGTACGG 6600 TGTGCGCAAT TGAAAAATGC GAAGAGGATG CGTTGCTTCA CGTGTGTGTA CACGCAGAAC 6660 TTCCCCCTGA GCGAGTATCG ATTGCGCGCG CGTCCAGGAT AGTGCTACTG AAAAATTCTA 6720 TTTTTTCTTG AGTCTGTTCT GAAGGGGATC CTTTTGTCTC TTGTAAAAAG GAATAGACGA 6780 GCGGGTAGGA TATGAGTCGT AGGAAACAGG GACGAGAGTT ATTCAACAGT CATGTGGGCG 6840 TGGTGTTGTC TTGTGTCGGT GCGGCAATGG GGCTTGCAAA CGTGTGGTTG TTCCCTGGAC 6900 GCCTGGTGGA ATTTGGTGGT GTGACGTTTT TAATTCCGTA TTTTATTTTT CTATTTGGTC 6960 TTTCCCGTTT TGGACTGATG GGGGAGTATG CTTTTGGAAA GACACTGCGC TGCGGTCCTG 7020 TGCGTGCGTT TACCCGTGTG TGTGAAACAC ATtCCATCGT GTTTTTTACG AGCACTACGA 7080 GGTAGCGGGT GGTTTCCGGT AGGAGTATTG CTCGCTACCT GCTCTTTTTA TGTAGTGATT 7140 ATAGGGTGGA TCTTGCGTTA TGTAGTATTT TCGTGCACGA ATGCACTTGC AGGTACTCAG 7200 GCGCACGACC TGTTTTACCA GGTTGCAGGG ACAAGTGCGA ATGTGCCGTG GACGCTTGCA 7260 GCTATCGCGC TCACAGCGTG TGTAGTGAGT GCGGGCGTGC AAAAGGGGGT GGAGCGAGGA 7320 AACATTATAA TGATGGTACT TTTTTACGGT GTCCTTGCGT TTATTACAGG ATATATATTT 7380 ACTCTTCCTA ACGCGTGGAT AGGTATGCGT AGAATGTTGG CATTTCAATC TTCATCATTG 7440 TGCAATCCGA GACTCTGGTT GTATGCATTA GGCATGTCGT TTTTTAGTCT CAGTTTGGGG 7500 GGCGCGGCTA TGGTTTTATA TGGCAGTTAC ATGCCAGATA CGGTGGACAT ACCGCGTACT 7560 GCATTTCAGA CAGCGACCTT AGATTTTTTG GCATCAGGTA TGTCCGCATT ATGTTTAATT 7620 CCGAGTGCGT GGGTTTTAGG TATGGACGTC AGCAGTGGAC CGGAGTTTTT GTTTGTAACA 7680 ATAACCCGTG TCGCCTCGCA GATACCGATG GGGGTGATGA TAAGTGTGnT AwTCtTTTTG 7740 TGTGTACTAT GTGCAGCGTT AAgTTCTGCA ATTGCTATGT TAGAAGTAAT ACTCGAGTCT 7800 TTTGTGCACA CGTGTACAGT GGGGCGCCGA ACGCTGACGT GGTCACTAGC ACTCGTGGTT 7860 GCGTTTGTAT CTCTTCCTCT GAATGCCTCG ATGAGAGTGT TCGAAACGTT TACAGATATA 7920 GTGGTGGTTA TACTATCTCC GTTATCTGCC CTTATGGGGA GCGTGATGAT ATTTTGGGTA 7980 TATGGTGCAG AGCGTTGCCG TGTAGCTATC AACCGGTGTG CACGCGGTCC GTTGGGTAAA 8040 TGGTTCACGC CGTATATGCG GTACGTGTAT TTGGGGCTTT GTGTAATGAT TATGGTGCTT 8100 GGGGTAATGT TCGGTGGTTT TTAGTGTGAT GACGCGCAAA AGCGGCCAAA CCCACAGTTG 8160 GGTAAATATA TTCTTTGCAA ATTGTCGACA CAACCGTTGA CGAGAGGGAT CGCAGGTGGA 8220 GAGGTGTCGT GCCGGGGATA TGTTGACACG TCCGTACTCC TCAGTTTGTG AGGCTCCAGT 8280 TATAGGAGGG GGGATAgCTA CGCGTGAAAA GATTTGCTCT TATTGGACTT GGAGACTTCG 8340 GTCTTAGCAT GCTAAAGGAG CTGCTCAAGC TCACTAACAA TATAGTCCTC CTGGACAGGG 8400 ATCGAACGCT CGTTGAAACC TACCGTAGCa GGGTGAGAAT CGTGCGCGCA ATTGAtGTGT 8460 TGGACGAATT CACTCTGTGC AAGATGATTC CACAGGaTAT CAACGCAGCG GTTATTGATC 8520 TGGGGGTTAA AATTGAATCA TCAATCATGA TAACAACGTT TTTAAAAAAA TTAGAAATTG 8580 CAGATATCGT AGTTAAGGCA TACAGCGCTG aACAAGGGCa TATCCtCTCG aGCGTTGGTG 8640 yTACGCACGT AGTkCTCCcG GACCGGGAGg CAGCTAAAAA AGTCACTCCT ATGATTGCTT 8700 TCGATCTTCT TTTCAACTTT ATGCCACTTT CTGCGCAgCT GGnCAATTGC GGAAATGGCT 8760 GTGCACGAGG ACTATGTGGG AAGAACTTTG CGTGAAGTGG ATGTGCGCAA AAACTTCTCT 8820 CTTAATATCA TTGCTATCCG TAAGCGCGAT GCAGAGGATT TTTGTTTTAT CAATGATCCT 8880 GAATACTGCT TTGAAGCGAA CGATGTGTTG CTCGTTGCCG GTTCTCACAA AGACATCTAT 8940 GCACAGTCGC AGGACAAGCT GGCACATACC CATAGCTTCA GCGACTTTTT CAAACAATGG 9000 TTCCTTACCA GCTGACTTCC CAATGTTCCG CGCACGGGAG TAGGCGCGTG TAATCTTCCC 9060 TTTTCCCGCA CATGCCTACG TAAAGGGGAA TATTTAGAGA GGGGGCTCAG CTTCAAGTTT 9120 TGAAAAATAA GGCTCAAGCG TTGCCGCTTC CCGAATTGAG GTTGCAGTGC TTACCACCGC 9180 AGCTTCAGCA CACGTGCGcT GCGCCCAGAG TAGTTGGGTA CACAAGTGCA TGTCTGTTAC 9240 CCGTGCGTCT AGAATATGCT CAATAGCCGC AATACGCTCT GTTTCTGTCG TTCCGTTGAG 9300 AAAGCGCAGG AAACTCGCAA AACTTTTATG CTCCGGTGTT TCAGGAGTTA CCGCCGTACT 9360 GTACGCTCCT ATGATTAGAC GTTCCATCGT CTTCTGGTTA AAGAGACTGG AGGTGCCCTT 9420 GTGATCGGCG TGCAGGTGCT CAATCGTCTT GAATATCACG TCAAGGGAGT GGAGCGGaTT 9480 TGGATCGCGG TAAGTTAGTG AGGAAAATAT GCCATGTACT GGATCTGGCA GGGTGAATGC 9540 ACCGTAAGCA CCACCTATCG TTCGAATTTT TTCCCAAAAC GGCTCAGTAC TTAGATATCG 9600 GGCAAACACC TGCTCTACCC CGCGTCTCTC CAAAGGAAGC CGTGGATGTG CAAGGGACAG 9660 CGCTGCAAAA CCCACTTGCA CAGGGGCTGG AAGCAGCGTC AnCATATTGC GGGTGCGCAT 9720 GTGCTGCAGG GCCTCTTGAA AGAGCACACC GTGAGCGGAG GGTATCTGTT GTTCGTGCGC 9780 TGTGGGCGCA GAGGTGTGGT GGATAAAATA AGTGGATAGC GGTGCACGAA AACACGCCAG 9840 AGGTTTTGCC AATGCATCTA GCGCTGTGTG TAACGATGTT TCTGTACCAC ATACACATCC 9900 GATCACTCCT GCAGTGAGCA GTTTTTCATG CAGCGCTTTG AGTTTGGCTG CCAGCGAAGG 9960 GGAGGCAACG GTTTCTGTAC ACTCTGTCCA CAAAGCACGT ACCAAGCGAA TCTGCGTGAC 10020 TCCAGTCCAG AGTTCTTCTA CGGCCTTTGC TGCATTCACG CGAGCGTTTG CCTTTGCAAG 10080 TGCAATGGAA TGTCCTGAAT GCATGGCAGC GCTATCCAAG TCATTTTTAT ATTGTGCAAG 10140 GATGTCTTTT AACCGTCGTG TATCTGTAAA AGAAAGACTG CGCACGTGTG CACACACGTA 10200 CGAAATCGCC TGTACGATAA AGCGCGACAG CATTTTTACG CTGACAACTA GCCACGCTCG 10260 CCCGACTATA TCGCTGCGTT GCAGTGTGTT CTGTCCCCTC AGTAAGGGGA GTATCTCGCT 10320 TCCCTGATCG CCTGCTACTA TACAGCGGGC GGCAAAGCCC CCGGTGAGAC GGGCAATCTC 10380 GGCAGATACC ACACTCCAAT GATGTGTCTC GGTTCCCATA CCTGTCAGTG CGTAGCCATA 10440 CAGTGGCAGA AGTTGTGCTT CTTTTACACT GAGCATATCT GCTGGGATTG CAAGGTGTAA 10500 GTACGTAATA TCGTTCGTGG CAAGCTCATG CACGAGAACA GGAACAGAAC CAAAAAACTG 10560 CATGGTTTCG CTCAGTTCTG GGGTGGGGAC TGGCAGTTGT TCCCGCTTTA TATGGGGGAG 10620 CAACGCAAGG AGTTCCTCCG GATCGGGTGT TGTCTGTCGT ACACGCAGTG ATTCTTGGTC 10680 AGCTCGGAGG CGCGCCGCTG CTGGCTGCGT GAGTGTACGG GAGAAATCCT GTACGTATTT 10740 TTCTAATTGC TCATCAAGTT TTTTTGAGAA GTCTGGGTCT GGGTGTACCG AAAGTACCGT 10800 GTACTGCGGG TTGCGCAgcA AGtGCGTGAG GATGAGATTT TCCACGTAGT GtGgATGGTG 10860 GTGTACCTTT TCACGCAGgc CTGCAGTGCG GGGATATAAC GCAAAGAACT TTCTGGACCT 10920 GCACCGTGCA ACCATCCACG CAGCGAACGC TGCATGAGCA CGAGAGAAAA AGGACCGTCA 10980 GAGCGGCGTA CTTCAGTATT TGAAAATTCG AGTGCATTCA GCGCTGTTTC CACTTCCTGT 11040 GGAGGGATGC CGTGCGCAAC AAGCGACTCT AGTGTTTCAA ACACGCATGC CTTTAGTGCA 11100 TCGACCTGTG TATGCTGCAC CCCAGTCATA CCTACAAAAA AAAGCATACG CTTTAGATCG 11160 ATGTGACTGC CGTTATATGC GTATAAATCC TCACCGAGTT CTGATTCTAA CAGTGCCTGT 11220 GCAAGGGGAG CAGCATCGTG ACCGAGCAAA ACGTGTTCGA GCAAAAACAC GTCCATTAAC 11280 TGTTCAGCCT TGTCTGATTC TGGGAGTAAC CAGCTGAGCA ATACGGCGCA CCGTGTTAAA 11340 TCCATCCCCT CGCTCGCCGG TGCGTACCCG GTGTACG AC GGGGACTTTG GTATGCAGGG 11400 ATAGGGGGGA TGGGGGGCAA CGCTTTGCGG GCAGAAAATT TTGAAAGGCA TTTATCCTCA 11460 ATAAATGCCA TCTGTTTTTC GGTGGGTATA TTTCCGTACA GAAAAAGCTT GCAGTTTGAC 11520 GGGTGATAGT GTTTTTTGTG AAAAGCTTTA AACGATTCGT ACGTGAGACG AGGAATAACT 11580 GTTGGATGAC CTCCTGAATC GTGTGCATAC ACTGAGCCAC GTGTGGTCGC GTGTGTTGCG 11640 TGCTTATACA CAAGCGTATG AAAGTCTGCA TACACACCGC GCATTTCATT CAGTACAACG 11700 CCCTGGAGGG TAAGTTGGTT GTGCTCATTA AACTCAAAGC GGTGTCCTTC TTGCTTAAAG 11760 504 GTCCACTCTT CGATCAGGGG GAAAAAGACT GCGTCTGCAT ATACACTCAT AACATTGAAG 11820 TAGTCAGTCT CTACCAAGGA GGAGGCCGGA TATACTGTTT TGTCCGGAAA GGTTAGAGCG 11880 TTAAGAAACG TTTTCACGCT TTGTTTCGCG AGTATGAGGA ACGGATCCTT GAGGGGATAA 11940 TGCTGTGATC CACAGAGCAC CGAATGCTCA AGGATATGAG CAACCCCGGT ACTTGCTTCT 12000 TCTGCCGTCA TAAAACAGAA GGCAAACAAA TTCTCCGGGT CTTCGTTGAG AATGTGGTAC 12060 AACTCAAGCC CTGTTTTTTT GTGTCGAGCA TAGACACCCA CTGCCGAAAG CTCAGCGAGT 12120 GAATGGCGCC AGATAATTTC AAAACCGTGA AGAAGCGTAC TCATCGGTGA TTCTCACTCC 12180 TCTTCTTGCA AGCTATTTGG AAGCAATGTG CTGTTGCGCG CCGGCACTGC GCAATGTAGC 12240 TAAAAAGTGC TCAGTGATGG TGCGCGTATC ATGCGCTGAA GGCGGGAACG TGTCGTACTC 12300 ATCnCGCACA AGCTGTGCGC GGTTTTTAGA GAGATTAGAG AGAATTTTCT GAACAAAAGC 12360 AGGATGATTG GTGTTGATGA GCGCAGCAAG AGTTTTTTCA GAACAAGACG CCAGGTGTTT 12420 TTGCAAAAAT GTATCTGGGA GCGCGGGGAT ATCATCCAGC GTGAAAAGAT GCGTGCGGAC 12480 ACGCGCTGCA AGTGTTGGAT TTTTTTCTGC AAGGGCATGA AGAATTGAAT GCTCAGTCGC 12540 GCGCTCCATC TTTTTGAGAA TTGCCGCAAG CACTGCATGC CCGTCAAGAT CACGGCGCTG 12600 GGACAAATGG AGCGCTGCAA ACTTTTTGTG CAAGGAGTCA CTCATGACTT GCAGCACCTG 12660 AGGGTTAACG TGCTTTAACT TTGCAAGGCG AACGATCAAG TCCTTCTTCT CCTCTGTGCT 12720 GATATTACTC AAATAGTGCG CAGCGCTTTC TGGAGGCAGC TGCGAGAGGA TGAGTGTTTT 12780 GGTGGCAGGT AGTTCTCcTT CCAGGAGGGG GAGAAGTTGG GAGGCTTCAA GCGCAGCCAA 12840 AAACTCAAAA GGTTTCgGCT tGCCGCTGGC ACCGCCCGCT TCAAGATAAG ATCGGCCTTT 12900 TCTTCCCCAA ACGCTTTGGA AAGCATCGAc TGCGCAGCAC GCAGTCCACC GGTAACAGGC 12960 GACACACGAG CGCAGAGGGC AGAAAACTCC CGTAGGATCT CACGCGCTTC TTCTGGACTG 13020 AGGGGTTTGA GTGTCAGGAG CTCGGCAACC ACCGCCTCAA TCTGTGCAGG CTCAAGTTGC 13080 TTGAGCACCA GCGCCGCCTG CTCTTCTCCA ATGAGGGAGA GGAACTGGGC AATCTTTTTA 13140 TAAACGGTTC GGCCTCGGTC TTGTTCACGT ACGGTGGCTT TGATTAAGCC ACGnAGGAGA 13200 TTCGGTTCTA TTnCATAGCA AAGAGGACTC CGCGCGGTCT CCCGGCACAC GCAGTTGCAT 13260 TGTAGTGGAG GGTGTGCTCT TGACACAAGG GCGTGCAnAC CTTAAAAGGT GTCCCCCCCC 13320 CAGACGGGGT AGGGGTCCAA GGATGTGATG GCGTTGTCTT TCGGTTn 13367 (2) INFORMATION FOR SEQ ID NO : 56: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 6856 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 56: GCATTGcTGC GTCTCGATAG GCTGTTCGGT ATCAGCTGCG ATGATGAGGT GACCGGTCAG 60 TATCACTATG TGGTTATAGT TGGTGCGGCA GAGAAAAAGG TGGGGCTCAT GGTGGATGCG 120 CTGATTGGTG AGGAGGACGT ATCATCAAGC CACTGCGGGA TCAATTCACT AGTTCCCCTG 180 GTATTGCAGG GGCATCTATC CTGGGTGACG GTTCGGTGTC GTTGATTATC GATGTGGGGC 240 AGCTGCTTGA GCTTGGGTTG AAGCGGGAAA TATTGGCGCG TGAgcgTcGA GAAGCCACGG 300 TGTGGTAGGC GATCTGGGGC ACGGATTGGG GACTATGATA GAGCATATGG AAGCAGAGAT 360 CGGCATTCGG GAAAGTTTCG ACGGGGGCGT ACGTGAGCCG CTTGCGgTCA TAGACTTCAA 420 GATGGTTACC TTTTCCCTCG CGGGGAAGGA CTACGCGGTA GATATCATGC AGGTGAAGGA 480 AATTGCAAAG GCTGGGAGCT TTACCTATGT GCCCAATACG TCTCCGTTTG TTCTGGGGGT 540 GTATAACTTA CGGGGGGATA TTATTCCCAT AATTGATTTA AGGAGATTTT TTAATATTCC 600 CGCTCCGCGC AAGTCCCGGC AGGCGATCGA GAATATGGTG ATCGTCACAG TGGAAGATCA 660 GACATTCGGG GTTGTAGTAG ATGGCATCGA TAAGGTAATT GGGGTGTCAA AAACAACTAT 720 TCAGCCGCCA CACCCTATCT TTGGGGACAT CAACATAAAG TATATCCGGG GGGTGGTTGA 780 GGAGGCGGGA AAGCTGTACA TCCTACTTGA TGTGCACCGG ATTTTTTCCT TCCGTCTTGG 840 GGAGGAGGAA CGGACGGCAG TTGTCGATCG TGGTGTTGTG CCGTCTCCTT CACCTCCTGC 900 CGTATCTGTG CCGCCGGGGG ATGAAGAAAA TTTAAATGTT GGTTTCATTA GCGATACGTT 960 GGCCGCGTTT GGCCGTTTCT TTACCAGTGC AGTGAATGAG GGTTGGTTGC GCAgCCGGTA 1020 TCTTGTGTGG CGTGACGTGC GCTCTGGAGC TGAGGTACAG CTTCAGCATG AGGAGGATGT 1080 CGCCGAGTTC TTGAGTACAT TTCCTTCCCC GGACACAGGT GTGTTTTGGT CGGGGGAGTA 1140 TGCGGCGAGT GTGGGATCTG TTCTTTCTCG GATGCAGGTG GGAAAGGTGG TGACGGTGTG 1200 GAATATCGGT TGCGGTGCGG GTCACGAAAG TTACAGTCTT GCGGTGCTTC TCAGAAAAAC 1260 CTTCCCCGAC GCGGTGGTTC GGGTGCACGC AAGCGATTCG GATCTCTTCT CCATTTCCAA 1320 TGCTCCCATG CTCACTGTTC CTGAgCATGT GATCGGTGAT TGGTATAAGC CCTATGTGGT 1380 GAAGGGGGTG AGTGGTTCAT ACACCTTCTC CCAGGAAATT AAGGAGATGG TCCTGTTTGA 1440 GTACCACGAT TGTACGCATC CGAGTGCGCT TCCAGACGTC GATCTTATCG TGGCGCGGGA 1500 506 CGTACTGTCA TCTCTTGCGG TTCCAGTGCA GCACACCCTG TTGAAGGAGT TTTCTGAGAA 1560 GTTGAAGGCA ACAGGAGTTG TTCTGCTCGG TCAGAACGAG GTGATGCCTA AGGATACAGG 1620 ATGGTTGCGG CAGATTGAAG GCACCGTTGC GGTGTTCAGC AAGGAATAAT TAGCGCATGA 1680 GGAGTGGTGT ATGCGTGTAG AGTATATCAA CCCGTTCAGT GAGGCGGCGT ACGTGGTTCT 1740 GTCTGAGGTT TTAGCAGGGG AAACCAAGCG GGGGGACTTG TATTTGAAGT CTACGTGCAT 1800 GCCGGTGATG GGTGTTGCGG CTATCGTTGG CCTTGCAGGG GATGTAGAGG GGCGTGTGGT 1860 ATTTGACATG ACGCTCGATA CGGCGCTGAA GATTGCCTCT TCGATGAACG AGGAGAAGTT 1920 AGCGGCGTTT GATGAGcTTG CGCGTGCGAC GATCACCGAG CTCGCCAATC TGATCACCGC 1980 AAAGGCGGTT ACTACGTTGC ACGAGCTCGG ATTTAAGTTC GATCTTACCC CTCCGGCGCT 2040 GTTTACTGGG GACAACATGG AAATATCTAG TAGTGATATT GAAgCGCTTA TCGTGCCCAT 2100 GGAGACGCCT CAGGGTAAGG TGGAAATTAA TGTTGCCATC CGCGACAAAG TATAAGAGGG 2160 AGGAAGTATG ATTTCCAAGC AGGATTTTCC CACGATCAAC GATCGGGTTC CCGCAGaCaA 2220 AAACCGAATG GGGCGCCCTA TCGTGTGTTG GTGGTGGACG ACTCCATGTT CGTTTCAAAG 2280 CAGATTGGTC AAATCTTGAC AAGTGAAGGC TACGAGGTTG CAGATACTGC GGTGGACGGC 2340 GTTGATGGGG TTGAAAAGTA TAAGGCGATG AGTCCGGGCG TTGATTTGGT GACGATGGAT 2400 ATCACGATGC CCAAGATGGA CGGGATTACt GCGCTTGAGA AGATTCTTGA GTTTGATAAG 2460 AATGCAAAGG TAGTTATCAT TTCGGCGTTG GGGAAAGAGG AATTGGTGAA GAAGGCACTG 2520 TTACTGGGCG CGAAGAACTA TATTGTCAAG CCGCTCGATA GGAAAAAGGT GTTGGAGCGA 2580 ATTGCAAGCG TACTAAAGTG AGGGCGGATG TGTCCTGCGG GCTGTCTCGT ACGGTTTGCC 2640 CgCTTGCGTG TGTGGATGGT TTCTTGAGGT TTTTGCCTTC GCGCGCGGAG TGCCCGTCTC 2700 TCTGCGTGCG TGTTTTCTGT GTGTGTGCCG CAAGAGGAGA AgTGGTGTCT CCCTCAGCCC 2760 TTTGCTCGGG GCCCTGTGGT GCCTTTCCTG CGGTGTAGTT TCTATACTCC TTCGTAGTTC 2820 CTAGTTGGTT TGGTTGGAAA GGGTTCGGTT CGATTTTGAA GAGGTGCACA CGTTGTATTG 2880 TGCGCATGAA AGAGGGAGCG GTGTGTGCTC TTCCTGAAAA CGCTTGAGGT ATTTGGCTTT 2940 AAGTCGTTTG CAGATCGCGT TCGCGTTGAG TTTGCAGATG GCGTCACTGC GCTGTTGGGC 3000 CCAAACGGCT GTGGCAAAAG CAATGTCGTT GACGCCATAA AGTGGGTCCT CGGAGAGCAG 3060 TCCTCTAGGG CCTTGCGTGC CGACAGAATG GAAGACGTTA TATTCAACGG GACCGAGTCG 3120 CGTCGTTCGT TGAACGTTGC AGAAGCCTCT CTTACCGTTT GCGATGAAGC TGGTATCCTT 3180 TCGCTCGATG TGCCAGAGAT TTTAATTAAA CGCAGACTCT ATCGTTCCGG GGAAAGTGAG 3240 TACTTTCTTA ACGGGAATGC CGTCCGTCTA AAGGAGATCC GCGAGCTCTT TTGGGATACG 3300 GGAATAGGGA AGGTTGCGTA CTCCGTTATG GAGCaGGGGA AAATAGACCA GATTCTCTCA 3360 AATAAACCGG AGGAACGTCG CTACCTTTTT GAAGAAGCAG CaGGGGTGAC GCGCTTTAAA 3420 GTTCGTGGCG CGGAAGCAGC aCGGAAATTG GAGAAAACGG CGGAGAATTT GCGTCATCTT 3480 GAGGTTATTC TGCAAGAAGT AGAGAAGAGC TACGAGAGTT CAAAGCTCCA AGCTGCCCAG 3540 ACGCAACGTT ACCGCATGCT CAAAGAGGAG ATTTTTGCGC GAGATCGCGA TCTTGGTCTG 3600 TTGCGTCTGC GTGGGTTTTT AGAAAACCAA GCCCGAGCGG ATGGAGCACT CCAGCGCAaT 3660 CGCGCGGCGC GACGCGTTGC AAACACAGGT GGAGGAAGCA CAGCAGACGC TTTCTGCTCG 3720 CATAGGCGAG ATCAATGATA TGGAAAAGcg CGTTGACGCG CTCCAAAAGG AAATCTATGG 3780 CCTTGCAATT GAACAGAAAG CGAnCAAAAC GAGGCATCGC TACATCGTAA GCATCTTTCT 3840 GAACTGAAAG AGTCGATTGG TCAGATAGAA ATGCGCAAGA TTGGTGTAGA AAGTCGCGTG 3900 CAGAATTTGG AAGAAGAAGT AGCAGAGCAA GACGCACACG TGTATCAGTT AGGCAGTGCT 3960 CTATCCTCTG TTGAAGAGCA TATTGAATCG TTTGCGCGGA CTTGCACGTT GCAAGTGAGC 4020 ACGTCTCAGA GAATGATCAA ACGCTTCGCG ACATACAGGG ACAGATGCAA GAGATAAGTG 4080 CCGCGTGTGT TGAACTTGAA GCGTCCCTAC GTGACGTGGC AGAAGATATT GCCGCAGAGC 4140 TTGACACGCG CCTGAGTGCA GCCGGGTACT CTGCGCGCAA TCGGGCAGAG GCTGAGCGTA 4200 CGTTGGTAGC GGGGGTACAG CGCCTGCGAA CCTTCGTGGA GGGGAGAGCA CGTATTGTTT 4260 CAGACTTTCT GGTGGTAGAT ACCCACACTG AAGGGGAGCT GTGCCGGATG CTGACTACAG 4320 TTGTGGACGC GTTCAATGAG GCGGTAAAGA TAGTGCACTG CGTTGAGTCA GACATAGCAG 4380 AATATGCGCG TGTTTCTGCC CGGTTTATCG ATGAGTTTGT TGCTCCTCAG GGGATTATGA 4440 CCAAGAAACG TGAATTTGAG CGACAGCTTG AACAGCACCG TGCACAGCTT GAGCGGCaTG 4500 CTGCGCGTCA GCrCAaCTGn CAGGAAGAGA ACAAGCTCCT TGTTGGGAAG ATAGAAGCCT 4560 GTCGCAAAAC GCTTGAATCC CTGCGTGTGG ATCAGGCGCG TCTGCGTGCT GAAGCTGAGG 4620 CAGGACAAAA ACAGGCTGCA GGAACCAGAG GGGAGGTGGC ACGTCAGCGC GCAGTGATTA 4680 AAGAGCTCGA AGGGGAGTTG TTTACCGAGG GGGAGCGGGT GGCGgCGCTC GAAGAGCGCT 4740 TACTAGAGGT TGAAGGGGAA ATAGGACAGC TAGAACAGCG CGGTGTTTTG CTCACCAAAA 4800 GTCTTGAGAA CTGCGAAGGA GAGATCCGTG TGCGGAATGC CGCAGTAACA TCTGAAGAAC 4860 ATGCGCTCCA GGAAGCGCGC GTGGAACTTG CACAGGTGGG GCGGCAGCTT GAGCAGGCAC 4920 ATCGGGAGTT GATGCAGTGC GAAACTGAGA TTCGCAATTT ACGTGAACAT TTTCGAGAAC 4980 AGCACACCCG CGATCTGAGT GAGTTTGAGG ATTTAATACC GGGGaTTGAA AAAACGGCAA 5040 GTGATCTGCG CCaAGAGCGT GGGGAGCTTC aGGCTCGAGT GAAGGAAATC gGGGCgGTGA 5100 ACTTTATGGC GGTGGAGGAG TTTCAGGAGG TAAAGGAGCG CTACGAGTTT CTCGTTGCGC 5160 AGGTTGCGGA CCTTGAAAAG GCGCGCGCAG ATCTGCAGCG GGTAACCGAT AAAATTAAGG 5220 CTGAATCTGC AGAACTTTTC TTGGCAACAT ACCGACGGAT TCGTAAGAAT TTTcACGAGG 5280 TATTCCGTCG TCTGTTTGGG GGAGGTCGCG CAGAGATACG TCTTTCAGAT CCTGCAGCGG 5340 TGCTCTCGTG TGGAATTGAA ATCCTCGCGC AGCCACCGGG GAAGAAGCTC GAGCATATTG 5400 GCCTCCTTTC TGGTGGAGAA AAGGCAATGA CTGCAGTAGC GTTGCTCTTT GCAACGTATA 5460 TGGTGAAGCC TGcGCCGTTT TGTCTTTTGG ATGAAATCGA CGCAGCGTTG GATGAGCATA 5520 ATGTAGCTCG TTTTGTTGGG ATGCTTGATG AGTTTTCTGA CGTCAGTCAA TATATCGTAA 5580 TCACGCACAA TCGGCGGACG GTTTTGGGTG CACGCACCAT GCTTGGGGTA ACAATGGAAG 5640 AGCCGGGGGT ATCGAAAGTG GTTTCGATTG CACTTGAATC TGCTTCTGAG CGACCGGCTA 5700 ACGGCGAGGC AGGAGGAGCC ATTTGATGCG TCTGCGTGGG GTGGCAGGTG CCCTGTTGGG 5760 TGCGGTAGTG CTTGTGGCGT TGGGGCTGAT GGGCGTCTGG TGGGTGTTCT ATCCAAAAAA 5820 AGGGGACCGT GGGGCGGCTG TGGCTCGCGA GCCAGTGTTG TTGCACATAG ATCCTGCACA 5880 GATGGAGGCA GCTGATGAAC CGTTGACGCT TCCCCCTATC GAGCGTTCCC GTGAGCGGAT 5940 GTCGGCGTGG AGTGAGCAGG AGTGCCTCCG ACAGCTTGAG TATCCGACGG AAAAGGCGGT 6000 GCAGGCATTA GAGCACGCAA ACGAGAAACG TATACAGCAG ATGCTAGAGG CAGTACCGTG 6060 AGTGTGTGGG TGGCGCTCGC CTTGCTGGGA ATGTGTGTTT CGTGTACGCA CGTGCCTCCG 6120 CCTCGTGCCC TCATCGTTTC AAAGGAGCCG CCTCCAGCGT TGGATTCTGC GCCGCGCCCT 6180 GCGATTCCAG AAGCAGTTCC TCTTCCGTCC CCTGTGGAGG AAGAAATCGC CGGTCGCCTC 6240 CCTCCTGCAC CTGCCGCTGC ACCTGAGCGC GTTCCTGAGT CCTCACAGGA GCGGGAACAG 6300 AAACCTGAGT CTTCGAAGCC TCAGGTGGTA GAGCCGGTGT CGCTTGCCTC TCCGGTGAAG 6360 CCTCGCGAGG CTGGGAGTGT AcCTGATGTT CTTCCAGTAC CTGAAGTGTC GTCGCCGCAC 6420 GTTGCGCCGC CGGCACCCCC TGCGCCGAmA GCTCCCCGGC CGCATCGTCC CTCCCCTCCG 6480 CCTGTATCGC CTTCTGCATC CAAACCAAAG CAGCGCGCTG TACCTCCTTC TCCGCCCCCT 6540 GCATCAGAGC CTCCTCGTGA GGCGGAGGTG CAGGCTGAGC CTGAGCCGGC AGAGGATTCT 6600 CCACGCGCGA TGGTGCCTGA AGAAnCGACT GGAGGCATGA nGnnCCGCGC GTTTCGCnCG 6660 GATGACAGCT TGCATGGGGC AAAAACTTGA GGTTTTGTAT CCGGGGCGAA GTTGGGTGTA 6720 AGTGGGCGAG CATACTGCGC ACCTGGTTTG CGCTATCACC AGnGCAATTG GAGGAGTCGC 6780 ATTCGCTTTT TAACTTTATG CTGAGCGAGA GGGTGATTTT GTCTTAGnTT CTCCTAATTT 6840 GATGnGTTTC GGGGTG 6856 (2) INFORMATION FOR SEQ ID NO: 57: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 10928 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 57: CGCGTATGAA CGCAATGCCC AGGCGGTTAT TCCGTTGGAG CGTATCAGGC AGACAATCCG 60 TGCCGTTGAC GCGCGCGTGC AgtGCACTGG CTAGTTATTT TGAAAAGATA gGGGAAGAGA 120 AGCGGcTACG GGTCCTTGCT CGTCTACTCG AACGCTATGC ACCGCTTATC GGCGAGCAAA 180 AAATAACGGT ACgTTTCTTC GGTTATTGCG AGTCGCGGGT GCGTGATCTT CTCAATCAGG 240 CGCTTCCACG TGCTGTCCTG CGTTCTCTCA CCCCCTTTGA TAAGGCTGAG GCCTGGCGCG 300 CACAGTGCAG TGATGGGTTG ACTATTGAGA CGGAGGACGG GACGCTCCAG TGTCGGAGTA 360 CAATCGAGGA GATCTGCGCG CAACTTTTGT cTGAAAAGAG ACAGGAGTTG GCGTGTGCCC 420 TGTGCGGTAA TGGAGTGGTA GCGTGATCAA AGACGATGTG GTTACAGGCC GTGTAGTGAG 480 GGTGTCTGGT CCCATTGTGT ATGCCGAGGG CCTCTCTGCG TGCAGCgTAT ACGATGTTGT 540 CGACGTAGGg GAAGCATCGC TCATCGGAGA AATTATCCGG TTGGATGAGA GCAAGGCGgT 600 CGTGCAAGTA TACGAGGATG ACACAGGTAT GCGAGTCGGG GAGAAGGTGA CAAGCTTGCG 660 TCGACCACTC TCAGTCCGCT TAGGGCCTGG ATTAATCGGC ACCATTTATG ACGGTATTCA 720 GCGCCCACTT GAGCGCCTCT TCCAAGAAGA CGGCGCCTTC TTGCGTCCTG GTGCGCGTTC 780 ACAACCGCTT GATGGCTCCG TACGCTGGGA TTTTCGTCCT CATTGTAACG AGCGCGGTGA 840 GGCCCTGTGC GCGGGGATTC CGATTGCACC TGGGTCaGTG TTAGGGACCG TGCAGGAGAC 900 TCCTTCTGTT GTGCACACTA TCATGGTTCC TCCTGACATC CGGGGGAGCG TGCTATCTTC 960 GTTCAAGGGC GCAGGTGCTT ACACAATAGA TGAAGAAATT GGACGCACTG ATCTTGGTGA 1020 GCCGCTTTTT CTATCCCAGT ACTGGCCAGT GCGTCGTGCG CGTCCTTTCA GCAAAAAACT 1080 TGCAGTGTGT GAGCCACTAG TTACTGGACA GCGGGCGATT GATGTTTTCT TCCCCCTATC 1140 AAAGGGAGGA ACGGCGGCTA TTCCAGGGGG ATTTGGAACT GGGAAGACAA TGACGCAGCA 1200 TGCCGTTGCC AAGTGGTGTG ATGCAGATAT TATCGTGTAC ATCGGCTGCG GAGAGCGGGG 1260 CAACGAGATG ACAGACGTGC TCTCTGAATT TCCCAAACTC ATCGATCCGC GCACAGGACG 1320 CTCTCTTATG GAGCGGACGA TTTTGATCGC AAATACGTCC AATATGCCTG TGTCCGCACG 1380 CGAGGTGTCG CTGTATTCAG GGATTACCCT TGCGGAATAC TACCGTGATA TGGGTATGCa 1440 TGTGGCCATC ATGGCTGATT CTACCAGCCg CTGGGCGGAG GCGCTGCGTG AATTGTCTGG 1500 GCGCATGGAA GAAATGCcTG CGGAGGAGGG ATTCCCTGCG TACCTTCCGA CGCGTCTTGC 1560 AGAATTTTAT GAGCGCGCAG GACGCGTGGA AACCTGTGTG GCGCGCGAGG GCTCTGTGAG 1620 CATCATTGGT GCTGTTTCTC CCCTGGGTGG AGATTTCTCT GAGCCGGTGA CGCAGCACAC 1680 AAAGCGCTTC ATCCGTTGCT TTTGGGCCTT GGATCGTGAA CTTGCACACG CGCGTCATTA 1740 CCCTGCCATT GGGTGGATAG ATTCATACTC TGAATATGCG CAGGAAGTAA GTGCATGGTG 1800 GAGTAAGTAT GAcCCgCGCG CAGGCGTtGC GCGCCGCAGC CTTGGATTTG CTGAGAAAGG 1860 AACAGCgGTT ACAGCAAATT GTCaGGCTTG TCGGTCCtGA tGCGCTGCCt GGAGAAGATC 1920 GTCTGGTGCT AATGGTGTGT GAAATGATCA AAGGTGGCTT TCTGCAGCAG AACGCTTTTG 1980 ATCCGACGGA TGTGTTCTCC TGTCCCGAAA AGCAGGTGCA GATCTTGCGT ACCATAGTGG 2040 ATTTTCACGA ACGTGCCGTG GTGCTGCTGC GTGCAGGTAT TTCGCTTTCT GCGCTGTCCC 2100 AGCTTTCGTG CCGGGAGCTC ATCGTACGTA TGAAAAnTAC GTACGGGAAT GAGGATGTAC 2160 ACAAGATGCA GAAAGTGTAC GACACGATGT GCACTGAGTT TGACCAACTG AGTGTGTGTG 2220 CTGCCGCGCG CACACAAGGG GGGGAGAAAG TCGAATGAAG GGAGTGTGGT ATCGGGGTCT 2280 GTCCTCCATC GACGGTCCGA TCGTGGTGGC AAAGCGCCGG GAAGGTGCAT TCTATGGGGA 2340 GATTACGGCC ATCCGTGATC GCTTCGGTGC TCTGCGTACC GGCAGGATAA TTGATCTTTC 2400 TCAAGAGTGT TGTCTGATTC AGGTGTTTGG CTCCACGCTT GGGCTCAGCC TCGACGGTGC 2460 CTGCCtTGAG TTTTTGGACg TGCCGATGCA GCTGCGTGTC TGTGAGGGTT TGATGGGGCG 2520 GGTATTCGAT GGATTAGGGA GACCAATCGA TGGTTTCCCA GAGGTGCTCT CTTCTCAATT 2580 GCGTAATGTG AACGGCTATC CTATCAATCC GTACGCGCGC GTATATCCAC GTGACTTCAT 2640 TCAAACCGGT ATTTCTGCTA TCGATGGTAT GAATACGCTC ATTCGTGGGC AGAAACTGCC 2700 AATCTTCTCT GGGAACGGCC TTGCGCACAA CCGTTTAGCA GCGCAGATTA TCAGACAGGC 2760 AAAAATTCTT GGCACGGATG AGGCCTTTGT GATGGTATTC GCGGGTATGG GTATTAAGCA 2820 CGATGTGGCC CGCTTTTTTG TTTCTTCTTT TGAAGAAACA GGGGTACTGT CAAAGGTGGT 2880 GATGTTCCtG TCGCTTGCAG ATGCGCCATC TATCGAGCGT ATTATCACAC CACGCTGTGC 2940 ATTAACCGCA GCTGAGTATC TCGCCTTTGA AAAGAACAAG CATGTATTAG TCATTTTTAC 3000 AGACATGACA AACTACTGTG AGGCGCTGCG GGAAGTTTCC ACCACACGAG GGGAGGTACC 3060 CGGGCGTAAG GGTTATCCGG GTTACCTGTA TTCTGATTTG GCAGAACTGT ACGAGCGCGC 3120 AGGCAGAGTG AAAGGATCCT CCGGTTCGGT GACGCAGATT CCgAtCTTAA CTATGCCGAA 3180 CGACGATATT AGCCaTCCGA TCCCtGACCT GACCGGGTAC ATcACCGAAG GACAGATTGT 3240 GTTGCAACGC GACCTATCTC AGCGGGGCTT GTATCCGCCC ATTGGGTGTC TACCCAGCCT 3300 ATCTCGCTTA ATGAAAGATG GTATCGGGGA GGGTATGACA CGCGCAGATC ACCATGCGGT 3360 TTCAAGTCAG CTATTTGCTT CATACGCAAG AGTACAAAGC GTACGGAGCC TTGCCTCGAT 3420 TGTCGGAGAA GAGGAATTAC CTGCACTCGA TAAGTGTTAT CTGCGCTTTG GTGACTTGTT 3480 TGAGCAGTAC TTTCTCACGC AGgATGAGCA TGAAGATCGG AGTATCAGTC AGACGCTCGA 3540 TATCGGGTGG AGTTTGCTCT CACTTTTGCC GCGCACCGAG CTATATCGTA TCGACCCAAA 3600 GCTTATCGAT CAGTACCTGA CCGCTTCGTG CAGCGCGGTG AGTGATCAGT TGCGAAAGGC 3660 GATAGAGGAG GCCCGCACCC CGGTTGCGGA CGCGTAAAGA CCATGTGTCC TATAAGGCTC 3720 TTGGAGAAGG GTGATTTCTT TGCGGCGCTC CCTTGCTGTG TGTCTTGGCC ACGCAGGGAG 3780 AGGATACAGA GGTGAAAACA CCTTTAGCTC CCACCAAGTC GAATTTGGCG TATGTAAGAG 3840 ATCAGTTGGG TTTGGCTCGT GATGGTTATC GCTTGCTTGA GCAAAAACGA GAAATCCTCT 3900 TTATGGAGCT CACTTCTCTC TTGGAAGAGG TGCATCTTCT AGAGACTGAG CTTGATAAGC 3960 GTCGGAAGCA GGCGTATGCG TCGCTGTGGC AGCTGCTTCT TGCACAGGGC CGCGATGATA 4020 TTGCTGCCTG TGCGCTCGTA ACACCgGTGC CCTGCCGTGT GCAGCAGGAG GTGCTTTTAA 4080 TTGCTGGATT GCGATTTCTC CGTCTGGATG CAGTGATGC GCCACCGAAG CTGCAGTATG 4140 CTGCGCTCGG CTCCAGCGCG TGCATGGATA GAGCGCGGGA GGACTTCGGG TTACTGTTGC 4200 AAACACTCAC GAGAATGGCA TCCGTACAGA CTATCGTATG GAGACTCGCG TCAGAAATGA 4260 GAAAAACACA GCGACGTGTG AATGCGCTGA GCAAGCAGAT AATCCCACAG ATGTGCGAGA 4320 CGTGCATGTA CATCGAAAGC GTGCTCGAGG AGCGCGATCG GGAAAGTACT TTTGTGCTCA 4380 AATCGCTAAA GGCGCGCAAG GATCCCACAA CCACCCTTTA GCACTCATCC GGCTGTACGT 4440 CCTGCGCTGC TGTTGTTCCG GGCCGACGCT ACCTCAGGGA GGCGCGTCCG ACACGCACTC 4500 TTCTTTTCCG CGGCCCTTTG CGTAGGtGCT CTTCTTCAGG AAAGcTGCGC GCGTGGGGGA 4560 CGTGCCGTGC TTCTCAGCGC GGCCCCTACG TTCTAGCAAA GCGGGaGCAA TGAGCTCAGC 4620 AATTTTTTTC GAAAGGGGAG AAACGGACAT TGCATACATA CGAGACGTGC GCACGATCTC 4680 CCCGGCTACA ATAAACTTCG GCCGGTCTTT ATACACACAG GACCCAGGAT GAATGTGAAT 4740 ACACTCTGCA GTGAGCGAGC GATACGAATC GCGGTGTTCT TGCACGCACA CGAACTGTAT 4800 CATGCCCGTG CCCACGCAGA TTAAGTATTC TTCCACGGTC CCGCCCGTTA GCAGAGGGAA 4860 TCCCATGCCA CTTACGATAA GCTCGAGCTG CTCCTTTATG TTAGAAATCT CAGCCATAAT 4920 CCGCTCGTCC AAATAGAAAT GTTGGCAAAA GGAATGTTTG TTATTTTCtT GCgcATACGC 4980 GCGGTAGATC CGCAAAAAAG ACACGAAATC CCCCATGGGA TCGGAGAACG TGCCGTGTGC 5040 CTTTTTTGTT TTTTCTTCCT GATCCTCTGA AAAGATTAGC GGGCTGCGAG CAGACAGAAA 5100 CGCCGCAGCG ATAAGTACAT CGTCAATAGA ATGGGGATAG CGCCGCAGCG CCTCTACAAT 5160 CATCCGGGAC TGCCgAGGAC CGAGCGGAAA CAGGCACATC ATTTTTCCAA TTTCACTCAG 5220 ACTCCGGTCA TCTTCTAACG CGCCGAGCAA GCGCAACGTG TCTTCTGCGC CGATAATACC 5280 ATGGGTGCCA GGAGGAGAAA TAAAATCAAA GTGTTCGAAA TCGTGGATAC CGAGTTCTGC 5340 CATGCGCATG ACTACCTCAG ATAGGTCAGT GCGGTAGATT TCTTCAAGGG TGTACGGTTC 5400 ACGCTGCTCA AAATCATCGC GCGAATATAG GCGATAGCAC GTGCCTGCGC GTACTCTGCC 5460 TGCGCGTCCA CGCCGCTGGT TACACGAAGC CTGAGAAATA GGAGTTTCGT CCAAACTTGC 5520 AGTATAGGAA AGCGGGTTAT ACGAATTTAA CTTCACCAAA CCAGAGTCAA TGACGGTAGT 5580 TACATCGTCA ATGGTGATGG ATGTTTCTGC AATATTCGTT GCGATGACGA CTTTTCTTTT 5640 TCCAAATGGC GCGCGGTTAA AAACTTGCTC TTGTTCTTCT TTACTCAATC TTCCATAGAG 5700 GGGCAAAAGA AAGAGCTTGC GGAACCAACG TTCATGGGAA AGACGGGTAA TACAATTTTT 5760 AATAGAACGC TCCCCTGGCA GAAAAATGAG TATGGCACCT TTGTCCCTTG AAGCGATAAC 5820 ACGCTCAACG ATACAAACGA TCTTTTCTAG CAAGGCGGCC TCCGCTTCCT TTGTATGAGT 5880 AGATGCaGGC GTATcAGGAG GATCGAAAAT AACAGTGACC GGGTATGCAA CCGCATCTAT 5940 TTTGATGAcA GGGCACTCAT TGAAATAGCG GGAAAACATG GCCGTGTTGA TTGTGGCAGA 6000 GGAGATGACG ATGCGGAAAT CATGCCGCTG TTGCAAGACG CGCTTAAGCA ATCCTAAAAT 6060 AAAATCAATG TTGAGACTCC GCTCATGCGC TTCATCTACC ATGATGATGG AGTATTTACT 6120 GAGGAGTGGG TCGAGCTTCA TTTCTTGCAG AAGGATTCCA TCAGTCATTA CTTTTATTTT 6180 TGTTTCGACA TCTGTGTGAT CCTCAAAGCG CATTTTGTAT CCGACAATGC CGGGCTGCAC 6240 GTGGAGCACC TGCTTGGCAA TGAACTCGCT TACAGAGAGG ACAGCAATTC TACGCGGCTG 6300 GGTGACGCCG ATAGCACCAC CTTCATTGTA TCCTGCTTCA TGAAGAATGA GTGGCAGCTG 6360 GGTAGTTTTC CCAGATCCGG TGGGGCTTTC GACAACAATG ACGTGATGGy kCGCGAcGCG 6420 CTAAGAATTT TGTCTTTCTG AGAGTAGACG GGCAACTGCT TGTAACTGAA CATGATTGCA 6480 AGCTCCTCTT ACTGCGTGTG GA AGGmCAG GATAGAAAAA AGAACCAGAA GTGGGAGTGG 6540 TGCGAACGGG CGGTAGGGAG CGTCCGCACc GCACTGCGgG AcgGTGcTGA GAGTACAGAA 6600 AGACGGAGCG ACCAAGCGCT AGTCATTGAC ACGTTCTTGA TATtCATtCG TCTCTGTATT 6660 TATCAGGATC TTCTCTCCTT GCTTGATAAA TAGGGGAACG CGCACGACAA GACCCGTTTC 6720 GGTAGTCACA GGCTTTGTGG CGCCAGAGAC GGTATCCCCC TTAAGATACG GCTCGCTGTG 6780 TGCAACACGG AAAACCATTT TGGTGGGAAT TTTTATGTCA ATGGACTCCC CGTTCCAAAT 6840 TAGGATGTCG TATTCGTCCC CTTCGCGCAA GTAGCGCTCT CTTCCTGGGA CATTCCCTTT 6900 GGAAACGAAA ATCTGTTCAA AACTGCGGGT ATCCATAAAG ACGAAGCATT CCCCGTCATC 6960 GTACTGATAC TGAGCGCGGT GGCTGTCTAC AACCGCATCT TCGACTGTAT CTGAGGTCTT 7020 AACTGTCTGA GTGAGCACAG AGCCGTCACG AAGATGTTTC ATTTTAACGC GCGCAAACGC 7080 AGCACCCTTA CCCGGGTTTA CGAACTCGCG CTCGACAACC AGGTACGGAG CACCTTTATG 7140 GAGCAGGACC GTCCCCTTTG CGATATCTCC CCCTCTAATC ATGTAATTCC TCTCTTATCT 7200 CCTAGTAAAC GTCTTGCACG ACCTGCGGGG GCGCAGTATA CCGCGCAGtA TATTTTTTAA 7260 AAGGCCTCGA ATGGAGGCAT TGACTTTTCG TCCCTTGCCT GGATACTAGG CGCCCTATGG 7320 CGAAGAACAC TGATATTGAG CACGACGCGC ATGAGCCGGC CGGGCACGGG GATGTGCGTG 7380 AGTCTGCCGT GGAGAATCCG TCTGCTTCGG CAGTGTCTGA CGGGGAGGAG CGCGCCACGT 7440 TTGCGCCGGA GtTGCTCCGC AAACCGATAC CGAATCAGCG CAAGGTGCAG CACAGGAGTC 7500 AGAGCCAGAG GTACAGCGCG CAGGAGAAGC TGAAAAGGGT GTACCAGAGA AGGCTAAGGC 7560 AGTAGTGCCG CTTGATGAGT TGTTGCCGCA GAAGGTCCAC TTAATTCCGC TCACCGGACG 7620 GCCTATCTAC CCGGGTATTT TTACTCCGCT TCTGATAAGC GATGAGGACG ATGTGCGTTC 7680 GGTGGAAAGT GCGTACAGCG AT GTGGTTT TATTGGGTTG TGTTTGGTGA AAACCGACAC 7740 GCAAAACCCA ACTATCAGTG ATTTGTACGA GGTAGGATCG GTCGCTCGTA TTGTGAAGAA 7800 GATTAATCTG CCAGACGGTG GGTTAAATGT TTTTATTTCT ACACAAAAAC GTTTTCGCAT 7860 CCGCAAGCAC GTGCACCACA GCAAGCCTAT CGTAGCGGCA GTGCAGTACC TGTCCGATCT 7920 TATTGAGGGG GATCCACTCG AGATAAAGGC ACTTGTGCGT GGCCTTATTG GGGAAATGAA 7980 GGAGCTTTCT GAGAACAATC CACTTTTCTC AGAAGAAATG CGGCTGAATA TGATCAACAT 8040 TGATCACCCC GGCAAAATCG CCGATTTCAT CGCGAGTATC CTGAATATTT CAAAAGAAGA 8100 GCAGCAACGC ACGCTAGAGA TTCTGGATGt GCGCAAGCGC ATGGAGGAAG TCTTTGTATA 8160 TATCAAAAAA GAAAAAGACT TATTAGAAAT CCAGAGAAAA ATTCAAAATG ATTTGAACAG 8220 TCGGGTGGAG AAAAACCAAC GCGAGTATTT TCTGCGTGAA GAGCTGCGTT CCATCAAGGA 8280 AGAGCTGGGT CTTACCACCG ATCCAAAGGA GCGTGATCAG CGGAAGTTCC GTGCGCTAAT 8340 AGATTCGTTT CACTTTGAAG GGGAAGTGAA AGAGGCTGTG GAGAGCGAAT TGGAAAAGCT 8400 CTCCCTTACA GACCCGAATT CCCCTGAATA TTCaGTGGGT CGAACGTACC TCGAGACGGT 8460 GCTCTCTTTa CCTTGGcACG CTCCTGAGAA GGAGGAATaT GACTTAAAGA AAGCTCAGAA 8520 ACTGCTTGAT GAAGACCATT ATGGACTCGA GAATGTCAAA GAACGGATCG TGGAGTATTT 8580 GGCGGTGCGA AAGTTACGCG CCGATACCAA AGGCTCTATC ATCCTGCTGG TAGGTCCGCC 8640 GGGTGTGGGA AAAACCTCGG TGGGCAAGTC GATAGCGCGC GCCATCCACA AGCCCTTCTT 8700 CCGTTTCTCG GTTGGAGGGA TAAGCGATGA GGCCGAAATC AAGGGGCACA GACGTACTTA 8760 TATCGGCGCC CTGCCGGGTA AGGTGCTACA GGGGCTGAAA ATAGTAAAAA CTAAGGCTCC 8820 CGTGTTTATG ATCGACGAGG TGGACAAGAT TGGTTCTGGC GCGCGCGGCG ATCCTGCGGG 8880 GGCTCTGCTG GAGGTGCTTG ATCCGGAGCA GAACaCTACG TTCCGCGATC ATTACTTAGA 8940 TTTGCCCTTT GATCTCTCTC ATATCGTGTT CGTGCTCACT GCCAATAGCA CCGATCCTAT 9000 TCCCCGTCCA CTGCTGGATC GCGCTGAGAT TATCCGTCTT TCCGGTTATA TCGATACGGA 9060 AAAGGTTGAG ATCGCAAAGC GCCATCTGGT GCCAAAAACG CTGGAGAAGA ATGGTTTAAA 9120 GCGTGCGTGC GTCTCTTATC GGAAGGAGGT GTTGCTACAC CTGGTCCATT CTTATGCGCG 9180 GGAGTCTGGG GTACGGGGGC TAGAAAAAAG CCTTGACAAG CTGCATCGCA AGCTTGCCAC 9240 CGAGATCGTG TTAGGGAAGC GATCGTTTGA TGACAAGTGT TTGATGGATG AAGCTCTCAT 9300 AGGGACCTTT TTAGGGAAGC CCGTGTTCCG CGATGATATG CTCAAAGACG CGAACAAAGT 9360 TGGTACTGCG GTGGGTTTAG CCTGGACTGG CATGGGGGGA GACACGCTCC TTGTTGAGGC 9420 AATTACTATA CCAGGAAAAG CAAGTTTTAA GCTCACTGGG CAGATGGGAG CGGTTATGAA 9480 GGAATCCGCT TCTATTGCCT TGTCCcTGtG CGCCGTTACA GCGCGCAgCA GCGTATCnTT 9540 CGCCGAATTG GTTTGAAAAG CGCGCAATAC ATCTGCATAT CCCCGAGGGC GCAACCCCAA 9600 AGGACGGTCC GTCCGCGGGG ATTACCATGA CCACCACGCT CTTcTCGTTG CTCACCCAGC 9660 AGAAAGTAAA GCCTCGCCTA GCGATGACTG GAGAACTCTC ACTGACCGGA CAGGTGCTCC 9720 CCATCGGGGG ATTGAAGGAA AAGACTATCG CsCACGGCGC GGTGGTATCA AGGAGATCAT 9780 CATGCCAAAA GCGAATGTGC GGGATCTGGA CGAAATCCCC GAGCACGTCA AGAAGGGCAT 9840 gTGTTCCACC TAGTTGAATC GATGGAAGAG GTCCTTTCTC TCGCCTTCCC CAAGGGGAAG 9900 CGTGTCCGTG CTGGCACTGC CGCCCAATCT GCTTCTCCTG AAAcCCTTAC AGGCTGACGT 9960 ATGCGCTTTC GTGCACGCGT ATCTCAGTCA ACTGCGAAgT GcGTCGTGTT CACAGGAGGC 10020 GGCACGGgAG GACACATTTT CCCGGGAATT GCAGTTTTTC AAGCgCTTGC gCAcrGGCGG 10080 cGGtGCGTGT CGTGTGGATT GGTGCAGCGC GTGGTGCTGA TCGCTCCATA GTGGAATCTG 10140 CCGGATTAGA GTTTTGTGGT ATCACCGCTG GCAAGTGGCG TCGGTACGCG AGTGTGCGCA 10200 ATTTTTTTGA TGTATTTCGA GTGCTCGTCG GTACGGTGCA ATCCTATTGT ATCTTGCGCG 10260 CTTTGCnCCC GCAGGCACTA TTTTCTAAGG GAGGGTTTGT GTCCGTGCCG CCGTGCATCG 10320 CAGCGTGGCT TTTGCGCATA CCCGTTGTCA CGCATGAATC GGATATCAGT CCAGGACTTG 10380 CCACACGCAT CAATGCGCGT TTCGCCGATC GTATTTTAGT CTCTTATCCG CACACGTCCT 10440 GTTATTTTCC CCgTGcGCGA CGCgcAGCAG TTCACTGCAC GGGGAATCCT GTGCGACAAG 10500 ATTTTTTTTC TGCACAGGCA GAGCGTGCAT ACCAGTTTTT ACGCATTGAC CAAAAAAAGC 10560 CATTGCTCAC AGTCCTCGGA GGAAGTAGCG GTGCGCGTGA CCTAAACGCG CGTGTTCTTT 10620 CATGTAGCAC CTTCCTTACC GAACGCTTCT ATCTTGTCCA TCAATTTGGC GCAGgCAACG 10680 AGGACCAAAT GCATACTATC ACCAATTCGC TTAGcGTCAA TGCTCGGCAT GCCTACATGT 10740 CGTTTCCTTT CATTCAGGgC ACATCTGCCC GATATACTCG CCGCGAGCGC ACTGGTACTC 10800 TCTCGTGgCT GGTGCGAACG CGGTGTGGGA GTGCGCATGC TCGGTAAACC AATGGATTCT 10860 TTTTCCTCTC GAACGAGGGA GTTCCCGTGG GGATCAGATT GAAAATGGCA GAATATTTTA 10920 GCGCACAC 10928 (2) INFORMATION FOR SEQ ID NO : 58: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3237 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 58: TACAACGCCG TGAGCAACCC TGCACTCAAA AAGATCAAAG CAATAACATG GGGAGGAGCG 60 CCCATCGCTT TTAACATCGC AATTTCTTTA CGCCGTTCTG TCATTAGCAC CACCAGTACC 120 GAAGAGATGT GCACTGACGC TACTAGCACT ATCAAATACA TAATGAATAA CAATAACTTT 180 CGTGATGTTC GGAAAGAATG AAATTGCGAT CGATTCATGT CTTGCCACGT GTACGCACTA 240 AAATGGCTCG GTAATTGTTC GTGTACTTGC TCAATAAAAC GAGTCATCGC CTTAGCGTCA 300 AACGCGTCGG CAGTTTTTAC CACAAAAGAA AGTAGCGCAG ATGCGGGGGA GAGAATTTTC 360 ATTCCCAGCG TGAGGGGGAT AAATACCCAC AACGCATCAA GCTCCTGATA TCCGCAAGAA 420 ACAATACCTC CTACCACCGC GCGCACCATT TTGGGGACCG CACGACCTGT CCCTCCTTGC 480 ACGAGGGTGA GTATCTGGCA CGTGTCCCCA CAGCGCACCC CAATGCGCTC AGCGATGCGT 540 TTTCCCAATA TTAACGTGTG TACTCCtGCG GCCTATCTAC CAGTTCAAGT GAACCTTCGA 600 CGGTTAAAAA TGGACGAAGT CcACGcTCAC TAGAAAAAAA ATCAGGGGGA ACTGCGCGGA 660 TATTCCCCCC TGCACGCCCT GTTTTTCCGA TTACAATACC ATCTCCCTGA AGGTGCATCC 720 ATCGTGAGTG ACAGTATGGG CCAAAGTCcT GCGCCATAAA TGCATTAAAT ATGCgctGCG 780 CGTCTTCATA TCGTTGCGTT GCCGTTTCAT TGGGAGCAAG CGGCAGTATA TCGATAAACT 840 GGAGGTGACC CGATCCGAGT TCAATCATCC GTGTGGTGAT CCCTTCAATC ATTCCATCAG 900 ACACCACAAG GACAACAATG AGTGGGATGA TGCTAATCCC GATGCCGAGC GCGGCACAGA 960 AAAAACTTTT GCGCAAAAAG GAACGTCGTT TTCCTGCTAC CGGAGTACCT GATAGAAAAG 1020 GTACTGGcGT AGGCAGTACG TGGTGCGCAT CACCGTGTAG AGATGGGGTG TGCCCATATC 1080 CTGcGCACAC TCCTGCGCAA CGTAATGCAC ACATGAAAAT AACTCGAATC AGATTCACCG 1140 CGGCGCACCT TTGTTTCATA TGCGTATCAA ACTTCCCTGC TGTAGCTGGT AACGGTAtCG 1200 GTCATCGATG CaATACGTGG GTCGTGCGTT ACAATGAGTA ACGTCTTTTG ATATTCCTCT 1260 GTCAGAGAGA ACAGCAGATC CTGCACTATC AAAGCGTTCT TGGGATCCAA ATTGCCAGTC 1320 GGTTCGTCCG CAAGAATTAG GGTGGGATCA TTGATCAGTG CACGCGCAAC TGCTGTCCGC 1380 TGTCTTTCTC CTCCTGACAT TTGTGCAGGA AAATGATGGG CGCGCTGCAC TACGCGTACT 1440 TTTTCTAGCA ATTCGTATGC GCGTGCACGC ACcTCACGGT AACTTTTTCC TGCGATAAGT 1500 CCAGGCAACA TGACATTTTC AAGCGCAGTA AAATCCCTCA GTAGATGATG AAATTGAAAA 1560 ACTAATCCTA AAAACTGTCT GCGGTATTCT GTCAGTGCGT GCTCATGCAA AGTGAGTACG 1620 TCGCATGAAA GCACTCTGAC GATCCCCGAA TCAGCGTGTT CCATTCCTCC AATAATATTC 1680 AGTAAGGTAC TTTTACCGCA GCCGGATTCT CCGGTGATTG CAACCTTCAC TGCACGCGGC 1740 ACGcTAAATG ATACGTCAGA CAAAATCTGT ATACGTTCTG TTGCGCAgCa GAAnGCTTTT 1800 ACTTACTTGT TCGACAGAAA GAATTGGGTC AtTCATCGCG TAGCACCTCA GCCgGCTTGA 1860 GCaGGAGTAT TTTACGCGTG GCAAGGTACG TTGCAACAGA CGCAGAACCT GTGCCAAACA 1920 GAAATACAAA CAGTACCTCC TGAAAGAAAA TCTGCACGGG AATACGCTCC ACGTTGTAAA 1980 AATATTGCGT ACCAAACACA CTGAAAGAAG GGGTTTTCGT TCCCGAGAAG AGGGAGAACA 2040 GGAAAAACGC AGAATTTACA GCAGTCTCAA TGCACGCAAT TATTTCGTTA ACGTGGATAG 2100 TAATGAGCAA TCCCAGGAGT ACCCCCAAGA GAGAGCCCAA AAAGCCAATC ATAATGCCAT 2160 TGCCGATGAA CAGAATCTGC ACGTGACTGA CAGGGGCGCC AAGTGAAACG AGCATAGCAA 2220 TTTCTTCCTT TCGAGTGCGA ATAGAGCGGC GCATGCTGTG ATAAATGTTT ACGGTTACCA 2280 CCwTAAAAtC AAAtGACAAG AAGTATCATG ACGTTCTTCT CTATGCGGAG CGCACTAAAA 2340 AAaGCaCGGT TGTACTCCCG cCAGGATTCT GCCtTGAGAT scAGGAATGT GTTGTGCaAG 2400 AAAGAAAAGG TAGCGATCGT CTCGCTCATG GTTATTTAGT TTGACTGCCG CGGTAATATC 2460 aGGCGTCGTA CCAAATAAAG TGGTGCCCAT GTCCAGAGGA ATGTACGCAA ACGTGGAATC 2520 TACTTCGTGG TATCCCGATT TGAAAATGCC CGTTACCGTA AGTTTATTCC AGCCTGGCAT 2580 TATCTTTTGT GTATCACTTC CTGACAGGGC AAGCGTGTCA ACCTGATCTC CGGTACGTAC 2640 CGAAAGGTGG CGCGCCAGTT CATATCCGAG CACAATGGAG TGCTTTTTAC TCAAATTAAA 2700 ACTTCCGGAT GTTATCGGGA GTGCACGCGC CAGCAACCTA TCCCGATGGA AGATATCTGC 2760 AGGAACTGCA CGCACAAGCG CACCGTGTTG CCGATAATAG TTGCCTTGCA ATAAGGCATG 2820 CGCTTCTATA AATGGATAAA AGGATTGATA GcCGCCTAAC GTCTCTGCAC GTTTTAtGCG 2880 TCAACACTGC CATATACACG AACGTGTGCA GAACTCACCT GTAAAATGGT GCCAATAAAA 2940 CCCTGCTGGA AGCCGTTCAT AACCGAAAGG ATGACAATTA AGGTAAGTGC CCCAAAGGCA 3000 ATGCCTAATA TAAAAAAAAG ACTGGTAATC GCGTTyGCAC TCCGCGCGCG CACTGAATTT 3060 AATCTGCGCA CCATAAAACA CATCCACCGc AGCGTTTGCA CGTGGGTGTT ACTCATCGTG 3120 TACTTCCTTt GTAGAGTAAA TTTCCTTCCC ACGCTCAAAT ACCTGCACGT CCTGCGCACC 3180 TTCCTTTTGG TGAATTATTG CCTGTAATAC nCCGTTGCGA TAACGTTTTT CTAACAC 3237 (2) INFORMATION FOR SEQ ID NO: 59: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2582 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 59: GTCGTATCCG nGnTAGTCCA CCGGTTCCTG AAAACACCTG CTGCGCTGCA CGGACACCAC 60 CTTTCCCCCA AGTTCATCCA AAACAGGGTC GCAAACCGCT GCGAGTTGAA AAGCTCGACG 120 CGTTGCTGCA CACGTAATCT CATAAATATT GCCCTGAAAC TCAATCAACT GCTGCATTGG 180 GAAAATCATG GGTCATCGTA ACACCTATCG CGCCGCGCAA CAAGCACTGC TTGACGTACA 240 CGATCCCCCC TGTGTAGAAT GCGCACCGCG GGCAATGGCG CAGTAGGTTA GCGTACAAGT 300 CTGGGGGACT TGGGGTCCCC GGTTCGAGTC CGGGTTGCCC GAGGAACAGC TGGCCAGCTC 360 ACCCCGGTAG GCCGTTTGTG TCTTTGGGAA GCGGCGTGCC CGGCTGCGTC TCGCCTGTAG 420 GTTGTAGCTT CCGTAGTGCG TTCTTAGGCA GGTGTGTAAG GAATGGCGGG GCTAGTAGGC 480 ACTCAGGGTC TATCGGCGTG CTATTTATCC GTGCTTCCCA GTGTACGTGA GGCCCGGTGG 540 AGAACCCGGT GGTTCCGCTG CGTGCAATGA GCGTGCCCGT TGACACGTAC GTATCTTTTT 600 TCACCAGCAG CTCGTTCAGA TGGTAGTACG CTGTGTACAG CCCCGGGGCG TGCTCCAGTA 660 CCAcGCTCCA AmCCGTGGTT GTCCGTTGCT CTGCGAGTAA CmACCtCCCT GTACnTGcTG 720 cATACAmCGC CGTTCCCACc GGAACTCCAA AGTCCTTCCC CCAGTGGTAC CTGnCAGAGC 780 GCGTCCCGTC GGTGTACACA AAGACGCGCG CnTGCCCAAA CACGACGTAC ACCGTCGAGA 840 TTCCACCGGT TGTCGAAACG GCCCTAAAAA GGCCCGAGTC TGAGGGGAGn TCACGGTCTC 900 nGGAnGCCTT ACAGGsGTCA CGCTGCACCT TTTTGCGCTC ACTCTTGTCC TGCGCAATGG 960 CGGTATTCTT gCGATCTAAG CGTAATTCCT CACGGGGAAA TTCCTTTTTC TCAATGCGCA 1020 GCGGCGCACG CCGCACATAT GGCTTCCCTC CCGGCACACG CACCTGCGCT TCAAGCATCC 1080 AATCCCCCGG TTCCCAGAAA ATCGATATCC CCAGCAAGGC AACGTGCGTC ACATCCTGAG 1140 AACCTGCACG CGAGACGCCA GCGGTTGCCG CGTCCGTCCC TAACTGAGCA ATACCCTTTG 1200 GGGGAAGCGC AAAAGCGCGC ACCGTCTTTG CTTCTTTACC CGCAGGGGTA CGCAGCACCA 1260 GATGTACCTC AGTATGCGCC TTGTCCTTTT CTTGCAATGC CACTAAAGAA AAAGTGGCCA 1320 TCGCACACGC ACCTTGGGAT ACCTGACGCG GGAACTGCAT AGCGATACGC TCGAAATGTG 1380 CAGGAACCAC CTGACGCTCC GGCGGcGGCA CCGCAGcCGA ATGAAGCAGG AAGGACACCG 1440 CGCTGACAAA GACACCAGAG AACAAGAGTA cTTCGCACAG ACCACGCACC CAACGAACAC 1500 TTCTTTTCAC CGACGGTGAC TGCACGCCCT GCGTCTGCAC TGCCCTTTTA GCGTTCACCC 1560 CCGGTGCGCG TCCTACTCTC TCTGCACCCA TCACTCACTC CTCCACAAAT CTTGAATGAC 1620 CAGCTGCGGT GTGCACGTTC CCTGAAACGT GTTACGCGTC ACTTGAAAAA CCGCGTCAAC 1680 TACATCCCCC ACTGCAAACT CCTGTGCCAA CTTTTCCCCT GCTCCCCAGT AAATTGCGGG 1740 CCATTTATGC ACCTGTGCAT CCAAGGTCAA TTTTACGTGC ACACGTTCTG TACGCCCAAA 1800 AAGCGATGCA GAAAAAATTT TCAATCTCTT CGCCAAAAAG CACAACGGGG GATTGCCTTC 1860 TCCGTACGGC TCAAAGCGAT CGACAAGGGT CAAAAGCCCC CGCGTCATCT GCGTAGCATg 1920 cCAGTTCTGC ATCAAATTCT CCACACTCTT GCGCGCTTTC ATCAGCAAAC TCAATGGTTG 1980 CCGCATACAG TTCCATACGG TGCAATAGCT GGGGAATTCG CTCAGAGGGA ATTGAAAAAC 2040 CCGCCGCAAA TGCATGCCCC CCATAGTCAG AGAACAAGTC TGCAAGGGGA TCTAAGAGCG 2100 AAAATAGGTG ATATCCCCGC GCCGAACGCA ACGATCCTAC CGCGTGCCCG TCTGCCATTA 2160 TACAAATGAT CACACAAGGC ACGCGCAGCC TnCGcTCAAA CAGTTTGCAA GAATCCCCGT 2220 AACGCCCCGA TGAATCTTAT CGCTACAAAC CACTGCCAGG CGGTTGCTGT ACGTCTCAAG 2280 ACTTGcACGC GCAAGAGGCT CAACAAGTGC ACGAGCACTC CTTCCTAACT TTTTTCGCTG 2340 TTCGTTCAAT TGCACCATTT TTCGTGCCTG cAGCGCGCGC TGCGAAgTTT CGCGCATTAA 2400 AAACAGTTCC ACTGCACGGT GCGGACACCC TAACCGCCCC GTTGCATTGA TAAGCGGCAC 2460 AATACTCCAC CCTAnCTCTA CGGTTCCTAA CTTCTTCCCC ATGAGACGCT GTATCGcAAA 2520 CAAcTcACGC AAACCCACAC GTGGACGGCC TCATTCATCG CCTGCAGACC GTAGCGGACC 2580 AT 2582 (2) INFORMATION FOR SEQ ID NO: 60: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 5504 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 60: CAAACAGATC AGCGGGAGAA ACGTCTGGCA ATTnTAGCGC GCGCGCATCG GCAGGAAGAG 60 ATGGCGGCAG CCCCGGTTTA TCTGCCACAA GCACACAGCG CACCAAGCCC CCGCGACGAG 120 CAAGACAAAG CGTCTGCAAC TCATCGGGCA AGCAGCGGTA TGAACGCTCA GAAAGCTCCA 180 CGGGGATAAG ATGTATCCCC CGCTGTGCGA GTGCCCTCAC ATCTGCCGGA TCGAAATCCC 240 CCCACGGCTC ACAGCGTTCC AGATGCGCAA TGCACTGCGC AATGCGCTGA GCAAGTTCCA 300 CGCGGTCTGA ATGAGTACGT ACGATCTGTT CCACGGCCTC TGCTGCTTCT ACCACCTGAC 360 CTGCAACGCG ACACTCCTCT CCTCGGGTAA CATTCTTTGT CTGAGCGTCA GTGACGAGCG 420 CAATGGCCTG CACGCACCGA GCGTCCAACG CGTgCAACTC TGCAAGTTGC TCACTTGCAC 480 ACTCCCGCAA CTGCACATGC ACAGCACCAA AGGAACGCAA CGCCTGcAGC GAACGCTCTT 540 GCTCAGAACC GAGCACCAGA AGCGTTACCT TTTTCATAGG AACTATCACC GTGTATCCTC 600 TTGTTCCATC CGACTCACGT CTACCAGATT CTTCTTAGAC ATCTTCCCCC GCACTACTGC 660 AGCAACCTGC TGATCACCGA GGTACACCGT TATTTtCCGT ATGCATGCCC GCGTCTCAGG 720 AATCTTAACT TTTTCAAAGA GGTTAACACG CTGCGTTGTA GTCCGCAACT CTGcACCCAG 780 GAGAAGCGCC TGTTCGTCGA GAACATGCGC CTCCAAGTCT AAGCTTAGCA CTTCCTGCAT 840 TTTGCGCACT GCAGTATCCA CCCACAGAGG AACACGATAT AAGTCATAGG GAGGACAAGC 900 AAAGTGCACT TCTAAAAAGC AGGGAATACG CACACCTGCA ATGCTAGCAT ACGTTTTCTT 960 TACCTCTTGC ACGCGGAGCA AACGCGCGTC GAACACACCG CTTTCAGAAA AAACTGCAAC 1020 CCACTGCTGA ACATCCTGAC GCAGGGCATC TGCACGGGAA CGTACTTCAG AAGCGCGCGC 1080 CTCAACGGCA CGGATCTCAG CATACAACTG CTGCTTTTTA AGCTGAAGCG TAGGGAGAAA 1140 ACGGCGAAAC GTCTTGAGCG TCTCTTTTTG ACGTTTCAGT TCATTTTTGG TTAAGCGCAC 1200 CGCCAtCGGT CACCACCCTA CGCAGGCCAA TACGTGTTAA TCAAATCAGA GCGAATCCCC 1260 GTCTCCTCTG GGGTGAAACA CCGGCCCAGA ATTTTCCACC CCGTATCGAA CGCCTCTTCA 1320 AGCGGAATAT TCACCGAAAG ATCCATGAGc TGCGCTTCAA ACAGCCCACC GTATGTGAGC 1380 AGTTTCTCAT CCCACTCGCT CATGGCAAAA CCCATAGATC TTTTCTCAAG CGCATCACGA 1440 TAGGCGGCAT ACAACTTAAT CATATTATCC ATAAGCGCGC GATGATCTGC ACGCGTACGC 1500 CCGTTTACGT TCTGCTTAAG ACGGGATAGA CTCCCGAAAG gTTCAATGCG CCCGTTCTtC 1560 AGATAAAACT GaCCCTCAGT AATGTACCCC GTGTTATCAG GAACCGGATG CGTAACATCA 1620 TCCCCTGGCA TGGTGGTAAC GGCAAGGATA GTCACTGACC CTGcATCATC AAAATCGACC 1680 GCCTTTTCAT AGCGCGACGC AAGCTGGCTG TACAAGTCAc CCGGATACCC ACGATTCGAG 1740 GGAACTTGTT CCTGAaTAaT CGCAaTTTCC TTCATAGCAT CAGCAAAaTT AGTCATGTCG 1800 GTTAAGAGCA CCAACACATC CCTACCCTTC AAGGCAAACT GCTCGGCAAC TGCAAGaCAC 1860 ATATCAGGGA CCATCAAACA TTCTACGGTA GGATCTGAGG CAGTGTGCAC GAACAGGACT 1920 GCCCTACTCA ACGCTCCTGC CTCTTCCAAT GCACTTTTAA AATACAGGTA ATCGTCATGC 1980 TTCAGCCCCA TACCCCCGAG GACGATGACA TCAACCTCCG CTTGCATTGC AATACGGGCC 2040 AGCAGTTCGT TGTACGGTTC CCCTGAGCTA GAAAAAATAG GCAACTTCTG AGAAACAACC 2100 AGCGTATTAA ACACATCAAT CATGGGAATA CCCGTGCGAA TCATACGCCG CGCGATAACC 2160 CTCTTTGCCG GATTAACCGA AGGACCGCCA ATTTCCACCC TCCCTTCCTT TAAGGCCGGA 2220 CCACCGTCTC GGGGAACGCC AGAGCCATTA AAAATTCTCC CCAATAAATA ATCTGAGAAA 2280 CTCACGAGCA TACCCCTCCC CAGAAAGCGC ACCTCGCTCC CGGTGGAAAT ACCCCGGCCT 2340 CCCGCAAACA CCTGcAGGGA AACTACATCC CCTTCAAGCT TATTCACCTC AGCAAGCGAA 2400 TCGCCAAACG CCGTTTTTAC CCGGGCCAAT TCCCCGTAAT GCACCCCCTT TGCCCGCACC 2460 GTGATGACAG AACCGTTGAT CGACTCAATC TTCTCGTACA CCTTGTACAT CGTCTACTCC 2520 ATCCCCCGTA TAATTCCCTC TGcTTCGCTG TCGATTTTCG TCGATTCTCC CTGGAGAAAG 2580 GCACGTATCT CCTTTTCTTT CTCCACAAAC GCCTCAGAAT TCCAGGCGCA ACAGTTGTAA 2640 TCGATAAACA TATGCCCAAG CTTGCTGAAG TATGCCCGCG CGTCATCTTT TGATTCAAAC 2700 GCTAAAACAC TGCCAAGAAC CCGCATGACG ATGGCATAGC AGTGCTTTTG ACGTGCAACA 2760 GGTACTGCAC TATCGACTGT GTCAAAAGAA TTCTGCTGCA GATACACCGA ATCAAGAAAC 2820 GAGCCTTTCA GATATACGAG AAAGTCCTCC ATACTTGTGC CCTCTTCGCC GACGACCCTC 2880 ATCATCTGCT CCACCTCTGC CCCACGGCGC AGAAAAGAGC GACCGTACGC AACAGCCCGC 2940 GCGTCAAGCA CACTTGGATA CTTAGACCAT GAATCAAGCG GATGCACCGC AGgATACCTG 3000 CGCGCGTCAG AGCgyTnCTC GAGAAAGTCC GTGAAAgCCC CAACCACTTT CAATGTAGCC 3060 TGCGTTACCG GTTCTTCGAA ATTACCACCT GcCGGAGAAA CCGTCCCTCC AATAGTTACC 3120 GATCCTTTCT CTCCACTCCT CAGCCGGACC ACACCAGCCC GCTCATAAAA GGCTGCGATA 3180 CAAGACTCCA GGTACGCAGG AAAGGCCTCC TCCCCCGGAA TCTCTTCCAA ACGCCCAGAC 3240 ATTTCACGCA GGGCCTGTGC CCAACGGCTC GTAGAtCCGC CAGCAAAAGA ACATCCAACC 3300 CCATCTGACG GTAATATTCT GCAAGCGTCA CTCCCGTGTA CACTGAAGCC TCACGAGAGG 3360 CAACGGGCAT AGAAGAAGTG TTGCACACTA TAACCGTCCG CTCCATAAGC GACCGACCAG 3420 TGCGAGGATC CGTAAGATCA GGAAACTCCC GCAGgTtCTC AACCACCTCC CCTGCACGCT 3480 CCCCACACGC AGCAATCACT ACCACGTCCA CATCCGCATT GCGACTGGTA GAATGCTGCA 3540 GCACCGTCTT TCCCGCACCA AAGGGACCGG GAATACAGTA CGTCCCCCCC TTGGCCACCG 3600 GGAAAAAGGT ATCTATCGTC CTAATGCTCG TTACCAATGG CTCAGTCGGT TTCAAAcGCT 3660 CTGcGTAACA ATGGACGGGT CGCTTCACTG GCCAACGAAA TGCCATGGTC AGTTCGTGCT 3720 CATGTCCCTG CGCGTCACGG ACCCGCGCAA TCACATCGTG CACGCGGTAC GTCCCTGCAG 3780 TCTGAATGAA GACAACCTCA TAGGAATCCC CCATATGAAA GGGAACCATA ATGCGGTGTT 3840 TGAGCGCACC CTCTGGGGTA TACCCGAGCA CGTCCCCACG CACCACGCGC TCACCCACTG 3900 AAACATGCGG GGTAAACATC CATTCACTTG TCCGAGAGAG GGCGGGCAAA TACACCCCGC 3960 GCTCCAAGAA ATACCCAACC TTTTCTGCAA GCAGCGGCAA CGGATTCTGT AAACCGTCGT 4020 ACACCTGACC GAGCAAACCA GGACCTAGCT CAACAGACAG CAAATCGCCT GTAAACTCAA 4080 CACGGTCCCC AACGGAAACC CCTCTTGTGA TCTCAAACAC TTGCAACTGT GCCTCACGAC 4140 CACGAACACG AATAATCTCC GCTTTCAAAC GCGCATTTCC AACATGCACG TATCCGACCT 4200 CGTTGAGCGA AACGACACCC TCGAACGTAA CGCTCACCAT ATTGCCGTTG ACCGCAGACA 4260 CGATACCcTT CGTTTGCGTC ATGTATATGC TCCAAGAATT GTATAATAAA GAGCTGCGTA 4320 TGCTTTGGAC CCCGCCTGCA TTGTGAAACG CGACCGATGC GTAAGCAACA TCAGCTGCAG 4380 CCCGTACAAA AACACTGCCT CTGAGGAAAA CGGGTCAAGC GGCCTACACC CCTCGACAAA 4440 GGAAAAGCGC GCGTCGTTCA AAAAATACTC CGCTTCGAGC GGATCGTCCA AAGAGACCGC 4500 AACACGAGCC GCACGAGCCA CCGACTCCTG CGCCACAGGA CACTGCCTTA CTTCAACAGG 4560 AGTATCCCAC CGCAGACGGT cCgcGCGCTC ACgcgCAAGc GCACAGCGTA ACGCGTACTC 4620 AAACTCGCCC CATCTATCTA AAACACGCGA TCCCGTGGAG TCACGCGCCG GCACGGGACA 4680 CAACGAGATA TTTCCAAGCA CCGCAGCATC CTGCCGACCC AAGAAACGTA GCGCACAATC 4740 CAAAAAATCC TGATAACGCA AAGGAGGCAC CGCGCCGCAT AGAAGAGATG GTAGCTGCGT 4800 TATAAGGTAG CAATAGGAAG ACATCACAGC TCcTGCGCAG CAGmCTGAGC ACCTCGGCAA 4860 CACGCGCAGA AACATACGAA GAGAACAACT GAGCAACgCG GCGGCGGAAA AAtcATAGTa 4920 CGACCCGCCC TCGGCAGGGA CTATCCTAAA CCCTGCCGTA AGGCAATCGT CAGACCTCAA 4980 CTCTACCCCT GCCGAAAGCT GCTCCTGCAA CGCAsCACAA AACACCCCCT CAAGCGTCCG 5040 AAGATCAGCA GGAGAGAGGA TGAGCTCTAG CTTATCACCC TCCGCTTGAA CCCAGGCAGA 5100 AACGACACGA GGAATAAGtC ACGCAAAACA CCCGCATCGT aGtTGCGCCG TCTCCATCGA 5160 AATAATAGCC CGAAGAGAGC GAGTCACCGA ATCTTGAAAG GATAATAAAA CGTTGCGACT 5220 CGCCTGCGAC AGGCCGCAAG AGACGACGAC TCGATCCGCT CTGCCTCCTC ACGCGCAGCG 5280 GAACAATCCG CTCTGCCTCC TCACGCGCAG CGGAACAATC CGCTCTGCCT CCTCACGCGA 5340 CTCACCAAGC AAACGAGACG CCTGCTCCTC GGAAGAGGnC AAnCGCTTCG CGCTTAATTC 5400 GGTCATCAGA TCTTGCAGTT GAATCTCCAC TTATAGTTCT CCTCGCAGCC CTCCGAGTAT 5460 ACTAAAAAGT CCCCACCGGG AnAAGGCATA ACACAnTTCG ACCA 5504 (2) INFORMATION FOR SEQ ID NO: 61: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 8467 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 61: TTGTATTAAC CCATTGCCTT ATCCTTTTTC ACCCAGCGCC AGTTCACGAG ATGCATTACG 60 TTCCTCCCTT GGAAAACGGA GAATGACTTC CGTTATATCC GCCCGTTCTC TAGGGTGGAG 120 ACAAATCCAT AAAAGTAACG CCTCTTTTTT ACTCCCCCAT ACCTCATCAC CGCATACAAA 180 GCAAAACAAA ATCACTGAGG TTAAACATAC CCACCGTGTT ACGCTGTACG CGAATCCACA 240 GATCGCATAA CCCTCACCGT TTTCTCCGAT AAAGAATCTG CATCACCACA AACAGCATTC 300 CTATAGCATA CACTATTCTC AGAATGACTT GGTTGAGTAC TCACCAGTCA CAGAAAAGCA 360 TCTTACGGAT GGCATGACAG TAAGAGAATT ATGCAGTGCT GCCATAACCA TGAGTGATAA 420 CACTGCGGCC AACTTACTTC TGACAACGAT CGGAGGACCG AAGaGCTAAC CGCTTTTTTG 480 CACAACATGG GGGATCATGT AACTCGCCTT GATCGTTGGG AACCGGAGCT GAATGAAGCC 540 ATACCAAACG ACGAGCGTGA CACCACGATG CCTGTAGCAA TGGCAACAAC GTTGCGCAAA 600 CTATTAACTG GCGAACTACT TACTCTAGCT TCCCGGCAAC AATTAATAGA CTGGATGGAG 660 GCGGATAAAG TTGCAGGACC ACTTCTGCGC TCGGCCCTTC CGTATTTGTT CCTTACCAGG 720 ATGCGTACTC CCCTTCGTAC AGCGCCGCTT CTCTTGCTGC TCCTATGCGC ACTTCCCCGG 780 GCGTTGTGTT GCTCTCTAGT GCAcTGCGCG GGGTACCATT CGATGTACCG ACCCCATACG 840 TTTCCCGTCG GGCGAACACT ATCGACGCTG CCACCTTTGA AGACGCTCAT GTACCTGCAT 900 TATTTCCCGC GCTCTTTGCG CTTTGCAGGC ACGCGCCCaC ATTCGTGTAC GCAGAAAGTG 960 CCCATGAGGT GATGCTCAGC CGTTTTCTGC AACAACAGCC ACATGCATGC GCCGGTGTCT 1020 TTTTTGTCCT TCCTGACTCT GCAGCGCGCG GACCACACCA TGCTCCTGCC GTGCAGGGCG 1080 CACCTCCCCC CGTCGACACA GCGGGCGTTG CGTCTGCTGT CCGTGGCGCC AGCCGGACAC 1140 TACCAGCTGT GTATCGACAG TATGTTCACG CAGCAGAGGC AGCGTGGGCA GAGCTCGCAT 1200 CCACCGATAT ACTGGCCGCT TACtTGCAGG GCTCCCTCGG GACCGCCACA GAACGCGCCT 1260 TCAGGCACGT GctACGCAGG TAGACCAGTG GATACGCGCC CAGCTGCATC TATCAGAACC 1320 TGTCCTTCCG CACGCGCAAG CGCTATCTCA TCACACTGTC CATGCGGGAG GGACCTATGA 1380 CCGCACGTGA GTTAGATGCG TACTTTCGTA GTTTTTTGAA CTTTGGACCG TTCGTCTCCT 1440 GTGATGTCGC TCTCAACGGC CTGCAGGTAG CAAATAGCGG TGCCCCCGTG CACAAGGTTG 1500 CCTTTGCAGT GGATGCGTGT GCACAGTCTA TCGACGCAGC CGCCCGCGCC GGTGCACGCA 1560 TGCTCTTTGT CCATCACGGT CTTTTTTGGG GACGCATAGA GCCGCTTACC GGTATGCAAT 1620 ACCGACGCGT ACAGGCGCTC CTGACGCACG ACATAGCGCT GTACGCAtGC ACCTACCACT 1680 CGATGCACAC CCGCAGTACG GTAACAATGC GGGCCTTGcT GCGCGAGTCG GTCTTAGGCA 1740 AGGTGGTCCT TTCGGTTTTA TCCGTGGAAC TGCCGTAGaC TCTGGGGGAC GGTGGCAGAA 1800 AACACCACCC CCTCTCAGGA GGCAATGCAG CAGCATGCAG CGTGCACAGC ACCCGATACC 1860 CACCGCGTGA CGCATGCGAA TGCAATATCG CCGAGTGCCG GGCTATCTCT CCAACAAGTA 1920 GTACATCGCC TCTTCCCCGC AGAAGAGCAA CCCGTGCGCC TGTTACCGTT TGGGAAACAG 1980 CGTATCGAGC GCGTGGGTAT AcTGTCGGGC AAAGCAGGCA CGTACCTTGC GGAGGCTATC 2040 GCGTTAGATC TGGACCTGTT TATTACCGGG GAGATTGAAC ATTCTTGCTA TCACACCGCG 2100 CGCGAGCACT CTATCTCGGT AATCGCAGGG GGACACTACC AAACAGAAAC CGTAGGtTGC 2160 AGCTGGTGGC GCGCAAcTGC AACGGGATAC AGGCATAGAA ACGCTTTTTC TAGACATTCC 2220 CACGGGGATG TGATACGCTC GCGCCCGTTA AGGGTGGATA CAATGAAACT CACACGGATA 2280 CAGAAAGAAA AGTGGATCCC GCTTTTTGCC GCTGGATTAG TTGTTGTTCT GGATCAGTGC 2340 GCTAAATTGT TGGTGGGTGC TTATGTGCCT ACAAACACCT CGGGCGTTCG CGTGCTCGGT 2400 GATTTCGTGA GAATTGTTCA CGTGTACAAT GTTGGCGCCg CTTTCAGCAT TGGCCATCAG 2460 CTAAATCAGG TTCTGCGTAC GCTCGTGCTC GGTATCGTGC CGCTAATCAT TATGTTCCTT 2520 ATTGTTTTCT CCTATTTTCG CACTGACGCC TTCTGTCCTG TTCAGCGCTG GGCCGTGTCA 2580 GGGATTATCG GGGGAGGGAT AGGGAACTTA ATCGATCGCT TCCTGAGGCC AAACGGGGTG 2640 CTCGACTTTA TCGACGTAAA GTTCTTTGGC ATCTTTGGCT TTGAGCGCTG GCCCGCTTTT 2700 AACATTGCAG ATGCGGTCAT CATGACCTGT GGTTTGCTCT TGATCATTTC GTTCATAAAA 2760 CAAGAAAAAG AGATCAGCTC CCAACCCTCC TGCAATGAGA CGGGGGGCGT TTTTCGCACG 2820 TAGAGCTGGG CCGTGCGCGC ATGTCCGCGT CGGCCGTTCT AGTTCGCGTG CCCCTGTGCC 2880 CGCAATGGTT GCTTTGTTCT CCGCAAATAC CGCGCGTGTG TGCCGCGCGT TGCgcTtCCG 2940 GCGTACCAGG GCGGTACgcG CGAGsgcCTC ACAGCACTCA GGATATTAGC CCATGCAGAT 3000 CTTCGATACT CACGCCCACA TCGGTCTTAT TCACCCAGAT CCCGTAGAGC GGCTGCGgGT 3060 AGTACAAGAG GCACGACGAG CTTCTGTCAC CCGCATCATG AGTATTTGCA ACAGCCTTCA 3120 TGACTTTGCC GCCGTATACG AGACGCTCCA GTTCTCACCC TCTGTCTATC ACGCCGTAGT 3180 GTCTCCCCTT CTGAGGTCAT GGCCCCGGGG AAGGATTGGA TAGATACTAT TCAAAAAAGC 3240 CTACAACTCC CTCAGGTAGT TGCCTTAGGC GAGACCGGAT TGGACTACTG TAAAAAGTAC 3300 GGTGATAAAC GCTCCCAGAT TGGGCTTTTT ATCACTCAAT TGGATATTGC TTCAAAGGCA 3360 AAAAAACCAG TTATCATCCA CAACCGTGGT GCGGGCCAGG ATATCCTGGA CATCCTCAGC 3420 GAGCGCATTC CCGACCAAGG CGGTGTGTTC CACTGTTATT CTGAGGACGC AGAGTACGCA 3480 CGTATGGCGC TGGATTTACC TGTGTACTTT TCTTTCGCGG GGAATTTAAC TTACCGGAAT 3540 GCACGAAATC TCCATGAGAC TGTATTGGCC CTCCCGCTTG ACCGAATTCT AGTGGAATCC 3600 GAAAGCCCGT TTATGTCCCC CGCCACGTAC CGCAACAAGC GCAACCGACC GGCGCACACA 3660 GTTGAAACCG TGGAGTTCAT GGCTGAGCTC CTTGATATGG ACATGCTTGA GCTTGCCGAC 3720 CAGCTGTGGA AAAACAGCTG TGCGTGTTTT CACCTTCCTG AGTGAGCAGC AGATGCAACA 3780 ACACGCCTTA TATCATCCGG TTTCTATTGG CCCGTTGTCT CTCAAGGGGA ATGTGTTTTT 3840 TGCTCCCGTT GCAGGCTATT CTGACAGTGC GTTTCGTTCA ATTGCCATTG AATGGGAAGC 3900 AAGCTTCACC TACACCGAAA TGGTTTCGTC TGAGGCGATG GTGCGCGATT CACTCAATAC 3960 CAAACGTTTG ATTCGGCGCG CGTCAAATGA GACGCATTAC GCTATCCAGA TTTTTGGTTC 4020 TAATCCTGCA GTAATGGCAG AGACGGCAAA ACTAATCGTC GATAGCGCGC AGCCGTCCTG 4080 TATCGACATC AACGCGGGAT GTCCTATGCC TAAAATCACT AAAACAGGAG CCGGAGCCGC 4140 ACTCACCCGA GAACCGACGC GCCTCTATGA AGTGGTAAAG GCGGTCGCCG ATGCTGTGTa 4200 CgcGCAAGAC GCGCGTATCC CAGTGACAGT AAAAATTCGT GCTGGGTGGG AAGAGGCACA 4260 CCTGACATGG AAGGAAnsTG CGCGTGCGGC AGTAGACGCA GGAGCACAAG CGCTTGCGTT 4320 GCACCCgCGC ACCTGCGCGC AGTGTTACGC GGGAGAGGCA AACTGGGACA TAATCGCAGA 4380 CCTCGTGCAG TGCGCGCGTG GGTGGGGAGA GGTTCCCGTG TTCGGCTCAG GGGATCTGCA 4440 TGCGCCTGAA GACGCACGGG CAATGTTAGA ACACACCGCA TGCGCGGGGG TTATGTTTGC 4500 CCGCGGTGCT ATGGGCAACC CGTTTATTTT CAGACAAACC CGTCAGCTTT TAACTGAAGG 4560 ATACTACACG CCCGTGACGT TTGAGCAAAA GcTACGCGCA GCCTGGCGCG AGCTTCACCT 4620 TCTGGCACAA GACGTGGGAG AAAGCTCAGC CTGCAAGCAG ATGCGCAAGC GTTTTGTTTC 4680 GTATGCAAAG GGTGAGCGGG GTAAAACGCA ATGGTGTCAG CGCGCGGTGC ATGCGTCTTC 4740 CTTCGCAGAC TTTGCAGCAG TCATTCGTGA CGCGTGTCCA TGTATTGGTT TATAAGTTGC 4800 ACGGCTTTTC AAACCGCGTG AAAAACGTAC GCTTCCGGCG TACCCCAACT TACTTTGTCC 4860 TACAGGACGC GCAGnTCCCT CGATAGAAAG CGTGACTATA TCTGTCCTGC GTGCAACTTG 4920 TACAAAGCCG GTTCCTGTGC CAGAATCGTG CATCCGCGGT GGCAGGGAAT CCTGGTGAAA 4980 GAATGTGTTT CTAAAGAAAA GCGAATCTAT GACCTCAAGC AGCTCCTAGA GATTTCTAAG 5040 AGTTTGAATT CTCTCCTTGA GTTTACTCAC CTGGTAGAAG CCATCCTCTA CGTCGCGATG 5100 GCCCAGACCA AGACGCTGGG GGCAGCGCTT TTCACCAAGA AAAACGCCGG TATGAAAAAA 5160 TTGTCTTTGA GCCGCAaTGT GTGCGGCTTT GACGTTTCCC ACCATGCACA GCTGATAATC 5220 TCGGAAGAGG ACCCTATTCT CAGACTTCTG GACGAAAAGG CCTGTTGTCT TTCTCCCgAA 5280 gAgGTACAGA GCGCGCTCGC CCCCTCAAAG AGCGTACGTT CGCTCCyTGA CTTGCAACCT 5340 TCGCTCTTTG TTCCACTAAG AGCAAAGGAC CACCTTGTTG GTCTTATCCT TTTAGGCAAG 5400 AAAAtCAACC TACACGAAGC CTACACTCCC TACGATCAGA GCATCATCAT GGATATTGCA 5460 CAGCTTGCTG CTATTGCCAT CAACAATGCG TTACTGCTTG AGCAAGCTAC CACTGACATG 5520 ATGACCCAGA TGAAGCTCAA ACACTACTTC TTTGCCATGC TCACCGCGAr CTCGATACAC 5580 TCAGTACACA AGAGACCGTA TCTGTTCTCA TGCTTGATAT CGACTTTTTC AAACAGATCA 5640 ACGACACGCA CGGTCATCTG TGTGGCGATC TAGTTCTCCA ACATGTGGCA GAAATTATTC 5700 GATCCTGCAC CCGTCCATGC GACATCGCCT CTCGCTATGG GGGAGAAGAA TTTATGCTCA 5760 TGCTATCCAA CAACTCGTCT CGGGaAGctG CGCACGTTGC AGAAmgCATT CGCGTGGCAA 5820 CCGAGCAATT GACCATCCCC TACCATGAGG TATCAATTCG AGTCACTGTT TCTGCAGGCG 5880 TCGCAGAATA CCTTCCTAAC CAAGAATCCG CCGAAACACT GATAAAGCGT GCAGACAGTG 5940 CGCTGTATCA AGCCAAACAA AATGGCAGAA ACAAAGTCGT CATCTCAGAG AAAAACATGT 6000 GCTCATCTCA GGAATAAACC GATACTGGCG GCATGAGTGT GATCAGGAAG CCCTTCAGGT 6060 ACTCGTACAC CAATGTGACC CTTTCCCTTG TGCTCGCGAA TGGGGCGGTG TTTGTGATCA 6120 CGTCGTTGGT TGAATCACTG GGTATATATC TGGCGCTCGT GCCAGGACTC GTACGTTACC 6180 ACCGTATGTA TTGGCAAATA TTCACCTATC AGTTCGTACA CAGCGGCGTG TGGCACTTGC 6240 TTTTTAACAT GCTAGGACTA GTGTTTTTCG GGCAGACGAT AGAAAAGAAG ATGGGATCTT 6300 CTGAAATGCT GTTGTTTTAT TTGCTTGTCG GTACACTCTG TGGTGCGGGT GCGTGCGCGG 6360 CATATCTGTG TGTCGGTCGG TTGAACGTAC TGCTGTTGGG GGCGTCGGGC TCCATCTTCG 6420 CAATACTTTT TTTATTTTCG GTTATGTTCC CCCACTGCGC TCATTTATCT ATGGGGTGTT 6480 ATTCCTATCC CCGCTCCTCT GCTCATTGTA GGATACATTT TGTTTGAAAT TTTTGATCTA 6540 TTTTTCTCTC GTGATAATGT TTCTCATCTT ACCCACTTGC TCGGTGTCCT TTTTGCGTGG 6600 GGATATATCC GTATCCGGTT TGGCATCAAA CCATTGAAAG TGTGGAGCAT TGTCCCGTAA 6660 CAGTCGAGGC AGTGGGAGAT ATGTCTTCGT CGTGCTAGCC TGCGTATTTG GTTATACGCG 6720 CGCCGTGCAC GCTGAGGTTT ATACGGACCC CAGCACATCG GGACATGTCA CGATTTCTAT 6780 TCCCATATGG GCTTyTGTCG AGCCCCAGCC GGGTGTCATG ACCCAGcAGs GGAGTCCCCG 6840 AGGACTCCGC CTCnCCAGAC CTTGCGAGAA TTAGGGGCGT TCGTATTAGG CGGTGCTGTG 6900 TATGGGTGGC GGTTCTCTTA TACGCCaAAA GAAAAGAAGC GCGCCGTCAT GGAGCACTTT 6960 ACCCTCACTC CCATTTTCCC CCTACCGCCC GATAGTCCTC AGATAAGTCT GCGTCACGTA 7020 CGGACGCCGT ACCCCTACAT CCAtGCCGTG CAGAGTACTC ATTAGACGCC AGGCACGCGA 7080 CACACATGAG ACAGAGCAGA AACCTAACGT ACCAACGTGC GCAGGGCAGA GGAAGAGGAG 7140 AACGGAAAGA GGAACTAAAG GGAGTATATC ATGCATATCA CCGCGCGATT GTAGACGCAC 7200 TACGGAAAAC GGTTAGAAAG ACACAGAAAA ACAAGCCAAA AGAAGTAGAA GGAATGCTAT 7260 ACGTTAAAGA CAATCCCCGC CTCTTTGTAG AGGCGGGGGA ATTTGTCGCA GAGCTCTCAC 7320 TCAGTGTCCA CTTCACAAAG ATAACGCCCT ATAGCGTATA CTAGTAGCAC GCACCGAGTC 7380 CTGACCGCTA CCCGCGTGCG AGCAGACGGT TCACCCGCTT CACAAAATCA ACCGACGAAC 7440 CTACGTCCAT GCCTTCAATG AGCAAGGCTT GATCCAGAAG AACAAACGCA AGATCTTCCA 7500 CAAACGCCTC ATCCGTACTT TCTTTTAGTT TTTGTACCAG CGTATGACTT GCGTTAATTT 7560 CTAAAATTGG CTTTATCTTT GATTTATGCG TTTGTCCCGT GGCGCGCATC AAGCGCTCCA 7620 TCTGCACCGT GGGATCATTC TCATCGATAA CAATGcAAGA CACCGAGTCA GAAAGCCGTT 7680 TTGAAAGACG AACTTCCTTC ACCGAATCAG ACAGTATGTG CGTCAACCTT TCTAGTAGCG 7740 GCTTAAAACC CTGTTCCCTC TGCGCGGCGG CGTCTGTTTC TTCGTTGGGA CGCAACTCCT 7800 CCTCTGAACC TAAACGATTA ATTGCCCTTA ACTCCCACTC CTTGTATTTC GAAACAGAGG 7860 GCATCACGAT ACCATCTATG TCGTCTGACA TAACGAGCAC TTCAAAACCC TGcAAACGAT 7920 AAGACTCTGC ATGGGGAGAC TGACGCAGCA CACGATCGTC GTTTCCCGCA ATGTAGTATA 7980 TCGCCTTTTG ATCCGGTTTC ATGCGAGAAA CGTATTCGGC GAAcTCGTCC ATCCGTCTTC 8040 TGGAACAGAC TCACTTAGAG TCCTGAAACG AACAAGTTCC AGCAGCTGCT CACGGTGCTC 8100 GTAGTCGCTG TATAAACCCT CCTTCAAGGG ACGATTATAC TGCGTGATAA ACTCATCGTA 8160 CTTTTTCCCG TCACACTCCG CGAGTCTCTT AAATTCCCCG AGCAACTTTT TCACCGAAGC 8220 CGACTTGATT GCTGCAAGGA CTCTATTTTG TTGCAGAATC TCACGGCTTA CATTCAGGGG 8280 CAGATCTTCG CTGTCTATTA CACCGCGGAC AAAACGCAGA TACACTGGCA ACAGTTCCTT 8340 CTCGTCATCA GTGGATGAAA ACGCGCTTAA CGAATAGCTT TACCCCCGGC TTATAATCTG 8400 ACGTGAAAAA GGTCAAAAGn GCGCTTTTTG CCGGGCAAAT AAAAGAGCGT nGACGTACTC 8460 CTGTGTA 8467 (2) INFORMATION FOR SEQ ID NO: 62: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 4354 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 62: CTCTTCAATA ATGTCTTCCA TGCACGCAAT ACCCGAAACG CCGCCGTACT CGTCCACCGC 60 GATCGCAATG TGCACGTGCC TGCGCTTAAA CTCTCGCAGA AGACTGTCAA TTCGTTTGGA 120 CTCGGGGACA AAGAAGGGTT ACGCAGCAGT CTTTCTAACC GCACCTCCTG TGGCCTTCCA 180 AACAGCTTTA TTAAATCTTT GACGTACAGC ACACCCACCA CATTATCAAT AGTTTGTTCG 240 TAGACAGGAA AGCGTGAGTG TCCACTCTCG GTTACCTTTT CAACGAGTGT TTCACCGCTC 300 ATAGAAAGCT CAAGAAAATC CACGTCAATA CGCGGTATCA TCACCTCGCG CACCGAAGTG 360 tCAGAAAGAT CCACTATACC GCGGATCATA TCCTGCTTTT CTTCATTCAG CGGTTGCTGA 420 AAAATATGGG TAACAGCGTG CCTGCGCCTC AACCAGTCTA TGACTCCCAT GGTATACCCG 480 ATGATAGCAC CCGACAGTGt GCGCCAGTAT GCGCTCCTGC AAACGCAACA TCTCTTGACC 540 GGGAGAATTG TCCTGGTGAT CCATACCGCT CAGATGCAAA ATGCCGTGGA TGAGCACCCG 600 TTTAAATTCC TCGTGCGCGG CAACGTGAAA ACGTTCACTG TTTTCACGCA CACTTTCAAG 660 ACTGATGATA ATATCACCAG CAAGAAAAAA ACGCGTCCCT GCGTCATCGC AATACTCACC 720 ATCGTTCTCA AAAGACAGCA CGTCAGtGGG AGAATCAATA CCACGGTAAT CGTAATTTAG 780 CCGGCGAATA AACGCATCAG TGCAGCAGAC AATGGAAAGA TCCCAGTGGG AAATAGCCTG 840 GGAATCGAGC ACCGCACACA CAAACGGCGC AACTTGACCA ATCCAAGGAG GCGGACAAAA 900 GCcTTCGCAG GAAACAGAAA CTTTATTCAC CTCGGACATA AAGATTACTC CTTATACGAT 960 CCTTGGGCTA CGGACACGAG CTGCTGCTGA TCAGAATCTC TTTGGTGAGG ATACTCTATG 1020 CGGGAATGGT AGTATCCTGC CAGTATTCTC ACAAAACACT CCTTGACGAC CTGCACATCC 1080 CGAAACGTTA AATCAGAATT GTCAAGCTGa TGTGTTTCTA TCTTCTGTTG CACAACCTTA 1140 TCGATAAATT TCCCTAGGCG GGGGATCGTC GGTTTATTCA ATGTCCTACA TGACGCTTCA 1200 ACCACATCAG CAAGCATCAC CACCGCAGAC TCCTTTGTGC GAGGAGGAAC CCCCGGATAG 1260 GTAAAATCTT CCCGATCAAC ATTCGGATCG AGTTCCCGCG CCTTCTCGTA AAAGTATGTA 1320 ATAAGACTAT TACCGTGATG CTCTGCAATT ATATCGATAA CCTCCTGAGG TAAGCGGAGT 1380 TGATGTGCCT TTTCTACCCC CAGCTTTACA TGACTCCGAA TTACCGTTGC AGAAAGCCGT 1440 GGATTTAAAT CTAAGTGTTT GCTATCGCCC GTTTGGTTTT CTACAAAGTA CTCACCGTTT 1500 TCCATTTTTC CAATGTCATG ATAATACGCG CCAACTCGCG CAAGGAGCGA ATGAGCCCCA 1560 ATGCTACGAC ACGCATTTTC TGCAAGAGTG GCAACCATCA TGGTGTGATT GTACGTACCT 1620 GAAACTGTAA GCAGCATTTT TTTCATGATA GGAACGTTGA GGTCCGAAAG CTCCATAAGC 1680 CGGAACACGG TAGGAGCATT GGTGAGCGCT TCAAGGATGG GCAGAAGGCC TAACACCAAA 1740 ATGCCGTTGA GAAAGCCACT GATCGCCACG CCTGTAAGGA GGAATATTGC GTCAGTGTAC 1800 GCATGCGGAA ACGCAAACAT GAGCGTAGCA GnCAAGGAAA GGCTGAGCAA CGGCAAGGAC 1860 ACAGGAACTT TTAACAATGT CGAGCCGAGA GCTCATAACA CGCATACAAG CAGACGCCGA 1920 CACCCCAGAG AGGAGCGCAA AAAGCGTAGG CTCaGTATGG AACTGTGAAG CGATGAGCAC 1980 TGCGAACGCA ATGAGAAAGG AACTAGTGAC GGCACTACGA TGGGAAACGA GCGCGGTAAC 2040 GAGCATGATA CACAACGCaG TTGGCTGAAA AGGAATGCTA TCcAAGCGGT GCAGGGAGCG 2100 CAGCTATCTT TGAAAGAAAA AGTGTGCACA GGTATCCGGC AACGCTGGTA TAGAGAATGA 2160 GTAACTCTAC ACGCAgTTTA AGAGGAGGAT GGGCCATCCG TTTACTGAAC AAAAAGAAGG 2220 CAAGCAGATA CAAAAAGGCC AGTAACAGGA GACTGCTTAC GAGCAGGGAG CGATCGACAG 2280 ACAGTTTAGA GTGTGCAAGT GCCTGCAATC TTGCGTAGTC AGTGGCGGAT ACGATAAAGC 2340 CGCGACGGAC TATAATTTCG TTTGGATGAA TACTGAGGGT GACCGGTCGT AACCGCGCCA 2400 ATGCGTTGCG GACATGTCGT TCACTTTGAA TAGGGTCAAA GACAATATTT GGACGCAGAA 2460 AGGGTCCGAG GGATGAAAAG AGGAGCGCCG CCTGCGACGT AAGACCGAAA TCGGAAGCCA 2520 GCGCATGGAC GCGCGCGGCG AGTTGATCGG ATCTGATGAG CGTTTCAATT GCCTGAGTCC 2580 TCGAAAAGAC ATCCCCTGCG GCATTTTCCG CCTCATCCGC ACTCGCATCG GGTGACAGGG 2640 GTACAGACGC AGAAGGGAGA TCTCCTGCTG AGGCTTGCGA CGCCACGGGG GCCGACATAT 2700 CCGACGGGGC GTGGAAGGGA CGTTCCTCAC TGATAGTAAT TGTGTGGGGG TTAAAATCCT 2760 TAAGCGCATG GTCGGACAGC TGCACCACAC CTTGCGCGAA GATACGCGCG AGCACTTGAG 2820 TTCCCACACG CAGGAGGGAC TCAAACGTGT CATCGTCAAG CTGAAGCAAG GATCGCAGCG 2880 TCTGGCGCGA AAAGTGAACA AATTTCTGCT GCAGCAGGTG CACGTGTGCA GACGCCCGAT 2940 CGTGCGCAgC GTGGaGTGAC CGCTCCTCCT CGTAGTCCGC TGCTCCTCCG CCTCCGTCCG 3000 ACGAGGTATC CAGAGCCATA CCAACGCGCG CTTTCTGCAA CGCATGACAA AACGCCTGGT 3060 ATGCGCGTAC TTCAGCCTGT TCCAGATCGA GCCGACGCTC AAAAACAGCA GGAATTTCCT 3120 TCTTCCTGCG AGCATACTGC CcGCTGGGTA rCCAGCTCAT CAGTAAGGGA AAGAAAGmCA 3180 GGAGAGACAA CgTTCCgcTC AGtACACGCC CTACCGCAAA TCAGCAAGTT CAGTCTTGCA 3240 GGGTCTTGCT GTTCGCTGAT GCTCACCGCC TTGGCAATGC TGAGGACAAC GAAGGAGAGC 3300 GCCAGATTGA GCGCGCGCGC ACCCgGCGGC GAAGTACGTG ACACAGCGTA TGCCACAATG 3360 CGTAAGACGG GkTGGTCCTT TCTTCCTCAT GCGCACTTCT CGCGCCAGCG AGCrTaACAC 3420 GCCAGCGGTA ATCTGTCCAG CAAGGACACA CGGACGCCTT GCGTACCCCA ACCGCGAGCC 3480 TTGACAGAAC ATACCCAAAT ACCGCACCAT CGGCCTCCGC AATGAGAAGG AGTGCGACAG 3540 ACCGTGAAAG GATGCGCCGT CACCATCGAC CAGGTCTCAA AAGCATACGG TCACTGCCTC 3600 GCCGTTGACC GTGCCACCGT TCACATTCGG CAGGGAGAGT TTTTCTCCAT CCTCGGTCCT 3660 TCAGGCTGCG GAAAGACCAC GCTTTTGCGT ATCATTGCAG GGTTTGAACA GCCGGACTCA 3720 GGAGACTTGA CCTTCGACCA CGTGAGTGTG CTCGGTGTTG GTGCAAATAA GCGGAGGTCT 3780 AACACCGTTT TCCAGTCGTA TGCCCTCTTT CCTCACCTTT CCGTGTACGA GAACATCGCC 3840 TTCCCCCTCA GGCTCAAACG CCTCTCAAAG AACCTCATCg CGAGCGCGTG CACGAGTACC 3900 TTCACCTGGT ACAGCTGGAC GAGCACCTGC ACAAGAAACC CCATCAGCTG TCAGGTGGCC 3960 AACAACAGCG CGTCGCCATT GCCCGTGCAC TCGTGTGCGA GCCAGGGGTG CTCCTGCTTG 4020 ACGAGCCGCT TTCTGCCCTG GATGCAAAAC TTCGCTCCAA TTTGCTCATA GAGCTCGATA 4080 CACTCCACGA TCAGACGGGC ATTACyTCGT TTTTATCACC CATGACCAGA GCGAGGCTCT 4140 GTCCGTCTCC GACCGCATCG CCGTCATGAA CAAAGGAAAG ATCCTGCAGA TCGGTACTCC 4200 CTACGAGATT TATGAGCAAC CTGCGACTGA CTTTGTCGCT AAGTTTATTG GGGAAACTAA 4260 TAGCTTCCTG TCAACTGTCG TCTCCTGCAC CnCCATTGAA AACGAAGAGT TTATGCTCAG 4320 TCTCCAGGTT CCGGAACTTG ACCnTACGCT CACC 4354 (2) INFORMATION FOR SEQ ID NO : 63: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 21948 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 63: GATACTTCCC AATGGCACTT TcsGGTCGCt GcTTTTtCyT CACgTTaACA GCGAACGTAT 60 TGATTTTAaT ATCCACCTGC CAAAAgGAGG TTCAtTACAG GACTATGCTC ACATCCGCmA 120 CACACTCAGC CGCAGCGTTG CGCACTTCTA CCGTCAGTGC ACTATTGCTC ATACGTACGT 180 GCAGAACTGC CCACGCACtG CCACTCAGGG CAACGCGCCA ACACATTCCT CACCCCCCTG 240 CACCGGCGTA CGAGAAGAAC CCGCCGCTCC cTGCGCGCAC ACACCCCGGT ACGAATCCCT 300 GTTCCCTCTA CCCGTGCAGC ATGCGCACCT GCTTCCTCCG TCACCTCCTC ACATCTCGTG 360 CGAACACGCG CGCGATTGCA CTCACCCAGC CCCCGCTGCC GAAGGAGATG CGCCTGTGCA 420 CAACCATACC CATACAGGTG CATTCAAAGT ACTCGGACAG GTAGCAGGAA CATTCATCGC 480 CGTAGAACGC AACAACGCTC TCTACCTTAT CGATCAGCAC GCAGCACATG AACGCATTAT 540 TTTTGATACG CTACAGCGGA ACCTTGGCAC TGCACAAATA CTTCTTATTC CCTACCACAT 600 TCACCCACGC TCGGATGAAG AGGCGCGCAT CATGCACCGC GCCTGCACAG AACTTTCTCC 660 TGCAGGATTT CGATTTCACG AAGAACCAGA CGGTTCGTGG CACGTAACTG CGGTGCCGCT 720 CCACTGGCGG GGGAGCGAAG AGCAACTTGC ACACGATATC CTCTACTCAG GAAAAAACGC 780 GCACGACATC CTGCGCCACG TCCTCGCTAC CTGTGCCTGC CGGTCTGCGT GTAAAGACGG 840 CACCATCCTG GATGACGCAA CGCTCCACTC GTTAGTGGAG CAGGCTTTTG CATTACCACA 900 ATCGAGGTGT CCCCACGGAC GGCCCATTTG GATTGTCATT GGCCGAGACG AATTGTTCAA 960 ACGGATCAAG CGCACGTAAC GCGCTGCAGA TACGCAAAAA GAAGCCTGCT ACGTCTGCGC 1020 TCTCCGCGTC GGCACGGGGA GGTGCGCCGT GTGCACACAA ACACCACCAG TGAGAGGATG 1080 TACGGCAGCG CAAACAGTAC ACCGGTGGGC ACCACGTGAG TGCCCTGCAA TAmGTcaCAC 1140 ATGTGTTCAA TACCGGAGAA AAAAATCGCC GCCGGCACAC ACCACATCAT CCGCTTGCGT 1200 GCAAGAAAAA CAATTGCAAG TGCCGTCCAT CCTCTGCCTG CAGCCATCTG CGGGGTGTAg 1260 TACCGACACG CAATACTAAC AGTCCCCCCG CACACACCGC ACACACGCCT GTaCCGCCCA 1320 CGACACCATC CGATtACGCG CCGCGTCAGT TCCCCGCACC TGCAAGGTAA CGCACCTTCC 1380 CCrkAGTGCA TAAAATTGAT ACCCACGTTT GTAGAGTACA GATACAGGTG AAAAACCCAC 1440 ACCAGTGCAA AGGCCACCGC AGTCCCCCAC AGGGGGTGAG GTAAAACGCG GGTATGTGCA 1500 AGAGAAACAT GAGTGAAAGA GACACCATGC GCTGCCGTGT CCATCTGCAT CGCAGAAGCT 1560 GCAGCGCGTG CAAACATGCT GGACGCACCA AATGCGCTCA TCCCCATTGC AGAAAAGTGC 1620 ACTGCTATGC CCGTTAAAAA CGGATTTGCC CGCATACGCT CCGTACCCAC GGCCACAAAA 1680 AATAAACACA GCGGCACCAC ACACACGGTA ATACCCAGTC CACCCCAATA ACTTCCCCAT 1740 ACCAGTGCGA AAAACGCTAT GCAAAAGGAC GAGAAGGTAA TCACCCCTTC CATAAAAATT 1800 CCCAACACTC CCGCGTATTC TGTTGCGAGC GCTCCTGCTG CAGCGCATGC AAGCGGTGct 1860 GCGCGATGTA ATATTGCTAT CACTGTGGTG CCTATCACTC CCATCGAGAC CGCCTATGAT 1920 GTGTATCATG TACAGAAAGC GCATGACGTC TGCGAGTTCT GTGCTTTTCC CCACGAAAAC 1980 AAAAAACGGT GACAAGGAAT CGATATACCC GGCGTGCGCC TCGCCGCACT GCATTCCACG 2040 GTGCGGACCA TTGTGCAGAA ATAAGCAAAA AGATCGCCGC CTGTAAAAAT AGCACCACAT 2100 TTACCGTCAG gTGCGCACCA AGTACTGCAG CTTCAGAGGC TGTCTCCATC CACGCGAAAA 2160 AGAACGCAAG CGGTACGAGT ACCGTAATGT GTGCATGGGC AATTAaCGCG TGCGCTAAGG 2220 CTGCGTAACC CATCCCCACA GAAAAACCCA CATAGCAGGT GCCAAACAGC CCAACTACAG 2280 AAAAAAATCC GGTAAGCCCA AACAGCGCCC CTGAAAGCAC CATTCCCCAC ACATAGGTGG 2340 CCCATACGGG AAACCCTACA AAACGCCCAA ATTCGGGGGC CTTTCCGCAT ATGCGAAACT 2400 GATATCCTAC GCGGGTGTAC GAAAAAAAAC ACCCAACTGC GAGTGCTACT AAGGACGCAT 2460 AGGTCAATAC GGCCGGCACA CCGAACAAAG ACGTCTGTTG CTGCAATATA AAATGCGAAT 2520 GAACCGGCGC AGTTGCCAGC AAGTTCCCCG CAGaTCACGC GTAACCGTTA TAATCAACGC 2580 ATCGATGAGA GGCACGCATG CGGTGGATAA CAAAAAGGAA GTAATCATTT CGCTAGTTGC 2640 CAGCCATGCT TTTAGTATCC CAGAAACACA GGCTAATATC CCCGCGACCG AcAGCGCACA 2700 GAGGAGCGCA ACACTCCATT GCAACAAAAA GCCCACACCC CAGTACTCAC GGAGCAACAA 2760 TGCGGTGACA AAACCTGCAG CATAGATCTG GCCATCACCA CCTAAATTGA TCATTCCTGT 2820 TTTTAGCGCG CAnTCGCCCC CAGTGCCATA CAGACAAACA GTCCTGCTTT GTGAAACAGG 2880 GCACGTATGT AGCCACGGGT AGAAAAAGGT TTGAGAAAAA ACGCTGCCAA AGATACGGAT 2940 GGATTTTCCG AGCACAGAAC AATCACAGCA CTCATAACTG CAACACCGAG CAACACTGCG 3000 ATACACGAAT TGATCACCCG TTTCACGTAT GAGAATCCTG AGACGGAGAC GGAGTGCCTG 3060 ACACTTCAGC ACACAACGTA CCTGCACGTA GCAAGAAACG TTCTGTGCAC AACGCACGCC 3120 ACTGTGCCTG ATGCTGTTCT CGCGCAAGGA GCACAAGAgc AGTTCCTGCC TGTGCTACCT 3180 GGCGCAGACG TGCAAGCAAG CGCTGTTCAC TGGCGCTATC CAATCCTTCT GCAGGTTCTG 3240 CCAAAATGAG AAGACGTGGA CGCGTTGCAA GctCACGCGC TAAAATAACG CGCTGCAACT 3300 GTCCGCCTGA AAGCGTACAG GCAGGCTGCA ACGGATCGCA GTAAATTTCT TCTTCTGCAA 3360 GAAGACGAGC AACAAAGCGC ATCTGGcgCg GCACACGCGT GCGCCACGTA CGCAACGTGT 3420 AGGGAACGAG CAAATCAAAA AGAGTTAACT GCATTGAGGC ACCGCGCTGT ATGCAATTAG 3480 ACGGCACACA CGCAACCCCG TGTGCCCGCA GCAGCGAGGG CGTATTGCGC TGGAGGGGGA 3540 GACACCACAC CTGATCGTGC TCCTGCAAAA GAATATTCCC GGTGCAGTGC GTACGCGACG 3600 CCCCAGCGTG CATATCACAC AGTATATCTT CCAATACGTG CACACCATCT TCTGGCGTAC 3660 CGACTATCCC TATGATAGCA GATGCGGCCA CAGAAAACGA AATATCTGTG AGCGGAACGT 3720 CTGCGTGTTT ACTCACCTGC AGCGACTCAA CGCGCAACAC CCAAGGACGA GCAGAAGATG 3780 TGCGCGGCAC AGTTGCGCAC GACTGGGTAT CTGACAGAGA GGAAAAAGAA CTTACGGCAG 3840 AAGAAGTCAC CGTTGATGCG GACATGAGCG CACAGGACAC TTTCTGAATA CATTCATTCA 3900 CCTGATGCGC AGAACAGTAT TCGTCTAAAA GATCCGTACG CAGAAAACTG CACGCTTTTC 3960 CCCCTTCTAT CAAAGAAATA CGCTGTGCCC ATCGCAATGC ATCAGCAAAT CGGTGCGTCA 4020 CTACTATCAC TCCGCCACCA CACCGGGGCG CGTGCGAAGA ACGCACAAAA AACTCTTCAA 4080 GATGAGAAAA GAAAACCGCA CGCGATTGCG CCGGAGCACA CCGCGGCTCA TCCAGGATGA 4140 TGAAACGCGG ATTGCGAAAC AATACACAGA GCAACGATAC AAAAAACCGC TTGTCTGCAC 4200 TCAAACATGC AACGTATTCT TCCTTCTTCA AGGGCATACG CCACTGGGCG ATAATGCGAT 4260 CTATGCGTTC TCTCACcTGT GCACGGCGCA CCCACCGCAC GCCGGTgAgT GCAGCACTAC 4320 CCATCACTAC ATTTTCAAAT ACTGTTGCGC GTTCTGCAAA TACCGGTTGC TGGTGCACTA 4380 TGCCAATTCC TGCACGGAGC GCATCGAAGG GTACGGAGAA GCGCTGCTCC TTTCCATCCA 4440 GACGGAGCTG CCCATGCGTC GGCACGCAAA AGCCCGAAAG AATATGCGCA AcGTGGATTT 4500 TCCTGCACCA TTTTTTCCCA ACAACGCGTG AATTTCACCG GTAAAAAAGG AAAGATTCAC 4560 ATnGCTGAGC ACGCTGTGCT CAGGrCsGTC CGTCTCACGC GCGCCCGAAC ACGGGCCATG 4620 CGCTGTGTGC GCATCGTCGA CTGCGCGCCT GCCAGGGTGA CCGAACATAC CCCAGACCCC 4680 GCGCTTTGAA CGCGGCATCA CGCGCGGGTA GGTTTTCCCA A TGGTGAA GCGAGAGCAC 4740 ACCGCGCGCA GATGCCCTAA CGCCGCGCTC AGCTATCATC AACGCACCGG CAACGTAAGC 4800 TCACCGCTTT GAATACGCCT GAGCAACGCA GACTGCCGCA CACGAATCGG TTCGGGTACc 4860 GTTTGCAGGT ACAAGGGATC CTCTTCAATG AAACGTACGT ACCCGTCTTT CACCCCCAAT 4920 GTCCAGGCTC CTGCAGATGG CAGTTCACCG CGAATGCAGC GCAGtcTGCT cATACGCAAG 4980 ACGCTCCTGT TCCATAACGG AACTGCCAAC TACGTAGCCC GGTGCCCTCG CATAGCCGTT 5040 ATCGTCAAAC CACGAAACAT AAAAACCGAG CTCCCGCGCG GCCGCAAGTA CTCCCTGATT 5100 CGCACCGCCG CAAATTGGCA TCATAACATC CACCCCTTCG TGAAAGAGAA TCCGTGCGAG 5160 GTCTGCACTT TTTGCAGCGT CATACCAGTT CCCCACCACG CGCACATCGA CTTCAAAGGC 5220 AGGATCTACT GCACGGGCAC CTGCGAGAAA GGCAGGAATA ATAGTCTGGG TCATCACCGG 5280 ATACGACTGC CCCGCAATAA GACCGATTTT TTTATCTGCA TTTGCAAAGC GCATAGCACT 5340 CGCACTCACT AACGCGGAAA GGTGTCCTGC AAGGTAGGCT TGCTCCCACT GGTTATAGCG 5400 AAAGGTAATC AGCGAgTGCT CtGCGGCGCG TAGGCATCTA GAACCAAAAA CCGCTGCAGG 5460 GGAAATTGAC GCAAAATAGG CTCAAGGACG TGCGGGAGTG CAGGGTTGGA AGACACAATC 5520 AAACGATAGC GCTGTTCTGC AGCAAGATGC GCCAACTTTT CGCGCCAGAG CGCCTGGTTC 5580 GGCCCCGCTT CGATGATATC AAGCCCaATG TGCGCCCTGT CGCGCGTTCc TGCGTAACTG 5640 CACGCTCAAC ACCGTCACAC AACATTGCAT ACACAGGACT GTCGTGACGA AAACCTGGGA 5700 CAAAAACGGC AATAgCACCG CGCGCTCATC TTGCACCGCA GGCCTACACG AAAAGCAAGT 5760 AAACACTGCA ATGAGCGCAC TGAGAACACA CACCGCACCG TTCATAACAC CTCCCCCCAA 5820 AAATCCCTCT CTCGCGTAGG GTGCACCcTA CCGGCACCCA CAGCCTGAAA AGACCAGAGC 5880 ACTACTCCTC ACCCCTGCCC CCAAACGCAT TGCACCACCC AGAGAGAAGG AGAAAGACTA 5940 GTTTTTCACG CGTTCTTGAA AAACGTAGCA TCCGCTAAAC TCTGCGATCT CACGGATGCT 6000 CTTCATCCAA TATACCGCTT CTGTACGATT AGTAAAAGGA CCGACACGCA CACGGTGACG 6060 CAAGCCTGCA CCCGTGCGTT TCGTGAAGAT TTCTGCCTTC ATGTGTCTAG CTGCAAgCAC 6120 ACCCCGAGCA CGCTCGGCGT TGAGCTTACT TGAGAGCGAA GcGGCTTGCA CCCAGAAAAG 6180 GACAGAAGGA GCAGCAGGCT GCGTGGACGC ACCGCGCACG CGCGCATcCC GCTGTGCAAC 6240 AAGCGGAGCA CGGGTACGAG TAGCGGGAGG CGACTTGGCA GACGCTCGGT CACTCCGTGC 6300 ATGCTTTGAC GCACCCTTTG ACTCTGCAGA TTCCCGAGTG TCAGAGGCAG GAGAAGTTTT 6360 CCTGTCCTGC GCCGCGTCTG TGCGCTCAGC AcGCGCCGGA GGAGAAACAT CAAGACTTTT 6420 CGCACGAGCG GTAGGGACAT CCTTTACCAC CGTGAGATCA GGAATTGCCC TCTGTGTTGG 6480 CGCAGGAGTC TTCCCCAGCT CAGGAATTTT TTCAGGATTT TTTAGCCATA AGCTCGGATC 6540 CACTGACGGG TGCTCAGGTA CGTCACCACG CTCAACATAA GAGGACACGT CGGTCACTCC 6600 TGCAGAATTA GAAGAATAGG TAGGAGAGTA CAACAAAAGC GCGACGCCAA AAATAATGAG 6660 CATAAACACA CTCAGGGAGA TGACAATCCA CAAAATTCTC TTCTGTTCCA TATTTACTCG 6720 CCTAAAACAC CCCTGCGCGT CAGAATGCAA TCGACTTTTC GCGCCAATGA CGCAACACGC 6780 CCACAGTTGG CCACCGTGTA GGTATCGGCG TTTTGCGCGA TGCTTTGAGC ATAGAAACCC 6840 TTCTGCGCAG AAAACCTGCG TAAAAGGTGA GTAAAAGATA CTCGTTCCCG TTTCTTACAT 6900 CGCCACATGC GCAGTATGCT TGGCGCCCAT ATGTACAAAA CAAAACTACA GGCTTGTAAC 6960 AGTTCTGTTT TATGCAATGT CGGCGCATTC AGTACTATCG CTTTTGGACG CGCAsCTGCG 7020 CGCGCGCTAT GTCTTCACAC AAAAGACGGG TAACTTTCGG TAACAAAAAC TCTTCGTGCT 7080 GCTGCAGTAG TTTAGGCTCA GAGAACAGTA ACACACCCAA ATGCGCAGAG TGCAGGCCGC 7140 CATCTTTACG CCGTAACGAA AGGCCGCGCG CAGCgCAGCC ACTTGAAACC GCTCTACTAT 7200 AGAGTCGCCA TAAGATTCCA AAAGTTCAcG CGTGCGCGCA TCCGCGTCAA TACAGTAACA 7260 TCCCCGTTCT GCAAGCAGGC GCGAGACCAC ATTCTTCCCC GCACCACTTC GACCGATGAC 7320 ACCAATTAGT GGACAAAACT CGCGCACAGC GAGAGCGTAA CGTCAAACAC GCACCGTCCT 7380 CAAGTGTTCA GAATGTGCTG AACACCCGAT ATTCCTGCGT ATCTTGCGCT GACTACCCCT 7440 GTGCCTCACG CGCAGCACGC AAAAGACGCT TCTGTGCATA CTGTTCGTGT CTGGCACGGT 7500 TGGGAATAAA CTCACGCTTG AGACGACACA GCCGTTGCGC TGCTGTTTGC ATATCCGCAT 7560 CAAAATCCAA GGCAACACAC GCGAGCGCCG CGTTTCCTGT CAGTTCTGCG TCATGAATTT 7620 CTGGTAACAC AAAACAACGC CCACTGACAT CAGCCTTAAG CTGCAACCAA CGACTATCCT 7680 TTGCCTGTCC ACCTGAAACG GTGTATACCG GTTGCAACTG GGTCACAGAC TCCAGATACT 7740 CCAGACCTGC ACACACCTCA AAGGCAAGAT CCTCTACCAG CTGTCTCCCT TCTCCCACCA 7800 CGGTGGGGGG ATACGCATCA TGCAGCTGAA AAGGTAACGC CATAATTTGA CCCATCCGTT 7860 CCCCAAACCC TTGAGCATGG GTGCGCCGCA TATAAGAGGC AAAACGACTC CCTGAATCCG 7920 CAATTAAAAA CGAGACATTC CAAAAATCTG CTCTCAAAGA CGGTAACACG CGGACCCTTG 7980 CATCCGCAGA CCTGATCGCA GGAGGCAGAC GAACACATAC ATTTAACCCC TCGCTGGATC 8040 CTGCCCGATC GCATCCGCTC CCTGCATGTA ACGTATTTGT TCCAATGAGT GCTGCCGCAA 8100 AGTCCGGCGC GCCGCAGACT ACCGGTATTC CCCGATAGGA GGCAACAATT GAGCCAGGAG 8160 CCACGAACGG CGCAAAGAGC GTTTCAGGTA ACGCACACGC GCGTAAACTC TCAGACGTCC 8220 AGTACGTCGG CATGTAACGT CGCTCTGGTA ATACCGTAAC CGCACACCCC GTGAGTCGAT 8280 ATATCAAGTA TTCGTGAGAA GAAAGAAAAA ACTGTACATC ACGCGCACAA AAATGCAATC 8340 GCTGCAAAAG GAGCAAAACC TTTGGCAAAA AAAGAGAAAC ACCGCACCGG GGATCAGACG 8400 CCCCCGCTTG ATTCCACAAA ATCAGTTGAT CCTCGGCATG ACTCTTCTTG TGCACGGCAA 8460 CGACGCTCGG TCCATTGCCC GAAATAGTAA TGGCAATAAC GTGATGCACG GCACGCAACC 8520 GCTCAAACAC CGTAAAAAAT GAACGCACCC AATCCTGGGC CTTCACCGGC TGAGGAAAGA 8580 ACACGCGCTG GTACTGTAAC ACCTTTCCAT CTTGGGAAAT AATCGCCGCT TTTAGGGAAG 8640 ACGTACCGAT GTCCGCGACA AAGATCCCCG AACCCATGTC CGTTGCGACG CTACCCTATG 8700 CGCGCGGTGT CCCCGCAACG GACAAGCGAG CGTGTAGGAG TCGCTCGATG ATACTGCGAT 8760 CATCCAAGAG ACTGCTCAAC GATTGATTAT GATGAanTGC GCGcaTGACG CGcGCGAACA 8820 ACCCTGACAC ATCGGTTTCA GTATACCACT GCTTGTGCGA AAGCTGTGTG TGGAACACCG 8880 CATTTGTGCC AATAATCCGA GAGAAATACC GTTTCTCGTA CGCTTCATCA AATAACTCAA 8940 GTGCATTTCC CGTAAAGAAA GGTAAACTCA CTGCCGCGAT CACCTGCTTT GCTCCGCGAC 9000 TTTTCAAAAA TTCCATCGCC TTTAGCATCG TACCTCCGCT GCCAAGCATA TCGTCAGCAA 9060 TAAACGCCGT CTTCCCCTCC ACATCGCCGA GCAAGTTAAT TTCTACAATA TTGCTCTGCT 9120 TTGCATTTTG CGCGACCACC GAATAATCAC GCACCTTATA AATCATCGCG AGTGGCTTTT 9180 TTAAACCAGA AGAATAAAAT TTATTCCGTT CAACCGCCCC GCTGTCCGGC GCCACTACTA 9240 CAAAAGGGAT ATCGGGGTCA GAAAGATTTT CAATCTTTGC CAACTCCCGG ATAATCTGAT 9300 AACTGGCGTG TAAGTTTTCA AGCCGCGTGC GATGAAAGGC ATTTTCAATC TCACGTGAAT 9360 GCAAATCAAG AGTGACAATG TGACTCACGC CAAGATACTC ATATACACTC CCGAGCAAAC 9420 CCGCCGTCAG TCCCTCACGT CCACACTTTT TGTGCTGACG GCTATACGGA TAAGTGGGTA 9480 AAACCAAGGT AACGCGCCCA GCTCCCGCGT GCCGAACTGC ATCTATGGTC ACAATGAGCA 9540 TCATCACGTG ATCATTCACG GAGAATATTT TTTTACTTTT TCCGTTATTC ACCAGGACTG 9600 GTTGATGATT TTCTACATCT TGGAAAATAA AAACGTCCTT GCCACGAATA CATTCATTAA 9660 TTTGCGTTTT TAACTCACCA TTTAGAAAAC AGATAAACTG TGCATCCACC TTAAAATGCG 9720 GTGGATTAAA ACGACGTACG TCATCGTGCG CACACAACTC TGTGGAAAAA AGGTCCCGGT 9780 AAAAGTTCGC ATCTCGTATC ACCGACCCCG AGTCAAGACC GTAGCGGTCC GTCAAACGGT 9840 CCATTCTCTG GTGAAACTTG CGTTCACACA CACGCGTCAA ATGTTTGATA GTTTCGTCCG 9900 CGAAGTGCTC GCCACCAGGA CAGGCGACGA TCGCCAAATC AGTAAACCCT GAACATCTCA 9960 TGCAATCTCT CCACACTTGT CAACGCGGAC TGGACAAGCA CCGTCTCAAC CGCACGATAG 10020 GGAGCCCATC CGCGCAGGCT AATACAACGA AACACACCCA AGCGAACACA CCTTGCATAC 10080 GCAAGGCACA GCGAACGCAC ACGCGTCATG CGCACAGGGC AACACTTTAC TTACTTATGA 10140 TAGTGATTTC TACCCGTCGG TTTTTTCTAC GACCATCCTC TGAATCATTT GGCGCAATAG 10200 AcTGctGCGC ACCACAACCG CGCGTATATA CATGCGCTGC ATCCACAACA CCTAATTCCT 10260 GCAGGTAACG TGCAACCACA TCAGCACGCT CTTCAGAAAT CCTCTGTTGA TCCTGCACAG 10320 ACCCCCGTCG TGCCGCATGT CCAGACACCA ACAACTCTCG ATCGGGAAAC GCGCGCAAAA 10380 GTTCTGCTAT TTTGCGCAGC TTCTCGTACT CAGAAGGTGC AAGGGATGCA GAGTCTGCGT 10440 CAAATTGAAC ATTTTCTATA CTGATGGTTA CTCCCTCTTC TGTTTCACGC ACcTTCGCAT 10500 CAGGCATATG CAAGTCCTTG AGCGTTTCTT GCAGTTCCAC CACCGTGCGT GCAGGATCAA 10560 AGCGCTCAGG TGCAAAATTC TTTGCCGTCG CAGTACCCTG ATATCTCAAA ACCGTTCCTC 10620 CACTCAGGTA TAAGAGAATG CGAAACTCAT CGTCGTACTC AGCTATGTTC CCAAGTTCGT 10680 TATCCCAATA CAAATTTTGC TTAGAAACGC CCGTAGTACG CACCGGATAC ATTCCTTCTT 10740 TTGCATTGCG CTGCACGCCA TGTGTCCGTT TGGGCGACTC ATAACTCATA GAATACGCCG 10800 CAGTAATGTG ATGATAGCGC CGACTACCAC GCTGAACTTC ACCACGGTAG GTATACGACA 10860 CGGTAAACGG CACAATGAAG GGCGTTTGGA TACCAAAGCC GTCACGCAGA TCATGCGCTT 10920 CTTCTGCTTC ATGCTCCCAG GTATCTCCAA CTTCGATATC ATAATCAGGA AACACCGGCA 10980 CATTCCGTAC TACCGGCATG AAGAATGAAC GATCAATATC ATACACACCA AATGCGTCGC 11040 GCCAGAAAAT ACTTTCGTAG TGCCTCCCCC AACGAAACGT ATTATTGGGA CTTTTCTCGG 11100 ATGTCATGAA GTGACACACA TACCGCGCCG CATCAGGCGC CGACCCGTGT GCAACAckTA 11160 CTTCGGAAAC ATGCACCGTG ATTCGATTCG TAATCTCCGC CGTGTGAGCA AGCGTATCGT 11220 TCACAAACAC ATCCTCGCGT ATCAGCGAGT TGATACGGTG CGTATCCCCC TTACGAAACT 11280 TGTaGCGCAA GcgCAGAGGG TACGCCGCAC TTGCCGCGCA CCAGACTGCA AGAACACACA 11340 GCATTCCCTT CCTAGAAAAC ACACTTCCCA TCATACACAC CGAACGGACC TATCCGTCAT 11400 ATTCCGCACG AGAAGTTGCA CCCCACCCTT TCCTCCTTTG AGAAGAGCTG TGATAAAAGG 11460 ACGCCCTATC AGCACCTGct GCGCACCCAA CTcCCstGct GCGCACAAAT GCGCATAACT 11520 GCGAATACCA CCGTCTACCC ACACTTCACC GGCACAGCGC GCTAACTCTC CACCGTATTC 11580 AAAAAGAAAG TCCgCTGTGC TTCCGCGCGC AGTTTCAACC cTGCCTCCAT GATTTGATAC 11640 GATAGCGACA TCCGGTTTCA ACTCTCTGAC TAATTCGACA TCGCGCGGCG CAAAAATTCC 11700 TTTCACCACG ATAGGAAGTT TTGCAAAACG TCTGACTGCA CGAAGGTGsG TAGGAGTCTT 11760 TTTCTCTAAC TGCACTTTAT CTCTCATGGT CACAATATGG TACGCATCGA TATCCACACC 11820 CACAAACTCC GCAACGTCCC GACCCCACTC GATACGTTCA AAAATTTTTT TGTTCACATA 11880 CGGTTTGATA AACACTGCAG CCTTCTTTTT GAAGGAACGC AACGCAGCAA TACCCGACTG 11940 CAGTTTGATG TCCGGACAAC CATCTCCCAC ACTCAACAGG ACACCcGTTC CGGACACCGC 12000 TTCGATGAGC CGATAATAAA ACGAGACCTC GTCAGGATAT CCGACGTTTT CAACTGCACC 12060 CGTCATAGGC GCAAGACGCA CGACCGGTAG TTCATGCCTT TGCGGAACAT ATTTTTTCCA 12120 TGCAAGGCAG TTCGCGATAA AATTCGCACT GTTAAAAACA CCCCCCATCC CTGGTAACTG 12180 ACCACGACAC CCGTATCCAT CACAACGGGC ACACAGGCGA CACTTGTACT CTGAACGCGC 12240 AGAACGCACC ATGCGATCTT CCTTTTCCCT AAAAAAGCAC TGCCCTCTTT ACTCTACCAC 12300 CCCATAGCGC TTCAAAGCCT GTGCAAAACC TGCATCATCA TTAGATTCGG CAATATACGT 12360 TGCGTGTTTT TTTGCTTCCT CATGACCATT ACGCATACAA AAGGAAACGC CCGCTGCTTT 12420 GAACATGACG ATATCATTCC TCTGATCACC AAACACGCAT ACTTGTTCCA AAGAAATGCC 12480 GTAGTACTGG CACAATA AT GCAGGGCATT CCCTTTATCC ACTCCCTCGG GCATTACATC 12540 AATCAGGTGC GGCATGGAGT GTTCACAGTG CACTCCATGC AAACTGCCAA TAAACTCAGC 12600 TGCTGTTTCA AGATCTGAGG GAGAAAAATT TTGCACAAGG ATTTTCATAA CCTGTCGCTG 12660 CCGATCGCCT GATAGTGCTT CTATGGGAAA GATAGGGATA AGCGCGCTCC CCCCACGACG 12720 GGCCAAACGA TTGTATTCAT GGAACGCCCG TATACGGACA CTGTAGTCCG GTGCATATAC 12780 ACTGTCAGAC GTATAAACTA GGTAATCTAG GCGATGCGCC ATGCCGTATT CCAAAACACG 12840 AGCAAATGCT TCAGCAGCAA AACATTTTTG AAAAATAGTT TTGCCCGTCT TAATTTCACG 12900 GATCATTCCC CCGTTATACC CAACAACCGG TCCAACCAAC TGCAACTGCC GCACATACTC 12960 CTGCACCATA GGCAGCATCC TACCAGTTGC AATAACAAAA GGGATATTCT TCTCGTGCAG 13020 ACACTTTACC GCCTGCTTAT TCTCAGGTGG AATGTTATTT TCGCTATCCA AAAAAGTACC 13080 GTCCATATCG GTAACCACCA ACCTAACCTG TGCGCCTGAC ATCAACATCA CCTCTGAACT 13140 TGAACAAGTG CACACCCAAA AAACAACACG GCAACTTCAC TTACTCGCAG ATCCATGCGC 13200 GTCTCCTTGC TTTATCGCGT ACACCTCCAT AGTGTCTCCT AATTGGAACC ATTTGCTCAA 13260 TGCCATCAGC ATCTTCCATT TCAACCCACC AGATTTTAAA TGCTTGTGAG GATAAAATCG 13320 CTCGGGATGA TGACCAGTCA CCACTATTTT CTTTACCGTA AAACCGTAGC GCAAGAGCTG 13380 CTTTTTTACC GTGCGCGCAT CCCATATTGT AAAATGATCG CAAGGACTCT GCGCAAAAAA 13440 AAGATGCGGA AAACGCATAC CAGTGACACC TGCAAAATTA GGGGTAGAAA AGGCAAGAAT 13500 ACCTCCAGGC ACTAAAAGAT CTGCCACCTT CCTGAGTACC GCCTCCAGGT CCTGAAAATG 13560 CTCTATCACA AACCACAGGG TAACGGCGGA GAACGTACAC TCTCGAATGT AAACAGATAC 13620 TTGTTGGGGA CGATTCGTGG CAAAGCTGTG CCGAATCACA AAGTCAAAAC ACTCAGGAAG 13680 TAATGGAAAC GTTGCAACAC AAGCAGGAAT GCAGAGTGTG TCTCGCACAT GACGCACCGC 13740 AAATTCACAG ACATCAACCC CAACAGCATT CCACCCCGCA GCCTTTGCCG CAGACAAGAA 13800 AGCGCCATAT GCACAGCCAA CATCTAAAAC CTTTTTATCA ACTGCAAACG AATTACCTTC 13860 ATCTGCACAA AAAACTTCTG CATATAAGCG TTCGATCTCC TCCATCCTGC GCGCACCATG 13920 CATTCGAATT TGGTCAAAGT CCTCAAGGTA AGTCTTGCCA TACTGTGCCT TGTATTCTTC 13980 AAAAAAATAT GACTCGGAGT ATCGAACTGG ATCTGAAATT ACAAAGGAGA GAAAAATCAT 14040 ATCGCATTCA TTACAGCGCT GAAAGGTTTT ATGTAATGCA CGACCGACAA CATCCACCGC 14100 TACCATTTCT CCACAAAAAG GACAGCAGTG TTTTTTCCCC CGCGCAACGc gCATGaTTTC 14160 ATCTGCCAGA TCACGACACT GCGAATGTCG CGTCACAACA TCGGGTATAA TAATTCCCTG 14220 CTGCATCTGA GACCACAACT CATGCGCAgc AGGnATCAGC AGATCGAATA ACAGAAAAAC 14280 CCACTGcACT CGAGAGTAAA AAATGATAGG GCGTTGGTGA AACAAGCAAC ACCGCCGCCC 14340 CTGCAGCTGC AGCCTCAAAT GCGGTAAAAC CAAAATGGGT AACTACCACG TCCCAGCGGT 14400 GGAGATGCTC TTTCAAATGA GGCAAAGAAG GGTATATGTG CACCTTACCG TCCGTCCGTT 14460 CAGACGCTTC ACCAGGAACT ACCACTGAGG TGTCAAAACC TAATGCAGCT ATCCGCTCAG 14520 CACACGAACG CGCGCGGCCG TGTGTATCTT CTGCCCCATA CACCACCAAT ACGGTGGTGA 14580 CGCCAGGTAT AGGAAAAAAT CTGCCGTTTG CCACAGGCAG ATCCTGCTCC TTTCTCGTCT 14640 CTGGAAGTGG GATAAACGCA CTATCACGTA CATTCGTAAG AGCGGCCAGC GACCTTCGAC 14700 CCGGACTTTG CAAGACGGGA AATACATCTA TCAAGTAATC CGCATTCAGA CGTCCAGATC 14760 CCCCCTCATC CAGAGCAAGC ACTGGTGCAG TACGCTGAAG TAATTCAATC TCGCACGTAG 14820 AAGTACGGAA GTTGTCGACC ACTATCAGTG ATGCATCCGC AGAACCGTGT CCACTATCAG 14880 TTCCTCAGGA AAGGGAGTAG ACAGTTTGCA CAGCAAACTA CGATCGGGCA CATACAAGCA 14940 ACAGCGCACA CGTCCTTGCA GTCGCAAGAC TAAATACGCC GCCCGATATA AATGCCCCGC 15000 TCCCTGTCCT ATTTTCACTG AGGGTACAAA TACCACCACC TGCCGCGCGT ACGCATACGC 15060 ATCTAAAATA ACATCGGAAG AGAGCGGAAA CGGACACTGC AACGTGCACA CGTACTCCAT 15120 CATATGCTGC GCTCGCTGAA AGTCTTCCTG CGTGTCCACC GTTACTCGCA CATCAGGGTG 15180 ATACCATGCG GCAGCGGcAG GTTCACGCAC ACACACGAAA ATACCCGGGC GGCGATGTAA 15240 GGCAGGTCCT ACATGCTCAC GGTCGTACGC CTCCAAAGGA AGACGATCTG CTAAAAGCAA 15300 CGAGCGCGCC TTTAATATTT CCACTCCGCT GCCGTAGGGA AGACCAGTGA AGGTAAAATA 15360 ATCTGGCTCG TCCAGTTCCG CATAACGCAG GAGCGCTGCA GCAGCTGCTT CGTGAAACAA 15420 AAAAGGGTTA TCTCCGGTAA CCCGCACGAC GGTTCGAATT GGGAACGAAT GCTCAAAAGC 15480 CTTAACTGCG ATACAAAAGC GGTGGAGCAC ATCTTCTGCC GATCCTGAAA TACAGTAGAA 15540 CCCATGCGCG CGCGCAACGG GTTCAAAATC TTTTTTAGAA TGTTCATCAC ACGCAAGAAT 15600 ATACGTTTCT GCAGGGATGA CCCGCGTTGC CTGCAACACG TAATGTATCA GCGGCTCCCC 15660 CATAAGGGGC AACAGCGCCT TTCCTGGTAA CCGCGTAGAA TCAACGCGTG CTTGCACAAT 15720 AACTGCAACA CCGGAACGAT CCTGCTCCAT TAAACgTGGT TCCCACTCAC TTACTAAACG 15780 CGCGGCAGTT TTTTTAAAAC GGTATCTATT CACCGCCACC CATTTCTGAG CGTCCCGAAA 15840 GAGACGGTAC GCCTCTATTA GATGCAGACC AGAATTTCTA AAAAATGAAA AAAACTGCGT 15900 GCCCGAAATA AAGGCCCTAT CCTTCTCTAG GAGTGGCGCA AGGTTTTTCA GATAAAAGAT 15960 GCGGTACGAA CCATCTGCAC TTGCATCCTC TTGCGGGGGA AGAGCCTCAT AAAACAGTCT 16020 TATTTGCGTA TTAACCTCTA TGCACTCCCC CCACAAATAA GAACGCAATC CAAAATCAAG 16080 ATTTTGCCAA TATGCATTCG CGATGGTAAA ATCAAAACCT CCGCATTGGA TAAACCGGTC 16140 CCGATGGTAT ATTCCAACAA AATCATACGG GTATATCGTA GGCGTATGGT TAGTCGTACA 16200 TTCCGTAGGC TGTGTAAAGA AGTCACTTTT TCGCAAGGCA GGGACAATTT GCGTTGGGAG 16260 TACAGTACTG TGGGAAGAAC ACAATTGCGG CGCAATACAC ATGTGCGTAT TCGTGCGCAA 16320 GATATCCTGT ATGTGCTGGC TCATACCTGC GGATCTATGC GCATGTCGCT CCACAGAACT 16380 AAAACATACA TGACATCAAG TTCTGCAACA CCTAAATTGA TCATTTCTCC AACCGAAATA 16440 CACTCAAGCg GTGTGATAAA CTTAACGAAG GGGAAACgCT CAGCAAGACC GGTAACATCT 16500 GGAGCTGCTG CACTCCGCTC CACCGATACA ATGGGCGCGA TGCCAAGGGT AGTCAGTTGC 16560 GCAAAAAACT CTGCCCGATT CCACCGCACT CCCCGATTGA GTACTACTGC ACCTAAAAAA 16620 GCAGACGCCA CCGGACAGAG TTGACCACCC ACCACCGTGT GTGCAAmATT TTTCTCGTTA 16680 AAAATTATAG GTATAGTACT CATCACACTG CCCACATAAT CCTTCATGTA CTGCACGAAC 16740 GTGCTGAAGA TACACATCCT GTCCCCGCCG CCAAATCTGT GCAAGATCCT GCTGGAAAGC 16800 ATTGCCCAGC GCGTGGCGAC AGTGCACATC TTCTTTGCAC AGCGGAACTC GACCATCAGT 16860 GAAAATAATC ATATCTCGTT TTAGATGCCA ACACGGA AC CTCTCCAAAG GAGATAGATC 16920 TGCAACCCGC CGATCGGGAA GCAATCCGCA CACATGATCA TACTTTTGAA CAATCACCTG 16980 CCCCACACGC TCCTTCCACG TGCGGTAAAA GGGCTCGAGC TCTTTTTCGT TTTCATTCAT 17040 ACGGAAAATC TGTGGCCACA GCACGCCCGG ACATTGCGCA TGTACCTGCA TTGCAAATTC 17100 CGTCGCTTCT TTTAGAAAAA ATTCCGCTTC TGACAGCGAC ACACGGTGTA CCTGACTGTA 17160 CATGCCTGAA CTCACCGCAT CTAAAAACAC AATCCAGCCA ATGGCAAAAG GAGTGCGCGC 17220 ACTGTTGCGC GCACAtTTCG CACAAATCAC GCACTACAGA CTCCTGcCAC CCCAACCCAC 17280 TTGTCTCAAT GAGCACCGAC AAACCCGGAT ACTTGAGAAT CTCACGTACG ACGTCACACA 17340 GTGCAGGATA CAACACCGGA TCCCCAAATA CCGAAAGCGA AATGACCGCA CGTTCTGAAA 17400 AGTCTGCAAT GCGCCGGATC AACGCACACG CTTCCTCTTT TGGCATCAGT GAAGCATTCT 17460 CCACCTGCGC AGGAAAAGAT ACTGGCCGAT ACAACGAAGA AAGCGGrTAC GCACGCGTCA 17520 ACTCAAGCGC ATAGTACGCA GGAACTGTGC GCAACGCATG CTCACGTGCG CTGATAAGCT 17580 GTGCGTgAAT TTTCTGCAGT GATATCGGTA AATGCAGCAC ACTGCAAGAA CTGCGCCTTA 17640 GAACTCGTAT AAAATTCCAG ACGCAGATGC CGCACATCAA CCGGCGCAAT CATAGTTTCT 17700 AGATCAAAAG AATTAATGTC TGTTTTAATG CTCTCAAAAA TGAACGAATG wCaAAACAAA 17760 TATGTGCATC CTGAGTCAAA GTAGCAAGGA TGGGGAAAAG TCCTGGCGCA ACAACTGCAG 17820 CAAATAACCC CTCCGGGTAG CCATCTGCAA AACTATACTC TGCAAGATAT TCGCGATGCT 17880 GCGCGTATAA CTGGGCGCTC GCCACACTAT CAATAAAGGG CGCGTCTGCG gCAGaACAAA 17940 GACAGCCTCA GGTTCTTCAC CCAATTGCGC GTATTCCGCA CATACGCGTG CAACATGCGC 18000 GAAGAAGGCG CTCACTCGCA TGTCATCCAG AACGTTCACG CGCAGaCGGg AAAAATAGGc 18060 GTACGCAcTG CATAAAACGC GCAACCTTCG cGGCGCTCGC gCATcCGCGT ACACACACAC 18120 CTGATGGCAA CCAGGCAACG CGTAAGCAGc TGTAACAGCA CGCTCGAAAG CGCAACGCCG 18180 CCCCACCCCG GCTGTACTCT CACAGCCCCT CACCTCCACG CACGGCACGA ACCCCGGCAC 18240 TGCTTTCATA CACGACTGct CACGCGTGCC ACACAAGGGC ACAAAGGCAT AATCGCTCAG 18300 ATCAAAGGCA CAGACCACAG CAACCGTTCC CACCGCCCCT TTATCGGCAC GCATGcAGGA 18360 GAACCTTGCT CAAAACTTTT CTGAACTTTA AAAGCACAGC CCCGAAGATC ACTCAACCGA 18420 GTGAGAAAAA GAATCATCAC ATACTCAGCT CATGCAATTC ACGCCTGCGT AAACTTCTCT 18480 TGCAAAAGGC GGGCAACTAC ACGGGGGACA AAAGTAGACA CATCACCACC GAAAGAAGCA 18540 ACCTCGcGTA CCATGcTGGa ACGAAGCGcA GCATaGCaGG GcTTTGCCGc CAAAAAAACT 18600 GTTTCTAAAC CAGCGTCGAG CGCACGATGA ACCCATGCAA GATCAAACTC CTGACAGAAA 18660 TCAGTAGCAT TTCTCACACC GCGAACCAGC ACACGCGCAC CAACATCTCG AGCGTACGTA 18720 ACCACAAGCG AACGCCAAGG AAAGACGTAC ACACCCGGAC GATCCCCAAG GACTTGCCGC 18780 ATCAAATCAA CGCGCTCACA TTCTGAAAGC AAATACCTTT TCTGAACATT GACCGCAACC 18840 AACACGTGGA CCTCTGcAAA AAGACTACGC GCGCGCAGAA CAAGATCTAA ATGCCCAAAG 18900 GTAGGCGGAT CAAAAGAACC GGCGAAAATC GCCTTCACGC ACGGCAACCC CTCACGTTGT 18960 TCAGGAACAT GCGGCGAACT ACACAAAAAA CAGGCAGCAC TATTTATATT CGCACCCACT 19020 CCGTCAACTC CTCGCGGAAA ATCGGTGTTC ACGCGAGCTC TCTACGCTTC CTAGCTACAC 19080 AACGTGCGCA CCGCAsGnCG CGAACGCTTC TCCTCCTACT GTGCTCTTCC CCCACCCACT 19140 GAGATCGCAA TAGCACGCGA CTTCCCGAGC GCCGCCCATC CATTGAGCGG AAAGCGCTCA 19200 TACAGCTGCA TGTAGGCAGC TGTAGCAGCA GCCGCGCGCC CTAACGCCTC TTCCATGCGA 19260 CCAACGTTAA AGAGAGCACG GGGAACGAGT GGAAAATCCT GCACGCGTGC ACTCCTCTGA 19320 TACAGCTCAC GCGCCTCCTC GAAGCGACCA CGCTCATCCG CGCAAGACGC TGCATTAAAA 19380 TAATACACGC CGGCCACGTA GCTCCTACGA GCACCATACG CTGCACGGAC ATAGGCCTGC 19440 TGTGCCTTCT CCCACTCCTT ACGCGCAAAG AAAATGTCCG CGACACAGGC CTGTGCGTAC 19500 GCATATGCAA AGCCGTCCCG CCACGGCGAA CTGGCGCACG ACTCAAGGCG CGCCAAAAGC 19560 GCATCCTCCT TCGCACGTAT GGAAGACCCT CCCCGCCCCT CCACTTCATG ACCAGAAGCG 19620 CTCACTGTAT TATCCGGTTT ACGCAATACG TCCCACTcAC GCGCTATGsk CgTnACCTCT 19680 GCTGAAGCAC GCGCGCGTAA ACGCGTCATA ACCAGCAAAC ACCCTGCACT TAGCCCTAGC 19740 CCCCCGAGGA TAGCGACGAG CACACCCACA AGCAACCGCC GGTGCAGTTC CAAGAACCGA 19800 TCAACCCGCA CTATCCCACG CCGCTGCTCA TGCATGGATC CCTCCTCCCC TCACAGAATC 19860 ACTCAACTCG AGAACCCTCA CCGACAGgcG cGAGCaGCGa AnmCCCACAC CTGcCCAAGG 19920 GAAAGAACAG CACACCGGaA CTaCCGcAAG ATACACACGG aGGCTCGGGc ACCTaCCTcA 19980 CACGcAAAAG ACCTTGCGGA GAAGCACCCA CAACAACCGA GGAGGAGCCA CCAAAACCGC 20040 AGTCAACCCA CTGCGCCCGA AAGAACCGCG TATCACACGC GCAACACACC GACCCACTCA 20100 CTTTCCAGAC GTTTGCCTCA TCAAATCACC GAGCGTAAAC GAGCCTTCGT CCTCCCCCCG 20160 CGGGGCGGaC ATATACCGAG AAAGCTCGTC ACGCTGTACC TTTCTTTGAT AGTCTCTAAC 20220 AGAAAAAGCA ACCTTCCTGT CCTTCACGTT CA ATCTACG ATCACTGCCT TGACCCGGTC 20280 CCcCACTGCG TATTTCCTTA GCGCTTCACC CGGATCCCCA TCCCGATTCT CAACCAGATG 20340 CTGCTTGCGA ACAAGCCCCT CAACGCCACC GGGAACACGC ACGAAAATCC CAAAATCCGT 20400 CACGGAAGAT ACTTCCCCCT CCACGGTAGA CCCTACCCCA TAGGCGTTCG CAAACACCTG 20460 CCACGGATTG TCGCTCAACT GCTTAACACC AAGCCGAATA CGGCGCGCTT GCGGATCACA 20520 CTCGATAACC ATACACTCGA TTTCTTTACC TACCTCAAGC TCATGGTCTG CAGGACGCGT 20580 CCGCTTAACC CAGGACAGAT CATCGACGTG CAAAAAGCCG TCTATTCCCT CTTCCATTTC 20640 AATGAAAGCA CCTGCGTTCG TAACCTTTAC GA ACsGsGC GTAAAGCGcG CACCCACAGG 20700 ATAACGAGCC TCTATTTCCT CCCAAGGATT CGCCGTTACC TGCTTAAGCC CCAGAGACAC 20760 CCGTCCCGCC TGGATATCAT ACCCGAGGAT CA ACACTCC ACTTCATCCC CAATTTTAAC 20820 CATGTCACTG GGTTTACTCG TTTTCTTTAC CCAGCTGAAC TCACTAATAT GCGCAAgCCC 20880 CTCGATACCC TCAGCAAGTT CAATGAACGC ACCGAAATCA GCGATTTTCG TTACACGCCC 20940 CTTGACCACA TCATTCACGC CGAACTTGTT TTCAAACTCA AGCCACGGAT CCGGCTGAAA 21000 ATGCTTCAGG GACAAATTGA TACGCTTcTC CGCCTGATCC AGGCGGATAA CCTTCAACTC 21060 AATGGTTTGT CCTTTCTTCA CAAACTcGcG CGGCCGCGCC ACGTGCCCCC AGCTCATGTC 21120 ATTCACATGC AGGAGGCCAT CGAAACCGCC CAAGTCAATG AAAGCACCAA AACTCGTAAA 21180 GCTCTTAACC ACTCCGGATA CGGAATCTTC AATATGAACC GAATTGAAGA ACTCCTcGCG 21240 CGCCTGCCgC GCACGCTCCT CCAAATACCG GCGTCGATTA ATGACAATGT TGTCGTTGcC 21300 GCGATGCTGT TTGCTTTGGG ATATACGCTC GATATAGAAC TTAGACGTAA GCCCAATGAG 21360 ACTCTCAGGC GCGTCGACTT TCTGACAGTC CGACTGGCTG ATAGGTAAAA AgGCCATCAT 21420 CCCCGCACCC AAGTCCACTT CAAAACCACT CTTCTTTTCC GTTAGACGGA CGATCCTCCC 21480 CTCAACCGGA GTCCCGTCTC GCTCCGCATC ACGTAACTTA ACTTTCAAAC CCAAGCGATC 21540 GGCCTTCGTC TTGGAAAGCT CAGGGCCATA AGGCGTCACG CGCTCCACAT ACACCCGAAC 21600 GCCATCCCCT GcCTTCGGCG GcGCCTCAAA CTCTTCCACT GGAACGCGCC CTTCAGATTT 21660 TCCCCCGATG TCTACAAACA CCGTCCCCGC ATTAACCTGa ACCACCGTCC CCATCCTAAC 21720 AGAACCAGGT TCCGGAGCCT CAAACGAATA CCGCTCCTGc AGCTGcCGCG GcACCAATGG 21780 TGTAcCCTTC CCCTcCTGaT TTTCCACTGa ACGCTCTCCT CCCCACAAAG CTyTGCGGTG 21840 GCCTCGCGCG CGATTCTTTC ACAAACCTcC TcAATGGTCA AGCAAGAAGT ATCCAGTACA 21900 GCGGCATCAG GGGCACAACT GAGCCCCCCC AAGGTGnGnG CCCTGTnG 21948 (2) INFORMATION FOR SEQ ID NO: 64: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 13518 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 64: AGTGTTCGCC CGACGGGAAA CGTATGGGGT CGGTACATCG AATGTTACCC CGCGCATGCA 60 CTAGAGAGCA ACACAACGCC CCGGGGAATG CGCATAGGAG CAGCAAGAGA AGCGGCGCTG 120 TACGAAGGGG AGTACGCATC CTGGTAAGGA ACAAATACGG TATAGCCACG TTCGGCAAGC 180 ATCAGTTCCA GCGTTTCAGG GTGTGCCCCG GTGCGCAGAC TGCGGGGTAT TTTTTAGAAC 240 AACCACGTTC ACGCCGACTG GGTTTTGTTT CGGGTGCGCG CGCGACTGCG GkTTTTCGGA 300 AGGkTkTGGC GCAGACGGkT TATCCAGATG AGATGTTTCG TAGGGATTGG CCAGGGAGAG 360 CAGGAsCCcT GCGTTCACCT TCGTGTTACy TAsCCGAAGG GAAAAGGAAC TGCGCAyTAC 420 GCTACGGCTG GGCCGATAAC CGGGCTCCGG GGCACAGAGG CAGACAATCA CAAGCGTGAA 480 AACACCTGCA ACGAGGAGCA GGACCCGCGC AATACGTGCT CCTGCACTGT ACAGGTCATT 540 GGGAATTCCC TGGCTGAAGG CGACAAGGCG CGGCAACTCC GTGAGACACA CCACTGAACT 600 TGAGACTAGA CTCAAGGTAA GGTCCAACGT CAGACCCTGT CCGAGGACTG TCAGTGCACC 660 GACACTCAGT GCAAGCACTG GCAGCAGGGG GATAGCGCTT ATCTTTCTGC TTTGTCGGCT 720 GAAGGGGCGA AGAAGCGCCG GCAGACTCAA ACCGAGGATG AGTAGCTCGC TGACAAGCAA 780 ATCTGACACG GCCTCCGTCT CGGTTGACTC GGTTGTACGC TTTACCAAGT TTTTCTGAGT 840 GAG aCCACC TGTTTCCTTG TTGCGCAAGG GAACAGGTGG TGGTAGGTTT GCGCGGTGGG 900 TACCTTGTAC GTGGTAGCAA CGCCGATTGG AAACTTGGCA GACATCACCC TCCGTGCCTT 960 AGATGTATTG CGAACGGTGG ATGTAGTTGC CTGTGAAGAC ACGCGTAGGA CGCGTGCGCT 1020 CCTGTCTCAT TTTGGGATCC ATAAGCGTCT TGTTTCCTGT CGTGCACACA ATGAGGCGCA 1080 GGCGGCGCGT CGACTCATCC ATTTTTTGAG CACCCCTATT TCTGCTTTTC TCTCTCCAGA 1140 GAAGGGGAGG GGCAGGCAGA GCGCGCGGCG CACGCGTGCA CGTCCGGGTG AGACGGTAGG 1200 GACAGCTGCG CTGCAgCTcG CTGCAGAAGC AACGGGGGAA CAGGAAGTGT GTGGATCGCC 1260 GCACGCACAG GTAGCCTATG TTAGCGATGC AGGTACGCCG GGGGTCAGTG ATCCGGGAGC 1320 GGTTTTAGTG CGCGCGGTGC GGGATGCTGG GCACACGGTG GTACCGATTC CCGGTGCTTC 1380 TGCACTGACT ACTTTGCTGA GTGTTGCAGG CGTGCGAGAC AAGACCGTGC TATTCGAGGG 1440 GTTCCTTTCA CCTCACCCGG GTCGTAGGCG TGCGCGCCTG GTGCAATTGT GCGCGCAgcg 1500 TGTaGCTTTT GTTCTGTACG AGAGTCCCTA CCGGGTTCAA AAGCTTCTAG AGGATCTGGT 1560 GGCGGTGGCG CCGGAGTCGC AGGTGGTGCT GGGTCGGGAA TTGACCAAGG TGCATGAGGA 1620 GCTCTGTGTG GGGACTGCCT TGCGCGTCAT GGAGAGCTTC TGtGCcGGAC GCGytGCGGG 1680 GGGAATGCGT GTTGCTGGTT TCTGCAGAAA AATTTTAGAT CTTTATTTTT CTTACAAATT 1740 TCCGATAATG GGGCGGGGGT GGGGCTCTTn TGATGATCGA TAAGCTAATn GACTTGATCC 1800 GGTTCAGAAC CTTCGCGCCT CTTGTGCGTC TGAGCATGTG GCGCGTGCTC CAGCCGGCGA 1860 TGAGATTACT GTCTCTGCGG AAgCCCAGAA AAAGGCTGAG TTGTACTTGG CCCTGGAGGC 1920 GGTACGTTCT GCGCCTGATG TGCGTGAATA CAAAATAGCA GCTGCGGAgC agAaGCTTGC 1980 AGACCnTGCG TATCTGGAGC GGGCGCTGTc CCACGTGGTG GAGCGCTTcC TGGAGGAGCA 2040 GAATTTATAA GcCTGTAGGC AGGCTTTTTA GGTCCGGGTG AGGGCGTACG GGCTGTTGTG 2100 TTTATACCCT CAGGCGGACG CTCTCGATGT CTGGGCTGAA CAGTTCTCGC ACGTCTGAGA 2160 TACCGAGCGC CAGGAGCGCC ATGCGGTCTA CTCCTAGTCC CCAGGCCATG ACGGGGACGT 2220 GCACGCCGAG CGGGTCGGTC ACTTCTGGGC GCAGGAGACC TGCTCCTCCC AGTTCGAACC 2280 AGCCGAGTGC GGGGTGGAGT GCGTGTAGCT CGATAGAGGG CTCCGTGAAC GGAAAGTACC 2340 CGCCCACGTA GCGTACCTCC TGTGCACCGG CGATTTCTGT TGCGAGGATT TTGAGCATGC 2400 CTAGAAGGGT ACAGACGTTC ACATCCGTAC CCAGTACGAT TCCTTCTGTT TGGTAGAAAT 2460 CTGCAAGGTG CGTCGCATCC ACTTGGTCGT GACGGAAGCA GCGTGCGATC CCAAAATACT 2520 TACCCGGTAT GTGGGCGGTT GGCAGGTGGC GCGCTGAAAG TGCTGTTCCT TGGCTGCGTA 2580 ATAGCAGTCG GCGGGTAAAA TCCCGATCGA ACGAGTAGCG CCAGCCGAGG CTCCCGCTAT 2640 CTGctCCGCG TTCATGCGTC GCCGCAACGC GGGAGAGGAA CGGCTCTGGG ATTGTAGGTG 2700 CGTGCGTTGG GTGTTTGAGG TAATACACAT CATGAATGTC CCGTGCAGGA TGGAACTGTG 2760 GCATGAACAG CGCGTCCGCG TTCCAGAAGT CTGTTTCCAC CAGTGGCCCG TCAAATTCCT 2820 GAAAGCCAAG TGCCACCAGA CGATCTTTGA TGTGTTCGAG GAAATCTGCG TAGGCATTAG 2880 ATCGGCCGGG GATGATGCGG GCAGGGGGAA TGTGAACGTT GTAGCGGCGT AGATGTTGTG 2940 TCTTCCACGC GCCACTTTTT AGGCACTCGA CGGTGAGTGC ACCTATCTCG TTTCCGGTAA 3000 GCCcTGCGGT ATGCAGCGCC TCCTGCACGG CACGGGCGGT GGGGGTAAAG GTGAACGTTA 3060 CCCTCTCGCG TACACTGACT TTGAAGAGGC TGTCGctTGC GCCCCGCTTT TTTGCTATGC 3120 GTTCCATTAC ACGTCGCTCA TCATCAGAGA GCTCAGATTC AAAGAGGGTG CCTGGAGGAG 3180 TGTCCGAGGC CTCTGACGGG GAAGCGACGC GTGCAGCGGC GCGCTGAAGC AAGGTGCGCG 3240 TGAGGGACAT GCGAaTCACT TACGTGCGGT GAAACGATGT GTATGCGTTT TTCACCGTCC 3300 ATACGGAGGA TACCCTCCTG CGCTAGGATA CCGAACGCTG AACCTACATC CTTTGGTGCG 3360 AGCGTGAεCG CATGGGCAAG CTCAGGGAGA CTGAGCCCGT TGCAAAGTGG GGGGCGAGGG 3420 TGTAGGTGCT CGGCTGCATC TGCAATAGCG GTAAGGGAAG GGGGGGAAGA CAAGAAGGTG 3480 AGCATACGCT CCTCTGCAGT ACCGTCGCTA GCGGCAGCAT AGCCGCAGGG GGTGAGTTCA 3540 AAGGACCGCA TCTGTTCCCg CTGGTGCTCT TCGATGATTC GCTTTGCCCG AAGCCAGGAA 3600 AACGCTTGGT TTGCGTGTCC TTCCTTAAAG CCTAGCCGGG AGATGAGCAA CGAAGTCGAA 3660 AGGATCTCAT CCATTGCGCA GTTCTTGAGG ACTTTGATCT CAAGGGGATG CAGCTTGTGC 3720 ACAAGCGTGT TCAGATCGGC TTTACCTGTC ATGCGCGGCA TCATAACGTA TTTTCGCGCC 3780 GTTTAGATGT AGGCTGTTTC TCAATTTTTC GTTCTGCATC AGGGTACATC TGCCGTAGTG 3840 TGGAGAAATA GATGGAACGA TCCTGGGAGG GTATTGACAG AGGTGTGCCC GTCTATGGTA 3900 TGGGTTGCAC CATGGTTGCT CCTGGGATGC CCGCAGCTTT TGCTCGCTCG GTGGTTCGCG 3960 CGTCTGCGTG GGTGGGTGTG GCGCTTATGT GCGTTGCGTG GTCGGTCTCC GCCGCGGAGG 4020 GCACGCGGTC GGGTGGGCAG GCTCAGGAAC GCTTAAGTTC CTGGCGCCAG GTTGTGCAGC 4080 GCATGGAGGT ACATCTACGT GCGGCGTACA CCTTTTTTGA GAGTGGGGAT AGTGATCGCG 4140 CCTATGAGCA GATAGATAAG GCGTACTTTC GCTACTATGA GGCGAAGGGC ATGGAGAAGA 4200 TCACCATGGG GTATCTGTCC GGTGCGCGTA AGGCGGCGGT GGAGAACGCG TTTTTCGCGT 4260 ATCGGCGTTC GGTGCGGGGT GCGCGTGATT TGGCGGGCGT TGCCTTCTGC AGGGACAAGC 4320 TGGTTACCAT GTTGTATGAG GACGCGCGTG CGCTGGATGG GGTTGCGCGT GGTCGGGCGG 4380 GCTTTGCGGC GCATATCGCC ACGTTTGTTG CCTCGTGCGT GTTGGTGCTG CGCGAGGGAA 4440 TTGAGGCAAT TTTGGTTATC GCAGCGATTG TTGCGTATCT GGTGAAGACT GGTAAGGAGC 4500 GGTGCTGCGC TGCGGTGTAT GCGGGAGCGG GCGCGGGTGT TCTGTTCAGT GTCGTGCTTG 4560 CGGTGATGAT AGTCCGGGTG TTGGGTTCGG AAGGTGGTGC GGCGCAGGAG ATTATCGAGG 4620 GTGTTGGTAT GTTCTTCGCA GCGGCGATGC TCTTTTACGT GAGTAACTGG ATGTTGTCCA 4680 AGGCGAGGGC ATGTGCTTGG GATCGCTATA TCCGTCAGAA AGTTGAGCGG TCGGTGTCTC 4740 GGGGTAATCA GTGGGCGCTC GTGGCCACTG CCTTCCTCGC AGTGGCGCGG GAAGGGGCGG 4800 AGCTTATTCT TTTCTTTCGA GGCATCCCAG TTGCGGGGCC ATATGGGCGG CTGGCTGTGT 4860 GGGCAGCGGT TACTGTTTCT GCCTTGGTTC TGGTGGGTGT GTTCGTGGCG ATCCGTTTTC 4920 TGTCAGTGCG ACTTCCGTTG AGGCCTTTTT TTGTTGCCAC GGGCGCGGTG ATGTACTTGC 4980 TATGTTTCTC TTTCGTGGGT AAGGGTGTCA GCGAGCTGCA GGAGGCAGGT GTGGTCAGTC 5040 GAAGTACGGC ACCGTGGATG CATGGGTGGA GTTTTGATTT TCTGGGCATC TACCCGACCT 5100 ATGAGGGTCT GGCCCCTCAA GCGTTTGTGG TGGCGTTGGT GGTGCTTTCG GCGGTATGGT 5160 GGTGTGGTGG TCTCTGCCGT GGCGCATCCA GCACGTAGGC TTGGGACGGC TGTGTCGCGT 5220 CCTACTGGGG CCGGGTGTGT GCTGCGCCGT GGAGATTTCC ATTTGTTTTT CTATAATGGT 5280 GAGGAAAAGA AGCGCTGGAC GGGAGAAGGC GTTTTGAAAA GGAGGGGCGC GTGACGCCCC 5340 AGGGGAGTGA AGAATGAAGA GGGTGAGTTT GCTCGGGAGC GCACCATTTT TGCGTTGGTT 5400 TTTTCCGCGT GCGGGGcGGT GGAGAGCATC AGCACGGTGA GGAGATGATG GCCGCCGTTC 5460 CTGCTCCAGA TGCAGAGGGG GCGGCCGGTT TTGATGAGTT TCCTATAGGC GAGGATCGGG 5520 ATGTGGGGCC CTTGCATGTG GGArGGGTGT ATTTTCAGCC GGTTGAGATG CATCCGGCTC 5580 CAGGAGCACA GCCGTCGAAG GAAGAGGCGG ACTGTCACAT AGAAGCGGAT ATCCACGCAA 5640 ATGAGGCGGG TAAAGATTTA GGGTATGGAG TCGGGGATTT TGTGCCGTAT CTCCGAGTTG 5700 TTGCTTTCCT CCAGAAGCAT GGCTCTGAGA AGGTGCAAAA GGTGATGTTT GCGCCCATGA 5760 ACGCAGGGaC GGTCCGCATT ATGGGGCGAA CGTGAAGTTT GAAGAGGGGC TTGGTACGTA 5820 CAAGGTACGT TTCGAGATCG CTGCACCCTC GCATGATGAG TACTCGCTAC ATATTGATGA 5880 GCAAACTGGG GTTTCCGGAA GGTTCTGGAG CGAGCCATTA GTTGCAGAGT GGGATGATTT 5940 TGAATGGAAG GGGCCTCAGT GGTAGGGACG TTCAGAAGGT CCGAGGGTGC GCGCGCATAA 6000 GGGCGTTCTT TGTTCAGTAA GACAGGCGGG TAGTGCAGTG CGTGGCGCTG CTCGCCGGGT 6060 CCGTTTTGAG GGTGTGGGTT TTGACACGCA gTTATTTTTT TGAAAGTTCT CCTGCGCGTT 6120 CTTCTGTCTC CGTGGGGTTG TGCGGTGTAC AGAACGGGGG GGGGTGTCGT GAGTGCGGGT 6180 ATGAAAGTCT TGGTGTACGC GGTGGCGCTG GGGTTCGGGT GCGGGGGTGT GGTGCACATG 6240 CGGGAGGGGG ACACCTACCA ACAACTCCTC GAGCACCGCA TTGCAAATGG TCGGGAGTTT 6300 TCGCGGGTGT TTGCgCAGGC ACAGGTTGAC GAAGCTGAGC ACAATGAAGT TCGGACAAAG 6360 ACGGCGGGAA GTGTGCAAAT TGGCACGGGA GACGTGCTCT TCAACAAGAA GAATGGCAAT 6420 GGTGCTAACG GCTACAAGGT GGAGATGGCG CCGCATTTGA GTATTGCGTC CCCCTTTATA 6480 GGAAATTCTC GGCTGAATCT TGTTGCCCCC CGCAAGCTTG ACGGTGTCAC AAGTACCTCC 6540 ACCGTGTCGG TGGATTACAC TACCGATTTT TACTCCTCCG TTCGTCCAAC ATACCTGAAC 6600 TCCCTCAAGG AAAAGACATA TCAGAAGGAG AAGAGCGGTT CGGCGCTGCG TGATGGGCGC 6660 AGGCTAGTGG AACGGGAGTT TTTGCAGGAA GTACAGCGTC TGTACGGTAG TTACGCGGAC 6720 CAGGTGCGCG CAAGTTTGGA GTTGGTGCGC GCGCGGTTGC GTTTTGAGTC AGTAAAGAGA 6780 CAGGGATATC AAGAGGATTC GGCGTATTTT CAGAGCGCAC AGCTTGCACA GGTGCGGGCG 6840 GAACGCGCCC GGGCACAGGC CAGGCAGCGC TTTGACCTTG AGTACACGCG GTTTGCAGCG 6900 CGCAACGGGG TGGCCTACGA GGACGATGAG CGCGACGGTT TTTTACACGA TTTGGCGGTT 6960 GCAgTGCCGC TTGAGCCGGC GATGGCGGTG ACTCAGTGcG nCAGGGGAGC GGGGGCGcGA 7020 GTATTGTGAT GCGCAGGAcC GCTGCGAGCG CGTCATTGCC CAGCGAGGTA CAGATTACTC 7080 CCCCTTTCGC ACAAGCGCGC GCGTGTACTT TACCGATGGG GAAGAAAACA AGCAATTAAC 7140 TAACGGCATG GCGCCAGCTG CTCCTAGCAC TACGAGCACG TATGGGGGCA CGTTCAACAT 7200 GGCGTTTCCC GGCGGGGATT CCAGTTTTAC CGTGCAGAAT AGTAAAGGGC TGGCGGGGAT 7260 CCTAGcGAAT TTTGAGTGGA GCCCGATACG CACGCcTATC GCTCGCTGGA CTACACGGCA 7320 GAGCGCGCAG AGCGTGTcTT TGACGAAGTT GAGCTTCAGG CAAAGGGTGA TCGGTCGAAT 7380 AAGTTGTTCG GTGCTATAGA CGCGCAGGGG GACTCAGTGC TGGTgcTGCG CGGGGTGGAT 7440 TTGCAGACAC TGGATAACGC GCGCAAGAAG GCACGGTTGC AGAAAGAACG CTTGGAACGT 7500 GGTATCATCG GAAGGCTGGA GTACGAGGCA GCGCGTTCGG AGTATCTTCT GGCGCTTGCT 7560 TCTGTGGCAG AGGCAAAGGC GCGGGCGATT ATTTTTAACA CCGACCTTGC GTGTGCCTAC 7620 GGGGTGGGTG CGGACGCCGC CGCCGCTCAG TTGACCCAAG AGGAAATGGT GGTCTCTGAG 7680 AAAAAGGATG CTGAAGAAAA GAAAGAGAGG TCTTCGTGAG CGTAAgTTAT CGTGGCCCGA 7740 GGTGGTCTTC GTTCGTCCAC GTGTCGCAGC ATTCGTGTAG GTTCGTAGCT CCTACGTGCg 7800 CTGAGGGTGC TCAGGGGTGC TCTGAGTTTG GGGCGTTCCC TGTTTTTGAG GAAAGGGGAA 7860 TGTGCGCGGC GCGGCGTATG CGCAGGGCGG CAATTGCCGC GTGCTGTGTG TTCGCGCGCG 7920 GTGCGGCGGC CAATCCGTAC CAGCAGCTAT TGCGCCACCG CCTGGAAGCG TTGCGGCCGG 7980 GTGCCCGCGC GCAAATAGAG TTTGATGTGG CGCACTGTGG GTATGAGAAG GCgCGtTGCG 8040 CTcAGCAGGT ACGTACGTGT TGGGCAGTGA GCTTGAAATC AGAGGACACT CgGCGGGGGA 8100 TTTTGGGCTC CCTCGCTTTG GAATAAAGCC CATTATCGGC GTGAGAAGTC CGCGCTACAA 8160 TAACCTGGTC GTGTCCATCG ACACCGCAAG GtAACTAGCA TAGGGAATAT ATCCCGGATA 8220 AACGCGGATA TAGGGGTGGA TTTGTATTCT AACGTGCGGG GGCGCGAgcT CATTCGTATG 8280 CGTCGTGCAG AGCAaAAGaA AAGGCGGCGC AGAACGGTGA ACGAATTAAA TCGCCGTcGG 8340 TGGAGCTAGC GCTCATCGAT GAGCTGGAAG TGCTTTTTAC CCGCGCGCAG TCGCTCGTGC 8400 GGCGAGAGTT TCATATGGGG GATGCGCGTT TGGTGCACCT GCGCACGCGT GCGsCAGGTT 8460 TTTCTGAGCA CTCTGAAAAG GCCCGGCGCG TCCGTTTGGC GTACGACCGC ACACAGCGTG 8520 AGTTTGAACA AGAAGAGCGC CTGTTTGCGC AGGTGTGTGA TCCCTTCGCT GCCGTCTGCG 8580 CAGTGGGCGG AGGGGATGAA GCGCGGAGAG ACTTTTTGCT GCAGCTTGCA GAGGCGGTGC 8640 CGCGCGAGGT ACCGCTCTCG CTCGTTTCCT TGCATGCTAC AGATGCGCAC AGCCTTGCGG 8700 CGGcGCAgGA GATGGCACTG CTTGAACGCG CCGCGCAGAT tCGGAGCGTG ATTTGTACGC 8760 TGTGCGGTGG GCGCTGTTGT GAGCATGGGT ACACGGAAGA CTTTCATTCT GTTTAAGGGA 8820 GACGGAACCG AGTCGCTTGA AGGTTCCGGG ACGGTGGCGC TGCATATGCC CAGCGTGAAC 8880 GCGCAGGTAG AGGTAAAGGT GCCCTACGCG GAGAGGGGTA AGCATTCCCG TGACAAGGTG 8940 GGAGTGTACG GGAAGTCGCA GTGGAATCCG CTTGAAATTG CCTATAAGGT GTTCGAAAGA 9000 CGGGAGGAGC GGGCGCAAGA GCAAGAACAG GAGCAGTATT GTGAAGATTC CCTGGCGCGT 9060 GAAAcGcgGA aGATGGAGGG GTTAGAGGTG CAGGGCAAAC AGCTTTTTGC AGCACAAGAA 9120 ACCGCCTTGc GCACGCGCGA GGCgCTGCGT TTAGATCTTG CCaAGGTGGa rCgCGCCcgG 9180 CGCGCGGGkT AGTGGGAGGA AATCGCCTCG CGCGTGCGCG kTGTGAGTAT GCCGTGGCGC 9240 AgcTGCGTGC GGCGTGCGCG AAGTTGCATA TGTTGCGTTT TAATCTGGGA GTGGTACGCG 9300 CATTTGGCCT GGTGCCACAG GTGGCGCCGT GAGCGGTCCG CGGGGTGGTT CGTATGGCAA 9360 GCGCCGGGCG GCCGTGCGTG TGTTCGCCGG AAGCGTGCTG TGGCATCATG CAGTGTTGGG 9420 TGGGATGGGC gGsTGCGcTC ACCGCCAGCG AGTTAACGCC CGGCGCACCG CCGGCGGCAA 9480 GCGCCCGGGC GGCCGCGCAA GAAACGGGAA CCGACnTCTA CCAGCGCGTG GTGCGCTATC 9540 GGCTGCAGCG CAgTACGGCG GCGGCGCAGg CTGTCCGACG GCAGACGATA ACACAGAGCC 9600 AGTACGATAA GCAGCGGCTT GATTCCTTGG TGCGCCTTTC TATCGCAGCC GGGGACATTG 9660 CGTGGAACgc CGATGGGGTA AAGTTTCGCA TTACGCCCAA GGCnTCGGTG GCATTCCCTT 9720 CTTTTTATAA CCTGACCACC CATTTTGGTA TGACGGTAAC GCAGCCGAAC GGTGCCGCCG 9780 GGGGAGGAGs skGwnGAGGG GGAGGAGGCG ACTGGCAAAA GACgCTCGAC GCGGGGgCAG 9840 GCATTGATTT GTACTCGTCG GTGCGTCGCA GCCATGTGTT TGCGGTGAAC ACCAAGTACG 9900 ArGsmnTGCG TGATGCGCAA GAAGCGCTCG CCTGTGAGCC GCACGTAAGT GAGAAGCAGG 9960 TGCTCGAGGA CATGCGCCGG ATGTTGGATT CCTACGTGCA GCTGTTGCAC GCGCAGGAGT 10020 CGTTTGCGCA AAAGCAGAAC gcAGAGCGAT CAGTGCAGGT GGCTGGATAC ACGGACCGCT 10080 CCATTGTGTA mCGCGCAgCA GCGCTCGAGC GGGAGCGrGC ACAGGACGCG CTCAAGGTGG 10140 CGCAAGACGC GTTTGACGGA GAGTACCGGG ATTTTATCAT CTCTGCTGGT CAGGAATTTT 10200 TAGAAAAACG TGCGGATCAG GAGCGCTTTC TGCTCGCGCT GGCTGAAAGC GTTCCTGAAA 10260 TGCCGCTGGT GTCCACCGAG CAtGCGAGGC AGATACGTCC CGCCCTCTGc GCAACGCGCG 10320 TGAGGCAGCA GATAACGAGC GCGAGGAACG GGCGGTACAG AACTTTCCCG TGGCGCTTCG 10380 TCTTGACACC CGCTTTACCC TAGATGAAGG AACCGGGGAG CTTTCCGTTG CGTTTCCAAG 10440 CGTCAAAATA ACCAGCGCCC TGGCCATAGG TTACACCGGT ACGCTCAAAA GCATTGGCGG 10500 GTCTCTGGAC TGGCATCCGT TTGAAATCCG GTACGCGCAT TTGCGAGGAA AAAATCAGCG 10560 CCTGCACGAT GCGTTAGGGG CACGGGAGTA TGCACAGAAA AAGGAGCAGC AGGAGAAAGT 10620 AATCGCAGAC CTCCCACAGC GTGCAGAGGA TATCCTCTGG GAGCGTGAAA CTGCACGCGC 10680 AGAGCGGGAC ACGTACGCAG AAAGCGCCCG CGCGCACAGG AAAGGACTTG ATCGGGGAGT 10740 TATCGGCGCG CGTGGcTACG CGGCAGTACA TTTGGACTAC GTACGGGCGG TTATCAATTT 10800 GGCGAAGgCG AATGTAGACG CGCTCATTTT TAACATCGAC GCGCGCGTAG ATTTTCTTTC 10860 TTCTGGAACC CAAACATGAA CATGGGGAGT CTGGTATCTT ATGCTGCAAT CCAACGGGGG 10920 GTAAGGTGAT CGCACGCAGG ATGCTTTGCG CGCGCCCGTG GGGGCCGTCG TGCGTGGTGT 10980 GCGCTCTGTG TGGGGCGCTT GCCGCCTTGG TGCCAGCAGT CGGTGCGCAG GAACAGGCAG 11040 TGCCTGCGCC GGGGACGCCG GCTCCTCCCG CACACACGGC TTCAGAAGCG GTGCCTCCTG 11100 CGCCAGAGCC CCGTGCGGAA GGGGAGCAGC CGTCTCCTCT TGTCCCCACG cTCTGCCGGT 11160 CCCTGGAGGG GCAGTGGCTG CACGCGCAGC GCCsGGCACA GTCGGTCCGC GGCTGTGGGA 11220 GCAGCTGCTG CAGTGGCGCG TGCAGCACGG TGACGAACAC CAGGCGCCGC AAATGGCCTA 11280 CGAAATTGCC GCGAACAATT ACGACATTGC GTTGGTAAAG TCCATCGTGG ATCTGAGGAT 11340 GGGGACTGGA CACATACACC ACAACCTGAA TGGGAACGGG GCCGGGGGTA TGGCAAACGG 11400 TACGCCGACG CTTTCTCCCT ACGTGCATCT TTTTTTTCCG ACCTATCAGA ATTTGAGTTT 11460 AAAAGCGGAT ATTGCGATCA AGACCAACAC CCcTTCGGCA GACGTGACCG CGCTCTTTGG 11520 TATGGATCTG TACTCCAAGG TGCGGCGGCA GCATCAGCTG CAGGTGCGGC GTGCGCGCAA 11580 TAGCATGCTT GACGCGTTTG CGGCGCACtG CGGGGGCAGc ACgctGCGCG GGAAGCGTTC 11640 CTGGCTGAGC TCGATGAGCT GCTAAGCGCA TACAGCACGC TGCTTGAAGC ACAGGTAACC 11700 GAGCAGGAGT GCACGCGCCT AGTGCGCACG ATGCGCATAC AGCGCTACCA AGCGCATTCG 11760 GTAAAGTTGC GctCCgCAAC GCTCAAGCAC GCACGCGCAG AGAGAGTTGC CCGTCGTGCG 11820 CGCAAGACGT TCACCGCCCT GTATCAGGAT TTTGTGCGCA AGTGCGGGGC CTTTGAAGGA 11880 AATGATCCGG AAACATTCAT GCTCCATCTT GCGCAGGTAG TTCCGCAGGA GCCCGTATCT 11940 TCTAnCCGCA CTGCTTTCAG TGGAAAATGA CTGGGAGTTT CTTAAGAACA GGGAAGATTT 12000 GGAAACTCAG GCTGAAGCGC GTGCAGTGGA TGCTATCTCG TACGGGTTTA ATGTGGAGTC 12060 TGGGGTGGGG TCTGAGGGTA AGTCATTGAA gAGAATATTG GCAAATGTCA GAAtGGACTT 12120 TCCCGGCGGT GGCTTTTGGC TTGGATTGAA CTTACCGTAC CCGcAGTGGT CCCGTGTGGA 12180 GGTAAAATTT CGGCTCACGT GGGACCCGCT TTCCATTAAG TATcAGGAGC TTTCACGGCA 12240 GACACTGCAG CTTCATGAGC GGCTCAGTGC GCTTAAGCTT CAAGACGCGT ACGAAGCTTC 12300 TGAGCGTAAG GTGCTTGGCC TGCGCCACAC CGCCGAGTCG CTCGGCTGGG AACAAGAGGC 12360 GGCACTCACC GAACTGAATA TTCTCAGGCG GAGTGCGCAA ACGCACCAGA AGTGGCTGGA 12420 AAGAGGAGCT ATCGGCGCGC ATCAGCACGC CCGGGCCCAG CACGCGTACC TACAGGCGCT 12480 CATCACGTTG GCCAAGATCA ACATTAAAAT ACTAAAGTTT AACCTTGAAA CTGCGTCTTC 12540 GTTCAGACCA GTACTCTAAA GAATACCCCA AGAAGGAAGT TGTATGACCA CAGCACAGAA 12600 ACTCCTACAC AGAAAATCGA CCATCGCCAT GGTGGTCGGA ATTCTCGCCT TCTTATTTGT 12660 TCTTCCCCGC TTGGTGCGGG CGCTGCGTCG GGTTCCGCCG CCTACCCTCA GTGTGAGTAA 12720 GGAGGTGGTG CTCAATAGGA TTGAGATTTC GGGGTACATC GAAGCGGCTC AGCACCAAAA 12780 GCTTGAGTCC CCTGGTGAGG GAATCGTGCG CACCGTACGG GTGCAAGAGG GAGATACGGT 12840 GAAGAAGGGG CAACTCCTCT TTTCGCTTGA AAACTCTCAC CAGCAGCTTG ACCTTGCCGA 12900 GCATGAGTTT GCAATCGAAC AAGAAGAAAT TAACGGTGTT TCTAAAAAAA TGGAGATCAT 12960 GAAGCTAAAG AGAAATATGC TCCAAAAAAG ACTGAGGGAA CGCTACGTCA CTGCCCAGTT 13020 TGATGGCGTT GTTGCCGCTT TTAAGCTCTC TCCCGGACAG TACGCGAAAC CTCAAGATTA 13080 CTTTGGCACT CTCATCGATC GCTCTTACTT CAAGGCAAAT GTCGAGATTC CTGAGGTGGA 13140 CGCTTCGCGC CTCAAGGTAG GGCAGCGCGT TGAAATTTCT TTTCCCGCAG AACCAAGCGT 13200 GAAAGCGGTG GGGAGTGTCA CTTCCTATCC GTCCATCGCG CGCGTTACCA GTGTCGGGCG 13260 CACCGTGGTT GACGCCTCCA TCAGGATCGA TGAATTGCCA GAAATACTGC CGGGTTATTC 13320 CTTCAGCGGG GCAATTGTTG CCGGGGAGCA gGAGGAAATT TTAGTCCTGA AAGCCAAGAC 13380 GGnCTCCGGT ACGAAGAAGG GTGCTCCGTT CGTGGAnCGA GTGCTCCCCA GCGGTAAGAT 13440 AAAGTCTGTG GCCGGTTACG GTGGAGCCGT ATGTTnCCTG GCTTTGGTCA AAAATAAATT 13500 TCTGGGGCTG GGGGGCGG 13518 (2) INFORMATION FOR SEQ ID NO : 65: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 4448 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 65: AAAATGACAn AAGCACAACG GGnAGCGGTT GGAGGTTGCC GGTGACATGC AGCGCATGAT 60 GAATGCAGGG CGCGCGAAAC AACGCACGGC GCACAGGAAG CGCGTGAAAG TGTCACGCCC 120 TGCTACGGCC TTAAGGTGGT GGATGCCCAG CACTTGTTAT CGGAAATCGT GCTCGTTGAT 180 CCAAAGACTG AAGCGCCTTT GCGTTCTTCT TCCCTACGGA CCGTCCGCAA CCGGCTCCTG 240 TACAGCGAGC CTCACGCGCT CGTCGCCATT GCTGACACGA CAGGGAACGG CACCGTCCGC 300 CTCGTGCACA TAGACCCAAA GACGCTGGAG GTAACCAAAG AGAGTACCCA GCGTATAGTG 360 CGCAAAGTTT TCTCTTGAGG GAAGAGGAGC AtACTATGCG GTGATCGACG AAAATGGCAG 420 CCACTTCCTG GGACGCTTTA CCAAAAATCT TGAGCTGACT ACTCGTTCTG CAGCGCnGnT 480 GACGCCTTAT ACCGCCGTCA CCGTCACTCC GCGCGGAATT ATGGTGCAAA CAAAAGAGAA 540 AGGTATGGCC CTATTGCACA CACGGACGCT CGCCGACGCG CTACCCAGAA CATGAGCAGA 600 AAGAACGCGA ATCAGAAAAT TGTGTGGCCG CTTACGACGA AACTCATCGG TATTATCAGC 660 ACGGTGGTGG TGCTCGCCAC CATTGCGGTT ACGGCCATGG CTTCCTGGTT CTTCGCTTcG 720 AGTCTGCACA GTAATGCTGA GCTTAATAAT CTTGCCGCTG CGGAGAACTT TGCTGCGCAA 780 ATCAAAGGGG AATTCGAAGC CATTGCCACA AGCGCCAAGT CCTTCGTTTC CCTTGGCCTC 840 AGAAgTGGCG CGCGCATGCA CTCGCGGTCC GCACTTTCTA AAGATTTTTT TTCCTTTTAC 900 CCGCGCATCG GCTACATCGG AGTCGGCGGT GTAGCCGAGC TGTGGAACGG TGACTTCTTC 960 AAGAAAAATC AGCTGCGGGT GGCAGACGCT CGTCGCTTCC TAGCTGACAA CGCACAGGTT 1020 ATTTCCACAC TTCAAACTGC CCCAGCCACG CTCAACGCCG CCCCCTGGTT TAAAGCGCAG 1080 ATCATTGCTA TCGTCGCGCC CTTTGAAGTT GACGGcGCTA CGCGTAACGT TGTGGTTATC 1140 TTCTCAGCGG ATGTCGTTCA GCACCTGCTA GAATCTGGAG CCTCCTCCGG AACCATGTAT 1200 GCCGTCACCT GGGCGGGGAA CTCCCTGTAC CACCCGGAAT ACTCTCTCAA TtACAGCAAC 1260 ATtAACTTGC AGGACTCGCC CGTTGTGCGC GATTTACGCG AATCTACACA GCTGACCAAA 1320 CAAATCAGCT TCATCGGCAC GGACAACAaG CGCTACTTCG GCGCGTTCGC CAaGCAAACC 1380 TTTGGAAAGT TCGCCmTAGT CCTAGAAACG CCTATGAGTG TGGTGTACCA GGCAGTATAT 1440 TACGCGATTA TCCTCGACGG TATCCTCACC GGCATGGTGC TCCTCGCCTC TATCTTGCTT 1500 GTCTGGTTCA TTGCGCAGTC TATCACCCGC CCTATCCTTA CCCTCGTCGG CGCAACGCAC 1560 GCTATCAGCT CAGGACAGTT CCTCCTGGAT ATCAAGCCTT CAAGCAAAGA CGAAATTGGC 1620 CTCCTCACCG AAACATTCGT GAGTATGGGG CGTGGTCTGG CAGAACGGGA ACGCATGAAA 1680 GAAGCGTTTG GCAAATTTGT AAATAGAGAC ATCGCAGAGA AGGCCATGAA GGGAGAGCTC 1740 GCACTGGGAG GGGAACGGAA AACCGCTACC ATTTTTTTCT CAGACGTGCG CTCCTTTACT 1800 GAGATGTCGG AGAAGCTTCC CCCTGAGGAC GTAtAGAGTT TCTCAACGAG TACATGAGCT 1860 GTATGGTAGA CTGCATCGAG CAGACAGGCG GCGTGGTGGA CAAGTTTATT GGAGATGCGA 1920 TTATGGCGAT ATGGGGAGCG CCAGTTTCCC TCGGCTCTGC ACGCTTAGAC GCATTGCAGA 1980 GCATGAAAGC GGTCTTCCTC ATGCGCGAAA GCCTTATTCA ACTGAACGAA AAGCGCGTCG 2040 CATGCTCAAA GCCTCGCATT GGCATCGGAT GCGGCGTAAA CACAGGCTCC TGCGTCGCAG 2100 GTCAAATCGG CTCTTCCAAA CGTATGGAAT ACACCGTCAT CGGAGACGCG GTGAACACCG 2160 CAAGCAGGAT CGAAGCACTG AATAACCcGT TCGGCACTGA CTTTCTTATC TCCGAAAACA 2220 CATATGAGCT TGTTAAAGAT ATGCTTATAG TGGAGAAAAT GCCCCCCATA ACGGTAAAAG 2280 GAAAACGAGA ACCACTGAAT GTGTACGCTG CTATCAATCT AAAGGGGCAT GACGGACCGC 2340 AGACGCTCGA TGAGCTGCGT GCACTTCTTT CCATTGAAAA GCCGGGGCTT TCTGCCGACC 2400 CTGACTTCGA AGAAAAGAAG TGTGAAGTTA TCTAAGCAGG ATGCCACGGT TACGGTCGTT 2460 ATTCTCCTCC TTATCCTGCT TCTCGGCTGG GGCTACTCCC GCGCGCTCCG TCTGTCCCAG 2520 GGGAAGGGAA ATCCAATCGG ACGGGTTTTT TTTTATAAAA AAACCGCAAC CCGCAAAAAA 2580 AACAACCAAG CCTTATGGCT CAAACTCAAA GACGGGGTGC CCGTCTACCA TCGGnGyAss 2640 TGCGCACCAC CACCGGTTCT GAAGCTGTCA TTGTGTTCAC TGATAACAGC AGGCTCGACA 2700 TTGCAGAAAA TACCATGGTG CGCATCAGTc ACACAGGAAT GAAAAAGAAG GATGTACGTT 2760 TGGTCACAGG AGCGATTACG tACGCaCGCG CCGCTGGGAA TCCAGCAGCG CATACCGTAC 2820 ATGTAGGAAA GACAACCATC TCGCTTTCTG GAGACGGTCA GGTGAATGTG CGCGGAGGCG 2880 AACGCGATTC AAcTGTCGAG ATAGCACGCG GTGAGGCACT CCTTCACGAT GCGCAGGGAC 2940 AGACAcTTCC CCTTCAGACG TTCACCCAAC TTGCTACTTC CCGGGAGGAT GGCACTGTGC 3000 GCATTCTGCA CCCCACCTTT GTCCCTCTCC TACCCGACCA AGATGCACTT CTCCTGACTG 3060 CCGAGCACAC CAGATCTGTG GGCTTTGTCT GGCTCGGCGA TGCCACGACG GTACAGCCGA 3120 GCGTCCGTCT CCAAATTAGC CGATACGCGG ACTTCTCGGT TATTGAAACG GAAAGAAAAC 3180 TTACCCTTCC GCATGAGGCA AACGCCTCGA GGACAACATT CAAAACCAGC GAACGACTCG 3240 GGGAAGGACG CTGGTTTTGG CGCCTGGTCC CGCAGAACGG CACGcGTCAg CGCCCCGTTC 3300 CTTTTCTGTG CGTCGCGCGC GtAAGGTGAT GCTGcACACG CCGCGTGCTC AGGCAGTACT 3360 CTCCTATCGG GATGCGATTC CTCCTACCCT TTTTTCCTGG ACGTCTGTAG AAGACGTGGA 3420 ACAGTACCGG CTACTGCTTT CTTCCCGGGC CGACTTTAGC GCGGATGTGA AGACATTCTC 3480 TTTGCGTACG CCGGAGATCT CGGTACCCGG GCTCGGCGAG GGAACGTATT TCTGGAAGgT 3540 AGTACCTCGC TTTGATGAGG GAATAGAAGA CCCAGTCTTT GCTTCTGAGG TAGGAACCTT 3600 CTCCATCAAA CAGGGAAAGG AGCTGCATGC GCCCGTTGCG CTCTTTCCCG CCGAGGACGA 3660 GGTGCTCGAA CACGCGGATC GGGAAAATCG CATGGTAATC TTTACCTGCG AGCCAATACC 3720 AGAAGCACGG CGCTATGTCT GGACGGTTAA AAACATGGAT GCAAACGCGT CCCCGCTTGT 3780 GACTACCACG TCGGTACCCT TTCTTACCGT TCCCATGCGG AGCCTGCGTG CACGATTGCA 3840 GGAAGGAACA TATCAGTGGC AGGTAGCGTG GGAAACGCGT CGGAGCGATC GCTCCCCCTA 3900 CTCGGCACTG CGCGCGTTCA CGGTCATTGA AGGAATGCAC GCGTGGGAAG AGGAGCCAGA 3960 GACGCGTGAC TTGATTkCGC TCcGCTcCTT CCTTTGgyTG CGCGACATGC CAGCACTCAT 4020 TACTGAAAAA TACCTTTTGC AGCATCGcGC GTTGCGTTGT AAGTGGACGG CGGTGCACAA 4080 CGCACAGCGG TATACGGTGA CGTTAAAAAA CAAGAAGACA GATGCGGTAC TGCAAACGGC 4140 AACTACCACA GGGGTGGAGT TCTCATTTAC CAACTTAGCG CACCTTGAGG AAGGGTCATT 4200 TCATTGGGTC ATACAGGCAC ACACAGAGCA GGAAGGCTAT GAGCCTGCAA GTGCACAGGT 4260 GGTGCGCGCG TTCACCATAC GGGTGTCTGA ACTTGAAAGG CCGCGCGCAA AAGAAATTGT 4320 CCATTATGAG TATCATTAGC CGCGTGTGTA TACCGTGTGC GGTGCTGCTG TTTGCGCAAC 4380 TGCACGCGAA GGAACTCGTC CACGTATCTC AGTTAAAAGA ACAGGAAGCG CGTATCAGCT 4440 GGCAGGAA 4448 (2) INFORMATION FOR SEQ ID NO: 66: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3219 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 66: CGCGCAGCGC GGTTTTCAGA TTTTGCGCCT CTTCTGCACT GAATCCACTG ATACTCCCTG 60 AGCCCGCTGT TATCGGCTCC CGGATAGCmG GGGCAGACCT aATTTTACCG TCAGAGACAA 120 TTGCAAGGCG ACGCCCTATC TCCTTAGTGG TAAGTTCCGA AAAAATACGC GCTCCTTCAT 180 GGTCCAGGTC AAACAGCACC AACGGCTCGT TCGCGCGACC TGAGCTCACC GTTGCATCAC 240 GAATATGTCT TCCTTCAAGC GCAGGCTCCT TCTTAACAAC CAGAAACCCG TCGCGCACAT 300 CAAGTCCGTA GgAATCCTTG CGATATACTC CGAGCACACT GGTGTGCTCA GGAACCAGAG 360 ACAGATCGTG CAACTGATGC GCAgskTCGA AGGTaCccTG CGGGTTATTG CGATAGTGAT 420 CGAGAAGCTT TTGAGTCGCA TCATCATCCA CGAGATGAAA CGCCAGGACA CCACGACCCA 480 TGACGATAGA ATGAACACGG TCACGGTCAG TAAGACCAGG AATCTCCACA TACACGCGAT 540 CTTCCCCTTG cCTCCGAATA ACGGGCTCAG AAAGACCAAA GCGATTAATA CGaTTCTCAA 600 GGGTACTAAG CACCAGCGCC ATCGCTTCGC TGCGTATTGC GGCGCGCTCT GCATCCGGAA 660 CTCCCTTGGT AACTTCGCTC AAATCAGCTT TAATCACCAC GCTAGnGCCG CCGGAAAGAT 720 CAAGCCCGAG CTTGACAGCT TGGGCCTGTC TCCTTTTCAT CTTCAGGACG GCTTCCCGGT 780 ACGTCTGcTC CATCAACGGT CGCGCGTAAA GAACAAAACC CTGCTCGCTT TTTACGGGGA 840 ATGCAGAAAC GAGTGCCGCA GCGGTCCAGC GAGAAGGGGC CGGTCTGCCC GAATAAGAAA 900 GATTCTGGCG CGCAGGcAaC AAGCGGTGCA TAACGCGCTG AGATATCCTC ATCCGACCCC 960 GCACGCGCAA GACGGGTTAA ATCCGCAAGA TCACGCTCAG CACTCTGCAC AGCGTACTCT 1020 TTTATCTGCT CGCGCGAGCT GAGCGCACGC TGCCGCGTTT GTGCGTCGGT CAGAAAATAC 1080 CACTGGAGTG TAGGGAACAA AAACCCAGAG CACGCAGCAA GAACAACAAG CACGACCCCA 1140 AACCGAGCCT TCTTACTCAC CTGGCGATCT CCTTGTCCAC ACCTGTCAGG GGCACGCCGG 1200 GCTTCGAATC GCAATCTGTC TTAGGATTCG AAACACCTCT CCTGTCGTTT ATGCGCGCAA 1260 TCGCACTGCG GCTGACTTCG AGCGTGCCAT GCTCATTCAC CTTTATGACA AGGCTGTGCT 1320 CCCGCACCAC GCTTACCACC CCGTGGATAC CGCCGATAGT AACGACAGGA TCACCCTTTT 1380 TTATGTTCTT AATAAGAGCC TGCGTCCTTT TCTGTTCCCG CAGATTAGGC GCAAAAACAA 1440 AAAGGTAAAA GATCAGACAT ACGACGCCGA TAGCGAGCGG TGGGATCCAG CCACCGTTCG 1500 CCGTAGTGAT TTGCAAAAGA GTTCGATGGG GCATTGTTTT CATCCTTGAG CGCGCAGGAC 1560 ACACGAGCGC GCCCCCAGGC TAGCGCAAAA AAGACAATCC AGTCAATCAC ATCTCTTCTT 1620 TACCAaCGCG CGyGyGCGCT gGCATTAATC TCAAAACGAA TCCATATCGG GCAACTCTAA 1680 AATCAGCTGG ACTTCACCCT TAGAAATCTT CAGTGCGTGC GCAATAGCGT CGTCAGACCA 1740 GCCACTTTTG TGCAGCTTCA CCACATTCTG ACGTGTAGCC AGGGGCGGCG CTCCCGCACC 1800 GGGTATTTTG TTTGCTGGAT CCTGACGCAT CAAATCACCC AGCAAGCGCA ACTGCCCCTC 1860 AGACACCTTA GAAATTTCTT GCAGACGAGT TTCAGTACCC GCAAGCCACT CACGCGCATG 1920 CTGTATCTTT TCAATACGAC TTTCCATTTC TCCCAGCAGC GCATCTGCGC ACTCTATGCG 1980 CGAGCGCACA CGCTCTGCCT TTTCCTGGTT ATCCAACAAT ACGGCAATTT CTGCACGCAC 2040 ACGCTGCAAT TGAGGATCTA CTGTCTCCAA TTCTCCCCTA AAATTTTTAA GCGTCTTTTC 2100 AAGTTCCTTC AAGTTTTCAA ACGCTCTATC CACGTCCTGC ACCGTCTGAT CCAACACCGC 2160 ACCTTTCTTA TCCAAACGCT CATAACGCGT ACTGATATCG CCAAGCCCTT CTTTGACCTT 2220 TCGAATTTGC ACCTGATAGC GCTGCAGATC GTCATTCGCT AACGTGAGCT CAACAATCTT 2280 CTTGTCCATA GCATCAGAAA GAGCAGCAAG CTTTGAAAAC TCTCCCTCCA AAAGATCAAT 2340 ATTCTTTCGC TCCTGCATAA ACTTCTCAAC ACGCTGctCC GCCTCCTCTC CAAAGTGTTT 2400 CACTTTTTCA TACTGGAGAC TAAGCTTATC CATCGCCTCT CGATACACTT CGAAACGGGT 2460 CACCGTCTCA GTCAGCCGCT CGATATCCTT TTCAAGATTC TCCCGCAACT CGTCCGCCCG 2520 ATCAAAAATA CGAGTCTGGC CGATAAACTC ATGCTGTTTA CGTTCAATCT CCTGCAGCAC 2580 TTGCGAAAAG CGGTCACTTT CTCCCTGTAA TTTAGTGAGA AGACCTACCT GCGCCTCCCC 2640 AAACTCCGCG CGCAAATCCT GCACAAGGTC TCGTGTCTCC TGCAAGGTGC GGTCCACCTG 2700 AGCACGTGCT TCTTTTACTG TCTTGTGCAG TGCCTCACTT TCGCGCCGAC CATCTGCATG 2760 GAGCTGTCCT GTCACAGTAT TTACATAGCC ACCCAGTTCC TCTTTGACCG TCCGCATCGT 2820 GTCACACATC TTGCCTATTT CATCACGCAG ACTTTGCAAA GACTCACCAT TCTTCTGAGA 2880 AAAATCTTCA TACTGCATAT CATAGCGCGC ACTCAGGTTT TCAATCGCCC GCTCAGAAAG 2940 ATTCACCAAA TGCGCAATTT TTCCTTCAAA CAACTGCTTT GCATCCgCAA ACTGCTTGTC 3000 GGTGTGTGCC TTCCATGCCT CGATATCCCG TTTGACCGAC CCACAGCCCC CCTGCGCCTC 3060 CTGCTTTATC TCCTGCACGA GCACATTCAT ATCCCGaACT TCGGTTTCAA TCATACTTGA 3120 GTGAACATGC AAAGAGTCAC GCAGgCGTTG CCgCACTGCT TCCAATTCTC TCTCAATGAG 3180 ATTATGCGCC TTATGTGCAA GGCCGCGACA TCTAAGGTA 3219 (2) INFORMATION FOR SEQ ID NO: 67: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2725 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 67: CAGGATnCCC CATTCCTGAG AAGAAGGCgC GCATCrCGmA GtCgACTGAC TACCCTTCCG 60 GCAGCCTCCG GTGCATCGTG CCTCACCTTT TTTACCCGTG GACACATACC CCAATTGCGC 120 AtTTCAAAAA GTCCGTTGAA CAATCGTTCG TCGTTTTCTT ACACGCAGAT GTGCAACAAC 180 TACGAACGCA AAACATCACG TGGCTTGGAT CCATTCGGCG GACCGACCAC CCCCCTTGCT 240 TCCATTTCTT CGATTAGGCG CGCGGCGcgA TTGTAGCCTA TCTTCAATTT ACGTTGCACA 300 TACGATGTGG ACGCTTTACC CGCGTATTGC ACTACCTGCA CTGCCTGCTC GTATAAAGGA 360 TCGCTTTCAT CCACAAAATT TCCAGATATA CTCGCGTCGT CATCGTCAAA GAAAATTTCT 420 TCATCAAGAT ACTCAGGCGT TCCCCACGCG CGTACATGGG CGATCACGCG CGCTAATTCT 480 CGCTCGGAAA CATACGCACC TTGAATCCGC GTAGGAAAAG ACTGACTCGG GTTCATGTAC 540 AGCATATCCC CTCGTCCCAG CAATTTTTCT GCGCCCATCT CATCCAAAAT AATACGGCTA 600 TCCATTTTAG ATGAAACCAT AAAGGCAATT CTGCTTGGAA TATTTGCCTT AATAAGGCCG 660 GTGATGACAT CGATTGACGG TCGCTGGGTG GCAAGTACCA AATGGATGCC TACTGCACGG 720 CTCATCGCGC ACAAACGCGC AACACTCGTT TCTAATTCTT TGCCAGAGGC AACCATTAAG 780 TCTGCAAATT CATCAATGAT AATAACGATG AATGGGAGAG GCTGCGTGGC GATGCTTTTT 840 TCCTGTATTT TTTTGTTGTA GGTCTTAATG TCGCGGCATT CTAATTGCTC AAGAAGCGCA 900 TAGCGTcGCT CCATTTCGCA CAGGATGTAC TGTAGTGCTT GGAGTGCTCT TTTGGGCTCA 960 GTGATGACAG GAGTGAGAAG GTGGGCGATA TCGTTGTAGA GCTTTAACTC TACGATTTTT 1020 GGATCAATGA GCAGAAGTTT GGTTTCGTCA GGACACTTGT GGTACAGGAT AGAGAGAATG 1080 AGCGCGTTTA CGCATACTGA TTTACCCGAC CCAGTTGCGC CTGCAATGAG CAGGTGAGGT 1140 GTTTGGGCAA GGTCGATAAC CTGTGGTTCG CCGGTAACGT CTTTGCCAAG GATGACAGGG 1200 ATGGCCATAC GGTTGCTGCC AGCTGTGCGC GTATGGAGCA GTTCTTTGAA TGTAACGAGG 1260 GATCGTTTTT TGTTAGGGAC TtTCCmCCCT ATGGCGTGTT TTCCAGGAAT GGGAGCGACG 1320 ATGCGCACGC TTGAAGCAGC AAGCTTGAGC GCAACGTTGT CCTGCAGATT TGTAATTTTT 1380 GACAGTTTGA TGCCGGGTGG AGGGAGAAGC TCGAACATTG TGACTACAGG ACCCTTCTTG 1440 ATACCGGTGA TTTCTACTCG AATGTTGAAT TCAGAGAATG TTTCCTCAAG CAGGAGTGCA 1500 AGATTCTTGG TGAGCTCGTC AATTCCTTCA TATGTGTCCT CTGAGTACTG GTCAAGCAAG 1560 TCGTACGGTA CTTGGTAGCC GCGGCAAGGG TgCCGAAgCG GAGCTGCTGA GGCAGGAATA 1620 GGACGCGgTG GTCCCTGTTC ATCGTCTTGC GCAGgAATAA GGGTTTCAGC GGGGGCGACT 1680 GAGGGAGCAG AGATAGGAGA GAGGGCCATG ACACACGGTG CCTGTGCAGG GATGACAGAC 1740 GGCAAAGACC CGGGTGACGC GGGGGCGTGA ACGTCTGAGG GAAGGTTACT CTGAATGAGC 1800 CCGGGCGCTG GGAGCAGGGG GAATGGAGCC TGAGAAGGCA CCGATGGCGC CAAAGCAGTT 1860 GGCGTGGACA CACCGCCACA CGCTGCCACt GCGTGGCAGG CTGCACCTCT GCCTCAGAAA 1920 TCAAAAATTC TCCCCCCTGG AGGGGAACTT CCGTGGAGAA TTGCCCCTCT GGGGGCGCGC 1980 TTGCTTCGGG CGTCTGCACA TCTGCGGTGG CGCAGGAGGG AGCGGGGGGA GGGGAAACGG 2040 TGTCAGGATG ATCGGCGGTG GAGGGAGGGA AGGAGGGGTC TTGGAATCCA TCAGCGATGA 2100 AATCcGAGGG ATACGTGCAT GAAACCATAC GTAACACcTT TCCCCGTAAA TGAGTGCAGC 2160 ATAGAGCTCT GCTCCCAGCA ATGCGAGGAG GCAAAGGACG CATACGATGT CTATCCCTCC 2220 CCGCGTTGAC GGTGAAATTG ACCGTGCcAG CGAGTGCGCG TCGTAGCGCG TAGAGACCGT 2280 GTTCTCCACA CACTGCAGTA ATGAACAAGA GTGGGAAGGC AACAAGTGCG CTTTCTGCCC 2340 GTAACGAACG TCCGCCGACA AACAAGAGGA GCGCTGTGTG CAAGAGTAAC AGCGGCACGA 2400 GCAAGGAGGA GAAAGCGTAC GTTTCGTAAA GGAGAGTGCC AGGTACGAAG AACCAGTGTG 2460 ATGCTCGGTG CAAGGTAAAA AGGGGAAGAA ACGTGGACAG GGTCaGGAGC ACTGCACTGA 2520 CGAATAGCAG TGTGCCGAAG gTAAGAGCGA TAATTCTAGG TAAAGGGGAT CGTTCCATGC 2580 ATTGTCCTGA ACAGTTAATC TGTTAGCTTG CACGCCCTGC AGGCTACCGA CCCCGACAGA 2640 AGGAGCCGAG TGAGGGGAGg AAACAGGCGC GACCCAAtAT CTTTGTAACG GTAAGATGCT 2700 TTGCGTTACA CTGnGACGGG CGTnG 2725 (2) INFORMATION FOR SEQ ID NO : 68: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3406 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 68: CGGCGCATAC TGTACCGCAT CCTCCTGGTA TGCGCTnTCA CCCACGGnTT CCACAGCCGG 60 GCAAAGTTCG TCAGAAACGT GGGGTTCTTC CCAATCGTCA GGTAGGCCCC ATAACAGTGT 120 AGTGTCGCCT CTACnTTCCC CTTGCGCTTA ACGGCAAAAn CTGCnTTCCC CTGACTCAGG 180 TCCGCCTGCA GGTCCGCCAC CTTnCAGTCC GCATACAGTG CCGGGTGCTG CCCACGGCGC 240 GTGTGGGTGG TGCGCATAAn CAGGGGAAAG GATACTCCCA CCGTGTTGGT AGTACGAAAC 300 CCGTGCTTCA GATTGTAGGG ACCGGTGCCC ATAACTGCAC CAGGGGCCTG GCCATGACTG 360 CCTACCCCCT TGCCATAGCT GATGCCCCAC TCAAGTGTGG CAGAGCCAGT TAGCTTCGGG 420 GAAAACTCCT GTCCGAGCAC TCCCCCGCTC GCTCCTACCC CCACCACCAC ACACAGCACA 480 CTCCCCCACC GCATGCACCC CATGCTACnT CACCCCCCCC CnGGnCCTGT CTAGTAGCCC 540 CyTCAcCTTC TTTTCTAACA CTACTGCCCA ATCAAGGTAT CCAGCTGCTT AGACAGCGCA 600 CGGTgTGCGC ATTGTTCGGA TCCAGTGCAa TCACCTGATG CAAATAGTAC TGCGCTTTGC 660 GGAAATCCTT TTTCTTTCGG TACCATTCAT ATAACGCAAA AAGAGTGCGT CCATTGCGCG 720 GATCTGAAAG CAAACTTGCA CGCAATAAAC TTAATCGCTC CTCCTCGTGC ACTGACAACA 780 ACGCTTCATA GTACGAAAAT ATCGACCGCA GCGTACCACG CGCGGACGCA CTCCGAGCTG 840 CAATCACCGC ACGGATCTCC CGGTAATGAC GCGCCTCATA CAACGTATCT AAGTACAAGA 900 CGATGACCGT CTCAGACGGA GGCTGTGCCG AATGATATAA ACGCCGCGCA AGAGAAATCG 960 CCTCcTGCGC ACGACCTGAA CCACTGTACG CGCGAATAAG TAATTCTTGA TGAGCCTCAC 1020 TCGGATATGC GGTATTCAAA CgCTCCGCGC GCGACACTGC CTGTTCCCAG TTACCCTGCG 1080 CCAGTTCATA CTGCGTCAAT AAACGGAGCG CTTGAGCGTT ATGCGCATCG GCGCGGAgCA 1140 CCAGCGCGAT AAAGCTTcGC ATGTTTTTTT GTGCAAGCGA GTGACCGGTC TCAAAGCAGT 1200 GCTGCGCACA CGCAAGGAGC ACCTGCACAT CACGCGGATA CAAGCGATAT GCCTGCTGCA 1260 AAAAGTCGTG CGCAGACGCG TCATTTTTGC TCCATTCCTT TGCCACCTGC GCACGCAAGA 1320 GCAAGTACGT TTTATCCGAA CTGTCACGCT CTGCAAAAGA GTCAAGGGAC GCGTGaGCCT 1380 TCTGaTACTC CCGcTGaGCC ACCAAGAT C GAATGTGTAG CAAAAGCGCC GCATTGTCCT 1440 CAGGCTGTTG ACGCAACAGC GCTGCAACGT ACGGTTGCGc GGCGCTCCAT TCTTGACGCG 1500 CGCTGTGAAT TTGCGCCTGC AAAAGCTGCA CTGCTCGGTC TTTCGGGAAA CGGTGAAGCA 1560 ATAGGCGCGC AATGGGCAGT GCCAGGGCAG TCTCACCGCG CTGTACCAGC ATGCGCGCAT 1620 AGCAGATGCC TGCAGGATAG CAGGATGCGT CTTTTTCCCA TGCGCTGCGG TACCTGnACT 1680 CCGCTTCAGA GAGCTCTCCG TGCTGCTCGT GCAAATACCC AAAGAGCAGG AACGGAAGGA 1740 GAGAGTGCGG GGCCTGCGTG CGTGCGCGCG TtCAGGCGTT CTCGGCAATC TGCGTGTACC 1800 TCATCAGGAA GGCGTTTTTT CAACAGAGTC AGCGGGGGAA TGATATCCGA AAAAAAATCC 1860 GGTTCTCCAG GAATGAGCGG ATACGTACCT TTTTCCACGT CATCGAGCGC AGTCAGGTAC 1920 GGATGCGCGG TGTTGTACAG CGGCACATGC CAAGAAACAG CTTCCTGCGG ATATACAAGT 1980 TGCATAAGCG CAnACACACG CGGAGGTACA GCCGATTGTG CGGTGTCAAT CCGGCCGGAT 2040 CGCGCTGTAT GCACGCAGCT GCCTCGCGCA ATGAGGCAGG AGAAGCAGTT TCAATCAAGA 2100 AGAGTATCTT TGGATCCATC AGCTTTGTGC GAATTGCGCG TCGGTCCGGT ACGTCAAGCG 2160 CAtGCCaCGC ACAGGaTGCG CCGCCACCTC CGGCGCCTGG GATGCGGAAG AAACCGGATC 2220 GGTACtGCGC GCGTCGGCAC CACCTTCGAA GAACTGCGAC AACAGAGAAA AACGGGTATC 2280 AGCACAAAAC CGACACTCAC CCCGATGGCG CGGTCAATGC TTTTAGTAAG CGCCCCCATA 2340 GAAACCCGTT TTTACCTCCc TGcATGGCAG TCGTGCCATT TACACAAAAC GCCTGTTGTG 2400 ACCGTACCGA CAACGTACGC ATACCGGCGC ACCGCCGCTT CTTTTCCCTT TACGCGGTGT 2460 TCAACGcgCA CGGCGCATCC CTTGTGCTCC CCACGCAAGA CATGCTAGGC TGGCTGCCAC 2520 CGAGGGCGAA GAGAGCGTAC AGGAGGTTAA CGGTTTTTTT GCGAGAAATC ATTACCGCCC 2580 GTGCGTGTTC ACTCTTCCTG TTTCTCCTTC GTTGTTTCCC TGCTGGTCCC TGTGCGCGGG 2640 CGCGCCGGTT GTCCTTCCTT CTGTTTCTCT GTGGTGCGGC AGCCTGCCCT CCGCTTTGGG 2700 GGGCGTACGC AGCGCACcAg CGTTGCGCGC TCAGTCGGTA CCTGACACCC TCATTCAGCG 2760 CGCGCTCGTG CTCGGTCCGC TCGTGCACCC CCTGTACCCG CCGATCCAGT CCTTCAAAGA 2320 ACAGTACCGG AGCGCGCGTT ACCGGGAATA CCTCTCTGTC GTTATGcAGC GGAGCGCGCC 2880 CTACCGCCCC TTTATCGAAA AACTGTGCGC GACGCTCACC TTCCTGTCGA .GCTGCTCTTT 2940 CTCCCCGTTG TCGAATCGGG CTTTCTCGAA CGGGCTGTCT CCAAATCCGG CGCAGTCGGC 3000 ATTTGGCAGT TCATGCGCAA TAGCATCGCA GGATCTGCCA TGCGCGTGAG TGACTGGGTA 3060 GACGAACGGC GTGACCCCTG GAAGGCTTCC GTCGCCGCAG TCAAAAAACT GCAGTGGAAT 3120 TACACGCAGC TGCGTGACTG GCCCTTGGCC CTCGCTGCGT ACAACTGCGG TCTTGGCGCG 3180 ATCAAGCGAG CCATTGCCCA GGCAGGAACC GCCGATTTTT GGCATCTGAG TGAGCGCGGc 3240 TTTCTGCGCG ACGAGACAGT CCGCTATGTC CCAAAGTTCC TTGCGGTTGC AGAAGTACTC 3300 AGCCGGAGCC ACGAGCACGG CATCGCCTGG GGAGCGGCAC ACACCCCCGA GGAGACCACC 3360 ACGGTTACCG TTTCGCGCGC GGTAGACTTA AACCTCTTGG CACAGG 3406 (2) INFORMATION FOR SEQ ID NO: 69: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 7874 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 69: TGATAGCAAA TTATCTGCTg AAAGGCTCAC AGTACAGCAT GTTGGTCCCA GTGGTTGTTC 60 GCCTGGGGGC GtATACAAGG TGTGAGGGAG TTGGCATTCG GGGGGCGTGT GCGGAAATGA 120 AATGGaGTGG GCTCTGTCTC TTTCTCCGGA CGGGGGGGGG GGGGTGCGAA CAGATGAACG 180 GAAAGCGTGT GTTTCTGGGC ATTGTCgTGG TGGTCtGTGC CGCGCGCTGT TTTTGCGCcG 240 GACGTGTTCT TCTCCTCGCa TCTGGGGTaT GGGCGTTTCT ACGCCcGTGG GGAAAGACAT 300 TGAaGGGGCa GCACATGCAC GTTCCAAGCA TTGGCGGCGG CGTATGTGTG GTGGCArACA 360 GCGGGTTTGC CTTCGCCTGC ACGGTGGACG CAGCCCTGAC CCGTATAATG CTGAAAACTC 420 AGGCGCTCTT TGGCTATGCC TTTCGGTGGG GAGCGTTCAG CCTCATCCCC TTGCTTGGGA 480 TGGATGTGAT TGTGTCGAGC GACCACGCGT TTGGTGTTGC CGCGCAAGTG TCGTTCCAGC 540 ATTTGATTTC TGAGTGGTGG GGCTTTGCCT TGAGTGTGAG CGGCGGGGTG GACTTTCCGC 600 TCAACCCTAA CACCCGCTTT TTAGCAGGTA AGCTGCCTGC AGAAACGGTG CAGCGCGTGG 660 CsTCGTTGCG CTGCGGCAAA AGCTTATTAG CGAAnGGATT ATCAAGGCAT TGGATTTGGG 720 CTGGTTTATT ACCTTCGCTC TGACCGTTGT TGCCGAGGGA TTCAGTTGGA TTGTGTCGCA 780 GAGCGCTTGG ATTGCGCAGA AGGCGGTGAA TTACTTTTTG AGCGACACCA CGCGTTGTCT 840 CATTCTCCCG GTCACGCTGC GGGCCGGTCC TACCTTTCGA ATATAGCGTG CGGGGGGGGG 900 CGGATTTAGC GGCGCGTTGG CGTCCGCTGT CGAGTTGCCC AGAGCGCGAG AAGAATGCGG 960 TCGATTTCTT GTGTAGCGTT CCGTCGTGCG CCGCGCACTT GAAcGAGCTC AGCCGGTGCA 1020 TGAGCGAAAs CgCGTGGACG ACTGTCTGCC CGAACTTTCC CGGCAGtGCG GCGGCACcGC 1080 AGTATCCACT TTGAAAGGTA TACCATCCCC GAGGCCATGC AGGCCTGGCG CGCTCCTGCC 1140 GAAAGCGCAC CGCTCGTCAG GGGGACCCCA AGCAmCGTTG CCCACACGCG TCCAACCGGC 1200 GGTCTAAGGT AGCAGGCGAG CGTTCCCACC CACAGCCCTG CCAAGGTCAT CCAGCGGATG 1260 CGTCCCCCCk TTGCCGCATA GAGCAGCAtG CGATCCCGCA CACGGACGCC TGCACGCTCA 1320 GCCGCGGCAC ACACAGCAGT ATCAACAGGA GCAGGAGTCC TGTCCCCATC CGTACATAAC 1380 GCAGCACACG CGGCCTAAGC CgTGTTCCGA ACACGGCGCC GTGCATTCAC ACCCCGCCTG 1440 TACCGGAAAA AAAAGAGACG CAGGCGGTGC GGTGTCTTGT TGTCCGCATG CCGCGTTCTG 1500 CAGGTGCGCG TACCACTGGG AGTGGGAGAG AAAATGGCCG GTTAGCGCTC CGAGTAAGGT 1560 ACTGCTCACT GCCCCCAGCG CGCAAAATAG CGGGAGTACG TACCACACCC CCGCGCCAAA 1620 AACGAGCACC CGAGCAAGCG TAAGCTGTAT CACGTTTGAA CAGAACGCAC CCATCACGCT 1680 TATCCCCACG CACGAAAGGT ACCGGCACGG GACGAACCGC AGCGCATACA TGAGCGCACC 1740 CGAAGCGGTG CTCCCTGCAA GCGAGAGGAC AAATACATAA GAAAAGAGCG TCCCACTCAC 1800 CAGAGCCTGC CCTATTACCT TCAGGAATAC TAAACGCGCG TACGCACAGA AAGGGAGCAG 1860 ATCCGGCGAG ATCAACAGCG GCAAATTCGC AAGCCCCACG CGAAAGAAAG GCAGCGGCTT 1920 TGGAATGACG TGTTCAACCG TAGAGAGAAA GAAACACATG CCGCCTAAAA GCGACACTAA 1980 CTCATCGCGT ACGTCTAGTG GCAGCCTGCT CCGCACGAGC CGCACCCTCC CGCGCCGCTC 2040 CCACAGCCAC CGCCGCTGGT GCTTTCCCGA AACAGAAGTG CAGCTAAGTC ATCGTCCGTC 2100 GCCTCTCGCA CAGAGCGCAC AGCCACCTCA AAGTGGAGCG TCTTCCCCGC GAGGGgATGA 2160 TTTCCATCTA CAATAATCGT TTCACCTTGC ACGTCAGTGA CGGTCACCGG TCGACTGTCA 2220 CCCCCGCTTC CTGCATCAAA CCGCATGCCC ACCTCTATTG GCACGTTTGG AGGAAACTGA 2280 TCTCGCCCCA CTGTCATGCG CAAGTCCTCC TGCACCTCTC CATACGCTCC TACCGGAGGA 2340 ATGGTTACTG AAAACTCCTC CCCCTCTTCT CGGTTAATTA AGGCGGTCTC GAGGCCAGGA 2400 ATGATCATGC CGTGCCCCTG AACATACTCG AGCGCACCCA TCACGTCGGA AGAATCGATG 2460 ATCTCCCCCt GTCATCTCgC AGGGTGTACT CGATgTTCAC CACACACTCA TTTGCGATTT 2520 TCATGCGCGG CATGCTAGCA CAGGCAAGAT aCTCACGGCA AGGGCAGTTT CTGTGCCGTG 2580 TGCCyTTGAc AGAATCGCCG TTATAGGGGA TAAGCCGGGC GAGGTGTTGG GAGCGTGTGG 2640 TCCACTTCTT GCCCTCTTGC GCgGTGCTGT GCgGTAAAAG AgGGGGCGTC gCGTTCGAGT 2700 AAAATTTTCT CTTAAGCCTT AAGTGAGATA CCCCATTATG GTAGAGGTCt AACCGCGGTT 2760 GCGCGCTGCT GTTGCTCGGT TGGCGGTCTG TAGCGCTGCG GAGAAGGACG GTGCCCTGcC 2820 GCTGTGGCGA TGCGCTACAT GCGCAGCGGG AGGATATCCT GCGTGCAAAT GCGCAGGATC 2880 TTGCGCGGGC GCGTGAGGCG GGTCTTGCCg CACCGCTTGT CGCCCGGCTC GCGCTGAGTG 2940 AACACCTTCT TGAgGACATG TTGCGGTCTT TGaCTGTTCT TTCGCTTCAG CGGGATCCTA 3000 TCGGGGAAAT TATAGAAGGG TACACTCTTG CGAATGGACT GGAAATCCGG AAGGTACGTG 3060 TTCCTCTGGG GGTGGTGGCT GTCATCTACG AGTCTCGGCC CAACGTGACC GTAGATGCGT 3120 TTGCACTTGC GTACAAAAGC GGCAATGCGG TGCTCCTGCG CGCAGGTTCT GCAGCGAGTT 3180 ATTCAAATGC CCCGCTTTTG CGCGCAATTC ACGTGGGTTT GAAGAAAGCG CATGGTGTCG 3240 TGGACGCGGT GGCTGTTCCT CCCGTTTTGG AGGAAAAATA TGGTGATGTG GATCATATCC 3300 TCcGCGCGCG CGgCTTTATC GATGCGGTAT TTCCTCGTGG GGGGGCGGCG CTTATCCGGC 3360 GCGTCGTGGA AGGCGCCCAC GTGCCAGTTA TTGAAACCGG ATGCGGCGTG TGCCACCTAT 3420 ACGTAGATGA GAGTGCGAAT ATCGATGTGG CGCTGCAGAT TGCAGAAAAC GCGAAGTTGC 3480 AAAAACCGGC CGCATGCAAT TCAGTCGAAA CGCTGTTGGT GCATCGTGCG GTTGCGCGTC 3540 CTTTTTTGCA CCGTGTACAG GAGATTTTTG CCACCTGTGA GGAGACTACG CGCAAcCCGG 3600 TGGTGTGGAT TTTTTTTGTG ATGCTGAGTC TTTCTCCCTT CTCACAGAAA GGGGCGCGAG 3660 AAAAAATGTT TTTCATGCAC AGGCAGAGAC CTGGGATCGG GAATACCTGG ACTATCAGGT 3720 ATCCGTGCGG GTGGTGCCAA ACCTTGAAGA AGCACTCAGG CACATTGCTC GTcATTCTAC 3780 GAAACACTCA GAGGTTATTG TCACGCGCGA TCGTGCCCGT GCGCGTCGTT TTCATCAGGA 3840 AGTAGATGCT GCCTGTGTAT ATGTCAATGC TTCAAGTAGG tTTACCGATG GAGGGCAGTT 3900 TGGCATGGGA GCAGAnATTG GGGTCAGTAC GCAAAAATTG CACGCGCGCG GTCCGATGGG 3960 TTTGTGTGCA CTGACTACTT CAAAATATCT GATTGATGGA GAGGGGCAGG TGCGTCCGTG 4020 ATCCGTGCGC TTTTTGCTGC GGCAAAAAAA AtTGTGATAA AGATTGGGTC AAATACGCTT 4080 GCGCAkGCAG ATGGTACTCC TGATGAGGAG TTTTTGGCGG wGTGTGCTCG CGCCTGTGCG 4140 GCGCTGATGC GTGACGGCAA GCAGATAGTT GTGGTGTCGT CTGGCGCTCA GGTTGCAGGG 4200 ATTTCTGCGC TCCATTGCCT TTCATCTCCT CCTCAGGGGG CGGGTTTAGA GCGTCACGAA 4260 TCGCGCGGCG TTATTCCGGG TGATGGTGCG TCCTGCAAAC AGGCGTTGTG TGCGGTGGGT 4320 CAGGCGGAgT TGATAAGTCG TtGGCGTTCT GCGTTTGCAG CGCACCAGCA GTGCgTGGGC 4380 CAGTTTCTGT GTACGAAGGA GGATTTTACT GACTCGGACC gCGCGGCGCA GGTACGCTAC 4440 ACGTTGTCCT TTTTGCTCGA GCGCAGGGTA GTACCTATCC TTAATGAAAA TGACGCGCTC 4500 TGTTGCAGCG ACGTCCCCTC TGTAmCCGCC GACCGGcGGt GTCCCTATCA CCTCAAAAAA 4560 GGATTGGAGA TAATGACAGT CTGTCCGCGT TTGTAGCGCT GTTGTGGCAG GCAGATCTTT 4620 TGCTTTTGTT GAGTGACATT GACGGCGTGT ATGACAAAGA CCCAAAGGCA CACACAGATG 4680 CGCAgcACGT TCCTCTGGTG ACGGACGTGT CAGCGCTTGT GGGTAAAACG AGCATGGGTT 4740 CTTCCAATGT CTTTGGTACG GGTGGGATTG CTACAAAGCT GGATGCTGCG CGTCTTGTCA 4800 CGAGGGCGGG AATTCCTCTG GTGCTGGCAA ACGGGCGCCA TCTGGATCCG ATCCTGAGCC 4860 TTATGCGCGG GGATGCGCGG GGGACACTTT TCGTGCCTGT TTCTTAGAGA GCGACGTGGG 4920 TATGCGCAAG TGCACGCATT GTGCCCTATA ATGCGCGGCG TGCGGTCAAT TTCTGACGTG 4980 TAATTTTTCT CGGTGGGGCG ACGTCTCCGT CTGTCTGTTA ATTCGGTGGT GTGTTTCGAT 5040 GCGAGAAAAG GAAGGAGGTG TGGTGAACGA CGATTTTCAC TATGAAGTGA CGCGCAACTG 5100 GGGCACGCTT TCCACATCGG GGAATGGCTG GTCCCTCGAA CTGAAGTCTA TTTCTTGGAA 5160 TGGCCGGCCA GAGAAA ATG ATATCCGCGC GTGGTCCCCA GACAAGAGCA AGATGGGAAA 5220 GGGGGTaACg cTTACGCGTG CAGAGATTGT AGCCCTGCGC GATTTACTAA ACAGTATGTC 5280 CCTGGACCCG TACTAGGGAC AGTCTGCAGT GCTTTGTGCA GcGCGGCGCg cAGcgTCGGt 5340 GGCTAGCCGG TCGCACAGTT CGTTGTACGG GTCTCCTGCA TGTCCTTTTA CCCAGCGCCA 5400 CTCGACGGAT AGGGCGTCGG CGAGTGCGCT GAGCGCTTCC CACAAATCCT TGTTCTTGAC 5460 CGGTTGTTTG GCAGCCGTTT TCCAGCCGTT GTGTTTCCAG GTATGGATCC ACTGGGTGAT 5520 GCCTTTGCGT ACGTATTGGG AGTCGGTGAC CACTACCACC GCCTCTGCAG CGCGTCCGTG 5580 TGCCTCTTGC AGTGCGTTGA TGACCGCGCA CAGTTCCATG CGATTGTTtg TGCTCGGGTA 5640 GGCgCTGCCG CTTCTAGTGA ATGCGGCAGC TTCTGGTGCG GTTTGTCCGG TTTCTAGAAA 5700 GGGTACGTCT GAGGGCACCA GAGCAAACGC CCACCCGCCC GGACCCGGGT TTCCCAGACA 5760 GGCGCCGTCA GTGTACAGGG TAAGTGCAGC GTGCGCGTTC ATAGTCGCGC tACGGTAACA 5820 GTTTTGCGCC GTGGGGACAA TGTATTGGTC CGACAGTTGG TGATGGAGCG AAGATATTTT 5880 CGCAAGGAGG GAGAATGAGG CGCGCACGGA TTGTGCAGGA ACTTTGGTAC GCGGGACGAC 5940 GGTTTGGTTT TTGCGGTACG CTGTCTTATT CTGCAAGGCG GTGTACACGT GCGCGTTGCA 6000 CTTTCTCCTC GGGTGTACAT GCTGCACTGT TTTTAGAGGA AAGCTAACAC GGAGAGGGCA 6060 CAGATGAATA TTCTGCATAA CTTTGTTGTA TTCGAAGGTA TTGATGGCAC AGGCACGAGT 6120 ACACAGTTGC GTGCGCTCGA ACGCCATTTT CAGGCCCGTA AGGACATGGT CTTTACTCAA 6180 GAGCCTACCG GAGGGGAGAT TGGCACTCTC ATTCGGGATG TGCTGCAAAA GCGTGTGATC 6240 ATGAGCTCTA AGGCATTGGG ATTGCTCTTT GCCGCAGATA GACACGAGCA CTTGGAAGGT 6300 GCAGGAGGCA TTAACGATTG TCTTGCAGAA GGAAAGATAG TGCTCTGCGA TCGGTATGTT 6360 TTTTCCAGTT TGGTGTACCA AGGCATGGCG GTGTCGGGTA GTTTCGCGTA TGAATTAAAT 6420 AAAGAGTTTC CGCTTCCTGA AGTTGTGTTC TATTTTGACG CGCCTATCGA AGTATGTGTT 6480 GAGCGTATCA CCGCACGTGG GCTGCAAACG GAACTGTATG AGTACACGTC TTTTCAAGAA 6540 AAGGCGCGCA AGGGGTATGA AACTATATTT CGCaAGTGCC gTCaTTTGTA CCCTGCAATG 6600 AAAGTGATTG AAATAGACGC GCGCGAGGAA ATTGAAgTTG TGCATGAGCg TATTCTTCAC 6660 CATCTGCGCG AATACAGGCG TCTAAAATAG TGTGTGGACG TAGATACACT ATCTGAGGAG 6720 CAGTGGAGAG TATATATCAG GAACGTGCTT TGCAAGCGGA AGGCGCGTGC TCGGTAAAAC 6780 GGTGCTGCAC CGGCGCAgcA TaAGCAAAAT AATTGGAAAA TTTGTCCATA GGTTTTTGTC 6840 GTCCGGTCAC AGTGCTCAGT GCCTTTTTCT AGGCTGTTTT TCAATAACTG TTTATGTAGA 6900 CTGGACGGGT CTTCCTTTCT CAACTCACAT ATTCTTTTCG GGGACATGCT GCCGTTGGCA 6960 GACGTTGGGT GTGACGGGTG TTTCTCTGGT GTGTAAGAGG AAGATATATT CCCCTTTTGT 7020 ATCTGCACTG ACCCCTGCAC GGGGTACAGG CTATTGACGC TTCCTTTCGT CTGTGTGTCT 7080 TCACTGTTGC GTGTACGGCG CGTGAACGGG CCATATAGAT AGATGCTTGA CGGGGTCTGG 7140 TTGCCATGTT AGGATCCACC AAGCGTGACT ATTCTTTTCT GGCCGCGTGT GATGCATAAG 7200 ACACTCCCAT AGCACCGTTA AGAGTCTCGC GAAACCTCCT CCGTATGGAG AGGGGTAATC 7260 CAATTGCCGT GGAACGCGAA GGTTCTGTGT TATGTCCGCA AAGATTTACG TCGGTAATTT 7320 AAATTATGCC ACCACTGAGG CTGGATTGGC CTCCCTTTTT TCTCAGTTTG GGGAAGTGCT 7380 GTCCGTGGCT GTAATCAAGG ATAAGCTTAC GCAGCGGTCG AAGGGCTTTG GTTTTGTTGA 7440 GATGGAAAGC GCAGAATCAG CCGAGTTGGT TaTTAACGAG TTGAATGAGA AGGAGTTTGA 7500 AGGGCGTAnG CTTCGCGTTa ACTATGCGGA GGAGAAGCCG CGTTTTcCCT TTaAGAATTA 7560 GTGGAGGATG GGGAGGACTT TcCATCGTGG CGCATGTTTT TgGCGTAAGG TGCTTTCGCG 7620 TGCGTTaTCT CATTTcTCGT CGTCTTTTGG TTcTCCCCGT TTGTGTGCGT CGCGGTgTGT 7680 TTGGTTcCTG TTaGGAACCC CTTCGGGGcT TCTGTcTATT TTGcTCCCAA GACTGCTAkT 7740 ACTATGGaTG agGcTGcGTC TCGCGyCCCA GGGTTgyCaw GwAgGGTGCC gTCtTTTGCG 7800 CCTGGGTTGA AGCAAGGTTT GCCnGGAACG TTGGGTCCGT TGGGTTGAAC CCAAGAAAGA 7860 AAAAAGTTnG GGCC 7874 (2) INFORMATION FOR SEQ ID NO: 70: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 20682 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 70: GTTATGGTCC CTGTTATTGG CGATTTAAGG ATGCTGCcgT ACGTGCrCTA TCTTAtmCGA 60 AasTGCgCTG CGATGCgGTT TTTcATGCTG CCGCGTATAA GCaCGTTCCT ATGATGGAAC 120 TCAATCCTGT TTCAGTGATT GAAAATAATG TCTTCGGCAC CAAATTCTTG CTCGATGCCT 180 GTATTGCGTG TAGGGTTAAG CGCTTTGTAC TTTTGTCCAC TGACAAGGCC GTGGATCCTG 240 TTTCTATCTA CGGAGTATCT AAGATGCTCA ACGAGAAGAA TGTCTTGTAT GCTGCTGAGC 300 GTGTGCGCGA TTTCGGTCAC GATGCCGCGT ATATGTTTGT CCGTTTTGGA AACGTATTGG 360 GTTCCCGTGG TTCTATCATG CCGCTCTTTA TTGAACAAAT AAAGAAAGGG GGGCCCGTTA 420 CCGTGACAGA TCCTGCCATG ACACGATTCT TTATGACTAT TCCCGAAGCG TGTTCACTCG 480 TTTTGCAAGT CGGTGGAGTA GGAGTAAATG GAGCGTCGTA TCTTTTGGAC ATGGGGGAGC 540 CTGTGAGCAT TATGGAGACT GCGCAgcAAC TTATTCGCTA TTTTGGTTAC GAGCCAGACA 600 GAGATATTCC TATCCACGTG GTGGGCTTGC GTCCTGGCGA GCGTCTCAGT GAGCCACTCG 660 TTTCCAAAGA CGAGCGTATA GAGCCGACGG TATATCCAAA GGTTCTGCGT TTGCGTGAAC 720 GTGAACCTTT GGATTTTGCG CACCTTGAAC GCCTGTGGGA TCAACTGTAT CCTTACTGTT 780 TCCCTTCAGG AGAAAAGGTG CGGTACCGGC ACAAAGAAGG ACTTGTCCGC GTGCTATGCG 840 ACTCGTGCGC GACACTGAAA CAGCGGTATA TGCCAAATAG CGAGGCATAG GAAAATGGAA 900 GGTACCGTGA AAAAAAAGAA AGAGGGTGTT CGTGATGATA ACGCGCAGCA TGCGGTGTTC 960 AACAAACAAG TGCCGTTTTT TGTGCCCTCG TTTTCTGAAG CGGAAGAGCG CGCAGTCTGC 1020 GATGTGTTGC GTTCAGGATG GATTACGACG GGAACACAAG CACTCGCGTT TGAAAAAGAG 1080 TTTGCckTwT gTGGGtGCTC CCTATGCGTG TGCGGTTAAC TCAGCTACCA GTGGTTTGCT 1140 TCTCACCTTT GATGCAATGG GCATTGGGCC GGATAGTAAG ATACTTACCA GTCCTTATAC 1200 GTTTGTGTCT ACGGCGAGCT CTGCACTCCA CCTAGGTGCG CAGGTGGTGT ACGCCGATAT 1260 CGAGCGCGAC TCTTATAATA TCAGTGCAGA GTGTGTTGAA GCGTGTTTAA AAAAGGATGC 1320 GCGCATCCGT GCTATTGTAC CCATCCATAT TGCCGGGAAT GTATGCAATA TGCGTGATCT 1380 CAATGCTCTT GCGCGTAAGT ATCAAGTGGC AGTGGTGGAA GATGCAGCAC ACGCTTTTCC 1440 ATCGAAGACT GCGTGTGGGT ATGCAGGCAC ACTGTCACAT GCGGGGGTAT TTTCCTTTTA 1500 TGCCACCAAG CCGTTAACCA CCGGTGAAGG AGGTATGGTT TGCACAAATG ATGCGAAgcT 1560 TGcAGCGCGT ATTGCGTGTT TGCGTTCACA TGGCATTGAC CGGGCTATTT GGGATCGGTA 1620 CACAAATGGC ACCGCACCGT GGCGTTATGA CGTAACAAGC CTTGGGTGGA AGTGTAACCT 1680 GCCGGATATT TTAGCAGCAA TTGGACGCGT ACAGTTGCAG AAGGCGGCGC ATCTTTTTGC 1740 ACAACGCGCG CGTATTGCCG CCGCGTTCAC GCGTGCTTTT TCTCGTTATG AATTTTTTTG 1800 TACTCCGCCT GATGGGGATG GAAACGCGTG GCATTTGTAT TTGTTGCGCT TAGTTCCTGG 1860 AACGCTTTCT GTTTCTCGGG ACGAGTTCGT CAGATTATTG CAGGAACGGG GATTGGGCGT 1920 TTCTATGCAT TTTATTCCTC ATTTCGAGAT GACGTTTTTT AAGAAAAGTC TGTGTGTACG 1980 AGCGGAAGAT TTCCCTGAGT GTGCGCACAA GTATCAGCAC AcGcTTACGC TTCCGTTGTG 2040 GCCGGGAATG GATGACAGTT GCGTGGCGTA TGTGATAGAG ACCGTGGTGC GCACCGCACA 2100 AGAATGTGCA AAGGGAAGAG CATATATATG AGCGTGTTCG TTTCAGACGG TGCGCGCACA 2160 GGGAGCGTCT ATGCACAGCT TGTCCGTGCG CCGCGCGTTG CAGGATTGCT GCTGAACATA 2220 GATATTCCCT CTCTCCtGAC GGGTACTCTT TTTATACTGC AGCACATATT CCCGGATGCA 2280 ATGCCGTTCG GTGTGGGGAA AATACTGTGC CGGTTTTTGC GCATGGAGAG GTGGTGTACG 2340 CAGGGaACCG GTGGGTATCC TCATTGGGCC TGATGAGCAT GTGGTACGTA ATTTAGTGCA 2400 AGATGTGGTG GTGCATACGT GCGCAGAGCG GGCCTGTGCG TCGGAAATAC TCTGTGGAAT 2460 CAGTGAAGGG GAACCCCTCG CTCAAAAGGT GGCGGTGCAA GGAGATGCAG AAACTGCTTT 2520 TAAACGCGCA TCACACACGG TATGCTCCTC TTGTACATTT GAGCCGCGTG TACACTACTT 2580 TGCGGAAATG CCAGAAGTAC AGGCACTACC CGACGCGCAC GGTCTGCACG TGTACGCTGC 2640 TACGCAtGGc CTGCGCACAT GAGAAAAACT ATCGCGCAGg TACTGAATAT TTCTGAGCAT 2700 GCGGTGCACG TACATCCGCA GCAGGAAGCG CTTTCCTGTG ATGGGAGAAT ATGGTTCCCC 2760 TCAGTGATGG CAAGTCAGGC GGCGCTTGCA GCCTATTGTG CGAAAAAGCC GGTACGCTTG 2820 TCTTTTTCCT TTCAAGAGTA TGTGCAGTAC TGTCCTAAGA CTCCCAAGAT TACCATTGCA 2880 CATCGCACGG CGCTCAACGC CGCGCATGCG GTAGAAGGTA TGTTTGTTTT TATCTCCCTC 2940 GATGCAGGAG CGGGGAATTT ATTGATCGAT CGTATGGTTG CGCATATGGT CCATACTGCA 3000 TTAGGAAATT ATGAAATTCC TCGGTACCGC ATTGAATGCA CAGCGTTTCG TTCAAATGTT 3060 GGATTAACGG ATGTTTTTAA TGGATGGGCA GATGCATACA CTTCTAATGC ATTAGAAATG 3120 CATATTAATC AGTTATGTGC TGAGCTTCAT A ATTCCCTG ACGAGTGGCG TGTGGCGCAC 3180 ATGAAAGATA CGCGGGAAAC ACAGCGTTTT GCGCGGTTGC TCGCCTATCT GTGTGAGGAA 3240 GGAGATTTTC GTCGAAAGCA CGCAGCCTTC AGCATGGTCA ATGCAGTACG AAAAGCACAT 3300 GACACCCATG CCTGGCGTGG TATTGGACTC GCGTTGGGGT TTCAATATGA TCCGTCTGCG 3360 ATGTTAGCCC GTTCGGGTTT TTCCTATGTA TTACAAATGA CGCTGCACAC TGATGCGCGC 3420 ATTGTGGTGC ACAGCGTTCC GCTTTCTGAT TCGTTTAAAC GGGTAGTGGT TGCGTTTCTC 3480 ATCAGAGAGT TTGCGTGTCT GGAGGATGCG ATCTTTTTTA AAAGTAGTGA TGAGGCGTAT 3540 GGCGTGGATC TGTTGGGTCC GTCTGTGGAA TCAGTGGGGA TGAGGGTGTT TGCACGGTTG 3600 GTGAGAAAGT GTGTACGAGC AATTCAGAGA CAACGCTTCA GAAAGCCACT TCCTATCACG 3660 GTACAGGGGT CCTTTAACAC GGCCAAGAAG GGGCAGGTGT ATCAAGTGGT GACTGTTGCT 3720 AAGTCAGATG TTTCGGTGCC CGATGCGCAA TCTGAGCAGT GTGCCTCAAA GGTACCTGTG 3780 ACTGCTGATA CTAGCGGAAA ATGTGAGGAT ATGAACGGTT TTACCAAAAT GCACGGAATG 3840 AGCACGCACA CTCCTGCAGC CTGTATTATT GAACTCGAAT TAGATGCGTT GTGCGTGCAA 3900 CCTAAGATTG TCAGGTTGTG GTTTGTTTGC GATCCTGGGT ATGTCTTTTG TGAAAAAGAT 3960 GTGTACCGTA CCGTGAGTCG AAGCATTACT CGTGCGCTTT CGCACGTATC TGTAGAAAAG 4020 ATTTGGGAGC GTGCGCGCAC ACCCGAGTAT GTTATCATCG ATCCATCCGA TACTCCTCCC 4080 TATCACGTCA CCCTTTTGAG TTCAAATGCT GCTGCGCGTG CGGTGGGAAC GGTTGCCGAA 4140 GtATTGTTCC TGctGCGTAC TACGCAGCAC TGCGGCAAAT TTTGCCGATT TCTCAAAACG 4200 CTACCCATAA GGTTCCTTTT GTTGCGCGGG ATATTTTTTA TGAGATGTTT TCCCTCAGTG 4260 CAGACGATTC TCTATGAATA TTCGCTTTAC GTTGAATACA GAACAGGTAC ATGTGGATGC 4320 TATGCCtCAT GAGCGTCTTT CGACCGTTTT ACGGAGATGT TTTCATCTTC CTTCGATAAA 4380 AGGTTCACAC GGACATGGAG AGAATGGCGC GTCTACCATT TTGTTTAATG GGGAGGCAGT 4440 ATCCGCG AT ATCATACCCT TTTTTCTTGC GCACGAAACA CAGATAGTTA CACTTGATTT 4500 TTTTCAAAAG ACTAAAAGAG GACGGTGGAT TGTTGCGTGC TTTGCGCAgC ATgCATATTT 4560 CTTTTTGTGG GTATTGCGAT GCAGGAAAAA TTCTCACCGC AGAGAGCTTA TTACAAAGGA 4620 ATTCTGTGCC CAACGAAGAA GAGGTAAGAC ACGCCTTTTC AGGCATGCAA TGCnGGtGTA 4680 CTGATATCAA TGCGTTGATT CGAGCACTTC AACGTATGCC TGCTTGTCAT GAGTTTTCCT 4740 AAAACTG AT GCATCTGTAT AAGAACTCAG AATCAAGTGT TATTTATTAC GTAAAAAGTT 4800 TGGGTCAATT GTGTGCGGTA CTACGTAACG TCGCGCAGGT ACAGCCAGTT GGGGGTGGAA 4860 CGGGCTTGGT GCAATATCAG ATAACCCCGG TTTTAACGTT GCCTTCACAT TTGGTTGTTC 4920 TAAACGGTGT ACCAGAGTTG AAAGATATTT CTAAAACTGA GCACTTTCTT GAGTTTGGTG 4980 GTGCTGTGTC GTTGCAAGCA ATTGTGCGAT TGGGAAGAAA AAATATTCCC GTGGcACTGC 5040 ACGAGGCACT GTCGCACGCA GCAAATCCTG GGATACGGAC TCTGGCCACT ATTGGGGGGA 5100 ATATTGCAGG TACGCGTCCG CATGCTTCTG CTCTTGCGCC GCTTATCGCG CTTGATGCAA 5160 AAATGGAGGT GCGGACTGGA CATGAAAACT TTTGGATTTC TGTGGCACAC TATGCACATG 5220 CGCGTTCTGA CACGCTGCGA CACCGGAGTC ATGTAATTAC CCGTATTCGC CTTCCAACAG 5280 ATTACTGGGA CTTTTCCTAC TACAGACGTA TTGGGTCGCG TGCATTATTT GGTGAACGTG 5340 CCGATTTCGT GTTTCTTGCA CAGCAGCAGA AAAACGCGTT GTCTGAAATG CGTATGGTAT 5400 TTTTTTCAGA TGTAGTAATG AGAAATAGAG AATTTGACAA TTtGCTGTTA GGCAGAGCGA 5460 TTCCTCTTTC TGCAGGGGAT ATTGCGGCAA TCGTATATCG AAGCAGAGAG TTCTTTGCGC 5520 CTGAATCCTT TAAGAGTGCG TACATCGCGC ACTGCTTCTT TCATCTGCTG GAAGACTGTT 5580 TGCGCCGCTT AAGATGAAGC TACAGGTGGC GAGTTTTACC CAGGCACGCG CAAACAGcTG 5640 ACGCTAAAGA CCGAGTTTTT TCATTTTGCT TTGCAATGTA CTTGGCTTAA GACCAAGAAT 5700 TTCTGcTGCG CCATTTGCTC CGTATATCTT ACCGTTGCTT GCATCAAGCG CCGCTTGAAT 5760 TGCTGcGCGT TGCGCCTGAT GAAAGTTGAC CACCAGCGTA GTTTCTTCCT TTTTCCCCTG 5820 TGTGCATCGC ACCATGCAAG AGCTATCGCG TATGCACAGA GGTATAGCTG GTTGAACGCT 5880 TTCTGACACT TCGGTGTGCT CCCGAGGATA GACAGTAGTC TGCGTGCCGG ATTCCGGGGT 5940 CCTACATACA AGGTGTTCTG CGCCGATGGT ATCTCCGCGT GCAAGAAGTG CAGCACGCTC 6000 GAGTAGGTTG CGTAACTCAC GCACATTGCC AGGAAACGTG AGCGAGAAGA TTTTCTTAAA 6060 CGCGCTGGGA GAAAGCTGAG TGCGCTCAAA CCCCGGGCGG GTCTTAATTT TTTGGATAAA 6120 ATGCTCCGCT AGAAGCGCAA CGTCTTCTGC ACgCTCGCGC AAAGGGGGGA GACTGAGGGG 6180 AAAAACATCG AGCCGGTAGA GGAGGTCTTC CCTGAATTTC CCTTGGGTGA CTGCTTCTGA 6240 AAGGTTGATA TTCGTAGCTG CAATAATGCG AACCGAGACG CTTACCGAAC GCTCCCCTCC 6300 AACGCGCTCA AATACTCCGT CTTGGAGTAC GCGGAGGAGC TTCGGTTGCA GTTCCAGGGG 6360 GAGATCTCCG ACCTCATCGA GAAAAAGGGT GCCACCGTGA GCCAGTTCAA ATCTTCCCCG 6420 ATGGGTGCCG ACCGCACCTG AGAAGGCACC TTTTTCATGT CCGAATAATT CGCTTTCTGC 6480 AAGGCTATGG ACGAGTGCTG AGCAATTGAC GGGGACGAAG GGCTTGTCGC TGCGGGTGGA 6540 AAGTTGGTGA ACGGTTCGCG CAACAAGCTC CTTTCCAGTG CCGGTTTCTC CACAAACAAG 6600 GACAGGGAGG TCAGAGGCTG CTACGAGCTT TATAGCATCG AGTGTGCGTG TCCAAGCAGG 6660 AGAGGTTCCG ATCATATTTT TAAATGCAGG TGATTGGGGA GCTAAGAGCG CATTTCGTTC 6720 GGTCAAAAGA GCGTGACTCT TTTGACTCAG TGTCTCGGAC GCGTCGGTCT GGGCTACTGC 6780 GAGCGAGATA AGTTTAGAAA GAGTAGTAAT GAAGCGTACA ACGTCTGGGG TAAACTGCTC 6840 GCACAGGCGA TGGTCGAGCG TGAgCATGCC AATGGGAGTA TCATCGATGT AAAGCGGCGC 6900 GATGAGACAG GAATGATTTT GGGGCATGGG AATAAGCTCT GTGTAGGTAT CAGTGTGGGC 6960 AAGCGTCGGA TCGAAAAGGT ATGGACTCTT CTGTGATAGG ATGCGCGCAA GATCCTGCCT 7020 TTTGGTGAGG TCTATGgTGT GGTGTTGGAG GCGGGGAGTG TACAGGGGAC CACGCGCCTT 7080 GCGAACTCGC AGTATTTGAG AAGATTCAAA GCTGAGGACC ACGGCTAGCT CgTAACGGGC 7140 AATCTCATAG AGGcGTCCAG AATCATTtCC AGCGACTTTT CCGCAGcAGG GGGAGAGCGC 7200 GCGTGCAGGA CAGCCCGAAC AgTTCATGGG GCCCGAGTAT AGAAGAAAAA gGCATATCCG 7260 TGCAATTcTC CGCATGGAGC CTGTGGGCGT GTCGTGTGCA GGgGTATGGT ATTTGTTTTT 7320 CGAATCCTTT TCCtCGCGTT TTTTATGGGG TATAATCGCG CGCATGAGAC GCGTGTGGAT 7380 AAGTGTTCTG ATGTTTCCTT GCGTATGGGC AAATGCGCAG GGAGAATTTC TCGCAGGCGG 7440 yGCAAAGGGA TTGTACCGTA TTACTCCTTA CGCTCAAGAC GTACTGCTCT CTGGCGTTTC 7500 GGTTAGCAAG ATTATTGCTG CGGGAGAGAA CTGGTTCTTG CTTACGTCTC GAGGTGTCAT 7560 GACCTCGCGC GACTTAAGGA CTTTCGCGCA CGTGGGTGAG CAACTACCAA AGAAGGTAGT 7620 GAAGAAGATA GTCGATCGGG AAAAGGTTTT TGTGTCTCAG CCGCAGCCAT TGAAAGATCT 7680 TGAGGTACAT CCGGATAACG GAGCGGTTTT GGTTACCGCT ACCAATGACG CAGTGTTTCT 7740 CAGCAAAAAT GGGGGACGGA CTTGGCAAAA TCTGGGCTGT AATGCAAACA GCAGTGGGAT 7800 TAAGGCGGTc GCGGTGCTCG ATTTTCCTGA TGAAACGGGT AAGCCAGTGC TTACCGTGTT 7860 TGTTTCGCAT TCCCTGCGTG GTATTGCGTG GATGCAGCCA GAGAAAGGTC GTTTTTGGAC 7920 TGATATTnAn GCcTwCnCTT GCGCTTGGTC CTGAAGCCAC TGAAGAAATC TCAGACATTG 7980 CGGTGCGCAG GAGCGTGCAT GGCAATGAGC TTTTTGCAAG CTACACGTTC GTGCCCAAGA 8040 TCGTACGCCT TAACTGGGCC AAAAAACGCT TTCAGGACGT ACGTGTGTGG AnCGntGCGC 8100 TGAAAGATGC GCGCTGCATT GATGGATTGA GTGCGTCTGn CnTTCGCTCG TTGGGTGTCG 8160 GGATGGTAGT TTGTTTGAGA TCCCCCTCAT TATGCCTCGC CCCTTCGATT TGGCGCGTCT 8220 TGAACAGGAT TTGCGTCGGA TCCCGGATCA AATCTTATGT GCGTGGGTTC CGCGTCATGT 8280 GTCACAGACG GGTGATGCGC TGTCTCTTTC TGAGTTATGG CTTTTGCACG ACCGGTCTAG 8340 TCTTGCAAAA GAGGGACGTT TTGCGCGGGC AGATTTGAAA AAGGGTATCT ACGTACCGGC 8400 GCATCACATT AAGGATCCTA AGCTTCGTGC AATGCACTTC AAAACGATTG CGGACAATAA 8460 ACTTAATATG CTTGTGTACG ACATGAAGGA TGAGCTTGGA ATGGTGCGTT ATCAGTCGCA 8520 AGATCCATTT GTGCGATCGG TCGGTGCAGT TCGTCCTTTT GTTGATATGA AGACGTTTGT 8580 GAAGCAGGCA AAGGAAAAAA AGTTGTACCT AATAGCACGT ATTGTGGTGT TTAAGGACAA 8640 GTATTTGTTC CGTTGGAATG GCTTTGAGCT TGCGGTTAAG GCGGGTGGTA AGCCTTGGCA 8700 GGGGTATAAA AACGGAGCGC TCCGTAAGGA AGAAATTCAC GAGCATTGGG TGGATCCGTA 8760 CAACGAAAAG GTGTGGCGGT ACAATGTCGC CATCGCGAAA GAAGCAATTG AGTTTGGCTT 8820 CGATGAGGTA CAGTTCGATT ATATTCGGTT CCCTACCGAC GGAGATAACC TTCACCAGGC 8880 GGAGTATCCG GCAAGAGAGT CCGGGATGGA TAGGGAGAGT GCGTTGATGT CGTTCCTGGC 8940 GTACGCGCGC GAGCaTaGAC GCGCCAATCT CCATTGATAT CTACGGAGCG AACGGGTGGT 9000 ACCGTACAGG CGCGCGCACG GGCCAGGACG TGGAACTGCT AGCTGAGTAT GTGGATGTGA 9060 TCTGCCCGAT GTTCTACCCC AGCCACTTTA GCCAGAGCTT CCTAGCTTAC GCGCCTGCGC 9120 AGGAGCGTCC CTATCGCATC TACTACTACG GCGGTACCGC AACCGGGTGC TGGCCCGCAA 9180 CCGGGTGGTC ATCCGACCCT GGGTGCAGGC CTTCTACtAC CGGTCTCTTA CGACCGGGCG 9240 TACTACGGCG AGGATTACGT GCAGCGCCAG GTGGCTGGCA TCCGCGAATC AATCGATGAA 9300 GGATACACGT ACTGGAACAA CTCAGGGCGT TACTCAGACG TCCGGCCCGA CGGCGCGCGC 9360 CTCCGTTAGC CGCCAAGGCA ACCCGGCGAG CGGACGCCCC TTGTTGGGCC GTTTTCCCAC 9420 ACAGGACCGA AAATCAGCGT CCGTCCTCTC AGGAGAAkmA CTTCTCTAGC TCGCCTATGT 9480 CCGCAGTCCT AAAAAGCTCG CTGCTGTCCT CGTCAAGGAT AACAACCATT GGAACGCTAC 9540 CTATACCGAA ATCCGAGACC AACTTGGCCC CTTCGGGGGG AAGTCGATTC AGCAATCTTT 9600 TTTTCTACAT CTGGCAGACC ACTGCAATAC TCGCGCAGGC GCGCGCTtCG CCTCGTCTGC 9660 CCCTACCACA GCGTTGACAA CCATAGCAAA CTCCCTCCGT TTCCGTCAGT CTGGGGCTTA 9720 CCACCCCCCC CCTGCACCGA TACCGCACAA GCTACGCGAG TTCAGTCAAC TCGGCGCACA 9780 GCACACGCAA AAGACCGCTA CTCGGTGAGG ATTTTAATAA CCTCCGCTTT ACTTGTTGCA 9840 TCAAGGATCT CCCGACGTTT CTCAGAACTC TTAAACAGGA GACTGATCTC AGCCAAGAAC 9900 TGCAGGTGCG GACCAGTGAC GTCAAGTGGA GAAAGGGTCA TTATGAAAAT ACGACAAGGT 9960 TCTTGATCCA AAGAGTCGAA GTCAACCGGA CTGTCAGAAA CACCAACCCC TGCAACCAGA 10020 CTACTCACTG AATTAGTTTT ACCGTGGGGT ATGGCAATGC CATGCTTCAT CCCCGTAGAC 10080 ATTTTTCGCT CTCGATCGAG CACACACTCC CGCGCAgcAA CCTTGTCGCT CACCCTTCCT 10140 GCACGGACGA ACATCTCGAG CATTTCGTCG ATGATCTCCT CCTTGGTAGA ACCCTTCAGG 10200 TGCAGGCTTA CGGTTTCCGG CGTCAACACG GTCTCCAAAT TCATTCCCCC AAGCTAAAAA 10260 CTCTCAAAGG AAAAGTCAAG CTTTTTGGAA AAGCTCCCCA CGCTCTTTCC GCTCCCAGGA 10320 TATCTTGACC TTTTGCCTAC TTGGACTTTA CCATGCGCGC GTGGAGTTCG CCACCAGGGA 10380 GCAGCTGAAT AGGTACTACG ATTTGTACAA GGATGTCGAT GTAACTTTCT CAAAGGATGT 10440 GATGCAGGCG CTCTGTTTTA ATGCGCGGCA GGTGTGCGTG CGAACGCGGn GAGGTCAGTG 10500 TTCCTGCGTA ATGAATTCTG TGTCTATGGT GGGTGCGAAA GTTATTCTCA GCAGGAAGAG 10560 TAGTCTGCTT GAGAGCATTC AAGTGGAAGG GGCGAGCGTC AgCATACGGT TTTCTTTCTT 10620 TGAGTCCGAT GCGCGGGATG CGGTTTCCTT CTTCGTTACT GCCAGGGTTC TCGGTGTTGA 10680 AGACTATGCC CaGAGTACGG AGCTAGTGGT GTTAAGCGTG GCGTATACGC AGCGCATACC 10740 TGATATGCTC ATAGAGCGTT TGGGTTTGCT TGTTGAGGCC AACATTAGTT CCAAGAAGCG 10800 TAAGTCGGAG CGTATTGCGg TGAACAAGGA GAGTATGCGC AGGATCGGCT TGATGAGAGC 10860 GGAGACCATC GTGTTCATTC AGGCGATTCC TCGCCGCTGC GTTCTGCGGG ATGTTTCCTT 10920 TGGTGGTGCG AAGTTTATCA TGATGGGCGT TGCGCCGTTT TTGAAAGGCA AGGAGACGGT 10980 GCTGAAGCTT GATTTTGAGG AGCCGAGTAC GAGCATGAGT ATTAGGGGGC ACGTGGTGCG 11040 TGCAGATCAG GTTGAGGGGC GTAAAGACCT GGTGGCCGTG GCCATGGAGT ACGACTTTGA 11100 TGTGGTGCCT GTCGCGTATC GTATGTGTTT GAACCgsTAC GCATCGGACC gCTGTCGCCG 11160 TTTTCCCGGT ACGGACGAGG ACTGCTCTGC GGCGTCTGCC GGCGATCCAG GGCGGTCGTC 11220 AGCAGGCGCT GAAGGTATTG ACCTTTCTGT ACCCTTCTCT TTGTCTTAGT TTTAATGGCG 11280 CTTGTCACCG GATTGCCCCT TAGGGGGGTC CGCATGTCTG CGGATGCGCG CGAGGCTCCG 11340 TGCACTGAGC CTCGCTCCGA CCAGTAGTTT CGAACGCACA AACCAGCCTC GTgGCACTTC 11400 CAGTGCGTAC CGTACTGACC GGTTGCTGCG TACGCTGTGT GTGCTCAGCG GGACTAAGTC 11460 TTCTATCTGT ACGATCGCCC CTTGAGCATC CAGGAATGCG AGAGAGAgCG GGTGTGGGGT 11520 GTCCTTCATC CAAAaGGAGA GGCGTGTGTC CTGTTTATAC ACGAAAaGCA TGCCgTCCcG 11580 TCGGGGATCc GTGTACGCCC CATGTACtCg CGnCCTGCGC TTCTTCCGTG AGTGCGAGTT 11640 CTACAACCAC CGGCACGTAC TGCCCTCCTG TACAAAAAGC GATTTGCGCT GTTTCTAGGC 11700 TATTCGTTCT GCACGCCACA CAGGAAAGCA ACCCCAGTAA CAAAAGCGAC AGCGCagCAG 11760 GTGTCCTGTG CAGGTAGAAG GAGACGTGCT CTTCAAAAGC CTTGTACAAA ACGCTTTCGA 11820 TCCTTTTCAG CATTGCTCTT TTGAGTGTCG CGTGCACTAA GCTGTTCGTT AAAGGCGCGG 11880 ATATCTATGT ACTTGATAAT AAGAGGCCGC TCGAGCACTA GGCGTGTGGA CGCGTCTTCC 11940 CACAAGGCAA CCCGAGGACT GAGCTTATGA GGTTCGCCGT ATTTTTTACA CAAGTTCTCA 12000 TATACCGAGT AGTAATCTAT CGCGTCAGTG TTGAGTTTGA ACGTCATAGC ATATAGACGG 12060 TCACGGTAGA ACTGAAACCA GCTGCGTGCA ATAAAGTGGG GACCCGTGGT CTCAATCAAG 12120 ATACGGTTCT CACTCATTAG CAGTGACACG TCACGCTCGC CGCGATATCC AAAAATACTA 12180 TCCTTTTTCA GTGCTTCCTT TACCTCGGTT ACGCCCATAC CCAAACTCAG CGCGCGGTAC 12240 ACGGCGGGAA TTTTCTCAAG AGAATGTGTC TGCGAAAGAG GAGTGACTGT AGCCAGCATT 12300 CTCGCACCGC CTGCGCCGCG ACTAGGGGAA GGGGAAGAAC ATAAATAAGA CTGCATATGC 12360 AACACCCCGC CCAACGCAAG CGCCATACAA TTTTTAGCAT AATTCATGCC GTTTTCCTCT 12420 CCTTGTGTGG ATACATCTAC TGCCTGTTGT GTGGGTCCTT GCGTGCCTTG GCGAGGGTAC 12480 GCTTTTTCTT AAAATAGGCA ACGCGCTTCA CCAATTCTAG GTCGTCGGTG ACAGATATTT 12540 TGTTATCGAC ACAGCGGACA ATAGGTTCTC GTAAAAAgTC TtCGGTTACC TGAGAGACGA 12600 TGTCTTTAGG GAAACCGCAC ATGTGTGCGA GTTCTATGGG ACCGAATTCA AAATCGTAGG 12660 CCTTGCCGGT GCTAGGTATG TAGCGAATCT TTTCTAACTG GATGGCCAAC ATATCGTACA 12720 TTTTTTCAGT CGGTTCCGGA AGCAAAGTAT TTGCGAGCTG TCGGTACATC GACCAGATGC 12780 GATCTGCGAG CGTGGTGGTA AGACGCGCAg TCAATTGCGG TTGTGTGGCT ACCAGCTGTT 12840 GGAAGTTCTT TCGGTTCACG GCCAAAAGCT GGCAACCATC AGACATAACA ATGGCGCTTG 12900 CAGAACGCGG CTTGTTCTCC AGCAACGCCA TTTCCCCAAA CATATCTCCT TCTTTTAAAA 12960 TCGCCAGCAC TACCTCATTG TTATCAACAA TCTTAGTAAT TTTTACATGT CCTTTTTGAA 13020 TGATGTAAAA CTCATTTCCC AATTGACACT CACAGAACAC CATCGCCTCT CGATCGTAGC 13080 AGCGCGTGGC TTCAAGTATG TTAGGTTCGA GTATTTCTAC TGGTACCTTA ACTCCTGTGG 13140 ATTTAATCGC AACAAATCGT TTGCGTGCTT CCTCTGCATA CGTCCCCTTG GGACTTTCCT 13200 TGAGATAATG ATAGTACGCA TAGAGCGCAA GTTCAAACTT CGTCATTTTG ACGTAGTATT 13260 CGCCAATAGC GAAAAGATGC GAGACATCCA CATCAGTGTG TTTTTTCAAT GTCAATTGGG 13320 TAAGCGCCTC ATTGAGGTAG CGCATTTTCT TTGTGAAGGA AAGGATGATT TTCATAGCAA 13380 TCGCCGCGTT CTTTTCAATG AGCTGGGGGA ACTGCTCATA ACGAATTGCA ATAAGCACGA 13440 CATCAGTGAG CGCAACTGCA GTTTCAATCT GATTATGCCG CGACATGCAG GCAACTACAC 13500 CTAAAAAGTT ACCCGCGGTT AGGACGTTTC CTTCCTCCTC TGCAACTATC TCTACTTGTT 13560 TTGCAATACA TACCTGACCG CTGTGAATGA TATAGAAAAG ATCTGCGTCA gcTTTCCCCT 13620 CTACTAGTAT GTAAGAACCC TTCTTGAAGT TAACAAACGT CAGCTGTAAC AAAGTATCCC 13680 ACTCCTTCCT AATCGTCGCT CTATGCTCTG TTTACAAGAC AACCCGTACG TCTTGCAGTG 13740 CACAGGTGCC CGCCTCATGA GTCTCGCGAA CTGGAAGTCA TCCTCACAGA TTCTCCAGAA 13800 AAAATGATTT CCCGTTCGAG CCACACTCCG TGTGTTTCAA ACACGCGTTG CCGAACGACG 13860 CGCAAGAGTG TGCGCACCTG ATGTGCGGTG GCATTCCCCG TATTGATAAT GAGATTTCCA 13920 TGCCAGGGTG CTACCTGCGC AGcCCCACAG GAGGTGCCCC GTAAACCTGC CTCTTCTATG 13980 AGAATGCCAG ACGGTTTACC AAAAGCTGGG TTGTTTTTAA ACGCGCTGCC TGCTGACGGA 14040 AAGCGAAACT GCCCCTTTGA AATACGATCG GCAATCTTCT CCTGCATGTG CTTCCTAATC 14100 TGCGCCGGAT TGCCGGGAGT GAGACGTACA CACAGCGAGA GGATAAGACG CCTTCCTGCA 14160 TGGAGTTCAA CACCGTGAGG ACTCTGGAAA GGAGAGCGCT TGTAGCCCCA ATCCCCGCGC 14220 GCGCGAAGAC GGTCTGAAAA CTGCTGCAGG TAAACGGTCC GCCGTCGAGG CCAAGACATT 14280 CCCCTCTTTT GTCTTGTGCG TTTTTTCTCA CCTCTGGCAG TTCTTTTGCG CGCGAACGcA 14340 CGGGGTGAAG TaCGAGCGTG CGCGCAGAGT GAAAnCAAtC TGCGATTGCA CGCCCATAAC 14400 ATCGGGCGTT CATGTACGCG GCACCACCGA CACTACCAGG CAGCCCTGCA AAGGTCTCAA 14460 GCCCGCGTAG AGCGTGATGG GCACAAAAGG CCAGGAGGGC GGCCACAGGT AACCCCGCGC 14520 CTGCATGTAC GAGCACTGAG CCATCGCGCT GTGTTTGGGT GTGTAGACTG CGAAAgCGAC 14580 GAAGGCTCAA CATcAGACCC GGTACGCCCT cGTCTGCGAT TAACACGTTA GAGCCTCCCC 14640 CAATAAGGGA CAGCGGAATG CGTGCGCgCT GCGCTTcCTC AATAAGCGCG CGCAgcTGTG 14700 TGCAGGAGCG CGgcTCCGCC CAAAACTGCG CAGCgCaCCA ATGCGGAAAG AACATCGCTC 14760 TGCAAGTGGG ACGTTACGGC GCGTGATCCG ACGCGCGCGT ATCCGGTGCG CGGACATGGA 14820 CAGAAAACAT ATACGATTTC ACGCGCTTAT GCTACAATGG CGCGGTCTTG GCCTTCTTTG 14880 CGTTTCGAGG GAGGGTAGAC TGAAGCGCAG GCGGGCAAAG GCGTTTGCGC GACAATGGGG 14940 CTGGGCGTGG TCCGCACGTG TTCTGCGCCC GGTTGGGAGA AACTTCGAAG GGGCGCACAT 15000 GGCCTTGCGC GTATACAACA CCCTTACTCG TCAGCAAGAG CACTTTCAAC CCTGGGAGCA 15060 CGGGCACGTG CGTgCTCTAC GGTTGTGGGC CTACGGTGTA CAATTATCCC CATCTGGGGA 15120 ATCTGCGCGC ATACGTTTTT CAGGATACGG TTCGACGTAC CTTGCACTTT CTTGGATACC 15180 GCGTCACCTA CGTTATGAAT ATTACCGACG TTGGGCATTT AGAAAGTGAC GCAGACAGTG 15240 GTGAGGATAA GCTGGTAAGG AGCGCACAGG CGCATGGCCA CTCGGTGTTG CAGGTTGCAG 15300 CGCACTATCG CGCAcCTTTT TCCGCGATAC TGCACTGCTC GGTATTGAAG AGCCGTCCAT 15360 TGTCTGTAAT GCCaGCGATT GTATCCAGGA TATGATCGCG TTTATCGAGC AATTGCTCGC 15420 GCGTGGGCAC GCGTACTGTG CAGGAGGGAA CGTGTATTTT GATGTGCGAT CCTTTCCTAG 15480 CTACGAAAGC TTCGGTTCTG CCGCGGTAGA AGATGTTCAG GAAGGAGAGG ATGCGGCGCG 15540 CGCGCGGtGG CACACGATAC GCATAAGCtG ATGCACGTGA TTTTGTGCtG TGGTTTACCC 15600 GTAGTAAATT tGTGCGTCAT GCGTTGACGT GGGATtCTCC GTGGGGGCGG GGGTACCCCG 15660 GTGGCACATC GGGTGTTCTG CAATGAGCAT GAAGTTTTTA GGACCACGTT GCGACATCCA 15720 CATCGGAGGG GTGGATCATA TTCGTGTGCA TCACCGTAAC GAGCGTGCTC AGTGTGAAGC 15780 AATTACTGGT GCACCCTGGG TGAGGTACTG GTTACACCAC GAGTTCTTGC TGATGCAGCT 15840 GCAAAAGCGC GCAGTACATG CGGATATGGG CAGTTCGgTG GTGTCGTCTT TTTCTAAAAT 15900 GTCCAAGTCC TGTGGGCAGT TTTTGACGCT TTCTTCGCTG CAGGAgCGTG cTTTCAGCCA 15960 GCTGATTTTC GCTTCTTTTT GTTGAGTGGA CAGTATCGCA CGCAACTTGC TTTTTCTTGG 16020 GATGCGCTAA AAACGGCGCG TGCCGCCCGA CGGAGTTTTG TGCGGCGAGT GGCGCGTGTA 16080 GTGGACGCTG CTCGAGCAAC TACAGGCAGC GTGCGCGGCA CTAGTGCAGA GTGTGCCGCA 16140 GAAAGGGTGT GTGAATCGCG CGCATCAGAA TCTGAGCTGC TCTTAACTGA CTTTCGTGCT 16200 GCGTTGGAGG ATGACTTTTC TACGCCACGT GCTCTGAGCG CCTTACAAAA ATTGGTGCGT 16260 GATACCTCGG TGCCGCCATC GCTGTGTGTT TCGGCACTCC AGGTGGCGGA TACAGTGCTA 16320 GGGTTAGGCA TAATACAGGA AGCGACCGCA TCGCTATCTG CGCAGGTTCC TGCTGGCGAT 16380 ACGTTGCCGC AGCGTCCTTT ACCGAGTGAG GAGTGGATTG GACAGTTGGT GCGTGCGCGT 16440 GCACATGCAC GCCAAACGCG TGATTTTCCC CGTGCAGATG AGATCCGTCG GCAGTTGAAG 16500 GCTGAAGGGA TTGAACTTGA AGACACCCAT CTTGGGACTA TTTGGAAGCG CGTGTAACAT 16560 TTTGGGAGAT ACATTGTTGC ATGAGCAGGA GCTTTTAAGA GCACAGGATG ATGCAGATTT 16620 TAAGCTCATG TACGAGCAGC TTGTGCCAGT GCTCTAsCGC GTAGctAcAA CGTGGTGCGC 16680 GAGGAGGACA TCGCTGAGGG GCTCTGCCaT GATGCCTTCA TTGCAtGACA GAAAAGAGGA 16740 TGGAgTTTCC GTCTCTGTCG GACGCAAAGT ATTGGTTGAT CCGCGTGGTG AAAAATGCCT 16800 CGTTAAATTA CGCTAAGCGT CGTGTACGTG AGCGTCATTC TtGTGAGCAA GCGTCGCGCG 16860 AGCATGTGTG CGAGCCGGAT ACCGGTgrmT TCGCTTGTTA AGAATAGAGA CGATTGAGCA 16920 GGTGCGCGCG GCCTTAGATC GACTGCCCGA GCACCTCCGT GTGGTTTTGC AGTTGCGCGA 16980 GTATGGGGAC TTAAACTACA AGGAGATCGG ACGTATCCTG GGCATCAGCG AGGGGAATGT 17040 AAAGGTGAGG GTGTTCAGAG CGCGCGAACG ATTAGCGAAG TATTTAGGAG AGACGGATGC 17100 GTACCTGTCC TGATTGTGCT GCTTGGTGTG CTTATGTGGA CGGAGAAGGT TCGCAACTGC 17160 AACGCCGTGA GATGTGCGCG CATCTGCAGG GTTGCACACA CTGTGCCACG TGTGTGGCGC 17220 ACTATCGCGC CATGCGGAGT CTTGTCAAGC ATGCTGATCG CGTTTCTTCC CGTGATTTTA 17280 CAATGGCTTT TCCATATTTG CGCGTGCGTC ACCGTGTCGC TTCCTGTATG CCGAGGCCGT 17340 GGTGGCAGGC ACGTTCCTCT CCTCTTTCTG CTGCAGGACC GGTCCgTGCT GCGGCACTCG 17400 CTGTGGCGGT CGCATCTTTA TGTGTATGCA CCCTGTTGCT TACTCATATT GTTGAAAGGC 17460 GTCCTGTATC CCGTGCGGGT GAGGCGAGTT TTACCCCCAT TGTACCTATG CGTGTTCGCG 17520 CCCCTGTTGG GTACGCGCGC GGTGTGAAAG TGTTTGGTCC TGCCGTTAGT GCGAATTCCA 17580 ACGTgTGCGC AAACCAGCTG CGGTGTTCAC CGTCTGTGCG TTTGCGCAGT TGTATGGCTC 17640 AGATCCTGCG TATGAAATGG AAACAGTGCC GGTGAGGCTA TCGGTTATTC CTGTGCCTTC 17700 CTATGTGCTC AATGCTTCAA AAGCGCAGTT CTTTTCCCCA TAATCCAGGC AAATGTGTAG 17760 TAAAAATAAT GCGCCCGCGC GGACGTGTTT CCTGTTCTTT TCAAACCGTT CTGAtCGTTG 17820 GGTGTTCCTG TCTGCAAACT TGATTGACCT GCTTGTCAGG TAGCCATAAG GAGAATGTCT 17880 ATGACCTTCG TTGAATCAAT GCAGCGGCGT GCTGTGcTTG CGCAAAAACG ACTCGTGCTT 17940 CCTGAGGCCT GCGAGCAGCG TACGCTCGAA GCCGCCCGTT TGATTGTGTT CAGAAACATA 18000 GCCGCAAAAG TTTTTCTTGT CGGATGCGAG CGTGATATCA AAAACACCGC AGACAGGTGC 18060 GGTATCGACC TTACCGACAT GGTCGTCATC GATCCGAGCG TTAgCAAGCA CAGAGATCAG 18120 TTCGCAGAAC GTTATTTTCA GAAGCGAAAA CACAAAGGAA TAAGTCTTGC CCAGGCTGCA 18180 GAGGATATGC GCGATCCTCT GCGTTTCGCT GCTATGATGC TTGACCAAGG TCACGCAGAT 18240 GCCATGGTTG CCGGTGCAGA AAACACTACC GCGCGCGTTC TTCGTGCAGG CCTCACCATC 18300 ATCGGAACCC TTCCGAGTGT TAAAACTGCC TCTTCCTGCT TCGTTATGGA TACTAATAAC 18360 CCCCGTCTGG GAGGAACACG TGGTCTATTT ATTTTTTCAG ACTGTGCAGT GATCCCCACT 18420 CCCACCGCAG AACAGTTGGC TGATATCGCC TGCTCTGCTG CAGAAAGCTG CCGCACCTTC 18480 ATTGGAGAGG AACCGACTGT CGCACTTCTT TCCTACTCTA CTAAAGGATC AGGAGGTGAT 18540 AGTGACGAGA ATATCCTGCG TGTACGTGAG GCAGTCAGGA TTCTACACGA ACGGCGGGTG 18600 GACTTTACCT TCGATGGGGA ATTGCAGCTC GATgcTGCGC TCGTACCTAA GATTACCGAA 18660 AAAAAAGCGC CTCACAGTCC TATTACGGGA AAGGTGAACA CACTCGTGTT TCCCGATCTT 18720 TCTTCGGGTA ATATTGGGTA CAAGCTTGTC CAGCGCCTTT CAGATGCGGA TGCATACGGA 18780 CCTTTCCTGC AAGtTTTGCA AAACCACTGT CTGATCTCTC GCGTGGGTGC TCGGTTGAAG 18840 ATATCGTCGC CGCTTGTGCA GTCACACTTG TGCAATCGAA TGGACGCTAA TGACGTCCAC 18900 CCAGGCGCGT ATACGTGAGG CAGTCCGTGC AGGGAGCGTC CGAGATTATG CGCGTGCTAT 18960 CCGTATTCTT GAAGAGCTTG CCGCTTCAGG AAAGGCAGAA GGATGTCATC ACCCAGATGG 19020 CGGTGCGGTG TATGAGAGGG GGGCACAGGA AGAGTGGAAT GAGGGGTCGT CTGAGTCGCA 19080 CGCGCACGGT GGGGATGGTA CGCAGGACGC GTATCCTGAG ATTTATTTGT ATCTTGCGCG 19140 TGCATACCAC GCACAAAGGC AGTATGCGCG CGCGGTAgTA ACGCTACTGT GTATTCTAGG 19200 CGCGTGCCGC gcGrACGGCG CAGGTTGGTT CTTTTTGGGA AGGAGCTATC TTGCACTGCA 19260 TCAGGGGGGG TATGCGGTTG CAGCGCTTCG GCGCAGTGTA CGAGAAAATC CTGCCTCTCT 19320 TGGGGCGCAG GCGCTGTTAG GACTCGCCTA TCTGCGGAGT AAGAAGCCGC GTGCAGCGCG 19380 CATGGTGTTT GAGCAAGCAC TTGCGCAGTA TCCAGACAAT AAGCGTTTGA ACGCAGGGTA 19440 TTTGAATTCG CTTTTTGTAG AAGCAGTGCA GCATCTAAAA CGGGGGAGCG CAGATCTTGC 19500 GCGTCAGATG TTTACGTTTC TGATTAATCA GGATGTAGAC GGGGTTGCGC CACGTTTATA 19560 cTTGGCGCAC GCGTTTCGTT CTTTGAAACA TTTTCCTGAA GCGCTTACCC AGTATCGTGC 19620 AGCAAGCGCA TTTGCGCCGC ACGATCCTGC CCTCAAGTGG TACGAAGCGG CCATGCTTGT 19680 AGAAATGGGG TGTCTGTCGC AGGCGGCAGC GTTGCTGTCG ACGTTGGGTG TTTCCATCGA 19740 GCGTGATCAG ATTTCGGATC GTTTTCTAGT GATGGGCGCC GTGCGCAAGC ACATGGAGGA 19800 GGGGGCGTGG GCTCGTGCCG CTTCTGCAGC GCATTTATAC CTGAAAACTT TTGGGGGTTC 19860 TGTAGAAATT CACCTGCTAA TGGCAGAGGT TCACCGGCGT GCGGGGCGCG TGAACGTGGC 19920 TTTGAACCAC TACACGCGTG CGATGAAAAT AGAACCGAAA AATTGTTATC CGCATTATGG 19980 TCTTATGGTG TGTTTGCAGG AAGCGAGGCG CTGGCAAGAG CTGGCAAAGG CAATCAGACG 20040 TGCAGAAGGC GCAGGGTGCG ACGCGCAGGA TTGCTACTAC TACCGGGTGA TTACAGCTGC 20100 CCATTTGAGC AATCtCCCGA GGAGGTGTTA CCGCATCTGC AAGAACTTGC GCGTGGAGGG 20160 AAGGCCGATC AGCTTTTGTT CAATGCTCTT GGGGTAACGT ATGTGCGACT GGGAATGGCA 20220 GATCTCGCAc TTCGCTGGTA TGAAAAAACC CTTCTTCTGG ATGCAGAGGA CGAAGAAGCG 20280 TGCGTGGGAC TGATCGCCTG CTAcGAgGCG CTCTGCGACG AagCGcGCGC GTACACCCAG 20340 TATGGAGCGT ACCTGTCCCG CTGGAGGGAC AATCGGGTTA TCCGcAAGGA TTTTATAGCC 20400 TTTCTTGAGA GAACAGAACG GTGGTCcGAA GCGGCGGACC ACATCGAGTT GCTCGCCTCG 20460 GGTGAGCGAG GGGGTTTTTG GGGTACTCGC CTTGCGTTTG CGCGTAAAAA AGCCGGCCAG 20520 TACAGGCAGG CTGCAAT AT CTACCGGGCG CTCTTACGTC AGAGACCGGA CGAGCGGGTT 20580 TTACTGCACA ACTTGGTATA CTGTCTTGAC AAGATGGGGC AGGCAGACGC AGGGCTAAGG 20640 CTGTTCCGCG CTGCGTGCAA CGCGTTTGGG ACGAGCGTGG AA 20682 (2) INFORMATION FOR SEQ ID NO: 71: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1356 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 71: TTTATGCACC CCAnTGAATC GACAGCCCGA CTTCAGAnCA CACAnCCCGC GCAgCCACAg 60 GATGAGCTcC TGCGGCAAaT GGTTACACAA ACACCGTCAC TTCACCGCAG CATATATCCC 120 TGCACCAATm rCGGCTACAC CGCACACAAC TGCAACCCCG ATAAGAACAT TATTCGTGAT 180 CTCTAAACGC CTCAACCGCA TGTTCAAykm GTTCACACGC TGCCTCAATA TCTCCAATTC 240 GCTTCTCAAT GTCTCTATCA ACTCTTTCGA TTCGCTCAAT GCGTGCTCCG ATTCCTcCAA 300 GgCCTTGGCG GCCTTCTCCA ATTTCACGTC GAGCGTCTGT AAGGCCTTTT TGAGCGCGGC 360 CGATTCGGCG TGCCGTTCCC TCAACTGCTG CTTGAGCATG TTTGATTCGA GCCGGATCGA 420 TGCCACcTCC CCCATAATTT CCTTTAAAAG CCCACCAGTA GCCGCCTGCG AATCCGCATA 480 TGCCACAAAA GAGCGCAACA ACACCATACC CCACAATAGT GCGCCCACAC CCCGCTTCCA 540 CATTCGGTCT CCTCACGACG ATGCGTTCAC CTTCCATTCA TGAATAAATC CAAGCATGTA 600 TTGCTGGATA TCCTCAAACC ACTTCTTTTG GAGTGCGCAC GCAGCaCCCC TACATAACGG 660 AAATGCCACG GCTCCCATAC ATACCCCGTC ACCTGCTCGT AACCAGGGGG AAAAGACAGC 720 GACCATCCAA AACGATGGGC GTTGCGCTGC GTCCACCTCC CTGCATCACT CCGTGCAAAC 780 GCCGGCGTGA TAGAACCGAA ATCCACTACC GTCCCCAACT GGTGCTGACT TGTTCCTTCT 840 CGCGCCGAAA AACGCATAGC CTCCTGCATG CCATGCTCCT GCGCATACCA GGAGAACAAC 900 TTTTTCTGAT ACGCAAAAGA GCGATAGGCA GAACCAACGG ACAGTGCCAC CCCGTCACGC 960 GCAGnCGCCT GAATCAGCTG ATGTAACGCT TCGTACGCAA TCTTAGTTAA AAGGAGCGAC 1020 CTCCCCTTTG AAAAAAAGAG CCACTGCTCA CGCACCGGCA CCAGATGCTT CGGCACGAAC 1080 GTTTCTGGCA GGGGATGTTT CTTGTCAACC AAACGCAACA GATACCCCTC CGTGGTAAGT 1140 ACCGCGTCGA GCTCTTGCAA AAACTCCCTC CCCTGTGCAC ACAAACGCGT ACAAGGCGCG 1200 CAGGAAGCGC CGCGCGtTCG CAGCAGCACG CACACGATGC AGATCCACCC GATCCACGCC 1260 CTGcGGcGAG ACCGCATTTC CCAGAGCAAC TAACACGTAC CCTGGCATAC GCACACGCAT 1320 TCCAACGCGC CAnTTAGTCC AACTCATCTA ATGATT 1356 (2) INFORMATION FOR SEQ ID NO : 72: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 4579 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 72: TACTGGTGGT ATCCACCTCA ATGAACTGTT TTTCCCTTTG TGGGAATCTT CTGAGGATCT 60 CCaTCAACGC GCAGGAGCTT GGCTGTATAC TTATGCACGT GATGCAGAAA AGGAGCTCTG 120 ACATACAATC CAGCGGTGTT ATTCGTTTTT ATGATTTCTC CGAACTGGGT GATGAgCGCA 180 AcCTGTCCTT CCTGGATGAG GTAAAACGGT TGCAGGwGCA CAACACCACC TAACAGCACC 240 CCAACGACTA TACCTATGTT CAGAACAGGT CGTAaCGTGC GTGTACCTGT AGTCCACGTT 300 TCCTCATACC CCTACTCCTC GCGTGTTCCT GCCACGACCT TCTTCGATAC CTTACTGATA 360 TCCTTGAGCG TTAAAAGATT CTCCAGTTTT TTGTCAATCA ACAGCACATT TTCAGTCTTT 420 TCCAGGATAG CCCCCAGTCC CTCAAGGTAC AAACGCGTTT TGGTAACATG AGGTGCTTTG 480 ACATATTCAG CATAGATTGA GTCAAAACGT GCTACATCTC CTTTTGCTCT ATTTACGCGT 540 TCATTCGCAT ATCCCATAGC CTCCTGAATC AACTTGTCCG CGTCACCTCG GGCCTTAGGA 600 ATTTCCCTAT TGTAGGACTC TTTTCCCTCG TTAATGAGTC GATTCATATC CTGAATAGCA 660 ATATTCACGT CTTCAAACGC TTGCTGTACC TCCTGAGGAG GAACAACATT TTGCAGCTGC 720 ACGGAGGAAA CAAGAACACC TAGGCCAATC CTTTTCAGGA GAACATTCAT CATATCCTTC 780 GCACGCATCT GAATCGCACT GCGCTCCGGC CCCATGATAT CAAGAATCGC TCGATCTCCA 840 ATTAAACTGT TCACCACTGC TTTTGAAATG TCTCGAATGG TTTGCCTTCG CTCCTGGGAC 900 TCAACATTAA ACACCCATGC TCTTGGATCT ACAATGCGAT ACTGAACCAC CCACTCGACG 960 TCTACAATAT TCAAATCCCC CGTAAGCATA AGAGACTCGT GACTGATATT ATTCACATAG 1020 TGACTCTGCT CGGAACTCTT CGACGTTCTG AACCCGAACT CTTCCTTTTG CACCTTGGTT 1080 ACCGGCACTT TATACACCCA CTCTACAAAG GGGATAAGAT AATGCAATCC CGGTTCTAGC 1140 GTCCGATGAT ACTTGCCAAA ACGGGTGACC ACCCCATTAT CAGTGGGAGA AATGATCCTA 1200 ATAGGGGAGG CAATTCCAAC AATCACGATA CCGAGCACCC CACCTATGCA TCCTGCCACC 1260 ACGCTCCACG TTGCTGGAGT CCACTTTGGT ATTCGCATCA CGGCACCTTC CTACACACGC 1320 TCGTCTTTTC GCCCATCTTA CGGGAAACAT TTTCCTGTGA CAACACTCAC CGTATTCACA 1380 CAGAcTTCGT TGTAGACAGA ATAAAAATTC TCACTCAGTA TAAAAACACA GGAGGCATGA 1440 TGTATCTTAC AAAGGAACTA CTCGATACGT TTGCGCACGA AGTCGCCGCA GATCCTATAC 1500 ACAAAGCGGT CGCAGGAGCT GTTGCGCGCG TCGGTCTTGA AGAAGCTGCA CTGAACACAG 1560 AAGTGGCGCG TCAgCACACA CATATTTTTT CTACCGAGAC AAAACGTGGA GAAATGACCA 1620 ATCAAAAAAT GAGTGGTCGC TGCTGGATAT TTGcTGCGCT CAACGCCGCG CGTGTAAACA 1680 CCATGAAAAA GTTGGACATT GAAACAGTTG AGTTTTCCCA AAACTATCTT TTCTTTTGGG 1740 ATAAATTGGA GAAAGCAAAT TTCTTTTTAG AAAATATCCT AGAAACACTT GATGAACCTC 1800 TCACCAGTCG GTTGATGGCA CACCTGCTTG CAAATCCCGT CCAAGATGGC GGGCAATGGG 1860 ATATGTTTTC AGGGTTATTA GAAAAATACG GTCTTGTGCC CAAAGAATGT ATGCCTGAAA 1920 CTTTTCACTC TTCCAACTCA CGCGTTCTTC TTGCAGTCCT CACTCGTCGG CTGAGGAAGC 1980 ATGCACAGCT TTTACGTTCT GCGCATGAAG AAGGCGTTGC GCTGCATACC CTGAGGGAGA 2040 AAAAGGAAGC GTTCCTTTCT TCCATCTACT CTATCCTCGT GAAGGCTCTC GGGAGACCTC 2100 CGGAGAAATT CGACTTTGTG TACAAGGATA AGGAAAAAAA ATTTCACAAA GTCAGAGACC 2160 TTACGCCGCA GAAGTTTTTT TGCGATTTCG TCGGATGGGA TCTTAAAAAC AAAGTGAGTT 2220 TGATTCACGC GCCAACTGCG GATAAACCGT TTGGCAGAGC ATACACGGTT AAATTTCTAG 2280 GCACCGTAAA GGAAGCCCCG TGCATCTGCT ATGTCAATAC TCCCATTGAA GTGCTCAAAG 2340 AAGCTACAGC TTCTGCAATC CGAGCCGGGG AGCCGGTATG GTTTGGTTGT GATGTAGGTC 2400 AAATGATGAC GCGCAAAGAT GGTATCATGG ATACGGAGAT ATTCGGGTAC GAGTCGATGC 2460 TCGGCACTAC CCCTGAATTC AATAAAGCAG AACGGCTTGA CTATGGCGAA AGTCTTTTAA 2520 CACACGCGAT GGTCATAACC GGTTTTGACG AGGATGCACA AGGTAACCCC GTACGCTGGC 2580 AGGTAGAAAA TTCGTGGGGA GATGACACAG GAAAAAAGGG CATGTTCTCT ATGAGCGATC 2640 GCTGGTTTGA CGAATATCTC TACCAAATTA CGATCGACAA GAAGTTCGTA CCACAGGTGT 2700 GGCTCGATGC GCTAGAGAAG CCAATAATAG CGCTCGAACC TTGGGATCCG ATGGGAGCGC 2760 TGGCGGACAC CCCTCTGTAT CTTAAAAATT AAGAAGAAGA ACAAGTGCGC AATTCTGATC 2820 GGTACTTATT TACGGTACGT CTTGCGCACT TGATGCCCTG CTCACCGAGC AACTGGGCTA 2880 TCcTTCGGTC GGAAAGGGAT ATACGCTGCG TTCGTACCTC TTGTATGAGA CGTGATATCC 2940 GGTACTTAAC TGATACTTTT GAGTGCGGAG AACTCGGGTA ATTCTGTCCA AGACTGGACC 3000 GATCACGATA TTCTTCGGTG GATAAAACCC GAGGGGAGAA AAAGTACCTT AAGGAAAAGT 3060 GTTGCGATCC GTACTGGAGC CATTTGTCGC GCACTATGCG GGACACTGTT GAAACGCTCA 3120 ATCCGGTCCT GTGTGCAACA TCTGTCATTC TCAGGGGCGT GAGctTCGCA GGTCCGTGAT 3180 CAAAGAAACC GCATTGGTAG TGAACTATTG TTTTCGCGAT ATCCAGCAAG GTACGTTCCC 3240 GGTATGAGAG CATACTTACA AGACTGAGCG CGTCGTGCAT GCATGCTTTC AACGCGTGGT 3300 TTTTTTCTGC CGCTTTTGAA TGCATGCAGT AATCGTTTCG GAAAACCACA GTTGGGATGC 3360 CCGTGCAGTT AATCTGTGTA ACAAACCCGT GCGCAGTTTT TGTAATCAAT ACATCTGGTT 3420 CAAGCAACAT GTTCGTGTCA GcCCGCTGAG CGTTCGACAC ACACTTACCT GGAAAGGGAT 3480 GTAGTTCCTT AATGAGGAGC AAAATATCTT TCACGTCATT TGACGAAACC TTCTGCACAC 3540 AAAGCCCCAT ACTATTAATC TGTGTCGTCA GCGCGTGCAC GGATACGCGT CCATCACACA 3600 TATTGTCAGA GCAGAAAAGC AATTCGCTGT GGTGTGTTAG TAGATTGATA ACACATCGAT 3660 ACAAGGGATC AGAGAAACGC TCAAAGCGCA gCCGCGCTTG GACTGCCAAT GATTCTTTAA 3720 AATTAAAAAC AGCACACCCT TGTGGCTCAA GTCTTTGAAT GAGCGCTATT GCCTGcGGTA 3780 TTTTTTCTTG AAGGGCTGTG GGCATACTAC CACACATGTT CTGAAAGATC GCAGGAGATA 3840 TGGAAAAAAA ACCGTGATCA TCTAACATCT GGATAAACGC GCACGCCAAA TCGAGCACAA 3900 TCGCTTCGTG TTTTTGATAA AAAACTTGTT CACGCAATAC AGCTCGGATA TTGTCAACCT 3960 GCTTATCGGG CTGATTTTCC AGCAATTGCT GAAAgCGATC ACGTGCGCGC ATGCgctCAC 4020 GTCTATCACC GAGCGACAGG TAACAAGCCT TCCCAGTGCG ACGAGCGGAC GAAGGACGTA 4080 TTTCTAAAAG GGGATTGCGT TGCACGGCAC GGAGAACCTC GGTCTTCAAA TCCCCCCGAG 4140 AAAGCTGCAG TAAACAAAGC CCGTGCACCA ACCGCTGATT GAGAACTAAC CGCTGCTGTT 4200 GAACAAGCTG CTGCATATCA CCACGTGCCC TGCAAACCAA TCCCACGAAA GGAATACAGA 4260 AAAGGAGCGA AACGCTCACA GGTGCGTAGT TTCTAGGTTC TCCATTTCTA CTAGCGCACG 4320 CGACGCCGTT TGCACATACG CTCTCGCCTG AGAAGCCTGC TCACGGAAGC TAGCATTGTC 4380 GCTCCCACGG ATATCAGACC AATTGGTAAG CGTTGCGTAG GCACTTGTTT TCGACGCCCC 4440 GATCATACTC GCCAACATAG CGCCAATGCA ATGAAATGCC TTTAAGGTTG CATCAAGCAA 4500 GACAGTCGCC TCAGAGTCAA TTACCTTTAT CAGAGCTTCC AGAATACCCT TACTTTTCAT 4560 GGTAACTGTG TGCTCTTTA 4579 (2) INFORMATION FOR SEQ ID NO: 73: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1015 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 73: TTCCCCAAAA CGAAGCGTCC AATCTTTTAA tAATGTGCAA GTTCaATATT CaAGGTACGT 60 ATTGGGAACA GCGCAGAACT CTGTTTCATT TCATCCCAAA AGTATAACGA TGAGACAAAT 120 GCATCCCACA GCTTAGTTTG TGGAGATTGC GATGACTGGG TGGGAAAGTA AGGCGTTAGT 180 TTCTCATTTT TAATCACAGT GTTTATAGAA AGATCGAGAA ATTTATAGAT GGAAAAAGTT 240 ATTAGCGGAG AAAAACTGAT ATGACTTTTA TCCAGATCTT TAAAATTAAT CTCTAACGAG 300 GAAGACAATG TCCCCTGTAT TTTTATACGC CGCTTCCAAA AACGTACTGT CAACGGAAAA 360 TCATCATGAG ACAACGTGAG CTTTAATTTA CTTATAGAAA GACCATTATT TCCAGAAGGT 420 GCAGCCTTGC CAGATTCCCC CTTTAGAAGA TAAGAAAGAG AAAAATACTT CCAGCCGAGC 480 GACACTTCAT AAGAATCGCT CATACTTTTT CCAATATCGT ATACGTAGGT TTGTTTACAG 540 GTTATTTCGT AAGGCATTCG AAAATCTAAT TCAGCGCGTA CcTGCGGTTT ATCGAGAAAG 600 CGTGCAGAGA GCGTCGCAGA GATATACGGA AAAGAAAGAA ACGTCGCAAT GCTATACGCA 660 TATGGTCCGG GCGCAAAATG CACACTGACA CGTATCTGCT GTGTATATCC ATACAGTGAA 720 AAAGCAGCAT TTGCGGTGAT GCTATGATCA CGTACATGTA ATGAACTTTT CCCAGTAGGT 780 CGAGACGAGT CGTATAGCAC GGGGGTAATT GACCAACCGA GAAAACTTTC TCGAAAAAAG 840 GAATCTGCAG AAAAAGGATA CACTGCAAGA TTATTCGAAC TCTGCACTAA AGCGGAGTTC 900 TGAAATCCAT TTTGTTTTGC CAGGTGGTTG ACTATGAATC GGATATCGGT GCTGCAGAGT 960 GCACTGTATC CCGTTTGACA TGCGAATTAT ATCATTTACA CACTGAAACT GAGAG 1015 (2) INFORMATION FOR SEQ ID NO: 74: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 9974 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 74: AAAACAGATT TGTAATGTAC CATCTGCCCA TGGATATGGT ATCTGCGGCG TCCGCGCAAG 60 CCTACCCCCG CAGCCCCCTG ATTGAGCGCT CGTCCCCTAC AGTCTCACAC TTTTTGCCGA 120 GAATATCTTA ACCGTGCTCT GTCAGCTCAA TACTTTGTCT ACAAGGAGAC GCGCCTGCCG 180 TGAGAATCCA TCAACGCTCT GCTCCGTGCG TGCCTGTGCT TCTTTTTCTC TTCTTGCCGA 240 GTGCGCCGCT TTGTGCGCGG GGTAGCAAGG ACTGGACGCC GCCGCAACTG GGCGAGGTGA 300 TAGAGAGTAC CGAGCAGGAC CTTGCAGAGT TTGATGCCGG CCTTTTCCGT GCGGATCGCA 360 TCCTGGATCG CCATGACCTC TACCGCAAAA CCATGCACCA GCTGTTCTCC ACGCTCCTTG 420 AAGAACCTAA AAACCACGCT AAGCACCTGC AGCTCATCGA AACGTTAGAA AAGCTCGCCG 480 GTCCAGAGAG CAAAGAAATA CACGAGTTTC TCAATCGAcT GCGCAATTCT TCTACGTACG 540 CATGTACGCT GCCCGTTTCT TTCACCTCAT GGAGCGGGCG CGCATCCTCA TGGCTCGCCA 600 GGAATACCTG AAGGCCGCGC TCCTGTACCG AAGCGGCTAC GAGCTCTACT ACGATGAGTA 660 CCTTGCCGAC CCGTCAAGTC CGGGGAAAAA GGAgGTGCGT GCTCGCGTCG AGCAsgCAnA 720 TGcGCATGTT TCCCGCGCAA AGCCCCTCCT AGAAGCGGTC GCCGCTGCAC GGGCTCAGTA 780 TCAGAACACG CAGAAAAGGA CGTATGCTGC CAGCGCCCAT GAaGGCTGCG CGCGCGCGCG 840 AcGCGTACTC TGCCGCCCCC GTGCGCCTGC TGcACCgGTG CCCGCGcACC GAGTGCAGCG 900 TATCCTCACT CCTTAACGGT GGAGGCAGAA TTAAGGATTT TGCAGGACTT TTCTAAAACC 960 ACTGAGGAAA GCGCCGCGCT CACTTCCCTG GTCCaAgCGC TTGGAGCGCT TTTAAAGTTT 1020 TCTCGCGACA TAGAGCACAC CGGTGTTGTT TTTGAACAGC TATCCACACG CGCGCAGAAA 1080 AATAACGAGA CACAAGAGGC CTTCTTGGCC GTTGCACGCA AAATTACGCT CGGGCGCAGT 1140 AAACTTGAGT TCGAAGGTAT TCTCGGCGCG CTCCAGGCTC CTGCCTTTGA CGCTTTTGTA 1200 GATCTTTTTG AAGCAGGTCG CGCACATGTA GCGGCGCTCC ACGACCAGGC GCGCGCACAG 1260 TTTACGTTTG CACATCCTCC GCACTCAGGC AGAAACATTC CCGCACCCAC CGACACTGcA 1320 CTGGCAAGTG CAGGCGCATG GGCAGCAGTC GGTGCAGGAC CTGCAGGATC GCTCATTCCT 1380 GGCGCTCCTC TCAGTGCGGG AGTCGGCTCT CGCGGCGCGT GGGGAGCGTT GCCTGCGCCA 1440 GTAGAGCCGC TGCTCCGCCA GGCGGATGAC GCATTGGGTG CGCTTGCAAG ACTGTGGGCA 1500 GCGTGCGCCC CGCTCGGTGC CCAGCATGGC AGATTTCCCC GCGATTATGA GACCTTTGGC 1560 GCGCAGATTG TAGCGCTCAG TGCGCACGCC GAgCGTTGCG CGCCACAAAA CACGCGTACG 1620 ACTTTTACCA TGCACTGCTC GCCTTCCAGC GCGCCCCCAC CGTGCCTGTT TCGGCTGCAT 1680 TGCGGCGTCA GGACCTTTCC CAGAATGAAG CGTTCGCGCG GgATCTGAGC GAACTTGCAC 1740 ACCACCAGGA GTTTTTGCGT CGTGCCCTTG CAGAAACCGA GTCTCTTTCC CCGCCTGCAG 1800 ATACGGCAAG CaCCCcGTCA CCGGGGGGTG CAGGGGATAC TCCAGTGCCC AGCCAGGCTG 1860 ATAAGGGAGG GGCAAAACAG AGCGCTGCCC CTGATACTGC GCAAAAGGCA GTAGCCCAAA 1920 AAGCGGGTGC GTCGGAGGAG GCTGACGCGT CGTCTTCCCC CTCCGAAATG GCGGTGCGTG 1980 CGGCGCGTGC ACAGCTGCAT GCCATCCAAA GTGAGCTGTT GCGCcGCTTC ACGcgCtTCA 2040 AACGCAACCG CTATACCGCA CATATGGCGT TTCATCAGCA CTCAGGCGTT TCTGCGCTCG 2100 CTGAGTATGC GCAgnAGcTT aCCAGTGCCG AGGAAGCATT GCGCTTTGAC GCGAAAGACG 2160 AGCGCAGGGT ACGCGCGTTG AGCTTTGTGT CTGAAACGGG TCCTCAGCAG GTGAGTAAGG 2220 ATATGGAGGC ACTTGATCGG TTGCTTTCTT TTTTTTCTGG CGAAGAAGAG TTCCTGTCTG 2280 AGCGTGGCTA TGCGTATGGG CTGCAGTCCC TGCGTGATTT GCGCACTCAG TTTGAACAGT 2340 TCTCTGCACG CGTGCAGACA CTTTTTTTGG CAGCAGAACA ACGGGCTATT CACGAACGAC 2400 TGGCGCGTCA AGAAGCAGAG TACCGTTACC GACAGGCAGT GGAAGGTCTA GGTCAAGATG 2460 ACTTTGGCGG TGCCCGTAAG AATCTGGTGC TATCTCGAGA AAAGGCCGAT TTGGCGCTCT 2520 CGTTGCGGTA CGACACCGGc tACGCTACCG AAACTGACAC GCGATTGAGC ACGCTTGATT 2580 CCTCAATTAA CAGACGGGAA AATGAACTGG TTGTAAAGGA CGTGCGCGCG TATATCgCAC 2640 AGGCAAAAGA TAAaTATTAC AaGGGAGAGG TGCTCGATGC GGAGcGTTTG CTCATTCGTG 2700 CGAAAAATCG CTGGGCAGTT ACAAACGTCA CCGAGAATGG GGAAATTACA AATTGGCTTT 2760 CTGTCATTAG TACGGCGGTT GCGCTCAAAA TCGGGCGGGT AATTCCTGAC TTTGCACCTC 2820 TTTACCCGCA GATGAGTCAG TTGTTACACC ATGCAGAGCA GCTGTACTTG CACGCGGCAT 2880 ATTTGAACGC GTCGCAGCGC CAAGAGATGG AACGGTTACT CGCCACCTCG CGAGAGAATA 2940 TACACAAAGT ACTGCTTGTC TATCCGTTGA ACGAGCGCGC AGGGCAGCTG AGTCTGAGAA 3000 TAGACCAACT GCTCGATCCC CGCTCCTTCC GGCAGCAGTT TGCAAAAAAG CTCGATACCA 3060 TCAGAGGAAC GTACAAAACC GAATCAAAAA AGGCCTACAG TTTGCTCCTA GATTTGTACG 3120 CAATCGATGC ACGCTTCTCT GGTATCGAAA AGCTGAAGCA GGAAGTGGAA ATCTACCTGG 3180 GGGTTCGATT GCCGCCGCCA AACCCGCAGG CCATTGCACA ATCGTCGAAT TTTACGCTGG 3240 CTGCGCGTCG TATCTTTGAG CGTAGAGACG CGGCGCTCTA TCAGGTAGCA ATTCAGCAGT 3300 TAGACGAGGC GCTTAAGCTG AATCCTGATA ACGATGCGGc TGCGCAgCTG AAAGATCGTA 3360 TCCAGTCGCT CACCGGTGAC GGTGCGGTAA ACGTACTCAG TAGCGAAGAC GAAAAAGAGT 3420 ATCAGCGCGC cTTGCAGGAA CTCCAAAAAG GAAATAAGCT CGTCGCCTCC GCGGTGGTTG 3480 AGCAGCTGTT ACAGAAAGAT CGCAATAAGA AGTCGGCAAA GATTCAGCAG TTAAAAAAGA 3540 GGATTGACGC ACAATTATGA ATGCTCGTCT GTGCTTTTTT TCGCGTCTTA TCTTTTGCGT 3600 ACTTTCTATC tGTGcTTtGC CACTTGTTGC TCAGGAAGAT AAGCTCTACT GGGAAGATCC 3660 GTGGGCACTC AGCACTGAcG TGCCGCTTTC GTCAAAGTTG CGTATTCGCA CGATGTCGTT 3720 GCCGTCGTAT GGCAGGAAGT GACGCCAAAA AATGCTACCT CGGGAGAAAT ACGACTGTCT 3780 GCGTCTTTTT ACGATGGCAG TACGTGGCAT ACCGTGCGTA CATTTTCTCC ACCCCTTTTG 3840 TACAACCACC GTTCTCCTTC TCTTGCCTCC GTTGCTGTTA ACAGAAAAAA TGAGATTTTT 3900 GTTGCTGCCG CTTTTGATGC ACACACCATC ACCGTCTTTA AAACTACGGA TTTTGGAAAA 3960 TCATTTACGC ATACTGTATT GCGTTCTCAG GGAAGCGATA TTGTCGCCCC CTATGTGAGT 4020 GTTGCTTCAG ATGACTCGCT GCTGCTGTTT GCCTCTCACG GTTCTGAGGA TCACTTTTCT 4080 ATCTTGCTTT GCCGATCCGA AGATGGGGAG CGTTGGACTC CcTTTCAGGA GTTTTTGTCT 4140 ACCGAATTTA GCCGCAGACT CTTTTTGCCT TCGCATGTTT CAACGCAGGC CCAAGAAATA 4200 GTGGTGTTTC AGGCACATCA CCAAGAGGGT GAGAGAGCAA GCTATCAGTT GTATTCAACC 4260 GTTAGCTTTG ACCAGGGCAA TACGTGGTCT GCgCCTGTGC CTGTTACACA ACCTGATGAG 4320 TATCACAATC AGCGGCCCTT TTTGGATCGT CTCTCAGATG ATCGTTTTGC AGTTACGTGG 4380 GAGCGCTCTG AACGTACGTC GACGCGATAC GAGATGTGCT ATGCCGAGCT CGATCGCTAT 4440 GGGAGAAAAA TCGGGACTAC gCTCCGCCTG GCAGAACCTT CTGACCGTCT CATCACTCCC 4500 AACTTTGTGC ATATCGACGG TACCACATTC TGTGTGTGGG CAGGAGAGTC AGCCGGGCTC 4560 AATACCATTT TTCTCGCGCA GAAAAAGGAA GGCGCGTGGA GTACTACTGC CGTACGTTCT 4620 AGTGAGGATG CCTTGCTGTT TcCGCATGCG GTGCGCGTTG ACAATCACCT TGAGGTTTTT 4680 TGGCAAGAGG GAGAAGGGGC GCGTGCACGT GTGATGCGTT TGCGTCCAGA TCAGAGTGTA 4740 CAGCCACCGA CCCTGATTGC AGAAAATTTT TCGCCAAACG CGGTAAGAAA GGGGACGCGC 4800 GCGCGGtACG CATTGTATTT CCTCGGGATT CGTCAGGCAT TGCAGGGTAT AACTACGCGT 4860 GGCAATGCGG CGTGCAGCCT GCTGCTCCTC CTGATTACGT TGCACACTTT cCGGACAAAC 4920 CTCAGATAGA ACTGGAGGCA ACGCAGGATG GCACGTGGTT TTTGGCCGTA ACGGTGTGGG 4980 ACTTCGCCGG CAATAAGTCA GCTCCCGCGT ACCTTTCATA CACGCGGGGT ACTACGCCTG 5040 tGCGCGTCCA CAATTGCAAA CTCCTCTACT GGAGAACACG CATGCGCTGA AGAGCAACAC 5100 GTTTACACTC AGTTGGAATC AACCCAGTAC TGATGCGCAA GGAAACGAGG AGCGCGATCA 5160 CACCAGCTTC CTTTGGAGCT TACAACAGGT GGCACCGCTT TCAGCACTAA CGTCCCTGCG 5220 TGTGGATACT GATGTACGAA CGTTCGAAGA ATTTCAGCAG CGCTGCGTGC GCGCCTTTCC 5280 TATACCTGTG GAmGTGCACG GCAcGCGCAg CAGGcAGTCG TCCGTATCGT TCACTAATAA 5340 GGAGAACGGC ATCTATCGCT TTAGcGTATA TGCCCTTGAT CGCTCTGGAA ACGTGAGCGA 5400 GCCCGCAGTT GTCTTTTTTG CCTTACGGCA TTTCGTACCC TACACCGCCA TTCGCTATGT 5460 GGATGTGAAA AAAGATCCTG CCGGTTCATT GCAGATGTCG ATTGTTGGTA ATGGGTTTCG 5520 TGCGCAAGGG ACAGTCAGTC AGGTATACAT CGATCGGGAT CGCAAAGCTC CATATGACTT 5580 GGTATTGCAT GCGCAGGAGT TCGCCGTTGG TTCAGACAAC CTTATTTCAG ACATACACAT 5640 CGATAATTTA AAAAAAGGTT CTTACCACGT GGGGGTATGG CACCCTGCTC GTGGGGTGCA 5700 TTTTGCAGAG TCAAGAGTGA CGGTTTCTGA AATGGGAACG GTAAAATTCG GCGCGTACGA 5760 CTATGAGCAT CAGGTGCGGT GGAGTATCCC ACACACTGGT GGATTGAGAG TGAATTTTGT 5820 TTCACTGTTC ATGCTGATAG CGCTTTTTCT TGCGGGTGTG GTGTTTGCAG CGTCACTTAC 5880 CAGGATAGGT GATATCGTCG GAGAAGCGTT TGTACTTAAA AAGCAAGTGG AAGCGCTCAT 5940 GATAGGAGAG CTTATGCCGT CAGAGAAGAG ACGAAAGGCT ATGGCACTGA AAACACACGG 6000 TGCAGGATTG CGGGTGAAGT TCATCCTGTT TGCACTTACG CTGGTTATAT CTGTCATTTT 6060 TATTGTGTCC GTGCCGCTTG GAGTGCGGTT TTCAAAAACA CAAAAAGATT TGCTGGCTAA 6120 AAATCTTTTT TCTCGGGTTC AAGTGTTGCT TGAAAGTCTT GTGGCGGCAG GAAAGGTATA 6180 CCTTCCAGCG AAGAATAAGC TTGAGCTTGG CTTTTTGCCC AATCAAACAA CGGCATTGCA 6240 CGAAGCGCGT TACGCGtTAT CACAGGAGAA AGTGAAGAGC CTCACGAAGA AGGTATCGAT 6300 TTTGTGTGGG CAACGAATTT TAGCGATATT GAAACGGTGC TCAATGAGCC CGAATATCGG 6360 CAAGGCAATT CTCGTTTTGT TGACAAAAGG ATTGCGCAGA TTTTGCCGGC AATGGAGGAT 6420 TTGAACAGAC AGGTTAAGAA AGATGCAGAA AAGATAGCAA AGGGTATTGC GGATCTGACG 6480 CAGGAGGCAG TTGCGCTTGC GTTGCGCACT GATCAGGGGT CAGTACGTCG CCGAGATGAT 6540 ATTCAGTCCA TTACGCGGCA AATGGATCAA AGGCTTTTGG AAATTTTTTC TACATTTTCA 6600 AACAACGCGG TGGGCTCCTA CCCTGAATAT CGGGTTGATA ATTTATCAAA GCGTCACAGC 6660 TCCTACCTTT TCTATAAGCC CATCCTGTAC CGCCAACGCG GACACGcGgA TAGTTTTGTG 6720 CACGGCGTTG TGTTTGTAGA AGTCTCTACG CAGGAATTGC TCGAGCACAT TGAGGGTTTA 6780 CAGCGCGATC TCATTAAAAT GGTATTTTAC GTTTCTTTAA TCGCACTCGC CTGTGGGGTC 6840 TTTGGCGCGT GGATTCTTGC CTCTATTATC ATCAAGCCTA TACGCAGGCT GGCAAGTCAT 6900 GTGGCGATGA TTCGCGACAC GGAAAAAAAG GAAGAACTTG AAGGAAAACT GATTGCCATC 6960 AAAGGGCAGG ATGAAATCGC TCTCCTCGGA AGAACTATCA ACGATATGAC AGAAGGGTTG 7020 ATCAAGGCGG CGCTTGCCTC AAAGGATTTG ACGGTTGGAA AGGAAATTCA AAAGATGTTC 7080 ATCCCGCTTG ATACCAACAC TGAAGGGAGA AAGCTTACAT CTGGGTATAC GTGCGATGAT 7140 CACGTGGAGT TCTTTGGGTA TTACGAAGGC GCGCTCGGCG TTTCTGGGGA CTACTTTGAT 7200 TACATTAAGT TAGATGATCA GCATTATGCC ATCATAAAAT GCGACGTTGC AGGAAAGGGA 7260 GTTCcCGCAG CGCTTATCAT GGTTGAAGTG GCAACGCTCT TCCAGAACTT CTTTAAAGAT 7320 TGGAATATTC AAAGTCATGG TATCAACCTA AGCGACATTG TCTCTCGCAT TAATGATCTC 7380 ATTGAGGCGC GCGGGTTTAA AGGAAGATTT GCAGCCTTTA CCCTGTGTAT CTTTAATACA 7440 GTGTCCGGTA CGGTGCACTT TTGCAATGCa GGGGATAATA TAATTCATAT TTACGATGCG 7500 CAGmAAAGAA AAATGAAGCG TATTACGtTG CGCAAACTTC TGCTGCAGGG GTATTCCCGA 7560 GTTTTATGAT TGATATGAAA GGTGGGTTTG GTGTGGAAAC CCTCACCCTG CGTACAGGTG 7620 ATGTCCTGTT CCTCTATACT GATGGCATAG AAGAGGCGAA cGTCTTTTTA GAAACAAGCG 7680 GTTTGAACTG GTAcTGTGCC AGGAACAGGG ACTTGCGCAT GATGCGCCCC ATGAGACACA 7740 TACGGTAGGT CAGGCCGGAG AGGAGCTGGG AGCTGAGCGT GTCAGCAGCA TTATCGAATC 7800 AGTCTTTCTG AGGAAAGGTT TTTCCCTACA AAAGTGGCAT AACCCTGTCG AAGGCGAAAA 7860 GTTTGAATTT GATTTCTCCT CTTGTGAAGG AAATCTAGAC GAAGCGGTGC TCGCACTTGT 7920 GGCGGTGGAG CAGGTGTTCC GTATGTATAA GCACCCTCGG GCAACCAACC TTGATAAAAT 7980 CAGGGTGGAT AAAAAAGTGG ATATGTTTTT AGCACGGTAT TTTGTTCAGT ACCCTGAGTA 8040 CTGTGCGCGC AAAGAGGTAA ACAGCGAGTA CGAAGAGTAC CTGTATTATA CGTTCATTAA 8100 AGAAGACGAC CAATACGATG ATCTCACTAT CTTGGGAATA AGAAAGAGAT AGTGCCGCTG 8160 TTGTGCAGGT TATTGCATGG TGTGTGGGTT GTGACAAGGA GACGCAATGC AGATTATACC 8220 CATTGCGAGT GGAAAGGGTG GGGTTGGCAA GAGTTTGCTT GCGGCAAATT TGTCCATAGC 8280 GCTCGGTCAA GCGGGGAAGA AGGTAGTAGT AGCGGATTTA GATCTTGGCG CGTCGAATTT 8340 GCATCTGGCG CTTGGCCAAA AGGGAAATAA GCACGGAGTG GGAACATTCC TTATGGGTGC 8400 CTCTTCTTTT GAAGAGATTA TGGTGCCAAC TGGATATCCC AATGTATATC TTGTGCCAGG 8460 AGATTCTGAG ATACCTGGCT TTGCTGCATT GAAGGTTTCT CAGCGGCGGG CTCTAACAGT 8520 GGGTTTGTTA AAAACGCATG CTGATTATGT GGTGCTGGAT TTGGGGGCAG GCACTCATCT 8580 TGGAGTGCTT GAGTTTTTTC TCCTTTCTTC ACGAGGGATT ATCGTTACTG AGCCTGCAGT 8640 TTcTGCGGTT TTGAATGCCT ACCTTTTTCT AAAAAATGTG GTGTTCAAAA TGTTGTGCGC 8700 TGCCTTTAAG AAAGGGACTG GGGGAAGTAT TTTTTTAGAG AATCTCAAGT CTGATGCTGC 8760 GGCGGTACAG CGCATGTATG TGCCTAAGAT TCTTGCTGAG CTTGAGCGTG TGGATCAGCG 8820 GGGAGTTGCA GTACTTCTGG ATCGGATGCG GTCTTTTAGG CCGAGACTAG TCATGAACAT 8880 GATTGCAGAT CCGAAGGATG TGGATAAGGC GTTAAAGATT CGCCGCTCGT GTGAGCAGTA 8940 TCTGAATATT ACGCTTGAGT ACCTTGGGGT CATATACCAG GATACGCAGC AGAATGTCGC 9000 GCTCTCCTCT GGTCTTCCCA TTGTTGTGTA CAAACCGCAG TCACTGATTG CCCAGGCAGT 9060 GTACCGGATT GCCGATAAGA TTTTGCAGTC AGAGGGTGAG GAGGCGTCTT CCATTGAGGA 9120 TTATGAAGGG TTGGTGGAAC GAAGTTTTGC CTCTGCAGAA GCAGAAGCAG AAGTGGATTT 9180 CCAGTTTCGT ATGGACTATC TTGAGGATTT GATAAAAAGC AAAACAGTGT GTGTGGGAGA 9240 TCTTGCTGAG ATCATAAAAG CTCAGCAGTA TGAAATTGCT ACTCTGAGGA AGCAAAATCT 9300 GCTCCTCCAA AGGAAAATAA ATAAGACATT GCGCAATGCG TGAACTTCAT GAGGGTGGGG 9360 TATAACCCCT ATTTGTGGGG GTGTTTTTGG GAGAATACAG TTTACgCGGA GyGtGGTGAA 9420 TGGTGACAGG ATAAACGGAA AACGGTGGCG GGGTAGTGCG CGGTGCATTT CCTTACGCGG 9480 TGGAGGTTGT GTGATGTTGA GTATTGTCTA TCCGTCGTGG ATTCGTCCGG AAATAATTCC 9540 TTCTTTTCCC TATTTTCGCT GGTACGGCTT CATGTATGTG GTTGCATTCA GTATCGCGTA 9600 CATACTGTTT CGCTACCAGG TGCGGCGCGG TGAGCTTGAT AAATGGAGTC GGGTGAGCGA 9660 GCCTGTCACG CAGGATGACA TTATGAGTTT TTTTACGTGG ACGATTCTGG GCATTTTAAT 9720 AGGGGCGCGT GTTTTTTCCA CCATGGTGTA TGAGGTCGAT TTGCTGTATA TGCGCAAgCC 9780 ATGGCTGATT TTTTGGCCGT TTTCTTTGCA AACGGGTGAG TGGGTTGGAT TGCGAGGAAT 9840 GTCGTACCAC GGTGGGTTAA TTGGCGCGCT CGTGGGGGGT GGcTTGTGGA CTCAGTCGCA 9900 TGGGAGAAGC TTTCTTGCAT GGGCCGATGT CGCTGCAGCG TCAACTCCAC TTGGGTATAC 9960 TTTnGnAGAA TTGG 9974 (2) INFORMATION FOR SEQ ID NO : 75: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 5861 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 75: AGGAAGCACT GGAGCACGTC CGnAAGCACC GTCTCGCCCA TGCGCGTACC ACGGCAACAT 60 AACTTTGAGA TTCAGTATCC CCGGTCTCCG TGCACTGTGC AGTAAAGTGA TGCGTATACG 120 CTCCCTTTGG GAAATCCCAC ACATGCAGCT GCGCGAACAG CACACACTTC CAGCGTGCAT 180 CAGAGTCGCG TTCAAGACGC CTTACCTGAG TCAAGCCAAA CACAAGTCTA CGGACATTCC 240 CCCCAAACTT TTTACGCGCG CGCGrAwTTA CCGCGTGGTC CGGCACCTTA CCTACCCCGT 300 ACAAACTATC AAGCCCGATG TTCACAAACC GACGCTTCAA AAGCCCCCCG aGCAAACGGG 360 TGGCCGTCAG ATTCTCGTGC GTCAGGGrCC GTCCTGTCTT CCCATAATCT AGAATACATA 420 TCGTTGTAGA TACCTGCCTG CGCACGGGAT GCTGTTTTGG ATCAGACGAA GGCGCCGCAA 480 CGCGACACAC CAAATTAGCA AGCGCAGGCT CCCCCGCTGC GCTGTTTTCT TCCCCCTCGG 540 GGGACGGTAT GGTAGACACG ACAGgTTCGG GAGATGArGG TCGTTCCTGC AACGCAGAAT 600 CCTGTGCACA AAGGGAAGGA GCATGTACCA AAGCGGCAGT GTCAAACGAA AGCGTCACCT 660 CCTGCGAAAC GCCGCTGAcG GAAAGGGGAA AAAGAGCACT CCCTGcGTAT CTGCGCACAG 720 CGTCACCTGC ATCACATCGC CATGTTCAGG ACCAATTTGG TAGCATAGCG TaAAACGCCC 780 ACGCTGTAGT GGCCACACGC TGTCGCGATA CTGCAACGTG GCACTAACCC CTACATGGGT 840 CGGCGGTGCA ACGCGCGGAG cAAGGcGTAT ACCTTGcAGC AGCGCACGGA CATACGCGTG 900 CAGcGCAcGG CTaCGCGCCG TGTCAGTCTC AGAAGAAGGG TCATATAACG CTTCAAGCTC 960 ATTGAAAGCA GCGTATGTGT CCCCCGTACA GAGCGCATCC GTGATGCGCA TTACCCTCTT 1020 CTGTGTCAAA AAACGCCTGC AATGCCGCGT GGTGCTCGGC AGGGATATGT CCAACAGTAC 1080 CCTGcACCCA CGCAGACCCC CGCCCAGGAG AAAAAGACGC CGGGGATTCA GACACACTCG 1140 CATCTGCCGC GCCCGCCTCA TTCCCCATTG CCGCAGCATG AGAAACATGC TCAGAAGCAT 1200 GGGCCACACC CGAAGAATTC AGGCCATCCG CATTCAGGGA AAAACTTGAG CGTGTCTGTG 1260 ACGTACAGGC GCCAAAAAGC ACACTCCACA CCCACACCGT ACAAAAAAAA CGGTCCATGT 1320 ATAATCTACA CCTCTTTATT CTGCAGCGCA CACCACAGCC GCGTGCTAAA GTACCGTCAC 1380 GGGCCtTCGT TACAGCCACC CTACGATATC CACCAAAGAC ACATCACGTC TTCTTTTCGT 1440 TAGGGACGTG CAGGACGACG CCGACACCAC CCATACATGA ACGCAAAGCA AAATGCCCGT 1500 CGCATCGCTT CCGCACGGcT GCGCGCCTTC CGCGCCTCCC CTACCGCTCC TGCCTATCCA 1560 GCACACTCCC TTTTCACTGC ACAGACAGCG TACCAGCGTG CACGCACTGT GTTCTTCTAT 1620 GCGCCCCTGC CCCTAGAAAT AGACCCCTAC GCCCTTGCAT ACACTGCAGA AAACGCAGGA 1680 AAGCACGTAG CTCTTCCTCG CGTATCGGGA AACGACTTGC ACTTTCACGC AgTCACGTAC 1740 GCGTGCACTA CCCGCCCCTC TGTTTCCTGC TTCACCACCT TGTGCCCTAG GACCAGGGGA 1800 ATTAGAGAAC CCGATGCACA CAGTCCACGC CTCTACCCCC CGCACCCTTC GCCCAATACT 1860 CCTGCACAAA GAACACTTGC CCTACCGCTT TTGATCGTAG TTCCCGCACT GGCATTCAGC 1920 ACAAATGGCG CACGCCTCGG CCGCGGCGGA GGACACTACG ATCGCTTCCT CGCCCGGATC 1980 GCCGCTACCA TACCAGCAGG GAGCTACTAC ACGCTCGGCC TCTGCTTTGA TTGCCAAATC 2040 ATGGCTGTCA TTCCTCAAGA AGCACACGAC CAATCCGTAC ACGCGGTGCT CACCGAAACT 2100 CGTCTCATTT CCTGTGCCAC GGCGCGTGCA CCAGCGCCAC CGTTCTCTTT ATAGTGCCTT 2160 ATTCCTCCAT TCTAATCACA CACGTGCATG CACCAAGAGG ACAGCGCCGT GCTATCTTCC 2220 CAGAAAGGAG GATGAAAACA CGTGAAAACC ATTCTCA AC TGGGTGCAGG AACCATGCAA 2280 GCCCCTGCAC TTCGCGCAGn ACGGGAGCTT GGGCTGTGGG TGTGCGCGGT AGATGGGAAT 2340 CCGCATGCAC CsTGCGCGGC ACTTGCAGAC GAGTTTACCC CAATCGATTT GGCCGATAGC 2400 GCCGCGCTCG TncGCTnCAm gcGCcGCAAT TcGCGCGCrC sGCGGCTTGG ATGCTGTGTT 2460 CACCGCGGCA ACAGACTTTT CCGTTTCCGT CGCTGCCGTC GCCGAGGCCT GTGCACTCCC 2520 CGGCCACCGA TTGGAGGCAA CCAAAAACGC TACGGATAAA ACGCGCATGc gTGCCTGCTT 2580 CACACGCGCC CGACTGCGCT GCCCCCGCTT CACGTTCCTT GAGCCTGACT CGTTCGCCTG 2640 GGACACACCG CCTGGGCATG CCCGACTGTG TTCCCACCTG CATAGCGCTG GACTCTCGTT 2700 TCCTCTCGTC GTAAAACCGA CAGACAACAT GGGAGCCCGC GGCTGCACGC TCGCGCAATG 2760 CAAGGATACC CTCATAAATG CCtGCGCCGT GGCGCGCCAG TTCTCTCGCA GCGGCCGGGT 2820 GATTATCGAG GAATTTATTG TCGGAAGAGA GTTTTCCCTG GAAGGgCTCA TATTCGACGG 2880 GACGTTGTAC GTCACCGCAC TTGCCGATCG CCACATCTGC TTTCCTCCCT CATTCGTAGA 2940 AATGGGACAC ACGCTCCCGG CAGCGCTCTG TACACAAGAc GCACAAGCGC TCATCGACAC 3000 CTTCCACAAC GGTGTGCGGG CACTCGGGCT CACCCATGGC GCCGTGAAAG GAGATCTCTT 3060 CCTGAGTACC CCCTCCCCGA CGAAAACTCC ATCCACTGCC GCCACACCCA ACCCTTCTGC 3120 CCCGTACACA CCCGAAGCAG TATTGGGAGA AATTGCCGCA CGcCTTTCAG GGGGCTTCAT 3180 GTCTGGCTGG ACGGTGCCGT ACGCTCTGGG TTTCGACGTC ACACGCGCTG CATTGCACGT 3240 GGCGCTTCAC GGTCCTTCAG CTGCCGCCTC GGCTGCCACC GCGTCTGTCG CCCCCCCTCC 3300 TACTGCGCTc ACCtGctGCG CACACAGCTC ACCACTCTGT CTCCTCTTCC AGAAAAAAGC 3360 CCATACGCCA GCGCAGAACG CGCGTGGATT TCCATTCCTG GGGTAATACA CCGAATCTGG 3420 GGCCTTGCAG ACGCTCAACA GATCGCCTAC GTCAAAAACG TGTTCGTACG TATGCAGGAA 3480 GGAGCCgcgG TGCGCTTTCC TCGTAATAAT GTGGAAAAAT GTGGCAACGT GCTGAGTCAG 3540 GCCCCCACCC GTGCACAGnT ATCGCCGCAG CAGAAACCGC GTGTCGCTGC ATTGTACTCC 3600 GCCTTGTTCC TGCACACCCT GCAACAGACG CCTTTCTAGC AAGAAAACGC AGCGCAGAAT 3660 CAGCGGCCAG CCCAGCGCTC CAGGACGCTG ATTCTGAGTA CGCAGCGTCT GCATCACACC 3720 CCTTTGGGCA AGAGAGTATA CCGGACATCG TCTGCGATGC CTCAGGACGC TTCTTTACCT 3780 CTGAGGTTGC CTGTGCACCG CTCGTGCGCA CAGGACTCTT CCTTATCCCC GAGCCACTGG 3840 TGCGCGctGA cGCACGAGAC GTGCAGGGTC GCAGCATCCA TGCGCTGTGT ACCCTTGCAC 3900 TTAAGGTAGA GCCTGCGCTC GAACCTGCGC TGTGCTTTGC GCGTTCCCAA AACCTCGCAG 3960 AGTTATGGCG CGCACTTATT CGCGGTGGCA TTCAAGGATT ACTATACGCG TTTGACTCCT 4020 TTCAACTGTC CTGATGTTCA GTGCCAGAAA AAATAAAACG CGTGCGCAAA AGCTCTGCGG 4080 cCTCAGTCAT ACGCAGCCAC GTCAGTCCCT GTGCACAGAG AGTCTGCACG GACGCGGCCG 4140 TTTTTTGCTC AAAACCAGGC ACCACGCTAC TACCGTCCTT CAACAAACTC ACGCGTGAGA 4200 GGACCCCTGC GCGCTGCATA TCCTGCAGCG TACACACAAC ACAATGCGAG AGTGCTTCAC 4260 CTGCTACGAA AATACGCTCA TGTGCGCGGA GCATTTGGCA GCGCTTAACA AAAAGAGAAT 4320 CCGCAGTCCC TTGAGACGCT GGATACTCCG AGGACAGCAC ACTAAATTGT TCCACACAGG 4380 GGTTTTCTCC TTTAAAGAAA AACTGAGGAT GTCTTGTACG ATGCGCGCGT TGCCAAAAGC 4440 GCACCGCCTC CACGATAAGC GGGTGCACCG CCTGTCCCCA ACTGCCACGC ACACAATGCT 4500 CGGGCCAAAG GTATAGAGGC CCCTTTCCGG TATATGCACG GAATGCCAAG TACCCCGCTA 4560 CGGTCTGTAC ATAGCCGACA CGCACAGGcA CACACGCCCC AGAACGCAAA CGTTCGAACG 4620 AAACTGTATC AAAAGGACCG AGAGCATCTC CTGTCAGGGA GCGCCAAAAA CAGGGGTGCG 4680 CAACGTGCAT CCGCGGGTGC CGATCGCAAc TTACGTACAA TGCATCCACA TGCGCAGCGT 4740 GCaCGCGCAA GAACTCAGCA ACGCGCACAC AGTCCTGATC CGCGCCGGGA ACGAACAACG 4800 CACCGCGTGG ATCGCAAAAA TCATTTTGAA AATCAACCAA AAAAAAGGCT CTGCTCATAG 4860 GGAAGCGCGC GCAGGAACGC GCACGcgCGT GCGCgcAnTn ACCCCACCCC AGCAGCACAA 4920 GCTAGACCCG GAACACAGGC CCTATCTGCA CCGTCAGCGG ACACTCCAAA CAATACTTTT 4980 GCAAAAACTG TTCCCATTTC AAATCAGTGG AGCCTGCGCC GTTCTTACAC TGCTCGAGGT 5040 TCGCAGTAAT CGGGATACCC ACACCGCTTG CCACACCGAC AGACAGTCCC ACAACCCCCG 5100 TAAAAAAGAA ATGAAAGTCA AGGTTCACAG GAACACCGAC TATTTTGTCC TTGGTAGACA 5160 TGATATCCAC ACCCGTAGAA GGCAGAAAGA ACGCCCGCTC TCCCATACGG AGTACCCACC 5220 CCAATAGGAA CTGCGCGCGG AACAGGAGCG TAGAAAGCCC CGCATCTAGC TGcGTGACGA 5280 AAGTAAACCC GTTCTCCGCA GAAACCCCCA CCGAAAGCCC CAGCGTGGGG GTGAAGGCCA 5340 GTATATCGGT GCGTTTCGTA nCTTGGTTCC GCCCTCAnCG TTCGCGCCcT TTCCCCACAC 5400 AAaGAcTCCC ACCTGTCCAA cTCGGGGAGA AACAAAAACt GCGCGGCGTT CGCGTCAGTG 5460 CAAgACCCCA CAACACCGCC AAAAgAGCGC ACCCCCCCCC gCCACCGAAC GGCGCAgCGG 5520 CACATCACCT CACCCTCACA CCAACCACTC ATACACTACA CTCGGAACGT CGGCCCTATC 5580 GTGAGCGAGA GCGGCAAGGT AAACTCCTTG AAATTAAAGT CACGAACACC AACGGCCGTG 5640 CTCGCAGCAA CCGCAACTCC GGCAAAGGAA GTGAGATAGT ACTGCACCTC TAAGTTCAAC 5700 GGTACGCTGT ACAGCAGCTT GCTATACCAC GCAGACGATT TCCCCTCAGA TGTCGCACAC 5760 GAATCACCGC AGATATTCAC CCCACTGGAA ACGATGGCCC GCAGCCCTCC CACACGCACC 5820 GCGTAGCCAA TTAACGCCTG TGCACGCACA AAGACATTGG T 5861 (2) INFORMATION FOR SEQ ID NO: 76: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3694 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 76: CGAGTAGGAG ATACATACCG ACACTCAGGG TTTACACACG CAGTATATGT GCCGACTCTG 60 CGATTTGATT TTTCAACCAA AAAGCATCGA CACTGAGGAC ACACTGCAAA GGTCGGTTTA 120 AAGTGAGTGA CAAAATCGCA GACAGGGAAA CGCGTGCAGC CATAGAATTC CTTTCTTCCC 180 CTTGTTTTTT TCCCCACGAT ATTCCCATCG CACGCAGGAC GCGGACACTT TGCAAGAGGG 240 ACAGGCTGAG TATTTCTACA CTCAGGAAAC TTTCCGCATG CAAGGAAAAA TCCAAACCTG 300 CCCAGTTTTT TCACCATCGT ATCACCACAC TGACTACACA CCACATCTGT TTTCTCATCG 360 AACACACCGC GCATGCTGTT AAGATCTTTC ATCACCGTTG AAACCTTTTC GCTGAAAGCA 420 GGATAGAAAT CCGCAATGAC ACAATTCCAC TTGATTTTAT CTTCCTCCAC CTCATCGAGT 480 TTACTTTCCA TGCGCGCGGT AAAACTTACA TCAACAACAT CATGAAAATA GGTGGTGAGA 540 AGATCACTAA TGACCTTTCC CAATGGGGTC GGCATTAGCT GTTTTTGAAT ACGAGTTACA 600 TAATAGCGAT CCAGCAGTAC TGAAATAGTC GGTGCATACG TTGAAGGGCG CCCAATTCCC 660 TTTTCCTCCA ACATTTTTAC GATACTTGCA TCCGTGTACC GAACAGGACC tGCGTAAAGT 720 GCTGTACGGA CTGCACGTTA TGTAGTGCAA CTACCTCACC TTCCTTCGTA GGGGGAAGTA 780 CAGCTTTAGA GAGATCTTTG GGGGATAACA TTTTCAGTAC ACGGTAGAAT CCCTGTTCAA 840 TAACCTGCGT TTCAGTTGCA CTGAAAACCG CCGGGCCAGC GGTAATTTCA AACGTCAAAC 900 TGCGCACTCT TGCATCTGTC ATCTGACTTG CAACAAAACG CTCCCAAATC AACGTGTACA 960 GACGTATTTG ATCACGCGTA AGGTGCGCTT TAATCCGCTC AGGAGTGTGG GCAACATATG 1020 TTGGTCGAAT CGCCTCATGT GCGTCCTGAG ACTTTCCCTT TGCAGCGTAC CGATTGGGAG 1080 TACCCGGCAG TGCGTCAGAA AAATGCGTTG CTATCCACGC GCGCACTTCC TTTACAGCAG 1140 CTTCAGAAAC GCGCACCGAA TCTGTACGCA TATATGTAAT GAGCCCCACG CGGTGGGTAC 1200 CAAGAGATAC GCCTTCATAG AGCTGCTGCG CAACCTGCAT CGTTTTACGC GAGGTAAACC 1260 CGAGCCTATT GGCAGCGCAT TGCTGCAACG TAGAGGTAGT AAAGGGCTGC TTCGGTCGAA 1320 CATTTTTTTC AAAACTGCGT ATTTGAGAAA CTCGTGCCTC ACTCTGAGAA AAAAGACCGA 1380 TAGCGCTTGT AGCCTCCTGT TTGCTTTTGA ATACAGCCTT TTTCCCTTGA ATCAGTATCA 1440 GTAGTGCAGA AAATGACTTT TTATCCTTTT CAAACGTTCC TTCAACCGTC CAGTATTCTT 1500 CTGGAACAAA GCGCTTTACT TCAACTTCTC GTTCACAGAT AAGACGAAGT GCAACCGACT 1560 GCACACGTCC TGCAGACAAC CCGTTTTTCA CCTTATGCCA CAGGAGCGGA CATAGGTGGT 1620 ATCCTACCAA ACGGTCCAGT AcGCGCCGCG CCTTTTGTGC ATTGACCTTT GCGGTATCTA 1680 TTGGAACCGG ATGGCCAATT GCCGCCCTAA TCGCGTGCGG TGTAATTTCA TTAAACACGA 1740 TCCTTTTGAT CGGCGTATCA CAATACGCCT GGATAGACTG TGCAAGGTGG TACGCAATCG 1800 CCTCCCCCTC TCGGTCACGA TCGCTGGCAA GAAACACTTG CAGTGACTGC TTAGATAGGG 1860 TGCGCAACTC TTTTAAACAC TGCGCACGAC CACGAACTGT AATGTACTCA GGCTGGAAAT 1920 CGTGCTCAAT ATCAATAGCT AAACGAGACT TTGGCAAGTC AATAACGTGG CCCATGGACG 1980 CTCGCACCAC GTAtGCGTTC CCAGATATTT TTCGATGGTC TGCGCCTTCG CAGGAGATTC 2040 CACAATAACC AAATGcTTCC GCGCAAATGT CTTCTGCCTT TTCGGTTGTA GCCCACGCAC 2100 TTCCATGTTT TCCGCCCCCT ATGCTTACCG AAACTGTCCT ACGTCCGACC CGTACATGCG 2160 TATTCCCAAT CGTCAAACAT ATCCTGcaCG CACGTCAGCG CGCGTGCACC TTCTGCATGC 2220 AGAAGTCTTC CTCCCTCATT TTGAAGACTT TCAAGCAAGG GTTCATACAC GTACACATCA 2280 CGTCCCTGTT CCAAGGCACA CAATGCGGTA ATCAACGCGC CTGACTTCTT TGGTGCTTCC 2340 ATAACAACGA GCGATCGTGC CAAACCTGAA ATGAGCCTAT TGCGTTCAGG AAAACGATAG 2400 CGCATCACAT GCTCAGATGG CGCATATTCA CTCAGAATGC ATCCTCCGGT TTCTATAATC 2460 CGTGCAGCAA GCGCGCTATT TGAGCGTGGA TATAACTGGT CTACACCACA GGCAAGTACT 2520 GCGAGGGTGT ACCCACCACC TGCTAATGCT CCTTTGTGAC AGAATCCGTC TATTCCACGT 2580 GCAAGTCCTG AAACAATGGC AATGCCCGAT TCAGCACACG CCTTGGAAAA GGCCAAACTG 2640 TTCCGAACTC CTTCACCGGT TGGAGTACGT GTGCCAACCA TCCCCACAAT AGGTTGGGTT 2700 GCACACGGCA AAGTGCCCCG ATAGAACAGC ACAAACGGTA CATCACTTAT TTCTCTTAAC 2760 CAGGAGGgAA ACGCATCATC GTCTTTGAAC ACCATTTTTA TCTGATAACA CCGCATGGTT 2820 TGTATACCGT GCCGAACGAG GTGAGGCAAC GCAGAAAGTT GCGCACCCGC AGTGcGTATG 2880 TGCCTTTCTA CAACACGCTC AAAATCACGC ACCTTCCATG CAGTAAGCTC CTGArAAGAA 2940 CCTACAGCTT TTGAAACGCG CAACCGCTCC CCACCTTTTA AAAAGTGACA GTAAGAGAGC 3000 GCAAGAGCAA TCTTGTGCGT TTCAGTGAGT ACAGTATCCG TGTTCATCCA CGGTCCCCAC 3060 GCGTAcACGC TGCGATACAT TCGTGACTAA TTCTTTATTC TGTCGCGCAC GATCTCTCTG 3120 ATGGGAGTCA CTGCTTTGGA CAAGGATGCG ATCGTAACAC TCTATTGCCT GAGCATATCG 3180 TCCAAGTGTG TAGTATGCGC GCGCAAGAAC GAACAAAGCT GCTTCTGTAT TTTCTTTCAA 3240 TTCGAGGAGC TTTTGCAAAT GAGGAACCGC GTTCTGTGGC TGATTCAGTT CAAATACATA 3300 CAATACAGAA AGACCGTACA ACGCGTGGGA ATACTGCGCG TCCAACGAGA GCGCACGCAC 3360 ATACGCAGAG ACTgcTAACG CGCGATAAGC AGCTTGCTGC TGCATTTTCT TCTCAGGATC 3420 AaTAGGAGCG ACGTACTTAG CCGCATATGC GGCACACAAC GCCTGGTAAA AAAAAAGATG 3480 CTTATTTTCG GGAGCAAAGG TAATGGCCTG GGTAAACGCA TCAAGCGCGT GCGTATACAT 3540 CTTACGATCG AAGTAGCGCA ACGCGAGCAT CTTGTACCAA ACACCCACCT GATnCnCnGT 3600 GCGTGCAAAC GCTCGAGGCG CTGTTCGTGC AGCTTTACTG CCCTCCGCAG TTCTTCAATA 3660 GAGGTTGGAT GGGGCACTCC TTTCTCTAAA TCCT 3694 (2) INFORMATION FOR SEQ ID NO: 77: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 6422 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 77: TTACCTaAAC CGCGAATTTC CATATGGTGA CCGaTACTTT TGTGCACCCC CCGCCCAATG 60 AGGCTATTTC CATTGACGCA AGAAATTTCT ACTAAGTCAT CTGCAACAAG TCGATGACCG 120 CGCTCAATTA ACTCCAGAGC AGTCTCACTT TTTCCTACTC CTGAATCTCC TGAAATAAGA 180 ATCCCGACGC CATACACCTC CACCAATACT CCATGAAGCG CTATCGTCGG TGCGAAGATA 240 TTGGAGAGAA CACGCATGAG ACGTAAAGAA AGCTCGCTCG ACGTAAGACG AGTGACCAAG 300 ATAGGGCAAG AAGAAGGCTC AGCAAGATGC AAAAACTTCT CCGGCGGGGT AATTCCATGG 360 GAAAAGATAC AACAAGGCAA GTCAAAGGTG AACATCTTTT CGATAGCACC GTATCGTCCC 420 TGCTCTAAAA GGGCGAGCAG ATACGCATGT TCTCCGCGGC CAAAAAGCTG GATCCGCCGG 480 TAGGnAAACA AGTCAAAAAA GCCTGACAGG ACAAGACCTG GTCGGTTCAG ATCCGAGATA 540 GTGATGGGAT TTGCCAGTCC ATGGTGACCT GCGATACAAC GCAGAtCAAG CGAATCGCGC 600 TCTTTCAGAT CGAGCTTGAG CACATCGAGA ACGGTAAAAA GAGGAGCACC CACGGCCGCT 660 ACTGTAGCAC AAAaGCCAGG ACCCGTAAAC GAGCCCACCG CAGTGAGAGC CTCTCTTCAA 720 GAGAGCCACA AGTCCGTACA GGAACTCTTG ACTTTTACAT ACAACTGGTG TCTGCTGACG 780 GCGCCCGGGT GTGGGGCACA CGATCCATTA GCTCAGCGGA GAGAGCGGCC GCCTCCTAAG 840 CGGCAGGTCG GACGTTCAAG TCGTCCATGG ATCAGGAACG GCGATGGTCG GGCGAGGGGG 900 ATTTGAACCC CCGACCTCTC AGTCCCGAAC CGAGCGCGCT AcCACTGCGC TACCACCCGT 960 GCACGCAAAG AAACCACACA GAAAGGGACG CGCACCGCAC AGTGCGCAGA CGGGAGCGAC 1020 GGGGCTCGAA CCCGCGATCT CCGGCGTGAC AGGctGGCGC GATAACCAAC TTCGctACGC 1080 CCCCAGAACT TGCGCGCATC CTACATCACC CGCACAAAGT TATCAAGCGG CGATGATAGA 1140 TCACCCAAGG AAATAGCGGC AATAGGGATT GAACCTATGA CAGCGCGGAT ATGAGCCGCG 1200 TGCTCTACCA ACTGAGCTAT GCCGCCAAAA AACCCCCGAC CGCACACCAC CGCCATCCTA 1260 TCCCTTTTTT TTACACTCTG ACAAGTCCTG CCTTCCCCCT GCCTCCCCGT GCTTGACGCA 1320 AGAAACAATA AAATTGCTGC CTATGATTTC TTTAGCCGCG CGTATAATGC GCCGAGACAC 1380 CGGGCGTGGT CTTTCGTCGC ACAGTGGCAC TCGCGCTTCT TCTGCGTACG CTCCCCTGCG 1440 CCGCGCACTT CGGAAACCGT GACCGCACGT TCTACGACCT TAACAACGCG CCCCTTGCTC 1500 TGCGCGCCAT CCAGGACGCA TATCCTCATC TCAACGCGGT CATTGCCTAT GACCCGCGGG 1560 AACAGGACTG GCTCATCCGT TCAGACGGGC GCACCCTCTA CTGGGCAGAG GGGCGTCTTT 1620 TACCTCGAGA ACACCGTGAT CAAGCCCACG ACTGGCGCCC CATCATCGAT TATGTCTACG 1680 CGCGAGAAGT CCTAGACCCC GCGCACCTTT TTCCAGAAGA AATACACGCG CTTAGGCCTA 1740 AGACGCTTGC AATTAAACGC AGCGCTACAA AACCCTATCA CGACGCTTTT TTCACGTGGC 1800 TCTACGGTCC TGCCACACGT TCGGAAATCA ACGCTCGTCT CGCGCGCGAC TATACGTTCT 1860 TAGGAAAGCC CGTATACGTA CACAAAGCAC TCATCACACG CTTAAACGCA GTACAGGAAA 1920 AAATCCTCAC TGCCGCGAAG ACGCATGCTC ACGTACAAAA GTTTATCGAG GATCTTTTAC 1980 GCGTCGACGG CTTTAACTGG CGTGAGATTT CTGATTCTAG ACAAAAGAGT AACCACAGCT 2040 GGGGGATCGC GTTGGATCTT ATGCCCAAGA ATTGGCAACG CCACACCATG TACTGGAATT 2100 GGGAArctGC GCATAACGAA GATTGGATGC ACATCCCCAT AAAAAAGCGC TGGGCTCCAC 2160 CTGCAGAAAT CATCAGTCTT TTCGAAAGCG AAGGGTTTAT CTGGGGCGGA CACTGGATGC 2220 TGTGGGACAC TATGCACTTC GAATACCGGC CGGAATTACT CGCTGTACGT AAAATCCTTG 2280 CCGAGGGGAA CCGCTATGAC TTTCAAGAAC AAAATATAGT GGTGCATGCA GATGATTTTC 2340 CTGCGCAATA CTTTTCTCCC AAAGAAGTAT TCGGCACAGA TGAGAAGGAG CACATTACCT 2400 ATGCAGAATC CTGCGTtCGT GCAAcGCAnG CAmaGTGTTA AAGAACTCGT TCGTGCACGC 2460 ACGCTGGTAG CGCGGTTTTC TCCTATGCGT CGGCTGCACG TGTATGCACC TCCTGAAAGC 2520 ATTCACAACA GCATAGATAC AGCCCTATTA CGCATGACCG CACAACTGAA GAAAAATTAC 2580 ACAAATGCGA AAaTACGGAA CAATTCTCGT TTGCTTTCAA AAAgCATGCT CAGACACGCG 2640 CGTCTCGCAG AAGCGCAGAT GTGTACACGG TATCGTGCCG TCATGCTCAG GCAATCGCAn 2700 TGCAGTATCC ACACGCCCTG TCTTGGCAAA GTAAAGAACG AAGCGATGCG CTGTGGATTG 2760 CGCTTTTTTC CgTACGGCAA GAAGCGGCAC GACGCTCCGT GTGCACACCC TCGTCTAAGG 2820 AACAATGCAT GACGCACGCA CTTTCTTCAT GCGTGGATCT TGCACGTACG CACATCCTGT 2880 TGCCATAGGG CGCTTCTTCC CCCTCTCTTC CCCTACTCAC ACACCACAGG GTACACTTAT 2940 GAAAAGTCAT GGCACCATGT GCTCAAGGAA TGCGCTTCTT TTGCCGAGAA GGGGCGCAGG 3000 GCTGCATGTT CTTACCCCAC GTATACgCGA GGCGCGACCG GTGAACACAG GCGTTAAGGT 3060 TATTCTCAGT CTATTCGCGA CGCTCGTCCT TATGGTGGGG GTGTTTTTCT GCGCACCACG 3120 CGCTTCTTTT GCCGAGTTTG AAAGACACTT TTACCAACCG ACTGTTCTCA GTGCGCTCTC 3180 TACCAACTTG CGTGAGGTCA GTAAGGCAAG TGAGGCTTGG CACAGTCGAT ATCGACCCCT 3240 GTTTTCTCAG TTCTGTGCGC TTGATGCAGT CAGAAGTAGT TTCGATCCTG CGCAAAAGGC 3300 TGAAGACATT ACACAACGTG CCCGGGAGGC CAGTGCGCTC TTGTCTTCTG TCGCTGGTCT 3360 CAAAGGGGTG CGTATTGTTG AGGCGCAGAA ACCAAATATC CATTTTTCCA CCTTTGAGTC 3420 CGACGTTCTC CTTGCTGACA GTGGTTCTGT AACCTACAGA AAGTACAACG CTGAGGAGCA 3480 CGACGTCCCT CTTCAGTTTC TAGGGGAGCA TTCCCCTGAA CCGAAGtTAT TATCGACGAG 3540 TACCATGATG CGCTGCTGTA CTCTTTCCCC TCCCTGGGGA ACTACGGGGA ATATCGTGGA 3600 CGCATTCTTT TCTACTTGTC CTTGCGTGCC TTGGGCACCC ACCTTATTGC GGAAAACAAA 3660 CTGAAGATCA CAGACAGCAT TGTTCCGCTT TCCGCTGATG ACtwaCCTTC GGTGGCATCG 3720 TTATTGGTAT CCCCCATGAG GGGGTACGTT CCCTCAAACC CTCTGTGCTC GCAGAGTGGA 3780 AGCGCAAGCA GTTCAGGGTA CAGACAGTCA GGAGTGAGCA GCACGAAGAC TGGGCACTGC 3840 TCAGTAATGC ATCAGGCGCC TTTGTCATTG CACAGGCAGT GCCCGTCTTG CTGTTTGGCT 3900 TTACCCCTCT GACGAAGGGC CTTGTCGCTA TGGTTGCTGT TGTGACTACT TTTTTGCTCG 3960 TATTCCAGTT GCTCAGCCTT CGCCAGGACC CCCTCACAAA ACTGAGGGAC AGGCTGATAC 4020 ACTTCCaCGC GCAGCTCCTA CACAGTTGTC TCGAACAGAA GGAATCACTC GAGTGGGAGG 4080 AGGTGCGAAC CCGACTTGAA CACCGCAGGC GGGAAACAGA TGCAGAAATG AAGAAGTCTC 4140 TTCCCAGGCG TCTCCGTATA AGGCGGGGAC GCGAGCTCGA TGCGCTCCTC AGTAAGGGTT 4200 GGGATGACGT CTTCTCCACC TTGGAGCATG GTTACGGTGG TGCGCGTGCT ATGAACCGCG 4260 CGCAAATCGA ACAGCTTGTC AGGGAAGTgc TCGCGCAGAG CCTTGCAAGT GGGGAGGCTG 4320 TGCTACCTGT GGCGATGCGT GCGGACACAG CCGATGAAGA GCTCGACGAG GTGCTAGAGG 4380 AACTCCCTGA CGAGGCAGCC TCTTTGCCTT CCGATTCCAG TCCGGAAGAG GACCTGGACC 4440 CCTTGGAGGA AGTCGAGAGT ATCGAGGGGA CTGCTGAAGA AAGCACACGC GAGTACGCGG 4500 CTGCGGGAGA CGCGCTCCTC TCGAAAACAC CCCAGCTTTC AACGCACAGC GAGTACGTGC 4560 CGGCGACACT CGCAGAACTC CTGGGCCGCA ACGCAGAGCC CGGCGACGTC GTGCGGGACT 4620 CAGCAGTCCT CGAATATATC GAAGGCtCTT CGACTATCGT CCCTGCTGTT TTTATGAGAG 4680 CCACGCTGTC CACGACTGCC TAGAAGTAGT CACGGGAGAA GACGGCCCCT CTCTCAGCCC 4740 TATGGAAAGC ATCGTCAGCA CCGAGGACGG TCTTTTCACC ATTCGGGTGA GTAAGGAGGA 4800 AGGAAACCAC CTCAACCGCG ATTTCAAGGC CCTGGTGGAT TCCGTACTGT ACTGAAGAAC 4860 ATATCTTTCC GCCGGTGGAG CCGGTCCTCT TACTCGGAAG CAGGCACGAA CGTGTGCGCC 4920 ACCACGTTGG TTTTTATGAG CTCATCGACT TCCGTCTGGG AAGACCTGAG CCAGTACTGG 4980 CTTCTGCCaA TCCCCCAGCT GATTTCCCCG CGCATCTGCA GCGTATCAAm CTTGTAGCTC 5040 CTCCCATCCG CcAGGGATGA AATTAATTTT GCAGTAATAG TACTTACCGC TTGCAGGATC 5100 TATTACGTAT CCACCACCCC AGGAGCCTGG AGAAGTACGC TCGAGGTTAT AGATGAAgGG 5160 CGTACCAACC AAGGGCATAT TGGCGACGTT TCCCTTCTTG GAGAAATCAG GATACGTTCT 5220 TGTACACGAA ACCACCGCCG CATTCGGAGC CCTCCCCATG CACACGAGGA TCTTGCCAAA 5280 GAGCTTACCA TCCTGAACAT ACAACCGCCA CACCCCAGTG GGTTTCCCTG TATTGTCATC 5340 AACGCTCTTC CAGATACCTT CCACCGGATC GGCCATTTCC TTCTGCACAG ACGGCACCTG 5400 CGCTGCCTTG TCCGAGCTTG CTGTGAAACA CGGCACACAC AGACACAGTA CGACACCATA 5460 TACGATAACC TTTCTCATAG CCCGCCCCCA CAAAATATAA TGCGCACAAC CAACAAGGGG 5520 AAATACGACC TGCAAAAAAG CAGGTACCAT ACGACGCACC CCCCACATAC ATCGAGCTCA 5580 CCGTGATTGT GCAAAACGCT CTTGAAACTC CAACACTACA TCCGATATCG GCGGAGCACC 5640 ATTAAGAGAA ACTAATTTCC CCCGCTCACT GTAAAAGTGG ACAATGGcTc CGCCTGCGCT 5700 CGATAGGCGG TAAGCCTCTG AAGAATTGCC GACATCTTGT CATCCTCCCG CACGACCAGT 5760 ACTCCTCTAC ACCGATCGCA CACACCCTCT CTCTTAnGsT GCGCAAAGAG CACATGATAA 5820 CTGCTCCCAC AGGCCGmACA CACCtGCGGC CAGTAAGACG CGCAACAAGG ACATCGTCCG 5880 GtACTACAAT ACTCACCGCG TAGTCTATCG GCACAATGTC CTCTAAGCAC CTAGCCTGCG 5940 TGACAGTGCG AGGAAACCCA TCTAGAATAA AACCGCTAAC CACATCTTCG TGACTGACAC 6000 GCTCCCGCAC TAGCTCCGTA ACGGTCTGGT CATCTACCAA GCCGCCCACT TCAACTACTT 6060 TTTGAACTTT TTTACCTAAT GCCGTCTGTT TCTGAATTGC TGCCCGAAGA ATACCCCCTG 6120 TGGAGATGTG CACAACGCCA CAACGCCCAG AAATTTCACC TGCAAGCGTA CCCTTACCGG 6180 CACCAGGAGG ACCAAGAAAA ACAAACCTCA TGAAACAAAC TCCACCTTAT CTTCCTACGG 6240 GGAAGAAAAA ACACACCTCA CCCCGTTCTC TCGCGCACAC AACCGACCCG AAGgCGTtAC 6300 ACGCCGCGCG CGCCGCGAAA CCCCGACCGC CCAAACAAGA GCGCACCGGT ACTCCAATTC 6360 TACACGGGGA GGATTCATTG GCAACACAAA ACTGCGACAT GCTCGATAnA nCCTTATGTA 6420 CA 6422 (2) INFORMATION FOR SEQ ID NO: 78: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 4646 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 78: CTTCAAAACC GCCAAACAGT ATAGAAACAA ACAGGTTTAT CATGTAAGGA AGAATTACGC 60 TCAGTAAAAC AAACGTAACT ACGATTGTAA GCGGAAGCCC TTCAGAGAGT AGATTCATTT 120 GTGGGGCCGC TTTTGTTAAT AAACCCATTG AAACGTGGAT TAACAGCAAT GCTCCCATGA 180 TAGGCAGTGC GATAGTCATC GCGTGTAAAA AAAGAGCACT CAACGCTTTG GTAAAAAACA 240 GCAGGAGCGC TTCCTGTTTC CGCAGAAAAA CAAAGCAATT AACAGCCTGA AAGCTCCGCA 300 GCACGCCTCC TAAAAACAGG ATTTGAAATC CTTTTATTTG CAAAAAAACA AGCATCGCCA 360 CAAAGTTCAA AAACTGTCCC ATCAAAGGAT TTTCTATTTG TGCAAAGGTA TCGTACATCT 420 CAGATGTTCC AAAACCCATC TGATACGAAA AAAACTGTCC TGCCGCACTA AAAGTCGTAA 480 AAATTACGCT AATAAAAAAA CCTGTTAAAA TCCCCAGCAA ACCTTCTCCG AGCAACAAAA 540 GCACATAGTA CGCACTAAAC TCACGAACCT GcATGGGTGC AGGGTACGCA AGCGGTAATA 600 CGAGGAATGC AATCAGGcCT GcGAGTGCCA CCCTCACTaC CCGAgaAACC GAgCGCACCG 660 AcAAGaGaGG TACCGTAAAC ATaAGcGcAA ACACGcGGAc CGCCGwCAAG aAAAAAAAGA 720 GAAGCCTGAG aAAAgAGTGC ATCAAAGGAC CGTTCCATCG CACATATCCA CTAGACAGGT 780 CCACTCCTCA CTAACTGAGG GATAATGTCA AACAGCcTTA CGGTATAATT CTGCAGCATT 840 GTCAGCATCC ACCCACCGAG GAGGGCAATC ATTCCCAATA TGGTCAACAT CTTAGGAACA 900 AAGGTAAGTG TTTGTTCCTG AATAGACGTC ACTGCCTGAA AGATAGCCAC TATTAAGCCA 960 ACGACAAGCG CTGTGCACAG AACAGGCGCG ACAAGTAACA CCACCTGAAA AACACCCTCT 1020 CGTATCAAGC CTAATACCGC ACCTTGCGTC ATCACACACT CCCGTCCTGT ATGTTATAAA 1080 AACGAATGAA AAAGCCTATC TATCAGCAGA TTCCAACCGT CCACCAGCAC GAACAAAACC 1140 AATTTAAACG GCAATGAAAT CTGAACCGGC GGCAGCATAA TCATACCCAT AGACATCAAA 1200 ATACTCGCTA CAACCATATC AACAATTATG AAAGGTAAGT ACAGGAAGAT ACCAATCTGA 1260 AAGGCTACGG TCAGCTCATG CAGGATAAAA GCAGGGATAA GGACATACGT GGGCACGTCC 1320 GCAAGTGTAT CTGGCTTAGG CAGCTTTGCC ATGGACATAC AAAGACGCAC AGAAGACGGG 1380 TCATGCGCCA TCTGACGATA CATGAAGACA CGCAGCGGTC TTTCTGCCTC CGTATATGCA 1440 GTCTGGATAT CTACCTGGCC ATCGGTAAGA GGTTTAAACG ATTTGGCATA AATCTCAGTA 1500 AAGACCGGCC ACATGATAAA CAGGGCGAGA AACAATGCTA TGCCGTGTAA AACCTGTGTG 1560 GGCGGCACTT GCTGCAGCGA CAATGCACGT TTGATAAAAT CAAGGACGAT AGACAAGCGC 1620 AGAAAGGCAG TCATCAAAAG CAAGATACTC GGCGCAAGGG AAATGAGCGT GAGCAACAGG 1680 AGAAGTTGCA CAGAAAAAGC CACTTCCCGA TTGGTCTGGG GCTCCCGGAT ATCAAAATTG 1740 ATGAAAGGAA TGCGTGAAGC CGGCCGCTCA GCATTGATAC CAGTAACGCC GCGCTCGACA 1800 CCTCCGCGCG CATCCTGTGC AAAAAGCGGG AAGAAAAACA ATGACACGAA AAAGAGCGCG 1860 CGGCGTACGC ACGCACGAGC ACGGATCACA AAGCATCCTG TGCAGCAGAT TCTTCAGAAT 1920 CATTACGAGG GATGCGACGC AACTTCTTTC TCGTATCTGC AAGAAAATCT GCCTCAACTA 1980 ACGGCTTCCC CTTACCGGTA ACGCGCGCGG GCAAGAGGCG CGCGAGCATC TGAGAAAAAT 2040 CCGCACGGGC GTCAGTGCCC TGCTCATCAG CGACGATGTT CATGGTATCG ATGAGCTCTT 2100 TGTCCTTGAC CTCTGCAATG AGTGAAATGC ACGTATCAGA CGCTGCCAAT ACAAAGGCGC 2160 GCTCTGCAAG TCCTACCACG TACACTGCGC GCCCTGGCGc AATGGGCAAA CAGGCAAGCC 2220 GCTTCAAAAA TGGATCGTGC GCGCTAGAAA GAAACGcAtG CGTCTGATAA GACGCAGAAA 2280 CCCGTATACA GCCGCACACA CCACGCAGAG CACGAGACTA AAACGCAACA GAAGAGAAAA 2340 CACCGAAGGG GACGGGTCAC GCGCAACCGG GGCAGCGTCG AAACGGAACG CCTGTTCAGC 2400 AGGGGTGAGC GGGAACGCGT cCTCCCTCGT GTCACGCGCG GACTCAGGCG CCGGCTGCTC 2460 CTTCTGTGCA GAAGTCGCTG ACACCGCTTC TGAAACGGCA GAAACATCTA CCCCCTGCTG 2520 CTGTGCCCAG AGCTCAAAGG ACACATGCAA AAAAACATGC ACCGAAAGGA ACAGCGTcGC 2580 GCACCGsGGT ACGATCCGAA GGgAGcAATT AAACGTCCGC AATACGTTCT CCCGGCGAGA 2640 GAATTTCCGT AACACGCACC CCAAAGTTTT CATCAATAAC CACCACCTCT CCTTTTGCGA 2700 TCAACTTGTG ATTGACCAAA ATATCAACAG GTTCACCGGC AAGCTTATCC AACTCGATAA 2760 TGTGGCCTTC CCCCATACCC AGGATATCTT TAATCATCAT GCGTGTACGC CCGAGCTCAA 2820 CGGTAACTTC CATGAACACG TCCATGATAA GCCCGATATT TCCCTGTTCT GCGCCACCTG 2880 ctGCATTCTG CAGCGGATGA AACTGGACTG ACTGCACACT CGGACTCGCG GCGCCTATCC 2940 CCATCTGCAT GTTCACGCCC CCCATTTGAG AATTGCCCAC CTGgCtGCGG GCcTGCATTG 3000 CCCCCCCCAT CCTCTCGATA ATTCGAACCA TCAGCTGCTC AGACACCAAC TCCCACAGCG 3060 TATACGAAGT GCCATCTAGC TCCACCGTAT AGGTAAAAAC GCACAGACGC TGCGGGGGAA 3120 AGCGAACCAT CGCCTTAGGC ACCTGCACCG ACTCTGCAGG AGCCACACTT ACATTCTGTA 3180 CGTTCCGCGC CTCAAGCGTA GAAAGCTGTG CGCTGACATA TTGGGTGATC GTTTCACTAA 3240 CAACCGAAAG TCCCATATCA TCAATTTGAT CGTTGTCCTC ATGACTGACC AAATTGACGA 3300 GTTTCTGCGC AAACTCAGGA GCCATGAGGA ACAAATGGTC CCCTGnAAAn TCTCCTTCAA 3360 AATCGATGAC AgTTGCCACT AACATGTCCG GAATGACGCG GGAAAACTnT TCCTTAGAGG 3420 AAATTTCCAC ACGCGGCGGG GAAATAGAAA CAnTCTTACC GGTCAAAGAn TCCAAGCTCG 3480 GGCAAAAGGA ACCCACATTC GCCTGACAGA AAGACTGCAA CAACTCGCTT TGTGCGCTGG 3540 AGAGCCCCCC ACCGGAGAAA GACGCGCCCG CAGCGGGGGA GTCGCCGGCT CCCATCTCAA 3600 CACCTGAAAG CAGGGCATCG ATTTCAGCCT GAGAAATAGA GCCGTCACTC ATACAATTCC 3660 TCCTCGTCCG CGGATAATTC CTCAAAATCC TCTTGGGAGG TACTTTCTAT TCGTTCCAAA 3720 ATCTGCGCGG CAATCTTTTT TCCCACCACC CCAGGcTGrs AsrrAAACTT CTTGCGGTTC 3780 CCAATACTGA GCACAAAAGG ATCGCCCACA TGGGTGTCGT GCAACCGGAT GATATCCCCC 3840 ACCCGGAGCC CAAGGATATC GCGCACTGAA AGGCGGAGCG ACCCAACTTC TGCCACCACA 3900 TCCATATCCA CCGTGGATAG CTTGTCGCGC AGAACCCCCA TGTAtGCGTG GTAGAACTCC 3960 TGCGCACCGA AGAAAACCAA AACTGACTCG ACAACTTAGA AATGATAGGT TCTATGGTGA 4020 TGTACGGAAT GCAAAAGTTC ATCATCCCCT CTTCCTCACC TACCTTTGTC TCGAGCGTCA 4080 CCAACACCAC CATCTCTGAG GGAGGGACGA TCTGCGCGAA TTGCGGGTTC GTTTCAATTT 4140 GACCCAGGCG CGGACGCAGA TCGATAACcT GCGTCCAGGA TTCACGCACA TTCGCCAGAA 4200 TACGGACGAT GACCCCTTCC ATTACTGAAT TTTCAATATC AGTCAAATCC CGCTGCACCT 4260 TGGCTGCCTG TCCTGTTCCT CCAAAGAGGC GGTCAATGAT AGAAAAAGTA ATGGAGGGAT 4320 CCACCTCAAG CAtGCGTTCC CTTTGAGCGG ATCCATAGTG ATCACCGCAA GCGTAGAAGG 4380 GGTGGGAATA GAACGGATAA ACTCCTCGTA CGTGAGCTGA TCTACCGACG CAACGTGCAC 4440 GTGCACCATA CTGCGCAGTG cGCCGACAGC GAGGTAGTAG TCAACCGCGC AAAAGTCTCA 4500 TGCATCAACG ACAGTGTACG CATCTGCTCC TTTGAAAACT TATCTGGGCG CCTAAAATCA 4560 TAGAGCGTAA TCTTaCGGGT GTCGCTGATA GGGCGCGCAT CTTCAATACT TGmATCCCCA 4620 GAaCTGAtAG CCGTTAgCAG CTGAnT 4646 (2) INFORMATION FOR SEQ ID NO : 79: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 11191 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 79: ATGGAGTAAT GAGCAGTTTA CCCAGTATCT TGAATATCTT TTTCGGGTAC GCAGGCTGTC 60 TGCGCATACG GTTTCTGCCT ATGCGCGCGA CTTGAATCTT TTTGAACGCT GGTTGCAACA 120 CGCGCAGAGA GCGTGCGCGC GCGTAACAGT TTCTGATATG CGTCTGTTTG TGTGTGAGTT 180 AGGAAGACGG GGACTTTCCG CAGCGAGTAT TAACCGAGTT TTGTCCGTGG TGCGAGGTTT 240 TTATGTGTTT GCTAAAAAAA AACATTGGTG CGCGGACAAT CCTGCACGCT TAGTGAGGAA 300 TATAAAAGGT CCTTCAAAGT TGCCTCGTTT TATGTTTCCA CCGCAAGCAA AGGCGTTTTA 360 CACCTTACCA AGTCGTACGG ATATTTTGTG GCAGGAACGG GATGCGGCAC TTTTTGCGAT 420 GTTGTATTCA ACAGGATGTC GCGTTTCAGA GATAGCGGCG CTCTCATTGA AAGATGTGCA 480 TCCGCATCTT AGTTCTGCGA TTGTGCGGGG AAAGGGTGAT CGGGAsCGGA CCGTGTTTAT 540 TGCTCCGTTT GCGCAGAATT TTTTGCACGT GTATATGCAG GCGCGTGCGC AcGAnTGTGC 600 GCGcTACGCC TCTTGCACAC CCGCGCTGTT TGTGAATCAG CGGGGTCGGT CGCTTTCTGT 660 GCGCGGAATA CAGTACCTTG TTAGTCGGTA CGTGCTTTTG GCCCAGGACG TGCACGCGCT 720 GTCTCCCCAC GCGTTTCGGC ACAGTTTTGC TTCGACGTTG ATCCGTCGGG GGGCTGATGT 780 GCgCGTTGCg CAAGAGTTAT TAGGACATGC GAGTGTGTCT ACCACCCAGC GATATGTGCA 840 TGTGACTTCA GAGCAACTGC AGGACTTGTA TCACCGTGCG CATCCGCGTG GATAGGGGGT 900 AGGAACGGAG CGTCCAAACG ATGCGGGGAA GCGAGCTGCA GAGAATGTAC ACCAGTGCGA 960 AGTGCTTTTT TCTGAGACTT TTTTGAAGAA GACTTTCTTA AGCTCGCTTT TTTTTGGTCG 1020 ACAATGGGTC GGGGGTAGTC GGATGAATAG TTTTACCAGA ACGGTGGATC TTTTGCATCG 1080 TGCTTTGGAT GTCAACgcGT TGCGCTATGA AGTGACGGCG AATAATCTTG CGAACGCAGA 1140 GGTTCCAGGG TTCAAGCGGA CGGACGTAAA CTTTGAAGCA GAGCTCAAGC GTGCTCTGGA 1200 TTCTCAAAGA AATGAGACAA GTTTTTTCAA GCAGGCAACT GCGGGGACGA ATATGTTGTC 1260 CAGTGATGTT ATCGACTAcC GcTCGGTGCG TCCGCGCCGC GTGTTAGACT ATTTGACGGA 1320 TGTGAAGGCG AACGGAAACA ATGTGGATGC TGAGCAAGAA GCCATGCATG TTCTCAAGAT 1380 TCAGATGCAC TATCAGATGT TGAGTCAGaT GGTAGGGTTC CAGTATCGTC AGGTTGAGTC 1440 CGTGTTACGT TAAGCGTATG GAGAAGCGTG ATGGGTTTGT TTAGTGGTAT CAATATTGCC 1500 GCGACGGGTA TGAGCGCGCA nTTTGGCGGG CCGATGTGAT CTCTGACAAC ATTGCTAATG 1560 CTTCCTCCAC GAGGACTCAA GAAGGTGGAG TGTTTCGGAG GAGCAGGGTA GTTTTGGCGC 1620 AGAAGAATCC TGGCATTGAC TGGCGTATAC CTTTTGTGCC CGAGCAGTTG GATCGGGGGG 1680 TAGGCACAGG GGTTCGTGTG GTAAGCATAG AAAAGGACAA CGCTCCTTCT CGTCTTGTGT 1740 ACGACCCAAC GCACCCTGgA TGCGATTCTA TCAGGGCCGA AGtGGGgTAC GTGGAGTATC 1800 CtAACGTGGA TATTGTGACA GAGATGGTGG ATCTTATTTC TGCCTCTCGC GCGTATGAGG 1860 CAAACATATC AGTTATTTCA GGATCAAAAG AAAaTGTTTC AGCGTGCGTT GGAGATTGCG 1920 CGCTAGGTGT GTTGCGCGTA CAgTCTGTGA AGATGTCTGT GCTGTGTGAG GGGAGGATAC 1980 AATGACGCCA GTTGGTACCA TTACGAATAG TGCGAATGTA TATAAAGTTC CATCTCTGAG 2040 GAAGGTGCCT GAAATCGGTC CAGTGTCGGT AGAAAGCGTA AGGcAGCGCA TGCGAGGGAA 2100 TACTGACGCG GTGGATCAGG CAGTGAACAA AAAGGCGATG AGTTTTGAGC AAACGTTGCT 2160 GCGCGCTTTT GATCAGGTAA ATCAAAAGCA GCAGAAGACT GCTGAGTTGA CCGAGCAAAT 2220 GATAGTAGAT CCTGAGTCTG TTGACGTGCA TGATGTAACA GTGGCGATGG CGGAGGCTAG 2280 TATGTCCTTG AAAATCGCGC AGACTGTCAT TGATAAAGTC CTTAAGAGCT GGAACGATGT 2340 CACCACTGCT CGGTAAGGTT TACAAGGCCG GGCTGTTCTG CAAAAAGAGT ACCGACGGTA 2400 TATCAGgTGA AAAGAGGGTG GGACGCGCTT AGTGCGCATT GGCTCGTTCT ATAGTGAGGG 2460 GAGGGGACAC GCGTGGGCGA ATGGTTGGGG CAGCTCGGAG TCAAACTCAA AACACAGTGG 2520 AAGAAGTGGA CGCTCGTGCA GAAGTCTGTG CTTGCCGGCG CGGCGCTCGT GTCTGTCATG 2580 GGGGTTGTTG TCTTGCTCAC GTgGtCGcGA AGCCGACkcT CGTGCCACTT ATCGACACTC 2640 CTATCACTGA TGAGACGGTG CGGGAAAAGA TTATCCTGCG CCTTAACGAA GAGAATGTGC 2700 GTGCAACCGT CTCAAGCGTT GGGTTGATTT CTGTCTCGGA TGAGAAGACA GCGCGTCGTA 2760 TGCGCAGCAT CTTAATTCGC GAAGATTTGA TCCCAAAAAA TGTGGACCCA TGGGCCATAT 2820 TCGACGTCGA GCGATGGACG CGTACTGACT TTGAGCGCAG GGTGGACGTG CGGCGTGCAA 2880 TTAATAATAC CGTTACCAAT CATATCAAAG CGCTCGACGA CATCGATGAT GCCCATGTAG 2940 TAATAAACGT GCCTGAGGAT GCGCTTTTTC AGGCAGACCA GAAACCTATT ACTGCGAGCG 3000 TTGTCATTTT CCCTAAACCG TCGAGCACGA TCGCCTCAGA AAGAAAAAAA ATAGAAGGCA 3060 TTCAGAAACT ATTAAAGCTT GCAGTTCCTG GACTGAAGGA TGAAAACATC ACGATTGTAG 3120 ATAGTGATGC TACCGTCCTA AATGATTTTG AAGGGTTCAA GGACGCTGAT CGGCTGAGTC 3180 TCATTGAAAA GCAACAGAAA ATGATTGCGA arCTGgAATC CCAGTATGAG GCAAAAGTGC 3240 TGGCTCTCTT GCAAAAGACG TACGGTAAAG ACCGGGTGCG CGACTTAAAT ATCAAAATTG 3300 AAATGGATCT TTCTGAAAAG ACGTCGCAGA tACGAAGTAT CTGCCTATAG AAATCCGTCA 3360 GGACAATCCG GATACCCCGT GGGATGATTC TCAGGTTGTG CCCTCTGTCA CTTCGATATC 3420 TGAAACGGCm ACcACtACGT GGnCAGGGTA CGGGGCTTAA CCCTGAAGGA CCGCCGGGAG 3480 TTGAGGGTCA AACACCTCCT GCATACAAAG ACATGAGCAA CCAGGTGGGA CTTTCTAACC 3540 AGTCGGTCGT TAAGAAGCAA GAGGCGATTA GCAAGAGTGA GATCAACGAA GTAGTGAGCC 3600 CGGTGCTCGG CCGCAGGACG GTGTCGGTCA ATATCGATGG AGAATGGCGC AAAAAGAGAG 3660 ACGAGCACGG AAGATTCATT GTGAAGGAAG GACACATTGA ACGTGAGTAT ATCCCCATCT 3720 CTGnTGAGGA GCTGCGGGAG GCAACGAAGG CAGTGCAGGA TGCAATCGGC TTTGATGCGG 3780 GGCGTAAGGA TTCGGTAAGT GTTTTAAATA TCAAATTTGA CCGGACGTCA GAATTTGATA 3840 GAGAAGATGA GCATTACCTG CGCGTCCAGC AGAGGAACAT GATCaTCtTa TACTCCCtTg 3900 ccAGtgtgGC AATCGTTTTA TTTATCTTCA TGGTATACAA GGTTATCAGC AAAGAGGTGG 3960 AGCGTCGCCG TCGTCTGCGG GaAaGGAGCT TTTAAGGCAG CAGCAACTGA TGAGGGAGCG 4020 TGCCCTGTGG GAGGCTGAAC AGGCGGGGAT GAATGTTTCC ATGTCGGTGG AAGAGCGTAA 4080 GGnCTTGAAT TGCAAGAGAA TGTGTTGAAT ATGGCGCGGG AGCATCCGGA AGAGTTGCGT 4140 TGCTTGTGAG AACGTGGTTG ATGGAGGAGT AGTACTATGG CCGTTACATC CGTGAAGGAT 4200 AAGCTCGCCA CGGGAGAAAA AAAGCAACGG GATATCAAGT CTCTCAATGG TCGGCAAAAG 4260 GCAGCGATAT TTCTAGTTTC TATTGGGGAG GAAATATCCG CTAAGGTCAT GGGAGAACTT 4320 AAGGAAGACG AGATTGAAAA GTTGGTGTTT GAAATAGCGC GTACAGAGTC aGTTGATGCA 4380 GAACTCAAGG ATGCagTTTT AGAAGAaTTC CAGGAACtGA TGACCGCACA AAACTTTATC 4440 ACCTCAGGAG GTATCGATTA CGCGCGGGGA TtGTTGGAGA AGTCGTTGGG AAGTCAAAAA 4500 GCAATCGAGA TCATAAATCG GCTGACAAgC TCCTTGCAGG TGCGTCCCTT TGACTTTATT 4560 CGCAGAACTG ATCCCACACA CCTGTTAAAT TTTATTCAGC AAGAGCATCC GCAGACAATT 4620 GCGCTTATTT TGGCGTACCT TGAGCCGAAT AAAGCTTCTG TTATTTTGCA GAACCTCCCT 4680 GATGAGATTC AGAGTGATGT GGCTCGGCGC ATAGCCACGA TGGATCGGAC GTCCCCTGAT 4740 GTGTTGCGCG AGGTTGAACG AGTACTTGAG AAAAAATTGT CAACGCTTTC TAGCGAGGAT 4800 TATACGGCCG CAGGAGGTGT CCAGAACATC GTGGaCATCT TGAATTTGGT CGATCGTTCT 4860 TCTGAAAAAT CTATTGTTGA AGCATTGGAA GATGAAGATC CAGATCTTGC AGAGGAAATT 4920 AAAAAACGTA TGTTCGTGTT TGAGGATATT GTAATGCTCG ACGATCGGGC CATTCAAAAG 4980 GTGCTGCGGG AGGTGAATAT GGAAGAACTC GCAAAGGCAC TCAAGGTTGT CGACACTGAA 5040 GTACAAGATA AAATTTTTAG GAATATGTCG AAGCGGGCAG GGAGTATGCT GAAGGAAGAA 5100 ATGGAATACA TGGGGCCGAC CCGCTTGAAA GATGTGGAGG AAGCCCAGCA GAAGGTTGTT 5160 TCTATCATCA GACACCTTGA AGATAGTGGT GACATTGTCA TCGCGCGTTC AGAAGAAGAC 5220 GAGATGaTTG TGTAAATGTT GTTCCTGATA AGCGATATGG GGTTCGAAAG GAAGCAGACA 5280 GTATGCCAAA GmTsATATTT CGGAACCATG AAGTGAAGAA TCTTGATCAG TTCTTGCTGC 5340 TTGATCTGAG CAGGTCTTTT GGTGTCGAGC CTCAGATTGA GGAGGTGCAA AGCGAACCTG 5400 TGTGTCCAGT TCCTGATATG CGTGAAGTGC AAGAGGAAGT TGAGCTGTTT CGAAAAAGTT 5460 GGGAAGAAGA GCAGGTGCAG CTGCGCGCGC GTGCAGAGCG TGAGGCACAA GATCTAAAGG 5520 AGCGTGTAGA GGAGGAAATC ACAGCATATC GCGAACAGTG TACGCAGGAG GCGGATCGTA 5580 TCCTTGCTCA GGCAAAGGAA CAGTCTGAGC TACAAATTAG CGAGGCGCAA CAGCAAGCTG 5640 AACGCATGAT TGCTGAGGCA GAGACGTCTC GTCAGAAAAT ATGTGATCAC AGTAAGGCAG 5700 AAGGTATTCG TCTTGGCAAG GAAGAAGGGT TTCGTGCGGG ACAGGAAGAG GTGCGGTATT 5760 TAACTGAGCG TTTGCATAAG ATGATCGAAG AAGTGATGGG GCGGCGTCAG GGTATTTTGC 5820 GGGAAACCGA AAGACAGATT GTTGATCTGG TGTTGTTGAT GACAAGGAAG GTGGTCAAGG 5880 TCATTTCTGA AAACCAACGC GCTGTTATCA GCGCAAATGT GGTGCATGCG TTGCGTAAGG 5940 TGCGAACGCG CGGAGCGgTG ACGCTGcGGG TAAACCTTGC GGATGTGGAG CTTGTTACCC 6000 AGCACAAGCA GGAGTTTATC GCTGCAGTGG AGCGTGTGGA TGATCTAACG GTAGTGGAGG 6060 ACACGTCAGT GGGTAGGGGC GGTTGCgTGG TGGAAACGGA TTTTGGAGAG ATTGACGCGC 6120 GGGTTGCAAG TCAGCTCCAT GaGCTTGAGC AGCGTGTTTT GGAAGTTGCC CCCATTGTAG 6180 TGTCATCAAT GTCAGCATCT AAGGGTTCTT GATAGAGAAA GAGGCGTGGG TGTGCGTGTA 6240 TGGAAGCAGA CCTGTTGTGC AAGTATGAGG TGGCgCTCCG CGAGAGTGAG CCGGTAAAGT 6300 ACGTTGGGCA TGTGACAGCA GTGAGGGGTT TATTGATTGA AAGTCGTGGC CCTCACGCGG 6360 TAGTTGGTGA ATTGTGTCGG ATTGTGTTGC GCCGCCAGGG GCGACCGTTG ATAGCAGAGG 6420 TAGTAGGACT TGCaGGATCG ACGGTAAAAC TGATGAGCTA CACCGATACG CACGGGGTTG 6480 AAGTTGGCTG TGCGGTGGTA GCAGAAGGGG CGGCAtTTCA GTCCCCGTAG GAGATGCTTT 6540 ACTCGGAcGC GTTTTGAACG CGTTTGGGAA GGCAATTGAC GGGAAGGGGG AGATATATGC 6600 cgTCCTCCGC TCCGAGGTGT TGCGCGCGTC TTCTAATCCT ATGGAGCGTC TTCCGATTAC 6660 GCGTCAAATG GTAACAGGAG TGCGGGTGCT TGATTCkTtG CTGGCAGTTG GTTGCGGACA 6720 ACGTCTGGGT ATTTTTTCCG GTTCGGGGGT TGGGAAGTCG ACGCTGATGG GGATGATCGC 6780 GCGCAATACA GACGcAGATG TGTCGGTCAT TGCCCTTATC GGGGAGCGTG GCCGTGAAGT 6840 GATGGATTTT GTTGCGCATG ATTTGGGTCC TGAGGGTTTG AAGCGCTCGG TAATAGTTAG 6900 TGCGACGTCT GATGAAAnGT CCTTGCGCGG GTACGAGGTG CGTACACGGC GACAGCGATT 6 60 GCAGAGTACT TTCGGGATCA AGGCAAACAG GTGCTGCTGC TGTTTGATTC TCTGACGCGC 7020 TTTGCAAAAG CTCAGCGTGA GATTGGGTTA GCGTCGGGGG AGCTCCCTGC AACGCGTGGA 7080 TATACCCCGG GGGTATTCGA AACGTTACCG AAACTGCTTG AGCGTGCAGG TTCTTTTTCC 7140 ATGGGGAGCG TCACCGCTTT TTATACTGTT TTGGTAGATG GGGACGATCT CGATGAGCCG 7200 ATATCAGACG CCGTGCGTGG AATTGTAGAC GGGCACATTG TACTCAGTCG CGCGCTTGCg 7260 cAGcgCAATC ACTATCCTGC AATAGACGTG TTGCAAAGCG TTTCTCGCTT GGCGCACCGC 7320 GTGCTGGGTG CAGACATGAA AGAGGCAGTG CGCATAGTGC GTCGTGCGCT TGCAGTGTAC 7380 GCAGAAGTAG AGGATTTGGT ACGAGTTGGT GCGTACCAGC AGGGGAGTGA TGCAGAACTT 7440 GATCGAGCTA TTGCGATGCG CGCAGAGCTT GAACGGTTCC TAACGCAAGG AGCCCAGGAG 7500 CGCGTGCGTT TTCAGGATAC TGTAACGTCG CTGTCCATGC TGACAGGGCT CAGTATAGCA 7560 CAGCCGCCTT CGGGTGTGTG AATCTGCAAG AGCAGAGGAG ATAGCGCGTG TGAAAAGGTT 7620 TTGTTTTTCT CTTGAGCGTG TGCGACGCTT GAGAGCGTTT CGTGTACGCG AGCTGGAAGT 7680 TGAGTTAAGC AAAGTTCTTG CAGAATACGG AAGCATAGAT ACACAGATTC GATCGATTGC 7740 TGGCGAGTAT CGTGCGCGGA TGCAGGACGT AGCGCCAAAG CGTGGAGCAG TTTTTTCTGC 7800 TGCGTCGGTG AGCGCTGTGC AGGATCAAAT TGACGTGTTG CAATTACGCC GAGAACAGCT 7860 GCTCCATAAG CAGGCGCACC TTTCTTTTAC TCTTGAGCAA TTGCGAGAAC GATACGCGCA 7920 CGnGCGCCGT GCACACGAGG CTTTGCTCAT GCTTGAAGAA AAGGAGAAAA CACGCTGGCG 7980 AGAGCAGCGA CTGCGCGCTG AGGACCGAGC GTGTGACGAC CTGGTCAGCG CACGCGTaCC 8040 TGGTGCACCC AGCAAGCATT AATGGCTGGC GCGCTGCGTG CGCGCTcGGG TGTATGAGGA 8100 AGGCGGTCCA TGTCCGTGGA AGAGTATGAG CGTTTCGTGT GCCGTGCACG CTCGTTCCAA 8160 GATGGTGTCT GCCTCATTTC CCGCTTCTTC GTACCCTGCA GAACACAGAT CCCCCGTGAA 8220 CGCAAGGTGT GCAATACGGT ATAGGTAACA GCCATACGCA GGGGATGCAA AACAGGTAAC 8280 GGTAAAACCT GCGCAATTGA GGGAACAGTC TCCCTGTAAC AGGGTGCTCT CGTGGGCATT 8340 CCAGCACTTT TCCCCGCAAA AGATGTGCGG GGAGTATACG CGCAAAAGCG TGCGCACGCC 8400 CGCTTGGGTT GCGTCATCTG TGCGGGTAAG AAAAACAGCC GTCAGGGTGC AGGAATTCTT 8460 TTCAATGGTG TGGATCAAGT GAGTGCTCAC GTGCCCGGCA TCGATTAGGA GCGCTTCGTT 8520 TAAGGACAGG TTGCACAGCA GATAACTCGT GCGCTGGGTA TGCTGCTCTG CAGGGTGTAT 8580 GTAAACTTTC ATGGCAGGTC GCTCAGGTAT ATGCGGGCGT GTTCGGTACT AGATCCTTTG 8640 AATGTGCaGT GCGTAGTGTG CGAGGGCATA AAGTGCGTGT GTTGCACGGT GCAATTTTCA 8700 AAACGCACTG TTGCAAGCGT AGCGTGTAAG AAACGGGTGT GAGAAAGATC GCTCTCCTGA 8760 AAAGAAACAT CCTGCGCGTG GATACGGTTG AAGTTGTCAG ATAAGAGTAC TGCATGTGCG 8820 AAGCTCACCG TGTGCAGGAT GCTCCCCTCA AAAGAGGAGA ACTGAATGTC AGCTTCAGTG 8880 AAAGAGCTAT TGACCAGGTA GCAACGCTCA AAAAAACACA TACGCATCAC TACATTCGCG 8940 AACACACATG CATTAAATAC GGTATTAAAA AAATTGCAGC CGACGAAATG AAAACCCGAA 9000 AAGTCTACGC GGTTCAGGCG CATGCGTGGA GCGTACACGC CGTGTATGTG TGTTGACGTA 9060 TGCATGAGCT TAGCAAAGTC CGACGTAGAG CAATACGGTG TGGGTTCGAA CATGCGCGCA 9120 AAGCTTATAC GGGCTGGACG GGTGTGGTGT CAATGTATGC GGTGTGCAGG ACCTGGGGAT 9180 AACACGGTTC CTGTGAAATT TTTCAAAGAA CAGGCTAGGA TGATGTCTAT GTCGGACCGA 9240 CGTGAGCAAT TTCAATACGC ATTTTTGGAT TCAGGTATAG GAGGATTGCC CTACGCACAC 9300 GCCTTACGCG TGCGTGTGCC TGAGGCCTCA CTGGTGTACG TGGCGGACCG TGTATACTTT 9360 CCTTATGGGA ATAAAAGTTC TGCACAGATT ATTGCGCGTG CGTCTGCAGT TTTGCAGAAA 9420 GTGCAGACGA ATTTTTCACC ACACATAGTG GTACTCGCGT GTAACAGCAT GTCTGTCAAT 9480 GCACTTGAGT TTTTGCGTGC GCAGGTTTCG GTTCCAGTGG TGGGGGTGGT GCCTGCAATT 9540 AAGCAGGCGG TGGCGTGCAG TCATAAAAAG CACATTGGTG TCTTAGCTAC ACAATGCACG 9600 ATTACGCATC CGTACACAGC GTGTTTGAGA GCACAGTTTG GTGCaGGGTG TGTGTTTCAG 9660 AATgcTGCGG ATGCACGCCT TATTGAGTGT CTTGAGCGCG GGTTAATTTT TGAAgTCgAA 9720 GACATGCaGC GGGAGGCAGT GGCGCGCTCA GTTATGCCCT TCCAGGAAGC GGGGGTGGAT 9780 GTGCTCGTGC TCGCGTGCAC CCATTTTGTG CACGTGCGTC ATCTTTTTCA GGACTGTGTT 9840 GGTACCTCGT GTACGGTGGT AGATTCGCTA GAAGGTGTGG TACGCAGGAC GTTACGTCTG 9900 TGTCCACCGC AATCTCAATT GCGTGGGAAC GCCGCCTGTT ACGTAACTGG TGCGCGCGAT 9960 GCAGTGTGCG CGGCACGATA CGCACGGTAT GCGCAGCACT TTGGATTGCG CTGGGCGGGT 10020 TTTTTGGaCk TATGAACACG GCACTGGATA TCGGGTGCGT GCACTGTGTG TGTTTGTGTG 10080 GAGGCGGTAG ATAAgAgAgG CTGATAgACA GCGCGGTGCT GCGTGCGTAC AATGGGCCAT 10140 GGGGAAGCCG AGgTtTCGTG CAGTGGCCTT TGACATtGAT GGGACAcTGT ACCcTGGATG 10200 GCGCCTTGaT GCGTGTTAtG CCCTTtATGA TTCGCAATGC GCGCTTGATG CGTGCGTTCC 10260 GTGCGGTGCG TCAGGAGCTA CGTCGTGAGC AACGTACGGC ACTTATTCCT TTTGAAGACT 10320 TTTTTTTTGC GcAAsTACgC GCATCGCGCC GcGCGTGGGT TTATCTGCAG AAGAAGTGCG 10380 AGCCTTCCTC GACACAGCGC TGTATCGGGG GTGGAGGCGT CACTTTTTAC ATATAAAGCC 10440 ATTTCCTCAC GTGCTTTCCT CGGTGTTGGA GCTGAGGCGG CATGGGCTGA AGATAGCGCT 10500 TTTGTCGGAT TTTCCTCCGA GTCAGAAAGG CTGTCTATGG GGGGTGCGCG CGTTGTGCGA 10560 TGTAACGTTG GGCACAGAGG AGATTGGGTC CCTCAAGCCT TCTCCCCGGG CCTTTTACGC 10620 GcTGGCGCAG AGACTGAATC TGcGCTGTGA AGAAATTCTT TACGTGGGGA ACAGTGTTCA 10680 TGACGTGGAA GGCGCGCACG CAGCAGGTAT GAGGATTGCC TGTGTGCGCA GgCCCTTTAC 10740 GAGTCTTCGC GTTCGGCGCA cGCGGaCTGG CTCTTTTCCG ACTATCGCAC ATTGTGcGCA 10800 TATGTGATAG CATGAGCGCC GGCGCAGGGT AGTCTGCCGA ACCCCACACG TCCAGCGTGG 10860 CGCCCGCGGG TACCCGCTGT GCGTCGCGTG AAGACGAAGt GAGTGGAGCA TGGAGTACTT 10920 TCTGACGGTT GTCATTGCCT GCGCGATTTC CCTCGTGATG GTTGCGTTCT CCCGCCAGCT 10980 GGACAAGGGT AACCGTTCTC TTGAAAAGGT CAAGCGCTAC GCGkACTACA TAAAGGAAGA 11040 TCTTGAGTCA TcAGCGCAGA GAAGATTGCG ATGCTCAAGG ATGCGGCCAT CGAGTTAAAT 11100 GTAAAGCAAG AGCAGGCGAT TGCCTCAGTG AAAAAAATGG ATCACCTCTA CGACCAGTTT 11160 ATGAAgaAGT CTACTGCGCT TGCGGTGCAA A 11191 (2) INFORMATION FOR SEQ ID NO: 80: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1773 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 80: GGAAAAAACC TTTAAATTCC CGGTACAATT GTGCAGAGAG CGTTTTATTA TGACTGATGA 60 CAAGnGTCGG TTTTTGCAnG CGTGCAATAA CGTTTGCAAC TGTAAACGTT TTCCCCGAAC 120 nGGTAACACC CTTGAGCGTT TGAAAACGCG CCCCCGCATG CAAGCCACGC ACGAGTGCGT 180 CGATTGCGGC AATCTGATCG CCTGCAGGTT GGAAAGAAGC GTGTAATTTA AATTCTTTCA 240 TGTGCTTCGC AGTATCGGTT ATTACCATAG GATTTAAAAA ATCTGTAGTA CATGCTGTGC 300 CTTTCCCTTT GATTTTGCTC TCTTAGAACC TCTGGTTGAC AAACCACACC CATGGTGAAT 360 AGAGTGGACC CCGCTTAAGA GGAGGCACGT TATGGTCAAG TTGCTTAGCA TTGGTGGATC 420 GGATGCTTCA GGTGGTGCGG GCATCGAGGC GGATCTGAAA ACTTTCCAAG AGTATGGAGC 480 GTTCGGTGTG GcTACGCTCA CCGCCATCGT TACTATGGAC CCATCCCGGA ACTGGTCGCA 540 TCGTGTACAT TCACTTGAGG AAGACTGTGT GCGCGATCAG CTTGAAACCG CATTTGCAGG 600 CGTGGGGGTC AGCGCGGTGA AAAGCGGTAT GCTTGCCTCT GTCCATGCAA TCGAATGTGT 660 CGCGGAGTAT CTCGAACGTT TTGCAGTTGC TGCATACGTC TTTGATCCTG TCATGGTATG 720 CAAAGGATCG GGAGATGCAT TGCACCGTGA GTTGAACGAA TTGATGATCC AGAAACTTTT 780 GCCACGCGCG ACAGTTGTTA CTCCCAATCT TTTTGAAACC GCCCAGATTG CCGGTATCAG 840 CGTACCACGG ACAGTGGACG AAATGAAGGA GGGTGCACGT TTGATTCACG AGCGCGGCGC 900 GTCGCACGTG TTCGTCAAAG GCGGCGGAAG ACTCCCCGGT TGCAAGCACG CTCTGGATGT 960 TTTCTACGAC GGCAAGACGT TTCACCTCGT TGAAGATGAA CTTGTGCAGA GTGGATGGAA 1020 TCACGGCGCG GGCTGCACCG TATCTGCGGC TATTACTGCA GGACTGGGCC GAGGACTCAC 1080 CGCCTACGAC GCGATACTGA GTGCTAAGAG ATTCGTGACT ACAGGCCTCC GCCACGGATT 1140 CCAAGTCAAC CAGTGGGTTG GAACAGGAAA CCTCAGCAAA TGGCGCGACC GCTTCCACTG 1200 ACTCAGGCGG TACATACGTG GGCGATCAGT GCTGGTATAG GTGCTTGAAG TATTCCAAGT 1260 CGGTTGAGAG GATCTTCTCC GTGTCGGGGA GCGATTTCTT GTACACCTCC AAGCTTTTCC 1320 AGAAGCCGTA GAACTCAGGA GATTTCCCGT ACGACTGCGC GTACACGGCC GCGGCGCGGG 1380 CGTcTGCTTC ACCcTTGATA CGCTCTGCCT CCTCGTACGC TTTTGAAAGT AAAcTGCGTT 1440 TTTCGTTGTC GAGCTTTCCA aGCCACTCTG CCTTCTTTCC TTCGCCTGTG GAGCGGAACA 1500 TTTGCGCGAT CTGGTTGCGC TCTTTTACCA TCCGATTGAA CACAGATGCT TGCAGCTCAT 1560 CTGAGTACTT AATCCCCTTG AAGATCACAT CGACAACGAC AATACCGAAA TCTTTTAACT 1620 GATCATTCGC CGCCTGTGAG ATCTCCCGCG CAAGAGACTC TCGCCCCTTT TCTATCGTCA 1680 TATGCGCAGT TTTCTCCGCA CCCCTATCAA AGGCAAGCTG CGACACCGGG ACGTCAAACT 1740 GCTCGGAGTG ATTGGACTCG TTGATAGCGn TTn 1773 (2) INFORMATION FOR SEQ ID NO: 81: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 19142 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 81: CAGCACATGC ACATGCATAT TCTTCCTTTT CGTTCATGAG CGGTATCCGT TTCAGGTCAT 60 TCAAATATGC CGTGAGAGTA TTCTCATCGT GGCGGAACTG CATTTGTCTC ACAGAGTACT 120 CCTTTTGTTC GAAAGGTACG TACCATATAC TCAGCAAATA TCATGCCATT TACGATAAAC 180 CAGAGGAGAT CTGTTCGGTG TCCCTATCAC GCCACTGGAC CCTCTGTGCA TACCTCCCTT 240 TCCCACGGCG CGCTACAGTT CTCTTGATTC TTCAAAAGGA AATGTATAGA ATGCGCCCCG 300 CGcGGTGCGT GTAGGCATAC GGCGCAAACG TGAAGATATG ACTCGTTATG AGGAGGAACG 360 CATGAAAATT ATACCGCTCG CGGACCGTGT CCTGGTAAAA ACTGATAAAT CGGAAACTAA 420 GACTGCTTCT GGAATCATCA TCCCGGACAC TGCGCAGGAG AAGATGCAAA GCGGTACCGT 480 CATTGCTGTT GGTTCTGACT CGGAAAAGAT AAAAGTTTCG GTGGGTCAGC GTGTCATGCA 540 CGATAAATAT GCCGGAAACC CAGTAAAGAT TGATGGAGAG GAGCACCTGC TGCTCAAGGG 600 TGCTGATATC CTAGCTGTCA TCGAGTAGTT TCATCTCTTT AACGGGtTGC GCGCGCTGGA 660 GCAGTGCACG CGCGGCCACC GTCTTTCCCT GTTGCTGCAA AAGTTGTCCT GCACGCTGGT 720 ACCATTCTCT CCAGCGCTGT GCTTTCCCCG CCGCCGGGcG CkCTCGAGGA TGTTCTTCGG 780 CCTCCCCCTC TCCCGCnTCC TTTTGAAGTT GTCGTACTGA TTCgCGCGTT GCTTCGTCTG 840 CCGCAAGCAC AAAGTGTTCT GCAGCCGCGG TTTTCTTGCC CATCCGCTCA AGCACTATCG 900 CTATGTTTGC GgArCGnCTG tGCGCGCTTC CACAGCGCGT GTCGCTTCCA CCAAGCCCCC 960 GAGGATACTC TCCACCCTCC CCGTACGAGA AGCTGcAGCA AGTGCCCGAT AGAAAGCATC 1020 CTCAGGACCA CCTCCTGCAT CACTGAGACC AAACGCTGAC TCATATTCCC CAATTCGAAA 1080 AAAGAACCAA CGTGCATACC GACGCACtGT GTGTCCACAG GgAAGACTTC AAGCAACTGC 1140 CACAGCGCGC CCCGACTGCC CTGTAGTCTC TTTTGTGCAG GATAACAAAA ACGAAAGTAT 1200 TCCAATGCAA AACGCACATC TGCCCGCCCA TGcATCGCCT CTTGTGCTAA TTCCGCCAGC 1260 AATGACCGAG CCTCCACAGG AAAATGGGGA GACAAAAAGT GCTCCTGTTC CATCTGCACA 1320 GAATACACCC CCCTTTCAGA GAGCAATTCC GTAACAGAAT CGCGCTGTCT GTGTGCTGCA 1380 CGAAAGGCAA TGCTCTCTCG CGCATAGCAC GCAACGGCAG GATAGTACGT TTTATCCCCC 1440 TCAACACACT GCGCGAGCAT CCGAACACGC TCCTGTGCAT GAGGAGCAGT GAGTGCTAGA 1500 TTGTAGAGTG CATGTGTGGA TGTTCCAGGA AAACGGTCAA CGTACGCGTA CCAAAAAGCA 1560 CGTGCACGCG CTCTATCCCC TCCATCGAAA GCGGCATCTG CCGcTAACAG CAAGTGAGTA 1620 CGGGCGTGCG TCGAGGCGGC AGAGTACGTA CCGAACAAAT CTGCACGTGC AAGACTTATG 1680 GGGAGCAACT CAAAGACCAA AGAAAACTGT CCTGCGTCAT AGGCGACTGT GGCCCAGAAT 1740 GCCGTATTCT CCGGTGCCTC AGTACCCAGT ATACGGGAGT ACAGACGGAA CGCAGCATGC 1800 AACTCCCCCA CGCGGGCGTA CGCACACGCG GCATTCTGGA GAAAGGCATG CATACCAGTG 1860 ACACCAAAGG CTGCAAGCaA AGCGCAGGAG CAATGCGGGC AAGTGCGATG CCAGTTGTAT 1920 GCCGTATTGG CGGCGACGGT TCTACACGAA ACTGCTCTTC TCCCCGGTCA AGAGGGAACG 1980 CCGTCACGTG CGCTTGATCT CTACCCCCCT GAACCTGAGA AAACTCAACA GGCTCCTCTG 2040 GCACGTGCTC GGCTCTCTCA CTGTGAAAAG AGCCCCGAGA TGGAGAGTCA CCTCCTGTGC 2100 GCGAACCTAT GAGAGCAGCC TTTATCAGTG CCTCTGCGCC AATACTCTCA TATCCCTTGT 2160 GCACCACCCG GGGGACATAG GAGATTGCTT CCTCGAAACG AGCCTCCCGC AGGAGAAGAT 2220 GTATCACCAA TGCAGCAAGC CTGCCATCAT CTGCACTTCT TCGTATGCCA CGCTGGAGTG 2280 TACGCAtGCC GCAGCGGAGG CTGAGAGTTC CATCTGACGC TTGGCAATAC TCAGATACTG 2340 CGACGACTCT CGCGCGTGTC CCACCATACG CGCAAGACCG CGCAAGGCTG CGCCTTTGCG 2400 CtTCCTGAGC AATCAGACTA TCTGCACGCG CAAGTCTCTC CAAAAAGGGC CGACTCCCCC 2460 AAACGGAGCG ATAGATGCAT AGCCCAGCAA TACCCACCCC AACTACTCCA AGGTAAGAGA 2520 GGAGGTGGCG CTTACTACGC ACTTTTAGCA ATGTTATCGA GCACACCATT TACAAAGCGG 2580 AAGGAGTCGT CcGTACCGAA ATCCCGAGCG ATACTGACCG CCTCGTGTAT AACGACGACG 2640 GGGGGAATGT CTTTTTGAAA GAGTAGCGAA TACGCACTTA GGCGCAGGAT GGCCTTGTCC 2700 ACCTTGTTCA AACGCACAAA ATCCCAGTGT TCCAACCGTG AACTCACACA ACCGTCAATT 2760 TCCCGCAGGT GCTCGAGCGT ACCGAGAAAG AGGAGTCGGG AAAACCCCAA ATCCTGGGTA 2820 GAAGGAGGCG GGTTTCTCCG CAACCAAGTA AACTGAGTTA ACGTCTCCGG CGTGATGCCC 2880 GCCGCGTCCC AGGCAAAGAG AGCCTGAAAA GCCAGAATCC GAGCGCGCCT CCTCCCTATC 2940 TTTGGGAATA CTTCACTCAC CAGTCGAGCA CCTTGCCGAG CTCTGCGTCA GCCAAGAATA 3000 CCTTATAGGT ACCAGACTTC CTCAGcTCCG CCGACACTTC CCGGATAGCG TCCTCGAGCG 3060 CTTTTTGTTG GATTTGGGAA GTAAGAAGAT TCTTGATAAA CTCGTAAAGC GAGACGGTCT 3120 TGTCAGGCTC CACCAAATCG CTGAGCGTTA GGATCTTCGC TTCCTCTTTC TTCAAAACTA 3180 TGAAGCACTG ATAGTCATTA GCCGTTTCAT TCACGTCCGA AACAGCACCA ACTCCCATGC 3240 CAAAAATTTC AAGCAACGCC TCCATCGTCA GACCAAGCTG CGTGGCAGTA ACCGCAGTCT 3300 TCCCCAGGTA TATTTCCCCG GCAGAGTAAC CCGCCTGTGC ACCATTTGCC TTACTCTTAA 3360 TGTCAGCCGT GGCTTTGACA CCGGAACTTT TAAGTTTCTT AACAAACTCT TGCGCTTTCG 3420 CCTTTGCAGC AGCAGGACCT GAAACtTCGG GACAGAAATA AGAAACAACT TAACCGTGTC 3480 AGGGCGGAAA AAGGCCTGTT TATTAAGCTC GTAGTAGGAA CGGATTTGAG AGTCCTCAGG 3540 TCCCTTCAAA TTCCGAAACT CGTCTGCCTT CTTTTGTGCC ACGTAGCGCT GCGTGCTCAC 3600 CTGCGTCTTT AGAAACTTTT TGTATTCTGC CATAGTCATG CCGTTTTGCT GCTTCATGAA 3660 CTGATCGAGC GAGATATTCT GCTTCTCCTT GACGTAATTG GCGAACTCAG CCTCCGTTAC 3720 CGCACGTCCA ATCTGTTGAG AAAGCATTCC ATTAAAATAC TGATTCACTT CAGCATCCGT 3780 TACCTGGATA CCCGCCTTTT CTGCCGCTTG AGCAAAAAGC TTTTCGTCAA TAAGACTGTC 3840 CATGAATTGT CTACGCTCAG CAGTGCTGAG CTTCTTTCCC ATCTCTTTCT CAATCGCAGA 3900 AATTCTTGCC TTAATCTGTC CGAGCGTCAc CGGCTCACGC CGGAATAAAT TCACTTCGGC 3960 GATAGGCTGC AGCGCCGACT GCGCGTGCGC AAACCCCATA CCCGCCACGC ACAACAGAGC 4020 GGGAACTATG TATCTGCCCA TGAGAACTCC CCGTAACAAC CGCGACTcAG TCACCAGCAC 4080 ACACGCCGGA GAAACTATAC GCAGCAGGGC AAGTTACGAC TTTTCCCCGC TTTTCTCAAG 4140 AATCGCGCGA ATACGCCGCA CCCCCGCCGC ACTCGACTGT TCCTTTTGAA TAGAAAACCG 4200 CCCGAGCTGC CCGGTACGTG CTACATGTGG ACCGCCACAC ACTTCCCGAG AAAAAGTTCC 4260 TATGGAGTAC ACCTTTACAG TTGATTCGTA TTTCTCACCA AACAACGCCA CGGCACCAGA 4320 ATTCATCGCA TCTTCGAGCG ACATCACTTC ACAGCACACC GGCAAGTCTG CCCGGATCTG 4380 CTCATTCACC AACTGTTCCA CCTGCACCTT CTCCTGCGCA CTCATCGGTC TTGGGTGAGA 4440 AAAGTCGAAA CGCAGGCGTT CTGCCGTAAT ATTTGAGCCT TTTTGCTGCA CGTGCGTACC 4500 AAGAACCACT CGCAATGCCT GGTGCAGCAG ATGCGTCGCC GTGTGGTACG CTGTCGTTTC 4560 CGCTGAATGA TCAGCCAACC CACCCTTAAA TACTCGCTGT GCACCGATCC GAGAGCACGC 4620 CTGGTGCGCC TGAAACGCGG TGTCAAACCC TGCACGGTCC ACCCGTAAAC CCGATTCACG 4680 CGCAAGTTCC TCGGTCAGCT CAAGGGGGAA TCCATACGTA TCGTATAGCC GAAAGGCAAC 4740 TGACCCAGGT ATTTCTCGCT CTGTCCCCTG TAAAAACTTG GGTATCATCC TCTCGTACTC 4800 TGCCTCACCC TTCCTGAGGG CGTCGAGGAA CTTACGTTCC TCGTTTGCAA GCTCCTGCGC 4860 AATACACGTA GCTTTCTCTT CCAGTTCCGG GTATACCGCA GCGTATTGCC CAATCACCAC 4920 GCGCGCGAGG GAGGACAGGA ACTCCCCATC GATACCGAGC TTCCTTCCGT GGCGGACTGA 4980 ACGGCGAATG ATTCTGCGCA GTACGTAGCC TGCACCCACG TTAGATGGGC GTACAGGGAC 5040 AGGATCGCCG AGGATAAAAG TGGCCGCACG GATATGATCG CATACAATCC GCATGGATAC 5100 GTCGTGCGCT CCCTGACACC CATACCTCTT CCCACATAAC TGACCTATCC GCTCCAGGAG 5160 CGGGGTAAAG ATCTCCGTAT CATACACTGA CCGCTTGCCC TGCAAAACCG CGACGGTGCG 5220 TTCAATACCC ATACCGGTGT CCACACAATA ACGTTCAAGC GGCCGGTACC TGCCGTCTGC 5280 GTCCTTACGA TACTGCATGA ACACGTCATT CCAAATCTCT ACGTACTTGC CGCAAGAACA 5340 TCCCGGACGA CAGCTCACAC TGCAAGGAGG AACTCCAGTA TCAAAGAATA TCTCGGTATC 5400 CGGACCACAT GGCCCTGTTT CCCCCGTAGG TCCCCACCAG TTATCCGCAC GTGGTAAAAA 5460 ATGAATATGG GTGCGCGCGA TACCAAGTCG TTCCCAGATA GCGGCAGATT CCTCATCACG 5520 CGCAACAGCC TCATCCCCTG CAAAAACAGT CACCGAAAGC CGGTCAGGGG ATATGCCGAG 5580 CCATGGAGCA CCAGTAAGAA ATTCAAAGCT GAACGCGATT GCCTCCTCCT TGAAGTAATC 5640 GCCCAACGAC CAGTTACCCA ACATCTCGAA AAAGGTCAGA TGCGAGTTAT CGCCCACCGC 5700 ATCGATGTCA CCGGTGCGCA GACACTTTTG CGCATTGACC AAGCGGGTAC CAGCCGGATG 5760 TGGCTCACCC ATAAGATAGG GAACCAACGG ATGCATGCCA GCAGTAGTAA AAAGCACGGT 5820 AGGATCGTGC TCGGGCACAA GGGACTTACC CGAGATAACC ACATGAGCCT TCTGGCTAAA 5880 GAAGGCGAGA TAACGCGAGC GTAgCTGATC GGCGCGAATA GGAATGCTCA TGGAGGGTAT 5940 TATCGCCTTT TCCCTGCTGC GGTCAACATC TGACCCTAAA CGGGAAAAAG AAACGGGGAC 6000 TCTCTGAGCA ACCTTGCGAC AAGATCCTTG ACAGAATTCG CACACACCTC TAGCCTCTCG 6060 CAAGACAGTT TCGCACCCTT AAAAAATATA AGGAGCACAC ACATGACCAC GTCTATTGTG 6120 ATCGGTGTTG TCCTTGTTAC TGTCGGTTTA AcCTTCGGAT GGACCATTCG CTGGCTCTAC 6180 GCCAGATTTC ACTTATCCGC CTGTGAGCAA CGTGCAGAAC GTATCCTCCA GGAGGCACAA 6240 AAAGAAGCTG AATCCAAAAA GAAAAGCATT CTCCTTGAAG CAAAAGAATA TGTCCTTCGC 6300 GAAAGAAATC AGCAGGAACG AGACGACAGA GACCGAAGAG CTGAGCTGCA GCGTGCAGAG 6360 CGACGCCTTC TTCAAAAAGA GGAAGCCCTC TCTACGCGCG CGGGGGAGCT TGATTCTCGA 6420 GAACGATCGC TAAAACAGCG GGATCAGTCC CTCTGTCAAG AAGAGGCCCG CTATCGCCAG 6480 GAGCTCGAGC GTGTCTCTGG CCTCACTCAG AATCAGGCAC GGGATCTCAT CATCAAAAAC 6540 CTTGAGAACG AGGCGAAgCA CGACGCACAG GCTCTCATCA ACAAGATAGA GGAGGACGCG 6600 GCTTTGAACG CTGAGCGTCG CGCGCGCGAC ATCCTCGTTA CTACCATGCA GCGTATTACT 6660 GCTGATGTCA CCGGTGATGT GACCGTCTCT ACGGTGAATC TACCCAGTGA AGAAATGAAA 6720 GGACGCATCA TTGGGCGCGA GGGACGTAAT ATCCGCGCGT TAGAGACACT CACTGGTGCT 6780 GACGTTGTCG TAGATGACAC ACCTGAAGCT GTCGTCATTT CCTGTTTCGA CCCGGTACGC 6840 AAAGAGATTG CGCGCATCTC TCTTGAGCGT CTTGTACTTG ACGGTCGAAT CCATCCGGCG 6900 CGCATTGAGG AAATTGTGCA GAAGGTGACG CAGGAAGTTT CTCAAAAAAT CTATGAGGAA 6960 GGGGAGAAAG TGCTGTTTGA CCTCGGTATT CACGATATGT GTCCCGAGGG GGTACGGGCA 7020 CTGGGGCGCC TGTATTTCCG TACAAGCTAC GGACAGAATG TACTCTACCA CTCAAAGGAG 7080 GTGGCTCTGC TCGCTTCCAT GCTCGCCTCG GAAATCGGCG CAGATGTTGC CATTGCCAAA 7140 AGGGGCGCGT TGCTGCACGA TATTGGCAAG GGAGTGGAAA CTGATTCAGA CCGCAACCAC 7200 GCAGAAATTG GTATGGAGAT GGCTCGCAAA ATGAATGAGG ACCCGCGAGT GGTAAACGCC 7260 GTTGGTTCTC ACCACAACGA CATAGAGCCG TGTTGTGTTG AGTCTTGGCT CGTTCAGGTA 7320 GCTGATGCTA TCTCTGctGC GCGTCCTGGT GCTCGGCGTG AAATGGTGGA TCacTACGTC 7380 AAGCGTCTAG AAAACCTCGA GGCGATTGCT GAGGGGTTCT CGGGTGTAGA GAAAGCCTAC 7440 GCTATTCAGG CCGGGCGCGA GTTGCGTGTT TTAGTGAACA ACGATAAAAT CCCCGACAGG 7500 GACGTGAAGG CACTTGGACG TGACATCGCA AAGAAAATAG AGAGCGACTT GAAGTATCCT 7560 GGGCGTATCC GGGTCACTCT TATTCGAGAA ACGCGCGTCG TGGAGTATGC CCGCTGAGCC 7620 TCAGGGAGAG GGGAGAGAGT GCACGGGCGT CCGTGCAGGT TTGCATCGGC TGCAGTGACT 7680 CTCCTACCTC CCTATTCTAG TCCGGCGATA TTGGTCAACA AGGCACATGG GAGTATCATG 7740 GCACAACAGC GTATTACGTC TGATATCTTT GCTCAGCTGC TCACCCTTTC TCACCTCGAA 7800 AGCAGCGAGT GTGCAGTAGG ACTTGCAACA CAGATCGAGG ACATTATCCA GTATTTTTCC 7860 GTTGTAGAAC AGTTCGACCC CGGTCCACGC GACGATCCTG ACACGGATAA CGCACAAGGC 7920 CGTTGCTCCC AGGGGAATAA AATTGACGTG GACTGCTGCC CGGACTGGGT ACGCAAGGAT 7980 GTCGCATTAC CTGGTCTTTC CGTTCACGAT CTCAAGCGGT TGTCCACAGA GTTTGCTGAC 8040 GGTTAcTtTy kCGCAcCGCG CGCGCTCGAT GGTAGCGCAT AAATGGACGC GCATGCTATT 8100 ACCTGTGCAA GCTGGAATAT GTTAAAGGCT CAGCTTGAAG CCGGTGCAAT CAGCTCTTTG 8160 CAGATTGTGC GTGCGTTTCG CAACGTATAC GAGGAAGACA CACGCAGCGC GTCCCCGCTT 8220 GGGGCTTTGG TCGAGTTTTT CTCTGATGCG GAGGAGCACG CGCGTACGGC AGACAATCTC 8280 CGTGCCTCGT GTGCCCAGAG TACTAAAACA GCTGGAGCAA ACGGGGGGAG TGTCTCAGGT 8340 AAGCCTTTGT TAGGTCTACC CTTTGCTGTC AAGGACAATA TTTCAGTGAA AGGAAAGCAC 8400 TGCACGTGTG GCAGTAAACT CCTTGCAGAC TATAGGGCTC CGTACGATGC CACCGTTGnT 8460 TGCcGnCTGC GCGcCGcAGG TGCTaTCCCG CTCGGGAGAA CGAACATGGA TGAGTTTGCT 8520 ATGGGCTCTT CCACCGAGTA TTCTGTTTAT GGGCCGACGC GTAATCCtCG GGATCGGAGC 8580 CGCACCAGCG GGGAAGTTCC GGCGGTTCGG CTGCCGCCGT nCGCAGGCGG TnCAGGCACC 8640 GTTTGCACTC GGTACCGAAA CGGGAGGCTC GGTACGCCTG cCAGCTGsTT aCTGCGGCCT 8700 cTATGGCtGA AgCCGACcTA TGGTCTCTTG AGTCGATATG GGGTGGTTGC CTTTGGCTCC 8760 TCTCTAGACC AAATCGGCTT TTTTGCTACC TGCATTGACG ATATTGCCCT CGCCCTCTCC 8820 GTCACCTCAG GGAAAGACCT GTACGACAGC ACGAGCACTT GCCCCCCTCC TGCGACGGGG 8880 CGACACGCTG TGTCTCACCA TCTTGCCCCT TTTTCTGCCC ACGAGTGCTC TATCCTGCGT 8940 GCTGCTGTTC CCCGCGAATT AGTAGATGCT CCTGGCGTGC ATCCTGACGT GTCTGCGCAA 9000 TTTCAACGCT TCCTCACCTG GCTGCGTGCC CAAAACGTAC AGGTAGAAGA AGTGACGCTT 9060 CCTGCACTAC AGGCGGCAGT GCCTGTATAT TATCTTGTCG CGACAsctGA AGCCGCCAGC 9120 AATCTTGCGC GTTTTGACGG TATTCGCTAC GGGCAGAGGG GAGACACTGA TGCTCTTTTG 9180 GAAAATTACT ACCGCGCCGT CCGTACCTCA GGCTTTGGAC CCGAAGTACA GCGAAGGATC 9240 ATTGTGGGGA ATTATGTTCT TTCACGCCAT TTCTCCGGTG ATTATTACCG AACGAGTGTG 9300 CGCGTACGTT CGCGTATAGA ACAAGAATGT ACGCAGCTCC TCTGTTCCTA CCACTTTATT 9360 GTTTGTCCTA CTGCCGCTAC CGGTGCCTTC CCGCTTGGAG AACGCATACA TGACCCGCTG 9420 GCCATGTATT GCTCGGATTT ATTCACCACC TTCGTTAACC TTGCCCGCCT ACCGGCGCTA 9480 TCAGTACCAG TGGGAACATC AGGCACTGGC CTACCCATCG GAATACAGAT TATCGGTTCT 9540 CAGTGGCAGG AGTGTGCCGT TCTCCGGCTA GCAAAACGTT GGGAGGAGGC ACCTCATGTC 9600 TGACCTCCAA ACAGGCACAG TTCCCTCCAT TGCAGGCGCC ACAGATGACA CACATGCCGC 9660 ACCCTTTTTC TACGAGGTAA TTATTGGCTG TGAAATTCAT TGTCAGCTTC TAACAAAGAC 9720 CAAAGCTTTC TGTGCtGTGC AAATCGCTCA GGAGGAATGC CGAATAGCCG TGTGTGTCCT 9780 GTGTGTCTTG GGTTGCCAGG AGCGTTGCCC GTTGTGAGTG AAGAGTACGT GCGGCTCGGG 9840 GTGCGCGCCG GACTTGCGTT GGGGTGCACT ATCCAGCTTT GGTCCGCTTT TGATCGCAAG 9900 CACTATTTTT ATCCAGATCT CCCAAAGGGT TATCAAATTA CCCAGTACGA CGCTCCCTTG 9960 TGTACGGATG GTGCAGTGGA TGTACAGGGA GTTGACATGC CCGTGCAGCG CGTGTCCGTA 10020 TTGAACGGAT ACATTTGGAG GAGGACGCAG GCAAAAGCCT GCATGCTGCA GACGCTTACA 10080 GCTATATTGA TTTCAATCGT TGTGGGGTGC CGCTCATTGA AATTGTATCT AGGCCGGATC 10140 TGCGCTCTGC AGAGGAGGCC GCATGTTTTA TGCAGACGAT CCGCGAGATT CTCACCTTTA 10200 TCGAGGTAAC GGATGGTAAT TTAGAAGAAG GCGCACTGCG ATGCGACGCG AATGTTAATG 10260 TGAGGATTCT GTACAAAGGG CAAGAACACC ACACTCCCAT TTCTGAAATC AAAAATATGA 10320 ACTCGTATCG TATGGTGCGG GACGCGTGTA CGTATGAGGT ACAGCGTCAA TTGCAGGAGT 10380 TTTGGCAAAA GGGTCCTGCG AGCAAAGAAG AGATGCAGAG AAAACGCACG ATGGGCTGGG 10440 ATCCGGTCGA AGGGGTTACG CTTTTACAGC GTACAAAGCA CTCACTGCGC GATTATCGTT 10500 TCATGCGCGA TCCAGACTTA CCTGACCTGC ACTTGACCCC TGCATATGTC CAGCATCTCT 10560 CTTACACAGT CGGGGAACTT CCGGCAGCGC GGCGTGCACG TTTCAAACTT GACCTTGGCT 10620 TGTCGGCGTT TGCAGCCCAA ACGCTTACCG GCAGCCGCAT GCTCGCAGAC TGGTTTGAGA 10680 AGGCAGCGCA TGCGTCTAAG AATGCGCGAC GAGTGGCAAA CTGGATTCTG TCGGAGGTTC 10740 TTGCGGTAGT AAACGAGAAG AATATCTGCA TTGCAGAGCT CAATCTGAGT CCTGAAGCAA 10800 TTGCCGAACT AATGGATGCA GTTGAAGATC AGCGCATTAC CGGAAAACAA GCAAAGGATA 10860 TATTTGCACA AATGCTTGCC ACCGGTGCGC GAGCGCAGGA CATTATCTCC GCACAGGGTC 10920 TGGCACAACT TTCAGATGAG GAAGAAATCG CAACGTTAGT GCAGACGGTG TTTCAAGAAC 10980 ATCCAAAGGc nCTGCGTGAT TGGCAACACG GTAAGACAAA CGTGGCTGCC TGGCTCATGG 11040 GGCAAGTAAT GAAGCGTTCC CGCGGGCGCG CACACCCTGC GCGAGTGGCG ACGCTCGTCC 11100 ACCAAGCACT CTCTCAGCTG TAACAGCTGG AAAAACTCCA CGGAAGAGCG GCGGTCTCTC 11160 TTTCAGCATA CGCCCGGyCC CGcTCACGCC AGGAGAAGAA AGACGCACCA AAGGGCTACT 11220 ACGCCTTCGC CTTGCTAAAT ATCTCCGCAA TTGTCTGTGC GAGCGTACCC ACCACCCGTA 11280 GGGTATAAGG AGGCGGTGTG TCGTGTTCAA CCCCTATAGG TACATATATC GTTGAAAATC 11340 CCAGACCATA CGCCGTCTTT AGCCGCGTCT TTAGCCGACG CACAGGTCGA ATTTCTCCTG 11400 ATAAACTTAC CTCACCGATA AACGCGGCAT TTGTTTTCAC TGGGGTGTTT TGCCGCGCTG 11460 AATACAAGGC CATTGCCAAC GCCACATCCA CCGCAGGCTC ATATAACCGG ATACCCCCTG 11520 CCACATTCAC GTAGATATCC TGATCTGAGA ATTTCAAACC CACACGTTTC TCAATTACCG 11580 CTGCAACACG ACTGACGCGG GCCGAGTCGA TACGATCAGA AAAAACGCGC GTAACACTAC 11640 TTTTTGCAGG AACGGTCAAT GCCTGTATTT CTACCATAAA AACACGGCTC CCCTCACACA 11700 CGGGCACAGT TGCAGACCCA ACAGGAAACA TTCCCTGCCT GGTACTAATA AAAAATCCTG 11760 CAGTGTCCTG CACAGCGGAA AGTCCATTTT CACCCATGGT AAAAATACCC AGCTCATCAA 11820 CAGAACCAAA TCGATTTTTC AATGCACGTA AAAAACGAAT ATCCTCTTCA TTCCGTTCAA 11880 AAGAAATCAC AGTGTCCACC ATATGTTCCA CTACTTTTGG CCCGGCAATA TTCCCATCTT 11940 TCGTTACATG CGCAGTAAAA AAGAGAACAG AGTCCCGTTC CTTTACCCAC GcTATCAACT 12000 CATTTGCGCA ATATTTCAGC TGATTGATAG TCATAGGAAT GGCACCTGCT TCGGGGGAAA 12060 AAACTGTCTG AATCGAATCA ACAATAACGA AGGTAGGGCA TCGTGTATTT AAAACACGCT 12120 CGACATCCTC GACCCGCGTC GCACAAAGCA ACTCGATGTT CTGAATTGGA ATATTCAGCC 12180 GATCCGCACG CCCACGAATT TGCCCCGGAG ATTCTTCACC CGAAACATAG AGAACCGATT 12240 TCCCGCAGgC TGCAGCGATT TGTAACAGTA ATGTAGATTT ACCAATGCCC GGTTCCCCGC 12300 CAATCATGAT CGCGGAGyGT CTTACGGCGC CTCCGCCGAG GACACGATCG AACTCTGCGA 12360 TACCACAACT AATACgCTGc gCATCCTGCG CGCGCACAGC ACACAGCGGG AACGCCTGTA 12420 CAGGAGAAGA AGATGCCTTT TTTACAGCAC GAACATCGCC GGAGGACAAC GAGGGTGTCT 12480 CTTCGAAGGA ATTCCACTCC CCGCACTCAG GGCAACGCCC AAGCCACTTA GGATGAACGT 12540 AACCACACCC CACGCAGGAA AAGGCACGTT CCGTCTTTTT AGCCACTCCA TTTCTCTTAC 12600 GTCAGAAAGA AAAAGCACTG CACGGCGGGC CGctACGCAC CCTCCGTTTC TACCGCAAGA 12660 CAGCGACGAA CGAGCGAAGG AGAAAATTGC CTCCGCTGCA ATGCACGCTG CAACGTATGC 12720 GGCCCATATC CCCGCcTTCG CAGCTTCTCC AGCAACCTCA AGCAGAGCGT TTCTTCATCT 12780 TGCTCTTGAA ACAAGAGATC TAACGCGCCT TCTGCATCTG CATGAGAAAC CCCTCGCCTT 12840 TTTAACTCAC CTAATAGCTG AGCACGGGAC GCAGGACGGG AATCGACGCG GTTTCGCAAC 12900 CACGCCCGCG CGAATCGcGT ATCATCAAGC CAAGAATATC TTTTAAGAAC CGGGAACACG 12960 CTCTCAACGA CCCTCTTCTC AAAGCCTCTT TTCAAAAGCT TAAAACCCAG CTGCTGAGCA 13020 CTCGTCTCAC TCCGAGCGAG CAACCGCACT GCGACGCACT CAGCCTCATA ACACCTACAT 13080 GCAAAGCACA CCGCCCCGTa CTGCTCATCA GTGGGACGAG TACCCACCAA CTCCTCTATC 13140 GGGCAGGAAA GCGCGCCAAG GTAACTCAAG CGAGTCTGCA GAACAGCACC CACCTCATCC 13200 GTAAGTTTAA GCACATCCTC CTGGAGGCTC TGGATAGCAC AGAGACAAAA GCGCCTATCG 13260 CTTACTGAAT TGAAATCTAC GCCGTGCACC GCGCTGGCCA TACTTCTTGC GCTCTACCAT 13320 GCGAGAATCA CGCGTGAGCA ACCCACCTGC ACGCAGCGAA GCCTGATTTG AAGCGTCAGC 13380 ACGCACGAGA GCGCGCGCAA TACCATGcGC ACACGCACCA GCCTGCCCGT CAAGTCCGCC 13440 GCCATACACA TTGACAATCA CATCGTAACG CCGCTCGTTC GCGGTAgCGA AGaGGGGTTC 13500 GCGCACCCGA CGCAATTGct CCGCCGTAGG AAAATACGCG CCGACATCCC GTCTGTTGAC 13560 GGTAACATTC CCGTTCCCCA TACGGATACA CACGCGAGCG ACAGCCGTTT TCCTTCTCCC 13620 TGTTCCGATC CCAAGATTCT TCACGCTCTT TACCACTCCT TAACACGACA GCGGCACGGG 13680 ATTCTGCGAC TCGTGCGGAT GCACAGATCC CGCGTATATC TTCACATTCT TGATAAGCTT 13740 GCGTCCCAAA GGCCCCTTGG GTAGCATACC CTTAACCGCG TGACGCAACG GTTCGACAGG 13800 CCGGCGCTTG ACCAACGCGC TAAACGACAC GCTCTTGAGC CCCCCAGGAT AGCCTGAGTG 13860 GCGGTAGTAC ATCTTGTCCT TCGGTTTAGT CCCACTCAGG AACACCTTCT CAGCGTTGAT 13920 TACCACAACG TAATCACCCA TTTCCTGGTT TGGCGTGTAC GATGCTTTAT GCTTACCACG 13980 CAGGAGACAC GCAACGCGCG cGGCAACACG CCCCAAGGGG CGCCCCGCTG CGTCAATCAG 14040 GTGCCAAGCG CGAACAGCCT CGCGCTCATT AACAAAGATT GTCCTCACCC CTCTGCTCCT 14100 TTATCCACAC GCTCCGGTAG CTTGCGCGTG GGCGCACGAT CACGCATGTT TGCCACCCCT 14160 ACAAGGAGAG ATATAAAACC AGCAAAAATA CCGCCGACTG GCGCAGCACC ACGCAAGAAC 14220 CGCAGTGCAT CCTGCGCCCA CCCGAGACCA CAACCGTACT CCATAGGGGA AAGAAGAGCG 14280 AAAACCGCCG CTCCCATCAG CAGCACACCA ACCAAAACCG CGCCCACCAC CGCctCCCGC 14340 GCAAAATCTC CCGATCGTCT CATAAAAATC ATTCTGTGTC AAGnTGCGCT AGcACAAAGA 14400 CAGTTAGAAT GCGTATACTC TCCAGATAGT TGCGGAAAAC TTCCTGAAGA AACCTTCTGC 14460 TGAAAGAAAT cAGCTAACTT GAACAAACGC TCAGTCCGCC TGATGATGGG CGCATAACGC 14520 ATGCAAAGAT TTGAAGACAT TCCGTACACG CGGCCACACA TGGACATACT CGAGCATGCC 14580 GTCGACGCGG CTCATGGGGA GTTCGCGCAG GCCCGTTGTG CACGCGATGC GTATGCGTCT 14640 ATACTCGCCA TAGAGGATCT CCAGCGCCAA TATCTTACCG CACAGGCACT AGCGAACATG 14700 CGCTGTTCCA TTGATACACG CAACACCTTT TACCGCAGAG AACAGGATTT CTTCGATGCT 14760 GTACATCCTC GCTTTGCCCG CTTAGATCAT GCCTTCAACC AGCTGcTGCT TGCATCACCA 14820 CAGCGCGACG GTCTTGAAAA ACTTATTGGC ACTCACCGCT TTACCCTTGC ACGCCTTCAG 14880 AGCAAAACCT TCTGcTCGGA GATTATGGAA GACCTCGCAG AAGAAAATCG TCTCACCAGC 14940 GCCTATGAAA CACTCCTCGC TTCCGCACAC ATTCTCTTCC GAGGCCACCA CTACACTCTC 15000 GCCCAGCTGT CCCCCTTTAT GGAACACACC GACCGCAACA CGCGGcGCGA CGCGCATGaG 15060 GCATACTATC ACTTCTTTGC TCAACATGAA TCGGAGCTCG ATACCCTCTA TGACACGCTG 15120 GTACGAGTGC GCACACGCAT CGCACGCACG CTCGGCTATG ACAATTACAT CCAACTCGGc 15180 TATGACCGCC TGTTACGCAG CGACTACGAT ATGCAAGATA TTGCGcgTTA CCGCACCTAC 15240 ATCCTGCGct ACGCCGTACC CCTCGCTGCG GAACTACATG AACAACAGCG ATCTCGACTT 15300 GGACTCAGTG AACTTCTCTT TTATGACGAG CCGTTGTACT TCCCTTCTGG AAATCCAGTT 15360 CCCCAGGGAG ATGCACCCTG GATATTGAAT CAGGCCGCTT GTATGTACCG CGAACTGTCC 15420 CCAGAAACAG ACCAGTTCTT TACCTTTATG CGCGAGTACC ACCTATTTGA TGTCTGTGCA 15480 CGTATTGCAA AAGCGAGCGG TGGATACTGC ACAACCTTGA GCACATATCG TGCGCCTTTT 15540 ATTTTTGCAA ACTTTAATCG CACTGCACAT GACGTGGAGG TTATGACGCA CGAGGTGGGC 15600 CACGCCTTCC AAGCCTACCA ACGCTATCGA GCGCGTCTTG ATCCCTGTTT GGAAGCGTAT 15660 GTGTGGCCCA CGTACGAAGC GTGCGAGATC CCCTCAATGA GTATGGAATT TCTCACCTGG 15720 CCGTGGATGG GGCTCTTTTT TGGTGAACAG AAAGAACGCT TCTACCTGCG CCATTTAACA 15780 CAGGCAGTGG AGCTTTTACC GTACGGGGCA GCTGTGGACG AATTCCAACA CTGGGTGTAC 15840 GCACATGCGG ACGCTTCTGC CACTGAACGC AAGAAGGCGT GGCGCGCATT AGAAACTCAG 15900 TATTTACCTC GCCGTCGGTA CGGAGGGCAG CACTACTTGT CCTGCGGGGG ACTGTGGATG 15960 CGTCAAAGTC ACATTTTCTG TATACCCTTT TACTACATAG ACTACACGyT CGCGCAGATA 16020 TGTGCGTTGC AATTTTGGGA TCGCAGCCGC GTTGCATACA CTCACCTTTC TACTCTCACC 16080 GGCGCGGCAC CGTACGCCAG CATAACTCCT ACTGCCTATG CGGAAGCCTG GCATGACTAT 16140 TGCGTACTGT GCAGCCGAGG CGGCAGCGAA CCGTTCATGC GTCTGCTTGC CACAGCGAAT 16200 CTGCACAACC CCTTTGAGGA AGACACGTTT GTTTCAACAC TCGCTTCCTG CCGTGCGTAT 16260 TTTCGCACGg TTGGTGACCG CCTTTCCTAG GTCTATGAAA AAAGGGTAAA AGATGCCTCG 16320 CCAAAAAGAG AACTACCTGT CACCGTCCCC CGTGGTCGGG ATTCTTCGTG ACTGGGGAGT 16380 GCTGTGCACC TTACGCTTAA AGGGGAAACA CATGAAGCTT GTCTACAGTA CGGATTGCGA 16440 ATACCACATT GGACTGAAAG CGTCAGACAT CGGACACTAT GTTATCTTAC CGGGGGATCC 16500 TGCACGAAGC GAAAAGATTG CCCAACATTT TTCTCATCCT CACAAAGTTG GCCACAACCG 16560 CGAGTACGTC ACGTACACGG GCACCCTCTG CGAAACACCA GTCAGCGTCA TGTCCACCGG 16620 TATTGGGGGG CCGTCAACTG CAATTGGTGT TGAGGAGCTC ATCCATTTGG GCGCACACAC 16680 CTTTATCCGC GTAGGGACCT CAGGGGGCAT GCAGCCTGAT ATTCTTGCCG GGACGgTAGT 16740 TATTGCAACC GGTGCGATTC GCTTTGAAGG CACCAGTAAA GAATATGCCC CCGTGGAGTT 16800 TCCTGCGGTG CCGGACTTTA CGGTCACTGC TGCACTCAAA CACGCTGCAG AAGACGTGCA 16860 GGTGCGCCAC GCGCTcGGTG TGGTTCAGTG TAAAGACAAC TTCTACGGTC AACACTCCCC 16920 CCATACCATG CCCGTCCATG CAGAACTCAC GCAAAAATGG cACGCATGGA TTGCATGCAA 16980 CACACTCGCA TCCGAAATGG AGTCTGCAGC GCTCTTTGTG CTCGGGAGCG TACGGCGCGT 17040 GCGCACCGGC GCAGTGcTCT TAGTCATTGG AAACCAAACC CGCAGAGCAC AGGGATTGGA 17100 AGACATTCAA GTTCACGACA CCGAAAACGC CATACGGGTT GCAGTCGAAG CGGTCAAATT 17160 ACTCATCACC CAAGACTCCC CGCGCTAGGC GCACTGCAGT GCTTTAGGCA AAGTGTCGCG 17220 GATCGGTTAT TTCTAACAGC GCGGAGTCAA GCTCGGTCAA AAAGCGGCTG GGCTTCATCG 17280 CCGTGTGTCG TCCCCACATT CTGCGGTACG CACACGCGGT AAGGTATAAG CTATCCATAG 17340 CCCGCGTGCA GGCAACGTAC ATCAAACGCC GCTCTTCCTG TATATCTGCT TCGTCATCAC 17400 GCGGAAACAC CCCGTTCTCT AGTCCGGTCA GAATCACCCG TCGAAACTCC AGCCCTTTTG 17460 TATTGTGAAT GGTGATCAAG TGCAtGCGTC AGCCGcTCCT CCCTCGTCGG CCATATTTTG 17520 GTCCAATTGG ATGTGTTCTA GGAAACTCAC TAACCCCTCA TGCGAACATG CATACAGTGA 17580 CGCTGCGTTC ATTAACTCCT GCACGTTGAC CGCGCAtGCG TCCCTTCTTC CTCATCCTTC 17640 TGTCGATACC ATTCTTCCAG CCCCGTGTGT TCCATTACCA CAGAAACAAA GCGCGCAAGT 17700 CCtTCTGCaT CGTGGGTGCG CTCCtCTACC GGCTCCTCAG GCGGCGCACT GGTGCGAGCT 17760 TCTTCTCCCG CTGCGGGGGC CTGTGGCATG CGTGCACGCA GCGCACGTAA CAGCGACAGA 17820 AAGCTACTGA CCTTTTGCCg CGCACGCGTG CCAAGCGCGG TCAGGTGGGT GGACTGGAGT 17880 GTGGTAAAAT CAGTTATGGC TGCCTGCTGT GCACAGACAA ACAATGCGTC TTGTGTCTTT 17940 TCTCCAATGC CCCGAGGCGG CTTATTCAGC ACCCGCCGGA GGGCCAGTTC ATCTGAGCCA 18000 TTGACTATGA GCTGGAGAAA CGCCAGCACG TCTTTTACCT CTGCGCGACT GTAGAATTTG 18060 AGCGTGCCGA CAATGCGATA CGGAATGCGA TTCCGCAAAA AACACTGTTC AAAACTCAGC 18120 GACTGTGCAT TTACCCGATA TAAAATCGCC CAATCCGCGT ATGGGATGCC gCGCGCACGC 18180 kcTTCTTGAA TGAGGTGCAC GCACAGCGCA gCTTCTTCAT CTTGATTATT CAGCAAGAAC 18240 AGGCGCGGCT TAGTACCTCC CGTGCGCTGG GCAATCAGCG CCTTTCCTAA GCGGTCTTGG 18300 TTTTTTTTCA CTACCGAATC AGCAACACGC AGAATTGCGT CTGTGGACCG GTAGTTGTAC 18360 TCCAGGCGGA TAATCTGGGT ATTTTGAAAG AACTCAGGGA AGGTCAAGAT ATTTTTTACC 18420 TCTGCTCCGC GAAAGcGATA GATGGACTGA TCGTCGTCCC CTACCACACA AAGATAGGTG 18480 TGCGcACCGG TGAGCACCTG CAAGAAATGA AACTGCGCCA CGTTTGAGTC TTGATACTCA 18540 TCTACCATGA CCACCTGCCA CCGTGCATGC AGCTGTTCGG CGACGTCCTG GTgcTCACGC 18600 AAGAGCTGCA CCGGAAGCAT AATCAGATCC CCAAAGTCTA CCGTTCCCAT TTCGCGCATA 18660 CGCCGATGGT wrCACGCATA TGCGTGCGCA AACTGCCTGT CACCCAGAAC GGCTCTGGCA 18720 GCGCATGCAG GAGCGGAGAC ACGCGCGTGC ACTGACTCAA ACGAGGCGCA GTCGAGCCCA 18780 TAGTCCTTTG CCTGAGAAAT TCCACGCGCG AGCATGCCTG CCCGACTGTG ATCGCAATGA ' 18840 GGCAGGATTT TTGGCAAGAG TGCACGGACG TCATGGTCGT CATAAATACT AAAATGGGGG 18900 TTCAATCCCA GACGGACTGC ATAGCGACGC AGGATCCACA CCCCCAGTGC GTGGAAGGTA 18960 CAGATAGTTG CCCCTGCGCG GCAGACTCAA GCGCGCAGGC ACGCGTGCGC ATCTCAgCGC 19020 CGCTTTATTG GTAAAGGTTA CTGCCAGAAT CTGCTCGGGG CGAACCTGCC GGGAACGGAT 19080 AAGATGGGCG ATTTTGGTGG TGATAACGCG CGTCTTTCCT GAGCCTGCGC CGGCAAGGAT 19140 AA 19142 (2) INFORMATION FOR SEQ ID NO: 82: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2178 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 82: TATCTATTTC AGTTGGATTT TGGCGCCTGG AACTGGGGAT TTTTCGTGTG CCACTTTCTG 60 ACACGCTAGC TCTGTGGCGC ACATTGAAGG AGCGCCTcTC AgGGTTGTCG CTTCCCACGC 120 TTGCGgTGGA CTTGCCAGGG GGTGGAGGAA AGTTTCCGCT TGTGGCATTG GCCTTGCAGC 180 AAGATGTCAC GTGGCATCAG GAACGCGAgG CGTTCTCCGC ACGCGGcATC GATGGCGCGT 240 GGTACACGTA cCCGTTCTGA CCGTCAAAAC ACCCCGCGCC TCATCGAGTG GAGAGTGCGC 300 CGCGTGGTAC AsGGGGCAGC GCGAAACACC CCTGCGTGAA GGTAGGCGGA GGAGGGGGTA 360 CGGTGGTATG CACCGAACCC AGTGATGCAC CGCCGCCCCC CCCCGAGGGG TCCTCTTCTG 420 CCCCGCGCGC CCACGCAGCG CCGCAGAACG GTGAGAAAAG AGGACGCGCT CTCTACCGGC 480 TAACACATAT CACGCGTGCA CGCAGCCCCC TCGCTGCCGT TGATGCGAGC TTCCAAAACC 540 TCGAGTGCAT CGCGAAGCTG CTGTGGCAGC CGCGCGCCAA ACTTTGGGTA GTGATTCTCT 600 CGGATGTCTT TAATTTCCTT TTTCCATCCG GCTATGTCCA CCGACAAAAG CTCTTTCACT 660 GCCTGCGTGC TTACGTTTAA CCCCTCTGTG TTCAAGGCTC CCTCTTTGGG CATCCAACCG 720 ATCGCTGTTT CCACCGCGTT GTCCACACCA TCACAGCGGT CAAAGATCCA CGCGAGTACT 780 CGGcTGTTAT CGCCATATCC GGGCCACAGG aAGTTGCCCt CTGCATCTTT ACGAAACCAG 840 TTAACGCAGA AAATCTTTGG CAGGTTTTCG GCACGTGCCT GCGATCCGAG CTTAATCCAG 900 TGCGAAAAGT AGTCTGCCAT ATGGTAGCCG CAGAAGGGGA GCATCGCGAA cGGGTCTCGG 960 CGAATCTGAC CTACCTGGTC AGAGATAACT GCTGCAGTTA CCTCCGAGCC GATGATGGAA 1020 CCTAGAAACA CCCCGTGATT CCAGTCCCGG GCCTGATGCA CCAGGGGAAC CGTACTGGGG 1080 CGACGGCCGC CAAACAGAAA AGCGTCGATA GGGACCCtTC GGGATCTTCC CAGTTACTTG 1140 CAATTGCAGG GCACTGTCGC GCAGgAGCGG TAAAACGCGC ATTCGGATGC GCAATTTCTT 1200 CTCCTTTTGG ACTTTTATCG CGTGTAGGTG CGGGGCGCGA CACGCCGTGC CAATCAATGA 1260 TTGTTCCTTT AGCGGGATAG CCGATACCCT CCCACCACAC GTCGCCGTCT TCGGTCAGAC 1320 CACAGTTGGT GAAAATGGCG TTTTCCTTGA TAGAGTCCAT GGCATTCTTG TTCGAGAAAT 1380 CAGATGTCCC TGGTGCTACG CCGAAGAACC CCGCTTCAGG ATTGATAGCG TACAGGCGGC 1440 CGTCCTTTCC GAATTTCATC CACGCGATGT CATCGCCTAC GGTCTCGACC TTCCATCCAG 1500 GAAGGGTAGG GATCATCATA GCCAGATTCG TTTTGCCACA TGCAGAGGGA AACGCCGCAC 1560 CAATGTACTT GGTCTTTCCA GCAGGGTTGG TGATTTTAAG GATGAGCATG TGCTCTGCAA 1620 GCCACCCTTC GTCTCGTGCG AGTACTGAAG CGATGCGTAA TGCGAAACAC TTTTTCCCCA 1680 ACAGGGCATT CCCTCCGTAT CCTGAACCGA AAGACCAAAC CAAGCGCTCT TCAGGAAAGT 1740 GAGAGATGTA TTTGCGCTCC ATATCCGCGC AGGGCCACTG GCCTGCGTCA GTTACGCCCG 1800 GTCCTAACGG CTTCCCCACA GAGTGCAAAC AGGGGACGAA CTCACCATCA GTACCCAACG 1860 CCTCAAGCAC GCGGGTACCC ACGCGTGTCA TGATGTGCAT GTTGCAAACG ACGTACTCAG 1920 AATCGGTGAT TTCGATGCCA TTTTTAGAGA TGGGTGAGCC GACCGGTCCC ATGGAAAAGG 1980 GAATGACGTA CATGGTACGG CCCTTCATGC ACTGGGAATA GAGACCGGTC ATAGTCTTTT 2040 TTAATTCTGC aGGATCGGTC CAATGGTTAG TGGGTCCTGC ATCATCCTCC CTTTTTGAGG 2100 CGATGAnAGT GTTCGCTTCG ACGCGCGCAA CGTCGGAGGG CTGTGAGCGA AAGAGGAAGC 2160 AGTTCTTACG TTTTTTTA 2178 (2) INFORMATION FOR SEQ ID NO: 83: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 9365 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) , SEQUENCE DESCRIPTION: SEQ ID NO: 83: TAAATATCTT GTAAGCTACG AGGAGCGAGA ATGTCTGCAT TGTTTTCCTT GGTTGCGGTG 60 TACGTGCTTG TGTGCGCGCT GCACAAACAG ATTAAAAAGT ACGCGTCTGT CTGCTACCTC 120 GGCAGTGCGT GTGTCAGTGT TGCGGTTGTC TGTGTCGTGT GGAGCGGCGC AACCAAGGGG 180 AATTTTGGCG TGCGTGTGCT TCTGCATCCG CTGACGAGTG CGAGTTTTTC CACCGCGATC 240 TTTACATTTG TGATGTGCGC GAGTGTGCTG AAGAACGGTT TGCTCAAGCA GCGTGTCATG 300 GGGTTGCGTG CGGAACTGGC CATCACCGCG GCGATTC CA CTCTCGGGCA TAACATCGCG 360 CATGGAAGGG ACTACCTGGT GCGTCTGTGC GGGAGTACCG GGGATTTGTC TACAGGGTTT 420 CTTGTCGCGG GTGCTGTCAG CATGGTCCTC GTTCTTTTGA TGAGCATTTT GGCGGTAACG 480 TCTTTCAAGg TAGTGCGCAG GCGCATGGGC GCAAAGACAT GGAAGCGTGT GCAACGCCTT 540 GCATATCTCT TTtACGGGCT TACGTATGTG CACCTTTCCT TTATCCTCCT ACCGACCGCT 600 TTGAGGGGGT ATATCCCGAG TGTCGTCTCC TACGTGTTGT ATACCGTCAT TTTTGCCACG 660 TACGCGTTGC TGCGTGTCCG CAAGGCGTTG GGAAAGCGGA AGGGTGCTTG CGCGTTGTGC 720 TCCGCGGCGG TTGCTGTGTC CTTCGTTGCG TTCGTCTTGG GCGCGTCTCA CATGGTCAGG 780 CACACGAGGC GTGCGCACAC GGAGAGGACT ACGCGTGCAA AGGCGCGGAA GTGTTCTCCT 840 GCAGAGATGA AGGACGGCGT CTATGAGGCT AGCGCGCAGG tCACAACGGA AAGCTAAGTT 900 TGAGGGTGAC AATCTCGCAG GGTAGGATTG AAGCTGTCAC CGTCGTGGGG CACAGCGACG 960 ATGATCCTTA TGCCTCCTGG GCGGTAgAGG GTGTCTCGGC GGCAATTGTA GGGGCTCAGT 1020 CTACCGATGT CGATGTGGTG AGTGAGGCAA CTTCCACTAG CGAGGCAATA ATTCGGGCCG 1080 TGGAGAAAAT TCTCCAGCAA CCGCAACCGT AGATCTAAGA AGAGCGGCGG TGGGATGTGC 1140 TTGTTTGTCT TCGTTTTGCT GGGCGCGTGC GGGGGTCGGT GTGTCTGTGA GTAAAGGTTT 1200 AAGGGGTACG CTCATTGGTG TGGGCGTCTC ATTGGCTTTC CTGTTGGTGG TA ATCGCCT 1260 CTTCGCGGGG AGCTATAACC GTATGATCTC GCTTGATGAG GCTGTCAAAA GTGCCTGGAG 1320 TCAGGTAGAG GCGGTCCTGC AGAGGCGCTT AGATCTGATC CCCAACTTGG TCTCGACGGT 1380 CAAGGGTTAT GCAGAACATG AGTCGGATAC gCTGAAGCGT GTTGCGGAAn GCcGTTCGCg 1440 TGCCGGTGGC GTTATGCAGG TGGGTGAAAG CGCACTCTCT GATCCGGAAA AGTTTGCTCG 1500 GTTTCAGCGT GTCCAAGCAG AAATAGGCGG TGCACTCGGG CGTTTGTTGC TTGTCAGCGA 1560 GCAGTATCCT GCCTTGCGCG CAAACGAGAG TTTTCTTGCG TTGCAAAGTC AGCTTGAAGG 1620 AACTGAAAAT CGTATCTCTG TGGAGCGGAC GCGCTACAAT CGCGCCGTCC AGGAATACAA 1680 CGCCTATATC CGTTCTTTCC CACGCAGTGC GGTGGCGCGT TGGGGTAATT TCAGCTCCCG 1740 CCCGTACTTT ACGGCACATG AGGGGGCTGT TGcTGCGCCT CGCGTTCGGT TTTGAGTGTG 1800 TGCGTTGCCG CGCCAAGAGC GGTGTGGTTT TCTTTGCGTA GGATCGGTGA TCTTCTCTCA 1860 TGGCTCGTGG GGAGTAAGGG GGTTCGTGGG TCTTTTTGTG CCGATCCTGT CCCTCGTGTG 1920 GATGGCGCGC ACGGTGGCGA TGACCCGAGG CGGGAGGAGG ACGCGTCGGG CGCTTTTCAT 1980 ATTCCCCGTT TTGCTGCTCG GTTAGGACTG GACTCTGCAG GACTGCTGCG TATCCAACGT 2040 ACGGTGGCTC GTGTCGAAGG ACACACTGAC GGAGAGGTGG CGCTCGCTCT TATCAAGGAA 2100 AGTGATTCGT ACTCGGTCTA TGAGCTGTTT TTCGCACTCG TACTTGCTGG CGCCTGTTTT 2160 TGCGTTCAGC TGAGCATGGT GTCGGTGCTT GAACAAGCGT TTGCgCGTTT CTTTTGGGCG 2220 CCGCCATCGT GGTATATGCC gGCGTTTATG GTAGCGTCGA GTGTGGCAGC GTGTGTACTT 2280 TTTTTCTTTA TCGCAAACAT TCCGTGGGTG GATCGCGCGC TGGTACCGGG ACCTCTCAAG 2340 CAGCAAAAGA GCTATGCgCg cGCGGTGCGC CaCTTTGTGG AAAGTGGTGT GTGCAATACG 2400 CGCAATCGCA CGGGGATTCT CATCTTTATT TCTGTGTTGG AGCGGCGTGT GCTGGTGCTC 2460 GCAGACGTGG GGGTGAGCGC GTACGTGCCT GCCCgTGAAT GGACTGAACT GTGTCAAATA 2520 ATTACTGCGG GGTTGCGCTC GCGTCGTGCA GCGGACGCCT TATGTGAGGC ACTTACCCGT 2580 GTGGAACAGG TGCTCgctAC GCgGATGCCA CCTCAGaAAA AAAGTTCCAA CGAGTTACCG 2640 GATGGGTTAG TGATTTTGAG TCACTAGAAT TGAATCGGTG TTCTGCGTAt GTGATTCCAC 2700 TAGGTAAGCG GCATGGGCAT TCTGCTGTGG CCGTGTGTTC GCGGGGTGTT TCTGTGTTCA 2760 GAGGAGAGAA GGCGATGGAT GGGGTGCGGG GGCGCCTGAG TGCCCTGCGT TCGCTGATGC 2820 GTGCGCAAGG GGTAGATATT TGTTATATCT CCGGTGAGAA CGCGCATGGG CAGATAGATG 2880 GTGCGCGTGA ATATTTTTCT GGATTTACAG GCTCTGCAGG AATAGTGGTG GTGAcCcACA 2940 ACGTGyGTTT TgTGGACAGA TGGACGGTAT TTTATCCAGG CTGAGCGTGA gcTGTCGGCA 3000 TGTGAAGTGT GCCTTTTTCG TACAGGGCAG GCGGGCGTAC CTCGGGTAAC TGAGCTTTTG 3060 CGTACAGAAC TCCGTGCTTT TTCATCCGGG CCTGGGCACG GAGGGGGAAC GCTCGCAGTG 3120 GATGGCCGTA CGATTTCTGC GGCTGTATGG GAGCAGTTTC AGCAGGAGCT TGTGGATGTA 3180 TCGctTCGCC TAGACTTTGA TGGGgCsCTC CTGCTACCGC AGaGCATCGC tTTCCGTAtT 3240 CCTTCCCtGC GTTTTTGTTG GATGAGCGCT ACACGGGgTT GAgTGCGGCG CAAAAGCTCA 3300 CCCAACTGCG CGCAGCGCTC AgTGCACGCA GCTGTGATGC AACGGTGTTG TCCACATTGG 3360 ATGATGTGTG CTGGCTCACC AATGTGCGCG CACACGATGT GCCGTGTACA CCGCTGTTGG 3420 TGGCATACAT GGTCGTCACG CACACCCGTG CCTTTCTTTA TGTGGATATG CGCAAAATTT 3480 CTTCTGCATT GCATCAAGCT TTGTATGCGC AGGCGTTGAG TGTATGCCGT ACGATACTTT 3540 TTTTGATCAG GTGTGTGCGC GCTGTGGGAT CAGGAACCGA CGGTACATGC TGTGGGGAAA 3600 GGAAGAGCAG GAGTGCAGGA AGTGGCAGGC AGAACGCCAG TGcGTGTTGT TGGACTTTGA 3660 GCGTTCGTGT GCTGCACTGG TGGATCTCTT TCGTGCATCG CCGCAGtGTG TAGACCGCaG 3720 tGGAAcGATC CGCTCCTTCC GGTTCGTTAT CTTCTGTGCT GGGCATAGAA GAGGATGGTA 3780 CTGAGACCAG CAGAGGTGGG AAAAGTGCAT GTGCGTTGCA GTCTGCaCGC GACGCTCTGG 3840 CAGCAGGGAA AGAAAAGGAG AACAAAGAGG AGCGGGGACA GACCATGTGC TTCTCCGTTT 3900 GTCGTGGACT TTTGCCAACT GTAGCGCTCA AAGCATTAAA GAACGACACC GAGCGAGCCA 3960 ATGTGCACCA GGCAATGATA CAGGATGGGA TTGCGCTGGT AAAAACGCTG CAGTGGGTGT 4020 ACCAGCAGCT TGaCGTGGGT GCAGACGTTG ATGAATGCGC TGTAGCGGAG TTTGTACGTG 4080 CTGCCCGGGC GGTGTCTCCG TCTTTCATTG AAGAAAGCTT TCACACCATT GCAGGATACG 4140 GGGCGAACGC AGCAATGGTG CATTACCGCC CCGTGCGTTT TTCAGCTTTA CACCCTGCTG 4200 CGGGTCAAAc GGCAGCAcTg cTTCGCGCGC GTGGTTTTTT ATTATTGGAT TCTGGCGCGC 4260 ATTATCGTGA GGGTACCACC GATGTGACGC GCACGCTGGC TCTCGGTCCT TTGACAGATG 4320 TGCAGCGTGC AGACTACACG CTGGTATTGC AGGCGCACAG TGCgCTTGCC GTGCGcGCTT 4380 TCCTGCAGGG ACCAGTGGGG CGGTGCTCGA CGGAATTGCC CGGGCTCCGC TGTGGGCACA 4440 GGGACGAGAC TACCCACATG GGACGGGGCA TGGGGTGGGT TTTTGTCTTT CAGTGCATGA 4500 GGGTCCCTAT AGTATTTCTC CGAGTGCTCC CGGGAGAGGA GGAACTGCAC GAGGCATTGG 4560 GGCAGAGCAC ACGGGAGATC CTCCCTTTTT TTCTGAGGAG GCGGCGTGGC AGCTGCGCCC 4620 GGGTATGCTC CTTTCCAATG AGCCTGGGGT GTATGTGGCT GGCTCTCATG GCGTGCGCAT 4680 AGAAAATCTT ATGTGGGTGG TACAGGCGCA TGAGTCTGAC GCGCAgTGTG TGTGGAAGGA 4740 AGGAGGGGAG GGAAAGGAGG AGAACGCGGC GGCGCGTGAG TGTACGGGTG CAGATAGGAT 4800 GCAACCGTCA CGATGCCGAA GTTTCTATGG ATTTCAAACT GCAACGCTGT GTCCAATtGA 4860 CACGCGGCCG CTCGTGCGAG AACGATtGCA CGATGAAGAT ATTGCGTGGC TGAATGCCTA 4920 TCACTACGGG TGTATGTAAC CTCGCGCCGT TTTTAGAATc cGTACGCGCG CCTTTTTGCG 4980 CACGTGCTGT CGTGCGCTAT AGCGTTTTCC TGTTGATTGG TGTTATACGC AGATCTTGAT 5040 TTTTGATCAT AAAGGACATT AGCTTAGGCG GGTGCACTGC ATGTGGTGTC TGAAAAGATG 5100 TCCGCGGGCA AGAGGAGGGA ATTGTGATTA CGATTTTCGA AGCGCTTGAG CGTGTGCGCG 5160 TCATTCCGGT GGTGACGCTT GAGCGCGTGG AAGACGCAgT GCCGCTTGCA CGCGCCTTGA 5220 TAACAGGTGG TATCAGGTGT ATGGAAGTAA CATTTCGAAC GTTGGTTGCT GCGGAGGCGA 5280 TTGCGGCAAT CCGTCAGgAA TGTGCTGATG TGTTACTTGG TGCAGGAACC GTACTGACGG 5340 TAGAGCAGGC GCAgCAGGCG CAGGCAGCAG GTGCGCAgTT TGTGGTCAGT CCCGGTTTTA 5400 ATCCGCGGGT TGTTGCGCAC TGTTTGGGGC ATGGCGTTCC GATCATACCG GGGATAGCAT 5460 CTGCAACAGA AATTGAGCGT GCGCTTGAGT TTGGTATTTC gGTAGTAAAG TTTTTCCCCG 5520 CTGAGCTTTT GGGAGGTACG GCAATGATGA GTGCGCTCGC AgTCCCTACA CGGCGGTGCG 5580 TTTTGTGCCT ACGGGGGGAA TTCATCTTAA TAATCTTGCT GAGTATGTGG CGCATCCTCG 5640 GGTGCTCGCC TGTGGGGGCA GTTGGATGGT ACCGGCGCAG TCAATAGCGG CAGGAGATTT 5700 CTCGCAGgTT ACTGCACTTT CTCAGCAGAC GTTACAGATT GTCGGGGTAA TGTAGGGGGT 5760 GGTGGCTCAA ACGTTGTCTT TCTCAGAGAG GGCACGTATA CTGCCGGCGG CACTCAGGTG 5820 CGGGAGGTAA CTGGTGCGCA GAAACTCGAG GACGATGGCA AAGATAGTGG CGcTGCTTGC 5880 GCTTATTCTT TTGCTCATAT TGGCAGGTTT TATTTGGTTT GATTATTTAG GAGTCCTCGA 5940 TGCAAAGCGG GCGATTTCTC CGTTGTACCG TCTTTTTGGA CGTTCGGTGC CGGAGGGAGT 6000 TGTGTCGACT GCTGATCCGG ATTTGGATGC GGATCGTTAT GCCAAGCGTC TTGAGGCGCT 6060 CGGGGAGCGT GCAGAGGAAT TAGATAAAAA GGACGCTGAG CTACAGGAAA AGGAAAAGGA 6120 TCACGAAAGG GTTTCTCAGG AGTTGGATGA GCGTCTGCGC GCGCTTGAGG ATAAGGAGAA 6180 ATCCTACAAC TTGCTTGTTG CGGAGACAAA CGAGCGTCGC GGGAATGTGC GTAAGATTGC 6240 AGAATACGTC AGTGGTATGC CTCCGGAGAG TGCGGTAAAG ATTCTGCTGA AAACTGATGA 6300 TCAAGATGTG ATTGAAGTGT TTCGTATGGT GGATGCGGCC GCTCGGCAAA GGGGTGTTAA 6360 CTCTCTTGTG CCGTATTGGC TTTCTCTTAT GCCTCCTGAC AGGGCAGCTG AGATTCAGCG 6420 GAAGATGGCA AATAAACCTG CTGACTTTCC CTAGGCGGTT TATACCAACT TGATAAAGTG 6480 CTCTTATGTT TTTTTCTCTC CTTTCGCCGG CTGCTTTTCT GTTTATTTTT TTTATCCTGT 6540 ATTGGTACGT TTTCCGCACC GCGACGCAGC GGGTCGTTGT GCTGCTTGTA GCAAACTTTC 6600 TTGCTATTGC AGCTTTTGAT ATTCGCTTCT GCATTCCGTA TCTCGTTTTA AGTGCGTTAc 6660 CTACAGCTGT GGGTTGCTCA TACTCATGCA GAAAAGTTTC TTATGGAGAA AAGTCCTGCT 6720 CATTGCGGGT ACCTTGTTGC AGATACTTTT CTTTTGTCTT TTTAAACATT TCTCTGATAT 6780 GCTCTCGCTC GTGCGTGCAT TTGCTCCTGC ATATTTTGCG CAGCACACAT GGCACCAACA 6840 TGTAAAAGAC TGGAATATAT GGCACCCAGT GGGTATTTCG TACTGTACAT TCAAATGTAT 6900 GAGCTATGTG TTTGACGTGT ATCTGTGCAA GATACGCAGA AGAGAGCCgT TTGCACGTGT 6 60 GCTTTTGTAT GTGTCTTTTT TTCCTCAAAT GATTTCAGGA CCTATTGCAA ACGCATCGCA 7020 TTTTTTTACA CGTCTGCCGC ACAATTTGCG CGCTGGTGAA AGCCCCTTAG ATCGTCCTAT 7080 CCACTTTGAT CGTGCGGTGG TATTACTGTA CACGGGGTTG GTCAAGAAAG TTATTTTTGC 7140 AGATTTTCTT TCTATACTTG TGACTGATAA AATTTTTACG CTTCCTTCCG CATACAGTAG 7200 CACCGAGTTG CTCTTTGGCC TCATCAGTTA CAGTGCGGTT TTATACTGCG ATTTTTCTGG 7260 GTACAGTGAC CTGGCAATTG CAGTTGGGTT GCTTTTTGGG TTTGAAACAC CGGCGAACTT 7320 CAAACGCCCT TACATATCTC AGTCAGTTAC TGAATTTTGG AGACGCTGGC ATATTTCCTT 7380 TTCTCAATGG TTGAAAGAGT ATTTGTATTT CTCACTTGGG GGTTCACGTT TTGGGATCAA 7440 AAGAACGGTG TGTGCACTTT TTTTTACCAT GCTGATCGCA GGTCTCTGGC ATGGCGTACG 7500 CTTGACGTTT CTGTTGTGGG GTATGGCGCA GGGTGTGGCT TTGGTAATTG AGCGGGTGTA 7560 TAGGGAAAAA AGACGGGTGA ACGGTGCGAA TGCCTTTGGA TCAAGTAGTG TGATGGGAAG 7620 ATGGAAAGCG CGTGCTATGC GGTGTATACG CGTCAGTGCA TTGTTTCTTT TTGTCaGTGT 7680 TGGATGGCTT ATTTTTCGCG CACCGTCTTT TGCAGAAGTG TGGCGGTACG TTACCTTGCT 7740 GTTCCGAGGA AGTTGGCATG GGCCATTCCA AGTTATCACG CCATTTACCG CGTTGCTCGC 7800 GCTGTGTGCA CTGTGTGTAC AACTCCCTTC AGATCGTACG CGTGCGCGCG CGTTTGCTTG 7860 CTACTGCGCA GTGCCCTTAC CCGTAAAGGC TTTGTGTGCG GCGTTCTTTT TCTTTGTACT 7920 GTCGGTTATG ACTCCATCAG GTATTGCGCC CTTTATTTAT TATAGTTTTT AGCGAAGGGG 7980 CTATGATGAC AACAGTGCGT GTTATATTGC AAAGGTGTGC ACGGGGAATA TGTAGTAATA 8040 AGGGTCGGTA CAGTGCGAAT CAGGTACTGC TTTTTTGCAT ACTTACGCTG AGCCTGTGGA 8100 CGCCATTTCT CGGTCCGGCG TTGCGCCATC CTGCCGTGTA CATACGGCAC AAGAGCGTGA 8160 AAAACATCTA CCTTGCATTC GTAGATCCGC TCATGCACAC TGCAGAACAG TGGGGAATAG 8220 ATACGGTATT TCCTCTTTTG CGCGAGAGTT TTTTGCATGC GACAGGTTTG ATACAGCATC 8280 CGGAGTGGGA AGATACGTTT TATCACTGCG AGCAACGCTC TTATGAGCCA GCTGCTGCCC 8340 TGGCGGAGTC TGTGCCTTCT CCTGTCTTAC AGGAGGCCGT GGCCGTTTyC CCTCCGGGGG 8400 TGGCGGTTAA CGATTCTGTT GCGGAAAGAA AAACAACTGC TCCCGCACGT GTCTTTTCGC 8460 GTACAGCGCT TCGTATTTTG ATGTGTGGAG ATTCCCAAAT GCGTTACCTT ACCGGCGGTG 8520 CGTTGCAGGT GCTAGGGACG TCTTCGCACG TGCAGATTCA AGAAGTGACG GTTAGTTCTT 8580 CTGGTTTTGT GCGGACCGAT TATTACCACT GGCCACGAAA ATTTCTCGCG CTCCTGGATA 8640 CGCACACCCA ACAAGAACCA TATGCAGCGG TAATTATGGC ATTTGGTATG AATGACTATC 8700 AAAATTTTTA TGATGCGGAT GGCTCTTTGT GTGTGACGAA AACTGCACGC TGGGAACGCG 8760 CGTATGAGCA AAAAATGCGC GCCTGTTTGA ATATTATTCT GCACACAGTA CCGAAGGTGT 8820 ATCTGTTGGG TATGCCAGAG ACACGTAACA AACAGTTGAA TGAGAAGCTT GTGTACATCG 8880 AGCACGTACA AAAGAAAGTA GTGGCGCAAT ACGATCCGcA GCGGGTGCGC TATTACTCCC 8940 TCAAACCAAT TGTACCCGGT GTACACGGAA CATATGCAAG CGCGATAAGG GACACGCACG 9000 GCCGTTGGGT ACACGTGATG CACAAAGACG GCATCCACTA CACCATAGAG GGTGGTGCGT 9060 ACGTTATGGA AACTCTCTTA CCCCTTATTC TTGCAGATTT GGAACGGTCT CGTCACGGAT 9120 ACATGCGTTC TTCTCTGGGG TCGCATGAAC TCCCTGCGAC GAAGGGGATG GAAAGAGCAC 9180 GTCACGCGTC AACTCGAACA TAGGGATAAA CCGCACCGTT GTATCCTGCA TGACAGGGGG 9240 TGCGTCCTGT CAGGGGGTTA TCGTACGTCC ACACCGTTGC CTGCACTTGC ATAGTGCTGT 9300 TTTGGTCACC TGAGAATGTT ACCGTAAAGG GGAGTGGTGG GCGCGCCTGC GATATGAAnC 9360 GTACC 9365 (2) INFORMATION FOR SEQ ID NO: 84: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 5019 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 84: AGGGTGTnCn CCGCACGGAA AATCTCnTCT ACAGCnTCCC GATTGGTGGG ATCCTGCTCA 60 ATGACGAGTA TATTGCTTTC GAGCTGCTCA ACCTGTTGtC CGCCTCGCTG AAAAAATCCT 120 TCAGCAACTC TTCGTTGCCC GCGTCGAGGT AATCGCTCAT GGGCACAATC TTCCCGCATT 180 CTCAGCCTTT GGTCAAGGCA ACGTCCAAAA GACCCCGCCA CCCGCTGCAT CCCTTGACAC 240 TTCCATCAGC CGAGAATAGA CTCCGCCATG GCCCGCGCGC AGGTACGTTT GTCAGGTCGG 300 TTTCTCGCCC TCGGTGGTTA CTCCTTGTAT GCCGCGGGAC TGGTCCTACT CCTCTACCGA 360 GCGGTGGGGG TCTACGTTTG GATCCACTTT TATCAAAACC AGACCCTCTC GCAGCTTTCT 420 ACCCACGCGC GGTCGTCTTG GGTATCGATT GGCGGACACG CaGCCTCTTC CTCGGCGCGG 480 TGCTCTTGAC CGTTCGGGAC GTGCGCACCT TCAGAGACGA CAGCACGATG TGGATAGCCC 540 CCGTCGTTCT CTGGTCCGCG GCGACCTACT CCAGCATGGG aGmCTGCGGC TTCTCTCTCA 600 GGGCCGTAGC CAGCGGCGCA TGCGGCGTGC TTCTCTTCGC CGTTTGGTCG CTCGCGTcAG 660 AGCTTGGGCG CCGCCGCCCT TAGCGGCGCG TTCGCCCGmG GCTGAGCCTT TTTCATAAGA 720 GGGTTGcTGC GTAGGCAGCG CGCGCAAATC CGCATGTTCA GCGCAGAGCC ATCTAcAACT 780 ACTcTCAtGC GAgCArGTTC GGTTTCCACA CCCGCTTGCC AGTGGTGCAT CGATTTACTC 840 ACGGCGCACC CGCTGATCGT CCCCTTTCCA CACAGTCCAC ATCTTCTTGC caTCGkwmAT 900 GTCTCCGCCG CCGATGATAA AGAAAAGGTC CGCCAGAGTA AAGGCGgCAC GCGCGCTTTA 960 TGGCATAATG CTCCCCTGTG CGGTGGTCAA CCAACGCAGA AGGAGCGCCC TCATGTGCGG 1020 AATTCTCTCC ATCGTCGTAA GTATCGCTGT TCTTGCACCG CTGGCAGTTG CAAACACCCT 1080 cTGtACGCAC TGTACCGCCC GGGATGCAGA TGGGTTAATC ACGCGGTATC CACCTGGGGT 1140 GCACGGACTA TCTTTGCCGT TCTACATACt ACGGAAGACT TAAGTTTTAC AGCGACTACA 1200 CCCACGCTGA GCACCTGCCC ACGCAgTACC TTGTAGTCTC AAATCATCAA AGTGTGCTAG 1260 ACACCCCTGc ACTCATGCGT TACTTTGGcT ATATtGATGC GCCGAGGTTG CGCTTCGTAG 1320 CAAAGCGAGA GCTCGCGCGC TTCGTCCCCC TTGTGTCCAC CATGCTCAAA AGCGGTCGGC 1380 ACTGCCTGGT AGACCGGCAT CAGTCAGGAG CACAGGCGAT GCAAGCGCTC GAAACGTTTA 1440 CACACCACGT CATGCGAGAg CGATGGCTCC CTGTGATCTT CCCTGAAGGG ACACGATCAA 1500 GAAACGGCGC CCTGCgCATC TTCCACGCCG CAGTTtCCGT GCGCTCACGG CACGGCTCCC 1560 ACTCCCCGTA GTTGTATGCG CGTTGGACGG AGGGTGGAAC cTACGCCCGT TGCTGAAAAT 1620 AGGACAGAAG CTTAAAGGAA GCGCTTACCG CGTCAAAGTG CTCGGCGTTT ACCCCGCACC 1680 CCACAACAAA GACGAACAGC TCTCCCTCCT ACGCGAGGCA AAAGCGCTCA TTCAAGCGCA 1740 gcTAGACGTC TGGCGCTCGG AGACCACCTG TCCTCAAGAC GAGTGCCTCA CGCGCGCCTC 1800 CAAAGACTCC TAGTTAAAGT CACGCGGCCG ACGCTCAACA CGCCTGCACT TAGGACACTC 1860 AGCGATGTTC TTCACCTTTC CGTTATCAAC AATAGACCTC AGCACCACCT CTCCCCCGCA 1920 CGGACAGTTA AAGCGCTGCG TCGCCGCCGC AGTACGCGAA TTTTTGCTGG CACCAGCCAT 1980 TTTCATACCT CCTAGTAGCT CGCTCGCCAG GCTGCATCAC ATTGTCCTTT TGGTCAAGCG 2040 TATGGCGAAT TCTAGGGGGA AGACACGACA CTCGCCCCGC CTACCGGCGg TACGTACTCT 2100 CTGCATCGCG ATATAGAACC GTGGAATGAG AAAAAATGGC CTCATATTGA CAGAGATTTT 2160 TCCTGTTCCC ATAATGGCAC CCTGGGTGGG GTAGGCGTGG CGCTCACTAA GTCGTTTTTG 2220 GAGTCAAGAT CAACCGGGGA GCTGTTTGCG CTTGCAGATG AGCTCGGTCT TTGCTTGCCT 2280 GAGGATCTTA ATCGAAGACT TGTCATTGGC GAGATCCTTG ATTGTTACCA CAGCGCTCTT 2340 GATTTGAACC CTCCGTGCGC TCCCCAGTCC CTTGAATCAA AGGGGACTTC GTGTGCCTAC 2400 AATACCACCG AAATCCATAT CCTTGCCCGT GACCCGCTTT GGTTCTTTGT CTTTTGGGAT 2460 ATCCACGAGC AACTCTTTTG CACACTCACC CAGAGTCCTC AATTTAGGTC GTTCTTTCTG 2520 CGCGTGCACT CCCTCGGTGG TCATGGCTGG CACACCTCGC TCGACCACTT CGATATTGAT 2580 GTACCCCTCA AAGACAGAAA GCGTTACGTG CACCTGTCCT TGGCCGACGA TGCTAATCGC 2640 ATAGATCTTT GCTGCAAAAT GCTCCAACGC GAACGCATCC TTGCTCAATC CAGAgTTGTC 2700 ACGCTCCAGC GCAgCkTCAT AGAACGGAGT CTTwACCCCg AGGATCCAAC CGGCGCAGAA 2760 GTTCTCAGCC TCTGTGGGCT TCCCCTGCTT GAGGAAACCT ACCCAAGCAC GTCTCTTCCT 2820 GTGTGCTCAT AAGTGGGACC TTCATGAAGA AAATGCCaGT GCACTCTCTT GCATTTGTTC 2880 TCGATTGTAA TCTTCCcTTC GTCCGAGGGG CCGGCGCATC TTCTCTCCTC GCTGAATCCC 2940 GTTTTTTTCT CGAGATTTCC TATACCTACC TCCCCCTACT CCGCTTATGC GAAACACTCG 3000 AACGTGAGCG TGTTCCTTTT AACATCTCCC TCGCTATCGG GCCCGTTCTG TGCGAAATGC 3060 TCGCTAACCG CGTGCTTATG GACCGATACC GGCGTGCACT CGACGCACTC ATCGAATTCG 3120 GAGAACGGGA AGCCATTCGC CTGAGGAACA GTCTCCAAGA GCGCGTGCAA GCTGAAGCAG 3180 TGCTTCGGTC TCTTCGCTCT CACCGGGATT ATTTTGaTCA CTGmGATGGG GCACTCCTTG 3240 AACGcATCAA TCACTTTTTC CGcACAGGTT CCATTGAATT ACTCGcAACA ACGGCAGTTA 3300 ATTGTTTCTT ACCCTTCTAC CAAGaCATGc CCGAATCTAT ATCCGcCCAA ATCGAAATGG 3360 GGCTTATTAA TTACCGcAAA CATTTTTCCT CAATTCCCCG CGGTTTTTAT TTACCTGAAC 3420 TTGGCTATGC ACCAGCGCTT GAGCGCACTA TAAAATCATA CGGATTCTCG TACACCATAT 3480 TGGAAACACA TAGTTTCCgT TTGGcACTCG CGTACCCCGA CGTGGcATCT TgAGCCkGCA 3540 CAGACGTCCA AgGCTTGTGG TGCTTAGGAA AGGAsCGTGT CGCCACkGCA GAAGTGCAtG 3600 GCGCCACgCA TTCCTTCTGT ACACAGGCGG TGTACGGAAA TACAGAACAA GATGCTGGGT 3660 TTATACTGCC TGAGGAGGCT CTGTACCCTT TATTTGAACC ACACAAGGAA CGCATGGCTA 3720 CTGGGTATCT GTACCAGGCC CGTTCAGGCA CGCCGTATGA GCAAGAAAAA GCGCAACGCA 3780 CGTGTGTCGC TGATGCGCGG GCGTTCGTGC GTAATCGGAC AGAAATATTT GAAAAAGTAG 3840 TCCACGCAAC CGCTCCCTTC GAGGCTATGT CGGTGTGCGT ATTCCCTGCA TCACTATTTG 3900 GAGTTGCATG GGCAGAGGGG ATGGATTGGC TTGAAGCCGT ATTTCGCACC GTTGCAGAAA 3960 GCGCGCAAAT GCGnGTgTCC TGTACGGCGG CGCTCACCTG CCCCGCAgTG GGGGTGTCAA 4020 TCATTGAACC CTTTTTTGGA TCTTCACTGG GGGGAGGTTA TGCGGATGAG CTTATTAATA 4080 GCGCAAACGA CTGGATGCAT CCTGCAATAC AAAAAACCAC AGAACGCATG ATCGACCTCA 4140 CAGAGCGCTT TGCACACGAC ACCGGCTTTC GCGAACGCCT ACTGAACATG GCAGCACGTG 4200 ATGTGCTTTT GTGTCAGTCG CTGTTCTGGC CCCTTTTAGG GAACCATTGT CGCTACCCCG 4260 AGTACGCCGC TAGCGAGTGC GCCGACCACC TCAAGGCCTT TACGAGGGTA TACGAGGCGC 4320 TCGGCTCCGG AGAGGTAAGT GCACAGTGGC TAATGCGGCG CGAACGCGAG CTACCACTGT 4380 TCTCTGAAAT TAACTTTCGC TTTTTCAGTA AAAAGAAATG ACACCTCACC AAAAGGCGAT 4440 CTCCCCAGAG TAATACGATC GCATCGACCC AGCGCTATCT ATGCACAGCG CGCCGTCCGC 4500 GGCCAATCCG ACAACACGAC CCAGAATCGG AGGACGTGTT CCCGCACATT CGCGGAAACA 4560 GACGTACTCA CCCTGCTTCC ACAGACACGA CTCAAGCACG CCGATACTCG GcGGCGCCAT 4620 GaCACAGGCA TACAGCCGAT CCAACAGCAC AGGAAGGAAA GCAAACGGAT CAGGGCACCG 4680 CTCGCCTCCG ACAATCTGCG CGAGAGAGCA GGCATGCGAC AACTCGGGCG GAAACTTCAC 4740 CTGcAGGAGG TTACACCCAA TACCCACGAG AArCGCTCCC GCGCGcAcCT GGCAGAGCAC 4800 CCCGGnGATC TTACGATCGC ACACCAGGAC GTCGTTGGGC CACTTAaTGc GCGGTGCGCA 4860 CACACCTCCG AGGAAGGCCA TGTATGCAAG AGCGACCGCA TATCCAACAC AGAGCGAAAA 4920 CGCAGGGAAA GCAACACGCC GCAAAACGAC AGTACACAAA AGATTCTTTC CCGGCTCCGA 4980 TTGCCACTTT CTCTGGTCAC CACGAnCACG TCCAGCAAA 5019 (2) INFORMATION FOR SEQ ID NO : 85: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3843 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 85: GTGATCACTC AGGTACGCTA TCACGGTTCT TTAGATCCTA AGAACGTGGA AATTGACGAG 60 CACAGCTATG TGGGTACCCA CCAAGCGGGC AGTCGCGTGT TCTGGGCAGA GCGGCAAATT 120 CTTCTCTCCT CGGTTGACGC GCGCGCCTAC GTCCTGCAGC AGGATGCGCG TGTTACGGTC 180 GACGGGGTCA GCATCCCCTT GGTCGCAGGG GATAACGTGT ACGCTATTAT TTCTAAAATT 240 AATGATTCAG GCGCGGCAGT CCGTGCGTAC CTTGACCCGG TTACCAACGG TTTGAATATG 300 GAGACATCTG ACGCCAGGCA GTTGTGGTTG CAAGATGAGG ACGAGGCAAA CGTGTTTGCC 360 TCGTTGGGTT TGATTACCGA AGGcAGCGTC CGCCGTACAA TGTGTCAGCA GGTGCACGGG 420 TTTCAGGCGG GTCCATTTTT GACATGGCCA TTGCGGTGCG CAATGCCCTG CTTGCAGGTG 480 ATCAAGAGTC GCTCGGGGGT AAGATTTTAG GAAGTGCAGA TGGTGCAGTT GACAACCTTT 540 CAcTGCGTCT TGCCGAGACA GGAGCGCGGT ACgcACGTGC ACAGGCAACA CTTGCACGTT 600 TTAATAGCCA CATTCCGAAT GTGGTTGCAG CGGAGTCTCG TGAGTCTGAT ATTGATTTGA 660 CGCAGGCGAT TACGGATTTG AAAATGTTTG AGTATACGCA CCAAGCAACG CTGAGTACGG 720 TGGGCTCTTT GTATAAGCAC ACGCTCTTGG ATTATTTGCG GTAGGGGAAG GAGCCGCACG 780 CTATGGAGAT TCAGACGAAG ACGCTCGGTA CACAAACGGT TGAGGCACAC CAGATTATTA 840 CGTTGGAGCG TGGTCTCTAT GGTTTTGAGA AATATCATCG CTTTGCGTTA TTTGATGCAG 900 TGCAGGTTCC GTTTATTCAT ATGCAGTCCT TAGACGATCC GGCGTTGTCC TTCATTGCTA 960 TTGATCCGTT TTTGTTTCGT CCGGACTACG AATTGGACAT TGACGATGTA TTGTTGCAGC 1020 CGCTCGATAT TTCTTCTCCT ACCGACGTCT TGGTGTTCGC GTTGGTGACC ATTCCTCCCG 1080 ATGGATCTGC GGTGACTGCA AATTTGCAAG GTCCCTTGAT TGTGAACAAG AAAAACCGCA 1140 AGGCGATGCA AGTGGCGATG GGTGGCGATC GGTGGAGAAC GAAGCACGAT ATCGTCGCCG 1200 AAATGGCAGA AAGAAGGGCG CAGGAACAAT GTTGATCCTT TCGCGCAAGA CAAATCAGAA 1260 AATCTTTATT GGGGACTCGA TTGAACTGAC TATTATTGAG ATTCGCGGCG ATCAGGTAAA 1320 AGTCGGTGTG GAAGCGCCGC GTTCGGTGAA AATATTCCGA CAAGAGGTAT ACGAAGAGAT 1380 CCAGAGAGAG AACCGCGCTG CGTCCGACTC CCCCTGGTCT CCTAACTCAT TGCCTCAGTT 1440 GCCTGTGTAG TTGCAGAGGA TACCCATCCC TCGGGGTGGG AGTGTTTTGC GCGGATGACT 1500 GAGTTCACCT AAATCGCACC GCGTTCCAGT GCGCATTGTA GTGTTCGATT GCTGCCCCCA 1560 CATCTGTTTT TAGCGTTCCT CGCTCGAGGT CATGCTCGCT GTAGTATGGA GTCTTCTTCT 1620 GATATGCTGC CGCTTCCCGG TGGATAGTTG AAGGGAATCC AAAGGTGTCC AAAAACTCCG 1680 CGTAGTGTGC AGGCTCTAGG AAGAAGTTGA TAAACGCATG GGCAAGGTCG CGATTGCGTG 1740 CCCCCTTGGG AATGCAAAAG CTGTCTACGT ACACTGGGCT GGCGACATCT TGTGGTATAA 1800 AGAAGTCTAT ATGTTCGTGC ATTGCCTCAG GAGTCTCTGC AAAGAAGGCC TCTGCAAAGC 1860 CATGAGCTAC AACAAAGTCT CCCGATGCAA ATGACTTTGC GTATCCGTCC GAATCAAACT 1920 TTACCAAGTT TGGTTTCCAG TGGTCGGTGA CAAGTATTGC TGCCTGCGCA AgCTCTTGTT 1980 CGTTTTTTGT GTTTACGTTG TAGCCAAGTG AAGCAAGTGC AGCACCCATT AcTTCGCGCA 2040 TATCGTCCAT CATGCTCATA CGATACGCCA GGTCTTTGCG TGAGAAGATA GACCACGTGC 2100 GCGCGTATGA CGGAACTGCT TTTTTGTTTA CCGCAATGCC TGCCGCTCCA AGATAATACG 2160 GCACCGAATA TTCCATTTTT GGATCGTAGG CTATGCGAGC ACGGACACTC TCTTTGATAA 2220 ACTGTACGTT GGGAATCTTG GATAGGTCAA TTTTTTCCAA CAGATGCTTG CGTTTCATGA 2280 TGCTGACAAA GTCACCCGAA GnGCCACTAA ATCATAACCA CTTGCACCAA TGCTCAGTTT 2340 TGCAAACATA TCTTCATTTG AAGCGTAATC ATCATAGACT ACCTGCACGT TATACTGTTG 2400 TTCAAACTTT TTAATGAGGG ACGTCGGGGT GTAGTACGTC CAGTTATACA GGTACAGGAC 2460 ATCCTGTCGT GTCTGCAGGC ATGATCCCAT CCAGAGGGAG AGAAAAAGGA GAGAArGAAT 2520 GCgCGAACTG CTCACACAAA AACGTTTCAT GCTTTGCTCC TTACGAGATT GTTTGCAGAA 2580 AAGTAGTTAC TTnGAATGGA CTATTGTTTT TAnAGAATTG CGCAGGAGGT AGGCGACCCC 2640 TACAATCCCT GCCATCATGA TCAGGGAAAG GGCATTGATG ATaGGAGAGA CCCCATAGCG 2700 GATCATTGAA AACACATACA GGGGGAGTGT GGTGGAGCCC GGTCCTGCAA CGAAAAAGGT 2760 GATGACAAAA TCTTCCAGAG AAAGGGTTAC TGAAAGTAAA AAGCCAGACA GTATGCCTGG 2820 CATGATGGCA GGGATCACGA TTTTTCCTAG CGCTTGCCAC TCGTTTGCAC CTAAGTCTTG 2880 CGCCGCCTCT ATGAGAGAGA GGTCAAAGGT GTCGATGCGA GTAAGGATGA GCAGGAGCAC 2940 GAAGGGCAGA CAAAAGGTGA TATGAGCGGT GATGnATGTT GCGCGCCCCA GCGGCAGGCG 3000 TACTAGGGAG AAAAAAACGA GCATTGCCAT ACCTGTGATA ACCTCAGGGA GCAGCATGGG 3060 CAGAAGGCTC ATTACCTGCG CATATAGCCG GCCTGAGAAA CGATACCAAC GAATTGCGAT 3120 GGCAGCGGCA GTCCCCACAA TTGTTGCTAC AAGTGCAGAA ACAGATGCTA TAAGCACGCT 3180 ATTAAGAAAG GAAGACCACA GTTTTTCTGA ATAAAAGAAT AGCTCTGTGT ACCAGCGCAG 3240 CGAGAAACCG GTCCAGATAA GGGATTTATC CTTGTTGAAG GAAAAAAGCG CAATAACTGC 3300 AAGCGGCAGA AATAGGAACG AGACAACTGC CGCCAGCAGC ACAGCAGAGA AGGAACACCG 3360 TAGGGGAgTG CGTGCGCGCG TGTGGATCAG ACGGCAATTA GGCATATGAG CGGCGTCCTC 3420 CGCAAGGGGG AGGTGTTGTA TTGCAGGCAC CGCTTTCTGC AAGTATCCAG AGTACTCCTA 3480 CCCCCCCTGC GAGGGTAACG AGCATCGCGA AGGCCGAAGC GAGTGGCCAA TTTCCCACGA 3540 TACGTACCTG GTCCACAATT GCGTTTCCGA TAAGGTAGGA ATCCTTTCCT CCCACCAGGA 3600 GGGGGACGGT GTAGGAACCG AAGACAGGAA TGAAGGTAAA GAACACGGCG GTGGCAATGC 3660 CGGTTTTGAT GTTGGGAAGC AACACGCGGA TAATGGCACC CGTGGGGGTA GAGCCTAGAT 3720 CGCATGCAGA TTCAAGGAGG GAGAAATCGA AGCGATCGAT AGCGGCGAAA ATAGGAAAGA 3780 TAGCGTAGGG CAGGAACATA TAGGTGAGCA CCACAATGAC TGCCCCGTTA TGGTACAGGA 3840 GCG 3843 (2) INFORMATION FOR SEQ ID NO: 86: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2072 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 86: CnTCATCCGG CCCCAGAGGG AAAAAACGCG CGCCGCGTTT CCCGTTGTTT CAGGCCCACC 60 AGCnCGGTGC TCCACGTTCC AGTGTACCCG GTAGTGCGCA CGTACTATGC GCGCATGAGA 120 GATTGGGTGA TCCGTGCTGT GCGCGCTCAT CTTTTTTGCC AGAAGGAGTG CGCATGGCCG 180 TGCACACCCG CCGGCACAGC ACCACGCAGG CGGAAAGCTC ACTGCAGCAG ATAAgGGGGG 240 AGCATGTTTG AGCAACTGAG CGCGAgcTTT AAACGTATCG TAGGAGCGCT GGGAGGACGC 300 GCAACTATCA GCGAACGGAA TATTCAAGAA GCAGTAGAAT CAATTAAGCG CGCACTGTTA 360 GACGCCGACG TGCACGTTCG CGTAGTGCGT CGCTTTGTGA ATCAGACCAT ACAACACGCG 420 CAGGaCAGAC GGTGCTTGCG TCGGTTAGCC CTGCGCAgcA ATTCATAAAA ATTGTACACG 480 AAAGACTAAC TGCCTTCCTC GGTGAACATA CGCGGTCGCT GCATCTTAAG GGGCCCGATA 540 CGCAnTCGAT TATTCTCTTG CTTGGGCTCC AAGGATCGGG GAAAACTACC AGCGCAgCAA 600 AGCTTGCTGC GTACCTGAAG GATGCAGGTC GCTCCCCTCT CCTGGCCGCT TGCGATCACG 660 TTCGTGCCGC AGCGAGTGCT CAGCTGGCCG TTCTCGGCAC GCACATTGGC GTTCCCGTGT 720 ACCAGCATGC GcTGCCGCAC GAACAGCAGC CGTGTGCTCT TGATACgGcG CGCGGTGCGc 780 yTTCAGTACG CGCGCTCACA CGGCAATGAC GTACTTATCA TTGACACTGC TGGCCGTCTC 840 CACGTGGATG CCGCGCTCAT GCAGGAGTTA ATCCTTCTCA AAGAAACACT GGTTCCTGTG 900 GAAACACTCC TTGTTGCAGA CGCTCTAACC GGTCAGACTG TGGTGCGCAT TGCAGAAGAG 960 TTCCATGCCG CGGTGGGTAT TTCAGGCGTT GTGCTCAGTA AGTTTGATTC AGACACCCGC 1020 GGCGGAGCTG CACTGTCTTT GAAAAGTATT ACCGGTCAGC CACTGCTGTT TGTTGGAACC 1080 GGTGAACGAC CGCAGnACTT TGAACCGTTC CATCCCGAGC GAGCCGCCGG AAGAATTCTG 1140 GGTATGGGGG ACATCGTTTC TCTCGTGGAA AAGGCGCAAA AAGCCTTTGA TGCACAGGAA 1200 CATGCGCGTG CGCAGAAGAA AACGCAATCG CACGAGCGTT TCACGCTCAG CGATATGCTC 1260 GACCACCTGC AAACTATAGA AAAAATGGGA CCGCTGCACT CGTTGGTGGA GATGATTCCC 1320 GGTTTAGCGG TAGCCGTTTC TGCCGATGCT CTTGACGCGC GCGCGTTCAA GCGTCAAAAG 1380 GCGATTATTC AATCGATGAC CGTGCAAGAG CGTGACAATT TTCTCATTAT CGGCCCCTCA 1440 AGGAGGCGGC GCATCGCGGC AGGGTCAGGC ACTTCGGTGG CTGATGTTAA CCGTTTAATT 1500 AAGAATTTCG AGAGGATGCG CACGCTCATG CGCAAGACTG CATGGCAGTC ACGCCGGGCA 1560 CACCCTAAAG GAGATACACC CTATGGATGG CCACATCGCT AGATACGCCG CCTGCGCCCT 1620 TTTCGCACTC AGTGCGCTGT GCsCCCCgcT TCGCGCGCAG AAGACGCGGA CCACTCCTGG 1680 TCCCCCGTAC ATACCCCACC CTACGATCCT ACACTTTTCC AGTCGGACGC GCAGcGTGCC 1740 GCCTTCCACA CCTTGGCGGC GGAACACCTT TCCTTCCTTA CCGGTCACAT GTGCTTCTTC 1800 CGTCCTATCC CTACCCGCGA TCCTTTCCTC ACCCGTGCCT ACGAAATCTC CCCACATCCC 1860 CGCACACAGA AACCCACCGT GCTGCTCGCC TTTGACTCGG ATATCATCTA CCTTCTTTTC 1920 TACGATCACC GACCAACAGA TTTCCCCGCC CTCCGCTTCT TTCAAAACGC ACCTACTTTC 1980 CAAGAACTTC CGAGCACCTT CTACCCCTAC ATTGCCATGC ACAGCGACGC CGTTCTCGTG 2040 CGACATCCAA CGCCGCGCCC CCCTACCCTT CC 2072 (2) INFORMATION FOR SEQ ID NO: 87: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3288 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 87: ATGnTATGAT CACATTCATC ACATCTCCTA CATTTTCTTG CGCACACGAA AGCTCCACGC 60 TCATGATAGG CTCAAGCACG TATGGCTCAG CGGCTACACA CGCCTCACCA AATGCTTGCA 120 CCGCTGCAGC TTCAAATATA AAAGGCGAAG ACGTCAGTTC CTGATACTCC ACCGACAGGA 180 GATGCACCCC CACGTCTACA CACGGATACC CACTCTGAAT ACCTCCATCC CACGCGCCGc 240 GGATAGCATG CTCTACCGCT CCGATAATTT CTGCCGGAGC AGTATGCGCC GTGCACACTG 300 TGCCCCGCAA CTCTTTCACC TGACAAAAAA ACTCATTTCC CGCACCAcgC TTCCGCGCCT 360 CCACACGCAA GgTTAACCCT GCCATATATT CTTTGCCACC GATTACTCGC TGTACTCGCA 420 GCGTACGCTC AACTGTTTTA CGAATAGATT CACGGTACGT CACGTGCGGC TTACCAACAC 480 GTACCTGCAC ATTAAAATCC TCGCGCATCC GGGTGGTGAG CACATCAAGA TGCAACTCCC 540 CCATACCGGA AATTAAAAGC TGCCCTGTCT CTGCATCTTC CCGAACCGAG AAAGTTGGAT 600 CCTCTCGCGA AAGAATACCA AGTGTCTCCT GTAACTTATC GCGCGATGAT GCGTCCATTG 660 GCTCAAGCGA CACAGAAATA ACCGGTTCAG GAAAATGCAT AGACTCCAGC ACTACCGGAC 720 ACGAACCATC CCCCACGCTG TCCCCTGTTT GTGCAGATTT TAGTCCCACA ATTACCGCAA 780 TATCCCCCGC CTGTATGCAT TCAACGGTTT CAGACTTATT CGAATGCATA CGCAAAATGC 840 GATACACCCG TTCACGTTTC TTTTTCCCAA TGTTAACGAT ACTGTCCCCC GTACGCAGTT 900 TTCCCGAATA CATGCGCACG TAGCAGAGTA AACCcGCTTC ACGTTCGTAC TGAATTTTAA 960 ATACAAGTGC CAGCAACGGT CCTTCAGCAG TAGGAGCGAT AAAAACAGGC TCCTTTTTCT 1020 GTACGTGAAA ACCTTCTACT GCTTTacGCT cgCGGCGCAG GCAAtACTCT AmCACTGCAT 1080 CGAGCaGTGG TtGCACACCC AAGTTATGAC GAGAAGAACC GCACAAAAAA GGAACATATC 1140 GwCCGtCGCG CACAGCCTTT CTAATTTCTG msTGCAgTAA CTGCACTGGA ACGTGCTCCC 1200 CTGCAAGCAC ACACTCGGTT ACCTCATCCG AATATATGGA AATGACATCA AGCATTTTTT 1260 CTcGCGCttc gGcCTGGGCA ATACGTGCGC TTTGAATAGG CCGGTACTCC ATCTGTTCGC 1320 CACTACTTGC CGCATCCCAG AAAATCTCTT TCATGGTGAT CAAATCAATT ACCCCCTCAA 1380 AAGAGGTACC AGAACCAATG GGTATCTGCA ACGCGACTGC ATCTATACCG AATTTATTGT 1440 GGACTTGGTC CAATACTGAG AAAAAGTCAG CACCGATCCG ATCCATTTTG TTAACAAAAC 1500 AAACACGCGG GATATCATAA CGATCTGCCT GGATACCATA CGGTTTCTGT CTGTGGGCTG 1560 TACTCTTCCT ACCGGCACAC AATACCACCA CTACCCCATC TAACACGGGG CAACGCAnTT 1620 CGACTTCTGC AGTAAAATCT ACATGtCCCG GcGTAcAATA AtGGTAATGT CTACTTCACG 1680 CCACCGCACC GTCGTTGCAG CACTCTGAAT GGTGATACCG CGTTCCTGTT CCTGTACCAT 1740 CCAATCCATC GTTGTCGCAC CATCATCAAT TTCCCCCATG CGGTGGATCT TGCCCGTGTA 1800 AAAAAGCATA CGTTCAGTGG TAGTAGTCTT ACCAGCGTCA ACATGTGCCA TAATGCCAAT 1860 ATTCCTCATC TGCTGTTGTC TCATATCTTC CTCTTTATCA CGTACCTGTA CGGATAAAAA 1920 ACAGTGCACA GGACTACTCC CCACCATCAT AGCAGCGGGA AAGAGAATAC CTAAAACGTA 1980 AAACAGTGCA CGCTACACCG CACGCGCATT CAGTGACAAA TCACAAATCG TCTGTGGAAA 2040 CAAAATCTGc AATTAAATGG GGTGGTACCG AATCTTTCAG TTTCCTTACA ATAGACTGCA 2100 GCACACGCAC ATCTTCGGCT TCACTTAACA GAGACTTTTT TTGACGCAAA AATTCAACCG 2160 CCTGAATATA TTTTTTCGCG TGCACCAATA CGTTTGCATA CTCAAGAATA CGTTGAGTAT 2220 TTTTCTGATC ACGCTCATAC AACTGTTGAT AAAGAAGTAG CGCGCGAGCT GTTTCACCAA 2280 AAGAAAGCaA cCATAnCGTA CGCGGCAGCA ATGGTTGCAT TGGCAGAATC CGCATCGTAT 2340 AACGGTTGCA GTGCATGAAC AGCaGTTTTC CAATCATTCT GCAATCCACA CACACGCGCA 2400 AAATTATACT GCGCTGCATG ATAGTACGCA GGGTCACGCG CTGCACGCAT ATAATAATCA 2460 CGCGCCTCGT CATAACGATG CAGCTGCACA TACGCATGGG CAAGATCAAA ATACTCTGGC 2520 GCAAGAGACG ACTCAGGCTT TCCGCATGCA AATAGTCCTG TATAAAACAG GTGAAACAAA 2580 AAAAAGCAAA AACACTGCTT ACCGTTCATC AGTCAGCGAG AACCTAATAC CGTTTCCTCT 2640 ATCTTGCGGA GCTGGGACCG GTACAGGCCA GAAATATTTG AACCATAGTC TGCCAAAAGC 2700 TGGATAATAT TCCGCGGATA GTCTTCAACA TCAACCCCGT TAACTCGATC ACCAGCATCG 2760 CCAAGACCAG GCATAATATA CGCACGCGCG TTGAGTACGG GATCCATCCA CAGCGTATAC 2820 ACCGTGCAAT TCTCTAGGGA ACGCACTACA CGAATCGCAC CTTTCAGTGC AGAAATCATG 2880 TGAAAACAGC TGATAGATTT TGGTTTCACA CCGAGATCTT GCAAATAACG CACTATGGTA 2940 ACCAAACTAC CACCGGTGGC GTTCATGGGA TCGGCGAAAA CCAGATCCTT ACCATCCAAC 3000 TCTCGTGCAG AAAAGTATGA TTTATCCAGA TCAAACACAT ACTGcATATC GCGCTCATCA 3060 CGGAGaTCAT CTCGCTTGaT TTTAAAAAGC GCAAACGGcG TTACGTACCC ATGcGAAGAA 3120 TATTCTTCTA TCTCCTTAGA AACAATCATC GAaGGTAACA GCGCTCCTCG TAACATGACA 3180 CACATCACCG TGTTCTCAAT TTTATAATCC ACGTTTGCAA TTTTATGTAC TGCATAGTTT 3240 TGTACAGGAA AAGCAACCGG TGTTTTTGTA ATAAGATATG TTTTATGC 3288 (2) INFORMATION FOR SEQ ID NO: 88: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 4238 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 88: AGCCGTTGCG TCCGnTGGGA GTGGATTCAG ACTGTGGCGn CAGTGGAGGT GGTGGAGCAC 60 GGGGAGCATC CGTGGTTTTT CGGCGTGCCA GTTCCACCCG GAATTTTGTT CTCGACCGAA 120 CCGGGCTCAC CCTTTGTTCC GGGCGCTGGT GGCGGCGGGC TTGGAGCGAA AAGACAGTCG 180 TTCTTGACGC GCGCAGGTAT TTTTTCTAGA CTCCTCTGTC CTTCTCAGCC GGTTGAAAGA 240 GCTTTGTGTG GGCGTGCGGG TTTTGTTTGC GCGCGCTCCG ATGCGGTTGC AGGTTTGAGG 300 GAGTGGATAT CCGTTTTGTG GGGAGGGATG CGGCATGCAG GGAGTTATGC GATGGCAGTG 360 AAGCGGGCAC GGGGAAAGAT TGTACGTCGG CTGGGGATTA ACATTTTTGG GAATCCAAAG 420 TACACGCGGC TTTTGGGCAA GAAGCCCGCG CCTCCAGGCA AGGAGCATGG GGTGAAGCAG 480 CGGGCAAAGG TGTCTGTGTA CGGGGAGCAG CTAAAGGAAA AGCAGAAGTT TCGCTTTGcg 540 TATGGAATGT CCGAGCGACA ATTCCGTAAT CTTTTTGCTC AGGCACATCG GATGAAGGGC 600 GTGACGGGTA ACAATATGcT GTCGCTAATG GAGCGGCGGC TGGATAACAC GGTGTTCAGG 660 ATGGGCTTTG CGATCAGTCG TGTGCAGGCG CGGCAGATGG TGTCACATCG TTACTTCCTT 720 ATCAATGGGA AGACGGCCAA TATCCCTTcC ATGCGCATTA GCGCGCATGA TGTCATCACT 780 ACTAAGAACC GGAAAGGTAT TCATAGCATC ATTCGTCACA ACCTGACCCT TTCTCAGGGG 840 CAGCGCGGTT CCTGGCTAAA CGTGGATGAG GAGCAGCTTT CGGCAACTGT CTCTGAGCTG 900 CCGCGTGCGC AGGATATCCA TCCGGTGGGG AATATCCAAC ATATCGTGGA GTACTACTCG 960 CGGTAGGATC CTTTGCCACT TTAGCTGGCG TTGCTCAATT ATCTCCCAAG TCTTACCAGG 1020 GACTTTGGGG CGTGGAAGGA TGGCGGCGGT GTATGGATGA TGGTCCCTTG AGGGTTGTTG 1080 TGCTTACCTC ATTTGTCATA CTCGTAGTAG TCTGTGCCGT TGCGCTGTGT ACTTTTTTTG 1140 TGTTCCTCAA AAGCCCTGAT CAGGTGATGA CTCCCCATAT CGTGGGCAAG GACTTTGTGT 1200 CTGCTGCTAT AGAGATGCAG GCAAAGGAGC TGTATCCCCG CGTTCAGTTG CGGTTTTCTA 1260 CCCGTGAGAA GCCTGGTGTT GTTCTTGAAC AGAACCCACC TGCGGGGGCC ATCGTCAAGG 1320 CTGGGCGCTA CGTGGACCTC GTAGTGAGCC AACAAGCAGT GACTACGCAC GTTGAGGACT 1380 ATCGGGGATT GCAGGTTGAA GAAGCGGTGG CGCGCATCGC TGCTGCTGAA GTTGAGCGCC 1440 GCATCTCAGT GAAAACACCC CACTTATATC GGTTCAGCAC TGGCGCAgCT GGcACCATTT 1500 TGGAGCAGGA CCCTGCTCCT GGCGCGGTTC TGTCTGCGGA TGTAGAGTTG CGTTTTGTCG 1560 TCAGTAAGGG GTCTGAGCGC GAGCAGACTA CAGTCCCCCT ATTGGTAGGA TATAGTTTGC 1620 CTGAGCTGTA CCGTGTTATG GCGCAGACGG CGCTCACCTT GCAGTTTACC GTATCTCCCC 1680 CGTCTCCTTC TGGGGAGAGA AAAGACGGAG AAGCACGTGG AAGAACGCGT GCCAATGCGC 1740 AGGACTACGC GCGGGTTTCA GCACAGGATC ATGACCCTGG TTCGCGCGTT GAAGCCTTTC 1800 GCGCCATGCA GGTGCAGGTG CTCTTTCCAG AGCGTGGAGA GGCTCACGAA ATATACGGTA 1860 TCTTAGCTCT CGATCTGCCG CGTTATCCGT ATCCTATGTC CTGTGTGTTG GATGTACAGT 1920 ATCCAGGGGG GGTGCGTACC GCGCTTGCAA TGTTTCAGCA TCCGGGGGGA CGTTTCACCA 1980 TCCCCTATGG ATTGCCTGCA GGGGCGACGC TCTTCCTAAC GGTGGGGGGG AAGGAATTGT 2040 TTTCTGGAGA GGTGGGTGCA TTGCCTCATG CAGGTTCCTA GCAGACGTGA TGGAGCACTG 2100 CGGGTGCAAA GGTGCGATGG CTGCGTGGTC TGGCGCAgcG TGTGTTGTGC ACTGCTGGTG 2160 GCGCTTTTGT GTCTTGCCGT CGGCTGCGAT TCCCCTGATT TGCTCGTAGA TAGCGATCTG 2220 TCTCTTTCGC GCGTGCGCgT GGCAAAAACG CTGGTTATGG GAGTGAGCGA TCGTACGCCG 2280 CCGATGTGTT TTCGCTATCC GAATGGGGAG AtTGTTGGTT TTGATGTTGA TCTTGCGCGC 2340 GCGGTCTGTC GTGTATTGGG GGTACGCCTT ATCATTCGTC CCATAAAGTG GACGCTGAAA 2400 AGGAATgcGC TGCGCTGTGG TCTTGTCGAT TGCGTTTGGa CGGCGTTTGC CGTAaCGcTC 2460 GGCGCCGCAC TGAGTTTTTA CTTTCCGAGC CATATCTGCG TACTGCGCAG GTACTCCTTG 2520 TGCGTGAgGG CAGGTTGCAT CCGGATTTGG CACACGTGGA ACGGGAATTG GGGCAGCGTA 2580 TGACAGGTGT TTCGGCTGTG CATACGCGCG GTGATATTTT GCCTATGCGC TCGTCGCATA 2640 GACAGGCTCG CATCGCCGTG TTGCGCGGTG GTcCGGTACC GGGAAATGAG AAGTGGCAGT 2700 TTGGATTTGA ACCACACGGG AAGGTTGTGT GGTACCGACA CCGGAGTGCC ATGCTTGrAG 2760 GCnTGCGCAC CCGGGCGGTG GACGCGGCAC TTGTGGATCT GGTTGAGGCT CATGACGCAG 2820 TGCATCGTCA GGGTGCGCCT CTGAGGGTGA TGCGGGTACC GCTTGGGTTG AGCCAGTATG 2880 CGGTTGCATT TCGGCGTGAG GATCGTGCGT TGCGTGACGA AATTCAGCGA ATCTTGTATC 2940 GTATTGCTGC CTCCGGTGAG GCATACCGTA TTGCAGAAAA ATGGTTTGGT GTTGGTCAGT 3000 CGGTTATTGG GATAGAATAA AGGTGCAAGG CAGCGGTGCG TTTTTTGCAC TGCGCTTTTT 3060 TTGCGTGTGT GCAGGGGTGG GGGGGATGCT CTGGTCGTGT ACTCCTCGTG CAAGGGTGTT 3120 TCACGCGCAG GATGCGTCGT TCGATGAGGC GCGCGTGCGG GGTACACTTG TGGTGGGCGT 3180 CGGTCGGGGC TTGGCACCCT TGGTGGATGC TGCCACTTTC TCTGCCTTCT CTCTTCCTTC 3240 TTCGGTTGTT CCTCCTCCTG CGCGGTGTTC GTTGCTTTTG CAGGAGGCGC GCGGCTACGA 3300 TGTTGAGCTG TTAGCTCAAG TGGCACGTCG TCTCCATATG GACGTGCAGG TGAAAGTCGT 3360 TCATTGGGAT GAAAAGGAGC GCGCCCTCCA TGCGGGGGTA ATTGACTGTA TCGCAGACGG 3420 ATTCACCTAT ACTGCAGATC ACGCGCGCAG ATTTGCACTG ACGCAGCCGT ACGTACGCGA 3480 TGTGCGCGTC TTTGCGGTGT TGCGCCAAGC CCCGTACGCA ACGGTTGCAG ACCTGCATGG 3540 AAAGCGGCTC GGGGTCCACG CAtgACCGAT GTGGAAGAAA ATGATGCATA CCACGCGTTG 3600 TTTGGGCAGG TGAAAACGTA TGCCCACTAT GTTCAGGCAC TCACTGCTTT GTCGCGAGCG 3660 GAAGTAGATG TGGTGGCGCT GAATTTGGTG ACGCTCTGCG CAGTGACGCC GCACCTGCGG 3720 gCTTGTATCG AATTTTGGAT GAACCGATAG ACACGTGTGA ATACGTGTTT GCGTTTCGTG 3780 CGGATGCGCG TGCTTTGCGC GACATGGTTG TGCGCACTCT GTCGCAGCTG CAGCGAGAGG 3840 GTTTTGTGTC AGCGCTCTCA AAGCGGTGGT TTGGCAGCGA TATGTCCATC ATCGACCGCT 3900 AAGGCGGGTG GAGGGGGAAT ATCGGTGGAT CCGTTGAATG CCGTTATTGT GGAGGGAAAT 3960 GTCGTTCCAT CTGCTTCCGC GCGCGTGCCG GAGGgGCCGT GTGTGCGTTT TGCATTCAAA 4020 CGCAACGGCG CGTGCAAGGG GAGGGGAGGG TGCACACAGA GGTTTCGTAT TTTGAAGTTG 4080 AGGCATGGGA TGCACTTGCG CGCGTGTGTG CGCAACAGGT GCGGCCAGGA GTGGGGTTGC 4140 GGGTGGTCGG CCGTCTCAAG CArGATCGTT GGCAGCAGGA GGACGGGGTG CGAGTGCAGC 4200 GGGTAAAGAT TGTCGCTGAG CATGTAGAGT TTCAGACT 4238 (2) INFORMATION FOR SEQ ID NO: 89: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 12411 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 89: TTCCGTTTCG GGATTGAAGA TTTCAATAGG TTTTCCTGAA TCGTTACCGG ACCACAGTGC 60 CTTTTCCTTG CGTTGTG AT TGTGTGCGAT AACGCCATTT GCGGCAGCCA AAATAGTTCC 120 GGTGGAACGG TAATTTTGCT CTAAGGTAAT TTCTGTGGCG TAGGGGAAGT CTTTTTCAAA 180 AGAGAGAATA TTGTCGTGGT GTGCTCCACG CCAAGAATAA ATTGATTGAT CATCGTCCCC 240 TACTACACAG ATATTTTGTG TAGCGAGCAT TTTCATTAAA CGGTACTGCT GTGCACTGGT 300 GTCTtGGAAT TCATCCACTA AAATGTAATG ATAGCGACTC TTATATGAAG CAAGGATATC 360 AGGATATTCA CTGAAGATCT GGATtGGCAG TACGATCAAA TCGTCAAAGT CTACCGCATT 420 AAATAATTTC AACGCAgTAT GATATTCGTG CCAAAGAGCA CGTTCCTTGT GCTGTAGCTC 480 TTTTAAGTTC TTACGCTGCA TTTTAATAGC GGAAAAGAGC GTgcTCACGC AGTTTGTGTC 540 AAGAACTTCT GGCAGGAGAT GTACTTCCTT TGcTGcTTCG CGAATGAGAG CACGTTTATC 600 ATTTTCATCA TAAATGCTAA AGTTCTTCCT CCAGCCGAGA ACATGGATAT GTTCTCGCAA 660 AATCGTAACG CCAAAAGCGT GAAAAGTACT GACGGTCGTG TTGCGTAAAG GTTTGCCCGT 720 GAGAGCTTTA ATACGTTCAG ACATCTCGTG TGCGGCCTTG TTAGTGAAGG TCAGTGCAAG 780 AATGCGCGAT TGCAGAATAC CGCATTCGAG CATATACGCG ATGCGCGCCG TGATTACGCG 840 CGTTTTCCCT GAGCCTGCGC CGGCGATAAT GAGAAGCGGT CCCTCaAGTG TGGTAACGGc 900 TCGACGTTGC TCAGGATTAA GTGTAGAGAG CATAGACGCA CAAGCGTAgm AnAATAGGGC 960 GGAAAAAAGA ATATCCGTAT GTGGAAGGGc ATAGACTGTG GGTAATACTT CAGATTGGGT 1020 AGAGATGGAT GGATTGCGCT ATGTGTATGC CGCGCAnGGT GCGGCCCCCA TGCCTGCTCC 1080 TACGGATAAT CCTGCTTGTG ATGCGCACAT GTCGCATGAC GTC TAGCGC GTACTGCCCA 1140 AGCAGTTTTT GGTATTCGTG CGCTGTTTCC TTGGCAGCGC TTGGTAATTG CTAACATACT 1200 GGATGCGGCG CATGCGTGTA CACATACAAC TCCGTTCGCT GCGGCAGGTT CTTCTCAAAC 1260 CGATGCTACG AGGGTGACTC ATGTGGATGA CGCGCACCTG AGGATAATTT CGTCGGTGCC 1320 ATGCAAGACA CACGTTTTGA TCAGGATGGC GTGTCACGCG CACATCAAGT GGTGCTATTG 1380 CCGACAGgTG CAGGAAAATC GCTGTGTTTT CAAGTACCTG CCCTCTTTTT AGAGGGGCCG 1440 ACGCTAgTGG TGTACCCACT GTTATCGCTC ATGCGTGATC AGTGCCGTCG GATGCAGGCA 1500 GTGGGATTTT CGGTCATCTT GTTACGTGGT GGACTGAATG CGCAAGAGCG CGCGTACATG 1560 TATGCGCAtT GGATAgtGTG CTGAgGCGTA TGGCCGGATG CGAGgCGTTA cGCcTCCtGc 1620 ACACCAGACG GCAGAATTTT CCCTTGCAGA TTCGATCTCT TTTGATGCGT CACTCTTCTC 1680 TGATGACGTG AGTACCTTCT CGAAGGTGGT ACATGTGGAT GAACGTCTTG CTCAGAAAAG 1740 GACAGAAAGT CGAAGAGGTG TATGCATCAT CGCAAGTCCA GAGATACTCA CACAAcCgck 1800 CTGCGCCACG CGTGCGTGCA TGTCGCGTTG CGCATTTGGT TATTGATGAA GCGCACTGTG 1860 TGTCCGAGTG GGGAGATTCG TTTCGTCCTG ATTACGTGCG ACTAGGCGAA TTGGTGCAGG 1920 ATCTTGCGCC TCAAGTGGTG ACTGCATTTA CGGCGACTGC AAGTCAAACA GTGCTTGCGC 1980 GCATCATGGA AGTGCTGTTT GGCGGTCGTG CGCACGTGTT GCAGGGAACA GTAGATCGCC 2040 CGAACATTCG ATACACCGTA CGCACGGTGC TGTGTAAGCA GACGGCACTG ACTCAACTTG 2100 TAGCGCGTTG TGTGCGCCCT GCAGTTATTT TTTGTGCTCG TCGGGTACAG GTGGAGCGTG 2160 TAGCCCACCA TTTGCGCACG TGTCTTTCTG ACACACAGAT ACGTTTTTAT CACGCAGGtT 2220 GCAGAGGGAA GAAAAAGAAA CAGTGGAGCG ATGGTTTCAT ACCCATGATT CTGCCGTTTT 2280 GGTAACTACT TGCGCGTGGG GAATGGGAGT TGATAAGCCG AATGTACGTA CGGTCATTCA 2340 CGTGGATGCG CCACTGACTG TGGAGGCGTA CGTACAGGAG GTTGGAAGAG CAGGACGGGA 2400 CGGAATGCGT GCAGACGCAT TTTTATTGTG GTCACCTCGA GATGCTCGCT CGATAGAAAC 2460 ACTGCCGCAT GCACAACGGG TGCGTGCGCA CGTGTTGCGC CACTTTGCTG AAAGCGGACG 2520 TTGTCGCCGC GCAGTTTTAC TTGAGTCTTT GGGGGAACAG AATGTGTGTG CCGGATGTGA 2580 TGTGTGTGCA GGCACTGCAC GTTTTGTATG TGAGGATGTA GAAGCGCTCT TACAGTTTTT 2640 GAAAAAGAAT GCGCGCAGAT TCACTGTATC ATCGTTGGTG CAGCACCTCG CGCTACATCA 2700 GAAAGTGCTC AGTGTGGCGG ATGTACGTGC CTTGCTATAT TACGCGCTCG AAACAGGACG 2760 TGTGAAAAAA AAACATTCAC TCTTGTGGGG TGATGTCCTG TATGTTGCAC GTTAACGATT 2820 CTGCGAGCAA ATCGTATCTG CAGGAAAGCA AGAAGGATGG CGAGAACATA CAGTTGCCTT 2880 GTATATTCCG CGAGTTACGC GCATTTTTAT GGCCGAGTGG TTAGCATTAC TTCTACAGGT 2940 TTTTTATGCA ATTTTATATA CTGAGCCGTC GTTCATGTGT CTCCGATACG GTGTGGTCTA 3000 GGTTCCGTAC gTGCGGGCAC GGAACACATC GAGCGGACGC GTCTGTTCGT GGAGGATATT 3060 ATGAAAAGGT TTATTCCCCA TCGGGTGATT CACGCGGTGT GTATCGGGCT TGCACTTGTA 3120 GGTTGTAGGA AACTCGATTC TCGTGCGGGG GATTTTGAGT TAACGATTAT ACATATCAAC 3180 GATCATCATT CGCATTTGGA ACCAGAACCC TTAGAGCTTG CAGTGGCAGG GGAAAGACTC 3240 AGAGCGGCTG TAGGCGGTTA TGCGGCGCTT GTGCACGAGA TACAACGGTT GCGTGCGGAG 3300 TCGAAGAACG CATTGGTACT GCATGCAGGA GATGCACTCA TAGGTACGCT GTATTCTACC 3360 CTCTTTAGAG GGCGTGCGGA CGCGGTGCTG ATGAACCATG CAGGATTTGA TTTTTTTACC 3420 CTTGGCAATC ACGAATTTGA TAATGGGAAT GAGGGACTCA AAGAATTTCT GCACTATTTG 3480 GAAGTGCCAG TTCTCTCTGC AAATGTGGTT CCTAATGCTG CCAGCACGTT GCATGGCTTG 3540 TGGAAGCCGA GCGCTATTGT GGAGCGTGCA GGTGAGCGTA TTGGGGTTAT CGGACTTGAT 3600 ACGGTAAAGA AAACCGTGGA GTCATCCAGT CCCGGTAAGG ATATCAATTT TATTGATGAG 3660 ATAGAGGCGG TGCGTCGTGC AACTGTTGAA ATGCAGCaGC AAGGAGTAAA TAAAATAATC 3720 CTCCTTTCTC ATGCAGGTTT TGAGAAGAAC TGTGAAATTG CTCAGAACAT TTCTGGTATT 3780 GACGTCATCG TGTCAGGTGA TACCCACTAC CTTTTGGGGG ATGAATCACT CGGACGGCTA 3840 GGTCTTCCGG TAGTTGGTGA ATATCCCAGA AAGATTATGT CCCCTGCAGG GGAGCCTGTG 3900 TATGTGGTAG AGGCGTGGGA GTATGGTAAG TGTCTGGGCG AGCTGAACGT AGTCTTTGAC 3960 CGAACAGGAG TAATAACGAG TGCAGTAGGC ATGCCGCGTT TTTTGTTACA TACGAATACA 4020 TTGCAAAAAA AAGGAGCGGA TAGAAAAAAT TATCCTCTTG AGGAGGCAGA GCGTGAAGCG 4080 CTGCTTGTGG CACTGAGGAT GACGCCAGAG ATTATATTTG CGCAGGAGAA TGATCAGATT 4140 ATATCTGTGT TGGAAGAATT TAAAAAGGAA AAGGAGGCGC TTGGTGCGCA GGCAATTGGC 4200 GTAATTACCG GTGCCTCAAT GCGAGGkGGn TCTGTGCATC GAGTTCCCGA TGCACAGAmT 4260 CCACAGGGTT CGGTTGCAAC GCGGTTTGTA GCAGAGACGA TGCTCTCAGA CATTCAAAGT 4320 TTTGGTGCGG GGAAGgTAGA TTGCGTAATT CAAAATGCAG GCGGTGCGCG GTCAAATATT 4380 CAGCCTGGTG AGATTACGTA TAATGACGCA TACACGCTCC TCCCCTTTAG TAACACGCTG 4440 GTGTTGGTGG ACGTCAGCGG TGCAGAGTTG AAACAAATTA TAGAGGATGC ATTGCAGTTT 4500 GCACTTGGTG ATGGTTCCAC GGGAGCCTTC CCCTATGGGG CGGGTGTCCG GTATGAAGCG 4560 CGCCAAGAAC CAGATGAACA TGGCAAACGA GTGATAAAGC TTGAGGTGCA AAAAAAAGAT 4620 GGAGCGTGGG TGCCAGTAGA TGAGCGCGCG CCGTATCGGT TGGGTGTGAA CTCGTACATT 4680 GCGCGGGGAA AAGACGGATA TAAAACGCTC GGAGAGATTG TCAGTACGCG CGGAcTGAGG 4740 ATACGTATCT GCGTGATGCG GAGTCTTTGA TTAAGTTTTT GCGTGCGCAT AAAAATTTTC 4800 GTGCATACAC AGATTCCAAT GTGATATTCC GTCTTAAATA GTAGGAAGTA ACTTACATTA 4860 GAGGcCTGTA AAGAACTACG TTCTTTACAG GCTGTGCCAA TCTGCTTTTC CGGGAAAGAC 4920 AAAGGGTATG CCACGTTAGG AGCGGAAAGA AGGGTGCTGC ACATAACCTT ATCTTTGCGA 4980 TTGACCGTGG TATACTCCTT GCACCTTATG CAAGAGAAAA AAACGCTTTA CCTTCTTGAT 5040 GCCTACGGAC TTATTTATCG GAGTTACCaC GCGTTCGCGC GTGCGCCGTT GATTAACGAC 5100 AGCGGTGCGA ATGTTTCTGC CGTATATGGT TTTTTTCGGA GTTTGCACAC GCTCCTGTGT 5160 CACTATCGAC CCCGTTATTT TGTTGCTGTT TTTGATTCTC TCACGCCTAC CTTTCGGCAC 5220 GTACAGTACC CAGCCTATAA GGCAAAAAGG GATAAGACTT CTGCAGAGCT TTATGCGCAA 5280 ATTCCCCTTA TCGAAGAAAT CCTGTGTGCA CTGGGCATTA CAGTTTTGCG TCATGACGGC 5340 TTTGAAGCTG ACGACCTCAT TGCAACCCTA GCAAAACGAG TTGCGGCTGA GCACTGTCAT 5400 GTTGTGATTA TCTCCTCAGA TAAAGATGTA CTTCAGCTTG TGTGTGATAC GGTGCAAGTG 5460 CTCAGACTTG ACATAGATCA TAAGTGGACA TGTTGCGACG CTGCGTACGT ACAGCAACGG 5520 TGGACGGTCA TGCCAACACA ATTACTTGAT TTGTTCTCTC TCATGGGAGA TTCCTCCGAC 5580 AATGTGCCTG GTGTGAGAGG GATTGGTCCT AAGACGGCTG CACATCTTCT CCACTGTTTT 5640 GGCACACTTG ATGGTATTTA TCGTCATACC TATTCCTTAA AAGAAaGCGc TGCGCACGAA 5700 GATAGTGTGT GGGAAGAAAG ATGCATTTTT TTCTCGTTCA CTCATTGAGT TGCGTGACGA 5760 TGTACCATGT GTTTTTTCGC TCGAAGATTC CTGTTGTATT CCGCTCGATG TAACGTCTGC 5820 TGCACGTATT TTTGTGCGAG AAGGATTGCA TGCGCTTGCA CAACAATATC GTGCTTGTGT 5880 GCAAGAAATA GATACAGAAG CAACAAACGA TACATTACAA ATGACAGAGT CTTCTGTGCT 5940 CACGTCTGGT CGATGTGCAA ATGAGTGTTT CTTATCTCAG GTAGAAGGGA GGGCTAGTAC 6000 ACCGGAGGTG AaCTCCGTAT TGAAGTCGGA GTTGAAGACG AGTGCTGTGT CTGGCGCCAT 6060 ACCTATAGAA AaTAGAGATC TTAGGCAGGA TGTTATGCTT gCACGCAGTG CaGGTCATTA 6120 TCGTGGTGTT ACTGACCCTG TAGAACTTAA ACGTATTATT GATTGCGCGT GTGCGAATGG 6180 TGTGGTCGCG TTTGATTGTG AAACGGATGG ATTGCATCCG CACGATACAC GTCTGGTCGG 6240 ATTTTCGATC TGCTTTCAGG AAGCAGAGGC TTTTTATGTT CCTCTTATTG TTCCGGACGT 6300 TTCTCTTCAT ACCGAGTCAA CTCAGTGTAC ATGTGCACGT AGCACTAATG TCGAGACTGA 6360 AAAGGAGTGC ACAGAACAGC ATGGGGTATC TGCATCTGCT GTGCAGGATC CGGCATATGT 6420 CCAAGCTGTC ATGCACCAGC TTCGACGTCT TTGGAATGAT GAGACGCTCA CACTTGTTAT 6480 GCATAATGGA AAGTTTGATT ATCACGTTAT GCATCGTGCA GGCGTTTTTG AGCACTGTGC 6540 ATGTAATATT TTCGATACGA TGGTTGCAGC TTGGTTGCTG GATCCCGATC GCGGTACATA 6600 CGGTATGGAT GTACTTGCCG CATCATTCTT TCAGATCAGA ACGATTACAT TTGAAGAAGT 6660 GGTAGCAAAA GGGCAAACCT TTGCGCACGT CCCTTATGAG TGTGcAGTCC GCTATGCAGC 6720 GGAGGATGCA GATATTACTT TTCGTTTATA CCATTATTTA AAACTCCGCT TGGAAACAGC 6780 AGGATTGCTT TCTGTGTTTG AGACCATAGA AATGCCGCTT TTGCCTATCC TAGCACGTAT 6840 GGAAGAAGTG GGGATTTTTT TACGTAAGGA TGTTGTGCAG CAGCTCACTC GATCTTTTTC 6900 AGATTTGATC CAGCAGTACG AGCACGATAT TTTTTCTCTT GCCGGTCATG AATTTAATAT 6960 TGGTTCTCCG AAGCAACTGC AGACAGTCCT TTTTCAAGAA TTACATTTAC CGCCCGGTAA 7020 AAAGAATACT CAAGGTTATT CTACTGATCA TTCTGTATTG AAGAAACTTG CACGTAAGCA 7080 TCCCATTGCA GAAAAAATAT TGCTCTTTAG AGATCTTTCA AAGTTACGTT CGACGTATAC 7140 CGAATCGCTT GCAAAACTTG CTGATCAAAC AGGGCGTGTA CATACTAGCT TTGTGCAAAT 7200 TGGTACCGCA ACTGGAAGGC TTTCGAGTAG AAATCCAAAT TTACAAAACA TTCCCATTAA 7260 AAGCACAGAA GGAAGAAAAA TAAGGCAGGC GTTTCAAGCT ACTGTTGGGC ATGAGTTAAT 7320 TTCGGCAGAC TATACACAAA TAGAGCTGGT CGTGTTGGCC CATCTATCTC AAGATAGAAA 7380 TCTTCTCAAT GCATTTCGAC AGCACATTGA TATTCATGCA TTGACTGCTG CATATATTTT 7440 CAATGTGTCT ATAGACGATG TACAACCTGC AaTGAGAAGA ATCGCAAAAA CTATTAACTT 7500 TGGAATCGTG TATGGAATGA GCGCTTTTAG ATTGAGTGAC GAACTTAAAA TTTCTCAGAA 7560 GGAAGCGCAG AGCTTCATTT ACCGTTATTT TGAAACGTAC CCGGGGGTGT ATGCTTTTAG 7620 TACACAGGTT GCAGAGCAGA CACGTAAAAC CGGCTATGTG ACTAGCTTGG CTGGAAGACG 7680 ACGCTACATC CGTACTATCG ATAGTCGCAA TACGCTTGAG CGCGCGCGTG CCGAACGTAT 7740 GGCGTTGAAT ACTCAAATTC AGAGTTCTGC GGCGGATATT GTGAAAATTG CCATGATAGC 7800 AATCCAGCGT GCGTTTGCGC GCCGACCGTT ACGTGCACAA TTGTTGCTGC AGGTACACGA 7860 TGAATTGATT TTTGAGGCGC CAGCTGCTGA GACAGCGATA GTGAAAGAAA TTCTCTTTGC 7920 TGAGATGGAA CATGCTGTTG AGCTCTCGAT CCCGCTGCGT ATACACGTGG AGTCTGGAAA 7980 TAGTTGGGGT GATTTTCATT AGCATACCCA TCTGAGGGAT GCAACAGGGC ACGTTATGAG 8040 GTTACCTCGG CGCGTAGTTC CTTAAAAAAT GATGCTACCA CGCACAACAT AATCAGCGCT 8100 AAAGGAAATG CCGCAATGAT GGCTAAACTT TTCAGGTGCA TGAGTGTGGA CTGGGAGAAT 8160 ATGAGAGAAG CGGGAAGGAG AATGCACGCA ACCGCCCAAA ACGATTTCAT TATTTGACGT 8220 GGTTCTTCTC CCGGTGCAAC GCTTTTTTGC GAATAGGAAG CGATGATGAG CGTTAATGCG 8280 TCAAAAGTAC TTGCATAAAA GGCGATCATG GTAGCTGCCA ACAGCGCCAT AACGATGTAC 8340 GCGCAGGcAG TGTCTGAATA ATTGCGATAA TCACCTCAGC GGGTGTATTC CCCGCGCGCA 8400 nAAGGTACGC GGCAGGAAGG AGGTGGTGCG TTTGTAAATA GAGCCCGTAG TTCCCTAAGA 8460 CGATGAAGGA GCCGTACGTA CCTGCGATAC CCCAGCAGAG CCCTCCGACG ATGGTATTCC 8520 GGATGGTTCT CCCTTCGGAT ATCGCGCCGA TGAAGAATGG GGTTGCAACA GACCACGTGA 8580 TCCAATACGC CCAGTAAAAG ATAGTCCACC GCTGTGGAAA TCCAAGCGTC CCATCCGTTT 8640 CCTGTAATGA AATACGAGAA GGATCCATCC ACGTTGCCAT AAGAAAGAAG TTTTGTAGCA 8700 TTTTCCCTAT CGCGGTGATA CCCGTCTCGA TAAGATACAC GGTTGGTCCT GCACACAAGA 8760 AGAAAACAAG AACGGTACTA AAGCAGTACA CCGCGGCACG cgAGAGCTTT GAGATCCCCT 8820 GGGTACCCAG CAGTACTGCT GTGGTGTACA CCAACGCAAT AACGCAGAGC AACGCTAAAG 8880 CGAGCAGCTG GGTGTTAGAA ATACCGAACA AGAGAGAAAC CATGAGCGAA AGGAGGGGCG 8940 TTGCTAAGGA AAACGTGGTT GCAACGCCTA GAAGCAATCC CACTACAGAA CAGATATCGA 9000 TTGCTTCTCC TATTATTCCG TCTACGTACG CGCCCAGCAG CGGACGACAG GCTTCAGAAA 9060 TTTTGTGTGT GTGTCGCTTC TTTACATGCA ACATGTAGCC GAAGcaCTGC GAGAAGAACG 9120 TAAAAAGACC AAGGTATGAT GCCCCAATGG AAAAGGGGAT ACGCTGCCGC CCATTCTTGT 9180 CTTTCCGTGG GAGGGGAGTG TTCTGCTATA AACGGAGCTT GAGTGAAGTA GTGCGCCCAT 9240 TCGATGAGCG ACCAATACAA AATATCCGCC GCCATGGTGG ACGTAAAAAT CATGGAGCCC 9300 CACGTAAAGT TGGAATAGCG TGCGGTGCGC GTAGTACCCA GATACACCGC ACCATACCGT 9360 GAAAAAGCAA TAGTCAGCGT CGTTCCTAAA AAAAACAGTC CGGTAAGGAT ATAGAAAAAG 9420 CCCAGTTTGT TTACCAGTAT ATTCAAGAGG GTACCGATTA CCCGATGAGA AATGTCAGGA 9480 AAGGAAATAA ATAGGAGTGC GCACGAGATC ACGATTCCCA ATGGGATGAG AGAGACGCTG 9540 AAGTCACATT TTTCTTTCTG CATGATCTGC CCTATGTGTT TTCAGGAGCG TCTGAACTGC 9600 TTCGTAATAT TCTTTTGCAT ATCGGTACAT TTTCAGTCCA TAATCTCCAA ACGAGATACC 9660 AAGCGCCTGT TTGTAGCTCG TCCACAAAGA CCACAAAAAT CCCCCAAGAG CAATATAGCA 9720 AAAGACGCGC AGGCGCTCTT CTCCGTGCGG ATTACGCTGA AAATAACGAT ACATGAGATC 9780 TTCTATCTGG GCGGTGTTAA AGTGGGCATA CAAAGAGAAC ATCGCGATAT CCACAAGCGG 9840 ATCACACATG CCCGCATATT CCCAATCGAT GAGCTGGGCA CTGCCATCGC AAAGCAGGAA 9900 GTTATCTGGG GTTAGATCGA CATGCGTAAG TACGCACGGT TTGTCCACTG AATCGACAAT 9960 AGCCAAGAGT GTATTCATTT TTTCTCTCAC TGAACGATAG TCAGCGTAAA GAATACTGTA 10020 CTGGTCGAGG GCAAGCTTTT CGTAATACGC AATACGCGAT CTGAAGTCGA ACCTATGGGC 10080 AACACAAATA CCTGATTGAT GGAGTTTGCG CGCAATCCTC ATGCACAAGT CAAGGTCTGC 10140 CGGATCACTA GGGTTTGCAC TGCGGCAGTC TTTGTGGAAG ACGGTGATTT TAATACCACG 10200 GGCAGGCTCA AGGTGAACGA GAGTGTCACA AATATTAAGG GGCTTAATTG CTTCATACAC 10260 GGCAGCTTCT TGGAAGCGAT TGACAAGGAG TTCGGTACCC TCTCCAGGAA TTCTGAATAG 10320 GTACGGCTTA TCATTCAGCT CAAAGATAAA AGATTTGTTC GTCATTCCTG CTTTAAGTGG 10380 ACGCAGCTTA CCGATTGTCA TTTCGGGTTG GTTGAAAACA TGGGAAATGA CGCGCATCCA 10440 CTCGTTATCG CTCGAAACCA TGTACGCAAA ATCAAACTTG CGCAGcTCAT CGAGCGACTC 10500 AAATTCGTAG ATAAGGTTGT CAGCCTGTTT GTTGGCAAAC ATGGTAAGGG ATTTTGTATT 10560 GCGCATAAAG ACGTCTTCCC AGAACCACGC GCGGTTTTCT GGGCGCATGT AGGCAGCTTC 10620 GATGAGGGGG ATGATCTTTT TAGAAAACGA TGCAGAAAAG TAAGCTGGAC CGTACATGAT 10680 CCACCCACTT CTGCCACCAA TTTTCACGGC GGTAATTTTG TCGTACAATC CGGTTTTTAA 10740 CACCCATTCC TTTGTTTTCC CTTGTGTCTT GACAGCCGTA TACCAGGAAT CCCACTCATG 10800 GGAGTGATAA ATGTTTTCGC GTAGCcAGTT ATCGCTTGAG AGTATGTAGG TATTTCGAAG 10860 TAAATGACGG GCGTGGTAGA GGGTGGATAG GTTGTTGGCA GTTTCATAGT CAGGGTTATA 10920 GGTGAGCGTC ACGTCATGCT TGTCGACGAG GTACTCAAAG GCCTCTTTGA GGTAGCCgAC 10980 GACGACCGTG ATGTCAGTAA TGCCGACTTC GTGTAACTGA CGAATTTGAC GCTCAATCAT 11040 GGGCTCACCA AAGACTTTCA GCAGGCCCTT TGGAGTAGCG TATGTAAGAG GCACGCAACG 11100 GGAGCCAAAG CCTGCAGCCA TTATTACCGC ATTATGAACC CGGCAAGACT GATACTGACT 11160 ATGTGCAAGG GGGGTGAGAG AaCGCGTCCG CGCACCAAAG GTCCCGTGGG TTTCAAGGAG 11220 TCCTGCAGAC TCCATAGCGT GTAGAAGGCG ATTGGTGTAA GCCAAGGACA GGCGCAACGC 11280 CTTGGCGATG TCACGCTGGC AAAGCCGAgG CGCATCGCGC AAAAGCTGAA AAATCTGGAA 11340 AAAACGACGC CCCACACTGA GGAAGTGTAC GGGCGTGTTC GCCCGCCGTC AAGCACGCAA 11400 AAAACAGGGG AAAAAGCACC CCCCCCCCTG CTCGCTTCCT GCACACAGCT GTGAGGAGCG 11460 CATCCTTCGC TCTCCTAGAT AATATTTTTC ATCACAATCG GCTGTCCTGT TGCATCAAGG 11520 GCGTCGCGCC ACAACGATCC TTCAGGATTT ACGTGTTTGC GTTGGCACAC CACCACATCG 11580 ATTGGGAGGT GTACAAACTT ATTGTGCACC AAGCCAATGA TCATTTTCGT TTTACCGCAC 11640 ATCGCCGCAT GCACCGCATT GTTACCGAGG CGTTCGCAGT AAATCGAATC TATGGGCGCA 11700 gcAACCGCGG aACGAATCAA GTAGCTCGGA TCGATGTACT TTAAATTGAT GTGTATACGC 11760 TTTTCTTTGA AATAGACTCC AATCTTTTCT TTTAAGAACA AACCGATATC CGCAAGGCGC 11820 TTGTTACCCG ACGCATCCGT GCCGCTGcTC ACGCGCAAAC TACCTCCTTG GGAATCACCG 11880 GAGGGCACAC CGTCCGCATT TACCATTAGG TCTTGCCCCG CACCTTCTGC TACAACGAGC 11940 ACCGCATGCT TACGTAGCGC GATTCGCTTC TCTAGGTGAG CCAAAAGCCC ATTTGGACCG 12000 TCAAGGTCAA AGCTCACTTC AGGGATGAGT ACGAAgTTTG TCTCATGGCT CGCAATCGCC 12060 GTGTACGTAG CGATGAATCC AGACTCACGC CCCATGAGTT TGACCAGTCC AATGCCGTTA 12120 ATCTGTGAAC GAGCCTCCAT GTGCGCTGCG GCAACTGCCT CTGTTGCTTT GACAATAGCA 12180 GTATCGAAGC CAAATGACTT TTGAACAAAA GAGATGTCGT TGTCCAcCGT TTTGGGAATG 12240 CCGATGATGG AAATCtTAAg GTTGCGGtGT TTTATTTCGT CGGCAATCTC TTTTGCTCCC 12300 TTCTGACTCC CATCCCCCCC AATGaTAAAG AGAATGTGCA gGTTGAGCCG CTCGATACCA 12360 TCGAAGATGT CAAnCAnAAG GTTCCCCCCA ACGCGnGAnG TGCCTAAGCA G 12411 (2) INFORMATION FOR SEQ ID NO: 90: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 971 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 90: ACCACCGCAA CAATCGGGAT ACCAACTCGC CTCGCTTCAC GGATAGCGAT AGTCTCCTTA 60 CGCGTATCAA TGATAAACAC TACACCCGGC AGCTCCTTCA TTTCCTTTAT GCCGCCCAAA 120 TTCTTTTCTA GTTCGCGTGC TCCTTGCGTA AAGACGCCAC CTCCTTCTTA GAGAGATGCT 180 CGAAmGTACC GTCTATCTCC ATGCGTTCTA TCTTCTTGAG ACGCGAAAGA CTCTTCCTTA 240 TGGTGGAAAA GTTAGTGAGC ATGCCGCCGA GCCAACGGTT AGTCACATAA AACATCCCAC 300 nAGCgcTGCG CTTCCTTGGC AATGGTTTGC TGCGACTGCT TCTTTGTGCC CACAAACAAA 360 ACGGACTTGC CTGAGGAAAC AGTCCTGCGC ACCATGTCGT ACGCCTCGCG GATGGCCGTA 420 ATCGTCTTTT GCAGATCAAT GATGTGAATG CCGTtACGCT CCGCGAAAAT ATACTTTTTC 480 ATCCGCGGAT CCCACCGCCT GACCTGATGG CCAAAATGAA CCCCAGATTC AAGCAGATTT 540 TTGATAGTCA CCACTGCCAT ACCATTCCTC CACAGAGAGC GCCGAGGCTC TCATCCTTCT 600 CTCTTTCACC ACACGCACAC GCGCCGGGGA TATTCTCGAG AGGACAGAAA AACGCGTCCC 660 CTCACACACG GTCACCTTGA CTAAAATCAG ACGTATGGAA TACGGTTGCC CGCCTCTTCT 720 GTGGACCTTC CCAGGCCCGC AGCAGGTTAC AGAGCAGGGA AGATTAGCTC ATTCGGATAG 780 AGCGTTGGCC TCCGGAGCCA AAGGCGnTGG GTTCAAATCC CGCATCTTCC ATCCTCTTAC 840 CCACGTAAAC GGGCGCCCCG CGCmTrACGC TCCTTCCAGT CAAgCTGGCA ACTCAGGGGc 900 CGTCCGCCCG CTCTCCTTCA GCAGGTCACT TGCCGCCAGA AACGACTCCC TTCAnCACTT 960 CGAGCGCGCG A 971 (2) INFORMATION FOR SEQ ID NO: 91: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1985 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 91: AGTGCCGACG CGCGAGAACG TATTTTTGCC CATCTTGAAA TGCGTGGCGC AGGTGCACGG 60 CGCGTCACCT ATCGCCTACG CGACTGGGTG TTCAGCCGTC AGCGCTATTG GGGAGAACCC 120 ATCCCTCTTG TGCACTGTCC TTCcTGCGGT GTTGTACCTC TCCCTGAGAG TtGCCTGCCG 180 CTTTTGTTAC CCGAAACCGC CGATTTCACT CCCACGGAAG ATGGGCAGGG CCCCCTTGCA 240 CGAGCGCGCA CGTggTGCGC GTTCCCTGTC CGCAGTGTGC ATCTGACGCA GTGCGAGAAA 300 CAAACACAAT GCCCCAGTGG GCAGGATCCT GCTGGTATTA CCTCCGTTAT ATGGACCCCC 360 GCAATAAGAC TGCCTTTTGT GCACCCGAGA AGGAGCGTTA CTGGGCgCCA GTGGCGTTAT 420 ATGTAGGTGG TGCAGAGCAC GCCGTACTGC ATTTACTGTA TGCACGCTTT TGGCACAAGG 480 TATTGTACGA CTTAGGTCTT GTAAGCACGA AAGAGCCCTT TGCGCGGTTG GTGAACCAAG 540 GCATGATTAC GTCGTATGCA TATCGCAGGA AAAATGGCGC GCTTGTACCT CACGACGAGG 600 TGCACACTAA TGCTCAAGGT ACCTACGTGC ATGCTCGTAC GGGGGAAAAA CTCGAGTGCG 660 TTGTGGCAAA AATGTCAAAA GCGTTAAAGA ATGTCGTCAA TCCTGATGAC ATGATTGCAG 720 CGTACGGTGc tGACGCGTGC CGGGTATACG AGATGTTCAT GGGACCTCTT GAGGCTTCCA 780 AACCGTGGAA TACGCAGGGG TTAGTGGGGG TTTTTCGGTT TTTAGAAAAA ATTTGGGTAC 840 TTGCGGGGCG CGTGGCGGCC GCAAACGGTA TTCCACAAGA CTCTCGTGCA GAGCCGCCAG 900 GTGACCTGCA CGCACAGAAA AAGTCTTGCA GCATGTACGC CCTCGAAACG CTGTTACACC 960 GGACTATTCA AAAAGTGaCg ACGATACGTC GGCGCTTAGT TTTAACACGG CAATCAGTCA 1020 GATGATGATA TTTGTAAATG AwGgTACGCG GGTGGCGCGG AGGATGCCTC TTCCCTCTAA 1080 AATGTGGGAG ATGTTTGTAA AAATCCTCTC TCCCTATGCA CCACATTTGG CAGAAGAACT 1140 CTGGGAAATG TGTGGGCACA CGCACACTAT CGCATATGAG CCTTGGCCAC AGGTGGACCC 1200 TGCGCGTGTG GCGCCGCATG TGTGCTCCGT AGTGGTGCAG GTGAACGGTA AAGTGCGCGA 1260 CACCTTCTCC GTAGCGCCGA ACGCTCCAAA TGAGGAACTC GAGCAAAAGG CGCGGGAAAC 1320 CGCCGGTGCG CGTAAGTTTC TTGGTACGCA GCAGCCAAAG CGCGTAGTGA TAGTTCCCAA 1380 TAAATTAGTA AATTTCGTTC TGTAGTCCGC ACTGCTCCTG CAGCGTTGTG CAGTACCTGT 1440 GTGGTGCCCT ACCCGCGTGC ACTACAATCG CGTAAAGGCA CAGCTGCATC AGCGGCCCTT 1500 GGAGAGGCGT CCCACCTGAG CGGATCATTG CGTCTGTCTG GAACAATCTA TCCAAAATAG 1560 CATGCGTATC GCTCAGGGTC CAAAGAGACG CAGCGCGCTG GTATTGCGCA ATCATACGCC 1620 GAGAAGTGAA CCCATAGCGC TTTAGCGTTG CAGGGTGCGT TTTGTCCTCC GGTATATGGT 1680 GCCAATGCGC AAGGCGACGG AACGCGTAAG nAGtCCTGCA AGGATTTGTA CAGGGGCAAC 1740 GTCTTTCGAA CAAAGCAGCG TGTTGAGAAT CATAAGTGAA TGCTCAAGAT CTCGTTTGGA 1800 CAGCGCATCG AATAAGGTAA ACGATGTCTC TTCTTTTGTG TGCACCAGCA ACGAACTAAT 1860 GTCGTGCGCA gTGATGCGGc GTCCTTTTTc AAAAAAAAGA GAAAGCTGCG TACAAACAGT 1920 TTTGAGCGCA CGAGTGTTGT TCTCCACCAA CTCAAGAAGA GATTCGATAG CCTCCCTGTC 1980 AATGC 1985 (2) INFORMATION FOR SEQ ID NO: 92: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1043 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 92: AGGGAGTGGC TTATGGGATA CGGTTCATCA GCTGAGGAAA CGTCTTCTAC ACCGCATGCG 60 TCAGGCCAAA GGAAGGTTGG TTTTCTGTCC CTGCGCACCA AGCTCGCGCT GGTGTTTGGG 120 CTGCTTGCGT TCGTGTCTGG TCTGGTCCAG GGCGGTATAT TGGTCGTTTT TGCGCGTAAC 180 TCCATAGTTG GGGAGATTTC TAGTCACCTT GCTGGCCGTG CTCGGGATAC CTCCTCCATC 240 GTGGAAGGGC GGATCGGCGC GCTGTTCCAG TTTTTGGAAG GTTTGGCACG TCTTGAAGTT 300 TTGCAAGGCT CGTCCGACAG GCGCCGTGCC CAGGTGGACA GGCTAAAGAA GGAAGCGTTT 360 TTTAACCGGG ATATCGCGCG TCTTGCGGTG GTAGATCTCG cAGGCGTGTT GTACGGGGAG 420 GACGGGCGCA CGCATTACGT ACAAGATCGA AAGTACTTTC AGCGGGCGGT TAAAGGCCGT 480 TGTTACGTCT CTGCGCCCTA TCCCTCGCGT TCGTCGGATG ACATGGTCAT TACCTTTTCC 540 ATCCCGGTAT ATGACGAAaT CGGCGGGTTA TgCCGTGCTC GTAGCGGaTG TGATTTGGAC 600 GTGGCTGTGT GATATCACAG GGGATTTTTC TGTAgGgGGG TGGGGAGAAT CGCCGTTATT 660 GACGAGGTTG GTACCGTTGT CGCGCACCCA CGTCACGAGG TAGTGGCGCA CAGACAAATT 720 ATATCCGCCT GGCAAAGGAA GACCCGGCCA CGTACGCGTC CGTCGCAGAG TTCGTTGAGA 780 AGGTTATCAA GTCAGACTCT ACTGCCTCTC ACGTGTTCTC GTATGAAGGC TTAGAGAAAA 840 TCGGTTCATC TGCCAAGATG AAGAGCACAG GATGGACCGT CGTGGTGTTT GTGCCTGTCT 900 CCGAGTTTAT GGGGCCTGTG TACACCCTGG CAGAACTACC TGCTTGCGGT GGGTATCATG 960 TGGTACTCTT CTCCCTCATG TGGTGTATGC CGTTGCGCGC AAGATTGTGC GCCCGCTACG 1020 CTCTACCGTC AGGTGTTAGA AGA 1043 (2) INFORMATION FOR SEQ ID NO: 93: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1357 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 93: CnTCTnTTAT TTATTTTGAA AAAGACACGT TGCTTTTCCT GCGCGAATGC GTCAGAATGG 60 CGCGGTCCCT ATGATATCGT GTTCGGTGCG CAGGAGGCCG AGATGGGAGC CTCAGGTCGG 120 CGCTGCGTTT CTTGCCTTTG CGCTCTTACC GGTCCTGGCG AGCGGACGTG GTATGCAGGC 180 GGCAGTGGCC ACAGCCGCAG GGTCCAGTGG TTCCGGCAGT GATGGCAAGC ACCCCGGCAA 240 GGAACAGTTT CTCCAGTTCC TCATTCCATC TGGCGGTCGC TACGAATACC TCGGGGTGAG 300 CTTTACAGCG CTGGCAGATG ACGCCAGCTT CTTTGAAGCT AACCCTGnCG GCAGCGCCGG 360 GCTCAGCCGC GGGGAAGTTG CTCTGTTCCA CCACTCGCAG ATCCATGACT CACACACCGA 420 AACGGTTTCG TTTGCGCGAC GTACGCAGAA CACCGGCTAC GcGCCTCCGT GCGCGCCTTC 480 TCTTCTGAGT CAGATCTCAA GTCCTTCTTC GGGGGCAACA GTGGTGGCAA TAAGAACGGC 540 GGACACCAGG GCAAACAGGG AAAAGGCTTC GTGGCAATAG CCAATGCGTC TCACACCTTC 600 TGTGGCCAGT ATCGCTTTAA GGGCGTAACT TTGGCTGCAA TTTCAAGATG GGATTCCGCA 660 AGGtAAAACT GACAGCCACG TGACCGTCGC GGGTGACTTG GGCCTGCGCG CTGCCTTTTC 720 TGTGGCAAAG AACTTTGGCT CAAATGAGCC GAACATGCAC GTGGGGTTGG TGCTCAAAAA 780 TGCCGGGATC TCGGTAAAAA CAAACAGTTG CCAAGTCGAA CACCTCAATC CGGCCATTGC 840 CGTCGGCTTT GCCTACCGGC CGGTGTATGC GTTTTTGTTC AGTCTCGGGC TGCAGCAAAC 900 CCTCACCAAA AGGGAGTCGC CGGTGTGCAG TGTTGGGTTC ATGTTTTTTT GTACCCAACA 960 CGTTACCCTC CTCGCCTCTG CTGCGTGTGA AGGAGGGGCC TACGCCCTCT CAGGCGGCGC 1020 AGAAATCCGC ATTGGCTCCT TCCACCTCGA CATGGGGTAC CGGTACGACC AGATTTTCCA 1080 AGCCGCCCAC CCACACCACG TGTCAGTAGG GCTGAAGTGG CTCATACCCA ACGGCGGCAC 1140 CCAGGCGGAT CAGGCCCTCT TGGTCAAAGA GTCCTATCTA GTGGGGCTGC GCTTTTATGA 1200 CCAGCGGCGC TACCAAGAAG CAATTACTGC GTGGCAGCTG ACGCTGCGCC AGGATCCGGG 1260 CTTTGAACCG GCTGCTGAAr GCATCGAgCG CGCACGACGC TTTTTAAAAC TACACGAAAA 1320 ACTTTCTCTC TTTGATATTC TCAACTAGCC TGCCGTG 1357 (2) INFORMATION FOR SEQ ID NO: 94: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2442 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 94: CACCGaCCCT GrAATaAAGC GTTACAAAAC CTACTCCTAC CATAAGGGCG ACAAGCAGTA 60 TGAATACAAA ACTGTAACGC TCTTGATGTA CATTTTTCTC GATGGAAATC ATCGGTCTCA 120 TCGCTCTTTC CTCAAAAGAG GTTCAAGCCG CTCGAGCGcA AcACTGCGTG AACCTTTCAC 180 CAGAACAAAA TCACCCCGCC GTAATTGCGC GTCTAACGTT TCTTGCAGCG CAGACAGTTC 240 CTCTAGTGCA AAGGCGTACA CGCGCTTCCT CCCCCAGGAA ACTTTTCTTA CCGCACGACA 300 AAATTCGGGA CCAAACACAT ACACTGCACG CGCGTCAGAA GCGGCTGCCA AAACACACAC 360 CCGATAGTGA GCTTCGGCAG CGGTAACTCC TAGCTCTCCC ATGTCACCGA GCACATATAC 420 TTTTGATACT GCAGAAATAT GCGCACACAA ATGAAGCGCC GCAGCCATTG AATCAGGATT 480 CGCATTGTAA CAATCGAGCA AAAAGGTCAG CGACGCACAC ACCACATGAG AGCGGCCAAA 540 GGGCGGTTTT ACCCGCTCCA TCCCCCGCTG AATTTCCTCA GCAGGAAGTC CTACCTGTGC 600 GGCAAGCGCA ATCACTGCAA GCGCATTCTT TGCGTTATGC ACCCCAGGTA GTGGCACGCG 660 AATCCATCGT CCTTGATATA ACACGCGAGA ACCACGTAAA CCCTCATCTA TCACCTCAGT 720 TGCTAGACCA CGCCCCCCCT GATCGTAAAC TACAACCCTA CCGTACGGGA TATTAGACAG 780 GAATACAgAT ATGCATCGTC GGGGACAAAA CCCACGCTGT GTTCAGTAAA TTGAGAAAAA 840 ATCTCTTTTT TCTCTTCCGC AATTGCCTGC TGCGTGCCCA GAATGCcTAC GTGCGCACAA 900 CcTACGTTGG TAATGATCGC GTAATGAGGA ACAAGTATCT GAGCGAGCGT ACGCATCTCC 960 CCCCGACGAT TCATCCCCAG CTCAAAGATT CCTACCTCAT GTTCTGCACG CACAAAAAAC 1020 AGCGACTGCG GtAAACCTAt CTCTGAATTT AAATTTCCTG GCGTCGCAAC CACCCGATAC 1080 CGTTCACTGA ACACCGCGCG AGCcATTTCT TTTACGGTTG TCTTTCCGCT TGATCCGGTA 1140 ATGCCAATCC TAATAAGCGC AGGAAACTTT TTGCAGTAAA AGGAGGCAAG ATCTTGCAGC 1200 GCCCTGAGCG TGTCGTGCAC CGCAATACAG GCAGCTCCAA AGCGAGTGCA CCAAGCAACA 1260 TATTCCCCAG CATGGGGGtA CCTTTGATCT ATAAGCGTTG CAACTGCGCC CTTCTGCAGC 1320 GCTTCTTCAA CAAACGTATG TCCATCTACG TGCGCACCAC GGAGCGGAAT AAACAAATCA 1380 CGCGGCACAA CCGCACGACT GTCAAAGGAA ACCCCGTCAA AACCGCGCGC CCCTCGTGCA 1440 TCGCACACGC GAGCCCCTTG CACTGCCGCA CATACCTCAT CAAAACTCAG AAGCATGAGG 1500 GGAGGAGTCC TTGTGCGCAG GACGCAGCTT AATGCGCACA ATTTCGGCGT GCGACGCCCG 1560 GTGTAAGTGC AGTTTCTCTA CCGCGAGCTT TTCAATACGA TCCGGCTTAG ACAGGATCGC 1620 GATCCCAGAA ATCTTACGCT TATTTTCTGC GATAATACGG TGTTGCTCTG CGTCGTACTC 1680 ACGCACCACA CGCTCAACCG CCTGATAGCG CGAAGCCTGC CACACCCCCG CACACAGCAA 1740 CACGGGGATA CTCACCGTAA AGAACAACGC GCTCACCTTT TGCACCGTCA TCCCTCTTTG 1800 CCGGCGAGGT ATTCCCcTTC GCTGCTTTTC TCTCATCGCC CCTTTCTCAC GCATCAGCCC 1860 AGTCTCCTAC CGTTTCTCAA TGACGCGTAA CGTAGCACTC CgcGAAGCGG CATTCGCAGC 1920 ACGCTCCACA CACGAAGGTA CAAGCGGCTT CTTGGTAATC AGCGATGCAC GCGCCACACC 1980 GCCGCAGCTG CATATCGGCA CACGAGCCGG ACAGCTGCAG CGTTTCGCCC AGTGCCGAAA 2040 ATGTACCTTA ACAATCCTAT CCTCACGCGA GTGAAAACTA ATAACCGCAA GTCGACCCCC 2100 AGgCGCAAGC GCCGTAAACG CTGCCGTAAG AAGGCGTGGC AAACGCTCAA GCTCCCTGTT 2160 CAyCGCAATG CGCAATGCTT GAAACGCCTT GGTTGCCGGA TGGAGCTTCG GCAAAACCCC 2220 AAGAACACgC GCCGCTTCCC AAAmCGCGCC GTyCGCATCG GCGGCaCCAC GCGCGCAACG 2280 ACTTCTGCAA ATGCGCGCGC AGAGcAAAAG GGCGCCTGCC cGaaCTGCGc GCACACCGCC 2340 TGCGCAATCC GACGCGCGTA ACGTTCCTCT CCCCCTTCAA AAAACAATTG TGCCAAAnCG 2400 TCTGCGGCAG CCGATTCAGG AGGTCTGCAG CGGTCTGGGA GG 2442 (2) INFORMATION FOR SEQ ID NO: 95: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1921 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 95: ATCCGGGATG CGCGGCCCCC TGGGGGAAAC GGAAATTGAA ATTCGCGCCG GGGCAGCCCG 60 GGTGTGCCGC TCGCCgTGCG CGAACGGC C kTGCATCGCG CACCCGCCGG TGCAGCGGGT 120 GGGGGAGTGG AACGCCTGTC TACCGAACGG CGTCTTTCTG TACtGCACGG CACgACGCGG 180 CTGAACCcGA AGCAGACGCC GTGCAGTAAC GCGCCGGcgC GCCCGCGCGC GTGCCGGCAG 240 ACGGCGCTGG TGGGACAGTC CGCAGGCGGC GCCCCGCTAC CACGCGATTT TAAGGCCGCA 300 CACAAAGGTG CCAAAGTGCT TATCTGAGGA AATATCTTCG GTAATTAGCA TGTACGGCGC 360 GGTGGCCAGC CGCCCCTGCT CCCACCGGGC GTCAAACTCC ACTTTTTCTA TTGGGCTAAC 420 GGTGAACCCC ACGTGGTACT GCATTGCCTT TTCGCGTAgc AGATTGTTAG CTTTGTCGGT 480 GTTGAAACGG TTAGTGGTTC CGTACACCAC CGCGTACGGC TTGAGCCAGG CGTGGGAGCC 540 GAGCGCAATC TGATAGCTCA GCCACGTTTT GCCCACGACC GGCAGgTTGA TAGGCCCCCT 600 CATTGTAGTC TTCTTGTAAT CGATGCCCCC GTTGTTTACG TAGGAGGTGT AGGTGAAGGG 660 AATGTACAGG CGCGCCTCCA CCCCCGCGTT CAAGCCGGTG AGCAGGTGCG TGTAGGGGTC 720 GCCGGACTTT GTTTCTAATT TTAAGAATGC GGCGCAGTCC AAGTAGTCTG TAAGCTGCCT 780 GGAAAAGACG CGCTTGCCAA ACATATTGGC GCCGGCGGTG GCAAAATACG CGCCGGAAGA 840 AAGCCACTTC CACTGCATGC TCAGCAAGGC GTCAgcGcCC AACTCGTGCA CGTGCAGGCG 900 GTGCAGCCAC GCAAAGAACG TGACGAGCGC AATGGCCGGG TCCGGCTTTT TAAGGAGCTC 960 GGCGAATCCC TGGGTGAGCT GGTTTACCAC CGCTCCCAGG CCCAGTGTGC TCTGAAGTAG 1020 ATTGGAGAGT TTTCCTTCCA AATGGGAAAC CACcAGTGCC AcTTGCGCTA TGAaGGCAGC 1080 GCCCGcAcTT TTTTGACAAA AAAcTCTCCG ACGCCACCGT TGGCCATaTC TGGGCCATTG 1140 TGCCCAAAAT cGGTTAACGy TGCAtTmAGG CTTcTGCCGm CTTGGsCTGC AgTTTACCGT 1200 CTTCCCTATA TCCGCGTCGC TCCGGTGAAT GTTTCCCACA TCAAGCGCCA GCACGAGCCG 1260 AAACCCGTAC CCCGGGGTCA GCGTCAGCCG TCCGCCGGCG CTCCACAGCA GGCGGTTTTT 1320 CTGCTCATTG TTTTTTCCCT GCTCAGTCCC CGTGGTGTAT TGGGGCTCCA GCGTGGCGTT 1380 CCCCGCCAGC TCCATCTTGA TGCGCTCAGC GCGGTGGTGC GTGTACGTAA GCGTGGCGTC 1440 TGCTCCAAAG CCGTACTTGC TGTGCGCAGT ACCACTATCC CACATACCGT TTGACGCAAA 1500 CGAGAGCAAG CCCACGTCCA ACCCAATGCC AtGCCGCCGA TATCCTGCGC ACGGTAGCCG 1560 AGCTTGCCCC CATAGCCGCC AAAGCCGGGs CATAGCGCAC GTCCTCCTGC TTGTAGTCGC 1620 TGGTCACGAA CGGGTCCCAC aGtGCGCAAA GTTAATAAAG CAGTTCGGGT CCTTGCCAAT 1680 GGTCAGGTAC GCGTTGTAGC AGTGGAGCGT TGCTTCAAAA GACGCTTTGG GTTTTTTGAG 1740 CGTAAAGGCC TGCCCCGGCC TGGGGGATTC AAAATCAACG GTCAGGTCCT TGAGCCGCAG 1800 TCCGCCCACA CGCCTGAGCG CGCCCCGCCG CGACGCAGGT GCGTGGCCTT GGGCACGAGG 1860 GGGAGCGAGA TTTTCAAATC ATTGGTGGTG CGAAACCCGT GCGTGTACTC GTTnnTTGCA 1920 C 1921 (2) INFORMATION FOR SEQ ID NO: 96: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 658 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 96: GTCAATTGCA TTAAGGTTAT CACGCGCGCC CACACCCTCG GCTATTGCGG CGGGGTGCGT 60 ATGGCGGTGC GCATGGCAGA ACACGCCCGC GCCCACCACC GCGGGAGtTC TACACGCTCG 120 GTCCGCTCGT CCACAATCCC GTGACGCTCG CCCGTTTGCG CGCGCGTGGC ATTGAGTGTC 180 TGGATCCTGC TCATCTATCT TTTGCGCTGC ACGCTCCTGC GGcACCGGGC GCACGCCGCA 240 TGCAGTGGAA GAAAAGACGG CGCGTACCGT GGTGATTAGA GCGCATGGCG TGGCACCTGA 300 GGTGTATGAG GCCCTCGAGC GTTCCGGAGC GCAGGTGGTG GACGCCACCT GCCCGCGAGT 360 TAAGGAAAGT CAGCGGCGTG CTCAGGGTTT TGCCGCGCAG GGACTGCACG TTATTCTCGC 420 CGGGGACCGC AATCATGGGG AAATCGTTGG CATCGAGGGG TATGTGCGCG CGGGAGCTGC 480 GCAGGCGTGC ArCCACTTGC CAGGCGGCGC ACCAGACGGC ATGCTGCCAC AGGTGCAGTG 540 CTTTGTGGTG CAAAACGCGC GTGAgGCTGC CGCGTTGCCG TGTTTAgCGC GTGCAGctTC 600 CTTgCCCAAA cTACCATTAC ACAgGGTGAA TAmGACGCGA TyGCCGCTGC GGgCGTAA 658 (2) INFORMATION FOR SEQ ID NO: 97: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 763 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 97: TTCTGCAGTG TACGTTAAAT CGGACGCATA CTATGGGAGG TGAGCATTGA TAAGGCGTAG 60 ATATCGTGGT TGTACGCAGG AGCGTGGATA GTAAGTGTTG GTATGCTATT TGCATCGTGC 120 ACTTCAGGGG CGTGGAAGGC ATCAGTAGAT CCGTTGGGGG TTGTGGGATC TGGTGCAGAT 180 GTGTACCTGT ATTTCCCTGT AGCGGGGAAC GAGAATTTGA TTTCTCGTAT TATCGAGAAC 240 CATGAGTCAA AGGCAGATAT TAAAAAAATA GTGGACAGGA CTACCGCGGT ATACGGTGCT 300 TTTTTTGCCC GATCAAAAGA GTTTCGTTTG TTCGGAAGCG GTTCGTATCC ATACGCCTTT 360 ACTAATTTGA TTTTTTCTCG ATCCGATGGC TGGGCATCTA CGAAAACGGA ACACGGAATC 420 ACGTACTATG AAAGTGAACA TACGGACGTT TCGATTCCTG CGCCGCATTT TTCCTGTGTG 480 ATTTTTGGTT CCTCCAAAAG GGAGCGGATG AGCAAAATGC TGTCTCGGCT CGTTAACCCC 540 GATCGACCGC AGTTACCGCC TCGCTTTGAA AAAGAATGTA CGTCGGAAGG TACGAGCCAG 600 ACTGTTGCAC TCTATATAAA AAACGGGGGA CACTTTATTA CCAAACTGTT GAATTTTCCG 660 CAGCTTAATT TACCACTTGG GGCAATGGAA CTGTACTTGA CCGCGCGGAG GAATGAGTAT 720 CTTTACACGT TGAGCTTGCA GCTGGGGAAT GCAAAGATAA ATT 763 (2) INFORMATION FOR SEQ ID NO: 98: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 4968 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 98: GGCCCCAATC CCATAAAATA CTCTGGTTGT GTTTGCTGCG TATGACGTGA TAGTCAGCTC 60 TTCCACCGTA AATGAGATCG CAAATACGGG GGCGGGTGCG ATATACAATG AGCATACAAG 120 GATCATGCAT TCGTATCGTA AACGGTACAG TTTGATCTGC GCTCGATTCG AGTACGGACT 180 TTCTACTACT CACAACCTTC AAACTACGGG AATCGCTTTT GTCGACAATT AAAAGTTGAT 240 ACATAACGGA GTGAAATACT TCACCAACCG ACAGTATAAC CCCATTGTGT TTTCTAGTTG 300 TGTGAGATTC AAATCCCAAG GATGGCACGG AACTGAGTAC GCGCCAATAC ACCTGcCTTA 360 ATCGTATAAA GCTTGCAGGT ACCACCACGT CGCTAAAAAC AAATACAAAA AGCGCACTGC 420 ACAAACCAAT CGACAAAAGA GGGAATATCA AAAACCGCGG CGAAACGCCC AGCACTTGCA 480 GCGCAAgcAG TTCAAGGTTG TTACGCAGCC GCCCCAACCC CAAGAGGGAA CCGAcCAACA 540 CGGCAAAAGG AGTAACGTAA ATCAACGCAG CGGGAATGGA ATACAGCAAC AGCCGGACCA 600 CGTCCGCAGC GCTCACGTGC TTGGTAAGTA ATGTCTGCGC AAAAAGCAGT ACGTTGTTCA 660 CAAAAAAAAC CAAGAAAAAG CACAGCACGC CCACCAGGAT GTGTTTGAAC ACTACCTCGC 720 ACACGTACAC AAAAAGCACT CTTCTCCACA TCTAGGTAAC TACAGAACCC CTGTGGATCC 780 GTACCCTCCT TTTCCCCGTT CAGTCAGCGA GATACTACCG GAGCGCACAT ATTCAACACG 840 GAGCACAGAA GAAATCACCG CCTGCGCGAT ACGATCTCCA TGGGAGACTA CGAAAGCAGC 900 TAGCCCAAGG TTGACAAGCA ACACGCGTAT TTCCCCCCGG TAGTcAGCGT CTATCGTTCC 960 CGGGGAATTT AAAACCGTCA CTCCGTATTC GAGTGCTAAC CCAGAGCGGG GACGAATTTG 1020 CATCTCCAAC CCCACAGGAA GCTCCACACA AACACCCGTG GGGACGAGAA CCCGGCCCAG 1080 GGGATGAACC TCAAGCGGTC CTCCGGGAAG AAAGGCCCGC AAATCGGCTC CACTTGAGCC 1140 TAACGTCTGG TACTCGGGAA AAGAAGCTCC CGGATACACG ACAGCTCGCA CACGGATCAT 1200 TTCGTCGTGT CCAGACCTCC AGACTTCCCC TCAAGAGCAT CGATATAGGA AAGATTCAAA 1260 CGACCCATCC TGTCGATATC AATCAACTTC ACACATATCC GCTGACCCTC TTGCAGCACA 1320 TCGCTGACTT TGGACACGCG GCTGCGCGAC AGctTTGAAA CGTGGCAGAG TCCTTCCTTC 1380 CCTGGAAAGA TCTCCACAAA AGCACCGAAC TCTACGATTC GTTTCACTAC ACCCTGATAC 1440 ACCCTCCCTA CCCGAGGATC TTCAGTAAGG CCCACCACGG CGACCTTTGC GTCGAAAACG 1500 GACTGCGCAT CCCTTCCGGA GACGGTTACG GTACCGTCAC TATCAGTGTT GATAGTCACC 1560 CGATACTGGT CAGAAAGCGA CTTAACGGTT TTCCCCCCAG GACCGATGAG CGCGCCGATT 1620 TTTTCAACCG CTATTTTAAA ACTCTCAATA TGCGGCGCAT AGCGAGAAAT GTGcACGCTC 1680 GGTGCGCTGa TTGTCTGATT CATGACAGAA AGAATATGGA GCCTACCTAC ACGAGCTTGC 1740 TGCAAAGCCT CCTTCATCAG AGACGCAGAC ACCGCCTCTA CCTTCACATC CATCTGAAAA 1800 CCGGTAATGC CGTCACACGT ACCTGCTACC TTGAAATCCA TATCACCGAG ATGGTCCTCC 1860 TCACCCAAAA kaTCCGAAAG AATCGCATAT CGCACGCCAT CGGTGATGAG CCCCATCGCG 1920 ATTCCCGCAA CAGGCTTTTT GATTGGGACC CCTGCATGGA GAAGAGAAAG CGTCCCTGAG 1980 CACACAGTCG CCATGGAGGA AGATCCATTC GACTCCAAAA TTTCTGAAAC CACACGCACG 2040 GTGTAAGGAA ACTGTTCTGG ATCCGGAATG ACTGCCGAGA GGGAACGATG CGCTAGACAC 2100 CCGTGCCCAA TCTCCCTCCG ACCAACCCCC ATTCTCCCTA TTTCCCCCAC TGAAAAAGGA 2160 GGAAAATTAT AGTGAAGGAT AAAATTCTCC CGTCTATCCC CTTCGATGTC GTCGTACACT 2220 TGCCCGTCCG ACATAGCACC GAGCGTGACC ACCGCGAGCG ATTGAGTCTC CCCCCGGGTA 2280 AACACCGCAG ACCCATGCGG ACGCGGCAAC ACCCCGACCT CACAGGCGAT GGGCCGAATG 2340 GCATCAATGG CACGGCCATC GATGCGCAAA CCCCTGTCAA GAATGTTCAG CCGTAGTATC 2400 TCATACTCCA TCTCGTGGAA CAACGCGTCG AACAACCTGC GCTGCACATC GTTCTCAAGC 2460 TGAGCAGCAT ACTGCTGTGC AACATCACGC TTCAcCGCGT CGCAGGCACT GcgCCGCTCA 2520 CCCTTCCCCT GTGCATACAA AGCCTGCGCA AGACGCGGAT AGGCGAGCTC ATAAATACGA 2580 TCGCGACCTA CAAGcTGCGC AGAAGAAGGG ATAACCGTCT GTTTCTCCTT GCCACACAGT 2640 CCACGCAGAC GCTCCTGCAT ATCGCAAAGG GCTTTAATAT GCTCTTGTGC CTGTTCGAGC 2700 GCGCCGAGCA TGAGGTCCTC GGACACCTCT CGCGCACCAC CTTCCACCAT GGTAATGCCC 2760 TGCCTAGTGC CTGCAACGAC AACCTCCATA CTGGCGGCAT CAATCTGAGA AAAGGTAGGA 2820 TTAATAACAT AGGAACCGTT CAGATATGCA ACGCGGACTG CAGCAACCGG TCCATGGAAG 2880 GGGATATCCG AAAGAGTAAC GGCAGCTGAA CTGGCAACAA TAGCCAAGAC GTCATGAGGA 2940 TGGACCATAT CCGACGATAT GCACGTAGGG ACAACGTGTA TATCACGTCC AAACTCCTTT 3000 TCAAAGAGCG GCCGCATCGG ACGATCAATG AGGCGCGAAA TGAGAATCTC TCTGTCTTTC 3060 GGACGGCCTT CACGCTTGAT GAAGCCGCCA GGCATCTTCC CCACCGCATA ATACTTTTCG 3120 TTGAAGTCAA CAGTGAGCGG GACATAGTCG AGCCCTTCCT GTCGCTGAGC AGAGGAGCAT 3180 ACGGTCGCGA GAATCGCCGT ACCTTCACAC TGTAAATACA CGGACCCGTT CGCTTGCCGC 3240 GCCAGATACC CACTTTCAAG GAGAAGGGGG TGGTCCCCAA TAGTGCCGGT TATGCTGTGT 3300 TTCATACGTT TCCTAAGAAC AGAATGTATC GCAGGCCGCA CCAAGCCCTG GCACAGCCAC 3360 CTGCGAAGCT AGACAAAGAA AGCAGAACGG ACAACCGTCC TATGCACAAC CCCTCGGCGG 3420 CACGCACTGC GAAACTTCCC CATGCAAAGC CCCTACTTCC TCAAACCGAG GCTTTTGACA 3480 AGCGAACGAT ACGCCCCCAT ACTCACGCGC CGGGAATATC TCAACAGGCG ACGACGACGC 3540 CCCACCAGAA CGAGCAACCC CCGGTTGCTA CTTTTGTCtT CGGATGAACC TTACAGTGGT 3600 CAGTCAAcTG CCTAATCCTC TCAGTGAGAA GAGCGATCTG CACACTCGAA GATCCTGTAT 3660 CCTTTTCTCC TGAGCCGTAC TGCTGCACTA CCGAAGCAGT ACGTTCCTTT GTCAGTGCCA 3720 TTCTCCTTCT CCTTTCCTAC TCGAACTCGA TAGAGTCAAG CGCCTCCCGC CCATGCGACA 3780 GCGCCTCGGT ACCGAGCCTC AGCTGCACGA GAGAGGAACC CACACTAAGT GCGCACGCAG 3840 ACCCACCCCA CTCCCCTGTA CAAGGGTACC GCATACTCGC CCTCAGGTGG AAGCGTCTGA 3900 CTCACACGCC CACGCTCGGn GCACAACGTG CGGGCACACC CCyCGCTCTG CTGCCAGGGA 3960 ATTACCTCCC CGTCAAGCGA AAACGCACGC CCCAGCAGAC GCCGCGCGCT CTCAAAGTCT 4020 GCGCAGCGcA cckCACGGGT ACCGCGCTCG AACTCACCCG AACTCCCTCG AGAGTGTAGT 4080 GACCCACCGC GTCaGACAAA GCTATGCGCA TCACCAAGCC GACGCAGCTC ACGGACCCCG 4140 GTGTCCAGCC CATGTCCACA CCGAAAGTCG ACACCAACTG CGAGGTAGCA CACCCTCACT 4200 GCACGCAACA GGGTGTTGAA GAAGACACCA CCCGGGATTC TAGCAAAATC CTTGGAAAAG 4260 TCAATGAGCA CGACGAAATC AAAGCCGCGC GCACGAAAAT AACGGAGTCG CAAACGCAGC 4320 GTTGACAGAT CCCCCTCGTA AGAAGAGGTT TTGTGCTTCC TGGGAGGATG AGTAAAGGTG 4380 ATCAGCCCGG TGCACCGCGC CCGATCGGCC ACAGGAGCGC ACGCAGCGGC AAACACCTTA 4440 TCGAAGAGAA AAGCATGTCC CCGGTGAGGA CCGTCAAACC CCCCCACCGA TATTGCTGCT 4500 CCCCGATCAC ACGCTATACA TGCACCCTCC TGCAACTGAG ACCAACGAAA AATGCGnCAC 4560 GCCTCACTCC GTACAAAATA CCGCCATCAT ACGAAAACCC ATTCGCCGCT TTCCTTATTA 4620 TCCAAGACAG CGACCCTCGG AAAACACCAA CGCACGTTCC CCGGGCTTCG CGTACCAAAC 4680 GACTGGAACC AACATGCGCG TATTCTTTCC CCATGCAAAA ACCGCGAACG CATACTGCGC 4740 ATGCACTGAA CACGCCGTAA GTCCAATACG ATTCGCAAAG TCCACATCAC AGCTAACCAC 4800 TGCCTGCTTA ATCTCACGCA CCGTCAAGTC TTCACACCCG AAAGAGACTG AATCGGTCGC 4860 CACGCCGCCT GAGGACGGAG GCGGTGGAGC ACCCACATCA AAGCAAGCGG CACCGCAAGA 4920 CGCACGCTCT TTGCCCCATG TCCAGGACCC GAGACGAACA CACCCGCC 4968 (2) INFORMATION FOR SEQ ID NO: 99: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 6086 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 99: AGTTTCGCGC GGGCTAAAGT GGGTTGGTCG CGTGTGGGTG CCAGCGCGCT GTACTTGTCG 60 CGCGTTATTT CGTGCATTGA GCGTTCTAAG GTGGTTTAGC GCTTATGAAG GAGAATTCTT 120 GCACGGCGTG CAGCAGACGG CTCGCCTTGT TCGTGGGCGC TGCGGTGCTT GTGGTAGGCT 180 GTTCATCCAA GACGGATGTC ACGCTCAACC GTGACAAGCC CCTAGTGTTT TTTAACCGAC 240 AGCCCTCTGA ATCCCTCACG GGGAAGGTTG ACATGGCTGC CATGAACTGG AACGACAAAA 300 CCTATTACGT GGGTTTTGAC GCTAAGTTTG GTGGTTCTAT ACAGGGAAAG ATGATTCTAG 360 ACTTCCTCGC CTCTTCTGAG TCCTCGGTTG ACCGCAACGG TGACGGCATC ATCGGTTATG 420 TGCTTTGCAT CGGTGACGTC GGGCACAATG ATTCGAAAGT CCGCACCGAG GGTATTCGCC 480 GCGCGTTGGG CACGTGGACC GGCTCCTCGG ATCCGGGACA GGCGAAAGAA GGCCAGGCAG 540 TGGTAGGAGG GAAATCCTAC AAGGTGGTGG AGCTCGAGGG AAAGGCGATG ACGGGAACTG 600 ACGGTTCCAC TTGGAATACG AATTCTGCAA CCGAGTCAAT GGGAAGCTGG GTGGCAAAgT 660 TCGCGGATAA GATAGACCTG GTCATCTCAA ACAACGACGG GATGGCAATG GGCTGTCTGC 720 AGGCGTCCAA TTATCCGCGG GGGCTGCCTA TTTTCGGATA CGACGCAAAT GCGGACGCGG 780 TCGAGTCGGT TGGTAAGGGT GAGCTCACGG GGACTGTCTC TCAGAACGTC GACGCGCAGG 840 CTGTTGCAGT GTTGCAGATT ATCAGGAATT TGCTCGATGG CTCCAGCGGG GAAGATGTGG 900 TCGCCAACGG TATTTCAAGA CCTGACGCCC ATGGCAACAA GATAAGCGCG CCCGTGCAGT 960 ACTGGGaAGA TGTTAAAGCG ATTATGGCCG ATAACTCGGA GGTCACGAgC GCmAACTGGA 1020 AAGAGTACAC CAGGGGAGCA CGGGATGCAG GGGTGCGACA GGTAAGTGCG CCGACGAAAA 1080 AGGTGCTGCT CACTGTCCAC AACGCGAGCA ATGATTTCCT TGCTTCTGCC TATCTTCCCG 1140 CACTGAAGCA TTACGCTCCG CTCCTGAATG TCGATCTCAC TGTCGTGCAG GGCGATGGCC 1200 AAAACGAGCT AAGTTGCCTT GATAAGTTCA CTAATCTCGA CATGTTCGAC GCGTTCGCGG 1260 TaAACATGGT AAAAACGAAC TCGGGCGCTG ACTATACAGA CAAGCTCAAA TACTGAGCAG 1320 CCGGGTTTGG ACGTGCGTTG GGTAGCTGCT GTTCCTGGTG CACGTCCTGT TCGTTGAATA 1380 GGTAGGGTCT ACCGACCTCG CACCGCTTTC GCGCGCGAGA GGAGTGATAG TTGCGATGTG 1440 CGATGTACTC ACCATAAGGG ATCTTTCTAA GTCTTTTGCG AGGAACAGGG TTCTCAACGG 1500 GGTGAACTTC CGTATGGGAA AGGGTGCCGT GGTGGGGCTT ATGGGAGAAA ATGGTGCGGG 1560 AAAATCCACG CTtATGAAGT GCCTCTTTGG AATGTACGCT AAGGACACTG GTCAGATTCT 1620 CGTGGATGGA AGCCCGGTGG ACTTTCAGTC TCCCAAAGAA GCGCTAGAAA ACGGTGTCGC 1680 CATGGTCCAT CAGGAGCTCA ATCAATGCCT TGATCGCACT GTCATGGACA ATTTGTTTCT 1740 CGGCAGGTAC CCTGCCCGTT TCGGGATAGT TGACGAGAAA CGCATGTTCG ACGACTCCCT 1800 CACTCTGTTC GCTTCCTTGA AAATGGACGT AAACCCGCGG GCCGTCATGC GCAgcATkTC 1860 TGTcTCTCAG CGGCAGATGG TAGAGATTGC CAAGGCGATG TCCTATAACG CGAAGATTAT 1920 AGTCCTCGAC GAGCCTACTT CCTCTCTCAC GGAGAGGGAG ATTGTCAGGC TCTTTGCCAT 1980 TATACGAGAC CTGAGCAAAA AAGGAGTGGC ATTCATCTAT ATCTCCCACA AAATGGATGA 2040 GATCTTTCAG ATCTGCAGCG AGGTGATTGT GCTGCGGGAT GGTGTCCTCA CGCTCTCACA 2100 ATCCATAGGG GAAGTGGAAA TGAGCGACCT CATCACCGCT ATGGTCGGGC GCACTTTGGA 2160 CAAGCGCTTT CCCGACGCTG ACAATACCGT CGGTGACGAT TATCTTGAAA TACGAGGTCT 2220 TTCTACAAGG TATGctCCGC AGCTGCGGGA TATTTCCCTT TCTGTGAAAA GGGGCGAGAT 2280 TTTTGGCTTG TACGGGCTGG TCGGTGCGGG GAGGAGTGAA CTGCTTGAAG CGATTTTCGG 2340 CCTGCGTACC ATCGCAGACG GTGAGATCTC TTTAGCAGGA AAAAAAATTC GCTTGAAGAG 2400 CAGCAGGGAC GCAATGAAAC TCAATTTCGC CTTTGTGCCC GAGGAACGTA AGCTCAACGG 2460 AATGTTCGCA AAGGGGAGCA TAGAGTATAA CACCACGATT GCAAATCTCC CTGCGTATAA 2520 GCGTTACGGT CTACTCTCAA AGAAAAAGCT GCAGGAGGCA GCGGaGsGGG AAATAAAGGC 2580 CATGCGCGTG AAGTGCGTTT CTCCAAGCGA GCTTATCAGT GCGCTCAGCG GGGGTAATCA 2640 GCAGAAAGTC ATTATTGGAA AGTGGCTCGA ACGCGATCCC GACGTCCTCT TGCTTGATGA 2700 GCCGACCAGG GGGATCGACG TGGGTGCGAA ATATGAAATT TATCAGCTCA TCATTCGTAT 2760 GGCGCGTGAG GGAAAGACAA TCATTGTGGT TTCTAGTGAA ATGCCTGAAA TTCTTGGAAT 2820 CACCAACAGG ATCGCAGTCA TGTCCAATTA TCGATTGGCT GGGATTGTGG ATACAAAGAG 2880 TACCGATCAG GAAGCCTTGC TCAGACTTTC TGCGCGATAC CTGTAGGGAG GAGCAGATAC 2940 ATGCGCGATC GTACACAGTG TGTGGCGGTG CCAACTCAAG CGTTCAATGA GATTTTAGAT 3000 CAGGACGGTC AGCTCACCGC GTACGCCCAA AGGCTCGAGC AGTTACGAGA GCGCGGTTCC 3060 CATAGGGTTG CCTTGCTCCG CGGGGAGCTT GCGCGCATAC GGCAGGATCA GGTCTTGGGC 3120 ATGCCGGAGA AAAGGGTGCA GGTTGCGGCG CACAGGCTCA AGATTTCCGA AGCGCAGGCC 3180 GTTGCACGAC AGTrmAAAAC TGAGGAAACG CAgTTGGtTA GGAArGsTGT CGCGCGTGTA 3240 AgGGGGCTCt TTCGAGACTT TGACTGCTCT GTGCGCGACG CGATGCGCGA ACAGCGGCTC 3300 TTGCTAAAGC AAGTTGCGAC GGTGCaGCAC ACCTCTGCCT CATCTGACCA AAGAGAGCAC 3360 TGTCTGGCTC AGCTCCGGCA ATGCmAGGAG GCGCGACACC ACGCCTACCG TTCCTTGGTC 3420 GAAAAGaGCt GCGCTGCGGA ACGGGAAAAT GaCGTTTATC GAGCGCGTGG TGCGTGCTCT 3480 TAGAGAATAT TCGTTCAATT TTGACGCAAC CCAGTTCTTC CTCGCAAATG GTTTGTACAT 3540 TGCTATTGCG GTATTCTTTA TTGCGTGCAT CGTAgTTGCA CCTTTCTCTG GTAATGGCAA 3600 TCTTCTTACC ATTCCCAACA TTCTCACCAT ACTGGAGCAG TCTTCAGTGC GCATGTTCTA 3660 TGCGGTGGGA GTAGCAGGTA TTATCCTGCT GGCAGGAACT GACCTCAGCA TTGGGCGTAT 3720 GGTGGCAATG GGGTCTGTAG TCACGGGTAT TATTCTTCAT CCGGGACAGA ATATCGTTAC 3780 ATTTTTTGGA CTGGGGCCGT GGGATTTTAC CCCTGTCCCC ATGGCTGTCC GTGTAGTCAT 3840 GTCACTTGcA GTTTCTGTCG CACTTTGCGT TTCGTTCAGC CTATTTGCAG GATTCTTTTC 3900 TGCTCGCCTC AAAATACACC CTTTCATTTC AACTCTTGCA ACGCAGCTTA TCATCTACGG 3960 GGTTTTGTTT TTTGGGACAA GTGGTACGCC AGTTGGCTCT ATTGACCCAT ACATCAAAGA 4020 CCTATTCGGT GGGCGGTGGA TTCTAGGCAC CATGCAGGGC ACACTCGTGA CCTTCCCAAA 4080 GCTGATAATT CCTGCCACCA TTGCGGTGGC CATCGCGTGG TTCATTTGGA ACAAGACGAT 4140 TCTAGGAAAA AATATGTACG CCGTTGGAGG GAATGCTGAG GCAGCGAATG TTAGCGGCAT 4200 CAGTGTTTTC GGGGTGACTA TGAGCGTTTT TGCAATGGCA GCTGTGTTTT ATGGCTTTGG 4260 CGCGTTTTTT GAGACGTTCA AGGCAAATGC AAGTGCGGGC ACTGGTCAGG GTTATGAGCT 4320 CGACGCAATT GCCTCCTGTG TGGTAGGGGG TATCTCCTTC AACGGGGGAA TCGGAAAACT 4380 CGAGGGTGCC GTGGTAGGCG TAATCATTTT CACCGGTCTT ACCTATTGTC TGACTTTTTT 4440 AGGCATCGAT ACAAATCTTC AGTTCGTGTT CAAGGGTTTG ATCATCATCG CTGcAGTTGC 4500 ACTCGACAGT GTGAAGTATC TGAAACGCCG CTAGTTCTTG CCCcGCTGGG CGGGAcGTCA 4560 ACGTTCACAA TACGAATAAG CCGGGCGCCT TTCTGGGcCA TTGTTCCCTC TTTGGCTAAC 4620 TCAGGGTGTG GGCTGACAaG AAGGCcTCCG CTGTCCGAGC TCTACCGTGC TTCAGATGAG 4680 CCcTTTtCTT TTCTCAGTAG TTCGAACGnc yTCGCGCGCA ACTTGGAGGA TAGGGTAATC 4740 TCTTACTGGA TCCGCAACCC GAAATCCACT GTACCCAGAT TGCTCAAAGT TCTTGGTATC 4800 TCCCACATCC CcTGGTCCTC GTAACTTCAG ATCCTCTTCG GCGATAACAA ATCCATCCGC 4860 aGTACTTCCC ATAaTTTTCA GCCTGCGTTT CGCACACTCA GTCATTTCGT CCCCATGCAT 4920 TAaGAAACAA TACGACTGCA CATCACCCCG ACCAACCCGA CCACGCAGTT GATGTAGTGC 4980 AGAGAGGCCA AAAACTCCGC gTGCTCTATA ACGATACAAT TCGCATTTGG TACATCCACT 5040 CCCACTTCAA CAACGCTTGT AGCAACCAAG ATATGGACGG TACCTTCGCT GAAATACTTC 5100 ATGATACGCT GCTGCTCTTC CTCAGTCATT TTTGAGTGAA TCATCGCAAC AGCATATCGT 5160 GCAAAATAAT TTTTTAGATA CATATACATA CATTGCACCG ATTTTAAATC GGTTAATCCT 5220 ATGTCATGAA TACGTGGATA AATAAAATAT GCCTGCCTAC CTTTTTCTAT TTCATTTCCC 5280 ACAAACTCAT ACACCTTTTC TGCTTTCGTC TTTCTTGCAA TATACGTAAT CaCTGGTTTT 5340 CTTCCACCAG GCaTAGATTT AATTATTGAA ATATCTAAAT CACCAAATAC AGAAAGTGCa 5400 AGCGTACGTG GAATTGGAGT TGCGCTCATC ATAATAATGT GTGGAGTCTT TCCCTGAGGG 5460 TTCCCTTCCC TTCCTTTCTG AATCAAGGCC GAACGCTGTA ACACTCCAAA ACGATGCTGT 5520 TCGTCAATGA TAACCAACCT CAGATCATGG TATCTTACGC TCTTTGAAAA CAGCGCATGT 5580 GTTCCTACAA CTAAATTGAT TTCTCCTGCA ACAAGAGCTT CGAGCAAGTA CGCCCTTCCT 5640 TCACTTTTCA CATTACCTGT CAGGAATGCA AGTCGAATCC CAATAGGAGC AAGTAATCGA 5700 GCTGCaGTGT CAGCATGCTG GCGTGCAAGT AATTCAGTTG GAGCAAGCAG TGCGACCTGT 5760 CCACCTTGTT CAATAATTTT TAAACAAGAA AAAAACGCCa CTAACGTTTT TCCTGATCCA 5820 ACGTCTCCCT GAATTAGCCG TGCCATCGGT TCTTCTCTTT CAAGATCCTG CGTAATTTCT 5880 GTAATTACTC TTTTCTGATC CACTGTCAAC TCAAATGGCA AACACCGGTG AAGTTTCTTC 5940 TGTAACAAAG ATAATTCAGA AACAACTGAC GGAATAGCCG ACTGCTGATC AGATTCTCCC 6000 TGTGTAAGAG GCAATCTCCC CCGCTTCTGT AAAGAGCGCA TACCGATAGT CATTTGAAGA 6060 GAAAAAAATT CTTCAAATAT CAAAGA 6086 (2) INFORMATION FOR SEQ ID NO: 100: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 20757 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 100: GCAGCGGCCG GTGTGGGCGC CCACCGGCGG GCGGTATGCG TCTTTGGACG GTGCGTTTAC 60 CGCGCTGGCA ATGATGCAAG TTTCTTTGAG GCAAATCCGG CAGGAAGTGC GAACATGACG 120 CACGGGrAGC TGGCTTTCTT CCATACCACT GGCTTTGGCT CGTTTCACGC CGAAACGCTC 180 TCTTACGTTG GCCAGTCGGG CAACTGGGGA TACGGCGCGT CGATGCGTAT GTTTTTCCCT 240 GAATCTGGGT TTGACTTTTC TACCACCACG GAGCCCGTGT GCACACCTGC TTCGAACCCC 300 ATTAAGCAGC GCGrGGCAAT TGGAATCATC AACTTTGCCC GGCGTATCGG AGGTCTCTCC 360 CTGGGAGCCA ACCTGAAGGC GGGGTTCCGC GACGCGCAGG GCCTGCAGCA CACCTCTGTC 420 TCCAGTGACA TCGGCTTGCA GTGGGTGGGG AACGTTGCCA AGTCCTTTAC CTCTGAAGAG 480 CCCAACCTGT ACATCGGGCT TGCGGCCACC AACTTGGGAT TGACCGTAAA GGTCTCGGAC 540 AAGATAGAGA ACTGCACGAG TACCTGTGAA AAGTGTGGTT GCTGCAAGGA GAGGTGCTGC 600 TGCAACGGCA AGAAGGCGTG CTGCAAGGAC TGCGACTGTA ACTGCCCCTG TCAGGACTGC 660 AACGACAAAG GTACGGTGCA CGCAACAGAC ACCATGCTGC GTGCAGGGTT TGCATACCGG 720 CCCTTCAGCT GGTTCCTCTT TAGCCTTGGT GCCACCACCA GCATGAATGT GCAGACCTTG 780 GCTAGTAGTG ACGCCAAGTC GCTGTACCAG AACCTGGCTT ACAGCATAGG CGCCATGTTT 840 GATCCCTTCA GCTTCCTGAG CTTGAGTTCG AGCTTCCGCA TCAACCACAA GGCTAACATG 900 CGAGTGGGAG TGGGTGCAGA GGCGCGCATT GCCCGCATTA AGCTGAACGC GGGATACCGC 960 TGTGACGTCA GCGACATCAG CAGTGGGAGT GGGTGCACAG GCGCGAAGGC TTCGCACTAC 1020 CTTTCCTTGG GTGGCGCGAT ACTGCTCGGC CGAAATTAAT TCATAATATG CCGGGGCGCC 1080 CGCCGGTGCC CTGCTGAAGA ATGCGGaCGG cAAGACGTGG AGGGGGTTTT GCCGCTTTTT 1140 TGGTGCGGCG GCCGTGTGTG TCGGCTGCGC CAGTACGCGT AGGAGGACGA TTGGTGTTCG 1200 GTTTTGCACG CGTCGGTTCG CGCGGGCTCT GCTTGGGGGC CCTCCTGCTC TCCCyTCGCA 1260 TCgTGTTGGC ACAGCACGTT GCTGACGCTC CTTTGGGCGC ACGCGGGGTT GTTCCGCGCA 1320 GnTCCTTGCC TCGGCGCACG CGGGCGGCCC GGGCTACGAC GCTGCGATCT CGGGGCGGCG 1380 TGGTCAGTTC CgCGCGAGCG GGGGAACGCT CGTGGTCACC GCGCAGAAAC CGAAGGTCAT 1440 GGCACGAAAT GACGTGGACT ACCGTCCGCT CTCCCTGCAG GCCGGCGGCA GACAAGGCTC 1500 GTTGGACCTT GTTGCCACgC AACGGCGGAT GACGCCAGCT TCTTTGAAGC GAACGCCGcA 1560 GGAAGCGCCA CCATAcCGCG CATGACGCTC GCCTTTTTTC ACACCATGCG CATTTCCGAC 1620 TCCCACATAG ACGTACTTTC CTTTGTCGGG CGGGCGGGGC GCACCGGCTA CGGCGTTTCG 1680 GCACGCGCCT TTTACCCAGA CATGTCCAGC AAAACCACCG GCTTCGTGGG AATTTTTAAC 1740 GTATCGCACG CTTTCTCTTC CGCCTATCGC TTTAAGGGCG TGAGCGTGGG CGCAAACCTT 1800 AAGGTGGGGT ATCGCCACAC CCGGGGGGGG GGGTAGCAGC CAGTCAAAGA GCTCCAACGG 1860 GAAGGAGAAC CACCACATAG TCCTGACCGC GGACGTAGGG GTGCGCGGTG CGTGGACGGT 1920 GTCTAAAAAC TTTGGTGCGC ATGAGCCAAA CCTGTGGGCA GGAGTAGCAT TCCGCAACAT 1980 TGGCGCGTCA ATCAACGCCA CAAACCTTCA CGGAAATAAC GGCGCCGGAG GCAGCGGCGG 2040 CGGTGGAGGG GGCAATGGCG ACGGGAAACC TGCCCACGTC ACGGACTCCC GCGTTATCCT 2100 TGCGCTTGCG TACCAGCCGG TGCGGTATTT TCTTTTTGGC GCCGGGCTTG AGTGGCTCTA 2160 CAATGTGGGG TCTATCAAAG CCGTCAATTC GCTCCGGTAT GGGGCGGCGT TCATGCTTTT 2220 TCCGCTCAGG CAATTGGCAT TCAGCTCGAG CGTGGTTATG AAGGGGATGG GTCCACAGCA 2280 GGTCCGCGCG AGCGCAGGGG CAGAAGTGCA GTTTTCTCAC GTGCGGTGCA CCGCCTCGTA 2340 TTCGTATCTT TGGAGTGCGA CACCCACACG GCCsCACTAC GTTTCAATTG GGGTAGCCGG 2400 TTTTCTCAAA CCGGTTCCCG AACAACCCCT GTGGCAAGAG GTGTACCGCT CCTATTTGCG 2460 CGGTGCGCCA CTACCACGCG CAgCTaCGCA GAGGCCATCG CCGAGTGGAA GCGCACGCTG 2520 CAGCAGGGCG TCAGTTTTGA GCCTGCGCGG GAAGGCATCG AGCGCGCCAC CAAGCTTTTG 2580 CAGCTGAACC AAAAGGTTCA CGATTTTAAC ATTTTCTAGC CGCGCCGCCG cGCAtCATCT 2640 GCTCCGTCCT GTGCCACGCT GCCGGCACCG GCGGAAAGTG GGGGCGGACC CCTTACTCGA 2700 CCGTCACCGA TTTTGCCAGG TTCCGCGGCT GGTCAATGTC AGTCCCyTTG AGCAGGGCAA 2760 TGTGGTATGC CAACAGCTGC AGCGGTACGG CGTAAAAAAT CGGCGCGGTA AGGGGAGATA 2820 CCGAAGtACG GTGACTATCT GACTGCACGC CCCTTCCGGC GCGTCCGCCT CGGGCGTGCA 2880 TACCGGGCCA AAACGCTCCG GCACGTCCGT AAAGATGTAG AGCATCCCGC CGCGCGCGCG 2940 AACTTCCTCG ATGTTTGAGG CCATTTTTTC AAACAGGACG CCAGGTGACG CCGGCGCGAT 3000 TGCAACCACC GGCATCTGCG CGTCCACTAA TGCAAGGGGC CCATGCTTTA GCTCCCCCGC 3060 TGCGTATGCT TCGGCATGGA TGTACGAAAT TTCTTTCAGC TTGAGCGCCG ATTCAATTGC 3120 AATCGGATAC AATTCCCCAC GCCCCAAAAA GAGCgCATGC TGCGCATGCA CAAAATGCCG 3180 CGCGCACCGc GCAACGTCTG CCTCACACTC AAGCACGTGC TCCACATCCT GAGGCAGTCG 3240 CTGGAGCGCC GCAGAGAGCG CGTCCTCGGG CTCcTGCGTG AGTATCTTTT TTGCCTGCGC 3300 AATCATGCGG GTGAGCACGA GCAAGCACAC CAGCTGGGTG GTAAAAGAtT CGTTGAAGCA 3360 ACCCCTATTT CTGACCCCGC GTGGGTGAGC AGCAtGCGTC CGACTCACGC ACCAACGTGG 3420 AACGTGCCCC GTTGCAAATG GCAATCGCAC AGAGATACCC TTGCGTTTTT GCCAGGCGCA 3480 GTGCGGCAAT GGTGTCAGCC GTTTCTCCCG ACTGAGAAAT CGTCAGTACT ATTTCACGCG 3540 CGTGCACGAC GCTCGTGCGA TAsGGTACTC TGAGGCAATC TCCACCTGAC ATCCCACCCC 3600 TGCAAATGCC TCAAACCAGT AACGCGCCAC TAACCCTGCA TGGTACGAGG TACCACACGC 3660 GATAATGCGC ACCCGTGTTA TCCGTCTAAA CAGCCGCTCA AACGTCTTAC ACGAGGTACC 3720 GTCCAAGACC CGGTCCTCCC CGAACGTCCG CACCTGTGCG CGAGAAGACG AAGAAAACGA 3780 CATATAGGCA TTCAGCGTAT GCCGTATAGC GTGTGGCTGC TGCCATATTT CTTGATGCaT 3840 ATGGTGACGG TGCGTACCCT TATCCTGCGT ACAAAGCTGC ATCTGATACG TAACAACAGG 3900 ACGCGCCACA ACGTTTCCCT GCGCGTCGTG GACGCACACG CTATCTCGGT GGACGTCTGC 3960 GATGTCTCCT TCCTCAAGAT ACAAAAAACG CTGCGTAACA TGCGCAAgcG CAAGsgGGTC 4020 TGACGTAACA AAATTTTCCC CACAGCCGAG TCCTACCGCC AACGGACTGC CAGAACGCGC 4080 AgCAATCAAC CGCCCAGGAG ATGCAGCGTC CATGCAAAGT AACCCGTAGt ACCCCGAACC 4140 TGCGTCAACA CTTTTTTTAC CGCAAGCAGG AGGTGCGCCG TGTACCGCAA CTCCCAGTGC 4200 AAAAGATGCG CGAGCACCTC GCTATCAGTT TGTGAATGAA AAAAATAGCC ACGGGTCACT 4260 AGCATTTCAC GCAAAGACCG ATGGTTTTCA ACAATACCGT TGTGAACTAT CGCAACGGAT 4320 TCAGAACAAT GCGGATGCGC ATTCGCTGCA CACGGCTTGC CGTGCGTTGC CCACCGGGTG 4380 TGCGCAATGC CCATGGTCCC GCAAAGAGGA CTCTGACCTA ATAGCGCGCA GAGCGACTGA 4440 ACACGACCCT CACAGCGTAA AAGGCGGAGc GCACAGTCCG AGCCAACGAC AGCGATCCCT 4500 GCAGAATCAT ACCCGCGGTA TTCAAGACGA CGCAGCCCCT CAAGCAAGAG ACCTGAGACA 4560 TCACGCCCCG CCACCATCCC AACGATTCCA CACATAGACG CCTTTTCAGT GCAAAAGCAC 4620 ACGGGAGAAC GTTAAACTCA AACCCACAGA ACACACGCAC GCGTAGGAAC CATTCTGACT 4680 CAACCAAGCC ACGAGCCGCC TCGCAGGCTA CGGTCCAGCG CACCAACAGG GAGACTCACC 4740 ACCTCCCCCA AGGGGAGACC CGACGAACGA GCAAGGTAAC CCACAGGTCA CAGGCGATCC 4800 CATGCCCATC CGTTGCCTTG CTGCACATCG CTCACTTTTT CGAAGCTGAA TCTGGGAGTA 4860 TTTCCTGTAA CTCTATCTCA AAAACTAGGA GCGCACCTGG AGGGATAACC CCCTCGATAC 4920 CACGCTCCCC ATACCCCAAG GAAGAAGGCA CATAAAACCG ATAGGTAGAA CCCACCGGCA 4980 TCAGCTTTAA GCCCTCAGAT ACCCCAGGCA CCATACCATC CACCGGAAAC TCCGCAGGCT 5040 TATCTCGAGA GGCATCAAAC ACCGTTCCAT CAAGCAGCGT CCCCTTGTAC TGAGTGCGCA 5100 CCCTCTGAcC GCCtGCGGCT TTGGACCATC TGCAGCCTTT ACCACCTCGT ACTGCAACCC 5160 AGAGGAAGTT ACCTGCACAC CTGGCTTCTT CGCATTCTCT TCAAGAAAGG CCTTTGCCTC 5220 CTGCGAATTC TTCTCTACCT CTTTTTGCCG ATATGCCTCG AACGCACGCT GTAGCACGTC 5280 CTGCGCATCC GCAAGTGCCT GCTTATCCTT GTCTGCACTG ACTGTCTTCT TTAGACCCTT 5340 CCACACCTGA CCCAGGTCAA CGTCTAACTT CGAATCCTGC AGCGTCACCC CCATGAGAAC 5400 CCCAAAGGCA TACCCCACAC TCTTCTTTGA AAGCGGCGTC TTCTGcCGCT CCTGCTCCTG 5460 CACCTTTCGC GGATCGAGCT GATCAGCAGT CAGCGCCTTC TTATCCGCAG CCTCCCCGGC 5520 AGAGGACACC CCCTCAGCAC CCTTCCGACA GGAAAAAATA CTCATACCCG CAAGGAGCAG 5580 AAGCGCGAAA GAACACACCC CTGcAGCTTC TTTTTTCAAA ATCACCGCTC CTTTTGCGCG 5640 CTCATCCGCG CCGCCCCGAG GCGACCAGCC TACCCCATCC GTACTTCACA CGTCAAGGAG 5700 ATAGCTAATG CCCCGATCCT TCCTTGAGCC ACACCCACTT TTCAGGCATC GTACGCACCA 5760 TGAACCTCTA TTTGGATTGG GCTGCAGCTG CTATACCCGA AACCCGGCTT ATCCTACGCG 5820 AAACGCAACA GGCCTGTACT CTCTTTGCCA ACCCTTCTGC TGTGCATTGC TTGGGAAACG 5880 ATGCGcGCGA TGCGCTCGAA CGAGCACGAC ACACGTGTGC CCAGAGCTTA GGCATCAATC 5940 CAGAACGCCT TATATTCACT TCAGGCGGGA GCGAAGCAAA TCAACTTGCC CTCCTTTCTG 6000 TCCTTACTCG TCTTCCTCAC GCAGAAATCA GCGTCAGTAT GCTAGAGCAC GCGTCGGTCA 6060 CTGCACTTTT GCCCCGGCTT GAGCGGTTGC AGGTATCCGT ACGCCACATC CCCGTCAATG 6120 CCCGCGGTTT CATTACCCCT GAGGCTGTAC GTGCAACGCT CAGTCCCCGT ACCACGCTAG 6180 TGTGCGTGAG CGCCGTACAT AGTGAAACCG GCGCCATCCA GCCGCTCCCT GCTATTGCGC 6240 ACGTGCTTGC ACATACAGGC ACACGCGGAC GCTCTATCCA GCTCCACGTA GACGCCGCAC 6300 AGGCCTTTGG GAAAATACCG CTCAATCTGT ATATGGACCT TCCGCGCATA GAGGAACATG 6360 CACAGGAAAA CAACGCGCCA CAGACACCAC CGGGCTACCC CGCACCCACT GCACAACGCG 6420 CGCTTACCTA CTCGGTAGCA ATCAGTGGCC ACAAAATAGG CGCACCACGG GGTATTGGGC 6480 TACTGTGCGC ACACCGTTCA TTTACCCCCT TTGTCCTGGG AGGCGGACAG GAAAAAGAGC 6540 GCCGCCCGGG AACTGAGAAC CTTGCAGGTG CGCTCGCGCT CGCCGCTTGC GTGCGCGAAG 6600 GCGCCTTCTT CCGTACTCTA CATACCACTC CGGAAGGCCC TACACCGCAT ACGAAGCCCA 6660 CAGCTCCTGC AGGGTTACGC AGTGTcCGAG CGCGTACGTG CGCCTTTGTG CGTGCACTCA 6720 GCGATTTACC GCGGGTGCAA CTAGTCCCTG CAACGCGCAA AGAAGACGAA GCGCACTTCT 6780 CTCCCTACAT CGTCTGCTGT GCGGTACAAG ACGCCAGCGG cGAGGCATTA GTACGTGCAT 6840 TCTCAGACGC AGGTGTGTGC ATCTCCACCG GTTCTGCCTG CTCGACAAAG AAAGGTGGCG 6900 TTTCAACACG CCTTCTGCGT GCACTCGGGG TAGAATcCCg cGCAAgCGCG GCGtGCTGCG 6960 TTTCTCTTTT GGTCCACACA CCACCGCCGA AGATCTCGAT CGGGTCTTAA CGCTTTTCCG 7020 TACCCTGCTG CAAAAACTAT GACCGCTCCA CACAGAAAGG GTACACGCAC AGGAAGCACT 7080 CAAGCGCCGC ACACAACCCC TTATTTTGTC AAAATTTTTA ACGGATTTAC CACCGACCCG 7140 TTCTTAAATA CTGAAAAATG CAAATGCGGA CCAGTTGCCC GACCGCTAGC CCCCACGCGC 7200 CCAATGGTCG TCCCCTGGAC TACCCGCGCC CCACGCCCTA CCATCACCGA ACTTAAATGC 7260 CCATACATGG TTTGGTATCC ACCGCCGTGC ACGATGATCA GGTAATTCCC GTAAATTCTG 7320 CTATATCCAA TTTCTGCCAC TTTCCCATCG AGCGTTGCTT TCACCTGCGT CCCATAGGGT 7380 GCGGCTAGGT CAATCCCATT GTGAAAGCTC CTTTTGCCTG AAAAGGGATC TGAGCGGTAC 7440 CCAAACCCAG AGGTGCGCCG CCCGCGAATT GGATACATGA ATAACTCCCC CAACACCTTC 7500 CTCAAATCAA AAGCAGATAA TTTTGCACCC GGAATAAACA AACGCTGTCC AACTGTTAAT 7560 GCACGACTGA CTAAATCATT CGCATCCAGC AACGTATTCA GGGGCAAACG AAAGAGACTG 7620 GCAATTGCAC TAAGCGACTG CCCCTTTTGT ACCGTGTGCA TGAGTCCATC CATGGACGGA 7680 ATAGTAATTT GATCCCCTAC CGATAGTCTG CGCGCGTTTG AAATTCCGTT CACCGACAGC 7740 AGCGTCCCCA TATGCTTGAG TCCTGcGCgC ACAAtTGGcA CTAATAGTAT CTCCCTTACG 7800 TACGGTGTAC GTGCGGTAGc TCACCGTCGC AAGCTGCGTA TCCAACGCCT CTGCAAGCGC 7860 GGCAGGTTTC GCGCCGCCCT CGCGCGTTTC TACCTCCTCT GCACGAAAAA CCCCACGACG 7920 CAGCGCATGC GCCAGGTGCT GTCTGTTTCA AAACGCACCA GCGCAAgCCT TCTGCCACCG 7980 GTAACGTGCA mCGCCCACGG GATACACAGC ACCATGAGCA CAAAGAGCAG CGCGCAAGCC 8040 AACGCCGCAC ACAACGGCAC ACAAGAAGCA TCCTGCAAAG AACGTACAGG CACCGAAAAG 8100 GAAGGAAAAG AAAAACGAGG CACCcGGTGC GCGCAAGCGG CGTGCGTGCA CTCTTTTCTC 8160 TCCGGAAAAA ACGCATCCCC CCTATACaCT CCtGCGGCTC ACCCGAACAG AACGGTTTGA 8220 AATACTGCTG AGCAACCCCG AAGCGTTGAG CGCCTGCGCA CGTATCAAAC GCGCTTCTGC 8280 ACGTGTGCTC CATTTTGCGT AGCGCGCGCg TAAGCCCCGC CCTCCTCCGA GTCTCCCACT 8340 GACTCCGCTG CCTGACTCAG GAATATCGAG GGTATCAGGA CTTTCATGAA ACGAAATTAT 8400 CTCTTCCTCA AGGGGAAAAC GGGGAACAAG ACGGTTACGC GTACGAGCGC GCGCACCCCC 8460 GCTATCGGAA AACGCACTAC TTGAAAGAAC TGCGCGGCGC ACTTCTGCAG GGCTCGGACA 8520 CACGCTGAAC GGCTCACATC CCCGCGCATG ATCCGGAACT AAGTCCGCAC CCGTGTACGT 8580 AATCACGTCC ATAACGGGCG GTATCGGAAC ATTTATTCCA GGCGTTGAGC ATTTCGCCTG 8640 CAGCgCCACA GGcGGCGGaG TCCCCAGCAG CGTGCCACTT GTTTTTGAAC CGCACGGCGC 8700 ACGCCCCGTA TAAAGAACAC ACCTCGCCGG GCGCAACCGC CGAGGGTGTC TTTCCCGATA 8760 AAGCAGAGTT CAGTGAAGAA AATGAAAATC GTAAACCTGC CGGTTTAATT GCAAAAGCTT 8820 CGTTGCACGC TCGATACCTT CTCGCGCCGG CTCAAAGCTA CCGGCACGCT GCAGGGTGCG 8880 GCGCCATTCG GCAATCGCTT CCTCATAGTG cTGCGCATCA TAGTGACGCA GCCCCCGCAG 8940 gTATGAAGTG TATACTTCCT TTTCCAAGTG CTTGCGTCGG TCTCGATTAA AAAATCCTGC 9000 AATTCCGCAG GAAATGACAT GCTCATCCTT GTCTGACTCA TAGGTGTATG TGAGATCCAC 9060 ACGCACCCAC GTACTTTTGA ATTCTACTCC TGCACTTGCA CGGATATCTG AGGCGAGCCC 9120 GGTGAGAAAC ACATTTGAGC CAAACGCAAC GTACTGCACC GGCAGGAGCA GGAaCGctAC 9180 GCCGTATCTG AATCTATTGT TGTCTGCAAA TTCTTGCACG TTGTACTTCC ACTCAATCCC 9240 CGTGCCAAAG AGAAACCACC GTATCGGTTG ATACGCACAT GCGAGAATAA AACTCGAGTT 9300 TGTAGCGTGC ACCGTCCTGC CGCCACTCAT GCTAGAACCG CTGTTGGATG CGTCCACCTC 9360 AAcTGAAAGT CCAACGTTTT TGACAGTACC GCCCACCCAC AGATTCGGCT CATGGGAACC 9420 AAAATTCTTG GCCACCGACC ACGTCCCCTG CAGACCGATG TCTGCGGTCA CCACCACGTG 9480 CTTCTTACCC CCCTGGTTTT TTTTATTCCT CTCCCCGCCG GCTGAAGAAT CGCGGTAGCC 9540 AACTTTCACG TTGGTTCCCA CACTGATGCC TTTAAAACGA TAGGCAGACA AAAAACGGTG 9600 CGCCACATTG AAAATGGCAA CGCCGCCTAC TGCCTTTCCC TCCATTGTCA GGTAGGGATA 9660 CTGAACACTC GCAGAAAAAC CGTAGCCGGT CCGTCCTATG CTGTGCACAA GTGCAATCGT 9720 ATCTGTGTGC GATTGATTAA CCCGGGCAAA GTGAAACCCT CCCACCAGGA GATAGGGGAA 9780 CGCGGCACTC CCTGCTGCAT TCGCCTCAAA AAAACTTGCA TCGTCTGCTA AAGCGGTAAA 9840 TGCCAAGCCG AGCATTTCAT ATCTGCCGCC TGTCCTCAGC GAGAGGGCAC GACGGCCCAC 9900 TCCCTTCTGC TTCTCGGATG TCTTTGCTGC CATTGCAACA ACCGGCGTCA CGGACGTTCC 9960 AGACACGGCA CGCCGCACCt GCGGTGCGCC GGCACTCGTG CGCGAACTTC CCCCAGAACT 10020 TCACCCCCTT GCGAAGACCA CGCGCCCAAA GAAGCTGTCC GCGCAAAAAG CGGGGCAAGA 10080 CACAAGGCAG ACATCCCAAT ACGCATCCCC AGAACCCGAA CTGATAGAAA gCTGCGGCAC 10140 CGCGCACCGC AGCACATCCG CACGCGCCAC CGCTTGAACA AGCTCTTCTC CGCCTCATCC 10200 GTACCACTAG ACTACCTCAC CGCATCCGCT CCGTGCAACC CTTGCGcACA GTCCCTTCCC 10260 TTTCCCAytA CtGCGCCCCT ACCAGTGCCC CGATTAcGTC AGAGAATGGG GCAAAaGCGC 10320 AcTCCAcGTA cGAAGGGCTA CGGCyTCTTG CAgTGCGCCA CcTGTAAGCG CGCAACACcT 10380 TCTATATCTG CAaTTGTACG CGCTATTTTT AATACCGCAT GTCCTCCGCG CCCCGATAGC 10440 TGCTCCTTTC CTACTGCACG ATGGAACTCC CGCGCAGCAT CaTCTGTCAA CATACACCAA 10500 CGCTGCACAT TCTCAGGAGA AAGACGCGCA TTCCGGTATC GAATCCAATC TTCCACCGTT 10560 GATGACCGCC CGTTAATCGG CGCACATAGA CAGCTCCCCT GCCGTTCcCA cTGCGCTTCA 10620 AGTGCGCACG CAACCGTCTT GcgCAAGCGC GCGGTACAGC ATGCCGGTTC GGACAGCAGC 10680 GTATGCGAAG CAGGcGGCAG CACCTCCACC CGCAAATCAA CGCGATCTAA AAGAGGCGCA 10740 GTcAGctTGC GCCAATACCG CTCCAcCGCC TGAGGCGCAC AGGTGCATAC CTTGTGCTGC 10800 ACCCCAAAAT TCCCACATGC ACACGGATTG ACTGCCAAAA GCAACTGAAA CCGTGCAGGA 10860 TACGTGCTGC TTTTTCCTGC GCGACTGACT GTTATCTGCC CTGTCTCAAG CGGTGTGCGC 10920 AscgTCTCTA ATACCGGACG CTTAAATTGC GTCGCCTCAT CTAAGAAGAG CACTCCCCCA 10980 TGCGCAAGAG AAATTTCTCC CGGAAGACAG GTGCCTGCAC CCCCAATTAT TCCTTCTGCG 11040 CTCGCACTCG AGTGCGGCGT GCGACACGGC GGACGCgCAT GAGCGGGTCC TGCTCAGCAC 11100 CCTTTGGGAG GAGGCCTGCA ATACTGTGTA CTCTTGTCAC CTCAAGTGCC GTACGTGCAT 11160 CCAAGTCTGG CAGAAGAAGC GCAAACCTAC TCAACGAAAG CGTCTTGCCA CACCCAGGCG 11220 CCCCGTACGC AATAAGATGA TGTCCTCCAG CAGCTGCAAT CTGTAGTGCC CGGATCAGTT 11280 TTCTCTGTCC CCGCACGTCT TCAAACCCAC CGGTAACCCC CAACGCAGCG TGTGGCCAGT 11340 GCTGCACCGG GCGTTCTTGC CCTGTTCCCC CGGCAGAATC AGATGCGTCT CCCGTGGACC 11400 TGCCAACCGA AAATAGAAAT GGCGATACAC CCGGCGCTGT CCCCTCAGGG CGCGCGCCTG 11460 TCTCTCCCAC CGCACCCGGA CACCGCTTTG GGAACAACGC CATAATTGCC CCTGCATCCA 11520 TACCCGCGTC CTGGTGCACA GACGCACCTG TATCTGCCGG AAgGTGCACG CGATGCGCGG 11580 TGTCTTCCAC AGAAACCTGC TTCCCCTCCC ACAAGAGAAC TGAGTTTGAC TGACCCCACC 11640 CAGGAGCGGA CTGCTCATGC GGCGCATCCT GCGGTTCTAC AGCTAGCTGC TGGCAGGCAA 11700 CAAGAGCTGC ACGAAgTTCT TGCACGGCAA AAACGCGCAC TCCAGGCGTG ATACGCGCTT 11760 CTGCCTCATT TTCCTTTGGC ACGATGTAAT CGTAAATGTG CGCGCTTAAT CtGCGGCAAC 11820 TGCTGCAAgC GTGCCACGCA CTGGCCGGAT ACGTCCTGAA AGCTCAAGCT CTCCGAGTAC 11880 CATCACACGG CGAACCTCGC GTGcgCATCC GCGCGCACCA CCTGTCAGTT CCGGCGTTTC 11940 CTCTGCAGAG CTCGCGTGTA CCTGGGCGCG GAgcACTGCC AATGCGATGG GCAGGTCAAA 12000 CGCACTCCCT TCCTTTTTCA GATCTGCAGG GCTCAGATTG ATGAGAATGC GCTCCTGAGG 12060 AAAGGGAAGC GCTGCATTGC GGATAGCAGC GCGGATCCGC TCCTTCGCTT CTTTAACCGC 12120 AGACCCTGGC AGTCCCACAA TATCCACTAC CGGCAGTCCC CTCCGAAGAT CCACTTCCAC 12180 CTTTATGACC TCGCCTTCAT ATCCAAAGGC GGAAAAGCTC ATAATCTGCA CCGTTTACCT 12240 CCCATGCGAT GCGCAGGACG CAGTGCGATA CACGCGTGTA CTGTGCATGG AGCTGGGCGC 12300 TACACCTGCC ACCCTGCCTA CGGTAGCCGC CGCATACCGC ATACCCATAA CGATAGCCGA 12360 TCAACCTGCA TAGCCAACGC ACACCCGGAC GTACCTACCA AGGAACGTAA CAAAAAAGGC 12420 GAAAAAAACC TCAAGTCCTT TTCCGTTTTT CCGAAAATAG GATTGGCCCG TTTCTGCTCT 12480 CGTGCGGTGC AsGGGCCCCT GCAGGGCACG GACGTCTTGC AGGAATGTCA GAGATTCCAC 12540 GGAGGAATGC ATGATTATCA ATCACAACAT GAGTGCGATG TTCGCGCAAC GCACACTCGG 12600 GCACACCAAT GTCCAGGTTG GAAAGGGCAT CGAGAAGCTT TCATCCGGcT ACCGCATCAA 12660 CCGCGCAGGG GATGACGCTT CTGGTTTGGC TGTCTCAGAA AAAATGCGCA GCCAAATCCG 12720 CGGCCTCAAC CAGGCATCCA CCAATGCCTC AAACGGTGTG AACTTCATTC AGGTTACCGA 12780 AGCCTATCTG CAAGAAACCA CCGACATCAT GCAGCGTATC CGAGAGCTTG CAATTCAAGC 12840 GGCAAACGGC ATCTACTCTG CTGAAGACCG CATGCAGATC CAGGTGGAAG TTTCGCAGCT 12900 TGTGGCAGAG GTAGACCgCA TCGCTAGTTC TGCCCAGTTC AACGGCATGA ACTTGCTCAC 12960 GGGCCGCTTC TCCCGCACTG AAGGTGAGAA CGTCATCGGT GGCTCCATGT GGTTTCACAT 13020 CGGCGCTAAC ATGGACCAGC CATGCGCGTG TACATCGGCA CTATGACTGC GGTGGCGCTG 13080 GGCGTACGAA ACGGCGTGGA TGAGTCAATC ATGTCCATTG AGACTGCAGA CTCGGCCAAC 13140 AAGAGCATCG GCACCATCGA TGCTGCTTTG AAGAGAATCA ACAAGCAGCG TGCGGATCTC 13200 GGAGGCTACC AGAACCGTAT GGAGTACACA GTTGTCGGTC TTGACATCGC TGCGGAGAAC 13260 CTGcAGGcAG CTGAGTCTCG CATCAGGGAC GCAAACATCG CAAAGCAAAT GGTTGAATAC 13320 ACTAAGAATC AGGTGCTCAC CCAGTCTGGC ACTGCAATGc TTGCGCAGGC GAACACCAGC 13380 GCGCAGTCGA TTCTCTCAAT TCtCCGGTAA AGcCcTACGc CGCGTGCGCT CTTGTCCAAA 13440 AAGGGCAAGA GGAGTACACT GGGcCACAGG GGCTGCCCTG TGGTGCCCTT CTAGAATGAT 13500 CTTTGAAAAG ATTTCTCCcT TGCAGGCCTT CGTGTGGGCG GTTCTGAGGC TTTTTCTAAA 13560 AAGCTTCAGA ACCGTTTTCC GTGGCGCGGT GCGTGCAGGG TGCGGCGTGC TCGCCTGCGT 13620 CCGTGCATAC GGTTTTCCAC CCTATGGATC AAAGGAATAG AGGTGGAAGG ACTTCAGGGA 13680 GGGTCATATG ATTATCAATC ACAACATGAG TGCGATGTTC GCGCAACGCC AGGGAGGCAT 13740 CAACGGACTT GCAATTGCTA AGAACATTGA AAAGCTTTCG TCTGGcTACC GCATTAACCG 13800 TGCAGGAGAT GATGCTTCTG GTTTGGCTGT CTCAGAAAAA ATGCGTAgcC AAATCCGCGG 13860 CCTCAACCAG GCAGGGCAAA ATATCCAAAA CGGTATATCC TTCATTCAGG CTACCGAAGa 13920 TACTTGGCGG AGACAACTGA AATCGTCCAG CGCCTGAGGG AGCTTGCAAT CCAGGCGGCA 13980 AACGGCATCT ACTCCGCCGA GGATCGCATG CAGATCCAGG TGGAAGTTTC ACAGCTTGTC 14040 GACGAGGTAG ACCGAATCGC AAGCCAGGCC CAGTTTAACG GCATGAACTT GCTCACGGGC 14100 CGCTTCTCCC GcGAGTCTGc CCTTGGGCCC aTGcAGCTGC ACGTCGGTGC GAACATGGAC 14160 CAGAATGAGA AAATATTCAT TAACACCATG ACGGCAAGTG CTCTGGGCTT TTTCTCCGAT 14220 GAAGGGACAG ACGGCAGTCG TTCCATCAGC ATTGCGACCG TCGACGGGGC GAACAAGGTC 14280 ATCGGTACGC TTGATAGCGC GCTCAAGGAG ATTAACAAGC AACGTGCGGA TTTGGGTGCC 14340 TACCAGAATC GATTTGAAAC CGCGTATCaG GGAnATCcTA TCGCGGCGGA AAATCTGCAG 14400 GCAGCCGAGT CTCGCATCAG GGACGCGGAC CTTGCGCAgC AGATGGTCGA TTACACGAAG 14460 AACCAGATTC TCGAGCAGTC GACTATGGCA ATGCTCGCTC AAGCAAATAC ACAGCCACAG 14520 GCAGTGcTCC GCTTGATGCA GTAAGCGCAT ATCGCGACGG TATATTTTTA AACGTTCAGC 14580 GTCTTCATTA GAGAGTTTCG GATGTCATCT CTTGTGAACG CCCATGAGGG AAAGAGGAGC 14640 CGCATGCCTC TTTCCCTTTT CTTTTCTCTT TATCTTTCTG TCATCACACC cTGCGGTTGC 14700 CATTACGGCG TAAACGCTGG GGATGTACTT TGTATTTGTT AAGTTTGCGT ATCTGTAAGC 14760 CGACAAGCCG CGCGTGGGGT TTTTTTGAAG GGAACTCGGC TGGAGTCTTG ATCCACTCTC 14820 CGCAGCTTTC GAGGAGTCAT TGTGTCTGAT GTCCGCATCC CCGGAGTAGG GGCCGGTAAG 14880 TACGATAACC TCATCCAGTC GCTTATGAAA AAGGAGCGCA TTCCTCGGGA CAACGCTGCG 14940 GCAAAGGTGA AGGTTTcGAG GTTCAGAACA ACGCGCTCAA GGACGTGGAG CGGTATGCGC 15000 GCGATTTGCG TGACGCCGTC AAAGGACTCT wTTCCTTCAA CAACCCTTTC GCAGaGAAGG 15060 AAGCyCATTC TAGCAACGAG CGTGCGTTCA CCGTCGATGC TACTCGAGAC GCTGCCGAGC 15120 AGAaTCATAC AcTGCGCGTC AAAGACATCG CACAAGGGGA TGCGTTTCTC TCAGACCCCC 15180 TCCCTGAGGA TTTTCGCGTT CCCAGCGGGA CGTATACGTT CTGTATTGGA GAAAAAAAAA 15240 TATGCGTGTC GTGGAAAGGC GGGCaCTATC GTGATTTTAT AstGCCGTCA ACAAGCAGGG 15300 CAAAGACTCA CTCACCCTCT CAGAGATAAA AACGAGCGGT GCGAGCCGTG CGCTCCTGTT 15360 TCGCTCAGAA TTAACGGGAA AGAGCAGTCG TCTTTCCTTT GAAnGcaCTG CGCTGGACCT 15420 TGCACTGCGC cTGCGCGTCG TGCAGGAAGC ACGTTCTGAC GTTTTTACAC AGGATGTACT 15480 CAGTGTTGGA CCTGGAAAAC ACGCGCGTTT GGATTTTCCC CACCCTCTGC GCGCGCAGcA 15540 GGGcTTACGC TGGAGTTTGT CGCGTCTCTG GAAGGGGCAT CTATTGCAAA CGAAGAGTcG 15600 cGTGCGCACA CGCCCGCACA GGGAGGCGCT CCCACGTCTT CCCACGGAAA TACGGCGTCC 15660 GCTGCACATA ATCAGGACGG AGCAGCTGCT GTGCGCCCTA CTGAACCGGC AAACGGCGCT 15720 CCTGTACAGG AAGAAACCAG TTCAGTGTTC TTTGAGGGGG TCACAGTAAA GAACGAGGCT 15780 TCCCAGGGAG ATCTGCCTAC CACGGACGGC TTGGAAAAAT ACCCAGCTGT CGACGACAAA 15840 GGAGAcAATC CGCGCGCaCC TGGAGAGTCG CAGGGCACGG CCACCCACGA AGGTTCAGGG 15900 TCGTCCACAG ACAACGCGGA TGACACACGC TCAACTGGTG CCTTGGCAGG ATCGGGTAAG 15960 CTTGCACTTG AGTCTCTGCA GGGCCACGCG CTTCCTTTAC CACCGCTGGT GCTTACACAG 16020 AACGCACCGC AGATGGTATC CATTCCTTTG CGCGAGTACG GGGATGTTCG CGCGCTCATA 16080 CTGGATAACG CGCAGGCGCG AGGCGCACTG ACACTGCGCG CTATCCGTGT GCGTGCCGAG 16140 GATGCACCAG GTGGTTATGT CCCCGTGAAC CCTGCCTCTC AAGCACAGGA TGCAGCGTTT 16200 GATTTCGATG GGGTGCACGT TACGCGCGGA ACTAATTCTA TCACCGACCT TATCCCCGGC 16260 GTTACGCTTT CGCTGCACGA ACGTACAGAA AAAACCGAAA CGCTCTCTGT CACCCCCGAC 16320 GTGAACGCCA TGAAGAACGC TATTATAGAA TTCGTTGCTA AGTACAATCG ACTCATGGCA 16380 GAAATTAACA TTGTCACCAG TAACAAGTCA GCCATTATCG ACGAGCTTGC GTATCTTACC 16440 CCCGAGGAGA AAAAGAAAGA GACAGAACAA CTCGGCAGCC TCCACGGGGA TTCCACGCTT 16500 CTTATGCTGA AAGACAGACT GAGACGCAAT ACCAGCAATG CGTACCGCGC CGGCGATGAC 16560 GGTGCATCGC GGACACTTGC ACACATCGGC ATTTCCACAA AAGCGCACGC TTCGTCTGGC 16620 ATTAACACGG CACAGctACG CGGTTATCTT GAAATTGATG AAGAAAAATT ACATTCCAGT 16680 TTGAACGCAC AAAAGGATCA GGTGCGTGCT CTTTTTGGGC ACGATTCAGA TGGTGACCTC 16740 CTTGTGGACA ATGGCGTTGC ATTCACCCTA ACAGAACTGC TCAACCCTTA TTTGGGACGA 16800 TCGGGTATTT TTGCCATACG GTCAAACGGC GTTGACGAGC GTATTAAATC GACAGAAAAA 16860 CGCGTAGAAA CGTACGACAA GCAACTGGAA AAGAAGGAAC GGGAGCTGCG ACACAAGTAT 16920 CACACCATGG ATGGCGCGCT TCGTTCTCTA CAAAAGCAGT CTGACGCAAT TCAGAACTTC 16980 AACCAGTCTG TTCGCAACAG GAATTAGTGG GAGTCTTAAT GGACATTACG ATTAACGGAC 17040 ATACACTGCA GTATGTCATT GAACATGAAA AAACTATTGG GGAGGTTCTA GGCGCGATAG 17100 AAGCTGCGTG TAAAAAAGAA AAACAAACGG TATCGGCGGT GACGGTCAAT GGTAGGGAAC 17160 TGTCTGCTAA TGAATTGGAT ACACTTTTTT GCCAATCCTT GGATACCGAC GTCACCCTTA 17220 ATCTTACCAC TCTTTCAGGG GGAGACGTGC GTGCACTCTT GCGTGAGATT AGTACCACTC 17280 TCCTTGCACG CACAGCTGCG TTACAAGAAA TCGCAGTAAA CATGCATAGC GGTAATCTTG 17340 CAGAgAGcTA CGCTATGGTC AGTGACTTTT CTGCTCTCTT GAAAAGTCTT TATCACTGCT 17400 TTACTCTCTC GGACATCGCT GATTTGGATC ATGGCCTGAG AATTAAGGGA AAAGCCCTGC 17460 ACGATTACCA GCGCGAGATT TCTCCCCTGC TTAAGGGCTT ACTAGAAGCA ATGGAAGAAG 17520 GGGACAGCGT TGCTGTCGGT GATATTGCGG AGTACGAGTT GGCACCGGTT GTTCGGGATT 17580 TAAGTGACGG TATCTTGCAT ATGGACATGG GTGTACAATG AAGTTTGACG GACTGATTCG 17640 CAATCTCGAC CACATTACGC GAAAGGATAC GTATCTCTAC TACCGGGAGG AGTTTTCTGC 17700 TGTTGCATGT TACTCTCTCT TCGGTCGAAT TCATTCAGGA AGGGTTGAGT TTTCGGTAGA 17760 GACCaCTCCC GTTGGGGAAA AGAGCGTGCA GGTAAAATTA GTTGATGCAA TTGATTATCC 17820 GCTCTTACCG CTTGTACAAG CACTCAAGCG TGTAGTGAGA CTGTTGATCG AGAAGAATCA 17880 GTTGCCGCGT TAGATCTTGT CCAGTTTTTT TAAAAACGGT AGACTCGCCG CGGTGAGGTG 17940 CGTCAGTCGC TCAGCGCAGG ATACTGCgCG GtGGGGCACG GTAGTCGGAA GGCTGCTTGA 18000 GGAAGGTTCC GTAGTAGTCT TGCAGGGGGC GTTAGCGGCA GGGAAAACCT GTTTTGTAAA 18060 GGGGCTCGCT CTGGGACTCG GTATCCAAGA GGAGATTACG AGTCCTACCT TCACACTGCT 18120 GGCAGTCTAC CACGGcAGGc tGACGCTCTA TCATATGGAC GTGTACCGGC TCGCTTCCCT 18180 GGAAGACTTC TTTGATATCG GTGCGCAGGA GTGCGTATAC GGCACGGGAG TCTGTGTCAT 18240 TGAATGGGGA GAACGGGTCG CGTCAGAACT GCCGGAGTAC ACTGTTACCA TCTCGTTGCG 18300 TGTGCTCGCA GATGGTAACC GAGAGATTAC CGTAGCGTAs CgCAGAGTGC TTCCTGTCTT 18360 GCAAAAAGGC AAAGAGGGCG GGGTGTATGA ATATACTTGC CATCAACACC GTTGCGCATG 18420 CCCTCAACGT TGCAGCTGAA GGAGCACAAG GCACCGCTGT TGTGAGCATC GAAGGTGCGC 18480 ATTGTTGCAT ACAGCAACAG CTCGTGCGTG CGCTTGACGT TGTCGTAAAA CGCGCAGGAT 18540 TTCCTGTACA GGAAACACAA ATCGTTGCCT GTCCTCGGGG GCCTGGTTCA TTTACCGGCT 18600 TGCGTACCGG TTTTGCAGTT GCAAAAGCCC TACAGCTGGG TGTCGGAGCC CGTTTTATTG 18660 CCGTGCCTAC GCTGCGCcTT GCGGCACATC CGTTCCGCGC GTTCACAGGA CGGGTGTTGT 18720 CCATAcTAGa TGCAAAACGT GGTCGTTTTT TTTGGAACTG CTTTAAGTCA GGAGAGCCGC 18780 TCTTTGAAGA CTCTCACAAC CACGCACAAG AAATCGTAAA AAAAGTGGAC ACACGGGTTC 18840 CATGCCTGGT GTGCGGCACG GGAACAGCAC TTTTTAAAAG TGTAATGGAA AGCCAGGACA 18900 ACACGGTTCC TTTCATGTAC GTAGAAACTG ACGCTCATGA AGGAGCAAAG ACACTCCTTG 18960 CTTTGGTAAA AGTGCTCAAT CACAGCGCCG CCACTCCGGG GGAGCGCGGA GCGCCGCAGT 19020 ACACAACACG AACTTACGCA AAAGGAAGCT AATACTATGG GCAATTCAGA TATCTGTTCT 19080 GACATTAATG ATATCGAAGA ACTTCAATCT GAAGAAGGTG ATGCACCTAT ACGAGAAAAT 19140 GCCAATCCAA TCAGAGAGGA TTACAATTTT ATACGTGAAC AAAACCCCAT TCTCGGCTCA 19200 GGACTTGATC TTATCGGAAG TGCAAAACTG CCCATGCTCT TTTTAGACAG CAATCTGCTG 19260 ATTGAATATA TCAGCGCCGA AGCGAATTCT CTTTTTAGAG GTTATTACCA TCTGGAGAGA 19320 AAGCCGTTCT TTAATGTGTT TGGGAATATC CTCAGCCGTA AGGAACTTGA AGACTTTTTC 19380 TCTTGTGTCC GATCTCACTC TAAAGGATTT ACCTGGAGAG GCACGATGGC CCATAAAATT 19440 CGTGCAAAAA GAGCGCTATA CACGCGCACA AGTTTTATCC CGCTTTCCAT cAGCGACGCC 19500 CAACCTTCTG GATATATCGT TCTTTTCGAA GACATTTCAG ATATGTACTC GCAGCAGATC 19560 AGTAATATGC TGAGTAGTTT GCTACAAGCG TCAAAGCTTA AAGACAATGA AACAGGGTTG 19620 CACTGCGAGC GCGTTAATCA CTATTGCAGA CTCATTGCAG AATACCTGTA TGACATCAAC 19680 TTATACCCCC AAGTCGATAC GGACTTTGTA GAGAATATCG CCTTTCTTGC AGCTATGCAC 19740 GACGTGGGGA AAATTGGTAT TCCCGACTAC GTTTTGAAAA AACGTGGTGG ATTAAACGAA 19800 TTAGAGTGGG AGCTCATGAA GGAGCATACT ATCAACGGTG CGCTCATTCT TTCTTCTTAC 19860 CCTGACCCTA TGGCGAAGGA AATAGCGCTC AGTCATCACG AGCGCTGGGA CGGCACAGGA 19920 TACCCCTTCA AATTGGAAGG AGAGATGATA CCGCTTTCTG CACGTATTAC GAGCATCGCC 19980 GATGTATATG ATGCATTGCG TATGGAACGC TCTTACAAAA AGGGATTTTC TCATGAACAA 20040 ACTACACACA TGATTTTAGA ACAGTCTGGa CAAAGCTTTG aCCCCATTTT GGCACGTGTA 20100 TTTCAGAAAA TACATACAAA GTTCAACGAC GTGTGGGACA gCTACAGGAC TGAGCATCCT 20160 CAATCCTAGT CAGAGATAAG GTTTTCTTCG GTGTCAAATT GCTGCAAGGA GCTCATACCA 20220 GTTTCTGTCT GCATGCGGGA AATGAGAGCA AACAGGTACC GTGCGGTGTA AGCGCTCAGG 20280 GTGTATGCGT GCACGCTCTG TGCATCCCAC AGAGTCCACT CCTGGTGAGC AGCAGGCTGA 20340 AGACGAAACC GTATAATCTT TCCGTCTCCC CGGTGAATGA CAATTGATTC TTTCCATTGA 20400 GTCGGTGTAG GTCCAACATC AACATAAGAG AAACGTGCGA AAAACTGCTC GACCTCTTTA 20460 AACACTACAG ACGTCCGACT CCTCACGATG TATTTCCCTG AAACTTCCAT CATTTGTATC 20520 TGCGATTGTG TGAAGAGTTC ATGGAACTGC CGCGTATCAC ACCAAAACCG CTTTTCATCT 20580 CTGAAAAAAG GGGTAAAATC ATCCTCTGTC AAAAAAACAG CTGCGTTATC TCCAATTCGA 20640 ATATAACGCC CAAGTCCTGT ACCGTTCAAC GCACCAAAGT ATATGTCGCC TATAGCAGCG 20700 CCATTTTTTT TTGTAAACTT CATCTGCACT GCAGGTTGTT TTCCGAGAGC ATAGTCT 20757 (2) INFORMATION FOR SEQ ID NO: 101: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 22191 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 101: AGGAAGGAGA GGATTTTATC GTACGCGGTT TTCTCGATAG CGGATAGATT ACGATAATCT 60 TGCACGTCAC TGCTCATGTT GATTTCTTCG GGGATCCAGA AGTTGTTcAT TGCCtGCCGA 120 TACCACTTGC TGACCCAGGG ATACTTCATA TTGTTaAAGT CGTTGAGATT GGTAGTGTTC 180 CCCCCGACCA TGCGTCGCTT ATGAAGTTCA ATGTCTCCTG CCtCATTAAA CAGCGCGCGT 240 CTTTGCAGTA TCGTTGAACT TTCCATCATG ATGAAACCTC CTCCTGAGTG CGGGCACAGG 300 GTAGTATACT TGATGGACTT TGAATTCTCA ATTGCGGCGG GCGTAAAAAT GTCTGTCTGC 360 AGGGCTCTGT GTCTTGTGTG GTGGTCCCTG TTTTGTGGGT AGGTTTGGGG AAACCTAACA 420 GAGACGTAGG AAATCCGTTA TGCTCGAGCA CATGAAGCGT GAACAAGCAC GAAgTCAGCT 480 ATCACACGAG CCTCCTAAGC GGCGCCGAGC CTCTCTAACC GTCTGCGGCC TGCGTGCTGT 540 GGAAACGCTT GGCAGCATAC ATCCAGAGAA AATTCATCGG TTCTTTTTTA CCCCTGTGCG 600 TGCGAAACGC TTCGGACCCC TGTGTGCATA CCTTGCTGCA CGAAAGAGGC TCTACCGTAG 660 CGCTAATACG CAGGAACTTG AGCGATTGAC GCAATCCGTT CACCATCAGG GGGTTGCTGC 720 TACCATAGAC GAGCCGCGCT TTCCAGCCGT GACTCATTCT CAGGTTGAAT TTTGGGTACA 780 ACGGCGTGAG TTTGTTGTGT TACTCGATCG CGTAGGAGAT GCCCACAATC TGGGGGCGAT 840 TATACGTAGT GCTGCTTTTT TTGGAGTGCA CTCACTGGTG GTGAGTGACT GTCGACAGCA 900 GGCGCAGTTA CAAGCGCAAC ATATCGGGTT GCGCAGGGAG GAATGGAGTT TGTGCAATTG 960 TTGCGCTGTA CAAATGCGCA GGAAGTATTG GAAATGTGTG CAGGTAAAAT GACCCGTGTG 1020 GGAGCCTCCC CTCATGCGTT CAGATCGCTT ACACGGCTTT CAAACATACT CTCGCCTGAA 1080 GAAGCGGTAA TATTAGTACT GGGAAACGAG GAGACAGGGC TTTCTGAGCA TTTGACTGCG 1140 CATTGCGATC ATCTCTGTCG GATTGCAGGC AGTGGTCAGG TGGAAAGTCT AAATGTTGCG 1200 CAAGCGGGTG CGCTTTTTTT GTCCACTATC GTACAGTTGC GTCAATCTCC TCAGGACTAC 1260 ACGCAGGgAC ATCGGGCCAC GCCACGTGCA CAAGAGCGTG TGCACCGCTG TGGGCAATTA 1320 GAGGAAAAGG GGCAGAAAAA TGGAGCACGT GTTCTTATTC CCCGCTCGGG GGcGCGTGCC 1380 AATTCCCGTG AAAGTTGAGA GTAGGGAAAG TAGACGGGTG TGAGGTATGG AACCTACAGC 1440 GCAATTGGTT TTGCAGTGCG TGTTGACGTG CGTCCGCGTG TGCCTCTGAG AACGCAGCCT 1500 GCTCTGTTGT CGCGTAGGAA AACTTGTAAA GAGCTTGCAC AAAGCGTCTT TTTTTTTTAC 1560 CCTCGACCCC GTTCGCCTGA ATTCATCACG TAGGAGTTGC CCGCATGAAT CAGATCCGCC 1620 TGTTTGCCCA GAGTGCGCTT GTGAGCGTCA TGGGTATGGG GATGGTTTTT GCCTTCCTCC 1680 TTTTGCTCAT ATGCGTTGTG CGCTGTGTGG GCGCGCTTGT CTCTTCTTTC GGCTGGGATC 1740 GCGGTCCTGA CGAAGGTGTC GGCGCTGCAG TCCCTGCAGG AGGAGCACTC GCCGCGGCTA 1800 TCGCAGTCGC CGTTCATGAG AAGGCAAGGA GTACTTCATG AGTACCCCGG TTCGCATTAG 1860 CGAAATGGTC CTACGTGATG CGCATCAGTC TTTGcACgct ACGCGCATGA CTACCGAAGA 1920 CATGCTCCCT ATTTGTGACA AGCTAGATCG CGTTGGGTAT TGGAGTTTGG AGGCGTGGGG 1980 AGGCGCCACG TACGACGCCT GCATTCGCTT TCTAAATGAG GATCCCTGGG AGCGTTTGCG 2040 TGCTCTCAAA TCTCGGTTAC CTAAGACCCC TATTATGATG CTTTTGCGTG GGCAAAACTT 2100 GCTAGGCTAC CGGCATTACG CGGATGACGT TGTAGATGCG TTCGTAGAGG CCGCTGCACG 2160 CAACGGCGTT GATGTGTTCC sCATCTTCGA TGCACTTAAT GACCCACGTA ACCTCAGTCC 2220 AGsTGCGCGT GCTGCAAAGA AAACAGGCAA GCATGTGCAG ATGGCTATCT CTTACGCTAC 2280 CACACCCTAT CATACCGCAG AGAAGTACGT AGAGTTAGCA AAGGAGTATG CGCGCTTCGG 2340 TGCGGATTCT ATTTGCATTA AGGATATGTC GGGGTTGCTG AcCCCGTACG GGGCGTACGA 2400 TCTGGTTTCT GCCATTAAAA AGAGTGTCGA TTTGCCCGTT GAGTTGCACA CCCACGCCAC 2460 TACTGGTATG TCTGTTGCAA CCCTGGTGAA GGCGGCAGAA GCAGGTGTTG ATGTAATTGA 2520 CACTGCCATT GCTTCTATGT CCATGGGTAC TTCCCACAGC CCTACAGAGA CTTTAGTGGA 2580 AATCcTACGG CACACGGGCC GTGACTCAGG GCTCGACATA AATCTCCTGC TAGAAATAGC 2640 AGCCTACTTC CGTCAGtACG GAAGTGCTAT GCCCAGTTTG AGTCTAGTTT TCTGGGTGCA 2700 GACACGCGTA TCCTCGTGTC CCaGGTGCCT GGGGGTATGC TTTCCAATTT AGAAAACCAG 2760 TTGCGTGAGC aGGGAGCCCT GGATAAGATG GACCAGGTTC TTAAGGAAAT TCCCCTGGTA 2820 CAGAAGGACT GCGGTTATAT CCCGCTTGTG ACTCCTACGA GTCAGATTGT AGGTACGCAG 2880 TCAGTATTGA ACGTGCTGTT TGGCCGGTAC CACCGGCTTA CTGCTGAGAC AAGGCGTCTG 2940 CTCACGGGTC AGTATGGCCG GACTCCCGCC TCCTGTGATG CAGGTTTGGT GGAGCGGGCC 3000 TTGAAGGAAG AAAAGTTATC GCAGTCGCTT GTCTGCCGCC CAGCGGATGC CTTGCCTCAT 3060 GAGCTTGATC GCATGAGGTC TGAGGCcgCs CCGCAGGCGC ACAGGATACC ATTGAGGATG 3120 TGCTCACGTA TGCTATGTTT CCCAAGATCG CTCCCACATT CTTTGCTTCC CGTGCGCAAG 3180 GGCCTATTTC GTTCAGAGGA AAGGGGCAGG GGCAAAAACA GAAGGGTGAG AGTGCAGGGT 3240 CGGTAGCTTC TTATGTGGCT ACCGTAAATG GTAcTGCGTA CACAGTTGTG CAGGAAGGCG 3300 CTGTTCTCCG GGTAAATGGT ACTCCCTACA CCGTTAGGgT TGAGGCAGGC CCGTCCGTTG 3360 CTTCGGG AC GTCGCAGGGT ACCGTGACTA CGGCAAAGGT TGGGGCGTGT ACTACGCTAC 3420 CCGCGCCGGT CGCAGGTAGC GTAtTAAACA CACCGTGCAA GATGGAGCTA CGGTAAATTC 3480 GGGGGAGACG GTGCTCATGG TGGAGTCCAT GAAGATGGAA CTTGAAGTGA AGGCCACCGC 3540 TGCTGGTACT ATCCATTTCC TAATAGCGCC TGGCGCGCAT GTCAGTGCGG GGCAAGTCTT 3600 AGCAGAGATT CGCTAGAGGA TGTGACCATG AATACGCGTT TACCCCTTCG AGTACTCCAG 3660 TGCGTGTTGG TGGGATTGCT TGTGTGCGGG CCCCTGTGTG CAGctACGCG CCGCCCGGTa 3720 CGTGCTTCTG CGCCGGTGCC TATGGTACAG AGTTGTAAAG ACACGGGGGC ACGATGTGCG 3780 CCGGCGTCGT CCATGCGTGA GGACATGCGT GCGTcACACG GAGcTGCGCC GCTTCTCTCT 3840 GTAAGGAAAT TTTTACTCAA TACGTGGCAT AGTACCGGTC TCTACGCTTT CTTTCATGGC 3900 GTAACACAGG TGCCGGATCT TGCAAATCCG CaGCGAACAC ACAGCGTGTT CGGTTATCAA 3960 CAGcGTTGCT GCTCGTGGTT GGTCTGCTCc ATCATTTATC TCGGTGCTGC TAAGGGCTTT 4020 GAGCCGCTGC TGCTCATTCC TATTGGCTTT GGTACTGTCT TCGTCAACAT CCCTGGTGCG 4080 GGCATGTATA GTGAGCATGG TATGCTCAAA CTCATTTACG ATGCTGGGGT GGGGAATGAG 4140 TTTTTCCCTA TGCTCATTTT TATGGGTATC GGTGCACTTA CCGATTTTGG ACCACTGATT 4200 GCGAATCCTA AAATGGCAGT CCTTGGTGCC GCTGCCCAGT TAGGGGTGTT CCTTACTCTC 4260 TTTGGGGTTG CAGCGTTGAA CTTTGTACCC GGGATCCGCT ACTCCATCCT GGATGCCTGC 4320 GCCATTGCCA TTATCGGTGG GGCGGACGGG CCAACTTCCA TCTACGTATC TGCGAAgcTT 4380 GcTCCCGAAC TCATGGCCGT TATCGCGGTG GCGGCATATT CGTATATGGC TCTTGTACCT 4440 ATTATTCAGC CTCCGCTTAT GCGCCTGTTA ACTACCAGAA AAGAACGTCT TATTAGGATG 4500 AAACAGCTGC GTCCTGTTTC GCGGATAGAG AGAGTACTCT TTCCGCTTGT CTTGCTCTTG 4560 CTCTCGGTGC TGCTCATTCt GCGGCTTCCC CACTCATCGG TATGATCGCt TCGGGAACTT 4620 TGTTAAGGAA TGCGGTGTTG TGGAGCGGTT GTCTAAGACG ATGGCTAACG AGCTTTTGAA 4680 CATCGTGTCG ATCTTGCTGT CTTTGGGTGT TGGTTCTCAG ATGACACCCG ATAAGATTAT 4740 GAACCCCAAT GCCTTGGGCA TTATCGTGTT GGGACTCGTT GCCTTTTCTG TCGCAACCGC 4800 AGGGGGAGTA TTCATGGCAA AGTTAATGAA TTTGTTTTTG AGCGAGAAAA TTAATCCACT 4860 TATCGGTTCC GCAGGGTGAG TGCTGTTCCT ATGGCCGCGC GTGTTTCTAA TAAGGTGGGG 4920 CTAGAGGAGG ATCCTTCTAA CTTCTTGCTT ATGCACGCGA TGGGTCCTAA CGTGGCTGGT 4980 GTCATTGGGA CCGCGATACC GCAGGGtGTT CATCTCGGCC TACGGAGGGT AGGGAGGAAG 5040 AGTAACCGCG GGGTTTTGCC GCTTAGGTAC CCTTTCCTCC GTGCGCGGGC ACACCCTCTC 5100 AGGTGGCTAG GGGCTTTTGC AGACGAAGCG GGTAAAGCTC GCTTGGAATT CGAGCTCAAC 5160 TGTCCCAATG GGGCCGTTGC GTTGctTCGC TAAAATGAGT TGAGTCTCGG TTTCGTTGCG 5220 GTCGCGGTGT AGAAACATGA CCACGTCGGC GTCCTGCTCA ATTGCCCCCG AACCACGAAT 5280 GTCCGCCAGG TTTGGCGCAG AGCCCTCTGC CGGTCGACCG ACTTGCGAAA GTGCTACGAT 5340 GGGGATGTCT AGCTCGCGCG CGAGGCTTTT TAGTGATTGG GAGATCGCTG CAAATTGTTC 5400 GTAGCGGGGC GCAAAGGGAT TGTCTGCTAC GATAAGTCCC AAGTAGTCGA CAAAAATAAT 5460 CTGGATCTTT TCTTGTACGC ATAATCGACG AGCCACGGCA CGGAGATCCA GTAGCTTCAT 5520 GTTTGGCACG TCCACGATGT AAAGTGGGGC GTCGTACATC TCTCtGCGGC GTTTTGGATG 5580 CGCCCGAAAT CGGAAAGTTG TAAAAGCCCT TTGCGCAGGT TCGTCGCGGA TACTCCTGAC 5640 TCTGCAGCGA TAAGTCGCTG CATCAGAAGC AAATTAGACA TTTCCAGAGA AAAAAAGGCG 5700 GTTGGAATAC GTTGCCTTAT GGCAATGTTC GAGGCCATAG TCATGGCGAG CGCAGTTTTC 5760 CCCATGGAAG GACGCGCACC TATGACAATA AGCTCGGAGT TCTGGAATCC ACCGGTAAGA 5820 TTATCCAGAG CCGTTAGcCG GTGGCAATTC CGACCAGATC GCTTTGATTT CGGTAACGAG 5880 TCTCAATAGT ATTGACCAAA TCAGGAATGA GGTTTTTCAG CAATTTGAAG GTTGCTACTC 5940 TCCTTGcATT TGTTAGGTCA TAGATTTCCC TTTGTGCTGT TTCGAGTACG ATGTTGCCCG 6000 ACACGGTGTC ATTGAATGCC TCTGCGGTGA TAATGCGGGC TACTTTTAGT AGCGACCGGC 6060 GCATGGCAGC GTCGCAAACG ATGCGTGTGT AGTATTCAAC ATtCGCGGCG CTTGGGACCG 6120 CATCGgTGAG AGAGGCAACA TACGCGCTGC CACCGACGAA ATCGAGCGCC TCACAGGAGC 6180 GCAGtGCTCG CTGAGCACGA GGATATCAGG GCGTTGACCT AAATCCGATA AcTCTACGAG 6240 TGCTTGAAAG ATGCGCTGGT GCGCAgcGGA ATAAAAAGAG CTCGCAGACA ACTGCTCTGT 6300 TGCCGTGCTC AGAGCAGAGT CATCCAGTAG AACAGCGCCG AGCACAGCCC GCTCGGCCTC 6360 TAGGTTATGA GGGGGAATTT TTCCCTTGAG TTCCTGAGTG GGATTAGGCA TGCCCGGCAC 6420 AGAACCTCCT CCGAGGAATA CTCAGAGGAG GGAAGGTGGT GAAAAGACAG TCCCCCCCCT 6480 CTCCGTGGAA ACCcTCTAAC GAGGCAAAGG GTTGAGGCCC AACTGCCAAG AACTGTCTCC 6540 CTTCCGTGGA ATCCAGCCCC AAAGTGGCAC AGTTCTTTGC ACAACTAAAA AACGAACAGC 6600 ACATACTCCG TGCAGAGAGA TACTTCCGCA AACGGTCTAC TCACTCACAC TGTCCgCTTC 6660 GCTTTGGTTT TTGATGGTGA CAGGAACAAC AGCACATATT TCCTCGTATA GTCTTATAGT 6720 GACGTGATAG TTCCCCACAC ATTTCAGAGT AAGACCAGGG ACCTCCACAC GcTTGCGCTC 6780 AACCTCAAAT CCCATGCACG CAAGTTGTTC TGCAACGGTA TGACTCGTGA CAGCGCCGTA 6840 CAACTTACCG TTGGTACCGG CGGGCATGGC AATAACCACA GGCTGAGCCT CTAAACGAGC 6900 CTTAAGATTT GCGGCATCTT GTCGCTTGAG AGACTTTCGC ATCTCTATGT CCTGTTGTCG 6960 CTGTTTGAAG CGAGCCACGG TAAAACGATT ATGAGGAACA GCAAGGTTTC GAGGGTAGAG 7020 GTAATTACGA AAATAgcTGC GGCGACCTCT TTCACATCAC CTTCTTCACC AAGGATCTTT 7080 ACGTCTTGAT TGAGAATAAT CTTCATACGT TTTGTCCCCT CCTACGCAGG AATAAAAGTC 7140 CACGCAGAGC CACTCTGCCT ATGCACAGCA ACTTCTACTG AACTAGGAAA AACAACCGCT 7200 GTATACCAGC GCTACTCGGT CAGAACGAAA GGTAGGAGCG CAACGGCGCG GGAACGCTTG 7260 ACTTCGAGAG CAACACGGCG CTGGTGTTTG GCACACGTAC CGGTGATGCG TCTCGGCAGA 7320 ATCTTACCCC GCTCTGTGAT AAAGCGACGA AGCGTGTCCG GATCCTTATA ATCAGCTAAA 7380 AGCTTCTGCG TGCAAAAACG GCATACTTTC TTTCGATAGA ATTGTCTGTT TTTCTTGGGT 7440 GCGCTCTCTT CACTTTCACG AGGAGAACTG AGATGCGTAT CCAGGTCAAC ACTCGGATGA 7500 TCTTCTGCCA TGATATGCTC CTAGAAGTGG AAAAATTAGC ACGCCCAATT CCTTTCTGAG 7560 GTCCAGGCGA ACGCCAGGTT CGGTCATACT TTTATTCATT ATGCATGCTC CTTGTGGGGA 7620 AAGAGACCTA AAATGGAACG GTGTCCAGAT CTGAACTTGA AAAATCAGCC TCATCAAGGg 7680 ACGAGGTTGC GTCCAGTCCT CTTTTCTCAC CCAAGATATC GCCTGTGGGT GACcTAGAAT 7740 CTGAGGATGT GCCGCGGACA GACCAGCGGT CGACTCGGCG GCAACGCGCG AGGAAGAAAA 7800 CTCACCGTCC TCGGCACGAG CAGCGCCACC GAGGACAGAA CCGAGGAGTT GAACGTTAGT 7860 CGCAGAGATC TCTACCTTGC tGCGTGACTG CCCCTCTTGC TCCCAACGGC TTTGACGCAA 7920 TTCCCCCTCG ACGGCTACCT GCTTGCCTTT GATAAGATAC TGGCTGATGA CTTCGCCCTG 7980 GCGTCCCCAT AGAACGATAT CGAAGAAATT AACTTCCTCA ACCCAATCAT CACCACTTTT 8040 CCTGCGCCGA TTGATAGCAA CAGAAAAACG ACACAGAGCA CCACCTGCAG AAGTGTACTT 8100 GAGTCCGCAT CACGCGTAAG CCGACCAACG AGCACTACAT GATTGACGTC TGCCATATCT 8160 TCTCTCAGGA ATCGACACGC ACAAACAAGT GCGTGAGTAA GTCGTGTCGC AATCTGAGCT 8220 TATGATCGAG TTCGCGCACC TTCCCCGGCT CACACTGAAC AATGAAGAGC AGGTAACGGC 8280 CCCTCTTTTG CTTCTTCAGA GGATACGCAA GTTCCCGCTC TCCAATATGG TCTTCGCGGG 8340 CGATGAcTGC GTCGTTTTCC TGTAGGAGGG CACGAACGGC GGTGGAACCC TGAAGAAAGA 8400 GATCCTCGTG TGCACTGAAA ACGGCCATTA GCTCGTAGGT CCTCATAATA ACTCCTATGG 8460 ACGGCTCACC TTATCAGGCT GCACTAGACT CACCCGACAA GGAGGAGTAG CGTGCGCAGA 8520 ACGCGCGGCG AGaCGCCAGC GTAGTAArAA TCTGTGTGCC GCATCAAGTC TTTTGTCCTT 8580 TTATCCGATG CTGCCGACGG CGCACGTCGT cTGAGGGGGT ACATTCGTGC GTGTGCTCCT 8640 TACGGCAGAC GaGGTGAGGA ACCTGTTCGC AGAAGGTGCG CTTTCCTGTG TGCCCGCGTC 8700 GGTCACGTAT GTGTGGGGAG GTcTGTGGTG CAGAAtTTTG TGTTTCAAGA cAATATTTAT 8760 CACCTAGCAC GTTCTATTGA TGTCCTGTAT GAGGGGCTTC AGCTTAACTT AGATGAGTGC 8820 CTTTATGCGG AGAAAGTTGT GTATGACGTG CGTTTTTTTG ACCATGCGTT GCAAAAGTTG 8880 TGCGCGCATA TCGATCGCCA GTCTCACTTC CCCGATTACT TACCAATTCT TCATTGCCTA 8940 TTCTCCTGCG GTGCACGATT CTtGAACTTA TTGAATTTTC TTATTCATCG TGCCTCTCCT 9000 GTGACTGCGC AGGTTGAGTT TACCCGGATG CTCCCGTTTA TTGAGAAAAG ACACAGCGCA 9060 TTGCATGAGA ACCTCGCACG CTCCATTCAA GAGGTGGACA CGAGCGCAGA TGCGAGTCAC 9120 GTGGTTTCTC AAGATGAGAT AGATGAGTTG CTTGAGCATT AGGTAATCCG CTTGCTTGTT 9180 ACAAGGCGCG ACGTTTTGTG TACGGAGGTT GGCACGGGTG AGGATTACGG GGGGGATGCT 9240 AAAAAACCAC GTATTACGTT GTCCGGATGG TCCTATCCGT CCTGCAATGG ATCGCATGCG 9300 TGAGTCGTTA TTTGCGATTT TGGGTGATAT GCGCGGCTGT TCCTTTTTGG ATCTTTTCGC 9360 CGGATCGGGA GTGTGCGGCT TGGAGGCTTA TTCACGCGGG GCGTATCCGG TAGTGTTTGT 9420 AGAGTGGAAT GTGCGTTCTT TTTCTGTTTT GTTGCAGAAC GTGCAAGTGG CGCTGTGTCG 9480 TTTGGAATGT AGATGTATGG CAGTGGAGCG GTATATTGCG CGTGCACGTA CGCTGTTTCA 9540 TTTTGTTTAT CTTGATCCAC CTTTTCCCTA TCGCTTTCAC GCTGAGCTGT TGCAGCGGCT 9600 TTCTCGTGCG TCATTGTGTA GAGAAGGAAG CGTGGTGATG GTGCACCGAC CAAGAGAGAA 9660 AAAACTTGCG GATAAAATCG ATTCACTTGT GCGGACCGAT CAGCGTGTGT ACGGGCGCTC 9720 GGTAGTTGAT TTTTACCGCA GGATAAAGCC GGTCTTGCGT AGAACTGAAA CCCGTTGTAG 9780 GATCTTGCgT TTTTTGTGCG AGGGGATGCA GAGGGTGCTg AGAGCGACAC GCCGTACTTC 9840 GTTaAAGGTA TACAGCGCCC TGTTTcCACT CTCTCCGATC GCGACCGGGg CGCTGCTAAA 9900 CAGGCGGGGC AATGCATACC TGAATGAgGG GAAGCTGCAG GAAGCGGCAC GCGTTTTCAT 9960 TACCACTGGT TACCACGATG GATTGACCAG GATTGGCGAT GTGTATATGC GCAAGGCGGA 10020 CGTGTTGaCC GCACTGCGgT TTTATTATTT TGCTCGCAAT GAGCAGAAAA TGAGGCCCAT 10080 CGTTTCAGCG CTCTCAGTGT TGATTCGATG TCTTATATAA TTTTGACGCC GGGGGGGGGT 10140 ATGGGGCTTA TGGGGTGCGA GTGTAGTGTT CCGCCTTTTG AAACGGTTGA AACGGGCAAA 10200 CGGTCAGTGG ATGCGGACAG GATTATGCGT CTGTCCCGGG ATGGcTACGC GTTCTTAAAG 10260 GTCAATGACC TTGAGAGGGC AGAGAGCGAG TTCGGTAAAA TTCTCCAAAT TGAAGCGGAT 10320 AACAACTATG CCCTCGTGGG GCTCGGGGAT GCGGCGCGCA AGAGACGCGC GTACCAAGAG 10380 GCATCTGACT ATTACACGAG GTGCTTACAG CATTACCCTC GCAACAGCTA TGCGCTCTTT 10440 GGTCTTGCGG ACTGTTATAA AAACATGCGT CGGTACGTGA AGGCAGTGGA AGTGTGGCAG 10500 CAGTACCTGG AGCAGGATAG CCACAACATT GCGGTGCTTA CGCGCATGGC CGATGCTTAC 10560 CGTAAAATAC ATGATTTTCA AAACTCGAGA AACCTTTACT CCCAGGTTAT CGCCCTGGAT 10620 GAACATAATT CCTACGCGCT AATTGGGCTT GCTCACTTGC ACTACGACTT CAAGAAGTAC 10680 CGTGAAGCAC TCATCTACTG GAAAAAGCTC CTGGAGTGTG CAGAACACAG TGTGGATATC 10740 CGTGTACTCA CCTCTATCGG GAATTGTTAT CGTAAAATGA AACTCTTTAG TCAGGGATTG 10800 CCCTATTTTC AGGAAGCGCT GAAGCGTGAC CCAGGTAATT TTTATGGATT TTTTGGGATG 10860 GCTGACTGCT ACCGCGGCAT GAACATGCAG GAGCGTTCCA TCCAGTACTG GGAGAAGATT 10920 CTGGAGAAGG ACACGCAGAA TCGTGTCATC CTCACCCGTA TTGCCGACGC ATATCGGCAC 10980 ATTGGGGAAT ACGAAAAGGC CCATCAAACG TATAAAAGGG CGTTGGATAT CGATTACGAT 11040 GCCTATGCCA CGCTCGGGCT CGCAGTCCTT TGTAAACTCC AGGGGAGATA CGAAGAGGCG 11100 GTTGTGAGTC TTGATCGACT CGTGCAGCTT GATCGGAAAA ACTATCGCGT ATATGTGGAG 11160 CTTGCAGACT GCTACCGCAA GCTCGGGCAG AAGCAAAAGG CGCTTGAGAC ACTTCGTCCC 11220 TTTCAGCAGT TTGGGGTTAA GAACCGTGTT GTTTCTGAGC TTATGAGTGA GTTGGAGGGT 11280 GCATCGTAGT TTCCCCCCTT TTTCTTCCTG GTAAGCTTGG GTATGGGTGG CGTTTGCCAA 11340 GTGTGAACGG cTCGTTGCGC AGGTGTGGCT GCGCGATGCC TGTCGATTCG GCGCTTTTTG 11400 TGTGGTGGTC GGGGTCCTCC TCTTCGTCGG AGGTGGTGCA GGACTTTGCG ACGAGGGGGT 11460 GGAGCGTATA TGGAGTGGTG CTGCGCCCTT TCGGGGCTTT TGCCAGAAGA AATCCAGAAG 11520 GTGTGTGCGT TTGCTGAGCG CTTTCGTGGG GTGCAGGTGT TCAGATGGAT TGCCGCAGGG 11580 TGCACTGACT TCCATGCGAT GAGTGATCTC TCTTCTGAGA CGCGTGCACG CCTGGCGAGG 11640 GCGTGCGTCA TCTCGGACAC TCGTGTCTAT ACCACGCTGC GTGATGTGGA TGGTACGCTC 11700 AAGCTGGGTA TTGAACTGAA AGATAAACGG CGCGTAGAGG CAGTCTTACT CGTCGATCAA 11760 GTCTCGCGTA AGACTGCTTG TCTATCCTGT CAAGTCGGCT GCCCTATGGC GTGCGCGTTT 11820 TGTCAAACAG GCCAGTTGGG TTTCGCGCGA AACCTTTCTG CCTCAGAGAT CGTCGAGCAG 11880 TTCCTTCATC TGGAACGATG TGTCGGTACA TTGGATAATG TTGTGTTTAT GGGAATGGGT 11940 GAGCCCATGC TCAATCTGGA TGCGGTGTGT AGAGCTATTG AGATACTGTC TCATCCACAG 12000 GGTCGTGACC TATCTGAAAA ACGTATTACT ATTTCTACGT CTGGACATTG CCGTGGTATT 12060 TATTCGCTTG CTGACCGCGC ACTGCAGGTT CGCTTGGCGG TGTCTTTAAC CACCGCGAAT 12120 GCACCGTTGC GCGCACGCCT CATGyckCnt GCGCACGACA GTTTAGCAAA ACTGAAAAGC 12180 GCTATTCGCT ATTTTAACGA GAAGAGTGGA AAGCGTGTGA CACTCGAGCT CGCCCTCATG 12240 CGGGGAGTGA ATACTTCTGA ACGGCATGCG CAAGAAGTTA TCGATTTTGC ACATGGGCTT 12300 AACGTGCACG TGAACTTAAT TCCCTGGAAT CCGGTAGCAT CAATCCACTT TGAAACACCT 12360 CGGGAAGTGG AGGTTGCGCA TTTTGAGGCG CTTCTCATGC GCGCCCGCAT CCCCGTGACA 12420 CGCCGCTATC AGCGTGGGAA TGGCATTGGA GGCGCATGCG GACAACTAGG TAAAACAGCC 12480 GGCGTGTAAC TCTTTCGCTC CGTTTGTAGA TGTTTGTACG TGTGGCCATG CTCGTTCCTG 12540 TTTTTCAGGA AAGTTTCTTT GAGGCAGCCA GCGCTTTTGC CTTGCTCGAG TAGAGCTGTA 12600 CGCAGTCCCA GGGTAACCAA CCTCTTTCTA CGTTCACCCA CAGCGCTGAC TCTTTATCCT 12660 TTGAAAGCAA ATCAATGCCG AGCACTGGAA ATATGTCTTT GCGCCGTGCG TACGCAATGA 12720 CGATCCCCGT GACACCTGGT TTGTCACGAA GCAAAACATA AGCCTTGGTG ATTACTGCGA 12780 AGCGACGCGC TTCTCCAATT GGAGAGCTCG AGGGGAACCG TACATCTTCC AGTGAATTTT 12840 TCCGCACACA GGCGGAAGTG CTGCTGAGTA CGAGCAGTAC CAACGCCCAT GTGCGGCGCT 12900 GCAGCACGGG GATACCGCGT ACCTTCATAG AAAAAGCGTC GGCGCAAACA GAAGGTGTAG 12960 AATGCTCGCT GCGAGAGAAA ACAATCCCcA AGGGTTTGGC ATACTGCACC AGCGTGCGCG 13020 GAATAGGTGA CGGCTTGGAA AGGGCCACAC AATACCGATG TAGAAAAAGA GCACATCCTG 13080 TACCGCCGGC AAGGGTGGGT ATGAGATCCC CAAGCACGGG AAGTTGGGCA CCGATAGGAT 13140 TAACGCACTT GCACACTGCG GCAATTCCCG AGAGAAGCGC CACACTAGAG AGAAAGTCGC 13200 GTCATACAGA AAGGGACAGT CGTGCGCACT CTCCTCTTGG GAGTCGAGCA CCGTGAGGAT 13260 AAAGCCTATC GCAGCGTTGG TCGCCACAGA TAAAAAGTAA AACGGTAACA TGATGGTCTC 13320 CTCTTACATG TGGCATGACA TTGCCATATT TGAATATGCA CTCAGGATGT TTGTTCAGTG 13380 AAACACAGAG CATCTTTACA CATATCCACC ACGATAGTTG AGCCGCCTCT GAATCGGCCA 13440 CTGAGAATCT CACGCGCTAG GGCATTTTCC AATTCCGTTT GGATTGCACG CTTCAGTGGT 13500 CGTGCTCCGA AAGTGTCGTC GTATCCGCGC TCCGCAAGAT AGGCTTTCGC CGCGTCACGC 13560 ACACGAAGTT TTATATGTCG ACTTTCCAAA CGCTCCACTA CCATCTGCAG TTGGATGTCT 13620 GTGATGAGGC GAATATGTTT CCGTGTGAGA CGCTTAAAAA TTAACACTTC GTCAATCCGG 13680 TTTAAGAATT CTGGGCGAAA GTATGTGTGC AGTAATCCCC GTATCTGCTC TGGTAGAGTT 13740 TGTTCTTCTG TAGATTGTGT CTCGGGTACA GGCAAGTCCG ACGTGTGTGT GCGCGACTCG 13800 CGTGCAGAAA GAATATGCTC TGATCCGATA TTGCTGGTCA TGATGATGAT CGTGTTGCGG 13860 AAATCCACCA CCCTTCCTTG GCCGTCAGTC AAGCGCCCAT CGTCGAGTAT TTGCAGGAAT 13920 ATATTAAACA CATCCTGGTG CGCTTTCTCT ACTTCATCAA AAAGAAGTAC GCTGTAGGGT 13980 CTACGTCGTA CCGCTTCTGT CAATTGTCCC CCCTCGTCAT AGCCCACATA CCCCGGGGGC 14040 GCGCCAATGA GTCGGCTGAT CGCGTGTTTT TCCATGTATT CACTCATATC GATACGCGTC 14100 AGTGCACGCT CATCGTTGAA AAGAAAATCA GCTAACGTAC GTGCAAGTTC TGTCTTTCCT 14160 ACCCCCGTGG GACCGACACA TAAGAAACTG CCAAGAGGAC GGCGCGTATC AGAAAGTCCT 14220 GCCTTATTAC GACGAATCGC GTCGGAAATT ACCCGCACTG cTTCGTCCTG CCCTACCACA 14280 CGTTGCATGA GTACTGACTC AAGCTGCAGA TATTTCTGTT GCTCGCTTGC CATCATTTTG 14340 GaTACCGGAA TTCCGGTCCA CATAGAAATA ATTTTCGCAA TGTCCTCTTC ACACACTTCC 14400 TCGCGCAAGA GCTGTCCTTC TAGACCGGAT TTTTTCTCTA CTTCTGCAGT AAGAAGCATG 14460 ATTTTTTTTT CAAGTTCTGG AATTTTGCCA TACCGAAGTT CTGCAGCCTT GTTCAGGTCC 14520 CCTTCACGTG AAAACATGGT TTCCTCAATG CGGAGACGCT CAAGCTCCTC TTTGTAGCGG 14580 CGTGACTCTT CTATCCTCCC TTTCTCATTT TGCCATTGGA CCTGCATTGC AGCACGGCGC 14640 TCTAGGAAGC CTGCGAGCTC TTTTTCTAAC TTTTCCAAAC GTTCCTTTGA AGCCGGATCA 14700 CTTTCTTTAA GGAGAGAGGC CTTTTCGATA TTCAGCTGTA ATATCTTGCG CTCCACCTGG 14760 TCTAGCTCAA CAGGCTGACT TTCAATTTCC ATTTTCAGGC GGCTTGCTGC TTCATCCACC 14820 AGATCAATCG CCTTATCTGG TAAAAAGCGG TTGGTGATGT AACGGTCAGA CAAAACGGTT 14880 GCTGCAACAA GCGCTTCATC TTTGATACGT ACCCCGTGAT GCAtTCGTAC TTTTCTTGCA 14940 AACCGCGCAG GATAGCAATG GTGTCCTCCA CCGTAGGCTG TACGCAGTAC ACTTGCTGAA 15000 AGCGGCGTTC GAGCGCTGCG TCCTTTTCGA TATATTTGCG ATATTCGTTG AGCGTGGTTG 15060 CGCCGATTGA ACGCAATTCA CCGCGCGCAA gcgCAGGTTT CAGAAGGTTC GACGCATCCA 15120 TAGATCCCTC ACTTGCGCCG GCGCCTACGA GCGTGTGTAG TTCATCAATG AATAAAATAA 15180 CGCCACCGTC GCTTTTCTGT ACCGCTTCAA TTACCGCTTT TAGTCGTTCT TCAAATTCCC 15240 CGCGGAACTT TGCACCGGCA ACCAATGCGC CGAGGtCAAG GGAAAGCAAA CGCTTTCCCT 15300 TGAGGCTTTC TGGTACGTCT CCTGAAACGA TACGGCGTGC AAGTCCCTCG ACAATAGCGG 15360 TTTTCCCTAC GCCGGGTTCT CCAATAAGCA CTGGGTTATT TTTTGTACGA CGTGAGAGTA 15420 CCTGCATAAC GCGCCGGATC TCTTCATCAC GTCCAATAAC CGGATCTATT TTTTCTTCTC 15480 GGGCGAGGGT AGTAAGATCT CGGCAGTATT TCTCCAAGCA CTGGAATGTT GATTCTGGAT 15540 CCTGGCTCGT AACGCGCTTG CTGCCGCGTA TATCTTTGAG GGCGGCACTG ATAGTTTTAC 15600 TGGTAATGCC CTGACTGTGA AGGAGACGTG CAGTGTTGCT ATCTGTCTCA CTTATGGCAA 15660 GCAGGAGATG TTCGCAGGAG ACATATTCAT CTTGGTTCTT GAGCGCGAGG CGTTCTGCAC 15720 GTGcACAGGC TTTGCTCAGC GTTGGTGCAC AGCGCGTTTG GGCGGCAGGA CCGGTAACAC 15780 GTGGTTTGCG GCGCAGGCAT TGGAGTAATT CATCGTACAG GAAGTCCGGT TTTGCCCCAA 15840 TTTTTTCAAT GAGCGGAGAG ATAATCCCGT CTTTCTGGGA AAGTAGGGCG TGGAGTAGAT 15900 GTTCCTCCTC AACTTGACCG TGGTTCTCCG CTTCTGCCAG AGATATGGCG TCATTGAGCG 15960 CTTCGCTTGC TTTGACTGTG TACCTGTCTG TGTTCATGGC GTGATTATAG GTCTTTTGAA 16020 CGCTTTTTtC TCGTCATCGG TATGTTTTTT CTACCGCTTG CAGGGGACTT ACGGGAGTAG 16080 TCGCGGTGGA GAACArGGGT GTACATGGTA TGCGGTGCGC TTtGGCAGGC CGCGGTAAGg 16140 CGTAgCcTTT TATATTTTCT tGTTTTGAAG TAGGCTCCTG CGAGTTGGGA GGTTGGGAAT 16200 ATGGAAAAAA CGTTAACGCT TTTTGGGAGC AACCATTGTG GACAATGCGC TACGGCGCTT 16260 GAGTATTTGC GGAGCAATCA CATTAACTTT GAGTACGTGG ATATCACCGG CAGCGGGAAG 16320 AACCTCAAGC GTTTTTTAAA GATGCGTGAT TCAATGCCAC TCTTTGATGA CGTGAAGAAG 16380 GAAGGGCGCA TTGGTATCCC GTGTCTTTCG GTGAACGACG GAGAACAGGT CTTCCTTGGT 16440 GTGGAAGGTT TGGACCTCTC GGCGTTTCGC TAGGGGTTAG TGGGCCGGTG TGTTCGGGGG 16500 CGTGATGTCG TCCCCCTCTT TGCGCTCTTT TCGGGCGACC AGCTAGGCGG TTTGCTCTGC 16560 TTCAAAGCTG CTCTGGAGCG TCTGTGCGGT TGTGCGCAgC TGCTGTTCAG ATTGAATGCG 16620 GAAGAAGGAG AGGAGGCTGC GTGGGATCTG CTCGTAAGGA GTTTCGCCGT CGAGAAAGCG 16680 GATGGTCATG TTTGCAAACG CCACGGTGGA GATGAGCGGC TTATATTCCT CAGGAGCGTG 16740 TGGCAGATTG TGGTGAAAGC GAATGGTGTT GATAACCGGT TCAGGTAGAT TCCAGCGCTG 16800 TGCGAGCGCC GCGCCAATTT CCGCGTGGCC TACGTCGGAC ATGATGGTGT CGAGCACATG 16860 CGGGGGTATG TTACGctCCG CCTGAATTTC TGTGAGTTTG ATGAGCATCT CAGGGTATGC 16920 GGAGGTGAAA ACGACTTCCC CCAGGTTGTG CAGGAGGCCG CAGATGTAAG AGTCTGCGAT 16980 GAGCGCCTGG TCGCCAGTGG CTTTGGCAAG ACCGAGCGCA AAGTAGCCGG TGCGGTATGC 17040 TTGGTTCCAC AGCTGCTTTC GCTCATCGTC GGTAGACTGC AGCACGCGCC CGGCGCCGAC 17100 TGAGTACAAC AGATTCTGTA ATCCGCGCAG CCCGACGCGC TTCnAcCgcT TCGCTGATAT 17160 CCAAACAACG TTTGTTCATA CCGAAGCGCG CGGAGTTGAC GAGTTTGAGA AGGTCGGTTA 17220 CGAGCGCTAC GTCTTGGCTA ATGAGAGCTA CAATGTCTGA GAGTTGGACG TCAGGATTTT 17280 CAATGGCGCG TTGAATTTCC AGTAGTTTGC TTGGCAGCTG GGGTATGTCG TCGATGCGGT 17340 CGGCGATAGA CGCGGCAAGC TTTGTGGTTT GAGTTTGGAT CTCAATGTTG CGGGGAACTA 17400 CCATGCGCGA AATGGTTCGA TCCTCTTCCA CTACGAGGCG GTACACGTCT TCCTCAAGTC 17460 CGAGCTTTTT GAGCATGAGC ATCATAATTA CGAGCCCGAG GCCGGCCCCC TCGGAATTGT 17520 CCAGGATGTG CGCGAGTGCC TCTTCCAAAC CAGAATAACG GCGCGCACGA ACGCGCTTGT 17580 CAAAAACGCG CTTAAATTCC ATGGGAGTCA TTTTGCAGTT ATTGATCACC TCGATGACAA 17640 GCGCATGTGA GAGCACCTGC ATGGTCACCT TTACGTACAA CCCCTCCTGT TGTTGGAGCT 17700 TGAGGTAATG ATTGATGTTC TCAAGGCTTT CTTCCTTGAA GCTTTTCATA CCGCGCTTGT 17760 AGTCCTGTGG ATCAAAGATG TCCAGTCCTT TTTCGCGGAA GTAAATACGC TTGGTGTTGG 17820 CCTTTTTCGC GTTTGTGGTG AGTTCACTAA TGCAGTACGT TAAATAATCC TTCACGTGCG 17880 GCTGGCCAAT GAGATCTAGG ATTGTTTTTG CCACCTGTCC AATATAGATG TCCATATCAC 17940 GGGGGAGCGT ATAGGTGGTG ATGGCAATCG GGAGCTGCAG TTCAATTGCC TTACGAATTT 18000 TTTCAGTGTC AACAACTATT TGTGTATCAC ACATGGGCAG ACTGTACACG CTGTGTATGC 18060 TTTTGACAAC ACGCGCGAAA TGCACAGCTT TCCCTGTGCC AGAATGCAAA CGCGTGTGGG 18120 TGCGGTGTAT GTCTTTGTTG ACAACGGGGA GAAAAGCGTA CGAGAATCTG CCCCGTTAGG 18180 TTGAAGGGGG AGCAAACTGT ACGTGCTCAT GTAATCTTTG TTTTCCCGTA TCGATATGGG 18240 GTGCGATGCG CGCGGTGGAT ACGCTCCTTC TCGACTGAGG TCGCAAGATT TTGTAGGAtG 18300 CGTAGGGGCG TGCGTCGATT GGTGTGGTGC TATGTGTCGT GCTGGTTTGA TGTATCAGGA 18360 CTGGGGTGTG AGGGGAAAAA CGGACAGGAT GTGCTTTGCG CGGAGTCGGT TGTTTTCCCG 18420 TGGTGCGGTG GGCACGGTGT GCTGCACTGT GTTGTTTCTC GCGTGTCGTG TGCGCACTCC 18480 TTCTTCCGTG CCTCTGCGTT CTGGATCGGT CCGTGCCGCA GTACCCGAGG CCACATCCTT 18540 TCACTGGCGG CGCTATGCGG gTACGCGCcT GCGCGTGTGT TTTCCGTACC ATGCTTCTTA 18600 TCGCGCACTC AAAGCGATTG TTCCGGAATT CGAGTCACTG ACGGGTATCG CTGTTGAAAT 18660 TGACTGGCTT CAGTATGCGC GCATGCACGA TAAGCAGGTA CTCGAACTGA GTAAACCGCG 18720 TGGTGACTAT GACCTTATCG CTATGCTGTG TACGTGGAAG ACGGAGTACG CGTCGCGCGG 18780 GgCTACTCCG GTCACTCGAT TCGTTTTTTC AAAATCCTTC CCTGTGTATG CCGCATTACG 18840 ATTTTGAAGA TCTCATTCCT GTGTACGTAG AGACAATCGG GTATGTAGGT GGACGCAAAC 18900 CCTGGCTTGG GGGTCCGGGT GCGTTTTTGT GCGCCGTGCC CTTTGGAGCG GAGACGAGTA 18960 TACTTGCCTA CCGCAAAGAT ATCTTCCACA AGTACCGCAT CAAGGTACCA GAAAATTATG 19020 ATGAGCTTTT GGATGCCTGT AAGAGACTGC GTGAACGCGC GCAACTATAC GGTCTTGCAA 19080 GCCGCGGCGC TTCAGGACAG CAGGCtTGCA CGCATATTTA CTACACGCCg CACCCTTTGG 19140 TGCTAAGGTG TTGGACGATT CTTTAGTTCC TGCATTCCAT CGTTCGCGTT CTATCGCCAC 19200 ATTACGGTGG ATGCAAGAAA TGTTCGCGTA CGGTCCACCG GGTATGGCGA GTTTTGCCCA 19260 AAACGAAGCA TTGCAGGCCT TTTTGCAAGG GCAGACGGGG ATGTACTTGG ATACCAATAT 19320 GATTGGACCG TTAGTTCGTG ATCCGACACG CTCAGCCATA CGCCCGCACC ATGTGGGATT 19380 TGCgTTGCAC CCGATGGCGC AGGTGCGTGC AGGAGAAGTT GGCGGCTTCG GGCTTGCAAT 19440 TCCACACAAT AGTGctGCGC CCGAAGCAGC GTTCTTGCTT TTGCAGTGGA TTACGGCGCC 19500 GCAAACAGGA CGGCGAGTGG TGGAACAGGG TGCGCTACCA TTCCGCCAGT CGCAGCTTGC 19560 GGACCGCGCA TTGCGTGcAC GTTTTGCTGA GTTTGAGGTA TTAGAGCGTC AgcTTGcACA 19620 TTGCGATCCA GATTGGCGTC CTATCGTGCC TACCTGGGGG GAGTTGGGAA CCCTTTTGGG 19680 AATTGGGATA AATGAGGTGC TCACCGGTGT GAGTGAGCCA GAGGAAGCGA TGAGCGCATT 19740 AGTGCTGCCG GCACGTCGTA TTCTCCGTCG TCACGCGCAC GCACGTTATG TGCCGTAAAA 19800 AGTCTCTTCT TcTTGGGGGa AGAGAGGGCA GAAAAGATGC TGGATATGAG CGGAAACAGA 19860 ATGACGTGTT CTATCTGTGG AGCGCGTTAC GTTGGGTAGC GTAAGAGGGG GAGTGCCGTG 19920 GGGAAGAGTA TGAGCAAACC ACGTGATACC GTAAGCGCGT ATTGTTTTTA GCGCTCCAGC 19980 GCTTGTATTG CTGATGTTCG TGCTGGTGTT GCCGGCCTTT TTGGGGCTCC GTATGArTTT 20040 TTTTCAGTGG CAACTGaACG CGTTGCGCAC GCAACCTGTA TTTGTGGGTT TTGAAAATTA 20100 CCGGGAGCTT TTCTCCAGTA TTCACTTTTG GGCCAGTGTA AGAACGACGC TTGTCTTTAC 20160 GCTCTCAGTG GTGGTGCTTG AGGTTGTACT TGGACTTGCA CTCGCGCTGG TGTTGGAACA 20220 CGGAGTACCC GGGTTGCGTT TTTTTCGTAC AGTGTTTGTG TTGCCGATGA TGATCGCTCC 20280 CGTGGTGGTG GGAGTGCTCT GGGGGTTTTT GTATCACCCA CAGTTTGGTA AAATCAACTT 20340 ACGCTTGCAG GCTTTTGAGC TTGGACCGGT ATTGTGGCTT GCGAATCCGC GTCTTGCGCT 20400 TTTGTCTGTG ATACTCACTG ATGTGTGGCA ATGGACGCCT TTCGTATTCC TTGTGTTGCT 20460 TGCAGGTTTG CAGGGTATTC CGCAACATCT TTTGTATGCG GCGAAAGTGG ACGGAGCAAA 20520 TTATATGCAA ACACTCCTGC ATATAAAGAT TCCACATATT GCGCCTGTGC TTGGCATTGC 20580 GACCGTCCTC CGTTTGATAG ATTCTTTCCG TGGTTTGGTA GTGATTATGA CACTGACAAA 20640 TGGTGGTCCG GGAGTTGCAA CAGAAATCCT GnCCGCTTCA CTTGCAGCGT ATTGCCTTTG 20700 AGGATCACCG TCTGGGTAAA GCATCGGCAG TTGCTGTGCT TCTGTTTCTC CTGACAAGTC 20760 TTTTGACTTG TATTTTCATT CTCCTTACGA TGAGGAGACA GGCGCGGTGA GGGTTGCGTA 20820 CGGGTTAGAT AAGAGCAGGA GCAGATAGCA TGAACATGAT TTTTTTGAAG TGGCGTACCG 20880 CGTTGGTGTT GTGTCTGTTA AGCTGTATTG CGTTGGTGAG TATGTTCCCT CTCTATGAAA 20940 TGGTAGCTAC TTCTTTGAAG CGTGATGCGG ACGCATTTCG GTTGCCGCCA GCATGGTTTT 21000 TTATACCAAC AATTGAAAAC TATCGGCAAC TCTTGCAGGA ACATCATTTT GGACGTGCCC 21060 TGTATAACAG CTTGGTGGTG ACGTTGAGTT CCACGGTGGT GAGTGTCAGT GCAGGGGCTG 21120 CAGCAGCGTA TGCAATGCAG CGCTTTCGGT ACCGAGGTAA AAAGGCAATC ACGGTGGCGT 21180 TGTTGCTCTT GCGAGTGATT CCGCCGGTTG TGCTTGTAAT TCCTATCTTT GTGTGGTGGA 21240 CTGCGCTCGG GTTAGTGAAT TCTTTAGCAG GACTTGCGcT CGTGTATGGT GCGCTCAATG 21300 TTCCATTTAA TGTGTGGGTA ATCACTACCT TTGTTGCGGA AATTCCCCCT TCGCTGGATG 21360 AATCTGCAAA ATTGGATGGA TGTTCTCACT GGATGATTTT TACCCGCATT GTGATGCCAC 21420 TGATTACACC CGCACTTGCG TGGTGAGTAT TTTTACATTT CGTTTTGCAT GGAATGAGTA 21480 TATGCTTGGA TTTGCGCTGA CCAATCGGAA AACACGGACA CTGCCGGTGG CACTTTCACT 21540 TTTTCTCACG GATAGTGGTG TCGAATGGGG GCGGATTACC GCAGCAGCAA CGCgATTGCA 21600 ATTCCTGCAT GTGTTTTTAC CTTTGCGGCG GCGAAGTACT TGGTGGTGGG TTTGACCGCA 21660 GkGcGGTAAA GGGATAAACA CTCTGCgCGG GTGAGTACGT GCAGCAGATA TGTGcGGCGC 21720 ATCCCTGGGA gACTGCgTCG GGTCGTGTGC GCGTGTCAAT GCgTTGTATG TAGGGAGAGA 21780 TGGGGTGGGT GCaGAAAATG TATGGGGCTG TGGTAGGTCT GCGGTGAGAG AGAGTGCgCA 21840 CCGGGATGGC aTCTACATCG TTGGCGCAGG ATTCGCAGGG AGTGTCCTTG CCCGTGAGAT 21900 CCAAACGAAA AAAGTACTCG GCACAGTTAT TGCTTTTTTG GATGACGATC CGTGCAAAAT 21960 CGGATCGAAT CTTCACGGTG TCCCGGTGCT TGGTCCCATT TTTGAAGTTG CCCGGATTGT 22020 GCGTATTACT CCGCATGATC ACGCGCTGAT TGCAATTCCT TCTATCTCCA TTGAGCGTTT 22080 GCGTGACATT TACCTGnACT GCGCGCTGCG GGGTTTACGG TTATCAAACT TCTGCCGGCG 22140 CTTGCTCAAA TCATCGATGG TACTGCGCAT TTAGTGCAAA CACGTGAAAT T 22191 (2) INFORMATION FOR SEQ ID NO: 102: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 5420 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 102: ATCTTTTCTG CACAAAAGTT ATAAAAAGAT TTGATAAAGC TTTCGATTTC CTCCATCGGT 60 TTTGAGCnCG CACGCCAAAT GCGAGAAAAG TCCTTCATCC TTAAAAGnTT GCGCnTTCAC 120 ATTGGGGAAA AAACGCGGCC ATACGCGGCC GCACATCGGT AAAACGCCAG GGAAACTCTC 180 CACCAAACAC TTTGGCCAAC TGCGTGCGCA CCACCTGCTC ATCCCATACG AAAACTTCCT 240 GACCCTCCAG GAAGGCACCA AGACGCGTAT GAGATGGCAG GAGCATACGT GGGACCACCG 300 TTTCCGAAAG ACGGTCCACC ACCTCCATAT TACACATTTT TACAGCCTcA ATCGTATACG 360 CCCCaGTCAC CGGACGAACG TGTAGAAGCA CCACAGGCCG CTGATACCAG CCGCTGGTAC 420 TGAAACGGAG CGCCGTTACC ACCTTCCACG CAGTTGCACA GCCTGAGAGA AACTCGTGCG 480 GATACCCTGC ACCTGGCACT TTTGCATTAA TGATAATTGC ATCAGGGAGT GTCTCAGGGG 540 CCGCATGGTG ATCAATAACC AGTACGTCAA TACCTCTGTG ACGCGCATAC GCAATTTCTG 600 CGCGATTAGA AATACCGCAG TCAACGGTCA CAATGAGAGT ACCCCCTGCG GCCGCATGCT 660 CATCTACTGC ATTGCACGAG AGCCCATAGG GCTCATCGGC AACCGGCACG CGCCAGCACA 720 CCGTCAAGCC AAATGCACAG AGAGCCTCAA AAAGAAGGGT GGTGGCGCTA ATACCGTCTG 780 CATCACGATC ACCAAAGATG AGCACCTTTT CTTTCCGCTC ATGCGCAAGA CGCAAACGGT 840 CAACTGCAGC GCTCATCGCA TGGAAACGGA AcGGTcCTGG CAGATAGCGT AGATCACGCT 900 CAAAATGAAA AAGGAGTGCG TCAgcATnCC ACTACCTTGC GACGCACAAG GATGGCCGCC 960 TCAAGCGCCG AGCAGCTATA CCGCGCGGTA AGCTCGCGGA CACGCCCTTC GTCAAGTGCC 1020 TTTGCACGCC ACCGTTTCAT GCGTAsCCTT CCTCCGAGAG AGTACCACCC GACGCAAGAG 1080 GACCCGCCAG AACGGCCACA CGCACCACAC ACGCGCCCCG GTGCcGCGAC GCTTTCCGTC 1140 •GGCGAAgcaT CtTCCTCTAA AGAGACTGCC CAATCTTTCT TACGGACCGG TATCCAGACT 1200 CTGCACACCA CGAGCAGGAT CGTCCTGCAC GTCTTCTGAC TCCTCCTCTG GAGCGTCACG 1260 CGACGGGTCG GATGCAGACG GCACAGGCAC ATGCGGCGCA TCAAAAAGCG GCGCTTCCTG 1320 CGGATGCACC GGCGCAAAAG GATTGCTCGG GACAAGCACC TCCCCCTGCA CGCCCGGTGA 1380 ACCCAGTGGC GGATCTTCAA AGACGCGCGG GTCTATATGC AGCCCTTCTT CGsTcACTGC 1440 CGGCCAGAAC CCAgTGCTGT ATCCAcTTTC CTTCAACCGT TCTTTAGCCA GTTCCTCAAG 1500 CATCTTCCCA CTTTCATGGT ACGAACAAAA GCGCTCAgGC AmCGTGcCAr GCAAAAATGA 1560 CAGAGAAACA AGCTCATCCC CACAGTACGG GGTAGGCAGC AATCCTGATT TTGCACACAC 1620 CGCCTGGTAC ATCAACCCTG TTTCAGGACG AACAAATGCC CGGTGCGGCT TATCCTGATG 1680 AATAGCCCGC ATAAAACGCG CCCACGGAGG ACCTGCAAGC GTCGCGCCCG TGCTATGCAA 1740 TCCGAGCGAT CGGTCTCCTT TGTCAAAGCC AAACCACAAC ACTGCAGTGT AATAAGGAGA 1800 GTATCCAACC GCCCACGCAT CAGACCAGTT TTGCGTAGTC CCCGTCTTCC CCGCAACCGG 1860 CATAACAAAC GATCGCcCCG TTGCAGGGTC TTGGTATGTA AATGCGCGCC CCCGCTCAGA 1920 GGCCACCGCC AACGTCCCCA TCGTTACCGT TTTCTCTAGC ATATTCGTCA TGAGCGCCGC 1980 GTTCTCCGCA GAGATCAGTT GCGTTGCCGC ACCcTGCGCG CGCAGgCGGG CCCGCACTTC 2040 CCGTTCTGGA TCCAAAATCA CCCGCCCTAA ACGATCCTCC ACTGAACGCA CTGCAATCGG 2100 TTCTACCGCT TTGCCCCCAT TTCCAAACGC TGCAAATGCA CGCGCAAGCT GAATCGGCCG 2160 GAGGGCAACT ACGCCCAACG CAAGCGGATA GACGCGTGGG AAGGTGCGCT CAATCTCCTG 2220 CCGATCGGTT ATATGCAGGA GCGTCGCCGC ACGCTGGATT ACCGCGTCGA AACCGACCAT 2280 ATCCAGTACA CGAATAGCAG GAATATTGAG CGACTGCGCA AGcGCCTTCC ATGCAAGCAC 2340 TACCCCCTGC CATTTTCCCC CATAGTTGTT GGGAATATAC GAAACACCAT TGCGGCTGaA 2400 mACCTGCGGT GCATcGTGcA AtGCGTTGCC ATCGTGAGCT TTTTGCTATC CAACGCCGCA 2460 GAATACACCA GAGGCTTAAA TACACTGCCT GGCTGCAACA ATCCTTGCGT TGCACGAATC 2520 ACTTGGTTAG AAGCACCGAA TCTGCTGCCC CCTACGAGAG CTGTAATGTA TCCGGTATCG 2580 TTCTCAAGCG CGATGAGCGC ACCTTCCACC CGCTTACGTG CAATTTCGTC GCGCACCAGA 2640 GAGGCGCCTT TGTCAGACAA CGTTTTAAGA TTGTCGAGGC CGAACATCAG CGCCATAACA 2700 TTCACCAGGG GACTGAGCGT ACTGCGGTAA TaCGCGCCGC TTTTTGCCTT CATGCGCCGG 2760 TCACCGACGT GCAACTGCGG AACGTTGAAC ACCAACCCCA ATAGCTCGCT GATATTGCTG 2820 TACAGTTCTC TGCGCGCAAC GTGTGTGAGA GAAGATTTTT GCACGTGTGC ATTGGCCTGC 2880 TCCAGCGTTT GCTCAACTTG CTGCTCTGCA ACCAACTGAT GACGCAAATC GCACGTGGTA 2940 TGCACGGTAT ACCCGTCCTG GTACAAATTC ATCGTGCCGT ACATCATGCG GTCCAGCTGC 3000 CTCCGCACAT ACTCGGAAAA CCAACGCGCC TTATCCGCAC GGGCATAGAA CGCAGAACTT 3060 GTGGTGCGAG TGTAATCGAA ATGCGCCCAG TAGTGCTCGT AGGACTCATC CCGTTCTTGT 3120 TCACTGAGAT AGCCAAGgCG CGTCATTTCA TGGAGTACGT AACGCTGACG GTCTTGAGCG 3180 CGGTTAGGAT ATTCAAAGGG ATTGTAGTGT GCCGGGTTAG AAAGCAAAAT AACCAAGAGC 3240 GCCGCCTCTG CTGCGCTCAT CTGACGTACC GAATGGCCAA AGTAGAAGCG GGCAGCCGCT 3300 CCTACGCCGT AGTGCCGCCA CCGAAGTAGA CGCGGTTCAA ATACAACTCC ATAATTTCGT 3360 TCTTGGAATA ACGCCGCTCC ATATGGAGTG CCCACCACAA CTCTTTGATC TTACGCCTGA 3420 GACTGCGGTC GCTGCGGTCT GAATAGAGAA GACCTGCTAT CTGCTGGGTC AGCGTACTCC 3480 CGCCCCCTAA GGCGCGACCG GTGAGGGTGC CGACAAGGGC ACGGAAAATA GCCTTGATGC 3540 TGTAGCCGTG GTGGGTATAG AAGGAGCGGT CTTCGCGGGT GAGTAGAGCG TGCACAAGGT 3600 GTGAAGACAA GTCAGCAAAG GAAACGATTT CGCGCTTTTC GTCTGAGGAA AACTCAGTGA 3660 TCAAATCACC CCGAATGTCC AGGATTCTGG TGGGAAGCGC CGGATTAAAG CGGGTGAACC 3720 GTTCGCTCTG CTTAATGTTT TCAATGGAGG CAAGCAAGAA CCCAAAGAGC GCAGcTCCCC 3780 CCACCAACAG ACCGCACAGC AACACCAGAT ACAGGTAACA AACGCGACGC ATGGGCCAAG 3840 AGCGGAACAC AAAAAGGCGA AAACTTCAAG GCAAGAGGCA GAAGACCGTC AACGGCGCAC 3900 ACCGCACGAT GCACTCAGGC AGACACACAA AAAGGCCGGC TTTCTCAAAC CGGCCCCACT 3960 ACGTACCGAC CGCGCGATAG GTGGGAGGGG AACCACGCAG CCGGCGCCCC CAGTATCGGT 4020 TCTACCTGCA AAACCTTGAG CCTGGTGCGA ACCCCACGCC CAACGGTAGT GCCACAGAGA 4080 GGAGGAGCGC GTCGACACCT CACCTGTCGG CGCCCCGACC GTCACGTATC AGCGGAACTT 4140 TTCCATGAAT CGCTCAGGAT TTTGGGGTAC CCCCGCTTCC CGTACCTCAA AATGCAAGTG 4200 TGGCCCGGTC GATGCGCCTG TCGATCCCAC ATTGCCGATC ACCGCTCCCA CACTCAGTTT 4260 TTGCTGTACA CGGACGCGCA CTGCACTCAA ATGTCCGTAT AAGCTGTGCC TTCCGTCTGT 4320 GTGCTGCAAA ATCACGTACT TGCCATACAG ACGATTGTAC GCAATCGTCG CCACCTGTCC 4380 GCTCGCACAC GCATACACCA GCGCGCCCAT GGGAGCGGCA AGATCTATAC CTGGATGATA 4440 ACTCAGCCgC CCGGTGAACG GGCTTTTGCG TGCGCCAAAC CCTGAGGTGA GTCTTCCGGA 4500 TGCCAACGGA AAACGATAAA ACGGCTTAAG AAAGAAGGCA CGCACCGTTC CGTCAAACAA 4560 GGCCTGAGGC GCGCACACTA CCTCCCGCTT TTCTCGCGTA TGcgTTGTCT GCGCAGTCCC 4620 CGGAAGGGAA AGAAAAAAAG ACGGCCCTTG ACCCTTTTTT ATCAGTGCGT AAATGAGCCG 4680 CTCCAAGGGA AGGTGCGGAT CCGCAGAAAC GTACAGTCCC GGAACGnTTG GCAAAAGCAA 4740 CGTACGCCCC TCAAGGGGGG TATGCAGCGT CTCAATACGG TTCAAACTAG CCACCGCGTC 4800 ATAGGGAATA CCGCAGCGCG CGGCGATACG GATGATGGTG TCTGCCTTTT TTACGCGATA 4860 TGCATAAAAA CGCAAGGGTA AATCGTTTCC CCGCTTGCCT TGCGCCAATG CCaCGCgCGC 4920 aGCAcGtCAT CGCTATACTG ACGAAAGAGC GCATCCTGCC CTTGCAGcTG CGCTATCAAC 4980 GGATAGGGAC CGCACACCGC AGGATGTGCC ACACACACAC ATAGGCAGGA GCACACgcTG 5040 CGCGCACCAT CCGCACGCGC AGGAGAAAGG AGAACGGAGA AAATGGGCAC AGACGCATCA 5100 CACGCAGCCG CTTAGCACTC CTGCGCGGGG CGAACTTCCG CGGAGGAAGA GAGCCCCATA 5160 GCACCGACTT CCCCTGCTTG CACTAAAACG CATGGCTCCT GCGCGGCGGC CCTACGcCCT 5220 GCACGTCGCA CCCGTGCATA AGAAAGArCG TTGCACACGC GTcTCAGTCC CCACAGGACC 5280 GCACCGCCGC CATAGAGCAA ACCGCTCAAC ACCGAGAAAA CACGCGGACG ATGCACCGCC 5340 AACGCCCAGA GAGGGTAGAC GAGCGCGCAG CCGAGCGCAA ACGAAAGTAT CAGCAAGCAT 5400 CGCAGCGAGT GCTCCAATGC 5420 (2) INFORMATION FOR SEQ ID NO: 103: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 6754 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 103: GGGATCAGAT TGAAAATGCA GAATATTTTA GCGCACACGG TGCTGCGTGC ATCCTTCGTG 60 CTCAAGATGA AAAGGGACAT CAACTGGTGT CTTTGCTCAC AGAACTGTTC CATCCTTCCT 120 GCGCTAGGAT AGAGGAGATG GCACGTGCGT CTTACACACT TGGAATTGGC AATGCCGCGT 180 ATGATATTGC GCAGCAGTTG CAGACTTTCA TAAAGGAGGG GATGTGACAA TCAGTACCCT 240 GGATCTCATT CTTGGAATCA TCATGGGGAT AGTGACCGTC CGTGCCACCA TGCGCGGGTT 300 TGTCGATGAG TTCTTTTCTA AGGCAAGTAT CCTGTGCGCA gCAGTTGTTG CAATACTGTG 360 TCATAAAAGG CTCGTGCCCT TGACACGTGT GTTGTTAGGC CACAGTATTC TGCTTCCGTG 420 TATAACGTTC TTGATTACCT TTATGGGCGT CTATTGCGTT ATGCTCTTCC TCCGTTCACG 480 TATGCGCACG TaTGctACGC GCGATCTTAT CAGTGGTTTT AATCAGGTGT TTGGCTTTTT 540 TTTCGGGATA ATTGAAGGGA GTGTACTACT CACTGTTATC CTTTTGCTTT TACACGTGCA 600 GCCTTTTGTA TCTGTTTCGC ATATGTTGCA TGAAAGCGTA ATTAACACTG TTCTCTCTCC 660 CCTTGTCTTA GATGGCGTTC GCTATATGCG CCTGAAGATG TAGGCGCGTT TTCGTGTTCG 720 AGAACATTGT CGGACAGCCA GCTACTGACC TTCTGCGCGA TGATGTTATG CACGCGCGTC 780 TTCCTGCTGC GCTCTTATTT GTTGGACCAC CCGCTAGTGG CAAGCTAACT GCTGCACTTG 840 AGcTTGCGCG CGTGCTTTCC TGTACGCAGG GGGGCGTGTG GCAGTGTCCT TGTGCACCCT 900 GTGTGCAGCA TACGGAGTTA CTTTCTCCAG AACTACTCGT GATGGGGATA AAAGATCTGA 960 TCCTCGAAAT ACGCGCGTCG GCACGTGCCT ATATGTCAGT GCACACGCAG GGTACGCGCT 1020 ATCTTTTTGT GCGGGCAGTG CGTAAACTCA TTACACGCTT TGACGAACGA CTGTGGGATA 1080 GTGATGATAC TCGTTTCTCT GCCGCGGTTT CGAGCATTGC TGAGCTCGAC CAGGAGCTCG 1140 CATCACTCCC CGcACAGGGA GACCGACGTA CCACTCCAGA GCAAAAAGAA AGAGTGCAAA 1200 GGATATGCGT GATCGCCGAA AGGCTAcAGC AGGAGTCACT CTATACCCAA TTACCCGTAC 1260 AGCAAATACG AAACGCAATT CAGTGGGTGC GTCTTACACC CTCAGGAAGA AAGAAAGTGC 1320 TGATCATAGA ACACGCGCAC GCGATGCATG AATCTGCACG AACTGCTTTT CTAAAGATAT 1380 TAGAAGAACC TCCGCGCGAT ACGCTTTTTA TCCTCACTAC CGCTACAAAG TATGCAATCA 1440 TGCCTACTGT CCTTTCGCGT GTGCGCAGTT ATTCTTTCAG AGAAAGAAGT GTTGAACTCC 1500 AATGTGCAGT AATTACACGC GTATTTCATG ACAGACCGAC CGATGCAAAA AACACACAGG 1560 GTGTACTCTT GCACTATTTA TATCAGTTTT TGTCGTTTTC TTTAGAAGAG GTGCAAACGT 1620 CCGTGATGTA CTTTTGGCTG TATGTGTGCC AGCACGCTAG GTGTATCGGA CGCATCATTC 1680 CTGATACTTG GGTTTCGGTA GGTACTCAAC CTCAAGTATC AGGAATsGAT CTTACCTCAC 1740 TTGATTCTAC GCTGCATTTT TTCCAAGCTC ACAAACAGCA ACACGCCGTG TCCCTTTTTT 1800 TCTCCTTACT CGTCAGGCAC ATGCGCACCC TGCAGCGCAC CACCGAGTAC TCCGCACGGA 1860 ATACAGAATG tTCGCACACA TTGCTCACTG TATCGAACAG GCACATCGCA ATGTGCAGTT 1920 GTGGAATCTA ACAATACAAG GGACTCTCGA ACACTTAGCA CACACCATCG CGAATCATCT 1980 ATGAGAGATT TTATTGCACG CGCGCTAAAA AAGTCAGCGA AAATGAATGA CTCTCAACTG 2040 AGAAATATGA TTGAACTTAT TGCCAACGAG TACACCTTGT TGGATGCACT TATGGATTCT 2100 CTGAATTAcG GACTTATCGT GTTGGACTGT TTACACATTC CATTAAAGAC AAACCGAGCA 2160 ATTGCACGGC TCTTGGGTAA ACCACTGCCT TCAAATCCTC GCAGGCCACT GTGGCATTAT 2220 CTTGATGACG AACACATTGC GCAGTTCATT GTGGCAATTA TTAAAAATGA GGTAGGAAAA 2280 GCACGCGCAG AATTCATTGT ACAAAGACAA GGTGAAACAT TGTATCTGGA AGTATCCTTA 2340 TTTCCGCTAA TTTGTGACCA AAAGATCCGC GGAAGTATTA TCGCAATACA TGATATCACA 2400 GAGAAAAAAC AAGAAGAAAT CTATAACCGA AGCTAGAAAG TCTTGCAAAT TTAACGAATC 2460 TTGCAGCAAC CGTTGCGCAC GAAATCAAGA ATCCCCTAGG AGCAATGAGC ATTCATCTGC 2520 AATTACTACG TAAGAATTTT AGTACCTGTA GTTTCGAAAC AAATAAAAGA ATCCAAAAAC 2580 ACCTCCATGT GGTAGAGGAG GAAATCGAAC GGCTCAATAG AATTGTCACC GGCTTCCTTT 2640 CTGCAGTTCG TCCCTTAAAA CTAAATATCA CACGGCTGAG CGTTTTTGAT CTTGTTACAT 2700 CCATACGAGA CACATTTATG AAGCCTTCAC CAAAGCAGAA CTGTCTTTCT CTGTACATAT 2760 GCCACACAAT CTTCCCCACA TACGAGGCGA TGAACACCTG CTAAGACAGG CATTGGTAAA 2820 CATTATCACT AATGCTAAAG AAGCCATGCA AAGAGGAGGG GCCCTTGAAG TCTTTGTCCA 2880 TAAACAAACT GACCACATCA GTATCAGTAT TTCGGATACA GGAGAGGGAA TTGATGCCCG 2940 AAATATTCAC AATATTTTTG AGCCGTACTT CACTACTAAA ACTGAAGGTA CGGGGTTAGG 3000 GTTAACCTTA ACGTTTAAGG TGATTAAAGA ACATGGCGGT GACATCAGTG TGTCCTCTAC 3060 TGTTGGACGG GGTACGTGTT TTACTCTCCT TTTACCCATA GATAAATTGG GACGATCGCT 3120 TTTACAAGAA AAAATATCCA CCCACCTAAG ACATACGAGT AAAGAATAAG GAAATGCGAT 3180 GAAATTCAGT ATTCTCGTAC TAGATGATGA AAAAAATATC CGTGAAGGTT TGCAAATGGC 3240 CCTCGAAGAT GAAGGATATG AGGTGTTTAC CGCAGAGGAT GGAAATACAG GGGTAGAGAT 3300 TGCCCTCAAA GGGGATATCG ATCtTATTAT CACTGATTTA AAAAtGCCtC GTATGAGCGG 3360 GGaATTGGTG CTGCaACATG TGCACGCGGT GTTGCCCGAT ATTCCTAtCA TTATTCTCAC 3420 CGGGCATGGC ACAGTAGAAA ATGCAGTTGA AGCAATGCAC AAGGGAGCTT ACGATTTTTT 3480 AACTAAACCA TTGGATCTTA ACCGATTGTC TTTGCTTGTG CGCCGGGCGC TACAAAACCG 3540 AGAGTTGATC GTTCAACATC GAGAGTTAAT CAAACAAATA GGAAATCGCA CCTCATTCGA 3600 GAACATTGTA GGAGAAAGTC CTGCAATGAA CAAAGTGTTT GACATGGTAA AAAAGGCAGC 3660 CGCCTCAAAA GCGTCCGTGC TCATTACTGG AGAAAGCGGG GTCGGTAAAG AACTTATCGC 3720 GAATGCAATC CATAATCTTT CGCCGAGGAA GGCAAAACCT TTAATTAAAG TACACTGCGC 3780 TTCTTTTGCA GAAGGAGTGT TGGAAAGTGA GTTATTCGGT CATGAAAGGG GTGCCTTTAC 3840 CGGTGCGGTC AATCGCATGA AAGGTCGTTT TGAACTTGCG CACGAAGGAT CAATGTTTCT 3900 TGATGAAATC GGAGAAGTAA GTATGGCTGT GCAAATAAAA CTACTCCGTG TGTTACAAGA 3960 ACGTTCATTT GAACGTGTAG GTGGAAGAGA AACAATAAAA GTTGATGTAC GCGTAATTTC 4020 TGCAACAAAT CGTAATCTTT TAGAAGAAAT TAAACGCAAT TTGTTTCGAG AGGATCTTTA 4080 TTACCGATTA AATGTTGTGC ACATTCACGT tCCTGnCTGC GCGAGCGcAA GGAGGATTTG 4140 CCATTACTGA TTGCAACATT TCTTAAAGAG ATTGCAGAAG AAAACGGTAA AAAAATTACC 4200 TCTATAGATC CTCAGGCCCA GTCTGCACTG CACGCGTATG ATTGGCCTGG TAATATTCGT 4260 CAGCTGAGAA ACTGCATTGA AAGCGCTGTC ATTATGAGCT CAGGTCCTGT TATCCACATA 4320 GAGGATCTCT CAGAGCCAAT TCGATCTCTC GGTGAAACCT CTTCCATACG CaTTCCTATA 4380 GGAGTGAGCa TGGAGGATGC aGAAAaGGAA aTCATCCTCC AGACACTGGA AGCACAAAAA 4440 GGTAATAAGA GCAAAACCGC AGACGTGCTT GGCATTGGGA GAAAGACGCT CTATCTAAAA 4500 TTAGATCAAT ACACGAATAC AAGCTTTGAA CCTGATGCCG CAGCAAAATC ATGaAACGTG 4560 cTTTGATAAT CACCGGAGGT GAATATGCAC CCTATGAGTT TGTGCAATAT TACCTGCCTG 4620 CGTACGATCT GCTCATTGCC GCTGATTCAG GGCTTGATAC CGCATTGCAA TTTGGTCTTG 4680 TGCCCGATTT TGTTATTGGA GATATGGATA GCGTTAAGGA CAACCTGTTC ATACAGGCGT 4740 GTGATAAAAC GCGCACACAC CTTTTCCCCC GAGATAAAGA TTTTACTGAT ACTGAGCTTG 4800 CAGTCACCCT TGcGCACCAA TTGGGAAGCG ACGATTTGAG CATCGTCGGA GGGGGTGGGG 4860 GAAGGGCAGA TCACTTTTTA TATTTCATGC GTCTTTTTGC CGCACCTCTG TCACCGCGTC 4920 TGTGGCTGTA CAGACATGGA CTGGGATATT GCTTTGGGGA AGGATGTGTT ACACAACAGT 4980 TATGTATTGG AGGAGTGGAT AATACTTCTT TTTCTTTCTT TCCCGTTGGA GATGCTACAG 5040 ACTATTCGCT CTCCTCTGAA GGATTGCATT GGCCCCTCGA TGGGgTGCCg TGGCACACTC 5100 ATGTAAGTAT GAGTAATCGC AGCAGCGCAC CTGTCGTGCG CGTCGAAGCA CACCGGGGGA 5160 GATTTTTGCT TTTCCTTTCT CCCCTCGGAC GTTACACCAT TGATCATCAC GAGCGGGGTA 5220 TTGCGTGCAC GCACAGAACG TAGATATTGC GCCGGGCAGT ACCTCGACCG TTTCCATCAT 5280 AGTGGGTATT GACCCAGGAC TTGAATCTAC CGGATACGGC GTTATAGAAG CAGGGGGAGG 5340 CAGTCTGCGC TGTCTTACTA CGGGGTGATT GTTACCCAAA GCAATCAGCC ATCTGCTGCA 5400 CGACTCAGAC ACATCTTCGA TACCCTGCAA CAGGTAATCT CAATATATCA ACCTCAGTAT 5460 TGCGCAGTGG AGACAATCTA TTTCGCAAAG AATGTAACCA GTGCGTTGTG TGTTGCGCAA 5520 GCGCGTGGGG TTGTATTACT TGCTATGGCA CAACAGCACA TTTCAGTAGC TGAATACGCA 5580 CCGAATGCGA TTAAAAAAGC AATAACTGGT ATTGCCCAAG CAGAAAAAAG ACAGGTACAG 5640 CATTTGGTAA AAATTTTACT CAATCTTAAG GATATACCTC ATCCTGATCA CGCTGCTGAT 5700 GCCCTAGCGG TTGCTGTTAC CCATGTACAC TGTTGTATGT CTTCAAACTA TGCGGTAGGT 5760 TCAACGCGCT CTAGGGGAGC GTACGTTACG CTGTACAAAA AAGGTAAGAG ATGAAAAGCA 5820 AGAGTTCTTT GTTGAAAAGT GGGTTGCTGC TTTCTCTTTT AACACTTGTC TCTCGTGTAT 5880 TGGGTTTAGC GCGAGAAGTA GTGAAGTCTA CGCTTATGGG GACCAGTGCG ACAGCAGATG 5940 CATTTACCGT TGCATTTATG ATCCCAAACC TTTTCCGCCG ACTGTTTGCA GAAAACGCCA 6000 TAAGTGTTGC CTTCATTCCC GTCTTCACAC AGCACTACTC AATGCCGAGT TCAGCGCAAG 6060 TGCCATGTTC TTCTAAAACG AAGGAGTTTC TTTCAGCTAT CTTCACACTG ATGAGTAGTG 6120 TCACTGCAAG CATTTCTCTT ATCGGTATAC TCGGTGCTCC GTACATCGTG CGATTATTTG 6180 ACACTGATCA GTCATTAACC GTTTCATTAA CCCGCTTGAT GTTTCCCTAT TTATGGATGA 6240 TCTCTCTCGC AGCTTTCTTT CAAGGTATGC TGCACAGTAT TAAGGTATTT GTCCCCTCAG 6300 GATGTACCCC AATATTTTTT AATGTCAGTG TCATTTTTTC GATGTACTTT CTGAATGTGT 6360 CACATATGAA CGTGGCTATT GCTGCAGCAA TAGGTGTTCT TATAGGAGGA TGTGCGCAAG 6420 CACTCTTCCA GCTAATATTT GTATATATGC ATGGGTTTCG TTTTACGCTC CAGTCTCCTT 6480 TAAAAGCAAT GCACGATGAA GGTGTGCGAC GAATCATTGC GTTACTTCTA CCGACAACTG 6540 TTGGCATTGC AACCTATCTT CTAAATGACC TGGTGTGTAC TGCGCTTGCA ACCTCTGTTG 6600 AGATAGGAGT TGCTGCGAGT GTGCAATATT CAtTCGTATA CAAGAACTTT TATTAGGrAT 6660 ATTtATCGkT TCTCyAAGCT CyGtGGkACT TCCTGAtCyT TCyTTCCaTG tTATGAGAAA 6720 AGATTGGCAA TCGTTTGAGG ACCTCCTGAT AACA 6754 (2) INFORMATION FOR SEQ ID NO: 104: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 9410 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 104: GCCAACGCGT TGGCGGCCCT ATGTGCATTT CCGTTCTGCT TGCGTGGTAG TGGATTGTGG 60 AACAGCGCTC ACCTTTACGG CGGTGGATGG CACGGGGTTG ATTtCAAGGG GTGGCAATTG 120 CGCCTGGTCt GCgcACTGCG GTGCAGTCTC TCCATACAGG AACGGCACAA TTACCACTTG 180 TTCCTCTTGC CCTGCCtGAT TCCGTTCTGG GCAAGGATAC TACGCATGCG GTGcAGGCGG 240 GTGTGGTGCG GGGCACGCTC TTTGTTATTC GCGCTATGAT TGCACAGTGT CAGAAAGAGT 300 TAGGGTGmCG CTGTGCAGCG GTGATAACGG GGGGGCTTTC GCGTCTTTTC TCGTCAGAGG 360 TGGACTTTCC TCCTmTCGAT GCACAGtGAC GCTCTCAGGT CTTGCACATA TTGCGCGGCT 420 GGTGCCGACA TCTCTCCTGC CACCTGCTAC AGTGyCaGGT TCATCGGGGA ATTGAGGAAA 480 CTGTTATCCG CGCTCCCCAT CTTCCGATAC TGGATCGGTG TCGGGGGGAG TAGGAGTGGG 540 GAAGCGTCTG TGCTGTATCG CGCTGGTGAT GCGCGCGTTC TGGTACCTCa kTsCGAAGGG 600 AgTCAGTaTc GCTTACGTGC CCgTTCaTcG CAGTGGGGGC TCTCAAGATT cGAGCATGAG 660 CACAGCAGTG GGCGATACGC TCyTTAACGC CTTyTTCGAC GAGGrAATGG TGGTTACGgC 720 AGTACCGCCG GGTGTACACG ACGGCCAGAC TATAGCAGAA ATTGCTGCAT GTTTTGAAGT 780 AATGCCCGAT TACGCGTTGT TGGTGCAGTT TCATTCCGCT CGTCTCCCTG GTGGGGAAAG 840 CCCTACCTCC CGTGCCCGCG GCGCTTGGTC TTCAGAGAGG ■ .-..-.CCGTGCTG TGTGGACATT 900 AGTGGATTTG CATACGCAGC GCGCGTGTGT CTATGCGTGT GTCGCCCCAT ACAGGGAGAG 960 TATTCCCGTT TCTGAGTGTG TTGACGTCGT TACCCGTTGT ATTGCGGAgC AGGcAATTTC 1020 GTACATACGG GTGGGCACGA GCACCGATAC AGCCGGAGTT CAGTTATAGA AAATAGGGAA 1080 TACGTAAGGT GTCTGCAGCG TCGCTTCAGC TGGGAGGAGT CTTATGATTA AACGCCACAT 1140 GTTCGCAAAA AGGGGTGTCA AAGGAAGATC TTACCTGGTT AGGGTGAAna mTGCGTTCTT 1200 AGTGCTTTGT GTTGCTTCTG TCACGCCGCT TTGGGCTGTG TGGGAAGGGA ATGCAGAAAT 1260 TGGCCCCCAG GGAAGTTTTC TGCAGGACGG CATGTTTGTG CGCAGTGACA TGTTCCCCAA 1320 AAACACTGCT GTTGAAATTA GCAACTTAGA AAAGAATGCC AAGGCTCAGG CAGTGGTTAT 1380 TGGGCACGCA GGGATCCCCG GTCTTCTAGT TAGCCTTGCA CCCGCTGCTG CAGCACAGCT 1440 TGGGATTGGC GTATACCAAG CTGTGCGTGT ACGCGTACGT ACCTTGGGTA CCGTGCGCGG 1500 TGGGTCTCAA ACAAGTCAGG ACGGACTGTC CCTTGCATCT TTGCCGTCCC GTGTGCCTGC 1560 GCGCCCCGCC AGcgTGATCC TCTGTCATCC CCGCCGGCAG GTCACACTGT ACCGGAATAT 1620 CGCGATACGG TTATTTTCGA TGACCCGCGT TTGGTTTCCC CTTTGTCTCG TGAGGTGGAG 1680 GACGCGCCGA AGtAGTGGAG CCGGCCTCTG AGCGTGAGGG AGGGGAGCGT GAGGTGGAGG 1740 ACGCGCCGAA GtAGTGGAGC CGGCCTCTGA GCGTGAGGGA GGGGAGCGTG AGGTGGAGGA 1800 CtGCCGAAGg TtAGTGGAGC CGGCCTCTGA GCGTGAGGGA GGGGAGCGTG AAGgTGGAGG 1860 ACTGCCGAAG GTAGTGGAGC CGGCCTCTGc AGCcGTGAGG GcAGGGGAGC cGTGAGGTGG 1920 AGGACGTgCC GGGGGTAGTG GAGCCGGCCT CTGGGCATGA AGGAGGGGAG CgTGAGGTGG 1980 AGGACGTGCC GGGGGTAGTG GAGCCGGCCT CTGGGCATGA AGGAGGGGAG CGTGAGGTCG 2040 CTTCTCAGCA TACGAAGCAG CCATCCCACT CGGTTTCCAA CTCAGCTCCC AATCAGTTTC 2100 GGAACCCTGA GGGGGAACTC CCCTTTACGC TCCCTGACCT ATCCGAGTCA GAAATTGTGG 2160 TTCCGGAGGA ACAGAAAGGA CGTGCGCATC CCCAGGTGAT ACCCGAGGGT GCGCCACGTG 2220 GACTGCAACC TGGTGAATAc TACGTACAGA TTGCAGTCTT TCATGACGCT ATCCAGGTGC 2280 AGAGCATTGT CCACCGTTAC GGGGTAGAAT ACCCCATCGC AGTGGAGCAG GACATCCATG 2340 AAGGTAAGGT GCGTTTCACC GTATGCGTCG GTCCTGTCCA AAAAGACGAA CGCGGCGCGt 2400 ACTAGAGAAC TTCCAAAGGT TTGGATTCAA GGACGCCTTT CTGAAAAAGG CGCGATGATC 2460 AGGTCGGCCC TCCTCTTCCC CTCGTGACCG TGGTGACTCG CCCCGAAgGc GnCAcAGAGC 2520 CCGAAGaACG GAAGGGAAGG GGCAGACTTA ACTATTTCTT TGTTTTTTTG AGCACGTAAA 2580 ACGGCGCCAT CTCCTTTGAA GGCTTTCCTG CGCCGGGAGC GCCCATGTAG CGAACGGAgT 2640 TACTGTCTAT CAGCTCGTAC AGCTCTTTCT CGTGCGGTGC CTTCGATTGC TCCGAGGACA 2700 CAAGCGAGAG TTCGACAATT CCGTCTTCAC GTACCATCCA CGTACCGCGA TACGTAAGAG 2760 GAGAAGGTGC CGACTTCTTC TCAAGGGCAA GCTCTACCTT TTGCGCAtGC CATCCGCGTT 2820 GAACGTCACA GTCGTATCGA TTCCCGGGCA ATCGGCCGCA GTAGCGTACC CCGAAAGATA 2880 CCTCCCTTCA ACGCGCACTC TAsCTTTTCC GCTTtGGCCT TCCCGGCGTG CGGACACAgG 2940 TTGTGCACGA GACACACAAA GCGCTAmCGA GCGCTCCAAC ACCAAGGAAC GCGCACAGgs 3000 CGGsACAGAT CtTTCATCAC AGAAAACCCC CTTGTCACGT CTGTAAGnTC AGGGGAGAAA 3060 AGCCCAACGA TGCAAAAGTT ACGCTCCCTC TTGCCAAAAG TGAGAGAAGA GCGCAGGCCA 3120 CgCGCACGgr GGCAAACGTG GGGTTTAGGA GCGCACCTGC GCCCCGGCCG CGGGTGCACG 3180 CATCTGAGCC TCAAAGGCAG CAACAAAGCG GGGTAACAGT TCATCAACGG TGCCCTCGAT 3240 ACGAAGGCCA GCAGCGCAGC GATGACCTCC ACCCCCGAAG CGAGCGGCGA TAACGCTTAC 3300 GTCAATCGAT CCTCGCGATC GAAACCCCAC CGAACAATGT GTGGGAGATT CCTGACGTAC 3360 CACCACAATT GCCTCGACGC CCTGGATGCT CTGGATGAGC TGATACAGAG CATCGGAGTC 3420 TCGCACATCA AGCCCCAACT GGACCGCGTC TTCGCAAGTT TCGTACGAGG TCATGAGCGC 3480 GCCACCATAA TACGGCGTCA GTCGAGAAAG CACGCGCGCA ATCAACATGC GCGAAGCAAG 3540 GGATCTCCCA CCGTTCATGG CAAGAAACGT GTCTTCGGAT TGGCGCCTGC ACGTACAAGA 3600 CGCGCAGCAG AAGCGAAcGT GTCCGCACTG TGCTCGTCGA GGTGGCGAAA AAAACcTGTG 3660 TCCGTAGCCA ATCCCAAAAA AAGTGCGCGC GCCTCGGCTG CTTCAAGAGA TCCGGCCATC 3720 GTCTCGATTA ACGTTTGCAC CAATGTAGTG GTGGACGGAG CTGTTTTTAC GACGAACGAG 3780 TGCGCGCAGT GGTCGCCGCA CGTTTCGTGA TGGTCTATGA ACGCGCGCGC AAAGGGGGCA 3840 AGCTGCGAGG CGAGCTCAGC GCCAACGCGG CTGAGCTCAG AGCAGTCGAC CACGATGAcG 3900 gCCGTCTGAT CAGACGGCcG TnAtCTGCGC AGAGAGACTT GGACGGAAGA GTGTCGCGTA 3960 CGCAGCGATC TCTCTACGCT TGAAAGGACC CGCAGACAAA AGCTCAACCT CTTTCCCTAT 4020 GCGTCTTAGG AACGAGGCAA GCGCAAGACT GGAACCTACA CAGTCCCCAT CCGGCTTCTC 4080 ATGCCCCACG ACCGCAAACG CGCGATGCGT GcaATGAACT CGATGAGCCC GGAAAGACCC 4140 CTCCCCCGAT CCCCTGTACG CGCCGCGCAC GGAGAGGGGG AGGAAACGGA CTTAGGAAGA 4200 GAACTCGGGG GACTGGAACT GAACATCAAA CTTATCGTCG TACTCAGAAG GACTTTTCAG 4260 CGTTCCCCAC ACCGGGCTGC TCAGGCTGCG AGGGAGTGTG AGCTTTACGT AGGTAAGTGT 4320 GTTCCCTTCC ATAAAAAACG AAAGGTAGGG ATCGACGCGC ACTGGAGcGT GCCGCAAGAG 4380 CGCCTTACCC ACCCTGGGCG AGAACCAGGC GGACGGCAGA TAGATCTCGG CCATTTCGAA 4440 GTTAGCACGC CGGTAAATAA CCCGATAGCC CAAGCGGTGA GAGAAGACTT TCACCACAGG 4500 AAGATTGACG TAgTACATAC GAGAAGAGTT GCTCTCTGTG AGCCCTGGGG GAGGGGGCTC 4560 TAACACACGC CCAGCAGTAT CAGATGCATC CTGCGCACTC AGAGCGACAG CAGAAGCGCA 4620 CAGCACAAGG CGTAGACAAC GAGTTGAAAA TTTCATAGCA AAACCTCCGC GGCGGCAGGA 4680 TTCTAGCCTA GGTGTGTCCC TTAATACAAG CGTCTGTATC ACGCTCCTTG CAGGTAACTG 4740 CGCCGTGAAA AATGCGCGCG GTTGATTTCT TGCGTAGAGC TACAGTATGC TGGTACATGC 4800 GCATTTATCT TGCGTCAAAC AACGCGCACA AGCACGCGGA GTTCTCCTCA CTTTTCCCCA 4860 TGCACACGAT TCTCCTGCCG AAAGACGAGG GTATCGATTT TTTCTCGCCT GAGGACGGGT 4920 CTACTTTCTT TGCTAATGCA AGGCAGAAGG CTGACGCCCT CTATGACGTG GTACATGCGC 4980 CTGTGCTCGC CGATGACTCA GGTCTCTGTG TGGATGCTTT AGACGGGGAC CCAGGGgTGC 5040 ATTCGGCGCG TTTTGGTGCA CAGCATGGGG TACACACAGA CAtGCGCGCA TGCAGCTCCT 5100 TCTGGAACGT ATGCACGGAC GGCArGACCG TGCCTGTTCC TTTGTGTGTG TGGCGGTACT 5160 GAAGTTGGGA TCGGTGCCGT TGTGCGTTGG GCGGGGGGTG TGCCgGGGAG TGTTGACTAC 5220 AGAAATGTCT GGGGTAGAAG GTTTTGGCTA TGACCCGATT TTCCTGTTGC CACACCTGGG 5280 CAGGACGTTC GCTCAGCTCA GCATTGAGGA GAAGAACCGC GTCTCTCACC GGGCACTTGC 5340 GGCGctGCGC CTCGCACAGG TGTTGGCCAT GATGCAGCTA CCCCGTkgsT GCGCTACGAG 5400 TTAAAGCTTT TGCGTGGTGC TCGTCGTATG AaCGCGCGGC GGCGTGCTGC GGCCTGGCGC 5460 CCCCTGTGCG CAACGTAAGG GACAGACCGC GCAGACTGCC CGAAGACACA AATTTTATGC 5520 ACGCGCTCGG AGGTGTGCCC GTCGCATACA TCGTGCCTAG TGCTCTGCAA GGTGCGTGAg 5580 CGAACGGAGT GCaGGACACG CGCTTGACTG CAGCTGAGAG GAGGGATTGT ACGAAGACGA 5640 TGTTTTTTGT ACCATGGCCC CACGCTGCAC CATCGGAGGG TCCCCATGGC GGTAAACGAC 5700 GAACAGTTTC AACTCGTTAC CTTCCAGCTC GGGGAGGAGC TTTATGGCAT CGACATTATG 5760 GGTGTCAAGG AGATTGTGAA GGTTCAGGAC GTTCGTCCTA TTCCCTGTGC GCCTGCTTAC 5820 GTGGAGGGCA TTTTTAACCT GCGCAgcGAG ATTATCCCTA TTATTAACCT GCACAAGCGC 5880 TTTCACCTAC GCGAGGCTAC GCTCGAGTCG GGCGACGAGT ATCTCGGCGG CTTTGTCATT 5940 CTCAATGTGG AGGACAGTAA GCTCGGCATT ATCATCGACC GCATCGCGCG TGTTATCGCT 6000 GTCTCGCAGG AGGACGTGCA GTCCCCTCCC CAGGTTATCA CCGGcATCGG GGCGGAGTAC 6060 ATTCATGGGG TCGTGCGCCA GGGGACGAGT TATCTTATTG TTCTGGATAT CCACAAGCTG 6120 TTTAGCTCCA AAGAGTTGCA AAAGCTCGCG AACCTCTAGT GCCCCACCGC TGTCTGTCTC 6180 CTGCCTGCAG CTCCAAGCGC CGTGCGGGGT CCATCCCCGT CCACAGCCCC GCCATCCGAA 6240 GgTCCGAAAT GGACGCGGTG CTCACCTGCT TGGTGGATGA AAAAATTGGC CCTGGTTCGC 6300 TTGGCAGCAC CCTCATCCAG TTGGTGCGCG AGGTGTTTTC TCCAATCGAT GCATAcGTgc 6360 TGCGCAGCCC ssTATCGCAC TTTCCTTTgC ACTCCGTGCA CTGAAATTGC CTCCTGCTTC 6420 CCCTGTACTT CTTTCTGCGC TTGCGCCCTT CTGGCACTAC CGTGAGGTGC TTCACCAGGG 6480 GCTGCAGCCG CTTGTCCTTG ACGTAGACAT TCACAGCGGT TTGTTGTCCC GTGATGTGGT 6540 GGAAACTGGC AtCGCGCGTG GCGCTCGTGC GCTTCTTGTG CCTGAAACAC TTGGAAATGT 6600 GCCTCCTGCA GCGGTGTTTT TGGAACTGGG GATACCCGTC ATCGAAGACA GCTCTCAGAG 6660 TGTCGGTGCA GTATtGGGAG AAAAGAAGGT GGGAACcTTT GGCTCGTGTG TCATCGTGGG 6720 ATTGGAGGCA CACGATATGC TTACCGCAGG CGGCGGCGCG GTACTCATGG CCTTTGAGGC 6780 CGCCTGCGCG CGTCGGCTTC AGGCGCTTGT GCCAGAAGCG CTTGCCGTTG ATATGCTGCC 6840 GGATATGAAC GCGGCGCTCG CGTGTGTCCA AGTAAAGCAG CAAGAAAAAA ATATTGCCCT 6900 CAGGCGCGCA ATCTACGACC GATACTCCTC TGCGCTTTTG CGTACGCGTC ACGGTACGCT 6960 TCACCGGTGT GAGCAATTGG AACACAGTGC CTACGCTTTT CCTGTTGTCC TTGCTTCTGA 7020 TCTGAAGGAA GTGACGCGTT ACGTGCGGCA GGCGTCCATT GAGATTTCTC CTGCCTTTGA 7080 ACATTCCATT GTGGCAGCGT TTCAATTACC TGCTATGCGC AGACGGTGGC CTTTTCCGCA 7140 GTTTCTTCCT ACTTCTGCAT CGCACACGGC ACCTTTTCAG GGTGAGGACA GGGAGGTACT 7200 AGAGACCACG CAGGGCGCGG AAAAAACCTG TCAGGACTCT AGCTGGGAAA GGGAAGTGCG 7260 TGCGTCTGAG ATTACGCCTG AGATGTGTTG GCCACATGCA TCTGCGCTTT TGTTGCGCTG 7320 CGTGCGCTTT CCGTTGTACC CGCGTCTTGC GCCTGCACAC GCACAGGAAA TTGCGCGCAT 7380 CCTTGGGACA CTGCCGTGAG CAGCCGCGTG TGTCCTCAGC GGCCTGTTGC AAAATCATCG 7440 GGGGACGCGA AgGTGTTGCT TATTGTCAGC ACGTACAAAC CGCGCGCTGC GtGCTCGCTG 7500 CGGACGTTGT GAACTTTCTG AGCATACGTG GATTCCAGTG CCACACCATT GAGTATGATG 7560 GATTGAATAA AGAAAGCTGT GCTCGCGCAG GCTATATGTT TGCAGTCAGT ATTGGGGGGG 7620 ATGGTACTAC ACTGTTTGCC GCGCGCTGTG CTTCTCCTTC TGGTATTCCC ATACTTGCCA 7680 TAAATTTAGG GCGTTTCGGC TTTATCGCTC CTATTGAGCC ACGGTATTGG CAACAGGCGT 7740 TGAGCGATTA TTTGGCAGGG GGGGTGCGCC CTGCtGAGCG TGCGCTCATA TCGTGCACCG 7800 TCACGCGTGC GGGTAAAGAG ATTGCTTCGT GTCTGGCGTT AAACGATGTT GTCCTTTCAA 7860 GTGGACCGTC GCGCGTCTTA CCCGGGCAGA GGTGTGCTTC AACGACATTT CTTTTGGCGT 7920 GTATGAAGCT GATGGCATTA TTCTTGCGAC GCCTACAGGA TCTATGCGTA CTCGGCGGCC 7980 TGTGGCGGTC CCATCCTCGA TCCGGACCTT GATGCGTTTG TCCTCACTCC CATAAGCGCA 8040 CTGTGCCTTT CTAATCGTCC CGTGGTAGTT CCCTCCTCAG GGGTGGTGCG TATCAAGGTG 8100 TTGTCTATGC GACACAAAGA AACGGTGCTG TCTGTGGACG GACATGAATT GTGCACGTTG 8160 CAGGAAGAAG ATCAGCTGCT TGCAAGCAGG TCaTCGTGCA GCGCACGATt GGTTTTCTGT 8220 ACACCACACG TGTTCTACCA TGCACTGTGC TCGAAACTGG CGTGGTCAGG GAGTATTTTT 8280 TCTCGCAGGG GAAGACGTCA CGATGATTGA GCAACTTTCG GTGCGCAACG TTGCGCTCAT 8340 TCAATCTTTG GCGTTGGAGT TTGGTGCACA GTTTACTGCC CTCTCAGGGG AGACGGGTGC 8400 GGGTAAGTCA ATGATACTCG GCGCGCTGTC CTTTCTCTGT GGGCAAAAGG TAGGGCCTGA 8460 TCTTATTCGC AAGGATGAGA ACGAGGCATG GGTTTCTGCG GTGTTTCGCT GTGAtCACgc 8520 ACCGCGTGCG GTGCACACAT GGTTGGCAGA ACGGAGTATT GAGCCTGAGC ACCACCGCGT 8580 GCTCCTTCGT CGGGTGATGC GGCGTACCGG TCGTGGCACG GCGTGGATTC AAAACGTCCC 8640 GGTCTCTCGC GCAGATTTGG AGTTTTTCAC GTCATTTTTC ATAGACCTCC ACGGACAGCA 8700 TGAACACCAA TCGCTGTTTC GTGTTGCAGA GCATCGCCGC TTTCTGGATA CtACGGAGGA 8760 CTCCAGCAAG AAGTTGATGC GTTTACTGCG TGTTATGCGG CTCTTGCAGA GCGACGCGCG 8820 CAgcTGCAGC GGcTCGCTTC CTGTGAACAC AACCGGCAGG AGCGGCTAGA ATTCCTCTCC 8880 TTTGCCCTTG AGGAACTGGA GCACGCAGCG TTGGACGTGC ATGAGGAGCG TGCGTTGGAA 8940 GGAGAAGAGC AAAAGCTCTG CCAGCACGAA AAACTCTGTG ATGTGATGCA AAGGGTTGAC 9000 GCTGCAATTA GGGGGGTGGA CCTGCAAGAG GGCGCGCTGC TTTCTTCCTT AAAGAAAGCG 9060 CTTGGTGCAC TTGAAAGCGC CTGTGGGATT GATGGGAGTC TTGAGCCGGC GCGTGCCCGT 9120 TTAGAAAGTG CGTACTATGA AATCGAAGAC GTAGCGCATG TTCTGCGTAC GTATACAGAC 9180 GGTATTCAGT TTTGTCCCGA CCGTTTGCAG CACGTTCAGG AGCGTCTTGC GCTCATATAC 9240 CGGCTGAAGA AAAAATATGG AGGAACAGTT GCGCAGTTTT AGAATACCGT GCGCGTGCGC 9300 ACAAGAGATG CAGGATCTTT CACAGGCGGT GGGTGATAAA GAGGCGCTTG AGCAAGATGT 9360 TCAGCGTCTG ATGGCTCAGT ATTACACGCG GGACGTGCCT TATCGCTTAA 9410 (2) INFORMATION FOR SEQ ID NO: 105: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3245 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 105: CTCTTAGAAA CCGGTnCACC GATcCACACT CCCTCTGAAC CGAGATATTC GGTACGCCGT 60 CCTTCAATCA AAAACTGCAC CGCATGCACC GTAGGAAACG CAGCTGCCGT GAACACCACC 120 TGCGAAAgtG CGCCAAGTAG CCCTCAATGC CATACTGATT GAACTGAAAC TCCTCGCTCA 180 GATCCAACAC CGCCACCCCT TCTTGCACGC GTGCAGAGCG CAGTCGCGTA CCTTCAGGGA 240 TGAGCGTACG CAgTCCGCGC ACCGCTTCTG CCTCAGACGG ACCAAGGAAC AATGCGCGCA 300 ACGCATCCGA AAGCGGCACC GTCGAATGAG GAAGCGTGCG AGCTACCTCC TCACGAGTGA 360 TCTTTCCATC TGCATCAATG CGCACCCAGC ACAGCGTAAT TGCGCGGGAC TGTTGTGCAG 420 AACCGGGCGC CCCAGAAACc GTGCCGACAT CTTTCCTTCG GTACCAGCGT cAsTGGCGCA 480 GGGGATCCTG CAACAGGAGC GTCCGGCTGT GCCACATCCT GCGTAGGGAG CGTGGCTTTA 540 GCATCACTTT CAACAGCCGA GCCGGCCTGA GAACGACGTG CAGAGTCAAA AACGCGCATG 600 GAATCCTGGT TGCCGAACAT CCCTTGCACT GCAGCGCTCG AAAACACACG GTCAATATTT 660 CTTCTATTGA GAAAGAAAAG CACCGCCATT AACAAGGAAA ACGCAAGCCA GAACAGCAAC 720 CCCGCTGATG AGTGTTTCCC CTTCCCGGCC ATACAGCGCC ATCGTACAGG AATTATAAAG 780 CTTTTCCAAG ACATGCTGCA CACACGTCCC TTATCCCCGC CTTGCAAAAA ATATAGGCAA 840 AAAGAAAATA AAGCAGCCGA TATTGGGTCG TGCGCATGGC ATTCATGTTA CTGGCCCTGC 900 TTTTCTCTTT TCGTAATGCG TCCATTCAGG CAGAGGACGC GCGCCTGCTG CAGCCAAAAA 960 CCAACGCTTT GGATCTTGTC GTGCAGGGGG TAGATCTTGT GCTGTTTGCC CAGGATAAGA 1020 CGGCTATCAG TATCAGTACC CCTCCTGAAA AAGACGTGTT CTTCACAGAA CACGAAGGGG 1080 TGCTTCGTGT CCGTACACGC ACAGAAAACG CGGAGGGTAC ACGCCGAGTG ATACGCATTG 1140 GCATACCGCG TGCACAAACG CTCGCATGGG TGAAGATCAT TGCGACGGGC GCACATACTA 1200 CGGTGCGCGG CGTACGCgCG GtGTGGTCAC TGCTTTTGTG CAACGAAGGC ACACTCGCCC 1260 TCACGGAAAG CACGCTCAAG TCATGCACGC TGACACACAC GCGCGGCGAA CTCCGCTTTG 1320 AAGCGGCGGT ACTAAAACGG GCGTCATTCT GTTTGAATGA CGTGAACGCT CGTTTCACTC 1380 TTCTCGGATC GCGCGCCGAC TACCGTCTTA TCTGTAGCCC AGGAGAACGT GCGTGGAAAA 1440 TTGAAGGCGC CGAACAACGA GGCGCGCACT ACACCGAGCC CGCACGGGCG AgaCGCCACA 1500 TGGTTATCAG CGCGAGTGCT TCGTCGATAG ATGTAATGTT CAAAGCGCCA CCTACACAAC 1560 AGGAAGCGGT AGACACGACA CAGAAGGGGT AATCCAGGAT AGACTGCCCC TTTCAATATC 1620 ACCTCAGATA GCAGATTCAC ACCGCGCACT ACTCAAGCAC GTCAGTGACG ATGCGCACCA 1680 CGCGTTTTTT CCCCGCGCGA ACTATTACCG TCCCGTCCAA ATCCAACGCT GACTGGTCAA 1740 TTACCGCACC GATATCTGCC ACGCGCTGGA GCCCGACAAA AGCTCCTCCT TGTGCAATCA 1800 AGCGCCGTGC ATCACTCTTC GTAGTACACA ATCCAACCTG TACAAACAAA TCAGTCACTT 1860 TGATCCCAAC TTGCAACGTG CACTGTGTCA GCTCGAACGT CGGCAATGCA CACTTATCGC 1920 CACACCCGCC GAATGCCGCG CGCGCTCCCT GCAACGCCAC CTGCGCGACA gcCGTTCCGT 1980 GCATGAGGCG CGTTACCTCG TATGCCAACA GCTCCTTTGC ACAATTAATT CCCTGAGTCA 2040 ATATCGCCTC GACATCGCGC ACAGACAAAA AGGTAAACAG GAGCAAGAAA CGCCGCACAT 2100 CTTCATCCGG AGTATTTCGC CAGTATTGGA AAAAGTCATA GGGAGACACC AAAGCCGGGT 2160 CTAAGAAGAG CGCACCTTGC TCGGTCTTGC CCATTTTTTG CCCATCCGCC CGGGTAATGA 2220 GCGGAAAGGT CAACCCATGC ACGGTTTTTC CGCGCACTCT TCGAACCAAA TCCGCCCCGG 2280 CAACAATGTT GCCCCATTGA TCATCGCCGC CAATTTGTAA CTCTACCGCG TAGcaTnCAC 2340 TGAGCGTTAA AAAATCATAG CTCTGCAATA GCTGATAATT AAATTCAAGA AAGGAAAGTC 2400 CTGTCTCCAG GCGTTTCTTG TACGCCTCAT AGGTAAGCAT TTTGTTTACA GAAAAATGCG 2460 CCCCAACCTC TCGCAAGAAA TCAATGTAAT TCAAATGTGC CAACCAATCA CGATTATTCA 2520 CATAGAACAC ATGCCTGTGA TCGAAGGAAA GAAAATGATc CAGcTGCGCA ACTATCGCTC 2580 CCGCGTACGC ATCGAGCGTT GCATAATCGA GCATCTTGCG CATACTGGTT TTGCCGGAGG 2640 GATCCCCAAT ACGCGCGGTA CCTCCACCGA TGAGCACGCA ACCGCGGTGC CCCGCATCAC 2700 ACAAATGCTT TAGCGCAAAC ATAGGGAGCA TGTGCCCAAC GTGCAAACTA CTGCCAGTTG 2760 GATCTACACC GACATAAAAG GTGAGTGGGC CTGCATCCAT ACGCGCCGAA AGCGCCGAAA 2820 GATCAGTACA TTGTCTAATA AAACCACGCG CCTGAAGACG CGCAAGCgCA GGaTTCATGG 2880 AGCCGATTAT ACCGCGCATC GCACACCCCG ATCCAGGGCA GGCGGTTCAG TCCCGAGAAA 2940 AAGACAAAAC GCGCTGATGC ACCCCCACCG TCGCCCCGCG TGTCACTATT CCTTTAAAAG 3000 CGCTGCAATC TTCGGACGAC TCCAGCGCAC CGCAACGTCA TAGGGTGTCT CTCCCGCCAC 3060 GTTTCGTAAA AACTTTCCAA AGCGATTCAT CGCCAGCAAA CtTGCAGTGT CTTTTCATCT 3120 GCAACCTTTG CTGCGTAATG GAGAATACTT TCTCCAGCTG AATCTGTCTT ATTTACCGCA 3180 AAACCCACCA GCGTTTTCAA GATTGACGTG TtCTTGCTCA GGACTAACAA GGCCGGAGnA 3240 CTTCC 3245 (2) INFORMATION FOR SEQ ID NO: 106: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1347 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 106: ACAGGGAGGT TCAGGCATCA GAGAAGGACG TCTGTACACT CAGGGAACAG GTTGCCGTGG 60 CGCAGGGTCT GATTGCTGAG GTTAATAAGG AGTCTTCTTT CGTCGACTCG CTGAGTAAAC 120 gCGTTGCgGC TGCAAAGACG CAGCTGCAGC AAGTGTCCGC TGCGATTCCT GATATGCAAA 180 ATGCATTTAC GCGCGAGAAT ACCGCGCTTC TCCACCGGGT GCGAGATGGA GTACTTGCAG 240 ACGTACATAA GGAATTAGCG GTGTTGCAAA CAAGGCTGGA AAAAGCGCAG GGGGAAAGCC 300 AGTCTCTTTT TGAAGTTTCT GCAGTTAAAT TGCGTGAGTT GTATGAAGGG GCATTTTCTG 360 AAGCAACTGT GCGTGCACAG GTGCTGGAAG AAAATGGATT CGGTCAGTTG AAAGTACAGG 420 CGGAAAATCG CCTTCTCCAG TTGCAGGAGG AGTTTGAAGG GAGCCTCCTT TCTTTGCAGC 480 AGCACGTTAT GCAGCGTGTC GAACAAACGG ACCAGCACAT CCAGGATTGT GCATCCCAGT 540 GGTCTGTTCG GGCGCAGACA TGTGAGTCTG ATTTGAGTAT ACGTCTTGCG GACGTTACGG 600 CGTGTGTGGA TGAAAGCGTG GCGCAACTGA AGGAACAGAT TACTACACAG GAGCGTGAAG 660 TGCGTGCGCA CCTGGAAGGG ATCGAACAGT CGCTTTCAGG AGCAGAATCC GGTTTACcGA 720 GCGCGTGCAC AAGAGTGTGA CAAGTTTTCA CGAAAACTTA AATAAGATTG CAGAGGCTTC 780 TGATGCGCAG TTACAGCAGT ACAGGAAGGA GATGGATGGA CGCTGTAGCA AGTTTGACAG 840 AGAGCTTGAG GGTATTGATG TCCTTGAGTC TCAGTTGCaG CTTGCGCGTG AGCGTACAGA 900 ACAGAAGGTG CGCGAAGAAT TTGAAGCGTA TGCGCAGGAT CGTGAGCGGA AGCAGTTAGC 960 GTTTGAGGCA CAGTTGCAGC ACAGTATGGA TACGGTTGAG CACCGTATGA AGCAGCTGAA 1020 TGACGAGCTG CGTGAGCTGA AGGCAAGTGC GTATGCAAAT GCATCCGAGA AACTGCAGTC 1080 GGTGGAGGAT AACTTTTTTG AGGTACTTAC CAAGCGCAGm aCTCGTTGCA CGCGCGCTTT 1140 TCCGAGTGGA GTGAAGGGAT TGAGGGTCGT TTGACGCAAC TTGCTCTAGA GAGTGAGTCT 1200 GCGCGAAAGG ATCTTGAGGA TACGTACCGC AAAGAtTGCA CACGCGGCTC AAgGATTTTG 1260 TGGAArAATA CAAgGGGCAG TGTACAAAAC TGGGAGAGCA AATCCTCGCG ATTGAATCAA 1320 ACGTGAAGCA GCACATGCGC GCAAACG 1347 (2) INFORMATION FOR SEQ ID NO: 107: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 5230 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 107: AACTGTTTGC GAAACGGnAT TCCAACTAAC CGACACATTC AACGTACGCG CAACTTTCAT 60 CGCAGACACA AACGCTTCAT CAGCAGAAAG ACACAGTGCA AAAAAGAAAA CACCACCTAT 120 CAAACACGAA CGCAAAAACT TCATAATGCC CCTCGCTCGA GATACCCTGT CAAAGTACCA 180 ATGCACACCT GTCCCCTCTC CCTACTCACA ATAAGCACAT ACGTCCACGC ACCACACTAC 240 CATACCCTTT GCGCATGCAA TCTCTCACCA GATGACAACC GGTGCACTTT ACTGAGAACG 300 ACACGCAAAG TACGCAAAAG CTCACGCGGT AGATATTCCA ACcGCTCCCC TAACAATAGT 360 CCTAACTCCT CAGTGCTATT CCATACATCa TGGAAAAGCG CGGTTTCTTC CGGACTCATC 420 AATCCAATTT GGAACCCAAA AATCATCACT CCACGCCGAC GCAGTTCCTC TATCGTTCGT 480 CGACTCTCAT GAGGGTATGa GGAGCATCCG TCAGTAATTA CCAACACAAC CTTAACAAAA 540 GATGTATCAG ACGACACACG TGCACGCCTG CGTTCCACGT CTGCAAGAAT GTGTTTTAAC 600 ACCTCTGCAT CATTCGTCCC TCCGAATCGT CCATCTAAGT TCACCGATGC TTTGATAAgt 660 GCGCGCTATT GAAGTCTTTC GATTTACTCT TTCCAAATGA CTTCACTTTT ATAAAACTGC 720 TCCCAAAGTA ATACACCTCA GAATGAATAG TTGTTCTCTC ACGCCTACCT GCTGCGAGCA 780 TGTCTGAGTA CTCTCCAAAA TCTTTCAACG AAAGCATACT TACCGCAAGC GCTTCCCTTG 840 CACTCGCAAT CTTTTCTTTA TTCATAGAAC CCGAGTTATC AACAACGAAT GAAACTTCTA 900 TCTGTGCCGG ACGTAGCGTA CACGCACGCA CTTCATACAC ACGATCATAC ACGCGCAnTT 960 GtACCTCTGA TCCCTACCCC GAAATTCTTG AAAATCAGGG AAAACTGAAA CAAAATCGCC 1020 TACGTTTAAC CTCCCCTTCG GGCACTTCCC CTCGTAACAG TCTATCCACT GGACTGACTT 1080 TCCAATAAGT GATTTCCAAA ACGAGCGCAT ATCGATACGC AAACGATGCG TTGTACGCAG 1140 CAACCGCGCA AACTCTTTGC GTTCCTTCGG AGAAATAGAG AAGCGCTCGT CAAACTGAGT 1200 GGTACAAGAC TCAAAAACAT CTTCTCTTTT TTTCAGCTCT TGCTGCCCGT CCCTTGAGTG 1260 CACAGCGTGC AAATTACTTT TAGTGTATTC GAAGGCACGC TCGTTTCTGA AAGGATCATA 1320 ACTTCTGTCC GTTATATTCT TTAACTCGAA TGTGATATTT GCCACACTCA GATGCCAAAG 1380 CCGCACAAAA TGCTCTAAGA GAAACACAGA GACAATACGG TCCCGGTGCT TGGTTGGGAC 1440 TACCTCGCCA GAAAGGGGGA AAAATTCTGA GTGAATAAAA TTACTCATCT CAGTACCAAG 1500 CACTAAAGTG CGTAgcCTnC CTGTACTACA GGATCCCGTG CGATGCATGC GCGATTGCAA 1560 CCCTTTGGCA TATCATGGAA CAGCACGCGC TCTGCAAGCG CA ATGCAAA CTGCAAGTGC 1620 AATGCCGTTT CCGTATGTTC CCAATACACA CCCCGTTCTT TTTGATACAG AGAAGCCAGC 1680 AGCGCACTTC CTTCTGGAGT TGTGTAGTAC GGAGCTCTGT TCCGCACATA GTGGAAGGCA 1740 TACACCGCAT CGAAAAGGTA AAACAGTGAT GCCACTTCTG TGTGGCAGTA ATGCTGAACA 1800 AAGGCGCGAA CACGTATTTC ATCTCTCGCT TCGCGAGAra AAACTGCCTC ATACATAAGA 1860 CGTCGCATCC CCTGTGCAGC GTCTTCAAAA AAAGACACAC GGTTGCAGTA ATACGCGTAA 1920 TCCGCCTTTA ATTCTCGATA GTAAACAAGC TCCCGGAAAA GgTTCCACAA TATTTCTTTt 1980 CCGTCAAAGT CGTCCTTTAA AAACCACTGC AGTGGAACCC CTACCATCCC CTCCTGCGGA 2040 ACAAACACAA ACCGATCAGC TTGTAAAATA GGTACACAAC GAAAATGCGC ATCCCCCGCA 2100 AArGTGGCGA TATTCCGTGC TTCAGCGGAA AAAAAACGCG CAAAATTCTC TTGCGCACGC 2160 tTcGCATCAC ATTCATTCAT TGTCATGCAA CGGCGGCGCG ACGATCTTAC TCAGTCTCTC 2220 TTTAAACATA GAAGGTTCAC AAAATTCGTG CACCGTCAAA AGCCTGCACG TACCATTTTC 2280 TGCCGCAATA AACACGTTGA ATACCGACGG GTGTTCACTC TGCAATAAGA ATGCAGAAAC 2340 GACCGCTCCT GTTGTGTTTC CAAATGAGCG AGAATACTGC GCCGTGCCCG. TAGCATCGAA 2400 TGACAGCAAA CGCGCCTCCC CACCCCGGCC GAAAACAAGC ACCATGCGTG AAGAGAGCGC 2460 CAACGCGCAT AACACTACAC TTTTGAAACC TGTAATCCAT TCGCCATACG CATAGTCCCC 2520 CGCAGCCATG CCATGCTCGT GCCGAAGCAc GCGACTTTCC CCGTCATCGC CAAAGACTAC 2580 CACTCGATCC TCAGAAAGCA CGACCGCTTC AGTGTATGGA TTTTCAAATC CATATATCGC 2640 GTCAGAATAC TCTTCATTGT GTAAAAGGCG TGTACCGCTA AAACCACTAA ACACCACAAG 2700 cTGCGCAGTA TTAAGAGCCC GTACTACCCG TATTCCCCCA CCTAAACCAA GAATCGGCCC 2760 ACGATACTCA TATCCGTGTG CACTCTTTTC TAAAATGAAG AGAGCACCTG TCTCATCACC 2820 TACCACCACT CGGTGAGCAT TTACTTTTTC CACACACAGC ACACGCTCAT ACACGCCTTC 2880 AACACGCGCA ACTACCTCAA ACGAAACCCT TCTTCTCTCT GCCTTCTTCG ATCGTTCCTG 2940 AATAGAAAGC ACGATCGTTT CaCCACtTCG GTAACGACAA CTACTTCTCC ATCACCCATA 3000 GAGATAAGCG CACAAATACG CCAATCCGTT TTCACGCTCT TATGCGTGGA TTCCGCAACA 3060 AGCCATTGAT CGTGCACCCG GTATAAAAGC CGTATATCAT CTGTGCCACC TGCGATAAGG 3120 ACAGAATCTT CCGCCAAAGG AATCGCTGCG GTGATGCTTT TTCCAAATTC AAAAAACACG 3180 TCACTGTACG TGCACTCATC TCCACAGATA TCGGGAAAGC AGTGCCGAAA CTCGGGAAGC 3240 AGCTCCTGAA TCAATGCGTC ACTTGTCTGT TCTGCACGTG CAAGATCATC CCACAGTGCG 3300 CGCGGAGTTC CTCCCTCACT GCGCAATCGC GCGTGCTCAG ACACCAGTTG GTCACACGAA 3360 CACTGCAGAT GGGCAATCCG ATCCGCACAC TCACGTGCGT ATGATTTCTC CTGCAAAAGT 3420 CTGAATGCTG CACACACGCG TACCAACTCG TGTATCCGAT CGTGCAGAAC CAACATCGCA 3480 CCGGCATCTA CCACATCCGG CACTGTATTC TGTGTATGCA TGGCGTACGT AGGTCCGTGT 3540 CCAAAGAGCA ATACCACCAC CTCAGCGAGA GTTTTTACCC CATCCGGCAG ACGCGTGTAT 3600 TCGTAAGGAC GGGTACGGAT CTCTyCGTAA GAgTAAAACt GCCCCawTCC CtTGGGCCGC 3660 ACAcTCCACC cGTCyTTTTC TTGAAAAAAA CCAAaTCGGA CTGCTTGCGA TAAAATATAA 3720 TTTTGATCGT CTGCATTCAA AACACCACCG ATAAAGCCGT CCCACAGCGC CTGATCCACA 3780 TCCTTCTCTT CGCCCCGATT CCACTCATCA AGCACACGGA TCACATTACG AATGGAAAGC 3840 ACCGCTTCAC GCAGCTCAGG CTCCACATCC CCAAGACCGT CATGCGTCTC ACTTCCCCCC 3900 GTGCTATCTT TCCATTTGCC GGAAAATACC TGCTGCGTCA CCTTTGCCAA TTGCGCAAGT 3960 TTAAACAGCT TGTCCAATGA ACCATCAATA TCCGGCAGGC AAAGTGATCC TCCAGAAGAG 4020 GCAAGACGCG CGAGAATGAT GCGAAAAAGT TCATTTTTCT CAGGATGCGC CTGATTCGTA 4080 TAAAGACCTT CTGTGGACTG CGGAGGGTAA TCATATTCGA ACGTGTTAAA GCGCGAAGCA 4140 AACGCGGGGT TGAGCGCCCC AGTGCCCTCG TAATGAACAA GTCCACTGCT GATGTTCCCC 4200 GTGGCAATTA CGCCAAACCC TGCAGCTATT TTTACCGGGC CTACCCCGGG GATATAGGCG 4260 AAATCCCCTA CCCGTTTTTG CAAAATATCA TTGAGTGCGA TGAGATGCTG CATGGGAATT 4320 GCGTTGATTT CATCGATAAC AAGAGGTCGT CCCTCTTTTA CTGCGCGCAg CACCTCACGC 4380 TCAATCTTTT GTACCTCAGT GCCAAAATTG CCATACTTTG CAAGATAGAT ATCCAGCATT 4440 GGATCAAATG CGTAACCACG CTCAGTAAAG GCATGCACAT CCTGGTAACA GTGTTCGGGT 4500 GTTTTTCCCT CCAGACTGTT TTTTAACACA AGCGTCTTTT CAAGAAACAG ATCCTCTGTG 4560 TCGATGTGCT TTGACCCCGA AATAAATAGG GGTTTGATGC GCTGCAAAAG CCGCTCGTCA 4620 CCGAGACGTA GCGCCTGTTC ATAATATGCC GCGCGCTGAG AAAAAAGGCG TTGAAACTGC 4680 GTACGCGCTT CCTGGGAGTT TTGTAAGGCA TCTGACACGC CACGCTCGCT GCCCCGAATC 4740 TCCGCACACG AGCCACCGGT TGCAGCAGTG CACCACTcAT TAAGCGCACA ACGGACATCT 4800 TCAGTGATTA ATTTATGAAG CGCAAAACgc tCCGCGGCGA GCACGGCGAG CTCAGTCTTT 4860 CCCGTGCCGA GATGCCCGCG GAGTAGCACC GCATCCCCGC GGGCAAGGCT TGTCGCTATC 4920 CTCTCAAGTG CAGCACTAAC AGAGGGGGTT TGCGCAAACA CCCCCGAGtG ACGCGTTCAA 4980 CTTCCCCAAG CCATTGAGCA GCATGGAGAA CGAAAAAGGA TTCAGGTGTT TCCAACGCGA 5040 GCGCTGCTCG TTGCTCCTCC AGATCCCGTA TGGCATCTGA GTGCACTCTG GTAAAAACCG 5100 TACTCCGCCT ATGGATACCG AAGTGGGCAC AGGCGACTGC ACACTCCCAG TtCcGCAAAA 5160 AGCGCTCATA CACAATACGC GCGTCAATAT CTGCCAAACG TGCCCGA An CCGTGCAAGT 5220 TCTATCCGCG 5230 (2) INFORMATION FOR SEQ ID NO : 108: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1379 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 108: TTGGATTCGC CAGTCTATCC TCAAGGCACT GAACGAAAAA GCACGCATCA TCCGGTTGCC 60 CGTGAGTCGT ATTCGTGCTG CAAAGAGCAC GTATGAGTAC ATACCTCCTG TTACCTCGGT 120 GAATGTTGGT ATATCGAAAA CACaGGGAGG CaACAGATAT GGCaAAAGGC GTGCAACGAT 180 GTGCCGAGCT GTGCCaACAg TGGAAGAAGT TCACATCTGG CACACGCCGC TATCTCTAGA 240 TGCTCCGCTT GGAGCCTCGG GAAGTCGTGG TGAGTCTGGG GATGTTGATG GACTGCGTAT 300 AGGTGACTGC GTGCCGGACG ATCTTTACGC GCAgcCTGAG GAGCATATGC TTGCATGTGC 360 ATTGCAAGCT GATATTGCAA AGATTTTACG ACTTTTGCCT GCGCGTGATG CGCAGGTCAT 420 CCGCTATCGA TTTGGACTTG GCGGGTATGA ACGGCGTTCT CTGCAAGAGA TTGGAGAAAT 480 TTTTCAGATA ACAAAGGAGC GCGTTCGCCA AATAGAAAAA AAGGCTTTGT TGCGTATCCG 540 TAGCTGTGCC CGTCAACACA GACTGGATTC CTACATAGCG TAGACATCAG AGGCGTATGA 600 AATAGGAGCA GGACGCGTTG GGCATACAAC TTATAGTGTT TTTAGGAAAT CCTGGTGCAG 660 AGTACGAAGA AACGCGGCAC AATGCTGCAT GGTTGCTTTT AACGTACCTT TTCCCATCCA 720 TCGTGCTTCC TTGGCGATGC GGATGTCGGG GGTCGATTGC GCGTATTGAA GGGTTTGAAG 780 GGTCAAGCGA AGAAGTTTGG CTTTTGAAAC CGCTGACTTA TATGAACCGT TCTGGGAAAA 840 GCGTAGGGGC AGCATGTGCC TTTTTGCAGA CGGATGCGAA cAGCTcTTAG TAGTGCACGA 900 TGAATTAGAA TTACCGTTCG GTGTGGTGAG TTTAAAACAA GGCGGAGGGC TTGGAGGACA 960 CAATGGGTTG CGCTCTATCA AGGAAGTGCT TGGTACCGCA GATTTTTGGC GGTTGCGCAT 1020 AGGCATCGGG CGTCCACCCA GTGAGAGTGT GAATATAGCG CAgTACGTCC TCTCTGCCTT 1080 TTACCCGGCA GAGATGGCTG CATTCCCAAA GCTGGGGCGT GCCACGCGAG ATCTTCTGTG 1140 TCAGCTTGTA GTAACAGATC AGGCAGCGAC AGTCACCTTA CTCAGTGCGT GGAGAAAAAA 1200 ACGGTTGCTG TCTTTATGCG AATAAGGACA GGGTGACTCc CATACGGTGA AGGAAGGGTA 1260 AAAAGAGAAA GTGTGGGGAG GACTTGCATA AAGAAAGAAT GGTGGGTTAn TGGCGCGCCA 1320 CGTGTATTAG CTAGGACGAG GAAATCATAT GGCATTTGAA ACAATTTCGT CATGCTTAA 1379 (2) INFORMATION FOR SEQ ID NO: 109: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1531 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 109: CTGCCCnAGG CGCGTGTGGG TGGTGCGCAT AACCAGGGGA AGGATATCCC ACCGTGTTGG 60 TAGTAGAAAC CCGTGCTTCA GATTGTAGGG ACCGGTGCCC ATAACTGCAC CAGGGGCCTG 120 GCCATGACTG CATACCCCCT TGCCATAGCT GATGCCCCAC TCAAGTGTGG CAGAGCCAGT 180 TAGCTTCGGG GAAAACTCCT GTCCGAGCAC TCCCCCGCTC GCTCCTACCC CCACCACCAC 240 ACACAGCACA CTCCCCCACC GCATGCACCC CATGCTACCT CACCCCCCCC CCGGCCCTGT 300 CTAGTAGCCC CCTCACCCTG CCACCTGCAC ACACGCAAAA ACTCACCACT CCTTGCACCT 360 GCCTACCCGC CnGCATCGcG CGcACCCCAG GCGCAGACCT TTGCGAGCGC AAACGCACCG 420 ACACACCCAG CCACACATCC CATAAAAAGC GTAAACTGAT CCTGCATCCC GGCTGCAGTT 480 CCCCGTGGGA ACAACGTCAC GCTCGATCCC AGCACGAGCC CACACACACA gCATGCGCGG 540 aCACCGGGTA CAACCGAAAC CATGCGCGGA GCACCCGCGC CGCCCCCAGC AACCCTATCC 600 CCATTCCCAC ACAGAGTGGA AACAGGAGCC CCCACACGTG CGCAGAACAC AACCTGCTTA 660 TTACCGACGC GCCAGTCACT CCTCCCCCCT GCTCCACCGC GCGCAAAGAC AACACGCTCA 720 AAAGCGGTTG GTACACCCCC GCCAGCAGCA ATACCAATGA ACCGGAAAAT CCTGGCGTGA 780 gCATTGCCGC CGCCGCTAGC GCCCCTGCGC ACACGGTCGC CACAAATCCG CGCGTGTGTG 840 CAGTAGTAAG GACCGCCGTA GTCTGAACAG ACGCAGGGGC GGTCGCAGAG GATGCGTCAC 900 GCGCGTGCTG CATGCGAGAA AACGCACACA CTGCCACAAA CCCAAGCAGC ACAAAGAAAA 960 TAATTCTAAC TGCACACCAC ACGCGGCGTG CCGGTTCCCC CACATGCCCG CGCGCTGTGC 1020 CTTCCGCCTG CACTGAGTGC TCCGCGGcAA CACTGGCGGC ACGCACCCGA TTGCGCAAAG 1080 ACGGCACACT TGCTAACAGC ACCCCGGCCA AAAAGGCATT CGTAAGATGA GGAAATGCTT 1140 CGTACAACGC ACGCATAAAG CGTGGgCACA CCCCTATCCC CAmCACTATT CCCCCCGCAA 1200 gGGCAAGCAA GCGTCGCCAC TGACGGCACA GATGCGCTCT ATCCAATGCT ATTGCTGCAA 1260 TCAGTAaTTC CCAcGTGCCA CAGAGCAGCG CAACCGTACC CCCCGAAAGA CCCGGTACCA 1320 CGTTTGCCGC TCCTATTAAC ATTCCTATCC ACACGTGCAT GACCGGTGAA CTCATGCTCC 1380 GCCTCCCCTG CTGGTCTTCT TTCTGCGAAA AAACGCACCC TCCCCTTCAT CCGGGCACTT 1440 CTCTCAGTTC AACCGCGTCC ATCGCATGCG CAACACACCC TCACCATACA AAAGGAGTCT 1500 GAAACTCTAC ATGCTCAGCG ACAATCTTTA C 1531 (2) INFORMATION FOR SEQ ID NO: 110: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1398 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 110: TCTGCCCGGG TGTGGTGAAG CCGCnCAGTT GCCGGCGCGT TACnCGGATG GGATGCCAGT 60 CCAGTGAAAT GCCGCGTGCa GAAGCgTTGG TGCAAACTGC CcTTTGCcAG AAaGCTGCcG 120 TATCTAGAaT CcAGTTACAC TTTGAwCcGG GTTGTCCcTT TCTCTGAAaG GCTTCTACGG 180 TTGCaGAGAC GGTACGTGCC aACGAACTTT TTGCGCCAGC AGTCTGATAT TCCCTTGCAC 240 CTTGGAGTAA CAGAAGCAGG CCCGCTTGTT TCCGGTATTG TCAAAAGTAC ACTTGCATTT 300 TCCCAATTAC TGTCACGCAA TATTGGTGCC ACGGTGCGGG TGAGTCTTTC AGATAGCATG 360 GAGCATGAGG TGcTGGygCG CGAGAAATTC TTGCTGAATG CGGTAAACGG GCTGGTGGGG 420 TTCGTTTAGT GTCATGTCCG CGCTGTGGCA GGATTGGTTT TGACGTACAC GCATTTGTGC 480 GGAGGTGGCA AAAGGAACTG TTCAGTTTGA AAAAGGATAT CACGGTTGCG GTTATGGGCT 540 GTGTAGTGAA TGGTCCTGGA GAAGGAAAGC ATGCGGATCT CGGTATCAGC GGTGCGGAGG 600 ATTCGGTGAT TTTTTTTAAG CGGGGAAAGA TAGTGCGTCG CATTCAGGTA CGTGATCTTT 660 GCGCAGACGA GCGCACGCGC ATAATAGACG CAGCGTTTAA AGAGGAATTG TCAAGTTTAT 720 GAATAACCTG aTCAAAGCAT ATGCGGcGGG TGTCATGAGT GCTGCGTTTC TTTTTGGGTC 780 AGAGGGGCGG GTGCGCAgTG AATCCGATCG GGTGCGTGGG GAGGATCCGT GGCACCTGTT 840 ACAGTGGGCA CAGGTTGTCT ATGAGCGAGA GGAATTgGCG ATACGTTGCG CTATGCcAgC 900 GGGnCACGGG CGCTTCGGCG GGArCAAnTG GAGCACCAGT GCCgAaGTGC TACTGCGTGC 960 ACGCACACGG GCTGAGTCAG CGGGGATACC CGAAACACTG TCTGATTTAT ATGCACTTTT 1020 AAAAAGTCGA GGAGAGACAG ATGCCtGCGA AGTGCTTGAT GCTATTTTTC TCACTCATGC 1080 GCCGCACGTT TTTCAAAACT CCGTTTCCAA ACTGCTCCAG TGGCTGAAGG ATTCAGCCGC 1140 TTTTCCAGAA GCGGAGTTGC TCTTGGGAAA GGTATTCGAG GGTGAAGGAG AGTACGCCCA 1200 GGCTTTGCAG CATTATCGAA ATGCGTGGGA TACGCGAGCG CAGCTTGTAG TTCCCGACGC 1260 TCGCTTTGAT ATTATCTACG CAATGGCGAA TGTGTCTCGT CTGCTCAGTC AGCAGGATGA 1320 ACGGGAGAAG TACTTGCTCC TTGTGCTGAG CGAAGATCCT CTGTACAGTG CACGTGAGGT 1380 GTGGGGCAAG ACGCTGCA 1398 (2) INFORMATION FOR SEQ ID NO: 111: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1900 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 111: AACCGATAGA CGAAGGGACC ACACGCGCTC CTCCCCTTTT TAAATAGAGA AAAGAATAGT 60 CCCTACGGGA ATTGAACCCG TCTTCTGAGA TTGAAAATCT CATGTCCTAA CCGATAGACG 120 AAGGGACCAC ACGCGCTTTC CCTAGGGAGG ACTCGAACCC CCACACACAG AACCAGAATC 180 TGCGGTGCTA CCATTACACA ACCAGGGAGG GAGGCCCAGG CTAGTACGAC ACGTATTTTC 240 TGTCAAGCAG ATAACGAACA CTCACTCAGA TCAAAAACTT ACCCGGTACC TCCACTTGAC 300 CGACGCAGAC TGGGCAGCTG CCATCAGCAG CCCCACAGGC ACACGCGnCA TTCCGGGCAA 360 AGACACACAA CTGGCACATT GCCGGATACA ATTGTGGCAG TCGCTCCTTC CAGTTCAGTA 420 GCGCTATTGc AAAGCGCGCC TGGCTGcGAT ACAAGGAGGA GAACACTTAC TCCGTATGGT 480 TATTTCAGGa TTACGCGCCA TCGAAGAGTT TCTGCGCGgC AGtCCTnTGC GCTAGAAGGG 540 TTACACGCGG GAGGAAAAAA CAGCAAGACG CAACAAAGCT GCGTGCGTGT GTCACGCTCT 600 ATTATGCAGC GGAAAATGCG CGCATCAAAC GACTCCTTGG TATGGCCGCG GCACGGGGGA 660 TACGGATCAA CACACAACGT GTGCTGTGCT TGATAAGTAG CGCGTAGTTT ACCCnCCTGC 720 TGCGCGATCA CCGCGGTATC CTTGCTGTTC TAAGTTCACC GAGCGCAACG TCCGCAGGGT 780 TCTCATACAA GAAAAAAACG ACtCCGCTGT GGACAGCTCG CAGGAACGAA CGTTGTTACA 840 TGCACTGGCA ACGCACAcGC ACGCGCTTGT GCTCGTCTTA GACGCAATTA CTGATCCCCA 900 CAACGTTGGG GCAATTGTAC GCATGCAGAC CAATTTTCTG TCGATGCAGT GCTCCTGCCG 960 CACCATCATG GGGCAGGAGG TACAGAAACT ATCACGCGAG TGAGCGCAGG CGCCGTTGCA 1020 TGGGTACCGC TTGTGCGTGT ACGCAACCTA GTGCGCACTG CAGGTATCCT CAAGCGTTCA 1080 GGATTCTGGC TATACGGTGC TGATGTAGCA GGAGAAGCAA TAGGCGCCCG TACTTTTCCT 1140 CCTAAGACAG CGCTTGTGTT AGGCAACGAG GGGCACGGCG TTTCGCTTTG CTGCGCACGC 1200 ACTGCGACGC ACTCATCTCT ATCCCAACGC AGGGaATGTA GACAGTCTGA ACGTGTCGGT 1260 TGCCGCAGTA TTCTGTTATA CGAAATACGC CGGAGTCAGC AGTCTCCCTA CTCCGTACAA 1320 AGGCAAAACG AAATGAACGC TCAATGAAAA CACCCAGGGc ATCTTCGCAT CTTTAATTCA 1380 TATTGCATCT TTCACCCCAT TGCGTTACCt GAGGGAGTCT CTACGCaCGC GGTAcGGAgG 1440 GACCCCATGG CACATCTTCC TAAAGAGTAC GATTTTTCTA TAGAGTCATT GGGGGAAAGC 1500 AAAATTCCCT CTCCCATCTA CCTGTCTCAC ACCCTTGGCG ACTTCATTCC TAAcTACGTC 1560 AgTGACAATG AGTACATCAG CCATGAACTG AGTGCGCGTC TGGGGGAGAC GGTAGGGCCC 1620 TTTACTCATA AAAACTTGAT GGAGCGTGCG GGCCCGCGCC AGAAGATTTT CTTCAACCCG 1680 CATCACGTTC ATGCAGGTAT TGTCACCTGT GGAGGGCTCT GTCCCGGCCT CAACGATGTC 1740 ATTCGCGCCA TCGTCCGCTG CCTTTGGGGC CGCTATGGCG TTAAGCGCAT TAGTGGTATC 1800 CGCTTGGCTA TAAGGGCCTC TTGCCCGATT ACAACTTCGA TATCCTGCCG CTCAACCCTG 1860 AGGTCATCGA TAACTGCCAC AAAACAGTGG TTCGCTGCTA 1900 (2) INFORMATION FOR SEQ ID NO: 112: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 13969 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 112: TTCGATAGAC GGACAATATC GTGTCCCTAC CGCCTTTATT CTGCCAGAAA AGAATGGAGA 60 ACGATGAAAA TTCTCACGGA TGAGCTGATG CGTTCTCTCC ATTGGTGTAA TTAATATAAC 120 AGTCCCGCAT GTGGACGATT GATTTCCcAC GTGAGCmAAG GAAAAAGGAC GCATGATAGC 180 GTCGGCTTCT TGCTTTTCCA TTACCGAAAG ATCTACAGAT TTTCGTAGTA CGCGCGCGGG 240 CGTACCCGTC TTCAGCCGTC CCATCTGAAA CCCCTTTTTT CTCAGCGCAG CTCCCAGCCC 300 TTCAGCGGCA TGTTCCCCTA ATCGGCCTTC AGGTGCCTCA TATTCCCCAA TATACACACG 360 CCCTTCCATA AAGGTCCCCG TAGTCAGTAC CACCGCACGT GCAGAGATGC GTCTGCCGCG 420 TGCGGTAACT AyCGCATGCG CTGCCCCATA CGCTACATAT CCTGCATCAG TGGTATTGGA 480 ACACACAACG TCTACCACTG TGTCCTGATA CAGGTGAAGA TGCTGCGTAC ATTCCAACGT 540 ATACTTCACC TTCTGGGCAT ACAAAAACTT ATCTGCTTGG ATACGCGGCG CCTGCACTGC 600 AGGnCCCCGG CTTTTGTTGA GCAGTCGATA CTGAATCATG CATGCATCCG CAAACTTTCC 660 CATCTCTCCG CCGAGTGCAT CGATTTCTCT TACAATATTC CCCTTGGAAA TTCCTCCAAT 720 GGAAGGATTA CATGAGAGCC TGCCGATACT ATCGATTGTC TGAGTGATGA GTAACGTGTG 780 CTCCCCCATA CGGGCAGCGG CCAGCGCCGC TTnCGGCACC TGCGTGTCCA CCACCGACGA 840 CGATAACGTC ATAGTCAGAA AATCTGAAAC CCATGGGCAG CGGATTATAG AAGAAAGGTG 900 CAAAAGGCTT CAATCAGGAA GCACGACAGA ATTCAGGAAG CAACGCACAC ACAACATCTG 960 AAGCCTGTTT CTGATAATAA AGGTACCCGT ACATCACCGC TGCGGATAGG ATCTTCCTCC 1020 CGTACTCCCG AGGTTCTGCA AGAGGCAGGG TTTCGAGGAA CAGATCATCG GGCAGACTTC 1080 CCCTCTGTTT TTTCCATTTG CGGACGCGCG ACGGTCCCGC ATTGTAGGAG AACAGGGCAC 1140 AGAACACGGA GCCATCAAAG CGACGAATGA GATCGGAAAA GAACAGACTG CCGAATCTAA 1200 CATTGATATC CGGGTCAGTT AAGTCATAGG TGTCGATATT GAGCTTACGA GCGATATCTG 1260 AAGCGGTTGG CCTCATCAAT TGAGCAAGAC CTACAGCGCC CGCCCGAGAG ATAACcTGCG 1320 GCTGAAACAG ACTTTCACTC CGGATGAGCG CAAACAGCAG ATACTCCTCA ATATGATACT 1380 TCCCTGcATA GCCTTGTATG ACGTCAAGCC ACGGACGCGG GTACGCAATC TTCAAGTGTT 1440 CTACAGAATA GCGCGCACCG TGAGAGCGTA TTGCGTACGA CTGAATGCGC ACGGCATCGG 1500 ACCATCGTGA TCTTTGTATG TGTGCGTTCG CAAAATGCTC TGCAAGGTGG AGAGGAATGT 1560 CAGGATAGAA CTGTACCATA GCTTGGTAGA ACATATCGTC CAAGTGATAG TCTACATAAC 1620 CTTGGAGAAT AGCACGCGAC TCATCGGGGG TAAGAAAAGG ATGCGGTGTT CTCTTACTCC 1680 GCACCTTATA CAAAGCCTCT TCCAGAGGAA TGCCCAATGC ACATGCAGCA AGAACACGAT 1740 AGTAAAGGGA AGAATGCGCA gTTTCGAAGA TGGTACGGTA AGCGCGGCGC gcAcTCTCTT 1800 CTGAAAGCGT ACCTGAACGC GCAAGGACAT ACGTAACGCG CGCGGAnTTC GGGTAATGCT 1860 CTATGCGTCA CACCTCTTGC AGTGTAGCCA GACGCCCCCA ATCTTGCTGC GTAGTCAGCT 1920 GGACAATTGC ATAATCGACA AGGTCAGAAA ACCAAGAATC CGAACGCCAA CGTGGTGCAC 1980 TTTCAACAAG CACCTTAAAG AAAGAATCAA AGTCCAATGC ACGCAgTACG TCCAAGTAAT 2040 ACCACAGGGC ATTATCAGCA TCTTGCCGCC TTGTGGCCAC TTTCTCTGCC TTTTTGAAAA 2100 GGGGAAGCGC TTGCTTCTTG TGAGAAGCGG ACCGCGAGTA AAGACGCGCC GCATAAAAAT 2160 AGCAATAAAA ACGCAtCGTG CCTCTAATTC CGCATTGGAC AACGTTGAGC GCGATAGATG 2220 TGCAAGATGG TCAAGAAAAA CCTGCGCGGC TTTAACACTG TTTTCACTAC CGTAAAGCGC 2280 TGCTTTCCCA AAATCGGAGA GAACCGAATT TGTAGCGTAC CgCGTGTGCC ACGCAGAAGA 2340 GCGCAACAAC AATCGCACTC TCTCCCACCC CCGTTTGTAA TTCCTGTGAA AGACGTCCAC 2400 ACGAGCACCA TGTACTTCCT TAAAGATACG CGGCAGATCC GGCAGTGCCG CAATAAGCGC 2460 AGCAAATTGT GCACTCGTAT GGGGCGCAAG TGCCCTATCG TTGTACCAAG ACTCAACAAC 2520 CGTTCTCAGA CTGTAGTAGC GTTCGAGTTC AAAGAGCACC CTTGAACGCA AAAGGCGAAG 2580 TGTCTGTTGC TGCGTTTTGG TTCGCGCATC GCTGCCTGCA TTAAGGACAT GCAGCTGTTT 2640 TTCAATAAAG GCGAGACGCT GTAGTGGACT CCCTGTATTG TGTGCCTCAT GCGCACATAA 2700 CTGGCGGTAC GGTGCGGCCT GCGctGCGCC ACGTACGAAG TACTCGTGAG CTTCTTCGGA 2760 AAACTTGGCC CGCTTGAGGT GTAACCCAAT GAAGTAACTT GCACCTTCCC gCGCGGCGAC 2820 CTGCTCGAGA AACTCATCTG TTGGCTTTAG AAACGGAGTG TAGTTTTTGT CTCTCAAAAA 2880 CTGAGGGATA TCAACCTCCC TAGCGCCGCG CGcGCACACA GTGCCCTCCC ACGAGACAAG 2940 GACACACACC ACGCACCACA CGCGCAGGCA CAACCTGCCC TCCCGTAAGA GAGAGAAAAA 3000 GCCACCTCCC CACACGAGAT GCTTACCGTG ACGGAATTTC AATTGAGGTT CCTGCAACGA 3060 TATGATCAGG GTTTTTCAGT CGGTTAAACT CAGCAATTCT CATGTAGCGC CACGGAGTCT 3120 TGTAATAACT CCGCGCCAAA TCCCAGAGCG TATCCCCCCG TTTGACCGTA TAACGCACAA 3180 CCTTGACGGA TCCAGACCCA GACTCCTCTA CAGGTTCTGC CGCTGCACTC GTAGCCGTTT 3240 CAGCCCCGGG AGACGCAGGG GGgACGTCCT TTTCCTTGTG GGTTTCTGGA AGAGCAGTCT 3300 CAGATGGGAG ATCGACGACA CGTGCCTCAA CCGCAGTACG CTCAAGCTCA CGCGCTGCAA 3360 CATGCGCAGA AGACCTGGGC AGTTCAACTT TTTGTGACGG CACGACCGCA GGACGAGAGG 3420 CGCCGTGCAT GTACAGAACC CAACCTACCA AGACACCACC GAGCAGAATG AGAAATGCGC 3480 ACACTGCCAA CAAAATCCGT CGTCTCCTCG TGAGGGTAGA ACCATCCCCT CCCTCGTCTT 3540 CAGGGAAAGA ACTGACATGC TCGATCTGAG CAGCAGGCTG CTCATCCGGT GTCGCGTCTC 3600 CTGAGGATCT CTCCAACACG GAGAAAGAGG TTTCCTGAAA AGCACCAGAA CCTACATCCG 3660 TCGCACGCGC ACGGCACCGA CTCCCATCAC ACTCAACCTC GAGGCGAATA GTAGCTCCCC 3720 CCGCCGCAGC AACGGACAAC GTGTCTATCG AAAGCGCACC CATAGGCTCA AGTTCTGCAG 3780 AGGTGACCGA CGCCTCTCCA TCGcCAGGAG AAACCCGTTT AAAAAAGCTC AAAAGAGCAC 3840 GAGACTGTTG GTCATTCGCG GTAACGAGCT CGAGCGTTGT gCGCTGCGCA CCCTCTGCAG 3900 TAAAGAGAGG GaAAAAAGAC CCGTCCGCGA GCTTGATACC GATCTCCTGA CTCATGAGCG 3960 CACCCCCGCC CGAGCATAGT CAGGCGAAAC CCTTTTGTCA ATCTTCAGTC CATAGGGGGA 4020 GGGGGAGGCC GGCGCTCGCT GAGACTGCAC GCTCAGAGAC AGCATGCGGT TCACGCTACC 4080 TGTAGGCTCC TCCTACCCCC CCCCCgTGCC TGTATTCCGA CTGAGGTTCG TCCGTTGGTA 4140 TATTGCTGTC CAAGAGCCCA CTCAGGCGGG CGATTACCTC CCGCGTATGC AACTCAACTG 4200 CCCGCGTTCG TGCAACCAcT TCCGTGAGCA CTTCCACGTT ACCGATCATC GTCTCGACCT 4260 CTGCGCACAC CTTTTGCGCA TCTCGTGTCA ACCGCTCAGC ATGAGCTGCA CCTCGCGTGC 4320 ATACCTCTGC TATCACTTTC CCCTGCTCAC GCGCCGTACA TAACTGCCCT GTCACCGTGC 4380 GCATACGCTC AACGGTACGC TCATTTTCTT CTCCCACCAC CTGAACGGCA CCGGAAATAT 4440 CCGCAAGGAT GGTGCTGAAA CCGTCCACCT TTCCTCTAAT GTCTGTAAAA CTCTGGGCAA 4500 CTCCTGCCGA CGCGTGCCCT GATTCTCCAA TCACTGCCTC TATTTCCTTT AACATTTTTC 4560 CCGTTGCACC AGACTCAGCT GCTGTTCGCG CTGCCAGGGA GCGGATTTCC CCCGCTACCA 4620 CCGCAAAACC GCGTCCTGCG TCACCTGCAT GTGCAGCCTC AATCGCTGCG TTCATTGCAA 4680 GTAAATTCGT CCGTCCTGAA ATATCTACCA CCAGCGCATT CGTCACCGCC AAACCACGCG 4740 ACCGACTCGT AATTTCTTCG ATCACCTCCA TCATGCGGCC AACGCATTCC TTGCCGGTTT 4800 TACTTGCCGT GGTAATTGCC TCAAAATCTG CGTGCACTGC AGAAAACTTA CCCCGCAAGT 4860 TGTGCACCGT ACTCCCGAGA CGCTCAACTG CCTCAAGCGC TTCTCGTGCA CGTTCCCCTT 4920 GTGCTTCCAT TTGTTCATCC AACTCTCGCA AGGAGGAACC AAGCTCTTCA TTCACCACAC 4980 GCGTTTGAGA AAACCCTTCC CCCTGCACCG CTAACTCTTC GCGTACAGCA CCCGTGTAGC 5040 GCGTCAAGTC TTGCACTACC TGCTCTGCAC GATCCATGGT CTCGGTCAGA TTCTGTTCAT 5100 TGTGCGAAAG cTCCTGcGCG GTGCGACGAA CTTCACCAAA CAACCGCTCC AAACGCTGCG 5160 ACGAGGAAGA TAAGTCCTGA GAAAGCCGCT GCGCAGTCCG CCCATCCAAA ACAACCTGCC 5220 ACTCGATGAG CGCaGTTTGC GTAACCAAAA ATCCAACAAA CCCAAAAATC AACAGGGGAG 5280 CTCCTGACAG TACCCCTACA GCCAGGAGCA CATCGTGCAG CGCTGTGACG CCTAACACCA 5340 GCACCCCCAT ACTCAAAGGc ACCGCGCCAC GCTTTTTGCG GTACAAGACT TTGCACATCA 5400 CCCAGAGCAC AATACCCAGC AAAAGCAATA CGAACAGTTG CTGTAAGGGA AGTAATCGGG 5460 CAAAAGAGGC AGGGGGAAGC AAAAGGATAA TCACCGCGTA CGCAAGCCCC TCTGCACCAA 5520 ACGCCACCAC AAAACTCTGA TTCACAAGCC CAGGGTACAA CGTAGAAAGA TAGTACAAAC 5580 AGGACACCCC CGAGAACGCC AGGGTCAGGT ATTCTAACCG CACCATCGGG TCCCACCCAA 5640 TCGTGATCAA GCGTGGCAGA AACGCATTCC CCGTCAGCAG CAAGCGAACC ACAATCAGCA 5700 ACGAAAAAAG CGAGCACGCA TACAGGCTCT TTTCGCTCAC TCCCAACACC CCTGCAGTAT 5760 CTGCCCGCTC ATTCTCCGCA TAAGACTTTC TGCTGCAGGA GGACAATCGC CGGAAACAAA 5820 ACATTGCCAG GTAATACGCG AATATCGTAA ACGCAAAACC AATTGTCATC GCCTCAAGCA 5880 CGTCCTTGCG CAGaCgCGCG TACGAACGCG CGAAACAGAC CCCAAGTGAA CTTCACCGAC 5940 AATGCCCGGT CTTAGACTGT GGTAATTGCT TACCTGAATG CACACGTCAA TTTCAGGTTC 6000 GTGCGTTGGC AACCACACTT CGGCAGGGTG GACGTAGGGG ACGGCATCTG CTCGGTTACG 6060 CGCAACGGTA CCAAGTTCTG TTAAGAGATG CCCGTTTGCG TAGATTCTTG CTGCGTAGTT 6120 AAGCGTATCG CAGGACAGCG CAAgCrACGG AGCGCGAGGG GGAAGCAAGA TTTTCAGCGT 6180 ATAGGTGGCA CATCCGTAGT GAGGATACGC CTGAATAGCG GGTATCTGAA CCGCGCCCCG 6240 CGgTTTGGTC CACAGGGAGG GAACGGTCAT AAACGCAGCA GGCTGCTCAG CTGAGTGAGT 6300 AAGTAACTCG TTCCAGTGAA ACCCCCACGT TCCCGAGAGA GAAAGCAGTG CATCACCAGA 6360 GGAAAAATCC CACTGACGGA GATCGAGCAC TCCGTTTTCT GCCGAAGaGG CGCCGGGAGC 6420 GCAGTGTGTG AAACCGCAGC AGAAAGGGCA AAAGCAAAGA CATACGAGTA CGTAATGGCA 6480 CGATATTTCA CGCCGCGGAC TATACGCGAC ACATCCAAAA TGATCTACGG ACTGCACTTG 6540 CTGTTCACGC AATCACACGG GCATGCCCAA ATGAGGAATT TTCATCGCCC GCATCAGGGA 6600 TAGTGCGCAC GTTTTTGGAA GGGTTCTCCC GCAGTGGGGA CTGCAACGCT TTTTCATCCA 6660 AAACAAAATA AAACTGTTGA CACGGTTTAT TCTCCTGCCT CACACTGGCT GCAGTCCGCG 6720 CCATTTTAAG TCTCTCCGTA AGGAGCGTCT CATGCACACG CAAAGCCTCA GCCCCAGGCA 6780 GTTCATGATG AAAATACTCA ACGGGTCTTC TGCCGGGATC GTCATCGGTC TTGTCCCCCC 6840 CGCTATCGCG GGGGAGTTGT TCAGAGCGCT TGCTCCGCTT TCGCCGCTGT TCGCCGCGCT 6900 CTACCATGTG GTGCTGCCCA TACAGTTCAG TGTACCGGCT CTCATCGGTA CCCTTGTTGG 6960 ACTTCAGTTT CACTGCTCCG CGCCCGAAGT GGCTACCCTC GCCTTTGTTT CTGTTATTGC 7020 CTCAGGAAAT GTCACGCTTC AAAATGGCGC CTGGTTGATC ACCGGTATCG GGGACGTCAT 7080 CAATGTTATG CTCATATCTG CACTTGCAAT CATACTCGTC CGTGCTCTGC GGGGGAAACT 7140 TGGTTCGCTG ACCATCATCG CGTTGCCCGT TATCGTAGCT GTTGTCGCAG GGGGTGTCGG 7200 CTCCTTTTCC CTGcCCTACG TAAAAATGAT TACGCTTTTC GTCGGCAGAG TTATCGCCAC 7260 GTTCATCGCG CTCCAGCCAT TACTCATGAG TATCCTGCTG TCCATGTCTT TCTCGCTCAT 7320 CATCATCTCC CCTGTGTCTT CCGTCGCGGT AGGAATCGCC GTGGGGCTCA CCGGTCTGGC 7380 AAGTGGAGCA GCAAACATCG GCGTCTCCTC CTGCGCCATG ACCCTCATTG TGGGAACCAT 7440 GCGCGTCAAC AAGATCGGTG TTCCGTTGGC GATGTTCGCA GGAGCGATGA AAATGCTCAT 7500 GCCAAATTGG ATCCGGTACC CGATTCTCAA TATTCCGCTC CTGCTCAATG GCCTCGTTTG 7560 CGGCGTGCTC GCGTGGCTTT TCAATCTGCA GGGTACTCcT GCAAGCGCAg GCTTCGGTTT 7620 TATTGGACTT GTTGGACCGA TCAACGCCTA CAGGCTTATG GCGTACACTC CTATGGTGCG 7680 CGCGGGTATT CTTTTCCTCG TGTATTTCGT TCTTTCCTTC CTTGCTGCGT ATCTTATCGA 7740 CTTTATTCTC GTTGACCGCC TCAAACTTTA CCGGAGAGAA CTCTTTATCC CCGAACAAGG 7800 GTAGATATCC TATATGTTAT GTGTTTCCGC CCAGGTCCTG CGTGAGATAC GTGCAGAACG 7860 TGGGTAAGGA ATGTTGTTTG CCTTACCAAG GAGGTGCGAA ATGAGGTGTG TTGTCTTTAA 7920 TCTTCGAGAA GAAGAAGCCC CTTACGTGGA GAAGTGGAAG CAGTCCCATC CAGGGGTAGT 7980 CGTGGACACT TACGAGGAAC CGTTGACCGC AAAGAACAAG GAGTTGCTTA AGGGGTATGA 8040 AGGGCTCGTG GTTATGCAGT TTCTCGCTAT GGAAGACGAG GTGTATGACT ACATGGGTGC 8100 GTGCAAACTA AAAGTCCTTT CCACACGTAC CGCAGGCTTT GATATGTATA ATGCAACTTT 8160 GCTGAAAAAG CACGGCATCC GGCTGACGAA CGTACCGTCC TATTCACCGA ATGCTATCGG 8220 GGAATATGCA CTCGCCGCCG CGTTGCAGct GACGCGACAT GCGCGCGAGA TTGAAACTTT 8280 TGTAAGGAAG CGTGATTTTC GCTGGCAAAA ACCAATTCTC TCGAAGGAGC TCCGCTGCTC 8340 ACGCGTAGGT ATCTTGGGAA CGGGCAGGAT TGGACAGGCA GCAGCAAGGC TCTTCAAAGG 8400 GGTTGGTGCT CAGGTAGTTG GTTTTGATCC GTACCCGAAC GATGCCGCAA AGGAATGGTT 8460 AACCTACGTG AGTATGGACG AGCTGCTGTC CACTAGCGAC GTGATCAGCT TGCACATGCC 8520 TGCGACAAAG GACAGTCATC ACCTGATCAA TGCGAAAACA ATCGCGCAGA TGAAAGATGG 8580 CGTGTACCTG GTGAACACGG CACGCGGAGC AGTGATCGAC AGTCAGGCGC TCTTAGACAG 8640 CTTGGAC AA GGCAAGATTG CAGGTGCTGC ACTGGATGCG TACGAGTTTG AGGGTCCGTA 8700 TATTCCTAAA GACAACGGGA ACAACCCTAT TACCGATACG GTCTATGCTC GGCTTGTCGC 8760 ACATGAGCGT ATCATCTATA CCCCTCATAT CGCCTTCTAC ACAGAAACAG CGATAGAGAA 8820 CATGGTATTC AATTCGCTTG ACGCCTGCAC CACGGTGCTG CGTGGGGAGC CTTGTGCCGC 8880 TGAAATCAAG CTGTAACTGA CGcCAGGTGT CCCTGGTCCC GTGTGAGTCT GACTGGCTAA 8940 TCGGTCAGTC TGGAGTCGCC AGCTCAGGGT GGGTTGTGGG ctCCGCGGGA CCCCGTCCAG 9000 CCGGTTACGT GCGGGCGCGG CCCACCTGTG TGAGCGCGAT AACCAACATC AGTACCACCA 9060 CCGAGACCAG TGCGGTGAAT CCCCCTGGGG CCACGTTCAA GTAATACGAG AAGACCAAAC 9120 CCAGCGCCGT GTCCAGCATA CTAAATAGAA ACGCCGCCAC CAACGTAAGC AGGAAACCCA 9180 CCCGCAGCTG TAGCnTGTCG CAACCGGTAC GGTCATGAGC GAGCTCAGCA CCAAAATACC 9240 GGTAATCTTT ATAGAAGCTG CTATAGTCGC TGAAATTACC ACCGACGCGA CGTAGTTTAT 9300 CCCGTCTGCT GCGACGCCAC AGATACGCGC GGTCTCTTCA TCAAATGCCA AGTACAGCAG 9360 CTGATGGTAG CGCAACGCTA GCGTACCTAC GCAGAACACG CTGAGTGCGA GCATGATCCA 9420 CAAATCGCGT GTAGAAACAA CCAGTATGCT GCCAAACAGA TAGCTGTCTA TATCCGCCTG 9480 GATAAGCCCA GAGCTCAACA GCGTGACAGC AATACCCACA CTCAGGGAGA GTACTATTGA 9540 AAGAATCAGG TCATGATGGT TTTTGAAAAA GGCGCGCAAA AACTCTATCA AAACCCCCAC 9600 CAAGGCAGTG AAAAAAAAGG ATCCCCATCC TGGATGGATG CCGCACGAAA CGGCAATAGA 9660 TACTCCTGCA AGTGAACCGT GCGCAAGTGC ATCTCCCATG AGCGCGTAAC GGCGGAGCAC 9720 TAAGTGCATC CCCACAAGAG GACACAACAA GGCTATGAGA AAAGAAGCAA CAAAAGCGTT 9780 GCGCATAAAT GCGTACTGCA ACATCACCGA CTCCGACACT GCGCACAGGC AAGCGCATCT 9840 TTTTTCTGCA TATCCAAAAA CTCACTGACG TACTGCTGAG GATTACACAA ATGGCCATGT 9900 CCTTCGCTGA GATGAAAAAT TTGCGTAGAG TTTGTAATCG CTGCATCAAG ATTATGCTCC 9960 ACCGATATAA CCGTTACGTT ACGTGATGTG TTCAATCCCT TCAGCAGAGC GTAAATATCT 10020 TTCTGTCCTC GAGAATCAAT ACCTGTTGAC AGCTCATCGA GCACCAGCAA ATCAGGATCT 10080 CCGATCAGGC TCCGCGCAAT GTACACCTTC TGTAATTCTC CTCCAGAGAG GGTATACACA 10140 AGCTTTTTTT TCGCACCCCG CATACCCACC TCCTCCAGCA CAGCATCGAC AACCCACTTG 10200 TGCGATATGC GCAGAAGTCT GCGATACGAG TTAAGCATTT CATATACCGT AAGCGGAAAA 10260 TAGAGCGTGT GCATCTTTGT CTGTGGAACA GAACCAACAC GCTGTACAAA GTGAGCGATC 10320 GTACCGGTGC TCGGCTTAAG TAATTTGAGG ACAAGCTTCA CAAGCGTGCT TTTCCCACTA 10380 CCATTTTCTC CTACAACGGA AAGGTACGCG CCTTTTGGTA TTGCAAGATC CACCTCGTGC 10440 AGTATAAAGC GCGCGTCTGC GGTGTACCTG AAACTAACGT TTTGTAAAAG CACCGCGAAG 10500 GGACTAGCCA TGATGCGCAT GGTTATACTC TATTTTTATG AATGCAACAC TACTGTCTCT 10560 GAGAAAAAAG AGACCACAGC TGCACAATGC AAATTGTCTC TCTACCATGG TTTTCGAAGA 10620 AATTCCCGTT CAACATCCTA AAAAGGAATT GCATATTTTG CAGAGAGTGT GCGAGTACGC 10680 GCCCGTTTGG GGTGGAAGCC CCTTCAAAGG AGCCATCATG CAACGCTGCT CAGTAGTTGC 10740 CGCCCTTGCG GGGGTGGTTT TTCTTGCACA GGCGTGTTCG CTATCAACAC CTTCTCGCAT 10800 AACCCACACG GATAAGCTGC CTGTTGTGGT GACATTTAAT GCTCTCAAAG AGTTAACACA 10860 GATGGTAGGT GGAGAAAAAA TTCATTTAGT GTCCATCGTT CCTGATGGGG TTGACTCTCA 10920 CGACTTTGAA CCAAAAGCAA AACACATGGC CTTCATTAGT GATGCCAAGG TCATCGTGTA 10980 TAATGGTCTT GGCATGGAAC CCTGGATACA CTCGGTACTC CATGCTGCAC GTAATAGCGG 11040 CAGTATACGC GTAGAAGcTG CGCAGGGCAT TGTTCCGCTG AAGGCTCACA CACGTGGGcA 11100 TACGGCGCAC CATGTACATG CACATGCATC GCACGGGTCT GCGTACGACC CTCACGTTTG 11160 GCTCAGCGTA TGTAACGCTC AAACGATGCT TCGTACCATC GGAAAGGCAC TGTGTAAGGC 11220 GGATCCGCAG CA ACGCGCT TCTACAAAAG GAATGCCCGT AATGCGGCCG CACGGCTTGA 11280 GGCGTTGTAC AAGGAATACC GCTCCAAGTT TGCAGCCTTA TCTCATCGAT ATTTTGTGAC 11340 CACGCATGCG GCGTTTGGTT ACTTGTGCAG GGATTTTGAC CTCCAGCAAA AGAGTATAAA 11400 GGACGTCTTT AACACAGAAG AACCTTCCAT CAAGAGACTC GTAGAGCTCG TCGAATTTAG 11460 CAAAAAACAC TCAGTGCGGA CCATTTTTAG TGAACGTGGT CCTAGTGAAA AAGTCGCTCG 11520 CGTTCTTGCG CAAGAGATTG GTGCTTCAGT TGAAACCATC TACACTATGG AAAAAAACGA 11580 GGAGAACCTT TCGTACTACG AAAGGATGAA ACACAACATT AACAGGATTT ATCGTGCCTG 11640 TTCAAAACAG GTGACACCCT CGCAATAACA ACCGCTTTGC ACATTATGCG TTTTTCTGTA 11700 CACTCACCGC CATGTACTCT TGCTTAAGGA GGCTTTTTGG CATACGGGGC ACGGGGACTC 11760 TGTGTGCCAT GTCCGTTTTT TGTCTACTTC TTTCCTTTGG AAGGCGCTGT GTGGCGGCGG 11820 ATAATTTCCT TTCTTTCCTT GTGTGGAATC TGGTTCTTGC CTTCATCCCC TGGCTCATCT 11880 CGGCTATCTT GCACGTGCnc GnCTTCGCTG TCCGCAGTGT ACAGCTGTTC CTTATGCTGC 11940 TCTGGCTATT GTTTTTCCCC AACGCTCCGT ACATCCTTAC CGATATTATC CACTTGGGAA 12000 AGGGTAAGTC ATTTTTGCTT TACTATGACC TTATTATTTT ACTCGCCTAT AGTTTCACTG 12060 GTTTGTTCTA CGCGTTTGTC AGCCTTCACC TTATTGAAAG CATATTAGCC CGTGATTTTC 12120 ATATCAAAAG GCCATTCATA ATTTCAGTAT TTGAATTGTA TCTCTGTGCA TTCGGTATAT 12180 ATCTGGGGCG TTTCTTGCGC TGGAATTCCT GGGACATTGT CCTACATGGA CGCACTATTC 12240 TTTCTGATAT TGGTATCCGC GTCATCAGGC CAGTGTTCTA TGTTGACACC TGGATGTTTG 12300 TGTTTTTTTT CGGCACCATG CTCGTTCTTT GCTATCAAAG CTATCGATCA TTTCTTACCC 12360 ACACAAGAAA TGACAAATGA ATATCGTTCT CTTTGAACAG GAAGAGGTAG TGCACGGTTG 12420 CGCTGTACTT TCTTTCAGGG ATAGTCGATT TTGCCATATC AAGCGTGTGC TTAAATTGAG 12480 TGCGGGAGCC TGCTTCAAAG CAGGGATTAT TAATGGGGTG AAAGGTTCTG CACGCATCTC 12540 CCTAGCCACA GAAAAGTATC TCGTAGCCGT TTTTGAAAAA CTGGAATACG AAGATTGTGC 12600 CCTTTTCCCC CTTCATCTTG TCATAGGGTT CCCTCGTCCC ATTCAGCTCA GGCGCATTTT 12660 ACGCGACGTG TCCAGCCTCG GGATCTCCTC TATCCATCTT GTAGGGACGG AATTAGGGGA 12720 GCGATCTTAC CTAGACTCAG GACTTGCTCA CATGGAAAAA ATGCACACGT ACCTCATACG 12780 TGGCCTAGAA CAGGCAGGAG GCACGAAACT TCCCCTCATT ACTGTTTCGG AGTCGGTGCG 12840 CACCTTTTGC TCACAACACA CCCACATACT CGGCGACAGC ACACACCAAA AACTAATACT 12900 TGATACTAAG AACACCCTAA CCGATCTAGG AAGCGCCcGC TGCGCGGGGA TGTACTGTGG 12960 ATTGCAATAG GGAGTGAGCG TGGATGGACC GAATCTGAAC GTTTACTTTT CTCCGCCaTG 13020 GGATTTAGAG CAGTAGACAT GGGAAGACGG ACCTTGCGCA CAGAGACCCG CGGCCTGTGC 13080 CsCGTGCGCC GTTGTACTCG CCAACGCGCA CGCGTGGAAA AGAAAAATCC CTCGGCCAGG 13140 CAAGAGATCT TCGCCCATAA GTCGAAAGAA TCCCTAGATC CGGATCACAC TCAAAAAGTA 13200 AACCAGAAAA GCCCGAGACA GGCCTGAAAC AAGGAAACAC AACCAAAAGA TCCACACCGC 13260 ACGCGTCAAC CGAAAGCCAT TGCTCCCGAC CGAGGCGCTA AGTTTCAACC TCGCAAACCC 13320 AACGCCGACC CCTTGAGGAG ACCTCCCAAA AAACCGCGGA AAGAAATCCA CACGGAGACC 13380 ACCGGCGTTG TATACACGGA CCGGAAGCGG CGCCAGGGGA ATTACCCGCA CCACACGCTG 13440 GCCGAGATCC ACGGGAGACG CTCATCTCAA GAGATCATGC CCTTACGTAT GACCAATCGA 13500 CCGGCGCTAA CTAGATCAAT ACATACCTCC CATACCTCCC ATGTCAGGAG CTGGCGGTGT 13560 AGAGGAACTC TTTTCGGGAA TTGCAGCAAT TGCACATTCG GTAGTCAACA AAAGCCCAGA 13620 AACCGAAGCC GCGTTCTGTA GTGCTGAACG TGTAACcTTC GCCGGATCGA TAATCCCGAC 13680 CTTAATCATA TCAACCCATT CCATCTTGGA TGCATCAAAA CCGATGCCAC GTTTCTCCTT 13740 TGCCTTCTCT GCCACAAcTG CGCCATCAAT ACCCGCGTTC TCTGAAATCT GGCGTATCGG 13800 CTCCTCGAGA GCACGACGCA CAATCTTAAA ACCAACCGCC TCATCTGGAG TCAGTCCACT 13860 CAAATCAGCT TTCTCGAGCG CCGCCGCAGC CTGAATAAGC GCTAAACCAC CACCAGCAAC 13920 AATACCTTCC TCTATTGCCG CACGTGTCGC ATTTAAGGCA TCTTnCATA 13969 (2) INFORMATION FOR SEQ ID NO: 113: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3357 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 113: CACAGCACCC TACTGCGCCT TCAGGTACGC GACGCACACA TCGCAAGAGA AATTGCCGCC 60 TCAAAAAGTC TTGCATCGCA CCTTTCCCCC ACAACCGCTT GCCTGCAGGA CGGTCCGCTG 120 CCCACACCGG aCACTGCGCG CATTGCCCAG CCGGATACGA CACCTCAGGT GCAGGGTGCA 180 CAGACTGGAT GCAGTTACGA CTTTCTATTG CCACGCCTCC ACCGAGGCAC CGTTAAACAA 240 TTACTCTTGC GCCACGGATG GCCGGTGCAT GATGAAGTGC CTCTCCGCGA GGGAACTCCC 300 CTATCCTTGC GCTTACGCAT CTCTCCGGCT TCGTGTCCTC CTCCTTCTAC TGCGTATCCG 360 TGTTGTCACA CGCCAGGGAC ACCCTCGTTT GTGCCACGTG ACTACCAGTG GGAAGCAGCC 420 GATGCCTTCG TCGGGAATCG CACACAAGGG AGCGGATTTG GTGTGGTAGT TTTGCCGTGT 480 GGCGCGGGAA AAACGGTTGT CGGTTTACTC GTTATGGGTC TGTTGCAAAC GGATACCCTG 540 ATTCTGACTC CTAATAGCGC AGCTGCACAG CAATGGAAAC kTGAATTgTG TGAAAAAACC 600 GACyTGGACG GGACATCCAT CGGTATCTAT TCAGGAGAtG CAgGAAATCA GACCAGTGAC 660 TATCGCAACt ACCAGATAcT CACCTGGCGT GCGCATGCAG ACGCTCCcTT TTCCCATTTC 720 CGTCTCTTTA TGGAACGCAG TTGGGGTTTG ATTATTTACG ATGAGGTGCA CTTGCTCCCT 780 GCACCGCTTT TCCGTATCAC CGCAGAACTT CAGGTGGTAC GACGCTTGGG ATTAACTGCA 840 ACGCTCGTGC GAGAAGATGG CTGTGCGCAG GATGTGTTCA GCCTCGTAGG ACCGAAGCGG 900 TATGACGTGC CGTGGAAGGA TTTAGAAGCA CGCGGCTGGA TCGCACGGGT GCGGTGCGTA 960 GAAGTTCGGG TAACGATGGA CCGGTCACTC CAGTACCAGT ACATGACAGC TCCTGTGCGC 1020 CTGCGACATC GCCTTGCCAG CGAGAACGAA GCAAAAGTAG CGGTGGTACA GCGTCTATTG 1080 CGCGCACATG CAGGTGCGCC TACACTGATT ATTGGGCAAT ACGTGCAGCA GTTATTACAT 1140 CTCGCACACG TACTGCAGGT GCCACTGGTG AGCGGAAGAC AAACTTATGC GGCGCGTGAA 1200 GCCATCTATC AGCGTTTTCG CGAGGGCACG CTCCAGGTGC TCGTTGTATC AAAGGTGGcA 1260 AATTGTGCGC TTGATCTTCC TGACGCGTCG gTTGCAaTTC AAGTTTCCGG GaCATTtGGC 1320 AGCCGTCAGg AGGAGGCGCA ACGCcTCGGA CGCCTCTTAC GGCCAAAGAT ATGCGACGCC 1380 CATTTTTACT CGTTAGTTAC AGAACAAACG GTGGAAGAAG ACTGTGCAcT GCGTCGCCAG 1440 CGGTTTTTGG TAGAGnCAGG GTTACACGTA CGAAACCcTT CGCGTAAGCG AAGTaCACGA 1500 ATAAAGGATA CTCCGTGCAG AGTCCTCCCT GTGTGTGTGA GGgGGGGGGG AGGAGGGGGT 1560 GACCGTGCGG TCTCCCTTGT TTTTTTGGTT CAAGACCGCT ACAGTACTCC ATGCTCGTAC 1620 GCACTGCACT CAGGCTCATC TTTGGCTCCC AGCACGAGCG CGATCTGAAA AATCTCCTGC 1680 CTCTTTTGAA TGCCGTCAAC GCCCAGGAGT CCTGGGTACT TCCTCTCCAG GAGTCTGAGT 1740 TCAAACAAAA AACAGCTGAG TTTAAGGCGC GTGCCGCTGC AGGAGAAGCG CTTGACGCTT 1800 TTTTACCTCA GGCATTTGCG CTTGCGCGCG nAGGCAGCTC GTCGTGTTTT AGGCGAGCGT 1860 CCCTATGACG TGCAGATCCT CGGTTCCCTC GTCCTCCACC ACGGCAAAAT CGTGGAAATG 1920 AAAACGGGCG AAGGCAAAAC GCTCATGAGC GTGGCAGCGG CGTATCTGAA CAGTCTTTCG 1980 GGGAGGGGTG TGCATATTGT CACGGTCAAC GACTATCTTG CTGAGCGCGA CGcggAnTGG 2040 gATGCGTCCA GTATATGATT ATTTAGGCGT TTCCGTCGGC GTCATCCTCT CTTCCATGGG 2100 CAGTCAGGAG CGGCGGTGTG CGTACGCGTG CGATATTACc TACGGTACCA ACAATGAACT 2160 GGGCTTTGAT TATCTGCGCG ACAACATGCA ATTTTTAACG GAAGAAAAAA CGCAGCGTGA 2220 TTTTTACTTT GCCATTATTG ACGAGATTGA CTCCATTCTC ATCGACGAGG CGCGCACACC 2280 GCTTATTATC TCAGGGCCTg CAGAAAATGA TACCCAGCAT TACGCCGAGG TTGACAGACT 2340 CGTCGGGCAG TTACAGGAAG TGGAGCGAAA TCCTGCCACA GGTGACTACC CCAACGAAgT 2400 GGACGGAGAG GAGGTTCGCG GCGATTATAT CGTTGATGAA AAGAATCGCA AGGTTTCCTT 2460 CAGTGGTCCG GGGATGCTGC ACATTCAGGA wtGCTCACGC ACGCTGGGCT TATCCAAGGG 2520 AGTCTATTTG ATGAAGAGAA CTTCAAGTAT ATCCACTACT TTACGCAGGC aCTCCGTGCG 2580 CACTTACTTT ACCGCGCAGA CGTTGATTAC GTAtAAAAGA CGGACAAGTA CAGATCGTAG 2640 ACGAGTTTAC CGGTCGCATC TTGGAAGGTC GGCGGTATTC TGACGGATTA CATCAGGCAA 2700 TTGAGGCAAA AGAACACATC CGCATTGCGC AACGTAATCG CACTATGGCA ACTATCACGT 2760 TTCAGmACTT TTTTAGAATG TATAAAAAGC TTTCTGGAAT GACGGGAACT GCGGATACCG 2820 AGGCGTTGGA GCTCAATAAA ATTTATAAAC TTGAGGTGGT AGTTTTGCCc GACGAATCTT 2880 CCCGTAGCGC GGGTGGATGA GCATGACGTG GTATACCTGA GTGAAGAAGA AAAGTGGAGT 2940 GCCATTTGTG ATGAAATAAA GGAGGCACAC ACACGGGGAC AGCCGGTACT CGTGGGCACT 3000 ATTTCTATAG AAAAGTCCGA AAAACTCTCT GCTCTGCTGA GAACACGCGG TGTAAAACAC 3060 GAAGTTCTCA ACGCTAAAAA TCACGCGCGC GAGGCACTGA TTATCGCCGA AGCGGGGGCG 3120 AAGGGTTCGG TGACCATCGC AACCAACATG GCCGGACGCG GCACGGATAT CAAGCTAGGG 3180 GGTAATCCTG AATTTCGTGC ACGACAGAGC GCAACTGCCA TAGCATCGAA GCACGGTTCC 3240 TCCTCTGTCA CTGTGCAGGA ACATATGCAA GCGTGCTATG AGGCGGAATA CACACGGTGG 3300 CGCGCAGATT ACGAAGAGGT TAAGCAGCTC GGTGGTTTGT ACGTCATTGG CACAGAG 3357 (2) INFORMATION FOR SEQ ID NO: 114: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1462 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 114: TTGCCCCCAC GnTGAAAGCG CTCCTGGTnA TCGGCGGCGC ACATTCGGCA AATACCCAGC 60 GTCTACTCCA CACCGCGCGC GAAACGTCGC TACCTACGTG GCTGGTAGAG CGTGTAGAAG 120 ATATTCCCCC CGATATCTAT GCCTTCAGTG CGGTGGGCAT CAGTGCAGGG GCTTCCACCC 180 CAGACTGTGT TATCGCTGCT GTGGAgCAgG ccTGCGCACG GGCGGCgCGC CTGTCGCTTC 240 TCGGGTGTCT TCCTCTGCTC TGCCCAAGGT GAGTACCTGC AGGGCTGTTT GTGCGGCGGC 300 TACTTCTTCC GTCGGTTCAG CGGGTGCATC CGGCGCGGTG TCGCCCGGTG CTGTCCGACC 360 TTTTGCTGTA GGCTCCGTGC GGTGAAAACC GyTTCCCTTT GTCTGCGAAg TGCATGGCTG 420 AACGTTGCGC TCGGCGGGGT GCTGGGTGTC CTTTCCGGTT GTCGTtCTTC GACGAAAGGG 480 CGGATGTGCG CGTCGACCGT ACGGGAAAAG AATACCTCGA TGCACAGGTT GCGTGTGCAA 540 AAGAGGAGCT GCGCGCGCGT CCTCTGCGGG CGCTTATGTG TGCAATTGCG CTCAAAAGAA 600 ATGCCCCAGC ACATCAGAAG GTGGCTCAGC TGTATGCCCc AGGgcTTGCG CGCGTCAAAG 660 AGGCGTTTCG CTATTCAGTG GAGAAACAGA AGTGGTCGGA GGCACTTGTG TTTTTTCGTT 720 CCCTCTCGGC ACTTCGCATT CCGCTGAAGG ACTGGACGGA GCGATCGCTG CATCGTGCGC 780 AAATTGAACA GTGGAAAAAG GAGGGTGCGC ACGTATTGGT TGCGGCGCAA GAGAAGCGCG 840 CCGGAACTTC TgCTGCGCGG AGTCCGGCAG CCATGATAAA GGGGACGGTC ACCATTTTGG 900 TAGATCGAGG AATTCGCGTA GAGCACGGAC GCGGGTTTGC AGATCGAGTT ATCGGGTCAG 960 GTTTTTTCAT CGACAAGAGG GGCTATATCG TCACTAACTA CCACGTTATC AGAAGCGAGG 1020 TAGATCCTGC GTACGAAGGt ATTCGCGTGC GTACATCAAG CTCCCCTCAG ACAACACCGT 1080 GAAAGTTCCG GTGCGCGTTG TCGGGTGGGA TGCGCTTGCA GATCTTGCAT TGCTAAAAAC 1140 AGAAATTACT CCTGAGGTGG TGTTTGGCTT AGGTTCCTCA AAGAATTTGG ACGTGGGGAG 1200 TAAAATCTAC GCGATAGGAT CGCCTGCTGG GCTTGAACGA ACGCTTACTT CTGGCATCGT 1260 GTCTGCGAAA AAGCGCaAAC TGCTTTCAGT CGGTGGGGGA GTGCTGCAGA TAGACGCATC 1320 CATTAATCGA GGGAACTCAG GCGGTCCAGT TATCGACGAG GAAGGGTGCG TTCAGGCAGT 1380 AGCGTTTGCA GGTGTGGAGC AGCATGCAGG GCTTAATTTT GCCATTCCTG TAGAATTGCT 1440 CAAGCAGGTG CTGCCAACTT GT 1462 (2) INFORMATION FOR SEQ ID NO: 115: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 4532 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 115: CTTTTTGATG ACGCACGAGC GCTTGTGCCC CCGCGGGAAT TTTACGGGGG ACAGGCTCAT 60 GCGCGGCAGC AACAAGCGTA ACCTGATGTC CCCtCGCGCT CAAACGACGC GTAAGTTCAC 120 GCCCATTCGT ACCGCATCCA ACAACAATAA CCCTCATGTC CGAAGnCCAT AGTAGCACGA 180 AATTTTTTTG CATGGCCAGC GCGCAGAACA CGGCGCACAA CGCCTGCCAC TCATATCTTT 240 TTCAAAAGTA CCACTACCTG TGCGGTAACC GCCGCACCAG ATCCAACAGG TCCGAGGCGT 300 TCGGCAGTCT TTGCCTTAAC AAAAACACGT GTTACGTGcG TGTCCAGGGc CTGCGCAAgs 360 GATGcGCGCA TCGcTTcCCG AAATGGGTGT AATGCAGGCT GCTCAAGACA GACAACAGCA 420 TCGAGATTCA CCAGCCGcCA GCACGCTGCG CGCACCAGTT GcCAGGTATG GCGGAGCAAC 480 GCGCAAGAAT GTGCGTCTTT CCATCGTCCG TCACAAGAGG GGAAAAACGT GCCAATATCC 540 CCCAGGCCTG CTGCACCCAA AAGGGCGTCA ATGCTCGCAT GCGCAAGAAC GTCTGCATCC 600 GAATGACCCT GCGCTCCCTT CTTACTGGGa ATATGTATCC CTGcAAGTAT CAGcGGTCTT 660 CCTGcACACA GcGCGTGCAT ATCAGTCCCC AGTCCAACGC GCAGGCACCT TCTTCCGTAC 720 ACGGcAGGAC TGATATCCCC CTCGTGAGAG CAGGCTCCGA TGCCCGCTGC TcCAGATCCT 780 CCGGATAGGT AATCTTTACA TTACTGCGTT CACCGGCGCA GACATGTACG GTCCCTCCGT 840 AGCGAGCGTA CAGCTCcTGt TCATCAGTAT ACTGTTCCCC ATCAGTAGCA GCGCGGTGAT 900 GGGCAGCGCA CAGCGAsGCG TAgcAAAAAC CCTGAGGGGT TTGTGCTAAG CGCACTCGAC 960 TCCGTATAAG ATGCGTTTCG ATACTCCCAT CGGCAGCAAC ACCCTTGGGA GTATCCGTCG 1020 CCTCTATAAC CGGCACTGCC GCTCCATAGC GACAGGTAGC CTCAAGTACA GAATGAATAA 1080 GCGCAACACT CACAAAGGGA CGTGCGCCGT CGTGCACCAG GACCACATCG GGCGCATGCG 1140 TAsCATCGCG TCAAGCCCCG CGCGCACAGA CGCACTGCGT GTATGTGCAC CCGGCACGTA 1200 AAGAATGACT GGACGCGTAC GAGACGGGAA CGCCGAAAGA CGCGAATCAC ACGCCACTTG 1260 ACTTTCTGCG TACGCAACTT CACCTGCAGG AACGGTAACA ACGACAAGGA AGAACGACCG 1320 CGCCTCAAGG GCACGCACGA GTATCTCAGA AAGGAGGCAG ACACCAGGCT GCCTGGAAGT 1380 TAACGGCAAG TACTCCTTTT TCTGCACACA CGCACCACCT CTGCGCATGC GTGCAGAGCT 1440 GCCTGCAGCG GTGACAAGCA ACGCGGCGCG GgTCACCCGG GcACATCCAC CGTACCCGAC 1500 ACAACTGGGT TTTCCTTTGC CTTTTCCAAA TAGCCATGGA TGAGCGTTTC AACCTcAGGG 1560 GGTCGCAGCC CCAGCGCAAA ACACATCTCA TCCTGAAAAA TACGGTATGC AGAATCATAG 1620 AGCCTTCGCT CCTGGATAGG CAGTTCCTTG ACTTTACTCC GGTGGTAGAG CGAGCGCACA 1680 ACGGCCGCAT TGTCCAAGAT ACCACCACTT TTAAAAAGGT TTAAATTGAC CTGATAACGC 1740 ATTTTCCAAT CAAGAGGACT AGGATCAAAA TCCTCAGACA GAAACCTCAA CGCGCGCTCT 1800 GCTTCCTTCC TTTTGACAAT GGTTCTAATA CCCAGTTCCT GTGCTTTATC CACCGGAATA 1860 AGCACCGTCA TATCTGACTC TTCCAAGTAA ATGACGTATA TAGCAGCGTC TCGTTCTTAA 1920 ATGTTTTTTC GCTTATTTCC TGcACCTGAC CGACGCCCTG TCCTGGATAC ACCACGTGAT 1980 CGTGGGGACG AAACGCACAC GCCTTACCCA TGGGGCCAGC GTACACAAAC ACGGAAAAAA 2040 GTCAGTGGGA AGAGGAAGGG GAAAAACGAG GGAACTCCAC CACGCCCGAG TAGCCATAAC 2100 ACAAAGAACG TGTAGACTGG CGCACCCTTT TGTACTACTA TGCGCGCCAT GGCTTGCGTG 2160 CGCCGAGTGC GAAATTTCTG TATTGTCGCG CACATTGACC ACGGTAAATC CACCCTTGCT 2220 GaCCGACTCA TCGAAAGGAC GCGCGCGGTA GAAGAGCGTC TGCAGCACGC GCAGATGACC 2280 GACAACATGG AACTCGAGCG AGAACGAGGT ATAACTATTA AAAGCCACGC CGTGTGTATT 2340 CCCTACACGG ATGCACACGG CACCGAGTAT GTGTTGAACT TTGTAGACAC GCCGGGACAC 2400 GCGGATTTTG CATACGAGGT GTCGCGCGCA ATTGCTGCCT GTGAGGGAGC GCTCCTGGTG 2460 GTAGATGCAA CGCaGGGAGT TGAGTCGCAG ACGATCTCAA ATCTCTACTT AGTTTTAGAG 2520 CACAATTTGG AAATTATCCC TGTTATCAAT AAGATcGnAC yCTAcGGcAG ACGTGnCCGC 2580 GTGTGCTCCA ACAGGTAGAG CACGACCTGG GCTTGGATCC CGCCTCTAGT GTGTTGATTT 2640 CTGCAAAAAC GGGAGAGAAT GTCGACGCGC TCTTTGATGC AATTATCACG CGTATTCCTC 2700 CCCCGCAGGG GAGTGGTACG GCCGCGCTCC AAGCGTTAGT ATTTGACTGT CACTATGACC 2760 AGTACCGCGG GGTAGTTGTC CaCATTCGTG TTTTCGAGGG ACAAGTCACA AGTGGCATGG 2820 TTATTCGTTT CATGAGCAAC GGGGCAGAGT ACCGTGTAGA AGAGACGGGT GTCTTTGTAT 2880 TCAACCTTAT TGCACGTGAA GCGCTGTGTG CAGGAGATGT CGGTTACCTG AGTGCAAATG 2940 TAAAAACGGT TTCAGATGTA CAGGTGGGGG ATACCATCAC AGACGCGTCC TGCCCATGTG 3000 ACACGCCGCG TGCTGGATTT AGACGGGTAA AGCCGGTGGT CTTTTCCTCG GTGTATCCGG 3060 TGGACACTGA TGAGTGTGAG CAACTGCGCG AAgcATTGGA GCGACTTGCC CTCAACGACG 3120 CarTATTTCC TGGGAACGAG ACTCATCCTT AGCGCTGGGG cACGGATTTC GCTGTGGTTT 3180 TCTAGGACTG CTTCATCTTG AAGTAGTGCA GCAGCGTTTA GAGCGAGAGT TCAACCAGAC 3240 AGTCATTTTT ACTGCGCCTC AGGTGCAATA CTATGTGTTT CTAAAAACGG GACAGCGCAT 3300 AGTGTGTGAC AACCCAGCCC ATTATCCTTT GGAGCAGGAG ATTGCACAGG TGCATGAACC 3360 CTACATCCGT GCAACTATCA TTACGCCGAC AGAGGTGCTC GGTGCTGTCA TGACGCTCTG 3420 TATTGAAAAG CGCGCGTACC AAACAGCGGT GAACTATTTA GATCAGAAGC GGGTGGAACT 3480 GGTATACGAG ATGCCCCTTG CGGAAATTCT CTTTGGGTTT TACGATAGGC TCAAGAGTAT 3540 TAGCCACGGC TATGCGTCTT TTGACTATGA GCTTATAGAG TCGAAGCTCA CAGATCTGGT 3600 GAAAGTTGAC ATCCTTATTA ATGGGAAGCC GGTAGACGCG CTTGCGCAGT TGTGCTATCG 3660 ACCGCATGCC CGCAGAAGGG CGCAGGCGGT GTGTGCTCGC CTGAAAGAGG AGATTTCCCG 3720 TCAGCAGTTC AAGATTGCAA TCCAAGGCTC AATCGGCGGG CAGATTATCT CGCGCGAGAC 3780 GGTTAGTCCG TTCCGCAAAG ATGTACTTGC TAAATGCTAC GGAGGTGACA TCACACGTAA 3840 GCGAAAGTTG CTGGAGAAAC AGAAGGAAGG GAAAAAGCGA ATGAAGATGG TGGGGGATGT 3900 GGAGATCCCG CAGACTGCCT TCCTGTCGGT GCTAAAAGAG GCTTCCGACG CCTAAGGGTT 3960 TCAGCGCTGT TTTTTAGAGT CCTCTCCGTC TTGCAGGGGa TGTTGCAAAA GCGATGGTCC 4020 GTCATGCTGC GGTGTAGACT TAGGTATCTG GATAAGTAGA CAGAACACAC ATTATACGCA 4080 GCAAAAACAG AAAAAGAACA GGCGGGGAGG GCGACGCGCg CCCTCCGGGC CGCAcTAAaT 4140 CTTACCGATT AAaTCAATAC CAGGCTTCAA CGTCTTTGCT CCAGGCTTCC AACGAGCaGG 4200 ACAAACtGAT CCCCATGCTT AGCCACAAAC TGTGCTGACT GAACCTTGCG CAAAAGCTCA 4260 TCCGCATCGC GCCCAATACC CATGTCGTGT ACCTCGAAAG CTTTCACAAG GsCTTCAGGA 4320 TCGACCACGA ACGTACCCCG CAGCGCATGC CAAGTGTCTG GCAACAACAC TCCAAAGrAA 4380 CCCgCAAGCT TTyCCGCCTT GTCAGAAATC ATCTCGTAGG GcAGATTCTT TATCGTGTCT 4440 GTCGCATCCG CCCATGCCTT GTGCACGTAC TCACTGTCCG TAGAAACCGA ATATACCTTA 4500 CAACCAATAA CTATAGGAAA CAAACGGGGA AA 4532 (2) INFORMATION FOR SEQ ID NO: 116: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 6923 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 116: GTGGTTAGAT TCCCTTTTGG GGATGAGTTG GATGGTGCTG ACTCTGTGTG TCTGTGCGCT 60 GTTGTTTTGC CTGAGGAGGA AGTACGTACA TCTCTTTTTT CCTCGTGGGG TTTCGGTGCA 120 CACGCCCCCT GCGTCTTCGG ACGTGCGGAG TGTGTTGCCG GATATGCCAG TGAGAAGGAG 180 GCGAGGAATC TTTGTCGTAC TCGAATGGGT TGACGCGCTC ACCCAGGCTG CGTGTTTCAT 240 GCTTTTGGTG AATTTGTTCG CGTTCCAGTT GTACGTTATC CCGAGCGAAT CGATGGTCCC 300 CAGCTTTATG GTCGGCGATA GACTCCTCGT GTTCAAGACC GCCTCAGGGC CTGTATTCCC 360 GCTTTCTTCG TTTCGTTTGC CACGCTGGCG TACCTACAAG CGCGGAGACA TCGTCGTTTT 420 TTCCAATCCT CATTACCCTG ACACTCCGCA GaTAAGCTCC GCGCCTTTTT AGCCCAATTA 480 GTGTACATGC TCACCTTTAC GCGCAAGAAC ATTAATGTGG ATCCTGTCAC CGGTGCGCCG 540 AAAGCTGATC CTCTCGTCAA ACGCATTGTT GCTCTGCCAG GGGAAAAAGT TATGCTCGTT 600 GACGGTGTGC TCTATACGAA GACCAGGCAT GATGCGCACT TCAAGCCTGT CGCACAAGAC 660 CGTACGTACG CCACGTGGGA TTTGAATGCG TTGCCCGCAC GCGATTTGGC GCGTGTTCAA 720 CGGGTCATAT TTAATGCTGA GGAGCTCGCC GCCATCCATC TGGTAGAgCG CCTGCGCGCC 780 CAGGTGGATT TTCGCGATTT AGCAGAGAAA ACGCGCGCGT TGGTTGCCCA AGCGCACGCG 840 TaCGCGGGGg CGGCGTCACG CACCCGACAG GGCATTGGCG TGGCGCAACC GATAACGCAC 900 ACATCTGACA TTCCTGCTTT ACCTCTGTTT GAAAAAGAAA TGCGCGGGGC GCGGGAGATC 960 ACACAGCTCT TCGCCACCGT TGCAGACGTT GCCACGCATA TCCGCGACAC CTCCCAGGGG 1020 TTCGCnCAtT CGCTCACTTT GTGCAAAGCT GGATCCCATT TTGGGGGCAA GGAACGTATG 1080 GCTTGGACAC GGGACAGGAA GGTCCGTCCC tGCACCGCGC AGGCCTCTCG CTCTACCAGA 1140 TAAGATTTGC GCAGCTGAAC GCGTTGGTGA AGTACACGTT CGCCCAGCTA GTGGTAAAAG 1200 GCCTCCAGGT GACAGCACAC CGAACGTCGG AGGCTGGGCA GGACGAAACG CTCACTACAC 1260 TTTTGCAGGA CGCGGCCCGG TACATCTTTT TCCTGGGTGC GGCGCGTGGA TTCAACATGG 1320 ACGAATTCCC CGCTGGCGCC GAGCAGTACC TTCCAGAACA CAACTACTTC ATGATGGGAG 1380 ACAACCGATT GAACTCTACT GATATGCGCC ACGCGTACAC CGAACACCTC GAGGCAATCG 1440 ACGCGCACGA CCCGTTCCCT ATTTTCTTTA GCTCCAATGT TGCGCCCAAG TACATTCCCG 1500 ATAGCCACAT CCTCGGTGTG GCGTCGTTCC GATTCTGGCC GCCCTCCCGC ATAGGCACCC 1560 CACAATAGGC TTAGGGGGAG CGGAGAGAAA GCTAAGAAAG GCGGAACCCG CCCAGGCGCG 1620 CAGCAGGCAG AAAGCCCGTA CCCTCAGACA sGTCCCGTTA CACAACAAGC GGGATAGGGA 1680 AGAGCCCTCG CTTACAAGGG CtCAGGAAAG ACATCCCCTT ATCGTGCGAA gcGCTcGCCG 1740 AATGCTTTAC AGCTTGCCTG GGCTTCTTCA CTGGGATCGT CGTACGCGAT CTCCCCCTTC 1800 CCCTCGAAGA CATCAGCGCC AgCCGCCTTA CAACGCTCGA CCCAGTTGAC CATCCATTCG 1860 CCGCCTTCCC CTTCTCCAGC CCACTCATAG GATCCGAAAA GCGCAACTTT TTTCCCCGAT 1920 AACCTTCCCT CAATAGAGGT AAAGAAGGGT TCAAACTCGC TTGACTCTAG CTCCTCAGAA 1980 CCAGctGCAG AGCAGCCAAA GGCGAAGsGG TCATAGGAAT CAAAAGTACC AACGTCGAAG 2040 TCCATGACGC TAAAAAGGTC AGCTTTTGCA CCACCGACAT TCAAACCCTC TACGATGCAG 2100 CGAGCCATCG TTTCAGTGTG CCCAGTGCCA CTCCAAAAAA TGACAGCAAC TTTTGCCACA 2160 AACTCCTCCT CGGGAACGTC ACGCAgTGGG TGcACTCGCA AAATAGTGCA GCCACGACAC 2220 GCGCACCCTG CCCGCGCAAG GGTAGGGGAA AGCTCTGTTG CTGTCAACCG CAGCCACAGC 2280 AGGATCCGgT GCCACCCTGG ACACCGGTAG ACTTGACGGG CCGACATTTT CCGGTACACT 2340 GGGGCCTGCG CGCCAACTTA GCTCACCTGG CAGAGCAGCA CCCTCGTAAC GTGCAGGTAC 2400 CCGGTTCGAG CCCGGGAGTT GGCTTTCTGT TTGGCGTAtT CCGCGCTGTG GGCCGGTAGG 2460 TGAGTCTTGG AAGAGGTGGG GGGGsGCGGg AACGGCGTGC TGTCCTGTTC CTACGCGTTT 2520 TTCCTCACTT CGGGTGGGGT GTTTTCCCTT TGAAGAACTG GGCAAACGGC TGkTATCGCG 2580 CGAAATCCTG TCCCGGCGCG GGGGATGTGC CCCGTGTCTT TGCGCGCTCA GGGGAGGTTT 2640 TCCCTTCAGG AGCCCGGGGA CGGGGTGCTC TCCGTGAAGG TGTCGCCGTG TGATCCGCAG 2700 gTGCACGCTG CTCCTGCCTG AGACTGAGGG AAATACGTCT CCTTGCCTCG TCAAGCCCGA 2760 TGATGGTGCA GGTGTACACG TCACCTACCT TCACTTTTTT GAGGGGGTTG GAAACAAAGT 2820 GGTCGCTCAT CTGCGACACG TGCAGAAGCG CCGTTTCCTT TATTCCAATG TCCACAAAGG 2880 CCCCAAAGTC CACCACGTTT TTTACCTTTC CCTGTACGGT TGCCCCCACT TTTAAATCTG 2940 CAAAGGATAT CAGACCTTGG CGCAGCACCG GTTTTGGATA ATCCTCGCGC GGGTCACGAT 3000 TAGGTTTTTG CAGCTCTGTA ATGATATCTT CGACGGTTCG ATCACTGACT GCGCATTGCG 3060 ACTGCACCTG TGCCTTTTGc GCTGCGCTCA CTGTACCGCC TGCGCGCAGT ATATCAAAAA 3120 TTATCTTTCC CGTTGCATAG TTTTCTGGGT GCACCCACGA GTTGTCCAGC GGGTTTGTGC 3180 TTTCGGGGAT TTTTAAAAAT CCTGCACATT GCTCAAAGGT TTTTTGTCCC ATACCACTGA 3240 CTGTTTTCAG TTGTTCGCGG CTAGTGAATA TGCCGTAGtG GCACGATGGT GCACGATCCT 3300 TTTTGCCAAC GCGCTATTAA CGCCAGATAC GTGCTTTAAG AGAGATACGC TAGCCGTATT 3360 GAGATTAACT CCTACGCTAT TGACTACAGC ATCTACTACC GCGTGGAGCT CCTCAGATAG 3420 CTTTTTTTGA TTAACATCGT GCTGATAGAG TCCCACCCCA ATGGATTTCG GATCAATTTT 3480 TACCAGCTCT GCTAGAGGGT CTTGCAGCCT GCGTCCAATG GAGATTGCAC CACGGATGGT 3540 CAGATCTAAG TCAGGGAACT CCTCTCGCGC AATATCTCCT GCTGAGTATA CGGAAGCTCC 3600 GTCTTCCTCT ACCACGGTGA ATGCAACGGC AGAGTGTGTT TCGCTAATTA TGGAGGCGAT 3660 AAGCTCCTGC ACTGCATGGG AGCCGGTGCC GTTCCCAACG GCTACGAGCT GAATGCGGTA 3720 gCGATCAAGC GCCTGCGTCA AAGCGGCGCG TGCATGGTCC GTGTTGTGCG GATATATGAC 3780 AAAGGAGCCG AGATATTGGC CCGTTTCATC CAGTGCCGCA CACTTAGTCC CTGTGCGGAT 3840 GCCAGGGTCT ATGCCGAGCA CGCGCGTGCC CTTGACCGGC TGGGTCATGA GCAGATTCGT 3900 AAGATTTTCA CTAAAAACGT TGATACCGTG TTGCTCTGCC GAAGCGGTAA GGTCTGCGCG 3960 TATCTCCCGC AGGACGGCAG GACTGAGCAG GCGCACCACG CCATCTGTAA TGGCATCGCG 4020 ATGATACCTG TTGTTGGGGT GCACCGCCTC TTGAACCTGC TCGACAGCGG CGTCTAAATC 4080 GACGGTGATT TTTACGTCAA GGATTCCCTC ACGCTCCCCC CGATTGATGG CTAACACGCG 4140 GTGCGCCTTG ATGTCGCGCA CTGCCTCTGC GTAATCCCAA TACATTTGkT AGACGGACGT 4200 GtGgCAGCGT GCGCGTcCCC GATTCCGGTA GCCGTAACGA CGCCTGCAGA AAGGTAAAAG 4260 GACTTCAGTG CGGCACGAtT GGCGTTGCAG TGTGCGGTCT CtCTGCGAGG ATATCGCAGG 4320 CGCCTGCGAT GGCGTCTTGA GCGCTGGAGA CGGCACGATC AGAATCTGCa GCAGGAGCGA 4380 cGAgCGCTGC GGCAGCGCGC TCGATTTCTG CCTGCGTGGC GCACTGCGTT TCTATCAAAC 4440 GCGCAAgCGG CTCGAGTCCT TTTTCGATCG CCTGCATGCC GCGTGTCTTT TTCTTTTTTT 4500 TGAACGGAGC CCAGAGGTCC TCGAGTGCTG CAAGGGTAGG AGCGCTCCTG AGGTGCTCGT 4560 AGAGCGTgGG GGTGAGCATG CCTTCTTTGA AGACGGCGCG TATAATCTCG AGTCTGCGTG 4620 TTTCGCGTGC AAGGTGGGTG TGGAAGAGGC GTTCGCAGTC GCGGATGAGC ACCTCATCGA 4680 GGCAGTGATG CGCTTCCTTC CGGTAGCGCG CAATGAAAGG AACCGTGCAG CCTTCTTTGA 4740 GGAGGGAACG CACGGCAGTA ACCTGCGCGG TGCGGATGTG CAGTTCGCgc GcTACGCGTT 4800 CTGCGAGCTC GTCCTCTTGC ACGCTGAGTG CGTCCACAAA GTCCTGGTCT AAAGTCATGA 4860 GGGGGAGTGT AACGCGTTTG GCTCTTTTTA GAGAAGCGCC GGCCTGCAAC CGGCTCCGGC 4920 GCGGACCCTG GCGTGGCACC GGCCAGAGAA GGGCGAGTGG AGAATAGGGG AGTCGAACCC 4980 CTGACCTCTT GATTGCGAAC CAAACGCTCT ACCAGCTGAG CTAATTCCCC AGGACTGCTG 5040 GCTCCAGCTA TACACCAAAT ATGCGCGTCC TGCAAGGGTG TTTcCTGCGG GTGTGATGCC 5100 CCTCGTGCAC CCTGTTCCCT GGCGCACTGC GGCGCGGTGT AGCGCTCTAG GCGCGTCGGG 5160 GGGTGTTGTA GAATAGGCCG CATGAGCTAT TCGTGGAAAG TGCGCGCGCT GTGcTGCGCA 5220 GGACTGTGTG TAGGTGCGGG GCTTCGTGCC CAGGAGGGCA GCGGAATTCG CGTGCGCGGT 5280 ATGCCGGAAC ACGCGCAGGT GACCGTAAAC GGATATCTGT GCGCAACACC AGAGGAAATG 5340 GTGCTCACCC CTGGTGAGTG TGAGGTAACC GTCTGTGCCT TTGGA ATAC CAAAAAGACG 5400 CTCCAGGTAG TGGTTGAGGA AgGCTCGTTC ACGGTGGTGG ATGGCCGTCT GGATACGGCG 5460 CGTTTGGAGC TCACGGATGT GACTGCGCAG AGGGCGCACT TTAATCCGCG GGATCCGGCG 5520 GgACTGAACA CGGAgTACGT CACgTTCCGG GTGACAAAAT CTGCAAAgTG TACGGTAACG 5580 gTAAAGGATG CCGAAGGAAA GGTGGTGTGC GAGGAGCCGG TGGAGTTAGT TGAGCTGGGG 5640 TTGAACGTGG GGGGAATATT CGGGGGCAGT AATAAGAACA GCGAGGATGT TAGCGTTAGC 5700 GCAAAGGTAG CGTTCGAAGG GAACGTTACG AGCGACCCGG CTATGGGCCA GCTCTATGCC 5760 TCAGCGCTGT GTTTGTACCG CATCGTGCAC AACAACGATA GCAGCGGCGC AAACAAGTGC 5820 TTCATGCGGA AGGGTTTGAC GTTTGCGACC ACCTGTGCGT ACGGCATTAA GGGATTCACC 5880 GTCGCGCTCT CCGGAGAACT GGGTGCCAGT TCAGAGACGG GGATAAAAAA GCCGGACTTC 5940 TCAACCGATG TCGGCCTGTC GCTCAAGTAC CAAAACAAAA TATGCTCCAT TGCCACGTAC 6000 AGCAAGTGCG GAACCACCAC GGGGAGCAAT AGTGACGGAG CGAACAGTGT GGCGGGTGTG 6060 TCcGGTTATG CGTGCTGCCT GCAAGTCTCG TGATGGGCTT GGAGAACAAT ACGCTTCAAA 6120 GGTAACTCTT ACGAGGGCTG GGnAnTACGC GCTTCCATTG GGTACGTTAT CAACACGAAG 6180 CTGAGAGTCG GGCGACCATA GCGGGGCAGG GTACCAGCCT GCTGCGATCG CGCGGGCAAG 6240 TGCCGCCGTC AnCGTGCGCG GTCTGCGGGT ACGTCATACC AAACCAGCGC GCGCTGCTGG 6300 GGTAGCAGCG CACCGTTCCT TTTCCCTGTG CAATGAGGCT GTTTACCGCC GCGGGCAAAA 6360 GGTATTCCCG CTCGTGCTGC GGCGCGcGcs CTtCTTGCAC GAATGTCTGC CAGCACGCTG 6420 CGAGGTGTTC GAACACGCGC GGAtGAAGCC AAAAAAGTTC ATAGACGCTA CTTCCTGCCC 6480 GGTGAGTGTG CAGGGCGCGC GTGCCGCTGT GGCGGGcAGT CTTCCGCGCG CTGTGnGrTA 6540 ATGACCCGTC TGcCGCCGTG CGCGTGCCAG CCGATGTGCG TGTGTTCGTG TATGGCACGC 6600 ACCAGGCGTC CTGCGGCGGG GACTGCGGGG GTGGGGGGAG AGACTGCGGC GTCAcGTcCG 6660 CAAAGGTGCA GATACCGCGC GAAACGCCAC CGGTTTCGCT GAGCgTGTGC ACAAGGGGgT 6720 AGCCGACCAT GGCGTGGCGT GTCGAGTCCA GCCCCTGCGC GGCAAGGTGC GCGGCAAGcg 6780 TTTTGTAcgC GTCGcnTCCG TAGTAGTCAT CAGCGTTGAT AACCGCAAAC GGTGCAGTCA 6840 GCTGTGTGCG TGCGCAagCA AGCGCGTGGC CCGTnCCCCC ACGGCGTGCG CGCGACAGGA 6900 TGCGnCAGAG CGGCGCCGTG TGC 6923 (2) INFORMATION FOR SEQ ID NO: 117: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 6986 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 117: ATACCTTACA ACCAATCTCC ACAAAAGACG GATATACGCG CGCGAGATCG TCAAGCTCGG 60 TGGGGCACAC AAAGgTGAAG TCGGCCGGGT AAAaCmTAAA CACCGCCCAr cTACCCTTAA 120 TGGATGCGTT AGAGACCTCC GTAAACTTCC CCCCGACATA CGCAGGamGc TTAAAGTCTA 180 TAACCCTCTT GCCTATGAGA CTCTCCaTAG cAACCTCCCA AACGTTCGCA CTCTAGCGCA 240 AACTATAGGA AACAAACGGG GAAAAGTAAA GTCTTTCACA CGTATCCCCC GGGTCACCAC 300 ACCATCACGC AGTACGTTCA GAAACAAGGC GAACGCTGGC TTTTTCCTCT TGTGTAACTA 360 CCTTCTTCGT AATGCATAGC TCCTTTTTCC CTTTCAGAGA CGGTGCCTCA AACATAGCAT 420 CAAGCATTAA TCTTTCCACA ATAGAGCGCA AACCCCGCGC CCCCGTTTTT TGATCAATTG 480 CCTGCTGAGC TATTGCGTCC AAAGCGTCCT CATCAAAGAC aAGACGCACG kCATCCAACG 540 CGAATAACGC TTCAAACTGA CGGACAATAG CATTTCGCGG TCGTACCAAG ATATTGCGCA 600 GATCCTCTTT AGAAAGAGCA TCCAAGGCGA CCGTCACCGG CAGACGGCCG ATAATCTCTG 6-60 GGATTAATCC AAATTTCACC AAATCATCCG GAATGACGTC CTCGTGCATC AGTTGCAGAC 720 CTCGCTCCTT TACCGTTTTT ACATCTGCTC CAAAGCCAAC CGGATTCTTA CACAcTCTCG 780 TACcGACAAT ACCATCTAAC CCAACGAACG cACCACCACA GATGAACAAA ATGTTCGATG 840 TATCCACCCT GAGCATGTCt TGGTTTGGAT GmTTGCGACC CCCtGCGGAG GCACcGATGC 900 TATCGTTCCC TCAaTTATTT TCAAAAGCGC cTGCTGAACC CtTCACCCGA CACATCACGC 960 GTAATAGACA CGTTCTCGCT CTTACGCGAA ATCTTATCGA TTTCATCAAT GAAGATAATC 1020 CCCCGTTCTG CGAGGGCAAC ATCTCCGTTC GCATTCTGAA CGAGCTTTAA TAAGATATTC 1080 TCTACGTCCT CACCCACATA ACCGGCCTCG GTGAGCGTAG TAGCATCTGc tATCGCAAAG 1140 GGGACCTTCA TTTTCTGAGA AAGTGTCTTA GCCAACAGCG TTTTGCCTGA ACCTGTCGGC 1200 CCAATAAGCA GCACGTTAGA TTTTTCAATC AATACCGAAT CAATATCCAA AGACCTACCT 1260 GCCACCCGTT TGTAGTGGTT GTACACCGCA ACCGATAGCA CCCGCTTGGC CAAATCCTGC 1320 CCAATAACGT ACTGATCAAG GTAAGCTTTC AACTCTAAAG GAGTTGGAAT CTCCTCTTTG 1380 GTCATGAGCG CAAGTGCCGA CGGCTTGCGA TCACGCAAGT ATTCTGCACA CCGCTCCACA 1440 CAATAATTGC AAATAGAAAC CCCATGACCG GTCACAATCC GGCGTCGCTC ATCTTCTTTT 1500 TTTCCACAGA AAGAGCAGCC CAATACCAGA TCCCCCTTAG ACCTGAGCAT GCTTTCTCCT 1560 CTTCATTACC GTATCTACGA TACCATACGA ACACGCCTGC TCCGCGGAAA GGAAGAAATC 1620 TCGCTCCATA TCCTCCCGCA CCTGCTCCTC TGACTGCCCA GTGTGCAAcG CGAAATACGC 1680 AATCGTCAGC GTCTTTAGGC GCAGGATCTC CTGCGCCTgG GATGCACACA TCACTTGCCT 1740 GCCCCTGTAC GCCACCCCAC GGTTGATGGA TCATCACCCG AGAAGACGGA AGCGCAAAAC 1800 GCTTGCCAGG CGCACCTCCT GCCAGTAACA CTGCTGCCAT ACTCGAAGCC TGTCCTAAGC 1860 AAATGGTCTG CACCTCAGGG CAAATGTGCT GCATCGTATC GTACACTGCA AGCCCTGcAG 1920 TAACCGCCCC GCCAGGACTA TTAATGTACA GGCTGATATC CTTATCTGGA TTCTGAGACT 1980 CTAGAAAAAG TAAcTGCGCT ACAACTAAAT CCGCCACCGC GTCAGTGATC TCCCCGTCTA 2040 CGAAAATAAT ACGGTCCTTC AACAAGCGGG AAAAAATGTC ATAGctCCGC TCTCCACCCC 2100 CCGACTGTTC AATCACGTAG GGAACCAGAT TATGCATACG TTCACGCACG GGACTGCTCC 2160 TGAAGAAAGT CAGTCAAAGA CTGCTCCGGC CCACACTCAG TCACACATCG TCCGAGCAAT 2220 TTCTGGCACA GCTTCCGTTC TCGTATTCCT TCACACAGCG CACGCCGTTT TTCCTCCCCT 2280 GCATAATACT CGCGTACCCG CTCCTCTTTG GAACCTGTTT TGGACGCAAT GCGTACGTAC 2340 TCCGTCTCAA TTTCCTCAGC AGAAACAGAC ACCTGCTCCT GCTTAAGAAG GAGCTCAACA 2400 ATCACACGCT GCTTCAGGTG CTCTTCCACC TCCGGACGCC ACTGCTGAAA AAACTGCAGC 2460 TTATTCTGCG GGGTGCCCGA CAGGCTCACC CCAAACTGAC GCATCACCAA CGCCCAACGA 2520 GACTCCATCT CCCCCACAAC CAAAGATTCC GGCAGAGAAA AAGGATTCTC CCGCACCAAT 2580 ATACGCAACA GCTGCCGCCT CTTATACTCG TGCAGCGCTG CCTCCAAcGC TTCCGCGAGG 2640 TTTTGCCGCa aCTCCGTGTC AGATCGTCAA GTGTGCGAAA AGCATCGCTC ACATCTTGCG 2700 CAAGcTCATC ATCAAGACTC GGCAACTGAC GCTGCTTGAG CGCCTTAAGC GTTACCCTCA 2760 CCTGAGCGGC TTCGTCCTTC AGCATACCGG CCCTTTTAGC AAAGAGACAC CGCTGTCCTA 2820 ATTTCATACC CAATATATCT TGCCCAAGCG CAAAGGGACC TTCCTCCACC CCAAGCGTAA 2880 AGACAACGCC GGCGCGCTCA GTACCCGGAC GAACGGCACC TGAATCGTCA ACCTCGTGAT 2940 AATCGACGGT GGCAATGTCC CCTACCTCTG CACACGAATC TGCACCCTTA TCAGTAACCA 3000 GCGCATTGCG CTCCTGAATA CGCGTTAACT CTCGAGAGAC GTCCTCTTCT GTGACCGACA 3060 CAGTGGGCAC GGACAGCGAA AAGCCCGATG TGTTGCGTAG TTcAACGGAA GGAAATACGT 3120 CGTATATGAC AGCAAAaGAG AAaTCCTCGT CAGGATCGAA CACTGGCTTT TTCTTAAGCG 3180 AAGGACGGGA GATAGGAAGA GGCTGACTGT CCTGCGACGC CTGGGCAAAC CCCTCCTCCA 3240 GAGCTTTTTC CATGAGGGCC GCCGCTGCAT CTTGCCGAAT AGCACTTCCA TACTTCCGCT 3300 CAAGCACTGC AAGAGGAACT TTCCCCTTGC GGAAACCAGG AAGCCGCGCA CGCTCAAGAT 3360 ATTCCTCAAC AAAACGCTGA TAATGcCGct GCGCATCCTC GCGCGCGACG ACCACCTCTA 3420 GCTCAACCTG AGATTGTGCA AGCGCGGTGA ATTTTTTTTG AAGTTCCACA AGCCCAGATC 3480 CTTAGGAAGA AATACCTACG TCCGCAACGC cTCGCACGGT CCAAGCAGGa TGCAGCAAaG 3540 CGCTGaAAAA GCGGGAAACG GGGATCGAAC CCGCGaCTTC CACtTGGCAA GGTGGCGCTC 3600 TACCACTGAG CTATTCCCGc ACAGGCGCCt GCGAGAGGAG GGACTTGAAC CCTCATGCCA 3660 GAGGCACTAG ATCCTAAGTC TAGCGTGTCT GCCGATTCCA CCACTCTCGC ACGGAAGAsA 3720 TsCGGCAAGC AAAAACTCGC CCAACAGGAT GCAGACACCC AACCGCCCCT GAGCCATGcA 3780 GGCTTCGAAC CTGCGACCCA CAGATTAAGA GTCTGTTGCT CTACCAACTG AGCTAATGGC 3840 CCGTCCTCCG ACACCCTCCC CCCAGGATCA CATATCATGC AAAAAGGATC AAGATGAATC 3900 GTATCGTCGC GTCCCACGCA CCTCCTCTTT TCGCTCAACA TTTCCTTCAA TCAGTCCAAA 3960 CCTCTAGGAA GATATCCAAG TCGCCGAACA CAACAGGGGC GTAGTAGGGG ATTGACTGTG 4020 CAGTCACTGG GTCCGTCGGG TTCACCCTAC AAGGAACACT CCGTTTGCCG TACTCGTTCC 4080 GCATAGGCCC TGTCTTTAGG TATAAACTCC CTGCCCCATA CGCCGGCACC CCTTTTTTGC 4140 AGGAACGGTT TCCTAAACGA GCTATCCGTG CTACCCTGGC AGCCGACCAG GGAGGGCGCG 4200 TATGGATCAG CATACACGTA CACGCGATCT TGTTTCTGCA TTTTTTGGGC GCTTTCACTT 4260 TGATGTCCAG GGACCTTCCG TCCGCACGGT TGTCGACGTG TTGCGCGCAG ATATGGTGCG 4320 CGGCTTAGAG GAAGAGGCGC AGCTTCCTCC CCGTATGGGG AGTGCACTTG CGATGATTCC 4380 CACTTGGGTG GCGCCCCCCC GTGTATCCCC CTGCAACCGA CGCGTGATAG TTATCGACGC 4440 TGGAGGAACC AACTTTCGCT CGTGCCTCGT ACGCTTCGGC GACAGTGGCA CACCTCACAT 4500 CGAGAATTTA GAAAAACGTC CCATGCCCGG TACCACCCGT GAGTACTCAA GGACAGAGTT 4560 TTTTGGAGAA ATTGCAGACA ACCTGGCACG TCTGAAAGGT GCAGCGGACT GCATTGGCTT 4620 TTGTTTCTCT TACCCTATTC GTATCAGACt GACGGTGACG GTGAGGTTAT TCAGTTTGCG 4680 AAGGAAATCA AAGCTGCTGA GGTCATCGGC ACGTGTGTCG GTGCTGGTTT GACAGAAGCG 4740 CTAAGTGCTC GGAACTGGCC TGAACTCCGT TCTCTCAAAA TGCTCAATGA CGCAACGAGT 4800 GCGCTGCTTG CAGgTTTTTT TGCGGCACCA GAGGGGTGTT CGTTCAGTTC ATACGTAGgT 4860 TTTATTCTTG GCACTGGAAT GAATTCTGCG TATCTGGAGC CAGACCCTAT TCCTAAAATT 4920 CCTGCGCATC ACACACCTCA GGTGGTAGTG TGCGAATCGG GAAAAAGCAA CAAAGTACCG 4980 CGCAGTGTCT TTGACGAATT ATTCACTCAA ACTACTGCCG AGCCGGATAT TGCACACCTA 5040 GAGAAGATGT CCTCGGGCAC CTACCTCGGT CCCCTTGCTT CCGTTGTCGT GCGGCTTGCG 5100 GCACAAGAAG GTCTTTTCTC ACACGCAGTA CACGCTGcAC TCAGTACGGT TTCCTTTACA 5160 CTCGTGGATA TGGATCGTTT TTTATTTGCT CCCTCTGTGT CCACCACCAC GTTGGGCGCG 5220 TTGCTCGCAC CGGGCACCGA CACAGACCGA GAGATTCTCT TTCTTTTGCT CGATGCGGTA 5280 kTTGCACGTG CAGCACGCAT CGCTGCGGGA GTAATCGCCG CCTCAGTATT AAAAAGCGGT 5340 GCTGGGTATG ATCCGCTTCG TCCCGTGTGC GTGCTCGCAG AAGGCACCAC GTTCCAACGC 5400 ACCTACCGCC TACGCACCCG GGTTACTTCC CACCTGCAAG CCTTTTTGAC TGAGGAGCGC 5460 GGTGTGTATT TCGATATCAT TTCACTTGAA AACGCCGTAA CGCTCGGCTC TGCACTCGGA 5520 GGACTCAGTT CGTAGGCATA TGCCTAAACG GACTGATGAT CCTGTGAGAG ATAGCGCCGT 5580 GCAGTGCTTC CTGTCATCTT CTCGTCGGCC GCGTGTGGCT GAGCGGCCGT GCTCGCCTTC 5640 TGGTGCGAAC GCGCTCTCCC TGTCTCTAGG GGAGTAACTT CCACGCCGAG TGTATCTTCT 5700 CAATCTTGTA CACGAGTAGT GCCTTCCCTC CATGGTTCAT GATTACATCC ACTCGGGTCG 5760 GGCTCTCGAA GACAATGGAG TCCACCCGCA CGTTTTGCCG CGACGGCACG AACACGTGTA 5820 TAAAATAATC GCGTAGtGCC GCAAACGAAC ACCCTTCTTT GGCAGGGCGT CCGAGCTCTG 5880 CTGCAATATG TCAGGCATTG AGTACGCGCG CCGATATGCG TCGGAAAGAT ACACAAGCCA 5940 CTTGTGATAG TCACGTTCGG CAGTGATACG ATTCAAATGC GCCACCACAT CTTGCAATTC 6000 TGCCTTTGTA CGCTCATAGT CTGAGCGCGT GATGCGCACG GTGCCGAAGT GGCGACAACG 6060 CCCGCACGCT CCTGCGGACT GTGAACATTC ACCTTTCCAT CGTTCTGCAC CCACTTCTGG 6120 ACGCGGGGCT GTGTGCATGA AACACTGCCC CACAATACAC TTCCGATTAA GTAGCATACT 6180 TTTCCTCTTG CAAATGCGCT CCTCACTACA CGCCCACCAG CGTACACAGA GTAGGATCGT 6240 TGAAGAGCTT TGCGTACCCC TGTGCCGACA AGCCCAACTT ATCCTCCAGG TACGGATTTG 6300 CACCATGATC CATCAATAGC CGAATTAATA CATGATCTTT CCTACCCACT GCCAACACCA 6360 GCGCCGTTTG ACCATTTGAA CCTCGCACGT TTGGATCTGC TCCTGCATGC AAGAGCAGAC 6420 GCGCAACAGT TCGGTTCCCA ATTTGAGCTG CTTCCATCAG CGCAGAATAC GCGCGATCGT 6480 CAGATAACTG ATCTACTGGc gCACCGCGCG CAATAAGTTG CGCTGCCATC TCATCCTGAC 6540 CCTCCCGCAC TGCCAAAGAC AACACAGsGT ACCGCGTGCG TCTTTCAACG CAGCGCTAAA 6600 TCCTGCATCC AAAAAGAGAT TGACAATATC AATATTCCCA TCCATGACTG TCGCGATGAA 6660 ATTTTCTTCA AAACATGGAT AACCGCGCTC TAACAGCGCA GTGCGTGCGA CACGCTTCTT 6720 TTTCTGCCTT ACAAATCTcT CGTGCTCGAC ACGAAAGAAA TCCTcAAACG TCTCCTCCTC 6780 AAGTAAAAAG ACCAAGTCGC GAAATACATG GATATCCCTG ACCTCCGTTG TTGTAGCCAA 6840 GAGCAGCACG TGCATACCAC GCCCACAAGC AACTCCAGAA AAGAGnATAA AAGCCGGATC 6900 GCGCATGGGC TCATGCGGTA CAAAAAAAAC ACATGCGTTG CATCCTGTAC CAACGCCAAA 6960 GGGTAACTGG CACGGTGGAT GTGGTC 6986 (2) INFORMATION FOR SEQ ID NO: 118: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1323 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 118: ACTGTCTGCC ACGCTACACA CACTCACACA TCAGTATCTT AAATACGAAG AGTGTTCAAA 60 ACAGCTTGCA CAAAAGACGC AAGAAAGCGC AAAGCTTATA ACTCTTTCAG ATGAACTGAA 120 TGGGATAAAC CAAAAAAAAA TACAATTTGA CGCATGGGCA CTCATTTCTT TTCTGCACGA 180 AATTACTGCC TACGCAAACA TACGTTTGCA AAAAATGAGT GAAGGACGTT ACCATCTGAG 240 GGTAGCTGAC TCGCACGTCA ATGCACGAGG ATATCAAGGA CTTGCGCTGC TCGTTGCAGA 300 TGCGTACACT GGGAGCGTGC GCCtTCGGCA ACACTTTCAG GAGGCGAAAC CTTTATGGCC 360 TCTATCAGTC TTGCACTTGG TCTTGCAGAT TCTATCCAAA CCCGATCGGG AGGTATTGTG 420 CTTGACTCGC TGTTCATAGA TGAAGGATTT GGAAGTTTGG ATGAGGCAAG TTTAGATAAG 480 GCAATTGGCA TCTTAGATGA AATCAGAGAG GGAAGTCGCA TGATAGGCAT CATTTCTCAT 540 GTTCATGAAT TGCGCACGCG CATCCCTCAC AAAATTCTGA TAAAAAAAAC AAACGCAGGA 600 TCACACGTAA TGCAGGGGGA TGCAGAATGA AAACGAGCGC GCTCTTTCTT GATTTTTACG 660 AATTGACTAT GGCGCAGGGA TACTTTTTTC ACAAGCCGCA CGAGTGTGCG tGTTTGAAGT 720 ATTCTTTCGT AAACACCCCT TCGCGGGAGG GTACTCCATT TTTGCAGGAC TCGATCCGCT 780 CCTGACGGCA ATAGAGCAGT TCCGCTTCAG TGGAGAAGAT ATCGATTATT TGCGCACCTT 840 GCACTTATTT CATGATGACT TTTTGTCTTA CCTTGCTTCC TTCCGCTTTT CAGGAGATAT 900 ACACGCGCTA GAAGAAGGTT CAGTAATATT TCCTCACGAA CCGATCATCC GCGTGCACGC 960 GCGCTTGGTT GAAGCACTTC TGCTTGAAGG ATTGATACTC AACACCATTA ATTTCCAAAG 1020. CCTCATCGCA ACAAAGACTG CACGGATGTG GCGCGCGTCA GGTGAAGGTG TTCTTATGGA 1080 GTTTGGCCTC AGAAGAGCAC AGGGCTATGA CGGCGCGTTG AGCgCCACaC GCGCTGcTGC 1140 AATAGGTGGC GCAACAGGGA CAAGCAATAC ACTTGCTGCA AAGCTcTACG GTATTCGGCC 1200 AATGGGAACT ATGGcGCACG CgTGGGTGAT GTCTTTtGAC AGTGAAGAAG AGGcCTTCGA 1260 ACGCTATGCT GCACTCTATG GAAGCGCGTC CGTATTCCTC ATCGATACGT ACCATACCCT 1320 GGG 1323 (2) INFORMATION FOR SEQ ID NO: 119: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3076 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 119: TACTnCTACT TCCATCCCCT CCAGAACTCC TCCCgGATAT TCCtTCATCA GTACATGGAA 60 TGCTCCCCTA CCGCCTTGCA CCAAAAATGC AAGACCCGTA GCTTCGGTAT ACCGCTTAGC 120 CCCGATACAT TATCTGCGCA TGCGTACTCG ACCAGTGAGC TATTACGCAC TCTTTCAaGG 180 AATGGCTGCT TCTAAGCCaA CCTCCTGGCT GTCCAGGTAC CCACACTTCA TTTCACACTC 240 AAGCGGTATT TCGGGACCTT AGCTGACGGT CTGGGCTGTT TCCCTCTCGA CTACGAACCT 300 TGTCGCACGC AGTCTCACTC CCACACGTTG ACTGCCGGCA TTCAGAGTTT GATTGGGTTT 360 GGTAGGCGAT GAAACCCCCT AGCCCATCCA GTGCTTTACC TCCGACAGTT TTGTATAAGG 420 CTGTCCCTAA AGGCATTTCG GGGAGAACCA GCTATCTCCA GGTTTGTTTA GCCTTTCACT 480 CCTAGTCACA AGTCATCCAT ACCTTTTTTA ACAGATTATA GTTCGGTCCT CCACAAGGCT 540 TCACCCCTGT TTCAACCTGC TCATAACTAG ATCACCCTGG CTTCGGGTCT ACGACGTACA 600 ACTCACCACG CCCTTTTAAG ACTCGGTTTC CCTCCGGCTC CAGGACTCCT ATCCCTTAAC 660 CTTGCTGCAC ACCGTAACTC GCAGGCTCAT TCTACAAAAG GCACGCTACC ACCCTCACAG 720 GCTGTAACAT CTTGTTGGTT TACGGTTTCA GGTTCTATTT CACTCCCCTC ACCGGGGTTC 780 TTTTCATCTT TCCCTCACGG TACTTGTCCA CTATCGGTAG TTGTCGAGTA TTTAGCCTTA 840 GATCGTGGTC GACCCAGATT CCGACAGGAT TCCTCGTGTC CCGCCGTACT CAGGTACCGC 900 ACCAGCAGGT CCGCCCCATT CCGCATACGG GGATTTCACC CTCTCTGTCA GGCTTTCCCA 960 AAACCTTTCT GCTATAGGCC GGATTATTTC ACCCACCGAA CGCAAGCCCG CGCGGCCCTA 1020 CAACCCCTGT TAGACACAGG TTTAGGCTCC TCCAATTTCG CTCGCCACTA CTTTCGGAAT 1080 CTCTCTTGAT TTCTTTTCCC AAGTTACTTA GATGGTTCAG TTCACCCAGT TTCGCCTTAC 1140 CCTCCCTATT CATTCAGGAA GGCAATGACA AGGCTTTACC TGTCGGGTTA CCCCATTCGG 1200 TCATCCCCGG ATCACAGGAC ATGTGCTCCT CCCCGAGGCT TTTCGCAGCT TATCACGACC 1260 TTCATCGCCT GACAACTCCA AGACATCCAC CGTAAACCAC TATTCGCTTG ACCATATTAT 1320 CCATCCCTTC TCAACTTCAC ACCCCACCCT AATACTCTCA AAAATCACCT ACCACCTACT 1380 CCTTACCCCA TAAACAAAAC AAaGGGACAT AAaGAATAAT AGTGGGCTTT CCCTGGAGAT 1440 AgGGGACTCG AACCCCTGAC tACGACCTGC AAAGCCGTCG CTCTAGCCAG TTGAGCTATA 1500 CCCCCTTTTC AAAAGGGAAG GGGAGAGACT GCCGTGCAGG AGCAGAAAAA CCtTaAGtGG 1560 CTTCCGCCAC ACGnCGAACA CGGCACCATG CCATGCCCAT ACCCTTTcTC TTAGAAAGGA 1620 GGTGmyCCAG CCGCACCTTC CGGTACGGCT ACCTTGTTAC GACTTCACCC TCCTTACCAA 1680 ACATACtTCG GCACCGCCCT CCtTGCGGGT TAGGCTAGTG ACTTCGGGTA TCTCCAACTC 1740 GGATGGTGTG ACGGGCGGTG TGTACAAGGC CCGGGAACAC ATTCACCGCA CCATGCTGAT 1800 GTGCGATTAC TAGCGATTCC AACTTCATGA AGTCGAGTTT CAGACTTCAA TCCGGACTAC 1860 GATTGCCTTT TTGCGGTTTG CTCCACTTCA CAACCTCGCA TCGCTCTGTA GCAACCATTG 1920 TAGCACGTGT GTAGCCCCGG ACATAAGGGC CATGATGACT TGACGTCATC CCCACCTTCC 1980 TCCGGTTTGT CACCGGCAGT TCCGCCAGAG TCCCCAACAC CACTTGCTGG CAACTGGCAG 2040 TAGGGGTTGC GCTCGTTGCG GGACTTAACC CAACACcTCA CGGCACGAGC TGACGACAGC 2100 CATGCAGCAC CTGTCAAGAG GCGTATcGct ACGCCACCGC ATTTCTACGG CGCTCCTCTT 2160 GATGTCAAAC CCGGGTAAGG TTCCTCGCGT ATCATCGAAT TAAACCACAT GCTCCACCGC 2220 TTGTGCGGGC CCCCGTCAAT TCCTTTGAGT TTCACTCTTG CGAGCATACT CCCCAGGCGG 2280 TACACTTAAT GCGTTCGCGT CGGCGCCGAG ACTCATGCCC CAACACCTAG TGTACATCGT 2340 TTACTGTGTG GACTACCAGG GTATCTAATC CTGTTCGCTC CCCACACtTC GCACCTCAGC 2400 GTCAATCATC GGCCAGAAAC CCGCtTCGCC ACCGGTGTTC TTCCAAATAT CTACAGATTC 2460 CACCCCTACA CTTGGAATTC CGGTTTCCCC TCCGTGATTC TAGACCAGCA GTACCCAGTG 2520 CAGTTCCCAA GTTGAGCTCG GGGATTTCAC ACCAGGCTTA CCAGTCCGCC TGCATGCCCT 2580 TTACGCCCAA TAATTCCGAA CAACGCTCGC CCCTTACGTG TTACCGCGGC TGCTGGCACG 2640 TAATTAGCCG GGGCTTATTC GCACGACTAC CGTCATCAAA CGGGCATTCC CTCCCGTCCT 2700 CATTCTTCGT CGGCAAAAGA ACTTTACAAT CTTTCGACCT TCtCATCCAC GCGGTGTCGC 2760 TCCGTTCAGC TTTCGCCCAT TGCGGAATAT TCTTAGCTGC TGCCTCCCGT AGGAGTCTGG 2820 GCCGTATCTC AGTCCCAGTG TGTCCGGTCA CCCTCTCAGG TCGGATACCC ATCGACGCCT 2880 TGGTAGGCCA TTACCCCACC AACAAGCTAA TGGGTCGCAG GCTCATnTCT GAGCGAGGCC 2940 GCAGCCCCTT TCCTCTCAAA GACTACGTCC AAAAGAGCGT ATTCGGTATT ACCCCCTATT 3000 TCTAGAGGCT ATCCCCATCT CAAAGGCAGA TTACCCACGC GTTACTCACC AGTCCGCCAC 3060 TCTAGAGAAA ACGAAA 3076 (2) INFORMATION FOR SEQ ID NO: 120: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1091 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 120: CnGATGTGCG TAAACGCCTG GAGACGCTCA AGAACACGCA ACGTCAAAAG GGCAGAACGC 60 CGCGCCGCAC GgTCGAAAAC TCTTTATAAC TCATAGAGAC ATCCTGCTCA GCACCCGCAC 120 CGTCGGATAT ACAGCGTATA ATAACAAAGG GGACGCCATT AACTGACGCT ACATGCGCAA 180 AGGCTGCCCC CTCCATTTCC ACACCATGCG CACCAAATTC GCGTATAATG CGTGCACGTG 240 TTTGCGCATC TGACACGAAA AGATCCCCTG AGGCGACGCG CCCTTCGACT AAACGAGAAA 300 CGCGAGAAGG CGGATCCCCC GAGCCAGAGA GCGCACAAGC ACCCTCGGTC CACTCCGGAT 360 CCCGTGTGCA GAGATCAAAG GCTTCCCGCA CCAAATACCG CAATGCCGTG TTCGCAGTCC 420 ACTCTACAGA ATCCATGCGC GGAATACGCC CTTTCTGGTA ACCAAAAGCG GTAAcGTCTA 480 CATCATGCTG CACTGCATCG ACAGAAACTA GCACATCAAA AACACACAAG CGCTCATCGA 540 GAGCACCTGC AATTCCTGTA TTGATAAGCA CACGCGCACC AAACTCCGAA ATGAGTAGTT 600 GAGTGCAAAG CGCTGCATTC ACTTTCCCAA CACCGCCGCA CACATACACC ACCTGAAGCG 660 CACCCACCGA CACAACATAG AACGTGAGCC CTGCCCGCTC TGTACCTACT CCCCCGAGAC 720 ACTCACGTAC GCGCGCAACC TCCTCTCCCA GTGCAGCAAA AACGCCGACC GTCACGCACC 780 CTCCCCGTGA AAAACACGAA AACGCGCACT CGCAACCCAG GCACGGAAAA AAGCTGTCCC 840 TTGAAGGTCA GGAAAAAGCC CCGACCACAA GGCACACCGA TAAATGAACG GAATATAGCA 900 GGGAGAGGAC TCGAACCTCC GGCCTCCGGG TTATGAGCCC GACGAGCTGC CAACTGCTCC 960 ACCCTGCGGT GACGCACAGA GCGTACCACG ACTAGAGCCC GAAGTCAAGC CACAAAGCAG 1020 GACGCTCCGC CCCAGCTTGA AGCGGAGCCT TACAATCATA CATACGACCA GAGGATACGA 1080 CACGCAGTTT A 1091 (2) INFORMATION FOR SEQ ID NO : 121: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 19186 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 121: ACGACCTCGC CTGCAAAATC GCTATCCTTT CCCCATCTTT ATAGGTGAAT AGACCCGGCC 60 AGGGAGTAAA GGCCCGAATC TTGCGCTCCA ACACAAcTGC AGGATTAcTC CAGTCCGCCA 120 aTCCCaTCTC CyTACAGAGC TTACCACAAA aTGTTGCCTg CGAgTGaTCC TGtGCTGCAG 180 GGGCGAGCGT GTGCCGCTCA ACACCGACTA AAACATCATC CACAAGATCG GCAGCCACCA 240 AAGACAAACG AGAAAGAAGC GCGCCAGTAG TCTCTGTACC GTCGAGCTGA ACACGGGAtG 300 CGCAAGAATG TCCCCTGCAT CCATCTCCTC ACCAATGTAC TGGAGCGTCA CACCCGTCTC 360 GCAGTCCCCC GCTAAAATCG CCGCAGGGAC CGGTGTACTC CCTCGCCAAC GCGGCAACAA 420 CGAAGGATGA ACGTTAATAG CACCGCGCGG GAAAAGCGCA AGGAACCGAG GGCCAAAAAT 480 CTTACCGTAG GCAAAACACA CCAGCACGTC CGGACGCAAA GCCTCCACCG CGTCATAAAA 540 GGCGCGATCC AAACGCCCCG GAACGAAAAG AGACGCAGAC TCAGGAAGAA CCCCAGACGC 600 TTTTAAGCGA AAAAATTCCC TTGCAACCGc AGAATGGaCA AGCTTcCCCG aGCGTcCGaC 660 AGCAGCAGGA GGATTCGTcA AAACCCCCAC AACCCGaTGA GCGcACGCCA CCCGGCGCAA 720 AGAAGGCACG GcACACTCTG GAGTTCCCGC GAAGAAGACC CTcACCATGG GCTAACGAAT 780 CGTCCCGCGc AGCGCgnCAT ACCGACGAAG GGCATCATCC CTCCGCTTTT CGTCAATGCG 840 ATCCAAAAAA AGAATACCGT CAAGATGATC GTACTCGTGC TGGATCACTC TTGCCAGAAT 900 ACCATCTGCA TCAACGGCAC AACGTTTACC ATTCTCGTCG AGGTACTGCA CACTCACCCG 960 ACGCGGACGC AACACCCTTT CATAAATGTG AGGAATGCTC AAACAGCCTT CCTCGTAGGA 1020 AGATTGCTCT TCAGACGCGG CAGTGATCTG GGGATTGATA AAAGCGCGGA CGTGGTGCTC 1080 AACATCTACT ACAAACACGC GGACGGTACG CCCTACtGCG GCGCCGCAAG CCCCACACCG 1140 CCTGCCCCAC GCATCACACG AAACATACCC GAGATGAACG CGCGCAGCTG CTCGTCCACC 1200 TCCGAAACCG GCTCGGAAAC CGTTGTCAGG CACGGCTCAC CTAAAAACTT AAGCTCCACC 1260 GCCTCTTCCC GCTCTTACCC AAGAGAAACT CATACCCGCC TAGTACAGCC TTGAGTCGCT 1320 GACCTTGCGC CCCTTCTTCA TCAGtTGCGC CGCAACGCCT TCTTCTTGCG ATTCAGAAGC 1380 GTGGAAGGCT TCTCATAAAA TTCTTTTTTC TTCCACTCGC GAATAATACC TTCCTTCTCC 1440 ACCTGGCGCT TGAAGCGCTT AATTGCCTTC TCTAAATTCT CAGAATCATC CACCGTTATG 1500 TGAGCCACCG ACCCTCCCCT GAAAAAAACA CAGCCTACCA GGGGTAGnTA GCGCAAAAGA 1560 CGTCCCCTGT CAATCGTTTC TTCCGAAAGC ACTCCTGCCT CCCCTGCACG CACACCTtAC 1620 GTGTCTTGCT TATGCAACCG CTGACCTTCC TAACGTGCGT CTACTTGTGG TACAGTGCAG 1680 CGCTGTGCGT AGAAGTCAAA ATTGTCCGCA CCGACCTCCT TTCGAGTGCA TCCGTGGGAC 1740 GCTAGCCTAC CCTGCACAGG CGTCCACCCC TCCTGGGAAG AGGCCCGACC TGCCGTGAAC 1800 ATTACCCGAA GCCGCGTTGC GGTCTTTATC TCCTCCCTGA CCGCTGTGCT TCTGCTGCTC 1860 ACCGTTCAGT GCGCGCGGTA TATGCTCATG CGTGGCAACG AGACAAAGGA ACTGAACACA 1920 CTCACTGAAC GCGGCGCGAT CTTGGACCGA AATGGCCGGT TTCTTGCCGT TGGAACCACC 1980 GTCTACAACC TCAGTGTTAA CAAAAATCTT GTCTCAGACC CACGCACTGC AGCCCACGTG 2040 TTAGCACAGG TCCTTGACCT TTCAGAACAA GATATTGAAG AAAAATTCCG CACCGCGCGC 2100 GCTCACTTCT TTTACCTCAA GAAAAAAATG AGTGAAAcGG AAAAGAACCT TGTCGCTCAC 2160 GCTCTTAAGG AGCACTCCCT GAAAgGATTT CGCCTAGAGG CAGTGCGCAA CCGCATCTAT 2220 CCAGAAAGTA GCCTAGCGTC CACGGTCATC GGATACGTAG GTGATGACGG AAGGGGACTG 2280 AGCGGTATCG AGTACACtTG CAGGATGTTC TTTCTCCTGC CCCGTACCAC ACCGGGTATA 2340 CGGGCAAGGG GCATACTGTC ACCCTCTCGA TCGACCGAAC CATCCAGTAC ATGATGGAAA 2400 AAATCGCAGA TACTACGCTC CGGCGTACCC AGGCAGAAGG ACTCATGTTC CTTGCGGTGG 2460 AGGCAAAGAC AGGTCAGATT CTATCCTACG TCAGCAAGCC GTCTGCTAAC CTTTCACACT 2520 TTTCCCAAAG TACCCCTGCC GAACGCTTCG ATCGCCCCGC CCTTTTCATC TATGAGCCTG 2580 GCTCTGTGTT CAAAATTTTT TCCATCGCTG CACTGTTAGA ACTCGGGGTA ACTTACACCC 2640 ACGACACGCT CCACTGCGAC GGTTCCTTCT CCTTTACCTC CCCCTTTTTA AAACCAGGTC 2700 AAAAAGGCCA TCTCATCCGC TGcCTGCGCC CACACGGcAC CATCAGCGcT GaAGATATCA 2760 TCCGGcTTTC GTGTAATGaC GGcATGGcAC AAATTGcTGa ACGTGCCGAC AACCACAGCT 2820 TTGAGCAACT ATTGCGCGCT TTTGGATTTG GCGCGAAAAC AGAAATTGAG TTGCCGGGGG 2880 AAACCGTCGG TCTCTTCTCT CCCTCAGAAC GCTGGTCCCA CCGCAGCAAG CACACCATCG 2940 CAATCGGCCA GGAAATTGGC GTCTCTGCCT TGCAGtTGTG GCTGCCGcTA CCGCGCTCGC 3000 CAACGAGGGC GTACCGCTCG GCCTCTCCCT CCTCCATGAG GTCACTACCG CCGAAGtACC 3060 GTGGTGTACC GGCACAAAAA GAAACCCAAA ACACGCGTTA TCTCCGCAGT AAATGCGCAA 3120 AAGGTGTTGC GATACATGCG CACCGCCGCA GAACTTGGCA CCGGGAAAAA GGCGCTCGTA 3180 GACGGGGTGC CGATCGCAGT CAAAACAGGC ACTGCGCAAA TGGCGCACAG AAATGGTCGT 3240 GGGTACAGCG ACACCGACTA CCTTGCAAGT TGCATCGGCC TTTTCCCCGC GCACGATCCA 3300 GAAATTATCT TATACATTGC CATCATCCnt CCTATCGGAC AAGCCTATGG AGAGCTCATT 3360 GCAGCGCCTG TCATCTCTCA AGCGGCAAAC GAGATTATCG ACTACCGCGG TATGGTCCGT 3420 GCCAACGCCC CGTTAATCCA ACATAGCGGT CTCATCCATA CGTCAGAACG GACACCTCCA 3480 CGGTTAGGAA CCCATATGCC AGACCTCACC GGTCAACCTA AACGTTTACT CCTGGATATT 3540 GCAAAACGCA CCGACGTGCA CCTTGTCcTT ACAGGAGAAG GTTATGTGTA CGAGCAGCAT 3600 CCGCCTGCGG GCACACCTCT GACAAAAGGA ATGACCATTG AACTCAAACT CAAATAAAAA 3660 GCGAGATCCC GCGCGTTTCC CGGCCGGTGT TGCGCAAGGC TGCAGTACCA CACGCGCAGG 3720 GGATCTGAAA CACAGAAGAA AGCATCCCTT TGAGAAGTTT TTTGCGCAAA ACAGCGCTCT 3780 TTTTGCCCAG CGGTTTCCAG ATCTTGCACG TGCGCTGACA CTTCCAAACG AGCAGCTCCT 3840 GCAACGCATC CCTCCTGATT ACCTCCTTGC AGCGGCCCAT GACGGAGACG CAACGCTTGC 3900 AGTACGGGGC ACCTATCTCC ACTCAAAATA TCGGCCGCGG CAAGAGGCTG CACGTCTTAT 3960 CAGCCAGGAT TTTTTTACGC ACGCGATTGC AAAAGGCGGC TATGTAGGTG CAGGTTTAGG 4020 TCTTGGCTAT GTAGCAGAAC TGTACGCGCA nAGCCACCCT ACGCACACGG TAGTGCTTAT 4080 CGAGCCAGAT ATATTCGTGT TCCTGCTTTT TTTAGCCAtA GACyTyTCAC TCCCCTCcTC 4140 CGACACGAAC GTCTAAAAaT ACTGCCTGCa CAGACGGTAC CGGATGTGTT GCAGTTCyTG 4200 CGCGCCACGG GGGATGTGTC TCTCCCCCTG TTCCATTTCT TACCAGCCCA GGAGCTAAAC 4260 ACCGCGTGGT TTCACGATTT TACCCAGGCG CACCGGCACG CAACTGCACA GGCAGAAACG 4320 AATAAGCAAA CGCTGCAACG GTTCGGTCCG CTTTGGATAC GCAACACTAT AAAAAATGCC 4380 GCACAGCTGT GTGTGCGCAC GCCCGTAAAT GCGtGCGCAA tGCGCGGCAG GGAGTACTGC 4440 ACTCATCATT GCAGGTGGCC CTGGGGTGGA TGCGAGTATA TCGTTCCTTC CGTACCTAAA 4500 AAAAAAACAC TGATTATTGC GGTTGAaTAc CGCGTTnTGg CGTGTGCaGC GCGCGCGTCA 4560 CCCCGGACGT TGTGCTTCTG TTTGAtCCAC AATACTGGAA CTATTTGCAC GTAGCACGTG 4620 CGGTGGCGCC CCATGCACTG CTTATCACTG ACATTTCTGT GTTCCCTGCa GTGTTTCGAC 4680 TCCCGTGGGA GTACATTGTC CTTGCaGGTT CGGCATGCCC TTTCGCTACA TCCCTTGCGC 4740 ACCATGATGC CTCCTGCTCT CCTTCCCACG CTCTTCCTCT CCCTTTTGTC GCGCCCGATC 4800 TTCTCGCCTC AGGTGGGTCG GTTGCTACAA GTGCGTGGGA ATGTGCCCGC TACTTGGGAG 4860 CGACAACCAT AGTGTACATA GGGTTGGATC TGGCATTTCC TGGAGCGCGC ACGCACTTTC 4920 GCGGAGCGCT GTTTGAGGAG CGGGCACACC TGCAATCGGG TCGAGTGGCT CCTGCCGAAA 4980 CTACCTCCTT CTGTGCACTG CACTCCCTGC CCCTATATCC TGTCCCGGCT GCATCTGACC 5040 CCCATCCAGG AAAGAACTCC CCTGCTTnCC CTACCGGGGA GAACAAAGAG CAAACGGTGC 5100 TAACCGaCGC GCGTTTTTCA CTGTACGCCG TGTGGCTCGA AGCACACCTT GCGCGTTATA 5160 CGCACATTAA AACGTATGCG CTTGAGCCTG CAGGAAGGAG AGTTGCAGGC ATCACGCCCT 5220 TGCGCTTTTC CCAGCTTGTC ACGTTACTCA ACCGGTCTGC AGCTGTGCCG CACTGCCGGA 5280 CCATGTATAG CCGCCGACGC AGGCTATACT CCCGGTATAG AAACAGCAGC GTGCAGGTCA 5340 ATTGCACCGA TGCGGTGCGC TGGAGGCGCA CGATGAAGAG TACACCTGTG CACTGTCTCG 5400 GTCATTTCAC GAAGAAAAAG AAATCCGCAG AAGGTGCACG GAACCTATGG CGTGCTCTCA 5460 GACGTGCGGA TACGCGGTGC GCTTCTCCCC ATAACCTCGA GCACGCACTT GAGAGAACTC 5520 GTTCCTTCCT CAACGCGATG CCACTGACAC CCACAACGTA TGAAAACAAA ACACATGCAT 5580 TGTACACAGC GCTGTGCACG CTCCTCCCGA CCGAGCCTAC CTACCGCGCA CGGGCACACG 5640 CACACCTCTT TGAACTCCTC ACCCGAACAC TCAAGTTTTG CGCCGCCTAT ACCGAGGAGG 5700 AGGGGGAGTG GCGCGAGGCC tGACATCCGG GGCCACTCAA AGACGTGTGT GGGGCgCaGG 5760 GGCaGGGCCC GTGCGTTCCC CCTTTCAGGG AAAGAGCCAA GCGCGTGCGT CCTGCATCAG 5820 TTTTAGAAAC ACCAAGACGT CTACGTTTTG CTTCTTGCGA TTCTCGTAGT CCGCCCAGCG 5880 GCGGGGCGTG TAGTGTGCAT GGACGTCTGC CCTCACCTGT GCTGCATGCG CACAGCCGCG 5940 CGCAATCAGC TGGGCGTCGT GCGCGGGGGC GCGCCTAAGT TTTTCAGGAA GCACTTCTGA 6000 CAGAAGGTAT GCACTGAGTA CGCGAATCAA CGGtGACGCT TGGTGTGCAC CAACGTGAGA 6060 AGATGCGCGT GTGCCTGTTC AAAGTCGCCG CACAGGTGAC ACGCGAATGC GAGGTAAAAG 6120 CGAGTCCACG GCTGGACGGG CGCCTGTGTG GCGGCAACGC GCGTCATAAA GGTACGCAGC 6180 TCCGAGTACT TTCCCGCAAG GAGCTTGCCA ACGGCAAAGG TGAGCGCGCA CTTCATGATA 6240 TACCGAGGGC TGCGCGTGCA CAAAATGTTC TAGTCGCTCA AGTGCTTCAA AGTCACTTAA 6300 AAGGATCAGT GACTCTGAAA GGAGAGACAC CCTCCGCAAG GCAACCCTAT TGCGGGTGAA 6360 CACTTCCTCC TCCAAAAGAG CTGCCAATGC CGACCAATCT TCCGCATCCA GGTATCGAAG 6420 CAGTCTCCTG TTTTTAACAT AGAGTGTATT TATCAGCAAA AAGAGTAGGA GAAAAATGAG 6480 AAAAAAAATC CCATACGCGC GCACAGATTG CCAGCCTGTA CCCCGGACAG GAGTGAGAAA 6540 CAGAACATAT CCGGTACCCA TACACAGCAG CAGGAGTGCA CCGTTAAAAa GCACTACTAA 6600 TGCTTTGATC TTCATGGGAA aTCTCCTATA CTGCCTcCCC GCCTGTGCGG GGCGCCATTC 6660 TACTATGGGG GCGAGCGAAA CGTGAATACG TATGCAATTG TAGATATACC CGAGGAAACC 6720 CACTTCAGCG ATGACGTGTA TCTTGATGAC ACTTTTTTAG TGCTGACCCC CGCAGgTCTC 6780 TTTGACGAAG CGCTAAAGAG TCGACTGCAG GAGTGGGACT TCACCACGGT GCACACCGGc 6840 GGACAACTGC TTTCTTCTGA GACTACACTG GAGTGTCCTC TGCCTGCATC CGGCGATCCA 6900 AACGCGAAGG GTGCTCCCGG ATCCGAGGCC TTGCGTGCAC AACGAAGCCG TTTTCACGCA 6960 CTGAAGAAAC AGTACAACGA GTTTCAAATG TTCGTTGAGC ACGTTTTTGA TCAGTATCGT 7020 GCAAAGCAGa GCCTGAACAC GCGCGCGGTC ATTGACCGTG CGAAGATGCT TTGCGAATTG 7080 GTAAAAAAGC ATCGGcAAAC GCTACTGCGC GTCCTTCCCA CCATTCCCTA CCGGGAGCAC 7140 TACGCGCTTG AGACACATGC ACTCCGTTCG ACGTTGTATG CTGTTGTCAT TGGGTTACAG 7200 CTAAAAATGC AACCGTTCAA GATCATtGAG CTCGCAACAT CTTGCCTGCT TCACGAAATT 7260 GGCATGGCGC GCGTTATCCC GAAGCGTACA CCACGGAGGG GGAGTTAGAT CCAAAAACGC 7320 AGAAGGCGAT CTTTGCGCAC CCTATTATCT CCTACCATAT CCTGCGTGAC CACTCGCTCC 7380 CTCTGCCGGT GTGTGTTGGG GCACTTGAGC ATCGCGAGCG CGAAAATGGG CTCGGCTACC 7440 CGCGCAGGCT CGTGGGAGAA AAGATTTCCC TCTATGGCAA gAtAAtCGCA GTCgCtTGTT 7500 CtTACgAGGC AGCAACCGCT CCGCGCTCAT ACAAGGAAAT GAAAAACGCC GCTGAGGGCA 7560 TCGTCGACCT TGTGCGTAAC GCGAACACCC AGTACGATGC AGTCATTTCG CGCGCGCTTC 7620 TCTTTGCCCT GTCGTTTTAT CCTATCGGGA CCCATGTGCA CTTATCAAAC GGGAAAATCG 7680 CGCAGtGGTG GACGTTAACC CCGACGACCC ACGCTTCCCC ATCGTGCAGG TACACGGAGA 7740 AaTTCACCGC AACGGCAAGC CCATCATTCA CAGCACGAGC GCAGACGAAA TTTTTATCAC 7800 GCGGGCCCTG AGCGTAAAGG AACAGCGTCT TATCCTTCAG GAAGGTGGCG ACTGACCCTG 7860 CGCAGGGcAG ATGCCCCTTC CTGCTGCTGG CTTAGACGCT TTTTTAGCCC CTCTAGGTCG 7920 TGTTCGCAGC GAATAACTTC CTCAAACTCG TCGCGCTCGA TGGTTTCTCG CTCCAAAAGg 7980 CGCGtTGCGA TGTACTCAAG GAGCTCTTTT TTCTCCGTCA AGAGTGCTAC CACCGCGCGG 8040 TAGgTcCAGC TAGAACGCGC GCCACTTCCT CATCAACGTA CTGCTGTGTG CACTCCGAAT 8100 ACTCGCGCGC TAACTGCGGC TCCGCGAGAT ACCCGGTTCC GCGGCGAGTA AGTGCAAGgT 8160 TTGAAACTTT TCGCTCATCC CATAATCTGT AATCATCTTG CGGACAATGT CTGTTGCGCG 8220 AGAAATATCG TTCCCTGCAC CAGTTGAAAC TTCCCCAAAG GCTACAAATT cCGcTGCGnk 8280 TCCTGAAAGC AGCACATCTA CTTCTGCCAA CAACTGCTGC TCCGTAACAA TATGCCGATC 8340 GTCTTCAGGA ATGTGAAAAG TATATCCAAG CGCAGAGGTG CCCCGGGGAA TAATTGTAAT 8400 TTTGTGCACC TTGTCTGCAC CCTTCGTGAA GGTACCTGCA AGGcATGTCC TGTCTCGTGA 8460 TACGCAATAA TCCGGCGCTC TTCTTCTCGA ATTACCCGAC TTTTTTTCTG CAATCCTATC 8520 ATTGTCTTTT CGACCGCTTC GTCCAAATCC GTTTCAATCA CCTGCGCACG CCCAGACCGT 8580 ACCGCGAGCA ACGCTGCCTC GTTCACCACG TTTGCCAAAT CAGCACCTGA ATACCCACCG 8640 GTGATGCGCG CCACTGCCTT CAAATCCACT TCTGGCGCTA ACTTCACGTT CTGCGCATGA 8700 ATACGCAGAA TTGCCTCTCT TCCCTTAAGA TCGGGCCGAT CTACGCAAAC CTGTCGGTCA 8760 AAACGACCGG GGCGTAGGAG CGCAGGATCT AACACATCGG GGCGATTGGT AGCAGCAAGC 8820 AAAATGAGAC CGGTGGTGTT ATCAAACCCA TCCATTTCTA CCAGAAGCTG GTTAAGCGTT 8880 TGTTCCCGCT CATCGTTGGA ATGGATAGCG TTCAGGCGGC TTTTTCCAAT TGCGTCAAGC 8940 TCATCGATAA AAATAATCCC TGGCGCCTTC TCCCGCGCTT GTTTGAATAA ATCGCGCACA 9000 CGCGAGGcGC CAATCCCCAC AAACATTTCG ATGAAGTCTG AGCCACTGAT GCGAAAAAAG 9060 GGCACTGACG CCTCACCTGC CACTGCGCGT GCAAGCAACG TCTTACCCGT CCCTGGGGGA 9120 CCGACCAACA GCACCCCGCG GGGAATTTTC CCCCCGATTT CAGTATACTT TTTAGGGAAC 9180 TTGAGAAAAT CAACTACTTC CATCAGCTCT TCTTTTGCCT CATCCACCCC TGCAACGTCT 9240 GCAAAGCGTG TGGTGACCTT TCCTTCTTCC ACCGCCgCAG AGCGCGCGTG TCCGGCTGAG 9300 AAAATACTGC TCCCCAGCCC GCTTACATTT GAGGCCATCC GCTTAAAGAA AAAGCGCCAG 9360 ACAAAAAAGA GGATGAGCAG CGGAAAGAGA TATTGAAATG TCTCTATGAG GTAATTGCgC 9420 TCGCGCGGCT TAATACTGTA GACCACCTGC CGCTCATCGA GCATGCTCAA AAAGGAATCG 9480 GAGAGGACAC CGATGGCATG ATAGGTAGGA GCCTCCCGCT CAGAGAGCAA CGAGAAACCC 9540 CGCGCAGAAG GCGCAGGGCG CGCGGAAGTG TACCCGACAA AGTAAGGGGA ACCGACAACA 9600 ACCTTTACGA TTTCCCCACT TGCAATGCGA TCTTTAAATT CCGAGAACGG GATGATGCGC 9660 AAAGCACGGG AAAACAAAAA GTGGTTTGCA AGAGCAAGCA GCGCACAAAG AGCAAGGAGC 9720 ACGAGCGAGA GCACCTTACG CGAATTTCTG CGCGGAGGTC TTTCGCGTGA CGACGAAGGG 9780 CCTTTTTGAG GGCGGGGGGA GAACTTAAAA AACCCGAATG GATCTGAAGA ATCATCTGAC 9840 TGTTTGTAGC GCGTATTCAT CTCAGTTAAG GCTCCCTTTT GCAGTGCGCG CGGGCACGCC 9900 GGCCCATGAT ACACGAAAAG AAGGTGAAAC GTCGACAGAC TGTGTGAGAG CCGTACGGcg 9960 CAgCTTAGCG ACGTCCGCTG GGGCGGTATG CACGGTGCTG CAAAAAAACA CACGCGCGCG 10020 GCTATTGCTT ACCCTCATGC GCGCGTTCAC CGAAACTTCA CCTAATGACA CCTACCTATC 10080 ACCCGTACCC GGGCGACAAT CGCCCCTTTC TATACGCCGC GCTTCAGCGA CGTGAGCACC 10140 TGTCCCTTAT CCGGTACCGC GCAGAGCACG CGCAGGACCT GGCACCCTTG AGAGCGTTCT 10200 TGGCGCGCAT CGAGGCGCAC GCAACCGTCA TTGGTGCACG CACGCGTGGG GACACCCTTT 10260 TTATCCTTGC CGCATCGATG CCGTCTGATG CACTGCGCGA CGAAAAACAC GCATATGTGC 10320 GCACAATCTC CTGGGAACAG GCTCCTCAGA TACTTGAGAC GTTGGAGCGT CCGCCGCTCC 10380 CTCCTTATTG CCCGCCCGTT CCTACTTCCT GTTCTTCTTC GCGTCTTATT CCCGACGTGC 10440 CGCACAACAC CAGGTCACAC GCGCAGGAGA GTTCCTACAC CTCTCGGCAT GCGCTTTTGA 10500 CGCTGCTCAT TGAGTGGCGC GCGCTCATGG TAGAGATGGA CTATTCAGTG AGAGCGCACA 10560 GGGTGCAGCG TAGTTCTGCT CCGTTGCATG AAAGACACGG CACTCTTCCC TCTGACGTAC 10620 TGCTCTTCCA AACACAGGGG GAGGTCTGCG CTCTCTGTGC CTTTCAGTTG CAGCACGTGC 10680 GCGCAGTAGG CGGGCAGCGT CATCTTATCA TTCATGAAGC GGCAGGAGGC GGGAACATTG 10740 CATGCGAACG CATTTTCTCT CTCAAGGAGA TTGATTTTGC CACTGCAAAA TTTACTGAGC 10800 GTATCCGTCG CGGGCTGTAC CAGGTTGCTG TGCATACGGC ACACGCAGAC TTTACGGTCA 10860 ACCTCATCGT TCCCTCACTC AGAGAGCAGG GCGGCGCCTA CTCCCTTGCA GAGTCTTCTG 10920 CCTTTCACAG GAGGGTAAGC GCGTAAACTG CAGATTACGC AAAACTAGCG GTTCTAGCCC 10980 GGAGGGtGAA GCGCGCCGTG TGCATCGGCA cGACCCCGCC AGAGAAGGCG GGCGCCCGTC 11040 TTCCCCGCGG TgGCGsGCTG CGCCCTGCTA CCCCGTCTGC TGTGGAGCGG GGCCTTGTCT 11100 TTTTCCTGAG GGCTTGTTAC gcTGCGCGCC AGTCCCCGAG GAAGAAGGAA TTGCTATGAG 11160 TAGAGGTATT TCTACCTTCA GGAATATCGG CATCAGCGCG CACATAGATT CTGGAAAGAC 11220 AACCCTTTCT GAGCGCATTC TCTTTTACTG TGATCGTATT CACGCCATCC ATGAGGTGCG 11280 TGGTAAAGAC GGTGTTGGCG CCACCATGGA CAACATGGAG CTTGAGCGGG aGcGCGGTAT 11340 TACCATCCAG TCTGCCTCCA CCCAGGTCCA GTGGAAGGGA CACACTATAA ACGTCATTGA 11400 CACTCCCGGG CACGTTGACT TCACCATCGA GGTGGAGCGC TCCTTGCGCG TTTTAGACGG 11460 TGCCGTCCTC GTACTCTGTT CGGTTGCAGG CGTCCAGTCC CAGTCCATCA CTGTCGACCG 11520 GCaGcTCCGC CGCTATCaCG TGCCCCGTAT CTCATTTATC AATAAGTGTG ATCGTACGGG 11580 TGCCAACCCt TTCAAGGTCT GCGCTCAGct GCGCGAAAAG CTCTCCCTTA ACGCGCATCT 11640 TATGCAGTTA CCCATTGGGC TTGAAGACCG TCTAGAGGGT GTCATCGATT TAATTTCGCT 11700 CAAAGCCCTT TATTTCGAGG GAGAAAGTGG CGCGCACGTG CGTGAGGCGC CCATTCCCGA 11760 ACAGTATCAG GCAGATGTGA AAAAGTACCG GGATGAACTC ATCGATGCGG CGTCTTTGTT 11820 TTCTGACGAG CTTGCTGAGG CCTACCTTGA AGGAACTGAG ACCGATCAAT TGATTCGAGC 11880 GGCAGTACGT GCGGGCACCA TTGCAGAAAA GTTTGTCCCG GTTTTTTGCG GTTCTGCGTA 11940 CAAAAATAAA GGTATTCAGC CACTTTTGGA CGCTATCACA TACTACCTGC CAGATCCTAC 12000 CGAGGTAACT AATACCGCGC TCGATCTGGA TAGAGCCGAG GAGCCAGTTA CCCTCTCCAC 12060 CGATGCAGAC GCACCGGTAG TTGCGCTCGG GTTTAAACTA GAGGATGGCA AATACGGCCA 12120 ACTCACCTAT GTGCGTGTAT ATCAGGGGAC TATCAAAAAA GGGGCTGAGC TTTTTAACGT 12180 CCGCGCGCGC AAGAAATTCA AGGTGGGCCG TTTGGTACGG ATGAACTCTA ACCAGATGGA 12240 AGACATCAGT GAGGGAACCC CCGGAGACAT TGTGGCGCTT TTCGGCGTGG ACTGCGCGTC 12300 GGGAGACACC TTTTGCAGTG GAGATCTGAA TTACGCAATG ACTTCGATGT TTGTTCCAGA 12360 GCCGGTCATC TCGCTTTCCA TCACTCCTAA GGACAAGCGG TCCGCTGACC AAGTTTCCAA 12420 GGCGCTGAAC CGGTTCACCA AGGAAGATCC TACCTTCCGC AGCTTCGTAG ATCCTGAGTC 12480 TAACCAAACT ATCATCCAGG GGATGGGGGA GTTGCACCTG GATGTGTACA TTGAGCGCAT 12540 GCGACGCGAG TA AAGTGTG AGGTGGAGAC GGGCATGCCG CAGtGGCGTA TCGGGAGGCA 12600 ATTAGTGCGC GCGCGGATTT TAACTACACC CACAAAAAGC AAACCGGCGG TTCCGGGCAG 12660 TTCGGGCGTG TGGCCGGCTT TATAGAGCCC ATCGCCGGGC AGGACTATGA GTTTGTAGAT 12720 CAAATCAAGG GAGGAGTAAT CCCAAATGAG TTTATCCCTT CGTGTGACAA AGGCTTTCGC 12780 ACAGCGGTaA AGAAAGGAAC TCTTATTGGT TTTCCGATTG TGGGGGTGCG CGTTACCATT 12840 AACGATGGGC AGTCTCACCC GGTTGACTCC TCAGACATGG CGTTCCAGGC GGCAGCGATT 12900 GGTGCCTTTC GTGAAGCGTA CAATGGGGCA AAGCCAGTAG TCTTAGAGCC AATCATGCGA 12960 GTGTCGGTGG AAGGGCCCCA GGAGTTCCAA GGCAGTGTCT TTGGGTTAAT TAACCAGCGG 13020 CGGGGAGTGG TTGTATCGTC AGCGGACGAT GAACAATTTT CCCGCGTGGA CGCGgAGGTC 13080 CCGCTGAGCG AGATGTTCGG GTTCTCCACC GTGCTACGTT CTTCCACACA AGGTAAGGCT 13140 GAGTATTCTA TGGAGTTTGC TAAATACGGC AAGGCACCGC AAGGTGTGaC GGACTCGCTC 13200 ATAAAGGAAT ACCAAGAGAA ACGAAAAGCA GAACAAAGGT AAGCGTAACG TGCTAGGCGG 13260 CGCGTCCTTC TCGACGCGGT GGCGAAGTCT TGAATAAGGG GGCTTTCTGG TGTAcCCTCC 13320 CGGGCCGAAC GGTACTCTCC TCACATGAGC CGAGGAGGTA TCACGTGGGA GGTTAACATC 13380 ATGAATGCTC ATACGCTTGT GTACTCCGGC GTAGCACTTG CCTGCGCGGC TATGCTCGGC 13440 TCCTGTGCCT CGGGCGCCAA GGAGGAAGCT GAAAAGAAGG ctGCAGAGCA GCGTGCGCTT 13500 CTGGTCGAGA GTGCGCATGC TGACCGTAGG CTTATGGAGG CGCGTATCGG CGCGCAAGAG 13560 TCTGGCGCAG ACACCCAGCA CCCCGAACTT TTCTCCCAGA TTCAGGACGT TGAGCGCCAG 13620 TCTACCGACG CCAAGATTGA AGGGGACCTC AAGAAAGCTG CCGGTGTCGC CTCAGAAGCT 13680 GCGGATAAGT ACGAGATTCT CAGGAACCGA GTTGAAGTTG CTGACCTACA ATCTAAGATC 13740 CAGACTCACC AGctTGCGCA GTACGACGGG GACAGCGCGA ACGCTGCGGA AGAATCGTGG 13800 AAGAAGGCAC TTGAATTATA CGAGACCGAT AGCGCGCAGT GTCTGCAATC CACCGTCGAA 13860 GCGCTCGAGT CGTATCGGAA AGTCGCGCAT GAGGGATTCG GCCGCTTACT ACCCGATATG 13920 AAGGCACGTG CGGGTGCTGC AAAGACGGAC GTTGGCGGTC TTAAGGTAGC CGTCGAGTTG 13980 CGTCCACAGC TGGAAGAAGC TGACAGCCAA TACCAAGAAG CACGTGAAGC TGAAGAGGTA 14040 AATGCACGTG CCAAAGCTTT TAGCGGGTAC CACCGTGCCC TCGAGATCTA CACAGAACTG 14100 GGGAAGGTTG TACGCCTGAA GAAGACCGAG GCGGAAAAGG CGCTGCaGTC TGCAAAAACA 14160 AAGCAAAAGG CGTCCTCTGA CCTTGCGCGG AGTGCGGATA AGAGTGCCCC aCTTCCtGAA 14220 AACGCTCAGG GTTTCTCAAA GGAGCCGATT GAGGTAGAGC CGCTTCCAAA CGACAGGCTT 14280 AACACAACGC AGGCAGATGA GTCTGCGCCG ATCCCCATAT CTGACACCTC TTCACCTTCT 14340 CGCGTGCAGT CTCGGGGTGT TGAAGACGGA GGACGTTCTC CAAAATCCTC TATGAACGAA 14400 GAAGGAGCCT CTCGATGAAG ACACGTAATT TCTCGCTCGT ATCCGCGTTG TACGTACTGC 14460 TGGGTGTTCC TCTGTTTGTG TCTGCCGCTT CCTACGACGA CAATGAATTT TCTCGCAAGA 14520 GTCGTGCGTA CTCGGAGCTT GCAGAGAAGA CATACGATGC GGGAGAGTAT GACGTCTCTG 14580 CAGAGTACGC CCGGCTCGCT GAGGATTTTG CGCAAAAATC CTCGGTCTAC ATCAAGGAAA 14640 CTATGGCGCG CACCACTGCC GAGGACGCTA TGAACgcTGC GCGCACCCGC CACGCGTGGG 14700 CGAAAAATGA GCGCATCGAT CGCGCCTATC CGACCGAGTA TTTGCTCGCT AGCGAGGCTA 14760 TCAAGACCGG AGGcTCGCTT TTGACAGCAA GCAGTACGAC GTAGCGCTCA CGTGGGCGCG 14820 TAAGGCGTTG GACGCACTCA AAAACGTAAA GCCTGAAAGT CAGTTGCTTG CAAAGGCCGC 14880 GAAGGAGGAg GCTGCGCGCA AGGCCGCCGA GGCACGAAAA CTCGAAGAAC AAAGAATTGC 14940 AGCCCAGAAA GCGCAGGAAG AACGTAAGCG TGCGGAGGAG GAAGCTGCGC GCAAGGCCGC 15000 CGAGGCACGA AAACTCGAAG AACAAAGAAT TGCAGCCCAG AAAGCGCAGG AAGAACGTAA 15060 GCGTGCGGAG GAGGAAGCTG CGCGCAAGGC CGCCGAGGAA GCAGCGCGAA AaGGCGGAGG 15120 AACTCGAGAA GGGTCGTGTG CTACCTGCGC AATACAAGGT GACTACGTGG TCCATTGACC 15180 GGGAATGTTT CTGGAATATT GCCAAAAACC CCGCCGTTTA TGGCAACCCC TTCCTCTGGA 15240 AGAAGTTGTA TGAGGCGAAC AAGGACAAAA TTCCTCAGTC CAAAAACCCC AATTGGGTAG 15300 AGCCTGAGAC AGTCCTGGTC ATCCCCAGTC TCAAGGGAGA GGAGCGCGAG GGTCTGTATG 15360 AGCCCAACGT GAAATACCGT CCTCTGCCGT AACGGATAGA CAAGAGCGTA TACGCTTTTT 15420 CCCCTTTTCC ACAAGGGTGC AAGGGGCGTG GTTGGGAGCC CATAGAGAAA GaGCTyCCCA 15480 GAGCGCTGGA ACGCTACGGT GTCCaGCGCT CTTTGTGTGT TTTTGTCTCT ACAAGAAAGT 15540 TCCACTTTTT GCTACACTTC CCTTCTATGG ACGTGTCCTT TGAAGAGCTT GGTTTGAATG 15600 AACAATgCTT GCAGCGGTGC GACTCAAGGG GTTTCGGTGC CCAACTCCCA TCCAGGCTGC 15660 TGCCATTCCC CGACTGTTGG CAGGGGATGC GAATATCATC GCAAAAGCCC GAACCGGGAC 15720 TGGAAAAACG GyCCCTTCGG CCTCCCCCTT ATCCAAGAAC TGGGAAGCCC GTGCGAACAC 15780 CCAGGGGCCT TAGTGCTTGT TCCTACAAGG GAGCTCGTGC GCAGGTCGCA AGCGAACTGA 15840 GCTCCCTGAG GATACAAAAA ATACCTCGGA TTCACACCGT GTACGGTGGG GTCTCCATCG 15900 CGGAGCAGCT GCGTAATCTC GAACAGGGTG GAGAGATAAT AGTAGGAACG ACCGGGCGCG 15960 TCATCGATCA TATTGAGCGC GGTTCTCTCG AGCTGTCTTA TCTGCGCTAC TTCATATTAG 16020 ACGAAGCGGA TGAGATGCTA AACATGGGTT TCGTTGAGGA TATAGAGTCT ATCTTCTCTC 16080 ATGCAAATAA AGACGCACGC GTCCTTATGT TTTCTGCCAC TATGCCCAGG CAGATCCTTT 16140 CTATTGCCTC TACCTTCATG GGAAGCTACG AGGTTGTTGA AGAAGTCACT CCAGAAGAGG 16200 CGCGCCCGCT CATTGAACAA TTTATGTGGG TTGTAAGGGA CGCTGACAAA ATCGAgGCGC 16260 TTGTGCGCCT TATTGATGTG AGCGACAACT TTTACGGTCT GGTGTTCTGT CAAACCAAGG 16320 CGGACGCCGA cACTGTTGCG AAATCTCTAG ACGAACGCCA TTACCATGTT GCTGCACTTC 16380 ACGGAGATAT TCCGCAAAGC CAGCGAGAAA AAATTCTCGA GCGCTTTCGT ACAAAACGAG 16440 CGCGTATCCT CGTCGCCACT GATGTTGCCG CTCGCGGCAT TGACATCGAA GGAATTACGC 16500 ACGTGGTGAA CTACTCCATT CCTCATGATA GCGCTACTTA CACGCACCGc GTcGGcAGAA 16560 CTGGACGCGC AGGATCACAG GGTATCGCTA TCAGTTTTGT ACGCCCACAC GAGACACGAC 16620 GGATGGAGTA TCTGAGTAAA CACTGTAATG GCGAATTGAA AGCTAGTACG GTACCTTTGG 16680 TGGAGCACAT CCTTACTCAA AAGGAGGGGC GTATTTTCTC GTCCCTCAAG ACTCATCTTT 16740 GCCAATTACT CTCTGAAGGG GTGCACGGAA CCTTTACCCG TTTTGCGCAc GGCTGCTCCA 16800 AGAAGACCTT AAAGCTCGCG TGGCAGAAGC CCTGGGTaCT TCCGCCGACG TTCCTCAGGA 16860 ACCGAACGTG TCGCTTGTCG CCGCGCTCCT GCAAATCCAC TACGGTACTG CGCTGGACCC 16920 CAGGCAkTAC CGGGATATTA AAACGATTAC GCCAGAGACG GCCCGCGCAC GTCCCCATGA 16980 mGCGGAAAAG GCGTATGTGC GCATTGAGTA CGGAAAAAAA AGCTACCTCA CTCGGAAACG 17040 TGTTGTGCAG TTCATCTGTG CCCTGGTAAA AATCCCCGGT CATCTTGTAG ATCGCGTTGA 17100 CATAACCGAA CGTTkCGCGT TTGCcGCATa CCCCGACGCG CAGgaGGAAg CAGTTCGCTT 17160 ATCCAAGAAG CGCAAGGACC TGCCGCGCGT TTCCTTCGTT GGGCACGCCA GTcGCCTAAG 17220 AAATACCGCT ACCCCTGCAG AAAAGTCTAC CTATCCAAGG CGCCTCCCTT CCGGAGAAGG 17280 CCTAAGGGAG CAGATCTCAA GGAGAACCTC TTCCTCTAAG AAGGCTTCTG GGAAACCGGA 17340 GGATTCTCTT CCCCCTCCCC AAGAACATCG CCTTGATTGA TGCAGCGGCT CACTGCGCCA 17400 CTACAGCATT CGTGCAAGCC AGCGCGAGAT ACTAAGGGCA TAGTTACCGA CGGCTTCTAT 17460 ACCACGCACG ATGTCCATAT ACAGGAGcTC CGCCTTTACA TCTGCACCCT GCTCAAGACG 17520 TCTGCGCACA AGTCCtTTTA GATGGGCCCC CTTGCTTTCG ATAGAGTGCG TCATTTGGTT 17580 TACGTGCAAC ACCTGCTTAT CTTCCaGTGG ACGGTTCaAG TGCGAATACA CAAAGTCAAC 17640 GCACTCATCC ACCATGCCgA CGTACGGGAC TAACTCCTCG ATATCATCAC GCTTGAGCGG 17700 TACATTTCCC TTGATGCTCT TATGGAAGTA CAACCCTATA CCACACAAAT GGTCAGTAAT 17760 ATTTTCAATA TCGTCTGCAA TGGAAAACAT TAATTGCACG TTATGTTTTG CTTTCTCGCT 17820 CAAAGAAAGA TGCGATGTTT TAATCAGAAA GCGCGAAAGC TGTTCCTGCA TTTGATCTGC 17880 ATAATCCTCT TCCTTTGTCA GGCGTGTTAC GATCTCATCA GTAGAAAGCA TACACGTTCC 17940 CTGAATGGAC TTACGGATAG TAACAAGCAT ACCCTGTGCT ATTGAAAACA TTTTTTTCAG 18000 TTCAATTtCC GCACGAAAAA TATGTGCCTC AGCGCTCTCT TTTACCGCAG TTTCTTGAAA 18060 AACAAGCTGA TACCTwTCTG GAGCGTCGTC ATACCGAGGA CGAATTAACC ACTCTACAAA 18120 CGCTGCAAGG TGCTTAGTGA AGGGAAACAC AATAATAGTG TTGACGATGT TAAACATACT 18180 GTGAAAGAGC GCAAGCCGCA CTGTGATGTT ATCAAAACCC GAATTCTTTG GAGTCAAAAC 18240 ACACAAGAGT GCCAAAACTG GATGAAAAAA CATCAAAAAA ACCAATGCAC CAAACACaTT 18300 AAACAGCACG TGGAcTGCGG CAGtCTCCGT GCGTTCAATT TACTCCCAAT GGCTGCAATT 18360 GCAGCATCAA TGGTAGAGCC CACATTACTT CCTAATACGC TTGCTGCAGC GAACTCCACT 18420 CCGaTGACAC CACCGAACGC CATAGTCAAC ACGATCGCAG TGGTTGCAGA CGAGGAGTGC 18480 AAGATGACCG TTAACACAAA GCCTGATAGG AGTCCTACAA AAACACTGAG CGCACGATCC 18540 TCAACTGCAA TTTTAAGGAA GGAAAGCTCT TCTACAGAAA GTGGAGGAAT GAGCGAAGAG 18600 AGCAAACCAA GCCCGGTAAA GAGAAGACCA AAGCCCATGA TGCTCTCGCC CAAATGTCCT 18660 TTATGCAAGT GTTTAAAAAA AGTCAGAAAA TAGCCAATCC CAAAGGCGGG GACAGCGATT 18720 GACGCAAGCT TAAACTGAAA ACCCACAAGC GCAACAATCC AAGCAGTAAC AGTGGTACCG 18780 ATATTCGCAC CAAGAATTAC GCCGATTGAC TGCGTCAAAG AAAGCACTCC CGCGTTAATA 18840 AAAGAAATCG TCATAACCGT CGTAGCCCCT GACGACTGCA CAATAGCGGT AACTGCCATG 18900 CCGGTTAGCA CCGCGAAGAA ACAGTTACTG GTCATCACTT GGAGAaTTTT GTGGAGGCTT 18960 TCTCCAGTAC CCTTTTGGAT ACCGTCACTC ATCAGCTTCA TACCAAAGAG CATGAAGCCA 19020 AGGCTTCCGA TACCCTGCAA AAGGACAGCC ACAAGGTGCA TCGGCGCCCA CCATAGCAAA 19080 AACAGGGGAT ACGTATCAAT TGTCCGAAGC GGGACACTGC GCCGTACGGA CGTATGTTTA 19140 TTAGTCAATC TCTCTTTTCT CAAATAGTCT CGCCGTGACA TCGCTT 19186 (2) INFORMATION FOR SEQ ID NO: 122: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 4901 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 122: TGGTATGTGG TGCGCGATTC ACGTAAACGA AATGTTTCTT TTCGCAGAAC AGATGCTAAA 60 TAGCTGGCGC ACAGCGATAC ACGCCATAGG GCAACTCTTT TTGCGCACGA GTGCGCACGT 120 GCCGGTGACA CCCATTCATC TGTTAGATCC TGCTCACTAC CTGGAACGCA TTCCCATCGT 180 GTTGTCGGTG CACGCGCTCT GTGGCGTTGC AGGAGGCACG CTATGCCTAT CGTTGGCGGT 240 ATGCATCATT CCTGCGCTCC GTGCGGGCCG CGTGCGTCCC CTTGACCTCA TGCGCAAGGT 300 GTGATAGGAT GCCCCCAGTT TTTTTGATTT CTTACATCCG GCTCGCAGAC GGATGGGTAC 360 CATCTTTTAG AAGAGCACGC GGCCGGTGCG GTAGGGGCTA TGGAAGAACG CAAGAACTAT 420 ATGGATCGGC TTGCCGAAGC ACTTACGCGG CGCAAGGTGC AGCTCGATCG GGACATCCTA 480 CCAAAGGCGC TGGAGCAGTA CCGTGTCCAG GTCACAGCGG TAAAGGCAAT TCGCAGTAAT 540 TTGCTGCAAA AAGGTTTCTT GCACGATGAC GCGTACAAGT ACGACAGCAA GATGACTGAG 600 ATTGAGTTGC CAGAAACTTc CCCtACGGGG AAAATGAGAA GCCGATGGTC ATTGGTTCTC 660 GCCTTTCGCA CTATCAGACT ATGCTCGGTT TTTTGGACAA CTACTACCGG TTCGATTCGG 720 AGTTTCTAAT CCCGAAACGT ATTGCAAAGC TCGTTGCGCT CAACGGTACg TTCATGTGGA 780 AAGATTTTAC TGCTACCACC AAAGACGCGA ACACACGTGG GCTATTTGAC ATAGTGCAAT 840 CTTTCTATGG CGCTGCTGAT CCTATTTCGA TAGGACTGGT GAGGGATTCG TTGCAGTACC 900 TAGTAAAAGC CCATGAGGTA ATCAGCACAG CACTTAAGTC CCTTTCGGTG TTTCATCGCG 960 AGCGCTACAA ATTGCTTATT CGCCAGCATG CTCTGGATGG CTTGGACGAG ACAACGGTGG 1020 ACGTCAACAA CCCAGAGGTT GCGCTTGACG CGATGAAAAA GAACTTTTCA GAAAATGCAA 1080 AAGGCCATCC GTTCTACAGC GAGTTGGCAA CCGTGGTTTT GAGAGAAGAC TTCTCTGCCA 1140 ACGCAGAAAA GCTGCGGGCT GCAATCCTCC GCGAGTTTGA AGAATCTTCT GCACCCAAAA 1200 GATGcCGCGG TGCTATGCGC AATCCACACG CCGTACTACT TTCTGGTTTC AGATCGCTTG 1260 GAGCTACTTC TAGCCACTTT CATACTGCTC TGGAAAAGAT TCGCTTCAAT GAGGAGCTCG 1320 TGACTCAGTC TGAGGCGGCC TTCTTTTCAA AGGTAGTGTT AGCCTTTCTC AAAGCTTTCA 1380 ACATTCAGAC GCGTTCAAAG GACGTTGAAA TTGTCGTCGT CGACCCGGCA ACACAGATAC 1440 AGAAAAAGGA ATGCGTAAAC GTTGAGCTCT TTCAAAAAGA GCTGGCCCGG TGTGTCAAAC 1500 TGTATCGGGG TTTTGTGTCT CCAGACACTC CGATTCATGA AAAGTTAATG GCGCTCAAGG 1560 ACGAGCAGct CTTCGAGCTC CTTTTTAAAC ACGTAGCAGA GGCGCATACG CTGGTTAAAC 1620 AGCTTGCAGG TCTTGATGAG TACTACAAGA CAGTGAGGTC TGATGTGCGC GCGAAAATTA 1680 AAGGGGTCAA GATTGAAGTT ACAACTATCA CCACTTCTGT AACCAAGGCA AATAAGTGCC 1740 GCGCAGAATA TGCCTCGCAA CTAGAGGAGC AAAAACATAT GAAGCGTTTA GGGGTAGCCC 1800 GTGCGTAGAA TGCGGCTCTC GCGCCGCGGc ATTCTCACGG TAGTAGGTAC CCTTCTTCTC 1860 CTACCTCTCT TTCCTTCCGA AAAAAAAAAG ACTCACGCGC CGCTCCCTCG ATCTGAAAGA 1920 AAAGAGTTTG TGGTGTCCTT TTCTCCGTAT AGGCCTGTGC TACACCCGCA CGTGGCATCG 1980 CGCGTGGACG AAGCACAGCT GCTCACAGCC CTATATGAGG GACTTGTCAC CTATGATCCG 2040 TACGATCTCC ACCCAATCCC GGCGCTCGCA CAACACTGGT CGGTAAGCAC CGATGGGTTG 2100 ACGTGGACGT TCTATTTACG AGATCAGATT TTCTTTCAAA ACGGCGACCC TATCACTGCA 2160 GAGACGTTCC AGCAATCCTG GCTCAATTTG TTAAATCCTG AATGGAATGT GCCGTATGCG 2220 TCTTTTTTGG ATGCAGTTGA GGGGGCACGT GCGTACCGCA GCGGCACTAC GGCTGACTCT 2280 CACACGGTTG GGATTCTCGT AGAGGGGTCA GACAAAAAGA CACTCGTGGT CAAGCTCGCG 2340 TACCCAGCAG GACACTTCAT TCAGATGCTC TGTCACCACG CATTTGCCGC AGTCCACCCC 2400 ACCCAACTGG CAAGCGTCGG CACGCTGCAC GCGCGTACGG CAAGCGCCTC AGCACACAAG 2460 CCGTTCCATC CTATCGCAAG CGGTCCTTTT GAATTACAAC AAATGCAAGC AGATCGCGTG 2520 GTGTTGCGTG TTAACACCCG CTACTGGGAC AGGGaCGCGC TTGCCCTCCA CGCCATCGTG 2580 GCGCTgcATT GCACAAGACC CTGCAGCGCG CGATGCGGGG TTTAACGATG GGAGCATCCA 2640 TTGGATTAGT GGAGCGCTGG AGCACAGTTC TTTGCAGGAT GCAGCTACAC TTCAGATCGT 2700 ACCGCTTCTG GCAACAGAGT ATCTGTGTTT TAAAACGGCA CATGAGCCGA CGTGCAAgCC 2760 ACGcTGCGCA AGGCACTGCT TTTAGCTACT CCGGTGGAGG AGCTTACCGC GCGCTATTTA 2820 TTTCCCGCAC GAACGCTCGT AACTCCGTTT ACCGGCTACC CGGTACCGCC TGTAGTACAT 2880 GAATACAATC CTGCGCGCGC ACGCTnTtTT AGCAGAAGCG AAGATAGGTG GGAAGACAGC 2940 CCGTACTCCT CTTAAAATTC TCGTTTCCGA CACCGAGGCG TGCCGGGCAC TCGCACTTGA 3000 ACTTCAGAAG GCCTGGACAG CCCTCGCACT TGCAGTGGAA ATCTGGGCAG TGCGGCCTGA 3060 AACGTACCGG GAATATGTGC AGGATGAAAA ATACCACGTG AGAATCGTGT CTTGGGTTGC 3120 GGACTTTGCA GATCCGATGG CGTTTCTGGA GCTGTTTAGA AAGGGATCAA AGACACACTC 3180 AACCGGATGG ACCCATGAGG AATTTGAGGC ACTGCTGACA CGCGCAGGAG CAGAACCGCA 3240 CGTGCTTCGT CGTTGGGAAC TTCTTGCGCA GGCAGAACGT ATCCTCTTAC AGGAAGCAGT 3300 TGTGCTTCcG CTTTCGCGTT TGCATGCACT GCACGCGGTA CAGCGGCGCA CGGTGCGCGG 3360 CTGGTATGCA AATGTGCTCG ATGTGCATCC ATTTAAGTTT ATCTCGTTAC AAGAAGAAAT 3420 AAAGGTCAAC CTAGACTCAT AGAGGGGCTG CAACCCGTGC ACACCCAGGT GTACCTTGCA 3480 ACGTAGATGT ACCGGCGTGT ACAATGCCCT CTGCATACAC AGAGGGGATT ATGGGGTATC 3540 CGTTTCGCGC TCTAGAGAAA AAATGGCAGG CCTATTGGCG CGACAAGCgs GTCTTTTGTG 3600 TGTCCGAGGA TGAGCGCTTC CCTCCTGAGC GGCGTGCGTA CGTGTTGGAC ATGTTTCCCT 3660 ATCCTTCAGC GCAGGGACTT CACGTCGGAC ATCCAGAAGG CTACACTGCA ACTGATATTT 3720 ACTGCCGCTA CTTGCGCATG GGTGGTTACA ACGTGCTCCA CCCTATGGGT TTTGATGCCT 3780 TCGGACTTCC GGCAGAAAAC TTTGCACTCA AAACTGGTAC TCATCCGCGC GTCTCCACCT 3840 CCGCCAACTG CGACACCTTT CGCAGACAGA TCCAGTCGTT TGGTTTTTCC TACGATTGGG 3900 AACGTGAAAT ATCTACCGCA GATCCAGAAT ACTATCGCTG GACTCAGTGG CTGTTCCTCA 3960 AACTTTATGA AAAAGGATTA GCCTATGAAG CAACCGCGCC CATCAATTGG TGTCCCAGCT 4020 GCAAAACAGG CCTTGCAAAC GAAGAAGTAA GAGACGCGTG CTGCGAGCGC TGTGGTGCTG 4080 AGGTGACGCG GCGTGGTGTC CGCCAGTGGA TGGTGCGTAT TACAGCGTAT GCCGAGCGTC 4140 TCCTTTCAGA TTTAGATGAA CTTGACTGGC CTGAGTCAGT TAAACAAATG CAGCGTAATT 4200 GGATTGGAAA AAGCTGCGGC GCGGAAATTG ACTTTCCCGT AGATGCGCCT GCGTGTTCAG 4260 TGCACGATAA GCTACCACAG ACAATTCGCG TGTACACCAC GCGTGCGGAC ACGCTTTTTG 4320 GAGTAACGTA CCTGGTACTT GCTCCCGAGC ATGAAGCGGT AACGGCGCTC ACTACACACG 4380 CACAACGCGC AGCGGTACAG GCGTACGTGC AACGTGCAGC AAAAAAGAAC GATCTCGAAC 4440 GCACTGATTT AGCGAAGGAA AAGACCGGTG TTTTCACCGG CGCGTACGTG CGCAATCCAA 4500 TCAATGATAT GCGCATACCG GTGTGGGTAG GTGATTATGT GCTCGTTTCc TACGGCACGG 4560 GGGCAGTGAT GGCAGTTCCT GCACATGATC AGCGCGACTG GGATTTTGCC ACTCGGTTTG 4620 GCTTACCCAA GTTAACCGTG GTGTCTGCAG ACTACACTGC AACAGTTCCT AATAGCAACT 4680 CCCCTCAAGG CGCGGTACTC CAAAGATGCG TCTCAGACGA GGGTTTTGTC GTCAACTCTG 4740 GAGCTTTCAA TGGTCTTGCT AGTGCCGACG CGCGAGAACG TATTGTTGCC CATCTTGAAA 4800 TGCGTGGCGC AGGTGCACGG CGCGTCACCT ATCGCCTACG CGACTGGGTG TTCAGCCGTC 4860 AGCGCTATTG GGGAGAACCC ATCCCTCTTG TGCACTGTCC T 4901 (2) INFORMATION FOR SEQ ID NO: 123: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2257 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: ' 123: CCCACCTGTC TCACCGGCCT GAACGCCGGC GTCGAAGCAC GCGTGATACA TCCCCCTCAC 60 CTACATCCGT TACAGAAATA ACGGAGGGTA CGAACTGAAT GGAGCTGTGC CCCCTGGGAC 120 TATCAATATG CCAATTTTGG GGAAGGCGTG GTGCAGCTAT CGCATCCCCC TCGGTTCCCA 180 CGCCTGGCTT GCACCACACA CATCCGTGsT CGGCACAACC AATCGCTTTA ACATTATTAA 240 CCCCGCGGGC AACCTGTTGA ATGAACGAGC GCTCCAGTAC CAGGTGGGAC TGACGTTCAG 300 TCCCTTcGAG AAGGTGGAGC TCAGCGCCCA GTGGGAACAG GGCGTGCTTG CTGACGCTCC 360 TTACATGGGC ATTGCCGAGA GCATCTGGTC CGAACGCCAC TTCGGCACCC TTGTCTGCGG 420 AATGAAAGTG ACATGGTAAA AACGCGTGCT GTTCGATTCC ACCTCCCCTA TCAAACCCCG 480 TTTTGCTCGT CTTGCCTTTG CAGTTGCAAA ATTTTGTCTC GGATGAGGGC TGCCTCTTCA 540 AATCGTAACT CACGCGCACA AACCTTCATG TGTAGGCGCA ACGCCTGTAc CATTTTTTTG 600 CGTGCAGCAT GTGTGCGCAC GTCTGCGTCT GCTGCGCGCA ACAGGGGTGC GACCTGTACa 660 cGCGCAGtCT TTTTTTACTT CCTGCTCACG GACCAGAATA TCTTCAATAG ACTTTTTAAT 720 CGTACGGGGT GTAATCCCAT GAGCACGATT ATACGCCATC TGAATCTTTC TCCGTCGAGC 780 AGTTTCCTCT ATTGCTTCAC GCATCGCATC GCTGATTGCA TCCGCGTACA TTACCACAGT 840 TCCGCGAGCA TTACGTGCTG CTCGACCAAT AATTTGGATG AGACTCGTCG TCGAACGTAA 900 AAAACCGACT ATATTGGCAT CCAAAATAGC AATGAATGCC ACCTCGGGCA AATCAATACC 960 TTCTCGTAAT AAATTTATTC CAACTAATAC CTCACATTCC CCCGCACGCA GACTCGTGAG 1020 AATTTCTACG CGTTCAATAG TTTCAATTTC CGAATGAACA TACTTTGTCC TTATTCCCAG 1080 TCCATTGAAA TAATCTGTTA AATCTTCAGC CATTTTTTTT GTCAATGTTA GCACCAAAtA 1140 CGTTCGTTCC gCGcACTACA AGCTTTTACC CGcTGaCATA TATCTTCTAT TTGTCCATCC 1200 GTTTTTCTCA CTTCGATGCA TGGATCTAAA AGTCCAGTGG GACGAATCAG TTGTTCAACT 1260 ATTTGCACAG ACTGTGTGCG TTCCTTCACC CCAGGAGTTG CAGAAATAAA AACTGCTTGA 1320 TTTAACAATG CCTCAAATTC CGAATCTTTC AGTGGACGGT TATCTCGTGC ACACGGCAAG 1380 CGAAAGCCAA AATCGATGAG ATTCTGTTTA CGCACCCGAT CTCCTTCATA CATTGCACCA 1440 AGCTGCGGAA GTGTTACGTG ACTTTCATCA ACAAAGAGCA CAAAATCCTT TGGAAAATAA 1500 TGAAGAAGCG TCACCGGCGG TTCACCAGAT TTTCTACCTG CAATCGGCGC AGAATAATTT 1560 TCTATACCGT GGCAATACCC CATCTCTCCG AGCATTTCAA GATCGTATTC TGTGCGCGTT 1620 TTTAAACGTG CCGCTTCTGC AAGCTTATTC TCTTGAGTTA ATTGTACCAA CCGTTCATCG 1680 AGTTCTTGTC TAATACGGTC CATGGCGCGA GGGATTGCAT CCTCTTTAAG TACAAAATGC 1740 TTTGCAGGGT AAACGGTAAG TTCTTCAAAT. TCCCTTAGAA CAGCACCGCT TACAGGATGA 1800 ATGCGACGGA TACGAACAAC TCGATCCCAA TCGCACTCGA TACGATAAAA TTCTTCTAAA 1860 TACGCAGGGA AAATTTCAAT AACGTCTCCC CGAACTCGGA AGCGACCGCA CTCGAGCACC 1920 GCGTCGTTAC GCTCGTATTG CAGAGATACA AGTTGCCGCT TGAGATCTTC AAGATCAAGA 1980 CACTGGTTGA CTTCCACGTG GATACGCAGA TCACGCCAGG ATTCAGGCAA CCCAAGACCG 2040 TAAATACACG AAACAGTTGC GACTACAATA ACATCACGAC GTTCCATGAG ACTAAACGTT 2100 GCAGATAAAC GCATTCTATT TATCTCTGcA TTGATAGAAG CATCTTTCTC AATGTAGAGA 2160 TCACGAGCAG GGACATACGA TTCAGGCTGA TAATAATCGT AGTACGACAC AAAATACTCC 2220 ACCGCATTGT CTGGGAAAAA ACCTTTAAAT TCCCCGG 2257 (2) INFORMATION FOR SEQ ID NO: 124: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 992 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 124: TACTCATCGG CGTCGCGCnT TCnTACTCCT TGGGCATTGA CTACTTCAAC TACCCCGTCT 60 GATACCATGA CCATTACATC CCCAGGACAC AACGTACGCT CATGAATCTG TATAGGGGGC 120 AGATCCACAA TGCCAATAAC TGGACAATTC GAATGAAGAT GATACACTTC GTGCGCCTCT 180 CCCGCCTGGG TAAAGACAAG GGGACTTTCC ATCGATGCGT TAATGTAGCG AATATTCATA 240 CCCGCTGTGT CAATTAATCC CAAGAATAAG GTCGTGTACT TATCGTGGAG ATGCATACGC 300 TTTACTGCCC GGTCCACCGC ATACAAAATC TCAGGAAGAT TCTTTTTGTC TTCCACGATG 360 CGAATCGTAC TGAGCACAAC ACCCATAACT AACGACGCGG CCAAACCTTT GCCAGAAACA 420 TCTCCAATTA CAAATAAAAA CAGGTGTTCA TCAATTGAAA TAACGTCGTA ATAATCCCCA 480 GATACATTAA CCAGTGGCTG ATAGAATGCC CCGACGCATA TTTCCTTGGT ATGTGGGAGC 540 GCCTTAGGCA AAAGTGCGCG CTGTACACGC GCCATCATTG CCCATTCCTG GGATACATGG 600 GAGTACAACA ACAAAGTGCT CATGTTCCTC TTTCGATTTA AATACTCTTC AAACTCTTTG 660 AACAAGAGCG ATATAACTTC GCGCTCAACA GCACGGATAA AACGACATAC TATAAAAAGA 720 CGCAGCTCTC CACTGGAAAG ACATACCCCA CGAGCCCGAC GTCGGTCAGA CATAAGACAC 780 AGATCATCAT CAAAAAAATA TATACCGTCT GACCAGTGCC ACGTGTAGTC CATAGAAAAC 840 TTATGAAGCA CAAGATCATA CGTGCGTGTG TCTGAAACAA ATCGTGGCAG CACTGTTGTA 900 AATAACACGn TTACTTATCG TATCCATTAA GAGCACTGCG CAATCGGAGC GATATTCAAG 960 CACCTCCTGG AAGGCAGCAA CAAGTTGTTC AT 992 (2) INFORMATION FOR SEQ ID NO: 125: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2291 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 125: GTGCAGGATC CGTCTCTTGT TCACGAAGAA CTCAGACACG GTTGGCGTAT CTGCAGATCG 60 CCTATGCTCC ACGGGGATAT ATTAAAAAAC ACGCGCACGC TAGAAaCCtC GCCGCATATA 120 AACgGCGGTC AAgAtTTGTC CAATACGCGA TTAAGCACAA TTACACCACT GAGTCAAAAA 180 GCAGTATCAG GATAGACAGG GGAACAGGTA TGCCTGATAC GGTAATATTT ACAAAAATAA 240 AGGTCATTGA CCAAAAGCTG GCTTCCTTTG TAAGGGAGCT CATGTCTCAC CAGGTAGATC 300 AACTCACGGT TTTACAGAAA ACGGAGGAAA TCTACGGTAT GCTCGTGGAC CTACTGATCT 360 AGCACTAAGG AAACTTATCA TGATACCTAA ACTGAGCCCA AATGCTGACC CCTGCACAGC 420 GTGTGCTTCC ACCCCTGCCT TTCCGCCGCA GCCCATGGAG GAGGAAGGAG AGTTTTTATA 480 TCAGTTGCGT CTTGAGTACT CCCGCGAAGT GTTATATGnC GTTTTCACGC GGnTACGCGT 540 GCACACTTTT GnTnGGTACC CACGCGTTAT GGCAACGACA TTGCTCGGTG CGTAGGGCGT 600 ATACGTACAC CGGTACAAAC CGATATCGCG AGTGTGGTAC GTGTTGCATC AGACCAAGAT 660 TTGTGCACAT GGCACATACA TAGGGAAAAG GAACGTGCTG CGGAAATGAT TTTTCGGGAT 720 CGCATTGAGC ACTATCAACT TGaGATGaAA TGTATTTGCT GTCACTATCC TTTAGAAgAA 780 gCACsCsTGG TaTTTCTATA CAgTGCGCCA GCACGTkTTG ATTTCaGAGA ATTAGTTAGA 840 GACTTAGGAG CTACATTTGG TACGAGAGTC GAACTGCGAC AGATAAATGA ACGGGAAGAA 900 GCGCGGATAG TAGGCGGAAT TGACTGCTGC GGGCGCGCGC TATGTTGTTG CTCAGTGTTC 960 AGCAGGTTGC GTCCAGTCTC GGTAAAAATG GTAAAGGAAA AAAATCTATT ATTTCGTTCA 1020 ACCCAGATGA TGGGTCGTTG CGGACGATTG CGCTGTTGTT TGACGTTTGA GGAATGATCG 1080 TTACACACGT AGCCTGTGTG GCGCACCTAA GTCGCTGCAC CCACTCGTAA CACCACACTC 1140 ACATGTGCAG TGTGTTCGCG TGTACAACCG ATGTGAGCGT GGTGGGGTTT GTTAGCAAGG 1200 GGACGTTGAT CTGTTCGTGC TGCTGAkTGT CTTTGTCCCG TCGTATAGAA CACACTCGCA 1260 GGTTTCCCTG CCCAATACCA TTACTTAGCC CACCTCCTCT AGGAAATTTT CGTAAATGCA 1320 GAACGTTTGG TAATACTTGA TTTTTTATAA GTCTCCATTG AATATAGGAA ACGAGTATAC 1380 CCGTTAAAAG CATAGCATTG CTCGACATTA TCTATTGTTT TACGCAAGAG GATGCAGAAT 1440 GAAGAGTCTT GAATATTATC GATCACAGCC AAAAGCAGAT GTGCACACGC ATCTGAATTT 1500 GAGTATGAAA TACGAACGAT ATAAGCAATG GTCAGGAGTA GTCATTCCAA ACTTTCCACG 1560 TAAAATGCGC GGGCTCGACG AAATGCATGA AATTATTGGT GAGTACACGC GTCCTCAGTG 1620 TAAAACTGCG CAAGACGTGT TGAATTTGTT TACCATGTCC ATAGAGGATG CCATTGCAGA 1680 CAATGTCGTC GTAATGGAGA CATCAGTTGA TATTGGCTTT ATCACCCATT ATGAAGAAAA 1740 TTTGGATCAT TTCTTATGTG ATTTAAGCGA TCTGCATCGA CGCTACAAGC GCAATGTTAC 1800 CCTTCACTTT GAGCTCGGTA TCTCCAAAAT ACGAGAGCGC AGyTnCGTAG AACAGTGGGC 1860 TGAGCCCATG ATGCGAAgCG GTATCTTTGA AAATATTGAC CTCTACGGTC CAGAGATTTC 1920 CGAAGGAATC GAAGATTTCA TCTATATTTT TAAACTGGCC GAGAAGTATC ACTTAAAAAA 1980 GAAAGCCCAC GTAGGCGAGT TCTCTGATGC GCAATCGGTA CGGCACTTTG TCGAAATATT 2040 TAACCTGGAC GAAGTCCAAC ATGGCATCGG AGCCGCTACT GACGAGAACG TTTTGCGGTT 2100 TCTAGCTGAA AGAAAAGTTC GCTGTAACGT ATGTCCAACC AGTAATGTCA TGCTCAACGT 2160 CGGTGGAATG CCCTAGAAAA ACATCCTATA AAAAAAATGA TGGATGnCAG GGGTCCGTGT 2220 TGGGTTAGGA ACTGACGATC TTCTCTTTTT TGGAAAAACA AATAGCGAAC AATTGTTTGA 2280 TATGGTTTCC T 2291 (2) INFORMATION FOR SEQ ID NO: 126: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2169 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 126: CCGCCAGTCC ACCGGTGnCA CCCTTCAACG CCGGTTAGGG AAAGCGTGCG GCACGCCAGC 60 GAGCGCAGCG CATGCTGGAG CkCATTCCAA GAATGGAGTA TGCCACGCAC AGGCTCCTGG 120 GTACGAGCGT GCATTTCTTG AGCcGCtGTT GACACACGGC CGAGTGTAAc GGAGCACTGT 180 GCCTTGTGCT AGTCCCTGAG CGAGAAGGAT GCAGCAGGAG AGGGCAAGGG AGGAGAACAG 240 GAAGGAGCAC CGGTAGTAGT TGATGGGGTT AATTTTTTTC CGTTATGATC GCTGCTATAT 300 GTTGTCGGTG TTGTCGTATC TTCACGTGTA CTTTGGGCCG TTTCGTCTGT TGCAATCTTA 360 TGCGGTGTTG ATGGGGATTG CCCTGTATGC GGGATTCTTT TTTACGTATG GGGTGTTGCC 420 CAGTGCGTAT CGCTTTTTGC CCCAAGACAG GGGGCGTGCG TTTGCGCCGT GTGCACAGGA 480 AGCAGCGGGT AAACCCACAG GGGCAGGAGT GATTTTTGTG TCCGTCTTTG TGTTGTTAGT 540 GTACCTGCTT ATGCGTCCGA GTTTTGTGCA TGCGCTTATA TTGCTGCTGA CGTGGGGGGT 600 GATGCTCACC GGATACTTAG ACGATTGCGC GCAGGTGTGC TGGGGGGAGT ATCGCAAAGG 660 CGCGTTGGAC TTTTTGTTTG CGGTGCTGAC AGCAGCGCTG TTGGGTCATT TTTATTTTCA 720 CGATCAGGTG TTCTGGTGGT TTCCTTTTTT TTCAGATCCG GTGTTCGTCT CTCCTTTTTT 780 ATTTTTTGCC GGTTCGGTGG TGATTTTGTG GATGTCAATT AACGCAACCA ATTGCACAGA 840 CGGGGTTGAC GGGCTTTCGG GAGCGTTGGT GTTGATGGCG CTTCTTTCGA TGGGTACGAT 900 TTTTTACTTT TTGTTGGGAA ATGTGCGTGC GGCGCAGTAC CTACTGGTGC CGTTTGTAGT 960 GGATGGTGCG CAATGGGCAC TGATGAGTTT TGCACTTGCC GGGGCGCTGA TGGGGTATGT 1020 GTGGCGTAAT GCACACCCTA GTACGGTGTT GATGGGAGAC GCAGgCTCCC GTGCGCTGGG 1080 GTTTTTCATT GGGGTGTTGG TGTTGATCTC GGGCAATCCA TTTTTGCTGT TGATGACAAG 1140 CGGTGTTATT TTGGTGAATG GGGGTACGGG GCTTCTAAAA GTGGTGTTGT TGCGTTTTTT 1200 TCATGTGCGG ATCCTGAGCC GGGTGCGCTT TCCGCTCCAT GATCACATGC GTGAGAATTG 1260 GCACTGGTCT ACGGCGCAGG TATTGCTGAG GTTTATGATT TTACAGGGAC TGCTCACGAT 1320 TGGTCTTTTG GGGGTTTTGT TCAAACTGCG GTAGAGGGAG GGCaCCCCTT GCGGGGCACG 1380 CCGGGCCGAG CGAGGGCGAC GGTGCGGAGT ATCCGGCGCC TTGACGTGCG TTTATTTCTT 1440 TTGCTAGCCT GCCCCTAATT GCTTTCCGTT TCCGGAATGA TGGTAGAGGA GACAGGGCGG 1500 AAGGCGTGGG GTGTGTATGG TGCCGGTGAG AAGgTTCATA GCGGTGTGTG CGGTGACGGC 1560 GTGTGCCGGG CCGTGTTTTT GCGTTCAAGC GTTTATCTCT TCTCGGATCG GGTATGGGCG 1620 CTTTGGGATA TATGGGAACG AGATAAAGGA CTCCTACTAC AAACATGTTC CGATGACGGG 1680 ACTAGGGGTT GACGTGGTAA CGTCTTCAGG CGTTGCGATG GTGTTCAATG TGGAGAaTGC 1740 kTTGACGCaG CTCATGTTTC gCGCGCAGGC GCTGCTGGGG TACGCGTTTG AGGTTGGCAG 1800 GTTCCGCTTT ACACCTGCCA TTGGCGGCAG TTTCCTTGCG TCGCACGACC ACGCCGCAGG 1860 GGTGGCTCTG TCGCTTGACT TTCAGTATTT CTTTAATGAT TGGGTCGGGT TGGACCTGAA 1920 CATAGGCGCG GGGGTGGATG TTCCGGTGAA CAGTAACCTG CGTTACCTGA TGCGGGTGGG 1980 GACGCCGGAG TTAGCGAAGA TTCTCATCAC GCATACAGTG ACGCATGGAC TGGCTAATCG 2040 CTGGATATCA GGTCCCCACT GGTGGAATTC TCTTTCTTCG TGGGTCGGGA ATACCGCGGG 2100 AAAAGTGGCT GGATTTGTAG CGCGTTTGAT AGCAAATTAT CTGCTGAAAG GCTCACAGTA 2160 CAGCATGTT 2169 (2) INFORMATION FOR SEQ ID NO: 127: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 693 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 127: TACCACCAGC AAACGCCGTG AGGTCAGTCC TTCCCGGCAA ATTTCAAAAA AGAGCGCAGG 60 GAGCCTGTAC ACATTGAGTG CCAACACCCA CAGCCCGAGG AAAACATAAC CCACAGCCAT 120 CACTGGTACT ATCACCGAAC TGACAACACT AATGCGCGCG ACCCCCCCAA AGATAACAAA 180 CGCAAGGAGA AAAGACAGCA ACACCGCTAG GATCTGGACC CACAGAGAAG AATCCTTTCC 240 GTAGTAAGAG AGAGTAGAGA CAATATTATA AGCCTGTAGT GCATTGAACC CGTACGCGTA 300 TGCAAAGACA AGACACAGCG CAAAAAGCAC CCCCATGGAG CGACTTTTCA GACCCATTTC 360 GATGTAATAG GCGGGACCAC CTCGAAAACC ACACGCAGTA CGCGTTTTGT ATGCTTGGGC 420 GAGCGTACTT TCGACAAAGG CACTTGCAGC GCCAAAAAAG GCACTCACCC ACATCCAAAA 480 CACTGCCCCT TTTCCTCCAA AGGCGATAGC GTwAGcAACG CCGACAATGT TCCCAGCCCC 540 CACACGGCTC GCAGTGGAAA TCATAAGCGC TTGAAATGAT GAAACTcCTT TCCCCCTCTT 600 TTCAGCCAGC GCTGCAAACG CrGGtTCAGA AGACTAAGTT GAACACAGCC AGTCTTTATG 660 GTaAAAAGAn ACCGCAGACG ACAAGCCAAC CGA 693 (2) INFORMATION FOR SEQ ID NO: 128: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 4835 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 128: CCACTTCACA TCTTTTCATC AAATTACCGC ATAATACGAT CAACCCTCTT TCCAAATACG 60 GACACCAATT GCCTGCAAAC GCTCCACTaG ACGTTCATAT CCACGCTCAA TTTGATACAC 120 GTTACGGATT ATACTTACCC CGCGCGCACA ACACGCTGCA ACACCATCGC CATTCCCGCA 180 CGCACATCAG GAGATACCAG GTCACTCCCA TGCAATGCAC TCGGACCTGA AACAAGCGCC 240 CGATGCGGGT CACACAGGAT GATACGCGCA CCCATGGTAA TTAACTTGTC CACAAAAAAC 300 ATACGCGACT CAAACATTTT CTCATGAATC AATATAACCC CTTCGACTTG AGTCGCCACC 360 ACTGTCATAA TGCTAGTCAG ATCCGGCGGA AATGCAGGCC ACGGGCCATC ATCTATTTTA 420 GGAATCATAC CGCCAAAATC GTAATTTACC CGCAGATCCT GCGACGCaGA GACGCTTACC 480 GCGTGCTCTT GCTCGCTCCA AATTACTCCA AGTTTTTTAA ACGCAAAACC TAGTGGACGT 540 AGATCACGTA CGTTCACATC CGAAATCGTC AATGCTCCAC GCGTTACTAC CGCAAGCCCA 600 ATAAGCGAAC CTACTTCCAT GAAATCAGCC CCAAGTGTAT ATGTGGTACC ATGCAACGCG 660 CTCACCCCCT CAATTGTTAA AACATTCGAT CCGATGCCAG AGACGCGCGC ACCCATCGCA 720 TTCAACAAAT GGCATAGATC TTGCACATGC GGTTCGCTCG CCGcGTTCGT GATTACCGTA 780 ACCCCCTCGG CAAGAACTGA AGCCATAAGC ACATTCTCTG TCGCCGTCAC AGATGCCTCG 840 TCTAAGAAGA CATCACATCC CACCAGCTTA TTTGCAGAGA AAGTAAACAC CCCATCTAAA 900 CGAACTTGTG CGCCAAGTGC GGCAAgCGCA AGAAAATGCG TATCAAGTCT CCTGCGCCCA 960 ATAACATCAC CACCAGGTGt GGGAAGCACT GCTTTTCTAC CACGCGCAAG AAGTGGCCCT 1020 GCAAAAAGAA TGGAAGCACG CACTTTCTGC GCAgCTtCGC ACGGCACTTC GCACGTCTGT 1080 AACTGAGGAA GATGTAACAT GTACTCATGA TTACCACGCC TTTCAACACT CCCACCAAAC 1140 GCACGAAAGA TAGTTAACAT CACCGCCACA TCCTCAATGT CGGGCACATT TTGCAGTAAC 1200 ACTGGCTCTT GTGTGAGAAC TGCCGCCGCA ATACAGGGAA GCGCTGCATT CTTATTTCCA 1260 CACACGCGAA TACAACCTGA AACGGGAAAC CCACCTTCAA CACGATAGCA ACTCATGCTC 1320 TCACCCCTTT GCGCACACAT TCCTGTAGAA CACCGATCAA CATACAACTT AATTGCACGA 1380 ATACCGCAAA AGTACGGCCC CATCCTGTGT ACTTACTTAG GCGTCAGCaA ACGCTTGACC 1440 TACATGCTCG AGTGTCCACG AGGGCAGACA CAACATACCG ATCGAGTACA CGGCGTATCT 1500 TAAAACGCAA TCCTTCAATT ACCAACTCAT CCCCTACCGT AGGaGACGTC CAAAACGTTC 1560 CAGGAGTAAA CCTCCCACCG TGTGGTACAc GCGCGACTGC AAACGCGTAC CTAACACTTC 1620 GTTAAAATAT TCAAGAGGAA CCGTTCCTGA ACATAAAATC TCATGAGTAC CGACGCTTTT 1680 CATCTGAAAA TCAACACGAG GTTTTGACAT TCGCTGcACC ATTGACCCAT GCACTGTGTA 1740 TCCTTCTACT CCTTCCGAAA CTCCAGCAAG TGAACCAAAA ATTACCTCCA TAATGTCTGT 1800 CATGGTTACT AATCCTTCCC CATCGCCCCG CTCGTCTACC ACTAACGCCA TCTGcTGCTT 1860 TGATACCGAG AGCATATCTA ACACTGAAAA AAGGTCAGCT ACATTCGGTA CACAACACAA 1920 CTCCTGTGCC AAATCACCCA CCCGATGCAC CGCAGCTCTG GTGTTCGCTA CACATGCCGA 1980 CACCATCTGA TCTGATGACT GCGAGGGTAA TACTTTACTT TCTCCAAAAA TATCCCAGTA 2040 GTGTACGAAA CCCCAGACGA TCCCCGCAGC ATCATGCACG AGCAACTGAG AAAAGGAACA 2100 GGTACGAAAA GCATCCCACA CATGAGATAG TGGTGTGTCC TGAAAAACTG ACACAAAGTG 2160 TGTGTGCGGT ACCATAACGT GTGCAAGCGG TATGCGTTTA AACTGTAAAG CGCGCTGGAA 2220 CAATTGATTT TCGGTTGACG AAATCACCCC TTCTCGTGCC CCAACTGCAA TAAGCGTTTT 2280 AATTTCTTCT CGCGAAAGAC ACGTCGTATG ACGCGGcAAA AAAATACCCT CCAGCACATG 2340 CATCAATGCT GACGACACAC ACGCGCAGGG GTACAGCAAC CAGTAACTCA ATTGCAAAAA 2400 AGGCGCAATC CACATCAAGA ATCCCAGTGA GTACCGTGCA CCCAGCGCCT TCGGGAACAT 2460 TTCTCCACAA AGAATAATCA CGCACGTCAC CGCAACCAGT GCCTTCCACA CCGACTGTGC 2520 ACCCCACAAC TCCATAGAGC CTAACGTCAC CACGCTAGAG AGCACCATAT TCAGTGCAGT 2580 GTTTTGCACA ATAACTGTGG TAATCAGCTG TTCGCGCCGG GCCAGAAGCC AGCATAAGCG 2640 TTGTGTACAA CGTGTACTGT GCCgCTTAAG CTTACGTTCA TCGTCTTGGT TCACCGACGA 2700 CAACGCGCTT TCTGAACCTG CACATAGGGC CGAGCACACA AGTAAGAACA TGAGTTCCAA 2760 TCCTACCAGA AAAGGGTATG CCACGCGCGC TTCCCTACTA TCCTTGAAAC TCAAACCGAA 2820 CACGTACGAT TCTGCGCACA TGCAGTTGTA GCACCACACA ACGCCAAGAA CCGAATACAA 2880 CCGTGGTGCC AGGATCAGGA ATACACCCTG TATACTCCAT GATAAGACCT GCAAGGgTCT 2940 CACTGGTACA CGAAGAAAAA TCGGTGCCGA GTAGATCATT TATCTCATCC AAGCGCAgcG 3000 ATCCAGGAAA TATATACGCC CGTACCCCCG CACGCGTAAC cTGCGGACCT GTTGAATTCA 3060 CAGGGAATTC ATGCGCACTG CTCTTAAAAA ATGCTTGGTA TATATTGTGC TTTGTCACAA 3120 GACCTGCCGT CCCGCCATAT TCATCAAGCA CAATGGCGAC TGCGCGTGAG TGTGCGCGCA 3180 ATTTGTGCTG CACATATGCA AGTCGTGTAC ATTCGAAGAC AAAAACCGGC GCGCTCACAT 3240 GTTGCATCAG TGTTCCGCAC TCTTCTAAAT CTCGTCCGTC TACCTCTTCT GAGCACAAGA 3300 ATTTCTTCAC ATCGAAAATA CCAATTATCC AATCAACACT CCGTTCATAC ACTGGAACAC 3360 GCGAAACGCG CATCTTCTGT GCACAGGCAA TTGCCTCCGC CAGAGAACTC GCGCGCGGAA 3420 CTGCAATCAA TTGCGCACGA CAGGTCATAA TATCTCGCGC AGTAAGGGAT GCAGAATGCA 3480 AAATACGTTG ATACAATGCG CGTTCGCGGG AAGTCACAGT GCCATCCGCC TCTCCAGCGT 3540 ACAGTACGGT GTGCAGGTCG TCATCCGTAA CACGCAGCGA GGGAGTGTGG CACGCGACAC 3600 GCGCAAGACG CAAGAGCGCA CTCCGCGCCA TACAGAACAC CTGTACAAAA GGAGTAAGCA 3660 TCAAAGCGCT CCACTGCAAG AATCGCGCAG TATGCAGTGC CAtGCGTTCG GCCGGCACAA 3720 GGCAAGTGAC TTCGGAATAA TTTCTCCAAA AAGAAGTGTA AGCACCGTTC CTGCACCGAT 3780 GCTCCACCCC ACTGCGTGGA TGCCAAAGAG GGCACGTGCA AAAAGCGCAA TGACTGCAGA 3840 CAACGCACTG CTCGCCAGGG TGTTCCCGAT AACCACAGCA GCAAGATAGA AGTTTTTCCG 3900 TCGAAGGATA CGCATTGCCA CTCGAGCGCG AgCATGACGT TTTTCGTACA GGTAGCGAAG 3960 TCTTAAGGTA TTTAGCGCAC AGAACGCTGT TTCCGCAGCA GAGAACAACA TGGAAAGCAC 4020 CAGCAGCACT ACCAACACAC CGAACGCAGC GGAAACGGAA AGAACACTCA CACGTAATTC 4080 CCCCGAAGGc tAAAACACCA GAACCGAAGA GACAACGCCA TACATCCTTG GACCCCTCCC 4140 CGCTGGGGGG GGGCACCTTT TAAGGTGCTC ACGCCCTTGT GTCAAGAGCA CACCCTCCAC 4200 TACAATGAAc TGCGTGTCCG GAGACCGCGC GGAGTCCTCT TTCTATGAAT AGAACCGAAT 4260 CTCCTCGTGG CTTAATCAAA GCCACCGTAC GTGAACAAGA CCGAGGCCGA ACCGTTTATA 4320 AAAAGATTGC CCAGTTCCTC TCCCTCATTG GAGAAGAGCA GGCGGCGCTG GTGCTCAAGC 4380 AACTTGAGCC TGCACAGATT GAGGCGGTGG TTGCCGAGCT CCTGACACTC AAACCCCTCA 4440 GTCCAGAAGA AGCGCGTGAG ATcTACGGGA GTTTTCTGCC CTCTGCGCTC GTGTGTCGCC 4500 TGTTACCGGT GGATGCGTnT GCGCAGTCGA TGCTTTCCAA AGCGTTTGGG GAAGAAAAGG 4560 CCGATCTTAT CTTGAAGCGG GCGGTGCCAG CGGCACAGCC GAAACCTTTT GAGTTTTTGG 4620 TGCGCTTGAa GCCTCCCAAC TTCTCCCCCT CCTGGAAGGA GAACTACCTG CCACCAAAAC 4680 ACTCATCCTC TCGCAGCTGC CTCCAGAAAG CtGCGCACTA TTTGAGTAAT ATCAGcACAG 4740 AGGAGAAGAA GGACTTGATC GTTCGCCTTG CAAAGTTAAA GCACGTTAAC CCTCAGGTGC 4800 TGCAAGTCAT GAGTGACTCC TTGCACAAAA AGTTT 4835 (2) INFORMATION FOR SEQ ID NO: 129: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2355 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 129: GGCTTTCCCT GCGTTATAGG AGGTAACGAT TGCACCGCCT GTTCAAATTT TTCCCACACA 60 CCTGGTGGTG ACTGCGATCG CATCTGTGCG GCGAGTTCAT TGCGTGTCTT CGCAGCAGCA 120 ACAAGTAACC CAAGCGCGTG CATGAGCGCG GTGTCAAAAC GATTACAACC ACGCTGTGCC 180 GCAAGCGTTT CAGCGAGGGA CTCCCTCGCG GCACCCTTCT TGTACGGTGT CCCAGCATCG 240 AAGGCACACA CGATCTTGAA TCCTGCTCCC GGGGAAAGCG TCAAACGCGC GCCTACATTC 300 CACAGCACAG TATCTTTGTT TTGATGATGC GTCTGATCAG GTCCAGTTCT GTACCCTGcA 360 GAAAGAGTAG CACAACTTGc TGcCTCAAGC CTGaCCTGTT CCCGCCCCTT TCGGGCGTAT 420 ACGAGCGTGA ACTCAGTACC AAGGCCATAT TTACTGTGCG GGTCCGCTGG CATGCGCCGA 480 CTATTGGTGC CCTTTCCTTT CACCTTAGAG GTGACAGAAG GAGCACTTTT CCATATACCG 540 TTCGACGAAA AGGAAAGGGC ACAGTTGAAT GTAATGCCAC TGTTCGAAAT ATTCCGTGCC 600 TGATATGCGA TTTTTCCGCC AACCCCACCA AACCCTGGAG CGTATTTGAC GCTCCTTGAC 660 TCATAACTAG TAGTAATAAA GGGGGTCCAC AACTGCGCAA AATTAGAGGG AAAAACGGGA 720 TCTTTTCCTA CAGAAAAAGA GACATCGTAG AGGTGGAGTG TGGCCTCAAG GGAAAAATCG 780 CTTCTTCCTG ACTTTAAGAA AGGAGAACGC GTCGTCATAC TTGGATCCGC AGTTCCCGAC 840 CCTAAAGCAC TTTCAAAATC CACCTTCAAT CCCTTGAGAG AAAGCTCAAC CCATATGGGA 900 TCCTCACCTG AAAAGCTCGT ATACGTGGCG CCTTTCTTGG GCAACAAGGG AAAAGCAAGC 960 TTCCAGCTGC TCTTCGTGCG AAACCCATGT CGTATGCTTT TACCCGCTGT AACTGGAGAG 1020 GCACCTTCTG CATCAAAGAC GACACCCCAG CTAAGTTCAG CAGAAcCGCT GAACGCGGCG 1080 GAGGACGAAA AGGCGCGTGA AACCCCGTCC AAAACCGCAC CATGAAGGAA AAACACCCCA 1140 CACCCTAACG CAAAACGCGC ATATACGGAT ATACAGGCGC CCATAGGGCA GCCATTATGA 1200 CCCTTTCATA AACACGATCA ACATTTTTTC CCGTCAGCGG TAATTTTTTT CACTACTTCA 1260 CTCAGTTTTC GCACAAATGG CACAACACCA CGCCCCGTTC CTTCTATACG CCTCCCCAGA 1320 AAGTGACTCT TCTTCCCACC CACGAATATC TAATGTACAC CAACATACAT TACAGATACT 1380 GCTAGATCTG ACACATGACA TCGTTGTACT AAACTGTGGT GAAAACACGG TACACTACTG 1440 TATGCATGCG TCTAGTGTTA GGCTCGTGCA TTTTTATACT TTTACTCCGA GGGCGCGCTA 1500 CCGTATCGCG TCTGCACGCG AGCCCGGCCG TCACCATTTC GGGGAGTACT CGTCTTACTT 1560 GGGGCATTAA CTTAGGCGCG AAGGCGAACT TCGTGCTACC CGTAGCACCG CTTGGGGCAA 1620 CCGGCACTGT GCGAGAGAAC CCCAATCATC GCTTCCGTCA TCGCAGACAC GGTTTTAGGA 1680 GTTCCAGTAC TCTCTTTTTC TCGCTGACGC TTTGTCCACC GAAAACTCGG TCGAATCTGC 1740 ATAAAAGCAG CGGTGTGTAT GCAGAAATCC TGTTAAGGAA CCTAGAGTGT GCGCTCCCCC 1800 TCGGTTCCTT ATCTGGTGAG GCTTTAGGCG AACTCACGCC CACAGAAAAA CAAAGCTTCT 1860 CCGTAGAAGC GACCCTTCGC TTCTACGGCG CATATCTCAC TATTGGAAAA AATCCGACCT 1920 TTTCTAAAAA TTTTGCCAAA TTGTGGCCCC CGTTCATCAC CACACGATAC AAGGAAGCAG 1980 ACACCCAATA CGCCCCTGGC TTTGGGGGTT ATGGAGGGAA GATTGGTTAC CGCGTAGAAG 2040 ACGTCGGGAA TTCCGGGCTA GGTTTTGACT TTGGGTTCCT TTCCTTCGCT TCAAACGGCG 2100 ACTGGAGCAC GAGCGGGACT AGCCATAGCA AATATGGGTT TGGTAGTGAC CTCTCTATGG 2160 TACAAGAGAA ACAAGAAGCT GTTTTTAACT GTGGAACTCG CCGGTAATGC TACCCTCCAG 2220 GAGGGTTATG CCACGTTAGC TCCAACATTT TCGGGAGCAC CCAACAACAA ACGGGCATCC 2280 CACGCGCTCT TATGGAGTGT GGGAGGGCGT CTTTCGATCA TGCCTGGTGC AGGATTCCGC 2340 TTCATTTTAG CTACG 2355 (2) INFORMATION FOR SEQ ID NO : 130: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 718 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 130: CGGGCGCGTC GAGTAGTCGG GTGCAGGAGG GATCTGCAGC GAATGACCAT TTTCAGGACG 60 AATCGACCAC GGCGAAACTC CTTTAGTCAG TGGCCGCCAG CGCGTGGAAA TAGATGTGGA 120 TGGATGAGTC TCCCGTCCCT GTGCAAGAGT TTAAACTTTC TCAGTTTGAG GGTCCTTTGG 180 ACcTCCTGCT GTTTCTCATC AAAAAGAACG AGCTGAGCAT TTACGATATT CCTATTTGCG 240 AAATTACTGC TCAGTATCTG CAGTACGTGG ATCAAACCGT CTCGCCCGAT CTCCGTGGTC 300 TGACGGAgTT TTACGCAATG GCTGCGGTTC TTCTGTACAT TAAAAGCTGC ATGCTCCTCC 360 CAATGGAACT AGATCTAGAT GGTGAGGATA TCGAGGATCC TCGGCAGTCG CTGGTGGAGC 420 ACCTTATCGA ATATCAAAAA TACAAGCAAC TTTGCAAGCT GATGGAGCTG TATGAGTGTG 480 AAGACATGTG GTGCGTTGAG CGAAAAAAGA CGCAGCATCT GTTTTTGTCT CCAGCAGAAG 540 TGCCTCTCCT ACACGGTGAC GTTCGTGATT TGCTGATGCT CTTTATTCGG TTAGTGAGAA 600 AGACGCCTCA GTGGATTATG GATTTGTACG AAGAAGTTTC GGTAAATGAG AAGCTGACAT 660 TGCTTTCGGA ATTGCTTGGG GTTCGGGGGC GGTGTGTATT TACTGAGCTT ATTAAGCA 718 (2) INFORMATION FOR SEQ ID NO: 131: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1959 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 131: CAACTGTGCA CCGCCGGnTA nAATAAGTGG ACTCGCACAA CGCCAACAGT GTGGATATGC 60 GTGCGAAATC TGTTCGCGTC TAAATAACGC TCCCTGTTTC TGCACACGTG CAATAATAGC 120 CTTATCAGCA GCTTTTACAA AAAGCCCCTG ATAATCTGCA ACCTCTGCGG TAAAGCGACA 180 CTCTGCATCA AGAGGACACT GAATCGAAAT ACCCGCATCC TTAAATACTT CATAATCATC 240 CTCTCCGAAC GCAGGTGCGA CGTGTACAAC ACCAGTGCCG TCTTCAGTAG AAACAAAATC 300 CGCAACTCGC GTACAGAACA ATCCCTCCTC TGAATCTCCT TGTACAGAAG GATCCGGTCC 360 CTGCCCAAAC ACAGGATAAG AAAAAAGCGG CCGATAGCGA ATCCCCGCAA GATGTTCACC 420 TCTTTTTTCC CACACTACGC GGTAnAGnAC GAATCTGGAT AaTAGAaTTC AgACGAGAAC 480 GAGCCAAAAT ATAGTGCTCA TCATTCGCCT CTATTAGCAC GTACAAAATT TGTGGTCCCa 540 GCGCAAgcGC TGCtTGCcGG AgCGTCCAGG CGTGGTGGTC CATGCAAGAA AGCACGTATG 600 CGCAGGAAGT GATGCACTTC CCCAAGACGC TGCCGCACAA AACTCCCGTG CAGCAGGACT 660 ACCAGGAACA ACAGATGTAC ACTCAAAACG CACAGTAATG GCAGGATCAG ACACATCCTG 720 ATATCCACCT AAATTCAATT CGTGATTAGA AAAGcTGTCG CACACCGTGG ACAGTACGGG 780 AGTATTTTAT AACCTTCATA CAGCAGTTTT CGCTGCCATA GTGCGCCACA ACCCACCACA 840 CGGACTCCAT GTAGCAGACA TCCATGGTTT TATAGTCATT ATCGAAGTCA ACCCAGCGCC 900 CAAGACGCGT GAGTGTGCGC TGCCACTCCT TCACATATCG CAGCACACTG GAGCGACATG 960 CCGCGTTAAA CGCGCTGACA CCATACGACT CAACATCACT TTTTGAATTC AAATTGAGCT 1020 CTTGCTCAAT CAGGTGTTCA ATGGGCAGAC CATGACAATC CCATCCAAAG CGACGCGGCA 1080 CGTACGCACC ACGCATTGTC TGATAGCGCG GAATAATATC CTTAATCGTG CTGGGCACAA 1140 AGTGACCAAA ATGTGGCAGT CCAGTTGCAA AAGGGGGACC GTCAAAGAAA ACATAAGACT 1200 TCCCCTGCGC ACGCTGCGCC ACAGACTGCT CAAACACCCG GCGTTCCCGC CAAAAGGCGA 1260 GAATACGCCG CTCCTGCGCG ACAAAATCAA CCTTTGGGTC CACAGGCGTA TACATACAAC 1320 CTCCGTTGCT CAGAATCGCA TAAGGAGCGT AAGGCATTAT ATCATTTTCG TCCTTCCTTT 1380 TCCCCATACG TCTTATGACC GGCGCCACAC CTTTCCCCAC CTGCACCAGA TACCCCACGT 1440 GTGCGTAATC GCACGTGCTC TGCCAATTAC TGCATTGAGT ATTACGTATG CAATAATGCC 1500 CCACATTACA CCTTCTGCAA TCGAATACGA AAAAGGCATC ATCAGAACTG CGACGAAGGC 1560 AGGAAACCCT TCCCCACATC TTGAAAATCC ACATTGCTTT CCATGCAGCT CGTTACCGTA 1620 ACAGTGCAGG GAGCGATGGT AGCCGACATT GCAGTTGCAG TGAGAACCGC ACCCCATCCA 1680 TTCCTGTATG CGAGCGTATT GCAGGATTCG CCGCAAGCAC GTAAGCCAGT GCGAGAAACG 1740 AGGTATCAAA AAATGAGCGC ATTCTTATGC ACATGATTCA AAATGACTAA ACCTCATAGT 1800 AAATGAGGCG CCACCACGGG ATGCAGAACG CACATCGGTA GAAAAACCAA ACATTTTCTT 1860 CATCGGAGCC TGTGCATGCA CAAGCTCCCG TCCGTGTTTT GAATCCATGC CCAGAATTAT 1920 TCCCCCCCGC TGTATGATCA CATTCATCAC ATCTCCTAC 1959 (2) INFORMATION FOR SEQ ID NO: 132: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 722 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 132: GTTCCGTCAG CAATTTCAGT ACGCGGTTGA GGTATTGGGC GAAAAGGTTC TCTCGAAGCA 60 GGAGACCGAA GACAGCAGGG GAAGAAAAAA GTGGGAGTAC GAGACTGACC CAAGCGTTAC 120 TAAGATGGTG CGTGCCTCTG CGTCATTTCA GGATTTGGGA GAGGACGGGG AGATTAAGTT 180 TGAAGCAGTC GAGGGTGCAG TAGCGTTGGC GGATCGCGCG AGTTCCTTCA TGGTTGACAG 240 CGAGGAATAC AAGATTACGA ACGTAAAGGT TCACGGTATG AAGTTTGTCC CAGTTGCGGT 300 TCCTCATGAA TTAAAAGGGA TTGCAAAGGA GAAGTTTCAC TTCGTGGAAG ACTCCCGCGT 360 TACGGAGAAT ACCAACGGCC TTAAGACAAT GCTCACTGAG GATAGTTTTT CTGCACGTAA 420 GGTAAGCAGC ATGGAGAGCC CGCACGACCT TGTGGTAGAC ACGGTGGGTA CCGGTTACCA 480 CAGCCGTTTT GGTTCGGACG CAGAGGCTTC TGTGAtGCTG AAAAGGGCTG ATGGCTCTGA 540 GCTGTCGCAC CGTGAGTTCA TCGACTATGT GATGAACTTc AACACGGTCC GCTACGACTA 600 CTACGGTGAT GACGCGAGCT ACACCAATCT GATGGCGAGT TATGGcACCA AGCACTCTGC 660 TGACTCCtGG TGGAAGACAG GAAGAGTGCC CCgCATTTCG TGTGGTATCA ACTATGGGTT 720 CG 722 (2) INFORMATION FOR SEQ ID NO: 133: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2308 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 133: CGACGAACAC TCCAACCCCA AATGACACCT TCTCCGGAAG ATTACCCAAC TCAACCAAAT 60 TCCGACAACC TTCAAACAGA CCATCTGCAA GATTCTTCAC TCCAACTGGA AGACGAACCG 120 ACGCTAATTC CGCGCAGTCT CGAAAGGCCC CAGATCCAAT TTCCTTCACG GAATTAGGTA 180 AAACCACGTC TACAAGGCTT CCACACGAAG AAAACACATC CTGCCCAATC ACCTGCAGCG 240 ATCTCGGAAA CACAATTCCT GCCAGACTCA CACACTTGTG AAATGCATGA TGACGAATCT 300 CTCGCAAGCC GTCCGGAAGT TCAATACGAG CGAGTTTTGT ACACCCATGC AAATGGCATG 360 GCTGGCCCAA TnCATGGCGC ACCGAAACTA GGCAACGnAC ACCCGACACC AGCGGAAACG 420 GCACCCATAA AACGCCTTGG TAGCCACCTC GGACAACCGG CAGCCCATCA ATCTGACTGG 480 GCAGTACCAC TGCAATGCCC TTGCCCAGAT ACCGCGTGaT AATTATCCCA TCACGGTCGG 540 GAGTCAGACC GTACTGaAAA AACTTCGCCG GCGTCTCTTT CACCTCCgCA CGAGAGACAG 600 CATTCTGCTT CGCAgAGACA GGATGCGATA CCAGTACGCC CAAACCGATA CACCACATAG 660 CAAAAACGAC TACTTGTTTT GGCATTATTT CGTCCTCCTT TTTAAATCAA CACGAGCCAA 720 AAACTAACAC TCACTTCAAT GGATACGCGT CCCACACAAG CGGTGCGCAA sATGgACGAA 780 CCCCCTTGAA AAGGTCAACT TTTAAAAAAT TAAGCACTCC CGCAGATATG CGCACCGTCT 840 CCTACAGGGA CTCCATACCT CGCCGGTAAA ACTAAGACCG TGAGCCCTCA CCAACGCAAG 900 ACAGTTGCAC AGCAGTATGT ACAACTGCGC GCAGACCCGC TCGATAGCAG GTAACTCAAG 960 TGCGCTGAAA cCACTCGAAG ATGCTGCTCA TCAATTGCCA CAGTTCCTAT TCCGCACTGT 1020 TCGAGCAGAT ATTGGCGCAG TGTTTCTGCA GAAAAACCTA TGCAACGGAT ACAGGTAAAA 1080 TAACCAGAAT TACACGGCAA AAACTCAACA CGCAGCGGTA CCGCAGCCCC ACACTCCGTT 1140 GTGCTCCAGG TAAGATCACG TACCACGCGC TGCACCTCTC GGTAGCGTGC ACACATCAAC 1200 TGAAAAAATT GGTGTCTCTC ACGTGCCGTG GCTGAACCCA ACCCAGCAGG CTCATCCTCT 1260 TCAGCCAACA GACGCAGCGC AAGGTTCTGC GTAAGGTGGC AGTACATGAA AGTGATGCAC 1320 GGATCATCCC CATGACTTTT TTTTCAAAAG CCTGGTACTG GGAAACACCA ' AGAGCGAGTC 1380 CTGCACAGCT TAGAAAACCC ACGCGTAATC CCCATGCGTA CTCTTCCTTC GTTAACCCAT 1440 CTATCTTTAA CGCGCAGATA TTCTTGTGCG CTTGCGcAAA GcGGGCAAAA AAAGAGCCAC 1500 GCATCAAAGA CGCCTCATAC TCGAACCCGC TA ACGCATC GTCACAAATC ACCAGTACCG 1560 CACACCCTGc GTCAgaTTAA GCATACACCA CCTCGTATAA TTGCTGTGCC TCCTCTTCCG 1620 TGGGGGTATA ACtGACGGAT TATGGGGGAA ATTCAAAATT AACCTTATCA CCCCATCCGA 1680 AGCCTGTGCG TCCAGCGCTT CCTTGCACGC GCTCAAATCA AAGCGCCCCG CTCGAAAAAG 1740 AGAAAAGGGA ACCGGcGTTG CCGCACAACG CACTGCTAGC ATGAGATCAT AATTTTCCCA 1800 GCGCGGTGCC GGCACCAAAA CCGTCTGTCC TGCACCCACA AATAAGTCCA TAGCACAGGA 1860 CAACGCTGCC GTAAGTCCCG GCAACACGAT AGGAAGCGAC ATCTTTGGAA AAACTGCCGC 1920 ACAAGAATGC TCTCCCTGCT CTGCTGCACT CTGCATTGCT GCAACGTCCG GTTCATCCGG 1980 ACACAACACA GGATCACGCG CACACAAACG cCGCGCCCaG cGCTCGCGGA GCgCAGGAAT 2040 ACCTGCAGTC GGCGCGTAGG AAACTATTTC AGAAGAAGAA AGATCAGGAA CAAGCGCATG 2100 CAACGTATCA CGAAGCACCG GCACCCCATG ACGCAGAACC ATGCCAACCG CCCCATTCAT 2160 ATCAGGCGCA GCATCCGCGC CTCTGCATTC TGTGCAACAA TCCCGTGGGG AAAATACGCG 2220 CGCAAACCAA GAGGAGATAA CAGCGCGTGC ACCACCGTTC CTTCAAGAGC AGCGTTTAAC 2280 GCACGCGCGC CTTCAGAGAG GTCCATGT 2308 (2) INFORMATION FOR SEQ ID NO : 134: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1236 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 134: CTTTGACCAC TCGGGAAACT CCCCAAACGA ACAAGCCAAC TTAGGGATTC GAACCCTAGA 60 CCTCGAGATT ACAAATCACG CGCTCTAGAC CGACTGAGCT AAGTTGGCGA TGACTACGCG 120 CCCCGGACTG TACGCGCGAA CCCACGGCTT TGTCAAGCCG CTCTCACTGC ACTAAGAAAA 180 ACTACACGCG CAGAACAGCA GAGCACGTAC AATGCGGACT CTATACCTTG AATTTCTCCA 240 CCTCATCTGC AAGACTGCTG ATGCTCTGCt TGCTACGCTG TGTTATCTCA TTAACCTCGT 300 GTAtGCGTTA TTGATCTCGA TGGCACCAGC TGCCATCTCA TTCATACTTC TGGCAATTTC 360 ACTAGTTAAG TCGTCCAAGC GCTGCATCTC GCGTGCAATA ACCTCGCCCC CTTTGAGCAT 420 ATCCGCAGAC CCCTCCTTCA CGTCTAcGGT GGCGGCATTG ATGCTCTTAA TCGCAGCTAG 480 GACtCACGGC TTCCATCCGA CTGCTCTTTC ATCGCCTCTG TCAGCGACCG GCTCATTGTA 540 CGCACCTGAT CGGACAAACG GAAGaTGGTA TCAAACTGCT CCTCAACCGC TTTTGAAGAC 600 GTGGAAAGCG TATCTATTTC CACACTGAGC GTCTTGAGCG TCTCAGTAAT GGTCTTTCCT 660 TGGGTGCTAG ACTCTTCCGC AAGCTTACGG ATCTCATCCG CAACCACCGC AAAACCCTTT 720 CCTGCCTCGC CCGCATGCGC CGCCTCGATA GCGGCGTTCA TTGCAAGCAG GTTCGTCTGA 780 CTTGCAATGT GCTGAATAAC ACTGCTCGCC TCAAGCAAGC TTCCCGATTC CTsrcTGaTC 840 TTTTGCGTAA TACCGCTAGa GCTAACCAGC GTGTCACGCC CATCAGCGGT GGCAATAGCA 900 AGACTGTGCA CCGCCTCATC ACTCCGTTCA AGTGTCTGCG TAATAGACAC AATGTTGGCA 960 ACCATTtGCT CAACTGAGGA GGAAGACTGT GCGACGTTCA CCGCCTGCGT CTCAATGCTA 1020 CTGTTCAGCC CCTTAATTGT CTTGATGATA CTTCCACCGT GTCCGTGGCC TCAnACACCC 1080 CACTCACCTG CAATTCAACT CGGTGCTTGA CACCATCGAT ATTGGCGGTA ATCTCGTTTA 1140 CCGCACTGGC TGTTTCAGTC ATGTTACTGG CAAACTCGTC CCCGATGCGC CGCATATCGT 1200 CAGAGCTCGA CCCCACCGTG GCGATACAAA GCGAAT 1236 (2) INFORMATION FOR SEQ ID NO: 135: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3856 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 135: CCTTGGTGTT GATTTTTTTA TATGTGGCGC nTCGTTTTCG GTGGTTCTTT GCGCTTGGAG 60 CGATAGTCGC GCTCGTGCAT GATGCGTGCA TTATGGTGTC ATTCATGGTG TGGTTTGGTT 120 TGGAGTTTAA TCTGCGAGTA TCGCGGCGAT TCTGACGATT ATCGGGTACT CGATCAACGA 180 CACGGTGGTA GTTTTTGATC GGGTGAGACA GACCATTCTC CTGGATCCTA TCGCGTCAGT 240 GACGACAGTA CTTGACCGAT CGCAAACAGA CATGCTCACG CGCACTGTAG TGACAACGGt 300 GACGACGCTG CTTGCAGcGC TGATGTTGTA TGTGTTTACC GAGGGAGGCA GTCGGGATTT 360 CTCACTCGCG CTAATGGTGG GGATGGTCAG CGGCGTGTAC TCGACCATTT ACATCGCCGG 420 TGGCTGTATC GCCCTGATCA GCCGGGGGAA GAGCGGAGGT CAGCTGCTCG GACTCTGAAA 480 CCCCGCACGC GCGGCTGTGT GTAGGAAAGG AAAGGAGAGA GGGAAGAGAG GGGACTCGgC 540 GCTGCCGACT TTGCTATTTC TTCCTTACAA TCGTTTTTCT TTCCCCGCGG GTGTGcAGGC 600 TGCGCGCTTG CCTAAGGTGG AGCCGTTCTT TTTTGTTCTT TTCCAGAAAG TCAAGTGACC 660 TGTTAAAACC TTGCAGAAAT TTCTGCATCT CTTCTTCAAA CACCACAACC GCGTGCCGGT 720 CAAACCCGGC ACCGTCGACG TTTTTGCTTT CTACTACCTG CAGAAATACA TCTCCGACCC 780 TATTTTCCTT CACATTGAAA AAGTAGGTCC GATTTTCCGC TTGCACCTCT GTAGTAAACA 840 GCTCACCGCG TATCCCCATG CTGTACCTTC CTTCTGCTTA TGAAGTCGTA TCCGCACACG 900 AAAGCGCACA GCGATCTGCC TCGCGCACCA TGTCCGCGTG CAGCTGCAAA AGCGCAGyTy 960 CCCCCGCCTC GTCATTACCT TTCAGATCCG CAGAAATTCT AAATATTGGT TCTGTCTTTG 1020 AACCGCGCAT CCACACGAAC GCCACCGCTT CTTGGTGCTC GTTGTAAAAT TGGATTTTCA 1080 ATCCTCCGTC AGCCGACCGG CTAAAATCCC CCGCCGCGTC CTGCTGCTCC CTCCCGCGGT 1140 ACAATATCGG GCGGTACGAA CAAATGCCGA AGCGTTTTTT TAACGTGTCT TTCTCCTGCG 1200 CCCACCTGCG TTCAAATACC CGCTGaTATG CGCTCTTGAG GAGTGCATGG TCAGTCGTTC 1260 GTATCTGcAA GAGCGCGCGC GTATCGTGCG TTGGTGTAGT CGTGTACGCA GgTAGGCTGG 1320 CAAATAGATC CGATATCGTG AAGGCATGCT GCGCGCGTTC TGTTTGGTGT GAGTGCGCGC 1380 ACCACCAGGC AAAGAGTCCT GGCTGTTTCC CATCCCCCCG CAGGAGCAAG AGCTTTAAGA 1440 GTGCAAAAAC AGTATGCAAA GGATCACGTA CTGCCGCCGG ATGGAGAATG CTGCCCCCGT 1500 TTGATCCTTC CCCTAGAATG CGCACGCAgT AGCCTTCTTT CCGTAGAAGG TGTGCCTTCT 1560 CAATGAGGTG CGCCTCTCCT ACCTCCGTGC GAAAAACGTG CACGTCTAAG AgCTGCGCGA 1620 TAGCTTCTAC ACGCAGCGAG GTGGGACCAT TGGTAACCAG CGCGATAGGC GGCGCGCGGT 1680 GTGGCTGCAT ACGGAGGTTG CGACTGAGTT CACAGATCTC CGACACAACC GAAAGAGCAA 1740 AGACTGCCTG TTCGTGCGGA ATGACAGCGC GATTAAGGGT TTGGTCGTAA TAGACAATAT 1800 TTCCCCGATC TCCGTCACAA TCTGGCACAA AGCCGAAGGc AATGGAGCGT TCTTCTGGGG 1860 ATGAACCTCG CGTGGCTGCC TCGGTCAGTG CCTGCGCGCA CGCGgTAAGA GAGGACCCTT 1920 CAGGAACTAT GCGATGGCGA ATATCCCCTG GCGTTTCGGC GATACTAAAA AGGGCGACAC 1980 CGAGTGATTC TAGGAGGCGC CTATCTATGG AAGCTGCACG CGCACTTCCA TTGAAATCAA 2040 TGAGGATAGA CAGGGGTGTT CCCTGTTCGC TGTAGGCGGC ACGCTGCTGG GTAAAGCGAT 2100 GGAAAAAGGC ACGGTGCTCA GTTTCTTTAG GGGAATTTGC GATCACTTCC CTTATGAAGA 2160 GATCATAGCT GTGCAGGCTT TCTTGTTTGT GTGTTTTGTT GTACAGCAGC GGTTCGAGTA 2220 TAGAGGCGTT GAGCGTGGCA CAATGCTCTC GTATTTTCTG GAAAGAGGCG GGCTGTAAAC 2280 ACTGTGCGAC GAAgTCTTCG CTCAGCTGTT GTGCCTGAGT AGGACTGAGC ACGCCGCCGT 2340 CATTTAGGCC AAATTTAAAG CCATTGTATT CGATAGGATT GTGACTTGCG GAGATGTAGA 2400 GGAAAGCGTC GTAGTTCCTC GCGTAGCTTG CAATTTCGGG TATTGGTCCG ACTCCGACAC 2460 AACGCAGCGA ACAGCCTTCC AGATGGAGGA TAGCGGTGCA GATAGAACTG ATAATCTCTC 2520 CAkTAGGGCG CGAGTCGCGC GCGATGACAA CACGTGGTTT TGGGACCTTT TTTTTCAAGA 2580 ATCGGGCGTA GCTGAGTGCT ACCTGTGCGC TGAGTACAGC GTCAGCCTTT TGCGTGAGGG 2640 TGACGGTGCG CTCAGGGGTA AAAGCGTAGG GGAAAACCTT GCGCCACCCT GAGGGTGACC 2700 GGGTGAGTGA TAGATGAAGC GCTGCGCaGG CTGCGGCAAG GTGAGGGAGG TGATGAGTGA 2760 GTTGAGCAGG GACATGCGCG GAGGATAGGG CGCGGGTGAA GGAAGTGCAA GGGAGGTGGT 2820 GGTCTTGACA GGATGAAATC AGGTGTGGTC GGGTGTAGGG GCGGGGGAGA GGTAGGAATG 2880 GGAGTAGTGG AATGGGTAGG TGAGTGGATG CACGCGGTGG TGTGGAGCTT TCCGATGGTG 2940 GTGCTGTTGC TGGGGACGGG GTGCTACGTG ACGGTGTGTA TGAAGTTTTT TCCTGTGGTG 3000 CGGCTGTGGT ATGTATTAAG ACAAACTATT GGGGGTCGCG GAGGTAAGAA GGGCGGCAGT 3060 GGTGAGGTGA GTGCGTTCCG TGCGGTGTCC CACTgCtTGC AGCGACGTTG GGGTCTGGAA 3120 ATATTGTAGG GGTTGCGACG GCGATTGCGA TTGGGGGGCC TGGGGCGATA TTTTGGATAT 3180 GGGTGACGGG GATATTCGGG ATGGGAACGA AtTCGtGGAA GTGGTGTTGG CGGTGTACTA 3240 TCGGCGTCAG ACTGGTGATG GGCGTTTTGT GGGGGGGCCG ATGTATTATC TGAAAGACGG 3300 AGTGGGAGTT CCAGGGGCTG GGGTACTTGC GAGTTTGTTC TGCATATTCA GTGTTATCGC 3360 GTCCTTTGGG ATAGGAAATA TGACGCAkCG AAcTCGGTGG CTCTAGTGTT CGAAGATGTG 3420 TTTTGTGTGG ACGTGCGGGT GACCGGGGCA GTGCTGATGG TCTTGGTAGG CTTAGTGAGC 3480 GTGGGTGGGT TAAAAAGTAT CAGTTGGGTG ACTGGGGTAA TGGTGCCTGs GATGGCGATT 3540 TTGTATGTAT GTGTGGGCGT ATGCTGgTGT GTTGCAATAC GCGACAgCTG GTGCCAGTGT 3600 GCTGGGATAT CGTGTCCGGG GCGTTTGCCG GGACTGCAGC AGTTGGGGGG TTTGCAGGGA 3660 GTGTGGTGCG TCAAGCGATA GCGGnTAGGT ATTAGCCGGG GGGTAGCGGT GAACGAGGCA 3720 GGGCTTGGGA CTGCTCCTAT TGCGCATGCG GCGGCTATTA CAGACCATCC AGTGnCGACA 3780 GGGGCTTGTG GGGTATCTTT GAAGTTATTT GTGGGGACAA TGGTGGTATC TTCGGTGACG 3840 GCATTTGCGA TACTGC 3856 (2) INFORMATION FOR SEQ ID NO: 136: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 4444 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 136: CGACCTAGAG CGTAnACTGC TGGAGGGACC GCTCCGTCCA TTATACGGAC GATGGAGGGA 60 AAAGGCAATG TTCTGCCCGG CAGTTGCGTC CGGTGCACGT GGAGGGTCAG TGACGAAAGA 120 AGAAGCAATC GAGGTGGACG GAGTGGTTAA GGAAGCGCTG CCGAACACCA CCTTTAGAGT 180 GCAATTGCAG AATGGGCACG AGATCCTTGC GTATCTTTCA GGTCGGATGC GCAACACTAC 240 ATCCGTATCG TGCCCGGAGA CTCGGTGAAG GTCGCGCTCT CACCCTACGA CCTCTCCCGC 300 GGCAGAATTA TGTTTCGTGA GCGTTAGATT CCTCTCTCGC AGgAGAGAGG TGCTTGCTCC 360 TCTTTAGCAG CGGGGTTGCT CATCCTTCAA GGAGGATTGA GAGTCCTGCC CTCAGGGTGT 420 GCACTCCGCG CGCCAGGCAG GACACGCTGA ATGCGATCCC GAAGAAGCCA AATACTAAAA 480 AGAAGCGTAC CCGaATAGAG CCAGGAGGAC GAGCGCCGCT CCCTGAATGA GAAGGCGCGC 540 CCCGTCTTTC CTGGAGCCCG TGCGCGCGGT AGGACCCGCC GGATCGGGCG GAGGTCTGCA 600 CTGCTCCAAT AACTCCACCC ATTTCCAgGA AAACCACCgA AGAAAGTGTA CCATCCCTCG 660 AAGTGTTCGG TTTCCCGCGC GTGCCCTCTC CAGGGACCGT GCGTGTGTGT GTAGCGGGTG 720 CGCGCTCCTG CCTTGTCGTC CGTACCTGGA GGTCCAAGCG CCAAAGCCCT CTGaGGCGTc 780 GCGTcCTGcA CGcGaGGaCC AAAATGcGcC ACCTGcGcGT TcGGcATcGT aGCGTGCGCG 840 TGATGCACGG TCAGAGAGGA CGGCGTAAcT GcGTTGaTCC TTTTAAACTG GTCCTCCGcA 900 CACGCGTCGC CCGGATTTTT ATCCGGATGA TACTTAAGCG CCTGCGCGCG AAAAGCTTTC 960 TTAATGTGTT CCTCAGAAGC ATCGGCAGCA ACGCCCAGTA TGGCGTAATG GTCAGGAACA 1020 GTGCGCTCGC TCATCGTTTA CCCAATGGTG GTCCCCACGA ACTCTTGCCT GTTCAGGATG 1080 CGCTCCAAAT TCGGTAAGTC ACGCCCTGTT GCGCAAATGA CCTGAATTCC CGACTTTTTT 1140 GCCCGGACAC TAGCGACTGG GTCAAAGGGG ACATGGCTGC CCGGTACCCA CTCCTTGTCG 1200 ACAAGGAGGA GGAAATCATC CCAGGAGAGG GATGTGAGCG CCTTCGCATC CTTGTCTGAA 1260 CGAGGATCCC CCGTGTACAC ATGCGCAACG TCGGAAAGGT TAATAACCGT CTTTGCAGAA 1320 TAACGCTCTG CAAGGAGCAC AGCGTCGGTG TCGGTGGAAA AACCCGGTTT CCAACCAGCA 1380 GCAACGAGCA CCTGACCTGA AAAAACGTTC GCCGCAGTCG GGTCATACAC GACCGGATTT 1440 GGACAAAGGA TTCCAAAAAG GGATTTGAGC AGCTGCGCGT TCAAACGCGT AgCCATGaTG 1500 CCAATCCAGT CAAGTTCAAC GTGTTCGGCC GTGGCATACA GCTCCCTGTC TTCCTGATTA 1560 TCGCCCTCGT GCGCAGGTTT CGCACAGGCC GGAGAAGACA GGCTCCGGCG TAgcGCAcGA 1620 TAGGCGTTTT GATAAGTGCG CGCAGGTGCA CCACCGCCTG AAACGACAAT GAGCTTCCGT 1680 GAGGCGTCTT CGTATAGGTA CCGTTGAACG GAACGAACGA ACCGCCCGAG AAGCTCTATG 1740 TCGGGCGTCT CAGGCGCAAC GATGGAACCT CCAAGTGACA GAACGGTGAC CATGAAACCC 1800 TCTCGCCGGC ATCGTAACGC AAAGAGACCC TTTGGATCCA GGCCCTGTGT GTATCTGGCA 1860 TTGCGTCCCA GCGTGCACGG GGCGATGGAG TGTTCTACAC GGGCGACACA GACTCCTAGT 1920 TCTTGTATTC TGTGCAAAAA CCGACGTAAA AACTGTATCT CCGTAGTCTA GTGAGTGTTC 1980 TCTGTGCATG AGTTGCTCCC GTACGACCGG TGCTTTACGC GCGGTCCCCC TTGTGTTCCG 2040 TTCCGTCCTG GTGCTTGCGG TGTGGGGTGT TTCCTGCGTA CAAGCCGCCG ATGTGGCGCA 2100 CAATGCGGAT GTACCTTCCC GCTCGCTGAA GGCGCTCGAG CGTTTCCGTT TTTTTGTGTA 2160 TCCCAAGCCG CTCGACCTTT CTAGTGACTT TCATGCGAAG GCCTTGAAGG GGGAGGCACT 2220 GGTTCCTAGC CTTTTCAAGG GAAAGGTGAC GCTTTTGAAC TTTTGGGCTA CGTGGTGTCC 2280 GCCCTGTCGT GCGGAGATGC CGTCTATGGA TCGCATGCAG GCTCTTATGA GGGGGAATGA 2340 CTTTCAGATT GTCGCGGTCA ACGTTGGTGA CTCGAGAAAA CAGGTGGAAA GTTTTATCGC 2400 GCGTGGAAAG CATACCTTTC CTATCTATCT TGACGAGGAG GGGAGTTTGG GGAGTGTTTT 2460 TGCTTCCCGT GGTCTGCCAA CTACTTATGT TGTGGACAAG GCAGGGCGCA TCGTGGCAGT 2520 GGTTGTCGGG AGTGTGGAGT ATGACCAACC AGAGCTAGTG GCTCTCTTTA AGGAACTGGC 2580 GCGTGACTAG TGTCCCCGGC GTTGTGGGTT CCTTTTTGGC CGGGTTGCTT TCTTTTCTCA 2640 GTCCCTGCGT CCTGCCGCTT ATTCCGGCGT ACGTCTCTTT CATTTCGGGA GAATCGCTCG 2700 GTTCTATCCG GGCGGGGGCG GCGCGGCTCC AGGTTTTTCT CAGCAGTGTT TTTTTTGTAT 2760 TAGGACTGAC GACGGTTTTT GTGTTGTTTT CAATCGTATT TAGCGGAGGG GTGCAGCTTG 2820 CAGGTGCGGG TGTGCTCACT GTGCTCACGC GTGTAGCGGG CGTGGGGGTG ATACTCCTCG 2880 GCTTAAACAC AATCTTCGAC GTGGTTCCGT TTTTGCGTGT GGAAAGGCGT ATGCACACAA 2940 CGGTGCGACG GGTGGGTGTG TTTCGTGCGT ATCTTTTTGG GTTGCTGTTC GCAACGGGAT 3000 GGACTCCGTG CGTGGGGCCG ATTCTCTCTT CTCTGTTGTT CTATGCGGCG AGTTCTGGGC 3060 AGCTGCTCCA CGCAGCAGGG CTCCTGACCG TGTATGCACT GGGATTGGGA CTTCCCTTCG 3120 TGTTTGCAGG GATCTTTTTT GGACGTGCGG AGCGGGTGTT TGCGTGGGTA AAGAGTCACA 3180 TGCACGCAGT AAAGCTCGCC TCCGGGATGT TGATCGTCTT TTTCGGACTG CTGATGCTAA 3240 CGTCGGGGTT GCAGGCACTC AGTCGGCTTT TTCTACGGGC AGGATTCGCG TTAGAGGAAT 3300 ACTCGACGCG GGGAATAACC CCTCTTCGGC AAATAGCGGC ACTTCTTGCG CAtGGTTTTT 3360 GTACCAGGGG GTTTGAGCGC GAGcGGCtTT GGGGCTGTGC GGGTGGGTAG CCATCACGTA 3420 AATAGTTTTT TGATGCGTGT GAAGGCCCGC GTGACCTCTT CCTCGCTTAT TTTTCCTTCC 3480 GGTGCATGGG CGCGCACCAG GTGTTTGGGA ATTTCGTCCA GAAAGGGGGA GGCGGTGCGC 3540 TCTTCCCTTT TTCCGCCGCG TTTCCTTGTG CGGCAGTGTG TCAGGTACAA CTTCTCTTTT 3600 GCGCGGGTAA TTGCAACGTA GAAAAGGCGT CGTTCTTCCT CGATGCTGTG AACCTCTTCT 3660 ATACTTCGTT CGTGTGGAAT GGTTCCCGCT TCCACGCCGG CGATAAACAC TACGGGAAAT 3720 TCCAGCCCCT TCGACGCATG AATTGTCATG AGCGACACAG CGCCCTCTGT TTCTTTTTGG 3780 ACGTTATCGC GTGCTAGCAA CGTAACGCGG TTTAGGTAGT CGTACAAGCT TCCGTGTTCT 3840 GAACTCTGTT CCCAGTGTTC GATGGATTCG ACTAAGTGTT CGATTTGCAA GAATTTAAAA 3900 CGTGCGGCAT GTTCGTTTTT TTGGAATTCT TGGATGAGGT AATTAAAATA CTGAATGTCT 3960 TCAACAAATT TGCGTACCTT GTACGCAAGA TTTTTCCCCG AAAGTAGATG GGTACGCGCC 4020 TGGGTAATGA GCTGGAGAAA ATTTTCCACA GCGGTACGAT GTGATTCTTT TAAATCGACT 4080 GCATGTGTTT TATTGATAAT TTGATTCAGT GCATTGAACA CGGAACATTG TTGTGTATTA 4140 GCAATGTCGG AGACTAGATG CAGTGTTTTT TTTCCAATTC CTCGCCTCgG GGTATTAATG 4200 ATGCGTAATA GGTTGACATC GTCGTCAGGA TTAGAAATTA CCCGCAGATA ACTGAGCACA 4260 TCCTTTATTT CTTTCCTCTG AAAAAAGCTC ATGCCGCCTG AGACACGGTA TGGAATATTT 4320 TCTTGCAAAA ATACGTCTTC AATTATGCGC ATAAAACTAT TCGTGCGGAG TAGGACTCCA 4380 AAACTACTGA AAGAATAGGA TGCGCGTATT TGTTCTGCGA GAATCGTGTT TGCAATAAAG 4440 ATTG 4444 (2) INFORMATION FOR SEQ ID NO: 137: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 5695 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 137: GGACGCAAAC GGCGTTCnCC TTCAAAGGCG CGCTCGATAC GCCGCGTTCA ACCCCATAGC 60 GTTGCCGGTT GCCGCTTCCn AGACTTcCCC CttACCGTAC AGTgCACGCG CGCGCGAACy 120 TTCCGCAAaG CAGACAGCGA TACTGTCCCA GACGCAGGCT TCCACCCGTT GGGgTATyTA 180 CACAACCGGG CAAAAGATCA ACAACCGGGT GAGGGGTGTC TACCGCAAAT TCTCGAGAGT 240 GTGCACTTGC CAGCAACAGT ACATTGCGCG CAAATTCAAT GACTGCAATC TGCATCCCCA 300 AGCAAATGCC AAGATAGGGC AGGTTCTGCA CACGCGCGTG CGAAACTGCA CAGATCATCC 360 CTTCAATCCC CCGCACGCCA AAGCCACCTG GAATTACCAG CGCATCTGCG TCCGCAAGAG 420 CGTGCCCAGC GTCCTGCACG CTGCAGATTT CCTCTGCGTC TATCCAGCGC ATGTCCACTC 480 GCGCACGATG GCAAATACCC GCCGCCGTcA ACGCTTCGCT CACGCTCAAA TACGCGTCCG 540 CAAGCGACAC ATACTTACCC ACCAGCGCCA CCGTAAGCTC CCGCCGCGGA TAGTACAGTG 600 CACGGACCAT TGCGCGCCAC GCCGTAAGAT CTGGCTCTGC CCCCTGCCCT GCTGCAGGAT 660 GCAGACCACC GTCTGTACGG ACCGTCCCCC CCGCTCCCAA CACAGCCGAC TGCGCGCCTC 720 CTGCACCGAG ATTACGCGCC AcCTGCCCCC CGCAGCAGGT ATCAAAAAGA CGCAAACGCT 780 CACACAAGAG CGCTCCCAGC CCTTCTGCTT CCAAAAGGAG CGGCACCTCA TAGATAGAAC 840 GAGCCGTCAC GTTCTCGACA ATAGCACGCC GCTCAACATT GCAAAAAAGG CTCAGCTTTT 900 CGCGCACCGC ATCCGTGATG TGACGCTCGC TGCGGCACAG GATGACATCC GGCTGCACAC 960 CAAGTCCTAG CAGCTCCTTT ACGCTGTGCT GTAGCGGCTT GGTTTTCATT TCACCACAAC 1020 TGGGTAAGTA GGGAACTAAA CCCAAATGAA TAAAAAGACA GCGCTCCTTC CCCAGAACAC 1080 GCCTGATTTG ACGAATCGCC TCGATGAACG GAAGCGACTC TATGTCACCG ACGGTACCAC 1140 CGATTTCGGT GATAACCACC CGAGCCCCCG TGGTAGCAGC AGCGGcGCGA ATTCGCGCcT 1200 GgATTTCATC CGTAACGTGA GGAATAACCT GTACGGTAGC ACCTCCGTAT CCTCCCGCGC 1260 GTTCACGGTC CAAAATAGCC CGGTACACGC TCCCCGCAGT CGTGCTATTG AATCTACTTG 1320 AAGGCACGTC CGTGAAGCGC TCGTAATGGC CCAGATCCAG GTCCGTTTCG CCGCCATCTT 1380 GCGTGACAAA CACCTCCCCG TGCTGATAGG GATTCATGGT ACCGGGATCC CCATTCAGGT 1440 AGGGATCAAA CTTTTGATTC ACCACGGATA TACCCCGGcT CTTAAGCAAA AGTCCGATGG 1500 CAcTGCGGCA ATACCCTTGC CCAGCGAGGA AACTACACCG CCTGTAATAA AGATAAAAGC 1560 CGGATCCATA CGGCACGAGT GTAGCGTGTC CATGCGTTTT TTAAAAGGGA GCACCCTGCC 1620 TCTCCCCTGC GCCTGTAGGG TGGACTGTCC CATCGGCTTG CATCGAACAT TGCTTTCGAA 1680 TACCATGGGC CCCATGAACG CGCGCGCTGC CCTCGCTCTT GCCATGGTCT TCACTTTCCA 1740 GAGGTTGTGC GCAGAAGAAC GTTTCGTTAT CTCCACTGAA TACTTCGACA TCATCTACAC 1800 CGAGGCCTCG ACTGAGTCTG CGCGTATACT GGCGAAGCAC GCTGACCGGT ACGAAGAACA 1860 AATCAGCCTC ATGCTCAATC GGGTTCCTGA CAAGAAAAAG CGCACCACCG TCGTCCTGTA 1920 TGCCCACACA CAGGATGCAG GCGGGTCTTT CTCTTCCAAA CCGTCAAGGA AAATAATCAT 1980 CAACGATACG CGCGTTCCCA ATCTGGGTTT AGGCAGTTTT AAGGATTCGC TGCTGAGCAT 2040 TTTTTACCAC GAGcTTACGC ATAAGATTTC TCTCGATTTC TTCATGCCGC TACTCCCTCC 2100 CCTCTTTACC GAAGGGGTTG CCGTCGCCTT TGAAAGCAAC GACGGCACGC AAGGGCGACT 2160 GCACGACCCG CTGACAATGC ATTACTTAAT TCAGAACAAA CTGGAAAACG TCTCCCCCTC 2220 CTGGAGGGAG GTTGCCGAGC TCAGATACAA CTACCCCCAC GGTATGCCCT ACGTGTATGG 2280 GGGAAAATTC ACCGAATACC TGCAGAAAAT ATACGGCAAG GAGCGGTGCG CCCGGCTGTG 2340 GCAGAACTCC TGGCGTCTCT TTATTCGACA CCGTTTTTGG GACGTTTTTC AAAAGAATCT 2400 GGGAACTGCG TGGAATGAGT TCATCGACAG CATTCCAATC CCGGAGAAGG TGGCACAGCC 2460 GCAACTCCTT TCTGAACGGG AAGCGCAGGG TCACTACGGT GCACGCAGCG nTGCGCCGAn 2520 CGGctTCGCC TATTATGACC GTGACCGTCA CGCGGTGCGT TTCCGTGACA AAGCAGGTGG 2580 GGTGCGCACG CTGTTCTCTC ATGACAACAC GCTGCATCAT CTGAACTTCT CCGAGGACGG 2640 ACGCTATTTG GCAGTATCAG ACACCATTGA CACGTGGAGC GAGCGCACGC ACCGAGTACG 2700 CGTTTTTGAC ACACACTCAG GCTCGTTCTC GCCGGAGGTG TACACTGGCG CGTCCGAAGC 2760 TTGCTTTGTG GGGAACGGGC AGAAAATAGT ATTCGTCCGG GTGCAGGGGC AATACTCGCG 2820 CCTCACGCTC AAGGACCGCA CAGACCCTAC cTTCGAGAAG GTGTTATACG AAGCAGGTCC 2880 TGGTTTGCCA TTCGGTGCGC TGTACGCGCC GGcGTACGCg sTGaTGGCAC CGTCGCCATT 2940 ATTGGCGCAC GCGGTATGGA GCGTAACTTG CTTTTCATCC CGGTGGACGA CAGGCCAATG 3000 ATGCAGGTTC CGCGCGAGCA GATGCCACAC GCAATGCGGG AACTGCAGTC GCAAAAGATC 3060 aAAGGCTCGT GGACGCTCAC CTTTAGCTGG GCAAATATGA ACATGCTCTC TCGCCTAGGT 3120 TTTTACGACG TGTCCCGCCA TACCTTCAGA CTAATGGACC AGGACGTGTC AGGGGGGGTG 3180 TTTGCACCGG TGGTGTACGA GGCACTGCCT GCTGCGGTGC ACGAAGAGTC TGCAGCAGAG 3240 GCGACCATAC GCGGTGAAGA GCCGGTTGTG CGTGTGGCCT ACACCGGCAG ACACCGCATG 3300 CACATGAGCC AATACCAGCG GGATGACCsC GCCCTGCGCG AGCGGCGGGT GTCGCTGGTT 3360 CCCTTGCACC CGGCAGAGGC GGAGGAGCAG TCGCGCCCCG CCACGCTCAT GGTTAACGGA 3420 GAGTTCATAG CAGACGTGCA CGAAGCCGAC CGCGGCAGAC GGTACCGCGC AgCTCAGTGG 3480 ATGTGGCCTC CCACGTTCTC ACCCCGCTTT GTGCCGCCAA ACAGCTTCAG CAGCCTCAAA 3540 GACCTTGGAC ACACCGGACT GGGGGTGAAC ATGAAGTTTG CCGATCCGTT TGGGCTCGTG 3600 GAGGTGAATC TCCAGTCGGT TTCTCATTTC TATCCGTTTT TTACCTCGCT GGGGCTGAAA 3660 AGCTCTTTTT ATGTGGGCAA AACCACGTag CCCTACGTGC GTATCACGAG ATAGACACCG 3720 GAGGGTTCCG GTACACTAAG CTCGGCGGGG CCTTTGAAAC GCTGACAAAC TTTCCTATGC 3780 AGGATGACCG AAACGCGTTT TTTGTGCGAA CTGCCGTGGG GGTAGACTCC TACTCCTGCC 3840 TGTGCGCCAA CGGCGGGGGT AACGGGAATT GCTGCGGCAA CAACGGGGGG CAGCAGTGcT 3900 GCGCCTGCAA TGGACAGGGC GCAAACGGAC CACATTATTA CAAGAGCCTT GAAAGCCCCT 3960 TCATTCAGGC ACAGGTGGAA ATGGGGTATA GCTTTTCTCA GCGTGCAGAG CGCACGGGAA 4020 CAAACTGGTT CGTGGCGGAC GTCACGGGGG TGAGCCTGAA GTTACACGTT GCAAATAGTT 4080 TTGACACCGG TAAAACAAAA GACGCGGTGC TCGTGCAAAC GAAAGGGTCA TTCCGCCTGC 4140 CGGTGGTGCC CCTACGGGTG GGCGTCAgcG CGTACGTTGG GTATAACGCC GGGTGGCGCG 4200 GGGGCAAAGG AAACATTCTG GCGGAGCACC CAGTGTACGG CTTTCCCGGT CCTACGTATT 4260 TACCCAAGCT CGCAGGGGTT GGTGGTATGG AGGGCTCGTG TAAAAAAAGC AAGAGTGCAG 4320 GGTTCGGCGC TGAAGCAGTG CTCACCATCT TGGACTACGA CATCAGCATA TATGATCCCT 4380 ATCTGCCCGT CTTCTACCGA AATATTGTTT GGAACGTAAG CTGCGAGTAC GTGCTCAATG 4440 CGCCAGACTT TTCCTCACCC AAACACCTGT GCGTTGCAAG CACATCACTG GTTTTGGAGT 4500 TTGACCTGGC GGATGTAAAA GTACGGGCCG GGGTTCAGTA CGGCTTCCAA CTTGCAGAGA 4560 CGCAGAGCGC CACAACCCCC GGTTTCAGCC CGATTTTTTC CATGGCCGTG TAGGAAGGTT 4620 CCCCCGTGGC GTGTGCAAAG CGCGCTACGG GGGCAGCGCT TCGGCAAAAC GCGGGAGCTG 4680 GCTGTCTACG CTCTGGCAAG GGTTTTTCTA TGCATGAAAC GTCCTACAAA CCTATCCACC 4740 GGCTGTCCCC TGACACCGCT AAAAAAATCG CCGCAGgAGA AGTCATCGAG CGGCCCGCCT 4800 CCGTCGTGCG CGAATTGCTC GAGAACGCAC TCGATGCAGG CGCCACCAAA ATCCATCTGG 4860 AAATTAACGC AGGCGGcTGC GCGCTCATCC GCGTGAGcgA TaACGGCCAC GGCATGTCCC 4920 CCCAGGATTT GTTGCTATGC GCTGAAGCAC ACACCACGAG CAAAATATCG TCTGCAGACG 4980 ACTTATTGCA GcTGCGCACG TTAGGCTTCC GGGGAGAAGC ACTCGCCTCC ATCGCCGCAG 5040 TCAGCCGCCT GCACCTTACG AGCACCCGAT CAGGGCCCCT CGCGTGGCAC TACCAGCCAA 5100 AGGCTGCAGG CACTGCACGg CACGTACCGC CGGTGCCGCA GGgCACCGAA GCAGGCGTGC 5160 TAGAGCCTGC AAGTCTTGAG CGAGGCACCG TCGTACGCGT CGAGCAGCTT TTTGAAAACT 5220 TTCCTGCGCG CAAACGCTTT CTCGGACGCC AAAGCGCAGA GACCACCCTG TGCCGCAGCG 5280 CACTCATCGA CGTCTCCCTC GCACATCACC CCGTGGAGTT TCGCTTCACC GTCGACGGAA 5340 CGCACAAGCT CACCCTGCTC AGTCAGCAAA CCCGGAAGGA TCGGTGTCTT GAAACGCAAA 5400 TGCTCAAAGG AGATCCTGCG CTCTTCCACA CCATAGAAGG AGGTGACTGC TCGTTTCACT 5460 TTCACCTTGT ACTTTCAGAA CCCGCCATCT GCCGCAGAGA ACGCCGCGGT ATTTTTACCT 5520 TCGTCAACGG ACGACGCATT TTTGATTACG GTCTTGTCCA GGCACTTGTG TTAGGAAGCG 5580 AGGGATACTT CCCCAATGGC ACCTTTCCGG TCGCCTGCCT TTTCCTCACC GTTAACAGCG 5640 AACGTATTGn ATTTTAATAT CCACCCTGGC CAAAAAGGTA GGTTCACTTn ACAGG 5695 (2) INFORMATION FOR SEQ ID NO: 138: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 659 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 138: AACTACTCTn AGTAGGATCC CCCTACACTn TATCGCACAC GGCGCACAGA CGGAACGGAG 60 CGCCTGTGTT TCACACATTG AATTTAAAAA AGATAACGTC CCCGTCTTGC ACCTCGTATT 120 CCTTCCCCTC CTGCCGAACG CGGTTTGCCT CCCTCACCTT TGCCACACTC CCACAGGACG 180 CAAGATCATC GAAAGAATAC GTTTCTGCAC GAATAAAACC ACGCTCAAGG TCGCTGTGGA 240 TCACTCCTGC CGCGTGCGGT GCAnAGnCCC TGCCCGAATG GTCCACGCGC GACACTCCTC 300 AGGCCCCGCG GTAAAAAAGG TACGCAACCC CATCAGGGAA TACACTGCGC GCGCAAnGCG 360 CACGTCCTGA TTCGCGCAAC CCTAATTCTT GCAAAAAGGC GTTTTGCTCT GCCACATCAG 420 AAAGCTGCGC AAGTCTGCTT CAAATTTTCC ACACATAACA ATTGCCTGCG TGTTATGCAC 480 ACGTGCGTGC TCTTGCACCG CGCGCACGAA ATCATTTCCG TAnTGCATGC CGCTTTCGTC 540 TGTATTGCAC ACGTAnAGGT GCGGCTTCAT TGTCAACAAG CGCATATCGC GCACCGGTTG 600 CGCTCCTCAT CCGACAGCGG CGCCATAnAT GnCGCTTTCC CATTTCTAAA TATTCGCGC 659 (2) INFORMATION FOR SEQ ID NO: 139: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1229 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 139: AGnTTCCTCC GCCTCCTTGC gCCGGGCTtC CTCCGCCTCC TTGCGCCGGG CTTCCTCCgC 60 CTCCTTGCGC CGGGCTTCCT CCGCCTCCTT GCGCCGGGCT TCCTCCGCCT CCTTGCGCCG 120 GGCTTCCTCC GCCTCCTTGC GCCGGGCTTC CTCCGCCTCC TTGCGCCGGG CTTCCTCCGC 180 CTCCTTGCGC CGGGCTTCCT CCGCCTCCTT GCGCCGGGCT TCCTCCGCCT CCTTGCGCCG 240 GGCTTCCTCC GCCyCCTTGC GCTGCAGCCA CTGCTCAAGC GCCGCTATCA TACGCTGCAT 300 TCGTAGTGTT GTGAAGCAGT CGGGTTTTGG GACACGTACT TTTTATAGTC AGCCAGTGCG 360 TGTGCATAGG CTTGTCGCTT CATGGCAGTG TTTGCGCGAT TGAGCAAGGC AGGAGGGTAA 420 TCGTGCTTGA GGGCGAGGGC CTGCTCATAC GCATGTTGGG CTTCCTCGTA GCGATGTTGC 480 ACGAAGTATA CGTTCCCGAG ATTGTAGGCG TATAGGTGCG CATATTCCTG ACTGTGTACT 540 GGTGGGTTTT GCAGCCACTG GATTGCcTGC GTGTAGCGTC CTGTCTGTAG GTACGCCATT 600 CCCAAGTAGA GTGCTGCTTT CGGGTGGGCG GGTTTTTGCT GTGCTGCTTT GTGAAGTGGA 660 CCGATGGCCT GCTGTGCCTG CTGTAAGGAA AGGAGGCGCT CTCCTTCACG AAAGTGGtCA 720 AAGGCATCCT CTGCCCGCAG GAAGGACGCA AATGCGAGCG CAAGAAAGGA GAATAAGCGA 780 ACGGATGGAA GGGAGCGTAC GCkTGCGTAG GTGCACGGTG AGGATTTTTG GCACATTTGA 840 CATTCCTTCT AGGGTGCGCT ACCATGGGCG GCATGTCCGC GTACATGGCA CTGCTGGCAG 900 CGGCGTTCTC GTCAAGTATC GTCTTTTTGC TCGTTTTTTT GATGAGAGGT TTTTCCATCC 960 CGCGCAGACA ACTTTTGGTG GAAAAAAGTT TTCGAGACGG CAAGTACGCG CTTGCTATCA 1020 AGCATGCCCA TGCGGTTTTG GCTAAGGATC CCCATAACTG GGCAGTGCGT GTATTGCTCG 1080 GTCGTGCGCA TCTtGCGGAA GGgAAGcGCG ACGTCGCGCT TATGGAGCTG CGCGcTGCCA 1140 GCAGCAGAGC TkCGTTTCGG AAAgTGGtAr ATGAaGtTgA gTTTcGCAAG ACTATTGCAC 1200 AGCTTATCTC CAGTTTGACC AATCGAnGA 1229 (2) INFORMATION FOR SEQ ID NO: 140: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1506 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 140: TTGGGACTAG CGCGTACTCT TACCGTCGGG GTTGTTTCTG CTCTCGCGCG TCCCATTCAA 60 AATAAGGGCA GTATCATCAG AAATATGATT CAGACGGACG CGGCGATCAA TCCTGGGAAT 120 TCTGGTGGTC CGCTTCTGGA TACCCAGGGG CGCATGATAG GCATTAATAC CGTTATTTAC 180 TCTACATCTG GAAGTTCTTC TGGTGTTGGC TTTGCGGTGC CAGTAGATAC CgCAAAGCGC 240 ATAGTGTCCG AGCTAATTCG CTACGGCCGT GTGCGTCGCG GCAAAATCGA TGCCGAACTC 300 GTGCAAGTCA ACGCATCTAT TGCTCACTAC GCGCAsTTaC AGTAGGCAAG GGATTGCTGG 360 TATCACAGGT CAAGCGGGGA AGCCCCGCTG CACAGGCAGG ACTGCGCGGT GGCACGACGG 420 CCGTACGCTA TGGACTGGGA CGGAGAGCAG CGGTTATCTA CTTGGGGGGA GACGTCATTA 480 CCGCCATCGA CAACCAGCCT GTAGCGAATC TGAGCGATTA TTACTCGGTG TTGGAGGATA 540 AGAAGCCTGA CGACGAATTC GCGTTACAGT ACTCCGCGGC AGACGGCAGC ATGTGGTAGC 600 CGTGCGGCTC ACAGAACGCT CAGATGAGTA GCGAGGTCGC GCGCCCCGTG CAGGCTGCCT 660 TTTTCACTGG TTACTTCATG ATGCTGCGTG GTCCTCTTTC CTCCTTTTTC CCCTTCTTTT 720 CCTTTCCCTT GTAGGCGGCG TTTTTATCTG TCTCTGGTGT CTTCTTTGGA TCCTGTTGCG 780 TGTCAAACGT TTCAAACGAT TGCGCCATTT CCTCTAGCAG CGCGTCAAGA TTTCCCTGAT 840 CGAGATACTG CATAACCTGT GAACATTGAG CAGGAGATAG TGCAATGCGC ACCGCAGGgC 900 AGTTGTAACC ATTTGCACCC GGAATCGTGC GGTTTGCAAT GATAAAATAA GGGCGATCAT 960 CAGTGATAAA CTGATACTCA AAGCGCATAG TGGGGGTGGC ATTGTGCGCA GAGCCAAGAA 1020 TACCCCAGGT CATCAGCGGA GTAGTTGTCC CAAAGTACGC CCGCTCACTA CTCTTTTCCC 1080 GCGTGAGyky TTGTGCTTCA TATTCGCCTA AGTACTTCTC AATAGcTTCG CGCAGTGCTG 1140 TACGGTCCTT ACGCTCAAGG TAGAGCGTAA TGCCGTCCAG TAGGAATTTG AACTGCATAA 1200 GCACAGTGTC GATCGGCGGG TCAAACACAA AGGTAAAGTC GCGTGGAGAA ATCGCAGTAC 1260 GCAAGCGGtC GACCGTGTAG GCATTCAGGA CTCCTAATTC CTTAGGAGGG TAGTCGTTCG 1320 AAACAGTCAT GTTCGTGCTT GAAGCACAGC AAACCAAGAC CCCCGTACCC AGCAGTGCAC 1380 CCAGAGCGCG ATAnCCTGCG CGACATAACC TGATTCCCCA CTTCCGTAAA GGnAGAGTGG 1440 AGGGAGAAAG CATACAAAAT CCTnAGCGTT TCCATGGGGA CGTCAGCGTA CACACAAGCG 1500 nTGTCA 1506 (2) INFORMATION FOR SEQ ID NO: 141: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 5380 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 141: TCAGCCTATG GTCTACGGGA ATTATGGGGG AGGCAGCTAC TCGGGTCGGT TTTTCAGTAG 60 GAATATTATA ACTGGAGAGA AGAAACTTCA GGGTCAG AT TTTGAGGAGC GGTTCGACGA 120 ATGCGATGCC GAAGGcAGTG aTGTAAATGC GATAAAGCCG GCTTATCTTA AGCAGTTGCA 180 GGATATTGCG TGGAAACTGG AGGATCACAG CCGAGAGATT CGGGAGGTTC GCTTTACTAT 240 CGAGGCGGGC AGTTTATGGC TTATTGAGCA AAAACCTGTC GAAGCGAAGA GCACAATCTC 300 TTTGGTACGG TTGCTGCTCG ACCTGTACGA GCGCGAGGTG GTGGATGCTG AATACGTGGT 360 CAAGTCGGTA AAACCGGGTC AGCTGAACGA GATTTTGCAC CCGGTCATTG ATATGACGAG 420 TGTGACAGGT TTGAAATCCT CGCAGGGGGG GATTATTGGT GTTCCTGGTG CGGCGGTTGG 480 GCGAGTGTAC TTTACCGCTG ATTCCCTCAT CGAGGCGTGG CGTGTGGCGA AGATGGGCGG 540 ACAAGATACA CGGTGTATCT TGTGTATGCC TGCAACGTAC GCGGGGGACG TTAAGGCAAT 600 TGAGGTGGCA ACTGGTGTTC TTTCTAACGA GGGGGGGTAC TCCGCCCACG CTTCGGTTGT 660 TGCCCGTCAG TATGGGAAGA TCTCTTTGGT CCGTCCAGAT ATGAAGATTT ATTCGGACAA 720 AGCGGTCGTT GACGGTATGA CTATCAACGA GGGCGATTTT GTAACGCTTA ATGTTCCTTA 780 CTACGGGGAA TCCACCCTGT ATATGGGAGC TGCGCAgcTC ATTGAGCCTG ATCCAGAGAC 840 GTCTGGCCTA GTGAGCTTCA TCGAGCTTGC GAAGGGTTTT GTGCGTTCGT TTCACGTGCG 900 GGCGAACGCG GACAGTCCAC ACGATGCAGA gCTCGCGCTC GCCTTTGGTG CGCAGGGTAT 960 CGGACTGTGT CGTACAGAGC ATATGTTCTT CAAAGAAGAT CGGATAAATG TGTTCCGCCG 1020 TATGATCTTC TCGGAGAATG CTGAGGAGCG GACGGGCAGT CTCAAGCAGT TGCAAAAGAT 1080 GCAGGGAGAG GATTTCTACG GCATCTTCAA GGTAATGCAG GGACATGAAG TGACTATTCG 1140 CCTTCTGGAT GCTCCTTTGC ACGAGTTTTT GCCGCACGGG GAGAGTGAAG TTAGCAAGTT 1200 TTTGGAGTAT CTCGAGAAGG TTTGTGGTAA AGGTCTGTCC CGGGAGGAGT TGCAGGAGCG 1260 GATCTCCATG CTATCTGAGG TGAATCCCAT GCTGGGTCAC CGTGGGTGCC GTATTGCGAT 1320 TTCATACCCG GAAATCTACG CCATGCAGGT GCGCGCCGTG TTCGAGGCAG TGTACCGGTT 1380 GCAGAAAGAG AAGATCTCGG TGTACCCAGA GATAATGATC CCCATTGTCA TGAATTGCCG 1440 TGAGTTAAAG CAGATTGTGT ATGGTAAAAA GATTGAGGGG CACGCATACC AGGGTATCGG 1500 CTCGATAGAG GAAGAGGTAC GTCTTGCGCT CAAGGCAAAG GAGGTTGACT ATAAGGTGGG 1560 TGCTATGATT GAGCTGCCTG CAGCTGCGTT GAGTGCAGAC GAGATTGyGC gcTACGngcA 1620 GTTTTTCTCG TTTGGGACTA ATGACTTGAC GCAGACAACG CTTGGACTCT CCAGAGACGA 1680 TTTCAATACG TTTATGCCGG ACTACACGAT GTATGATTTG GTTGACGGAA ACCCCTTTGC 1740 GATACTCGaT GCGCgCGTGC scgAGTTAAT TGAGGTTGCT ATGCaGCGTG GACGGCTGGC 1800 ACGGCCGGAT ATTCAGCTAG GTTTGTGTGG GGAGCACGGT TCACGGTCAG AAAATATTCG 1860 TTTTTGTATG GAAGTAGGAC TAGATTACGT TTCGTGTTCG TCTTACTCGG TGCCTATCGC 1920 TTTACTTGCA ATTGCACAGG CGGAGATTGA AAACGCAGAA AAGGAAGGCA GGAAGCCTGC 1980 ATGGCGGGGA AGGTCTTCCG CGAAGTCAGG CGGTAGGCGC GCTAGGTAAG GTGTCGTTCG 2040 TGCTTGGTGA GCGTCTCTGT GCGTTCCACT AACGGTGCGA GGGATGGCTG CGTCTGCGTG 2100 GTTAGAGGTG TAGCTGGGTG TTTTTTGGAG GTTTTGTGTA CGCGCTGATT GAATACAAGG 2160 GCAAGCAGTA TAAGGTGGAA CGGGGTAGTA GTATCGTTGT AGATAATATC TCCGAAGTTG 2220 CGCCGGGCGG GTGCATCGAT GTGCGTGAGG TGTTGATGAT TGGTGGCGAG GGTTTGACGC 2280 GGATTGGTTC TCCTTATCTT GAAGGAGTGG GTGTGCGCGC GGTGGTGGGG GAATGTTTTC 2340 GCAGTCGGAA GATTACCGTG TACAAGTATA AGAGCAAGAA GGATTACCAC CGAACTATCG 2400 GTCATCGGCA GTGGTACACT CGCTTGACCG TTAGTGACAT CTTGGGGGTG TAGGCTCTGG 2460 TCCGAGTGTT GCTTGAAGTC GGTGACCGAG GGCAGTTTTT ATCTGCAGTT GCCTCTGGTC 2520 ATGCTGCGCG TGGAACACGA GGCGGTGATG TTGTGTGTGC GGCAGTTAGT GTGCTTTTGC 2580 GCACTGCGGT GCTTGGGCTT GAGCGTTTGG GTCCTCAGAT AGAGGCGGCG GATCGGGGTT 2640 TTCTCTCCTT TCGCGTGGGG GGGTGTCCGG ATTCCGCGTT GGCTCTCTTG TGTTTCACTG 2700 CGGAGTTTCT AGAACGTGGT TTACGTACGT TGATGCAGGA GTATCCCAGT TCGGTGCATC 2760 TTTGCGTGCG GAGGGGAGTG GTGTGTGCGT AgcGTCGCGG TTAAGACAAA ACGGGGGGTA 2820 GTATGGCTCG AAAGAGAGGT GGCAgTGGAT CTAAGAACGG GCGCGATTCT AATCCGAAGT 2880 ATTTGGGAGT AAAGTTGTTC GGTGGTCAGC ACGCTCGTGC TGGTTCGATT TTGGTGCGCC 2940 AgCGGGGTAC CCGAATTCAC CCGGGAGAAA ATGTGGGAAG GGGGAAGGAC GATACGTTGT 3000 TTGCTCTTGC TCCTGGGGTT GTGACCTATC TTCAAAGGAA GGGGAGGCGC CTCGTTTCTG 3060 TGTGCGTGGA AAACCGGCCT TCTTGAGCTT TTATAGAGGG AACCAGGTGC CTCCTGTGCT 3120 TTGTGTCTGT GGTGTAAGAA GGGTCAGGGG GTATTTGCGT GTCTGTGGGA TCGTAGGGGG 3180 CGTGCACAGG TTTTTGAGAG AGCATGGCCA GTTTTGTTGA TGAGGTGCTG ATTCGTGTTT 3240 CCTCTGGTCG GGGTGGAAAT GGCTGTGTGG CGTTTCGGCG GGAAAAGTAT GTCCCgCGCG 3300 GCGGCCCCGC GGGGGGCGAT GGAGGGCGCG GCGGGGACGT TGTGTTCCAG GTACGGCGCA 3360 ACATGCGCAC GCTTGTGCAC CTGAGGTATG GACGCGTGTT TCGTGCAAAG AATGGGCAGG 3420 ATGGAGAGGG GGCACGCCGC TTTGGTGCAA AGGGGCACGA TTGTGTTATA CCGCTGCCTC 3480 CGGGTTGTCT TTTAAGGGAT GCGCAGACTC ATGAGGTTTT GCACGATTTT GGTCATGCCC 3540 ATGAAGGTTG CGTGACGCTC CTTTCGGGTG GAAGGGGTGG TTGGGGGAAT TATCATTTCC 3600 GTGGCCCAGT GCAGCAGGCT CCGCAACGCG CGCATTCTGG GCAGCCGGGG CAGGAACGTG 3660 TGGTGCACGT TGAACTGCGT ATTGTGGCAG ACGTTGGCTT TGTGGGGCTC CCCAACGCGG 3720 GCAAATCTTC TTTGCTGAAT TTTTTTACCC ACGcGCGGTC GnTtwGcCCC TTATCCTTTC 3780 ACTACCCGGA TTCCTTACTT GGGGGTGCTG CGTACGGGGG ATGGGCGCGA CGTGATCCTG 3840 GCAGATGTCC CTGGGATTCT CGAACGCGCC TCGCAGGGTG TCGGCTTGGG GTTGCGCTTT 3900 CTCAAGCACT TGaCCcGCTG TGCGGGGCTT GCATTTCTCA TTGATCTTGC AGATGAGCGT 3960 GCGCTGCATA CATACGATTT GCTTTGCAAG GAATTGTACG CTTTCTCCCC TGTCTTTGAG 4020 ACAAAGGCGC GCGTGCTCGT AGGTACCAAG CTTGATTTGC CGAATGCGCG TGAGTGTTTG 4080 CAGCAGCTTc tGCACAGCAC CCATCCACTG AGGTTTGTGG AGTCTCGGTG CACAATCGCT 4140 GGGGTTTAGA TGAATTGCAG GAGGCTTTTG TGCGTCTCTC TGACGCAGGT GCGGGCgcGT 4200 TGCGTTCCCC TGTGTGGCGG AACCAAGCTC CCAGTTTTAT GTACGCTCAG CTTGAGGATC 4260 CGGTGTGTCA GGTGCGTGAT GATTTTGGGG CAACGGTGAG CTTGAGCAGA AAACGAAAAG 4320 TGCGCGGATG AAGTTAGCCC TGTTTGGCGG TTCGTACGAT CCTGTTCATC TGGGCCACTT 4380 GCTCTTGGCT GATGCAGTAC ACCGGCACGC CGGGTATGAC CGCGTGCTGT TTGTGCCTAC 4440 CTTCGTTTCC CCCTTCAAAG AAAAGGAAGG AAGTGCAAGT GCGCACGATC GGGTGCGGAT 4500 GCTCCATTTA GCAATTGGGA CAACGCCGTA TTTTTCTGTT GAAGAGTGTG AGATTAGGCG 4560 TGGGGGTATT TCGTATACTG CCGAGACGGT GCAGCATGTG CGGGAAAAGT ATGGCGCACA 4620 GCTTGAGGGC AAGCTCGCGC TGGTATTGGG GGAAGATGCA GCGCGCAGTG TACCGCACTG 4680 GCACGCGTTC GATTCGTGGA GTACACACGT TGATTTtGTC GTGGGTGCGC GCCCTGTGAC 4740 GTCAgGCGAT GGGGGGAACG TAGAACGCGC CACACGCACT CTACAATCGT TTCCCTTCCC 4800 ATGGGTTTCG GCGGAGAAtG TGGcGCTTCC TATTTCGTCA ACGTACATAC GCACCGCAAt 4860 TCAACGGGGG CgTAgTTGGG GTTaTCTTgT ACCTtCCCCA GTTCGTGAGT ATATTATCGC 4920 GCGTGGACTC TACCGkTCGT GAGCCTCTGC CTTCTTTCTC CGGAGTGGAC GATTCTTCCT 4980 GTTCTTCTCG TTTTCTTTCT TTCCTTGGAC AGGCGCAGAT GCCAGCGTTC TCTTTTGTGT 5040 CTGCAGATAT GACGGCGCTG ATTGCGCGTG TGGmAcCGTA CGCGCGCGCA GTGCTTTCGC 5100 CACCTAGGTA TGAGCATTCG CGTCGTGTAG CGGAGTTTGG GTGCATGCTG GTACGGCGGT 5160 ATGCGTTGGA AGCGCAGCTT GAGCCGCACG TTTATTGCGC GGGTATTGCG CACGATATGT 5220 GCCGGGAGCA TTCGGAAGTG TTCTTGTTGC GTGCTGCcTG CGTGCGATGG TTTTCCCATT 5280 GATGTAACTG AGCGTGGTAC GCCATTGCTC TTGCACGGGC GCGCAGCCGC GTGTGTGTTA 5340 GCACAGGAAT TTGGCGTGCA GGATGAGGTG TTGTTGTCTG 5380 (2) INFORMATION FOR SEQ ID NO: 142: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 13954 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 142: CACGCTCAAC CGGGAACGAT TCGTGGTGAT TTTGCnTACG CACCACTACT AATATTGTCC 60 ATGCTTCTGA TTCTCCCGAg AGCsCTGCAC GAGAACTAGC GCTCTACTTT TCTGCGCAAG 120 ATTTTGTTGA ATGGCGTGAC GGGAATTACG ATTTTTTCTA AAAAGTTTAG GGTCTGCGGT 180 GCGTGTTCTT TTTCGATACG GTGATCATGT TTCCTCTTGC TGAAGAAAGG TGAGGATCAG 240 GGGAGGGGTT AGGAATCATG GCTTCGATTG CAaTACTCGG TGGAGGGGCA TGGGGCACGG 300 CGCTTGCTGC GTCTCTCACC GTAAACGGTC ACACCGTAAT GCTGTGGGCC CGTCGTAGGC 360 AGACGTGCGA TGCTATCAAT GCACGAAACG AAAATGTTCA GTATCTGCCG GGCATTACGT 420 TGCCCGCAGC CTTGTGTGCC TCTCCCGATA TGGCATATGT CTGTGCCGGC GCGGATCTTA 480 TTGTATTAGC GGTTCCTTCG TGCTATTTGG CTGAAGTAGC TGCGCTTATG AATACCACTC 540 CTCGTTTTCA GAGGTTGCGT ACTGCTGCCG TAGgACAGGA ATATCCCCTT ATTGGTATTT 600 TGACAAAAGG ATTTATTCCG GATCAGGAAG GGATGCCTCA TCTAATTACC GATGCGCTGG 660 GTGCGTTGTT GCCGTCTGGG GCGCACGGGC AGCTCGTGTA TATTTCGGGT CCAAGCCATG 720 CACAGGAGGT AGCGCAGGGA AAGGTGACCG GACTTATTGC AGCGAGCCAA AATCCTATGG 780 CGGCCATTCG GGTGCGGGAA TTGCTGCGCT CGAAGAGGgT GCAGGTGTAT TCCAGTCTTG 840 ATGTTGTTGG GGTGCAAGTG TGTGCAGCGG TAAAAAACGT GATTGCCATT GCATTTGGTC 900 TTTTGGATGC GATGGCTGAG CATTCTGAAG CTTTTGGGGA CAATACAGAG TCGATGCTGC 960 TCGCAGCGGG CTTGAATGAA ATTCAAACCA TTGGAAAACA GTTGGGTTCT ACACATCCTG 1020 AAACATTCAC ATCGCTTGCA GGAATAGGAG ATTTGGATGT GACGTGTCGC AGCGCnTATG 1080 GACGCAACCG ACGTTTCGGA CGCGACATAG TGCATAAGGG GATCCTTGAT TCCTTTTCTG 1140 GAATACAGGA TCTCGTGAGT CGTTTGCCCG AAGTAGGGTA TCTGGCGGAA GGGGTAGTTG 1200 CCTGTATGCA TGTGCAGCGC CTGGCTGAGC GGGATCGGTT GAAGGTTCCA ATTTGCGCGG 1260 GACTGTACGC TATTTTAAAT CGGGAAAAGG GTGCTGACAC CTTTATGCAA GAGATTCTTG 1320 GTTGGTAGCA CGGGGGTGTT TTCTTCCGCG CGTCTCTGTG GGGGAAGCGT AAAGAACGAG 1380 TCTAGGAGTG GAAGTGAGAA CTCTTACCCA AATGTTATTT TTGGCCCATA ATCCGCGTTC 1440 GGACGGAGAG ATATATGCAT ATCATCAAGC GAAATGGCGA ACCGCAACCT TACATGCGCG 1500 AGAAAATAAT TGTTGCTATC AGTGCTGCTT TTAGAAGTGT CCAGAATCCT CTTGCTCCTG 1560 AAGTTCCTGC TATCATCACA GATCTTGCCG CGGAGGTTGA GCGACAGCTT TTTGAGATGA 1620 ACCGTGCGGG CGTTCCTGTT CACGTGGAAA AGATTCAGGA CTTTGTCGAA AAGACTCTTA 1680 CCAAATACAA TCACAGCGAT GAAGTGAAGA GTTTTATCCT GTACCGTGAC GATCGCACAA 1740 AAAAGCGTAT TGCAAGAGAA CAGATTGCGT GCTGTTTTAC TGACTCTTCA GTGCTCGGTG 1800 TACTGAAAGA AATCCAACAA GACTTTCCGT TTCCTGAGTA CAGTCTCGAT GCACTCGCCA 1860 GTAAGTTCCT GCTCTTTAAA AAAGAAGTTA CGGACGAGCG TCGGAGTATG CAACTGCTTA 1920 TTAAGGCAGC GGTGGAACTG ACTGCCCAAG AGGCTCCCCA GTGGGAGCTT AtTGcTGCGC 1980 GCTTGCTTAT GCTCGACTTT TCACTCGCGC TAGGAACATC TTTGGAAAAG TTAAATATTC 2040 ACTCCTTCTA CGAGAAAATA ACTTATCTTG AAGAGGCCGG TCTATATGGG GTGTACATCC 2100 GCACGCACTA TAGTCGGGCA GAAATTGAGG AAGCTGCCAC GTATCTTGAG TGTAGTCGCG 2160 ATAAATTGTT TACGTACAGC AGTCTGGATA TGATTCTGCG TCGCTATGTG ATCAGAACGC 2220 GTGCGCATGT ACCTCTTGAA ACTCCTCAGG AGATGTTTCT CGGTATTGCA CTGCATCTAG 2280 CGATGAATGA AACCCAAGAT CGTATGCAAT GGGTAAAACG CTTTTATACA GTCCTCAGCA 2340 AGTTGCAGGT TACGGTCGCA ACACCTACGC TTTCAAACGC GCGCAAACCT TTTCATCAAC 2400 TTTCCTCGTG TTTCGTTGAT ACGGTGCCAG ATTCGCTCGA CGGTATCTAC CGCAGCATCG 2460 ACAATTTTTC CCAGGTATCT AAGTTTGGGG GAGGGATGGG GCTGTACTTT GGAAAAGTGC 2520 GTGCGGTAGG CGCTCCCATT CGGGGGTTCC AGGGTGCTGC AGGTGGTATT CTCCGTTGGA 2580 TTAAGCTCGC CAATGATACT GCAGTTGCAG TAGATCAACT AGGAGTACGC CAAGGCTCGG 2640 TGGCAGTGTA TTTGGATGTA TGGCACAAGG ATATTCCGGA ATTTTTGCAA TTACGGACTA 2700 ATAATGGGGA TGACCGCATG AAAGCACATG ACGTATTTCC TGCGGTCTGT TATCCAGATT 2760 TGTTCTGGAA GACAGTACGC GATAATTTGG GGGCGTCGTG GTATTTAATG TGTCCGCATG 2820 AGATTCTTAC GGTGAAAGGC TATGCTTTGG AGGATTTTTA TGCGGAGGAA TGGGAGAAGC 2880 GCTACTGGGA TTGTGTAAAG GATGCGCGTA TCTCTAAGAG GACCATTCCG ATTAAGGAGT 2940 TGGTGCGCTT GGTGCTAAAA TCTGTGGTGG AAACCGGTAC TCCCTTTGCG TTTTACCGAG 3000 ATCATGCAAA CCGTGCAAAT CCCAATGGGC ATCGGGGAAT TATTTACTGT TCTAATTTGT 3060 GTACTGAAAT TGCGCAGAAC ATGAGCGCTA TTAATTTAGT AAGCGTAAAA ATCACCGAGG 3120 TTGATGGACA AAAGGTAGTG GTGCAGACAA CGCGGCCGGG GGATTTTGTT GTATGTAACC 3180 TCGCGTCGTT GGTGCTGAGC AATATTGACC TTTCAGATGA TAAGGAGTTG CGCGAGGTAG 3240 TGCGTGTGGC GGTACGTGCA TTAGACAACG TGATCGATTT GACATATTAT CCGGTTCCCT 3300 ATGCACAGGT AACCAATGCG TATTATCGTG CTATTGGTTT AGGTGTTTCA GGCTACCATC 3360 ACGTGCTTGC CCAGCAAGGA ATCGATTGGG AAAGTGATGA ACATCTTGCA TTTGCGGACA 3420 GAATATTTGA GCGCATTAAC CGTGCCGCAA TTGAAGCGAG TATGACAATC GCGCGCGAGA 3480 AGGGTGCGTA TGGGTGTTTC ACTGGGAGCG ATTGGTGTAC CGGTGCGTAT TTTCGCAAAC 3540 GCGGCTATGT CTCTGAAGAC TGGCAACGTT TGCAGCGTGA GGTAGCAACA CATGGGATGC 3600 GCAACGGTTA CTTACTTGCA GTCGCGCCAA CTAGTTCTAC GTCTATCATT GCAGGGACCA 3660 CTGCGGGTGT AGATCCTATT ATGAAGCAGT ATTTCCTCGA GGAAAAGAAA GGCATGCTAA 3720 TGCCACGCGT AgCTCCTTCT CTTTCGCAGA AGACCTGTCC ACTGTATAAA AGTGCACACG 3780 CAGTGGAGCA GCGTTGGAGT ATCCGTGCTG CGGGTCTGCG GCAACGACAT ATTGACCAGG 3840 CACAGTCAGT GAATCTGTAC ATTACAACGG ACTTTACACT GAAGCAGGTT CTAGATTTGT 3900 ACGTGTATGC GTGGGAAGTA GGAATGAAGT CACTATAtAC GTACGAAGCC AGTCGCTCGA 3960 AATAGATTTG TGTGGGTATT GTGCCTCGTA GGAGCGTGCT TGCATAACAC TGTCCACTGT 4020 GTAGGCTTTC TTTGTGACGT TGCGTACGCT TCAAGCCGGT GTGGCGGTCA GTATCGCTCT 4080 GGATCGTGTG TGCTTTTTCT GTTATAACGG GGCGGTGGCA CACTGTgTAG TAGAAGCTGC 4140 CGAAGATATT TTGGACCGGC GTTTTTCTGT ATTGGATAAG GGTTTCGTGC GTTTGATAGA 4200 TTACCTGGGA GGGGATGCAC GCATTGTGCA GGCAGCGCGT GTTTCTTACG GTGCGGGGAC 4260 TAGGACTGCG CGTGACGATG CGGCGCTTAT CGATTTTCTT TTACGCAATA AGCATACGTC 4320 TCCTTTTGAG CAGGTGGTCC TTACCTTCCA TGTACGTGCA CCGATTTTTG TCGCGCGTCA 4380 GTGGATGCGG CATCGCACTG CTCGCATCAG TGAGGTGTCT AGTCGTTATT CGCTTCTTAG 4440 TCATGACTGT TATGTTCCGC .AGGAAACTTC AGTTGCAGTT CAGTCCACGC GTAACAAGCA 4500 GGGCCGCGCG TCCGAAGGTA TCTCTCCTGA ACAGCAGCAG GAAGTGCGGG CAGCGTTTGA 4560 AGCTCAGCAG AAAGCGGCGT GTGCCGCTTA CGACGCATTG ATTCAAAAGA AC TCGCGCG 4620 GGAnCTAGCG CGTATTAACG TGCCgCTTTC GCTTTACACC GAGTGGTATT GGCAGATTGA 4680 TTTACACAAT CTTTTTCATT TTTTGCGTTT ACGTGCGAGC GCTCATGCGC AAGCAGAGAT 4740 TCGTGCGTAT GCAGAGGTAA TCATTGAAAT TACCCGTGCA GTTGCGCCGT GCGCTACCGC 4800 CTCTTTTGAA AATCATGAAA AAGATGGGGT GCAGTTTTCA GGGCGGGAGT TTGctGCGCT 4860 TAAGGCCTTA CTGGCTGGAG AGGGTCTCTC CCTTGAGGGG AAGGAACGTG CGCGCTTTGA 4920 AGAAAAATTA CGCTCTGGCC TGCAGCAGTA GAAGTCTATA GTGCGCTCGT CTGTGTGAGC 4980 AGCAAGAGTA TTGCCTTTCT GTGTCTTAAA AAGGTGAATG TGGTCATAGG TATGCTGAkG 5040 AAAAGGAGAG CGGTCAGTTA TGGGGATTGA GTACTCAGCG AGTAGCATTA CTGTATTGGA 5100 AGGTCTTGAA GCGGTACCAA GCGTCCGGGG ATGTATATCG GCTCTACCGG TCCTAATGGA 5160 TTGCACCATC TGGTGTACGA GGTGGTGGAT AACTGTATCG ATGAAGCCAT GGCTGGGTAC 5220 TGTGATCGTA TCACCGTGGT GCTCGAACAA GGAAACGTCG TGCGTGTTGA AGACAACGGG 5280 CGAGGTATtC CTGTTGACGT GCACCCTCAT GAGGGGGTTA GTGCGCTTGA GGTTGTACTT 5340 ACTAAGTTAC ATGCGGGGGG GAAGTTTGAC AAGAAATCGT ATAAGGTGTC GGGTGGACTC 5400 CACGGAGTTG GAGTTTCtGT GGTCAACGCG CTGTCGTTGT GGGTAGAAGT GACAGTGTAT 5460 CGTGATGGTG CTGAGTATTA TCAGAAGTTT AATGTGGGGA TGCCGCTTGC TCCAGTAGAG 5520 AAGCGGGGAG TGTCGGAAAA ACGTGGcACT ATTATCCGCT GGCAGGCGGA CCCATCCATT 5580 TTCAAAGAAA CGGTGGCCTA TGATTTTGAC GTACTCCTGA CGCGTTTGCG TGAACTTGCT 5640 TTTTTGAATA GCACGGTAGT TATTCAGTTG CGTGATGAGC GGTTGGCGAC CGCTAAACAG 5700 GTTGAATTTG CGTTCGAAGG AGGTATTCGT CATTTTGTCA GTTATTTAAA CCGCGGTAAA 5760 TCAGTTGTGC CCgAACGTCC TCTGTACATT GAGGGATCGA AGTCGGATGT TTTAGTGGAA 5820 GTTGCGTTGC AATATCACGA TGGTTATACG GAAAACGTGC AGTCATTTGT CAATGATATT 5880 AATACCCGTG AGGGGGGCAC GCATCTTGAA GGATTTAAGT CGGCACTTAC GCGTGTGGCG 5940 AACGATTTTT TGAAAAAAAG TCCAAAGCTT GCAAAGAAGA TAGAAAGGGA AGAAAAGCTC 6000 GTTGGGGAAG ATGTGCGTGC TGGATTGACA GTGGTGCTTT CTGTGAAAAT TCCTGAACCC 6060 CAGTTTGAAG GGCAGACAAA GACGAAgTTG GGAAACAGTG AGGTGCGGGG TATTGTTGAT 6120 TCTTTGGTGG GGGAGCGTCT GACGCTCTAT TTTGAGCAAA ATCCAGGTGT GCTTACAAAG 6180 ATTCTTGAAA AGAGCATTGC AGAGGCGCAG GCGCGTCTTG CAGCACGTCG TgCAAAGGAA 6240 rcTGCGCGCA GAAAAAGTGG AATGGATAGT TTTGGGTTGC CGGGAAAGTT GGCCGACTGT 6300 TCGCTCAAGG ATCCGGCGAA GTGCGAAgTA TATATTGTGG AAGGGGATTC TGCAGGAGGT 6360 TCGGCGAAAA AAGGACGGGA CAGCAAGACA CAGGCCATTT TGCCTTTGTG GGGGAAGATG 6420 CTGAACGTGG AAAAGACACG TTTGGATAAG GTCTTGCATA ACGAAAAATT ACAGCCAATT 6480 ATCGCAACGC TCGGTACAGG TGTTGGCAAG GATTTTGATT TAACAAGGAT TCGCTATCAT 6540 AAAGTGATCA TCATGGCGGA TGCGGACGTG GATGGCTCTC ACATCCGTAC GCTTCTTTTA 6600 ACGTTCTTCT TTCGATACCT GCCGCAAATA ATTGAAGCTG GTTACGTATA TCTTGCGATG 6660 CCGCCTTTGT ATCGCATTGC GTGGAGTAAA AAGGAACTGT ATGTGTATAG CGACACAGAG 6720 CGTGACGAAG CGCTAGAAAG TATCGGTAAA AAAAGTGGTG TCGCTGTGCA GCGTTATAAA 6780 GGTCTGGGGG AAATGGATGG CACTCAGCTT TGGGAGACAA CTATGAATCC AGTGCGTCGC 68 * 40 AAGATGATGC aGGTGGTGCT CTCAGATGCG GTGGAAGCAG ACCGGGTGTT TAGTACTCTC 6900 ATGGGTGAAG ATGTCGAACC GCGCCGTAAG TTTATTGAAG AGAATGCAAT ATATGCGCGT 6960 TTGGACGTAT GAATGTTTTG TGCATTTGTA TTTCCATGTG AGTGGTGCCG TCTGACAGGG 7020 GGAAGGATCA GTGGCGTATC AAGTGACGGC AACACGGTAT CGGCCGCAAC GTTTTCAGCA 7080 CGTGTTGGGT CAGAAGTTTG TAGTGGCAAC ACTGCAAAAA TCTCTTGAGG AGAACAAAGT 7140 TTCTCCTGCG TATTTGTTTT CCGGCCCACA TGGGTGTGGT AAGACCAGCT GTGCGCGTAT 7200 CCTTGCAAAG GCATTGAATT GTGTGCAAAG AGAAGCGTCT GAACCGTGTG GAGAGTGTCC 7260 GTCTTGTAGA GAGATTGCCA CCGGTACTAA TTTAAATGTT ATCGAAATTG ACGGTGCGTC 7320 ACACACAGGG GTGGGCGACG TACGTCAGAT TAAGGAAGAG ATTCTCTTTC CACCTCATGG 7380 GACGCGTTAC AAGGTTTTTA TTATTGATGA GGTGCATATG CTTTCAAACA GTGCCTTTAA 7440 TGCACTGTTG AAGACAATCG AAGAGCCTCC GCCGTATGTG GTATTTATCT TTGCAACAAC 7500 GGAGGTGCAC AGGATTCCTG CAACGGTAAA AAGTCGCTGT CAACAATTTC ATTTTCGTTT 7560 GGTAGATACT CAGACGCTTG TTTGTGCGTT GGCGCAAgCT GCCCAGCAGA TGCAGATTGC 7620 AGTTGAAGAC GGAGTACTGT CTTGGATTGC GCGTGAGTCA GCCGGTAGCA TGCGAGACGC 7680 ATATACTTTG TTCGATCAAA CCGTGGTGTC TTGCGCAGGG CCGGTAACAC TTGAGAACAT 7740 TCAAAAAAAA CTCGGGCTAA TGACTGACGA CTCACTTGCA GCACTGTTTT CACATTGCTG 7800 CCGCAAAGAT GCTCGCGCCG CCTTGGAATT GGTAGATGCT TTGGTAAGTT CTGGTGTCTC 7860 CGTTGAACAG TGCGTAATCG ACTGTGTCCG CTATGCGCGT GCACTGTTGC TTTTCACGCA 7920 GGgAATTACA AATGAGTCAC TGGTAGGAAT AGCGGCAAAC CAAGTGCCTG AGTACGTGCG 7980 TACCACATGG AATGCGTCGC AGATTGAGCG GGCGCTTGGA CTGTTACTGC AACTGTTTCG 8040 CGACATTCGT TTTTCAGTAG ATCCGCGGTA TGAATTGGAG CTCGCAATTT CGCGTTTAGs 8100 tGGTTGAGTG AGTATGTCTC AATTCAAGAA GTACGCGTTG CATTGGATAG TGTGCAGCAG 8160 ATACTGGACA CGCATGCAGT TCCCGGGGTG TGTTCTGCGT CTGTAGGTTC GGACGATGGG 8220 GAAACAGGTG TCGTCTCCCC ACACGGTATA CGTCCCCCTA TGTCAACATC AGTATGTACC 8280 GTGCGTGCGT TACAAGATGC CTTGGTAGAA AAGTTGCGCG CGTCACACCA GATGTTGGcA 8340 ACAGCGCTTG GTTCTTCATA TTCTTGGCGC GAGGAAGATA CTTCTGTGTG CATGTGCGTA 8400 CGCAgCATTA TGAGCGCAGg TTATCTCTCA GCACGCGTCG CTGCTCAAGG AGTATGCGTC 8460 AGAATTACTG GGACGGGAGG TATGCGTTCG CGTACTTCTG GATTCGGTGC CTTCGTCAAA 8520 AGTCGCGCCC TCCCATCTTC CTCAGAGTCC TGcCCCATCT GCTCTCTTTA CAACTTCTTg 8580 CTTAcTCTGG GgCAGGAGTG TGATAgGGTG AtGGAGATCT GCCTGCACAG tGaAGCTTCT 8640 CTGTGATTGT GTGCAAGGGC ACGTGGTGCG TGTGTATGAA GGTACTGCAC GGTGTGTACC 8700 TGGGGAGGGG AAAATAGCAG GGGCTGTGCG TACTCCGTAT TGAgTAGCGA CAGACGGGTA 8760 GGAAGAGTGC GAAAGCTGTC AGTTCAATAT GGGGATTTTG TACCAGGGGA TGTGTGATGA 8820 TACCGGCGAT TGAAGAAGTA GTGGAGCATT TATCTCGTCT CCCGGGTATT GGAGTAAAGC 8880 TGGCGACGCG CCTTGCCTAT CACCTTTTGA AACGTGACCC CGCTGAAGCG CAGGTTCTTG 8940 CGCGCGGGAT TGCGTGTTTG CATGAGCGCG TATATCGGTG TGTGTGCTGC GGTGCTTTCT 9000 GTGAGGGGAG GACCTGCGCG TTGTGCACGG ATGCGTCTCG GGACCGAGGC ATCATTTGTG 9060 TAGTGGAGCG TGCGCAGGAC GTGGAAATGA TGGCGGGTGT GGGGGAGTAT CGGGGTTTAT 9120 TCCACGTGTT AGGAGGAGTC ATTGCACCGC TTGAGGGGGT CGGTCCTGAC CAGCTCCGTA 9180 TTGCGGCGTT GCTGAAACGG TTGCAAGAGA GTTCAGTACG GGAAGTTATT CTGGCGTTGA 9240 ATCCCACCGT GGAAGGGGAT ACCACCGCCT TGTATGTGCA AAAAATCCTT GCAAACTTTC 9300 CGGTAATAGT AACGCGTCTA GcgTCTGGTA TCCCCGTAGG nGGGGACTTA GAATATATCG 9360 ACCGAACGAC ATTGGCGCAC AGCCTGCGTG GGCGCCGGCC ACTTGATTGC TCGGAGGCTT 9420 AGAGCATGAT CTCTACCGCA GTGACTACTG CCATATGTGT ACCCGGTGGA CGCTGCGGAT 9480 AAAGAACACG CTTGCGGTGT TCAGCAAGAA GAGTCCAACG ATACAGGCGC TCCACGTGAG 9540 TCCGTGTGTG AGCAATCGGT AACCTGCAAT CACAAAAGGT AATGCTGCCG CCGCGATGTA 9600 GTAATGGGAG ATTTGCAACG TGTGGCCGAG CACCCCGTAA GAAAGTGCGC TGAGGACTGC 9660 CGTTGTCCAG AAAAACCACC GGTGCCACGC GTGACTCCCG TAGTAGAACG TGAAGTTCCT 9720 CTGTGGGGTC ACCAGGATCC GTGTTTTTCT GTGGGCGGAs TGCGCACTTT GAGCGTTTTT 9780 TCTTCACCAG TACTATCTAT GATAGATCCG GATTCTGAGA TCGGcTGTGC CAGCAGTATA 9840 GCTCCCTGTG TGCTCTGTGA GGGACGATAT GCGTGTATAG TGTGTATCGT AGTGTATCGG 9900 CTAATAAGAA ACGCCACCGT GCACAGCACA AAGACAACGG CCCCTTCCTG TCGTGTGAGT 9960 GTCTTTTTCG CAAAAATGCC ACTTGCAAAG AGAGCAAGCA GTGCCAGACT CCGGAAGAAC 10020 ATGACGATTT GCATGGGAAC ATTCCCTGCG TATGTGGTAA GCGTGCCTGT GTAGAGTATG 10080 GGGAGGAAAA GACGGACTCC TTCGAAGTTG AGTGCGCACA GAAAAAGAGA AAAATAGGAT 10140 ATCTCGACCG CATGTGTTTT TTCGAAGCGA CGAAGGAGGT AAGTAAGCAA GAGTGGTGCA 10200 GAAAGACCCn TACCGAGGAT TGCCACCAAG GTACTGCTAT TTGAGGGTGC GGTGGACACC 10260 GCAGCAAGCG AGCGAGCAGC TGCTTCCGGT AGCAAGAAAG TGAGCACATG CATGAACGCA 10320 CGGCCAGTGG TGTGTAACAG GGGAGGAACG CGCGCAACGG CAAGTTGTGG GAGTGAACCA 10380 CCAGATAGCA CGAACGCGGC CTGTAAAAGG GAAATGCTGC ACAGCAGGGC GGAAAGTACG 10440 ATGGAGAACG CGACGACTTT GTTTCGTCCA GCGATGGTCA CCGGGCCATT GTAGGCGGTG 10500 CATGCGTGTT ATGTAAAGTT GTGCTGCGAT CAGGAGTCTT CTTAAGGAGA TTGGCGAAAG 10560 GTGCCGAAGC TGCGGGCGCG GAGGACGTAT GGGTAGAACA GGATGTGTGG GTAATCGATG 10620 CAAACGGATA GGTACTGTGC GTGCGCGTGG CGAGAAGCAA AGGAGAATAG CATGGGTGTG 10680 CTATCTGGCA GCGGTGTTTT TGACGTTATG TACGAAGTCT GCCATGGCGG GAGATATCGC 10740 GACCTTTGTG AATTTGGGAT TTTCTGCGCA CGGAAAGACA TTTGCCTTTG GACAGCACGG 10800 GGTAACTGAT GGGTTGTATC aGGCGTATGC GGATATCTAT GTGGTGGACG TAGAATCAAA 10860 CCGTTTTGTG CAGGGAGGGG TAGTGCGCAC AACGCCGACG CGAGAAACAA AAGGCAAACG 10920 AAGCATGGAT GTCTTTCTTG CGTTGCAGAA CCGCGCGCAA TCTCTCTTGC AACGTGCAGA 10980 TATTTCTGCG CTGCGTTTGG GGCGTACTCT GTACGTGCAG GCTGAGGATC GGATGGGGGA 11040 AGAGACGCTA CTGTTTCGAG ATTTTAAAAC GAATGTAGAA TATGTGGTGG TTATGCATGT 11100 AGAACGGACA ACAGAGCTGG GTGTGTCGTT CTATTTGACG GTTGAAATGA CAAGACCGAA 11160 TGGAAGCAAA GTTTCGCGTG TGGTGGGGCA GCGCGGCTAT GTGCGACCGG GGGTGAAAAA 11220 TTACGCCTTA AAAAAAGTAC TTATTAATGA GCAGCAGGAC GCTTTGATTT TTGTTGTTGA 11280 AAAGCACGGA TATGCCCCtG ATGGAGCATC AGTTCGGTAC ATGGTAGAGG CGTGTCGTCT 11340 GTAACGGTTA TGGGTTCTTG CAATCGTACG AGGGTGGGGT ATGGCTTACG TGTGATATAA 11400 TGGGCGTTAG CCTATTTTTG GTGAGGGAGC ATGTCGTCAT GTGGGATCTG CATCGTGCTT 11460 TATGCGCAGG GTTGTTGAGT GTGCTGCTCT ACGGCGGCTG TTCTTCTGCG CGGGACTTTG 11520 TACACGTTAT GAAAACTGCG GGCAATGAAG TGGCGCTTGT GCATTACGCG TTGCAAGGTG 11580 ATTGCATTGT GTTTGGTTTT CGCGGTGAGG TATCTGATGT AGTTGCGCGC GTATATCGCG 11640 CAGAGGGTGT TGTTTCAGAG GAAATGAGCG ATGAGCTGTT GCAGTCCTTT ACAGACGAAA 11700 TCCCCTCTGC ACTTTCACGC ATTGCGGTGC CTGCAGCGTA TCAGGAGTCT GTGGATGCAG 11760 CCCGTGAGCG CCTTTCGTTT TTCGCAGTGC GCTTTTTACA AAAGCCGCAC GTGGGGCAGC 11820 AGGTGGTATT GCGTGGTAGT GCGCAGGACG TGGCGCACCA GAAGCATGAT TTTGTGCTTC 11880 CTTTTGAGGG GATAAATACA CAGCCTGCGC GTTTAGAAAT CAGCGAAGTC CGTCCCCTTT 11940 ATGGGAATAA ACGCTCGGAA TTTGTGGAAT TGCTTGTCGT GGAATCCGGT AATTTGCTGG 12000 GAATTACTAT CACAAATGTA GGTGGCAAGG GGAATCGCTG CGACTATCAT TTTCCTGCAG 12060 CCCAGGTGCG GGTAGGAGAG CGTGTGGTAT TACATTGGCG TAACAGGATC CTGCTTCGTG 12120 TGATGAACTG TCTGCTGAAA CGGTATCGGC AGGTTCGCAG GCCTGTGCGC GTGCACGCGA 12180 TTTTTGGGGG CAGGAACGCT CAATCCCAGG GCGTAACCCA AACGCAATCG TAGTGAAAGA 12240 ATCTGCCAAC GGAAAGATAC AGGATGCGCT GCTATTCTTT AATACCCACG TAAAAAAGGG 12300 AAAGGCGCCG ACGTTTCGCT GGGCTTTTCC AGAAATTGAA GCTGCCTCGC GGCTTGCATT 12360 GGAGCAAGGG GCGTGGCTGA GCACGCACGA GCACTTCCCT CTAAGAGAGA GTCACTTTTT 12420 TCAGkGCGAT TTGACGCCAG CGAAGAGTAT CGCGTTAAAG CGCAAACGGG GCGCAGGCCG 12480 ATCTGCGGCA GATTGTTTTG TGCTAAAAAA AGCAACGATG GGGTTGCCAA ATCAATAGCT 12540 CTTCAgGGTG CTGCTAACTT CAGCAAATTG ATCGTGTCGG cACCCTGcTT AGGTCTTGGC 12600 GCTTGCTCTG AAACCAAAAG CTTGTCGGGT TCTACAGCGG CCGCTTTTGC GTGTCCACAT 12660 CCCTTCTCCT ACGCTGaTCA TTCGAGTTCC TCAAGAATTC CTGCCATTTC TTGCCCACAG 12720 GATACTCCCC ATCTGTCCAA CACCTCGTTC ATCCGTCGcA GATCCTCACT TGaAAGCACG 12780 aAGCACCCTG cACTCCACGC ATAATTCGTG TCGCGCCCTA ACTTTTCTGA CCACCGGTCG 12840 TGTATTAACC ACCGACCGGT CTGATATCCT TCTGTAGATA TTTGCATCGC TTCCCGATCA 12900 ATCCACTCTC CATCCATATC CCATGTGCGT GTGATTGCGT GTATCCGTCC ATGAAACGCG 12960 CGGGCAGGCA CAAAGCAACG CACTACAAAT GCCCCCGGCG CAACCGATTC CCCATGTGCC 13020 ACCCCAGACC CCGGTGCCAT CCGCCCGAAA CAATAATTCG CCACGGTTTG TACCATCGCG 13080 CCATACAGCA CCCGTCCCGC TTTATCCTGT AGTTGCATTG TATCACAACT GTTGTTTGCC 13140 CAGTTGTTCT CGAAACTATC GCCTTTGAGT GGATCTACGC GGTAATGGAA ACTTATCCTT 13200 CTTCTCAATA CGTGCATCCG TACGTCCTCT CTCATCATTG TCTCTCCCCG CTGTACATCC 13260 GCGCGGTGCG CCGCACTGCA GACACCCTTC CTCCTGTGAG GCTGGTAATC GGCGTTGGAA 13320 TAAAAGGGCA GGGTATCGCC TGCTTGCATT CTGCCGCCCT TCCTGAGAAG AAGGCgCGCA 13380 TCGCGCAGTC ACTGACTACC CTTCCGGCAG CCTCCGGTGC ATCGTGCCTC ACCTTTTTTA 13440 CCCGTGGACA CATACCCCAA TTGCGCAGTT TCAAAAAGTC CGTTGAACAA TCGTTCGTCG 13500 TTTTCTTACA CGCAGATGTG CAACAACTAC GAACGCAAAA CATCACGTGG CTTGGATCCA 13560 TTCGGCGGAC CGACCACCCC CCTTGCTTCC ATTTCTTCGA TTAGGcGCGC GGCGCGATTG 13620 TAGCCTATCT TCAATTTACG TTGCACATAC GATGTGGACG CTTTACCCGC GTATTGCACT 13680 ACCTGCACTG CCTGCTCGTA TAAAGGATCG CTTTCATCCA CAAAATTTCC AGATATACTC 13740 GCGTCGTCAT CGTCAAAGAA AATTTCTTCA TCAAGATACT CAGGCGTTCC CCACGCGCGT 13800 ACATGGGCGA TCACGCGCGC TAATTCTCGC TCGGAAACAT ACGCACCTTG AATCCGCGTA 13860 GGAAAAGACT GACTCGGGTT CATGTACAGC ATATCCCCTC GTCCCAGCAA TTTTTCTGCG 13920 CCCATCTCAT CCAAAATAAT ACGGCTATCC ATTT 13954 (2) INFORMATION FOR SEQ ID NO: 143: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 7247 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 143: AGGGTGCCGT ACACCGGCAA CCACTCTAAC AACTCCACGC CAGAAAACCC ATACGACTTC 60 ACCCGTTCAA TGAGACTGAA AATAAGATCA GACTCAAGTA AATTGAGCTC GAGCTTTGAA 120 GCACCCTTGA ACAAGGCCTC GCGAAAATAC AACTTCGACC AGCGCTCATC TCCCGCAAGA 180 GCGTATGCAT CAGCAAGTTC AGCAAGAATT GCAGAAGAGT CTGGCTCCAA AGAGACTGCA 240 AACTCAAGGC ATTCACGCGC AgcATCGTAA TTGCCCAATG CTTTATAGCA CAGCCCAGTC 300 TTACGATAGA CTTCCGCGGG ATGCTCGCGC GCATCACCGG TGATAAGACT CCCATAAAAC 360 CGCAATGCGT AAGTGAACAC ACAACAGCGC AATGCATACA TAACAGGTTC GACAACGCCA 420 CCACGTTTTT GCATATATGC AACGAACGCA CCCCATTGTC CAACAAGATA CTCACCCTGa 480 CTAAGACCGC CAGAGATAGT ATGTACACGC TGCATCCGAT CCTCCCAAAA GCGAATACCG 540 GTAAGCGCGT ACAAAACATC CCGATTGTCT AGCTCTTTTT GAAGCAAATC CTGCAAATCC 600 TGGTGTGCCT GGCGCAGATC CCCCTGCTTC AGTAAATCCA GTGCTGACTC AAGCTCTACA 660 CGAATCGATC GTGCAACCAT AGCGGGATAT TGTATCGGTA TCAAAGCGCC ACGTCAACGA 720 AAGTACTTTT TCAAAAACAA AACCAACGCT ATGTAAATAA ACACGAGCTA CTCGCAGTGT 780 CCTTTCACTG TGACATAAAA ATCCCGCAAA CGCGCACGCA CACACTGGTA GAGCTGAGCA 840 CTTCCCTGCT CTTTCAAATC GTCCGGCACC ATCAATTCCA GCGCATCATC AATTGTGCAT 900 ACCGCCCACA CGTGAAAgTA CCAGCACGCA CCGCATCCTG CACACGTTCA GGCAAAAACA 960 ATTGTGCACA ACTACTCTTT GGGATCAAAA CTCCCTGCAT TCCCGTCAGT CCGTTCAGAG 1020 CACAGACGTC ATAAAAGCCA CTGATCTTCT CGCTCACTCC TCCAATAGCT TGCACTTGTC 1080 CCAACTGGTT CACACTTCCT GTTATTGCGC GGTCCTGCCG AAGAGGAAAC CGGCCAATCG 1140 CAGAAAGCAA TACTAAAAAT TCTGCAGCAG ACGCCGAATC CCCATCAATC CCGTGATACG 1200 ACTGTTCAAA ACAAAGCGCT GCAGAAAGAC ACAGTGGAAA ACTATCCTGC CCCTTTCCAA 1260 GGTCATCCAC AGCTGGATCA AATGCAGCAT CTGCAAAAGC AGACAAGCAC TTCTCACGCA 1320 ATAGCGAAGT GATGATTAAA TGCGCCTTAT CATAAATTTC CCCCGAAAGA CCTGCCTCCC 1380 GcTCaATATT CATCACTCCT TCCTTACCCG CGGATGCCTG TGCCGTTAAC GAAATTACTA 1440 TGCCAAAGCT ATGGCCGCAA TGTTCTTCGA TTGCCAGCGC GTTAATTCTC CCTATTCGAT 1500 ATCCCTGTAC CTCTACCAAT AACTCTCCAC AGGCTATCAT GCGCTGAAAA CGCTCCCGCG 1560 CGCGGGAACA CACGTACTGC CTGCGATTCA GCGCTTCCTG CACCACATGC GCAGTAATCA 1620 CCGACACATC TGGATGCATA TCCACGGCCA CTGCATGAGA CTCCAATACT AAATCTGCAA 1680 TTTGTACAAA AGAAGTACTG AGCCGTGTAT GACTCTCTGC CAGTTCTTCC GCATATGCTA 1740 ACAATCGCGC GTACGCTGAG GAATCAAGTG AGAAGGTGCC ATAACGCGCC ACAACTCTAT 1800 CAAGGTAGGC TATCAAAGCA ACTTGATTCT TATCAGAATT CGGCATGCTC GTATCAAATT 1860 CTGCACACAC CTTAAATAGT TCTCGGAACG AGGAATCTTC CTGAGATAGA CGTTCGAAAG 1920 AGCATGGCTC GCCAACCAAA ACAAGCTTGC ATGTGAGCGG AACTCCTTCA GGCCGCAACA 1980 TACCTTGGGA CTGGGAACTA CCCGCTGGGA GTAACACCTG CTTGGTACGC AGCGCACGCT 2040 TCAAATGTGT CCATGCTTCT TCCTCCGCCA GTAGATCTTC GAGCTGCACG ATGAGTACAC 2100 CTGCATGCGC TCGATGCAGC GCACCTGCAC GAATGCGTAA ATGCCCATTC TCCAGCGTAT 2160 CCCCTTCATT CCCCTTGCTT TCAATCGATC CACATAAATT CGCCAAATTC GGCTGATGCT 2220 CCGTAAACAC ATACCCCGCA TGTTCTGTGT GCACACACAC GAAATTTAAG GTATAGCGAT 2280 CGAAAAACCG CTTTTTTACT AGTGCAGAAA TACGCATTGA CATTAAACAC TGTACCCGCA 2340 CCTGCACATC GgTTTGTATC CGCTCTATGT ACGATATGAT GCGCGCACGC ATTTCTTCAA 2400 ATTCATGCGG CACCTCAATG AGGCGAGAAG AGGAAGTCTT CTCCCTTTCC GTCTGTTCCG 2460 CCGCACACGA AACAGGTGGA GGGGAAAAAA CCGGTGCATA ACACGCCACG CGTTTTTTAA 2520 TACAGGCCAT CTGCTCGAGG ATAATTAACC GCAAACGCGC ACGGTAGTAC TGCGCAAGAC 2580 GCCTAcGCGC GGCCCGycGC gCAGTGCGCA ACGTATGGAG CAGCGAAGAA ACCTCATCAC 2640 AGGAAAGACG ATATCGCGCA TGGAGTTCGT GTACTACACA TCTAGAAAGC TTCGCGCGGG 2700 AAGCTAAATC GTGCAGCGCT. TCAAAGCTAC TGTCTTTTCC CTTTAATAGG GGAACTAAAT 2760 CAAAGGAGTA CGTACCACGT TTCCTATGCC ATCTCACACG AAACCCACGC GTATACAACT 2820 CCGCTTCAAT ACGTGAAAGC TCAGCACACT CACGTGTTTC AATATCAGCC AGCAATGTGC 2880 GCCGCTCACG TAAGAAGGCA TCACTTTTCA CAATATCCTG TGCTGTATTG AGAATAGCGT 2940 TAACCGATCT CCTCAACGCC GTAGCAAAAG GCATCCCTTC TCCCGCCGGA AACTGCAGCA 3000 CcTGCGGTTC GTGCGGATGC ACAAAATTGT ATGCATACGC TATATCCCAC ATTTGCTCGG 3060 GACGAGGTAC AAAATCTTTT AATAGATATT GGAGCGTAGT GCGCTTCCCG GTGCCTGACG 3120 CGCCAATCAC ACAGATATTG TAGCCGTCAC CGTACATTCT CATCCCAAGA CGTATCGCAG 3180 CGCAGGCACG TTCATGCGCT AGCAAAAAGG GGTGATCCTG CGCACGGGCT TTCAGATACG 3240 CAATAGTGTC AGGAGCAACG ATACCCGTAA CTTCTTGCCA GGAAAGCTCT CGCCAGAGCG 3300 AGCTACGGCA ATAGGGCCCC AACATCAAGT TCCCCAGCAA AGCACGGCAT GCGGATATCC 3360 CAATTACTCA GCACtGCGGA TGTATCTCCC CAAATATACC CACACGAGAA CCATGCACGC 3420 AGATACTCGC TTGTCTGCCT AAGACAAACC GCGGATCCTG CGCTTCCTCT ACCTGATACG 3480 GAAGTTTCAA ACAATACAAA AGTCCTGAAA CTAGGCTCGC CACCTCATTG TAACTTGCCT 3540 CCTGCGAGGC ATTGAGGAAT CCAAGTGATT GTTGCGTGCA TGTACCGTGT TCACCATGAG 3600 GGGAGCAAAA GGCAACCTTT CCAATTTCGA AAATACGATG TGGATACAAC GCATGTGCTG 3660 ACTTTAGCTC AGCTGACAGA AGACACGGAA TGATAGACCT GCGCACGAAT CGGTAGCTTT 3720 CAGTAAGAGG ATTTTCTATC TCGATTAAAT CATCTGCCGT GCATgCATAC GCGTGCAAAA 3780 CTCCCTGGCA GAGCCAAGAT AATGAAAAAT CATCTCCTGA TAACCAAATC CAACTAGAAG 3840 GTGCTTAATT TTGCGCGTCA AAAGGGTCAG ATCACTCAGT CTGCCCACTG TAAAAGAACA 3900 TGGAACTGCG GAGAAAAACG GTCAAGCGTT CTACCCAGCA TCACTTCTTC AATCAGATCT 3960 ACCGCATGGA GAAAATCATT ACGGTACGCT GCAGGCTCGA CGACATAGGT TCCCTGCTTA 4020 ACTTGCACGG CACAGTCCAT CCTTGCAAAG GCTTCGGTTA TATCTGCAAC AGGCAAGGGC 4080 ATCCCCAAAA GACGATCTAT CTGCTCGTGC GCAACCTCCC TTTTTTCTTG AAAATAAAAG 4140 GGGGTAGTAA CAGACCTCCC CCATGGGGTG tCAAAACTAT AGGTAATTTG CACAGGTTCA 4200 ATCTGCATAC CCATATCAGA AAGATCACAC GCAAGGCTAT TCACCGCTAC TAGCACTGCG 4260 CACATATCCG TACCACTACA CTCGATAAAT AGTTCTGTAT CCCCGGTCAC TACTGCACCC 4320 AGCGACGCGC TATTAGTGAT CGGAATAAGC GAAAGCACCT CACCACGAGC ATCGACTAAT 4380 AAGGGAACGA AAGAATAATC CTTGAGGAGA TGACCATATT CACGCCCTTT CGGATGTTGC 4440 GTCAGAATCT GCTCACCAGA CAGCGGCATG GACATACCGA GAGGCGTGAA ACTTACCTCT 4500 GCGAGTAGGA CAGCGCGGTA TGCGAGTGGC CAACATATAT CCTGTGCACG GTAACACCCC 4560 AGCGAAAGGG TACACCTCCT ACGTCCAAAA TTACTGGCGA GTCTTTCCTG TGTTTGTATT 4620 AGATCCCACA GTCTTACTTC GCTCAGTCCA GTACCCCGAG CCACAAAGCC AGCAATAAAA 4680 GGGCGTATAG TTTGCAAACG CGCATCCACT ACTACGCATC GCCCATACGA GTCGCGCACC 4740 GTACAGCGAT CTGAAAGAAA TGCACGATAC TGCGCTGCGC gsGAAgCCCC CCCTGCGTGA 4800 ACACGCAAGA GGCGCGCAAG CCCTGCTGTA GACCACAAAT CCGGACGATT TGTGTCGTTA 4860 AGTTCGATTT TTAAAAGACG CGCATCAAAC GCACCCTCAC GTACACAGCT GGcCTGaCCC 4920 CTCGTCCTCT GcACAGGaTy GcACACCTcC CCTcCTGGcG AAAGGCTCCC TCCCTcTTTA 4980 TCTTCCCTCA CGGAAAAAGA GCTGCACTCC AATTCAGCCT TAGCAtTCGC AAACGTCGCT 5040 CCAACGTATC ATCGTCGCAC CGTTCACCGA GCAGCTCAAA AAACAACGCC TCATGAATGC 5100 TAATTTTCGG CATGAGCCCT CCGACCGTGC TCAGTATACG GTCAAAAAAA GGACACCACA 5160 AGGGCCAGCC ACCACACCGT CTTTGcAGAG GATGCCACTA CACGGCACAC GTGCTCTACA 5220 CTTTAGTCAT AATACGCGTA ACACTCTTAA ACTGAGCGCT CATATGCGCA CGGCATAAGT 5280 ACCGTGCGCm CAAAGGCATG AGCTCACTGA CGACCGAAAC GAATACTCCG ATACTTTTCC 5340 GGAAATTCCT GGTCTGTTAC CGGTAAAGAA AACTTACCCA AAATATGTAT GTCAGAGAAC 5400 ACTGACACAT GGTTGGATAC TTCCTTCCCT GTGAGAAGAT CCGTGTACGG CGCAACCCTC 5460 CATCGTGTTC CTTTGGAAAA CAAACTAAAG GCATCAGAGA GAGCTACACG CATATCCTTT 5520 TCTCGGAGTT CATTTTGCAA TATCCTGCGC GCATATTCAG TTAACCCAAG TGTGCTGACA 5580 AAAATATGCG AACTTACATT CACCCCGAAA CGACCTACCA ACCTCTTCTC TTCTACCGCC 5640 GaCTCGACGC GcTCCAGGAT CCCCGACACA TCCTCATCGT CAGCATACTC CACCCCGAGT 5700 GCTTCAGCAC AGTCAAACAC ATTCGCCCCC AGAAGCATGC CATCTTTGCT TACCAGTTCT 5760 CTCATCAGGG AAACACGGTG CGTATCATTA GTGCAAAAGA ACATAGTGTT CTTCCCATAC 5820 TTACCGATCC ATTGCTTCGT GTGTGTGCCG ATAAACGCAC GCGCCCCTTC AACACCTGAC 5880 TyCCTGCGGG ATCTGGAGCC TCCTCAGACG CAAACTCTAT ACCGATATCT GCACACACTG 5940 CCTCCATTAC CTGACGCCTC GTCCTAAGCT CAGCCTTTGA AAGGTGACGA GGAAAAGAAA 6000 CGTGCACCAA CGTACGCGCG CCCATTTTCT TTGCAGCCCA GGGAATAGCA TACCCACCAA 6060 ATGCATAATC ATCACTAACC ACGATATCAG CAGATTTTTG GATAAGCTCA GGATACTCAT 6120 GCGGATCCCC TACAAAGAGC ATGATGTCGG AACGtTCGCC CTAATTTTGT TAAAAGCCTC 6180 TGCAGTTCCA TGAATTCCTT CGCTGACAAC AATAGCACCC ATGAGAGGAT CATCAGCAAA 6240 TGCAAGGAGC CGGGACACCG TTTCATCTTG CCGATTTACA AAATCTTCAG GATACGTGAC 6300 ATGCAAGATA CATCCTCGGT GACCGTCACC TACCGCACCG TACATGGCGC ATGCTCTTTT 6360 TGCCGCAACT ACATCATGGC TAGAGTGACT ACCCGGACCG GTCATAACCC CGATGTGATA 6420 ATCCTCCACC GCTTTCGTGC CCCCGGTATT TTGTGGAGCA CGCGCGCCCC CACAGCGACA 6480 CAACAGTGCA CCGACACATA CCACCCATAC CTTCAATAGA AACTGACTTT TCATAGTCTC 6540 CCCTTAACGA TCTGCACACA CCATCTCTCC AAAACGCTTA GGCGTATGGT CCACCCCCCC 6600 CCCACGGGAA AATCAATTGT GTATTTATGA TACAGCATCA AAAAATCATC GTGTGCAAAC 6660 CAAAAAGGTA TCCCTTCCCT CCCCCTTATT GAAGGCTCCC TCACCACAGA ACCTTACACG 6720 AACACACGAG cTyGtCCGCT TATCCGGCCA AGAACCATGC TCCAAACTTA TGTAGGGACG 6780 ACGCGCAAGC ATTCCCTGCG ACCACTCAAT GAGCAACTCA CATCTTTCAA ACGGACTCAC 6840 CGCCACCCCT ACCTGATAAT ACAGATTTTT ACCTGCGCGG AACGTGCGGT TCCTCTTTAn 6900 CGTTCCGGCA GCACCACCTG GTCCGTAAGA AAAACCcTGC GCACCATATG TAGCGCCATA 6960 CAGCGAAACC ATCGGTCTTA TCCATGCGTG AGcAGnCAAG AGTAATCCGG TAGTTAAGCC 7020 ACAGTTTCCC CACAACAGGC AACGCGCTGT GTGCACCCGG ATGGACAACA CCGGGTGGAG 7080 GAAGCACAAA CGCCTGAGGC TTCTTTCCCC GTGTGGAATT CGGCGTACAG GAGCCAGGTT 7140 CCAGGTACAA GCCATGAGTG AAAGGAATAT ATAAAcGCGC CTcGAcACyT CCGCTCAGAC 7200 CGGACACAAg CTTAGAAAGA GAATCGTACC ACTTACTTTC CACCCCG 7247 (2) INFORMATION FOR SEQ ID NO: 144: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2898 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 144: AACCGnTTCC CGTTGTGCTT CTGCAATTTT TCTGCTGTGC TCGCTGCTCC TGAACTGGCC 60 TTCACGCGCG AGGCTCTCGG CCTGTTCGGT TGCCTTCTGC GCAGTGTGAG CCGCCTGCTG 120 AAGCTTCCCT GTGCGCACGC TCGGCGAACG CGCTCCTTCT CTTTTGCTTC CTGCGTACGC 180 GnCCGGGTCC GGTGAAGTTC TGCGCCGCCT GCTGAGCTTG CTGAGCTTCT CGGCGTGTCT 240 TGTCCGCGTG TGCCTGGGCG CGCTGAGCCT GAgTGGAaCA cTCCGCCGCG CGCTCCTGCG 300 CCTGCTGTGA CTGCTGTGCT AGTTGTTGGG CCCGGCGCGT TCCTTCCTGC GCCTCCCGCT 360 CTTTAAGGTC AATCATGTcC CTGCGCAGAT CAACGTTCTT GTCCGGATCT TCACGCAGCC 420 GCTCCACCAC CCGCTTGTCA GAAATGGCGC CGGTGTCCAC TGCGCTGAGT GCGTCAGAGT 480 GCCCGGAAAG GGGAATGACG AGCTGCGTTT TTCCCGGCCA CTGATCGAAA CGGCGCGCAA 540 TACCGACGTG CTCGGGGGAG AGATGCGCCG TTACCACCCC CTTGTAGCGC GCCTTGAATG 600 TGGGAAGGTC TGCACGATAC ACCGCGTTGT ACACCGTTGT GAAGGTTGCT ATCGTGCGTG 660 CGTCCTGCAG GCGATAGCaT AGGCGGCAGA AAGATAGGCG GCGACGATCT CGCGTATGTT 720 GTCGATATGG TCCACCCGTG CCTGTGCGCC AATGATGAGG ATGTCTGCAT CAAAGCCATT 780 GGTCGTGTGG GGACCTAcTG CGTGAATAAG cgCGTAACGC gcACGATCCC CCGCAACACC 840 GCCGCGCAGT GCAGAGGCCA AGCCCTCCCC GATGCGCCTG ATAGCGGCGG CGCTATCTAC 900 GTCCGTGTGG GTTCCTGCAA AATTTTCAAA CTCTACCGTG GCGTTTGCAC GCTCAAGCTC 960 ACGGCGATCC ACCTCGAGTG CAAAAAGACA GCCTGCGCCC AACACGGCAC ACATGGGCAG 1020 CACGTTCTTC ATGACCCTCT CCCCCTTCTA CACCTTTGTT TTTGAATACC GCACGCCTAG 1080 ACACCTGAGA TCCCAACCTT CCTGCGTCAT CAAAGCCCCA TCAGCGTACA TnACTCTGAA 1140 CGAGAGTTCT TGCATAGGCC CGTATGGTGT ACGGGAAAGC CCCCGTGGAG ATGCGGGAGA 1200 GTTCTGAGAC TGCCTTTTCA GAAAGGGTGC GCGGTGCACT GCGCGCGCAT GCAGCGAGTG 1260 CATCGCACGC TGCACGCATC AGCGACTCGG CGCGTGCGTC CTTAGCACGC GTGACTCGGT 1320 ACAGCGCAAG TAGTGCCCGC TCATCGAGGC CGAACGTGCA GCGGGTGAGC CCTTTGAGGA 1380 TACCTTCGAG CACGGTGTAG TCCTGcTCTT TGAGAAGCTC AAGGAGCGCG TCTCGGTATT 1440 CGTGTGCGCC TAAGGCTCCT AACAGCGTTG CTGCCTGCGC TCTCCTGGCA GAGGTCACTG 1500 CAGGCGCCCG TGCGCGGGgT GATGCGGTGA AGTAAGAAGC GCGTGCAACG AGCGGGGCAT 1560 AGGCCGGTTC TCGAGGTCmT ACATTcCTTC CTTCAGGGAT GTTTGCACTG CCTGAAGGAG 1620 AAGCTCAGGG GTGGCGTACG GTCCGGGCGG CGACGTTGTG TGCGTCTCTT GCGCGTTGTC 1680 TGTCTTTCCG CTGTTTTTTG CAGGAgCGGG GGAAGAGAAG AACGGGTCGG AaGAgATTGA 1740 GTCATAAGGC GACCGCTTAG CAGGGGCAGC AGGGCGAGAA GGGGGAGCCT CTTGCACGTG 1800 TGCACGGCGT GAAGAACCGA GCACGTGAAA ATACTATCGC GGTTGTATAT GGGCGTGTGG 1860 TCAATGAGTC TTGTTTCTGC ACGGTATGCG TTGAGTACCC AACCGCCTGC AGATACTACG 1920 AGCCCGTCCG TGGTGATAAG CGGAGTAAAC GGTGTTTCGT ACAGCGAAAT GTTCCACTTC 1980 AGCGCGCCTC CTGCGCTGAG GGTAATCGCC CGCGCTGTAT CGCTGAGCAt ATTTCGTCCC 2040 CCTGTACGCG GCACTGGGCA GCCGAGGAAA AGGTACACGG AAGTGTGAGC GAGAAAAGCT 2100 CATTTTCCCC ATCTGCGTCG TAGGCACGCA CCGCACCGTC TGCAAAAAGG GCGATGAGCA 2160 TGTTTTCAGT AGCAAAAAGA GCGACACAAG AGCGCTGTGT GCTGATGCGC ACCGGCACCG 2220 GCGCCTGGTG nCTGTTCGCG GTCTTTCCCG CCTGAGTCTT ATCAGGCGTA CTGTTTAGCG 2280 TGTCAGTGCG CACGCGCCAC AGGCCCTGAT CCGTGGCAAC GACGTACCCG CGTGGGGTGC 2340 TCGTCAGCGC ACGTACGGAC CCTGATGCgc GCAGGGCGCC TTTTTTTTCT CCAAATATGG 2400 ACCAGTACTC CACGGTTCCT GCGGGCCCGT GATGAAAAAT TCGCGCGTTT TTGCATCTGT 2460 CGGAGGAAGG AGGGGCTTTG CGCCAAGCTT CTGACTCCAC AGGCGCTGGC CGGTACTGCT 2520 GAAGCACAGC AGGGCGTGTG CgGTGGTGTA CAGCAGCCGT CCGTCTCTTA AAATTACAGG 2580 CGCGGTGCAC AGCCCCCCGT TCGCCGCGTT CACCGCACGC TTTGCACCGC GCGTGGCAGC 2640 AGGCAGGACA GCAAATTCTC GGACGGGTAT GCCCTGGCTG GAGAAAACCC ATACGCGTCC 2700 GCTAACCTCG CTTACGTACA CGAGTCCATC GTCAGAAACG CTGAGAAAGG GAGTGCCGAC 2760 TACGGGGCAG TTTCTGCGCC ACACGAAGGA TCCTTTGGAG TTTACGCAGT TGAGGGCGCG 2820 ATCTGCGCTA AATGTATAGA TGAGCGAATC GTAACGCACC GGCTGTGTTA CGTTCTGCCC 2880 TGCAAGGACC ACACTCCA 2898 (2) INFORMATION FOR SEQ ID NO: 145: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3956 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 145: CACGATGTAC TGCATTCGGn GGCATGCCCA GGACTCGGnG GATGCGCGCG TCAGAGGTGA 60 TAGCGGATAT CTACCCCGGC GGTGACAAAC TGCGCATGGC GCGTGTTAGT CTGcTCtCTC 120 TCtTCTTCAA CCACTTTTTC GCACGACCGG GGTACGCCGC TATATGCAGC ACTGGCACCC 180 AAGGACCAGC GCTCTGTCAG CTGAAGgTAA CAGCCGGCCC CTGCTTTGAG CAAAAGACCG 240 TAGTACGTAG ACGTGTAGTA GTGCTGGTAG CTGAAGCCGG CCCCCACCGT CAGCGGCAGA 300 CGGATGCGCC AGAAGGCGAG CGTGTAACTT GCATTCAGCG TTACAGGAAC GGCAAGgTAG 360 GAACACAGCC GCTCCTTCTC GTAATAGAAC GGATAACTGC AGGAGTGCTG CGCGCTCGCA 420 TCAATCCCGA GCGACAAGCC GCGATACACA AAATACTCGT ATCCAAAAGA CACCCCAAAC 480 GCGGGGTAAA CTTCcTTATT CCCGTTGGCT GCAACGCCCC CAGATCCCCG CGGGCGGTAT 540 TGCACCAGTC CACCTGGAAA AGGGGCACCG CGCCAATAAA CGAAACGCGC GCGATCCCCC 600 GCCCCGCGnC GGTTaCATCC CACGATGCGG CAGGCGCCAC CTCCTGCGCA TACGCTGCAC 660 CCGCGGcAAC ACCCACCCCG CAGcGcAGAC CTGCAGAAAG CGTATCCCGT GTGCCGCGCA 720 CTGTTTTAGC TGTTTCATAC GTTTTTTCGC TCCACACCTT TCAAAAAGCT GCGGGCAACC 780 CACACAGCCT TCCAAAATTC TACCCCCCCC CGGCCAACAT TTGTCGAGTT CTTTTTTTGC 840 AGGAGGGTCG CGCCCCGCGC ACCACCGCTG cATACCCAGT GCGCGCCTGT AACATTCTGA 900 CCGGGGAGGT GTTTTCTCAC ACCGGGGAGG TTTTATGTGC AAACCGCGCG TGTGGCGCAT 960 CGCCCACACC ATCGTCCATG TAGGCGCGTT GCTGCTCGGC ACCAGCCAGC TGACAACCTG 1020 TGATTTCTCC GGCATTTTTG CCACCATTCA GCAGGAAGTT GCCATTAAGT CGCCGTCTAT 1080 TCCGGGGGCG ATTTATGGCC TGGTCAAGGC CGGGGATAAG CTCTATGCCA CCAACGGTCG 1140 GCTTTGGGAA AAGGAGCTGA ACGGCATTAA GTGGAAGCCG GTGCCTTTTC TTGACGGCCA 1200 AGATAAGCGA ATTGATAGCC TTGCAGCCAG CAACACGTGC GTATTTGCCT GTGTTTCAGG 1260 AGACGGTGTG TACAAATACA CCGCCGGCAC CACCTCTTCG CAGAAGGAGA GTAATACGGA 1320 TAAAGCGCAG GCGGTGGTAC AGATGTCGGA CGGAAAAGTG GTCCTGCAGT GTGCCTTGGG 1380 GGATGAAAAG ACGACCCCGA GCGACGCAGA CGAAAGGTTG CTGGGGGGCG GCCAGGGCTA 1440 CCTCGTCACA TCCAAGGGAT TTTACACCCT CCCAGGGTCA GCCTCCTGCG AGGTTATCTC 1500 CGAAACAAAG GACGTCACCT GTAAGGCAGA GGCGCCGATC CTCGCCAGCG CCTGCGATGG 1560 CAGCAATACC TATATCCTTA CCAAGGACAA GGTGTACTGC CGGTATACGA ACGGCTCAGG 1620 GAGCACCCCC aCTACGTGGT GCGACGTGGA ACACAAGGTA TCAGAGCCgc TTGCGCTTGC 1680 AGTGTTCAAA AATAAGGGTG AGACGTTCTT GCTCGTTGGG GGACAGCAGG GATACGGGGA 1740 AATAAAAATA GCCACGGCAA GCGGCAGcTC CTCTTCTTCC TCATGCGTTC cCCTCACGGC 1800 GGAAAACGTG CACGCCACCA CCGGGTGGGG CGCCAACTGC TCCACCCCGG AAGGCAGCGC 1860 CGAGCAGTAT CGTAGTACGA TCGGCCGCTG GGCAGTGAGC GGTATTTACG TAATCAAAAA 1920 AGACACTAGC GGTGGGCGGA AAAAGCGGAg CACCTCAACA GACTGCGAAA GACCAGACCT 1980 CTACGTGGCG GTGGGGGATG CGAGCGACAC CTACACCGGG CTCTGGAAGT TCGACACCGC 2040 TACGAATACC TGGAATCGCG AGTGATGGCG CGCAgCAGAT GcGTGCACCG CGTGGTGCAC 2100 CAGGCAGCGT GCATCGGGGT GATAGGCCTG AGCACCAGCG CGCTGACCAC GTGCGATTTC 2160 ACTGGCATCT TTGTGGCCAT CCAGTCGGAA GTGCCCATTA AAACGCCGTC TATTCCGGGG 2220 GCGATTTATG GCCTGGTCAA GGCCGGGAGC AAGCTCTATG CCACCAACGG CCAGCTTTGG 2280 AAAAAGAACG TAGCAGAAGA AGGTAAAGAC TGGGAGCGGG AGTCCTGTTT CGACTCGGTG 2340 ATAGGCGACA GCCGCATCAC GAgcTTGCGG CAGACAACGG CGAGAATGGC GTGCTCGTTG 2400 CCTGCATTCT TGGCAAGGGG GCGTACAAGT GGTCGCAGGG TAGCGCCGAC CAGACAAGCG 2460 GAAATCCGTC TGCCCTGAGT GGCACAGAAA AAGCACTCAG CGTGGTAGGG ACCGGGACAT 2520 CATGCGTGTA CCTTAACCAC ACGGATGATA AGGTTGGGGA AACCAGTAGT TCGGAAAGTG 2580 GTGGAaTGcT GCGTCAGGAG AAACGAATGA GTTCTGCCTG CACGCCGGTA ACGGtTTTTA 2640 GTTACCACCA AAAAGGTGTG TGTCGGTAGT GATGGTTCTC CCGTGGCAAA GAGTGATGGC 2700 GAAGAACCAG TTCCGCCGAT TCTTGCGGCA ACTGACGACG GGAGCGGGCA CGTTTATATC 2760 CTCACGAAAG ACAAGGTGTA CTGCAAAAAA GTTAATCAAA GCGAAGGGAA AATTCAGGAT 2820 TGCCCACAGT CTGCCGCAGC AGCGCCGGAG CCAACCGGGG CACACAGTGT TGCCCATAAG 2880 GTAGCAGACG CGCACTCCAT AGCGTTCTTC AAAAACGGCA GCGACGAGTT CTTGCTCATC 2940 GGGGGCCGGC AGGcTACGGA GAGATAAAGC TGGAAAGAGG TTCAGGAAGC AACGGGAACG 3000 GAGCACAGTG CGTCCACCTG AAGGAAGAGA ATGTACACGA TCAAACCGGC TGGCATGAGA 3060 AgGGCTCCAC CCCGAAAGGC AGCGCCGAGC AGTATCGTAG TACGATCGGC CGCTGGGCAG 3120 TGAGCGGTAT TTACGTAATC AAAAAAAGCA CTAGCGGTGG GCGGGGAAAG CGGAGCACCT 3180 CAACAGACTG CGAAAGACCA GACCTCTACG TGGCGGTGGG AGACACGAAC GATACGTACA 3240 CCGGGCTGTG GAGGTTTGAC TCCGCCGCGC AAAAGTGGAA CCGCGAATGA GTGGCTCTAA 3300 CCtACGCTTC CCCTACTCCC GCGCGTACGG CGGGGCAGGC GTAGGGCGTA ATTTTGAAAA 3360 ATCGAGCAGA TTCTCAGTAC AAAAAGAGGG TATAGGTGCG CCGGGTTCtG cGCnGTACCG 3420 CTTTGCAGTT CAAATTGTTT TTGCTTTCCC GCCTCTTTTT TATTTTTACG TCACATATTC 3480 CCtAGACGGG TGGGGGGGGG TGAGGTAGAA GTGAGAGGAG GGGGAGTGAG TGGGCAGGCA 3540 GGTGATGCAA GCGGGGkyAC TTGCGGGCAT GGTATGTGCT GCTTCTGGTT ATGCAGGCGT 3600 ACTCACTCCG CAGgTCAGTG GCACAGCCCA GCTCCAGTGG GGCATTGCGT TCCAGAAGAA 3660 TCCACGCACT GGCCCGGGCA AGCACACCCA TGGGTTTCGC ACTACCAATA GTCTGACTAT 3720 TTCCCTGCCG TTGGTGTCAA AGCACACCCA CACCCGCCGA GGGGAGGCAC GCTCAGGGGT 3780 GTGGGCACAG CTGCAGCTGA AGGACCTGGC AGTAGAGCTT GCGTCTTCTA AAAGCTCAAC 3840 GGnCCTGTCC TTTACCAAAn CTACCGCTTC CTTCCAGGCA ACCCTGCACT GTTATGGGGC 3900 CTACCTGACA GTGGGTAnAG TCCTTCCTGT GTGGTTAACT TTGCCCAGCT GTGGAA 3956 (2) INFORMATION FOR SEQ ID NO: 146: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1314 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 146: GGAAAGCACT GCGTACTAGT GAAGCTAACG CGGAGACTCC CGCGAAAGTC AAGAAAAAGC 60 GCGCCTTTGC TCGCTGGGAT ACCAGAGAGG ATAGCTTGGC GGGCGAAACC TTTTTTTTCC 120 GCTTCTGGAT TGGGGTAAAG TCCTTTTTTC GGTCTTCGTC GGTGGAAGCG TTGTACGAGG 180 AAACACTTCT CCAGCGTCTG GGCAATGATC TTAAGGCGCA TTACGCGCAG TACATTGACG 240 TAAAGGAAAA AACCTTCACA AAGGTTTTTT ACGACAAGAT GGGCGAGTTG CGCAAAACAC 300 AGGTATTTTT TGATTCATTG CTCGCCTGCT ACAATAGCGA TAAGGGGGAC TTCTACCTCC 360 TGTTGAGCTC TTTTATCACT CCCGTTGTGT ATGAGCAGCT GATGGCGTGC AGCGATCCGT 420 TTGCTGCGCA GGGAGATGGT ACTCCTTCTG GTTTGCGTGC GTCCCTCCTT AAAAGAATGG 480 ACGTCGCCCT TGCCACCCTG AGTGGTCCTC ATAAAACTGA GTTGTATCAG GCGGCGCGCG 540 CTATCGAGTG GATGAAGGTT TTTTGTGAAG TGCCTGTCGA TCGTATTCTG CTGCGTTTTA 600 CCGTCATCTC CCCGGCGAGT GCCGTGTGTC CCATTACTAT TTTGCAATCT GAATTGGAAA 660 AGCTTGCGTG TGTTATCCAT GACAGCAAGC ATATTCCCGA CGCGGTATTG CAGGGGCTTT 720 TTGTGCTGAA GAGTAAAACA TCGCTGCATG ACGCGCAGGT GGATAACGCT GCGCACGCTG 780 CTGCCTTTCT TAAGGAGGCG AGTGCAGCGC TCGTTGTTAT CAAGGATTTA TCGCACAGCA 840 TTCCTATTGA GGATTTTGTC CGTTTTGCAG GTAGGAACAT TCGTTGGCAA CCTCGGGCAA 900 TTGCCGGTGG TGAGGATTGG TTTGTCCTTT TTAAGAAAGC GTGGAAAAAA CGTTTCAATG 960 AAAAATGGGC GCTGTGGTCT ACCGCACAGA AGCGTTTAGT GCTTAAGGAG CAAATGCTTT 1020 CTCTTCTCGG AAGGGAGCAG TTCTCAGAGT TGACTCATCG GCCATGGGAA GGGTTTTGGT 1080 ATCAGCTTGT GTTTAGGCGA GAGATGTCTT TTGTCTTTTT AAAAAATTTG TTCGAAGgTG 1140 CGTATGCGCG CGTCGTTTCA CCGCCGCTGA ACGTTATTCT TGCTGAGGGC AGTTTCTATC 1200 GTCGAGATGA GTTGATAGAG TACACTGACG CGGTAAATGT ACTGGAGCAG ATGGGAGCAA 1260 AGATTAGGAA TTTCGAGGTA AGACTTTCGC CGGTGGGGGA ATGGGGAGTC GCCT 1314 (2) INFORMATION FOR SEQ ID NO: 147: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1058 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 147: GTCGAGTATT TCGTTTGAGT AGGTAATTCC TCCTTGTGTG TTGTCCTGTC TTGTCGGGGT 60 GCGAAACATC AGATTACAGA ACTGTGTTTC AAGCGGCGAT ATGCGCAGTA TTTTCTGTTC 120 GAACTGTTTA GAAAGATATG TCCCTCGTGC ATATGGCTTT CCGTTGGTGT AGGAAAAGTC 180 TGTTCCAACA GAAGTGATAC GGGTAAACCC TAGAAAGGAA GCCACCGAAT AGGCGGCGCC 240 AGCAACCGTT nCCCGAACTA GTTTCTAAAA AAGGTAGGGA AGAAAAACGA CTTGCGTATA 300 CACTAAAAGG GTGACCTCCT CCGGTGAAAA TAAGTGAATT ACCATTCAAA TAAAAACTGC 360 GTACTGCGCA TGGACACGCG CATATGTCGA ATATTGCAGT TACCTGTGAA GGAATGAACA 420 CATAGTGTGT GGCATACGAG ATGTATTGCG GATCAATGCT GATAAAAAAA TCTGGCATAA 480 GACCGCCTGT GCAaCACACG GGAAAAGCAG TATCGCATGC AAAAATAGTG TACACATCCC 540 TATGTGAACG TATTTTTTCA ATACCTTTTT CAAGACTTGG CCCTGCACCT AATATGATCG 600 CCTCAGTTTG TGTATTGATG TTCGGTAGCT TTGGTGTGAA TATCTGTGCA TATCTTAGAT 660 TGAGTAATGC GTTTCTCATC CAAAGCTTTC CAAAGTGCAC TTGGACTGAA AAGTCGGCAC 720 GAATGATTTT CATTGCTTGG CTGGTAAGCT CAGCGATCTT TTGTTCGCTT GTGGGAAAAA 780 ATGCCTTCCA GGGTTGTAGA TAGTGAACAA AAAAATTGCC GTGGATGATG GGCATATAAC 840 ACTGTGCAAT TTCTTGTGAT GCACTACCGT GGGTGAGCGG ATGAAGAAAG TGGACGCGTT 900 CTTGGACGAT AATATGCGTG AGGTCCACCT GGCTCCAGGA GTGCACGGAA ACTCGCGTAA 960 TCAAATTCAC A ACCGCGCA cATGCGTGGA CGAAATTTTT CTAAGAAAAC ACTGATGTGG 1020 GATACCTGCC CCGATGCCAC AAAAAAGAAT GGAAGCAT 1058 (2) INFORMATION FOR SEQ ID NO: 148: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1145 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 148: TGACCGGCCA GCAAAAGGCT CATGCTCAGG CCGGCnCCGT TGCAGGACCG GGCTCGTACC 60 CCGnTGGGTG CCGGTTTATC CCCCGACCAG GGTTTTTTGG ATGAAGTCTG CCGCTGGCCA 120 TTGCGTGTTG ATGGACAgTT TCtGGCGATT GGCGAGCCtT TTTTACGCAA GArTgCgGTG 180 CaCGATGTGA CAGCGTTCaT TGATGCrCAC AATGCgCGCA AAAGGGCGCC gCGTGCCCCg 240 CTGTTGGTTC CgGAcTTTTA GCTGTCaTGG GGAAAgCGAA TTTATATGCg CGTATTCGTG 300 TCTTGGCATA AGCaAAAGGA TAAGGGGGaG CGCGAAcGCg CAGGTGCGCT GCaGGGAGCG 360 TGCATAGGTA CGCCTGAGCA CCGCCAGtTT TTGCGCTGGT AGGAAGAAGT GGCAGCGGAA 420 AGAGTTTTCG TGCGCAGATA GTGATGCGGC GTTTTGATAT AGCGTTCGTT ATAGACGATG 480 GATTGCTTAT TCGTGAGGAT AAGATTATTG CAGtCGCTCG GCAAAGCAGG AAAGGACGCT 540 GCTtGCGGCC ATACGGGTTG CGCTCTTCGA GAACACGATG CACCGTCGCG TAtTGCCCGT 600 GTGTTGACGT ATTTTCTGTG TGGGTCACAG AACAAAAAGG TGCTCATTCT GGGGACTTCA 660 GAGAGGATGG TGCGCAGAAT AGCCCTTCGT GTGGGGCTTC CTGAACCTGG GCATATCATC 720 CGCATTGAGG ATATTGCCTC GAGCGAAGAA ATTGCCtGCG CgCgCaCACG GCACGTGaGG 780 GCACGCACGT CATTCCAGTT CCCTCTGGGG AGGTACGCAA GAGCTATCCT AAGATCTTTT 840 ATGAAAGGAT AAAACTCTTG cTGCgTAGAG AGGCAGGTGC GGAACGAATa GGACGGTGGG 900 CGCACGCCAT ATGGCATGAG GGGCTCAAGC GTGcGTGCAG CGGCGCGCAC cGCATGtATT 960 TGAAAAATCA ATAGTGCGTC CACCTTTCTC ATGCAATCTG CGCGTGGTGG CGGCGACAGA 1020 GGGCACACAG GATGCGTCGC CTGTTGTGGT GCCGCCTCAC GAGGAGCTCG CTCTCCAGCA 1080 GTAGGAGAGC GATGACAGGA GAGGCAGTAG TTTGTCCCGT AGCGTGTGGA GCCGGAnGGT 1140 CGAAG 1145 (2) INFORMATION FOR SEQ ID NO: 149: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 860 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 149: TAGGAGTTTG TTTTCTAGAA nTTGTTTTTC AATAAAGGGC CGGTTCTAAG TCACGCTCTC 60 CCTTCTGCCG ATAGAGGGnG CGGAGGTGGG GATGCTATGG TGATGGCCGC GGCGCCTTTA 120 CAGAATTTGT GTTACGACGG ACTTTTACAG GTAACCTCAG GGGGCAATAT CTCGCTCCCT 180 GtACCCTCGA ATCAGGTGAT ATACGCTCAT TTCGAACATG TTGATGCGAC TCCTGCGGAg 240 cGGAGrCAGG CAGGGGTGTC GGTGTCTGAG CTGCAGATTT TGGACGCGTT GGTCGAGCGG 300 CTGATAGTGC AGCGTCGGGT AGCGGCAGAA GCGGCAGACA TGGCGGTGCA GAAGCGGCAG 360 GAGACACTGC TCCGCGCCGC AGAGCTTTTT TCTCAGAAGC AAGTGGACGA GACCAAACGG 420 CGGGGAGAGT CTCTTCCTTA CACCTCAGTA GAAGTACAGG GGCCTGAGCT TTTTGACTTG 480 CGCGCGTAGG GCACGTGCAG GCAGAAGTAC TTGACTTTTT TGAGGATAGG GGGGAGACCC 540 CGCCTGGCCG GAGTTCTGAG GCTGGGTATG GACTCTTTTG GAGAGTGGGG GTTGTGTGGG 600 TATGAGAAGA TTGCTGGCAT GTTCGGCGGG GGTGCTGTGT TTTTCCCAGC TTGGCGCGCT 660 TGAGTTGTTT CTTTCTCCTA AGATTGGGAT CACGAGTGTG TATCAGTTTG GGAGTAACGG 720 TGGTTCGGAC GGTACgTCGT CGGGTAAGGG TGTGTCTTTT GATAGACTGA TTGGAAGGGT 780 TGACCTGGGG CTAATTTTGG TGAACGGCCT AACGATTTCA GCTTCGGCGG AAAGTTCGTT 840 GACCAATGTC TTTGTGCGTG 860 (2) INFORMATION FOR SEQ ID NO: 150: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 13811 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 150: TAAAAAAGGT ATGGATGACT TGTGACTAGG AGTGAAAGGC TAAACAAACC TGGAGATAGC 60 TGGTTCTCCC CGAAATGCCT TTAGGGACAG CCTTATACAA AACTGTCGGA GGTAAAGCAC 120 TGGATGGGCT AGGGGGTTTC ATCGCCTACC AAACCCAATC AAACTCTGAA TGCCGGCAGT 180 CAACGTGTGG GAGTGAGACT GCGTGCGACA AGGTTCGTAG TCGAGAGGGA AACAGCCCAG 240 ACCGTCAGCT AAGGTCCCGA AATACCGCTT GAGTGTGAAA TGAAGTGTGG GTACCTGGAC 300 AGCCAGGAGG TTGGCTTAGA AGCAGCCATT CCTTGAAAGA GTGCGTAATA GCTCACTGGT 360 CGAGTACGCA TGCGCAGATA ATGTATCGGG GCTAAGCGGT ATACCGAAGC TACGGGTCTT 420 GCATTTTTGG TGCAAGGCGG TAGGGGAGCA TTCCATGTAC TGATGAAGGA ATATCCGGGA 480 GGAGTTCTGG AGGGGATGGA AGAGAGAATG CAGGTATAAG TACACGAAAA GGAGGGTGAG 540 ATTCCTTCCC GCCGAAAACC TAAGGTTTCC TGGGTGAAGG TCATCTGCTC AGGGTAAGTC 600 GGCCCCTAAG GCGAGGACGA GGGTCGTAGT CGATGGGAAT CCGGTTTATA TTCCGGAACC 660 TCTTGCAATT TCGATGGCAG GACGCGTGAG GTGAAGCCCG GCCAAAGATT GGTAGTTTTG 720 GTCTAAGTAT CCGAGCCGTT TTAAGAGCGA TAGGCAAATC CGTCGTTCGA GGTAAGGTGC 780 GAGTGCGACT GGAGCGATGA GCGAAGGGAA GCAGGTGTAG TCATGGCGAC GGGAAATACT 840 GTCTAAGGTT AGGTTGCAAG AGACCGTACC GCAAACCGAC ACAGGTAGGT AGGATGAGTA 900 ATCTAAGGCG CTCGAGAGAA CTCGCGTCAA GGAACTCGGC AAAATACACA CGTAACCTCG 960 GGAGAAGTGT GACCCTTGCC TTTGGTGAGG GTGGCAGAAA GCAGGTCCAG GCGACTGTTT 1020 ATCAAAAACA TAGCCATCTG CAAATCAGTA ATGAGACGTA TAGGTGGTGA CACCTGCCCG 1080 GTGCTGGAAG GTTAAGAGGA GAGGTTCGTG GTAACACAAC GCTTTGAATT GAAGCCCCAG 1140 TAAACGGCGG CCGTAACTAT AACGGTCCTA AGGTAGCGAA ATTCCTTGTC GGGTAAGTTC 1200 CGACCCGCAC GAATGGTGTA ACGACTCTGG ACACTGTCTC GACGCGAGAC TCGGTGAAAT 1 60 TTATGTACCG GTAAAGAAGC CGGTTACCCA TAGTTAGACG GAAAGACCCC GTGAACCTTC 1320 ACCGTAGCTT ACTATTGGAA CTTGGTTTAC CATGTGTAGT ATAGGTGGGA GACAGAGAAG 1380 CTTGGCCGTC AGgTTAGGCG GAGTCAACAG TGAAATACCA CCCTTGGTAC GTCAGGTTTC 1440 TAACCTTTGG CCGTGGATCC GGCAAAGGGA CCGTGGTAGG TGGGCGGTTT GACTGGGGCG 1500 GTCGCCTCCT AAAAGGTAAC GGAGGTGCGC GAAGGTCTCC TCACACCGGT TGGAAATCGG 1560 TGCGCGAGTG TAAAGGCACA AGGAGGCTTA ACTGCGAGAC CGACAGGTCG AGCAGATACG 1620 AAAGTAGGTC TTAGTGATCT GGCGGTAGCG TGTGGAAGCG CCGTCACTTA ACGGATAAAA 1680 GGTACTCCGG GGATAACAGG CTGATTTTCC CCAAGAGTTC ACATCGACGG GAAAGTTTGG 1740 CACCTCGATG TCGGCTCATC GCATCCTGGG GCTGAAGCAG GTCCCAAGGG TTTGGCTGTT 1800 CGCCAATTAA AGCGGTACGT GAGCTGGGTT CAGAACGTCG CGAGACAGTT CGGTCCCTAT 1860 CTGCTATGGG CGTTGGATAT GTGAGAGGAG CTGCTTTTAG TACGAGAGGA CCGAAGTGGA 1920 CGAACCTCTG GTGTACCAGT TATCCTGCCA AGGgTACGTG CTGGGTAGCT ATGTTCGGAA 1980 GGGATAACCG CTGAAGGCAT CTAAGTGGGA AGCCCGCCTC AAGATTACAT ATCCCTGAAG 2040 GTTGACCTTC CTGAAGACTC CTTGCACACT ACAAGGTCGA TAGGCTGGAG GTCTACGTAC 2100 CGTAAGGTAT TAAGCCGACC AGTACTAATA AGTCGTGAGG CTTGACCATA TTATTCATCC 2160 TTCTCCTTCA CCCTACCCCT TTGCGTAAAA TATTTCGCCT GGTTGCCATG GTGGAGAGGT 2220 CATACCCGTT CCCATCCCGA ACACGGAAGT CAAGCTCTCC TACGCCGATG ATACTGCTCC 2280 TTCGCGGGAA AGTAGGTAGT AGCCAGGCTC CCCTTTGCCC ATCACTCGCT TGACAAAATA 2340 TTATCCGAAA CCTTAAAGTC CGCAGtGGCT TCGGCGCATT CGTTTGACCT GGTAGATTTG 2400 GATGATGAGG ATTACGGTAC TATCCTTGCT GAGGATGTTG AGTTTTCAGG GACGGTTCGC 2460 TTTGAAGAGC CCTTCATGGT ACGTGGTGTT TTTGAAGGGA GCATCGAGTC CTCGGGTGAT 2520 CTTATGGTTG AGGAGCAGGC GCGTGTTCGC GCTGAGATAG TTGCAGATCG TGTTGTCATT 2580 AAGGGAGAAG TAATCGGGAA CGTCACGGCT ATGTCTGTTG TTCGCGTCTT CCCATGTGGG 2640 AGGTTGATAG GGGATGTTAC CGCGCCAGAA GTTGTGCTTG AGAGTGGGTG CTTTTTCAGT 2700 GGCGTGTGTA GTATGCCCGA ATCGGGTTGA TCGGTTTCCC TTGCAGACGG GTAGCTCTCT 2760 TGGTCGCTAG GTTTCTTTTG CCCGTTGTGT TCTGTTTCGT GTGTAGGGGG CTCTGTTCGC 2820 AGCAGTCTGG TCTTGCTTTC TACCGGGCGG GTAGTTACCG TGAGGCGATT AGATGCTGCG 2880 AGGAAGCTAT CGCACAGGGG TCTAAGGACC TTGAGCATTA TCTCGTGCTT GCCTGGGCGC 2940 TTGTTGCGGT TGGGAAGTAC CATGAGGCTG CCCAGTGGGC CCTCGAGGGG CGCGCCGTTG 3000 CCGCCCATGA TCCTCGCCTC ATAGAGGCGC AGGCGGAGGC TTTCTGCCAC TTGGGGAGAA 3060 ATGAAGAAGC GCTTAGGTTG TTTCAAGACT ACATTGCGTG TGCCCCGAAT GGAgCgcGGC 3120 AGACCGCCGC GTATTATCTT ATGGGGGAGA TTTACCTGCG CACTTCGCGC TTCTTGCACG 3180 CAGATATCGC TTTTTCCGTC GCGCTCCAGT TAGATTCGCT TAACGATTTC TGGTGGGCCC 3240 GCTTGGGCTA TGCaCgcGAG CGCGCGGGGG ACTATCGCTA TGCGTTACAG GCCTACGACC 3300 GAGCGCTCCA GCTGAATAGA GATCTGGCTG ATGCTCGCCG GGGCAGGGAG CGGGTGCTGA 3360 GGTACGTGTT CCGTAGGTAG GTTTTCTTCG TGTTTTCCGT TCGCATCGAG ACGCTTGGCT 3420 GTCGTCTGAA TCATGTCGAG TCTGAGTCGC TGGCAGCGCT CTTCTTGCAG GAGGGCTTTG 3480 CGGTATGCCG TGGCAATACC TCCACTGCCC CAGTGGTTCT GTGTGTGATC AACACCTGCA 3540 CGGTCACAAG TAAGGCAGAG CAAAAGGCGC GGCGCCTCGT TCGTCTCCTG TTGCGCACAT 3600 ATCCTACTGC AATAGCGCTT GTCACTGGAT GTTATGCGCA gcTTGAGCCT GCTTCTCTTG 3660 AAGCCATGGA TGATCGTGTC CTTGCTTTTC CAGGAAAACA AAAAGATGCC CTCAGCCTTC 3720 TGCCCTCGTG TCTCCGTGCG TTACTTGTGC AGCGTGGTCC TGCGCCGATA GATCAGTATG 3780 TATGCGGTAT GCGTGCGCTG CTCGCTTCTT TGAAGAAAAA AATTATTTCT TTGGAACTAA 3840 CGTCTGAGTT TCCATCGCAG ACGCATATGC CCACAAGGAA TGCCCTTCCT CAGTTAACCG 3900 GTGTGCCTCA TGCGCCGCGC GTTTCTGTAT CTTCGTTTTC AGAACCTACA GCCGTTCCCC 3960 GTTTTGCTTT GTATGCCCCT CGTTTTTTGT TCCACTCACG CGCAAGCATT AAGGTGCAGG 4020 ACGGTTGTAA CAGTGGATGC GCTTTTTGTC GCATTCGTTT TGCACGCGGT CGCGCTGTAT 4080 CACTTGAAAC ACACGAGGTA ATTGGGCGGG TGCAGGCCCT TGAAGCTCGT GGTATGAGCG 4140 AGGTTGTACT TACAGGGGTG AACTTGTCTC AGTATAGAAG TGGCAGTATA GATTTTGCGG 4200 GTTTATTAGA GTTGATTGTG CAGGAAACGC ATACGATTCA TATTAGAATT TCGAGTTTGT 4260 ACCCAGAAAG CGTAACATCT GCTTTTTTGC GTGCTATTGC GCACACGCGC GTGTCGCCTC 4320 ATTTTCATTT ATCGGTTCAG TCGGGCAGTG ATCGCGTGTT ACGACGCATG CGACGCGCTT 4380 ACACACGTGC GGACATT AT CAGGCAGTTT CCGATTTACG GAGTGTGCGT GAAGAACCCT 4440 TTTTGGGTTG TGACATAATC GTCGGCTTTC CAGGGGAAAC AGAGGAAGAT TTTGCAGACA 4500 CCCAGCGTAT GTGCAAAACT TTGCGTTTTG CAGGTATTCA TGTATTTCCG TTTTCTGCAC 4560 GCCCCGGTAC AGAGGCGTTT GCTATGGATG CAAAAGTGCC TCAGCGTATT GCAGGAGAAC 4620 GCGTTGCTGC AATGCAgCAA CTGGcAGAGA AAAACTACCG TGCGTATTTG GAATATTGGA 4680 ATGGGAGGGA ACTATGTGCG GTGGTAGAAC AGTCCGTCGC ACGTGTTTTG ACAGAAAATT 4740 ATTTGAGCCT CCCAATCATT GAACGGGGTG GCGTCGCTGC CTCAGCAGGA TCACACGTAA 4800 GGATTAGAGT TCATAACGAG GGTGCTATCC TCTTGTGAGT TTCTGATTCG CAGTGGAGAT 4860 TCATTGTTGT TAGAAAAAAA CGAGCATGCA GTAGAGCGTG AGGAAGGGTC TGTGCGCGTG 4920 TTTCCTGTCT GTCCGCTGCT GCGTGAAGTG AGTGAGCGTT TCATCCGTGC AGGATTTTGC 4980 ATTTATGTTG TCGGGGGTGC TGTGCGTGAC TTTCTCCTGA ACCGCAGTGC TCATGATTGG 5040 GATCTTGCAA CTGACGCTCC CCCTGAGCGT GTGCGTATGC TTTTTAGACG CACGGTTCCT 5100 ACTGGTATTG AACACGGCAC TGTTACAATT CTTTTCAGAG GGCATTCTAT TGAGTnGCAC 5160 TACGTTCCGT GTTGAGTCGG ATTATTCCGA TAGGAGACAT CCGGATTCTG TTTGCTTTGC 5220 CGCGCGCATT GAGGACGATT TGGCAAGGCG CGACTTCACT GTCAATGCTT TCgCTGCCGC 5280 GCTCCCCTCG GGGGAAATCA TCGACGTATG TGGCGGTTAC GCcGATTTGC GTAACGGTCT 5340 TATCTGTAGC GTTGGGGATG CACATGCTAG ATTTTCTGAA GATGCGTTGC GTCCTTTGCG 5400 TGCTGTGCGT TTTGCAGCGC AGTTATCTTT TTCCATCGAA GCGCGCACGC GTGAAGCAAT 5460 TtnAckcTAC GCGCTCaTAC TGCACGTATT TCTCGTGAGC GGGTGCGTGA TGAACTTTCT 5520 AAGATGCTTT GTACTCCCCG TCCGAGTATT GCCTCCGCCT AATGGAAGAG ACTGGATTGC 5580 TGCACACACT TTTTCCTGCC TGGCGCAGGT GTGTGGGAGA AACGAAGGGG AGGAGAAGGA 5640 GACGCAGGAC AGTCTGCAGG TTTCACCGCA GCAACGACGT GACGCTCGCA CCTTTGCTGC 5700 GTGCGCGTTT GCTGCGTGCG ATCGGGTGCC TGCAGAGCTT GCGGTCCGCC TTGCAGCACT 5760 TCTCTTTCCG CTGGCTCACT ATCGTACGCT TCCTGCTTCA GGAACGGGGG CAGCGTTGTT 5820 TATATGCCCT CCTGCACTTG CTGAAGCGCG CGAGCTTTTG CGTGGCCTGA AGTACCCGAA 5880 TTACcTGACG GCTCAGGTGT GTCACTTGGT TGCACACGCG CGTTTTACTC CACACGAATG 5940 TTGGTCTGAA GGAACGCTCC GTCGTTTCGT TGTGACGGTA GGTACTACTC AGCTAGAATC 6000 GCTGTGTGTC CTGCGGCGTG CCTATCTTGC TGATGACGAT TACCGCATAT CTGCTCAGCC 6060 TGGAGTGTCC TGCGAGAATG CGCGGGAAGG AAAAAAAATG CAGGAACAGT TTGAAATATT 6120 CGTAACACGC GTGCGCAGGG TCGCCGCACA ATTGCCTGTG CACGGCATAC GCGACcTTGC 6180 GGTGAACGGA CGCGACTTGA TAGCGCAGGg CATTCCCCCA GGTCCCACCA TAGGGCACAT 6240 CCTGAACGCA CTGTTTGATA TGGTCCTCAT GCAACCGTCG CGCAACACGC GTCCGCAGCT 6300 TTTGGAACAT GCGCAGGAGA TTGTGCGCAC CATGGCGCAG AATTAGTGCG CCTTGAGCAA 6360 CCCGTAGAGT CTTTCTAATT CTGCTTGGGA GAAATACGTG ATCTCAATTC TCCCCCGTTG 6420 TAAATTCCCA CTGATGCGCA CCTTGGTTCC CAGTTGTTCC AACAATTGCT GTTCAATGTC 6480 TGCGATGTCT GCGTTACGTA TGCGCGCATC TAATTGCGCA TCCGTCGATG GGGAAGAAGG 6540 AGGAAGGCGG GTGATGTCTG TAGCAGAACC GCCGGGTGAA GGGGAAGACG CCGCCGTGTG 6600 CGCGCGAGCT CCAGCGTAAT CGTGCAAACT TCCGCCACGA TTAAGACATG CAACGCACTC 6660 CTCTGCGGCA CGTACAGACA ACGCATGGGT AACTACATAC TGAGCAACGC TTACACACAA 6720 CTGCATGTCG GTGAGTGACA GAAGTGCGCG CGCATGCCCT GCGCTCAGCG TTCGAGACGA 6780 AAGCGACTGC TGAACTTCAG GAGGCAGTTT TAAAAGACGC AGCGCATTGG TAATGGTACT 6840 GCGGTTTTTT CCAACCCGCT GTGCGAGCTC TTCATGACTT AAATTACCCA GATCCATGAT 6900 ATGTTGATAG GCGCGCGCCT CTTCCAGGGG ATTCAGGTTT TCTCGCTGAA CATTTTCAAT 6960 GAGCGCGATG GCAAGCTTTT TTTCATGATC GCAGGTGCGC ACGATAACAG GTATCCGATT 7020 CAACCCCGCA AGGATGGCAG CGCGTGTTCT ACGCTCCCCC GCGATAATGA CCCAGCTTCC 7080 GTCCTGGTTT TTTTCCGCAA GGACTGGCTG GATTACCCCG TGCTCACGAA TAGACGCGGC 7140 AAGCTCCTCG AGAGATTCCT GCGCAAAGGT GCGACGCGCC TGATGTGGAT TCGCCTGCAG 7200 CAGCGTGGGA TCAAGATAGT GTACAGTCTG CACACCGCCT GAATCACGAA CATCGTATCG 7260 ATCTGAGCTT TCTTGCAGCA GCGCGTCAAT GCCTTTGCCT AATTTATCTT TGCCCATCGC 7320 GTGCCACTAT TTCCCGTGCA AGCTTCTCAT AACTCCGTGC CCCTGCGCAC TGTGCATCGT 7380 AAGAACTAAT GGGTAACCCG TGCGAAGGGG CTTCGGATAA CTTTACGTTG CGAGGAATGA 7440 TAGTATTGAA CACCTTGTCC CCAAAATAGG TTGTCACTTG CTTAACCACT TCTTGCGCCA 7500 gCTTAGTTCT AGTATCATAC ATGGTAAAGA AGATGCCTCC GATCGAAAGC GCGGTATTCA 7560 GACCACTTTG TACACGCTTT ACCGTCTGCA GTAAGAGTGT GAGGCCTTCA AGTGCAAAAT 7620 ACTCACACTG CAATGGGATG AACACCTCGT TTGCCGCTGC AAGTCCATTC AATGTGAGGA 7680 TACCCAGCGA GGGCGGACAA TCAATCAGGA TAAAGTCGTA CGTGTCTTTT ACTTCTGCCA 7740 A ATCTTTTT AAGGTAGAGC TCGCGGTCTT GTTCATCTAC TAGTTCCACC GTCGCGCCAG 7800 AAAGATCGAT GGAAGCGGGG ATAGCAAAAA GGTTATGCAC TGGTGTaGTG CGCAcGCtGt 7860 TGATGTGTGC CTTACCTGCA AGAAGATCAT ACACGGTCAA CCCTCTAGCT AAGCCGAGAC 7920 CCGAGGACAT GTTCCCTTGA GGATCAAAAT CAACGAGCAA GGTTTTCTTT CCTGCAAGCG 7980 CTAAATACGC ACCCAAGTTA ATGGCAGAGG TTGTCTTACC CACCCCTCCC TTTTGATTTA 8040 CGAACACCAA GGTTTTACCC ATGGTGCCGG AGTGTACTCC ACTTTCTAAA TAAATAAAAG 8100 GACTTCGAAA GCGCGTCTGA ATGGGAAGCT ATGCGATGGG GTAAATCCTG GTAAGGAGAT 8160 ACGGTGTGCA AAAGCTAGAG TGATACGATG AACTGTGCTA CCTTACGCGG AGGTGATCCT 8220 TTTTCT ATA AAAAAACATT GCATTGATTG TGGTGAAGCG TTTTTCGGTA TTGTAGTGCT 8280 CAATGCGTTG TGTCTTGCAG GGGTAGGGTA CAGTCTGTTA TGGCACCAAG GGCCTGGTCG 8340 GAGCGTGTTG TTTGTCTTAG TACTGGCTAC GCTGTACGCA TGTCTGTGCG CGTTCTGTGT 8400 CGTTCGCGGA GAACGGGGAT GTGATACTCT GGCAGATACG AATCTACGCG TCTTCACACA 8460 CGCACTGCGC GAGGTGTGGC TCCAGAGCCT GTGGTGTGCA CTGCTACAGT GTGTGTTGTT 8520 TCGAACTGGA AAATACGTGT GTACATATTA CTTTGCACGC ACGCATTCTG TATTTACCGC 8580 GTGCGgTATA CTCAGTGCCT GGACATACGC GCTCGCgTGC GGTGCACTCC TGTGGTTTGT 8640 GCCGGTGCGT GCACGCTACA GAACGCATTT TCGCCAATGC GTATATCTCT CGGCACGAGT 8700 ATTTTTTGAG CACCCGTGTA TTACCTTCCT TATGGTTTTG TACAGCATGG GTGTGCTCGC 8760 GCTGAGTGTA CCAATGGCTT TTTTATTTCC AGGACCGTGC GGCATTGTGC TTCTGTGGCA 8820 GGaTGtgCTG CGCACGCTCT GTTTTCGTCG TGCATGGCTT GCTGCACACG AGGGGCGCAA 8880 GGCGGCGTGC GCACCGCCTA TTCCCTGGGA GCAGCTCATG TGCCAGATGC GTGCACAATC 8940 CCGCGCGCAC ACCGTCGGCG AGCTCTTCTC TCCGTGGAAA TCGTAATGTT CATTGTGTTC 9000 GAGAGAAATA ACAACCCCGC AGTCTATGAG GGGGTGCCGT ACTCAGCAGG ATTTTGGTAT 9060 ATGTGCTCAA GCGCGATCTG TGCTTGTGCA AACAGCATGA TACTTTCTGT CGCAGTCTGA 9120 TAACGCTTCT CAGCAACGAC ACGCACAATG CCGCAGTTAA TGATGAGCAT TGCACAGGTG 9180 CGGCACGGTG TCATGGTACA GTAGAGTGTT GCGCCCTCTA GACCGATGCC CAAACGCGCT 9240 GCCTGGCAGA GGGCGTTTTG CTCTGCGTGC ACGGTGCGAA CGCAATGCTG CGTGCACGTC 9300 CCGTCTTCAT GCTGCACCGT GCGTAGCTGG TGTCCATGTT CGTCACAATG cAGGAGACCT 9360 CGCGGTGCGC CTGCATACCC AGTTACAAGC AGATGGTGAT CGCGCGCTAT GACGCAGCCT 9420 GCGCGTCCGC GATCGCAGGT GGCACGCTTG GCAATTGCAT GACACACTTC CATAAAATAC 9480 TCATCCCAAC TCGGTCGCGT AACCAACTCC TCACGTTGTC CCATTaTCGT ATGCTCCCTT 9540 TTTCCCTTAA AGATGCACAT GcCCTTGTGC TGCGGTGCGC AGCACACTCT GGCGGGTGAG 9600 TTTAAACATC GCTcaCTTCG TGCGGAATAT ACGGTAGAAA AGCAAGAGAA AGATATACCA 9660 TACGTATCGC ACGCTCCTGT GCCAGCGCAA TGGATGCAGT GTTTGTCCCC AGGacTGCGT 9720 CCGTGTAACA GTTCTTTTGC GCGTGGTCGT TTGCGCCGTT TTGAGAAAAT GTCGATAACC 9780 TCGCTGTCTT GCACAAAAAT GCCACCGGCG AAGTGTGcGC GATTGCGCGC AA.TCCATCGT 9840 ACGCCTCCTG GTACCCCATT GCCGACAATT ACCAGCGATG CGTTGGATTT TACAATTGCC 9900 GTGATAATGT TGTTTTCTAA CGTCTTACGA TAAAAGCCGT GAAATCGACC TACCACGCTC 9960 AGTCCGGGAA AGGTAGAATG CACGtTACGC TCCGCCTCGA GCAGACTCTG TCCCCGACCG 10020 CCGAACAAGT AGAGTGATTT GTAGTGCGTG TCCATAACGT TGAGCAAGGT GATGATGAAT 10080 TGAAACGGGT GCCGAAAGAT AGGTGTCGGC AATCCCAAAA AGCGTGCACC GCGCACAATA 10140 CTGTAGGATG TGGGCAGACA CAACGCTGCG cGGCCTACCA TGGTGCGGAA CTCGTGATTA 10200 TGCCGTGCCT TTAGCACGTC CCAGAGAGAA AGAAATATAA TGTGCTGCGG CTCTTTTTTT 10260 TCTAACAGGG AGAGAATGAC GGTGCACAGA TACTCTTCAC GCACCACATC AAGGGGTACG 10320 GAAAGGAACT CAATGCGCGT TACCAGCTGC GTTTGTTCCA TAGTGCTGCC TCACTAAGAA 10380 GGAGATGTGC GCCTGCAAGA GCATAGAGCG CGGCCGTTTC TACGCGwCAs ACATTCGTGC 10440 GAAAGTGCAG GGGTGCAAAG TGCGCGTCAT GAAGCGTGCG CTCTTCTGTA TCAGAAAAAC 10500 CCCTTCAGCG CCTACTGCAA GTATAACCCC TGCGCGCGCA CATCCGGCGT GTTGTGCGGC 10560 GCATTTGGCT CTGTGGGCGT ACGGTGCGCG GTGCAGTGTG TAGAACGTCC TGTCCAAAGC 10620 AGTTCGTGAA AGGAACCTCC CACGTGTTTT TCACTGcAAT AGATACGCAC TGCAGAAGGA 10680 TAAGGAAATT CCTGCTCGAG CATATGCAGT GCGCCAAGGA GGCTGTGGAG CGTGTCCACA 10740 CGGGTGTTCA CGGcAGAACC AGACTGTTGA CGCGCTTCCC GCACGATGCG CTGCAAGyGt 10800 GCATGCTGGG TGTCTTTTTC ATCGCGGATG AGCGAACGTT CTCCTCGAAT CGGTATGATG 10860 CGCGCAGTTC CAAGTTCTGT CGCATGCCGA ACGAtCGCGT CAAAGACGnG CGCACGGGGC 10920 ATCCACTGAA GCAACACAAG CGTTACCTGC GTTTTCTCAT CCACTGGGGG CATGGGCGTG 10980 CAGTGGAGGA TTAGTGAACG CGTATGTATG TCGAGAGCGG ATACTACTGC GCTGTACTGC 11040 GCACCGGCCT GCGTACGCAG GGTGAATGTA TCCCCcAgCG TGCGCGTcGA ACACGCACCA 11100 TGTAATGAAA ATCCTTGCCT GAAAGCTGCA CATACCCGCC GGAATCCGGT TCTGCGGTTA 11160 v- TCAGCAATTG TTTCATAATA TCnCaCGgCT GAGcGCGCCG GACGCTGTGC GACAACACCA 11220 CCGTAAGGAA CTTCTCTCAC CGTAAACCCT ATACATATCT GAAAgTAGTG CGGCGCCGAG 11280 CACGCACAGT CTGGCTCCCA TAGCCTGGGC AGCGGGACCG ACCTGATAAG GgCCACACTC 11340 ACCAAGTCTT TGCAAGGGGT ATAACAAGGG CGCAgCGTAc rAACTGGACG TTCAAGATAC 11400 CTTCTTTTTT TCCTGTATTC CCTCTTGCAA TTCTTTGACC GTTTTAGTAC GCGCCACCAG 11460 CGCkTGaATA TCCTGTGTGC GTATCAACTC CACCGCCTTT CGCAGCTGTT CATCATATTC 11520 TAAGTCATAT ACAAAAGACG CATTGTGCCG GTGATACTCC TGTGCGATGA GCTTTTCCAC 11580 CAGTATTGAT CGGAGTTTAA ATTCGCGTGC CAGGCCACGT GCATACTGTT TTATGCGTTC 11640 GGAGTTCATG GTACGGTTCT GCTCTGCAAA GAGTTTCACT TTTTCAGACT TAAATAGACT 11700 GACAAGTGCC TCTTCTTCCT CGGGAGTAAA CTCTGTTTCT CGTACCTCGA GGTCCGGCGG 11760 AATGCCGCtC TTATCGATAT TTGCGTCGCT TGGGGTGTAG TAGCGTGAGA TAGTCATTTT 11820 CAAACTCTCC CGTTCATTGA GGTCAAAGAC TTGCTGCACG ACTCCCTTTC CGTATGTGGT 11880 TTGGCCGACC AGATATGCGC GCTTGTGGTC TTTTAGCGCA CCTGAAACGA TTTCTGAAGC 11940 GGACGCAGAA TCCCTGTTGA TGAGAACAAT CACAGGCATA GACGGAGGTA GCTTCTGCGC 12000 ACGTGCGTTA ACGCTGAACG TTATGGAGTG TCCCTGCACG CGTGACTTAG TGGTTACAAC 12060 GGTTCCGGAG GGAATGAATG AGCTGGTAAC GTCCACTGCG GCGGTGATAA GGCCGCCTGG 12120 ATTGTTGCGC AGgTCGAGAA TGAGACGGTC GCAACCTTGC CTACGCAkTT CGGTAACGGT 12180 TTCTACCATG CGGGTAGCGG TGACTGGGTT GAACTCTATG AGGCGCACGT ACGCGATGTT 12240 TGGATCGATT TTTGCGTACT TAACAGTGGG AATTTCAATT TTCGCACGGG TGAGGGTGAA 12300 TGGTCGGAAA ATCTTTGTAC CCCGTTTGAC AACAAGAGTC ACCTTGGTGC CTATCGGCCC 12360 CCGTAGTTTC TTTAAAACCT CGTCCATAGT CATGGTGTCA GTGCTCATGG TGCCGATTTT 12420 GACGATGAGG TCCCTCGGTC TGATTCCTCC TTTCCAGGAA GGAGTGTCTT CAATGGCGGC 12480 GGTCACTTCC ACGTAGGCGG GTTTGCCCGG AGTGGATGTT CTGGACTTAG AAATGACAAC 12540 GCCGATGCCG CCAAAGAAAC CCTTGGTAGT GTCTTGGAGA TTAACGCCGC TGATGCTGTC 12600 GCTTTCGACG AAGGTTGTGT AAGGGTCCTG AAGAGAGTTA ATCATGCCTT CTAGTGCCCC 12660 CTTGTAGAGG ATGTGGGGGT CTACCTCGTC GACGTAtATT TGCGGAGGAA TTCGTAGACA 12720 TCCTGCACCG TCTGCATGCG CTCGTCTTCC TCGGAAGACT GTGGCAAATA AGCGGCAGTC 12780 CATGTGGGGA AGGGAGCTGC GCTGGTGATC AGACAACAGA CGAGGAGCGC AAACAGTCTC 12840 AGAACACTCA TGGGCGGATG ATGGAATGCG TGCCCGTCTG TGTCAAGAAT CTGCGTTGGA 12900 CAGTTTCCTT TCCATGCGAC TAGACGGAGG AGGGCACTGG GGGAGGTGCA GGCGCGCCCC 12960 AGACCCGCTC TGGGAGGAGC AGGATATAGC GTGACTTCCG TTTTCTGCCC TGTACTTCCC 13020 TTCTTCGTTT TTCACCCCTG TGCATGGGGG GGGGGAGAGA GAGAGAAGTT TCGTTCATCC 13080 TCGCACCCGT TGCGTTGCGG TGCGTGCAAG GACTGTGCTA CAGTGCCGGC CGATGGGGAC 13140 CGTGATCATC GCTCTTGATG GACCTGCAGG CTCTGGGAAG AGCAGCGTCT GTCGTCTGCT 13200 CGCGTCTCGC CTTGGCGCGC AATGTTTGAA CACGGGTTCT TTCTACCGTG CATTTACCCT 13260 CGcCGCATTG CGTAGGGTAT CGGAGTTGGC CGTGCAAGCG TGCTCTCCTT CTCCGGACCC 13320 TGATGCGGCG GTCGGGTGCG CGGCTGTTCC ACACGCAACA AATCTGGACA CATCATATGC 13380 TCCTCTGACG GCCCAGAAGA AGGTTGCACT TTTTGATGAA GCGTATTGGG TTTCGTTTGC 13440 GCGCACAGTT GCGCTTTCTT ATCGTGCGGG TGTGATGTAC GTGGGCGAAG AGAACGTGGA 13500 GTCACTGCTG CGTTCGGATG AGGTGGAGTC GGCAGTCTCG TACTTCGCGG CAATGCCGGC 13560 TATTCGGGCA ATTATGACGG GGAAGATCCG GTCGGCCGTT TGTGGTGCGC GGGTAGTTTG 13620 TGAAGGGCGT GATCTAACGA CGGTTGTGTT TGTGGATGCG GACTTGAAGT GCTACCTTGA 13680 CGCTTCTATT GAGGCGCtGT GGCGCGTCGT TGGGCGCaGG GAACGAGCCG GTTATCGAAg 13740 CAGGAACTCG AGCAGGCGCA TGCGCGCGAC GTGACGCACA CGACAGCGAC GCnCACCGTG 13800 GGGGGGCTCA G 13811 (2) INFORMATION FOR SEQ ID NO: 151: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1233 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 151: TTTCCATACG CTCGCTCCAC ACCTTTGCTT TCTTTTTTAC CTCCTCTGCA TCTTGTCGCT 60 CGTTGAGCAA CAGGTGGACC CTGCGCAGCG CGTGCAGGTA GCAGACAGCC AATTTAAAAT 120 CTTCAAAACT GGAGGACGTC ATCTCATACT TTTCCCGGTA ACGCTCAGCT GCCTGCAGGA 180 GTAATTTCTT TACCAAACGC AGGTGATAGA CCACTGTCTC GTACTCGTCA GCCTGTGGAT 240 TCAATCCAAT CTCAGAAGAA TTCGCTAAAT CCAGAATATT CTTCGCCACC GTTGCGTAgc 300 GCGCCTGGAG CTCTACAAAA GACCAATACC ATTTAGTATT CGTCCCATAG GCGCTAATAA 360 TGGAATCAAT GGCGAGTCCC ATCTTACGGA TAAGATAATA ACGCTGCTGC TGACTTACGT 420 TCGCTATCTG CGCCACCTGT TCCTGGTAAT CGGAAAACGG CGTGTCAATT AAATTGGTAA 480 CAATTTCTTC AAGATAGATG AGCGCCTTAT AAAGCGTTTT CCGCGCCTCA TTCAGCAGAT 540 CCTCCTGCTT ACCACCTACT ACTACAACCT GTGTCTGATA TTTAGCAGCG TACAGCGTAC 600 TGAGGTAAAT CATGTCATCT ACCAACGCGA GCTTCTTGTA CGCCGCGCCC GTCCCATCCC 660 GCCTGATCAG TTCTAAAATG TTTTTTTCAC GCGTAAAGAT TTGATCAATA GTCCCTTGGT 720 ATACGTTCAA CTTTTTCTGG TACAGAGCAT TCTGCTCTTC CTCAGTCACC GCACTCCCCC 780 CTTCTCTGCC GCGCACCTGC GGCAACAACT CCTGCGCATG CGCTAGGGAG GTTGCACTGT 840 GCGTGTCCCC TGCTAGCATG CGCGCAACTT CTTGAACCCG TCGTTCCCCC ACTACATGCG 900 CCGCGCTCGT ATTCGTGTGT TCTCCACTCG ACTCTTTTTT CACACACACG TGCGCATCCG 960 CGTGCGCCGC TATCATAGCC AAATGCGTAA TGCACACAAC CTGCTTGTGC TCAGACAACG 1020 CTTGCAAATG CTCTGCAACC GCACGCGcCG TTTCACCTCC AATTCCCACA TCAATCTCAT 1080 CAAAAATCAA CGTGCCCACT TCATCGACCG ATGAAAGCAC AGTCTTTAAA GCAAGCATCA 1140 CGCGGGAGAG TTCCCCCCCT GAAGCAATCT TTGCTAGCGG ACGCGCAGGC TCTCCTGCGT 1200 TGGCGCTAAT TAAAAACTCA ACGTCATCAA AGC 1233 (2) INFORMATION FOR SEQ ID NO: 152: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2946 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 152: GTAAAGCAAA ATCACTCAGG ACAAGACTCA CTTCTTACTT TCGCTGCAGG CACGACCCAA 60 AGACACGCGT GCTGATGTCG CGCGCCGCTG CACTTGAATA TCTACAAACA CAACACGAAT 120 ACGAGGCGCT GCTCCTTGAG AACACACTCA TAAAAAAACA TACTCCGCGC TACAATATCT 180 GCCTCAAAGA CGGGAAAACC TATCCTTTGC TCAAGCTAAC CTGCGAGCCA TTTCCGCGTA 240 TTTTTCGCAC ACGCCAATTC TGTCAAGACG GTGCACGGTA CTTTGGTCCC TTCCcTGACG 300 TGCAAATCCT CGATTCTTTT CTTAAACTCA TTTTACGCAC CTATAAAATC CGTACGTGCA 360 CCACcTTGCG GAAGAGAAAA AATCCTTGCC TCTACTATCA CCTGAAGCGC TGCGATGCCC 420 CGTGTTGTGG ATGGGTCTCT CCACGCACAT ATCAAAAGGA CATACATGAG ATTACCCTGC 480 TGCTCGAGGG GAATATTGAC GCGACTGTAG CGCGTCTAGA AAAGCGCATG AAACGAGCAG 540 TCCGCCAAGA AGCATTCGAA GCTGCCGCGC GCATACGCGA TGATATCCAG GCAATCCGCT 600 GTATTACACA CAAAAGTCTT GTTCAAGACA TGGACGAACG TGCACGCGAT TACATCGCCT 660 GGTCGAGCAC GGGAGCAATC GTCACCTTCG CCGTTCTACG CATGCGGGGA GGAAAATTAA 720 ACGGTAGAGA ACTTTTTCGC ACACGTTCAT TAAAAAATGA AGAGGAAATC CTTTCAGAAT 780 TTCTCATCAC TTACTACTCT GACCATACCA TACCCCCACA TCTATTTGTA CACTCGTCTG 840 CAGGGTTAGC AGAACACTGG CTCAGCCATA AAGCAGGTAC ACAATGTACC GTCACGCTCA 900 TCCCTTTGCA TACCTTTCCT ACGCCGCAGA CCCCTTCTTC CACTGTCACC ACAAACGCTC 960 CTACCCTTGC AGCTTCGCAA AATAGCAATG CAGTACAAGA TTCAGGGTTA CGTTCTTGCA 1020 GCGAAACGTC CACCATGCAT ACGCTTCAAA AAGCACACGA CGCCTGCACT GCAAGCGAAG 1080 GCACACGAGA AAACACACCG CACGAGAGCG CGCACACTCC TCATCACCGC GCCATTTTAG 1140 CCATGGCGCA GTTAAACGCT CATGAAGATA TTACTCGGTA TCTGAAAAAT CGCGGCGCTG 1200 ACGATGCACT CAAGGAATTG CAAAAGCAAC TGCATCTTGC ACGCATTCCA ACGCTCATTG 1260 AAGGATTTGA CATTTCCCAT TTGGGTGGAA AGTACACTGT CGCAAGTCTC ATTTGCTTCA 1320 AAAATGGGGC CCCCGACACA AAGAACTACC GATTGTTTAA TTTACGTGCG CACGACACCC 1380 GTaTTGACGA TTTTGCATCG ATGCGCGAAn AATTgCCCGC CGTTATACCC ACACACCAGA 1440 GGGCTACACT CTGCCCGATC TTATCCTTGT CGATGGGGGG AATCGGTCAC GTTTCTGCTG 1500 CACAGCACGT CCTCGACGCT CTTGGTCTTA GTATCCCGCT TGTAGGTCTT GCAAAACGCG 1560 CAGAAGAGCT ATTTATCCCC AATTCTCCTA CACCACTAGT TCTGGATCGT CGCAACCyTG 1620 CACTGCATAT GCTgCAACGC ATCCGAGATG AAGCACACCG cTTTGCAATC ACACGGAATC 1680 GGCATCTACG CACAAAGAAA GAGCTAGTCT TAAGCTTTGA GCGTCTCCCC CATGTGGGCA 1740 AAGTGCGCGC ACACAGACTG CTTGCTCACT TCGGTTCGTT CCGCAGCCTG CAGAGCGCAA 1800 CTCCCCAGGA CATAGCGACA GCCATTCATA TACCGCTCAC CCAAGCACAC ACCATCCTGC 1860 ACGCGGCAAC CCGCTCAACA ACCGCCCCTG TACGAGAAGA ATATAAAGAA CACGAGCACG 1920 ACCCCCAGGG AGAATCACCT GGACCAGGTC GGAAAACAGA CTAACGCGCA CCCGGCCTAC 1980 GACGACGCAT CCAGGAGTCG CTCAAGCTCA TTCTTTCCCA GAAGCTCGAG CGGACGATTT 2040 TCTGCAAACG AAAGCGCAGC GcgTGAAAAC GAAGAAGACG TCACCACCAC CCCACGCGCT 2100 ATACCACGCT CCTTCATGCG CTCCAAAATA GCGCGCAGGA AGCTGTCATC GAGCACCCGC 2160 GCTTCCCGGT AAAAAACAAC GACTTTTGGC TGCGTACGCA CGTTGCTCCA ACCCTTCTCG 2220 TCCCTTTCTG TGGCCACTAT TTCACAACAC CCGCGCACGT CCTGCACCGA GTCTATGGAT 2280 AAGCGAAGCG CcTTACTCAC AATTCGCTGA CACAGATCGA AAAAGGAATC GCCATCGAGG 2340 GTCAAATACT CCTTCATCCG GTCGTTCAAA CGTATATCCT GATATTGCGC GAGtTTATGG 2400 TCACATCCTT AAAACCCGCA GACCGTGCGT TGATAGCCTC CCACTGCTCA ATTGCCTTTT 2460 CCACATCCCG CTTTTTTTCG TAACAGGAGG CTAAGAGATA ACGTATCTGC AAATCCTCAT 2520 TTTCACCCGA CTGCGACTTG CAGCGCAGCg cAcGGTCAAA CTCAACAATG GCCCGATCCA 2580 CATCCTTCGC ATCCATGTAG CAACAGCCAC GCTCGGTAAA ACACTTCTGC CGCAGCACAG 2640 GACTCCTCGA CGCCTGCTCA AAGGAGCGAA GTGCCGCCGC ATACTCCCTT TCTTTCCGCA 2700 AGAGCTGCCC CTGGCAAAAG AGAGCCTCCG CATTTGCAGG TTCCAAGGCT AGCACAGTAT 2760 CGAGCTCTGC CCTTGCTTCT GCAAGATGAC CAGACCGAAG AAGCAACGAA CCGAaGCGmr 2820 CATGCGCTGC AGGATGCGCA GygTCCATAC CGaTGCACTG GcGATAGTAT GCCGCAGCCC 2880 GATCGGTCAC ATTCTTGCGT TCAAACAGCT GCCCAATACG GTAGTGATAA TCTGCACACG 2940 TAGGGT 2946 (2) INFORMATION FOR SEQ ID NO: 153: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1905 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 153: TACTGAAAAA CCGACCCGAG TAGCTGCCTC CCCCATAATT CCcGTAGACC aTAGGCTGAa 60 TAAGGATGGC AACTCCaTCT TCCCCaTCCT CCTCAAACGA CaGCAGTTTA CTAACAaGCC 120 TTACCGCTTC TTCAAGCTGA ACGTAGGCAT CATCGAAAAA GCCGTCTGGA aGCAAGGCTC 180 GATACCGATT CATCGCCTCG CGCCCAGAGG GAGAAGATTT TCCTCCCTGC AAAAAAACCT 240 CTATTTCCTT CAGGGTTTCG ACAAACTCCG AAGCACCCTT GGTGTTCTCC TCACTTTCTG 300 CGATACCAAG CAATACCCCA AATACACCCT TCAAAAGGAA GAACACCTCG TGCGTTGCAA 360 AATGCTCCCC GACACGCTCG GCAAACCCCG CGAAAGTATC CCGTGTCAAA CCAAAGTTAT 420 GTAATACCGG ATAATTCGAA ATGGCCAAAT TGGGGGATAA AACCACCTTG AGGAGCATAG 480 GATTCTTTGC ATCCGCATAC TCTTTTCTGT TTAAAAGCGT AAACTTCCTT AAATACGGAC 540 TTAGCGCGGA CCGAAGCTTC TCCCCATACA GACTACGAGA GACTGTCGCA TCAATAACCA 600 CGCTCGGAAG CACGGGCAAC CCCAGACTTG ACAACTCATC CGCCTGACGA CCCCGAATCC 660 CCAAAAGCCC TCGGTCAAGC CTCTTATCGA GAGCCTCTTT ATTGCTCAGA AAATGAATGG 720 ATTTGGCAAT GTTCATTGTG CACTCCTAAA ACAAATTCAA CACCGTGTCT GGGGAACCGT 780 GCAAAAACAC CTCAAAACGA GAACTCGCCC CCTCCTTGAA ATACTTAGAG AGCTTGGACA 840 AATCCTTAAT TTCCTCACCT GACACTGCAA ACTGAATCAC ACTCCCGTGC TTCACCTTTC 900 CCCATTTGAA GAGAGTGTTA ATATCCACAA TACGCTCACC ATCGTAGAAC ACAATGACCT 960 CTGAAGAAGG GTACCGCGCG TTGTAACTCC TGATAATACG CTTCCACGCT TCCACATTCC 1020 CGTTATGAAA CAACTCGTTA GAAACAGGCA CCGATATTAA CTGAGACATC CGAATCGGAC 1080 CTGcAGAGGC TTGAGCAGGA GGACGCGCGG TAGGAGACAC AGACTCAGAC GAAGCCCGAT 1140 CACAGGTAGC CCCTTCAGAC GCCCTGGCAG CGTCCGCACC CGACTTCTTT GCCGATCGAA 1200 CCCTCTTGCC AGAACCCTCA GACTTTTTCG TAGACACAAA TGCAAAAACC CCCGAAAGGA 1260 TTTCTTTGGG AACCACGAAC TTACGATTCT CTATCAGAGC AATCAAACCC TTGGCGrCtT 1320 CGTCTGCAAT CCGTTCATCA AGCGGTCCCC TATCCTGCTT TCCCACGTAC ACCAACAAGA 1380 GCTCATTTTT CCGAAAACCC TCGACAAGGG AGGCGTTCGA AGGATTCTTC GGGTTTATTG 1440 CCAAAAATCC AAGATCGGGG TGATGATAAC CAAGTACAAT ATCCACTCCC TTCCACCGCG 1500 CAGTTTCCTG AGCAAACCCG AGACCCTCGA CGGAAACCTT CCTTAGATTG TAAGAAAACA 1560 GCCGATACCC CCACGTGTCG ATGAGTAGCA CCGACAGGAG CGCTGCAACC TGCTCGCTTT 1620 GCATCTCcTT CGCACAGAGC AGCAGGTTGA CCTGGTCTGC GACGTTATTC TTCGGATCAC 1680 ACTCATCCAA CACGCTCAAA ACGCCCTTCA CATGACGCAC TAGAGCATTA AAGTTCTTCT 1740 TCACCGCTGC AGGCACGTAA AAACTAGATG CACTCACCAC GTAACACTCC TTTGATGATT 1800 AAAAAGCTCC CCGAAACAGA AAAGTTCCAG GGAGCTTCGG ATCACGACAA AGTCTATCTA 1860 CAATCTCGCT AGAGTTCGCG AATGGCAGAc CGTCTACCAC GTCGA 1905 (2) INFORMATION FOR SEQ ID NO: 154: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1370 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 154: AGGATCTTTT CCTCAGTCAA CTCCAAACGA TCTCCATCTA CATCCAGATA CAGCGTCGTC 60 CCCTCGAGTA TCTCCTGAAT TTCTGCAGAA GACAACCGCT CAATGCTGAG CGCTGCACGC 120 TTTGTCTTCG ATCCAAGCTC TTTTCCGAGC ACTCTAAAAT TCGCTTTTGC ACGGTACTCT 180 ACTATCTCGT CTTCTTTCTC ATGAAACACG AGCTCTTTTA CATTAAGCTC ATCAAGCACA 240 TCTTCTTCCA TTTCAAGAAG TGCTGAGCGC TCCATCGGGT TACGCGTAAT AACCTGCATA 300 GCTTTAAGTG GCTGGCGTAC TTTGAGGTTA CACTGCGCTC GGATCGCACG CGCCATAGAA 360 ACAACTCGCT GCACTGTTTC CATTTTAAAC TCGAGTGCAT CGTCTCGCAC CATTGGTGTA 420 CAAACAGGAT AGTCTGCAAG ATGCACAGAc TGCACATCAT CCGCGGCGCG ATTATTCTGC 480 CATATACTCT CGGTGATGAA TGGCACCACG GGAGCAATAG CGAGCACACA TCTTTTCAGC 540 ACGCAATACA ACGTGTTGTA CGCACATCGT TTATCTTCAT CGTTGATGCT TTTCCAAAAT 600 CTCCTTCGAG ATCGGCGGAT GTACCAGTTG TTCAGCTGAT CTACATACGA AACGATAGGA 660 TCCGCAACTT TCGATACATC GTAAGCATCA AGTGCACAGG CAATGTCTTG CACCAATTTT 720 TCTGTCAGCG ACAAGATCCA ACGATCTAAC GGGTTATTCA AATGCGTCGC TAAACGCGTG 780 ACCGCCTGaC CCATTcCGTc AACTTTTGCA CATACAGGcA GGATCGATAC CATCGATGTT 840 CGCATACGTA ACGTAAAAAC TGTAACTATT CCACAATGGG ATAATCACAG TCTTCAAAAT 900 ATCTTTCACC CCTTCGTCAG AATATTTTAA ATCATCCGCA CGGACAACCG CAGAACGAAC 960 AAGAAAGAGG CGGACGCGTC ACACCGTAGC GATCCATGAC TTCATTTGGA TCCGCA AAT 1020 TGCGCAGGcC TTGGACATCT TCTTTCCATC AGACGCAAGT ACCAACCCCG TAACGATACA 1080 GTTTTCAAAC GCAGGACGCT CAAAGAGTGC CACAGCCAAG ATGGTAAGGG TGTAAAACCA 1140 CCCTCGCGTT TGATCTAACC CTTCAGAGAT AAAATGAGCA GGGAAATACC GcTCAAAGTC 1200 AGTTGcATGT TCAAACGGAT AGTGcTGcTG CGcATAAGGc ATTGcACCAG ATTCAAACCA 1260 ACAATcTAGC ACCTCAGGkA acGCGTCGCA TcACACTCCC AcAGGsGcAA GGaATTGTTA 1320 CCATATCTAC AACGTGcTTA TGCAAATCTT CAAGCAACAT GCCGGrAgTT 1370 (2) INFORMATION FOR SEQ ID NO: 155: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1073 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 155: ATGAGCGATC TCTTTTTTAG AAAGAACCTG TCAAAAGGAC AAACGGAGCA TAATGCACAT 60 CGTAAGAGGA AAATAAAATT TCTTGTAGAA TCGGATTGAC AACTCTCTAT GAGGCTTTGA 120 CGCATATTTT AACGTATGAA GCGTCTCTTT TATTTTCTGG ATGGACATmC CTTTTGTTAA 180 AAAATCCTGA TGATCAAATA ATTCAAGCGG TTCTCTCAAC TCGAAAGAAT CAAGATATTC 240 AGAAACCATA AGTTTCATTT CATGAGTGAT AGTATATACA ACCGGTTTTA TArGAACCCA 300 CCTGTCTTTC TGCCAATGTG CAGTGTGTGC TTCGATAaGC TTCTGAATAG TACCGTTACT 360 ATTTTTCATA ATAACTAACA TATCAACGAG CACCTTTTGT CCTCTGTGAT ACGCACCCGC 420 AATGGAGATT ATCTTACCAT CAAAAGAAGA AGCAACAACG TCATTTTCAC TATTCCCCTG 480 AGCATAGCTC ACAGTACGTG CAATGATTTC ATCCTTTTTT GACTGAGAAA CAACTACCAC 540 ACTATTGTCA AATGCAAATA TTCCAATTGC TAAGAAACAC ATAAAACCAA ACCACGGGCC 600 TACGATACTA AAAAAAGATA ACCCACCGAA ATGGATGGCA AGAAATTCAT TTTGGACATA 660 CAAGATTCGC ACAGTATACG TTGCAGCAAA AAGCACAGAC AAAGGACAGC ACAGCAGTAC 720 ATAATGTGGG ATAGATACAT ACCATATCTT CACCAAAGAA GAAAAACGAT ACCCATTCGA 780 AATAnAmTGC GTAAGATTAA CCAGAATATC AATAGCATCG AGAATCA AC TCGCACACAC 840 GAGCAcTAGA AAAAAAATTG GTAAGAACAT GTCCAACATA TACACCTGCA GTATTTTCAT 900 ACTGCAGATT TTCTCATTGA CAAAATCAAT GCAGTAAAAA ACAATGCGGC GTTTGGAATC 960 CACAGTGCAA GGGAAGGAAC AATACTAAGC CTCAACGCAA GTTCTTGTCC TCCGATAGAG 1020 ATAATCCAAT ACCCTAGTAC AACAATAAGC CCTCCTACAA ATCCTTTCCC CTG 1073 (2) INFORMATION FOR SEQ ID NO: 156: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 884 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 156: TTTAAAAnTC AGGGAGCCCG AGAATTGTCA AAAATATCCT CAAAAATATn GAGCGTTTGA 60 TCAAGAAAAA TTCCAGGCAT TTCTGCAACA AATCCTCAGA aACGTaAAAA CGCAGGAAGA 120 CCCCCGcGTG CTCGACGCCT ATCGGCGCCT TTTTCGCAAG AGCGTCCCCT TCTCCATGCG 180 CTCATACGTG GCCGCACACC TGGCGCACAC GCACTGCCGC GCCGGCGCCA CCGCCGcAGC 240 ACGCGGCGCA CCGGAGCGCG GGAAGGTATA CGTACCGGCA GCGCGCACGC GCTTTCCTGC 300 GCCACGCGCC TGCCAGCGCC GCCCGCGCGC GCGACTTTGA GCGCAAAGcG cGCgGACTAC 360 CCCGCCCTCT GCCCGGGGGA CACCACGAGC ATCTTCATCA GTATTGGAAA AAATCGGCAC 420 ATCTATCCGC GCGACATCAT CGCCCTGCTC ATGCAGCGCG CCGATGTTGC ACGCGAGCAC 480 ATCGGCACCA TCCGCATCCT CGACCACTAT TCCTTTATCC AAGTCCTTTC GGGTGAGGCA 540 GAAGCGGTTA TCGCCCGTTT AAATGGCCTC TTTTACCGGG GGCGCACCCT GAcGGTGAGT 600 CACTCACGCA GGGCGGACGA GCATCCCGCT CCTTCTACAG AGCCGCACGC CGCTGCCGTT 660 GCACCAGAGC CTGgACTTTA TGGgCAGAGC CcATCCCCGg CCCTGGgAAG AATAAGGgAA 720 CATGgCCGTt CAGTGcAGGG gCGCCGgCCc GGGGCGCGGT GGGCAnTTCG GTGCGGTGCG 780 GCAGTTTTCG GTTGACAGGG CTGCGCGTGG GAATCCTACC TGnAGCGGCG CTCAATGGAG 840 GCGCACGTnC AGGGCCGTTT GCCATTATGG GCAGCCCGCT TTCT 884 (2) INFORMATION FOR SEQ ID NO: 157: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3247 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 157: GGGGAGGTTT ACATGCGTAA TACCGGATCC GCCACCTACG CCCGCATCGG CGGTGTGTTC 60 CTCTCTTTCT TTGTGCTGTT ACCCGTCTTC TGCCATGGCA GCAAAGAGAA GGGAAAGGAA 120 GAAGAACCGG TTCGCCTCTC AGTCCTCATA CGAGAGAAGC ATTACTCTTC GGGCCTGCAG 180 AATGTGTTTA CGAAGTTGGA ATTGGAAGAA GGAATCGCCG TCACCGTCGA AACCATCCAG 240 GACGATCAGT ATCCTACGGT GCTTCACGCG CGCCTTGCAG ACGGGACCGC TCCGGATGTT 300 GTAGAGGTGT CTCTTCCCTC GCTCCATGCC CTTGACCCAT ACCTTTACTT TGTAGATCTG 360 AGCAAAGAAG CCTGGATACC GGATCTACTG ATTCCTCCCA CAGATCCGTA CGGCAAGACA 420 TTTGCGCTTC CCTTAAACTG CGCCGTGTCT ATCAATGCAC TTTTCTACAA CAAGGACCTT 480 TTTGATCGCT ACGGGATATC CGAGCCCAAA AGCTGGAATG AACTCCTAGA AAGCTGCGCT 540 CTCATTGTAA AAAGTGGCAT TTCTATCGTA CCCCTCGCGC TCAGCACAAC GGAAAGCTTT 600 CCACATACGT TGCTTGCTGA CGCGATTACG AAAGTGCTCG GTGAGCAGGG CGCTCGAGAT 660 TTAGTCAAAC GTGCCACAGA CGACTCCATC GATTGGACGC ACGAGCGTGg CtCTATCCTG 720 TACTCGGAGC CTATCTGGAA CTGTTCAAGC GGGGATACGT AAACAAACAC CACCGGACTG 780 CGCGCGTGCg GAAaTCATTC ATGATTTTAC ACGCGATCGC ATCGCTATGT ACTTTGGCAG 840 TCACCTGGTT GCAGATGCAA TCATAAAAGA ACGTCCTGGA ATCAACTTGG GCGCGTGCGT 900 CCTCCCTATA ACCGAAAATG CACAAGACGT ACTGACTGGA AGTTTGGAAG TGCAAGGACT 960 CGCAGTGCAC AAAAAAAGCG CGCGTGTGGC AACCGCGTGT CGTGCACTCT CTGTGCTTGC 1020 GTCTGCCGCG TACCAAAACA GTTTCTTTGA AGAACACAAA GGGCTTCCTG CGTTTCGAAA 1080 CACCACCAGC GCAGTTATTC CTGCGTGCCT CAGTGcCCTG TTTAAAAGCC ATATAGAGAA 1140 AGGAAAAGTA ATACAGGCAA TCGACGCGTA CGrCAGGCGC AAAACACACC CCACAGAGCC 1200 TCTGTTTTTC CAGATTTCGC CGCGTATGTA ACCGACCCGG CACCAACTGC GCACACCATG 1260 CTGCACCGCG CCCAAACTGA AGCGCGGAGG AGAAGAGAGC CGGTACAAAA AAAAGAATGA 1320 GAGCTCCTGC GCGGGCAATA CGTGCCACGA GCCCGGCAGC TTAACCTACC GCGCGACAAG 1380 ACAATCTTGC CACAGCCGGT CGAGGTCATA AAaGGCgCGC ksCgCGyTcA TAAGATGAAC 1440 CAGGATAGAC CCAAAGTCCA GCACCCGCCA TTGCTCTTCG CAAAGGCCTC GTTTTTTTCG 1500 ATGTACTTCT CTTAGGCCAA AGCGAGCCGC CTGCTCGCAC ACCAGACGAT GAGTGCCGTG 1560 CAAGAGGCCA GGCACAGTGG CAACTACCGC AAAGTCCGCC CAGCCGCAGC GCGCGCTTAC 1620 ATCAAACACA CATACATCCT CCGCGCGCGC ATCACACAGA GCCTCTGCTA CCGCGGAAGC 1680 AGCTCCGTTA GCACTCACGT TCCCTCCTTT ACCAGATATC CATTAAAATC CTTCCCCAGG 1740 ATAAGCGTAA AATCGATGCC CGTTTCCACC CCATACTCAT CAAGCGAGGC GCTAGTTGTC 1800 TCAATATTCT GACAACGAAT CACcTgCGCC ACCACTTTAG CCACTGCAGG ATTCCCAATG 1860 CGATCGACGA GCACCGTCTT TTGCACACTT TGCTCCAATG CATTATCAAC GCGAACTACG 1920 TCGTAACCAA ATCCTTGGTA AATATTCGCC GTCGTGCGCG CAAGACCGTG CGATTCAGTT 1980 CCGTTAAGAA TTTCCAACGC ATACACACGC TCAAAGGCCG TACCATTCTC TGACGCAAGC 2040 ACCGCAAGCG TCTGGCGCAC GATTTCCTTA ATTTGCTGTC CATCaCGAGA TGGAAAAAGG 2100 AGTACCTTGC CGTCTACCAC TCGTTTAGTC CCTGAAAAAC GCTGCGGCAC TAGGCGTTCT 2160 GAATCCAACT TAGATAATTC ACCTATAAGC TTTTTTAAGT CAGCACGCCG AACGTTAGAA 2220 CGTATTAGCC TGTTCAAGGA AAAAGCACGA GTTGAATGAA CAAAAAACTC ACTGTGATCA 2280 TTAACACTAC GCAACAAAGC TAAAATAGCT TTCTGTTTCC TCGATGCTGA CTCCCCTTCT 2340 CCCTCATCCT CGTCTTCGTA TAAAAGATAA TCACGCATCT TATCCCCATC CAAAGACACT 2400 GATCcTGACG GTAACAGGAC ATGCCCTGCA CGTTCTGTGT GCACGTCGAT GGGCGTAGGG 2460 ATAAACACCG ACAGACCAGA GAGTAAATCT GTCAATTTAG AAAAGTTATC CAGCGAGCAC 2520 ACTACAGAAA AAGGAACGTT AATTCCCGTT AACTTTTCTA CCTCCCTTTT ATACTCCTCA 2580 ATACCACGCT CGCTGTAAAG cGAACCGATG CCATCCGTAC GGCCAAGACT CTGCAGAATA 2640 AGTCCCATAT TATGGGGAAT ATCAAACATT GCCGCGCGCC TCGTTGCAGG ATAATACGCA 2700 ACAACATTGC TGGAGATTGG AACGTTCTCG TGTTCAATGA CAAACAACAC CTTGAGAATA 2760 TTGTCGCTAG AAAGTGAGGA TTCAAGCGGA TCGCGCTTCA TACCAAAGAA GACTGCAAAG 2820 ACGGTGATAA CCAGCATAAA AAAAATGAGG AGTAAAAAAA GCCCATGTCT TCCCATATCC 2880 AACACTTTCA TTGCACACTC CCTGGCCTCT CGTCGAACTG CGGCAGA AC ACACACTGCC 2940 CTACTTTTGC CCGACTGCCA CCCGTTACGC GGGTTGACTT ACATCCTTTC CCAGTGCACG 3000 CAACATCGCA CACGTACGCG GATGGGGCGT GGTACGTTTT CGCTCTGCGC ACACAATACT 3060 CGCACTCACT ACTTTTGCAG CAAGCGCATC TAACGTTAAC GTTGACACTG cACCGCGCAA 3120 gGACGCCGCC CAAGCACGAG CTGGcTCAAt TTTGTCTGAT ATAAAAAGAA TCTTTCCTAA 3180 CACACCAAAG TCTTCACACC CAAAGGnATG CCAGCGCACC GCAGACAACA ACACCTCATC 3240 CTGnACG 3247 (2) INFORMATION FOR SEQ ID NO : 158: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1691 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 158: CGAGTGCTAA AAGCTCATGA CACAGATCCG AGCGATCCTT TTTTaTGGCA AGCACCAATG 60 CCGAAaTCCC ATCCGATCCC GTTTGTCGAT TGGATATCCC TTTGCCAGTA AAAGCCGAAA 120 TGTCTGCACG GGCACATTTT CCATAACCGC AAGATGCAGT GGCGTCTGCC CGTCAGAATT 180 TGCCAGGAGC GGATCCTTCC CCACGACTGC ACCGACAAAC GTATCTCCtT CAACAGGGCA 240 AGTGACAGCG GCGTAGTCCC GTACGAATCG CGCGCAAAGG GGTTGCCTCC TGCAGCGCGC 300 AACGCCGCAA TAACTGAcTG CGAATTGCAC AGTACCGCCT CGTGCAAGGG AGTGCGTCCA 360 TACATATCCT GCTGCACAGG ATTTGCACCC GCAGAAAGGA GCATGTGCAC CGACTCTTCC 420 TGATCTGCCA AAACCGCATC CGTGAGCGCA GACTTACCCG TCTCATCCCC CATGTGCAGC 480 GCCACCCGAT GACTCAACAG CAACCGGATA AAGTCGACAT TCCCCGCACG AGCTGCAAGA 540 TGCAACGGGG GTTTCCCAGA AAGATTCCGA GCATTTAAAA GAGATACATG CCGCGtCATC 600 tTCGCGGATA AGCACGTCAG CCGAACGGAG CGCAGACCAA CGCACACACG CATGCAACAC 660 CGTATTTCCA AtGCGTCCCG TGCGTCCACA AGCGCAGGAT TACCTGCCTG AGGATGCAGC 720 AAAATTGAAA TAACCTCCGC TGCATCTGAC TTTACCGCAC TGAAAAGAGG CGTTTCTTGA 780 TTCAAATTGC GTGCCTCTAT CTCTGCCCCC TTGCGCAAAA TACCATTAAT CGCCTGCGTA 840 AGTTTCCACT CGCACGCCAG ATGCAGCGGC GTGTTTCCTC CTGTATCCTG AGCGTGCACG 900 TTTGCCGCAG TCAGAATCCA ATCCTCGCGA CCGCCACTAG TTGTCAACGC TGTTTTCAGC 960 GGTGACACGC CATGCACGTT TGTACTGAAG ATATCAGCTC CTTCCCTCAT CAAAAACTCA 1020 CCGACAGCAC GGTCATCGTT TGCAACCGCA TAGTGCAGCA GCGTGTTTCC CATCGTGTCA 1080 CGTGCAATCA TCTGTTTTGG TTCGCGAAAT AAGAATTTAA CTATGTCAAG GTGCGCACGC 1140 CTTGATACTG CAACGTGCAA AGGATCGCGC CCCACCACAT CTTGTTTATA CAAGTTGCTA 1200 TCGGTGACGA CAATTTTTAC TGTCTCCAAA CCGCGCGCAA GTGCCTTGGT AAGCGGCGTT 1260 TCTCCGCGCA TATCTTCTGC ATGGATATCT GCCCCAAGAC TGACAAAGTA CGCAtCAAAT 1320 CCCGATGATC ACGGTCAATC GTGAGGACAA GCGGCGTTTC GCCCTTTTTG TTCCGTTCAG 1380 AAATATCTGC GCCTGCGCCT AcTAGACGCT CTACAAACGC CCTGTCCATA CCTAAACGGG 1440 CCGCGACGTG CAAAGGAGTC TCGCCATAGT CATCCTTTAT GGCGACAGAA GCGCCTGCAT 1500 CAAGCAGTGC GCCAACCAAA CGGACACGGA AGGGAGCAGG AGCGACAAGG TGTAAACAGG 1560 TGTTCCCCGA CGCGTCACGC ACGTTTGGAT CGGCCCCACT GCGCAcnCAA AGACCGCaGC 1620 ATCCACCTGC CCTGCACGCA CTGCTTCGTG cAAAGGGGTG GcGCTGGaTA GTTTTTTGCA 1680 TTGAGATTGA C 16 1 (2) INFORMATION FOR SEQ ID NO: 159: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1462 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 159: TGCGCATCGy GTGaGAGGaT TGACATTTTT ACTTGCTGAC GAGGCAGGCG TATTCAAGAC 60 GGTGTATTCT GATTTTGAAG AGATGGCAAC GCATGAGATG GAACATCAGT CGTTACAGTA 120 TTTTTTCAAT CAAGATGTTC TTATGATCAG AAAATCGGAT CCAGTTATTG ACCATGCACG 180 TCAGGCAATT CGGACAGATA TCCTGCATTT TTTTGATATA ACGCACGCCC AGATGATTGT 240 CTTGATTCGG GAAGCTCAAA AACTTATTGG ATGTCTATGT TTTGGTATGA AAAACAACGG 300 CGTAGAATAT AGCAATCATG ATCAGCAtGT TTTAGAAAAG TTGTATtCAC ACTTtGTATT 360 GGTTTCCTAT TACTTACAGA aTATtGCAAA GCAAGACGTG GTTATCACGg TGGACAAAGA 420 ACTTAAAATG TCCCATCAGA TTATTGAGTC AATACAACGG aAAAGGGATT TTATTCAGGA 480 TGCCTCCGTT GAGGTGGATT CAATTGCGTA TTCTGCGCAC CAACTTGGGG GCGATTTTGT 540 TGATTTCATT AAACTGTCCG AGAAAAgATA CCTGCTAGTT ATCGGGGATG TATCGGGGAA 600 AGGTCTGGCA GCGAGTATGT CAATGGTGAT TTTGAAGTCT GTACTGAGTA CCTTTCTGCG 660 GGGACTGTGC CTGGAAGAAA CGGCAGTATT TACAACCTTT ATTGAGAAGA TAAACCGGTT 720 TATCAAAGAC AATTTGCCGT GTGGGACTTT TTTTGCGGGT GTATTCTGTA TTCTtGACCt 780 GGCAACCCAT ACGCTCTACT ATGCGAACTG TGGCATACCG CTCATGTCGA TGTACGTCGC 840 TTCATACAAG AACGTGGTGG AGATACAAGG CGAGGGGCGC GTGCTGGGTT TTGTTAAAGA 900 TGTTATGCCC TTTTTGCGGG TGAGGAAAGT TCAACTCGGT CAGGGGGACG TGGTGGTATT 960 TTCCACTGAT GGAATGGTAG AAGTACAAAA TTTGCAGCGG GAGCGCTTTG GTAACGAGCG 1020 TGTGGATAGG ATTCTACAGG AAAGTCATGG TCTTCCGGTT TCTCAAATTA CCCGTACTAT 1080 TTATGCTCGG CTGTGTGAGT TTATGGCGCG AGATATGCAG GATGATGTAA CTGTTCTGGC 1140 AATAAAGTGC CTTGGGCCTC GGTAGGAAAT GAGGAAAAGT TCGGGAGCGC CGTATGGATA 1200 ATATAAATAT CGCCAAAGAC GTTCGGCCTG GGTGCGTTTT ATTAACGGTG ACTGGAGCGG 1260 TCAGCTCCTA TACTTACGGG GAGTTTGAGT CGCGTGTGCA TGGGGCGCTC AAAGAGAATC 1320 ACGTTGTTTT GGATCTCTCC GGCGTGACGG CTATGTCTTC TTCGGGATTG GGGGTGCTTA 1380 TCTCTGCATA CGATGAGGGA CTGAAGTACC AGCGTCGTCT GTGCATTCTT AATCCTTCTG 1440 AGAGCGTAnC AGAGCGATAG AG 1462 (2) INFORMATION FOR SEQ ID NO: 160: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1013 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 160: TGGAACGCGC GGTTATTACG CGTCCTGCAT ACGCGGTGGA TTATGCGGTG CTATTCCCTG 60 TACAACTTGG TATTGATTTG CAAACAAAAA GGGTGAGCGG GCTCTTTTCT GCAGGTCAGA 120 TTAACGGAAC ATCCGGCTAT GAAGAAGCTG GAGGTCAGGG TATTATCGCC GGGATTAACG 180 CTGCGCTGTA CGCGCGCAGT ACTAAAACCA AAGAGGAGTA TCATCCATTT GTTCTGAAAC 240 GCGACGAAGC ATATATTGGC GTCATGATAG ATGATCTTGT AACACAAGGA ATAGACGAAC 300 CCTATCGGAT GTTTACCGCG CGTGCGaGTA TCGTTTGAAA CTCCGTCACG ATACTGCGGA 360 TGAACGTCTT ACAGAAAAAG CTTACGCCAT TGGGCTGCAG AAGAAATCTG CTGTAGAAAC 420 GTTGCAAAAA AAGATGCGTA CGAAGCACGA GATCTTGCAT CTGCTTCAGA CCAACAAAGT 480 TAGTCTTACC CATGCAAACG CATATGTTCA GCTGAAGCCG CATATAGGTA AATCGTTTGC 540 AGcTACGCTA CGTGATCCGG TAATACCTCT TGGGCTTAwC kCTTCGCTGA ACGAGCAGAT 600 AGCGCAGTTC CCTTTGGAAG TGTTCCAGTC GGTTGGGGTG GAGATACGCT ACGAACACTA 660 CATCGCTGCA CAGGATCAAA GAATTGCACA AGTGGAGAAA ATGGAAGGAA TAAAGATACC 720 AGCGCATTTT GATTACGCGC GTATATCAGG TCTCTCTGTA GAATCCCGTA CACGATTGGA 780 ACACGTTCGC CCGGACACTA TCGGGCAGGT TGGGAGAATG CGCGGAATCA GACCCTCTGA 840 CGTAATGCTG TTGCTCGCCC ACTTAAAGCG GTAGCAGCTA CCGCAGAGAT AGAAGAACCG 900 CCTTATCAGG CAGGTGTTTG TACGTACTTT TAACGCACAG CAAGGAGCGC TTCGGCGTGA 960 AGTTCGGTGA TAAGGCCACA GGAGACCATA TCAAACAAnT GTnCGCTATT TGT 1013 (2) INFORMATION FOR SEQ ID NO: 161: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1129 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 161: GTAGTCACGG CGTGTGCCCC GCGTCAACCA ATGCGGTAAT ATCTGCCAGC CGAATTTTTT 60 CATGTGCAAG GCAGTCCCCT ACGCGGTTTT GCGAATCGAC GAGTACTGAC AGATATACAT 120 CTTTCAGTTG TGCAGGCGCT TTATAACGCA AGAACTGAGA AGCTGCTGTC CGATCAGCAG 180 GCAGGCGCAT ACGTGCACGT GCAAGATCTA GCGTAAgcTG TGCGTTAATG GTACCGTTTT 240 TCCAATCCTG CACCGCATCG GTGTGTACGG CATCCTGGGT CTGCGCACCA GACGGCGCGT 300 GAGAAAACAG AACAAAAAGG AGGAGGAGAA TGAAACGCCT CGCACTGCTG CGTACCACAT 360 GGGGCGCACT TGCGTGCGTC CACACCAGGG AGAGAGCGCC GAACGGAAAA CGGCACTGAT 420 TTGAAAAAGA GGCAGCACGC GTCAGGCAGG ACACTCCCAT ACCCTACCGT CTCGGCGTTT 480 TGAGAATCAT TCCCAAGGAG AGCGTGGCGT CTACTGCTAG ATTGTTTTCC TCTGCCAGGT 540 TTTCTACTGA AACGCCGTAG CGCTTTGCTA AGGACCAGAG GGTATCsCCC TGCTGCACTA 600 CATGCTTGCC GACAAAGGGT GCTGCAGGGG TTGCCCGCGC CGCTGTGCTT TCCGGCGGTG 660 GTGGCACGCT CGGGGGTGCC GGCGCGTCTG CTCCCGCGCG CGTGTCCGCg CCCCCGGGCG 720 TCGGCGGCGT CATTGAGGAC GAGGGAAnTG CGGACAtTCC GGCAtGCATG CTCTTtCTGA 780 TCCATTACTC CAGGTGCACG CGTGCCTGCC CCCCGCAGGc GCGCGCCGGG TCTGCCCArT 840 CCGGATGGTG GGAATGATGA GCTTTTGTCC AATCTTCAGG TGAGTGGCGC TGTGTGCGCG 900 GTTATGGGsT TTTAGCGTAT CGACGCCCAA CCCATAGCGG CGGGCGAGTG CGTAAAGCGT 960 GTCTCCTGAA CGGATGGTGT GCAGGGTGTG ATGGACGAGC ACGGCGCCTG GGCGGTTGAG 1020 TACTGCCTGG ACCGCCTGCG CATGTGTGCT TGGCACCCGG AGGGTGTACG CTGCATTCGG 1080 GGGAGTAATT GAATAGCGGA GTGCAGGGTT GAGCGTGTGC AACAATTGC 1129 (2) INFORMATION FOR SEQ ID NO: 162: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1713 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 162: GTGAGCTGCG TGCAGTAGAG ATTGGAAAGC TGAAACAGGC GATTTATTCC CTCGAAAACG 60 ATTTAAGGAA TGAGAAAGTT TCGGCTGAAA GGCGGCTCCG CGTCCTCGTC TCATCAATCA 120 TTTTTTCTGG CTCGTTGATC ACTATGTGAA TGTGCAAGAA GACAAGAGGA ACATCGACGA 180 AGTGTTACTC AAAATTAAAT TGCTTGATGA AGCGGTTTAT CATCGCTATG TGAGGATAGC 240 GTGAAAGTGA GGGTGAAGTA ATGTCAGAAC ACATAGAACA CGACGTTCGG GAAATGCTCA 300 ATGAAGAAAA ATGGACACGC GCGACCTTAC CGCGTATTCT GCGGAAAAGT TTAAGGAACT 360 TGACAGAATC ATTGCGGAGG CGAAAAGACA ATCTATCCTT GATGTACTGA AAGGTATCTG 420 TGACGAACAT CTGGCGCACT CGAAGAACAG TATAATCGCG TTATACATTT CTGGGATTAT 480 TTCGCTTTCT AaGCAGTTGT TAGATGATTC GTGTTTAGTG ACGCTGCTGA CTATCTTTGG 540 TGATAATCAC AAGAATCAAA TAGTTGAGCA CCTCTGTACC CGTGTGCTTG AGTACGGTGA 600 ATCAAAGCTT GCGTTGCGTG CGTTAGGAGA ATGTTACAAA ACCTCTGGAA ACGAACAGCT 660 CTATGATGTT TGGGAACGGT TAGTTAGGAT CGATTACGAA GAGGCGGAAA TCACTCGTGT 720 GCTGGCGGAT AAaTACGAGC mGGAAGGGAa TAAaGAGAmm sCTACGGAGT TTTACAAAAA 780 AGCGCTGTAT CGTTTTATCG CGCGGAGGCA GAACGCGGCC ATAAAGGAGG TTTGGACTAA 840 GCTTGTTGCA CTGATTCCAG ACGATGTCGA GTTTTTTTAT CGTGAGCAGA AGAAAATTTC 900 AGAGAAACTG GGAGAAGGGC GCGGGAGCGT GCTCATGCAA GATGTATATG TCTATTACAA 960 AGAAAATGAG GATTGGACAA CGTGCATCAA TATACTCAAG CATATTCTTG AACATGATGA 1020 GAAGGATGTT TGGGCGCGTA AGGAAATCAT AGAGAATTTT CGGTGTAAGT ATCGCGGACA 1080 TAGCCAGCTT GAGGAGTACC TAAAGATATC GAACATTAGC CAATCTTGGC GCAATGTCTT 1140 TGAAGCCATT AATGATTTTG AAAAGCATAT TTCCTTTGAC GAGGGTAGTT TTGTTTTTCA 1200 TCGAACGTGG GGGGTAGGTC GGATTGCGAA GGTGTGTAAC GATGAGTTAC TGATCGATTT 1260 TGCGAAAAGG CGTGCGCATA CCATGCTTTT GAAGATGGCT ATTAGCGCGT TGCAAACCCT 1320 TGGCAAAGAG CATATCTGGG TGCTTAAGTC GGTACTGAAG CGGCAGGATC TTGCTGCGAA 1380 AATAAGGcAG GATCCTGAAT GGGCACTGAA GGTGATCATC ACAAGTTTCG ACAATAACTG 1440 TAACCTCAAA AAGGTTAAGC AGGAATTAGT TCCTTCTTTG CTTtCTGTGG GGGAGTGGAC 1500 GAGTTGGAGT ACGAAAGCAC GGAAGATTTT GAAAGAAAGT ACTGGATTTG CTGCGAATCC 1560 CAGCAATATC GATTTTTATA CGGTGCGGAG CTGTCCTGTT TCCCTAGAAG AAAAACTtGC 1620 TGTGGAATTT AAGGCACAAA AAAATTTCTT CGCGCGCATC GACATCCTCA TACCTTTATG 1680 GACAAGGGCA GATACAGATT TCTGGAACGG GCC 1713 (2) INFORMATION FOR SEQ ID NO : 163: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 717 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 163: CCGTTATGGT ACAGGAGCGG AAGACTTCGA GTAATAAAAC CAAGCGACTT GAGTGCTTCG 60 TTCAAAAACC CCTGGTTCCC CAGGATAGTG ATCCAGGCGT TTATCCTGAT GAGAGAATTG 120 GTCCAAAAGG GGACGATAAT TAGGAACAGG AAGAACGTTT GCCTCCGGCT GCGAGAGAGC 180 GCGTACCTGC AGGAAGTGCC AGGAGCACGC ACAAACAGGT GACGCCTGTA CTGATAAGCA 240 GGGTGCGAGC CAGCAGTGCG CCATAGCCGG AGGTAAGGAC TTGCGCATAC GCCCGGATGG 300 AAAACTTCCA CACAACGCCT CCGTACAGGC CCTTTTGCAA AAAGCTGTAC ACAGCGACCA 360 CCGTAAGGGG GCACAGAAAG AAGACTGTAA GCCACGCAGA CAAGGGGAGC GTGCACCAAA 420 AACCTAAACT GCCTACGGTA CGcGTCGCGC CACGCGCAGC CGGsTGCTcA CGaCTCGATG 480 TCCTCAACCA CGTAGCCGTC GTGTGCAGAC CAGGACACGT AAACAGTGTC CTTCCACGCA 540 ATCTCAGGGC CAGTGTCGAG ATACTTCTGG TGTTGCTGAA ACACTTGGAT AATAGCGCCA 600 CTTTCTAACT GGACGAAAAA CTTAGATTGG AACCCTGCAT ATACAGGCTC CTCTACAAAA 660 CCGCGAAAAA CATTGAGCGG CGCACTGGTG GTACCCGGGT CTTCAAGGGA AATGTGG 717 (2) INFORMATION FOR SEQ ID NO: 164: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1283 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 164: GCTATTGTCT GTCCCAACTC AGTACGTGTC TTTGCAAATG CTTTCCCCAG GGCGTACCTC 60 AACTGTTTTT TCGTATCGTT GAGAACAACA TCAAGCATTA CCTTCTCGAT ATGCTGATAC 120 AAAGCACTGA TGGTATATTG CATCCCTGCT GCAGCAACGC GTGCACGCAG TGTGTCGCTT 180 TTTTTCTCAT CCAGGAGGAC ATCACGTAGC CAATcATTTC CTTCCCCAAG ATTATATTTA 240 GCAACAAGAT CAACAGCCTT ATGTAACACC GCATCAACGG GATCAGACTG TGCCCGGTAC 300 AAAACATACG GGAAATACGA CGCACACAAC ACCCGTTCTG CAACTGCTAa TGCCTCTAGT 360 CTTGCTCTGT AaTGTGTATC CCTAAAACCT TCAATGACAA TATTACGCGC TTCATCTGTA 420 TCGAGCAAAC CTGCTCCTTT AATCGAGGCT ATTCTCAGAA TAGGATCTGA CTCCTCAGAT 480 AACACGGATA ATATTTCCAC CGCATCGGAA CGTCCAATAC CTGCCAGTCC TACAGCAGCA 540 GAAGCTCGAA CGACACTATT TTCCTCCGAG CTCATTACCA CCAGTTTAAA AAAATCAAAA 600 GcATGCTCAG CATGCAACTG CTCAAGAGCT GCCATAACGT TTTGTTTCCT GATCAACGTC 660 TTTTTATCGT CATCGAAATG AATATTCTCA TAATACCTCA CTAAAAATTC GGAATCTTCC 720 GTACTCCCCA TGTTTCCAAG TGCGACAATG CATTCATCAG CATACTGAGA CACTTCACTG 780 CTCAACACTT CCCTTAATAA AGGAGTCAAC TCTCTCGCCT CAAGACCTGA GATGTATCGT 840 ATCGCTGACT TAACTACCAT CGGATTATGT TCCGTTACCT GTTGCAATAC ATCCACCGCA 900 ACAGACTGCG CACAATCATT TTTCTGAAAC AAGAAAAAAT CAAACAACAA CGCCTTTAAT 960 TCAGAACTTT TTGTGCGTCC GCACAACATA CACAACGTTT CGTTTAATGA GGCGTTATTT 1020 TCCTTCTTTA ACTCTTCTAT CAAGGAGATA ATATCAGAAA CTAATCCATA CTTGATGGTA 1080 TTCATCCTTT TCTTTAGAAG AACCGTTTTC TCATCAGTGA TATCTATATG ACGCTCCTGT 1140 TCTTGCACGT GCTGCGTTCC CGTTTCCTTA GCAAACATGG GGACACCCCT CCCTAAGAAA 1200 AGGATTGCnA CATGCACGCT ACAGTAGTGC ACGAAAAGAC TGCnCCCTTT CACCCCATTT 1260 CCCCTCCGTT CCATTCTATA TCT 1283 (2) INFORMATION FOR SEQ ID NO: 165: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2529 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 165: CAAATCCAAC TGnAAATAGA TACCCCGGcT TAACCCCCAG ACAAGTGAGC GCGTGAAACA 60 GTGTGCACAG CGTCTCTACC GAATCGTTCA CCCCGCGCAA CAGTACCGAC TGCGATTGCA 120 CAGGGAGGCt GCGCcTACGC AGGCCnCGAG CACCGCGCGC TGCGTAGAAC CGAGCTCTGC 180 CGGGTGATTA ATATGCGGAA TTATCCACAC CGGCTTCATC TCCTGCAGAA ACGCAATCAG 240 CTCGGGAGTA AAGGCCTGCG GAGCAAAGGT GACTGCGCGA GTGCACAGAC GAATAATCAA 300 ATCCGGCGCT ACACTGgCAG TGCsCGGAAA AGCGATGTGA CCTGTGCAAA AGAACCAGTG 360 AGTGGATCAC CACCTGAAAC CAGGATTTCC TTCACCGAAG GGGTAGCACG AAGATACGTA 420 ATAATCTTCT CGCGCTCTTC GTTGGGGATC CACCCTGCAC GTTGGGCGAT GAAACCGCGG 480 CGAAAACAAT AGCGACAGTG TGAAAAGCAA CGTCCTGTTG CCAACATCAA CACACGATTC 540 GCATACTGAT GCACCAAAAA GGGTGTCACG CAtACCGGTC CTCACCCAAT GGGTCGGCAC 600 ACTCGCAAGC ATGCACCACA CGCTCCTGTG GCGCAAAGCA CACCTGACGT TTCAGCGCCT 660 GgCGTCCGCG CCCTGCGcTT GTGCAATTAA ATGCGCATAC GCTGGAGAAA TATGCTCCGT 720 CAGCGCATCT GCCGCGCAAG AGGCAGGACT CAACGTCCGC CAATGCTCAT CAGCACGCCC 780 TGCACCTCGT CTCTTTCTCT GTTCCCGGGT ACACTCAGCC ATAGACACGG ACCACGAGTG 840 CGCATCCTAC GGTAAAAATG CATGCGTGTA CAAGTCACGC CGTGCACCGC ACCCGTGCTG 900 CAGGATCGCA TACCGTAGTG TTGACACACG TACCTATTTG CAGAGACCCT GGTCCCCATG 960 GTCAGACTCG AGCGGCTAAA GAAGACATAC GCAGGTGTTC CTATACTTCG AGATATTTCT 1020 CTAGAGATCC CAGCGCACGG AATGTATGGA ATCATCGGCA AAAGTGGTGC AGGAAAATCA 1080 ACGCTACTGC GCATCATGAG TCTTTTGGAG AAACCTGACG AAGGAGCCGT TTTTTATCAC 1140 ACCACGAGGG TAGATTTACT GCGCGGTGCT GCCTTGCGTG CACAGCGCAG GCGCATAGGA 1200 TTGATCTTTC AACAATTTCA TCTGTTTTCT TCCCGCACCG TCTTTGGGAA TGTTGCCTAC 1260 CCGCTTGAGA TTGCACGGTA TGCACGTAAG GACGCCTACG CGCGCGTGTT GCATTTGCTA 1320 CACTTGGTTG GTCTTGCAGA CAAAGCACAG GCGCGTATCA GCACGCTGTC AGGTGGGCAG 1380 AAGCAGCGCG TAcCATTGCG CGCGCCTTGG CTGCAGAACC TGCAATACTC TTCTGCGACG 1440 AAGCAACAAG CGCTCTCGAC CCTCAAACAA CACAGTCAAT TCTGACGTTG CTGAAAAATG 1500 TGCAGTGCTC ACTGCGTCTG ACGGTCGTAT TGATTACACA CCAGATGGAG GTGGTACGCG 1560 ACTTGTGCGA TCGGGCCGCC GTATTGCATG AGGGAGAAAT AGTGGAAGAA GGAAGGGTGA 1620 CACAACTTTT TGCTGCGCCA CGGCGGCTGA TCACACAGCA GTTGTTGTCG GGCTGTTCTT 1680 TTGCCTCTTT TGCAAAGTCA GAACCCTTCC ATCGAATGTC TTCGGGTGCG TGTGCCGTGC 1740 ATGCTATTGA CAAGGCACAC TGGTAATGGC GAACCAGACA CTGTGGCTTT TAGTAGCTCG 1800 TGCAACCGGA CAGACAAGTC TGATGGTGTG TGCTTCAGCA AGTATTGCGC TAgCAGCGGG 1860 AACCCCGTTG GGGATATTGC TGTGCGTAAT GTCGCCTGGA CACGTGTGGG CGCATCtGCG 1920 TGGCATCGTG TGTTAAGTTC GTCAATGAAC GTcTGCGCGC TTTCCCATTT GTGATTTTGC 1980 TGGTGGTGTT GCTTcCgCTC TCGCGTATGC TCACAGGACG CACAGTGGGA ACGGCGGCGG 2040 CTATCCTCCC GCTTGCGAtA cTGCGCTCCC TTTCGTGGCA CGGGTGATTG AAAGTGCTCT 2100 GCTGGAGGTG GAGCCAGGGA TAATCCAAGC GGCGGTGGCA ATGGGTTCAA GCATGCGGCA 2160 ACTTGTACTA AAAATCATGC TGCCTGAGGC TGCTCCTGCA TGTGTTTCTG GTGTAGCACT 2220 GATGGTAATT AATCTAATTG GATACTCAGC AATGGCAGGG GCGATTGGGG GAGGAGGTTT 2280 AGGAGACGTA GCGATCCGCT ACGGGTATCA GCGCTTCCAA CCAGAGGTGA TGACAATGGC 2340 AGTGCTTGCA ATCCTGGCGC AGGTTGCGtA ACGCAATGGA TCGGGCGTAT AATCTGTACC 2400 CGAATACGAG CGCGtCAGgT AGTACCCCGC CAGAGTTAGG CAGGACGTCT GTCCTTGCAT 2460 GGGTAATCCT TTGATCTTTT CTACGGGGTC TGACGCTCAG TGGAACGAAn ACTCACGTTA 2520 AGGGATTTT 2529 (2) INFORMATION FOR SEQ ID NO: 166: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 4060 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 166: TGACGGCTCT TACCCGATTG AGCGAAAAGA AGGGAGCAGT ATATGGCAGA GATATCAGCA 60 ACAGCTTATG CTGkCCAGGT TGACGACCTG ACGCTTGCGT ATCGGCAGAA GCCGGTGCTT 120 TGGGACGTGG ATGTGCGTAT TCCAGAGGGG GTTATCGAGG CCATTATCGG TCCTAATGGG 180 GCGGGCAAGT CGACCCTATT GAAGGCGATC ATGGGTCTTC TGCCTCTCGC TTCCGGAGAG 240 GTGCGTGTCT TTGGGCGTCC TTTTTCAAAA GAGCGGCGAC kTGTTGCGTA TGTCCCGCAG 300 CGCAnTGCAG TGGATTGGGA TTTCCCTACT ACCGTTTTTG ATGTGGTGCT CATGGGTTCG 360 TACGGTTCGC TCGGTTGGAT TCTTCGTCCG GGAAAAAGAG AAAAGGCGCG TGCCCGGGAA 420 GCGATCGAGG AAGTAGGAAT GGGCGCCTTT TTAGACCGAC AAATCAGTGA GCTTTCAGGC 480 GGTCAGCAGC AGCGCGTGTT TCTCGCGCGG GCCTTGGTGC AGGACGCGGA TCTTTACTTC 540 ATGGATGAGC CATTTCAAGG TGTGGATGCA GCTACTGAAC AAGCAATCGT TACTCTTTTA 600 AAAACGCTGA AAGGGCGTGG GAAAACGTTG CTTGTTGTGC ATCATGATTT GCAGACGGTG 660 GCAGAGTATT TTGACCGCGT GCTGCTTTTA AATGTTCGCG TCATCGCTGA AGGGGCCGTC 720 GTGTCTGCCT TCACCGAAGA ATACGTTCAA AGAGCCTATG GCGGACGGAT TAGTTCCACC 780 CTTTTTCCGA GAGGAAATAA GGAGGATGTG CACGATGCAC GCGCTCATGC GTCTGTTCTC 840 TGACTATACG CTGCAAAATG TGGTGTTAGG CACGCTTTTT TTGGGTTTGG GTTCTGGGCT 900 GGTCGGCAGT TTTGCGGTGC TGCGTCGACA AAGCCTTTTC GGTGACGCAG TTTCTCATGC 960 AACCTTCCGG GGATTGTTAT CGCGTTTCTT TTAACCGGCA CGAAGTCTAC TGAGATACTT 1020 TTGCTGGGTG CTGCCCTCAG TGGTTTAGTA GGAACTGTGG TGATGCTAAT GGTGATGCGT 1080 ACTACAAAAA TTGATACCGA TGGTGCGCAG GGCATTGTGT TGGGTGTTTT TCTTGGGTTT 1140 GGGTTTCTAT TACTCACCCA CGTGCAGAAG TCGCCCCAGG CGGCAAAGGC TGGTCTGAAC 1200 AAATTCATTC TAGGGCAAGC GGCCACGATT TTGCAGCGAG ATGTCCTGCT CATCATTGCG 1260 ATGGAGGTGG TGATCGGTTT GCTTGTACTG CTGTTTTGGA AAGAACTGAA GCTTTCTACC 1320 TTCGATCGAG ACTTCTCTGC GGTGCAAGGT TTTTCTCCAC AGCTTATGGA GTTCATGCTC 1380 ACGGCACTCA TCGTAGTTGC AGTTGTCGTA GGGGTTCAGG CAGTGGGGGT TATCTTGATG 1440 AGCGCACTGC TGACTGCGCC TGCAGTGGCA GCGCGGCAGT GGACAAACAG TTTAAGGGTT 1500 TTATGCGCGC TTGCTGCTTT ATTTGGGGGT GTCTCAGGTG TTTCAGGTTC GGTTGTCTCT 1560 GCCCAGGTTC CCAGGCTTTC TACTGGCCCC GTGATAGTGT TGGTGCTGAC GGGTATTGCG 1620 CTTGTCTCTA TTATGCTTGG TCCTCAGCGG GGTGTTTTGT ATCAACTGTG GCGGAGAAGA 1680 CGGGTTTCGC TTCTTCAAGA GGAGGGGTAG AATATGACCA TGGAGGTTGT GCTTATTGCA 1740 GTGGTCGTGT CGGTTGCGTG CGCGCTGTGT GGGGTTTTCT TAGTGTTGCG TAGAATATCG 1800 CTGATGAGTG ACGCGATCAG TCATTCGGTT ATCCTGGGGA TAGTACTCGG TTATTTTCTG 1860 AGTCGTACGC TTTCTTCTTT CGTGCCTTTT GTGGGGGCAG TGATTGCGGG GATATGTTCG 1920 GTAATCTGTG CAGAACTTTT GCAGAAGACA GGGATGGTAA AGAGCGATGC AGCaGTCgGG 1980 CTTGTGTTCC CTGCAATGTT TGGGTTGGGG GTGATCCTTG TGTCGTTGTA tGCAGGGAAT 2040 GTACATCTTG ATACAGATGC GGTACTGCTT GGGGAAATTG GACTnGCGCC CTTGGATAGG 2100 nTTTCGTTTT CAGCTTGGTC CTTGCnTAGG AGTnTGGTAn AGATGGGGTC CGTCnTGTGT 2160 GGATTACTGC TGTTGCTTGC GCTCTTTTTC AAGGAACTCA AGATTTCtAC GTTTGATCCG 2220 GTGCTTGCCA CGAGTTTgGG TTTTTCTCCT ACGCTTATTA ATTATGGGCT TATGCTCGsG 2280 GTGAGTATTA CCTGTGTGGG AGCCTTCGAT TCGGTGGGTG CAGTGTTGGT CATTGCATTG 2340 ATGATTACAC CGCCTGCAGC AGCGCTTTTG TTGAcAGAtA mCTtgTwGTt GATGTTGGTC 2400 CTTGCTTCAT TGCTCGCCTC TTGTGCGTCC ATTAGTGGGC TTTTTCTTGC GGTGAAGATA 2460 GACGGCAGCA TTGCAGGAGC AATGGCTACC ATGGCGGGCG TTCTGTTCGC GTTGGTGTAC 2520 CTTTTCTCTC CAAAACACGG GGTTGTGCGC AGGTGTCTGG TAATGCGTGC TTTGAAACTT 2580 GATCTAGATG TGGTGACACT TGCCGTGCAT CTTGCAAcaC ACtTACACGG TGGAGCGCAG 2640 CGTGGAGTGC GCTGAAGTGC ACCTGACAGA ACATGTGAGT TGGTCTGcGC GCAGGGCGGC 2700 CCGCGTGGTG CGTACCGCGC TCAGGCGAGG GATGGTAGAG CGTCACGGTG CCTTGCTGCT 2760 ACTCACTGCG CAGGGTGTGT nCGCTCGCGC AGGCGCGATT GGATGTATCC GTGTAGGCTG 2820 AGTCGATGTC GTTAGTGTCA GATATTGCAG CAGAGAATTA TTTGAAGACA GTGGTAAAGG 2880 CGTTGGCGCG GTCTCGTCGG GAGCGCGTGG GTACCGGGGA GTTGTCTCGC CTTTTACACG 2940 TGACGCCGGG GACTATCAGC ACAATGGTGA AGCGCTTGGA AAAGGGTGGC TATGTGCAAC 3000 GCACGcATCG TCTTGGCTGT ACGTTAACCA GAAAGGGGGC AgTTTTTGGA TCTGCaGTGT 3060 TAAGGAAGCA TCGCTTGTTG GAGAGTTTTC TTTCCCAGGT ATTGTGTTTA GAAGCAGGGG 3120 TGGTGCACAA AGAAGCGGAA ATGCTTGAGC ATGCGTGTTC TGACGAGCTC ATCGACGTTA 3180 TTGATCGCTA TTTGCAGTAT CCTACGCGGG ATCCTCACGG GCAGCCGATC CCAAGAAAGG 3240 ATACGCTTTT GGATTTGTAT GTTGAGGACG ATGTGCCAGG TGTATGATCT TTTTGTATGG 3300 GGTGAGGATG CGCCTTTTGT CAGATAAAAG GGGATGTGCA AAACGTATTG TTGAGAGGAG 3360 AGGGCCATGA AGCTTGTGTT GATCCGTCAT GGAGAAAGTG AATGGAACAG GCTGAACCTG 3420 TTCACTGGTT GGACAGATGT TCCGCTTACC CCACGTGGGG AGTCGGAAGC CCAGGAAGGA 3480 GGCCGCGTAC TGCAAGAAGC GGGGTTTGAT TTTGACCTAT GCTACACTTC TTTCTTGAAA 3540 CGTGCCATTC GTACGCTCAA TTTTGTACTC CAGGCACTGG ACCGTGAGTG GTTGCCGGTT 3600 CACAAAAGCT GGAAATTGAA CGAGCGGCAT tATGGGGATC TACAAGgTTT AAATAAGACA 3660 GAGACGGCGC AGAAGTATGG TGAGCAGCAG GTTAGGGTGT GGCGTCGCTC CTTTGATGTG 3720 GCTCCTCCTC CGCTTACTGT AGGGGACGCA CGTTGTCCGC ATACTCAAGC CTCCTACCGG 3780 GGGGTATGCG CGTCTGGTCG GACGCCAtAC TTCCGTTTAC GGAAAGTTTG AAAGATACCG 3840 TTGCGCGTGT GGTGCCGTAT TTTGAAGAGG AAATCAAACC GCAGATGATT TCCGGACAGC 3900 GTGTGCTTAw TGTGGCGCAT GGTAACTCGT TGCGCGCACT GATGAAGCAC ATAGAGTCTT 3960 TGGATGAGAC TCAGATAATG GAAGTAAATT TGCCTACCGG TGTACCGCTT GTCTATGAGT 4020 TCGAGGCGGA TTTTACCCTG TGTGGGAAGC GTTTTTTAAG 4060 (2) INFORMATION FOR SEQ ID NO: 167: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2074 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 167: CTTTTTACCC AACTCATTGC CAATGCGGTT ATGGAAGCGG GTAACGAGCA TGGTTTGAAA 60 ATCATTGAGA ACTTGCAGGA TGAGGAGAGT GGCGATGAGC TTGACGAGTC CGTTTCCTTG 120 CACGAGGAAG GGCGCGAAAT TACTGACTAT GAAAATTATA CTCCTCCTGA GGAGCGTGAG 180 TATTCTGTGA ACGATGAAGG CGATGTGTTT GATGAGGATG AGTCGCTCTA CGAGGGGCGT 240 TAGGTGTGCC CTCCGCGGTC TCTTTTGGGA TGTGTGTCTG GGTAGGCATG TTTGCATCGA 300 AGTCTGATCG GAAAATGCTG TCAGGAGGGG TACATGGAGA TTGCTGCTCG CGACGTTAAG 360 TCTTTGCGTG ATAAAACCGG GGCCGGGATG ATGGAtGTAA GCGTGCGCTC CAGGAGTGTG 420 CAGGGGACGC TCTGTGTGCA GAAAAGTATC TTAAgGAGAr GGGGCTTGCT GCCATCGAAA 480 ACAGGCGTGG GCGTGCCACT GCTGagGGAG TCaTCGTTAt TAAAGCACgG CaTGcAGAgG 540 GCgCgGCCTG TgGGGCGAGC GCTGTAGCAA TGGTTGAGCT TGTTTGCGAA ACAGATTTTG 600 TGGCAAAGAA CGCAGAGTTC ATCGCCCTTG CTGAGCGTAT AGCTCAGGCG GTGCTCGAGC 660 ACGCGTACAC TGAGGTAAAC CAGGTnTGCG CGATATGGTG GTGGACCTCG CAACGCGCGT 720 ACGGGAAAAT ATGAGCTTGn ACcGCCTTGC GCTCTTACGT GCCGcAGTGC CGGTGCAGGT 780 CAGTACCTTT CCTnTACGTG CACCCTGATA AAAAAACAGG GGTAGTGCTC TCCTTTTCCT 840 CCGATGCGCC GGATGTGTTC CTGCGATCCG ATGTGCGGGC cTTCGCGTAT GACTGCTGTT 900 TGCACGCGGC GGCATATACC CCTCGyTACG TGCGCGCAGA GGACGTGCCT GCTGAGTATG 960 TGCGGGAGCA GCGTGAGGTG TTCCAAGCGC ATGTTGCGTC TCTCCAGAAG CtGCGCATGT 1020 CAAGGAAAGT ATCGTGCAGG GTAAACTAGA GAAGCATTTG GCTGAGATCT GTTTTCTGAA 1080 GCAGCCCTTT GTTAAGGACG wCAAGCTTTC TGTTGAAAAA AAGATGGCAG AAGTGGGTGC 1140 CCGCGCAGGG GGTGCGCTTC GGTTTACTCA GGCACTGATA TACCAGCTAG GGGTACAGTG 1200 AGTGGGAAGC ACGGATAGAT CCTGCCaCCC TGCAGGATGG GGAGCAAGCA GGCGTGGGGG 1260 AGCTCGTGCT TCTCTCTTGC CGCACTGTGT TGTGAGGGGA AAAGATGGGT ATCGCTGAGT 1320 GCTATGAGCA GAAGATGAAG AAGTCCCTCT CAGCGCTGCA GGAGGGTTTT AACACGCTGC 1380 GTACTGAACg TGCGACTGCA CATTTGCTTG ATCAGATTAC TGTCGACTAC TATCAGCAAC 1440 CAACCGCGCT TAGTCaGGTG GCTACCGTTT CGTACCCGAG GCGCGTTTGA TCATTATCCA 1500 GCCTTGGGAT AAAACGCTCC TTGCGGATAT CGAGCGTGCA ATTTTAAAGT CAAAATTGTC 1560 GGTCAATCCC TCCAACGACG GCAAGGTTAT TCGTCTAGTG ATTCCTCCAC TTACCCAGGA 1620 GCGAAGGAAG GAGCTTGTCA GGCAGGCGCG CGCGTTAgCC GAGCAGGCGC GCGTTGCTAT 1680 TCGCAATATT CGCCGTGAGG GAATCGAGGA AGCAAAGCGC GGGCATAAGG AGGGACTGCT 1740 AAGCGAGGAT GCACTGAAAG CAGCAGAAGA GGCCTTCCAA AAAGCGACTG ACGCTTCTGT 1800 CGCAGAgTtG CACGGTACTT GGCCGAGAAG GAAAAGGATA TCCTGGAAGG TTGAGTGCCG 1860 TGCAGCACGT GGCCATCATC ATGGATGGAA ACGGGAGATG GGCGGAAAGG AGAGGGTTGC 1920 GGCGCAGTGC AGGGCACCGG CGGGGGCTGC AGACAGCGCG AGAGATTGTC GCGGCGCTGT 1980 GCCGATTCGG GTGCCTTTTG TTACTCTGTA TGTGTTTTCT ACTGAAAACT GGAAGCGCTC 2040 TGCnATGAAG TGCATTTCTT GATGAATTTA ATCA 2074 (2) INFORMATION FOR SEQ ID NO: 168: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2685 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 168: CGCCGGGnTA TTCCTTGCGT ATGCATCGAT GATCATTTGC ACGTTTTGCC GACCTAAAAT 60 ATCCGCTGCA TTGGTACGGA TTACCTGAGT CAGGTGCGTG GCGATGATTG CAGATGGAGC 120 AACTACAGTG TAmCCGACAC GCTCAGCACG ATCGCGATTT TCTTCAGAAA TCCACACAGC 180 AGGGAGTCCA AATGTAGGAT CAATTGTTCG CTCCCCTGGA ACCTCCTCTG TAACTTGACC 240 AGACTTTATG GCGAGAAACC ATCCCAAGCG CAnTTTyCCC CGCGCAACTT CTAATCCTTG 300 GATTTTGAAA CAATAACTGC TCGGATCTAA ACGCATATTG TCAATAATTC GAATTTTAGG 360 AGCAACCAAT CCGAGATCCA ACGCGGCATC TTTTCTAATA ACTGTAATTC TACTTAGGAG 420 CTCTGCACCC TTTTCTTTAT CAACAAGAGG AATTAATCCA TACCCAAGTT CTAGCGAAAG 480 TGGATCAAGC GGCACAATAG GACCCATTTC AGAAGTACTA TCTTGAGTCT GTTGCATACC 540 CTTTTTATCT GAACTTTTTT GCATCTCATG TTCTTGAACG TGTACCCGTT CCCTTTTCCT 600 TAGCTGCAGT CCCACAAAGG CAAAACACAC GGCCATAAAA AATAAAATAC TGTGGGGAAA 660 ACCCGGCAAT ACCGCCATAA CGATCAATGC ACCTGAGCCA ATAAAATAAA CAAGTGCACT 720 TTTTGAAAAT TGTTCCTGTA CGTTTTGACC AAATGACCCT TGATCGCTTG ATCGAGTGAC 780 AATAAAACCT GTTGCAACAG ACAACAACAA AGAAGGAAGC TGTGCAAGCA ACCCATCTCC 840 TATCGTTAAA TTTGTATAGG TCTGCAATGC TGCCTGAAAA CCCTCCCTAC GAAATATGAC 900 ACCCACTATC AGGCCTGCAA TCACATTTAC AATGGTAATA AAAATACCAA TTTTGACATT 960 GCCCGATACG AACTTACTCG CTCCATCCAT TGcTCCAAAA AAATCTGcTT CACGCTGaAT 1020 TTGCCTcTtA yrCTcTCGCG cTTcTTCwTC GGTGATAACA CCTGnCATTA TATTCAGCAT 1080 CAATAGACAT GcTTTTGGTT GCATTGAAGT CTAAGGTAAA ACGCGcAnAA ACTTCTGcAA 1140 TACGCGTCGC ACCCTTAGTA ATAACAAAAG CTTGCACTGC AATTAAAATG ATGAATACCG 1200 TAAAACCAAT TACTAGACCT TGCGTCCCGG ATCCTCCCAC CACAAAAGAA CTAAACGCAC 1260 GGrTCATATA CCCGCTAAAC CGATCTCCTA ACGTTAAAAT CAACCGGGTG GAAGACACGT 1320 TCAGTCCAAG TCCAAAAACG GTTGAGGTCA ACAAGAGCGA GGGrAATACA GrAAAATCTG 1380 TTGGTTTTTC AACAAATAAC ACCATAAGTA ATATCAAAAG GTTAAAGATA AGATTAAaGG 1440 CCwTCAACGC aTCGAGAATT TGCGTGGGCA GAGGAACAmC AATAGAAAaG ACAmCCACCA 1500 ACACTGAAAT CGCAACAAAA GCGTCAGTAG TGAAAAgGCA CTCTTACCGT GCGCCATAGT 1560 ATGGGTTACC TCTTACGCTG TGCATGTGTT TTAAATTTAT CCAGCTTGGT AAAAATCAGC 1620 ACTAAgCATT AAAATATTCG TAGGGAACTT CTCTCCCGAT AGCAACtGCG TGTACAACGC 1680 ACGTGCAAGC GGTTTGTTTT CTTCTATCAA GATACCTGCC TCTTTTGCCA ACCGTTTGAT 1740 TCGGTATGCA GTCCCATCAG ATCCTTTCGC AACCACAGTC GGCGCAGTCA TGTATGCAGG 1800 CTCATATTGC ACCGCAcTGC AAAATGAGTC GGATTAGTGA TCACAACATC AGCGTCAGTG 1860 GTATTCCGAG CAGACTCTCT AACAAGAGAT TGCATCTGCT TTCTAACATA ACTTCTCACG 1920 AGCGGGTCCC CTTCCTGCTC TTTTAACTCC TCTTTCACTT CCTGCCGAGA CATTTTTAAC 1980 GAATCGATGA ATTGCCTTCT TTGGAAGAAA TAATCGGGAA GCGAGAACAC CACTAACAGC 2040 AAACTTACTT CGAGGAGAAC TTTACCCGCA AGGGATGTAA TGTAGAAAAT ACTCTGGGTA 2100 AGACTCACAC CCAATAAgAA ACAAACATAA AAAGATCATT ACGTATAGTA AAATACGATA 2160 CAAAAAaTAT CGCTGTAaTC TTTATGAGAG ATTTAAGTAA ATTGAAAAGC CCTTCTGTTG 2220 AAAAAAATGA GCGTTTGAAA AAACGAATTA CATCTGGAGA TATTTTCTTA AACTGCGGTC 2280 GAATCGACTT TACCGAAAAT AAAACGGTCT TGTTTTGTAC AATGTTTGCC GCAACGCCAG 2340 AGACCAGCGC AACAAAGGAT ATCGGAAGTG CAAGTTTCAT AAAATACCGC ACAAATACAA 2400 AAAACCATCC AGTATTCTGG ATGGACGCGG TAGTAGCACG CGTAAAGAAA AACCTGAGTA 2460 CACCGATGCA CTCTCTCAAT ATAAATGGTG CAAGCAAGAA CAAGGAAGTT GATGTGAAGA 2520 GCATCACAAA CGCTCCATTT AGATCCgGCT TTcGGAACAC GTCCTTCTTC TCGTGCTTAC 2580 GGAGTTTTGt TcGGTAGaTC CTCTGaCCTC CCTTCaTCCT CAGCGGCAAA CCACTGGCAA 2640 ATCAATAATA AAAAGAGGAA GCGGAAATGT TCCTTCTTGT TCTAT 2685 (2) INFORMATION FOR SEQ ID NO: 169: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 634 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 169: AATCTTGCAC GCCCTCGCTC AAGCCTTCGT CACTGGTCCC GCCACCAAAC GTTTCGGCGA 60 GAAGCAGGCC ATTATCGCCG GCATGGGGnC CGACGCGCTG GGCTACGTCT TGCTGGCGTT 120 CGCGACGCGA GGCTGGATGG CCTTCCCCAT TATGATTCCC AATAAAAATT GCGCGTGCCG 180 CACACCGTAA TCAGTTTACT GAAGAAGTGC TCCAATCCCT GCGGATTTGC CACCAATGCG 240 GTCTGTGTTC TGCCGCCTGT ACTGCGCGTA TTCCTCTTGC AAAACTTTTG CACGATGCAC 300 AAGAACGCGC ACTGCATCTT TCCCGTGCTC CAGTCACCAA AATAGAACCC CACTCCACAC 360 AAAGCGTCGG GAAAACTATC CGCGAGCACC TGCCAATGCG CACCGCTGGA GTACAAACAC 420 GCACCCTTCC TTTACACCGG CTTAAGTGCT GGACAGAACA ACAGTGTACT GTTGGCGCTG 480 CTTGTTGCGC ACGTGTTCGT CGTTGCAGCC ATGCGCGACA CGGTCGnTnT TTTTCCATCG 540 TCAGTACCGA ACTCGGCGCA CTGAGCGCGC GCTCGTTCAA ACACTACGCA CACCACATGT 600 GCCCCTGAGC GACTCTCTCG TACTGGGCCT GCTC 634 (2) INFORMATION FOR SEQ ID NO: 170: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 4042 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 170: CTGAACACGT TGCACGGTGC GACGCTCCTT ACAGGAATGr AAAAAAAAGA ACgCCGCGCA 60 CAkTGCACCG CCCACATATG ACGCACACCG CCTAGTTTTC ATCACGAAGA CcTTCTGAAG 120 AAAAACACGC GCGGTGACAC GCTTCGAGCT GTCCATTTTC CACGTGTGTG TACACCTGGG 180 TAGTTGCAAT ATCTGCATGG CCGAGCAGAC ACTGAACCGA ATGTAAATCG ACACCGCCTG 240 CAAGCAAATG CGTCGCATAT GAATGGCGAA ACGTATGAAC GTGCGTCTCC ACCCCTGAGC 300 GGATTTCAAT ATCCTGCAGG CGCTTCCATA TACCTTTACG ACTCAGACGA CCCCCCTGCC 360 TGTTTAAAAA GACAGCTCCT TTTTTTTCAC TATTCTCCGG ATGCTTCGCG CTCGTAAAAC 420 GAACACGCGC CTCACGTATA TACTGCaTGA GAAAGTAACA CGCCTGTTCT CCAAAGGGAG 480 CCATACGCTC TTTGTTCCCC TTACCTGTCA CTTTTAGCAG ACGTTCTGCA AAAAAAATGT 540 CAGAAAGGGA AAGAGAAACT GCCTCACTGA CCCGCAAACC TGCAGCATAA ATAAGTTCAA 600 AGAGCGCGCG ATCACGCACG CCACCTGGTG TGCACAGTGG AATGGATTGC AGAAAAGTGT 660 TGACCTGTTC GGGAGACAGC ACGCGCGGCA GTGAATACGC ACGACGCGGT GCATCAACGT 720 CTTGCATtGG GTTATCAGGA CGCACCTGCT CCAAAaTGAG AAACTGATAG AACGCGTGCA 780 GGCCGCCATG TCCTTcGCAA TCGTTTTGCC TGAGACACCC GCAGCACTCC GCTTTTCGAT 840 AAAACGTACA CAATCGTGCG CATTGGCGCT TTCAATGTTA CACGGCGGAT CAAGGTTTTT 900 CTGAAAAAGC ATCAACGTAG TCACGTACGT CCGTGCGGTC AAAAGCGCGT GCGCCTCTGC 960 CGAAATTAAG TACGCGTAAA AGGATTGCAC ACGGATATCG ACGTCTTTCA CAGACCCTTG 1020 TTCCTATTTC TCAAAAAGGT CGGTTCATCC AAATCTTCAT TTACCGAGGG GAGCGGAACG 1080 CCAAACGTGT GGCCCTtCAC TCCGTTCTTT TCCATACGCG TTTCTTGAAC AGCGCTATTA 1140 CGCGTAGCCA GACCAGGTAA GTTTGGCTGT TTAGAGCTTT TAGCTCTGTT CCATTCGTCA 1200 GAACTAATAT ACACACCGGT ACTCACCGCA CCGTACGATG ATGTTTTTAT CTTTTGAGAA 1260 CTGTGTGTAT CTCCCGCTAT CGAAATACTC GCTTGCGGTA CACCCGTTGC GATAACCGTA 1320 ACCCTCACCC TATCCTGCAT ACTCGCGTCG ATGGACGTGC CATGGATGAT AATCGCATCC 1380 GGATCAATGG TCTTTGCAAC CACAGACATC ACGCCATCGA CTTCTCCCAT GCTCAAGTTC 1440 TCTGAGCCAC GTACCGCAAC CAGCAGTCTG GTAGCACCTT CTATCCGCGT CTCTTCCAAA 1500 AGCGGATTAT TAATTGCAGC GGTTGCCGCA TCTACTGCGC GGTTTTCCCC TTCTCCCTCT 1560 CCCACACCGA TAAGCGCGTA CCCCTGCCCT TCCATGGTGT TTTTTACATC CATGAAATCT 1620 AAATTCACTT CTCCAGGAAG GGTAATTAAA TCAGAAATAC TTTGCACCGA CTTGCGCAgc 1680 aGATnCATCT GCAACCAGAT ACGTCTCTTT AATCGGGCAG CGCTTATCTA CCACACTGAG 1740 TAAATTCTGA TTAGGGATCA CAATCACGGT GTCCGAGTGC GTGCGCAATT TTTCGATCCC 1800 TCGCTCAGCG AGCATCATCT TTGCTCTGCC TTCAAAGCGA AACGGCTTCG TGACTACGGC 1860 AACTGTCAAA GCACCAAGTT CCCGTGCAAT CTTTGCAATA ACTGGGGCAG CACCTGTTCC 1920 CGTACCTCCT CCCATCCcTG CGGTGATGAA CACCATGTTC GCGCCCTGCA ACGCACTTGC 1980 AATGGCTTCA GCATCTTCCA TTGCAGCCTT CTCGCCAATC TCAGGATCAC CGCCTGCACC 2040 CAACCCCCTT GTCACCTTGG TGCCAATGGC AAGCTTTTTA GGCGCGGTAG AATAGCTCAA 2100 CGCCTGcACA TCTGTATTTG CTGCAATAAA CTCGACGCAC TGCAAACCGC AGCTCATCAT 2160 CCTATTTACC GCGTTTGACC CACCACCACC GGCACCGATG ACCTTTATGA CCGTTGGACT 2220 TAGGGTAAAC TCTTCGCCTG AAGGTGCAAG CTCTATATTC ATCATTCCCC TCCCATTCCC 2280 CTACACCGCG TGCCGCATGC TGTGCGCGGT TTAAAACAAG TTCCTCCAAA TATCCTTCAC 2340 TTTAGTAAAC ACTCCCGCAC GCTCCATCTC AGCACGGCCC TGATAAGCGC GCTGTCCCTG 2400 CTTATGGGTA TATTCTAAAA TCAGTCCTAA CACCACTGCA AACTCAGGAC TGCGATATTC 2460 CCCTGCCAAT CCTCCCAAAG TACCTGGTAT TCCAAGGTGC ACGCGCGGTG TATCAAAAAT 2520 TGcTGACGCA AGCTCTACCG CACCGGTAAG cTGCGCGCCA CCGCCGCAGA GAATAATATT 2580 TTCAATGATA CCACGACCGC TTTGcGTCTC CACCGTCGAA AGACGATCGC GCACTATCGT 2640 AAAAACCTCA CACATGCGCG CTTCAATTAT TTCGGCGATT TCTCGTTTAG AAATTTCTAC 2700 AGGAATCCGA TTTCCCTGGC TGGAGATGAG AACACTCCCT TCTCCCTCAA GCAGGGGGAT 2760 CCAGCAACAT CCATCTTTAA TTTTAATGCG CTCTGCAGTT TCAAGCGGGA GGTTTTTTAC 2820 CTTTGCAAGA TCAGAAGTTA CCTGACTGCC CCCAACAGGA ATCGAAGTGA TAAGCACCGG 2880 GGAACCCTTG TACATTGCAA TAACATCCGT AGTTCCCCCA CCAATATTAA TGAGCACACA 2940 CCCTACATTT CGCTCGTCAT CGTTTAACAC AGAACGAACA GCAGCGAGCC CGTTATGCAT 3000 TAAAAAATCG ATGTGCAAGT TCGCcCGTTc ACGCAATCGA TTACACTGCG CATACACGTT 3060 GCAGAACCGG TGATCATATG CACyCTcTTC CAGGCGAACC CCAATGATAT TGCGCGGATC 3120 GGTGATGCCG TGCTGATCAT CCACCGAATA AACTTTGGGA ATAACATGAA GAATTTTACG 3180 ATCGGGAGGA AGAGAAACTG CACAGGCAAC TTCAaGCACC cGATCAATAT CGCTTTGATC 3240 AACTTCGCGA TGCCCcTTCC CcTTATCTGC AACCGCCACA ACACcTTTTA AATTTCTACC 3300 CTCGATGTGG GTACcTCCAa GCCCCACAAg CAGTGCGCAA tTCGATACCG GACATCATCT 3360 CCGCAGCTTC AACCGCGTGG TGGATACCCA CAACTGTATT CTCAATATTG ACTACTACAC 3420 CCCGCCTCAA ACCCTTTGAA TGACCGACGC CTACACCTAC AACCTGTAAC GCACCACCTT 3480 CCAACCGCTC GGCCACTACC GCCCTGATCG ATTCGGTACC GATATCTAAG CCGACAATAA 3540 CCTCACCCAT AACTTTCCTC TTCTAGCGAT ACACCGCCGT CCCACCTCTC ACGTCAAGCT 3600 CCTTAATGCG CCTCTGCGTT TGCCACTCCC GCAGCGCATC AACGAGCAAT ATGACATACC 3660 GCAACTTTTC TTCGCTAAGG TTTTTGTCCA TGCGTACTCT GATAGGTGCA CGCACCAGGT 3720 AAAGCGCTAA ATCATATCCC CCGTGTCTTT TTTGTTCAAT GCTTATCTCA GAAATTTCAC 3780 CGAGCAAAAG AGGGTTCCGC TTGCTCAAAT TATCTAACTG CACAAAAAGA GGAACAAGCT 3840 GATCGTGCAC GCGTAGCCCC ACGCGCGGAT TACGAAATTC AAGACCACTT ACTACCGGCA 3900 ATACTGTATC AAGAGGTGCC GTCCCAACAC TAAAAACTGT TCCTGTCTTG TCAATCTGCA 3960 CCGGCATCGC ACGGCCTTGA ACGTGCACAA AACCAAGTGC AATAGCAACA CGCTCTACCA 4020 CATGAACATG CATCGTATCT GG 4042 (2) INFORMATION FOR SEQ ID NO: 171: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 484 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 171: TTGCCTTTCA AATAAATAAG TATTTTTTTA AAAGGnGGGA GGGGGTTTAT ACTTCACAAT 60 ACTATTATAG GACATGGTG TTTATCCCTT GCGTAAAGAA CCTGGAAGTG TTAATGCAAC 120 TTGCAAAAAA AGAGGCATTG GTTACTTGGA GTCACAGGGA GTCAAAGGAA GGTATTAACT 180 CCCTTTTTTT GTTCTGTTTT CGTTTGTTTT CAAACAAGTA ACTGGCCATG ATGATACAAA 240 CACATACACA ATGACTTGTT AAATTACCTT TTCAAACAAA AAAAGTTATT TCACCCCTGA 300 GACCAACCAC CCATGAAACA AGGGAGAAAG ACAGAACCAA GTTAGAGAAG CCCCAAAAGC 360 AACATGCTGC ATTGCTCCAA AGACTGCCAG GTTCCCTTGc AAATAAAGTA CTTGCAACAC 420 CCCCCTTGAG CTATGTGGcT CTGTGTGTGT TTAcTAGCAA AGCCAGTCTT TGrAATCTTG 480 AAAC 484 (2) INFORMATION FOR SEQ ID NO: 172: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 3134 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 172: TCCTTTACAC GGTATTGCTC CACCCTGAGG GCATCGAACG CGCTGTCAAA CTTCTCCCGT 60 GAGCTCCCCG TTGCCAGAAG GCGATTACtG CATCGGCAGG GTCCTGGTGT TGGTTACCGG 120 CGTCGAGGGC GAAGGAGAAG CGCCGCACAT ACCCCTGCAA TCCCTCGCCT GTAAACTGAG 180 CGCGCACAGC CCCACGGGGA AAACGCGCAC CCCCACCGTA CCCGTTCTCT GGCCCACACG 240 ACAACCCCTC ACCAAACCAC CTTCACCCCA CAGATAAACG TGCCAAAGTA ACGCTCAGAC 300 CACATATCTC GGCAtACCCA TGTaAGGAGC GTCAGCAAGC ACCCCCTGTT CCCACTGGGC 360 GCTGAGCTCC ACTATCAGTG GCAACTTCGT CAGCGTAGAG ACGAGCGTAC CGTCCTGCAG 420 CGTGAGGGCA AGCCCCACCC GCTCGAGAAT CGAGGACTCC GCCATCTGTC CCAGCAAAAA 480 TTCAAGATAC TTATCCTTTA CACGGTATTG CTCCACCcTG AGGGCATCGA ACGCGCTGTC 540 AAACTTCTCC CGTGAGCTCC CCGTTGCCAG AAGGCGATTA CtGCATCGGC AGGGTCCTGG 600 TGTTGGTTAC CGGCGTCGAG GGCGAAGGAG AAGCGGAAGC CGGCGCCTGG TTCGAGGGTG 660 AGTCGGCCTC CTACTCCCCA CAGGAGTGCT GTTTTGTTTT CGTTCGTGGA GTCTTcGGTA 720 CCCTTACGGT AGTGCTGCTC CAGTGTGGCA TTCCCTGCCA GCTCCAACGT AAGCAGCCGC 780 TGACGGTCGA CGCCATAGGA AAGCGTTGCA TCGGCCCCGA AGCCATACTT GCTGTGCGTG 840 GTGTCAGTAC TATCCCAGGC ACCATTGGAA AGGAAGGAGA GGAAACCGAT GTCCACATCT 900 ACTCCGCTGT TTCCCACATT GTGGGCCTGG TAGCCGAGTT TTGCCCCGGA GCCGGAGAAA 960 CCAGGGGCAT AGCGAGTGTC CTTTTCTGAA TAGGCACGGG TGACAAAGGG TTTCCACAGC 1020 TGGGCAAAGT TAACCACACA GGAAGGACTG GTACCCACTG TCAGGTAGGC CCCATAACAG 1080 TGCAGGGTTG CCTGGAAGGA AGCGGTAGGT TTGGTAAAGG ACAGGGCCGT TGAGCTTTTA 1140 GAAGACGCAA GCTCTACTGC CAGGTCCTTC AGCTGCAGCT GTGCCCACAC CCCTGAGCGT 1200 GCCTCCCCTC GGcGGGTGTG GGTGTGCTTT GACACCAACG GcAGGGAAAT AGTCAGACTA 1260 TTGGTAGTGC GAAACCCATG GGTGTGCTTG CCCGGGCCAG TGCGTGGATT CTTCTGGAAC 1320 GCAATGCCCC ACTGGAGCTG GGCTGTGCCA CTGACCTGCG GAGTGAGTAC GCCTGCATAA 1380 CCAGAAGCAG CACATACCAT GCCCGCAAGT ACCCCcGCTT GCATCACCTG CCTGmCCACT 1440 CACTCCCCCT CCTCTcACTT CTAmCTCACC CCCCCCCCAC CCGTCTAGAA GACACGGAGA 1500 GCTCTATCTC ATGAGCACCT ACACACTCGC CTTCTCTTGG GGGACAGACA GAACTTCCGA 1560 AGAGAGAACA ATAGGTTCCG GCGATGTTTC GAATAGGGTA AGGCGTTCTG ACGCCTcCTC 1620 TAATGACTGC GCCAGACGCG CTACCGTGGC TTTGCTTAAC GCAACGTtGC TgCGCCGATT 1680 CGATCATCGC CTCGTACTCT TTGATCCCCC GTCGATATnC CnCGGGGGGG GGGGGGGnGn 1740 nnnnGCACAC ACGCTGGGCn GACTGAAGCT TTTGACGGAG CTTGGCGCAC TCTACCTGAT 1800 ACCCTGCACG TGCCACGCGC ATCCGCGCTT CTGCCACGGT ACGCAACAGC GTGCTGAGTT 1860 CATCGGGCAC CGTCGGTCTT GTCTTCTGAG ATAAAGGAGG CTGAGCAAAT CCTTCCTCGG 1920 TAAAGAAACA ACTTGCGTAT GCAGCACCGA TGCGCGCGCA CAGCCATTGA TATCCTCATC 1980 CAGTTCACTG ACCTGCGCTG TGAACGCCGC AACGCGCTTC AGCGGCTTGG CACCACAGTC 2040 AAGGGcGCGC AGgCGgCGTC GAgTGCTTCT TGCTCATCCA TAAGCTCcTG GCTATGTTGA 2100 AGGTTGCTCG CGTAAACGCC GCGGTCGGAT ATGAGCCGTG CGTACGCGGC ACTGAGTGCG 2160 GAGGAAAGCT CGCCTGCGTG ATACATGCGC TCGACGTCCG GATGCGCAAT GACATCCGGG 2220 GTACAGAGCG TAATAATCTT TTGAATTTTT GCTTCGAGCA CGCGAATCCT GCGCTGAACA 2280 ACCGCGCTCT TCGCCTGGAG GCCAACTCTT TCAAGAATTG AACCAAATGT GCATGTTTCC 2340 AAGAGCTGGT CACGCTTGGC GCGTAAATCC TGCAGAGTAG ACTCAAGCTC CGCCGTACGC 2400 GCATAGATCG GTTCGAGCGC AGGTAGGCCT ACGTGCGCGT AGGTGGCATA GTACTGGGCT 2460 ACAAAACTCC TGAGTACATC CCGCTCCTGA CGAGCATGGC GGTGCAATAC TTTGCTCACC 2520 CGCTTTCCAA GAGCGGCAAG TTCTTCTTGT CTTTGAAGTA TCGACTTAAT ATCAAGGATA 2580 GACTCAGCAA CCTGATCGCG CTGACGTTGA AGCGCGTGGC ATCGGCTGAT GTCAGTGTCC 2640 TGTACGCCAA GTCCGCTGAT GTCACACGCA GCACCGCCGC GCACAATATG TTCACCGAGA 2700 CTGCAACAAT GGCTCTGCAG ATCCTGCTGC GCACGCTGAC ACGCGGCATT CAGCGCGGAA 2760 AGACTCTTAT CCGCGAACAT GACCGCATTG TAAACACTTC CCCTGCGTAT GTACAGGGCA 2820 CCTCACTCCC TCTTTACCCA TGCAAGGACA GACGTCCTGC CTAACTCTGG CGGGGTACTA 2880 CCTGCGCGCT CGTATTCGGG TACAGATTAT ACGCCCGATC CATTGCGTTA GGCAAcCTGC 2940 GCCAGGATTG CAAGCACTGC CATTGTCATC ACCTCTGGTT GGAAGCGCTG ATACCCGTAG 3000 CGGATCGCTA CGTCTcCTAA ACCTcCTcCC CCAATCGCCC TGCCATTGCT GAGTATCCAA 3060 TTAGATTAAT TACCATCAGT GCTACACCAG AAAnCACATG CAGGAGCAGC CTCAGGCAGC 3120 ATGATTTTTA GTAC 3134 (2) INFORMATION FOR SEQ ID NO: 173: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 635 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 173: ATTnTTTAAT nATAGGATCC CGTCACGTCA TACACAACTT TCTCCGCATA AAGGCACTCA 60 TCTAAGTTAA GCTGAAGCCC CTCATACAGG ACATCAATAG AACGTGCTAG GTGATAAATA 120 TTGTCTTGAA ACACAAAATT CTGCACCACA GACCTCCCCA CACATACGTG ACCGACGCGG 180 GCACACAGGA AAGCGCACCT TCTGCGAACA GGTTCCTCAC CTCGTCTGCC GTAAGAGCAC 240 ACGCACGAAT GTACCCCCTC AGACGACGCT GCGCCGTCGG CAGCATCGGA TAAAAGGACA 300 AAAGACTTGA TGCGGCACAC AGATTTACGC TACGCTGGCG TCTCGCCGCG CGTTCTGCGC 360 ACGCTACTCC TCCTTGTCGG GTGAGTCTAG TGCAGCCTGA TAAGGTGAGC CGTCCATAGG 420 AGTTATTATG AGGACCTACG AGnTAATGGC CGTTTTCAGT GCACACGAGG ATCTCTTTCT 480 TCAGGGTTCC ACCGCCGTTC GTGCCCTCCT ACAGGAAAAC GACGCATCAT nCGCCCGCGA 540 AGACCATATT GGAGAnCGGG AACTTGCGTA TCCTCTGAAG AAGCAAAAGA GGGGCCGTTA 600 nCTGCTCTTC ATTGTTCAGT GTTGAGCCnG GGAAA 635 (2) INFORMATION FOR SEQ ID NO: 174: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1644 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 174: CGGTACCTTC GGTTCTTGGG CAGGGCTTAC TGCAGCCGAG CAGCTCGTCT TATTCAGCCG 60 GTAACTGGCA CCGCCCACGT TCATTGCTTG GCGTGCTAAG TGCACTGCCA AGGAGGTAGG 120 CGCCATACAC GAAGAGTCGG CGTATTAAAG GGGTCTGTCA GAACTATGCG GTGCCGGTGC 180 AGCTGGGGGT ACAGCACTAT TTTAGCGCGC ACTGGGGGAT AGACGCGACG GCTACCGTTT 240 CGTTTGGCAT TGACACCAAG CTGGCTAAGT TCCGCATCCC GTATACGTTG CGCTTTGGCC 300 CCGTCTTCCG CACCTAGGGG ACGGCGCTGG GArrAAAgAG TCCTGCCGGA AGGccCTGCG 360 GCGGGTAGTA GCTACCAGGA GAGGGTGACG CCGCACACGA TGCGGCCGAT TCCCTGGGTG 420 AGGCACTCGG ACACCAGCAG GTACGGGACA TCAGAGAGCA TACCCTGTTC CCAATCAAGG 480 GAGAATACCG TCTTCTCTAT GAGACTGGCT GAAATACCAG CACGCAGCTG TGCACAGTAC 540 TCCTTGGTTA GATAGGTAGC TCCTACTGCT CCACCTGCAG CAGGGGCATT CAGGTGTGCA 600 CGGTTGGTAG AGGCATGGAC CGTAACGCTT GGCTTCACCC AGCCGTAATC CTGCACCGGG 660 ATGCGATAGC TACACCACGC CTTCCCCACC ACCGGTGGAC GGATATACTC CTTTTCCTGA 720 ATGCCACGCA CAGCCGTCCC CCCGTTATTT TTGTATAGCG CATAGGTGAG GGGGATGTAC 780 ACGCGTGTTT CAACGCCGGC GTCCAGGCCG GTGAGCAGGT GGGTGTAGGG GTCACCGCTC 840 TTAGTTTCGA GCTTAAGGAA TCCGGCAAAG TCGCCACAGC TTGCGATGGT GTTATCTAAC 900 ACCCTGGTGC CAAAAACGTT TGCCGGTGCT GTGGCAAAGT ATATGCCAGA AGACAGCCAC 960 TTCCACTGCG CCGTAAACAG CGCATCGAAG GCGACATTGT AGGTGTCAAG ATACAGACAC 1020 ACGGCGCTGA CTCCCATTAG AAAGGCACGC CATGCAGACG CACGCAGGTT CTGTATAGCC 1080 TGACGTATCT GCTGCCCCGC GTCCAACGCA TCCGTCTTCT TCTTCACTTC TTCGGTTACA 1140 AACGTCTGAC CCTCAGTGAA AAACTTTGTA GCCTCAGCCG TAAGCTTTGG AATAAGATCG 1200 GCGAGATCGT CCTTCAGTAA TTTTTGTTGA TCCGGAAGGT TGAAGAGGCT CATCGGATTT 1260 CCCTTATGCG GTGCAAGCAA CGCATCAGCC ACGTCTTCTA TTGCCTTGGT AAGACCGTTG 1320 ATGAATGCCT GTGCTGCAGC CTTGCTCTGA GCCACAGCCG CTTGCACTTT CTGGTTAATT 1380 TCAGCAACGA TTTGCGTCTG TACCTGCTCA AACCCCTTCA CCACCTGcTC CGCATCGTAC 1440 TGCAGCAAAA CCTGCCCCAT CAGGGAAAAT GCAGGAAGCG CGGGAAGCGG TGACGGTGTA 1500 GGAGGGTCGG TAATGAACAC CTTCAGGTTC GTCAAAAGCG TGGCAGCTAC CGGAGGGGTG 1560 ACTTTTACGT TTGACACTGC CGTTATGTAC GCGTTTCCCC TCGACTGAAG GGCGGTTTCs 1620 GTGGyksCgT TACGGCATCA AGCA 1644 (2) INFORMATION FOR SEQ ID NO: 175: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 2535 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 175: CACGTACCGT CTCTGCAACC GTAGAAGCCT TCAGAGAAgG ACAACCCGAT CAAgTGTAAC 60 TGATCTAGAT ACGCAGCTTC TGCAAgGCAg TTTGCACCAA CGCTTCTGCA CGCGCATTCA 120 cTGAcTGCAT CCCATCCGCG TAACGCGCCG CAAtGCGCGC TTCACCACAC CCGGCAGAGA 180 ACCGGTATTC ACCCCAATAC GCAAAGCAGT GCCGGTTGCT CGAGCCTTTT CTACCACCGC 240 ACGCACGCGC TCACGCACAC CGATATTCCC CGGGTTAATA CGCACTTTCG CTACCGGTCC 300 GTCCATACAC CGCAGCGCAA GCCGGTAATC AAAGTGAATG TCTGCAACAA GCGGCATACG 360 CGTGCGCGCG CAAAGCsCcA CAAAAAGCTC AGCCGATTCC CTGTCAGGAA CGGCAAAACG 420 CACAACGTCA CACCCTAATT GTTCAAGTTC CAAAAGACGG TCCACAATGG ATTGGAGATC 480 TGCACCAATG AGCGGTTCTT TCCACATTGT TTGGATAGGA ATCGGTGCGT CACCCCCAAG 540 AGGCAACGCA CGCACATGTT CCTTTCCTCC AATTACCAAT GATCGTGCAC GGTAGTGGGA 600 CGCACGCGGT CTTAATTTTA ATGGAACATC CAAAAGTCCA CTCCCATACG GACTATTGCA 660 GGGAGACACA CCGGCAGATG AATCCACCTT TTCCTCTGGc tGCCGCGCAg CACGCTCGTC 720 CCTCTGATTC ACCGGGCCAC CACTTGCGCA CGCACACTTT GCGCAACTTC CACTCCACAG 780 AGTGCTTCGA TAACTGCGAA AGAAAACTCT TCTGCCGCAC CTGCCGCACA CGCGGTCAAA 840 AGATTTCCAT CACGTACCAC CCGCGCGCGC TCAGGTTTAC GAAGCGCACG CGATTTCTCC 900 TCTTCCGTCC TTTTCCCAAC CCCATCGTCA TGTGCGGAGA ACACCGCCGG CTCCATACCC 960 GGATAGCAGG TATAGCGACG TGACCCCAGG AGATTCCACG CAGAGAGCAC TCGCGCCGGG 1020 GCAGCACACA GCGCAGCGAC GAGTCCTCCG CGCAGGTGCA CGCGCATGAC AAAATCACGC 1080 ACCGCCGCAC AGGCGGCAAG CGTATGACAG TTTTCCAACC CCCCGGGAAG AAGAACCGCA 1140 TCTGCGGCGC ACGCGGCATC CGCGATGCCC GGAGAAGCAC AAAGCGCCTC AAGACTGCAG 1200 TCGCAGCTCA CACGCAAGCC ACGCGTAGAA ACAACCTGCT CTGCCCCAAC ACCCACGAGC 1260 GTTAACGCTA TCCCCGCACG TCTGAGATAA TCCAACGGGG TGATAGTCTC CACTTCCTCA 1320 AATCCGTGTG CAACAAAAAG GTATACCCGT ACGCTCACCG CAACACCCCC GTACCTGTTC 1380 TTACAGCAAC AGTGCAACCC CGCGCACACA GACTACGGAT AATCGTCCTC CGTTCAAAAG 1440 CGACGTACTA GCCGTGCGCC CCGCGAGCGC AgCACTACCT TAGGATAGAA GAACTAAAAA 1500 CCACGCGGAG CCTGTGCCGG ATCTATTGGT TTATTTTTTT TATATACCAT AAAGTACAAT 1560 CGTGATCGCG CCGCTGCTGC GTCAAACCCC AAATTACCGA GCACGTCGCC GGCAGAAACA 1620 TAATCTCCTG ACTTTGGCAA AATACGCTCA AGTCCTCCAT ACACGTACAC GTGCTTTCCC 1680 GCCGACTCTA CAAAGAGCAC CTGACCATAA CCCCGATGGG TCCCCCTGGA GATTACCTTA 1740 CCAGACATGA GTGCACGCAC GGCAGCATTT CTTTCCGAAT CAATAACAAC CCCGTAGgTC 1800 TTGCCCCGCA CGTACGCAAG CGAAGTCGGG CTCACCGGCC AGCGCGCATT CTTATCAACT 1860 TTCTTACTGA TATACTGACG CGGATCACGC AGAGAAATTT CTCTCCTCTC GGGGGCCGGC 1920 ACAGCAGCGG GGGGAGAAAC AGGAGTCTGT ACGGGATCGG CACGGGCACG CGCCCACTGA 1980 TCCCCATCGG GCAAAGAAGA CACAGATAAG ATGCGGTCCG CGCCCGCCAC GGTAGGAGGC 2040 GACTTTTCAC GCGGAGGAAT CACGAGCACA TCACCTGGGT GAATAGTGTG CGCAGCAGAG 2100 ATTCCGTTGG CTGCAAGAAG CGCGGCAAGT GAACAGTTTA GCATACGGGC AATCGAAAAG 2160 AGGGTGTCAC CCCGGCGCAC CGTGTATCCT CGTGGAACTA CTATGCGCTG CCCAGGCACA 2220 AGCTGGTGTA CGTTTGCCAG ATTATTTGCC TGCGCAAcGC AGAAAGGGGC ACGCCATAGC 2280 GACGCGAAAG TGAAAAGAGG GTCTCGCCCT TAGCAATCAC GTGCACGTCT GCGCCGCGCC 2340 GTAGGCTGCT GCCAACAAAA AACACCCCGC AAGCGACAGA AAAAAACCGC CCATACCCGC 2400 CCCCTTCTCG GCAGATAAAA AAAAAGCATG AGCGTCACCT ATGCGCGCCC GTTCCCCCTG 2460 TCGTAAATAA CAAACGTTCA CCCGCAGCCG AGACACTCCA CAGCCGGCAG GAGCACGCAC 2520 TAACCCTACT TGTCG 2535 (2) INFORMATION FOR SEQ ID NO: 176: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1226 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 176: TGGTTCTTGC GCCGATTTGC TGACGTACTT GAGTCCAAAG ATGCGCAAGG AACTGGAAAA 60 TGGAACTGAT TAAGGATTAA TGCTCATGGC AAGGAAGAGG CGTGCTCCGC GCGGGGCGGC 120 ACAAGGGTGG CTAACGACAT ACTCAGATAT GGTCACGCTT ATGCTCTGTT TTTTTGTCAT 180 GCTGTTTAAT CCAACTGAAG TTGATATCAC GGTGTTGCAG AGTATTGCTG CATCGATTGT 240 AGGTGATCCT ACCGGTGGAG GGGTTTCTGC CTCCTCAGGG AGGCTCGCTG ACTTGGGAAA 300 CACCGTTAAC ACGCTGCCtT CACTGGAAAA GGGACAGAAG CTGGCGACTG CGCTGAAGAA 360 GGCGGTTTCG CTTTTCGCTC CTGAGATTAA AAGCAATAAG ATTGCGGTGA CCAGTGATGA 420 GCGCGGTTTA GTTATTTCGC TCACTTCGGA TTCGTTTTTT TATCCGGGGT CTTCCGATCT 480 GAATGTGGAG GAATCTCGGG AGGCGTTGTT GCGTGTTGCG CAGTTTTTGT CTGATCATGC 540 GCTCGCCGGT CGACGGTTTC GCATTGAGGG ACACACCGAC TCAGTTGAGG TGCCCGAAGA 600 TGGGAGTACA GACAATTGGG AACTTTCTAC CCGTCGGGCG GTGCGCGTGT TGCATTATCT 660 TACTGATTTT GGTGCaCAGG AAAATCGCTT TTCCCTTGCa GGGTACGCAG ACACACGCGC 720 AAAATTTTCA AACGAAAGCc TGAAGGGAGG GCGTACAACC GGCGGGTTGA TATTGTCATC 780 CTGGACGAGG GTCACTTTTG ATGGTACACT TCCGCTTCCC CTTTCCCGGA GGTGAGTTTC 840 CGGTATCTGC ACAGCCTGAG TTTGAGCTGG TGGCgCGTCT GCACGCCGCT GTAGTACGTG 900 AGGAGGATGT ATGGCAGAAA AGGACTCCAT AGGAGATATC GCTGATGATT TTGAGGAACA 960 GCTTGTCGCT CCTGCTGCGG ACAGGGTGGG CTTTCTGCCA GGATTGCTCA GATGGGTTGC 1020 CATTGCAGTA GGGGCGGTCA TCTTCATTGT GACGGTGGTG ACAGCCACCG CGCTGGTGCT 1080 CGCAAAGCAG GGGAGTAGCC ACACGGCGTA TCCGGTTcAC AGGAGTTTCG GgAGTCTCGC 1140 GAGCTTTTGC AATAcTACGA GTmCATGGGC CTATCCGTAC CAATACTGCA GATGCGCTAC 1200 CGGGGACGTT GTAGTGAGCG TTGCGT 1226 (2) INFORMATION FOR SEQ ID NO: 177: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1079 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 177: ATCAAATATT CCGGGGATAT CGTCACATTT CCTGAAAATT CTACCTTTGC AAAAGAAGTT 60 GCCGGAACAA CAAAAAGATA AAATACAAAC TCCACACACA ACACGAGCAG CAATATAACA 120 ATTACCACCT TCAGTACTGC AACTCTCACC CGCATAGACA TATACCCTAC CAGAGGGTAC 180 TTGCACGCTT CAGTATTTCT ACACAAAAAC TGTTTCTTCA CGCTCCCtCC tTATCTTCTC 240 ATCCCCTGAA ACATTGATGA TCAATCCACA TAAAGAAAGC GTTACCACAA TAGATGAACC 300 TCCTGAAGAA AAAAAGGGAA GAGGAATACC AGTGGCTGGA ACTAGACGTA CCACCACTGC 360 AACATTCAAA ATTGACTGTA AAACAATTGC CGCCGACGCG CCGAAAGCCA AAAAAGTATT 420 AAAGCGATTA GCACATCTGA GTGCGATAGA AATGCCAGTG AGGGTAAACG CAAACAACAA 480 CATTAAATAT AAACACACAC CAATGAATCC CATCTCTTCT CCAATAACGA CAAAAATAAA 540 ATCCGAATAT ACTTCGGGCA CGCTCGCAAT TTTCCTCACC CCATTTCCAA TACCACGCCC 600 CCACAACCCT CCATCCATCA GTGCCTCGAG CGCCGCGTTT ACTTGGTATC CTGCGCCAAG 660 CGGGTCTCTA TCTGGATACA AAAATGAAAG CACTCGACGC AAACGATTGG TGGACGTGAC 720 GATCATAAGC ACTGCTATCG GCGCAAGAAC CATTATGCCT CTTAAAAACC ACCACAGAGG 780 CGCACCTGcA ATGAAGAACA TAACCACTGT GATAAAAAGC AAAAACATAG CGGTAGAAAA 840 ATCGTTTTGA AAAAAAACTA CTGACACAAA AATCACGCTC ACAACAAAGG GAGGAAAAAT 900 TGATCGTATA GGTGTATCGA AATGCTCCCG GTGCTTATCA AAAAAGTTTG CAAGAAAAAC 960 AATGAGTACC AGCTTCACAA ATTCAGATGG CTGAAAATTA ATATCAAACA CCTTAATCCA 1020 ACGCGTCGCT CCATTGCGCG TTGAACCAAT ACCAGGGAAA AACGTGCACA CACAGAGCG 1079 (2) INFORMATION FOR SEQ ID NO: 178: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 556 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 178: GnTTTGAAGC CGTAGGCATC TGTGCGCTTG CAGAATGTAT ACATGCAGGG AGTGCGCGTA 60 CGTGCCACGT GAGTnCTTGG GGGAAGCAGC TTATGTTTAG ATCGCGGGGG GGGGGGGGGG 120 nGriACTTGTA GTGCTTGAAC GGGATGTGGA CCGAGTACTG GAGTACCTGG GAAAGACGGC 180 GCTTGTCCAT TTGCGTCTTT CCGCCGCGGC GCGTGGCAGT TCTTCCCACT GTGCGCAGAG 240 CAAAGAGTAT GTCGGCCGTC TTGAAGAAGC GTGTAAGTAC CTGGGTGTCT CTGGCGAGTG 300 CGCGTTTTCT CCAGGGGATT CTTTGCCTAC CGAAGAAGAC TACACGTTGG CACAGCAGAT 360 ACTTGCAGAA GTTGACGCTT TGCACGCACG CGAACGAGAG GGTGATGCTC CCTCAGTTCC 420 CCGTGGGAAG AGTTCTGTAG CCCATGATTC TGCCAACGAA GAGCAGTTTC AGGGTGAGAA 480 ATGTGCGCTC GGCTCGATGC GAnGCCCGGC ACTGTGTGCG CTGCTTAGGC GTTTTGCGCT 540 GCAGGAAnGT GTGCAC 556 (2) INFORMATION FOR SEQ ID NO: 179: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 450 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 179: TnTGACTAAA GTACATGCTT GCAGCGATAC TCAATGAAAT TGGATTCAAC ACCGGGCTAT 60 ACGCTTCTCC TCACGTTATG GATCCGAGAG AGAGAATAAC ACGCGCGGGT GTGTTTTTTT 120 CACCTGCCGA GTATGCAAGC GCGTGCACAC ACGTATACCA CACGGTGAAA AAAACAGAGA 180 ATCTGCGCGA CTACGGCCAG GCGACGTGGT TTGAGCTTAT AACGCTACTG GCGTTCATGC 240 TATTTGCACA ACAACGCATG GAATGGTCCG TTTTTGAAGT AGGACTTGGA GGAAGACTAG 300 ATGCAACAAA CATCATTTGT CCTAGTATCT GTCTCCTTCT CCCCATAGAA CAAGAACACA 360 CGCGCATATT AGGAACACGT ATAAAAAGTA TTGCAAAAGA AAAGGGCGGC ATTATCAAAC 420 CCTATACGCC TATTTTTGTT TTGATCAGCC 450 (2) INFORMATION FOR SEQ ID NO: 180: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 605 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 180: TGGGATCTTG CAACTGACGC TCCCCCTGAG CGTGTGCGTA TGCTTTTTAn ACGCACGGTT 60 CCTACTGGnA TTGAACACGG CACTGTTACA ATTCTTTTCA nAGGGCATTC TATTGAGTGC 120 ACTACGTTCC GTGTTGAGTC GGATTATTCC GATAGAGACA TCCGGATTCT GTTTGCTTTG 180 CCGCGCGCAT TGAGGACGAT TTGGCAAAGC GCGACTTCAC TGTCAATGCT TTCGCTGCCG 240 CGCTCCCCTC GGGGGAAATC ATCGACGTAT GTGGCGGTTA CGCGATTTGC GTAACGGTCT 300 TATCTGTAGC GTTGGGGATG CACATGCTAG ATTTTCTGAA GATGCGTGCG TCCTTTGCGT 360 GGCTGTGCGT TTTGCAGCGC ATTATCTTTT TCCATCGAAG CGCGCACGnT GAAGCAATTA 420 TCGCGCTACG GCTTCATACT GCACGTAATT CTCGTGAnCG GGTGCGTGAT GAACTTTCTA 480 AGATGCTTTG TACTCCCCGT CCGATATTGC GCTCCGCTAA TGGAAGAGAn TGGGATGCTG 540 CAAACACTTT TTCCTGCGCT GGCGCAGTGT GTGGGAGAAA CGAAnGGGAA GGAGAAGGAG 600 ACGCA 605 (2) INFORMATION FOR SEQ ID NO: 181: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1265 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 181: ATGnCGTTTA AACGAAAAGG AGAGTTCGGT TTTTGCACGT ATTGAATAAA TGTTTTAAAC 60 CAAGTGGATG CATTGTCGTG TGTAAAAAAT AATTTTTGGT AGCAGTCGAG CGGAAGCATG 120 GAAAATGAGC ACAGTACCGG GGGTGTCGCC GTACCGTGCG ACAAGTTGCG CATAGAATGT 180 TTCAGCGGGG GTGTCAATCG TCAGTTCGCG GTACGTAATG CAACAAGGCA TTTGCTGCTG 240 TCCTCAAGTA CTGCAGGTTT AGTAGCGGGC ATATCAGAGG CTTCGAAGAG ACGGTAATCT 300 AGGAGACAGT ATTCCATTCC GGCCTTTACG AGTGAGGGAA TGAGCGCGGC GCTCCATGCA 360 GATGCTTCCA GAAAGCAGCC CCGTGGGCGT TTTATAACGT GTTCTCGCAA GGTAGAAGTG 420 AGTAGCTCAA TTTGACTAAT TACATCCGCC TGAGGGAGGA GGGGAAGATA CGGCTGGTAA 480 AAACCGCCGC TGAGTAATTC AAGCCGTTTG GAACCAAGCA GATTGTTGAT AAGATAAGGA 540 TAGGGAGAAT TCTTTTTTTG TATAAATTGA AAAAAAGAAC CGGTCATGTG CACCGTCAGT 600 GGGAGTTGTT CGTGCCTGCA CAGACCTGAA AAAAATGCCT GGTACTGAGA AGGATCGTGC 660 TCTGCGTGCA GGGACTGAAC ACATGCTTCC GTTAACTTCG CAGCAAATGC GATACGTATT 720 TTGGTATTGT CTCCTTTTTT CATAATCGGG TTCTCATCCC CGCCGCGGGT ATCGGAAAAA 780 GCCACAGCTC GTCAGTACCG TACAGGCTCA GTGCAATAAA mCCCATACTT GCTAAGAGAA 840 GTGCAGCTGT TTTCTCCACT GcAGTGCCGT TTCCCTGCGT GATGCGCTGA TGTATCGCGC 900 GTAAGATGGT GGAGAAACAT AAAAAGCCGA CACAGCTCAC TCCCCACATA ACGAGCGCCT 960 CAAAAAGGTT AAGGGCAGTG TACGTAATGT AAAATACGAG TGCGTATAAA AGACCCCACT 1020 CGCTCTGAGC ACGGTGTGAT GTACACGTGC GCGACAGTTT TCCGCTGCAT GTACTCAGAC 1080 AAAAGGCACT TGCGCCCACG CCCAACGGTG TAAGAAAACG CAACGCAAGC GGGTCATATA 1140 CGTAATGTAT ACAGACCCAG TTACCGGTTA TCAATATTCC GCnTAGGAAA AGGAAGCGAC 1200 ATGTATGGAA GAGCGTGCAA CGTGGAGAGA GCGCAGCGAT GCACAGGCGA TCTAATACCG 1260 ATGCC 1265 (2) INFORMATION FOR SEQ ID NO: 182: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1299 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 182: GCACCCGGAT GACCGTTCnT GATCGAGCGG GTACGTCCAC CGTGCGCCCC ACACCGAATG 60 TnGAGCGTCC GCGCTCCCCC CTGCATGCGG TACACAAAAA ATCCGCTCnA CGCCGTCAGT 120 GCCAGCACCA GCGCCACGCA GCACCCGTCC AGCAGCGTCA GCATTCCGCC GCGCGCGGCA 180 GCCGACCCGA TTCGGGGGAG AGGTGGAGGC ACGATCATTC TCGCCGCAGG CCACGCGTCC 240 CCCCGTTAGC GCTCAAAATA CGCACGCGCC TGCCGCGcCA GACGCCGCCG CCCGAGCATC 300 CCCCGCACCC CGCGGGCAAA AAATACGTCC AACACTGCAC GGGCGTGCTG CACCGCCGCA 360 TACCCACGCG CCACCAGCTC tGCGGaCGAG AAAAATCACT CTGGTCccGC CGCGTTTCTA 420 CCCGCACACA CGCGCTCGGG TAATTGCGCG CCTGCGTGGC AACCGCATGC GACGCACACG 480 AAAGACTGCG CACAACCACG TCAAACCCCG TCCGAAAGTC ACTGAGCCCC AGCTGCTCAA 540 ACCGGTCAAA CGTCACCGCC AGCACCGCGT cAAAACCCTG CGCGCGCGCA ATCCACACCG 600 GCGTGTTGTT CAATATACAG CCGTCCGCCA AATACACCCC CTCCTGCCGC ACCGGCGCAA 660 AAACACCCGG GTACGCACAC GAGGCGCGCA ATGCACGGGC AAGCACCCCA CTGGAGAGCA 720 CAACCTCCGC GCCCGTACAC AGATTGACCG CATTGCACAA AAACGGAATT TTACAATCGT 780 GAAAGGATTT CCCCCCCGTC ACCCGCGTCA gsAGcGTGGC AAACTTTTCT CCCGAATCAA 840 GCCCCAGCCC CCGCACGAGC GTGTTCAAAC TCACCCCCAG CTGCACCAGC TTGCCCAAGC 900 GTTGAAACGC AGCCCGCGCC CCCCACACCA TCCCCGCCTC AACGCACGCA GAGGGATCCC 960 GTGCATTCAC ATAGTCTGAA ATAACAAAAT CACGCTGAAA AAACGCCTCC ATCTCCCGCA 1020 CCGACATCCC CAGCGCATAG AGCGCCCCCA CCACCGCACC CATAGAACAT CCTACGACAC 1080 ATTGCGGCGG CGGAACCTGT AGCGCTTCAA GCGCCTTGAG CACCCCAATG TGGGsAATTC 1140 CCCGCGCACC ACCACCTGAA AGAACGAGCG AsCACTTCAC GTGCGGTCAT TATGAGCGTT 1200 TTCCTCCCTG CTGTCCATTC TCCCCCCAGT GTGATACCGT TCCAGTACGC AgTATGGAAT 1260 CGTTTGTACG CAGCGCACTT GCGGCGCGCA CACTCCCCA 1299 (2) INFORMATION FOR SEQ ID NO: 183: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1115 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 183: TTAACCGGGC GTTTCCTTGC AGGTTACGCA GGATTGCTTG CAGCAAGCGG GGCAGAGGGT 60 GCCTTTGATT GGCAGAGAGC GGACGCGATT GCAGCGTTAG ATCAGGCAGG AGCGCAACAT 120 GCGGTTTCTC CTATCGCTCA TCCTGCAGGg TGGATGGAAC TTAATCCGGC TGTGCTGTCT 180 GATGTGTATA GTGTGGCTGC AGGATATCCG AGTGCGGAGG GACTCCCTCA TGCGGGGGAT 240 AACCGGGCGG CGCTTGCAAT CGCATCGTTG AGAAATAGCC CGGTTATGAT TGGCAATCGA 300 CACACGTTTG ACGAGTTTTT TGcAGAAGTG ACAACAGCAA TCGGTCTTAA GGGAGAACAr 360 GCGGAgCGTT CGATGCAAAT GCACGCTGCA ATTCTCAAGG AGCTCACAGA TATGCGTGAT 420 GCGACGTCGG GAGTGAATAT TGATGAAGAG TTGGCGGACA TTATTAAGTT TCAGCACGGC 480 TATAATGCGT CTGCGCGTTT TATTGCGGCG GTGAATGAAA TGCTCGACAC CGTCATCAAT 540 CGTATGGGTG TTTAATTTTC AGATAGTGCA CGGTATGAGG AAGGGAGGAT GGGCGTGAAG 600 CGTATCAGCT CACACATGCA GGGCACAGAC AGTGCCTTTT TCTTAAGGGA GCAGGAAAGT 660 AGACTACGGA AGGTAAACAA TCAGCTTGCA ACGCAGCGTA GGATCCAGCA GtTCGCGATG 720 ATCCGCTCGC TGCAGGTCAT TCTGTGAGGT ACAAGTCGTC CCTGGCGCGT TTAGATCGCT 780 TTGAGAGAAA CACGAAAACT TTACGTGACC AGTATCAAAT CGCCGAGGGG TTTATGACTT 840 CTGCGCTGAA CGTAtACAGC GTCTTCGGGA AATGgCTGTC GCAGGAGCGA ACGGAACCTA 900 TACTCCTGAC GATTTAAAAA AAATGGCGAG TGAAGCAGAT GAGCTTTTAC AGGAGCTGGT 960 GCACAATGCA AATGCAGTGA GCGCAGATGG GGTGCGGGTA TTTAGCGGTA CCAAAGTTTT 1020 CACAGAGCCC TTTGAAACGG TCATGGGGAA TGTTGAGGGA TTAGGGTCTG AAGTGATCAC 1080 TCAGGTACGC nTnTTTCCCA AACCGGGGGG TTTTT 1115 (2) INFORMATION FOR SEQ ID NO: 184: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 464 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 184: CAGCCTTGGG CGACTTCCTC TGTGAATGTT CAGGCCTATA CTAGGCAAAG ATTTGAGAGG 60 TTATCTCGGC AGACCTCCGC AGCTCTCCCT CCACCGTAAC AATCTCCTCT CAGGACCATG 120 ACCCATCTTT TACCCTCTAA GCTCAGATCT CTCACACTTC ACAGATTCCC AGGCCCTGGC 180 TTGGTTCCTC CTCCCTGCAC GACAGCCTGG AAATGGGCTC TTATAAATCA GTGCAGTTGT 240 GGGCATCACC TTGGCCTTCC CCCATCTTAG GGATCATAGT GCTAAATTGC ATGTTGTCCA 300 AAATCTGAAA GCCATgTTTT ATGTATTTCC CCACTTTTCT CATGTTTAAG GTGATGCAGT 360 TAATCTaCCT CTGTTAcTCC GCCTgACTGA AATTGGAAGT CCCgTCTgTG CTTCTCTCCC 420 AGATTcATAC CAkGCTCAGT TAnCTGGTCA ATTTTGTCTG TTGA 464 (2) INFORMATION FOR SEQ ID NO : 185: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 580 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 185: CGCAGGTTTT GCCGTGTAAT CTAATGCTTG AgCtCTGCGG ctAACTTCTG TCCaGAaTCA 60 GCAaTTTCCC CAAAAAACAC GCTACaTGCm TcAAaGGCAT AATCACGTAG AGCAAACAGC 120 GCATATACGA TAAAAAAACC AAATACAAAC TGCATATCAA GCGTAGAAAA ACGGTGCACC 180 CAAAATACCG ATATGTAACC TGCTGTACAT GAAAACCCCA CCGTGCATAA CACAAAACGC 240 GATAGCGCAA ACACCACTTC TTTAAAGGAA ACAATTCCAG TAGACGCAAA TGCCCACTGA 300 GAAAATAAAA CTATAAATAC ACCTCCTAAG GGAAAAAACA CAAACACCCA GGGAAAAACC 360 GcAAACAAGA ACAAGATAAT aACCCACGTG aTaAAACCCA AAGCCACTGc CCCCGcGAGa 420 AACAGGAGTT GTTGCCGATA TGcAATACTT TTCATCATGA ATGCTTTTTT cACCAAAGTT 480 GCGAACGTAA aCAGGGAATG ATTAGAAAAA AAAGCGCCGC GTTATAACAC AnTACCCGAA 540 ACAGAAGAAA ACAAATAATT TTGGTAAAAT TTAAAACTTC 580 (2) INFORMATION FOR SEQ ID NO: 186: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1377 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 186: AAACCGCGCT GCGCAGCCTG GGTTAAACGT TGCGCTTGAA ATAGAAAATC AGCAGGTTGT 60 CGGGsCGAGT ATGGGGGAAG AGAGTATTCG GCAGGGTACG CGCGCGCTGG TGTGGGGGCT 120 GTGCGCGGTG CTCTTATTTA TGCTGGTGTG GTATCAAGAA GCGGGCGTAA ACGCTTGTGT 180 cGCGCAgCTT TTGAATCTGT ATATCATGTT CGGTGTGCTT TCAGCGTTTA ATTTGaCcTT 240 ACGCTTTCGA GTATCGCGGG GATGATTCTC ACTATTGGTA TGGCAGTGGA TGCGAATGTC 300 GTTGTCTTTG AGCGTATACG GGAAGAACTT GCGCTGGGCA AAAGcCGCGG GGCTGCTGTG 360 TGTArCGGCT TtGAgCGTGC GTTTTGGGCA ATTATGGATT CAAACGTGAC GACGTTTATA 420 GCAGCGCTTT tCCTTTCGgT GCTCGgTACC GGTCCTATtA AGGGTTtCGC ATACAGTTTG 480 GCTATCGGGG TGGTGTCCTC CGTATTTACG GCATTGTTCG TTTCCCGTCT GATGTTTGAC 540 TACGGGACGG AGGTTTTACA CAAAAAGACC GTGCGCATTG GATGGAGGAT TGCTCGCGTA 600 TGAGACAGGT GGTGCGTTTC AGTTTGCTGT TCCTGCCATG CGCGATACTC AGTGTAGTTC 660 TCATTGGTGC GGGAGTGCTC CGTTGGGCAT TGTGGGGGAT GAGCTTTGGT ATCGACTTTC 720 AGTCTGGTTT GATTGAACGG CTGAGGATAG CACCTCCTGC TTTCTCTCTC GTGTACACCG 780 GAACGCATCG ATGCAGTTTT TTCAGGATGA ACAGAAGGTT GTGTTTACTG TCTCTTCGCC 840 TGGGGTGCTC GGTGAgCGTT ATGAATTTTT GTATACGGAG TATCCAACCC TTCGTGCCTT 900 CTCCGAgGGA GCAAAGAAGG TGGAGCACCT CAGTGTTACG CTCCATGcCC CTGAgACTGT 960 GtAcATGCGT GAwACATTCT CCGGGGCGGA GGGCTCCACG TTGTCGAGTG CTTCGTGTTT 1020 TGTGCATTAC TTCTCGGAGG ACGTTCGTGC GCCAGGGGTG GAGGAGTTGC GCCGTGTGCT 1080 GAAGGATGTA CCGTCTGCGG TGGTACAGCA GGTAGGGGTG CGCGCTGAGC ATACCTTTCA 1140 AGTTCGCGTT GCAGCTGAAA CTGCCTTCCC GTCCTCCCTT TkGCCAGAGC AGGGAGGAAC 1200 TGCTCTGGCm CAGTCCGATG CTCCCGATCT TGTTACCCCT CAAGGTGCGG TGGAAAGCGT 1260 GGTGTAaCGC GGCGCTCGTG CGCGCGTATG GAGCAGATCA tGTGGTCCGT TTAGCGATGG 1320 ATTTtGTCGG ATCTCGTTTT TCTCATCTGT TGGTGCGTTC AGGCGTTGTT GTTGGTT 1377 (2) INFORMATION FOR SEQ ID NO: 187: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 483 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 187: CTGCTGACCA TGGCGGCGGG GTGTCTGCTG GTGTGTGCTA AGTGTTCGAG AGTCCCTTGT 60 ATTGTTAGAT TCCACAACTG CACATTGCGA TGTGCCTGTT CGATACAGTG AGCAATGTGT 120 GCGAAnATGT CTGTATTCCG TGCGGAGTAC TCGGTGGTGC GCTGCAGGGT GCGCATGTGC 180 CTGACGAGTA AGGAGAAAAA AAGGGACACG GCGTGTTGCT GTTTGTGAGC TTGGAAAAAA 240 TGCAGCGTAG AATCAAGTGA GGTAAGATCn AnTCCTGATA CTTGAGGTTG AGTACCTACC 300 GAAACCCAAG TATCAGGAAT GATGCGTCCG ATACACCTAG CGTGCTGGCA CACATACAGC 360 CAAAAGTACA TCACGGACGT TTGCACCTCT TCTAAAGAAA ACGACAAAAA CTGGATATAA 420 ATAGTGGCAA GAGTACACCC TGTGTGTTTT TTGCATCGGT CGGTCTGTCA TGAAATACGC 480 GTG 483 (2) INFORMATION FOR SEQ ID NO: 188: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 846 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 188: TTTTCAGCAT TACATTGGGC GCTTTCGAGA ACTGTGGCAC CAAGGAGGTA ACGGACGCCT 60 ACTCTATCTA TGATACCACC GGCCAAGTGA TGTGGGATAA AAGCTATCTA TTTGGGATGC 120 AGGTGCCATT TCGTTATTAT GCAGAATGTG CACTTCGTTT TCATAAGACA CCTTTGTATG 180 TAGATGTGCA TGTGCCAATC ATTTCTGATC CCTTTTTTTC TACTGATTTT TTACAACGGA 240 tGAaGATCTC AACTGGTTTC ATCTTGACTT TAAGTCCTCG ATCGCTCAGA GAGCTTACGC 300 AAAGCACCAT AAGCAGCTAT GACTGGAAAA TCTCTGCTTC GCTGCGCCCT GTCTGGCTTG 360 TACTTCATCC TTGGTTGCGC GATTTTTCGC TCGATCCGAT TTCGTTCACC GTACATTTTA 420 ATTCGAAGTC TGATAGTAAA AAAAACAACT CTTCTCCAGA GCGTAACTTC TTCTACCCTC 480 ATTCGATGGA ATCTCGAGCA GGATTGTCGT TCTCTGGTAC GCTGTTCTCT CATGTGTGGG 540 AAAGACAAAA ATCTCAACAA AAAGAATCGT ACGCGCCAAA AGArATACGT AATCCACTTG 600 CATACACTCC TGCAGACGGG TTATCTAGGG AGGGwTCTCC TCCTGAACAG TCCCCTGnCA 660 GTATCAAAGG AGAACAGCGA GACTGATTCT ACCTTCGATT TTTTTATGCC AGAATTTCGT 720 GAAGAAAATG AACGTCGTAC TGGTACTGAT CATGCGTATG TTTTTACGCG ATACGCTTTA 780 GATTACAAAG GTAAAGGTGA CATCGTGTAC GATGCACAGT TCAATCACGG TTCGTGGGGA 840 TGACGC 846 (2) INFORMATION FOR SEQ ID NO: 189: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 689 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 189: CTGnCACAGG nACAAACGGC GACCCCGGCA GTTTAACGGT GAACCCTAGG TTAGTAGCGG 60 AAAGACCGAC GTACATGTTG GGTTCTGCAG AGCTAAAGAA CTTAGCAACG TTCCCCACCC 120 ATTGCAGACC CACGTCGGTA CCCAGCGACA GGTGCGTTAG gCCCTGCGCG TCGCGGAACC 180 CCGCCTTCAG GTTAGCCCCT ATGGAAAGTC CCCCAAACCG ACGGGAGAAG TTCACAATCC 240 CCAAGCCCCC CAGTTTTTTA ATTGGGTTGG AGGCAGGCGT GCACACGGGC CCCGTGGAGG 300 GAGAAAAGTT AAACCCGGAT TCGGGGAAAA ACATACGCAT CGACGCGCCG TATCCCCAGT 360 TGCCCGACTG GCCAACGTAG GAAAGCGTTT CGGCATGCGA ATTGTTAAAT CCGACGGTGT 420 GGGCAAAGGT TAGCTCACTG TGCGTCATGT TCGCACTCCC TGCTGGGTTC GCCTCAAAGA 480 AGCTGGCATC GTTTGCCAAT GCGGTGAACG AACCGTCCAG AACACTCAGA CGCCcTCCGG 540 AAnGGGAGGA AAcTGCGCGC CTCTTAAACT CACTCATCTT TGAGCGAGTC TTCGCCGCAG 600 CTTCTGAAGA GGCAATCGCC ACGCTGGCTC CCGCGAGCAC GAAACCACAG ACGAGCGCTG 660 CGCTCTTATA AAAAACAGAT TTGTAATGT 689 (2) INFORMATION FOR SEQ ID NO: 190: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 942 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 190: TACTCCCCTC TCTGAACATG GGGAGCTGGG TGTTTGCGCA GACGCGGGGA CAGGTGGTGT 60 GTCCGAAGGA GCGGCGCTGC CGTGCGCACG GAGGGGAACG CGTTCCTAAC TCCCTGCCGA 120 AACAGGTTGC CGGGTGCGCG GTGCCTTCTG CAAAGGACTC ATCAAAGGCT ACCTCAAGCG 180 GCTACGGCTC GGGGTCCGTG TTGCGCGTAG ATGCGAAACG CATCGATTAT CTTCTGAATT 240 TGGTAAGTGA GACGGTGATT ATCAAGGCCT CGCTCAATCA GAGTGCGCTg AATTTGGGGA 300 GGTGTACACC CTATTCCAAA ACGCTAATGG CGCGTACAAG GAGCGTTTGC GTAAGTTTTT 360 TGATAGGGTT CCCGCTTACT TAGAAAAGGT AAAGAACGGT CAGGACGCAG ATGCGGTGCG 420 CAAGGGGATG ATAGCAGAGG CTGTCGGTGT CTTtGACATT TTTTCTTCGT TTGAGAATGG 480 ACTGAAACAG TCCGTCACTA AGTTTCGGTC TTCTGCTCAG AATTTGGGGC GTATTTCTGG 540 TGAGCTTCAA GAAGGTGTGA TGAAAATCCG CATGGTGCCT ATTAGCCAGA TTTTCAGTCG 600 TTATCCGCGT GTGGTGCGCG ATCTCTCGCG GGACTTGCGT AAAGAGGTGC GGTTGGTCAT 660 TGAAGGAGAG GAGACGGAGC TTGATAAGTC TGTGGTTGAA GATTTGCTCG ATCCCATTAT 720 GCACTGCGTc GTAATTCTCT CGACCACGGC ATAGAAGCGC CTGAAGTTCG CGCGCGCTCT 780 GGAAAACCGG CGCAAGGTAC GCTTcTCCTG CGCGCAACAA CGAAGGAAAT ATGATCGTaT 840 TGAGGTTGCC GATGACGGGC GTGGcATCGA CGTGGAgGCA tGAAGACGAA AagCAGTTGA 900 GCGArGTGTG TTGCAcCCAG GcAAGAACCT CACTGAGGTT GA 942 (2) INFORMATION FOR SEQ ID NO: 191: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 413 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 191: CAAGTACAGC TACGCCGCGC ACAAGCTCAA ACAAGGACAG AGCCACTCAA TCCACAGTGC 60 ACACACAGCC GGACGCAACC GGCAACCTAT CTCACGCACG AACCTAACCG GGGTAACTCT 120 GCTGGCAGAG GTCAACAGGA CGGGGATTCT ACCTCCGATT TGCACAACGT TCAAGCACTC 180 ACGTACGCAA GATATACGCA CCGCTTTTTC CTCAAGTGCA CCCGGCGTAT TCCGATACCC 240 CTTACCAAGC ACGGGGTGCA ACGGCAGGGA TGCCAnGGCG GCTGGTCCGC TTGAAAGCAC 300 CAAAAGGAGT ATGCTTCATG ATTCATCATC ACAACATGAG CGTATGTTCT CTCCAAAGAA 360 CGCTCGGACA CAnAAATTGT CCGTCCAGAA GAACnTGGAA GTTGTCTTCA GGA 413 (2) INFORMATION FOR SEQ ID NO : 192: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 503 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 192: TACATACCTC GCTCTGCTAA TCCTGTTACC AGCCCCCCTG GGCGCAGGAG TTGTCCAAGA 60 AGTATTGCTC TAAAACGGTC AATCTGTACT TCGTACATGG CAATATCCGT GACTTCCTCC 120 CCCATCGCGA TATTCAGGGC AGCTTCTCCT TCGTTCGCAT TAATGACTAC ATATCTGAGG 180 TTATCTTCGG TAACCGGGAT ATCATCGTCT TCTATGACAA ATCTGCAGGG CTCACATTTT 240 GTCTACAAGA AATGCTGAGC GCTTACTTAG AGCGTATGCA TGCCCAGTAT CCTACTGAGG 300 CACTTGCTGA CTTTCTTTCG CGTGATCCGG TGAAAGCTTT TGCGTACCTT GAGCGCTACT 360 TTATTATGAA CATGAAACAG AATAAGCGTA GGTCCTCATC ATCGACTATC TGAATCTCTC 420 GTTCCCTCAG AAGATATGCA AACTAAGCGA AACAGATCGC TATGCTCGTC ACCCTCAATC 480 GCGGGCAAAT GATCCGGTGT TCA 503 (2) INFORMATION FOR SEQ ID NO: 193: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1038 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 193: CAATTGCGTC GGTTCGCCGT TCTTCTCAGT GCCTTGTTCG TGCTGCTTCC GTTTGCGCTG 60 CCGCGCTGCT TGCGCACAAG AACCTAGCGC GCGCGGCGGG TTGCAATCCT TTTTTTGCGT 120 CTGGGCCTCA TGCTGTGTGG TACGCTCTTA GACGGGCGTT CGTGGCGTAA CGAGCTTCCC 180 TTTCACCTGT GCCCCGCAGC GCTCATTnGA GGGTCGCTGT ATTTCATCAC CCGCCGACCT 240 ATCTnTTTCA ATCTGCTGTA CTTTTGGCAT TTTGGCTCTT TCGTTGCGGT ACTCTATCCG 300 GATCTCACTC GGGCGCACAC CATCTTGTAC GCGTACTTGT TCATGCTCAC CCATTGCCTT 360 GAGCCTGCGA TGGTCGTGTT CAGCCTGCTC CACTTGCGCG AsGCATTAGC AAGCGTGGCC 420 TGCAATGCGC ATGCTTGGCT TTCTTCTGCT TGCAGCAAAC GCACTCTTTT GGAATCGGAG 480 ACTCGGCGCC AATTACCTTT TCATTAGCAA ATACCCGCTT GAGATCCTTC GGGTAATCCG 540 TCCTTTTTTT GTGTATCAGC TGCTGTTTGT CAGTGCACTG TGCCTGTTAA TGCTGGTACT 600 CTACCTACCC TTCCGGCCAA GCCAACACGG AAGAAACCAG CTCTTCGTCA TTTAGCTGCT 660 CGCTGTGGTT CCATCGGACC CTTCTGCCAA GGCAGAgGGC ACGCGTGCCg TTGGGaCATC 720 GTGGTGGAgT TGCAGCGCGC TtGcGTCAmA mGGCCTtAmT CCGCGGTCAA cGCGAACGTA 780 TAATGGTGCG CtGTGACTTC TGTAmCAAAA mCGCTTATCA TCcAAGCAGA CCGCTCCATT 840 TTACTTGATG TGCACGCTCC TGAGGCGGTA GAGCACGCAA GGCGCTCGTT TCCTTTGCAG 900 AACTGGAAAA ATCTCCAGAG CATCTACACA GCTACCGACT CACTCCTCTT TCTCTGTGGA 960 ACGCCGCGAG CGCAGGGATT CAGCCCCCAG AATGGATTGC ACAAACACTG ACGCGTTTCT 1020 CACGGTTCAn nTCCCCCG 1038 (2) INFORMATION FOR SEQ ID NO: 194: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 441 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 194: TTGTCGATAC GnGATATATC nTATCTGCTG GGCAAAATGA CCAAAATGTG GCAGTCCAGT 60 TGCAAAAGGG GGACCGTCAA AGAAAACATA AGACTTCCCC TGCGCACGCT GCGCCACAGA 120 CTGCTCAAAC ACCCGGCGTT CCCGCCAAAA GGCGAGAATA CGCCGCTCCT GCGCGACAAA 180 ATCAACCTTT GGGTCCACAG GCGTATACAT ACAACCTCCG TTGCTCAGAA TCGCATAAGG 240 AGCGTAAGGC ATTATATCAT TTTCGTCCTT CCTTTTCCCC ATACGTCTTA TGACCGGCGC 300 CACACCTTTC CCCACCTGCA CCAGATACCC CACGTGTGGC GTAATCGCAG TGGCTCTGCC 360 ATTACTGCAT GAGTATTACT ATGCAATAAT GCCCCACATT ACACCTTCTG CAATCGAATA 420 CGAAAAAGGC ATCATCAGAA C 441 (2) INFORMATION FOR SEQ ID NO: 195: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 514 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 195: CAAACAGCGT TTTTGCACGC ACATGATGCA ACAAATATTC ACTGACTGCC TGCGCTATGG 60 ATAAACCGTC TTCAGTTGCC GTTCCCCGTC CTACTTCGTC CATGATAACA AGGCTGTCGC 120 GGGTTGCTGC ACGCAGGATG TGTGCTGTTT CACTCATTTC TACCAAGAAG GTAGATTCCC 180 CGCGCGCAAG GTTATCGGCC GCTCCTACCC GACAAAAAAT ACGATCGACG GGGGTGAGCT 240 CTGCCTTTTC TGCAGGGACA AAGGAGCCAA CCTGCGCAAT CAGGCAAATG AGCGCATCTG 300 ACGCAAAAAA GTACTTTTTC TGCCATATTC GGTCCGGTGA TGAGCGCAAA AnCGGGCAAC 360 AACGCATGTT CAATTGAAGA AAGTGTCAGA TCATTGGGTA CAAACTCCCG GAGGAGATGA 420 AATTCCACCA CGGATTCTGC CCCCGTATAC GATGCACGTC TTGATAAGAC GGTGATCAGC 480 AGTGACGCAn GGCGAAAGTG GGACTCAnTT GCAC 514 (2) INFORMATION FOR SEQ ID NO: 196: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 407 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 196: TTTGTGACAA nTGGTACCGG CAACTGGnAA GGCTTTCGAG TAGAATCCAA ATTTACAAAA 60 CATTCCCATT AAAAGCACAG AAGGAAGAAA AATAAGGCAG GCGTTTCAAG CTACTGTTGG 120 GCATGAGTTA ATTTCGGCAG ACTATACACA AATAGAGCTG GTCGTGTTGG CCCATCTATC 180 TCAAGATAGA AATCTTCTCA ATGCATTTCG ACAGCACATT GATATTCATG CATTGACTGC 240 TGCATATATT TTCAATGTGT CTATAGACGA TGTACAACCT GCAATGAGAA GAATCGCAAA 300 AACTATTAAC TTTGGAATCG TGTATGGAAT GAGCGCTTTA GATTGAGTGA CGAACTTAAA 360 ATTCTCAGAA GGAAGCGCAG AGCTTCCATT ACCGTTATTT TGAAACG 407 (2) INFORMATION FOR SEQ ID NO: 197: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 410 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 197: GGGTGGnGTT GGTCGGTCCC CCAGGAnGGT AAGACGTTGC TTGCACGCGC ATGGCCAGGT 60 GAGGCGTCAT GCCCTTTTTT CGCATCAGTG GCTCAGACTT CATCGAAATG TTTGTGGGGA 120 TTGGCGCCTC GCGTGTGCGC GATTTTATTC AAACAAGCGC GGGAGAAGGC GCCAGGGATT 180 ATTTTTATCG ATGAGCTTGA CGCAATTGGA AAAAGCCGCC TGAACGCTAT CCATTCCAAC 240 GATGAGCGGG AACAAACGCT TAACCAGCTT CTGGTAGAAA TGGATGGGTT TGATAACACC 300 ACCGGTCTCA TTTTGCTTGC TGCTACCAAT CGCCCCGATG TGTTAGATCC TGCGCTCCTA 360 CGCCCCGGTC GTTTTGACCG ACAGTTTGCG TAGATCGGCC CGATCTTAAG 410 (2) INFORMATION FOR SEQ ID NO : 198: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 429 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 198: nGACGCAACA CTGACAACTG ATGGnTTCGC TCATCTCTCT CGGTTCCCTG AGTTCTTTTA 60 CATACGGTCT CTTTGCCACG GCGCGTATAG CAATGGGCGT GCATGCCAAC GACACGGCAC 120 TTGTATCGCA CTATGTGGCG GATTTGTATT TCGAATCAGC TGCAATGATC GTAACGCTCG 180 TCACGGTGGG TAAATACCTG TCCGCCTTGT CTAAAGGGCG CACTTCTCGC GCACTCACAC 240 AACTGCTAGA CA AAAACCT AAAACGCTCG CGTTATCGTC AGTATCTGTT CCGCGCGGAG 300 ATCCCTTCTT CCCCAACAAT GCAACGCTGC ATCAGCCCAT GAGACCCATG AATTGAGATA 360 GAAATCTGCA CAGGACGTAA TTGTTCGGAG AnACGTAATT GTAAAAGCCA GGTGAGTAAG 420 TTCCGG An 429 (2) INFORMATION FOR SEQ ID NO: 199: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 374 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 199: CGCTATCGTA nGGAGGATCG CTGGGCTAAT TCGGTAAAGG CGGTCATTCT CTCCTTCATG 60 GATGGTGGGT ATCACCTGAC GGGGTTGAAC TGCACTATCC TTTCTCAGAT TCCTCCTGAT 120 GCGGGGCTGG GTACTCCCAA TGCGCTGAAG TTGCCATGGC CCTTGTGCTT GGAAGTTGTT 180 TGCCGCTACG CTGCCAAAGG AAAGTGTTGT TTCGATCGTG GAACACGCAA ATGAGCGCTA 240 TCTCAAGACC CACGCACATC GCGCGGATAT TCTGTGCGTG TTGTTTGCAA AGCAGGGTAA 300 CTGCGTGCGC ACTGATr-ACC GCAAGAAGCA nGCGGAACTG TGTCAATTCC CTCGGAGGGA 360 AACGTATGTG CTAC 374 (2) INFORMATION FOR SEQ ID NO: 200: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 382 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 200: TGCAGCAGGC GTCTGGATGT GCAGGAGCTT GCGCAGTTAC GGTGTGATCT GTCTCGAGTA 60 CAGGAGCAGG TATATGCGCA GAATGAAAAA AACCGAGCCC TCCTCCGTGC GCAGTCAGCG 120 ATTTGCGCCA CAGnCTCGAT GAATTTCGTG CGGCGCGTGG GCTGGTGAGC TATGAGGACG 180 GGGAGGACTC AGGGACGGTA ATTGATCTGA GTTTATAAGC GCTTTTGCCA GACCATCTCA 240 GGGGAGGAGG TGCGGCAAGC TGGATTTTTC CAGTCGGTTG TGTGACAATG CGCTGTGGAA 300 CCCGCTGTTA TTTTGCGTCC CCTTTTGGAA AAAGGTGAGT TAAAGCAGAT GTGGAGCGTG 360 CGCAACGCCG CGGnTATGTG CT 382 (2) INFORMATION FOR SEQ ID NO: 201: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 541 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 201: GGGGCCAAAT AATTCCGnTC CCAAATGGCC AAGnGGTTAA GCCAAAAAAA AAAAAGGCCC 60 CGGATTTTGG GTTCTTAAGG AGGAAGGGAG GCCCCAAAAA GGCCAAAACC CACCCCCCCC 120 ATTATTCGGA CTTCAAGGAG GACCATTAGG TCGGGCTTTC AGGCCATTAG AGGCCGCAGT 180 AAGCAGCTGG CAGGCGTACC GAGCCTCCCG TTTCGGTACC GAGTGCAAAC GGTGCCTGGA 240 CCGCCTGCGA CGGCGGGCAG nCAAACCGCC GGAACTTCCC CCGCTGGTGC GGCTCCGATC 300 CCGAGGATTA CGCGTCGGCC CATAAACAGA ATACTCGGTG GAAGAGCCCA TAGCAAACTC 360 ATCCATGTTC GTTCTCCCGA GCGGGATAGC ACCTGCGGGC GCGCAGnCGG CAAACAACGG 420 TGGGCATCGT ACGGGAGCCC TATAGTCTGC AAAGAGTTTA CTGCCACACG TGGCAGTGCT 480 TTCCTTTTCA CTGAAATATT GTCCTTGACA GCCAAAGGGT AGACCTAACA AAGGCTTACC 540 T 541 (2) INFORMATION FOR SEQ ID NO: 202: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 722 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 202: CAGTAACAAC GCCAACCGGT CTCATCAGCA ACACGGTCCC AGATGnACCA CCTTCnGAGA 60 CGCTTCGGCT ACGGTCACCA ACTAGCACTT TGAAAAACAA GAACAACAAA AGAAAGAAAA 120 TGACGTtCAA ACTGACCAAC CGAACGGCAT TTAACCCACG AgCAGCCTCC TAAAGAGAAC 180 TCTCAATGAG TACATTGTAA CCTcCACCTc ATGTGTGTTA TGCCTCGTCT ACTCCCGGCA 240 GGCCATCTTT TCAGGAAATA CCAAATGTTC CTGAAAGAAG ACTGGCACAT TCCCAGCACG 300 ATATTGCTTG CGATAGTCAC GCATAGATAC AACGCCACCG GaTGCAGTGT CACGATAGCA 360 ATCAGGTTGA TGACCGTCAT aAATACCATA AAAAGATCCG CAACACCCCA AACAAAATGA 420 AAACTCGCAT GCGCACCGAC AAATACCGCA CTGACACAGG TAACTCTGAA AACACTCAAA 480 ACCATTTTAT GGTCCTTAAT GAAACGTACG TTTGACTCCG CGTAgTAATA GTTACCCATC 540 AGTGAaCTGA ATGCAAACAG AAAGATCGCA AGCGTCACCA AGTGCACCCC CACGGGGCCA 600 ACTTGCTTGG ACAGCGCTTG CTGCACGAAC TGCATTCCGC TCACATCCAC TGATCCTGnC 660 AACATCAGAG AGCAGCAACA CAAAAGCGTC ACACTACAAA TTAGCATCGT GTCTATAAAC 720 AC 722 (2) INFORMATION FOR SEQ ID NO: 203: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 648 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 203: ATCnCTCCGA GAGTTTGGTC GAAGGAGGCA TGGCTGTGTT CAGCATTCTA GAAAAGAAAC 60 AATTTTCTCC GCAGTGTTTT ACTTGAAGGT GCATGCACCT GATATTGCAA AAAATCGTGC 120 TGCAGGACAG TTTGTGCTTG TTCAACTTGa TGACGAATAC GCTGAGCGCA TACCGCTAAC 180 GATTGCGGAC GCGCATGsGA TgAAGGGTGG ATTGCGCTAG TGATCCAGAC TGTTGGCGCC 240 ACTACTATGA GGCTGTGCGA AAAGGAAGTG GGCGATTCCA TCTCTGTAGT TCTCGGTCCG 300 TTGGGAAATC CAACTCTCAT TGAAAATGTA GGAACTGTCG CCTGCGTTGC AGgGGTGTTG 360 GGGCAGCTCC GCtGkATCCT ATTGCCCAGG CGCATAAAAG GGCTGGAAAT CACGTCATTG 420 TAATCCTTGG GGCGCGCAAT CGGGATTTAA TTATTTTTGA AGAGGAGATG CGCGCGCTTG 480 CAGAcGAGCT GGTCATTGTC ACAGACGACG GCTCATATGG ACGCAAGGGC TTAGTGACTG 540 AGCCCCTGCG TGAnTGTGCG AGCGCGCGTC CTGTCCACAG GAGGTGGTTG CTATCGGTCC 600 GCCGATTATG ATGAAGTTTT GTGCGGAAAC GAnGCGnCCC TTTGGGAT 648 (2) INFORMATION FOR SEQ ID NO: 204: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 366 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 204: TGCACTGTAC TACACAGTGT ACGAATGCGT GAAGGTGATG TCTTCTGAGG TCGGTGCGTC 60 TTTGTACGTG CACATCCCCT TCTGTGCGCA ACGCTGTGCT TACTGCGATT TTTACTCCCT 120 GGTGCGTTCA ACCTATTTTA GGCCTCATCA GCCTTGTCCG CATTTTATCG ATCGGCTGCT 180 ACAGGATGTG GCATTGCAGC GGGAGTGCTT TGGGGTCCAG GGGTGGCAGA CAGTGTATAT 240 GGGTGGAGGT ACCCCTTCGC TATTGGCACC GCAGGACATT CGTCATTTTT GCGTACGTTA 300 CGCGCCGCGC AGGnATTCCG ATTCAGGAGT TCACTCTTGA GGTGAnTCCT GAGGATGTGA 360 CCGAAG 366 (2) INFORMATION FOR SEQ ID NO: 205: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 566 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 205: CATAGATGAC TTTGACGGTG CCTCCGAGGA TCAGGGTCTC GCCTGGCGTG CTGCGGGGAG 60 CAAGTTCATC ACAAAGGGCT TCCCTATCCT CAAGTATTTC GAGGGCATGC CACAGGCGGT 120 GCGCATGGCG GGCTCGTGGC AAGGGAAGGA CAAGGAAGCC CGGTTCATCG GAGTAGAGTG 180 CAAGTTCAAT CGACAGGGGA ATAACTGGCT GGACCTAATT CCGACTAAGG GTGGTAGCGA 240 TTACGAGATC CCCCTGCGTG GGGTGGTCAG TGGGTTCGAC GTGTGGGTGT GGGGTGCAGG 300 TTATCAGTAC TCGCTCGAGG CTTTGGTTAG GGACTGCACG GGAcGAGTCC ACACCCTCCt 360 AAtAgGCaAC CTCgAcTTCC aAGGGTGGAA rAAcCTTAgT GTTTCGGTTC CCACACACAT 420 CCCACAGACG TCGCGCTATT TGGGGAGCGC GCAACAnCTG AATTTTGTCG GTTTCAGGAT 480 CCGTACTAAC CCATCAGAnC GGGTGGATGA TTTCTACGTG TnCTTTGACC AGTTCAAGGC 540 GCTTGCTAAC ATGCATATCG ACTTTT 566 (2) INFORMATION FOR SEQ ID NO: 206: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1601 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 206: CAAAAGGCAG TTGACAGATG CAGAGGCGGA TTTTATCCAG AATTTGTGTA AAAATGATGA 60 CCTTATCATG GCGCTGAATA TTTTTTCTAA CCGGGTGCAG TTGTTCTCCT GGACGTACGA 120 CGACCTCATG TTCGTTGCTG GTGGGGGAAG TGAGTnAGTA CCGAGAAGTA GCTCTCTTTT 180 CATAAAAATC TTTTCGGGAA GAGTGCCTTA TCAAGCCAAA GACGAATGCT TGTTGTTTAC 240 CGCAGCGTTG AGGGTACTCA CTCCCGCGAA TATCTTTTTT AGGGGTTGCG TGGTCTTTCT 300 GGTTATGCTC ACCCTCACCA TATCaAGCAT GGTCTTTTTG GTTATTGAGT ATCTGaGCGT 360 GCGCCGATTC CaGTGCGcAC AGGGGGACGC GCGCCCTCGT CtGCTGGACC TCAAGGTAnG 420 CGCGCTCTCG GACAGAnGAG GnCCCAGGTn TCGCCTGGTA CACCGCCTGA GTGTCCAGTG 480 TCCGTCTTTT GAAACTCATG GGCAGGACCT TGCTTCTAAG GAGAGCGTGA GCGACCTCGn 540 AAGGTTTACA TTTGTACAAC CATTCTGACG AGGAGCTTTT TTCCATACAT GACTCGGTGT 600 TCCAGGAACA TACAGGGsGG GAGGGCCGGA TGTCTTCCTC TTCCGGTGAG GAAGGGTGCG 660 GGCAGACGCT GCTTCCCGTT CATGAAAAAA AGAGCACCTA TGGTCTTTTC AATCCCTTrr 720 CCGGrGTCGG TTGGCGGGCC TATCTGGAGG AAAGGCTTGA GGCAGAATTA GGACGCGCCA 780 CCGCTTCCGA ACAAGACCkA AsGCTAATGA TAGTACAGGT GGAGCACCCC GCGCACCAGA 840 CAGCCGTTGC GGACGCAGCG AAAAAGCTCG TGGAGTTCTT CAAATTTCGG GATATGCTCT 900 TTGAATTCGA GGGTAGTTGC TGCTTCGCGG GTATCGTACA AGACGCAAGC CTCGAAGAGg 960 AnTGGTaCTC GCGAGGGaTA TACACAAGkA GCTGTGCGGC GCCATTGAGA GCGCACGCgT 1020 CCTTATCGGC ATCGCGAaCG ckTACGTCCA GACTAACTAC CGcGGcCCAC TTaATTGAGG 1080 ArGCGCACGC GTcGGTGAAG AGGGCGCGAG AAGACCCCGC ACACCCCATc ATCGcTTTCG 1140 AGGCCCCCCA CCAGTGTGGG CGCCCGTATC GGTCTTCAGC TTATAGGGAT GTCCCGGACC 1200 GGTCTACCTG CTAATAATGG CTTCCTTCTC GCCGCGCCGC GCACTCTGCA GAAGCGCAGC 1260 ACCCAACCTC CTGAAACTCT GGGAAGAAAC AGTTGCACCG GTGACCACAT CCACCATCTC 1320 GGGATTACCC TTTTCAAGCA AAGCATCGGC GAGCTCTCTG AAGGCCTTTT CAGGACCTAT 1380 GCCCGAGGAT GCATACATGA CCCGATGGTA GTCAGCGTCC TGGGACTTAA ACCGCCCTTC 1440 TTTATGCTGA TAATCGTAAA CCACCTGCAC CATCTTGCCA CCATCAAAAG TAACCTCGAG 1500 AAAGTCCTTC CAACCATTCT CATCAAAATC CTGATACGTC GCCCGGTACG TGCCATTCGG 1560 GATAGAACTA AATGAACACG CCCCAAGCAA CACCGCAAGA C 1601 (2) INFORMATION FOR SEQ ID NO: 207: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 359 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 207: GTTGTnTCCT GTGCGACGCG nAAATACCTT CCCACACCTG CTGGTTAAAG GACTTGTCAT 60 CGATGTCCCC TGAATCGGTT ACCATTCCAA CGACGAATCA CCACCTTCTG CGCCCCCTGC 120 GTTTCCCATC TGCGGCCTGT CGCTCTTAGA GCAGCCGATG AGCAGCATGG CGCAAAAAAn 180 GCCCGCAAAn GCGCGTACCC ATTCTCTCTC ACAAGAATCC TCCCCCCTTT ATCGACAAAC 240 ATGCGnAAAA TAAnGGGTCA CAGTGTAACC CAAGGGACAA nGAGGTnCAA AGAGTGGTGA 300 GTTTTTGCGT GTGTGCAAGT GGCAAGGTGA AGGGGTACTA GACAGGCCCG GGGGGGGGT 359 (2) INFORMATION FOR SEQ ID NO: 208: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 516 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 208: TCTTGCAGAA AGTGAGGCGG ACTTCCGTGC AGGAACCGAA ACACTGCAGG ACCTTTGTCT 60 GTGAGTCTTT CCGGGCATAC GCACACAAAA GAGGAGGTGC AGGCTGAGGT GGAGGCAGGA 120 GAGGTTCAGT GCCCAGCGCT TTGCCATCAG CCGGTACTCG TGCAGGAATG CCTGACGTTG 180 TTGGAACCTG CAATTGTGGG TATCTCGCGA GGTGCAGACA GCACGAGAGA TGGGGCGGGG 240 GCGTTTTTTA TTGACGGGAC ACTGGGGGAT GGGGGACACA CACAGGCGTT TTTGCACGCG 300 TACCCTGcGC TCCGTGCGCT CGGTGTTGAA ATAGATCCGT CAATGCTCGC ACGGGCGCGA 360 GCGCGCTTGA CGCCGTTTGG CAAGCGGCTT cGCTATGTCC TGGGGTGGTC TGATGTCTTT 420 TTTGCCTCCG CATATGCATC AGCTCCTGCC TCTCCTGCAA CGGGAAGGAC TGCAGCTGGC 480 GCCGCAGTGT GCCGGGTGCG TATCCGGCGC CGCAGA 516 (2) INFORMATION FOR SEQ ID NO: 209: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 541 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 209: CCACAnAnAG GACCAAAAAG GACCAATGGC CCGGGGCCGG CCCCAACCGG CCACCTTCCA 60 GGAACCGGCG GTGGCGGGTT GGCCCCCCGC GGTTTTTTAA AAAAAAAACC GGCCGGCCCT 120 TTTTTTAAAA AACCTTACCA AAACCGGCGG TTTTCCAACC CAGGCCAACC CGGGGGGGGA 180 AACTTGGCCC TTTACGGGGG AGAGGGTGTT AACACCCGGG CTTATTGGGC GCGATGGAGG 240 TACGCACACG TGCAGCGTTT TACTCCCGAC GGCTGGCTCC GTACAGGGGA CGCTTTGGGA 300 CAAAGACAGA AACCGGTAAT CTCCTCCCCT GGCAGCAGCT CGTGCCATAT GCAACTCGGT 360 GCGCGCGGAG AAGCGGTGTA CGCAGAnGAT CTTGTTTGTG TGCTTATGCA AnATCCGTGG 420 CGTGGTGGCA GCACACGTGC GGCGTTAGAC ACGCAAnGGG CAAGCGCACT GCGCCGTATG 480 GGTAAAACAA GGAGCCGAAC GAATACGGGC ACCCTTCAGA TAGTGTGCTT TTTGCGCACC 540 C 541 (2) INFORMATION FOR SEQ ID NO: 210: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 329 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 210: GGTGACCGTC ACCTACCGCA CCGTACATGG CGCATGCTCT TTTTGCCGCA ACTACATCAT 60 GGCTAGAGTG ACTACCCGGA CCGGTCATAA CCCCGATGTG ATAATCCTCC ACCGCTTTCG 120 TGCCCCCGGT ATTTTGTGGA GCACGCGCGC CCCCACAGCG ACACAACAGT GCACCGACAC 180 ATACCACCCA TACCTTCAAT AGAAACTGAC TTTTCATAGT CTCCCCTTAA CGATCTGCAC 240 ACACCATCTC TCCAAAACGC TTAGGCGTAT GGTCCACCCC CCCCCACGGT GGGAGGAnAA 300 nAATTTTCCC AAAATTTTTG GGTTGGGTT 329 (2) INFORMATION FOR SEQ ID NO: 211: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 485 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 211: TCGTTTGTAT CGTTGAGCGT GTTATCGCTT CAAGGGACAA AGGTGCCATA CTCATTTTTC 60 TGCCAGGGGA GCGTTCTATT AAAAATTGTA TTACCCGTCT TTCCCATGAA CGTTGGTTCC 120 GCAAGCTCTT TCTTTTGCCC CTCTATGGAA GATTGAGTAA AGAAGAACAA GAGCAAGTTT 180 TTAACCGCGC GCCATTTGGA AAAAGAAAAG TCGTCATCGC AACGAATATT GCAGAAACAT 240 CCATCACCAT TGACGATGTA ACTACCGTCA TTGACTCTGG TTTTGGGGGG TTnGGGAAAA 300 AGGGTTTTTn AAAAAAAATT TTTCCCGGTT nAAATTTAAA AAACCCCCCC GGGGCCTTTT 360 TTTTCCCCCC TTAAATTnAA ACCTTGGGCC CAAAAAGGTT TTTTTTGGGG GGAAAAACCG 420 GGAAAAAAAA AnCTTTCCCC CnTTTAAATT TTTTTTCCCT TCCCAAGGGG GGCCTTTTTT 480 CCCGG 485 (2) INFORMATION FOR SEQ ID NO: 212: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 808 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 212: TTGCATCGCG CGTCTGCAAG CGCGTGnACC AGCTTAnCCA TTGAAAAAGT ACACAAACCA 60 AAAACAGGAG GGATTACGCC GAGCACCATA GAGCACGTAt TGGCGGAGAG GCATACACCG 120 TGGTGCTCGA CCGCTCGTGG ACGTATGAAA AGGGCTGGAC CATTGCGCTG TTCCCCGATG 180 ATAAGGCGGA TGAGGCTGGA GCGTATGTAA AAyCCCTTTC GGTTTCAAAA AACAAAGAGG 240 GAAACTGGAT GGTTGCCATT CCCAACGCGG CGCTCAAAAC CGGGTCGTAC ACGCTGCGCG 300 CAATAACGCC GCGGAATATT TACGCAGAGG TGCGGGGGAT ACTGCATGTA GTGCTCTGGC 360 GCAGGCCCAT CTTTTTCTAT TATGACCTGA GCGTGGGATA CGCGCCGGTG TATCGGCCGC 420 AGaCCACGCC GCGACAATCA ACGGTGTTTC TGACTTTTTC AAAATCTGTT CTCCTATCGG 480 GTTTGTCGGC ACGTTTGAGA TGTGCTTTTT TAAGCGCAAC AGCAGCACCA TCAGCGCTGG 540 CTTTAACGCG CAAATGCACT CCGATTCAAA ACAAGTGGAC GTGAAGCTCG ATGGAAACTT 600 TGCGTATCTA TACGAACTTT ACCCGCGCAT CGAGGTAGGC GGCATGCTTG GGTTGGGGTA 660 CTCGCTGCCA TTCGGACAGC GCAAGGAAGA CGACAGCATG TACTCCTACG TGACAGGAAC 720 GATGAAGTAT TTTTTACTAA TAGCATTACC TGCGCGTTCA ACAGCAGCAC ATGTTGACCG 780 TAAAGCCGAG TTTCACAGGA GTGAGCCT 808 (2) INFORMATION FOR SEQ ID NO: 213: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 312 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 213: CTGCGCCCGC AGGnAAAAAA GTGTGTGCAG CAATCCAGTC TCTTCCATTA GGCGGAnGCA 60 ATACTCGGAC GGGGAGTACA AGCTCTTAGA AAGTTCTCAC GCACCCGCTC AGAGAATACG 120 TGCGTATGAG CGCGnAnATA AATTGCTTCA CGCGTGCGCG CTTCGATGGA AAAAGAnAAC 180 TGCGCTGCAA AACGCACAGC ACGCAAAGGA CGCAACGCAT CTTCAGAAAA TCTTGCCTGT 240 GCATCCCCCA ACGCTTAAGA TAAGAACCGT TACGCAAATC GGAGTAnCCG CCACATTACG 300 TCGATGATTT CC 312 (2) INFORMATION FOR SEQ ID NO: 214: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 432 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 214: CTGCTCTATG TAGCGTTTTG CCTTTCGCCC TGTTTTCATT TCCACGATTT TGCCGTGGTG 60 GAGGACGAnG GAACCGAGGA TCTGCACGTC ATAGGGACGC TCGCCTAAAA CACGACGAGC 120 TGCCTCGCGC GCAAnCATAT ATTGCCTGAG GnAAAAAAGC GTCAAGCGCT TTCTTCCTGC 180 AGCGGCACGC GCTCTTTAAA CTCAGCTGTT TTTTTGTTTG AACTCAGACT CCTGGAGAGG 240 AAGTTACCCA GGACTTCCTG GGTCGTTTGT ACGGTCATTT CAAAAGAGGC AGGTAGATTT 300 TTTTCAGAnC GCGCTCGTGT CTGGGTAGCC AAAGnAGTAG CCTGTAGTGT CAGTGTCGTA 360 CGTAGTCATG GTAGTTACTG TTAGCGGTTC TGTAACCAnA AAAACAAGGG TAGACCGTCA 420 CGGTCACCCC CT 432 (2) INFORMATION FOR SEQ ID NO: 215: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 631 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 215: AGTGGGAATA AGAGAGGGAG GAGACATACA GTTCAGCACA TGCTCACTCG ATCTTACTCC 60 TAATGATAGA GCTAGAAACG TGCCATGGGA CTCCAAATCC CCTTAAATTG GCAAGTACCA 120 ATGCCATCTT AACTACTTAA ACTGATCAGT TTCAGTTCAT AATTGATCAA AAAGATAGGA 180 TTAAGTGTCA AAAGGATCAC ATGAATAAAA CCAGTGTCTT CTAATAATAA CTGATAGAAT 240 TAAAAAGGAG AGAATGACTC AACATGGGAA GTGGGATACA CAGCAGACTC AGAATGACAA 300 ATGTCCTAAA CAGCACTCTG GCCACACAAT CAGCTCTTAA GGCATTCGGA TCTGGCTAAA 360 AAGCCAATGA AAGTTTCTCA GGCATGGAAA GCCAAGAACT GTGGCAAAAA ATGGCCTAAA 420 TGAAACATCT GTGTGAGTGA GATCCCAGCA GAAAGAACGG GCCATCAAGG AAAGAGGTAC 480 CTTTCCCTGA AGGGAGGAGA GAACTTCCAC ATTGACTATG GCCTTGTCTA AATAAGGAGT 540 TGGCGAACTC AAGAGGCTTC CATAAGCTTG GCAACTCATG ACAAGAGCCT TGGGTGATTA 600 CTGATGCCAT AAACAAGAGT GTCAATTTGT T 631 (2) INFORMATION FOR SEQ ID NO: 216: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 514 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 216: ACATAGTACA ACACATTAAG GACAGAGATC CTACATGGGG AGTAAGTGCA CAGTGACTCC 60 CTTGTTGATT TAACAACTGA CACTCTTATT TATGACGTCA GTAATCACCT GAGGCTCTTG 120 TCATGAGCCA AGGCTATGGA ATTCTCTTGA GTTCACAAAC TCTGACCTTA TTTAGACAAG 180 GTCATAGTCA AAGTGGAAGT TCTCTCCTCC CTTCAGAGAA AGGTACTGCC TTCTTTGATG 240 GCCCATTCTT TCCACTGGGA TCTCACTCAC AGAGATCTTT CATTTAGGTC ATTTTTTGCC 300 ACAGTGTCTT GGCTTTCCGT GCCTGAGAAA TTTTCATGGT TTTTTTTTTA GCCAGATCCG 360 AATGCCTTAA GGGCTGATTC TGAGGCCAAA GTGCTATTTA GGGCATCTGC CATTCTATGA 420 GTCTGGCTGT ATATCCTGGC TTCCCATGTT GGATTGTTCT CTCCTTTTTA ATTCTATCAG 480 TTATTATTAG CAGACACTGG TCTTATTTAC ATGA 514 (2) INFORMATION FOR SEQ ID NO: 217: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 483 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 217: ATCCCTGTTA AATATAAGAG TGGGAATAAG AGAGGGAGGA GACGTACAGT TCAGCACATC 60 TTCAATTGGA CTTAGCCATA ATGGTAGAGT TAGAAATGGG CCAGGGGATT CCAATTCAAT 120 CCCATCAAGG TGGCATGTAC CAATGCCATC TCACTAGTCA AAGTGATCAG TTTCAGTTCA 180 TAATTGATCA TAATGATAGG ATTAAGTGTC AAAGGGATCA CATAAACAAG ACTAGTGTCT 240 GCTAATACTA ACTGACAGAA TTAAAAAGGA GAAAATGATC CAACATGGGA GTTGAGATAC 300 ATAGCAGACT CATAGAATGG CAGATGTGCT AAACAGCACT CTGGGCCTCA GAATCATCCC 360 TTAAGGCATG CGGATCAGGC TAAAAAGCCC ATGAGAGTAT TTTAGGCnGG AAAGCCAAGA 420 CACTCTGGCA AAAAACAAAA AAACAAAAAA AAAACAAAAC AAAAACACAC ACACACACAC 480 ACA 483 (2) INFORMATION FOR SEQ ID NO: 218: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 527 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 218: ATTTTCATTT AGGGTGGTGT TTTTTTTTTT TTTTTTTGCC ACAGTGTCTT GGCTTTCCAT 60 GCCTGCAAAA CTCTCATGGG CTTTTTAGCC AGATCTGAAT GCCTTCAGGG CTGATTCTGA 120 GGCCAGAATG CTGTTTGGGG CATTGGCCAT TCTATGAGTT TGCTGTGTAT GCTGCTTCCC 180 ATGTAGGATC ATTCTCTCTT TTTTAATTTT ATCAACTGTT ATTTGCAGAC ACTGGTCTTA 240 TTTATGTAAT CCCTTTGACA CTTAATCCTA TCTTTTTGAT CAATTATGAA CTTAAACTGA 300 TCACTTTAAC AAGTAAGATG GCATTGGTAC ATGCCACCTT AATGGGATTG AATTGGGATC 360 CCCTGGCACA TTTCTAGCTC TACCATTAGG GGTGAGTCCG AGTGAGCATT TTCTGAACTG 420 TACATCTCTT CCTTCTCTTA TTCCCACTCT TATATTAACA GGGATCACTT TTCAGTTAAA 480 TTTAAATGAC TAAGAATAAT TGTGTGTTAA TTAAAGAGTT CAACCAA 527 (2) INFORMATION FOR SEQ ID NO: 219: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 460 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 219: CTGAGAAGGG AGAAGCAGCT TCTACACAGC TGCCTCCAGT TCAACCAATA AACTGTAGGA 60 CCTGCTCCTG ATTGGAGGAG AGCAGCGTAC TCGGCGTGTG GGTAACAGAG TTGGGATTGG 120 TGGAAGAGGA CTATAAAGGA GGAGAGAGAC AATATGCACC AGGAACATCT AAGGGGAACA 180 TCTGGGGGAA CACCTGTGCA GCCCCCGAGA GAGCCGGCCG GCGGTGTGCC GCTTCCCCCG 240 CGGAAGTGGG GAAAGTGGCT AGGGGGAACC GCCCTTCCAC GGAGGTGGAA GGGTTGGTAG 300 CCAACCCGGG AAGAACCAGC AGCAAACCCG GGGAGGGCCG AGCAGACGAA AGAACAACGC 360 AGGTCCTGTG TTGTTCCTCC ACGAAGACGG GGAGCGACAC AGTATTCTGT GATAGAGGAC 420 TTTGTAGCAC CATCAGTTAT TGAATTCAAG TCACTTCCAG 460 (2) INFORMATION FOR SEQ ID NO : 220: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 327 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 220: CCGTCTTCGT GGAGGAACGA CACAGGACCC TGCGCTGTTC TTTCTTCTGC TCGGCCCTCC 60 CCGGGTTTGC TGCTGGTTCT TCCTGGGTTG GCTGCTGGTC CTTCCCACCT CCGTGGAAGG 120 GCGGTTCCCC CTGGCCACTT TCCCCACTTC CGCAAGGGAG CGGCACACCG CCGGCCGGCT 180 CTCTCGGGGG CTGCACAGGT GTTCCTTCAG ATAGATGTTC CCCTTAGATG TTCCTCGTGC 240 ATGCCGTCTC TCTCCTCCTT TATAGTCCTC CTCCGCCAAT CCTAACTCGG CTGCCCACAC 300 GCCGAGTATG CTGCTCTCCT CCAATCA 327 (2) INFORMATION FOR SEQ ID NO: 221: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 474 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 221: nGGAAATTTT TCCAAAAAAA GGCCCTTGGG TTAACCCTTA ACCCGGAAAT TCCnTTTTCC 60 CCCGGCCAAC CCGGCCGGGG AAACCGGTTA AATTTTGGGG GCCGGCCAnG TTTCCAAAAA 120 AACCAAGGTT TTAACCTTCC GGAnAAAACn TTAACCCCAA CATTCCGnGG GGCTGGGGAA 180 CCAACGGCTT CnAnAGGGGG AnCCACTGTG GATTCATGGG TTCGGCAGGC AACGTTGTCT 240 TGnATAGGAT TGCGCACAAT TGGGCTGCCA AnGCATCGAG CATACTGCTT GCGTTTTTGC 300 TCGTGCAATT TTACAGCGGC AGTCTGCTGG AACGGCGCGC CATTTCTGTT CCGTTAGTTG 360 TGAGAAATGA AGGGCGCACT AACTCCTGCG CTTCGCTTTC CTCAAAAGGT GACGGTGCTG 420 GATGCGCGCT TTCACGTGAT ACGCTCGGCG CACTGCCGGG ATCTGACATT GTCC 474 (2) INFORMATION FOR SEQ ID NO: 222: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 580 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 222: GCGTCAGTCG CGTCAGATCC CCACGCGTCC GTGCCCGTTG CACGCGTGGA CACTGCCAAA 60 GCGCAGTGGG CTGCTGGATA CCGCTGCTGC GGGGCTATAT CCGCGTAACA GTGTAAGCCA 120 ACGGTGTAGG AAAGTGGCGC ATTTTGCGTG TATGCTACGG TGTCCGAGAA ATTACCAAAA 180 CGGTGGAGGT GTATTATGAT TATCCTCACG CTAAACTGCG GCAGTTCATC TGTAAAATAC 240 CAGGTGTATA ACTGGACAGA GCGTGCGGTG ATTGCCGTTC GTGGCCCGGn TTTGGGGGGT 300 TTAAAGGnAA AGnCCGGnTT GGGTTTTTAA ACCTTTCCCA AGGGGGCCCA AGGGGGAATT 360 TCCTTGGGnT TTTTAATTTC CCAACCGGGC CCAATTGGnn AAGGGGGTTG GGCCCnAACC 420 GGGGGGCCCC CGGGnAAAGG nnAGGGnAAA AAACCCCCAA ACCGGGTTTT TTCCCGGGGG 480 GGGGGGGAAA AAAAAAAAGG GTTTTCCCCC CCCCTTTGGG GnCCCCCCCC CCCTTTTAAA 540 ACCCCCCCCC CAAATTTTAA AACCCCCCGG GAAAAAAGAn 580 (2) INFORMATION FOR SEQ ID NO: 223: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 692 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 223: AnTAnGCTTG GTCCTAAGGG TCGCAATGTC TTGCTTGAAA AAGGGTACGG GGCTCCCACA 60 GTCACGAAGG ATGGGGTTTC CGTTGCGAAA GAGGTTGAGC TCGAAGATCC GTTCGAGAAT 120 ATGGGTGCAC AGCTTTTAAA AGAGGTGGCT ACGAAGACGA ACGACGTAGC TGGGGATGGC 180 ACAACTACTG CGACGGTATT GGCGTATTCG ATGGTGCGTG AGGGTCTGAA GGCGGTTGCT 240 GCCGGTATGA CGCCCCTTGA GTTGAAGCGT GGTATGGATA AGGCAGTTGC GATTGCAGTC 300 GATGACATTA AGCAAAATTC CAAGGGTATA AAGAGCAATG AAGAAGTCGC TCATGTAGCG 360 TCAGTATCTG CGAATAACGA CAAAGAGATT GGAAGGATTC TGGCAAGCGC AATCGAGAAG 420 GTGGGGAATG ACGGGGTCAT TGACGTTGAC GAAGCCCAGA CAATGGAAAC GGTGACGGAA 480 TTCGTTGAAG GGATGCAGTT TGATCGTGGG TACATCTCGT CCTACTTCGT CACTGACCGA 540 GATAGGATGG AAACGGTGTA TTGAAAATCC TTACATCCTT ATCCTACGAT AAGTCCATCT 600 CGACTATGAA GGATTTGCTT CCGCTACTCG AGAAAATTGC GCAAACAGGT CGACCGCTGC 660 TTCATCATAG CTGAnGATGT CGnAAGGCGA AA 692 (2) INFORMATION FOR SEQ ID NO: 224: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1000 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 224: AGCGGAGACT TACCAACGAG CCGATATGAG CCGCGTATGA CTTGCCATTT ATCGTATGCT 60 TTTGCGTATT CGCTTTTTCT GCAGCGACGG TTTGCTGGTT GAACACAAGA ACTTGCTGGA 120 TTGCAACCGC GGTCGACTGC GCAACCCGGG CCTGTACCTG CTGGGTGATA ACGTTCTGCA 180 CCACGCCAGT AATCTGCCCG ATAATGGGCC TCGCGGCGGC CGCCCCGGCA CTAAGGAAGA 240 AGAGCTTGGT TACATTTGGC AATTGCGCTG CGATTGCGGT AAGTGAAGGC AAGTCAGGTT 300 GCCGAACAGG ACTTTGCCGG ACGTTCACCG GAACGTCACG TcAATATTCA CTACTTGTGT 360 TCCATTGGTG CGTTTAATCT GATCGTGTGC CTGCTTCACC GCTCCTTCAG CGATCTGAGT 420 AATAACTGAT CTTGCCACCT GCACCGAGTT ATCTATGGTG CTACCAACCG TATCAGCCGC 480 CTGTTTAGCC TGTTCCTGCG CAcGTGcGTA AAAATTGCCA GTGCAACCTC CTGTGCACGC 540 TCGCGTGTCC TTTCGGTCCT CATCGCCGCG GTAGCCTCAC TCTGGTGTTG GTTACCGGCG 600 TCGAGGGCGA AGGAGAAGCG GAAGCCGGCG CCTGGTTCGA GGGTGAGTCG GCCCCCTACA 660 TTCCACAGCA GTTTATCCTT GTTCTGATTG TTTGCGTCCT TCTGTGCACC GATGAGGTAT 720 CCGTCTTCTA GCGTAACATT GCTGGCAAGC TCTACCGTGC ACAGAGGGTG TCCTGCACGC 780 GCATACATTA GCTTCAAGTC TGCCCCAAAG CCATACTTAC TGTGCGTGGG GTCAGTACTA 840 TCCCAGGCAC CGTTAGAGGC AAAGGAGAGA AACCCCACAT CAAGGCTGAC CCCACTGCCC 900 CCAATGTCCT GTGCCCGATA ACCAACCTTG nCGGCTAAAA CCCCAAAACC CGGGGCATAC 960 TGTAACGCAT CCTCCTGGTA ATGCGGTGGT CAAnCCAAGG 1000 (2) INFORMATION FOR SEQ ID NO: 225: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 842 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 225: TCAAAAATCT GAATATCCTA CCATATGACC CAACCATCCC ACCCCTGGGA ATTTACCTAA 60 GGGAAATTAA ATCAATAAAT AAAAGAGTTA TCTGAACCCC CAGGTTTATT GCAGCTCAAT 120 TCACATAGCT AAGACATGGA ATCAACCTAA ATGCCCATCA ACCAATGACT GGATAAAGAA 180 ACTATGGGGT AnGTACACTA TGGAATACTA CATGGGCAGT AAAAAAAAAA ATTGAAATCT 240 GGTCATTGGA CAACAAAATG GATGAATCTG GAAAACAGCA TAATTAGTGA ATTAAACCAG 300 TCCCAAAGGG ACAAATACCA TATGTTCTCC TTGATCTGTG AGAACTAATG GAGTACCTAA 360 AAGGAAATCT GTAGAAGTGA AATTGACACT TTGAGAAGGG ATGACTTGAG CTGCCCTTGT 420 CTTGACTTTC AAGGAACAGT TTTTCTTTTT TCATTTTTTT TCTTCAkGCT ATTTGCTGAA 480 CTCTTTAGTT AACATAGAGT TAATCATATA AAGTCAtTGA GGATGGATCT CAGTAAAAAA 540 TAAGAGTGGG AATAAGAAAG GGAGGAGGAA GTTTTGTAAC TGTAAAGCTA TATAGTTATA 600 CATACATTCC TATGTACTTA CTTCTAAGGC ACAGTTTAAA AACTTGTCAT GAGATCCCAA 660 ATCTCATTAA GCTGGGTGGA AAAATGCCAT CTTAAGTGTT AAAGTGATCA TATTAGTGTT 720 AAAGTGAACA TATAGATACG TTTAAGTGTT AAAGTAAACA TATAAATAGG TTTAAGTGTC 780 TGGTAATAAT AATAGATATA ATTAAAAAGG AGAGAATTTT CCAACTTGGG AAATAGTCCA 840 CA 842 (2) INFORMATION FOR SEQ ID NO: 226: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 560 base pairs (B) TYPE: nucleic acid <C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 226: TACAAATTGA GTGTCACTGT GATTTTCAGG TTAATTCATT CAGAATTCCA CAGGCAGTCA 60 GCTGGAGGGG TGGATGAATC CGGGAACAGC CGGTTTCCTT GCGACTAAAT AAAGCCTTAT 120 ATCATAATGG ATTCTTGCAT TTCTTTGGCT TTTTTCTCCG TTTTCTTATT TATCATGGTT 180 TATAATGAAT TTTCTGATGT GAGCTTTTGT TTTGTGGCAG GCATATTGAG TTCAGGGCAT 240 AAGAGGAAAT TTCTTTTTCC ATCAGGGCAC AGCTGTTGGC TTGCTCCAAT TCTGGTTTGC 300 TGTCATTGTT TTCGGTGCCT CAGCCGATTG TGGTTTCTTG ATCAAAAATT TCCTAAATGT 360 TTTCTGGGTC TGAGTTGGTT TTGCCTTCTT CCTTCCCAAA TTTTGTATTC GGATGCAATA 420 CAAACAAGTG TTTGGACAGA GTATGCATTA CGAAATAGAA ACACAACATT AAGGCGTTTG 480 AAGCTTAGAC ATCTACAGGT AGCACGAGCA AGGTGAGTTT TTGTGTTTTG GAAAATCAAA 540 TGGAACACTT TAGCTGAGGT 560 (2) INFORMATION FOR SEQ ID NO: 227: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 406 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 227: TGnAAACTTC AGTTTGGGAG GCAATTAATA TCTGTCACCT CAGCCAAAGT GTTCCATTTG 60 ATTTTCAAAA ACAAAAAAAC TCACCTTGGC TCGTGTTACC TGTAGATGTA TAAGCTTCAA 120 ACGCATATTT GCTGTGTTTT TTATTTCATA ATGTCTACTC TGTCCTCACT CTTATTTGTA 180 TCACATCAGA ATACAAAATT TGGGAAGGAA GAAGGCAAAA CCAACTCAGA TCCAGAAAAT 240 TTTTAGGAAA ACACCACTCA AGAATCCACA AATCGCCTGA GGCACCCAAA CCAATGAAAG 300 CAAGCCAAAA TTGGAGCAAG CCAACAGCTG TGCCCTGAAT GnAAAAAAAA CTTCCTCTTG 360 TGCCCTGnAC TCAATATGCC AGCCACAAAA CAAAAGTTCA CAGCCG 406 (2) INFORMATION FOR SEQ ID NO: 228: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1425 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 228: GAACTTGCAA AAAGCGTGGT AACCnGTATT GCACGGGTTA AGGATGATAT GTGTnAACTG 60 CTTGATAGAG GCTTCGTGCG CATTCTTGGC CAAGCAGCAG GCAGAGTCGC CACTCCGGGG 120 AAAAAGCTTT TGCTTCTCAG GCTCCCTGCA GAAATGGAGA TCGCGCGnCT ATACACCGTA 180 TACGCGCGCT CGGnGGCGTT nTGAGAACGT CGGGGATCCT CTAkAGTCGA CCTGCAGGCA 240 TGCAAkCTTG kCACTGGCCG tCGTTTTACA ACGTCGTGAC TGGGAAAACC CTGGCGTTAC 300 CCAACTTAAT CGCCTTGCAG CACATCCCCC TTTCGCCAGC TGGCGTAATA GCGAAGAGGC 360 CCGCACCGAT CGCsskTCCC AACAGTTGCG CAcCTGAATG GCGAATGGCG CCTGATGCGG 420 TATTTTCTCC TTACGCATCT GTGCGGTATT TCACACCGCA TATGGTGcAC TCTCAGTACA 480 ATCTGCTCTG ATGCCGCATA GTTAAGCCAG CCCCGACACC CGCCAACACC CGCTGACGCG 540 CCCTGACGGG CTTGTCTGCT CCCGGCATCC GCTTACAGAC AAGCTGTGAC CGTCTCCGGG 600 AGCTGCATGT GTCAGAGGTT TTCACCGTCA TCACCGAAAC GCGCGAGACG AAAGGGCCTC 660 GTGATACGCC TATTTTTATA GGTTAATGTC ATGATAATAA TGGTTTCTTA GACGTCAGGT 720 GGCACTTTTC GGGGAAATGT GCGCGGAACC CCTATTTGTT TATTTTTCTA AATACATTCA 780 AATATGTATC CGCTCATGAG ACAATAACCC TGATAAATGC TTCAATAATA TTGAAAAAGG 840 AAGAGTATGA GTATTCAACA TTTCCGTGTC GCCCTTATTC CCTTTTTTGC GGCATTTTGC 900 CTTCCTGTTT TTGCTCACCC AGAAACGCTG GTGAAAGTAA AAGATGCTGA AGATCAGTTG 960 GGTGCACGAG TGGGTTACAT CGAACTGGAT CTCAACAGCG GTAAGATCCT TGAGAGTTTT 1020 CGCCCCGAAG AACGTTTTCC AATGATGAGC ACTTTTAAAG TTCTGCTATG TGGCGCGGTA 1080 TTATCCCGTA TTGACGCCGG GCAAGAGCAA CTCGGTCGCC GCATACACTA TTCTCAGAAT 1140 GACTTGGTTG AGTACTCACC AGTCACAGAA AAGCATCTTA CGGATGGCAT GACAGTAAGA 1200 GAATTATGCA GTGCTGCCAT AACCATGAGT GATAACACTG CGGCCAACTT ACTTCTGACA 1260 ACGATCGGAG GACCGAAGGA GCTAACCGCT TTTTTGCACA ACATGGGGGA TCATGTAACT 1320 CGCCTTGATC GTTGGGAACC GGAGCTGAAT GAAGCCATAC CAAACGACGA GCGTGACACC 1380 ACGATGCCTG TAGCAATGGC AACAACGTTG CGCAAACTAT TAACT 1425 (2) INFORMATION FOR SEQ ID NO: 229: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 362 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 229: GGGGCTTTTT AACCATATCT GAATGCCTTA AGGGCTGATT CTGAGGCCAG AGTGCTATCT 60 AGGATATCTG CCATTCTGTA AGTCTGCTGT GTATCCTGCT TCCCATGTTG GATCATTCTC 120 TCCTTTTTAA TTCTATCAGT TAGTATTAGC AGACACTAGT CTTGTTTATG TGATCTCTTT 180 GAGACTTAAT CCTATCATTA TGATCAATTA TGAACTGCAA CTGATCACTT TAACTAGTGA 240 GATGGCATTG GTGCATGCTC AATTGGACTT ACCCCTAATG ATAGAGTTAG AAATGTGCCA 300 GGGAATTCCA ATTCAATCCC ATCAAGGATT TTATTTAATT TAATTTAATT TTATTTACTT 360 AT 362 (2) INFORMATION FOR SEQ ID NO: 230: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 554 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 230: CGGATCCCCG GTCAATTGTG GAGACAnTAT TATCAATTTA CCAAGAGAAA GCCGAGGTGG 60 AAAGAGTTCA GAATTGAATT TGCCCACGGC nAATATnGTT AAAAAGTCTA GATTAAAGGC 120 CAACCAACCA AAGTTAAATA TAGGCATTAG GATCTGGCTG AAGAGCCCAT GAAATTATTT 180 TAGGCATGGA AAGTCAAGAC ACTCTCAAAA AAAAAAAAAA AAACTAnATG AAAGATCTCT 240 GTGATTGAGA TCCCAGTGGA AAnAATGGGC CATCAAAGAA nGGTACTTTT CTCTTAAGGG 300 nGGAGAGAAC TTCCACTTTG ACTATGACAT TGTCTAAATA AGATTGnAGT CAACAAACTC 360 AAAAGGTTTC CATAGCCTTG GCAACTCATG ACnAGAGCCT AGGGAGATTT CTGACGCCAT 420 AAACAAGAGT GTCAnTTTGT TAAGTCAACA ACAGGAGTCG CTGTGGCACT TACTCCTCAT 480 GTAGGATCTC TATTCnTAAT GTGTTGTACA AGGnGAATTA ATGCTATAAC TAGTACTCAA 540 ACAGTATTTT TCAC 554 (2) INFORMATION FOR SEQ ID NO: 231: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 541 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 231: ACCCAACCTC AGCACTAACC TTGACGAGTC ATTTCTTTGA TTTGGTCATT GGTAAAATAC 60 TGACCAnCCG TTTGAGCTTG AGTAAGCATT TGGCGCATAA TCTCGGAAAC CTGTCTGTTG 120 CTTGGAAAGA TTGGTGTTTT CCATAATAGA CGCAACGCGA GCAGTAGACT CCTTCTGTTG 180 ATAAGCAAGC ATCTCATTTT GTGCATATAC CTGGTCTTTC GTATTCTGGC GTGAAGTCGC 240 CGACTGAATG CCAGCAATCT CTTTTTGAGT CTCATTTTGC ATCTCGGCAA TCTCTTTCTG 300 ATTGTCCAGT TGCATTTTAG TAAGCTCTTT nTGATTCTCA AATCCGGCGT CGTCAAAAAC 360 AGGAAGCCTG GGTAACCCAG GTAGTGCAAC AGGCGACGCA GACAGTAACG GCTGGAGTTC 420 GAAGCGCGCT GGAATCTCGG GGGACTACGT ACATAAACGC GCTAGAGGCA GTTCAGCCTA 480 ATCCTGCTAA ACCTACCGGT AAGGnTGTGC AAAATCTTCA CACCCCGCAG GAAGTCCGCC 540 G 541 (2) INFORMATION FOR SEQ ID NO: 232: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 628 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 232: AAATAAAAAG AATCATCAGG AATTCCTACA AAGATCTATA TGCCAACAAA TTGGGAAACC 60 TATAAGAAAT GGATAGATTT CTGAACACAT ATAATCTACC CAAGCTGAAT CATGAAGACA 120 TAGAAAGTCT AAACAGATCA ATAACCAAGA CAGAGTAATA TCAGTAAGAA AAACCCTCCC 180 GCTTCCCATG TTGGATCGTT CTCTCCCTTT TTAATTCTAC AGTTAGTATT AGCAGACACT 240 AGTCTTGTTT ATGTGATCCC TTTGACTCTT AGACCTATCA TTACGATCCA ACATGGGAAG 300 CAAGATACAC AGCAGACTCA TAGAATGGCA GATGTCCTAA ACAGCACTCT GGCCTCAGAA 360 TCAGCCCTTA AGGCATTCAG ATCTGGCTCA AGAGCCTATG AGAGTATTTT AGGCATGGAA 420 AGCCAAGACA CTCTGGCAAA AAAAAAAGGG GGGGGGGCAA ATGAAAGATC TCTGTGAGTG 480 AGATCCCAGT GGAAAGAAAA AGAACGGGCC ATCAAAGAAG GAGGTACCTT TCTCCGAAGG 540 AGGAGAGAAC TTCCACTTTG ACTATGGCCT TGTCGAAATA AGATTAGAAT CGGCAAACTC 600 AAAAGGCTTC CATAGTCTTG GCAACTCA 628 (2) INFORMATION FOR SEQ ID NO: 233: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 614 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 233: TAATGGAAGT AGAGAATGGG AGGGAACTGG TAGGAAGGGA GAGGTGTGTG AGGCTGGGAA 60 ACCACTACAA ACTTAATAAA AAATCAAATG CTGAGGTAGG ATGTCAACTA CGTAAAAGAA 120 AATAGACCAT AGAATAATAA ATGAAAATAT ACCAAAAGCA CTTAAACATT TTCCTACTGT 180 TGGGTAAATA GGTGAATTAC AGTTTTTAGC TTCAGGCAAT AAAAGAAAAT CTTTGTGGTA 240 AGATTTCAAG TTTTTAAAGA AGTTTATCTT CACAATTGAT CACACTGATA GGTCAAAGAG 300 TCAAAGGGAT CACACAAACA AGACTAGTGT CTGCTAATAC TAACTGATAG AATCAAAAAG 360 GGAGAGAACA ATCCAACATG GGAAGTGGGA TACACAGCAG ACTCATAGAA TGGCAGATGT 420 CCTAAACAGC ACTCTGGCCT CAGAATCAGC CCTTAAGGCA CTCGGATCTG GCTGAAGAGC 480 CCATGAGAGT ATTTTAGGCA TGGAAAGCCA AGACACTCTG GCAAAAAAAA GGnCCTAAAT 540 GAAAGTTCTT CTCTGTGAGA TCCCAGTGAG TGAGATCCCA GTGGAAAGAA CAGGTCTTCC 600 AAAAAGGAGG TACC 614 (2) INFORMATION FOR SEQ ID NO: 234: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 301 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 234: GCCnGCCAAC CCAAGGnTTT TTTACCCGGT TTTTTGGCCA CCAAATTCCC CTTCCCCGGC 60 CACCTCCAAG GGCCAAGGAA ACCATTCCCC CGGCACCCCA ACCGGACCAC TGCACTGGCA 120 AGTnAAGnCG GCATGGGCAG CAGTCGGTGC AGGACCTGCA GGATCGCTCA TTCCTGGCGC 180 TCCTCTCAGT GCGGGAGTCG GCTCTCGCGG CGnTGGGGAG CGTTGCCTGC GCCAGTAGAG 240 CCGCTGCTCC GCCAGGCGGG ATGACGCATT GGGTGCGCTT GCAAGACTGT GGGCAGCGTG 300 C 301 (2) INFORMATION FOR SEQ ID NO: 235: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 240 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 235: AACGTGGCAG ACGTGGTAAC TACGTCATCG ATAAnCAAGG CATCACGCGG CACACGAGCG 60 TGCGCCCCGA GCTCTATACT CCCTGCAAGA TTCTCAACAC GCGCAGCGCG ATCTAAAGTT 120 TTGCTGCGCG AAACGACCCT CTTACTCGCA CCAACGCACG ATTAACGGTA AAACCAGCCA 180 ATTCTAGTCG ACGCGACACG TCCGCAAnCG GGTCCCATCC TCTTCTCAGC CATCATGCAn 240 (2) INFORMATION FOR SEQ ID NO: 236: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 567 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 236: AAAAAAAAGG GnGGGGGGAA CCCAAAATTC CCCCCAAAAA nGGGTTTAAC CCAAAAAAGG 60 GAAAAAAAAC CCAACCCAAA TTTAAATTTA AAAACCCTTC CCCCCTTTAA AAATTTTTTG 120 GnAACCCAAT TTGGGAAnTT CCAAAGGGAA AAAAATTGGG AAAAACCCTT TTTAAAAACC 180 CCCAACCAAA AACCCAACCC AAAATTTAAT TTAAGGTTTC CAAAAAAACC TTTTTTTGGG 240 AGGGCCAATT TTTAAAAAAA CCCCCTTAAA AAAAAGGAAA AAAAGGAATT CCCCTTAAAA 300 AAAATTTTTG GGCCAATGGG AnGAAAGAAA CCTGGCCTAG GnATTTAACC CCTnCCCAAA 360 AnGGGATTCC TCCCCAAATG GAAGAACCTG GGGCCAnGCC TGGAATTTTC CTCCATCCnG 420 ACCACCCTnC CCnGAnCTAG GGGGGAAGAA ATGGAAAACC AnCATGGTTT AAAAAAAAAA 480 TCCCTTGTCC AATCCCAGAA ATACCGGTAA CCCCAGTTAG AnGCCTCCTC CATTTAATTA 540 AAATGGAAGG GTGGAAATTT AAAAAAA 567 (2) INFORMATION FOR SEQ ID NO: 237: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 215 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 237: CTCCATCCAG TCTATTAnTT GTTGCCGGGA AGCTAnAGTA AGTAGTTCGC CAGTTAATAG 60 TTTGCGCAAC GTTGTTGCCA TTGCTACAGG CATCGTGGTG TCACGCTCGT CGTTTGGTAT 120 GGCTTCATTT CAGCTCCGGT TCCCAACGAT CAAGGCGATT ACATGnTCCC CCAGTTGnGT 180 TGAAATAGTA ATCAGCAGGT TTTCGGGGCG AGTAT 215 (2) INFORMATION FOR SEQ ID NO : 238: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 372 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 238: ACTGACTTTG CTACTAATCA GACCTACATT TAACTCAGAT TAATAATGCT TGCTTAAGTG 60 TCGCTCCCCC TCTTCGTGGA GGAACGACAC TAAATCCTGC CTAGGCTTCA TATCCGAGTC 120 ACGGCACCAT TATGTCGCTC CCCCTCTTCG TGGAGGAACG ACACAGGACC CTGCGCTGTT 180 CTTTCGTCTG CTCGGCCCTC CCCGGGTTTG CTGCTGGTTC TTCCCGGGTT GGCTGCTATC 240 CCTTCCACCT CCGTGGAAAG GGCAGTTCCC CCTGGCCGCA TCCCCATTTC CGCAGGGAGC 300 GGCAAACCGC GGCCGGCTCT TCTCGGGGCT GCACAnATGT TTCCCTTAAA AGTTCCCCAA 360 AAAnGTTTCT GG 372 (2) INFORMATION FOR SEQ ID NO: 239: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 150 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 239: GCATGCCTGC AGGTCGACTC TAGAGGATCC CGGGCATATA AACAACGCTG CCCCCGTTCC 60 TGAAGCAGGA AGCGTACGAT AGTGAGCCAG CGGAAAGAGA AGTGCTGCAA GGCGGACCGC 120 AAGCTCTGCA GGCACCCGAT CGCACGCAGC 150 (2) INFORMATION FOR SEQ ID NO: 240: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 150 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 240: GCATGCCTGC AGGTCGACTC TAGAGGATCC CGGGGAGACG CTGAGCGCTC TCCTCGCCCA 60 CGAAAGACAC CGTGnGnGCC CGGTCCCTAG AACGGACGGT CCGCAAGGTA CTTGTACTCT 120 TGCCACTGTC TCCGCGCCTT CTCTTCTGCG 150 (2) INFORMATION FOR SEQ ID NO: 241: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 311 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 241: GAGGGAGGGG AGGAGGGAGA GAGAGAGAGA AAGAGAGAGA GGTCCTCTGT CCACTGCTTC 60 GTTCCCCAGA TGGCCACAAC GGGCCAGAGC TGAGTCGATC CGAAGTCAGG CGCCAGGAGC 120 TTCTTCCGGG TTTCACACTT GGGTGCAGGG TCCCAAGGAT CTGGGACATC TTCTGCTGCC 180 CTCCCAGGCC ATAGCAGAGA GCTATnAGAA GCAGCCAGGT ACTAGAACTG GTGCTCATAT 240 GGTATGCTGG CACTGCAGAC CAnAGCTTTA ACCCACTCTG CnACAGTGCC AGCCCTGAAT 300 GTTTTTGAAT A 311 (2) INFORMATION FOR SEQ ID NO: 242: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 150 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 242: TCTTGCATGC CTGCAGGTCG ACTCTAGAGG ATCCCCTCTG GGGTAGAAGG TTTTGGCTAT 60 GACCCGATTT TCCTGTTGCC ACACCTGGGC AGGACGTTCG CTCAGCTCAG CATTGAGGAG 120 AAGAACCGCG TCTCTCACCG GGCACTTGCG 150 (2) INFORMATION FOR SEQ ID NO: 243: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 596 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 243: GAAAATATCG GAGAGAGAGA CTAGCAAACA GCCTAGGGAA AAGCCGGACG AAAAAGGAGC 60 CGGAAGAAGC TATTGAAAGC CTAGGCATAG ACTTGGATAC GGACTACGGG GGGAAGTTGG 120 GAGAAATCTC TAAGGTCGAA AGCGAAAGTG AAAGCTAGAA CAAACAGATT CGGACGCGGA 180 CTGTGGGGAG AGGCCAGGAG AAATGAGGGA GGAATATCGT TGGAGATAGC TTGGGGAAAC 240 ATACCGGGTA GAGAAAACTG TTAGGGAAAT TGAAGCCGCG GGGGGCAGGC CAAGGCGGAA 300 ACGAAAGCCA CTTTGGGGTT CTCAGGTTAG CCCGGGAATA GGGGGCAAAA AGTTGAAACC 360 AGAAGCTGAG ACGTAAGCCA GATTGGGATC CGTCTGATTA GCCCGGGGAG CAAAGGACGG 420 GAAGCCAAAT CGTGGGGCGG AGACGTACGC TGGGTTGAAT TCGCCAGGCT AGCCCGGGGA 480 ACTTGGATTG AATGCTAGTG GTGGAGACGC AAGCTACGCT GTGTTACTCG CGGAAGCCGC 540 CGCGTGCAGA GAGAGCACGG GGCGTGAGTA GATAGGGAAC GGGGCTGGCG TAnGCC 596 (2) INFORMATION FOR SEQ ID NO: 244: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 150 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 244: ATGCnTnGCA TGCCTGCCGG TCGACTCTAG AGGATCCCCG TCACTTGCCC CCAGCTCCAA 60 ACATTGCATC GTGACCCGTG CACCTTCTTT TGCAATGCTA GAGAGAATGA TTACTGGAAT 120 ATCAATGCGT AGACGTTTCC GCTGTTCAAG 150 (2) INFORMATION FOR SEQ ID NO: 245: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 489 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 245: TGTTCTGGGC AGGGTTTTCT GAGTAAGAGC CCCAAAACAC AGGCAGAGAT ATTCAAAGTT 60 TCACATTTGG GTTAACTGGA TCATATTTTT GCACGTTCAT GGCTGAAACA AGGTCTTAAC 120 AAAACTCAAA ATTGACAAAT GAAATCATGT CACATTAAAA TGCTTCTGTA CAAAAGACAA 180 GGTTTTATTT GTTTGTATGT TTTTATATAC CTGACTCTGA AAACCTTATG CnGGGGCTGG 240 TGCTGTGGTG TAGCAGGTAA AGCCGCTGCC TGCnGTGCCG GCATCCCATA TGGGGGCCGA 300 TTTGAATCCG GCTGTTCCAC TTCTGATCCA GCTCTCTGTT ATGGCCGGGA AAGCAGTAGA 360 AGAGGGCCCA AGCCCTGGGT CCCTGCATCC ACTTGGCAAG ACCCGGAAGA AGCTCCTGGC 420 TCCTGCCTTG GACAGGCGCA CTCCTGCTAA GCGGCCAACT AnGGAGTGAA CCAACAGATG 480 GAAGACCTC 489 (2) INFORMATION FOR SEQ ID NO: 246: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 172 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 246: CTAAAGTTnC CCCGGGGGCT AAGCCCTTGG CCGAAATTnC AACCCCAGCG TACGTCTCCC 60 GCCCCCACGG TTTGGCTTTC CCGTCCTTTG CTCCCCGGGC TAATCAGACG GATCCCAACC 120 TGGCTTGCGT CTCAGCTTCT AGTTTCAACT TTTCGCCCCC TATTCCCGGG GC 172 (2) INFORMATION FOR SEQ ID NO: 247: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 617 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 247: ATCAGAAGTG GAGCAGCCGG GTCTGGAACC GGCACCCATA TGGGATGCCG GCACTTCAGG 60 CCAGGGCGTT ACGCnTGGCA CCACAGCGCC TGCCCTGAAA CCTTTTCTTT TACACAAAAT 120 GCAGATGGCT AATACTTCCA CTAACAATGT CCAGTATCAG GTTCAGCTAT GGTTTCTCTA 180 GCTGGGTGTG ATACTTCCTT ATTTTTACTT GAAAAGCACA GTGACAAAGA GAGAGGGAAA 240 GACACACATG GCTGGGCCAA GAGGAAGCCA GGAACCAAGA ACTCCACCCA GGTCTCTAAC 300 GTGGATGGCA GGGCCCCAAG TATTTGGGCC ATCCTGCACT GCTTTCCCAG GAACATTAAC 360 AGAGAGCTGG ATTGGAAGCA GAGCAGTCAG GATTCGAACC TGCACTCTGA TATGGAAGGC 420 TGGCATCGCA GGTGGCAACT TAGCCTGATG GACAACAATG CTGGCCTTGT GATGTTTATT 480 TTTATGATTT TCTACAGCAG AAACAGCAGT TCCCAAATGC AGATATTTCC AAGCCTGCAT 540 AGACTCATAC TTCCTTTCAG GTAGCAGTGA CTGAGAATAG AATCTGCAAT CCCAGTGTTA 600 TCAACATTAC ATTCTAG 617 (2) INFORMATION FOR SEQ ID NO: 248: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 170 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 248: CCCCGGGCCC AATTTAAACC GGGCCCCnTT CCTTTCCCCC AAAAAAATTT GGCCAAACCC 60 CGGGAAGGnT TAAAACCCTT TTAAATTTTG GTTGGGCCTT TTTTGGGGGn CCAnTTAAAA 120 AACCTTTCCC CAAACCGGGG GAACCTTCCA AACCCTTTTC CTTCCCCCTT 170 (2) INFORMATION FOR SEQ ID NO: 249: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 585 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 249: GAGCATTTTG AGAGGCAGCA AGTGATGGCT CATGTAACAG GTTTCTGGCC ACCTGTGTGG 60 AGGAGCTGGA TTGAGTTTAT GGCTGCTGGT TTTGATCAGG GCCAGCCCTC ACCATTCTGA 120 CCATCAGCAA AATGAACCTG TAGCTGAATG CTTCTCTCTC TCTCTCTCTC TCTCTCTCTC 180 CCCCCAACCC CATCTCTCTC TCCCCGGTCT CTTTCTCTGT CTCTACCTTT CAGATGAATT 240 TTTTTTAAAA AAATTAGTAT TTTGATGCAA AATTGTTTGA CATCTCTGAC CTTTTCATAA 300 TACACCTTCT CCATTATCTT TTTGAGGACT GCTTTAAGCA TAGATTTGTA TGTAGATATA 360 GATGTCTTTC GTCTTTTTTA AAAAAGATTT ATTTATTTGT TTTGAAAGTC AAAGTAACAG 420 AAAGAGAGAG AGAGAGAGAG CTCTTCCGTT AGCTTGGTCA CTCCCCAGAT GGCCTAACAG 480 CCAGCACTGG GCCAGGCGCC GGGTCTCCCA CACAGATGGC AGGGACCCAA ACACTTGTGT 540 CAACTTCTGA TGCTTTCCCA GGCCATTAGC AAGGAGGTGT ATTAG 585 (2) INFORMATION FOR SEQ ID NO: 250: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 566 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 250: AACCAGGACA GAATCCGGCG CCCCGACTGG GACTAGAACC CGGTGTGCCG GCGCCGCAGT 60 GGAGGATTAG CCTAGTGAGC CGCAGCGCCG GCCAGGAATA AAGTTAATTA AGTAGGTGAA 120 AGACTTGTAC ACTGAAAATA CAAAACAAAT TAGAGAGTAC AAAAATAAGT GGAAAGACAT 180 TCCAGGTTCA TGGATTAGAA GGTTTAACAT TATTAAAATG TAGTTTAAGG GGACAGCATT 240 GTGGCACAGC AAGTTAAGTC ACCGCTTCCA ATGCCAGCAT CTCATATCAG AGTGCTGGTT 300 TGAGTCCCAG CTGCTCCTCT TATGAACCAA CTTCCTGCCA ATGCACTGGA AAAGCAGCAT 360 ATGATGGGCC CTACCACCCA TGTGGGAAAC CCAGTTGAAG CTCCTGGCTT TTGGTCTGGG 420 CCTGGCCCAG CCCTGGCAGT TGAGACCATC TGGGGAGTGA ACCCATGGAA GATCTGTGTG 480 TGTGTGTGTG TGTGTGTGCG TGACTGTGCA TGGAAGATCT GTGTGTGTGT GTGTGTGACT 540 CTGCCTTCAA AATAAATTAA GAACCG 566 (2) INFORMATION FOR SEQ ID NO : 251: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 441 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 251: AGGAGGTTAA GACCTAGTGA ATGCGTGGAG CTTATGAACT GGAACTGTGA AAAAAAAAAA 60 AAAACTGAGG ATGTGTGGGA GAACTCAGGG TGTGCCTGAG AAGTGAGTAC TCTCCGTGGG 120 AGACACCACA AACTTGGTAC CCTTGGCTAC CCAGTGAGAG CCATTGCAGG GGAATCTGAG 180 CTTACACTGA GGACTGAACA GATCCTTTGT GTGGTCCTTG GGACAGAGCA GAGGAATATT 240 ATACACACTG GGGCTAGCGC CCAGGCACTG ATTGCCATCA AGGAGAAAAG CTCAGCTGAG 300 CAAAATTACT TCCCTTCTGA ACACAAAAAG AGAGAGAGAA GTTTACTATG CCTAACCTGG 360 GTGTGTCACC TTTGGGCACA CCCTTAACCC TGAAGAACTG AGCCGAGCTC TCTGGnCCAA 420 ACCCGTCAAA AGCCTCTAGn G 441 (2) INFORMATION FOR SEQ ID NO: 252: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 486 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 252: ATGCCCAAGT CCTTGGGTCC CCGCACCTGC GTGGGAGACT GGAAAGAAGC TCCTGGCTCC 60 TGCCTTCGGA TCAGCGCACT CCTTCTGTTG CGGCCATTCG GGGAGTGAAC CAACGGATGA 120 AAGACCTCTC TCTCTTTCTC TGCCTCCTGC CTCCTGGnCC TGCCCCTGCC CCTTCCCCTT 180 nCCnTACCCC TACCTCTATC TCTACTTCTC TGTAAGACTC TTCATTTCAA ATACATAAAT 240 AAGTCTTAAA AAAAAAAAAG CCAAAGTTTT CTACAGTTTC ATTGGTTCCT GGGAAAAGAT 300 GCCACCACAG TGATTTGCCT CCCAGCTGTG AGCATTCCTC CTTACCCTTA TCGGACCCAT 360 CAGGATGCCT GGTCCAAGTC GCCCACCGTG CATAGGCATA CAGTGGATCT TGGGTGCCTG 420 CTTCTGTGCA CATCCAATCT ATCTTCCTGA CCTCTGGCCC AGAATTATGG TCCTTGATCC 480 TCCATG 486 (2) INFORMATION FOR SEQ ID NO: 253: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 478 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 253: nGGAACCCnT GATAAGCAAG TGGCCAGGTG AAGGTGGAAA AATCAAAAAA ATATGGCATG 60 ATATTATAGA AGCCAAGTAA AGAACATGGT TATATAGAAG GAAGTGACCA GCTATCTCAG 120 AAACTGCTAG CTAAGTCATG TACAATGAGA ACTGAGGGAT AATACTTATA AAATGAGAAG 180 GTAGAAGGAA TATGAAAATT GTCTACCAAC CTCTACCCAA AGCTATACCA CTTTCCAGGC 240 ACCCTTGAGA GATCTTCCAC CATGTCTATA CACACAGATT TACTTGTAAT GTTAGTAGTA 300 GTTAAGTCAT TTGCATTTTG GAGCTTTATA TGCCCATGGT TTATAAACAG AAACAGAAGT 360 TATTAAAATT TTAGAAAGCA TAGGAATACT GAGGATCAGT CTCCCAGTAC TACTATTTTA 420 AGATTTTATT TATTTATTTG GAAAGAGTTA CACAGAGAGA GGAGAGGCAG AGAGAGAG 478 (2) INFORMATION FOR SEQ ID NO: 254: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 464 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 254: AATGCTGGAG AGGATGTGGT GAAAAAGGTA CCCTAATCCA CTATTGGTGG GAATGTTAAC 60 TGGTAAAACC ACTATGGAAA TCAGTTTGGA GATACCTCAG AAATCTGAAT ATAGACCTAC 120 CACATGATCC AGCCATTGCA CTCCTGGGAA TTTACCCAAA GGAAATAAAT CAGCAAAGTA 180 AGGAGCTATC TGCACCCCCG TGTGTATTGC AGCTCAATTC ACGATAGCTA AGACATGGAA 240 TCAACCTAAA TGCTCATCAA CTAAGACTGG ATAACGAAAT TATGGGATAT GTACTCTATG 300 GAACACTACA CAGTGGTAAA AAAATGAAAT CCAGTCATTT GCAACAAAAT GGATGAATTT 360 GTAAAACATC ATACTTAGTA CGATAAGCCA GTCCCAAAGG GACAAGTACC ACCTGTTCTT 420 CCTGATCTGT GATAAGTAAT AGAGCACCTA AAAGAAAATC TGTA 464 (2) INFORMATION FOR SEQ ID NO: 255: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 466 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 255: CCTTTTTACT TGTTGAACTC TTTATTTAGT GGAGCGTTAA GCCTGTGATG CTAAAATAAA 60 TTAAAAATAT GTTATTGCCA AAATTAAAGG GAGAAGGGAG ACTGGGAnGG TGAGAAGAGT 120 GGAACTAAGT ATCAAATTCT TAGGACTGTA TATATGAACT ACTTGAAAAC TGTTCTCTTT 180 ATATTAATAA AAATTTAACA TAAAAGCACT GAAAAAACTA GTATATTTAA ATCCTCTACA 240 AAATCAATTG CTATGTATTT CTACCTTCAA ACCCATAAAT ACTTGCTTTG TGTGTGTGTG 300 CAGTGTGTGT GCATGTACAT ACCTAGACAC AAAAAAACTG TATGTGGGGC TGGCGCnTGG 360 CACGCTGGGT TAATCCTCTA CCTGCGGCAC CGGCATCCTC TATGGGCTCC GAnTCTAGTC 420 CCGGnTGCTC CTCTTCCATC CAGCTCTCTG CGTGGGCCCA GAAAGG 466 (2) INFORMATION FOR SEQ ID NO: 256: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 451 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 256: CAAAGTCACT ACTTATCAAT AGTCATTTTG AATATAAATG GCCTCAACTC TCCAATTAAA 60 AGACGCAGAC TGGCTGAATG GATTAAAAAA CAAACCCATC TACTTGCTGC TAACAAGAAC 120 ACATCTTTCA ACAAAGGTGC ATGCAGACTG AAAGTGAAAG GTTGGAGAAA GATATTCCAT 180 GCCAACAGAA ACCAAAAAAG AACTGnCATA GCCATCTTAA TATCAGACAA AATAGACATT 240 AACACAAAAA CTGTTAAGAG AGACAAAGAG GGGCACTATA TAATGATTAA GCGATCAATT 300 CAATAGGAAG ATGTAACTAT TATAAACATA TATGCAACCA ATTACAGGGT ACCGGCAGTG 360 CAAAATAAAT GTTAATGGAC CTGAAAGGAA ACAAAACTCC AATACAATAG TAAAGAGGGA 420 CTTCAATAGT CCACTTTCAG CAnGGACAGA T 451 (2) INFORMATION FOR SEQ ID NO: 257: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 638 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 257: CAGAACCATG GGAAACCACT ATGAAAGAAG GTGAAGGCAG AATATTTCCC AGTAAAAGTA 60 CAAAGGAAAC TCAAAGTAAA CTATAGGAAT ATCTGTGGGA AAATGGTAGG GCCAAGTTGT 120 TACTTATCAA TAATCACCTT GAATGTAAAT GGCCTCAATT CTCCAATTAA TAGATACAGA 180 CTTGCTGAAT GGATTAAAAA ACAAAGCTCA TCTATTTTCT GCCTTCAAGA AACGAATCTC 240 ACCAACAAAG GTACATGCAA ACTGAAAGCG AAAAGATGGA AAAAGATATT CCATGCCAAC 300 AGAAACCAAA AAAGAGCTAG TGTAGCTATC CTAACAGCAA AACAAAATAG ACTTTAACAC 360 AAAAACTGTT TGAAGAGATA AAGAAAGGCT TATGCAATGA TTAACGGATC AGnTTACCGG 420 GAGATGTGAC TATnTAAnGT ATAnGCACAC nTTACAGTAT ACTGAAAACT GCTCCTGATG 480 AnCATGGTTC ATAGAGAnAT CAnAAGAGAA ATAAGAAATA AAAAACTGTT GAGGGACTTT 540 AACAAAATAA GAAGTATGAC TCTGTGGATT ACTGTTATnA CTATTATGAT CATAAACCTG 600 CTCTGATAAG CGCTTTnCAT ATATCACTTC TATCTTTA 638 (2) INFORMATION FOR SEQ ID NO: 258: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 406 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 258: AGTCTCTnTC TCTCTCACTG TCCACTCTGC CTGTCAAAAA ATAAAAATAA AAACAAAAAA 60 TAAAAAAAGT ATCTCTTGTG ATTGAAATTT GTGTTTTTTT TTATTTAACT CATTTGCATA 120 TCTTTATCAA CATTTTGGCC ATCTGTTTTA TTCTCTGAAA TATCTTTTTG TGAAGTCTAT 180 TTAATTTTTT TCTGAAGATT TACTTGTTTA TTTGAAAGGC AGAGTTACAG AGAGGGAGGG 240 TGAGACAGAA AGAGCTGAGA GAGAGAGTGT GAGAGAGAGA TGGATCTTCC ATCTACTAGC 300 TCCTTCCCTA AATGGCTATA ATGGCAAGGA CTGGGGCAAG TTTAAGCTAG GAGCCAGAAA 360 CTCCATGCAA GTCTCCCATG TGGGTGGCnG GGnCCATGTA CTGGGG 406 (2) INFORMATION FOR SEQ ID NO: 259: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 443 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 259: AGAGAGCTGG ATCAGAAGTG GTGCAGTTGG GACTTGAACC AGTGCTCATA TGGGATGCCT 60 GTGTCTCAGG GTTAACCTGT ACCACAATGC CTACCCTCAT TATACCACTA ATAATCTGGA 120 ATCAGATTCA TTATTGCTTC AACTCCTGGT AAGGAGTATA GATCAGTAAA GGTTCTTAGA 180 GTAGATTAAG ACAAGCTGCC TAAAAAAGCA AAGGTTTGAA GTAATAAGCT CTTGGAGAAA 240 ATAGATGTTG TCGAAGGGAA TGCTCGAGTG ATTCTAATAA ACCGTCATTC CCTGTGATTG 300 CTTTACATGG CGTGCAGTGC ATTTGGAACA AGACAGACGC CAAGTCAAAT CCTATTCCTG 360 GCTATATGAT GTTGACTGGA GATAGTTCCC ATCTCTGAGA CCCAGTTCTT ACTGGGTAGA 420 CTGTGACACT GGCTGTCTCC AAG 443 (2) INFORMATION FOR SEQ ID NO: 260: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 656 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 260: AGGTCTTTAA TCCATGCTGA GTGGATTTTT GTGTAAGGTG CAAGGTAGGG GTCTTGCTTC 60 ATGCTTCTGC ACGTGGAAAT CCAGTTTTCC CAGCACATGG AACCCCAAAC CCCCTTAAGA 120 TGGTATTTTT ACCACCCAGC CTAAGTGTTA AAGTGATCAT ATGGATAGGA TTGAGTGTCT 180 GGTAATAATA ATAGATAGAA TTTAAAAGGA GTGAATGCTT CAACATGGGA AGCAGTCCAC 240 ACAGCAGACT CATAATTGCT TTAAAAAGCA CTCTGACCTC AGAATCAGCC CTTAAGGCAT 300 TCTGGTCTGG CTGAAAAGTC CACGAGAGCA TTCAGACATG GAAAGCCAAG ATATTGTGAC 360 AAAAATGTCC TACACGAAGG ACTTAGATGG TGGAAAGAAG TGTCCATTAA AGAAGGAGGC 420 ATTTTCTCTA AAGAGAGGAG AGAACTTCAA CTTTGCTTAT GACCTTGTCT AACTACGGAA 480 TGAGTTTGTG GATTCAGAAG GCTTCCATAA CCTTGGTACC TCATGTCAAG AGCCTCAGAT 540 GATCACTGAC ATCATACTTA AGAATGTTAA TTGTTGGGGC TGGTGCTGTG GGCACAGCAG 600 GTTAAAGCCC TGGCCTGAAG AACTGGGCAT CCCCATATTG GGCACCAGTT CTAGTT 656 (2) INFORMATION FOR SEQ ID NO: 261: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 480 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 261: ATCAGTGCCT TGTAATTAGG TGCATATACA TCTATAATAG TTACATCTTC CTGTTGACTT 60 GATCCCTTAG TCATTATATA GTATTCCTCT CTGTCTCCCT TAACTGTTTT TGTGTTAAAG 120 TTTATTTTAT CTGATATTAA ATGGCTATGC CTGCTCTTTT TTCATTTCTG TTTGCATGTA 180 ATATCTTTTT CCAAACTTTC ACTTTCAGTC TGCATGCATC TTTGTTGGAA AGATGCATTT 240 CTTGTAAGCA GCAAATAGAT GGGTTTTGTT CCTTAATCTA CTCAGCCATT CTGTGTCTTT 300 TAACTGGACA GTTGAGGCCA TTAACATTCG ATATGACTGT TGATAAGTAG TGACTTGCCC 360 TGCCCTTTCC CAAAGATATT CTAATATATG CTTGAACTCC GTGATCTTTA CGTGAGGTTT 420 TCTCCTTACC TCTTCATATG AGGCCAGTTT CGTGTGTAAC ACATATTATG CATTTTTGCA 480 (2) INFORMATION FOR SEQ ID NO: 262: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 538 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 262: CnAAATTCAA AAACCCTGGA GGATGACATA TATTAACCAC TTATTCCAGT AGTAGCACAT 60 GTACGGCTAT TATAAATATA GATGTATTGG GGTAGCTATT GCTTACTTAA CTATTTAAAT 120 AGTCATTGGC TTAGCTTGTA TAGGTCAGGC TCAGCCGAGT AGTCCTGGCT TTCACTGGGC 180 TACCTGGTGA ATCTTGAACC CGTGATATAC CAGGGAGGTG TCTCTGCTTC AGAGTATGGC 240 TGGTTGTTGC CTGGGACAGT GGAACCAATG GCCCAAATGT CTCTCATCTC CAAAAATAGC 300 CCAAGCTTTT TCACATAGTG TTTCCAACGA TCCAACAGGA AGAAAAGCAG GCAAGGCCTG 360 GAGACTTAGG CTCAGAACCA GCTTACCTTC ATTTCTGCTG TGTTCCATTC ACAAAAGCAA 420 ATCACAAAGC CAGCCCACAT TGAAGGGGTG AGAAATAATT TTTTTTTTGA CAGGCAGAGT 480 TAGATAGTGA GAGAAAGAGA CAGAGAGAAA GGTCTTCCTT TTCCAATGTT TCACCCCC 538 (2) INFORMATION FOR SEQ ID NO: 263: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 681 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 263: GCnCTTCCAG AAAAATCTTA TTTACTACTT TGGCCCTAGA AATCATAAAT GACTATGATA 60 GAATGTAACT TTTAACAGAG GTGAGGAAGG CATGGTTTAA TATCCAGTTT TGAGAATACA 120 ATTTTCATTT GTATTTTATT GATGTTTATA GTTCTTTTAA GATTTATTGA TTTATTTGGA 180 AGTCAGAGTT ACAGAGAAGG AGAGGCACAC ACACAGAGAG AGAGAGGTGT TTTCCATCTG 240 CTGGTTCACT CCCCAATTGG CAGCAGCACC ACAGCACCGA CCCCTTATAG TTCTTTTCAA 300 ATCATTTTAC ACTGTCTTTT TATTCATCTA GTACAGAGAC AGAAGAATGG ACACAGAGCT 360 AACATAGCTG AGTATTCAAG GAGACAGGTT AAGGGGTTAA ATGCCTCATA TCATATTATT 420 TATACCTTAG ATTAATTCTG GGGACAGTAT TATCTGGAGT TTACAAAGTA GAAACTGAAT 480 GGAAAGAGCT TAGAAAAATA CGGTGTTTTT TAATATCATT AAAAAGGCCA ATCAAGGGGC 540 CAGCACTGTG AAATAGCAGG TAAAGCTACT GCCAGCATGG ACATTCCATA TGGGTGGAGG 600 TTGAGCCCGG CTAGTCTGCT TTCAATCCAA CTCTCTGCTA TGGCCAGGGA AAGCAGTGGA 660 AGATGGCCCA AGTCCTGGGC A 681 (2) INFORMATION FOR SEQ ID NO : 264: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 653 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 264: TGGCTTCTAG CTTGGGATTG GCTCAGCTCC AACTGTGGCA GCCATCTGGG GAGTGAACCA 60 GTGGATGGAA GACCTCTCTT TCTCTCTGCC TTTGCCTTTC TGTTAACTTT GCCTTTCAAA 120 AATAAATAAA TAAAAAGAAT TGAATTAGAG AACATCTAGC TAGTGTCCAC TATAGAACTG 180 AATATTCATT TAAAAAATGG TTAGAGAGTG TATAGGGCAA AAGAAAGGGC TGCTTTCTCA 240 AGTACATCGT CAATTCCCAG GGAGGCTGGG ATCAGCTTGC CTTGGGGTTG GTCAGGAGAA 300 TGTCAAGGAT TACAGCAGCT CTTAGAGCCT GGTTGTGAAG GGAAGTAATG GTGATCAAAT 360 GAGAATTGTA CCAGTGAAGG TCAGCAGAAA GGACCAGCTC TGCTGCTGAT GGTGGGGATG 420 TAAGAGGAGC TTGGAAGCTA CTGCAGTGAA TGTGAGCTTT GGAGATTTAT GTATTTGAGC 480 TGTACAACTA TGGGGAAGAC TTTTTTTTTT TATCnTGTAA GCTTCAATTT TTCAAACTGT 540 GAAATGGGGC GAATAATTAT AGACATAAAT ACAGAGCAAC AGTTTTGAAA TACCATAAAC 600 CTCATGTCCT TCAACCAGTG nTATTCATAC CnTATAGGGG TATTGTGAGT TCC 653 (2) INFORMATION FOR SEQ ID NO: 265: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 459 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 265: TGGTGTTCAA AAGAGGAAAT CCAAATGGCC AACAGGCACA TGAAAAAATG TTCAGGATCA 60 CTAGCAATCA GGGAAATGCA AATCAAAATC ACAATGAGCT TTTACCTCAC CCCGGTTAGA 120 ATGGCTCACA TTCAGAAATC TACCAGCAAT AGATGCTGGC GAGGATGTGG GGGAAAAGAG 180 ACACTAACCC ACTGTTGGTG GGAATGCAAA CTCGTCAAGC CACTGTGGAA GTCAGTCTGG 240 AGATTCCTCA GAAACCTGAA GATAACCCTA CCATTCAACC CAGCCATCCC ACTCCTTGGA 300 ATTTACCCAA AGGAAATGAA ATTGGCAAAC AAACAAGCTA TCTGCACATT AATGTTTATT 360 GCAGCTCAAT TCACAATAGC TAAGACCTGG AACCAACCCA AATGGCCCAT CAACAGTAGA 420 CTGGGATAAA AGAAATTATG GGACATGTAC TCTATAAAA 459 (2) INFORMATION FOR SEQ ID NO: 266: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 707 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 266: GGAGTCTAAA AATATTATTT CATAGAAGTT AACAATATAA TGATGGAGAC CAGAGTTGTG 60 GCACAGTGGG CAAAGCTGCC ACCTGTGACA CCAGCACCCC ATGTGGGCGC CAGTTCATGT 120 CCCAGCTGCT GCACTTGCAG TCCAGCTCCC TGCCAATGGT TTGGGAAAGC AACAGAAGAT 180 GGCCCAAGTG TTTGGGTCCC TGCCACCCAC GTGGGAGACC TGGGTCAAGC TCCTGGTTCC 240 TGACTTTGGC CTGGCTCAGC ATTGGCCATT GCAGGTGTCT AGGAAGTGAA TCAGCAGATA 300 GAAGATCTCT CTCTCTCTCT CTCTAACTCT TTCAAAATAA GTAAATAAAT ATTTTTAAAA 360 TATATATGGT GGATATCAGA CGCTGGGGAG GGAAGTAGAG AGGGAGAGAT AGTGAAAGGT 420 CTATGGTGGG TACAGCTGAA GAAAAGTGAG AAATTCTGAG GTTGTATTGC ACCATGTGAC 480 AACAGATAAT GTGTGCCAAC AGATAATGTA CCATACAGTT CTACATTTAA GAAAAGAAAA 540 CTAGAAGATA CAATTTTGGA TATTTTCACT ACAAAAGAAA ATGTTAACAA TTTAAGGAGA 600 TAGATATATG TACCCCACTA GACATTTAAC AAGATAGACA TGTATCAAAA TGTCAAATGC 660 TACCCAATAA ATATTTATAA ATTGTAAATG TCTGTTAAAT TTTAAAA 707 (2) INFORMATION FOR SEQ ID NO : 267: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 639 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 267: TGAGAGGCAA AATGTAGAAA GAGAACAGAG AGAGAGAGAG AGAGAGAGAG AGAGCGAGCT 60 TTCATCTGCT GGTTCACTCC CAATTGCAGA ACCAGCCAGA GACAGTATAG GCAGAATCCA 120 GGAGCTGGGA ACTCTGTCAG GGTCTCTCAT GTGGGTGGTA AGGGCCCAGA TACTTGGGCC 180 ATCTTCAGTT GCCTTCCCAC ACGCATTAGC AAGGAGCTGG ATCAGGACTT GAACCAGCAT 240 TCTGATATGG GATTCTGACA TTACACACAG CAGCTTAACC CACTATGCCA CAGTGGCGGC 300 CCTTGCCCTC ATCCTTAATA ACCTATATAC TACATCTGCC TGACTACTAT CAAAGTGGCA 360 GAACTTGGGA GCATCTCAAG ACATAGGAAT GGTGTAAGAA TTTTACTAGT GGGGCTGGTG 420 TTGTTGCACA GTGAGTTAAG CCGCTGCCTG CAATGCCGGA CTTCCCATAC GGGTGCCAGT 480 TCAAGTCCTG GCTGGCTCCA CTTCTGATCC AGCTCCCTAC TAATGCACCT GGGAAAGCAG 540 CAAAAGACAG TGCAAGTGCT TGGGCCGCTG TCACTCATGT AGGAGACCTG GGTGAAGCTn 600 CCTGGGCTCC TGGGGCnTTC AGCCTGGCCC AGTTCCTGG 639 (2) INFORMATION FOR SEQ ID NO: 268: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 550 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 268: TGCCTTTCAA ATAAATAAAA TAAACCTTGA AAAGAAAAAC TAATAGATTA TTAAAGGACG 60 AAAGAAGCTT GAATACAATT GCTTTTTAGC AAGTGTTAGT TATTTTTGTG AGGACACGAT 120 CCACCTCGGT GTCCTTGAGT GCAGCCTCTC AGGGCAGTCA CAAGTCTTCA GAATTGGTCT 180 TAAAAGTCCT TTAGGAAGCT GCAGCGTTGG AGGGGGTCCA AAATCTGACA CCTCCAGGTT 240 CTCCTCACTG ATGGGGAGAT CATGGCTTCT CAGCACAGCA CCAACTGGGG TTAGTGTTTT 300 ATTTTGTGTT TAGATTTATG TACTTGACAG GCAGAGGGAG AGAGAGAGAG GAGAGAGAGA 360 GAGAAAGAGA GGAAACCTTC ATCTGTTGAT TCACTCCCTA AATGTCCATA ACAACTGGGG 420 CTGGACCAGT CCCAACCCAG GAGCCAGAAA CTCTCTCTGG ATCTCCCATG TGGACTGTAG 480 GGACCCAAGC ACTTGGGCCA TCAACTCCTG CCTTCCAGAT ACATCAGCAG GAAGCTGAAT 540 CAAAAGTGCA 550 (2) INFORMATION FOR SEQ ID NO: 269: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 541 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 269: GTTGGGGGAT CTGGGATGGA GCTCAAGAGT TCCTGGCTTC TGCTTGATTG AGCTCTGGCC 60 ATTTTGGGAA CGAATCAGCA GATGGAAGAT CTCTTGCTCA CTCTTTTATT TTTTCAAAGC 120 TTTATTTTAT TTATTTAAAT GGAAGAGTTA GAACGCTCTT CCATCCACTG GATTCACTCC 180 CCAAATGGCA GCAATGGCCA GCGCTGGGTC AGGCTGAAGC CAGGAATTTC TTCTGGATTT 240 CCCACATGGC TGCAGAGGTC CAAGGACTTG GGCCATTCTC CACTGCTTTC TTGGGCACAT 300 TAGCAGGGAG CTGGATCAGA ACTGGAGCAG CTGGGACTTG AACCAGTGCC ATATGGGATG 360 CGGGCACTGT AGGCAGCAGC TTTACCTGCT ATGCCACTGC GCTGGCCCCA TTCTCTCTTT 420 CTCTGTCTCT TTCATTCTCT CTCCCCATCC ACCATCTCTC TGTCACTTTG CCTTTGAATA 480 TATGAAAGTG ATTTTTAAAA ATnAAAGTAA TTCTTAATAA TATCAGGAAA TGAATTCTAT 540 A 541 (2) INFORMATION FOR SEQ ID NO: 270: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 478 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 270: CGGTTTATTT AAAAGATATG TTAAGGGACT TAAAGGGAGA CTTAGACTCC AATACAATAG 60 TACTGGGGGA CTTCAATACT CCACTCTCAG AAATAGACAG ATCAACTGGA CAGAAGATCA 120 ACAAGGAGAC AGTAGATTTA AATGACACTA TAGCCCAAAT GGACCTAACA GATATCTACA 180 GAACTTTTCA TCTGACATTT AAAGATTTTA CATTCTTCTC AGCAGTGCAT GGAACCTTCT 240 CTAGGATTGA CCACATCCTA GGCCATAAAG CAAGTCTCAG CAAATTCAAA AGAATTAGAA 300 TCATACGATG CAGCTGCTCA GACCATAGCG GAATTAAGTT GGAAATTATC AACTCAGGGA 360 ATCCCTAAAG TACACAGAAA CACATGGAGA CTGGAACAAC ATGGCTCCTG GAATGAACAG 420 TGGGTCATAG GAAGAAATCA AAAGAGAAAT CAAAAACTTT CTGGAAGTAA AGGAGGGT 478 (2) INFORMATION FOR SEQ ID NO: 271: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 416 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 271: GAATTGAGCn CGAAACAGGT GTAnCCATAA GTTTTGATAT GTTGTCATGT CACATCATTA 60 GTTTCCAGAA AATTTTTGAT TTCTATTTTG ATTTCTTCTA TTACCCAGTG TTCATTCAGG 120 AACTTGTTAT TCATGTGTTT GCATATGCTC TAGATATTCC CGAGTTGCTG ATTTCCAGCT 180 TTTTTCCACC ATGGTATGAG AAGCTGCATG GTATGATTCC AATTCTTTTG ACATTGTTGA 240 GACTTGCTTT ATGGCCTAGT ATGTGGTCAA TCCTAGAAAA AGTTCCATGT ACTGCTGAGA 300 AGAATCTGTA TTCTTCAAGT GTAGGAATAA AAGTTCTGTA GATATTAGAT CCATTGGGCT 360 ACAGTGnTGA TTAAATCCCT GnTTCCTGnT GGATTTCGTC GGGGACCGTC CATGCT 416 (2) INFORMATION FOR SEQ ID NO: 272: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 474 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 272: TTGTTCTTAC TGAAGTGCAT CAGTGGCCTC TACCCTGCTT CTGCTGCCTT CCGCCCTCCC 60 TGGCCAACAA GCACTTGGAA GAGGAGCCCT GGATGAACGT TGTAAACAGA CCTCAAGACT 120 CCCTTGGGAT GCTGGCATCC CAGTTCCTAG CGCCTGGGTT CCAGTCCTCT GCTTTCCTGT 180 CCCTGCCGGC TAAGTGGGAG AACTGGATTG GGAGCAGGTG CAAGCATCTG GGGAGTGAAC 240 CAGCAGAGAG GGGACCACGT TTACTCCTTT TCTCTCTGCC TCTCAGATAC ATGCAGATAT 300 ATACAAGTTT AAAAGGAATG CTTCGGTTTT TGGCAAATTA TTTGTTAATA AAAATTTAAA 360 TATTTCTGTC ACTTTTTAAA CATTTATTTA TTATTTGAGA GAGTTACGAG AGGGAGAGAC 420 AGAGAGAGGT CTCTATCTGC GGTTCACTCC CCAGGTGGGC TGCAAGGGCC AGGG 474 (2) INFORMATION FOR SEQ ID NO : 273: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 427 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 273: CGGACTGTGC CTGCATGGCC TGCATGTGAA CAGACTTGCC ATTGGCTGGG AGCGTCCTGC 60 TAGGGGAACC TAGGGTATAT AATGGGGATA GGATTGTGTA GGGGGATGAG GGCTTGGCTT 120 CTTTTCTTTC GCCTTGCATC TGGATGAATA AAGTTCCATG AGAACCGAGT AAGCAGCGAT 180 CGTGTCGTTA CTATGCTGGA CTCTCGCGGG CAAGCGTCCG GCAGCCCCTA GACTCAAATG 240 TTGTCAGAAG TTTGAGAACT GCCATCCTAA AGAATTTCTG ATGGGGCCAG TACGGTGGCA 300 TAGCAGGTTA ACACAGTGTC TGCAGTGCTG GCATTCCATA TAGGCGCTGG TTCGAGTCCT 360 GGCTGCTCCA CTTCCAATCC AGCTCTCTGG CTAATGGCCT GGGAAAGCAG CAGAGGGATG 420 GCCCAGG 427 (2) INFORMATION FOR SEQ ID NO: 274: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 616 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 274: CATCACCACC ACAAATGAAA ACTTAAGCAT GCACTGGTGA TCCACAGGAG AATGGAATTC 60 CTCTCTCCTA TAGGCCTGAG CACCACCCTG CAGGAGGGGC TTTAAAAGGC AGATGCAGCA 120 CATCTTTGAA TACCTTGTTT CTACTTGTGG TTGTGTGATT TTCTTTTTTT TTAAGATTTT 180 CTTTATTTTA CTTGGGAGGT AGAGTTTGAG ACAGTAAGAG GGAGAGACGG AGAGAAATGT 240 CTTCCCTATG TTGGTTCATT CCACAAATGG CTGCAATAGC TAGAGCTGCA CCAATCTGAA 300 GCCAGGAGAC AGGCACCTCT TTCTGGTCTT CCAAATGAGG GCAGAGGCCC AAGGATCCAG 360 GCCATCCTCC ACTGCTTTCC CAGGCCATAG CAGAGAGCTG GATTGGAAGT GGAGCAGCCG 420 GGGCTAGAAT CAGCACCCAT ATGTGAACCT GTGCTGCAGG CAGAGGATTA ACCTACTGCA 480 CCACTGTGCT GGGCCTGGCT GTGTGATTTT CAGCATTTAG CATTGGAGCA TGGGTGTGTC 540 ATGGTTGGCC ATTCCCTAAC ACCATGGCTG ATCTCTACTC AGGTTTGCAG TTTTAGGCAA 600 CATTTTGAGC TGCACA 616 (2) INFORMATION FOR SEQ ID NO : 275: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 484 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 275: TGTGATAnTC TGnACTTTCA AATAAATAAA TAAATGAATC TTTTTTTTTA AAAAAGTGGA 60 TTAGGGTACC TTTTCCCCAC AGCCTTGCCA TCATTTATTG TTTTTTTGAT TTATATATGA 120 TAGCCATTCT AACTAGGGGG AGGTGAAACC TCATTGTGGA TTTTATTTGC ATTTATTGAT 180 GGCTAGTGAT CCTGAGCAGA TTTTAAATTT CACCCTTTGA AAAATGCCTG CTCATGTCCT 240 TTTTCCTTTG CCTATTTCTT AACTGGATCG TTTGTTGCTG CTGAGTTTCT TGACTCTTTA 300 TAGATTCTTG ACATCAATCC TTTATCAGTT GCATAGTTTG AAAACATTTT CTTTTGTTAT 360 GTCAGTTGCC TCTTCAGTTT GTTGGGTGAT CCTTTACAGT GCAGAATCTT CTTAACTTGA 420 TGTAATTCCA TGGTCTATTT TTGCCTTTAn TGCCAGTGTT ATGGGGTnTT TCCAAGAAGT 480 CTTT 484 (2) INFORMATION FOR SEQ ID NO: 276: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 586 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 276: CAGTGTTGCC TTTCAACTTT CCATCTTGTC CGTGTGAGGG GGTCCCTCAC AGGGGACGGT 60 GGGCCCAGCC TGTCGTGTGC TCACTTGTCT GTGACATCAC GGATGGGAAC TGnGTGAAAT 120 TTCAGCTCCC CAGATCTGAA ATTTCACAGA GCAGCCTTTG TCACCTTGTT AGAGAATGTT 180 TTTCCATCTC AACTCAGCGG TAAACGGATC ATTTATACGC ACCTGTTTTC ATCTGGATGG 240 TGAATTTACC TGGTGGGTGG AAATTGGATG TGAGATTCAC ACAGCCTCAG AGCGTCTGGT 300 CAGAGGTACT TACTGAGGCT GGCGCCATGG TGCAGTGGGC TAAGGCACCG CCTGTGACAC 360 CGGCATGGCT GCTCCATTTG CAGTCCAGCT CCCTGCATAA AGCTCCTGGC TCCTGGCTTC 420 AGCCTGGCCC AGCCTTGGTC ACTGTGGCTA TTTGGGGAAT GAACCAGCAA ATGGAAAGAG 480 TCAGTCTCTC TCTCTCTCTC TCTCTCTCTC TCTCTCTCTC TCTCTCTGTA ATTCTGCCTT 540 TCAAAAAAAA TTTAGGATGT ATGTATGTAT GTATTTATnT ATnTAT 586 (2) INFORMATION FOR SEQ ID NO: 277: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 327 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 277: TCACTTTAAC ACTTAAAATG CTATTTTCCC TCTTAGCACA AGAGGACTTG GGGTGTCATG 60 TCAAATTTTT AAACTATACC CTTAGAAATA AATCTGTGGT AATGTATACA GAATTATGCA 120 GCTTTGCAGT TACAAACTTC ATACACTTCA TAATTATGAC TTTAGGAACA TGGTGATTCT 180 TTCCACTCTG CCTGTCCTGC CACCCACATC CCCACCCCTC TTCCTCCTCC CTCTCTTATT 240 CCCTCTTTTA TTTTTGACTA GGATATATTT TAATTTAACT TTATACATAT ATGATTAACT 300 CTATGTTAAG AGAAGAGTTC AGCAAAT 327 (2) INFORMATION FOR SEQ ID NO: 278: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 481 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 278: TTCTAAAAAG ATTTTCTACT TCTACTTATA TACAAAAAAA TAAAATATTT CTTTATCTAA 60 TTGACACAAC CCTCTGTCCT GCTTTTTTGT TTAAAAGATT TATTTATTTA TTTGAAAGAG 120 AGTTAGAGAA AGGTAGACAG AGAGAGAGAG AGAATCACCA GGAACTTTTT CCAGGTCTCC 180 TGCTAGAGAG TAGGGGTCCA AGGACTTGGG CCATCTTACA CTGCTTTCCC AGACCAAAAG 240 GAGACAGATG GGCTGGAAGT AGAGCAGCCA GATCTTGAAC TGGCACCCAT ATGAGATGCT 300 GGCACTGCAG GCTGTGGCTT TGCCCGCTAA GCCACAGTTC AAGCCCCAAT ATGTCCGGCT 360 TTTTCGGATC ATATCAGTCT ATGACGTGCC ACTTATATTA CTATTAATCA ATGGCACCTC 420 TTACTCTGAA ATGTGATTAT CTTGTATGAT AAATTATACA TAAGTTCTTA AAATAAGTGT 480 C 481 (2) INFORMATION FOR SEQ ID NO: 279: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 481 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 279: GCGTGAGGAG CAAGATCAGC CTGGAAAACG TGTGACAGCG TACCACTTTG AAACAGCTGA 60 GTATAAAGCA ATAGAATTTC CTTGGAGCTA CACATGCCAA ACACTAAAAA AGCAAGTTCC 120 CCAGGCCAAC TGTTGCCTTC TTCTTCTTCA TTTTTTTTTT TAAAGATTTA TTTATTTGGA 180 AGGCAGAGTT ACGAGAGAGA CGGAAAAATA GAAAGAGATC TTCCATCTGC TGGTTCACTC 240 CTCAAATGGC CATTAACAGC CAGAGCTGGG CCAGGTTGAA GCTGGGAGCC AAGAGGTCCA 300 TCCCAGTCTC CCCCATGGGT GCAGGGGCCA AACACTTGGG CTATCCTCCT CTGCTTTTCC 360 CAGGCCCTTT AGCAGGGAGC TGGATCAGAA TTGGGGCAnC CGGGAnTTAA ACCCAGGCCC 420 ATGTGGGATG CCGGTGCTGT AGGTGGATGG CTAACTCACT GCACCACAAT GCCAGCCCCA 480 A 481 (2) INFORMATION FOR SEQ ID NO: 280: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 455 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 280: AACAGACATT CTTCGCAGAT CTAGAAAAAA TGATGCTGAA ATTCATATGG AGGCACAAGA 60 GACCTCGAAT AGCTAAAGCA ATCTTGTACA ACAAAAACAA AGCCGGAGnA TCACAATACC 120 AGACTTCAGG ACGTACTACA GGGCAGTTGT AATCAAAACA GCATGGTACT GGTACAGAAA 180 CAGATGGATA GACCAATGGA ACAGAATTGA AACACCAGAA ATCAACCCAA ACATCTACAG 240 CCAACTTATA TTTGATCAAG GATCTAAAAC TAATTCCTGG AGCAAGGACA GTCTATTCAA 300 TAAATGGTGC TGGGAAAACT GGATTTCCAC GTGCAGAATC ATGAAGCAAG ACCCCTACCT 360 TACACCTTAC ACAAAAATCC ACTCAACGTG GATTAAAGAC CTAAATCTTC GTCCTGACAC 420 CATTAAGGTT ATTAGAGGAA CATTGGGnGA AAnCC 455 (2) INFORMATION FOR SEQ ID NO: 281: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 515 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 281: GGCACTGGGG AGTGAAATAG CACGTGGGCA CTGTCTTTCT GTCTCTCAAA CATGTGAACA 60 CATTTTTTTA AAGAAGATGA CCAAAAATAG GTAAAGTCCT CTGTCGGACG TGTTCACACC 120 ATTTAATTCA GTCTCTCGAT TGTTTTTACA AAAATAAAAG CCTTTTTTGT TTTACAACAG 180 TTTTTTTTTT TAAGGATGTA TTTATTTGAA AGACAATTAG AGGGAGGTCT TCCATCTGCT 240 GGTTCAGTCC CTAGATGGCC ACAGCGGCCA GGGCTGGGCC AGGCCAAAGC CAGGAACCGG 300 GAGCTTCTTT TGGGTCTCTC AAATGTGTGG CAGGGCCAAG CAGTTGGGCC GTCTCCACTG 360 CTCTCCCAGG CCGCTAGCAG GGAGCTGGGT CGGAAGCGGA CTGACGTTGC TGGCCTCGGC 420 CTACCTGCTG GCACCGTAAG CTGGCTCCAG GACAGTTTGA TGGAGGTGCA GTCCAGCACA 480 CTGTGTGTGT GTAAAAGTCA CACTTCCAGC ATACA 515 (2) INFORMATION FOR SEQ ID NO: 282: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 585 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 282: GGAATGCCAG CCCGCCACTG CCGTCCGTCC TGGGTTGTTT CATACCCTAG CTCTTCTCCA 60 CGTCGTGAAA GCCCAGGCGA GGAGACCTGG TGACTGTCCC GGGCACAGCA CTCGGTGAGG 120 CGTTCCAAGG GCATCCCAGG GTGCAGGCGT GGGCTGCCAC GTTCTCGCCC CACTCCACGT 180 GACCGCTTTT GGCCCTCAGG GACAGGGCGA GGATGTTGGC TGGCCCTGGC CGCCCTTCAT 240 AGGGGTGCTC CTCAGAACCT GAGGGAGAAA TTCTTTTTCT CTGAGATTTA TTTATTTATT 300 TGAAAGAGAC AGAGATCTTT CATCTACTGG TTTACTCCCC AAATGGCCTC AACAGTCAGG 360 GCTGGGCCAG GCCAAAGTCA GGAGCCAGGA ACTCCATCCA GGTCTCCCAC ACAGATGGCA 420 GGGACCAAAG TACTTGGGCC ATCCTCTGCT GCCTTCCCAG GCGCATTAGC GTGGAGCTGG 480 ATCAGAAGCA GGAAAGCCGG GATTCAGCTG GCCTCCAACG TGGGATGTGG GACAGAGCCC 540 ACCCCTGGCA GGTTTTTTTT TTTnnGnnTT TTTTTTATAT TTnAT 585 (2) INFORMATION FOR SEQ ID NO: 283: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 636 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 283: ACTCTGCCTG TCAAAAAAAA AAAAAAATCT TAAGGGGGCT CAGCTCAGCT GTGACTCCGT 60 GATCCGCTAA TATGAGGTCT ATTTCCAGTC CCTCCTCCTC CATTTCCAAT CCAGCTCCTT 120 GCTAATTCAC CTGGAAAGCC ACGGGAAGAT TGACCCACTA CTTGGACCAG CTGGGAGATG 180 TGGAACAGAT GAAGCTCCCG GCACCTGCCT CCTGGATTTG CCCTGGCCAC CCAGAGCCCA 240 TCCAGCAGAT GGAAGATCTC TCTTCCTCTC CCAACTCTCA GCCAGTCACC CCACAACTCT 300 TTCACATAAA TAAGAGTACA TTAAATTTAA AAGAGAATTG GCCAACTAAG TCTCTGAAGG 360 TGGGGGGGTT GGGCTGACCC TGGGGCATAG TAGGTTAAGC ATCTATCTGT GGCTCCAGTT 420 TGAGATGGAA GGACTCTCTG TAACTCTGAC TCTCCAGAAA AAAAAAAAAA GATAAAAATC 480 TTAAAAAGAA TTATTATTAT TATTATTATT ATTATTATTA TGGGGCCTGT GCTGTGGTGT 540 AGCAGGTAAA ACTGCCACAA GCAGTGCCGG CATCCCATAT GGGCTCCCAT TCGGAATCCC 600 ATCCCCAGCT GGGCTGCTCT CTGCTAnGGT CTGGCA 636 (2) INFORMATION FOR SEQ ID NO: 284: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 656 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 284: TAGAGATTTA GTAATCTTCT GAACTCTTTG CTTTCAACCA TTTTCAGTTG CCAAAGATCT 60 TTTCCTTATT AATACTTCAG CTTCCTTAAC CTTCTACTTT TCAACTTAAG GGTACTTGCT 120 TGAGATGGTC TGAAACACTG TGTTTGAAAG GGAAGGCATC CAGAATTAAA TTTTAGTTAC 180 TTAAAAATTT ATTTCTCAAA GTCTCTCTCA ATCTTGTCCC TTACTCTTTG ACATCCAGAA 240 ATGAGTAGTT TTCCAACAAT GGTACATCCA ATATCTGGAC TCCCTTTATT GTCTTTTATT 300 GGTTGCTAAC AATATGTGGA TGATTGCTTA TGCTCATCTA TTTTTTTAGA ATATTCATTT 360 ATnATTTAAA AGACAGAGGT GCAGAGAGGC AGAGGGCAGA GAGAAAGAGA AAAGGGGGGA 420 GGGTTCTTCA TCTGCTGGTn CACTCCCCAG ATGTCCGCAA TGGCCAGAGC GTGCCAATCC 480 GAAGCCAGGA GCCAGGATCT CTCGGGnCTC CCAnGTTGAT GCAGAnGCCC AAGAACTGGG 540 GTAnCTTCTA CAGATTCCTC AGGCCTAGAA GACAGCGGGA TGAGAAnTGG AGCAGCCGGG 600 ACTAGAACCA GCGCCCAAAT GGGGATTCTG GGCACTGCAG GCGGCAGCTT TACCTG 656 (2) INFORMATION FOR SEQ ID NO: 285: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 432 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 285: AGCTGAATCT TCAAATTCAC AGAAATTATG ACTTACAAAG TCATCACACA CTGAATTAGC 60 AAATACAGAG ACTCTGTCCC TAGTGGGAAT ACAGGATCAG GTGCCTATGA GCCTCTGGTC 120 AAAATATTCT CAAAAACAAT CAGCAAAGAT CCTGTCTAAA GAAACCTCAT TCAATATACT 180 GTGTTGCATC ACTGAACTCA TAGCCAGTAG CTCCTTTTTA AATTTATTTT TTAGATTTAT 240 TTATTTGAAA GTCAGAGTTA CAAAGAGAGA GGGAGACATA GAGATCTTCC ATCTGCCAGT 300 TCACTCCTCC AATAGCCACA ACAGCCAGGG TTGGGCCAGT CTGATGCCAG GAGCCTAGAA 360 CTCCATTCAA GCCTCCCACA TGGGTACAGG AGCCCAAGGA CTTGAGCCAT CCTCTGCTGC 420 CTCCCAGGTT CC 432 (2) INFORMATION FOR SEQ ID NO : 286: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 572 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 286: TGATGCCTGC ATTATAATTA AATAATGCCT ATCACCGTTT CTTAAGCAAC AAATGATCAC 60 AGATTCCCTC TTTGCTGCTA AGTAATGAGC ATGGTGATTC TTCCCTCCGT AACCACCTCC 120 CCACCTACAC TCCCTCCCCT CTTCCTCCTT CCTCTCCTAT TGACATGGAG TGCCATACAT 180 AGCTAGGGTG AACATTTATC CCGCTTGGCC CTAGGTGTTC ATACACTTCA ACTGTGTGTA 240 ATTATTCATA TGCCCTTTTT ATGACCAAGC TTATGTCAGA ACGACAAATT ATATATTCAC 300 CTAATACTGA GAATCATCAA ATTGATTTCT ATTTTCTTCT CTCTTAGGCA GTTCTTGAGG 360 GGCAGAAATA TTTATTTTGT ATATCATGTA TTTATTCAAC TAAAAGACTG ACTGTCAAGA 420 TGCTGAGTTT TAGTGTCAAA GCAAATATGT TTCTAGACCC CATGAAGTTT ACAGTCTGGC 480 AAGAAAGAGC CATCTACCCC AAGAATATTG TTTAACATAG TAAATGCTGG TGTGAAGTCA 540 GTGGATAAAA ATTGAAGCAT TCTTAATCTA GC 572 (2) INFORMATION FOR SEQ ID NO : 287: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 573 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 287: AAAAGGAATA AAAGAAAAAA CCAACACACA CACACACACA CACACACACA ACTGTTGAAG 60 GAAGCTCTCT TTGCTCTCAC TCTCACTGTG CCTTTCAAAT AGATGTGAGA AAAAATGTGA 120 AAGAGGGAAA CAGAAAAGTA GGACACAGAG ATATGACACG AGATGGACTG GACCTGCCAC 180 TGCTGTCTCT GAAGATGAAG GCAAGGGCCA TATGGTGGCA TCTCAAAGCT GGGAACTGCC 240 CTCAGCTGAC AGCCTATAGG AAACAGGGAC TTGAAACGAA AACTGATTTT GGCACTTGTA 300 AGTTAATTAT TACTGTTAAC AACTACCTAA AAATATGAAG GGGCTGCATT GTGTGAAGCA 360 GGTAAAACCA CTGCTTGAGA TGCTGACACT TCATATAGGA GTGCTGGTTC AAGTCCCTGC 420 TACTCCACTT CCnATCTAAC ACCTTGCTAA TGCACCTGGG AAAGTAGTGG ATGATGGCTT 480 AAGAACTTGG GCCCCTGCAA CCCATGGAAG AGACCAGGAT GCnGTTCCAG TTTCTTGGCT 540 TTGTCCTGAC CCAGnCCCAG CCATTGTGGC CAT 573 (2) INFORMATION FOR SEQ ID NO: 288: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 603 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 288: CAGTTTTGGA TAAGACAGCA ATGTGTTAAG CATATTCCTT TGACTCAGCA GCACTTGCCA 60 CTCAATTTTC TCAACAGTTT GTGTAATAAT ACAATTATTG TTGTTATTAA TATTTTTATT 120 AAATTCCACC AATAAATGCC TTAGTTGCAT CATCTTATTT CTTATTAAAA AGCTTTTTTT 180 AAAAAAAGTT TATTTATATT TATTTGAAAA GCACAGAGAG AGAGAGACAG AGAGATATTC 240 CATCAGTTGA CTCACTCCTC AAATGCCTGC AACAGCTGGG GCTGGGCCAG GACAAAGCCA 300 GGAACCAGGA GTCAGGAACT TCATGTGGCA GAGACCCATG TCCTTGGGTG ATCATTAGCT 360 ACTTTCCAGT GTGCACTTTA ACAGGAAGTT GGATCAAAAG TAGAGCCAAG GTTTGAGCCT 420 GGCACTTGAT CTGGGATACA GGTATCCCAG GCAGCGACTT GGACCACTCC TCCAAATGAC 480 CATACCCCAT TTGTACCAAC TCAGAGTGGT TCATGAATAG GCTGAAAGAG AGAACAGCTG 540 TTTAGTGCGT TACATATTTT CATCAAGGAA TACTTTTTTT GGTCTCTTGG GATGAACATG 600 GAA 603 (2) INFORMATION FOR SEQ ID NO: 289: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 614 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 289: CAATGGGTnC AACCCAAGCC AGACCCCTGA AGGCCACTCA GAACAACAGG CTTGGGAGCC 60 AGTGTTGTGG TACAGCAGGT TAAGCTGCCG CCTATGATGC CAGCATCCCA TGTGAGTCCC 120 TGTTCAAGTC CCGGTGCTCC ACGTCCAATT CAGCTGCCTG CTAATGCACA AAAGAAAGTA 180 GCAGCAGATG GTCCGTGTGC TTGGGTCCCT GCACCCACAT GTGAGACCCA GACGGAGTTC 240 CAGGTTCCTG GGTTCAACCC AGCCTAGCCT CAGCTAGGTA GCCATGTGGG GAAGTGAACC 300 AGTAGATGGA AACCAGCTCG CTCTCTGTCT TTCCCTTTCT CTAATTCTGT CTTTCAAAGA 360 AATAAACAAA CAAAATTGGA AAAACACCTC ACTGGACTGA TAGCACCTGA GTCCCTCCCT 420 CTGCAGCCCA TGCCCCAGTG TACACTCCTC AAGACACCGG CATGCACCTG CCTAGCCCCT 480 CCACAAGGCA TTATCAGGGC CCCTCCCAGT GTTTCCTCTT CGATCCCAAG GnTCGAAGGG 540 ATTGAATCCC CAGGATTTGn GCCGGCGCTG CGGCTCACTA GGnTAATCCT CCGCCTAnAG 600 GCGCCGGGGA AAAn 614 (2) INFORMATION FOR SEQ ID NO: 290: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 504 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 290: CCAGACCGGA AGGAAGGAGT ACGAATGTTA TTGAGTGTGG AAACGATAGT GCAGATTTAC 60 TTCAAAATAC ACCAGCAGGG GCAGGTGCTG TGGTGCGGCA GGTTAGGCCA CAGCTTGAGA 120 AACCCACATC CCGTATCAGA GTGCTGGTTC GGATCCCGGC TGCTCCAGCA TTCCTGCTAC 180 TGCGCCTGGG AGGCAGCGGA TCAGGACCCA GGTACTCGGG TCCTGCCACC CACGTGGGAG 240 ACCCAGATGC AGCTCTTGGC TCCTGACGTA GCCTGGCCTA GTCCTTCTGT TACAGGCATT 300 TGAGAAACAA ACCAGCAGAT GGCAGATCTC TCTCTCTGGC CTCTCTCCCT CTCACTCTCT 360 CTGTTGTTCT GCCTTTCCAG TAAATAAATA AATCTTTAAA AAGATAAATA AAGTACCCCA 420 GTAAAAGCAA CCACATAACT TCTACACAGA AATGAGCAGA TGTATCAGGA CATTAAAGAA 480 AGCATAAATG AATAGAAAGA TGTA 504 (2) INFORMATION FOR SEQ ID NO: 291: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 414 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 291: TTTTTGAGAA CTTCTTAATG TTCTTATCAA TTTTTTGAGA TCTGCTTCTT GCATTTCTTC 60 TATGTCATCA TCTTCATAAT CTTGAATTGG GGTGTCTTTT TCATTTGAGG GCGTCATGGT 120 GACTTCCTTG TTTTTATTAC CTCGGTTTTT GCGTTTGTTA TTTGGCATAT TGGAGATATT 180 TGGTTTCTTC ACTGTGGTGC TTTTTCTTGT TATACTATGA CTCTAGATTA AGTGGACTAT 240 CTGTTTTTGA TGGAGCCTTA GGGCTTGAGA TGGGTGTGGC CTGAGAGCTC TGTTTGGTGT 300 GCCAAAGGTG ACACTCCCAG GTTAGGCGTG GTAAATCTCT CTCTCTCTCT CTTTTTTTTT 360 TTTGATTCAA AAGGGAAGTA ATTCCGCACA GCTGAACGAA GTGGAGGTAG TTAG 414 (2) INFORMATION FOR SEQ ID NO: 292: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 579 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 292: CTGATTTGAG TATTGGTCAT ATTCCTGAAA GACACAATCC TGAAAGCCAT CTACCCAAAC 60 ATTAGAATTC CAAAAGATCA AAATCTACTA TCTAAAGAAT CACAACCCGA AAATTAAAAT 120 CCTTAATTTT GAAAACCTGA AAGCCAAAAT CCCCAAAACT TATTGCCTGT TTTTTTTTTT 180 TTAAGAGAAT CACTTTCTAA AACTTATTAA GTATTTATTT GAAAGGCAGA ATGACCAAGA 240 GAGAAGGAAA AACAGAGAGA ATGAGCTTCC ATCTGCTGGT TCACTTCTCA CATGGTCACA 300 ACAGGGAAGG GCTGGGCCAA AGAAAGGAAC TCCATCCAAG TCTCCCACAT GGGTGGACAG 360 GGACCCAATT ACCTGGAATC ATTTCCTGGC TGGCCTTCCA GGTGGCATTA GCAGGAAACT 420 GGATAGGAAG TGGAGTAGCT GAGACTCAAC CAGTGGCTCC GATATATGAT GGCGGTGTCA 480 CAGGGCAGCT TAACCTGCTG TACCACAACA CCTGAACCAG TAAATGTCAT GTTTTTTAAA 540 AAGTTATATA AGAGGAGCTA AGTCAAATCC GGGGATAGG 579 (2) INFORMATION FOR SEQ ID NO: 293: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 583 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 293: CAGCTTATTT TGATGATTTT TGATGGAGAC TACATTTAAG TCTGTAAAAT GTAAAAACGC 60 TTGTGTTCCT TAAAGGACAT TTATTGTTCT CAAGATATGG TTAAAAACAC ACATTTAGGA 120 CTTGAGAATC CCACAGTAGT CTGACATTTT ATTTCCACTC TAACACAATC ACCCGCCATG 180 CAGGCTCAGA ACTTTCTTTT TTGTTGTTGT GGCAGCCTTC TCTCTCTCTC ATATATATTT 240 CCTCTCTCTC TCTCTCTCTC TTTnGnTCTC TCTCTCTCTC TCTCTTTTAG AGAAAGAGTT 300 TATTGGGGAA ACCTGACAGG CTGGAGGGAA GGGGCAATGA ATGAAAAGAG GCAGTATGAA 360 AGCATTAGGG AGAGGCAGAG ACAGAGACAG AGGTCAGGGA GATGnGAGAT GTGGGATAGG 420 GATGGAGATG GTCCCGATGA GAGCAATGGA GACAGAAAGA GAGAGACATG TTCAGGAACA 480 GGTCCTTTTA AAACTTTGCC CAGGGGCAGG GGAGGGGAAG TAGGAACAGG GGAATCCCAT 540 TAGGAAGGGG GTGGAGCTTG ACACTGGTGG TTGGGCCATG TGG 583 (2) INFORMATION FOR SEQ ID NO: 294: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 483 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 294: TCnTAAGAAG GAAACTTTAA GCCTTTGATA AATGAAAAAC AACCTCTTGT TCTCAGAGAT 60 AAATCATTAC AGTGAGAACT TTCTCTCCAA CTTTTAAAAA AAGCAGAATG CTAATCTTTG 120 GCTTTGCATG CTAGGGTTTC CCTACACTGC ACGCACTCCA GTTCTCTGCC ATTTTGGTGG 180 AGGAACAGCT CCTGTGGGTA AGTGATTTAC CTTCCAGCCC TTCCCCTGCG GGACCCCAAG 240 ATCTTTAACC ATTTAAGCAA TGGCATTTAA GTCTTAAGAA CCCCCAGAAG CATGCCCCCT 300 GGCTTTAGAC ATTCTCAAGT TTAAAAAAAA AAAAAAAAAG GCCAGCTTGG GTATCAACAA 360 AGCAGAGAAA GAGTAAGCCA GATAGTTCAG TTCTGATAAG GTTGGAGATC TGCAGCTCAG 420 GTAAGCTGAA CTGTAAACAA GACCCCTTCT TGCTTCTGCA GGGCCCTGGC TGCTGCACCC 480 ACG 483 (2) INFORMATION FOR SEQ ID NO: 295: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 513 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 295: ATCCTACTAA ATTACCTTTG ATATACTTTT CAATTGACCT CTCTGCTTTT TGTTTTTCTT 60 ACCTTTGTGT AAATCCTCTT AGTTCATCCA AACCTTTTTC TGATTGCTCA GGTTCTCTTA 120 CTCCAATAAC TAGGGAAATC ATGTGGCTGG TAGTTCTTTC AACACACCAC ACAAAAGAAT 180 GCTCAGTAAA TGCTTACTAA ATAATGAATG AAATGCCTTA CAAAGCTAGG GTGAACATTT 240 AACCCGCTTG GCCATGAATG ATTTCTGTTT ATACATTTCA ACCCTGTGTC ATTATTAATA 300 TGTCTCTTTT ATGATCAAAT TTATCTCTGA GCAACAAATT ATACAGTCAT CTAATTGTGG 360 CAGTTATCAA ATATATATCT ATTTCATTGT CTCTTCAACT AGGTAGTTCT GGGATCAGAA 420 ATGTATTTGT TTAATTTTAT AGCCTCATTA TTCATCAACT AAAAGAATGA CTATCAGGAT 480 GCTGAGTTTT AAGTCAAGCA AACAGTTTCT GCC 513 (2) INFORMATION FOR SEQ ID NO: 296: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 616 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 296: TAAAGAAATC TTAAAAAATA TGCCAAAAGT TCACATAATC AGCTCTGGGC AAGACAGGAA 60 GGTAGATAAA AAAATATGAG ATTATCATTC ATTTTAGAAA GGGATTGATG GTGTCAAAAG 120 TTAACTGTGG GGCCTGCACT GTGAGACAGC AAAGTTAAAG CCACAGCCTA CAGTGCTGGC 180 ATCCCACGTG CACACTGATT CAAAGACTGG CTGCTCCACT TCTGATCCAG CTCCCTGCTA 240 AAGCACCCAG AAAAGCAGTG GAATATGGCC CAAGTCCTTG GCTCCCTGCA CCCATGTGAG 300 ATACCTGAAT GAAGCTCCTG CATCATGGCT CCATGCTTCC AGCATGTAAA AAGAAACTAG 360 CTGAAGGCAG AACATGAGTC AAGATGTTAC AGGATTGGGG ATAATCTGAA AAGAGAAAGG 420 TAGTGTGATT CTGTATCCTT GCTTCCTCCT GCAGCTCTGA ATCTGTCATC AGGGATTAAT 480 CACACCTTAA CCATGTACAG CCATTCAGAG CCATGACATA TATTCTGGGA ACGTGCAGGG 540 GTCTGATCCA CCTGACTCAA GCAGCCCCTT CTTACTAATA GGAGTTCTAC CAGTCTAATT 600 TTGGGCAGGG AAGGnA 616 (2) INFORMATION FOR SEQ ID NO: 297: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 402 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 297: TTTCTGTGTG TAnTTTTTCA AATGAATAAA TAAATCTTTA AAAAAAAAAG GCAGCAGTCT 60 GCCATAATGG TGGATTATAC TTTGTAATCT ATCTGGAATT TGCTTTGATA AAAGATATGA 120 AGTAGTGCTT TAACATTTTT TTAACTTTTT TAAAGATTTT TTTTTATTTG AAAGACAAAG 180 TACAGAGAGA CAGAGAGACA AAGACCATCC ATCCACTAGT CTACTCCTCA AATGGCTGCA 240 ACAGTCAGGG CTGGCCCAGG CCAAAACCAG GTACTTGGAA CTCCGGGCAC AGTCTCCCAC 300 GTGGGTGCAG GGCCACAAGC ACTTGGGACC ATCTGCCGCT GCTTTCTCAG GTTCATTAGG 360 GAGCTGGATT GGAAGTGGAA CAGTGAGGAC TCAACCTGGG CA 402 (2) INFORMATION FOR SEQ ID NO: 298: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 465 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 298: GTGGCAATGA TTAGAGTAGG TGGGTCCTTG CCACTGATGT GGGAGACCAG ATAGAGTTCC 60 TGGATTCCTG GATTTGGCCT GCACCAGCCC TGGCTGTTGT GTGCATCTGC AGAGTGAACC 120 AAAGGATGGG AGTTCTCTCC CTATTTCTCT GTCTCTCTTT CAAAAAATAA AAATAAAAAA 180 ATAAGAACAG AAAACCAATT GTGTGGGATA AACCCTGATT CCTCTCCTTT CTATAACAAA 240 CACCAGGAAG CAGGATCCAC TTCCCAGTTC CTTAAAAATG TGAATTCAGC CAGTAATGGG 300 GCTATTGAAA CTTCTGAGAA TAATTAGATT GAACTTTTCA TAAAGATAAT CAGAAAGTGG 360 AGGGAGAAGG GAGCAACATA ATTGAAAGTA GTGACGAAAA ACAC CAAGT GTCTTATAAA 420 ACAATAAAAT GTTTATGTTT TATTTTTATA CCATCTTTCC AGCAG 465 (2) INFORMATION FOR SEQ ID NO: 299: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 431 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 299: GCTGTCTTCT GTTACTTTCT CAGGCACATT TGCAAGGAGC TGGATTGGAA GCTGGGCAGC 60 CAGGACTTGA ACTGACCTTC TGACATGGGA TGATGGAGTC ACAAGTGTTT ACTGAACGTG 120 TTGTGCCACA ACACAGCACC CTTTTGAGAT AAGTGTATAA TTTGCTTAGG TTTTACAAGT 180 ACTGGGTTAA GTCCATTGCC CGAGTAATAT GGCTAATAAT GGCAGAACCT CTCTGTCTAT 240 GGCCAAATGC CATGCATCAG TCACTTCCAC GTAGGCATAT GTTATCAGGA GTGGTCAAAC 300 GGCTACGTCG GTGAGCTTTT TTCTTCCAAA ATAGGAAACT TTTGTGCTAA TCAGCAGAAA 360 GCACTGATTT AAGGAAGCAG TGATCTCTAT CAGCTCCAAA AGCATCTTCC ATAGATGTCC 420 ATTAGTTTCA C 431 (2) INFORMATION FOR SEQ ID NO: 300: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 432 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 300: TGACCTTGCA CTCACTTGGG AGACCCGGAT GGAGTTCCAG GCTCCTGACT TGAGGCCCGC 60 CAGGCCTAGC TTCAGTGGTT GCGAGAATTT GGGGAGTGCA CGAGTGTGGA AGATCTTTCT 120 GTCTCTCTCT CTCTCTGCCA CTCTCTTTCA AATAAATAAA TAAATAAATC TTAAAAAAGG 180 AAAGAAAAAT GACTCCAACT GCTGTGGTGG nGAGGGGGGG AAGGTCCCCA GCTGTATTTA 240 CTCCAGGTTC TTATCTCCAT GTGAGATAAA ATTCAAAGTG GAGTCATATA TTGAATGCAA 300 AAATGAAAGG AGGATTTATT TAGAGAGAGA ACATTTGAAA GTTAAACATG GGTAGCTCTG 360 TGAGGAGAGG CACACACTAT AAGGAGCAGC ATTTGTAGCC CAGTTCAGTG GTCTCTTTTA 420 TTGGATAGGG GT 432 (2) INFORMATION FOR SEQ ID NO: 301: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 566 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 301: CAAACAGAGT AAATTTACTT CTTTGATTCA CTATGATATT TTTGGAAGAC AATGAATTAA 60 AGACAACAGA ATGGGAAATG TTTACAATCT TCCAAAACAC GGCGCCATTT AATATCTATC 120 TAATTTTTCT AGAGTGAAAA GGAATCATAT AAATATTAAA TGGAACCACA CGAAAGTGCC 180 AATATTTGAC TTTTTTTACT GTTAAGGGAC AGGGTTTCAT ATGGCTCACT TTAATACATT 240 CAGAGAAAAT GTTAACAAGA AAACCCTCTG AAGGCACGCA TCAGAAAACG CTGATCGGAC 300 GAAAGCAATT CTAGACTTGG CACCCTTAAT GACTGCACAG TAATGGCCTG GTATTATAAA 360 GCCCCAAGCC CCACTCTGTC ATAAAACATG ATTTCCCTTT TAATGTTCAT TACTTAGAGA 420 CACTGACAAA AAAATCTGAA GATAAATTTA AGCTCATAAA TACCATGnAC ACAACATACT 480 GTAGCAGAAA TAGATAATTT GCTTCACTAA ATTAAGTAAA TAACACAGAG TAGGCTATAC 540 CAAAGAATTT TGGCAAATTA TGGATA 566 (2) INFORMATION FOR SEQ ID NO: 302: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 505 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 302: TTCCATGGTA CAATTTCATA TCATCTGCAA ATATGGATAT TTTGACTTCC TCTTTTCCAT 60 TTTTGATGCC CCTTATTTAT TGTTCCTCCC TAATTTCACT TGTTGATTCT TTCACTTGTT 120 GATTAAAAGT GGGGAAAGTG AACATCCTTG CCTTATTCCA GATCAGAAGG GAAATGCTTT 180 CAGCTTTCCC CATTCCATAT AATATTGGTC ATTGGTTTGT CATAATTAGC CTTTATAATT 240 CTGAGGTATT TTCTTTCAGT GCCTAGTTTG TGGAAGTTTA TATTTTATCC ATGAAAATGT 300 nTAATCTTGT CCAATGGCTT TCTCACACTT ATTGAGATGA CCATACTCTT TTATTTCTTT 360 ATTAAATTGA GAAGTATGGA TTAGCTCTTC CAGAAATGTT TTCTAGAATC ATnTGTAATG 420 TCATTAGGTC CTGGACTTTT CCTTAATGGA AGACTTAATT ACTGCGTTAA TTTCATTGGC 480 CTGTnATGGG TTGGTTTGAG GGTGT 505 (2) INFORMATION FOR SEQ ID NO: 303: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 528 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 303: AGAAGGGACT GCAGTGGGAT GGACCAAATC AGCACAGACA ACATCTTCAA CAGTGCTTTG 60 CnTnTAGTAG GGGTGAAAAT TGCCATTGAC TGATTAATGC TGTCTTGAGA ATACCGGATC 120 ACAGAATGCA AAGTCACTTG GGTTCTTCTG ATTCCTATGT GGATTGCAAA TCATCTCTGA 180 GCTGCAGGAA AACTGAATTT CATTAAACAG TTCCCTACGC TGCAGCTTTC ACAGTAATTT 240 GAATGTTTCC AGTTATTTTT CAATAGAAAT TATTCTTTTC TCCGGGGACA AAACAGGCTT 300 CATCCTGTCT ATTTCTTGGC TGGTCTAAGA ATCTAGGTCA TATATCATTT GGAGATTTCA 360 CTCGGGCTAG AAGGGAAGGG ATAGTGGTTA GCTATTGCAA CAATCTCTAC CTGGACCATG 420 GAGGAACACT GGATTAAGCA CAATTCTTGT CTTTGGGAAG TATGGCATAA CCACTACTTA 480 AAGGGCAACA GACTCTCACG AGTTCCTGGC ATTTTTCCTC CATGTAAG 528 (2) INFORMATION FOR SEQ ID NO: 304: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 561 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 304: ATTCTGAATC CCATTTGCTA GGCCTGTAAT GTCAATTTCA CAATGAGTCA GCCCTCCATG 60 TCCACCTCCT GCTAAATCAG ACCTCCTCAT CTATTAATCC GTGGTAGAAA GCTCTCCCAG 120 CGTACTCCAG AGCTGGCTAT GAACTGA AC CCGCACCGTT TGGCTTCCAG AATTGCAGGA 180 CTCCAGAGTG CAAGACTTAG GCAGACACAG TCATTGTCAG AGCCTTGAAA GGAAGTGACA 240 GCCAGACGGA GGAGGAGTCA CAGCAGAAGT GGTCATCATT GCTAGTACCA AGGCTCCTGT 300 CTGAACCCTG CCTGCCATGT CACTAGCAAA AGATGTGAGG ATCAGTCTCC TATTTTTAGA 360 ATCTCAGCAT CGCATCGTGT TGAGGAATTC GCAGGCTAAA CTACTAGCCA AGCTGGGATT 420 CCTCCTGGAT GTCCCTGGAT CATGCTATCA GACTTGTCCT TTCTCCTTCC CTCTCCCTCC 480 AGCCTACATT TCAGCACACT CCTGTTCTAC CCTGGCTGTT CCATACTCCT CTAATCTAGT 540 CTGCTCTTTT TCTCTGTCCA T 561 (2) INFORMATION FOR SEQ ID NO: 305: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 524 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 305: ACGTCGTGGA GCACnTGGTT GTCAAGGTTT CCTCACTTGG GGTTTTCTTC GTCATTTCAT 60 CAACGTGTGC TGGTCCTAGG AGAGACAATT GGAAGTGTGT GCTCTCCAAT CGGTGGGTGA 120 GAGCAGTGTC ATCTTCGCAG GCTGATGAAC CACCTGGACC AGGCAAAGCC TGAACGGAAG 180 AAAATGGGGG CGATGCCAGC CAAGCCCATT TCTAAGTCAG CCTCTTCTGA ACCAAGCACT 240 CTGGCTCCTT CCTTCCTCTT TTCCTCCTCC CTCTTGCATC CTCTTTCCCC ATCCCTTCTT 300 ATTTTTTGCC TCCTCTCTGT CCTCCGGTTC TTTATTTCCT TCTCTCTTTG TTTGTCTCCC 360 TTATTCTTGG ATTCTTTGTT CCTTTTGTGG CAAGGCAGAA CTAAAATAAG GTAGTTCTCA 420 AAATTTCTGT TTTTGGGGAT TTGTCCCAAG GCGTAATAAA AATAAGCACA TTAACTTGTG 480 ATATCAGATC GGAAGTCTAA TACATGAGCT GGGTTTGAAG TTTG 524 (2) INFORMATION FOR SEQ ID NO: 306: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 563 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 306: TAGCATTCTA CCCAGACACC CTTGCTTTTC TGCCAGACAT AATCTACATG AATCAATCCC 60 AGGTCTTCCA ATACAATGTA GCTTGCTACT TCAGGAGCTG GATGGTGTAC AATTGTTCAC 120 AGATGCTCCT AATTGCACCT GGATCCAATA ATAACTAAAT ATTGTTTAAA GTTTTGGCAG 180 CAACTATTTC AGGAGATATG TAGGATGAAT GGTTGAAAGT AACACTCCAG GCATAAACCT 240 GCATGAATTA GAACCTGTAG GAAACATAAA CACAATTCAG TAGGTGGCAC TATTCCCCCA 300 GTCAGAACCT TCTTCATTCT GCATGACTTG GCAATGACCT TTATTAATTT ATTCCATGGA 360 ATTCTGTGAC CTCAATTGAT ACCAATATAC TCCAAATACA TATTCTGGAT TCTTTGAGAT 420 ACCACAGCCC AGGTAAGAAA CAATCTATAG TAGCAGGTAT AAAAATACAA AATCATTGGT 480 TTCATCTGAA GTCCTAAGGT AATCAGATCA GCAGGTTACT TGAAGTTAAT TAATTTCCAT 540 CCCCATCAAA CAACCCAATT GGA 563 (2) INFORMATION FOR SEQ ID NO: 307: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 517 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 307: ATTTCAGCTC TCATATCTTA CTTCTCAAAC TTTAGCTAGA TTCCAAAAGA ACTACTCTTA 60 TTGGCAACAA AAAGAACTAT AATTCCATTC ACAGAAACTC CATGTTAGAA ATGTATTCAA 120 TCCAATCCCC ATTACTAAAA TAACATGTTT CATTATTTTT GTTCCATTTA CTTTAATAAT 180 TGTGTAAGAA TTAAAAATCC TATGTCACTC AGAAAACTCA TATTTCACCC TTAAAATGGC 240 CATTTCTAAA TGGACTAATT AAAAAATTTA AAAAATTAAC TCCTCAACTT TAGAACATTG 300 GAAAATGAAG AATATGTCTT CTGGGAATTT AGAAATTGTT ATTGCAATCT TATTAATCCC 360 CTTATTTTTT GAGTGTATAA TGTGCTCACA GTCATCTAAT CCACACTAAT CAATCAAAAA 420 GCTTTTATTA CTGAATGTTG CAGTGTTCAG CAATGTCCTA GACACTGGCA GGCTTAAAAA 480 TTCTAGATTA AGGCCGGCGC CGCGGCTCAC TAGGCTA 517 (2) INFORMATION FOR SEQ ID NO: 308: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 477 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 308: CATTGCTAAA CCTTAATCAT GGTATCATTC AAATAGTAAT TTCTTAGTCT TTCACTTGGC 60 CCTTCCTTTT GTTTTACATT AACGGTTTTT GTCTCTCTCT CTCTCTTTTT TTTTTTTTTA 120 ATAATCCATG CGCCCCAATT AAGTCCAACA TCGCTGATTT GGGGCAATAC AGAATCCACT 180 GCACCATCTA ATCTGAGTAT AATTAATCAC TGCATTTCGC ATACCAATGC CCAATCTGTA 240 CCCACAATCT TCCTCCCCTA AACTGTCGCT CCTGCTGGAT GCTCTCTAGA CACACCACTG 300 GCCCTCACTT GATATTCCAC ATCCCCTCCT GTCTGGCAAC CCCGAAATCA AACTTTCTCA 360 TCTCCATTGG AAAAGTAATT GCTCTTAGTA ATTAATCTTG TTATTTTCTT GCTTAAATAC 420 TTGAGTGAAT TCCAAGAATG TATAAGTAAA ATTCAATTTC CATAATACTG TACTnTA 477 (2) INFORMATION FOR SEQ ID NO: 309: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 647 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 309: TGTAAAGTTT AGGACAGTAA GTGTAAAGTC ATCCCTGGAG GATAAAGTTG AGTTTCTGTA 60 TTTTGCTCAG GAGACAGCGC TGTTACCCCG GAAGGTCACA GCCTCTGTAT TCCTGTGTGG 120 TAGAGGTTCT GCTGTTTGTG GACACTTGAG CTACTTTTCC CAGCAAACGG AGCAGGACAT 180 AAAACCTTTC CCCTTTCTGG GTTGTGTAGG CAGAAACAGA TGGCTAAAGA ACATCTTAAG 240 ATTAGACACA GGAAAATGCA GGTCCCCTTG AATAGAAAGG AGTCAGTCCA TGCTGCTAAA 300 TGAGGCATCC AGGCATTTTG TAGAGCATAA CAGAGAGGAA GAAACCTAGG TTAATAGTTA 360 CTTTGATTTA AATGAAACTG TCCCTAAGGC GGCTTTGAAA TGAGACGGAA GAAGGACTAT 420 GACACCAGAA TGTATGTTCC CAGCACAGAA TAGTGTGAGC TGAGGGACAT GGCAGCAAGT 480 GCCGAGGCTC AGAACACAGA GATTCTCCTT GCTGTAGTCT AGAGCAGGGA TCTCATCAGC 540 TTCTCATCAG GTACAAATTG GAAAGAAACA CAACTTACTT TATATATATn AGCCnCATAT 600 ATATGTGTAT ACACACACAC ACACACACTG AGGGCTGAAA TTAATGC 647 (2) INFORMATION FOR SEQ ID NO: 310: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 479 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 310: AAAAAGAAGA GTATTCAATG GGACTGGGCC CCCAGGTAAT CACAGCAGTA ACCAGCTCAA 60 TCATACTCCC TTGGGTTGCA CTTTCTTCTT TCCATTCTAC ACTTTTCATT GTCTCACTAT 120 TGTCCCCCTG CCTTCCCTTG CCAAAATAAA CTCAAAACTC AGAAAATATT AAGAGCTTAT 180 CTTAGAGTGT ATGCAACTTT GAGTTGTCCA TTAGATGTCC AAGTGGAGAT GGCAAGGAGG 240 CAAGATGACC TAGAGTCTGG AATTGAACAC ATAATGTGCA GAAGAGACCA GGTTGCTTGT 300 CTTCAAAGAT CACTGTTTAA GGATGTGTCA GACACTCCCA CCTTCAGAGC CTCCCCCGAT 360 ACAATGCATC TCCATCTCCT GTTGCTTTGG TGAACACTCC TTTCTGGTTC TCAAGAGGAG 420 CCAAAGAAGA GGCCATGCTC ATGGAAGGCA CAAAAACCTG TCCTGCCATT CTGATGATT 479 (2) INFORMATION FOR SEQ ID NO: 311: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 646 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 311: GGTCTAGTTC CAATATGGGC ATTTGAGGAA CTGCATCAGA TCAGAGGAGG ACATTTTACA 60 GGGCAGGAGG GCCTTTTGCA GCAATGTGGA CACTACAGAT ACTATCTGGT AGAATGCTCA 120 GGAGAATGGG CTCTGTGTGC CATATACCAT TTGAAACCCC TGCTGAAACC TTTCAGTTGT 180 GGAACATTTC TTTCATTTTA GGTAGAATAT GTAGAATTTT AAGTGTCAAA AATCCACTGA 240 TGAAGAAAAT GTTATTCAAC TTTTCCCCTT CCTGTTTCTT GTTTTCCCCT TCATGCTTCT 300 CATGAACAGT GGTCTCAGCA TTTCTGTATG GAAAACCTAG AGAGTTTTCC AGTGTTTTTC 360 CTTCTAACGG TCTCAAGTGA AATTTCAGGG ATATATTATC AAAGTGCAAG TTGGTTGGCA 420 TGTACTTTCT TGGCATGTCT TAAAGATAAT ACAATTCTAA CGGACAGTCT TCCAACCTAA 480 GGGATGGATA TGTAAGTTTC TCATCCCTAG GGCAAGATGG CTTATCTCTC AAGCCAACTC 540 CCAGTGGATT TTTGGTTATT TTTTGTGnTT CTGTTGTGAA CTGTGAAGTC ATTGCTACCT 600 CTGTAGGAAA GAGGACCGTG AGTGGCTAnG TAGGGTCAGC TGGAGA 646 (2) INFORMATION FOR SEQ ID NO: 312: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 476 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 312: ATAGAATTGA GTACAACTTA AGCATGTGAA CTCTGAAAAA AGACTTGCCT AGGTCCAAAT 60 TGTAACTCTT CCATTTACTG GGCATGGGAT CTTTGGCAAG CTACCTGAGT GTAATGGGCC 120 TTCATCTGCC CCTCTGTCAA TAGGAGAAAA TAATGGTGCC AATTTAATGA ACAGCTATGG 180 TTGTTAAATG AAATGATGCA CATACAACAG CTCACAATAT GAACCTCGTG AGTGATTATT 240 CATTATTATT ATTTCCAAAG AAAACTTAAC AAGTTAATGG GACCAAATAC TTCTGTCTGG 300 GGTGCAGGTG GGGGCAAAAT ATCTAAATTC TGATTTTAGG AGAATTTGAT CCAAAGTTTT 360 ATAGTTTCCT GTTTTTAAGT CCTTGGTGCC ACTGTCTCCT CTGGTACAAA TTCAAGTGAT 420 CATGTCACCT CCCAAGAAAC TTCCTGCTGG AAAAAAAATG TTTTCTAGGG GAAGAA 476 (2) INFORMATION FOR SEQ ID NO: 313: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 476 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 313: TGCCCCnATC ACGCATCCGC TCAAAGAAAA GCACATACCG AATACACCGC TCCCCCGCCA 60 ATTGCTGCAC CGCAAGTGCC ACACCAATTA TTAGCAAGAG AGTCCAACAC ACCGCCCTCA 120 CTACACCGTA CAATGCTGCC CCATCCCCTA TCATAAGGGT CCGGTAAATC CCCCCGAACC 180 TTCAAAATAC GTGATAAAAG AAACAAGCCC ATTGTAGATT CCCTGCGCGC ACCTTTTCAA 240 GTAGTCCGCA TCGTTGAGCA ACCGCGCCTC TACCGGATTA CTCACAAAGC CTAATTCCAC 300 CAAAACACTT GGCATCTTCG CGTTCCGTAC TACAAACCAG GCCTCCTCTT TTACTCCACG 360 ATTTTTACTT TGTGCACCGA CGCTTGCTTG CATTCCGTCA GCGATACTGC GCGCAATCAT 420 AATACTTTCC ATTGTGAATT CCTCTTCGAG CATCGAGTTC AAGATCGGGA GCACCT 476 (2) INFORMATION FOR SEQ ID NO: 314: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 507 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 314: CTTACTCACC ATCCCTTGAA GGGCAGGCGA GGGATTGGAA AGGGGGGAGA AACAGGCAGG 60 GAGCAAAGGA GGCAGTGCAT ACTGTTGAAG ACTGGAAGGT GTACACAGAC ATAGAGGCTG 120 CATGGAAAGT CCATAGGAAT AAAGGAAAAC CCCAATCATT GGCTTACAGA AACGGGCAAA 180 AGGGACAATG TGCAAAGACA GACAAGTCCC TGTCACTTTT CTTCTGAGAC TCAGGAGAAT 240 GCCTGAAGCC CAACACATGT ATACATTGTT TCATATTTCA GTGAGAGAGA ATATTAATAG 300 TACCCATTTA CCAAGTACCT TCTGGATGCC ATCTGATCCT TATGGTCAGT GTTACCATCT 360 CATCTTACTC AGAGGACTCT GAGGCTCAGA AAGTTAAATA ACTGTCTAGA GTCACACAGC 420 TGTAnGGACA AAGCCCCTAT CTATACTCAG TCCATCTTCC AGTTTATTTC TCTGGCTGTC 480 CACTAGCATC TATTTCTAAA ACAGCAA 507 (2) INFORMATION FOR SEQ ID NO: 315: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 512 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 315: AACCACTACT GTATATTTTA AAATCAAACC AAACTGATAC ATAGTTATCT GTTGCTATCC 60 AAACCTATTT GGCACCCAAG TTTGCACAGC AAAGGCTGGT AAGGGGTATG CATTCCTCAA 120 GGCTTTTTGA TTCCTGAATT TTGAACAGCA AGTGGTGAGA GTTTTGGAAA GCAAGAAATT 180 CACAATTCCT TTGTTACCTA ATTTTGCACT GGAAGCGTTC TGGTAGTGAG GTAGCTCAAA 240 TTGCAGTTTT GAGGCTGCAC TTGGATGCCT CATTTATGAC AATTACTTAA AGTGATTAGA 300 CTGGGTGCCA GGAAAGGAAC TGAGCATTTA TGTGTGCTCT TTCCTTTGGT CCCCATAGGA 360 ATCTAGTTAG GCACCTGTCT TTGTTATCTA GATGAGGAAA GTAAAGGAGA GGTATGCTGA 420 CTTGCCTCAG TCACAAAGTT AGTGCCAGAT GGAGCCAATT CACCGACACA AATATGTGAC 480 TCCAAAGCCC ATGGATCGGT TTTGTCAATC TC 512 (2) INFORMATION FOR SEQ ID NO: 316: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 499 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 316: AAGATTGTCT AACTGTGCGC ACGTCTGAGG CATTGTGAGG GTAATGCCCA CGGGTCTGTC 60 CCACCTGAGG ATCCTCCCTC ACCGCCCCTC CCACCTACGC CTCCCCCCCA CCCCCGGGGC 120 TGATGGCAGC TTCCTTCCTT CCAAGCAGTA ACGACTCTGC CCTTTTGTGT TAGCCACATC 180 TTTAATTTTC TTTCTATTTT TGGCACCCAA GTATCTCTCC AAATAATATA ATTTAATTTT 240 GTTTCTGAAC GTGAAATACG TGAGATCATC CAGGATTCGC TTGTGGAGTT TGCCACGAAA 300 GGAATAAGCT CAGCTATAGG CAGTGTTCCT CACTCCTGAC TCTGCAGCGG CCGTTGGTGG 360 AGGCTGGTGC GTGTGCCCGG GCGGCCAGAG CCTCTCCACA GGGCACCACC TTTCCCCGCG 420 TGGCCGTTTC AGCTCTGCCC TGCAGTCCGT CTGTGGTCCG CATTGTCCGA GGTGACCGGT 480 CATCGTGGTT TACGTCGCA 499 (2) INFORMATION FOR SEQ ID NO: 317: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 527 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 317: CTGCATAAAA CTGCTGCTCT GAAGTATCTT GCAAGACAAA TGCTTTTACA AAATTTGCAC 60 CTACACATAA TTAATTTGGA TAAATTATGA AAAAATGGTT TCATGGAGGG GAAATAAGTC 120 ATTTCTACTT TGATTTTGTG TATCTTCTAT GAACCCCATA ATTGTCTCAA TTTACTGTAC 180 TAATTTTCTC TTTGCCCAGT CTTCAGGTTT TCTTTTGCTT TCATTTCAGA CTTAAGGTTT 240 ATGACATTTT CAGCACCACC AAGGTTTGAC CAGAGTTCTT GTAATAAGAA AAATCAACAG 300 CTGTGATGTA CATAGTATTA TGATTACATC TATGTCCAAA TTTTATTTTA AGAATTGTGT 360 TTGTTATTAA CAAAATAAAC TCGCAGGAAT GATGTCTGCT TATATGATTG ATTAGTTTCA 420 GTCCTAAAAT TATAAAGAAT GTGTTTAAAA ATAAAGATGT TTTATGAAGC TCTTTCTTCA 480 TTTGAAGAAG CAGGATTTTT CCTCCAGGTC TCAGTATTTC ATTGTGG 527 (2) INFORMATION FOR SEQ ID NO: 318: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 515 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 318: ATTATTATAA TTAGTATCCC ACTTAATAGG TTCCAAAATT CCTACTTTTT AATTAAATAT 60 ATAAAGTGAT CTGCATAATA TAGAAGTTTC AAATCCATTT CTCTAAATTA AAAGTCCAAG 120 TTGAAAAATC GGGTTTGGTT AAAAGCTGTG GAAGGAGAGA AATAAAATAA AAACCGTTAA 180 GAGTTAGCTT TTATTGAGTG ATGGATTTAG AATGATTTTC TTCCTCTGTG CTTTTCTGCT 240 TGTCAAATTT CTCTAAAATG AGTACTAAAA ATGTAAACAC AAACAATTTA AAAAGCTGTA 300 TGTCAGAAAT GTGAATGCTT AAGTAAGCTT TTAATGTTAA AAAATAAATA AATAAAGTCT 360 GAATTATACT ACTCCAGATG GCTTCAGCTG TGATTCGTGC ATAGCATTTG AAAGATCGTT 420 TTTTTACATA AAATACCCAT AACGCTAATG TACTAACACG GAGGTCCACC GGACTCCCGC 480 TGGGTTTCTG AAGGGAATGA AATCTAAGCC GTTAA 515 (2) INFORMATION FOR SEQ ID NO: 319: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 159 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 319: GGTTTGGTGA GGTTATTGAG TGTGGGATGG GTGTAGGTGG GGTTTGGAGG GATGGTTAGA 60 GGTATAGGAA GAGTTTAGAG GGGGGnTGAG TGTATATGAT GAAGGGGGGG GTTTTATGAT 120 GTTGAGTGTT GATATATATT AGGTAGGGTT AnTTAGGGG 159 (2) INFORMATION FOR SEQ ID NO: 320: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 365 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 320: AGCACTTGCG CGCAACCCTG CAGCTTGCGC nTCAGTCCCG CGGCTCGGCT TCCGCGGCTC 60 GGCTTCCGCG GCTCGGTCCC GCGGCTCGGT CCTGCGGCTA GGCTTTCGCG CGCGGTGGGC 120 GACCTTGTTC TCCCAGTAGG TCCTCCGATT TACGCCCACT GGATCCAGAA GAGTTTCGTC 180 TGCAATATTT TCCTGGTTCT TTTTTCTGAG GCTACCGTAA CTCCCCTTTT ATTAAACTAA 240 ATTTTCCCGG ACTATCGGTG CGCGCCCTCA CTATTCCGCC ATCTTGGCTC CGCCCCCCAG 300 TAGTTTTTTT TAAGGTTTTT ATTTTTTATT GATTTGAAAG ACAGAGTTAC AGAGAGAGGT 360 AGAGA 365 (2) INFORMATION FOR SEQ ID NO: 321: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 373 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 321: AAAGAAGAAA ACACTGCAAA TAATGTTGAT GAGCTCCAGC TACTGGTAAA GATCTTAGGC 60 TTGACCAAAT GTGATTTGCT GTGTTTTCTG TTTTGCTTCA TTCATGCTGC TGTAACAAAG 120 GACTAAGATT GGGGGGTTTA TAAACAACAG AAGTTTCACT GTTTTTGAAG TCTCAGGTCA 180 GGTTGCCAGC AGGGCCGGGT TCTGGTGAGA GCTGTCTTCT TGACTGCTAA CTTCTTAATG 240 TGCCCTCACA TGGTAGAAAG AGCACTGAAG AGCTCCCTGG AGATTGTGTT TTAAGGGCAC 300 TAATCCCGTT CTTGAGGACT GTACCCTCAT TAGCCAGTAA CCTTCCAAAG GTACCACACC 360 AAAATATGTA TGA 373 (2) INFORMATION FOR SEQ ID NO: 322: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 464 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 322: GCTAAAATCT CACATTTTTT TTTCTTTTGT TTAAAGGGAA ATCCTCACAT TCACCTGATA 60 CTCAGATGAA TGTGAAAGTT AAAAATCTTC TCATTCAAAA GAGCACACAG CACAGATTGA 120 GTAAGAATGA AAATGCCTGT GGAGACACTT CTGGGTGGTC CACATTGTAT ATTGCCTGTA 180 AGTTTCACTC TTTTCTTGTC AAAGACTTGA GATTCCATTC TAAAAATAAA TCAACTCAGT 240 TGGGTTAAAC AGTCCAAAGA AAACAAAAAA TTTATTATCA AAATAATAAT CTAGGCCTTG 300 AATATTTCTT TCTCAGACTG AACTGAGATA TTTCTAGAAT CAAAGCAGAT GTCACCCATC 360 CTGACTAAAC TACACTATTT GCTCTGGACT TATATGAGAT TTTTCCATTG GTGGCTGCAA 420 TTTCCAATCT CAGTGTAAAA TTACTTCGGA TAAAGACAAC AATT 464 (2) INFORMATION FOR SEQ ID NO: 323: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 466 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 323: TCATTTTTAT TAATCAGCTC CGCATGAAAA TAGGGATTAT GTTTGGGAAT CCTGAGACTA 60 CTACnGGnGG CATTGCACTT AAGTTTTATT CCTCCGTGAG ATAGAGGTTA GGAAGGTGGA 120 AACGCTTTCA AGAGGTGATG AGGAAGCGTG GGGCAATAAG GTAAGGATCC GGATAGTAAA 180 GAATAAGATG GCACCCCCCT TCCGCAAGTA GAAACGGAGA TTCTCTTTGG GAAGGGTTTT 240 TCTGCCTTTT CGTGTTTGCT GGATGCAGCG GTTAAGCAGG AAATTATCGA AAAAAAAGGG 300 GCGTGGTACG CGTACCGAGA AGAAAAGATC GGACAGGGGC GTGACAATGC CGTGGGCTTT 360 CTGCAGCAGA ATATGGACAT CACCTTGGAG ATCGAACGGG CAGTGCGTAC GAAGCTTTTT 420 CCTAAGCAGG CGTTTATATC CAGCTTTCAG GAACATCGTC CTGCTC 466 (2) INFORMATION FOR SEQ ID NO: 324: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 191 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 324: CGGATACTGG GGAGCGGTGT GCGGAAATTT TTGTGTGGAC CGCGCGTATG TCCGCTGTAC 60 CGGGCCGTGT GGTTACCGTT TGTGTACGTG GGTGCCGTGG GGAGTTTGAG TAGCGTGTGG 120 AATATCTCGG ATGCGTTCAA TGGACTGATG GCGTTGCCGA ACCTGGTGGG GCTGTTATTT 180 TTGGCTCGTC A 191 (2) INFORMATION FOR SEQ ID NO: 325: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 631 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 325: CATGTAACTC TGCCTTTCAA ATAAATAAAT AAATATTTAA AAAAAAGAAA ATGTACATTA 60 ATATAAAACA ACTTACAATC TACACCTAAT TTGTTGATGG TAAATAGGCA ATCTTCAAAT 120 TTTCAAATTT TCCAGTTGTG AATTTGTCTG CTTGCTGAAC TCTATTTGCA ACTCCAAACT 180 CAGTGCTCAC AACACTCACA GGCACACGGA GAGTAGGAAA AAAAAAAGGC AAAATTCAGT 240 CGCAGAGGAG GCTGCACGAG GCCACACTCG GTCTCCTGAC GTTACAGCCG CGTCCTTCGG 300 GGGTCTCTGT GTGCTGTCGC TGGTGATCCA ATTGTTGCAA CCAGTGTTCC TGCTCTGTTG 360 CACACAGGGC TGTGGTCTCA CAGTCGGGTG TGGTCACAAG GTCTCCTTGG ACAGACACAC 420 GTCCAGCCAG GGCGCACAGC GGCGCAGACC TGACAAAGCC GTGTGTGCAG TGACTTGATA 480 AGCGTAACTC CCGCCACCGG CAAGAACTGA GAATTGAAGG GAGACAGACT GGAGAGACCA 540 ACAGGGAGCT GACCGAACGA GTGATATCCT CCATGCCAGA GCAAACGGAA GAGGACAAAG 600 CACAGGCCAG ACCGCCTTGT CCTAAnTGGA G 631 (2) INFORMATION FOR SEQ ID NO: 326: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 516 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 326: CGCAGCGCGG GnCGAAGGCA CAGTGAGAGG TTTCAGACAC GGATGCGCCG TGTGACGTCC 60 GCTGGGGAGC TGAAACATCG CGAATCCGTT CCTCCAGCGT TTTTAGGGGA ACACGACAGG 120 GCGTGGTGCC TGCCCCTACG TCCCCAAGCT GTGCCGCTGA GGTCAGGACT TCTTTCTCCG 180 GCTCTCGCGC ACCGGAGCAG CTGGGGACCG CCTGTCCCAG GCCTCCCTCC CCGCTGCTCT 240 CCCCAGCCCG GTCCGAGGAC TGACCTCCCA CCGGTGAGTG AGGGCGGTCA GGCGGGGCTC 300 GTCTCTCTGG GTCTCGCTCC TAACACAGCG ACAACCTCTT AGGGGAAGAA ACGCCTCTTG 360 TCAGGGTTCA GTGAGACTGG GGACCCCCAA TCCCCCAGAC CCCCGGTGCT TGCAGCCCAG 420 CCGTGGGCCC TGCAGATCCG CGGGACAnGC ACGTCCACAG TGCTTCTTTT CCGGAAATGC 480 TCCCTTCTGA GCCAGTGCTT CTGGTACAGT CAGAAT 516 (2) INFORMATION FOR SEQ ID NO: 327: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 534 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 327: ACTGTGCCAG AGCGCCGGCC CCCGAGTGGG TTCTGATTAA GATGTTTGAG GACCACAGTT 60 GGCCTTCCCT CTTGATGAGA GCCCAGAAAT TTCCCAGTGA GAGGGGTGTG GACTTAGGAG 120 ACACCCTGAA GTCCGGTGGC CTTGGTGACT TTGTCAGCGT CCGTGGTACT CAGCCGCTGA 180 GTCAGGACAC CCGGGATTGC TCCTACAGAG CTTGGATTTT CTTCCGGGCT GAGCACGTCG 240 GGACCATCAA AGCCAGCATC TCAGCCGTGG GTTGGTGGGC AGCGGCTCTG AGCAGATGAG 300 GCTCAGGTGG ATGGGTTCCT CTTTCTGCCA GGGAAAATGC CTCAGGACCA CTTCTCTGCT 360 CTCCTGGGAC AGGAAGGCCA CAGGCTCATT GCGATTTTTA CGGACAGCAA GTCATCCTGT 420 CCGTTGGCTG GGAGGACTCC ATCTTCATAA TTCTGGAGTC CTGAGCTTGA CGTGACTGCA 480 GCCATTTTGG ATGCACTTGC TGTGTTGCCC TTGAGTAACT CTGAGGTCCT CCCA 534 (2) INFORMATION FOR SEQ ID NO: 328: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 509 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 328: TGTATGTGCA TACGTGCTTT CCCCCTCTGT TGAATGCCTT CTCCTTCTGG TGAGCTTTAC 60 CTGCACAGCC TTCTCCTTCA GGGCCATCAG CTGCGCGTGG CTGAAACCCT GGACAGCCCC 120 CAGCAGCTCC ACGCTCCTGA TGAAAGTGTC TCCGTCCATG CAGAGCAAGT CCTCAGGGGC 180 CCAGCAGGCG TTGGCCTCGG CCAGCCTGAA GATGTCATTG GGAGAGGGAG CCACGACTCC 240 ATGGCAACCT GAAAAGTGAA TGGGGAGACG CAGGAGGGGA CGGGGGAAGC AGAACTCAGG 300 GCAGGTTAGC CCGATTCTCT CCTGGAATGA GGAATAACTC ACCCCAGTCA GATTTATTCA 360 CAAGATGCCT TTCTTGCTGG TGACCAGCTA CTAAAATGGT GATACCAGCT TCTTGCACAT 420 CCACATTGCC ACTGGACCAC ACAAGCCAGT GCAGTGAGAG CTGGTGGTGG ATACTCCTGA 480 CATGAGATTC AAACCCAAAG CCACTnGnC 509 (2) INFORMATION FOR SEQ ID NO: 329: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 530 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 329: TTATGATAGG ATTGTCATAA AATCATTAAA TAAATTATTT ACCCATTTCA GCAGTGTGAT 60 TTTTTTTTTC TGGCTCTTGT GCATTAGATA ATATGAATGG AAGGGAAGAC TGTTTTTCTT 120 ATTTAACTTT TTTTTTATTT AGGGTAAACA AATTTCATGT AATTCACATG TACAGATATC 180 AGAATATAGT GCTATTnCCC ACCCTACCCT CCCTTCAGCC CACAGTCCTA CTCTTTCTCC 240 TCCTTCCTCT CTTATTTTCA CTCTTAATTT TTATAATGAT CTACTTTTAG TTTACTTAAG 300 ATTAACCCTA TATAAAATGA GTTCAACAAA TAGTAGGAAT TAAAAAACAT TGTTCCTCAA 360 CAGTAGAGAC AAGGGCTGTA AACAATCATC AATGCTCAAA ATGTCAATTT CATTCCTATA 420 CATTTCATTT TTGATATTTT ATTAGTTACT GCCAATAAGG nAAAACATAT GGCATTTGGG 480 ACAAGCTATT CTACTAAGTA TAATGGTTTC CAGTTGTATC CATTTTGTTG 530 (2) INFORMATION FOR SEQ ID NO: 330: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 537 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 330: AAGCAAAAAC CGTGTTCATG GATTGGAAGA AATTAATATC ATCAAAATGT CCATACTAAT 60 GAAAGCAATT TGCAGATTCA GTGTGATCCC AAACAAAATA CTGACATTCT TCTCAGATTT 120 AGAAAAATGA CAATAAAATT CATATGGGTA CACAAGGGAC ACAGAATAGC TAAAGCAATC 180 TTAAACACAA AGCTGGAGGC ATCACAACAC CATACTTCAA GACATACTAC ATACAGTTAT 240 AATGAAAACC TGAAATTGGC ACAAAAATAG AGACCTGTAG ACCAACTGAA CAGAATAGAA 300 ACTCCTGAAA TCAATACACA CATCTATGCC AACTAATTTT TACAAAGGAT CTAAAACCAA 360 TCCCTAGATA ATTGACAGTC TCTTCAACAA ATGGTGCTGG GAAAATCAGA TCTCCTGTGC 420 AGAATTATGA AAGAAGACCA CTAGCTTACA ACTTATACAA AAATCTAAAA TGGATCATGA 480 CCTAAACCTA TGACTGGTAC CATCAAATTA CTAGAGGGAG ACATGAACAT GGGGAAA 537 (2) INFORMATION FOR SEQ ID NO: 331: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 414 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 331: TGCACAGATC AAGAAACCAA ACTTTAAATT ACAGTAATTC ATCCCATATC ACACAGTAGC 60 AGAATTAAAA GTGGAGTGGA TTCCCAGCAG ATTGTAAATT CTTTTGGGAA TGCCACCTTT 120 TTTTATTTTG CTTTTTAAAG TGAACTGGTC AGGGATGGTG TTTAGCAAAG CAACTGTAAC 180 ACTGCTAAGA TGCCTACTAC CTCTATCAGA GTGCCAACAT TCTAGAGTCT TAGCACTGCT 240 CCCAATTCAG CTTCCTACTA ATCAACACTT TCAGAGGCTA CAGGCGACAG CATAAGTATT 300 CGnGTCCCTA CCACCCACTT GGGAGACCTG GAGTCAGTAG TGTCTCCTGT CTTCAGCCTG 360 GCCCAGTGCT CACTGTTGCC GGTATTTGGA AGTAAATTAG CAGAAGGCAG ACCT 414 (2) INFORMATION FOR SEQ ID NO: 332: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 282 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 332: GAATCCCACA AATGAATTTG TGGATGAAAC AAAAACATAA nCTCTTGGCT TGCTGAATGT 60 ACCTCTATTC nCATCTCATT TGTGTTTACC TACTTAGATT TCATGAnTTT AAACTACATT 120 TCTAATAAGG GCTCATAAAT ATTCATACAT GTATTTTTTT TCCTCCAATA CATACTTTGA 180 CAATTGATTA TnTGTTACCT AGCTATGACA AGTTTTTGGC TCTTTATGGC CAGGCTCATT 240 TGGATGATAT CCTTCAGCTT GCTTAAGAGA ATTnTAACTT GA 282 (2) INFORMATION FOR SEQ ID NO: 333: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 583 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 333: GTCTTTCCCT CTCCATCACT TTGTCACATA AATTTTTTTT AACTTTGGTA TAACAGGGAC 60 AGATGTGAAC TTTTTCAACC AGTTAAACAG CATTTATGAA AAACCTACAG TTAATGGCAT 120 ACTTACTGAT AAAAGACTAT ATACTTCCCA CCTGATATTT AGCCATGATG TAGCTATCTG 180 CTGTCAGCTT TTCTGCTGTT AATGTACTGG AGGTTTTAAC CCATGAAATA AGGCAATAAA 240 AAGACAAACA AAGCACTTGT AACAGCAAGG AAGCAGTAAA ATTCTCTTAA TTCACAGAGG 300 ATATGACAGT CTATAAAATT TCAAGAATTT TAACAAACTT CTTGAATTCT AGTAACAAAA 360 AGTTACTAGA GTTGAGTTTA ACACAGTTGC AGGTATTTTA AAAGCATAAT CTACTGTGTT 420 TCAATAAATT AGTGGCAAAT TGGTAAGAAA TATGAnTTTA AAAACAATAT AACTTAAAAT 480 ATCATCAGCA AATCCAAGAT ACTTAGGGnT AAATCTAAAA TAGTATACAC TGnAACTATA 540 TAAAATGCTA CTGAGATATT AAAGGAGAAT TAAATAAATA AGG 583 (2) INFORMATION FOR SEQ ID NO: 334: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 527 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 334: TGGnCAATAC AGCTATTTGG GGAGGGATTC AGTGGATGAA AAAGATCTCT CTCACTCTAA 60 CTTTCAAATA AATAAATATT TTTAAAAATC AAATAGAATT TCTTCATTCT TTTCAATTGT 120 TTAATTCCTA AAATTGCCTG CTTTCATGAT ATGATTGGTA ATGTAATTGA AGAAAAATCA 180 TAGGACTGTA CCTGCCCACA ACAATGTGCC TAGCCACCTA CCCATCCTGG CAAACTTGCC 240 ATGAAATCTC TGGCCCAGGG GAGTAAAGTG CTTATATTAA TAGCAATCAG ATTTCTTTTG 300 GAGATATTAC TCTTCAAATT CACAAAAATT ATTTGATGGG GAGGCATGGG ATGGAAGGAA 360 ATGATGTGGG AAGATAATCT CAATGAAGCT GATGTTCAGC TATACCAAAG TGTGATGGGG 420 ATCAAGTAGT GAATATGCCA GGGGGTAGCA CCCACCAGTG nCTCCATTTT GCCATTGGGG 480 nACCTTTTGG AGTAAGGAAG GAAGCCATGG TGGTGGGGAG CCAGGGG 527 (2) INFORMATION FOR SEQ ID NO: 335: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 584 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 335: TTCACTGCTA GCATGATGCA GACTTACTGG AGGTATTAAT TTCATAACTG TTTGAAGACA 60 GAGTGCATTG ATTTCTATTT GTCAAGAATT TTTTCAGAAA GAATATTGAA TTCTATCAAC 120 TGCATATTTT TGGACTTATG GAATGATTAT ATGGATTTCC TCCTTTGCAG TTATATTATT 180 GGATTTGTTA ATGTAAAATC ATCTTTACAC TTTTAGAATA AAGTCTACTT GGCCAAGGAA 240 CACCCTTTTA AAGTGCTGCT AAGTATGTAT GCTAATATTT TATTTAAGTT TTAGAAAATG 300 CCAACGCCCA AAGTTAGCAC AGTGGCAGTG CCATGGCTCC GGACAGTTGG ATTATGTAGA 360 ATGGATCTTT TGCCAGTAGA TGGGATCATA GGAACAGGGC TCAGCCCCTC AGGCAGGGAA 420 CTGGTTAAAG CCACCCAGGG TGGATTTCTG TTTTCATGAA GATCTAGCAA ACTTCTCTCT 480 GTTTCTGGCA CTAAGTGAnA CTAGGAACTG TGGGACATTT TATATGAAAC AAATGTAAGA 540 AGACCAAAGG AGACAGAGAA GAGAGCAGCA GAGCCCTnGG AGCC 584 (2) INFORMATION FOR SEQ ID NO: 336: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 528 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 336: TAGAATGGAA GTAAAGATAA CCTGCTAGGA GGCTATTGCA GTGGTACAAG TAGATGACTA 60 TAGTGGAAAC AAGCAAGTTG GCCTCCAAGT TCTTCTGATC ATGTACTCCA TTTCTAAGAC 120 AAATTTGCTG TTTTACCTCC AAATTAAGTA CACTTATGTA TTCCTATTTA ACCAATACAC 180 ATGCTATATA TAAAATTAAA ATGTTGAGAT TTTAAAGGGA CAAAATAAAA ATGAAGTAAG 240 CTTTTATAGT CATTTTTAAA TTCCTCTTAT TACTGAAAAC AAAAGCATTC TTACACAAGA 300 AAATATAGTG CTTCAAAGGT CTGACACTAG ATGGACTTAC TCTGACATTT GGGTCCTTCT 360 GATGCCACAG TCACACAAAA GATACAATCA ACTACGTACC CAACTAAGCA CTAGCATATA 420 ATTTCTTTCT TTTATTGCAT TTCCACAACC AAATATTTGG GCACTCTTGG ACATAAAGGA 480 ATATTTTCTT CCnTTTGGGA TAAnCCTTTA CCAGGGAATT CCACCCCA 528 (2) INFORMATION FOR SEQ ID NO : 337: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 581 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 337: CTTGGGAAAG ACTGGGGACT GGATAGGGGA TACTGTAAGA TCGCTGTGAG CTGCTTCCCT 60 AGGGGCCACC AAGCATCACG GTCTAGAGAG ACAGAGAAGG CCAGGCTTGG CCCGAACATT 120 TACAGGCCCA AAGATTGTTT TCTATTCCCA CCCCAGTCCT GTCCTACATC ACAGATTGGA 180 CACCCAGCTC CTATGTCCAA ACCTCATCTA TTCCTCCAAC AGCTGCCCTT AGCCACAGCT 240 CGGGTCTGGG CATTGGGTCT CTCTGGGAGG ATGGACTGGA GCAGGGGCCG GCGTGGGCCC 300 TGGAAGCGGT TTGGGGACTC TTGGACAGGG AATTCCAAGG TCGTGGGGAC CCACAGCTTC 360 TGTCTGGAAG ATGAGCTGTA GGCTGAGTGG AAAGTCCCTT GTCCCTGAGG GTTTCTTTGT 420 CCCTTGGGGA GTGGCATGGT GAGAAGGGGG CCAGAGCAGG AACCCAGTTA CCTTGAGCCT 480 CAGGGCAATC CCAGAAATGG GCTCCTTGAG CTGCACCTGA TGCTCTGACA TCAAAAGAAA 540 TACAAATAAG AGTGAACTCC AGGAGGGCAG GCCTCTGACA T 581 (2) INFORMATION FOR SEQ ID NO: 338: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 506 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 338: TGGTTTAGTC TTTTCAACAA AAACAAAGTC AAAGGTTGAA GAGCATCGCC ATCACTAGCG 60 GTCAAGTTTC TCCGGTCGGA AAGGCCTGGA CAGGGATAGA TGGATAGGAC CTTCAGCTTC 120 ACCCTGGCTG GAGATGGCTG GGCATGGGCG AGCAGAACCA AACTGGCCGT TATTAGGCAG 180 CTGCTCTGTG CCTGGCCCTG GACGTGGCAG TGGAGATGAA CTGCAAAGAT GGGTAGCAGA 240 CACCAAGTTG TCAAAGAGTG GTACCAGGAC AACTCCCCAG GAAGTCAGGG AGTGAGTGGG 300 CGAGGGGCTT CCTGGAGGAG GTGGGGGAAC AGGGGATGGA GCCAGCCCCG ACGCAGAGAG 360 AAGGCCATCT GTGGAATGCA GAACCAAGTC CAGCACACCC TCCTGACTCC AAGGGAAGAA 420 GCTGGCAGGA GACAGGGTGA GAAGCAGGTT GGCTGGGACA ATGCAAAGTC TTCAAAGCAG 480 GCTTCAGACT TGAGGTCATA TTTTGG 506 (2) INFORMATION FOR SEQ ID NO: 339: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 634 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 339: CGAAAAAGCT GATCTGAAAA GGCTACATAC TATATGATTT CAACACTGTA ACATTTTGGA 60 AAAGGCCAAT CTGTGGATAG AAGACAGGTT GTCAAGAGTT TGGGGAGAGA GGAAAGAACA 120 AGCAGAACAC AGAGGATTTT TAGGGCAGTG AAACTATTCT GATGAGAGTA TAATGGCAGA 180 CTTATGTCCT TACACATCTG CCAAAACCCC ACAGACTGCA CAATATCAAG AATGAATTCA 240 AATGTAGACC ATGGAAGATC ACGATCTATC AACGTAGGTT CCTCCACTGT AACACATCAC 300 TCTGTTAACA GGCTGTTGGC AGTAGGGGGA AGCATTTGGG TGTGAAGGCT ATGAGAATTC 360 TGCACTTTCT ACTCAATTTT ACTTGGAAAC TCAAACTGTT CTAAAAAATA TGGTCTATTA 420 AAAACAGTTT TTTAAGGGAC CAGCATGGTG ACATAGCAGG TAAAACCACA CATGTGATGC 480 CAGCAGAGGA TGGCCCAAGC ATTTGGGCCC CTACTACCAA TGCAGGAGAT nCAAACGAAG 540 CTCCTGGCTC CTAGCTTCGG AATGGCTCAG CGTTGGCCAC TGCGGTCATC TAGGGAAGTG 600 ACCAAGTAAA TGGGAGATCT CCCTGTGTnT CTCT 634 (2) INFORMATION FOR SEQ ID NO: 340: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 454 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 340: ATTTGTGCAC ACAAGATGTC CGCTGCTCCT AAGGGTGCAA ATAATAGCTT TGCCAATATG 60 AAAGCAAAAC ATAATTACTC AACAATAAAC ACACTGTACA CTGGTAACAG CTGCTATCAA 120 CAGCATGTTG GAAGCCAAAA CAAAGGAAGT ATTACAGGAT TTTTTTTAAA CCCCTGCCTA 180 TCATTCTCAC GGAGGTAAAG TTAGTTTTTG TTTCTGTCAC AGCAAGTGTG ACTAAGCAAA 240 AAGTATTTTA CTCAGTTAAT ATTTCACTCT TGCTTTTAGG TCAGAAAAGA AGCTTGGCCT 300 CATTTTGTCT AGCCAGAAAG TGGGAGGATG AATTTTAAAG AATTACTTAG AAGATCTTTA 360 AGAAAAATCT GTTATATTAA GCATGTAGGG ATTTnATACT TTTCTACCTG GAATATTGCA 420 GAACTACCTT TGATAACTGC TTTACTCTGG CTGT 454 (2) INFORMATION FOR SEQ ID NO: 341: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 450 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 341: TGAGTGATGG CAGGAGCGGC CCTCTCTCCC TCCCATCCCC CAGATGTCAT CTGTCTACAC 60 TGCGGACACC GAGnCAGGCT GCGCTGGCCA CGTGCGCAGG ACAGAGCACT CAACAGCTGC 120 CGTGGGCTGA GGGAGGCTCT GCTTCTCTCC ATACGGGGTC TTTCCTCATT CCTTCACCCA 180 ATGGGGCTAT GCCAATGAGA GTGATGGTGC CCCCAGCGGA CCTGGGACAA CGAGGGGTTG 240 GTAGACACAA CGGGGCTCCA TACACCAGAC CCCCACTTCT ACCCTGCCTG GTGTCAATCT 300 CAAAATTCAA AATTCTCCCC AAGAAGAGAA AGAGTAGGAA AAAGCAGCAA AACAAGTACT 360 TCCACTTGTC AGCATCCCTG AGTAGACAGT GCTGCCGTCA TCAACCAACA CAGCCAAGGT 420 CGGTCCGGTC AGAGAAGGGC TCCCCGCAGG 450 (2) INFORMATION FOR SEQ ID NO: 342: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 555 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 342: CTGnAGCTGT GGCGCCACTT AAGCCCAACT TTTAATCAAT AAGATTATGT CACTTGCCCA 60 GAAAAACAAT ACAAACAGAA GTGTTACTCT AGGATAATGT CACAATACTC TCTAATAAAC 120 CTTCCATTCA AGGTTCTTTG CACAGGATGA AGTCACACAA CTGAGTGTTT TCAAAATATA 180 AGCTACTTGA CTTTATGCCT ATTTGCTAAT GTGTGTTTGT GTGTTAAAGT CTAATCCTAG 240 AATTGCTCTC ACTTGACAAC AGGTTTGGGT AGAGGGGAAA AGGAAAGAAC TTTAATCCTC 300 AATTGTTTCA AATTTTACTT ACATCTAATG AAAGAAAGTA ATGTATGTGA CTATCAAAAC 360 TGGTTTAACT GTTTACAGTA TGCTTAGGCC ACAACATCAT TTATTCCCTT GTTATATCnC 420 TTCACATTAA AAAGCTCCAT TTTTCCAACT TCGTGTTAGG CAAACTGCTC CACTATTATG 480 ATAACAACAG TnATCATAGT TAGGATAACA AGAGTTATAA TTTTGATATG ATAnGGATAA 540 CAACAGTTAT AATTT 555 (2) INFORMATION FOR SEQ ID NO: 343: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 466 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 343: AAATACTGGG ATTCATGAGT TTGATTAATG AAGAAAGATT ATTAATTTTG TGGTTTCCAA 60 AAATATGTAA GTAGAAACAA GGTCATTTAT TGTACTCAAA TACAAGAATC CCTATGATTG 120 AATGACACAG ATCAGAAATA AGCCTAGGAG ACATACTAAT AACTGTCTCT GCATCTGAAT 180 AAATGAACTG TTAGTAATTA GAATTCATTA ACCACATAGG CTAATGGATG GAATAACACA 240 ATTTTACTGC TGTTTTAAAG TTTTTGGTCC TCATTTATTC AAATGGCTCT ACTAAGGACA 300 ACACTGATGG AGTACTTTGA CCTTTTGTAC ATCACTTCTT TCCAAGGTGA AATTTCACTT 360 GTTCTCTTTC TCATTAAGGT TCTGCTTGAA AATGATTCAT GCTTGGCCGG ACGCTGACAG 420 GTCACTAGGG CTAATCCTCC GCCTGCGGCT CCGGCACCCC AGGTTC 466 (2) INFORMATION FOR SEQ ID NO: 344: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 465 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 344: AATCTTATTT GTATACAACC AGCATAATTT TGTTATTGAA ATTTGAAAGA AAAGGAAAAT 60 AGCAGGTCAG TCTACTTATA TGAACATAGA TGAAAAAATA TAAATAGAAT ATTCATTAAT 120 ATTCATTTGC AGACAATATC TAGTGAAATA TGAAAAGAAT CATGACCAAG TGGGTTTATC 180 TGAGAAATTT AAGTTGATCT AGTATGTGAA AATTAACATT CACTGTATTA ACAAAATAAA 240 AAACCAAATG ATCATTTCAG TAGCTGCGTA AATCTTTTAT TTAAATTGTA TTCAACACCC 300 ATTAATGATA TAAAAAGCTT TAACAAACTT GTGATAGAAA GATACTTCTT ATATGATAAG 360 GGCTTTTTTT TAAATAATGG AGTGTAAATA TCATCCTGGA TGGTAAAATA CTGAATATTT 420 TCCCTGAGAT TAGGAACGTA TAGGATACTT CACCACCACC AGTAC 465 (2) INFORMATION FOR SEQ ID NO: 345: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 533 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 345: CATTTAACTC GTAACAAACT ATTAGCTACA GTAGCACATT ATTAAACAGA TAATGTTTAA 60 CAATTTTATT CACAATTTGG ATTAAATGAG AAAAACATCA CATTTTAGCA CCCTAAATAA 120 CAGTTTTGGG GATTATTTGA ATTGAAACTA ATTCTAGCTT TAGAAAGACA TTACTAATTT 180 TCTTTAGAAA ATTGAGGCTA AACTACTTTA GTTCTTCTCT TTTTTTTAAA GGCAGACAAT 240 TCTATAAGAT GATATGGTTA ATTGTATTTA TATTGTAGAT AAAATTTATG TATCATCAAC 300 TTGGCAACCG GTCCGGAAAT GTCCATGGCA AGTGATTTAC AGTTGCAGGA GAGAAAGCGT 360 TCTCTGCCAG GCGGTTGAGC GTTTTGGAGG GGGGAAACCT GGGGTTGGGG CAGATAAATA 420 TTCAGCAAGT TTACTTTTGT GTTTCCCATA TTCAGnATTC ACTGCCTGCC AAAGCCTCAA 480 ATTAATCCAA TTAATAATAT CTAAGTAnGT GAACTTACAC AATCCATAAT CTA 533 (2) INFORMATION FOR SEQ ID NO : 346: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 476 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 346: CAGATAATTT AATTAGGCAC TTCAAACGTG CAGTAAGATG GAAACTTTCC ATTTGAATAC 60 TTTATGAGTC TAAGAGGGCT TTTGGAGAAA GACTGGGTAA GAGTTTAAAC TAACTAATTT 120 TCAGAAAAAA TGATACCAAC TTCATGCTTA AACAGACTTG TTAAAAAGAC TATCTAGATA 180 TTCATTATTG TACACCAAAT ATGAAAACAA AATATATCTT GTTTATTTAA ACTCCCTTAC 240 TGGATTATAA TTTAAGTATT ATAATTTACT GATGTACTTC AGTTGTTAAG TTTCTATGGA 300 GACATTTACA TGGTATTTAT AGAACCACAC ATTAGTATGA CTTCAATAAT GTAGCAGATT 360 TAAAGCTGCA TCCCATCTAG ACAAGGATGG TATGATCTCA CTCACATGTG GAATCTTACA 420 AAGGTGATCT CATAGAAGCT GAGAGTAAGA TGGGGGGTTA CCCGACACTG AGGAGA 476 (2) INFORMATION FOR SEQ ID NO: 347: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 517 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 347: GTTTCTGAAA TGAGGCACTG GGGGATGAAA TAGAAACACC ACTGTATCCT TTAAGCCTGC 60 TCTGCAGGTC TCCCTCCTCA ACCACCACTG TGGTTTCCTT CCTCAGGTGG TCGGGATGGC 120 AAGGCGTTGG TTGACTTAAC GACAGGCGGC TGTTCTTCAC TGTGTTCCAT AACTATAGCT 180 TGGAACGTCT TGTCTTCTTT CCAGACTACA AATCTGTATG TTTTGAGCTA TATAGAATTT 240 CAAAGGGCGT TGATAAATAA TGAAAGAAAA CAGAGATTTG GGGTTATTTA ATGTTTTGTA 300 TCTACCACAG ACTTCTCTCA AAAGAGAGCT AGATTTTGTT AAAAATGAAA CTTCTACAGG 360 AAAGAAAAGC TGTCTA ATT TCATGAGAAG TTGTCAGAAC ACAAAAAGGA ATAATCTTTT 420 TTTTTTAATC AATCTGATCT GTCACAGAGA AACAGAAAGA GTATCTCATC TAAnGGGAnT 480 CCCATGAATG CCAAAGTCCC GGGGAAGCCA GGAGACC 517 (2) INFORMATION FOR SEQ ID NO : 348: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 532 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 348: AGTTAGATGT ATTGCTGGGA TATAGGTATG CTTTAACATA TGCAAATAAA TGTACGGGAC 60 ACGCTACAAA GTTAACAGAA TGTAAGGTAA TGTGATATAA TCATCTTAGT TATTTAGTAA 120 AATCATATAA TAGAACTCAG CATTCTTTCA TGATAAAAAC TCCCAGCAAG TTAGGCATAG 180 AGGAAATGTA TCTCAGTATA ATAAAAACAA TATTTTACAA ACCCATGAAT TATCATAATC 240 CATGGTCCAA AAGTGGAAAC TTTCTTCCTA AGATCAGGAG CAAGACAAGG ATGCCAACTA 300 TTACCATTTC TATTAAACAT GGTGTTAGAA ATCTTAACCA GAGCAATTAG GCAATAGAAA 360 GGAGTAAAAT GAATGAGAAT CTAAAAAAGT AAAATTATCT CTCAGGTGGC TGATCTTATA 420 TACAGAAAAT CCTAAATACT ACACTAAAAA CCTCATAAAA TTATAAATGA AATCATAAAC 480 AAATCCAGCG TGTTTCTATT CTCTAACAAC ACACTGAGAA AAAAGATGAA CA 532 (2) INFORMATION FOR SEQ ID NO: 349: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 417 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 349: TAATTTCATn TGGTTTTGAT TTGnACTTGA TATTTTTCAA CTAAATATTT ATTTTTGAAA 60 TAAAATATTT TAAGTTACAT TATAGTCACA TTCTTTATGT GCCACTAAAT AGAGTTCAAC 120 AAATAAAAAG TGAAAATACT GTAGTTTAGC AGAAATATAG GCAAAGCTCT ACAAAAACAA 180 TCAAATGAAA AAGATGTTAC ACAGTAAATT TTTAAATAGT nACAGATCCT TAGAACTGTA 240 GTGGTATATA ATTCTTAACC ATTTGATGTT GAAnACCTTT TTATAATCTG ACCATTTnAA 300 AGTCTTTTGA GAAATGTCTA CTGAAATCCT TTCCTCATTT TTTGTTTGGA nTTTTGGTTT 360 TTGGnTCTCC AGTTTTTATT ACTTCCTTGT ATATTTTATA CAGTTTAACT AGTTTAA 417 (2) INFORMATION FOR SEQ ID NO: 350: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 437 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 350: AAAAATCAGT CTCATTATTT ATTGTCAGAC TTGATGCATT CAATATGGCT GATGTGTGAA 60 GTTGAGAGCA ACACCAGAGC AACCCATTGC TCAATTCCCT GTCGTGCTGT CACCTCTTTT 120 CCTATGACTG TCTCAACAGA TGGTCCCAGC TCCTAGCAAA TCTTACCCTA CTTGAGGAAG 180 CAACACGTCT ATTTTTCAGT GACAGTTAAA TTCATGGCCA AGTGCACTGG ATTCCATCTC 240 CTTCTTACTA TCATACCTGT GTCTTCCACT TCTCTCTCAG CCCCTATCTC ATGCTCTCCC 300 TGTAATTTTC TTAGGCTAAT GTAATTCCTT CCTCAATAAA GACCCTCTTG GTCTTTCTGT 360 ATTGGTCTGA CACCACCTCA ACCTGGATCA GTTCTTCATG ATTTCCAAAG TGACACAGTA 420 AAGATACATC AGGATTG 437 (2) INFORMATION FOR SEQ ID NO: 351: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 462 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 351: CTAATGTATA AGCACTCATC AAGCATCCAC TCCCATCATG CTTATCAATA TCCCAGTGGT 60 CAAAGCCAGT TGCATGGCCA AACCCAGGGT CAGAGTTGGA GGGGCTGACA TAAAGGCTTG 120 AATGCTGAGA ATCCCAGTTT ATTGACCACC ACCAACATAA CAGGCTTTAT GAAGAAGTAT 180 TAGGGCAAGG TTCTGAGAAA CCAGAGAGCA TTTTTCTTCT CCTGTTATCA GTTATTTTTT 240 CTTCAGTACC TTATCTGTAG AACACTTGTA AGCCATAGAA GATAAAGTTA CTCATCCAAC 300 ATCAGCATAA ATTCTTAACT CTTTTAGCTG CTAGAAATAT TTCACAGAGA TAAACCTGTA 360 TCTGGCTTGT AGGAGCTGTG GTCCTATCAG AGAGATGCGT TTGCAAGCAT GCATTACAAG 420 ACAATGTGCA CGACAACAAA CATGTATACC TCAAGTAAAA AG 462 (2) INFORMATION FOR SEQ ID NO: 352: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 643 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 352: GAATnGAGCT CGGATACAGG AATATGTATT GGAAATAAAA GACATGAGCC TCCAGATTAA 60 AAGGACCCTA CCAAATGCTT TTGAACTGTA TTTGTAAAAC ACCCGCCCAA GGCACTTCAC 120 TATGAAATTT CAGAGACAGC CTACAAGCTT CCAAAGATAA GATAATAAGT ATATTCCCTA 180 GGTGAAATCT TAGATTAGTA TTATGAGTAT ATGACCAGTG GAGCAATAGT TCAGTGATTC 240 TTTACCCAGC TAAACGATCA ATCAAATGAA AGAATATTTT AAATCCTTTT CATCCTTGCA 300 GAATATCAGA AATTTGCCTC TATGCACCCT TTCTTAGAAG ACCACAGGAG GAGGTATTTA 360 CACAAATGGC AGGGCAGAAT AAGAAAGAGG AAACTGGAGA TCCCGTAAGT AGAGGTTATT 420 CTTCCAACGA AGAGGCATGC TTTTGAGATA GGAGGTGAAT GGTGTAGAAA TGCATTTTGA 480 CTCAGTAGTT GAAAGTTGAG AGAATTTACA CCTCTGTTTT CTCAGTGGGT GAATGCAGGG 540 nTGCTTACTG TAGTTAGAAG CTTTGAGAAT AGACAGACTT GGGGGACAAG AAAAGGGTCT 600 CATAACCTGG GATAAAACTA TTGGnCAGTT TGGnATTGGG GGG 643 (2) INFORMATION FOR SEQ ID NO : 353: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 523 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 353: TATACTTCTT CATTGACTCA AGCCACTGAA ATTTTAGAGG TTGTTATTAC AGCACACACA 60 CAGTTTTCCC TGACAGACAC AGATTCAGGT CTAGGAAGGC CATAAATGCC ATATTAAGGA 120 ATTCGAATTG TACTCTGAAG GAGGTGCAGA GATAACATTT TTGAAAGGAG TGACACGATG 180 TACATTTGAG TACAATAACT CTGGATACAA CATACATAGT ATATTGAAAA CAAGGTGACT 240 TTCAACCTTT GGTGTACATA AAAATCCCCC ATGAAGAACG GTAGTCACAT TCCAATTCCT 300 ACATATTACA CACTCTATAA AGAAGAAAAT ATTTATCCTC TGGGGAAAAA AGTTACCCAG 360 GAATTCTTCA AGATGCAATG CTCTGGGCCA GGATATCTTC AGATATCCTG AATCAGCATC 420 TCTAGAGGTG GGGTTTATGC ACAGTAACTG AnAGGACAAG CTGAGTTCAG AGGTAACCAA 480 ATTCACATGC TTGTGGTTCA AATAATCATT CnCCCTCATG GAT 523 (2) INFORMATION FOR SEQ ID NO : 354: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 592 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 354: AGAAAAAAAA ATACTGCAAA TATAAAGGAA GAAGGAAGCA AAATGTAGAA ACTGATGAAA 60 TAAGAAATGT ACAGCGGTAC AGCTTACCCA GGTATAATCA ACACAGTCAA CACCAAACTT 120 GGAAAGAATC TGAAAGTGTG AGAGCAAAGC ACGAACAAAG ACAGCCAATG TCAGTAATGT 180 AAAAGTTGCT ATCATTCCAT TATCCCACAG ATAAGGAGAG GACATTATGA AAAAATTTAT 240 GCCATTTGAA AATATAGATG AAATAAAAAA GTCCCTAAAA TAATACAAAT CACCAAAACT 300 ACAAAGGAGA AAAGACATAG GGCTGTGACT CTTAAAGATA TTTAAAGTCT TACATACAAA 360 AATATTCCAG GCCAAGATTA CCTCCTCTGA GTTCTAAGAA ATGTTGAAAG AACAAATAAC 420 ACCCACCTTA CACAGACTCT TCTCAAGAGT AGACCTCCTA CTGAGGTCAG TGTAACCCnG 480 GAACCCGGCC nGnGCAnGGA CGTTGTAAAA CAGGAAAATT ACAGGGCTTG ATTTCATAAT 540 CAGAATGAGA AAATCTTAAA ATAGCAAGAT ACAGGAAATA ATATCATAAT CA 592 (2) INFORMATION FOR SEQ ID NO : 355: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 582 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 355: TTGTGTTTTC CACTTGCTTC CGAGTTGCAC TGTTCAGATA TTTTAAATGT CCATGTGACG 60 CAAGGCTCCT AGAAAAGTTC ATGGAAATGG ATTTTAAAAC ATTGACTTGG GCAAAAACTG 120 TTTGGAATCC ACCTATGCAG ATAAGGGGTC TTCAGAAAGT TCCTGGGAAA ATAGGTAGGA 180 AGAAAAAGTT ATGCATGGCG TTCCAAAACA TTCTTTTTGC ACCAGAATGA GCTCAGTTTT 240 TGACTCCTAT TTCCATGCAT TTCTTAGTCT CTCTGTATTT TCTCCCATTT TCCTTTGCCT 300 TGGAAAACCC TAGTGTAGAG TGCATTTCTT GTCTGGAGAC ACAGACACAA TCTTTCTCTT 360 TGGAAAACCG TGTGTTGAAA GAGTGAGTTG ATGGGGCCGG CGCTGTGGTG CAGCGGCTTA 420 AAGCCCCGGC CTGnAAGGCA GGCATCCCAT ACGGGCGCCG CTTCGAGTCC GGGCGCCGCT 480 TCGAGTCCCG GGCTGGCTCC TTTTCTGATC CAGCCCTCTG GCTATGGCCT GGGAAAGCAG 540 TAGAACACAG CCCAAGTCCT TGGGGCCCCT GGCACCTGCA TG 582 (2) INFORMATION FOR SEQ ID NO: 356: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 582 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 356: GTAACTGCCA ATACCCAGTC CTCAGCAAGA TTCCAGTTCA GTTGTTCAGT TATCAGTGGT 60 GATTTTAATG CTCCGCAAGT GATTCTAACT GCAACCAGCG ATGAGAAGTC CTTTAGGTTT 120 CCCTGGAGCT AATAGCTGTC CTTATTTCTG AAATCAGTCT TAGGATTTCA GTGACATGCA 180 AATTAAAGCA TCTTAAATAC GGACCGTTTT CTTTGAGTGC AATGCAAGGT TCAGTGTTTA 240 AATTTTCTTT AATTAGAACA ACTAGGAAAC TTAAAATCTC ACTTCCTGGC AAAAGAATTA 300 GGCTTGCTCA TTTATTTGAG AAAAAGATTA TGTGCCTGCC CAACCATCAA TCCTAATTCT 360 GAAGACCTTG CACTGnAGGG ATGTCAAAAG AGGAGCTGGT GACTAACAGG AGGGACTGAG 420 GGTAGGGACT TTGnAATATG GTGAGGAAAA AAAAAATCAA TGCCTCACTT ATCCTTGGGC 480 AACAAATAGA TATTAATGGT TTTAACACTG ACCAGTTGGG ATATTATTTT GTTGCCTACA 540 GCTGAGTTTA AGATCCATAA TTTCACATAG TTGTTCCAGG An 582 (2) INFORMATION FOR SEQ ID NO: 357: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 386 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 357: CAGnAGCGGG CGCnGGCGCC CCCAGCCCTC CTTCCACCCT TGGAGCTCCC AGGCTGCCTG 60 GCAAACCCTC TCCTCCCTCC CTGCGCCCCA CCCCACTCTC ACTTCCTCTT TTCTGGTCCT 120 CAAAGGTACC CAGCTGCTCC AACCTCGGGG CCTCTGTGTC CGCTGTTCCC TCTGCCTGTA 180 ACACCCTTCC CAGGCACGCT GCCAGGCTGA GTCCTTCTCC AGCCGGGGCC TCCTCCCTGG 240 AGCTGnnCCG CCCTGGCCCT CCCTGGTTAA TCAGCGAnnC CCACCCCTTC ACCCCCGCCC 300 CAAGTCGCAC CACCCTGCTG GACTTCCTCT CTCCCAAACC GTCTTGTTTG TGAACCTGTT 360 GTGGTCACAG CTGTGGnnCC GTGCTC 386 (2) INFORMATION FOR SEQ ID NO : 358: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 663 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 358: AATGAAATGG AGTAGAGAAG AGACTTTTCA GCCCAGCAGG GTCTCCCTCC TGTGCGGACG 60 TTGTTCTCGG GGATCTGCGA CGGGAGCTGT GGGCACTCGG AGCCGAGACG CAAAATGAGG 120 CTCACAGACC AGAAAAGGGT GCAAGCCACC GTCGCTGGCA GCCGCGGCCC TGGCTCGCCT 180 CGCTGGCCCT TCCTAAGGCC CCGCCTCTGC GTCCCCCACG GATGGAAAGG GTGCAGACCA 240 CCGAGCTCCG AGATTCGCAG AAAGAAGCGG CTTGGGGAGG CCCCGCGGGG AGGCTGGGGG 300 ACTTCCTGTT CCGGTCTACG CCAGGCGCAG CCAACACTCG CAGGAGCTCA GCAGCCCCCA 360 CCTGGTGACA GCCTGGGTGG GGCAGGGAGC CCCACCACCA GCCGCTGCTT GCTGTCCCCC 420 ATCCTCCCCA CACACAGGGG ACAGCTCCTA GCTGGCTGCT GAGGGTTGGG GTGGGGTGGG 480 CATGGTGGGG TGGGGAGAAG GCAGCCCCGG GCTCTGGTGA CCTGCCCAnG ACCTGCCCGG 540 AAGCCCTCTG TACACTGCCA CTGGTTGAAC TCATCACAAG TTCCGCCCAG AGCCCTGCAC 600 TAGGCACTGT GTGTTGAGTT CATGCGACCT GCACCACAAG CTGCACGCGC ATGGGCACAT 660 GCG 663 (2) INFORMATION FOR SEQ ID NO: 359: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 543 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 359: TGCAGGATGT CCAGCGTAAn AAAAGGGTTG GGGGGATAAT TGTACCTCCA TGACAGGCTT 60 CACAAACTCC AGGAAGACGG GAAGGCCTAA TTCTTAGAAA ACGAAACTTA GTATATACTT 120 CCTGAAATTA ATGGTCTCCT ACTTCCTTGT GTGACCACTT CCTTCTGAGA CGCATAGTCC 180 TGGACTGCTG AGATGCACCA ATAAAATGCT CAAATTTAGG TAATTGACAT ATAAAGAATA 240 AGGAACTAGC ATATGTGCAT AATGACGAAT ATACTTGTTT ACTCAAGTGT ATAACAACTC 300 GGAGAAGGGG AGAGGCGGGG CTTCTCACCC CCGGCACTGn CACTATGTTC TATGTGTCGG 360 TGGGAGCCCC AGCTAGCTGG TAATAAAACA ATAAATCTCT TGGCCCTTGG CATCTGTGAC 420 TGTCTTTTGT GGGTTAATGG GAAAGATCTC AGATCCCATA ATTCAACACT ACATAGGAAA 480 CCTGGATTGA GTTCTCAATT CCTGGGCCTT GGTTACTAAC ATTTGAGGGA GTGAGCCAGA 540 GAG 543 (2) INFORMATION FOR SEQ ID NO: 360: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 584 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 360: CTGGAATATT TCCCGTAAGT TAGGTATGGC ATTTTGTTTG GGAACAAATC AGAATTTGTT 60 TCTTCAATAT TAAGTTATCA TTTCACCTAA ACTACAAGTT GACTTCCTGA ATTGAGGTCT 120 AAAGCTCTTC AACTCTGTAT ATTTAAAGAA GTTTATTAGA TAAAGAAGAG ATTTATTTGT 180 AATTTTAAGT GCTTTAGAAG TAGGTTCTAT CTTGTTCTGT TTATCTTTGT TGTATCACAT 240 GCTATGAATA TTTTAAATGC ATATACTAGT GAATAAGTTA AAGAAAAAAA ATCAGTGAAT 300 GACTAAGGCC TATCCGCCTG ACAAGTTTTC CATCCATTCA TTTCTCTAAA GCATTTCCCA 360 GTCAACCTGA AGTTTTCCTT CTGAAGTTCC CCTACAAAAA GGCAAGGAAT GGAAGAAATG 420 AGAGGAGTGT CTCCAGGGAT GGCAGAGCTT TGGCCAGCAT TGGGCGTAnA GATGAATCTG 480 CTGTCTGTTG TGGGGGAGGA TTGAGTCCTG CTCATCCTCT ATGCAACCCT AGTCCAGCTT 540 TCAGGCGTGG nTAACCCCTT TTCAGAATGT AGCCAGCCCA GGCC 584 (2) INFORMATION FOR SEQ ID NO : 361: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 540 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 361: AGGCCCCACC TCCAAATAAC CTAGGAATCT GGGGACTCAG TTTGCAAAAT GTTAGCATCC 60 AATGGTTTGC TTCAGAAATG CCTGAAACAG CTGGTGTACG GCTAGGTTAA AGCCAGGATC 120 CAGGAACGCA ACCCTGGTCT CACATGTGGG CAGCAGATAC CCAACTACGT GAGCCATCAC 180 CTGCTGCCTC CAGGCTGTGC ATTAGTAGGA ATCTGGAATT AGGAGCAGAG CCACTCTTGA 240 ACCAGGCACT CTGATATGGA ACACGGACAT CCCAACCAGT GTCCTAACGG CCGGGCCAAG 300 TGCCTACACA TGTCCTCATT TTGATGCAGG TTTTTTTTTC ACTCCTGGAT ATTGGTTTTA 360 AATCTTTATC CCTCAATTCA AGCAGCTCAT GGAAATATAG CATTTGAAGA CGTACCAGGA 420 GAACGCACAG CTGACCAGCC AGAGCTGAAA TGTGCATGTT GAAGACTGGA ATGGCTGTGG 480 TATCAACAGA CTGCAAGCTG GAGTCCACAG TAGATCCTCT GCATTTCTCA CTCACTGGGA 540 (2) INFORMATION FOR SEQ ID NO: 362: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 514 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 362: TGCAGGTTAA GAAAGTACTT TTCAAGTTAC TTATCTGAAA ATACATCTGT CTAGAGAGCC 60 TCAAGATAAA AGAAATGTTG GCAAATTTTT AATAGAACAC AATAATATGG AAAAGCCTAC 120 AGCACTTCCT CTCCAAACTC CTACAAAATG TCAATGGTGT AGTCAGCAAG TAGTCAGAAT 180 TCTGTGAAAA CCATCGTAGG CATAAGAGAC TCTTAAGAAT AGGAAAAAAT ACCCACAGAT 240 GCTTAATTGG TGAAAACGTG CTGTAAAGTA TTTCTGAACA AACTTTTAGG AGGCTGAAGT 300 TCCTTGTGGA AAGCCCTCAG GCACCTGTGG TGAACCTGCA GTGGAAGTTA ACCCCAGGCG 360 GAAAATATGC TTCCTTCACA CTATGGTCAA AGCAACGAGG GTGGAGGGCA GGGACATCTG 420 GACATTAGCA AAGATTCTGC TTTGAGGGAC AACTGTCATA AGAGCTCCAG GCCTACGTCA 480 AAAGTGTCTC AGGAGAGGGG TGGGTGAACA AGCT 514 (2) INFORMATION FOR SEQ ID NO : 363: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 633 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 363: ATAATGAGCA TTTTCCATGA CGTTTTTGTA GACGCCCTCA TGCACAGGAT TCCTGGGAGC 60 TGGTCCGTGG GGGCAGTGTG AACCAGTCCC ATCCTATGCC TCAGAGGTGA TTTTTTCACG 120 GAAATCTGTG GAGTGCTGCT CCCAGGACTT GTAGGCATCC ATAATGGTAT AGGAAGGCTT 180 GTCCTTTGGT CCGTAATGCC TTCAGTCCCG TGGCCTTCCT CAGATTCTGA CGGCGCGCAC 240 CCATCGTGTC GGGGACTGGC TGGACTGGAG CATCTGCCAG AGGATCTCGG TGATCACTTA 300 GCATGAGTGA ATTGACATGG CTGTTGTAGA GCTTTTGGGC AGCCATTTTA ACGTTGTGTA 360 GATAGGGTAC CCCCAACACT GGGAAGTTGC TACTTCATCA CGGTGTTTAA GGTTCCTGAG 420 AAGTGCCGTA GTCGCCTGTG GTTCTCTGAT CTCCAGAATG GATAAGAAGT CAGCCCTTAA 480 AATGTCCCCA AAGCTTCAGC CATGTTAATG AAGCCGGATG ATTTACAAGT ATTATTGGnA 540 CTTTTAAACC AGCCTGGCTG CTGGTATACA TATAATTCTG ATCTTACTTT ATTAAATTTC 600 TCAGTATGTA CCTTATGAAG ACATTTTTAA TTG 633 (2) INFORMATION FOR SEQ ID NO: 364: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 514 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 364: AAAAAAAAAA AAAAAAGTAA TGACTTCTAA TCTCCATAAT TAGGTCATGG TTTGGCCTTT 60 ACACACTCCC ACTTCTTTTG TCAACTTCTA GCAAGAACAT CACAAATTTT AGAAACTGGT 120 ATTTAATTTT TTCATGGACT TAATGATTCT CCATCCAGCC CTAATGATCT CAGTAATTAG 180 TACACTAATC TAATACACTC TTTTGTAATT AAGAAAATCA CTGGGAATTA AAACTAGCTT 240 CCTATTTGAA TGAACATCCA TAATCATGCT TCTAGACTTT AGACATTTAC CTGATCCATC 300 TGTTTTCACA GGAAAACGAC CACTAAACAT AGACGCCAGC ATAGAGTCTT TGAAACGACA 360 CAAGGACTCA CGCCGGGCTG TGTACGTGCA GCCACCCACG TTCAGCCGGA GAATATCTAG 420 CACCTCTGTT TCTGCCTTGG GGCCTGCCAT TGCTGCCTCC CAGCGTTCGC nGAAACCTCA 480 AGGCAAGCAG TCCTGGTCCC CCTCTGTGAA AACA 514 (2) INFORMATION FOR SEQ ID NO: 365: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 584 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 365: TAnAGTGCAT GTTTCCTGTG GGCCATATTA AAATCGCTTC ACTACATTGT CTCACATAAT 60 CCTTTTCCGA TAGGTCACTG GGCCTTAGGG GCCTTAAATA AATTGTCCAA AGTCAAACGA 120 GATAGCAAGA GGCAAATCTG GGCTTTGCAC TGATGCTAAC ACTTTCTAAA GTCCACGTTG 180 CATGCCTGGG TGATGCTTGA ATGCTCCTCT GCACATTTTG CTTTTAACTC TGCTATTACC 240 TTCTTGGTAT TGTATCATGA TTTATTGGTG GGTGAGTCTT GTCTACCCCA GTAAATTGTA 300 ACCTTCTCAA GGACAGGGAA TAAGTTATTC AAGCCTATAT CCCTAGCACT TAGCAAATTG 360 TCTGGCACAT AACAGAGCCT CAGTAAATGC TTGTGGCCTG AATAAATAAA AGCCTTGAGA 420 GAGATGGTCA GGGAAAAGCA GACAGAGTAA TCTAGATTGC AGTTTGAACA AAACACCTCC 480 TTTCCTATGG nCCTGATTAG GGAGGTGTCT GCTGGGCATG GAAGGCAGAT GGGTGAAGGA 540 GCAGGGACAG CCATGCCTTT CCCTGGTTCT CTGGAAATCC GGCT 584 (2) INFORMATION FOR SEQ ID NO: 366: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 462 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 366: CAAGTGATCC AAGCAAACTG AAGGACATTT GCATTCACCC AATTTTCTGA ACCAATCTGT 60 ATTGGTTTAC TTTAATTAAC AACATAAAGG CTTGTATACA TAGAATTTAC TCTCATTTTT 120 ATAAGACCAC TCTAGCTGGA AAGCAAGAAC ATGAATACAA CATAGGTCTT ACATCATTTA 180 CAACATTTTA ATGCATTTTA CATAATTTGA ATTGACTTAA AAAGCTGTTA CTTTATCAAA 240 TTTAGAGTCT TCTCCTTTGA GAATTCCAGG GATCCTACTG GAAGCCTCAA AATTGGAAGA 300 CTCAGTTTAG GGCTTAAACT ATCAGAGAGT CAAACTATTT AGCCAAAAAT TAGTATGTTT 360 AACCTTGAAA GGAACGGCTG AGAGCCGAGA GCCAAGAGCC GCCATAAAAA AATGGCCTTA 420 ATGAAACAGT CCTGGGAAAT GGGGAGTAAA CTAAGTTCAC AG 462 (2) INFORMATION FOR SEQ ID NO: 367: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 614 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 367: CTTAACGTAA TCCTATTTGT CTGAATTTCC CATTACATTA AGAATAATAT CTCATCGATT 60 CAAGCATTAA TTATGAGTTA AATAAAATAT CTGACAAGTG TTTATATCTG TGAGAGTCAG 120 AATTCTATCC TTTTTTAAAA ATTAGCTCAG GAAAGTTCTA TGATTATTAT CATCTTATAA 180 CACAAGAAAC TGAAACTTGA AAAATTTAAG TGTCTTGCCC AGGTTGTTTA AACTGCATGG 240 CACTGGACTA TGCTACAAAT TAGATTTCTT GGTTTTTCTA CATTGTTATC TCAAGTATCA 300 GTGACATCAA GAAACACAGA AATGTGCTAG AAAAGCTTTA AAAACATTAC AGCCTATAGA 360 ACTATCATAT AATTTAATTA GTGAAGACAT CTTTACCCAA CTAATTAACA AATGAGATGG 420 CTTTTCAAAA AAAAGTTAAG TTTAATTTTC AGTTCAAATA AATGAATATA TGATGTATGG 480 GGGTGTGGAG GCAAAAGTTC CTGAATCCTA ATTCCAAAAC AGAGTTAAAA AAAGAGGACC 540 CTGGCAACAA TTTTGGnCCC ACAATCATTT GTGGCCCATT ATGTGCTGTA AGAAATACTT 600 ACTGAAGCTT TTTT 614 (2) INFORMATION FOR SEQ ID NO: 368: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 701 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 368: ACCAATAGAG CTCTGACTAT CACAATCACC CTGGAATCCC AGCCTTGGGA AGACTCATTC 60 TTCCACAACC CCATGGCTGC AGAGATGTGA AGAAAACAGC AACCCACAGA TTAGAGGCCC 120 AGCCTGACTG TGACATGCCA CTCGTGCTGA CATTCCACCA GCCAGGGTAA ATCACACAGC 180 TGTACCTGCA TTCTGTAAAG TGTGGATGTA TAATCTTTCT ACAGAAAATG ATATTCTGAT 240 AGTGGTGCAC AATAGAAGTC CACCACAGGG ACAAGCCTCA GGAAAGGACT CAGGTTAAAC 300 CTCAGCCACG TGGAATCTAA GGTTCTGGGC ACATTTCCAA GTTAAGGAGG AGTCAGACAA 360 ATATGGCTGT ATCTGTAGGG TGGGAGTCAC ATAAAACAGG TGGAAATAAG TTCAAGAAGC 420 CAGTGGTAAA AATCAATCAT GGTAATAAGA GTAAGAACAC CTACCACCTA TTTAACATCC 480 ACCCTTTTGA GTCAGACATT TTACATACAT GTTATTCTCA TCATACTTTA CCATAAATTA 540 TTGCATTCCC TTATATAATC TATGCATCAT TTTATCTACA TAAGTATTCT ATGAGTTAAA 600 TGTTTCTGCC ATTGTATTAC AGAAGTGAGA CTGGGAGTCA GATTACATCA CTTAACCCAG 660 GTCAAAAGGC AAGAAGAAGG CAGGGAGTTG AACCAGTTCT G 701 (2) INFORMATION FOR SEQ ID NO: 369: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 615 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 369: TGCCTTATTT CTGTAGCTGG AAGGCACTCC ATGATGTCCA GATTTAACTG TTCTTTCTCA 60 TAGTTGGAAT ATTTTTAGTG ATTGATGACA AATCACACTT TAATTTGAAC TCTAGAAGGC 120 AAGAGGCTCA CATTAAGTGA ACACGTACAG CAGACATGAA GGGGAAGAGT GTCTTCGTTA 180 TGGGTGTGCA GTTTGGCAGA AATGATGCCC TGAGTGCATG TTAAATAGTC TAGCAAAGTG 240 AAATCCCACA GCTCAGCTGT GAAGTCAGTG AATATAGCAA TCTGTGTGTG GCAGAAGCCT 300 TCACAGCTGC TCCTCCATGG TGCACTCTGA CTTGGGGATT TGTTTTTGTT ATACAGCTCA 360 CTGGGCTCTC CATAAGGCAT GAAAGAGAAA AGTTTGACTG ATTTGCAGCA AATAACTCTT 420 TAGACTGCTT TCTATTGCAT TGGAAGCCTG CTTTAGAGTG TGTAGATGCT AAATAAATGG 480 TAACTGTTCT ATGTTTTATT TTTATCCCTG GCTTCAGCAA CTTACATTTA TAGCATAATT 540 TTTGATTTCT GCCTGCATTA GAGCAGGTAG GGAAATATAA TTAAGAGCAC ATTTGATTCT 600 AACCTGCTCC TATGG 615 (2) INFORMATION FOR SEQ ID NO: 370: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 523 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 370: TGCGGATCAn TnCCCAGCCC CGTATCAGAG AATCGGTTGT TAAATGTTTA CCGACACACC 60 ACTGGCTTTG GTTATCATTT TCTTACTTCT TTCCTTATTA GTTGCACTAG TTTGCATACC 120 CATCAATGAT ATGATGGGTC TTTTTTTTGA GTTATAATTC ATTATTTTCT TTTAAAATTA 180 AAGTAGTAGT CATCCTTCCA TACAAGGAAA GGATTGGAAG GAAAAAAATC ATAATATTCA 240 AAGATAGGCT TTTGGTGAAC AAAGCAAGTA TGGACTTTGA GCTACATGAG ATCTTCAGAA 300 AGTGCTCAGA ATATATTTTT TTCTACAAAG AAACCTTTTA TTTAAGGAAG ATAAACTTCA 360 TACATTTCAT AAGTACGATT TTAGGGAATA TAGTGATCTT CACACCATAC CTGCCCTTCC 420 AACCACTCTC CCTGGCCTTC TCCGTCTCCC TCTCCCGTCC CCTGnCCCAT TCAACATGGA 480 AGATCCATTT CAATTAACTT TATAAACAAA AGGACCAACT CTA 523 (2) INFORMATION FOR SEQ ID NO: 371: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 586 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 371: ATTAGTAGCA TGATAAGTCT GCCAAAATTA ATTTAAATAA ACTAAAATAA TTAATTCTCA 60 GTAAATATGA AGCATCTACT GAATAAAAAA TCGTGGTTAA CAACACATAC TTCCTATGCT 120 TGTGAAACTT ACAATCTACT CAGGTGGGGT AAGGCCAGAA TATATGCACA ATACTAACGG 180 ATTGGGGGTA GGGAAAAAAA TCTGTCCAAG GAAGGGACAA ATCTCAGAGA TACAGAGTAG 240 GGAAAAGCCA GGAAAGAGCA TGTACCAAGT CCTAAAACAG GAAGGGACAG AAATCCTGGA 300 GACGACAGTT GGGATGGCTG GAGAATGCAC CACCCTAACG GCAACAGGAA TCATTGCGGC 360 GGGGGTGGGA AGCTTTATTC TGCCAAGGGC CATTTGGATA TTTATAACAT CATCCACAGG 420 CCCTACAAAA TTCTCAACTT AGAAGTCTGC CTGCTCTAGA TTTATTGCAT TTCAAGTGCC 480 GCTTGAGGCT TCCTTGGCAG GGCAGACCAA ATGACCTTGG TGTTTTATAC GGCCCGTGGG 540 CCAGAGGTTC TCATCTCTGC ACTAAAGGGT TTGAGCAAGG AAGAAA 586 (2) INFORMATION FOR SEQ ID NO: 372: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 656 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 372: TGGGTTTATA ATTCTAAGCA AGCACAACAG TAAATCATTT CTATATCTAA ACTGTAGCAC 60 TTTGAAATTC ACGAGTAGTT TTGCCCATTT GGTATGTTTT TTATACTGTG GTTTTTAAAA 120 AGTCACATCT GGTGCCATTT TATTGCTGTG AAAGAATCGC GTCTTCATTC TAAATCTAAG 180 ATAATATTCT AATACTTTTC CTCAAAAGAG TTCTTAAAAA TTTCTAGAAT GATCTTGTCA 240 TAGTTTCCCA TTCACTGACT CTGTAATGAA TAAATATTTG AAGCCATAGC AATAATTTTT 300 CATGCATATG ATACTGTCTT AATAATTCCG TTGTGGCTAT GCGCTTTATT GATTTCTGTG 360 CCACTTCTGT GGCCTGAAGT GAAATGTATT GCCCCACGGA AGCCATTATG GTTTCCTTTC 420 GAATTACGGC TTCACTGGCT CGCTCCTGTG CGCGGGCTTC TTCTCTGTCT GCAGTGCGTG 480 TTCGGTCCCT GGGAnTTACT GGGGnCCTGG ATTCCCCCCA TCGCCCTCGC CTTGTCCTGT 540 GnGTGGAAGA TGAnGACAGG AAAGTTGGGA AGAAAAATGC AGCAGGCAGC CAACCCTGGA 600 GAAACCGCTC TTCAGACTTC CGGGnCnCCT GGGCGATGGG GCATCCTTCC TGCAAC 656 (2) INFORMATION FOR SEQ ID NO: 373: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 584 base pairs (3) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 373: TAGGTTGTGT nCCAGAATTG CAATCTTCAT CATGTACTGG GGCTTAGAGC TGCTCTGTTC 60 CACACCTTCT CCCCCCCAGA AAAAAATCCC CACTGGACAC AACAGACATG CCTGAGAATT 120 TAACCACCTT GCATATATAG CAAATTCATT CACTTATTAA TACCCACGTA ATTTAATATT 180 ACTAAACATC AAGCAAGTAT GTATTAGCAT CAACTTCTTG CTAGACAGAC ACTATTTTAG 240 AAGTTGAGAT TCAACAGTAA CTAGAGCAGA TACCAATACC TGCTCCCAGG GGTCTTACAT 300 TCCATACAAA GAAGATAGAC CATCAAGGAG GAAGACAGAC ACTGGTAGGA GGGAAGTCCT 360 TCACCCAAAG CTTTGTTTCT TGGGGCCAnC TGGCTTCCAA AAnGAGTTTT AAGTGTGTCT 420 GGGCATAAGT CTGCCAAGTC CCCAGCTCCA TGTGCCTTCC TAAGCCCCGA GGTTAGTAGT 480 GGGAACCAAA CATCTCCACT AGAACAGGGC AACCGACAAG ATTTCCTAAC ATGAAAGGGC 540 TCGGTATGTA AGAAATGAAG TAAGTGAGTA GTTTGGTGGA TTAT 584 (2) INFORMATION FOR SEQ ID NO: 374: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 567 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 374: AGAATGAGTT CTCTGTGTGG AGATTACACC AGCATCTGCG TCCATTAATG CAAACGTCAC 60 TTACAAGCAG GAGTATCTGG AAGGAGGATT CTTGAGCTGA AGTCCAATAA GAACAGTTAA 120 TCCACATTTT GAGCTCTCTT CCGAAGTCTG AGGCCAGAGG GAATGAATCC GCCAAGATGT 180 TTTTGATAGA AAATAACAGA AAATCCAACT CGAACTGACG CAAACAATAA GGAGATTTTA 240 TTGACTCACT TAACTGGAAA GTCCAAAGGA ATTAAGCTTC AGGTGAGGGT TGATCCAGTA 300 ACTTAATGAT TTTGTTCTCG GTATGGGATC CTGTGTTACT TGCCTATCAC TGTGTAGCAA 360 ATCACTGGAA ACTTAGTGGC TTATAGCAAC AAAGCCTTTT GCTTATCTTA CAGCCACGGT 420 GGGATAGGAT TGAAGAGAGG CTCAGCTTCT GCTCTGGCTC AGACTCTCTT ATGAGGGTAC 480 AACAACAAAG GTGCCTTTTG GTGGTGTGAT CATCTGAGAT CCTGAGGACT GGAAGGATGT 540 GTTTCTGAAA TGGTCCATTC ACACAGC 567 (2) INFORMATION FOR SEQ ID NO : 375: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 326 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 375: TTATATATAT GGCTGTGCAA GTCCCTTCAT CCCTTGACAT GAAAGCAAGA AGGGAAGAAT 60 GTAGCCATGA TCATTGGGAT CAAGGTCAGG CCATGCTACT CACTTGCTGC ACATCTTGGG 120 AAATTACTTA ACTCCCTGAG CATCATGTCC TTTCCCTGTG TATTGCCGCC ACCTCATCTA 180 GCAATCCCAC TGCCAGGTAT GCGGCCAAAA GACACTAAAT CATTGTATCA AAGAGATACC 240 TGCCCCACCA TGTTTGTTGC AACGTTGTCC CCAATAGCCA AGATATGGAA TCAACCAAGA 300 TGCCCATTGT AAGATGAATA AAGAAA 326 (2) INFORMATION FOR SEQ ID NO: 376: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 627 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 376: AGTGGAGCAG CCAGGACACA AACTGGCACC CCCGTGGGAT GCTGGCGCCC CAGCGCTnTT 60 CCCGGCTGTT GCTTTCTTTA ACTGAAGAGT AGGAACTGCA CACGTGTGTT GGGTACATGT 120 GCACATCGTG TCTTGCGGTT ATTCGTGGAG GTCAGGGTCT GAAGTCCTGG CAGACAGCCT 180 GGAGGGCGTG TCCCAGCTGG TGTGTGACAG GCCCCCAGGC GGATAGCAGT CTCTGTCCTC 240 ACCGCTCAGC AAGACGCCTG GCAGGGAGGG GCGGGCTGCC GCCCTCCTTG CTGGCTGGGC 300 AGGTGGGGTG AGGTCGCTCT GCGTGCCCGC CCGTCTCACC CCTGCGTTTG CCCCATGCAG 360 CGGACCGGCC CCGTCATCCT CGGCGCCCAG CAGTGGGAGC TCAGACGACG CCATCCGCTC 420 CATCCTGCAG CAAGCCCGCC GGGAGATGGA GGCCCAGCAG GCCGCCCTGG AGCCCCCCGT 480 GAAGCCCACC CCGCTGCCGC AGCCCGACCT CGCCCTGCTC ACCCCCAAGC TGCTGTCTGC 540 CTCGCCCATG GCGGCCGCGT CCAGCTACGC TCCTCTCGCC ATCTCCCTAA AGAAGCCTCC 600 GGnGGCCCCC GAGGCGGCGC TCGGCTC 627 (2) INFORMATION FOR SEQ ID NO: 377: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 402 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 377: AGATTTGAAG AnACACTACA GAGAAATTAT CATCAAAAGA GCCTGGTACC GGTACAAAAA 60 CAGACAGATT AATGGAACAG CATAGAAACn CCAGAAATCC ATCCAAGCAT CTACAACCAA 120 CTTATCTTTG AAAAACAGTT AAAAACAGnC TCTTCAACAA ATGTTGCTGG GAAAACTGGA 180 TAGCCACATC TAGAAATATG AAGCAAGACT CCTCCACCTT AAACAAAAAA TCCTCATTAA 240 ATGGATTAAA AACCTAAATT TGnGACCAAA TGCAATCAAA TTATTAGGGA AAATGGGAGA 300 AACCCnGCAA GACATTGGTA TAGAAAAAAA TTCTTAGAAA AGACTCCAGA GGCACAATCA 360 CAGCCAAAAC TGGCAAATGA GATnACATCA AATTGAGAAG AT 402 (2) INFORMATION FOR SEQ ID NO : 378: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 628 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 378: ACCCnTTTTT CATTTCTGGG AAAAACTTAA GCCTGTAACA TTGAAGAACC CAGAGGAAGC 60 CAGTGAGATA GCACTAGTGA GAGTTGGGAT GGGATGGAAG GTTAGCTGAA ACCTGGGGAC 120 GGAGGCGGCA CCCCTGTGGT TGGCCTGAGC GGGAAGGTAT GGAGGACGTG GGGGGACGGA 180 AGTCGTCACA GGGAGTAGGC GGGGCTGTGC GTTTCTGTGT GCATCAGCGG TTGTTTTGCT 240 GTGTGGAATG GGGATAGGGC ATATATTTTC CAGATTTTGC TTTTGGACTT TGAGCTGTCT 300 GTTTCCATCA TGGGCATCGG GCCCGCAGTT AAAGAGCGCC AGACTCCGGC GGATGGGAAT 360 GGACCGTGCA CCCCAGCAAG TCTGGCTGAG TTCACCTGGA GACCTTAGTA GGCGGGGCTG 420 CCTTTTCCAT GGCATTTGGT AGTTCCAAGT TTGACTAGTT AACCATTAAT TTTTATGGAG 480 CTTGTTCATG GGAAAGAATT TCATGTTGCT ATGGGAATGA CCATTGAATG CCGGCCCTGG 540 AAAACAGCTC AGGGGCCTTC TATCACCAGT CTATCATCTG TTAACTGTGA CAGACACTGG 600 GGATCAAAGA AGTTATGGCA CCTACCCG 628 (2) INFORMATION FOR SEQ ID NO: 379: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 328 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 379: CATTAATCAT CCCACACTTC TGGGTTACAC CAACAGGCTC CCGTTGCACC ATCAACAAGA 60 AAGCTATAAG GCAATCATCT CCAGTAGTAA CATTAATTCT AGGAAGCTTA CTCTGCTGAA 120 ATAAACAAGT GAGTCAGAGG TGGGATGGGG AGAACCGCAC GGACCCAAGA CAGGAATCCA 180 CGTGGTCATG GCTGTGCTGT TGATCCAGCT GAGAAGTCAC GTGGACAGGG ACTGTGGCTG 240 TGACTATGGG TCTGACGAAG CAGCGGGACA GGAGGCAGGG GCTCTGAGCA TCCGTGTCCC 300 ACCCCAACTC ACATTCTACC CGACACTG 328 (2) INFORMATION FOR SEQ ID NO: 380: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 487 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 380: AAGAGTTCTT CCTCCCTTTG AGAAAGAACA AAACTGGGTC CCCCGACAGG AATGGACACA 60 TAACAGCAAG GCCTGAGTGC TGGTCAGGAG ACATGGACCC AGGGAAAAGT TCCAACCGTG 120 GAACCCTGGC CTGGGAGGCA GAGGCCAGCG GAAGGTTGGT TCTTTAAAGA CTCTGATAGT 180 ATGCACGCAA GATCATGTAC ACTGTGACTT AAATTCAAGG TTACCTTCTA TTGAGTCTGC 240 ACGCTAAAAA CAACAACAAT AATAATAAAT GCAAACTGAT TTGATGATAG CCTCGGAAAC 300 CCAGCGAGTG AAAAAACCTA CTGGCAAACA CAGACTCTAA AACAAGCAAA AGCAACTGCC 360 AAGAGCCAGC TGCCCCAGCT TCAGGTGTGG CTGAGCCACA CATGGCTGTA AGCCACAGCA 420 CCGCCAGCCA GCCACAGGCC ATGAGTATCT GCCGCCGnCT TCTCCCTCTG CCCCTCTCCG 480 CTTCCGT 487 (2) INFORMATION FOR SEQ ID NO : 381: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 469 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 381: GTGAAGTCAT GGACCCCAGT AGGCCTATTC CCCTGTGGAT GAGTGTCTTC TGTGGGGGTC 60 TTCAATGTTT TGGCACTCTG TGCACTGTGG TCGGTCCATG ATGGCAGGGA ATCGGCTCGC 120 TTTTCTTCAC AGCCCCTCAA GCACCTACCG CAGGGTGGGA ACTTCCAGCC AGCCCAGGCC 180 ACATTCGGCC AGCAAAAGCA TTTGGTTTGG CTCTGCCAAG GGCAGCCACA GGCGGGGACT 240 CAAAAGTCAG TAACTCTCTA GCAAGCTAAT TTTTAAGTTG ATAATTTTGT ATGGCCCACA 300 AATGATGTTA TAAATATCCC AATGGCCCTC GGCAGAAAAA AAAAAGATTT CCCCACCCCT 360 GCATAGCTGA AGTCCTAAGT TGTACTTGGC CAAATGCGCT CTGCCTGCCC AGGAAGGAGT 420 CCTTGGATGT CCTGTATGTC GCTGGCATGG GCACTGAGGG AGCAGCAGC 469 (2) INFORMATION FOR SEQ ID NO : 382: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 470 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 382: TTTTAAAATG CTTTGTGGAA GTCACAATCT AGTTGGGGAA GTGTCGAGTT CATGCCTTTC 60 CTTTTAAAAA GATTTAAAAA GAAGAAATTC AAATTCCATC ATTTGAAAAA GAAAATATTT 120 AAAAAGAGAT TTAAAAAGAT GTTAAAAGAG GGAAGATTTT TCCCTTACCT CTCCTTCCTT 180 TTAATATAAT ATCCAAAATA TTAAAATATA TTATGATATA AGCATTTATA TTATTGTCTT 240 CATATCTAAT TTTTTTCTTC TTTAACGTTG TTTCCTTCAG TAACTCAGAC CTTTTCTGAG 300 TTTAAATTTT CAATAATAAG AAATGAAGGA ACTTGTCAGA TGTTGCTAGT CAGGAAGGCT 360 GCCATCAGGA CTCTGCTGGA AACTACCTTT CCCCATGCAA ATGATTTGAG ATATTGATAG 420 CATTAATTTT TTTCAGAAGG TACnTATATA GAATCCCATT ATTCAAAAGG 470 (2) INFORMATION FOR SEQ ID NO: 383: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 482 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 383: ATACCACGTG GATCCAGCAA AGTGCTTCTG CAGAGCCAGT CTGACCTGGG GCTGGCCGGC 60 TGCTTCCTCT GGCTGGGCAT GGCCAGACCC GCTCCTGGAA AACCCCGAGA CATCAGAGGG 120 AGCCTGGGGG GCCCCGCAGA GGGAGGCGGC CCAGCGCTGA CTCCAGGGAG ACCCCCCCAC 180 ACCCCCACAG CGGGCTCAGG GCAGGGGCCT CGCTGAGGAG CCCAAGTGCT GCCCTCTAGG 240 GGTGACCCTG CAGCTTCCGG GGCCAACCTG ACTGCAAACA GAAGCAGCAA AGTGCACAGT 300 CCCTGAnCCC CCAGACTTCG AGACAACACC CGCTGTGCCC CTGCCAAGAT GAGGGTGCGC 360 CGGCATGGCT GAGATGCGTG GGGGCGGCTC TCCACCCCTG TTCATCTCTC TCCTCTTCAT 420 TGCAAATCCT GCTTCAAGAG CAGACCAGAG GGCAGGCATT TGGCACAGAG TTAAACTCTG 480 AG 482 (2) INFORMATION FOR SEQ ID NO: 384: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 466 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 384: GGACCGACAG TGCGCACGGA GGCCAGGTCA CCCCTCTCTG TGTTTTCCAG ACACTTACAA 60 GACCCTCGGA ACAACCCTGA CAGCAAAGGC GCTGCAGGAG CTCTTTCGCA GATGAGAAGC 120 CTGAGTCGGG CAGAGCTAGT AAAGGCCAGG AATTGGCCCC AGGCCCCTTG GAGCCAGAGG 180 GCCTAGCATT TCCCTTCCTC AAGCCATCCT AGAATGCTCG GAAGCAGAAC CCGACCGCAA 240 GCTGATAAGG GAACCTGTCA CGCATAGCGG GAGCGTCCCG GAGATCTGAG CTGTGGTCCT 300 CAGGGGATGG GCCTGCGTCA TCGGCCACCA CTGCCGTCAG CATGCCGCCC GGTGTGAGGA 360 GCGAAGGCTG TGACGGGAAG GACTAACGGG AGTGAAGGAT TACTCAGATT GGAnTGTCCC 420 TGTTCCGGGG TTAGTCCAGG ATCAAAGGAC GGGCAAAAAT GGGACC 466 (2) INFORMATION FOR SEQ ID NO : 385: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 415 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 385: TGAATTCCTA AAAACAGGAT GTTAGGATGC CTTGGTTTTT CTAAACAGAC AGAACACTGT 60 TCCCCTGTTT TAAGTATATT TGGGAAGGGG TGAAGGGAGG TGGAAGGGGA GAGGCAGTCT 120 AGTATACTTA TTTCAAGAGC AAACACAGTC TGATGAATGC CTTGGATTGT TCTTGATGCC 180 AGCTGACTTT TCAGCACTCA TTAATGGCTT CCGTGTGTGC ACAGTCTTCC AAAGGCATGG 240 AGAGAAACCA TCATGCACTT AACCTCCATG GCATTGCTGT GTGGTATCCG GGCCCAATGT 300 CCCCACCCCA TTCCAGTGTG TCCTCATTTG TAAGTGTGGG AAAGAGCACA GAGAAACCAT 360 CATATCAAAT CAGAGCTGGT GTTTATCGAA CCCCCATAAT GTCAGGCAGT AGACA 415 (2) INFORMATION FOR SEQ ID NO: 386: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 416 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 386: GGCACACCTT TTAAAATGTG ACAAGCGCTC ACACAGCAGC TTGCGGGTGC CAGGCCAGCT 60 CTAAGCTCAG GAGCATCACC ACGGTAACGA TGGTACCCAC ACCACATCAC CAGCACACCA 120 CGGCCGCCGC ACACAGTGGG CACCCGGGCC AGCGGCACGC CTTACCATTG CTCATGCACC 180 CGCATTTACT CGCAGCAACG GCCTAGCGAG CGGGGGTCTA TTCTTAGCCT CACTCTGCAG 240 GCGAGGAAAC AAGGCCAAGC CCTTGGAAGC TTGTCCTGGA GGAGAGCCAC GCGGGAAGTC 300 CTGCAGCCTC TGGCCACTGG GACGCAGCTG CCCGGGGCGG CAGACACCCT GGGAGGGAGC 360 TGCATCCTGC CGGCCCTCCC CTTCCTGAGG CAGGCCTGCA nTTCCTGTTC CGCCTG 416 (2) INFORMATION FOR SEQ ID NO: 387: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 517 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 387: AAAAGCACAG ATACTTTTTC CTGAGCTGAG AGCACTGTGA AGTCCCACAT CCATAACGGG 60 CAACCCTTCC TGTGAGAACC CTTCTGTGGA GCTCTGAAAA GAGAACTGTC AAGGGCAAGG 120 AGGCTTGTTT GGTGAACCAG GAGTCCTAAG CTTTGCTCTT TGCTCTGTCT AGCAAGTTTT 180 CAGTTACCTG CAGCCATTTC TGGGTTAGGC TCTTTTCAAT AGTCACTTCC ATGGTTTAAG 240 TAGGACATAG TTCCTGAACT CAAGCAGACA CTTAAAGTTT AAACCCCAGG GTCTTATGGT 300 ACTAGTGCAG AGAGAGTGAA AAATGGGCCT CATAGACGAT CCTTAGTTCA CTGAGACACA 360 CCCTTAGAnG GTAGCTCTCA TGAGTTGAGT TGGGTCGAAC TCTTGCTTCT GGGCTGCCAT 420 GTGACTATCC TCTGTCATGT CATnTCTGGT CTCACCAGAC AGGCAAACCA AGGGGCCTGA 480 CCAGTTTGGA GGGTCTACTC CAAATAAACA AACCTCC 517 (2) INFORMATION FOR SEQ ID NO: 388: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 344 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 388: TTCCTTTGTT ACCTGTGACA TGGATACAGT GCTTTGCAAA CTGGATAACT GAGGCCATGG 60 CCTCTGAGAG GACAGAAACA GGCCCCACCA GCTCAGGGCC CTGCCAACCT GACTCTTCAT 120 CTGGTGACTT GATGATGCAT CCATCTCAGG CTCCAATCCA ATGAGAAGCA CTAGTGTCCA 180 GATCCTAACC ACAAGACTAC TGCTGTCCTT TTATGGGCTT CCCAAACCTG TGTGCTTGTC 240 CAGAGCAGCC CACCCAGCTG CTTTGTGACC TTCCTGGAGT GGCGGCACCA CCATTTTGAG 300 TGCACCGTGT GCGAAAACAA AAACAACAAC AAAAAGCAGA AGGC 344 (2) INFORMATION FOR SEQ ID NO : 389: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 487 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 389: TTGGCTTTCT CCTTCCGCCT GCCTGGAATG TGGCTGTGGT GCCTGACCCG GCTGCAGCAG 60 TTTTGCAACC GGATGGAGGG TAAGGAGCCC AGAGCAGATG TTAGAAGGAG CCTGGCTTCC 120 CGGTACTGGG TCCCAGCTAC CACATCGGCC CTGGGCTGCC TGTTCCTTTT TGTTTGTTTG 180 TTTAAAAATT TATTTATTTG GAAGGCAGAG TTAGGGAGAC AGAGATCTGC CATTTGCTGT 240 TTCGGTCCCC AAATGGCCAT TAACAGCCGC GGCTGGGTCA GCCCGAAGTC AGGGGCCTGG 300 GGCCCAAGGA CTTGGGCCAT CTTCTGTTGA TTTCCCAGGC ACATCACTGG GGAGCTGGAT 360 GGAAGTGGAG CGCTGGGACT CGAACCGACG CCGCCATCGC ATGGTGGCAT AACCCGCTGT 420 GCCACAGCGC CAGCCTTCCC GCACCGCCTG TTGGTCCAGG TCCTGGCTGC CAGGAGGGAG 480 GCGGTTC 487 (2) INFORMATION FOR SEQ ID NO: 390: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 631 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 390: AGGAAACAGG AGACAGGGTG CCTGGGCTTT GGCCCTGCCC ACTGCTCCAC GACACGGGGC 60 AGCTCACCCC CTGGTCCAGC CTGGTTTCGG GAGCGGTGCC TGGAGCAGAG TGCCCGGGGA 120 GAGGCCTGAG CTGAGGAGGC GGACAGGGCC AGGACGCGGA GGGCCTCCCT TTGTTCCATC 180 GCCTGCCAAG CAGGAAGGCT CTCCCCAGGT GATGCGCCTT CTCTGGGGCC GCTTCCCTCC 240 TGGGATTCGT CACAGCAACC TGAGTCTCAG GGAGTGTGCG TTAATTATCA AACGCTTCAC 300 AAGCATCAGG AGCCCGCAAG GTGCTTCACC ACCATAAAGC ATTTCCTCTC ATTAGTGTTC 360 ATGATCATAA AGCTTCAGAT GCGGCTCCCA TGGCAACCTT AACTCCTCTC CTCCCCCCTC 420 ACACACACAC ACACACACAC ACACACACAC ACACACAAAC ACACAGTGAC AGGATTTTTC 480 ATTGCAGTAA TAACTGCAGC TCGTAAACCT GCCAAATTAT GGGGAAACAT TTATTTTTAT 540 AAGCTGAGAT AAGTAGGCAG CGCGGGGGTA GCAGATCCTC GCCTTGGTGG CTCCAGAACA 600 AGCTGGTCCT CAGACTAAAG ACATTCGCAA G 631 (2) INFORMATION FOR SEQ ID NO : 391: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 541 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 391: CATTTGCATA TATGCTAAAG CGATTTGTTT TGTGCTAACC ATGAGACTTG TATAACAGTC 60 ATAGTATACT ATTTTTAGTA CTTCTTGTAG CTTTAGTTAA TTGTGATCAT TCTGATATTT 120 AACTTTTCAT GCTGGGGATA CATCTAGGTA TTTCCTTTTG GTATTTCCAG CGCATTTTTC 180 TCACCCTCAA TCATTAGGAA GGATCCGGAC TTACAAGATA AAGCAGTGAG CAGCACTCAG 240 AAGCCATGTG CTATTAATTA GAGTGGCTCC ACAGCGATGG AACCCATCCC ATTGCAGGCT 300 GGCTTGCCAC GGCCATTCTC CTTCTTCGAC CTCTGTGCCA CCAACTATCC TGACACTCTG 360 ACCTGCGGAT TTACTCCTTC GTGTCCCACA ACCTGTCAAA GAGATAGGGA TGCAGTAATT 420 AGCAATGTTT TATGTATCAA TGGTGCTACT ACATCCCAAA TTCTTGTACT TGAGCTCCAG 480 CAATATGAAG TACTTTTTCG AGTGTTCCTA CACAGTAGAT TTATTTCATT AGCTACTCTA 540 A 541 (2) INFORMATION FOR SEQ ID NO: 392: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 530 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 392: ATTTTAAGGA AGAATCAAAA TGAAATGAAG AAACTAGTAG AACAGGAAAA TGTGATAGTG 60 AAGAGAAATC AAAATGAAAT GAAGAGCTCA ATAGATCAAA TGACAAATAC ATTAGAGAGC 120 CTTAAAAACA GAATGGGTGA AGCAGAAGAG AGAATATCGG GACTTAGAAG ACAGAGCACA 180 GGGAAAACAT ACAGTCAAAC CAAAGAAAGG GAAGAGGAAA TTAGAAATCT AAACATATTG 240 TTGGGGAATC TACAGGGATA CTATTTAAAA AACCAACATT CGAGTTCTAG GGAGTTCCTG 300 AAGGCATGGG AGAGAGAGAA AGGCTTAGAA GGCCTTTTTA ATGAGATACT AGCAGAGAAC 360 TTTCCAGGTT TGGGAGAAGG ACAGAGACAT CCTACTACAG GGAAGCTCAT AGAACCCCCA 420 GTAAACCTGG ACCCAAAAGA GATCCTCACC ACGGACACGT GGTAATTTAA ACTTACCACA 480 GTGGAACAnT AAAGGAAAAG ATCCTAAAAT GTGCCAGAGA GGAAAnGGCC 530 (2) INFORMATION FOR SEQ ID NO: 393: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 208 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 393: ATTCAATCCT GTTAnTTTCT TCTCTGATTT TCATTnTTTC TCTTCTCCTA CTAGATTTGG 60 GATTGGTTTG CTGCAGTTTT TCTAGGTCCT TGAGATGTGC TGAAAGTCAT TTATTTGGTA 120 CCTTTCCAAT TTCTTGA AT ATGCnCCTAT TGCTATAAAC TTGCCTCTCA GTACTGCTTT 180 TGCTGTATCC CATAAGTTTT GATATGTT 208 (2) INFORMATION FOR SEQ ID NO: 394: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 189 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 394: GCCAATCCCA CCGCCCAAAG CCGAATATAA CTCATGACAT CTGCAAATAC ATTTACAATG ■ 60 CCCAGCAACG CATTAATTAC GTTTTTCATA CTGTCTGCAA CACTCTGCCG CACACTCACC 120 CGATAATTCA CAAAGATAAA ATTCAGCACA AAACCCGCTA TTATAGACCC GACAATCATG 180 CCGGCAAGC 189 (2) INFORMATION FOR SEQ ID NO: 395: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 585 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 395: CTCACCCATT TGTGCAGATG CTCCTCAGTG CTCTACTCTT CACCACCTGA GTTCACTGCA 60 TTCCCTAGGA AAAACTCAAA ATGCAAATAT TAGCCTCTCC TTGTAGTAAA ATGATTGCAT 120 CTCATGTCTT GTGTGAGGTG TGAGGACCAG GCCATGTCCT AGGGGTTTTT CATCCCTGCA 180 GCCAAGTGCC TTGGGTATGT TCAGTTTGCA TTCCCCTAAA AAGTAGTTCA GAAAGTATGT 240 TTCTCCCCAA AATAAAGTCA TAACTGATGT TGATTTATAA AGATTTACTT ATTTATTTTG 300 TTTGTTTCTT TTTTTTTATT TGAAAGACAA ACTGGCTGCA GCAGTCAGAG CTGGGCCAGG 360 ATAAAGCCAG GATCCAAGAA CTCCATCTGG ATATCCCATG CAGCTGACAG AAACTCAAAT 420 ACTTGAGTCA TTATCCACTG CTTACTAGGC ATGTTAGCAA AGTGTTAGAT TGAATGCGGA 480 GTAAGCAGGG ACTCAAACCA GCACTCATAT ATGGGTACAG GGGCCCCAGA GTGTCAGCTT 540 AACCCATTGn ACnATACTCA CCCCCCTATG GGGACTCTAA AACAT 585 (2) INFORMATION FOR SEQ ID NO: 396: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 581 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 396: GTAGCAAAAA TATACCATCT GCAGTTCCAA TTATCTTGCT AGAATTATAT GTTTGACAAA 60 CAATACATTA ATTATAACCA TTTTTATCAA TTTTACAAGT GTCACTAAAC CAGTTATTTG 120 TATCACTTTG TTCCGTGATG AATTATGGAA AGTAAGCCCT TTAATTTTTA AGCATTTTAT 180 CAAAGTACAA TATACATCCC AAGAAATGCA CGTGAGGTAC AAATGAATGA GGTTTTTGCC 240 ATCTGATCAC ACTCATATCC AGCACTCAAA CTAAGAAAGG GTTAATGATA CCTCGAGAGT 300 TCTAACTATT CTCCACATTT CTATTGTTTT GAACATGTGA AAGTGTATCA TCATGTATGT 360 GGTATGATTC AGTGAAACAC AATTTATAAC TATATTTCAA ATTATACGAC ATCCACATAG 420 TATTTATACT CTCTATATTC ACTATTAAAA ACAAGAATGC ATGTGGTATT TTTCTTTTAG 480 GGTAAGACTT ATTTCACTTA GAATAATGGT CTCCAGTTGC ATCCATTTCA CTTTAAATGT 540 CAGGATTTCA TTCTTTTACA GCTGAGTAGC ATTCCATCAT G 581 (2) INFORMATION FOR SEQ ID NO: 397: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 617 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 397: GTCAGAAAAA TAATCAAAGG CATACAAATT GGAAAAAAAG ATGACAAAAA TATTCCTATT 60 TTAAGATAAC ATAATTCTTT ATTTGAGGAA TCAAAAACTC CACTATTAGA ATTCATAAAC 120 AAAATTTGAT AAAATTTTAG GATACAAAAT CAACTTACAA AAATCAGTAA CATTCTTATA 180 CACTTACAGT GCTCTGGTTG ACAAAGAAGT TACAAGTTCA GTCTCATTCA CAGTCATTAC 240 AAAGCAATTA AATACCTTGG GATCAATTTA GCAAAGGATG TGAAAGCTCT CCACAACTGA 300 AATTACAAAA TGTTAATGAA AATTATAAAA GAGACACAAC AAAATAGAAA CATTTTCCAT 360 GATCATGGAT TGTAAGAATC AGCTTTATCA AAATGTCCAT ACTACCCAAA GCAATTTGCA 420 GATTCAATGT GGTTCCAATC AAAACACAAA GGnAATTCTT CAAATATCTA GAAAAAAATA 480 CTAATGTTCA TATGGnAACA GAAAACACCC TGGnAAACAA AAGCAATTCT AAAAAATTTA 540 AACAAAGCCA AAGGGTCACA ATACCAAATT TTAAAGCATA CTATAGGGGC TGTTATAATC 600 CAAACAGTCT GGnTCTG 617 (2) INFORMATION FOR SEQ ID NO: 398: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 486 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 398: TGCTTTACTG CTACCAGACA GTGGGGTGTT TTCCTTCCTG CTGCACAGAA TTTTTACAGG 60 GATTTAGCAT TTCCTAAACG GTATTTCATA AAGCCTTAAC CGATTTCCCA CAAAATAGAA 120 CTGGGTCCTA GATTTTCACC TTCATTTAGA AATCCAGTCT ATCAGGATCA ATTTTACCAC 180 TTTTTAAATC ATTTTAGAAA GATACACACT TGCCTCCCAG TCATCGTGCT ATAGGAAAGA 240 TGACACTGGG GCTGATTTTG ATGTCTCCCT GAGTGGCTTT TCTTCTCATG ACCTTAAAGC 300 TGCTAACAGC AGTCAATAAT TGAGGAGAGG TAGGCGGCAT TATTTTTTCT ATTTAAGGGT 360 CAAAATTTAA GCTACTTATA CACTGCCATT TGTGCTCTAT CTCTGAACTG ATAACCTACT 420 CTAGTGTTAC AGCAGTCTAC CCAAAGAGGG AATCCAGGGG CCTCAATTTT CTCTTGACAC 480 TACACG 486 (2) INFORMATION FOR SEQ ID NO: 399: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 666 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 399: ACAGGCCCTA TCCTATGGCT TTTCCTTCTG CATCTCTTCT AAGACAGGCT AACGGGGACA 60 CAGATGCCTC CTGGGCAGCC AATCCAATCA GGAAACCAAT CCAGAAGTTA ATGTGAAGGA 120 CAGTGAAACC TCAGGCATTG GTTCAGGAGT TACGGAATTT GTGATAGTTT TAGAACCTGG 180 GAAATAATTT TCTATGTGGT CTCAAGAAAA CTCACTTTCT ATTTACAGAT AATTCTCCTC 240 CTCCTCCTCC CCCTTCTCCT CTTCCTTCTT CTTCTTTCTC TTATTAAAAA AAATAACATT 300 TATTTCAAAG GAAGAGTTAC AGAGAGGGAG ACAGAGACAG AGTCTCTGCA GTAGCTGGGG 360 ATGGTCCAGG CGAACAGnGA GCCTGGAACT CTATTTGAGT CTCCTACGTG GGAGCAGGGC 420 CCAAGTACTG GGGCCATCCT CCCCTGCTTT CCCGGCACAT TAGCCAGTAA CTGCACTGGA 480 AGTGCGCAGC TGGGTCTCCA ACTACACTCA TACTGGATGC CGGCATTGCA AGTGACAGCT 540 TAGGCTGCTG CACCACAGGT GGTTCTCAAA TTTTCATTTC AATATATGTT CTGAAATTTT 600 AACACATAAT TGTACTTGTT TATAGGATAC ACTACAGTAT TTTAATACAT GTATTCACGT 660 GTAATG 666 (2) INFORMATION FOR SEQ ID NO: 400: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 485 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 400: AGTTCTTCCC GAGACACAAT TCCTCATGCT GGCCGTTTTG TCTTGCCTTT CTTACCTTCC 60 TCCTCTAGGA ATGAGGAGAA AAGAGGGCAC TGAGAGAGAG GGTGAGAATA ATCGCTCTTT 120 TCCTCCCCCC CTCTGAGCGT GTGCTCTCTC TGAGGCTCAT TTCATGGGGT TGGGAGTATG 180 GGGAGAAGGG GTGGCAGGAA CAGAGGGTCC CGTGTGATCA CAAGAGCATG CACTGTTTCC 240 ACAATTATTC TAAGTTCAGT AACTACACAG CGTGGCTATA TGTTTCATTT TGCCTGTCTC 300 TGAGTGCCTA GAGAGCTGGC CACACGTTAT TCTGGGTATG TCTGTGACGA TGTCTCTGGA 360 TGCCATTACC ACACAGAAGG TAAACTGTAA ATGCATGCCC TCCCCAGAGT GGTGGGCTCC 420 GGCAATCTGC TGAAGGCCTG AACAGAACAA ACAGCAGAGT GAGGCGATCT ACTGCCTCTG 480 CCCGG 485 (2) INFORMATION FOR SEQ ID NO: 401: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 563 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 401: GACATTTCTA AAACTAGCAT CTGAATTATG GGAAAAGACT TTTTTCTCAC CTTAGCTAGA 60 TTAATGCAGA CAGAAAATCG GTTTAATATT TGTGTGGACT AGGGGTGGTG TCTGTGTGGT 120 GTTTAAGTGA GGCATGTGTC CCATATTGGA GAGGCTTTTT CAACTACAGG CTACTCTGTC 180 TCCAATCCAT TTTCCTGCTA AAGTGAACTA TGGGAGGAGG CAGATGATGG CTCAAGTATG 240 TGGATCTCTG TCACCCATGT GGGAGACCTG TAATGAGTTC TGGGATCCTG TCTTCAGCAT 300 AA ATAATCT TGACTGTTGG GGGCATTTAG GGAATAAGCC AGCAGATAGA GATCTGTTAT 360 CTATCTATCT ATCTATTTGT GTTTCTGTAA TTCAAATAAA AATGGAAATA AAATCAAAAT 420 GAAGATAAAC ATTTGTGTTT ATAATAGTTT ATTCAAGATG ATTAAATTCT AGTGTACTGG 480 ACCACTATCA CTTGCAAAAC ATGAGAACAC TGTGGATGGT AAAATCCTCT TGCTATTCTT 540 ATGTGAAGAG TTAGACTGCA CTT 563 (2) INFORMATION FOR SEQ ID NO: 402: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 440 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 402: CATCACTTTA AGTTGAAGGT ACAACCTCAT GTGAAACTCA TGAATTCTTT GAAAATGTAA 60 TGTGGCTCAC ATGGAATGTT CAGCGTGCCA TGCTGCCCTC TTACACTTGG AACAAAATGA 120 AGAGAGATGA CCAATTCTCA TGTGACAGTG ATGGAGCCCA ATTATGGATG ACTACCATGA 180 TATTCTTTTG AAGAGTCACT TGAGCTAATG AATTAATATA TTAATTTATA TTGTTAATTT 240 TAACTATCTA ACACAGTTAC TATTTATGTA TGTATGAACC ATAATATAAT AATTTAAGGn 300 ATTTCCACAA ACAATGTACT ATATTAGTAG AGAGTAACTA AACTTCTTCT TTGCnTTATA 360 TAATTATAAA GGATGTCAGA ATGATACATT TTCCAAAACA ACATATACTA TAATATTAGG 420 ATAAAATAAT GGAGTTAAnT 440 (2) INFORMATION FOR SEQ ID NO: 403: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 300 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 403: ACCAnTGACG TTTTAGGnGA CACTTTATCA CCTTCTTACA CCCTAGATCA TCTACTTACC 60 TACTGTGGCT GCATGCCTAT GCCCTTACCA TGGCATTTTG ATCACCAGGT TAAAAACAGC 120 AGTTCTCAAA TTCCATGTCC CTCTACCATC AnnCATCACC TAGGAACTTG CTAGAAATGC 180 AAGATTTGGG ATCCACGTTG TGACACAGTG GGTTAAACCA GATCTGCAAT GCCAATATCC 240 CATGTGAGCA CTCGTTnAAA TCCTTGACTG CTCCACTTCT GATCCAnCTC CCTGCCAGTA 300 (2) INFORMATION FOR SEQ ID NO: 404: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 439 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 404: TTATAAATAA TAATAATAAA AAAGTGTGCA CAGCACAAAA GAGAGAAATG nTTCAGGGAT 60 TCAGAAGCTA GAAATTCACT TCCAGGGTnA nTGGGCCTTG GCCTCAGAGG TTTTGATTTG 120 GGTGTAAGTT GATGCTGCnA GTCCTGGAAA ATTTGGGATG nnACTCCGCA nTGTTGTATG 180 TATTGTAAGA ATATACACAA TCTTAAAAAA GAAAACAAAC AAACCAGAAA AACCCCTCTC 240 GnCTCAGTAA CTATATTTAC CCTGAGCCAA GTGCAATACC TGGCTCCAAG AAGATTTAAT 300 AAATCTTGTG TCTTAGCCAG ATCCCTTCAG TTAGCATAGC TATCTCTAGG ACAAAAATCT 360 GGTGAAAAAG AGAAAATGTA ACAAnTGACA AGTCAGTAAA ATCACACTTA GCCTGCCCAA 420 ACCCTTGACA GGCnTGTGA 439 (2) INFORMATION FOR SEQ ID NO: 405: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 409 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 405: AGGGCAATCA CTTAGATGCA ATGACAAGGn CAATATGAAC TCCAAGAAAA CAAAAATGTA 60 AAGTCTCTCT ACCATTCCTA CATACTCAGC ACAAAGTATA TATTCAATGA CTAAGGCAAC 120 ATTTAAGAAT GAAGGCGTAG TAGTTAAAAA AAAATAAAAA CAAAGAATGT AACCATACTT 180 ACCAAAACCT AGGTTTAAAT ATAGTGGATT ATATACATTC AAATATAGAT AGGTATTTTT 240 TAATTACTGA AATCATTTTT AAAGAGAGTG GCAAAAGTAT ACCATTTAAC TTCTCTTAAG 300 AGCGGTATCC ACTGTGTTTA TCCTTATAAT TTAAAGTTAA AATTCTGAGA GGACTCCTGA 360 TnCAGAGGAG GCATCAGATA TCAAGTCAGG TTAACACAAA TGnCACTTT 409 (2) INFORMATION FOR SEQ ID NO: 406: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 568 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 406: AAATTGTTTT GTACCAAAAA TATTTTCATT TCATTTTCCA CATGACTTTT GAAGTACCTG 60 ACATACTACC CTGTACTCTT TCAGGACATT CTAGGCCTAA TAGGTTGCCC TTAATTCATT 120 TAAAGTATTT AATTAAATTA TTTCTCCCAT TTCACATATG AGAAAACTGA GGCATGAATA 180 GAGACTCATC CAAGATCATC CACTAAGTCA CTCTATGTGG TGGAATGAGA AGGCCATGCA 240 CAGATGGCAC TGGCAAACAA GTGTCAGTTA CTCAGGAAAT GGCTTTGGAA CCCACCTGGC 300 AAAGGGGCCT GCCTGGCAAC AGCnTnGATT GGTTAGGGCA TAAACCTCCC CTTGACCAGA 360 TTGGCTGCCT GGCTATATAA GCTGCTGCAC CAACTGAAAT AAATGAGTCT GCAAGCTGCT 420 CACCTTTGGC CCGCTTTCAC CTGACTCCTG GTGTCTGTGT CATGACTCCA TGCCTCTTGC 480 CTGCACTGCA CTCCTCCTCT CAGAATGAGT CCACAACAAC ATCTCTAACA GTGTTACCCA 540 GAGTCCACCC CCTCTTCCAA GGCTTCAG 568 (2) INFORMATION FOR SEQ ID NO: 407: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 635 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 407: AGCTGTCTCC ATCCTACTTC AGGAGCAAAT GCTTTGTCCT CATGCAAAAA GCGCATACTA 60 TGATTTTACA CCTGGGATCT TCATCACGAT GTACGTGCAC AAATGTGCAC AGGACAACTT 120 TGTTTTTACA TTTTGACTCA CTTTCTAAAA ATGTAGGCTA ATAAAATTTG TTGATAACTA 180 CAAAACTCTC CAATCACACA CACCCCAAAG CGCCTTCAAA TTTTCCAAAC TGTAAATCTA 240 CAAGGTATCA ATATTACAAG AAGTACCTTC ATGGATGTCC ACTGAAATAA AGTCTCACTA 300 TTGTGCTTTC GGTCCTCCAT TTTCCACATC TGTATAAAAA AAATCACACC TCGCTCTATA 360 ATTGAGTTTC AGAAATAAAG CTCTACTACA TGCATGTGCG TTCATACCAT TTCTATAAAA 420 ACCAAGGGCT CAGATGCCTT TGCACAGTGA AACAGATCAC AGTGAAACAG ATGATGGCAG 480 GCACATACTC TTCTCCTTGC TTCTCAGCTC CTCCTTGCTT GAGAGAAGGC AGGAAAGCAA 540 GCTGAGGGCA CTGCCATGTA TGAGGACCAA CCACTGTTTT AGTCCCTTTA CATGTGTTGT 600 TCTTATTTAA CACCTACAAC AGACCGAGGG AATCA 635 (2) INFORMATION FOR SEQ ID NO: 408: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 564 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 408: AACATCCGTA CCACTTGCCC TCAGGTAGAA GCTAACCACA AAAAGAAATG CAGCAACATG 60 AAAATGAAAT GAnAATACCA AATAGACTGA GGCTTGCCTG AAACCTGTTT GTGCTACCCT 120 AAAAGGAGAC TAGAGAAGGC TAGAGAGCCT TGAAGAAAAA ATAAGAAGCA AAGACTTCAT 180 TTTGGACCTA ATCGGAAGAC TGGAAAGACA ATTAAAAGAG GACTGCACTT CTGAGTGTTT 240 CAGTCGGACT TGCAGTCCCA TCCATGTTCT GTCTAAGATT GTCTTTGGAA GTGTGTTTGG 300 CCTAGTGGTT AAGATGCCTG AATTCCTGTG CAGAGCnCTG GGTTCTCATG CTGGCTCTGG 360 TCTTGATTTT GGCTTCCTGC TAATACGCTT CAGGGGAGGC GGTGAGCAAT GGTCCAAGTA 420 CTTGGGGTCC TTTTACCTAT GGATTGAGTT CCTGATTCCT AAGTTCACTT CAGCCTGGCC 480 CAGCCCTGGC TATTGGATGT ATCTGGAGAG TGACCAAAGG GATTGTATCT TAGTTTGTCT 540 GTCTCTTTCA CAAAGATTAA ATTC 564 (2) INFORMATION FOR SEQ ID NO: 409: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 637 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 409: GGAATATTCT GATCATTTAG AACAAATTGA CTTGATAAAT TTCAATTGTA TTATTACCTT 60 CTAAATCAAA TAATAGTATA TATGTTCACA AAACAGTATT GATTTCTCTT AGTGAGTTCT 120 ACAAAATGCT AAATTTCCTT TTAAATTAAA AATATTTGGT TGGTAGAGGA TGGCACTTGG 180 TCATGAAGCT AAGACACCAG TTGGAATGCC CACATGTCAT AGCCTGTGTT GGACTCCCTG 240 CCCTGCTCCT GATCCCAGCT TCCTGCCAGT GTGAATCCTG GGAGGCAGCA GGTGCTGGTT 300 CAAGTGGTTG GGCTTCTGCT GCCCACATGG GAGATCTGGA TGGAGTTCCC GCCTCCTGGC 360 TTCAGCCCTG GATATTGCAG GAATTGGAGA AGTGAAGCAA TGGACAGAAG ATAGCGCCTC 420 TCTTTCTCCA TCATTCAGCC TTTCAAAGAA ATAAGATAAA CTTTTTTTTA AACTTTTATT 480 TAGTAAATAT AATTTTCCAA AGTACAGTTT ATGGATTACA ATGGCTnGnC CCCGCCATAA 540 TTTCCCCCCT ACCTnCACCC CTACCATCTC CCGCGCCCTC TCCCTCTCCC ATTCCATTCA 600 CATCAAGATT CATTCTCAAT TATCTTAATA TATACnA 637 (2) INFORMATION FOR SEQ ID NO: 410: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 486 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 410: AGGACTTGAA GCTGATCTAG AAAGTGGGCT CTGCCTAGAC AGCAGTAGCA GCCCTGTAAC 60 AGGCGTCTGC CGGAAAAGCA CCAGGGCTTC TGCCCGGCTC CTCCTGAGGT GGGCTTTCCC 120 TACTTCTTCC TCTGCGGTTC TGTACTGCTT TCCCACGGTT TCCAAGCTGC CTTGGTTGGT 180 CGTTCTTTGT ATCTTTCTTG AAGGACCATC CTCAAATGCA GCTAGATCTC AAGTTAACAG 240 CCAGGCCAGG GTGGGTGGGG TGTCACATTC CTCCTCTGAG CACAGACCCC AGTCCCCCCC 300 TCAGTTCACA GTGCCGTTTG CCTCATCTGG GCTTTGCCAC TCACTAGCTG TGGGACTTGC 360 CATGAGTTGC TTAACCTTTC TGTGTTTCCC TCGTCTCAGC TATAAAAGGA AGCTAATAAC 420 CACCGCCACC TCCAGGATTC TGGGAGGCCT TAGTGAAAGC TAGGGAGAGC CGGGCGCTCC 480 GGCGGT 486 (2) INFORMATION FOR SEQ ID NO: 411: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 417 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 411: AGGATTGTTT TGCTTATGCA AGGAAGGCCT TTGAAGATGT TTGTCAAACT CTCTGTGATC 60 TGATGCTCTA AGTTGCTCTG ATGCGGACAT GTATTAGCAG CACATGTGTC TGCGTGTTGC 120 TGTTCTTAAT GTAGTCACCG ACAGCCTAAA TGCTTCTAAC GCCAGCTCAC GGGCACACTC 180 TTAATTGGTC ACTGTCCTTA AATACCCAGA GTTCCTACAA CCACGGCCAC ACCTCCTGGG 240 AACTAAGAGG GCTGTTGGCA ATGCACAGGA AGGAGGTCCA ACTGGGGCCG GGGCTCATGT 300 CCCCATCGAA GGAAGGACCC TGACTGCGTT GCAACTGCAA AGCCTTTAAG AACTGTTTCT 360 TTTTATTATT TGTGCCTTTC TGGCCTCATT AATGAAAGAG CAGCTCAAGA TTCAGGG 417 (2) INFORMATION FOR SEQ ID NO: 412: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 481 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 412: ATAGGCATGT ATACATATGC ATCACACACA TACAGATGCA TCGCAGGCAT CCATATAGAT 60 GCAAAGTATG TTTCTGCATG TGTATATATG AGTTTACACA TGTTTGTGAA TGTATTACCT 120 GGATTTCTCT ATATAATCCA GGGTGTGTGT GTGTGTGTGT GTGTGTGTGT GTTTTCATTT 180 CTCACCCTGA ATCTGGAACA GTGTCTCCTT GGCTAAGAAA AAAAATCACA AGGCTCAGAA 240 GGAGCAGATA AGGGATTCTC CAGAAATCCC CATCCCTCAC CTGGGAGCAA CATTCCCTAT 300 TGACTTGAAA GGTAAAACAA TCAGTTTCCA CCTCATCCTC CATCCTCTGT GTGTCTGAAT 360 CATATTTTTT CTCTGGGGAG AAGTGTTCCT GAGACTACAG AAAACTCCCT GGAGGACAGG 420 AAGACAGAGG AAAGACCTCT GTGGGTTGAA GAGGCAATTG CAGGAAGCCC AAGTGGGAGA 480 G 481 (2) INFORMATION FOR SEQ ID NO: 413: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 415 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 413: TTATAAACTC TAAACATGTG CTCCCACAAG TACTGTTATT TCTCCAAGGC ATCACATTTC 60 CTGGTGGTGG CTTCTGGTTT AACAGTCTGT GTCTTACACT CGAGCAGAAA CCCTGTGAAG 120 CCAAGGAGTT AAAATCTTTC ACCATCCCCT GCTATAGTAA AATATGGGCA TGTATATTGC 180 ACTTCACAAA TAATTGAGGG GGGGGGGAGT TGTTACACAT GAATGAGTAA CAATTCAGGT 240 GGTCCAACTC TATAGTTAAT TTTTGATATA GTTAATTAAT TGATATAACT CCCTCAATTG 300 GAATGAAATC TTTCAGCAGA GAGATGATCA TCATCATCAA AATCTTCTCT GGGTCCCACA 360 TGCCTACACT CCATTGAGTT AAGAGAAAGA TACTATGGGG nGGnACCGTG GCTCA 415 (2) INFORMATION FOR SEQ ID NO: 414: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 530 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 414: TACTTTTATT CATTCATGAA ACGAGTCATT GAGCACACGG AGCACCGGGG TGAACACGTG 60 GATGTCACTG TGAAGGTGCT GGCATTTGTC CCGGGAAGTG CAGGCTTGTG AACGGATCCT 120 GGAAGGCAAG CGCTGCAGAG GTGCTGTGCG CAGACCACGA GCGGCTCTCG CAGCCATCTG 180 TCCCAGGAGT TGAACATCTG CCGCTTTCTT CTGCGAAnTG TGGCGTTTCC AAGGGTTTTC 240 TTCAAGAGTG GATGTTGAGT TAATGATTGT TGAGATTAAT TACTTCATCA GAATTCTTTA 300 AGAAAATGAC ATTCCTATTA ATGTTTCCCT TCATGCCCAA ACCACAACTT TTACTCTTCT 360 TGATTTAACC TGCCTGGTGG CCTGTGAGTT AGGAGTTAGA TCCCCTTCAA ATTCCTGCTC 420 ACGTATTCCC GAAAGCTCAC GCTCCCAGTT TTATCTCGCC GCCTCCCGCT GAGAAGGAGC 480 GTGATGATGC GAACTTCCGC TGAGAACTAA TTATGGAGAG GCAGTGAAAT 530 (2) INFORMATION FOR SEQ ID NO: 415: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 515 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 415: TGCTCGCCAC AGGGGACATC ACCTACTCCC TTGGCCTCCC ATCCAGTAAG CCTATGAAAG 60 ACCCCCAGAG GAGCTCTCGG GGATGGAGAA CACACGAAAG GCAGGATACG GAACACGAGA 120 ACAGCTTTAG GGGTATTTCC ATCAATGTCT GCCAACCGTC TCCTCACATT TTTGGAGATG 180 ATTTTGTTTT CCCCAGGTAA AGTCTGTATT GCTGGTGAAT GCAGAGGTCC CCTGCTATGG 240 ACGGGCAGCT CCCCGCCCCC TTCCCATCAT AACCAAGCCT ACTCCAAAGC TCTGACTGGT 300 TGATACCCAG CTAGCCTTCC TGTGAACACT CACCAGTCCT CATAACGTGA GTAAAGGATT 360 TTCAGAGACA CTTTAAGGTA AGGCCAAATG CGATTTCTCT ATTCTACAAA AGGGAGCCCA 420 GAAGTGGTTA AAGAAGTTCA CTCAAGGTCC CTATAACCCA GCAACAGCAC GCACAGTGCT 480 TGGGCCTTAG GATCCTCAGC ACAGTTCCAG TGCTC 515 (2) INFORMATION FOR SEQ ID NO: 416: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 300 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 416: AGGACACTGT TCAACAAATG GTGCTGGGAA AATTGGATCT CTGCATACAA AAGTATAAAA 60 CAAGGTCCCT ACCTTATACC TTATACACAA ATCAACTCAA AATGGATCAA GGGGGGCTGG 120 CGTTGTGGCA TAGCGGATAA AGCTACTGCC TGCAGTTCCA GCATTCCATA TGGGTGCCAG 180 TTCTAGTCCC AGCTCTCTGC TGTGGCCTGG GATTGTGGGG AGCAGGGTCC ATCTCCCGCA 240 ACATGGTGGA GCACCCGGGA GACAAATAAG TACTGAGGCT GTGGACTGAn TGAAnCCTTT 300 (2) INFORMATION FOR SEQ ID NO: 417: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 575 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 417: TGnGAAAAGA GAACAGAGAC CTTAAAAGGT GGCTTGCCCA GAGCTGCCTG CTTAGCCTGT 60 GGCAGTCAAG GGTACTAAGT AGGGCTCGTT GCTCCCAGTC CAGTGCTGTT TAAAATTGCC 120 TCTTTGTGTT TCTCTTTCTT TTTCTTTCTT AATGGGCAGG CCACCTTTTC TGGACTGCTT 180 TTAAAGAATT GAAAGCTGAA TATTAGCAAT TTTTCAAAGA CACGTATACC TCTAGTTGCT 240 CCTCTTAAGT GATAAGTCGT ATCTGTTTTT TGCTGTAAAT AAAGTTAATG TGTTCTACTT 300 AAGTATGTTT ATTCAGTAAA AATATTTGTT GAATACACTT TATCTTTATG TGTCTCTCTT 360 TACTCTTAAT AATAACCATG AGAATTGCGC TTTCACATTT ATTCAGCTTG TAGTGCATGC 420 CAGGCCTTCT GCTGAGTGCT ATGTCTGTCT GACTGTCACT TGGAACACAG TCCGTGTTCC 480 CTGTAGTCTA GAAAGGCAAG GGGACTTGAA GACTGCTGGT TGTCATAACT GAGTGCTGAA 540 GAATCGAGAC AGGACATTGA TAAATGATCA TTGAG 575 (2) INFORMATION FOR SEQ ID NO: 418: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 704 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 418: CTATTTCTGT TGACCAAATT TCAGCCAAAT TATACTCAAT CAGCATGCTT TCAGCAAATA 60 TCAAACTCAA ATTACAGGCT GGTAAATACT TAATACCTTG CCTGTACATT TAGTTGGGCT 120 AATAGATAAG CAGAATCAAC TTGGTAGGCA GAGTGTGCCT GCTCCTAACT ACACTGTGGT 180 ATGTGAGTTG AACGAGAGGA ACGTGGTTTA TGTAAGCAGT GAGAGAACAC ACAAAGTGTG 240 AGGAAGAAGA TTTTGGAAGA CTACAAAGAC CAAACCCAGG AGAGGCCATC TCTAGCACCC 300 AAGGAGGTCG TGCGGAGGGT GAGTGTGGTG ACCATGACCC TGCTTACCGG CACCCAGCCC 360 TTGGCTnCCA TCTCCTCAAC CCCATCCCCT CTCCATTCCC ACATAAAGGG GGGAGAAAGT 420 CATTAGCAAA GTATCAGAAT GATAGCAGCA AGTGATGAGA ATGAAAGGAG AAGATGTTGT 480 AAGCAAATAC AGTGGAGCAG TTAGCTGAGA TTCTCTGAGC AATGCAGACT CAGCCTGGAA 540 GCCCAGCTCC ACCACAAACC ACGGGAGGTC TCCCCAAGTC ACCTGTCTCT GAGCCTGTTT 600 CCTCATATGC GATATAAAGA CAACAGTATT AAAGCATAAA TGGTAATAGT TCTATTCCTA 660 CCTTGGAAAA TATTCTTGTA AGCATTTGAT GTGATCATAT ACGT 704 (2) INFORMATION FOR SEQ ID NO: 419: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 516 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 419: GAAGCCACAC GGGGCTCTGA CCACAAACCC AGGCTCCTGn CCCCAGGCCT GGCCAGGCCC 60 CTGCTCCCCT CCCCCTCTGC AGCCCCTGAC CAAGTGCCCT GGGCATGATT AGAGTGAGGG 120 AGTGAGGCCT GCAGACCTGC AGCTGTCCTG CCTTGCCCCA CGCAGCAGTT TGGAAGTTAC 180 CAAATGCCTT CCGTGACAGG CGGCCCCCAG GACCGCGGGG TGCGGGGTGC CGCGGGAGTG 240 CGTGCAGAGG GCCGGCTGTG TGACCCCAGG CAGCGGACAC CCTCTCTGGA CCTGGCCGGC 300 CCCTCGCTAA TGGGCTCTTG GTCGCTCTCC TCCCTGCAGC CTACTCTGCA ACCAACATGT 360 TCCCTGCAAA CCGTTCCTTT GGGATTAGGA CCAAGGGATC CTGTGGGCAG CTTTTAGGTA 420 CAGGTAGGGG CTGAGAAGCT GCCGGAGGGG GCTGGGAGCC TGGCAGAnGG GCCGGCCTGG 480 CCTGGGGGGC ACACGGAGAG GAGAAAGGGA nCCTGC 516 (2) INFORMATION FOR SEQ ID NO: 420: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 242 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 420: CCACCTCCAG CCGTGTTCAA ATTAATCTTG GCAACTACCT CATGTCTGGT TTCCGTTGGC 60 AACCAGCCAG GCTCTGGGCA TGACCCTCTC CAGTGGACAG CCTCTGCCTC CTGGGGCCTG 120 GCCGCGGCTG CCCACGTGGC TTTTGGCATG TGACCCTGGC CTTCCTTGGG GTGATCCCGG 180 GGCCGGCGGG CGGCTGGGGG CTGGGGTGCC CAnGTGAnCC CAGCTCAGAG GGCTAGGCAA 240 AT 242 (2) INFORMATION FOR SEQ ID NO: 421: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 651 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 421: AGGGTACAGn GTCCTGAAGA CAGAACAATG AAGAAAACAT AAACCCTGTC CTGAAGGAGC 60 TTAACTAGAG AATCCCCTTG CAGGGTCAAC GACCAATCCC AAnnCTGTGT GTACAATAAG 120 TGGTCCCTCA AGATCACAGA TCAGGGACAT TCATCTTAGG TTGGGTGGGT AGGGAGAACT 180 TCCCAGGGAG GGGACCTCTA TGTTGACCCT GAATACTAAA CTAGCCAAAA AGAGCCAGCT 240 GAGAGAGGGA GGTGGGGACA GCTAGAAGAA GCATTCCCAT ATTTAGTGAC TACCAGTAGT 300 TCCATATGCA CCTAGCGGAA GTGAAAAGTT GAGGCTGGAG GAGTTGGGAG AGGCAGATCT 360 GAGTGGGTGT GGTTTGTCAG GTTGAAGACA GGGAAGACCA AGGACAACCA AGGAGTAGCA 420 GGCAAGGGAG TGACGTGGTC AGATTTGAAC TTCAGAAGGT ACATTCTGAT TGTTTGATGT 480 TAATAGTGTA TCAGGGGAGT GCAAACAGCC AGGGGGACAT TGCAAGTGTC TGAGAAATGG 540 TGATGTCCCA GCATTCCTGA CCCAAGTCCT GCCAGTGGGC AGGCCTGGAC ACGTnCCAGG 600 GAAGAACGGC AAGACCGAGG ACTGTCAGGA TGTCAAGCGG GnGGTAAGGG G 651 (2) INFORMATION FOR SEQ ID NO: 422: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 303 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 422: CTCGGGTCAC TTTGGTTCAG TGGTAAATAA nCAGTGAnGG ACGCTGCCTT AGGAAAGTAG 60 GGCATCCGTG GGAGCAAnGA GGGGCTGCTT TTGGTGCCAG AAnCTCCCAG CCCCTCACCG 120 GTCTCTGTGC GGAAGCCCAG AGTCTCCCTC CAnCCTCCCT GGTCTTACCT GACCCTGACC 180 CCAACAGCAT GGCTGCCAAG TTCTGAAGAC CCAGGGAAGG TAAAGGATAT GAAACCTCAA 240 GGGCTACTTC TGACTCCTGG CCGTnGGGGA AAGGGATGGA CTGATAATAT CCTTAnTCTT 300 TTG 303 (2) INFORMATION FOR SEQ ID NO: 423: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 628 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 423: TTTCCTAGAA GTCTCTCTAG GACTTCCTTG GATTGGCTAG ACTGGAGCCC CATGCCCACC 60 CCAAGGCCAA TCGCGGACCA AAAAAGAACA GAAGTACCCC AGCTGGCTTC ATGGACACGT 120 GATTTGACCC CTGAGGTTGG GTCATTGCTC CCAGAACTCT AACAGAGAGG GCAGGAAACC 180 AGCTGTGTCT GTGACAGCCA GTCCCCCAGT CCAGTACCAT CTAAAGTCAG AACACAATCT 240 GAACCATGCT GTCAGTCAGG CTAGGGACGT CACCATCGCT GGAGACAGCA CCCCTGCTGT 300 GACCTGTGCT GCCCAGTGTG GTAGCCACTC CAGTTACCTG AAGTTAAATC AACTCCCCGG 360 TCACACCAGC CACACGGCAG GTGCTCCCCA GCCCCACGTG ACGGGCGGGC TACTGCTTGG 420 GTCCAGACTT GGAACATTTT CTTCAGTGCA GAAAGTCCCA CCAGTGAGCT CTGCCGGCnC 480 CCAnCCCAnG CCCCCAGTAA TGAGGCTCCC GGGCAGCTGT GAGGCGAGGG TCTTGCTGCC 540 CATCAGCGAC ACCAACAnCG GCTTCCCCCA GCGCAAACGG GACTGGCAAG AGGGGGAACC 600 CCCAGnCCCG GGGAGCCTTG AAGGGCAA 628 (2) INFORMATION FOR SEQ ID NO: 424: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 447 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 424: TGAGCCACGG nGCCGGCTTA AATGGAAAAT TTTACACACA CACACACACA CACAAAACCT 60 AATTTCTTGC TTCTCTTGTC ATATCAGGAG ATCTGGCAGT AGTGGGGTTG GATTnTGGGG 120 TGGTGATGGn TGGnTGCnGT GGGGGTCnCC TTGAGCCATA ATGGCCACTG CTCTTCAGCT 180 CCCTACCACC CAGGATGCCA GGGGCCCCAG GGCACTCTCT GGnTTTCCTT GCATTGCCAn 240 AGTTGTGTTT TTCACAGTAG AGAGACATTT CTCTGTGCTT GTCGTTCTAT CTTAGATAGG 300 GATTGAAAAC AAATCCAGAG GCAGCTATAT TTTTCTAGAA AAAATGTGGT CTGTGTTGTG 360 CATGCnTGCC TGGTCCCTGC GTAAACACCT GTGnTGCTTT CCAGGGTGTC TATCCCAGGC 420 TTTCCAnTCT GGCCTCTTTG TCACACA 447 (2) INFORMATION FOR SEQ ID NO : 425: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 485 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 425: CAAATACCTG ACCTCTCACC TCCCACATTT TATCATTAAG AATCTGAAGT CAAGAGTGAA 60 AGTAACTTGC TCAAAGTCCA ACAGATTTTC CGTTCATTTC TAATTAAGTA TAAGTTTGGT 120 TGTTGTTAAA TGGGTTCTGG TGCCATAAGC ACCTACCACA GTGATTAGAA ATGAAGGCAG 180 ATCTTGAGTC AGATTCTAAG CTCTACGGCC TCTGAGTACA GGGCTGACTG ATTCAGTGGC 240 TTTTGTCCTT GTTAGCTTGC TGAAATTGCT TGCTTAGCAG TGGACTGGTA GGCATTGTAG 300 CTGGAACGCA AGGACAGAGC CTATAACTCT TCTACCAACT CATGTCAACC TTGTGCAAGT 360 ACTGAGACAG CAGCTGGGAG AACAAAAAGA TACAGAGATA AAAGAGGGAT AGATAGCTGT 420 ACCTTCATCA TGGGAGTACA ATGACGGATA AGGGGAAATC CATTCTAAAA TTTAGGCCCA 480 GGCAA 485 (2) INFORMATION FOR SEQ ID NO: 426: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 484 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 426: ATCCTGTTAC CGTGGTATCA GCTCCCTATA CTGTCTTTAC TAAACACAAA AAGCGTCTCT 60 CTGCGGCACT GGTGTCAAAG CCAGTTGAAT CCATGCTTGG GCAGTGCCGT GTCCTCTCAT 120 CTCCCAGTTG ATTAAAGTCT GTCCTCAGCG GGATCATGTG GAAGGCTGGG ATCATGTGAT 180 GAGTTGACAC ATAATGTGCC TTTGCCGAGG CAGTGGGGAG GGGAACAGGT CCAAGAAGTT 240 ACAAACTAGC TCAGAGTGTT CTCCGCAGAC ATCTTAGAGC TTATTGGAAC ACACACACAC 300 ACACACACAC ATTCTGATTA ACAAGCAGTT TTAAGACTTC AAGAGGTGCC AAAACCCGGC 360 ACTACTTGAT ATTGTTGTTA TTTATTGGGn AGACATTAAC ATCCACGGnA GACAACCATA 420 GTTCAGTGTC CCTGACCCAC TAAGCTGCTG CACTTTTCCT CATTGCTTTC CAGCCCTTGT 480 TCAG 484 (2) INFORMATION FOR SEQ ID NO: 427: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 551 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 427: AGCCTGCACC AGGGCTGTGC TGGACTGTGG CGGGGTATGC AGGGGAGCGA TGGGATGTCC 60 ATGGACCCGT CCGCCCTCCC TGTCTGTATT AAGTCAGCGT CATGTTGCTT GAACTAAAAT 120 AGCTGTGAGA AGCCACTGAG GAAGAAGGTT TACTCGGCTC ATGCTTTTGG AGGTTCACAG 180 TCTGTGATTG GGAGGCCCCA TTGGTCCGGT GTCTGATACG GGCATTGGAT GGTGAAACAC 240 AGGGCAGAGA GAACCACACT GGGAAGCAGG AGGCAGTGAG AGGCAGGGAG CCTGCTCGTC 300 ATCTTCTTCC ATGTGGCTCT CCCTGGAGAG CACCAGGATT CCATCACAGG ACTCTACCCT 360 ATGGTCTGAT CCAATCTAGT CACTTTCCAA GGCCTCCCCT ATACGCATCG CAAAGGGTTA 420 ATTCCAGCCT TGACCCTGAn TCTGGTGAGC AGGTCTCCAG CACACAAGCC TTGGGGGCCA 480 ACTGGACTAT TATCCAATCC GTAGTACTGT CCCCAGACAn AGCTGGGCGT GCTCTGnCTT 540 CTGCGGTGAC A 551 (2) INFORMATION FOR SEQ ID NO: 428: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 531 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 428: TGCCCTCAGG GCCCACGGTC AGGCACAGCT CCTCCATGAA GCCCTCCTTA GCCACTCAGC 60 CGTCCCTGCT GTCACTGCAC TCCATTTCTC CAACAGACCT CACCCCTCCC TAATGTCTCC 120 CTGGCTTTGA ACTCCAGGTG CCCTCCTTGG TTCTCCTGGA CTCCAGTCTC TGGGTTGACC 180 TCAGCTCTGC CAACCACATG GGCTCACAGG GACCCGTTCT CTGTAGGTCC CACCCTCAGC 240 TTCCAGAAGC CTCTGGGTTT ATAGGCTGAG AGTAAAGACA AACTCAGAGC ATGCAGGAGG 300 GCAGACTGAC AGTATCCTGC TACGAACCCA GCAGTGTAGC CCCGAGAACA CCTCAGGTGA 360 AGGCCAGAAA GTCTCCTAGT GCAGTAGCCC CTGCACCTCA GACCTTCCTT CTCAAGTGAC 420 AGTCTCTCTC CAGTGTCTCT CAGCTCAGCT GCTCTTGGCA AAAGCTTCCT GAGCCAGCTG 480 GAGCACTGAC AGTACCAAGC TGTTTCCAAG AGCATGAGGG GGTGTCGGCA G 531 (2) INFORMATION FOR SEQ ID NO: 429: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 526 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS : double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 429: AAGAACTTGG CTTTGTAGGA CTGATAGTCT AACTATGTTC TCTAAGAACT AGAAAATGCT 60 TATATCGCCA GTACTCGAAA ACGTGTATGT GTTGTATGTA TGTGTGTGTG TGCGTGCAGA 120 TTTTGGATTT TATTTAAATA TAAAATGCAA ATTTATTTAC TCTAAGTTGA ATCTCACTGA 180 AATGAAAATG AAAAGGCAAT ACTATTCCTT TAATATGGTT CACTAACCTT GTTCACACCG 240 TTACTGATGC TCGGTAnGGG TTTGCCGACC CCAGTTCTTC TCAACCCTTG ATGATTATGG 300 AGGATTAATT ATAATTGAAA ATGTGAAAAA AAGAGACTAG ATCTAATCCA AAAATCAATT 360 TGGCATAGAA TTTAATAAGA GATAAAAGCT CAAAATTCTA TAACTAACAA ATGAAAAATA 420 TCAACACGGG AAAAAGGAGT TTAGTTCCCA GCATCCAGGC CCGTACCGTG TGGATGCCTC 480 CTGGCCTCTG CTCTTCATCA GCTGCGTGAC AAAGGCACGG nCTCAC 526 (2) INFORMATION FOR SEQ ID NO: 430: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 508 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 430: AGAAGATATA TGAAAAAGCC TCTTGATTTT TAAAATTTAT TTATTTATTT ATTTGAGAGT 60 GACAGAGAAA GATAGATCTT CTATGCATTG GTTTAATTCT CAAGTGGCCA TAACAGTCAG 120 GTCCTGGCCA GTTCAAAGAC AAAACCAGGA ACTTAATCCT TCCCTTGAGA GGAATACAAG 180 GATCCAACTA CATTTGCCAT TGTCCACTGC TTTCCCATGT GCACAATCAA GAAGCTAGGT 240 TGGAAGCAGA GTATGTAGAA ATCTAACTGG CACTCTGCTA ACGGTATTCC AGAGTCACAA 300 TTAGTGTTTT AAACTACTGT GCCACAATGT CAGCTCCAGC CCCTTAATTT TGATAGAAAT 360 GTGATAGTTT TAGAATTATC AAATTTACAG ACTATGCGTA TGTACAAAAT TGCTAAATAT 420 TAAAATATCC ATTTTATGAA GAGGTCCAAA TTTGATAAGA GTAAATAAAG GnAATATATA 480 TAAAATGCAT ATAGTGAAAG GAAAAATT 508 (2) INFORMATION FOR SEQ ID NO: 431: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 467 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 431: AGAACAAATT AAGTTCTTTC TTATTATCTT TCAACATTTT AGTTTTACCT CAAAAATGGC 60 TTACTTCTAC TGAAAACAAT TTTCTTTATT TCTCAGAATT AGGTTTTTGT AGACACACAT 120 CTTATTTTTT ATTGAGTTAC TAAACACTTG AGCTCCTATC TATTCAATGG TAACCCACTA 180 GAAGGACAAA ATGTATAAGA CTAATAATAA ACTTGCCTGG AAGATTAGAA AAATTTATTA 240 ACTATTTTTn CTTTTGTTGT TTAATGCCCT AGTGAAATAA TTTCATGTTT CTAATATACT 300 ATAGTGTGTG GGTnTGTGTT ATTATATGGC ATACCAATAC AATTCTTCAA AAGGCTATCA 360 CAGCCATGCT GATCATTTTG TTTGGATGAA TGGGTAATTT TCAGTGGAGG TAATGCAnAG 420 GTTTCCCATA ATTCATCATC ACAAAATCAC ATCTTTACAA TCAGAAT 467 (2) INFORMATION FOR SEQ ID NO: 432: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 476 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 432: TGAAAACTAC ACTGTATTTC AGGAATGnAA AATAATCTTG GAGCTCCCTA TCTTGCCTTA 60 TGTAAGATAA GCACTCTGTG TGACATTGTC AGTTTTTAAA GAGCATATCA TATAGAATCG 120 ATTGGTTCTC TCAGTAGAAC TGCCAACTAT GGTATTTATT TCATGCCTTC ACATCACTCT 180 TAGCAGGTCA AAAATCATTG TCTTGTGAAC ATCTAAATTG CTTCTTTTAT ATATTTATAT 240 TAGCAATACC ACTGAAGGGC AACCCTTAGA TTCCGTGGAC ATATGGGTTG TTTGGCATCG 300 GCATCTGTCA GTTCATTAAT CACTAAAGAA AATTTGGCTG AATTAATTTG TTTCCGGnTA 360 TCCCTTTATA GTCGTGCGTA TTAAGTCCTT ACCAGATACC ATCTTAGGCA ACCCAAGACA 420 CCTTCCAAGA TAAGAGTTTC ACCATAGTTA GCAAAGTCAG AGCnAAAnGT AACATC 476 (2) INFORMATION FOR SEQ ID NO: 433: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 515 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 433: TTTTTCAGAC AGAGAACACG TAACGTTATG TGGAAGACGG GGTGACAGCA GGGATAAAGA 60 GATACTCCAT GCTCTGGTGC TGTGGCACGC CGAGTGAAGC TGTTGCCTCT GATACAGGTC 120 CAGTCGCAGC TGCTCCGTGG CTTCGGACCG GCAGCGCCCC GGCTGGGGAG TGAACCAGCC 180 AATGGAAGCT CTCATTCTGT CCCTTTCGAT CTCCCCTCTG TCACCGTGTC TTTCAAATAA 240 GTGAAATAAA CCTTTCAAAA AGAAATTTTA TAGAAACACG ATGAGATTCT TTTTAAAAAC 300 AGTTGTAGAA AAACTTTGAA AACTTGTAAT GCTAACCAAG ATGGAGAAGA CAAGATAGAA 360 AAAAGGAAAA GAATAAAAAG GTATTTAGAA GAGAGTGAAA AGCATGGACA AAGATTGTTT 420 TTTCTTTTGT TTTTCTTCTC AAAGTAGTGG AGGGAAAAGA GAGAAATGGT GAGATGTAAT 480 AATGAGTACG AATACGGTTT GTCCTGTCTT ACTCT 515 (2) INFORMATION FOR SEQ ID NO: 434: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 508 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 434: GGATCCATCT TGCTACTGAT GGTAGCAACA GTACTTGCCA ATCAGTATGC ATTGAGTGCT 60 TACTGTATCT GTGCCAGTCG CCAGGCTCAG CGCTTGAGAG ACACAGCCTC CCATTAAATG 120 GTAACGGACT GGCAGGACAC CTGCTCTTAA ACCTAGAAAG AGATTCACCA AACTTCTGTG 180 TTCAGGAGCC CAGCAGAGAG TTCAGGTCAG GAGGAGCCTG CCCACTCCCC ACGTCCAGTT 240 CTTTTAAGGG TCTCTATCTT ACTAGGGCAG ATAAGGAGGA AATGAAGGCA GGTGAATAGT 300 CCCTGCACCC CAAGTGGACA CTTTGCATCT CTAAGCAACT CACCTGTGTG CAGAAGCTTG 360 TGGCATTCCA GAAAGAATCC ACTTTGAGCT CACCTCTCAA GGGGACACAG AnGCAGTGCC 420 TCCAGGTCAA GCAGTGGAGG AAAGGGTGTG GGTCTTGGAG CAAGAGAAAA CTCAGGGGAC 480 TATGGCCAAA CGGGGGACAC TGTCCTTC 508 (2) INFORMATION FOR SEQ ID NO : 435: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 532 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 435: AGCATAATCA AGGCGATTTA TAACAACCCA TGGCCAATGT CCTATTGAAT GGGGAAAAGT 60 TGGAAACATT CCCACTGAGA TACGGTACCA GGCAAGGATG CCCACTCTCA CCACTGCTAT 120 TCAATATAGT CCTGGAAGTT TTAGCCAGAG CCATTAGACA AGAGAAAGAA ATTACAAGGG 180 ATTCAAACTG GGAAAGAGGA AGTCAAACTA TCCCTAGTTG CAGATAATAT GATTCTATGT 240 ATATGGGATA CAGAAGATCC ACCAAGAGAC TACTGGAACT CATAGAAGAG TTTGGTAAAG 300 TAGCAAGATA TAAAACCAAC ACACAAAAAT CAACAGCTTT GTATACACAA ATAACGCCAC 360 AGCTGAAAAA GAACTTCAAA GATAAATCCC ATTCACAAAA GCCACAAAAA AACATCAAAT 420 GCCTGGGATA AATTTAACCA GGGTGTCAAA GATCTCTATG ATGAGAnTAC AAAACCTTAA 480 AGGAAAGGAA ACCGGAGGTT ACCAAAGGAT GGGAAAATCT TCCCnGTTCC TG 532 (2) INFORMATION FOR SEQ ID NO: 436: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 241 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 436: CCTTCGTTCA AGCAAAATAT TTCCCGTGGG AATAACTTCA ACACCTTGGG ACTGCGTCAT 60 CCTTCCCTAA CTTCATGAGG GAACCTTGGC CAAACTGCTT TTCGATCTGG AGGCGCGCCG 120 CCTCCAAACG CCTTCATCTT TTCTTCAAAA GAAGAACTAA CGGGAACATC CCCTTTAAGG 180 CTTTTGACAC CACAAGCCTC CCATGAAAAA CCCCGCGCAA GGnGCAAGAG ACGCGCTAnC 240 A 241 (2) INFORMATION FOR SEQ ID NO: 437: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 403 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 437: CTTCTGATTC TATCTCTGTA TTGGTTATTG GTCTGTTTAG GTTTTCTATG TCCTCATGGC 60 TCAATTTAGG TAGATTGTAT GTGTTCAGGA ATCTATCCAC TTCTTCTAGA TTTTCCAAGC 120 ATATATCTGT AGTTTGTGAT TATTCTTTTT ATTTCTGAGT TATCTGTTTT TGCATCTCAT 180 TTTTAATCTC TGATTTTATT GACTTGAATG TTCTCCTTTT TTTTTTTGTT AGTTGGGCCA 240 ATGGTTTATC AATTTTGTTG TTGTTGTTTT TCAAAAAAAA GCTCTTGATT TCCCTGATCT 300 TTTGTATTGT TTTTTGTTTG TTTCAATTTT GTTTATTTTT TCTCTAGTTT TAATTTTCTC 360 TAATTTTGGA TTTGTTTTCT TCTTGTTTCT CTAGGTCCTT TAG 403 (2) INFORMATION FOR SEQ ID NO : 438: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 613 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 438: TGGCTCTTTC TACAGATAAA TGTATATTCC AGAGAGCATT TTTCATTTAT CCTTACCTAC 60 TGACAATCCT TATACTCTGG TATATGCAGT GAATGTGCAA GTCTCCTCAG AGGAAACAGT 120 CAAGAATGAT AGGAGCATCA GTTACAGAAT TTTCTGCTGA CATATGTGAT ACGATTGGGA 180 GAGTACCTTT TCTCTACCTT CTAAAACAAA GAGTTAATCA TAGCCATTAA TTTTTGAGCC 240 AGTGCAACCA AATCACGAGC AGCTCCAGAG TCAGTTTTAA GATCAACTCC AGAGGAAGAA 300 ATCCCGTAAC AGTCTCCCTT CTCCATCCTT CCTCCCCCAT AACTGGTGCT TGCAGTGCAG 360 TCAGAACTTC TACAGATCAC AGACATTGTT TGCCCAAGCT GACCAATCTC TAAGGCGGGT 420 TTTTCTTCCC CCCTTCAAGG ATACTTCATG TTAACAGCTT GAGGGCGTTC AATCAGCACT 480 GCTTTGATCT CGGGCTGGAA CTATAATTAT TTAACATTGT TACAGGATTT CTATAATCCA 540 CCCCACCATT AAATCCCTTT TACACCCTCA TCTTCTGAGG CCTAAATCTG GCATCCGTAn 600 ACTTGGTTTG TCT 613 (2) INFORMATION FOR SEQ ID NO : 439: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 536 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 439: AAAAGAAAAC TTCTTAGAAT TCCACATTCC TCAATTATCA CCAACTTTTC TATTGCTTTT 60 CTTAGTAAAA ATGTTTTAAG TTCTCTGAAC TTATCCATAT CACTCAAAAT TCTATAGCAA 120 CCACCTATTG AAATGGTTCC TTAACAAATT CAATTATCAG CCACCTGTAA ATCATTCAAG 180 GTCATTGATA TAGTGAAATA TTTTCTTGCT ATGACCCAGG GAAGATACAA TCCTGTTTTT 240 ATTTCCAGAA AAAGTTATCA CTGCTAACAT TTTTGCAAAA GAAAGAAAAT GAAGGATTTA 300 GTTTACTTTT TTTATCCTGA TCACATAAAC AATTTTCATC ATTCATTTGT AGCAGACTCC 360 TGCATTAAAA TCAATTAACT GAGTATTTCA TTTAAAAACA ATGGAGAAAA GCAATTAGCC 420 TACTAATATA GACTGCATCT GTTGGTGAAC TAAAGGTAGA TATTTTGCGC CTCTGGACAC 480 ATTTTTGAGG TACGCTTGAT AGGATTTGTT TACAGACAAG AGAGGAGTTG TGAAAG 536 (2) INFORMATION FOR SEQ ID NO: 440: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 172 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 440: GGGGTAAGAG nGCCGCCGGT TTTTGCCTTG AAnTTTGAAT TGAATTTTTA AACCTTGAAG 60 AATTGGGGGG GATTGCAATT GCCCCTTGCG GTTGAATTTT TTGCCAGGTA ACAAGCCGGG 120 GGGGTTATTC TTCTTCAAAG AAAGAnCGGT GGGTTTGTnC ATGGAAAAAA GT 172 (2) INFORMATION FOR SEQ ID NO: 441: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 644 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 441: CCGGCACCGC AAGGnAAGGA TTAACCTACT GAGCTGTGGC GCCGGCCGAT TTATTTATTT 60 GAAAGACAGA GTGACAGACA AAGAGATCTT CCATCTGCTG GTTCAAGTCT CCAAACATCT 120 GCAACAACTG GGGCTGGTCC AGGCTGAAAC CAGGAATTCC ATCCGGGTCT CCCATGGGTG 180 GCAGGCACCC AACTACTCGG GCCATGACCC ACTGCCTTCT CAAGTGCATT AGTAAGAAGC 240 AGGATCCAGG CCTTGAACCA GCACTCTGAT GTGGAATGCA GGTGACACAA CCCCTGCCCC 300 CCAACAGATT TATTCTAAGA GGTTTCATTC TATACATTCT GACAAAAAGG GGAAAAAAGG 360 TGCCATTTTA GACTTTTTTT TAAGAAAGAT AGAGGTCTTG GTATGCAAAC TGTAATCTCA 420 AAAGAAAAAT AAAAAGCCTA AGGTTTTCAA AATAGTCCTT AAAAGTAATA TCATGACTTA 480 GCTTCTTTTT ACTGATTTGT ATTTTGGAGC GTTTCTAAAA TAGTTGCAAT TAAAGTTATA 540 TTTATGTATT TnAnATAAAT ACAAATGTAT ATAGTACATA TACTATACCT TTATACTTAA 600 AATATATATT CATTTAAGAA TGTGACACCA AGGGCAGGGC ACGG 644 (2) INFORMATION FOR SEQ ID NO: 442: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 432 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 442: GTGCACCTCA CAGGGGACCC ATGCATGCTC TGCCTGCGGT TCCTGAGCCT GTCTTTTCTC 60 TAAAGCACTG GCAGTCTCTG CCTCCCTGTC CTCTGCCAGC CCCACCTCTC CTGTCCTCCT 120 CACCTCCACC TCTCCTTTTT CTCCTGCCCC TTCATGCCAT CACCATATTT TCCCTGCTGG 180 AAGCCCCTCT CCCTGCTGTG TCTTTACAGC TGTCTCCTCC AGCCCTCTTC CGCACAGGAA 240 CCAGGCTGAG TCCCTGCCCA GAGAACCTGG TGTCATTCCC CCAGCTTAGC CAACGCAGTG 300 CACCACAGAG GCAGAGAACA GGGGTTGACC CTTCCTTCCT CTGCCTCCCT TTTGTCTCCC 360 CACTACCAGC AGCTTCCCCA GAnATATCCC ACCTCCAGTC AGCACTGGGG GAnCTCCGCC 420 AGGCCAACTC CA 432 (2) INFORMATION FOR SEQ ID NO: 443: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 630 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 443: TGTGTGTTAT TAAAGCAGGT TACTGATGCC TTGGGTTTGG TTTGTGTCTA ACCACAGGTG 60 GGTTTGGCTC TTTCCCTCTT CTCCCGTGTT CCCCATAGCA CATTGTGGTT TCTGGTGTGG 120 ACTCTGCACA GTACAGGAGT CTGGGGAGGG CAGCGAGTCC TGGGAGACCC TCACAAAGGG 180 CAGGTCCAGG TTCAGATGCT GGCTCAGCTC CAAGGCCTGT GTGGTCTTGG GAAAAGCCCT 240 TTAGCCACCT AGTTCTTCTT TCCATGCCCC CAGTGAGCAC GGCATCCACC TGCGCTTTCT 300 GGTAGTGCCT CAGTGTGGTG ACACATGGAG CACATGTCAC AATGCTGACA GGGGGAGAGA 360 CGATTAGGGT TAGAGCCAGG GCAGGCCTTG GGTTCTGGGA AGACTAGCAG TGTCTAGGGA 420 TTTGTGTGCT GTGGCCTGAG GCAGTCGCTG AAGGAAAGTT CTGGAGGAGG GGTTTTGGGT 480 GTGGTCTGTA TATTGGAGTT CGTTTTTGGT GGGAGAGACT GAAGTTGAAG GTGGTTCATT 540 TTCTCCTTAG ATGTCTTCAG GCAAGTTCTC TGGCATATTT ATTTTTGTGG GAAATGGCCA 600 AGAAGTTGAA AGAAGAGGCA GTnnCTGTTT 630 (2) INFORMATION FOR SEQ ID NO: 444: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 477 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 444: TCCTTTGATT TGACAACTTA TGATAGTATT CTTATACTAG TGTTGAGCTA ATTGAGAAGT 60 ATGGAGCATA CAAAACACTC CCTCTTATCC CTTGTTCTAT AGGGAAAAAC AGGACATATC 120 CTTGATTTTT CAGGGGCTTT ATGGGAAGTC TCAGAGTTAG TTTTAGAGGA TATAAAAGTA 180 TCCTAAAAAT CATACTTTTA AAATTTGTGG TTCTGATCTT GAGAAGGTAA AATCAAAGGT 240 TGTTATATTT CTTACCTGAC TAAGACAGGA TCACTGGATT CCTGATATAT AAGACGTGGC 300 TATTTATTCA GCAAAAGATT CTACACAGTA TTTTAAAATG AATGTTACAG AGAGTAATAT 360 GACTGTAAGG AGACTCGGGT GGGATATGGG ACCATGAGCT GGCCTAGATT CCTGGTTCCC 420 TTGAAGGATT CCATTTCCTC AGTTGTCCAG TAGCCAGnCC TTTAAnCCTG GTGGGCT 477 (2) INFORMATION FOR SEQ ID NO: 445: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 508 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 445: CAAGAATCTG CCTCTGCCAA TGTCTTGCAG CATTTACCCT ATGTTTTCCT GTAGTAATTT 60 GATGATTTCA AGTCTTAGGG TTAGTTCCTT CATCTATTGT AAGTTGATTT TTGTATAGAG 120 CATAAGGTAG GAATCTTTTT TCACACTTCT GCATATGGAG ATCCAATTTT CCCAACATCA 180 TTTGTTGAAG AGACTGTCCT TTCAGAAGGG AAGTGCATTT AATACACTTT AGCTACTGAA 240 CACCGTAGTT AGTAACATGG TGCACTGTGG AGTACTGGTT GTTTGCCCAT GTAACTGTGC 300 TGTGGTTCAC TGCCCCTGCC AAGAATCACC AGAGGTGTTA ATACCTCATA TCACTAACCT 360 GGGAAAAGAT CAACATTCAA AATATGAAGT GTTGTTTCTA CTGAACACAT AACACTTTCA 420 TACCATGGnA AATTGAAAAA ATGTTAAGTA TAACCATTTT AAGTCAGTGA CCATCTGTCC 480 TGGAAACCCn ATAAAGATAT AGTAAGTG 508 (2) INFORMATION FOR SEQ ID NO : 446: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 530 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 446: ATGAGAAAAG ATTGGCAATC GTTTGAGGAC CTCCTGATAA CAGCGATAAA AATCGTCATG 60 CTTATTACAA TTCCTGCGAC ATTTTTCGTG TTATTTTCAA GTGACCGTAT CATAACGCTC 120 GTGTATAAAA ATGCTATTTT TAACGAACTA TCCGTGCGCA TGACCGCTAC CATATTTCGA 180 TGGCATAGCG TGGGAATGCT TGCTATTGCG CTGAATCGCG TTCTCATCTC CGCCTTTTAC 240 GCGCAnACAA CTCTTTTGCC CCTATGATTG CAGGAACTAT TTCATTTGTG ACAAATATCA 300 TTTTAGCAAC ACTGCTCTTT ATTCCCTTAG GAGGTAAGGG CATTGCATTT TCTCTGAGCG 360 CGGCGAGTAT GGTACAGACC GTTTTTTTAT GGATGTTTTT AAAACGATCG TGGCAGATAA 420 CTATCCCTTC ACTGTATAAA ACTTCCCTTT ACTATGGAGT GAAAATAACT TTATTTTCTG 480 TAATCGCGCT GGTACCCACA TGGGCAAGTT CTTTTTTTAC GGCGnATTTT 530 (2) INFORMATION FOR SEQ ID NO: 447: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 479 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 447: CTACCTCTGC TTCTCAACAA CCCGACCTTG AGAAATCATG AACAGCCAGG GGACAGGCTG 60 TGCAAGGTGC TGGTCAGATT GGGAAAAGGC ACGGGCAGTG CACCTGGCGC ACGTACATTC 120 TGCACCCCAC CCTTCACTCA TCCTCGGCTT CAGCCTTCCC TGTGCGGAAT CAGGGGCCCA 180 TTCTTTGAAG GGGGGAAATC ACAGGAGCAC AGTTCATGCA GTGCAAGCTG ACCAGGGAAA 240 CGTGCGGAGG GGGATTCGAG CTCGGCCGAG CGGGTGCTGA CGTCAGAAGC AGGGTGGGCG 300 CAAGAGAGGA TGATTCTGGC ACATAGAGGT GAGAGGGCCA GGGCTCCAGG CAGCTCTCCT 360 GGCCACTCCC CGCACGGCAG GTCGGGGCCT TCCGTCCTGC AGATCCAAGC CTGCACATAG 420 CACCCCTCTT TTTAGCATTT CCCCCACGAG GCTGACGATT CCTGTTGGCT TCTGACTAA 479 (2) INFORMATION FOR SEQ ID NO: 448: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 405 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 448: CCATTCCCAG GGCCCTCAGC CTGCCCTAGG CCCACAGGCC TGCCACGGAG GCTGTGGCCC 60 ACTCCTCATG GTCTTCGGTC CCCACAGGGC TGAGCGCTGA GTCTGGCACC CGGTGGTTTC 120 TGAGTCTGCG GAGGAGTTAG TGGTGGAGGG AATTAAATGA ATGAGAAACC CGCCCAGGGC 180 CTGGGATTGC TGCCTCCCCT CCCCCTACAG AAAGCCTTGC CTCTCTGGCT CTCCGGCATC 240 TCAGCGTCTA TGATTAAAGC TTAAATCCCT GGCTTAGGCC AAACGGGGTA CCTGGTAAAG 300 AGGAAATCCT TTGGCTCAGT CTGAGTCCTG ATAGAAGGTG CACTCAGGAG GTTTCCCTGA 360 AAAGCGAAAG AGCAAGCAGG GATTTGCAGC GAGACAGGGG GGCGG 405 (2) INFORMATION FOR SEQ ID NO: 449: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 476 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 449: GGCAATGTTC TTGCTTATTC TTGTCATCAG ACAAGGGCCA TTCTCTAAGG GTTTTGATAG 60 GCAATCATTA AGCATCCACT TTACAGAACT GATTTGGCTG CTTCTAACTT CTTCTTGTTC 120 CCTAATCCTT GAAAACCTCT AAAGACATCT ATTTTTCTTC AGTTACTAAA ATGTAGACTT 180 CATTGACCTA GTTAAATTCA GGACCCTCAG TTTTTTGAAA ATGGAGTAAA TGACTGTGTG 240 ATTGCTAACA AAAGTGTCCT AAAATAAGAA TGTTATTTAT TGTTAAAAAA TTTGCAGACA 300 TATAAAAATT GTACTGATTT GGGAGTACTC TGTGACATTT TGATACAGCA TATACCTTGT 360 GTAATATCCA ACCAGCATAG ATATATTTAT CTCTTCAAAT ATTCAACAGT TTTTATAGTG 420 GAAACATCAA AAATGATATC TTCTAGTTCT TTTAATAGAG AAATAnACAG TACATT 476 (2) INFORMATION FOR SEQ ID NO: 450: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 571 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 450: AAGTGAATTT GATCTCTTTA AAGCTAGGCT AAGTTTCTGC AGCAGCTATT CAAGGGGAAG 60 GCAAGACACA CTGACAATAA AGACACGTGT ATTCATTCAT TGGGGTGACC GAATGACAAC 120 AAAGCAGATG AGCCTATAAG AAAAAGCCAT TTGAATGTGA TAGTTGAAAA TCTCTTGTAT 180 TATCTTTAGG GATATCAGGT TCATCATACA TGTGATGTGT GAGTGGATAG TGTAAAAAAG 240 TTATCCTTTT TAATATTTGT TTCTCACACT TGGTTCTTCT TATGTGTGTG TGTATGTGTA 300 TGTAAGCTAA ATTAAGCTCT TGTTCTGTTA ACAGAAAGGT GGGTAGATGT GGTTAGAATT 360 TTCTTTTTCC TGTCACACTT TCTAAGGATT ATTTTTAAGA AATGGTATCT ATTTATGTCA 420 TGACTGATAA GTATTTCCTT AAGTATTCAC TGATATTTCA AAATTTAAGA CTTATGCTTA 480 ATTAAGAAAA GGATGAGAGA TCCAATTCAA TCAACCCCAT TTCTGTTCTA ATA ATGAGA 540 CTTCGGTGGC TAGTGGATTC CCTCATATAA G 571 (2) INFORMATION FOR SEQ ID NO: 451: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 634 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 451: AGGTAACACA GTAAAGGATA AATCTATATG ACCTCTCAAT ATATGCAAGA AAAGAAATAA 60 TAAATATACT GCCCACTCAC TGTAAAAATG AGTACCATTA AAAGACATCA AAACCAAAAT 120 CCCATTGTGT ATCCATAGCA CATAAACAGG AAACAAGATA TCCTCACAGA AGCCAAAGGA 180 GAAAGGAGCA GGGGAACAAT GCGAAAACAG CTAGCTACAT GCATCAGGAC TTGTGTAGGA 240 CGGAAGGTGA AAGACTACTT ACTGGTAGGA GAAATTATAG CTAATTTGCA GCCATGTTTG 300 TACCCAGGAT CCACTCCCAT CAAAGTACGT CCTGGAACAG GGCTTGTTAA AAGAAGCTGG 360 ACGAAGGTTT CCGTCCAAAC ATCATTACTG ATTCCTTCTC TGGCATCGGG AAGTCAGTTT 420 GGGCTCTTCA AAAATATAAA AAGAAAAGAA TTACTGGAGT TTTTTCATTT ATCCAAGTTT 480 TCTTTCCAGA AAAAGAGAAT TTATTTTGTA TAGTCGGTCC TTGCAGGAAC ATTTATTATA 540 ACAAAATGAC ATAGTAGAAA AGCAACATAT AATAAAATTA TATTGTCTAT TTTTTGTnAA 600 TCCCTGTAAC ACATGGCACC ACAAACAATT CTGA 634 (2) INFORMATION FOR SEQ ID NO: 452: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 466 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 452: TTAGTATCTG TGGTCGTGTC ACCTTACTGT GTGAATGACA AAGGAGTAGA TGTGGAGAGT 60 GGATTAGGGT GAGAAGGTGT AATTGCAGGT GAAGGTGAGA CAGGCTGGAA GGAGTCACAA 120 AATTGAGCAC TCTTGACCTG ATATGTATTC CTCTCCCACC CTAACATATG TCTGTCTCTG 180 ACAGAGCACA GCCTGCTCCA CTTAGCTCCA AACCAATCAG GAGCAAGGAG TGTACACACT 240 CTGACGACAA AAGACCCCAC CTACTGCCTG TGCACTTGTG CCAAGCAGCC TAATGCAACT 300 GAATTGTGAC CTTCTTGTGG TGGCAGTAGT GAGCCACACT GTGATTTTGA GTGTGTCTTA 360 ATGTAAAACA ACAACAGAAC ACACAGGTAC TCTGTGCTGA AGAGGGCAAG CCAGAACACT 420 GAGCTGGGAG CAGACTAAAG TGCTGTATCC CAAGGGTGTG CTGCTA 466 (2) INFORMATION FOR SEQ ID NO: 453: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 631 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 453: AGAGACCAAG GGAATTATTT CAGCAGTGTT GCTCCATGGA TCAACCAAGA GACAGAGACA 60 GAAAGTGGAA ATCACCATTT GCAATGAGGC AGACACAGCA GAGACAGAAA GGAAGGATGG 120 GTGTGAAAAT GTGTAGGAGG CAAAGTGAGC AGGACTTGGT GGTTGGCTGG AGCGTGGAGG 180 TGAGAGACAG AAGAAAAAGA AAGAACTCAG GTTCCTGAGC TGTGCAATAG GATACATGGG 240 GCTGCACTTC CCTGAGCCGG GGCCTGTGTG AAAGGGGTGG AGATGAGGGT GGGAGAGAGT 300 GGAGAGAAGA TATAGTGATG AGTATTGACC TGGCACACCG TTTCTTCAGG ACACACACAG 360 GGAGAACATA GCCATTTCTG TACCTTTnCG CAAGCCAACA AGAGGGAATC ATAATTGAAT 420 TTCCATGAAT ATTTAAAACT GAAAGGAAAA GTCTGAACTA GAACTATCAT TTACAGTGAC 480 TATATGTCAA GATTCTTGCC AGCCTTGTTA ATTTTACATA TGCACTATTT TACCTACAAA 540 TTATATCTAC TCTATCATTT TTCCTCAAGA ATCnATTGnT ATTTTTTAAA GATTTTATTT 600 AnTTATTGAA AGAGATACnC nGAGAGAGAA A 631 (2) INFORMATION FOR SEQ ID NO: 454: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 637 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 454: CAGAAGATTT TAGCTTTCCC TGGACTTTAA AGTAAAATTG GGCAGAAAAA TGCATTGAAG 60 CAGGATTTTT TTAATATCTT CCCGTTTAAT GTTCTCTAGT CAAACCACCA AAAGAATGGT 120 GAGCAGTAGA CAATTGTCCA CATCTCCCCT TGTGTGGTCC CTTCGTTGTC CTTGATGAGT 180 GCCTACAGAG AAACCGTAAG ATTCAAAAGC TGAGCAGAAA TACTCTGATA CAGAGAGGGG 240 TCGTAAGTTT CCCTTCATTG CTTCATTGTG GTTTCTACAT CAGACTGCAG CATATCGTTT 300 TTAGAAGTTC TGTGGTTTGC TCTGGTAGGA CTACTCCCCC CGTCCTGTTA CTCGAGAACG 360 TTTATCCAGC GATGAGTACT TCGGTGTTAG GGATACTCAA CACAGGCCCC GGGAAGCAAC 420 GGGATGATAT TTTTGGCTGG CACGTATCAT TTTGTGTACT TATTTTCCTA TCTATTCATA 480 TTTGACGAGC CAAAAGGGGT GAGGTAGGAT ATCCTATCTG CTGGTTCACT CCTCAAATGC 540 CTCCCAACAG CCAGTGCTGG GCCAGGCTTA AGTCAAGAGA TTGATCCTCA ATCCGAGTCT 600 CCAAAGTGGG TGACAGGGAC CCAAACACTT GAGACAT 637 (2) INFORMATION FOR SEQ ID NO: 455: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 465 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 455: AGTTCCTAAA TGAAAATCCT TCTAAACTAA GGTCATTGCC TTTTTAAATG GAGGCCAACC 60 AATATCACGA TTAGTGCCTC TCTTCTGCTT CTGTCTCTCA TTTCTCTTCT TCCTTTCACT 120 TAATGCCTAC ATCATGCTCA CACACAGACC TCTTCTCTCC ATTTGTTTGT CACAGAAGAG 180 ATATCAGTCA GGGTACACCT GCAAAAGCAG AAGGTGGGTG CTTGTGCTCC ACCCATCCTG 240 CAGTTTGTAC CTGAAGATTG AAGACATATT TTGCGAATGT TTACCAATGT CTGACACATA 300 TTTATACAGT TAGCAAATAG TAATCTGAAC CATGAAAACA TTCCTAGAAT ATTTACACAA 360 AGTGAACTCT AAATAGAATT CTCGGTCTCC ACCTGAATTT CATACATCTG GATTTCCTCT 420 ATGGTTTCCG AGAGAACTCC ATATCTTTCC TGGGGTGAGT TCATT 465 (2) INFORMATION FOR SEQ ID NO: 456: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 625 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 456: CAnTACTGTT TGCATAATTA GAAAATATAG CGTTTCCATG TATGTAGCTT TGACATTATA 60 AACTCTTTAA GATTACCACA GTGGATGTCT GATTTCTCCA CAATGTGTAA ACGGGCTTGG 120 AAGTTGGCAG ACTCAGTCTC ACAACATGAA AAATATCTGA ACAAACTGAA AATCAATGAC 180 TTTTGTTTGA TCCCTCAGAG AATTGTGGTC ATGAGATAAA CCACTACCCT GAAATCTAAA 240 AGCAGTAGAC AAATGGAATC ACAGGTGAGA TCAACTCAAT AGGGGTAAGC AGACAGAACT 300 GATAACTGCT AGGAAAATCT AACCGGTAAA TTTGAAAAAT CTTAGAGACC GAACTGGACA 360 GTTAAAAGAT CCTGGAAAAC CCAATTTTAG TTGGACCACC AAACCCCTAT CTTGTGGTTG 420 GCACAATGAG GGCAGAnGGG TGACCCTCCA AGGATCTCCT CCAGGTTCTC ACTCTAACCA 480 TCTGGATAAA ACTTCCCTCA GGTGTAGACA GGGTGGGGAG GAAATGAAAC ATTTGAGATG 540 CGCCCAGAGT ACTGGCCACn ACAAAGACCT AATTCCCTAA GGGGAATCAC TCAGAGCACT 600 AATCTGGCnT GCAGAAAGTT GGGGG 625 (2) INFORMATION FOR SEQ ID NO: 457: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 282 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 457: nTATCGTAGG CAAGATAGAC ATCCGTAGGA AACACCGTGA GTGACAGTTG CCTGTAAGnA 60 CATGGGACAT GTAACCTAGC CTAGCGGTTC ATGATAGAAA GTGCACAATA AAACTCCCAG 120 GATCACATCG GCCTCCACGC AGCGCCTCTG TCTCCCCCGC CCCGGCnCTG GCCGCGAGCG 180 GCTTCCCAGG CTGGAGCTCG GCCAGGCCCC GCGGCGGCTG CTAGGGTCTA AGCnGACCCG 240 GGAGATGGAn CGCAGACACA GCCCCTGCCG CCTGGGGACC CG 282 (2) INFORMATION FOR SEQ ID NO: 458: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 531 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 458: GGTTCAGGCA ACTCAGGCCT GTGTTGTCCT GCACCTGGGC CTGCAGCTGT CCCTCCAGGC 60 TCTCCAGCTC CTTCTGCAGC TGCTCAGCCT GCGCCTTCAG CTGCTGCTCC GCCGCCGCCG 120 GCCCCTCAGG GGAGGCTGGG GACTCTGGGG TGGGAGGCTC AGCTGAGAAA GGAAGCAGCC 180 ATCAGGGGCC CTGGCCTCTG GGTTTTCAAA AAGCTCCTGT CTTGGTCCTT AGCTCCTCAG 240 GCCAACTTCT TGCCCCCACC CCGGTGCTGG CTTCTTGGCT AACAACTTTC CATATTCAGA 300 TGGTCATTAC CCTTCCAAGC CAGGACACAG AGTGCTTGAC CGTGGCATAG TGGACAGTGG 360 GTGCGCCACC CCTATTTACA GATGAGGTCT CCTATGCTCA AAGAGATAAC AAGACTCGCC 420 ATCCACCGGC ACAGACCTGC TTCCCTCTGC CACAACACCC CTCAACGGGG CAACCAACAA 480 CCATCCTGCT CCCAGGCCAA CTCTGCCCTG CTCAACCATC TGGCTCTTGA G 531 (2) INFORMATION FOR SEQ ID NO: 459: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 519 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 459: CCACCGTGTT ACCTGGAGTT GTAGCGCCCC CTGGTGCTAG TCTAACTAGC ATGGCACCAA 60 CTCAGGTTTG CCTCCGTCCT TGTGCCTGCT ACCCCTGTAT GCTTGCACCA TCTCCCTTCC 120 CAGAGGACTG CGCCTGCTGT GCCTTCTCTT CTCCTTTCTT CCGGCAGCTT GGTTCCCAAT 180 GTGAGGCACC CTTCCCGGCA CTGGGGTGGG GGAGGCCAAG ATGGGGCTTT CTCTTGAGCT 240 TGTGGCAGTG GCAGGTTGCT GGAAGGAGCT GGGCTCCTGC CACCCCTGGG CCAGTACCAA 300 CAGCTGGCAG TAGCCCTGGA CTCCAGCTAT CTAACAAACA ACTCAGTAAC ACCATAGAGG 360 AATTGGTAAG AGCCCAGTGG GGTCCCCTGA TTCCATGCTG CCCACCCTGG GCTTCTGTTT 420 CCCCGTGGGC TCTGAAGAAA GGGGCTGGGG GCCCCCTGGT GCTGAGGGAG ATGGGGTGCT 480 GGGTGGGCCA GGTCTCAGTG GAGGGACCCC AGAGCATGG 519 (2) INFORMATION FOR SEQ ID NO: 460: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 528 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 460: AGATTTTTGC CTGTCACTAT GCAGGGGGAG GTGTGTATGT GGCTATTGGC ATCTGTAAGT 60 AGAGGCCAGG TGTGTCTCTA AGCATCCAAT AGTGCGTAGT GTAGGCTACC CCTCCCAACC 120 CCCAAGTCTA CAGGCCTGGA ATTGAGACCC TTGAAAAGAC CATTATAGTC CATATTTAGG 180 AATTTGGGCT GTAGCCTAAA AGTAGTGGGA AAGAACTAAA GGGATTTGTG TAAGGGTGCG 240 ATTTGATTAA ATTTGTGCTT TAAATTTTTC TTTCATTTTA TCCCTCTAAT TTGAAAGGCA 300 GAGAGGGAGA TCTGCCATCC ACTGATCCTC CCACCCCCAA TTCCTGGCAA CATCTGGGGT 360 TGGGCCAGGC TAAAGCCAGG AGCCTGGAAC CTAGGTCTCC TACTTGGGTG ACAGAGACCC 420 CAAGCACTTG AGCCACCGTC TGTTGCCTCC CAGGGTCTGC ATTATTAGAG AAGTCCAGAT 480 AGTGTGTCCC TGGTGGTCCA GTGGCCAGGA TTAGAGAAGG CCAGATAG 528 (2) INFORMATION FOR SEQ ID NO : 461: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 370 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 461: AAACTGGCTG nATTCATGTA CTAATGnCCC TTGAAGGAAT CCTAAATGAC TAAAATCACA 60 ACAAGATTTG CTCTTTCAAG AGATTTGTCT AATAAGnGCA GAACTGAAGG GTTTTATTTT 120 TTAACCAGAT AGAAATGGAA AAGCATTCAC TTTTCATAAA TGAAAAAAAT AACTCACATT 180 TCATAATCTT TTATGAATGn TGTGGATCAA CACTGAGAAC ATTTCAAATA AAAGTAATTC 240 TGCCTCCTAT GGAGTTATTT TTTCAGATAA ATCCAATCTG TACAGAACCA TCTGAACCAA 300 ACAnATGGGC TAATACCAAA AGTATCCAAG TTAAGAACGA CTCTAGACTT GACCTTGGAA 360 ACnTGGTGAT 370 (2) INFORMATION FOR SEQ ID NO: 462: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 387 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 462: TGCAGCGCGC GGCGCACGGG GCGATACAAA ACTCCCTCTG CGCACTGAGA ATTGCAAGTA 60 TAGCGCGCCC CCACCCCCCT GTCTACCTGA nGAnGGGGCG GGGCGTGCGG CGGTGACGCC 120 ACCCTGCGCC GGTTGGCCCC TTCTGGAGGG TGCTAGACAC GGnnnGGGGG GGGGGTGTTG 180 TAAAAATGAn ATGGGTCGGG AGGGAACTGC ACCGTGCATT CTnTTTTTGT GCGGGCGCCG 240 GGGCGCTGCT CCCGGGGTTT GGCGCACTGC CCGTTTTTTC TGAGCAGCTA GGCATTGCCC 300 CGCAGTAAnT GGTCACGCCC AGCTGCATGG GGCATTAAGT TTAAAAAGAA ACCTTCGGTG 360 CAACGAACGA nTAAACGCAA CGGTTTT 387 (2) INFORMATION FOR SEQ ID NO: 463: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 464 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 463: CACCTTCCTT CTACACCTAA CTTTTAAGGA TTATTTTAAT TTTGAAGAGA TGTTGAATTT 60 ATTGAATGAT TTTTTTCTGC ATCTATTGAT ATGATAACAT GGTTTTTGCC TTTCATTTTC 120 TTGACATGAT GTATTAGATT TATCAATCTC ATTAAATTTC CTTAAAATCT TCTTCTGAAT 180 TTTTTTGAAA GGCAATTTTC ATTTCTTTTG TGATCCCTTG CAGGAGATGA TTGGGTTACT 240 TTGAAGGTAT GATGTTACCA TGCCTTTTTT TTATGCTTTC TTCTTTTTTT TnTTTTTTnT 300 TTTTTGTCAT GCTGCTTTGC CTCTTTCCGA TTTTTGTGCC TCGCTGGCTC AGGTGCTTCT 360 ATCAGTGTTT TTAGCTTGGT AGTAAAAGAT TTCGGCGGCA AGGGTACAGA GCATCAGTAG 420 AAGTGTGTCG TGGCTGGnTC CGGTGAGTAC TTTAAAGnGG CCAG 464 (2) INFORMATION FOR SEQ ID NO: 464: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 513 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 464: ATAGACATTG CAAAATGTCA AGGTACACAA TGGAAAATAA GCTCACATAT TTGTGCACAC 60 ACACACAGAG AGTAGGGTGG GTGGGGAGAG ATGGGATAGG TAGAGAGAGA GAGAAATATT 120 GATCTTCCTT CCATTGTTTC ACTCCTAAAA TGACTGCAAT AGCTGGGACC ATGCTAGGTC 180 AAAGTTGGGA AACTAAAGTT CCTTCTAGGT CTCCCATATA GATGGAAGGG ACTTCGGTAT 240 TTGAACCATC GTCTGCTGCC TCCTAGAATG CACATTAGCA AGAAGCTAGA TTTGAAACAC 300 CATAGCTAAG AGTTGAACTA GGCAGTACAA AATGGCATGT GGGCTTCCCA GACAGTGGCT 360 TAACCCTTTG TGCCACAGTG CTCACCCTAA CATCTGCCAT TGTGACGCTC AGTATCAGCT 420 TTGAACCAAG AGGAACTCTA CTCTGTAGGG AAAGGGTTAA AAAGGAGGCT GGTGGCAATC 480 CCCAATCATG CCATAGACAC CTGAGGAATT TAC 513 (2) INFORMATION FOR SEQ ID NO: 465: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 446 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 465: CAGnAAAAAG ACTTATAAAC TGAAAGTTTT TTATACATCT ATTGTCCAAG AACCCTGCAC 60 AATCTAACTT TCCAATTATA CTCTCTACTT TCATTTTTAT CACTTATATA TAGCCTTTTC 120 AAGATTTCAG AATGCTAACA AAGAAAGTGA AATCACCCTT GATGTCCAGA TAGTCTTAGT 180 CCTCATCAAT ATCATCATAT TCATTTTCCT AAGTTTCATT CTTTTAAACT GACACACAAC 240 AATCACACAT ATTTACAGGA TACAATGTGA TGTTCTGATG CATGTATATA TTGTACAATG 300 ATCAAATGAG GGTTATCAGC CTACCTACCA TCTGTAATAT TGATCTATCT TTGTAGTGAG 360 ATCAAAATCC TCTATACAAG CTATTTTATA TATACATATC ATTAATTATA ATCACTTACG 420 TGTAAACACC AGAACATATA CCTCTT 446 (2) INFORMATION FOR SEQ ID NO: 466: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 455 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 466: CAnAAnTGCT ACTGAAAATT ATTTTTTAGA GATAGCTCAA TCACCATAAT TAACTCCACT 60 TTTTCCATGT GATACACACA CACACACACA CACATAATGT CTTGAACTGT TTTCAATATC 120 ATTCTGGCAA ATCTGTCCTC CCTGCCTCTT TCATACCTGT TATTAATTTG TTGTCTGACA 180 TATAATATCT CTGGCACTGG ATTGTCCATT GTTTTCTAGC TTTCTAATTT TGAAGTGCGT 240 AAGAAGTTTT TTAGTTGTCT AACTTGGCAT TATCCTAATC TCAAGTGAAC ATAAAACTTA 300 ACATGTAATT CTTGCCCCTT TAAATATCAT CATGTGAAGT TGGAGAAAAT GTAGTAACCT 360 ACAGGGCATC AGTGTACTTT TGAGGGGCTC CTTTCAATTA CTTTCTCTAT CTTCATATCT 420 TAATTGCCCA TGGGATGGTG TCTTCATGAC TCCCT 455 (2) INFORMATION FOR SEQ ID NO: 467: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 467 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 467: CGAGATCATG TTTATACTTC TCTTCATAAT GAATGTTTCC TATAACACAA ATCTATGTGT 60 GTAAGGTGTG GAGGAACAGA AAAAACACTC AAGTAGGAAA GAGGAGATGA TGGAGAAAGC 120 CCCACTCAGG ACTCAGAGCA TGGCTTGCTA CATCAAGGGC AGCAGTTCAC CTCCTCGGTT 180 TTGGAAACTG TTTCCAGAAA CAAATGGAGA GTGGTTTAAT CAAAGACGCA TGCATGAATG 240 AGTTTGATGA ATAAATTCAG AACATCAATC TGATAATTCA CAGAAAGAAG TGAACTGCCA 300 TAAATAGTCC TATGTGCAAA TCCCAATATG ATCATAAGCT TGCTGAGAGA GGCCAAAGTC 360 AGATCAGGGA AACTGCTAAG TGATTTGAAT ATTTAGTGGC ATCAGGGAAG AGAGTTTGAT 420 GCGTTATCTC TGTACTCATA ATGATCCGGT AAGGAATAAC ACTCCTG 467 (2) INFORMATION FOR SEQ ID NO: 468: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 460 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 468: CAGGGCTTTA TTTATGGGAA AAAGAGAAGT CTAGAGGCTA AGCTGGGTCC ATACCAAGCA 60 GAGAGCAGGC CAGGAGCCAC ATGGAGCAAG TGTTTGTTAT GAGTAGCCAC AGGTAGCTTA 120 GCATGAGTAG CAAAGTGAAG GTACAGAGCA GGCCAATAGG CCATGTGCCC AnAAGGTGTG 180 GGGCAAnAAG AGAnGGGnCC ACCATGTTCC AGGCCTTTTA TCCACTTCCA AAGAGGAGTG 240 GTTATGTAGC CTGATGGGCA GTGGGTTTAC AGGTGGGGTC AGGTAGGAAC ATGAGATCAC 300 ACAGGGGCAT GGTGAAGATG TGATCTTCCA GCTCACAAAC TTGATCAGTT TTATCCCATC 360 TGCCTGCCGA CATCAACCTC CCCTCAGAGA GATTCTAGCC CTTAATCCTA AGGGCTGTTG 420 AAnGGTGTAG AATTATCATA TACTCTATAG CTGCTTCCTG 460 (2) INFORMATION FOR SEQ ID NO: 469: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 473 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 469: CAGAATGTTT TATGACTAGG AAGCAAAAAG AAGTCAGAAG GAGCCATATC AAGACTATAT 60 GTTGGATGCC ACATGATTTT CCATCAAAAC TCTTGCAAAA CTGTCCTTGC TTGATGGGAG 120 GAACAATAAG AAGCACAGTT GTGGAGAAGA ATCTGGAGGA GCTAGCGTTG GCTAACCTTC 180 TCAAAAACAC TTTCCCAGTA ATCAGATGGT CTCATTGTTT ATCGGTTAGA AAGTCAACAA 240 GCAAAATTCC TTAAACCAAA TATTAACTGT TGCTGTGGCA TTGACGCTGG CCAGTCCGCC 300 TTTGCTTTGA CTGGCGCACC TCTGCCTCTC GGTAGCTGTT GCTTTCATGT GCTTTGTCTT 360 CAGCATCATC CTGGGAAAGC TGTGCTCATG TGTTCTCACA GTGGTTTGAA GAAATGCTCC 420 AGGACTGGAT CCTGnCCTAA GTAGATTGTC TATCAAAACT GTACTCTTCT GCG 473 (2) INFORMATION FOR SEQ ID NO: 470: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 613 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 470: TGCATTTTTA ATTCTTAGTA ATATTCAGTA TATTTACCTA TGTAATAATC TTTCATTGTA 60 GCCAGGAGAA TTTTCTTCCT GCCCACTGAA CTCTGATGAA GATGTGAATA ACTGGTTGCA 120 TTTTTATGAG ATGAAGGCTC CTTTGGTCTG TCTACCAGTT TTTGTCTCCA GAGATCCAGT 180 AAGTTTGTGT CTCTTATATT GCCGCAAATA CATTAATAAT GCTTCATTTT TAGGATATTC 240 ATTTAGATGT AGGCACCTTT TGTTGTGGTG GTATTTTTCA ACAACTAGAG CAGACTCTAC 300 AATCTTCTTG AAAGATAATG GAGCAGTGGC TTACCACTGA ATGAGTTAGG CAATGCAGAT 360 TTTACCTTTG AAAAAGTGGA AGGCAGGAGT GCAGGGCACT GTAGCACAGA GGGTTAAGCT 420 GnCACTCTGG GATGGCCTAA CATCCCCGAn GTnGATAGCC ACCCTGGGTG TGGAGTCCCC 480 AGGCCTAATT CCTGGAAACC TTTAAAAAAT CCCAnGCTTT nCCCTGGCCT nAAATGGCCA 540 TAATGGGGGG AnGGGGTnGG GGGGTnGGAA TGGGGnCCCC CAAGGGGCnA AnCCTGGGGG 600 GGATTAACCT GGG 613 (2) INFORMATION FOR SEQ ID NO: 471: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 617 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 471: TGnGTAATTG CACTAATAGA ATGACCACTT TGTTGTTTCT GGTTCCTGAC AGAATAGTAC 60 GATAGGTGCT CTTTTGGCAA ATAAAACACT TGCCACTGAA GAAATATTTG ATGTTAAGCA 120 ATTTTATTAT ATTTTCTAGT GCCTGGTCCA TACTATGCAT ATAACCAGTA CTTAATGCTC 180 AAAAAATATT TTTAAATCAA CAGGTCACTA ACTCATTTCT AAAGTTACAT AATTCTGTAT 240 TTTTATAAAA TAGTAACAAG ATAAGTGTAT ATTAACAGCA CGATATACTC AAGTTCCTCT 300 TACCTATAAC TGACAACACA CATCCTCAAA TCATGTAACT TTAAGATTCA GCTATTGAAT 360 TAGTAGTGAA AACTTTCCAC AAGTGGAAAT ATTCTTTTCA ACTTTGTATT TTTTTAACAG 420 TCTGCCATTC CTAAAGCTGC TGGGTTTGCT TTGCTCCTCC AGTTGGTAAG AATGGAAACA 480 TCAACGATGT CATGGTGTAA ATGAGGAGAT GCACTCTCTA GACTGATGCA GCCTTGCAAG 540 TTAGTGCCTC TGTGTGAAGA GAAAGGCTCT TCTGCCTCTG GGCAGAGACA ACCAAACCCC 600 AGGCTGCATC AGCCCAC 617 (2) INFORMATION FOR SEQ ID NO: 472: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 491 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 472: TTTTAGTTAT TGGGCCATGG GGTGTCAATT TTGTTTATTT TTTCAAAAAA CCAGCTCCTC 60 GTTTGGCTGA TTTTTTTGTA ATTTTTTTTG GATTCAATCC TTTTGATTTC TTCTCTGATT 120 TTAATTATTT ACCTGGAAGG GAGATACCAT GATCATGGTA GCTTTTACTG GTAGATTTTT 180 GCCTGCAGCA ATGATTGATG TGGTGCTCCA ATGATAAATT GTATTTCCCT AATTTCTTCT 240 ATATTAATTA GAATGTGTCT GTAAGGAAGA GCTGTGCCTA CTCCACAGTT ATTACTTCAA 300 CCACTTATAT CAGTAAGGAC TCCCTGATAT TAATTTTATT GTTTCATCAC AACCAAATGC 360 TTTGTTACTC ATATTTTTGC TCTGATTTTT CTCAGTTGGA CCCTCAGGAA CTTTTTTAGA 420 CTTGTTCCTG TGTTCTTTTC ACATCTTCTC AACCCCTTTG CCACCACCAC TACCACCCAC 480 CTTCCAGGCT T 491 (2) INFORMATION FOR SEQ ID NO: 473: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 491 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 473: nACTGAGCTT TTCTTGTTTA TTAGCATATA GTTCTACATA GTGGTTTATT ATGACACTTT 60 GTATTGCAGT GGTGTCAGTT GTAATGTTTC TTTGTTCACT AATTTTATTT ATTTTAGTTT 120 TTTCTTTTTT GGTTTGTTAG TCATGCTCAA GTTTTGTTTA TCTTTTCAAA ATAATACCTT 180 TTTGCTTTGT TGATCTTTTG TATTGCATTT TTAGTCAATT TCATTTATTT CTTTTCTCAT 240 CATTATTTCT TGCCTCCTGC TCTTTCTGGG TTTGGTTTGT TCTTGTTTTT CCAAGTCTTC 300 AAGATGCATC ATTATATCCT AATTTGAGAC ATTTCTGTCT CTTTTAATCA TGTAATGCTA 360 TAAACTTCCC TCTACTGTAG CTTTTGCTGT ATATCTCAGG TTTTGATATG TTATGTTTTA 420 ATTTTnCACT TATTTCACAA AAGTATATAT TCATTTnAAA TTTCTTCAAT GACCTGTTGA 480 TCATTTGGTA G 491 (2) INFORMATION FOR SEQ ID NO: 474: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 372 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 474: TGAGTCCCCA TGACTCTGCT TCATGTTTCT TTGGTACTAC ACTTTCAGAA CTGTACTGGC 60 AAATGACTTT GGGGACAGTC TGTTCTTGCT CTGTTGCTGC TCTGAGCCTT CAATCAAGGT 120 CCACACAAGG CCAATGATAG AAATGTTGCA TCCAGAACAG CCCCCTTATT ACTAAGATGA 180 CCTCCAGGCC CCATAAATGG ATCTTGGATC AGAGGTCAAG ACTTTCTGTG CAACTTGAAC 240 ATTTCCTGCC TTGGGAAGTT CACTGCnCCC AnCCCCAGGA CATGTTCTGA GCTGCTTGGT 300 CCTAGGTGTA nAGGCTCTGG CCGCTGGGAA TGTTGTACTG AGTTGACTTC TGAGTGTCCA 360 GATGCCAGAA AA 372 (2) INFORMATION FOR SEQ ID NO: 475: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 388 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 475: AGATAGTATT CAAGCTTCAG GTAGGTGGGT TTCAAGCTAT ACACAAAAAT AAAGGAGTAT 60 AAAAGTCCTT CATTTGAGGA AAAAAGGGCC TGCTTCACCA ATTTTTTGTA GTACAGGTTA 120 GGCAAGATTC CTTTTTAAAT TTCAAATGTA TGACAAATTC TGAGTTATTC CCTAATGTCA 180 CCTTATAAAT GGATATAGAC CATTACCTGA ACATTGTTTT CTTGTGCTTG GTGAGGCTGT 240 CTTACATGAG GCAATGAAGG CTGAGTTCCT AATTTCCTAA TCCCAAAAAn nCTTCTTnGC 300 nGCAAGCATA ACACCAAACT CGAAGAGTGG TAAGGTTCAC AGTTAGATAn TGCTTGTCTC 360 CTGCATAATT CCACAGGAGA GAGAGTAG 388 (2) INFORMATION FOR SEQ ID NO: 476: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 563 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 476: TTTTCTGAAA TTTAGACCTA AATAATGATA ACCAGAAAAA AACTTTGACA CCTAAAAGGA 60 TTTTGTAGAT AAACATACTT TTAAAACTTC ATTATTGATG AAACATTAAG CTTCAAACTT 120 TGGAAGGACT TGCAACTTAA TGGTGCTTTT GCACACTTTT TAATAAATTG CTTTGGTATT 180 TTATGCTTTT ATTAGAGGTC GTTTAACTTT TGGTTAAATC GATTGTAGAA AGTCATTGAC 240 ACATATAATC AAAACTTAAC TGTTAAGAGT TAACACATGT AATCAAAACA ACTGCAGATT 300 AATTGTAATG CTGTTACAAA TTTACGTGTT GTAAAATGTC TTATTTTCCT TCTTGTATAA 360 TTATTTATAG AATAGATGTT CATATGTTGG CTGTGGTGAA TCGCAAGTAG ATCACAGCAC 420 CATACATTCT CAGGTGTGTA TATATGAATT TTCAATGCAG ACATTTTTTA AATGTTTCAT 480 TTTGAGATAA TTGTAAAATG GAAGATGTGT TTTTAAAGGG AGACTGAAGG AAAAGGACAG 540 CCAATAATAC AACACTGTTA ATT 563 (2) INFORMATION FOR SEQ ID NO: 477: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 437 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 477: AGGATGGCTG AAGCCCACTT GTCCATCATA CCAACCAGGA ACTTGGACAC AAGCTGATGT 60 AACCAGACCA GAAGACCAAC CATTGTGACT CCAAGCAGTC CTTTATCACC CCACCAGAGG 120 CAAACATATA GCTGTCTATC CTTTTCCCCT TCTTCCTGAC TTCCCCCTTC TTTATAGCCT 180 CTTTAAAACT CCCCAAATAC CCTCATCCAG GAGGGTGGTA ATTCCTAAGA CTTTGGTCTG 240 CTACCCCTTC ATCTGGACAA CAGATTAAAA ATTTTCTTTC CACAACCCTC AATCCTCCTC 300 CTGGTTAATT TAATTTGGCC ACAAGGGACn GGGACCAAGC TTTGGGGnAA ATCGGAnACC 360 ACTGGTATCT GGACATTCAT CCGATTTTCG TGAGGAGTTG CTGCCGAGTT TGGCTTGAAA 420 ACCAGAGTCT CAGAGTC 437 (2) INFORMATION FOR SEQ ID NO: 478: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 391 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 478: AAnAACCGCG TTATTTTCCC TGTTTCTCAG AAGGGGAAGC CGAGGCACAG AGGGGCGGAA 60 CCTTGCCCAG AATGGTAGAG TGGGATTCAA AGTAAGGCAG CGCGGCTCCA GAGCCCCGCC 120 CTAAACCACC ACCCAGACGG CCAAACTGCA GACTGACTCG TGCATTCAGA ACTGGCTCAG 180 AAATCCCTTT GTTGGGnGGT AGGGGGGGCA GGGAAGGCCC CACACGCTCT CTGGGACTTT 240 CTATATGGCA AGTGGAnCGG CTGGCCCTGC TTTCTCAGGC AGAGCTGAGC ATTCTGGAAC 300 TCTTGCATTG GGCTGGACTC CAGGAAGGCC TGTGTCCCTG CTAAnCTCCC AGCAGGGTCA 360 GAGCGCACAA CGCTGTGTGT TCCTAGGAnC G 391 (2) INFORMATION FOR SEQ ID NO: 479: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 585 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 479: ACnCCCATTC AATAnGATGC TGGGCCATGG GTTTTTCATA AATTGCCTTG ATTGTGTTGA 60 GGAATGTTCC TTCTACACGC AATTTGCTTA GAGTTTTCAT CATGAACGGG TGTTGTATTT 120 TATCAGATGT TTTCTCTGCA TCTATTGAGA TAATACTATG GTTTTTCTTC TGCAGTCTGT 180 TAATGTGGTG TATCACATTG ATTGATCTGT GAACGTTGAA TCATCCCTGC ATACCAGGGA 240 TAAATCCCAC TTGGTCTGGG TGGATGATCT TTCTGATGTG TTGTTGAATT CTGTTGGCCT 300 TATTTTATTG GGGATTTTTG TATCTATGTT CATCAGGAAA ATTGGTCTGT AATTCTCTTT 360 CTCTGTTGCA TCTTTTTCAG GTTTAGGAAT TAAGGTGATG CTGGCTTCAT TGAAAGAATT 420 TGGGAGGATT CCATCTnTTn CAATTGTTTT GAATAATTTG AGTAGAATTA AGTTCTTCTT 480 TAAATGCCTC ATAGAATTCA GCAGTGAATC CATCTGGTCC TGGACTTTTC TTTGTTGGGA 540 GGGCCTTTAT nACTGATTCA AATTCTGTCn CAGTTTTGGT CTCTT 585 (2) INFORMATION FOR SEQ ID NO: 480: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 396 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 480: GCGGGCGTGG nGAACCACTG GCGCCCTGAC CTGCGGTCAC nAAGGAGGGC GAGGGCCACG 60 GACGAGGCGC GGAGGAGCCG CGGAGGGAGC GGGGAGCCCA GGTCCCGCGG CACAGAGCGC 120 AACCTGAGAG CCTGGGCCAG GGGAAGGGGG TTCATGAGGG GAGAAGAGGG CACAGCCTGG 180 AGCTGGGCTC ACAGACCTGC GCAnGCGAGT CCCCGTGCGA CCACGGCGCC CCGGTCCCGC 240 GCCACGTGCA AGGTGAAGGG AGCCAGGTGC GAGGCCGCGG GGACTCACGG CCCCGCTTCT 300 CCTAAGTCTG ACAGCAGCTT GGTGGACGCA GCACAGCGGT CAGGGACGCG TGGGACACCC 360 GCCGAGATCC TGGGGGAnCC AGCGGnTCCC TCTCCG 396 (2) INFORMATION FOR SEQ ID NO: 481: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 254 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 481: CCCTCCCTGC CGCCTCGCAG CGAGCTGGGG TGGGAGGCTG AGCAGACGGG ACCCCGGCCC 60 AGCTCTGGCA CAGGAGGTAG GCATCCCAAG CGGTGCTTTC GCCACGCCGG ACGCCTGCCC 120 ACCCCACAGG TGCGCTTATT CAAGCCGGCC AGTTCCTCGC CCCGCGGTCT GGCTTCCCCT 180 CTCCAGTCCC AGGAGnCCGC GCAGGGnCCT GCTCCCGACC CAGAACCTGT CCTAGGTGCT 240 AAGGGGCCCC GGGG 254 (2) INFORMATION FOR SEQ ID NO: 482: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 552 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 482: CCTCTGAGAC AGGAGAGGCG GACTGGGGTG GGATGGGGGA GGGCCCCCTG GTGTACCCTG 60 GGGCCACTGC TGGAGAAATC AGCCCAGGGC TTCTCCCCAG GGCAGATCTG ACCCGGACAG 120 ACCTGAGGGC TCAGCAGGGA CAGCTGCACA CTCACCGCAG GCATAGCCCC ACCCCACCAC 180 CACCATACAG ACCTGGCAGG ACCCCAGACA CGCCTGCCTT TGTCCCACAA ACATCTGAGT 240 GCCACGCTCT GTGCCGTGCT GGCTACAAGA GTGGCGGGGA CCTGAGGCTT CTCTGAGGAC 300 CCCTGCGAGT GGACGGAGGC GCGGTCAGTT CCTGGGGGAA CCACTGCAGG TGCGGCAGAG 360 CCTGGCCTCA TCCAGGGCTC GTCCAGGGCT CAGGGAGCTG TCCGCACGAC GGAGGCAGTT 420 TCGTTCGTAA CCACCGGCAG GCAAGAGGTT CAGGGCGGAA CCAAACTCAG CTCCACCCGC 480 AGCAGACAGA CGGCGTCGCT GGGGCGGAAC ATCAGAGAnG GGCCGCGGAA GGCGGGGGCT 540 CTGGCTGAnG CA 552 (2) INFORMATION FOR SEQ ID NO: 483: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 421 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 483: AGCAAAATAC TTAAGAACTG AAATGAGCAA AAAGCAGTTT TAAGAATATA GGTCAGGACA 60 TTAATAAAAA TTTGATCGCC TCCTTTTTAT TCTCTAACAT TCCCCACAAT AAATCAGCCC 120 AGTTTCCCCC AGCCCCTCCT CACACACACT TCACCCTCCC GTCCTGATTT CGGATCGCAG 180 AATGTAAATC TGTGACAAGG GTATCTATAT ATAATATTAA TGGTGCCGAG GAGGGCTGGT 240 GTGAAGTGTG AGAGCTTGCC AAGAAAGGAG CGATCTGAGC CCAGCCGTTC ATCCTGCGCA 300 GTGTGCTCTA CATCATCCAC AGGACAAATG TAACATCATT AGGGGGAAAA AAAGGAAGAA 360 AGAAAGGGGG CAGGAGGAGG TAGGGAAGTA GCCATTCTGC AAGGAAATGG CCAAGTTGGA 420 G 421 (2) INFORMATION FOR SEQ ID NO: 484: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 521 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 484: GGACTTACTA GATGTGATCA GGATAAAGCT GGATCCATGT CACCCAACAG TAAAAAACTG 60 GAGGAATTTT GCAAGCAAAT GGGGCATGCC CTATGATGAA TTGTGTTTCC TGGAACAGAG 120 GCCACAGAGC CCCACCTTGG AGTTCTTGCT CCGGAATAGT CAGAGGACGG TGGGCCAGCT 180 GATGGAGCTC TGCAGGCTCT ACCACAGGGC CGACGTGGAG AAGGTTCTGC GCAGTGGGTA 240 GAAGAGGAAT GGCCCAAGCG GGAGCGTnGG AGACTACTCC AGGCACTTCT AGATCCCTCT 300 TCTTCCTTCA TTGGCCTCTC TGGACTTTGA AACAACCACA AGTCAAAGAG GAATGTGAAT 360 CTGTCCTTTT GGAGTGTAGA ATAATGATAT GAAACTGTGG ACATTAGTTT TCCCCAAAGC 420 TGGTGATTTT GTGGAGGGGT AGATTTGTTT TGGTGGTGGA TATTGTTTCT TGGTTTTTGC 480 ACATCTGTTT TAATTTAATA TTGAATCTGG AGTTGGGAAA G 521 (2) INFORMATION FOR SEQ ID NO: 485: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 532 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 485: AGGCACCATT TCATCCCAGA GTCCAAGCTG AGAGCAAAAC GGCCTGAACT GCACCCCGGG 60 GACAGTTCTC ACTCAAGAAA ACACATTTTC CTCTCCCAAC CTAAATTTGG AAGGAATATA 120 CTAGGGTTTC TCTAAGCAAA CAAACTTGTA AAACCATCGG GGGAGGTGAG GCCGCAGGCC 180 CGCTCTACCA GGAGCGCCAT ACCAGCTGCC TCTGGGACCA CCCCATCCTT CAGCTCCCAA 240 GGGGCTGCTT AAAGACTCAA CGTCTCATTC TTCATAAACC CACCTCCTAG TCATAAGCCT 300 CAGGGGAGAC TTTTTTTTAA GCTGGTAGTG ATTCTTGGGC ATAATAATAT ATGACAAAAA 360 TGAGGGCATG GAGGAGTTAG ATAGAGCTCA GGCCAGGTGA AGGTCCTTGC ATTCATCTCC 420 TGCAGCTGTG GCAAAGGAGC AAAGGAAACC AAGCCAGCAA GAGTGTTTCC GCTGAGCAGA 480 AAAGGAACGG CTCTGACCGG CATGCAAACA CGCCTGCTGA GACCTCCTGC GT 532 (2) INFORMATION FOR SEQ ID NO: 486: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 532 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 486: TTGTTGGCCA ATATAGTTCA GAGGGGTCTG TGTAGGGGAA TTTCTGATCC CGACAGGAAA 60 TTCTAGGTCT GTGGCAAAAA GGTTACTACC ACTTTTGTAA CTCCCAAATC AACTGAAGCC 120 TACCTGGCCA TCATAAACCT TCCCTAAAGG GCACGGCATT CTTGACTAAT CAAGGGAAGG 180 TCACAAGCAC CACTATCAAC CAATAATTTG CACATGAGCT GGACATGAAC TTCTCAGACT 240 CAACTTCAAT CTGTTAAAAC CTTCACCCCT GGAGAGTCTG GGAATTAATC AATAGCTGCA 300 CGGCCTCTTA TTCTGTGCTT TGCAATAAAT GCCTACTCTC TTCCACCATC CGATGCTAGC 360 AATGGCTTCT CAGTTGGGCA ACCAGACCTA GTTTGGGGTT CTATAGAAAG TTCTCCAATG 420 AGTTTGGGGT GTCATTGGCA AACAAGTACT CCAAGGAGCT GACATCTCAT CCACTGGAAC 480 TGAGGGCTCA TGGCATATCA CCAGACCAAG TAAAATGAAA ACGGGGACAG TT 532 (2) INFORMATION FOR SEQ ID NO: 487: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 432 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 487: CAACAAATGC AAATCAATAA AGGCAATACA CCACACCACA TCCACAGAAT AAAGAATAAA 60 AATCACAAGA CCATCTCAAT AGAGGCAGGA AAGGCATTTT ATAAAAATCT AACATCCTAT 120 CATGATTAAA ACTCTTAACA ATTTAAGAAT AGAAAGATAA TACCTCAACA CAATAAAGTT 180 TATATATAAA AAACCAGCAG CTAACATCAT ACTGAATGGA GAAAATCTGA AAGCTTTTTA 240 AGATAGGTCA AAAGACAAGA TTCAACATAG TACTGGAAGT CCTAACTAGA ACAGTTAGAC 300 AAGAGAAGGA AACAAGGTCA TCCAAATTGG AAAGGAGGAA ATTAAATTGT CAATGTTTAG 360 GCTGACATGA TCTTATACAA GGAAGAGTCT GGAAAACTGT TAGAACTAAT AGATTCAGCA 420 AAGTTGCAGG AC 432 (2) INFORMATION FOR SEQ ID NO: 488: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 450 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 488: TTGGAAGTnA GAGCGnGAGA ACCTGATGTT GGACATGAAT TTTATTTTGC TAATGATCTT 60 CACTCAACTC TCTGAAGGTA TTTTACCATT ATCTTACTAT TGTTAATTCT ACAGTCCTTT 120 ATAAATCCAC ATAAATGACT TTTTTCTATT TGGCTGCTTT TAAAATCTAT TTATCTTTGT 180 TCTTGCCAAG ACCCTGTACA TCTAAGTACA ATTTTCTCTC TGCTGTCCTA CTTGGGACAG 240 TATGCAACTG TGGATTTATG TTTTTCATTA GTGCTCAAAA AACAGCAGCC ATTTCCTCTT 300 CTTAAAAGAT TATTCATTCA TTCGAAAGGC AAAATGAGAG AGACCAAGAG AGAGAGATGA 360 GAGACAGAAA GAGAGAGATT ATCTCCATCT ACTGGTTCAC TCCCAAGACG GCCACAAGAT 420 GAAGCAAGGC CCCAAAAACT CCAACTGGGT 450 (2) INFORMATION FOR SEQ ID NO: 489: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 615 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 489: TGAATTAGTT GGACAAAGCA AAACAGAAAA ATTCTGGTGG TAATAAGTGA TAAGTCCACT 60 AAGAAAATAA GCAGAGCATA GGTAGGGATG TCTGTGTTAG GGCTGTCAGG GTCTATCCTG 120 CCTCTCTAGG CACTCAAATG TCCGCTAAAT ATGTCTGAGT TGGTTTGTTT ATATTATGAT 180 AGAACCTTAT GCTTATCTCT CCTACATACA CATGTAGATA CGAGAATTAT TTATGTGATA 240 GTTCACCCAG TTTTATGATT CAGAAGGTGA CACCTCAGTC TTCCATGTTC ATAATTATTA 300 AAGACTATAT GCCTTAAACA ACCTCAACCT TCCACTGCAG AACAGCACAT GTTTGTGGCA 360 TTGATGATTT TTCAAAAAGC AGAGGCCCTT TCTTCAGAAA AAGAGAAGAG GCAAATAGAG 420 CTTCATGAAC TAGATTTAAA ATAGGGGCCC ATGCTGATAG CCACTGTCAT CATACTGTGC 480 CTTTTGGCCA CCAGTCAGAT GCAGGCTCTG AGCTTAGATT CCCTGATTCT AGACTCTGGG 540 GGGACCTCTA AGCCACTGTC AGAATTAGAA ACCAAACCTG ACTGAATGCC CAGAGATTAT 600 CCTTAATCTG CTATT 615 (2) INFORMATION FOR SEQ ID NO: 490: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 429 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 490: AGTAAGTTTC AAAATTATGC CAACATGCAG GTCCGTGATT GTCTTGTTTC CCTAAAGAAT 60 ACTGGAAGGA AGAGGTATTT TTACTTCCTG TAAATTTATC TCTTCAGGCC AACAGAAGTA 120 GACCCCTAAA TTCCAAACAG CCCACCCAGA TCACTATTGC TAGAGAATCA CTGGTGAGGT 180 ACTTGTGTCT CCCACCCCAT TTATTTCAAG TAGCAACAGG ATGATTTTTT AAAGAATTTT 240 GCTGGCCTTC TTTCCTAACT GCTTTTTTGG CCTTCTCCTG TCCACTTCCT TTTTATTATC 300 CTGCAAAATG ATTATAAACC CACAGAATGT TTTAGACTGG TGAGTGCCTG GAAGGCAGAG 360 CCAGTTCAGT AGCCATCCCG GTGAGCCCAG ATGGCCCAAC AGGAACGTGT GCTGGAAATG 420 GGCCCAGTT 429 (2) INFORMATION FOR SEQ ID NO: 491: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 432 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 491: TTTCCTTCGA CGATGTCATC AGCGTGCGCT TTGCCTGAAA CACCTCCGTC AATGCCTTGT 60 ACATCATCGA GAATCTGAAA TCCTATCCCA ATAGGCATGA CTTGCGCTCC AAAGGACnGG 120 CCTCACGCGC AGAATAACCT GCACACAAAA ACCCCAATTC GCCTGATAGA GCGATGAGTG 180 CGCCAGTTTT CAGTGCAACC ATACGCAGAT ACTGCGCACG CGAGGGAATA AGTTCTGGGC 240 TGCGATGCCA TGCAATATCA AGCGCCTGAC CCATATGAAG AGCACGCGTT GCACTTATCG 300 TGGCAGAAAA AAGAGCCGCC TTAAGGGCAG GTTCTATGCT GAGCGTGTCA ATGAGTGCGT 360 GTGGCATGAA AATACAACCA GCTTGCTGGC ATTAAGAACG CAGTCAG AC CGTAGCGGCA 420 GATACGGCAC AT 432 (2) INFORMATION FOR SEQ ID NO: 492: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 638 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 492: ACGGGACTTA AGGAATGTGA AGTGATCCTA GTTTAGACCA GTCTTGTACT TAGCCTCGCC 60 GTTAAGACAG TTCAGGTGCC CACGGCCCAC ACTGGAGTAC CTGTATTTGA CTCAGCTCCA 120 GCCCCTGGCT CCAGCTTCCC GCTAATGCGC ACCTTGGGAG GCAGCAGTGA CAGCTCAAGC 180 AGCTGTGTCC TTGTCACCCA GGCGGGAGAT CCAGACTGAG CTCCCCGCTC CCAGCTTCAG 240 CCCGAGTGAG GGCTGTTGTG GGCATTTGGG GAGGAAGCCA GACGATTGGA GGACACTCAC 300 TTGCCTTCCA CCCTTTCTCC CCCTTCTATT TCTGATTCCC AAGTAGGTAA AATTTAAAAT 360 AAATACATAA AATACTCCCC AGAACTAGCT CCTATTTTAA GTCCAATTAT TACAATGTCA 420 CAGATACTTA TCAACAGGTT AGTCATTCTT TTCCATTTTA ATAGGAAATG AAAAGGAAAC 480 TAGGGCAGAA AAAATTGGTT TTAAAAGTAT AGTGATGGGG GAAGAATGAG TTTTTCCTGC 540 TCTGCTCTTC TGAGTACTGA GGTTCATGGG GGACTTCCAC ACAGGAGCTG TGTCTCTGGG 600 TTCACCTCTC CCCCAGAACA CGAGTGACnT TAAACTGG 638 (2) INFORMATION FOR SEQ ID NO: 493: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 641 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 493: GAATCCCGGG AGACTACAGT GAGGACAAGA GTGACAGTTC CTCCCCCATG GGCCACCAAT 60 CTGGTGGAGA GGACAAGAAA TGAACAAATA GGGGGCAGCA TTGTGACCTA ATGGGTAAAG 120 TCACTGCCTG CAGCGCTGGC ATCCCAAATG GGCACAGCTG CTCCACTTCT GATACAGCTC 180 CCTGCTAATG CTCCTGCGAA GGCAGCAAAA GGCGGCCCAT GGGAAATGAA CAAATAATCA 240 TTACAAAGCA TGGCATGTGC TTTCAAGGAT TCTGCGAAAG ATGAAAGTTG GGGTGGGGGT 300 GCTGGTGCCC AGGTGAGCGG CCAAGGAAGA AGCCGGATCA TTTGCTGGCA CCTGGCCACT 360 GACCTCCTGG GCCAGGCAGT ATGTCACACA CACCCAGGGA GAAGGGAGGG GAAGGTGACA 420 TCCAAGGACT GAGGCAGAGG GAGAAAGGGG ACAACTCCAC TGAGAGGAAC GGGGCATTGT 480 ATGCTAACAC AGTATTTGTG AAGCCGAGGG AGTGGAGGGG GCTCTGATAA CTCTCTAAAC 540 AAAAGAGCTT GTCCTGGGCA CGGGGAAGCC TCTTCAGTGC CTGCAGGAGC CAGCTCTAAC 600 CACCTGGAAA TCAGTCATGG GGTGACAGCT GAGCCCAGGA G 641 (2) INFORMATION FOR SEQ ID NO: 494: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 554 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 494: ACATCAAGTG ACAGCAGATA AAGCACTTGA CTTTGCCTCT TAAACACACA TTCCTGGGAT 60 GAAAAGAGGC TTAGAAAAGC AGGGCTGGGT CTGTCTGTTT TGTCACTGTG TTTACCGTGT 120 GGTCTGCATT CATCAGGGTC TCCCACTGCA GTGTTTGGGG TCCTGGCCCA GAGAGCAGGA 180 CCAGGAAGTG GCTGGGAGTA CACGAGGGGG TGCATGTGCG CGCCCTCATC CAGACGGCAT 240 GAGGTCCACT TGGCTCCTTC CTATCACGAC TCTTCTGGAA GTTCCAGAGG ACGGGGTGGG 300 GGGAGCCGTG GGGGGCTGGG CAGAATAnTG TGCCTCTGGA CAGGAGCACA CAGCAGTTTT 360 CAGGGGGCAA nTGGGAAAGC AAAGTCAATT CTCTGACCCT GAGGGACTAG CCTCAGTAGC 420 CTCCTATCTT TCCTCCTGAA AAGTTGCnAT TCCACCCGTG AGCCTTTCAn CTGTCTTATT 480 TTTCAAAAAA GATTTATTTA TTCACTTTGA AAGTCACACT TGAGGAGAGA CAGAGACATC 540 TTTTTGCTGC nTCA 554 (2) INFORMATION FOR SEQ ID NO: 495: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 584 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 495: ACCCTGCGTC GAAATCAGGA ACCGTCTTGA GCACGCTTGC GCAGGACTTC AACGCTGTAA 60 ACACCTGGAT ACCGCCGACC GTGTTCATCA GATTACTCTC ATCAAAACGC ACCGTAAGCG 120 CGTAGACAGA GTGCTCAGGC GGAACGATCT CGCGCAATTC CAACCGATCG TATTCAGAAA 180 GAAGAGACAG CGGCGGCACT CGCCCTACCT GAGGGGCTTC CGTCCCATCT TCACCTACCG 240 CGGTCCCCTT TGCAGCTTCG GCTGCATTTG GCGAAGACAC CGACAATCCA CGCGCCGCCC 300 CCGGCACAGT CCCAGACGCA GGCAGATACG AGCGCAGACG CGCAACGAGA TCCGAGACAT 360 CCTCCGCGTA GGACCACCGC CCGCACGGGA CTCGAGCATC GCCTTAATTA CATCCAACGA 420 CGTCAGGAGC AAGTCCACAA CCGCCCCGTC AACAGTTACC TTCTCTGAGC GAATCCCATC 480 CAGCAGATCC TCCACCGCAT GCGTGAAGCC GGACAACTCG TGCATCTCAA CAGTCGCAGC 540 ACCCCCCTTA AGGGTGTGCG CCGCAGGAAA ATCTCGTCTA CAGC 584 (2) INFORMATION FOR SEQ ID NO: 496: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 578 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 496: AAGTACATTG AATGAAACTT CAGTGACTGC CCAAATGAAA ATAAATCCGC AGTCAGCCCA 60 CCTCCCCACC AAAAAGGAAA AAAAAAACAG GAACCCCGCT GCGATCTTAA CATAAACAAA 120 CAAAACCTCA GAACCGGTTC TTCAAGCTTC CCAGTCCTAC CnnnnCACCn GCnCCCCCCA 180 TCCCCATAGG TTCATACACC AGCTGCCAGT CCAGTCTTTA AGGATAAnAn ACCACTACAA 240 TGTAGCACTT TCACTTTCAT TTGCTGGGAG AAAGCCACTG GCGTTAAACT GTGGAGAATA 300 TGCCCAATAT GTTTTCCATG TCCTGAGCAA GCAAACAAAG TCTGGCACAC AAATCGGAAA 360 CAGGGAAAAA TGTGAAAATA GCTCAGGACA AATGCTGCCT TTCAGTGGTG TAATCTGCTG 420 CATCATTTAT CTGTCTCTAC CGCTGAGTGT AGGGTTTAAA AGTTTCTGAG ACTGGGGGAG 480 GGGAAAATTG ACGCCTTGAA AGTCCAGTCC TAGGTTAACG CCAAGTCAAT TTCCGATGGC 540 CACAACCAAA AAGCGGAATT GGACTTGAAG GAAGGGGG 578 (2) INFORMATION FOR SEQ ID NO: 497: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 619 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 497: GnAGTTATTA ATGTTTTAAT AGTAATAGTG GTATGGTAGT TTTTTTTGTC CTTTTATTTT 60 ATTTTTTTAA GGGAAAGAGT TTATTGGGGG AAACCTGACA GACTGGAGGG AAGGGGCAAA 120 AAAGGAAAGA GGGAGAAGGA GAGCAAAAGA GAGAGAGAGA GAGAGACAGA GTGTTCAGGA 180 GACGGAGACA AAGAGAGTGT CCTTATATTT TAGAAATGCA GAGAAATAAT GAATGCAATA 240 AAATGATGTC TGAGATGGGC TTTAAAATAA TCTCATGAAG TAGAACAAAT CATAGAAATA 300 TAGATGCAAC AAAATCCACC AATCTTTGGC ACTTGGTAAA ACTAAATGAT AGCTACATTG 360 GAGTTCATTA TACCATTTTT TTCCTTTTGT CTATGTTTTA AATTTTCTGT AATATTAAAA 420 CATTTACATA TGTATAAGTA TGAAGTTAAA TCAACATTTC ATTTCTCATT CTCATAATTT 480 TTTACTCTTA CTCATAATGT TCTTAATTGT TAGGAAGAGA CAAGGAATTT GTTGGGAATT 540 TTTCATTACT CTGTTTAGAC GCAGGATGGC ACTCTTTGAA TAAGTAATTA GCTAAAGTGA 600 GTAAGTnCCT CTACAGTTC 619 (2) INFORMATION FOR SEQ ID NO : 498: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 559 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 498: AGGACAGGAT GACAGCATTT CTCCCTGCAT GCAGAAGCCA AAAGTGACTT AAGGAACTGT 60 CCTTAAACAC AGACATAAGC ACAAAGACAG ATGGTGTCAC TTTCTTAATC TGCACAACTA 120 CACATAACAA CAGAAATAAA CTCTTTCACT CTGTATTGGA GCCTTGGGTA AAGCAACCTC 180 CTCTTAACCT TAACCAAGAC CTTGGAGAGG CCACTATTAC AGAATGAGTC CCATTGACTC 240 CGCTCACAGA TCTACAGTAG GAATCCTCTA TTAATGAGAA TGTGGTATGG ACTAGATCAC 300 ACAGAACTTG TTGCCTTCAA CTTAACCCTT CCTCCTGCAA CCCCACAAGC AAGTATTGTT 360 TCAACTTTTA AACATAAAGA ACCTCATACC CATAAAAATC AGTGTCTCCC TCAAGGTCAC 420 AGAATTTATT CATAGTGAAC TAAATTTAAT TTTnnnTTTT TTTTTTTTTT TTTTTACAAA 480 TCAAACCAGC AATCCTTATT TTAATTCTGT GGTAAATAAG ATTCAAATAA ATTATAATTC 540 TCAACTGAAT AGAATTCAT 559 (2) INFORMATION FOR SEQ ID NO: 499: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 619 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 499: CTGnCAAAGA GCTTGTACTG GAAACTTAAT CTCCAAATTC ATCTGTAAAT GCTATTTGAA 60 AGTGAGGTCT TTGGGAAATA GGATCACATG AAGTCGGAGA GTAGCACCTC CATGATGATG 120 TCAGTAGGTT CACAAGATGA GGAAGTGAGA CCCAAGTTCG CATGCCTACT CTGTCTCATG 180 TGATGCCTCT GCTGGGCGAT GATAGAAGAA GACTGTCATC AGATGCAACA CCATGCTCTT 240 GGCTACGAAG CCTCCAGAAC TGTGAGCTGA TGAGGCTTCT GTTCTTTGTA AATAACTCAG 300 TCTCTGGTTA TTCTGACAAA AAAGTAAATT TCCAGGCTGA TACTGTGGAA ATCTAACAGA 360 TTTTTCGTCT CTTTCTTGCC CTGCCATTGA GAACACATGG GTCTCATGTT GAGATATAAA 420 AGCTTCAAGA TCCAGGTTAC TTGGCTCACT GCATCTCTGT ATGGAGGCCA CCTGCCACGG 480 AGAGTGGCTT GGACCCACTG CCTAACCTTG CATGTGTTTA GTAAAAATGA TGAGAGTACG 540 AGAGACTGTT TAGTCTACCT GAACACAGGC TGCTCTATCT GACACAGAAT GGATGCAGAA 600 ACTGCCCATG TCCAAGTCC 619 (2) INFORMATION FOR SEQ ID NO : 500: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 681 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 500: AACAACACCA AATTCGTGCT GAGGTGGAAT AATCGCTTTG GCTTTGTCTC CCGCTTCAGG 60 CCCAGCTTGT GCAAGTCTGC AGAGGCAGGC CAGAGGGGAG CTGAAATTTG GAACCCATGG 120 ATTAAGCAAA CTACGGTCTG AGGGAAGAGG TTCTTCTAGC AGGGTTTCCC TGGGAAAAAA 180 ATCACCTCAA CCGAGCACCT AAGTCCTGAG TCCTCTAACA GGAGGCAGCG ATAGAAACCA 240 ACTAAACACC CAAGCCCTCC GAGGGGGGGA TGAACTGGTC ACGAGCATCG CCCCAGCATG 300 CCTGAGGAGA GAGTGACCTC TCTTACCAAT CTGATGGGCT GAGAACTAGG TCCGATGTGG 360 GCATGCAGCG ATGAGATCAG GCAAAGGCTC TGGCTGTGAA TTCGCTCCAA ATGAGAAGTG 420 CAAGAGGGAG TGAGAAAATG TTCTGGAGAG GCGTCTCTCA GGGCCTTCCA GGTCAGAAGG 480 GAAAAAGGAG ATTGTAGGAA AGAGAAGGTT AGGGGTGGGT GGAGACACTA AAAAGGGGAA 540 GGATTTGTCC AGATGAAGGG TGGGGGGGTC ACAGCTCTCA CCCAGAGAAT ACGAGATCGG 600 CAGATTGGGA CAAGATGCTG GCCCTTCCCT CTATTTCTCA CACGGGGCAC CAAATATAAG 660 CAAAAGGGTG CAGATCAGAG A 681 (2) INFORMATION FOR SEQ ID NO: 501: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 576 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 501: GGnACAATTA CAGGGGAATG GAGGAAAAAT CAAATTACAT CAAATCCGGT CATTGAGTCA 60 ATTGCTACTT TTCCCCAGGA GGAAATTTTT ATGCCATGAA GTACTAGGGT TGTATAAAAC 120 CTTTCCAGAT CACTTTATAA AACTTGTTTT ATACACTTGT ATTTAGTATT TACATAGTGG 180 ATTCAGCAGA AGGTTGATGT TGACAGTGTC AGTCTGAGAG GACTGACCAG GAnTACTTTT 240 AnTGTTCAGG GAATAGTAAT ACTTACCCTT ACCCCTTAAC TAATAAGGGG nGGTAATCnT 300 TnTAGTTAGG TTTAAGTTTG AGTACCTCTA CTTGGACGAC ACTGGGCACA CTCCTGCGTT 360 TTTGTATATG TTTTCTTGGG AGTGTTACAG ATTTGACTGA CATCCTGTAT ATATAATACT 420 TTTAAAACAG TTAGTTAAAT GCTTGGTCAT TAATGCCATA AATTATTAGA TATACTCTTA 480 CTCAACTGGA TGTGCAGTGT CAAGGAGCAG TCATTTGTCA TTATTTGGGA CACTGACACC 540 CAGTCTTGGA ATATTGGAAT GCCTATTTGC AAGATC 576 (2) INFORMATION FOR SEQ ID NO: 502: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 681 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 502: TCAGCCCGGA GTATGCTAGG TTCACACTCT GGGACTATGA TCCTCAAGGA GTGGGCATTC 60 CAGAGTTGAT GATGATGGTG ACAGTAGTGG TGGTGGTGCC AACGGCATTG CTGTGGGTTT 120 GAGGGGAGTC ACTGTGGGAG GAGTAGTGAT GGTGATGAGG TTTTGCCAAG AAAAGGATGT 180 GAATCAGCGA TGCTTTATTC AAGGAGATAT GAATCAAGTC TGGTCGAGAA AGGTCAACCA 240 CGACAGAAAG TCCAGAAATG TTCGTTTCCA AACTCTCCTA AAGTGAAGGT GAAAGCTTAA 300 GAGTGTAAAA TGAAGGGGCT TTATTAGATG ACATCTACGG CATTTCTAAA CCTACCCAAA 360 AAACTCATTT TATTTTTAAA TACCATGCTG CCTCTTAAAT TATTTTGTGT AATTGTCCTT 420 GTTACCAAAA AAGAATATAA AGACCTTTTA AGTTTCTTTA GTTTTAAGAA TGCAAAATTA 480 TATCAGGCTT GATGGAAATG GAAAGTTATA TGCAGATTTA CTACTCGTAG ATTGCATCTG 540 AGTTTTTTTT GTTTTGTTTT GTTTTTACAT TTCTATCACC TCTCTGCCAT GTAGTGAATT 600 AACATTCCAC CATTTCCAGG GAAAGGGATA ATAAGGGTGA AATGTGGGCT GGAATCCnAC 660 CAnCGTGGTA GGAAAATAAT T 681 (2) INFORMATION FOR SEQ ID NO: 503: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 629 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 503: TGATGGTAAT ATGAGAAATG CTGCAAGGTG GAGCGGGGCT GAATCACAGA AAGTGGAAGC 60 CGGAAAGTAG ACTTATTGAG TTCAGAGAAT GGTTGGCGAT CAGGAAGGGT GATCCAGGAA 120 GGCTTCCTGG GGGAGGAAGG GCTTATTGTT GACCAAGGGA GCCCTCTCAC CATTTCACAG 180 GGTGCTGTGA GATTCAAGAC AGGTTCAGAG AAATTGCACA TCTATGATAA ACTGGTGAGA 240 TGAACAAGAA CCCAGGGAAG GCAAAACCTG CAGAGTTGGG GAGGGCGAAG GAGGAGAAAG 300 GATGCTTCCA GGATAGCAGT GGCGACTGGA TTGAAATCAC AAACGCAATC ATTCATGAAC 360 ATTCTATTCC CGGCTTGGAT CAGAGGCACC ACAGAGGCGC TTGGAAAAGT CAGCTGGAAA 420 GAGAGACCAG AGAGAGTCAG CTAGAGAGAC TGGACAGAGG TCAAGTGTCA GGCTGCAAGG 480 TAGAGAGAGC TGGAACTGGC TGCTGGCTTG CCTGCAATTC CAAATGAGCT ATAAAGTAGA 540 GAAGAATCCC CGGATCTTCT CTATCAGGTC CACAAACGTT AGAGGAnCGG CTATGTGACA 600 AGGTCCCTTA CTGGTGGAnA AGAACTTGG 629 (2) INFORMATION FOR SEQ ID NO: 504: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 572 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 504: AGTCTCACCA TGGGTGAACT TCCTGCATGG AAGTTTAAGC TGAGAAACAG AGAAGCAGTG 60 GGCAGCCGGG GTCACAGAAT CCAAACCAGC AGGTACCAAA GGAGAGAGAT TGTGAAGGCT 120 GAGTGAGGAG AGGGCCTGGC AACATCACAG CCATGGTCAC ACTCATGGTC ATGGTCATGG 180 TCAGGGTCAG ACTGGTTCCA TTTTACTAAC ACAAGAAGAA ATGAAACATA AGCTCCTGCT 240 TCCTTGGTCA GGAGGCGGCT GCTCATCCGG AGGCCCATAC TGCCTCCCCC AGCCACCCTG 300 GCTTCACACC CGTGCCCTCT GTCAATGCTG TCTCTGAGAC AAGCCTTCTT CATGGCATCC 360 CTGCAGCCCA TGCTGTCCCC AGGGCCGCCT CAAGACGTAG CCTTCAGCCT GACCTTCCTC 420 CACGCCTCCA GCTACCTCCT GGAAACACTT GGTGCTTCTC GATGTAGATC TGGGGCTGCT 480 GCCAGGCCTA GGCCACCTCC TCGTCCTGGT CATGGACTTG GGGCTTTGAT GTCACAGTTA 540 AGGTTAAGCC CAGCCGCTGC CACACATACT TT 572 (2) INFORMATION FOR SEQ ID NO: 505: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 626 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 505: AGGGTTACTG TTTTAGGTTA ATGCCCTGTG ATTTTTATGC CCCTTTATGC AAACAGGAAT 60 AGTGTTCTGC TTTCAGAGTC TAGAAGAATT GGTTTCCTGG CTAGAAACAA GTTGAGGGAT 120 CGGTTAAGGA ATGGGGTGAT CTTTCAGATG CCCTTTCCAC ACTGAGAGGA GATTTTGGGT 180 TCCTGAGCAG TGAAATCTCA AATACAGCTT TAATGGGTGT CCATTTGTAT GTAACACAGA 240 AGAGAGCTGG CCTTGAAAGA GAGTCATTTT CTTTCAACAT TTCTGAGAGA AAATCAACAA 300 CCTCAATTTG GCCCAACAAT CATTTATGCT GCTTTTAATA TATAACAGAC TTTAAGACCA 360 GCACTGGGGG TATTCTGATG AATAAACCAC ATTCTCTACT TTTAAGGATA GCCTAGCAGG 420 GGCTAAGTTA TTCATTTAAA TAATTTATGT CTTCATGAAA CTGGGAACAT ACAGGGAGAA 480 ATTGCTGGTG GATTAACAGG AATTTGACAG GTCAGGATCT GGTTATCAAT CACACTCACG 540 AAAAAGGCAA AAGCAAAGGA TGAGGTTGAC CTCAGTGCCA AGGTCATTGG ATAGTGAGGG 600 TCATTGGCCC TTAAGCCATA AAAGTG 626 (2) INFORMATION FOR SEQ ID NO: 506: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 583 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 506: CAGTGCCTGn TAAAGAACAC TAAAGGGTAC CAAAGCTAAA TGCAGCAGAA TTGAAGTTTA 60 GCAGATGGAA GGGCATCTGA GCCTACACAG AACGAGCTGT CCACAAGGTA TAAGGGTCAG 120 CCGTACAAAA TACCTTGTGA GGCTACTACT GCAAGCATGC AACCTTCCCA GGAGAGCCCC 180 TCTGAAGTCG GGGCTCCATT ATCTCAACTC TCAAGATCCA AATCTGGGGC TACATGTCTG 240 ACAACCACAC TGGCCCCTTC AGAGAGCCAG TTATGGCCTC CAGGGAAGTG GTGTTAAGGA 300 CCTTCAAATA AGAGCCTTAG GATCTCCAGA ACTACCAAAA CCTACACTTG TAGCAGTTGG 360 GAAATTTAAG AGGTTAAGCA TTTCTCCTAT CAGCAATTAA AATGTTCACA GAGCAAGGnA 420 AACTCTTAAA CCTGAATGAG CCATAAGCAG ATACAGATCG CCACAAATCT ACACCATTCC 480 TGTGACACAA GTCTATACTC CTAAGCCCTC AGAGCAGCCT CTCTTTCTAG AATATGCAGT 540 CAATnACACA AAGTGnCTTT CAATGCTCTT CCACTCATGC TGG 583 (2) INFORMATION FOR SEQ ID NO: 507: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 607 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 507: AGAAAACATC AAAGATATGC AACTAATGGC ACTGAAGAGT TAAGAAGAAA GTGAAAAATT 60 ATGTGTCCAG GATCTGAGAA AAGTACAAAG AGGATTATGA AGACGAACCC TTGCAGACAG 120 AAGTGGCATT TGAAACTGCT TTCTTCCTGG GAATATCTGC CAGTTCAGCA AAGAACGGCT 180 GACAGGCTGA GAGGTGCAGC TGACAGGGCC TTGGCAGGTG GAAACTGGAG TCAAAAGCCC 240 GCCAAGGGAG TTGAGCTGGA AGGAAAGCGA AAGGGAnAAT CCCTCTCAGG AGCTCAATCT 300 GTATCAGGTT GAAACCCTAA GGGTACACCT GAAATGGACA GCCTTCAACA TGCTGnAGCC 360 CAGCCATAAA CTTCATAACC CGGGCAATCA CACTGAGATG ACTTGAGCTT GCTGATGCAC 420 CCAGCAGAAG TGAAGACATA TCTTGATTTG GnAAAGATCT CAAGTTAAGA ATATAATAAC 480 CCTTCTAATA AAAAGTCCAG CACAGAAGGA GACAAAAAAT GGAACCAAAA CCCATGAGnA 540 ACAACAGACA AAAGAGACAG ACCCAAAAGG GCTCCAACAA TGGTnAATAT CAGGGAACAG 600 ACCTTTG 607 (2) INFORMATION FOR SEQ ID NO: 508: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 468 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 508: TGGCTCAGCT GGACTGCCAA GGACTCCTTG AGCAGCTCAG CTCAGGGCTC AGCCGGGCCA 60 GAATCAGACA TTCAGGTGCC CCTCCCCCCG CAAAGTGTCT GGTGTACCCA CGCAGAGGTT 120 ACAATGGAAA TAACCCCGAT CCATGTAGCT TCATATTTAC ATGCACGAGA AGAGAAAATG 180 GCCTCTTTTT TAAGGACATT CATCACAGCA GAATCACCCT CTGCCGCTTC GCTGTGTTAT 240 TGCTGCTGCT GCCTTGCTGC CGGCCCAAGC TGGACTCAGT CTGCCCGCTG GCTCACTCAG 300 CGCAGGTCGG CAGGATTTGC CCGACCGGCT TTGGGATAAT GAGCAGCCAG GCTGTTGGTG 360 AGCAGTCCCA CAGGTGCAAG AGGCCAGTAG CCTGGTGGGC AGCTTGCTGA GGCCACACCA 420 GGTTTGGCAG GTGCTCAGGG TGAGGACTCT GGGGAACTTT CCCTGGGG 468 (2) INFORMATION FOR SEQ ID NO: 509: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 532 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 509: GTCACCAGAT CTACTATATA CGTATTTCTT TCTTTCCCCA TTCTTGGTCT GCTCCATCAG 60 CATTTTAACT CCATGGGGGC AGAAGCTGTC TGTTCCATCG ACACCAGCAT CCTCTGCTCA 120 AACTATGCCA GTATAATTTG TTGAATGAAT GAAGCCAATA TATTTTCTCA AGTATAGAAT 180 CATTTAGATT AAGATAAGGA AATCTTATTT AATATGGAGG TAGAAATCTG GATGAGGCTT 240 TCGTTTTACA AAATTATCTC TAACTTAGAT CCATAAGTGG TGTCTGACAT CCCAAGTCAG 300 GAAGCATTCT GTTTAAGGAA ATCCACCCAC ACAGGGCGCC AAGAAGCCTG GGGCGGGAGA 360 GGGAAGTAGA CTTGCCGTAA AAAGCTG AC AATGTAAGCA GTAACTACCA TGCCCCGAAG 420 CCTCAAGTCC CTCAGCTACA AGATGAGCAT CATTACTAAC TCCTGCCCTC CTCTGGGACA 480 GTTTCTnTCG TCATCAAGGG ATCACAAATG TAAGCCCCCC TCCTTTTTTT TT 532 (2) INFORMATION FOR SEQ ID NO: 510: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 620 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 510: GGGTACGCGT CACAGCATTT TATTTTTGTA AAATGCTCTG CTTAAGGGAT CTAGAGCCCT 60 AAAATTACCA AAAACGTTCA TTGCAAACGT CTCGGGGTGC CTTAAAAGTG CTTCAGTTCG 120 CCTGATTTAA AATCATGGCA TAATTTGATT TTCTCTGTCT CACCATCATT GCAGGGGCAT 180 TGTTAGTATG AAAATGAAGT TTAAAAATAT ACGCTGGAGG AGGTGAGCAC CCTGACAGGC 240 AGAGTTCTGC TCTGTGGTAA GACAGGCCAG GTTGGGATGC ACCGTGTGGC CAGAGTGCTG 300 GATGTGCATC AACCTGTGCA GTGGGGACAG CAAGAGGAAG TGAAATTAAA CGCATAGATA 360 GACGACAAAA CTAATAAAAA CCAAGTGCAT CAAAACACAG TGTGAAAGTA AAAATAAAGT 420 GATAGTACAA TCTCGCTATA CACAGAAATT CTAGGAAAGG GAACGGCCAG CCCCTGGGTA 480 AAAATTCCTT TGTTCAGTCT TCCAGAATGA CAGAATTTGT TGAAACATCT TGCCCTTTAT 540 GTGTGGGAAT GTAAAAACCT CCATTTTTTC CCATCACCCT TTGCCTCTCC AnTCCTCTCC 600 TCTTATCTCC TCCAGTCTGG 620 (2) INFORMATION FOR SEQ ID NO: 511: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 539 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 511: GGGGTGCTGA GGCACACGCT GGCCTGTCCT AGGCACATGC CCCTGATGGG TCTGTGCAGT 60 ACCATGCACA TCCTCCTAAT GGTGGAGGGA GGACTTGACA GAGGACTGGC AGGGGCAGGT 120 GAGTGTATAC AAACAGAGCT TGGCTCCAAA GTCAGGGGCT TGGGTGGGAC TCGCCTCCAT 180 GTAATCTCTA AAATATGGTC TTAGGAGGTG AGGAATAAAT GCCTAAGTGA TGGGAGAATC 240 CTCTGTAAAC CCAGAAGTGG GGTACACCTA TTGGGAnGGT GGTGGTGGGT GCCCGGAATA 300 AGCTGGTTTC CCAGCAGTGC AGTGGCTCCC ACCCCTCATC CAAGGCTCGC AGGAGTGTCT 360 CTGGGCTGCA TCCTGTGTGG GTCAGGATTG AGCATCGTCC AGCTGTGATC AGGCATCTGG 420 GATGCAGGAG TGAAAGGATA GTCCTTGCCC TCTTGAAGCG TCATCGAGAG GGGACAGATA 480 GTGAACAGGC CACTTTAAAG CAGGACAATG TGATGAGGGC CGGTGGAAGT GGGGAAGAC 539 (2) INFORMATION FOR SEQ ID NO: 512: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 617 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 512: GTCTCCCTTG GCAAAGCTGA GGAAGCCTGA TTCCTCCCCC GCTGCCATGC AGAGGTGATG 60 GGGTCGCATG AGGATAGAAA GAGAACATTA TTGGGTTGAT CTGTAAGCTG TTACTCCCCA 120 CTGAAGAACA GGCCCTGTCC CACTCATGTC TGCCCACCCG CCTTCACCTT ATCACAGCCT 180 TCCACACAGA CGCGGCCCCC TGAGTGGGCC GCTCATGCTC CTAAGCCTGC TGTGAGGGCC 240 TCTCTGATCC CTCCGCCCCT CACTCTCCTC CTCCTCCCTC ACCGCACCTG TTTTGGGCAG 300 TGCCAGCTGT GCACTTCCTG GACCTGTTGG CTCCCTCCGG CTTTACTCAC ACTTCACCTC 360 CCTGGGCCCC AGCTCCACGA AGACCTCTCT GCTGAGCCCC CATGATTTCT AGGCGTCCCT 420 GCTCCTGTGC TGTCCCCAGG GCCCTACTGG CTCTTTCTTG ACCCCCTCCC TACTGAAGGC 480 AGAGCAGCTG GCAGTTCATC TTTGTCTTTC CCTCCTTTGA CCAGGGGCCT AGTGACTCAG 540 AGCCACAGGG CGGTTGTTCC GGCTGCTGTC AACTGCAGAT GGAGATGTGG AGAACACTGA 600 GGCTGACCAC TGGCCTC 617 (2) INFORMATION FOR SEQ ID NO: 513: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 616 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 513: CCTCTTCTnC ATTCTGCCTG TTCAAGTAAA TAATCATTAA AAATTTCCTC TATCAGGGGC 60 TGGCACTGTG TCACAGCGGG TTAAAGTCCT AGCCTGAAGC GCCGGCTAGG ACTCGAACCG 120 GTGCCCATAT GGGATGCCAG CACTGCAGGT GGAGGCCTTG CCCACTACGC CACAGTGCCA 180 GCCCTGCAAA GTATGTTAAA AGCAGAGTAC ATTTGGGAGG AGTGAGAATG GATCTCAAGA 240 GACAGGTTAA GGCTGTCCTT TTAGGGAGAG CACTTATCCA GGCCAGAGAT GGTGCAGCAT 300 GGACCAGGAT AATGACCAGT TACATAGACA GAACCGAGTA ATCAGCATCT ATTTCAGAAA 360 CAGAATCATC AGGATGTGGT GATGACTTGG TTGTAGGCGT GCAAGAGACA GGGTTGTTGA 420 GGATGCTTCC TAGGTTTCTA GCTTGAACAT TCGAGAGACT ATGATTAAGA GGCCTGTGAG 480 AGGTAAGGGC AGGTGTGTGG AAAATTCAAC CCTTTGCAAT AAGCTGCATT TGAAATACTT 540 ACTGAACATC TAAACTGAGA TGGCAAGGAG GCTAATGGAT ATGAGAATGT GTAAATTTGG 600 AAACAGTCAG CAGATG 616 (2) INFORMATION FOR SEQ ID NO: 514: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 670 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 514: CGGTACACCC ACAATTATTA AATGACATTT TTTTTCCAGT GCAGGCTTTT GTAGAATTTG 60 GGTAGATTCT ATGAATTCCC AGACATCATA CTATGACCAC TATATGTATG TGTGTTCATA 120 ATCACATGTG TGTGTGTGCA TGTTACTTTG TAGAGGGAGA ATACATAGCT TTTCTCAATA 180 AAATGCATAT TGCAACAGAA GAAGGGCCAA AGGCGTATTG GCCTCAAGGC AGCGTGATCT 240 ACTAGAACTA AGCCTCACCA AGAGGTTGAG AGATTTGTGC CTTTGTGTCT CCGGGGACCA 300 CTAAGCAATT GTTTGACTCT AGGCAAGTTA CCTAATCTCT TCATATCTCA GTTTTCTCAA 360 CCATGAAATG GAGGAAATAA TACCCTGCAC CTGCCTGTTT CAGCTCATAG GGCTATGGTG 420 AGGATCAAAT AAGGAATGGT AAGGAAAAAC TTTGCACTGA AGAGTTCTAC ATATGCATGG 480 TTTAGGAGAT TAGGCTCTCC TGCTCTTCCC CACACCCCCC TCACCTTGCC CACCCTCAAA 540 AACTCCCTGT GAGAGAACCC GGCTCTCACT TTCAGGGAAT TTCCTCACTT CAAAGTAAAT 600 AATTATCAAT ATnTnCTAAA TTTTCACATT TCTCAGTTAT CAGGGAATGT TATTTAGGGC 660 TCTGCCCATA 670 (2) INFORMATION FOR SEQ ID NO: 515: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 638 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 515: CTATCCTACC TATCAGTAGT ACAATGAGGC ATTGCCCAAA AATGTTGGAG GAACAGATCT 60 CAAGGGAGAG TACCCCAAAC CTTCTGCTGA TTGGTAGTTA TAAGTCATTT AGATAGTACG 120 GTTGGGGGAG GTGACAGAAC TCTGAGCCCT CAAGTCTAAA CCATGGGCAG TGAAAAATCC 180 CATGTGAAGG ATTTTAGCCA CTCTATCTTG CTGGAGAGGC TTCTAATCTT CCCCCACCCC 240 TTATCCACTA ACACCACAAA CACCCAATTA TTTTTTTCTT ACTAGTAGAG GACCCTAATT 300 AGGCTCTAAT TAGCATATGA ATAGAGGAAA CAAGAAGGGA GACTGCTTTT AGTGCTGGAA 360 GCTGCTATCC CAGTGATCTC TTAATACTTC CTGATGCTAG AAAATCCCTG GAAAACAAGA 420 ACACAAGGAT TAGGCCACAC TAGCCCATTT CAGGGCAGGT TAAAATAATC AAGGTAAGCA 480 ATGTGCTTCT TCCCTTAGCT ATACAATTTT GATATTATCT TGGAGTGCTT TTACTTACAA 540 TTGAATATAT ATATATnTGT GTGTACTGGT GCTGTTAGAC TAGGACTGAA CATAAGTTTC 600 TCAAACAGAn GCATGTTTGC AAAAATCTCT AAGGAATC 638 (2) INFORMATION FOR SEQ ID NO: 516: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 576 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 516: GTCTGATCAA AAAAATAAAA TTAAAAAAAA TAAAAAAGAA TGCATACTAT GAAAAGCTAT 60 GCATAATTTC AATATTTTTT GCACAAAAAA ATAAGTTTAT CCTTAATTCC TATATTCCAC 120 TTTTCCACAG ACATTTTGGC ATGCCCTCAT GTAACTGACA GAATCCTAAC TGTGCTCATA 180 GCACCATATT ACTGCTTGCA ACAAGCAATT AGTAGCAACG GTGCTGGAGT GCAGCATTAA 240 GCCAATCCCT GCACTCTATA AAAAGTTAAA GGGCACATGC CCAAGCAGGC CCCTACATGG 300 GCACAGATGC CTGAGAGGGA AGAATTGTAC CGACACAACT CTGACCCTCC AGACCTCCCA 360 AAAGGCAGGG TGGGGCAGAA AGCGGCTCCA CTTAGGAGGA AGATCAACTA CCTTCTCTTA 420 CACCATGGTG AAGAAAGTAT AGGAGGCTGC AGACTGTTTG CCTGCCATAC TTTCACGTTT 480 CAAAAAAGAT GAnAACCATC AAGCCTGGGG GAGAGAGGTG CTCAGCAAAT CGGGTGnAAT 540 TAAGAGCAGA GACGTCTGCC CAGCTGTGGG CACTCA 576 (2) INFORMATION FOR SEQ ID NO: 517: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 587 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 517: CCACCCGTGT TCTTAAATTT TTCTTGATTT CCTAATTATC TATTTTGCTT TTGGGCTTCT 60 CTTTTCCATC ACTTACCATA ATATTGAGAA TTTAAAAAAA ATTAGAAAGC AGGAAGCTGG 120 AATCAGGAGT GGAGCTGTAT TTTTTTTTAA GGTTTATGTA TACACACACA CACACACACA 180 CACACACGGC GGGTGGGGAG AGAAACTCAG AGTTGGACCA GGCTAAAGCA AGGAGCATGG 240 AACTCCTTCC AGTCTCCCCA TGTGGATGGG CAAGCGTCCA AGCGCTCAGA CCATTTCCTG 300 CTGGTTTTCC AGGTGCATCA GCAAGGAGCC GTATGGGATG TGGAGCAGCC GGAACTCAAA 360 CCAAAGTTCA TACGGATGTG TAGGCAGTGG CTTCATCTGC CGTGACATAG GCCAGCACCT 420 GGAGCTGGGA CTTGAACCAC ACATCCCAAG CAGCATCTTA ACTTCTACAC CAAACGCCTG 480 CCCCTCTTAT GGnTTCTTTG TTAATTGTCT GAAAGATACC TGAAGGGTGC GTTCCATCAC 540 AGATGTGGTA TTACAATGAA TCCTTCTGAG GGATATCACn ATTTTTT 587 (2) INFORMATION FOR SEQ ID NO: 518: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 246 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 518: AATGATGGTG TAGGTCCGTT CAAAAATCTT ATGCCACAAA CAAAACACAG CTCTAATTAG 60 TATGTGATCA TAAACAAGGT AAACGCACCT CCCTAAAGCT GTCTTAAAGC CTTTGTTGTG 120 GTTCACTAGC TCAGAGAGAC GCTCTGAATT CTGTCTCCAT GCACTGTACC AGGGCAAAGA 180 TGTGGCATTC TCCAAATCTC ATCAAGAGGA TATATCTACT GTAAGGnAAG AnTGTTCTGC 240 AAAAAA 246 (2) INFORMATION FOR SEQ ID NO: 519: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 497 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 519: TGTGCCGGCA GCCGGCGCCG CnGGAAGnGG ATTAGCCTAG TGAGCCGCGG CACCGGCCCA 60 TAGTTCCCTA TTTTTGAATG GGAATGATAA GTACCCATCT GATAGGGCTT TTGTGAGGAT 120 GAAAAGAGTT GGAAATATTA AATCATTACT TAGGGGCTGA CACTTTTTTT TCTTTTATGA 180 GTTGTTTATT CCAAAGACAG ACTGACAGAG AGGGTAGAGA GAGAGTGAGG TAGAGAGAGA 240 TCTTCCATTC GCTGTTTCAT TCACCAGATC ACCACAACAG GCTGGACTCA GTCAGGCCAA 300 AACCAGAAGC CAGGAACTGC AGCCAGATCT CTCACATGGG TTCAGAAGCC CAAACAGTTG 360 GGCCATCTTC TCTTGCCTTC CCAAGCACAT TAGCAGGGAG TTGGATCAGA AGTGAAGCAC 420 CTGGGGACTC CAGCCGGCAC TCGTATGTAG TGCTGGCATT GTGGTTAGTG GCTCAACGTG 480 TGCTGCAGCG CCAGCCT 497 (2) INFORMATION FOR SEQ ID NO : 520: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 478 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 520: AGCGATGATA TTTTCTTCAG CGCGTGCGCT ACGCnTnCCC ATTCTGCTGA TCTTCAAACT 60 GCGCAAAAGA ACTCATCGCA GATGAGTnAC AACTCGTCCA ATTTACTCAG ATAATAGCTG 120 TCACGTTCTG TCAAACAGTC ATCAAGAAAC TTTGCCTCCG TGATCACTCT GCGCGCCGTC 180 TGCCCTTCCA TATAAACTCC TCATCCCCCA ATTCACGTTC CTCGCGCGTG TGCTATACCC 240 TACACCACTT AnAGCGTGAG AGAAAGCTTA TACGCAGCAC GCCGCGCGTA CTCAAACGCA 300 GGACACTTTT CTGCAAGGTT GTAATACATA TCACGCGCCT GGGCGTGCAA ACCCTTTTTG 360 TATAAGAGAT CTGCAAAATG GAGCAGTGTC TGCCACACTC CATGCTCnTG CGCCCACTTC 420 AAAATAGTCG GATGAGATCC AGTTCGCAAA AATAAATCAG CAAGATCCTA TACTGATA 478 (2) INFORMATION FOR SEQ ID NO: 521: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 647 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 521: CCCGTTAAGG CCAGCTCCCG TTCAGTCCTC ACATCTGGGG AGGGTCACCA CCAACTCGGG 60 AGAAGTTCTA CTTAACATCC AGCTTGTAAC CTTACTGCTA TTCACGTTCA TGTCCACTGT 120 CTTGATTCTG GATAAGGACC CTTAGAGCAT TAGAAGAGGA CAGCTGTCCC GATGGGCACA 180 CCAGGCTGTC CTCCTTCTGT ATAACTGGCA GCTTCTAAGA GCTATGGCCT ACGCCCAGGG 240 AGGGGCCTGG CAAGTGGTGG GCACCAATGT ATGTTGAAAT AATGAACGTG ACTGCATGCC 300 TCCTCTCTGG GCACGCCTGG CTTCTCTCAG GCCTCAGTCC CCGGCCCTTT CCTTAGCCAC 360 AGGTTGGCTC TTCCACCCCG GACATAGCAC AGCACGTTCC CCTTCCCTGT CTAGTCCTGA 420 GCTGAGGACG TGGGGAACGG GGCCCAGGTT AGGCATCCAC ACCTCCCATG TCAGACTGAA 480 GCTGTTACAG TGTCATCTCA GGGACTGCTT CCCTGTGCTT AGTCCTTAGG TACCAAGGGG 540 GCCTACGTCT GGGAGAGGAG AAGCCCAAGA GTCCCCAGCT TGGGGTGCCT TGGGCCCGTG 600 GAAACCCCGG CCCACCTGCA GGGAAGCGAT GCTGAAGCCC TGAGCGC 647 (2) INFORMATION FOR SEQ ID NO: 522: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 476 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 522: GAAGCAGAGG TGCAGTGTCC CGGAGCCCTG CCCGCCCTTG TGGGCCTCTA ACACTAGCTC 60 CTGTCCCGGC CCACCTAGAG CGCCCTGCGG TTGGAGGACG GAGACCTGGA GGAAGCCGCA 120 GCTGCTGCAG CTGCAGGTGG GCGGCGGGAG CGACGGAAGC CGTCTTCAGA GGAGGGCAAG 180 AGGAGCCGCA GATCTCTGGA AGGCGGGGGC TGTGCTGTGC GTGCCCCAGA ACCTGGGTAA 240 GCATGCATCC GGGTAGATGC GGAGGGGTTG GATCCGCCAG GCGGGTGGCC CTGCGCTCTG 300 ACAGGCCCCG CCTCCAGCCC CACAGGTCCC GCCTCCCCGA CAGGCTCCTC CTCCTCCGTC 360 ACGAGCCCCG CCCCGCTGGC CGGCCCGGCT TCCAGCCCTG TGAGCCCTGT GAGCCCTACC 420 TCTGGCCTCC GTACCTCCGT GAACTCTTTC CTACCATTTC CACGGCGCCG TCAGGG 476 (2) INFORMATION FOR SEQ ID NO: 523: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 477 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 523: TAGTATAAGC CAGAAAAGAA CCCAGAACTG AGAACCCACT TTGCAGACGC TAAATTTAGA 60 ACTGCCTGAG GCAGCCTCTT TCAGTCAACT TTCGGGTAAA TTTTCTATGG CAAAAATATG 120 TGCATTGATT AGACTTTTTA ATCCATCCGA GAGCAAACAG TGCTGACACC TTGACTACCG 180 GGGTCCTCAT CCCTAGCCTG CGTTGACAGC CTTAGGCTCG TGTTCCCATA ATGTACTCAA 240 ATCACACGCT TCCGGGCTGC GAACTACAAA CCCCAGCATG CATCACTTCA TCTTCCACAG 300 GGGnGGGGGG GGCGCCTGCC GGGGACTGTA GGCAGCCGCC GCTCTGGTGA GTCCAGCCAG 360 GGACAAGAGC CTTTGGGGGA CACGTCCCAA ACGGGCCAGC TGCGGACTCG GAATCCCGTT 420 TGGCCGCCGC CCTGCTCCTG GCAnCCGCAA CCTCCGACAA nCGCACCCCC AGCGGCG 477 (2) INFORMATION FOR SEQ ID NO : 524: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 266 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 524: nCCGGGCGAn CTCGAGCGCG AACAGGCGGC CCAGGCCGCT GCCGGCGCCC GTGATGAGGC 60 AGACCTGGCC GGCCACGCTC TTCTCCTTGG GCCGCACCAG CCAGCGCGCC GCGGnCCAGC 120 ACGAATGCCC ACAGCACTTT AAAAGTGACC ACGAAGAACT CCACCACGAT GTTCATCGCG 180 ACGCCCAGGT CCCCGnGCCA GTGCAGCGCC CGCGTCCGCA CCCAnCCCGC GCCGGGCAGC 240 CCGGCTCACC GCCCCGGGGC GCTTGT 266 (2) INFORMATION FOR SEQ ID NO: 525: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 587 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 525: TGCCAGTGCC TACTGCTCCA TCTGGTGCAG AGTCTTTCCC CAGCTACCTT TTGATTCATG 60 CTTTTAGACC ATTCAGGTAG CGCCACTAGA AATTATTTCC TGTCTTCCTG TTCCCTCCCT 120 GACAGCCGGC AGCTTCCCCC TGTGGCGTTC TCTGTAGTTT TTATCACGGC ACTTCACATT 180 CATTTTATAT ATATCTTGCC TTCATCATCA AACCCGTCTT GGTTTCACCA AGACCTAACC 240 CAGTGCTCGA CAATGACAAT GAATGTGTAT AAATGAATGT CGCAGGGACT GGCCTTTTGT 300 CCTnAGGTTA AGATGCTGGT GTCCCATACG GGAGTGCCTG AGTTTGCTGC CGGCTCTGGC 360 TCCTGATTCC AGCTTCTCAC CAATGGCAGC TGCTGAGAGG CAGTAGTGAG AGGCTGTAGT 420 GATTGAGTCC CTGGCCACAC ACAGGAGACC GGGATTACGC CTCTGCCTCC GAACTTCAGC 480 TTGGCCCATT CTGGGACATT GTGAGCATTT AGGGAGTGAA CTGGTGGATG GAAGTGTGCA 540 CACACTCTCT TTTTCTCTCT GCTTCTCTGG TGGCCnCTCC TCCCCTT 587 (2) INFORMATION FOR SEQ ID NO: 526: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 561 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 526: TTGAAAAAGC CAGGAGAGAA TGCTGGCTTA GAGTTTCTCT TATCATCAAA AGAGCAAGGA 60 CGAGGGCTCC CCTCGCGTTG CCTGGGGATT GTGTGGCTGG AATCCAACCC CTACTCCTGT 120 CTCTTTTACC AGCATCAAAA GAGGAAACAC TTGCTTTCAT TTCAGCTTTC CTAGATGTGA 180 GGCCAAAGGA GTGAGAGTGG GGAAGAGGGA AGGGATTTGA AATTAACAAC TGTTAGTAGT 240 GAAACATCGG ATGGGATGCG ACTCTTTATT ATAATTCTTG AATATTATTT CTTTTTGCCC 300 GTTGTAAATA CTTTTTCATA ATTTTATATT TGGATTGTTC ATTGTGAATA TATAGAAAGT 360 CACTTGATTT TTGTATGTTG CATTTCATTG TGCACCTTGC AAAGATCTTT TATTGGTTCT 420 AAGAGTTTTT CAGTGAACTT TTTTGGGATT CCTATATACA AGACCATGTC TTCTGCAAAG 480 AGAAAGTTTT GCTTTTTGTT TCTGGGnTTC ATACTTTTAA TTTTCnTGCC TAATTGCTGT 540 GACTAGAACA TCACAGACCA T 561 (2) INFORMATION FOR SEQ ID NO: 527: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 374 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 527: CTCGCCGTCT AAATCCCACA GGAACCGACT GTGTCCCAGG CACCCCTGCA GGGCTCTGAG 60 GGTCCTGATC TCTTCCTGGG ACCCCCACAC CTCCAGCGGC CAGGGAGAGG CCAGGAAGGA 120 GGGAGGAGCT CAGGGACGGG GTCCATCCCT GGCCTGCGGT GGGACCCCGC CCAGCATGGA 180 CGCCATGGCC AGCCCGGCAG TCACGGGGTG CTGCTCCCGG AATCCTGGGC CACCAnCCCG 240 TCTCCCCCCA CnCCTCTTCT CCCCCACATC CCTACTGCAA GGCCCGGGGA GGGGCACACC 300 CTGGGGAGTT CAGAGGATGG ACAGCAGGTG GCCCAGTGGC TCCCAGGGAT AAAGGGnAGC 360 TnGGCGTGGT CCGA 374 (2) INFORMATION FOR SEQ ID NO : 528: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 564 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 528: GTGCACATTC TCTATTCACT TTAGATCACC TCTAGATCAC TTACAATACA TCACAGAATA 60 TAACTATAAA CAAGTAGCTG TATTGTTTAG GGAATAATGA CAGGGGAAAA ACACGTTTAG 120 TACAGATGCA ACTTTTTTTC CCCTAGATAT TCTTAACCCA AGGTTAGTTG AGCCATAGAT 180 GTGGAATTCA CAGAAACTGA AAGCTGACTG CAATCAGTTC TTGCTAACAG GGCCTGCCCT 240 CAGAAGAACC TAGTTAATCA GAGAAAAATC TGTTCTAGGG GTATTCTAAG AGCATAACTG 300 ACAGAGAGAA GGGAAATACC CAAATCTAGT TAGCTCTAGT CATCCTGTCT CACCTAATCT 360 GGGACAAAAT ACTGACAAAC AACTGTGAAT ATCCTCTTCC AAGAAACATT AAGTCCGAGA 420 TCTAATCAGA GTAGTATAAA ATACTTACCC TGTCACTAAA GGACTATTTA CATAATTCCC 480 TTTTACCTGT AACATCACAT CCAACTAGCA AGAAGAAATT ACAGGGCTGA CATTGTGACA 540 TTATGGATTA AGCCACCACT TGTG 564 (2) INFORMATION FOR SEQ ID NO: 529: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 528 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 529: CGGATGCAGC TTGTTCCTCT GCATGACGGA TGAATTGATG GTGCAGCCAG CCTCTTTCCT 60 GAAATGATAG GCCACTGTCT CCAGAGAAGC TTGTCTATGA GTGGCACTCC ATATCATCCC 120 CAGCTACTTT TGAGATTAAT GTGACAATGT GTCTTTGCTT CTTCTCAATG AATTCCAGCA 180 CTGTAAGTnT GTnTAGCTCT CCTAGTATCT GGAGCTGCAG ATTTCTGCAG CTCTGGGTAT 240 GTGGAGGACA CCCCTGCCTT CAGCAGGACC GAGTTAGGGC TGGGGGCTGG AGGTCAGGGA 300 GTATATTTCC AGTAGCCCCA TAGCAGGATG TTAATTTACA AACAGCTGGA ACTTTCTCGG 360 GGAGCACAGG GGCATCTGTT TAGGGCAAGG ACACCGTATG TGTGTGAGGC TAGAGAAAGG 420 GCGGCTGGTG GCAGGAGCAT GGTGATTGGG TATAGTGTTG CTGATACAGG CTTGTGCAGA 480 GAGGGCTGCC CGCCCTTGGC CAGATGCAGC CTGTAGCTGG TGCATCCC 528 (2) INFORMATION FOR SEQ ID NO: 530: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 416 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 530: TTTTGTTTTC AAAATGGAAA TGTTTCTTAG GGGTTTTGGC ATGCTCTTTG ATATGTTGAA 60 AGATGAGAAA ACATCATTTG GAAACTCAGC ACTTATACCA TATTAGGAAA TTTGCAGTGC 120 CTCAGATTTC ACATTTAATG TTTTAATTGC CTGGTTTGGA AATAGAAAAC TTTCAAGCTT 180 CTCTCTTTCA TTTCGAATTT CCACTGCTAA CTTCCCCCTC TGCAGTGGTG GGCTGCTGCC 240 TGCCCCATTT CCTGCCCTGG TTCCAGCATG GACCAGTGGT TGCGAGAAAG CAGTTCATCG 300 CATGTCATCT GAAATGAATA TCATATTGAC TTCCGACAGA CTGGCTTACT CTTTTTTTGT 360 GATACCACAC ATGCAGTTGT TTCCTGTGGG ACTTGTAAAT ATCCTAAAAG TGCAAC 416 (2) INFORMATION FOR SEQ ID NO: 531: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 333 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 531: TGCACACGTA TGGGCCGCCC CAACACAGCC GCCATGACAT TAAGTGTCTA GAGGGAATAG 60 ACACAGGTGA ACACATGTGG GCCGCCCCAC ACAGAGACAC AGCCGCCATG ACAGCGTGTG 120 TCAGGGAGGG AACAGACACA CGTGCACACG TnGnGACCAC CCCAACACAG CCGCTATGAC 180 AGCGTGTGTC AGGGAGGGAA TAGACACAGG TGAACACGTG TGGGCCGCCC CACACAGAGA 240 CACAGCCGCC ATGACAGCGT GTGTCAGGGA GGGAACAGAC ACACGTnCAC ACGTTGTGGC 300 CGCCCCACAC AGTAGACnCA GCCGCCATGG ACA 333 (2) INFORMATION FOR SEQ ID NO: 532: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 616 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 532: AAATACTCGA CATATTTAAA AAGTCTTTTC ATTTCATTCC AAAATAACAG TCTCTACCTA 60 CTCATGAGCT TCCCAAAGTT AAGACTTAAC AACATTTTGG AAGACTACTG TGAACTTCAG 120 CTAGCTTTAC TAAGATGTTT ATGTGTTGTT TGGATTAATT TTGACCAAAG ACCTGTATGA 180 AGTTCAAGGC TGATCCTCTT ATGATGACGG TCATTTCTGA GCCAGCCTGT TATGATTTTG 240 TACTTATCTC AAGTGTAACT TTACTACTTT CTATAACGAG CAGAGTCCAA ATGCTTGGCG 300 CTTGTTTAGA GCTTTGTGCT GCCCCAACCA TCCACCGCTA ATTCAGATAA TTTGTTCAGA 360 GAGGTTAGAC GGCCATCAAC TCCATAGAAG CTCCTCCGGT CCCCCCAGAT CACAGAATTT 420 TGGCTTGCAC TTCTAGAAAC TGCCCAGGGC CTGGCACACA GTAGGCACTT AATTGTTTAA 480 TGTTGTTTGG GAAGGAAGTA GAGAGGCAAG GAGGGAGTTG GCAAGGGAGG GTGATGTGGG 540 AAGCCGTCCT GAAAGAGCCC ATTCTGACCA TGGCCGTGTC TGAATCGTAG ATTACAGCAG 600 AGAACGCGCG TGGATC 616 (2) INFORMATION FOR SEQ ID NO: 533: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 637 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 533: CATCTTTGTC CCTCTGACTT GTCAGTCTGT CCAGGGGGCC ACATCTGAGC TTGTAAATTA 60 CCACTCTACC CTCTCTTCCC TTTCTGCCAC CAACACCCTT GCTCTCTCCT CCCAGCCCTG 120 TGTGGGGAGC CAGGCTGGGC ACCTCCCAGA AAGGCTATTG GCTGTTGGCT GCTCTCTGCC 180 CAGGCATCTC TGGGCAGCCC AGCATTGGCT TCTGCTGCCT CCTGGAGGTG GAAGCTCCTG 240 GGTCCGTGTC CTGCCTGGTT GGACCCGTGA ACAAGCCAGT CCCTGTGAGG GTCTTCCCTT 300 GGCAGGCCTC TGGCTGGGAA GAGGACTCTT GGCAGAGTCC ATGAGCTACC CTCGCTGGAA 360 CTTGAAATTC CTGCCCAGAA GGGGATGGCC CAAAGCTGCA GGAAGTACCA GGTGCAGCGG 420 GGCCCCTGGG TACCAGGATG CCACTCCCAT GCCATCTGCC TTCCCCGTCT GACCCTGCTT 480 CTCTGCTGGA ATGTTGCCTT CAGTTTTTCA GACAGCCCTC TTCACACGTA TGCTAGAAAC 540 ATCTTCCCTG GGGGTCTCAC AGTTGCATCT TCTTCCTCAn TCCCAATTCA GAAAATCCCA 600 GGGGAGCTTC TCATTGGGTC CATTTAGGGC CCATAnA 637 (2) INFORMATION FOR SEQ ID NO: 534: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 616 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 534: TTCTACAAGT CCGGCACGTT CCGTTATGAG GATGTGCTCT GGCCGGACTG ACCAGCGACG 60 AGACGAAAAA ACGGACCGCG TTTGCCGGAA CGAATACAGC ATCGTTTAAC TTTACCCTTC 120 ATCACTAAAG GCCGCCTGTG CGCTTTTTTT ACGGGATTTT TTTATGTCGA TGTACACAAC 180 CGCCCAACTG CTGGCGGCAA ATGAGCAGAA ATTTAAGTTT GATCCGCTGT TTCTGCGTCT 240 CTTTTTCCGT GAGAGCTATC CCTTCACCAC GGAGAAAGTC TATCTCTCAC AAATTCCGGG 300 ACTGGTAAAC ATGGCGCTGT ACGTTTCGCC GATTGTTTCC GGTGAGGTTA TCCGTTCCCG 360 TGGCGGCTCC ACCTCTGAAT TTACGCCGGG ATATGTCAAG CCGAAGCATG AAGTGAATCC 420 GCAGATGACC CTGCGTCGCC TGCCGGATGA AGATCCGCAG AATCTGGCGG ACCCGGCTTA 480 CCGCCGCCGT CGCATCATCA TGCAGAACAT GCGTGACGAA GAGCTGGCCA TTGCTCAGGT 540 CGAAGAGATG CAGGCAGTTT CTGCCGTGCT TAAGGGCAAA TACACCATGA CCGGTGAAGC 600 CTTCGATCCG GTTGAG 616 (2) INFORMATION FOR SEQ ID NO: 535: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 544 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 535: CCCTGGTCTC ACTCTGTTTA TGGAAACCAG CATTTTCCCC TCCCTTGTGT TGTTTCCCTT 60 CCTCCCTTCA TTCTTTCCCT CCCTCTCTCT CCTCTTTCTG TCACTCTATC TTTCAAATAA 120 ATTTTAAAAA ATGTTTAAAA GGAATACTTC TGTAAGGATG TCTGTCCAAC ACCTGCGTAA 180 CCATGTACTG GTGCCATCTT TGTTACTGAT CCTTTAGCAC ACTTGTTACC AATCCTTGTG 240 GTCAAAGATT GTTGTGTCAA AACAACTTAT GTAACCTTCC CCACGTTGTC TTTAAAAACA 300 CCCTTTGCCT CAGCTTTTAT GAATATACTC ATAGTTTACA GTGACACAGG TGCCCCCATT 360 GCAATGTCAT GTGATTCTCA GACAAACTTT TTGAATTTTG GAGAAACTGT CTTTGTAGGT 420 TATTTAGATC GACAAAGTTT ATTCTGCTAT GATTTGTATT CTTTTAAATT TGTnAAGTTT 480 TAATGGCCCA GAATATGGTC TATCTTGATG CATGGGCACC TAAAATTTTG AATTGTGCGA 540 nCTC 544 (2) INFORMATION FOR SEQ ID NO : 536: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 677 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 536: TTTTCTAACC CTCTTTATCC ATATCTACCC CTCAACCTTT CTGAACCATG CTTGAGTTCT 60 AGCAGTCACG TTCTCTTGTT TTAGTCCTCC ATGATGTGCT TTCTGACTGG AACGTTCTCT 120 GCATTGTCTT TCTTCAGACC TCAGCTTCCC CACCCCTTCC ATGAGAAAAC TGGTGCTTTA 180 CACTCTCCCC ACTGCATAAT GCTTGCTTGA ACCTCCTCCT AGCTTCTACT GAGTGATTGT 240 GTCTTGGTCA TATGTGAATG TCTAGTTAGT GCCTAGCACA ATACTTTTCA TGTAGTAAAC 300 CATCTGTGAA TGTTGGTTTA AACGAGTTTC TGACAGTTTT TTTTGAGTAC TCTTCCAAGG 360 CCTAGTTTTC TTGTTTGTGG GAAGTCAACC AGAAGAGTAG GAGTTGGAAG CAGGCAGACA 420 AGAAAAGGTT CTTACTGGCT CCAGCTTTGC ATGCATTTTT TTTCCCCTCT TCATTTCCTT 480 CTTCCATAGC ACCGTTCAAA TTTGCAATCA TTTTACTACA CTAGTCTTCA CAGACCTTCC 540 AGGCACAGAT AAAGCTAACA GAGTTTTAAG GCAAATGGTC GGTTCCTGCA CCCAGCTGTT 600 AAGAGGGCTG CAGAGTGTGA GTGAAGACAG CTGAAGTGGn TAACTAATCA AAGGGnATCA 660 TTCCTCCTGG CAGGACA 677 (2) INFORMATION FOR SEQ ID NO: 537: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 615 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 537: AATTCCCGGC TTCAGCTGCT AGGGGCATTT GAGGGAGTGA ACCAGCGGAT GAGAGCTCCA 60 TCTTCATCTC GATTTCTCTC CCTCTTACAA TTAAAATTTT TTTAAAGGTA ATTGATCATT 120 GTTCTGTATT TCTTTTGGTT ACAGGTGTTC TTAAGTTCAA GAGATTTTTT TAAAAGTAGA 180 TACTGCAACA CGTATTTTTA CTACGTTCGC GACTATTTTC TTAACAAGAG CCATCTGCCA 240 CTGATTAAAG ATCTTTCATG CATTATAATT ATTGCAAGGG ACTTCCCCAA TAAGCTTAGA 300 AAAGGTGTTG TGACTTCTGC CGTCTGCATA AAAGCGGGAG AACGAAGCCT CAGACGCATG 360 AACCGACGCG GCCAAGTCAC AGGTGCAGGA GAGGTGTGGA TTCTCATTCC GGCGCCCAGC 420 CCCACCGCGA CTCCTGCGGA GGCTTCTCTC ACCCCAGCAG AGCCACCATT AGCTCGCCGG 480 GCAGCGTCCG GGCCAGGTTC AGCCGCGGCG CCCCCGTGAG GCTGACGCGC TTGGTTGTTA 540 TGACGACACG AAGGGCAAAA GCCCGGGGAA AAGAACTTTG AAGGGCATTA GCGGAAAGCG 600 CTCCCCACCC CAGGT 615 (2) INFORMATION FOR SEQ ID NO: 538: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 550 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 538: TGAGTTAAAC AAATCTCTTG TCTATAAGGT TGGCCTGCCT CGGTTATTTC ATTATATCAG 60 TAACACACTG ACTAATGCAT ATACGCAGAT ACAGGACTGC TGGGTCATGT AGGAATTGCA 120 GCTGTAATCC TCTGGGGAGC TGCCATGCTG TTTTCCACAC AGCTGCAACA GTTTCGGCGA 180 TGTACCAAGG GTCCCATTTC TCCCCATCGG CGCCAACACT TGCTGTTTTC CGTTTGTCTG 240 TCTGTAGGGG CCATCTGCAT GAGTGTAAGT AGACCCTCAG TGTGGTGATT TGCACTTCTT 300 TATGATTAGT AAGTTTTTTT CATGTTTTAA AATTTTATAT ACTTGTTGGT CATTTGCATA 360 TCTTCTGTAG GGAAAATATC TATTCAAGTC CTTTGCCCAT TTAAAAACCT AGATTATGTT 420 GTTGTTGTTG CnATATAAGA GTCCTTTATG CATTCTGGAT ATTGATCCCT TATGAGATAC 480 ATGATTTCTA AGTACTTTCT CACATTATTC AGGTTACCTT TTCTTTTCTT TTTAGAAGTT 540 ATTnATTTAn 550 (2) INFORMATION FOR SEQ ID NO: 539: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 458 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 539: CATTTATTTG GTATGTCATT TTCCCCCATG TGCTTGCTGC ACTACCCTTG CTACTCCATC 60 CCTTAAATCA CAAACACATA TGTACCTGCA TCCATCCCCA CTCACATTAT ATTTCACTTT 120 TACTTCCATC CACCCAATGC TCGATTCTGT TAATTAGTTT TTTTAAAGAT GAATACTACT 180 GAAATTCTTG TTAAGTCTTC TAGCAAACTA TCAGAAGCCC TAAGGACAAT GAACTTGTTT 240 CCCTGAACTG ACAAACCTCA ACTGAAGCTG CACTAGAGTC AGCTCCTTTA AGGTGTGACC 300 ACTTCATTCA TCCATGTTGT CTGGCTGGCC CTTGGACATA TTAAATTTTT TTTTACTATC 360 ACTCTTCACT TGTTTGTATC TTGACCTGTC AACACTTCAT TGGAAAGTTG GTAAGGAAnC 420 AAACCAAAAA AAACATGGTA GGTAAGTATC CCCACCAA 458 (2) INFORMATION FOR SEQ ID NO: 540: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 458 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 540: CAAAAGTACA GGAGGAGTAG AGGGACGATG ATCTGTCTTT AGAGTTACTT CCTGCTGACA 60 TGGGGCAATG AGGTACTCTT CATTGGCATG GGGTAATGTC TCGAGCAGCT GTCTCCTGGG 120 TTGGGAGCCG AGTATATCCC TGTAGCAGCA TTTGGTTGAC TGCCTGGTTG CTGAAGGCCT 180 TGGTTAGCTC CATTATCAAC TCTTTTAAAC ACTTAAACAG ACATGGTAGT TTAAAAGACA 240 GGGTGAGAAT AGCAACAAAT GATCCTAAGA GTGGCATTAA CCCGGTAATA AGAGGATTTC 300 ACAGAGGAGA GGAAACGAGG GGGGTGGTCT CTGGACCCTT GTGATGACTG TTTGATGGTT 360 TAAAGCTTAT CTCACCCAAG ACTGGGAGAA AGGCCACTCA ACTTTTGCAA GTAGAGGGGT 420 TTGTCTGTAG AGAAATTCTG AACAATCATT CAACATTA 458 (2) INFORMATION FOR SEQ ID NO : 541: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 645 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 541: AGGGCATGAA AGGCTGTTCC GGCCACAAAA TAGAGACCCT GTTTAAATCT TATTAAACAA 60 TAACGCCCAC CCAGTCCTCC CCTCCCCCCC TTTGGAAAAA AATTCAGGAA GGAAATTGTG 120 GTTAAATCAT CTCATAGTTT GGCAAAAACT TCTACCTCTG AAAAATGAAA AGAAAAAAAA 180 AAACTCCATT CTGTGCTGGA CTCACACAGG CTAATAAAAA GCAGGACTGT ATTGCTTTGC 240 ACTGTAGCTG TCAAATTCTC AGCAATGAAA TACAGACCCT GACTCTCTCA GTCCCTTGCG 300 TCCTACCCCC TCAGACCACC AAAAAAGGAA TGGCGGGGGT GGGGGATGGG GTATCATTTA 360 TCCTCTCCCA TTCTAGAGGG AATCTTGTCT GTnGCTTTGT TTCACTTTTA ATTTCTTGGT 420 TTGAGGTCCA AACATCTCCT TTCCTGAATA AAGTTTCCAC TGTTGTTATA AACATACATA 480 TGCAAGGGGT GTTGGGAGCT GGTGCTCTGA AGATCTGTGC TTCTGCTGTC TTGTAGAGAT 540 ACCACACACT TGCCATCAGA GAAGAATGGA CATTGCAACA ATGAGAAAGA AAGAGAGGAA 600 GTAGAGAAGG GGGGAnAGAG GGAGGGAGGG AAGGAGGGAG GGAnG 645 (2) INFORMATION FOR SEQ ID NO: 542: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 681 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 542: CAGCCAGGTA AGCAGTAGTG CTTTTTGGTG TGTGGCAGTA AGATGAGTTA TTCTGGGATC 60 CCAGTTCTGG TTTGGAGTGA CAGGAGACCC TAGAGTTCCC GAAGCAGCTG GTCAATTTAG 120 CAGATGTTTG TACCTCAACC AATTTGAAAT GGATTTGGCA ATACAAGGTG AACAGTGTAG 180 TCACATGTCT TGTCTCTCCA TTGGGACATC ACAGGGTGCC CCCTAGGGAC CCGTTGAGCC 240 CTGGAGAGAA AGCTGGTGGT GATAGGGCTG ACCATGCAAG GGAGGGCTGG CAGGCACAGC 300 CGCCCTAGGG AAGGCAGGGA GAGGAGGCAC CTGTTCTGGG CCAGACATCC CACTGCTAGA 360 TCATCTCATC CATTCCGGAG CTGATTTGGC CCTATCCCCT GGAAGATGGA AGTACGCCTT 420 AGAGAGCGCA TGGCAGAGCC TGGATGTCCA TGCCAAGTCC AAATCTCAAA TCGTTCACAG 480 ACTAGCTACA CGACACTGGG CGAGGGTGTC CTTCTCCGTG AAACCAGGAC AGTGAGACCC 540 TCCCTTGTAA ACCATACAGC AGCCGTGGGG CTCGAAGGCC ACTGCTGTCA GAGCCAGTGC 600 CCTCCAGGGT GGCGACTCCT AGGGAAGGTC CCAGCCTCAG GCTGTGCCAA GTGCACCTGC 660 TTCTCACCTG CAAAATTGAC C 681 (2) INFORMATION FOR SEQ ID NO: 543: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 553 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 543: AGTAAATCTG TATTTGAAGG TGAGTCTGAA TTAACACTGT CTTCCTTTTA GGGCTTGATC 60 TCAGCAGTCA GATCAAGGGC TGTCTTGTGA CTGCATCAGC AGACAAATAC GTGAAGATCT 120 GGGACATACT GGGAGACAGG CCGAGTCTGG TTCATTCCCG GGACATGAAA ATGGTAAGAA 180 TCTCCCTGAG TCTCTTAGTT TTCTGTTTTT CACCTGTGTC GCTTGTCATT CTCGGGGAAT 240 CAGTGCAGTA AAGAATGTGG ACAAGTTGGG AAGTTAATTG TGGTGGGAGG TTTAGGGGCC 300 TCAGACCATT CTGGGAGAAG AGAGACTCGG AGGGTCAGTT TCTACTTCAC ACGAGTAACA 360 GCTGTCGAGT AAGGAGGGGG CGAGGGCTTC TCTAGGACAC AGGTGAAGTG GCCATTGTCT 420 CACCCTAGGA AATCCTGATG CTTAGAAAGA ACCAGGAATT TTTCTGTATT GAACACCTGT 480 TGTGTACCAG GCACTGAGCT TGATAGATCA CAGAACACCA CATAGCTGTT GAAAATCATG 540 TACCTGTGTA TTn 553 (2) INFORMATION FOR SEQ ID NO: 544: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 555 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 544: CCTTTTCACA AAAAGCAGTC CTTATCACGG GGTGCGTATT CTTGTGCACC CCTGTGTCAT 60 CCGCACATGA TGACCCAGCA GTTGGTACAT GGTAAGTATG ACCAATACAA TCTGCAAAGT 120 GAGTCCGGGG TGATGCTGAG TCATAACCCT CCAAAAAAAG CTGATCTCTG CAAATTGGAC 180 CCTCGCTTAC CTGGAAGTAA TAATCTGGCT TTGCAAGGCT GCACAGCATA GTAAGTAACA 240 ACCCTTGTAG CATTCGGTTC TCATATCAAT CAGACTGGAG GGTAAGATTG TCTACCTTGC 300 TCGTCACTGG ATTCCTTCTA AGGGCCTTGC AACAGATTTG TCAGATGAAA GGGTGAGCGA 360 GCAACCAGCA GAAAGGCACA GGATGGGATC ATTGTTAACA GCACCGACCT GGCGCTGGTT 420 TTGTGGTGCA GTGGGTTAAG CCACCACCTG TAACACCGGC AACCCAGAGG AACACGGGTT 480 CAAGTCCGAG CTGCTCCACT TCCAATCCAT CCCTATTAAT GTAGAGGATG GGGGTCCCAG 540 CCATCCAnAA GAGAA 555 (2) INFORMATION FOR SEQ ID NO: 545: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 554 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 545: AACTCTGCCT TTCCAATAAA TAAATCTTTT TTTTTTTAAT TAAAACCCAG AAACTTGGCA 60 CCCTCAGTGA TTGAGAAACT TTACCTGAAT GCTTTTTGGC ACGTTCCTTC ATGATCCAAC 120 CACCTGGACA AAACCCATTC TATGTGGTCT CAGGTGAGCT TGAAACTGTA ATGGnAGAGA 180 GGTCCACTAT GTGGCCTTTG TCAGTCCTCC TTTCTCTCCT CACCGCTCAT GTTTCAAAAG 240 ATAGATATCT ATTTCCAAGA TCTTTGGAGG AAACCATCAA GATCAGGGAA AACATAACAG 300 CAAAAGTTCT GTACCCTCCC TGGATGGTTT TCTCCCCAAC ACCATCCATG GGCGAGAGGC 360 ACAGAAATGG TTCCCTACTG GTATTGGCCA TGGCTTCCTG GAAGCCATCT TGGAAGGGGA 420 CTAGAACAAA CACATTTTTA GCCCCTCATA TCCAGCATCA AAAGGAAAAC CCAAGTAAAC 480 AATTAAATAA TCCTGGCATG GTGAGGATAT ACGGAGTCAC TTGGGTGAAC CTGGAGTGGA 540 CTATCTGTCG AGCT 554 (2) INFORMATION FOR SEQ ID NO: 546: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 556 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 546: ATCCTGAAGA ATAATTGATT TGTTAATAGA AGCACTCAAT GCCTCAATCC CTAAATCTAC 60 TATGTCAAGA CATATTTCCA AAGTTGATTT TGTGAAGGTC CTTACAGAAT ATGTAACATT 120 AGCTCTCCTC AGGTAGCCAT TTGGTTCTGC AACACACTCC TCAAAACCTA TTTTACTACT 180 GACTACTACT GCTGACATTC TCAACTCACA CAAATAGTTC AAAAAGCAGT GCTATGTAAA 240 ACTTTTCAAA AAGTGTATTA AATAGTTTCA TCACACTTCA TTTTGCCAAC CAGGTGAATG 300 AAGCAATTTT CCTCAAAGGA CTTAAATTTT TAACAAAAGG TCAACTCTAG AATTCAGATA 360 TAGTGAGTTG AAGCATCAAC TTGCCTCCTG TAAACCACTT ATATTCTTAA TTTTCATTGT 420 TCTTTAAATT CTTTAGTTAT TTCACTTGAA AGGCAGATGG ACAGTGAGGG GTGCGGTAGG 480 GGTGGCAGGG AGGGAGTGGT TTCCAACTGC TGCTCCATTC TGTAAACGCT TACAACAACC 540 AGGGTTGGGC CAGGGT 556 (2) INFORMATION FOR SEQ ID NO: 547: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 552 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 547: AATCGTTGAT CAGATCGCGA ATAACGCTTC GGGAGATTTC TTCGCCGGGA TACACTGAAA 60 TCCAGTGCTT TTTATTCATG TGATACCCTG GCTTAATGCT TGGGTA ATT TGCTGATTTA 120 ACAGGGATTT TTGTGGATCG GACTTCAGAT TGATAAAGGG GACGCCGCGT ACTCCGACGA 180 CAGCATAAAA ATCTTGCCGC CAATTTTAAA AACATCGAAC TCCGGGCCAA AAGGCCAGCA 240 AAGCTCGACA AAGGGTAACT CAAGGGCCAG GCGTTTCGCG TTTCGTGCAG TGATTGCTTA 300 TCCATAAACG TTCCTTTAGG CGAAGGAGAA TAAGCAAAGT ATGCCGCGAA GTACGGCGAT 360 AATCGACGTT TAATCCGCCA GCGAGAACCA GCGTCGCCAG ATAAAGCGCA GAACAAAATA 420 CTCAATAGCG CCCAGCACTA AAAACCACAG ACAAAACAAT AAAGTGTAAA GCTGACTAAG 480 ATCCATCAGA TGGAACATGG TCACCAGTTT TTGTGCCAGC GCCAGCCCCA GTGCGGGGGC 540 GGGCAGCAGC AG 552 (2) INFORMATION FOR SEQ ID NO : 548: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 443 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 548: GGGTGAGCGC TTTGTGGCCA CTACCCACAC TAACGCCTAC TTTTGATTTT AATGCCAGTT 60 TAATGTAGGG GTGAATCTCT TTCTTTGGGA TAATTCAAAA AATGCATTTA CCTGGCCCTT 120 GGGGTACGGC ATTTGGGACA TCAAATGCTC CACTGCGTAG TCTCTCTGCC CTCAGCGAAG 180 TCTTCATCGT TGTCTCAGTC ACAGTGCTCC TGTGGGCCCT CCGTGGTCCG CTGTCGGTGC 240 AATGCGCTGT AGTTTGGGGG AGGAGTCGTT GTGAATGGAA AGGAAGCGTT GGATGGGCAG 300 TCATGTACAG AAGGTGACTG TTGCAAGGAC AGCGTACTGG ACACATAACG ATGTGTGTGG 360 GCTTGGGCAG AACCAGGCCA GGCTGTTGAA GCAAGTAGAG TGGCCTATTT TCCCCTAAGG 420 GGCAACTGGG GGCCnAAnTG GTT 443 (2) INFORMATION FOR SEQ ID NO: 549: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 579 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 549: AAAGCTCTAC ATCTAGCTAG TTGGTAAGAG TATTCTTTGG GACAGATGAT GGGCAAGATG 60 GAGATAGCAA GTATGAATCA GCACAAAAGT CTGGGTGCAC TTAGAAAAAT GAGCACAAAT 120 CACATATTTT GTTAATATTT TGTCAGTATC TTTTTATTTA TATAAACAAT TGTTATAATG 180 AGTAAATCCA GTTCAACCAT TGACATTCTA TCTAAATATT TTCCAGGTTG CCTAACCCAC 240 AATTCTATTC CCATGGCAAA ATGTGTTCAC CCAACATTTC TGAGCATGCT TTGATTTTTC 300 TGGGCCCTGC AATTTCCTTC ATTTGAAAAT CTTCTTGCCC CCTTTAAATA TCCAATTTAT 360 TTATATGAAC TGTCTCTGAA GCCTTCCCCA ATAATCACAC TGGAGTGTGT CCCTAGACTT 420 CTACAATATT TTGTTTGAAG CAGTCATTCA ACATTTATGT GACATAATAT TTCACTTAAG 480 TTGTGTGTGT AAATATTCAA ATTTCCCTAC CCTATTCAAA TCTCTTGAAA AGTAAGGAGA 540 ATAGATTAAn AATATTATAA ACnTTATAGC TGCATAGCG 579 (2) INFORMATION FOR SEQ ID NO : 550: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 588 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 550: TGTATCGCTG TTCAGATCAG TGCCTCTGAG GGGACATGGT CTCTGCAGCT TCTCATTGGT 60 CACTATCTGC TCCTGTCTCT TCAAGGGTGA TTTTAAATGC AGAGCAAGGT TATACAGCTT 120 CCATTTACAA TTTTTACAGG GAATGCAATG AATCAAAAAG AAATAATCCA GAAGAGGAAA 180 ATCTGTATGG TTTTACATAG GCAATTAGAC CTTCTCCAAT TTTGTTCAGC ATGCTTCAAA 240 TGGAAATCTT AGCAACAATT TCAAGTGGAA ATCTCAGCCG TGAACACTAA GTTCTTTTCA 300 CAAAAATAGA TACAGATTTT TCAAACATCA ATATGAAACA TTTTTAAATA TAGAAATAAA 360 GTACTGAAAG TATTTAGAAA AAAACAAGCA AAATATTGCC TATTCAGTTA TAAATACAGT 420 GCCAGTTGTG ACCCTTTATG GTCTGGAGAA TTTTTTTCCT ATGGATAAAA TTGTAATATT 480 AGGACAGATT GTCAATTCAT CTGGTCCAAT CTGATTTATT TTCnTATTCn AAAAATTTAA 540 AACATTGTTT AAAATATATG CnACATATAA GGCnAGACTA ATGGTATA 588 (2) INFORMATION FOR SEQ ID NO: 551: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 700 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 551: nAGAACGTAG GATACTGATT CGTTTCAGAC GGATGCGCGC ACAGGGAGCG TCTATGCACA 60 GCTTGTCCGT GCGCCGCGCG TTGCAGGATT GCTGCTGAAC ATAGATATTC CCTCTCTCCC 120 TGACGGGTAC TCTTTTTATA CTGCAGCACA TATTCCCGGA TGCAATGCCG TTCGGTGTGG 180 GGAAAATACT GTGCCGGTTT TTGCGCATGG AGAGGTGGTG TACGCAGGGG AACCGGTGGG 240 TATCCTCATT GGGCCTGATG AGCATGTGGT ACGTAATTTA GTGCAAGATG TGGTGGTGCA 300 TACGTGCGCA GAGCGGGCCT GTGCGTCGGA AATACTCTGT GGAATCAGTG AAGGGGAACC 360 CCTCGCTCAA AAGGTGGCGG TGCAAGGAGA TGCAGAAACT GCTTTTAAAC GCGCATCACA 420 CACGGTATGC TCCTCTTGTA CATTTGAGCC GCGTGTACAC TACTTTGCGG AAATGCCAGA 480 AGTACAGGCA CTACCCGACG CGCACGGTCT GCACGTGTAC GCTGCTACGC ATGGCCTGCG 540 CACATGAGAA AAACTATCGC GCAGGTACTG AATATTTCTG AGCATGCGGT GCACGTACAT 600 CCGCAGCAGG AAGCGCTTTC CTGTGATGGG AGAATATGGT TCCCCTCAGT GATGGCAAGT 660 CAGGCGGCGC TTGnAnCCTA TTGTGCGAAA AAGCCGGTAC 700 (2) INFORMATION FOR SEQ ID NO: 552: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 555 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 552: CACGTTGCAG GAAGAAGATC AGCTGCTTGC AAGCAGGTCA TCGTGCAGCG CAnATGTGGT 60 TTTCTGTACA CCACACGTGT TCTACCATGC ACTGTGCTCG AAACTGGCGT GGTCAGGGAG 120 TATTTTTTCT CGCAGGGGAA GACGTCACGA TGATTGAGCA ACTTTCGGTG CGCAACGTTG 180 CGCTCATTCA ATCTTTGGCG TTGGAGTTTG GTGCACAGTT TACTGCCCTC TCAGGGGAGA 240 CGGGTGCGGG TAAGTCAATG ATACTCGGCG CGCTGTCCTT TCTCTGTGGG CAAAAGGTAG 300 GGCCTGATCT TATTCGCAAG GATGAGAACG AGGCATGGGT TTCTGCGGTG TTTCGCTGTG 360 ATCACGCACC GCTGCGTGCA CACATGGTTG GCAGAACGGA GTATTGAGCC TGAGCACCAC 420 CGCGTGCTCC TTCGTCGGGT GATGCGGCGT ACCGGTCGTG GCACGGCGTG GATTCAAAAC 480 GTCCCGGTCT CTCGCGCAAT TTGGAGTTTT TCACGTCATT TTCATAGACC TCCACGGACA 540 GCATGAACAC CAATC 555 (2) INFORMATION FOR SEQ ID NO : 553: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 554 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 553: CAATCCATCT GAACACCTGC ACCCCACGAA AGCGCTCAGC AAACGCACAC ACCTTCTGGA 60 TTTCTTCTGG CAAAAGCCCC GAAAGGGCGC ACACCACTCC ATATACGCTC CACCCCCTCG 120 TCGCAAAGTC CTGCACCACC TCCGACGAAG AGGAGGACCC CGACCACCAC ACAAAAAGCG 180 CCGAATCGAC AGGCATCGCG CAnCCACACC TGCGCAACGA GCCGTTCACA CTTGGCAAAC 240 GCCACCCATA CCCAAGCTTA CCAGGAAGAA AAAGGGGGGA AACTACGATG CACCCTCCAA 300 CTTCACTCAT AAGCTCAGAA ACAACACGGT TCTTAACCCC AAACTGCTGA AAGGGACGAA 360 TGTCTTCAAG CGCCTTTTGC TTCTGCCCGA GCTTGCGGTA GCAGTCTTGC AAGCTCCACA 420 TATACGCGAT AGTTTTTCCG ATTCAAGCTG CACGAGTCGA TTCAAGACTC ACAACCGGCT 480 TCTTCGTATC TCCCCTGGAG TTTACAAAGG ACTGCGAGCC CGAGCGTGGC ATAGGCATCG 540 TAATCGATAT CCAA 554 (2) INFORMATION FOR SEQ ID NO: 554: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 925 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 554: CAGCATGGTG CGnTGAATGT GTTCCCCGGG CnTTGTACAC ACCGCCCGTC ACACCATCCG 60 AAGTTGGAGA TACCCGAAGT CACTAGCCTA ACCCGCAAGG GAGGGCGGTG CCGAAGGTAT 120 GTTTGGTAAG GAGGGTGAAG TCGTAACAAG GTAGCCGTAC CGGAAGGTGC GGCTGGATCA 180 CCTCCTTTCT AAGAGAAAGG GTATGGGCAT GGCATGGTGC CGTGTTCGnC GTGTGGCGGA 240 AGCCACACGG TAGGTTTTTC TGCTCctGCA CGGCAGTCTC TCCCCTTCCC TTTTGAAAAG 300 GGGCTTGTAG CTCAGTTGGT TAGAGCACTT CTCTGATAAG GAAGGGGTCA TTAGTTCAAC 360 TCTAATCAAG CCCACTATTA TTCTTTATGT CCCTTTGTTT TGTTTATGGG GTAAGGAGTA 420 GGTGGTAGGT GATTTTTGAG AGTATTAGGG TGGGGTGTGA AGTTGAGAAG GGATGGATAA 480 TATGGTCAAG CGAATAGTGG TTTACGGTGG ATGTCTTGGA GTTGTCAGGC GATGAAGGTC 540 GTGATAAGCT GCGAAAAGCC TCGGGGAGGA GCACATGTCC TGTGATCCGG GGATGACCGA 600 ATGGGGTAAC CCGACAGGgT AAAgCCTTGT CATTGCCTTC CTGAATGAAT AGGGAGGGTA 660 AGGCGAAACT GGGTGAACTG AACCATCTAA GTAACTTGGG AAAAGAAATC AAGAGAGATT 720 CCGAAAGTAG TGGCGAGCGA AATTGGAGGA GCCTAAACCT GTGTCTAACA GGGGTTGTAG 780 GGCCGCGCGG GCTTGCGTTC GGTGGGTGAA ATAATCCGGC CTATAGCAGA AAGGTTTTGG 840 GAAAGCCTGA CAGAGAGGGT GAAATCCCCG TATGCGGAAT GGGGCGGACC TGCTGGTGCG 900 GTACCTGAGT AACGGCGGGA CACGA 925 (2) INFORMATION FOR SEQ ID NO: 555: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 940 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 555: TCTGGGCTCG GACGGTACAG TAGGCGCGAA TAAAAATTCA ATTAAGATTA TTGGTGAGGC 60 GACGGATAAT AACGCGCAGG CTTACTTTGC CTACGATAGC AAGAAGTCTG GTGGTTTTAC 120 TATTTCTCAT TTGCGTTTTG GAAAGCAGAA GATCCGTAAG CCCTACCTCA TTACGCAGCG 180 GATTTTGTAG CGTGTCATAA GTTTACGTAC CTTGAAACCT TTGACATGCT CAAAACGCTC 240 AAGCGTGGAG GGACCTTTTT GCTGAATGCG CCGTACAGTG AGCATGAGGT GTGGCATCAC 300 ATACCCATAG AAGTCCAGCG TCAGATCATT GAAAAGGAGG TGAAGTTTTA CGTCATCGAT 360 GCGATTTCTA TCGCTCAGAA GGCGGGGATG GGCACACGTA TCAATGTGGT GATGCAAACG 420 GCTTTTTcAA AATTTTTGGT ATCTgCCGGA AGCTGAGGCG ATTGACCTGA TTAAGAAATT 480 TATACAGAAG GCCTACGGCA AAAAGGgTGG GGAGGTTGTA CAGAGGAACA TCACCACTAT 540 CGATAtGGCG CTCGCTGGGG TGGGATTGGT GGAGTATCCG GGAGTTGCCG GTAGTTTGGT 600 GACGCGTCGT CCTGCGATGA GTTCCGATGC TCCGGAGTTT GTGCAAAGCG TGTTAGGTAC 660 TATTGCGCTC AATCAGGGGG ATAGTCTTGG GGTGAGCGCA CTACCAGAGG ATGGTACCTA 720 TCCTACTGGT ACCACGCATA CGAGAAGCGC TGTATAGCCG ' AGACTATACC CATTGGGATC 780 CGTCTGTTTG TATCCATGTG GTCATGCGCT AGGTGTGTCC TCACGCATTA TCCGCATGAA 840 AGCGTACGAT GGTAAGGAGC TCGAGCAGCG CCTTCTAAGT TTGCTTCCTG TGGACTACAA 900 AGGCAAGGAA TTGGGGAAGC GAATTTACGA TTCAGTTTCC 940 (2) INFORMATION FOR SEQ ID NO : 556: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 554 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 556: ACAACCACTG CCACGATGCG CCCTGCCTTG TCCACAACAT AAGTAGTTGG CAGACCACGG 60 GAAGCAAAAA CACTCCCCAA ACTCCCCTCC TCGTCAAGAT AGATAGGAAA GGTATGCTTT 120 CCACGCGCGA TAAAACTTTC CACCTGTTTT CTCGAGTCAC CAACGTTGAC CGCGACAATC 180 TGAAAGTCAT TCCCCCTCAT AAGAGCCTGC ATGCGATCCA TAGACGGCAT CTCCGCACGA 240 CAGGGCGGAC ACCACGTAGC CCAAAAGTTC AAAAGCGTCA CCTTTCCCTT GAAAAGGCTA 300 GGAACCAGTG CCTCCCCCTT CAGGCCTTCG CATGAAAGTC ACTAGAAAGG TCGAGCGGGT 360 TTGGGATACA CAAAAAAACG GAAACGCTCG AGCGCCTTTC AGCGAGCGGG AAGGTACATC 420 CGCATTGTGC GCCACATCGG CGGCTTGTAC GCnGGAAACA CCCCACACCG CAGCACCAGG 480 ACGGAAGGAA CACAAGGGGA CGCGCGTAAA GCAnCGGTCG TACGGGAGCA ACTCATGCAC 540 AGGGAACATT CACT 554 (2) INFORMATION FOR SEQ ID NO: 557: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 573 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 557: GCGTCAAGCA CCGGGAAGCG CACTACGCTC CAATATCTAT TAAAAGATTT TGTACCTCGT 60 CCCGAGCAAA TGTGGGATAT AGCGTATGCA TACAATTTTG TGCATCCGCA CGnAACCGCA 120 GTGCnTGCAG TTTCCGGCGG GAGAAGGGAT GCCTTTTGCT ACGGCGTTGA GGAGATCGGT 180 TAACGCTATT CTCAATACAG CACAGGATAT TGTGAAAAGT GATGCCTTCT TACGTGAGCG 240 GCGCACATTG CTGGCTGATA TTGAAACACG TGAGnTGCTG AGCTTTCACG TATTGAAGCG 300 GAGTTGTATA CGCGTGGGTT TCGTGTGAGA TGGCATAGGA AACGTGGTAC GTACTCCTTT 360 GATTTAGTTC CCCTATTAAA GGGAAAAGAC AGTAGCTTTG AAGCGCTGCA CGATTTAGCT 420 TCCCGCGCGA AnTTTACTAG ATGTGTAGTA CACGAACTCC ATGCGCGATA TCGTCTTTCC 480 TGTGATGAGG TTTCTTCGCT GCTCCATACG TTGCGCACnG CGGGGCGGGC CGCCGTAAGG 540 CGTCTTGCGC AnTACTACCG TGCGCGTTTG CGG 573 (2) INFORMATION FOR SEQ ID NO : 558: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 532 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 558: TGGGCTGCTC TACCGGAGAG AAAGAGATGG AAAAGGCTGC AGACATCATT CGCATGTACG 60 TTACCGACAC GCTTTCTTCT GTGCGAACAT TTAGGCAGGA GTCACACACG CGCGCAACCT 120 ACGGCTTTTG CACAGAGGCT CACGGTACAG ATACCTCTTC AACGATAGAT TTTTCACAAC 180 TGGTGTTCAC CGCAGAACAG GTACGCACCA TTGAAATCGC GAAAACTATT ACAAAAATTG 240 AAGATCGGGT ACTTGCGTAT GCAATCAAAT ACTGGCACAG ATACGATGAT CGAGCCTTTG 300 AGAACACCGT GCTACTGTAC AGCAGAAAGT ATAAAACACA TCACTACAAT ATCTTCATTC 360 AATTAAAACT GGACGGGTCA CCAATGGAAA GACGAnGATA TTTTGCACTG GTGCTCGCGC 420 ACGTCGCCTC AGGTATACTA CAGCATCAGT GGTGATCTGT ATTGCAACGA AACGGCACGG 480 TTAAAAGCGC GCCGGTAGAA CGTGCGGAGC ATCCATCATC AAAAGGGTAA AA 532 (2) INFORMATION FOR SEQ ID NO: 559: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 537 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 559: TTCAGATCAG AAGCAAGGAC AACAGGAAAA GCGTAGGCAC TGTGTTCCAA TTGCTCACAC 60 CGGTGAAGCG TACCGTGACG CGTACGCAAA AGCGCAGAGG AGTATCGGTC GTAGATTGCG 120 CGCCTGAGGG CAATATTTTT TTCTTGCTGC TTTACTTGGA CACACGCGAG CGCCGCGTTT 180 CATATCCGGC AGCATATCAA CGGCAAGCGC TTCTGGCACA AGCGCCTGAA GCCGACGCGC 240 GCAnGCGGCC TCAAAGGCCA TGAGTACCGC GCCGCCGCCT GCGGTAAGCA TATCGTGTGC 300 CTCCAATCCC ACGATGACAC ACGAGCCAAA GTTCCCAnCT TCTTTTCTCC CAATACTGCA 360 CCGACACTCT GGAGAGCTGT CTTCGATGAC GGGTATCCCC AGTTCCAAAA ACACCGCTGC 420 AAGAnGCACA TTTTCCAAGT GTTTCAGGCA CAAGAAGCGC ACGAGCGCCA AGCGCGAATG 480 CCATTTCCAC CACATCACGG GACAACAAAC CGCTGTGATG TCTAAGTCAA GGACAAn 537 (2) INFORMATION FOR SEQ ID NO : 560: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 564 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 560: TTTAnTTAnG GATCCCCTTC CGTTTCCGTC GCTGCCGTCG CCGAGGCCTG TGCACTCCCC 60 GGCCACCGAT TGGAGGCAAC CAAAAACGCT ACGGATAAAA CGCGCATGnT GACCTGCTTC 120 ACACGCGCCC GACTGCGCTG CCCCCGCTTC ACGTTCCTTG AGCCTGACTC GTTCGCCTGG 180 GACACACCGC CTGGGCATGC CCGACTGTGT TCCCACCTGC ATAGCGCTGG ACTCTCGTTT 240 CCTCTCGTCG TAAAACCGAC AGACAACATG GGAGCCCGCG GCTGCACGCT CGCGCAATGC 300 AAGGATACCC TCATAAATGC CTGCGCCGTG GCGGCCAGTT CTCTCGCAGC GGCCGGGTGA 360 TTATCGAGGA ATTTATTGTC GGAAGAGAGT TTTCCCTGGA AGGGCTnCAT ATTCGACGGG 420 ACGTTGTACG TCACCGCACT TGCCGATCGC CACATCTGCT TTCCTCCCTC ATTCGTAGAA 480 ATGGGACACA CGCTCCCGGG CAnGCGCTCT GTACACAAGA CGnACAAGCG CTCATTCGAC 540 ACCTTCCACA ACGGTGTGCG GGCA 564 (2) INFORMATION FOR SEQ ID NO: 561: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 554 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 561: CAACTTTATC TTCTATCTTG CCACTCCCCC TAGCCTGTAC GAAACTATCC CCACGCAGCT 60 TGCTATGCAC CACTTGAACC GGGAACAGGG TAATTTTCGC AGGGTAGTTA TTGAAAAACC 120 CTTTGGCTAC AACCTAGAAA CCGCGCAnAC CTTAATGCGA GCTTGCGTGC CCACTTTCAG 180 GAAAACCAAA CCTATCGCAT CGATCACTAT CTGGGTAAGG AAACGGTCCA AAACATCCTG 240 GTCACTCGCT TTGCCAATCC CCTTTTCGAG CCCACATGGA ACCGGACCCA TATCGATTAC 300 GTTGAAATTA CTGCAAGCGA ATCACTAGGT GTCGAAAACC GCGGCGGTTA CTACGACCAG 360 TCCGGTGCAT TGCGCGATAT GATCCAAAAC CACTTGTTAC TCCTCTGGGT ATATCGCGAT 420 GGAGGCGCCC GCCGTCGTGA GTTCAAGTCG TCTACGGATG AAATCGTAAA AGTCTTGACT 480 GCCTGCGCCC TATGGGGAGA ACGCGACGTC ATGCAGCATA CGGTGCGTGC CCAATACGTC 540 GCGGGCAAGA TACG 554 (2) INFORMATION FOR SEQ ID NO: 562: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 972 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 562: ACATTGTAGG TGTCAAGATA CAGACACACG GCGCTGACTC CCATTAGAAA GGCACGCCAT 60 GCAGACGCAC GCAGTTCTGT ATAGCCTGAC GTATCTGCTG CCCCGCATTC AACGCATCCG 120 TCTTCTTCTT CACTTCTTCG GTTATGTGTT GCTGGACACT CGCGAAAAAC GCCGTTATTT 180 CCGTTCGCAT CATCGGCACT AAATCTGCCA GATCCTGTTT CACCTCATCT TGCACGCTCA 240 CCATGGTCAG AATGCTGTTC TGCTTACGTG ATAGTTGCTG CTTAATGAGC GCTTCGCCTA 300 CCATTCTCGC AGTATCGCCT AGACTACCCC CGACCGCTTG CATGTTTGCA TTATTTTTTG 360 CCACAGCCGC TTGCACTTTC TGATTAATTT CAGTGACGAT TTGCGTCTGT ACCTGCTCAA 420 ACCCCTTCAC CACCTGCTCC GCATCGTACT GCAGCAAAAC CTGCCCCATC AGGGAAAATG 480 CAGGAAGTGC AGGAAGCGGC GGCAGGTTCG GCGGACTTCC CTGCGGGGTG TGAAGATTTT 540 GCACAACCTT ACCGGTAGGT TTAGCAGGAT TAGGCTGAAC TGCCTCTAGC GCGTTTATGT 600 ACGTAtCCCC CGAGATTCCA GCGCGCTTCG AACTCCAGCC GTTACTGTCT GCGTCGCCTG 660 TTGCACTACC TGGGTTACCC AGGCTTCCTG TTTTTGACTT TCTCCCTGGA AGAGGTTATT 720 TGAGAGGGCG GTGAGTTCAC TCTGCGCCCT CTGTGTGCGA TTTTGAAAGT CCTGTGCACT 780 CTGGTGTTGG TTACCGGCGT CGAGGGCGAA GaGAAGCGGA AGCCGGCGCC TGGTTCGAGG 840 GTGAGTCGGC CCCCTACATT CCACAGCAGT TTATCCTgTT CTGATTGTTT GCGTCCTTCT 900 GTGCACCGAT GAGGTATCCG TCTTCTAGCG TAACATTGCT GGCAAGCTCT ACCGTGCACA 960 GAGGGTGTCC TG 972 (2) INFORMATION FOR SEQ ID NO: 563: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 619 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 563: CAGGATGGAG AGGGGGCACG CCGCTTTGGT GCAAAGGGGC ACGATTGTGT TATACCGCTG 60 CCTCCGGGTT GTCTTTTAAG GGATGCGCAG ACTCATGAGG TTTTGCACGA TTTTGGTCAT 120 GCCCATGAAG GTTGCGTGAC GCTCCTTTCG GGTGGAAGGG GTGGTTGGGG GAATTATCAT 180 TTCCGTGGCC CAGTGCAGCA GGCTCCGCAA CGCGCGCATT CTGGGCAGCC GGGGCAGGAA 240 CGTGTGGTGC ACGTTGAACT GCGTATTGTG GCAGACGTTG GCTTTGTGGG GCTCCCCAAC 300 GCGGGCAAAT CTTCTTTGCT GAATTTTTTT ACCCACGCGC GGTCGCGnTn TGGCCCCTTA 360 TCCTTTCACT ACCCGGATTC CTTACTTGGG GGTGCTGCGT ACGGGGGAGG GCGCGACGTG 420 ATCCTGGGCA GATGTTCCCT GGGnTTCTCG AACGCGCCTC GCAGGGTGTC GGCTTTGGGG 480 TGCGCTTTCT CAAGCACTTG ACCCTGCTGT GCGGGGCTTG CATTTCTCAT TGATCTTGCA 540 GATGAGCGTG CGCTGCATAC ATACGAATTG CTTTGCAAGG AATTGTACGC TTTCTCCCCT 600 GTCTTTGAGA nAAAAGCGC 619 (2) INFORMATION FOR SEQ ID NO: 564: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 537 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 564: GACAGACATT ATGGAGGTAA TTTTTGGTTC ACTTGCTGGA GTTTCGGAAG GAGTAGAAGG 60 ATACACAGTG CATGGGTCAA TGGTGCAGCG AATGTCAAAA CCTCGTGTTG ATTTTCAGAT 120 GAAAAGCGTC GGTACTCATG AGATTTTATG TTCAGGAACG GTTCCTCTTG AATATTTTAA 180 CGAATGTTTA GGTACGCGTT TGCAGTCGCG CGTGTACCAC ACGGTGGGAG GTTTACTCCT 240 GGAACGTTTT GGACGTCTCC CTACGGTAGG GGATGAGTTG GTAATTGAAG GATTGCGTTT 300 TAAGATACGC CGTGTACTCG ATCGGTATGT TGTGTCTGCC CTCGTGGACA CTCGAGCATG 360 TAGTCAAGCG TTGGCTGACG CCTAAGTAAG TACACAGGAT GGGGGCCGTA CTTTGCGGnA 420 TCTGCAATTA AGTTGTATGT TGGATCGTGT TCTACAGGAA TGTGTGCGCA AAGGGTGAnA 480 GCAGAGTTGC TACnTGTTGA AGTGGGTTCC CGTTTCAGGT GTATCGCGGT GTGGAAA 537 (2) INFORMATION FOR SEQ ID NO : 565: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 488 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 565: CACGTTCGTA ACAATTGGAC TGGTAGTGCA TGAGCGCTTC CTCACCTTTA AAAGTACTGG 60 ACTATTTACG GCACCACAGG ATAGAGGGGC ATTGTAATGG GAAGGTGCTG CTCTGTGCAA 120 TGCTCACAAA AAGTGCATGT CTTGAAAAAG TGTACCAGAG CCACTACACT GGTGCGCGTG 180 GGTTCTGCTG TTTCTCCGAA AGTTTTAAAA GGCTTTCGCG ATCTTTTACC GGATGAAGAG 240 ATTGAGCGTG CATTGCTCGT AGAAAAACTG ACGGTGGCTT TAAGACAAAT GGGTTTTGTA 300 CCTATCGATA CCCCCGCGTT GGAGTACACC GAGGTTTTGC TGCGCAAAAG TGAGGGTGAC 360 ACAGAGAAGC AGATGTTTCG CTTGTTGATA AGGTGGAAGA GATGTGGCCC TCCGCTTTGA 420 TCTTACGGTG CCGCTTGCGC GTTCGTTGCA ACGCACTATG CGCGTTTGTA TTTCCTTTAA 480 GCGCTATC 488 (2) INFORMATION FOR SEQ ID NO: 566: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 1541 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 566: CCTTTGCCCT nTTGTTTGGA ACCCATTTCC CAAGGCCGGG GAAACTTTTn GGGGCCCGTT 60 TAACCCAGGG GGAACCAACC TTGGAACCCA ATTCCCAGGC CCCnGGAATT nGCCCCAACC 120 GGCCGGCTTT TnCAAAACCG TTnCCAGGCC GGCCGnATTC CAGGGTTTTG CCTTGGAGGT 180 TCTTAATCCC CTTTGGATTA TTTTAAAGGT CGGATTACTT TCCAAAGGAC CAGGAAAGAA 240 ACTTTGCCCG CTTCTTTGGA AAAGCCGGTT GAGCAAATTA TTTGCACCGC CATGCTCGTC 300 AGGAGCGGGG ATGTACTCAG GAGTTTTGTA GCCCCAGTAC TATGCCACCT ACGCGCACGT 360 AGGCCTACCT GCGCTCGAAC CGATCTATGC GCGTACGGCG GAGCTTGAGT CTACTCTGCA 420 GGATTTACGC GCCAAGCGTG ACCAGCTCTT GGAAACATGC ACATTTGGTT CAATTCTTGA 480 AAGAGTTGGC CTCCAGGCGA AGAGCGCGGT TGTTCAGCGC AGGATTCGCG TGCTCGAAGC 540 AAAAATTCAA AAGATTATTA CGCTCTGTAC CCCGGATGTC ATTGCGCATC CGGACGTCGA 600 GCGCATGTAT CACGCAGGCG AGCTTTCCTC CGCACTCAGT GCCGCGTACG CACGGCTCAT 660 ATCCGACCGC GGCGTTTACG CGAGCAACCT TCAACATAGC CAGGAGCTTA TGGATGAGCA 720 AGAAGCACTC GACGCGCGCC TGCGCCCTTG ACTGTGGTGC CAAGCCGCTG AAGCGCGTTG 780 CGGCGTTCAC AGCGCAGGTC AGTGAACTGG ATGAGGATAT CAATGCGCTG TGGGCGCATC 840 GGTGCTGCAT ACGCAAGTTG TTTCTTTACC GAGGAAGGAT TTGnTCAGCC TCCTTTaTCT 900 CAGAAGACAA GACCGACGGT GCCCGATGAA CTCAGCACGC TGTTGCGTAC CGTGGCAGAA 960 GCGCGGATGC gTAGGGCACG TGCAGGGTAT CAGGTAGAGT GCGCCAAGCT CCGTCAAAAG 1020 CTTCAGTCAG AGCAGCGTGT GTGCGAAasT TTTGCAGATC AATCGaGGAA TATCGACGGG 1080 GGATcAAAGA GTACGAGGCG ATGATCGAAT CGGCGCACAG AACGTTGCGT TAAGCAAAGC 1140 CACGGTAGCG CGTCTGGCGC AGTCATTAGA GGAGGCGTCA GAACGCCTTA CCCTATTCGA 1200 AACATCGCCG GAACCTATTG TTCTCTCTTC GGAAGTTCTG TCTGTCCCCC AAGAGAAGGC 1260 GAGTGTGTAG GTGCTCATGA GATAGAGCTC TCCGTGTCTT CTAGACGGGn GGGGGGGGGG 1320 TGAGGTAGAA GTGAGAGGAG GGGGAGTGAG TGGGCAGGCA GGTGATGCAA GCGGGGGTAC 1380 TTGCGGGCAT GGTATGTGCT GCTTCTGGTT ATGCAGGCGT ACTCACTCCG CAGTCAGTGG 1440 CACAGCCCAG CTCCAGTGGG GCATTGCGTT CCAGAAGAAT CCACGCACTG GCCCGGGCAA 1500 GCACACCCAT GGGTTTCGCA CTACCAATAG TCTGACTATT T 1541 (2) INFORMATION FOR SEQ ID NO: 567: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 468 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 567: CTGTGCTGCG CACCGTGCCA GCTGAGCGTC ATACCCGGAT CATTTTTAGA GAACTGCTTC 60 TAGGACTGGT GCTCATGCTC TCCTTCCTTT TTTGCGGAAA AGTTTTCCTA TCTTTGTTCC 120 AGCTAGAAAC GGGAGTAATG AAAATGGCCG GAAGCGTCAT TCTCTTTCTC GTTGGCATCA 180 AGATGGTATT TCCTGATCAA CACGCGCTCC CCTCCACCAC AGAAGAGGAA CCGTTTATTG 240 TTCCCATCGC CACTCCCATG ATCGCnGTCC TTCGGCGTTC ACCACGCTGG TAATTATGGG 300 AGAGACGAnG GGACATCCCG TCTCGCCACC TGTGCTGCGC TGCTTGTTGC GTGGACGCTC 360 GCGTGTCTTA TTATGATAAG CGCACCGTGT CTATACCGTC TTCTTAAAGA AAAGGGAATT 420 ACCGCGCTGA GCGAATCACn GTATnTGCTG CTCATTCTTC CATCCAGA 468 (2) INFORMATION FOR SEQ ID NO: 568: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 507 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 568: CCTGACATGG TGCACGGATC TGGAAGAGGC GCTCTATCAT TGTGGGGCGC TTACTGGAGA 60 ATGCACAGCG AAGATATCCT AGATGCGCTG TTTGAGAAGC TCTGTGTGGG AAAGTGACCT 120 GCAGTACGGG AGATACGGGC GCGTGTGACT GATTAGTTAT ATTTCTTGGG GATGCAGCGT 180 CAGGTAACTT TTTTCGGTAG AAAGGTGGAG GCGCGCGCCG TnCTGAGTCT ATGTGCACGC 240 ACGATCCTGC GCGCAACGTT CCGTGAATCA TGCGCACGCA AGCTCATTTT CAATTTCTTG 300 CTGCAATACG CGGCGCAGGG GCGTGCGCCC AAGAATGGGT CAAAGCCGTG TTCAAGACAG 360 TAGGCCTTTG CAGCCGCGCT GTAGCCAGCA CAATATCTTA CCGCGTAAGG TTCTGCGAGC 420 TCTCATTCGC ATCTAAAATT CCTGCAGGTC TCTCGCTCAA nGGAGCAAAC ATACGCATCG 480 TCAAAGCGAT TGAGAAACTC CGAGAGA 507 (2) INFORMATION FOR SEQ ID NO: 569: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 502 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 569: TGCACAAnGA TGCGCGGTAA CACCGCATGC GATTGAGCAG GTGTGGAACG ACACATCACC 60 GTGCAGTACG CCTTTGGnTT GGTACAGGAT GCAACGCATG TGTTTTTTTT GTACGCGCAT 120 GAGCCCATGC GnGATCCGGC TTTTATTTTC TTTTCTGGAG TTGCTTGTGG GCGTGGTATG 180 CACGTGCTGC TCTTGGCTAC AACAACGGAG GTCAGGGATA TCCATGTATT TCGCGACTTG 240 GTCTTTTTAC TTGAGGAGGA GACGTTTGAG GATTTCTTTC GTGTCGAGCA CGAGAGATTT 300 GTAAGGCAGA AAAAGAAGCG TGTCGCACGC ACTGCGCTGT TAGAGCGCGG TTATCCATGT 360 TTTGAAGAAA ATTCATCGCG ACATCATGGA TGGGAATATT GATATGTCAA CTCTTTTGGA 420 GCAGGATTAG CGCTGCTTGA AAGACGCACG CGGTACCCTG TGTTGTCTTG GCAGTGCGGG 480 AGGTCAGGAT GAGAGGCAGC GC 502 (2) INFORMATION FOR SEQ ID NO : 570: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 530 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 570: GACGAATGCG ATGCCGACGG GTGATGTAAA TGCGATAAAG CCGGCTTATC TTAAGCAGTT 60 GCAGGATATT GCGTGGAAAC TGGAGGATCA CAGCCGAGAG ATTCGGGAGG TTCGCTTTAC 120 TATCGAGGCG GGCAGTTTAT GGCTTATTGA GCAAAAACCT GTCGAAGCGA AGAGCACAAT 180 CTCTTTGGTA CGGTTGCTGC TCGACCTGTA CGAGCGCGAG GTGGTGGATG CTGAATACGT 240 GGTCAAGTCG GTAAAACCGG GTCAGCTGAA CGAGATTTTG CACCCGGTCA TTGATATGAC 300 GAGTGTGACA GGTTTGAAAT CCTCGCAGGG GGGATTATTG GTGTTCCTGG TGCGGCGGTT 360 GGGCGAGTGT ACTTTACCGn CTGATTCCCT CATGCGAGGA CGTGGACGTG TGGACGAAGA 420 TGGGCGGACA AGATACACGG TGTATCTTGT GnTATGCCTG CAACGnACGC GGGGGAnGTT 480 AAGGGCAATT GAGGTGGCAA CTGGTGTTCT TTCTAACGAG GGGGGGTACT 530 (2) INFORMATION FOR SEQ ID NO: 571: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 521 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 571: nTCTTTTTnG CATACGGGGC ACGGGGACTC TGTGTGCCAT GTCCGTTTTT TGTCTACTTC 60 TTTCCTTTGG AAGGCGCTGT GTGGCGGCGG ATAATTTCCT TTCTTTCCTT GTGTGGAATC 120 TGGTTCTTGC CTTCATCCCC TGGCTCATCT CGGCTATCTT GCACGTGCnC nGGGGGGGGG 180 TCCGGGGGGG GGGGnGTTCC TTATGCTGCT CTGGCTATTG TTTTTCCCCA ACGCTCCGTA 240 CATCCTTACC GATATTATCC ACTTGGGAAA GGGTAAGTCA TTTTTGCTTT ACTATGACCT 300 TATTATTTTA CTCGCCTATA GTTTCACTGG TTTGTTCTAC GCGTTTGTCA GCCTTCACCT 360 TATTGAAAGC ATATTAGCCC GTGATTTTCA TATCAAAAGG CCATCATAAT TTCAGTATTT 420 GAATTGTATC TCTGTGCATC GGTATATATC TGGGGCGTTC TGCGCTGGAA TTCCGGGACA 480 TGTCCTACAG GACGCACTAA TCTTTCTGAA TnTGGTATCC G 521 (2) INFORMATION FOR SEQ ID NO: 572: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 520 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 572: AGAAGTGGTC CTGCAACTTT ATCCGCCTCC ATCCAGTCTA TTAATTGTTG CCGGGAAGCT 60 AGAGTAAGCT TGCTGCACAC GAGGGGCGCA AGGCGGCGTG CGCACCGCCT ATTCCCTGGG 120 AGCAGCTCAT GTGCCAGATG CGTGCACAAT CCCGCGCGCA CACCGTCGGC GAGCTCTTCT 180 CTCCGTGGAA ATCGTAATGT TCATTGTGTT CGAGAGAAAT AACAACCCCG CAGTCTATGA 240 GGGGGTGCCG TACTCAGCAG GATTTTGGTA TATGTGCTCA AGCGCGATCT GTGCTTGTGC 300 AAACAGCATG ATACTTTCTG TCGCAGTCTG ATAACGCTTC TCAGCAACGA CACGCACAAT 360 GCCGCAGTTA ATGATGAGCA TTGCACAGGT GCGGCACGGT GTCATGGTAC AGTAGAGTGT 420 TGCGCCCTCT AGACCGATGC CCAAACGCGC TGCCTGGCAA GGGCGTTTTG CTCTGCGTGC 480 ACGGTGCGAA CGCAATGCTG CGTGCACGTC CCGTCTTCAT 520 (2) INFORMATION FOR SEQ ID NO: 573: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 533 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 573: GCGGGTTTAT TAGAGTTGAT TGTGCAGGAA ACGCATACGA TTCATATTAG AATTTCGAGT 60 TTGTACCCAG AAAGCGTAAC ATCTGCTTTT TTGCGTGCTA TTGCGCACAC GCGCGTGTCG 120 CCTCATTTTC ATTTATCGGT TCAGTCGGGC AGTGATCGCG TGTTACGACG CATGCGACGC 180 GCTTACACAC GTGCGGACAT TTATCAGGCA GTTTCCGATT TACGGAGTGT GCGTGAAGAA 240 CCCTTTTGGG TTGTGACATA ATCGTCGGCT TTCCAGGGGA AACAGAGGAA GATTTTGCAG 300 ACACCCAGCG TATGTGCAAA ACTTTGCGTT TTGCAGGTAT CAGTATTCCG TTTCTGCACG 360 CCCCGGTACA GAAGCGTTGC TATGGATGCn AAATGCCTCA GCGTATTGCA GGAGAACGCG 420 TGCTGCATGC ACAACTGGCA GAGAAAAACT AACGTGCCGT ATTGGAATAT GGGAAGGGAG 480 GAACTAGTGC GGTGGTAnAA CATCCGTCGC ACGTGnTTTG ACAGAAAATT AAT 533 (2) INFORMATION FOR SEQ ID NO: 574: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 562 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 574: TCATTAGGCA CCCCAGGCTT TACACTTTAT GCTTCCGGCT CGTATGTTGT GTGGAATTGT 60 GAGCGGATAA CAATTTCACA CAGGCAATAT TCCCATCTTT CGTTACATGC GCAGTAAAAA 120 AGAGAACAGA GTCCCGTTCC TTTACCCACG CTATCAACTC ATTTGCGCAA TATTTCAGCT 180 GATTGATAGT CATAGGAATG GCACCTGCTT CGGGGGAAAA AACTGTCTGA ATCGAATCAA 240 CAATAACGAA GGTAGGGCAT CGTGTATTTA AAACACGCTC GACATCCTCG ACCCGCGTCG 300 CACAAAGCAA CTCGATGTTC TGAATTGGAA TATTCAGCCG ATCCGCACGC CCACGAATTT 360 GCCCCGGAGA TTCTTCACCC GAAACATAGA GAACCGATTT CCCGCAGCTG CAGCGATTTG 420 TAACAGTAAT GTAGATTTAC CAATGCCCGG TTCCCCGCCA ATCATGATCG CGGAGTCTTT 480 ACGGCGCCTC CGCCGAGGAC ACGATCGAAC TCTGCGATAC CACAACTAAT ACGCTGCGCA 540 TCCTGCGCGC GCACAGCACA CA 562 (2) INFORMATION FOR SEQ ID NO : 575: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 477 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 575: GTGCAACTTT ATCCGCCTCC ATCCAGTCTA TTAATTAAAT CTATCGTTGA AGAGGTATCT 60 GTACCGTGAG CCTCTGTGCA AAAGCCGTAG TTGCGCGCGT GTGTGACTCC TGCCTAAATG 120 TTCGCACAGA AGAAAGCGTG TCGGTAACGT ACATGCGAAT GATGTCTGCA GCCTTTTCCA 180 TCTCTTTCTC TCGGTAGAGC AGCCATTGTG CATAATGCGT GTGCTTTCTG GAGAAATGAA 240 CGGACTCAAA GCGGTTGAGA GAAATAGAAC GCACAATCTT TTCGCAAACT CGGATCAGCG 300 TGCGCACGTC GGTCAGGTCG AGGGGCGCAA CCGCGGCGGC GAAAAAATCA ATAATTTTCT 360 TTATTTCTTG GATTTTCTTC TGAGCGAGCT CTGCTAGGGC ATCGGCAAGC ACTTCCTTAA 420 ACCGCACGTC CCTTTTGCGA TAATAGGACA TGAGGAGTAC CCTACGCTCC TTCTGAG 477 (2) INFORMATION FOR SEQ ID NO: 576: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 569 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 576: TTCTTTAGCA CCTCCAGCGC TTAGCCTGAA AATATGAAAC AGGTCTGTGC ACCGCACCAC 60 TTGCGAGAGT CCTGGGTGAG AGTGAGGAGC AGGGnCCCGn AGGGGGGGGG AGGAGGACAG 120 AGCAGCCTGA GCAGCACTGC CTGCAGAAAC CCACAGGCTG CAGCAAAGGC CAATACAAGG 180 TTTACTCAGG GCCACATCTG AGCAGCCCAG GGCCAGGCTC CCCAGATGGC CACAGCGGCC 240 AGGCcTGGnC CAGGCCAAAG CCAGGAGCCA GGAGCTGCAT CTGGGTCTCC CACGTGGGTG 300 ACAGGGGCCC ATAGACTTAG GCCATCTTCC CCTACTTTCC AAGGTGCATT AGCAGGGAGC 360 TGGATCAGAA GTGGAGCAGC CAGGACTCGA ACTGGCGCCC ATATGGGATG CCGGCACTGC 420 AGGGTGCCCT GGAGAGCTGC ATCTGAaCGC CCTCACACAG GGCTCCGCAG GGGTTTCTCT 480 CGAATGCTTT GCCGGGTTTA TGGGGATGTG TTTGTTCTCA CTGCCAGTnG GAnCCTGAGA 540 TCCCCGGCCT GCTGTGCAGG AGCTCCTGC 569 (2) INFORMATION FOR SEQ ID NO: 577: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 602 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 577: TGTTTTCTCA GGTTTCTAAA GCTTCTTCCT AGAAAACTCG AATGTGTGGA GGATTTGACT 60 CCAGGTGGAA CCAATTAGCG TTTGGCAGCT AAAAACAAAA ACTTACATGC TAAAATGCAT 120 TCAAAACCGT AAAGTCCATA GAGAATGTCC AGAAAACACA AACACAGAGG CAGTAGCAAG 180 ATCTGGGATT GAGATAGCCA CAACACACCA GATAGTTTTG TTTTCATTAA GGAGTATCTG 240 GACAAATTGT TGTAGTTTTG AAGTGAAATT TAACCAAAAA ATCACCGTGA AAGTGGTTTT 300 GGAGAAAAGC ACAATCTTGC TGTTCAGCAA ATGCATCCAA TGTCATGTTT CCAAATACAA 360 ATATCATGTT TTCTCAGGTT TCTGGAGCTT TCTTCCTGGA AAACTCGAAT GTGTGGATTA 420 TTTGACTCCA GGTGGAACGA ATTAGCGTTT GGCAGCTAAA AACAAAAACT TACAGCTAAA 480 ATGCATTCAA AACCGTAAAG TCCATAGAGA ATGTCCAGAA AACACAAACA AACACAGAGG 540 CTGTAGCAAG ATCTGGGGAT GAGATAGCCA CAACACACCA GATAGTTTTG TTTTCATCCA 600 GG 602 (2) INFORMATION FOR SEQ ID NO: 578: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 587 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 578: GTGTTTTCTG GACATTCTCT ATGGACTTTA CGGTTTTGAA TGCACTTTAG CATGTAAGTT 60 TTTGTATTCA GCTGGCAAAC GCCAATTGGT TCCACCTGGA GTCAAATCCT CCACACATTC 120 GTGTTTTCTA GAAAGAAGCT TTAGAAACCT GAGAAAACAT GATATTTCTT TCTGTAAACA 180 TGACATTGGA TGCATTTGCT GAACAGGAAG ATTGTGCTTT TCCCCAAAAT CACTTTCACT 240 GTGATTTTTT GGGTTAATTT TACTTCAAAA CTACAACAAT TTGTCCAGAT ACTCCTGGAT 300 GAAAACAAAA CTATCTGGTG TGTTGTGGTT ACCTCATTCC CAGATCTTGC TACAGCCTCT 360 GTGTTTGTGT TTTCTGGACA TTCTCTATGG ACTTTACGGT TTTGAATGCA TTTTAGCTGT 420 AAGTTTTTGT TTTTAGCTGC CAAACGCTAA TTCGTTCCAC CTGGAGTCAA ATAATCCACA 480 CATTCAAGTT TTCTAGAAAG AAAGCTCCAG AAACCTGAGA AAACATGATA TTTGTnTTTG 540 GAAACATGAC ATTGGGATGC ATTTGCTGAA CAGCAAGATT GTGCTTn 587 (2) INFORMATION FOR SEQ ID NO : 579: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 703 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 579: CGCGCTTGCA GTTCAGGCTC AGTTTGCGCT GATTTTCTCT ATCACCACAG ACATAAAGGC 60 CCAAGAAGAA GTGATCAGCC AGTCGATGGT AGAACAGACG AAAGACAGTG TGCACGTGTT 120 GCACGCTATA CAGCACATCA CCGAGATCAC GCGCACGTTG CAGGAAAATT CGGGCGCCAT 180 CTTGGACAAC AGCAAGCACG TAGAGGAGgG CGATGCTAGC CCTTTCGCGC ATCACGTCTG 240 AAATCGACAG CAGCGTGTCG TCCATGCACA AAAACTCAGA ACAGGTTAAA AAGTATGCTT 300 CCTCAATCAC TGAAATCGGA CAGAAGAACA AGGATTCCAT AACGGACCTA GTCACTGAAT 360 TGAGTAACAT GCGACTCTAG AGTCGCGGGG GCGCCTGTTA CCCTTCAGCT GCCATGCGTC 420 TGCGCACTTC GTGcaGGTTA GGCGTGTGTC CTTTCGCGTA GAAAGGTCGC GCAtACGAGC 480 AGGCAGTCCT CCACCACGGC GTTGCGCTGT TCAACAAAGA TCCCCCACCT AATCCCCTTC 540 TTCTCTGCAA AGGCGTACTG TTGGCTCAAc TTCCGCGGAT CAGGGAAGAC TTCCGTCGCC 600 ACCTGCACTG CAAAGTATGA ACACAGCTTT TGGTACACAT CCATGAGCGC ACTAnCCTGA 660 CAGAAAGATA AGCGCCTGCA CAAAACAAAC GTGCTCTCGG GAC 703 (2) INFORMATION FOR SEQ ID NO: 580: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 433 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 580: AGTCAnTTCA ACGTGTTCGG CCGTGGCATA CAGCTCCCTG GTCTTCCTGA TTATCGCCCT 60 CGTGCGCAGG TTTCGCACAG GCCGGAGAAG ACAGGCTCCG GCGTACGCAC GATAGGCGTT 120 TTGATAAGTG CGCGCAGTGC ACCACCGCCT GAAACGACAA TGAGCTTCCG TGAGCGTCTT 180 CGTATAGGTA CCGTTGAACG GAACGAACGA ACCGCCCGAG AAGCTCTATG TCGGGCGTCT 240 CAGGCGCAAC GATGGAACCT CCAAGTGACA GAACGGTGAC CATGAAACCC TCTCGCCGGC 300 ATCGTAACGC AAAGAGACCC TTTGGATCCA GGCCCTGTGT GTATCTGGCA TTGCGTCCCA 360 GCGTGCACGG GGCGATGGAG TGTTCTACAC GGGCGACACA GACTCCTAGT TCTTGTATTC 420 TGTGCAAAAA CCG 433 (2) INFORMATION FOR SEQ ID NO: 581: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 452 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 581: GATACGCAGC TTGCGACGGT GAGCTACCGC ACGTACACCG TACCTAAGGG AnCATACTAT 60 TAGTGCCATT GCGCTGCGCC AGGTACTCAA GCATATGGGG ACGCTGCTGT CGGTGAACGG 120 AATTTCAAAC GCGCGCAGAC TATCGGTAGG GGATCAAATT ACTATTCCGT CCATGGATGG 180 ACTCATGCAC ACGGTACAAA AGGGGCAGTC GCTTAnTGCA ATTGCCAGTC TCTTTCGTTT 240 GCCCCTGAAT ACGTTGCTGG ATGCGAATGA TTTAGTCAnT CGTGCATTAA CAnTTGGACA 300 GCGnTTGTTT ATTCCGGGTG CAAAATTATC TGCTTCnGAT TTnAnGAAGG TGTTGGGGGA 360 GTTATTCATG TATCCAATTC GCGGGCGGCG CACCTCTGGG TTTnGGTACC GCTCAGATCC 420 CTTTTCAGGC AAnAGGAGCT TTCACAATGG GA 452 (2) INFORMATION FOR SEQ ID NO: 582: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 432 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 582: CGCGATCCGC ACGGnCAnGG GGCAGAAGCC TGCACTGGTG GTGTCGGTGC GCGATTGCTC 60 GGTGGTGACT TCTGGTGCGT ACGAGCGTTT CTTTGAGCGT GACGGGGTAC GCTACCATCA 120 TATCATCGAT CCGGTTACCG GGTTTCCGGC ACACACTGAT GTGGATTCTG TGTCTATCTT 180 TnCACCCCGT TCCACAGATG CAGATGCGCT TGCTACCGCC TGTTTTGTAT TGGGGTATGA 240 GAAAAGCTGT GCGCTCTTGC GTGAATTTCC CGGTGTTGAC GCGCTGTTTA TTTTTCCTGA 300 CAAGCGCGTG CGCGCAAGTG CAGGGATTGT CGATCGCGTG CGTGTGCTCG ATGCACGTTT 360 CGTGTTAGAG CGTTAGGACA GCACGTGTGC TGTTCGTGTG TAAAAAATGT GGCGGATGTC 420 CTCATCAGGT GT 432 (2) INFORMATION FOR SEQ ID NO: 583: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 435 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 583: CTGTGCTTAT CAGCACGCCA ACTAAAAGTC CAACGATGAC GCACGTACGA CACTTGACTT 60 CTCGTGCGTA GTGAAAAAGA AGCGCGCCGT ACATGCATGG CAGCGCGGTA AAAATCCAGC 120 GTAACGGCAC TCCCCACACA GCTTCTTCTT TGCGAAAAAC TGCGACGATA TTCGGTCCAG 180 ACGCAAAAAA GCAAGCGCTG AGCACTGCCA CCGTACAGAT CGCAGAGAGG AAGGAAAGAA 240 CGCGGTGCAT CGGTCTGTCC ACGTCGCACG AGAACAGGGT GACACTCAAG TGTTTACGTT 300 CACGCGCAGT AAAATGCCTG CAACACAGGA AAACACGAAG CTAACTGTGC AACCGCGGCG 360 TTCAnAnGAG GAGAAAAAAA GGAAATGAAT CTnCGTGCGC GGAGAAAACC TCGGAACCTA 420 CGCCCCGCTA AGAAA 435 (2) INFORMATION FOR SEQ ID NO: 584: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 434 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 584: TGCAACACAC CCCGAGCACG CTCGGCGTTG AGCTTACTTG AGAGCGnnGG CGTTGCACCC 60 AGAAAAGGAC AGAAGGAGCA GCAGGCTGCG TGGACGCACC GCGCACGCGC GCATCCCGCT 120 GTGCAACAAG CGGAGCACGG GTACGAGTAG CGGGAGGCGA CTTGGCAGAC GCTCGGTCAC 180 TCCGTGCATG CTTTGACGCA CCCTTTGACT CTGCAGATTC CCGAGTGTCA GAGGCAGGAG 240 AAGTTTTCCT GTCCTGCGCC GCGTCTGTGC GCTCAGCACG CGCCGGAGGA GAAACATCAA 300 GAnTTTTCGC ACGAGCGGTA GGGACnTCCT TTACCACCGT GAGnTCAGGA nTTGCCCTCT 360 GTGTTGGCGC AGGAGTnTTC CCCAGCTCAG GAnTTTTTTC AGGnTTTTTA GCCATAAGCT 420 CGGnTCCATG ACGG 434 (2) INFORMATION FOR SEQ ID NO: 585: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 427 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 585: TCTCTCATAC TGCTCnTACT CCTCTCTCAT CATTGTCTCT CCCCGCTGTA CATCCGCGCG 60 GTGnCCGCAC TGCCAGACAC CCTTCCTCCT GTGAGGCTGG TAATCGGCGT TGGAATAAAA 120 GGGCAGGGTA TCGCCTGCTT GCATTCTGCC GCCCTTCCTG AGAAGAAGGC GCGCATCGGC 180 AGTTCACTGA CTACCCTTCC GGCAGCCTCC GGTGCATCGT GCCTCACCTT TTTTACCCGT 240 GGACACATAC CCCAATTGCG CATTTCAAAA AGTCCGTTGA ACAATCGTTC GTCGTTTTCT 300 TACACGCAGA TGTGCAACAA CTACGAACGC AAAACATCAC GTGGCTTGGA TCCATTCGGC 360 GGACCGACCA CCCCCCTTGC TTCCATTCTT CGATTAGGCG CGCGGCGGAT TGTAGCCTAT 420 CTCAATT 427 (2) INFORMATION FOR SEQ ID NO: 586: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 430 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 586: CGGTAACACG TGGTTTGCGG CGCAGGCATT GGAGTAATTC ATCGTACAGG AAGTCCGGTT 60 TTGCCCCAAT TTTTTCAATG AGCGGAGAGA TAATCCCGTC TTTCTGGGAA AGTAGGGCGT 120 GGAGTAGATG TTCCTCCTCA ACTTGACCGT GGTTCTCCGC TTCTGCCAGA GATATGGCGT 180 CATTGAGCGC TTCGCTTGCT TTGACTGTGT ACCTGTCTGT GTTCATGGCG TGATTATAGG 240 TCTTTTGAAC GCTTTTTTCT CGTCATCGGT ATGTTTTTTC TACCGCTTGC AGGGGACTTA 300 CGGGAGTAGT CGCGGTGGAG AACAGGGGTG TACATGGTAT GCGGTGCGCT TTGGCAGGCC 360 GCGTAAGGCG TACCTTnTAT ATTTTCTGTT TTGAATAGGC TCCGCGATTG GGAGTTGGGA 420 ATAGGAAAAA 430 (2) INFORMATION FOR SEQ ID NO: 587: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 439 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 587: GnCCCCATCA GGGAAAATGC AGGAAGTGCA GGAAGCGGCG GCAGGTTCGG CGGACTTCCC 60 TGCGGGGnTG TGAAGATTTT GCACAACCTT ACCGGTAGTT TAGCAGGATT AGGCTGAACT 120 GCCTCTAGCG CGTTTATGTA CGTATCCCCC GAGATTCCAG CGCGCTTCGA ACTCCAGCCG 180 TTACTGTCTG CGTCGCCTGT TGCACTACCT GGGTTACCCA GGCTTCCTGT TTTTGACTTT 240 CTCCCTGGAA AGGTTATTTG AAAAGGGCGG TGAGTTCACT CTGCGCCCTC TGTGTGCGAT 300 TTTGAAAGTC CTGTGCACTC TGGTGTTGGT TACCGGCGTC GAAGGGCGAA AGGAGAAAGC 360 GGAAACCGGG CGCCTGGTTT CCGAGGGTGA AGTCGGCCCC CTAACATTCC ACAGCAGTTT 420 AATCTnGGCG nGCGTTGTT 439 (2) INFORMATION FOR SEQ ID NO: 588: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 558 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 588: TTCACCATCG AGGTGGAGCG CTCCTTGCGC GTTTTAGACG GTGCCGTCCT CGTACTCTGT 60 TCGGTTGCAG GCGTCCAGTC CCAGTCCATC ACTGTCGACC GGCAGCTCCG CCGCTATCAC 120 GTGCCCCGTA TCTCATTTAT CAATAAGTGT GATCGTACGG GTGCCAACCC TTTCAAGGGA 180 GnACTTGTGG CGACAGCGCG TGCAGCAACG TGAAAAACAG CGCTCGTAAG CTCCCCTGCG 240 ATCTTATACA TATTCGGGAT CATAAGCAGC AATCCCTGAG AAGCAGTAAA AGTAGAAGAG 300 AGCGCCCCCG TCGTCAGTGC GCCATGAACA GCTCCCGAAG CGCCTGCCTC AGACTGAAGT 360 TCTACAACGG TGGGAACGGT ACCCCAGATA TTTGTGCGCC CCCGTGCGGA ATATTCGTCT 420 GCGATTTCTC CCATAGGACT GGAGGGAGTG ATAGGGAAGA TAGCAATGAC CTCACTAAGC 480 GCGTGAGCAA CGTGCCCCAn TGCGGTGTTA CCATCCATCA TGACGAGGTT CTTCTCAGAC 540 ATACGAnCGT CCTCTCTC 558 (2) INFORMATION FOR SEQ ID NO: 589: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 392 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 589: TAATTCCCGA ACAACnGTGC CAATCGTACT CCGCAATATT CACCGACAGC AACGCTGTCC 60 CCTTCTTnCC ATTGCTTCTA GTAAGCCCTT AAGCCCAGGG GAGAATCTCG CGCTGGTAAT 120 CGTGCAGGGC TTTTCCCTTA ATTCTCAGGC CATGATCCAA ATCAGCGATG TCCGAGAGAG 180 TAAAGCAGTG ATAAAGACTT TTCAAGAGAG CAGAAAAGTC ACTGACCATA GCGTAnTCTC 240 TGCAAGATTA CCGCTATGCA TGTTTACTGC GATTTCTTGT AACGCAGCTG TGCGTGCAAG 300 GAGAGTGGTA CTAATCTCAC GCAAGAGTGC ACGCACTCTC CCCCTGAAAG AGTGGTAAGA 360 TTAAGGGTGA CGTCGGTATC CAAGGATTGG CA 392 (2) INFORMATION FOR SEQ ID NO : 590: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 507 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 590: CCGATAnCAT TACCTGGGAG GGGGATGCAC GCATTGTGCA GGCAGCGCGT GTTTCTTACG 60 GTGCGGGGAC TAGGACTGCG CGTGACGATG CGGCGCTTAT CGATTTTCTT TTACGCAATA 120 AGCATACGTC TCCTTTTGAG CAGGTGGTCC TTACCTTCCA TGTACGTGCA CCGATTTTTG 180 TCGCGCGTCA GTGGATGCGG CATCGCACTG CTCGCATCAG TGAGGTGTCT AGTCGTTATT 240 CGCTTCTTAG TCATGACTGT TATGTTCCGC AGAAACTTCA GTTGCAGTTC AGTCCACGCG 300 TAACAAGCAG GGCCGCGCGT CCGAAGTATC TCTCCTGAAC AGCAGCAGGA AGTGCGGGCA 360 GCGTTTGAAG CTCAGCAGAA AGCGGCGTGT GCnCTTTACG ACGCATTGAT CAAAAGAACA 420 nCGCGCGGGA GCTAGCGCGT ATTAACGTGC CGCTTTCGCT TACACCGAGT GGTATTGGCA 480 GATTGATTAC ACAATCTTTT CATTTTT 507 (2) INFORMATION FOR SEQ ID NO: 591: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 663 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 591: TCCACCTGGA GTCTATACGC CACACATTCC GTTTTCTAGG AAGAAgCTTC AGAAnCcTGA 60 GAArACaTGA TATTTsTwTy TGTAAACATG ACATTGGATG CATTTGnCyG AAyAGGAaGA 120 TtGTGCTTTT CTCCmAAACC wCTTTCACGG TGATTTTTGG TTAArTtTCA CCcGAAwTCC 180 ACAAsAATTT GTCCAGATAC TCtGGATGAA AACAAAACTA TCTGGTGTGT TGTGGCTATC 240 TCAATCCCAG ATCTTGCTAC AGCCTCTGTG TkTGTTTGTG TTTTCTGGAC ATTCTCTATG 300 GACTTTAmGG TTTTGAATGC ATTTTAGCAk GtAmsnTTTT TGTTTTCAGC TGGCAAACGC 360 TAATTGGTTC CACCTGGAGT CwAATmCkCC ACACATTCGA GTTTTCTAGG AAGAAAGCTT 420 CAGAAACCTG AGAAAACATG ATATTTCTTT CTGTAAACAT GACATTGGAT GCATTTGCCG 480 AACAGGAAGA TTGTGCTTTT CTCCAAAACC wCTTtCACGG TkATTTTTGG TTAAATTcAC 540 ycGAAwwCyA CAACAATTGg TCCAGATACT CCTGGATGAA AACAAAACTA tCTGGTGwkT 600 TGTrGCTATC TCAATCCCAG ATCTtGCTAC AGCCTCtGTG TGTGTTTGTG TTTTCTGGAT 660 ATT 663 (2) INFORMATION FOR SEQ ID NO: 592: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 409 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 592: AAAAAATAAC TGCGTGTCAA AACCCACACC CTCAAAACGG ACCCGGCGAG CAGCGCCACG 60 CACTGCACTA CCCGCCTGTC TTACTGAACA AAGAACGCCC TTATGCGCGC GCACCCTCGG 120 ACCTTCTGAA CGTCCCTACC ACTGAGGCCC CTTCCATTCA AAATCATCCC ACTCTGCAAC 180 TAATGGCTCG CTCCAGAACC TTCCGGAAAC CCCAGTTTGC TCATCAATAT GTAGCGAGTA 240 CTCATCATGC GAGGGTGCAG CGATCTCGAA ACGTACCTTG TACGTACCAA GCCCCTCTTC 300 AAACTTCACT TCGCCCCATA ATGCGGACCG TCCCCTGCGT TCAGGGGGGA AACATCAACT 360 TTGCAACTTC TCAGAGCCAT GTTTTGGGGG GAAGCAAAAA ATTCGGGAT 409 (2) INFORMATION FOR SEQ ID NO: 593: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 521 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 593: GTTCGGCAAA TGCATGCAAT GTCATGTTTA CAAATACAAA TATCATGTTT TCTCAGGTTT 60 CTAGAGCCTT CTTCCTAGAA AACTCGAATG TGTGGAGGCT TTGACTCCAG GTGGAACCAA 120 TTAGCGTTTG GCAGCTAAAA ACAAAACCTT ACATGTTAAA ATGCATTTGA AACCTTAAAG 180 TCCATAGAGA ATTTTGCAGA AAACACAAAC ACACAAAGAG ACTGTAGCAA GATCTGGGAT 240 TGAGATAGCT GAAAATCACC AGATAGTTCT GTTTTCATCC AGGAGTATCT GGACAAATTG 300 TTGTGGATTT TGGTTGAAAT TTAACCAAAA ATAACCGTGA CAGTGGTTTT GGAGAAAAGC 360 ACAATCTTTC AGTTCGGCAA ATGAATCCAA TGCCATGTTT ACAGAAAGAA ATATCATGTT 420 TTCTCAGnTT CGGAGCTTCT TCCTAGAAAA CTCGAATGTG TGGAGGATTG ACTCCAGGTG 480 GAACCAAAGA GCGTTTGCCA GCTTAAAACA AAAAGGGTCC T 521 (2) INFORMATION FOR SEQ ID NO: 594: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 487 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 594: TGCTGGGTGT TCTCTGTTTG TGTCTGCCGC TTCCTACGAC GACAATGAAT TTTCTCGCAA 60 GAGTCGTGCG TACTCGGAGC TTGCAGAGAA GACCTACGAT GCGGGGAGAG TATGACGTCT 120 CTGCAGAGTA CGCCCGGCTC GCTGAGGGTT TTGCGCAAAA ATCCTCGGTC TACATCAAGG 180 GAAACTATGG GCGCGCACCA ATGCCGAGGG ACGCTATGAA CGCTGCGGGC ACCCGCCCAA 240 GCGTGGGGCG AAAAATTGAA GCGCATCGAn TGGCGCTATC CGACCGAGTA ATTGCTCGCT 300 AnGCGAnGGC TATCAAGACC GGAGGGCTTC GCTTTTTGAC AnCCAAGCAG TACGACGTAG 360 CGCTTCACGT GGGGCGCGTn AAGGCGTTnG ACGCACTCCA AAAACGTAAA AnCTGAAAAT 420 TCATTGCTTG CCAAAGGCCG CGAAGGAAGA AGCTGCGCGC CAAGnCGCCG AAGCACGAAA 480 ACTCCGA 487 (2) INFORMATION FOR SEQ ID NO: 595: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 377 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 595: ATCnGTGTGC GTGCCGAGGA TGCACCAGGT GGTTATGTCC CCGnGAACCC TGCCTCTCAA 60 GCACAGGATG CAGCGTTTGA TTTCGATGGG GTGCACGTTA CGCGCGGAAC TAATTCTATC 120 ACCGACCTTA TCCCCGGCGT TACGCTTTCG CTGCACGAAC GTACAGAAAA AACCGAAACG 180 CTCTCTGTCA CCCCCGACGT GAACGCCATG AAGAACGCTA TTATAGAATT CGTTGCTAAG 240 TACAATCGAC TCATGGCAGA AATTAACATT GTCACCAGTA ACAAGTCAGA CCATTATnGA 300 CGAGCTTGCG TGATCTTACC CCCGAGGAGA AAAAGAAAGA GACAGAACAA CTCGGnCAAC 360 CTCCACGGGG GAATCCA 377 (2) INFORMATION FOR SEQ ID NO : 596: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 366 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 596: CGTGCTTTCA CCTTTTCCCC ATTTnAAGAG AGTGTTAATA TCCACAATAC GCTCACCATC 60 GTAGAACACA ATGACCTCTG AAnAAGGGTA CCGCCGCGTT GTAACTCCTG nnAATACGCT 120 TCCACGCTTC CACATTCCCG TTATGAAACA ACTCGTTAGA AACAGGCACC GATATTAACT 180 GAGACATCCG AATCGGACCT nCAGAGGCTT GAGCAGGAGG ACGCGCGGTG AGGGGGGGGG 240 GGGCAGACGA AnCCCGATCA CAGGTAGCCC CTTCAGACGC CCTGGnAGCG TCCGCACCCG 300 GTTCTTTGCC GATCGAACCC TCTTGCCAGA ACCCTCAGAC TTTTTCGTAG ACACAAATGC 360 nAAAAC 366 (2) INFORMATION FOR SEQ ID NO: 597: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 953 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 597: ATTTAAAAGG ATCTAGGTGA AGATCCTTTT TGATAATCTC ATGACCAAAA TCCCTTAACG 60 TGAGTTTTCG TTCCACTGAG CGTCAGACCC CGTAGAAAAG ATCAAAGGAT CTTCTTGAGA 120 TCCTTTTTTT CTGCGCGTAA TCTGCTGCTT GCAAACAAAA AAACaCgCTA CCAGCGGTGG 180 TTTGTTTGCC GGATCAAGAG CTACCAACTC TTTTTCCGAA GGTAACTGGC TTCAGCAGAG 240 CGCAGATACC AAATACTGTT CTTCTAGTGT AGCCGTAGTT AGGCCACCAC TTCAAGAACT 300 CTGTAGCACC GCCTACATAC CTCGCTCTGC TAATCCTGTT ACCAGTGGCT GCTGCCAGTG 360 GCGATAAGTC GTGTCTTACC GGGTTGGACT CAAGACGATA GTTACCGGAT AAGGCGCAGC 420 GGTCGGGCTG AACGGGGGGT TCGTGCACAC AGCCCAGCTT GGAGCGAACG ACCTACACCG 480 AACTGAGATA CCTACAGCGT GAGCTATGAG AAAGCGCCAC GCTTCCCGAA GGGAGAAAGG 540 CGGACAGGTA TCCGGTAAGC GGCAGGGTCG GAACAGGAGA GCGCACGAGG GAGCTTCCAG 600 GGGGAAACGC CTGGTATCTT TATAGTCCTG TCGGGTTTCG CCACCTCTGA CTTGAGCGTC 660 GATTTTTGTG ATGCTCGTCA GGGGGGCGGA GCCTATGGAA AAACGCCAGC AACGCGGCCT 720 TTTTACGGTT CCTGGCCTTT TGCTGGCCTT TTGCTCACAT GTTCTTTCCT GCGTTATCCC 780 CTGATTCTGT GGATAACCGT ATTACCGCCT TTGAGTGAGC TGATACCGCT CGCCGCAGCC 840 GAACGACCGA GCGCAGsGgT CAGTGAGCGA GGAAGCGGAA GAGCGCCCAA TACGCAAACC 900 GCCTCTCCCC GCGCGTTGGC CGATTCATTA ATGCAGCTGG CACGACAGTT TCC 953 (2) INFORMATION FOR SEQ ID NO: 598: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 468 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 598: CCGAAGTAAC TGGCTTCAGC AGAGCGCAGA TACCAAATAC TGTTCTTCTA GTGTAGCCGT 60 AGTTAGGCCA CCACTTCAAG AnCTCTGTAG CACCGCCTAC ATACCTCGCT CTGCTAATCC 120 TGTTCACAGA GATACCCTTG CGTTTTTGCC AGGCGCAGTG CGGCAATGGT GTCAGCCGTT 180 TCTCCCGACT GAGnAAATCG TCAGTACTAT TTCACGCGCG TGCACGACGC TCGTGCGATA 240 nCGGATACTC TGAGGCAATC TCCACCTGAC ATCCCACCCC TGCAAATGCC TCAAACCAGT 300 AACGCGCCAC TAACCCTGAC ATGGTACGAn GTACCACACG CGATAATGCG CACCCGTGTT 360 ATCCGTCTAA ACAGCCGCTA CAAACGTCTT ACACGAGGTA nCGTCCAAGA CnCGGTCnTC 420 CCCGAACGTC CGCACCTGTG CGCGAGAAGA CGAAGAAAGA CGACATAT 468 (2) INFORMATION FOR SEQ ID NO : 599: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 477 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 599: GGAAGAGGCA CACCTGACAT GGAAGGAAGC TGCGCGTGCG GCAGTAGACG CAGGAGCACA 60 AGCGCTTGCG TTGCACCCGC GCACCTGCnC CAGTGTTACG CGGGAGAGGC AAACTGGGAC 120 ATAATCGCAG ACCTCGTGCA GTGCGCGCGT GGGTGGGGAG AGGTTCCCGT GTTCGGCTCA 180 GGGGATCTGC ATGCGCCTGA AGACGCACGG GCAATGTTAG AACACACCGC ATGCGCGGGG 240 GTTATGTTTG CCCGCGGTGC TATGGGCAAA CCGTTTATTT TCAGACAAAC CCGTCAAGCT 300 TTTAAACTGA AAGGATACTA ACACGCCCCG TGAACGTTTT GAAGCAAAAA GCTTAAGCGC 360 CAACTTGGCC GCGAAGCTTT CAACTTCTTG GCAACAAAGA ACGTTGGGGA AGAAAAAGCT 420 TCAAGCCCTT GGCAAAACCA AGAATnTCCG CCAAAACGGT TTTTTTGGnT TTTCCGG 477 (2) INFORMATION FOR SEQ ID NO : 600: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 533 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 600: CTCCAGAAAC CTGAGAAAAC ATGATATTTC TTTCTGTGAA CATGACCTTG AATTCATTTG 60 CTGAACACAA AGATTGTGCT TTTCTCCAAA ACCACTTTCA CGGTGATTTT TTGGTTAAAT 120 TTCATTTCAA AACTACAACA ATTTGTCCAG AGACTCCTGG ATGAAAACAA AACTATGTGG 180 TGATTTGTAG CTATCTCAAT CCCAGATCTT GCTACAGCCT CTGTGTGTGT TTGTGTTTTC 240 TGGATATTCT CTATGGACTT TAAGGTTTTG AATGCATTTT AGCAGGACCC TTTTTGTTTT 300 CTGCTGGCAA ACGCTAATTG GTTCCACCTG GAGTCAAATC CTCCACACAT TCGAGTTTTC 360 TAGGAAGAAA GCTCAGAAAC CTGAGAAAAC ATGATATTTG TATTTGTAAA AATGACATGG 420 ATCATTGCTG AACAGAAAGA TGTGCTTTTC TCCAAAACCA CTTTCACGGT GATTTTTGAT 480 AAAATTTCAC CGGATATCCA CAAAAATTTG TCCAGATACC CCTGGATGAA CAC 533 (2) INFORMATION FOR SEQ ID NO: 601: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 430 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 601: AAAACCACTT CCACGGTGAT TTTTGGTTAA ATTTCACCCG AAATCCACAA CATTTTGTCC 60 AGATACTCTG GATGAAAGCA AAACTATCTG TTGTTTTGTG GCTATCTCAA TCCCACATCT 120 TTCTACAGCC TCTGTGTTTG TGTTTTCTGG ATATTCTCTA TGGACTTTAC GGTTTTGAAT 180 GCATTTTAGC AGGACCCTTT TTGTTTTCAG CTGGCAAACG CTAATTGGTT CCACCTGGAG 240 TCTAATACGC CACACATTCG AGTTTTCTAG GAAGAAAGCT TCAGAAACCT GAGAAAACAT 300 GATATTCCTT TCTGTAAACA TGACATTGGC TGTATTTCCC ATACAGGAAG CATGAGTTTT 360 TCTCCAAAAC CACTTTCACG GTGGATTTTG GTAAAGTTTC ACCCACAATA CACAACAATT 420 TGTCCTGGAT 430 (2) INFORMATION FOR SEQ ID NO: 602: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 361 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 602: GAnTTGAGCA TGTCAAGTTC TTnCCCTGAA GACGAGGGAG GGGATGGTTC TACCCTCACG 60 AGGAGACGAC GGATTTTGTT GGCAGTGTGC GCATTTCTCA TTCTGCTCGG TGGTGTCTTG 120 GTAGGTTGGG TTCTGTACAT GCACGGCGCC TCTCGTCCTG CGGTCGTGCC GTCACAAAAA 180 GTTGAACTGG CCCAGGTCTT CTGGCGGCAT GTTGCAGCGC GTGAGCTTGG AGCGTACTGC 240 GGTTGAGGCA CGTGTTCGTC GATCTCCCAT CTGAGACTGG CTCTTCCAGA AACCCACAAG 300 GGAAAAGGGA CGTTCCCCCC TGGCGTTCTT CCCGGGGGCT GAAACGGGCT AACGAGTGCA 360 G 361 (2) INFORMATION FOR SEQ ID NO: 603: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 338 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 603: AGCGnGnAGA GGATCCCGTG TACAGTGTAA ATGGCTGGTG GTGGGATTTA CGTAAACGTC 60 GTATGCGCCT GTCACGTGGC GCACTGCTTC CTCTATGCGC CGCACGCACG CAGnAAGCAT 120 ATACCGTGAA CAACAAATGA CACTTGCATG AAAGACTACC TCCTATTCAG GACGGGTTTT 180 TTATGTATCC AAAAGCTCTG GGGAGGnAAC GGCTGGCAGT GACGGCAAGA AACTTGCATG 240 TACCGGTTAA AAAACCGTAC ACTTTTCATC CTATCTnGCT GTGAAATGGG AGCTCAACGA 300 ATTATGACCC AAAAAACTGn CAAAAAATAG TGCTGCCT 338 (2) INFORMATION FOR SEQ ID NO: 604: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 959 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 604: CGGATnCCGA CTGCGTAATT TTGAATCGAG GAGTACAGTG ATGGAGACGT TTTTTACCTC 60 AGAGTCTGTG AGTGAGGGTC ATCCTGATAA GCTGTGCGAC CAGATTTCTG ACGCTGTTCT 120 TGATGCCTGT CTTTCGCAAG ATCCTCACAG TTGTGTTGCG TGCGAAACTT TTGCCTCCAC 180 GTCCCTTATC CTGATTGGAG GTGAAATTAG CACGCGGGCG CATATTAATC TTACCCAAAT 240 TGCGCGTGAT GTTGCCGCTG ACATTGGATA TGTAAGCGCT GATGTCGGTC TTGATGCAGC 300 GTCCATGGCT GTTCTTGATA TGACTCATCA TCAGTCGCCT GATATTGCGC AGGGGGTGCA 360 CGGTGCAGGA CTGAAGGAGT TTGCAGGATC GCAGGGGGCA GGGGATCAGG GGATTATGTT 420 TGGTTTTGCG TGCCGCGAGA CGCCGGAGTT TATGCCCGCC CCCCTCATGT GCGCGCACGC 480 GGTTGTGCGC TATGCTGCCA CGCTTCGTCA TGAACGCCGT GTGCCGTGGC TGCGTCCTGA 540 TGCAAAAAGT CAGGTTACCG TACAATACGA GGGACATCGA CCGGTACGTA TCAGTGCGGT 600 TGTGTTTTCT CAGCAGCATG ATCCGTCACC TTCATACGAA ACCATTAGAG AAACGCTCAT 660 AGAGGAGATA GTGCGTCCGG CGCTTGCACC TACAnGTCTG TTAGATGAAA ACACGCGTTT 720 TTTTATCAAT CCAACCGGTC GTTTTGTCAT GGCGGTCCCT TnGGGACAnT GGTTTnACCG 780 GGAGAAAGAT CATCGTAGAC ACGTATnGGG GAATnGGGCG CCATGGAnGA GGTCCTTTCA 840 GTAAGGGTGC ATCTAAGGnA GATCGTCTGC AGCGTATATG CGCGTATATT GCAAAAAAAT 900 TTGGCAGCCG ACCTTCTGAC GCnGTTAGTG CAGCTTGCAT ACGCAATCGG GGTACAnAT 959 (2) INFORMATION FOR SEQ ID NO : 605: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 378 base pairs (B) TYPE: nucleic acid (C ) STRANDEDNESS : double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 605: AGTATGCCCG CGCGGCAAAT GAAGACGnAA CGTGACGAAA CCCTCGTGCT ACTCAGTAAA 60 ACCCGAGACC CTGACCCGAC AGACCGnCAG CCGCAGACCG GCAGTGCAAC AACGACATCT 120 TATAGGATGG CAGGCGTACA TGCCCGTCCA CTACACGGTC CTGACCGGAC CCCAAGCCCC 180 AGCCGCAGCC AACATCAACT TCCCGGTATG GGGATGCCTC ACGCACATCG CAGCCAGCAA 240 TGTATTTCAG GGAGTATTTC TCAACATGGC CATGACCGGC ACACGACTGC GCCAGCCTCG 300 TGGGGCGTAA GAAAGACGGA GCGCAGGCAC CTnAGTCGAG GACTGCGTGA ATGTGGAAnG 360 CTCGTTTAGC TTCTCAGA 378 (2) INFORMATION FOR SEQ ID NO : 606: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 445 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 606: CCACCCnTAT CAGTTACATC AATGGGAAAA CCATCGCACG CAGCAGCACG CAACAAGAAC 60 ACTTCCGAAT GCTCCCGGCA CATATCGTGC GCAATACCCG CGCAATAAAC GTGCGGCTCA 120 AGCTGCGCTT CCAACGCATA CCGCCGTACC AGCATGCACC CAAACTCCGC TACACGACGC 180 GAATGCTCAT GCTGCACCGT CTCGGCAGTA TACGAAATAC CCCCACGCCT AATCTCACAC 240 TCTTCAACAG AAAAATACGG CGTTGTCCCA ATTGCTAAAT GGAGCATCCG CACCCGATCG 300 TGCGCACTTG CACTTCCTTC CTTTTCTTTG AAGGGGGAAA CGAnGTAGGC ACAAACAGCA 360 CGCGGTCATA CCCGGCGTGC GGTGTACTGG CATCAGCCAA GAGCAAGTGG CCCAGATGAA 420 CAGGATnGTA CGAACCGCCA AACAG 445 (2) INFORMATION FOR SEQ ID NO: 607: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 435 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 607: GCCATTCGCC ATTCAGGCTG CGCAACTGTT GGGAAGGGCG ATCGGTGCGG nnCTCTTCGC 60 TATTACGCCA GCTGGCGAAA GGGGGATGTG CTGCAAGGCG AT AAGTTGG GTAACGCCAG 120 GGTTTTCCCA GTCACGACGT TGTAAAACGA CGGCCAGTGC CAAGCTTGCA TGCCTGCAGG 180 TCGACTCTAG AGGATCCCCA GTCTTTTCAG ACTGTCCGCA TCATTGGGCA AAACGATGAG 240 CGCAAAGTAC TTACCCGAGA CACTCGCCCA AGAGACAGGC GTATCTACCT GTTCACGTCC 300 ATCTCCTTCA GAGCATACGT TTTCGCCTGC CAACTGCACT ACCATGAAGT GCGAAACTCA 360 TATTGTCCGC CGCATCCGCT CAGGCCCGAT CTCAGGCGGT GTGCGCAGGT ATAAnTGCTG 420 TCCCAAGTCA AAGCC 435 (2) INFORMATION FOR SEQ ID NO: 608: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 248 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 608: CTnCGGCAAC GCATACAAAA CACCGTCGnC GAGTTTTTTC AACTGCGCGT CATTCTCCAC 60 AATTACGGTG CGTGCCTCTA CCGCACCGAG AATCTGACAC AAGATCACGC TCGGTAGCGT 120 CAGAGCCACG CGTGTACGTC TGCTGCACCA AGCGCCTGAA TACCAAAGCT CGCGTGGAGC 180 CACTCAACCC GATTGTCGGA AATCAAACCA ATGTCAATCA CCACGTACCA CACCCAATGA 240 CTGGCCAG 248 (2) INFORMATION FOR SEQ ID NO: 609: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 357 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 609: CAGAGGCTGT AGCAAGATTC TGGGGATTGA GATAGCTACA AATCACCAGA TAGTTTTGTT 60 TTCATCCAGG AGTTTCTGGA CAAATTGTTG TGGATTTCCG GTGAAGTTTA ACCAAAAATC 120 ACCGTGGAAA GTGGTTTTGn GAGAAAAGCA CAATCTTCCT GTTTAGCAAA TTCATTCAAT 180 GTCATGTTCA CAAAAAGAAA TATCATGTTT TCTCAGGATT CTAAAGCTTT CTTCCCTAGA 240 ACACTCGAAT GTGTGGGAGT ATTTGACTGC AGTGGGACCA TTAGCGTTTG CCAGCAGAAA 300 ACCAAAAAGG GTCCTGCTAA AATGCATTCA AAACCTTTAA AGCCATAGnG ATATCCn 357 (2) INFORMATION FOR SEQ ID NO: 610: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 370 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 610: GTGAGTTTTC GTTCCACTGA GCGTCAGACC CCGTAGAAAA GATCAAAGGA TCTTCTTGAG 60 ATCCTTTTTT TCTGCGCGTA ATCTGCTGCT TGCAAACAAA AAAACCACCG CTACCAGCnn 120 GTTTGTTTGC CnnAATCAAG AGCTACCAAC TCTTTTTCCG nAGnAACTGG CCTTCAGCAG 180 AGCGCAGGGG ACCAAATACT GTTCTTCTAG TGTAGCCGTA GTTAAGGCTC CCCACGnAAC 240 ACCGTGGTGC AGGCGTCAAG CGAATTGAAT ACCATGTTCT CTATCGCTGT TTCTGTGTAG 300 AAGGCGATAT GAGGGGTATA GATGATACGC TCATGTnCGA CAAnCCGAGC ATAGACCGTA 360 TCGTAATAGG 370 (2) INFORMATION FOR SEQ ID NO: 611: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 541 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 611: TGGTTAACCC CCCACCATTG GCCTTAACCC CCCAAGGCCC CGGTTTGGAA AAAAGGGACC 60 CACCCTTAAT TCCCCCAAGG CCCAAGAGGG GGGGTTTAAC CGGGGGTTCC CAAGGGGGTT 120 CCCAAAAAAA GGGAAGGGAA TTGGGGGGAA AAAAAAAAGG CCCAACCCAA GGGAAAGnGG 180 GCCCGGGAAT TTGGGGGGAA ATTCCCCCTT TGGnTTTGGG CCCTTTTTnA ATTTCCCAAA 240 GGCCCAACCC GGGCCCCCCA AAAACCCTTT AAAAAAAAAA AAGGTTTCCC CCCAAAAACC 300 CGGGAAATTT GGGAAACCGG GCCCAAACCG GGTTTnAACC GGGGAACCCn AACCCTTTTT 360 GGGGAACCCT TTTTTCCCTT CCCGGGTTTG GnCCGGGTTT AAGGATTTGG GAAAAAAAAA 420 AAAAGGGGAA AAAGGCCCGG GCCGGGCCCC CGGGTTTAAA CCCAATTTGG nCCAAATTGG 480 GGGGCCCAAG GnCCGGGCCG GGGGGTTTnA AAAAAAAAAA ATTTCCCCCA AGGACCGGGT 540 T 541 (2) INFORMATION FOR SEQ ID NO: 612: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 330 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 612: CAATTTTGTT GCGGTTATGG CTACGGnTGA nAGTACTTGC AGGAACCGGC CCACAGTTCA 60 GGAGGGCCTC GAAGGCGAGG CCCGCGGTGA GTGCGCCGTC TCCTACGACA GCGACTACCT 120 TACCTGATTT ACCCCGGTAT CGTAGGGCGC TGAGGATACC ACTTGTCGGG CAGAAAGTGC 180 CGTGGAAGAG TGACCGGTAC CAAAAGCGTT CGTACGGGnC TTTnCATACG TCGCCGCGGG 240 GAACCCCGnA AATCACCATC CTTCTGGACG GTAGGGTCAT GGGAAGCGGC CCTGGCGCGT 300 GCCAGTGAGG nAGCTTGTGC GACGTACACT 330 (2) INFORMATION FOR SEQ ID NO: 613: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 565 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 613: TGGCTGTTCC ACTTCTGATC CAGCTCCCTG CGACTGGCCT GGGAAAGCAG AAGATGGCCC 60 AAGCGCTTGA GCTCCTGCAC CCACATGAAA GACCCAGAAG CTCCTGGCTT CTGATCAGCC 120 CAACTCTGGc TGTTGCAGCC ATTTGGGGAG TGAACCAGTA GATGGAAGAA GATCTAACTC 180 TCCCTCTCTA ACTCTACCTT TCAAATAAAC AAATATTTTC TAAAAATTTA TACTTTTGCA 240 AAAAATCTGG TCAGTTTATG TGGTTCCAGA GTAATTATAA TATTGTTAGA ATTACTCTTT 300 ATTCTTAGTG TTTATTCTGC TGTATTGAAA TCACTTGGAC AGGATCTGGG AAGAAACCAG 360 CCAAGGAAAG AGGAAACAGA AGTAAACTCT TAAATTCTGT AATTCTTAAT AGATTATTTA 420 TTTGAGAGGC AGAGTTAGAG GAGAGACAGA AAGGTCTTCC ATCTTCTGGT TCACTCCCTA 480 AATGGGCCAC AATGGGGCAG AATTGGGGCC AATGGCCAGG GAACATCTTC CAGGTCTCCC 540 TTGTGGGTAC AGGGGCCCAA GCACT 565 (2) INFORMATION FOR SEQ ID NO: 614: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 467 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 614: TGTGCCTTTT ATCTCTTTCT GGCCCCTACT ACTCAACAAC ACTGATTTTA AAAAATTATA 60 TTGAAACAAT ATCAATATTA GCGTTTTTCT AGGTTTTTTA CATGTGTTAT CTCACCAATA 120 TTTACAAAGA AGATCCTAAA CAATACAGAT AACACCAAGA CCAAAAAAAA AAAAAAGTAA 180 TATATGCCAT TAGTTTAGAA ATTCAAACAA TATAAAAGAC ATAAAAAGCA AAAACAGAAG 240 CAACTTGGTT TCCATCCCCA AAGGAAACAG CACCAACAAT TTTTTTTTTT TTTTTTTTTT 300 TTTTTTTTTA CAGGCAAAGT GGACAGTGAG AGAGAGAGAG AGAAAGGTCT TCCTTTTGCC 360 GTTGGTTCAC CCTCCAATGG CCGCCGCGGC CAGCATGCTT GCAGCCAGTG CACCGCGCTG 420 ATCCAAAGCC AGGAGCCAGG CTGGCAACAG ATGGCTGGCA ACAGATG 467 (2) INFORMATION FOR SEQ ID NO : 615: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 150 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 615: TTGCATGCCT GCAGGTCGAC TCTAGAGGAT CCCCGGGTTC GTACGTTCGT CTTATTTCCG 60 CGCGGGCATA CTCAGCAATA TTCTGCCTTC CACTTCGTAG GAGCAGCAGG AGCAGCAGGG 120 GGCGTGGCCT TTTTGTTCGT ACCGCCGTAC 150 (2) INFORMATION FOR SEQ ID NO : 616: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 613 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 616: TGCCTGGGTT CAAGTCCTGC CTCCTCTACT TGAGTTTCCG CTCATGTGCA CCCCAGGAGG 60 CAGCAGATGA TGCTGGCTCA AGTACTGGAT CCCTGTCCCC CATGTGGGAG ACCCAGACTG 120 AGCTCTGGGC TCCTGGCTCC AGCCCTGGAT GATACAAGCA TTTGAGGAGT GAACCAGAAG 180 ATGGAAGATC GATCTCTCTC TCTCTCTCTC TTTCTCTCGT GTGCACACGC GCACGCATGC 240 TCATGGCCTG TCAAATAAAG TGAAAAAAGA AATCTGTGCA CCCAAGATTT ATGCATCTAT 300 ATATGTAAAC TTTCCTTCAA TTAAGAAACA TTAGGGGTCA GCATTGTAGC ACAGTGGGTA 360 AAGCTGCCAA TCGTGACACC GGCATCCCAT GTGGGCGCCG GTTCATGCCC TGGCTGnCTC 420 CACTTCTCAT CCAGCTCCCT GCTAATGGCC TGGGAAAGCA ACAGGTGATA ACCCAAGTGT 480 TTGCGTCCCT GCCACTCAGG TGGGAGACCC AGATGAAGCT CTTGGTTTTG GCCTGGCCTA 540 GCCCTGGCCA TTGAGGGCCA ACAGGGCAGT GAACTACCAG TTGAAAGGTA TCATGTGCAC 600 TGGGCTCTCA CGC 613 (2) INFORMATION FOR SEQ ID NO: 617: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 196 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 617: GTGGGTGCAG GGGCTCAAGG ACTTGAGGCA TCTTCCACTG CTTTCCCAGG CCATAGCAGA 60 GAGCTGGATT GGAAGAGGAG CAGCCAGGAC TAGAACCGGC ACCCATATGG GATGCCGGCG 120 TTTCAGGCCA GGGTTTTAAT CCTCTGCACC ACAGTGCCAG TCCCAGTGTT GCAATTTTGA 180 TTGGTGTnGA CTTCAG 196 (2) INFORMATION FOR SEQ ID NO: 618: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 603 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 618: GTATTTGAAA GGCAGAGTGA CAGGnGGGAG AGAAGGAGAG AAAGAGAGAA AGAGAGAGAG 60 AGAGAAAGAG AAAGAGAGAG AGAGAGACTG CCCATTTCTT GGTTCACTTC CCAAGTGGCC 120 ACAAGAGGCA AGAGCCGGGA CTGGGCCAGG CAGAAGCCCG GAGACAGGAA CTCCATACAG 180 GTCTCCCATG TGGGTGACAG GGGCCCGAGT ACTTAGACCA TCATCTGCTG CTTTCCCAGA 240 CACATTAGCA GGGGACTGGA AAGGAAGCAG AATAGCCAGG AATCAAACCA GTACTCATAT 300 GGGATGTTAT TATCATAGGC AGTGGCTTAA CCCACTGTGG CCACTATGTC AGCCCCATAA 360 CTGGGCTTTT TTATTAAAGC AGACACATTT TGCGCTGCCC TGTCTACCTC TTAATCTACA 420 TTTTTTCATC ACAGCATAAA GAATTGTCTT TATTCATGTA CTCTCCCAAG CCTAACTAAA 480 TAATCATATA TTTAAATAAT TCATCAATAT AGACAAGCAA GAAATTTTAT CTTCAGAGAA 540 TTTATGTGTT AGCATAAAAG AGAAGAGAAT GGGGCAAAAT GTGTCCAAAA ATCTTATCCT 600 TTT 603 (2) INFORMATION FOR SEQ ID NO: 619: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 581 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 619: AGAGCGGTCT TCCAACCATT GGTTCACTCC CCAGTTGGCC GCACCGGCCA GnAGCTGTGC 60 CAGTCCGAAG CCAGGAGCCA GGAGCCTCCT CTGGGTCTCC CATGCAGCTG CAGAGGCCCA 120 AGGACTTGGG CAATCTTCTT CTGTTTACCC AGGCCATAGC TGAGAGCTGG ATCGGAAGTG 180 GAGCAGCCAA GACCCGAACC AGTACCCATA AGGGATGCCT GCACTGCAGA TGGCAGCTTT 240 ACCTGCTACA CTACAACGCC GGCCCCATCT TTCTTTATTA TTGAAGTATA GGAGCTTTTA 300 TATGGTATGG AGACCAGTTC CTTGTCAGAT ACATGGTTTG TAAATATCTC CTGTTCTGTA 360 GGTTTTTTGC TTTCTTGTAT TTTTTGAAAT ATAAAAGTTT TTTAATTTTG ACATCTGATT 420 TACCTACTTT GTGGTGATGG TTATACTTTT GATATTATAC CTAACAAACC AAGTCACAAT 480 CCAAAGTTAC ACAGATTTAT ACCTGGTTTT CCAAGAATTT TACTGTTTTA GCTTTTTTTA 540 TTTTAAAGGn TTATTTATTT ACTTGAGATG CAAAGTTATA G 581 (2) INFORMATION FOR SEQ ID NO: 620: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 583 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 620: CTTGAAGGGG TGTGTTTTCT CAGATCATTT GGAAAATTTC TTCCATAGAT GCGTGGTATT 60 ACTAGCACTC TGTGTGCAAG TCATTCTCTC TTTTTTTTTA AAAAAAAGAT TTATTTATTT 120 ATTTGAAAGG CAGAGCAACA GAGGGAACAA GAGACAGAGT GAAAGACAGA GAAAGAGATC 180 TTCTTTCCAC TGGTTCACTT CCCAAATGGC TACAACAGCA GGGCATTGGT CTAAGCCGAA 240 GCCAGGAGCC TGGAACTCCA TCCAGGTCTC CCACGTGGGT GGCAGGAGCT TCCACTGCTT 300 TCCCAGGCTC ATTATGAGGG AACTAGATGT GAAAAGAGCA GCTGGGTCTT GAACTGGTGC 360 CCTGATATGG TTTGCCAGCA TCACAAAGTT CTGACTTAAC ACACTGAGCC ACCATACCAG 420 CCCCTCAATC ATTTCTTTTC CCTATTGTGC CTATCTGTCA TACATTCCTT TTGCTTATCA 480 TGCATTTGTG TGCTTTGCAA CAAACTGATT AATTCAGGAA CTGTCTTTAA CTCACTTGGC 540 TTGTGATTAG ATTAAAGGGT AAAGGGACCT GCCCCTCCTA GAT 583 (2) INFORMATION FOR SEQ ID NO : 621: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 591 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 621: TGTCACTCCT TAAATATATA ATAGTAATTA TTATTTAAAG ATTTATTTAC TTATTGGAAA 60 GGTAGAGTTA CAGAGAGAGA GAGGGTGAAA CACAGAGAAA GAGAGGTCTT CCATCCACTG 120 GCTCACTCCC CCAATGGCCA CAATGGCTTA AGCTGGACTG GTCAAAAGCC AGGAGCCAGG 180 AGCCAGGAAC CAGGATCTTC CTGCGGGTCT CCCATGTGGG TGCAGGAGAC CAAGCACCTG 240 GACCATATTC CACTGTCTCC CAGGCACATC AGCAGGGAGC TGGATTGGAA GAGGAGCAGC 300 CAGGACTCAA ACCAGTGCCC ATGTGGGATG CCGGCACCAC AGGTAGAGGC TTAACCTAAT 360 ACACCACAGT GAGAGCCCCT AATTATTATT TTTATATTTA AAATAAAACT TAAAAGAAAA 420 GACATACAGA TAGGAAATAA GCATTGAAAA ATATACTCAA CATCATTAGC TATTAGGAAA 480 ATGCAAATTG AnATCCCAAT GAATATGACT GAACATCTAC TTACAATGGA CATATTTAAA 540 ACCGCCCTTT GTGACATTCT GTGTATTTTT CAGAAACCAT AGAATTGTAT A 591 (2) INFORMATION FOR SEQ ID NO: 622: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 564 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 622: GAATAAAATA ATGAAAGCAT ATCTTCTTTA GTCATGTTTT TTCTTGTTGA ATTATATTGA 60 GGGGTTTTAA TTGTTCACCT AAATAAAGCA ATGTTTTATT GTTTTGAGTG TTATTTTAAT 120 GTTTCTGTGA AATTTTTCTA ATTTATATCA CACTTTTTTT TAAAGATTTA TTTATTTTGT 180 TGTTTGAAAG GCAGAGTTAC AGCGAGAAAG AGGGAGATAC AGAGAGCTCT TCCATCTACT 240 ACTTCACTCC CCAAATGGCC AGAGCTGGGC CATTCCACAT CCAGGAGCTA GCAGCTTCCT 300 CTGGGTCTCC CACATGGGTG TAGGGGCCCA AGTACTTGGG CCATCTTACA CTGCTTTCCC 360 AAAAGCATTA CCTGGGAACC CGATTGGAAA TGGAGCTACC GGGACTCAAA CTGGTGCCAA 420 TATGGAATGC CAGCACCACA TGCAATGGTT TTGCCCCTTA TATCACAGTT TTGTGTCTTT 480 CTGGCTTCCC TCTCTCCCTT TATCCTGTTT TTCTTTTTAA AATTTTTTTA GTTTTTTGnC 540 TTTTAGACAG TGnTTTGTAC TTTG 564 (2) INFORMATION FOR SEQ ID NO: 623: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 424 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 623: AATTGATTAA TTAAAAAAAT TATGTCTTCC TGGAGAATTG TTCCCATTGT TATTTGAAAT 60 CTGCCCTGTC TGAAATTAAC CTAGCTACTC TTGCTTTATT TATTTATTTG AAAGTCAGAA 120 TTAGAGAGAG AGAGATCTTC CTTCCACTGG ATGACTCCCA GATAGCTACA ACAGCCAGGA 180 CTAGGCCAGG CTGACATCAG GTGCTGGGAG TTTCATCCAG ATCTCCCATG TGAGTTGCAG 240 GTATCCAAAC ACTTGGGTCA TCTTCTACTG CTTTCCCAGA CCATTAGCAG GGAGCTGGAT 300 TGAAAGTGGA GCAGCTGGGA CACAAACCAG TGCCCATATG GGATGCTGGC ATTACAGACA 360 GCTATTTTAC ACCCTATGCC TCAATGCTGG GCCCCAACTn CTGCTTTCTT TCAATTAnGT 420 GTTA 424 (2) INFORMATION FOR SEQ ID NO: 624: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 648 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 624: GCCCGACTGT ATCATTTCTT GAAGGTATAA TTTAAAAGGC CTTTCTCTGG GAAGCTTCTG 60 CAGGTTGCAG ACAAGTGTAA TTCTGCCTTC CTTGTGCCCC ACTGCTTAGT TGAGCCCCTA 120 TTTCAGCGCT CACTGCTGTA TGCTATCATT TACCTCTTTG CGTGTCTGTG TTGCTCCCAG 180 GTCTGCGAGC CTCTGCGGTG CAGGCAGGGA CTGTATCTTT ATTCACCTCT ACATCCATCA 240 GCAGCACCTA GCACAGGACC TGGTATTACA TGTTGAAAGA ATGTGTTTCA AGATTCAAAT 300 CAATTTTTTG TATTGCTTCT AACTTTCAAT ATAACTCATG GTGCATGCTC TAAAACCTGA 360 GCCCTTTAGC TCATAGAGAA TTTATATTAA AGTTATGAAT TATATAGATG TGTATGCATA 420 AACCTTGTTC TTTAACTGGC TGGGATCATC CTTTTTTAAA GATTTATTTT ATTTATTTAA 480 AAGACAGAGT TACAGAGAGA GGTAGAGATA GAGACAGAGA GAAAGGTCTT CATCCATAGT 540 TCACTCCCCA AATGGGCTAC AGTGGGCCAG AGCCAACCCA ATCCAAAGCC AGGAGCCAGG 600 AGCTCTTCCG GGTCTCCCAG TGGGTGCAGG GGTCCCAAnG ACTTGGGG 648 (2) INFORMATION FOR SEQ ID NO : 625: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 706 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 625: CAGGCTTGTA ACAGTTCTGT TTTATGCAAT GTCGGCGCAT TCAGTACTAT CGCTTTTGGA 60 CGCGCACCTG ACGCGCGCGC TATGTCTTCA CACAAAAGAC GGGTAACTTT CGGTAACAAA 120 AACTCTTCGT GCTGCTGCAG TAGTTTAGGC TCAGAGAACA GTAACACACC CAAATGCGCA 180 GAGTGCAGGC CGCCATCTTT ACGCCGTAAC GAAAGGCCGC GCGCACCGCA GCCACTTGAA 240 ACCGCTCTAC TATAGAGTCG CCATAAGATT CCAAAAGTTC ACGCGTGCGC GCATnCCGCG 300 TTCAATACAG TAACATCCCC GTTCTGCAAG CAGGCGCGAG ACCACATTCT TCCCCGCACC 360 ACTTnCGACC GATGACACCA ATTAGTGGAC AAAACTCGCG CACAGCGAGA GCGTnAACGT 420 CAAACACGCA CCGTCCTCAA GTGTTCAGAA TGTGCTGAAC ACCCGATATT CCTGCGTATC 480 TTGCGCTGAC TACCCCTGTG CCTCACGCGC AGACGnCAAA AGACGCTTCT GTGGCATACT 540 GTTCGTGTCT GGCACGGTTG GGAATAAACT CACGCTTGAG ACGACACAGC CGTTGCGCTG 600 CTGTTTGCAT ATCCGCATCA AAAATCCAGG GCAACACACG CGAGCGCCGG TTTCCTGTCA 660 GTTCTGCGTC ATGAATTTCT GGTAACACAA AACAACGCCC ACTGAC 706 (2) INFORMATION FOR SEQ ID NO : 626: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 972 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 626: CACTGGGCGC TGAGCTCCAC CTTCTCGAAG GGACTGAACG TCATCCCACC TGGTACTGGA 60 GCGCTCGTTC ATTCAACAGG TTGCCCGCGG GGTTAATAAT GTTAAAGCGA TTGGTTGTGC 120 CGAGCACGGA TGTGTGTGGT GCAAGCCAGG CGTGGGAACC GAGGGGGATG CGATACTGCA 180 CCACGCCTTC CCCAAAATTG GCATATTGAT AGTCCCAGGG GGCACAGCTC CATTcAGTTC 240 GTACCCTcCG TTATTTcTGT AACGGATGTA GGTGAGGGGG ATGTACACGC GTGCTTCGAC 300 GCCGGCGTTC AGGCCGGTGA GCAGGTGGGT GTAGGGGTCA CCGCTTTTGG TTTCGAGCTT 360 AAGGAATCCG GCAAAATCAA AGTAGTGCGC ACGAGTGGTA GCAAAGACGC GTTTGCCAAA 420 GATATTAGTG CCTGCGGTGG CAAAGTATAT GCCAGAAGAG AGCCACTTCC ACTGcATACG 480 CAgGAGCGCG TCTATGTTGA GCGCGTTCAT AGGTGCGCGC TCAAGGAAAG CGAGAAGTTT 540 AGCAGTGACA ACTCTTGGAT CGGAAGAGCG GAAGACATCA CGTACTCCTT GCTCTATGTT 600 CGGTACAAGT TGCGATACAA GCGCCGCGAG CGCGCCAgGC TaGCACGGTT TGAATGGCGC 660 TGCCGAGCGT TCCTTCTGCA ATCAAAgCAG CAAGTCCTAC CATCTCTATG AGAGTGGTTT 720 GTTCGGTGAT TCCTGGTGGC ATCATGATAT TGGGGAAAGT TCTGCACGAG TTTTCCCTnC 780 CAACCCGTCT AAACACTTTC CCTTGnTTTG AGGATAGCTC TCTCTTGGGT CTGAnGCATG 840 TGCGTTACTC TGGTGTTGGn TAnCGGCGTC GAAGGGCGAA GAAGAAACGG AACCCGGCGG 900 CCTGGTTCGA GGGTGAATCG GCCTCCTAAT CCCCACAGGA ATGGCGGTTT TGGTTTTTCG 960 TnCTTGGGAn GT 972 (2) INFORMATION FOR SEQ ID NO: 627: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 911 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 627: CCATGCCCGC AAGTACCCCC GCTTGCATCA CCTGCCTGCC CACTCACTCC CCCTCCTCTC 60 ACTTCTACCT CACCCCCCCC CACCCGTCTA GCCGCGTGTG ACTACCAGGA GAGGGTGACG 120 CCGCACACGA TGCGGCCGAT TCCCTGGGTG AGGCACTCGG ACACCAGCCA GGTACGGGAC 180 ATCAGAGAGC ATACCCTGTT CCCAATCAAG GGAGAATACC GTCTTCTCTA TGAGACTGGC 240 TGAAATACCA GCACGCAGCT GTGCACAGTA CTCCTTGGTT AGATAGGTAG CTCCTACTGC 300 TCCACCTGCA GCAGGGGCAT TCAGGTGTGC ACGGTTGGTA GAGGCATGGA CCGTAACGCT 360 TGGCTTCACC CAGCCGTAAT CCTGCACCGG GATGCGATAc TACACCACGC CTTCCCCACC 420 ACCGGTGGAC GGATATACTC CTTTTCCTGA ATGCCACGCA CAGCCGTCCC CCCGTTATTT 480 TTGTATAGCG CATAGGTGAG GGGGATGTAC ACGCGTGTTT CAACGCCGGC GTCCAGGCCG 540 GTGAGCAGGT GGGTGTAGGG GTCACCGCTC TTAGTTTCGA GCTTAAGGAA TCCGGCAAAG 600 TCGCCACAGC TTGCGATGGT GTTATCTAAC ACCCTGGTGC CAAAAACGTT TGCCGGTGCT 660 GTGGCAAAGT ATATGCCAGA AGACAGCCAC TTCCACTGCG CCGTAAACAG CGCATCGAAG 720 GCGACATTGT AGGTGTCAAG ATACAGACAC ACGGCGCTGA CTCCCATTAG AAAGGCACGC 780 CATGCAGACG CACGCAGGTT CTGTATAGCC TGACGTATCT GCTGCCCCGC GTCCAACGCA 840 TCCGTCTTCT TCTTCACTTC TTCGGTTACA AACGTCTGAC CCTCAGTGAA AAACTTTGTA 900 GCCTCAGCCG T 911 (2) INFORMATION FOR SEQ ID NO: 628: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 628 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 628: GTACTCTGGT GTTGGTTACC GGCGTCGAGG GCGAAGGAGA AGCGGAACCG GCGCCTGGTT 60 CGAGGGTGAG TCGGCCTCCT ACTCCCCACA GGAGTGCTGT TTTGTTTTCG TTCTTGGAGT 120 CTTCGGTACC CTTAACGTAT TCTGGTCCAG TGTGGCATTC CCTGCCAGCT CCAACGTAAG 180 CAGCCGCTGA CGGTCGACGC CATAGGAAAG CGTTGCATCG GCCCCGAAGC CATACTTGCT 240 GTGCGTGGTG TCAGTACTAT CCCAGGCACC ATTGGAAAGG AAGGAGAGGA AACCGATGTC 300 CACATCTACT CCGCTGTTTC CCACATTGTG GGGCCTGGTA GCCGAGTTTT GACCCCGGAG 360 CCGGAGAAAC CAGGGGGCAT AGCGAGTGTC CTTTTCTGGA ATAGGACACG GGTGACAAAG 420 GGTTTCCACA GCTGGGGCAA AGTTAACCAC ACAGGGAAGG ACTGGTACCC ACTGTTCAGG 480 TAGGCCCCAT AACAGTGCAG GGTTGCCTGG AAGGAAGCGG TAGGTTTGGT AAAGGACAGG 540 GCCGTTGAGC TTTTAGAAGA CGCAAGCTCT ACTGCCAGGT CCTTCAGCTG CAGCTGTGCC 600 CCACACCCCT GAGCGTGGCC TTCCCCTC 628 (2) INFORMATION FOR SEQ ID NO: 629: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 691 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 629: CGGATACCCC TACTACCATG CAGCGTATTA CTGCTGATGT CACCGGTGAT GTGACCGTCT 60 CTACGGTGAA TCTACCCAGT GAAGAAATGA AAGGACGCAT CATTGGGCGC GAGGGACGTA 120 ATATCCGCGC GTTAGAGACA CTCACTGGTG CTGACGTTGT CGTAGATGAC ACACCTGAAG 180 CTGTCGTCAT TTCCTGTTTC GACCCGGTAC GCAAAGAGAT TGCGCGCATC TCTCTTGAGC 240 GTCTTGTACT TGACGGTCGA ATCCATCCGG CGCGCATTGA GGAAATTGTG CAGAAGGTGA 300 CGCAGGAAGT TTCTCAAAAA ATCTATGAGG AAGGGGAGAA AGTGCTGTTT GACCTCGGTA 360 TTCACGATAT GTGTCCCGAG GGGGTACGGG CACTGGGGCG CCTGTATTTC CGTACAAGCT 420 ACGGACAGAA TGTACTCTAC CACTCAAAGG AGGTGGCTCT GCTCGCTTCC ATGCTCGCCT 480 CGGAAATCGG CGCAGATGTT GCCATTGCCA AAAGGGGCGC GTTGnTGCAC GATATTGGCA 540 AGGGAATGGA AACTGATTCA GACCGCAAnC ACGCAGAAAT TGGTATGGAG ATGGCTCGCA 600 AAATGAATGA GGACCCGCGA GTGGTAAACG CCGTTGGTTC TCACCACAAC GACATAGAGn 660 CGTGTTGTGT TGAGTCnTGG CTCGTTCAGG T 691 (2) INFORMATION FOR SEQ ID NO : 630: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 632 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 630: GTCCGTGCTC TGCGGGGGAA ACTTGGTTCG CTGACCATCA TCGCGTTGCC CGTTATCGTA 60 GCTGTTGTCG CAGGGGGTGT CGGCTCCTTT TCCCTGCCCT ACGTAAAAAT GATTACGCTT 120 TTCGTCGGCA GAGTTATCGC CACGTTCATC GCGCTCCAGC CATTACTCAT GAGTATCCTG 180 CTGTCCATGT CTTTCTCGCT CATCATCATC TCCCCTGTGT CTTCCGTCGC GGTAGGAATC 240 GCCGTGGGGC TCACCGGTCT GGCAAGTGGA GCAGCAAACA TCGGCGTCTC CTCCTGCGCC 300 ATGACCCTCA TTGTGGGAAC CATGCGCGTC AACAAGATCG GTGTTCCGTT GGCGATGTTC 360 GCAGGAGCGA TGAAAATGCT CATGCCAAAT TGGATCCGGT ACCCGATTCT CAATATTCCG 420 CTCCTGCTCA ATGGCCTCGT TTGCGGCGTG CTCGCGTGGC TTTTCAATCT GCAGGGTACT 480 CCTGCAAGCG CAGGCTTCGG TTTTATTGGA ATTGTTGGAn CGATCAACGC CTACAGGCTT 540 ATGGCGTAAA ACTCCTATGG TGCGCGCGGG TATTCTTTTC CTCGTGTATT TCGTTCTTTC 600 CTTTCCTTGG CTGCGTAnCT TAATGAnTTT AT 632 (2) INFORMATION FOR SEQ ID NO: 631: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 619 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 631: CCACTCGAGC GCGAGCATGn ACGTTTTTCG TACAGGTAGC GAAGTCTTAA GGTATTTAGC 60 GCACAGAACG CTGTTTCCGC AGCAGAGAAC AACATGGAAA GCACCAGCAG CACTACCAAC 120 ACACCGAACG CAGCGGAAAC GGAAAGAACA CTCACACGTA ATTCCCCCGA AGGCTAAAAC 180 ACCAGAACCG AAGAGACAAC GCCATACATC CTTGGACCCC TCCCCGCTGG GGGGGGGCAC 240 CTTTTAAGGT GCTCACGCCC TTGTGTCAAG AGCACACCCT CCACTACAAT GAACTGCGTG 300 TCCGGAGACC GCGCGGAGTC CTCTTTCTAT GAATAGAACC GAATCTCCTC GTGGCTTAAT 360 CAAAGCCACC GTACGTGAAC AAGACCGAGG CCGAACCGTT TATAAAAAGA TTGCCCAGTT 420 CCTCTCCCTC ATTGGAGAAG AGCAGGGCGG GCGCTGGTGC TCAAGCAACT TGAGCCTGCA 480 CAGATTGAGG CGGTGGTTGC CGAGCTCCTG ACACTCAAAC CCCTCAGTCC AGAAGAAGCG 540 CGTGAGATCC TACGGGAGTT TTCTGCCCTC TGCGCTCGTG TGTCGCCTGT TACCGGTGGA 600 CTGCGTGCTG CGCATCGAT 619 (2) INFORMATION FOR SEQ ID NO: 632: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 649 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 632: ATCCAATAGC AGGAGCCAGG AGCCAGGTGC TTTTCCTGGT CTCCCATGGG GTGCAGGGCC 60 CAAGCACCTG GGCCATCCTC CACTGCACTC CCTGGCCATA GCAGAGAGCT GGCCTGGAAG 120 AGGGGCAACC GGGACAGAAT CCGGCGCCCC AACCAGGACT AGAACCCGGT GTGCCGGCGC 180 CGCAAGGTGG AGGATTAGCC TATTGAGCCA CGGCGCCGGC CGAAGTATTC AAGAAAAAAG 240 AGGGAAAGAT GTCTCACAGG ATGTCAAGAT TTATTCGATA GACTCATAAA TGCACAGTAA 300 GTAAAGTCAT TTGATGTTAG TGCAAATAGA CAAGTAGAGC TTGAACAGCA GGAAAGAGAA 360 GGAATAAnGn AnGnAGGnGG AGGAAGGGTG GAATGTGGGT GGGAGTCAGG GAGACCTTAA 420 ATTAGGAGAG GGTGCTCCCT GGGGACAGTT TTGTGTTACA GCAGGTTAAG CTGCCACCTA 480 GGATGTCAAC AGCACATATG GtGCCAGTTC CAGTCCTGGC TGCTCCAATT CCAATCCAGC 540 TCCCTGCTAT GGCCCGGGAA ATAGAAGAAG ATGGCTCAAG TACTTGGGCT CCTGCACCCA 600 GGTGGGAGAC CTGGAAGAAG CTCCTGGCTC CGGGCTTTGG CCTGGCCCA 649 (2) INFORMATION FOR SEQ ID NO: 633: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 611 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 633: GTGTGCCTGC TTCACCGCTC CTTCAGCGAT CTGAGTAATA ACTGATCTTG CCACCTGCAC 60 CGAGTTATCT ATGGTGCTAC CAACCGTATC AGCCGCCTGT TTAGCCTGTT CCTGCGCACG 120 TGCGTAAAAA TTGCCAGTGC AACCTCCTGT GCACGCTCGC GTGTCCTTTC GGTCCTCATC 180 GCCGCGGTAG CCTCACTCTG GTGTTGGTTA CCGGCGTCGA GGGCGAAGGA GAAGCGGAAG 240 CCGGCGCCTG GTTCGAGGGT GAGTCGGCCC CCTACATTCC ACAGCAGTTT ATCCTTGTTC 300 TGATTGTTTG CGTCCTTCTG TGGCACCGAT GAGGTATCCG TCTTCTAGCG TAACATTGGC 360 TGGGCAAGCT CTACCGTGGC ACAGAGGGTG TCCTGGCAnG CGCATACATT AGCTTCAAGT 420 CTGCCCCAAA GCCATACTTT ACTGTGCGTG GGGTCAGTAC TATCCCAGGG CACCGTTAGA 480 GGCAAAGGAG AGAAACCCCA CATCAAGGCT GACCCCACTG GCCCCCAATG TCCTGTGCCC 540 GATACCCAAC CTTGCCGCCT AAACCCCCAA ACCCCGGCGC ATAATGTAAC GCATCCTCCT 600 GGTATGCGGT G 611 (2) INFORMATION FOR SEQ ID NO: 634: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 581 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 634: CGGTATGGCG TTGATCTCTT CGGTTCTGGT GTTTTAGCCC TTCGGGGGAA TTACGTGTGA 60 GTGTTCTTTC CGTTTCCGCT GCGTTCGGTG TGTTGGTAGT GCTGCTGGTG CTTTCCATGT 120 TGTTCTCTGC TGCGGAAACA GCGTTCTGTG CGCTAAATAC CTTAAGACTT CGCTACCTGT 180 ACGAAAAACG TCATGCTCGC GCTCGAGTGG CAATGCGTAT CCTTCGACGG AAAAACTTCT 240 ATCTTGCTGC TGTGGTTATC GGGAACACCC TGGCGAGCAG TGCGTTGTCT GCAGTCATTG 300 CGCTTTTTGC ACGTGCCCTC TTTGGCATCC ACGCATGGAG nTGGAGCATC GGTGCAGGAA 360 CGGTGGCTTA CACTTCTTTT TGGAGAAATT ATTCCGAATC ACTTGCCTTG TGCCGGCCGA 420 ACGCATGnCA CTGCATACTG CGCGATTCTT GCAGTGGAGC GCTTTGATGC TTACTCCTTT 480 TGTACAGGTG TTCTGTATGG GCGCGGATGC GCTCTTGCGT CTTGCGCGTG TCGGTGCCAn 540 ACTCCCTCGC TGCGTGTTAG GGATGACGAC CTGCACACCG T 581 (2) INFORMATION FOR SEQ ID NO: 635: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 866 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 635: ATTAGGTGGG AGACAGAGAA GCTTGGCCGT CAGTTnAGGC GGAGTCAACA GTGAAATACC 60 ACCCTTGGTA CGTCAGGTTT CTAACCTTTG GCCGTGGATC CGGCAAAGGG ACCGTGGTAG 120 GTGGGCGGTT TGACTGGGGC GGTCGCCTCC TAAAAGGTAA CGGAGGTGCG CGAAGGTCTC 180 CTCACACCGG TTGGAAATCG GTGCGCGAGT GTAAAGGCAC AAGGAGGCTT AACTGCGAGA 240 CCGACAGtCG AGCAGAtACG AAAGTAGGTC TTAGTGATCT GGCGGTAcGT GTGGAAGCGC 300 CGTCACTTAA CGGATAAAAG GTACTCCGGG GATAACAGGC TGATTTTCCC CAAGAGTTCA 360 CATCGACGGG AAAGTTTGGC ACCTCGATGT CGGCTCATCG CATCCTGGGG CTGAAGCAGG 420 TCCCAAGGGT TTGGCTGTTC GCCAATTAAA GCGGTACGTG AGCTGGGTTC AGAACGTCGC 480 GAGACAGTTC GGTCCCTATC TGCTATGGGC GTTGGATATG TGAGAGGAGC TGCTTTTAGT 540 ACGAGAGGAC CGAAGTGGAC GAACCTCTGG TGTACCAGTT ATCCTGCCAA GGTACGTGCT 600 GGGTAGCTAT GTTCGGAAGG GATAACCGCT GAAGGCATCT AAGTGGGAAG CCCGCCTCAA 660 GATTACATAT CCCTGAAGGT TGACCTTCCT GAAGACTCCT GCACACTACA AGGTCGATAG 720 GCTGGAGGTC TACGTACCGT AAGTATTAAG CCGACCAGTA CTAATAAGTC GTGAGGCTGA 780 CCATATTATC ATCCTTCTCC TTCACCCTAC CCCTTTGCGT AAAATATTTC GCCTGGTTGC 840 CAGGTGGAGA GGTCATACCC GTTCCC 866 (2) INFORMATION FOR SEQ ID NO: 636: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 641 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 636: AGGAGnAnAA GGCGGACAGG TATCCGGTTA AGCGGCAGGG TCGGAACAGG AGAGCGCACG 60 AGGGAGCTTC CAGGGGGAAA CGCCAGGGGT ATGCGGTCAC CGGGGTTCGC ATCACGTCCT 120 TTGATGCGGA CGGGGTTGCG CACTTCATTT CAAGCGAGTT TGAACAGATT CCCCACGTAC 180 GGGAAGATAC CCTCGAGATT CTAAATAATT TTAAGCGTCT GCGTTTTCTC CTGCCGCAGG 240 GGCAGAGTCT AGTACGTTCA CGTATGAGTT TCGCGGCGCG TGTCTTTGAC GGGGAAGGAC 300 TTTGCTAAGA AGTTTCAACT CGAGGTTCTG TCTCAAGACC TGCTCATCAT GGAAATGATG 360 GACGGTGCGC ATGTTGAAGT AGAGCTACAC GTCGAATTCG GGCGTGGGTA TGTACCTGCT 420 GAATCGCACG ATCGGTATGC CGATTTAGTT GGGGTTATCC CTGTTGACGC AATTTTTAGT 480 CCCGTGTTGA GAGTCCGCTA TGATATTCAG TCTTGCCGTG TAGGTCAGCG GGGGGATTAC 540 GATCAGTTAT CCCTTGAAGT GTGGACAGAT GGTACGGTGC GTCCCGAAGA CGCGATACCG 600 AGGCAGCGAA AATTATCAAG GAGCACTTTA CATTTTTGTT A 641 (2) INFORMATION FOR SEQ ID NO: 637: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 536 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 637: ATAACCCTGA TAAATGCTTC AATAATATTG AAAAAGGAAG AGTATGAGTA TTCAACATTT 60 CCGTGTCGCC CTTATTCCCT TTTTTGCGGC ATTTTGCCTT CCTGTTTTTG CTCACCCAGA 120 AACGCTGGTG AAAGTAAAAG ATGCTGAAGA TCAGTTGGGT GCACGAGTGG GTTACATCGA 180 ACTGGATCTC AACAGCGGTA AGATCCTTGA GAGTTTTCGC CCCGAAGAAC GTTTTCCAAT 240 GATGAGCACT TTTAAAGTTC TGCTATGTGG CGCGGTATTA TCCCGTATTG ACGCCGGGCA 300 AGAGCAACTC GGTCGCCGCA TACACTATTC TCAGAATGAC TTGGTTGAGT ACTCACCAGT 360 CACAGAAAAG CATCTTACGG ATGGCAGACA GTAAGAGATT ATGCAGTGCT GCCATAACCA 420 GAGTGATAAC ACTGCGGCCA ACTTACTTCT GACAACGATC GGAGGACCGA AGGAGCTAAC 480 CGCTTTTTGC ACAACAGGGG GATCATGTAA CTCGCCTGAT CGTTGGGAAC CGGAGC 536 (2) INFORMATION FOR SEQ ID NO: 638: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 580 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 638: CGTCCACTAC ACGGTCCTGA CCGGACCCCA AGCCCCAGCC GCAGCCAACA TCAACTTCCC 60 GGTATGGGGA TGCCTCACGC ACATCGCAGG CCAGCAATGT ATTTCAGGGA GTATTTCTCA 120 ACATGGCCAT GACCGCACAC GACTGCGCCA CCTCGTGGGG CGTAAGAAAG ACGGAGCGCA 180 GGGCACCGTA GGCGCGGACT GCGTGAATGT GGAGGCTCGT TTAGCTTCTC AGACGTGTCG 240 GGGGCATTGC ATCCGATGGT GGCGCCATCA AGCAGGGAAG TGCGCACTGG GAGGGCAAAG 300 ACAGCAAGGG CGTCGTTCCA AGCAGGAGCA AACCACAGCA CGTACGGCGG TAGAACAAAA 360 AAGCTGCTGC TGCAGCCCCT GCTCCTGGTA CGAATGGAGC ACAAGAACAG GACACGCGCG 420 CACTCCCTTT CACACAAAAA ACCTCTTCCA CGCCCGAGCC CGAGCCGGAG CCGCATGCCA 480 GCCGGCAGCC GACGAnTTTT ATAGGACGCA GGCGTACATG CCTGTCCATT AnAAATCTAA 540 AAAGCCCACG CCCGAGCCCC AACGGAGATC CAATTTCCCG 580 (2) INFORMATION FOR SEQ ID NO: 639: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 620 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 639: TTGTATTCGG TTCTTGGCGT TGTGTGGTGC TACAACTGCA TGTGCGCAGA ATCGTACGTG 60 TTCGGTTTGA GTTTCAAGGA TAGTAGGGAA GCGCGCGTGG CATACCCTTT TCTGGTAGGA 120 TTGGAACTCA TGTTCTTACT TGTGTGCTCG GCCCTATGTG CAGGTTCAGA AAGCGCGTTG 180 TCGTCGGTGA ACCAAGACGA TGAACGTAAG CTTAAGCGGC ACAGTACACG TTGTACACAA 240 CGCTTATGCT GGCTTCTGGC CCGGCGCGAA CAGCTGATTA CCACAGTTAT TGTGCAAAAC 300 ACTGCACTGA ATATGGTGCT CTCTAGCGTG GTGACGTTAG GCTCTATGGA GTTGTGGGGT 360 GCACAGTnCG GTGTGGAAGG CACTGGTTGC GGTGACGTGC GTGATTATTC TTGTGGAGAA 420 ATGTTCCCGA AGGCGCTGGG TGCACGGTAC TCACTGGGAT TCTTGATGTG GATTGCGCCT 480 TTTTTGTAAT TGAGTTACTG GTTGCTGTAC CCCTGGCGCG TGTGTGTCGT CAGCATTGAT 540 GCATGTGCTG GAGGGTATTT TTTTGCCGCG TCATACGACG TGTCTTTCGC GAGAAGAAAT 600 TAAAACGCTT ATTGCAGTTG 620 (2) INFORMATION FOR SEQ ID NO: 640: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 710 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 640: GGGCCAGTGC GTGGATTCTT CTGGAACGCA ATGCCCCACT GGAGCTGGGC TGTGCCACTG 60 ACCTGCGGAG TGAGTACGCC TGCA AACCA GAAGCAGCAC ATACCATGCC CGCAAGnGnC 120 CCCCGACTTG CATCACCTGC CTGCCCACTC ACTCCCCCTC CTCTCACTTC nACCTCACCC 180 CCCCCACCCG TCTAGCCGCG TGTGACTACC AGGAGAGGGT GACGCCGCAC ACGATGCGGC 240 CGATTCCCTG GGTGAGGCAC TCGGACACCA GCAGGTACGG GAACATCAGA GAGCATACCC 300 TGTTCCCAAT CAAGGGAGAA TACCGTCTTC TCTATGAGAC TGGCTGAAAT ACCAGCACGC 360 AGCTGTGCAC AGTACTCCTT GGTTAGATAG GTAGCTCCTA CTGCTCCACC TGCAGCAGGG 420 GCATTCAGGT GTGACACGGT TGGTAGAGGC ATGGACCGTA ACGCTTGGCT TCACCCAGCC 480 GTAATCCTGn CACCGGGATG CGATAGTACA CCACGCCTTC CCCACCACCG GCAGGCCAAT 540 GTGCCCTGAG GAACCGCCGG AAAGGAGAGG GTTCCCGTTA TTATTTTTGT ACAGGTCATG 600 GGTGAnGGGG ATGTACACGC GTGTTTCAAC GCCGGCGTCC AGGCCGGTGA GCAAGTGGGT 660 GTAAGGGTCA CCGCTCTTAG TTTCGAGCTT nAGGAATCCG GCAAAGTCGC 710 (2) INFORMATION FOR SEQ ID NO: 641: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 574 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 641: CAGGTATCCG TACGCCACAT CCCCGTCAAT GCCCnCGGTT TCATTACCCC TGAnGCTGTA 60 CGTGCAAGCG TCAGTCCCCG TACCACGCTA GTTGCGTGAC GCCGTACATA GTGAAACCGG 120 CCGCCATCCA nCCGCTCCnn GnGATTGCGC ACGTGCTTGC ACATACAGGC ACACGCGGAC 180 GCTCTATCCA GCTCCACGTA GACGCCGCAC AGGCCTTTGG GAAAATACCG CTCAATCTGT 240 ATATGGACCT TCCGCGCATA GAGGAACATG CACAGGAAAA CAACGCGCCA CAGACACCAC 300 CGGGCTACCC CGCACCCACT GnACAACGCG CGCTTACCTA CTCGGTAGCA ATCAGTGGCC 360 ACAAAATAGG CGCACCACGG GGTATTGGGC TACTGTGCGC ACACCGTTCA TTTACCCCCT 420 TTGTCCTGGG AGGCGGACAG GAAnAAGAGn GCCGCCCGGG AACTGAGAAC TTGCAGGTGC 480 GCTCGCGCTC GCnGCTTGCG TGTGCGAAAG CGCCTTCTTC CGTACTCTAC ATACCACTCC 540 GGAnGGCCCT ACACCCGCAT TACGAAGCCC ACAG 574 (2) INFORMATION FOR SEQ ID NO: 642: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 561 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 642: TATTTGTTTA TTTTTCTAAA TACATTCAAA TATGTATCCG CTCATGAGAC AATAACCCTG 60 GATAAATGCT TCAATAATAT TGAAAAAGGA AGAGTATGAG TATTCAACAT TTCCGTGTCG 120 CCCTTATTCC CTTTTTTGCG GCATTTTGCC TTCCTGTTTT TGCTCACCCA GAAACGCTGG 180 TGAAAGTAAA AGATGCTGAA GATCAGTTGG GTGCACGAGT GGGTTACATC GAACTGGATC 240 TCAACAGCGG TAAGATCCTT GAGAGTTTTC GCCCCGAAGA ACGTTTTCCA ATGATGAGCA 300 CTTTTAAAGT TCTGCTATGT GGCGCGGTAT TATCCCGTAT TGACGCCGGG CAAGAGCAAn 360 TCGGTCGCCG nCATACACTA TTCTCAGAAT GACTGGTTGA GTACTCACCA GTTCACAGAA 420 AAGCATTTAC GGGnGGACAG ACATAAGAGA ATATGCAGTG CTGCCATAAC CAGAGTGATA 480 ACACTGCGGn CCAnCTTACT TCTGACAACG ATCGGAGGAC CGAAGAGCTA ACCGCTTTTT 540 GCACAACAGG GGGATCAGTA A 561 (2) INFORMATION FOR SEQ ID NO: 643: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 620 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 643: CCTTATTCCT CCATTCTAAT CACACACGTG CATGCACCAA GAGGACAGCG CCGTGCTATC 60 TTCCCAGAAA GGAGGATGAA AACACGTGAA AACCATTCTC ATACTGGGTG CAGGAACCAT 120 GCAAGCCCCT GCACTTCGCG CACACGGGAG CTTGGGCTGT GGGTGTGCGC GGTAGATGGG 180 AATCCGCATG CACCGTGCGC GGCACTTGCA GACGAGTTTA CCCCAATCGA TTTGGCCGAT 240 AGCGCCGCGC TCGTCGCTCA CGCGCGCGCA ATTCGCGCGC ACGACGGCTT GGATGCTGTG 300 TTCACCGCGG CAACAGACTT TTCCGTTTCC GTCGCTGCCG TCGCCGAGGC CTGTGCACTC 360 CCCGGGCCAC CGATTGGAGG CAACCAAAAA CGCTACGGAT AAAACGCGCA TGGTGGCCTG 420 nCTTCACACG CGCCCGACTG CGCTGCCCCC GCTTCACGTT CCTTGAGCCT GACTCGTTCG 480 CCTGGGGACA CACCGCCTGG GGCATGCCCG ACTGTGTTCC CACCTGCATA GCGCTGGACT 540 CTCGTTTCCT CTCGTCGTAA AACCGACAGA CAAACATGGG AGCCCGCGGC TGCACGCTCG 600 CGCAATGCAA GGATACCCTC 620 (2) INFORMATION FOR SEQ ID NO: 644: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 527 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 644: TTCCCAGAAA GGAGGATGAA AACACGTGAA AACCATTCTC ATACTGGGTG CAGGAACCAT 60 GCAAGCCCCT GCACTTCGCG CnACGGGGAG CTTGGGCTGT GGGTGTGCGC GGTAGATGGG 120 AATCCGCATG CACCGTGCGC GGCACTTGCA GACGAGTTTA CCCCAATCGA TTTGGCCGAT 180 AGCGCCGCGC TCGTCGCTCA CGCGCGCGCA ATTCGGnCCC GnCGGCTTGG ATGCTGTGTT 240 CACCGCGGCA ACAGACTTTT CCGTTTCCGT CGCTGCCGTC GCCGAGGCCT GTGCACTCCC 300 CGGCCACCGA TTGGAGGCAA CCAAAAACGC TACGGATAAA ACGCGCATGG TGnCCTGCTT 360 CACACGCGCC CGACTGCGCT GCCCCCGCTT CACGTTCCTT GAGCCTGACT CGTTCGCCTG 420 GGACACACCG CCTGGGCATG CCCGACTGTG TTCCCACCTG CATAGCGCTG GACTCTCGTT 480 TCCTCTCGTC GTAAAACCGA CAGACAACAT GGGAGCCCGC GGCTGCA 527 (2) INFORMATION FOR SEQ ID NO: 645: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 747 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 645: TGTTCGGTGA TTCCTGGTGG CATCATGATA TTGGGAAGGT TCTGCACGAG TTTCCCCTCC 60 ACCCGTCTAA ACACTTCCCT TGCTTTGAGG ATAGCTCTCT CTTGGGTCTG AGCATGTGCG 120 TTACTCTGGT GTTGGTTACC GGCGTCGAGG GCGAAGGAGA AGCGGAAGCC GGCGCCTGGT 180 TCGAGGGTGA GTCGGCCTCC TACTCCCCAC AGGAGTGCTG TTTtGTTTTC GTTCTTGGAG 240 TCTTCGGTAC CCTTAACGTA tTCTGGTCCA GTGTGGCATT CCCTGCCAGC TCCAACGTAA 300 GCAGCCGCTG ACGGTCGACG CCATAGGAAA GCGTTGCATC GGCCCCGAAG CCATACTTGC 360 TGTGCGTGGT GTCAGTACTA TCCCAGGCAC CATTGGAAAG GAAGGAGAGG AAACCGATGT 420 CCACATCTAC TCCGCTGTTT CCCACATTGT GGGCCTGGTA GCCGAGTTTT GCCCCGGAGC 480 CGGAGAAACC AGGGGCATAG CGAGTGTCCT TTTCTGAATA GGCACGGGTG ACAAAGGGkT 540 TCCACAGCTG GGCAAAGTTA ACCACACAGG GAAGnACTGG TACCCACTGT CAGTAGGGCC 600 CCATAACAGT GnCAGGGTTG CCTGGAAGGA AGCGGTAGGT TTGGTAAAGG ACAGGGCCGT 660 TGAGCTTTTA GAAGACGCAA GCTCTACTGC CAGGTCCTTC AGCTGCAGCT GTGCCCACAC 720 CCCTGAGCGT GCCTCCCCTC GGCGGGT 747 (2) INFORMATION FOR SEQ ID NO: 646: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 896 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 646: GTGTATGTTG CCGGGTGTGG CGGCGCGTGT TTCTCTCTCC CCCAAGCTCG GGGTGTACGG 60 GGACGCACGC GGCGGTTCTG ACCTGTGGGG CATCTGCATA CAAGCTCCCA CAATGCCAGA 120 TACAGAGAAC CAGGCGCCTC CGCGCTATGC CCGGAGACAC CGTTGGTGGG GCTGGACGTG 180 GCGTTCCGTG CGGAAAATGG CTTCCTGCTC CAACTGACGG TGGACGCGGC ACTCACGCGT 240 TTAATGTTCT GCGGCCGGTG TTTGGCCGGT TATTCGTTCA GACCGGGGGA AGGTAGTACG 300 CATCTGTCGG TAGCGGCGGG TTTTGAGTGC ACCGCGCTCA TCTACGATAG CCAGCACTTT 360 CTTTCGGTTC TTGGGCAGGG CTTACTGCAG CCGAGCAGCT cGTCTTATTC AGCCGGTAAC 420 TGrCACCGCC CACGTTcATg CTTGGCGTGC TAACGTGCAC TGCCAAGGAG gTAGGCGCCA 480 TACACGAAaG aGTCGgCGTA TTAAAGGGGT CTGTCCAGAA CTATGCGGTG CCGGTGCAGC 540 TGGGGGTACA GCACTATTTT AGCGCGCACT GGGGGATAGA CGCGACGGCT ACCGTTTCGT 600 TTGGCATTGA CACCAAGCTG GCTAAGTTCC GnATCCCGTA TACGTTGCGC TTTGGCCCCG 660 TCTTCCGCAC CTAGGGGACG GCGCTGGGAG GAAAGAGTCC TGCCGGAAGG CGCCTGCGGC 720 GGGTAGTAGC TACCAGGAGA GGGTGACGCG CACACGATGC GGCCGnCCCC CCCCCCCCCC 780 CCCTCGGACA CCAGCAGGTA CGGGACATCA GAGAGCATAC CCTGTTCCCA ATCAAGGGAG 840 AATACCGTCT TCTCTATGAG ACTGGCTGAA ATACCAGCAC GCAGCTGTGC ACAGTA 896 (2) INFORMATION FOR SEQ ID NO: 647: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 584 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 647: TATCCAAGTT CTGTTTGTGG GCTGCCTCGC GGTAGTCAAC AATACCAAAA ACGCTAAAGC 60 CCTGCGTGCG CAAAGCGCTT CTCCAAAAGC TGCATAGTGC GATCGAAGGG GTAGCGGCTG 120 GTGATCGTCA TACGCACCCC CGGCCGCGTG TTGGAGGTTG ACCCGGCTGC GCTTGAAGTG 180 CAGGCAACAA GCCCTCCTAA AAGGAGCACT CCCAGGGAAG CAACCTTTCC CCACACGCGC 240 CACCTGTGAT GGCACAAACG TCTACACACC CCGCCTACCT CCGCTGCGTG TCATGCCCGG 300 CCAGATATGC GCCGGCGCAA AAATTCGCCC CTTCGGAAAG AAAAGAACCA TACATCCCTA 360 CCAAATCAAG CGACATGCCC CTACGAATTG CCAACGCTCC GTCACGTTCT TCTCTATCAC 420 TACATTGCTG TTCTCTTGTA GCTTGCCTTG CTCCCAGCTC AGCCGAATCT CCACCTTCTC 480 TAACGGACTG ACCACTACCC CACACTCGTA ATACCCACAA TATTCCTTGC TCCACTTCGT 540 AGCAGGAGCA GCAGGGGGCG TGGCCTTTTT GTTCGTACCG CCGT 584 (2) INFORMATION FOR SEQ ID NO: 648: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 562 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 648: CACGTCTTCA nnCCCACCGG TAACCCCCAA CGCAGCGTGT GGCCAGTGCT GCACCGGGCG 60 TTCTTGCCCT GTTCCCCCGG CAGAATCAGA TGCGTCTCCC GTGGACCTGC CAACCGAAAA 120 TAGAnATGGC GATACACCCG GCGCTGTCCC CTCAGGGCGC GCGCCTGTCT CTCCCACCGC 180 ACCCGGACAC CGCTTTGGGA ACAACGCCAT AATTGCCCCT GnATCCATAC CCGCGTCCTG 240 GTGCACAGAC GCACCTGTAT CTGCCGGAAG GTGCACGCGA TGCGCGGTGT CTTCCACAGA 300 AACCTGATTC CCCTCCCACA AGAGAACTGA GTTTGACTGA CCCCACCCAG GAGCGGACTG 360 CTCATGCGGC GCATCCTGCG GTTCTACAGC TAGCTGCTGG CAGGCAACnA GAGCTGCACG 420 nAGTTACTTG CCACGGnnAA AAACGCGGCA CTCCAGGCGT GnATAACGCG CTTCCTGGCT 480 TCATTTTCCT TTGGGCACGA TGTAATCGTA AATGTGCGCG CTTAATCCTG nnGCAACTGC 540 TGCAAGCGTG GCCACGCACT GG 562 (2) INFORMATION FOR SEQ ID NO: 649: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 534 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 649: CGGATACCCC GGAGAAATGC ACTTGAGTTA TTTGATGAAG CGTACGAGAA ACGGTATTTC 60 TCTCGGATTA TTGGCACAAA TGCGGTGTTC CACACACAGC TTTCGCACAA GCAGTGGTAT 120 ACTGAAACCG ATGTGTCAGG GTTGTTCGCG CGCGTCATCG CnAATnTCAT CATAATCAAT 180 CGTTGAGCAG TCTCTTGGAT GATCGCAGTA TCATCGAGCG ACTCCTACAC GCTCGCTnGT 240 CCGTTGCGGG GACACCGCGC GCATAGGGTA GCGTCGCAAC GGACATGGGT TCGGGGATCT 300 TTGTCGCGGA CATCGGTACG TCTTCCCTAA AAGCGGCGAT TATTTCCCAA GATGGAAAGG 360 TGTTACAGTA CCAGCGCGTG TTCTTTCCTC AGCCGGTGAA GGCCCAGGAT TGGGTGCGTT 420 CATTTTTTAC GGTGTTTGAG CGGTTGCGTG CCGTGCATCA CGTTATTGCC ATTACTATTT 480 CGGGCAATGG ACCGAGCGTC GTTGCCGTGC ACAAGAAGAG TCATGCCGAG GATC 534 (2) INFORMATION FOR SEQ ID NO: 650: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 535 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 650: GGGAGnAGTG ATACGCCTAT TTTTATAGGT TAATGTCATG ATAATAATGG TTTCTTAGAC 60 GTCAGGTGGC ACTTTTCGGG GAAATGTGCG CGGAACCCCT ATTTGTTTAT TTTTCTAAAT 120 ACATTCAAAT ATGTATCCGC TCATGAGACA ATAACCCTGA TAAATGCTTC AATAATATTG 180 AAAAAGGAAG AGTATGAGTA TTCAACATTT CCGTGTCGCC CTTATTCCCT TTTTTGnGGC 240 ATTTTGCCTT CCTGTTTTTG CTCACCCAGA AACGCTGGTG AAAGTAAAAG ATGCTGAAGA 300 TCAGTTGGGT GCACGAGTGG GTTACATCGA ACTGGATCTC AACAGCGGTA AGATCCTGAG 360 AGTTTTCGCC CCGAAGAACG TTTTCCAATG AnGAGnACTT TAAAGTTCTG CTAGTGGACG 420 CGGTATTATC CCGTATGACG CCGGGCAAGA GCAACTCGTC GCCGGCATAC ACTAATTCTC 480 AGAATGGACT GGTTGGAGTA CTCACCAGTC CAnCAGAAAA GCCATCTTAC GGATG 535 (2) INFORMATION FOR SEQ ID NO: 651: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 555 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 651: ACGCTTACCG AACGCTCCCC TCCAACGCGC TCAAATACTC CGTCTTGGAG TACGCGGAGG 60 AGCTTCGGTT GCAGTTCCAG GGGGAGATCT CCGACCTCAT CGAGAAAAAG GGTGCCACCG 120 TGAGCCAGTT CAAATCTTCC CCGATGGGTG CCGACCGCAC CTGAGAAGGC ACCTTTTTCA 180 TGTCCGAATA ATTCGCTTTC TGCAAGCTAT GGACGAGTGC TGAGCAATTG ACGGGGACGA 240 AGGCTTGTCG CTGCGGGTGG AAAGTTGGTG AACGGTTCGC GCAACAAGCT CCTTTCCAGT 300 GCCGGTTTCT CCACAAACAA GGACAGGGAG GTCAGAGGCT GCTACGAGCT TTATAGCATC 360 GAGTGTGCGT GTCCAAGCAG GAGAGGTTCC GATCATATTT TTAAATGCAG TGATTGGGGA 420 GCTAAGAGCG CATTTCGTTC GGTCAAAAGA GCGTGACTCT TTGACTCAGT GTCTCGGACG 480 CGTCGGTCTG GGCTACTGCG AGCGAGATAA GTTTAGAAAG AGTAGTAATG AAGCGTACAA 540 CGTCTGGGGT AAACT 555 (2) INFORMATION FOR SEQ ID NO: 652: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 509 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 652: AAAAACATAG CCATCTGCAA ATCAGTAATG AGACGTATAG GTGGTGACAC TGCCCGGTGC 60 TGGAAGGTTA AGAGGAGAGG TTCGTGGTAA CACAACGCTT TGAATTGAAG CCCCAGTAAA 120 CGGCGGCCGT AACTATAACG GTCCTAAGGT AGCGAAATTC CTTGTCGGGT AAGTTCCGAC 180 CCGCACGAAT GGTGTAACGA CTCTGGACAC TGTCTCGACG CGAGACTCGG TGAAATTTAT 240 GTACCGGTAA AGAAGCCGGT TACCCATAGT TAGACGGAAA GACCCCGTGA ACCTTCACCG 300 TAGCTTACTA TTGGAACTTG GTTTACCATG TGTAGTATAG GTGGGAGACA GAGAAGCTTG 360 GCCGTCAGTT AGGCGGAGTC AACAGTGAAA TACCACCCTT GGTACGTCAG GTTTCTAACC 420 TTTGGCCGTG GATCCGGCAA AGGGACCGTG GTAGGTGGGC GGTTTGACTG GGGCGGTCGC 480 CTCCTAAAAG GTAACGGGAn GTnCGCGAA 509 (2) INFORMATION FOR SEQ ID NO: 653: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 499 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 653: ACGCCCAGCG CCACCGCAGT CATAGTGCCG nTGTACACGC GCATGnCGTG GGTCCATGTT 60 AGCGCCGATG TGAAACCACA TGGAGCCACC GATGACGTTC TCACCTTCAn TGCGGGAGAA 120 GCGGCCCGTG AGCAAGTTCA TGCCGTTGAA CTGGGCAGAA CTAGCGATGC GGnTCTACCT 180 CTGCCACAAG CTGCGAAACT TCCACCTGGA TCTGCATGCG GTCTTCAGCA GAGTAGATGC 240 CGTTTGCCGC TTGAATTGCA AGCTCTCGGA TACGCTGCAT GATGTCGGTG GTTTCTTGCA 300 GATAGGCTTC GGTAACCTGA ATGAAGTTCA CACCGTTTGA GGCATTGGTG GATGCCTGGT 360 TGAGGCCGCG GATTTGGCTG CGCATTTTTT CTGAGACAGC CAAACCAGAA GCGTCATCCC 420 CTGCGCGGnT GATGCGGTAC CGGATGAAAG CTTCTCGATG CCCTTTCCAA CCTGGACATT 480 GGnGTGCCCG AGTGTGCGT 499 (2) INFORMATION FOR SEQ ID NO: 654: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 636 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 654: TGGGGCGACG GCGGGTACAA TGTATTTGGT AAGCGCGTGC TGCCTGCGCT GCGGTCCTGG 60 CATTTTGATT TTGCCGGATT CCTCAAACTC GAAACCAAAA GCGGTGACCC CTACACCCAC 120 CTGCTCACCG GCCTGAACGC CGGCGTCGAA GCACGCGTGT ACATCCCCCT CACCTACATC 180 CGTTACAGAA ATAACGGAGG GTACGAACTG AATGGAGCTG TGCCCCCTGG GACTATCAAT 240 ATGCCAATTT TGGGGAAGGC GTGGTGCAGC TATCGCATCC CCCTCGGTTC CCACGCCTGG 300 CTTACACCGC ATACATCCGT GCTCGGCACA ACCAATCGCT TTAACGTTAT TAACCCCGCG 360 TACACCCTGT TGAATGAACG AGCGCTCCAG TACCAGGTGG GACTGACGTT CAGTCCCTTC 420 GAGAAGGTGG AGCTCAGCGC CCAGTGGGAA CAGGGGGTGC TTGCTGACGC TCCTTACATG 480 GGTATTGCCG AGAGTATGTG GTCTGAGCGT TACTTTGGCA CGTTTATCTG TGGGGTGAAG 540 GTGGTTTGGT GAGGGGTTGT CGTGTGGGCC AGAGAACGGG TACGGTGGGG GTGCGCGTTT 600 TCCCCGTGGG GCTGTGCGCG CTCAGTTTAC AGGCGA 636 (2) INFORMATION FOR SEQ ID NO: 655: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 513 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 655: ACAAGATGCC GCAAATCTTA AGGCTCGTTT AGAGGCTCAG CCTGTGGTTA TTGCCATGCC 60 CGCCGGTACC AACGGTAAGT TGTACGGCGC TGTCACGAGT CATACCGTTG CAGAACAACT 120 TGCGTGCATG GGATTTGAGG TTGAGCGCAA CnAGTGGAGG TCCCTGGTCT TACTCTGAAA 180 TGTGTGGGGA ACTATCACGT CACTATAAGA CTATACGAGG AAATATGTGC TGTTGTTCCT 240 GTCACCATCA AAAACCAAAG CGAAGGAnCA GTGTGAGTGA GTAGACCGTT TGCGGAAGTA 300 TCTCTCTGCA CGGAGTATGT GCTGTTCGTT TTTAGTTGTG CAAAGAACTG TGCCACTTTG 360 GGGCTGGATC CACGGAAGGG AGACAGTTCT GGCAGTTGGG CCTCAACCCT TGCCTCGTTA 420 GAGGTTTCCA CGGAGAnGGG GGGGACTGTC TTTCACCACC TTCCCTCCTC TGAGTATTCC 480 TCGGAGGAGG TTCTGTGCCG GGCATGCCTA ATC 513 (2) INFORMATION FOR SEQ ID NO: 656: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 563 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 656: CGCGCACGGT GGTGACTGAC CGGACTCTCG TGCGAAnGAG AGTAGGAGTC TAAAATCTTA 60 TCAGGGGCTC CGGGTGGGAC TCCGGCTGCC AGGGCTCGGG CTTGGGCGTG GACGGGCACG 120 CAACCCATAA GATGTTGGCT GGGGGTTGGG CTGGGGGAAA TAGACGTGCG GCGTGCGTTG 180 GGGCGATACC CACAATATCC TGCCTTCCAC TTCGTAGGAG CAGCATCGTT TTTCTTGTTC 240 GTACCGCGCC TGTGTGCGTT TGTGCGCGCA nGTnCCCTGC TGCTGGGGCG CCCGTGTTTG 300 ACTTGCCCTC CCAGTCGGTG TGAGGCAGGC CGCGTCTATC CCTCAGTGCG CATGTCCTCC 360 CTGCTTGAGG GGTTGGGCGC CACCATTTTC ATATGCAATG CCCCAGATGC AGTCGTCCTT 420 CTGCATGGGT GTGGTGAGAA AGACACCCTG AAATACATTG CTCTACTTCG TACCAGGAAC 480 TGCAGCAGCA GGGGGAACAG GGACACCTGG GTGAAAAGAC TGCACCATGC TAGGATGGGG 540 AATGGATATG TCCAAAAGTG TGA 563 (2) INFORMATION FOR SEQ ID NO: 657: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 527 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 657: GAACCCTACT CATATATACT TTAGATTGAT TTAAAACTTC ATTTTTAATT TAAAAGGATC 60 TAGGTGAAGA TCCTTTTTGA TAATCTCATG ACCAAAATCC CTTAACGTGA GTATnCGTTC 120 CACTGAnCGT CAGACCCCGT AGAAAAGATC AAAGGATCTT CTTGAGATCC TTTTTTTCTG 180 CGCGTAATCT GCTGCTTGCA AACAAAAAAA CCACCGCTAC CAGCGGTGTT TGTTTGCCGG 240 ATCAAGAGCT ACCAACTCTT TnnCCGAAGT AACTGGCTTC AGCAGAGCGC AGATACCAAA 300 TACTGTnCTT CTAGTGTAGC CGTAGTTAGG CCACCACTTC AAGAACTCTG nAGCACCGCC 360 TACATACCTC GnTCTGCTAA TCCTGTTACC AGTGGCTGCT GCCAGTGGCG ATAAGTCGTG 420 TCTTACCGGG TTGGACTCAA GACGATAGTA ACCGGATAAG GCGCAnGGAT CGGGCTGAAC 480 GGGGGGTTCG TGCACACAGC CCAGCTTGGA GCGAAnGACC TACACCG 527 (2) INFORMATION FOR SEQ ID NO : 658: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 620 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 658: CTGnCAGTTC CTGGTACGAA nAGAGGCAAT GTATTTCAGG GTGTCTTTCT CACCACACCC 60 ATGCAGAAGG ACGACTGCAT CTGGGGCATT GCATATGAAA ATGGTGGCGC CCAACCCCTC 120 AAGCAGGGAG GACATGCGCA CTGAGGGATA GACGCGGCCT GCCTCACACC GACTGGGAGG 180 GCAAGTCAAA CACGGGCGCC CCAGCAGCAG GGACGCGCTG CGCCACAAAC GCACACAGGC 240 GCGGTACGAA CAAGAAAAAC GATGCTGCTC CTACGAATGG AAGGCAGGAT ATTGTGGGTA 300 TCGCCCCAAC GCACGCCGCA CGTCTATTTC CCCCAGCCCA ACCCCCAGCC AACATCTTAT 360 GGGTTGCGTG CCCGTCCACG CCCAAGCCCG AGCCCTGGCA GCCGGAGTCC CACCCGGAGC 420 CCCTGATAAG ATTTTAGACT CCTACTCTCC TTCGCACGAG AGTCCGGTCA GTCACCACCG 480 TGCGCGTATA TTCGGGGGAG TATTTCTCAC CAATAACATG CTGCAGCACG ACTGCGCAGT 540 CAGACGTGGG GCATAAGAAA GAGAATGCAG CGAACGTCAA TGGCACCGTG AGCGCCGGCA 600 CGCGGGGGCA TTGCATCCGA 620 (2) INFORMATION FOR SEQ ID NO: 659: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 503 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 659: CCGGTCTGCC TCCTGACGnA TCAGGTCTGC GGATGCAAGG GTCCGCGTGT TACCGTCTTT 60 GAGAGCAGAT TTTTGGAATG TCTCGTTTTT AATTGCGGAT TCAGGGAGTC GTTTTGCCTC 120 TTATATGCGG CGCACCCATG CTCAAGGGTT TnGGGAACGG ATGGGTCAAA TTATGGCGTT 180 ACCTTTTCAG CTGCATGATG CGTATCCCCC CAnCGTGGTG GGGAGAAGGG AGACAGCTGG 240 TAGAGGATCT TGCCTTTGAG GTGTGTGCAG GTCTGGAGTA TCTGGAGTCT GTGACCCAGT 300 TGCAACCGGT ATACACCGTT TCAGTGGACA nGCAAAnGAT AGTCGTTnGT TGCAGCTAAG 360 GCTGATGTCA TGGGGCGTTG TTTTGTGTTA CCAGAAATTC ATGACGCAGA ACTGACAGGA 420 AACGCGGCGC TCCnTGTGTT GCCTGGATTT GATGCGGATA TGCAAACAnC AGCGCAACGG 480 CGTGTCGTCT CAAGCGTGAG TTT 503 (2) INFORMATION FOR SEQ ID NO: 660: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 587 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 660: ATTCAGTTCG TACCCTCCGT TATTTCTGTA ACGGATGTAG GTGAGGGGGA TGTACACGCG 60 TGCTTCGACG CCGGCGTTCA GGCCGGTGAG CAGGTGGGTG TAGGGGTCAC CGCTTTTGGT 120 TTCGAGTTTG AGGAATCCGG CAAAATCAAA ATGCCAGGAC CGCAGCGCAG GCAGCACGCG 180 CTTACCAAAT ACATTGGTAC CCGCCGTCGC CCCATACAGT CCAGCCGACA CATAGGTCCA 240 CTGCGCCGTA AGCAGCGCAT CAGCATTGAA CCGGTCCAGC CGTGCACGCT CAAGCCAGGT 300 TAGCAGCATG ATAAGCACGA TGTCCGACTG ACTCGGCGCC ACAATCTCCT GTAGTCTCTG 360 CTCCGCCTGC GCCCTCTGGG GCAAGAGTTT TACCAACGCC ATTTGGATAA ACCGATCTCC 420 ACTATCAGTG GCAACCTTCG TCAGCGTAGA GACGAGCGTA CCGTCCTGCA GCGTGAGGGC 480 AAGCCCCACC CGCTCGAGAA TCGAGGACTC CGCCATCTGT CnCAGCAAAA ATTCAAGATA 540 CTTATCCTTT ACACGGTAnT GCTCCAACCC TGAAGGGAAT CGAAACG 587 (2) INFORMATION FOR SEQ ID NO: 661: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 467 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 661: AGGAAGTAAA AAAAGACGCT GCGCTGGTAC AGGTCGCACC CCTGTTGCGC GCAnAGACGC - 60 AGACGTGCGC ACACATGCTG CACGCAAAAA AATGGTACAG GCGTTGCGCC TACACATGAA 120 GGTTTGTGCG CGTGAGTTAC GATTTGAAGA GGCAGCCCTC ATCCGAGACA AAATTTTGCA 180 ACTGCAAAGG CAAGACGAGC AAAACGGGGT TTGATAGGGG AGGTGGAATC GAACAGCACG 240 CGTTTTTACC ATGTCACTTT CATTCCGCAG ACAAGGGTGC CGAAGTGGCG TTCGGACCAG 300 ATGCTCTCGG CAATGCCCAT GTAAGGAGCG TCACAAGCAC GCCCTGTTCC CACTGGGCGC 360 TGAGCTCCAC CTTCTCGAAG GGACTGAACG TCAGTCCCAC CTGGTACTGG AGCGCTCGTT 420 CATTCAACAG GTTGCCCGCG GGGTTAATAA TGTTAAAGCG ATTGGTT 467 (2) INFORMATION FOR SEQ ID NO: 662: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 530 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 662: GCCAAAGTAT GCTGCACCCC CAGCTGCACC GGCACCGCGT ATTCTGGCAA ATCCCCGTGA 60 TGCCCAATTC CTCAGACTCA GCCCTAGCAT CCTGACACTT CCGGCGCCTC AGCAGGCTCA 120 GCACTGTCTT TGGAACGTAC CACCCTCCAT GTTCGAACGA ACACACCGAA CCCTCATTGG 180 GGGCCTGGAT GGTGATGTAA TGGTAGCTGT CGTAGATGAG CGCAGTGCAC TCAAAACCCG 240 CCGCTACCGA CAGATACGTA TTTACCCCCC CCCGGCCTGA ACGAATAAnC GGnCAAACAC 300 TGACCACGGA ACATCAGGCG GGTGAGCGCC GCGTTCCACC GTCAGCTGGA GCAGAAAACC 360 ATTCTCCGCA GGAACGCCAC ATCGAGTCCC ACCAnCGGGG TCTCCGGCGC ATAAGGGGAG 420 TAATACTCCA TCTCCGTGTC ATCGGGATCC CCATTACCTC CTTGCATCGG TCGCCTTAAT 480 ACACAAGCCC CACAAGTCAA GAACGCCACG TGGGTTnCCA nAAGGCCCCA 530 (2) INFORMATION FOR SEQ ID NO: 663: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 535 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 663: ATTCAAAGCG TTGTGTTACC ACGGAACCTC TCCTCTTAAC CTTCCAGCAC CGGGCAGGTG 60 TCACCACCTA TACGTCTCAT TACTGATTTG CAGATGGCTA TGTTTTTGAT AAACAGTCGC 120 CTGGACCTGC TTTCTGCCAC CCTCACCAAA GGCAAGGGTC ACACTTCTCC CGAGGTTACG 180 TGTGTATTTT GCCGAGTTCC TTGACGCGAG TTCTCTCGAG CGCCTTAGAT TACTCATCCT 240 ACCTACCTGT GTCGGTTTGC GGTACGGTCT CTTGCAACCT AACCTTAGAC AGTATTTCCC 300 GTCGCCATGA CTACACCTGC TTCCCTTCGC TCATCGCTCC AGTCGCACTC GCACCTTACC 360 TCGAACGACG GATTTGCCTA TCGCTCTTAA AAGGCTCGGG ATACTTAGAC CAAAACTACC 420 AATCTTTGGC CGGGCTCAAC TCACGGTCCT GCCATCGAAA TGCAAGAGGT TCGGAATATA 480 AACCGGATTC CCATCGACTA AGACCCTCGT CCTCGCCTTA AGGGGCGAnT AACCT 535 (2) INFORMATION FOR SEQ ID NO: 664: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 641 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 664: GCAGTGCCAG CCGCAGCCGA CGACATCTTA TAGGACGCAG CGTACATGCC TGTCGATTAC 60 AAAGTCCTAA AAGCCCACGC CCGAGCCCCA GCCGACATCC ACTTCCCGGT GTGGGACGTC 120 CGCCCGCATC GAAGGCCAGC AATGTATTCG AGGGAGTATT TCTCGCTAGA AACATAGCCA 180 TGCGAGAGCA CGACTGCGCA AACCTCACGG GGCATTGCAT CTGAAAAAAA TGGTGGCGCC 240 CAACCCCTCA AGCAGGGAGG ACGCGTGCAC TGGAGCTAGG CGCACCCCCT TAACACCGAC 300 TGGGAGGGCA AACCAAACGG GCAACGTTCC CAGCAGGAGT AACCCCCAGC ACGTTACGGG 360 CGGTACGAAC AAGCAAGCTG GCTGCGGGTC CCCGGGCGTC GTCCCTGGTG GCGGTTCCTG 420 GCTCTTACGA ATGGGGAGGC AGGAACAAGA CACGCGCGCA CATCCCCCTC ACACAAAAAA 480 CCTCGTTCCA CGCCCGAGCC GTACCCCCAG CCCGGAGTTG ACATCTACTT CTCGGGTCGG 540 CAGTCGCCCG GAGGAACTCC ACACTGTTCT AGCGGGTATG CCCAAGCAGC CGGGAGCCGG 600 CAACCGGGAG TTCCAGCCCT AACCGGGAGC CGGCAnCCCC A 641 (2) INFORMATION FOR SEQ ID NO: 665: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 434 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 665: TTTACACGGT ATTGCTCCAC CCTGAGGGCA TCGAACGCGC TGTCAAACTT CTCCCGTGAG 60 CTCCCCGTTG CCAGAAGGCG ATTACCTGCA TCGGCAGGGT CCTGGTGTTG GTTACCGGCG 120 TCGAGGGCGA AGGAGAAGCG GAAGCCGGCG CCTGGTTCGA GGGTGAGTCG GCCTCCTACT 180 CCCCACAGGA GTGCTGTTTT GTTTTCGTTC GTGGAGTCTT CGGTACCCTT ACGGTAGTGC 240 TGCTCCAGTG TGGCATTCCC TGCCAGCTCC AACGTAAGCA GCCGCTGACG GTCGACGCCA 300 TAGGAAAGCG TTnCATCGGC CCCGAAGCCA TACTTGCTGT GCGTGGTGTC AGTAnTATCC 360 CAGGCACCAT TGGAAAGGAA GGAGAGGAAA CCGATGTCCA CATCnACTCC GCTGTTTCCC 420 ACATTGTGGG CCTG 434 (2) INFORMATION FOR SEQ ID NO: 666: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 540 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 666: GGGGGGTTCG TGCACACAGC CCAGCTTGGA GCGAACGACC TACACCGAAC TGAGATACCT 60 ACAGCGTGAC TATGAGAAAG CGCCACGCTT CCCGAAGAGn AAAGGCGGAC AGCTCTTGCT 120 AGATGTTGCG ACACGTAACC GGTTTGTGCT TTCGGATCCT GCGCCGGCGG TTTTGTGGAA 180 TGCCTTCGCT GACTCGGGTA TTGACGTAAC GCTCCTGACC TGGACTCACA TTGAGCATTT 240 CAATGATTTG CGCAATGCTA TCTTCGTGGA TATCGACGAA TGCTTCAAAC AGGCGGGCAT 300 TGAGGTTCCC TTTCCGCATG TGGACGTACG GGTGCAGGGG GCGTGCGATG CGCCACGTGC 360 GGAAAnGGTG TGAAATGCAG GGTGAGTCTT GAnGTGCGCT TTTTCTTTGG ACATTGACAG 420 GATGGATAGA GGGACAGGGG GAAGCCGAAT GAGATGAAAG GAAAAACGGT GAGCGCTGCG 480 CTCGTAGGGn AACTCATTGC CCTAAGCGTA nGGGTGGTTG CGTGTACTCA GGTGAAGGAT 540 (2) INFORMATION FOR SEQ ID NO : 667: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 435 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 667: AGCAGGTGTA TCATGGCGAC GGGAAATACT GTCTAAGGTT AGGTTGCAAG AGACCGTACC 60 GCAAACCGAC ACAGGTAGGT AGGATGAGTA ATCTAAGGCG CTCGAGAGAA CTCGCGTCAA 120 GGAACTCGGC AAAATACACA CGTAACCTCG GGAGAAGTGT GACCCTTGCC TTTGGTGAGG 180 GTGGCAGAAA GCAGGTCCAG GCGACTGTTT ATCAAAAACA TAGCCATCTG CAAATCAGTA 240 ATGAGACGTA TAGGTGGTGA CACCTGCCCG GTGCTGGAAG GTTAAGAGGA GAGGTTCGTG 300 GTAACACAAC GCTTTGAATT GAAGCCCCAG TAAACGGCGG CCGTAACTAT AACGGTCCTA 360 AGTAGCGAAA TTCCTGTCGG GTAAGTTCCG ACCCGCACGA nTGGTGTAAC GACTCTGGAC 420 ACTGTCTACG ACGCG 435 (2) INFORMATION FOR SEQ ID NO: 668: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 536 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 668: CCACCGCTAC CAGCGTGGTn TTGTTTGCCG GATCAAGAGC TACCAACTCT TTTTCCGAAG 60 TAACTGGCTT CAGCAGAGCG CAGATACCAA ATACTGTTCT TCTAGTGTAG CTTGTGTATT 120 AAGGCGACCG ATGCAGAGGA GGTAAGTGGG GATCCCGATG ACACGGAGAT GGAGTATTTA 180 CCTCCCCGTT ATGCGCCGGA GACGCCGCTG GTGGGACTCG ATGTGGCGTT CCGTGACGGA 240 GAATGGTTTT CTGCTCCAGC TGACGGTGGA CGCGGCGCTC ACCCGCCTGA TGTTCCGTGG 300 TCAGTGTTTG GCCGGTTATT CGTTCAGGCC GGGGGGGGGT AAATACGTAT CTGTCGGTAG 360 CGGCGGGTTT TGAGTGCACT GCGCTCATCT ACGACAGCTA CCATTACATC ACCATCCAGG 420 CCCCCAATGA GGGTTCGGTG TGTTCGTTCG AACATGGAGG GTGGTACGTT CCAAAGACAG 480 TGCTGAGCCT GCTGAGGCGC CGGAAGTGTC AGGATGCTAG GGCTGATCTG AGGAAT 536 (2) INFORMATION FOR SEQ ID NO : 669: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 414 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 669: TGGGGCGCTG AGCTCCACCT TCTCGAnGGG ACTGAACGTC ATCCCACCTG GTACTGGAGC 60 GCTCGTTCAT TCAACAGGGT GTACGCGGGG TTAATAACGT TAAAGCGATT GGTTGTGCCG 120 AGCACGGATG TATGCGGTGT AAGCCAGGCG TGGGAACCGA GGGGGATGCG ATACTGCACC 180 ACGCCTTCCC CAAAATTGGC ATATTGATAG TCCCAGGGGG CACAGCTCCA TTCAGTTCGT 240 ACCCTCCGTT ATTTCTGTAA CGGATGTAGG TGAGGGGGAT GTACACGCGT GCTTCGACGC 300 CGGCGTTCAG GCCGGTGAGC AGGTGGGTGT AGGGGTCACC GCTTTTGGTT TCGAGTTTGA 360 GGAATCCGGC AAAATCAAAA TGCCAGGACC GCAGCGCAGG CAGCACGCGC TTAC 414 (2) INFORMATION FOR SEQ ID NO: 670: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 433 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 670: GGCAACATAC ACCCGAGCAC CATCACTTTA CCCAGACGCT TCCCGCACAT ACCCCTGCAA 60 TCCCTCGCCT GTAAACTGAG CGCGCACAGC CCCACGGGGC AAAACGCGCA CCCCCAGGGn 120 nACCCGTTCT CTGGCCCACA CGACAACCCC TCACCAAACC ACCTTCACCC CACAGATAAA 180 CGTGCCAAAG TAACGCTCAG ACCACATACT CTCGGCAATA CCCATGTAAG GAGCGTCAnA 240 AGTCACCCCC TGTTCCCACT GGGCGCTGAG CTCCACCTTC TCGAAGGGAC TGAACGTCAT 300 CCCACCTGGT ACTGGAGCGC TCGTTCATTC AACAGGGTGT ACGCGGGGTT AATAACGTTA 360 AAAGCGATTG GTTGTGCCGA GCACGGATGT ATGCGGTGTA AGCCAnGCGT nGGAACCGAG 420 GGGGATTCGA TTA 433 (2) INFORMATION FOR SEQ ID NO: 671: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 415 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 671: ACCTAGGGGA CGGCGCTGGG AGGAAAGAGT CCTGCCGGAA GnGCCCTGCG GCGGGTAGTA 60 GCTACCAGGA GAGGGTGACG CCGCACACGA TGCGGCCGAT TCCCTGGGTG AGGCACTCGG 120 ACACCAGCAG GTACGGGACA TCAGAGAGCA TACCCTGTTC CCAATCAAGG GAGAATACCG 180 TCTTCTCTAT GAGACTGGCT GAAATACCAG CACGCAGCTG TGCACAGTAC TCCTTGGTTA 240 GATAGGTAGC TCCTACTGCT CCACCTGCAG CAGGGGCATT CAGGTGTGCA CGGTTGGTAG 300 AGGCATGGAC CGTAACGCTT GGCTTCACCC AGCCGTAATC CTGCACCGGG ATGCGATACT 360 AACACCACGC CTTCCCCACC ACCGGTGGAC GGATATACTC CTTTTCCTGA ATGCC 415 (2) INFORMATION FOR SEQ ID NO: 672: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 653 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 672: TCGTTGGTAA GTCTCGCTAC CAACAGGGCG CTGCCCTACT ATACGACAGC CGTGTTGAAG 60 CAAGCTGTTC CAGGAAAATA TACGGAGGAT CAACGCTGTG GTGCCAGCAA AAAGCGCAAA 120 CGCTCACCTC TTCCCAGGAA CTGGAAAAGG CAGTGTATTC GTTGTTCGTT CCCACGTTTG 180 AAAACCTGGT GTTGGGTGCA GGCGCGCTGC TGGCTCTTTT GGATATGCAT CAGATTGCGG 240 TGGACGCGCT GTTTACGGCG CAGTGGAAGT GGCTGTCTTC TGGCATATAC TTTGCCACAG 300 CACCGGCAAA CGTTTTTGGC ACCAGGGTGT TAGATAACAC CATCGCAAGC TGTGGCGACT 360 TTGCCGGATT CCTTAAGCTC GAAACTAAGA GCGGTGACCC CTACACCCAC CTGCTCACCG 420 GCCTGGACGC CGGCGTTGAA ACACGCGTGT ACATCCCCCT CACCTATGCG CTATACAAAA 480 ATAACGGGGG GACGGCTGTG CGTGGCATTC AGGAAAAGGA GTATATCCGT CCACCGGTGG 540 TGGGGAAGGC GTGGTGTAGC TATCGCATCC CGGTGCAGGA TTACGGCTGG GTGAAGCCAA 600 GCGTTACGGT CCATGCCTCT ACCAACCGTG CACACCTGAA TGCCCCTGCT GCA 653 (2) INFORMATION FOR SEQ ID NO: 673: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 457 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 673: ATAATTCTCT TACTGTCATG CCATCCGTAA GATGCTTTTC TGTGACTGGT GAGTACTCAA 60 CCAAGTCATT CTGAGAATAG TGTATGCnGC GnCCnAnTnG CTCTnGCnCG GCGTCAATAC 120 GGGATAATAC CGCGCCACAT AGCAGAACTT TAAAAGTGCT CATCATTGGA AAACGTTCTT 180 CGGGGCGAAA ACTCTCAAGG ATCTTACCGC TGTTGAGATC CAGTTCGATG TAACCCACTC 240 GTGCACCCAA CTGATCTTCA GCATCTTTTA CTTTCACCAG CGTTTCTGGG TGAGCAAAAA 300 CAGGAAGGCA AAATGCCGCA AAAAAGGGAA TAAGGGCGAC ACGGAAATGT TGAATACTCA 360 TACTCTTCCT TTTTCAATAT TATTGAAGCA TTTATCAGGG TTATTGTCTC ATGAGCCACG 420 TTACGTGCTT CGnTTTTCTC CCGCTCACGC TTATCAn 457 (2) INFORMATION FOR SEQ ID NO : 674: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 487 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 674: TGATGCCGCA TAGTTAAGCC AGCCCCGACA CCCGCCAACA CCCGCTGACG CGCCCTGACG 60 GGCTTGTCTG CTCCCGGCAT CCGCTTACAG ACAAGCTGTG ACCGTCTCCG GGAGCTGCAT 120 GTGTCAGAGG TTTTCACCGT CATCACCGAA ACGCGCGAGA CGAAAGGGCC TCGTGATACG 180 CCTATTTTTA TAGGTTAATG TCATGATAAT AATGGTTTCT TAGACGTCAG GTGGCACTTT 240 TCGGGGAAAT GTGCGCGGAA CCCCTATTTG TTTATTTTTC TAAATACATT CAAATATGTA 300 TCCGCTCATG AGACAATAAC CCTGATAAAT GCTTCAATAA TATTGAAAAA GGAAGAGTAT 360 GAGTATCAAC ATTTCCGTGT CGCCCTATTC CCTTCGAAAT ATCTGTGAGC GGAAnTCTGC 420 GTGTTTACTC ACCTGGCAGC GACTCAACGC GCAACACCCA AGGACGAGCA GAAGATGTGC 480 GCGGCAC 487 (2) INFORMATION FOR SEQ ID NO: 675: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 478 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 675: ATTCTGAGAA TAGTGTATGC nGCGACCGAG TTGCTCTTGC CCGGCGTCAA TACGGGATAA 60 TACCGCGCCA CATAGCAGAA CTTTAAAAGT GTACGCTCCT ATGATTAGAC GTTCCATCGT 120 CTTCTGGTTA AAGAGACTGG AGGTGCCCTT GTGATCGGCG TGCAnGTGCT CAATCGTCTT 180 GAATATCACG TCAAGGGAGT GGAGCGGnTT TGGATCGCGG TAAGTTAGTG AGGAAAATAT 240 GCCATGTACT GGATCTGGCA GGGTGAATGC ACCGTAAGCA CCACCTATCG TTCGAATTTT 300 TTCCCAAAAn GGGnTCAGTA CTTAGATATC GGGGnAAACA CCTGGCTCTA CCCCGCGTCT 360 CTCCAAAGGA AGCCGTGGGA TGTGCAAnGG ACAGCGCTGC AAAACCCACT TGCACAGGGn 420 TGGAAGCAGC GTTCACATAT TGCGGGTGCG CATGTGCTGC AGGGCTCTTG AAAGAGCA 478 (2) INFORMATION FOR SEQ ID NO: 676: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 443 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 676: AACCAGTCAC AGAAAAGCAT CTTACGGATG GCATGACAGT AAGAnAATTA TGCAGTGCTG 60 CCATAACCAT GAGTGATTAC AGACCCGTCA CTGCTTCTCA CACACGCATC GGCAGTGCTC 120 TGCGCACGCT TTCCTGCATG ATTACGCGGT GAACAnGCAG CATTCGGTAA AATTACCGAA 180 TCATTCCTAG GACGGGGCCC AATACCCTCG GTGCGAAACA AATCCAGACA ATCGCGCACC 240 ACACGCAnGA AGCGTGCGAT ACTCTCTCTG TCCCCAGnGT GCATAGGACT GAGCCTACCA 300 TAAACTGCGT ACATGACGGT ACCCGATCCT TGACATCTGT CAATAGACAC TACACGAGCT 360 CTGCCCGCGG CACAGTGGGA ACGAACCGAC GCGTACGCAC CTGGnAGCCG TTCGGGTAAG 420 TCTGTTAAAA nCTATACCTG TGG 443 (2) INFORMATION FOR SEQ ID NO: 677: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 518 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 677: CTGCTACAGA CGTGGGGCAT AAGAAAAACG GAGCGAATGG CGACATAGGC GCAGATGCGT 60 TGTTGACGTT GGGGTATCGT TGGTTCTCGG CGGGAGGATA TTTCGCATCG AAGGCCAGCA 120 ATGTATTCGG GGGAGTATTT CTCAACATGG CCATGCGAGA GCACGACTGT GCTGCCTATA 180 TTAAGCTCGA AACCAAGGGG TCTGATCCTG ATACTTCTTT CCTTGAGGGT CTTGATTTGG 240 GTGTTGATGT GCGTACGTAC ATGCCCGTCC ATTGGAACGC CTTCACCCAA GCCCGAGCCC 300 TACCCGGAGC CGACATCCAC TTCCCGGTGT ATGGAAAAGT CTGGGGTTCG TATCGTCATG 360 ATATGGGTGA GTATGGTTGG GTTAAAGTGT ATGCAAACTT GTACGGCGGT ACGAACAAAA 420 AAGCTGCTGC TGCAGCCCCT GCTGCTCCTA CGAATGGAAn GGCAGAATAT GTGGGTATAC 480 GAnTGTGGGG TATGGTCATC CGTTAGAGAA GTGGAGAT 518 (2) INFORMATION FOR SEQ ID NO: 678: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 384 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 678: CGAAACGGTA GCCGTCGCGT CTATCCCCCA GTGCGCGCTA AAATAGTGCT GTACCCCCAG 60 CTGCACCGGC ACCGCATAGT TCTGACAGAC CCCTTTAATA CGCCGACTCT TCGTGTATGG 120 CGCCTACCTC CTTGGCAGTG CACGTTAGCA CGCCAAGCAA TGAACGTGGG CGGTGCCAGT 180 TACCGGCTGA ATAAGACGAG CTGCTCGGCT GCAGTAAGCC CTGCCCAAGA ACCGAAAGAA 240 AGTGCTGGCT ATCGTAGATG AGCGCGGTGC ACTCAAAACC CGCCGCTACC GACAGATGCG 300 TACTACCTTC CCCCGGTCTG AACGAATAAC CGGGCCAAAC ACCGGGCCGC AGAACATTAA 360 ACGCGTGAGT GCCGCGTTCC ACCG 384 (2) INFORMATION FOR SEQ ID NO: 679: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 515 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 679: CTGACGTCTA AGAAACCATT ATTATCATGA CATTAACCTA TAAAAATAGG CGTATCACGA 60 GGCCCTTTCG TCTCGCGCGT TTCGGTGATG ACGGTGAAAA CCTCTGACAC ATGCAGCTCC 120 CGGAGACGGT CACAGCTTGT CTGTAAGCGG ATGCCGGGAA GGTAAATACT CCATCTCCGT 180 GTCATCGGGA TCCCCACTTA CCTCCTCTGC ATCGGTCGCC TTAATACACA AGCCCCACAG 240 GTCAGGACCG CCACGTGCGT CCCCATACGC CCCCAGCTTG GGAGAGACAG AAATACGCGC 300 GGCCACGCAC GGCAACGCAC ACCCGAGTAG CACCACTTTA CCCAGACATT TTCTCCACAT 360 ACCTTCACTC CTCCCCGCAA TTCTTCGACA GGACCCGTTC CTCCCGGCGC CTCCCCTAGG 420 TGCGGAAGAC CGGGCCAACG CGCAACGTAT ACGGGATGCG GAACTTAGCC AGCTTGGTGT 480 CAATGCCAAA CGAAACGGTA GCCGTCGCGT CTATC 515 (2) INFORMATION FOR SEQ ID NO: 680: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 515 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 680: CCCCTGACGA GCATCACAAA AATCGACGCT CAAGTCAGAG GTGGCGAAAC CCGACAGGAC 60 TATAAAGATA CCAGGCGTTT CCCCCTGGAA GCTCCCTCGT GCGCTCTCCT GTTCCGACCC 120 TGCCGCTTAC CGGATACCTG TCCGCCTTTC TCCCTTCGGG AAGCGTGGCG CTTTCTCATA 180 GCTCACGCTG TAGGTACAGT AGGCGCGAAT AAAAATTCAA TTAAGATTAT TGGTGAGGCG 240 ACGGATAATA ACGCGCAGGC TTACTTTGCC TACGATAGCA AGAAGTCTGG TGGTTTTACT 300 ATTTCTCATT TGCGTTTTGG AAAGCAGAAG ATCCGTAAGC CCTACCTTCA TTACGCAGGC 360 GGATTTTGTA GCGTGTCATA AGTTTACGTA CCTTGAAACC TTTGACATGC TCAAAACGCT 420 CAAGCGTGGA GGGACCTTTT TGCTGAATGC GCCGTACAGT GAGCATGAGG TGTGGCATCA 480 CATACCCATA GAAGTCCAGC GTCAGATCAT TGAAA 515 (2) INFORMATION FOR SEQ ID NO : 681: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 564 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 681: TGGCAGTTTC TGTGGTCAAC GCGCTGTCGT TGTGGGTAGA AGTGACAGTG TATCGTGATG 60 GTGCTGAGTA TTATCAGAAG TTTAATGTGG GGATGCCGCT TGCTCCAGTA GAGAAGCGGG 120 GAGTGTCGGA AAAACGTGGG CACTATTATC CGCTGGCAGG CGGACCCATC CATTTTCAAA 180 GAAACGGTGG CCTATGATTT TGACGTACTC CTGACGCGTT TGCGTGAACT TGCTTTTTTG 240 AATACCCATT GGGCTTGAAG ACCGTCTAGA GGGTGTCATC GATTTAATTT CGCTCAAAGC 300 CCTTTATTTC GAGGGAGAAA GTGGCGCGCA CGTGCGTGAG GCGCCCATTC CCGAACAGTA 360 TCAGGCAGAT GTGAAAAAGT ACCGGGATGA ACTCATCGAT GCGGCGTCTT GTTTTCTGAC 420 GAGCTTGCTG AGGCCTACCT TGAAGGAACT GAGACCGATC AATTGATTCG AGCGGCATAC 480 GTGCGGGCAn CATTGCAGAA AAGTTTGTnC CGGTTTTTTG CGGTTCTGCG TACAAAAATA 540 AAGTATTCAG CCACTTTGGA CGCT 564 (2) INFORMATION FOR SEQ ID NO: 682: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 432 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 682: ACACAGCCCA GCTTGGAGCG AACGACCTAC ACCGAACTGA GATACCTACA GCGTGACTAT 60 GAGAAAGCGC CACGCTTCCC GAAGAGnAAA GGCGGACAGG TATCCGGTAA GCGGCAGAGC 120 TGCTCTTAAC TGACTTTCGT GCTGCGTTGG AGGATGACTT TTCTACGCCA CGTGCTCTGA 180 GCGCCTTACA AAAATTGGTG CGTGATACCT CGGTGCCGCC ATCGCTGTGT GTTTCGGCAC 240 TCCAGGTGGC GGATACAGTG CTAGGGTTAG GCATAATACA GGAAGCGACC GCATCGCTAT 300 CTGCGCAGGT TCCTGCTGGC GATACGTTGC CGCAGCGTCC TTTACCGAGT GAGGAGTGGA 360 TTGGACAGTT GGTGCGTGCG CGTGCACATG CACCCAAACG CGTGATTTTC CCCGTGGCAG 420 ATGAGATCCG TC 432 (2) INFORMATION FOR SEQ ID NO: 683: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 691 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 683: TGnTAACTCT GCCTTTAAAT AAATAAATAA ATACATCTTT TAAAAAATTG AATGGAAAAG 60 CTCAACATCA AAAAATCCTT CCTGTGCATA TAAATAAGTG CAGGCAATAG GGGAGGGTGA 120 CATTATTCCT ACTTGTATAA AGAACTGTTT AGGCCGGCAC CGCGGCTCAC TAGGCTAATC 180 CTCCGCCTAG CGGCGCCGGC ACACCGGGTT CTAGTCCCGG TTGGGGCGCC GGATTCTGTC 240 CCGGTTGCCC CTCTTCCAGG CCAGCTTTCT GCTGTGGCCA GGGAGTGCAG TGGAGGATGG 300 CCCAGGTGCT TGGGCCCTGC ACCCCATGGG AGACCAGGAA AAGCACCTGG CTCCTGGCTC 360 CTGGCTCCTG GCTCCTGCCA TCGGATCAGC ACGGTGCGCC GGCCGCAGCG TGCCGGCCGC 420 GGCGGTCATT GGAGGGTGAA CCAACGGCAA AGGAAGCCCT TTCTCTCTGT CTCTCTCTCT 480 CACTGTCCAC TCTGCCTGTC AAAAAATAAA AAATTAAAAA AAAAACTGTT TAGTTTTTTG 540 TTGCATTAGT CTCATAGTAT CTTACTGGAA AnGTGTTCCA GTGTCCTAAT GGnCATTCAG 600 GGGCTGAACT TGCCATGATG GTAAATTTTT GGGATAATTC ATAAATAATG CAATTTTTCT 660 TCTCTAGAAG AATGGnnTTT CTCCAACCCC T 691 (2) INFORMATION FOR SEQ ID NO: 684: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 576 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 684: TGCTGCAGTG GTTAATGAGA CGTAATCAAC ATCATCATGG CCTTGCACAC ACCATGGCAT 60 CACTTCCCTG AGACAGTGCT AGCCTGGGTC TTTAAGCATG CTTTTAATCC GACAGGTCAG 120 ACTTTATATA AACTATCCCC CCCCCCTTTT TTTTTTGACA GGCAGAGTGG ACAGTGAGAG 180 AGAGAGACAG AGAGAAAGGT CTTCCTTTGC CGTTGGTTCA CCCTCCAATG GCCACCGCGG 240 CCAGCGCGCT GTGGCCAGCG CACCGCCTGA ATCCGATGGC AGGAGCCAGG AGCCAGGAGC 300 CAGGTGCTTT TCCTGGTGTC CCATGGGGTG CAGGGCCCAA GCACTTGGGC CATCCTCCAC 360 TGCACTCCCT GGCCACAGCA GAGGGCTGGC CTGGAAGAGG GGCAACCGGG ACAGAATCCG 420 GCGCCCTGAC CGGGACTAGA ACCCGGTGTG CCGGCACCGC TAGGCGGAGG ATTAGCCTAG 480 TGAGCCGCGG CGCCGGCCCC GTTTTTTCTT TAATTTAGTG CAAGGAACTC AGGTTTATTG 540 TCAGAAATGG AAATGATGGC TGATAnCTGC GTGCGT 576 (2) INFORMATION FOR SEQ ID NO: 685: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 578 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 685: CnGAGAGAAA GGTnTTCCTT TGCCGTTGGT TCACCCTCCA ATGGCCGCCG CGGCCGGCGC 60 GCTGCGGCCG GCGCACCGCG CTGATCCGAT GGCAGGAGCC AGGAGCCAGG TGCTTTTCCT 120 GGTCTCCCAC GGGGTGCAGG GCCCAAGCAC CTGGGCCATC CTCCACTGCA CTCCCTGGCC 180 ACAGCAGAGG GCTGGCCTGG AAGAGGGGCA ACCGGGACAG AATCCGGCGC CCCGACCGGG 240 ACTAGAACCC GGTGTGCCGG CGCCGCTAGG GGGAGGATTA GCCTAGTGAG CCACGGCGCC 300 GGCCCATAAA ATAAATCTTT AAAAACAGTT TATTTTTAAA AAAGGTGGCT TTAATTTTCT 360 TTTATTTTTG GCAAAGCTAT GATTGTAAGA GTGTTTGAAA AGGTAACACA TCTCCTTTTC 420 CTTAGCCACA CTTTTTAACC TTTTGCACAG AGGTTAGTTT TTGTTCATCT CATAGTTAAT 480 GACATGAAAT AGAGGTTGGC AAACTTTTTC TCCAAAGGGC CAGATGGTAA ATAGTTTGGG 540 TCTTTTGGGC CACATGTGGT CTCTGTTGTG TATTGTTC 578 (2) INFORMATION FOR SEQ ID NO: 686: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 461 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 686: TACGCCTATT TTTATAGGTT AATGTCATGA TAATAATGGT TTCTTAGACG TCAGGTGGCA 60 CTTTTCGGGG AAATGTGCGC GGAACCCCTA TTTGTTTATT TTTCTAAATA CATTCAAATA 120 TGTATCCGCT CATGCAATAA TGAATACGCT CAGGAGACAG CCGCTAACCC AAATTGCGCG 180 CAAnGGGTAA TGAAGGTGAG GGATATATAT CTTGGTGTTG AGTTTAGTCC AGAAAATCCT 240 GCGCAGACAT CTGCCCTTTC TTTTCCTCAG AGTAACGTGC TGCAGTATTT TGTACAGGGT 300 GGCAGTATGT AAGTATACGA CCGAGTGGAA CAGAACAAAA AATAAAGTGT TATATCATCC 360 ACCCTCTGGA CCGTCATACC TCGATAGAAG AAGCAGAACA GGCGGGGCAA CAGGTTATCA 420 CCGCnTTGAA CCAGAGGnGG GGACATATCT GCCATGGTAT A 461 (2) INFORMATION FOR SEQ ID NO: 687: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 508 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 687: CCCTGATAAG ATTTTAGACT CCTACTCTCC TTCGCACGAG AGTCCGGTCA GTCACCACCG 60 TGCGCGTATA TTCGGGGGAG TATTTCTCAC CAATAACATG CTGCAGCACG ACTGCGCATC 120 AGACGTGGGG CATAAGAAAG AGAATGCAGC GAACGTCAAT GGCACCGTGA GCGCCGGCAC 180 GCGGGGCATT GCATCCGAAG ATGGTAnCGC CGGAAACCTC AAGCATGGAA AGCCGCGCGC 240 AAAAGACGCA ATTCCACCCT GACGGGGAGG GCAAGTCAAA CACGGGCGCC GCCCCAGCAG 300 GAAGAAACCA CAGCGCCGCG TTTGCACGCT ATGCTCCTGC TACGAATGGA AGGCAGAATA 360 TTGTGGGTAT TACGAGTGTG GGGTAGTGGT CAATCCGTTA GAGAAGGTGG AGATTCGGCT 420 GAAGCTGGGA GCAAnGCAAA GCTACAAGAG AACAGCAATG TAGTGATAnA GAAAAACGTG 480 ACGGAGCGTT TGCAATTCGT AAGGGCAT 508 (2) INFORMATION FOR SEQ ID NO: 688: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 436 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 688: ACTTCAAGAA CTCTGTAGCA CCGCCTACAT ACCTCGCTCT GCTAATCCTG TTACCAGTGG 60 CTGCTGCCAG TGGCGATAAG TCGTGTCTTA CCGGGTTGGA CTCAAGACGA TAGTTACCGG 120 ATAAGGCGCA CGGGTCGGGC TGAACGGGGG GTTCGTGCAC ACAGCCCAGC TTGGAGCGAA 180 CGACCTACAC CGAACTGAGA TACCTACAGC GTGAGTATGA GAAAGCGCCA CGCTTCCCGA 240 AGAGAAAGGC GGACAGGTAT CCGGTAAGCG GCAAGGTCCG AACAAGAGAG TTCGCGTAAC 300 GTTTCACATG GAAnAGCAGC GCTTCCCGAA GCCAACACAC GTTGCAAAAG GCGGCACACG 360 AATTTTCAAG CACTGGGGCA nCTGGnCAGA GGGCACGGAT CGCTAnCTGC TCTCCGATTC 420 AAGCCGGCGC AAAGTG 436 (2) INFORMATION FOR SEQ ID NO: 689: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 603 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 689: TGCAGGTAAC ATCTCTAGGA CCTCACTATC ATTGCTTTAT ATCACTATTT TATTTAATAG 60 GCTTTTTTTT TGTTTTTGAC AGGCAGAGTG CACAGTGAGA GAGAGAGAGA GAGAGAGAGA 120 GAAAGGTCTT CCTTTGCCGT TGGTTCACCC TCCAATGGCC GCTGTGGCCG GCACACGGCA 180 CTGATCCGAA GCCAGGAGCC AGGTGCTTCT CCTGGTCTCC CATGGGGTGC AGGGCCCAAG 240 CACTTGGGCC ATCCTCCACT GCACTCCCGG GCCACAGCAG AGAGCTGGCC TGGAAGAGGG 300 GCAACTGGGA CAGGCTCCGG CGCCCCGACC GGGGCTAGAA CCCGGTGTGC TGGTGCCGCA 360 GTGGAGGATT AGCCTAGTGA GCCACGGCGC CGGCCTTTCA TAGGCTTTTA ACCCAAGCCT 420 GGCACCCCAA GATTTCAGAA GCTCCAAGAG GACTTTGCTG TTTACATTAG CACAGGTTTT 480 ATTATAAAAn nGCTGATTTG GGCCTCCTTC TCTAATTAAT AGTACTTTTA GnCACATTTT 540 TAAGATGTTT ATGAAGATGT TACTGCATTG CTGCATTTAT GATTACnGTA AGACACCTCA 600 AAG 603 (2) INFORMATION FOR SEQ ID NO: 690: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 531 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 690: ATAATTCTAA AATTTCTGTC ATTTCAGGGT TGACACGAGG CTGGTGCCGT GGCTCAATAG 60 GCTAATCCTC CACCTAGCGG CGCCGGCACA CCGGGTTCTA GTCCCGGTCG GGGCGCCGGA 120 TTCTGTCCCG GTTGCCCCTC TTCCAGGCCA GCTCTCTGCT GTGGCCAGGG AGTGCAGTGG 180 AGGATGGCCC AGGTGCTTGG GCCCTGCACC CCATGGGAGA CCAGGAGAAG CACCTGGCTC 240 CTGCCTTCGG ATnAGCGnGG TGCGTGACCT GCAGCGCGCC GGCTGCGGCA GCCATTGGAG 300 GGTGAACCAA TGGCAAAGGA AGACCTTTCT CTCTGTCTCT CTCTCTCACT GTCCACTCTG 360 CCTGTCAAAA AAAAAAAAAA AATACTGTGT CTTGGGGCTG GCATGTGGTG CTGAAAATCC 420 CATATGGGCG CTGGTTCGAC TCCCAGCTGC TCCACTTCCA TCCAnCTCTC TTCTATGGCC 480 TCAGAAAGCA GCAGAAGATG GCCCAAGTCC TTGGGGCCCT GCAACCATGT G 531 (2) INFORMATION FOR SEQ ID NO: 691: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 629 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 691: GAGCAAGGCA AGACTACAAG AGAACAGCAA TGTAGTGATA GAGAAGAACG TGACGGAGCG 60 TTGGCAATTC GTAGGGGCAT GTCGCTTGAT TTGGTAGAGA ACGGCATGCC CGTCTATTAC 120 TTCGCAGCCC GAGCCCAACT CCCAGCCGTA GCCCCAGCCA ATGACATCTT ATGGGACGCA 180 GGCkTACATG CCCgTCCATT GGAACGCCTT cACCCAAGCC CGAGCCCTGC CCGGAGCCCC 240 AkTCCCAGCC ATCTACTTCC CGGTTGTAGT TACAATTCCA CGCTTTCTGG CGACTATGCC 300 CGAGCCGCAG CCGCAGCCGG GGCTGGAGTC GACATCAACT TCCCGGTGTA TGGGGGTGTC 360 TTGCACGCAT CGCAGGCTAG TAATGTATTT CAGGGTGTCT TTCTCACCGA TACCACACCC 420 ATGCGGACGC ACGACATACC CCGCAGTCCC CTCGTGGGGC ATAAGAAAAA CGCAGCTCCC 480 GATGGCATAG GCGCCTCACG CGCGTGCTGC CCAGCGCGCG AGAACGAACC CTTTAAAAAG 540 GGTTCGACAA ACAGCCGTGG GGGGGGGGTA GAATGGAGTA GGTCCTCGAC GAGACGCGTA 600 AGAGGATCGG CGTTGGAGCG GGGTATGAA 629 (2) INFORMATION FOR SEQ ID NO: 692: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 541 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 692: GATACCCAAT AAATTCAGTG TCTGGATTTC CTCGGGAGAG TTTCCATTGG ATTCCTGTGG 60 CTGTATCATA CCTTCTTTAG TGTGTGTCCC ATTTTTTGTT GTTGTTGCTG TTGTTGGTAA 120 TTGGATATAT ATATTTTTTT TTTGACAGGC AGAGTGGACA GTGAGAGAGA GAGACAGAGA 180 GAAAGGTCTT CCTTTGCCGT TGGTTCACCC TCCAATGGCC GCCGCGGCCG GCACGCTGCG 240 GCCGGTGCAC CGCGCTGATC CAAAGGCAGG AGCCAGGTGC TTCTCCTGGT CTCCCATGGG 300 GTGCAGGGCC CAAGCACCTG GGCCATCCTC CACTGTACTC CCGGGCCACA GCAGAGAGCT 360 GGCCTGGAAG AGGGGCAACC GGGACAGAAT CCGGCGCCCT GACTGGGACT AGAACCTGGT 420 GTGCCGGCGC CGTGGCACTG GCCGGTAATT GGATATTGCA AATAATTGAT ATTTGGCAAC 480 TTTAGGAAGC AGATGCTCTT AATGAACAAG GTTGCTGTTG TTGGCTTCAA TGTTTAATGC 540 C 541 (2) INFORMATION FOR SEQ ID NO: 693: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 505 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 693: AACGCCTGGT ATCTTTATAG TCCTGTCGGG TTTCGCCACC TCTGACTTGA GCGTCGATTT 60 TTGTGATGCT CGTCAGGGGG GCGGACTAAT GGAAAAACGC CAGCAACGCG GCCTTTT AC 120 GGTnCCTGGC CTTTTGCTGG CCTTTTGCTC ACATGTTCTT TCCTGCGTTA TCCCCTGATT 180 CTGTGGATAA CCGTATTACC GCCTTTGAGT GAGCTGATAC CGCTCGCCGC AGCCGAACGA 240 CCGAGCGCAn GGTTCAGTGA GCGAGCCGCG CGTGTTTCTA ATAAGGTGGG GCTAGAGGAG 300 GATCCTTCTA ACTTCTTGCT TATGCACGCG ATGGGTCCTA ACGTGGCTGG TGTCATTGGG 360 ACCGCGATAC CGCAGGGTGT TCATCTCGGC CTACGGAGGG TAGGGAGGAA GAGTAACCGC 420 GGGGTTTTGC CGCTTAGGTA ACCTTTCCTC CGTGCGCGGG CAnAnCCTCT CAnGTGGGCT 480 AAGGGGnTTT TGCAGACGAA GCGGG 505 (2) INFORMATION FOR SEQ ID NO: 694: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 526 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 694: AAGAGATTTT TTTTTGACAG GCAGAGTGGA CAGTGAGAGA GAGAGAGAGA GACACAGAGA 60 AAGGTCTTCC TTTTGCCGTT GGTTCACCCT CCAATGGCCG CTGCGGCCGG CGCACTGCAG 120 CCAGCGCATC GCCTGAATCC AAAGCCAGGA GCCAGGTGCT TTTCCTGGTC TCCCATGGGG 180 TGCAGGGCCC AAGCACTTGG GCCATCCTCC ACTGCACTCC CTGGCCACAG CAGAGAGCTG 240 GCCTGGAAGA GGGGCAACCG GGACAGAATC CAGCAnCCCA ACTGGGACTA GAACCTGGTG 300 TGCCAnCGCC GCAAGGGGAG GGATTAGCCT ATTGAGCCAA AnCGCTTGGC CAGCAAAGAG 360 ATTTGGATAT TTCATTTCCA TTACAGCCAA GGTTTGGTCA GGTCAACTAG GAGCCAGGAA 420 TCTTATCCAG GTCTCCCCAC GTGGGTGACA GGGACCCAAA TATTCAGCTT TCATCGTTTG 480 CTCTAnGCTA ATGnATTAAC ATGAAAGCTA AATTGGATGT TGTTAA 526 (2) INFORMATION FOR SEQ ID NO: 695: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 452 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 695: GGTGCAGCGG CTCAGTAGGC TAATCCTCTA CCTTGCGGCG CCGGCACATC GGGTTCTAGT 60 CCCGGTCAGG GCGCCGGATT CTGTCCCGGT TGCCCCTCTT CCAGGCCAGC TCTCTGCTGT 120 GGCCCGGAAG TGAAGTGGAG GATGGCCCAA GAACTTGGGC CCTGCACCCC ATGAGAAGAC 180 CAGGAGAAGC ACCTGGCTCC TGCCATCGGA TCAGCGCGGT GCACCGGCCG CCGCGCGCCA 240 GCCGTGGCGG CCATTGGAGA GTGAACCAAC TGCAAAAGGA AGACCTTTCT CTCTGTCTCT 300 CTCTCTCACT GTCCACACTG CCTGTCCAAA AAAAAAAAAA AAAGAnnAGA AGAAAAAAAA 360 AAAACACTTT GATGTAAATA TGTTCTTTAA AAAAAAGTAT GCTCAATTTT TATTATATTA 420 TTAAnAGTAT TCTAAAAACn ATATAAAGGG GT 452 (2) INFORMATION FOR SEQ ID NO : 696: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 482 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 696: CTGCTGCCAG TGGCGATAAG TCGTGTCTTA CCGGGTTGGA CTCAAGACGA TAGTnACCGG 60 ATAnCnCGCA CGGnTCGGGC TGAACGGGGG GTTCGTGCAC ACAGCCCAGC TTGGAGCGAA 120 CGACCTACAC CGAACTGAGA TACCTACAGC GTGAGCTATG AGAAAGCGCC ACGCTTCCCG 180 AAGAGAAAGG CGGACAGGTA TCCGGTAAGC GGCAGGGTCG GAACAGGAGA GCGCACGGGA 240 AATAAAGGCC ATGCGCGTGA AGTGCGTTTC TCCAAGCGAG CTTATCAGTG CGCTCAGCGG 300 GGGTAATCAG CAGAAAGTCA TTATTGGAAA TGGCTCGAAC GCGATCCCGA CGTCCTCTTG 360 CTTGATGAGC CGACCAGGGG GATCGACGTG GGTGCGAAAT ATGAAATTTA TCAGCTCATC 420 ATTCGTATGG CGCGTGAGGG AAAGACAATC ATGTGGTTTC TAGTGAAATG CCTGAAATTC 480 TT 482 (2) INFORMATION FOR SEQ ID NO : 697: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 580 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 697: GTTGGTTCAC CCTCCAGTGG CCGCCGCGGC CAGTGCGCTG CGGCCAGCGC ACCACGCTGA 60 TCCGATGGCA AGAGCCAGGT ACTTCTCCTG GTCTCCCATG AGGTGCAGGG CCCAAGCACT 120 TGGGCCATCC TCCACTGCAC TCCCGGGCCA CAGCAGAGAG CTGGCCTGGA AGAGGGGCAA 180 CCGGGACAGA ATCCGGCTCC CCGACCGGGA CTAGAACCCG GTGTGCCGGC GCGGCAAGGT 240 GGAGGATTAG CCTAGTGAGC CGTGGCGCCG GCCGCGATTG TGTTTAAACA TGCGTGCACA 300 TCTGCCTGAA GACAGTTCAA TTCGTATCTG CCTTGAGTCG CTGAGAATCT TTCTTCCCAG 360 TCTGTTATTT ATCATCTGTC ATAAGCATGA CCTGAAATGC TGATTGGAAT CAnTCATCTG 420 ATAAGATCCT AACATCTCCT TCTCTGAAAT TTTTCTATAA TTTCTCTGGA ATAAATTGTG 480 AATATACAAG GCTTACTAAT AACATTTCCT TATCAGATAT TAATAACATT GTTCGTCTGC 540 TTTTGGCTCC CTTTGTCTCT CTATTGAGGG CCTTATTGCA 580 (2) INFORMATION FOR SEQ ID NO : 698: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 569 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 698: CGCTGCGGCT CACTTGGCTA GTCCTCTGCC TGCGGCGCCT GCACCCTGGG TTCTAGTCCC 60 GGTCGGGGCG CTGGATTCTG TCCCGGTTGC CCCTCTTCCA GTCCAGCTCT CTGCTGTGGC 120 CTGGGAAGGC AGTGGAGGAT GGCCCAAGTG CTTGGGCCCT GCACCTGCAT GGGAGACCAC 180 GAGGAAGCAC CTGGCTCCTG CCTTCGAATC GGCGCACGTG CTGGCCGCAG TGCGCCACCG 240 TAGCAGCCAT TTGGGGAGTG AACCAATGAA AGGAAGACCT TTCTCTCTGT CTAACTCTGC 300 CTGTCAAAAA AAAAAAAAAA AAAAAAAAAA GGATGATAGA CTATGAGCTG TGACTATTTT 360 AAAATTTATT GTATATGAGT GAAATAGACA TCTTTTCATT TATTACTGCT TATGGCCTTG 420 CCTATATTCC TGCGGAACTA TGGTGTTTTT ACTTGTTGAA CTCTTTATTT AGTGGAGCAC 480 TAAAGATTTG ACTATTTGTA ATGnATGTTA AAAATATGTT ATCTTGGGGC CGGAGCTGTG 540 GCACAGCAGA TTAATGCCTT GGCCTGAAG 569 (2) INFORMATION FOR SEQ ID NO: 699: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 421 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 699: TGTAAATTAT GTGTTGAGAG GGTTACCTTT TTTTTTTTTC AAAATAAATT GTTGCCACTA 60 GGAAAAGAGG GCAATGTATT TTGTTAAATT TGGTTGCTAA GAAATGATGT GTTAGTCACG 120 TGAATTCTCT CAAACATCAG ATACTTTTCT GCTTCAAGGC CTTTATTTTT GTAGGTACAT 180 TGCCTAAAAA AATCTTTTTT TTTTTTTTTT TTTTTTTTTT TTGACAGGCA GAGTGGACAG 240 TGAGAGAGAG AGACAGAGAG AGAAAGGTCT TCCTTTGCCG TTGGTTCACC CTCCAATGGC 300 CGCCGCTGCA GCCGGCGCAC CGTGCTGATC CGATGGCAGG AGCCAGGAGC CAGGTGCTTT 360 TCCTGGTCTC CCATGGGGTG CAGGGCCCAA GCACCTGGGC CATCCTCCAC TGCACTCCCT 420 G 421 (2) INFORMATION FOR SEQ ID NO: 700: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 701 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 700: CCCTTGGGTA AATTCCCAGG AGTGAGAGGC CTGGGTCATA TGATAGGTCT ATATTAGATT 60 TATTTTAAAT ATTTATTTAT TTGAAAGAGT AACACAGAGA GAGGAGAGGC AGAGAAAGAG 120 GGATCTTCCA TGCAATGGTT CACTCCTGAG TTGGCCGCAA CAGCCGGAGC TGTGCCAATC 180 TGAAGCCAGG AGCCAGGAGC TTCCTCTGGG TCTCTGACGT GGATGCAGGG GCCCAGGGAC 240 TTGGGCCATC TTCTACTGCT TTCCCAGGCC ATACTAGAGA GCTGGATAGG AAGTGGAGGA 300 GCCAGGACTA GAACCAGCGC CCATAAGGGA TGCTGGCGCT TCAGGCCAGG GCATTAACCC 360 ACTGnCGCTA CAGCGCCGGC CCTGGTCTAT ATTAGATTTT GAGATATCTC TATACTGTTG 420 TCCACAGTGG GCTTTACCAG TTTACATTCC CACCAGTAGT GGATTAGGGT ACCTTTTCCC 480 CCACATCCTC GCCAGCATTT GTTTGTTGAT TTCTGTATGA AAGTCATTCT AACTGGGGTG 540 AGGTGAAACC TCATTGTGGT TTTTGATTTG CATTTCCCTG GATTGCTAGT GATCCTGAGC 600 ATTTTTTAAT GTATCTGTAG CCATTTGGAT TTCCTCTTTC GAGAAATGTC TTTTTAAGTC 660 CTTTGCCCAT TTCTTGACTG GGGCTGTTTG TTTTGTTGAT G 701 (2) INFORMATION FOR SEQ ID NO : 701: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 247 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 701: CCACCGTCTA CCAGnGTGGT ATCTGTTTGC CGGATCAAGA GCTACCAACT CTTTTTCCGA 60 AGTAACTGGC TTCAGCAGAG CGCAGATACC AAATACTGTT CTTCTAGTGT AGCTTGTGTA 120 TTAAGGCGAn CGATGCAGAn GAGGTAAGTG GGGATCCCGA TGACACGGAG ATGGAGTATT 180 TACCTCCCCG nTATGCGCCG GAGACGCCGC TGGnGGGACT CGATGTGGCG TTCCGTGCGG 240 ACAATGG 247 (2) INFORMATION FOR SEQ ID NO: 702: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 573 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 702: AAGTCACTTG CTGCTGCTTT CTTAATAGCA TTAAGAGGGA GATGGATCAG AATTGGAGCA 60 ACTGGGACTC CAACCAACAC CCATATGGGA TGCTGGTGTT GCAGGCAGCA GCCTTAACCA 120 TTATGTCACA TCACCATCCC CAAAGGGAAC TTTATAGCAG TAAATGCTAT AGAAAACAAA 180 ACCCGGGGCC AGCACTGTGG CATAGCAGGT AAAGCCGCCG CCTGCAGTGC CAGCATCCCA 240 TATGGGCACC AGTTCGAGTG CCAGCCACTC CACTTCAATC CAGCTCTCTG CTGTGGCCTG 300 GGAAAGCAGT AGAAGATGGT CCAAGTGCTT GGGGCCCTGC ACCCACGTGG GAGACACAGA 360 AGAAGCTCCT GGCTCCTGGC TTCGGATCTG TGTAGCTCCA GGTATTGTGG TCAACTGGGG 420 AGTGAACCAG CGGATGAAAG ACCTCTCTCT CTCTCTCTCT CTGCCTCTTC TTCTCTCTCT 480 GTGTAACTGG ACTTTCAAAT AAATAAAAAT AAATCTTATA AAAnAnAAAA ACACAAAGAT 540 CTCAAATCAG CAACCTTAGT TTTGTACAAT AAA 573 (2) INFORMATION FOR SEQ ID NO: 703: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 305 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 703: CCTCGTGCGC TCTCCTGTTC CGACCCTGCC GCTTACCGGA TACCTGTCCG CCTTTCTCCC 60 TTCGGGAAGC GTGGCGCTTT CTCATAGCTC ACGCTGTAGG TnCGGCTCCC TCnCCTTTGC 120 TGATGAAACA GAAAAGCTTG CCTGGCTCGC GCGCCAAGGT TTCGTGACGG TACATTCGCA 180 TCGCTGCGCT AACGCACAGG AAGTTGTTGC ACTCCGATCT GAGATTATGC GCACGCGCGA 240 GCTGTTGnCT TACAnGATCG ATGGCCTGGT AGTAAAGAGT ACCGATCTTG GACTTCCAGG 300 ACGTA 305 (2) INFORMATION FOR SEQ ID NO: 704: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 490 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 704: AnATCGACGC GGAACTGGCC GCCACGGCGG CGCACCACGC TGATCCGAAA CCAGGAGCCA 60 GGTGCTTCCT CCTGGTCTCC CATGCGGGTG CAGGGCCCAA GCACTTGGGC CATCCTCCAC 120 TGCACTCCCG GGCCACAGCA GAGAGCTGGA CTGGAAGAGG AGCAGCCAGG ACAGAATCCG 180 GCGCCCCAAC CGGGACTAGA ACCCAGAGTG CCGGCGCCAC AGGCAGAGGA TTAGCCTAGT 240 GAACACGGCG CCGGTCCGGG GCTTTATTTC GCTTGAGGAC CTCTATTGGT CATTATTGGT 300 CACTCCGTCT CCTCCACTGC CCTGTCTGAG CTTTGTCTGC TCCTGTCTCT TTTAGGCCTA 360 GAGGTGACTT TTCACCCTGG GGTGCCTCTG ACACCCTTTC CTGCTnCTCC TTCAACCCCA 420 AGCACAGCTT TGCAAATCCA TCTTCTATGA TGTGGCCAGA TnGGGTGTGG TATCAGCTCT 480 TGCCGGGGCT 490 (2) INFORMATION FOR SEQ ID NO: 705: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 594 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 705: GCTCTGGCCC AGAAGTACTG TGGAGGATGG CCCAAGTGCT TGGGCCCTGC ACCCACATGG 60 GAGACCAGGA GAAGCACCTG GCTCCTGGTT TCGGATCAGC ATGGTGTGCC AGCCACAGCG 120 CGCCACCACA GCCACCAGTG GAGGGTGAAC CAACGGTAAA GGAAGACCTT CCTCTCCGTC 180 TCTGTCTCTC TCACTGTCCA CTCTGCCTGT AAAAAAAAAA AGAAGTAAAC ATGAAACATG 240 TCACCACCAA ATTCACTAAC ATTCAGGTAG GATCATTATC CAACCAACAA AATGACAGGT 300 CTTAATTTTT ATTTCTCAGT ACTAACCTTG AATGTAAATG GATTAAATTC ACCAACCAAA 360 AGACTTAGAG TGGCTGAATG GATTAAGAAC CATGACCCCA TTATATGCTG CCTACAAGAC 420 ACTCATTCCA CAAACAAAAG TACACACAGA CTTAAATTGA AGGGTTGGGA AAACATATAC 480 CAAGCAAATG GAAACCCAAA ATGAGCAGGC ATAGCTATCA CAATATTCAA TGAAACAGAC 540 TATAAATCAA AAGCTATTAA AAAGATTAAG AAGGnCATTA TATTTTGATA AAAG 594 (2) INFORMATION FOR SEQ ID NO: 706: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 533 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 706: ATATAAGTGA GATCATGTAG TACTTGTCTT TCTGGACTGG TTTATTTGTA ATTTCATGAT 60 CTCCAAGTCC ATCCATGTCA TTGCAAATGA CAGGAATTCA TTCTTCATAA GGCTGAATAG 120 TATTCCATTG TGTTATG AC CACGATTCCT TTATCCATTC AGGGTTTATG GACACCTAGG 180 TTGATTCCAC ATCTTGGCTA TTGTGAATAG TGCTGCAGCA AACGTGCGGC TTTAGATATC 240 TCTTCAACAT ACTTATTTAA TTTCCTTTGG ATATTTTTTT TTTTGAGCGG AGTTAGACAG 300 TGAGAGAGAG AGACAGAGAG AGACAGAGAG AAAGGTCTTC CTTTTGTTGG CTCACCCCCA 360 AATGGTTGCT ACGGGCTGGT GCGCTGCGCC GGATCTGAAG CCAGGAGCCA GGTGCTTCCT 420 CCTGGTCTCC AATGTGGGTG CAGGGCCCAA GCACTTGGGC CATCCTCTAC TGCCTTCCTG 480 GGCCATATCA GAGAGCTGGA TTGGAAGAGG AGCAACCAGG ACAGAATCCG GCA 533 (2) INFORMATION FOR SEQ ID NO : 707: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 323 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 707: GnGAGGCAnA GAGAGAGAGG TCTTCCATCT GCTGGTTCAC TCCCCAATTG GCTCCAATGG 60 CTGGAACTGA GCCAATCGGA AGCCAGGAGC CAGGAGCTTC TTCCGTGTCT CTGACACAGG . 120 TACAGGGGCT CAAGAACTTG GTCCATCTTC TACTGCTTTC CCAGGCCATA GCAGAGTTGG 180 ATCAGAAATG AGGCAGCCAG GACTTGAACC AGCACCCACA TGGGATGCCA GCACTGCAGG 240 CAGCAGCTTT ACCCATTACA CCACAGTGCC AGCCCTTCAA CTATTTTTAA TAGATCACTT 300 TTTTAAAAAT AGAATTTATC AGG 323 (2) INFORMATION FOR SEQ ID NO : 708: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 630 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 708: ATGATAAAAT ATTTGTAATG ATCCTTAAAA TCTTCTTAGA ACAATTATGT ATGTATGTAT 60 GTAACAATTC AGGTTTATTA TTTATAAGTT TGTTTCTTTG AAAGAGTAGG GGGCCAGCAT 120 TGGAGCACAG TAGGTTAAGC CACTGCATGT GGTGCTGGCA TCCCATATGA GCAGTTGTTT 180 GAATCCACTT CCAATCCAGC TCCCTGCTAA TGTGCCTAGG AAAGCAATGG AAGATGGTTC 240 AACTGCTTGG GTCCCTGCTA CCCTGTCTCT ATATGGGAAA CCTAGATGGA GTTCTAGACT 300 CCTGGCTTCT GTTTGGCCCC ATCCTGGCTG TTGCAGCTAT TTGGGGAGTG AACCAGCAGA 360 AAAGTTGTAA GTGATAGAAT TAGGACTTTA GTTATGGGAG GATAAAGCAA ATACATTTTG 420 GTCTACAAGA ATCGCAGATT TGGAGAAAGT AAGAGTAATA AGGAAAAGTT TAAAAACTGT 480 AGGTGAGGCC GGCACCGCGG CTCACTAGGC TAATCCTCCA CCTAGCGGCG CCGGCACACC 540 GGGTTCTAGT CCTGGTCGGG GCGCCAGATT CTGTCCCGGT TGCCCCTCTT CCAGGCCAGC 600 TCTCTGCTGT GGCCAGGGGA GTGCAGTGGA 630 (2) INFORMATION FOR SEQ ID NO: 709: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 575 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 709: CCAAGTATAA GCTCATGAAA GCATTTGTTT ATTTTATCTT TATTGATTTG CCTTTCATAC 60 TTAGACCTAT AATGTATCTG GGCTTGATTT TTGCATATAG TGTGAAATAG AATTCTACAT 120 ATCTGGGGCT GTTGCTGTGG CGTAGTGGGT AAAGCCACCG CCTGCAGTGC TAGTATCCCA 180 TATGGGCGCG GGTTCAAGTC CTGGCTGCTC CTCTTATGAT CCAGCTCTCT GCTATGGCCT 240 GGGAAGGCAG TAGAAGATGG CCCAAGTCTT TGGGCCCCTG CACCCACATG GGAGACCTGG 300 AAGAAGCTCC TGGCTTTGGA TTGGCTCAGC TCTGGCCGTT GCAGTTAATT GGGGAGTGAA 360 CCAGCAGATG GAAGACCTCT CTCTCTCTCT GTGTAACTTT GACTTTCAAA TAAATAAATC 420 TAAAAAGTAC ATATCCAGTT GGATGAAACA CTTTATTGAA AAGACAATTG TCTGTCCCAC 480 TGCTATGTAG TATCTTATAA TTAGAACAAT GACCATTTAA TGACTGATCT GTTTTCAAAT 540 TCTGnATTTT TCTGCTCCTG TCCTTTTTAA nTTTT 575 (2) INFORMATION FOR SEQ ID NO: 710: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 691 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 710: AGGAAGACCT TTCTCTCTGT CTCTCTCACT GTCCACTCTG CCTGTCAAAA AAAAAAAAAA 60 AGGTATTTCT TCTGTnGGTT CACCCCCCAA ATGGCTGCTA TGGCCGGCGC ACTTGCCGAT 120 CTGAAGCCAG GAGCCAGGTA CTTCTCCTGG TCTCCnATGC AGGTGCAGGG CCCAAGGACT 180 TGGGCCATCC TCCACTGCAC TCCTGGGCCA CAGCAGAGAG CTGGCCTGGA AGAGGGGCAA 240 CCGGGACAGA ATCCAGCACC CGGACCAGGA CTAGAACCAG GGATGCTGGC ACCGCAGnGA 300 GnGATTAGCC TAGTGAGCCG CGGCGCTGGC CACAACCCCT GAATTCTTGA CCTGTGGAAA 360 CAATCTAGTC AATTTGTATT GCTGTTTCAA GTCACTGCCT TATGGGTCAT TTGTTTTGCT 420 GCAGTTGACA ATTTAGTGTA TGTGGTAGGG TGGAAGAGCA TAGAACATGC TAGCTCCAGA 480 TAAAATTCCC GAGTCTAAGG TCGATAGCAG GGATACAGAG AAAGGAATCA GATTCTCTTT 540 CACTAGCAGG TCCAGACAAG CATACAGCAG GCAGGTCCAA CAAACAGGTG CTAGAGAGGG 600 GATGCCTCCT CCCCACTTCT CTTGGGTTTC CAGAGAAACC GATGGATTAG CCCCTGCTTG 660 TCTAAAAGAG GGGGGAAAAT AGCTTGAGAA T 691 (2) INFORMATION FOR SEQ ID NO: 711: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 667 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 711: GAGAGAGAGA GAGAGAGAAA GGTCTTCCTT CCGTTGGCTC ACCCCCCAAA TGGCCGCAAT 60 GGTCGGAGCT ATGCCAGTCC GAAGCCTGGA GCCAGGTGCT TCCTCCTGGT CTCCCAAGCG 120 GGTGCAGGAG CCCAAGTACC TAGGCCATCC TCCACTGCCC TCCTGGTCCA CAGCAGAGAG 180 CTGGACTGGA AGAGGAGCAA CTGGGACTAG AACCCAGCGC CCATATGGGA TGCTGGCGCC 240 GCAGGAnAGG ATTAACCAAG TGAGCCATGG CCCCCAGTAT AATGTTTTAA GTTGTATTTT 300 TCCTGAAACA AAGAGTTGAG TGTAAATGGA TTATTTGGAA AGTGATCCAG AATCACTGTA 360 TGGGGAAGTA GGAAAGAGAG TGGGAAACGA AGGAAGTCCA AACAGGGTAC AGGATTAATT 420 AATTAAGCTA TTACTGTGGG TAACGAAGGC TCAAGCCTAC TCAGGGAGAC TACATGAAAT 480 TTGCCCCACA GGTGCCTTAC CCAAGGAAGT TGGGGTATTT ACAAATTCGT ATCCATCACT 540 GGATGATGGG CTTGCTTGAC TGAGTGGTTG TTAATTCCCT ACATAAGTGT GGACCTGCCT 600 CTCTCCTCCC CCTGAGAAAG CCTGAGGGGC AGAGCCACAC TGCTTACAGT AAAGAGATCA 660 CATGTTT 667 (2) INFORMATION FOR SEQ ID NO: 712: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 358 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 712: nAACCTTCTT TCTTTCTTTC TTTCTTTCTT TCTTTCTTTC TTTCTTTCTT TCTTTCTTTC 60 TTTCTTTCTT TCTCTCTCTC TCTCTCTCTC TCTCTCTCTC TCTTTCTCTT TCTCTTTCTn 120 nnTTTCTCTC TTTCTCTCTT TCTTTCAAGA TTTATTCATT TATTATTTGA AAGGCAGAAT 180 TACAGACAGG CAAGGnAGAC AGAGAGAGGC TGGTCCTCCA TGGGACGGTT CACTCCCCAA 240 ATGGGCAAAT CGACTGGAGC TGGACGGATC CGAAGCCAGG AGCCAGGAGC TTCTTCCTAG 300 TCTCCCATGT GGGTGCAGGG GCCCAAnGAC TTGGGCCATC TTCTACTGCT nTCCCAGG 358 (2) INFORMATION FOR SEQ ID NO: 713: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 471 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 713: TGATTTGAAA CAAAATGTCT AAATCCTTCT AGAAAGTGTG TATTTAATAA ATACGTAAAT 60 ACAAAACCCT GACAGCTTCA TTCCCAGAAA ACATCTCCTA TGCCTGGTGA ACACAGACCC 120 CGGGGCCTCA GGCCAGnnGA CCTGTCCAGC TCCTTGTTGT TTCTGATCAT GAAACAGGGT 180 TAAGATGTTG CACAGTCAGA CTCACCAGTC TCACTTCCTG GCCTTTGGGA ATTATGCACT 240 GGAAGGCTGT CACATCTTCA TTTTTTAAAG GAATTCATTT TTTTCAACCT AAATATCTTT 300 TATAAGAAAT AAGGCTGAGG CCGGCGnCGC GGCTCACTAG GCTAATCCTC CGCCTAnTGG 360 CGCCGGCACA CTGGGTTCTA GTCCCGGTCA GGGCGCCGGA TTCTGTCCCA TTGCCCCTCT 420 TCCAGGCCAG CTCTCTGCTG TGTCCAGGAG TGCAGTGCAG GATGGCCCAA G 471 (2) INFORMATION FOR SEQ ID NO: 714: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 651 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 714: ATTTTTTCTT TTTTAAAAAA CCTTTTTTGG GGCCAGCACT GTAGCGTATG GnGTAAAGCT 60 GCCGCCTACA GTGTCAGCAT ACCACATGGG CGCCAGTTTG AGTCCCGGCT GCTCTACTTC 120 CAATATAGCT CCCTGCTATG ACCTGGGGAA GCAGTGGAAG ATGGCCCAAG TGCTTGGGCC 180 CCTGTACCCA CATGGGAGAC CCGGAAGAAG CTCCTGGCTC CTGGCTTTGG ATCAGTGCAA 240 CTCCAGCCGT TGCGGCCATC TGGGGAGTGA ACCAGTGAAT GGAGGACCTC TCTCTCTCTC 300 TCTCTCTTTC TCTCTGCCTC TCCTCTCTCT CTCAATCTCT GCCTCTCTGT AACTCTGCCT 360 TTCAAATAAA TACATAATTT TTTTTTAAAA AACACCTCTT TCCTATTTTA TGGCATAACA 420 AGATGGTACC TTATACCTGT ACCTGCCCTG CCTGGGCCTG GGAATCACTC ACTTCTCTGA 480 GGGGTCCTGA TTCTGGTTTA ACAGACCAAG ATGTAAGTGC CAGATGATGT TTTTTCTGAT 540 GAGTAAAATC AATGGTAAAG CCATGTCTGT AAAGGTTTGG TCTTTTGATT ATTTTTGCTA 600 AAGTATTACC TTTTTTTTTT TGACAGGCAG AGTGGACAGT GAGAGAGAGA C 651 (2) INFORMATION FOR SEQ ID NO: 715: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 582 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 715: TCACATTGGG GGCCCATGCT GTGGCTTAGT GGGTTAAGCA GCCGCTTGCA GTGCCAGCAT 60 CCCATATAGA CACAGGTTCA AGTCCTGGCT GCTCCACTTC TGATCCAGCT CTCTGCTATG 120 GCCTGGGAAA GCAGTAGAAG ATGGCCAAAT GCTTGGGCTC CTGCACCCAT GTGGGAGACC 180 TGGAAGAAGC TCCTGGCTCC TGGCTCCTGG CTTCGGATCA GCACAGCTCT GGTCGTTCTG 240 GTCATTTGGG GACATCTATC ATTAATTCAG TAAACACATA ATCCAATGGA ATTTTAAGCT 300 CATGATATGT GTCCTACTAC CCATCCATTT TTATTTTCAA GACCTCTTTT TCTCTCTCTG 360 CCTCTCCTTC TCTCTGTGTA ACTCTTTCTT TTTTTTTAAG ATTTATnTnC TTTATTTGAA 420 AGAGTTACAG AGCAAAGTAG AGCCAAAGGA GGAGAGAGAG AGAAAGAGAG AGAGAGAGAG 480 AGAGAGAGAG AGAGAGAGGT GTTTTCCATC TGCTGGTTTA CTCCCCTAAT GAnCAGAATG 540 GCCAGAGCTG TGCTGATCCA AAACCAGGAG CCAGGAGCTT CT 582 (2) INFORMATION FOR SEQ ID NO: 716: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 328 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 716: AAGATCTTTC TCTTTCCCCA TCTCCCTCTG TAACTCTGCC TTTCAAACAA AATAAATAAT 60 TTGTAAAAAG GCTAGTTTAT TTGAAAGGCA GAGTTACAGT GAGAGACAGG GAGAGAGAGA 120 GCTTTCTCGT CCGCTGGTTC ACTCCCCAAA TGGCCACAAT GGCCGGAAGT GAGCCAGTCT 180 GAAGCCAGGA GCCAGGAGCT TCTTCTGGGT CTCCCATGTG GGTGCAGGGG TGCAAGCACT 240 CGGGCCGTCT TCCACTGCTT TCCCAAGCAC ATTAGCCGGG AGCTGGACGG GAAGTGGAGC 300 AGCCGGGATT CGAACCAGTG CCCATATG 328 (2) INFORMATION FOR SEQ ID NO: 717: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 541 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 717: AGGAGAGGAC AACTTCTCTC CCGGGTAGGG GCTGAGTCTG ATTCCTTTTG GGGTCCGTCC 60 CAGAGCAGTG TGGTTTGGTG CTGAGTAGGG GAGGGAAGAA TGGAGCCTGT GAAAGCCCCT 120 GTGAGAGGGA CAGGAGAGCC CGGCCCTGAG CCCCAGAGCC CAAGCGCGGA nGnGCCCAGG 180 CTCTGGAGTC CTGGGTGCTG GGTCTGGGTG TGCTATGATC TACAGAACCC CTGAGGATCC 240 TGACATGAGG GTCCATCTCT AGGCCCCAGA AAGTGGGTCA TGGGAATGGT GAGCTTAACG 300 ACTCGGGGCC CAGCAAGGCC ATGAGAGAGG GGGATGGGGG TAGGGTCCAG CTCCACTGTT 360 CCTTTTTTTG TTTGTTTGTT TGTTTTGACA GGACAGAGAG AGACAGAGAG AAAGGTCTCC 420 TTACCATGGT TCACCCCCCA ATGGCCGCTG CGGCCAGCGC ACCGCGCTGA TnCCGAAGCC 480 AGGAGCCAGG AGCTTCTCCT GGTCTCCCAT GTGGGTGCAA GACCCAAGGA CTTGGGCCAT 540 C 541 (2) INFORMATION FOR SEQ ID NO: 718: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 620 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 718: GAGGTAAGTC TCATAATCCT ACACTTTTTG AAGTGAGATA ATACCTACTC CAGACAGTTA 60 ATGTGGATAT TAAATATGAT GTAACTAAAC AGTGCCCAGC ACATAGTAGA TGTTTAAAAT 120 ATGGAAGTTT TGGGGCTGGC ACTGTAGCTT AGCAGGCAAA GCTGCTGCCT TCAGTGCTGG 180 CATCCCATAT GGGAACTGGT TCGAGACCCA GCTGCTCCAC TTCTGATCCA GTTCTCTGCT 240 ATGGCCTGGG AAGCCAGGGT AAGAGGGCCC AAGTCCTTGG GCCTCTGCAC CCACATAGGA 300 GTCCTGGAAG AAGCTCCTGT CTCCTGGCTT CAGATCAGCA CAGCTCTGGC AATTGTGGCC 360 AAATGGGAGA ATGAACCAGC AGGTGGAAGA CCTTTCTCTC CCTCTGTCTC TCCTCTCTCT 420 GTGTAATTCT GACCTCCAAA TAAATAAATA AATCTTTAAA AAATGCAAAG TTTCTCTCCT 480 CTCCACTACA CTCCAACTCT TTCCCTCACT TAATAAATAA GACTCAGCTT GACCCCACAG 540 GnACTCATCT TACATAGAAG AGCTAATACA TATGTCTAAA GCTGAAAAGT GAAGAAATGT 600 ATAGCAGACC TCTGCTCTCT 620 (2) INFORMATION FOR SEQ ID NO: 719: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 532 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 719: GGGCCCAAGC ACTTGGGCCA TCCTCCACTG CACTCCCGGG CCACAGCAGA GAGCTGGACA 60 GGAAGAGGGG CAACCAGGAC AGAATCTGGC GCCCTGACCG GGACTAGAAC CCGGTGAGCC 120 AGCGCCGCAA GGAGAGGATT AGCCTGTTAA GCTGTGGCGC CAACCTGTAT ACAAATTTAA 180 AGTATGATTT TGTTTGGTTG GTTTTTTGAG GTATAATTTA AAAAAAAAAA GCTGTCTTTT 240 CCTTTTCTTG CTTTGTTTTC CGAAAAGCTA TCACGAGAGA AAACAACCTT TGTTTTTTAA 300 AGTTTAAAAA ACTTGCTTTG ACAAAAGCTA ATAAATTATT TTTATTTTAA AATCAAATTA 360 ATATACTTTG GGGCGGTGCT GTGTACAGCA GGTGAAGCCA CnGCTGTGGT GCGGCGTCCC 420 ATATGGGCAC CAGACGCCCA TCAGCCCCAA CGCCACAAGC ACTACCGnAC CCAACAGGCA 480 CCTGCCACCC CACGCAGACG CATCAAATGG GCTCCTCCTG CCTCGCCGTT AG 532 (2) INFORMATION FOR SEQ ID NO: 720: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 602 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 720: AACGGGnCTG TGTGTAGGAT GTTAAGCTTC TGCCTGTGGT GACGGCATCT CATATGGATG 60 CCGATTCAAG ATCCAGATGC TCCACCCAAT CTAGCTCCCT GCTAATGGCC TGGGAGAGCA 120 GTGGAAGATG GCCAGAGTAT TTGGGCCCCT GCACCCACAT GGTAGAGCCA CAAGAAGCTC 180 CTGGCTCCTG GTTTTGGATG ATCCCAGCTC TGGTCATTGC AGCCATTTGG GGAGTGAACC 240 AGTGGACGGG AGATCTCTCT TTCTGTCTTT CCCTCTGTCT GTAACTCTGC CTTTCAAATA 300 AATAAATAAT TTTTAAAAAT AAATCTTTCT TTAAAAAAAA GGGAAAACAT GGGGCTGGTT 360 CTCTGATGTA GTGGGCAAAG CTGCCACCTG TGGTGCCAGC ATCCCATATG GGCGCCAGTT 420 CCTGTTCTGG CTGCTCCACT TCCGATCTAG CTCTCTGTTG TGCCCTGGGA AAACAGTGGA 480 AAATGGCCCA ATCCTTTGGG CCCCTGCACC CACGTGGGAG ACCCGGAGGA AGCTCCTGGC 540 TCCTGGCCTC AGATCAGCCC AGCTCCGGCC GTTGTGGCCA CTTGGGGAGT GAGACAAAAG 600 AT 602 (2) INFORMATION FOR SEQ ID NO: 721: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 635 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 721: AGTACAAGGG GGGCTTCAAC GAGTTCATGG AAAAATAGAC TCAAAAATGC TTAATTTTTG 60 AAATCCACGC ATAGTTACTT CTTGAAGACC CTGTCATGTA CTAGCACTCT GCCTCCTCTG 120 GCCTATTACG TTAAAAACAA CAACAACAAC AACAACAACA ACAACAACAG TTCACCTTTT 180 GCCTAGTAGC TCAGGTATCA CTTCCTCTGG GAAGACCACC AAGAATACAA TCAGAGAAGC 240 ATGAAACACA TAAGGAAACG GTAACTTGTG ATACACTCAC ACCAAGAAGT ACAACACAAC 300 CATTAAATAT CATATTTATT TTATTGGCAT AGGAAGAAAG TTGGCATTTA AAATATGTAT 360 ACGGGGGCCA GCACTGTGGT GTACTGGGTA AGCCACTACC TGCAGTGCCA GCATCCATTA 420 TGGGTGCCAG TTCAGGTCCT GGCTGCTCCA CTTCCAATCC AGCTCTTTGC TATGTCCTGG 480 GAAAGCAGCA GAAGATGGCC CAAGTCCTCG AGCCCCTGCA CCCACGTGGG AGACCCGGAA 540 GAAGCTCCTA GCTTTGGATT GGTGCAGCTC TGGCCATTGC AGCCATCTGG GGAGTAAACT 600 AGCAGATGGA GGACCTCTCT TTCTCTCTCT GCnTC 635 (2) INFORMATION FOR SEQ ID NO: 722: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 633 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 722: ATCCTCTGCC TCTGTGAACT TTAATATGTG TGGTTCCTCT TCTACGCACC AGACTGCATG 60 CTAGCTGCCA TCCACACAAT GTGCTCCCCC TGCCAACAGC CATAGGTCAT GTTCCAATGT 120 CAGCATTACT ACTGTTCAGT TTAATATATC TAAAATCTAA CATAAAAGTA TTTATAATGG 180 GCTGGCCCTG TGGCACAGCA GGTTAACGCA CAAGCCTGAA GCCCCAGTAT CCCATATGGG 240 CACCAGTTCT AGTCCTGGCT GCTCCTCTTC TGATCCAGCT ATCTGCTATG GCCTGGGAAG 300 GCAATAGAAG ATGGCCCAAG TACTTGGGCC CCTGCACCCA CATGGGAGAC CCGGAAGAGG 360 CTCCTGACTT CGGATCAGTG CAGTTCCAGC CATTGTGGCC ATCTAGGGAG TGAACCAGCA 420 GATGGAAGAC CTCTCTCTCT GTCTACCTCT CTCTGCAACT CTGTCTTTCA AATAAATCTT 480 TTAAAAAAAA GTATTTGTAA CAATAATGGT GCTGTACCCA TGGCACCTAC TGTCTCCTTT 540 CAAGTCTGTA CTCTGTGAAA TGGAAGTAAC ACAGTTCAGA ACAGGTTTAT GGGCTACAGT 600 GTGACACCTT CATGCATGTA TATGATGTGT GCT 633 (2) INFORMATION FOR SEQ ID NO: 723: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 467 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 723: TTCCCATTTT CATTTTTGCT TAAGCACTAG ATATAACTAT TGTTATCATT TTCCAGATGA 60 AGAGGAACAG AGATTACCCA AGATGCTATT GCTAAGCATG ACAAAGTCAG CATTCAAACC 120 TGGAAGCATT TCTTAATGAC GATGGTTAAT TTTTGTTTGG ATTTGTCAGT CTAGTTGATT 180 GTATATACTA TATATATATA TATATATACT GTCTACAGAT TCCAAAAGGT TTTCCTTTAA 240 AAAGATTTAT TTATTTGGCC GGCACTGTGG CTCACTAGGA TAATCCTCCA CCTTGGGGTG 300 ATGGCACACC GGGTTCTAGT CCTGGTCGGG GCGCCGGATT CTGTCCCGGT TGCCCCTCTC 360 CCAGGCCTGC TCTCTGTTGT GTCCAGGGAG TGTAGTGGTG GATGGCCCAA GTGCTTGGGC 420 CCTGCACCCC ATGGGAGACC AGGATAAGTA CCTTGCnCCT ACCATCG 467 (2) INFORMATION FOR SEQ ID NO: 724: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 185 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 724: CGTACCCTAT TGTTTATTTT CTAAATACAT TCAAATATGT ATCCGCTCAT GAGACAATAA 60 CCCTGATAAA TGCTTCAATA ATATTGAAAA AGGAAGAGTA TGAGTATTCA ACATCAGCCT 120 TCTTTTCAGC TTCCTCCTTG GCGCCCGAGG CACAGnGAGC CGAGCATAGC CGCGCAGGCA 180 AGTGC 185 (2) INFORMATION FOR SEQ ID NO: 725: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 189 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 725: CGGTACCTGG TCAGTTTGCA AACGGCCACG GTGGAGATGA GCGGCTTATA TTCCTCAGGA 60 GCGTGTGGCA GATTGTGGTG AAAGCGAATG GGTGTTGATA ACCGGGTTCA GGGTAGAATT 120 CCCAGCCGCC TGGTGGCGAA GCCGCCCGGC GCCCCAAATT TTTCCCGGCG GTTGnGCCCT 180 TACnGGTTC 189 (2) INFORMATION FOR SEQ ID NO: 726: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 432 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 726: TAATTATGAA AACTGAATCA AGAAGACATA GAAAATCTGA ATACACTTAA AAAAAGAGGT 60 TGGATTAGTA ATTAAAAATT TCACACAAAG AAAAGTCTAG TCCCAGTTAT ATACTTTTTT 120 TAAAGATTTA TCTATTTATT CAAAAGTCAG AGTTACACGG AGAGAGGAGA GGCAGAGAGA 180 GGTCTTCCAT CCACTGGTTC ACTCCCCAGA TGGCCGCAAC GGCCAGAGCT GTACCGATCT 240 GAAGCCAGGA GCCAGGAGCC TTCTCTGGGT CTCCCATGTG GGTGCAGGGA CCCAAGGACT 300 TGGGCCATCT TGTACTGGTT TCCCAGACCA TAGCAGAGAG CTGGATTGGA AGAAGAGCAG 360 nTGGGACTCG AACCAGCCCC CATATGGGGT GCCGGCACTG CAGGCGGCGC TTTAnCCGCT 420 ACGCCACAGA GG 432 (2) INFORMATION FOR SEQ ID NO : 727: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 428 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 727: TCCTCCTGCA GCGCCAGTAT TCCATATGGA CACCAGTTCT TGTCTGGCAG TTCCACTGCC 60 AATCCAGCTC TCTGCTATGG CCTGGGAAAG CAGTGGAAGA TCATCCAAGT CCTTGGGCCC 120 CTGAACCCAC GTGGGAGACC TACAAGAAGC TCCTGGCTTT GGATCAGCAC AGCTCCAGTC 180 GTTGCAGTCA TTTGGGGATT GAACCAGTGG ATGGAAGACC TCTCTGTCTT TACCTCTCTC 240 TGTCTGCAAC TCTGCCTCTC AAATGAATAA AATCTTTTAA AAATTTTTAT TTATGTCTGT 300 ATTTTATTTG AAAGAGATGA GGAGGGAGAG AGCGTGAGAG CCAGTGCACA TGATACCTTT 360 CAACTGGTAG TTCACTGCCC TGTTGGCCTC AATGGCCAGG GCTAGGCCAG GCCAAAACCA 420 AGAGCTTC 428 (2) INFORMATION FOR SEQ ID NO : 728: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 463 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 728: TTTACTTGCT ATGTTCACAG TTCCTACAGG AAAACTTGGA ACACAATAGA CATTCAAGCT 60 TTATTTGTTG AAGATTATGA ATATTTAGGA TGAGACACTG TGCTTTACGT TCCCCCCCTA 120 AATCCCAAAG AAATGATATT ATTTGTGTAA TAAGTGACTT AAAACATATT TTCCTGAGGC 180 CAGTATTGTG GCATAGCAAC TAAAACTGCC ACCTGTGATG CCGACATCCC ATAGGGGTGC 240 CAGTTTGAGA CCCGGATGCT CCACTTCTGA TCCAGCTCCT TCCCTAATGC ACCTGGGAAA 300 GCAGTAGAGG ATGGCCCAAG TGCTTGGGCC CCTGTACCTA CGTGGAAGAC CCATAAGCTC 360 CTGGCTCCTG GCTTTGGCCT GGCCCAGCTC CAGCTGTTAC AGCCATCTGG GGAGTGAACC 420 AAAGGATGGA AGACCTCTCC ATGTCTCTCC CTCTCTCTGT GTA 463 (2) INFORMATION FOR SEQ ID NO : 729: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 583 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 729: AACTCACGCA AAGAGAAATC GACAATATCA ACAGGTGTGT GTTTAAAAAA ATTGAATCCA 60 TAATTAAAAC CTTCCAAAAC AGAAAGCACA AGGCTCTGAT GACTTCAATC AAACATTCAA 120 TGAGGTATAG GAGCAGGTCT TTGGCCTAAT GGTTAAGATG TCCACGTCCC ATATTGGACT 180 GACTGGGTGT GATCCCTGGC TCTAGACTCA ATTTCAGCTT TCTGCTGATT TAGACCCTGG 240 GAGGCAGCAG GTCATCATTC AAATGGTTGG GTCACTTCCA CCCATGTGGG AGACATAGAT 300 AGAATTCCTG GCTCTTGTTT CTGGCCCTGG CCCAGCCTAC CAGTCATTTC AAGCATATGA 360 AATGTGAATG AAAAATTAGA ATGTGTGATC TCAAATAAAT AAATACTTAA AAAAAAAAAA 420 AAACTAAATT ATCTAGGGCT GGCGCTGTGG CACAGTGGGT TAACGCCCTG GCCTGCAGCG 480 CCAGCATCCC ATATGGAAGC CGGTTCTAGT CCCAGCTGCT CCACTTCCAA TCCAGTTCCC 540 TGCTATGGCC TGGGATAGCA ATAGAAGATG GCCCAAGTCC TTG 583 (2) INFORMATION FOR SEQ ID NO : 730: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 590 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 730: TTGGAGTTGT AATAAAAGGA ATTTTCCCTT CTACCTCCTT TCTGTAAGAA ACATCAGGCT 60 TTCCTGCC C TGGTTAAACA TGATTAAGTG GTAAACAGTG ATGAATATTT CCCAGATAAC 120 TACATCTCAT GATGTTTTTT TAAAGATTTA TTTATTTATT TGAAAAGTAG AGTTAGAGAG 180 AGAGAGAGAG AGGCCTTCCG TCTGCTGGTT CACTCCCCAA ATGGCTGCAA TGGATGGAGC 240 TGGGCTGATC CAAAGCCAGG AGTCAGGAGC TTCTTCTGGG TCTTCCACAT GGGTGCTGGG 300 GCCCAAGGAC TTGTGCCATG TTCTACTGCT TTTCAAGGCC ATGGTAGAGA GCTGGATCAG 360 AAGTGGAACA GCAGAGACTT GAATTGGTGT CCCTATGGGA TnCTGGCACT GnAGGCGATG 420 GCTTTACACA CAATGCCACA GTGCCAGTCC CTCATGATAT TTTTATTAAT GTTAATAGGn 480 TTCTGGTGGG CAAAAAATAG TTTTGTAGAA AAATATTTTG GGAATACACT CAGATAACAT 540 TTGAGCAAGT TTCTTTCCTG CAGGACATAT CAGACAnTCA ACTATATTAn 590 (2) INFORMATION FOR SEQ ID NO: 731: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 710 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 731: ATGCAAAAAT ATATACTAAA GGAAGTTTTT CAGGCAGAAG GAACATTGTA TCAGAAACTT 60 GAAGCTAAAC AAAGGCAGAG CACTAGAAAT GGAAAATAGT AAAATAAAAT TCATTTTTTC 120 ACAGTTTGAG TTGTTCTAAA AGATAACTGA CTTTCAGGGC CGGTGCTGTG GCACAGCAGG 180 TGGAGCTGCT GCCTTCAACA TGCCATCATC CCCTATGGGT GCCTGTTCAA ACCCTGGCTG 240 CCCCATTTCC TATTCAGCTC CTTGCTGGTG TGCCTGGGAG GGCAGCGGAA GATGGCCCAA 300 GTGCTTAGGC CCCTGCACCC ATGTGGGAGA CCCAGAGGAA GTTCCTGGCT CCTGGCTTTG 360 GACTGGTCCA TCCCTGGCTG TTGTGGCCAT TTGGGGAATG AATCAGCAGA TGGAAGATCT 420 CTCTTTCTCT GTCTGTCTGT CTGTCTCTCT CTGTAATGCT ACCTTTCAAA TAAAAAAGTC 480 TATTTTAAAA AGATAACTGA TTTTCTAAAA TGGTAGAAAT GCATTATGTG TTTATAACAT 540 GTAAAAATAA AATGTATAAC AAATATAGCA CAATGGATTG GATAGAGGAA TTATGAAAAT 600 TCCTTTAACA TAGAATCATT ATATGTTACA TGAAATGTTG TAATATTATT TGAAGGnAGA 660 TTCTGATTAT ATATGCGTAA GGATAAACCC TAAGACAACT GCTAAAACAA 710 (2) INFORMATION FOR SEQ ID NO: 732: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 621 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 732: TTTCACAGCA AATGCAACAA TTAGAAGAGA CACCTACAGA ATAGGAGAAA TTATTTACAA 60 ATCATACATA TAACATAGTG AGAATATCTG GAATATATGA AGAACTTAAT AGTAACCTAA 120 CCCCCCAAAT AATTTGATTT AGAAATGGGC AAAGGTGGGG CCGGCGCTGT GGCTCAGTGG 180 GTTAACACCC TGGCCTGAAG TGCCAGCATC CCATATGGGC GTCCGTTCGA GACCCGGCTG 240 CTCCACTTCC AATCCAGCTC TTTGCTGTGG CTTGGGATAG CAGTAGAAGA TAGCCCAAGT 300 CCTTCGGCCC CTGCACCCGC ATGGGAGACC CAGAAGAAGC TCCTGGCTCC TGGCTTCGGA 360 TCAGAGCAGC TCCAGCCGTC ACGGCTAATT GGGGAGTGAA CCAGCAGATG GAAGATCTCG 420 ATCTCTCTCT CGATCTCTCT CTCTCTCTCT AACGCTGACT TTCAAATAAA TAAATAAATC 480 TTTTTTTTAA AAAAATGGGG CAAAGGGCAT GAATAGACAC AGATATCCAA GAAGTATCTT 540 AAAAATGCTC AACATTACTA ATCATCAGAG AAATGCAAGT CAAAACCTCA TTGAGATATC 600 ACTTCACCCA GTTTTTTTTT T 621 (2) INFORMATION FOR SEQ ID NO: 733: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 606 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 733: TCAGAAATCA TATTTGAATT AAAATCTTTA AAATGGAGAA GCAACATCAT CTGAAGTATA 60 ATAATAACTA AGCATTTTAA ATTGTCAGAT ACAGGAAGCC ATAGAGGAGA ACAAGAGAAA 120 AAAAAAAAAG GACTGAGGCC AATGATGTGA TGTAGTGGGC TAAGGCTCCA CCTGCAGTGC 180 CAGCATCCCA TATGGGTGCC GGTTTATGTC CCAGCTGCTC CTCTTCCAAT CCAGCTCTCT 240 GCTTATGGCC TGGGAAAGTG GCAGGAGATG GCCCAAGTGC TTGGGCCCCT GTACTTGTGT 300 GGGAGACCCA TATGGATTTC CAGGCTCTTG GCTTTGGCCT GACCCAGCCC CAGCCATTGC 360 AGCCATTTGA GGAGTGAACC AGTGGACGGA AGACCTCTCT CTGTCTGTCC CTCTGCCTGT 420 AGCTCTAACA TCTCAAATAA ATAAATAAAT CTTTAAAAAA GGAnGGGGGA GGAAGAGAAC 480 AAGAAGAAGA AAAAGAACTT ATGAAGAGGA AAGGGATGAA CCTATAGAGT ACTGGTAAAC 540 ACTGGGTTCA CATTTCAAAC CCAAGGCTGC CCATGGCAGT nAGCATTCAC TCTAAAAGGG 600 AGCATG 606 (2) INFORMATION FOR SEQ ID NO: 734: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 466 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 734: TGCTATGGCC TGGGAAAGCA GTAGAAGATG GCCCAAGTGT GTGGGCCCCT GCACCTGTGT 60 GGGAGACCCA GAATAAGCTC TTGACTCCTG GCCAAGATTG GCGCAGTTCT GGCCACAGTG 120 GCCATCTGAG AAGTGAACCA GCGGATGGAA GACCTCTCTC TCTCTCTCTG CCTCTCCTCT 180 CTCCGTGTAA CTGTGACTTT CAAGTAAAAT AAATACATAA AAAAAAAAAA AAAAGAAAGA 240 AAGAAAGAAA GAAAGTAAAC AGCTAGGTTG CTAGACACCA GAATCAGGAT GCACCATAGG 300 TTCCTTACAT TGGAGAGTGG CATGGGGAAG TGATTGCTGG AGAAATGGTG AAGGnGACTA 360 TGAAAACTTA ATCTAGAATA ACCTGTACCT TTTCCGAATT TACCATTTCT TGTTGAGATT 420 TAGGAGGnTA ATAACCAACA CCCCTTCCTC GnTCCCCCAA ATGTGG 466 (2) INFORMATION FOR SEQ ID NO: 735: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 567 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 735: ATGCTACATG ATAATTTCAA GGGAGAAGCC AGTAGAGAAG AAACAAGAAG CCTAGAGATT 60 CTCCAAATGC ACAAAAATGC TGCCGTTCCT GAATTGCAAG CTGACTTGAA GCAGAGGAAT 120 GAGATTTCCT TTCCAAGTTA AAACAAATGC ACAGATTATC ATTGACTTCT TTCATTAAAA 180 GCATTTATTT TATTTATTTG AAAGAGTTAC ATAGAGAGGT AAAGTCAGAG AGAGAGAGAA 240 AGAGGTCTTC CAACAGCTGG TTCACTCCCC AAATGACTGC AATGGCCAGT GCTGAGCTGA 300 TCCAAAGCCA GGAGCCAGAA TCTTCTTCTG GGTCTCCCAT GTGGATGCTG GGGCCCAAGG 360 ATTCGCGCCA TCTTCTGCTG CTTTCCCAGG ACATAGCAGA GAGCTGTATC GGAAGTGGAG 420 CAGCTGGGAC ACGAACTAGC ACCCACATGG GATGCCAGAA CTGCAGACCA AATCTTTAAT 480 CCATTGTGTC ACAGCACCAG CCCTAGCATT AAGTTCTTTT TTTTTTTTTT TTGACAGGCA 540 GAGTGGAnAG TAAGAGTGAG AGTGAGA 567 (2) INFORMATION FOR SEQ ID NO: 736: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 537 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 736: GAATTTCTTC TGGCTTCTAG GGTGTTGTCC CAGGTCTTCC TCCTGAGGTT ACCTTCAGAT 60 GTTAGAATAG AAGTTGCAGG GCCAACGCTG AGGTGTGGCG GGTAAAAGCT GCCGCCTACA 120 GTGCCAGCAT CCCATATGGG CACTGGTTCG AGTCCCGGCT GCTCCACTTC CGATCCAGCT 180 CTCTGCTGTG GCCTGCGAAA GCATAGAAGA TGGCCCAAGT TCTTGGGTCT CTGCACCCAT 240 GTGGGAGACT CTGAAGTAGC TCCTAGCTCC TGGCTTCGGA GATCAGCACA GCTTTGGCGG 300 TTGCGGCTAA TTGGGAAGTG AACCATTGGA TGAAAGACCT CTCTCTCTTC nCTCTCTCTC 360 TGGCTTCTCC TTCTTTCTCT GTGTAACTCT TTCAAGTAAT AGTTAAATAA ACCTTAAAAA 420 AAAAAAGAAT AGAAATTGCA TCTTTTTCTA GTTAGAGCAA GCCTGAGTCT CATTCCTCAC 480 AACTTTAAAG ATGGCTCTTC TCACCTGCAT AATGCATCAA GGTCTCCTCT TTTACTA 537 (2) INFORMATION FOR SEQ ID NO: 737: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 622 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 737: TAACAAAGTG AAGAGGTAAT GAAAACAATG AGAGAAAATA TTTGAAAACT ATGCATCCAA 60 TAAAGGATTA A ATCAAGAA TATATAAGGA GTTCCAGAAA CTCAATAACA ACAAAATAAT 120 CCAGTTAAAA ATGTGCAAGG GCAGGAACAA GCATTTTTCA AAGGATGAAA TAAAAAGGGC 180 CAACATGGGG CCAGCACTGT GGACATAGCA GGTAAAGCCA CCGCCTGCAA TACCAGTATT 240 CCATATGGGT GCTGGTTCAA GTCCCAGCTG CTCCACTTCT GATCTGGCTC TCTGCTATGG 300 CCCAGGAAAG CAGTAGAAGA TGGCCCAAGT CCTTGGGCCC CTGCACCCAC CTGGGAGACC 360 CAGAAGCTCC TGGCTCCTGG CTCTGGACTG GCTCAGCTCT GGCCATTGnC AGCCATTTGG 420 GGAGTGAACC ATTGGGTAGA AGCCCCCCCC TCTGTGTGTA ACTCTGACTT TGAAATAAAT 480 AAATAAATCT TAAAAAAAAA AAGGCCAACA GACAGATGAA AAAACTCCAG GATGACTGCC 540 ATCAGGGAAA TGCAAATACA AATTACAGTG TGGTGTCACC TTACCCCAGC TAGAATGCTA 600 TCATTCAAAA ATCAAAAATG GA 622 (2) INFORMATION FOR SEQ ID NO: 738: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 533 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO : 738: GAGCAAAGTG GCATTGAGAA GAAAAAAATC GCCACATTTT GGACACTTTC CACAACCCTA 60 ACTATTCTTT TGGATTATGA TTTTGTTTTG TTTTGTTTTA AAGATTTTTT TATCTGTTTA 120 TTTCACAGGT AGAGTTAGTT ACAGACAGTG AGAGAGGGAG ACGGAAAGGT CTTCCTTCCA 180 TTGGTTCACT CCCCAAATGG CCACCACAGC CAGAGCTACG CCGATCCGAA GCCAGGAGCC 240 AGGTGCTTGC TCCTGGTCTC CCATGTGGGC GCAGGGGCTC AAGCACTTGG GCCATCCTCC 300 ACTGCCCTCC CAGACCACAG CAGAAGGTGC TGGACTGGAA GAGGAGCAAC TGGGACTAGA 360 ACCTGGCACC CAACCTAATC ATTAATCCAT AAATACCTTA AATATATCCC CCTGGGGAAT 420 CTTGGAGAGT TTATATACTA GAAAAAGCAT TTATTCATGA TTTAAAATTT TTTTAAAGTT 480 TATAAAAACA TAACATAAAT CTTACCTTAA ATATCTGTAG nATGGGGTAn CTC 533 (2) INFORMATION FOR SEQ ID NO: 739: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 517 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 739: TTTGTTGCCA CAAATGCCCA TTCTCGGGGC TGGCGCTGTG GCACAGTGGG TTAACGCCCT 60 GACCTGAGGC ATTAGCATCC CATGTGGGCA CTGGTTCAAG ACCCAGCTCT CTCCTGTGGC 120 CTGAGAAGGC AGTAGAAGAA AGCTCTAGTC TTTGGGCCCC TGCACCCATG TGGGAGACCC 180 AGAGGAGGCT CCTGGTTCCT GGCTTCGGAT CAGCACAGCT CCAGCCATCG CTGCTGGTTG 240 GGGAGTGAAC CATCAGATGG AGGACCATTC TCTCTCTCTC TCTCTGCCTC TCCTCTCTCT 300 GTGTAACTCT GACTTTCAGA TGAATAAATG AATCTTTAAA AAAAAATGCC CACTCTCTAC 360 ATAATGCTTT AAGATTCATC CATGATAGAG TACATGTGAT ATTTTGTTTA TTACTGAATA 420 GTATTCCAAG CATGTGGTTT TGAAGGGACT AAATGAGCAG TTCTGGCCAA GGCTGGCTCA 480 CCTGGATCTT CCTTAGAGAC GAAATCCTAC AGCCCTC 517 (2) INFORMATION FOR SEQ ID NO : 740: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 643 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 740: AGACCTTTCT CTCTGTCTCT CTTTCTCACT GTCCACTCTG CCTGTCAAAA AAAAAAAAAA 60 AAAAAAAAAA AAAGGAAAAA AAAGGAGAGG AAAGGATAAG GCCCCTGGGA GTGCTGTTCC 120 CTGGAATACA GTAAGGGGTG GCTGCTGGCT GCTCTCTGGG CTGTGGGCCT GGGTCAGCCC 180 AAGGTTCCTG GGGAGATACG CAGCTGGGGT TGTCAGAGTT AGCTCAGGAG AGAACTTACT 240 CCTCAAGCAC ACTTAGAGTG AACCTTTGCT AAGTTGGCTA CACAACTTCT CTATTCTGTA 300 AACCAGTTGA AATAAATCTT ATGGGTTTTG TTTGAAAGGA ATTTATATGA GCAATTTTAC 360 TAAATCAGGA ATATTTTTAA AGATTGTTTA TTGGGGCCAG TGCTGTGGCA GCGGCTCCTC 420 TTCAGATCCA GCTCCTGCTA ATTTGTCTGG GAAAGCAGTA GGAGATGGCC CAGGTGCTTG 480 GCCCCTTTAC TCACATGGGA GACCTGGAAG ACGCTCCTGG ATCCTGGCTT CAGCTCGGCT 540 CAGCTCTGGG nGTTGCAGCC ATCTGGGGAG TGAACCAACA GATGGAAGAC CTCTCCTTCT 600 CTCTGCCTCT GCCTCTATAA nTCTGCCTTT CAAATAAATA AAT 643 (2) INFORMATION FOR SEQ ID NO : 741: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 531 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 741: TGCCAGTTCG AGTCCCGACT GCTCCACTTC TGACCCAGCT CTCTGCTATG GCGTGAGAAA 60 GCAGTGGAAG ATGGCCCAAG TCCTTTGGGC CCCTGCACTC CCATGGGAGA CCCAGAAGAA 120 GCTCTTTGCT CCTAGCTTTG GATCGGCTAG GAGCTCCAGC TGTTGCGACC AACTGGGGAG 180 TGAACCAGCA GTTGAAGATC TCTCTCTCTC TCGGCCTCTC CTTCTCTCTC TCTCTGTGTA 240 ACTCTGACTT TAAAATAAAT AAGTAAATCT TCAAAACAAA AACAAAGTTT GGTTCCAATT 300 ATGATTACTT TGTTATTGCC AGTTTGTTGA TTAGGGTTCA CTTAAAACGA GATACTGTAA 360 ATCTGAGAAT A ACAGGGGC ACCTGGCGTC ACATCACAAA AAGTCTGGCA CATTTCAGTT 420 TATTCAAGCA ACTATCCATG ATCTACATAG CTAAATGAAA CCTTATTCGT ATCTAAATAG 480 GCATCTGCCT CTAAATATTT TAATATGCAA TTCTGTCTCT ATTCTAATAA T 531 (2) INFORMATION FOR SEQ ID NO: 742: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 633 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 742: AGGGAGTTTT TCCCTATGGT TGACCAAAAG ATAATAAAAC TACCTTGCTT ATTCAGACAG 60 AACGCAAAAT CAGCATTCCT CTCTTCAACT GCTCAGCTGT AGGTCAATTG ATCCAACACG 120 TCCTATAAGT TAACATTTAA TATTTCCAGT GGATCTATTA AATTTTATTT GCGGAAGTGA 180 TTTCTTTTTA AGATATATAT GTATATATAA ATGCTTATTT TAAAAAATAT TTATTTGAAA 240 GGCAGGGTTA CATAGAGGCA GAATTAGAGA AGAGAGAGTG AGGTTTTCTA CCCATTGGTT 300 CACTTCCCAA ATGGCCACAA TGGCCGGAAC TGCGCCGATC TGAAGCCAGG AGCCAGGAGC 360 TTCTTCCAGG TCTCCCACGT GATTGCAGGG ACCCAAGCAC TTGGATCATC TTCTGCTGCT 420 TTCTCAGGCC ACAGCAGAGA GCTGGATCAG AATTGGAGCA GCCAGGACTC AAAATGGTGC 480 CCATATAGGA TGCTGGCACT GCAGGCAATG GCTTTCCTCT GTATGTCACA GTGCTGGCCC 540 CAAAATGCTT GTTTTTATAT ATGTGTTTAT GTGTGTATTT TAATTGGAGA GGCACAGAGG 600 GAGAGAAAGC ATGCTACTAC CTGCAGGnTC ATT 633 (2) INFORMATION FOR SEQ ID NO: 743: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 681 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 743: TTATCATGTA ACACCACCCn TGCAGCCAAC TCAGGACCCC CCAACAAAGG TCACCACCAG 60 ATGCAACCCC TCGACCTGAG ACTTCTCTGT CTCCCAGAAT TATAAAAAAA TATACATTTC 120 AGGGCAGGTG TTTGGCGCAG TGGGTATAGC TCTGACCTGT GATGTTGGCA CCCATATGGG 180 TGATGCTCCC TGTCCCAGCT GCTCTGTTTC CAATCCAGCT CCCTGATAAC GACCCAGGAA 240 AAGTAGCAGA AGTTGGCCCA AGTGTTTGGG TCTCTACCAC TTGTGCGGGA GACCTTAATG 300 AAGCCCCTGG CTTAGATCTG GCCCAGCTCT GGCCATTGCA GCCATCTGGG GAGTGAACCA 360 GTGGATGGAA GATGTCTCTG TTTCCATCTC TCCTTTTTTC TCTGCAACTC TTTCAAATAA 420 ATAAATAACA CACATTACTT AGCTTTGTGA ATTGCTTGAT CTCAGGTATT TTGTTTTCTA 480 AGAGAGAACA GGTAAAGATA TAGAGAGTGA AACCACCATA TGCAGTGCCG GTATCCTAAG 540 GGTGTTGGTT CGAGTCCCCG CTGTTCCACT TCCAATCCAG CTCCCTGCTG ATGCACCTGG 600 GAAAGCAGGG GAAGGTGGGC CAAGTGCTTG GGACCCTGAA CCCATGTGGG AGACCCAGAA 660 GAAGCTCCTG GCTCCCAACT T 681 (2) INFORMATION FOR SEQ ID NO: 744: (i) SEQUENCE CHARACTERISTICS: (A) LENGTH: 651 base pairs (B) TYPE: nucleic acid (C) STRANDEDNESS: double (D) TOPOLOGY: linear (xi) SEQUENCE DESCRIPTION: SEQ ID NO: 744: TGGCCATCAA CATGGGGAAC TTGGATTGAA TTCCTGTATT CTGATTTCAC TTTTACCCAG 60 TCGTAGTCAT TGTGGACAAT GCTGAATGAA CCATTGAGTG TGAATGTGTT ATAATAAAAC 120 TGTATTTGAA AAAGGATTGA TTTTTGTAGA CCAAAAATTA AATAAAAATA AACAGAAAAG 180 ATTAAACACT TGATTTCTTC CTGAAAACAT GGTGAACACC TTAGAACTGG GATGCTCCAA 240 TATGACTTGG AGTCTCAGAA TATAAATAAA GATACTTAGG AAGAAAAGTA GCCTTTATCA 300 CATTACTTTT TTTAAAAAAA TATTCATTTA TTTATTTGAA AATAAGAGTC AGACACACAC 360 ACACACACAC ACACACACAC ACACAAAGAT CTTTCATCTG TTGGTTCACT CCCCAAATGG 420 CCACAATAGC CAGAGCTGAG CCTATCTGAA GCCAGGAGCC AGGAACTTCA TCTGGGTCTC 480 CTACAnGGGT GCAGGAGCCC AAGGACTTGG GACATCTTCC ACTGCTATCC CAGGCCCGTC 540 TGCAGGGAGC TGGATCAGAA CTGGAACAGC TTGGGACATG AACTGGGCAC CCACATGGGn 600 TGCTGGGCAC TGCAGATGGT GACTAAACCT GCTGCATCAC AGTGCCTGCC C 651

Claims: What Is Claimed Is: 1. Computer readable medium having recorded thereon the nucleotide sequence depicted in SEQ ID NOS: 1-744, a representative fragment thereof or a nucleotide sequence at least 95% identical to a nucleotide sequence depicted in SEQ ID NOS:. 2. Computer readable medium having recorded thereon any one of the fragments of SEQ ID NOS: 1-744 depicted in Tables 2 and 3 or a degenerate variant thereof. 3. The computer readable medium of claim 1, wherein said medium is selected from the group consisting of a floppy disc, a hard disc, random access memory (RAM), read only memory (ROM), and CD-ROM. 4. The computer readable medium of claim 3, wherein said medium is selected from the group consisting of a floppy disc, a hard disc, random access memory (RAM), read only memory (ROM), and CD-ROM. 5. A computer-based system for identifying fragments of the T. pallidum genome of commercial importance comprising the following elements: a) a data storage means comprising the nucleotide sequence of SEQ ID NOS: 1-744, a representative fragment thereof, or a nucleotide sequence at least 95% identical to a nucleotide sequence of SEQ ID NOS: 1-744; b) search means for comparing a target sequence to the nucleotide sequence of the data storage means of step (a) to identify homologous sequence(s), and c) retrieval means for obtaining said homologous sequence(s) of step (b). 6. A method for identifying commercially important nucleic acid fragments of the T. pallidum genome comprising the step of comparing a database comprising the nucleotide sequences depicted in SEQ ID NOS: 1-744, a representative fragment thereof, or a nucleotide sequence at least 95% identical to a nucleotide sequence of SEQ ID NOS 1-744: with a target sequence to obtain a nucleic acid molecule comprised of a complementary nucleotide sequence to said target sequence, wherein said target sequence is not randomly selected. 7. A method for identifying an expression modulating fragment of T. pallidum genome comprising the step of comparing a database comprising the nucleotide sequences depicted in SEQ ID NOS: 1-744, a representative fragment thereof, or a nucleotide sequence at least 95% identical to the nucleotide sequence of SEQ ID NOS 1-744: with a target sequence to obtain a nucleic acid molecule comprised of a complementary nucleotide sequence to said target sequence, wherein said target sequence comprises sequences known to regulate gene expression. 8. An isolated protein-encoding nucleic acid fragment of the T. pallidum genome, wherein said fragment consists of the nucleotide sequence of any one of the fragments of SEQ ID NOS 1- 744: depicted in Tables 2 and 3, or a degenerate variant thereof. 9. A vector comprising any one of the fragments of the T. pallidum genome SEQ ID NOS: 1-744 depicted in Tables 2 and 3 or a degenerate variant thereof. 10. An isolated fragment of the T. pallidum genome, wherein said fragment modulates the expression of an operably linked open reading frame, wherein said fragment consists of the nucleotide sequence from about 10 to 200 bases in length which is 5 to any one of the open reading frames depicted in Tables 2 and 3 or a degenerate variant thereof. 11. A vector comprising any one of the fragments of the T. pallidum genome of claim 8. 12. An organism which has been altered to contain any one of the fragments of the T. pallidum genome of claim 8. 13. An organism which has been altered to contain any one of the fragments of the T. pallidum genome of claim 10. 14. A method for regulating the expression of a nucleic acid molecule comprising the step of covalently attaching to said nucleic acid molecule a nucleic acid molecule consisting of the nucleotide sequence from about 10 to 100 bases 5 to any one of the fragments of the T. pallidum genome depicted in SEQ ID NOS: 1-744 and Tables 2 and 3 or a degenerate variant thereof. 15. An isolated nucleic acid molecule encoding a homolog of any of the fragments of the T. pallidum genome of SEQ ID NOS 1-744: and Tables 2 and 3, wherein said nucleic acid molecule is produced by a process comprising steps of: a) screening a genomic DNA library using as a probe a target sequence defined by any of SEQ ID NOS: 1-744 and Tables 2 and 3, including fragments thereof; b) identifying members of said library which contain sequences that hybridize to said target sequence; and c) isolating the nucleic acid molecules from said members identified in step (b). 16. An isolated DNA molecule encoding a homolog of any one of the fragments of the T. pallidum genome of SEQ ID NOS: 1-744 and Tables 2 and 3, wherein said nucleic acid molecule is produced a process comprising steps of: a) isolating mRNA, DNA, or cDNA produced from an organism; b) amplifying nucleic acid molecules whose nucleotide sequence is homologous to amplification primers derived from said fragment of said T. pallidum genome to prime said amplification; c) isolating said amplified sequences produced in step (b). 17. An isolated polypeptide encoded by any of the fragments of the T. pallidum genome of SEQ ID NOS: 1-744 and depicted in Table 2 and 3 or by a degenerate variant of said fragments. 18. An isolated polynucleotide molecule encoding any one of the polypeptides of claim 17. 19. An antibody which selectively binds to any one of the polypeptides of claim 17. 20. A method for producing a polypeptide in a host cell comprising the steps of: a) incubating a host containing a heterologous nucleic acid molecule whose nucleotide sequence consists of any one of the fragments of the T. pallidum genome of SEQ ID NOS: 1- 744and depicted in Tables 2 and 3, under conditions where said heterologous nucleic acid molecule is expressed to produce said protein, and b) isolating said protein.

Inventors: FRASER CLAIRE M, FRASER, CLAIRE, M.
Applicants: FRASER CLAIRE M, HUMAN GENOME SCIENCES INC, FRASER, CLAIRE, M., HUMAN GENOME SCIENCES, INC.
Application year: 1998
Main classification: C12N
IPC codes: A61K38, A61K39, C07K14, C12N15, C12Q1