Lyme disease vaccines

Abstract

The present invention relates to novel vaccines for the prevention or attenuation of Lyme disease. The invention further relates to isolated nucleic acid molecules encoding antigenic polypeptides of Borrelia burgdorferi. Antigenic polypeptides are also provided, as are vectors, host cells and recombinant methods for producing the sane. The invention additionally relates to diagnostic methods for detecting, Borrelia gene expression.

Description

FIELD OF THE INVENTION

The present invention relates to novel vaccines for the prevention or attenuation of Lyme disease. The invention further relates to isolated nucleic acid molecules encoding antigenic polypeptides of Borrelia burgdorferi. Antigenic polypeptides are also provided, as are vectors, host cells and recombinant methods for producing the same. The invention additionally relates to diagnostic methods for detecting Borrelia gene expression.

BACKGROUND OF THE INVENTION

Lyme disease (Steere, A. C., Proc. Natl. Acad Sci. USA 91:2378-2383 (1991)), or Lyme borreliosis, is presently the most common human disease in the United States transmitted by an arthropod vector (Center for Disease Control, Morbid Mortal. Week Rep. 46(23):531-535 (1997)). Further, infection of house-hold pets, such as dogs, is a considerable problem.

While initial symptoms often include a rash at the infection point, Lyme disease is a multisystemic disorder that may include arthritic, cardiac, and neurological manifestations. While antibiotics are currently used to treat active cases of Lyme disease, B. burgdorferi persists even after prolonged antibiotic treatment. Further, B. burgdorferi can persist for years in a mammalian host in the presence of an active immune response (Straubinger. R. et al., J. Clin. Microbiol. 35:111-116 (1997); Steere, A., N. Engl. J. Med. 321:586-596 (1989)).

Lyme disease is caused by the related tick-borne-spirochetes classified as Borrelia burgdorferi sensu lato (including B. burgdorferi sensu stricto, B. afzelii, B. garinii). Although substantial progress has been made in the biochemical, ultrastructural, and genetic characterization of the organism; the spirochetal factors responsible for infectivity, immune evasion and disease pathogenesis remain largely obscure.

A number of antigenic B. burgdorferi cell surface proteins have been identified. These include the outer membrane surface proteins (Osp) OspA, OspB, OspC and OspD. OspA and OspB are encoded by tightly linked tandem genes which am transcribed as a single transcriptional unit (Brusca, J. et at, J. Bacteriol. 173:8004-8008 (1991)). The most-studied B. burgdorferi membrane protein is OspA, a lipoprotein antigen expressed by borreliae in testing ticks and the most abundant protein expressed in vitro by most borrelial isolates (Barbour, A. G., et al., Infection & Immunity 41:795-804 (1983); Howe, T. R. et al., Science 227:645 (1985)).

A number of different types of Lyme disease vaccines have been shown to induce immunological responses. Whole-cell B. burgdorferi vaccines, for example, have been shown to induce both immunological responses and protective immunity in several animal models (Reviewed in Wormser, G., Clin. Infect. Dis. 21:1267-1274 (1995)). Further, passive immunity has been demonstrated in both humans and other animals using B. burgdorferi specific antisera.

While whole-cell Lyme disease vaccines confer protective immunity in animal models, use of such vaccines presents the risk that responsive antibodies will produce an autoimmune response (Reviewed in Wormser, G., supra). This problem is at least partly the result of the production of B. burgdorferi specific antibodies which cross-react with hepatocytes and both muscle and nerve cells. B. burgdorferi heat shock proteins and the 41-kd flagellin subunit are believed to contain antigens which elicit production of these cross-reactive antibodies.

Single protein subunit vaccines for Lyme disease have also been-tested. The cell surface proteins of B. burgdorferi are potential candidates for use in such vaccines and several have been shown to elicit protective immune responses in mammals (Probert, W. et al., Vaccine 15:15-19 (1997); Fikrig, E. er al., Infect. Immun. 63: 1658-1662 (1995); Langerman S. et al., Nature 372:552-556 (1994); Fikrig, E. et al., J. Immunol. 148:2256-2260 (1992)). Experimental OspA vaccines, for example, have demonstrated efficacy in several animal models (Fikrig, E., et al., Proc. Natl. Acad. Sci. USA 89:5418-5421 (1992); Johnson, B. J., et al., Vaccine 13:1036-1094 (1996); Fikrig, E., et al., Infect. Immun. 60:657-661 (1992); Chang, Y. F., et al., Infection & Immunity 63:3543-3549 (1995)), and OspA vaccines for human use are under clinical evaluation (Keller, D., et al., J. Am. Med. Assoc. 271:1764-1768 (1994); Van Hoecke, C., et al., Vaccine 14:1620-1626 (1996)). Passive immunity is also conferred by antisera containing antibodies specific for the full-length OspA protein. Further, vaccination with plasmid DNA encoding OspA has been demonstrated to elicit protective immune responses in mice (Luke, C. et al., J. Infect. Dis. 175:91-97 (1997); Zhong, W. et al., Eur. J. Immunol. 26:2749-2757 (1996)).

Recent immunofluorescence assay observations indicate that during tick engorgement the expression of OspA by borreliae diminishes (deSilva, A. M., et al., J. Exp. Med. 183:271-275 (1996)) while expression of other proteins, exemplified by OspC, increases (Schwan, T. G., et al., Proc. Natl. Acad. Sci. USA 92:2909-2913 (1985)). By the time of transmission to hosts, spirochetes in the tick salivary glands express little or no OspA. This down-modulation of OspA appears to explain the difficulties in demonstrating immune responses to this antigen early in infection following tick bites (Kalish, R. A., et al., Infect. Immun. 63:2228-2235 (1995); Gem, L., et al., J. Infect. Dis. 167:971-975 (1993); Schiable, U. E., et al., Immunol. Lett. 36:219-226 (1993)) or following challenge with limiting doses of cultured borreliae (Schiable, U. E., et al., Immunol. Lett. 36:219-226 (1993); Barthold, S. W. and Bockenstedt, L. K., Infect. Immun. 61:4696-4702 (1993)).

Furthermore, OspA-specific antibodies are ineffective if administered after a borrelial challenge delivered by syringe (Schiable, U. E., et al., Proc. Natl. Acad. Sci. USA 87:3768-3772 (1990)) or tick bite (deSilva, A. M., et al., J. Exp. Med. 183:271-275 (1996)). To be efficacious, OspA vaccines must elicit protective levels of antibody which are maintained throughout periods of tick exposure in order to block borrelia transmission from the arthropod vector.

Vaccines in current use against other pathogens include in vivo-expressed antigens which could boost anamnestic responses upon infection, potentiate the action of immune effector cells and complement, and inhibit key virulence mechanisms. OspC is both expressed during infection (Montgomery, R. R., et al., J. Exp. Med. 183:261-269 (1996)) and a target for protective immunity (Gilmore, R. D., et al., Infect Immun. 64:2234-2239 (1996); Probert, W. S. and LeFebvre, R. B., Infect. Immun. 62: 1920-1926 (1994); Preac-Mursic, V., et. al., Infection 20:342-349 (1992)), but mice immunized with this protein were only protected against challenge with the homologous borrelial isolate (Probert, W. S., et al., J. Infect Dis. 175:400-405 (1997)). Identification of in vivo-expressed, and broadly protective, antigens of B. burgdorferi has remained elusive.

SUMMARY OF THE INVENTION

The present invention provides isolated nucleic acid molecules comprising polynucleotides encoding the B. burgdorferi peptides having the amino acid sequences shown in Table 1. Thus, one aspect of the invention provides isolated nucleic acid molecules comprising polynucleotides having a nucleotide sequence selected from the group consisting of: (a) a nucleotide sequence encoding any of the amino acid sequences of the full-length polypeptides shown in Table 1; (b) a nucleotide sequence encoding any of the amino acid sequences of the full-length polypeptides shown in Table 1 but minus the N-terminal methionine residue, if present; (c) a nucleotide sequence encoding any of the amino acid sequences of the truncated polypeptides shown in Table 1; and (d) a nucleotide sequence complementary to any of the nucleotide sequences in (a), (b), or (c) above.

Further embodiments of the invention include isolated nucleic acid molecules that comprise a polynucleotide having a nucleotide sequence at least 90% identical, and more preferably at least 95%, 96%, 97%, 98% or 99% identical, to any of the nucleotide sequences in (a), (b), (c), or (d) above, or a polynucleotide which hybridizes under stringent hybridization conditions to a polynucleotide in (a), (b), (c), or (d) above. This polynucleotide which hybridizes does not hybridize under stringent hybridization conditions to a polynucleotide having a nucleotide sequence consisting of only A residues or of only T residues. Additional nucleic acid embodiments of the invention relate to isolated nucleic acid molecules comprising polynucleotides which encode the amino acid sequences of epitope-bearing portions of a B. burgdorferi polypeptide having an amino acid sequence in (a), (b), or (c) above.

The present invention also relates to recombinant vectors, which include the isolated nucleic acid molecules of the present invention, and to host cells containing the recombinant vectors, as well as to methods of making such vectors and host cells and for using these vectors for the production of B. burgdorferi polypeptides or peptides by recombinant techniques.

The invention further provides isolated B. burgdorferi polypeptides having an amino acid sequence selected from the group consisting of: (a) an amino acid sequence of any of the full-length polypeptides shown in Table 1; (b) an amino acid sequence of any of the full-length polypeptides shown in Table 1 but minus the N-terminal methionine residue, if present; (c) an amino acid sequence of any of the truncated polypeptides shown in Table 1; and (d) an amino acid sequence of an epitope-bearing portion of any one of the polypeptides of (a), (b), or (c).

The polypeptides of the present invention also include polypeptides having an amino acid sequence with at least 70% similarity, and more preferably at least 75%, 80%, 85%, 90%, 95%, 96%, 97%, 98%, or 99% similarity to those described in (a), (b), (c), or (d) above, as well as polypeptides having an amino acid sequence at least 70% identical, more preferably at least 75% identical, and still more preferably 80%, 85%, 90%, 95%, 96%, 97%, 98%, or 99% identical to those above; as well as isolated nucleic acid molecules encoding such polypeptides.

The present invention further provides a vaccine, preferably a multi-component vaccine comprising one or more of the B. burgdorferi polypeptides shown in Table 1, or fragments thereof, together with a pharmaceutically acceptable diluent, carrier, or excipient, wherein the B. burgdorferi polypeptide(s) are present in an amount effective to elicit an immune response to members of the Borrelia genus in an animal. The B. burgdorferi polypeptides of the present invention may further be combined with one or more immunogens of one or more other borrelial or non-borrelial organisms to produce a multi-component vaccine intended to elicit an immunological response against members of the Borrelia genus and, optionally, one or more non borrelial organisms.

The vaccines of the present invention can be administered in a DNA form, e.g., “naked” DNA, wherein the DNA encodes one or more borrelial polypeptides and, optionally, one or more polypeptides of a non-borrelial organism. The DNA encoding one or more polypeptides may be constructed such that these polypeptides are expressed fusion proteins.

The vaccines of the present invention may also be administered as a component of a genetically engineered organism. Thus, a genetically engineered organism which expresses one or more B. burgdorferi polypeptides may be administered to an animal. For example, such a genetically engineered organism may contain one or more B. burgdorferi polypeptides of the present invention intracellularly, on its cell surface, or in its periplasmic space. Further, such a genetically engineered organism may secrete one or more B. burgdorferi polypeptides.

The vaccines of the present invention may be co-administered to an animal with an immune system modulator (e.g., CD86 and GM-CSF).

The invention also provides a method of inducing an immunological response in an animal to one or more members of the Borrelia genus, e.g., B. burgdorferi sensu stricto, B. afzelii, and B. garinii, comprising administering to the animal a vaccine as described above.

The invention further provides a method of inducing a protective immune response in an animal, sufficient to prevent or attenuate an infection by members of the Borrelia genus, comprising administering to the animal a composition comprising one or more of the polypeptides shown in Table 1, or fragments thereof. Further, these polypeptides, or fragments thereof, may be conjugated to another immunogen and/or administered in admixture with an adjuvant.

The invention further relates to antibodies elicited in an animal by the administration of one or more B. burgdorferi polypeptides of the present invention.

The invention also provides diagnostic methods for detecting the expression of genes of members of the Borrelia genus in an animal. One such method involves assaying for the expression of a gene encoding Borrelia peptides in a sample from an animal. This expression may be assayed either directly (e.g., by assaying polypeptide levels using antibodies elicited in response to amino acid sequences shown in Table 1) or indirectly (e.g., by assaying for antibodies having specificity for amino acid sequences shown in Table 1). An example of such a method involves the use of the polymerase chain reaction (PCR) to amplify and detect Borrelia nucleic acid sequences.

The present invention also relates to nucleic acid probes having all or part of a nucleotide sequence shown in Table 1 which are capable of hybridizing under stringent conditions to Borrelia nucleic acids. The invention further relates to a method of detecting one or more Borrelia nucleic acids in a biological sample obtained from an animal, said one or more nucleic acids encoding Borrelia polypeptides, comprising:

• • a) contacting the sample with one or more of the above-described nucleic acid probes, under conditions such that hybridization occurs, and
  • b) detecting hybridization of said one or more probes to the Borrelia nucleic acid present in the biological sample.

DETAILED DESCRIPTION

The present invention relates to recombinant antigenic B. burgdorferi polypeptides and fragments thereof. The invention also relates to methods for using these polypeptides to produce immunological responses and to confer immunological protection to disease caused by members of the genus Borrelia. The invention further relates to nucleic acid sequences which encode antigenic B. burgdorferi polypeptides and to methods for detecting Borrelia nucleic acids and polypeptides in biological samples. The invention also relates to Borrelia specific antibodies and methods for detecting such antibodies produced in a host animal.

Definitions

The following definitions are provided to clarify the subject matter which the inventors consider to be the present invention.

As used herein, the phrase “pathogenic agent” means an agent which causes a disease state or affliction in an animal. Included within this definition, for examples, are bacteria, protozoans, fungi, viruses and metazoan parasites which either produce a disease state or render an animal infected with such an organism susceptible to a disease state (e.g., a secondary infection). Further included are species and strains of the genus Borrelia which produce disease states in animals.

As used herein, the term “organism” means any living biological system, including viruses, regardless of whether it is a pathogenic agent.

As used herein, the term “Borrelia” means any species or strain of bacteria which is members of the genus Borrelia. Included with this definition are Borrelia burgdorferi sensu lato (including B. burgdorferi sensu stricto, B. afzelii, B. garinii), B. andersonii, B. anserina, B. japonica, B. coriaceae, and other members of the genus Borrelia regardless of whether they are known pathogenic agents.

As used herein, the phrase “one or more B. burgdorferi polypeptides of the present invention” means the amino acid sequence of one or more of the B. burgdorferi polypeptides disclosed in Table 1. These polypeptides may be expressed as fusion proteins wherein the B. burgdorferi polypeptides of the present invention are linked to additional amino acid sequences which may be of borrelial or non-borrelial origin. This phrase further includes fragments of the B. burgdorferi polypeptides of the present invention.

As used herein, the phrase “full-length amino acid sequence” and “full-length polypeptide” refer to an amino acid sequence or polypeptide encoded by a full-length open reading frame (ORF). An ORF may be defined as a nucleotide sequence bounded by stop codons which encodes a putative polypeptide. An ORF may also be defined as a nucleotide sequence within a stop codon bounded sequence which contains an initiation codon (e.g., a methionine or valine codon) on the 5′ end and a stop codon on the 3′ end.

As used herein, the phrase “truncated amino acid sequence” and “truncated polypeptide” refer to a sub-sequence of a full-length amino acid sequence or polypeptide. Several criteria may also be used to define the truncated amino acid sequence or polypeptide. For example, a truncated polypeptide may-be defined as a mature polypeptide (e.g., a polypeptide which lacks a leader sequence). A truncated polypeptide may also be defined as an amino acid sequence which is a portion of a longer sequence that has been selected for ease of expression in a heterologous system but retains regions which render the polypeptide useful for use in vaccines (e.g., antigenic regions which are expected to elicit a protective immune response).

Additional definitions are provided throughout the specification.

Explanation of Table 1

Table 1 lists B. burgdorferi nucleotide and amino acid sequences of the present invention. The nomenclature used therein is as follows:

• • “nt” refers to nucleotide sequences;
  • “aa” refers to amino acid sequences;
  • “f” refers to full-length nucleotide or amino acid sequences; and
  • “t” refers to truncated nucleotide or amino acid sequences.

Thus, for example, the designation “f101.aa” refers to the full-length amino acid sequence of B. burgdorferi polypeptide number 010. Further, “f101.nt” refers to the full-length nucleotide sequence encoding the full-length amino acid sequence of B. burgdorferi polypeptide number 101.

Explanation of Table 2

Table 2 lists accession numbers for the closest matching sequences between the polypeptides of the present invention and those available through GeniBank and GeneSeq databases. These reference numbers are the database entry numbers commonly used by those of skill in the art, who will be familiar with their denominations. The descriptions of the nomenclature for GenBank are available from the National Center for Biotechnology Information. Column 1 lists the gene or ORF of the present invention Column 2 lists the accession number of a “match” gene sequence in Genbank or GeneSeq databases. Column 3 lists the description of the “match” gene sequence. Columns 4 and 5 are the high score and smallest sum probability, respectively, calculated by BLAST. Polypeptides of the present invention that do not share significant identity/similarity with any polypeptide sequences of GenBank and GeneSeq are not represented in Table 2. Polypeptides of the present invention that share significant identity/similarity with more than one of the polypeptides of GenBank and GeneSeq are represented more than once.

Explanation of Table 3.

The B. burgdorferi polypeptides of the present invention may include one or more conservative amino acid substitutions from natural mutations or human manipulation as indicated in Table 3. Changes are preferably of a minor nature, such as conservative amino acid substitutions that do not significantly affect the folding or activity of the protein. Residues from the following groups, as indicated in Table 3, may be substituted for one another: Aromatic, Hydrophobic, Polar, Basic, Acidic, and Small.

Explanation of Table 4

Table 4 lists residues comprising antigenic epitopes of antigenic epitope-bearing fragments present in each of the full length B. burgdorferi polypeptides described in Table 1 as predicted by the inventors using the algorithm of Jameson and Wolf, (1988) Comp. Appl. Biosci. 4:181-186. The Jameson-Wolf antigenic analysis was performed using the computer program PROTEAN (Version 3.11 for the Power MacIntosh, DNASTAR, Inc., 1228 South Park Street Madison, Wis.). B. burgdorferi polypeptide shown in Table 1 may one or more antigenic epitopes comprising residues described in Table 4. It will be appreciated that depending on the analytical criteria used to predict antigenic determinants, the exact address of the determinant may vary slightly. The residues and locations shown described in Table 4 correspond to the amino acid sequences for each full length gene sequence shown in Table 1 and in the Sequence Listing. Polypeptides of the present invention that do not have antigenic epitopes recognized by the Jameson-Wolf algorithm are not represented in Table 2.

Selection of Nucleic Acid Sequences Encoding Antigenic B. burgdorferi Polypeptides

The present invention provides a select number of ORFs from those presented in the fragments of the Borrelia burgdorferi genome which may prove useful for the generation of a protective immune response. The sequenced B. burgdorferi genomic DNA was obtained from a sub-cultured isolate of ATCC Deposit No. 35210. The sub-cultured isolate was deposited on Aug. 8, 1997 at the American Type Culture Collection, 12301 Park Lawn Drive, Rockville, Md. 20852, and given accession number 202012.

Some ORFs contained in the subset of fragments of the B. burgdorferi genome disclosed herein were derived through the use of a number of screening criteria detailed below. The ORFs are generally bounded at the amino terminus by a methionine residue and at the carboxy terminus by a stop codon.

Many of the selected sequences do not consist of complete ORFs. Although a polypeptide representing a complete ORF may be the closest approximation of a protein native to an organism, it is not always preferred to express a complete ORF in a heterologous system. It may be challenging to express and purify a highly hydrophobic protein by common laboratory methods. Some of the polypeptide vaccine candidates described herein have been modified slightly to simplify the production of recombinant protein. For example, nucleotide sequences which encode highly hydrophobic domains, such as those found at the amino terminal signal sequence, have been excluded from some constructs used for in vitro expression of the polypeptides. Furthermore, any highly hydrophobic amino acid sequences occurring at the carboxy terminus have also been excluded from the recombinant expression constructs. Thus, in one embodiment, a polypeptide which represents a truncated or modified ORF may be used as an antigen.

While numerous methods are known in the art for selecting potentially immunogenic polypeptides, many of the ORFs disclosed herein were selected on the basis of screening all theoretical Borrelia burgdorferi ORFs for several aspects of potential immunogenicity. One set of selection criteria are as follows:

1. Type I signal sequence: An amino terminal type I signal sequence generally directs a nascent protein across the plasma and outer membranes to the exterior of the bacterial cell. Experimental evidence obtained from studies with Escherichia coli suggests that the typical type I signal sequence consists of the following biochemical and physical attributes (Izard, J. W. and Kendall, D. A. Mol. Microbiol. 13:765-773 (1994)). The length of the type I signal sequence is approximately 15 to 25 primarily hydrophobic amino acid residues with a net positive charge in the extreme amino terminus. In addition, the central region of the signal sequence adopts an alpha-helical conformation in a hydrophobic environment. Finally, the region surrounding the actual site of cleavage is ideally six residues long, with small side-chain amino acids in the −1 and −3 positions.

2. Type IV signal sequence: The type IV signal sequence is an example of the several types of functional signal sequences which exist in addition to the type I signal sequence detailed above. Although functionally related, the type IV signal sequence possesses a unique set of biochemical and physical attributes (Strom, M. S. and Lory, S., J. Bacteriol. 174:7345-7351 (1992)). These are typically six to eight amino acids with a net basic charge followed by an additional sixteen to thirty primarily hydrophobic residues. The cleavage site of a type IV signal sequence is typically after the initial six to eight amino acids at the extreme amino terminus. In addition, type IV signal sequences generally contain a phenylalanine residue at the +1 site relative to the cleavage site.

3. Lipoprotein: Studies of the cleavage sites of twenty-six bacterial lipoprotein precursors has allowed the definition of a consensus amino acid sequence for lipoprotein cleavage. Nearly three-fourths of the bacterial lipoprotein precursors examined contained the sequence L-(A,S)-(G,A)-C at positions −3 to +1, relative to the point of cleavage (Hayashi, S. and Wu, H. C., J. Bioenerg. Biomembr. 22:451-471 (1990)).

4. LPXTG motif. It has been experimentally determined that most anchored proteins found on the surface of gram-positive bacteria possess a highly conserved carboxy terminal sequence. More than fifty such proteins from organisms such as S. pyogenes, S. mutans, B. burgdorferi, S. pneumoniae, and others, have been identified based on their extracellular location and carboxy terminal amino acid sequence (Fischetti, V. A., ASM News 62:405-410 (1996)). The conserved region consists of six charged amino acids at the extreme carboxy terminus coupled to 15-20 hydrophobic amino acids presumed to function as a transmembrane domain. Immediately adjacent to the transmembrane domain is a six amino acid sequence conserved in nearly all proteins examined. The amino acid sequence of this region is L-P-X-T-G-X, where X is any amino acid.

An algorithm for selecting antigenic and immunogenic Borrelia burgdorferi polypeptides including the foregoing criteria was developed. The algorithm is similar to that described in U.S. patent application. Ser. No. 08/781,986, filed Jan. 3, 1997, which is fully incorporated by reference herein. Use of the algorithm by the inventors to select immunologically useful Borrelia burgdorferi polypeptides resulted in the selection of a number of the disclosed ORFs. Polypeptides comprising the polypeptides identified in this group may be produced by techniques standard in the art and as further described herein.

Nucleic Acid Molecules

The present invention provides isolated nucleic acid molecules comprising polynucleotides encoding the B. burgdorferi polypeptides having the amino acid sequences shown in Table 1, which were determined by sequencing the genome of B. burgdorferi deposited as ATCC deposit no. 202012 and selected as putative immunogens.

Unless otherwise indicated, all nucleotide sequences determined by sequencing a DNA molecule herein were determined using an automated DNA sequencer (such as the Model 373 from Applied Biosystems, Inc.), and all amino acid sequences of polypeptides encoded by DNA molecules determined herein were predicted by translation of DNA sequences determined as above. Therefore, as is known in the art for any DNA sequence determined by this automated approach, any nucleotide sequence determined herein may contain some errors. Nucleotide sequences determined by automation are typically at least about 90% identical, more typically at least about 95% to at least about 99.9% identical to the actual nucleotide sequence of the sequenced DNA molecule. The actual sequence can be more precisely determined by other approaches including manual DNA sequencing methods well known in the art. As is also known in the art, a single insertion or deletion in a determined nucleotide sequence compared to the actual sequence will cause a frame shift in translation of the nucleotide sequence such that the predicted amino acid sequence encoded by a determined nucleotide sequence will be completely different from the amino acid sequence actually encoded by the sequenced DNA molecule, beginning at the point of such an insertion or deletion.

Unless otherwise indicated, each “nucleotide sequence” set forth herein is presented as a sequence of deoxyribonucleotides (abbreviated A, G, C and T). However, by “nucleotide sequence” of a nucleic acid molecule or polynucleotide is intended, for a DNA molecule or polynucleotide, a sequence of deoxyribonucleotides; and for an RNA molecule or polynucleotide, the corresponding sequence of ribonucleotides (A, G, C and U), where each thymidine deoxyribonucleotide (T) in the specified deoxyribonucleotide sequence is replaced by the ribonucleotide uridine (U). For instance, reference to an RNA molecule having a sequence of Table 1 set forth using deoxyribonucleotide abbreviations is intended to indicate an RNA molecule having a sequence in which each deoxyribonucleotide A, G or C of Table 1 has been replaced by the corresponding ribonucleotide A, G or C; and each deoxyribonucleotide T has been replaced by a ribonucleotide U.

Nucleic acid molecules of the present invention may be in the form of RNA, such as mRNA, or in the form of DNA, including, for instance, cDNA and genomic DNA obtained by cloning or produced synthetically. The DNA may be double-stranded or single-stranded. Single-stranded DNA or RNA may be the coding strand, also known as the sense strand, or it may be the non-coding strand, also referred to as the anti-sense strand.

By “isolated” nucleic acid molecule(s) is intended a nucleic acid molecule, DNA or RNA, which has been removed from its native environment. For example, recombinant DNA molecules contained in a vector are considered isolated for the purposes of the present invention. Further examples of isolated DNA molecules include recombinant DNA molecules maintained in heterologous host cells or purified (partially or substantially) DNA molecules in solution. Isolated RNA molecules include in vivo or in vitro RNA transcripts of the DNA molecules of the present invention. Isolated nucleic acid molecules according to the present invention further include such molecules produced synthetically.

In addition, isolated nucleic acid molecules of the invention include DNA molecules which comprise a sequence substantially different from those described above but which, due to the degeneracy of the genetic code, still encode a B. burgdorferi polypeptides and peptides of the present invention (e.g. polypeptides of Table 1). That is, all possible DNA sequences that encode the B. burgdorferi polypeptides of the present invention. This includes the genetic code and species-specific codon preferences known in the art. Thus, it would be routine for one skilled in the art to generate the degenerate variants described above, for instance, to optimize codon expression for a particular host (e.g., change codons in the bacteria mRNA to those preferred by a mammalian or other bacterial host such as E. coli).

The invention further provides isolated nucleic acid molecules having the nucleotide sequence shown in Table 1 or a nucleic acid molecule having a sequence complementary to one of the above sequences. Such isolated molecules, particularly DNA molecules, are useful as probes for gene mapping and for identifying B. burgdorferi in a biological sample, for instance, by PCR, Southern blot, Northern blot, or other form of hybridization analysis.

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 Table 1 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 nucleotide position, where the first nucleotide for each nucleotide sequence in Table 1 is position 1. That is, every combination of a 5′ and 3′ nucleotide position that a fragment at least 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 Table 1 minus 1. Therefore, included in the invention are contiguous fragments specified by any 5′ and 3′ nucleotide base positions of a nucleotide sequences of Table 1 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 nucleotide sequence 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 Table 1 or of the B. burgdorferi nucleotide sequences of the plasimd clones listed in Table 1. 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, are included in the invention. Additional preferred nucleic acid fragments of the present invention include nucleic acid molecules encoding epitope-bearing portions of B. burgdorferi polypeptides identified in Table 4.

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 nucleotide sequence of Table 1 or the plasimd clones listed in Table 1. Any number of fragments of nucleotide sequences in Table 1 or the plasimd clones listed in Table 1, specified by 5′ and 3′ base positions or by size in nucleotides, as described above, may be excluded from the present invention.

Preferred nucleic acid fragments of the present invention also include nucleic acid molecules encoding epitope-bearing portions of the B. burgdorferi polypeptides shown in Table 1. Such nucleic acid fragments of the present invention include, for example, nucleic acid molecules encoding polypeptide fragments comprising from about the amino terminal residue to about the carboxy terminal residue of each fragment shown in Table 4. The above referred to polypeptide fragments are antigenic regions of particular B. burgdorferi polypeptides shown in Table 1. Methods for determining other such epitope-bearing portions for the remaining polypeptides described in Table 1 are well known in the art and are described in detail below.

In another aspect, the invention provides isolated nucleic acid molecules comprising polynucleotides which hybridize under stringent hybridization conditions to a portion of a polynucleotide in a nucleic acid molecule of the invention described above, for instance, a nucleic acid sequence shown in Table 1. By “stringent hybridization conditions” is intended overnight incubation at 42 C in a solution comprising: 50% formamide, 5× SSC (150 mM NaCl, 15 mM trisodium citrate), 50 mM sodium phosphate (pH 7;6), 5× Denhardt's solution, 10% dextran sulfate, and 20 g/m denatured, sheared salmon sperm DNA, followed by washing the filters in 0.1× SSC at about 65 C.

By polynucleotides which hybridize to a “portion” of a polynucleotide is intended polynucleotides (either DNA or RNA) which hybridize to at least about 15 nucleotides (nt), and more preferably at least about 20 nt, still more preferably at least about 30 nt, and even more preferably about 30-70 nt of the reference polynucleotide. These are useful as diagnostic probes and primers as discussed above and in more detail below.

Of course, polynucleotides hybridizing to a larger portion of the reference polynucleotide, for instance, a portion 50-100 nt in length, or even to the entire length of the reference polynucleotide, are also useful as probes according to the present invention, as are polynucleotides corresponding to most, if not all, of a nucleotide sequence as shown in Table 1. By a portion of a polynucleotide of “at least 20 nt in length,” for example, is intended 20 or more contiguous nucleotides from the nucleotide sequence of the reference polynucleotide (e.g., a nucleotide sequences as shown in Table 1). As noted above, such portions are useful diagnostically either as probes according to conventional DNA hybridization techniques or as primers for amplification of a target sequence by PCR as described, for instance, in Molecular Cloning, A Laboratory Manual, 2nd. edition, Sambrook, J., Fritsch, E. F. and Maniatis, T., eds., Cold Spring Harbor Laboratory Press, Cold Spring Harbor, N.Y. (1989), the entire disclosure of which is hereby incorporated herein by reference.

Since nucleic acid sequences encoding the B. burgdorferi polypeptides of the present invention are provided in Table 1, generating polynucleotides which hybridize to portions of these sequences would be routine to the skilled artisan. For example, the hybridizing polynucleotides of the present invention could be generated synthetically according to known techniques.

As indicated, nucleic acid molecules of the present invention which encode B. burgdorferi polypeptides of the present invention may include, but are not limited to those encoding the amino acid sequences of the polypeptides by themselves; and additional coding sequences which code for additional amino acids, such as those which provide additional functionalities. Thus, the sequences encoding these polypeptides may be fused to a marker sequence, such as a sequence encoding a peptide which facilitates purification of the fused polypeptide. In certain preferred embodiments of this aspect of the invention, the marker amino acid sequence is a hexa-histidine peptide, such as the tag provided in a pQE vector (Qiagen, Inc.), among others, many of which are commercially available. As described in Gentz et al., Proc. Natl. Acad. Sci. USA 86:821-824 (1989), for instance, hexa-histidine provides for convenient purification of the resulting fusion protein.

Thus, the present invention also includes genetic fusions wherein the B. burgdorferi nucleic acid sequences coding sequences provided in Table 1 are linked to additional nucleic acid sequences to produce fusion proteins. These fusion proteins may include epitopes of borrelial or non-borrelial origin designed to produce proteins having enhanced immunogenicity. Further, the fusion proteins of the present invention may contain antigenic determinants known to provide helper T-cell stimulation, peptides encoding sites for post-translational modifications which enhance immunogenicity (e.g., acylation), peptides which facilitate purification (e.g. histidine “tag”), or amino acid sequences which target the fusion protein to a desired location (e.g., a heterologous leader sequence). For instance, hexa-histidine provides for convenient purification of the fusion protein. See Gentz et al. (1989) Proc. Natl. Acad. Sci. 86:821-24. The “HA” tag is another peptide useful for purification which corresponds to an epitope derived from the influenza hemagglutinin protein. See Wilson et al. (1984) Cell 37:767. As discussed below, other such fusion proteins include the B. burgdorferi polypeptides of the present invention fused to Fc at the N- or C-terminus.

Post-translational modification of the full-length B. burgdorferi OspA protein expressed in E. coli is believed to increase the immunogenicity of this protein. Erdile, L: et al., Infect Immun. 61:81-90 (1993). B. burgdorferi OspA when expressed in E. coli, for example, is post-translationally modified in at least two ways. First, a signal peptide is cleaved; second, lipid moieties are attached. The presence of these lipid moieties is believed to confer enhanced immunogenicity and results in the elicitation of a strong protective immunological response.

Variant and Mutant Polynucleotides

The present invention thus includes nucleic acid molecules and sequences which encode fusion proteins comprising one or more B. burgdorferi polypeptides of the present invention fused to an amino acid sequence which allows for post-translational modification to enhance immunogenicity. This post-translational modification may occur either in vitro or when the fusion protein is expressed in vivo in a host cell. An example of such a modification is the introduction of an amino acid sequence which results in the attachment of a lipid moiety. Such a lipid moiety attachment site of OspA, which is lipidated upon expression in E. coli, has been identified. Bouchon, B. et al., Anal. Biochem. 246:52-61 (1997).

Thus, as indicated above, the present invention includes genetic fusions wherein a B. burgdorferi nucleic acid sequence provided in Table 1 is linked to a nucleotide sequence encoding another amino acid sequence. These other amino acid sequences may be of borrelial origin (e.g., another sequence selected from Table 1) or non-borrelial origin. An example of such a fusion protein is reported in Fikrig, E. et al., Science. 250:553-556 (1990) where an OspA-glutathione-S-transferase fusion protein was produced and shown to elicit protective immunity against Lyme disease in immune competent mice.

The present invention further relates to variants of the nucleic acid molecules of the present invention, which encode portions, analogs or derivatives of the B. burgdorferi polypeptides shown in Table 1. Variants may occur naturally, such as a natural allelic variant. By an “allelic variant” is intended one of several alternate forms of a gene occupying a given locus on a chromosome of an organism. Genes II, Lewin, B., ed., John Wiley & Sons, New York (1985). Non-naturally occurring variants may be produced using art-known mutagenesis techniques.

Such variants include those produced by nucleotide substitutions, deletions or additions. The substitutions, deletions or additions may involve one or more nucleotides. These variants may be altered in coding regions, non-coding regions, or both. Alterations in the coding regions may produce conservative or non-conservative amino acid substitutions, deletions or additions. Especially preferred among these are silent substitutions, additions and deletions, which do not alter the properties and activities of the B. burgdorferi polypeptides disclosed herein or portions thereof. Also especially preferred in this regard are conservative substitutions.

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 Table 1. The above nucleic acid sequences are included irrespective of whether they encode a polypeptide having B. burgdorferi activity. This is because even where a particular nucleic acid molecule does not encode a polypeptide having B. burgdorferi 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 B. burgdorferi activity include, inter alia, isolating an B. burgdorferi gene or allelic variants thereof from a DNA library, and detecting B. burgdorferi mRNA expression samples, environmental samples, suspected of containing B. burgdorferi by Northern Blot analysis.

Embodiments of the invention include isolated nucleic acid molecules comprising a polynucleotide having a nucleotide sequence at least 90% identical, and more preferably at least 95%, 96%, 97%, 98% or 99% identical to (a) a nucleotide sequence encoding any of the amino acid sequences of the full-length polypeptides shown in Table 1; (b) a nucleotide sequence encoding any of the amino acid sequences of the full-length polypeptides shown in Table 1 but minus the N-terminal methionine residue, if present; (c) a nucleotide sequence encoding any of the amino acid sequences of the truncated polypeptides shown in Table 1; and (d) a nucleotide sequence complementary to any of the nucleotide sequences in (a), (b), or (c) above.

Preferred, are nucleic acid molecules having sequences at least 90%, 95%, 96%, 97%, 98% or 99% identical to the nucleic acid sequence shown in Table 1, which do, in fact, encode a polypeptide having B. burgdorferi protein activity By “a polypeptide having B. burgdorferi activity” is intended polypeptides exhibiting activity similar, but not necessarily identical, to an activity of the B. burgdorferi 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 Table 1 will encode a polypeptide having B. burgdorferi 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 B. burgdorferi 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. Tables 2 lists accession numbers and descriptions for the closest matching sequences of polypeptides available through Genbank and Derwent databases. 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 2.

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 B. burgdorferi polypeptide. In other words, to obtain a polynucleotide having a nucleotide sequence at least 95% identical to a reference nucleotide sequence, up to 5% (5 of 100) 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 Table. 1, the ORF (open reading frame), 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=1, Joining Penalty=30, Randomization Group Length=0, Cutoff Score=1, 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.

Vectors and Host Cells

The present invention also relates to vectors which include the isolated DNA molecules of the present invention, host cells which are genetically engineered with the recombinant vectors, and the production of B. burgdorferi polypeptides or fragments thereof by recombinant techniques.

Recombinant constructs may be introduced into host cells using well known techniques such as infection, transduction, transfection transvection, electroporation and transformation. The vector may be for example, a phage, plasmid, viral or retroviral vector. Retroviral vectors may be replication competent or replication defective. In the latter case, viral propagation generally will occur only in complementing host cells.

The polynucleotides may be joined to a vector containing a selectable marker for propagation in a host. Generally, a plasmid vector is introduced in a precipitate, such as a calcium phosphate precipitate, or in a complex with a charged lipid. If the vector is a virus, it may be packaged in vitro using an appropriate packaging cell line and then transduced into host cells.

Preferred are vectors-comprising cis-acting control regions to the polynucleotide of interest. Appropriate trans-acting factors may be supplied by the host, supplied by a complementing vector or supplied by the vector itself upon introduction into the host.

In certain preferred embodiments in this regard, the vectors provide for specific expression, which may be inducible and/or cell type-specific. Particularly preferred among such vectors are those inducible by environmental factors that are easy to manipulate, such as temperature and nutrient additives.

Expression vectors useful in the present invention include chromosomal- , episomal- and virus-derived vectors, e.g., vectors derived from bacterial plasmids, bacteriophage, yeast episomes, yeast chromosomal elements, viruses such as baculoviruses, papova viruses, vaccinia viruses, adenoviruses, fowl pox viruses, pseudorabies viruses and retroviruses, and vectors derived from combinations thereof, such as cosmids and phagemids.

The DNA insert should be operatively linked to an appropriate promoter, such as the phage lambda PL promoter, the E. coli lac, trp and tac promoters, the SV40 early and late promoters and promoters of retroviral LTRs, to name a few. Other suitable promoters will be known to the skilled artisan. The expression constructs will further contain sites for transcription initiation, termination and, in the transcribed region, a ribosome binding site for translation. The coding portion of the mature transcripts expressed by the constructs will preferably include a translation initiating site at the beginning and a termination codon (UAA, UGA or UAG) appropriately positioned at the end of the polypeptide to be translated.

As indicated, the expression vectors will preferably include at least one selectable marker. Such markers include dihydrofolate reductase or neomycin resistance for eukaryotic cell culture and tetracycline or ampicillin resistance genes for culturing in E. coli and other bacteria. Representative examples of appropriate hosts include, but are not limited to, bacterial cells, such as E. coli, Streptomyces and Salmonella typhimurium cells; fungal cells, such as yeast cells; insect cells such as Drosophila S2 and Spodoptera Sf9 cells; animal cells such as CHO, COS and Bowes melanoma cells; and plant cells. Appropriate culture mediums and conditions for the above-described host cells are known in the art.

Among vectors preferred for use in bacteria include pQE70, pQE60 and pQE-9, available from Qiagen; pBS vectors, Phagescript vectors, Bluescript vectors, pNH8A, pNH16a, pNH18A, pNH46A available from Stratagene; pET series of vectors available from Novagen; and ptrc99a, pKK223-3, pKK233-3, pDR540, pRIT5 available from Pharmacia. Among preferred eukaryotic vectors are pWLNEO, pSV2CAT, pOG44, pXT1 and pSG available from Stratagene; and pSVK3, pBPV, pMSG and pSVL available from Pharmacia. Other suitable vectors will be readily apparent to the skilled artisan.

Among known bacterial promoters suitable for use in the present invention include the E. coli lacI and lacZ promoters, the T3 and T7 promoters, the gpt promoter, the lambda PR and PL promoters and the trp promoter. Suitable eukaryotic promoters include the CMV immediate early promoter, the HSV thymidine kinase promoter, the early and late SV40 promoters, the promoters of retroviral LTRs, such as those of the Rous sarcoma virus (RSV), and metallothionein promoters, such as the mouse metallothionein-I promoter.

Introduction of the construct into the host cell can be effected by calcium phosphate transfection, DEAE-dextran mediated transfection, cationic lipid-mediated transfection, electroporation, transduction, infection or other methods. Such methods are described in many standard laboratory manuals, such as Davis et al., Basic Methods In Molecular Biology (1986).

Transcription of DNA encoding the polypeptides of the present invention by higher eukaryotes may be increased by inserting an enhancer sequence into the vector. Enhancers are cis-acting elements of DNA, usually about from 10 to 300 bp that act to increase transcriptional activity of a promoter in a given host cell-type. Examples of enhancers include the SV40 enhancer, which is located on the late side of the replication origin at bp 100 to 270, the cytomegalovirus early promoter enhancer, the polyoma enhancer on the late side of the replication origin, and adenovirus enhancers.

For secretion of the translated polypeptide into the lumen of the endoplasmic reticulum, into the periplasmic space or into the extracellular environment, appropriate secretion signals may be incorporated into the expressed polypeptide. The signals may be endogenous to the polypeptide or they may be heterologous signals.

The polypeptide may be expressed in a modified form, such as a fusion protein, and may include not only secretion signals, but also additional heterologous functional regions. For instance, a region of additional amino acids, particularly charged amino acids, may be added to the N-terminus of the polypeptide to improve stability and persistence in the host cell, during purification, or during subsequent handling and storage. Also, peptide moieties may be added to the polypeptide to facilitate purification. Such regions may be removed prior to final preparation of the polypeptide. The addition of peptide moieties to polypeptides to engender secretion or excretion, to improve stability and to facilitate purification, among others, are familiar and routine techniques in the art. A preferred fusion protein comprises a heterologous region from immunoglobulin that is useful to solubilize proteins. For example, EP-A-O 464 533 (Canadian counterpart 2045869) discloses fusion proteins comprising various portions of constant region of immunoglobin molecules together with another human protein or part thereof. In many cases, the Fc part in a fusion protein is thoroughly advantageous for use in therapy and diagnosis and thus results, for example, in improved pharmacokinetic properties (EP-A 0232 262). On the other hand, for some uses it would be desirable to be able to delete the Fc part after the fusion protein has been expressed, detected and purified in the advantageous manner described. This is the case when Fc portion proves to be a hindrance to use in therapy and diagnosis, for example when the fusion protein is to be used as antigen for immunizations. In drug discovery, for example, human proteins, such as, hIL5-receptor has been fused with Fc portions for the purpose of high-throughput screening assays to identify antagonists of hIL-5. See Bennett, D. et al., J. Molec. Recogn. 8:52-58 (1995) and Johanson, K. et al., J. Biol. Chem. 270 (16):9459-9471 (1995).

The B. burgdorferi polypeptides can be recovered and purified from recombinant cell cultures by well-known methods including ammonium sulfate or ethanol precipitation, acid extraction, anion or cation exchange chromatography, phosphocellulose chromatography, hydrophobic interaction chromatography, affinity chromatography, hydroxylapatite chromatography, lectin chromatography and high performance liquid chromatography (“HPLC”) is employed for purification. Polypeptides of the present invention include naturally purified products, products of chemical synthetic procedures, and products produced by recombinant techniques from a prokaryotic or eukaryotic host, including, for example, bacterial, yeast, higher plant, insect and mammalian cells.

Polypeptides and Fragments

The invention further provides isolated polypeptides having the amino acid sequences in Table 1, and peptides or polypeptides comprising portions of the above polypeptides. The terms “peptide” and “oligopeptide” are considered synonymous (as is commonly recognized) and each term can be used interchangeably as the context requires to indicate a chain of at least to amino acids coupled by peptidyl linkages. The word “polypeptide” is used herein for chains containing more than ten amino acid residues. All oligopeptide and polypeptide formulas or sequences herein are written from left to right and in the direction from amino terminus to carboxy terminus.

As discussed in detail below, immunization using B. burgdorferi sensu stricto isolate B31 decorin-binding protein elicits the production of antiserum which confers passive immunity against Borrelia species and strains which express divergent forms of this protein. Cassatt, D. et al., Protection of Borrelia burgdorferi Infection by Antibodies to Decorin-binding Protein, in VACCINES97, Cold Spring Harbor Press 1997), pages 191-195. Thus, some amino acid sequences of the B. burgdorferi polypeptides shown in Table 1 can be varied without significantly effecting the antigenicity of the polypeptides. If such differences in sequence are contemplated, it should be remembered that there will be critical areas on the polypeptide which determine antigenicity. In general, it is possible to replace residues which do not form part of an antigenic epitope without significantly effecting the antigenicity of a polypeptide.

Variant and Mutant Polypeptides

To improve or alter the characteristics of B. burgdorferi polypeptides of the present invention, protein engineering may be employed. Recombinant DNA technology known to those skilled in the art can be used to create novel mutant proteins or muteins including single or multiple amino acid substitutions, deletions, additions, or fusion proteins. Such modified polypeptides can show, e.g., enhanced activity or increased stability. In addition, they may be purified in higher yields and show better solubility than the corresponding natural polypeptide, at least under certain purification and storage conditions.

N-Terminal and C-Terminal Deletion Mutants

It is known in the art that one or more amino acids may be deleted from the N-terminus or C-terminus without substantial loss of biological function. For instance, Ron et al. J. Biol. Chem., 268:2984-2988 (1993), reported modified KGF proteins that had heparin binding activity even if 3, 8, or 27 N-terminal amino acid residues were missing. Accordingly, the present invention provides polypeptides having one or more residues deleted from the amino terminus of the amino acid sequence of the B. burgdorferi polypeptides shown in Table 1, and polynucleotides encoding such polypeptides.

Similarly, many examples of biologically functional C-terminal deletion muteins are known. For instance, Interferon gamma shows up to ten times higher activities by deleting 8-10 amino acid residues from the carboxy terminus of the protein See, e.g., Dobeli, et al. (1988) J. Biotechnology 7:199-216. Accordingly, the present invention provides polypeptides having one or more residues from the carboxy terminus of the amino acid sequence of the B. burgdorferi polypeptides shown in Table 1. The invention also provides polypeptides having one or more amino acids deleted from both the amino and the carboxyl termini as described below.

The present invention is further directed to polynucleotide 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 of Table 1, are at least 5 contiguous amino acid in length, are selected from any two integers, one of which representing a N-terminal position. The initiation codon of the polypeptides of the present inventions position 1. 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 amino acid sequence of Table 1 is included in the invention. 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 a full length amino acid sequence 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 Table 1 wherein the contiguous fragment is any integer between 5 and the number of residues in a full length sequence 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 a full length sequence 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 to 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.

Other Mutants

In addition to N- and C-terminal deletion forms of the protein discussed above, it also will be recognized by one of ordinary skill in the art that some amino acid sequences of the B. burgdorferi polypeptide can be varied without significant effect of the structure or function of the protein. If such differences in sequence are contemplated, it should be remembered that there will be critical areas on the protein which determine activity.

Thus, the invention further includes variations of the B. burgdorferi polypeptides which show substantial B. burgdorferi polypeptide activity or which include regions of B. burgdorferi protein such as the protein portions discussed below. Such mutants include deletions, insertions, inversions, repeats, and type substitutions selected according to general rules known in the art so as to have little effect on activity. For example, guidance concerning how to make phenotypic ally silent amino acid substitutions is provided. There are two main approaches for studying the tolerance of an amino acid sequence to change. See, Bowie, J. U. et al. (1990), Science 247:1306-1310. The first method relies on the process of evolution, in which mutations are either accepted or rejected by natural selection. The second approach uses genetic engineering to introduce amino acid changes at specific positions of a cloned gene and selections or screens to identify sequences that maintain functionality.

These studies have revealed that proteins are surprisingly tolerant of amino acid substitutions. The studies indicate which amino acid changes are likely to be permissive at a certain position of the protein. For example, most buried amino acid residues require nonpolar side chains, whereas few features of surface side chains are generally conserved. Other such phenotypically silent substitutions are described by Bowie et al. (supra) and the references cited therein. Typically seen as conservative substitutions are the replacements, one for another, among the aliphatic amino acids Ala, Val, Leu and Ile; interchange of the hydroxyl residues Ser and Thr, exchange of the acidic residues Asp and Glu, substitution between the, amide residues Asn and Gln, exchange of the basic residues Lys and Arg and replacements among the aromatic residues Phe, Tyr.

Thus, the fragment; derivative, analog, or homolog of the polypeptide of Table 1, or that encoded by the plaimds listed in Table 1, may be: (i) one in which one or more of the amino acid residues are substituted with a conserved or non-conserved amino acid residue (preferably a conserved amino acid residue) and such substituted amino acid residue may or may not be one encoded by the genetic code: or (ii) one in which one or more of the amino acid residues includes a substituent group: or (iii) one in which the B. burgdorferi polypeptide is fused with another compound, such as a compound to increase the half-life of the polypeptide (for example, polyethylene glycol): or (iv) one in which the additional amino acids are fused to the above form of the polypeptide, such as an IgG Fc fusion region peptide or leader or secretory sequence or a sequence which is employed for purification of the above form of the polypeptide or a proprotein sequence. Such fragments, derivatives and analogs are deemed to be within the scope of those skilled in the art from the teachings herein.

Thus, the B. burgdorferi polypeptides of the present invention may include one or more amino acid substitutions, deletions, or additions, either from natural mutations or human manipulation. As indicated, changes are preferably of a minor nature, such as conservative amino acid substitutions that do not significantly affect the folding or activity of the protein (see Table 3).

Amino acids in the B. burgdorferi proteins of the present invention that are essential for function can be identified by methods known in the art, such as site-directed mutagenesis or alanine-scanning mutagenesis. See, e.g., Cunningham et al. (1989) Science 244:1081-1085. The latter procedure introduces single alanine mutations at every residue in the molecule. The resulting mutant molecules are then tested for biological activity using assays appropriate for measuring the function of the particular protein.

Of special interest are substitutions of charged amino acids with other charged or neutral amino acids which may produce proteins with highly desirable improved characteristics, such as less aggregation. Aggregation may not only reduce activity but also be problematic when preparing pharmaceutical formulations, because aggregates can be immunogenic. See, e.g., Pinckard et al., (1967) Clin. Exp. Immunol. 2:331-340; Robbins, et al., (1987) Diabetes 36:838-845; Cleland, et al., (1993) Crit. Rev. Therapeutic Drug Carrier Systems 10:307-377.

The polypeptides of the present invention are preferably provided in an isolated form, and preferably are substantially purified. A recombinantly produced version of the B. burgdorferi 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 B. burgdorferi polypeptides comprising an amino acid sequence selected from the group consisting of: (a) the amino acid sequence of a full-length B. burgdorferi polypeptide having the complete amino acid sequence shown in Table 1 (b) the amino acid sequence of a full-length B. burgdorferi polypeptide having the complete amino acid sequence shown in Table 1 excepting the N-terminal methionine; (c) the complete amino acid sequence encoded by the plasmids listed in Table 1; and (d) the complete amino-acid sequence excepting the N-terminal methionine encoded by the plasmids listed in Table 1. 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), (b), (c), and (d) above.

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 B. burgdorferi 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 B. burgdorferi 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 or in one or more contiguous groups within the reference sequence.

As a practical matter, whether any particular polypeptide is at least 90%, 95%, 96%, 97%, 98% or 99% identical to, for instance, the amino acid sequences shown in Table 1 or to the amino acid sequence encoded by the plaimds listed in Table 1 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=1, Joining Penalty=20, Randomization Group Length=0, Cutoff Score=1, Window Size=sequence length, Gap Penalty=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 B. burgdorferi activity include, inter 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 B. burgdorferi protein expression or as agonists and antagonists capable of enhancing or inhibiting B. burgdorferi protein function. Further, such polypeptides can be used in the yeast two-hybrid system to “capture” B. burgdorferi 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.

Epitope-Bearing Portions

In another aspect, the invention provides peptides and polypeptides comprising epitope-bearing portions of the B. burgdorferi 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. Predicted antigenic epitopes are shown in Table 4, below. It is pointed out that Table 4 only lists amino acid residues comprising epitopes predicted to have the highest degree of antigenicity. The polypeptides not listed in Table 4 and portions of polypeptides not listed in Table 4 are not considered non-antigenic. This is because they may still be antigenic in vivo but merely not recognized as such by the particular algorithm used. Thus, Table 4 lists the amino acid residues comprising preferred antigenic epitopes but not a complete list. Amino acid residues comprising other anigenic epitopes may be determined by algorithms similar to the Jameson-Wolf analysis 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 HA1 polypeptide chain, induced antibodies that reacted with the HA1 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.

Non-limiting examples of antigenic polypeptides or peptides that can be used to generate an Borrelia-specific immune response or antibodies include portions of the amino acid sequences identified in Table 1. More specifically, Table 4 discloses a list of non-limiting residues that are involved in the antigenicity of the epitope-bearing fragments of the present invention. Therefore, the present inventions provides for isolatd and purified antigenic epitope-bearing fragments of the polypeptides of the present invention comprising a peptide sequences of Table 4. The antigenic epitope-bearing fragments comprising a peptide sequence of Table 4 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) of a polypeptide of the present invention. That is, included in the present invention are antigenic polypeptides between the integers of 7 and 50 amino acid in length comprising one or more of the sequences of Table 4. Therefore, in most cases, the polypeptides of Table 4 make up only a portion of the antigenic polypeptide. All combinations of sequences between the integers of 7 and 50 amino acid in length comprising one or more of the sequences of Table 4 are included. The antigenic epitope-bearing fragements may be specified by either the number of contiguous amino acid residues or by specific N-terminal and C-terminal positions as described above for the polypeptide fragments of the present invention, wherein the initiation codon is residue 1. Any number of the described antigenic epitope-bearing fragments of the present invention may also be excluded from the present invention in the same manner.

The epitope-bearing peptides and polypeptides of the 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 HA1 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. Pat. 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, Geysen, 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. Pat. 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. Pat. 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. Pat. 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. Pat. No. 5,480,971 to Houghten, R. A. et al. (1996) discloses linear C₁-C₇-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 B. burgdorferi polypeptide or fragment thereof alone. See Fountoulakis et al. (1995) J. Biochem. 270:3958-3964. Nucleic acids encoding the above epitopes of B. burgdorferi polypeptides can also be recombined with a gene of interest as an epitope tag to aid in detection and purification of the expressed polypeptide.

Antibodies

B. burgdorferi protein-specific antibodies for use in the present invention can be raised against the intact B. burgdorferi 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 B. burgdorferi 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, B. burgdorferi 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, B. burgdorferi 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 B. burgdorferi polypeptide-specific antibody can be blocked by the B. burgdorferi polypeptide antigen. Such antibodies comprise anti-idiotypic antibodies to the B. burgdorferi polypeptide-specific antibody and can be used to immunize an animal to induce formation of further B. burgdorferi polypeptide-specific antibodies.

Antibodies and fragments 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 fragments of a polypeptide of the present invention may be described or specified in the same manner as for polypeptide fragments 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 particularly described fragment of a polypeptide of the present invention and allows for the exclusion of the same.

Antibodies and fragments thereof of the present invention may also be described or specified in terms of their cross-reactivity. Antibodies and fragments that do not bind polypeptides of any other species of Borrelia other than B. burgdorferi are included in the present invention. Likewise, antibodies and fragments that bind only species of Borrelia, i.e. antibodies and fragments that do not bind bacteria from any genus other than Borrelia, are included in the present invention.

Diagnostic Assays

The present invention further relates to methods for assaying staphylococcal infection in an animal by detecting the expression of genes encoding staphylococcal polypeptides of the present invention. The methods comprise analyzing tissue or body fluid from the animal for Borrelia-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 B. burgdorferi nucleic acids via PCR).

Where diagnosis of a disease state related to infection with Borrelia has already been made, the present invent on 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 Table 1 to allow for hybridization between complementary sequences are then assayed using any appropriate method. These include Northern blot analysis, S1 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 B. burgdorferi polynucleotide sequence shown in Table 1 labeled according to any appropriate method (such as the ³²P-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.

S1 mapping can be performed as described in Fujita et al. (1987) Cell 49:357-367. To prepare probe DNA for use in S1 mapping, the sense strand of an above-described B. burgdorferi 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 B. burgdorferi using bio chip technology. The present invention includes both high density chip arrays (>1000 oligonucleotides per cm²) and low density chip arrays (<1000 oligonucleotides per cm²). Bio chips comprising arrays of polynucleotides of the present invention may be used to detect Borrelia species, including B. burgdorferi, in biological and environmental samples and to diagnose an animal, including humans, with an B. burgdorferi 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 B. burgdorferi 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 fragments, 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 B. burgdorferi, using bio chip technology include those known in the art and those of: U.S. Pat. Nos. 5,510,270; 5,545,531, 5,445,934, 5,677,195, 5,532,128, 5,556,752, 5,527,681, 5,451,683, 5,424,186, 5,607,646, 5,658,732 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 B. burgdorferi 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 B. burgdorferi, using biosenors include those known in the art and those of: U.S. Pat. Nos. 5,721,102, 5,638,732, 5,631,170, 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 radioimmnunoassay (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 (¹²⁵I, ¹²¹I), carbon (¹⁴C), sulphur (³⁵S), tritium (3H), indium (¹¹²In), and technetium (^99mTc), 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 ³H, ¹¹¹In, ¹²⁵I, ¹³¹I, ³²P, ³⁵S, ¹⁴C, ⁵¹Cr, ⁵⁷To, ⁵⁸Co, ⁵⁹Fe, ⁷⁵Se, ¹⁵²Eu, ⁹⁰Y, ⁶⁷Cu, ²¹⁷Ci, ²¹¹At, ²¹²Pb, ⁴⁷Sc, ¹⁰⁹Pd, etc. ¹¹¹In is a preferred isotope where in vivo imaging is used since its avoids the problem of dehalogenation of the ¹²⁵I or ¹³¹I-labeled 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, ¹¹¹In coupled to monoclonal antibodies with 1-(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 ¹⁵⁷Gd, ⁵⁵Mn, ¹⁶²Dy, ⁵²Tr, and ⁵⁶Fe.

Examples of suitable fluorescent labels include an ¹⁵²Eu 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 B. burgdorferi infection. Such a kit may include an isolated B. burgdorferi antigen comprising an epitope which is specifically immunoreactive with at least one anti-B. burgdorferi 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 B. burgdorferi antigen can be detected by binding of the reporter labeled antibody to the anti-B. burgdorferi polypeptide antibody.

In a related aspect, the invention includes a method of detecting B. burgdorferi infection in a subject. This detection method includes reacting a body fluid, preferably serum, from the subject with an isolated B. burgdorferi 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 B. burgdorferi 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 B. burgdorferi. 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 B. burgdorferi 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 B. burgdorferi, in biological and environmental samples and to diagnose an animal, including humans, with an B. burgdorferi 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 fragments thereof specific for other pathogens including bacteria, viral, parasitic, and fungal polypeptide sequences, in addition to the antibodies or fragments 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 B. burgdorferi 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 fragments, 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 B. burgdorferi, 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. Pat. Nos. 5,658,732, 5,135,852, 5,567,301, 5,677,196, 5,690,894 and World Patent Nos. W09729366, WO9612957, each incorporated herein in their entireties.

Treatment:

Agonists and Antagonists—Assays and Molecules

The invention also provides a method of screening compounds to identify those which enhance or block the biological activity of the B. burgdorferi polypeptides of the present invention. The present invention further provides where the compounds kill or slow the growth of B. burgdorferi. The ability of B. burgdorferi antagonists, including B. burgdorferi ligands, to prophylactically or therapeutically block antibiotic resistance may be easily tested by the skilled artisan. See, e.g., Straden et al. (1997) J. Bacteriol. 179(1):9-16.

An agonist is a compound which increases the natural biological function or which functions in a manner similar to the polypeptides of the present invention, while antagonists decrease or eliminate such functions. Potential antagonists include small organic molecules, peptides, polypeptides, and antibodies that bind to a polypeptide of the invention and thereby inhibit or extinguish its activity.

The antagonists may be employed for instance to inhibit peptidoglycan cross bridge formation. Antibodies against B. burgdorferi may be employed to bind to and inhibit B. burgdorferi activity to treat antibiotic resistance. Any of the above antagonists may be employed in a composition with a pharmaceutically acceptable carrier.

Vaccines

The present invention also provides vaccines comprising one or more polypeptides of the present invention. Heterogeneity in the composition of a vaccine may be provided by combining B. burgdorferi polypeptides of the present invention. Multi-component vaccines of this type are desirable because they are likely to be more effective in eliciting protective immune responses against multiple species and strains of the Borrelia genus than single polypeptide vaccines. Thus, as discussed in detail below, a multi-component vaccine of the present invention may contain one or more, preferably 2 to about 20, more preferably 2 to about 15, and most preferably 3 to about 8, of the B. burgdorferi polypeptides shown in Table 1, or fragments thereof.

Multi-component vaccines are known in the art to elicit antibody production to numerous immunogenic components. Decker, M. and Edwards, K., J. Infect. Dis. 174:S270-275 (1996). In addition, a hepatitis B, diphtheria, tetanus, pertussis tetravalent vaccine has recently been demonstrated to elicit protective levels of antibodies in human infants against all four pathogenic agents. Aristegui, J. et al., Vaccine 15:7-9 (1997).

The present invention thus also includes multi-component vaccines. These vaccines comprise more than one polypeptide, immunogen or antigen. An example of such a multi-component vaccine would be a vaccine comprising more than one of the B. burgdorferi polypeptides shown in Table 1. A second example is a vaccine comprising one or more, for example 2 to 10, of the B. burgdorferi polypeptides shown in Table 1 and one or more, for example 2 to 10, additional polypeptides of either borrelial or non-borrelial origin. Thus, a multi-component vaccine which confers protective immunity to both a borrelial infection and infection by another pathogenic agent is also within the scope of the invention.

As indicated above, the vaccines of the present invention are expected to elicit a protective immune response against infections caused by species and strains of Borrelia other than B. burgdorferi sensu stricto isolate B31 (ATCC Accession No. 35210). Immunizations using decorin-binding protein and OspA derived from one strain of B. burgdorferi has been shown to elicit the production of antiserum which confers passive immunity against other strains of B. burgdorferi. Cassatt, D. et al., Protection of Borrelia burgdorferi Infection by Antibodies to Decorin-binding Protein, in VACCINES97; Cold Spring Harbor Press (1997), pages 191-195. Further, the inventors have found using an in vitro assay that antiserum produced in response to B. burgdorferi decorin-binding protein will kill several species of Borrelia. The amino acid sequences of decorin-binding protein expressed by different strains of B. burgdorferi are believed to diverge by as much as 25%. Thus, antisera elicited against decorin-binding proteins confers passive immunity against Borrelia expressing proteins having only 75% or less amino acid sequence similarity.

Further within the scope of the invention are whole cell and whole viral vaccines. Such vaccines may be produced recombinantly and involve the expression of one or more of the B. burgdorferi polypeptides shown in Table 1. For example, the B. burgdorferi polypeptides of the present invention may be either secreted or localized intracellular, on the cell surface, or in the periplasmic space. Further, when a recombinant virus is used, the B. burgdorferi polypeptides of the present invention may, for example, be localized in the viral envelope, on the surface of the capsid, or internally within the capsid. Whole cells vaccines which employ cells expressing heterologous proteins are known in the art. See, e.g., Robinson, K. et al., Nature Biotech. 15:653-657 (1997); Sirard, J. et al., Infect. Immun. 65:2029-2033 (1997); Chabalgoity, J. et al., Infect. Immun. 65:2402-2412 (1997). These cells may be administered live or may be killed prior to administration. Chabalgoity, J. et al., supra, for example, report the successful use in mice of a live attenuated Salmonella vaccine strain which expresses a portion of a platyhelminth fatty acid-binding protein as a fusion protein on its cells surface.

A multi-component vaccine can also be prepared using techniques known in the art by combining one or more B. burgdorferi polypeptides of the present invention, or fragments thereof, with additional non-borrelial components (e.g., diphtheria toxin or tetanus toxin, and/or other compounds known to elicit an immune response). Such vaccines are useful for eliciting protective immune responses to both members of the Borrelia genus and non-borrelial pathogenic agents.

The vaccines of the present invention also include DNA vaccines. DNA vaccines are currently being developed for a number of infectious diseases. Boyer, J et al., Nat. Med. 3:526-532 (1997); reviewed in Spier, R., Vaccine 14:1285-1288 (1996). Such DNA vaccines contain a nucleotide sequence encoding one or more B. burgdorferi polypeptides of the present invention oriented in a manner that allows for expression of the subject polypeptide. The direct administration of plasmid DNA encoding OspA has been shown to elicit protective immunity in mice against borrelial challenge. Luke, C. et al., J. Infect. Dis. 175:91-97 (1997).

The present invention also relates to the administration of a vaccine which is co-administered with a molecule capable of modulating immune responses. Kim, J. et al., Nature Biotech. 15:641-646 (1997), for example, report the enhancement of immune responses produced by DNA immunizations when DNA sequences encoding molecules which stimulate the immune response are co-administered. In a similar fashion, the vaccines of the present invention may be co-administered with either nucleic acids encoding immune modulators or the immune modulators themselves. These immune modulators include granulocyte macrophage colony stimulating factor (GM-CSF) and CD86.

The vaccines of the present invention may be used to confer resistance to borrelial infection by either passive or active immunization. When the vaccines of the present invention are used to confer resistance to borrelial infection through active immunization, a vaccine of the present invention is administered to an animal to elicit a protective immune response which either prevents or attenuates a borrelial infection. When the vaccines of the present invention are used to confer resistance to borrelial infection through passive immunization, the vaccine is provided to a host animal (e.g., human, dog, or mouse), and the antisera elicited by this antisera is recovered and directly provided to a recipient suspected of having an infection caused by a member of the Borrelia genus.

The ability to label antibodies, or fragments of antibodies, with toxin molecules provides an additional method for treating borrelial infections when passive immunization is conducted. In this embodiment, antibodies, or fragments of antibodies, capable of recognizing the B. burgdorferi polypeptides disclosed herein, or fragments thereof, as well as other Borrelia proteins, are labeled with toxin molecules prior to their administration to the patient. When such toxin derivatized antibodies bind to Borrelia cells, toxin moieties will be localized to these cells and will cause their death.

The present invention thus concerns and provides a means for preventing or attenuating a borrelial infection resulting from organisms which have antigens that are recognized and bound by antisera produced in response to the polypeptides of the present invention. As used herein, a vaccine is said to prevent or attenuate a disease if its administration to an animal results either in the total or partial attenuation (i.e., suppression) of a symptom or condition of the disease, or in the total or partial immunity of the animal to the disease.

The administration of the vaccine (or the antisera which it elicits) may be for either a “prophylactic” or “therapeutic” purpose. When provided prophylactically, the compound(s) are provided in advance of any symptoms of borrelial infection. The prophylactic administration of the compound(s) serves to prevent or attenuate any subsequent infection. When provided therapeutically, the compound(s) is provided upon or after the detection of symptoms which indicate that an animal may be infected with a member of the Borrelia genus. The therapeutic administration of the compound(s) serves to attenuate any actual infection. Thus, the B. burgdorferi polypeptides, and fragments thereof, of the present invention may be provided either prior to the onset of infection (so as to prevent or attenuate an anticipated infection) or after the initiation of an actual infection.

The polypeptides of the invention, whether encoding a portion of a native protein or a functional derivative thereof, may be administered in pure form or may be coupled to a macromolecular carrier. Example of such carriers are proteins and carbohydrates. Suitable proteins which may act as macromolecular carrier for enhancing the immunogenicity of the polypeptides of the present invention include keyhole limpet hemacyanin (KLH) tetanus toxoid, pertussis toxin, bovine serum albumin, and ovalbumin. Methods for coupling the polypeptides of the present invention to such macromolecular carriers are disclosed in Harlow et al., Antibodies: A Laboratory Manual, 2nd Ed.; Cold Spring Harbor Laboratory Press, Cold Spring Harbor, N.Y. (1988), the entire disclosure of which is incorporated by reference herein.

A composition is said to be “pharmacologically acceptable” if its administration can be tolerated by a recipient animal and is otherwise suitable for administration to that animal. 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.

While in all instances the vaccine of the present invention is administered as a pharmacologically acceptable compound, one skilled in the art would recognize that the composition of a pharmacologically acceptable compound varies with the animal to which it is administered. For example, a vaccine intended for human use will generally not be co-administered with Freund's adjuvant. Further, the level of purity of the B. burgdorferi polypeptides of the present invention will normally be higher when administered to a human than when administered to a non-human animal.

As would be understood by one of ordinary skill in the art, when the vaccine of the present invention is provided to an animal, it may be in a composition which may contain salts, buffers, adjuvants, or other substances which are desirable for improving the efficacy of the composition. Adjuvants are substances that can be used to specifically augment a specific immune response. These substances generally perform two functions: (1) they protect the antigen(s) from being rapidly catabolized after administration and (2) they nonspecifically stimulate immune responses.

Normally, the adjuvant and the composition are mixed prior to presentation to the immune system, or presented separately, but into the same site of the animal being immunized. Adjuvants can be loosely divided into several groups based upon their composition. These groups include oil adjuvants (for example, Freund's complete and incomplete), mineral salts (for example, AlK(SO₄)₂, AlNa(SO₄)₂, AlNH₄(SO₄), silica, kaolin, and carbon), polynucleotides (for example, poly IC and poly AU acids), and certain natural substances (for example, wax D from Mycobacterium tuberculosis, as well as substances found in Corynebacterium parvum, or Bordetella pertussis, and members of the genus Brucella. Other substances useful as adjuvants are the saponins such as, for example, Quil A. (Superfos A/S, Denmark). Preferred adjuvants for use in the present invention include aluminum salts, such as AlK(SO₄)₂, AlNa(SO₄)₂, and AlNH₄(SO₄). Examples of materials suitable for use in vaccine compositions are provided in Remington's Pharmaceutical Sciences (Osol, A, Ed, Mack Publishing Co, Easton, Pa., pp. 1324-1341 (1980), which reference is incorporated herein by reference).

The therapeutic compositions of the present invention can be administered parenterally by injection, rapid infusion, nasopharyngeal absorption (intranasopharangeally), dermoabsorption, or orally. The compositions may alternatively be administered intramuscularly, or intravenously Compositions for parenteral administration include sterile aqueous or non-aqueous solutions, suspensions, and emulsions. Examples of non-aqueous solvents are propylene glycol, polyethylene glycol, vegetable oils such as olive oil, and injectable organic esters such as ethyl oleate. Carriers or occlusive dressings can be used to increase skin permeability and enhance antigen absorption. Liquid dosage forms for oral administration may generally comprise a liposome solution containing the liquid dosage form. Suitable forms for suspending liposomes include emulsions, suspensions, solutions, syrups, and elixirs containing inert diluents commonly used in the art, such as purified water. Besides the inert diluents, such compositions can also include adjuvants, wetting agents, emulsifying and suspending agents, or sweetening, flavoring, or perfuming agents.

Therapeutic compositions of the present invention can also be administered in encapsulated form. For example, intranasal immunization of mice against Bordetella pertussis infection using vaccines encapsulated in biodegradable microsphere composed of poly(DL-lactide-co-glycolide) has been shown to stimulate protective immune responses. Shahin; R. et al., Infect. Immun. 63:1195-1200 (1995). Similarly, orally administered encapsulated Salmonella typhimurium antigens have also been shown to elicit protective immunity in mice. Allaoui-Attarki, K. et al., Infect. Immun. 65:853-857 (1997). Encapsulated vaccines of the present invention can be administered by a variety of routes including those involving contacting the vaccine with mucous membranes (e.g., intranasally, intracolonicly, intraduodenally).

Many different techniques exist for the timing of the immunizations when a multiple administration regimen is utilized. It is possible to use the compositions of the invention more than once to increase the levels and diversities of expression of the immunoglobulin repertoire expressed by the immunized animal. Typically, if multiple immunizations are given, they will be given one to two months apart.

According to the present invention, an “effective amount” of a therapeutic composition is one which is sufficient to achieve a desired biological effect. Generally, the dosage needed to provide an effective amount of the composition will vary depending upon such factors as the animal's or human's age, condition, sex, and extent of disease, if any, and other variables which can be adjusted by one of ordinary skill in the art.

The antigenic preparations of the invention can be administered by either single or multiple dosages of an effective amount. Effective amounts of the compositions of the invention can vary from 0.01-1,000 μg/ml per dose, more preferably 0.1-500 μg/ml per dose, and most preferably 10-300 μg/ml per dose.

Having now generally described the invention, the same will be more readily understood through reference to the following example which is provided by way of illustration, and is not intended to be limiting of the present invention, unless specified.

EXAMPLES

1. Preparation of PCR Primers and Amplification of DNA

Various fragments of the Borrelia burgdorferi genome, such as those of Table 1, can be used, in accordance with the present invention, to prepare PCR primers for a variety of users. 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.

2. Isolation of a Selected DNA Clone From B. burgdorferi

Three approaches are used to isolate a B. burgdorferi clone comprising a polynucleotide of the present invention from any B. burgdorferi genomic DNA library. The B. burgdorferi strain B31PU has been deposited as a convienent source for obtaining a B. burgdorferi strain although a wide varity of strains B. burgdorferi strains can be used which are known in the art.

B. burgdorferi genomic DNA is prepared using the following method. A 20 ml 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 (30 mM Tris-pH 8.0, 25 mM EDTA, 50 mM NaCl), and resuspended in 5 ml high salt TES (2.5M NaCl). Lysostaphin is added to final concentration of approx 50 ug/ml and the mixture is rotated slowly 1 hour at 37 C to make protoplast cells. The solution is then placed in incubator (or place in a shaking water bath) and warmed to 55 C. Five hundred micro liter of 20% sarcosyl in TES (final concentration 2%) is then added to lyse the cells. Next, guanidine HCl is added to a final concentration of 7M (3.69 g in 5.5 ml). The mixture is swirled slowly at 55 C for 60-90 min (solution should clear). A CsCl gradient is then set up in SW41 ultra clear tubes using 2.0 ml 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, 20 C 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 B. burgdorferi 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 oligonucleotide is labeled, for instance, with ³²P-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, N.Y. (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 Table 1 are synthesized and used to amplify the desired DNA by PCR using a B. burgdorferi 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 MgCl₂, 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 Table 1 can be chemically synthesized and used to generate a nucleotide sequence of desired length using PCR methods known in the art.

3(a). Expression and Purification Borrelia Polypeptides in E. coli

The bacterial expression vector pQE60 is used for bacterial expression of some of the polypeptide fragments of the present invention. (QIAGEN, Inc., 9259 Eton Avenue, Chatsworth, Calif., 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× His tag”) covalently linked to the carboxyl terminus of that polypeptide.

The DNA sequence encoding the desired portion of a B. burgdorferi protein of the present invention is amplified from B. burgdorferi genomic DNA using PCR oligonucleotide primers which anneal to the 5′ and 3′ sequences coding for the portions of the B. burgdorferi polynucleotide shown in Table 1. 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 B. burgdorferi polynucleotide sequence in Table 1. 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 Table 1, 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 B. burgdorferi 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 B. burgdorferi DNA is inserted into the restricted pQE60 vector in a mariner which places the B. burgdorferi 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 B. burgdorferi 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 lacI 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 B. burgdorferi polypeptide is loaded onto a nickel-nitrilo-tri-acetic acid (“Ni-NTA”) affinity resin column (QIAGEN, Inc., supra). Proteins with a 6× 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 B. burgdorferi polypeptide is eluted with 6 M guanidine-HCl, pH 5.

The purified protein is then renatured by dialyzing it against phosphate-buffered saline (PBS) or 50 μM 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 mls 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 80 W 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× 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 2× 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 B. burgdorferi 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 EDTA, 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×g for 15 min. The resultant pellet is washed again using 0.5M NaCl, 100 mM Tris, 50 mM EDTA, pH 7.4.

The resulting washed inclusion bodies are solubilized with 1.5 M guanidine hydrochloride (GuHCl) for 2-4 hours. After 7000×g centrifugation for 15 min., the pellet is discarded and the B. burgdorferi polypeptide-containing supernatant is incubated at 4° C. overnight to allow further GuHCl extraction.

Following high speed centrifugation (30,000×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 EDTA 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 B. burgdorferi polypeptide solution, a previously prepared tangential filtration unit equipped with 0.16 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 marker. The absorbance at 280 mm of the effluent is continuously monitored. Fractions are collected and further analyzed by SDS-PAGE.

Fractions containing the B. burgdorferi 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 A₂₈₀ monitoring of the effluent. Fractions containing the B. burgdorferi polypeptide (determined, for instance, by 16% SDS-PAGE) are then pooled.

The resultant B. burgdorferi 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.

3(b). Alternative Expression and Purification Borrelia Polypeptides in E. coli

Tthe vector pQE10 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× His tag”) covalently linked to the amino terminus of that polypeptide. The bacterial expression vector pQE 10 (QIAGEN, Inc., 9259 Eton Avenue, Chatsworth, Calif., 91311) was used in this example. The components of the pQE10 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× His tag”)) covalently linked to the amino terminus.

The DNA sequences encoding the desired portions of a polypeptide of Table 1 were amplified using PCR oligonucleotide primers from genomic B. burgdorferi 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 pQE10 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× His tag is aligned with the restriction site so as to maintain its reading frame with that of B. burgdorferi 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 of Table 1 encoding amino acid sequences 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, Wis. 53711) is preferentially used in place of pQE10.

The above methods are not limited to the polypeptide fragments actually produced. The above method, like the methods below, can be used to produce either full length polypeptides or desired fragments thereof.

3(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, Calif., 9131.1). 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× His tag.

The DNA sequence encoding the desired portion of the B. burgdorferi amino acid sequence is amplified from an B. burgdorferi genomic DNA prep the deposited DNA clones using PCR oligonucleotide primers which anneal to the 5′ and 3′ nucleotide sequences corresponding to the desired portion of the B. burgdorferi 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 B. burgdorferi 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 B. burgdorferi 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 B. burgdorferi DNA into the restricted pQE60 vector places the B. burgdorferi 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 B. burgdorferi 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 lacI repressor. Cells subsequently are incubated further for 3 to 4 hours. Cells then are harvested by centrifugation.

To purify the B. burgdorferi 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 B. burgdorferi 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 B. burgdorferi polypeptide. The purified protein is stored at 4° C. or frozen at −80° C.

The following alternative method may be used to purify B. burgdorferi 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 EDTA, pH 7.4. 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×g for 15 min. The resultant pellet is washed again using 0.5M NaCl, 100 mM Tris, 50 mM EDTA, pH 7.4.

The resulting washed inclusion bodies are solubilized with 1.5 M guanidine hydrochloride (GuHCl) for 2-4 hours. After 7000×g centrifugation for 15 min., the pellet is discarded and the B. burgdorferi polypeptide-containing supernatant is incubated at 4° C. overnight to allow further GuHCl extraction.

Following high speed centrifugation (30,000×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 EDTA 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 B. burgdorferi polypeptide solution, a previously prepared tangential filtration unit equipped with 0.16 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, Perspective 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 B. burgdorferi 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, Perspective Biosystems) and weak anion (Poros CM-20, Perspective 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 A₂₈₀ monitoring of the effluent. Fractions containing the B. burgdorferi polypeptide (determined, for instance, by 16% SDS-PAGE) are then pooled.

The resultant B. burgdorferi 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.

3(d). Cloning and Expression of B. burgdorferi in Other Bacteria

B. burgdorferi polypeptides can also be produced in: B. burgdorferi 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. Pat. No. 4,952,508.

4. Cloning and Expression in COS Cells

A B. burgdorferi expression plasmid is made by cloning a portion of the DNA encoding a B. burgdorferi polypeptide into the expression vector pDNAI/Amp 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 B. burgdorferi 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 B. burgdorferi genomic DNA prep is amplified using primers that contain convenient restriction sites, much as described above for construction of vectors for expression of B. burgdorferi in E. coli. The 5′ primer contains a Kozak sequence, an AUG start codon, and nucleotides of the 5′ coding region of the B. burgdorferi polypeptide. The 3′ primer, contains nucleotides complementary to the 3′ coding sequence of the B. burgdorferi 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, Calif. 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 B. burgdorferi polypeptide.

For expression of a recombinant B. burgdorferi 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 B. burgdorferi by the vector.

Expression of the B. burgdorferi-HA 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 ³⁵S-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.

5. Cloning and Expression in CHO Cells

The vector pC4 is used for the expression of B. burgdorferi 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 B. burgdorferi 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 B. burgdorferi polypeptide is amplified using PCR oligonucleotide 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. B. burgdorferi polypeptide is synthesized and used. A 3′ primer, containing a restriction site, stop codon, and nucleotides complementary to the 3′ coding sequence of the B. burgdorferi 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 pSV neo using a lipid-mediated transfection agent such as Lipofectin™ or LipofectAMINE™ (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.

6. Immunization and Detection of Immune Responses

6(a). B. burgdorferi Propagation

B. burgdorferi sensu stricto isolate B31 is propagated in tightly-closed containers at 34° C. in modified Barbour-Stoenner-Kelly (BSKII) medium (Barbour, A. G., Yale J. Biol. Med. 57:521-525 (1984)) overlaid with a 5% O₂/5% CO₂/90% N₂ gas mixture. Cell densities of these cultures are determined by darkfield microscopy at 400×.

Immunization of Mice and Challenge with B. burgdorferi. For active immunizations BALB/cByJ mice (BALB, Jackson Laboratories) are injected intraperitoneally (i.p.) at week 0 with 20 g of recombinant borrelial protein, or phosphate-buffered saline (PBS), emulsified with complete Freund's adjuvant (CFA), given a similar booster immunization in incomplete Freund's adjuvant (IFA) at week 4, and challenged at week 6. For challenge B. burgdorferi are diluted in BSKII from exponentially-growing cultures and mice are injected subcutaneously (s.c.) at the base of the tail with 0.1 ml of these dilutions (typically 10³-10⁴ borreliae; approximately 10-100 times the median infectious dose). Borreliae used for challenge are passaged fewer than six times in vitro. To assess infection, mice are sacrificed at 14-17 days post-challenge, and specimens derived from ear, bladder, and tibiotarsal joints are placed in BSKII plus 1.4% gelatin, 13 g/ml amphotericin B, 1.5 g/ml phosphomycin, and 15 g/ml rifampicin, and borrelia outgrowth at two or three weeks is quantified by darkfield microscopy. Batches of BSKII are qualified for infection testing by confirming that they supported the growth of 1-5 cells of isolate B31. In some instances seroconversion for protein P39 reactivity is also used to confirm infections (see below). Others have previously shown that mice elicited antibodies to P39 when inoculated with live borreliae by syringe or tick bite, but not with killed borreliae (Simpson, W. J., et al., J. Clin. Microbiol. 29:236-243 (1991)).

6(b). Immunoassays

Several immunoassay formats are used to quantify levels of borrelia-specific antibodies (ELISA and immunoblot), and to evaluate the functional properties of these antibodies (growth inhibition assay). The ELISA and immunoblot assays are also used to detect and quantify antibodies elicited in response to borrelial infection that react with specific borrelial antigens. Where antibodies to certain borrelial antigens are elicited by infection this is taken as evidence that the borrelial proteins in question are expressed in vivo. Absence of infection-derived antibodies (seroconversion) following borrelial challenge is evidence that infection is prevented or suppressed. The immunoblot assay is also used to ascertain whether antibodies raised against recombinant borrelial antigens recognize a protein of similar size in extracts of whole borreliae. Where the natural protein is of similar, or identical, size in the immunoblot assay to the recombinant version of the same protein, this is taken as evidence that the recombinant protein is the product of a full-length clone of the respective gene.

Enzyme-Linked Immunosorbant Assay (ELISA). The ELISA is used to quantify levels of antibodies reactive with borrelial antigens elicited in response to immunization with these borrelial antigens. Wells of 96 well microtiter plates (Immunlon 4, Dynatech, Chantilly, Va., or equivalent) are coated with antigen by incubating 50 l of 1 g/ml protein antigen solution in a suitable buffer, typically 0.1 M sodium carbonate buffer at pH 9.6. After decanting unbound antigen, additional binding sites are blocked by incubating 100 l of 3% nonfat milk in wash buffer (PBS, 0.2% Tween 20, pH 7.4). After washing, duplicate serial two-fold dilutions of sera in PBS, Tween 20, 1% fetal bovine serum, are incubated for 1 hr, removed, wells are washed three times, and incubated with horseradish peroxidase-conjugated goat anti-mouse IgG. After three washes, bound antibodies are detected with H₂O₂ and 2,2′-azino-di-(3-ethylbenzthiazoline sulfonate) (Schwan, T. G., et al., Proc. Natl. Acad Sci. USA 92:2909-2913 (1985)) (ABTS®, Kirkegaard & Perry Labs., Gaithersburg, Md.) and A₄₀₅ is quantified with a Molecular Devices, Corp. (Menlo Park, Calif.) Vmax™ plate reader. IgG levels twice the background level in serum from naive mice are assigned the minimum titer of 1:100.

6(c). In Vitro Growth Inhibition Assay

Unlike other bacteria, borreliae can be killed by the binding of specific antibodies to their surface antigens. The mechanism for this in vitro killing or growth-inhibitory effect is not known, but can occur in the absence of serum complement, or other immune effector functions. Antibodies elicited in animals receiving immunizations with specific borrelial antigens that result in protection from borrelial challenge usually will directly kill borreliae in vitro. Thus, the in vitro growth inhibition assay also has a high predictive value for the protective potency of the borrelial antibodies, although exceptions, such as antibodies against OspC which are weak at in vitro growth inhibition, have been observed. Also, this assay can be used to evaluate the serologic conservation of epitope binding protective antibodies. A microwell antibody titration assay (Sadziene, A., et al., J. Infect. Dis. 167:165-172 (1993)) is used to evaluate the growth inhibition (GI) properties of antisera against recombinant borrelial antigens against the homologous B31 isolate, and against various strains of borrelia. Briefly, 10⁵ borrelia in 100 l BSKII are added to serial two-fold dilutions of sera in 100 l BSKII in 96-well plates, and the plates are covered and incubated at 34° C. in a 5% O₂/5% CO₂/90% N₂ gas mixture for 72 h prior to quantification of borrelia growth by darkfield microscopy.

6(d). Sodiumdodecylsulfate-Polyacrylamide Gel Electrophoresis (SDS-PAGE) and Immunoblotting

Using a single well format, total borrelial protein extracts, recombinant borrelial antigen, or recombinant P39 samples (2 g of purified protein, or more for total borrelial extracts) are boiled in SDS/2-ME sample buffer before electrophoresis through 3% acrylamide stacking gels, and resolving gels of higher acrylamide concentration, typically 10-15% acrylamide monomer. Gels are electro-blotted to nitrocellulose membranes and lanes are probed with dilutions of antibody to be tested for reactivity with specific borrelial antigens, followed by the appropriate secondary antibody-enzyme (horseradish peroxidase) conjugate. When it is desirable to confirm that the protein had transferred following electro-blotting, membranes are stained with Ponceau S. Immunoblot signals from bound antibodies are detected on x-ray film as chemiluminescence using ECL™ reagents (Amersham Corp., Arlington Heights, Ill.).

6(e). Detection of Borrelia mRNA Expression

Northern blot analysis is carried out using methods described by, among others, Sambrook et al., supra. to detect the expression of the B. burgdorferi nucleotide sequences of the present invention in animal tissues. A cDNA probe containing an entire nucleotide sequence shown in Table 1 is labeled with ³²P using the rediprime™ DNA labeling system (Amersham Life Science), according to manufacturer's instructions. After labeling, the probe is purified using a CHROMA SPIN-100™ column (Clontech Laboratories, Inc.), according to manufacturer's protocol number PT1200-1. The purified labeled probe is then used to detect the expression of Borrelia mRNA in an animal tissue sample.

Animal tissues, such as blood or spinal fluid, are examined with the labeled probe using ExpressHyb™ hybridization solution (Clontech) according to manufacturer's protocol number PT1190-1. Following hybridization and washing, the blots are mounted and exposed to film at −70 C overnight, and films developed according to standard procedures.

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.

Thee 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.

Provisional Application Ser. No. 60/057,483 filed 3 Sep. 1997 is incorporated by reference herein in its entirety.

TABLE 1
Nucleotide and Amino Acid Sequences.
f101.aa (SEQ ID NO:1)
MSKIFLLFNAGFFFLKIIYVFSYPEIKNFSRQDPVFSDLKIKVLKYNKKQHIPLFFYSYKVKKGDTFFKI
ANKINGWQSGIATINLLDSPAVSVGQEILIPSKKGVFVFDSKDYRFNNLLLATRDLAKAEKVKIKRN
DRVYEFYFFDFVKNPDFGLFSGTELLFFLNANFIFPLKKFIVSSDFGFRNDPFTGNKSFHTGIDLAAPM
NAEVYLLLLE
t101.aa (SEQ ID NO:2)
SYPEIKNFSRQDPVFSDLKIKVLKYNKKQHIPLFFYSYKVKKGDTFFKIANKINGWQSGIATINLLDSP
AVSVGQEILIPSKKGVFVFDSKDYRFNNLLLATRDLAKAEKVKIKRNDRVYEFYFFDFVKNPDFGLF
SGTELLFFLNANFIFPLKKFIVSSDFGFRNDPFTGNKSFHTGIDLAAPMNAEVYLLLLE
f101.nt (SEQ ID NO:3)
ATGAGTAAAATTTTTTTATTATTTAATGCAGGTTTCTTTTTTTTAAAAATAATTTATGTTTTTTCT
TATCCAGAAATAAAAAATTTCTCAAGGCAAGATCCTGTTTTTTCTGATCTTAAAATTAAAGTTTT
AAAATATAACAAAAAACAACATATTCCTCTGTTTTTTTACTCATATAAAGTTAAAAAAGGGGAT
ACTTTTTTTAAAATTGCCAATAAAATAAATGGATGGCAGTCCGGCATTGCTACTATTAATTTATT
AGATTCTCCTGCTGTGAGTGTTGGGCAAGAGATTCTTATTCCCAGTAAAAAAGGAGTTTTTGTT
TTTGATAGTAAAGATTATAGATTTAATAATTTGCTTTTAGCAACAAGGGATCTTGCTAAAGCTG
AAAAGGTAAAAATTAAAAGGAACGACAGAGTTTATGAATTTTATTTTTTTGATTTTGTTAAGAA
TCCAGATTTTGGACTTTTTTCAGGCACAGAATTGCTTTTTTTCTTAAATGCCAATTTTATTTTTCC
TTTAAAAAAATTTATTGTTAGTTCTGATTTTGGATTTAGAAATGACCCTTTCACTGGCAACAAAA
GTTTCCATACAGGAATAGATCTTGCAGCTCCAATGAATGCTGAAGTGTATCTTCTTCTTCTGGA
ATAG
t101.nt (SEQ ID NO:4)
TCTTATCCAGAAATAAAAAATTTCTCAAGGCAAGATCCTGTTTTTTCTGATCTTAAAATTAAAGT
TTTAAAATATAACAAAAAACAACATATTCCTCTGTTTTTTTACTCATATAAAGTTAAAAAAGGG
GATACTTTTTTTAAAATTGCCAATAAAATAAATGGATGGCAGTCCGGCATTGCTACTATTAATT
TATTAGATTCTCCTGCTGTGAGTGTTGGGCAAGAGATTCTTATTCCCAGTAAAAAAGGAGTTTT
TGTTTTTGATAGTAAAGATTATAGATTTAATAATTTGCTTTTAGCAACAAGGGATCTTGCTAAA
GCTGAAAAGGTAAAAATTAAAAGGAACGACAGAGTTTATGAATTTTATTTTTTTGATTTTGTTA
AGAATCCAGATTTTGGACTTTTTTCAGGCACAGAATTGCTTTTTTTCTTAAATGCCAATTTTATT
TTTCCTTTAAAAAAATTTATTGTTAGTTCTGATTTTGGATTTAGAAATGACCCTTTCACTGGCAA
CAAAAGTTTCCATACAGGAATAGATCTTGCAGCTCCAATGAATGCTGAAGTGTATCTTCTTCTT
CTGGAATAG
f11.aa (SEQ ID NO:5)
VKKYIKTIFLISMVYFYCCTTIKINHDYETDFKVLESPSKYINIDVIKATNEYIYIQITNNSLDVVKINW
QNTSLNNDKIVLKKEDLTINNETGYKNKYREFFIGPKTSFKFKVYPLKIHSKNKNSNNLSSTIKYPSIF
KLNITKVGIEAKKTINVLITRTTKINITNK
t11.aa (SEQ ID NO:6)
CCTTIKINHDYETDFKVLESPSKYINIDVIKATNEYIYIQITNNSLDVVKINWQNTSLNNDKIVLKKED
LTINNETGYKNKYREFFIGPKTSFKFKVYPLKIHSKNKNSNNLSSTIKYPSIFKLNITKVGIEAKKTINV
LITRTTKINITNK
f11.nt (SEQ ID NO:7)
GTGGAAAAATTTCTTTTATTCCAGGAAATGAAAATATTGCAGATCTTGGTTTTCATAAAACTAA
GTAGAAATATTGTCAAAAAATACATAAAAACAATATTTCTGATTTCAATGGTTTATTTTTATTGT
TGTACGACAATAAAAATAAACCATGATTATGAAACTGATTTTAAAGTTCTAGAATCTCCCTCTA
AATACATCAATATAGATGTAATTAAAGCTACAAATGAATATATTTATATTCAAATTACAAACAA
TAGCTTAGACGTAGTAAAAATAAATTGGCAAAACACTAGTCTTAACAACGATAAGATCGTCTTA
AAAAAAGAAGATCTTACAATAAACAATGAAACAGGGTATAAAAATAAATACAGAGAGTTTTTT
ATTGGTCCTAAAACTTCATTTAAATTTAAAGTATATCCACTAAAAATTCATTCTAAAAACAAAA
ATAGCAATAACTTAAGCTCAACTATTAAATATCCGTCTATTTTTAAGCTCAACATAACAAAAGT
AGGAATTGAAGCAAAAAAAACAATAAATGTTTTAATAACAAGAACTACAAAAATTAATATTAC
TAATAAATGA
t11.nt (SEQ ID NO:8)
TGTTGTACGACAATAAAAATAAACCATGATTATGAAACTGATTTTAAAGTTCTAGAATCTCCCT
CTAAATACATCAATATAGATGTAATTAAAGCTACAAATGAATATATTTATATTCAAATTACAAA
CAATAGCTTAGACGTAGTAAAAATAAATTGGCAAAACACTAGTCTTAACAACGATAAGATCGTC
TTAAAAAAAGAAGATCTTACAATAAACAATGAAACAGGGTATAAAAATAAATACAGAGAGTTT
TTTATTGGTCCTAAACTTCATTTAAATTTAAAGTATATCCACTAAAAATTCATTCTAAAAACAA
AAATAGCAATAACTTAAGCTCAACTATTAAATATCCGTCTATTTTTAAGCTCAACATAACAAAA
GTAGGAATTGAAGCAAAAAAAACAATAAATGTTTTAATAACAAGAACTACAAAAATTAATATT
ACTAATAAATGA
f12.aa (SEQ ID NO:9)
MREFLYRNVFKKSFIVFLIFLTFSNAIFAQTIDDENSKKRDKLTLSQKSYLRELELSTDEDLKKWALK
EGLKETDVSKIRELLLKKFGIDPELFIKGKGLAGSGRYKIIIETADNLENFTYGLTKDESIIFEGRVNIL
VEDIKENKKHNIKGDRIVLNKNSKKLYAIGNVEYILDMDTNEKLYFYGNEFLVDFDSQNFLLKNGIL
QKKMQKNQIDHILSFGGKVLKKIDNDVTILEQAFATTSKIPEPYYSIKASKIWALPSGDFGFLNAIFY
MGRVPVFYIPFFFRPGDSLFFNPSLGLNPRKGFSVFNTVYLFGNKSSSEDSSFLDFDFNSVYNSGKKP
YIRNGYLTYFFAENLAPSVNKDYVKLIFDIYANLGFYSGIDFNLGNTLGHFKTLEGNFGLGFTRNVY
SYDGGYYPFDNRTLKQSLFSFSNLNKGDVFGFEVPFRYLFKFKTEFLLSDALFSVVLEHYSDPYVNID
FRDRIESATFFSLLNLDKDSVKEQTSISTFDWNLSSFYKRTFNDGSILDYKLNNLGLSFKLSGYENLY
VKSPLEKPKDVNDPTRKWFYLERIYAPYIDLNFQKDLYNNQWTFPADTKEMIMRPEIKNLEDKDND
KKSVKEKNTKKTTELTKDLYIPPEPITLKNIDQSDSFFIRFGINPYLRNNVFFDNYGITSPKDFNYEIKN
YLFDIKNKTDIKIHADFYNRLITFENLLYLNTIEYSPLNKDFKVEDKDKKSEHSIINQINLNLLPFTIYP
LFSRSTLKFENKATLYSFNKKYDSDVKSLVNKNSSIFLSDPETFYQSLTASLIYDYDYFTTELSGELK
NSFEDIKASSELKLSLDFPYLLQEAGIGIKYYKKFKEDAMKNSGISAVQSPLEPQKPSSPYKNLEMSP
ALYYKIEPRYLDYFKFSFLVAYDPLINRVSELSFKLNVFDFQFLFAMKDDFEYNYDPLKGDFSKIGTT
TKLVPYSLDSSYKKELYVLTFFDNKLSFTLGVDVGWKINLQKFTDNELRSALTLKFKYTEFLEIYFST
LSNTKIFKYFKGYMDQIGLEPVNFFVDLSKSFNFFNSQDRKDSLFKIKKFSSGFKFNFYDWKFVGE
YNLEPDLLRGSDGIYSPIWRNNFTIYISWNFFAPIKASFENNKDTNYEFIINRKTKK
t12.aa (SEQ ID NO:10)
IFAQTIDDENSKKRDKLTLSQKSYLRELELSTDEDLKKWALKEGLKETDVSKIRELLLKKFGIDPELFI
KGKGLAGSGRYKIIIETADNLENFTYGLTKDESIIFEGRVNILVEDIKENKKHNIKGDRIVLNKNSKKL
YAIGNVEYILDMDTNEIKLYFYGNEFLVDFDSQNFLLKNGILQKKMQKNQIDHILSFGGKVLKKIDN
DVTILEQAFATTSKIPEPYYSIKASKIWALPSGDFGFLNAIFYMGRVPVFYIPFFFRPGDSLFFNPSLGL
NPRKGPSVFNTVYLFGNKSSSEDSSFLDFDFNSVYNSGKKPYIRNGYLTYFFAENLAPSVNKDYVKL
IFDIYANLGFYSGIDFNLGNTLGHFKTLEGNFGLGFTRNVYSYDGGYYPFDNRTLKQSLFSFSNLNK
GDVFGFEVPFRYLFKFKTEFLLSDALFSVVLEHYSDPYVNIDFRDRIESATFFSLLNLDKDSVKEQTSI
STFDWNLSSFYKRTFNDGSILDYKLNNLGLSFKLSGYENLYVKSPLEKPKDVNDPTRKWFYLERIYA
PYIDLNFQKDLYNNQWTFPADTKEMIMRPEIKNLEDKDNDKKSVKEKNTKKTTELTKDLYIPPEPIT
LKNIDQSDSFFIRFGINPYLRNNVFFDNYGITSPKDFNYEIKNYLFDIKNKTDIKIHADFYNRLITFENL
LYLNTIEYSPLNKDFKVEDKDKKSEHSIINQINLNLLPFIRYPLFSRSTLKFENKATLYSFNKKYDSDV
KSLVNKNSSIFLSDPETFYQSLTASLIYDYDYFTTELSGELKNSFEDIKASSELKLSLDFPYLLQEAGIG
IKYYKKFKEDAMKNSGISAVQSPLEPQKPSSPYKNLEMSPALYYKIEPRYLDYFKFSFLVAYDPLINR
VSELSFKLNVFDFQFLFAMKDDFEYNYDPLKGDFSKIGTTTKLVPYSLDSSYKKELYVLTFFDNKLS
FTLGVDVGWKINLQKFTDNELRSALTLKFKYTEFLEIYFSTLSINTKTFKYFKGYMDQIGLEPVNFFV
DLSKSFNFFNSQDRKDSLFKIKKFSSGFKFNFYDWKFVGEYNLEPDLLRGSDGIYSPIWRNNFTIYIS
WNFFAPIKASFENNKDTNYEFIINRKTKK
f12.nt (SEQ ID NO:11)
ATGCGAGAATTCCTATACAGGAATGTTTTTAAAAAATCTTTTATAGTATTTTTAATTTTTTTAAC
ATTTTCTAATGCAATTTTTGCCCAGACTATAGATGATGAAAATTCTAAAAAAAGGGATAAGCTA
ACTTTAAGTCAAAAATCTTATTTAAGAGAACTTGAGCTTTCAACCGATGAGGATTTAAAAAAAT
GGGCCTTAAAAGAGGGTTTAAAAGAAACAGATGTTTCAAAAATACGAGAATTGCTTTTAAAAA
AGTTTGGAATAGATCCTGAGCTTTTTATCAAAGGAAAGGGACTTGCCGGATCTGGTAGATATAA
AATAATCATTGAAACTGCAGATAATCTTGAAAATTTCACTTATGGACTTACTAAAGATGAAAGT
ATTATTTTTGAAGGAAGAGTTAATATCTTGGTTGAAGATATTAAAGAAAATAAAAAGCACAATA
TTAAAGGCGACAGAATAGTCCTTAATAAGAACTCTAAAAAACTTTATGCTATTGGAAATGTTGA
ATATATTCTTGATATGGATACCAATGAAAAGCTTTATTTTTATGGCAATGAATTTCTTGTCGATT
TTGATTCTCAAAATTTTTTATTAAAAAATGGTATTCTTCAAAAAAAAATGCAAAAAAATCAAAT
AGATCATATTCTTTCGTTTGGAGGAAAGGTTTTAAAAAAGATAGACAATGATGTTACCATTTTG
GAACAAGCTTTTGCAACAACTAGTAAAATTCCAGAGCCTTACTATTCAATCAAGGCTTCTAAAA
TATGGGCATTGCCCTCGGGAGATTTTGGGTTTTTAAATGCCATATTTTACATGGGAAGAGTTCC
AGTATTTTATATTCCTTTTTTTTTCCAGACCGGGAGATAGTTTGTTTTTTAATCCATCTTTAGGTCT
AAATCCACGAAAAGGTTTTTCTGTTTTTAATACCGTTTATCTTTTTGGTAATAAATCTTCAAGTG
AAGATTCTTCTTTTTTGGATTTTGATTTCAATTCTGTTTATAATTCGGGTAAAAAACCTTATATA
AGAAATGGATATTTAACTTATTTTTTTGCAGAAAATTTAGCACCCAGTGTTAATAAAGATTATG
TTAAGCTTATTTTTGACATTTATGCTAATCTGGGATTTTATTCTGGAATTGATTTTAATTTGGGC
AATACTTTGGGGCATTTTAAAACTTTGGAAGGAAATTTTGGATTGGGTTTTACCAGGAATGTTT
ATAGTTACGATGGAGGATATTATCCTTTTGATAATAGGACTTTAAAACAATCTCTTTTTAGTTTT
TCCAATCTTAACAAAGGAGATGTATTTGGGTTTGAAGTTCCTTTTAGATATTTATTTAAATTTAA
AACAGAATTTCTTTTAAGTGATGCACTTTTCTCGGTTGTTTTAGAGCACTATTCTGACCCGTATG
TTAATATTGATTTTAGAGATAGGATAGAAAGTGCTACATTTTTTTCTCTTTTAAATTTAGATAAA
GATTCGGTTAAAGAGCAAACTAGCATTAGCACTTTTGATTGGAATTTATCTTCTTTTTATAAGCG
AACATTTAATGACGGTTCGATTTTAGATTATAAATTAAATAATTTAGGTTTAAGTTTTAAATTGT
CGGGCTATGAAAATCTTTATGTTAAATCTCCTTTAGAGAAACCAAAAGATGTTAATGATCCTAC
AAGAAAATGGTTTTATTTGGAGAGAATTTATGCTCCATATATTGATTTGAATTTTCAAAAAGAT
CTTTACAATAACCAATGGACATTTCCAGCTGATACTAAAGAAATGATAATGCGCCCAGAAATTA
AAAATCTAGAAGATAAAGATAATGATAAAAAGAGTGTGAAGGAGAAAAATACTAAAAAAACA
ACAGAATTAACCAAAGATTTATATATTCCTCCAGAACCAATTACTTTAAAAAATATTGATCAAT
CCGATTCTTTTTTTATTAGGTTTGGCATTAATCCTTATTTAAGAAATAATGTTTTTTTTGATAATT
ATGGCATAACAAGTCCAAAGGACTTTAATTATGAAATAAAAAATTATTTATTTGATATAAAAAA
TAAAACGGATATAAAAATTCATGCTGATTTTTACAATCGTTTAATTACTTTTGAAAATTTATTAT
ATCTTAATACTATTGAGTATAGTCCTTTAAATAAAGATTTTAAAGTTGAAGATAAAGATAAAAA
AAGTGAGCACTCTATTATTAACCAAATAAATTTAAACTTGCTTCCTTTTATTAGATATCCTTTAT
TTTCTAGAAGTACTTTAAAGTTTGAAAATAAGGCTACTTTATATTCATTTAATAAAAATATGA
TTCTGATGTAAAATCTTTGGTTAATAAGAATAGTAGTATTTTTTTATCTGATCCGGAAACTTTTT
ATCAAAGTTTAACAGCCTCTTTAATTTATGATTATGATTATTTTACTACTGAGCTTTCAGGTGAA
TTAAAAAATAGTTTTGAAGATATTAAAGCTTCTTCTGAGCTTAAACTTTCTTTAGATTTTCCTTA
TTTGCTACAAGAAGCTGGGATTGGAATTAAATATTATAAAAAGTTTAAAGAAGATGCTATGAA
AAACTCTGGAATTTCTGCTGTTCAAAGTCCTTTGGAGCCTCAAAAACCATCATCGCCCTTATAAA
AATTTAGAAATGTCTCCTGCTTTGTATTATAAAATTGAGCCGAGATATTTGGATTATTTTAAATT
TAGTTTTTTAGTCGCCTATGATCCTTTGATAAATAGAGTTTCTGAACTTTCTTTTAAGCTTAATG
TTTTTGATTTTCAATTTTTGTTTGCTATGAAAGACGACTTTGAATATAATTATGATCCTTTAAAA
GGAGATTTTTCCAAGATTGGTACTACAACCAAACTTGTTCCATATTCTTTAGATTCTAGTTACAA
AAAGGAATTGTACGTTTTAACTTTTTTTGACAATAAGCTTTCTTTTACCTTGGGGGTAGATGTTG
GTTGGAAAATAAATTTGCAGAAATTTACGGATAATGAACTTCGATCTGCATTGACTTTGAAGTT
TAAATATACAGAATTTTTAGAAATTTACTTTTCTACTTTATCTATTAATACTAAGACTTTTAAAT
ATTTTAAAGGGTATATGGACCAAATTGGTCTAGAACCTGTTAATTTCTTTGTTGATTTATCAAAA
TCTTTCAATTTCTTTAATTCTCAAGACAGAAAAGATTCACTTTTTAAAATTAAAAAATTTTCATC
AGGCTTTAAATTCAATTTTTATGATTGGAAATTTGTTGGAGAATATAATTTAGAACCAGATTTA
TTAAGGGGATCTGATGGGATTTATTCTCCTATTTGGAGAAATAATTTTACAATTTATATTTCTTG
GAACTTTTTTGCTCCTATAAAAGCGTCATTTGAAAACAACAAAGATACAAACTACGAGTTTATT
ATTAATAGAAAAACAAAAAAATAA
t12.nt (SEQ ID NO:12)
ATTTTTGCCCAGACTATAGATGATGAAAATTCTAAAAAAAGGGATAAGCTAACTTTAAGTCAAA
AATCTTATTTAAGAGAACTTGAGCTTTCAACCGATGAGGATTTAAAAAAATGGGCCTTAAAAGA
GGGTTTAAAAGAAACAGATGTTTCAAAAATACGAGAATTGCTTTTAAAAAAGTTTGGAATAGA
TCCTGAGCTTTTTATCAAAGGAAAGGGACTTGCCGGATCTGGTAGATATAAAATAATCATTGAA
ACTGCAGATAATCTTGAAAATTTCACTTATGGACTTACTAAAGATGAAAGTATTATTTTTGAAG
GAAGAGTTAATATCTTGGTTGAAGATATTAAAGAAAATAAAAAGCACAATATTAAAGGCGACA
GAATAGTCCTTAATAAGAACTCTAAAAAACTTTATGCTATTGGAAATGTTGAATATATTCTTGA
TATGGATACCAATGAAAAGCTTTATTTTTATGGCAATGAATTTCTTGTCGATTTTGATTCTCAAA
ATTTTTTATTAAAAAATGGTATTCTTCAAAAAAAAATGCAAAAAAATCAAATAGATCATATTCT
TTCGTTTGGAGGAAAGGTTTTAAAAAAGATAGACAATGATGTTACCATTTTGGAACAAGCTTTT
GCAACAACTAGTAAAATTCCAGAGCCTTACTATTCAATCAAGGCTTCTAAAATATGGGCATTGC
CCTCGGGAGATTTTGGGTTTTTAAATGCCATATTTTACATGGGAAGAGTTCCAGTATTTTATATT
CCTTTTTTTTTCAGACCGGGAGATAGTTTGTTTTTTAATCCATCTTTAGGTCTAAATCCACGAAA
AGGTTTTTCTGTTTTTAATACCGTTTATCTTTTTGGTAATAAATCTTCAAGTGAAGATTCTTCTTT
TTTGGATTTTGATTTCAATTCTGTTTATAATTCGGGTAAAAAACCTTATATAAGAAATGGATATT
TAACTTATTTTTTTGCAGAAAATTTAGCACCCAGTGTTAATAAAGATTATGTTAAGCTTATTTTT
GACATTTATGCTAATCTGGGATTTTATTCTGGAATTGATTTTAATTTGGGCAATACTTTGGGGCA
TTTTAAAACTTTGGAAGGAAATTTTGGATTGGGTTTTACCAGGAATGTTTATAGTTACGATGGA
GGATATTATCCTTTTGATAATAGGACTTTAAAACAATCTCTTTTTAGTTTTTCCAATCTTAACAA
AGGAGATGTATTTGGGTTTGAAGTTCCTTTTAGATATTTATTTAAATTTAAAACAGAATTTCTTT
TAAGTGATGCACTTTTCTCGGTTGTTTTAGAGCACTATTCTGACCCGTATGTTAATATTGATTTT
AGAGATAGGATAGAAAGTGCTACATTTTTTTCTCTTTTAAATTTAGATAAAGATTCGGTTAAAG
AGCAAACTAGCATTAGCACTTTTGATTGGAATTTATCTTCTTTTTATAAGCGAACATTTAATGAC
GGTTCGATTTTAGATTATAAATTAAATAATTTAGGTTTAAGTTTTAAATTGTCGGGCTATGAAA
ATCTTTATGTTAAATCTCCTTTAGAGAAACCAAAAGATGTTAATGATCCTACAAGAAAATGGTT
TTATTTGGAGAGAATTTATGCTCCATATATTGATTTGAATTTTCAAAAAGATCTTTACAATAACC
AATGGACATTTCCAGCTGATACTAAAGAAATGATAATGCGCCCAGAAATTAAAAATCTAGAAG
ATAAAGATAATGATAAAAAGAGTGTGAAGGAGAAAAATACTAAAAAAACAACAGAATTAACCA
AAGATTTATATATTCCTCCAGAACCAATTACTTTAAAAAATATTGATCAATCCGATTCTTTTTTT
ATTAGGTTTGGCATTAATCCTTATTTAAGAAATAATGTTTTTTTTGATAATTATGGCATAACAAG
TCCAAAGGACTTTAATTATGAAATAAAAAATTATTTATTTGATATAAAAAATAAAACGGATATA
AAAATTCATGCTGATTTTTACAATCGTTTAATTACTTTTGAAAATTTATTATATCTTAATACTAT
TGAGTATAGTCCTTTAAATAAAGATTAAAGTTGAAGATAAAGATAAAAAAAGTGAGCACTCT
ATTATTAACCAAATAAATTTAAACTTGCTTCCTTTTATTAGATATCCTTTATTTTCTAGAAGTAC
TTTAAAGTTTGAAAATAAGGCTACTTATATTCATTTAATAAAAAATATGATTCTGATGTAAAA
TCTTTGGTTAATAAGAATAGTAGTATTTTTTTATCTGATCCGGAAACTTTTTATCAAAGTTTAAC
AGCCTCTTTAATTTATGATTATGATTATTTTACTACTGAGCTTTCAGGTGAATTAAAAAATAGTT
TTGAAGATATTAAAGCTTCTTCTGAGCTTAAACTTTCTTTAGATTTTCCTTATTTGCTACAAGAA
GCTGGGATTGGAATTAAATATTATAAAAAGTTTAAAGAAGATGCTATGAAAAACTCTGGAATTT
CTGCTGTTCAAAGTCCTTTGGAGCCTCAAAAACCATCATCGCCTTATAAAAATTTAGAAATGTC
TCCTGCTTTGTATTATAAAATTGAGCCGAGATATTTGGATTATTTTAAATTTAGTTTTTTAGTCG
CCTATGATCCTTTGATAAATAGAGTTTCTGAACTTTCTTTTAAGCTTAATGTTTTTGATTTTCAA
TTTTTGTTTGCTATGAAAGACGACTTTGAATATAATTATGATCCTTTAAAAGGAGATTTTTCCAA
GATTGGTACTACAACCAAACTTGTTCCATATTCTTTAGATTCTAGTTACAAAAAGGAATTGTAC
GTTTTAACTTTTTTTGACAATAAGCTTTCTTTTACCTTGGGGGTAGATGTTGGTTGGAAAATAAA
TTTGCAGAAATTTACGGATAATGAACTTCGATCTGCATTGACTTTGAAGTTTAAATATACAGAA
TTTTTAGAAATTTACTTTTCTACTTTATCTATTAATACTAAGACTTTTAAATATTTTAAAGGGTA
TATGGACCAAATTGGTCTAGAACCTGTTAATTTCTTTGTTGATTTATCAAAATCTTTCAATTTCT
TTAATTCTCAAGACAGAAAAGATTCACTTTTTAAAATTAAAAAATTTTCATCAGGCTTTAAATTC
AATTTTTATGATTGGAAATTTGTTGGAGAATATAATTTAGAACCAGATTTATTAAGGGGATCTG
ATGGGATTTATTCTCCTATTTGGAGAAATAATTTTACAATTTATATTTCTTGGAACTTTTTTGCT
CCTATAAAAGCGTCATTTGAAAACAACAAAGATACAAACTACGAGTTTATTATTAATAGAAAAA
CAAAAAAATAA
f129.aa (SEQ ID NO:13)
MTKKLFVRVLIFLISNNYAFAKDTIKDLFFIQDILIKKEKYSEVLNNASLEGIIEIEHNGPYIKDHDSEV
KLILKENGYRRNFNFFNLLNTSNIIKSLSLFDSRPKNIKENEIILLETKMIKENPYKRYKDDDDFELKLS
VTRKNNQIYLILDFNFLFDQRKTFPSIYIKEEDVSTIINSTMKLQDSSFLSPQAS
t129.aa (SEQ ID NO:14)
KDTIKDLFFIQDILIKKEKYSEVLNNASLEGIIEIEHNGPYIKDHDSEVKLILKENGYRRNFNFFNLLNT
SNIIKSLSLFDSRPKNIKENEIILLETKMIKENPYKRYKDDDDFELKLSVTRKNNQIYLILDFNFLFDQR
KTFPSIYIKEEDVSTIINSFMKLQDSSFLSPQAS
f129.nt (SEQ ID NO:15)
ATGACAAAAAAATTGTTTGTGAGGGTATTAATCTTTTTAATATCCAATAATTATGCTTTTGCAAA
AGACACAATCAAAGATTTGTTCTTTATACAAGATATACTAATAAAAAAAGAGAAATATTCCGAG
GTTCTAAATAATGCAAGCCTTGAAGGCATTATTGAAATTGAACATAACGGACCATACATTAAAG
ATCACGATTCAGAAGTTAAACTTATCCTAAAAGAAAACGGATATAGAAGAAATTTCAACTTTTT
TAATCTTTTAAATACTAGTAATATAATCAAAAGTCTAAGCTTATTTGACAGCAGACCAAAAAAC
ATTAAAGAAAATGAAATCATATTATTAGAGACAAAAATGATTAAAGAAAATCCCTATAAACGA
TACAAAGACGATGATGATTTTGAATTAAAACTAAGTGTAACTCGAAAAAATAATCAAATTTATT
TAATTCTTGATTTCAATTTCCTATTTGATCAAAGAAAAACGTTTCCATCAATTTACATCAAAGAA
GAAGATGTATCAACAATAATAAACAGCTTCATGAAACTACAAGATTCAAGCTTTTTATCTCCTC
AAGCTTCTTAA
t129.nt (SEQ ID NO:16)
AAAGACACAATCAAAGATTTGTTCTTTATACAAGATATACTAATAAAAAAAGAGAAATATTCCG
AGGTTCTAAATAATGCAAGCCTTGAAGGCATTATTGAAATTGAACATAACGGACCATACATTAA
AGATCACGATTCAGAAGTTAAACTTATCCTAAAAGAAAACGGATATAGAAGAAATTTCAACTTT
TTTAATCTTTTAAATACTAGTAATATAATCAAAAGTCTAAGCTTATTTGACAGCAGACCAAAAA
ACATTAAAGAAAATGAAATCATATTATTAGAGACAAAAATGATTAAAGAAAATCCCTATAAAC
GATACAAAGACGATGATGATTTTGAATTAAAACTAAGTGTAACTCGAAAAAATAATCAAATTTA
TTTAATTCTTGATTTCAATTTCCTATTTGATCAAAGAAAAACGTTTCCATCAATTTACATCAAAG
AAGAAGATGTATCAACAATAATAAACAGCTTCATGAAACTACAAGATTCAAGCTTTTTATCTCC
TCAAGCTTCTTAA
f142.aa (SEQ ID NO:17)
MDKISILYTLINIIIMLILISIVYLCKRKNVSFTKRVFIALAIGIVFGMTIQYFYGTNSEITNETINWISILG
DGYVRLLKMIIIPLIITSIISAIIKLTNSKDVGKMSLLVILTLVFTAGIAAIIGIFTALALGLTAEGLQAGTI
EILQSEKLQKGLEILNQTTITKKITDLIPQNIFEDFAGLRKNSTIGVVIFSAIIGIAALKTSIKKPESIEFFK
KIILTLQDIILGVVTLILKLTPYAILALMTKITATSEIKSIIKLGETVIASYIAIGLTFLMHMTLIAINKLNP
ITFIKKIFPALSFAFISRSSAATIPINIEIQTKNLGVSEGIANLSSSFGTSIGQNGCAALHPAMLAIMIAPT
QGINPTDISFILTLIGLIIITSFGAAGAGGGATTASLMVLSAMNFPVGLVGLVISVEPIIDMGRTAVNVG
GSMLAGVISAKQLKQFNHNIYNQKELVNK
t142.aa (SEQ ID NO:18)
CKRKNVSFTKRVFIALAIGIVFGMTIQYFYGTNSEITNETINWISILGDGYVRLLKMIIIPLIITSIISAIIK
LTNSKDVGKMSLLVILTLVFTAGIAAIIGIFTALALGLTAEGLQAGTIEILQSEKLQKGLEILNQTTITK
KITDLIPQNIFEDFAGLRKNSTIGVVIFSAIIGIAALKTSIKKPESIEFFKKIILTLQDIILGVVTLILKLTPY
AILALMTKITATSEIKSIIKLGEFVIASYIAIGLTFLMHMTLIAINKLNPITFIKKIFPALSFAFISRSSAATI
PINIEIQTKNLGVSEGIANLSSSFGTSIGQNGCAALHPAMLAIMIAPTQGINPTDISFILTLIGLIIITSFGA
AGAGGGATTASLMVLSAMNFPVGLVGLVISVEPIIDMGRTAVNVGGSMLAGVISAKQLKQFNHNIY
NQKELVNK
f142.nt (SEQ ID NO:19)
TAAGAGGTAATAATGGATAAAATAAGTATATTATATACATTAATCAATATTATAATAATGCTTA
TTCTAATAAGCATAGTTTATCTTTGTAAAAGAAAAAATGTTTCTTTTACAAAAAGAGTGTTTAT
AGCGTTAGCAATCGGAATAGTATTTGGAATGACCATTCAATATTTTTATGGAACAAATTCAGAA
ATAACAAACGAAACTATAAATTGGATAAGTATTTTGGGCGATGGATACGTAAGGCTCCTTAAAA
TGATTATAATCCCCTTAATAATAACATCAATAATCTCTGCAATAATAAAACTAACCAATAGTAA
AGATGTTGGGAAAATGAGCCTACTTGTAATATTAACACTAGTATTTACAGCAGGTATTGCTGCC
ATAATTGGCATTTTCACTGCTTTAGCATTGGGATTAACAGCCGAAGGACTACAAGCGGGAACCA
TCGAAATTTTACAAAGTGAAAAATTGCAAAAAGGCCTTGAAATATTAAATCAAACAACAATCAC
AAAAAAAATCACAGATCTTATTCCACAAAATATATTTGAAGATTTTGCAGGGCTTAGAAAAAAC
TCAACCATCGGGGTCGTGATATTTTCAGCTATCATAGGAATAGCCGCCCTTAAAACATCTATCA
AAAAGCCAGAATCAATAGAATTTTTTAAAAAAATAATATTAACACTCCAAGACATAATATTAGG
TGTAGTAACTTTGATTTTAAAACTAACGCCTTATGCTATATTAGCTTTAATGACAAAAATTACAG
CAACCAGCGAAATCAAAAGCATAATAAAGCTTGGAGAATTTGTAATTGCTTCCTACATTGCCAT
AGGTCTTACATTTCTTATGCATATGACATTAATTGCAATAAATAAATTAAACCCAATTACTTTTA
TAAAAAAAATATTCCCAGCACTATCATTTGCATTCATATCTAGGTCGAGTGCTGCAACCATACC
CATTAATATAGAAATTCAAACTAAAAATCTGGGAGTAAGCGAAGGAATAGCAAATTTATCAAG
CTCCTTTGGAACATCAATTGGGCAAAATGGTTGTGCAGCACTACACCCCGCTATGCTTGCAATA
ATGATAGCACCAACTCAGGGAATAAACCCCACAGATATTTCATTTATACTCACACTTATTGGAT
TAATAATAATAACTTCATTTGGAGCTGCTGGCGCTGGTGGAGGCGCAACAACAGCCTCACTAAT
GGTGCTCTCAGCAATGAACTTTCCAGTGGGATTGGTAGGACTTGTAATATCTGTTGAGCCTATA
ATTGACATGGGAAGAACAGCTGTTAATGTAGGCGGCTCAATGCTTGCAGGCGTTATATCTGCTA
AACAGCTCAAACAATTCAACCATAATATATACAACCAAAAAGAGCTTGTAAACAAATAA
t142.nt (SEQ ID NO:20)
TGTAAAAGAAAAAATGTTTCTTTTACAAAAAGAGTGTTTATAGCGTTAGCAATCGGAATAGTAT
TTGGAATGACCATTCAATATTTTTATGGAACAAATTCAGAAATAACAAACGAAACTATAAATTG
GATAAGTATTTTGGGCGATGGATACGTAAGGCTCCTTAAAATGATTATAATCCCCTTAATAATA
ACATCAATAATCTCTGCAATAATAAAACTAACCAATAGTAAAGATGTTGGGAAAATGAGCCTAC
TTGTAATATTAACACTAGTATTTACAGCAGGTATTGCTGCCATAATTGGCATTTTCACTGCTTTA
GCATTGGGATTAACAGCCGAAGGACTACAAGCGGGAACCATCGAAATTTTACAAAGTGAAAAA
TTGCAAAAAGGCCTTGAAATATTAAATCAAACAACAATCACAAAAAAAATCACAGATCTTATTC
CACAAAATATATTTGAAGATTTTGCAGGGCTTAGAAAAAACTCAACCATCGGGGTCGTGATATT
TTCAGCTATCATAGGAATAGCCGCCCTTAAAACATCTATCAAAAAGCCAGAATCAATAGAATTT
TTTAAAAAAATAATATTAACACTCCAAGACATAATATTAGGTGTAGTAACTTTGATTTTAAAAC
TAACGCCTTATGCTATATTAGCTTTAATGACAAAAATTACAGCAACCAGCGAAATCAAAAGCAT
AATAAAGCTTGGAGAATTTGTAATTGCTTCCTACATTGCCATAGGTCTTACATTTCTTATGCATA
TGACATTAATTGCAATAAATAAATTAAACCCAATTACTTTTATAAAAAAAATATTCCCAGCACT
ATCATTTGCATTCATATCTAGGTCGAGTGCTGCAACCATACCCATTAATATAGAAATTCAAACT
AAAAATCTGGGAGTAAGCGAAGGAATAGCAAATTTATCAAGCTCCTTTGGAACATCAATTGGG
CAAAATGGTTGTGCAGCACTACACCCCGCTATGCTTGCAATAATGATAGCACCAACTCAGGGAA
TAAACCCCACAGATATTTCATTTATACTCACACTTATTGGATTAATAATAATAACTTCATTTGGA
GCTGCTGGCGCTGGTGGAGGCGCAACAACAGCCTCACTAATGGTGCTCTCAGCAATGAACTTTC
CAGTGGGATTGGTAGGACTTGTAATATCTGTTGAGCCTATAATTGACATGGGAAGAACAGCTGT
TAATGTAGGCGGCTCAATGCTTGCAGGCGTTATATCTGCTAAACAGCTCAAACAATTCAACCAT
AATATATACAACCAAAAAGAGCTTGTAAACAAATAA
f147.aa (SEQ ID NO:21)
MKIIIIGGTSAGTSAAAKANRLNKKLDITIYEKTNIVSFGTCGLPYFVGGFFDNPNTMISRTQEEFEKT
GISVKTNHEVIKVDAKNNTIVIKNQKTGTIFNNTYDQLMIATGAKPIIPPINNINLENFHTLKNLEDGQ
KIKKLMDREEIKNIVIIGGGYIGIEMVEAAKNRKNVRLIQLDKHILIDSFDEEIVTIMEEELTKKGVN
LHTNEFVKSLIGEKKAEGVVTNKNTYQADAVILATGIKPDTEFLENQLKTTKNGAIIVNEYGETSIKN
IFSAGDCATIYNIVSKKNEYIPLATTANKLGRIVGENLAGNHTAFKGTLGSASIKILSLEAARTGLTEK
DAKKLQIKYKTIFVKDKNHTNYYPGQEDLYIKLIYEENTKIILGAQAIGKNGAVIRIHALSIAIYSKLT
TKELGMMDFSYSPPFSRTWDILNIAGNAAK
t147.aa (SEQ ID NO:22)
AAAKANRLNKKLDITIYEKTNIVSFGTCGLPYFVGGFFDNPNTMISRTQEEFEKTGISVKTNHEVIKV
DAKNNTIVIKNQKTGTIFNNTYDQLMIATGAKPIIPINNINLENFHTLKNLEDGQKIKKLMDREEIKN
IVIIGGGYIGIEMVEAAKNKRKNVRLIQLDKHILIDSFDEEIVTIMEEELTKKGVNLHTNEFVKSLIGE
KKAEGVVTNKNTYQADAVILATGIKPDTEFLENQLKTTKNGAIIVNEYGETSIKNIFSAGDCATIYNI
VSKKNEYIPLATTANKLGRIVGENLAGNHTAFKGTLGSASIKILSLEAARTGLTEKDAKKLQIKYKTI
FVKDKNHTNYYPGQEDLYIKLIYEENTKIILGAQAIGKNGAVIRIHALSIAIYSKLTTKELGMMDFSY
SPPFSRTWDILNIAGNAAK
f147.nt (SEQ ID NO:23)
ATGAAAATAATAATTATTGGGGGCACATCAGCAGGAACTAGTGCCGCAGCTAAAGCAAACCGC
TTAAACAAAAAGCTAGACATTACTATCTATGAAAAAACAAATATTGTATCTTTTGGAACCTGTG
GCCTGCCTTACTTTGTGGGGGGATTCTTTGACAACCCCAATACAATGATCTCAAGAACACAAGA
AGAATTCGAAAAAACTGGAATCTCTGTTAAAACTAACCACGAAGTTATCAAAGTAGATGCAAA
AAACAATACAATTGTAATAAAAAATCAAAAAACAGGAACCATTTTTAACAATACTTACGATCAA
CTTATGATAGCAACTGGTGCAAAACCTATTATTCCACCAATCAATAATATCAATCTAGAAAATT
TTCATACTCTGAAAAATTTAGAAGACGGTCAAAAAATAAAAAAATTAATGGATAGAGAAGAGA
TTAAAAATATAGTGATAATTGGTGGTGGATACATTGGAATTGAAATGGTAGAAGCAGCAAAAA
ATAAAAGAAAAAATGTAAGATTAATTCAACTAGATAAGCACATACTCATAGATTCCTTTGACGA
AGAAATAGTCACAATAATGGAAGAAGAACTAACAAAAAAGGGGGTTAATCTTCATACAAATGA
GTTTGTAAAAAGTTTAATAGGAGAAAAAAAGGCAGAAGGAGTAGTAACAAACAAAAATACTTA
TCAAGCTGACGCTGTTATACTTGCTACCGGAATAAAACCTGACACTGAATTTTTAGAAAACCAG
CTTAAAACTACTAAAAATGGAGCAATAATTGTAAATGAGTATGGCGAAACTAGCATAAAAAAT
ATTTTTTCTGCAGGAGATTGTGCAACTATTTATAATATAGTAAGTAAAAAAAATGAATACATAC
CCTTGGCAACAACAGCCAACAAACTTGGAAGAATAGTTGGTGAAAATTTAGCTGGGAATCATA
CAGCATTTAAAGGCACATTGGGCTCAGCTTCAATTAAAATACTATCTTTAGAAGCTGCAAGAAC
AGGACTTACAGAAAAAGATGCAAAAAAGCTCCAAATAAAATATAAAACGATTTTTGTAAAGGA
CAAAAATCATACAAATTATTATCCAGGCCAAGAAGATCTTTATATTAAATTAATTTATGAGGAA
AATACCAAAATAATCCTTGGGGCACAAGCAATAGGAAAAAATGGAGCCGTAATAAGAATTCAT
GCTTTATCAATTGCAATCTATTCAAAACTTACAACAAAAGAGCTAGGGATGATGGATTTCTCAT
ATTCCCCACCCTTCTCAAGAACTTGGGATATATTAAATATTGCTGGCAATGCTGCCAAATAG
t147.nt (SEQ ID NO:24)
GCCGCAGCTAAAGCAAACCGCTTAAACAAAAAGCTAGACATTACTATCTATGAAAAAACAAAT
ATTGTATCTTTTGGAACCTGTGGCCTGCCTTACTTTGTGGGGGGATTCTTTGACAACCCCAATAC
AATGATCTCAAGAACACAAGAAGAATTCGAAAAAACTGGAATCTCTGTTAAAACTAACCACGA
AGTTATCAAAGTAGATGCAAAAAACAATACAATTGTAATAAAAAATCAAAAAACAGGAACCAT
TTTTAACAATACTTACGATCAACTTATGATAGCAACTGGTGCAAAACCTATTATTCCACCAATC
AATAATATCAATCTAGAAAATTTTCATACTCTGAAAAATTTAGAAGACGGTCAAAAAATAAAAA
AATTAATGGATAGAGAAGAGATTAAAAATATAGTGATAATTGGTGGTGGATACATTGGAATTG
AAATGGTAGAAGCAGCAAAAAATAAAAGAAAAAATGTAAGATTAATTCAACTAGATAAGCACA
TACTCATAGATTCCTTTGACGAAGAAATAGTCACAATAATGGAAGAAGAACTAACAAAAAAGG
GGGTTAATCTTCATACAAATGAGTTTGTAAAAAGTTTAATAGGAGAAAAAAAGGCAGAAGGAG
TAGTAACAAACAAAAATACTTATCAAGCTGACGCTGTTATACTTGCTACCGGAATAAAACCTGA
CACTGAATTTTTAGAAAACCAGCTTAAAACTACTAAAAATGGAGCAATAATTGTAAATGAGTAT
GGCGAAACTAGCATAAAAAATATTTTTTCTGCAGGAGATTGTGCAACTATTTATAATATAGTAA
GTAAAAAAAATGAATACATACCCTTGGCAACAACAGCCAACAAACTTGGAAGAATAGTTGGTG
AAAATTTAGCTGGGAATCATACAGCATTTAAAGGCACATTGGGCTCAGCTTCAATTAAAATACT
ATCTTTAGAAGCTGCAAGAACAGGACTTACAGAAAAAGATGCAAAAAAGCTCCAAATAAAATA
TAAAACGATTTTTGTAAAGGACAAAAATCATACAAATTATTATCCAGGCCAAGAAGATCTTTAT
ATTAAATTAATTTATGAGGAAAATACCAAAATAATCCTTGGGGCACAAGCAATAGGAAAAAT
GGAGCCGTAATAAGAATTCATGCTTTATCAATTGCAATCTATTCAAAACTTACAACAAAAGAGC
TAGGGATGATGGATTTCTCATATTCCCCACCCTTCTCAAGAACTTGGGATATATTAAATATTGCT
GGCAATGCTGCCAAATAG
f152.aa (SEQ ID NO:25)
MLKFEFSDRFLLFSYFVLIMFIGSLLLMLPISWEGDGKLAYIDALFTAVSAVSITGLTTVKMEGFSTFG
FILIMLLIQLGGLGFISITTFYLLIPKKKMNLTDARIIKQYSLSNIEYNPIRILKSILFITFSIEMIGLILILIC
FKLRGVNISFLEALFTTISAFCNAGFSMHSESIYAWRDVPEAIVVVSILIICGGLGFMVYRDVNNTIKN
KKKLSLHAKIVFSLSFFLIIIGAILFFFTEMHKLKAGYSMSTLIFNSIFYSISTRTAGFNYLDNSLISGRT
QIISLPFMFIGGAPGSTAGGIKITTFFLIVLAVVKNQNGNGYIIGSYKVSIDSIRFALLFFARAIFILSFSFF
MLLFFEGGSGNWKVIDLGYEVFSAFGTVGLSVGVTQDLSFWGKVIIIFTMFAGRIGLFSMAVFVSRK
SRFEEFTRPRQDILVG
t152.aa (SEQ ID NO:26)
WEGDGKLAYIDALFTAVSAVSITGLTTVKMEGFSTFGFILIMLLIQLGGLGFISITTFYLLIPKKKMNL
TDARIIKQYSLSNIEYNPIRILKSILFITFSIEMIGLILILICFKLRGVNISFLEALFTTISAFCNAGFSMHSE
SIYAWRDVPEAIVVVSILIICGGLGFMVYRDVNNTIKNKKKLSLHAKIVFSLSFFLIIIGAILFFFTEMH
KLKAGYSMSTLIFNSIFYSISTRTAGFNYLDNSLISGRTQIISLPFMFIGGAPGSTAGGIKITTFFLIVLAV
VKNQNGNGYIIGSYKVSIDSIRFALLFFARAIFILSFSFFMLLFFEGGSGNWKVIDLGYEVFSAFGTVG
LSVGVTQDLSFWGKVIIIFTMFAGRIGLFSMAVFVSRKSRFEEFTRPRQDILVG
f152.nt (SEQ ID NO:27)
ATGTTGAAATTTGAATTTAGCGACAGGTTTTTACTTTTTAGTTATTTTGTTTTAATTATGTTTAT
AGGCTCTCTTTTGTTGATGTTGCCTATTTCCTGGGAAGGTGATGGCAAATTAGCATACATTGAT
GCTCTTTTTACTGCTGTTTCTGCTGTAAGTATTACGGGCCTTACAACGGTTAAAATGGAAGGCTT
TTCTACTTTTGGATTTATTTTGATAATGTTGCTAATCCAGCTTGGGGGACTTGGATTTATAAGTA
TTACTACTTTTTATTTGCTTATACCTAAAAAGAAAATGAATTTAACAGATGCAAGAATAATAAA
GCAGTATTCCCTTTCAAATATAGAATATAATCCTATTAGAATTTTAAAAAGCATATTGTTTATAA
CTTTTTCAATTGAAATGATAGGTTTAATATTAATACTTATTTGTTTTAAACTTAGGGGAGTGAAT
ATTTCATTCTTAGAGGCTTTGTTTACGACAATTTCTGCTTTTTGCAATGCAGGTTTTTCCATGCA
TTCTGAGAGTATTTATGCATGGCGAGATGTTCCTGAAGCTATAGTTGTGGTCTCTATTTTAATAA
TTTGTGGTGGGCTTGGGTTTATGGTCTATAGAGATGTAAATAACACTATTAAAAACAAAAAAAA
ACTATCGCTTCATGCCAAGATAGTTTTTTCTTTAAGCTTCTTTTTAATTATAATTGGTGCAATTTT
ATTTTTTTTTACAGAGATGCATAAATTAAAAGCTGGTTATTCAATGAGCACTTTAATATTTAATT
CAATTTTTTTATTCGATTAGTACCAGAACAGCTGGTTTTAATTATCTTGATAATTCTTTAATAAGC
GGAAGAACTCAAATAATTTCTCTACCATTCATGTTTATTGGTGGTGCACCCGGATCAACTGCAG
GAGGGATTAAGATTACAACATTTTTTTTAATTGTATTGGCTGTTGTTAAAAATCAAAACGGCAA
TGGATATATTATTGGTTCTTACAAGGTTTCAATAGATAGTATAAGATTTGCACTTTTATTTTTTG
CAAGAGCTATTTTTATTTTAAGTTTTTCTTTTTTCATGCTTCTTTTTTTTGAGGGAGGATCTGGCA
ATTGGAAGGTTATTGATTTAGGTTATGAAGTATTTTCTGCTTTTGGAACGGTTGGTCTTTCAGTT
GGAGTAACTCAGGATTTGTCATTTTGGGGGAAAGTCATTATAATTTTTACTATGTTTGCAGGAC
GAATAGGGCTTTTTTCAATGGCTGTTTTTGTTTCAAGAAAGTCGCGTTTTGAAGAATTTACAAG
GCCAAGGCAAGATATTTTGGTTGGTTGA
t152.nt (SEQ ID NO:28)
TGGGAAGGTGATGGCAAATTAGCATACATTGATGCTCTTTTTACTGCTGTTTCTGCTGTAAGTA
TTACGGGCCTTACAACGGTTAAAATGGAAGGCTTTTCTACTTTTGGATTTATTTTGATAATGTTG
CTAATCCAGCTTGGGGGACTTGGATTTATAAGTATTACTACTTTTTATTTGCTTATACCTAAAAA
GAAAATGAATTTAACAGATGCAAGAATAATAAAGCAGTATTCCCTTTCAAATATAGAATATAAT
CCTATTAGAATTTTAAAAAGCATATTGTTTATAACTTTTTCAATTGAAATGATAGGTTTAATATT
AATACTTATTTGTTTTAAACTTAGGGGAGTGAATATTTCATTCTTAGAGGCTTTGTTTACGACAA
TTTCTGCTTTTTGCAATGCAGGTTTTTCCATGCATTCTGAGAGTATTTATGCATGGCGAGATGTT
CCTGAAGCTATAGTTGTGGTCTCTATTTTAATAATTTGTGGTGGGCTTGGGTTTATGGTCTATAG
AGATGTAAATAACACTATTAAAAACAAAAAAAAACTATCGCTTCATGCCAAGATAGTTTTTTCT
TTAAGCTTCTTTAATTATAATTGGTGCAATTTTATTTTTTTTTACAGAGATGCATAAATTAAA
AGCTGGTTATTCAATGAGCACTTTAATATTTAATTCAATTTTTTATTCGATTAGTACCAGAACAG
CTGGTTTTAATTATCTTGATAATTCTTTAATAAGCGGAAGAACTCAAATAATTTCTCTACCATTC
ATGTTTATTGGTGGTGCACCCGGATCAACTGCAGGAGGGATTAAGATTACAACATTTTTTTTAA
TTGTATTGGCTGTTGTTAAAAATCAAAACGGCAATGGATATATTATTGGTTCTTACAAGGTTTC
AATAGATAGTATAAGATTTGCACTTTTATTTTTTGCAAGAGCTATTTTTATTTTAAGTTTTTCTTT
TTTCATGCTTCTTTTTTTTGAGGGAGGATCTGGCAATTGGAAGGTTATTGATTTAGGTTATGAAG
TATTTTTCTGCTTTTGGAACGGTTGGTCTTTCAGTTGGAGTAACTCAGGATTTGTCATTTTGGGGG
AAAGTCATTATAATTTTTACTATGTTTGCAGGACGAATAGGGCTTTTTTCAATGGCTGTTTTTGT
TTCAAGAAAGTCGCGTTTTGAAGAATTTACAAGGCCAAGGCAAGATATTTTGGTTGGTTGA
f154.aa (SEQ ID NO:29)
MKINKTFILLFLFTKFSFVQAQANQILTEISPLSISLKNGKGSVYLKVSKSSDYILTLDKSSNSDFVFKI
YDISNKKYITDKVKRRDFKIRLDKNSLYAIIYVGTKNENIKFSLTDLDFSILSSDSLKAKTSKIEKEDLF
FTLKDLPVLNLTAKLKKYVLRIYKSNIYIAYQLENSDDIKVAEFIEDVGWFNLDSSVNRNITNIVNFD
FSINSKGNLYIAFVTKSGADFASELIVKKFNSRKWIDISPGHIENFGSLLNISIDLKDRLYLAYLREIRG
EYKINLISNMGYGSIWTDVIHAYLSKGDSNVNSSNIGLISEPFLGIFYNYKSNNEIKSEFIVNNENAWV
NANIPSVYMANFIKGFFDSNFNQIIMSFVSENRPIVNICPLKSSRWINISPNVEMEGLSADIGLYKNNL
FLAFEDNNNVRLIYFKNKNWYFLNKLENFKSNVKSPQIGIYGNQGLVISTLSSNSNELFFTLICQ
t154.aa (SEQ ID NO:30)
NQILTEISPLSILSKNGKGSVYLKVSKSSDYILTLDKSSNSDFVFKIYDISNKKYITDKVKRRDFKIRLD
KNSLYAIIYVGTKNENIKFSLTDLDFSILSSDSLKAKTSKIEKEDLFFTLKDLPVLNLTAKLKKYVLRI
YKSNIYIAYQLENSDDIKVAEFIEDVGWFNLDSSVNRNITNIVNFDFSINSKGNLYIAFVTKSGADFAS
ELIVKKFNSRKWIDISPGHIENFGSLLNISIDLKDRLYLAYLREIRGEYKINLISNMGYGSIWTDVIHAY
LSKGDSNVNSSNIGLISEPFLGIFYNYKSNNEIKSEFIVNNENAWVNANIPSVYMANFIKGFFDSNFNQ
IIMSFVSENRPIVNICPLKSSRWINISPNVEMEGLSADIGLYKNNLFLAFEDNNNVRLIYFKNKNWYFL
NKLENFKSNVKSPQIGIYGNQGLVISTLSSNSNELFFTLICQ
f154.nt (SEQ ID NO:31)
ATGAAAATAAATAAGACATTCATTTTGCTATTTTTATTTACAAAATTTTTCTTTTGTTCAAGCTCA
AGCAAATCAAATATTAACAGAAATTAGTCTTTAAGTATTTTAAGCAAAAATGGGAAAGGAAG
TGTTTACTTAAAAGTTAGCAAATCTTCCGATTATATTTTAACCCTAGATAAGAGTTCAAATTCCG
ATTTTGTTTTTAAAATTTATGACATTTCTAATAAAAAATATATAACCGATAAAGTAAAAAGAAG
AGATTTTAAAATAAGATTAGATAAAAATTCTCTTTATGCAATAATATATGTTGGTACTAAAAAT
GAAAACATAAAGTTTTCGCTTACAGATTTAGATTTTTCAATTTTAAGTAGCGATTCCCTGAAAG
CTAAAACATCTAAGATTGAAAAAGAAGATTTATTTTTTACTTTAAAAGATTTGCCTGTTTTAAAT
TTAACTGCCAAGCTTAAAAAATATGTATTAAGGATTTATAAAAGCAATATTTATATTGCTTATC
AGCTAGAAAATAGCGATGATATTAAAGTTGCTGAATTTATTGAGGATGTTGGTTGGTTTAATCT
TGATTCATCTGTTAATAGAAATATTACTAATATAGTTAATTTTGATTTTTCAATTAATTCTAAAG
GAAATTTATATATTGCTTTTGTTACGAAATCAGGGGCTGATTTTGCCAGCGAGCTTATAGTTAA
AAAATTTAATAGTAGAAAATGGATTGATATTAGTCCTGGTCACATAGAAAATTTTGGATCTTTA
TTAAATATTAGCATTGATTTAAAAGATAGGTTGTATTTAGCATATTTAAGGGAAATTAGGGGTG
AATATAAAATTAATTTAATCTCGAATATGGGTTACGGAAGTATTTGGACCGATGTAATACATGC
TTATTTAAGTAAAGGTGATTCTAATGTTAATTCATCAAACATTGGTTTAATATCTGAACCTTTTT
TGGGCATTTTTTATAATTATAAGTCAAATAATGAGATTAAATCTGAATTTATTGTAAACAATGA
AAATGCTTGGGTAAATGCAAATATTCCTTCTGTTTATATGGCCAATTTTATTAAAGGCTTTTTG
ATTCTAATTTTAATCAAATAATTATGAGTTTTGTTTCTGAAAATAGACCTATTGTAAACATTTGT
CCTTTGAAAAGTAGTAGATGGATTAATATAAGTCCTAATGTTGAAATGGAAGGTTTAAGTGCTG
ACATTGGGCTTTATAAAAATAATTTGTTTTTAGCTTTTGAGGACAATAATAATGTGAGATTAAT
TTATTTTAAGAATAAAAATTGGTATTTTTTAAATAAGCTTGAGAATTTTAAGAGTAATGTTAAA
AGCCCTCAGATTGGAATTTATGGCAATCAAGGGCTTGTAATCTCTACTTTAAGCTCTAATTCCA
ATGAATTATTTTTTACTTTGATTTGCCAATGA
t154.nt (SEQ ID NO:32)
AATCAAATATTAACAGAAATTAGTCCTTTAAGTATTTTAAGCAAAAATGGGAAAGGAAGTGTTT
ACTTAAAAGTTAGCAAATCTTCCGATTATATTTTAACCCTAGATAAGAGTTCAAATTCCGATTTT
GTTTTTAAAATTTATGACATTTCTAATAAAAAATATATAACCGATAAAGTAAAAAGAAGAGATT
TTAAAATAAGATTAGATAAAAATTCTCTTTATGCAATAATATATGTTGGTACTAAAAATGAAAA
CATAAAGTTTTCGCTTACAGATTTAGATTTTTCAATTTTAAGTAGCGATTCCCTGAAAGCTAAAA
CATCTAAGATTGAAAAAGAAGATTTATTTTTTACTTTAAAAGATTTGCCTGTTTTAAATTTAACT
GCCAAGCTTAAAAAATATGTATTAAGGATTTATAAAAGCAATATTTATATTGCTTATCAGCTAG
AAAATAGCGATGATATTAAAGTTGCTGAATTTATTGAGGATGTTGGTTGGTTTAATCTTGATTC
ATCTGTTAATAGAAATATTACTAATATAGTTAATTTTGATTTTTCAATTAATTCTAAAGGAAATT
TATATATTGCTTTTGTTACGAAATCAGGGGCTGATTTTGCCAGCGAGCTTATAGTTAAAAAATT
TAATAGTAGAAAATGGATTGATATTAGTCCTGGTCACATAGAAAATTTTGGATCTTTATTAAAT
ATTAGCATTGATTTAAAAGATAGGTTGTATTTAGCATATTTAAGGGAAATTAGGGGTGAATATA
AAATTAATTTAATCTCGAATATGGGTTACGGAAGTATTTGGACCGATGTAATACATGCTTATTT
AAGTAAAGGTGATTCTAATGTTAATTCATCAAACATTGGTTTAATATCTGAACCTTTTTTGGGCA
TTTTTTATAATTATAAGTCAAATAATGAGATTAAATCTGAATTTATTGTAAACAATGAAAATGC
TTGGGTAAATGCAAATATTCCTTCTGTTTATATGGCCAATTTTATTAAAGGCTTTTTTGATTCTA
ATTTTAATCAAATAATTATGAGTTTTGTTTCTGAAAATAGACCTATTGTAAACATTTGTCCTTTG
AAAAGTAGTAGATGGATTAATATAAGTCCTAATGTTGAAATGGAAGGTTTAAGTGCTGACATTG
GGCTTTATAAAAATAATTTGTTTTTAGCTTTTGAGGACAATAATAATGTGAGATTAATTTATTTT
AAGAATAAAAATTGGTATTTTTAAATAAGCTTGAGAATTTTAAGAGTAATGTTAAAAGCCCTC
AGATTGGAATTTATGGCAATCAAGGGCTTGTAATCTCTACTTTAAGCTCTAATTCCAATGAATT
ATTTTTTACTTTGATTTGCCAATGA
f157.aa (SEQ ID NO:33)
MKIFLKVIGRGILGRLMVFRKNYDYLALISLLIVSFVGILLIYSSDYNISGSLTKNEYIKQTFW
VIIGFFLIFIVGKYDLKFVYSMVYPLYFLLILALIFTAFFGMTVNGARSWIGIWKLGGQPSEFGKVVIIL
TLSKFYTEKKGYNEFFTFITAFLLIFPSVILILLQPDFGTAIVYLTIFIFISFFAGIDLHYVLAFALIGFFSF
VFAILPVWYEYKVNMGNVFYLIFSNPFYFRVIMGVLLLILLISVLGFFISKYGLSIKIIYFYVFFASSILL
VSIVFSKVLSKLMKTYQIKRFLVFLDPAIDAKGAGWNLNQVKIAIGSGGLLGKGFLKGPYTHANYVP
SQSTDFIFSILAEEFGFLGVSTILILFFFLFFKFLIIMNKSQDRYMALVISGILGLLFFHTSFNVGMSLGV
LPITGIPFPFLSYGGSSTITFFLAMSFYFNIESIVAMD
t157.aa (SEQ ID NO:34)
RKNYDYLALISLLIVSFVGILLIYSSDYNISGSLTKNEYIKQTFWVIIGFFLIFIVGKYDLKFVYSMVYP
LYFLLILALIFTAFFGMTVNGARSWIGIWKLGGQPSEFGKVVIILTLSKFYTEKKGYNEFFTFITAFLLI
FPSVILILLQPDFGTAIVYLTIFIFISFFAGIDLHYVLAFALIGFFSFVFAILPVWYEYKVNMGNVFYLIFS
NPFYFRVIMGVLLLILLISVLGFFISKYGLSIKIIYFYVFFASSILLVSIVFSKVLSKLMKTYQIKRFLVFL
DPAIDAKGAGWNLNQVKIAIGSGGLLGKGFLKGPYTHANYVPSQSTDFIFSILAEEFGFLGVSTILILF
FFLFFKFLIIMNKSQDRYMALVISGILGLLFFHTSFNVGMSLGVLPITGIPFPFLSYGGSSTITFFLAMSF
YFNIESIVAMD
f157.nt (SEQ ID NO:35)
ATGAAGATATTCTTAAAGGTTATAGGCCGTGGTATATTAGGTAGATTAATGGTTTTTAGAAAAA
ATTATGATTATTTGGCTTTGATAAGCTTACTTATAGTTTCTTTTGTTGGTATATTGTTGATTTATT
CTAGCGATTATAATATTAGTGGATCTTTAACCAAGAATGAATATATAAAACAAACCTTTTGGGT
AATTATTGGATTTTTTCTAATTTTTATAGTGGGCAAATATGATTTAAAATTTGTTTATAGCATGG
TATATCCTTTATATTTTTTATTAATATTGGCTTTAATTTTTACTGCATTTTTTGGAATGACAGTAA
ATGGAGCAAGATCTTGGATTGGCATATGGAAACTTGGAGGACAGCCTTCTGAATTTGGTAAAGT
TGTTATTATTTTAACCCTTTCAAAATTTTACACTGAAAAAAAGGGTTATAATGAATTTTTTACCT
TTATTACTGCATTTTTATTAATTTTTCCATCGGTAATTCTTATATTATTGCAACCTGATTTTGGTA
CAGCAATAGTATATTTAACCATTTTTATATTTATTTCTTTTTTTGCAGGAATAGATTTGCACTAT
GTTTTAGCATTTGCGTTGATAGGGTTTTTTTCTTTTGTTTTTGCAATTTTACCGGTTTGGTATGA
ATATAAGGTGAATATGGGTAATGTATTTTATCTTATTTTCTCAAATCCTTTTTATTTTAGAGTAA
TAATGGGAGTGCTGCTTTTAATTCTTTTGATTTCTGTTTTAGGATTTTTCATTTCTAAATATGGTT
TGAGTATTAAAATAATTTATTTTTATGTATTTTTTGCAAGTTCTATTTTATTAGTTTCAATAGTGT
TTTCAAAGGTTCTTTCAAAGTTAATGAAGACTTATCAGATTAAACGGTTTTTGGTATTCTTAGAT
CCGGCTATTGATGCTAAGGGTGCTGGTTGGAATTTAAATCAGGTTAAAATAGCAATTGGTTCTG
GCGGTCTTTTGGGCAAAGGATTTTAAAGGGACCTTATACCCACGCTAATTATGTGCCATCTCA
AAGCACAGATTTTATTTTTTCTATTCTTGCCGAAGAGTTTGGGTTTTTGGGTGTTAGCACTATTT
TAATATTATTTTTTTTCCTTTTTTTTAAATTTTTGATAATAATGAATAAAAGTCAAGATAGATAT
ATGGCCTTAGTAATATCTGGAATTTTGGGACTTTTATTTTTTCATACTTCTTTTAATGTTGGAAT
GTCTTTAGGAGTTCTTCCTATTACCGGGATTCCCTTTCCTTTTCTCTCTTATGGAGGTTCTTCTAC
TATTACATTTTTTTTAGCAATGTCTTTTTATTTTAATATTGAATCAATAGTTGCTATGGATTGA
t157.nt (SEQ ID NO:36)
AGAAAAAATTATGATTATTTGGCTTTGATAAGCTTACTTATAGTTTCTTTTGTTGGTATATTGTT
GATTTATTCTAGCGATTATAATATTAGTGGATCTTTAACCAAGAATGAATATATAAAACAAACC
TTTTGGGTAATTATTGGATTTTTTCTAATTTTTATAGTGGGCAAATATGATTTAAAATTTGTTTA
TAGCATGGTATATCCTTTATATTTTTATTAATATTGGCTTTAATTTTTACTGCATTTTTTGGAAT
GACAGTAAATGGAGCAAGATCTTGGATTGGCATATGGAAACTTGGAGGACAGCCTTCTGAATTT
GGTAAAGTTGTTATTATTTTAACCCTTTCAAAATTTTACACTGAAAAAAAGGGTTATAATGAAT
TTTTTACCTTTATTACTGCATTTTTATTAATTTTTCCATCGGTAATTCTTATATTATTGCAACCTG
ATTTTGGTACAGCAATAGTATATTTAACCATTTTTATATTTATTTCTTTTTTTGCAGGAATAGAT
TTGCACTATGTTTTAGCATTTGCGTTGATAGGGTTTTTTTCTTTTGTTTTTGCAATTTTACCGGTT
TGGTATGAATATAAGGTGAATATGGGTAATGTATTTTATCTTATTTTCTCAAATCCTTTTTATTT
TAGAGTAATAATGGGAGTGCTGCTTTTAATTCTTTTGATTTCTGTTTTAGGATTTTTCATTTCTA
AATATGGTTTGAGTATTAAAATAATTTATTTTTATGTATTTTTTGCAAGTTCTATTTTATTAGTTT
CAATAGTGTTTTCAAAGGTTCTTTCAAAGTTAATGAAGACTTATCAGATTAAACGGTTTTTGGT
ATTCTTAGATCCGGCTATTGATGCTAAGGGTGCTGGTTGGAATTTAAATCAGGTTAAAATAGCA
ATTGGTTCTGGCGGTCTTTTGGGCAAAGGATTTTTAAAGGGACCTTATACCCACGCTAATTATG
TGCCATCTCAAAGCACAGATTTTATTTTTTCTATTCTTGCCGAAGAGTTTGGGTTTTTGGGTGTT
AGCACTATTTTAATATTATTTTTTTTCCTTTTTTTTAAATTTTTGATAATAATGAATAAAAGTCA
AGATAGATATATGGCCTTAGTAATATCTGGAATTTTGGGACTTTTATTTTTTCATACTTCTTTTA
ATGTTGGAATGTCTTTAGGAGTTCTTCCTATTACCGGGATTCCCTTTCCTTTTCTCTCTTATGGA
GGTTCTTCTACTATTACATTTTTTTTAGCAATGTCTTTTTATTTTAATATTGAATCAATAGTTGCT
ATGGATTGA
f17.aa (SEQ ID NO:37)
MIVFLFFSIYLIILFKRSSNSPLYFVPDTKFETLSIRIVLSCSLLLIFFCTMLDARPSTIAVFPTPGSPISIAL
FLFLLKSIFVRVLISASLPTKGSNFLAFASAVKFLTYFPISKCSFSSRISSSNSL
t17.aa (SEQ ID NO:38)
PLYFVPDTKFETLSIRIVLSCSLLLIFFCTMLDARPSTIAVFPTPGSPISIALFLFLLKSIFVRVLISASLPT
KGSNFLAFASAVKFLTYFPISKCSFSSRISSSNSL
f17.nt (SEQ ID NO:39)
ATGATTGTGTTTTTGTTTTTTTCAATATACTTAATTATATTATTTAAACGATCTTCAAACTCGCCT
CTATATTTTGTTCCCGATACCAAGTTTGAAACCTTAAGCATTAGAATTGTTTTGTCTTGTAGTTT
GCTACTTATTTTTTTTTGCACTATGCTTGATGCAAGGCCTTCAACTATTGCTGTTTTTCCCACACC
AGGTTCGCCTATTAGCATTGCACTATTTTTATTTCTTCTCAAGAGTATATTTGTAAGAGTTTTAA
TCTCTGCTTCTCTTCCAACCAAGGGGTCTAATTTTTTGGCTTTTGCAAGTGCTGTTAAATTTTTG
ACATACTTTCCAATTTCAAAGTGCTCATTTTCAAGTCGTATTTCTTCATCAAATTCTTTGTAG
t17.nt (SEQ ID NO:40)
CCTCTATATTTTGTTCCCGATACCAAGTTTGAAACCTTAAGCATTAGAATTGTTTTGTCTTGTAG
TTTGCTACTTATTTTTTTTTGCACTATGCTTGATGCAAGGCCTTCAACTATTGCTGTTTTTCCCAC
ACCAGGTTCGCCTATTAGCATTGCACTATTTTTATTTCTTCTCAAGAGTATATTTGTAAGAGTTT
TAATCTCTGCTTCTCTTCCAACCAAGGGGTCTAATTTTTTGGCTTTTGCAAGTGCTGTTAAATTT
TTGACATACTTTCCAATTTCAAAGTGCTCATTTTCAAGTCGTATTTCTTCATCAAATTCTTTGTA
G
f170.aa (SEQ ID NO:41)
MKAFKVKNLRRFSNFIRILVIVLFLNSLLSLFVFLAGSYNIFVYNFQKFYLDLAIILSSVSFGLESTRLIF
FYFLKNKKIKYYLILIFSFIIFFIALVFKIFLSGNK
t170.aa (SEQ ID NO:42)
YNIFVYNFQKFYLDLAIILSSVSFGLESTRLIFFYFLKNKKIKYYLILIFSFIIFFIALVFKIFLSGNK
f170.nt (SEQ ID NO:43)
ATGAAAGCTTTTAAAGTAAAAAATCTAAGACGTTTTTCAAATTTTATTAGAATTTTGGTTATTGT
ATTGTTTTTAAATTCTTTGTTAAGTTTGTTCGTGTTTTTGGCTGGTTCTTACAATATTTTTGTTTA
CAATTTTCAGAAATTTTATCTTGATCTTGCTATTATTTTAAGCTCTGTTTCTTTTGGACTTGAATC
TACTAGACTGATATTTTTTTATTTTTTGAAAAATAAAAAAATTAAGTATTATTTAATTTTAATTT
TTAGTTTTATAATTTTTTTTATTGCTCTTGTTTTTAAAATTTTTCTTTCTGGTAATAA
ATAG
t170.nt (SEQ ID NO:44)
TACAATATTTTTGTTTACAATTTTCAGAAATTTTATCTTGATCTTGCTATTATTTTAAGCTCTGTT
TCTTTTGGACTTGAATCTACTAGACTGATATTTTTTTATTTTTTGAAAAATAAAAAAATTAAGTA
TTATTTAATTTTAATTTTTAGTTTTATAATTTTTTTTATTGCTCTTGTTTTTAAAATTTTTCTTTCT
GGTAATAAATAG
f186.aa (SEQ ID NO:45)
MKKLIIIFTLFLSQACNLSTMHKIDTKEDMKILYSEIAELRKKLNLNHLEIDDTLEKVAKEYAIKLGEN
RTITHTLFGTTPMQRIHKYDQSFNLTREILASGIELNRVVNAWLNSPSHKEALINTDTDKIGGYRLKT
TDNIDIFVVLFGKRKYKN
t186.aa (SEQ ID NO:46)
TMHKIDTKEDMKILYSEIAELRKKLNLNHLEIDDTLEKVAKEYAIKLGENRTITHTLFGTTPMQRIHK
YDQSFNLTREILASGIELNRVVNAWLNSPSHKEALINTDTDKIGGYRLKTTDNIDIFVVLFGKRKYKN
f186.nt (SEQ ID NO:47)
ATGAAAAAATTGATTATAATTTTTACACTGTTTTTATCTCAAGCATGCAATTTAAGTACAATGCA
TAAAATAGATACAAAAGAAGATATGAAAATTCTATATTCAGAAATTGCTGAATTGAGAAAAAA
ATTAAATCTAAACCATCTAGAAATAGATGATACCCTTGAAAAAGTTGCAAAAGAATATGCCATT
AAACTGGGAGAAAATAGAACAATAACTCACACCCTTTTTGGCACAACCCCAATGCAAAGAATA
CATAAATACGATCAATCCTTTAATTTAACAAGAGAAATACTGGCATCAGGAATTGAACTTAACA
GAGTAGTTAATGCATGGCTTAATAGTCCAAGCCACAAAGAAGCTCTTATTAATACAGATACCGA
TAAAATAGGTGGCTATAGATTAAAAACGACTGACAATATAGATATATTTGTAGTTCTTTTTGGA
AAAAGAAAATATAAGAATTGA
t186.nt (SEQ ID NO:48)
ACAATGCATAAAATAGATACAAAAGAAGATATGAAAATTCTATATTCAGAAATTGCTGAATTG
AGAAAAAAATTAAATCTAAACCATCTAGAAATAGATGATACCCTTGAAAAAGTTGCAAAAGAA
TATGCCATTAAACTGGGAGAAAATAGAACAATAACTCACACCCTTTTTGGCACAACCCCAATGC
AAAGAATACATAAATACGATCAATCCTTTAATTTAACAAGAGAAATACTGGCATCAGGAATTGA
ACTTAACAGAGTAGTTAATGCATGGCTTAATAGTCCAAGCCACAAAGAAGCTCTTATTAATACA
GATACCGATAAAATAGGTGGCTATAGATTAAAAACGACTGACAATATAGATATATTTGTAGTTC
TTTTTGGAAAAAGAAAATATAAGAATTGA
f196.aa (SEQ ID NO:49)
MKLKARMLLLVLILIAFFISILFFAFGMLINSKLVDQQFNLMINLIESIKSSFNLYISSMEEKVR
VSSMYFNSAEKFNEASKIKSKRLSFISDQSEILIQTGSNMMVTDKEGKIVFTTAVKDNSDFGKSIGDR
EYFTKLKESNSIVYNSFVMLADPGSIEESLLKDISKIKNKKGQIPYILIGMPLRDFETDNIFGYFMFLYS
MDYIYRSFRGINFGILSSGRALAYDTTGRLLVHHVVLPGDILTDISASYSNIIKKTSEDLLQKNKEIST
VYYYDPKSNKKYVGISQKVLLNLSNNKFILLMRTSEDDFYYMSRATTIILAISFVFTLLMLAIATLYL
VKKLSSSLNKILEYSERLASGNFTADINFGKWDTVELYSLYEGLEQLRTNFSSVAKGVIENLDYLYE
NAIQIANASQNLSSGAVEQASTLEQMTANIEQISQGVSENTENAATTEKIAVNTNERTKEGHKSVVK
AIEAMTVITEKIGIIDEITRQTNLLALNASIEAARVGEKGKGFEVVAAEVRKLADQSKESAREIIDIAN
RSLTVASRAGENFEQIVPGMEQTARLVKNISNESYKQSVQIEQFKNAIEQVSQLVQTTASSSEELSAM
SEKMLESVKDLKESVDYFKIEK
t196.aa (SEQ ID NO:50)
MLINSKLVDQQFNLMINLIESIKSSFNLYISSMEEKVRVSSMYFNSAEKFNEASKIKSKRLSFISDQSEI
LIQTGSNMMVTDKEGKIVFTTAVKDNSDFGKSIGDREYFTKLKESNSIVYNSFVMLADPGSIEESLLK
DISKIKKKGQIPYILIGMPLRDFETDNIFGYFMFLYSMDYIYRSFRGINFGILSSGRALAYDTTGRLL
VHHVVLPGDILTDISASYSNIIKKTSEDLLQKNKEISTVYYYDPKSNKKYVGISQKVLLNLSNNKFILL
MRTSEDDFYYMSRATTIILAISFVFTLLMLAIATLYLVKKLSSSLNKILEYSERLASGNFTADINFGKW
DTVELYSLYEGLEQLRTNFSSVAKGVIENLDYLYENAIQIANASQNLSSGAVEQASTLEQMTANIEQI
SQGVSENTENAATTEKIAVNTNERTKEGHKSVVKAIEAMTVITEKIGIIDEITRQTNLLALNASIEAAR
VGEKGKGFEVVAAEVRKLADQSKESAREIIDIANRSLTVASRAGENFEQIVPGMEQTARLVKNISNE
SYKQSVQIEQFKNAIEQVSQLVQTTASSSEELSAMSEKMLESVKDLKESVDYFKIEK
f196.nt (SEQ ID NO:51)
ATGAAGCTTAAAGCTAGGATGTTGCTACTTGTTCTTATTCTGATAGCATTCTTTATATCA
ATTTTGTTTTTTGCTTTTGGAATGCTTATTAATAGTAAATTGGTGGATCAACAGTTTAATCTTAT
GATAAATCTTATTGAAAGCATTAAAAGTTCTTTTAATCTTTACATCTCTTCAATGGAAGAGAAA
GTTAGGGTTAGTTCCATGTATTTCAACTCTGCTGAAAAATTTAATGAGGCTAGTAAAATTAAAT
CCAAAAGGTTGAGCTTTATTTCAGATCAATCTGAAATTCTTATTCAAACCGGTAGTAATATGAT
GGTTACAGACAAAGAAGGTAAAATAGTGTTTACTACGGCGGTTAAGGATAATAGTGATTTTGG
CAAATCTATTGGGGATAGAGAATATTTTACAAAACTTAAGGAGTCTAATAGTATTGTTTACAAT
TCCTTTGTCATGTTGGCAGATCCCGGGTCTATTGAGGAGTCTTTACTTAAAGATATTTCCAAGAT
AAAAAATAAAAAAGGTCAGATTCCTTACATATTAATAGGTATGCCATTAAGAGATTTTGAAACA
GATAACATTTTTGGTTATTTTATGTTTCTTTATTCAATGGATTATATATATAGGTCTTTTAGAGG
GATTAATTTTGGAATACTCTCTAGCGGTCGTGCGCTAGCTTATGATACTACGGGTAGATTGTTG
GTTCATCATGTAGTATTGCCAGGTGATATTTTGACTGATATTAGTGCTTCTTATTCCAATATTAT
TAAGAAAACATCTGAAGATTTGTTGCAAAAGAATAAAGAAATTTCAACTGTTTATTATTATGAT
CCTAAAAGCAATAAGAAATATGTGGGAATTAGTCAAAAGGTGTTATTAAACTTGTCTAATAATA
AATTTATTCTTTTAATGAGAACTTCAGAGGACGATTTTTATTACATGTCACGAGCTACAACTATA
ATCTTAGCAATTAGTTTTGTATTTACATTACTTATGCTTGCTATTGCAACTCTTTATCTTGTGAA
AAAGTTAAGCTCTTCTTTGAATAAGATACTGGAATATTCTGAGAGAGTTGCTTCTGGTAATTTT
ACTGCTGATATTAATTTTGGCAAATGGGATACTGTAGAGCTTTACAGTTTGTACGAAGGGCTTG
AGCAGTTGAGAACCAATTTTTCTTCAGTTGCAAAAGGAGTTATTGAAAATCTAGATTATCTTTA
TGAAAATGCAATTCAAATAGCAAATGCAAGCCAGAATTTAAGTTCTGGCGCTGTTGAGCAGGCT
TCTACTTTAGAGCAAATGACAGCAAATATTGAGCAAATTTCACAAGGTGTTTCTGAGAATACTG
AAAATGCAGCTACTACTGAAAAAATTGCTGTTAATACTAATGAAAGGACTAAAGAGGGGCATA
AATCTGTTGTTAAGGCTATTGAGGCAATGACTGTAATTACTGAAAAAATTGGAATTATTGATGA
GATAACAAGGCAAACCAATTTGCTTGCTTTAAATGCCTCGATTGAAGCTGCACGAGTGGGAGAA
AAGGGCAAGGGATTTGAAGTGGTAGCTGCTGAGGTTAGAAAGCTTGCAGATCAAAGCAAAGAA
TCAGCAAGAGAGATTATTGATATTGCAAACAGAAGTTTAACTGTTGCAAGTCGTGCTGGGGAA
AATTTTGAACAAATAGTTCCTGGTATGGAACAAACAGCCAGACTTGTAAAAAATATTTCTAATG
AAAGTTATAAGCAAAGTGTTCAAATAGAGCAATTTAAAAATGCAATAGAGCAGGTTAGTCAGT
TAGTCCAAACTACAGCCTCAAGCAGTGAAGAGCTTTCTGCAATGTCTGAAAAGATGTTAGAGAG
TGTAAAAGATTTAAAAGAATCTGTTGATTATTTTAAGATCGAAAAGTAA
t196.nt (SEQ ID NO:52)
ATGCTTATTAATAGTAAATTGGTGGATCAACAGTTTAATCTTATGATAAATCTTATTGAAAGCA
TTAAAAGTTCTTTTAATCTTTACATCTCTTCAATGGAAGAGAAAGTTAGGGTTAGTTCCATGTAT
TTCAACTCTGCTGAAAAATTTAATGAGGCTAGTAAAATTAAATCCAAAAGGTTGAGCTTTATTT
CAGATCAATCTGAAATTCTTATTCAAACCGGTAGTAATATGATGGTTACAGACAAAGAAGGTAA
AATAGTGTTTACTACGGCGGTTAAGGATAATAGTGATTTTGGCAAATCTATTGGGGATAGAGAA
TATTTTACAAAACTTAAGGAGTCTAATAGTATTGTTTACAATTCCTTTGTCATGTTGGCAGATCC
CGGGTCTATTGAGGAGTCTTTACTTAAAGATATTTCCAAGATAAAAAATAAAAAAGGTCAGATT
CCTTACATATTAATAGGTATGCCATTAAGAGATTTTGAAACAGATAACATTTTTGGTTATTTTAT
GTTTCTTTATTCAATGGATTATATATATAGGTCTTTTAGAGGGATTAATTTTGGAATACTCTCTA
GCGGTCGTGCGCTAGCTTATGATACTACGGGTAGATTGTTGGTTCATCATGTAGTATTGCCAGG
TGATATTTTGACTGATATTAGTGCTTCTTATTCCAATATTATTAAGAAAACATCTGAAGATTTGT
TGCAAAAGAATAAAGAAATTTCAACTGTTTATTATTATGATCCTAAAAGCAATAAGAAATATGT
GGGAATTAGTCAAAAGGTGTTATTAAACTTGTCTAATAATAAATTTATTCTTTTAATGAGAACT
TCAGAGGACGATTTTTATTACATGTCACGAGCTACAACTATAATCTTAGCAATTAGTTTTGTATT
TACATTACTTATGCTTGCTATTGCAACTCTTTATCTTGTGAAAAAGTTAAGCTCTTCTTTGAATA
AGATACTGGAATATTCTGAGAGACTTGCTTCTGGTAATTTTACTGCTGATATTAATTTTGGCAA
ATGGGATACTGTAGAGCTTTACAGTTTGTACGAAGGGCTTGAGCAGTTGAGAACCAATTTTTCT
TCAGTTGCAAAAGGAGTTATTGAAAATCTAGATTATCTTTATGAAAATGCAATTCAAATAGCAA
ATGCAAGCCAGAATTTAAGTTCTGGCGCTGTTGAGCAGGCTTCTACTTTAGAGCAAATGACAGC
AAATATTGAGCAAATTTCACAAGGTGTTTCTGAGAATACTGAAAATGCAGCTACTACTGAAAAA
ATTGCTGTTAATACTAATGAAAGGACTAAAGAGGGGCATAAATCTGTTGTTAAGGCTATTGAGG
CAATGACTGTAATTACTGAAAAAATTGGAATTATTGATGAGATAACAAGGCAAACCAATTTGCT
TGCTTTAAATGCCTCGATTGAAGCTGCACGAGTGGGAGAAAAGGGCAAGGGATTTGAAGTGGT
AGCTGCTGAGGTTAGAAAGCTTGCAGATCAAAGCAAAGAATCAGCAAGAGAGATTATTGATAT
TGCAAACAGAAGTTTAACTGTTGCAAGTCGTGCTGGGGAAAATTTTGAACAAATAGTTCCTGGT
ATGGAACAAACAGCCAGACTTGTAAAAAATATTTCTAATGAAAGTTATAAGCAAAGTGTTCAA
ATAGAGCAATTTAAAAATGCAATAGAGCAGGTTAGTCAGTTAGTCCAAACTACAGCCTCAAGC
AGTGAAGAGCTTTCTGCAATGTCTGAAAAGATGTTAGAGAGTGTAAAAGATTTAAAAGAATCT
GTTGATTATTTTAAGATCGAAAAGTAA
f899.aa (SEQ ID NO:53)
MRFIIAFLMILNQGFSNLFSLPPEDIIFESSYEVAIKKAQKLNKNVLILVGRDIKENLIKDFLNS
FTNGEIIHKVSRKSVFLVIDKDNEIFNKINLQKSPTIFFVDSKNEQIKAAYVGAVLSSVQFDKDFLNYV
MGAIKSTSVLKKQKDYEINTADERTFFYKTLKGDWRLKFNGKDRKLVLFDTDLKEFLVFKDINENK
LYAIPKSRIGNIYFSLLGNEEWKLFGKIK
t899.aa (SEQ ID NO:54)
LPPEDIIFESSYEVAIKKAQKLNKNVLILVGRDIKENLIKDFLNSFTNGEIIHKVSRKSVFLVIDKDNEIF
NKINLQKSPTIFFVDSKNEQIKAAYVGAVLSSVQFDKDFLNYVMGAIKSTSVLKKQKDYEINTADER
TFFYKTLKGDWRLKFNGKDRKLVLFDTDLKEFLVFKDINENKLYAIPKSRIGNIYFSLLGNEEWKLF
GKIK
f899.nt (SEQ ID NO:55)
ATGAGATTTATAATTGCATTTTTAATGATTTTAAATCAAGGATTTTCAAATTTGTTTTCT
TTGCCTCCGGAAGATATTATTTTTGAGAGTTCTTATGAGGTTGCAATTAAAAAAGCTCAAAAAT
TGAATAAAAATGTTTTAATTTTGGTTGGTAGAGATATTAAAGAAAATTTAATAAAAGATTTTTT
AAACTCTTTTACAATGGTGAAATTATTCACAAAGTATCTAGAAAAAGTGTTTTTTTAGTTATTG
ATAAGGATAATGAAATTTTTAATAAAATTAATCTACAAAAAAGTCCGACTATTTTTTTTGTTGA
TTCTAAGAATGAGCAAATAAAGGCAGCTTATGTGGGAGCTGTTTTGAGCAGTGTTCAATTTGAT
AAGGATTTTTTAAACTATGTTATGGGAGCTATAAAATCAACAAGTGTTTTAAAAGCAAAAAG
ATTATGAAATTAATACTGCTGATGAGAGAACCTTTTTTTACAAAACATTAAAAGGTGATTGGCG
ATTAAAGTTTAATGGTAAAGACAGAAAGCTTGTTCTTTTTGATACAGATCTTAAAGAATTTTTA
GTTTTTAAAGATATTAATGAAAACAAGCTTTATGCTATTCCTAAGTCTAGGATTGGTAATATTTA
TTTTTCATTATTGGGAAATGAAGAATGGAAGCTTTTTGGAAAAATAAAATAA
t899.nt (SEQ ID NO:56)
TTGCCTCCGGAAGATATTATTTTTGAGAGTTCTTATGAGGTTGCAATTAAAAAAGCTCAAAAAT
TGAATAAAAATGTTTTAATTTTGGTTGGTAGAGATATTAAAGAAAATTTAATAAAAGATTTTTT
AAACTCTTTTACAAATGGTGAAATTATTCACAAAGTATCTAGAAAAAGTGTTTTTTTAGTTATTG
ATAAGGATAATGAAATTTTTAATAAAATTAATCTACAAAAAAGTCCGACTATTTTTTTTGTTGA
TTCTAAGAATGAGCAAATAAAGGCAGCTTATGTGGGAGCTGTTTTGAGCAGTGTTCAATTTGAT
AAGGATTTTTTAAACTATGTTATGGGAGCTATAAAATCAACAAGTGTTTTAAAAAAGCAAAAAG
ATTATGAAATTAATACTGCTGATGAGAGAACCTTTTTTTACAAAACATTAAAAGGTGATTGGCG
ATTAAAGTTTAATGGTAAAGACAGAAAGCTTGTTCTTTTTGATACAGATCTTAAAGAATTTTTA
GTTTTTAAAGATATTAATGAAAACAAGCTTTATGCTATTCCTAAGTCTAGGATTGGTAATATTTA
TTTTTCATTATTGGGAAATGAAGAATGGAAGCTTTTTGGAAAAATAAAATAA
f924.aa (SEQ ID NO:57)
MQDRKFSFRKYFLISVFLIFIVSGITYFYSTQMLEKSQKCVEDNLDAKVKLVDMEDFYFDLNECLNM
DDFFIPRPDFLNENLNKNLVVDGLIKNKFLDENFFKDLWIKKENLFNVDIEKENEKLIDKILEISK
t924.aa (SEQ LD NO:58)
TQMLEKSQKCVEDNLDAKVKLVDMEDFYFDLNECLNMDDFFIPRPDFLNENLNKNLVVDGLIKNK
FLDENFFKDLWIKKENLFNVDIEKENEKLIDKILEISK
f924.nt (SEQ ID NO:59)
ATGCAAGATAGAAAGTTTAGTTTTAGAAAATATTTTTTAATTTCAGTATTTTTGATTTTTATTGT
TTCTGGTATTACTTATTTCTATTCAACACAAATGTTGGAAAAATCTCAAAAGTGTGTTGAAGAC
AATTTAGACGCTAAGGTTAAATTAGTTGATATGGAAGATTTTTATTTTGATTTAAATGAATGTCT
AAATATGGATGATTTTTTTATTCCAAGACCTGATTTTTTAAATGAAAATTTAAATAAGAATTTAG
TTGTTGATGGATTGATTAAAAATAAATTTCTTGATGAGAATTTTTTCAAGGATCTTTGGATTAAA
AAGGAAAATTTATTTAACGTTGATATTGAGAAGGAGAATGAAAAATTAATAGATAAGATTTTA
GAAATTTCCAAATGA
t924.nt (SEQ ID NO:60)
ACACAAATGTTGGAAAAATCTCAAAAGTGTGTTGAAGACAATTTAGACGCTAAGGTTAAATTA
GTTGATATGGAAGATTTTTATTTTGATTTAAATGAATGTCTAAATATGGATGATTTTTTTATTCC
AAGACCTGATTTTTTAAATGAAAATTTAAATAAGAATTTAGTTGTTGATGGATTGATTAAAAAT
AAATTTCTTGATGAGAATTTTTTCAAGGATCTTTGGATTAAAAAGGAAAATTTATTTAACGTTG
ATATTGAGAAGGAGAATGAAAAATTAATAGATAAGATTTTAGAAATTTCCAAATGA
f925.aa (SEQ ID NO:61)
MIRKYLIYISLLFIVFEVYSKPAFISQDDSYELDFSSGEVDISVNTNSKFNLSFKDESWIYIKSIENEAFI
KLIGESYDNGAVFTFQTFKKEGKIKLVFTYQNVKDSSEFNKIIILKITKNFEVAIPQGVGGGSSRDNNI
ETGNNLELGGGSISGATSKEIIVRALNLSYINDYKGAIDLLNKYNFNDDKYILLKAEIHYKNGDYLKS
YENYLKLKSKYFQSIVFDLIRLAIELNIKEEVLENARYLVEKNVDFSESIYLEIFEFLVTRGEHEFALNF
SSLYFPKYTNSSFSDKYSYLLGKLYESESKHKDFLKALHYYKLVIDNYPFSYYYERAKIRYLFLKRFF
t925.aa (SEQ ID NO:62)
KPAFISQDDSYELDFSSGEVDISVNTNSKFNLSFKDESWIYIKSIENEAFIKLIGESYDNGAVFTFQTFK
KEGKIKLVFTYQNVKDSSEFNKIIILKITKNFEVAIPQGVGGGSSRDNNIETGNNLELGGGSISGATSK
EIIVRALNLSYINDYKGAIDLLNKYNFNDDKYILLKAEIHYKNGDYLKSYENYLKLKSKYFQSIVFDL
IRLAIELNIKEEVLENARYLVEKNVDFSESIYLEIFEFLVTRGEHEFALNFSSLYFPKYINSSFSDKYSYL
LGKLYESESKHKDFLKALHYYKLVIDNYPFSYYYERAKIRYLFLKRFF
f925.nt (SEQ ID NO:63)
ATGATTAGAAAATATTTGATTTATATAAGTTTGCTATTTATTGTTTTTGAAGTTTACTCTAAGCC
AGCTTTTATAAGTCAAGACGATTCGTATGAGCTTGATTTTAGTAGTGGAGAGGTAGATATTAGT
GTAAATACCAATTCAAAATTTAATCTTTCTTTTAAAGATGAGTCTTGGATTTATATCAAAAGCAT
TGAAAATGAAGCTTTTATTAAGTTAATTGGAGAATCTTATGATAACGGTGCTGTTTTTACTTTTC
AGACTTTTAAAAAAGAAGGCAAAATTAAATTGGTTTTCACTTATCAAAATGTTAAAGATTCAAG
TGAATTTAATAAAATAATTATCTTGAAAATTACAAAGAATTTTGAAGTTGCAATTCCACAAGGC
GTTGGTGGTGGCTCTAGCAGGGACAATAACATTGAAACTGGTAATAATCTTGAACTTGGGGGG
GGGAGTATTAGCGGGGCAACTTCTAAAGAGATTATTGTTAGGGCTTTAAATTTGTCCTACATAA
ATGATTACAAAGGAGCAATAGATTTGCTTAATAAGTATAATTTCAATGACGATAAATATATTTT
ATTGAAGGCGGAAATTCATTATAAAAATGGTGATTATTTAAAATCTTATGAAAATTATTTGAAA
TTGAAGAGTAAATATTTTCAAAGCATTGTTTTTGATCTAATTAGGCTTGCTATAGAATTAAATAT
TAAAGAAGAGGTTTTAGAGAACGCTAGATATTTAGTTGAAAAGAATGTTGATTTTTCTGAGAGC
ATTTATCTTGAGATCTTTGAATTCTTAGTAACAAGGGGAGAGCATGAGTTTGCTTTAAATTTTA
GCTCTCTTTACTTTCCTAAGTATATTAATTCAAGCTTTTCAGACAAATATAGTTATTTGTTGGGA
AAACTTTATGAGTCTGAGAGCAAGCATAAAGATTTTTTAAAGGCTTTGCATTACTATAAATTGG
TTATTGATAATTACCCTTTTAGTTATTATTATGAGAGAGCCAAGATAAGATATTTATTTTTAAAG
CGGTTTTTTTAG
t925.nt (SEQ ID NO:64)
AAGCCAGCTTTTATAAGTCAAGACGATTCGTATGAGCTTGATTTTAGTAGTGGAGAGGTAGATA
TTAGTGTAAATACCAATTCAAAATTTAATCTTTCTTTTAAAGATGAGTCTTGGATTTATATCAAA
AGCATTGAAAATGAAGCTTTTATTAAGTTAATTGGAGAATCTTATGATAACGGTGCTGTTTTTA
CTTTTCAGACTTTTAAAAAAGAAGGCAAAATTAAATTGGTTTTCACTTATCAAAATGTTAAAGA
TTCAAGTGAATTTAATAAAATAATTATCTTGAAAATTACAAAGAATTTTGAAGTTGCAATTCCA
CAAGGCGTTGGTGGTGGCTCTAGCAGGGACAATAACATTGAAACTGGTAATAATCTTGAACTTG
GGGGGGGGAGTATTAGCGGGGCAACTTCTAAAGAGATTATTGTTAGGGCTTTAAATTTGTCCTA
CATAAATGATTACAAAGGAGCAATAGATTTGCTTAATAAGTATAATTTCAATGACGATAAATAT
ATTTTATTGAAGGCGGAAATTCATTATAAAAATGGTGATTATTTAAAATCTTATGAAAATTATT
TGAAATTGAAGAGTAAATATTTTCAAAGCATTGTTTTTGATCTAATTAGGCTTGCTATAGAATT
AAATATTAAAGAAGAGGTTTTAGAGAACGCTAGATATTTAGTTGAAAAGAATGTTGATTTTTCT
GAGAGCATTTATCTTGAGATCTTTGAATTCTTAGTAACAAGGGGAGAGCATGAGTTTGCTTTTTAA
ATTTTAGCTCTCTTTACTTTCCTAAGTATATTAATTCAAGCTTTTCAGACAAATATAGTTATTTG
TTGGGAAAACTTTATGAGTCTGAGAGCAAGCATAAAGATTTTTTAAAGGCTTTGCATTACTATA
AATTGGTTATTGATAATTACCCTTTTAGTTATTATTATGAGAGAGCCAAGATAAGATATTTATTT
TTAAAGCGGTTTTTTTAG
f929.aa (SEQ ID NO:65)
MTKVLVVSAIALLSKDKELIPFYKFLFLFFFFTLLACSKVSKDFIVFNKDVKTSSRIDNPNSNVLEVNK
MEDFFGDIIDLKGYKILSVQQENLNLDVYFEQVVLAQNFSNLNAYLFIIGFDPKIKAGTILFKTQIDID
PKNSYNMYLEDITGDYDFNIVIQGFLKDKSVLYVFQKSVLNDVSSYRPIFFDKVNGTVLINKYARSS
AYEENRSRESYPISLEKYEKVGEDLIISKIEKYEYSNVQGRYCLSSVSEKVGKIDNNIYKTLKNLSKD
EVYKFLHGVWYDVHDYNKMHVKDIDEVLFLSFERQSSEINLFRKNSQEVAKIEYISKPAYNTLNVS
AKSLFSDLIVYNFWIKIVDKENIEIKIDTSTNSYDNSGFSGTFKRFDENVLNVKKGSSDIYFIPSGNYV
YKDKIYDFSYPHLTYIDENKIYYGIFNIFPLKNNFVLEYEIDMGSYKLVESFFLEHSERIVQKQKFSTII
LNPIKILKDDVSLVKGQKLKLERIEKI
t929.aa (SEQ ID NO:66)
KDKELIPFYKFLFLFFFFTLLACSKVSKDFIVFNKDVKTSSRIDNPNSNVLEVNKMEDFFGDIIDLKGY
KILSVQQENLNLDVYFEQVVLAQNFSNLNAYLFIIGFDPKIKAGTILFKTQIDIDPKNSYNMYLEDITG
DYDFNIVIQGFLKDKSVLYVFQKSVLNDVSSYRPIFFDKVNGTVLINKYARSSAYEENRSRESYPISL
EKYEKVGEDLIISKIEKYEYSNVQGRYCLSSVSEKVGKIDNNIYKTLKNLSKDEVYKFLHGVWYDV
HDYNKMHVKDIDEVLFLSFERQSSEINLFRKNSQEVAKIEYISKPAYNTLNVSAKSLFSDLIVYNFWI
KIVDKENIEIKIDTSTNSYDNSGFSGTFKRFDENVLNVKKGSSDIYFIPSGNYVYKDKIYDFSYPHLTY
IDENKIYYGIFNIFPLKNNFVLEYEIDMGSYKLVESFFLEHSERIVQKQKTSTIILNPIKILKDDVSLVKG
QKLKLERIEKI
f929.nt (SEQ ID NO:67)
ATGACAAAGGTTTTGGTTGTTAGTGCGATTGCTCTTCTGAGTAAGGATAAAGAATTAAT
CCCATTTTATAAATTTTTGTTTTTATTCTTTTTTTTTACATTACTTGCTTGTTCCAAGGTAAGCAA
AGATTTTATTGTTTTTAACAAAGATGTAAAGACTTCTTCCAGGATCGATAATCCAAATTCCAAT
GTTTTAGAAGTTAATAAAATGGAAGATTTTTTTGGAGATATTATAGATTTAAAAGGTTATAAAA
TTCTTTCAGTTCAGCAGGAAAATTTAAATTTAGATGTGTATTTTGAGCAGGTGGTTTTAGCTCAA
AATTTTTCAAATCTTAATGCATATTTGTTTATTATTGGTTTTGATCCTAAAATTAAAGCTGGAAC
GATTCTTTTTAAAACTCAAATAGATATTGATCCAAAAAATTCTTATAACATGTATCTTGAAGAT
ATTACAGGTGATTATGATTTTAATATAGTTATTCAAGGATTTTTAAAAGATAAATCTGTTTTGTA
TGTTTTTCAAAAATCTGTTTTAAATGATGTGTCTTCTTATAGGCCTATATTTTTTGACAAAGTTA
ATGGAACTGTTCTTATTAATAAGTATGCAAGATCTTCAGCTTATGAAGAAAACAGATCAAGAGA
AAGCTATCCTATTTCTTTAGAAAAATATGAAAAAGTGGGGGAAGATTTAATAATTAGCAAGATT
GAAAAATATGAATATTCTAATGTTCAGGGTAGATATTGTCTTTCTTCTGTGAGCGAAAAAGTTG
GTAAAATTGATAATAATATTTATAAAACTTTAAAGAATTTAAGCAAAGATGAAGTTTATAAATT
TTTGCATGGAGTTTGGTATGATGTTCATGACTATAATAAAATGCATGTCAAAGATATTGATGAA
GTTTTATTCTTGTCTTTGAAAGGCAATCAAGCGAGATTAATCTTTTCAGGAAAAATTCTCAAG
AAGTTGCAAAGATTGAATATATTTCAAAACCTGCTTACAATACTCTTAATGTTAGTGCAAAGTC
TCTTTTTTCAGATTTGATAGTTTATAACTTTTGGATCAAAATTGTAGATAAAGAAAACATTGAA
ATCAAAATTGACACTAGCACAAATTCTTATGATAATAGTGGATTTTCGGGTACATTTAAGAGGT
TTGATGAGAATGTCTTAAATGTTAAAAAAGGGAGTAGTGATATTTATTTTATTCCTAGTGGAAA
TTACGTGTATAAGGATAAAATTTATGATTTTTCTTACCCCCATTTAACTTATATTGATGAGAATA
AAATTTATTATGGCATTTTTAATATTTTTCCTTTAAAAAATAATTTTGTTCTTGAATATGAGATT
GACATGGGTAGTTACAAGCTTGTTGAATCTTTTTTCCTTGAGCATAGCGAAAGAATTGTTCAAA
AGCAAAAATTTTCTACAATCATTTTAAATCCTATTAAAATTTTAAAAGATGATGTAAGCTTAGTT
AAAGGGCAAAAATTAAAGCTTGAGCGAATAGAAAAAATATGA
t929.nt (SEQ ID NO:68)
AAGGATAAAGAATTAATCCCATTTTATAAATTTTGTTTTTATTCTTTTTTTTTACATTACTTGCT
TGTTCCAAGGTAAGCAAAGATTTTATTGTTTTTAACAAAGATGTAAAGACTTCTTCCAGGATCG
ATAATCCAAATTCCAATGTTTTAGAAGTTAATAAAATGGAAGATTTTTTTGGAGATATTATAGA
TTTAAAAGGTTATAAAATTCTTTCAGTTCAGCAGGAAAATTTAAATTTAGATGTGTATTTTGAG
CAGGTGGTTTTAGCTCAAAATTTTTCAAATCTTAATGCATATTTGTTTATTATTGGTTTTGATCC
TAAAATTAAAGCTGGAACGATTCTTTTTAAAACTCAAATAGATATTGATCCAAAAAATTCTTAT
AACATGTATCTTGAAGATATTACAGGTGATTATGATTTTAATATAGTTATTCAAGGATTTTTAA
AAGATAAATCTGTTTTGTATGTTTTTCAAAAATCTGTTTTAAATGATGTGTCTTCTTATAGGCCT
ATATTTTTTGACAAAGTTAATGGAACTGTTCTTATTAATAAGTATGCAAGATCTTCAGCTTATGA
AGAAAACAGATCAAGAGAAAGCTATCCTATTTCTTTAGAAAAATATGAAAAAGTGGGGGAAGA
TTTAATAATTAGCAAGATTGAAAAATATGAATATTCTAATGTTCAGGGTAGATATTGTCTTTCTT
CTGTGAGCGAAAAAGTTGGTAAAATTGATAATAATATTTATAAAACTTTAAAGAATTTAAGCAA
AGATGAAGTTTATAAATTTTTGCATGGAGTTTGGTATGATGTTCATGACTATAATAAAATGCAT
GTCAAAGATATTGATGAAGTTTTATTCTTGTCTTTTGAAAGGCAATCAAGCGAGATTAATCTTTT
CAGGAAAAATTCTCAAGAAGTTGCAAAGATTGAATATATTTCAAAACCTGCTTACAATACTCTT
AATGTTAGTGCAAAGTCTCTTTTTTCAGATTTGATAGTTTATAACTTTTGGATCAAAATTGTAGA
TAAAGAAAACATTGAAATCAAAATTGACACTAGCACAAATTCTTATGATAATAGTGGATTTTCG
GGTACATTTAAGAGGTTTGATGAGAATGTCTTAAATGTTAAAAAAGGGAGTAGTGATATTTATT
TTATTCCTAGTGGAAATTACGTGTATAAGGATAAAATTTATGATTTTTCTTACCCCCATTTAACT
TATATTGATGAGAATAAAATTTATTATGGCATTTTTAATATTTTTCCTTTAAAAAATAATTTTGT
TCTTGAATATGAGATTGACATGGGTAGTTACAAGCTTGTTGAATCTTTTTTCCTTGAGCATAGCG
AAAGAATTGTTCAAAAGCAAAAATTTTCTACAATCATTTTAAATCCTATTAAAATTTTAAAAGA
TGATGTAAGCTTAGTTAAAGGGCAAAAATTAAAGCTTGAGCGAATAGAAAAAATATGA
f933.aa (SEQ ID NO:69)
MNKLLIFVLATFCVFSSFAQANDSKNGAFGMSAGEKLLVYETSKQDPIVPFLLNLFLGFGIGSFAQG
DILGGSLILGFDAVGIGLILAGAYLDIKALDGITKKAAFQWTWGKGVMLAGVVTMAVTRLTEIILPF
TFANSYNRKLKNSLNVALGGFEPSFDVAMGQSSALGFELSFKKSY
t933.aa (SEQ ID NO:70)
NDSKNGAFGMSAGEKLLVYETSKQDPIVPFLLNLFLGFGIGSFAQGDILGGSLILGFDAVGIGLILAG
AYLDIKALDGITKKAAFQWTWGKGVMLAGVVTMAVTRLTEIILPFTFANSYNRKLKNSLNVALGG
FEPSFDVAMGQSSALGFELSFKKSY
f933.nt (SEQ ID NO:71)
ATGAATAAACTTTTAATTTTTGTTTTGGCAACCTTTTGTGTTTTTTCTAGCTTTGCTCAAGCTAAT
GATTCTAAAAATGGTGCGTTTGGGATGAGTGCTGGAGAAAAACTTTTGGTTTATGAAACTAGCA
AGCAAGATCCTATTGTACCATTTTTATTGAACCTTTTTTTAGGGTTTGGAATAGGCTCCTTTGCT
CAAGGAGATATTCTTGGAGGTTCTCTTATTCTTGGATTTGATGCGGTTGGTATAGGGCTTATACT
TGCGGGGGCTTATTTGGATATCAAAGCGCTTGATGGTATTACTAAAAAAGCTGCTTTTCAATGG
ACTTGGGGTAAGGGAGTTATGTTAGCAGGTGTGGTTACTATGGCTGTGACAAGATTAACAGAA
ATTATTCTTCCATTTACATTTGCTAATAGTTATAATAGGAAGCTAAAAAATAGCCTTAATGTAGC
TTTAGGAGGATTTGAACCTAGTTTTGATGTTGCAATGGGCCAATCCAGTGCTCTTGGGTTTGAA
CTGTCTTTCAAAAAAAGCTATTAA
t933.nt (SEQ ID NO:72)
AATGATTCTAAAAATGGTGCGTTTGGGATGAGTGCTGGAGAAAAACTTTTGGTTTATGAAACTA
GCAAGCAAGATCCTATTGTACCATTTTTATTGAACCTTTTTTTAGGGTTTGGAATAGGCTCCTTT
GCTCAAGGAGATATTCTTGGAGGTTCTCTTATTCTTGGATTTGATGCGGTTGGTATAGGGCTTA
TACTTGCGGGGGCTTATTTGGATATCAAAGCGCTTGATGGTATTACTAAAAAAGCTGCTTTTCA
ATGGACTTGGGGTAAGGGAGTTATGTTAGCAGGTGTGGTTACTATGGCTGTGACAAGATTAAC
AGAAATTATTCTTCCATTTACATTTGCTAATAGTTATAATAGGAAGCTAAAAAATAGCCTTAAT
GTAGCTTTAGGAGGATTTGAACCTAGTTTTGATGTTGCAATGGGCCAATCCAGTGCTCTTGGGT
TTGAACTGTCTTTCAAAAAAAGCTATTAA
f940.aa (SEQ ID NO:73)
MRKYIFIILIAVLLIGVNIKKIAAAANIDRHTNSTLGIDLSVGIPIFYNDLSKAYPTNLYPGGIGAIKYQY
HILNNLAIGLELRYMFNFDINHSFNILNPDSSVGKIFYSVPITFSINYIFDIGELFQIPVFTNIGFSLNTYG
DRNNNITNLRTFDALPTISFGSGILWNFNYKWAFGATASWWMMFEFGNSAKMAHFALVSLSVTVN
VNKL
t940.aa (SEQ ID NO:74)
ANIDRHTNSTLGIDLSVGIPIFYNDLSKAYPTNLYPGGIGAIKYQYHILNNLAIGLELRYMFNFDINHS
FNILNPDSSVGKIFYSVPITFSINYIFDIGELFQIPVFTNIGFSLNTYGDRNNNITNLRTFDALPTISFGSGI
LWNFNYKWAFGATASWWMMFEFGNSAKMAHFALVSLSVTVNVNKL
f940.nt (SEQ ID NO:75)
ATGAGAAAGTATATTTTTATAATACTAATTGCAGTCTTGCTAATTGGTGTAAACATAAAAAAAA
TTGCGGCCGCAGCCAATATTGATAGGCATACAAACTCCACTTTAGGAATAGATTTAAGTGTAGG
AATCCCTATTTTTTACAACGACTTATCAAAAGCTTATCCTACCAATTTATATCCAGGAGGTATTG
GGGCAATAAAATACCAGTACCATATTTTAAACAATTTAGCAATTGGACTTGAACTAAGGTATAT
GTTTAACTTTGATATTAACCATTCTTTTAATATATTAAATCCAGATTCAAGTGTAGGTAAAATTT
TTTATAGCGTGCCTATTACATTTTCAATAAATTATATATTTGATATAGGAGAATTATTTCAAATT
CCAGTCTTCACAAATATAGGGTTTTCTCTTAATACATATGGAGATAGAAACAACAATATTACAA
ATTTAAGAACTTTTGATGCACTCCCTACAATCTCTTTTGGATCTGGAATTTTATGGAACTTTAAC
TATAAATGGGCTTTTGGAGCAACAGCATCTTGGTGGATGATGTTTGAATTTGGAAATTCTGCTA
AAATGGCACATTTTGCACTTGTATCATTATCAGTTACAGTGAATGTAAATAAATTGTAG
t940.nt (SEQ ID NO:76)
GCCAATATTGATAGGCATACAAACTCCACTTTAGGAATAGATTTAAGTGTAGGAATCCCTATTT
TTTACAACGACTTATCAAAAGCTTATCCTACCAATTTATATCCAGGAGGTATTGGGGCAATAAA
ATACCAGTACCATATTTTAAACAATTTAGCAATTGGACTTGAACTAAGGTATATGTTTAACTTT
GATATTAACCATTCTTTTAATATATTAAATCCAGATTCAAGTGTAGGTAAAATTTTTTATAGCGT
GCCTATTACATTTTCAATAAATTATATATTTGATATAGGAGAATTATTTCAAATTCCAGTCTTCA
CAAATATAGGGTTTTCTCTTAATACATATGGAGATAGAAACAACAATATTACAAATTTAAGAAC
TTTTGATGCACTCCCTACAATCTCTTTTGGATCTGGAATTTTATGGAACTTTAACTATAAATGGG
CTTTTGGAGCAACAGCATCTTGGTGGATGATGTTTGAATTTGGAAATTCTGCTAAAATGGCACA
TTTTGCACTTGTATCATTATCAGTTACAGTGAATGTAAATAAATTGTAG
f943.aa (SEQ ID NO:77)
MKNQFLNSYFQLITTIFLISSITIAAEEITSTLKVPNGFKVEIFLNNTIEKPRGITSDQDGNIFIGSGSTFA
YFVTKNRKIYTIAKTLQKPIGIDYWDNKLYISSVDKIYVVKNVKEEINKSIKSHKDYTWKMQIFALLP
KNNSQMHSGRYIKVDSKNNKLIVNIGSQHNVKIPPKKEAVILSINLKTKKEEIVAFGVRNSVGFDFHP
ISNEIYFSDNGQDGLGDNIPPDEINVITEYKEHTGFPYVFGKNQKNYGFYNKAPKNTKFIPSIYELPAH
VAPLGIHFYRGNNFPKEYINKLFIAEHGSWNRSSPVGYKITTLDIDSKTRTARNYKTFLYGFLKHDKS
KFGRPVDIITYYDGSILFTDDFGNKIYRVYYEKI
t943.aa (SEQ ID NO:78)
EITSTLKVPNGFKVEIFLNNTIEKPRGITSDQDGNIFIGSGSTFAYFVTKNRKIYTIAKTLQKPIGIDYW
DNKLYISSVDKIYVVKNVKEEINKSIKSHKDYTWKMQIFALLPKNNSQMHSGRYIKVDSKNNKLIV
NIGSQHNVKIPPKKEAVILSINLKTKKEEIVAFGVRNSVGFDFHPISNEIYFSDNGQDGLGDNIPPDEIN
VITEYKEHFGFPYVFGKNQKNYGFYNKAPKNTKFIPSIYELPAHVAPLGIHFYRGNNFPKEYINKLFI
AEHGSWNRSSPVGYKITTLDIDSKTRTARNYKTFLYGFLKHDKSKFGRPVDIITYDDGSILFTDDFGN
KIYRVYYEKI
f943.nt (SEQ ID NO:79)
ATGAAAAATCAATTTTTAAATAGCTATTTTCAATTAATTACAACTATTTTCTTAATCTCATCTAT
AACTATTGCAGCAGAAGAAATAACAAGCACACTAAAAGTTCCTAATGGATTTAAAGTCGAAAT
TTTTTTAAACAATACAATTGAAAAACCTAGAGGAATCACAAGCGATCAAGATGGAAATATATTC
ATAGGATCTGGAAGCACTTTTGCATACTTTGTAACAAAAAACAGAAAAATTTATACCATAGCAA
AAACCCTGCAAAAACCTATTGGTATTGATTATTGGGATAATAAACTCTACATATCTTCTGTCGA
TAAAATATATGTAGTTAAAAATGTAAAAGAAGAAATTAATAAAAGCATAAAATCACATAAAGA
CTATACATGGAAAATGCAAATTTTTGCACTTTTGCCAAAAAATAATTCTCAAATGCACTCAGGA
CGTTACATTAAAGTAGATTCTAAAAATAACAAATTAATAGTAAATATAGGATCCCAGCACAATG
TTAAAATTCCCCCAAAAAAAGAAGCAGTAATCCTTAGTATTAATTTAAAAACAAAAAAGAAG
AAATAGTAGCTTTTGGAGTGAGAAACTCAGTTGGGTTTGATTTTCACCCAATTAGCAATGAAAT
ATATTTTAGCGACAATGGCCAAGACGGATTAGGAGACAACATTCCCCCAGATGAAATAAACGT
AATAACCGAATATAAAGAACATTTTGGATTTCCCTATGTGTTTGGAAAAAATCAAAAAAATTAC
GGTTTTTATAACAAAGCACCCAAAAACACTAAGTTTATCCCATCTATTTACGAACTTCCCGCAC
ATGTAGCTCCACTTGGAATACACTTTACCGGGGAAATAACTTTCCAAAAGAATACATAAATAA
ATTATTCATAGCAGAACACGGCTCGTGGAACAGATCTTCTCCTGTTGGCTACAAAATAACAACA
CTAGACATTGATTCTAAAACCAGAACAGCAAGAAATTACAAGACTTTTTTATATGGATTTTAA
AGCACGACAAATCTAAATTTGGACGCCCTGTTGATATAATCACATATTATGACGGTTCAATTCT
TTTTACAGATGACTTTGGAAATAAAATATACAGAGTTTACTACGAAAAGATTTAA
t943.nt (SEQ ID NO:80)
GAAATAACAAGCACACTAAAAGTTCCTAATGGATTTAAAGTCGAAATTTTTTTAAACAA
TACAATTGAAAAACCTAGAGGAATCACAAGCGATCAAGATGGAAATATATTCATAGGATCTGG
AAGCACTTTTGCATACTTTGTAACAAAAAACAGAAAAATTTATACCATAGCAAAAACCCTGCAA
AAACCTATTGGTATTGATTATTGGGATAATAAACTCTACATATCTTCTGTCGATAAAATATATGT
AGTTAAAAATGTAAAAGAAGAAATTAATAAAAGCATAAAATCACATAAAGACTATACATGGAA
AATGCAAATTTTTGCACTTTTGCCAAAAAATAATTCTCAAATGCACTCAGGACGTTACATTAAA
GTAGATTCTAAAAATAACAAATTAATAGTAAATATAGGATCCCAGCACAATGTTAAAATTCCCC
CAAAAAAAGAAGCAGTAATCCTTAGTATTAATTTAAAAACAAAAAAAGAAGAAATAGTAGCTT
TTGGAGTGAGAAACTCAGTTGGGTTTGATTTTCACCCAATTAGCAATGAAATATATTTTAGCGA
CAATGGCCAAGACGGATTAGGAGACAACATTCCCCCAGATGAAATAAACGTAATAACCGAATA
TAAAGAACATTTTGGATTTCCCTATGTGTTTGGAAAAAATCAAAAAAATTACGGTTTTTATAAC
AAAGCACCCAAAAACACTAAGTTTATCCCATCTATTACGAACTTCCCGCACATGTAGCTCCAC
TTGGAATACACTTTTACCGGGGAAATAACTTTCCAAAAGAATACATAAATAAATTATTCATAGC
AGAACACGGCTCGTGGAACAGATCTTCTCCTGTTGGCTACAAAATAACAACACTAGACATTGAT
TCTAAAACCAGAACAGCAAGAAATTACAAGACTTTTTTATATGGATTTTTAAAGCACGACAAAT
CTAAATTTGGACGCCCTGTTGATATAATCACATATTATGACGGTTCAATTCTTTTTACAGATGAC
TTTGGAAATAAAATATACAGAGTTTACTACGAAAAGATTTAA
f952.aa (SEQ ID NO:81)
MNYARFAVLIVLLFFYIWFFIILRMKRTNLFLLEKIQNGAKILDIRSPKEYSKSHYLKSINIPFNNLFAK
KDKLGDFESPIIVYGKSFNKSYEAKKVLKSMGFKNVFVAGTLKDMPQAKKEVG
t952.aa (SEQ ID NO:82)
RMKRTNLFLLEKIQNGAKILDIRSPKEYSKSHYLKSINIPFNNLFAKKDKLGDFESPIIVYGKSFNKSY
EAKKVLKSMGFKNVFVAGTLKDMPQAKKEVG
f952.nt (SEQ ID NO:83)
ATGAATTATGCAAGATTTGCAGTATTAATAGTTCTGCTTTTTTTTTATATTTGGTTTTTTATTATC
CTTAGGATGAAAAGAACTAATCTGTTTTTGTTAGAAAAATCCAAAATGGAGCAAAAATTTTGG
ATATTCGGTCTCCCAAAGAATATAGCAAGTCTCATTATTTGAAGTCAATTAACATTCCTTTTAAT
AATTTATTTGCTAAAAAGGATAAATTAGGTGATTTTGAGTCCCCAATAATTGTTTATGGTAAAA
GTTTTAATAAGTCTTACGAGGCTAAAAAAGTTTTAAAAAGCATGGGATTTAAGAATGTGTTTGT
TGCTGGAACCTTGAAAGACATGCCACAAGCAAAAAAAGAAGTTGGTTGA
t952.nt (SEQ ID NO:84)
AGGATGAAAAGAACTAATCTGTTTTTGTTAGAAAAAATCCAAAATGGAGCAAAAATTTTGGAT
ATTCGGTCTCCCAAAGAATATAGCAAGTCTCATTATTTGAAGTCAATTAACATTCCTTTTAATAA
TTTATTTGCTAAAAAGGATAAATTAGGTGATTTTGAGTCCCCAATAATTGTTTATGGTAAAAGT
TTTAATAAGTCTTACGAGGCTAAAAAAGTTTTAAAAAGCATGGGATTTAAGAATGTGTTTGTTG
CTGGAACCTTGAAAGACATGCCACAAGCAAAAAAAGAAGTTGGTTGA
f378.aa (SEQ ID NO:85)
MIKKFLLFAMLNIFLTNKAHSNEEIIEISTEIQKEKYIPFLISRGKTQLEDLVKYTLEINPELDKNYVNT
VAKTYIDESLIEGVNYDIAYAQMLLETGALKFNGIVSKEQHNFSGIGATNNLTKGNSFSNITEGIKAH
IQHLKAYASKQNIKSNMVDPRFYLVKRGSAPTIYDLTGKWAKDKLYDKKLKKILLELLEYNNANKS
t378.aa (SEQ ID NO:86)
NEEIIEISTEIQKEKYIPFLISRGKTQLEDLVKYTLEINPELDKNYVNTVAKTYIDESLIEGVNYDIAYA
QMLLETGALKFNGIVSKEQHNFSGIGATNNLTKGNSFSNITEGIKAHIQHLKAYASKQNIKSNMVDP
RFYLVKRGSAPTIYDLTGKWAKDKLYDKKLKKILLELLEYNNANKS
f378.nt (SEQ ID NO:87)
ATGATAAAAAAATTCTTGCTATTTGCAATGCTCAACATCTTTTTAACAAATAAAGCTCATAGTA
ATGAAGAGATAATCGAAATAAGTACTGAAATACAAAAGGAAAAATATATTCCCTTTTTAATAA
GTAGAGGAAAAACTCAACTAGAAGACCTTGTAAAATATACTCTAGAAATAAATCCAGAGCTTG
ACAAAAACTATGTAAATACTGTTGCTAAAACCTATATAGACGAATCTTTGATTGAAGGGGTTAA
TTATGACATTGCCTATGCTCAAATGTTACTAGAAACAGGAGCTCTAAAATTCAATGGAATAGTT
TCAAAAGAACAACACAATTTTTCAGGAATAGGCGCTACTAATAATCTTACAAAAGGAAATTCTT
TTTCCAATATTACAGAAGGAATTAAAGCTCATATTCAACATTTAAAAGCTTATGCTTCAAAACA
AAATATCAAATCAAATATGGTTGATCCTAGATTTTACCTTGTTAAAAGAGGATCTGCTCCAACA
ATATATGATTTGACTGGGAAATGGGCAAAAGACAAACTTTACGACAAAAAACTTAAAAAAATA
TTATTAGAACTATTAGAATATAATAATGCAAATAAAAGCTAA
t378.nt (SEQ ID NO:88)
AATGAAGAGATAATCGAAATAAGTACTGAAATACAAAAGGAAAAATATATTCCCTTTTTAATA
AGTAGAGGAAAAACTCAACTAGAAGACCTTGTAAAATATACTCTAGAAATAAATCCAGAGCTT
GACAAAAACTATGTAAATACTGTTGCTAAAACCTATATAGACGAATCTTTGATTGAAGGGGTTA
ATTATGACATTGCCTATGCTCAAATGTTACTAGAAACAGGAGCTCTAAAATTCAATGGAATAGT
TTCAAAAGAACAACACAATTTTTCAGGAATAGGCGCTACTAATAATCTTACAAAAGGAAATTCT
TTTTCCAATATTACAGAAGGAATTAAAGCTCATATTCAACATTTAAAAGCTTATGCTTCAAAAC
AAAATATCAAATCAAATATGGTTGATCCTAGATTTTACCTTGTTAAAAGAGGATCTGCTCCAAC
AATATATGATTTGACTGGGAAATGGGCAAAAGACAAACTTTACGACAAAAAACTTAAAAAAAT
ATTATTAGAACTATTAGAATATAATAATGCAAATAAAAGCTAA
f4.aa (SEQ ID NO:89)
MKLFRRNVMIKMPSSFTIIFSLIVFVTILTYVIPAGKFDKEFKQMGDGSKREIIVAGTYQYVDRGSRGF
LHPIMTILTAMSKGMEHAVEVIVFVLIVGGAYGIIMKTGAIDVGIYFLIKKLGHKDKLLIPLLMFIFSI
GGTVTGMSEETLPFYFVMIPLIVALGYDSLVGAAIIALGAGVGTMASTVNPFATGIASAIASISLQDG
FYFRIVLYFVSVLAAITYVCVYASKIKKDPSKSLVYSQKDEHYQYFVKKDGLSTGDNAQNALEFTFA
HKLVLLLFGFMILILIFSIVNLGWWMQEMTMLYLGVAIISAFICKLGETEMWDAFVKGSESLLTAAL
VIGLARGVMIVCDDGLITDTMLNAATNFLYNLPRPLFIILNEIIQIFIGFVVPSSSGHASLTMPIMAPLA
DFLSIPRASVVIAMQTASGLINLITPTSGVIMAVLGISRLSYGTWFKFVLPLFMIEFFISILVIIANIYLSF
t4.aa (SEQ ID NO:90)
KFDKEFKQMGDGSKREIIVAGTYQYVDRGSRGTLHPIMTILTAMSKGMEHAVEVIVFVLIV
GGAYGIIMKTGAIDVGIYFLIKKLGHKDKLLIPLLMFIFSIGGTVTGMSEETLPFYFVMIPLIVALGYD
SLVGAAIIALGAGVGTMASTVNPFATGIASAIASISLQDGFYFRIVLYFVSVLAAITYVCVYASKIKKD
PSKSLVYSQKDEHYQYFVKKDGLSTGDNAQNALEFTFAHKLVLLLFGFMILILIFSIVNLGWWMQE
MTMLYLGVAIISAFICKLGETEMWDAFVKGSESLLTAALVIGLARGVMIVCDDGLITDTMLNAATN
FLYNLPRPLFIILNEIIQIFIGFVVPSSSGHASLTMPIMAPLADFLSIPRASVVIAMQTASGLINLITPTSG
VIMAVLGISRLSYGTWFKFVLPLFMIEFFISILVIIANIYLSF
f4.nt (SEQ ID NO:91)
ATGAAATTATTTAGGAGAAACGTTATGATCAAAATGCCAAGTAGTTTTACAATAATATTTTCTT
TAATTGTATTTGTTACCATTTTAACGTATGTGATTCCTGCCGGTAAGTTTGATAAAGAATTTAAG
CAAATGGGTGATGGATCTAAAAGGGAAATAATTGTTGCTGGAACTTATCAATATGTAGATCGA
GGCTCTAGGGGATTTTTACATCCTATTATGACTATTTTAACCGCAATGTCAAAGGGGATGGAAC
ATGCAGTTGAAGTTATTGTTTTTGTTTTAATTGTTGGGGGTGCTTATGGGATTATTATGAAAACT
GGAGCAATAGATGTGGGAATTTATTTTTTAATCAAGAAGTTGGGGCACAAAGATAAGTTGCTTA
TTCCTTTGTTAATGTTTATTTTTTCAATTGGTGGAACTGTAACCGGAATGAGTGAAGAGACCCTT
CCTTTTTATTTTGTTATGATTCCCTTGATAGTAGCTTTGGGTTATGATAGTCTTGTTGGAGCGGC
TATTATTGCTTTAGGAGCTGGAGTGGGAACTATGGCTTCTACTGTAAATCCATTTGCGACAGGA
ATTGCATCTGCAATAGCTTCTATTAGCTTGCAGGATGGATTTTATTTTAGAATTGTTCTTTATTT
TGTATCAGTATTGGCTGCTATAACCTATGTTTGTGTTTATGCGTCTAAAATTAAAAAGGATCCCT
CAAAATCGCTTGTGTATTCTCAAAAAGATGAACATTATCAATATTTTGTTAAAAAAGATGGACT
TTCTACCGGAGATAATGCTCAGAATGCTCTTGAGTTTACTTTTGCTCATAAATTAGTTTTACTTT
TATTTGGATTTATGATATTGATTTTGATATTTAGCATTGTTAATCTTGGTTGGTGGATGCAAGAA
ATGACAATGTTGTATCTTGGAGTTGCTATTATATCGGCTTTATTTGTAAATTAGGTGAAACTGA
AATGTGGGATGCGTTTGTGAAAGGTTCTGAAAGTCTGCTAACCGCTGCTCTTGTTATTGGACTT
GCTAGAGGTGTTATGATAGTATGTGATGATGGGTTGATTACAGATACTATGTTAAATGCTGCTA
CTAATTTTTTATACAATCTTCCAAGACCCCTTTTTATCATATTGAATGAAATTATTCAAATATTT
ATAGGATTTGTTGTTCCATCTTCATCAGGACATGCTAGTCTCACTATGCCAATAATGGCTCCTCT
TGCCGATTTTTTGTCAATTCCAAGAGCTTCAGTTGTTATTGCCATGCAGACTGCATCTGGGCTTA
TTAATTTGATAACACCTACCAGCGGAGTTATAATGGCTGTATTGGGGATATCCAGATTGAGTTA
TGGTACGTGGTTTAAGTTTGTTTTACCATTATTTATGATTGAGTTTTTATCTCTATTTTAGTTAT
TATAGCTAACATTTATTTAAGTTTTTAG
t4.nt (SEQ ID NO:92)
AAGTTTGATAAAGAATTTAAGCAAATGGGTGATGGATCTAAAAGGGAAATAATTGTTG
CTGGAACTTATCAATATGTAGATCGAGGCTCTAGGGGATTTTTACATCCTATTATGACTATTTTA
ACCGCAATGTCAAAGGGGATGGAACATGCAGTTGAAGTTATTGTTTTTGTTTTAATTGTTGGGG
GTGCTTATGGGATTATTATGAAAACTGGAGCAATAGATGTGGGAATTTATTTTTTAATCAAGAA
GTTGGGGCACAAAGATAAGTTGCTTATTCCTTTGTTAATGTTTATTTTTTCAATTGGTGGAACTG
TAACCGGAATGAGTGAAGAGACCCTTCCTTTTTATTTTGTTATGATTCCCTTGATAGTAGCTTTG
GGTTATGATAGTCTTGTTGGAGCGGCTATTATTGCTTTAGGAGCTGGAGTGGGAACTATGGCTT
CTACTGTAAATCCATTTGCGACAGGAATTGCATCTGCAATAGCTTCTATTAGCTTGCAGGATGG
ATTTTATTTTAGAATTGTTCTTTATTTTGTATCAGTATTGGCTGCTATAACCTATGTTTGTGTTTA
TGCGTCTAAAATTAAAAAGGATCCCTCAAAATCGCTTGTGTATTCTCAAAAAGATGAACATTAT
CAATATTTTGTTAAAAAAGATGGACTTTCTACCGGAGATAATGCTCAGAATGCTCTTGAGTTTA
CTTTTGCTCATAAATTAGTTTTACTTTTATTTGGATTTATGATATTGATTTTGATATTTAGCATTG
TTAATCTTGGTTGGTGGATGCAAGAAATGACAATGTTGTATCTTGGAGTTGCTATTATATCGGC
TTTTATTTGTAAATTAGGTGAAACTGAAATGTGGGATGCGTTTGTGAAAGGTTCTGAAAGTCTG
CTAACCGCTGCTCTTGTTATTGGACTTGCTAGAGGTGTTATGATAGTATGTGATGATGGGTTGA
TTACAGATACTATGTTAAATGCTGCTACTAATTTTTTATACAATCTTCCAAGACCCCTTTTTATC
ATATTGAATGAAATTATTCAAATATTTATAGGATTTGTTGTTCCATCTTCATCAGGACATGCTAG
TCTCACTATGCCAATAATGGCTCCTCTTGCCGATTTTTTGTCAATTCCAAGAGCTTCAGTTGTTA
TTGCCATGCAGACTGCATCTGGGCTTATTAATTTGATAACACCTACCAGCGGAGTTATAATGGC
TGTATTGGGGATATCCAGATTGAGTTATGGTACGTGGTTTAAGTTTGTTTTACCATTATTTATGA
TTGAGTTTTTTATCTCTATTTTAGTTATTATAGCTAACATTTATTTAAGTTTTTAG
f43.aa (SEQ ID NO:93)
MKYFYFLFFLLIFNVYAQNVNSPALPSPPLLPEITENKPVERENSSKGENFSNVGLDGKYVN
DTILYGLDSQVTSIIKALKKSSDSQYNFSLKKRLEKTFNAELKREILELFISLKYSGGIDTANYILENYE
SKRYSNALFGLAISYLKEFDDKEKLKKTLIDILENKEGNVVSIAAYYLGELNSLEYSKNMMEVFEKY
SGNDGARREILIALGKMSAVDYQDRIYEISLDNYEGPSIKAAAIEALSYLASDKVTENADLYLQSNN
NNLNVKLAIIASLSKDPSLKSKEILQGFLRDSDDNIRFKAINAIKGHRDSSAKDILIYKLKSDPSLKVRE
ASAKALIDMDLGNIEIKNIMFDFKIDNNFKISMFSYLLDKDSLKALSIALEIVNKENINRPSNVLRGVA
SMLAGKKGNFDNFYSKIIDSKNIDLRHLALKGAVYNKSSSLSDKLKKIKSETNSEYIKMLLKDY
t43.aa (SEQ ID NO:94)
LPSPPLLPEITENKPVERENSSKGENFSNVGLDGKYVNDTILYGLDSQVTSIIKALKKSSDSQYNFSLK
KRLEKTFNAELKREILELFISLKYSGGIDTANYILENYESKRYSNALFGLAISYLKEFDDKEKLKKTLI
DILENKEGNVVSIAAYYLGELNSLEYSKNMMEVFEKYSGNDGARREILIALGKMSAVDYQDRIYEIS
LDNYEGPSIKAAAIEALSYLASDKVTENADLYLQSNNNNLNVKLAIIASLSKDPSLKSKEILQGFLRD
SDDNIRFKAINAIKGHRDSSAKDILIYKLKSDPSLKVREASAKALIDMDLGNIEIKNIMFDFKIDNNFKI
SMFSYLLDKDSIKALSIALEIVNKENINRPSNVLRGVASMLAGKKGNFDNFYSKIIDSKNIDLRHLAL
KGAVYNKSSSLSDKLKKIKSETNSEYIKMLLKDY
f43.nt (SEQ ID NO:95)
ATGAAATACTTTTATTTTTTATTTTTTTTACTTATTTTTAATGTGTATGCTCAAAATGTT
AATTCTCCAGCTCTTCCTAGTCCGCCTTTGTTGCCCGAAATTACAGAAAATAAGCCTGTTGAGA
GAGAAAATTCTTCTAAGGGAGAGAATTTTTCTAATGTTGGTTTAGATGGTAAGTATGTTAACGA
TACAATTCTTTATGGGCTTGATAGTCAAGTGACAAGCATTATAAAAGCTCTTAAAAAATCAAGC
GATAGTCAATATAATTTTTCTCTTAAAAAAAGACTTGAGAAAACTTTTAATGCTGAGCCTAAAA
GGGAAATACTTGAATTGTTTATTTCTCTTAAGTATTCGGGGGGCATTGATACAGCAAATTATAT
TCTTGAAAATTATGAGAGTAAAAGATATTCAAACGCTTTATTTGGCTTGGCAATTTCGTATCTTA
AGGAGTTTGATGATAAAGAAAAATTAAAAAAAACTCTTATTGACATTCTTGAAAATAAAGAGG
GCAATGTGGTATCTATTGCAGCTTATTATTTAGGAGAGCTTAATTCTCTTGAGTATTCTAAAAAC
ATGATGGAAGTTTTTGAAAAATATTCTGGAAATGATGGGGCTAGAAGAGAAATACTTATTGCTC
TTGGAAAAATGTCCGCTGTTGATTATCAGGATAGAATTTATGAAATTTCGCTAGATAATTACGA
GGGCCCATCAATTAAGGCTGCTGCAATCGAAGCGTTGTCATATCTTGCTTCAGATAAAGTAACT
GAAAATGCTGATTTGTATCTTCAGAGTAATAACAATAATTTAAATGTTAAATTAGCTATTATTG
CTTCTTTGTCCAAAGATCCTTCTTTAAAGTCTAAAGAGATTTTACAAGGATTTTTAAGAGATTCT
GATGATAATATTAGGTTTAAAGCTATTAATGCAATCAAAGGACATAGGGACTCTTCTGCAAAGG
ATATTTTGATTTATAAGCTTAAAAGCGATCCATCTCTTAAAGTTAGGGAGGCTTCTGCTAAGGC
CTTAATTGATATGGATCTTGGGAATATTGAGATAAAAAACATTATGTTTGATTTTAAGATTGAC
AATAATTTTAAAATTTCAATGTTTAGTTACCTTTTAGATAAGGATTCTCTAAAAGCATTGTCAAT
TGCTTTAGAAATTGTTAATAAAGAAAATATTAATAGACCCTCAAATGTTTTAAGGGGCGTTGCT
TCAATGTTGGCTGGTAAAAAGGGTAATTTTGATAATTTTTATTCTAAAATCATTGACAGCAAAA
ATATTGATTTAAGGCATTTAGCATTAAAAGGAGCTGTTTATAATAAATCTTCATCGCTTTCTGAT
AAGCTTAAAAAAATTAAAAGTGAAACGAACTCCGAATATATTAAAATGCTTTTAAAAGATTATT
GA
t43.nt (SEQ ID NO:96)
CTTCCTAGTCCGCCTTTGTTGCCCGAAATTACAGAAAATAAGCCTGTTGAGAGAGAAAA
TTCTTCTAAGGGAGAGAATTTTTCTAATGTTGGTTTAGATGGTAAGTATGTTAACGATACAATT
CTTTATGGGCTTGATAGTCAAGTGACAAGCATTATAAAAGCTCTTAAAAAATCAAGCGATAGTC
AATATAATTTTTCTCTTAAAAAAAGACTTGAGAAAACTTTTAATGCTGAGCTTAAAAGGGAAAT
ACTTGAATTGTTTATTPCTCTTAAGTATTCGGGGGGCATTGATACAGCAAATTATATTCTTGAAA
ATTATGAGAGTAAAAGATATTCAAACGCTTTATTTGGCTTGGCAATTTCGTATCTTAAGGAGTT
TGATGATAAAGAAAAATTAAAAAAAACTCTTATTGACATTCTTGAAAATAAAGAGGGCAATGT
GGTATCTATTGCAGCTTATTATTTAGGAGAGCTTAATTCTCTTGAGTATTCTAAAAACATGATG
GAAGTTTTTGAAAAATATTCTGGAAATGATGGGGCTAGAAGAGAAATACTTATTGCTCTTGGAA
AAATGTCCGCTGTTGATTATCAGGATAGAATTTATGAAATTTCGCTAGATAATTACGAGGGCCC
ATCAATTAAGGCTGCTGCAATCGAAGCGTTGTCATATCTTGCTTCAGATAAAGTAACTGAAAAT
GCTGATTTGTATCTTCAGAGTAATAACAATAATTTAAATGTTAAATTAGCTATTATTGCTTCTTT
GTCCAAAGATCCTTCTTTAAAGTCTAAAGAGATTTTACAAGGATTTTTAAGAGATTCTGATGAT
AATATTAGGTTTAAAGCTATTAATGCAATCAAAGGACATAGGGACTCTTCTGCAAAGGATATTT
TGATTTATAAGCTTAAAAGCGATCCATCTCTTAAAGTTAGGGAGGCTTCTGCTAAGGCCTTAAT
TGATATGGATCTTGGGAATATTGAGATAAAAAACATTATGTTTGATTTTAAGATTGACAATAAT
TTTAAAATTTCAATGTTTAGTTACCTTTTAGATAAGGATTCTCTAAAAGCATTGTCAATTGCTTT
AGAAATTGTTAATAAAGAAAATATTAATAGACCCTCAAATGTTTTAAGGGGCGTTGCTTCAATG
TTGGCTGGTAAAAAGGGTAATTTTGATAATTTTTATTCTAAAATCATTGACAGCAAAAATATTG
ATTTAAGGCATTTAGCATTAAAAGGAGCTGTTTATAATAAATCTTCATCGCTTTCTGATAAGCTT
AAAAAAATTAAAAGTGAAACGAACTCCGAATATATTAAAATGCTTTTAAAAGATTATTGA
f50.aa (SEQ ID NO:97)
MKFVLNNLFKGCLICFFLFFSCLTTDRSIQDSHISDIVEKKKEAVIIDDNNVVLGSNEGKFKR
DYLIGLKDNESFFLSDAFLKENNFYFKKARESYAKKNIGLTNYYLNKIVTNENQHSRELLAKANLFF
GYVNYENGFYDLSEYNFDLFLKDYKYSHASLRLAELKYLVKEKSDAISAFKEINEFSISGYDREIYGF
LSNKLGVSHLNLESLGFLDNSVFDTFVFNDNIFVTNILGGLLRYNIKKNDCRVYLKDKKSIFLNGIRG
FADYNGTIYIGGKNVVYYIDDVDGDLKQINYPGNADFSNVQVLLAVKNGIFVGTLNSGLWFYDLK
NWKNIPLGSNKISSLCFDSLKNLLLVGTVDKAIYSVNVDNLKKIEHLDFFSKNDNEKNINFIKEYKDS
YFVGTYGGGLFELNLNKNSYKKHVIANNIDVNYFMDMEIKDKKLLFATFDHGLLIYDSENDNWDY
FGPNNGLLNLNLIKVSRFENYVILGTINNGLVFVDENIKKQL
t50.aa (SEQ ID NO:98)
CLTTDRSIQDSHISDIVEKKKEAVIIDDNNVVLGSNEGKFKRDYLIGLKDNESFFLSDAFLKE
NNFYFKKARESYAKKNIGLTNYYLNKIVTNENQHSRELLAKANLFFGYVNYENGFYDLSEYNFDLF
LKDYKYSHASLRLAELKYLVKEKSDAISAFKEINEFSISGYDREIYGFLSNKLGVSHLNLESLGFLDNS
VFDTFVFNDNIFVTNILGGLLRYNIKKNDCRVYLKDKKSIFLNGIRGFADYNGTIYIGGKNVVYYIDD
VDGDLKQINVPGNADFSNVQVLLAVKNGIFVGTLNSGLWFYDLKNWKNIPLGSNKISSLCFDSLKN
LLLVGTVDKAIYSVNVDNLKKIEHLDFFSKNDNEKNINFIKEYKDSYFVGTYGGGLFELNLNKNSYK
KHVIANNIDVNYFMDMEIKDKKLLFATFDHGLLIYDSENDNWDYFGPNNGLLNLNLIKVSRFENYV
ILGTINNGLVTVDENIKKQL
f50.NT (SEQ ID NO:99)
ATGAAATTTGTTTTGAATAATTTATTTAAAGGTTGTCTTATATGTTTTTTCTTGTTTTTT
TCCTGCCTTACTACAGATAGATCTATTCAAGATTCTCATATTAGTGATATTGTAGAGAAGAAAA
AAGAAGCAGTCATTATTGATGATAATAATGTTGTTCTTGGGAGTAATGAGGGTAAATTTAAAAG
AGACTATTTGATAGGATTAAAAGATAATGAATCTTTTTTTCTTAGTGATGCTTTTTTAAAAGAA
AATAATTTTTATTTTAAAAAGCCAGGGAAAGTTATGCTAAAAAAAATATTGGCTTGACAAATT
ATTATTTGAATAAAATAGTAACTAATGAGAATCAGCACAGCAGAGAATTGCTAGCTAAAGCGA
ATTTGTTTTTTGGATATGTAAATTATGAGAATGGTTTTTATGATCTTTTCCGAATATAATTTTGAT
CTATTTTTAAAAGACTATAAATATTCTCATGCTAGTTTAAGATTAGCTGAATTAAAATATCTTGT
TAAAGAAAAATCTGATGCAATTTCTGCATTTAAAGAGATTAATGAATTTTCTATCTCAGGTTAT
GATAGAGAGATTTATGGCTTTTTAAGTAATAAACTTGGAGTAAGTCATTTAAACTTAGAGTCTT
TAGGATTTCTTGACAACAGCGTTTTGATACATTTGTCTTTAATGACAATATATTTGTAACTAAT
ATATTGGGAGGGCTTTTAAGATATAATATTAAAAAAAATGATTGTAGAGTCTATCTTAAGGATA
AAAAAAGCATTTTTTTAAATGGCATTAGGGGTTTTGCGGATTATAATGGAACAATTTATATTGG
TGGTAAAAATGTTGTTTATTATATAGATGATGTTGATGGGGATTTAAAGCAAATAAATGTTCCC
GGTAATGCTGATTTTAGCAATGTACAAGTTTTGCTTGCTGTTAAAAATGGAATATTTGTTGGCA
CTCTAAATTCTGGATTATGGTTTTATGATTTAAAAAATTGGAAAAATATACCGCTTGGATCTAA
TAAAATTTCTTCACTCTGCTTTGATAGTTTAAAAAATTTATTATTAGTTGGAACAGTTGACAAGG
CTATTTATAGTGTTAATGTCGATAATTTGAAAAAGATTGAACATTTGGATTTTTTTAGCAAAAA
TGATAATGAAAAAAATATTAATTTTATAAAAGAATATAAAGATAGTTATTTTGTTGGAACATAT
GGTGGGGGTCTTTTTGAATTAAATTTAAATAAAAATAGTTACAAAAAGCACGTTATTGCCAATA
ATATTGATGTTAATTATTTTATGGATATGGAGATTAAAGATAAAAAGCTATTGTTTGCAACCTT
TGATCATGGGTTATTGATTTATGATTCTGAAAATGACAACTGGGATTATTTTGGACCCAATAAT
GGGCTTCTTAATTTGAATTTAATAAAAGTTTCTAGATTTGAAAATTATGTCATACTGGGCACTAT
TAATAACGGTTTGGTTTTTGTAGATGAAAATATTAAAAAACAGTTATGA
t50.nt (SEQ ID NO:100)
TGCCTTACTACAGATAGATCTATTCAAGATTCTCATATTAGTGATATTGTAGAGAAGAAAAG
AAGCAGTCATTATTGATGATAATAATGTTGTTCTTGGGAGTAATGAGGGTAAATTTAAAAGAGA
CTATTTGATAGGATTAAAAGATAATGAATCTTTTTTTCTTAGTGATGCTTTTTTAAAAGAAAATA
ATTTTTATTTTAAAAAAGCCAGGGAAAGTTATGCTAAAAAAAATATTGGCTTGACAAATTATTA
TTTGAATAAAATAGTAACTAATGAGAATCAGCACAGCAGAGAATTGCTAGCTAAAGCGAATTT
GTTTTTTGGATATGTAAATTATGAGAATGGTTTTTATGATCTTTCCGAATATAATTTTGATCTAT
TTTTAAAAGACTATAAATATTCTCATGCTAGTTTAAGATTAGCTGAATTAAAATATCTTGTTAAA
GAAAAATCTGATGCAATTTCTGCATTTAAAGAGATTAATGAATTTTCTATCTCAGGTTATGATA
GAGAGATTTATGGCTTTTTAAGTAATAAACTTGGAGTAAGTCATTTAAACTTAGAGTCTTTAGG
ATTTCTTGACAACAGCGTTTTTGATACATTTGTCTTTAATGACAATATATTTGTAACTAATATAT
TGGGAGGGCTTTTAAGATATAATATTAAAAAAAATGATTGTAGAGTCTATCTTAAGGATAAAAA
AAGCATTTTTTAAATGGCATTAGGGGTTTTGCGGATTATAATGGAACAATTTATATTGGTGGT
AAAAATGTTGTTTATTATATAGATGATGTTGATGGGGATTTAAAGCAAATAAATGTTCCCGGTA
ATGCTGATTTTAGCAATGTACAAGTTTTGCTTGCTGTTAAAAATGGAATATTTGTTGGCACTCTA
AATTCTGGATTATGGTTTTATGATTTAAAAAATTGGAAAAATATACCGCTTGGATCTAATAAAA
TTTCTTCACTCTGCTTTGATAGTTTAAAAAATTTATTATTAGTTGGAACAGTTGACAAGGCTATT
TATAGTGTTAATGTCGATAATTTGAAAAAGATTGAACATTTGGATTTTTTTAGCAAAAATGATA
ATGAAAAAAATATTAATTTTATAAAAGAATATAAAGATAGTTATTTTGTTGGAACATATGGTGG
GGGTCTTTTTGAATTAAATTTAAATAAAAATAGTTACAAAAAGCACGTTATTGCCAATAATATT
GATGTTAATTATTTTATGGATATGGAGATTAAAGATAAAAAGCTATTGTTTGCAACCTTTGATC
ATGGGTTATTGATTTATGATTCTGAAAATGACAACTGGGATTATTTTGGACCCAATAATGGGCT
TCTTAATTTGAATTTAATAAAAGTTTCTAGATTTGAAAATTATGTCATACTGGGCACTATTAATA
ACGGTTTGGTTTTTGTAGATGAAAATATTAAAAAACAGTTATGA
f65.aa (SEQ ID NO:101)
MHIFKNVPFQINLILFLLVSVAKINASSKFYYAEQWYVIFNSQMKKKPENYKKNIFFLQKALKYPFG
NPKYSLTKIETKEQWEKYKLLFKMHVNLLLVRQNLHLGDLFDTRNLYFFKTPEKDGIISNLEKSKKL
YKLAINYYSEALKYHKKLENYTTVKLENDGITNWEDEYHKISLKELNYYDIIKKELLRIDETKAFFE
QGPNYY
t65.aa (SEQ ID NO:102)
KINASSKFYYAEQWYVIFNSQMKKKPENYKKNIFFLQKALKYPFGNPKYSLTKIETKEQWEKYKLL
FKMHVNLLLVRQNLHLGDLFDTRNLYFFKTPEKDGIISNLEKSKKLYKLAINYYSEALKYHKKLEN
YTTVKLENDGITNWEDEYHKISLKELNYYDIIKKELLRIDETKAFFEQGPNYY
f65.nt (SEQ ID NO:103)
ATGCATATTTTCAAAAATGTCCCCTTCCAAATAAATTTAATTTTATTTCTTTTAGTATCAGTTGC
AAAGATAAATGCATCGTCCAAATTTTATTACGCAGAACAATGGTATGTAATTTTTAATTCTCAA
ATGAAAAAAAAACCTGAAAACTATAAAAAAAATATATTTTTTCTTCAAAAAGCCTTAAAATACC
CATTTGGAAATCCAAAATATTCTCTAACTAAAATAGAAACCAAAGAACAGTGGGAAAAATATA
AACTTCTTTTCAAAATGCATGTAAACTTGCTTCTACTTAGGCAAAATTTACATTTAGGAGATTTA
TTCGACACAAGAAATTTATATTTTTTCAAAACTCCAGAAAAAGATGGAATTATTTCCAATCTAG
AAAAATCAAAAAAATTATATAAACTAGCTATTAATTACTACAGCGAAGCACTAAAATACCACAA
AAAACTTGAAAATTACACAACTGTTAAACTAGAAAACGATGGAATAACAAACTGGGAAGATGA
ATATCATAAAATTTCTCTTAAAGAGCTTAATTACTATGACATTATTAAAAAAGAACTACTAAGA
ATTGACGAAACTAAAGCATTTTTTGAACAAGGGCCAAACTATTATTAA
t65.nt (SEQ ID NO:104)
AAGATAAATGCATCGTCCAAATTTTATTACGCAGAACAATGGTATGTAATTTTTAATTCTCAAA
TGAAAAAAAAACCTGAAAACTATAAAAAAAATATATTTTTTCTTCAAAAAGCCTTAAAATACCC
ATTTGGAAATCCAAAATATTCTCTAACTAAAATAGAAACCAAAGAACAGTGGGAAAAATATAA
ACTTCTTTTCAAAATGCATGTAAACTTGCTTCTAGTTAGGCAAAATTTACATTTAGGAGATTTAT
TCGACACAAGAAATTTATATTTTTTCAAAACTCCAGAAAAAGATGGAATTATTTCCAATCTAGA
AAAATCAAAAAAATTATATAAACTAGCTATTAATTACTACAGCGAAGCACTAAAATACCACAAA
AAACTTGAAAATTACACAACTGTTAAACTAGAAAACGATGGAATAACAAACTGGGAAGATGAA
TATCATAAAATTTCTCTTAAAGAGCTTAATTACTATGACATTATTAAAAAAGAACTACTAAGAA
TTGACGAAACTAAAGCATTTTTTGAACAAGGGCCAAACTATTATTAA
f8.aa (SEQ ID NO:105)
MKNINRLILLILTTHTLLFSCALIADNKSKNLSTSEIILTQKTLLESSLIKNPSNVEYRIPISSIQEILNNN
NDSFLIKKTAAKIKISPQKLEEIKNYLNAYKNYLNNETEWIKFIDQSSVNGNLTIKIDTAFEKKTNFNH
TNSDNENLTELIELQMHLEKEILNLIEQTFHDKNLGYIQLSHINSFFPQENINSITKEIIDGKEYIAPHIIA
NQLLKIKDKKYFEQFMHFLKVENSKIKTIIEKQKISDLHNELYYSKQSPPRRRKRSTADSDNNNKYDI
IPKIIDPNTGIEITPKNLRSILSNGDIILIKPKIDWTEFFYFWQHVGIFDEEKYEATKKIATNGIDSFDIKSI
ITSNQIKFDTASTQGSGYEKLSTYVQSRILKIFSPITDIRTIQKAINFGRSRYIDNNFGYMVPLISSNLWT
DSFNLEEIHNKTYCSLMVDRIYKIAGLNVSRNYEISGIITPGEINAAAYNFYMSYTIAGILPSVLPKRLI
KPTLKEKFIGYNKEIVDAIELKKSKEKIFGRACNITNLWCSGS
t8.aa (SEQ ID NO:106)
CALIADNKSKNLSTSEIILTQKTLLESSLIKNPSNVEYRIPISSIQEILNNNNDSFLIKKTAAKIKISPQKL
EEIKNYLNAYKNYLNNETEWIKFIDQSSVNGNLTIKIDTAFEKKTNFNHTNSDNENLTELIELQMHLE
KEILNLIEQTFHDKNLGYIQLSHINSFFPQENINSITKEIIDGKEYIAPHIIANQLLKIKDKKYFEQFMHF
LKVENSKIKTIIEKQKISDLHNELYYSKQSPPRRRKRSTADSDNNNKYDIIPKIIDPNTGIEITPKNLRSI
LSNGDIILIKPKIDWTEFFYFWQHVGIFDEEKYEATKKIAFNGIDSFDIKSIITSNQIKFDTASTQGSGY
EKLSTYVQSRILKIFSPITDIRTIQKAINFGRSRYIDNNFGYMVPLISSNLWTDSFNLEEIHNKTYCSLM
VDRIYKIAGLNVSRNYEISGIITPGEINAAAYNFYMSYTIAGILPSVLPKRLIKPTLKEKFIGYNKEIVD
AIELKKSKEKIFGRACNITNLWCSGS
f8.nt (SEQ ID NO:107)
ATGAAGAATATTAATAGATTAATATTATTAATATTAACTACACACACTTTATTATTCTCTTGTGC
CTTAATTGCAGATAATAAGTCAAAAAATTTAAGCACATCAGAAATCATATTAACACAAAAAACA
CTACTAGAAAGCTCTTTAATAAAAAATCCTTCTAATGTAGAATATCGAATACCAATATCCAGTA
TCCAAGAAATTTTAAACAATAACAATGATTCTTTTTTAATAAAAAAAACAGCAGCAAAAATCAA
AATAAGCCCTCAAAAACTTGAAGAAATAAAAAACTATCTAAATGCTTATAAAAATTATCTAAAT
AATGAAACAGAATGGATAAAGTTTATAGATCAAAGTAGCGTCAATGGAAATTTAACAATTAAA
ATTGATACTGCTTTTGAAAAAAAAACAAATTTTAATCATACAAATTCAGATAATGAAAATTTAA
CAGAACTAATAGAACTACAAATGCATCTGGAAAAAGAAATTTTAAACTTAATTGAGCAAACATT
TCATGATAAAAATTTAGGATATATACAATTAAGTCACATCAACTCATTCTTTCCTCAAGAAAAT
ATAAACTCAATAACAAAAGAAATAATAGATGGAAAAGAATATATTGCACCGCACATAATAGCA
AATCAATTATTAAAAATAAAAGATAAAAATATTTTGAACAATTTATGCACTCTTTTTAAAAGTTG
AAAACAGCAAAATAAAAACAATAATTGAAAAACAAAAAAATTTCAGATCTTCACAATGAACTGT
ATTATTCAAAACAATCCCCGCCCAGAAGAAGAAAAAGGTCAACTGCCGATTCCGATAATAACA
ATAAATACGATATAATACCAAAAATAATAGACCCAAATACAGGCATTGAAATAACTCCTAAAA
ATTTAAGATCTATTTTATCAAATGGCGACATAATACTAATAAAACCAAAAATAGATTGGACAGA
ATTTTTTTATTTTTGGCAACATGTGGGAATATTTGATGAAGAAAAATATGAAGCCACTAAAAAA
ATTGCATTCAATGGAATTGATAGCTTTGATATAAAATCAATAATTACAAGCAATCAAATCAAAT
TCGATACAGCATCTACTCAAGGTTCAGGATACGAAAAGCTTTCAACATACGTACAATCAAGAAT
ATTAAAAATATTCTCACCAATAACAGACATAAGAACAATTCAAAAAGCTATTAATTTTGGAAGA
AGTAGATACATTGACAATAACTTTGGATATATGGTTCCATTAATATCCTCTAATTTATGGACAG
ATTCATTCAATCTTGAAGAAATTCACAACAAAACCTATTGCTCTTTAATGGTTGATAGAATATA
TAAAATAGCAGGACTTAATGTATCAAGAAATTACGAAATTTCGGGAATAATTACTCCTGGAGAA
ATAAATGCAGCAGCTTACAATTTTTACATGTCTTATACGATTGCAGGAATACTTCCAAGCGTGC
TTCCAAAAAGGCTCATTAAACCAACATTAAAAGAAAAATTCATTGGTTACAATAAAGAAATAGT
AGATGCAATAGAATTAAAAAAATCGAAAGAAAAAATTTTTGGGAGAGCTTGCAACATTACAAA
TCTCTGGTGCTCAGGAAGTTAA
t8.nt (SEQ ID NO:108)
TGTGCCTTAATTGCAGATAATAAGTCAAAAAATTTAAGCACATCAGAAATCATATTAACACAAA
AAACACTACTAGAAAGCTCTTTAATAAAAAATCCTTCTAATGTAGAATATCGAATACCAATATC
CAGTATCCAAGAAATTTTAAACAATAACAATGATTCTTTTTTAATAAAAAAAACAGCAGCAAAA
ATCAAAATAAGCCCTCAAAAACTTGAAGAAATAAAAAACTATCTAAATGCTTATAAAAATTATC
TAAATAATGAAACAGAATGGATAAAGTTTATAGATCAAAGTAGCGTCAATGGAAATTTAACAA
TTAAAATTGATACTGCTTTTGAAAAAAAAACAAATTTTAATCATACAAATTCAGATAATGAAAA
TTTAACAGAACTAATAGAACTACAAATGCATCTGGAAAAAGAAATTTTAAACTTAATTGAGCAA
ACATTTCATGATAAAAATTTAGGATATATACAATTAAGTCACATCAACTCATTCTTTCCTCAAGA
AAATATAAACTCAATAACAAAAGAAATAATAGATGGAAAAGAATATATTGCACCGCACATAAT
AGCAAATCAATTATTAAAAATAAAAGATAAAAAATATTTTGAACAATTTATGCACTTTTTAAAA
GTTGAAAACAGCAAAATAAAAACAATAATTGAAAAACAAAAAATTTCAGATCTTCACAATGAA
CTGTATTATTCAAAACAATCCCCGCCCAGAAGAAGAAAAAGGTCAACTGCCGATTCCGATAATA
ACAATAAATACGATATAATACCAAAAATAATAGACCCAAATACAGGCATTGAAATAACTCCTA
AAAATTTAAGATCTATTTTATCAAATGGCGACATAATACTAATAAAACCAAAAATAGATTGGAC
AGAATTTTTTTATTTTTGGCAACATGTGGGAATATTTGATGAAGAAAAATATGAAGCCACTAAA
AAAATTGCATTCAATGGAATTGATAGCTTTGATATAAAATCAATAATTACAAGCAATCAAATCA
AATTCGATACAGCATCTACTCAAGGTTCAGGATACGAAAAGCTTTCAACATACGTACAATCAAG
AATATTAAAAATATTCTCACCAATAACAGACATAAGAACAATTCAAAAAGCTATTAATTTTGGA
AGAAGTAGATACATTGACAATAACTTTGGATATATGGTTCCATTAATATCCTCTAATTTATGGA
CAGATTCATTCAATCTTGAAGAAATTCACAACAAAACCTATTGCTCTTTAATGGTTGATAGAAT
ATATAAAATAGCAGGACTTAATGTATCAAGAAATTACGAAATTTCGGGAATAATTACTCCTGGA
GAAATAAATGCAGCAGCTTACAATTTTTACATGTCTTATACGATTGCAGGAATACTTCCAAGCG
TGCTTCCAAAAAGGCTCATTAAACCAACATTAAAAGAAAAATTCATTGGTTACAATAAAGAAAT
AGTAGATGCAATAGAATTAAAAAAATCGAAAGAAAAAATTTTTGGGAGAGCTTGCAACATTAC
AAATCTCTGGTGCTCAGGAAGTTAA
f82.aa (SEQ ID NO:109)
MTRVFSKFFLFFCFSMLLFANSEDSNEKDIVSKDENPVFENEVLGYWVGYNDVSNIKNSIIYIYKYN
GEVYGRILTIIKDGKKYDAKNPSGDTVVGFENLAIEGLDFMWGLKYSSSSKKWDRGKIIDPKNGKIY
NSEMRVDSKTGNLITKGKVWIFGRSKIWTRAKDDEIPKLDLHNLVPAPPVKK
t82.aa (SEQ ID NO:110)
EDSNEKDIVSKDENPVFENEVLGYWVGYNDVSNIKNSIIYIYKYNGEVYGRILTIIKDGKKYDAKNP
SGDTVVGFENLAIEGLDFMWGLKYSSSSKKWDRGKIIDPKNGKIYNSEMRVDSKTGNLITKGKVWI
FGRSKIWTRAKDDEIPKLDLHNLVPAPPVKK
f82.nt (SEQ ID NO:111)
ATGACTAGAGTTTTTTCAAAGTTTTTTCTTTTTTTTTGTTTTTCAATGCTTTTATTTGCAAATTCA
GAAGATTCAAATGAAAAGGACATTGTTAGCAAGGATGAAAACCCTGTTTTTGAAAATGAAGTT
TTAGGATATTGGGTTGGTTATAATGATGTAAGTAACATAAAGAATTCTATTATCTATATTTATA
AATATAATGGGGAAGTTTATGGCCGAATTTTAACTATAATAAAAGATGGCAAAAAGTATGATG
CTAAAAATCCTTCAGGAGATACTGTAGTTGGGTTTGAAAATCTTGCAATAGAGGGTCTTGATTT
TATGTGGGGTCTTAAGTATTCTTCTTCTTCTAAAAAGTGGGATAGGGGCAAAATAATAGATCCT
AAAAACGGTAAAATTTATAATTCTGAGATGCGTGTTGATAGTAAAACCGGAAATCTTATTACCA
AGGGGAAAGTTTGGATTTTTGGTAGAAGTAAAATTTGGACAAGAGCTAAAGATGATGAAATAC
CAAAATTAGATTTGCATAATCTTGTTCCAGCGCCCCCTGTGAAAAAATAA
f82.nt (SEQ ID NO:112)
GAAGATTCAAATGAAAAGGACATTGTTAGCAAGGATGAAAACCCTGTTTTTGAAAATGAAGTT
TTAGGATATTGGGTTGGTTATAATGATGTAAGTAACATAAAGAATTCTATTATCTATATTTATA
AATATAATGGGGAAGTTTATGGCCGAATTTTAACTATAATAAAAGATGGCAAAAAGTATGATG
CTAAAAATCCTTCAGGAGATACTGTAGTTGGGTTTGAAAATCTTGCAATAGAGGGTCTTGATTT
TATGTGGGGTCTTAAGTATTCTTCTTCTTCTAAAAAGTGGGATAGGGGCAAAATAATAGATCCT
AAAAACGGTAAAATTTATAATTCTGAGATGCGTGTTGATAGTAAAACCGGAAATCTTATTACCA
AGGGGAAAGTTTGGATTTTTGGTAGAAGTAAAATTTGGACAAGAGCTAAAGATGATGAAATAC
CAAAATTAGATTTGCATAATCTTGTTCCAGCGCCCCCTGTGAAAAAATAA
f86.aa (SEQ ID NO:113)
MNKLMLMLITFATSLLAQTNKASTGLKTDQSTNNSLSESVKLKEIADIYPTNTNFLTGIGIV
AGLAGKGDSIKQKDLIIKILEENNIINEIGSNNIESKNIALVNVSLQVKGNTIKGSKHKACVASILDSKD
LTNGILLKTNLKNKEGEIIAIASGITQPNNKLKGSGYTIDSVIINENQNINHSYNIILKKGNYTLINRIHK
ILTSKKINNKIKSDSTIEIEAKNISLLEEIENIKIETNPKILIDKKNGIILASENAKIGTFTFSIEKDNQNIFL
SKNNKTTIQVNSMKLNEFILKNSNNLSNKELIQIIQAAQKINKLNGELILEEIDGNQN
t86.aa (SEQ ID NO:114)
LKTDQSFNNSLSESVKLKEIADIYPTNTNFLTGIGIVAGLAGKGDSIKQKDLIIKILEENNIINEIGSNNI
ESKNIALVNVSLQVKGNTIKGSKHKACVASILDSKDLTNGILLKTNLKNKEGEIIAIASGITQPNNKLK
GSGYTIDSVIINENQNINHSYNIILKKGNYTLINRIHKILTSKKINNKIKSDSTIEIEAKNISLLEEIENIKI
ETNPKILIDKKNGIILASENAKIGTFTFSIEKDNQNIFLSKNNKTTIQVNSMKLNEFILKNSNNLSNKEL
IQIIQAAQKINKLNGELILEEIDGNQN
f86.nt (SEQ ID NO:115)
ATGAACAAACTAATGTTGATGTTAATTACATTTGCAACGAGTCTATTAGCCCAAACAAACAAAG
CTTCAACAGGACTAAAAACAGATCAATCATTTAACAATAGCCTATCTGAAAGCGTAAAATTAAA
AGAAATTGCGGATATTTATCCCACAAATACAAATTTTTTAACAGGTATTGGAATAGTAGCGGGA
CTTGCTGGAAAAGGAGACTCTATAAAACAAAAAGACCTTATAATTAAAATTTTAGAAGAAAAC
AATATAATAAATGAAATAGGCTCTAATAACATAGAAAGTAAAAATATTGCACTAGTAAATGTC
AGTCTCCAAGTAAAAGGTAATACAATCAAAGGTTCAAAACATAAAGCTTGCGTTGCATCAATAC
TGGACTCAAAAGATTTAACAAATGGAATACTTTTAAAAACAAATCTTAAAAATAAAGAGGGGG
AAATAATAGCAATTGCATCAGGAATTACACAGCCCAATAATAAATTAAAAGGATCTGGATATA
CTATAGATAGTGTAATAATAAATGAGAATCAAAATATTAACCACAGTTATAATATAATTCTTAA
AAAAGGAAATTATACATTAATAAATAGAATTCATAAAATATTAACCTCTAAAAAAATCAACAAC
AAAATTAAATCAGACAGCACAATAGAAATAGAAGCAAAAAACATAAGCCTATTAGAAGAGATT
GAAAATATTAAAATAGAAACCAACCCCAAGATATTAATAGACAAAAAAAATGGTATTATTTTA
GCAAGTGAAAATGCAAAAATAGGAACTTTTACATTTTCCATTGAAAAAGACAATCAAAACATTT
TTTTAAGTAAAAATAACAAAACAACAATTCAAGTAAACTCAATGAAATTAAATGAATTTATATT
AAAAAATTCCAACAATCTTAGCAATAAAGAATTAATTCAAATAATTCAAGCTGCGCAAAAAATT
AATAAATTAAATGGGGAACTTATCTTGGAGGAAATTGATGGAAACCAAAATTAA
t86.nt (SEQ ID NO:116)
CTAAAAACAGATCAATCATTTAACAATAGCCTATCTGAAAGCGTAAAATTAAAAGAAATTGCG
GATATTTATCCCACAAATACAAATTTTTTAACAGGTATTGGAATAGTAGCGGGACTTGCTGGAA
AAGGAGACTCTATAAAACAAAAAGACCTTATAATTAAAATTTTAGAAGAAAACAATATAATAA
ATGAAATAGGCTCTAATAACATAGAAAGTAAAAATATTGCACTAGTAAATGTCAGTCTCCAAGT
AAAAGGTAATACAATCAAAGGTTCAAAACATAAAGCTTGCGTTGCATCAATACTGGACTCAAA
AGATTTAACAAATGGAATACTTTTAAAAACAAATCTTAAAAATAAAGAGGGGGAAATAATAGC
AATTGCATCAGGAATTACACAGCCCAATAATAAATTAAAAGGATCTGGATATACTATAGATAGT
GTAATAATAAATGAGAATCAAAATATTAACCACAGTTATAATATAATTCTTAAAAAAGGAAATT
ATACATTAATAAATAGAATTCATAAAATATTAACCTCTAAAAAAATCAACAACAAAATTAAATC
AGACAGCACAATAGAAATAGAAGCAAAAAACATAAGCCTATTAGAAGAGATTGAAAATATTAA
AATAGAAACCAACCCCAAGATATTAATAGACAAAAAAAATGGTATTATTTTAGCAAGTGAAAA
TGCAAAAATAGGAACTTTTACATTTTCCATTGAAAAAGACAATCAAAACATTTTTTTAAGTAAA
AATAACAAAACAACAATTCAAGTAAACTCAATGAAATTAAATGAATTTATATTAAAAAATTCCA
ACAATCTTAGCAATAAAGAATTAATTCAAATAATTCAAGCTGCGCAAAAAATTAATAAATTAAA
TGGGGAACTTATCTTGGAGGAAATTGATGGAAACCAAAATTAA
f90.aa (SEQ ID NO:117)
MCPITFTIPFFLAIFFAFSSSFVTDSSVSLLSRNTSLFSTLTPISLPIISGTLPAIVTLSKKYLSISLSFSKMIF
IKSLFEVIKLPIWLFIIFASGYFLNAFSIFLCISSFLSFMFI
t90.aa (SEQ ID NO:118)
SSFVTDSSVSLLSRNTSLFSTLTPISLPIISGTLPAIVTLSKKYLSISLSFSKMIFIKSLFEVIKLPIWLFIIFA
SGYFLNAFSIFLCISSFLSFMFI
f90.nt (SEQ ID NO:119)
ATGTGTCCTATTACTTTTACCATTCCATTTTTTCTAGCAATATTTTTTGCTTTTTCAAGCTCCTTT
GTTACGGACTCTTCTGTGTCTTTGCTATCAAGAAATACGTCTCTTTTTTCTACTTTAACTCCAATT
TCTTTGCCTATTATTTCTGGTACGCTTCCTGCAATAGTTACGCTGTCGAAAAAATATCTGTCAAT
CTCTTTAAGCTTTTCTAAAATGATTTTCATCAAATCTTTATTTGAAGTGATTAAACTTCCCATAT
GGTTATTCATTATTTTTGCATCAGGATACTTTTTAAATGCTTTTTCGATTTTTTTGTGTATTTCTT
CTTTTTTATCTTTTATGTTTATATGA
t90.nt (SEQ ID NO:120)
AGCTCCTTTGTTACGGACTCTTCTGTGTCTTTGCTATCAAGAAATACGTCTTTTTTCTACTTTA
ACTCCAATTTCTTTGCCTATTATTTCTGGTACGCTTCCTGCAATAGTTACGCTGTCGAAAAAATA
TCTGTCAATCTCTTTAAGCTTTTCTAAAATGATTTTCATCAAATCTTTATTTGAAGTGATTAAAC
TTCCCATATGGTTATTCATTATTTTTGCATCAGGATACTTTTTAAATGCTTTTTCGATTTTTTTGT
GTATTTCTTCTTTTTTATCTTTTATGTTTATATGA
f469.aa (SEQ ID NO:121)
MANVALSSGFISQKIFGIIIIMVFLPTIIATPIINFLFKINKSGLKKELPIDQNTHICVSFEYDNLAKILIWD
FKNELRKEGFFTQQIKNDSSQYINARKNNISFSIKREGSKITFECPNNHLIIIQDLFRETILNLEKITKEV
ETVSLRAKKLDYSINYDKILSNINLNKRIKKENIILELKSSNKADVIRELLSVINIEIDKERIFQDLMERE
KLITTALKEGFAIPHLKTNLISKIHIAIGISHEGIDFNALDKNLSHVFILILCPAKDYVSYPRILASVVGK
VDLYKKEILNAKTDKEIYNIIVS
t469.aa (SEQ ID NO:122)
VFLPTIIATPIINFLFKINKSGLKKELPIDQNTHICVSFEYDNLAKILIWDFKNELRKEGFFTQQIKNDSS
QYINARKNNISFSIKREGSKITFECPNNHLIIIQDLFRETILNLEKITKEVETVSLRAKKLDYSINYDKIL
SNINLNKRIKKENIILELKSSNKADVIRELLSVINIEIDKERIFQDLMEREKLITTALKEGFAIPHLKTNLI
SKIHLAIGISHEGIDFNALDKNLSHVFILILCPAKDYVSYPRILASVVGKVDLYKKEILNAKTDKEIYNII
VS
f469.nt (SEQ ID NO:123)
ATGGCAAATGTAGCATTATCTTCAGGATTTATTAGCCAAAAAATATTTGGAATCATAATAATAA
TGGTGTTTTTGCCAACAATCATTGCAACACCCATAATAAACTTTTTATTTAAAATAAATAAAAG
TGGACTTAAAAAAGAACTCCCAATAGATCAAAATACACACATATGCGTATCATTTGAATATGAT
AATTTAGCCAAAATTCTTATATGGGACTTTAAAAATGAGTTAAGAAAAGAAGGATTTTTTACAC
AACAAATTAAAAATGATTCTTCACAATATATTAATGCAAGAAAAAACAATATATCCTTCTCAAT
AAAACGAGAAGGTAGCAAAATCACATTTGAATGCCCAAATAATCATTTAATTATAATACAAGAT
CTTTTTAGAGAAACAATCTTAAACCTAGAAAAAATAACCAAAGAAGTTGAAACAGTCTCTTTAA
GAGCAAAAAAACTAGATTACTCAATAAATTACGATAAAATCCTTAGTAATATCAACCTAAATAA
AAGAATAAAAAAGGAAAACATTATTCTAGAATTAAAATCAAGCAATAAGGCTGATGTAATAAG
AGAGCTTCTAAGCGTAATAAACATTGAAATTGATAAAGAAAGAATATTCCAAGATTTAATGGA
AAGAGAAAAGTTAATTACTACTGCACTAAAAGAAGGCTTTGCCATTCCCCATTTAAAAACAAAT
TTAATATCAAAAATACATATTGCAATAGGAATAAGCCATGAGGGAATTGACTTTAATGCTCTTG
ACAAGAACTTAAGTCATGTTTTTATATTAATACTGTGCCCAGCAAAAGATTACGTTAGCTACCC
TAGAATTTTAGCATCTGTTGTGGGCAAAGTTGATCTGTACAAAAAAGAAATTTTAAATGCAAAA
ACAGATAAAGAAATTTATAATATAATAGTGAGCTAA
t469.nt (SEQ ID NO:124)
TTTTTGCCAACAATCATTGCAACACCCATAATAAACTTTTTATTTAAAATAAATAAAAGTGGAC
TTAAAAAAGAACTCCCAATAGATCAAAATACACACATATGCGTATCATTTGAATATGATAATTT
AGCCAAAATTCTTATATGGGACTTTAAAAATGAGTTAAGAAAAGAAGGATTTTTTACACAACAA
ATTAAAAATGATTCTTCACAATATATTAATGCAAGAAAAAACAATATATCCTTCTCAATAAAAC
GAGAAGGTAGCAAAATCACATTTGAATGCCCAAATAATCATTTAATTATAATACAAGATCTTTT
TAGAGAAACAATCTTAAACCTAGAAAAAATAACCAAAGAAGTTGAAACAGTCTCTTTAAGAGC
AAAAAAACTAGATTACTCAATAAATTACGATAAAATCCTTAGTAATATCAACCTAAATAAAAGA
ATAAAAAAGGAAAACATTATTCTAGAATTAAAATCAAGCAATAAGGCTGATGTAATAAGAGAG
CTTCTAAGCGTAATAAACATTGAAATTGATAAAGAAAGAATATTCCAAGATTTAATGGAAAGA
GAAAAGTTAATTACTACTGCACTAAAAGAAGGCTTTGCCATTCCCCATTTAAAAACAAATTTAA
TATCAAAAATACATATTGCAATAGGAATAAGCCATGAGGGAATTGACTTTAATGCTCTTGACAA
GAACTTAAGTCATGTTTTTATATTAATACTGTGCCCAGCAAAAGATTACGTTAGCTACCCTAGA
ATTTTAGCATCTGTTGTGGGCAAAGTTGATCTGTACAAAAAAGAAATTTTAAATGCAAAAACAG
ATAAAGAAATTTATAATATAATAGTGAGCTAA
f477.aa (SEQ ID NO:125)
MEKPQGVSIVGAISGAMHVHLMAEHYGVPVVLHTDHCAKNLLPWVEGLLEYGEKYYSQHKKPLF
SSHMLDLSEEPIKENIEISKKFLERMAKIEMFLEIELGITGGEEDGVDNSDRALHELFSTPEDIYYGYSE
LLKVSPNFQIAAAFGNVHGVYKPGNVKLTPKVLKDGQDYVISKTGVNMAKPVSYVFHGGSGSTIDE
INEALSYGVVKMNIDTDTQWAAWEGVLNYYKKNESRLQGQLGDGKDIDIPNKKFYDPRVWLREA
EVSMKDRVKIACKNLNNINRN
t477.aa (SEQ ID NO:126)
MHVHLMAEHYGVPVVLHTDHCAKNLLPWVEGLLEYGEKYYSQHKKPLFSSHMLDLSEEPIKENIEI
SKKFLERMAKIEMFLEIELGITGGEEDGVDNSDRALHELFSTPEDIYYGYSELLKVSPNFQIAAAFGN
VHGVYKPGNVKLTPKVLKDGQDYVISKTGVNMAKPVSYVFHGGSGSTIDEINEALSYGVVKMNID
TDTQWAAWEGVLNYYKKNESRLQGQLGDGKDIDIPNKKFYDPRVWLREAEVSMKDRVKIACKNL
NNINRN
f477.nt (SEQ ID NO:127)
ATGGAAAAACCACAAGGAGTTTCAATAGTTGGAGCTATTTCTGGTGCTATGCATGTTCATTTAA
TGGCAGAGCATTATGGTGTTCCTGTTGTTCTTCATACTGATCACTGTGCTAAAAATTTGCTTCCT
TGGGTTGAAGGCCTTTTAGAATATGGAGAGAAATACTATAGTCAGCACAAAAAACCATTATTTT
CTTCACATATGTTAGATTTATCAGAAGAACCTATTAAAGAAAATATTGAAATTTCTAAAAAATT
CTTAGAAAGAATGGCAAAAATTGAAATGTTTTTGGAAATAGAGCTTGGAATTACGGGTGGGGA
AGAGGATGGAGTTGACAATTCAGATAGAGCTTTGCATGAACTATTTTCTACTCCTGAGGATATT
TATTATGGATATTCAGAACTTTTAAAAGTTAGCCCAAATTTTCAGATTGCAGCAGCTTTTGGAA
ATGTTCATGGGGTATATAAACCGGGGAATGTTAAGCTTACTCCAAAAGTTTTAAAAGATGGTCA
AGATTATGTCATATCAAAAACAGGAGTAAATATGGCTAAGCCAGTTTCTTATGTTTTTCATGGA
GGGTCTGGATCTACAATTGATGAGATTAATGAGGCGCTTTCTTATGGCGTTGTAAAGATGAATA
TTGACACAGATACACAGTGGGCTGCCTGGGAGGGTGTTTTAAATTATTACAAAAAAAATGAAA
GTCGTTTGCAAGGTCAATTAGGAGATGGCAAGGATATTGATATTCCAAATAAGAAATTTTATGA
TCCAAGGGTTTGGTTAAGAGAAGCTGAAGTTTCTATGAAAGACCGTGTGAAGATTGCATGCAA
AAATCTTAATAATATTAATAGAAATTAA
t477.nt (SEQ ID NO:128)
ATGCATGTTCATTTAATGGCAGAGCATTATGGTGTTCCTGTTGTTCTTCATACTGATCACTGTGC
TAAAAATTTGCTTCCTTGGGTTGAAGGCCTTTTAGAATATGGAGAGAAATACTATAGTCAGCAC
AAAAAACCATTATTTTCTTCACATATGTTAGATTTATCAGAAGAACCTATTAAAGAAAATATTG
AAATTTCTAAAAAATTCTTAGAAAGAATGGCAAAAATTGAAATGTTTTTGGAAATAGAGCTTGG
AATTACGGGTGGGGAAGAGGATGGAGTTGACAATTCAGATAGAGCTTTGCATGAACTATTTTCT
ACTCCTGAGGATATTTATTATGGATATTCAGAACTTTTAAAAGTTAGCCCAAATTTTCAGATTGC
AGCAGCTTTTGGAAATGTTCATGGGGTATATAAACCGGGGAATGTTAAGTTACTCCAAAAGTT
TTAAAAGATGGTCAAGATTATGTCATATCAAAAACAGGAGTAAATATGGCTAAGCCAGTTTCTT
ATGTTTTTCATGGAGGGTCTGGATCTACAATTGATGAGATTAATGAGGCGCTTTCTTATGGCGT
TGTAAAGATGAATATTGACACAGATACACAGTGGGCTGCCTGGGAGGGTGTTTTAAATTATTAC
AAAAAAAATGAAAGTCGTTTGCAAGGTCAATTAGGAGATGGCAAGGATATTGATATTCCAAAT
AAGAAATTTTATGATCCAAGGGTTTGGTTAAGAGAAGCTGAAGTTTCTATGAAAGACCGTGTGA
AGATTGCATGCAAAAATCTTAATAATATTAATAGAAATTAA
f488.aa (SEQ ID NO:129)
MPSSFPFLLVNGSSGIAVGMATNMAPHNLREICDAIVYMLDNENASIFDLLKIVKGPDFPTFGEIVYN
DNLIKAYKTGKGSVVIRARYHIEERAEDRNAIIVTEIPYTVNKSALLMKVALLAKEEKLEGLLDIRDE
SDREGIRIVLEVKRGFDPHVIMNLLYEYTEFKKHFSINNLALVNGIPKQLNLEELLFEFIEHRKNIIERR
IETDLRKAKEKAHVLEGLNIALNNIDEVIKIIKSSKLAKDARERLVSNFGLSEIQANSVLDMRLQKLT
ALEIFKLEEELNILLSLIKDYEDILLNPVRIINIIREETINLGLKFGDERRTKIIYDEEVLKTSMSDLMQK
ENIVVMLTKKGFLKRLSQNEYKLQGTGGKGLSSFDLNDGDEIVIALCVNTHDYLFMISNEGKLYLIN
AYEIKDSSRASKGQNISELINLGDQEEILTIKNSKDLTDDAYLLLTTASGKIARFESTDFKAVKSRGVI
VIKLNDKDFVTSAEIVFKDEKVICLSKKGSAFIFNSRDVRLTNRGTQGVCGMKLKEGDLFVKVLSVK
ENPYLLIVSENGYGKRLNMSKISELKRGATGYTSYKKSDKKAGSVVDAIAVSEDDEILLVSKRSKAL
RTVAGKVSEQGKDARGIQVLFLDNDSLVSVSKFIK
t488.aa (SEQ ID NO:130)
MATNMAPHNLREICDAIVYMLDNENASIFDLLKIVKGPDFPTFGEIVYNDNLIKAYKTGKGSVVIRA
RYHIEERAEDRNAIIVTEIPYTVNKSALLMKVALLAKEEKLEGLLDIRDESDREGIRIVLEVKRGFDPH
VIMNLLYEYTEFKKHFSINNLALVNGIPKQLNLEELLFEFIEHRKNIIERRIEFDLRKAKEKAHVLEGL
NIALNNIDEVIKIIKSSKLAKDARERLVSNFGLSEIQANSVLDMRLQKLTALEIFKLEEELNILLSLIKD
YEDILLNPVRIINIIREETINLGLKFGDERRTKIIYDEEVLKTSMSDLMQKENIVVMLTKKGFLKRLSQ
NEYKLQGTGGKGLSSFDLNDGDEIVIALCVNTHDYLFMISNEGKLYLINAYEIKDSSRASKGQNISEL
INLGDQEEILTIKNSKDLTDDAYLLLTTASGKIARFESTDFKAVKSRGVIVIKLNDKDFVTSAEIVFKD
EKVICLSKKGSAFIFNSRDVRLTNRGTQGVCGMKLKEGDLFVKVLSVKENPYLLIVSENGYGKRLN
MSKISELKRGATGYTSYKKSDKKAGSVVDAIAVSEDDEILLVSKRSKALRTVAGKVSEQGKDARGI
QVLFLDNDSLVSVSKFIK
f488.nt (SEQ ID NO:131)
ATGCCGTCATCATTTCCATTTCTTTTGGTAAATGGCTCTAGTGGAATTGCTGTTGGAATGGCTAC
TAATATGGCACCTCATAATTTAAGAGAAATTTGTGATGCCATTGTTTACATGCTAGATAATGAG
AATGCTTCTATATTTGATTTGCTTAAAATAGTTAAAGGGCCTGATTTCCCAACTTTTGGAGAGAT
TGTTTATAATGATAATTTAATTAAAGCATACAAAACTGGCAAGGGAAGTGTTGTTATTAGGGCA
AGATATCATATTGAAGAAAGAGCAGAAGATAGAAATGCTATAATTGTTACAGAAATACCTTAT
ACGGTAAATAAATCTGCACTTCTTATGAAAGTTGCGCTTTTAGCAAAAGAAGAAAAGCTAGAA
GGACTTTTAGATATAAGAGATGAATCTGATCGAGAAGGTATTAGGATAGTTCTTGAAGTTAAAA
GAGGATTTGATCCTCATGTTATTATGAATTTGCTTTATGAATATACTGAATTTAAAAAGCATTTT
AGTATAAATAATTTAGCCCTTGTTAATGGTATTCCCAAACAGTTAAATTTAGAAGAATTGTTAT
TTGAATTTATTGAGCATAGAAAAAATATTATCGAAAGACGTATTGAATTTGACTTGAGAAAGGC
AAAAGAGAAAGCACATGTTCTTGAGGGATTAAATATTGCTTTAAATAATATAGATGAGGTTATT
AAGATTATTAAATCATCTAAATTAGCAAAAGATGCAAGGGAGAGGCTTGTTTCGAATTTTGGTC
TTTCAGAGATTCAGGCCAATTCAGTTCTTGATATGAGGTTACAAAAACTTACAGCCCTTGAGAT
TTTTAAGCTTGAAGAGGAGCTTAATATACTGTTAAGCTTAATAAAAGATTATGAAGATATTCTC
TTGAATCCAGTAAGGATTATTAATATTATAAGAGAAGAAACTATTAATTTAGGTTTGAAATTTG
GCGATGAACGTCGAACTAAAATAATTTATGATGAGGAGGTTTTAAAAACTAGTATGTCGGATTT
AATGCAAAAAGAAAATATTGTTGTTATGCTTACAAAGAAAGGTTTCCTTAAAAGACTTTCACAA
AATGAGTATAAATTGCAAGGTACGGGAGGAAAAGGACTAAGTTCGTTTGATCTAAATGATGGA
GATGAGATTGTTATTGCTTTGTGTGTCAATACTCATGATTATTTATTTATGATTTCAAATGAAGG
AAAGCTTTATTTAATCAATGCTTATGAAATAAAAGATTCTTCAAGAGCTTCAAAAGGTCAGAAT
ATTAGTGAGCTTATTAATTTAGGAGATCAAGAAGAAATATTAACTATTAAGAATAGTAAAGATT
TAACTGATGATGCTTATTTATTGCTTACAACTGCAAGTGGAAAGATAGCTAGATTCGAATCTAC
AGATTTTAAAGCAGTAAAGTCACGAGGTGTTATTGTTATTAAACTGAATGATAAAGATTTTGTT
ACAAGTGCAGAGATTGTTTTTAAGGATGAAAAAGTAATTTGTCTTTCTAAAAAGGGTAGTGCAT
TTATATTTAATTCAAGGGATGTTAGGCTTACTAATAGAGGTACCCAAGGTGTTTGTGGAATGAA
ATTAAAAGAAGGTGATTTGTTTGTTAAAGTTTTATCGGTTAAAGAAAATCCTTATCTTTTGATTG
TTTCTGAAAATGGGTATGGAAAAAGGTTAAACATGTCTAAAATATCTGAGCTTAAAAGAGGAG
CCACTGGTTATACTAGTTATAAAAAATCTGATAAAAAAGCGGGTAGTGTTGTTGATGCTATAGC
AGTTTCAGAGGATGATGAAATCTTGCTTGTAAGTAAACGTTCAAAAGCTTTAAGAACAGTAGCT
GGAAAAGTATCTGAACAAGGCAAAGATGCTAGAGGAATTCAAGTATTATTTCTTGATAATGAC
AGCTTGGTTTCTGTTTCAAAATTTATTAAATAA
t488.nt (SEQ ID NO:132)
ATGGCTACTAATATGGCACCTCATAATTTAAGAGAAATTTGTGATGCCATTGTTTACATGCTAG
ATAATGAGAATGCTTCTATATTTGATTTGCTTAAAATAGTTAAAGGGCCTGATTTCCCAACTTTT
GGAGAGATTGTTTATAATGATAATTTAATTAAAGCATACAAAACTGGCAAGGGAAGTGTTGTTA
TTAGGGCAAGATATCATATTGAAGAAAGAGCAGAAGATAGAAATGCTATAATTGTTACAGAAA
TACCTTATACGGTAAATAAATCTGCACTTCTTATGAAAGTTGCGCTTTTAGCAAAAGAAGAAAA
GCTAGAAGGACTTTTAGATATAAGAGATGAATCTGATCGAGAAGGTATTAGGATAGTTCTTGA
AGTTAAAAGAGGATTTGATCCTCATGTTATTATGAATTTGCTTTATGAATATACTGAATTTAAA
AAGCATTTTAGTATAAATAATTTAGCCCTTGTTAATGGTATTCCCAAACAGTTAAATTTAGAAG
AATTGTTATTTGAATTTATTGAGCATAGAAAAAATATTATCGAAAGACGTATTGAATTTGACTT
GAGAAAGGCAAAAGAGAAAGCACATGTTCTTGAGGGATTAAATATTGCTTTAAATAATATAGA
TGAGGTTATTAAGATTATTAAATCATCTAAATTAGCAAAAGATGCAAGGGAGAGGCTTGTTTCG
AATTTTGGTCTTTCAGAGATTCAGGCCAATTCAGTTCTTGATATGAGGTTACAAAAACTTACAG
CCCTTGAGATTTTTAAGCTTGAAGAGGAGCTTAATATACTGTTAAGCTTAATAAAAGATTATGA
AGATATTCTCTTGAATCCAGTAAGGATTATTAATATTATAAGAGAAGAAACTATTAATTTAGGT
TTGAAATTTGGCGATGAACGTCGAACTAAAATAATTTATGATGAGGAGGTTTTAAAAACTAGTA
TGTCGGATTTAATGCAAAAAGAAAATATTGTTGTTATGCTTACAAAGAAAGGTTTCCTTAAAAG
ACTTTCACAAAATGAGTATAAATTGCAAGGTACGGGAGGAAAAGGACTAAGTTCGTTTGATCT
AAATGATGGAGATGAGATTGTTATTGCTTTGTGTGTCAATACTCATGATTATTTATTTATGATTT
CAAATGAAGGAAAGCTTTATTTAATCAATGCTTATGAAATAAAAGATTCTTCAAGAGCTTCAAA
AGGTCAGAATATTAGTGAGCTTATTAATTTAGGAGATCAAGAAGAAATATTAACTATTAAGAAT
AGTAAAGATTTAACTGATGATGCTTATTTATTGCTTACAACTGCAAGTGGAAAGATAGCTAGAT
TCGAATCTACAGATTTTAAAGCAGTAAAGTCACGAGGTGTTATTGTTATTAAACTGAATGATAA
AGATTTTGTTACAAGTGCAGAGATTGTTTTTAAGGATGAAAAAGTAATTTGTCTTTCTAAAAAG
GGTAGTGCATTTATATTTAATTCAAGGGATGTTAGGCTTACTAATAGAGGTACCCAAGGTGTTT
GTGGAATGAAATTAAAAGAAGGTGATTTGTTTGTTAAAGTTTTATCGGTTAAAGAAAATCCTTA
TCTTTTGATTGTTTCTGAAAATGGGTATGGAAAAAGGTTAAACATGTCTAAAATATCTGAGCTT
AAAAGAGGAGCCACTGGTTATACTAGTTATAAAAAATCTGATAAAAAAGCGGGTAGTGTTGTT
GATGCTATAGCAGTTTCAGAGGATGATGAAATCTTGCTTGTAAGTAAACGTTCAAAAGCTTTAA
GAACAGTAGCTGGAAAAGTATCTGAACAAGGCAAAGATGCTAGAGGAATTCAAGTATTATTTC
TTGATAATGACAGCTTGGTTTCTGTTTCAAAATTTATTAAATAA
f494.aa (SEQ ID NO: 133)
MFALIRKIFMIYFLCITLAGFAMIFIDSKFTEQPNVKENQSKINQHTIEPNLIMFTSSIGGFLGVYVGIWI
FNYDKSNFYLNWGNLIILIYNIALIITVYSKSHS
t494.aa (SEQ ID NO:134)
MIFIDSKFTEQPNVKENQSKINQHTIEPNLIMFTSSIGGFLGVYVGIWIFNYDKSNFYLNWGNLIILIYN
IALIITVYSKSHS
f494.nt (SEQ ID NO:135)
ATGTTTGCATTAATTAGAAAAATATTTATGATCTATTTTTTATGCATTACTCTTGCAGGTTTTGC
CATGATTTTTATTGACAGCAAATTTACCGAACAGCCTAATGTTAAAGAAAATCAAAGCAAAATT
AATCAACATACAATTGAACCCAATTTAATCATGTTTACATCTTCTATAGGAGGATTTTTAGGTGT
TTATGTTGGAATTTGGATCTTTAACTATGACAAAAGCAATTTTTACCTAAATTGGGGAAATTTA
ATAATATTAATATACAACATAGCCCTAATTATCACTGTATACTCAAAATCACATAGTTAG
t494.nt (SEQ ID NO:136)
ATGATTTTTATTGACAGCAAATTTACCGAACAGCCTAATGTTAAAGAAAATCAAAGCAAAATTA
ATCAACATACAATTGAACCCAATTTAATCATGTTTACATCTTCTATAGGAGGATTTTTAGGTGTT
TATGTTGGAATTTGGATCTTTAACTATGACAAAAGCAATTTTTACCTAAATTGGGGAAATTTAA
TAATATTAATATACAACATAGCCCTAATTATCACTGTATACTCAAAATCACATAGTTAG
f516.aa (SEQ ID NO:137)
MKKTPNTCIFLTLLIISNLNALANEEGNTNEKNDQPKQISNFFSPERGFIYSTGIGIGVGFFLNSNIKHLI
FRPYYTFSNNTFDFLIVAMILTRESLNIPKKMQYFKSYIGGGINWHIANLIKKTKYFSATIGIGGRFYL
STNFIEDIRFYEKLPYVIEPYMFIEISSKKAIPLMGLDFKIDFLFLDTFNISFNFTIRYNFKDKNEMET
t516.aa (SEQ ID NO:138)
NEEGNTNEKNDQPKQISNFFSPERGFIYSTGIGIGVGFFLNSNIKHLIFRPYYTFSNNTFDFLIVAMILT
RESLNIPKKMQYFKSYIGGGINWHIANLIKKTKYFSATIGIGGRFYLSTNFIEDIRFYEKLPYVIEPYMF
IEISSKKAIPLMGLDFKIDFLFLDTFNISFNFTIRYNFKDKNEMET
f516.nt (SEQ ID NO:139)
ATGAAAAAAACTCCAAACACTTGTATTTTCTTAACATTGCTTATCATTTCCAATTTAAATGCACT
TGCAAATGAAGAAGGCAATACTAATGAAAAAAATGATCAACCCAAACAAATCTCTAATTTTTTT
AGCCCAGAAAGAGGGTTCATATATTCAACAGGAATTGGGATTGGAGTTGGATTTTTTCTAAATT
CAAATATTAAACACCTTATCTTTAGACCTTATTATACATTCTCTAATAATACTTTTGATTTTTTA
ATCGTTGCTATGATATTAACAAGGGAAAGCCTTAATATCCCCAAAAAAATGCAATACTTTAAAT
CTTATATTGGAGGAGGAATAAACTGGCACATTGCAAACTTAATTAAAAAAACAAAATATTTTTC
CGCCACCATTGGCATAGGTGGTCGTTTTTACCTATCTACAAACTTTATAGAAGACATTCGATTTT
ACGAAAAATTGCCTTATGTAATAGAGCCTTATATGTTTATTGAAATTTCTTCTAAAAAGGCAAT
TCCTTTAATGGGGTTAGACTTTAAAATTGATTTTTTATTTTTAGATACATTAACATTTCTTTTAA
TTTTACTATTAGATATAATTTTAAGGACAAAAACGAGATGGAAACATGA
t516.nt (SEQ ID NO:140)
AATGAAGAAGGCAATACTAATGAAAAAAATGATCAACCCAAACAAATCTCTAATTTTTTTAGCC
CAGAAAGAGGGTTCATATATTCAACAGGAATTGGGATTGGAGTTGGATTTTTTCTAAATTCAAA
TATTAAACACCTTATCTTTAGACCTTATTATACATTCTCTAATAATACTTTTGATTTTTTAATCGT
TGCTATGATATTAACAAGGGAAAGCCTTAATATCCCCAAAAAAATGCAATACTTTAAATCTTAT
ATTGGAGGAGGAATAAACTGGCACATTGCAAACTTAATTAAAAAAACAAAATATTTTTCCGCCA
CCATTGGCATAGGTGGTCGTTTTTACCTATCTACAAACTTTATAGAAGACATTCGATTTTACGAA
AAATTGCCTTATGTAATAGAGCCTTATATGTTTATTGAAATTTCTTCTAAAAAGGCAATTCCTTT
AATGGGGTTAGACTTTAAAATTGATTTTTTATTTTTAGATACATTTAACATTTCTTTTAATTTTA
CTATTAGATATAATTTTAAGGACAAAAACGAGATGGAAACATGA
f517.aa (SEQ ID NO:141)
MIPVVASGGILIALSIAFVGIGPDGPNFAEHPFYKQIADIGSIAFGMMLPVLAGFIAMAIADKPGLTPG
LVGGVMSGNVKAGFLGAIFAGFLAGYVARFLARRSVPEWLRPVMPIFVIPLISTIIVGFFMLYFGVYI
GKFMGVLESGLKSLQSNSETFGVLGKIFLGLVLGSMITVDMGGPFNKVAFLFGVGLIPQVPEIMGMV
AAAIPVPPMAMGLATFLAPKLFENEEKESGKIAFLISFIGISEGAIPFAASDPGRVIPSIVVGGAVSSIIA
AFLGVANHAPHGGPIVLPVIDNKFGFIIAIAVGVAVATALVIFLKSLKLKESE
t517.aa (SEQ ID NO:142)
DKPGLTPGLVGGVMSGNVKAGFLGAIFAGFLAGYVARFLARRSVPEWLRPVMPIFVIPLISTIIVGFF
MLYFGVYIGKFMGVLESGLKSLQSNSETFGVLGKIFLGLVLGSMITVDMGGPFNKVAFLFGVGLIPQ
VPEIMGMVAAAIPVPPMAMGLATFLAPKLFENEEKESGKIAFLISFIGISEGAIPFAASDPGRVIPSIVV
GGAVSSIIAAFLGVANHAPHGGPIVLPVIDNKFGFIIAIAVGVAVATALVIFLKSLKLKESE
f517.nt (SEQ ID NO:143)
ATGATTCCTGTTGTTGCAAGTGGAGGAATTTTAATTGCTCTTAGCATTGCTTTTGTTGGGATTGG
ACCTGATGGGCCTAATTTTGCTGAGCATCCATTTTATAAGCAGATTGCAGATATTGGTTCTATA
GCTTTTGGGATGATGTTGCCCGTGCTTGCTGGTTTTATTGCAATGGCAATTGCTGATAAGCCTG
GTCTTACCCCCGGTCTTGTTGGTGGAGTAATGTCTGGGAATGTAAAAGCAGGTTTCTTGGGCGC
AATATTTGCGGGCTTTCTTGCAGGTTATGTTGCAAGGTTTTTAGCAAGAAGATCTGTTCCTGAG
TGGTTAAGACCTGTAATGCCTATATTTGTAATTCCGCTAATAAGCACCATTATTGTCGGCTTTTT
TATGCTGTATTTTGGTGTTTATATTGGAAAATTTATGGGGGTGCTTGAGAGTGGGCTTAAATCT
TTACAGAGTAATTCGGAAACTTTTGGCGTGTTGGGTAAAATTTTCTTAGGCTTAGTACTAGGTT
CAATGATTACTGTTGATATGGGCGGACCTTTTAATAAAGTGGCATTTCTTTTTGGTGTAGGGCT
AATTCCTCAAGTGCCAGAAATAATGGGAATGGTAGCAGCAGCAATTCCTGTTCCTCCTATGGCT
ATGGGGCTTGCAACCTTTTTAGCACCTAAATTGTTTGAAAATGAAGAAAAAGAATCTGGTAAAA
TAGCCTTTTTAATTTCATTTATTGGTATTAGCGAAGGAGCTATTCCTTTTGCTGCTAGTGATCCC
GGACGGGTAATCCCTTCGATAGTGGTAGGGGGAGCTGTATCAAGCATTATTGCCGCTTTTTTAG
GCGTTGCTAATCATGCTCCACACGGAGGACCAATAGTACTTCCTGTTATTGATAATAAATTTGG
GTTTATTATTGCAATTGCTGTTGGAGTTGCGGTTGCAACAGCTTTGGTAATTTTTTTGAAATCTT
TAAAATTAAAGGAATCTGAATGA
t517.nt (SEQ ID NO:144)
GATAAGCCTGGTCTTACCCCCGGTCTTGTTGGTGGAGTAATGTCTGGGAATGTAAAAGCAGGTT
TCTTGGGCGCAATATTTGCGGGCTTTCTTGCAGGTTATGTTGCAAGGTTTTTAGCAAGAAGATC
TGTTCCTGAGTGGTTAAGACCTGTAATGCCTATATTTGTAATTCCGCTAATAAGCACCATTATTG
TCGGCTTTTTTATGCTGTATTTTGGTGTTTATATTGGAAAATTTATGGGGGTGCTTGAGAGTGGG
CTTAAATCTTTACAGAGTAATTCGGAAACTTTTGGCGTGTTGGGTAAAATTTTCTTAGGCTTAGT
ACTAGGTTCAATGATTACTGTTGATATGGGCGGACCTTTTAATAAAGTGGCATTTCTTTTTGGTG
TAGGGCTAATTCCTCAAGTGCCAGAAATAATGGGAATGGTAGCAGCAGCAATTCCTGTTCCTCC
TATGGCTATGGGGCTTGCAACCTTTTTAGCACCTAAATTGTTTGAAAATGAAGAAAAAGAATCT
GGTAAAATAGCCTTTTTAATTTCATTTATTGGTATTAGCGAAGGAGCTATTCCTTTTGCTGCTAG
TGATCCCGGACGGGTAATCCCTTCGATAGTGGTAGGGGGAGCTGTATCAAGCATTATTGCCGCT
TTTTTAGGCGTTGCTAATCATGCTCCACACGGAGGACCAATAGTACTTCCTGTTATTGATAATA
AATTTGGGTTTATTATTGCAATTGCTGTTGGAGTTGCGGTTGCAACAGCTTTGGTAATTTTTTTG
AAATCTTTAAAATTAAAGGAATCTGAATGA
t519.aa (SEQ ID NO:145)
MIKIFKKIYILTLVLGMAHLSFASDNYMVRCSKEEDSTTCIAKLKEIKEKKNYDLFSMGIGIGDPIANI
MITIPYINIDFGYGGFIGLKSNNFENYLNGGIDVIFKKQIGQYMKIGGGIGIGADWSKTSLIPPNEEEET
DYERIGAVIRIPFIMEYNFAKNLSIGFKIYPAVGPTILLTKPSILFEGIKFNFFGFGFIKFAFN
t519.aa (SEQ ID NO:146)
DNYMVRCSKEEDSTTCIAKLKEIKEKKNYDLFSMGIGIGDPIANIMITIPYINIDFGYGGFIGLKSNNFE
NYLNGGIDVIFKKQIGQYMKIGGGIGIGADWSKTSLIPPNEEEETDYERIGAVIRIPFIMEYNFAKNLSI
GFKIYPAVGPTILLTKPSILFEGIKFNFFGFGFIKFAFN
f519.nt (SEQ ID NO:147)
ATGATAAAAATTTTTAAAAAAATATACATTTTAACATTAGTATTAGGTATGGCACACCT
TTCTTTTGCATCTGACAATTATATGGTCAGATGCAGCAAGGAAGAAGATTCAACCACCTGTATC
GCAAAGCTTAAAGAAATAAAAGAAAAGAAAAATTATGACTTATTTTCAATGGGCATTGGAATA
GGAGATCCTATTGCAAATATTATGATTACAATTCCTTATATAAATATTGATTTTGGATATGGAG
GTTTTATTGGCCTTAAGTCAAACAATTTTGAAAATTATCTAAATGGTGGAATAGACGTTATTTTT
AAAAAGCAAATTGGACAATATATGAAAATTGGCGGCGGCATTGGAATAGGTGCGGATTGGTCA
AAAACATCCCTTATACCCCCTAATGAAGAAGAAGAAACTGATTATGAGAGAATAGGCGCTGTT
ATAAGAATTCCTTTTATAATGGAATATAATTTTGCAAAAAATTTATCCATAGGATTCAAAATTT
ATCCTGCAGTAGGGCGAACAATATTACTAACAAAACCAAGCATTTTATTTGAAGGAATTAAATT
CAATTTTTTTGGATTTGGATTCATAAAATTTGCATTTAATTAA
t519.nt (SEQ ID NO:148)
GACAATTATATGGTCAGATGCAGCAAGGAAGAAGATTCAACCACCTGTATCGCAAAGCTTAAA
GAAATAAAAGAAAAGAAAAATTATGACTTATTTTCAATGGGCATTGGAATAGGAGATCCTATT
GCAAATATTATGATTACAATTCCTTATATAAATATTGATTTTGGATATGGAGGTTTTATTGGCCT
TAAGTCAAACAATTTTGAAAATTATCTAAATGGTGGAATAGACGTTATTTTTAAAAAGCAAATT
GGACAATATATGAAAATTGGCGGCGGCATTGGAATAGGTGCGGATTGGTCAAAAACATCCCTT
ATACCCCCTAATGAAGAAGAAGAAACTGATTATGAGAGAATAGGCGCTGTTATAAGAATTCCTT
TTATAATGGAATATAATTTTGCAAAAAATTTATCCATAGGATTCAAAATTTATCCTGCAGTAGG
GCCAACAATATTACTAACAAAACCAAGCATTTTATTTGAAGGAATTAAATTCAATTTTTTTGGA
TTTGGATTCATAAAATTTGCATTTAATTAA
f520.aa (SEQ ID NO:149)
MRMLLATIILILTTGLLAAQSKSKSMTEDDFDFDKLLAKEESVRRLFGIGFGVGYPLANITISVPYVDI
DLGYGGFVGLKPNNFLPYVVMGVDLLFKDEIHKNTMISGGIGIGADWSKGSPEKSNEKLEEEEENE
AQQVASLQNRIGVVIRLPLVIEYSFLKNIVIGFKAVATIGTTMLLGSPMSFEGARFNFLGTGFIKIYI
t520.aa (SEQ ID NO:150)
QSKSKSMTEDDFDFDKLLAKEESVRRLFGIGFGVGYPLANITISVPYVDIDLGYGGFVGLKPNNFLPY
VVMGVDLLFKDEIHKNTMISGGIGIGADWSKGSPEKSNEKLEEEEENEAQQVASLQNRIGVVIRLPL
VIEYSFLKNIVIGTKAVATIGTTMLLGSPMSFEGARFNFLGTGFIKIYI
f520.nt (SEQ ID NO:151)
ATGAGAATGCTATTAGCAACAATAATACTTATATTAACAACGGGTTTATTAGCTGCACA
ATCCAAAAGCAAAAGTATGACTGAAGATGACTTTGATTTTGATAAACTTCTTGCAAAAGAAGAG
TCTGTGCGCCGTTTATTTGGCATAGGTTTTGGAGTTGGATATCCACTTGCAAACATTACAATATC
TGTTCCATATGTAGACATAGACCTTGGGTACGGAGGATTCGTAGGGCTTAAACCCAACAATTTC
TTGCCCTATGTTGTGATGGGTGTAGATCTTCTATTTAAAGATGAAATACACAAAAACACTATGA
TTTCTGGAGGCATTGGAATAGGTGCAGATTGGTCAAAAGGAAGTCCTGAAAAATCAAATGAAA
AACTTGAAGAAGAGGAAGAAAATGAAGCACAACAAGTAGCTTCTCTTCAAAATAGAATAGGGG
TTGTGATAAGATTGCCTTTGGTAATAGAGTACAGCTTTCTTAAAAATATTGTGATTGGATTTAA
AGCTGTTGCTACTATTGGAACAACTATGCTACTTGGCAGCCCAATGTCATTTGAAGGAGCTAGA
TTTAATTTCTTAGGCACAGGCTTTATAAAAATATATATATAG
t520.nt (SEQ ID NO:152)
CAATCCAAAAGCAAAAGTATGACTGAAGATGACTTTGATTTTGATAAACTTCTTGCAAAAGAAG
AGTCTGTGCGCCGTTTATTTGGCATAGGTTTTGGAGTTGGATATCCACTTGCAAACATTACAAT
ATCTGTTCCATATGTAGACATAGACCTTGGGTACGGAGGATTCGTAGGGCTTAAACCCAACAAT
TTCTTGCCCTATGTTGTGATGGGTGTAGATCTTCTATTTAAAGATGAAATACACAAAAACACTA
TGATTTCTGGAGGCATTGGAATAGGTGCAGATTGGTCAAAAGGAAGTCCTGAAAAATCAAATG
AAAAACTTGAAGAAGAGGAAGAAAATGAAGCACAACAAGTAGCTTCTCTTCAAAATAGAATAG
GGGTTGTGATAAGATTGCCTTTGGTAATAGAGTACAGCTTTCTTAAAAATATTGTGATTGGATT
TAAAGCTGTTGCTACTATTGGAACAACTATGCTACTTGGCAGCCCAATGTCATTTGAAGGAGCT
AGATTTAATTTCTTAGGCACAGGCTTTATAAAAATATATATATAG
f523.aa (SEQ ID NO:153)
MNIKINFFFTLPIGIFLGLFFPLGIYSSLSHAFIRLSYLSLIPFLIFSIPLGIENIIENKNFKKLFGKTIYYGIL
TNLSGVAVSIIAATIYLPQRIPILEKTIQNTCFFEKEALLETFFPKNIFKIFTSSNPNLLSIYMISIIIGTSFY
YAKQKGRIARELMLSASNLFYHANGFIVNILNIGIIFITANYAANLKNFKDYPNYTNSITFFLAWTIIIL
FVILPTISYRLTKSFKMIYKGIFVSFQNIIFSGLAKDSYSPYVILIEDIKNERINIKKSIIINIPLINFVSKFG
TIFVSVISFFIILKSYSSLPISIYEISYMSTLSFVFVFAFPHIPNSLIYIITMLCSTYTKGIELNVSNITPMLPI
LISLALLIDFAFNIAIIHIINFKELKDQEKIN
t523.aa (SEQ ID NO:154)
IENIIENKNFKKLFGKTIYYGILTNLSGVAVSIIAATIYLPQRIPILEKTIQNTCFFEKEALLETFFPKNIF
KIFTSSNPNLLSIYMISIIIGTSFYYAKQKGRIARELMLSASNLFYHANGFIVNILNIGIIFITANYAANLK
NFKDYPNYTNSITFFLAWTIIILFVILPTISYRLTKSFKMIYKGIFVSFQNIIFSGLAKDSYSPYVILIEDIK
NERINIKKSIIINIPLINFVSKFGTIFVSVISFFIILKSYSSLPISIYEISYMSTLSFVFVFAFPHIPNSLIYIITM
LCSTYTKGIELNVSNITPMLPILISLALLIDFAFNIAIIHIINFKELKDQEKIN
f523.nt (SEQ ID NO:155)
ATGAATATAAAAATCAATTTTTTTTTCACTTTGCCTATTGGAATCTTTTTAGGATTGTTTTTCCCT
CTTGGAATTTATAGCTCCTTATCACATGCTTTTATAAGATTATCATACTTATCTCTTATTCCCTTT
TTAATATTTTCAATTCCATTAGGAATTGAAAATATTATTGAAAATAAAAACTTTAAAAAGCTTTT
TGGTAAAACAATTTATTATGGAATTTTAACTAACCTATCTGGAGTTGCTGTATCAATAATAGCT
GCAACAATATATCTTCCGCAAAGAATTCCAATACTAGAAAAAACAATACAAAATACATGTTTTT
TTGAAAAAGAAGCTTTACTAGAAACATTCTTTCCAAAAAATATTTTCAAAATATTTACATCTAG
CAATCCAAATCTACTAAGCATTTACATGATTTCAATAATAATAGGCACAAGTTTTTATTATGCA
AAACAAAAAGGCAGAATAGCTAGAGAACTGATGCTAAGCGCATCCAATCTTTTTTACCATGCAA
ATGGGTTTATTGTAAACATATTAAATATAGGGATCATTTTTATAACAGCAAATTACGCTGCAAA
CTTAAAAAACTTCAAAGATTACCCAAATTATACAAACAGCATAACATTCTTTTTGGCATGGACA
ATTATAATTTTATTCGTAATATTGCCAACAATTAGTTATAGATTAACAAAAAGTTTTAAAATGAT
ATATAAAGGCATTTTTGTATCATTTCAAAACATAATATTTTCAGGACTTGCAAAAGATTCTTATT
CCCCTTATGTGATATTAATAGAAGATATTAAAAACGAAAGAATAAATATAAAAAAATCCATAAT
TATAAACATACCTTTAATAAATTTTGTATCTAAATTTGGCACTATTTTTGTTTCAGTAATATCAT
TTTTTATAATTTTAAAATCATATTCTAGCTTACCCATTTCTATTTATGAAATAAGCTATATGAGC
ACTTTATCATTTGTTTTTGTCTTTGCATTTCCTCATATACCAAATAGTTTAATTTATATAATTACA
ATGCTTTGCTCTACATATACAAAAGGAATAGAGCTAAATGTTTCAAACATAACACCAATGCTGC
CGATATTAATCTCTTTGGCTTTACTAATCGACTTTGCTTTTAACATTGCAATCATTCATATAATA
AACTTCAAAGAATTAAAAGATCAAGAAAAAATTAATTAA
f523.nt (SEQ ID NO:156)
ATTGAAAATATTATTGAAAATAAAAACTTTAAAAAGCTTTTTGGTAAAACAATTTATTA
TGGAATTTTAACTAACCTATCTGGAGTTGCTGTATCAATAATAGCTGCAACAATATATCTTCCGC
AAAGAATTCCAATACTAGAAAAAACAATACAAAATACATGTTTTTTTGAAAAAGAAGCTTTACT
AGAAACATTCTTTCCAAAAAATATTTTCAAAATATTTACATCTAGCAATCCAAATCTACTAAGC
ATTTACATGATTTCAATAATAATAGGCACAAGTTTTTATTATGCAAAACAAAAAGGCAGAATAG
CTAGAGAACTGATGCTAAGCGCATCCAATCTTTTTTACCATGCAAATGGGTTTATTGTAAACAT
ATTAAATATAGGGATCATTTTTATAACAGCAAATTACGCTGCAAACTTAAAAAACTTCAAAGAT
TACCCAAATTATACAAACAGCATAACATTCTTTTTGGCATGGACAATTATAATTTTATTCGTAAT
ATTGCCAACAATTAGTTATAGATTAACAAAAAGTTTTAAAATGATATATAAAGGCATTTTTGTA
TCATTTCAAAACATAATATTTTCAGGACTTGCAAAAGATTCTTATTCCCCTTATGTGATATTAAT
AGAAGATATTAAAAACGAAAGAATAAATATAAAAAAATCCATAATTATAAACATACCTTTAAT
AAATTTTGTATCTAAATTTGGCACTATTTTTGTTTCAGTAATATCATTTTTTATAATTTTAAAATC
ATATTCTAGCTTACCCATTTCTATTTATGAAATAAGCTATATGAGCACTTTATCATTTGTTTTTG
TCTTTGCATTTCCTCATATACCAAATAGTTTAATTTATATAATTACAATGCTTTGCTCTACATAT
ACAAAAGGAATAGAGCTAAATGTTTCAAACATAACACCAATGCTGCCGATATTAATCTCTTTGG
CTTTACTAATCGACTTTGCTTTTAACATTGCAATCATTCATATAATAAACTTCAAAGAATTAAAA
GATCAAGAAAAAATTAATTAA
f526.aa (SEQ ID NO:157)
MKKEFIMLLLLLQTIMNLNSINTNTSTSIVKELQKNLYIFNSKEYQKDKDTLNEFINSININDKEILQSL
EKIKNELFIISVFFNNKKGILIALNLGAEINFKYKISPISISIINNEFEITKILIDYGISLNQIDDTGYSPIFW
AIYTNNEKIFEFLKESGADLSFTLKNRKTPMQAAIETENIKLIKSLEKKKIYIDDNFKKLKKLKNKEI
VRILVK
t526.aa (SEQ ID NO:158)
NSINTNTSTSIVKELQKNLYIFNSKEYQKDKDTLNEFINSININDKEILQSLEKIKNELFIISVFFNKKG
ILIALNLGAEINFKYKISPISISIINNEFEITKILIDYGISLNQIDDTGYSPIFWAIYTNNEKIFEFLKESGAD
LSFTLKNRKTPMQAAIETENIKLIKSLEKKKIYIDDNFKKKLKKLKNKEIVRILVK
f526.nt (SEQ ID NO:159)
ATGAAAAAAGAATTCATTATGCTTTTACTGTTATTGCAAACAATAATGAATTTAAACTCAATAA
ATACTAATACAAGTACTTCAATAGTAAAAGAATTGCAAAAAAATTTATATATTTTCAATAGCAA
AGAATATCAAAAAGATAAAGACACTTTAAATGAATTTATAAATTCAATAAATATAAATGACAA
AGAAATCTTACAAAGTTTAGAAAAAATCAAAAATGAGCTTTTTATAATATCTGTTTTTTTCAAC
AATAAAAAAGGGATTTTAATTGCACTAAATCTTGGAGCAGAAATAAACTTTAAATATAAAATAT
CTCCAATTTCAATTTCAATAATAAACAATGAATTTGAAATCACAAAAATATTGATAGATTACGG
AATAAGCCTTAATCAAATAGATGATACAGGTTATTCTCCAATATTTTGGGCAATATATACTAAT
AACGAAAAAATATTTGAATTTTTAAAAGAAAGCGGAGCTGATTTAAGTTTCACACTTAAAAATA
GAAAAACACCAATGCAAGCCGCAATAGAAACAGAAAATATAAAACTAATTAAATCTCTGGAAA
AGAAAAAAATTTACATTGACGACAATTTCAAAAAAAAACTTAAAAAGCTTAAAAACAAAGAAA
TAGTTCGAATTTTAGTAAAATAG
t526.nt (SEQ ID NO:160)
AACTCAATAAATACTAATACAAGTACTTCAATAGTAAAAGAATTGCAAAAAAATTTATATATTT
TCAATAGCAAAGAATATCAAAAAGATAAAGACACTTTAAATGAATTTATAAATTCAATAAATAT
AAATGACAAAGAAATCTTACAAAGTTTAGAAAAAATCAAAAATGAGCTTTTTATAATATCTGTT
TTTTTCAACAATAAAAAAGGGATTTTAATTGCACTAAATCTTGGAGCAGAAATAAACTTTAAAT
ATAAAATATCTCCAATTTCAATTTCAATAATAAACAATGAATTTGAAATCACAAAAATATTGAT
AGATTACGGAATAAGCCTTAATCAAATAGATGATACAGGTTATTCTCCAATATTTTGGGCAATA
TATACTAATAACGAAAAAATATTTGAATTTTTAAAAGAAAGCGGAGCTGATTTAAGTTTCACAC
TTAAAAATAGAAAAACACCAATGCAAGCCGCAATAGAAACAGAAAATATAAAACTAATTAAAT
CTCTGGAAAAGAAAAAAATTTACATTGACGACAATTTCAAAAAAAAACTTAAAAAGCTTAAAA
ACAAAGAAATAGTTCGAATTTTAGTAAAATAG
f544.aa (SEQ ID NO:161)
MTKNRIIWLLVLMVSSTFTATIISNYQNLMLSLVVLANFIPLLMDTSGNAGSQASALIIRELALGTVK
VKDFFKVFLKEICVSILVGAILASVNFLRIVFFVAPHHSDKLKIAFVVSSCLMVSLTVAKILGGLLPIV
AKLLKLDPALMAGPLITTIADAITLIAYFNIAKWVLVSYAV
t544.aa (SEQ ID NO:162)
STFTATIISNYQNLMLSLVVLANFIPLLMDTSGNAGSQASALIIRELALGTVKVKDFFKVFLKEICVSIL
VGAILASVNFLRIVFFVAPHHSDKLKIAFVVSSCLMVSLTVAKILGGLLPIVAKLLKLDPALMAGPLIT
TIADAITLIAYFNIAKWVLVSYAV
f544.nt (SEQ ID NO:163)
ATGACAAAAAATAGAATAATTTGGCTTTTAGTTCTTATGGTGTCTTCTACTTTTACAGC
TACAATTATTTCAAATTATCAAAATTTAATGTTGTCTTTAGTGGTTTTAGCTAATTTTATTCCCC
TTTTAATGGATACTTCAGGCAATGCCGGCTCTCAGGCATCTGCGCTAATAATTCGTGAGCTTGC
TCTTGGTACTGTCAAGGTAAAAGATTTTTTTAAAGTGTTTTTAAAGGAAATATGTGTTAGCATTC
TAGTGGGAGCAATTCTTGCTAGTGTTAATTTTTTAAGAATTGTCTTTTTTGTAGCTCCACACCAT
TCTGATAAGCTGAAAATAGCTTTTGTAGTTTCATCTTGCTTGATGGTAAGTTTGACAGTAGCAA
AGATATTGGGAGGTCTTTTACCCATTGTTGCTAAACTTTTAAAGTTGGATCCAGCACTTATGGC
AGGCCCTTTAATCACTACAATTGCAGATGCTATTACTTTAATAGCTTATTTTAATATAGCAAAAT
GGGTTTTAGTTAGCTATGCTGTTTAA
t544.nt (SEQ ID NO:164)
TCTACTTTTACAGCTACAATTATTTCAAATTATCAAAATTTAATGTTGTCTTTAGTGGTT
TTAGCTAATTTTATTCCCCTTTTAATGGATACTTCAGGCAATGCCGGCTCTCAGGCATCTGCGCT
AATAATTCGTGAGCTTGCTCTTGGTACTGTCAAGGTAAAAGATTTTTTTAAAGTGTTTTTAAAG
GAAATATGTGTTAGCATTCTAGTGGGAGCAATTCTTGCTAGTGTTAATTTTTTAAGAATTGTCTT
TTTTGTAGCTCCACACCATTCTGATAAGCTGAAAATAGCTTTTGTAGTTTCATCTTGCTTGATGG
TAAGTTTGACAGTAGCAAAGATATTGGGAGGTCTTTTACCCATTGTTGCTAAACTTTTAAAGTT
GGATCCAGCACTTATGGCAGGCCCTTTAATCACTACAATTGCAGATGCTATTACTTTAATAGCTT
ATTTTAATATAGCAAAATGGGTTTTAGTTAGCTATGCTGTTTAA
f545.aa (SEQ ID NO:165)
MTKNRIIWLLVLMVSSTFTATIISNYQNLMLSLVVLANFIPLLMDTSGNAGSQASALIIRELALGTVK
VKDFFKVFLKEICVSILVGAILASVNFLRIVFFVAPHHSDKLKIAFVVSSCLMVSLTVAKILGGLLPIV
AKLLKLDPALMAGPLITTIADAITLIAYFNIAKWVLVSYAV
t545.aa (SEQ ID NO:166)
GSQASALIIRELALGTVKVKDFFKVFLKEICVSILVGAILASVNFLRIVFFVAPHHSDKLKIAFVVSSCL
MVSLTVAKILGGLLPIVAKLLKLDPALMAGPLITTIADAITLIAYFNIAKWVLVSYAV
f545.nt (SEQ ID NO:167)
ATGACAAAAAATAGAATAATTTGGCTTTTAGTTCTTATGGTGTCTTCTACTTTTACAGCTACAAT
TATTTCAAATTATCAAAATTTAATGTTGTCTTTAGTGGTTTTAGCTAATTTTATTCCCCTTTTAAT
GGATACTTCAGGCAATGCCGGCTCTCAGGCATCTGCGCTAATAATTCGTGAGCTTGCTCTTGGT
ACTGTCAAGGTAAAAGATTTTTTTAAAGTGTTTTTAAAGGAAATATGTGTTAGCATTCTAGTGG
GAGCAATTCTTGCTAGTGTTAATTTTTTAAGAATTGTCTTTTTTGTAGCTCCACACCATTCTGAT
AAGCTGAAAATAGCTTTTGTAGTTTCATCTTGCTTGATGGTAAGTTTGACAGTAGCAAAGATAT
TGGGAGGTCTTTTACCCATTGTTGCTAAACTTTTAAAGTTGGATCCAGCACTTATGGCAGGCCC
TTTAATCACTACAATTGCAGATGCTATTACTTTAATAGCTTATTTTAATATAGCAAAATGGGTTT
TAGTTAGCTATGCTGTTTAA
t545.nt (SEQ ID NO:168)
GGCTCTCAGGCATCTGCGCTAATAATTCGTGAGCTTGCTCTTGGTACTGTCAAGGTAAAAGATT
TTTTTAAAGTGTTTTTAAAGGAAATATGTGTTAGCATTCTAGTGGGAGCAATTCTTGCTAGTGTT
AATTTTTTAAGAATTGTCTTTTTTGTAGCTCCACACCATTCTGATAAGCTGAAAATAGCTTTTGT
AGTTTCATCTTGCTTGATGGTAAGTTTGACAGTAGCAAAGATATTGGGAGGTCTTTTACCCATT
GTTGCTAAACTTTTAAAGTTGGATCCAGCACTTATGGCAGGCCCTTTAATCACTACAATTGCAG
ATGCTATTACTTTAATAGCTTATTTTAATATAGCAAAATGGGTTTTAGTTAGCTATGCTGTTTAA
f577.aa (SEQ ID NO:169)
MRIKNLILIAILLISPSCSTNKNIVVLTDNKTIPFYINQFNIENKANFIIKFRNNIDLQTIEKENAQIIISKNI
GNTNIANHFKSVKINVNPDYPILKHIFKQFNYKIIPLGFDIPILIYKNTHHIKKYINTKYLKEEYENFIK
DGKFFISPYVSENLFYVISQINNVRFSFEKNKLNYNENQILKMLEYFSSFLNTKQMDLQKDFFNKYG
YLKLNKILLNKKSLLIAGLSDITFYNSLSEQEKSQIKFSYLINDNNEIVISNPNFIGILETSVLTKKFINWI
LYKKTQKTLIGFNNQSQSNICFGFANGFTPYKELNLKIKHSIDGISPFIIDETQINSHSYVLSKKTIEKE
NLLINEWFFSKANNLKKNKN
t577.aa (SEQ ID NO:170)
NKNIVVLTDNKTIPFYINQFNIENKANFIIKFRNNIDLQTIEKENAQIIISKNIGNTNIANHFKSVKINYN
PDYPILKHIFKQFNYKIIPLGFDIPILIYKNTHHIKKYINTKYLKEEYENFIKDGKFFISPYVSENLFYVIS
QINNVRFSFEKNKLNYNENQILKMLEYFSSFLNTKQMDLQKDFFNKYGYLKLNKILLNKKSLLIAGL
SDITFYNSLSEQEKSQIKFSYLINDNNEIVISNPNFIGILETSVLTKKFINWILYKKTQKTLIGFNNQSQS
NICFGFANGFTPYKELNLKIKHSIDGISPFIIDETQINSHSYVLSKKTIEKENLLINEWFFSKANNLKKN
KN
f577.nt (SEQ ID NO:171)
ATGAGAATAAAAAATTTAATACTAATAGCAATTTTATTAATTAGCCCTAGCTGTTCAAC
AAATAAGAACATCGTTGTACTAACTGACAATAAAACAATACCATTTTATATAAATCAATTTAAT
ATAGAAAATAAAGCAAATTTTATAATTAAGTTTAGAAATAATATTGATCTGCAAACAATAGAAA
AAGAAAATGCACAAATAATTATTTCTAAAAACATTGGTAACACAAATATTGCTAACCATTTTAA
ATCTGTAAAAATCAATTATAATCCAGATTATCCTATCTTAAAGCATATTTTCAAGCAATTTAACT
ACAAAATTATTCCATTGGGCTTTGACATTCCTATTTTAATCTATAAAAATACACATCATATTAAA
AAATACATAAACACTAAATATCTAAAAGAAGAATACGAAAATTTCATTAAAGATGGAAAATTTT
TTATATCGCCTTATGTTTCTGAAAATTTATTTTATGTGATTTCTCAAATAAATAATGTGAGATTT
TCTTTTGAAAAAAATAAATTAAATTATAATGAGAATCAAATTTTAAAAATGCTAGAATATTTCT
CATCATTTTTAAATACAAAACAAATGGACTTGCAAAAAGATTTCTTTAATAAATACGGCTACCT
AAAGTTAAATAAAATATTGCTTAATAAAAAATCTCTTTTAATAGCAGGATTGAGCGATATAACC
TTCTACAATAGCTTAAGCGAACAAGAGAAGTCACAAATAAAATTTTCCTATTTAATAAACGATA
ACAATGAAATTGTTATCTCAAACCCAAATTTTATTGGCATTTTAGAAACATCTGTTTTAACTAAA
AAATTTATCAACTGGATATTGTATAAAAAAACTCAAAAAACCCTAATTGGATTTAACAATCAAT
CCCAATCAAATATATGTTTTGGATTTGCCAATGGTTTTACCCCTTACAAAGAATTAAATTTAAAA
ATAAAACATTCAATTGATGGAATATCTCCTTTTATTATTGACGAAACTCAAATCAATAGCCATTC
CTATGTATTAAGCAAAAAAACAATTGAAAAAGAAAACTTACTAATAAATGAATGGTTTTTCTCT
AAAGCTAATAATCTAAAAAAAAATAAAAATTAA
t577.nt (SEQ ID NO:172)
AATAAGAACATCGTTGTACTAACTGACAATAAAACAATACCATTTTATATAAATCAATTTAATA
TAGAAAATAAAGCAAATTTTATAATTAAGTTTAGAAATAATATTGATCTGCAAACAATAGAAAA
AGAAAATGCACAAATAATTATTTCTAAAAACATTGGTAACACAAATATTGCTAACCATTTTAAA
TCTGTAAAAATCAATTATAATCCAGATTATCCTATCTTAAAGCATATTTTCAAGCAATTTAACTA
CAAAATTATTCCATTGGGCTTTGACATTCCTATTTTAATCTATAAAAATACACATCATATTAAAA
AATACATAAACACTAAATATCTAAAAGAAGAATACGAAAATTTCATTAAAGATGGAAAATTTTT
TATATCGCCTTATGTTTCTGAAAATTTTATTTTATGTGATTTCTCAAATAAATAATGTGAGATTTT
CTTTTGAAAAAAATAAATTAAATTATAATGAGAATCAAATTTTAAAAATGCTAGAATATTTCTC
ATCATTTTTAAATACAAAACAAATGGACTTGCAAAAAGATTTCTTTAATAAATACGGCTACCTA
AAGTTAAATAAAATATTGCTTAATAAAAAATCTCTTTTAATAGCAGGATTGAGCGATATAACCT
TCTACAATAGCTTAAGCGAACAAGAGAAGTCACAAATAAAATTTTCCTATTTAATAAACGATAA
CAATGAAATTGTTATCTCAAACCCAAATTTTATTGGCATTTTAGAAACATCTGTTTTAACTAAAA
AATTTATCAACTGGATATTGTATAAAAAAACTCAAAAAACCCTAATTGGATTTAACAATCAATC
CCAATCAAATATATGTTTTGGATTTGCCAATGGTTTTACCCCTTACAAAGAATTAAATTTAAAA
ATAAAACATTCAATTGATGGAATATCTCCTTTTATTATTGACGAAACTCAAATCAATAGCCATTC
CTATGTATTAAGCAAAAAAACAATTGAAAAAGAAAACTTACTAATAAATGAATGGTTTTTCTCT
AAAGCTAATAATCTAAAAAAAAATAAAAATTAA
f584.aa (SEQ ID NO:173)
MIKTILLLVLYPVVVFSQISANQYFEGIYAKYQNIEDMQATINFTLKGLKQTGVLLYKFPDKFIINLDS
NNQVFVSDGEFLTVYVPSLGTSFNQQLLKGSSGGGLMKVLNSEYSVSYTNSPNLEDLDSSEPGKYIK
LTFSRKLYKGAATINSFILAFAPDGIIRRITAFPTSGGREIVIDLTAVKFNVGILDSKFKYDPPKSSNKVD
NFLYDIKKN
t584.aa (SEQ ID NO:174)
QISANQYFEGIYAKYQNIEDMQATINFTLKGLKQTGVLLYKFPDKFIINLDSNNQVFVSDGEFLTVY
VPSLGTSFNQQLLKGSSGGGLMKVLNSEYSVSYTNSPNLEDLDSSEPGKYIKLTFSRKLYKGAATINS
FIIAFAPDGIIRRITAFPTSGGREIVIDLTAVKFNVGILDSKFKYDPPKSSNKVDNFLYDIKKN
t584.nt (SEQ ID NO:175)
ATGATAAAAACAATACTTTTATTAGTTTTGTATCCTGTTGTTGTGTTTTCTCAAATATCTGCAAA
TCAATATTTTGAAGGAATTTATGCTAAATATCAAAATATAGAGGACATGCAAGCAACAATTAAT
TTTACTTTAAAGGGGTTAAAGCAAACAGGTGTTTTGCTTTATAAGTTTCCAGACAAGTTTATTAT
CAATTTAGATTCAAATAATCAAGTTTTTGTAAGTGATGGTGAATTTTTGACAGTTTATGTTCCAT
CTCTTGGGACTTCTTTTAATCAGCAATTATTAAAGGGTAGTAGTGGGGGAGGTCTTATGAAAGT
TTTAAATAGTGAGTATAGCGTATCTTATACCAATTCTCCAAATTTAGAAGATCTCGATTCATCTG
AGCCTGGAAAATATATTAAATTAACCTTTTCTAGAAAGCTTTACAAGGGGGCTGCTACTATTAA
TTCTTTTATTATTGCTTTTGCTCCGGATGGAATAATTAGAAGAATTACTGCTTTTCCTACTAGTG
GTGGGCGCGAAATAGTTATTGATTTGACTGCTGTGAAGTTTAATGTTGGAATTCTTGATAGCAA
ATTTAAATATGATCCTCCAAAATCTTCAAATAAGGTAGATAATTTTTTATATGATATTAAAAA
AATTAA
t584.nt (SEQ ID NO:176)
CAAATATCTGCAAATCAATATTTTGAAGGAATTTATGCTAAATATCAAAATATAGAGGACATGC
AAGCAACAATTAATTTTACTTTAAAGGGGTTAAAGCAAACAGGTGTTTTGCTTTATAAGTTTCC
AGACAAGTTTATTATCAATTTAGATTCAAATAATCAAGTTTTTGTAAGTGATGGTGAATTTTTG
ACAGTTTATGTTCCATCTCTTGGGACTTCTTTTAATCAGCAATTATTAAAGGGTAGTAGTGGGG
GAGGTCTTATGAAAGTTTTAAATAGTGAGTATAGCGTATCTTATACCAATTCTCCAAATTTAGA
AGATCTCGATTCATCTGAGCCTGGAAAATATATTAAATTAACCTTTTCTAGAAAGCTTTACAAG
GGGGCTGCTACTATTAATTCTTTTATTATTGCTTTTGCTCCGGATGGAATAATTAGAAGAATTAC
TGCTTTTCCTACTAGTGGTGGGCGCGAAATAGTTATTGATTTGACTGCTGTGAAGTTTAATGTTG
GAATTCTTGATAGCAAATTTAAATATGATCCTCCAAAATCTTCAAATAAGGTAGATAATTTTTT
ATATGATATTAAAAAAAATTAA
t596.aa (SEQ ID NO:177)
MKERCLYLLVFVALCVNNLFSDDYLIYDFDLSLNEFLEVSTRKDNLEPMVDSNRILLFYPPKKEIRKI
FAAFDFDQYSKKYLFKKNEHGVFFVKVNIPHGTSSIKYRLIVDGVWTNDEYNKNVVYNEDLIPFSKI
EIAKEKSSYISLRNPIQSYDNNEIEIFYIGRPGQIVTIAGSFNNFNPFLNRLIEKEDNKGIYTIKLKNLPK
DRIYYYFIDSGNKVIDKNNVNRINLYFVEGIDNKIDFEVSYFDHK
t596.aa (SEQ ID NO:178)
DDYLIYDFDLSLNEFLEVSTRKDNLEPMVDSNRILLFYPPKKEIRKIFAAFDFDQYSKKYLFKKNEHG
VFFVKVNIPHGTSSIKYRLIVDGVWTNDEYNKNVVYNEDLIPFSKIEIAKEKSSYISLRNPIQSYDNNE
IEIFYIGRPGQIVTIAGSFNNFNPFLNRLIEKEDNKGIYTIKLKNLPKDRIYYYFIDSGNKVIDKNNVNRI
NLYFVEGIDNKIDFEVSYFDHK
t596.nt (SEQ ID NO:179)
ATGAAAGAAAGGTGTTTGTATTTATTGGTTTTTGTAGCTTTATGTGTTAACAATCTTTTTTCAGA
TGATTATTTAATTTATGACTTTGATTTAAGTTTAAATGAATTTCTAGAAGTTTCAACAAGAAAAG
ACAATCTTGAGCCTATGGTTGATTCCAATCGTATATTATTGTTTTATCCTCCTAAAAAAGAAATT
AGAAAAATTTTTGCTGCCTTTGACTTTGATCAGTATTCTAAGAAATATTTATTCAAAAAAAATG
AGCATGGAGTTTTTTTTGTTAAAGTTAATATTCCTCATGGCACAAGCAGTATAAAATATAGGCT
TATTGTAGACGGTGTTTGGACTAATGACGAGTATAATAAAAATGTAGTTTATAATGAGGATTTA
ATCCCATTTTCTAAAATTGAGATCGCTAAAGAGAAGTCCAGCTATATTTCTTTGAGAAATCCAA
TACAATCATATGATAACAATGAAATTGAAATTTTTTACATAGGTCGTCCTGGACAAATAGTTAC
AATAGCTGGTAGTTTTAACAATTTTAATCCTTTTTTAAATAGGCTTATTGAGAAAGAGGACAAT
AAGGGAATTTATACTATTAAGCTTAAAAATTTACCCAAGGATAGAATTTATTATTATTTTATTG
ATTCTGGTAACAAAGTAATAGATAAAAATAATGTTAATAGAATTAATTTATATTTTGTTGAGGG
AATTGATAATAAAATAGATTTCGAAGTTTCCTATTTTGATCATAAGTAA
t596.nt (SEQ ID NO:180)
GATGATTATTTAATTTATGACTTTGATTTAAGTTTAAATGAATTTCTAGAAGTTTCAAC
AAGAAAAGACAATCTTGAGCCTATGGTTGATTCCAATCGTATATTATTGTTTTATCCTCCTAAAA
AAGAAATTAGAAAAATTTTTGCTGCCTTTGACTTTGATCAGTATTCTAAGAAATATTTATTCAA
AAAAAATGAGCATGGAGTTTTTTTTGTTAAAGTTAATATTCCTCATGGCACAAGCAGTATAAAA
TATAGGCTTATTGTAGACGGTGTTTGGACTAATGACGAGTATAATAAAAATGTAGTTTATAATG
AGGATTTAATCCCATTTTCTAAAATTGAGATCGCTAAAGAGAAGTCCAGCTATATTTCTTTGAG
AAATCCAATACAATCATATGATAACAATGAAATTGAAATTTTTTACATAGGTCGTCCTGGACAA
ATAGTTACAATAGCTGGTAGTTTTAACAATTTTAATCCTTTTTTAAATAGGCTTATTGAGAAAGA
GGACAATAAGGGAATTTATACTATTAAGCTTAAAAATTTACCCAAGGATAGAATTTATTATTAT
TTTATTGATTCTGGTAACAAAGTAATAGATAAAAATAATGTTAATAGAATTAATTTATATTTTGT
TGAGGGAATTGATAATAAAATAGATTTCGAAGTTTCCTATTTTGATCATAAGTAA
f598.aa (SEQ ID NO:181)
MRQRVMIAMALSCHPSLLIADEPTTALDVTIQEQILLLIKNLSKKFNTSTIFITHDLAVVAEICDTVSV
MYQGKIVEEGTVEEIFNNPKHPYTIGLLKSILTLEHDPNKKLYSTKENPMKITKTSTEEF
t598.aa (SEQ ID NO:182)
EPTTALDVTIQEQILLLIKNLSKKFNTSTIFITHDLAVVAEICDTVSVMYQGKIVEEGTVEEIFNNPKH
PYTIGLLKSILTLEHDPNKKLYSTKENPMKITKTSTEEF
f598.nt (SEQ ID NO:183)
ATGAGACAAAGAGTTATGATTGCCATGGCTCTTAGCTGTCATCCATCCTTATTAATAGCAGATG
AACCAACAACAGCCCTTGATGTTACAATCCAAGAGCAAATATTATTATTAATCAAAAACCTATC
TAAAAAATTCAATACTTCTACCATATTTATAACTCATGATCTTGCGGTTGTTGCTGAAATTTGTG
ATACAGTATCTGTAATGTATCAAGGAAAAATTGTAGAAGAAGGAACAGTAGAGGAAATATTTA
ACAATCCTAAGCATCCTTACACCATTGGGCTTTTAAAATCAATTCTTACGCTAGAACACGATCC
AAATAAAAAGCTTTATTCAACAAAAGAAAACCCTATGAAGATCACAAAAACCAGCACCGAGGA
GTTTTAA
t598.nt (SEQ ID NO:184)
GAACCAACAACAGCCCTTGATGTTACAATCCAAGAGCAAATATTATTATTAATCAAAAACCTAT
CTAAAAAATTCAATACTTCTACCATATTTATAACTCATGATCTTGCGGTTGTTGCTGAAATTTGT
GATACAGTATCTGTAATGTATCAAGGAAAAATTGTAGAAGAAGGAACAGTAGAGGAAATATTT
AACAATCCTAAGCATCCTTACACCATTGGGCTTTTAAAATCAATTCTTACGCTAGAACACGATC
CAAATAAAAAGCTTTATTCAACAAAAGAAAACCCTATGAAGATCACAAAAACCAGCACCGAGG
AGTTTTAA
f600.aa (SEQ ID NO:185)
MAIMERSIIGLFIALAFVSWLTVARVVRGQVQSLSSSEFIQAAKTLGATNQRIILKHLIPNSIGMIVIFT
TIRVPSFIMAEAFLSFLGLGISAPMTSWGELVQNGIATFVEYPWKVFIPAIVMTIFLLFMNFLGDGLRD
AFDPKDSI
t600.aa (SEQ ID NO:186)
RVVRGQVQSLSSSEFIQAAKTLGATNQRIILKHLIPNSIGMIVIFTTIRVPSFIMAEAFLSFLGLGISAPM
TSWGELVQNGIATFVEYPWKVFIPAIVMTIFLLFMNFLGDGLRDAFDPKDSI
f600.nt (SEQ ID NO:187)
ATGGCAATAATGGAAAGAAGTATAATCGGCTTATTCATAGCACTTGCATTTGTATCATGGTTAA
CAGTAGCTCGAGTTGTACGAGGCCAAGTACAATCACTATCAAGTTCGGAATTTATACAAGCAGC
CAAAACCCTTGGTGCAACAAATCAAAGAATAATCTTAAAACACTTGATCCCTAATAGCATTGGA
ATGATAGTTATATTCACAACAATAAGGGTTCCAAGCTTTATTATGGCTGAAGCATTTTTATCCTT
TTTAGGACTTGGAATTTCAGCTCCAATGACAAGCTGGGGAGAATTAGTGCAAAATGGAATTGCT
ACATTTGTTGAATATCCATGGAAAGTTTTTATTCCAGCTATAGTTATGACAATATTTCTATTATT
TATGAACTTTTTAGGTGATGGGCTAAGGGATGCTTTTGATCCAAAAGATAGCATCTAA
t600.nt (SEQ ID NO:188)
CGAGTTGTACGAGGCCAAGTACAATCACTATCAAGTTCGGAATTTATACAAGCAGCCAAAACCC
TTGGTGCAACAAATCAAAGAATAATCTTAAAACACTTGATCCCTAATAGCATTGGAATGATAGT
TATATTCACAACAATAAGGGTTCCAAGCTTTATTATGGCTGAAGCATTTTTATCCTTTTTAGGAC
TTGGAATTTCAGCTCCAATGACAAGCTGGGGAGAATTAGTGCAAAATGGAATTGCTACATTTGT
TGAATATCCATGGAAAGTTTTTATTCCAGCTATAGTTATGACAATATTTCTATTATTTATGAACT
TTTTAGGTGATGGGCTAAGGGATGCTTTTGATCCAAAAGATAGCATCTAA
f603.aa (SEQ ID NO:189)
MLKFTLKKILGIIPTLLVIIFLCFFVMRMAPGSPFDSEKPIDPQVKARLMEKYHLDKPFYIQAFYYITN
ALRGDLGPSLKKKDLTVSQYIKLGFPKSLTLGVISLIISLSIGIPIGILAAIYKNTYVDYIITSIAILGISIPL
FVIGPILQYFFAIKWGLLYTSGWITERGGFSNLILPIITLSMPNVAIFARIIRGSMLEIIQSDFIRTARAKG
LSFKKIVIKHMLRGAMLPVVSYIGPAFAAIISGSVVIEKIFRIAGMGMFITESALNRDYPVLMGGLLV
YSIILLISILISDIIYKILDPRV
t603.aa (SEQ ID NO:190)
SPFDSEKPIDPQVKARLMEKYHLDKPFYIQAFYYITNALRGDLGPSLKKKDLTVSQYIKLGFPKSLTL
GVISLIISLSIGIPIGILAAIYKNTYVDYIITSIAILGISIPLFVIGPILQYFFAIKWGLLYTSGWITERGGFSN
LILPIITLSMPNVAIFARIIRGSMLEIIQSDFIRTARAKGLSFKKIVIKHMLRGAMLPVVSYIGPAFAAIIS
GSVVIEKIFRIAGMGMFITESALNRDYPVLMGGLLVYSIILLISILISDIIYKILDPRV
f603.nt (SEQ ID NO:191)
ATGTTAAAGTTTACTTTAAAGAAAATATTAGGAATAATACCAACTTTACTGGTAATAATTTTTTT
ATGCTTTTTTGTAATGAGAATGGCTCCTGGAAGTCCATTTGATTCTGAAAAACCTATTGATCCTC
AAGTAAAAGCAAGATTGATGGAAAAATATCACCTTGACAAGCCTTTTTATATTCAAGCTTTTTA
TTACATTACAAACGCTCTCAGGGGAGATCTGGGACCTTCTTTGAAAAAGAAAGACCTTACAGTT
AGTCAATACATAAAATTAGGATTTCCAAAATCACTTACACTAGGAGTAATATCCCTTATTATAT
CACTATCAATAGGAATACCAATAGGTATATTAGCTGCCATTTATAAAAATACTTATGTGGATTA
TATAATAACATCAATAGCAATATTGGGGATTTCAATACCATTATTCGTAATAGGGCCAATTTTA
CAATATTTTTTTGCAATTAAATGGGGTTTGCTTTATACCTCTGGATGGATTACAGAAAGAGGAG
GATTTTCAAATTTAATTCTACCCATAATAACTCTTAGCATGCCCAACGTAGCTATTTTCGCAAGA
ATAATCAGAGGATCAATGCTAGAAATAATACAAAGCGACTTTATAAGAACTGCGCGTGCAAAA
GGGCTAAGCTTCAAAAAGATAGTTATAAAGCATATGTTAAGAGGAGCAATGTTGCCTGTAGTA
AGCTATATAGGTCCAGCATTTGCTGCTATAATATCTGGAAGCGTGGTTATTGAAAAAATATTTA
GAATTGCTGGAATGGGAATGTTTATAACAGAATCCGCACTAAACAGAGATTACCCAGTATTAAT
GGGCGGATTGTTAGTATATTCAATAATACTGCTTATTTCTATATTAATATCAGATATTATATATA
AAATATTAGATCCAAGAGTATAA
t603.nt (SEQ ID NO:192)
AGTCCATTTGATTCTGAAAAACCTATTGATCCTCAAGTAAAAGCAAGATTGATGGAAAAATATC
ACCTTGACAAGCCTTTTTATATTCAAGCTTTTTATTACATTACAAACGCTCTCAGGGGAGATCTG
GGACCTTCTTTGAAAAAGAAAGACCTTACAGTTAGTCAATACATAAAATTAGGATTTCCAAAAT
CACTTACACTAGGAGTAATATCCCTTATTATATCACTATCAATAGGAATACCAATAGGTATATT
AGCTGCCATTTATAAAAATACTTATGTGGATTATATAATAACATCAATAGCAATATTGGGGATT
TCAATACCATTATTCGTAATAGGGCCAATTTTACAATATTTTTTTGCAATTAAATGGGGTTTGCT
TTATACCTCTGGATGGATTACAGAAAGAGGAGGATTTTCAAATTTAATTCTACCCATAATAACT
CTTAGCATGCCCAACGTAGCTATTTTCGCAAGAATAATCAGAGGATCAATGCTAGAAATAATAC
AAAGCGACTTTATAAGAACTGCGCGTGCAAAAGGGCTAAGCTTCAAAAAGATAGTTATAAAGC
ATATGTTAAGAGGAGCAATGTTGCCTGTAGTAAGCTATATAGGTCCAGCATTTGCTGCTATAAT
ATCTGGAAGCGTGGTTATTGAAAAAATATTTAGAATTGCTGGAATGGGAATGTTTATAACAGAA
TCCGCACTAAACAGAGATTACCCAGTATTAATGGGCGGATTGTTAGTATATTCAATAATACTGC
TTATTTCTATATTAATATCAGATATTATATATAAAATATTAGATCCAAGAGTATAA
f607.aa (SEQ ID NO:193)
MKYIKIALMLIIFSLIACISNAKKEKIVFRVSNLSEPSSLDPQLSTDLYGSNIITNLFLGLAVKDSQTGK
YKPGLAKSWNISEDGIIYTFNLREDIVWSDGVAITAEEIKKSYLRILNKKTAAMYANLIKSTIKNAQE
YFDETVPESELGIKAIDSKTLEITLTSPKPYFPDMLTHSAYIPVPMHIVEKYGENWTNPENIVVSGAY
KLKERSINDKIVIEKNEKYYNAKNVEIDEVIFYPTEGSVAYNMYINGELDFLQGAEKNNLEEIKIRDD
YYSGLKNGMAYIAFNTTIKPLDNLKVRQAISLAIDRETLTKVVLKGSSDPTRNLTPKFDDYSYGKNL
ILFDPENAKKLLAEAGYPDGKGFPTLKYKISEGRPTTAEFLQEQFKKILNINLEIENEEWTTFLGSRRT
GNYQMSSVGWIGDYFDPLTFLDSLFTTENHFLGAYKYSNKEYDALIKKSNFELDPIKRQDILRQAEEI
IAEKDFPMAPLYIPKSHYLFRNDKWTGWVPNIAESYLYEDIKTKK
t607.aa (SEQ ID NO:194)
CISNAKKEKIVFRVSNLSEPSSLDPQLSTDLYGSNIITNLFLGLAVKDSQTGKYKPGLAKSWNISEDGI
IYTFNLREDIVWSDGVAITAEEIKKSYLRILNKKTAAMYANLIKSTIKNAQEYFDETVPESELGIKAID
SKTLEITLTSPKPYFPDMLTHSAYIPVPMHIVEKYGENWTNPENIVVSGAYKLKERSINDKIVIEKNE
KYYNAKNVEIDEVIFYPTEGSVAYNMYINGELDFLQGAEKNNLEEIKIRDDYYSGLKNGMAYIAFN
TTIKPLDNLKVRQAISLAIDRETLTKVVLKGSSDPTRNLTPKFDDYSYGKNLILFDPENAKKLLAEAG
YPDGKGTPFLKYKISEGRPTTAEFLQEQFKKILNINLEIENEEWTTFLGSRRTGNYQMSSVGWIGDYF
DPLTFLDSLFTTENHTLGAYKYSNKEYDALIKKSNFELDPIKRQDILRQAEEIIAEKDFPMAPLYIPKS
HYLFRNDKWTGWVPNIAESYLYEDIKTKK
f607.nt (SEQ ID NO:195)
ATGAAATATATAAAAATAGCCTTAATGCTAATAATTTTTTCTTTAATAGCATGTATTAGTAATGC
TAAAAAAGAAAAAATAGTTTTCAGAGTATCAAACTTAAGCGAGCCATCATCACTTGATCCTCAA
CTCTCAACAGACCTTTACGGTAGCAACATTATTACAAACCTATTCTTAGGCCTAGCGGTAAAAG
ATTCTCAAACTGGAAAATATAAACCAGGACTTGCAAAAAGTTGGAATATTTCTGAAGATGGAAT
TATTTACACATTTAACCTAAGAGAAGATATAGTTTGGAGCGATGGAGTTGCCATTACTGCCGAG
GAGATAAAAAAATCATACCTAAGAATTTTAAATAAAAAAACAGCTGCAATGTATGCTAATTTAA
TAAAATCTACAATAAAAAATGCACAAGAATATTTCGATGAGACAGTGCCTGAATCTGAGCTTGG
CATAAAGGCTATTGACAGCAAAACCTTAGAGATAACATTAACATCTCCAAAGCCTTATTTTCCT
GATATGCTAACACACTCAGCATACATACCAGTTCCAATGCATATTGTTGAAAAATATGGAGAAA
ATTGGACAAATCCTGAAAATATAGTTGTTAGTGGCGCATACAAACTTAAAGAAAGATCAATTAA
CGATAAAATCGTAATAGAAAAAAATGAAAAATACTATAATGCAAAAAATGTAGAAATTGATGA
AGTAATATTTTACCCAACAGAAGGTAGCGTGGCTTACAATATGTACATAAACGGTGAACTCGAT
TTTCTACAAGGAGCAGAAAAGAATAATTTAGAAGAAATTAAAATAAGAGATGATTATTATTCTG
GGTTAAAAAACGGAATGGCATACATAGCATTCAATACAACAATAAAACCACTAGACAATTTAA
AAGTTAGACAAGCCATCTCCCTTGCCATTGACAGAGAAACTTTAACTAAAGTAGTTTTAAAGGG
AAGTTCAGATCCAACAAGAAATCTAACTCCAAAATTTGATGATTATTCTTATGGAAAAAATTTA
ATACTATTTGATCCTGAGAATGCAAAAAAACTTTTAGCTGAAGCTGGATATCCGGATGGGAAAG
GATTCCCCACATTAAAATATAAAATATCGGAGGGAAGACCAACAACAGCAGAATTTTTGCAAG
AACAATTTAAAAAAATACTAAACATTAACTTAGAAATCGAGAATGAAGAATGGACAACATTCC
TAGGAAGCAGAAGAACTGGAAATTACCAAATGTCAAGCGTGGGGTGGATAGGAGATTATTTTG
ATCCCTTAACATTCTTAGACAGCTTATTTACAACAGAAAATCATTTTTTAGGAGCGTACAAATA
TTCAAACAAAGAGTATGATGCTTTAATAAAAAAATCTAATTTTGAACTTGATCCAATAAAAAGA
CAAGACATTTTAAGACAAGCTGAAGAGATAATAGCAGAAAAAGACTTTCCTATGGCACCTTTAT
ATATACCCAAATCTCATTATCTTTTCAGAAATGATAAATGGACAGGGTGGGTACCAAATATCGC
AGAAAGCTATTTATATGAAGATATTAAAACTAAAAAATAA
t607.nt (SEQ ID NO:196)
TGTATTAGTAATGCTAAAAAAGAAAAAATAGTTTTCAGAGTATCAAACTTAAGCGAGCCATCAT
CACTTGATCCTCAACTCTCAACAGACCTTTACGGTAGCAACATTATTACAAACCTATTCTTAGGC
CTAGCGGTAAAAGATTCTCAAACTGGAAAATATAAACCAGGACTTGCAAAAAGTTGGAATATT
TCTGAAGATGGAATTATTTACACATTTAACCTAAGAGAAGATATAGTTTGGAGCGATGGAGTTG
CCATTACTGCCGAGGAGATAAAAAAATCATACCTAAGAATTTTAAATAAAAAAACAGCTGCAA
TGTATGCTAATTTAATAAAATCTACAATAAAAAATGCACAAGAATATTTCGATGAGACAGTGCC
TGAATCTGAGCTTGGCATAAAGGCTATTGACAGCAAAACCTTAGAGATAACATTAACATCTCCA
AAGCCTTATTTTCCTGATATGCTAACACACTCAGCATACATACCAGTTCCAATGCATATTGTTGA
AAAATATGGAGAAAATTGGACAAATCCTGAAAATATAGTTGTTAGTGGCGCATACAAACTTAA
AGAAAGATCAATTAACGATAAAATCGTAATAGAAAAAAATGAAAAATACTATAATGCAAAAAA
TGTAGAAATTGATGAAGTAATATTTTACCCAACAGAAGGTAGCGTGGCTTACAATATGTACATA
AACGGTGAACTCGATTTTCTACAAGGAGCAGAAAAGAATAATTTAGAAGAAATTAAAATAAGA
GATGATTATTATTCTGGGTTAAAAAACGGAATGGCATACATAGCATTCAATACAACAATAAAAC
CACTAGACAATTTAAAAGTTAGACAAGCCATCTCCCTTGCCATTGACAGAGAAACTTTAACTAA
AGTAGTTTTAAAGGGAAGTTCAGATCCAACAAGAAATCTAACTCCAAAATTTGATGATTATTCT
TATGGAAAAAATTTAATACTATTTGATCCTGAGAATGCAAAAAAACTTTTAGCTGAAGCTGGAT
ATCCGGATGGGAAAGGATTCCCCACATTAAAATATAAAATATCGGAGGGAAGACCAACAACAG
CAGAATTTTTGCAAGAACAATTTAAAAAAATACTAAACATTAACTTAGAAATCGAGAATGAAG
AATGGACAACATTCCTAGGAAGCAGAAGAACTGGAAATTACCAAATGTCAAGCGTGGGGTGGA
TAGGAGATTATTTTGATCCCTTAACATTCTTAGACAGCTTATTTACAACAGAAAATCATTTTTTA
GGAGCGTACAAATATTCAAACAAAGAGTATGATGCTTTAATAAAAAAATCTAATTTTGAACTTG
ATCCAATAAAAAGACAAGACATTTTAAGACAAGCTGAAGAGATAATAGCAGAAAAAGACTTTC
CTATGGCACCTTTATATATACCCAAATCTCATTATCTTTTCAGAAATGATAAATGGACAGGGTG
GGTACCAAATATCGCAGAAAGCTATTTATATGAAGATATTAAAACTAAAAAATAA
f611.aa (SEQ ID NO:197)
MKKIFLFLFISFYLFGFEDSSLKIGIDDVYVEAHEEGFHLFIRKKPAIKSVILTESFEIPDKKKDVATYSF
RTLSYNKVNGDEIRILNGRVIKNKELLSLTSSTPVPNKKTGEAFHILIPKKLKYGFPNFSTRSGDIDLE
VLKSKKEPFWFSIRSFEKKYNDYLGRYQDNAYELLFKDDQNQGKIEFNELKDTFTKFSDEVVIANN
GIDIVDKINKILKNSEDSVVDLDLVLVVDVTDSMKSNIEILKEHLTSIIEPQLQKFKSYRIGLVFYKDY
LEDFLTKAFDFNTIPYLNNILKYVNVGGGGDYPEAVFEGIDAAVTQFDWRAERRFIIVIGDAPPHEYP
RGSIVYKDVINSAKEKDITIYGIIFQ
t611.aa (SEQ ID NO:198)
FEDSSLKIGIDDVYVEAHEEGFHLFIRKKPAIKSVILTESFEIPDKKKDVATYSFRTLSYNKVNGDEIRI
LNGRVIKNKELLSLTSSTPVPNKKTGEAFHILIPKKLKYGFPNFSTRSGDIDLEVLKSKKEPFWFSIRSF
EKKYNDYLGRYQDNAYELLFKDDQNQGKIEFNELKDTFTKFSDEVVIANNGIDIVDKINKILKNSED
SVYDLDLVLVVDVTDSMKSNIEILKEHLFSIIEPQLQKFKSYRIGLVFYKDYLEDFLTKAFDFNTIPYL
NNILKYVNVGGGGDYPEAVFEGIDAAVTQFDWRAERRFIIVIGDAPPHEYPRGSIVYKDVINSAKEK
DITIYGIIFQ
f611.nt (SEQ ID NO:199)
ATGAAGAAAATTTTTTTATTTCTTTTTATTAGTTTTTATTTGTTTGGATTTGAAGATAGTTCTTTG
AAAATAGGTATTGATGATGTTTATGTTGAGGCTCATGAAGAGGGATTTCATCTTTTTATTAGAA
AAAAACCTGCAATCAAATCAGTAATATTGACAGAGTCTTTTGAAATTCCTGATAAGAAAAAAGA
TGTGGCTACTTATTCATTTCGTACATTAAGTTATAATAAGGTTAATGGAGATGAAATTCGGATT
TTAAATGGAAGAGTTATTAAGAATAAAGAACTTTTATCATTGACATCTTCCACCCCTGTTCCTA
ATAAAAAGTTTGGAGAAGCTTTTCATATATTGATTCCAAAAAAATTAAAATATGGATTTCCAAA
TTTTTCAACAAGAAGTGGTGATATTGACTTAGAAGTATTAAAAAGTAAAAAAGAGCCCTTTTGG
TTTTCTATAAGATCTTTTGAGAAAAAATATAATGATTATTTGGGCAGATATCAAGACAATGCTT
ATGAATTGCTTTTCAAGGATGATCAAAATCAGGGAAAAATTGAATTTAATGAATTAAAAGATAC
TTTTACAAAATTTTCAGATGAGGTTGTTATTGCTAATAATGGCATTGATATTGTTGATAAAATA
AACAAAATTTTAAAAAACTCAGAAGATTCAGTTTATGATTTAGATTTAGTGCTTGTTGTTGATG
TTACTGATAGTATGAAAAGCAATATTGAGATTCTAAAAGAGCATTTGTTTTCAATAATAGAACC
TCAACTTCAAAAGTTTAAATCCTACAGAATAGGTCTTGTTTTTTATAAAGACTATCTTGAAGATT
TTTTAACCAAAGCTTTTGATTTTAATACTATTCCTTATTTAAATAATATTCTTAAGTATGTTAAT
GTTGGTGGCGGTGGGGATTATCCAGAAGCTGTTTTTGAGGGGATTGATGCTGCTGTGACCCAAT
TTGATTGGCGGGCAGAAAGAAGGTTTATTATTGTTATAGGAGATGCACCTCCTCATGAGTATCC
AAGAGGGTCTATTGTTTATAAAGATGTTATCAATTCTGCAAAGGAAAAAGATATTACAATTTAT
GGAATAATATTTCAGTAA
t611.nt (SEQ ID NO:200)
TTTGAAGATAGTTCTTTGAAAATAGGTATTGATGATGTTTATGTTGAGGCTCATGAAGAGGGAT
TTCATCTTTTTATTAGAAAAAAACCTGCAATCAAATCAGTAATATTGACAGAGTCTTTTGAAATT
CCTGATAAGAAAAAAGATGTGGCTACTTATTCATTTCGTACATTAAGTTATAATAAGGTTAATG
GAGATGAAATTCGGATTTTTAAATGGAAGAGTTATTAAGAATAAAGAACTTTTATCATTGACATC
TTCCACCCCTGTTCCTAATAAAAAGTTTGGAGAAGCTTTTCATATATTGATTCCAAAAAAATTA
AAATATGGATTTCCAAATTTTTCAACAAGAAGTGGTGATATTGACTTAGAAGTATTAAAAAGTA
AAAAAGAGCCCTTTTGGTTTTCTATAAGATCTTTTGAGAAAAAATATAATGATTATTTGGGCAG
ATATCAAGACAATGCTTATGAATTGCTTTTCAAGGATGATCAAAATCAGGGAAAAATTGAATTT
AATGAATTAAAAGATACTTTTACAAAATTTTCAGATGAGGTTGTTATTGCTAATAATGGCATTG
ATATTGTTGATAAAATAAACAAAATTTTAAAAAACTCAGAAGATTCAGTTTATGATTTAGATTT
AGTGCTTGTTGTTGATGTTACTGATAGTATGAAAAGCAATATTGAGATTCTAAAAGAGCATTTG
TTTTCAATAATAGAACCTCAACTTCAAAAGTTTAAATCCTACAGAATAGCTCTTGTTTTTTATAA
AGACTATCTTGAAGATTTTTTAACCAAAGCTTTTGATTTTAATACTATTCCTTATTTAAATAATA
TTCTTAAGTATGTTAATGTTGGTGGCGGTGGGGATTATCCAGAAGCTGTTTTTGAGGGGATTGA
TGCTGCTGTGACCCAATTTGATTGGCGGGCAGAAAGAAGGTTTATTATTGTTATAGGAGATGCA
CCTCCTCATGAGTATCCAAGAGGGTCTATTGTTTATAAAGATGTTATCAATTCTGCAAAGGAAA
AAGATATTACAATTTATGGAATAATATTTCAGTAA
f617.aa (SEQ ID NO:201)
MIFFRNSFMALIFSFSILSISYFFGDFFQFSYIKMISWRFILFLIMATGIATCAKSNSLNLGNEGQIYFGA
FLVYIFSSFFGLTYFNFVFLILLSSFFVGLLGLIPFFITFFFGLNKALTGLLISYGNQRLVDGFILNMLKT
GSFSNQTKRINSLFALDSSLIYLFLLLGVSVWLFYVFIHKKTIYGLQLEILSNKKKIDIFFNINEFKYKFF
AVFGSAFLNGLAGSMFVVFFRPYLVLGLTSGLGWSSLIVAVISGFNYVYVLFFSLLFSILIEFNNFLNI
NYDFKYEFIGLCQSIAIFISLFLIKARKK
t617.aa (SEQ ID NO:202)
AKSNSLNLGNEGQIYFGAFLVYIFSSFFGLTYFNFVFLILLSSFFVGLLGLIPFFITFFFGLNKALTGLLIS
YGNQRLVDGFILNMLKTGSFSNQTKRINSLFALDSSLIYLFLLGVSVWLFYVFIHKKTIYGLQLEILSN
KKKIDIFFNINEFKYKFFAVFGSAFLNGLAGSMFVVFFRPYLVLGLTSGLGWSSLIVAVISGFNYVYV
LFFSLLFSILIEFNNFLNINYDFKYEFIGLCQSIAIFISLFLIKARKK
f617.nt (SEQ ID NO:203)
ATGATCTTTTTTAGAAATAGCTTTATGGCATTAATTTTTTCTTTTTCAATATTAAGTATTAGCTAT
TTTTCGGTGATTTTTTTCAATTTTCTTATATTAAAATGATATCTTGGCGCTTTATTTTATTTTTA
ATTATGGCTACGGGGATTGCTACTTGTGCCAAGAGTAATTCATTAAATCTTGGGAATGAAGGTC
AGATTTATTTTGGGGCATTTTTAGTTTATATATTTTCAAGTTTTTTTGGATTAACCTATTTTAATT
TTGTATTTTTGATACTTTTAAGTTCTTTTTTTGTAGGACTTTTGGGGCTTATCCCCTTTTTTATTA
CTTTTTCTTCGGATTAAATAAAGCCTTAACAGGTCTTTTAATATCTTATGGAAATCAAAGATTG
GTGGATGGATTTATTTTAAATATGTTAAAAACAGGTAGTTTTTCTAATCAGACAAAAAGGATTA
ATAGTTTGTTTGCTTTAGATTCATCACTTATTTACTTGTTTTTGCTTGGTGTATCAGTTTGGCTTT
TTTATGTTTTTATTCACAAAAAAACTATTTATGGTCTTCAGCTTGAAATATTAAGCAATAAAAAA
AAGATAGACATTTTTTTCAATATAAATGAATTTAAATATAAGTTTTTCGCTGTATTTGGCAGTGC
TTTTTTAAATGGTCTTGCAGGTTCTATGTTTGTAGTGTTTTTTAGACCATATTTGGTTTTAGGGC
TAACTTCAGGACTTGGTTGGAGTAGTCTAATTGTTGCTGTAATTTCAGGATTTAATTATGTTTAT
GTATTATTTTTTAGCTTATTGTTTTCAATATTAATTGAATTTAATAATTTTCTTAATATAAATTAT
GACTTTAAGTATGAATTTATTGGGCTTTGTCAATCAATTGCTATTTTTATCTCTTTATTTTTGATT
AAAGCTAGGAAAAAGTAG
t617.nt (SEQ ID NO:204)
GCCAAGAGTAATTCATTAAATCTTGGGAATGAAGGTCAGATTTATTTTGGGGCATTTTTACTTT
ATATATTTTCAAGTTTTTTTGGATTAACCTATTTTAATTTTGTATTTTTGATACTTTTAAGTTCTT
TTTTTGTAGGACTTTTGGGGCTTATCCCCTTTTTTATTACTTTTTTCTTCGGATTAAATAAAGCCT
TAACAGGTCTTTTAATATCTTATGGAAATCAAAGATTGGTGGATGGATTTATTTTAAATATGTT
AAAAACAGGTAGTTTTTCTAATCAGACAAAAAGGATTAATAGTTTGTTTGCTTTAGATTCATCA
CTTATTTACTTGTTTTTGCTTGGTGTATCAGTTTGGCTTTTTTATGTTTTTATTCACAAAAAAACT
ATTTATGGTCTTCAGCTTGAAATATTAAGCAATAAAAAAAAGATAGACATTTTTTTCAATATAA
ATGAATTTAAATATAAGTTTTTCGCTGTATTTGGCAGTGCTTTTTTAAATGGTCTTGCAGGTTCT
ATGTTTGTAGTGTTTTTTAGACCATATTTGGTTTTAGGGCTAACTTCAGGACTTGGTTGGAGTAG
TCTAATTGTTGCTGTAATTTCAGGATTTAATTATGTTTATGTATTATTTTTTAGCTTATTGTTTTC
AATATTAATTGAATTTAATAATTTTCTTAATATAAATTATGACTTTAAGTATGAATTTATTGGGC
TTTGTCAATCAATTGCTATTTTTATGTCTTTATTTTTGATTAAAGCTAGGAAAAAGTAG
f631.aa (SEQ ID NO:205)
MVVEINSLRTCYLLVLLLLVAYGLVVFYTSSFFLSLELTGNPNFLFFTRLNYLFLSFMVFLVFERISLN
FLKKSIFPVLIITLFLIMATFLSPSISGAKRWIFFQGVSIQPSEIFKTSFTIYLSAYLSKFDPRKNNGISYWI
KPMLIFAIFWVLIILQNDYSTAIYFAILFFIVLFVSNMAFSYVFAIVVTFLPVSAIFLMLEPYRVSRIFAF
LNPYDDPSGKGYQIIASLNALKSGGILGKGLGMGEVKLGKLPEANSDFIFSVLGEELGFLGVLFAISL
FFLFFYFGYFIAIHSNSRFKFFIAFISSLAIFLQSMMNILIAIGLLPPTGINLPFFSSGGSSIIVTMALSGLIS
NVSKNLSNN
t631.aa (SEQ ID NO:206)
RISLNFLKKSIFPVLIITLFLIMATFLSPSISGAKRWIFFQGVSIQPSEIFKISFTIYLSAYLSKFDPRKNNG
ISYWIKPMLIFAIFWVLIILQNDYSTAIYFAILFFIVLFVSNMAFSYVFAIVVTFLPVSAIFLMLEPYRVS
RIFAFLNPYDDPSGKGYQIIASLNALKSGGILGKGLGMGEVKLGKLPEANSDFIFSVLGEELGFLGVL
FAISLFFLFFYFGYFIAIHSNSRFKFFIAFISSLAIFLQSMMNILIAIGLLPPTGINLPFFSSGGSSIIVTMAL
SGLISNVSKNLSNN
f631.nt (SEQ ID NO:207)
ATGGTTGTAGAGATAAATTCACTTAGGACATGTTATTTGCTTGTTTTGCTGCTATTGGTAGCCTA
TGGCCTTGTAGTTTTTTATACTTCTTCCTTTTTTCTAAGCTTAGAATTGACAGGTAATCCAAATT
TTTTATTTTTCACAAGACTTAATTATCTTTTTTTAAGTTTTATGGTTTTTCTTGTTTTTGAAAGGA
TTTCTTTAAATTTTTAAAAAAATCAATATTTCCTGTATTGATTATAACTCTTTTTTTAATTATGG
CAACTTTTTTATCTCCAAGTATTTCTGGAGCAAAGAGATGGATATTCTTTCAAGGTGTTAGCATT
CAACCTTCTGAGATTTTTAAAATATCTTTTACTATTTATCTTTCAGCTTATTTGAGCAAGTTTGA
CCCAAGAAAAAACAATGGTATTTCATACTGGATAAAGCCAATGTTGATTTTTGCAATTTTTTGG
GTGTTAATAATTTTGCAAAACGATTATTCAACAGCTATTTATTTTGCCATTCTTTTTTTTATTGTT
TTGTTTGTTTCTAATATGGCATTTAGCTATGTTTTTGCTATTGTGGTTACTTTTTTACCAGTTTCT
GCTATATTCTTGATGCTTGAACCTTATAGGGTTTCTAGAATTTTTGCCTTTCTCAATCCTTACGA
TGATCCTTCTGGCAAAGGTTACCAGATAATAGCATCTCTTAATGCTTTAAAAAGTGGAGGAATT
TTAGGTAAAGGGCTGGGAATGGGAGAGGTAAAACTTGGAAAATTACCAGAGGCCAATTCGGAT
TTTATTTTTTCAGTTCTTGGAGAAGAATTAGGATTTTTAGGGGTTTTGTTTGCTATAAGCTTGTT
TTTTTTGTTTTTTTACTTTGGTTATTTTATAGCTATTCATTCTAATAGTAGGTTTAAATTTTTTAT
TGCATTTATTTCAAGTCTTGCAATTTTTCTTCAAAGCATGATGAATATTTTAATTGCAATCGGTC
TTTTGCCTCCTACAGGGATAAATTTACCATTTTTTTCATCTGGGGGATCTTCTATTATTGTTACC
ATGGCATTGTCTGGCCTTATTTCAAATGTTTCAAAAAATTTAAGTAATAATTGA
t631.nt (SEQ ID NO:208)
AGGATTTCTTTAAATTTTTTAAAAAAATCAATATTTCCTGTATTGATTATAACTCTTTTTTTAATT
ATGGCAACTTTTTTATCTCCAAGTATTTCTGGAGCAAAGAGATGGATATTCTTTCAAGGTGTTA
GCATTCAACCTTCTGAGATTTTTAAAATATCTTTTACTATTTATCTTTCAGCTTATTTGAGCAAG
TTTGACCCAAGAAAAAACAATGGTATTTCATACTGGATAAAGCCAATGTTGATTTTTGCAATTT
TTTGGGTGTTAATAATTTTGCAAAACGATTATTCAACAGCTATTTATTTTGCCATTCTTTTTTTTA
TTGTTTTGTTTGTTTCTAATATGGCATTTAGCTATGTTTTTGCTATTGTGGTTACTTTTTTACCAG
TTTCTGCTATATTCTTGATGCTTGAACCTTATAGGGTTTCTAGAATTTTTGCCTTTCTCAATCCTT
ACGATGATCCTTCTGGCAAAGGTTACCAGATAATAGCATCTCTTAATGCTTTAAAAAGTGGAGG
AATTTTAGGTAAAGGGCTGGGAATGGGAGAGGTAAAACTTGGAAAATTACCAGAGGCCAATTC
GGATTTTATTTTTTCAGTTCTTGGAGAAGAATTAGGATTTTTAGGGGTTTTGTTTGCTATAAGCT
TGTTTTTTTTGTTTTTTTACTTTGGTTATTTTATAGCTATTCATTCTAATAGTAGGTTTAAATTTT
TTATTGCATTTATTTCAAGTCTTGCAATTTTTCTTCAAAGCATGATGAATATTTTAATTGCAATC
GGTCTTTTGCCTCCTACAGGGATAAATTTACCATTTTTTTCATCTGGGGGATCTTCTATTATTGT
TACCATGGCATTGTCTGGCCTTATTTCAAATGTTTCAAAAAATTTAAGTAATAATTGA
f647.aa (SEQ ID NO:209)
MKVNNFLSFFFRAFFLLFLIVILFFFVLFFIDFIGMYNTKRYFPEFVRTKLLGETSLVFDHNSNIILDEA
RLVKEREAIDIKNQQIEKLKEDLKLKEDSLNKLEFELKQKQKDLDLKQKIIDDIINKYNDEEANILQT
AVYLMNMPPEDAVKRLEDLNPELAISYMRKIEELSKKEGRLSIVPYWLSLMDSKKAAILIRKMSVSS
LE
t647.aa (SEQ ID NO:210)
IDFIGMYNTKRYFPEFVRTKLLGETSLVFDHNSNIILDEARLVKEREAIDIKNQQIEKLKEDLKLKEDS
LNKLEFELKQKQKDLDLKQKIIDDIINKYNDEEANILQTAVYLMNMPPEDAVKRLEDLNPELAISYM
RKIEELSKKEGRLSIVPYWLSLMDSKKAAILIRKMSVSSLE
f647.nt (SEQ ID NO:211)
ATGAAAGTGAATAATTTTTTATCGTTCTTTTTTAGGGCATTTTTTTTGTTATTTTTAATTGTTATT
TTATTTTTCTTTGTATTATTCTTTATTGATTTTATTGGAATGTATAATACTAAAAGATATTTCCCC
GAATTTGTAAGAACCAAGTTGTTAGGAGAAACTTCTCTGGTCTTTGATCATAATTCTAATATAA
TTCTTGATGAAGCTAGACTTGTGAAGGAAAGAGAAGCTATTGATATTAAGAATCAGCAGATTG
AAAAGCTTAAAGAAGATCTAAAGTTAAAAGAAGACAGTTTAAATAAGCTTGAATTTGAGCTTA
AGCAAAAGCAGAAAGATTTAGATTTAAAACAAAAAATAATAGATGACATTATAAATAAATATA
ATGATGAGGAAGCAAATATTTTGCAAACAGCTGTATATTTAATGAATATGCCACCAGAAGATGC
TGTTAAGCGGCTTGAAGATTTAAATCCCGAGCTTGCAATATCTTATATGCGGAAAATTGAAGAG
CTTTCCAAAAAAGAAGGTCGTTTATCAATTGTTCCTTATTGGTTATCTCTTATGGATTCTAAAAA
AGCTGCTATATTGATTAGAAAAATGTCTGTTAGTTCATTGGAGTAG
t647.nt (SEQ ID NO:212)
ATTGATTTTATTGGAATGTATAATACTAAAAGATATTTCCCCGAATTTGTAAGAACCAAGTTGT
TAGGAGAAACTTCTCTGGTCTTTGATCATAATTCTAATATAATTCTTGATGAAGCTAGACTTGTG
AAGGAAAGAGAAGCTATTGATATTAAGAATCAGCAGATTGAAAAGCTTAAAGAAGATCTAAAG
TTAAAAGAAGACAGTTTAAATAAGCTTGAATTTGAGCTTAAGCAAAAGCAGAAAGATTTAGAT
TTAAAACAAAAAATAATAGATGACATTATAAATAAATATAATGATGAGGAAGCAAATATTTTG
CAAACAGCTGTATATTTAATGAATATGCCACCAGAAGATGCTGTTAAGCGGCTTGAAGATTTAA
ATCCCGAGCTTGCAATATCTTATATGCGGAAAATTGAAGAGCTTTCCAAAAAAGAAGGTCGTTT
ATCAATTGTTCCTTATTGGTTATCTCTTATGGATTCTAAAAAAGCTGCTATATTGATTAGAAAAA
TGTCTGTTAGTTCATTGGAGTAG
f653.aa (SEQ ID NO:213)
MLTYGDMVTLLLVFFVTMFSLNDIIFQENVIRIMSASFTGAGFFKGGKTLDFSKLSYLSNSFMSLPST
VRNKQASQTAKNKSMIEFIEKIQSKNIVVRQEERGIVISLAADAFFDSASADVKLEENRDSIQKIASFI
GFLSPRGYNFKIEGHTDNIDTDVNGPWKSNWELSAARSVNMLEHILNYLDQSDVKRIENNFEVSGF
GGSRPIATDDTPEGRAYNRRIDILITTDASLSTPKEIKQ
t653.aa (SEQ ID NO:214)
NDIIFQENVIRIMSASFTGAGFFKGGKTLDFSKLSYLSNSFMSLPSTVRNKQASQTAKNKSMIEFIEKI
QSKNIVVRQEERGIVISLAADAFFDSASADVKLEENRDSIQKIASFIGFLSPRGYNFKIEGHTDNIDTD
VNGPWKSNWELSAARSVNMLEHILNYLDQSDVKRIENNFEVSGFGGSRPIATDDTPEGRAYNRRIDI
LITTDASLSFPKEIKQ
f653.nt (SEQ ID NO:215)
ATGTTGACTTATGGAGACATGGTTACTTTGCTGCTTGTGTTTTTTGTTACAATGTTTTCATTAAA
TGATATTATTTTTCAAGAAAATGTGATAAGAATAATGTCTGCTTCTTTCACGGGTGCTGGATTTT
TCAAGGGCGGTAAAACTTTAGATTTTAGTAAATTATCTTATTTGAGTAATAGCTTTATGTCTTTG
CCTTCTACTGTGCGCAATAAACAAGCATCTCAGACTGCTAAAAATAAATCCATGATTGAATTTA
TTGAGAAGATTCAGTCTAAAAATATTGTAGTTAGGCAAGAAGAAAGAGGTATTGTAATATCTCT
TGCAGCAGATGCATTTTTTGATTCTGCTAGTGCAGATGTTAAGCTTGAAGAGAATAGAGATTCT
ATTCAAAAAATAGCATCTTTTATTGGCTTTTTAAGTCCTAGAGGCTATAATTTTAAAATAGAAG
GGCATACAGATAATATTGATACTGATGTAAATGGACCTTGGAAAAGCAATTGGGAACTTTCGGC
TGCTAGATCTGTTAATATGCTGGAACATATTTTGAACTATTTAGATCAATCTGATGTTAAAAGA
ATTGAAAATAATTTTGAAGTATCTGGTTTTGGTGGAAGTAGGCCTATTGCAACAGACGATACCC
CTGAGGGTAGGGCTTATAATAGAAGAATTGATATATTAATTACTACAGATGCATCTTTAAGTTT
CCCTAAGGAAATTAAGCAGTAA
t653.nt (SEQ ID NO:216)
AATGATATTATTTTTCAAGAAAATGTGATAAGAATAATGTCTGCTTCTTTCACGGGTGC
TGGATTTTTCAAGGGCGGTAAAACTTTAGATTTTAGTAAATTATCTTATTTGAGTAATAGCTTTA
TGTCTTTGCCTTCTACTGTGCGCAATAAACAAGCATCTCAGACTGCTAAAAATAAATCCATGAT
TGAATTTATTGAGAAGATTCAGTCTAAAAATATTGTAGTTAGGCAAGAAGAAAGAGGTATTGTA
ATATCTCTTGCAGCAGATGCATTTTTTGATTCTGCTAGTGCAGATGTTAAGCTTGAAGAGAATA
GAGATTCTATTCAAAAAATAGCATCTTTTATTGGCTTTTTAAGTCCTAGAGGCTATAATTTTAAA
ATAGAAGGGCATACAGATAATATTGATACTGATGTAAATGGACCTTGGAAAAGCAATTGGGAA
CTTTCGGCTGCTAGATCTGTTAATATGCTGGAACATATTTTGAACTATTTAGATCAATCTGATGT
TAAAAGAATTGAAAATAATTTTGAAGTATCTGGTTTTGGTGGAAGTAGGCCTATTGCAACAGAC
GATACCCCTGAGGGTAGGGCTTATAATAGAAGAATTGATATATTAATTACTACAGATGCATCTT
TAAGTTTCCCTAAGGAAATTAAGCAGTAA
f664.aa (SEQ ID NO:217)
MRMSVYTMGFAYIRSIMGYVVLFFFASLAVNFFVNIIQVGFFITFKSLEPRWDKISFNFSRWAKNSFF
SAGAFFNLFKSLLKVVIICLIYYFIIENNIGKISKLSEYTLQSGISIVLVIAYKICFFSVMFLAIVGVFDYL
FQRSQYIESLKMTKEEVKQERKEMEGDPLLRSRIKERMRVILSTNLRVAIPQADVVITNPEHFAVAIK
WDSETMLAPKVLAKGQDEIALTIKKIARENNVPLMENKLLARALYANVKVNEEIPREYWEIVSKILV
RVYSITKKFN
t664.aa (SEQ ID NO:218)
FVNIIQVGFFITFKSLEPRWDKISFNFSRWAKNSFFSAGAFFNLFKSLLKVVIICLIYYFIIENNIGKISKL
SEYTLQSGISIVLVIAYKICFFSVMFLAIVGVFDYLFQRSQYIESLKMTKEEVKQERKEMEGDPLLRSR
IKERMRVILSTNTLRVAIPQADVVITNPEHFAVAIKWDSETMLAPKVLAKGQDEIALTIKKIARENNVP
LMENKLLARALYANVKVNEEIPREYWEIVSKILVRVYSITKKFN
f664.nt (SEQ ID NO:219)
ATGCGTATGAGTGTTTATACTATGGGTTTTGCATATATTAGATCTATCATGGGGTATGTCGTTTT
GTTTTTTTTCGCATCTTTAGCTGTTAATTTTTTTGTTAATATTATTCAAGTAGGCTTTTTTATTAC
TTTTAAATCTTTGGAGCCAAGGTGGGATAAAATTAGTTTTAATTTTTCCAGATGGGCAAAAAAT
TCTTTTTTTTCAGCAGGGGCTTTTTTCAATTTGTTTAAAAGTTTGTTAAAAGTTGTTATAATATG
CTTGATATATTATTTTATTATAGAAAACAATATAGGCAAAATTTCTAAGCTTTCGGAGTATACA
CTTCAATCTGGAATTTCTATTGTGTTAGTGATTGCCTATAAGATATGTTTTTTTTCAGTAATGTT
TTTGGCAATTGTAGGGGTGTTTGATTATTTGTTTCAAAGATCTCAGTACATTGAGAGTTTGAAA
ATGACAAAAGAAGAGGTAAAGCAGGAAAGAAAGGAAATGGAAGGTGATCCTTTACTTCGATCT
AGAATAAAAGAGAGAATGAGGGTTATTTTAAGTACCAATTTAAGAGTAGCTATTCCTCAAGCA
GATGTAGTAATTACAAATCCAGAACATTTTGCAGTTGCTATTAAATGGGATAGCGAAACAATGT
TAGCTCCAAAGGTGCTTGCAAAAGGTCAAGATGAAATAGCTCTCACAATTAAAAAAATTGCAA
GAGAAAATAATGTTCCTTTAATGGAAAATAAGCTCCTTGCAAGAGCTCTTTATGCTAATGTTAA
GGTTAATGAAGAGATTCCAAGAGAATATTGGGAGATTGTTTCAAAAATTCTTGTGAGAGTATAT
TCTATTACTAAAAAGTTTAATTAG
t664.nt (SEQ ID NO:220)
TTTGTTAATATTATTCAAGTAGGCTTTTTTATTACTTTTAAATCTTTGGAGCCAAGGTGGGATAA
AATTAGTTTTAATTTTTCCAGATGGGCAAAAAATTCTTTTTTTTCAGCAGGGGCTTTTTTCAATT
TGTTTAAAAGTTTGTTAAAAGTTGTTATAATATGCTTGATATATTATTTTATTATAGAAAACAAT
ATAGGCAAAATTTCTAAGCTTTCGGAGTATACACTTCAATCTGGAATTTCTATTGTGTTAGTGAT
TGCCTATAAGATATGTTTTTTTTCAGTAATGTTTTTGGCAATTGTAGGGGTGTTTGATTATTTGT
TTCAAAGATCTCAGTACATTGAGAGTTTGAAAATGACAAAAGAAGAGGTAAAGCAGGAAAGAA
AGGAAATGGAAGGTGATCCTTTACTTCGATCTAGAATAAAAGAGAGAATGAGGGTTATTTTAA
GTACCAATTTAAGAGTAGCTATTCCTCAAGCAGATGTAGTAATTACAAATCCAGAACATTTTGC
AGTTGCTATTAAATGGGATAGCGAAACAATGTTAGCTCCAAAGGTGCTTGCAAAAGGTCAAGA
TGAAATAGCTCTCACAATTAAAAAAATTGCAAGAGAAAATAATGTTCCTTTAATGGAAAATAAG
CTCCTTGCAAGAGCTCTTTATGCTAATGTTAAGGTTAATGAAGAGATTCCAAGAGAATATTGGG
AGATTGTTTCAAAAATTCTTGTGAGAGTATATTCTATTACTAAAAAGTTTAATTAG
f680.aa (SEQ ID NO:221)
MFTLSFVLINFIITGILILMLEFNFLKVDFKGNILLAGIFMGLMQGLGALPGISRSGITIFSASVTGFNRK
SAFEISFLSLIPIVFGAILLKHKEFYDIFMVLNFFEINLGALVAFVVGIFSINFFFKMLNNKKLYYFSIYL
FALSIIVCYFVRI
t680.aa (SEQ ID NO:222)
ITGILILMLEFNFLKVDFKGNILLAGIFMGLMQGLGALPGISRSGITIFSASVIGFNRKSAFEISFLSLIPI
VFGAILLKHKEFYDIFMVLNFFEINLGALVAFVVGIFSINFFFKMLNNKKLYYFSIYLFALSIIVCYFVR
I
f680.nt (SEQ ID NO:223)
ATGTTTACATTGTCTTTCGTTTTAATTAATTTTATTATAACAGGGATTTTAATCTTGATGCTAGA
ATTTAATTTTTTAAAAGTTGATTTTAAAGGTAATATTTTGTTAGCAGGAATTTTTATGGGGCTGA
TGCAAGGCTTGGGTGCGCTTCCAGGAATCTCTCGTTCAGGAATTACGATCTTTTCGGCATCGGT
TATTGGATTTAATAGAAAAAGTGCATTTGAAATTTCATTTTTATCTTTAATTCCAATAGTTTTTG
GAGCGATTTTATTAAAACATAAAGAATTTTATGATATTTTTATGGTTTTAAATTTTTTTGAAATA
AACTTAGGAGCATTAGTTGCTTTTGTTGTTGGTATTTTCTCAATAAATTTCTTTTTTAAAATGCT
TAATAACAAAAAACTGTATTATTTTTCTATATATTTATTTGCACTTTCAATTATAGTTTGTTATTT
TGTTAGAATATGA
t680.nt (SEQ ID NO:224)
ATAACAGGGATTTTAATCTTGATGCTAGAATTTAATTTTTTAAAAGTTGATTTTAAAGGTAATAT
TTTGTTAGCAGGAATTTTTATGGGGCTGATGCAAGGCTTGGGTGCGCTTCCAGGAATCTCTCGT
TCAGGAATTACGATCTTTTCGGCATCGGTTATTGGATTTAATAGAAAAAGTGCATTTGAAATTT
CATTTTTATCTTTAATTCCAATAGTTTTTGGAGCGATTTTATTAAAACATAAAGAATTTTATGAT
ATTTTTATGGTTTTAAATTTTTTTGAAATAAACTTAGGAGCATTAGTTGCTTTTGTTGTTGGTAT
TTTCTCAATAAATTTCTTTTTTAAAATGCTTAATAACAAAAAACTGTATTATTTTTCTATATATTT
ATTTGCACTTTCAATTATAGTTTGTTATTTTGTTAGAATATGA
f688.aa (SEQ ID NO:225)
MIVLLISIGCANAVHIINEIFKLIKKEQLSKESIKATIKKLKTPILLTSFTTAFGFLSLTTSSINAYKTMGI
FMSIGVIISMIISLTVLPGIITLIPFAKKKSFEKEKENKLNKISFLERLAKLNTQITKSILKRKYTSSIMVLI
ILGISFVGLLKIEINFDEKDYFKESTSVKKTLNLMQKEMGGISIFKIEIEGRPGEFKNAKAMQILDLITD
KLDAFSAKTQSSSINGILKFTNFKIKKESPLEYKLPENKIILNKLINLIDKSDWTKDNKRMYINDDWSL
ISIIVRIEDNSTEGIKKFEKYAINTINEYMKNNKYHFSGVYDKVLIAKTMVKEQVINIITTLGSITLLLM
FFFKSIKTGIIIAIPVAWSVFLNFAVMRLFGITLNPATATIASVSMGVGVDYSIHFFNTFILQYQKNQIY
KTALLESIPNVFNGIFANSISVGIGFLTLTFSSYKIISTLGAIIAFTMLTTSLASLTLLPLLIYLFKPRVKL
ASNNNFKKLKQ
t688.aa (SEQ ID NO:226)
YKTMGIFMSIGVIISMIISLTVLPGIITLIPFAKKKSFEKEKENKLNKISFLERLAKLNTQITKSILKRKYT
SSIMVLIILGISFVGLLKIEINFDEKDYFKESTSVKKTLNLMQKEMGGISIFKIEIEGRPGEFKNAKAMQ
ILDLITDKLDAFSAKTQSSSINGILKFTNFKIKKESPLEYKLPENKIILNKLINLIDKSDWTKDNKRMYI
NDDWSLISIIVRIEDNSTEGIKKFEKYAINTINEYMKNNKYHFSGVYDKVLIAKTMVKEQVINIITTLG
SITLLLMFFFKSIKTGIIIAIPVAWSVFLNFAVMRLFGITLNPATATIASVSMGVGVDYSIHFFNTFILQY
QKNQIYKTALLESIPNVFNGIFANSISVGIGFLTLTFSSYKIISTLGAIIAFTMLTTSLASLTLLPLLIYLF
KPRVKLASNNNFKKLKQ
f688.nt (SEQ ID NO:227)
ATGATTGTTTTACTTATTTCAATCGGATGCGCCAATGCTGTACATATAATAAATGAAATATTTAA
ATTAATAAAAAAAGAACAGCTCTCAAAAGAATCCATAAAAGCAACAATTAAAAAACTTAAAAC
ACCCATCCTGCTAACATCTTTTACAACTGCATTTGGATTTTTATCTCTTACAACCTCTTCAATTA
ATGCCTACAAAACAATGGGTATTTTCATGTCAATTGGAGTAATTATCTCAATGATAATCTCATT
AACCGTTTTACCTGGAATAATAACATTAATCCCATTTGCAAAAAAAAAGTCTTTTGAAAAAGAA
AAAGAAAATAAACTAAATAAAATATCCTTCCTTGAAAGACTTGCCAAACTAAATACGCAAATAA
CAAAATCTATATTAAAAAGAAAATATACATCCTCTATAATGGTCCTCATCATACTGGGAATTTC
TTTTGTAGGTCTTTTAAAAATCGAAATCAATTTTGATGAAAAAGATTACTTTAAAGAAAGCACA
AGTGTAAAAAAAACATTAAACCTAATGCAAAAAGAAATGGGGGGAATATCGATTTTCAAAATA
GAAATTGAAGGCAGGCCCGGTGAATTTAAAAATGCTAAAGCAATGCAAATATTAGACTTAATT
ACAGATAAGCTTGATGCATTTTCTGCAAAAACTCAATCTAGTTCTATTAATGGCATTTTAAAATT
TACAAATTTTAAAATTAAAAAAGAATCCCCACTAGAGTATAAACTGCCTGAAAATAAAATTATA
CTAAACAAACTAATAAATTTGATAGATAAAAGCGATTGGACTAAGGACAATAAAAGAATGTAC
ATTAACGATGACTGGTCATTAATATCTATCATAGTAAGAATTGAAGACAACTCAACCGAAGGAA
TAAAAAAATTTGAAAAATATGCTATTAACACAATTAATGAATATATGAAAAATAATAAATATCA
TTTCTCAGGTGTTTATGATAAGGTATTAATAGCTAAAACAATGGTAAAAGAACAGGTTATAAAC
ATTATAACAACTCTTGGATCAATAACACTACTACTTATGTTTTTCTTTAAATCTATAAAAACCGG
AATAATTATTGCAATCCCAGTAGCATGGTCAGTGTTTTTAAACTTTGCTGTAATGAGATTATTTG
GGATAACCTTAAACCCCGCAACGGCAACAATTGCATCTGTAAGCATGGGAGTAGGAGTAGATT
ATTCAATTCATTTTTTCAATACATTTATTTTACAATACCAAAAAAATCAAATCTACAAAACTGCA
CTTCTTGAATCAATACCCAATGTATTTAATGGAATATTTGCAAATTCTATTTCTGTTGGAATAGG
ATTTTTAACTCTAACATTTTCGTCTTATAAAATAATATCAACTCTTGGAGCAATAATTGCTTTTA
CAATGCTAACGACATCTCTTGCATCACTAACTCTTCTTCCATTATTAATTTATTTATTTAAACCT
AGAGTAAAGCTAGCCTCAAACAACAATTTTAAAAAATTAAAACAATAA
t688.nt (SEQ ID NO:228)
TACAAAACAATGGGTATTTTCATGTCAATTGGAGTAATTATCTCAATGATAATCTCATTAACCG
TTTTACCTGGAATAATAACATTAATCCCATTTGCAAAAAAAAAGTCTTTTGAAAAAGAAAAAGA
AAATAAACTAAATAAAATATCCTTCCTTGAAAGACTTGCCAAACTAAATACGCAAATAACAAAA
TCTATATTAAAAAGAAAATATACATCCTCTATAATGGTCCTCATCATACTGGGAATTTCTTTTGT
AGGTCTTTTAAAAATCGAAATCAATTTTGATGAAAAAGATTACTTTAAAGAAAGCACAAGTGTA
AAAAAAACATTAAACCTAATGCAAAAAGAAATGGGGGGAATATCGATTTTCAAAATAGAAATT
GAAGGCAGGCCCGGTGAATTTAAAAATGCTAAAGCAATGCAAATATTAGACTTAATTACAGAT
AAGCTTGATGCATTTTCTGCAAAAACTCAATCTAGTTCTATTAATGGCATTTTAAAATTTACAAA
TTTTAAAATTAAAAAAGAATCCCCACTAGAGTATAAACTGCCTGAAAATAAAATTATACTAAAC
AAACTAATAAATTTGATAGATAAAAGCGATTGGACTAAGGACAATAAAAGAATGTACATTAAC
GATGACTGGTCATTAATATCTATCATAGTAAGAATTGAAGACAACTCAACCGAAGGAATAAAA
AAATTTGAAAAATATGCTATTAACACAATTAATGAATATATGAAAAATAATAAATATCATTTCT
CAGGTGTTTATGATAAGGTATTAATAGCTAAAACAATGGTAAAAGAACAGGTTATAAACATTAT
AACAACTCTTGGATCAATAACACTACTACTTATGTTTTTCTTTAAATCTATAAAAACCGGAATAA
TTATTGCAATCCCAGTAGCATGGTCAGTGTTTTTAAACTTTGCTGTAATGAGATTATTTGGGATA
ACCTTAAACCCCGCAACGGCAACAATTGCATCTGTAAGCATGGGAGTAGGAGTAGATTATTCAA
TTCATTTTTTCAATACATTTATTTTACAATACCAAAAAAATCAAATCTACAAAACTGCACTTCTT
GAATCAATACCCAATGTATTTAATGGAATATTTGCAAATTCTATTTCTGTTGGAATAGGATTTTT
AACTCTAACATTTTCGTCTTATAAAATAATATCAACTCTTGGAGCAATAATTGCTTTTACAATGC
TAACGACATCTCTTGCATCACTAACTCTTCTTCCATTATTAATTTATTTATTTAAACCTAGAGTA
AAGCTAGCCTCAAACAACAATTTTAAAAAATTAAAACAATAA
f704.aa (SEQ ID NO:229)
MNYTKFQEFISEFLGTFILLALGTGSVAMTVLFSSSPEIPGEIIKGGYTNIVFGWGLGVTFGIYTAARM
SGAHLNPAVSIGLASVGKFPVSKLLHYIVAQILGAFTGALMTLVVFYPKWIEMDPGLENTQGIMATF
PAVPGFLPGFIDQIFGTFLLMFLISVVGDFTKKHSDNPFIPFIVGAVVLSIGISFGGMNGYAINPARDLG
PRILLLFAGFKNHGFNNLSIVIVPIIGPIIGAILGATIYEFTLKNNKD
t704.aa (SEQ ID NO:230)
GEIIKGGYTNIVFGWGLGVTFGIYTAARMSGAHLNPAVSIGLASVGKFPVSKLLHYIVAQIL
GAFTGALMTLVVFYPKWIEMDPGLENTQGIMATFPAVPGFLPGFIDQIFGTFLLMFLISVVGDFTKK
HSDNPFIPFIVGAVVLSIGISFGGMNGYAINPARDLGPRILLLFAGFKNHGFNNLSIVIVPIIGPIIGAILG
ATIYEFTLKNNKD
f704.nt (SEQ ID NO:231)
ATGAATTATACAAAATTCCAAGAATTTATATCGGAATTTTTGGGAACATTTATCCTATTGGCTCT
AGGAACTGGATCTGTTGCAATGACAGTATTATTTTCCTCAAGTCCCGAAATACCAGGAGAAATA
ATAAAAGGAGGATATACAAATATAGTATTTGGATGGGGATTGGGTGTAACGTTTGGTATTTACA
CAGCAGCAAGAATGAGCGGAGCACACCTAAACCCAGCTGTTAGCATAGGATTAGCAAGTGTTG
GAAAGTTTCCCGTTTCAAAACTTTTACATTACATTGTAGCACAAATATTAGGAGCTTTTACAGG
TGCATTAATGACACTTGTCGTATTTTATCCTAAATGGATAGAAATGGATCCTGGCTTAGAAAAT
ACTCAAGGAATAATGGCAACTTTCCCTGCTGTTCCTGGATTTTTGCCTGGATTTATTGATCAAAT
TTTTGGAACTTTTTTGCTAATGTTTTTAATTTCTGTTGTTGGAGATTTTACAAAAAAACACAGCG
ACAATCCATTTATTCCTTTTATTGTAGGAGCAGTGGTTTTATCAATAGGGATAAGTTTCGGAGG
AATGAACGGTTATGCTATTAATCCTGCAAGGGATCTGGGACCAAGAATTTTACTCTTATTTGCT
GGATTTAAAAATCACGGATTTAACAATCTAAGTATAGTTATTGTACCAATAATTGGCCCAATAA
TTGGAGCAATTTTGGGAGCTACAATTTACGAATTTACACTAAAAAATAACAAAGACTAA
t704.nt (SEQ ID NO:232)
GGAGAAATAATAAAAGGAGGATATACAAATATAGTATTTGGATGGGGATTGGGTGTAACGTTT
GGTATTTACACAGCAGCAAGAATGAGCGGAGCACACCTAAACCCAGCTGTTAGCATAGGATTA
GCAAGTGTTGGAAAGTTTCCCGTTTCAAAACTTTTACATTACATTGTAGCACAAATATTAGGAG
CTTTTACAGGTGCATTAATGACACTTGTCGTATTTTATCCTAAATGGATAGAAATGGATCCTGG
CTTAGAAAATACTCAAGGAATAATGGCAACTTTCCCTGCTGTTCCTGGATTTTTGCCTGGATTTA
TTGATCAAATTTTTGGAACTTTTTTGCTAATGTTTTTAATTTCTGTTGTTGGAGATTTTACAAAA
AAACACAGCGACAATCCATTTATTCCTTTTATTGTAGGAGCAGTGGTTTTATCAATAGGGATAA
GTTTCGGAGGAATGAACGGTTATGCTATTAATCCTGCAAGGGATCTGGGACCAAGAATTTTACT
CTTATTTGCTGGATTTAAAAATCACGGATTTAACAATCTAAGTATAGTTATTGTACCAATAATTG
GCCCAATAATTGGAGCAATTTTGGGAGCTACAATTTACGAATTTACACTAAAAAATAACAAAG
ACTAA
f707.aa (SEQ ID NO:233)
MRRLFLLYILCSFVFLNLFAQGSSSYIDKQKELAIFYYEVGQRYINVGKIKKGKLFQAKALKIYPDLK
KGFDIKLAVKELDARIKDDNPKVVMLEDIKLEEIPGIVHEKIEINDFTNAPKIEYIAQRERSKNQDKII
KFQFGKFARALISRNFDLFDSVIADKVNVMGQFESKNDFISTLSSASSKADADELEYLSVDDYYDLK
SLKISKSNDTSFAVNVNAKKNDVTKNFPFWKERQTLIFTTEDDNNWFLSSIN
t707.aa (SEQ ID NO:234)
MRRLFLLYILCSFVFLNLFAQGSSSYIDKQKELAIFYYEVGQRYINVGKIKKGKLFQAKALKIYPDLK
KGFDIKLAVKELDARIKDDNPKVVMLEDIKLEEIPGIVHEKIEINDFTNAPKIEYIAQRERSKNQDKII
KFQFGKFARALISRNFDLFDSVIADKVNVMGQFESKNDFISTLSSASSKADADELEYLSVDDYYDLK
SLKISKSNDTSFAVNVNAKKNDVTKNFPFWKERQTLIFTTEDDNNWFLSSIN
f707.nt (SEQ ID NO:235)
ATGAGAAGATTATTTCTTCTATATATTTTATGTTCTTTTGTTTTTTTGAATTTATTTGCTC
AAGGTAGTTCTTCTTATATTGATAAGCAAAAAGAGCCTGCTATTTTTTATTATGAGGTTGGTCA
AAGATATATAAACGTTGGTAAAATTAAAAAAGGAAAGCTTTTTCAAGCAAAAGCTTTAAAGAT
TTATCCAGATTTGAAAAAGGGGTTTGATATCAAGCTTGCAGTTAAAGAGCTTGATGCTAGGATT
AAAGATGACAATCCCAAGGTTGTTATGCTTGAGGATATTAAGCTTGAGGAGATACCTGGAATA
GTGCACGAAAAAATAGAAATCAATGATTTTACAAATGCTCCTAAAATAGAATATATTGCTCAAA
GAGAGAGAAGCAAAAATCAAGATAAAATTATTAAGTTTCAATTTGGAAAGTTTGCAAGAGCTT
TAATTTCTAGGAACTTTGATTTGTTTGATTCAGTTATTGCGGATAAAGTTAACGTTATGGGTCAA
TTTGAATCAAAAAATGATTTTATATCAACTTTATCAAGTGCTTCATCTAAGGCCGATGCTGATG
AGTTAGAGTATTTATCAGTTGATGATTATTACGATTTAAAGTCTTTAAAAATTTCAAAATCCAA
CGATACTTCTTTTGCTGTTAATGTTAATGCCAAAAAAAATGATGTTACTAAAAATTTTCCATTTT
GGAAAGAACGTCAAACTTTAATTTTTACTACAGAGGATGATAATAATTGGTTTTTGTCTTCCAT
AAATTGA
t707.nt (SEQ ID NO:236)
CAAGGTAGTTCTTCTTATATTGATAAGCAAAAAGAGCTTGCTATTTTTTATTATGAGGTTGGTCA
AAGATATATAAACGTTGGTAAAATTAAAAAAGGAAAGCTTTTTCAAGCAAAAGCTTTAAAGAT
TTATCCAGATTTGAAAAAGGGGTTTGATATCAAGCTTGCAGTTAAAGAGCTTGATGCTAGGATT
AAAGATGACAATCCCAAGGTTGTTATGCTTGAGGATATTAAGCTTGAGGAGATACCTGGAATA
GTGCACGAAAAAATAGAAATCAATGATTTTACAAATGCTCCTAAAATAGAATATATTGCTCAAA
GAGAGAGAAGCAAAAATCAAGATAAAATTATTAAGTTTCAATTTGGAAAGTTTGCAAGAGCTT
TAATTTCTAGGAACTTTGATTTGTTTGATTCAGTTATTGCGGATAAAGTTAACGTTATGGGTCAA
TTTGAATCAAAAAATGATTTTATATCAACTTTATCAAGTGCTTCATCTAAGGCCGATGCTGATG
AGTTAGAGTATTTATCAGTTGATGATTATTACGATTTAAAGTCTTTAAAAATTTCAAAATCCAA
CGATACTTCTTTTGCTGTTAATGTTAATGCCAAAAAAAATGATGTTACTAAAAATTTTCCATTTT
GGAAAGAACGTCAAACTTTAATTTTTACTACAGAGGATGATAATAATTGGTTTTTGTCTTCCAT
AAATTGA
f709.aa (SEQ ID NO:237)
MLIFGFIGLFFLNIFSLHAQGIVTNKDAQEEFKWALNSYNNGIYDDALLSFKKILSFDPNNLDYHFWT
GNVYYRLGYVEEALMEWRNLKDQGYKVPYLRHLISTIEQRRGIFSNYELNFKKLVKVASLDNSIYK
RPHGYQITSLRADKYGGYYAANFVGNEILYFDVNNNVNALVKDGFSYLKSPYDVIEANNLLYVTLY
SSDEIGVYDKVLGVKRKSIGNKGTKDGELLAPQYMAIDKRNYIYVSEWGNKRVSKFGLEGDFILHF
GSRTSGYKGLLGPTGVTYLNENIYVADSLRNTIEVFDTSGNHLYSVFTSIEGIEGLSSDFVGNNVIVSS
KDGVYKYSIAKKTITKILKADKMNSKISSSILDANNQMIVSDFNNAKVSVYKSDASLYDSLNVDVRR
IIRLGGPKIYVELNVSSKSGLPVVGLKSENFSISNENYYIVNPKVAYNVNASKDINIAVVFDKSSYMK
KYDTDQIVGLNALMELSKNKNFSFINATSVPIIDNIESLTNSIRNTSSLGPYSTDAVKTDVSLKLAGSG
LMSKSSRRAVVYFSGGILNRKAFEKYSLDTIVSYYKNNDIRFYLILFGNDPINSKLQYLVNETGGAVI
PFSSYEGVSKVYDLILEQKTGTYLLEYYYPGPQEPNKYFNLSVEANINQQTGRGEFAYFIN
t709.aa (SEQ ID NO:238)
QGIVTNKDAQEEFKWALNSYNNGIYDDALLSFKKILSFDPNNLDYHFWTGNVYYRLGYVEEALME
WRNLKDQGYKVPYLRHLISTIEQRRGIFSNYELNFKKLVKVASLDNSIYKRPHGYQITSLRADKYGG
YYAANFVGNEILYFDVNNNVNALVKDGFSYLKSPYDVIEANNLLYVTLYSSDEIGVYDKVLGVKRK
SIGNKGTKDGELLAPQYMAIDKRNYIYVSEWGNKRVSKFGLEGDFILHFGSRTSGYKGLLGPTGVT
YLNENIYVADSLRNTIEVFDTSGNHLYSVFTSIEGIEGLSSDFVGNNVIVSSKDGVYKYSIAKKTITKI
LKADKMNSKISSSILDANNQMIVSDFNNAKVSVYKSDASLYDSLNVDVRRIIRLGGPKIYVELNVSS
KSGLPVVGLKSENFSISNENYYIVNPKVAYNVNASKDINIAVVFDKSSYMKKYDTDQIVGLNALME
LSKNKNFSFINATSVPIIDNIESLTNSIRNTSSLGPYSTDAVKTDVSLKLAGSGLMSKSSRRAVVYFSG
GILNRKAFEKYSLDTIVSYYKNNDIRFYLILFGNDPINSKLQYLVNETGGAVIPFSSYEGVSKVYDLIL
EQKTGTYLLEYYYPGPQEPNKYFNLSVEANINQQTGRGEFAYFIN
f709.nt (SEQ ID NO:239)
ATGTTAATTTTTGGTTTTATTGGTTTGTTTTTTTTAAATATTTTTAGTTTGCATGCCCAAGGAATA
GTTACTAATAAAGATGCTCAAGAAGAGTTTAAATGGGCTCTTAATTCTTATAATAATGGAATTT
ACGATGATGCTCTTTTATCTTTTAAAAAAATTTTAAGCTTTGATCCTAATAATCTTGATTATCAT
TTTTGGACTGGCAATGTTTATTATAGACTGGGTTATGTTGAAGAAGCTTTAATGGAATGGAGAA
ATTTAAAAGATCAAGGCTATAAGGTTCCCTATCTTAGACATTTGATTTCTACTATTGAGCAAAG
GAGAGGTATTTTTTCAAATTATGAACTTAATTTTAAAAAACTTGTAAAAGTTGCTTCTCTTGATA
ATTCTATTTATAAAAGGCCACATGGGTACCAGATTACATCTTTAAGGGCTGATAAGTACGGCGG
ATATTACGCTGCTAACTTTGTAGGCAATGAAATATTGTATTTTGATGTTAATAACAATGTTAAT
GCTTTAGTTAAAGATGGCTTTAGTTATTTAAAATCACCTTATGATGTTATTGAAGCTAATAATCT
GCTTTATGTGACTCTTTATTCAAGTGATGAAATTGGTGTTTATGACAAAGTTCTTGGAGTTAAA
AGGAAATCTATTGGGAATAAAGGCACAAAAGATGGCGAATTGCTTGCTCCTCAGTATATGGCT
ATTGATAAGAGAAACTATATTTATGTAAGTGAGTGGGGAAATAAAAGAGTAAGTAAATTTGGA
CTTGAAGGTGATTTTATTTTGCATTTTGGTTCTAGAACTTCAGGCTATAAGGGCCTTTTAGGTCC
CACAGGCGTTACTTATTTGAATGAAAACATTTATGTTGCAGATTCTCTGAGAAATACCATTGAA
GTTTTTTGATACTAGTGGTAATCATTTATATTCAGTTTTTACTTCTATTGAGGGAATAGAGGGGCT
TAGCAGTGATTTTGTAGGTAATAATGTTATAGTATCCTCAAAAGATGGTGTTTATAAATATAGC
ATTGCTAAAAAGACAATTACAAAAATTTTAAAAGCAGATAAAATGAATTCTAAAATTTCTTCAT
CTATTTTGGATGCCAATAATCAGATGATTGTCTCAGATTTTAATAATGCCAAGGTTTCAGTTTAC
AAGAGTGATGCAAGCCTTTATGATAGTTTAAATGTTGATGTTAGAAGAATAATTAGGCTTGGAG
GGCCTAAAATTTACGTTGAGCTTAATGTTAGCAGTAAAAGCGGATTACCAGTTGTTGGGCTTAA
AAGTGAAAATTTTTCAATTTCAAATGAAAATTATTACATTGTCAATCCCAAGGTGGCATATAAT
GTAAATGCTTCAAAAGACATTAATATAGCAGTTGTTTTTGATAAATCTTCTTATATGAAAAAAT
ATGATACAGATCAAATTGTAGGGTTAAATGCCCTAATGGAGTTGTCAAAAAATAAAAACTTTAG
TTTTATAAATGCAACAAGTGTGCCCATTATAGATAATATTGAAAGCTTAACAAATAGCATTAGA
AATACAAGTTCTCTTGGTCCTTATAGTACAGATGCTGTAAAAACAGACGTTAGTTTGAAGTTGG
CAGGTTCTGGGCTTATGTCAAAAAGCTCAAGAAGAGCAGTAGTTTATTTTAGTGGTGGTATTTT
AAATCGTAAAGCTTTTGAAAAGTACTCTTTAGATACAATAGTAAGCTATTATAAAAATAATGAT
ATAAGGTTTTACTTAATACTATTTGGTAATGATCCTATTAATAGTAAGCTTCAGTATTTAGTTAA
TGAAACAGGCGGTGCTGTAATTCCTTTTTCATCTTATGAAGGTGTATCTAAAGTTTATGATTTAA
TTTTAGAACAAAAAACGGGCACTTATTTGTTGGAATATTATTATCCAGGCCCTCAAGAACCTAA
TAAATATTTTAATTTATCTGTTGAAGCAAATATAAATCAACAGACAGGAAGAGGGGAGTTTGCA
TATTTTATTAATTAG
t709.nt (SEQ ID NO:240)
CAAGGAATAGTTACTAATAAAGATGCTCAAGAAGAGTTTAAATGGGCTCTTAATTCTTA
TAATAATGGAATTTACGATGATGCTCTTTTATCTTTTAAAAAAATTTTAAGCTTTGATCCTAATA
ATCTTGATTATCATTTTTGGACTGGCAATGTTTATTATAGACTGGGTTATGTTGAAGAAGCTTTA
ATGGAATGGAGAAATTTAAAAGATCAAGGCTATAAGGTTCCCTATCTTAGACATTTGATTTCTA
CTATTGAGCAAAGGAGAGGTATTTTTTCAAATTATGAACTTAATTTTAAAAAACTTGTAAAAGT
TGCTTCTCTTGATAATTCTATTTATAAAAGGCCACATGGGTACCAGATTACATCTTTAAGGGCTG
ATAAGTACGGCGGATATTACGCTGCTAACTTTGTAGGCAATGAAATATTGTATTTTGATGTTAA
TAACAATGTTAATGCTTTAGTTAAAGATGGCTTTAGTTATTTAAAATCACCTTATGATGTTATTG
AAGCTAATAATCTGCTTTATGTGACTCTTTATTCAAGTGATGAAATTGGTGTTTATGACAAAGTT
CTTGGAGTTAAAAGGAAATCTATTGGGAATAAAGGCACAAAAGATGGCGAATTGCTTGCTCCT
CAGTATATGGCTATTGATAAGAGAAACTATATTTATGTAAGTGAGTGGGGAAATAAAAGAGTA
AGTAAATTTGGACTTGAAGGTGATTTTATTTTGCATTTTGGTTCTAGAACTTCAGGCTATAAGG
GCCTTTTAGGTCCCACAGGCGTTACTTATTTGAATGAAAACATTTATGTTGCAGATTCTCTGAGA
AATACCATTGAAGTTTTTGATACTAGTGGTAATCATTTATATTCAGTTTTTACTTCTATTGAGGG
AATAGAGGGGCTTAGCAGTGATTTTGTAGGTAATAATGTTATAGTATCCTCAAAAGATGGTGTT
TATAAATATAGCATTGCTAAAAAGACAATTACAAAAATTTTAAAAGCAGATAAAATGAATTCTA
AAATTTCTTCATCTATTTTGGATGCCAATAATCAGATGATTGTCTCAGATTTTAATAATGCCAAG
GTTTCAGTTTACAAGAGTGATGCAAGCCTTTATGATAGTTTAAATGTTGATGTTAGAAGAATAA
TTAGGCTTGGAGGGCCTAAAATTTACGTTGAGCTTAATGTTAGCAGTAAAAGCGGATTACCAGT
TGTTGGGCTTAAAAGTGAAAATTTTTCAATTTCAAATGAAAATTATTACATTGTCAATCCCAAG
GTGGCATATAATGTAAATGCTTCAAAAGACATTAATATAGCAGTTGTTTTTGATAAATCTTCTT
ATATGAAAAAATATGATACAGATCAAATTGTAGGGTTAAATGCCCTAATGGAGTTGTCAAAAA
ATAAAAACTTTAGTTTTATAAATGCAACAAGTGTGCCCATTATAGATAATATTGAAAGCTTAAC
AAATAGCATTAGAAATACAAGTTCTCTTGGTCCTTATAGTACAGATGCTGTAAAAACAGACGTT
AGTTTGAAGTTGGCAGGTTCTGGGCTTATGTCAAAAAGCTCAAGAAGAGCAGTAGTTTATTTTA
GTGGTGGTATTTTAAATCGTAAAGCTTTTGAAAAGTACTCTTTAGATACAATAGTAAGCTATTA
TAAAAATAATGATATAAGGTTTTACTTAATACTATTTGGTAATGATCCTATTAATAGTAAGCTTC
AGTATTTAGTTAATGAAACAGGCGGTGCTGTAATTCCTTTTTCATCTTATGAAGGTGTATCTAA
AGTTTATGATTTAATTTTAGAACAAAAAACGGGCACTTATTTGTTGGAATATTATTATCCAGGC
CCTCAAGAACCTAATAAATATTTTAATTTATCTGTTGAAGCAAATATAAATCAACAGACAGGAA
GAGGGGAGTTTGCATATTTTATTAATTAG
f730.aa (SEQ ID NO:241)
MIKSILDYLLTLHPVLLGLLGSTFTWFTTAFGAAAVFFFRKVDNKIMDAMLGFSAGIMIAASFFSLIQ
PAIERAEELGYITWVPAVFGFLVGAFFIYIVVDVFVPDLDKLTFIDEDLTKHGKKDFLLFTAVTLHNFP
EGLAVGVAFGALASNPDIQTLVGAMLLTLGIGIQNIPEGAAISLPLRRGNVALAKCFNYGQMSGLVE
IVGGLMGAYAVYSFTRILPFALAFSAGAMIYVSIEQLIPEAKRKDIDNKVPSIFGVIGFTLMMFLDVSL
G
t730.aa (SEQ ID NO:242)
AVFFFRKVDNKIMDAMLGFSAGIMIAASFFSLIQPAIERAEELGYITWVPAVFGFLVGAFFIYIVDVFV
PDLDKLTFIDEDLTKHGKKDFLLFTAVTLHNFPEGLAVGVAFGALASNPDIQTLVGAMLLTLGIGIQ
NIPEGAAISLPLRRGNVALAKCFNYGQMSGLVEIVGGLMGAYAVYSFTRILPFALAFSAGAMIYVSIE
QLIPEAKRKDIDNKVPSIFGVIGFTLMMFLDVSLG
f730.nt (SEQ ID NO:243)
ATGATAAAATCAATTTTAGATTATTTATTAACTTTGCATCCTGTATTATTGGGACTTTTAGGTTC
TACTTTCACTTGGTTTACTACAGCTTTTGGAGCAGCAGCAGTTTTTTTCTTTAGAAAGGTAGATA
ATAAAATAATGGACGCTATGCTTGGTTTTTCAGCTGGCATTATGATAGCGGCCAGTTTTTTTTCG
CTTATTCAGCCTGCTATAGAAAGAGCTGAAGAGCTTGGATACATTACTTGGGTGCCGGCTGTTT
TTGGATTTCTTGTTGGGGCATTTTTTATATATATTGTAGATGTATTTGTTCCAGATCTGGATAAA
CTTACTTTTATTGATGAAGACTTAACTAAACATGGTAAAAAAGATTTTTTACTCTTTACTGCTGT
TACTTTACATAATTTTCCAGAAGGATTGGCTGTTGGAGTTGCTTTTGGAGCCTTGGCGTCTAATC
CAGATATTCAAACTTTAGTTGGGGCTATGCTTCTTACGCTTGGTATTGGTATTCAAAATATTCCC
GAAGGAGCAGCTATTTCTCTGCCTTTAAGAAGAGGTAATGTTGCTTTGGCAAAATGCTTTAACT
ATGGCCAAATGTCAGGATTGGTAGAAATTGTGGGGGGGCTTATGGGTGCTTATGCGGTTTATTC
TTTTACTCGAATTTTACCTTTTGCTTTGGCTTTTTCTGCAGGAGCTATGATTTATGTGTCAATTG
AACAATTAATACCTGAAGCTAAGAGAAAAGACATTGACAATAAAGTGCCAAGTATATTTGGTG
TTATTGGTTTTACATTAATGATGTTTCTCGATGTTTCACTAGGTTAA
t730.nt (SEQ ID NO:244)
GCAGTTTTTTTCTTTAGAAAGGTAGATAATAAAATAATGGACGCTATGCTTGGTTTTTCAGCTG
GCATTATGATAGCGGCCAGTTTTTTTTCGCTTATTCAGCCTGCTATAGAAAGAGCTGAAGAGCT
TGGATACATTACTTGGGTGCCGGCTGTTTTTGGATTTCTTGTTGGGGCATTTTTTATATATATTG
TAGATGTATTTGTTCCAGATCTGGATAAACTTACTTTTATTGATGAAGACTTAACTAAACATGGT
AAAAAAGATTTTTTACTCTTTACTGCTGTTACTTTACATAATTTTCCAGAAGGATTGGCTGTTGG
AGTTGCTTTTGGAGCCTTGGCGTCTAATCCAGATATTCAAACTTTAGTTGGGGCTATGCTTCTTA
CGCTTGGTATTGGTATTCAAAATATTCCCGAAGGAGCAGCTATTTCTCTGCCTTTAAGAAGAGG
TAATGTTGCTTTGGCAAAATGCTTTAACTATGGCCAAATGTCAGGATTGGTAGAAATTGTGGGG
GGGCTTATGGGTGCTTATGCGGTTTATTCTTTTACTCGAATTTTACCTTTTGCTTTGGCTTTTTCT
GCAGGAGCTATGATTTATGTGTCAATTGAACAATTAATACCTGAAGCTAAGAGAAAAGACATTG
ACAATAAAGTGCCAAGTATATTTGGTGTTATTGGTTTTACATTAATGATGTTTCTCGATGTTTCA
CTAGGTTAA
f197.aa (SEQ ID NO:245)
MLLKLKYRFVGFLLLFLIFILLLFSTIFNFVLCGYLEDYYKQLTRAQVRRAAFSLQSFLDTLHVIINGA
ASNLALETISEFAMSENRGKDFSESELIDLRKNPKFVIDSVKVSKKYRQYLYNFMANLKNDTLFEEF
AFFDFEGRVIVSTRHENNMDFGHSEANTNYFKKAVEDYRQNQLKFIGWYSNLSEGISAEVAIRSKQS
EKKAFAIIVPVYSPEDKLVCGYLAGYLLNDIVADSFDRFRFGFYKRGNFIYVDPNNIAVNPFEEYNET
SRVSSKFLNVLKDVFSKPPFPSNIASEVSVYTIDRILLSEMGEDCYYAMLPISSKLGEKSGVLIARLPY
KDIYGVISSLRFQYILYSVLGIIALSIVLSIRIDRIISFRLNAIRVLVQDMVKGNLDKDYALDDDENTLD
ELGMLSLQVVKMKKAISVAISSVLRNISYVNKASLEVASSSQNLSSSALQQASALEEMSANVEQIAS
GVNMSANNSYETEQIALKTNENSQIGGRAVEESVIAMQDIVEKVSVIEEIARKTNLLALNAAIEAAR
AGDEGKGFAVVASEIRKLADLSKISALEIGELVEDNSKVATEAGVIFKEMLPEIEETANLVKKISEGSS
KQSDQIAQFKMALDQVGEVVQSSASSSEQLSSMSDKMLEKSKELRKSVLFFKIKDSKIENPENDDYD
FRLIDCPENSFKDENQNLKSNGISTSNASGHNNYSLDIESESSVRTINKRVDPKKAIDIADKDLNFDDD
FSEF
t197.aa (SEQ ID NO:246)
VLCGYLEDYYKQLTRAQVRRAAFSLQSFLDTLHVIINGAASNLALETISEFAMSENRGKDFSESELID
LRKNPKFVIDSVKVSKKYRQYLYNFMANLKNDTLFEEFAFFDFEGRVIVSTRHENNMDFGHSEANT
NYFKKAVEDYRQNQLKFIGWYSNLSEGISAEVAIRSKQSEKKAFAIIYPVYSPEDKLVCGYLAGYLL
NDIVADSFDRFRFGFYKRGNFIYVDPNNIAVNPFEEYNETSRVSSKFLNVLKDVFSKPPFPSNIASEVS
VYTIDRILLSEMGEDCYYAMLPISSKLGEKSGVLIARLPYKDIYGVISSLRFQYILYSVLGIIALSIVLSI
RIDRIISFRLNAIRVLVQDMVKGNLDKDYALDDDENTLDELGMLSLQVVKMKKAISVAISSVLRNIS
YVNKASLEVASSSQNLSSSALQQASALEEMSANVEQIASGVNMSANNSYETEQIALKTNENSQIGGR
AVEESVIAMQDIVEKVSVIEEIARKTNLLALNAAIEAARAGDEGKGFAVVASEIRKLADLSKISALEIG
ELVEDNSKVATEAGVIFKEMLPEIEETANLVKKISEGSSKQSDQIAQFKMALDQVGEVVQSSASSSE
QLSSMSDKMLEKSKELRKSVLFFKIKDSKIENPENDDYDFRLIDCPENSFKDENQNLKSNGISTSNAS
GHNNYSLDIESESSVRTINKRVDPKKAIDIADKDLNFDDDFSEF
f197.nt (SEQ ID NO:247)
ATGTTATTGAAGCTTAAATACAGGTTTGTTGGATTTTTATTATTGTTTTTAATTTTTATA
CTGCTACTTTTTTCCACGATTTTTAATTTTGTTTTATGCGGTTATTTAGAAGATTATTATAAGCA
GCTTACAAGGGCGCAAGTAAGAAGAGCAGCTTTTTCTTTGCAATCTTTTTTAGACACCCTGCAT
GTCATAATCAATGGTGCAGCTTCTAATTTGGCACTTGAAACCATATCAGAATTTGCAATGTCTG
AGAATAGAGGAAAAGATTTCTCTGAGTCGGAATTGATAGATTTAAGAAAAAATCCAAAATTTG
TTATTGACTCTGTAAAGGTGAGCAAAAAATATCGACAATACTTATACAATTTTATGGCCAATCT
TAAAAATGATACCCTTTTTGAAGAATTCGCTTTTTTTGATTTTGAAGGGAGAGTAATTGTTAGC
ACAAGACATGAGAATAATATGGATTTTGGTCATTCTGAGGCTAATACCAATTATTTTAAAAAAG
CTGTTGAGGATTATAGGCAAAACCAATTAAAATTTATAGGTTGGTATTCAAATCTTTCTGAAGG
AATATCCGCAGAAGTTGCTATTAGGTCTAAACAAAGCGAAAAAAAGGCTTTTGCAATAATTGTA
CCTGTATATTCCCCAGAAGATAAACTTGTTTGTGGGTATTTGGCCGGATATTTGCTTAATGATAT
TGTGGCAGATAGTTTTGATAGATTTAGATTCGGTTTTTATAAAAGAGGCAATTTTATTTATGTG
GATCCCAACAATATAGCAGTTAATCCTTTTGAAGAATATAATGAAACCAGCAGGGTTAGTTCTA
AATTTTTGAATGTTCTTAAAGATGTTTTCTCTAAGCCCCCTTTTCCATCAAACATTGCCAGTGAA
GTGTCGGTTTACACTATTGATAGAATACTTTTGTCCGAAATGGGAGAAGATTGTTATTATGCAA
TGTTGCCCATAAGTAGTAAATTGGGAGAAAAGAGTGGAGTACTTATTGCTAGGCTTCCTTATAA
GGATATTTTACGGAGTAATATCTAGTCTAAGATTTCAGTATATTTTATATTCAGTCTTAGGCATTA
TAGCATTAAGTATTGTTCTTTCAATTAGAATAGACAGGATTATTAGTTTTCGTTTAAACGCAATT
AGAGTTCTAGTTCAAGATATGGTTAAGGGCAATTTAGATAAAGATTATGCTCTTGATGATGATG
AAAATACTCTTGATGAACTTGGCATGTTAAGTCTTCAGGTTGTTAAAATGAAAAAAGCTATTTC
TGTAGCAATTTCTAGTGTTTTGAGAAATATTAGCTATGTAAATAAGGCAAGTTTAGAAGTTGCC
AGTTCAAGTCAAAATTTAAGCTCTAGTGCATTGCAACAGGCATCTGCTCTTGAAGAAATGTCAG
CTAATGTTGAGCAAATAGCCTCAGGTGTCAACATGAGCGCCAATAATTCTTATGAAACAGAACA
AATAGCTTTAAAGACGAATGAAAATTCTCAGATAGGTGGTAGGGCCGTTGAAGAATCTGTTATT
GCTATGCAAGACATTGTGGAGAAAGTTAGTGTTATTGAAGAGATAGCTAGAAAAACCAATTTA
CTTGCTTTGAATGCGGCTATTGAAGCTGCAAGAGCAGGAGATGAGGGAAAGGGATTTGCTGTT
GTGGCCAGTGAGATTAGAAAGTTGGCTGATTTGAGTAAAATTTCTGCTCTTGAGATTGGAGAGT
TAGTTGAAGATAACTCTAAGGTAGCAACTGAAGCGGGAGTGATCTTTAAAGAAATGCTACCCG
AAATTGAAGAAACGGCTAATCTTGTTAAGAAGATTTCAGAAGGTAGCTCTAAGCAAAGCGATC
AGATTGCTCAATTTAAAATGGCTTTAGATCAGGTTGGAGAAGTTGTTCAATCTTCAGCTTCAAG
CAGTGAGCAGCTTTCTAGTATGTCCGATAAAATGTTAGAAAAGTCTAAGGAACTTAGAAAATCT
GTATTATTTTTCAAAATTAAAGATTCTAAAATTGAAAATCCAGAAAATGATGATTATGATTTCA
GGTTAATAGATTGTCCTGAAAATTCTTTTAAAGATGAAAATCAAAATTTGAAAAGCAATGGAAT
TTCTACTTCAAATGCCAGTGGGCATAATAATTATTCTTTAGATATTGAGAGCGAATCTTCTGTAA
GAACTATTAATAAGCGAGTTGATCCTAAAAAAGCTATCGATATTGCTGATAAGGATTTAAATTT
TGATGATGATTTTTCAGAGTTTTAG
t197.nt (SEQ ID NO:248)
GTTTTATGCGGTTATTTAGAAGATTATTATAAGCAGCTTACAAGGGCGCAAGTAAGAA
GAGCAGCTTTTTCTTTGCAATCTTTTTTAGACACCCTGCATGTCATAATCAATGGTGCAGCTTCT
AATTTGGCACTTGAAACCATATCAGAATTTGCAATGTCTGAGAATAGAGGAAAAGATTTCTCTG
AGTCGGAATTGATAGATTTAAGAAAAAATCCAAAATTTGTTATTGACTCTGTAAAGGTGAGCAA
AAAATATCGACAATACTTATACAATTTTATGGCCAATCTTAAAAATGATACCCTTTTTGAAGAA
TTCGCTTTTTTTGATTTTGAAGGGAGAGTAATTGTTAGCACAAGACATGAGAATAATATGGATT
TTGGTCATTCTGAGGCTAATACCAATTATTTTAAAAAAGCTGTTGAGGATTATAGGCAAAACCA
ATTAAAATTTATAGGTTGGTATTCAAATCTTTCTGAAGGAATATCCGCAGAAGTTGCTATTAGG
TCTAAACAAAGCGAAAAAAAGGCTTTTGCAATAATTGTACCTGTATATTCCCCAGAAGATAAAC
TTGTTTGTGGGTATTTGGCCGGATATTTGCTTAATGATATTGTGGCAGATAGTTTTGATAGATTT
AGATTCGGTTTTTATAAAAGAGGCAATTTTATTTATGTGGATCCCAACAATATAGCAGTTAATC
CTTTTGAAGAATATAATGAAACCAGCAGGGTTAGTTCTAAATTTTTGAATGTTCTTAAAGATGT
TTTCTCTAAGCCCCCTTTTCCATCAAACATTGCCAGTGAAGTGTCGGTTTACACTATTGATAGAA
TACTTTTGTCCGAAATGGGAGAAGATTGTTATTATGCAATGTTGCCCATAAGTAGTAAATTGGG
AGAAAAGAGTGGAGTACTTATTGCTAGGCTTCCTTATAAGGATATTTACGGAGTAATATCTAGT
CTAAGATTTCAGTATATTTTATATTCAGTCTTAGGCATTATAGCATTAAGTATTGTTCTTTCAAT
TAGAATAGACAGGATTATTAGTTTTCGTTTAAACGCAATTAGAGTTCTAGTTCAAGATATGGTT
AAGGGCAATTTAGATAAAGATTATGCTCTTGATGATGATGAAAATACTCTTGATGAACTTGGCA
TGTTAAGTCTTCAGGTTGTTAAAATGAAAAAAGCTATTTCTGTAGCAATTTCTAGTGTTTTGAG
AAATATTAGCTATGTAAATAAGGCAAGTTTAGAAGTTGCCAGTTCAAGTCAAAATTTAAGCTCT
AGTGCATTGCAACAGGCATCTGCTCTTGAAGAAATGTCAGCTAATGTTGAGCAAATAGCCTCAG
GTGTCAACATGAGCGCCAATAATTCTTATGAAACAGAACAAATAGCTTTTAAAGACGAATGAAA
ATTCTCAGATAGGTGGTAGGGCCGTTGAAGAATCTGTTATTGCTATGCAAGACATTGTGGAGAA
AGTTAGTGTTATTGAAGAGATAGCTAGAAAAACCAATTTACTTGCTTTGAATGCGGCTATTGAA
GCTGCAAGAGCAGGAGATGAGGGAAAGGGATTTGCTGTTGTGGCCAGTGAGATTAGAAAGTTG
GCTGATTTGAGTAAAATTTCTGCTCTTGAGATTGGAGAGTTAGTTGAAGATAACTCTAAGGTAG
CAACTGAAGCGGGAGTGATCTTTAAAGAAATGCTACCCGAAATTGAAGAAACGGCTAATCTTG
TTAAGAAGATTTCAGAAGGTAGCTCTAAGCAAAGCGATCAGATTGCTCAATTTAAAATGGCTTT
AGATCAGGTTGGAGAAGTTGTTCAATCTTCAGCTTCAAGCAGTGAGCAGCTTTCTAGTATGTCC
GATAAAATGTTAGAAAAGTCTAAGGAACTTAGAAAATCTGTATTATTTTTCAAAATTAAAGATT
CTAAAATTGAAAATCCAGAAAATGATGATTATGATTTCAGGTTAATAGATTGTCCTGAAAATTC
TTTTAAAGATGAAAATCAAAATTTGAAAAGCAATGGAATTTCTACTTCAAATGCCAGTGGGCAT
AATAATTATTCTTTAGATATTGAGAGCGAATCTTCTGTAAGAACTATTAATAAGCGAGTTGATC
CTAAAAAAGCTATCGATATTGCTGATAAGGATTTAAATTTTGATGATGATTTTTCAGAGTTTTA
G
f200.aa (SEQ ID NO:249)
MTISKNVFSKFILKFLNSSAFVSVFALFVGFLIVGLVVMGLGHSPFRMYFIILEIIFSSPKHLGYVLSYS
APLIFTGLSIGISLKAGLFNIGVEGQFILGSIVALIASVLLDLPPILHVITIFIITFLASGSLGILIGYLKAKF
NISEVISGIMFNWILFHLNNIILDFSFIKRDNSDFSKPIKESAYIDFLASWKLSPEGLAYRSSHPFVNELL
KAPLHFGIILGIIFAILIWFLLNKTIIGFKINATGSNIEASRCMGINVKAVLIFSMFLSAAVAGLAGAIQL
MGVNKAIFKLSYMQGIGFNGIAASLMGNNSPIGIIFSSILFSILLYGSSRVQSLMGLPSSIVSLMMGIIV
LVISASYFLNKIVLKGVKRVKYNNILD
t200.aa (SEQ ID NO:250)
LVVMGLGHSPFRMYFIILEIIFSSPKHLGYVLSYSAPLIFTGLSIGISLKAGLFNIGVEGQFILGSIVALIA
SVLLDLPPILHVITIFIITFLASGSLGILIGYLKAKFNISEVISGIMFNWILFHLNNIILDFSFIKRDNSDFSK
PIKESAYIDFLASWKLSPEGLAYRSSHPFVNELLKAPLHFGIILGIIFAILIWFLLNKTIIGFKINATGSNI
EASRCMGINVKAVLIFSMFLSAAVAGLAGAIQLMGVNKAIFKLSYMQGIGFNGIAASLMGNNSPIGII
FSSILFSILLYGSSRVQSLMGLPSSIVSLMMGIIVLVISASYFLNKIVLKGVKRVKYNNILD
f200.nt (SEQ ID NO:251)
ATGACAATTAGTAAAAACGTATTTAGTAAATTTATTTTGAAATTTTTAAATTCTTCAGC
ATTTGTTAGTGTATTTGCTCTATTTGTTGGATTTTTAATTGTTGGGCTAGTGGTGATGGGGCTTG
GTCATTCTCCTTTTAGAATGTATTTTATAATATTAGAAATTATTTTTTCTTCTCCCAAACATTTAG
GTTATGTTTTAAGTTATTCAGCTCCTTTGATTTTTACAGGTCTTTCTATTGGTATTTCTTTAAAAG
CGGGTCTTTTTAATATTGGGGTTGAAGGCCAGTTTATACTAGGATCTATTGTTGCTTTAATAGCA
TCAGTTTTACTTGATTTGCCTCCAATTTTACATGTAATTACTATTTTTATTATTACTTTTTTAGCT
TCAGGCAGTTTAGGAATTTTAATCGGATATTTAAAAGCCAAATTCAATATTAGCGAAGTGATTT
CAGGAATAATGTTTAATTGGATATTATTTCATTTAAATAATATAATTTTAGATTTTAGTTTTATT
AAAAGAGATAATAGTGATTTTTCAAAACCCATTAAAGAAAGCGCATATATTGATTTTTTAGCTT
CTTGGAAGCTCTCACCAGAAGGTCTTGCTTATAGATCTTCTCATCCTTTTGTTAATGAGCTTTTA
AAAGCACCTCTTCATTTTGGAATAATTTTAGGTATAATTTTTGCTATTTTAATATGGTTTTACT
TAATAAAACTATTATTGGATTTAAAATAAATGCCACAGGAAGTAATATTGAAGCTTCAAGATGT
ATGGGTATTAATGTAAAAGCTGTGCTAATTTTTTCAATGTTTCTCTCAGCAGCTGTTGCAGGTCT
TGCTGGTGCTATTCAACTTATGGGTGTTAATAAAGCTATATTTAAGCTTTCTTATATGCAAGGA
ATTGGTTTTAATGGGATAGCTGCTTCTCTTATGGGAAACAATTCGCCAATTGGCATAATATTTTC
TAGCATTCTTTTTTCTATATTGCTTTATGGAAGCAGTAGAGTTCAAAGTTTAATGGGCCTTCCAT
CTTCAATTGTATCTTTGATGATGGGAATAATTGTTCTTGTAATTTCTGCTAGCTATTTTTTAAAT
AAAATTGTTTTAAAAGGTGTTAAGCGTGTCAAATATAATAATATTCTTGATTAG
t200.nt (SEQ ID NO:252)
GGGCTAGTGGTGATGGGGCTTGGTCATTCTCCTTTTAGAATGTATTTTATAATATTAGA
AATTATTTTTTCTTCTCCCAAACATTTAGGTTATGTTAAGTTATTCAGCTCCTTTGATTTTTAC
AGGTCTTTCTATTGGTATTTCTTTAAAAGCGGGTCTTTTTAATATTGGGGTTGAAGGCCAGTTTA
TACTAGGATCTATTGTTGCTTTAATAGCATCAGTTTTACTTGATTTGCCTCCAATTTTACATGTA
ATTACTATTTTTATTATTACTTTTTTAGCTTCAGGCAGTTTAGGAATTTTAATCGGATATTTAAA
AGCCAAATTCAATATTAGCGAAGTGATTTCAGGAATAATGTTTAATTGGATATTATTTCATTTA
AATAATATAATTTTAGATTTTAGTTTTATTAAAAGAGATAATAGTGATTTTTCAAAACCCATTAA
AGAAAGCGCATATATTGATTTTTTAGCTTCTTGGAAGCTCTCACCAGAAGGTCTTGCCTATAGA
TCTTCTCATCCTTTTGTTAATGAGCTTTTAAAAGCACCTCTTCATTTTGGAATAATTTTAGGTAT
AATTTTTGCTATTTTAATATGGTTTTTACTTAATAAAACTATTATTGGATTTAAAATAAATGCCA
CAGGAAGTAATATTGAAGCTTCAAGATGTATGGGTATTAATGTAAAAGCTGTGCTAATTTTTTC
AATGTTTCTCTCAGCAGCTGTTGCAGGTCTTGCTGGTGCTATTCAACTTATGGGTGTTAATAAAG
CTATATTTAAGCTTTCTTATATGCAAGGAATTGGTTTTAATGGGATAGCTGCTTCTCTTATGGGA
AACAATTCGCCAATTGGCATAATATTTTCTAGCATTCTTTTTTCTATATTGCTTTATGGAAGCAG
TAGAGTTCAAAGTTTAATGGGCCTTCCATCTTCAATTGTATCTTTGATGATGGGAATAATTGTTC
TTGTAATTTCTGCTAGCTATTTTTTAAATAAAATTGTTTTAAAAGGTGTTAAGCGTGTCAAATAT
AATAATATTCTTGATTAG
f208.aa (SEQ ID NO:253)
MVKKFSIFLKAIIIFSIFELLIEELSIILFLPYKIRFALIFLGFLFDTIFIFIFLYKITKAYLSQRLEIYVRNNL
FFDIIHCLIPLAFYSSYQLKNIIVAHETILNPIMLSLFKLRFLRLLRFNDLIIEIYYNSKEKNLILLAFARTF
SMSLLIPFTFFIIISSSKIVNSIPEKQEFNIIKNISIINEKAYIKEKYPFILIIKEKDDIIYSKSDEIFVYYSPSE
YRVIEMEKTKFYIDKYLQRKSDSILGIFLFTLFASFTIFLMNFYKFFKASFLNPIILMTKILQDPLEYRKI
QIPFTLSEEKVYELAKSFNNLLLKEKLNSKRKSKIPLEIEKVKKIINKNQEIK
t208.aa (SEQ ID NO:254)
IIIFSIFELLIEELSIILFLPYKIRFALIFLGFLFDTIFIFIFLYKITKAYLSQRLEIYVRNNLFFDIIHCLIPLAF
YSSYQLKNIIVAHETILNPIMLSLFKLRFLRLLRFNDLIIEIYYNSKEKNLILIAFARTFSMSLLIPFTFFIII
SSSKIVNSIPEKQEFNIIKNISIINEKAYIKEKYPFILIIKEKDDIIYSKSDEIFVYYSPSEYRVIEMEKTKF
YIDKYLQRKSDSILGIFLFTLFASFTIFLMNFYKFFKASFLNPIILMTKILQDPLEYRKIQIPFTLSEEKV
YELAKSFNNLLLKEKLNSKRKSKIPLEIEKVKKHIINKNQEIK
f208.nt (SEQ ID NO:255)
ATGGTAAAAAAATTTTCAATTTTCTTAAAAGCAATAATAATTTTTTCAATATTTGAACTTTTAAT
CGAAGAACTCTCAATAATTCTTTTTTTACCATACAAAATACGATTTGCACTAATATTTCTTGGGT
TTCTATTTGACACAATTTTTATTTTCATTTTTTTATACAAAATAACCAAGGCCTACCTTTCCCAA
AGATTAGAAATCTACGTCAGAAACAATCTATTCTTCGATATAATCCACTGCCTTATTCCTTTAGC
GTTTTATAGCTCATATCAGCTTAAAAACATAATTGTCGCCCATGAAACAATATTAAATCCAATA
ATGCTATCACTTTTCAAGTTAAGATTTTTAAGACTTCTTAGGTTTAATGACCTAATAATAGAAAT
ATATTACAATTCAAAAGAAAAGAACCTAATACTAATAGCATTTGCTAGGACATTTTCAATGAGC
TTATTAATACCATTTACATTTTTTATAATAATATCAAGCTCAAAAATTGTAAATTCAATACCAGA
AAAACAAGAATTTAATATCATTAAAAATATATCAATAATAAATGAAAAAGCTTACATTAAAGA
AAAATATCCCTTCATCTTAATAATCAAGGAAAAAGATGACATAATATACTCAAAATCAGACGAA
ATATTTGTTTACTACAGTCCCAGTGAATATAGAGTAATAGAAATGGAGAAAACAAAATTTTATA
TAGATAAATATTTGCAAAGAAAAAGCGATTCTATTCTTGGAATTTTTCTATTTACATTGTTTGCA
TCATTTACTATTTTTTTAATGAATTTTTATAAATTTTTTAAAGCAAGGTTTTTAAATCCTATTATT
TTAATGACAAAAATTTTACAAGACCCATTAGAATATCGAAAAATTCAAATTCCTTTTACTTTAA
GCGAAGAAAAAGTATATGAACTTGCAAAATCATTTAACAATCTCTTGCTAAAAGAAAAACTAA
ACTCAAAGCGAAAAAGCAAAATACCTTTAGAAATTGAAAAAGTAAAAAAAATAATTAATAAAA
ACCAGGAAATAAAATGA
t208.nt (SEQ ID NO:256)
ATAATAATTTTTTCAATATTTGAACTTTTAATCGAAGAACTCTCAATAATTCTTTTTTTACCATA
CAAAATACGATTTGCACTAATATTTCTTGGGTTTCTATTTGACACAATTTTTATTTTCATTTTTTT
ATACAAAATAACCAAGGCCTACCTTTCCCAAAGATTAGAAATCTACGTCAGAAACAATCTATTC
TTCGATATAATCCACTGCCTTATTCCTTTAGCGTTTTATAGCTCATATCAGCTTAAAAACATAAT
TGTCGCCCATGAAACAATATTAAATCCAATAATGCTATCACTTTTCAAGTTAAGATTTTTAAGA
CTTCTTAGGTTTAATGACCTAATAATAGAAATATATTACAATTCAAAAGAAAAGAACCTAATAC
TAATAGCATTTGCTAGGACATTTTCAATGAGCTTATTAATACCATTTACATTTTTTATAATAATA
TCAAGCTCAAAAATTGTAAATTCAATACCAGAAAAACAAGAATTTAATATCATTAAAAATATAT
CAATAATAAATGAAAAAGCTTACATTAAAGAAAAATATCCCTTCATCTTAATAATCAAGGAAAA
AGATGACATAATATACTCAAAATCAGACGAAATATTTGTTTACTACAGTCCCAGTGAATATAGA
GTAATAGAAATGGAGAAAACAAAATTTTATATAGATAAATATTTGCAAAGAAAAAGCGATTCT
ATTCTTGGAATTTTTCTATTTACATTGTTTGCATCATTTACTATTTTTTTAATGAATTTTTATAAA
TTTTTTAAAGCAAGCTTTTTAAATCCTATTATTTTAATGACAAAAATTTTACAAGACCCATTAGA
ATATCGAAAAATTCAAATTCCTTTTACTTTAAGCGAAGAAAAAGTATATGAACTTGCAAAATCA
TTTAACAATCTCTTGCTAAAAGAAAAACTAAACTCAAAGCGAAAAAGCAAAATACCTTTAGAA
ATTGAAAAAGTAAAAAAAATAATTAATAAAAACCAGGAAATAAAATGA
f210.aa (SEQ ID NO:257)
MKIQIIIMLLALLDFPLNARLLDISIEKRADEEIKKYSSYNLILEKEYYTNFPTSEIEKNIYKLTEHFVKS
IMLNKTNYSLLNSNYKEANKYLIQSELIDKKFLKYKIFKIKNINGIFKSHSLIYTKKGFYKLELYIENN
AEPLKIFNLNITYFLKNLDKISNEMIFFPREKREVNMIQKTTIAADSSSKPRGINYDTGIPFNVLIVDDS
VFTVKQLTQIFTSEGFNIIDTAADGEEAVIKYKNHYPNIDIVTLDITMPKMDGITCLSNIMEFDKNAR
VIMISALGKEQLVKDCLIKGAKTFIVKPLDRAKVLQRVMSVFVK
t210.aa (SEQ ID NO:258)
RLLDISIEKRADEEIKKYSSYNLILEKEYYTNFPTSEIEKNIYKLTEHFVKSIMLNKTNYSLLN
SNYKEANKYLIQSELIDKKFLKYKIFKIKNINGIFKSHSLIYTKKGFYKLELYIENNAEPLKIFNLNITY
FLKNLDKISNEMIFFPREKREVNMIQKTTIAADSSSKPRGINYDTGIPFNVLIVDDSVFTVKQLTQIFTS
EGFNIIDTAADGEEAVIKYKNHYPNIDIVTLDITMPKiMDGITCLSNIMEFDKNARVIMISALGKEQLV
KDCLIKGAKTFIVKPLDRAKVLQRVMSVFVK
f210.nt (SEQ ID NO:259)
ATGAAAATTCAAATAATTATAATGCTGCTTGCATTGTTAGATTTTCCACTTAATGCCAG
ACTTTTGGACATTTCAATTGAAAAAAGAGCAGATGAAGAAATAAAAAAATATTCGTCTTATAAT
TTAATTTTAGAAAAAGAATACTATACCAATTTTCCAACAAGCGAAATAGAAAAAAATATTTATA
AACTAACAGAACATTTTGTAAAAAGCATAATGCTCAATAAAACTAACTACAGCTTAATTAAATTC
AAACTACAAAGAAGCAAATAAATATCTAATTCAAAGCGAACTCATTGATAAAAAATTTTTAAAA
TATAAAATATTTAAAATCAAAAATATAAATGGAATTTTTAAAAGCCATTCACTAATATATACAA
AAAAAGGATTTTACAAATTAGAACTTTACATAGAAAATAATGCAGAACCTCTAAAAATATTTAA
CCTTAACATTACTTATTTTTTAAAGAATTTAGATAAAATAAGTAATGAAATGATTTTTTTCCCAA
GGGAATGA
t210.nt (SEQ ID NO:260)
AGACTTTTTGGACATTTCAATTGAAAAAAGAGCAGATGAAGAAATAAAAAAATATTCGTCTTATA
ATTTAATTTTAGAAAAAGAATACTATACCAATTTTCCAACAAGCGAAATAGAAAAAAATATTTA
TAAACTAACAGAACATTTTGTAAAAAGCATAATGCTCAATAAAACTAACTACAGCTTATTAAAT
TCAAACTACAAAGAAGCAAATAAATATCTAATTCAAAGCGAACTCATTGATAAAAAATTTTTAA
AATATAAAATATTTAAAATCAAAAATATAAATGGAATTTTTAAAAGCCATTCACTAATATATAC
AAAAAAAGGATTTTACAAATTAGAACTTTACATAGAAAATAATGCAGAACCTCTAAAAATATTT
AACCTTAACATTACTTATTTTTTAAAGAATTTAGATAAAATAAGTAATGAAATGATTTTTTTCC
AAGGGAATGA
f22.aa (SEQ ID NO:261)
MLKTLTKIITISCLIVGCASLPYTPPKQNLNYLMELLPGANLYAHVNLIKNRSIYNSLSPKYKSVLGLI
SNLYFSYKKENNDFALLIMGNFPKDIFWGIHKNRNTESIGNIFTNPKWKLKNSNIYIIPNKARTSIAIT
QKDITAKDNNMLTTKYIGEIEKNEMFFWIQDPTLLLPNQIVSSKNLIPFSSGTLSINSLNQEEYIFKSLI
KTNNPPILKILSKKLIPTVLTNMTNLTISSHIKTTIKDQNTVEIEFNIQKSSVESLIEKLASNIQT
t22.aa (SEQ ID NO:262)
PYTPPKQNLNYLMELLPGANLYAHVNLIKNRSIYNSLSPKYKSVLGLISNLYFSYKKENNDFALLIM
GNFPKDIFWGIHKNRNTESIGNIFTNPKWKLKNSNIYIIPNKARTSIAITQKDITAKDNNMLTTKYIGEI
EKNEMFFWIQDPTLLLPNQIVSSKNLIPFSSGTLSINSLNQEEYIFKSLIKTNNPPILKILSKKLIPTVLTN
MTNLTISSHIKTTIKDQNTVEIEFNIQKSSVESLIEKLASNIQT
f22.nt (SEQ ID NO:263)
ATGTTAAAAACATTAACAAAAATAATTACCATTTCATGCCTCATAGTGGGATGCGCAAGCCTGC
CTTACACTCCTCCAAAACAAAATCTAAATTACTTAATGGAACTTTTACCTGGCGCAAATTTATAC
GCCCATGTAAATTTAATTAAAAACAGGTCTATTTATAACTCTTTAAGCCCTAAATATAAATCAG
TTCTTGGGCTTATAAGCAATTTATACTTTAGCTATAAAAAAGAAAATAACGATTTTGCTCTACTA
ATAATGGGTAATTTCCCAAAAGATATTTTCTGGGGAATTCATAAAAATAGAAATACAGAATCAA
TAGGCAATATATTTACAAATCCAAAATGGAAACTTAAAAATTCAAATATATACATTATTCCAAA
CAAAGCTAGAACTAGCATTGCAATAACCCAAAAAGATATAACCGCAAAAGACAATAATATGCT
AACAACAAAATATATTGGGGAAATAGAAAAAAATGAAATGTTTTTTTGGATTCAAGATCCAAC
ATTATTGCTCCCAAACCAAATAGTAAGCAGCAAAAATTTAATTCCCTTTAGCAGTGGAACTTTG
TCTATAAACAGCTTAAATCAAGAAGAATATATTTTTAAATCCTTAATCAAAACAAATAATCCAC
CAATACTAAAAATATTGTCAAAAAAGTTAATTCCAACCGTCTTGACAAACATGACAAACCTCAC
AATATCAAGCCACATAAAGACCACAATAAAAGACCAAAATACGGTTGAAATAGAATTTAATAT
TCAAAAATCTAGTGTTGAAAGCCTTATAGAAAAACTAGCTTCAAATATTCAAACCTAA
t22.nt (SEQ ID NO:264)
CCTTACACTCCTCCAAAACAAAATCTAAATTACTTAATGGAACTTTTACCTGGCGCAAATTTATA
CGCCCATGTAAATTTAATTAAAAACAGGTCTATTTATAACTCTTTAAGCCCTAAATATAAATCA
GTTCTTGGGCTTATAAGCAATTTATACTTTAGCTATAAAAAAGAAAATAACGATTTTGCTCTAC
TAATAATGGGTAATTTCCCAAAAGATATTTTCTGGGGAATTCATAAAAATAGAAATACAGAATC
AATAGGCAATATATTTACAAATCCAAAATGGAAACTTAAAAATTCAAATATATACATTATTCCA
AACAAAGCTAGAACTAGCATTGCAATAACCCAAAAAGATATAACCGCAAAAGACAATAATATG
CTAACAACAAAATATATTGGGGAAATAGAAAAAAATGAAATGTTTTTTTGGATTCAAGATCCAA
CATTATTGCTCCCAAACCAAATAGTAAGCAGCAAAAATTTAATTCCCTTTAGCAGTGGAACTTT
GTCTATAAACAGCTTAAATCAAGAAGAATATATTTTTAAATCCTTAATCAAAACAAATAATCCA
CCAATACTAAAAATATTGTCAAAAAAGTTAATTCCAACCGTCTTGACAAACATGACAAACCTCA
CAATATCAAGCCACATAAAGACCACAATAAAAGACCAAAATACGGTTGAAATAGAATTTAATA
TTCAAAAATCTAGTGTTGAAAGCCTTATAGAAAAACTAGCTTCAAATATTCAAACCTAA
f221.aa (SEQ ID NO:265)
MGITVFYLFSIFASFVLGSSMDSVKENVLKSTIFYYDVEEVEFPYARKQTLQFIAKTHLKYAVFNFDK
NKMFSYTFVFDKKLISQYAIFIEVKKKFGEATLVTPLNYLWDLGDSIIVLNKNILRITLKSYISNYNK
t221.aa (SEQ ID NO:266)
SMDSVKENVLKSTIFYYDVEEVEFPYARKQTLQFIAKTHLKYAVFNFDKNKMFSYTFVFDKKLISQ
YAIFIEVKKKFGEATLVTPLNYLWDLGDSIIVLNKNILRITLKSYISNYNK
f221.nt (SEQ ID NO:267)
ATGGGTATTACAGTTTTTTATTTATTTTCTATTTTTGCATCTTTTGTTCTGGGTTCTAGCATGGAT
TCTGTTAAAGAGAATGTTCTCAAGAGCACTTTTTTATTATGATGTTGAAGAAGTTGAATTTCC
TTATGCTAGGAAGCAGACTTTACAATTTATTGCTAAAACCCATTTAAAATATGCTGTTTTTAATT
TTGACAAAAATAAAATGTTTTCGTACACTTTTGTTTTTGATAAAAAATTAATATCTCAGTATGCA
ATTTTTATTGAGGTAAAGAAAAAGTTTGGCGAGGCTACACTAGTAACGCCTTTGAATTATTTAT
GGGATCTTGGTGATTCTATTATTGTTTTAAATAAAAATATTTTAAGAATTACTTTAAAATCTTAT
ATTTCAAATTATAATAAATGA
t221.nt (SEQ ID NO:268)
AGCATGGATTCTGTTAAAGAGAATGTTCTCAAGAGCACTATTTTTTATTATGATGTTGAAGAAG
TTGAATTTCCTTATGCTAGGAAGCAGACTTTACAATTTATTGCTAAAACCCATTTAAAATATGCT
GTTTTTAATTTTGACAAAAATAAAATGTTTTCGTACACTTTTGTTTTTGATAAAAAATTAATATC
TCAGTATGCAATTTTTATTGAGGTAAAGAAAAAGTTTGGCGAGGCTACACTAGTAACGCCTTTG
AATTATTTATGGGATCTTGGTGATTCTATTATTGTTTTAAATAAAAATATTTTAAGAATTACTTT
AAAATCTTATATTTCAAATTATAATAAATGA
f253.aa (SEQ ID NO:269)
MYMENIEVRGQPNFFGLIPFFVFIIIYLGTGIYLGVIGVEMAFYQLPASVAMFFASIVCFLVFKGKFSD
KIHIFIKGAAQYDIILMCLIFMLSGAFSSLCKEIGCVETVANLGIKYINPNWIVSGIFFVTCFLSFSAGTS
VGSIVAIAPIAFNIAVKSGINPNLIAASVMCGAMFGDNLSLISDTTIVSSRTQGSSILDVFISSSFYAFPS
AILTFFSFFFLSENLSNATNFLHESSIDLVKTVPYLMIIFFSLAGMNVFIVLFLGILSICLISVLYGNLYFL
DVMKNINKGFLNMADLIFLSILTGGVSFAVIHNGGFKWLLIKLKSLIRGKSSAEFSIGAFVSIVDVFLA
NNTIAILICGKVAKKIAFENNISVQRSASILDMFSCIFQGIIPYGAQMIILVNFSNGLVSPISILPFLVYFG
FLLFFVILSILGLDIKKVFLFFLKK
t253.aa (SEQ ID NO:270)
LVFKGKFSDKIHIFIKGAAQYDIILMCLIFMLSGAFSSLCKEIGCVETVANLGIKYINPNWIVSGIFFVT
CFLSFSAGTSVGSIVAIAPIAFNIAVKSGINPNLIAASVMCGAMFGDNLSLISDTTIVSSRTQGSSILDVF
ISSSFYAFPSAILTFFSFFFLSENLSNATNFLHESSIDLVKTVPYLMIIFFSLAGMNVFIVLFLGILSICLIS
VLYGNLYFLDVMKNINKGFLNMADLIFLSILTGGVSFAVHKNGGFKWLLIKLKSLIRGKSSAEFSIGA
FVSIVDVFLANNTIAILICGKVAKKIAFENNISVQRSASILDMFSCIFQGIIPYGAQMIILVNFSNGLVSPI
SILPFLVYFGFLLFFVILSILGLDIKKVFLFFLKK
f253.n (SEQ ID NO:271)
ATGTATATGGAAAATATTGAAGTAAGAGGGCAGCCAAATTTTTTTGGGCTTATTCCTTTTTTTGT
TTTTATTATTATCTATTTAGGCACGGGGATTTATTTGGGAGTTATTGGTGTAGAAATGGCCTTTT
ATCAACTGCCGGCTAGTGTTGCAATGTTTTTTGCTTCCATTGTTTGTTTTTTGGTATTTAAAGGA
AAATTTTCCGACAAAATTCACATATTTATTAAAGGAGCAGCTCAGTACGATATTATACTAATGT
GTCTTATTTTTATGCTTTCGGGAGCTTTCTCTTCTCTTTGTAAAGAAATAGGCTGCGTTGAAACT
GTAGCAAATTTGGGAATTAAATATATTAATCCTAATTGGATTGTTTCTGGTATATTTTTTGTAAC
CTGCTTTCTTTCTTTTTCTGCCGGCACTTCTGTTGGATCTATCGTTGCAATTGCTCCTATTGCTTT
TAATATTGCTGTTAAAAGCGGCATTAATCCGAATTTAATAGCAGCATCTGTAATGTGTGGAGCT
ATGTTTGGAGATAATCTTTCTTTAATATCAGATACAACTATTGTTTCTAGTCGAACTCAAGGTAG
TAGCATCTTAGATGTTTTTATTAGTAGCAGTTTTTATGCTTTTCCATCCGCCATACTAACTTTTTT
TTCTTTTTTCTTTCTTTCTGAAAATTTGTCCAATGCCACAAACTTTTTACACGAAAGTTCAATAG
ATTTAGTGAAAACTGTGCCTTATTTAATGATTATATTTTTCTCTTTAGCTGGAATGAATGTTTTT
ATAGTTCTTTTTTTAGGTATTCTTTCTATATGTCTTATTAGCGTTTTGTATGGTAATTTATACTTT
CTAGATGTAATGAAAAACATTAATAAAGGGTTTTTAAATATGGCGGATTTGATTTTTCTTTCAA
TTTTAACAGGGGGAGTTTCTTTTGCCGTGATTCATAATGGAGGCTTTAAATGGCTACTTATTAA
ATTAAAATCCTTGATTAGAGGAAAAAGTTCAGCGGAATTTTCTATTGGGGCTTTTGTTTCAATA
GTTGATGTTTTTCTTGCTAATAACACAATTGCCATACTTATTTGCGGCAAAGTAGCAAAAAAGA
TAGCTTTTGAAAATAACATCAGTGTTCAAAGAAGTGCTTCTATTTTAGATATGTTCTCTTGTATT
TTTCAAGGCATTATTCCTTATGGTGCGCAAATGATTATTTTAGTGAATTTTTCAAATGGACTTGT
GTCGCCAATTAGTATTTTGCCATTTTTAGTTTATTTTGGATTTTTATTGTTTTTTGTTATTTTATC
TATTTTGGGCCTTGATATAAAAAAAGTTTTTTTATTTTTTTTAAAAAAATAA
t253.nt (SEQ ID NO:272)
TTGGTATTTAAAGGAAAATTTTCCGACAAAATTCACATATTTATTAAAGGAGCAGCTCAGTACG
ATATTATACTAATGTGTCTTATTTTTATGCTTTCGGGAGCTTTCTCTTCTCTTTGTAAAGAAATA
GGCTGCGTTGAAACTGTAGCAAATTTGGGAATTAAATATATTAATCCTAATTGGATTGTTTCTG
GTATATTTTTTGTAACCTGCTTTCTTTCTTTTTCTGCCGGCACTTCTGTTGGATCTATCGTTGCAA
TTGCTCCTATTGCTTTTAATATTGCTGTTAAAAGCGGCATTAATCCGAATTTAATAGCAGCATCT
GTAATGTGTGGAGCTATGTTTGGAGATAATCTTTCTTTAATATCAGATACAACTATTGTTTCTAG
TCGAACTCAAGGTAGTAGCATCTTAAGATGTTTTTATTAGTAGCAGTTTTTATGCTTTTCCATCCG
CCATACTAACTTTTTTTTCTTTTTTCTTTCTTTCTGAAAATTTGTCCAATGCCACAAACTTTTTAC
ACGAAAGTTCAATAGATTTAGTGAAAACTGTGCTTATTTAATGATTATATTTTTCTCTTTAGCT
GGAATGAATGTTTTTATAGTTCTTTTTTTAGGTATTCTTTCTATATGTCTTATTAGCGTTTTGTAT
GGTAATTTATACTTTCTAGATGTAATGAAAAACATTAATAAAGGGTTTTAAATATGGCGGATT
TGATTTTTCTTTCAATTTTAACAGGGGGAGTTTCTTTTGCCGTGATTCATAATGGAGGCTTTAAA
TGGCTACTTATTAAATTAAAATCCTTGATTAGAGGAAAAAGTTCAGCGGAATTTTCTATTGGGG
CRTTTGTTTCAATAGTTGATGTTTTTCTTGCTAATAACACAATTGCCATACTTATTTGCGGCAAA
GTAGCAAAAAAGATAGCTTTTGAAAATAACATCAGTGTTCAAAGAAGTGCTTCTATTTTAGATA
TGTTCTCTTGTATTTTTCAAGGCATTATTCCTTATGGTGCGCAAATGATTATTTTAGTGAATTTT
TCAAATGGACTTGTGTCGCCAATTAGTATTTTGCCATTTTTAGTTTATTTTGGATTTTTATTGTTT
TTTGTTATTTTATCTATTTTGGGCCTTGATATAAAAAAAGTTTTTTTATTTTTTTTAAAAAAATA
A
f265.aa (SEQ ID NO:273)
MRKCFVSLSLLLIFFACSSNVEIELNDDISGIVSIFVNVNREFEKIRKELLTTLVGEEIANMPLFPVDEIK
KYFKNGEEKLGLKLLSIKTQGDSINLVVKFDNLIKILGDYMKKPDISVFKIEKKDGKNIIELNINLENA
TKNINENKEYISDALAALLPSDEIPMSAKEYKDVLVYFLSDFTSKASELIDNSKLNLVVKTSRNVQEQ
FGFKQINSNTLRFEMDMVKGLSLETPIKLRLV
Y
t265.aa (SEQ ID NO:274)
SNVEIELNDDISGIVSIFVNVNREFEKIRKELLTTLVGEEIANMPLFPVDEIKKYFKNGEEKLGLKLLSI
KTQGDSINLVVKFDNLIKILGDYMKKPDISVFKIEKKDGKNIIELNINLENATKNINENKEYISDALAA
LLPSDEIPMSAKEYKDVLVYFLSDFTSKASELIDNSKLNLVVKTSRNVQEQFGFKQINSNTLRFEMD
MVKGLSLETPIKLRLVY
f265.nt (SEQ ID NO:275)
ATGAGAAAGTGTTTTGTTAGCTTGAGTTTATTGTTGATTTTTTTTGCTTGTAGCTCTAATGTTGA
AATTGAGTTAAATGATGATATTAGTGGTATTGTTTCAATATTTGTTAATGTTAATAGAGAATTT
GAAAAAATTAGAAAAGAACTCTTAACAACTTTGGTGGGAGAAGAAATTGCAAATATGCCTCTTT
TTCCTGTAGATGAAATAAAAAAATACTTTAAAAATGGAGAGGAAAAGCTTGGGCTTAAGCTTTT
GAGTATTAAAACCCAAGGAGATTCTATTAATTTAGTTGTTAAGTTTGATAATTTAATTAAAATTT
TAGGCGATTATATGAAAAAACCCGATATATCTGTGTTTAAGATAGAAAAAAAAGATGGTAAAA
ATATTATTGAACTTAATATTAATTTGGAAAACGCTACTAAGAATATTAATGAAAATAAAGAATA
TATTAGTGATGCACTTGCTGCTCTTTTGCCATCGGATGAGATCCCAATGTCTGCCAAAGAATAT
AAAGATGTTTTGGTTTATTTTTTATCGGATTTTACTTCCAAAGCAAGTGAACTTATTGACAATTC
CAAACTTAATCTTGTAGTTAAGACTTCTAGAAATGTTCAAGAACAATTTGGATTCAAACAAATT
AACTCAAACACACTGCGGTTTGAGATGGATATGGTTAAAGGATTAAGTCTTGAAACACCAATAA
AACTTAGATTAGTTTATTGA
t265.nt (SEQ ID NO:276)
TCTAATGTTGAAATTGAGTTAAATGATGATATTAGTGGTATTGTTTCAATATTTGTTAATGTTAA
TAGAGAATTTGAAAAAATTAGAAAAGAACTCTTAACAACTTTGGTGGGAGAAGAAATTGCAAA
TATGCCTCTTTTTCCTGTAGATGAAATAAAAAAATACTTTAAAAATGGAGAGGAAAAGCTTGGG
CTTAAGCTTTTGAGTATTAAAACCCAAGGAGATTCTATTAATTTAGTTGTTAAGTTTGATAATTT
AATTAAAATTTTAGGCGATTATATGAAAAAACCCGATATATCTGTGTTTAAGATAGAAAAAAAA
GATGGTAAAAATATTATTGAACTTAATATTAATTTGGAAAACGCTACTAAGAATATTAATGAAA
ATAAAGAATATATTAGTGATGCACTTGCTGCTCTTTTGCCATCGGATGAGATCCCAATGTCTGC
CAAAGAATATAAAGATGTTTTGGTTTATTTTTTATCGGATTTTACTTCCAAAGCAAGTGAACTTA
TTGACAATTCCAAACTTAATCTTGTAGTTAAGACTTCTAGAAATGTTCAAGAACAATTTGGATT
CAAACAAATTAACTCAAACACACTGCGGTTTGAGATGGATATGGTTAAAGGATTAAGTCTTGAA
ACACCAATAAAACTTAGATTAGTTTATTGA
f269.aa (SEQ ID NO:277)
MNIRKLLFCIFFMNISFLLFAGDYKGLDFKIKFFNQSIYRVNSNVFIEVSLSNASESVLTLEIG
DINSFGFDFDVTDTTNIKVKRPLEYVKKRSKNVAIPVRNMSLRPNEKFSVVINLNQFVKFSKDGVYF
VKGIFFPDISDPSKKKESNIITLFLNDGFDENPGSIDLVNLSENNDIQDILKKKKLSPDEIVKYLLKALQ
LGKKEKFFLYLDIEGLLLNDKGKAYLYKQKLSPIPNKNVVEEYKEYLWNSNNSDISKAPNKFSIIETT
YSDTSGKVIADLYFDDGQFYISKRYTFFFKKYDYYWIIYDYIVQNTGIKEK
t269.aa (SEQ ID NO:278)
GDYKGLDFKIKFFNQSIYRVNSNVFIEVSLSNASESVLTLEIGDINSFGFDFDVTDTTNIKVKRPIEYV
KKRSKNVAIPVRNMSLRPNEKFSVVTINLNQFVKFSKDGVYFVKGIFFPDISDPSKKKESNIITLFLNDG
FDENPGSIDLVNLSENNDIQDILKKKKLSPDEIVKYLLKALQLGKKEKFFLYLDIEGLLLNDKGKAYL
YKQKLSPIPNKNVVEEYKEYLWNSNNSDISKAPNKFSIIETTYSDTSGKVIADLYFDDGQFYISKRYT
FFFKKYDYYWIIYDYIVQNTGIKEK
f269.nt (SEQ ID NO:279)
ATGAATATTAGAAAATTGCTTTTTTGTATCTTTTTTATGAATATTTCTTTTCTTTTGTTTG
CGGGAGATTACAAGGGCCTTGATTTTAAAATCAAGTTTTTAATCAATCTATTTATCGTGTCAAT
AGTAATGTTTTTATTGAAGTTTCTCTTAGTAATGCGTCTGAGAGTGTTTTAACTTTAGAAATAGG
CGATATTAATTCTTTTGGCTTTGATTTTGATGTTACTGATACCACCAATATTAAAGTTAAAAGAC
CTATTGAATATGTTAAAAAGAGATCTAAAAATGTTGCAATTCCTGTTAGAAATATGAGCTTGAG
ACCTAATGAAAAATTTTCTGTAGTTATTAACTTAAATCAATTTGTTAAGTTTAGTAAAGATGGA
GTTTATTTTGTTAAGGGTATTTTTTTCCCAGACATTTCAGATCCATCTAAAGAAAAAGAATCCAA
TATTATTACGCTTTTTTTGAATGATGGTTTTGATGAAAATCCAGGTAGCATAGACCTTGTTAATT
TGTCTGAAAATAATGATATTCAAGATATCTTGAAAAAGAAAAAATTATCTCCCGATGAAATTGT
TAAATATTTGTTAAAGGCATTGCAGCTTGGGAAAAAAGAAAAGTTCTTTTTATATCTTGATATT
GAAGGTTTGTTATTAAATGACAAGGGCAAGGCATACCTTTATAAGCAAAAGTTATCACCTATTC
CCAATAAAAATGTAGTTGAAGAGTATAAAGAATATTTGTGGAATTCTAATAATTCGGATATTTC
AAAAGCACCAAATAAATTTTCTATTATTGAAACTACTTATTCTGATACTTCTGGCAAGGTGATT
GCTGATTTATATTTTGACGATGGGCAATTTTATATTTCCAAAAGATATACTTTCTTCTTTAAAAA
ATATGATTATTATTGGATAATTTATGATTACATTGTTCAAAATACTGGCATTAAGGAAAAGTAA
t269.nt (SEQ ID NO:280)
GGAGATTACAAGGGCCTTGATTTTAAAATCAAGTTTTTTAATCAATCTATTTATCGTGTCAATAG
TAATGTTTTTATTGAAGTTTCTCTTAGTAATGCGTCTGAGAGTGTTTTAACTTTAGAAATAGGCG
ATATTAATTCTTTTGGCTTTGATTTTGATGTTACTGATACCACCAATATTAAAGTTAAAAGACCT
ATTGAATATGTTAAAAAGAGATCTAAAAATGTTGCAATTCCTGTTAGAAATATGAGCTTGAGAC
CTAATGAAAAATTTTCTGTAGTTATTAACTTAAATCAATTTGTTAAGTTTAGTAAAGATGGAGT
TTATTTTGTTAAGGGTATTTTTTTCCCAGACATTTCAGATCCATCTAAGAAAAAAGAATCCAATA
TTATTACGCTTTTTTTGAATGATGGTTTTGATGAAAATCCAGGTAGCATAGACCTTGTTAATTTG
TCTGAAAATAATGATATTCAAGATATCTTGAAAAAGAAAAAATTATCTCCCGATGAAATTGTTA
AATATTTGTTAAAGGCATTGCAGCTTGGGAAAAAAGAAAAGTTCTTTTTATATCTTGATATTGA
AGGTTTGTTATTAAATGACAAGGGCAAGGCATACCTTTATAAGCAAAAGTTATCACCTATTCCC
AATAAAAATGTAGTTGAAGAGTATAAAGAATATTTGTGGAATTCTAATAATTCGGATATTTCAA
AAGCACCAAATAAATTTTCTATTATTGAAACTACTTATTCTGATACTTCTGGCAAGGTGATTGCT
GATTTATATTTTGACGATGGGCAATTTTATATTTCCAAAAGATATACTTTCTTCTTTAAAAAATA
TGATTATTATTGGATAATTTATGATTACATTGTTCAAAATACTGGCATTAAGGAAAAGTAA
f29.aa (SEQ ID NO:281)
MNWLSFFYVLLFLLIFPFELQSNNKENIENLIKLHMLYDLTNNLSKELETINKIKNFDLEQHYLLITKY
YLKIKKYKEANDFLKKINQKKIKNQKIKNEIISLKLRINEDNINEEEIKKILNNEKNIDVKIIYQIFSLIK
FKNKJKLKLANKIKNIILTNYPKSIYSYKIKRNE
t29.aa (SEQ ID NO:282)
NNKENIENLIKLHMLYDLTNNLSKELETINKIKNFDLEQHYLLITKYYLKIKKYKEANDFLKKINQKK
IKNQKIKNEIISLKLRINEDNINEEEIKKILNNEKNIDVKIIYQIFSLIKFKNKKLANKIKNIILTNYPKSIY
SYKIKRNE
f29.nt (SEQ ID NO:283)
ATGAACTGGCTATCCTTTTTTTATGTTTTATTATTTTTATTAATTTTTCCTTTTGAATTACAGAGT
AATAATAAAGAAAATATAGAAAATTTAATAAAGCTACATATGCTTTATGATTTAACCAATAACC
TGTCAAAAGAATTAGAAACAATAAATAAAATTAAAAATTTTGACTTAGAACAACATTATCTGCT
AATTACAAAATATTATCTAAAAATAAAAAAATATAAAGAAGCTAATGATTTTTTAAAAAAAATA
AACCAAAAAAAGATCAAAAATCAAAAAATAAAAAACGAAATCATTTCGCTAAAATTAAGAATA
AATGAAGATAATATTAATGAAGAAGAAATCAAAAAAATTTTAAATAACGAAAAAAATATAGAT
GTCAAAATAATTTATCAAATATTCAGTCTTATAAAATTTAAAAATAAAAAATTAGCAAATAAAA
TTAAAAACATAATACTAACAAACTATCCCAAAAGCATTTATTCTTATAAAATAAAAAGAAATGA
ATAA
t29.nt (SEQ ID NO:284)
AATAATAAAGAAAATATAGAAAATTTAATAAAGCTACATATGCTTTATGATTTAACCAATAACC
TGTCAAAAGAATTAGAAACAATAAATAAAATTAAAAATTTTGACTTAGAACAACATTATCTGCT
AATTACAAAATATTATCTAAAAATAAAAAAATATAAAGAAGCTAATGATTTTTTAAAAAAAATA
AACCAAAAAAAGATCAAAAATCAAAAAATAAAAAACGAAATCATTTCGCTAAAATTAAGAATA
AATGAAGATAATATTAATGAAGAAGAAATCAAAAAAATTTTAAATAACGAAAAAAATATAGAT
GTCAAAATAATTTATCAAATATTCAGTCTTATAAAATTTAAAAATAAAAAATTAGCAAATAAAA
TTAAAAACATAATACTAACAAACTATCCCAAAAGCATTTATTCTTATAAAATAAAAAGAAATGA
ATAA
f290.aa (SEQ ID NO:285)
MNSIYVIGKLLLTLFLIFFPFCYNLFAVNLAEINKLSEYAKSIVLIDFDTKRILYSKKPNLVFPPASLTKI
VTIYTALIEAEKRNIKLKSIVPISDSASYYNAPPNSSLMFLEKGQIVNFEEILKGLSVSSGNDSSIAIAEF
VVGNLNSFVNLMNINVLNLGLFNMHFVEPSGYSSENKITALDMAFFVKSYIEKFKFMLNIHSLKYFI
YPKSRNLGTALSSKFLNLKQRNANLLIYDYPYSDGIKTGYIKESGLNLVATAKKGERRLIAVVLGVE
KGINGFGEKMRSSIAKNLFEYGFNKYSKFPLIVKLKEKVYNGTVDTVALFSKEPFYYILTKDEFDKIN
ISYTVDKLVAPLSGDMPVGRAMIFLENEKIGDVALFSGKVKRLGFWQGLYKSFINLFSREY
t290.aa (SEQ ID NO:286)
VNLAEINKLSEYAKSIVLIDFDTKRILYSKKPNLVFPPASLTKIVTIYTALIEAEKRNIKLKSIVPISDSA
SYYNAPPNSSLMFLEKGQIVNFEEILKGLSVSSGNDSSIAIAEFVVGNLNSFVNLMNINVLNLGLFNM
HFVEPSGYSSENKITALDMAFFVKSYIEKFKFMLNIHSLKYFIYPKSRNLGTALSSKFLNLKQRNANL
LIYDYPYSDGIKTGYIKESGLNLVATAKKGERRLIAVVLGVEKGINGFGEKMRSSIAKINLFEYGFNK
YSKFPLIVKLKEKVYNGTVDTVALFSKEPFYYILTKDEFDKINISYTVDKLVAPLSGDMPVGRAMIFL
NEKIGDVALFSGKVKRLGFWQGLYKSFINLFSREY
f290.nt (SEQ ID NO:287)
ATGAATAGTATCTATGTTATTGGGAAATTGTTATTAACTTTATTTTTAATTTTTTTCCCGTTTTGT
TATAATCTTTTTGCAGTTAATTTAGCTGAGATTAATAAATTATCAGAGTATGCAAAGTCAATAG
TTTTAATAGATTTTGATACTAAGCGAATACTTTATTCTAAGAAGCCCAATTTGGTTTTTCCTCCA
GCATCTCTTACAAAGATTGTTACAATTTATACAGCTTTAATTGAAGCTGAAAAGCGAAATATAA
AATTAAAAAGCATAGTTCCTATTAGCGATTCTGCTTCATATTATAATGCACCCCCCAATTCTTCT
TTGATGTTTTAGAAAAAGGTCAAATTGTTAATTTTGAAGAGATTTTAAAAGGACTTTCAGTTT
CTTCGGGTAATGATTCTTCTATTGCAATTGCTGAGTTTGTAGTAGGCAATTTAAATAGCTTTGTT
AATTTAATGAATATTAATGTTTTAAATTTAGGGCTTTTTAATATGCATTTTGTTGAACCTTCTGG
ATATAGCAGCGAGAATAAGATTACAGCACTAGATATGGCTTTTTTTGTGAAATCTTATATAGAA
AAGTTTAAATTTATGCTTAATATTCATTCTTTAAAGTATTTTATTTATCCAAAGAGTAGAAATTT
AGGAACTGCTTTGTCATCAAAATTTTTAAACTTAAAACAAAGAAATGCTAATTTATTAATATAT
GATTACCCTTATTCAGATGGCATTAAAACGGGATATATTAAGGAATCAGGCTTAAATCTTGTTG
CTACTGCTAAAAAGGGTGAGAGAAGATTAATAGCAGTTGTATTGGGGGTTGAAAAAGGAATTA
ATGGATTTGGAGAGAAAATGAGATCTTCGATTGCAAAAAATTTATTTGAATATGGATTTAATAA
ATATTCTAAATTTCCTTTAATAGTAAAATTAAAAGAAAAAGTCTATAATGGTACAGTGGATACA
GTTGCTCTTTTTTCTAAAGAGCCTTTTTATTATATTTTAACTAAAGATGAATTTGATAAAATTAA
TATAAGTTATACTGTTGATAAATTGGTTGCTCCACTTAGTGGGGATATGCCTGTTGGGAGGGCT
ATGATTTTTTTAGAAAATGAAAAAATAGGGGATGTTGCTTTGTTTAGTGGCAAGGTAAAAAGAT
TAGGGTTTTGGCAAGGTCTTATAAGAGTTTTATAAATCTTTTTTCAAGAGAGTATTAA
t290.nt (SEQ ID NO:288)
GTTAATTTAGCTGAGATTAATAAATTATCAGAGTATGCAAAGTCAATAGTTTTAATAGATTTTG
ATACTAAGCGAATACTTTATTCTAAGAAGCCCAATTTGGTTTTTCCTCCAGCATCTCTTACAAAG
ATTGTTACAATTTATACAGCTTTAATTGAAGCTGAAAAGCGAAATATAAAATTAAAAAGCATAG
TTCCTATTAGCGATTCTGCTTCATATTATAATGCACCCCCCAATTCTTCTTTGATGTTTTTAGAA
AAAGGTCAAATTGTTAATTTTGAAGAGATTTTAAAAGGACTTTCAGTTTCTTCGGGTAATGATT
CTTCTATTGCAATTGCTGAGTTTGTAGTAGGCAATTTAAATAGCTTTGTTAATTTAATGAATATT
AATGTTTTAAATTTAGGGCTTTTTAATATGCATTTTGTTGAACCTTCTGGATATAGCAGCGAGAA
TAAGATTACAGCACTAGATATGGCTTTTTTTGTGAAATCTTATATAGAAAAGTTTAAATTTATGC
TTAATATTCATTCTTTAAAGTATTTTATTTATCCAAAGAGTAGAAATTTAGGAACTGCTTTGTCA
TCAAAATTTTTAAACTTAAAACAAAGAAATGCTAATTTATTAATATATGATTACCCTTATTCAGA
TGGCATTAAAACGGGATATATTAAGGAATCAGGCTTAAATCTTGTTGCTACTGCTAAAAAGGGT
GAGAGAAGATTAATAGCAGTTGTATTGGGGGTTGAAAAAGGAATTAATGGATTTGGAGAGAAA
ATGAGATCTTCGATTGCAAAAAATTTATTTGAATATGGATTTAATAAATATTCTAAATTTCCTTT
AATAGTAAAATTAAAAGAAAAAGTCTATAATGGTACAGTGGATACAGTTGCTCTTTTTTCTAAA
GAGCCTTTTTATTATATTTTAACTAAAGATGAATTTGATAAAATTAATATAAGTTATACTGTTGA
TAAATTGGTTGCTCCACTTAGTGGGGATATGCCTGTTGGGAGGGCTATGATTTTTTTAGAAAAT
GAAAAAATAGGGGATGTTGCTTTGTTTAGTGGCAAGGTAAAAAGATTAGGGTTTTGGCAAGGT
CTTTATAAGAGTTTTATAAATCTTTTTTCAAGAGAGTATTAA
f291.aa (SEQ ID NO:289)
MNSYDFITALVPIILIIIGLGIIKKPAYYVIPISLIATVAIVIFYKNLGIVNTSLAMLEGALMGIWPIATVII
AAIFTYKMSEDQKDIETIKNILSNVSSDRRIIVLLVAWGFGNFLEGVAGYGTAVAIPVSILIAMGFEPF
FACLICLIMNTSSTAYGSVGIPITSLAQATNLDVNIVSSEIAFQLILPTLTIPFVLVILTGGGIKGLKGVF
LLTLLSGMSMAISQVFISKTLGPELPAILGSILSMTITIVYARFFGNKETTERQSKNTISLSKGIIACSPYI
LIVTFIVLVSPLFNKIHEYLKTFQSTISIYPEANPLHFKWIISPGFLIILATTISYSIRGVPMLKQLKIFTLT
LKKMALSSFIIICIVAISRLMTHSGMIRDLANGISIITGKFGPLFSPLIGAIGTFLTGSDTVSNVLFGPLQT
QMAENIGANPYWLAAANTTGATGGKMISPQNITIATTYAGLIGQEGKLLSKTIIYALYYILATGLLVY
LV
t291.aa (SEQ ID NO:290)
QKDIETIKNILSNVSSDRRIIVLLVAWGFGNFLEGVAGYGTAVAIPVSILIAMGFEPFFACLICLIMNTS
STAYGSVGIPITSLAQATNLDVNIVSSEIAFQLILPTLTIPFVLVILTGGGIKGLKGVFLLTLLSGMSMAI
SQVFISKTLGPELPAILGSILSMTITIVYARFFGNKETTERQSKNTISLSKGIIACSPYILIVTFIVLVSPLF
NKIHEYLKTFQSTISIYPEANPLHFKWIISPGFLIILATTISYSIRGVPMLKQLKIFTLTLKKMALSSFIIIC
IVAISRLMTHSGMIRDLANGISIITGKFGPLFSPLIGAIGTFLTGSDTVSNVLFGPLQTQMAENIGANPY
WLAAANTTGATGGKMISPQNITIATTTAGLIGQEGKLLSKTIIYALYYILATGLLVYLV
f291.nt (SEQ ID NO:291)
ATGAATTCTTATGATTTTATAACAGCTTTGGTACCAATAATCCTAATAATTATTGGACTTGGCAT
AATAAAAAAGCCAGCTTACTATGTAATACCCATATCATTAATAGCCACCGTTGCTATAGTTATA
TTTTATAAAAACTTGGGAATAGTAAACACAAGTCTTGCAATGCTTGAGGGCGCCTTAATGGGGA
TATGGCCAATAGCAACTGTAATTATTGCTGCCATATTTACATACAAAATGTCAGAAGATCAAAA
AGATATAGAAACTATTAAAAATATTTTATCAAACGTATCTTCTGATAGAAGAATTATAGTATTA
CTAGTTGCATGGGGATTTGGAAATTTTTTAGAAGGAGTTGCTGGATATGGAACTGCTGTTGCAA
TTCCTGTATCAATATTAATAGCAATGGGATTTGAACCATTTTTTGCCTGCTTAATCTGTTTAATA
ATGAACACCTCATCAACCGCCTACGGATCTGTGGGAATCCCTATAACATCTTTAGCTCAAGCAA
CTAACTTGGATGTTAACATTGTTTTCATCTGAGATTGCATTCCAACTAATACTTCCAACCTTAACA
ATACCTTTTGTACTGGTAATTCTTACAGGAGGGGGCATTAAAGGATTAAAAGGAGTATTCCTTC
TTACCTTACTCTCAGGAATGTCAATGGCAATATCTCAAGTATTTATATCAAAAACTTTGGGTCCA
GAACTTCCTGCAATCCTTGGAAGCATTCTTTCTATGACAATAACAATAGTTTATGCAAGGTTTTT
TGGAAATAAAGAAACTACTGAGCGCCAAAGCAAAAACACAATATCCTTATCAAAAGGAATTAT
TGCCTGCTCACCCTACATTTTAATAGTAACTTTTATAGTGCTTGTATCTCCTCTTTTTAACAAAA
TTCATGAATACCTAAAAACTTTTCAAAGCACTATTAGCATTTATCCAGAAGCAAATCCCTTACA
CTTTAAATGGATTATCTCTCCGGGCTTCTTGATTATACTTGCAACAACAATATCCTATTCAATAC
GGGGAGTTCCAATGTTAAAACAGCTAAAAATATTTACATTAACCTTGAAAAAAATGGCATTATC
TTCCTTTATAATCATATGCATTGTTGCAATATCAAGATTAATGACACATAGTGGAATGATAAGA
GATCTTGCTAATGGAATCTCAATAATAACAGGTAAATTTGGACCATTATTTAGCCCACTAATTG
GAGCTATTGGGACATTTTTAACAGGAAGTGATACGGTTTCAAATGTTCTTTTTGGACCTTTACA
AACACAAATGGCAGAAAATATTGGAGCAAATCCTTACTGGCTTGCAGCAGCAAATACAACAGG
AGCAACTGGAGGGAAAATGATTTCTCCCCAAAACATCACAATAGCAACAACAACTGCTGGATT
AATTGGACAAGAAGGCAAGCTTTTATCAAAAACAATAATTTATGCTTTATACTACATTTTAGCA
ACAGGATTGCTAGTTTATTTAGTATAA
t291.nt (SEQ ID NO:292)
CAAAAAGATATAGAAACTATTAAAAATATTTTATCAAACGTATCTTCTGATAGAAGAATTATAG
TATTACTAGTTGCATGGGGATTTGGAAATTTTTTAGAAGGAGTTGCTGGATATGGAACTGCTGT
TGCAATTCCTGTATCAATATTAATAGCAATGGGATTTGAACCATTTTTTGCCTGCTTAATCTGTT
TAATAATGAACACCTCATCAACCGCCTACGGATCTGTGGGAATCCCTATAACATCTTTAGCTCA
AGCAACTAACTTGGATGTTAACATTGTTTCATCTGAGATTGCATTCCAACTAATACTTCCAACCT
TAACAATACCTTTTGTACTGGTAATTCTTACAGGAGGGGGCATTAAAGGATTAAAAGGAGTATT
CCTTCTTACCTTACTCTCAGGAATGTCAATGGCAATATCTCAAGTATTTATATCAAAAACTTTGG
GTCCAGAACTTCCTGCAATCCTTGGAAGCATTCTTTCTATGACAATAACAATAGTTTATGCAAG
GTTTTTTGGAAATAAAGAAACTACTGAGCGCCAAAGCAAAAACACAATATCCTTATCAAAAGG
AATTATTGCCTGCTCACCCTACATTTTAATAGTAACTTTTATAGTGCTTGTATCTCCTCTTTTTAA
CAAAATTCATGAATACCTAAAAACTTTTCAAAGCACTATTAGCATTTATCCAGAAGCAAATCCC
TTACACTTTAAATGGATTATCTCTCCGGGCTTCTTGATTATACTTGCAACAACAATATCCTATTC
AATACGGGGAGTTCCAATGTTAAAACAGCTAAAAATATTTACATTAACCTTGAAAAAAATGGCA
TTATCTTCCTTTATAATCATATGCATTGTTGCAATATCAAGATTAATGACACATAGTGGAATGAT
AAGAGATCTTGCTAATGGAATCTCAATAATAACAGGTAAATTTGGACCATTATTTAGCCCACTA
ATTGGAGCTATTGGGACATTTTTAACAGGAAGTGATACGGTTTCAAATGTTCTTTTTGGACCTTT
ACAAACACAAATGGCAGAAAATATTGGAGCAAATCCTTACTGGCTTGCAGCAGCAAATACAAC
AGGAGCAACTGGAGGGAAAATGATTCTCCCCAAAACATCACAATAGCAACAACAACTGCTGGA
TTAATTGGACAAG
f296.aa (SEQ ID NO:293)
MPSPIRVFFLVLLFIFIFNPVLIAMLFILFPFILILFSFLGVFRIYFTRDYSYSRSREFEFYKLSFLLMAKLL
SILGTVTGEQLNYVNFIINSLNLSERGKSELYTIFHSAITKNNNADKILYTLKLGYFQHKDLFIWLFAT
LKEINRLSRYKNLEAEKFISYVGVFLELESDGYEAYKDINIKIVNPYSVLGLTYSASDDEVKKAYKSL
VIKYHPDKFANDPVRQKDANDKFIKIQDAYEKICKERNIR
t296.aa (SEQ ID NO:294)
IYFTRDYSYSRSREFEFYLLSFKLMAKLLSILGTVTGEQLNYVNFIINSLNLSERGKSELYTIFHSAITK
NNNADKILYTLKLGYFQHKDLFIWLFATLKEINRLSRYKNLEAEKFISYVGVFLELESDGYEAYKDI
NIKIVNPYSVLGLTYSASDDEVKKAYKSLVIKYHPDKFANDPVRQKDANDKFIKIQDAYEKICKEPN
IR
f296.nt (SEQ ID NO:295)
ATGCCAAGCCCAATTAGAGTGTTTTTTTTAGTGTTGTTGTTTATTTTTATTTTTAATCCCGTTTTA
ATAGCAATGCTTTTTATTTTATTTCCTTTTATTTTGATATTATTTAGTTTTTTAGGTGTTTTTAGA
ATATACTTTACAAGGGATTACTCATATTCTAGATCTAGAGAGTTTGAATTTTATAAACTTTCTTT
TTTATTAATGGCTAAATTGCTATCTATTTTAGGAACTGTAACTGGGGAGCAGCTAAATTATGTC
AATTTTATTATCAATTCTTTGAATTTGTCTGAACGTGGTAAATCAGAATTGTATACCATTTTTCA
TTCTGCTATTACTAAAAATAATAATGCTGATAAAATTTTATATACCCTTAAGCTTGGTTATTTTC
AGCACAAAGATCTTTTTATATGGCTTTTTGCCACTCTTAAAGAAATTAACAGGCTCTAGGTAT
AAAAATTTAGAAGCTGAAAAATTTATTTCTTATGTTGGTGTTTTTTTAGAACTTGAATCTGATGG
TTATGAAGCTTATAAAGATATTAATATTAAAATTGTAAATCCTTATAGTGTTTTGGGGTTAACA
TATAGTGCTAGCGATGATGAGGTTAAAAAGGCGTATAAAAGCCTTGTTATAAAATATCATCCTG
ATAAGTTTGCAAATGATCCTGTAAGACAAAAAGATGCAAATGATAAATTTATAAAAATTCAAG
ATGCTTATGAAAAAATTTGCAAGGAAAGAAATATAAGGTAA
t296.nt (SEQ ID NO:296)
ATATACTTTACAAGGGATTACTCATATTCTAGATCTAGAGAGTTTGAATTTTATAAACT
TTCTTTTTTATTAATGGCTAAATTGCTATCTATTTTAGGAACTGTAACTGGGGAGCAGCTAAATT
ATGTCAATTTTATTATCAATTCTTTGAATTTGTCTGAACGTGGTAAATCAGAATTGTATACCATT
TTTCATTCTGCTATTACTAAAAATAATAATGCTGATAAAATTTTATATACCCTTAAGCTTGGTTA
TTTTCAGCACAAAGATCTTTTTATATGGCTTTTTGCCACTCTTAAAGAAATTAACAGGCTTTCTA
GGTATAAAAATTTAGAAGCTGAAAAATTTATTTCTTATGTTGGTGTTTTTTTAGAACTTGAATCT
GATGGTTATGAAGCTTATAAAGATATTAATATTAAAATTGTAAATCCTTATAGTGTTTTGGGGT
TAACATATAGTGCTAGCGATGATGAGGTTAAAAAGGCGTATAAAAGCCTTGTTATAAAATATCA
TCCTGATAAGTTTGCAAATGATCCTGTAAGACAAAAAGATGCAAATGATAAATTTATAAAAATT
CAAGATGCTTATGAAAAAATTTGCAAGGAAAGAAATATAAGGTAA
f3.aa (SEQ ID NO:297)
MKKKNLSIYMIMLISLLSCNTSDPNELTRKKMQDKNVKILGFLEKIQADNKEIVEKHIEKKEKQMVQ
AASVAPINVESNFPYYLQEEIEIKEEELVPNTDEEKKAEKAISDGSLEFAKLVDDENKLKNESAQLES
SFNNVYKEILELADLIQAEVHVAGRINSYIKKRKTTKEKEYKKREIKNKIEKQALIKLFNQLLEKRGD
IENLHTQLNSGLSERASAKYFFEKAKETLKAAITERLNNKRKNRPWWARRTHSNLAIQAKNEAEDA
LNQLSTSSFRILEAMKIKEDVKQLLEEVKSFLDSSKSKIFSSGDRLYDFLETSK
t3.aa (SEQ ID NO:298)
NELTRKKMQDKNVKILGFLEKIQADNKEIVEKHIEKKEKQMVQAASVAPINVESNFPYYLQEEIEIK
EEELVPNTDEEKKAEKAISDGSLEFAKLVDDENKLKNESAQLESSFNNVYKEILELADLIQAEVHVA
GRINSYIKKRKTTKEKEYKKREIKNKIEKQALIKLFNQLLEKRGDIENLHTQLNSGLSERASAKYFFE
KAKETLKAAITERLNNKRKNRPWWARRTRSNLAIQAKNEAEDALNQLSTSSFRILEAMKIKEDVKQ
LLEEVKSFLDSSKSKIFSSGDRLYDFLETSK
f3.nt (SEQ ID NO:299)
ATGAAAAAAAAAAATTTATCAATTTACATGATAATGCTAATAAGTTTATTATCATGTAATACAA
GTGACCCCAATGAATTAACTCGTAAAAAAATGCAAGACAAGAACGTGAAAATTTTAGGATTTTT
AGAGAAAATTCAAGCAGATAATAAAGAAATTGTTGAAAAACATATAGAAAAAAAAGAAAAAC
AAATGGTGCAGGCTGCTTCTGTAGCACCTATTAATGTAGAGAGTAATTTCCCATATTATCTTCA
AGAAGAAATAGAGATAAAAGAAGAAGAGTTGGTTCCAAATACTGATGAAGAAAAGAAGGCAG
AGAAGGCAATTAGCGATGGGAGTCTTGAATTTGCTAAATTAGTTGATGATGAAAATAAACTTAA
AAATGAATCTGCGCAATTAGAATCTAGTTTTAATAATGTTTATAAAGAAATCTTAGAACTTGCA
GATTTAATACAAGCAGAGGTGCATGTTGCAGGAAGGATAAATAGCTATATAAAAAAAAGAAAG
ACCACTAAAGAAAAAGAATATAAGAAGAGAGAAATTAAGAATAAGATAGAAAAACAGGCTCT
AATTAAGTTGTTCAATCAGTTATTAGAAAAAAGAGGCGATATTGAAAATCTTCATACTCAATTA
AATAGTGGACTTAGCGAGAGAGCATCTGCAAAATACTTTTTTGAGAAAGCCAAAGAAACTTTA
AAAGCTGCTATTACTGAAAGATTAAATAACAAACGTAAAAATCGGCCATGGTGGGCAAGAAGA
ACACATAGTAATTTAGCAATACAGGCAAAAAATGAGGCAGAGGATGCTTTAAACCAATTAAGT
ACTTCTTCTTTTAGGATACTTGAAGCAATGAAAATAAAGGAAGATGTAAAACAGCTTCTTGAAG
AAGTAAAATCTTTTCTAGATTCTTCAAAGAGCAAAATCTTTTCTAGTGGCGATAGATTATATGA
TTTTTTAGAGACGAGTAAATAA
t3.nt (SEQ ID NO:300)
AATGAATTAACTCGTAAAAAAATGCAAGACAAGAACGTGAAAATTTTAGGATTTTTAGAGAAA
ATTCAAGCAGATAATAAAGAAATTGTTGAAAAACATATAGAAAAAAAAGAAAAACAAATGGTG
CAGGCTGCTTCTGTAGCACCTATTAATGTAGAGAGTAATTTCCCATATTATCTTCAAGAAGAAA
TAGAGATAAAAGAAGAAGAGTTGGTTCCAAATACTGATGAAGAAAAGAAGGCAGAGAAGGCA
ATTAGCGATGGGAGTCTTGAATTTGCTAAATTAGTTGATGATGAAAATAAACTTAAAAATGAAT
CTGCGCAATTAGAATCTAGTTTTAATAATGTTTATAAAGAAATCTTAGAACTTGCAGATTTAAT
ACAAGCAGAGGTGCATGTTGCAGGAAGGATAAATAGCTATATAAAAAAAAGAAAGACCACTAA
AGAAAAAGAATATAAGAAGAGAGAAATTAAGAATAAGATAGAAAAACAGGCTCTAATTAAGTT
GTTCAATCAGTTATTAGAAAAAAGAGGCGATATTGAAAATCTTCATACTCAATTAAATAGTGGA
CTTAGCGAGAGAGCATCTGCAAAATACTTTTTTGAGAAAGCCAAAGAAACTTTAAAAGCTGCTA
TTACTGAAAGATTAAATAACAAACGTAAAAATCGGCCATGGTGGGCAAGAAGAACACATAGTA
ATTTAGCAATACAGGCAAAAAATGAGGCAGAGGATGCTTTAAACCAATTAAGTACTTCTTCTTT
TAGGATACTTGAAGCAATGAAAATAAAGGAAGATGTAAAACAGCTTCTTGAAGAAGTAAAATC
TTTTCTAGATTCTTCAAAGAGCAAAATCTTTTCTAGTGGCGATAGATTATATGATTTTTTAGAGA
CGAGTAAATAA
f30.aa (SEQ ID NO:301)
MNKKILTLLVLILSISSVLMLSKSITKKSKYKIIRDYFINSNYVLVKIENKDLKFTISKPIYDKKLNNYF
FKGQTTSHFLISNNVDIAINTSPYEVKQNMFFPKGLYIYNKKMISKQINNYGEIVIKHNKIILNPKEDEI
ENCDYGFSGFFVLIKNGKYKKNFKETRHPRTIIGTDKNNKHLFLVTIEGRGVNNSKGASLNEAIDFA
LSYGMTNAINLDGGGSSTLVVKSNNAPYKLNFTANIFGQERPVPFHLGIKLPN
t30.aa (SEQ ID NO:302)
LSKSITKKSKYKIIRDYFINSNYVLVKIENKDLKFTISKPIYDKKLNNYFFKGQTTSHFLISNNVDIAIN
TSPYEVKQNMFFPKGLYIYNKKMISKQINNYGEIVIKHNKIILNPKEDEIENCDYGFSGFFVLIKNGK
YKKNFKETRHPRTIIGTDKNNKHLFLVTIEGRGVNNSKGASLNEAIDFALSYGMTNAINLDGGGSST
LVVKSNNAPYKLNFTANIFGQERPVPFHLGIKLPN
f30.nt (SEQ ID NO:303)
ATGAATAAAAAAATATTAACACTGCTAGTATTGATTTTAAGTATTTCATCAGTACTAAT
GCTGTCCAAATCAATCACCAAAAAATCCAAATACAAAATTATTAGGGATTATTTCATAAACAGC
AATTATGTTCTGGTGAAAATTGAAAATAAAGATCTAAAATTTACCATATCAAAACCTATTTACG
ACAAAAAGCTAAATAATTACTTCTTTAAAGGCCAAACAACAAGCCATTTCTTAATTTCTAACAA
TGTTGACATTGCAATTAACACAAGTCCATACGAAGTTAAACAAAACATGTTTTTCCCAAAAGGA
CTATACATATATAATAAAAAAATGATTTCAAAACAAATAAATAACTACGGAGAGATTGTAATAA
AGCACAACAAAATTATATTAAATCCCAAGGAAGACGAAATAGAAAACTGCGATTATGGATTTA
GCGGATTTTTTGTTTTAATCAAAAACGGAAAGTATAAAAAAAATTTTAAAGAAACAAGGCACCC
AAGAACAATAATAGGAACTGATAAAAATAACAAGCATTTATTTCTTGTTACAATAGAAGGAAG
GGGTGTCAATAATAGCAAAGGGGCCTCTCTTAATGAAGCTATTGATTTTGCATTAAGCTACGGC
ATGACTAACGCTATTAATCTAGACGGGGGGGGCTCAAGCACTCTTGTTGTAAAATCAAATAACG
CTCCTTACAAATTAAACTTCACAGCAAACATCTTTGGACAGGAAAGACCTGTCCCATTTCATTT
AGGAATAAAACTTCCTAATTGA
t30.nt (SEQ ID NO:304)
CTGTCCAAATCAATCACCAAAAAATCCAAATACAAAATTATTAGGGATTATTTCATAAACAGCA
ATTATGTTCTGGTGAAAATTGAAAATAAAGATCTAAAATTTACCATATCAAAACCTATTTACGA
CAAAAAGCTAAATAATTACTTCTTTAAAGGCCAAACAACAAGCCATTTCTTAATTTCTAACAAT
GTTGACATTGCAATTAACACAAGTCCATACGAAGTTAAACAAAACATGTTTTTCCCAAAAGGAC
TATACATATATAATAAAAAAATGATTTCAAAACAAATAAATAACTACGGAGAGATTGTAATAA
AGCACAACAAAATTATATTAAATCCCAAGGAAGACGAAATAGAAAACTGCGATTATGGATTTA
GCGGATTTTTTGTTTTAATCAAAAACGGAAAGTATAAAAAAAATTTTAAAGAAACAAGGCACCC
AAGAACAATAATAGGAACTGATAAAAATAACAAGCATTTATTTCTTGTTACAATAGAAGGAAG
GGGTGTCAATAATAGCAAAGGGGCCTCTCTTAATGAAGCTATTGATTTTGCATTAAGCTACGGC
ATGACTAACGCTATTAATCTAGACGGGGGGGGCTCAAGCACTCTTGTTGTAAAATCAAATAACG
CTCCTTACAAATTAAACTTCACAGCAAACATCTTTGGACAGGAAAGACCTGTCCCATTTCATTT
AGGAATAAAACTTCCTAATTGA
f308.aa (SEQ ID NO:305)
MQLLKNKYPFKRALLDLFLVYAIVYLASPFVNVNSEFWNVDENHFYFWISRSFLIIFIIYFFK
LTSSYDDFRVEFFIPKFKFIFLWDSVLIFIKTILIAMIVIFLIAFLLEYLLPESVLVYYFQNNAGFNWKISS
KKAFFLMTFTSFFTGAFEELFYRAFVITKFTQMGFPVVATAILSSMFFAYGHLYYGILGFLVTFILGIF
FAFTYLRYKNVYYVIFIHSFYNIIVSSLLLFLN
t308.aa (SEQ ID NO:306)
NSEFWNVDENHFYFWISRSFLIIFIIYFFKLTSSYDDFRVEFFIPKFKFIFLWDSVLIFIKTILIAMIVIFLI
AFLLEYLLPESVLVYYFQNNAGFNWKISSKKAFFLMTFTSFFTGAFEELFYRAFVITKFTQMGFPVV
ATAILSSMFFAYGHLYYGILGFLVTFILGIFFAFTYLRYKNVYYVIFIHSFYNIIVSSLLLFLN
f308.nt (SEQ ID NO:307)
ATGCAATTGTTAAAAAATAAATATCCATTCAAGCGGGCTTTGCTTGATCTTTTTTTGGTCTATGC
TATTGTTTATTTGGCATCTCCTTTTGTAAATGTTAATTCAGAATTTTGGAATGTTGATGAAAATC
ATTTTTATTTTTGGATTTCAAGATCTTTTTTAATTATTTTTATAATTTATTTTTTTAAACTTACCA
GTTCTTATGATGATTTTAGAGTAGAGTTTTTTATTCCTAAATTTAAATTTATTTTTCTTTGGGATT
CTGTTTTAATTTTTATTAAAACAATATTGATTGCAATGATAGTCATTTTTTTAATAGCTTTTTTGC
TTGAATATTTGTTGCCAGAATCGGTACTTGTCTATTATTTTCAAAACAATGCTGGATTTAATTGG
AAGATTAGCAGTAAAAAAGCATTTTTTTTAATGACTTTTACCTCTTTTTTTACAGGAGCTTTTGA
AGAACTTTTTTACAGGGCTTTTGTTATTACTAAGTTTACACAAATGGGATTTCCTGTTGTAGCTA
CCGCCATTCTTAGTAGTATGTTTTTTGCTTATGGGCATTTATATTATGGAATTTTAGGATTTTTG
GTTACATTTATATTAGGGATATTTTTTGCTTTTACTTATTTAAGGTATAAAAATGTATATTATGT
GATTTTTATACATAGTTTTTATAATATTATTGTTAGCAGCTTGTTGCTTTTTTTGAATTAA
t308.nt (SEQ ID NO:308)
AATTCAGAATTTTGGAATGTTGATGAAAATCATTTTTATTTTTGGATTTCAAGATCTTTT
TTAATTATTTTTATAATTTATTTTTTTAAACTTACCAGTTCTTATGATGATTTTAGAGTAGAGTTT
TTTATTCCTAAATTTAAATTTATTTTTCTTTGGGATTCTGTTTTAATTTTTATTAAAACAATATTG
ATTGCAATGATAGTCATTTTTTTAATAGCTTTTTTGCTTGAATATTTGTTGCCAGAATCGGTACT
TGTCTATTATTTTCAAAACAATGCTGGATTTAATTGGAAGATTAGCAGTAAAAAAGCATTTTTTT
TAATGACTTTTACCTCTTTTTTTACAGGAGCTTTTGAAGAACTTTTTTACAGGGCTTTTGTTATT
ACTAAGTTTACACAAATGGGATTTCCTGTTGTAGCTACCGCCATTCTTAGTAGTATGTTTTTTGC
TTATGGGCATTTATATTATGGAATTTTAGGATTTTTGGTTACATTTATATTAGGGATATTTTTTG
CTTTTACTTATTTAAGGTATAAAAATGTATATTATGTGATTTTTATACATAGTTTTTATAATATT
ATTGTTAGCAGCTTGTTGCTTTTTTTGAATTAA
f31.aa (SEQ ID NO:309)
MKKYLFFILFLISSNNLIVSYPLSFGGGFSYQFTNYTDKTGATKFAPNFTRADHGINLNLFFDANYVL
FEMSYKEAFVVTHNGRYFSLGLYGTYPMVFKEQVRMLFPLIGFKYAFDLSSNNFNLFFLSMGLAAD
LFIPDLDGLYIRPLFMLSISPFSNYKNFSGLTTEIMLGFNIGWRFFN
t31.aa (SEQ ID NO:310)
IVSYPLSFGGGFSYQFTNYTDKTGATKFAPNFTRADHGINLNLFFDANYVLFEMSYKEAFVVTHNG
RYFSLGLYGTYPMVFKEQVRMLFPLIGFKYAFDLSSNNFNLFFLSMGLAADLFIPDLDGLYIRPLFML
SISPFSNYKNFSGLTTEIMLGFNIGWRFFN
f31.nt (SEQ ID NO:311)
ATGAAGAAATATCTTTTTTTTATTTTATTTCTCATCTCTTCTAATAATTTAATTGTTTCTTATCCA
CTTTCTTTTGGTGGAGGTTTTTCTTATCAATTTACTAATTATACTGATAAAACAGGCGCCACTAA
ATTTGCTCCAAATTTTACCAGAGCAGATCATGGGATTAATTTGAATTTATTTTTTGATGCAAATT
ATGTACTTTTTGAAATGTCTTACAAAGAGGCTTTTGTTGTTACTCACAATGGGAGATATTTCTCG
CTTGGGCTTTATGGAACATATCCAATGGTTTTCAAAGAGCAGGTTAGAATGCTTTTCCCATTAA
TTGGGTTTAAATATGCTTTTGATTTAAGCTCTAATAACTTCAATCTCTTTTTTTTAAGCATGGGG
CTTGCTGCTGATCTTTTTATTCCCGATCTTGATGGTTTATATATTAGGCCTTTGTTTATGCTTTCT
ATTTCTCCATTTTCTAATTATAAAAATTTTTCTGGGTTAACAACTGAGATTATGCTTGGATTTAA
TATCGGTTGGAGATTTTTCAATTAG
t31.nt (SEQ ID NO:312)
ATTGTTTCTTATCCACTTTCTTTTGGTGGAGGTTTTTCTTATCAATTTACTAATTATACTGATAAA
ACAGGCGCCACTAAATTTGCTCCAAATTTTACCAGAGCAGATCATGGGATTAATTTGAATTTAT
TTTTTGATGCAAATTATGTACTTTTGAAATGTCTTACAAAGAGGCTTTTGTTGTTACTCACAAT
GGGAGATATTTCTCGCTTGGGCTTTATGGAACATATCCAATGGTTTTCAAAGAGCAGGTTAGAA
TGCTTTTCCCATTAATTGGGTTTAAATATGCTTTTGATTTAAGCTCTAATAACTTCAATCTCTTTT
TTTTAAGCATGGGGCTTGCTGCTGATCTTTTTATTCCCGATCTTGATGGTTTATATATTAGGCCT
TTGTTTATGCTTTCTATTTCTCCATTTTCTAATTATAAAAATTTTTCTGGGTTAACAACTGAGATT
ATGCTTGGATTTAATATCGGTTGGAGATTTTTCAATTAG
f939.aa (SEQ ID NO:313)
MKQKYENYFKKRLILNLLIFLLLACSSESIFSQLGNLQKIKHEYNILGSSSPRGISLVGETLYIAAMHLF
KKENGKIEKIDLSNSYEFINDIVNISGKTYLLAQNKEEELEVCELNGKDWTLKFKKPLKAYKFLKSV
GRDGVKEAYILAIDKNNREKIFDLQGSDKTPPQATENDKFYQISNEENLITGNSLKIWQMNNNTYTN
IDYQQAKEIMPIIKTSIRGSSEVLVMTGGYNNLDTKFKVYSNTNNYTTPIFIQDEVGEFSSYFAREFND
AILIGSNNGFAEFTKNKEGIFALRAPSKSVEPGAYNGSQLSKTGLNDIIPVSNNTIYILTQGKGLWKLE
NRKLTKE
f939.aa (SEQ ID NO:314)
CSSESIFSQLGNLQKIKHEYNILGSSSPRGISLVGETLYIAAMHLFKKENGKIEKIDLSNSYEFINDIVNI
SGKTYLLAQNKEEELEVCELNGKDWTLKFKKPLKAYKFLKSVGRDGVKEAYILAIDKNNREKTIDL
QGSDKTPPQATENDKFYQISNEENLITGNSLKIWQMNNNTYTNIDYQQAKEIMPIIKTSIRGSSEVLV
MTGGYNNLDTKFKVYSNTNNYTTPIFIQDEVGEFSSYFAREFNDAILIGSNNGFAEFTKNKEGIFALR
APSKSVEPGAYNGSQLSKTGLNDIIPVSNNTIYILTQGKGLWKLENR
KLTKE
f939.nt (SEQ ID NO:315)
ATGAAACAAAAATACGAAAACTATTTTAAAAAAAGATTAATTTTAAACCTATTAATATTTTTAC
TACTAGCATGCTCAAGCGAATCCATATTTTCACAATTAGGAAATCTGCAAAAAATAAAACATGA
ATACAATATTTTGGGCAGTTCAAGTCCAAGAGGAATTTCTCTAGTAGGAGAAACTCTCTACATT
GCAGCCATGCATTTATTTAAAAAAGAAAACGGCAAGATTGAAAAAATTGATTTGAGCAATTCTT
ATGAGTTTATAAACGACATTGTAAATATATCTGGAAAAACCTATCTTTTAGCGCAAAACAAAGA
AGAAGAATTAGAAGTTTGCGAGCTAAATGGAAAAGATTGGACATTAAAATTTAAAAAACCGCT
AAAAGCATATAAATTCTTAAAATCCGTAGGAAGAGATGGCGTAAAAGAAGCATATATTTTAGC
TATAGATAAAAATAATCGTGAGAAAATTTTTGATCTACAAGGATCTGACAAAACACCACCACAA
GCTACTGAAAATGACAAATTTTATCAAATATCAAATGAAGAAAACTTAATTACAGGAAATTCAC
TCAAAATATGGCAAATGAATAACAATACATACACAAACATAGACTATCAACAGGCCAAAGAAA
TAATGCCTATCATTAAAACAAGCATTAGGGGCTCTTCTGAAGTTTTAGTAATGACTGGTGGTTA
CAATAATTTAGATACAAAATTTAAAGTTTACTCAAATACAAATAATTACACAACGCCAATATTT
ATTCAAGACGAAGTAGGCGAATTTAGCAGCTACTTTGCAAGAGAATTTAATGATGCGATATTAA
TCGGAAGTAATAATGGATTTGCAGAATTTACAAAAAATAAAGAAGGAATTTTTGCCCTACGGGC
ACCCTCAAAATCTGTAGAACCTGGAGCTTATAACGGATCTCAGCTAAGCAAAACAGGCCTTAAT
GATATTATTCCTGTATCAAACAACACGATTTACATATTAACTCAGGGCAAGGGTTTGTGGAAAT
TGGAAAACAGAAAATTAACTAAAGAATAA
t939.nt (SEQ ID NO:316)
TGCTCAAGCGAATCCATATTTTCACAATTAGGAAATCTGCAAAAAATAAAACATGAATACAATA
TTTTGGGCAGTTCAAGTCCAAGAGGAATTTCTCTAGTAGGAGAAACTCTCTACATTGCAGCCAT
GCATTTATTTAAAAAAGAAAACGGCAAGATTGAAAAAATTGATTTGAGCAATTCTTATGAGTTT
ATAAACGACATTGTAAATATATCTGGAAAAACCTATCTTTTAGCGCAAAACAAAGAAGAAGAA
TTAGAAGTTTGCGAGCTAAATGGAAAAGATTGGACATTAAAATTTAAAAAACCGCTAAAAGCA
TATAAATTCTTAAAATCCGTAGGAAGAGATGGCGTAAAAGAAGCATATATTTTAGCTATAGATA
AAAATAATCGTGAGAAAATTTTTGATCTACAAGGATCTGACAAAACACCACCACAAGCTACTGA
AAATGACAAATTTTATCAAATATCAAATGAAGAAAACTTAATTACAGGAAATTCACTCAAAATA
TGGCAAATGAATAACAATACATACACAAACATAGACTATCAACAGGCCAAAGAAATAATGCCT
ATCATTAAAACAAGCATTAGGGGCTCTTCTGAAGTTTTAGTAATGACTGGTGGTTACAATAATT
TAGATACAAAATTTAAAGTTTACTCAAATACAAATAATTACACAACGCCAATATTTATTCAAGA
CGAAGTAGGCGAATTTAGCAGCTACTTTGCAAGAGAATTTAATGATGCGATATTAATCGGAAGT
AATAATGGATTTGCAGAATTTACAAAAAATAAAGAAGGAATTTTTGCCCTACGGGCACCCTCAA
AATCTGTAGAACCTGGAGCTTATAACGGATCTCAGCTAAGCAAAACAGGCCTTAATGATATTAT
TCCTGTATCAAACAACACGATTTACATATTAACTCAGGGCAAGGGTTTGTGGAAATTGGAAAAC
AGAAAATTAACTAAAGAATAA
f739.aa (SEQ ID NO:317)
MQSGLKIKLILFFCCFACSCDINYPEIKELDYKINYYFTENRLDYSMSFDFAIKVINSKDVFK
LSIENKNTNEFIQVINNNYSSFFIDSSLGKDILYCKDLRFNFFDKTFEDFTSCVRLFDKGMRVYNRELV
ISLGMSKYDLDDVHNYVYKSKDMEMLNKLSNSKVFFVKTYKDKLHPVSSVVRIDSIDILEIDKAFD
NYISFYYVEKNSNLFFKVG
t739.aa (SEQ ID NO:318)
CCFACSCDINYPEIKELDYKINYYFTENRLDYSMSFDFAIKVINSKDVFKLSIENKNTNEFIQVINNNY
SSFFIDSSLGKDILYCKDLRFNFFDKTFEDFTSCVRLFDKGMRVYNRELVISLGMSKYDLDDVHNYV
YKSKDMEMLNKLSNSKVFFVKTYKDKLHPVSSVVRIDSIDILEIDKAFDNYISFYYVEKNSNLFFKV
G
f739.nt (SEQ ID NO:319)
ATGCAGAGCGGATTAAAAATTAAATTAATATTGTTTTTTTGTTGTTTTGCTTGTTCTTGCGACAT
AAATTATCCGGAGATAAAAGAGCTTGATTATAAGATAAATTATTATTTTACTGAAAATCGCTTA
GATTACTCTATGAGTTTTGATTTTGCAATTAAAGTTATAAATTCAAAAGATGTTTTTAAATTATC
AATAGAGAATAAGAACACTAATGAGTTTATTCAAGTGATTAATAATAATTATAGCTCTTTTTTT
ATTGATTCTAGCCTTGGAAAGGATATTCTATATTGTAAGGATTTGAGGTTTAATTTTTTTGATAA
AACTTTTGAAGATTTTACCTCATGTGTTCGTCTTTTTGATAAGGGCATGAGAGTATACAATAGA
GAGCTTGTTATTTCTTTGGGTATGTCAAAATATGATTTAGATGATGTTCACAATTATGTATATAA
GTCTAAAGATATGGAAATGTTAAACAAGTTAAGCAATTCCAAAGTATTTTTTGTTAAAACTTAT
AAAGACAAACTACATCCGGTCTCTTCAGTTGTTAGAATTGATTCAATAGATATTCTAGAGATTG
ATAAAGCATTTGATAATTACATAAGTTTTTATTATGTCGAAAAAAATTCAAATCTTTTTTTTAAA
GTTGGCTGA
t739.nt (SEQ ID NO:320)
TGTTGTTTTGCTTGTTCTTGCGACATAAATTATCCGGAGATAAAAGAGCTTGATTATAAGATAA
ATTATTATTTTACTGAAAATCGCTTAGATTACTCTATGAGTTTTGATTTTGCAATTAAAGTTATA
AATTCAAAAGATGTTTTTAAATTATCAATAGAGAATAAGAACACTAATGAGTTTATTCAAGTGA
TTAATAATAATTATAGCTCTTTTTTTATTGATTCTAGCCTTGGAAAGGATATTCTATATTGTAAG
GATTTGAGGTTTAATTTTTTTGATAAAACTTTTGAAGATTTTACCTCATGTGTTCGTCTTTTTGA
AAMGGGCATGAGAGTATACAATAGAGAGCTTGTTATTTCTTTGGGTATGTCAAAATATGATTTA
GATGATGTTCACAATTATGTATATAAGTCTAAAGATATGGAAATGTTAAACAAGTTAAGCAATT
CCAAAGTATTTTTTGTTAAAACTTATAAAGACAAACTACATCCGGTCTCTTCAGTTGTTAGAATT
GATTCAATAGATATTCTAGAGATTGATAAAGCATTTGATAATTACATAAGTTTTTATTATGTCG
AAAAAAATTCAAATCTTTTTTTTAAAGTTGGCTGA
f742.aa (SEQ ID NO:321)
MNKKHTNFSVLLLLIFLLILSFGGFGYYIYQSKLNDKNREIMLNEVKNSVIDRNYKKAYSVA
KLLQDKYPQNEDIAMLTNTLAEIANSSPFESKDLQRDSANQILDKIKGQDNTKTNVNENFDIAFNNR
YIKDSTITENYSDRNDDVGIEDEDISEFKKSKIPEKIKPNTNPKEEDQIIQSPNPKLSVNDQKNLFNLEK
LKKNLSGKSNSENILNDSQKIENDKQNTNLSKEKNSENILKTPDNSKYSNNNNTTSLKKISSNSQKES
ELSPPSQTIIGKIYRPYSYLIKKELYEILDDINTGRVTLGKNRLKELIKKGLSNKFQKVNELIENSKNKE
ASNLLLTLIKKDIEPNLINIPKDPYKKEIFQLDKEDKKPQYLEDLKSKVHSIKPIDLENTKSRQQAIKD
LNEFLKNNPNDAQASKTLAQANKIQHLEDLKSKVHSIKPIDLENTKSRQQAIKDLNEFLKNNPNDAQ
ASKTLAQANKIQHLEDLKSKVHSIKPIDLENTKSRQQAIKDLNEFLKNNPNDAQASKTLAQANKIQH
LEDLKSKVHSIKPIDLENTKSRQQAIKDLNEFXKNNPNDAQASKTLAQANKIQHLEDLKSKVHSIKPI
DLENTKSRQQAIKDLNEFXKNNPNDAQASKTLAQANKIQHLEDLKSKVHSIKPIDLENTKSRQQAIK
DLNEFLKNNPNDAQASKTLAQANKIQHLEDLKSKVHSIKPIDLENTKSRQQAIKDLNEFXKNNPNDA
QASKTLAQAYENNGDLLKAENAYEKIIKLTNTQEDHYKLGIIRFKLKKYEHSIESFDQTIKLDPKHKK
ALHNKGIALMMLNKNKKAIESFEKAIQIDKNYGTAYYQKGIAEEKNGDMQQAFASFKNAYNLDKN
PNYALKAGIVSNNLGNFKQSEEYLNFFNANAKKPNEIAIYNLSIAKFENNKLEESLETINKAIDLNPE
KSEYLYLKASINLKKENYQNAISLYSLVIEKNPENTSAYINLAKAYEKSGNKSQAISTLEKIINKNNKL
ALNNLGILYKKEKNYQKAIEIFEKAIINSDIEAKYNLATTLIEINDNTRAKDLLREYTKLKPNNPEALH
ALGIIEYNENNNDQTLRELIKKFPNYKKNENIKKIIGI
t742.aa (SEQ ID NO:322)
KLNDKNREIMLNEVKNSVIDRNYKKAYSVAKLLQDKYPQNEDIAMLTNTLAEIANSSPFES
KDLQRDSANQILDKIKGQDNTKTNVNENFDIAFNNRYIKDSTITENYSDRNDDVGIEDEDTSEFKKSK
IPEKIKPNTNPKEEDQIIQSPNPKLSVNDQKNLFNLEKLKKNLSGKSNSENILNDSQKIENDKQNTNLS
KEKNSENILKTPDNSKYSNNNTTSLKKISSNSQKESELSPPSQTIIGKIYRPYSYLIKKELYEILDDINT
GRVTLGKNRLKELIKKGLSNKFQKVNELIENSKNKEASNLLLTLIKKDIEPNLINIPKDPYKKEIFQLD
KEDKKPQYLEDLKSKVHSIKPIDLENTKSRQQAIKDLNEFLKNNPNDAQASKTLAQANKIQHLEDLK
SKVHSIKPIDLENTKSRQQAIKDLNEFLKNNPNDAQASKTLAQANKIQHLEDLKSKVHSIKPIDLENT
KSRQQAIKDLNEFLKNNPNDAQASKTLAQANKIQHLEDLKSKVHSIKPIDLENTKSRQQAIKDLNEF
XKNNPNDAQASKTLAQANKIQHLEDLKSKVHSIKPIDLENTKSRQQAIKDLNEFXKNNPNDAQASK
TLAQANKIQHLEDLKSKVHSIKPIDLENTKSRQQAIKDLNEFLKNNPNDAQASKTLAQANKIQHLED
LKSKVHSIKPIDLENTKSRQQAIKDLNEFXKNNPNDAQASKTLAQAYENNGDLLKAENAYEKIIKLT
NTQEDHYKLGIIRFKLKKYEHSIESFDQTIKLDPKHKKALHNKGIALMMLNKNKKAIESFEKAIQIDK
NYGTAYYQKGIAEEKNGDMQQAFASFKNAYNLDKNPNYALKAGIVSNNLGNFKQSEEYLNFFNAN
AKKPNEIAIYNLSIAKFENNKLEESLETINKAIDLNPEKSEYLYLKASINLKKENYQNAISLYSLVIEKN
PENTSAYINLAKAYEKSGNKSQAISTLEKIINKNNKLALNNLGILYKKEKNYQKAIEIFEKAIINSDIEA
KYNLATTLIEINDNTRAKDLLREYTKLKPNNPEALHALGIIEYNENNNDQTLRELIKKFPNKKKNENI
KKIIGI
f742.nt (SEQ ID NO:323)
ATGAATAAAAAACATACAAATTTTTCGGTATTATTGCTTTTAATTTTCTTACTTATCTTA
TCATTTGGGGGCTTTGGTTACTATATATATCAAAGCAAATTAAATGACAAAAATCGAGAAATAA
TGCTAAACGAAGTTAAAAATAGCGTAATAGATCGAAACTATAAAAAAGCATATTCTGTTGCAA
AACTTCTGCAAGACAAATACCCCCAAAATGAAGACATTGCAATGCTTACAAATACACTAGCAGA
AATTGCCAACAGTAGTCCTTTTGAATCAAAAGACTTGCAAAGAGATTCTGCTAATCAAATCTTA
GACAAGATCAAAGGTCAAGACAATACAAAAACAAATGTAAACGAAAATTTTGATATAGCATTT
AATAATAGATACATTAAAGACAGCACAATAACAGAAAACTACTCTGACAGAAACGATGATGTT
GGCATTGAAGATGAAGACATATCTGAATTTAAAAAAAGCAAAATCCCAGAAAAAATAAAACCA
AATACAAACCCAAAAGAAGAAGACCAAATAATACAATCTCCAAATCCGAAATTAAGTGTTAAT
GACCAAAAAAATTTATTTAATTTGGAAAAACTAAAAAAAAATTTAAGTGGAAAATCAAATAGT
GAAAATATTTTAAACGATTCTCAAAAAATAGAAAATGATAAGCAAAACACAAATTTATCCAAA
GAAAAAAATTCGGAGAATATTTTAAAAACTCCGGACAACAGTAAATATTCAAACAATAACAAT
ACTACATCTTTAAAAAAAATTTCTTCAAATTCCCAAAAAGAAAGTGAGCTTTCTCCACCCAGTC
AAACAATAATAGGGAAAATTTATAGGCCATATAGCTACTTGATAAAAAAAGAGCTCTATGAAA
TATTAGACGATATTAATACCGGAAGAGTCACACTTGGAAAAAACAGATTAAAAGAATTAATTA
AAAAAGGTCTAAGCAACAAATTTCAAAAAGTAAATGAATTGATTGAAAATTCAAAAAATAAAG
AAGCTTCAAATTTACTATTAACCTTAATAAAAAAAGATATTGAACCAAATCTCATTAATATACC
AAAAGATCCTTACAAAAAAGAAATTTTTCAATTAGATAAAGAAGACAAAAAGCCTCAGTACCT
AGAGGACCTTAAATCTAAAGTTCATTCAATAAAACCCATTGATCTTGAAAACACAAAATCACGC
CAACAAGCCATTAAGGATCTAAACGAATTCTTGAAAAACAATCCCAATGACGCTCAGGCCTCTA
AAACTTTAGCTCAAGCTAATAAAATACAACACCTAGAGGACCTTAAATCTAAGGTTCATTCAAT
AAAACCCATTGATCTTGAAAACACAAAATCACGCCAACAAGCCATTAAGGATCTAAACGAATTC
TTGAAAAACAATCCCAATGACGCTCAGGCCTCTAAAACTTTAGCTCAAGCTAATAAAATACAAC
ACCTAGAGGACCTTAAATCTAAGGTTCATTCAATAAAACCCATTGATCTTGAAAACACAAAATC
ACGCCAACAAGCCATTAAGGATCTAAACGAATTCTTAAAAAACAATCCCAATGACGCCCAGGCC
TCTAAAACTTTAGCTCAAGCTAATAAAATACAACACCTGGAGGACCTTAAATCTAAGGTTCATT
CAATAAAACCCATTGATCTTGAAAACACAAAATCACGCCAACAAGCCATTAAGGATCTAAACG
AATTCTTAAAAACAATCCCAATGACGCCAGGCCTCTAAAACTTTAGCTCAAGCTAATAAAATAC
AACACCTGAGGACCTTAAATCTAAGGTTCATTCAATAAAACCCATTGATCTTGAAAACACAAAA
TCACGCCAACAAGCCATTAAGGATCTAAACGAATTCTTAAAAACAATCCCAATGACGCCAGGCC
TCTAAAACTTTAGCTCAAGCTAATAAAATACAACACCTAGAGGACCTTAAATCTAAGGTTCATT
CAATAAAACCCATTGATCTTGAAAACACAAAATCACGCCAACAAGCCATTAAGGATCTAAACG
AATTCTTAAAAAACAATCCCAATGACGCCCAGGCCTCTAAAACTTTAGCTCAAGCTAATAAAAT
ACAACACCTGGAGGACCTTAAATCTAAGGTTCATTCAATAAAACCCATTGATCTTGAAAACACA
AAATCACGCCAACAAGCCATTAAGGATCTAAACGAATTCTTAAAAACAATCCCAATGACGCCCA
GGCCTCTAAAACTTTAGCTCAAGCTTATGAAAACAATGGAGATTTGCTAAAAGCAGAAAATGCA
TACGAAAAAATTATCAAACTCACAAATACCCAAGAAGATCACTATAAACTTGGAATCATTAGAT
TCAAGCTTAAAAAGTATGAACACTCAATAGAATCATTTGATCAAACAATAAAACTCGACCCAAA
ACATAAAAAAGCACTTCATAACAAAGGAATAGCTTTAATGATGCTAAATAAAAACAAAAAAGC
AATAGAATCTTTTGAGAAAGCAATACAAATTGATAAAAATTATGGCACCGCCTACTACCAAAAA
GGAATAGCAGAAGAAAAAAATGGCGATATGCAACAAGCATTTGCAAGCTTTAAAAATGCCTAC
AATCTCGACAAAAACCCCAATTATGCATTAAAAGCAGGAATAGTATCAAATAACTTGGGCAACT
TCAAACAAAGTGAAGAGTATTTAAATTTTTTTAATGCCAATGCAAAAAAACCTAACGAAATTGC
TATTTACAACCTATCAATAGCAAAATTTGAAAACAATAAACTTGAAGAATCTCTTGAAACAATA
AACAAAGCCATAGATTTAAATCCAGAAAAAAGTGAATATTTATATTTAAAAGCATCTATAAATC
TTAAAAAAGAAAATTACCAAAATGCTATATCACTTTACAGCTTAGTAATTGAAAAAAACCCTGA
AAATACTTCAGCCTATATAAACCTGGCAAAAGCATATGAAAAATCAGGAAATAAAAGTCAAGC
AATCTCAACTCTTGAAAAGATAATAAACAAAAATAATAAATTAGCCTTAAACAATCTTGGGATA
CTTTACAAAAAAGAAAAAAATTATCAAAAAGCAATTGAAATTTTTGAAAAAGCAATAATCAATT
CAGATATTGAAGCAAAATATAATCTTGCAACCACTCTAATTGAAATTAATGATAACACAAGAGC
TAAAGACCTTCTAAGAGAATATACAAAATTAAAACCAAACAATCCAGAGGCCTTACATGCACTA
GGAATAATAGAATATAATGAAAATAACAATGATCAAACACTAAGAGAACTTATAAAAAAATTT
CCAAATTACAAAAAAAATGAAAATATTAAAAAAATAATAGGAATATAA
t742.nt (SEQ ID NO:324)
AAATTAAATGACAAAAATCGAGAAATAATGCTAAACGAAGTTAAAAATAGCGTAATAG
ATCGAAACTATAAAAAAGCATATTCTGTTGCAAAACTTCTGCAAGACAAATACCCCCAAAATGA
AGACATTGCAATGCTTACAAATACACTAGCAGAAATTGCCAACAGTAGTCCTTTTGAATCAAAA
GACTTGCAAAGAGATTCTGCTAATCAAATCTTAGACAAGATCAAAGGTCAAGACAATACAAAA
ACAAATGTAAACGAAAATTTTGATATAGCATTTAATAATAGATACATTAAAGACAGCACAATAA
CAGAAAACTACTCTGACAGAAACGATGATGTTGGCATTGAAGATGAAGACATATCTGAATTTA
AAAAAAGCAAAATCCCAGAAAAAATAAAACCAAATACAAACCCAAAAGAAGAAGACCAAATA
ATACAATCTCCAAATCCGAAATTAAGTGTTAATGACCAAAAAAATTTATTTAATTTGGAAAAAC
TAAAAAAAAATTTAAGTGGAAAATCAAATAGTGAAAATATTTTAAACGATTCTCAAAAAATAG
AAAATGATAAGCAAAACACAAATTTATCCAAAGAAAAAAATTCGGAGAATATTTTAAAAACTC
CGGACAACAGTAAATATTCAAACAATAACAATACTACATCTTTAAAAAAAATTTCTTCAAATTC
CCAAAAAGAAAGTGAGCTTTCTCCACCCAGTCAAACAATAATAGGGAAAATTTATAGGCCATAT
AGCTACTTGATAAAAAAAGAGCTCTATGAAATATTAGACGATATTAATACCGGAAGAGTCACA
CTTGGAAAAAACAGATTAAAAGAATTAATTAAAAAAGGTCTAAGCAACAAATTTCAAAAAGTA
AATGAATTGATTGAAAATTCAAAAAATAAAGAAGCTTCAAATTTACTATTAACCTTAATAAAAA
AAGATATTGAACCAAATCTCATTAATATACCAAAAGATCCTTACAAAAAAGAAATTTTTCAATT
AGATAAAGAAGACAAAAAGCCTCAGTACCTAGAGGACCTTAAATCTAAAGTTCATTCAATAAA
ACCCATTGATCTTGAAAACACAAAATCACGCCAACAAGCCATTAAGGATCTAAACGAATTCTTG
AAAAACAATCCCAATGACGCTCAGGCCTCTAAAACTTTAGCTCAAGCTAATAAAATACAACACC
TAGAGGACCTTAAATCTAAGGTTCATTCAATAAAACCCATTGATCTTGAAAACACAAAATCACG
CCAACAAGCCATTAAGGATCTAAACGAATTCTTGAAAAACAATCCCAATGACGCTCAGGCCTCT
AAAACTTTAGCTCAAGCTAATAAAATACAACACCTAGAGGACCTTAAATCTAAGGTTCATTCAA
TAAAACCCATTGATCTTGAAAACACAAAATCACGCCAACAAGCCATTAAGGATCTAAACGAATT
CTTAAAAAACAATCCCAATGACGCCCAGGCCTCTAAAACTTTAGCTCAAGCTAATAAAATACAA
CACCTGGAGGACCTTAAATCTAAGGTTCATTCAATAAAACCCATTGATCTTGAAAACACAAAAT
CACGCCAACAAGCCATTAAGGATCTAAACGAATTCTTAAAAACAATCCCAATGACGCCAGGCCT
CTAAAACTTTAGCTCAAGCTAATAAAATACAACACCTGAGGACCTTAAATCTAAGGTTCATTCA
ATAAAACCCATTGATCTTGAAAACACAAAATCACGCCAACAAGCCATTAAGGATCTAAACGAAT
TCTTAAAAACAATCCCAATGACGCCAGGCCTCTAAAACTTTAGCTCAAGCTAATAAAATACAAC
ACCTAGAGGACCTTAAATCTAAGGTTCATTCAATAAAACCCATTGATCTTGAAAACACAAAATC
ACGCCAACAAGCCATTAAGGATCTAAACGAATTCTTAAAAAACAATCCCAATGACGCCCAGGCC
TCTAAAACTTTAGCTCAAGCTAATAAAATACAACACCTGGAGGACCTTAAATCTAAGGTTCATT
CAATAAAACCCATTGATCTTGAAAACACAAAATCACGCCAACAAGCCATTAAGGATCTAAACG
AATTCTTAAAAACAATCCCAATGACGCCCAGGCCTCTAAAACTTTAGCTCAAGCTTATGAAAAC
AATGGAGATTTGCTAAAAGCAGAAAATGCATACGAAAAAATTATCAAACTCACAAATACCCAA
GAAGATCACTATAAACTTGGAATCATTAGATTCAAGCTTAAAAAGTATGAACACTCAATAGAAT
CATTTGATCAAACAATAAAACTCGACCCAAAACATAAAAAAGCACTTCATAACAAAGGAATAG
CTTTAATGATGCTAAATAAAAACAAAAAAGCAATAGAATCTTTTGAGAAAGCAATACAAATTG
ATAAAAATTATGGCACCGCCTACTACCAAAAAGGAATAGCAGAAGAAAAAAATGGCGATATGC
AACAAGCATTTGCAAGCTTTAAAAATGCCTACAATCTCGACAAAAACCCCAATTATGCATTAAA
AGCAGGAATAGTATCAAATAACTTGGGCAACTTCAAACAAAGTGAAGAGTATTTAAATTTTTTT
AATGCCAATGCAAAAAAACCTAACGAAATTGCTATTTACAACCTATCAATAGCAAAATTTGAAA
ACAATAAACTTGAAGAATCTCTTGAAACAATAAACAAAGCCATAGATTTAAATCCAGAAAAAA
GTGAATATTTATATTTAAAAGCATCTATAAATCTTAAAAAAGAAAATTACCAAAATGCTATATC
ACTTTACAGCTTAGTAATTGAAAAAAACCCTGAAAATACTTCAGCCTATATAAACCTGGCAAAA
GCATATGAAAAATCAGGAAATAAAAGTCAAGCAATCTCAACTCTTGAAAAGATAATAAACAAA
AATAATAAATTAGCCTTAAACAATCTTGGGATACTTTACAAAAAAGAAAAAAATTATCAAAAA
GCAATTGAAATTTTTGAAAAAGCAATAATCAATTCAGATATTGAAGCAAAATATAATCTTGCAA
CCACTCTAATTGAAATTAATGATAACACAAGAGCTAAAGACCTTCTAAGAGAATATACAAAATT
AAAACCAAACAATCCAGAGGCCTTACATGCACTAGGAATAATAGAATATAATGAAAATAACAA
TGATCAAACACTAAGAGAACTATAAAAAAATTTCCAAATTACAAAAAAAATGAAAATATTAAA
AAAATAATAGGAATATAA
f743.aa (SEQ ID NO:325)
MRIYLFLNKNYKIFILFLILILNSKLAYSQRLIRIGKEEMKNKNYIQAIETLSDAIKKYPKVQLGYYFLS
IAYRENNQLTEAEGALLDGIAVGGEIDYILYYELGNIMFNRGEGYYPLAIKYYSNSIKSRPNYDSALL
NRANAYVQQGKITSKEKEYQKAWDSYTMAIHDYSQFITLRSKTEKKDSILLIISYLRNEKINLEQLDK
SLKGRTEHIVYAKEDKNQILKDSFKDNLETNSLIELEKLNWQEELYIDE
t743.aa (SEQ ID NO:326)
YSQRLIRIGKEEMKNKNYIQAIETLSDAIKKYPKVQLGYYFLSIAYRENNQLTEAEGALLDGIAVGGE
IDYILYYELGNIMFNRGEGYYPLAIKYYSNSIKSRPNYDSALLNRANAYVQQGKITSKEKEYQKAWD
SYTMAIHDYSQFITLRSKTEKKDSILLIISYLRNEKINLEQLDKSLKGRTEHIVYAKEDKNQILKDSFK
DNLETNSLIELEKLNWQEELYIDE
f743.nt (SEQ ID NO:327)
ATGAGGATTTATTTATTTTTAAATAAAAATTACAAGATTTTTATTTTATTTTTAATTTTAATATT
AAATTCAAAATTGGCATATTCTCAAAGGCTAATTAGAATTGGCAAAGAAGAGATGAAAAACAA
AAATTACATTCAAGCAATCGAAACACTAAGTGATGCTATTAAAAAATATCCAAAAGTACAACTC
GGCTATTA TTTATCAATAGCATACAGAGAAAATAATCAACTAACAGAAGCAGAAGGAGCA
TTGCTCGATGGAATTGCAGTAGGGGGTGAAATCGACTACATACTATATTATGAATTAGGCAACA
TAATGTTTAACAGAGGGGAAGGTTACTATCCTTTAGCAATAAAATATTATTCTAATTCTATTAA
AAGTAGACCTAATTATGACAGTGCGCTACTAAACAGAGCTAATGCCTATGTTCAACAGGGCAAA
ATAACTTCTAAAGAAAAAGAATACCAAAAAGCTTGGGACTCTTATACTATGGCTATCCACGACT
ACTCTCAATTTATTACCCTTAGATCAAAAACAGAAAAAAAAGACAGCATTTTGCTTATAATAAG
CTATTTAAGAAATGAAAAAATTAATCTTGAACAACTTGACAAAAGTTTGAAGGGGCGAACCGA
GCATATTGTATACGCAAAAGAAGATAAAAATCAAATACTTAAAGATAGTTTTAAAGACAACCT
AGAAACAAATTCTAATTGAGCTAGAAAAACTTAATTGGCAAGAGGAGTTATACATAGATGA
ATAA
t743.nt (SEQ ID NO:328)
TATTCTCAAAGGCTAATTAGAATTGGCAAAGAAGAGATGAAAAACAAAATTACATTC
AAGCAATCGAAACACTAAGTGATGCTATTAAAAAATATCCAAAAGTACAACTCGGCTATTACTT
TTTATCAATAGCATACAGAGAAAATAATCAACTAACAGAAGCAGAAGGAGCATTGCTCGATGG
AATTGCAGTAGGGGGTGAAATCGACTACATACTATATTATGAATTAGGCAACATAATGTTTAAC
AGAGGGGAAGGTTACTATCCTTTAGCAATAAAATATTATTCTAATTCTATTAAAAGTAGACCTA
ATTATGACAGTGCGCTACTAAACAGAGCTAATGCCTATGTTCAACAGGGCAAAATAACTTCTAA
AGAAAAAGAATACCAAAAAGCTTGGGACTCTTATACTATGGCTATCCACGACTACTCTCAATTT
ATTACCCTTAGATCAAAAACAGAAAAAAAAGACAGCATTTTGCTTATAATAAGCTATTTAAGAA
ATGAAAAAATTAATCTTGAACAACTTGACAAAAGTTTGAAGGGGCGAACCGAGCATATTGTAT
ACGCAAAAGAAGATAAAAATCAAATACTTAAAGATAGTTTTAAAGACAACCTAGAAACAAATT
CTTTAATTGAGCTAGAAAAACTTAATTGGCAAGAGGAGTTATACATAGATGAATAA
f748.aa (SEQ ID NO:329)
MKFIINLLLSTIKIITFTVIVCLTILSIFQPIYILKENEISITTRLGKIQRTENLAGLKYKIPLIENVQIFPKII
LRWDGEPQRIPTGGEEKQLIWIDTTARWKIADINKFYTTIKTMSRAYVRIDAAIEPAVRGVIAKYPLL
EIIRSSNDPIQRLSNGILTPQETKINGIYKITKGRKIIEKEIIRIANNNTKDIGIEIVDVLIRKVTYDPSLIES
VNNRMISERQQIAEEQRSIGLAEKTEILGSIEKEKLKILSEAKATAAKIKAEGDREAAKIYSNAYGKNI
EFYKFWQALESYKAVLKDKRKIFSTDMDFFQYLHKRN
t748.aa (SEQ ID NO:330)
IFQPIYILKENEISITTRLGKIQRTENLAGLKYKIPLIENVQIFPKIILRWDGEPQRIPTGGEEKQ
LIWIDTTARWKIADINKFYTTIKTMSRAYVRIDAAIEPAVRGVIAKYPLLEIIRSSNDPIQRLSNGILTP
QETKINGIYKITKGRKIIEKEIIRIANNNTKDIGIEIVDVLIRKVTYDPSLIESVNNRMISERQQIAEEQRS
IGLAEKTEILGSIEKEKLKILSEAKATAAKIKAEGDREAAKIYSNAYGKNIEFYKFWQALESYKAVLK
DKRKIFSTDMDFFQYLHKRN
f748.nt (SEQ ID NO:331)
ATGAAATTTATAATAAATCTTTTATTATCTACTATAAAGATTATAACCTTTACAGTAAT
AGTTTGCTTGACTATTTTGTCTATTTTCCAGCCAATTTATATTTTGAAAGAAAATGAAATTTCAA
TAACCACTCGACTTGGAAAAATTCAAAGAACTGAAAATTTAGCTGGACTTAAATATAAAATACC
ATTAATTGAAAATGTGCAAATATTTCCCAAAATCATTCTTAGATGGGATGGAGAACCTCAAAGA
ATCCCAACAGGAGGGGAAGAAAAGCAATTAATATGGATTGATACAACTGCTAGATGGAAAATT
GCAGACATAAATAAATTTTACACAACAATAAAAACAATGAGTAGAGCTTACGTTAGAATTGAT
GCAGCAATTGAACCTGCTGTTAGGGGGGTTATTGCAAAATACCCTTTGCTTGAAATTATAAGAA
GCTCAAACGATCCTATTCAACGTTTGTCTAATGGAATACTCACCCCACAAGAAACAAAAATTAA
CGGTATTTATAAAATAACAAAAGGACGAAAGATAATCGAAAAAGAAATAATTCGTATAGCAAA
CAACAATACCAAAGATATTGGAATTGAAATTGTAGACGTACTAATAAGAAAAGTTACTTATGAC
CCAAGCCTTATTGAATCTGTAAACAACAGAATGATCTCAGAAAGACAACAAATCGCAGAAGAA
CAAAGAAGCATAGGATTAGCTGAAAAAACAGAAATTCTTGGAAGCATAGAAAAAGAAAAACTG
AAAATATTAAGTGAAGCAAAAGCCACTGCTGCAAAAATAAAAGCCGAAGGGGATAGAGAAGCC
GCAAAAATTATTCAAATGCATATGGCAAAAATATTGAATTTTACAAATTCTGGCAGGCATTAG
AAAGCTATAAAGCAGTATTAAAAGATAAAAGAAAAATTTTCTCAACAGACATGGATTTCTTTCA
ATATCTTCACAAAAGAAATTGA
t748.nt (SEQ ID NO:332)
ATTTTCCAGCCAATTTATATTTGAAAGAAAATGAAATTTCAATAACCACTCGACTTGG
AAAAATTCAAAGAACTGAAAATTTAGCTGGACTTAAATATAAAATACCATTAATTGAAAATGTG
CAAATATTTCCCAAAATCATTCTTAGATGGGATGGAGAACCTCAAAGAATCCCAACAGGAGGG
GAAGAAAAGCAATTAATATGGATTGATACAACTGCTAGATGGAAAATTGCAGACATAAATAAA
TTTACACAACAATAAAAACAATGAGTAGAGCTTACGTTAGAATTGATGCAGCAATTGAACCTG
CTGTTAGGGGGGTTATTGCAAAATACCCTTTGCTTGAAATTATAAGAAGCTCAAACGATCCTAT
TCAACGTTTGTCTAATGGAATACTCACCCCACAAGAAACAAAAATTAACGGTATTTATAAAATA
ACAAAAGGACGAAAGATAATCGAAAAAGAAATAATTCGTATAGCAAACAACAATACCAAAGAT
ATTGGAATTGAAATTGTAGACGTACTAATAAGAAAAGTTACTTATGACCCAAGCCTTATTGAAT
CTGTAAACAACAGAATGATCTCAGAAAGACAACAAATCGCAGAAGAACAAAGAAGCATAGGAT
TAGCTGAAAAAACAGAAATTCTTGGAAGCATAGAAAAAGAAAAACTGAAAATATTAAGTGAAG
CAAAAGCCACTGCTGCAAAAATAAAAGCCGAAGGGGATAGAGAAGCCGCAAAAATTTATTCAA
ATGCATATGGCAAAAATATTGAATTTTACAAATTCTGGCAGGCATTAGAAAGCTATAAAGCAGT
ATTAAAAGATAAAAGAAAAATTTTCTCAACAGACATGGATTTCTTTCAATATCTTCACAAAAGA
AATTGA
f764.aa (SEQ ID NO:333)
MSGPKKLAIIALLVISIQGCKESSIIEKQFNYAIIFSDATEYFFEIQTTPFIKNEILFINDKNLEIIK
DKLKTTKKILLTHKSNNEILNNEILKEKIFYLSKIKFSLKKSIDFLLNEKSIDLQKTLLFRDKSLNNEDL
EYLEKKGKEKNVNITLINEKNISYIQTFITSQIKTIILFSLRDNNIILKKILNSPFSKNIKFVLIGNTRKDL
KIIKLKYIITLKEPDLIKIAKDVEKDFQYEFNIYKQ
f764.aa (SEQ ID NO:334)
EKQFNYAIIFSDATEYFFEIQTTPFIKNEILFINDKNLEIIKDKLKTTKKILLTHKSNNEILNNEI
LKEKIFYLSKIKFSLKKSIDFLLNEKSIDLQKTLLFRDKSLNNEDLEYLEKKGKEKNVNITLINEKNISY
IQTFITSQIKTIILFSLRDNNIILKKILNSPFSKNIKFVLIGNTRKDLKIIKLKYIITLKEPDLIKIAKDVEKD
FQYEFNIYKQ
f764.nt (SEQ ID NO:335)
ATGTCTGGCCCTAAAAAACTTGCTATAATAGCGCTCTTAGTAATTTCAATACAAGGATG
CAAAGAATCTTCTATTATTGAAAAACAATTTAATTATGCAATAATTTTTCAGATGCAACTGAA
TATTTTTTTGAAATTCAAACAACTCCATTCATAAAAAACGAAATACTATTTATAAATGACAAAA
ATTTAGAAATTATAAAAGACAAGCTTAAAACAACAAAAAAAATACTATTAACTCATAAATCAA
ATAATGAAATTCTAAATAACGAAATTCTAAAAGAGAAAATTTTTTATCTATCAAAAATAAAATT
TTCTCTAAAAAAATCTATTGACTTTCTGCTTAACGAAAAATCAATAGATTTGCAAAAAACATTA
CTATTTAGAGACAAATCTCTAAATAACGAAGACCTTGAATACTTGGAAAAAAAAGGCAAAGAA
AAAAATGTCAATATTACTCTAATAAACGAAAAAAACATATCCTATATTCAAACATTCATTACTT
CTCAAATAAAAACAATAATATTATTCTCTTTAAGAGATAATAATATTATTTTAAAAAGATACT
AAATTCGCCTTTTTCTAAAAATATAAAATTTGTATTAATTGGCAATACAAGAAAAGACTTAAAA
ATTATTAAGCTAAAATATATAATCACCCTTAAAGAGCCTGATTTGATAAAAATAGCAAAAGATG
TTGAAAAAGATTTTCAATATGAATTTAACATTTATAAACAATAA
t764.nt (SEQ ID NO:336)
GAAAAACAATTTAATTATGCAATAATTTTTTCAGATGCAACTGAATATTTTTTTGAAAT
TCAAACAACTCCATTCATAAAAAACGAAATACTATTTATAAATGACAAAAATTTAGAAATTATA
AAAGACAAGCTTAAAACAACAAAAAAAATACTATTAACTCATAAATCAAATAATGAAATTCTA
AATAACGAAATTCTAAAAGAGAAAATTTTTTATCTATCAAAAATAAAATTTTCTCTAAAAAAAT
CTATTGACTTTCTGCTTAACGAAAAATCAATAGATTTGCAAAAAACATTACTATTTAGAGACAA
ATCTCTAAATAACGAAGACCTTGAATACTTGGAAAAAAAAGGCAAAGAAAAAAATGTCAATAT
TACTCTAATAAACGAAAAAAACATATCCTATATTCAAACATTCATTACTTCTCAAATAAAAACA
ATAATATTATTCTCTTTAAGAGATAATAATATTATTTTAAAAAAGATACTAAATTCGCCTTTTTC
TAAAAATATAAAATTTGTATTAATTGGCAATACAAGAAAAGACTTAAAAATTATTAAGCTAAAA
TATATAATCACCCTTAAAGAGCCTGATTTGATAAAAATAGCAAAAGATGTTGAAAAAGATTTTC
AATATGAATTTAACATTTATAAACAATAA
f770.aa (SEQ ID NO:337)
MINFSKSFFYPLPIGKIFVLSGDMGSGKTSFLKGLALNLGISYFTSPTYNIVNVYDFINFKFYH
IDLYRVSSLEEFELVGGLEILMDLDSIIAIEWPQIALSIVPKDRLFSLTFKIVGSGRVVELNG
t770.aa (SEQ ID NO:338)
KTSFLKGLALNLGISYFTSPTYNIVNVYDFINFKFYHIDLYRVSSLEEFELVGGLEILMDLDSI
IAIEWPQIALSIVPKDRLFSLTFKIVGSGRVVELNG
f770.nt (SEQ ID NO:339)
ATGATAAATTTTTCCAAATCTTTTTTTTATCCTTTGCCAATTGGTAAAATATTTGTTTTA
AGTGGTGACATGGGATCTGGAAAAACTAGTTTTTTAAAGGGACTTGCCCTTAACCTTGGAATTT
CTTATTTTACAAGTCCAACTTATAACATTGTTAATGTTTATGATTTTATAAATTTTAAATTTTATC
ATATTGATTTATATCGGGTGTCTTCTTTGGAAGAATTTGAGCTTGTTGGGGGATTGGAAATACT
TATGGATCTTGACTCGATTATTGCTATTGAATGGCCACAAATTGCTTTGAGCATTGTTCCAAAA
GATAGATTATTTTCTTTAACTTTTAAAATAGTAGGTTCAGGCAGGGTTGTAGAACTTAATGGTT
AA
t770.nt (SEQ ID NO:340)
AAAACTAGTTTTTTAAAGGGACTTGCCCTTAACCTTGGAATTTCTTATTTTACAAGTCCAACTTA
TAACATTGTTAATGTTTATGATTTTATAAATTTTAAATTTTATCATATTGATTTATATCGGGTGT
CTTCTTTGGAAGAATTTGAGCTTGTTGGGGGATTGGAAATACTTATGGATCTTGACTCGATTAT
TGCTATTGAATGGCCACAAATTGCTTTGAGCATTGTTCCAAAAGATAGATTATTTTCTTTAACTT
TTAAAATAGTAGGTTCAGGCAGGGTTGTAGAACTTAATGGTTAA
f790.aa (SEQ ID NO:341)
MNTKATTPLLLLFLIQSLAFSSEIFEFKYIKGSKFRLEGTDNQKIYFNGHYNSSSNTNIQISSEI
KDIKENFASIKAFFRILKRENINEPYLLNEEFEEIFSVNKQGEYTIGANQKRPSVRGIPRFPKTPIKTNEK
WSYLAEEYIEASKIDKSIKDFVVKFNVNYEYKGKEEHNGKHYHIILSNYESQYNVKNISSFYQKVDQK
IYFDNEIGNTYKYSDKYIFEINQNNNQHFKMIGNSLGRIVSIELPNDNLIETEVENYIREKKIKAIEVEK
NNKGINLSFDIEFYPNSFQILQKEYKKIDLIAKLLEKFKKNNILIEGHTEQFGLEEEMHELSEKRARAI
GNYLIKMKVKDKDQILFKGWGSQKPKYPKSSPLKAKNRRVEITILNN
t790.aa (SEQ ID NO:342)
SEIFEFKYIKGSKFRLEGTDNQKIYFNGHYNSSSNTNIQISSEIKDIKENFASIKAFFRILKRENI
NEPYLLNEEFEEIFSVNKQGEYTIGANQKRPSVRGIPRFPKTPIKINEKWSYLAEEYIEASKIDKSIKDF
VVKFNVNYEYKGKEEHNGKHYHIILSNYESQYNVKNISFYQKVDQKIYFDNEIGNTYKYSDKYIFEI
NQNNNQHFKMIGNSLGRIVSIELPNDNLIETEVENYIREKKIKAIEVEKNNKGINLSFDIEFYPNSFQIL
QKEYKKIDITAKLLEKFKKNNILIEGHTEQFGLEEEMHELSEKRARAIGNYLIKMKVKDKDQILFKG
WGSQKPKYPKSSPLKAKNRRVEITILNN
f790.nt (SEQ ID NO:343)
ATGAATACCAAGGCGACTACACCATTGTTGTTATTATTTTTAATTCAAAGCTTAGCTTT
TTCTTCTGAAATCTTTGAATTTAAATACATTAAAGGTTCAAAGTTTAGATTAGAAGGCACAGAT
AATCAAAAAATATATTTCAATGGCCATTATAATTCAAGCTCTAATACCAATATTCAAATTTCAA
GTGAAATAAAAGACATAAAAGAAAACTTTGCAAGCATTAAAGCTTTTTTTAGAATCTTAAAAAG
AGAAAATATTAATGAACCTTACCTATTAAATGAAGAGTTTGAAGAAATCTTCAGCGTAAATAAG
CAAGGAGAATATACAATAGGAGCAAATCAAAAAAGACCTTCTGTTAGAGGTATTCCAAGATTC
CCAAAAACACCAATCAAAATAAATGAAAAATGGTCATATCTTGCAGAAGAATATATAGAAGCG
TCAAAAATAGACAAAAGTATAAAAGATTTCGTTGTAAAATTTAATGTTAACTACGAATATAAAG
GCAAAGAAGAGCACAATGGCAAGCATTACCACATAATTCTTTCGAATTATGAATCACAATACAA
TGTAAAAAACATCTCTTTCTATCAAAAAGTAGACCAAAAAATTTATTTTGATAATGAAATTGGC
AATACATATAAATACAGCGATAAATATATATTTGAAATAAATCAGAACAACAACCAACATTTTA
AAATGATTGGAAACTCTCTTGGCAGAATAGTTTCAATTGAGCTTCCAAATGATAATCTTATTGA
AACTGAGGTTGAAAATTACATCCGAGAAAAAAAAATAAAAGCTATTGAAGTTGAAAAAAACAA
TAAAGGTATTAATTTAAGCTTTGACATTGAATTTTATCCTAACTCATTTCAAATACTACAAAAAG
AATATAAAAAAATTGACCTTATAGCTAAACTTCTTGAAAAATTTAAAAAAAATAACATACTAAT
AGAAGGACATACTGAGCAATTTGGATTGGAAGAAGAGATGCACGAGCTATCTGAAAAAAGAGC
TCGTGCAATTGGAAATTATTTAATAAAAATGAAAGTAAAAGACAAAGACCAAATACTATTTAA
AGGATGGGGATCTCAAAAACCAAAATATCCTAAGTCCTCCCCATTAAAGGCTAAAAATAGGCG
AGTAGAAATTACAATATTAAATAACTAA
t790.nt (SEQ ID NO:344)
TCTGAAATCTTTGAATTTAAATACATTAAAGGTTCAAAGTTTAGATTAGAAGGCACAGA
TAATCAAAAAATATATTTCAATGGCCATTATAATTCAAGCTCTAATACCAATATTCAAATTTCA
AGTGAAATAAAAGACATAAAAGAAAACTTTGCAAGCATTAAAGCTTTTTTTAGAATCTTAAAAA
GAGAAAATATTAATGAACCTTACCTATTAAATGAAGAGTTTGAAGAAATCTTCAGCGTAAATAA
GCAAGGAGAATATACAATAGGAGCAAATCAAAAAAGACCTTCTGTTAGAGGTATTCCAAGATT
CCCAAAAACACCAATCAAAATAAATGAAAAATGGTCATATCTTGCAGAAGAATATATAGAAGC
GTCAAAAATAGACAAAAGTATAAAAGATTTCGTTGTAAAATTTAATGTTAACTACGAATATAAA
GGCAAAGAAGAGCACAATGGCAAGCATTACCACATAATTCTTTCGAATTATGAATCACAATACA
ATGTAAAAAACATCTCTTTCTATCAAAAAGTAGACCAAAAAATTTATTTTGATAATGAAATTGG
CAATACATATAAATACAGCGATAAATATATATTTGAAATAAATCAGAACAACAACCAACATTTT
AAAATGATTGGAAACTCTCTTGGCAGAATAGTTTCAATTGAGCTTCCAAATGATAATCTTATTG
AAACTGAGGTTGAAAATTACATCCGAGAAAAAAAAATAAAAGCTATTGAAGTTGAAAAAAACA
ATAAAGGTATTAATTTAAGCTTTGACATTGAATTTTATCCTAACTCATTTCAAATACTACAAAAA
GAATATAAAAAAATTGACCTTATAGCTAAACTTCTTGAAAAATTTAAAAAAAATAACATACTAA
TAGAAGGACATACTGAGCAATTTGGATTGGAAGAAGAGATGCACGAGCTATCTGAAAAAAGAG
CTCGTGCAATTGGAAATTATTTAATAAAAATGAAAGTAAAAGACAAAGACCAAATACTATTTAA
AGGATGGGGATCTCAAAAACCAAAATATCCTAAGTCCTCCCCATTAAAGGCTAAAAATAGGCG
AGTAGAAATTACAATATTAAATAACTAA
f792.aa (SEQ ID NO:345)
MKIFIYWVVIFFFSVFKVFSIYSLTDEEFFKKYSLFFVHKGFLSKNVNGKITKVQVNGINSRWVYPFY
KLVPSRITSIYEDVYSSSSFLTTSNNLYVSYDYSKNFRKLVGIDKFNSGAYITSSAFSQGDYKRIAIGT
AIHGIYLSVNGAISFKNLNRLIPQIYLGAGYYDIISAIEFSKEETNNLYFSSGVYGDIFLISQKSGFIKKIS
FPFKKQIIRILDLSSKNVEKILVRTYDNHFYSYINGQWVFIGKLSLQDQDFFEKSQRMQLAKNKGSIY
LTAYTLRNKKAVDERFKFIKDSGMNAVVIDFKDDNGNLTYSSKLSLPNKLRSVKNFIDVPYILKKAK
ELGIYVIARCVVFKDSKLYYYDNFKHALWNKKTNKPWAHLIKKVDSSGLVKYVQVEHWVDIFSPA
TWEYNISIAKEIQSFGVDEIQFDYIRFPSDGPVSLAISRMNKYEMQPVDALESFLIMAREQLYVPISVD
IYGYNGWFPTNSIGQNISMLSDYVDVISPMFYPSHYTDDFLPSNFYYTKRAYRIYKEGSDRALAFSL
DGVVIRPYVQAFLLGKERLVDDEIYLEYLKFQLKGIKESFGSGFSLWNASNVYYMIKGSLKEYLDSF
t792.aa (SEQ ID NO:346)
IYSLTDEEFFKKYSLFFVHKGFLSKNVNGKITKVQVNGINSRWVYPFYKLVPSRITSIYEDV
YSSSSFLTTSNNLYVSYDYSKNFRKLVGIDKFNSGAYITSSAFSQGDYKRIAIGTAIHGIYLSVNGAISF
KNLNRLIPQIYLGAGYYDIISAIEFSKEETNNLYFSSGVYGDIFLISQKSGFIKKISFPFKKQIIRILDLSS
KNVEKILVRTYDNHFYSYINGQWVFIGKLSLQDQDFFEKSQRMQLAKNKGSIYLTAYTLRNKKAVD
ERFKFIKDSGMNAVVIDFKDDNGNLTYSSKLSLPNKLRSVKNFIDVPYILKKAKELGIYVIARCVVFK
DSKLYYYDNFKHALWNKKTNKPWAHLIKKVDSSGLVKYVQVEHWVDIFSPATWEYNISIAKEIQSF
GVDEIQFDYIRFPSDGPVSLAISRMNKYEMQPVDALESFLIMAREQLYVPISVDIYGYNGWFPTNSIG
QNISMLSDYVDVISPMFYPSHYTDDFLPSNFYYTKRAYRIYKEGSDRALAFSLDGVVIRPYVQAFLL
GKEFLVDDEIYLEYLKFQLKGIKESFGSGFSLWNASNVYYMIKGSLKEYLDSF
f792.nt (SEQ ID NO:347)
ATGAAAATTTTTATCTATTGGGTAGTTATTTTCTTCTTTTCTGTTTTCAAGGTTTTTAGT
ATATATTCATTAACCGATGAAGAATTTTTTAAAAAATATAGTTTATTTTTTGTTCATAAAGGATT
TTTAAGTAAAAATGTTAATGGGAAAATAACCAAAGTTCAAGTCAATGGGATAAATTCTAGGTG
GGTTTACCCTTTTTATAAGCTTGTTCCTAGTCGAATTACTTCTATTTATGAGGATGTTTATTCTTC
AAGTTCATTTTTGACTACAAGTAACAATCTTTATGTTTCTTATGATTATTCAAAAAATTTTAGAA
AATTAGTAGGAATTGATAAATTTAATAGCGGTGCATATATTACATCTAGTGCCTTTTCTCAAGG
AGATTACAAGCGTATTGCTATTGGAACTGCGATTCATGGTATTTATCTTAGTGTTAATGGAGCT
ATTAGTTTTAAAAATTTAAATCGTTTGATTCCGCAGATTTATTTAGGTGCAGGATATTACGATAT
TATTAGTGCTATTGAATTTTCAAAAGAAGAGACAAATAATTTATATTTTTCCTCTGGAGTTTATG
GAGATATTTTTTTAATTAGTCAGAAAAGTGGATTTATTAAAAAAATATCTTTTCCTTTCAAAAA
GCAAATAATACGTATTTTAGACTTATCTAGTAAGAATGTAGAAAAAATTTTAGTCAGAACATAT
GACAATCATTTTTATTCTTATATTAATGGGCAATGGGTATTTATTGGAAAATTATCTTTGCAGGA
TCAGGATTTTTTTGAAAAATCACAAAGGATGCAGCTTGCTAAAAATAAAGGGTCTATTTATTTTA
ACAGCATATACATTGCGTAATAAGAAGGCAGTTGATGAAAGATTTAAATTTATTAAAGATTCAG
GTATGAATGCTGTTGTAATTGATTTTAAAGATGATAATGGTAATTTGACTTATTCTAGCAAGCTT
TCTTTGCCCAATAAGTTGAGATCTGTTAAAAACTTTATTGATGTTCCTTATATTCTTAAAAAAGC
AAAAGAGCTTGGAATTTATGTTATTGCTAGATGTGTTGTATTTAAAGATTCAAAATTGTATTATT
ATGATAATTTTAAACACGCCCTTTGGAATAAAAAAACCAATAAACCTTGGGCTCATTTGATTAA
AAAAGTTGATTCTAGTGGTCTTGTGAAATATGTACAAGTAGAGCATTGGGTAGATATTTTTTCT
CCTGCTACTTGGGAATATAATATTTCTATCGCAAAAGAAATTCAATCTTTTGGAGTTGACGAGA
TACAATTTGATTATATTAGATTTCCATCAGATGGGCCTGTGTCTCTTGCAATCTCAAGAATGAAT
AAGTATGAGATGCAACCCGTTGATGCACTTGAATCTTTTTTGATTATGGCAAGAGAACAGCTTT
ATGTTCCTATTTCTGTTGATATTTATGGGTACAATGGCTGGTTTCCTACTAATAGTATTGGGCAA
AATATTTCAATGTTATCAGATTATGTTGACGTCATATCTCCTATGTTTTATCCTTCGCATTATAC
TGATGATTTTTTGCCAAGCAATTTTTATTACACAAAAAGAGCTTATAGGATTTATAAAGAGGGG
AGTGATAGAGCACTTGCTTTTTCTTTAGATGGGGTTGTTATTAGGCCTTATGTTCAAGCTTTTTT
ATTAGGAAAAGAAAGATTGGTGGATGACGAGATTTATTTGGAGTATTTAAAGTTTCAGCTTAAA
GGAATTAAAGAGTCATTTGGTAGTGGCTTTAGCCTTTGGAATGCATCTAATGTTTATTATATGA
TTAAAGGTAGTTTAAAAGAATATTTAGATTCTTTTTTA
t792.nt (SEQ ID NO:348)
ATATATTCATTAACCGATGAAGAATTTTTTAAAAAATATAGTTTATTTTTTGTTCATAA
AGGATTTTTAAGTAAAAATGTTAATGGGAAAATAACCAAAGTTCAAGTCAATGGGATAAATTCT
AGGTGGGTTTACCCTTTTTATAAGCTTGTTCCTAGTCGAATTACTTCTATTTATGAGGATGTTTA
TTCTTCAAGTTCATTTTTGACTACAAGTAACAATCTTTATGTTTCTTATGATTATTCAAAAAATT
TTAGAAAATTAGTAGGAATTGATAAATTTAATAGCGGTGCATATATTACATCTAGTGCCTTTTC
TCAAGGAGATTACAAGCGTATTGCTATTGGAACTGCGATTCATGGTATTTATCTTAGTGTTAAT
GGAGCTATTAGTTTTAAAAATTTAAATCGTTTGATTCCGCAGATTTATTTAGGTGCAGGATATT
ACGATATTATTAGTGCTATTGAATTTTCAAAAGAAGAGACAAATAATTTATATTTTTCCTCTGG
AGTTTATGGAGATATTTTTTTAATTAGTCAGAAAAGTGGATTTATTAAAAAAATATCTTTTCCTT
TCAAAAAGCAAATAATACGTATTTTAGACTTATCTAGTAAGAATGTAGAAAAAATTTTAGTCAG
AACATATGACAATCATTTTTATTCTTATATTAATGGGCAATGGGTATTTATTGGAAAATTATCTT
TGCAGGATCAGGATTTTTTTGAAAAATCACAAAGGATGCAGCTTGCTAAAAATAAAGGGTCTAT
TTATTTAACAGCATATACATTGCGTAATAAGAAGGCAGTTGATGAAAGATTTAAATTTATTAAA
GATTCAGGTATGAATGCTGTTGTAATTGATTTTAAAGATGATAATGGTAATTTGACTTATTCTA
GCAAGCTTTCTTTGCCCAATAAGTTGAGATCTGTTAAAAACTTTATTGATGTTCCTTATATTCTT
AAAAAAGCAAAAGAGCTTGGAATTTATGTTATTGCTAGATGTGTTGTATTTAAAGATTCAAAAT
TGTATTATTATGATAATTTTAAACACGCCCTTTGGAATAAAAAAACCAATAAACCTTGGGCTCA
TTTGATTAAAAAAGTTGATTCTAGTGGTCTTGTGAAATATGTACAAGTAGAGCATTGGGTAGAT
ATTTTTTCTCCTGCTACTTGGGAATATAATATTTCTATCGCAAAAGAAATTCAATCTTTTGGAGT
TGACGAGATACAATTTGATTATATTAGATTTCCATCAGATGGGCCTGTGTCTCTTGCAATCTCAA
GAATGAATAAGTATGAGATGCAACCCGTTGATGCACTTGAATCTTTTTTGATTATGGCAAGAGA
ACAGCTTTATGTTCCTATTTCTGTTGATATTTATGGGTACAATGGCTGGTTTCCTACTAATAGTA
TTGGGCAAAATATTTCAATGTTATCAGATTATGTTGACGTCATATCTCCTATGTTTTATCCTTCG
CATTATACTGATGATTTTTTGCCAAGCAATTTTTATTACACAAAAAGAGCTTATAGGATTTATAA
AGAGGGGAGTGATAGAGCACTTGCTTTTTCTTTAGATGGGGTTGTTATTAGGCCTTATGTTCAA
GCTTTTTTATTAGGAAAAGAAAGATTGGTGGATGACGAGATTTATTTGGAGTATTTAAAGTTTC
AGCTTAAAGGAATTAAAGAGTCATTTGGTAGTGGCTTTAGCCTTTGGAATGCATCTAATGTTTA
TTATATGATTAAAGGTAGTTTAAAAGAATATTTAGATTCTTTTTAA
f797.aa (SEQ ID NO:349)
MSIKKFILTLIILSLAKNSFSENEINIFENENYIVKENIKTEIKKLKQSFLLASVDVAISQPYIEL
ADLNGEPIKELEGISYSFINVFSKIGSSAIISFDLSNEASKKYKIIKLEFLSPDKGNFINQLSSLTSGKQQS
KKELAKDAYSFGTLRTESLSKTIAEYYKDNNWYYILAAITVENNINKETEKYEIRINPKIYNDFQKKL
RLHFKSNQIKKFPIPIIE
t797.aa (SEQ ID NO:350)
KNSFSENEINIFENENYIVKENIKTEIKKLKQSFLLASVDVAISQPYIELADLNGEPIKELEGIS
YSFINVFSKIGSSAIISFDLSNEASKKYKIIKLEFLSPDKGNFINQLSSLTSGKQQSKKELAKDAYSFGT
LRTESLSKTIAEYYKDNNWYYILAAITVENNINKETEKYEIRINPKIYNDFQKKLRLHFKSNQIKKFPI
PIIE
f797.nt (SEQ ID NO:351)
ATGAGCATTAAAAAATTTATTTTAACCTTGATAATTCTTTCTCTAGCTAAAAATAGCTTT
TCTGAAAACGAAATTAATATCTTCGAAAACGAAAATTATATTGTAAAAGAAAATATAAAAACA
GAAATTAAAAAACTAAAACAAAGTTTTTTACTTGCATCTGTTGATGTCGCCATTAGCCAACCCT
ACATAGAATTGGCAGATTTAAATGGAGAACCGATAAAAGAACTTGAAGGGATTAGTTATTCAT
TTATAAATGTATTTTCAAAAATTGGATCTTCTGCTATTATTTCATTTGACCTATCAAACGAAGCT
TCCAAGAAATACAAAATCATAAAATTAGAATTTTTAAGTCCAGATAAAGGCAATTTTATTAACC
AGCTAAGCAGCCTTACTAGTGGAAAACAGCAATCAAAAAAAGAGCTTGCAAAAGACGCTTACT
CATTTGGTACATTAAGAACTGAATCTCTTTCAAAAACAATTGCAGAATATTACAAAGATAACAA
CTGGTATTATATTTTAGCAGCAATAACAGTAGAAAATAATATAAATAAAGAAACTGAAAAATA
CGAAATTAGAATTAACCCTAAAATATATAATGATTTTCAAAAAAAATTGAGATTACATTTTAAA
AGCAACCAAATAAAAAAATTTCCAATACCCATTATAGAATAA
t797.nt (SEQ ID NO:352)
AAAAATAGCTTTTCTGAAAACGAAATTAATATCTTCGAAAACGAAAATTATATTGTAAA
AGAAAATATAAAAACAGAAATTAAAAAACTAAAACAAAGTTTTTTACTTGCATCTGTTGATGTC
GCCATTAGCCAACCCTACATAGAATTGGCAGATTTAAATGGAGAACCGATAAAAGAACTTGAA
GGGATTAGTTATTCATTTATAAATGTATTTTCAAAAATTGGATCTTCTGCTATTATTTCATTTGA
CCTATCAAACGAAGCTTCCAAGAAATACAAAATCATAAAATTAGAATTTTTAAGTCCAGATAAA
GGCAATTTTATTAACCAGCTAAGCAGCCTTACTAGTGGAAAACAGCAATCAAAAAAAGAGCTT
GCAAAAGACGCTTACTCATTTGGTACATTAAGAACTGAATCTCTTTCAAAAACAATTGCAGAAT
ATTACAAAGATAACAACTGGTATTATATTTTAGCAGCAATAACAGTAGAAAATAATATAAATAA
AGAAACTGAAAAATACGAAATTAGAATTAACCCTAAAATATATAATGATTTTCAAAAAAAATTG
AGATTACATTTTAAAAGCAACCAAATAAAAAAATTTCCAATACCCATTATAGAATAA
f799.aa (SEQ ID NO:353)
MKKHIIIGIIFVAILLFFKILLIPRIQNHENNKNNIKMIISYKQDKNRLSLKINIKTKKTTNLGK
AKLDIYLDSKLIESNLLYISSKNFTTYANIIYQNESLLSIILKSNGNNNVFYSKRIKPRGKI
t799.aa (SEQ ID NO:354)
HENNKNNIKMIISYKQDKNRLSLKINIKTKKTTNLGKAKLDIYLDSKLIESNLLYISSKNFTTYANIIY
QNESLLSIILKSNGNNNVFYSKRIKPRGKI
f799.nt (SEQ ID NO:355)
ATGAAACATATCATTATTGGGATAATCTTTGTTGCAATTCTTTTATTTTTTAAAATTTTATT
AATTCCCAGAATTCAAAATCACGAAAATAATAAAAATAATATCAAAATGATAATAAGCTACAA
GCAAGACAAAAACAGATTATCGCTAAAGATAAACATAAAAACAAAAAAAACTACCAACCTGGG
AAAAGCCAAACTAGATATTTATCTAGACAGTAAATTAATTGAAAGCAATTTGCTTTATATAAGC
AGCAAAAACTTTACAACATATGCTAATATAATCTATCAAAATGAAAGTTTATTAAGTATAATAT
TAAAGAGTAATGGCAATAATAATGTCTTTTATAGTAAAAGAATAAAACCTAGAGGTAAAATAT
GA
t799.nt (SEQ ID NO:356)
CACGAAAATAATAAAAATAATATCAAAATGATAATAAGCTACAAGCAAGACAAAAACA
GATTATCGCTAAAGATAAACATAAAAACAAAAAAAACTACCAACCTGGGAAAAGCCAAACTAG
ATATTTATCTAGACAGTAAATTAATTGAAAGCAATTTGCTTTATATAAGCAGCAAAAACTTTAC
AACATATGCTAATATAATCTATCAAAATGAAAGTTTATTAAGTATAATATTAAAGAGTAATGGC
AATAATAATGTCTTTTTATAGTAAAAGAATAAAACCTAGAGGTAAAATATGA
f800.aa (SEQ ID NO:357)
MKKHYKALILSLLFAIISCNTKTLNELGEEQFKIPFGTLPGAIMPLNNKFTNSKFDIKTYNGL
VYIAEIKTNKLMIFNSYGKLIQTYQNGIFKTNPDLKIKKIDFEGIQAIYPLKDFIIVADKLNNKKSKFN
QKENIAYFMRILILNKNSSVEILGQEGLNGMPFPQIYDVNVDENGNIAIISIYSEGYIIYSYNKEFSPLY
KIYVNKNLLKTIDNQKKKYNISIDKVFFEVNKKTLYVKTTYYENIGDNENINDLGIKIKDQYIYKMS
LKKNKELEVINKIALPKNLLDDKQESFINIIKIQKDKIIASTNMKNLSNNLIWKLDSKGSIKEQIALIEP
PNLMFLSESLSKDGILSILYGGKTGVSVYWWNLNALLKL
t800.aa (SEQ ID NO:358)
KTLNELGEEQFKIPFGTLPGAIMPLNNKFTNSKFDIKTYNGLVYIAEIKTNTKLMIFNSYGKLI
QTYQNGIFKTNTPDLKIKKIDFEGIQAIYPLKDFIIVADKLNNKKSKFNQKENIAYFMRILILNKNSSVEI
LGQEGLNGMPFPQIYDVNVDENGNIAIISIYSEGYIIYSYNKEFSPLYKIYVNKNLLKTIDNQKKKYNI
SIDKVFFEVNKKTLYVKTYYYENIGDNENINDLGIKIKDQYIYKMSLKKNKELEVINKIALPKNLLDD
KQESFINIIKIQKDKIIASTNMKNLSNNLIWKLDSKGSIKEQIALIEPPNLMFLSESLSKDGILSILYGGK
TGVSVYWWNLNALLKL
f800.nt (SEQ ID NO:359)
ATGAAAAAACACTATAAAGCTCTTATATTAAGCTTGCTTTTTGCAATTATATCATGTAA
TACTAAAACTTTAAACGAATTAGGAGAAGAACAATTTAAAATACCATTTGGAACACTTCCTGGT
GCAATAATGCCTCTGAATAACAAATTTACAAATTCAAAATTTGACATCAAAACGTATAACGGGC
TAGTGTACATTGCAGAAATAAAAACAAATAAATTAATGATTTTCAACTCATACGGAAAACTAAT
ACAAACATATCAAAATGGAATATTTAAAACAAACCCCGATTTAAAAATAAAAAAAATAGATTTT
GAAGGAATTCAAGCAATATACCCACTAAAAGATTTTATTATTGTCGCAGACAAACTAAATAATA
AAAAATCAAAATTCAACCAAAAAGAGAATATTGCCTACTTCATGAGAATACTAATACTAAACAA
AAACTCATCTGTAGAAATTTTGGGTCAAGAAGGTTTAAACGGAATGCCATTTCCACAAATTTAT
GATGTTAATGTTGATGAAAATGGCAACATTGCAATAATATCAATATATAGCGAAGGATATATAA
TATATTCTTACAATAAAGAATTTTCCCCGCTTTATAAAATTTACGTCAACAAAAACCTGTTAAAA
ACAATAGACAATCAAAAGAAAAAATACAACATTTCAATAGATAAGGTTTTTTTTGAAGTCAACA
AAAAAAAACTCTTTATGTAAAAACTACTTACTATGAAAACATTGGTGACAATGAAAATATAAACGA
TCTTGGAATTAAAATTAAAGATCAATATATCTATAAAATGAGTTTGAAAAAAAACAAAGAATTA
GAAGTGATAAATAAAATTGCTCTTCCTAAAAACTTACTAGATGATAAACAAGAAAGCTTTATAA
ACATTATAAAAATACAAAAAGACAAAATAATAGCATCTACTAATATGAAAAATTTATCTAACAA
TTTAATATGGAAATTAGACAGCAAGGGCTCAATTAAAGAACAAATAGCTTTAATTGAGCCTCCA
AATTTAATGTTTCTCTCTGAGAGTTTATCTAAAGATGGAATACTTAGTATACTTTATGGCGGAA
AAACTGGTGTTAGTGTTTACTGGTGGAATTTAAATGCATTATTAAAATTATAA
t800.nt (SEQ ID NO:360)
AAAACTTTAAACGAATTAGGAGAAGAACAATTTAAAATACCATTTGGAACACTTCCTG
GTGCAATAATGCCTCTGAATAACAAATTTACAAATTCAAAATTTGACATCAAAACGTATAACGG
GCTAGTGTACATTGCAGAAATAAAAACAAATAAATTAATGATTTTCAACTCATACGGAAAACTA
ATACAAACATATCAAAATGGAATATTTAAAACAAACCCCGATTTAAAAATAAAAAAAATAGAT
TTTGAAGGAATTCAAGCAATATACCCACTAAAAGATTTTATTATTGTCGCAGACAAACTAAATA
ATAAAAAATCAAAATTCAACCAAAAAGAGAATATTGCCTACTTCATGAGAATACTAATACTAAA
CAAAAACTCATCTGTAGAAATTTTGGGTCAAGAAGGTTTAAACGGAATGCCATTTCCACAAATT
TATGATGTTAATGTTGATGAAAATGGCAACATTGCAATAATATCAATATATAGCGAAGGATATA
TAATATATTCTTACAATAAAGAATTTTCCCCGCTTTATAAAATTTTACGTCAACAAAAACCTGTTA
AAAACAATAGACAATCAAAAGAAAAAATACAACATTTCAATAGATAAGGTTTTTTTTGAAGTCA
ACAAAAAAACTCTTTATGTAAAAACTACTTACTATGAAAACATTGGTGACAATGAAAATATAAA
CGATCTTGGAATTAAAATTAAAGATCAATATATCTATAAAATGAGTTTGAAAAAAAACAAAGA
ATTAGAAGTGATAAATAAAATTGCTCTTCCTAAAAACTTACTAGATGATAAACAAGAAAGCTTT
ATAAACATTATAAAAATACAAAAAGACAAAATAATAGCATCTACTAATATGAAAAATTTATCTA
ACAATTTAATATGGAAATTAGACAGCAAGGGCTCAATTAAAGAACAAATAGCTTTAATTGAGCC
TCCAAATTTAATGTTTCTCTCTGAGAGTTTATCTAAAGATGGAATACTTAGTATACTTTATGGCG
GAAAAACTGGTGTTAGTGTTTACTGGTGGAATTTAAATGCATTATTAAAATTATAA
f810.aa (SEQ ID NO:361)
MYKLFLFFIIFMFLSCDEKKSSKNLKSVKIGYVNWGGETAATNVLKVVFEKMGYNAEIFSV
TTSIMYQYLASGKIDGTVSSWVPTADKFYYEKLKTKFVDLGANYEGTIQGFVVPSYVPISSISELKG
KGDKFKNKMIGIDAGAGTQIVTEQALNYYGLSKEYELVPSSESVMLASLDSSIKRNEWILVPLWKPH
WAFSRYDIKFLDDPDLIMGGIESVHTLVRLGLENDDFDAYYVFDHFYWSDDLILPLMDKNDKEPGK
EYRNAVEFVEKNKEIVKTWVPEKYKTLFD
t810.aa (SEQ ID NO:362)
CDEKKSSKNLKSVKIGYVNWGGETAATNVLKVVFEKMGYNAEIFSVTTSIMYQYLASGKIDGTVSS
WVPTADKFYYEKLKTKFVDLGANYEGTIQGFVVPSYVPISSISELKGKGDKFKNKMIGIDAGAGTQI
VTEQALNYYGLSKEYELVPSSESVMLASLDSSIKRNEWILVPLWKPHWAFSRYDIKFLDDPDLIMGG
IESVHTLVRLGLENDDFDAYYVFDHFYWSDDLILPLMDKNDKEPGKEYRNAVEFVEKNKEIVKTW
VPEKYKTLFD
f810.nt (SEQ ID NO:363)
ATGTATAAATTATTTTTATTTTTTATTATTTTTATGTTTTTGTCTTGTGATGAAAAAAAG
AGTTCAAAGAATTTAAAATCGGTAAAAATTGGATATGTGAATTGGGGTGGAGAAACGGCAGCT
ACAAATGTATTAAAGGTTGTTTTTGAGAAAATGGGCTACAATGCAGAAATATTTTCAGTTACTA
CGTCTATAATGTATCAATACTTAGCATCTGGAAAGATAGACGGTACGGTGTCTTCTTGGGTTCC
TACAGCCGATAAATTTTATTATGAAAAACTGAAAACAAAGTTTGTTGATCTTGGTGCAAATTAT
GAAGGAACCATTCAAGGTTTTGTGGTGCCAAGCTATGTTCCAATTTCCAGCATTAGTGAGCTTA
AGGGTAAAGGTGATAAGTTTAAAAACAAAATGATTGGCATAGATGCTGGTGCGGGAACTCAAA
TTGTTACAGAACAAGCGCTTAATTATTATGGATTAAGTAAAGAGTATGAGCTAGTTCCTTCAAG
TGAGAGTGTTATGCTTGCAAGTTTAGATTCTTCAATAAAGAGAAACGAATGGATTTTAGTTCCT
TTGTGGAAGCCTCATTGGGCTTTTTCTAGGTATGATATTAAGTTTCTTGATGATCCTGATTTAAT
TATGGGGGGAATTGAGAGCGTGCATACTCTTGTTAGACTTGGTCTTGAAAATGATGATTTTGAT
GCATATTATGTTTTTGATCATTTTTATTGGAGCGATGATTTAATATTGCCCTTAATGGATAAAAA
TGATAAAGAGCCAGGCAAAGAATACCGCAATGCGGTTGAATTTGTTGAAAAGAATAAAGAGAT
TGTAAAGACGTGGGTTCCAGAAAAATATAAGACCTTATTTGATTAA
t810.nt (SEQ ID NO:364)
TGTGATGAAAAAAAGAGTTCAAAGAATTTAAAATCGGTAAAAATTGGATATGTGAATT
GGGGTGGAGAAACGGCAGCTACAAATGTATTAAAGGTTGTTTTTGAGAAAATGGGCTACAATG
CAGAAATATTTTCAGTTACTACGTCTATAATGTATCAATACTTAGCATCTGGAAAGATAGACGG
TACGGTGTCTTCTTGGGTTCCTACAGCCGATAAATTTTATTATGAAAAACTGAAAACAAAGTTT
GTTGATCTTGGTGCAAATTATGAAGGAACCATTCAAGGTTTTGTGGTGCCAAGCTATGTTCCAA
TTTCCAGCATTAGTGAGCTTAAGGGTAAAGGTGATAAGTTTAAAAACAAAATGATTGGCATAG
ATGCTGGTGCGGGAACTCAAATTGTTACAGAACAAGCGCTTAATTATTATGGATTAAGTAAAGA
GTATGAGCTAGTTCCTTCAAGTGAGAGTGTTATGCTTGCAAGTTTAGATTCTTCAATAAAGAGA
AACGAATGGATTTTAGTTCCTTTGTGGAAGCCTCATTGGGCTTTTTCTAGGTATGATATTAAGTT
TCTTGATGATCCTGATTTAATTATGGGGGGAATTGAGAGCGTGCATACTCTTGTTAGACTTGGT
CTTGAAAATGATGATTTTGATGCATATTATGTTTTTGATCATTTTTATTGGAGCGATGATTTAAT
ATTGCCCTTAATGGATAAAAATGATAAAGAGCCAGGCAAAGAATACCGCAATGCGGTTGAATT
TGTTGAAAAGAATAAAGAGATTGTAAAGACGTGGGTTCCAGAAAAATATAAGACCTTATTTGA
TTAA
f814.aa (SEQ ID NO:365)
MLVKRIVGKPITMLILFSLLLMISLYTFSRLKVDLLPGIDIPQISIHTVYPGASPREVEESVSRVLESGLS
SVKNLKNIYSVSSKESSTVSLEFYHGTDLDLVLNEIRDALELVKSSLPSKSQTPRIFRYNLKNIPVMEI
VINSVRPVSELKRYADEIIKPGLERLDGVAIVTVNGGSKKRVLIEVSQNRLESYGLSLSRISSIIASQNL
ELSAGNILENNLEYLVEVSGKFKSIEEIGNVVIAYKIPDISSGINSPIEIKLKDIANIKTDFEDLSEYVE
YNGLPSISLSVQKRSDSNSIAVSNVVMNEIEKLKLSMPKDMKLEIASDSTDFIKASISTVVNSAYFGA
MLAIFVIFFFLRSFRATIIIGISIPIAIVLTFCLMYFVNISLNIMSLAGLALGIGMVVDCSIVVIDNIYKYR
QKGAKLISSSILGAQEMMLPITSSTFTSICVFGPFLIFKSELGVYGDFFKDFTFTIVISLGVSLLVAIFLV
PVLSSHYVGLYTSFQKNIKNAFIRKIDAFFASIYYFLEFLYINLLNIVLNHKLIFGLIVFFSFIGSLLLGLL
LDVTTFTRGKENSITINLNFPHKTNLEYAKFYSNRFLEIVKSEAKGYKSIIATLRADRITFNVLFPLKEE
SRDNLTQSVDYDSIKYKIMNRIGNLYPEFNIEPSISGNALGGGDSIKIKISANDFEYIKDYGKILVSML
KKEIPELVNPRLSISDFQLQIGVEIDRALVYNYGIDMNTILNELKANINGVVAGQYVEKGLNYDIVLK
LDRMDVKNLKDLEKIFITNSSGVKIPFSSIATFEKTNKAESIYRENQALTIYLNAGISPDDNLTQVTAK
VVDFINNKVPHKEGITLKVEGEYNEFSNIMNQFKIIIMMAIIVVFGIMASQFESFLKPFIIIFTIPLTAIGV
VLIHFLAGEKLSIFAAIGMLMLVGVVVNTGIVLVDYTGLLIKRGFGLREAIIESCRSRLRPILMSSLTSII
GLIPMAFSSGSGNELLKPIAFTFIGGMTASTFLTLFFIPMLFEIFPTCFKFQI
t814.aa (SEQ ID NO:366)
RLKVDLLPGIDIPQISIHTVYPGASPREVEESVSRVLESGLSSVKNLKNIYSVSSKESSTVSLEF
YHGTDLDLVLNEIRDALELVKSSLPSKSQTPRIFRYNLKNIPVMEIVINSVRPVSELKRYADEIIKPGL
ERLDGVAIVTVNGGSKKRVLIEVSQNRLESYGLSLSRISSIIASQNLELSAGNILENNLEYLVEVSGKF
KSIEEIGNVVIAYKIPDISSGINLSPIEIKLKDIANIKTDFEDLSEYVEYNGLPSISLSVQKRSDSNSIAVS
NVVMNEIEKLKLSMPKDMKLEIASDSTDFIKASISTVVNSAYFGAMLAIFVIFFFLRSFPATIIIGISIPIA
IVLTFCLMYFVNISLNIMSLAGLALGIGMVVDCSIVVIDNIYKYRQKGAKLISSSILGAQEMMLPITSS
TFTSICVFGPFLIFKSELGVYGDFFKDFTFTIVISLGVSLLVAIFLVPVLSSHYVGLYTSFQKNIKNAFIR
KIDAFFASIYYFLEFLYIINLLNIVLNHKLIFGLIVFFSFIGSLLLGLLLDVTTFTRGKENSITTNLNFPHKT
NLEYAKFYSNRFLEIVKSEAKGYKSIIATLRADRITFNVLFPLKEESRDNLTQSVDYDSIKYKIMNRIG
NLYPEFNIEPSISGNALGGGDSIKIKISANDFEYIKDYGKILVSMLKKEIPELVNPRLSISDFQLQIGVEI
DRALVYNYGIDMNTILNEKLKANINGVVAGQYVEKGLNYDIVLKLDRMDVKNLKDLKIFITNSSGV
KIPSSIATEKTNKAESIYRENQALTIYLNAGISDDNLTQVTAKVVDFINNKVPHKEGITLKVEGEY
NEFSNIMNQFKIIIMMAIIVVFGIMASQFESFLKPFIIIFTIPLTAIGVVLIHFLAGEKLSIFAAIGMLMLV
GVVVNTGIVLDYTGLLIKRGFGLREAIIESCRSRLRPILMSSLTSIIGLIPMAFSSGSGNELLKPIAFTFI
GGMTASTFLTLFFIPMLFEIFPTCFKFQI
f814.nt (SEQ ID NO:367)
ATGTTGGTAAAGAGAATAGTTGGCAAACCAATAACAATGTTGATTTTATTTTCATTGTTATTGA
TGATAAGTTTGTATACCTTTTCAAGATTAAAAGTAGATCTTTTGCCGGGAATTGACATTCCCCA
AATAAGTATTCACACTGTTTATCCTGGCGCTTCTCCTAGAGAAGTTGAAGAGAGTGTTTCTAGA
GTCCTTGAGAGTGGCTTGAGTTCGGTAAAGAATTTAAAAAATATATATAGTGTATCTTCCAAAG
AAAGCAGCACCGTTTCACTTGAATTTTATCATGGAACCGATTTAGATTTGGTTTTAAATGAAAT
TCGAGATGCTCTTGAATTGGTAAAATCTTCATTGCCCAGCAAATCACAGACCCCAAGAATTTTT
AGATACAATCTTAAAAACATCCCTGTAATGGAAATTGTTATTAATTCTGTAAGGCCAGTTTCTG
AGCTTAAAAGATATGCCGATGAAATCATTAAACCTGGGCTTGAAAGGCTTGATGGAGTTGCAAT
TGTTACTGTTAATGGTGGAAGTAAAAAGCGTGTTTTAATTGAAGTTTCTCAAAACAGGCTGGAG
TCTTATGGGCTTTCTTTGTCAAGAATATCTTCAATTATAGCATCCCAAAATTTGGAACTTTCAGC
TGGCAATATATTGGAGAACAACTTGGAATATTTGGTTGAAGTTTCTGGAAAATTTAAATCAATT
GAAGAGATAGGTAATGTGGTCATAGCTTATAAGATACCCGACATTTCTTCTGGCATAAATTTAT
CTCCTATTGAGATAAAACTCAAAGATATTGCTAATATTAAAACCGATTTTGAAGATTTGTCTGA
ATATGTTGAATATAATGGGTTGCCTTCAATTTCTTTGTCGGTTCAAAAACGTAGTGATTCTAATT
CTATTGCAGTTTCTAATGTTGTTATGAATGAAATAGAAAAATTGAAATTATCTATGCCTAAAGA
TATGAAATTGGAGATTGCTTCTGATAGTACTGATTTTATTAAAGCATCCATTTCAACGGTTGTA
AATTCAGCCTATTTTGGGGCCATGCTTGCAATATTTGTTATTTTTTTCTTTTTAAGAAGCTTTAG
GGCCACAATAATTATTGGAATTTCTATTCCAATAGCAATTGTTTTGACCTTTTGTTTAATGTATT
TTGTAAATATTTCTCTTAATATTATGAGTCTTGCGGGTCTTGCACTTGGGATTGGAATGGTTGTT
GACTGTTCAATTGTTGTAATAGACAATATATACAAATATAGGCAAAAAGGAGCAAAGCTTATTT
CGTCTTCTATTCTCGGAGCTCAGGAGATGATGTTGCCTATTACATCTTCAACTTTTACTTCTATT
TGTGTTTTTGGTCCATTTCTTATTTTCAAATCAGAACTTGGGGTATATGGAGATTTTTTCAAAGA
CTTTACATTTACGATTGTTATTTCCTTGGGTGTTTCTCTTTTAGTTGCAATTTTTTTGGTTCCTGT
TTTATCAAGCCACTATGTCGGTTTATACACAAGTTTCCAAAAGAATATTAAGAATGCTTTTATTA
GGAAAATCGATGCCTTTTTTTGCTAGTATTTATTATTTTTTAGAGTTTTTGTATATCAATTTATTA
AATATAGTTTTAAATCACAAATTGATTTTTGGGTTGATTGTTTTTTTTAGTTTTATTGGCAGCTT
GCTTTTAGGATTATTGTTAGATGTGACAACTTTTACTAGAGGGAAAGAGAACTCAATTACTATT
AATTTAAATTTTCCCCACAAAACTAATTTGGAATATGCAAAATTTTATTCTAATAGATTTTTAGA
AATTGTAAAAAGTGAGGCTAAAGGATATAAAAGTATTATTGCTACTTTGCGTGCTGATAGAATA
ACTTTCAACGTATTGTTTCCTCTCAAAGAAGAATCAAGAGATAATTTAACCCAAAGCGTAGATT
ACGATTCTATTAAATATAAAATTATGAATCGTATTGGTAATCTTTATCCTGAATTTAATATTGAG
CCTTCCATTAGTGGCAATGCTTTAGGTGGTGGAGATTCTATTAAAATTAAAATTTCGGCCAATG
ATTTTGAATATATAAAAGATTATGGAAAAATTTTAGTTTCCATGTTAAAAAAGGAAATTCCCGA
ACTTGTAAATCCAAGGCTTAGCATAAGTGATTTTCAGCTTCAAATTGGCGTTGAGATAGACAGA
GCGCTAGTTTATAATTATGGTATTGACATGAATACCATTTTAAATGAGTTGAAGGCCAATATTA
ATGGTGTTGTTGCTGGGCAATATGTGGAGAAGGGACTTAATTATGATATTGTTCTTAAGCTTGA
TAGAATGGATGTTAAAAATTTAAAAGATTTAGAAAAAATATTTATTACAAATTCATCTGGAGTT
AAAATTCCTTTTTCATCAATAGCCACCTTTGAAAAAACCAATAAAGCCGAATCTATTTACAGAG
AAAATCAAGCTTTAACCATTTATCTTAATGCGGGTATTTCTCCAGATGATAATTTAACCCAAGT
AACCGCAAAAGTTGTAGATTTTATTAATAATAAGGTGCCCCATAAAGAAGGCATAACTCTTAAG
GTTGAAGGAGAATATAATGAATTTTCAAATATCATGAATCAGTTTAAAATAATCATTATGATGG
CTATTATTGTTGTGTTTGGTATTATGGCTTCTCAATTTGAATCTTTTTTAAAACCCTTTATTATTA
TTTTACAATTCCTTTAACGGCAATAGGGGTTGTGCTTATACATTTTCTTGCAGGAGAAAAGCTT
TCTATTTTTGCTGCAATTGGTATGCTTATGCTTGTTGGTGTTGTGGTAAATACAGGAATTGTTCT
TGTAGACTATACTGGTTTATTGATCAAGAGGGGATTTGGCCTAAGAGAAGCAATTATTGAATCT
TGTCGTTCAAGGCTTAGGCCAATTTTAATGTCTTCTTTGACCTCAATAATAGGGCTTATTCCAAT
GGCATTTTCTAGCGGAAGTGGAAATGAACTTCTAAAACCAATTGCATTTACTTTTATTGGCGGA
ATGACAGCTAGCACATTTCTTACTTTGTTTTTTATTCCCATGCTTTTTGAAATTTTTCCAACATGT
TTCAAGTTTCAAATCTAG
t814.nt (SEQ ID NO:368)
AGATTAAAAGTAGATCTTTTGCCGGGAATTGACATTCCCCAAATAAGTATTCACACTGTTTATC
CTGGCGCTTCTCCTAGAGAAGTTGAAGAGAGTGTTTCTAGAGTCCTTGAGAGTGGCTTGAGTTC
GGTAAAGAATTTAAAAAATATATATAGTGTATCTTCCAAAGAAAGCAGCACCGTTTCACTTGAA
TTTTATCATGGAACCGATTTAGATTTGGTTTTAAATGAAATTCGAGATGCTCTTGAATTGGTAA
AATCTTCATTGCCCAGCAAATCACAGACCCCAAGAATTTTTAGATACAATCTTAAAAACATCCC
TGTAATGGAAATTGTTATTAATTCTGTAAGGCCAGTTTCTGAGCTTAAAAGATATGCCGATGAA
ATCATTAAACCTGGGCTTGAAAGGCTTGATGGAGTTGCAATTGTTACTGTTAATGGTGGAAGTA
AAAAGCGTGTTTTAATTGAAGTTTCTCAAAACAGGCTGGAGTCTTATGGGCTTTCTTTGTCAAG
AATATCTTCAATTATAGCATCCCAAAATTTGGAACTTTCAGCTGGCAATATATTGGAGAACAAC
TTGGAATATTTGGTTGAAGTTTCTGGAAAATTTAAATCAATTGAAGAGATAGGTAATGTGGTCA
TAGCTTATAAGATACCCGACATTTCTTCTGGCATAAATTTATCTCCTATTGAGATAAAACTCAAA
GATATTGCTAATATTAAAACCGATTTTGAAGATTTGTCTGAATATGTTGAATATAATGGGTTGC
CTTCAATTTCTTTGTCGGTTCAAAAACGTAGTGATTCTAATTCTATTGCAGTTTCTAATGTTGTT
ATGAATGAAATAGAAAAATTGAAATTATCTATGCCTAAAGATATGAAATTGGAGATTGCTTCTG
ATAGTACTGATTTTATTAAAGCATCCATTTCAACGGTTGTAAATTCAGCCTATTTTGGGGCCATG
CTTGCAATATTTGTTATTTTTTTCTTTTTAAGAAGCTTTAGGGCCACAATAATTATTGGAATTTC
TATTCCAATAGCAATTGTTTTGACCTTTTGTTTAATGTATTTTGTAAATATTTCTCTTAATATTAT
GAGTCTTGCGGGTCTTGCACTTGGGATTGGAATGGTTGTTGACTGTTCAATTGTTGTAATAGAC
AATATATACAAATATAGGCAAAAAGGAGCAAAGCTTATTTCGTCTTCTATTCTCGGAGCTCAGG
AGATGATGTTGCCTATTACATCTTCAACTTTTACTTCTATTTGTGTTTTTGGTCCATTTCTTATTT
TCAAATCAGAACTTGGGGTATATGGAGATTTTTTCAAAGACTTTACATTTACGATTGTTATTTCC
TTGGGTGTTTCTCTTTTAGTTGCAATTTTTTTGGTTCCTGTTTTATCAAGCCACTATGTCGGTTTA
TACACAAGTTTCCAAAAGAATATTAAGAATGCTTTTATTAGGAAAATCGATGCCTTTTTTTGCTA
GTATTTATTATTTTTTAGAGTTTTTGTATATCAATTTATTAAATATAGTTTTAAATCACAAATTG
ATTTTTGGGTTGATTGTTTTTTTTAGTTTTATTGGCAGCTTGCTTTTAGGATTATTGTTAGATGTG
ACAACTTTTACTAGAGGGAAAGAGAACTCAATTACTATTAATTTAAATTTTCCCCACAAAACTA
ATTTGGAATATGCAAAATTTTATTCTAATAGATTTTTAGAAATTGTAAAAAGTGAGGCTAAAGG
ATATAAAAGTATTATTGCTACTTTGCGTGCTGATAGAATAACTTTCAACGTATTGTTTCCTCTCA
AAGAAGAATCAAGAGATAATTTAACCCAAAGCGTAGATTACGATTCTATTAAATATAAAATTAT
GAATCGTATTGGTAATCTTTATCCTGAATTTAATATTGAGCCTTCCATTAGTGGCAATGCTTTAG
GTGGTGGAGATTCTATTAAAATTAAAATTTCGGCCAATGATTTTGAATATATAAAAGATTATGG
AAAAATTTTAGTTTCCATGTTAAAAAAGGAAATTCCCGAACTTGTAAATCCAAGGCTTAGCATA
AGTGATTTTCAGCTTCAAATTGGCGTTGAGATAGACAGAGCGCTAGTTTATAATTATGGTATTG
ACATGAATACCATTTTAAATGAGTTGAAGGCCAATATTAATGGTGTTGTTGCTGGGCAATATGT
GGAGAAGGGACTTAATTATGATATTGTTCTTAAGCTTGATAGAATGGATGTTAAAAATTTAAAA
GATTTAGAAAAAATATTTATTACAAATTCATCTGGAGTTAAAATTCCTTTTTCATCAATAGCCAC
CTTTGAAAAAACCAATAAAGCCGAATCTATTTACAGAGAAAATCAAGCTTTAACCATTTATCTT
AATGCGGGTATTTCTCCAGATGATAATTTAACCCAAGTAACCGCAAAAGTTGTAGATTTTATTA
ATAATAAGGTGCCCCATAAAGAAGGCATAACTCTTAAGGTTGAAGGAGAATATAATGAATTTTC
AAATATCATGAATCAGTTTAAAATAATCATTATGATGGCTATTATTGTTGTGTTTGGTATTATGG
CTTCTCAATTTGAATCTTTTTTAAAACCCTTTATTATTATTTTTACAATTCCTTTAACGGCAATAG
GGGTTGTGCTTATACATTTTCTTGCAGGAGAAAAGCTTTCTATTTTTGCTGCAATTGGTATGCTT
ATGCTTGTTGGTGTTGTGGTAAATACAGGAATTGTTCTTGTAGACTATACTGGTTTATTGATCAA
GAGGGGATTTGGCCTAAGAGAAGCAATTATTGAATCTTGTCGTTCAAGGCTTAGGCCAATTTTA
ATGTCTTCTTTGACCTCAATAATAGGGCTTATTCCAATGGCATTTTCTAGCGGAAGTGGAAATG
AACTTCTAAAACCAATTGCATTTACTTTTATTGGCGGAATGACAGCTAGCACATTTCTTACTTTG
TTTTTTATTCCCATGCTTTTTGAAATTTTTCCAACATGTTTCAAGTTTCAAATCTAG
f818.aa (SEQ ID NO:369)
MLKNHSKLIIQLKVVMMIYLKKMGNDMTKFYNYRIEIVSNLSLELDVFECIEKIEQELGESIYYSKIG
NVYGKGKKGEKHGNGVWPEENFILIIYTSNQSIVERLKDIVDDLNRSYPTEGINLFVLRNS
t818.aa (SEQ ID NO:370)
KKMGNDMTKFYNYRIEIVSNLSLELDVFECIEKIEQELGESIYYSKIGNVYGKGKKGEKHG
NGVWPEENFILIIYTSNQSIVERLKDIVDDLNRSYPTEGINLFVLRNS
f818.nt (SEQ ID NO:371)
ATGTTGAAAAATCATTCAAAATTAATAATTCAACTAAAAGTAGTTATGATGATTTATTTGAAGA
AGATGGGGAATGATATGACTAAATTTTATAATTATAGGATTGAAATAGTTTCTAACTTATCTTT
AGAGCTTGATGTTTTTGAATGTATAGAAAAAATAGAGCAAGAGTTAGGAGAGTCTATATATTAT
TCTAAGATAGGAAATGTTTATGGAAAAGGTAAGAAGGGAGAAAAGCATGGTAATGGCGTTTGG
CCTGAAGAAAATTTTATTTTGATTATTTATACCTCCAATCAGTCTATTGTTGAGCGATTAAAGGA
TATTGTGGATGATTTGAATCGTTCTTACCCTACAGAAGGGATTAATCTTTTTGTTTTGAGAAATT
CTTAA
t818.nt (SEQ ID NO:372)
AAGAAGATGGGGAATGATATGACTAAATTTTATAATTATAGGATTGAAATAGTTTCTAACTTAT
CTTTAGAGCTTGATGTTTTTGAATGTATAGAAAAAATAGAGCAAGAGTTAGGAGAGTCTATATA
TTATTCTAAGATAGGAAATGTTTATGGAAAAGGTAAGAAGGGAGAAAAGCATGGTAATGGCGT
TTGGCCTGAAGAAAATTTTATTTTGATTATTTATACCTCCAATCAGTCTATTGTTGAGCGATTAA
AGGATATTGTGGATGATTTGAATCGTTCTTACCCTACAGAAGGGATTAATCTTTTTGTTTTGAG
AAATTCTTAA
f820.aa (SEQ ID NO:373)
MLNNTYRIKTILTIFLAITLLTIYKYFTLMAFNNSPDNTISLKSNDIAKRGTIYDRNGKPIAFSSKSYSIG
TNPQKIENIVSTSETLGAILQINSRILKEKLSSNKGFLYIKRKIKREESDLIKRIQAEGRLSNITLYPDYT
RIYPFRNTTSNITGFVGTDNLGLEGIEFSLNSILGKDKTKQQFLNEEPETNNIHLTIDMDIQQGVSKIA
KKYFKENNPESLITLVMNSQNGEILSMVQFPQYDANFYSKYPEEIRKNLSSSLTYEPGSINKIFTVAIIL
ESGKLNLEEKFLDNGIYQKQFPSGEKITIKTLNPPYKHIDSTEILIYSSNVGIAYITEKVSNEYFYKKLL
DFGFGEKVGVPFPGETKGLLNHYSKWSGRSKATIGFGQEIGVSAVQILQAASILSNNGIMLKPRIIKKI
SNDKGENIKEFDKEEIRKVISKNSAQKVLKMMREVVNKGGIPNLKIKNLDISAKSGTSQAIDRKTGK
YSEEDYTSSILAIYPTEQPKYIIYIVYRYPKKIIYGTRIAAPMAKEIIEFIEHQQNTIAYKKIKMPSKIIKIP
KAETNYKNKTYLPNFINLSKREAIDILKYYKNTMKIKINGDGFVYKQSISPNTKLEDITELELYLK
t820.aa (SEQ ID NO:374)
FNNSPDNTISLKSNDIAKRGTIYDRNGKPIAFSSKSYSIGTNPQKIENIVSTSETLGAILQINSRI
LKEKLSSNKGFLYIKRKIKREESDLIKRIQAEGRLSNITLYPDYTRIYPFRNTTSNITGFVGTDNLGLEG
IEFSLNSILGKDKTKQQFLNEEPETNNIHLTIDMDIQQGVSKIAKKYFKENNPESLITLVMNSQNGEIL
SMVQFPQYDANFYSKYPEEIRKNLSSSLTYEPGSINKIFTVAIILESGKLNLEEKFLDNGIYQKQFPSG
EKITIKTLNPPYKHIDSTEILIYSSNVGIAYITEKVSNEYFYKKLLDFGFGEKVGVPFPGETKGLLNHY
SKWSGRSKATIGFGQEIGVSAVQILQAASILSNNGIMLKPRIIKKISNDKGENIKEFDKEEIRKVISKNS
AQKVLKMMREVVNKGGIPNLKIKNLDISAKSGTSQAIDRKTGKYSEEDYTSSILAIYPTEQPKYIIYIV
YRYPKKIIYGTRIAAPMAKEIIEFIEHQQNTIAYKKIKMPSKIKIPKAETNYKNKTYLPNFINLSKREAEI
DILKYYKNTMKIKINGDGFVYKQSISPNTKLEDITELELYLK
f820.nt (SEQ ID NO:375)
ATGCTTAATAACACTTATCGAATAAAAACAATATTAACAATATTCTTGGCTATAACTTTGTTAAC
TATTTACAAATATTTCACACTAATGGCCTTCAATAACAGCCCAGACAACACAATATCTTTAAAG
TCAAATGATATTGCCAAAAGAGGAACAATTTATGATAGAAATGGCAAACCAATAGCATTCTCTT
CAAAATCCTACTCAATTGGTACAAATCCTCAAAAAATAGAAAATATTGTAAGCACATCTGAAAC
TCTTGGTGCAATACTTCAAATTAATTCAAGAATTTTAAAGGAAAAGCTTCCTCTAACAAAGGG
TTTTTATATATAAAAAGAAAAATAAAAAGAGAAGAATCAGATTTAATAAAAAGAATTCAAGCT
GAAGGCAGGCTTTCAAACATCACTTTATATCCTGATTACACAAGAATTTATCCCTTCAGGAATA
CCACAAGCAATATTACTGGTTTTGTAGGAACAGATAATCTTGGCCTTGAGGGCATTGAATTTTC
CCTAAATAGCATATTAGGAAAAGATAAAACCAAGCAACAATTTTTAAATGAGGAGCCAGAAAC
AAACAACATCCACTTAACAATAGACATGGATATACAACAAGGTGTTAGCAAAATAGCTAAAAA
ATACTTTAAAGAAAATAATCCTGAAAGTTTAATTACCTTGGTAATGAACTCCCAAAATGGAGAA
ATATTATCCATGGTTCAATTTCCTCAATATGATGCAAACTTTTATTCTAAATATCCTGAAGAAAT
CCGAAAAAACCTTTCTTCATCTCTAACCTATGAGCCCGGAAGCATTAATAAAATTTTTACAGTT
GCAATAATATTAGAAAGTGGAAAATTAAATTTAGAAGAAAAATTTTTAGACAATGGAATATAT
CAAAAACAATTTCCATCAGGAGAAAAAATTACAATCAAAACATTAAATCCCCCCTATAAACATA
TCGACTCTACAGAGATTTTAATTTATTCATCAAATGTTGGAATAGCTTACATTACTGAAAAAGT
TAGCAATGAATACTTTTATAAAAAACTTTTAGATTTTGGCTTTGGGGAAAAAGTTGGAGTTCCA
TTTCCCGGAGAAACAAAAGGACTGCTAAATCATTATTCAAAATGGTCAGGACGAAGTAAAGCT
ACAATTGGATTTGGACAAGAAATAGGAGTGTCAGCGGTTCAAATATTACAAGCTGCAAGCATA
CTAAGCAATAATGGAATAATGCTAAAACCTAGAATAATAAAAAAAATAAGCAACGATAAAGGA
GAAAATATTAAAGAATTTGATAAAGAAGAAATAAGAAAAGTAATATCCAAAAATTCAGCACAA
AAAGTTTTAAAAATGATGAGAGAAGTTGTAAATAAAGGTGGAATTCCAAATCTTAAAATTAAA
AATCTTGACATTTCTGCAAAAAGTGGAACATCTCAAGCTATTGATAGAAAAACGGGAAAATACT
CAGAAGAAGACTATACATCTTCTATATTGGCAATATACCCCACAGAACAACCAAAATATATTAT
TTACATTGTATACAGATACCCAAAAAAAATAATATACGGAACAAGAATAGCAGCCCCAATGGC
AAAAGAAATAATAGAATTTATTGAGCACCAACAAAATACAATAGCATATAAAAAAATTAAAAT
GCCATCAAAAATCAAGATCCCTAAAGCTGAAACTAATTACAAAAACAAAACATACTTACCAAAT
TTTATCAACCTTTCTAAAAGAGAAGCAATAGACATACTAAAATACTATAAAAATACTATGAAAA
TAAAAATAAATGGCGATGGATTTGTTTACAAGCAAAGTATATCCCCCAATACAAAATTAGAAGA
TATAACAGAGCTTGAACTGTATTTAAAATAA
t820.nt (SEQ ID NO:376)
TTCAATAACAGCCCAGACAACACAATATCTTTAAAGTCAAATGATATTGCCAAAAGAGGAACA
ATTTATGATAGAAATGGCAAACCAATAGCATTCTCTTCAAAATCCTACTCAATTGGTACAAATC
CTCAAAAAATAGAAAATATTGTAAGCACATCTGAAACTCTTGGTGCAATACTTCAAATTAATTC
AAGAATTTTAAAGGAAAAGCTTTCCTCTAACAAAGGGTTTTTATATATAAAAAGAAAAATAAAA
AGAGAAGAATCAGATTTAATAAAAAGAATTCAAGCTGAAGGCAGGCTTTCAAACATCACTTTAT
ATCCTGATTACACAAGAATTTATCCCTTCAGGAATACCACAAGCAATATTACTGGTTTTGTAGG
AACAGATAATCTTGGCCTTGAGGGCATTGAATTTTCCCTAAATAGCATATTAGGAAAAGATAAA
ACCAAGCAACAATTTTTAAATGAGGAGCCAGAAACAAACAACATCCACTTAACAATAGACATG
GATATACAACAAGGTGTTAGCAAAATAGCTAAAAAATACTTTAAAGAAAATAATCCTGAAAGT
TTAATTACCTTGGTAATGAACTCCCAAAATGGAGAAATATTATCCATGGTTCAATTTCCTCAAT
ATGATGCAAACTTTTATTCTAAATATCCTGAAGAAATCCGAAAAAACCTTTCTTCATCTCTAACC
TATGAGCCCGGAAGCATTAATAAAATTTTTACAGTTGCAATAATATTAGAAAGTGGAAAATTAA
ATTTAGAAGAAAAA TTTTTAGACAATGGAATATATCAAAAACAATTTCCATCAGGAGAAAAAA
TTACAATCAAAACATTAAATCCCCCCTATAAACATATCGACTCTACAGAGATTTTAATTTATTCA
TCAAATGTTGGAATAGCTTACATTACTGAAAAAGTTAGCAATGAATACTTTTATAAAAAACTTT
TAGATTTTGGCTTTGGGGAAAAAGTTGGAGTTCCATTTCCCGGAGAAACAAAAGGACTGCTAAA
TCATTATTCAAAATGGTCAGGACGAAGTAAAGCTACAATTGGATTTGGACAAGAAATAGGAGT
GTCAGCGGTTCAAATATTACAAGCTGCAAGCATACTAAGCAATAATGGAATAATGCTAAAACCT
AGAATAATAAAAAAAATAAGCAACGATAAAGGAGAAAATATTAAAGAATTTGATAAAGAAGA
AATAAGAAAAGTAATATCCAAAAATTCAGCACAAAAAGTTTTAAAAATGATGAGAGAAGTTGT
AAATAAAGGTGGAATTCCAAATCTTAAAATTAAAAATCTTGACATTTCTGCAAAAAGTGGAACA
TCTCAAGCTATTGATAGAAAAACGGGAAAATACTCAGAAGAAGACTATACATCTTCTATATTGG
CAATATACCCCACAGAACAACCAAAATATATTATTTACATTGTATACAGATACCCAAAAAAAAT
AATATACGGAACAAGAATAGCAGCCCCAATGGCAAAAGAAATAATAGAATTTATTGAGCACCA
ACAAAATACAATAGCATATAAAAAAATTAAAATGCCATCAAAAATCAAGATCCCTAAAGCTGA
AACTAATTACAAAAACAAAACATACTTACCAAATTTTATCAACCTTTCTAAAAGAGAAGCAATA
GACATACTAAAATACTATAAAAATACTATGAAAATAAAAATAAATGGCGATGGATTTGTTTACA
AGCAAAGTATATCCCCCAATACAAAATTAGAAGATATAACAGAGCTTGAACTGTATTTAAAATA
A
f831.aa (SEQ ID NO:377)
MAKNNLLVFFIAIIFVFVSIIVVFYNSLGKDYVKSGGEIVENLEKDLNDYLKENDAKEREKIFLRIRELI
SKEKEISSYFISRFYLARAVYFQSQAQYDEAIKDLDIVIKAKGIESEIAFLNKAAVYEKMGLKEDALL
VYEDLINSTSLDFLKVRALLSKAILIEEKDKELAVKVYEEIVKFPYENNLYINMANNKILELKQN
t831.aa (SEQ ID NO:378)
YNSLGKDYVKSGGEIVENLEKDLNDYLKENDAKEREKIFLRIRELISKEKEISSYFISRFYLARAVYFQ
SQAQYDEAIKDLDIVIKAKGIESEIAFLNKAAVYEKMGLKEDALLVYEDLINSTSLDFLKVRALLSKA
ILIEEKDKELAVKVYEEIVKFPYENNLYINMANNKILELKQN
f831.nt (SEQ ID NO:379)
ATGGCTAAAAATAATCTTTTAGTTTTCTTTATTGCTATTATTTTTGTGTTTGTGTCTATTATTGTT
GTTTTTTATAATTCTTTAGGCAAGGATTATGTAAAGAGTGGCGGAGAAATAGTAGAAAATCTTG
AAAAAGATTTAAATGATTATTTAAAAGAAAATGATGCCAAAGAGAGAGAAAAAATATTTCTTA
GGATAAGGGAGCTTATTTCAAAGGAAAAAGAAATTTCATCTTATTTTATTTCAAGGTTCTATTT
AGCCAGAGCTGTTTATTTCCAAAGTCAAGCACAGTATGATGAGGCTATTAAAGATTTAGATATT
GTTATTAAGGCAAAAGGTATTGAAAGTGAAATTGCTTTTCTTAATAAAGCTGCAGTTTATGAAA
AAATGGGATTAAAAGAAGATGCTTTGTTAGTTTATGAAGATCTTATCAATAGTACTAGTTTGGA
TTTTTTAAAGGTAAGAGCTCTTTTGAGTAAGGCAATATTGATTGAGGAAAAAGATAAAGAGCTT
GCTGTGAAAGTATACGAAGAGATTGTTAAGTTTCCGTATGAAAATAATTTATATATAAATATGG
CAAATAATAAAATTTTAGAACTTAAGCAAAATTAA
t831.nt (SEQ ID NO:380)
TATAATTCTTTAGGCAAGGATTATGTAAAGAGTGGCGGAGAAATAGTAGAAAATCTTGAAAAA
GATTTAAATGATTATTTAAAAGAAAATGATGCCAAAGAGAGAGAAAAAATATTTCTTAGGATA
AGGGAGCTTATTTCAAAGGAAAAAGAAATTTCATCTTATTTTATTTCAAGGTTCTATTTAGCCA
GAGCTGTTTATTTCCAAAGTCAAGCACAGTATGATGAGGCTATTAAAGATTTAGATATTGTTAT
TAAGGCAAAAGGTATTGAAAGTGAAATTGCTTTTCTTAATAAAGCTGCAGTTTATGAAAAAATG
GGATTAAAAGAAGATGCTTTGTTAGTTTATGAAGATCTTATCAATAGTACTAGTTTGGATTTTTT
AAAGCTAAGAGCTCTTTTGAGTAAGGCAATATTGATTGAGGAAAAAGATAAAGAGCTTGCTGT
GAAAGTATACGAAGAGATTGTTAAGTTTCCGTATGAAAATAATTTATATATAAATATGGCAAAT
AATAAAATTTTAGAACTTAAGCAAAATTAA
f843.aa (SEQ ID NO:381)
MKAIGNAILLNMPLIFSIGISIGVARMGQGTAALGGLIGYLTFNITENYFIEAFSGLVEAETMSSVGRI
NFFGVQTLNTGIAGSLAVGLLVGYLHNKFYNMKLPKPFVFFSECHFVPIVIILPFCVFLAIFFCLIWSSF
DDLIASLGLFVFRFEYFGSFLYGFLNRLLLPLGLRSILSFPFEFTSLGGVEIVNGDTVRGLKNIFYAQLL
DPSLGKFSSGFAKISSGFYLSIMFGLPGAALGVYKGIVHEDKNKVAALLFSGALTAFLTGITEPLEFLF
IFTAPLLYFVHAAYSGFALLLANFFNVTIGNSFSTGFLDFFMFGILQGNSKTNWISVLPLGAMFFALY
YFTFSWLYRYFDFQIFVTDDPFFEGQEGKLESLGIAHLLIQGLGGFDNITKLDVCSTRLHVDVVNTEL
VDNNLLKEAGVLKIGLVNGKVQLFYGSNVYYIKNAIDTYSPKSLFEASVMVAVDNVKKGFKTYIE
MKEDKKLEKQGKSGKTYKLSELEED
t843.aa (SEQ ID NO:382)
RMGQGTAALGGLIGYLTFNITENYFIEAFSGLVEAETMSSVGRINFFGVQTLNTGIAGSLAVGLLVG
YLHNKFYNMKLPKPFVFFSECHFVPIVIILPFCVFLAIFFCLIWSSFDDLIASLGLFVFRFEYFGSFLYGF
LNRLLLPLGLHSILSFPFEFTSLGGVEIVNGDTVRGLKNFYAQLLDPSLGKFSSGFAKISSGFYLSIMF
GLPGAALGVYKGIVHEDKNKVAALLFSGALTAFLTGITEPLEFLFIFTAPLLYFVHAAYSGFALLLAN
FFNVTIGNSFSTGFLDFFMFGILQGNSKTNWISVLPLGAMFFALYYFTFSWLYRYFDFQIFVTDDPFF
EGQEGKLESLGIAHLLIQGLGGFDNITKLDVCSTRLHVDVVNTELVDNNLLKEAGVLKIGLVNGKV
QLFYGSNVYYIKNAIDTYSPKSLFEASVMVAVDNVKKGFKTYIEMKEDKKLEKQGKSGKTYKLSEL
EED
f843.nt (SEQ ID NO:383)
ATGAAGGCTATAGGCAATGCTATTCTTCTCAATATGCCTTTAATTTTTTCTATTGGAATTTCTAT
TGGAGTTGCAAGAATGGGGCAGGGAACAGCGGCTTTGGGAGGCCTTATTGGTTATTTAACATTT
AATATTACTGAAAATTATTTTATTGAGGCTTTTTCAGGGCTTGTTGAAGCAGAGACAATGTCTT
CTGTTGGGCGTATAAATTTTTTTGGTGTTCAAACTTTAAATACGGGAATTGCAGGTTCTTTAGCG
GTAGGCCTTTTAGTTGGATATTTGCATAACAAATTTTATAATATGAAGCTACCCAAACCTTTTGT
GTTTTTTTCAGAGTGCCATTTTGTGCCTATAGTAATAATTTTACCCTTTTGTGTTTTTTTGGCTAT
ATTTTTTTGTTTGATTTGGTCAAGTTTTGACGATTTAATTGCATCTTTAGGTTTGTTTGTTTTTAG
GTTTGAATATTTTGGCAGTTTTCTTTATGGATTTTTAAATAGGCTTTTATTGCCTTTGGGGTTGC
ATTCTATTTTATCTTTTCCTTTTGAGTTTACTTCTTTGGGAGGAGTGGAGATAGTTAATGGCGAT
ACTGTTAGAGGTCTTAAGAATATATTTTATGCTCAGCTATTAGACCCATCACTTGGTAAATTTTC
ATCAGGCTTTGCCAAAATTAGCAGTGGATTTTATCTATCTATTATGTTTGGACTGCCCGGAGCA
GCATTAGGGGTTTACAAGGGTATTGTTCATGAAGATAAAAATAAGGTTGCAGCACTTCTTTTCT
CTGGGGCCTTGACAGCTTTTTTAACAGGAATAACTGAGCCTTTAGAATTTTTATTTATTTTCACA
GCGCCTTTGCTTTATTTTGTTCATGCCGCTTATTCGGGGTTTGCATTGTTGCTTGCTAATTTTTTT
AATGTTACGATTGGCAATAGCTTTTCTACTGGATTTTTGGATTTTTTTATGTTTGGGATACTTCA
AGGAAATTCTAAGACAAATTGGATTAGTGTATTACCTTTGGGGGCAATGTTTTTTGCTCTTTATT
ATTTTACTTTTAGTTGGCTTTATAGATACTTTGATTTTCAGATATTTGTTACAGACGATCCATTT
TTTGAAGGCCAAGAAGGAAAGCTAGAGAGTCTCGGAATTGCGCATCTTTTAATTCAAGGTCTTG
GTGGATTTGATAATATTACAAAGCTTGATGTTTGTTCTACAAGATTGCATGTAGATGTTGTTAA
TACTGAGCTTGTTGATAATAATTTGCTTAAAGAGGCTGGAGTTCTTAAAATAGGGCTTGTTAAT
GGCAAGGTTCAGCTTTTTTATGGATCTAATGTTTATTATATTAAAAATGCCATTGATACCTATTC
TCCAAAGAGTCTTTTTGAAGCTAGTGTTATGGTTGCAGTTGATAATGTAAAAAAAGGTTTTAAA
ACTTATATTGAAATGAAAGAAGACAAAAAACTTGAAAAGCAAGGTAAATCAGGAAAAACCTAT
AAGCTTAGCGAATTAGAAGAAGATTAG
t843.nt (SEQ ID NO:384)
AGAATGGGGCAGGGAACAGCGGCTTTGGGAGGCCTTATTGGTTATTTAACATTTAATATTACTG
AAAATTATTTTATTGAGGCTTTTTCAGGGCTTGTTGAAGCAGAGACAATGTCTFTCTGTTGGGCG
TATAAATTTTTTTGGTGTTCAAACTTTAAATACGGGAATTGCAGGTTCTTTAGCGGTAGGCCTTT
TAGTTGGATATTTGCATAACAAATTTTATAATATGAAGCTACCCAAACCTTTTGTGTTTTTTTCA
GAGTGCCATTTTGTGCCTATAGTAATAATTTTACCCTTTTGTGTTTTTTTGGCTATATTTTTTTGT
TTGATTTGGTCAAGTTTTGACGATTTAATTGCATCTTTAGGTTTTGTTTGTTTTTAGGTTTGAATA
TTTTGGCAGTTTTCTTTATGGATTTTTAAATAGGCTTTTATTGCCTTTGGGGTTGCATTCTATTTT
ATCTTTTCCTTTTGAGTTTACTTCTTTGGGAGGAGTGGAGATAGTTAATGGCGATACTGTTAGA
GGTCTTAAGAATATATTTTATGCTCAGCTATTAGACCCATCACTTGGTAAATTTTCATCAGGCTT
TGCCAAAATTAGCAGTGGATTTTATCTATCTATTATGTTTGGACTGCCCGGAGCAGCATTAGGG
GTTTACAAGGGTATTGTTCATGAAGATAAAAATAAGGTTGCAGCACTTCTTTTCTCTGGGGCCT
TGACAGCTTTTTTAACAGGAATAACTGAGCCTTTAGAATTTTTATTTATTTTCACAGCGCCTTTG
CTTTATTTTGTTCATGCCGCTTATTCGGGGTTTGCATTGTTGCTTGCTAATTTTTTTAATGTTACG
ATTGGCAATAGCTTTTCTACTGGATTTTTGGATTTTTTTATGTTTGGGATACTTCAAGGAAATTC
TAAGACAAATTGGATTAGTGTATTACCTTTGGGGGCAATGTTTTTTGCTCTTTATTATTTTACTT
TTAGTTGGCTTTATAGATACTTTGATTTTCAGATATTTGTTACAGACGATCCATTTTTTGAAGGC
CAAGAAGGAAAGCTAGAGAGTCTCGGAATTGCGCATCTTTTAATTCAAGGTCTTGGTGGATTTG
ATAATATTACAAAGCTTGATGTTTGTTCTACAAGATTGCATGTAGATGTTGTTAATACTGAGCTT
GTTGATAATAATTTGCTTAAAGAGGCTGGAGTTCTTAAAATAGGGCTTGTTAATGGCAAGGTTC
AGCTTTTTTATGGATCTAATGTTTATTATATTAAAAATGCCATTGATACCTATTCTCCAAAGAGT
CTTTTTGAAGCTAGTGTTATGGTTGCAGTTGATAATGTAAAAAAAGGTTTTAAAACTTATATTG
AAATGAAAGAAGACAAAAAACTTGAAAAGCAAGGTAAATCAGGAAAAACCTATAAGCTTAGCG
AATTAGAAGAAGATTAG
f850.aa (SEQ ID NO:385)
MRFKKIFLIIFIISNLKVYSYNYAIQYKNEGIDKYYFEILNDGFGFSLSDFFDDLRSGSLIFTYVSKYNFI
INLEAHMLTYRGYKDSPKSLISRTDLIEIGFMYYFPILLLINGKNFGEIDLGIGVKNLLFGDWGGHLM
QSIIHLILNQHRPIPSIKSYDSYNYRGFLSFALNYSYMNFLNLENYMDLSYFADYFIKNSIGITLKNENI
GFDIKLYSQIQNQIKSLKTYSKTQEAETGIGINYQFYSKNFFITNNLNIKNFSTKENFLSVGGFGIILTPE
EYKKISESNNEFNYISNNFYFGFDIMIPLKIRNSLFYKINENINHYFSISTNYYTNYNETNSFTNQLSSGI
MYEFLPQKTFNPYLISGLFFAYNQNNKDIKSISRPIRIKNILQVGIENELGFLFKMLKYRNTEYIFKIYS
KVNYIPIAYNLDEKKLEKHSINFNYLGIGIVVK
t850.aa (SEQ ID NO:386)
YSYNYAIQYKNEGIDKYYFEILNDGFGFSLSDFFDDLRSGSLIFYVSKYNFIINLEAHMLTYRGYKD
SPKSLISRTDLIEIGFMYYFPILLLINGKNFGEIDLGIGVKNLLFGDWGGHLMQSIIHLILNQHRPIPSIK
SYDSYNYRGFLSFALNYSYMNFLNLENYMDLSYFADYFIKNSIGITLKNENIGFDIKLYSQIQNQIKSL
KTYSKTQEAETGIGINYQFYSKNFFITNNLNIKNFSTKENFLSVGGFGIIITPEEYKKISESNNEFNVISN
NFYFGFDIMIPLKIRNSLFYKINENINHYFSISTNYYTNYNETNSFTNQLSSGIMYEFLPQKTFNPYLIS
GLFFAYNQNNKDIKSISRPIRIKNILQVGIENELGFLFKMLKYRNTEYIFKIYSKVNYIPIAYNLDEKKL
EKHSINFNYLGIGIVVK
f850.nt (SEQ ID NO:387)
ATGCGGTTTAAAAAAATATTTTTAATAATATTTATAATTTCTAATTTAAAAGTTTATTCTTATAA
TTATGCAATCCAATATAAAAATGAAGGTATTGACAAATATTATTTTGAAATACTAAATGATGGA
TTCGGATTTTCATTAAGCGATTTTTTTGATGACTTGAGAAGTGGTTCTCTTATTTTTACCTATGT
TTCAAAATACAATTTTATAATAAATTTAGAAGCACACATGTTAACCTATAGGGGTTATAAAGAC
TCTCCGAAATCTTTAATTAGTAGAACAGACTTAATTGAAATAGGCTTCATGTACTATTTTCCAAT
TTTATTGCTAATTAATGGAAAAAATTTTGGAGAAATAGACTTGGGAATTGGAGTTAAAAACTTA
TTATTTGGAGACTGGGGAGGGCATTTAATGCAAAGCATAATTCACCTCATTTAAATCAACACC
GTCCAATTCCAAGTATAAAAAGCTACGACAGCTACAATTATAGAGGATTTTTAAGCTTTGCTCT
AAATTACTCTTACATGAATTTTTTAAATTTAGAAAATTATATGGACTTATCTTATTTTGCAGATT
ATTTTATTAAAAACAGTATTGGAATTACCTTAAAAAATGAAAATATTGGATTTGATATAAAACT
TTATTCCCAAATTCAAAATCAAATCAAAAGCCTCAAAACATATTCAAAAACACAAGAAGCAGA
AACAGGAATTGGAATAAATTATCAATTTTACTCTAAAAATTTTTTCATAACCAATAATTTAAAC
ATTAAAAATTTTTCAACCAAAGAAAATTTCTTAAGCGTTGGGGGATTTGGAATAATCATTACAC
CTGAAGAATACAAAAAAATATCAGAATCAAATAATGAATTTAATGTTATAAGTAATAATTTA
CTTTGGATTTGATATTATGATCCCATTAAAAATAAGAAATTCATTATTTTATAAAATAAATGAA
AACATCAACCATTACTTTTCAATATCAACAAATTATTACACTAATTATAATGAAACTAATAGCTT0
TACAAATCAATTATCATCAGGCATCATGTATGAATTTTTACCACAAAAAACATTCAATCCTTACC
TAATTTCGGGATTATTTTTTGCCTATAATCAAAACAATAAAGATATCAAAAGCATCTCAAGACC
AATAAGAATAAAAAACATTCTTCAAGTTGGAATTGAAAATGAATTAGGATTTTTGTTCAAAATG
CTAAAATACCGCAACACTGAGTATATTTTCAAAATATATTCAAAAGTTAACTATATTCCTATAG
CTTATAACTTAGATGAAAAAAAATTAGAAAAACATTCTATTAACTTTAATTATTTAGGAATTGG
AATAGTCGTTAAATAA
t850.nt (SEQ ID NO:388)
TATTCTTATAATTATGCAATCCAATATAAAAATGAAGGTATTGACAAATATTATTTTGAAATAC
TAAATGATGGATTCGGATTTTCATTAAGCGATTTTTTTGATGACTTGAGAAGTGGTTCTCTTATT
TTTACCTATGTTTCAAAATACAATTTTATAATAAATTTAGAAGCACACATGTTAACCTATAGGG
GTTATAAAGACTCTCCGAAATCTTTAATTAGTAGAACAGACTTAATTGAAATAGGCTTCATGTA
CTATTTTCCAATTTTATTGCTAATTAATGGAAAAAATTTTGGAGAAATAGACTTGGGAATTGGA
GTTAAAAACTTATTATTTGGAGACTGGGGAGGGCATTTAATGCAAAGCATAATTCACCTCATTT
TAAATCAACACCGTCCAATTCCAAGTATAAAAAGCTACGACAGCTACAATTATAGAGGATTTTT
AAGCTTTGCTCTAAATTACTCTTACATGAATTTTTTAAATTTAGAAAATTATATGGACTTATCTT
ATTTTGCAGATTATTTTATTAAAAACAGTATTGGAATTACCTTAAAAAATGAAAATATTGGATT
TGATATAAAACTTTATTCCCAAATTCAAAATCAAATCAAAAGCCTCAAAACATATTCAAAAACA
CAAGAAGCAGAAACAGGAATTGGAATAAATTATCAATTTTACTCTAAAAATTTTTTCATAACCA
ATAATTTAAACATTAAAAATTTTTCAACCAAAGAAAATTTCTTAAGCGTTGGGGGATTTGGAAT
AATCATTACACCTGAAGAATACAAAAAAATATCAGAATCAAATAATGAATTTAATGTTATAAGT
AATAATTTTTACTTTGGATTTGATATTATGATCCCATTAAAAATAAGAAATTCATTATTTTATAA
AATAAATGAAAACATCAACCATTACTTTTCAATATCAACAAATTATTACACTAATTATAATGAA
ACTAATAGCTTTACAAATCAATTATCATCAGGCATCATGTATGAATTTTTACCACAAAAAACAT
TCAATCCTTACCTAATTTCGGGATTATTTTTTGCCTATAATCAAAACAATAAAGATATCAAAAGC
ATCTCAAGACCAATAAGAATAAAAAACATTCTTCAAGTTGGAATTGAAAATGAATTAGGATTTT
TGTTCAAAATGCTAAAATACCGCAACACTGAGTATATTTTCAAAATATATTCAAAAGTTAACTA
TATTCCTATAGCTTATAACTTAGATGAAAAAAAATTAGAAAAACATTCTATTAACTTTAATTATT
TAGGAATTGGAATAGTCGTTAAATAA
f853.aa (SEQ ID NO:389)
MKSFLFWVILGTVGISSFAQNTPVAIINLYKNEIITKTGFDSKVDIFKKTQGRDLTDAEKKQV
LQVLIADVLFSQEASKQGIKISDDEVMQTIRTQFGLVNFTDEQIKQMIEKQGTNWGELLSSMKRSLSS
QKLVLKQAQPKFSEIKTPSEKEIVEYYEANKTKFVNPDISRVSHIFFSTKDKKRSDVLDQAKNILSQIR
SKKITFEEAVRKYSNDESSKAKNGDLGFLSRGDQNAQNLLGADFVKEVFNFNKGDISSPIASKEGFHI
VKVTEKYAQRFLGLNDKVSPTADLIVKDAIRNNMINVQQQQIVVQVQQDMYGKLNKSANIQILDSS
LK
t853.aa (SEQ ID NO:390)
QNTPVAIINLYKNEIITKTGFDSKVDIFKKTQGRDLTDAEKKQVLQVLIADVLFSQEASKQGI
KISDDEVMQTIRTQFGLVNFTDEQIKQMIEKQGTNWGELLSSMKRSLSSQKLVLKQAQPKFSEIKTP
SEKEIVEYYEANKTKFVNPDISRVSHIFFSTKDKKRSDVLDQAKNILSQIRSKKITFEEAVRKYSNDES
SKAKNGDLGFLSRGDQNAQNLLGADFVKEVFNFNKGDISSPIASKEGFHIVKVTEKYAQRFLGLND
KVSPTADLIVKDAIRNNMINVQQQQIVVQVQQDMYGKLNKSANIQILDSSLK
f853.nt (SEQ ID NO:391)
ATGAAGAGTTTTTTATTTTGGGTAATATTGGGAACTGTAGGGATTAGCTCTTTTGCTCAAAATA
CTCCTGTTGCTATTATTAATTTATATAAGAATGAAATTATTACTAAAACTGGTTTTGATTCTAAG
GTTGATATATTTAAAAAGACCCAAGGTAGAGACTTAACTGATGCTGAGAAAAAGCAAGTTCTG
CAAGTTTTAATAGCAGATGTTCTTTTTAGTCAAGAGGCTTCAAAGCAAGGAATTAAAATCTCAG
ATGATGAGGTTATGCAAACAATTAGAACTCAATTTGGGCTTGTGAATTTTACTGATGAACAAAT
CAAGCAAATGATAGAAAAACAAGGTACAAATTGGGGCGAGCTTTTGTCTTCAATGAAAAGATC
TCTGTCTTCTCAAAAGCTTGTTTTAAAGCAAGCTCAGCCTAAGTTTTCTGAAATTAAAACTCCTA
GTGAGAAAGAAATTGTTGAGTATTATGAGGCTAATAAAACTAAGTTTGTAAATCCCGATATTTC
AAGAGTTAGTCATATCTTTTTTTCTACTAAAGATAAAAAAAGATCAGATGTTTTAGATCAAGCA
AAAAATATTTTAAGCCAAATAAGATCAAAAAAAATTACTTTTGAAGAAGCTGTAAGAAAATATT
CAAATGACGAATCTTCTAAGGCTAAAAATGGTGATCTTGGGTTTTTATCAAGAGGTGATCAAAA
TGCTCAAAATCTTCTTGGAGCCGATTTTGTGAAAGAGGTTTTTAATTTTAATAAGGGTGATATA
TCTTCGCCTATTGCTTCAAAGGAAGGGTTTCATATTGTTAAAGTTACAGAAAAATATGCTCAGA
GATTTTTAGGTTTGAATGATAAAGTGTCTCCTACTGCAGATTTGATTGTCAAAGATGCAATAAG
AAATAACATGATTAATGTTCAACAACAGCAAATTGTTGTTCAAGTACAGCAAGATATGTATGGT
AAGCTTAACAAGTCTGCAAATATACAAATCTTGGATTCTAGTCTAAAATAA
t853.nt (SEQ ID NO:392)
CAAAATACTCCTGTTGCTATTATTAATTTATATAAGAATGAAATTATTACTAAAACTGG
TTTTGATTCTAAGGTTGATATATTTAAAAAGACCCAAGGTAGAGACTTAACTGATGCTGAGAAA
AAGCAAGTTCTGCAAGTTTTAATAGCAGATGTTCTTTTTAGTCAAGAGGCTTCAAAGCAAGGAA
TTAAAATCTCAGATGATGAGGTTATGCAAACAATTAGAACTCAATTTGGGCTTGTGAATTTTAC
TGATGAACAAATCAAGCAAATGATAGAAAAACAAGGTACAAATTGGGGCGAGCTTTTGTCTTC
AATGAAAAGATCTCTGTCTTCTCAAAAGCTTGTTTTAAAGCAAGCTCAGCCTAAGTTTTCTGAA
ATTAAAACTCCTAGTGAGAAAGAAATTGTTGAGTATTATGAGGCTAATAAAACTAAGTTTGTAA
ATCCCGATATTTCAAGAGTTAGTCATATCTTTTTTTCTACTAAAGATAAAAAAAGATCAGATGTT
TTAGATCAAGCAAAAAATATTTTAAGCCAAATAAGATCAAAAAAAATTACTTTTGAAGAAGCTG
TAAGAAAATATTCAAATGACGAATCTTCTAAGGCTAAAAATGGTGATCTTGGGTTTTTATCAAG
AGGTGATCAAAATGCTCAAAATCTTCTTGGAGCCGATTTTGTGAAAGAGGTTTTTAATTTTAAT
AAGGGTGATATATCTTCGCCTATTGCTTCAAAGGAAGGGTTTCATATTGTTAAAGTTACAGAAA
AATATGCTCAGAGATTTTTAGGTTTGAATGATAAAGTGTCTCCTACTGCAGATTTGATTGTCAA
AGATGCAATAAGAAATAACATGATTAATGTTCAACAACAGCAAATTGTTGTTCAAGTACAGCAA
GATATGTATGGTAAGCTTAACAAGTCTGCAAATATACAAATCTTGGATTCTAGTCTAAAATAA
f859.aa (SEQ ID NO:393)
MKLPKLYKLILLFLFTTRLFSVKDEKSDNKLELFSNVETKIKKNSKNYDSNSNSKKIKKESILKRDTN
SEKNINSNIYIQKSKKINYPNRNLGNNINQKTANDVNFTKTSYVKVYPNYKDDNFQEIKNANKFPAK
TEKTHMLIGPILKDNLGIIIKMLKTKGYTLIEYIEDNN
t859.aa (SEQ ID NO:394)
VKDEKSDNKLELFSNVETKIKKNSKNYDSNSNSKKIKKESILKRDTNSEKNINSNIYIQKSKKINYPN
RNLGNNINQKTA
f859.nt (SEQ ID NO:395)
ATGAAATTACCAAAACTTTACAAATTAATACTACTCTTTCTTTTTACAACAAGATTGTTTTCAGT
AAAAGATGAAAAATCAGACAATAAATTGGAATTATTTTCAAACGTAGAAACAAAAATCAAAAA
AAATTCTAAAAATTACGACTCAAATTCAAACAGCAAAAAGATCAAAAAAGAATCAATTTTAAA
AAGAGATACAAACAGCGAAAAAAATATAAATTCCAATATATACATACAAAAATCAAAAAAAAT
TAATTACCCCAACAGAAATTTAGGCAATAATATCAATCAAAAAACTGCAAATGATGTAAATTTT
ACAAAAACTAGTTATGTTAAAGTTTATCCCAACTATAAAGACGATAACTTTCAAGAAATTAAAA
ATGCTAATAAATTTCCAGCTAAAACCGAAAAAACTCACATGCTAATCGGCCCAATATTAAAAGA
TAATCTAGGAATAATAATTAAAATGCTAAAAACAAAGGGATACACTTTAATAGAATACATAGA
GGACAATAATTAA
t859.nt (SEQ ID NO:396)
GTAAAAGATGAAAAATCAGACAATAAATTGGAATTATTTTCAAACGTAGAAACAAAAATCAAA
AAAAATTCTAAAAATTACGACTCAAATTCAAACAGCAAAAAGATCAAAAAAGAATCAATTTTA
AAAAGAGATACAAACAGCGAAAAAAATATAAATTCCAATATATACATACAAAAATCAAAAAAA
ATTAATTACCCCAACAGAAATTTAGGCAATAATATCAATCAAAAAACTGCAAATGATGTAAATT
TTACAAAAACTAGTTATGTTAAAGTTTATCCCAACTATAAAGACGATAACTTTCAAGAAATTAA
AAATGCTAATAAATTTCCAGCTAAAACCGAAAAAACTCACATGCTAATCGGCCCAATATTAAAA
GATAATCTAGGAATAATAATTAAAATGCTAAAAACAAAGGGATACACTTTAATAGAATACATA
GAGGACAATAATTAA
f861.aa (SEQ ID NO:397)
MKNFKEVIIIFDSGIGGLSYFKYIKSRIGGCQYVYVADNKNFPYGEKSPEYLLEAVLFLIEKLKKIYNI
GALVLACNTISVSVYNKLNFVFPVVYTLPDVSSVSDLVLKRVLLIATNTTLESKFVKDQVNIHNDLIV
KAAGELVNFVEYGENYKKYALRCLEALKFEVVNTGREIVFLGCTHYLHLKVMIEDFLKIPVYENRE
LVVKNLIRSMNFSEHKGNYYKNDFDFVDDEFYLTENKNLTFYQNFCKKYNLRFKGMIV
t861.aa (SEQ ID NO:398)
RIGGCQYVYVADNKNFPYGEKSPEYLLEAVLFLIEKLKKIYNIGALVLACNTISVSVYNKLN
FVFPVVYTLPDVSSVSDLVLKRVLLIATNTTLESKFVKDQVNIHNDLIVKAAAGELVNFVEYGENYKK
YALRCLEALKFEVVNTGREIVFLGCTHYLHLKVMIEDFLKIPVYENRELVVKNLIRSMNFSEHKGNY
YKNDFDFVDDEFYLTENKNLTFYQNFCKKYNLRFKGMIV
f861.nt (SEQ ID NO:399)
ATGAAAAATTTCAAAGAAGTAATAATTATTTTTGATTCAGGAATAGGAGGGCTTTCTTATTTTA
AATATATTAAAAGTAGAATAGGGGGATGCCAATATGTTTATGTTGCCGATAATAAAAATTTCCC
TTATGGAGAAAAAAGTCCTGAATATCTTCTAGAAGCAGTTTTGTTTTTGATTGAGAAGCTTAAA
AAAATCTATAATATTGGTGCATTAGTTTTGGCTTGTAATACAATTTCTGTTAGTGTATACAATAA
ATTAAATTTTGTTTTTCCAGTAGTCTATACTTTGCCAGATGTAAGTTCAGTTTCAGATCTTGTTT
TAAAAAGAGTTCTTTTGATTGCAACAAATACTACTCTTGAAAGCAAATTTGTTAAGGATCAAGT
AAATATACATAATGATTTGATTGTAAAAGCTGCTGGAGAGCTTGTTAATTTTGTTGAATATGGA
GAGAATTACAAAAAATATGCTCTTAGATGTTTAGAAGCTTTAAAATTTGAAGTTGTAAATACTG
GTAGAGAAATTGTTTTTCTTGGATGCACGCATTATTTGCATCTTAAGGTAATGATAGAAGATTT
TTTAAAAATTCCTGTTTATGAGAATCGTGAATTAGTGGTAAAAAATCTTATTAGATCAATGAAT
TTTTCTGAACACAAAGGTAATTATTATAAGAATGATTTTGATT TTTAGATGATGAGTTTTATTT
GACCGAAAATAAAAATTTGACTTTTTATCAAAATTTTTGCAAAAAATATAATCTTCGCTTTAAG
GGAATGATAGTTTGA
t861.nt (SEQ ID NO:400)
AGAATAGGGGGATGCCAATATGTTTATGTTGCCGATAATAAAAATTTCCCTTATGGAGAAAAAA
GTCCTGAATATCTTCTAGAAGCAGTTTTGTTTTTGATTGAGAAGCTTAAAAAAATCTATAATATT
GGTGCATTAGTTTTGGCTTGTAATACAATTTCTGTTAGTGTATACAATAAATTAAATTTTGTTTTT
TCCAGTAGTCTATACTTTGCCAGATGTAAGTTCAGTTTCAGATCTTGTTTTAAAAAGAGTTCTTT
TGATTGCAACAAATACTACTCTTGAAAGCAAATTTGTTAAGGATCAAGTAAATATACATAATGA
TTTGATTGTAAAAGCTGCTGGAGAGCTTGTTAATTTTGTTGAATATGGAGAGAATTACAAAAAA
TATGCTCTTAGATGTTTAGAAGCTTTAAAATTTGAAGTTGTAAATACTGGTAGAGAAATTGTTT
TTCTTGGATGCACGCATTATTTGCATCTTAAGGTAATGATAGAAGATTTTTTAAAAATTCCTGTT
TATGAGAATCGTGAATTAGTGGTAAAAAATCTTATTAGATCAATGAATTTTTCTGAACACAAAG
GTAATTATTATAAGAATGATTTTGATTTTGTAGATGATGAGTTTTATTTGACCGAAAATAAAAA
TTTGACTTTTTATCAAAATTTTTGCAAAAAATATAATCTTCGCTTTAAGGGAATGATAGTTTGA
f363.aa (SEQ ID NO:401)
MIRLKVLILCLFGIFVLNGFADTNFEFNFGGGVAFPVSPFSSFYNEALEINAKLKQNLPSDLSPIEKEEI
VQNFSDLANIAKAGIRYGTYAQFGAKFDDFVSIGFELLFNINLLKAIKRSDGTANENFSFIMAITPRFY
TKLDFFVLALAFFTGPKINIATSSADSVLAELGTMGWDIGARLSFSFLILEGYYVWNIKNPKFSDFKF
GIGFEFGIV
t363.aa (SEQ ID NO:402)
DTNFEFNFGGGVAFPVSPFSSFYNEALEINAKLKQNLPSDLSPIEKEEIVQNFSDLANIAKAGIRYGTY
AQFGAKFDDFVSIGFELLFNINLLKAIKRSDGTANENFSFIMAITPRFYTKLDFFVLALAFFTGPKINIA
TSSADSVLAELGTMGWDIGARLSFSFLILEGYYVWNIKNPKFSDFKFGIGFEFGIV
f363.nt (SEQ ID NO:403)
ATGATTAGGCTTAAACTTTTAATTTTGTGTTTATTTGGGATTTTTGTGTTAAATGGTTTTGCAGA
TACTAATTTTGAATTCAATTTTGGTGGTGGGGTTGCTTTTCCTGTTAGTCCCTTTTCAAGCTTTT
ACAATGAGGCTTTAGAGATTAATGCAAAGCTTAAGCAAAATTTGCCTTCAGATTTATCCCCAAT
AGAAAAAGAAGAGATAGTCCAAAATTTTTCCGATTTAGCCAATATTGCTAAAGCTGGAATAAG
ATATGGAACTTACGCTCAATTTGGCGCTAAATTTGATGATTTTGTTTCTATTGGATTTGAGCTTT
TGTTTAACATTAATCTTCTTAAAGCAATAAAGCGTTCGGATGGAACTGCAAATGAAAATTTCTC
GTTTATTATGGCAATAACACCAAGATTTTATACAAAATTAGATTTTTTTGTTTTAGCTTTAGCGT
TTTTCACAGGTCCTAAGATCAATATAGCGACTTCTTCTGCGGATTCTGTTTTAGCAGAACTGGG
AACAATGGGCTGGGATATTGGTGCTAGACTTTCATTTTCTTTTTTAATTCTTGAAGGGTACTATG
TTTGGAATATTAAAAACCCTAAATTTTCTGATTTCAAGTTTGGAATAGGTTTTGAATTTG
GAATTGTGTAG
t363.nt (SEQ ID NO:404)
GATACTAATTTTGAATTCAATTTTGGTGGTGGGGTTGCTTTTCCTGTTAGTCCCTTTTCAAGCTT
TTACAATGAGGCTTTAGAGATTAATGCAAAGCTTAAGCAAAATTTGCCTTCAGATTTATCCCCA
ATAGAAAAAGAAGAGATAGTCCAAAATTTTTCCGATTTAGCCAATATTGCTAAAGCTGGAATAA
GATATGGAACTTACGCTCAATTTGGCGCTAAATTTGATGATTTTGTTTCTATTGGATTTGAGCTT
TTGTTTAACATTAATCTTCTTAAAGCAATAAAGCGTTCGGATGGAACTGCAAATGAAAATTTCT
CGTTTATTATGGCAATAACACCAAGATTTTATACAAAATTAGATTTTTTTGTTTTAGCTTTAGCG
TTTTTCACAGGTCCTAAGATCAATATAGCGACTTCTTCTGCGGATTCTGTTTTAGCAGAACTGGG
AACAATGGGCTGGGATATTGGTGCTAGACTTTCATTTTCTTTTTTAATTCTTGAAGGGTACTATG
TTTGGAATATTAAAAACCCTAAATTTTCTGATTTCAAGTTTGGAATAGGTTTTGAATTTGGAATT
GTGTAG
f368.aa (SEQ ID NO:405)
MIDLTQEKQEILIKNKFLAKVFGLMSIGLLISAVFAYATSENQTIKAIIFSNSMSFMAMILIQFGLVYAI
SGALNKISSNTATALFLLYSALTGVTLSSIFMIYTQGSIVFTFGITAGTFLGMSVYGYTTTTDLTKMGS
YLIMGLWGIIIASLVNMFFRSSGLNFLISILGVVIFTGLTAYDVQNISKMDKMLQDDTEIKNRMAVVA
SLKLYLDFINLFLYLLRFLGQRRND
t368.aa (SEQ ID NO:406)
TSENQTIKAIIFSNSMSFMAMILIQFGLVYAISGALNKISSNTATALFLLYSALTGVTLSSIFMIYTQGSI
VFTFGITAGTFLGMSVYGYTTTTDLTKMGSYLIMGLWGIIIASLVNMFFRSSGLNFLISILGVVIFTGL
TAYDVQNISKMDKMLQDDTEIKNRMAVVASLKLYLDFINLFLYLLRFLGQRRND
f368.nt (SEQ ID NO:407)
ATGATCGATTTAACACAAGAAAAACAAGAAATACTAATAAAAAACAAGTTTTTAGCCAAAGTTT
TCGGGCTTATGTCAATTGGACTTTTAATCTCAGCAGTATTTGCATATGCAACCTCAGAAAATCA
AACAATCAAAGCAATAATATTCTCAAATTCAATGTCATTTATGGCTATGATACTTATACAATTT
GGACTTGTATATGCAATAAGTGGTGCTCTTAATAAAATATCAAGCAATACTGCAACAGCTCTTT
TCTTGCTCTACTCAGCACTAACAGGAGTAACATTATCTTCTATATTTATGATTTACACACAAGGA
TCAATAGTATTCACATTCGGAATTACTGCTGGAACATTTCTTGGAATGTCTGTTTATGGATACAC
TACAACAACAGATCTAACAAAAATGGGAAGCTATTTAATAATGGGCTTATGGGGAATCATTATT
GCATCTCTTGTTAATATGTTTTTTAGAAGCTCAGGTCTTAATTTCCTTATATCTATTTTGGGCGT
AGTTATATTTACAGGCTTAACAGCTTATGATGTTCAAAATATTTCTAAAATGGACAAAATGCTA
CAAGACGACACTGAAATAAAAAACAGAATGGCGGTTGTAGCCTCACTTAAACTTTATTTAGATT
TTATAAATTTATTCTTATATCTTCTAAGATTTTTGGGCCAAAGAAGAAACGATTAA
t368.nt (SEQ ID NO:408)
ACCTCAGAAAATCAAACAATCAAAGCAATAATATTCTCAAATTCAATGTCATTTATGGCTATGA
TACTTATACAATTTGGACTTGTATATGCAATAAGTGGTGCTCTTAATAAAATATCAAGCAATAC
TGCAACAGCTCTTTTCTTGCTCTACTCAGCACTAACAGGAGTAACATTATCTTCTATATTTATGA
TTTACACACAAGGATCAATAGTATTCACATTCGGAATTACTGCTGGAACATTTCTTGGAATGTC
TGTTTATGGATACACTACAACAACAGATCTAACAAAAATGGGAAGCTATTTAATAATGGGCTTA
TGGGGAATCATTATTGCATCTCTTGTTAATATGTTTTTTAGAAGCTCAGGTCTTAATTTCCTTAT
ATCTATTTTGGGCGTAGTTATATTTACAGGCTTAACAGCTTATGATGTTCAAAATATTTCTAAAA
TGGACAAAATGCTACAAGACGACACTGAAATAAAAAACAGAATGGCGGTTGTAGCCTCACTTA
AACTTTATTTAGATTTTATAAATTTATTCTTATATCTTCTAAGATTTTTGGGCCAAAGAAGAAAC
GATTAA
f371.aa (SEQ ID NO:409)
MKFFFLLQIALILLSNSSLLFGQSPPKEKEDSLLLYKEGKFKEAILNTLEEIRLNPSNLDARTILIWSLIA
IGEYKRAEKEAIIGLGIKKHDIRIIQALGEAYFPQKNYDNALKYFQEYISLDSKGARIIKVYNLIADSFY
ELKRYNEADFAYEHALRFSPNNQNLLIKLARSRINAKNKILAEEALIKILTISPNNLEAKNLLEELKKS
NNKP
t371.aa (SEQ ID NO:410)
EDSLLLYKEGKFKEAILNTLEEIRLNPSNLDARTILIWSLIAIGEYKRAEKEAIIGLGIKKHDIRIIQALG
EAYFFQKNYDNALKYFQEYISLDSKGARIIKVYNLIADSFYELKRYNEADFAYEHALRFSPNNQNLLI
KLARSRINAKNKILAEEALIKILTISPNNLEAKNLLEELKKSNNKP
f371.nt (SEQ ID NO:411)
ATGAAATTTTTTTTTCTATTACAAATAGCTTTAATTCTACTATCCAATTCAAGCTTGTTATTTGG
ACAATCACCGCCTAAAGAAAAAGAAGACTCTCTTCTTCTATATAAAGAAGGAAAATTTAAAGA
AGCTATTTTAAACACGTTAGAAGAAATTCGACTAAATCCTAGTAACTTAGATGCTAGGACAATA
TTGATATGGAGCTTAATAGCCATAGGAGAATACAAGAGAGCTGAAAAAGAGGCGATTATAGGA
CTTGGCATTAAAAAACATGACATAAGAATTATTCAAGCACTAGGAGAAGCTTATTTCTTTCAAA
AAAATTATGACAATGCATTAAAATACTTTCAAGAATACATTAGCCTTGATTCTAAAGGAGCAAG
AATAATAAAAGTTTATAATTTAATTGCAGATTCTTTTTATGAGCTAAAAAGATATAATGAAGCC
GATTTTGCATACGAACATGCATTACGTTTTTCTCCTAATAACCAAAATCTATTAATAAAATTAGC
AAGATCAAGAATAAATGCAAAAAATAAAATATTAGCAGAAGAAGCACTAATTAAAATTCTTAC
AATCTCTCCTAATAATCTAGAGGCAAAAAATTTACTAGAAGAATTAAAAAAAAGCAACAACAA
ACCTTGA
t371.nt (SEQ ID NO:412)
GAAGACTCTCTTCTTCTATATAAAGAAGGAAAATTTAAAGAAGCTATTTTAAACACGTTAGAAG
AAATTCGACTAAATCCTAGTAACTTAGATGCTAGGACAATATTGATATGGAGCTTAATAGCCAT
AGGAGAATACAAGAGAGCTGAAAAAGAGGCGATTATAGGACTTGGCATTAAAAAACATGACAT
AAGAATTATTCAAGCACTAGGAGAAGCTTATTTCTTTCAAAAAAATTATGACAATGCATTAAAA
TACTTTCAAGAATACATTAGCCTTGATTCTAAAGGAGCAAGAATAATAAAAGTTTATAATTTAA
TTGCAGATTCTTTTTATGAGCTAAAAAGATATAATGAAGCCGATTTTGCATACGAACATGCATT
ACGTTTTTCTCCTAATAACCAAAATCTATTAATAAAATTAGCAAGATCAAGAATAAATGCAAAA
AATAAAATATTAGCAGAAGAAGCACTAATTAAAATTCTTACAATCTCTCCTAATAATCTAGAGG
CAAAAAATTTACTAGAAGAATTAAAAAAAAGCAACAACAAACCTTGA
f502.aa (SEQ ID NO:413)
MKKANFLSTNFLILLLVCFVNVNLFSKDIFKFKLVDQFFPFYYKNNKGEYEGLIFSILDKWAKDNNA
DIMVEHIDNLNESEIEDEAIYLGLTYNVKLNDFFYFKSELARSISILFFKNSNKKYKNTHSTFLSNFNIG
VIKNTIYEDILRLKNVNTIFLADNSQELVLALKNDKVDYIYGDCKTLHYIANNFLSEDLVIFTGDVFY
SIKNRVAISRNAPEIVKNLNLDLFSYLMKMPEELVFSFLDSNAKGSFVDVGLYNDYPPLSFINSQGKL
SGILVDLWNLLSRQHIFKPIFKGFSKEDIKKSLDGKSVGIFGGIISNDSVLENVNYVVSKPIYPLNFKFY
SKDLSNDAGPINSQFIDFNFNNIQLNKNKDIVNNFIDIVNNSYGFIENSITTKYLLKLNGYNGRLKSYD
SIFNKNRFLVIALDNRIYKVIKYILNSIFDDISFESLLQIDKNWLDKEEINSSRINSYKIMNKVKFNIEEK
IWLSKNNKLNLAVKNWYPIDYVEANNYKGINQFLLDKIRMFSGLRFNIIKVHSSLDLKKLIKSGKID
MLNTNATDSNLDNVFNIKLNSRIPLYIFSNKKRVLPSRSLEKFAILDFLYSKNLASNIKSKLILVSSFNE
ALLLLYKGKVDGIISDEYTAAAVFEELNIDDVEKIPTFRDLAFDLSLAIYNQDYILKEIIQKVVMRSNV
DSQMYLNDWKFDIYYKSRSIRFKNFKFLVITFIIFYFTFLGFVIIFMFRLSFEQKRRYSFVMNEKKIAE
AANAAKTIFIANVSHDIRTPINGIMAATELLDTTILTDVQKDYVRMINYSSDSLLSLIDDILYLSKIDV
NELYVESQEIDLESEMEMVLKAFQSQCAKKNIDLFSYSKSIFNNYIKGDIVKIKQVLINLIGNAFKFTD
DGVIVLNYEEVCRTRTDGNRVLVTVEFKVIDTGKGIEKENFSKIFEIFKQEDDSSSRVHEGAGLGLSIS
RELIRLMGGLGIAVDSKVGEGTTFSFMLPFLLGSELKSKKLSINRFQSVNGDNKVLNVLLSQKSIKIFE
HCSILLGCSSNVRYVASFEDAYKVFKKYPSYNFVINVNNDAAQEGIRLANNIERLNSDVQIIFLFYYL
DNKALKNLKYGYVKKPLMGLGICSILYKKEFNPEMDFEDLVPIDSALRIKEPINVLIAEDNQVNQKV
LKDILVVIGINENFIDVVDDGVKALKSLKDKKYTISFIDIRMPRYDGFSVAKEIRKFEKAKNLKPCVL
VAVTAHALQEYKDKCLASGMNDYISKPIHISSIKTILKKYLQFEVDDIGENENLNQLVKFPNLDVNR
ALKELNLSYVSYSELCRGLVDFISTNIIDLEKAFDEEDLSLIKDISHSISGALSNMRSELYKDFQKIETSK
DSISELKKMYSFVKDDLFQLISDIKENILFESEIVSENKLYFKNNDQFLNLLNKLLIGIKTRKPREYKEI
LESINKYVLDDNIQVLFSDLRRNLRLYRFAESSKILEEIIEMLNNKRY
t502.aa (SEQ ID NO:414)
CFVNVNLFSKDIFKFKLVDQFFPFYYKNNKGEYEGLIFSILDKWAKDNNADIMVEHIDNLNESEIEDE
AIYLGLTYNVKLNDFFYFKSELARSISILFFKNSNKKYKNTHSTFLSNFNIGVIKNNTIYEDILRLKNVN
TIFLADNSQELVLALKNDKVDYIYGDCKTLHYIANNFLSEDLVIFTGDVFYSIKNRVAISRNAPEIVK
NLNLDLFSYLMKMPEELVFSFLDSNAKGSFVDVGLYNDYPPLSFINSQGKLSGILVDLWNLLSRQHI
FKPIFKGFSKEDIKKSLDGKSVGIFGGIISNDSVLENVNYVVSKPIYPLNFKFYSKDLSNDAGPINSQFI
DFNFNIQLNKNKDIVNNFIDIVNNSYGFIENSITTKYLLKLNGYNGRLKSYDSIFNKNRFLVLAIDNR
IYKVIKYILNSIFDDISFESLLQIDKNWLDKEEINSSRINSYKIMNKVKFNIEEKIWLSKNNKLNLAVKN
WYPIDYVEANNYKGINQFLLDKIRMFSGLRFNIIKVHSSLDLKKLIKSGKIDMLNTNATDSNLDNVF
NIKLNSRIPLYIFSNKKRVLPSRSLEKFAILDFLYSKNLASNIKSKLILVSSFNEALLLLYKGKVDGIISD
EYTAAAVFEELNIDDVEKIPTFRDLAFDLSLAIYNQDYILKEIIQKVVMRSNVDSQMYLNDWKFDIY
YKSRSIRFKNFKFLVITFIIFYFTFLGFVIIFMFRLSFEQKRRYSFVMNEKKIAEAANAAKTIFIANVSHD
IRTPINGIMAATELLDTTILTDVQKDYVRMINYSSDSLISLTDDILYLSKIDVNELYVESQEIDLESEME
MVLKAFQSQCAKKNIDLFSYSKSIFNNYIKGDIVKIKQVLINLIGNAFK DDGVIVLNYEEVCRTRT
DGNRVLVTVEFKVIDTGKGIEKENFSKIFEIFKQEDDSSSRVHEGAGLGLSISRELIRLMGGLGIAVDS
KVGEGTTFSFMLPFLLGSELKSKKLSINRFQSVNGDNKVLNVLLSQKSIKIFEHCSILLGCSSNVRYVA
SFEDAYKVFKKYPSYNFVYINVNNDNIQEGIRLANNIERLNSDVQIIFLFYYLDNKALKNLKYGYVK
KPLMGLGICSILYKKEFNPEMDFEDLVPIDSALRIKEPINVLIAEDNQVNQKVLKDILVVIGINENFTD
VVDDGVKALKSLKDKKYTISFIDIRMPRYDGFSVAKEIRKFEKAKNLKPCVLVAVTAHALQEYKDK
CLASGMNDYISKPIHISSIKTILKKYLQFEVDDIGENENLNQLVKFPNLDYNRALKELNLSYVSYSEL
CRGLVDFISINIIDLEKAFDEEDLSLIKDISHSISGALSNMRSELYKDFQKIETSKDSISELKKMYSFVK
DDLFQLISDIKENILFESEIVSENKLYFKNNDQFLNLLNKLLIGIKTRKPREYKEILESINKYVLDDNIQ
VLFSDLRRNLRLYRFAESSKILEEIIEMLNNKRY
f502.nt (SEQ ID NO:415)
ATGAAAAAAGCAAACTTTTTAAGTACTAATTTTTTAATTTTACTTTTGGTTTGCTTTGTCAACGT
CAATTTATTTTCTAAGGATATTTTCAAGTTTAAGCTTGTAGATCAATTTTTTCCTTTTTACTACA
AGAATAATAAAGGAGAATATGAAGGACTTATTTTTTCTATTTTAGATAAATGGGCAAAAGATAA
TAATGCTGATATTATGGTTGAGCATATTGATAATTTAAATGAAAGTGAAATTGAAGACGAAGCA
ATATATTTAGGATTAACTTATAATGTAAAATTAAATGATTTTTTTTATTTTAAAAGTGAGCTTGC
TAGGAGTATTTCAATTTTATTTTTTAAAAACTCTAATAAAAAATATAAAAATACCCATTCAACAT
TTTTATCCAATTTTAATATAGGAGTTATTAAAAATACAATATATGAAGATATCTTAAGGTTAAA
AAACGTTAACACCATTTTTTTGGCTGATAATTCTCAAGAGTTAGTATTGGCCTTAAAAAACGAT
AAAGTTGATTATATATATGGTGATTGCAAGACTTTACATTATATTGCAAATAACTTTTTAAGTG
AAGATCTTGTGATTTTTTACCGGGGATGTTTTTATAGTATCAAAAATAGAGTGGCTATTAGTAG
AAATGCTCCTGAGATAGTAAAGAATTTGAATTTAGATTTGTTTTCATATTTAATGAAAATGCCT
GAGGAACTTGTTTTTTCTTTTTTAGATAGCAATGCTAAGGGAAGTTTTGTTGATGTTGGTTTATA
TAATGATTATCCTCCTTTAAGTTTTATTAATTCACAGGGAAAATTGTCTGGCATTTTAGTGGATT
TGTGGAATCTTCTCTCAAGACAACATATCTTTAAACCTATTTTTAAGGGATTTTCCAAAGAGGA
TATTAAGAAATCATTAGATGGAAAATCAGTAGGTATTTTTGGAGGAATTATTAGCAATGATAGT
GTGTTGGAAAATGTTAATTATGTAGTAAGTAAGCCAATATATCCTCTTAATTTTAAATTTTATTC
TAAAGACCTAAGCAATGATGCTGGTCCAATAAATTCTCACTTTATTGATTTTAATTTTAATAATA
TTCAATTAAATAAGAATAAAGATATTGTTAATAACTTTATAGATATTGTTAATAATTCATATGG
GTTTATAGAAAATTCAATAACAACAAAATATTTGTTAAAATTAAATGGATATAACGGTAGATTA
AAATCTTACGATTCGATTTTTAATAAAAATAGGTTTTTAGTATTAGCCATTGATAATAGGATTTA
TAAGGTTATTAAATATATTCTCAATTCTATATTTGATGATATTTCATTTGAATCTTTGCTTCAAA
TAGATAAAAATTGGTTGGATAAAGAAGAGATTAATAGTTCTAGAATAAATAGTTATAAAATTAT
GAATAAGGTTAAATTTAATATAGAAGAAAAAATTTGGTTATCAAAAAATAATAAATTAAATCTT
GCTGTTAAAAATTGGTATCCAATAGATTATGTTGAGGCAAATAATTATAAAGGAATAAATCAAT
TTTTGCTTGATAAGATTAGAATGTTTTCAGGTTTGAGATTTAACATAATTAAAGTACACAGCAG
TTTAGATCTTAAAAAATTAATCAAATCTGGAAAAATCGATATGCTAAATACTAATGCAACCGAT
TCAAATTTAGATAATGTTTTCAACATAAAATTAAATTCTCGAATTCCACTTTATATTTTTTCAAA
TAAGAAAAGGGTGCTTCCATCTAGATCTTTAGAAAAGTTTGCTATACTTGATTTTTTATATAGTA
AAAATTTGGCTTCTAATATTAAATCAAAGCTTATTCTGGTAAGCAGTTTTAATGAAGCGTTGCTT
CTTCTTTATAAGGGAAAGGTAGATGGGATTATTAGCGATGAGTATACAGCTGCTGCTGTTTTTG
AGGAATTAAATATTGATGATGTTGAAAAAATTCCTACTTTTAGAGATTTGGCTTTTGATTTGAG
TCTTGCTATTTATAATCAAGATTATATCTTGAAAGAAATTATTCAAAAAGTTGTTATGCGTTCAA
ATGTTGACAGTCAGATGTATTTAAATGATTGGAAATTTGATATTTATTATAAATCCAGAAGTAT
CAGGTTTAAAAATTTCAAATTTTTAGTGATAACATTCATTATATTTTATTTTACTTTTTTAGGAT
TTGTAATTATATTTATGTTCAGATTATCATTTGAGCAGAAAAGAAGATATTCTTTTGTGATGAAT
GAAAAAAAGATTGCGGAAGCCGCTAATGCTGCTAAAACCATTTTTATAGCCAATGTCAGTCATG
ATATTCGTACCCCTATTAACGGAATAATGGCGGCTACTGAGCTTTTGGATACAACTATTCTTAC
AGATGTTCAAAAAGATTATGTTAGGATGATAAATTATTCATCTGATTCTTTGCTTTCTTTAATTG
ATGATATATTGTATTTGTCTAAAATAGATGTCAATGAATTATATGTTGAGAGTCAAGAGATTGA
TTTAGAGAGTGAAATGGAAATGGTTTTAAAAGCTTTTCAATCTCAATGTGCAAAGAAAAATATT
GATTTATTCTCTTATTCTAAATCTATTTTTAATAATTATATAAAGGGTGATATTGTAAAAATTAA
ACAAGTTTTAATTAATTTAATAGGAAATGCTTTTAAGTTTACAGATGATGGTGTTATTGTTTTAA
ATTATGAAGAAGTATGTAGAACAAGAACTGATGGTAATAGGGTTTTGGTTACAGTTGAATTTAA
GGTAATAGATACAGGCAAAGGGATTGAAAAAGAAAATTTTTCTAAGATATTTGAAATATTTAA
ACAAGAGGATGATTCTTCTTCAAGGGTTCATGAAGGTGCAGGATTGGGATTGTCAATATCTAGA
GAGCTTATAAGACTAATGGGTGGTCTTGGTATTGCTGTTGATAGCAAGGTGGGAGAGGGTACA
ACTTTTTCATTTATGTTGCCCTTTTTATTGGGTAGTGAGCTTAAAAGTAAAAAATTGTCAATCAA
TAGATTTCAATCAGTAAATGGTGACAATAAAGTATTAAATGTGCTTTTAAGTCAAAAATCTATT
AAAATTTTTGAGCACTGTTCGATTTTATTGGGATGCTCTTCTAATGTGCGCTATGTAGCGTCTTT
TGAGGATGCTTATAAAGTCTTCAAGAAATACCCTTCTTATAATTTTGTTTATATAAATGTAAATA
ACGATAATATTCAAGAGGGTATTCGACTTGCCAATAATATTGAAAGACTAAATTCTGATGTACA
AATTATTTTTTTATTTTATTATTTAGATAATAAAGCTCTAAAAAATTTAAAATATGGTTATGTTA
AAAAGCCTTTAATGGGGCTTGGTATATGCTCTATTCTTTATAAAAAAGAGTTTAACCCAGAAAT
GGATTTTGAGGATTTGGTTCCAATAGATAGTGCTTTAAGGATAAAAGAGCCCATTAATGTTTTA
ATAGCTGAAGATAATCAGGTAAATCAAAAAGTGTTGAAAGATATTCTTGTTGTTATAGGCATTA
ATGAAAATTTTATTGATGTTGTAGATGATGGAGTAAAGGCTTTAAAATCTTTAAAAGATAAAAA
ATATACTATCTTTTATTGATATACGAATGCCAAGATATGATGGATTTTCGGTGGCTAAGGAA
ATTAGAAAATTTGAAAAGGCAAAGAATTTAAAGCCTTGTGTTTTGGTTGCTGTAACAGCGCATG
CTTTGCAAGAGTATAAAGACAAGTGTCTTGCAAGTGGTATGAATGATTATATCTCAAAACCAAT
ACACATAAGTTCAATTAAAACTATATTAAAAAAATACTTACAGTTTGAAGTTGATGATATTGGG
GAGAATGAAAATTTGAATCAACTTGTTAAGTTTCCTAATTTAGATGTTAATAGGGCTTTAAAAG
AATTAAATCTTTCATATGTATCATATTCTGAATTATGTAGAGGGCTTGTTGATTTTATCTCTATT
AATATTATTGATTTGGAAAAGCTTTTGATGAGGAAGATTTGTCTTTAATTAAGGATATATCTC
ATTCAATATCTGGAGCTCTTTCTAATATGCGTAGCGAATTGTATAAAGATTTTCAAAAAATTGA
AACAAGTAAAGATTCAATTTCTGAGTTGAAAAAAATGTATTCTTTTGTAAAAGATGATTTATTT
CAACTAATAAGCGACATAAAGGAAAATATTTTGTTTGAGTCTGAGATTGTTAGTGAGAACAAGC
TATATTTTAAAAATAATGATCAATTTTTAAACCTTCTCAACAAACTTTTTAATTGGTATTAAGACT
AGAAAGCCAAGAGAATACAAAGAAATTCTTGAGAGCATTAATAAATATGTTTTAGACGATAAT
ATTCAGGTATTATTTAGTGATCTTCGCAGAAATTTAAGATTATATAGATTTGCTGAGAGCTCTA
AGATTCTTGAAGAGATTATTGAAATGCTTAATAATAAGAGATATTAG
t502.nt (SEQ ID NO:416)
TGCTTTGTCAACGTCAATTTATTTTCTAAGGATATTTTCAAGTTTAAGCTTGTAGATCAATTTTT
TCCTTTTTACTACAAGAATAATAAAGGAGAATATGAAGGACTTATTTTTTCTATTTTAGATAAAT
GGGCAAAAGATAATAATGCTGATATTATGGTTGAGCATATTGATAATTTAAATGAAAGTGAAAT
TGAAGACGAAGCAATATATTTAGGATTAACTTATAATGTAAAATTAAATGATTTTTTTTATTTTA
AAAGTGAGCTTGCTAGGAGTATTTCAATTTTATTTTTTAAAAACTCTAATAAAAAATATAAAAA
TACCCATTCAACATTTTTATCCAATTTTAATATAGGAGTTATTAAAAATACAATATATGAAGAT
ATCTTAAGGTTAAAAAACGTTAACACCATTTTTTTGGCTGATAATTCTCAAGAGTTAGTATTGG
CCTTAAAAAACGATAAAGTTGATTATATATATGGTGATTGCAAGACTTTACATTATATTGCAAA
TAACTTTTTAAGTGAAGATCTTGTGATTTTTACCGGGGATGTTTTTTATAGTATCAAAAATAGAG
TGGCTATTAGTAGAAATGCTCCTGAGATAGTAAAGAATTTGAATTTAGATTTGTTTTCATATTTA
ATGAAAATGCCTGAGGAACTTGTTTTTTCTTTTTTAGATAGCAATGCTAAGGGAAGTTTTGTTG
ATGTTGGTTTATATAATGATTATCCTCCTTAAGTTTTATTAATTCACAGGGAAAATTGTCTGGC
ATTTTAGTGGATTTGTGGAATCTTCTCTCAAGACAACATATCTTTAAACCTATTTTTAAGGGATT
TTCCAAAGAGGATATTAAGAAATCATTAGATGGAAAATCAGTAGGTATTTTTGGAGGAATTATT
AGCAATGATAGTGTGTTGGAAAATGTTAATTATGTAGTAAGTAAGCCAATATATCCTCTTAATT
TTAAATTTTATTCTAAAGACCTAAGCAATGATGCTGGTCCAATAAATTCTCAGTTTATTGATTTT
AATTTTAATAATATTCAATTAAATAAGAATAAAGATATTGTTAATAACTTTATAGATATTGTTA
ATAATTCATATGGGTTTATAGAAAATTCAATAACAACAAAATATTTGTTAAAATTAAATGGATA
TAACGGTAGATTAAAATCTTACGATTCGATTTTTAATAAAAATAGGTTTTTAGTATTAGCCATTG
ATAATAGGATTTATAAGGTTATTAAATATATTCTCAATTCTATATTTGATGATATTTCATTTGAA
TCTTTGCTTCAAATAGATAAAAATTGGTTGGATAAAGAAGAGATTAATAGTTCTAGAATAAATA
GTTATAAAATTATGAATAAGGTTAAATTTAATATAGAAGAAAAAATTTGGTTATCAAAAAATAA
TAAATTAAATCTTGCTGTTAAAAATTGGTATCCAATAGATTATGTTGAGGCAAATAATTATAAA
GGAATAAATCAATTTTTGCTTGATAAGATTAGAATGTTTTCAGGTTTGAGATTTAACATAATTA
AAGTACACAGCAGTTTAGATCTTAAAAAATTAATCAAATCTGGAAAAATCGATATGCTAAATAC
TAATGCAACCGATTCAAATTTAGATAATGTTTTCAACATAAAATTAAATTCTCGAATTCCACTTT
ATATTTTTTCAAATAAGAAAAGGGTGCTTCCATCTAGATCTTTAGAAAAGTTTGCTATACTTGAT
TTTTTATATAGTAAAAATTTGGCTTCTAATATTAAATCAAAGCTTATTCTGGTAAGCAGTTTTAA
TGAAGCGTTGCTTCTTCTTTATAAGGGAAAGGTAGATGGGATTATTAGCGATGAGTATACAGCT
GCTGCTGTTTTTGAGGAATTAAATATTGATGATGTTGAAAAAATTCCTACTTTTAGAGATTTGG
CTTTTGATTTGAGTCTTGCTATTTATAATCAAGATTATATCTTGAAAGAAATTATTCAAAAAGTT
GTTATGCGTTCAAATGTTGACAGTCAGATGTATTTAAATGATTGGAAATTTGATATTTATTATA
AATCCAGAAGTATCAGGTTTAAAAATTTCAAATTTTTAGTGATAACATTCATTATATTTTATTTT
ACTTTTTTAGGATTTGTAATTATATTTATGTTCAGATTATCATTTGAGCAGAAAAGAAGATATTC
TTTTGTGATGAATGAAAAAAAGATTGCGGAAGCCGCTAATGCTGCTAAAACCATTTTTATAGCC
AATGTCAGTCATGATATTCGTACCCCTATTAACGGAATAATGGCGGCTACTGAGCTTTTGGATA
CAACTATTCTTACAGATGTTCAAAAAGATTATGTTAGGATGATAAATTATTCATCTGATTCTTTG
CTTTCTTTTAATTGATGATATATTGTATTTGTCTAAAATAGATGTCAATGAATTATATGTTGAGAG
TCAAGAGATTGATTTAGAGAGTGAAATGGAAATGGTTTTAAAAGCTTTTCAATCTCAATGTGCA
AAGAAAAATATTGATTTATTCTCTTATTCTAAATCTATTTTTAATAATTATATAAAGGGTGATAT
TGTAAAAATTAAACAAGTTTTAATTAATTTAATAGGAAATGCTTTTAAGTTTACAGATGATGGT
GTTATTGTTTTAAATTATGAAGAAGTATGTAGAACAAGAACTGATGGTAATAGGGTTTTGGTTA
CAGTTGAATTTAAGGTAATAGATACAGGCAAAGGGATTGAAAAAGAAAATTTTTCTAAGATAT
TTGAAATATTTAAACAAGAGGATGATTCTTCTTCAAGGGTTCATGAAGGTGCAGGATTGGGATT
GTCAATATCTAGAGAGCTTATAAGACTAATGGGTGGTCTTGGTATTGCTGTTGATAGCAAGGTG
GGAGAGGGTACAACTTTTTCATTTATGTTGCCCTTTTTATTGGGTAGTGAGCTTAAAAGTAAAA
AATTGTCAATCAATAGATTTCAATCAGTAAATGGTGACAATAAAGTATTAAATGTGCTTAAG
TCAAAAATCTATTAAAATTTTTGAGCACTGTTCGATTTTATTGGGATGCTCTTCTAATGTGCGCT
ATGTAGCGTCTTTTGAGGATGCTTATAAAGTCTTCAAGAAATACCCTTCTTATAATTTTGTTTAT
ATAAATGTAAATAACGATAATATTCAAGAGGGTATTCGACTTGCCAATAATATTGAAAGACTAA
ATTCTGATGTACAAATTATTTTTTTATTTTATTATTTAGATAATAAAGCTCTAAAAAATTTAAAA
TATGGTTATGTTAAAAAGCCTTTAATGGGGCTTGGTATATGCTCTATTCTTTATAAAAAAGAGT
TTAACCCAGAAATGGATTTTGAGGATTTGGTTCCAATAGATAGTGCTTTAAGGATAAAAGAGCC
CATTAATGTTTTAATAGCTGAAGATAATCAGGTAAATCAAAAAGTGTTGAAAGATATTCTTGTT
GTTATAGGCATTAATGAAAATTTTATTGATGTTGTAGATGATGGAGTAAAGGCTTTAAAATCTT
TAAAAGATAAAAAATATACTATCTCTTTTATTGATATACGAATGCCAAGATATGATGGATTTTC
GGTGGCTAAGGAAATTAGAAAATTTGAAAAGGCAAAGAATTTAAAGCCTTGTGTTTTGGTTGCT
GTAACAGCGCATGCTTTGCAAGAGTATAAAGACAAGTGTCTTGCAAGTGGTATGAATGATTATA
TCTCAAAACCAATACACATAAGTTCAATTAAAACTATATTAAAAAAATACTTACAGTTTGAAGT
TGATGATATTGGGGAGAATGAAAATTTGAATCAACTTGTTAAGTTTCCTAATTTAGATGTTAAT
AGGGCTTTAAAAGAATTAAATCTTTCATATGTATCATATTCTGAATTATGTAGAGGGCTTGTTG
ATTTTATCTCTATTAATATTATTGATTTGGAAAAAGCTTTTGATGAGGAAGATTTGTCTTTAATT
AAGGATATATCTCATTCAATATCTGGAGCTCTTTCTAATATGCGTAGCGAATTGTATAAAGATT
TTCAAAAAATTGAAACAAGTAAAGATTCAATTTCTGAGTTGAAAAAAATGTATTCTTTTGTAAA
AGATGATTTATTTCAACTAATAAGCGACATAAAGGAAAATATTTTGTTTGAGTCTGAGATTGTT
AGTGAGAACAAGCTATATTTTAAAAATAATGATCAATTTTTAAACCTTCTCAACAAACTTTTAA
TTGGTATTAAGACTAGAAAGCCAAGAGAATACAAAGAAATTCTTGAGAGCATTAATAAATATG
TTTTAGACGATAATATTCAGGTATTATTTAGTGATCTTCGCAGAAATTTAAGATTATATAGATTT
GCTGAGAGCTCTAAGATTCTTGAAGAGATTATTGAAATGCTTAATAATAAGAGATATTAG
f527.aa (SEQ ID NO:417)
MNLLVKIAKFILILFLFTSCNQKQSEIQNLTHLLKSSNKNRLDKFLIIDRVVNIYIANKNYEDALEIVN
NGIIDDESREYYPLYLYLMGNIYDSMGEDFVAFNIYKRVVDNFDDYVYENHSMKTRVAKKIVNLNI
DSIDKINYYKFILNMGIDNLNNEEKGNYFYNLALSLEDVQDYDESYFYYKKFLSIPRAHLKIDSRDYF
NVVTKINYFNNPEFVVYRNLGDLIQDVKNFVLSGNTSKLLNIRDKNNFFIQSWDQKGGKSNSINTNS
FLTTMIRLGGRRKNGIQFAKHLEADSSDDISYLESRGWDHIHEWYFVFKRIVYPKDPEINNGWTWIG
VYLGKK
t527.aa (SEQID NO:418)
CNQKQSEIQNLTHLLKSSNKNRLDKFLIIDRVVNIYIANKNYEDALEIVNNGIIDDESREYYPLYLYL
MGNIYDSMGEDFVAFNIYKRVVDNFDDYVYENHSMKTRVAKKIVNLNIDSIDKINYYKFILNMGID
NLNNEEKGNYFYNLALSLEDVQDYDESYFYYKKFLSIPRAHLKIDSRDYFNVVTKINTYFNNPEFVVY
RNLGDLIQDVKNFVLSGNTSKLLNIRDKNNFFIQSWDQKGGKSNSINTNSFLTTMIRLGGRRKNGIQ
FAKHLEADSSDDISYLESRGWDHIHEWYFVFKRIVYPKDPEINNGWTWIGVYLGKK
f527.nt (SEQ ID NO:419)
ATGAATCTATTGGTCAAAATTGCTAAATTTATTTTGATTTTGTTTTTATTTACTTCTTGCAACCA
AAAGCAAAGCGAGATTCAAAATCTTACACATCTTTTAAAATCTTCTAATAAAAATAGATTAGAT
AAATTTCTTATTATTGATAGAGTTGTTAACATATATATTGCAAATAAAAATTATGAAGATGCTTT
AGAAATTGTAAATAATGGAATTATTGATGATGAATCTAGAGAATATTATCCTTTGTATCTTTAT
TTAATGGGCAATATTTATGATTCCATGGGAGAAGATTTTGTAGCTTTTAATATTTACAAGCGTG
TTGTTGATAATTTTGATGATTATGTTTATGAAAACCATTCAATGAAAACAAGGGTTGCTAAAAA
GATTGTCAATTTAAATATTGATTCAATCGATAAAATCAATTATTACAAATTTATATTAAATATGG
GGATTGATAATTTAAATAATGAGGAAAAGGGTAATTATTTTTATAATCTTGCGCTAAGTTTGGA
AGATGTTCAAGATTACGATGAATCTTATTTTTATTATAAAAAATTTCTTTCAATTCCAAGGGCAC
ATTTAAAAATAGATTCTAGAGACTATTTTAATGTTGTTACAAAAATTAATTACTTTAATAATCCA
GAGTTTGTTGTTTATAGAAATTTAGGAGATTTAATCCAGGATGTTAAAAATTTTGTTCTTTCTGG
TAATACTTCTAAATTGCTTAATATAAGAGATAAGAATAATTTTTTTATTCAAAGCTGGGATCAA
AAGGGTGGAAAGAGTAATTCCATTAATACTAATAGCTTTTTAACCACTATGATTAGGCTTGGGG
GGAGAAGAAAAAACGGAATACAATTTGCAAAGCATCTTGAGGCAGATTCTAGTGACGATATAT
CTTATCTTGAGTCAAGGGGCTGGGACCATATTCATGAATGGTATTTTGTTTTTAAAAGAATTGT
TTATCCTAAAGATCCAGAAATTAATAATGGCTGGACTTGGATAGGCGTGTATTTAGGTAAAAAA
TAA
t527.nt (SEQ ID NO:420)
TGCAACCAAAAGCAAAGCGAGATTCAAAATCTTACACATCTTTTAAAATCTTCTAATAAAAATA
GATTAGATAAATTTCTTATTATTGATAGAGTTGTTAACATATATATTGCAAATAAAAATTATGA
AGATGCTTTAGAAATTGTAAATAATGGAATTATTGATGATGAATCTAGAGAATATTATCCTTTG
TATCTTTATTTAATGGGCAATATTTATGATTCCATGGGAGAAGATTTTGTAGCTTTTAATATTTA
CAAGCGTGTTGTTGATAATTTTGATGATTATGTTTATGAAAACCATTCAATGAAAACAAGGGTT
GCTAAAAAGATTGTCAATTTAAATATTGATTCAATCGATAAAATCAATTATTACAAATTTATAT
TAAATATGGGGATTGATAATTTAAATAATGAGGAAAAGGGTAATTATTTTTATAATCTTGCGCT
AAGTTTGGAAGATGTTCAAGATTACGATGAATCTTATTTTTATTATAAAAAATTTCTTTCAATTC
CAAGGGCACATTTAAAAATAGATTCTAGAGACTATTTTAATGTTGTTACAAAAATTAATTACTT
TAATAATCCAGAGTTTGTTGTTTATAGAAATTTAGGAGATTTAATCCAGGATGTTAAAAATTTT
GTTCTTTCTGGTAATACTTCTAAATTGCTTAATATAAGAGATAAGAATAATTTTTTATTCAAAG
CTGGGATCAAAAGGGTGGAAAGAGTAATTCCATTAATACTAATAGCTTTTTAACCACTATGATT
AGGCTTGGGGGGAGAAGAAAAAACGGAATACAATTTGCAAAGCATCTTGAGGCAGATTCTAGT
GACGATATATCTTATCTTGAGTCAAGGGGCTGGGACCATATTCATGAATGGTATTTTGTTTTTA
AAAGAATTGTTTATCCTAAAGATCCAGAAATTAATAATGGCTGGACTTGGATAGGCGTGTATTT
AGGTAAAAAATAA
f541.aa (SEQ ID NO:421)
MNKILLLILLESIVFLSCSGKGSLGSEIPKVSLIIDGTFDDKSFNESALNGVKKVKEEFKIELVLKESSS
NSYLSDLEGLKDAGSDLIWLIGYRFSDVAKVAALQNPDMKYAIIDPIYSNDPIPANLVGMTFRAQEG
AFLTGYIAAKLSKTGKIGFLGGIEGEIVDAFRYGYEAGAKYANKDIKISTQYIGSFADLEAGRSVATR
MYSDEIDIIHHAAGLGGIGAIEVAKELGSGHYIIGVDEDQAYLAPDNVITSTTKDVGRALNIFTSNHL
KTNTFEGGKLINYGLKEGVVGFVRNPKMISFELEKEIDNLSSKIINKEIIVPSNKESYEKFLKEFI
t541.aa (SEQ ID NO:422)
CSGKGSLGSEIPKVSLIIDGTFDDKSFNESALNGVKKVKEEFKIELVLKESSSNSYLSDLEGLKDAGSD
LIWLIGYRFSDVAKVAALQNPDMKYAIIDPIYSNDPIPANLVGMTFRAQEGAFLTGYIAAKLSKTGKI
GFLGGIEGEIVDAFRYGYEAGAKYANKDIKISTQYIGSFADLEAGRSVATRMYSDEIDIIHHAAGLGG
IGAIEVAKELGSGHYIIGVDEDQAYLAPDNVITSTTKDVGRALNIFTSNHLKTNTFEGGKLINYGLKE
GVVGFVRNPKMISFELEKEIDNLSSKIINKEIIVPSNKESYEKFLKE
FI
f541.nt (SEQ ID NO:423)
ATGAATAAAATATTGTTGTTGATTTTGCTTGAGAGTATTGTTTTTTATCTTGTAGTGGTAAAGG
TAGTCTTGGGAGCGAAATTCCTAAGGTATCTTTAATAATTGATGGAACTTTTGATGATAAATCT
TTTAATGAGAGTGCTTTAAATGGCGTAAAAAAAGTTAAAGAAGAATTTAAAATTGAGCTTGTTT
TAAAAGAATCCTCATCAAATTCTTATTTATCTGATCTTGAAGGGCTTAAGGATGCGGGCTCAGA
TTTAATTTGGCTTATTGGGTATAGATTTAGCGATGTGGCCAAGGTTGCGGCTCTTCAAAATCCC
GATATGAAATATGCAATTATTGATCCTATTTATTCTAACGATCCTATTCCTGCAAATTTGGTGGG
CATGACCTTTAGAGCTCAAGAGGGTGCATTTTTAACGGGTTATATTGCTGCAAAACTTTCTAAA
ACAGGTAAAATTGGATTTTTAGGGGGAATAGAAGGCGAGATAGTAGATGCTTTTAGGTATGGG
TATGAAGCTGGTGCTAAGTATGCTAATAAAGATATAAAGATATCTACTCAGTATATTGGTAGTT
TTGCTGACCTTGAAGCTGGTAGAAGCGTTGCAACTAGGATGTATTCTGATGAGATAGACATTAT
TCATCATGCTGCAGGCCTTGGAGGAATTGGGGCTATTGAGGTTGCAAAAGAACTTGGTTCTGGG
CATTACATTATTGGAGTTGATGAAGATCAAGCATATCTTGCTCCTGACAATGTAATAACATCTA
CAACTAAAGATGTTGGTAGAGCTTTAAATATTTTTACATCTAACCATTTAAAAACTAATACTTTC
GAAGGTGGCAAATTAATAAATTATGGCCTTAAAGAAGGAGTTGTGGGGTTTGTAAGAAATCCT
AAAATGATTTCCTTTGAACTTGAAAAAGAAATTGACAATCTTTCTAGCAAAATAATCAACAAAG
AAATTATTGTTCCATCTAATAAAGAAAGTTATGAGAAGTTTCTTAAAGAATTTATTTAA
t541.nt (SEQ ID NO:424)
TGTAGTGGTAAAGGTAGTCTTGGGAGCGAAATTCCTAAGGTATCTTTAATAATTGATGGAACTT
TTGATGATAAATCTTTTTAATGAGAGTGCTTTAAATGGCGTAAAAAAAGTTAAAGAAGAATTTAA
AATTGAGCTTGTTTTAAAAGAATCCTCATCAAATTCTTATTTATCTGATCTTGAAGGGCTTAAGG
ATGCGGGCTCAGATTTAATTTGGCTTATTGGGTATAGATTTAGCGATGTGGCCAAGGTTGCGGC
TCTTCAAAATCCCGATATGAAATATGCAATTATTGATCCTATTTATTCTAACGATCCTATTCCTG
CAAATTTGGTGGGCATGACCTTTAGAGCTCAAGAGGGTGCATTTTTAACGGGTTATATTGCTGC
AAAACTTTCTAAAACAGGTAAAATTGGATTTTTAGGGGGAATAGAAGGCGAGATAGTAGATGC
TTTTAGGTATGGGTATGAAGCTGGTGCTAAGTATGCTAATAAAGATATAAAGATATCTACTCAG
TATATTGGTAGTTTTGCTGACCTTGAAGCTGGTAGAAGCGTTGCAACTAGGATGTATTCTGATG
AGATAGACATTATTCATCATGCTGCAGGCCTTGGAGGAATTGGGGCTATTGAGGTTGCAAAAG
AACTTGGTTCTGGGCATTACATTATTGGAGTTGATGAAGATCAAGCATATCTTGCTCCTGACAA
TGTAATAACATCTACAACTAAAGATGTTGGTAGAGCTTTAAATATTTTTACATCTAACCATTTAA
AAACTAATACTTTCGAAGGTGGCAAATTAATAAATTATGGCCTTAAAGAAGGAGTTGTGGGGTT
TGTAAGAAATCCTAAAATGATTTCCTTTGAACTTGAAAAAGAAATTGACAATCTTTCTAGCAAA
ATAATCAACAAAGAAATTATTGTTCCATCTAATAAAGAAAGTTATGAGAAGTTTCTTAAAGAAT
TTATTTAA
f561.aa (SEQ ID NO:425)
MYKNGFFKNYLSLFLIFLVIACTSKDSSNEYVEEQEAENSSKPDDSKIDEHTIGHVFHAMGVVHSKK
DRKSLGKNIKVFYFSEEDGHFQTIPSKENAKLIVYFYDNVYAGEAPISISGKEAFIFVGITPDFKKIINS
NLHGAKSDLIGTFKDLNIKNSKLEITVDENNSDAKTFLESVNYIIDGVEKISPMLTN
t561.aa (SEQ ID NO:426)
CTSKDSSNEYVEEQEAENSSKPDDSKIDEHTIGHVFHAMGVVHSKKDRKSLGKNIKVFYFSEEDGHF
QTIPSKENAKLIVYFYDNVYAGEAPISISGKEAFIFVGITPDFKKIINSNLHGAKSDLIGTFKDLNIKNS
KLEITVDENNSDAKTFLESVNYIIDGVEKISPMLTN
f561.nt (SEQ ID NO:427)
ATGTATAAAAATGGTTTTTTTAAAAACTATTTGTCATTGTTTTTAATTTTTTTAGTAATTGCTTGT
ACTTCAAAAGATAGCTCAAATGAATATGTTGAGGAGCAAGAAGCGGAGAACTCTTCTAAGCCT
GATGATTCTAAAATAGATGAACATACTATTGGGCACGTTTTTCACGCTATGGGAGTAGTTCATT
CAAAAAAGGATCGAAAAAGTTTGGGGAAAAATATAAAGGTTTTTTATTTTTCTGAAGAAGATG
GACATTTTCAAACAATACCCTCAAAAGAGAATGCAAAGTTAATAGTTTATTTTTATGACAATGT
TTATGCAGGAGAGGCTCCAATTAGTATCTCTGGAAAAGAAGCCTTTATTTTTGTTGGGATTACC
CCTGACTTTAAAAAGATTATAAATAGCAATTTACATGGCGCTAAAAGTGATCTTATTGGTACTT
TTAAAGATCTTAATATTAAAAATTCAAAATTGGAAATTACAGTTGATGAGAATAATTCAGATGC
CAAGACCTTCCTTGAATCTGTTAATTACATTATCGACGGCGTTGAAAAAATTTCACCTATGTTAA
CGAATTAA
t561.nt (SEQ ID NO:428)
TGTACTTCAAAAGATAGCTCAAATGAATATGTTGAGGAGCAAGAAGCGGAGAACTCTTCTAAG
CCTGATGATTCTAAAATAGATGAACATACTATTGGGCACGTTTTTCACGCTATGGGAGTAGTTC
ATTCAAAAAAGGATCGAAAAAGTTTGGGGAAAAATATAAAGGTTTTTTATTTTTCTGAAGAAGA
TGGACATTTTCAAACAATACCCTCAAAAGAGAATGCAAAGTTAATAGTTTATTTTTATGACAAT
GTTTATGCAGGAGAGGCTCCAATTAGTATCTCTGGAAAAGAAGCCTTTATTTTTGTTGGGATTA
CCCCTGACTTTAAAAAGATTATAAATAGCAATTTACATGGCGCTAAAAGTGATCTTATTGGTAC
TTTTAAAGATCTTAATATTAAAAATTCAAAATTGGAAATTACAGTTGATGAGAATAATTCAGAT
GCCAAGACCTTCCTTGAATCTGTTAATTACATTATCGACGGCGTTGAAAAAATTTCACCTATGTT
AACGAATTAA
f604.aa (SEQ ID NO:429)
MSFNKTKKIGKKIKIVTLLMLAVSLIACNNNSEKEKLAFKVYIGGAPSSLDPHLVDETIGARILEQIFS
GLLTLNTKTGKLKPGLAKNWEASKDKKTYQFYLRDNLFWSDGVEITAEGIRKSFLRILNKETGSTN
VDMLKSIIKNGQEYFDGKVSDSELGIKAIDSKTLEITLTAPKPYFLELLLHYAFMPVPIHVIEKYKGN
WTSPENMVTSGPFKLKKRLPNEKIIFEKNERYYNAKEVELDELVYITSDNDLTVYNMYKNNEIDAIF
NSIPPDIVNEIKLQKDYYQHKSNAIYLYSFNTKIKPLDDARVREALTLAIDRETLTYKVLNDGTVPTR
EITPDLKNYNYGKKLALFDPEKSKKLLADAGYPNGKGFPMLTLKYNTNETHKKIAAFIQNQWKKIL
NINLMLTNENWPVLTNSRNTGNFEIIRVGRIGEYLDPHTYFTIFTRENSQLASYGYSNLEFDKLIRESD
LEKDPIKRKQLLRKAESIIIEKDFPAAPIYIYSGHYLFRNDKWTGWNPNVSEVYYLSELKPIKNAKHN
t604.aa (SEQ ID NO:430)
CNNNSEKEKLAFKVYIGGAPSSLDPHLVDETIGARILEQIFSGLLTLNTKTGKLKPGLAKNWEASKD
KKTYQFYLRDNLFWSDGVEITAEGIRKSFLRILNKETGSTNVDMLKSIIKNGQEYFDGKVSDSELGIK
AIDSKTLEITLTAPKPYFLELLLHYAFMPVPIHVIEKYKGNWTSPENMVTSGPFKLKKRLPNEKIIFEK
NERYYNAKEVELDELVYITSDNDLTVYNMYKNNEIDAIFNSIPPDIVNEIKLQKDYYQHKSNAIYLY
SFNTKIKPLDDARVREALTLAIDRETLTYKVLNDGTVPTREITPDLKNYNYGKKLALFDPEKSKKLL
ADAGYPNGKGFPMLTLKYNTNETHKKIAAFIQNQWKKILNINLMLTNENWPVLTNSRNTGNFEIIR
VGRIGEYLDPHTYFTIFTRENSQLASYGYSNLEFDKLIRESDLEKDPIKRKQLLRKAESIIIEKDFPAAP
IYIYSGHYLFRNDKWTGWNPNVSEVYYLSELKPIKNAKHN
f604.nt (SEQ ID NO:431)
ATGAGCTTTAATAAAACTAAAAAAATCGGTAAAAAAATTAAAATAGTAACACTACTTATGCTTG
CTGTGTCTTTAATTGCATGCAATAATAATTCAGAAAAAGAAAAATTAGCATTTAAAGTATACAT
AGGGGGAGCGCCCTCATCGCTTGACCCTCATTTGGTAGATGAGACAATAGGAGCAAGAATTTTA
GAACAAATATTCTCAGGGCTTTTGACATTAAATACCAAAACAGGAAAGCTAAAGCCCGGACTTG
CTAAAAATTGGGAAGCCTCAAAAGATAAAAAAACATATCAATTTTATCTAAGGGACAACCTTTT
TTGGAGCGATGGAGTTGAAATTACCGCTGAAGGGATAAGAAAATCTTTTTTAAGAATTTTAAAT
AAAGAAACAGGATCTACAAATGTTGACATGCTCAAATCAATAATAAAAAATGGACAAGAGTAT
TTTGACGGGAAAGTATCCGATTCTGAACTTGGAATCAAGGCAATTGATAGTAAAACGCTGGAA
ATAACACTTACGGCCCCAAAGCCATATTTTCTTGAACTGCTTCTACATTACGCATTCATGCCAGT
ACCTATTCATGTGATTGAAAAATATAAGGGAAATTGGACAAGCCCTGAAAACATGGTTACTAGC
GGTCCTTTTAAATTAAAAAAAAGATTACCTAATGAAAAAATTATCTTTGAAAAAAACGAACGTT
ATTATAATGCAAAAGAAGTAGAACTTGATGAGCTTGTCTACATTACGTCTGACAATGATCTTAC
TGTGTACAATATGTACAAAAACAACGAAATTGATGCTATTTTTAACAGCATCCCGCCGGACATT
GTAAATGAAATAAAACTACAAAAAGACTATTACCAACACAAAAGTAATGCAATTTATTTATATT
CATTTAATACAAAAATAAAACCCCTTGATGATGCTAGAGTTAGAGAAGCTTTAACCTTAGCTAT
TGACAGAGAAACTTTAACTTACAAAGTGCTAAATGATGGCACAGTTCCTACAAGAGAAATAACT
CCTGATCTTAAAAATTACAATTACGGTAAAAAATTGGCTTTATTTGATCCTGAAAAATCTAAAA
AGCTTTTGGCAGATGCAGGGTATCCTAATGGGAAAGGATTCCCAATGCTAACACTAAAATATAA
TACAAACGAAACTCATAAAAAAATTGCTGCATTTATTCAAAACCAATGGAAAAAAATTCTAAAT
ATCAATCTTATGCTTACCAACGAAAATTGGCCTGTTCTTACCAACAGCAGAAATACTGGCAATT
TTGAAATAATAAGAGTTGGACGCATTGGGGAATATTTAGATCCACACACATACTTTACTATATT
CACAAGAGAAAATTCACAACTTGCATCATACGGATATTCAAACCTAGAATTTGACAAACTCATC
AGAGAATCAGATCTTGAAAAAGATCCTATAAAAAGAAAACAATTACTCAGAAAAGCAGAATCA
ATAATAATTGAAAAAGATTTTCCTGCTGCACCAATATACATATATTCTGGGCATTATCTTTTTAG
AAACGATAAATGGACTGGATGGAATCCTAATGTATCAGAGGTTTATTATCTTTCTGAATTAAAA
CCAATTAAAAATGCAAAACATAATTAA
t604.nt (SEQ ID NO:432)
TGCAATAATAATTCAGAAAAAGAAAAATTAGCATTTAAAGTATACATAGGGGGAGCGCCCTCA
TCGCTTGACCCTCATTTGGTAGATGAGACAATAGGAGCAAGAATTTTAGAACAAATATTCTCAG
GGCTTTTGACATTAAATACCAAAACAGGAAAGCTAAAGCCCGGACTTGCTAAAAATTGGGAAG
CCTCAAAAGATAAAAAAACATATCAATTTTATCTAAGGGACAACCTTTTTTGGAGCGATGGAGT
TGAAATTACCGCTGAAGGGATAAGAAAATCTTTTTTAAGAATTTTAAATAAAGAAACAGGATCT
ACAAATGTTGACATGCTCAAATCAATAATAAAAAATGGACAAGAGTATTTTGACGGGAAAGTA
TCCGATTCTGAACTTGGAATCAAGGCAATTGATAGTAAAACGCTGGAAATAACACTTACGGCCC
CAAAGCCATATTTTCTTGAACTGCTTCTACATTACGCATTCATGCCAGTACCTATTCATGTGATT
GAAAAATATAAGGGAAATTGGACAAGCCCTGAAAACATGGTTACTAGCGGTCCTTTTAAATTA
AAAAAAAGATTACCTAATGAAAAAATTATCTTTGAAAAAAACGAACGTTATTATAATGCAAAA
GAAGTAGAACTTGATGAGCTTGTCTACATTACGTCTGACAATGATCTTACTGTGTACAATATGT
ACAAAAACAACGAAATTGATGCTATTTTTAACAGCATCCCGCCGGACATTGTAAATGAAATAAA
ACTACAAAAAGACTATTACCAACACAAAAGTAATGCAATTTATTTATATTCATTTAATACAAAA
ATAAAACCCCTTGATGATGCTAGAGTTAGAGAAGCTTTAACCTTAGCTATTGACAGAGAAACTT
TAACTTACAAAGTGCTAAATGATGGCACAGTTCCTACAAGAGAAATAACTCCTGATCTTAAAAA
TTACAATTACGGTAAAAAATTGGCTTTATTTGATCCTGAAAAATCTAAAAAGCTTTTGGCAGAT
GCAGGGTATCCTTAATGGGAAAGGATTCCCAATGCTAACACTAAAATATAATACAAACGAAACT
CATAAAAAAATTGCTGCATTTATTCAAAACCAATGGAAAAAAATTCTAAATATCAATCTTATGC
TTACCAACGAAAATTGGCCTGTTCTTACCAACAGCAGAAATACTGGCAATTTTGAAATAATAAG
AGTTGGACGCATTGGGGAATATTTAGATCCACACACATACTTTACTATATTCACAAGAGAAAAT
TCACAACTTGCATCATACGGATATTCAAACCTAGAATTTGACAAACTCATCAGAGAATCAGATC
TTGAAAAAGATCCTATAAAAAGAAAACAATTACTCAGAAAAGCAGAATCAATAATAATTGAAA
AAGATTTTCCTGCTGCACCAATATACATATATTCTGGGCATTATCTTTTTAGAAACGATAAATG
GACTGGATGGAATCCTAATGTATCAGAGGTTTATTATCTTTCTGAATTAAAACCAATTAAAAAT
GCAAAACATAATTAA
f736.aa (SEQ ID NO:433)
MKKVIILIFMLSTSLLYNCKNQDNEKIVSIGGSTTVSPILDEMILRYNKINNNTKVTYDAQGSSVGIN
GLFNKIYKIAISSRDLTKEEIEQGAKETVFAYDALIFITSPEIKITNITEENLAKILNGEIQNWKQVGGP
DAKINFINRDSSSGSYSSIKDLLLNKIFKTHEEAQFRQDGIVVKSNGEVIEKTSLTPHSIGYIGLGYAK
NSIEKGLNILSVNSTYPTKETINSNKYTIKRNLIIVTNNKYEDKSVTQFIDFMTSSTGQDIVEEQGFLGI
KT
t736.aa (SEQ ID NO:434)
CKNQDNEKIVSIGGSTTVSPILDEMILRYNKINNNTKVTYDAQGSSVGINGLFNKIYKIAISSRDLTKE
EIEQGAKETVFAYDALIFITSPEIKITNITEENLAKILNGEIQNWKQVGGPDAKINFINRDSSSGSYSSIK
DLLLNKIFKTHEEAQFRQDGIVVKSNGEVIEKTSLTPHSIGYIGLGYAKNSIEKGLNILSVNSTYPTKE
TINSNKYTIKRNLIIVTNNKYEDKSVTQFIDFMTSSTGQDIVEEQGFLGIKT
f736.nt (SEQ ID NO:435)
ATGAAAAAAGTTATTATCTTAATTTTTATGCTATCAACAAGTTTATTATACAACTGTAAAAATCA
AGACAATGAAAAAATTGTATCAATTGGAGGATCTACAACTGTAAGCCCAATACTAGACGAAAT
GATTTTAAGATATAATAAAATAAACAATAATACTAAAGTAACATACGATGCACAAGGAAGTAG
TGTTGGCATAAACGGGCTATTTAACCAAAATATATAAAATAGCAATATCATCAAGAGATTTAACA
AAAGAAGAAATTGAACAAGGGGCAAAAGAAACTGTATTTGCTTATGATGCTTTAATTTTCATTA
CAAGCCCTGAAATAAAAATTACAAATATTACAGAAGAAAATCTAGCTAAAATACTAAATGGAG
AAATTCAAAATTGGAAACAAGTGGGAGGTCCTGATGCTAAAATCAACTTTATCAATCGAGACTC
TTCTTCTGGTTCTTATTCGTCTATAAAAGACCTACTTCTTAATAAAATATTCAAAACTCACGAAG
AAGCTCAATTTAGACAAGACGGAATAGTGGTAAAATCTAATGGAGAGGTAATTGAAAAAACAA
GCCTTACTCCCCACTCAATAGGATATATAGGTCTTGGATACGCAAAAAATTCAATAGAAAAGGG
TTTGAATATTCTTTCTGTTAACAGCACATATCCTACAAAAGAAACAATAAATAGCAATAAATAC
ACCATTAAAAGAAATTTAATAATAGTTACAAATAACAAATACGAGGATAAAAGCGTAACTCAA
TTTATTGATTTCATGACAAGCTCAACTGGACAAGATATTGTTGAAGAACAAGGCTTTTTAGGGA
TAAAAACATAA
t736.nt (SEQ ID NO:436)
TGTAAAAATCAAGACAATGAAAAAATTGTATCAATGGAGGATCTACAACTGTAAGCCCAATA
CTAGACGAAATGATTTTAAGATATAATAAAATAAACAATAATACTAAAGTAACATACGATGCAC
AAGGAAGTAGTGTTGGCATAAACGGGCTATTTAACAAAATATATAAAATAGCAATATCATCAA
GAGATTTAACAAAAGAAGAAATTGAACAAGGGGCAAAAGAAACTGTATTTGCTTATGATGCTT
TAATTTTCATTACAAGCCCTGAAATAAAAATTACAAATATTACAGAAGAAAATCTAGCTAAAAT
ACTAAATGGAGAAATTCAAAATTGGAAACAAGTGGGAGGTCCTGATGCTAAAATCAACTTTAT
CAATCGAGACTCTTCTTCTGGTTCTTATTCGTCTATAAAAGACCTACTTCTTAATAAAATATTCA
AAACTCACGAAGAAGCTCAATTTAGACAAGACGGAATAGTGGTAAAATCTAATGGAGAGGTAA
TTGAAAAAACAAGCCTTACTCCCCACTCAATAGGATATATAGGTCTTGGATACGCAAAAAATTC
AATAGAAAAGGGTTTGAATATTCTTTCTGTTAACAGCACATATCCTACAAAAGAAACAATAAAT
AGCAATAAATACACCATTAAAAGAAATTTAATAATAGTTACAAATAACAAATACGAGGATAAA
AGCGTAACTCAATTTATTGATTTCATGACAAGCTCAACTGGACAAGATATTGTTGAAGAACAAG
GCTTTTTAGGGATAAAAACATAA
f752.aa (SEQ ID NO:437)
MNKKLNEVLLKLDQDLIKCVKGSLDLEISGVTYSSKLVLPRFVFFALPGIHFDGHDFIEIAIQKGSNV
VVCSRDVDFYSPNVTYIKVDDFNIRKFMSNFSNIFYDEPSKKLKVIGVTGTDGKSSVCYYIYLLFKK
KGVKVGFISTVFFDDGSGSLIKNPYRQSTPESTEIHSFLSTMVKNEAQYAILESTSHGLDLETARLIDV
NYFAVVFTNIGHEHLEFHGTIQNYLNVKLGLFRSVSDDAGFGVINLDDLYSSDFKNAVKKSFTYSLK
SSKADFFVSFIDEKTDSTRFEFYHKGVKYLANVSLLGSFNVENVMAALILVSQILNIDIQDIVDKLNCI
KSLDGRMDSINLGQNFSVIIDYAHTPGAFSKLFPIFKRFATNRLISVFGSAGERDVEKRFLQGQIADIY
SDLIILCDEDPRGENSMCIIKDIAKGIVNKVENKDLFFIADRKQAIEKAISLAKAGDLVVALGKGHESS
IIYKNREVFWNEQEVVKNAILSLEKSEKEK
t752.aa (SEQ ID NO:438)
CVKGSLDLEISGVTYSSKLVLPRFVFFALPGIHFDGHDFIEIAIQKGSNVVVCSRDVDFYSPNVTYIKV
DDFNIRKFMSNFSNIFYDEPSKKLKVIGVTGTDGKSSVCYYIYLLFKKKGVKVGFISTVFFDDGSGSL
IKNPYRQSTPESTEIHSFLSTMVKNEAQYAILESTSHGLDLETARLIDVNYFAVVFTNIGHEHLEFHGT
IQNYLNVKLGLFRSVSDDAGFGVINLDDLYSSDFKNAVKKSFTYSLKSSKADFFVSFIDEKTDSTRFE
FYHKGVKYLANVSLLGSFNVENVMAALILVSQILNIDIQDIVDKLNCIKSLDGRMDSINLGQNFSVII
DYAHTPGAFSKLFPIFKRFATNRLISVFGSAGERDVEKRFLQGQIADIYSDLIILCDEDPRGENSMCIIK
DIAKGIVNKVENKDLFFIADRKQAIEKAISLAKAGDLVVALGKGHESSIIYKNREVFWNEQEVVKNA
ILSLEKSEKEK
f752.nt (SEQ ID NO:439)
ATGAATAAAAAACTTAATGAAGTTTTATTAAAGTTAGATCAAGATTTAATAAAATGTGTAAAAG
GTTCTCTTGATTTAGAAATATCAGGAGTTACTTATAGTTCTAAATTGGTTTTGCCCAGGTTTGTG
TTTTTTGCTCTTCCAGGAATTCATTTTGATGGGCATGATTTTATTGAAATTGCAATTCAAAAGGG
TAGTAATGTTGTTGTGTGTTCACGAGATGTGGATTTTTACAGTCCTAATGTTACTTATATTAAGG
TAGATGAGTTTAACATAAGAAAATTTATGTCTAATTTTTCAAATATTTTTTATGATGAGCCTTCA
AAAAAATTAAAAGTTATTGGAGTCACTGGCACTGACGGGAAAAGTTCTGTTTGTTATTATATAT
ATCTTCTTTTTAAAAAAAAGGGTGTTAAAGTAGGTTTTATATCGACAGTATTTTTTGATGATGG
GAGTGGAAGCTTGATTAAAAATCCTTACAGACAATCAACTCCCGAGTCTACGGAAATACATTCA
TTTTTAAGCACCATGGTTAAAAATGAAGCTCAATATGCAATTCTTGAATCTACTTCTCATGGGCT
TGACCTTGAAACAGCAAGGCTTATTGATGTTAATTATTTTGCAGTTGTTTTTACCAATATTGGAC
ATGAGCATCTTGAATTTCATGGCACAATTCAAAATTATTTGAATGTCAAGCTGGGTCTTTTTCG
GTCTGTTAGTGATGATGCTGGTTTTGGGGTTATTAATCTTGATGACCTTTATTCTTCTGATTTTA
AGAATGCTGTTAAGAAATCTTTTACTTATAGCTTAAAAAGCAGTAAAGCGGATTTTTTTGTTAG
TTTTATTGATGAGAAAACCGATTCTACTAGATTTGAATTTTATCACAAGGGGGTTAAATATCTT
GCTAATGTTAGCCTACTGGGGAGTTTTAATGTTGAGAATGTAATGGCTGCTCTTATTTTAGTTTC
TCAAATTTTAAATATCGATATTCAAGATATTGTTGATAAACTTAACTGCATTAAAAGTCTTGAT
GGGCGTATGGATAGTATTAATTTGGGGCAAAATTTTTGTAATAATTGATTATGCTCATACTC
CTGGTGCTTTTTCCAAGCTTTTTCCTATTTTTAAAAGATTTGCTACCAATAGATTGATTTCTGTTT
TTGGCTCTGCAGGAGAAAGAGATGTTGAAAAAAGATTTTTGCAAGGGCAAATCGCAGATATTT
ATTCTGATTTAATAATACTTTGCGATGAAGATCCAAGAGGCGAGAATAGTATGTGTATAATTAA
AGACATTGCAAAAGGAATTGTAAATAAAGTTGAAAATAAGGATTTATTTTTTATTGCTGATAGA
AAGCAGGCTATTGAAAAAGCAATAAGTCTTGCAAAAGCAGGAGATTTGGTTGTTGCTTTGGGC
AAAGGTCATGAAAGTTCAATAATTTATAAAAATAGAGAAGTTTTTTGGAATGAACAAGAGGTA
GTTAAAAATGCTATTTTAAGTTTAGAAAAATCAGAAAAGGAGAAGTGA
t752.nt (SEQ ID NO:440)
TGTGTAAAAGGTTCTCTTGATTTAGAAATATCAGGAGTTACTTATAGTTCTAAATTGGTTTTGCC
CAGGTTTGTGTTTTTTGCTCTTCCAGGAATTCATTTTGATGGGCATGATTTTATTGAAATTGCAA
TTCAAAAGGGTAGTAATGTTGTTGTGTGTTCACGAGATGTGGATTTTTACAGTCCTAATGTTAC
TTATATTAAGGTAGATGACTTTAACATAAGAAAATTTATGTCTAATTTTTCAAATATTTTTTATG
ATGAGCCTTCAAAAAAATTAAAAGTTATTGGAGTCACTGGCACTGACGGGAAAAGTTCTGTTTG
TTATTATATATATCTTCTTTTTAAAAAAAAGGGTGTTAAAGTAGGTTTTATATCGACAGTATTTT
TTGATGATGGGAGTGGAAGCTTGATTAAAAATCCTTACAGACAATCAACTCCCGAGTCTACGGA
AATACATTCATTTTTAAGCACCATGGTTAAAAATGAAGCTCAATATGCAATTCTTGAATCTACTT
CTCATGGGCTTGACCTTGAAACAGCAAGGCTTATTGATGTTAATTATTTTGCAGTTGTTTTTACC
AATATTGGACATGAGCATCTTGAATTTCATGGCACAATTCAAAATTATTTGAATGTCAAGCTGG
GTCTTTTTCGGTCTGTTAGTGATGATGCTGGTTTTGGGGTTATTAATCTTGATGACCTTTATTCT
TCTGATTTTAAGAATGCTGTTAAGAAATCTTTTACTTATAGCTTAAAAAGCAGTAAAGCGGATT
TTTTTGTTAGTTTTATTGATGAGAAAACCGATTCTACTAGATTTGAATTTTATCACAAGGGGGTT
AAATATCTTGCTAATGTTAGCCTACTGGGGAGTTTTAATGTTGAGAATGTAATGGCTGCTCTTA
TTTTAGTTTCTCAAATTTTAAATATCGATATTCAAGATATTGTTGATAAACTTAACTGCATTAAA
AGTCTTGATGGGCGTATGGATAGTATTAATTTGGGGCAAAATTTTTCTGTAATAATTGATTATG
CTCATACTCCTGGTGCTTTTTCCAAGCTTTTTCCTATTTTTAAAAGATTTGCTACCAATAGATTG
ATTTCTGTTTTTGGCTCTGCAGGAGAAAGAGATGTTGAAAAAAGATTTTTGCAAGGGCAAATCG
CAGATATTTATTCTGATTTAATAATACTTTGCGATGAAGATCCAAGAGGCGAGAATAGTATGTG
TATAATTAAAGACATTGCAAAAGGAATTGTAAATAAAGTTGAAAATAAGGATTTATTTTTTATT
GCTGATAGAAAGCAGGCTATTGAAAAAGCAATAAGTCTTGCAAAAGCAGGAGATTTGGTTGTT
GCTTTGGGCAAAGGTCATGAAAGTTCAATAATTTATAAAAATAGAGAAGTTTTTTGGAATGAAC
AAGAGGTAGTTAAAAATGCTATTTTAAGTTTAGAAAAATCAGAAAAGGAGAAGTGA
f798.aa (SEQ ID NO:441)
MVFRTYKHLELIMLPMLMLSCAFFKKPQSVHQDSNTGKPISDEKLHLISGKISNKKLPIINSNHDVTW
IKTKAMTILGEDGKEIPEFKNKFGYSYIISPVKMDGKYSYYASLLILFETTKNGDDEYEIEDVKFVTA
GSTLELKNSLLAVENSQEEGYVTAYPFGILMSDEIKNAFKLTYKNGHWNYMLADLTVKNKLTQET
KIYKISLNSKLIIEFLKEVLKENSILKDIAGDLFEDI
t798.aa (SEQ ID NO:442)
CAFFKKPQSVHQDSNTGKPISDEKLHLISGKISNKKLPIINSNHDVTWIKTKAMTILGEDGKEIPEFKN
KFGYSYIISPVKMDGKYSYYASLLILFETTKNGDDEYEIEDVKFVTAGSTLELKNSLLAVENSQEEGY
VTAYPFGILMSDEIKNAFKLTYKNGHWNYMLADLTVKNKLTQETKIYKISLNSKLIIEFLKEVLKEN
SILKDIAGDLFEDI
f798.nt (SEQ ID NO:443)
ATGGTATTTAGAACATATAAACATTTGGAACTAATAATGCTGCCCATGTTAATGCTGAGTTGCG
CTTTTTTTAAGAAACCACAATCTGTACATCAAGACAGCAATACTGGCAAACCAATAAGCGATGA
AAAATTACATTTAATATCAGGCAAAATTTCAAATAAAAAATTGCCAATCATAAATAGTAATCAT
GACGTAACTTGGATAAAAACAAAGGCAATGACAATCTTAGGCGAAGATGGAAAAGAAATACCA
GAATTTAAAAACAAATTTGGATATTCTTATATAATATCTCCTGTAAAAATGGATGGAAAATATA
GTTATTACGCGTCATTATTAATACTTTTGAAACAACTAAAAATGGAGATGATGAATATGAAAT
TGAAGATGTTAAATTTGTAACAGCTGGTTCCACCCTAGAACTTAAAAATTCTCTTTTAGCTGTTG
AAAATTCACAAGAAGAAGGATATGTTACTGCATACCCATTTGGAATATTGATGAGTGACGAGAT
TAAAAATGCTTTTAAATTAACATATAAAAATGGTCATTGGAATTATATGCTTGCAGATTTAACT
GTCAAAAATAAACTTACTCAAGAAACTAAAATTTATAAAATTTCTCTTAATTCAAAATTAATTA
TTGAATTTTTAAAAGAAGTGCTAAAAGAAAATTCTATATTAAAAGACATAGCTGGAGATTTATT
TGAAGATATATAA
t798.nt (SEQ ID NO:444)
TGCGCTTTTTTTAAGAAACCACAATCTGTACATCAAGACAGCAATACTGGCAAACCAATAAGCG
ATGAAAAATTACATTTAATATCAGGCAAAATTTCAAATAAAAAATTGCCAATCATAAATAGTAA
TCATGACGTAACTTGGATAAAAACAAAGGCAATGACAATCTTAGGCGAAGATGGAAAAGAAAT
ACCAGAATTTAAAAACAAATTTGGATATTCTTATATAATATCTCCTGTAAAAATGGATGGAAAA
TATAGTTATTACGCGTCATTATTAATACTTTTTGAAACAACTAAAAATGGAGATGATGAATATG
AAATTGAAGATGTTAAATTTGTAACAGCTGGTTCCACCCTAGAACTTAAAAATTCTCTTTTAGCT
GTTGAAAATTCACAAGAAGAAGGATATGTTACTGCATACCCATTTGGAATATTGATGAGTGACG
AGATTAAAAATGCTTTTAAATTAACATATAAAAATGGTCATTGGAATTATATGCTTGCAGATTT
AACTGTCAAAAATAAACTTACTCAAGAAACTAAAATTTATAAAATTTCTCTTAATTCAAAATTA
ATTATTGAATTTTTAAAAGAAGTGCTAAAAGAAAATTCTATATTAAAAGACATAGCTGGAGATT
TATTTGAAGATATATAA
f805.aa (SEQ ID NO:445)
MLRKLKDISKIVLVTDGLTPNCQTCGKLIANGDEVYIAEDGLFHSVKSNTIAGSTLTMIQGLKNLIEF
GFSLSDAVQASSYNPTRILNIDKKGLICHGYDANLNVLDKDFNLKLTMIESKIIFNNL
t805.aa (SEQ ID NO:446)
CQTCGKLIANGDEVYIAEDGLFHSVKSNTIAGSTLTMIQGLKNLIEFGFSLSDAVQASSYNPTRILNID
KKGLICHGYDANLNVLDKDFNLKLTMIESKIIFNNL
f805.nt (SEQ ID NO:447)
ATGCTTAGAAAGCTTAAAGATATAAGTAAAATAGTCCTTGTAACTGACGGACTTACTCCGAATT
GTCAAACTTGTGGAAAACTAATTGCAAACGGAGACGAAGTTTATATTGCAGAAGATGGATTATT
CCATAGCGTGAAAAGCAACACAATAGCTGGATCAACACTCACAATGATACAAGGTCTTAAAAA
TTTAATAGAATTTGGTTTCAGCTTAAGCGATGCTGTTCAAGCAAGCTCTTACAATCCAACAAGA
ATTCTCAATATTGATAAAAAGGGCTTAATATGTCATGGATATGATGCAAACCTCAATGTCCTAG
ATAAAGATTTTAATCTAAAGTTAACAATGATAGAATCTAAAATAATTTTTAACAATCTCTAA
f805.nt (SEQ ID NO:448)
TGTCAAACTTGTGGAAAACTAATTGCAAACGGAGACGAAGTTTATATTGCAGAAGATGGATTAT
TCCATAGCGTGAAAAGCAACACAATAGCTGGATCAACACTCACAATGATACAAGGTCTTAAAA
ATTTAATAGAATTTGGTTTCAGCTTAAGCGATGCTGTTCAAGCAAGCTCTTACAATCCAACAAG
AATTCTCAATATTGATAAAAAGGGCTTAATATGTCATGGATATGATGCAAACCTCAATGTCCTA
GATAAAGATTTTAATCTAAAGTTAACAATGATAGAATCTAAAATAATTTTTAACAATCTCTAA
f635.aa (SEQ ID NO:449)
MKILWLIILVNLFLSCGNESKEKSNLGLRLRELEISGGGSESKIEVYKEFIEKEDKNILKIVNSI
DKKARFFNLIGLEFFKLGQYGPAIEYFAKNLEINPNNYLSHFYIGVASYNLAKNLRVKDEVEKYIILA
ENSFLKSLSIRDDFKDSLFAISNMYVYDLDKQLEAKNYLNKLGDMGEDYFEFLMLRGANYYSLGDL
GNAILFYDKASKKASTEEQKEGVSRIMSNLK
t635.aa (SEQ ID NO:450)
CGNESKEKSNLGLRLRELEISGGGSESKIEVYKEFIEKEDKNILKIVNSIDKKARFFNLIGLEFFKLGQY
GPAIEYFAKNLEINPNNYLSHFYIGVASYNLAKNLRVKDEVEKYIILAENSFLKSLSIRDDFKDSLFAI
SNMYVYDLDKQLEAKNYLNKLGDMGEDYFEFLMLRGANYYSLGDLGNAILFYDKASKKASTEEQ
KEGVSRIMSNLK
f635.nt (SEQ ID NO:451)
ATGAAAATTTTGTGGTTAATAATTCTTGTTAATTTATTTTTATCTTGTGGCAATGAATCTAAAGA
AAAATCAAATCTTGGTCTTAGATTAAGAGAATTGGAAATTTCAGGTGGTGGATCTGAATCTAAG
ATTGAAGTTTATAAAGAATTTATTGAAAAAGAAGATAAGAATATTTTAAAGATAGTTAATTCCA
TTGATAAGAAAGCCAGATTTTTTAATTTAATTGGTCTTGAATTTTTTAAGCTTGGTCAGTACGGA
CCTGCTATTGAATATTTTGCTAAAAATTTAGAAATCAATCCCAATAATTATTTATCTCATTTTTA
TATAGGTGTTGCTTCTTATAATTTAGCTAAAAATTTAAGAGTAAAAGATGAAGTTGAAAAATAC
ATAATTCTTGCTGAAAATTCTTTTTTAAAATCACTTTCAATTAGAGATGATTTTAAAGATTCTCT
TTTTGCCATTTCTAATATGTACGTATATGATCTTGATAAACAACTTGAAGCTAAAAATTATTTAA
ATAAACTTGGTGATATGGGTGAGGACTATTTTGAGTTTTTAATGTTAAGAGGTGCAAATTATTA
TTCGCTGGGCGATCTTGGTAATGCTATATTGTTTTATGATAAAGCTAGTAAAAAGGCTTCAACT
GAAGAGCAAAAAGAAGGTGTTTCTAGGATCATGAGTAATTTGAAGTAA
t635.nt (SEQ ID NO:452)
TGTGGCAATGAATCTAAAGAAAAATCAAATCTTGGTCTTAGATTAAGAGAATTGGAAATTTCAG
GTGGTGGATCTGAATCTAAGATTGAAGTTTATAAAGAATTTATTGAAAAAGAAGATAAGAATA
TTTTAAAGATAGTTAATTCCATTGATAAGAAAGCCAGATTTTTTAATTTAATTGGTCTTGAATTT
TTTAAGCTTGGTCAGTACGGACCTGCTATTGAATATTTTGCTAAAAATTTAGAAATCAATCCCA
ATAATTATTTATCTCATTTTTATATAGGTGTTGCTTCTTATAATTTAGCTAAAAATTTAAGAGTA
AAAGATGAAGTTGAAAAATACATAATTCTTGCTGAAAATTCTTTTTTAAAATCACTTTCAATTA
GAGATGATTTTAAAGATTCTCTTTTTGCCATTTCTAATATGTACGTATATGATCTTGATAAACAA
CTTGAAGCTAAAAATTATTTAAATAAACTTGGTGATATGGGTGAGGACTATTTTGAGTTTTTAA
TGTTAAGAGGTGCAAATTATTATTCGCTGGGCGATCTTGGTAATGCTATATTGTTTTATGATAA
AGCTAGTAAAAAGGCTTCAACTGAAGAGCAAAAAGAAGGTGTTTCTAGGATCATGAGTAATTT
GAAGTAA
f314.aa (SEQ ID NO:453)
MNNCLIKFFIFLLVFSNSYVAFSKNVNVLIVTAMDSEFDQINKLMSNKEEIVLKEYGLNKKILKGKLS
NRNVMVIICGVGKVNAGVWTSYILSKYNISHVINSGVAGGVVSAKYKDIKVGDVVVSSEVAYHDV
DLTKFGYKVGQLTGGLPQKFNANKNLIKNAIEAIKSKVGGSNAYSGLIVSGDQFIDPTYINKIIGNFK
DVIAVEMEGAAIGHVSHMFNIPFIVIRSISDIVNKEGNEVEYSKFSKIAAFNSAKVVQEILRKL
t314.aa (SEQ ID NO:454)
KNVNVLIVTAMDSEFDQINKLMSNKEEIVLKEYGLNKKILKGKLSNRNVMVIICGVGKVNAGVWTS
YILSKYNISHVINSGVAGGVVSAKYKDIKVGDVVVSSEVAYHDVDLTKFGYKVGQLTGGLPQKFNA
NKNLIKNAIEAIKSKVGGSNAYSGLIVSGDQFIDPTYINKIIGNFKDVIAVEMEGAAIGHVSHMFNIPFI
VIRSISDIVNKEGNEVEYSKFSKIAAFNSAKVVQEILRKL
f314.nt (SEQ ID NO:455)
ATGAATAATTGTTTAATAAAGTTTTTTATTTTTTTATTAGTTTTTTCAAACAGTTATGTTGCTTTT
TCTAAAAATGTCAATGTTTTAATAGTAACTGCTATGGACTCTGAGTTTGATCAGATAAATAAGC
TTATGTCTAATAAGGAAGAAATAGTTCTTAAGGAGTATGGTCTTAATAAAAAGATTTTAAAGGG
GAAGTTGTCTAATCGCAATGTTATGGTTATTATTTGTGGGGTTGGTAAGGTTAATGCTGGTGTG
TGGACTAGCTACATTTTGTCAAAATACAACATAAGTCATGTCATTAATTCTGGCGTTGCTGGTG
GCGTTGTTAGTGCTAAATACAAAGATATTAAAGTGGGAGATGTGGTGGTGTCTTCAGAGGTTGC
ATATCATGATGTTGATTTGACTAAATTTGGATACAAGGTAGGACAGCTTACAGGAGGATTGCCT
CAAAAATTTAATGCCAATAAAAATTTAATTAAGAATGCCATAGAGGCCATTAAATCAAAGGTTG
GAGGTTCTAATGCATATTCAGGATTAATAGTTTCAGGAGATCAGTTTATTGATCCAACTTATAT
TAACAAAATTATAGGAAACTTTAAAGATGTAATAGCTGTTGAGATGGAAGGTGCAGCAATAGG
GCATGTTTCTCATATGTTTAATATACCTTTTATAGTTATTAGGTCAATATCTGACATTGTAAATA
AAGAAGGGAATGAGGTTGAATATAGTAAATTTTCTAAAATAGCTGCTTTCAATTCAGCCAAAGT
TGTACAAGAAATTTTAAGAAAACTTTAA
t314.nt (SEQ ID NO:456)
AAAAATGTCAATGTTTTAATAGTAACTGCTATGGACTCTGAGTTTGATCAGATAAATAAGCTTA
TGTCTAATAAGGAAGAAATAGTTCTTAAGGAGTATGGTCTTAATAAAAAGATTTTAAAGGGGA
AGTTGTCTAATCGCAATGTTATGGTTATTATTTGTGGGGTTGGTAAGGTTAATGCTGGTGTGTG
GACTAGCTACATTTTGTCAAAATACAACATAAGTCATGTCATTAATTCTGGCGTTGCTGGTGGC
GTTGTTAGTGCTAAATACAAAGATATTAAAGTGGGAGATGTGGTGGTGTCTTCAGAGGTTGCAT
ATCATGATGTTGATTTGACTAAATTTGGATACAAGGTAGGACAGCTTACAGGAGGATTGCCTCA
AAAATTTAATGCCAATAAAAATTTAATTAAGAATGCCATAGAGGCCATTAAATCAAAGGTTGGA
GGTTCTAATGCATATTCAGGATTAATAGTTTCAGGAGATCAGTTTATTGATCCAACTTATATTAA
CAAAATTATAGGAAACTTTAAAGATGTAATAGCTGTTGAGATGGAAGGTGCAGCAATAGGGCA
TGTTTCTCATATGTTTAATATACCTTTTATAGTTATTAGGTCAATATCTGACATTGTAAATAAAG
AAGGGAATGAGGTTGAATATAGTAAATTTTCTAAAATAGCTGCTTTCAATTCAGCCAAAGTTGT
ACAAGAAATTTTAAGAAAACTTTAA
f32.aa (SEQ ID NO:457)
MNTKTLYLISLILLACNKNNKIPLIQKLDLPKSSILGFSNKMGIIIKDYAFLSKSTKKNSELDVDYAILL
RKDEVVKIEKTLEKTERYGIEGNWILVNYKGTKRYIFSKDFNIVNNLIIDHSK
t32.aa (SEQ ID NO:458)
CNKNNKIPLIQKLDLPKSSILGFSNKMGIIIKDYAFLSKSTKKNSELDYDYAILLRKDEVVKIEKTLEK
TERYGIEGNWILVNYKGTKRYIFSKDINIVNNLIIDHSK
f32.nt (SEQ ID NO:459)
ATGAATACAAAAACATTATATTTAATATCCTTAATTCTTTAGCTTGCAATAAAAATAA
CAAAATTCCTCTCATTCAAAAATTAGATTTGCCCAAAAGCAGCATTCTTGGCTTTAGCAATAAA
ATGGGCATAATAATAAAAGATTATGCTTTTCTTAGTAAAAGCACTAAGAAAAATAGCGAATTGG
ATTATGATTACGCAATTCTACTCAGAAAAGACGAAGTCGTAAAAATTGAAAAAACACTAGAAA
AAACAGAGCGCTATGGAATTGAAGGAAATTGGATCCTAGTCAATTACAAGGGAACTAAAAGAT
ACATCTTTAGCAAAGACATCAATATAGTCAACAATTTAATAATTGATCATTCTAAATAG
t32.nt (SEQ ID NO:460)
TGCAATAAAAATAACAAAATTCCTCTCATTCAAAAATTAGATTTGCCCAAAAGCAGCATTCTTG
GCTTTAGCAATAAAATGGGCATAATAATAAAAGATTATGCTTTTCTTAGTAAAAGCACTAAGAA
AAATAGCGAATTGGATTATGATTACGCAATTCTACTCAGAAAAGACGAAGTCGTAAAAATTGA
AAAAACACTAGAAAAAACAGAGCGCTATGGAATTGAAGGAAATTGGATCCTAGTCAATTACAA
GGGAACTAAAAGATACATCTTTAGCAAAGACATCAATATAGTCAACAATTTAATAATTGATCAT
TCTAAATAG
f320.aa (SEQ ID NO:461)
MKSIYALLFLFINLSLLANNISKKDLEVLLKIAQAMNKECKNFIEKNPIQFLKEIKPLVDAEKNNLLTL
INKKIPIPENYKIPDLVNIDDFEDLKNLGAKTIKVRKILIEDLIRLIKDAKKFGIEIKIKSAYRTQEYQKF
LFDYNVKTYGRKVAETQSAIPGHSQHHMGTAIDFINIDDNLLNTKEGKWLYENSLKYGFSVSYPKG
YETDTGYAAEPWHYLYIGPKPCFIQKKYFNNLQHKLLEFWNQNKTNLINLIEKYAN
t320.aa (SEQ ID NO:462)
NNISKKDLEVLLKIAQAMNKECKNFIEKNPIQFLKEIKPLVDAEKNNLLTLINKKIPIPENYKIPDLVNI
DDFEDLKNLGAKTIKVRKILIEDLIRLIKDAKKFGIEIKIKSAYRTQEYQKFLFDYNVKTYGRKVAET
QSAIPGHSQHHMGTAIDFINIDDNLLNTKEGKWLYENSLKYGFSVSYPKGYETDTGYKAEPWHYLY
IGPKPCFIQKKYFNNLQHKLLEFWNQNKTNLINLIEKYAN
f320.nt (SEQ ID NO:463)
ATGAAATCAATTTATGCTTTATTATTTCTATTTATTAATTTATCTTTGTTGGCTAACAACATTTCA
AAAAAAGATTTAGAAGTACTGCTAAAGATTGCCCAAGCAATGAATAAGGAATGCAAAAATTTT
ATTGAAAAAAATCCTATTCAGTTCTTAAAAGAAATAAAACCCTTAGTAGATGCAGAAAAAAATA
ACCTCTTAACTCTAATAAATAAAAAAATACCAATTCCTGAAAATTATAAAATACCTGATCTGGT
AAATATTGATGATTTTGAAGATCTTAAAAATCTTGGAGCAAAGACTATTAAAGTAAGAAAAATA
TTAATCGAAGATTTAATTCGACTAATAAAAGATGCAAAAAAATTTGGGATTGAAATTAAAATCA
AATCTGCTTACAGAACGCAAGAATATCAAAAATTTTTATTTGATTACAATGTCAAAACTTATGG
CAGAAAAGTTGCAGAAACCCAATCAGCAATTCCAGGCCATTCTCAACATCATATGGGAACAGC
AATAGATTTTATAAATATAGATGATAATTTACTAAACACAAAAGAAGGAAAATGGCTTTATGAA
AACTCTCTAAAATACGGATTTTCCGTTTCATACCCAAAAGGATATGAAACGGACACTGGATATA
AAGCAGAGCCTTGGCACTACTTATACATAGGACCTAAGCCATGCTTTATTCAGAAAAAATATTT
TAATAATTTACAACATAAGCTTCTTGAATTTTGGAACCAGAACAAAACAAATCTTATTAACCTA
ATTGAAAAATATGCAAACTAA
f320.nt (SEQ ID NO:464)
AACAACATTTCAAAAAAAGATTTAGAAGTACTGCTAAAGATTGCCCAAGCAATGAATAAGGAA
TGCAAAAATTTTATTGAAAAAAATCCTATTCAGTTCTTAAAAGAAATAAAACCCTTAGTAGATG
CAGAAAAAAATAACCTCTTAACTCTAATAAATAAAAAAATACCAATTCCTGAAAATTATAAAAT
ACCTGATCTGGTAAATATTGATGATTTTGAAGATCTTAAAAATCTTGGAGCAAAGACTATTAAA
GTAAGAAAAATATTAATCGAAGATTTAATTCGACTAATAAAAGATGCAAAAAAATTTGGGATT
GAAATTAAAATCAAATCTGCTTACAGAACGCAAGAATATCAAAAATTTTTATTTGATTACAATG
TCAAAACTTATGGCAGAAAAGTTGCAGAAACCCAATCAGCAATTCCAGGCCATTCTCAACATCA
TATGGGAACAGCAATAGATTTTATAAATATAGATGATAATTTACTAAACACAAAAGAAGGAAA
ATGGCTTTATGAAAACTCTCTAAAATACGGATTTTCCGTTTCATACCCAAAAGGATATGAAACG
GACACTGGATATAAAGCAGAGCCTTGGCACTACTTATACATAGGACCTAAGCCATGCTTTATTC
AGAAAAAATATTTTAATAATTTACAACATAAGCTTCTTGAATTTTGGAACCAGAACAAAACAAA
TCTTATTAACCTAATTGAAAAATATGCAAACTAA
f342.aa (SEQ ID NO:465)
MLYLGDNKAMRTKIIIMTIIILLAPISGFSNSKESARGKFGAGIILPLPIALQINIGNFDLDIGLYSGVNN
LFSDWKTLFIALDYIFYIYTFPGAANILDFSVGAGGYGTIWFSRFGGSKSGSGPMSIGARLPLALNIAV
FRKKFDIFLRIAPGLGMNVWSNGVGFRWEVFAGLGLRFWFT
t342.aa (SEQ ID NO:466)
LAPISGFSNSKESARGKFGAGIILPLPIALQINIGNFDLDIGLYSGVNNLFSDWKTLFIALDYIFYIYTFP
GAANILDFSVGAGGYGTIWFSRFGGSKSGSGPMSIGARLPLALNIAVFRKKFDIFLRIAPGLGMNVWS
NGVGFRWEVFAGLGLRFWFT
f342.nt (SEQ ID NO:467)
ATGCTATACTTAGGAGATAATAAAGCAATGAGAACAAAAATAATTATTATGACAATTATTATTT
TATTAGCCCCAATCTCAGGATTTTCTAATTCAAAAGAATCTGCAAGGGGTAAATTTGGAGCAGG
AATTATACTTCCATTACCAATTGCTCTACAGATTAATATAGGAAACTTTGATCTTGACATTGGTC
TTTACAGCGGAGTAAATAATTTGTTTTCAGACTGGAAAACATTATTTATAGCATTAGACTATAT
TTTCTACATATACACATTCCCGGGAGCTGCTAATATTTTGGATTTTTCAGTTGGCGCAGGGGGA
TATGGAACAATATGGTTTTCAAGATTTGGAGGCAGTAAGTCAGGCTCAGGACCAATGAGCATTG
GAGCAAGATTGCCTTTGGCCTTAAATATTGCAGTATTTAGGAAGAAATTCGACATATTTTTACG
AATAGCACCCGGACTTGGAATGAATGTTTGGAGTAATGGCGTTGGATTTAGATGGGAAGTATTC
GCAGGATTGGGACTAAGATTCTGGTTTACTTAA
t342.nt (SEQ ID NO:468)
TTAGCCCCAATCTCAGGATTTTCTAATTCAAAAGAATCTGCAAGGGGTAAATTTGGAGCAGGAA
TTATACTTCCATTACCAATTGCTCTACAGATTAATATAGGAAACTTTGATCTTGACATTGGTCTT
TACAGCGGAGTAAATAATTTGTTTTCAGACTGGAAAACATTATTTATAGCATTAGACTATATTT
TCTACATATACACATTCCCGGGAGCTGCTAATATTTTGGATTTTTCAGTTGGCGCAGGGGGATA
TGGAACAATATGGTTTTCAAGATTTGGAGGCAGTAAGTCAGGCTCAGGACCAATGAGCATTGG
AGCAAGATTGCCTTTGGCCTTAAATATTGCAGTATTTAGGAAGAAATTCGACATATTTTTACGA
ATAGCACCCGGACTTGGAATGAATGTTTGGAGTAATGGCGTTGGATTTAGATGGGAAGTATTCG
CAGGATTGGGACTAAGATTCTGGTTTACTTAA
f352.aa (SEQ ID NO:469)
MNKTKNRSLTYFIILSCISLFGANNNTISYSSIEIPLEDLSEEFKSSGNKSDQINTSKHLNKNIVSYEDPK
KGKDLKLPENIRDKKLPQKRMDENDLKSVIENYENKIKNIEKLLKTKNQKTSENENKKIESIEKKAK
KYEILTNKLKNEIVELKKLLNKKIKPKEDENYEKINIENIEEETDDDFEDNYEYNDEIEEQMRTITLLM
KE
t352.aa (SEQ ID NO:470)
CISLFGANNNTISYSSIEIPLEDLSEEFKSSGNKSDQINTSKHLNKNIVSYEDPKKGKDLKLPENIRDKK
LPQKRMDENDLKSVIENYENKIKNIEKLLKTKNQKTSENENKKIESIEKKAKKYEILTNKLKNEIVEI
KKLLNKKIKPKEDENYEKINIENIEEETDDDFEDNYEYNDEIEEQMRTITLLMKE
f352.nt (SEQ ID NO:471)
ATGAATAAAACAAAAAATCGAAGCCTTACGTATTTTATAATACTTTCATGTATATCATTATTTG
GGGCTAATAATAATACAATAAGCTACTCTAGCATTGAAATTCCTCTAGAAGACTTAAGTGAAGA
ATTTAAAAGTTCTGGGAATAAAAGCGATCAAATAAATACCTCAAAACATTTAAACAAAAACAT
AGTTTCTTATGAAGACCCAAAAAAGGGTAAAGATCTAAAATTGCCAGAAAATATAAGAGACAA
AAAACTACCCCAAAAAAGAATGGACGAAAATGATCTAAAATCTGTAATTGAAAATTATGAAAA
TAAAATTAAAAACATAGAAAAGCTTTTAAAAACCAAAAATCAAAAAACATCGGAAAATGAAAA
TAAAAAAATAGAATCAATCGAAAAAAAAGCAAAAAAATATGAAATTTTAACCAATAAATTAAA
AAACGAAATAGTAGAAATAAAAAAGCTCCTTAACAAAAAAATCAAGCCTAAAGAAGATGAAAA
TTACGAAAAAATAAATATTGAAAACATTGAAGAAGAAACTGATGATGATTTTGAAGACAATTA
TGAATATAATGATGAAATTGAAGAACAAATGAGGACAATTACCCTTCTAATGAAGGAATAA
t352.nt (SEQ ID NO:472)
TGTATATCATTATTTGGGGCTAATAATAATACAATAAGCTACTCTAGCATTGAAATTCCTCTAG
AAGACTTAAGTGAAGAATTTAAAAGTTCTGGGAATAAAAGCGATCAAATAAATACCTCAAAAC
ATTTAAACAAAAACATAGTTTCTTATGAAGACCCAAAAAAGGGTAAAGATCTAAAATTGCCAG
AAAATATAAGAGACAAAAAACTACCCCAAAAAAGAATGGACGAAAATGATCTAAAATCTGTAA
TTGAAAATTATGAAAATAAAATTAAAAACATAGAAAAGCTTTTAAAAACCAAAAATCAAAAAA
CATCGGAAAATGAAAATAAAAAAATAGAATCAATCGAAAAAAAAGCAAAAAAATATGAAATTT
TAACCAATAAATTAAAAAACGAAATAGTAGAAATAAAAAAGCTCCTTAACAAAAAAATCAAGC
CTAAAGAAGATGAAAATTACGAAAAAATAAATATTGAAAACATTGAAGAAGAAACTGATGATG
ATTTTGAAGACAATTATGAATATAATGATGAAATTGAAGAACAAATGAGGACAATTACCCTTCT
AATGAAGGAATAA
f301.aa (SEQ ID NO:473)
MQIDGKIYSIISFPVRDSVSTLGVIGILICFDESLDIIENQLYSSLKFGSKNYNFFMLDRNYMPIFSNLNN
LQAKSFSTAYSENFLSKVIAYAKKDSSSSQYTFNYERDFYSLNFVKTDDFLTQGLILNVNSIPIMFKS
NWVIFVAFLLLSFAIIFYLCNTFVFSLINDFNRIVDYQKSKSDPFSLESPLEVKYSSSIISYISSKLDNLSS
KSNESFEKIKFYSEDLNEYLEQIETAISNTESIDSSILVYEQLRDTFSRFEKSIVDILKGFESIADPINDHN
KYISEISSNFEESVSFFYSIDKNLEIFNKVATINSTDIENIKSKVFDLNIVFENVKNFADLLSQTNSLQS
VNKLLVSISAQTNMLAMNAAIEAAKAGDAGKSFAVVAEEIRKLAINSGKYSKTIKDELKTVDSIIAVI
NSEIDTIYKNFIDIQDNVDNNFSRHEKVDLTLAKHFKEIGEFKERYLSHDTKIRDAKNMYKEIFNNHY
FISGKFNNFSQDLKEFKVSKMNLDAVSSLQEYSSLVKSSKDKILKTKELIQKINDEIKDILF
t301.aa (SEQ ID NO:474)
CFDESLDIIENQLYSSLKFGSKNYNFFMLDRNYMPIFSNLNNLQAKSFSTAYSENFLSKVIAYAKKDS
SSSQYTFNYERDFYSLNFVKTDDFLTQGLILNVNSIPIMFKSNWVIFVAFLLLSFAIIFYLCNTFVFSLI
NDFNRIVDYQKSKSDPFSLESPLEVKYSSSIISYISSKLDNLSSKSNESFEKIKFYSEDLNEYLEQIETAI
SNTESIDSSILVYEQLRDTFSRFEKSIVDILKGFESIADPINDHNKYISEISSNFEESVSFFYSIDKNLEIFN
KVATINSTDIENIKSKVFDLNIVFENVNKNFADLLSQTNSLQSVNKLLVSISAQTNMLAMNAAIEAAK
AGDAGKSFAVVAEEIRKLAINSGKYSKTIKDELKTVDSIIAVINSEIDTIYKNFIDIQDNVDNNFSRHE
KVDLTLAKHFKEIGEFKERYLSHDTKIRDAKNMYKEIFNNHYFISGKFNNFSQDLKEFKVSKMNLD
AVSSLQEYSSLVKSSKDKILKTKELIQKINDEIKDILF
f301.nt (SEQ ID NO:475)
ATGCAAATAGATGGGAAAATTTATTCTATAATAAGTTTTCCAGTTAGAGATTCTGTTTCAACAT
TGGGTGTGATAGGGATTTTAATATGCTTTGATGAGTCGTTAGATATTATTGAAAATCAGTTGTA
TTCTTCTCTTAAATTTGGTAGTAAAAATTATAATTTTTTTATGCTTGACAGAAATTACATGCCCA
TTTTTTCAAACCTTAATAATCTTCAGGCCAAATCTTTTTCTACAGCTTATAGTGAGAATTTTTTG
AGTAAAGTTATAGCTTATGCTAAAAAAGATTCTTCTAGCTCTCAGTACACTTTTAATTATGAAA
GAGATTTTTATTCTTTAAACTTTGTAAAAACCGATGATTTTTTGACTCAGGGGCTTATTTTAAAT
GTCAATTCCATTCCTATTATGTTTAAATCAAATTGGGTTATATTTGTTGCATTTTTATTATTGTCT
TTTGCAATTATTTTTTATTTATGCAATACTTTTGTTTTTTCATTAATTAATGATTTTAACAGAATT
GTTGACTATCAAAAATCAAAAAGCGATCCTTTTAGTCTTGAATCTCCCTTAGAGGTTAAGTATT
CTTCATCTATTATTTCTTATATTAGTTCAAAGCTAGATAATCTGTCTTCTAAGAGTAATGAATCT
TTTGAGAAGATAAAATTTTATTCTGAAGATTTGAATGAATATTTGGAACAAATAGAAACTGCTA
TATCAAATACTGAGAGTATAGATTCTAGCATTTTAGTTTACGAACAACTAAGAGATACTTTTTC
TAGATTTGAAAAATCAATTGTTGATATTTTAAAAGGCTTTGAATCTATTGCTGATCCGATTAAT
GATCACAATAAATATATATCAGAAATCTCTTCAAATTTTGAAGAGAGTGTTAGTTTTTTCTATA
GTATAGATAAAAATTTAGAAATTTTTAATAAGGTTGCTACTATAAATTCTACTGATATTGAAAA
TATTAAAAGTAAGGTTTTTGATTTAAATATTGTTTTTGAAAATGTGAATAAAAATTTTGCAGAT
CTTTTGTCTCAAACAAATAGTTTGCAAAGTGTAAATAAACTTTTAGTTTCAATTTCAGCTCAGAC
CAATATGCTTGCTATGAATGCAGCAATTGAAGCAGCAAAAGCAGGTGATGCAGGTAAAAGTTT
TGCAGTTGTTGCTGAGGAGATTAGAAAGCTTGCTATTAATTCTGGAAAATATTCTAAAACCATT
AAAGATGAACTTAAAACGGTCGACAGCATTATTGCAGTAATTAATTCAGAGATTGATACAATTT
ATAAAAATTTCATAGACATTCAAGATAATGTGGACAACAATTTTTCAAGACACGAGAAAGTAG
ATCTTACTCTTGCTAAGCATTTTAAAGAAATTGGCGAGTTTAAAGAAAGGTATTTGTCTCACGA
TACTAAGATCAGAGATGCTAAGAATATGTATAAAGAAATATTTAATAATCATTATTTTATTAGT
GGCAAGTTTAACAACTTTAGTCAAGATTTAAAAGAGTTTAAAGTTTCTAAGATGAATTTAGATG
CGGTAAGTTCTCTTCAAGAATATTCATCTTTAGTAAAGTCTTCTAAGGATAAGATATTAAAGAC
AAAGGAATTGATTCAAAAGATTAATGATGAGATTAAAGATATTCTTTTTTAG
t301.nt (SEQ ID NO:476)
TGCTTTGATGAGTCGTTAGATATTATTGAAAATCAGTTGTATTCTTCTCTTAAATTTGGTAGTAA
AAATTATAATTTTTTTATGCTTGACAGAAATTACATGCCCATTTTTTCAAACCTTAATAATCTTC
AGGCCAAATCTTTTTCTACAGCTTATAGTGAGAATTTTTTGAGTAAAGTTATAGCTTATGCTAAA
AAAGATTCTTCTAGCTCTCAGTACACTTTTAATTATGAAAGAGATTTTTATTCTTTAAACTTTGT
AAAAACCGATGATTTTTTGACTCAGGGGCTTATTTTAAATGTCAATTCCATTCCTATTATGTTTA
AATCAAATTGGGTTATATTTGTTGCATTTTTATTATTGTCTTTTGCAATTATTTTTTATTTATGCA
ATACTTTTGTTTTTTCATTAATTAATGATTTTAACAGAATTGTTGACTATCAAAAATCAAAAAGC
GATCCTTTTAGTCTTGAATCTCCCTTAGAGGTTAAGTATTCTTCATCTATTATTTCTTATATTAGT
TCAAAGCTAGATAATCTGTCTTCTAAGAGTAATGAATCTTTTGAGAAGATAAAATTTTATTCTG
AAGATTTGAATGAATATTTGGAACAAATAGAAACTGCTATATCAAATACTGAGAGTATAGATTC
TAGCATTTTAGTTTACGAACAACTAAGAGATACTTTTTCTAGATTTGAAAAATCAATTGTTGAT
ATTTTAAAAGGCTTTGAATCTATTGCTGATCCGATTAATGATCACAATAAATATATATCAGAAA
TCTCTTCAAATTTTGAAGAGAGTGTTAGTTTTTTCTATAGTATAGATAAAAATTTAGAAATTTTT
AATAAGGTTGCTACTATAAATTCTACTGATATTGAAAATATTAAAAGTAAGGTTTTTGATTTAA
ATATTGTTTTTGAAAATGTGAATAAAAATTTTGCAGATCTTTTGTCTCAAACAAATAGTTTGCAA
AGCTTGTAAATAAACTTTTAGTTTCAATTTCAGCTCAGACCAATATGCTTGCTATGAATGCAGCAA
TTGAAGCAGCAAAAGCAGGTGATGCAGGTAAAAGTTTTGCAGTTGTTGCTGAGGAGATTAGAA
AGTGCTATTAATTCTGGAAAATATTCTAAAACCATTAAAGATGAACTTAAAACGGTCGACAG
CATTATTGCAGTAATTAATTCAGAGATTGATACAATTTATAAAAATTTCATAGACATTCAAGAT
AATGTGGACAACAATTTTTCAAGACACGAGAAAGTAGATCTTACTCTTGCTAAGCATTTTAAAG
AAATTGGCGAGTTTAAAGAAAGGTATTTGTCTCACGATACTAAGATCAGAGATGCTAAGAATAT
GTATAAAGAAATATTTAATAATCATTATTTTATTAGTGGCAAGTTTAACAACTTTAGTCAAGAT
TTAAAAGAGTTTAAAGTTTCTAAGATGAATTTAGATGCGGTAAGTTCTCTTCAAGAATATTCAT
CTTTAGTAAAGTCTTCTAAGGATAAGATATTAAAGACAAAGGAATTGATTCAAAAGATTAATGA
TGAGATTAAAGATATTCTTTTTTAG
f346.aa (SEQ ID NO:477)
MSIDKVPDEAFAEKIVGDGIAILPTSNELLAPCDGKIGKIFKTNHAFSLETKEGVEIFVHFGIN
TLNLNGKGFTRVAEEGINVKQGEVIIRLDLEYLKEHSESVITPVVIANSDEVSSIEYSFGRLENDSEYIL
SSSTVLTEEIRHKISQTKPVIAGKDLVLRVKK
t346.aa (SEQ ID NO:478)
CDGKIGKIFKTNHAFSLETKEGVEIFVHFGINTLNLNGKGFTRVAEEGINVKQGEVIIRLDLEYLKEHS
ESVITPVVIANSDEVSSIEYSFGRLENDSEYILSSSTVLTEEIRHKISQTKPVIAGKDLVLRVKK
f346.nt (SEQ ID NO:479)
ATGTCAATTGATAAGGTTCCCGATGAAGCTTTTGCTGAAAAAATAGTTGGCGATGGAATTGCAA
TTCTTCCAACAAGCAATGAGTTGTTGGCGCCTTGTGATGGGAAAATAGGTAAAATTTTTAAAAC
CAATCATGCCTTTAGCCTTGAAACTAAAGAGGGCGTTGAAATTTTTGTCCATTTTGGAATTAAT
ACTCTTAATTTAAATGGTAAGGGTTTTACAAGAGTTGCTGAAGAGGGCATTAATGTTAAACAAG
GTGAAGTTATTATTAGGCTTGATCTTGAATATTTAAAAGAGCATTCAGAATCCGTTATTACTCC
GGTTGTTATTGCAAATTCTGATGAAGTTTCAAGTATAGAATATTCTTTTGGAAGGCTTGAAAAT
GATTCTGAATATATTTTATCATCTTCAACTGTCTTGACAGAAGAAATTAGGCATAAAATATCTC
AAACAAAGCCTGTTATAGCGGGCAAAGATTTGGTGTTGCGAGTTAAAAAGTAA
t346.nt (SEQ ID NO:480)
TGTGATGGGAAAATAGGTAAAATTTTTAAAACCAATCATGCCTTTAGCCTTGAAACTAAAGAGG
GCGTTGAAATTTTTGTCCATTTTGGAATTAATACTCTTAATTTAAATGGTAAGGGTTTTACAAGA
GTTGCTGAAGAGGGCATTAATGTTAAACAAGGTGAAGTTATTATTAGGCTTGATCTTGAATATT
TAAAAGAGCATTCAGAATCCGTTATTACTCCGGTTGTTATTGCAAATTCTGATGAAGTTTCAAG
TATAGAATATTCTGGAAGGCTTGAAAATGATTCTGAATATATTTTATCATCTTCAACTGTCT
TGACAGAAGAAATTAGGCATAAAATATCTCAAACAAAGCCTGTTATAGCGGGCAAAGATTTGG
TGTTGCGAGTTAAAAAGTAA
f373.aa (SEQ ID NO:481)
MNYQRIKNYCKFTSVFLFFLFSCVSNELKLDQSLVKGKLVNGLRYYIYKNQTPKNAVNMGIVFNVG
SLNEEDNERGIAHYLEHMAFNGTKDYPGNSIVDVLKKFGMQFGADINAATSFDFTYYRLDLSDGNN
KDEIDESINILRNWASQISFMKEEIDLERNIIIEEKKLGETYPGRIYEKMDKFLTSGSLYEFRSPIGLEEQ
ILSFQPEDFKKFYRKWYRPELASVIVVGDIDPIEIEEKIKKQFVSWKNPTDKIKEVKVSLDVELKDKF
LLLEDLEVGEPSLMFFKKEIINFVKTKDDLLNAIKKSLLAALFENRFSELKTAGVKQFKNVSNKDFFS
FKSDNNTIVAKSISLNFNPDHLNEGIQDFFYELERIRKFGFTQGELEKVRSQFYKSLELRKKNINKTNS
WAIFQDLIEIAINGSNKFDMNEYCDLSFQYLEKIDLKTINNLVGREFDVKNCAIFYSYHGRAHPVLTL
EDIDNLQKIALKRELKPYENSLIEGKFFKKSLDDKDIIRENEFENEISSFVLENGVEVYFKYNDQKKG
VIDFSATSWGGLINEDLKLIPVLSFAPGVVSGSGYGDYSALQIEKYLSDKAVSLRVGVGAQESYISGS
SDKKDLETLFQLIYFTFKEPKIDDVSLQNAINNIKALIKSNENSSDYHFHKAISKFLNNNDPRFEDTKD
SDLQYFTKENILSFYKKRFTYANNFKFVLLETQIFRQ
t373.aa (SEQ ID NO:482)
CVSNELKLDQSLVKGKLVNGLRYYIYKNQTPKNAVNMGIVFNVGSLNEEDNERGIAHYLE
RMAFNGTKDYPGNSIVDVLKKFGMQFGADINAATSFDFTYYRLDLSDGNNKDEIDESINILRNWAS
QISFMKEEIDLERNIIIEEKKLGETYPGRIYEKMDKFLTSGSLYEFRSPIGLEEQILSFQPEDFKKFYRK
WYRPELASVIVVGDIDPIEIEEKIKKQFVSWKNPTDKIKEVKVSLDVELKDKFLLLEDLEVGEPSLMF
FKKEIINFVKTKDDLLNAIKKSLLAALFENRFSELKTAGVKQFKNVSNKDFFSFKSDNNTIVAKSISLN
FNPDHLNEGIQDFFYELERIRKFGFTQGELEKVRSQFYKSLELRKKNINKTNSWAIFQDLIEIAINGSN
KFDMNEYCDLSFQYLEKIDLKTINNLVGREFDVKNCAIFYSYHGRAHPVLTLEDIDNLQKIALKREL
KPYENSLIEGKFFKKSLDDKDIIRENEFENEISSFVLENGVEVYFKYNDQKKGVIDFSATSWGGLINE
DLKLIPVLSFAPGVVSGSGYGDYSALQIEKYLSDKAVSLRVGVGAQESYISGSSDKKDLETLFQLIYF
TFKEPKTDDVSLQNAINNIKALIKSNENSSDYHFHKAISKFLNNNDPRFEDTKDSDLQYFTKENILSFY
KKRFTYANNFKFVLLETQIFRQ
f373.nt (SEQ ID NO:483)
ATGAATTATCAAAGAATTAAGAATTATTGTAAATTTACAAGCGTTTTTCTATTTTTTTTG
TTTTCCTGTGTTTCTAATGAGTTAAAGTTAGATCAAAGTTTGGTAAAAGGAAAACTTGTCAATG
GGCTAAGGTATTATATTTATAAAAATCAAACCCCAAAGAATGCCGTTAATATGGGAATTGTTTT
TAATGTGGGCTCACTTAATGAAGAAGATAATGAGAGGGGAATAGCGCATTATCTTGAACATAT
GGCTTTTAATGGTACAAAAGATTATCCAGGGAATTCTATAGTTGATGTTCTTAAAAAATTTGGA
ATGCAATTTGGTGCTGACATTAATGCTGCTACTAGTTTTGATTTCACTTATTATAGACTTGATTT
GTCAGATGGTAATAATAAAGATGAAATTGATGAATCTATAAATATTTTGAGAAACTGGGCTTCT
CAAATCAGTTTCATGAAAGAAGAAATAGATCTAGAGCGAAATATTATTATTGAGGAAAAAAAG
CTTGGTGAGACTTATCCTGGAAGAATTTATGAGAAAATGGATAAGTTTTTGACAAGCGGAAGTC
TTTATGAATTTAGAAGTCCTATTGGACTTGAAGAGCAAATTTTATCTTTTCAGCCAGAAGATTTT
AAAAAATTTTATAGAAAGTGGTATAGGCCAGAACTTGCAAGTGTTATTGTGGTAGGAGATATTG
ATCCTATAGAAATTGAAGAGAAGATAAAGAAGCAATTTGTTTCTTGGAAAAATCCAACCGATA
AAATTAAAGAAGTAAAAGTAAGTTTAGACGTAGAGCTTAAGGATAAATTTTTACTTTTAGAAGA
TTTGGAAGTTGGAGAGCCTACTTTAATGTTCTTTAAAAAGGAAATTATTAACTTTGTAAAGACC
AAAGATGACCTTTTAAATGCTATTAAAAAGTCTTTATTAGCCGCTCTTTTTGAAAATAGATTTTC
TGAATTAAAGACTGCTGGGGTAAAGCAATTTAAAAATGTTTCAAATAAAGATTTTTTCTCATTT
AAATCAGATAACAATACCATTGTTGCAAAATCGATTTCTTTAAACTTTAATCCAGATCATTTGA
ACGAAGGAATACAAGACTTTTTTTATGAGCTTGAGAGGATAAGAAAATTTGGATTTACCCAAGG
TGAGCTTGAAAAAGTTAGATCTCAATTTTACAAATCTTTAGAATTAAGGAAAAAGAATATAAAT
AAAACAAATTCATGGGCTATTTTTCAGGATTTAATAGAAATTGCTATTAATGGTTCTAATAAAT
TTGATATGAATGAATATTGCGATCTTTCTTTTCAATATTTGGAAAAGATTGATTTAAAAACAAT
AAACAATCTTGTAGGAAGAGAGTTTGATGTAAAAAATTGTGCAATTTTTTATTCTTACCATGGA
AGAGCACATCCTGTTTTAACTCTTGAAGATATTGACAATCTTCAAAAGATAGCTTTAAAAAGAG
AGTTAAAGCCTTATGAGAATTCTTTAATTGAAGGTAAATTTTTTAAGAAGTCTTTAGATGATAA
AGATATTATTAGAGAAAATGAGTTTGAAAATGAAATTTCGTCATTTGTTCTTGAAAATGGGGTT
GAAGTTTATTTTAAATATAATGATCAAAAAAAAGGTGTAATTGATTTTAGTGCAACTTCTTGGG
GAGGTTTAATTAATGAAGATTTAAAACTTATTCCTGTTTTATCTTTTGCTCCCGGAGTAGTATCT
GGTTCGGGTTATGGTGATTATTCTGCATTACAGATTGAAAAATATTTATCAGATAAAGCTGTTT
CTTTAAGAGTTGGGGTTGGAGCTCAAGAATCATATATTTCTGGAAGTTCAGATAAAAAAGATCT
TGAAACTCTTTTTCAGCTTATATATTTTACTTTTAAGGAACCCAAAATTGATGATGTTTCTTTGC
AAAATGCTATTAATAATATAAAAGCATTAATAAAGAGCAATGAAAATAGTTCTGATTATCATTT
TCATAAAGCCATTAGTAAATTTTTAAACAATAATGATCCTAGATTTGAAGATACAAAAGATAGT
GATTTGCAATATTTTACAAAAGAAAATATTTTGTCTTTTTATAAGAAAAGGTTTACTTATGCAA
ATAATTTTAAGTTTGTCTTGCTGGAGACTCAGATATTCAGACAATAA
t373.nt (SEQ ID NO:484)
TGTGTTTCTAATGAGTTAAAGTTAGATCAAAGTTTGGTAAAAGGAAAACTTGTCAATGGGCTAA
GGTATTATATTTATAAAAATCAAACCCCAAAGAATGCCGTTAATATGGGAATTGTTTTTAATGT
GGGCTCACTTAATGAAGAAGATAATGAGAGGGGAATAGCGCATTATCTTGAACATATGGCTTTT
AATGGTACAAAAGATTATCCAGGGAATTCTATAGTTGATGTTCTTAAAAAATTTGGAATGCAAT
TTGGTGCTGACATTAATGCTGCTACTAGTTTTGATTTCACTTATTATAGACTTGATTTGTCAGAT
GGTAATAATAAAGATGAAATTGATGAATCTATAAATATTTTGAGAAACTGGGCTTCTCAAATCA
GTTTCATGAAAGAAGAAATAGATCTAGAGCGAAATATTATTATTGAGGAAAAAAAGCTTGGTG
AGACTTATCCTGGAAGAATTTATGAGAAAATGGATAAGTTTTTGACAAGCGGAAGTCTTTATGA
ATTTAGAAGTCCTATTGGACTTGAAGAGCAAATTTTATCTTTTCAGCCAGAAGATTTTAAAAAA
TTTTATAGAAAGTGGTATAGGCCAGAACTTGCAAGTGTTATTGTGGTAGGAGATATTGATCCTA
TAGAAATTGAAGAGAAGATAAAGAAGCAATTTGTTTCTTGGAAAAATCCAACCGATAAAATTA
AAGAAGTAAAAGTAAGTTTAGACGTAGAGCTTAAGGATAAATTTTTACTTTTAGAAGATTTGGA
AGTTGGAGAGCCTAGTTTAATGTTCTTTAAAAAGGAAATTATTAACTTTGTAAAGACCAAAGAT
GACCTTTTAAATGCTATTAAAAAGTCTTTATTAGCCGCTCTTTTTGAAAATAGATTTTCTGAATT
AAAGACTGCTGGGGTAAAGCAATTTAAAAATGTTTCAAATAAAGATTTTTTCTCATTTAAATCA
GATAACAATACCATTGTTGCAAAATCGATTTCTTTAAACTTTAATCCAGATCATTTGAACGAAG
GAATACAAGACTTTTTTTATGAGCTTGAGAGGATAAGAAAATTTGGATTTACCCAAGGTGAGCT
TGAAAAAGTTAGATCTCAATTTTACAAATCTTTAGAATTAAGGAAAAAGAATATAAATAAAACA
AATTCATGGGCTATTTTTCAGGATTTAATAGAAATTGCTATTAATGGTTCTAATAAATTTGATAT
GAATGAATATTGCGATCTTTCTTTTCAATATTTGGAAAAGATTGATTTAAAAACAATAAACAAT
CTTGTAGGAAGAGAGTTTGATGTAAAAAATTGTGCAATTTTTTATTCTTACCATGGAAGAGCAC
ATCCTGTTTTAACTCTTGAAGATATTGACAATCTTCAAAAGATAGCTTTAAAAAGAGAGTTAAA
GCCTTATGAGAATTCTTTAATTGAAGGTAAATTTTTTAAGAAGTCTTTAGATGATAAAGATATT
ATTAGAGAAAATGAGTTTGAAAATGAAATTTCGTCATTTGTTCTTGAAAATGGGGTTGAAGTTT
ATTTTAAATATAATGATCAAAAAAAAGGTGTAATTGATTTTAGTGCAACTTCTTGGGGAGGTTT
AATTAATGAAGATTTAAAACTTATTCCTGTTTTATCTTTTGCTCCCGGAGTAGTATCTGGTTCGG
GTTATGGTGATTATTCTGCATTACAGATTGAAAAATATTTATCAGATAAAGCTGTTTCTTTAAG
AGTTGGGGTTGGAGCTCAAGAATCATATATTTCTGGAAGTTCAGATAAAAAAGATCTTGAAACT
CTTTTTCAGCTTATATATTTTACTTTTAAGGAACCCAAAATTGATGATGTTTCTTTGCAAAATGC
TATTAATAATATAAAAGCATTAATAAAGAGCAATGAAAATAGTTCTGATTATCATTTTCATAAA
GCCATTAGTAAATTTTTAAACAATAATGATCCTAGATTTGAAGATACAAAAGATAGTGATTTGC
AATATTTTACAAAAGAAAATATTTTGTCTTTTTATAAGAAAAGGTTTACTTATGCAAATAATTTT
AAGTTTGTCTTGCTGGAGACTCAGATATTCAGACAATAA
t384.aa (SEQ ID NO:485)
MDWDFEKIIFLLNESTRLALSGCAKLILDFKSDGSIVTQVDKQIEQFLFKEIKKPGNFVLGEETISTYK
EEYIKDALISESTFIIDPIDGTSSFAAGLPSYGISLAYASGGKIIEGAISLPLSGEFFITSKDNVFYAKKNI
GSYPLKKDFNKFIFDNSKCYNIHSLLAVSRSIIRLFNLDISSHIHINGSCVYSFAKLFTGSYKAYFSFVG
LWDIAACLAIGNKLGMVGEFYCGNKMTLDILDSMYILEPNNHKRWSLKDFFIYSDNKSTIDIIRKDA
NKKINK
t384.aa (SEQ ID NO:486)
CAKLILDFKSDGSIVTQVDKQIEQFLFKEIKKPGNFVLGEETISTKKEEYIKDALISESTFIIDPIDGTSSF
AAGLPSYGISLAYASGGKIIEGAISLPLSGEFFITSKDNVFYAKKNIGSYPLKKDFNKFIFDNSKCYNIH
SLLAVSRSIIRLFNLDISSHIHINGSCVYSFAKLFTGSYKAYFSFVGLWDIAACLAIGNKLGMVGEFYC
GNKMTLDILDSMYILEPNNHKRWSLKDFFIYSDNKSTIDIIRKDANKKINK
f384.nt (SEQ ID NO:487)
ATGGATTGGGATTTTGAAAAAATTATATTTTTATTAAATGAATCAACTAGGCTTGCATTAAGTG
GTTGTGCTAAATTAATTTTAGATTTTAAATCTGATGGGTCTATTGTAACTCAGGTTGATAAGCA
AATTGAGCAATTCTTATTCAAAGAGATCAAAAAGCCTGGAAATTTTGTTCTTGGAGAAGAGACA
ATATCTACTTATAAAGAAGAGTATATCAAAGATGCTTTAATATCAGAGAGTACTTTTATTATTG
ATCCTATTGATGGAACTTCTTCTTTTGCAGCAGGCCTTCCTTCATATGGAATATCGCTAGCGTAT
GCTAGTGGCGGCAAAATTATTGAAGGAGCCATTTCTCTTCCTTTAAGCGGAGAGTTTTTTATTA
CTTCTAAAGATAATGTATTTTATGCTAAAAAAAACATTGGTAGCTATCCTTTAAAAAAGGATTT
TAATAAATTTATTTTTGATAATTCTAAATGTTACAATATTCATAGTTTACTTGCAGTTTCAAGGT
CTATTATAAGGTTATTTAATCTTGATATTTCTTCTCATATTCATATTAATGGTTCTTGTGTATATT
CTTTTGCTAAACTTTTTACAGGTTCTTATAAGGCCTACTTTTCTTTTGTAGGACTTTGGGATATT
GCAGCGTGTTTAGCTATTGGTAATAAATTGGGCATGGTTGGCGAATTTTATTGTGGTAATAAAA
TGACATTAGATATCTTAGATTCAATGTATATTTTAGAGCCTAATAATCATAAAAGATGGTCCTT
GAAAGATTTTTTTATTTATTCTGATAATAAATCAACAATAGACATTATAAGAAAAGATGCAAAT
AAAAAAATCAATAAGTAA
t384.nt (SEQ ID NO:488)
AGTGGTTGTGCTAAATTAATTTTAGATTTTAAATCTGATGGGTCTATTGTAACTCAGGTTGATA
AGCAAATTGAGCAATTCTTATTCAAAGAGATCAAAAAGCCTGGAAATTTTGTTCTTGGAGAAGA
GACAATATCTACTTATAAAGAAGAGTATATCAAAGATGCTTTAATATCAGAGAGTACTTTTATT
ATTGATCCTATTGATGGAACTTCTTCTTTTGCAGCAGGCCTTCCTTCATATGGAATATCGCTAGC
GTATGCTAGTGGCGGCAAAATTATTGAAGGAGCCATTTCTCTTCCTTTAAGCGGAGAGTTTTTT
ATTACTTCTAAAGATAATGTATTTTATGCTAAAAAAAACATTGGTAGCTATCCTTTAAAAAAGG
ATTTTAATAAATTTATTTTTGATAATTCTAAATGTTACAATATTCATAGTTTACTTGCAGTTTCA
AGGTCTATTATAAGGTTATTTAATCTTGATATTTCTTCTCATATTCATATTAATGGTTCTTGTGT
ATATTCTTTTGCTAAACTTTTTACAGGTTCTTATAAGGCCTACTTTTCTTTTGTAGGACTTTGGG
ATATTGCAGCGTGTTTAGCTATTGGTAATAAATTGGGCATGGTTGGCGAATTTTATTGTGGTAA
TAAAATGACATTAGATATCTTAGATTCAATGTATATTTTAGAGCCTAATAATCATAAAAGATGG
TCCTTGAAAGATTTTTTTATTTATTCTGATAATAAATCAACAATAGACATTATAAGAAAAGATG
CAAATAAAAAAATCAATAAGTAA
f860.aa (SEQ ID NO:489)
MAFYKLNDNIALAEDLLKYLLSSILNECSQDMDFLENYIEKGLIKKLENVINSNFEVITYTKA
IEILENSKKNFEIKPYWGIDLQTDHERYLTEETFKKPVVVIDYPKNFKAFYMKANKDNKTVKGMDIL
VPKIGEIIGGSEREDDLQKLENRIKELNLNIEHLNWYLDLRRFGSAPHSGFGLGLERLVQYSTGISNIR
DSIPFPRTPKNLYF
t860.aa (SEQ ID NO:490)
CSQDMDFLENYIEKGLIKKLENVINSNFEVITYTKAIEILENSKKNFEIKPYWGIDLQTDHERYLTEET
FKKPVVVIDYPKNFKAFYMKANKDNKTVKGMDILVPKIGEIIGGSEREDDLQKLENRIKELNLNIEH
LNWYLDLRRFGSAPHSGFGLGLERLVQYSTGISNIRDSIPFPRTPKNLYF
f860.nt (SEQ ID NO:491)
ATGGCTTTTTATAAGCTTAACGACAATATTGCCCTAGCAGAAGATCTCTTGAAATATCT
TTTAAGTTCAATTTTAAACGAATGCTCACAAGATATGGATTTTTTAGAAAATTACATTGAAAAA
GGTTTAATTAAAAAACTAGAAAATGTAATAAATTCAAATTTTGAGGTTATTACCTATACTAAAG
CAATTGAAATTCTTGAAAACTCAAAAAAAAATTTTGAAATAAAACCTTACTGGGGAATAGATTT
GCAAACAGATCACGAAAGATACCTAACAGAAGAGACTTTTAAAAAACCGGTAGTGGTCATTGA
TTATCCAAAAAATTTCAAAGCATTTTACATGAAAGCAAATAAAGACAATAAAACTGTTAAAGGA
ATGGACATACTTGTTCCAAAAATTGGAGAGATTATAGGGGGAAGCGAAAGAGAAGATGACCTT
CAAAAATTAGAAAATAGAATAAAAGAATTAAACTTAAACATTGAACATCTAAACTGGTATCTTG
ATCTAAGAAGATTTGGCTCGGCTCCTCATTCTGGCTTTGGACTTGGACTTGAAAGATTGGTGCA
ATACTCAACAGGAATATCTAATATAAGAGATTCAATACCATTCCCAAGGACTCCTAAAAATCTT
TATTTTTAA
t860.nt (SEQ ID NO:492)
TGCTCACAAGATATGGATTTTTTAGAAAATTACATTGAAAAAGGTTTAATTAAAAAACTAGAAA
ATGTAATAAATTCAAATTTTGAGGTTATTACCTATACTAAAGCAATTGAAATTCTTGAAAACTC
AAAAAAAAATTTTGAAATAAAACCTTACTGGGGAATAGATTTGCAAACAGATCACGAAAGATA
CCTAACAGAAGAGACTTTTAAAAAACCGGTAGTGGTCATTGATTATCCAAAAAATTTCAAAGCA
TTTTACATGAAAGCAAATAAAGACAATAAAACTGTTAAAGGAATGGACATACTTGTTCCAAAA
ATTGGAGAGATTATAGGGGGAAGCGAAAGAGAAGATGACCTTCAAAAATTAGAAAATAGAATA
AAAGAATTAAACTTAAACATTGAACATCTAAACTGGTATCTTGATCTAAGAAGATTTGGCTCGG
CTCCTCATTCTGGCTTTGGACTTGGACTTGAAAGATTGGTGCAATACTCAACAGGAATATCTAA
TATAAGAGATTCAATACCATTCCCAAGGACTCCTAAAAATCTTTATTTTTAA
f446.aa (SEQ ID NO:493)
MKILRLCLLFLFFACTFDYDEYSSRSDVAKKFPSIQILGIKYYDVVYNKEQTVLNSLSFSYFNDYKIY
KAENGRFLYHSLDNEISGKFNNLEGSYITKDLDMRDSVEFKIEDKNNYYLLNSNRLLWKNKDKKLQ
SPPNELVLIRFNDSKINGKGFSYFLKSNVFYFDSGVEGIMN
t446.aa (SEQ ID NO:494)
CTFDYDEYSSRSDVAKKFPSIQILGIKYYDVVYNKEQTVLNSLSFSYFNDYKIYKAENGRFLYHSLD
NEISGKFNNLEGSYITKDLDMRDSVEFKIEDKNNYYLLNSNRLLWKNKDKKLQSPPNELVLIRFNDS
KINGKGFSYFLKSNVFYFDSGVEGIMN
f446.nt (SEQ ID NO:495)
ATGAAAATACTTAGACTTTGTTTGTTGTTTTTGTTTTTTGCTTGTACTTTTGATTATGAT
GAGTATTCTAGTAGATCTGATGTGGCCAAAAAGTTTCCTTCAATACAAATATTAGGAATCAAGT
ATTATGATGTTGTATACAATAAAGAGCAAACCGTTTTAAATTCTTTAAGCTTTAGTTATTTCAAT
GACTATAAAATTTATAAGGCAGAGAATGGAAGGTTTTTATATCATTCCCTAGATAATGAAATTT
CAGGGAAGTTTAATAATTTGGAAGGTTCTTATATTACAAAGGATTTGGATATGAGAGATTCTGT
AGAATTTAAAATAGAAGATAAAAATAATTATTATTTGCTTAATTCAAATAGGCTTTTATGGAAG
AATAAAGACAAGAAGTTGCAATCCCCCCCAAATGAGCTAGTATTAATTAGATTTAATGATAGCA
AAATAAACGGAAAAGGATTTTCTTATTTTTTAAAGAGCAATGTTTTTTATTTTGATTCTGGAGTT
GAAGGAATCATGAATTGA
t446.nt (SEQ ID NO:496)
TGTACTTTTGATTATGATGAGTATTCTAGTAGATCTGATGTGGCCAAAAAGTTTCCTTCAATACA
AATATTAGGAATCAAGTATTATGATGTTGTATACAATAAAGAGCAAACCGTTTTAAATTCTTTA
AGCTTTAGTTATTTCAATGACTATAAAATTTATAAGGCAGAGAATGGAAGGTTTTTATATCATT
CCCTAGATAATGAAATTTCAGGGAAGTTTAATAATTTGGAAGGTTCTTATATTACAAAGGATTT
GGATATGAGAGATTCTGTAGAATTTAAAATAGAAGATAAAAATAATTATTATTTGCTTAATTCA
AATAGGCTTTTATGGAAGAATAAAGACAAGAAGTTGCAATCCCCCCCAAATGAGCTAGTATTAA
TTAGATTTAATGATAGCAAAATAAACGGAAAAGGATTTTCTTATTTTTTAAAGAGCAATGTTTT
TTATTTTGATTCTGGAGTTGAAGGAATCATGAATTGA
f457.aa (SEQ ID NO:497)
MKQKLSWILLFCFLSCRSESRLAENVLIEFFDSIKNFQSSPEIFFNYLNIPSDDDLKAKIRGLKSQAKDD
FIFYPLFFNNLRYEIIGRKNISKGFEFEVVIKNINFQNGIEKFLAKLNKIEGRSLNIKNLEKKERKKIFDN
LINEVIGELDDFDYTEVVHFFRVVKSSSESYKIELLGDVLNIQSRNKLINDLFLVLSPGI
t457.aa (SEQ ID NO:498)
CFLSCRSESRLAENVLIEFFDSIKNFQSSPEIFFNYLNIPSDDDLKAKIRGLKSQAKDDFIFYPLFFNNLR
YEIIGRKNISKGFEFEVVIKNINFQNGIEKFLAKLNKIEGRSLNIKNLEKKERKKIFDNLINEVIGELDDF
DYTEVVHFFRVVKSSSESYKIELLGDVLNIQSRNKLINDLFLVLSPGI
f457.nt (SEQ ID NO:499)
ATGAAGCAAAAATTAAGTTGGATTTTATTATTTTGTTTTTTGTCTTGTAGATCTGAATCT
AGATTGGCTGAAAATGTTTTAATAGAGTTTTTTGATTCTATTAAAAATTTTCAAAGCAGTCCTG
AAATATTTTTTAATTATTTAAATATTCCAAGTGATGATGATCTGAAGGCAAAAATTCGTGGGTT
GAAATCTCAGGCAAAGGATGATTTCATTTTTTATCCTTTGTTTTTTAATAATCTAAGATATGAGA
TAATAGGTAGAAAAAATATTTCTAAGGGCTTTGAATTTGAAGTTGTTATTAAAAATATTAACTT
TCAAAACGGTATAGAAAAATTTTTGGCTAAATTAAATAAAATTGAAGGGAGATCTTTAAATATT
AAAAATTTAGAAAAAAAAGAGCGTAAAAAAATATTTGACAATTTAATAAATGAAGTTATTGGA
GAGTTGGATGATTTTGATTACACTGAAGTTGTTCATTTTTTTAGAGTAGTTAAGAGTTCTTCTGA
AAGTTATAAAATAGAGCTTTTAGGAGATGTTTTAAATATACAGTCTAGAAATAAGCTTATTAAT
GATCTTTTTTTGGTTTTATCGCCTGGAATTTAA
t457.nt (SEQ ID NO:500)
TGTTTTTTGTCTTGTAGATCTGAATCTAGATTGGCTGAAAATGTTTTAATAGAGTTTTTTGATTC
TATTAAAAATTTTCAAAGCAGTCCTGAAATATTTTTTAATTATTTAAATATTCCAAGTGATGATG
ATCTGAAGGCAAAAATTCGTGGGTTGAAATCTCAGGCAAAGGATGATTTCATTTTTTATCCTTT
GTTTTTTAATAATCTAAGATATGAGATAATAGGTAGAAAAAATATTTCTAAGGGCTTTGAATTT
GAAGTTGTTATTAAAAATATTAACTTTCAAAACGGTATAGAAAAATTTTTGGCTAAATTAAATA
AAATTGAAGGGAGATCTTTAAATATTAAAAATTTAGAAAAAAAAGAGCGTAAAAAAATATTTG
ACAATTTAATAAATGAAGTTATTGGAGAGTTGGATGATTTTGATTACACTGAAGTTGTTCATTT
TTTTAGAGTAGTTAAGAGTTCTTCTGAAAGTTATAAAATAGAGCTTTTAGGAGATGTTTTAAAT
ATACAGTCTAGAAATAAGCTTATTAATGATCTTTTTTTGGTTTTATCGCCTGGAATTTAA
f542.aa (SEQ ID NO:501)
MRIVIFIFGILLTSCFSRNGIESSSKKIKISMLVDGVLDDKSFNSSANEALLRLKKDFPENIEEVFSCAIS
GVYSSYVSDLDNLKRNGSDLIWLVGYMLTDASLLVSSENPKISYGIIDPIYGDDVQIPENLIAVVFRV
EPRCFFGWLYCSQKKLFWQNRFYRGNEG
t542.aa (SEQ ID NO:502)
CFSRNGIESSSKKIKISMLVDGVLDDKSFNSSANEALLRLKKDFPENIEEVFSCAISGVYSSYVSDLDN
LKRNGSDLIWLVGYMLTDASLLVSSENPKISYGIIDPIYGDDVQIPENLIAVVFRVEPRCFFGWLYCS
QKKLFWQNRFYRGNEG
f542.nt (SEQ ID NO:503)
ATGAGAATTGTAATTTTTATATTCGGTATTTTGTTGACTTCTTGCTTTAGTAGAAATGGAATAGA
ATCTAGTTCAAAAAAAATTAAGATATCCATGTTGGTAGATGGTGTTCTTGACGACAAATCTTTT
AATTCTAGTGCTAATGAGGCTTTATTACGCTTGAAAAAAGATTTTCCAGAAAATATTGAAGAAG
TTTTTTCTTGTGCTATTTCTGGAGTTTATTCTAGTTATGTTTCAGATCTTGATAATTTAAAAAGG
AATGGCTCAGACTTGATTTGGCTTGTAGGGTACATGCTTACGGACGCATCTTTATTGGTTTCATC
GGAGAATCCAAAAATTAGCTATGGAATAATAGATCCCATTTATGGTGATGATGTTCAGATTCCT
GAAAACTTGATTGCTGTTGTTTTCAGAGTAGAGCCAAGGTGCTTTTTTGGCTGGCTATATTGCA
GCCAAAAAAAGCTTTTCTGGCAAAATAGGTTTTATAGGGGGAATGAAGGGTAA
t542.nt (SEQ ID NO:504)
TGCTTTAGTAGAAATGGAATAGAATCTAGTTCAAAAAAAATTAAGATATCCATGTTGGTAGATG
GTGTTCTTGACGACAAATCTTTTAATTCTAGTGCTAATGAGGCTTTATTACGCTTGAAAAAAGA
TTTTCCAGAAAATATTGAAGAAGTTTTTTCTTGTGCTATTTCTGGAGTTTATTCTAGTTATGTTT
CAGATCTTGATAATTTAAAAAGGAATGGCTCAGACTTGATTTGGCTTGTAGGGTACATGCTTAC
GGACGCATCTTTATTGGTTTCATCGGAGAATCCAAAAATTAGCTATGGAATAATAGATCCCATT
TATGGTGATGATGTTCAGATTCCTGAAAACTTGATTGCTGTTGTTTTCAGAGTAGAGCCAAGGT
GCTTTTTTGGCTGGCTATATTGCAGCCAAAAAAAGCTTTTCTGGCAAAATAGGTTTTATAGGGG
GAATGAAGGGTAA
f93.aa (SEQ ID NO:505)
MKRILAMHDISSMGRTSLTICIPVISSFNMQVCPFVTAVLSASTAYKKFEIVDLTDHLEKFINIWKEQN
EHFDILYTGFLGSEKQQITIEKIIKLIKFEKIVIDPVFADDGEIYPIFDNKIISGFRKIIKYANIITPNITELE
MLSKSSKLNNKDDIIKAILNLDTKATVVVTSVKRGNLLGNICYNPKNKEYSEFFLEGLEQNFSGTGD
LFTSLLIGYLEKFETEQALEKTTKAIHLIIKESIKENVSKKEGVRIENFLKNTF
t93.aa (SEQ ID NO:506)
CIPVISSFNMQVCPFVTAVLSASTAYKKFEIVDLTDHLEKFINIWKEQNEHFDILYTGFLGSEKQQITI
EKIIKLIKFEKIVIDPVFADDGEIYPIFDNKIISGFRKIIKYANIITPNITELEMLSKSSKLNNKDDIIKAIL
NLDTKATVVVTSVKRGNLLGNICYNPKNKEYSEFFLEGLEQNFSGTGDLFTSLLIGYLEKFETEQAL
EKTTKAIHLIIKESIKENVSKKEGVRIENFLKNTF
f93.nt (SEQ ID NO:507)
ATGAAAAGAATTTTAGCAATGCATGATATTTCAAGCATGGGAAGAACATCTCTTACAATATGCA
TACCAGTAATATCTTCGTTTAATATGCAAGTTTGTCCTTTTGTGACAGCTGTCCTTTCTGCTTCC
ACAGCTTATAAAAAATTTGAAATAGTGGATTTAACCGATCATTTAGAAAAATTTATCAATATAT
GGAAAGAACAAAATGAGCACTTTGACATACTCTATACCGGATTTCTGGGAAGCGAAAAACAAC
AAATAACAATAGAGAAAATAATTAAATTAATAAAATTTGAAAAAATTGTAATTGATCCTGTGTT
TGCTGACGATGGAGAAATTTACCCTATATTTGATAATAAAATAATTAGTGGATTTAGAAAAATC
ATAAAGTACGCAAACATAATAACACCCAATATCACAGAACTTGAAATGCTAAGCAAAAGCTCA
AAACTTAACAACAAAGATGATATCATAAAAGCAATATTAAATCTTGATACAAAAGCGACGGTA
GTTGTTACAAGCGTTAAAAGGGGAAATCTCTTGGGAAACATTTGCTACAATCCTAAAAACAAAG
AATACTCGGAGTTTTTTTTAGAAGGATTAGAACAAAATTTCAGTGGAACAGGAGATTTATTTAC
CAGCTTACTTATAGGATATTTGGAAAAATTTGAAACAGAGCAAGCCTTAGAAAAAACAACAAA
GGCTATTCACCTAATAATAAAAGAGTCAATTAAAGAAAATGTTTCAAAAAAAGAAGGGGTCCG
AATTGAAAATTTCTTAAAAAATACATTTTGA
t93.nt (SEQ ID NO:508)
TGCATACCAGTAATATCTTCGTTTAATATGCAAGTTTGTCCTTTTGTGACAGCTGTCCTTTCTGC
TTCCACAGCTTATAAAAAATTTGAAATAGTGGATTTAACCGATCATTTAGAAAAATTTATCAAT
ATATGGAAAGAACAAAATGAGCACTTTGACATACTCTATACCGGATTTCTGGGAAGCGAAAAA
CAACAAATAACAATAGAGAAAATAATTAAATTAATAAAATTTGAAAAAATTGTAATTGATCCTG
TGTTTGCTGACGATGGAGAAATTTACCCTATATTTGATAATAAAATAATTAGTGGATTTAGAAA
AATCATAAAGTACGCAAACATAATAACACCCAATATCACAGAACTTGAAATGCTAAGCAAAAG
CTCAAAACTTAACAACAAAGATGATATCATAAAAGCAATATTAAATCTTGATACAAAAGCGAC
GGTAGTTGTTACAAGCGTTAAAAGGGGAAATCTCTTGGGAAACATTTGCTACAATCCTAAAAAC
AAAGAATACTCGGAGTTTTTTTTAGAAGGATTAGAACAAAATTTCAGTGGAACAGGAGATTTAT
TTACCAGCTTACTTATAGGATATTTGGAAAAATTTGAAACAGAGCAAGCCTTAGAAAAAACAAC
AAAGGCTATTCACCTAATAATAAAAGAGTCAATTAAAGAAAATGTTTCAAAAAAAGAAGGGGT
CCGAATTGAAAATTTCTTAAAAAATACATTTTGA
f105.aa (SEQ ID NO:509)
MGLYLKLLRQSINLKSLFPLSVLFFSCNVVDTDFSVLEFKVANFNLNDDFSQGLLDSAYNILNRSFDL
IIIKNLKNKNVLDLINNRVLFRAFKNAYFIDQGSGLSVSILSKRKINIKVLSVMQDSCDLKLGLLVDFK
FENNHYGIVIYNLSKDFIKSIANLQISEQILYLKAQMDKLMFILDESEFVIFDLLIKNGFFSLINDSNYTS
MLANKIDFRVFSNFFARVSLYSFMFVIADYLHSNYVVENFPQKIVIN
t105.aa (SEQ ID NO:510)
CNVVDTDFSVLEFKVANFNLNDDFSQGLLDSAYNILNRSFDLIIIKNLKNKNVLDLINNRVLFRAFKN
AYFIDQGSGLSVSILSKRKINIKVLSVMQDSCDLKLGLLVDFKFENNHYGIVIYNLSKDFIKSIANLQIS
EQILYLKAQMDKLMFILDESEFVIFDLLIKNGFFSLINDSNYTSMLANKIDFRVFSNFFARVSLYSFMF
VIADYLHSNYVVENFPQKIVIN
f105.nt (SEQ ID NO:511)
ATGGGCTTGTATTTGAAGTTGTTGAGACAAAGTATCAACTTGAAGAGTTTATTTCCGCTTAGTG
TTTTATTTTTTTCCTGTAATGTTGTAGATACAGATTTTAGTGTTTTGGAGTTTAAGGTTGCAAAT
TTTAATTTAAATGATGATTTTTCTCAAGGGTTACTTGATTCTGCTTATAATATTCTAAATCGAAG
TTTTGATTTAATAATTATTAAGAATCTTAAGAATAAAAATGTTCTTGATTTAATTAATAATAGAG
TTTTATTTAGAGCTTTTAAGAATGCTTATTTTATTGATCAAGGTAGTGGCCTTTCTGTTAGCATT
CTTTCTAAGCGCAAAATAAATATTAAAGTTTTAAGTGTAATGCAAGATTCTTGCGATTTAAAAT
TAGGATTGCTTGTGGATTTTAAATTTGAGAATAATCACTATGGTATTGTTATTTATAATTTAAGC
AAGGATTTTATTAAAAGTATTGCCAATTTGCAAATTAGTGAACAAATTTTATATTTAAAAGCCC
AAATGGATAAATTGATGTTTATTTTAGATGAATCTGAATTTGTTATTTTTGATTTATTAATCAAA
AATGGATTTTTTAGCTTAATAAATGATTCAAACTACACTTCAATGTTAGCAAATAAAATTGATTT
TAGAGTTTTTTCTAATTTTTTTGCTAGGGTTTCTTTATATTCATTTATGTTTGTAATTGCAGATTA
TTTGCATAGCAATTATGTTGTTGAGAATTTTCCTCAAAAAATAGTTATCAATTGA
t105.nt (SEQ ID NO:512)
TGTAATGTTGTAGATACAGATTTTAGTGTTTTGGAGTTTAAGGTTGCAAATTTTAATTTAAATGA
TGATTTTTCTCAAGGGTTACTTGATTCTGCTTATAATATTCTAAATCGAAGTTTTGATTTAATAA
TTATTAAGAATCTTAAGAATAAAAATGTTCTTGATTTAATTAATAATAGAGTTTTATTTAGAGCT
TTTAAGAATGCTTATTTTATTGATCAAGGTAGTGGCCTTTCTGTTAGCATTCTTTCTAAGCGCAA
AATAAATATTAAAGTTTTAAGTGTAATGCAAGATTCTTGCGATTTAAAATTAGGATTGCTTGTG
GATTTTAAATTTGAGAATAATCACTATGGTATTGTTATTTATAATTTAAGCAAGGATTTTATTAA
AAGTATTGCCAATTTGCAAATTAGTGAACAAATTTTATATTTAAAAGCCCAAATGGATAAATTG
ATGTTTATTTTAGATGAATCTGAATTTGTTATTTTTGATTTATTAATCAAAAATGGATTTTTTAG
CTTAATAAATGATTCAAACTACACTTCAATGTTAGCAAATAAAATTGATTTTAGAGTTTTTTCTA
ATTTTTTTGCTAGGGTTTCTTTATATTCATTTATGTTTGTAATTGCAGATTATTTGCATAGCAATT
ATGTTGTTGAGAATTTTCCTCAAAAAATAGTTATCAATTGA
f150.aa (SEQ ID NO:513)
MKTFVIIGLSNLGIHLLEDLSRLDCQIIIIDTSKELIEEYDVISTESFVVEQFTKNALKRIIPVDTDAVVID
FDDDLGKSALVTHYCNLLGLKEICVKTENRDDAEILKTLGATKIIFPSKDAARRLTPLLVSPNLSTYN
IIGYDIIVAETVIPKEYVGKTLFEADLRRECGITVIAVRNLSNSRYEFVDGDYFFLKDDKIVICGKPDSI
ENFTNNKDLIKDLISGSKEDENLNKDAEKKSRFLGIFNFMKIFQKDRKDN
t150.aa (SEQ ID NO:514)
CQIIIIDTSKELIEEYDVISTESFVVEQFTKNALKRIIPVDTDAVVIDFDDDLGKSALVTHYCNLLGLKE
ICVKTENRDDAEILKTLGATKIIFPSKDAARRLTPLLVSPNLSTYNIIGYDIIVAETVIPKEYVGKTLFE
ADLRRECGITVIAVRNLSNSRYEFVDGDYFFLKDDKIVICGKPDSIENFTNNKDLIKDLISGSKEDENL
NKDAEKKSRFLGIFNFMKIFQKDRKDN
f150.nt (SEQ ID NO:515)
ATGAAAACATTTGTTATTATTGGACTTAGTAATTTAGGCATTCACTTACTTGAAGATTT
AAGCAGGCTTGATTGTCAAATTATTATTATAGATACATCTAAAGAGCTTATTGAAGAATATGAT
GTGATATCTACAGAAAGCTTTGTTGTTGAGCAATTCACTAAAAATGCTTTGAAAAGAATAATTC
CAGTAGATACAGACGCTGTTGTTATTGATTTTGATGATGATCTTGGCAAAAGTGCTCTTGTTACT
CACTATTGTAATCTTTTAGGTTTGAAAGAAATATGCGTTAAGACAGAAAATAGAGATGATGCTG
AAATCTTAAAAACTCTTGGGGCAACAAAAATTATATTTCCAAGTAAAGATGCTGCAAGAAGATT
AACTCCATTATTAGTATCTCCAAATCTTTCAACTTATAATATTATTGGGTATGATATTATTGTTG
CTGAAACTGTTATTCCCAAAGAATATGTTGGTAAAACTCTTTTTGAAGCCGATCTTAGAAGAGA
ATGTGGGATTACAGTTATTGCTGTTAGAAATTTAAGTAATTCTAGGTATGAATTTGTTGATGGC
GATTATTTTTTTTTAAAAGATGATAAAATTGTAATTTGTGGTAAACCAGATAGCATTGAAAATT
TTACAAATAATAAAGATTTAATTAAAGATTTAATTTCAGGCTCTAAAGAGGATGAAAATTTAAA
TAAAGATGCTGAGAAAAAATCTAGATTTTTAGGGATTTTCAATTTTATGAAAATTTTTCAAAAA
GATCGTAAGGATAATTAG
t150.nt (SEQ ID NO:516)
TGTCAAATTATTATTATAGATACATCTAAAGAGCTTATTGAAGAATATGATGTGATATCTACAG
AAAGCTTTGTTGTTGAGCAATTCACTAAAAATGCTTTGAAAAGAATAATTCCAGTAGATACAGA
CGCTGTTGTTATTGATTTTGATGATGATCTTGGCAAAAGTGCTCTTGTTACTCACTATTGTAATC
TTTTAGGTTTGAAAGAAATATGCGTTAAGACAGAAAATAGAGATGATGCTGAAATCTTAAAAA
CTCTTGGGGCAACAAAAATTATATTTCCAAGTAAAGATGCTGCAAGAAGATTAACTCCATTATT
AGTATCTCCAAATCTTTCAACTTATAATATTATTGGGTATGATATTATTGTTGCTGAAACTGTTA
TTCCCAAAGAATATGTTGGTAAAACTCTTTTTGAAGCCGATCTTAGAAGAGAATGTGGGATTAC
AGTTATTGCTGTTAGAAATTTAAGTAATTCTAGGTATGAATTTGTTGATGGCGATTATTTTTTTT
TAAAAGATGATAAAATTGTAATTTGTGGTAAACCAGATAGCATTGAAAATTTTACAAATAATAA
AGATTTAATTAAAGATTTAATTTCAGGCTCTAAAGAGGATGAAAATTTAAATAAAGATGCTGAG
AAAAAATCTAGATTTTTAGGGATTTTCAATTTTATGAAAATTTTTCAAAAAGATCGTAAGGATA
ATTAG
f219.aa (SEQ ID NO:517)
MLIARIMNINTLFYGMIIIIFALISCNHKNIQYDKRIKKFLDKNKIEYKIDSENDFIAFKDINNNEKEEVI
IRSRLNSYKNSKIREIFGIVKVFDINTPKIKEISDSLMSDSYNNRVFGSWEIIHNAERGINSLVYIVKAE
EFANDTFLLDAIDEIASTISIFKKIITTNNENIDNNEENNNTNESNEQPTLKQEKTNSTKESNNELKED
QIEEELQEIKAQ
t219.aa (SEQ ID NO:518)
CNHKNIQYDKRIKKFLDKNKIEYKIDSENDFIAFKDINNNEKEEVIIRSRLNSYKNSKIREIFGIVKVFD
INTPKIKEISDSLMSDSYNNRVFGSWEIIHNAERGINSLVYIVKAEEFANDTFLLDAIDEIASTISIFKKII
TTNNENIDNNEENNNTNESNEQPTLKQEKTNSTKESNNELKEDQIEEELQEIKAQ
f219.nt (SEQ ID NO:519)
ATGCTAATTGCAAGAATAATGAATATTAATACATTATTCTACGGCATGATCATTATCATTTTTGC
ACTCATTTCTTGCAATCATAAGAATATACAGTACGACAAGAGAATTAAAAAATTTTTAGATAAA
AACAAAATTGAATATAAAATAGACTCAGAAAATGACTTTATAGCATTTAAAGATATAAACAATA
ACGAAAAAGAAGAAGTAATCATCAGATCAAGACTAAACTCATATAAAAATTCAAAGATAAGAG
AAATATTTGGAATTGTTAAAGTATTTGATATAAACACACCAAAAATAAAAGAAATATCTGACTC
GCTTATGAGCGATAGTTATAATAACAGAGTATTTGGATCGTGGGAGATTATTCATAATGCAGAA
AGAGGAATCAACTCTTTGGTATATATTGTAAAAGCAGAAGAATTTGCAAATGATACATTTTTGC
TTGATGCAATTGATGAGATTGCCTCAACAATAAGTATTTTCAAAAAAATAATAACAACCAACAA
CGAAAACATTGATAATAATGAAGAAAATAACAATACAAATGAATCAAATGAACAGCCCACCTT
AAAGCAAGAAAAAACAAATTCAACAAAAGAATCTAATAACGAACTTAAAGAAGATCAAATAGA
AGAAGAACTTCAAGAAATCAAAGCCCAATAA
t219.nt (SEQ ID NO:520)
TGCAATCATAAGAATATACAGTACGACAAGAGAATTAAAAAATTTTTAGATAAAAACAAAATT
GAATATAAAATAGACTCAGAAAATGACTTTATAGCATTTAAAGATATAAACAATAACGAAAAA
GAAGAAGTAATCATCAGATCAAGACTAAACTCATATAAAAATTCAAAGATAAGAGAAATATTT
GGAATTGTTAAAGTATTTGATATAAACACACCAAAAATAAAAGAAATATCTGACTCGCTTATGA
GCGATAGTTATAATAACAGAGTATTTGGATCGTGGGAGATTATTCATAATGCAGAAAGAGGAA
TCAACTCTTTGGTATATATTGTAAAAGCAGAAGAATTTGCAAATGATACATTTTTGCTTGATGC
AATTGATGAGATTGCCTCAACAATAAGTATTTTCAAAAAAATAATAACAACCAACAACGAAAA
CATTGATAATAATGAAGAAAATAACAATACAAATGAATCAAATGAACAGCCCACCTTAAAGCA
AGAAAAAACAAATTCAACAAAAGAATCTAATAACGAACTTAAAGAAGATCAAATAGAAGAAGA
ACTTCAAGAAATCAAAGCCCAATAA
f229.aa (SEQ ID NO:521)
MRVDLLPLVELSLYINLSFCCKDFSIFNRILEELKCHLILLGHPIIKTLYIKHVDFCLSRQDNLKFIFTSL
SKYINLELLEEFTLEIIPGYVDFEKFKLLDEFCITRINLNVQSFSLEFRKIVGIPEISYKKLNILINNIRKFP
FDLNIDMTVNMPLQKKSHLKRDLQRIAFIYA
t229.aa (SEQ ID NO:522)
CKDFSIFNRILEELKCHLILLGHPIIKTLYLKHVDFCLSRQDNLKFIFTSLSKYINLELLEEFTLEIIPGYV
DFEKFKLLDEFCITRINLNVQSFSLEFRKIVGIPEISYKKLNILINNIRKFPFDLNIDMTVNMPLQKKSH
LKRDLQRIAFIYA
f229.nt (SEQ ID NO:523)
ATGAGAGTAGATCTTTTACCTCTTGTCGAGTTAAGTCTTTATATTAATTTGTCATTTTGTTGTAA
AGATTTTAGCATTTTTAATAGAATTTTAGAGGAATTAAAATGTCATTTAATCTTGCTGGGTCATC
CAATTATAAAAACACTTTACATTAAGCACGTAGATTTTTGTTTATCTAGGCAAGATAATTTAAA
ATTTATTTTCACTTCTTTGTCCAAGTATATTAATTTGGAGTTATTAGAAGAATTTACTTTAGAAA
TTATTCCGGGTTATGTTGATTTTGAAAAATTCAAACTTTTGGATGAATTTTGTATTACTAGAATT
AATCTTAATGTTCAAAGTTTTTCTTTAGAGTTTAGAAAGATTGTGGGGATACCCGAAATTTCTTA
TAAAAAATTGAATATTTTGATTAACAATATTAGAAAGTTTCCTTTTGATTTGAATATTGACATGA
CTGTCAATATGCCTTTGCAAAAAAAATCTCATCTCAAGCGAGATTTGCAAAGAATTGCTTTCAT
ATATGCCTGA
t229.nt (SEQ ID NO:524)
TGTAAAGATTTTAGCATTTTTAATAGAATTTTAGAGGAATTAAAATGTCATTTAATCTTGCTGG
GTCATCCAATTATAAAAACACTTTACATTAAGCACGTAGATTTTTGTTTATCTAGGCAAGATAA
TTTAAAATTTATTTTCACTTCTTTGTCCAAGTATATTAATTTGGAGTTATTAGAAGAATTTACTT
TAGAAATTATTCCGGGTTATGTTGATTTTGAAAAATTCAAACTTTTGGATGAATTTTGTATTACT
AGAATTAATCTTAATGTTCAAAGTTTTTCTTTAGAGTTTAGAAAGATTGTGGGGATACCCGAAA
TTTCTTATAAAAAATTGAATATTTTGATTAACAATATTAGAAAGTTTCCTTTTGATTTGAATATT
GACATGACTGTCAATATGCCTTTGCAAAAAAAATCTCATCTCAAGCGAGATTTGCAAAGAATTG
CTTTCATATATGCCTGA
f22.aa (SEQ ID NO:525)
MLKTLTKIITISCLIVGCASLPYTPPKQNLNYLMELLPGANLYAHVNLIKNRSIYNSLSPKYKSVLGLI
SNLYFSYKKENNDFALLIMGNFPKDIFWGIHKNRNTESIGNIFTNPKWKLKNSNIYIIPNKARTSIAIT
QKDITAKDNNMLTTKYIGEIEKNEMFFWIQDPTLLLPNQIVSSKNLIPFSSGTLSINSLNQEEYIFKSLI
KTNNPPILKILSKKLIPTVLTNMTNLTISSHIKTTIKDQNTVEIEFNIQKSSVESLIEKLASNIQT
t22.aa (SEQ ID NO:526)
CASLPYTPPKQNLNYLMELLPGANLYAHVNLIKNRSIYNSLSPKYKSVLGLISNLYFSYKKENNDFA
LLIMGNFPKDIFWGIHKNRNTESIGNIFTNPKWKLKNSNIYIIPNKARTSIAITQKDITAKDNNMLTTK
YIGEIEKNEMFFWIQDPTLLLPNQIVSSKNLIPFSSGTLSINSLNQEEYIFKSLIKTNNPPILKILSKKLIPT
VLTNMTNLTISSHIKTTIKDQNTVEIEFNIQKSSVESLIEKLASNIQT
f22.nt (SEQ D NO:527)
ATGTTAAAAACATTAACAAAAATAATTACCATTTCATGCCTCATAGTGGGATGCGCAAGCCTGC
CTTACACTCCTCCAAAACAAAATCTAAATTACTTAATGGAACTTTTACCTGGCGCAAATTTATAC
GCCCATGTAAATTTAATTAAAAACAGGTCTATTTATAACTCTTTAAGCCCTAAATATAAATCAG
TTCTTGGGCTTATAAGCAATTTATACTTTAGCTATAAAAAAGAAAATAACGATTTTGCTCTACTA
ATAATGGGTAATTTCCCAAAAGATATTTTCTGGGGAATTCATAAAAATAGAAATACAGAATCAA
TAGGCAATATATTTACAAATCCAAAATGGAAACTTAAAAATTCAAATATATACATTATTCCAAA
CAAAGCTAGAACTAGCATTGCAATAACCCAAAAAGATATAACCGCAAAAGACAATAATATGCT
AACAACAAAATATATTGGGGAAATAGAAAAAAATGAAATGTTTTTTTGGATTCAAGATCCAAC
ATTATTGCTCCCAAACCAAATAGTAAGCAGCAAAAATTTAATTCCCTTTAGCAGTGGAACTTTG
TCTATAAACAGCTTAAATCAAGAAGAATATATTTTTAAATCCTTAATCAAAACAAATAATCCAC
CAATACTAAAAATATTGTCAAAAAAGTTAATTCCAACCGTCTTGACAAACATGACAAACCTCAC
AATATCAAGCCACATAAAGACCACAATAAAAGACCAAAATACGGTTGAAATAGAATTTAATAT
TCAAAAATCTAGTGTTGAAAGCCTTATAGAAAAACTAGCTTCAAATATTCAAACCTAA
t22.nt (SEQ ID NO:528)
TGCGCAAGCCTGCCTTACACTCCTCCAAAACAAAATCTAAATTACTTAATGGAACTTTTACCTG
GCGCAAATTTATACGCCCATGTAAATTTAATTAAAAACAGGTCTATTTATAACTCTTTAAGCCCT
AAATATAAATCAGTTCTTGGGCTTATAAGCAATTTATACTTTTAGCTATAAAAAAGAAAATAACG
ATTTGCTCTACTAATAATGGGTAATTTCCCAAAAGATATTTTCTGGGGAATTCATAAAAATAG
AAATACAGAATCAATAGGCAATATATTTACAAATCCAAAATGGAAACTTAAAAATTCAAATATA
TACATTATTCCAAACAAAGCTAGAACTAGCATTGCAATAACCCAAAAAGATATAACCGCAAAA
GACAATAATATGCTAACAACAAAATATATTGGGGAAATAGAAAAAAATGAAATGTTTTTTTGG
ATTCAAGATCCAACATTATTGCTCCCAAACCAAATAGTAAGCAGCAAAAATTTAATTCCCTTTA
GCAGTGGAACTTTGTCTATAAACAGCTTAAATCAAGAAGAATATATTTTTAAATCCTTAATCAA
AACAAATAATCCACCAATACTAAAAATATTGTCAAAAAAGTTAATTCCAACCGTCTTGACAAAC
ATGACAAACCTCACAATATCAAGCCACATAAAGACCACAATAAAAGACCAAAATACGGTTGAA
ATAGAATTTAATATTCAAAAATCTAGTGTTGAAAGCCTTATAGAAAAACTAGCTTCAAATATTC
AAACCTAA
f32.aa (SEQ ID NO:529)
MNTKTLYLISLILLACNKNNKIPLIQKLDLPKSSILGFSNKMGIIIKDYAFLSKSTKKNSELDYDYAILL
RKDEVKKIEKTLEKTERYGIEGNWILVNYKGTKRYIFSKDINIVNNLIIDHSK
t32.aa (SEQ ID NO:530)
CNKNNKIPLIQKLDLPKSSILGFSNKMGIIIKDYAFLSKSTKKNSELDYDYAILLRKDEVVKIEKTLEK
TERYGIEGNWILVNYKGTKRYIFSKDINIVNNLIIDHSK
f32.nt (SEQ ID NO:531)
ATGAATACAAAAACATTATATTTAATATCCTTAATTCTTTTAGCTTGCAATAAAAATAACAAAA
TTCCTCTCATTCAAAAATTAGATTTGCCCAAAAGCAGCATTCTTGGCTTTAGCAATAAAATGGG
CATAATAATAAAAGATTATGCTTTTCTTAGTAAAAGCACTAAGAAAAATAGCGAATTGGATTAT
GATTACGCAATTCTACTCAGAAAAGACGAAGTCGTAAAAATTGAAAAAACACTAGAAAAAACA
GAGCGCTATGGAATTGAAGGAAATTGGATCCTAGTCAATTACAAGGGAACTAAAAGATACATC
TTTAGCAAAGACATCAATATAGTCAACAATTTAATAATTGATCATTCTAAATAG
t32.nt (SEQ ID NO:532)
TGCAATAAAAATAACAAAATTCCTCTCATTCAAAAATTAGATTTGCCCAAAAGCAGCATTCTTG
GCTTTAGCAATAAAATGGGCATAATAATAAAAGATTATGCTTTTCTTAGTAAAAGCACTAAGAA
AAATAGCGAATTGGATTATGATTACGCAATTCTACTCAGAAAAGACGAAGTCGTAAAAATTGA
AAAAACACTAGAAAAAACAGAGCGCTATGGAATTGAAGGAAATTGGATCCTAGTCAATTACAA
GGGAACTAAAAGATACATCTTTAGCAAAGACATCAATATAGTCAACAATTTAATAATTGATCAT
TCTAAATAG
f186.aa (SEQ ID NO:533)
MKKLIIIFTLFLSQACNLSTMHKIDTKEDMKILYSEIAELRKKLNLNHLEIDDTLEKVAKEYAIKLGEN
RTITHTLFGTTPMQRIHKYDQSFNLTREILASGIELNRVVNAWLNSPSHKEALINTDTDKIGGYRLKT
TDNIDIFVVLFGKRKYKN
t186.aa (SEQ ID NO:534)
CNLSTMHKIDTKEDMKILYSEIAELRKKLNLNHLEIDDTLEKVAKEYAIKLGENRTITHTLFGTT
PMQRIHKYDQSFNLTREILASGIELNRVVNAWLNSPSHKEALINTDTDKIGGYRLKTTDNIDIFVVLF
GKRKYKN
f186.nt (SEQ ID NO:535)
ATGAAAAAATTGATTATAATTTTTACACTGTTTTTATCTCAAGCATGCAATTTAAGTACAATGCA
TAAAATAGATACAAAAGAAGATATGAAAATTCTATATTCAGAAATTGCTGAATTGAGAAAAAA
ATTAAATCTAAACCATCTAGAAATAGATGATACCCTTGAAAAAGTTGCAAAAGAATATGCCATT
AAACTGGGAGAAAATAGAACAATAACTCACACCCTTTTTGGCACAACCCCAATGCAAAGAATA
CATAAATACGATCAATCCTTTAATTTAACAAGAGAAATACTGGCATCAGGAATTGAACTTAACA
GAGTAGTTAATGCATGGCTTAATAGTCCAAGCCACAAAGAAGCTCTTATTAATACAGATACCGA
TAAAATAGGTGGCTATAGATTAAAAACGACTGACAATATAGATATATTTGTAGTTCTTTTTGGA
AAAAGAAAATATAAGAATTGA
t186.nt (SEQ ID NO:536)
TGCAATTTAAGTACAATGCATAAAATAGATACAAAAGAAGATATGAAAATTCTATATTCAGAA
ATTGCTGAATTGAGAAAAAAATTAAATCTAAACCATCTAGAAATAGATGATACCCTTGAAAAA
GTTGCAAAAGAATATGCCATTAAACTGGGAGAAAATAGAACAATAACTCACACCCTTTTTGGCA
CAACCCCAATGCAAAGAATACATAAATACGATCAATCCTTTAATTTAACAAGAGAAATACTGGC
ATCAGGAATTGAACTTAACAGAGTAGTTAATGCATGGCTTAATAGTCCAAGCCACAAAGAAGC
TCTTATTAATACAGATACCGATAAAATAGGTGGCTATAGATTAAAAACGACTGACAATATAGAT
ATATTTGTAGTTCTTTTTGGAAAAAGAAAATATAAGAATTGA
f216.aa (SEQ ID NO:537)
MIRVLLGSLAVSFLFSICMVFLNYDNLFSKKVFYFHSSKGFVANLRYLRDEQNLKDNLDLLVKDFLL
GSNEGFSFGFLLSDSRFLYSFLKNGVYYVNLSREFYDSFNNGDYNESNESFDVKVNLFAMSLIKTMR
FNYPGKIKKIVILVEGCILKEQS
t216.aa (SEQ ID NO:538)
CMVFLNYDNLFSKKVFYFHSSKGFVANLRYLRDEQNLKDNLDLLVKDFLLGSNEGFSFGFLLSDSRF
LYSFLKNGVYYVNLSREFYDSFNNGDYNESNESFDVKVNLFAMSLIKTMRFNYPGKIKKIVILVEGC
ILKEQS
f216.nt (SEQ ID NO:539)
ATGATTAGGGTGCTTTTGGGGTCTTTGGCAGTAAGCTTTTTGTTTTCTATTTGTATGGTTTTTTT
AAATTATGATAATCTTTTTTCAAAAAAGGTTTTTTATTTTCATTCTAGCAAGGGATTTGTTGCTA
ATTTAAGATATTTAAGAGATGAACAAAATTTGAAAGATAATTTAGATCTTTTAGTAAAAGATTT
TCTTTTAGGAAGCAATGAAGGGTTTTCTTTTGGGTTTTTATTAAGTGATTCAAGATTTTTATATT
CTTTTTTAAAGAATGGAGTTTATTATGTAAATCTTTCAAGAGAATTTTATGATTCTTTTAATAAT
GGTGATTATAATGAATCTAATGAATCTTTTGATGTTAAGGTCAATCTTTTTGCTATGTCTTTAAT
AAAAACAATGCGCTTTAACTATCCTGGTAAGATAAAAAAGATTGTTATTCTTGTTGAAGGGTGT
ATCTTAAAGGAGCAAAGTTGA
t216.nt (SEQ ID NO:540)
TGTATGGTTTTTTTAAATTATGATAATCTTTTTTCAAAAAAGGTTTTTTATTTTCATTCTAGCAA
GGGATTTGTTGCTAATTTAAGATATTTAAGAGATGAACAAAATTTGAAAGATAATTTAGATCTT
TTAGTAAAAGATTTTCTTTTAGGAAGCAATGAAGGGTTTTCTTTTGGGTTTTTATTAAGTGATTC
AAGATTTTTATATTCTTTTTTAAAGAATGGAGTTTATTATGTAAATCTTTCAAGAGAATTTTATG
ATTCTTTTAATAATGGTGATTATAATGAATCTAATGAATCTTTTGATGTTAAGGTCAATCTTTTT
GCTATGTCTTTAATAAAAACAATGCGCTTTAACTATCCTGGTAAGATAAAAAAGATTGTTATTC
TTGTTGAAGGGTGTATCTTAAAGGAGCAAAGTTGA
f328.aa (SEQ ID NO:541)
MAIKYARENNIPFLGICLGLQLAVIEFARNVCGILDADTEENLARDKPLKSPVIHLLPEQKGIKDKGA
TMRLGGYPVILKKNTIAFKLYGQDRIIERFRHRYEVNNDYIDLFAKNGLIVSGFSSDFKMAKLIEIPEN
KFFVACQFHPELITRIENPAKLFLGLIKACI
t328.aa (SEQ ID NO:542)
CLGLQLAVIEFARNVCGILDADTEENLARDKPLKSPVIHLLPEQKGIKDKGATMRLGGYPVILKKNTI
AFKLYGQDRIIERFRHRYEVNNDYIDLFAKNGLIVSGFSSDFKMAKLIEIPENKFFVACQFHPELITRIE
NPAKLF
LGLIKACI
f328.nt (SEQ ID NO:543)
ATGGCTATTAAATATGCTCGTGAGAATAATATTCCCTTTCTTGGAATTTGTCTTGGTTTGCAGCT
TGCTGTAATAGAATTTGCTCGTAATGTTTGTGGAATACTTGATGCTGATACGGAGGAAAATTTA
GCAAGAGACAAGCCCTTAAAAAGTCCTGTTATCCATTTACTTCCTGAGCAAAAGGGAATTAAAG
ATAAGGGCGCTACAATGAGGCTTGGTGGATATCCTGTGATTCTTAAAAAGAATACAATAGCTTT
TAAACTTTATGGCCAAGATCGGATAATTGAAAGATTTAGACATAGGTATGAAGTCAATAATGAT
TATATAGATTTATTTGCAAAAAATGGGCTTATAGTATCTGGATTTTCAAGTGATTTTAAAATGG
CAAAATTAATAGAAATTCCTGAAAATAAATTTTTCGTAGCTTGCCAGTTTCATCCAGAACTTATT
ACAAGAATAGAAAATCCAGCCAAGCTTTTTCTAGGATTAATTAAAGCTTGTATTTGA
t328.nt (SEQ ID NO:544)
TGTCTTGGTTTGCAGCTTGCTGTAATAGAATTTGCTCGTAATGTTTGTGGAATACTTGATGCTGA
TACGGAGGAAAATTTAGCAAGAGACAAGCCCTTAAAAAGTCCTGTTATCCATTTACTTCCTGAG
CAAAAGGGAATTAAAGATAAGGGCGCTACAATGAGGCTTGGTGGATATCCTGTGATTCTTAAA
AAGAATACAATAGCTTTTAAACTTTATGGCCAAGATCGGATAATTGAAAGATTTAGACATAGGT
ATGAAGTCAATAATGATTATATAGATTTATTTGCAAAAAATGGGCTTATAGTATCTGGATTTTC
AAGTGATTTTAAAATGGCAAAATTAATAGAAATTCCTGAAAATAAATTTTTCGTAGCTTGCCAG
TTTCATCCAGAACTTATTACAAGAATAGAAAATCCAGCCAAGCTTTTTCTAGGATTAATTAAAG
CTTGTATTTGA
f352.aa (SEQ ID NO:545)
MNKTKNRSLTYFIILSCISLFGANNNTISYSSIEIPLEDLSEEFKSSGNKSDQINTSKHLNKNIVSYEDPK
KGKDLKLPENIRDKKLPQKRMDENDLKSVIENYENKIKNIEKLLKTKNQKTSENENKKIESIEKKAK
KYEILTNKLKNEIVEIKKLLNKKIKPKEDENYEKINIENIEEETDDDFEDNYEYNDEIEXTNEDNYPSN
EGIINNLKENLNENEKYYAINEKKIDELEDRINENENTILDLQRELRNFKKKDNSDKNLEEIEENLSSI
GRIINDLKRKISANEAINKENQKKIRTDKHKLKELEDKIKENEETILKLQKELNNFKKKEIYQKPLNE
ETFTPSITSKNDDLEENKKLKKEYLKPIEKKESRDLEENTKSTPKTTMIKTADFQIYPDIYLNNYKFK
EKGDQFAFKKENTYYIEIDPTNNLNEALKNHEIISKYKFEKYFINPILKNKEEFFRNLIEVKNIHELGIM
YKNLKPEFKQIKIIK
t352.aa (SEQ ID NO:546)
CISLFGANNNTISYSSIEIPLEDLSEEFKSSGNKSDQINTSKHLNKNIVSYEDPKKGKDLKLPENIRDKK
LPQKRMDENDLKSVIENYENKIKNIEKLLKTKNQKTSENENKKIESIEKKAKKYEILTNKLKNETVEI
KKLLNKKIKPKEDENYEKINIENIEEETDDDFEDNYEYNDEIEXTNEDNYPSNEGIINNLKENLNENE
KYYAINEKKIDELEDRINENENTILDLQRELRNFKKKDNSDKNLEEIEENLSSIGRIINDLKRKISANEA
INKENQKKIRTDKHKLKELEDKIKENEETILKLQKELNNFKKKEIYQKPLNEETFTPSITSKNDDLEE
NKKLKKEYLKPIEKKESRDLEENTKSTPKTTMIKTADFQIYPDIYLNNYKFKEKGDQFAFKKENTYY
IEIDPTNNLNEALKNHEIISKYKFEKYFINPILKNKEEFFRNLIEVKNIHELGIMYKNLKPEFKQIKIIK
f352.nt (SEQ ID NO:547)
ATGAATAAAACAAAAAATCGAAGCCTTACGTATTTTATAATACTTTCATGTATATCATTATTTG
GGGCTAATAATAATACAATAAGCTACTCTAGCATTGAAATTCCTCTAGAAGACTTAAGTGAAGA
ATTTAAAAGTTCTGGGAATAAAAGCGATCAAATAAATACCTCAAAACATTTAAACAAAAACAT
AGTTTCTTATGAAGACCCAAAAAAGGGTAAAGATCTAAAATTGCCAGAAAATATAAGAGACAA
AAAACTACCCCAAAAAAGAATGGACGAAAATGATCTAAAATCTGTAATTGAAAATTATGAAAA
TAAAATTAAAAACATAGAAAAGCTTTTAAAAACCAAAAATCAAAAAACATCGGAAAATGAAAA
TAAAAAAATAGAATCAATCGAAAAAAAAGCAAAAAAATATGAAATTTTAACCAATAAATTAAA
AAACGAAATAGTAGAAATAAAAAAGCTCCTTAACAAAAAAATCAAGCCTAAAGAAGATGAAAA
TTACGAAAAAATAAATATTGAAAACATTGAAGAAGAAACTGATGATGATTTTGAAGACAATTA
TGAATATAATGATGAAATTGAAGAACAAATGAGGACAATTACCCTTCTAATGAAGGAATAATA
AACAATCTAAAAGAAAATCTTAATGAAAACGAAAAATATTATGCTATTAATGAAAAAAAAATC
GATGAACTTGAAGACAGAATCAACGAGAATGAAAACACTATTTTAGACTTGCAAAGAGAATTA
AGGAATTTTAAAAAAAAAGATAACTCAGATAAAAACTTAGAAGAAATTGAGGAAAATTTATCT
TCAATAGGAAGAATAATTAATGATCTAAAAAGAAAAATCAGCGCAAATGAAGCAATAAACAAA
GAAAATCAAAAAAAAATAAGAACTGATAAACACAAACTCAAAGAATTAGAAGATAAAATAAAG
GAAAATGAAGAGACTATTTTAAAACTTCAAAAAGAATTAAACAATTTTAAAAAAAAAGAAATT
TATCAAAAACCCTTAAATGAAGAAACTTTCACTCCAAGCATTACAAGTAAAAATGACGACTTAG
AAGAAAATAAGAAATTAAAAAAGGAATATTTAAAGCCCATAGAAAAAAAAGAAAGCCGAGAT
CTAGAAGAAAATACTAAAAGCACCCCAAAAACAACTATGATAAAAACAGCAGATTTTCAAATC
TACCCTGACATATATCTTAATAATTATAAATTTAAAGAAAAGGGAGATCAATTTGCATTTAAAA
AAGAAAACACATACTATATTGAAATAGATCCCACTAACAATTTAAATGAGGCTTTAAAAAATCA
TGAAATAATCTCAAAATATAAATTTGAAAAATATTTCATTAACCCTATTCTAAAAAATAAAGAA
GAATTTTTTAGAAACTTAATAGAAGTCAAAAATATCCACGAACTAGGAATTATGTATAAAAATC
TAAAGCCTGAATTTAAGCAAATAAAAATAATTAAATAA
t352.nt (SEQ ID NO:548)
TGTATATCATTATTTGGGGCTAATAATAATACAATAAGCTACTCTAGCATTGAAATTCCTCTAG
AAGACTTAAGTGAAGAATTTAAAAGTTCTGGGAATAAAAGCGATCAAATAAATACCTCAAAAC
ATTTAAACAAAAACATAGTTTCTTATGAAGACCCAAAAAAGGGTAAAGATCTAAAATTGCCAG
AAAATATAAGAGACAAAAACTACCCCAAAAAAGAATGGACGAAAATGATCTAAAATCTGTAA
TTGAAAATTATGAAAATAAAATTAAAAACATAGAAAAGCTTTTAAAAACCAAAAATCAAAAAA
CATCGGAAAATGAAAATAAAAAAATAGAATCAATCGAAAAAAAAGCAAAAAAATATGAAATTT
TAACCAATAAATTAAAAAACGAAATAGTAGAAATAAAAAAGCTCCTTAACAAAAAAATCAAGC
CTAAAGAAGATGAAAATTACGAAAAAATAAATATTGAAAACATTGAAGAAGAAACTGATGATG
ATTTTGAAGACAATTATGAATATAATGATGAAATTGAAGAACAAATGAGGACAATTACCCTTCT
AATGAAGGAATAATAAACAATCTAAAAGAAAATCTTAATGAAAACGAAAAATATTATGCTATT
AATGAAAAAAAAATCGATGAACTTGAAGACAGAATCAACGAGAATGAAAACACTATTTTAGAC
TTGCAAAGAGAATTAAGGAATTTTAAAAAAAAAGATAACTCAGATAAAAACTTAGAAGAAATT
GAGGAAAATTTATCTTCAATAGGAAGAATAATTAATGATCTAAAAAGAAAAATCAGCGCAAAT
GAAGCAATAAACAAAGAAAATCAAAAAAAAATAAGAACTGATAAACACAAACTCAAAGAATTA
GAAGATAAAATAAAGGAAAATGAAGAGACTATTTTAAAACTTCAAAAAGAATTAAACAATTTT
AAAAAAAAAGAAATTTATCAAAAACCCTTAAATGAAGAAACTTTCACTCCAAGCATTACAAGTA
AAAATGACGACTTAGAAGAAAATAAGAAATTAAAAAAGGAATATTTAAAGCCCATAGAAAAAA
AAGAAAGCCGAGATCTAGAAGAAAATACTAAAAGCACCCCAAAAACAACTATGATAAAAACAG
CAGATTTTCAAATCTACCCTGACATATATCTTAATAATTATAAATTTAAAGAAAAGGGAGATCA
ATTTGCATTTAAAAAAGAAAACACATACTATATTGAAATAGATCCCACTAACAATTTAAATGAG
GCTTTAAAAAATCATGAAATAATCTCAAAATATAAATTTGAAAAATATTTCATTAACCCTATTC
TAAAAAATAAAGAAGAATTTTTTAGAAACTTAATAGAAGTCAAAAATATCCACGAACTAGGAA
TTATGTATAAAAATCTAAAGCCTGAATTTAAGCAAATAAAAATAATTAAATAA
f867.aa (SEQ ID NO:549)
MNTKGKVVGVNGNLVTIEVEGSVSMNEVLFVKTAGRNLKAEVIRIRGNEVDAQVFELTKGISVGDL
VEFTDKLLTVELGPGLLTQVYDGLQNPLPELAIQCGFFLERGVYLRPLNKDKKWNFKKTSKVGDIVI
AGDFLGFVIEGTVHHQIMIPFYKRDSYKIVEIVSDGDYSIDEQIAVIEDDSGMRHNITMSFHWPVKVP
ITNYKERLIPSEPMLTQTRIIDTFFPVAKGGTFCIPGPFGAGKTVLQQVTSRNADVDVVIIAACGERAG
EVVETLKEFPELMDPKTGKSLMDRTCIICNTSSMPVAAREASVYTAITIGEYYRQMGLDILLLADSTS
RWAQAMREMSGRLEEIPGEEAFPAYLESVIASFYERAGIVVLNNGDIGSVTVGGSVSPAGGNFEEPV
TQATLKVVGAFHGLTRERSDARKFPAISPLESWSKYKGVIDQKKTEYARSFLVKGNEINQMMKVV
GEEGISNDDFLIYLKSELLDSCYLQQNSFDSIDAAVSSERQNYMFDIVYNILKTNFEFSDKLQARDFIN
ELRQNLLDMNLSSFKDHKFNKLEHALGELINFKKVI
t867.aa (SEQ ID NO:550)
GRNLKAEVIRIRGNEVDAQVFELTKGISVGDLVEFTDKLLTVELGPGLLTQVYDGLQNPLPELAIQC
GFFLERGVYLRPLNKDKKWNFKKTSKVGDIVIAGDFLGFVIEGTVHHQIMIPFYKRDSYKIVEIVSDG
DYSIDEQIAVIEDDSGMRHNITMSFHWPVKVPITNYKERLIPSEPMLTQTRIIDTFFPVAKGGTFCIPG
PFGAGKTVLQQVTSRNADVDVVIIAACGERAGEVVETLKEFPELMDPKTGKSLMDRTCIICNTSSMP
VAAREASVYTAITIGEYYRQMGLDILLLADSTSRWAQAMREMSGRLEEIPGEEAFPAYLESVIASFY
ERAGIVVLNNGDIGSVTVGGSVSPAGGNFEEPVTQATLKVVGAFHGLTRERSDARKFPAISPLESWS
KYKGVIDQKKTEYARSFLVKGNEINQMMKVVGEEGISNDDFLIYLKSELLDSCYLQQNSFDSIDAAV
SSERQNYMFDIVYNILKTNFEFSDKLQARDFINELRQNLLDMNLSSFKDHKFNKLEHALGELINFKK
VI
f867.nt (SEQ ID NO:551)
ATGAATACAAAAGGAAAAGTCGTTGGAGTTAATGGAAACTTAGTTACTATTGAGGTAGAAGGT
TCAGTTTCTATGAATGAAGTTTTATTTGTAAAGACTGCTGGTAGGAATTTAAAAGCAGAAGTAA
TTCGTATTAGGGGCAATGAAGTTGATGCACAGGTTTTTGAATTGACAAAAGGGATATCTGTTGG
AGACCTAGTTGAATTTACAGACAAACTTTTAACAGTTGAACTCGGACCAGGGCTTTTAACTCAA
GTATATGATGGGCTTCAAAATCCTTTGCCTGAATTGGCTATTCAATGTGGATTTTTTTTAGAAAG
GGGAGTATATTTAAGGCCCTTGAATAAAGATAAAAAGTGGAATTTTAAAAAAACCTCCAAAGT
TGGAGATATCGTTATTGCAGGAGATTTTTTAGGTTTTGTAATTGAGGGAACTGTTCACCATCAA
ATAATGATTCCATTTTATAAAAGGGATTCTTATAAAATTGTGGAGATTGTAAGTGATGGCGACT
ATTCGATTGATGAGCAAATTGCTGTAATTGAAGATGATTCTGGTATGAGGCATAATATTACAAT
GTCTTTTCATTGGCCTGTTAAAGTTCCTATTACTAATTATAAGGAACGCCTTATTCCTAGTGAAC
CTATGTTGACTCAAACTAGAATTATAGATACATTTTTCCCAGTTGCCAAAGGTGGAACTTTTTGC
ATTCCGGGTCCTTTTGGAGCAGGAAAAACGGTTCTTCAGCAGGTTACAAGTCGAAATGCTGATG
TTGATGTAGTGATTATTGCAGCTTGTGGTGAGCGAGCAGGAGAAGTGGTAGAAACTCTTAAAG
AATTTCCCGAATTAATGGATCCAAAAACCGGCAAATCTTTAATGGACAGGACTTGTATTATTTG
TAATACATCTTCAATGCCAGTTGCAGCTAGAGAAGCTTCTGTTTATACTGCTATTACTATTGGTG
AGTATTACAGGCAAATGGGCCTTGATATTCTTCTTTTGGCAGATTCAACTTCAAGATGGGCTCA
AGCAATGAGAGAAATGTCTGGACGCCTTGAGGAAATTCCTGGCGAGGAGGCTTTTCCGGCATA
TCTTGAGTCTGTTATTGCTTCCTTTTATGAAAGGGCAGGTATTGTAGTTCTTAATAATGGGGATA
TTGGATCTGTAACAGTTGGTGGCTCTGTAAGTCCTGCTGGTGGTAATTTTGAAGAGCCAGTTAC
TCAAGCAACTTTAAAAGTTGTAGGAGCATTTCACGGGCTTACAAGAGAAAGGTCTGATGCTAG
GAAATTTCCAGCTATTAGTCCTCTTGAATCTTGGAGTAAATATAAAGGCGTTATTGATCAAAAA
AAGACTGAATATGCAAGATCTTTTTTGGTGAAAGGTAATGAAATTAATCAAATGATGAAAGTTG
TTGGAGAAGAAGGCATAAGTAACGATGATTTTTTAATTTATTTAAAATCCGAGCTACTTGATTC
GTGCTATTTGCAGCAAAATTCATTTGATTCTATTGATGCTGCTGTTAGTTCAGAGCGTCAAAATT
ATATGTTTGATATAGTTTATAACATTCTTAAAACTAACTTTGAGTTTTCTGATAAACTTCAAGCA
AGAGATTTTATAAATGAGTTAAGGCAAAATCTTTTAGACATGAATCTTTCTTCTTTTAAGGATC
ATAAGTTTAATAAATTGGAGCATGCTTTGGGTGAATTGATAAATTTTAAAAAGGTAATTTAG
t867.nt (SEQ ID NO:552)
GGTAGGAATTTAAAAGCAGAAGTAATTCGTATTAGGGGCAATGAAGTTGATGCACAGGTTTTT
GAATTGACAAAAGGGATATCTGTTGGAGACCTAGTTGAATTTACAGACAAACTTTTAACAGTTG
AACTCGGACCAGGGCTTTTAACTCAAGTATATGATGGGCTTCAAAATCCTTTGCCTGAATTGGC
TATTCAATGTGGATTTTTTTTAGAAAGGGGAGTATATTTAAGGCCCTTGAATAAAGATAAAAAG
TGGAATTTTAAAAAAACCTCCAAAGTTGGAGATATCGTTATTGCAGGAGATTTTTTAGGTTTTG
TAATTGAGGGAACTGTTCACCATCAAATAATGATTCCATTTTATAAAAGGGATTCTTATAAAAT
TGTGGAGATTGTAAGTGATGGCGACTATTCGATTGATGAGCAAATTGCTGTAATTGAAGATGAT
TCTGGTATGAGGCATAATATTACAATGTCTTTTCATTGGCCTGTTAAAGTTCCTATTACTAATTA
TAAGGAACGCCTTATTCCTAGTGAACCTATGTTGACTCAAACTAGAATTATAGATACATTTTTCC
CAGTTGCCAAAGGTGGAACTTTTTGCATTCCGGGTCCTTTTGGAGCAGGAAAAACGGTTCTTCA
GCAGGTTACAAGTCGAAATGCTGATGTTGATGTAGTGATTATTGCAGCTTGTGGTGAGCGAGCA
GGAGAAGTGGTAGAAACTCTTAAAGAATTTCCCGAATTAATGGATCCAAAAACCGGCAAATCT
TTAATGGACAGGACTTGTATTATTTGTAATACATCTTCAATGCCAGTTGCAGCTAGAGAAGCTT
CTGTTTATACTGCTATTACTATTGGTGAGTATTACAGGCAAATGGGCCTTGATATTCTTCTTTTG
GCAGATTCAACTTCAAGATGGGCTCAAGCAATGAGAGAAATGTCTGGACGCCTTGAGGAAATT
CCTGGCGAGGAGGCTTTTCCGGCATATCTTGAGTCTGTTATTGCTTCCTTTTATGAAAGGGCAG
GTATTGTAGTTCTTAATAATGGGGATATTGGATCTGTAACAGTTGGTGGCTCTGTAAGTCCTGC
TGGTGGTAATTTTGAAGAGCCAGTTACTCAAGCAACTTTAAAAGTTGTAGGAGCATTTCACGGG
CTTACAAGAGAAAGGTCTGATGCTAGGAAATTTCCAGCTATTAGTCCTCTTGAATCTTGGAGTA
AATATAAAGGCGTTATTGATCAAAAAAAGACTGAATATGCAAGATCTTTTTTGGTGAAAGGTAA
TGAAATTAATCAAATGATGAAAGTTGTTGGAGAAGAAGGCATAAGTAACGATGATTTTTTAATT
TATTTAAAATCCGAGCTACTTGATTCGTGCTATTTGCAGCAAAATTCATTTGATTCTATTGATGC
TGCTGTTAGTTCAGAGCGTCAAAATTATATGTTTGATATAGTTTATAACATTCTTAAAACTAACT
TTGAGTTTTCTGATAAACTTCAAGCAAGAGATTTTATAAATGAGTTAAGGCAAAATCTTTTAGA
CATGAATCTTTCTTCTTTTAAGGATCATAAGTTTAATAAATTGGAGCATGCTTTGGGTGAATTGA
TAAATTTTAAAAAGGTAATTTAG
f868.aa (SEQ ID NO:553)
MKRVYSKIESIAGNVITVTAQGIKYGELAIVKAKDTSSLAEVIKLDREKVSLQVYGGTRGVSTSDEIK
FLGHSMQVSFSDNLLGRIFDGSGNPRDGGPSLDDNLIEIGGPSANPTKRIVPRNMIRTGLPMIDVFNT
LVESQKLPIFSVSGEPYNELLIRIALQAEVDLIILGGMGLKHDDYLTFKDSLEKGGALSRAIFFVHTAN
DSVVESLTVPDISLSVAEKFALKGKKVLVLLTDMTNFADAMKEISITMEQVPSNRGYPGDLYSQLA
YRYEKAIDFEGAGSITILAVTTMPGDDVTHPVPDNTGYITEGQYYLKGGRIEPFGSLSRLKQMVNSR
TRDDHRTIMDSMIKLYASSKESVEKKAMGFNMTKWDEKLLKYSNMFESKMMDLSVNIPLEEALDL
GWSILASCFSPKETGIKTDLIEKYWPKKETY
t868.aa (SEQ ID NO:554)
QGIKYGELAIVKAKDTSSLAEVIKLDREKVSLQVYGGTRGVSTSDEIKFLGHSMQVSFSDNL
LGRIFDGSGNPRDGGPSLDDNLIEIGGPSANPTKRIVPRNMIRTGLPMIDVFNTLVESQKLPIFSVSGEP
YNELLIRIALQAEVDLIILGGMGLKHDDYLTFKDSLEKGGALSRAIFFVHTANDSVVESLTVPDISLSV
AEKFALKGKKVLVLLTDMTNFADAMKEISITMEQVPSNRGYPGDLYSQLAYRYEKAIDFEGAGSITI
LAVTTMPGDDVTHPVPDNTGYITEGQYYLKGGRIEPFGSLSRLKQMVNSRTRDDHRTIMDSMIKLY
ASSKESVEKKAMGFNMTKWDEKLLKYSNMFESKMMDLSVNIPLEEALDLGWSILASCFSPKETGIK
TDLIEKYWPKKETY
f868.nt (SEQ ID NO:555)
ATGAAAAGAGTCTATAGTAAAATAGAGTCTATAGCAGGCAATGTAATAACTGTTACAGCTCAA
GGTATTAAGTATGGTGAGCTTGCTATTGTAAAAGCAAAAGATACAAGTTCTCTAGCCGAAGTAA
TTAAACTTGATCGAGAAAAAGTTTCTCTTCAGGTTTATGGTGGTACAAGAGGTGTTTCCACGTC
AGACGAGATAAAGTTTTTAGGGCATTCAATGCAGGTTTCATTTTCTGACAATTTGTTGGGCAGA
ATTTTTGATGGTTCTGGGAATCCTAGAGATGGGGGCCCTTCTCTTGATGATAATTTGATTGAAA
TTGGTGGGCCTTCTGCAAATCCTACAAAACGCATTGTTCCTAGAAATATGATAAGGACAGGGCT
TCCAATGATAGATGTTTTTAATACTCTTGTTGAATCTCAAAAATTGCCAATTTTTTCTGTTTCTG
GTGAGCCTTATAATGAGCTTCTTATAAGAATTGCACTTCAAGCAGAAGTTGATTTAATAATTCT
TGGCGGAATGGGACTTAAGCATGATGATTATTTAACTTTTAAAGATTCTTTAGAAAAGGGAGGT
GCTTTAAGTAGAGCAATTTTTTTTGTTCATACTGCTAATGATTCTGTTGTTGAATCTTTAACTGT
TCCTGATATTTCACTTTCTGTTGCTGAAAAGTTTGCTCTAAAGGGCAAAAAAGTTTTGGTGCTTC
TCACAGACATGACAAATTTTGCTGATGCAATGAAAGAAATATCTATTACAATGGAACAAGTGCC
TTCTAATAGAGGTTATCCCGGGGATTTGTATTCTCAGCTTGCATATCGTTATGAGAAGGCTATT
GACTTTGAAGGCGCAGGATCAATTACAATACTTGCAGTTACAACAATGCCGGGTGACGATGTTA
CTCATCCTGTTCCTGACAATACTGGATACATTACAGAAGGTCAATACTATTTAAAAGGTGGCAG
AATAGAGCCTTTTGGGTCTCTTTCAAGACTTAAGCAAATGGTAAATAGTAGAACTAGAGACGAT
CACAGGACTATAATGGATTCAATGATCAAGCTTTATGCATCTTCAAAAGAGTCTGTAGAAAAAA
AGGCTATGGGATTTAATATGACTAAGTGGGATGAAAAATTGCTCAAGTATAGCAATATGTTTGA
AAGTAAGATGATGGATTTGTCTGTTAATATTCCTTTAGAAGAGGCTTTAGATTTAGGTTGGAGC
ATTCTTGCTAGTTGTTTTAGCCCAAAAGAAACGGGAATAAAAACAGATCTTATTGAAAAATATT
GGCCTAAAAAAGAGACTTATTGA
t868.nt (SEQ ID NO:556)
CAAGGTATTAAGTATGGTGAGCTTGCTATTGTAAAAGCAAAAGATACAAGTTCTCTAGCCGAAG
TAATTAAACTTGATCGAGAAAAAGTTTCTCTTCAGGTTTATGGTGGTACAAGAGGTGTTTCCAC
GTCAGACGAGATAAAGTTTTTAGGGCATTCAATGCAGGTTTCATTTTCTGACAATTTGTTGGGC
AGAATTTTTGATGGTTCTGGGAATCCTAGAGATGGGGGCCCTTCTCTTGATGATAATTTGATTG
AAATTGGTGGGCCTTCTGCAAATCCTACAAAACGCATTGTTCCTAGAAATATGATAAGGACAGG
GCTTCCAATGATAGATGTTTTTAATACTCTTGTTGAATCTCAAAAATTGCCAATTTTTTCTGTTT
CTGGTGAGCCTTATAATGAGCTTCTTATAAGAATTGCACTTCAAGCAGAAGTTGATTTAATAAT
TCTTGGCGGAATGGGACTTAAGCATGATGATTATTTAACTTTTAAAGATTCTTTAGAAAAGGGA
GGTGCTTTAAGTAGAGCAATTTTTTTTGTTCATACTGCTAATGATTCTGTTGTTGAATCTTTAAC
TGTTCCTGATATTTCACTTTCTGTTGCTGAAAAGTTTGCTCTAAAGGGCAAAAAAGTTTTGGTGC
TTCTCACAGACATGACAAATTTTGCTGATGCAATGAAAGAAATATCTATTACAATGGAACAAGT
GCCTTCTAATAGAGGTTATCCCGGGGATTTGTATTCTCAGCTTGCATATCGTTATGAGAAGGCT
ATTGACTTTGAAGGCGCAGGATCAATTACAATACTTGCAGTTACAACAATGCCGGGTGACGATG
TTACTCATCCTGTTCCTGACAATACTGGATACATTACAGAAGGTCAATACTATTTAAAAGGTGG
CAGAATAGAGCCTTTTGGGTCTCTTTCAAGACTTAAGCAAATGGTAAATAGTAGAACTAGAGAC
GATCACAGGACTATAATGGATTCAATGATCAAGCTTTATGCATCTTCAAAAGAGTCTGTAGAAA
AAAAGGCTATGGGATTTAATATGACTAAGTGGGATGAAAAATTGCTCAAGTATAGCAATATGTT
TGAAAGTAAGATGATGGATTTGTCTGTTAATATTCCTTTAGAAGAGGCTTTAGATTTAGGTTGG
AGCATTCTTGCTAGTTGTTTTAGCCCAAAAGAAACGGGAATAAAAACAGATCTTATTGAAAAAT
ATTGGCCTAAAAAAGAGACTTATTGA
f872.aa (SEQ ID NO:557)
MRSAVLFFFALPFSISLYSSSNKNFPYWILLEKGRQFLYSKSEFSKSNLTHAINYLQEALLRK
GVYPEASYYLSVAYGMSGNAILEKLNLYKSFEDRYYLLDESFEKKILFSLAKMAELENNYVDTIDYL
NDILNKFSTKKDYYSYHDYSQGENSMSNNELNASFYLTSYLKQVRGAFGIDFTFNLYRFKNYNVID
THQLLSKVYLHLKAYELSITHGLIAAVGILTRMYDYVCYYEPVYQFKNLRSFVQKINKYKAIKNAFE
STDFWEIVYNVAAATYAYSNGNYKFRAIDTWKLVVDLAPRFSPYIAKSRSQIKNSVYLKKN
t872.aa (SEQ ID NO:558)
SNKNFPYWILLEKGRQFLYSKSEFSKSNLTHAINYLQEALLRKGVYPEASYYLSVAYGMSGNAILEK
LNLYKSFEDRYYLLDESFEKKILFSLAKMAELENNYVDTIDYLNDILNKFSTKKDYYSYHPYSQGEN
SMSNNELNASFYLTSYLKQVRGAFGIDFTFNLYRFKNYNVIDTHQLLSKVYLHLKAYELSITHGLIA
AVGILTRMYDYVCYYEPVYQFKNLRSFVQKINKYKAIKNAFESTDFWEIVYNVAAATYAYSNGNY
KFRAIDTWKLVVDLAPRFSPYIAKSRSQIKNSVYLKKN
f872.nt (SEQ ID NO:559)
ATGAGAAGTGCGGTTTTATTTTTTTTTGCTTTGCCTTTTTCTATTTCTTTGTATTCTTCAAGTAAT
AAAAATTTTCCGTATTGGATTTTACTTGAAAAAGGCAGGCAATTTCTTTATTCTAAATCTGAATT
TAGTAAGTCTAATCTTACACATGCTATTAATTATTTGCAGGAAGCTTTGCTTAGAAAAGGCGTT
TATCCTGAGGCTAGTTATTATTTGTCAGTAGCTTATGGTATGTCTGGCAATGCTATTCTTGAAAA
ATTAAACCTTTATAAGTCTTTTGAAGACAGATATTATTTGCTAGATGAATCTTTTGAAAAAAAA
ATACTTTTTTCTTTAGCTAAAATGGCTGAACTTGAGAATAATTATGTTGATACTATTGATTATTT
GAATGACATATTAAATAAGTTTTCAACTAAAAAAGATTATTATAGTTATCATGATTATTCTCAA
GGCGAAAACAGTATGTCAAATAATGAACTTAATGCTTCATTTTATTTAACTTCTTATTTAAAACA
AGTAAGAGGAGCTTTTGGTATTGATTTTACTTTTAATCTTTACAGATTTAAAAACTACAATGTTA
TTGATACTCATCAATTATTGTCAAAAGTTTATTTGCACTTAAAAGCTTATGAGCTTTCAATTACT
CATGGACTTATAGCTGCAGTAGGAATTTTAACAAGAATGTATGATTATGTTTGTTATTATGAAC
CTGTGTATCAGTTTAAAAATTTAAGGTCTTTTGTTCAAAAAATTAATAAGTATAAGGCAATAAA
AAATGCTTTTGAATCTACAGATTTTTGGGAAATAGTTTATAATGTTGCTGCTGCTACTTATGCAT
ATTCTAATGGCAATTATAAATTTAGAGCAATAGATACTTGGAAATTAGTAGTAGATCTTGCGCC
AAGGTTTTCTCCTTATATTGCTAAATCAAGAAGTCAAATTAAAAATTCTGTATATTTAAAAAAA
AATTAA
t872.nt (SEQ ID NO:560)
AGTAATAAAAATTTTCCGTATTGGATTTTACTTGAAAAAGGCAGGCAATTTCTTTATTCTAAATC
TGAATTTAGTAAGTCTAATCTTACACATGCTATTAATTATTTGCAGGAAGCTTTGCTTAGAAAA
GGCGTTTATCCTGAGGCTAGTTATTATTTGTCAGTAGCTTATGGTATGTCTGGCAATGCTATTCT
TGAAAAATTAAACCTTTATAAGTCTTTTGAAGACAGATATTATTTGCTAGATGAATCTTTTGAA
AAAAAAATACTTTTTTCTTTAGCTAAAATGGCTGAACTTGAGAATAATTATGTTGATACTATTG
ATTATTTGAATGACATATTAAATAAGTTTTCAACTAAAAAAGATTATTATAGTTATCATGATTAT
TCTCAAGGCGAAAACAGTATGTCAAATAATGAACTTAATGCTTCATTTTATTTAACTTCTTATTT
AAAACAAGTAAGAGGAGCTTTTGGTATTGATTTTACTTTTAATCTTTACAGATTTAAAAACTAC
AATGTTATTGATACTCATCAATTATTGTCAAAAGTTTATTTGCACTTAAAAGCTTATGAGCTTTC
AATTACTCATGGACTTATAGCTGCAGTAGGAATTTTAACAAGAATGTATGATTATGTTTGTTAT
TATGAACCTGTGTATCAGTTTAAAAATTTAAGGTCTTTTGTTCAAAAAATTAATAAGTATAAGG
CAATAAAAAATGCTTTTGAATCTACAGATTTTTGGGAAATAGTTTATAATGTTGCTGCTGCTACT
TATGCATATTCTAATGGCAATTATAAATTTAGAGCAATAGATACTTGGAAATTAGTAGTAGATC
TTGCGCCAAGGTTTTCTCCTTATATTGCTAAATCAAGAAGTCAAATTAAAAATTCTGTATATTTA
AAAAAAAATTAA
f874.aa (SEQ ID NO:561)
MLKSNKVVLIGAGGVGSSFAYALTIDNSLVHELVIIDVNENKAKGEVMDLNHGQMFLKKNINVLFG
TYKDCANADIVVITAGLNQKPGETRLDLVDKNSKIFKDIITNVVSSGFDGIFVVASNPVDIMTYVTM
KYSKFPIHKVIGTGTILDTSRLRYFLSDHFNVNTQNIHSYIMGEHXDSSFATWDETKIAMKPLSEYLA
EGKITELELDEIHKKVVNAAYEVIKLKGATYYAIGLGIKNIVNAIIGDQNVILPISSYINGQYGGLIKDI
YIGAPAIVCKEGVKEVLNFKISPKELDKFNSSANQLKSYIDKMEF
t874.aa (SEQ ID NO:562)
ALTIDNSLVHELVIIDVNENKAKGEVMDLNHGQMFLKKNINVLFGTYKDCANADIVVITAGLNQKP
GETRLDLVDKNSKIFKDIITNVVSSGFDGIFVVASNPVDIMTYVTMKYSKFPIHKVIGTGTILDTSRLR
YFLSDHFNVNTQNIHSYIMGEHXDSSFATWDETKIAMKPLSEYLAEGKITELELDEIHKKVVNAAYE
VIKLKGATYYAIGLGIKNIVNAIIGDQNVILPISSYINGQYGGLIKDIYIGAPAIVCKEGVKEVLNFKISP
KELDKFNSSANQLKSYIDKMEF
f874.nt (SEQ ID NO:563)
ATGCCTAAGTCTAATAAAGTTGTTCTTATTGGAGCTGGTGGGGTTGGTTCAAGCTTTGCGTATG
CTTTAACAATAGACAATTCACTTGTACATGAACTTGTAATTATTGATGTTAATGAAAATAAAGC
AAAAGGGGAGGTCATGGACCTTAATCATGGCCAAATGTTTTTAAAGAAGAATATTAATGTATTG
TTTGGGACTTACAAAGATTGTGCTAATGCAGATATTGTTGTAATTACAGCAGGACTTAATCAAA
AGCCTGGTGAGACAAGACTTGATTTGGTTGATAAAAATTCTAAAATTTTTAAAGATATTATAAC
TAATGTTGTATCTAGCGGTTTTGATGGTATTTTTGTTGTTGCAAGCAATCCTGTAGACATTATGA
CTTATGTTACAATGAAATATTCCAAATTTCCTATTCATAAGGTTATTGGTACTGGGACTATTCTT
GATACTTCAAGACTTAGATATTTTTTAAGTGATCATTTTAATGTGAACACTCAAAATATACATTC
ATATATTATGGGTGAGCACGTGACAGTTCTTTTGCTACGTGGGATGAAACAAAAATAGCAATGA
AGCCTTTGTCAGAATATCTTGCTGAAGGCAAAATAACTGAGTTGGAGCTTGATGAAATTCATAA
AAAGGTTGTGAATGCTGCTTATGAAGTTATTAAGTTAAAGGGGGCAACCTATTATGCTATTGGA
CTTGGTATTAAGAATATTGTAAATGCAATAATTGGAGATCAGAATGTTATTCTGCCAATATCTT
CTTATATTAATGGCCAGTATGGGGGATTGATTAAAGATATTTATATTGGAGCGCCTGCTATAGT
TTGTAAGGAAGGAGTCAAAGAAGTTTTAAACTTTAAGATAAGCCCTAAAGAGCTTGATAAGTTT
AATAGTTCTGCTAATCAGCTTAAAAGCTATATTGATAAAATGGAATTTTAG
t874.nt (SEQ ID NO:564)
GCTTTAACAATAGACAATTCACTTGTACATGAACTTGTAATTATTGATGTTAATGAAAATAAAG
CAAAAGGGGAGGTCATGGACCTTAATCATGGCCAAATGTTTTTAAAGAAGAATATTAATGTATT
GTTTGGGACTTACAAAGATTGTGCTAATGCAGATATTGTTGTAATTACAGCAGGACTTAATCAA
AAGCCTGGTGAGACAAGACTTGATTTGGTTGATAAAAATTCTAAAATTTTTAAAGATATTATAA
CTAATGTTGTATCTAGCGGTTTTGATGGTATTTTTGTTGTTGCAAGCAATCCTGTAGACATTATG
ACTTATGTTACAATGAAATATTCCAAATTTCCTATTCATAAGGTTATTGGTACTGGGACTATTCT
TGATACTTCAAGACTTAGATATTTTTTAAGTGATCATTTTAATGTGAACACTCAAAATATACATT
CATATATTATGGGTGAGCACGTGACAGTTCTTTTGCTACGTGGGATGAAACAAAAATAGCAATG
AAGCCTTTGTCAGAATATCTTGCTGAAGGCAAAATAACTGAGTTGGAGCTTGATGAAATTCATA
AAAAGGTTGTGAATGCTGCTTATGAAGTTATTAAGTTAAAGGGGGCAACCTATTATGCTATTGG
ACTTGGTATTAAGAATATTGTAAATGCAATAATTGGAGATCAGAATGTTATTCTGCCAATATCT
TCTTATATTAATGGCCAGTATGGGGGATTGATTAAAGATATTTATATTGGAGCGCCTGCTATAG
TTTGTAAGGAAGGAGTCAAAGAAGTTTTAAACTTTAAGATAAGCCCTAAAGAGCTTGATAAGTT
TAATAGTTCTGCTAATCAGCTTAAAAGCTATATTGATAAAATGGAATTTTAG
f886.aa (SEQ ID NO:565)
MKKKQLILLLFMPQIIYAKSYFASDVFFNKYQKLNEKPKTGFYIEYYSVDDTEKLYLYKENNLIKYK
TIQIIENTKKITCYDTKDTKRKEEIYDNLNNKIQEIEYDSKGKTLETANYVYENENLISKNLKTINQKP
KLIYYSKDDNGKLLKITGSNFQIWNYGINGDIKSTYFDIKKATTKVIKYDDKKRNSNSTIIVNNKIKS
KEKNQYLDEEKIVNTFEEENTKIISTYKANNLIKEETYKNNELIKVNDFQYNESDMIIFQNTKEKDKD
QYTNTKIEYEYNKDNQLKSKKIYENDIIYLKTEYHNDNEYEEEIYYKKPALRVKHKNGKVTEEKPI
GTN
t886.aa (SEQ ID NO:566)
SYFASDVFFNKYQKLNEKPKTGFYIEYYSVDDTEKLYLYKENNLIKYKTIQIIENTKKITCYDTKDTK
RKEEIYDNLNNKIQEIEYDSKGKTLETANYVYENENLISKNLKTINQKPKLIYYSKDDNGKLLKITGS
NFQIWNYGINGDIKSTYFDIKKATTKVIKYDDKKRNSNSTIIVNNKIKSKEKNQYLDEEKIVNTFEEE
NTKIISTYKANNLIKEETYKNNELIKVNDFQYNESDMIIFQNTKEKDKDQYTNTKIEYEYNKDNQLK
SKKIYENDIIYLKTEYHNDNEYEEEIYYNKKPALRVKHKNGKVTEEKPIGTN
f886.nt (SEQ ID NO:567)
ATGAAAAAAAAACAATTAATACTTCTTCTATTTATGCCACAAATTATTTATGCAAAAAGCTATT
TTGCATCTGATGTATTTTTCAATAAATACCAAAAATTAAATGAAAAACCAAAAACGGGGTTTTA
TATTGAGTATTATTCTGTTGATGATACTGAAAAACTCTACCTATACAAAGAAAATAACTTAATA
AAATACAAAACAATTCAAATCATAGAAAACACAAAAAAAATTACATGTTATGATACAAAAGAT
ACAAAAAGAAAAGAAGAGATTTACGATAATTTAAATAACAAAATACAAGAAATTGAATATGAT
AGCAAAGGAAAAACTCTTGAAACAGCAAATTACGTTTATGAAAACGAAAACTTAATATCTAAA
AATTTAAAAACAATAAACCAAAAACCAAAATTAATATATTATTCTAAAGACGACAATGGTAAAT
TACTAAAAATAACAGGATCAAATTTCCAAATTTGGAACTATGGAATTAATGGCGACATAAAATC
TACATATTTTGACATCAAAAAAGCAACAACAAAAGTTATAAAATATGATGATAAAAAAAGAAA
TTCAAACAGTACAATAATTGTTAATAATAAAATAAAATCCAAAGAAAAAAACCAATATTTAGAT
GAAGAAAAAATAGTAAATACCTTTGAAGAAGAGAATACAAAAATCATATCTACCTACAAGGCA
AACAACCTAATTAAAGAAGAAACATATAAAAATAATGAACTTATAAAAGTAAATGATTTTCAAT
ACAACGAATCTGATATGATAATTTTTCAAAACACTAAAGAAAAGGATAAAGACCAATACACCA
ATACTAAAATTGAATACGAATATAACAAAGACAATCAATTAAAAAGCAAAAAAATTTATGAGA
ACGATATAATTTATCTAAAAACTGAATACCACAATGACAATGAATATGAAGAAGAAATATACTA
CAATAAAAAACCTGCTCTTAGGGTAAAACACAAGAACGGAAAAGTCACCGAAGAAAAACCAAT
AGGAACAAATTAA
t886.nt (SEQ ID NO:568)
AGCTATTTTGCATCTGATGTATTTTTCAATAAATACCAAAAATTAAATGAAAAACCAAAAACGG
GGTTTTATATTGAGTATTATTCTGTTGATGATACTGAAAAACTCTACCTATACAAAGAAAATAA
CTTAATAAAATACAAAACAATTCAAATCATAGAAAACACAAAAAAAATTACATGTTATGATACA
AAAGATACAAAAAGAAAAGAAGAGATTTACGATAATTTAAATAACAAAATACAAGAAATTGAA
TATGATAGCAAAGGAAAAACTCTTGAAACAGCAAATTACGTTTATGAAAACGAAAACTTAATA
TCTAAAAATTTAAAAACAATAAACCAAAAACCAAAATTAATATATTATTCTAAAGACGACAATG
GTAAATTACTAAAAATAACAGGATCAAATTTCCAAATTTGGAACTATGGAATTAATGGCGACAT
AAAATCTACATATTTTGACATCAAAAAAGCAACAACAAAAGTTATAAAATATGATGATAAAAA
AAGAAATTCAAACAGTACAATAATTGTTAATAATAAAATAAAATCCAAAGAAAAAAACCAATA
TTTAGATGAAGAAAAAATAGTAAATACCTTTGAAGAAGAGAATACAAAAATCATATCTACCTA
CAAGGCAAACAACCTAATTAAAGAAGAAACATATAAAAATAATGAACTTATAAAAGTAAATGA
TTTTCAATACAACGAATCTGATATGATAATTTTTCAAAACACTAAAGAAAAGGATAAAGACCAA
TACACCAATACTAAAATTGAATACGAATATAACAAAGACAATCAATTAAAAAGCAAAAAAATT
TATGAGAACGATATAATTTATCTAAAAACTGAATACCACAATGACAATGAATATGAAGAAGAA
ATATACTACAATAAAAAACCTGCTCTTAGGGTAAAACACAAGAACGGAAAAGTCACCGAAGAA
AAACCAATAGGAACAAATTAA
f888.aa (SEQ ID NO:569)
MEKLKLKLAIPLLVFTICKIHSQSNIEYNFSYIINTKKENIDLKKGIEKQLDKIYDKITEHIVNNDDKSII
EDIYINQDIIKTELEISKLKKEMDKKKLQNIITAKEKHNTKTKIDELKKNIQNINNKQKKFAEYFNNL
KKLKVKYKKIEEQTNISNLNKEFFIREELFFINYIDLKKIENYYLLEISNITPEKIETKKAVFKTSSSVNE
IADHITKYSLKEILGREFLKININVKNNSDAKIYINEKFVSKGIYHDNIFDISKLPNKEIEIQITSANFEN
YSIKRTVKNADSIILDIDLKRTISKKVSIKSNVQSKVFKKGIFMGETPIEIEKPENQDIILLKSKGYKDK
FKLINKEEDQVEIEMIKTNKNRLIDTRDKFYVNLAVFFLSTTGAIFAGTLLNNSEVLYKITGNHFINKR
LTAEDVYMAKAEQMTATFLFGVGITLTTGSFISLITHLVEYIKEANMGE
t888.aa (SEQ ID NO:570)
SNIEYNFSYIINTKKENIDLKKGIEKQLDKIYDKITEHIVNNDDKSIIEDIYINQDIIKTELEISKLKKEM
DKKKLQNIITAKEKHNTKTKIDELKKNIQNINNKQKKFAEYFNNLKKLKVKYKKIEEQTNISNLNKE
FFIREELFFINYIDLKKIENYYLLEISNITPEKIETKKAVFKTSSSVNEIADHITKYSLKEILGREFLKININ
VKNNSDAKIYINEKFVSKGIYHDNIFDISKLPNKEIEIQITSANFENYSIKRTVKNADSIILDIDLKRTIS
KKVSIKSNVQSKVFKKGIFMGETPIEIEKPENQDIILLKSKGYKDKFKLINKEEDQVEIEMIKTNKNRL
IDTRDKFYVNLAVFFLSTIGAIFAGTLLNNSEVLYKITGNHFINKRLTAEDVYMAKAEQMTATFLFG
VGITLTIGSFISLITHLVEYIKEANMGE
f888.nt (SEQ ID NO:571)
ATGGAAAAGCTTAAACTAAAGCTAGCAATACCATTGCTAGTATTTACAATATGCAAAATACATT
CTCAAAGTAATATTGAATACAATTTTTCCTATATCATTAATACAAAAAAAGAAAATATTGACCT
AAAAAAGGGTATTGAAAAACAATTGGACAAAATCTATGATAAAATAACAGAACATATAGTAAA
CAATGATGACAAGAGCATCATTGAAGACATTTATATAAATCAAGATATAATAAAAACAGAACT
TGAAATTAGCAAATTAAAAAAAGAAATGGATAAAAAAAAACTTCAAAACATAATAACCGCAAA
AGAAAAGCATAACACCAAAACCAAAATTGATGAGCTTAAAAAAAATATTCAAAATATTAACAA
TAAACAAAAAAAATTTGCAGAATATTTTAACAATTTAAAAAAACTAAAAGTAAAATATAAAAA
AATCGAAGAGCAAACAAATATATCAAATTTAAATAAAGAATTTTTTATAAGAGAAGAATTATTT
TTTATTAACTATATTGATCTTAAAAAAATAGAAAATTATTATTTGCTAGAAATTAGCAACATCA
CTCCTGAGAAAATTGAGACTAAAAAAGCGGTATTTAAAACATCATCTTCTGTTAATGAAATTGC
AGATCACATAACAAAATACAGCCTCAAAGAAATATTGGGCAGAGAATTTTTAAAAATCAACATT
AACGTCAAAAATAACTCGGATGCAAAAATCTACATAAATGAAAAATTTGTTTCAAAAGGAATCT
ATCACGATAATATTTTTGACATTTCTAAACTCCCAAACAAAGAAATTGAAATACAAATCACAAG
TGCAAATTTCGAAAACTATTCTATTAAAAGAACGGTAAAAAATGCAGACTCAATAATATTAGAT
ATTGACTTAAAAAGAACAATCTCTAAAAAAGTATCAATTAAAAGCAATGTACAATCTAAAGTTT
TTAAAAAAGGAATATTTATGGGAGAAACCCCAATTGAAATTGAAAAACCAGAAAATCAAGATA
TCATCTTGCTTAAATCTAAAGGATATAAAGATAAATTCAAGTTAATAAATAAAGAAGAAGATCA
AGTAGAAATAGAAATGATAAAAACTAACAAAAATAGACTTATCGACACAAGAGATAAATTTTA
TGTCAATCTGGCCGTCTTTACATTAAGCACAATAGGAGCCATTTTTGCAGGAACATTGCTTAAC
AATTCAGAAGTACTTTATAAAATAACAGGCAATCACTTTATTAACAAAAGATTAACAGCAGAAG
ATGTTTATATGGCAAAAGCGGAACAAATGACTGCAACATTTCTATTTGGAGTAGGAATCACTTT
AACTATTGGAAGCTTTATCTCATTAATAACTCATTTAGTAGAATATATTAAAGAAGCAAATATG
GGAGAATAG
t888.nt (SEQ ID NO:572)
AGTAATATTGAATACAATTTTTCCTATATCATTAATACAAAAAAAGAAAATATTGACCTAAAAA
AGGGTATTGAAAAACAATTGGACAAAATCTATGATAAAATAACAGAACATATAGTAAACAATG
ATGACAAGAGCATCATTGAAGACATTTATATAAATCAAGATATAATAAAAACAGAACTTGAAA
TTAGCAAATTAAAAAAAGAAATGGATAAAAAAAAACTTCAAAACATAATAACCGCAAAAGAAA
AGCATAACACCAAAACCAAAATTGATGAGCTTAAAAAAAATATTCAAAATATTAACAATAAAC
AAAAAAAATTTGCAGAATATTTTAACAATTTAAAAAAACTAAAAGTAAAATATAAAAAAATCG
AAGAGCAAACAAATATATCAAATTTAAATAAAGAATTTTTTATAAGAGAAGAATTATTTTTTAT
TAACTATATTGATCTTAAAAAAATAGAAAATTATTATTTGCTAGAAATTAGCAACATCACTCCT
GAGAAAATTGAGACTAAAAAAGCGGTATTTAAAACATCATCTTCTGTTAATGAAATTGCAGATC
ACATAACAAAATACAGCCTCAAAGAAATATTGGGCAGAGAATTTTTAAAAATCAACATTAACGT
CAAAAATAACTCGGATGCAAAAATCTACATAAATGAAAAATTTGTTTCAAAAGGAATCTATCAC
GATAATATTTTTGACATTTCTAAACTCCCAAACAAAGAAATTGAAATACAAATCACAAGTGCAA
ATTTCGAAAACTATTCTATTAAAAGAACGGTAAAAAATGCAGACTCAATAATATTAGATATTGA
CTTAAAAAGAACAATCTCTAAAAAAGTATCAATTAAAAGCAATGTACAATCTAAAGTTTTTAAA
AAAGGAATATTTATGGGAGAAACCCCAATTGAAATTGAAAAACCAGAAAATCAAGATATCATC
TTGCTTAAATCTAAAGGATATAAAGATAAATTCAAGTTAATAAATAAAGAAGAAGATCAAGTA
GAAATAGAAATGATAAAAACTAACAAAAATAGACTTATCGACACAAGAGATAAATTTTATGTC
AATCTGGCCGTCTTTACATTAAGCACAATAGGAGCCATTTTTGCAGGAACATTGCTTAACAATT
CAGAAGTACTTTATAAAATAACAGGCAATCACTTTATTAACAAAAGATTAACAGCAGAAGATGT
TTATATGGCAAAAGCGGAACAAATGACTGCAACATTTCTATTTGGAGTAGGAATCACTTTAACT
ATTGGAAGCTTTATCTCATTAATAACTCATTTAGTAGAATATATTAAAGAAGCAAATATGGGAG
AATAG
f893.aa (SEQ ID NO:573)
MVRFLGFLYLITTIPLIKSCDAAQFGDYKPLYFENENDLKTANEYINSLGYKTISEYTTKIDILDFPEN
KEITINEINKLNNLDLRKSIFLKKLSNLFNIEHKKLLYVENRFKSINFKNLKKELNINADIHSLDYKTKI
NFISSIIFLIIIILLIFLDPTNSIFTLIFLLISSLAFMISKEIMYFYPFTVLSYLLFLIISNFNKNYNKIYLKEINF
LTLMTKIKHLLFLFTFTALYFITITTFFTTNIDPTFIAFVAIPTLCIFLIFSWIKTESNFKDTFLFPIEIKEK
KIEGKKALKSKIAIHLLLFTLSLIPFAYSSYMLNSYENINYLYSKKLNYFDYLNPNNIYIMLGYNKDM
PNIIGYLSHILYQNELKYNITAKYGKIPKDIKENYFEIKNDKIEIHPKTVYEVDKSFIDEILKKDLASLF
LKNKNPILIYKENKNNINTDKKNYKILFFFSLPFFVLLFLFKAIRFTILLNIN
EKTYKKYIQG
t893.aa (SEQ ID NO:574)
CDAAQFGDYKPLYFENENDLKTANEYINSLGYKTISEYTTKIDILDFPENKEITINEINKLNNLDLRKS
IFLKKLSNLFNIEHKKLLYVENRFKSINFKNLKKELNINADIHSLDYKTKINFISSIIFLIIIILLIFLDPTNS
IFTLIFLLISSLAFMISKEIMYFYPFTVLSYLLFLIISNFNKNYNKIYLKEINFLTLMTKIKHLLFLFTFTA
LYFITITTFFTTNIDPTFIAFVAIPTLCIFLIFSWIKTESNFKDTFLFPIEIKEKKIEGKKALKSKIAIHLLLF
TLSLIPFAYSSYMLNSYENINYLYSKKLNYFDYLNPNNIYIMLGYNKDMPNIIGYLSHILYQNELKYN
ITAKYGKIPKDIKENYFEIKNDKIEIHPKTVYEVDKSFIDEILKKDLASLFLKNKNPILIYKENKNNINT
DKKNYKILFFFSLPFFVLLFLFKAIRFTILLNLNEKTYKKYIQG
f893.nt (SEQ ID NO:575)
ATGGTGCGTTTTTTAGGTTTTTTATATTTAATTACAACAATACCACTTATCAAATCCTGTGATGC
AGCTCAATTTGGAGACTACAAACCTTTATACTTTGAAAATGAAAATGATCTAAAAACTGCCAAT
GAATATATAAATTCACTAGGATACAAAACAATCTCAGAATACACAACAAAAATTGACATTTTAG
ACTTTCCCGAAAATAAAGAAATCACAATAAATGAGATAAACAAACTTAACAATCTTGACCTGAG
AAAAAGCATATTTTTAAAAAAGCTCTCCAATCTTTTCAACATAGAGCACAAAAAACTTCTTTAT
GTTGAAAACAGGTTTAAAAGTATAAATTTTAAAAACCTAAAAAAAGAACTCAATATTAATGCCG
ACATACATTCTCTTGACTACAAAACAAAAATTAATTTTATTTCAAGCATAATATTTCTAATCATA
ATAATTTTATTAATTTTTTTAGACCCAACAAACTCTATATTTACTTTAATTTTTCTATTAATTTCA
TCTCTTGCTTTTATGATAAGCAAAGAAATAATGTATTTTTATCCATTTACAGTTCTCTCTTATTT
GTTATTTTTAATAATCAGTAATTTTAACAAAAATTACAATAAAATATATTTAAAAGAAATAAAT
TTTTTAACACTAATGACAAAAATAAAACACTTACTATTTTTATTTACATTCACAGCTCTATATTT
CATTACAATCACAACCTTTTTTACTACAAATATTGATCCCACTTTTATTGCATTTGTCGCAATAC
CAACCCTTTGCATTTTCTTAATTTTCAGCTGGATAAAAACAGAAAGCAATTTTAAAGACACTTTC
TTATTCCCAATCGAGATTAAAGAGAAAAAAATAGAAGGAAAAAAAGCTTTAAAATCAAAAATA
GCAATACATCTACTACTATTTACACTCTCATTAATTCCTTTCGCTTATTCAAGCTATATGCTAAA
TTCTTATGAAAACATTAACTACCTTTACAGTAAAAAATTAAATTACTTTGATTATTTAAATCCTA
ATAACATTTATATAATGCTGGGATACAACAAAGACATGCCCAATATTATAGGGTACCTATCCCA
CATTCTTTATCAAAACGAACTAAAATACAATATTACCGCTAAGTATGGAAAAATTCCTAAAGAT
ATAAAAGAAAATTACTTTGAAATCAAAAACGACAAAATAGAAATTCATCCTAAAACTGTTTACG
AAGTAGACAAATCATTTATTGATGAAATTCTTAAAAAAGATCTTGCAAGTCTGTTTTTAAAAAA
TAAAAATCCAATCCTAATATATAAAGAAAACAAGAATAATATCAACACAGATAAAAAAAATTA
CAAAATACTTTTCTTTTTCTCTTTGCCCTTCTTTGTATTACTATTCCTATTTAAAGCAATAAGATT
TACAATTCTTTTAAACATAAATGAAAAAACCTATAAAAAATATATTCAAGGATAA
t893.nt (SEQ ID NO:576)
TGTGATGCAGCTCAATTTGGAGACTACAAACCTTTATACTTTGAAAATGAAAATGATCTAAAAA
CTGCCAATGAATATATAAATTCACTAGGATACAAAACAATCTCAGAATACACAACAAAAATTGA
CATTTTAGACTTTCCCGAAAATAAAGAAATCACAATAAATGAGATAAACAAACTTAACAATCTT
GACCTGAGAAAAAGCATATTTTTAAAAAAGCTCTCCAATCTTTTCAACATAGAGCACAAAAAAC
TTCTTTATGTTGAAAACAGGTTTAAAAGTATAAATTTTAAAAACCTAAAAAAAGAACTCAATAT
TAATGCCGACATACATTCTCTTGACTACAAAACAAAAATTAATTTTATTTCAAGCATAATATTTC
TAATCATAATAATTTTATTAATTTTTTTAGACCCAACAAACTCTATATTTACTTTAATTTTTCTAT
TAATTTCATCTCTTGCTTTTATGATAAGCAAAGAAATAATGTATTTTATCCATTTACAGTTCTC
TCTTATTTGTTATTTTTAATAATCAGTAATTTTAACAAAAATTACAATAAAATATATTTAAAAGA
AATAAATTTTTTAACACTAATGACAAAAATAAAACACTTACTATTTTTATTTACATTCACAGCTC
TATATTTCATTACAATCACAACCTTTTTTACTACAAATATTGATCCCACTTTTATTGCATTTGTCG
CAATACCAACCCTTTGCATTTTCTTAATTTTCAGCTGGATAAAAACAGAAAGCAATTTTAAAGA
CACTTTCTTATTCCCAATCGAGATTAAAGAGAAAAAAATAGAAGGAAAAAAAGCTTTAAAATC
AAAAATAGCAATACATCTACTACTATTTACACTCTCATTAATTCCTTTCGCTTATTCAAGCTATA
TGCTAAATTCTTATGAAAACATTAACTACCTTTACAGTAAAAAATTAAATTACTTTGATTATTTA
AATCCTAATAACATTTATATAATGCTGGGATACAACAAAGACATGCCCAATATTATAGGGTACC
TATCCCACATTCTTTATCAAAACGAACTAAAATACAATATTACCGCTAAGTATGGAAAAATTCC
TAAAGATATAAAAGAAAATTACTTTGAAATCAAAAACGACAAAATAGAAATTCATCCTAAAAC
TGTTTACGAAGTAGACAAATCATTTATTGATGAAATTCTTAAAAAAGATCTTGCAAGTCTGTTT
TTAAAAAATAAAAATCCAATCCTAATATATAAAGAAAACAAGAATAATATCAACACAGATAAA
AAAAATTACAAAATACTTTTCTTTTTCTCTTTGCCCTTCTTTGTATTACTATTCCTATTTAAAGCA
ATAAGATTTACAATTCTTTTAAACATAAATGAAAAAACCTATAAAAAATATATTCAAGGATAA
f895.aa (SEQ ID NO:577)
MIRALLTNDLFLSCLVSGISAQVIKYGIQTVKTRKLKLTPVHLLKKIFLETGGMPSSHSSTVTALSTSI
ALTEGIDTNFIIALAFALITIRDSFGVRYMSGVQAEYLNALSEKLKKEIKIDTTKIKVVKGHKKKEVLT
GIIIGIVSAYIVCYF
t895.aa (SEQ ID NO:578)
AQVIKYGIQTVKTRKLKLTPVHLLKKIFLETGGMPSSHSSTVTALSTSIALTEGIDTNFIIALAFALITIR
DSFGVRYMSGVQAEYLNALSEKLKKEIKIDTTKIKVVKGHKKKEVLTGIIIGIVSAYIVCYF
f895.nt (SEQ ID NO:579)
ATGATAAGGGCATTGCTTACCAATGATCTTTTTTTGTCTTGTCTTGTATCAGGAATTTCTGCTCA
AGTGATTAAATATGGTATCCAAACTGTAAAAACAAGAAAGTTAAAACTAACTCCAGTACATCTT
TTAAAAAAAATTTTTCTAGAAACAGGAGGCATGCCAAGTAGTCATTCATCAACGGTCACCGCTC
TTTCAACCTCAATCGCACTAACTGAAGGAATAGATACAAATTTTATAATAGCTCTTGCATTTGC
CCTTATTACAATAAGAGATTCTTTCGGCGTAAGATATATGTCTGGAGTTCAAGCAGAATATTTA
AATGCATTATCAGAAAAATTAAAAAAAGAAATAAAAATTGACACAACAAAAATAAAAGTGGTC
AAGGGGCACAAAAAGAAGAGGTTCTAACGGGCATAATAATAGGAATAGTCTCTGCGTATATT
GTGTGCTATTTTTAG
t895.nt (SEQ ID NO:580)
GCTCAAGTGATTAAATATGGTATCCAAACTGTAAAAACAAGAAAGTTAAAACTAACTC
CAGTACATCTTTTAAAAAAAATTTTTCTAGAAACAGGAGGCATGCCAAGTAGTCATTCATCAAC
GGTCACCGCTCTTTCAACCTCAATCGCACTAACTGAAGGAATAGATACAAATTTTATAATAGCT
CTTGCATTTGCCCTTATTACAATAAGAGATTCTTTCGGCGTAAGATATATGTCTGGAGTTCAAGC
AGAATATTTAAATGCATTATCAGAAAAATTAAAAAAAGAAATAAAAATTGACACAACAAAAAT
AAAAGTGGTCAAGGGGCACAAAAAGAAAGAGGTTCTAACGGGCATAATAATAGGAATAGTCTC
TGCGTATATTGTGTGCTATTTTTAG
f605.aa (SEQ ID NO:581)
MYIGAAGKSFSIIIDSAFLSNCFLFIGSFSRSDSLMSLSNSRFEYPYDASCEFSLVNIVKYVCGSKYSPM
RPTLIISKLPVFLLLVRTGQFSLVSIRLIFRIFFHWF
t605.aa (SEQ ID NO:582)
CFLFIGSFSRSDSLMSLSNSRFEYPYDASCEFSLVNIVKYVCGSKYSPMRPTLIISKLPVFLLL
VRTGQFSLVSIRLIFRIFFHWF
f605.nt (SEQ ID NO:583)
ATGTATATTGGTGCAGCAGGAAAATCTTTTTCAATTATTATTGATTCTGCTTTTCTGAGT
AATTGTTTTCTTTTTATAGGATCTTTTTCAAGATCTGATTCTCTGATGAGTTTGTCAAATTCTAG
GTTTGAATATCCGTATGATGCAAGTTGTGAATTTTCTCTTGTGAATATAGTAAAGTATGTGTGT
GGATCTAAATATTCCCCAATGCGTCCAACTCTTATTATTTCAAAATTGCCAGTATTTCTGCTGTT
GGTAAGAACAGGCCAATTTTCGTTGGTAAGCATAAGATTGATATTTAGAATTTTTTTCCATTGG
TTTTGA
t605.nt (SEQ ID NO:584)
TGTTTTCTTTTTATAGGATCTTTTTCAAGATCTGATTCTCTGATGAGTTTGTCAAATTCT
AGGTTTGAATATCCGTATGATGCAAGTTGTGAATTTTCTCTTGTGAATATAGTAAAGTATGTGT
GTGGATCTAAATATTCCCCAATGCGTCCAACTCTTATTATTTCAAAATTGCCAGTATTTCTGCTG
TTGGTAAGAACAGGCCAATTTTCGTTGGTAAGCATAAGATTGATATTTAGAATTTTTTTCCATTG
GTTTTGA
f606.aa (SEQ ID NO:585)
MKLQRSLFLIIFFLTFLCCNNKERKEGVSFKISLGAEPSSLDPQLAEDNVASKMIDTMFRGIV
TGDPNTGGNKPGLAKGWDISSDGTVYTFNLREKITWSDGVAITAEGIRKSYLRILNKETGSKYVEM
VKSVIKNGQKYFDGQVTDSELGIRAIDEKTLEITLESPKPYFIDMLVHQSFIPVPVHVTEKYGQNWTS
PENMVTSGPFKLKERIPNEKYVFEKNNKYYDSNEVELEEITFYTTNDSSTAYKMYENEELDAIFGSIP
PDLIKNLKLRSDYYSSAVNAIYFYAFNTHIKPLDNVKIRKALTLAIDRETLTYKVLDNGTTPTRRATP
NFSSYSYAKSLELFNPEIAKTLLAEAGYPNGNGFPILKLKYNTNEANKKICEFIQNQWKKNLNIDVEL
ENEEWTTYLNTKANGNYEIARAGWIGDYADPLTFLSIFTQGYTQFSSHNYSNPEYNELIKKSDLELD
PIKRQDILRQAEEIIIEKDFPIAPIYIYGNSYLFRNDKWTGWNTNILERFDLSQLKLKNK
t606.aa (SEQ ID NO:586)
CCNNKERKEGVSFKISLGAEPSSLDPQLAEDNVASKMIDTMFRGIVTGDPNTGGNKPGLAK
GWDISSDGTVYTFNLREKITWSDGVAITAEGIRKSYLRILNKETGSKYVEMVKSVIKNGQKYFDGQ
VTDSELGIRAIDEKTLEITLESPKPYFIDMLVHQSFIPVPVHVTEKYGQNWTSPENMVTSGPFKLKERI
PNEKYVFEKNNKYYDSNEVELEEITFYTTNDSSTAYKMYENEELDAIFGSIPPDLIKNLKLRSDYYSS
AVNAIYFYAFNTHIKPLDNVKIRKALTLAIDRETLTYKVLDNGTTPTRRATPNFSSYSYAKSLELFNP
EIAKTLLAEAGYPNGNGFPILKLKYNTNEANKKICEFIQNQWKKNLNIDVELENEEWTTYLNTKAN
GNYEIARAGWIGDYADPLTFLSIFTQGYTQFSSHNYSNPEYNELIKKSDLELDPIKRQDILRQAEEIIIE
KDFPIAPIYIYGNSYLFRNDKWTGWNTNILERFDLSQLKLKNK
f606.nt (SEQ ID NO:587)
ATGAAATTACAAAGGTCATTATTTTTAATAATATTTTTTCTAACTTTTCTTTGTTGTAAT
AACAAGGAAAGAAAAGAAGGAGTATCATTTAAAATAAGCTTGGGAGCAGAGCCAAGCAGTCTT
GACCCTCAATTAGCAGAGGATAATGTCGCATCAAAAATGATTGACACAATGTTTAGAGGGATTG
TTACAGGAGATCCTAATACAGGGGGAAATAAACCGGGACTTGCAAAAGGGTGGGATATTTCTT
CTGATGGAACAGTTTACACATTTAACCTAAGAGAAAAAATCACTTGGAGTGACGGAGTTGCAAT
CACTGCAGAAGGAATTAGAAAATCTTATCTTAGAATTTTAAATAAAGAAACTGGCTCAAAGTAC
GTTGAAATGGTTAAATCGGTAATTAAAAATGGTCAAAAATATTTTGATGGACAAGTGACTGACT
CTGAACTTGGAATTAGAGCGATTGATGAAAAAACATTAGAAATAACACTGGAATCACCAAAAC
CTTATTTTATTGATATGTTAGTACACCAATCATTTATTCCAGTACCAGTTCATGTTACCGAAAAG
TATGGACAAAACTGGACAAGCCCCGAAAACATGGTGACAAGTGGTCCTTTTAAATTAAAAGAA
AGAATTCCTAACGAAAAATATGTCTTTGAAAAAAAATAACAAATACTACGACTCAAATGAAGTA
GAATTAGAAGAGATTACATTTTACACAACAAATGACAGCTCAACAGCGTATAAAATGTATGAA
AATGAAGAGCTAGATGCAATTTTTGGTTCCATACCCCCAGATCTAATCAAAAATCTAAAATTAA
GAAGCGACTATTACTCATCAGCTGTTAATGCCATATACTTTTACGCGTTCAATACACACATCAA
ACCACTTGACAACGTTAAAATTAGAAAAGCCTTAACTCTTGCTATTGACAGAGAAACGCTTACA
TATAAAGTTCTTGACAACGGGACTACCCCTACAAGAAGAGCAACTCCCAACTTTAGTTCATATT
CTTATGCAAAAAGTTTAGAATTATTTAATCCTGAAATTGCAAAAACCCTTCTAGCTGAAGCTGG
ATATCCTAATGGCAATGGATTTCCAATTTTAAAATTAAAATACAATACAAACGAAGCAAATAAA
AAAATTTGTGAATTTATTCAAAACCAATGGAAAAAAAAATTTAAATATTGATGTGGAACTTGAAA
ACGAAGAATGGACAACATACTTAAACACTAAGGCAAATGGAAATTATGAAATAGCAAGAGCAG
GATGGATAGGCGATTATGCTGATCCTTTGACATTTTTAAGCATATTCACACAAGGATACACACA
ATTCTCATCTCATAATTACTCAAACCCAGAATACAACGAACTTATAAAGAAATCCGACCTTGAG
CTTGATCCAATAAAAAGACAAGACATTTTAAGACAAGCAGAAGAGATAATTATTGAAAAAGAT
TTTCCAATAGCACCAATATACATATATGGGAACAGTTACCTTTTCAGAAATGACAAATGGACAG
GGTGGAACACCAATATTTTAGAAAGATTTGATTTATCTCAGCTAAAATTAAAAAATAAATAA
t606.nt (SEQ ID NO:588)
TGTTGTAATAACAAGGAAAGAAAAGAAGGAGTATCATTTAAAATAAGCTTGGGAGCAG
AGCCAAGCAGTCTTGACCCTCAATTAGCAGAGGATAATGTCGCATCAAAAATGATTGACACAAT
GTTTAGAGGGATTGTTACAGGAGATCCTAATACAGGGGGAAATAAACCGGGACTTGCAAAAGG
GTGGGATATTTCTTCTGATGGAACAGTTTACACATTTAACCTAAGAGAAAAAATCACTTGGAGT
GACGGAGTTGCAATCACTGCAGAAGGAATTAGAAAATCTTATCTTAGAATTTTAAATAAAGAA
ACTGGCTCAAAGTACGTTGAAATGGTTAAATCGGTAATTAAAAATGGTCAAAAATATTTTGATG
GACAAGTGACTGACTCTGAACTTGGAATTAGAGCGATTGATGAAAAAACATTAGAAATAACAC
TGGAATCACCAAAACCTTATTTTATTGATATGTTAGTACACCAATCATTTATTCCAGTACCAGTT
CATGTTACCGAAAAGTATGGACAAAACTGGACAAGCCCCGAAAACATGGTGACAAGTGGTCCT
TTTAAATTAAAAGAAAGAATTCCTAACGAAAAATATGTCTTTGAAAAAAATAACAAATACTACG
ACTCAAATGAAGTAGAATTAGAAGAGATTACATTTTACACAACAAATGACAGCTCAACAGCGT
ATAAAATGTATGAAAATGAAGAGCTAGATGCAATTTTTGGTTCCATACCCCCAGATCTAATCAA
AAATCTAAAATTAAGAAGCGACTATTACTCATCAGCTGTTAATGCCATATACTTTTACGCGTTC
AATACACACATCAAACCACTTGACAACGTTAAAATTAGAAAAGCCTTAACTCTTGCTATTGACA
GAGAAACGCTTACATATAAAGTTCTTGACAACGGGACTACCCCTACAAGAAGAGCAACTCCCA
ACTTTAGTTCATATTCTTATGCAAAAAGTTTAGAATTATTTAATCCTGAAATTGCAAAAACCCTT
CTAGCTGAAGCTGGATATCCTAATGGCAATCGATTTCCAATTTTAAAATTAAAATACAATACAA
ACGAAGCAAATAAAAAAATTTGTGAATTTATTCAAAACCAATGGAAAAAAAATTTAAATATTG
ATGTGGAACTTGAAAACGAAGAATGGACAACATACTTAAACACTAAGGCAAATGGAAATTATG
AAATAGCAAGAGCAGGATGGATAGGCGATTATGCTGATCCTTTGACATTTTTAAGCATATTCAC
ACAAGGATACACACAATTCTCATCTCATAATTACTCAAACCCAGAATACAACGAACTTATAAAG
AAATCCGACCTTGAGCTTGATCCAATAAAAAGACAAGACATTTTAAGACAAGCAGAAGAGATA
ATTATTGAAAAAGATTTTCCAATAGCACCAATATACATATATGGGAACAGTTACCTTTTCAGAA
ATGACAAATGGACAGGGTGGAACACCAATATTTTAGAAAGATTTGATTTATCTCAGCTAAAATT
AAAAAATAAATAA
f679.aa (SEQ ID NO:589)
MFNRSSCVLQNFLFLFLFLSLVSCFAKKEISGNNFIKAHSKEFDLNNLNWLWNFDYTKKNF
DKHFNIDPSSYIYVAYLFKKIGFEEKFVEYMKKAIANGDSIASQFAGIKLIEYFNSAKEYFASELIGEK
LYKKYENNKFIILGYFKSLYWQKKNDKALSLLNKLDKMKFSDYQENENILLKAVLYLNLSNVSESK
IYFNELFENLPANYLHVRAYDYFIIENKSRYFGANFLNLVRFKYEVANGNFNGAINILNKNGLNDYY
DNNIVLSDVYKAFISSGKVSNALTFFSKIKSKYKNYYLGILNLREKNNLGLLLLKEYLEGLDLNNEIN
RLDLLNTAFSNLIFTKSARDYFAESLPKFYTEGDKKNSTFIKILEEYILESIQLEDYGNLYKLYSNAQK
VISNSVLSKLAFINARLIYHKLIKPNVSGEYKSLLHSAVNYDKWSYSSFMSRYLLDQNIDEFFTGGSDI
KYEQSDYEIFLEGFLKFNLCNYVRGFISEDFRNGYKFSLDFYRKVYDELLKSENYYDATLVINYLVN
QDESALMENDYKRLYPYLYGSLIEYWAKRRGLEASVVFSLIKAESSFEKNAVSKPGAVGLMQYMPS
TANDISKELKYFNYDLKIPKDNIIIGTYYLKKRISTTGSLYKALASYNGGIGNVRKWEKSYGHLSKEL
FIEAIPFSQTRNYIKKILVYSVFYDALYEKKGIDSVIVKIMGEFPKN
t679.aa (SEQ ID NO:590)
CFAKKEISGNNFIKAHSKEFDLNNLNWLWNFDYTKKNFDKHFNIDPSSYIYVAYLFKKIGFE
EKFVEYMKKAIANGDSIASQFAGIKLIEYFNSAKEYFASELIGEKLYKKYENNKFIILGYFKSLYWQK
KNDKALSLLNKLDKMKFSDYQENENILLKAVLYLNLSNVSESKIYFNELFENLPANYLHVRAYDYFI
IENKSRYFGANFLNLVRFKYEVANGNFNGAINILNKNGLNDYYDNNIVLSDVYKAFISSGKVSNALT
FFSKIKSKYYNYYLGILNLREKNNLGLLLLKEYLEGLDLNNEINRLDLLNTAFSNLIFTKSARDYFAE
SLPKFYTEGDKKNSTFIKILEEYILESIQLEDYGNLYKLYSNAQKVISNSVLSKLAFINARLIYHKLIKP
NVSGEYKSLLHSAVNYDKWSYSSFMSRYLLDQNIDEFFTGGSDIKYEQSDYEIFLEGFLKFNLCNYV
RGFISEDFRNGYKFSLDFYRKVYDELLKSENYYDATLVINYLVNQDESALMENDYKRLYPYLYGSLI
EYWAKRRGLEASVVFSLIKAESSFEKNAVSKPGAVGLMQVMPSTANDISKELKYFNYDLKIPKDNIII
GTYYLKKRISTTGSLYKALASYNGGIGNVRKWEKSYGHLSKELFIEAIPFSQTRNYIKKILVYSVFYD
ALYEKKGIDSVIVKIMGEFPKN
f679.nt (SEQ ID NO:591)
ATGTTTAATAGAAGTTCTTGTGTATTACAAAATTTTCTTTTTCTTTTTTTATTTTTAAGTTTAGTT
TCTTGCTTTGCAAAAAAAGAAATCTCAGGCAATAATTTTATTAAGGCGCATTCAAAAGAGTTTG
ATTTAAATAATTTAAATTGGTTATGGAATTTTGATTATACAAAAAAAAATTTTGATAAGCATTTT
AACATAGATCCAAGTTCTTACATATATGTTGCTTATTTATTTAAAAAAATAGGATTTGAAGAGA
AATTTGTAGAGTATATGAAAAAGGCCATAGCTAATGGAGATAGCATTGCATCCCAGTTTGCTGG
GATTAAGCTTATTGAATATTTTAACTCAGCAAAAGAGTATTTTGCATCTGAATTGATTGGAGAG
AAGCTTTATAAAAATACGAAAATAATAAATTTATTATACTGGGGTACTTTAAAAGTCTTFATT
GGCAAAAGAAAAACGATAAGGCACTTAGTCTTTTAAATAAGCTTGATAAGATGAAATTTTCTGA
TTATCAGGAAAATGAAAATATTTTATTAAAAGCAGTTCTTTACCTTAATCTTFCTAATGTAAGTG
AGTCAAAAATTTATTTTAATGAGCTTTTTGAGAACTFACCTGCAAATTATTTACATGTAAGAGCT
TATGATTATTTTATTATTGAAAATAAGTCTAGGTATTTTGGTGCAAATTTTTTAAATCTTGTTAG
ATTTAAGTATGAAGTGGCAAATGGCAATTTTAATGGTGCAATAAATATATTAAATAAAAATGGT
TTAAATGATTATTATGACAATAACATTGTATTAAGTGATGTTTATAAGGCTTTTATTAGTTCTGG
CAAAGTTTCAAATGCTTTAACATTTTTTAGTAAAATAAAGAGCAAATATAAAAATTATTATTTA
GGTATTCTAAACCTTAGAGAGAAAAATAATTTAGGACTTCTTCTTTTAAAAGAATATCTTGAAG
GTTTAGATCTTAACAATGAGATTAACAGGCTTGATTTGCTTAATACTGCTTTTAGCAATTTAATT
TTTACTAAGAGCGCAAGGGATTATTTTGCCGAAAGTTTACCCAAGTTTTATACCGAGGGCGATA
AAAAAAATTCTACTTTTATTAAGATTTTAGAAGAGTATATTTTGGAATCAATTCAGCTTGAAGA
CTATGGCAATCTTTATAAGCTTTATTCTAATGCTCAAAAAGTTATTTCTAATTCTGTTTTGTCTA
AGCTTGCTTTTATTAATGCAAGGCTTATATATCATAAATTAATTAAACCTAACGTAAGCGGAGA
ATACAAGAGTCTTTTGCATTCTGCTGTTAATTATGATAAATGGTCTTATTCTTCATTTATGAGTA
GGTACTTATTAGATCAAAATATTGATGAATTTTTTACAGGTGGGTCTGATATTAAGTATGAGCA
ATCCGATTATGAGATTTTTTTGGAAGGGTTTTTAAAATTCAATCTTTGTAATTATGTTAGAGGGT
TTATTTCTGAGGATTTTAGGAATGGATATAAATTTTCACTTGATTTTTATCGAAAAGTATACGAT
GAACTTTTAAAGAGTGAAAATTATTACGATGCAACTCTTGTGATTAATTATCTTGTAAATCAAG
ATGAATCTGCTTTAATGGAGAATGACTATAAAAGACTTTATCCTTATTTGTATGGATCTTTGATA
GAATATTGGGCTAAAAGGAGAGGGCTTGAAGCTAGTGTTGTATTTTCTTTAATAAAAGCAGAG
AGTAGCTTTGAAAAAAATGCTGTCTCAAAACCGGGTGCTGTTGGCCTTATGCAGGTTATGCCAT
CAACAGCAAATGATATTTCTAAAGAACTTAAGTATTTTAACTATGATTTAAAGATTCCAAAAGA
TAATATAATAATTGGAACATATTATTTAAAAAAAAGAATATCTACAACTGGCAGTCTTTATAAG
GCTCTTGCGTCTTATAATGGGGGTATTGGTAATGTTAGAAAGTGGGAGAAAAGTTATGGACATT
TGTCAAAAGAGCTTTTTATTGAGGCAATTCCCTTTAGTCAAACTAGGAATTATATTAAAAAAAT
ATTAGTTTATTCGGTATTTTATGATGCTTTGTATGAAAAGAAGGGAATAGATTCAGTAATAGTT
AAAATTATGGGCGAATTCCCCAAAAATTAA
t679.nt (SEQ ID NO:592)
TGCTTTGCAAAAAAAGAAATCTCAGGCAATAATTTTATTAAGGCGCATTCAAAAGAGTTTGATT
TAAATAATTTAAATTGGTTATGGAATTTTGATTATACAAAAAAAAATTTTGATAAGCATTTTAA
CATAGATCCAAGTTCTTACATATATGTTGCTTATTTATTTAAAAAAATAGGATTTGAAGAGAAA
TTTGTAGAGTATATGAAAAAGGCCATAGCTAATGGAGATAGCATTGCATCCCAGTTTGCTGGGA
TTAAGCTTATTGAATATTTTAACTCAGCAAAAGAGTATTTTGCATCTGAATTGATTGGAGAGAA
GCTTTATAAAAAATACGAAAATAATAAATTTATTATACTGGGGTACTTTAAAAGTCTTTATTGG
CAAAAGAAAAACGATAAGGCACTTAGTCTTTTAAATAAGCTTGATAAGATGAAATTTTCTGATT
ATCAGGAAAATGAAAATATTTTATTAAAAGCAGTTCTTTACCTTAATCTTTCTAATGTAAGTGA
GTCAAAAATTTATTTTAATGAGCTTTTTGAGAACTTACCTGCAAATTATTTACATGTAAGAGCTT
ATGATTATTTTATTATTGAAAATAAGTCTAGGTATTTTGGTGCAAATTTTTTAAATCTTGTTAGA
TTTAAGTATGAAGTGGCAAATGGCAATTTTAATGGTGCAATAAATATATTAAATAAAAATGGTT
TAAATGATTATTATGACAATAACATTGTATTAAGTGATGTTTATAAGGCTTTTATTAGTTCTGGC
AAAGTTTCAAATGCTTTAACATTTTTTAGTAAAATAAAGAGCAAATATAAAAATTATTATTTAG
GTATTCTAAACCTTAGAGAGAAAAATAATTTAGGACTTCTTCTTTTAAAAGAATATCTTGAAGG
TTTAGATCTTAACAATGAGATTAACAGGCTTGATTTGCTTAATACTGCTTTTAGCAATTTAATTT
TTACTAAGAGCGCAAGGGATTATTTTGCCGAAAGTTTACCCAAGTTTTATACCGAGGGCGATAA
AAAAAATTCTACTTTTATTAAGATTTTAGAAGAGTATATTTTGGAATCAATTCAGCTTGAAGAC
TATGGCAATCTTTATAAGCTTTATTCTAATGCTCAAAAAGTTATTTCTAATTCTGTTTTGTCTAA
GCTTGCTTTTATTAATGCAAGGCTTATATATCATAAATTAATTAAACCTAACGTAAGCGGAGAA
TACAAGAGTCTTTTGCATTCTGCTGTTAATTATGATAAATGGTCTTATTCTTCATTTATGAGTAG
GTACTTATTAGATCAAAATATTGATGAATTTTTTACAGGTGGGTCTGATATTAAGTATGAGCAA
TCCGATTATGAGATTTTTTTGGAAGGGTTTTTAAAATTCAATCTTTGTAATTATGTTAGAGGGTT
TATTTCTGAGGATTTTAGGAATGGATATAAATTTTCACTTGATTTTTATCGAAAAGTATACGATG
AACTTTTAAAGAGTGAAAATTATTACGATGCAACTCTTGTGATTAATTATCTTGTAAATCAAGA
TGAATCTGCTTTAATGGAGAATGACTATAAAAGACTTTATCCTTATTTGTATGGATCTTTGATAG
AATATTGGGCTAAAAGGAGAGGGCTTGAAGCTAGTGTTGTATTTTCTTTAATAAAAGCAGAGA
GTAGCTTTGAAAAAAATGCTGTCTCAAAACCGGGTGCTGTTGGCCTTATGCAGGTTATGCCATC
AACAGCAAATGATATTTCTAAAGAACTTAAGTATTTTAACTATGATTTAAAGATTCCAAAAGAT
AATATAATAATTGGAACATATTATTTAAAAAAAAGAATATCTACAACTGGCAGTCTTTATAAGG
CTCTTGCGTCTTATAATGGGGGTATTGGTAATGTTAGAAAGTGGGAGAAAAGTTATGGACATTT
GTCAAAAGAGCTTTTTATTGAGGCAATTCCCTTTAGTCAAACTAGGAATTATATTAAAAAAATA
TTAGTTTATTCGGTATTTTATGATGCTTTGTATGAAAAGAAGGGAATAGATTCAGTAATAGTTA
AAATTATGGGCGAATTCCCCAAAAATTAA
f11-12.nt (SEQ ID NO:593)
TAAAAGGAGAATATTTTTATGAGAAAAAGTTTGTTTTTATATGCATTATTAATGGGAGGATTGA
TGTCTTGTAATCTAGATTCCAAATTATCTAGTAACAAAGAACAAAAAAATAACAATAATGTAAA
AGAAGTTTCGGATAGTGTTCAAGAAGATGGTCTTAATGATTTATATAATAATCAAGAAAAGCAA
AAAAGCTTTACTAAAAATTTTGGAGAACGGAAATATGAGGATTTAATTAATCCTATAGAGCCTA
TAATACCTTCAGAATCACCAAAGAATAAGGCTAATATACCAAATATTTCAATTGCGCATACTGA
AAAAAAAGAGACAAAAAAGGAGAATTTAATCCCTTCTACTAATGAAGAAAAGGAAGCTGATGC
AGCAATTAAATATTTAGAAGAAAATATTCTTAAAAACTCTAAATTTTCTGAATTAATTAGAGAA
GTACGTGTAATTAAAGATGAATATGCTTTAATAAAAGCTGATTTGTATGATGTAATTGGAAAGA
TTAACAATAAAAAAACATCATTAATGGAGAATCCTAAGAACAATAGAGATAAGATAAATAAAT
TAACACAATTGTTGCAAAATAATTTAAAGATAGATAGTGAACTTGAGCAGCTTATAAATATGAT
TGATATGGCAGAAAATGAAATAAGCTCTGCGGCTTTCTTTTTTGACAACGCTCAGAAAAGGTTA
AAAGAAAGCATTATTAAAAGATTAGAGAGTAAAAATAATAGATCTTATGCATTAAAATTGTCTA
GACAGGCTTTAAGTGACGCAAGAAGTGCTTTAAGTAATTTAGAATCTTTTGCCTCTAAAAGAAT
TGAACCAATGGTGAGAAAGGAAGAAATAAAAGAGCTTATTAAACATGCAAAAACTGTTTTAGA
AAGTGTCAATAAAAAATAA
t11-12.nt (SEQ ID NO:594)
TTGTAATCTAGATTCCAAATTATCTAGTAACAAAGAACAAAAAAATAACAATAATGTAAAAGA
AGTTTCGGATAGTGTTCAAGAAGATGGTCTTAATGATTTATATAATAATCAAGAAAAGCAAAAA
AGCTTTACTAAAAATTTTGGAGAACGGAAATATGAGGATTTAATTAATCCTATAGAGCCTATAA
TACCTTCAGAATCACCAAAGAATAAGGCTAATATACCAAATATTTCAATTGCGCATACTGAAAA
AAAAGAGACAAAAAAGGAGAATTTAATCCCTTCTACTAATGAAGAAAAGGAAGCTGATGCAGC
AATTAAATATTTAGAAGAAAATATTCTTAAAAACTCTAAATTTTCTGAATTAATTAGAGAAGTA
CGTGTAATTAAAGATGAATATGCTTTAATAAAAGCTGATTTGTATGATGTAATTGGAAAGATTA
ACAATAAAAAAACATCATTAATGGAGAATCCTAAGAACAATAGAGATAAGATAAATAAATTAA
CACAATTGTTGCAAAATAATTTAAAGATAGATAGTGAACTTGAGCAGCTTATAAATATGATTGA
TATGGCAGAAAATGAAATAAGCTCTGCGGCTTTCTTTTTTGACAACGCTCAGAAAAGGTTAAAA
GAAAGCATTATTAAAAGATTAGAGAGTAAAAATAATAGATCTTATGCATTAAAATTGTCTAGAC
AGGCTTTAAGTGACGCAAGAAGTGCTTTAAGTAATTTAGAATCTTTTGCCTCTAAAAGAATTGA
ACCAATGGTGAGAAAGGAAGAAATAAAAGAGCTTATTAAACATGCAAAAACTGTTTTAGAAAG
TCTCAATAAAAAA
f11-12.aa (SEQ ID NO:595)
KENIFMRKSLFLYALLMGGLMSCNLDSKLSSNKEQKNNNNVKEVSDSVQEDGLNDLYNNQEKQKS
FTKNFGERKYEDLINPIEPIIPSESPKNKANIPNISIAHTEKKETKKENLIPSTNEEKEADAAIKYLEENI
LKNSKFSELIREVRVIKDEYALIKADLYDVIGKINNKKTSLMENPKNNRDKINKLTQLLQNNLKIDSE
LEQLINMIDMAENEISSAAFFFDNAQKRLKESIIKRLESKNNRSYALKLSRQALSDARSALSNLESFAS
KRIEPMVRKEEIKELIKHAKTVLESLNKK
t11-12.aa (SEQ ID NO:596)
CNLDSKLSSNKEQKNNNNVKEVSDSVQEDGLNDLYNNQEKQKSFTKNFGERKYEDLINPI
EPIIPSESPKNKANIPNISIAHTEKKETKKENLIPSTNEEKEADAAIKYLEENILKNSKFSELIREVRVIK
DEYALIKADLYDVIGKINNKKTSLMENPKNNRDKINKLTQLLQNNLKIDSELEQLINMIDMAENEISS
AAFFFDNAQKRLKESIIKRLESKNNRSYALKLSRQALSDARSALSNLESFASKRIEPMVRKEEIKELIK
HAKTVLESLNKK
f11-4.nt (SEQ ID NO:597)
TAAAGGAGTTTACAAATGAGTAAACTAATATTGGCAATATCTATACTGCTAATAATTTCATGTA
AATGGTATGTAGACAATACCATTGATGAAGCAACTGTAGAAAGTAAATCAGCACTAACATCTAT
TGATCAAGTATTAGATGAGATAAGTGAAGCCACAGGCCTAAGTTCGGAAAAAATCACAAAATT
AACTCCGGAAGAGCTAGAAAATTTAGCAAAGGAAGCTCAAGATGACTCTGAAAAATCCAAAAA
AGAAATTGAAGATCAAAAAAATACCAAGGAAAGTAAAAACATAGAAGTAAAGGATACTCCTCG
CTTAATCAAATTGATAAAGAATTCATCAGAAAAAATTGATTCGGTTTTTCAAACACTAATTAAT
ATAGGTTATAATGCTACCTATGCAGCCAAAAGTAATTTGAAGAATGGACTAAAGATGGTGAAA
TTACTGGATGAGTTGCTAAAAATATCGGTAAGTAGCAATGGTGATAAAAGTACCCAAAAATAC
AATGAACTTAAAACCGTTGTAAATAAGTTTAATGCTGAAAATTCGGTAAGCGTTTCTTTTAAAG
AACATTCAAACAGTAAAATTGAAACTAAAAAATGTATTCAAACTCTTATGAAAAATGTAGAAAC
ATACTTTGAAGGTGTATGCAGCGAACTTAAAAACAAAAATGATGGTGAGTACGAAAAAACATT
GACAACTTTAAGCTAA
t11-4.nt (SEQ ID NO:598)
ATGTAAATGGTATGTAGACAATACCATTGATGAAGCAACTGTAGAAAGTAAATCAGCACTAAC
ATCTATTGATCAAGTATTAGATGAGATAAGTGAAGCCACAGGCCTAAGTTCGGAAAAAATCAC
AAAATTAACTCCGGAAGAGCTAGAAAATTTAGCAAAGGAAGCTCAAGATGACTCTGAAAAATC
CAAAAAAGAAATTGAAGATCAAAAAAATACCAAGGAAAGTAAAAACATAGAAGTAAAGGATA
CTCCTCGCTTAATCAAATTGATAAAGAATTCATCAGAAAAAATTGATTCGGTTTTTCAAACACT
AATTAATATAGGTTATAATGCTACCTATGCAGCCAAAAGTAATTTGAAGAATGGACTAAAGATG
GTGAAATTACTGGATGAGTTGCTAAAAATATCGGTAAGTAGCAATGGTGATAAAAGTACCCAA
AAATACAATGAACTTAAAACCGTTGTAAATAAGTTTAATGCTGAAAATTCGGTAAGCGTTTCTT
TTAAAGAACATTCAAACAGTAAAATTGAAACTAAAAAATGTATTCAAACTCTTATGAAAAATGT
AGAAACATACTTTGAAGGTGTATGCAGCGAACTTAAAAACAAAAATGATGGTGAGTACGAAAA
A
f11-4.aa (SEQ ID NO:599)
RSLQMSKLILAISILLIISCKWYVDNTIDEATVESKSALTSIDQVLDEISEATGLSSEKITKLTPEELENL
AKEAQDDSEKSKKEIEDQKNTKESKNIEVKDTPRLIKLIKNSSEKIDSVFQTLINIGYNATYAAKSNL
KNGLKMVKLLDELLKISVSSNGDKSTQKYNELKTVVNKFNAENSVSVSFKEHSNSKIETKKCIQTL
MKNVETYFEGVCSELKNKNDGEYEKTLTTLS
t11-4.aa (SEQ ID NO:600)
CKWYVDNTIDEATVESKSALTSIDQVLDEISEATGLSSEKITKLTPEELENLAKEAQDDSEKSKKEIE
DQKNTKESKNIEVKDTPRLIKLIKNSSEKIDSVFQTLINIGYNATYAAKSNLKNGLKMVKLLDELLKI
SVSSNGDKSTQKYNELKTVVNKFNAENSVSVSFKEHSNSKIETKKCIQTLMKNVETYFEGVCSELK
NKNDGEYEK
f112-1.nt (SEQ ID NO:601)
TGAATCTCTAAAGATTTTAGCAGGGGAGAAAATATGAAAAAAAGTTTTTTATCAATATACATGT
TAATTTCAATAAGTTTATTATCATGTGATGTTAGTAGATTAAATCAGAGAAATATTAATGAGCT
TAAAATTTTTGTTGAAAAGGCCAAGTATTATTCTATAAAATTAGACGCTATTTATAACGAATGT
ACAGGAGCATATAATGATATTATGACTTATTCGGAAGGTACATTTTCTGATCAAAGTAAGGTTA
ATCAAGCTATATCTATATTTAAAAAAGACAATAAAATTGTTAATAAGTTTAAGGAGCTTGAAAA
GATTATAGAAGAATACAAACCTATGTTTTTAAGTAAATTAATTGATGATTTTGCGGGATCCGTT
t112-1.nt (SEQ ID NO:602)
ATGTGATGTTAGTAGATTAAATCAGAGAAATATTAATGAGCTTAAAATTTTTGTTGAAAAGGCC
AAGTATTATTCTATAAAATTAGACGCTATTTATAACGAATGTACAGGAGCATATAATGATATTA
TGACTTATTCGGAAGGTACATTTTCTGATCAAAGTAAGGTTAATCAAGCTATATCTATATTTAA
AAAAGACAATAAAATTGTTAATAAGTTTAAGGAGCTTGAAAAGATTATAGAAGAATACAAACC
TATGTTTTTAAGTAAATTAATTGATGATTTT
f112-1.aa (SEQ ID NO:603)
ISKDFSRGEN MKKSFLSIYM LISISLLSCD VSRLNQRNIN ELKIFVEKAK YYSIKLDAIY
NECTGAYNDI MTYSEGTFSD QSKVNQAISI FKKDNKIVNK FKELEKIIEE YKPMFLSKLI
DDFAGSV
t112-1.aa (SEQ ID NO:604)
CDVSRLNQRNINELKIFVEKAKYYSIKLDAIYNECTGAYNDIMTYSEGTFSDQSKVNQAISIFKKDNK
IVNKFKELEKIIEEYKPMFLSKLIDDF
f14-8.nt (SEQ ID NO:605)
TAAATACAGAGCCATTCAAGGAGAGTATTTATGAAATACTATATATGTGTGTGTGTTTTTTTGC
TTTTGAATGCTTGCAATTCAGATTTTAGCACTAATCAAGAAGATATTAAATATCCATCTGATAA
AGAGAAATCAAAATCCAACATGGAAGCAAGCTCTAAAGAAGAAGATCCAAATAAAAAAATAAA
AAATACACTGCTTAATGATTTAATAAATTTGATAGAAATAGCTAATGAGCATAAAGAAAAATAT
GAAAAAAGAATGCAAGAAGAACCTTCAGATCAATACGGAATATTGGCTTTCCAGGAATTAGAC
TTGTCCGTTGGAAAAATATCTGAAGACACCCCGCAATCTAAAAAATTTAGAAAAAACACCTATT
CTCCCTTAAGCGCTATTGATGTCAATAAATTAAAAGATCTTTCAGAGATTATAAGAAATTCGGG
CCAAATACAAGGTTTATTTAATATTTTCAACAGATTCGGAGGCATTTTTGACGACTCACTTAATC
ACGTATATTCTAAAAAAGATATCCTAGGGGGACTAGAAATTTTGGATTTAGATAAACTAAAAAA
TTCGTTTGAAAAATTACTATCTATAAAAGAAACTTTCTCAAAAATGCTAAATCAACTTTTATTAG
ATTATAAAAATGATAAAGATCATATACGAACAGAGACAAATAAACTTAAATCTCATACAACTGC
ACTTTTCGAACAACTTGATAAAAAAGAAGACGAAGCATATGAACCTAAAAATCAGATATTTTCA
ATAAGTAACCTTTAA
t14-8.nt (SEQ ID NO:606)
TTGCAATTCAGATTTTAGCACTAATCAAGAAGATATTAAATATCCATCTGATAAAGAGAAATCA
AAATCCAACATGGAAGCAAGCTCTAAAGAAGAAGATCCAAATAAAAAAATAAAAAATACACTG
CTTAATGATTTAATAAATTTGATAGAAATAGCTAATGAGCATAAAGAAAAATATGAAAAGA
ATGCAAGAAGAACCTTCAGATCAATACGGAATATTGGCTTTCCAGGAATTAGACTTGTCCGTTG
GAAAAATATCTGAAGACACCCCGCAATCTAAAAAATTTAGAAAAAACACCTATTCTCCCTTAAG
CGCTATTGATGTCAATAAATTAAAAGATCTTTCAGAGATTATAAGAAATTCGGGCCAAATACAA
GGTTTATTTAATATTTTCAACAGATTCGGAGGCATTTTTGACGACTCACTTAATCACGTATATTC
TAAAAAAGATATCCTAGGGGGACTAGAAATTTTGGATTTAGATAAACTAAAAAATTCGTTTGAA
AAATTACTATCTATAAAAGAAACTTTCTCAAAAATGCTAAATCAACTTTTATTAGATTATAAAA
ATGATAAAGATCATATACGAACAGAGACAAATAAACTTAAATCTCATACAACTGCACTTTTCGA
ACAACTTGATAAAAAAGAAGACGAAGCATATGAACCTAAAAATCAG
f14-8.aa (SEQ ID NO:607)
IQSHSRRVFMKYYICVCVFLLLNACNSDFSTNQEDIKYPSDKEKSKSNMEASSKEEDPNKKIKNTLL
NDLINLIEIANEHKEKYEKRMQEEPSDQYGILAFQELDLSVGKISEDTPQSKKFRKNTYSPLSAIDVN
KLKDLSEIIRNSGQIQGLFNIFNRFGGIFDDSLNHVYSKKDILGGLEILDLDKLKNSFEKLLSIKETFSK
MLNQLLLDYKNDKDHIRTETNKLKSHTTALFEQLDKKEDEAYEPKNQIFSISNL
t14-8.aa (SEQ ID NO:608)
CNSDFSTNQEDIKYPSDKEKSKSNMEASSKEEDPNKKIKNTLLNDLINLIEIANEHKEKYEKRMQEEP
SDQYGILAFQELDLSVGKISEDTPQSKKFRKNTYSPLSAIDVNKLKDLSEIIRNSGQIQGLFNIFNRFGG
IFDDSLNHVYSKKDILGGLEILDLDKLKNSFEKLLSIKETFSKMLNQLLLDYKNDKDHIRTETNKLKS
HTTALFEQLDKKEDEAYEPKNQ
f17-6.nt (SEQ ID NO:609)
TAAAGGAGGGTATTTATGAAATACCACATAATTACAACTATATTTGTTTTTCTGTTTTTAGCTTG
CAGGCCGGATTTTAATATCGATCAAAAAGACATTAAATACCCGCCTACTGAAAAATCAAGGCCC
AAAACTGAAAGCTCTAAGCAAAAAGAATCAAAGCCTAAAACAGAAGAAGAGCTTAAGAAAAA
ACAACAAGAAGAAGAGCTTAAGAAAAAACAACAAGAAGAAGAGCTTAAGAAAAAACAACAAG
AAGAAGAGCTTAAGAAAAAACAACAAGAAGAAGAGAAGGAAGAACTAAGAAAACAACAACTA
AAAAATACGCTATCTAATGATTTAAAAAAGCAAATAGAATCGGCCTACAATTTTAAAGAAAAAT
ATGTAAAAAGTATGGAAAAAGAACCTGAAGACCATTACGGGATGACGTCTTTTAGGGGATTGA
ATTGGGGGCCAGGGACTGAAGATATATCTGACAATACCGAAAGATCTATAAGATATAGAAGAC
ACACTTATACTGTTTTAAGCCCCCTGGATCCTCATGAATTAAAGGAATTCGCAAATATTATTCA
AGATATAAATAAACTAGCATCAGTAGCAAGTATATTTAATTCTTTTAGCGCTATTGGAGGAGCT
CTTGACATAGTAAGTGATCACCTATATTTCAAAAAAGACAATCTAGACAAACTAGATATTGCAG
ATTTAGAAATACTTAAAAATTCATTTGAACAAATATTATATATAAAAGGAAGTGTTGCAGGAAA
AGCAAAAAAACTTTTATTAGATTATAAAAATCTAAAAACAGATATTAATAAGCTTAAATCTTAT
TCAAATGAACTGGTTAATGGAATTAAGCAACAAGCTCTAGAAGCAGAAAATCTAGAAGAGCTT
ATAGTGTCAAAATATAAACTTTAA
t17-6.nt (SEQ ID NO:610)
TTGCAGGCCGGATTTTAATATCGATCAAAAAGACATTAAATACCCGCCTACTGAAAAATCAAGG
CCCAAAACTGAAAGCTCTAAGCAAAAAGAATCAAAGCCTAAAACAGAAGAAGAGCTTAAGAAA
AAACAACAAGAAGAAGAGCTTAAGAAAAAACAACAAGAAGAAGAGCTTAAGAAAAAACAACA
AGAAGAAGAGCTTAAGAAAAAACAACAAGAAGAAGAGAAGGAAGAACTAAGAAAACAACAAC
TAAAAAATACGCTATCTAATGATTTAAAAAAGCAAATAGAATCGGCCTACAATTTTAAAGAAAA
ATATGTAAAAAGTATGGAAAAAGAACCTGAAGACCATTACGGGATGACGTCTTTTAGGGGATT
GAATTGGGGGCCAGGGACTGAAGATATATCTGACAATACCGAAAGATCTATAAGATATAGAAG
ACACACTTATACTGTTTTAAGCCCCCTGGATCCTCATGAATTAAAGGAATTCGCAAATATTATTC
AAGATATAAATAAACTAGCATCAGTAGCAAGTATATTTAATTCTTTTAGCGCTATTGGAGGAGC
TCTTGACATAGTAAGTGATCACCTATATTTCAAAAAAGACAATCTAGACAAACTAGATATTGCA
GATTTAGAAATACTTAAAAATTCATTTGAACAAATATTATATATAAAAGGAAGTGTTGCAGGAA
AAGCAAAAAAACTTTTATTAGATTATAAAAATCTAAAAACAGATATTAATAAGCTTAAATCTTA
TTCAAATGAACTGGTTAATGGAATTAAGCAACAAGCTCTAGAAGCAGAAAATCTAGAAGAGCT
TATAGTGTCAAAATATAAACTT
f17-6.aa (SEQ ID NO:611)
RRVFMKYHIITTIFVFLFLACRPDFNIDQKDIKYPPTEKSRPKTESSKQKESKPKTEEELKKKQQEEEL
KKKQQEEELKKKQQEEELKKKQQEEEKEELRKQQLKNTLSNDLKKQIESAYNFKEKYVKSMEKEP
EDHYGMTSFRGLNWGPGTEDISDNTERSIRYRRHTYTVLSPLDPHELKEFANIIQDINKLASVASIFNS
FSAIGGALDIVSDHLYFKKDNLDKLDIADLEILKNSFEQILYIKGSVAGKAKKLLLDYKNLKTDINKL
KSYSNELVNGIKQQALEAENLEELIVSKYKL
t17-6.aa (SEQ ID NO:612)
CRPDFNIDQKDIKYPPTEKSRPKTESSKQKESKPKTEEELKKKQQEEELKKKQQEEELKKKQQEEEL
KKKQQEEEKEELRKQQLKNTLSNDLKKQIESAYNFKEKYVKSMEKEPEDHYGMTSFRGLNWGPGT
EDISDNTERSIRYRRHTYTVLSPLDPHELKEFANIIQDINKLASVASIFNSFSAIGGALDIVSDHLYFKK
DNLDKLDIADLEILKNSFEQILYIKGSVAGKAKKLLLDYKNLKTDINKLKSYSNELVNGIKQQALEA
ENLEELIVSKYKL
f19-2.nt (SEQ ID NO:613)
TAAAGAAAGATTAAATCATATTCAAGGAGAGTATTTATGAAACACTATATAATTGTGCATATAT
TTGTTTTTCTATTTTTAAATGCTTGTTATCCAGTTGCATCTAATAAAATAGAATTAAAACCTAAA
ACAGAAACAAGCTTAAATCAAGAAGAAGTCCCAAATCAAGAAGCAAACTACAAAGAAGAAAA
AGAAGCAAAAGAAGAAGGCATTAATAAAAAAACAGAAAACACGCTGCTTAATGATTTAAGAAA
TTTAATAGAAACAGCTAAAAAAGATAATGATAAATATACACAAAAGTTAAAAGAAGAATCCTC
AAGCCAATACGGAATACTGGCTTTCAAAGATTTGTTCTGGCTAGATGGAACAAATGAACAATTG
TCCGCAAATACCGAAAGATCTAAAGCCTATAGAAAACGAGCTTATAGCATCTTAAATACTATTA
ATGACGCTTCCTTAAAGAATTTTTCAGAAATTGTAATGGCATCAGGACAAACACAGGGCATATT
TAATACCCTTAACTCACTTGGGGGTAATTTTGAAAAGATAGTTAATTGTTTGTATCCCAAAAAA
GACAATTTGGAAAAATTAGAGACTTCAGTTTTAAAAAAGCTTAAAGATTCTTTGGAAAATTTTT
TAGAGATAAAAAAAATCGCCTCAGAAATGATGCACAAGCTCTTATTAGACTATCAAAATAATAC
AAATCGTATACAAACAGATAAAAATGAACTTAAGTCTTATGCAGACACACTTTTCAATCAAATG
ACAAAAAAACCCGAAGAAGCACTAAAGCTAAAAAATACCATATGCTCAATAGAGGACCTTTAA
t19-2.nt (SEQ ID NO:614)
TTGTTATCCAGTTGCATCTAATAAAATAGAATTAAAACCTAAAACAGAAACAAGCTTAAATCAA
GAAGAAGTCCCAAATCAAGAAGCAAACTACAAAGAAGAAAAAGAAGCAAAAGAAGAAGGCAT
TAATAAAAAAACAGAAAACACGCTGCTTAATGATTTAAGAAATTTAATAGAAACAGCTAAAAA
AGATAATGATAAATATACACAAAAGTTAAAAGAAGAATCCTCAAGCCAATACGGAATACTGGC
TTTCAAAGATTTGTTCTGGCTAGATGGAACAAATGAACAATTGTCCGCAAATACCGAAAGATCT
AAAGCCTATAGAAAACGAGCTTATAGCATCTTAAATACTATTAATGACGCTTCCTTAAAGAATT
TTTCAGAAATTGTAATGGCATCAGGACAAACACAGGGCATATTTAATACCCTTAACTCACTTGG
GGGTAATTTTGAAAAGATAGTTAATTGTTTGTATCCCAAAAAAGACAATTTGGAAAAATTAGAG
ACTTCAGTTTTAAAAAAGCTTAAAGATTCTTTGGAAAATTTTTTAGAGATAAAAAAAATCGCCT
CAGAAATGATGCACAAGCTCTTATTAGACTATCAAAATAATACAAATCGTATACAAACAGATAA
AAATGAACTTAAGTCTTATGCAGACACACTTTTCAATCAAATGACAAAAAAACCCGAAGAAGC
ACTAAAG
f19-2.aa (SEQ ID NO:615)
RKIKSYSRRVFMKHYIIVHIFVFLFLNACYPVASNKIELKPKTETSLNQEEVPNQEANYKEEKEAKEE
GINKKTENTLLNDLRNLIETAKKDNDKYTQKLKEESSSQYGILAFKDLFWLDGTNEQLSANTERSKA
YRKRAYSILNTINDASLKNFSEIVMASGQTQGIFNTLNSLGGNFEKIVNCLYPKKDNLEKLETSVLKK
LKDSLENFLEIKKIASEMMHKLLLDYQNNTNRIQTDKNELKSYADTLFNQMTKKPEEALKLKNTICS
IEDL
t19-2.aa (SEQ ID NO:616)
CYPVASNKIELKPKTETSLNQEEVPNQEANYKEEKEAKEEGINKKTENTLLNDLRNLIETAKKDNDK
YTQKLKEESSSQYGILAFKDLFWLDGTNEQLSANTERSKAYRKRAYSILNTINDASLKNFSEIVMAS
GQTQGIFNTLNSLGGNFEKIVNCLYPKKDNLEKLETSVLKKLKDSLENFLEIKKIASEMMHKLLLDY
QNNTNRIQTDKNELKSYADTLFNQMTKKPEEALK
f19-4.nt (SEQ ID NO:617)
TAATCTATACTAATTGAGGAGAATATTTTTATGAAAAACAACATAATTTTATGCATGTGTGTTTT
TTTACTTTTAAATAGCTGCACCGCTAACCATGAAGCTGAAGCGAAAATAAAAAAACATGTTGAT
AAAACAAAAAACGAATATATTAATGAAATAAAAAATTTAATAGCAACAACCAAAGAAATCATC
GAAAAACGAAAATTGCTACAAGCTAAACCAGTAGATCAAAACCCCGTAGATGATACAAACAAT
AAGAAAGTTTTCGAGATAGATAAAAGAGCTTTCGATTTTATAAATAGTTTTTTAACAGATGATG
AATTTAATAAATTTGTAACAATATTTCATAAACCAACACTAAAATCACCCGGAAAAGTATTAAA
TAGCATAGCAATTCTAGAGCTAAACATAGAGCAGGTAATTAATCACCTAGACTCAAAAAATGA
GACCTTAAATAAAGCAAGCTCTTTAGATTTGGAAAAGATCAAAAATTCCCTTGAACAGCTGTTC
TCTATAAGGAATTTTTTTTCAACAATCATAAAAAGGGTCTTATTAGATCATCAAAACAATGAAA
ATTCTATAAAACCAGATGATTCTAAATCAGGAACCTATTTCGATACGATATACGATCAGTTTAA
TGAAAAAAATAAAGAGGTTAGAAATCTGAAAAAAACCATATTATCACTGCCGAATTAA
t19-4.nt (SEQ ID NO:618)
CTGCACCGCTAACCATGAAGCTGAAGCGAAAATAAAAAAACATGTTGATAAAACAAAAAACGA
ATATATTAATGAAATAAAAAATTTAATAGCAACAACCAAAGAAATCATCGAAAAACGAAAATT
GCTACAAGCTAAACCAGTAGATCAAAACCCCGTAGATGATACAAACAATAAGAAAGTTTTCGA
GATAGATAAAAGAGCTTTCGATTTTATAAATAGTTTTTTAACAGATGATGAATTTAATAAATTT
GTAACAATATTTCATAAACCAACACTAAAATCACCCGGAAAAGTATTAAATAGCATAGCAATTC
TAGAGCTAAACATAGAGCAGGTAATTAATCACCTAGACTCAAAAAATGAGACCTTAAATAAAG
CAAGCTCTTTAGATTTGGAAAAGATCAAAAATTCCCTTGAACAGCTGTTCTCTATAAGGAATTT
TTTTTCAACAATCATAAAAAGGGTCTTATTAGATCATCAAAACAATGAAAATTCTATAAAACCA
GATGATTCTAAATCAGGAACCTATTTCGATACGATATACGATCAGTTTAATGAAAAAAATAAAG
AGGTTAGAAATCTGAAAAAA
f19-4.aa (SEQ ID NO:619)
SILIEENIFMKNNIILCMCVFLLLNSCTANHEAEAKIKKHVDKTKNEYINEIKNLIATTKEIIEK
RKLLQAKPVDQNPVDDTNNKKVFEIDKRAFDFINSFLTDDEFNKFVTIFHKPTLKSPGKVLNSIAILE
LNIEQVINHLDSKNETLNKASSLDLEKIKNSLEQLFSIRNFFSTIIKRVLLDHQNNENSIKPDDSKSGTY
FDTIYDQFNEKNKEVRNLKKTILSLPN
t19-4.aa (SEQ ID NO:620)
CTANHEAEAKIKKHVDKTKNEYINEIKNLIATTKEIIEKRKLLQAKPVDQNPVDDTNNKKVFEIDKR
AFDFINSFLTDDEFNKFVTIFHKPTLKSPGKVLNSIAILELNIEQVINHLDSKNETLNKASSLDLEKIKN
SLEQLFSIRNFFSTIIKRVLLDHQNNENSIKPDDSKSGTYFDTIYDQFNEKNKEVRNLKK
f19-6.nt (SEQ ID NO:621)
TAAAGGAGAGTATTAATGAAATGCCATATAATTGCAACTATATTTGTTTTTCTATTTTT
AGCTTGCAGTACAGATTTTAATACTGATCAAAAAGGCATTAAATACCCGCCTACCGAAAAATCA
AAGCCCAAAACTGAAGACTCTAAGCAAAAAGAATTAAAGCCTAAAACAGAAAAAGAACTAAAG
AAAAAACAACAACTAAAAAATAAACTACTTAATGATTTAAAAAATTCAATAGAAACAGCTAAT
AAGCATAAAGAAAAGTATAAAAAAAGAATGAAAGAAGAACCCGAAGATCAATACGGGGTACA
GGCTTTCAAAGGATCGAATTGGGGGCCGGGGACTGAAGATGTATCTGCCAACACCGAAAGATC
TATAAGATTTAGAAGACATACTTATACTATTTTAAGCACGCTGAGTCTTCATGAATTAAAGGAA
TTCTCAAATATTGTTACAAATGAAAATAAACTGGTGCCAGTAGTAGATATGTTTAATTTCTTTA
GCTCTATTGGGACAGCTCTTGATATAACAACCGATAGCTTATATCCCAAAAAGACAATCTGGAC
AAACCAGATCTGTCGGATTTAG
t19-6.nt (SEQ ID NO:622)
TTGCAGTACAGATTTTAATACTGATCAAAAAGGCATTAAATACCCGCCTACCGAAAAAT
CAAAGCCCAAAACTGAAGACTCTAAGCAAAAAGAATTAAAGCCTAAAACAGAAAAAGAACTAA
AGAAAAAACAACAACTAAAAAATAAACTACTTAATGATTTAAAAAATTCAATAGAAACAGCTA
ATAAGCATAAAGAAAAGTATAAAAAAAGAATGAAAGAAGAACCCGAAGATCAATACGGGGTA
CAGGCTTTCAAAGGATCGAATTGGGGGCCGGGGACTGAAGATGTATCTGCCAACACCGAAAGA
TCTATAAGATTTAGAAGACATACTTATACTATTTTAAGCACGCTGAGTCTTCATGAATTAAAGG
AATTCTCAAATATTGTTACAAATGAAAATAAACTGGTGCCAGTAGTAGATATGTTTAATTTCTT
TAGCTCTATTGGGACAGCTCTTGATATAACAACCGATAGCTTATATCCCAAAAAGACAATCTGG
ACAAACCAGATCTGTCGG
f19-6.aa (SEQ ID NO:623)
RRVLMKCHIIATIFVFLFLACSTDFNTDQKGIKYPPTEKSKPKTEDSKQKELKPKTEKELKKKQQLK
NKLLNDLKNSIETANKHKEKYKKRMKEEPEDQYGVQAFKGSNWGPGTEDVSANTERSIRFRRHTY
TILSTLSLHELKEFSNIVTNENKLVPVVDMFNFFSSIGTALDITIDSLYPKKTIWTNQICRI
t19-6.aa (SEQ ID NO:624)
CSTDFNTDQKGIKYPPTEKSKPKTEDSKQKELKPKTEKELKKKQQLKNKLLNDLKNSIETANKHKE
KYKKRMKEEPEDQYGVQAFKGSNWGPGTEDVSANTERSIRFRRHTYTILSTLSLHELKEFSNIVTNE
NKLVPVVDMFNFFSSIGTALDITTDSLYPKKTIWTNQICR
f21-4.nt (SEQ ID NO:625)
TAGGAGACAATCTTTATGAATAAAAAAATAAAAATGTTTATTATTTGTGCTATTTTTATGCTGAT
AAGTTCTTGTAAGAATGATGTAACTAGTAAAGATTTAGAAGGGGCGGTGAAAGATTTAGAAAG
TTCAGAACAAAATGTAAAAAAAACAGAACAAGAGATAAAAAAACAAGTTGAAGGATTTTTAGA
AATTTTAGAGACAAAAGATTTAAACACATTAGATACAAAAGAAATTGAAAAACAAATTCAAGA
ATTAAAGAATAAGATAGAAAAATTAGACTCTAAAAAAACTTCTATTGAAACATATTCTGGGTAT
GAAGAAAAAATAAACAAAATAAAAGAAAAATTAAACGGAAAAGGACTTGAAGATAAATTAAA
TGAACTTTCAGAGAGCTTAAAAAAGAAAAAAGAGGAGAGAAAAAAAGCTTTACAAGAGGCTAA
AAAGAAATTTGAAGAGTATAAAAACCAAGCTGAATCTGCAACTGGAGTAACGCATGGTTCTCA
AGTCCAAAGACAAGGTGGTGTTGGATTACAAGCTTGGCAGTGTGCTAATAGTTTGGGGTTTAAA
AATATGACTAGTGGTAATAATACTAGCGATATGACCAATGAAGTTATAACTAATTCGCTTAAAA
AGATTGAAGAAGAACTTAAAAATATTGGAGAAACTGTAGAAGGTAAAAAAGAATAA
t21-4.nt (SEQ ID NO:626)
TTGTAAGAATGATGTAACTAGTAAAGATTTAGAAGGGGCGGTGAAAGATTTAGAAAGT
TCAGAACAAAATGTAAAAAAAACAGAACAAGAGATAAAAAAACAAGTTGAAGGATTTTTAGAA
ATTTTAGAGACAAAAGATTTAAACACATTAGATACAAAAGAAATTGAAAAACAAATTCAAGAA
TTAAAGAATAAGATAGAAAAATTAGACTCTAAAAAAACTTCTATTGAAACATATTCTGGGTATG
AAGAAAAAATAAACAAAATAAAAGAAAAATTAAACGGAAAAGGACTTGAAGATAAATTAAAT
GAACTTTCAGAGAGCTTAAAAAAGAAAAAAGAGGAGAGAAAAAAAGCTTTACAAGAGGCTAA
AAAGAAATTTGAAGAGTATAAAAACCAAGCTGAATCTGCAACTGGAGTAACGCATGGTTCTCA
AGTCCAAAGACAAGGTGGTGTTGGATTACAAGCTTGGCAGTGTGCTAATAGTTTGGGGTTTAAA
AATATGACTAGTGGTAATAATACTAGCGATATGACCAATGAAGTTATAACTAATTCGCTTAAAA
AGATTGAAGAAGAACTTAAAAATATTGGAGAAACTGTAGAAGGTAAAAAAGAA
f21-4.aa (SEQ ID NO:627)
ETIFMNKKIKMFIICAIFMLISSCKNDVTSKDLEGAVKDLESSEQNVKKTEQEIKKQVEGFLEILETKD
LNTLDTKEIEKQIQELKNKIEKLDSKKTSIETYSGYEEKINKIKEKLNGKGLEDKLNELSESLKKKKEE
RKKALQEAKKKFEEYKNQAESATGVTHGSQVQRQGGVGLQAWQCANSLGFKNMTSGNNTSDMT
NEVITNSLKKIEEELKNIGETVEGKKE
t21-4.aa (SEQ ID NO:628)
CKNDVTSKDLEGAVKDLESSEQNVKKTEQEIKKQVEGFLEILETKDLNTLDTKEIEKQIQELKNKIE
KLDSKKTSIETYSGYEEKINKIKEKLNGKGLEDKLNELSESLKKKKEERKKALQEAKKKFEEYKNQA
ESATGVTHGSQVQRQGGVGLQAWQCANSLGFKNMTSGNNTSDMTNEVITNSLKKIEEELKNIGET
VEGKKE
f14-1.nt (SEQ ID NO:629)
TAAGCTGGTAACACTGTAAAGACAGCTGAGGGGGCTTCAAGTGGTACTGATGCAATTGGAGAA
GTTGTGGATAATGATGCTAAGGTTGCTGATAAGGCGAGTGTGACGGGGATTGCTAAGGGGATA
AAGGAGATTGTTGAAGCTGCTAGGGGGAGTGAAAAGCTGAAAGTTGCTGCTGCTAAAGAGGGC
AATGAAAAGGCAGGGAAGTTGTTTGGGAAGGCTGGTGCTAATGCTCATGGGGACAGTGAGGCT
GCTAGCAAGGCGGCTGGTGCTGTTAGTGCTGTTAGTGGGGAGCAGATATTAAGTGCGATTGTTA
AGGCTGCGGATGCGGCTGAGCAGGATGGAAAGAAGCCTGCAGATGCTACAAATCCGATTGCTG
CTGCTATTGGGAATAAAGATGAGGATGCGGATTTTGGTGATGGGATGAAGAAGGATGATCAGA
TTGCTGCTGCTATTGCTTTGAGGGGGATGGCTAAGGATGGAAAGTTTGCTGTGAAGAATGATGA
GAAAGGGAAGGCTGAGGGGGCTATTAAGGGAGCTGCTGCAATTGGAGAAGTTGTGGATAATGC
TGGTGCTGCGAAGGCTGCTGATAAGGATAGTGTGAAGGGGATTGCTAAGGGGATAAAGGAGAT
TGTTGAAGCTGCTGGGGGGAGTGAAAAGCTGAAAGCTGCTGCTGCTGAAGGGGAGAATAATAA
AAAGGCAGGGAAGTTGTTTGGGAAAGTTGATGGTGCTGCTGGGGACAGTGAGGCTGCTAGCAA
GGCGGCTGGTGCTGTTAGTGCTGTTAGTGGGGAGCAGATATTAAGTGCGATTGTTAAGGCTGCT
GGTGAGGCTGAGCAGGATGGAGAGAAGCCTGAGGATGCTAAAAATCCGATTGCTGCTGCTATT
GGGAAGGGTAATGGGGATGGTGCGGAGTTTGATCAGGATGAGATGAAGAAGGATGATCAGATT
GCTGCTGCTATTGCTTTGAGGGGGATGGCTAAGGATGGAAAGTTTGCTGTGAAGGGTAATAAT
GAGAAAGAGAAGGCTGAGGGGGCTATTAAAGAAGTTAGCGAGTTGTTGGATAAGCTGGTAACA
GCTGTAAAGACAGCTGAGGGGGCTTCAAGTGGTACTGATGCAATTGGAGAAGTTGTGGATAAT
GNTGCNAAGGNTGCTGATAAGGCGAGTGTGACGGGGATTGCTAAGGGGATAAAGGAGATTGTT
GAAGCTGCTNGGGGGAGTGAAAAGCTGAAAGTTGCTGCTGCTANAGNGGNNAATAATAAAGA
GGCAGGGAAGTTGTTTGGGAAGGCTGGTGCTGATGCTAATGGGGACAGTGAGGCTGCTAGCAA
GGCGGCTGGTGCTGTTAGTGCTGTTAGTGGGGAGCAGATATTAAGTGCGATTGTTAAGGCTGCG
GCTGCTGGTGCGGCTGATCAGGATGGAGAGAAGCCTGGGGATGCTAAAAATCCGATTGCTGCT
GCTATTGGGAAGGGTAATGCGGATGATGGTGCGGATTTTGGTGATGGGATGAAGAAGGATGAT
CAGATTGCTGCTGCTATTGCTTTGAGGGGGATGGCTAAGGATGGAAAGTTTGCTGTGAAGAAG
GATGAGAAAGGGAAGGCTGAGGGGGCTATTAAGGGAGCTAGCGAGTTGTTGGATAAGCTGGTA
AAAGCTGTAAAGACAGCTGAGGGGGCTTCAAGTGGTACTGCTGCAATTGGAGAAGTTGTGGAT
AATGCTGCGAAGGCTGCTGATAAGGATAGTGTGACGGGGATTGCTAAGGGGATAAAGGAGATT
GTTGAAGCTGCAGGGGGGAGTGAAAAGCTGAAAGTTGCTGCTGCTAAAGGGGAGAATAATAAA
GGGGCAGGGAAGTTGTTTGGGAAGGCTGGTGCTAATGCTCATGGGGACAGTGAGGCTGCTAGC
AAGGCGGCTGGTGCTGTTAGTGCTGTTAGTGGGGAACAGATATTAAGTGCGATTGTTAAGGCTG
CTGGTGAGGCTGCTGGTGATCAGGAGGGAAAGAAGCCTGAGGAGGCTAAAAATCCGATTGCTG
CTGCTATTGGGGATAAAGATGGGGATGCGGAGTTTAATCAGGATGGGATGAAGAAGGATGATC
AGATTGCTGCTGCTATTGCTTTGAGGGGGATGGCTAAGGATGGAAAGTTTGCTGTGAAGGATG
GTGGTGAGAAAGAGAAGGCTGAGGGGGCTATTAAAGGAGTTAGCGAGTTGTTGGATAAGCTGG
TAAAAGCTGTAAAGACAGCTGAGGGGGCTTCAAGTGGTACTGCTGCAATTGGAGAAGTTGTGG
CTGATGCTGCTAAGGTTGCTGATAAGGCGAGTGTGACGGGGATTGCTAAGGGGATAAAGGAGA
TTGTTGAAGCTGCTGGGGACAGTGAGGCTGCTAGCAAGGCAGCTGGTGCTGTTAGTGCTGTTAG
TGGGGAGCAGATATTAAGTGCGATTGTTAAGGCTGCGGCTGCTGGTGCGGCTGAGCAGGATGG
AGAGAAGCCTGCAGAGGCTAAAAATCCGATTGCTGCTGCTATTGGGAAGGGTGATGGGGATGC
GGATTTTGGTGAGGATGGGATGAAGAAGGATGATCAGATTGCTGCTGCTATTGCTTTGAGGGG
GATGGCTAAGGATGGAAAGTTTGCTGTGAAGAATGATGAGAAAGGGAAGGCTGAGGGGGCTAT
TAAGGGAGCTGCTGCAATTGGAGAAGTTGTGGATAATGCTGGTGCTGCGAAGGCTGCTGATAA
GGATAGTGTGAAGGGGATTGCTAAGGGGATAAAGGAGATTGTTGAAGCTGCTGGGGGGAGTGA
AAAGCTGAAAGCTGCTGCTGCTGAAGGGGAGAATAATAAAAAGGCAGGGAAGTTGTTTGGGAA
AGTTGATGGTGCTGCTGGGGACAGTGAGGCTGCTAGCAAGGCGGCTGGTGCTGTTAGTGCTGTT
AGTGGGGAGCAGATATTAAGTGCGATTGTTAAGGCTGCGGATGCGGCTGAGCAGGATGGAAAG
AAGCCTGCAGATGCTACAAATCCGATTGCTGCTGCTATTGGGAATAAAGATGAGGATGCGGATT
TTGGTGATGGGATGAAGAAGGATGATCAGATTGCTGCTGCTATTGCTTTGAGGGGGATGGCTA
AGGATGGAAAGTTTGCTGTGAAGGGTAATAATGAGAAAGGGAAGGCTGAGGGGGCTTCAAGTG
GTACTGATGCAATTGGAGAAGTTGTGGATAATGATGCGAAGGCTGCTGATAAGGCGAGTGTGA
CGGGGATTGCTAAGGGGATAAAGGAGATTGTTGAAGCTGCTGGGGGGAGTGAAAAGCTGAAA
GCTGTTGCTGCTGCTACAAGGGAGAATAATAAAGAGGCAGGGAAGTTGTTTGGGAAAGTTGAT
GATGCTCATGCTGGGGACAGTGAGGCTGCTAGCAAGGCGGCTGGTGCTGTTAGTGCTGTTAGTG
GGGAGCAGATATTAAGTGCGATTGTTACGGCTGCGGCTGCTGGTGAGCAGGATGGAGAGAAGC
CTGCAGAGGCTACAAATCCGATTGCTGCTGCTATTGGGAAGGGTAATGAGGATGGTGCGGATTT
TGGTAAGGATGAGATGAAGAAGGATGATCAGATTGCTGCTGCTATTGCTTTGAGGGGGATGGC
TAAGGATGGAAAGTTTGCTGTGAAGAGTAATGATGGTGAGAAAGGGAAGGCTGAGGGGGCTAT
TAAGGAAGTTAGCGAGTTGTTGGATAAGCTGGTAAAAGCTGTAAAGACAGCTGAGGGGGCTTC
AAGCGGTACTGATGCAATTGGAGAAGTTGTGGCTAATGCTGGTGCTGCGAAGGCTGCTGATAA
GGCGAGTGTGACGGGGATTGCTAAGGGGATAAAGGAGATTGTTGAAGCTGCTGGGGGGAGTAA
AAAGCTGAAAGCTGCTGCTGCTGAAGGGGAGAATAATAAAAAGGCAGGGAAGTTGTTTGGGAA
GGCTGGTGCTGGTGCTGGTGCTAATGGGGACAGTGAGGCTGCTAGCAAGGCGGCTGGTGCTGT
TAGTGCTGGTTAG
t24-1.nt (SEQ ID NO:630)
TGGTGAGGCTGAGCAGGATGGAGAGAAGCCTGAGGATGCTAAAAATCCGATTGCTGCTGCTAT
TGGGAAGGGTAATGGGGATGGTGCGGAGTTTGATCAGGATGAGATGAAGAAGGATGATCAGAT
TGCTGCTGCTATTGCTTTGAGGGGGATGGCTAAGGATGGAAAGTTTGCTGTGAAGGGTAATAAT
GAGAAAGAGAAGGCTGAGGGGGCTATTAAAGAAGTTAGCGAGTTGTTGGATAAGCTGGTAACA
GCTGTAAAGACAGCTGAGGGGGCTTCAAGTGGTACTGATGCAATTGGAGAAGTTGTGGATAAT
GNTGCNAAGGNTGCTGATAAGGCGAGTGTGACGGGGATTGCTAAGGGGATAAAGGAGATTGTT
GAAGCTGCTNGGGGGAGTGAAAAGCTGAAAGTTGCTGCTGCTANAGNGGNNAATAATAAAGA
GGCAGGGAAGTTGTTTGGGAAGGCTGGTGCTGATGCTAATGGGGACAGTGAGGCTGCTAGCAA
G
f24-1.aa (SEQ ID NO:631)
AGNTVKTAEGASSGTDAIGEVVDNDAKVADKASVTGIAKGIKEIVEAARGSEKLKVAAAKEGNEK
AGKLFGKAGANAHGDSEAASKAAGAVSAVSGEQILSAIVKAADAAEQDGKKPADATNPIAAAIGN
KDEDADFGDGMKKDDQIAAAIALRGMAKDGKFAVKNDEKGKAEGAIKGAAAIGEVVDNAGAAK
AADKDSVKGIAKGIKEIVEAAGGSEKLKAAAAEGENNKKAGKLFGKVDGAAGDSEAASKAAGAVS
AVSGEQILSAIVKAAGEAEQDGEKPEDAKNPIAAAIGKGNGDGAEFDQDEMKKDDQIAAAIALRGM
AKDGKFAVKGNNEKEKAEGAIKEVSELLDKLVTAVKTAEGASSGTDAIGEVVDNXAKXADKASVT
GIAKGIKEIVEAAXGSEKLKVAAAXXXNNKEAGKLFGKAGADANGDSEAASKAAGAVSAVSGEQI
LSAIVKAAAAGAADQDGEKPGDAKNPIAAAIGKGNADDGADFGDGMKKDDQIAAAIALRGMAKD
GKFAVKKDEKGKAEGAIKGASELLDKLVKAVKTAEGASSGTAAIGEVVDNAAKAADKDSVTGIAK
GIKEIVEAAGGSEKLKVAAAKGENNKGAGKLFGKAGANAHGDSEAASKAAGAVSAVSGEQILSAIV
KAAGEAAGDQEGKKPEEAKNPIAAAIGDKDGDAEFNQDGMKKDDQIAAAIALRGMAKDGKFAVK
DGGEKEKAEGAIKGVSELLDKLVKAVKTAEGASSGTAAIGEVVADAAKVADKASVTGIAKGIKEIV
EAAGDSEAASKAAGAVSAVSGEQILSAIVKAAAAGAAEQDGEKPAEAKNPIAAAIGKGDGDADFGE
DGMKKDDQIAAAIALRGMAKDGKFAVKNDEKGKAEGAIKGAAAIGEVVDNAGAAKAADKDSVK
GIAKGIKEIVEAAGGSEKLKAAAAEGENNKKAGKLFGKVDGAAGDSEAASKAAGAVSAVSGEQILS
AIVKAADAAEQDGKKPADATNPIAAAIGNKDEDADFGDGMKKDDQIAAAIALRGMAKDGKFAVK
GNNEKGKAEGASSGTDAIGEVVDNDAKAADKASVTGIAKGIKEIVEAAGGSEKLKAVAAATRENN
KEAGKLFGKVDDAHAGDSEAASKAAGAVSAVSGEQILSAIVTAAAAGEQDGEKPAEATNPIAAAIG
KGNEDGADFGKDEMKKDDQIAAAIALRGMAKDGKFAVKSNDGEKGKAEGAIKEVSELLDKLVKA
VKTAEGASSGTDAIGEVVANAGAAKAADKASVTGIAKGIKEIVEAAGGSIKLKAAAAEGENNKKA
GKLFGKAGAGAGANGDSEAASKAAGAVSAG
t24-1.aa (SEQ ID NO:632)
GEAEQDGEKPEDAKNPIAAAIGKGNGDGAEFDQDEMKKDDQIAAAIALRGMAKDGKFAVKGNNE
KEKAEGAIKEVSELLDKLVTAVKTAEGASSGTDAIGEVVDNXAKXADKASVTGIAKGIKEIVEAAX
GSEKLKVAAAXXXNNKEAGKLFGKAGADANGDSEAASK
f28-2.nt (SEQ ID NO:633)
TAAAAAGGAAATATAAATATTATGCGATTATGTTTAATAAAAATTTTTATTATACCTAATTTAG
TATTTAGTTCTCTTTTTTTATTTGAAAGTTGTTCTGGTTTTCTATCTAAAAAATCTATAGAACAG
TTTGCATTAGCATTAAAAGATCATCAAGAAAATAAAAATACTACTAATACTTCAGTAGATAAAA
ATAGTAAGGAAATTGAATCTCCTAAAGACGTTACATCATCAAATAAAAAAACTTATGATCCAAT
CTTACAAGTAGGTTCTAATCAACATATGTCAGATGATCCTGGTGCTAATAATAAAGAATCCCTA
CCAAATTCAAGTCCAGCAATAATACAAAATGACTCGCATGCTCAAAATAATGTAAAGATGGAA
GAAAATAAATCAGCTACTCCACAACATGATCCAATTGAACAAAGTAATTTTAAAAATAGCCTTA
CTACAACAAGTAAAACTCCTGCTATTCCTTCAGAAGAAGAAATTAAAGCTAACTTAGATGAATT
TGCACAAGAAGAGTATGAGCAAACATCTCTTTCAGAAATTAAAAATGCCACGCAAATTGTTAAT
CATGCTAATCCTGAAAACAAATTAAACAATACACTCCTTGAGTTTGAAAAAGATTATGAAACTT
TATCAAACTTGTTATTCTCTAATTTAGACGCATCTCCTTTGAATAGAAAAATAAAGACTATTATG
CCTAAATTACAAGAAATGCGTTCTTTTATGGAGCAAGCAACTAATTCTTGGGTATCTGCTAAAG
GCATGCTAGATGAGGCTAAGGATAAACTAGCAGAATCTATTTATAAAAGACTATACAATGGCA
ATTCATACCGGTTCGGTGGCAGTTTTAACGGACGTGATATGCAACATGCAAAAAATTTAGCATA
CAGAGCTATAGACTTTGCTTCTGCATGCATTGAATATACACAAAAAGCTATTGATTATCTTCAA
CAGGGAAATTCTTGCAAAAAAGAAATAGAAAATATATTCAAGCTTTAA
t28-2.nt (SEQ ID NO:634)
AAAAGATCATCAAGAAAATAAAAATACTACTAATACTTCAGTAGATAAAAATAGTAAGGAAAT
TGAATCTCCTAAAGACGTTACATCATCAAATAAAAAAACTTATGATCCAATCTTACAAGTAGGT
TCTAATCAACATATGTCAGATGATCCTGGTGCTAATAATAAAGAATCCCTACCAAATTCAAGTC
CAGCAATAATACAAAATGACTCGCATGCTCAAAATAATGTAAAGATGGAAGAAAATAAATCAG
CTACTCCACAACATGATCCAATTGAACAAAGTAATTTTAAAAATAGCCTTACTACAACAAGTAA
AACTCCTGCTATTCCTTCAGAAGAAGAAATTAAAGCTAACTTAGATGAATTTGCACAAGAAGAG
TATGAGCAAACATCTCTTTCAGAAATTAAAAATGCCACGCAAATTGTTAATCATGCTAATCCTG
AAAACAAATTAAACAATACACTCCTTGAGTTTGAAAAAGATTATGAAACTTTATCAAACTTGTT
ATTCTCTAATTTAGACGCATCTCCTTTGAATAGAAAAATAAAGACTATTATGCCTAAATTACAA
GAAATGCGTTCTTTTATGGAGCAAGCAACTAATTCTTGGGTATCTGCTAAAGGCATGCTAGATG
AGGCTAAGGATAAACTAGCAGAATCTATTTATAAAAGACTATACAATGGCAATTCATACCGGTT
CGGTGGCAGTTTTAACGGACGTGATATGCAACATGCAAAAAATTTAGCATACAGAGCTATAGA
CTTTGCTTCTGCATGCATTGAATATACACAAAAAGCTATTGATTATCTTCAACAGGGAAATTCTT
GCAAAAAAGAAATAGAAAATATATTCAAG
f28-2.aa (SEQ ID NO:635)
KGNINIMRLCLIKIFIIPNLVFSSLFLFESCSGFLSKKSIEQFALALKDHQENKNTTNTSVDKNSKEIESP
KDVTSSNKKTYDPILQVGSNQHMSDDPGANNKESLPNSSPAIIQNDSHAQNNVKMEENKSATPQHD
PIEQSNFKNSLTTTSKTPAIPSEEEIKANLDEFAQEEYEQTSLSEIKNATQIVNHANPENKLNNTLLEFE
KDYETLSNLLFSNLDASPLNRKIKTIMPKLQEMRSFMEQATNSWVSAKGMLDEAKDKLAESIYKRL
YNGNSYRFGGSFNGRDMQHAKNLAYRAIDFASACIEYTQKAIDYLQQGNSCKKEIENIFKL
t28-2.aa (SEQ ID NO:636)
KDHQENKNTTNTSVDKNSKEIESPKDVTSSNKKTYDPILQVGSNQHMSDDPGANNKESLPNSSPAII
QNDSHAQNNVKMEENKSATPQHDPIEQSNFKNSLTTTSKTPAIPSEEEIKANLDEFAQEEYEQTSLSE
IKNATQIVNHANPENKLNNTLLEFEKDYETLSNLLFSNLDASPLNRKIKTIMPKLQEMRSFMEQATN
SWVSAKGMLDEAKDKLAESIYKRLYNGNSYRFGGSFNGRDMQHAKNLAYRAIDFASACIEYTQKA
IDYLQQGNSCKKEIENIFK
f28-3.nt (SEQ ID NO:637)
TAGATGAATTTAATTGCTAAATTATTTATTTTATCCACTTTAGTTTCAATTCCAAATATCCTCTCT
TGTAACCTATATGATAATCTTGCAGACAACGCTGAGCAGGTTACAGACATACTAGACAACAACA
AGTCTTTTAATACTTTAGGAAGCAGCAATGAGAGTAGAAGTCGCAGGCCTAGAAGTACAAATA
ATGCTTATATGAAACAAAACATAGACAAAAATCATTTAGTTGTTGCAGATATGCAAAATGATAA
TAGTAGCAGCAGTCTTCCCCAACAAGTTAATAGTGAATCCAGTAAAGCTAATGAAGATAGTAAT
ATTATGAAGGAAATTGAATCTTCTACAGAAGAGTGCGCTAGACTAAGAAAAGATTTAGAAACT
ATAAAACAAATACTTGATAATATAGAAAGCTTGCTTAATACAGCTAATTCTTATTTAGAGAACG
CTAGAAAAGCACCTAAATCTAATCAAGATAATCAAACCTTATTGCTTAGCCTGCACCAAGCTAT
TGCTAAGGTTAAGAGTAGTCATACTTCTTTTATCATTTGTTATAATGATGCATTTAATTCCCTGG
GAATAGCTGATACTGCCTTTAAAGATGCAAAGAGAAAGGCAGTTGAGGCATAA
t28-3.nt (SEQ ID NO:638)
TTGTAACCTATATGATAATCTTGCAGACAACGCTGAGCAGGTTACAGACATACTAGACAACAAC
AAGTCTTTTAATACTTTAGGAAGCAGCAATGAGAGTAGAAGTCGCAGGCCTAGAAGTACAAAT
AATGCTTATATGAAACAAAACATAGACAAAAATCATTTAGTTGTTGCAGATATGCAAAATGATA
ATAGTAGCAGCAGTCTTCCCCAACAAGTTAATAGTGAATCCAGTAAAGCTAATGAAGATAGTAA
TATTATGAAGGAAATTGAATCTTCTACAGAAGAGTGCGCTAGACTAAGAAAAGATTTAGAAAC
TATAAAACAAATACTTGATAATATAGAAAGCTTGCTTAATACAGCTAATTCTTATTTAGAGAAC
GCTAGAAAAGCACCTAAATCTAATCAAGATAATCAAACCTTATTGCTTAGCCTGCACCAAGCTA
TTGCTAAGGTTAAGAGTAGTCATACTTCTTTTATCATTTGTTATAATGATGCATTTAATTCCCTG
GGAATAGCTGATACTGCCTTTAAAGATGCAAAGAGAAAGGCAGTTGAGGCA
f28-3.aa (SEQ ID NO:639)
MNLIAKLFILSTLVSIPNILSCNLYDNLADNAEQVTDILDNNKSFNTLGSSNESRSRRPRSTNNAYMK
QNIDKNHLVVADMQNDNSSSSLPQQVNSESSKANEDSNIMKEIESSTEECARLRKDLETIKQILDNIE
SLLNTANSYLENARKAPKSNQDNQTLLLSLHQAIAKVKSSHTSFIICYNDAFNSLGIADTAFKDAKR
KAVEA
t28-3.aa (SEQ ID NO:640)
CNLYDNLADNAEQVTDILDNNKSFNTLGSSNESRSRRPRSTNNAYMKQNIDKNHLVVADMQNDNS
SSSLPQQVNSESSKANEDSNIMKEIESSTEECARLRKDLETIKQILDNIESLLNTANSYLENARKAPKS
NQDNQTLLLSLHQAIAKVKSSHTSFIICYNDAFNSLGIADTAFKDAKRKAVEA
f31-2.nt (SEQ ID NO:641)
TAAAAAAATAAGGAGGTATTAATGAAAAGGAAAAGCAATATATGTATTTCACTTCTAG
TCACAATATTATTTGTGTCTTGCAAGTTTTTTGGAAATAAAAGCGCAAGTAAAGAAAAAGAAGA
AACTTCTTTTTCTGATACTGCTAGCAAGATTAGTAAGTCGGGAACAGCTGCTTCTTCAGACAAA
CAAGAAAAAAATACAAGTGATGTTACAGGTGACGCCAAAAAGCATACTAGTAGCCCTTACATG
CTTGCTGATGCCCTTATTGTTAGTGATACTACTAATAGAGATAGAGATAAGCAAGAAAATAAAG
ATAAATTAAATGAAGAAGATAAAAAAAAGCTTAATGCTTTTTTTAGCACAACTAAAACATATCA
ATCTAGCCTAGATTCCATTTATAACAAATATACAGGCTATTATAATACCATTGATACCTATGGC
AGCTGTGATACGTATCGCATTGAGTGTTTTAGTGTAGGACCTTCTGAAAAACGTAAACAAGCTC
TTGCTGATCTAGAGAAGTTAAAACTAGACGAAAAGTACACTCAGCTTAGCACAATGTTAAAGA
GTGCTGTGCCTAGTTATTACAAAAAAAATTTAGATGATTCTATTGCACAGTATAAGGAAGCCAT
AAAGCAGGCTATTGAAGCTGAAAGTAAAATAGAGACAGTAAAAGACTATGCAACAGCTCAAAG
TGCTGCCGATGACGAAAAGAAAAGAAATATAGATAATTTAAAAATAGTTAGAGATGTTCTTCTT
ATTATTAAAAAAACTATTGAGAAAGCCAGCCGATCTTATGCTGATGCTTTTGCTATTGCAACAT
CTAGCTTATCTTGTAGCGAATTTAAGCAAGCTGTTAAAGAGTTTAATGATGCTGCTAAACAATA
TGCTAATGGAAATAAAGGAGACAATGCTGTCAATGTTATTGTAGGCACTATTTCTAGTATGCCT
TATGTCAAATTTAAAGATGAGTTTGCAAGAGCAAAAATGTTTGCTCGTAATTATAGAGGAGACG
AGGTAGACAAGATGATAAGAGCTATCGACAAGCTGTGTGATGTTTATAAAAAAGTTGCGCTTTA
G
t31-2.nt (SEQ ID NO:642)
TTGCAAGTTTTTTGGAAATAAAAGCGCAAGTAAAGAAAAAGAAGAAACTTCTTTTTCTGATACT
GCTAGCAAGATTAGTAAGTCGGGAACAGCTGCTTCTTCAGACAAACAAGAAAAAAATACAAGT
GATGTTACAGGTGACGCCAAAAAGCATACTAGTAGCCCTTACATGCTTGCTGATGCCCTTATTG
TTAGTGATACTACTAATAGAGATAGAGATAAGCAAGAAAATAAAGATAAATTAAATGAAGAAG
ATAAAAAAAAGCTTAATGCTTTTTTTAGCACAACTAAAACATATCAATCTAGCCTAGATTCCAT
TTATAACAAATATACAGGCTATTATAATACCATTGATACCTATGGCAGCTGTGATACGTATCGC
ATTGAGTGTTTTAGTGTAGGACCTTCTGAAAAACGTAAACAAGCTCTTGCTGATCTAGAGAAGT
TAAAACTAGACGAAAAGTACACTCAGCTTAGCACAATGTTAAAGAGTGCTGTGCCTAGTTATTA
CAAAAAAAATTTAGATGATTCTATTGCACAGTATAAGGAAGCCATAAAGCAGGCTATTGAAGC
TGAAAGTAAAATAGAGACAGTAAAAGACTATGCAACAGCTCAAAGTGCTGCCGATGACGAAAA
GAAAAGAAATATAGATAATTTAAAAATAGTTAGAGATGTTCTTCTTATTATTAAAAAAACTATT
GAGAAAGCCAGCCGATCTTATGCTGATGCTTTTGCTATTGCAACATCTAGCTTATCTTGTAGCG
AATTTAAGCAAGCTGTTAAAGAGTTTAATGATGCTGCTAAACAATATGCTAATGGAAATAAAGG
AGACAATGCTGTCAATGTTATTGTAGGCACTATTTCTAGTATGCCTTATGTCAAATTTAAAGAT
GAGTTTGCAAGAGCAAAAATGTTTGCTCGTAATTATAGAGGAGACGAGGTAGACAAGATGATA
AGAGCTATCGACAAG
f31-2.aa (SEQ ID NO:643)
KNKEVLMKRKSNICISLLVTILFVSCKFFGNKSASKEKEETSFSDTASKISKSGTAASSDKQEKNTSD
VTGDAKKHTSSPYMLADALIVSDTTNRDRDKQENKDKLNEEDKKKLNAFFSTTKTYQSSLDSIYNK
YTGYYNTIDTYGSCDTYRIECFSVGPSEKRKQALADLEKLKLDEKYTQLSTMLKSAVPSYYKKNLD
DSIAQYKEAIKQAIEAESKIETVKDYATAQSAADDEKKRNIDNLKIVRDVLLIIKKTIEKASRSYADAF
AIATSSLSCSEFKQAVKEFNDAAKQYANGNKGDNAVNVIVGTISSMPYVKFKDEFARAKMFARNY
RGDEVDKMIRAIDKLCDVYKKVAL
t31-2.aa (SEQ ID NO:644)
CKFFGNKSASKEKEETSFSDTASKISKSGTAASSDKQEKNTSDVTGDAKKHTSSPYMLADALIVSDT
TNRDRDKQENKDKLNEEDKKKLNAFFSTTKTYQSSLDSIYNKYTGYYNTIDTYGSCDTYRIECFSV
GPSEKRKQALADLEKLKLDEKYTQLSTMLKSAVPSYYKKNLDDSIAQYKEAIKQAIEAESKIETVKD
YATAQSAADDEKKRNIDNLKIVRDVLLIIKKTIEKASRSYADAFAIATSSLSCSEFKQAVKEFNDAAK
QYANGNKGDNAVNVIVGTISSMPYVKFKDEFARAKMFARNYRGDEVDKMIRAIDK
f32-4.nt (SEQ ID NO:645)
TAAGGAAATATGAGGAATATTAGCAATTGTATCAAATATATTATATTAACAATGCTTATTGGAT
TATTAATTTTTTGTTGTGCAACCTTTGTTTGGTTGATTGGAATTTTTTATTCAAATAACTTTAAA
GAAGAGCGGAATTATTCAATAAGCCCAATAGATAGTGTTATTATGCGTAAATGTTATTTTAAAG
AATTTAAGTCTGGACTTATTAAAAGCGTATTCTTTAAGAAATTAGATGTAAATGTTAACTCTAA
AAATTTTAAGGAGCTAAATAAGGTAGATAAACAAAATCTGCTAAATTCTTATCCATCTTATCAT
ATGGAGTTTGTCGTAGTTGATAATGGATTTTTAATGAATTTTAAAAATGTTATTTTTAATGGTAT
AGATGATGCTAAATTATACGATCAACGTGATATGGTTTACGGAGGATTTAGATACTCAAAAGAG
GCTTATTTCCAAATTATTGGCAATTATGATGTTAAATTAAATAAAATGAACAATATACTCCAG
CAATTGTAGTAAATGTTTTCAAAATTAACATTAATGATGCTTTATTTAACTCGTTATTAAAGCAA
AAAACTTTAAAAGTTACTTTGATTTCCCATAATAATAAAGAGTATATTTTACAAACTAATAATTT
CTTATCAAAGTATAATTTTCAAACACCAGAAAAGGAGAATAGTTCTTACTAA
t32-4.nt (SEQ ID NO:646)
AAATAACTTTAAAGAAGAGCGGAATTATTCAATAAGCCCAATAGATAGTGTTATTATGCGTAAA
TGTTATTTTAAAGAATTTAAGTCTGGACTTATTAAAAGCGTATTCTTTAAGAAATTAGATGTAA
ATGTTAACTCTAAAAATTTTAAGGAGCTAAATAAGGTAGATAAACAAAATCTGCTAAATTCTTA
TCCATCTTATCATATGGAGTTTGTCGTAGTTGATAATGGATTTTTAATGAATTTTAAAAATGTTA
TTTTTAATGGTATAGATGATGCTAAATTATACGATCAACGTGATATGGTTTACGGAGGATTTAG
ATACTCAAAAGAGGCTTATTTCCAAATTATTGGCAATTATGATGTTAAATTAAATAAAATGAAA
CAATATACTCCAGCAATTGTAGTAAATGTTTTCAAAATTAACATTAATGATGCTTTATTTAACTC
GTTATTAAAGCAAAAAACTTTAAAAGTTACTTTGATTTCCCATAATAATAAAGAGTATATTTTA
CAAACTAATAATTTCTTATCAAAGTATAATTTTCAAACACCAGAAAAGGAGAATAGTTCTTAC
f32-4.aa (SEQ ID NO:647)
GNMRNISNCIKYIILTMLIGLLIFCCATFVWLIGIFYSNNFKEERNYSISPIDSVIMRKCYFKEFKSGLIK
SVFFKKLDVNVNSKNFKELNKVDKQNLLNSYPSYHMEFVVVDNGFLMNFKNVIFNGIDDAKLYDQ
RDMVYGGFRYSKEAYFQIIGNYDVKLNKMKQYTPAIVVNVFKININDALFNSLLKQKTLKVTLISHN
NKEYILQTNNFLSKYNFQTPEKENSSY
t32-4.aa (SEQ ID NO:648)
NNFKEERNYSISPIDSVIMRKCYFKEFKSGLIKSVFFKKLDVNVNSKNFKELNKVDKQNLLNSYPSY
HMEFVVVDNGFLMNFKNVIFNGIDDAKLYDQRDMVYGGFRYSKEAYFQIIGNYDVKLNKMKQYT
PAIVVNVFKININDALFNSLLKQKTLKVTLISHNNKEYILQTNNFLSKYNFQTPEKENSSY
f4-15.nt (SEQ ID NO:649)
TAAATGAGCAAAAAAGTAATTTTAATATTACTAGAAATTTTGATCTTGTCTTGTGATTTATCTAT
AAATAAAGAACAAAAAACCAAAGAAAAAACATCTGAAAAGCAAGAATCTGAAAAACAAAATA
TTGAAAAACAAGAGCCTGAAAAACAGAAACAAAATGCAGCAAAAATAATCCCTACGGTATCAA
TTCAAACGGTAGAAATAAGGGAATCAAATCAAATTCCAAAAAGCATTGAGAAGTACTACAAGC
AAGCTTATCCGATTCAAACATTCACTCTTGATTTTAGCATCACAAGAGAAAAGGAATTTCTAAA
ACCAGAAGATAAAATCTTGCCCACACAGGGGAAAGTGGAGTCTTTGAGCATCTTAATAAATAA
AAAATTGTTAGACTTTAAAGCCCCAGAAAATCCAAAAAGCTCAACTTTAAAAAATTTCAAAGAA
ATTAAAAATATTGAGAATTTCTTCCAAAATCAAGACTTATTATTTGTCTTAACCCTTAAAGATAA
AAATAACAACAACACTATTAACATCATGCTCAATCCCCCAAACGACATCCAAAAACCCAAAGAT
TATATTTTAAAAGACCTTAAAGACACAATTAAAAAGGGTACTGGTGAGAAATACTTAAATCCTA
TCTATAGATTTCAAATAAAAAACAAAAAAGATTATCATTCAATAGATTACAACAAAGTGACTAT
TAGCGAAAAAACAATAGAATTGGACCTACTGCCTCACGAACAAGTCTTTCAAATGAATAAAAAT
TTCACTAAAATTTTAGACACAATAACAGACTTAAATAATCTAAAATTAGTAATTCAAAAAGAAT
TAGTGTAA
t4-15.nt (SEQ ID NO:650)
TTGTGATTTATCTATAAATAAAGAACAAAAAACCAAAGAAAAAACATCTGAAAAGCAAGAATC
TGAAAAACAAAATATTGAAAAACAAGAGCCTGAAAAACAGAAACAAAATGCAGCAAAAATAAT
CCCTACGGTATCAATTCAAACGGTAGAAATAAGGGAATCAAATCAAATTCCAAAAAGCATTGA
GAAGTACTACAAGCAAGCTTATCCGATTCAAACATTCACTCTTGATTTTAGCATCACAAGAGAA
AAGGAATTTCTAAAACCAGAAGATAAAATCTTGCCCACACAGGGGAAAGTGGAGTCTTTGAGC
ATCTTAATAAATAAAAAATTGTTAGACTTTAAAGCCCCAGAAAATCCAAAAAGCTCAACTTTAA
AAAATTTCAAAGAAATTAAAAATATTGAGAATTTCTTCCAAAATCAAGACTTATTATTTGTCTT
AACCCTTAAAGATAAAAATAACAACAACACTATTAACATCATGCTCAATCCCCCAAACGACATC
CAAAAACCCAAAGATTATATTTTAAAAGACCTTAAAGACACAATTAAAAAGGGTACTGGTGAG
AAATACTTAAATCCTATCTATAGATTTCAAATAAAAAACAAAAAAGATTATCATTCAATAGATT
ACAACAAAGTGACTATTAGCGAAAAAACAATAGAATTGGACCTACTGCCTCACGAACAAGTCTT
TCAAATGAATAAAAATTTCACTAAA
f4-15.aa (SEQ ID NO:651)
MSKKVILILLEILILSCDLSINKEQKTKEKTSEKQESEKQNIEKQEPEKQKQNAAKIIPTVSIQTVEIRES
NQIPKSIEKYYKQAYPIQTFTLDFSITREKEFLKPEDKILPTQGKVESLSILINKKLLDFKAPENPKSSTL
KNFKEIKNIENFFQNQDLLFVLTLKDKNNNNTINIMLNPPNDIQKPKDYILKDLKDTIKKGTGEKYLN
PIYRFQIKNKKDYHSIDYNKVTISEKTIELDLLPHEQVFQMNKNFTKILDTITDLNNLKLVIQKELV
t4-15.aa (SEQ ID NO:652)
CDLSINKEQKTKEKTSEKQESEKQNIEKQEPEKQKQNAAKIIPTVSIQTVEIRESNQIPKSIEKYYKQA
YPIQTFTLDFSITREKEFLKPEDKILPTQGKVESLSILINKKLLDFKAPENPKSSTLKNFKEIKNIENFFQ
NQDLLFVLTLKDKNNNNTINIMLNPPNDIQKPKDYILKDLKDTIKKGTGEKYLNPIYRFQIKNKKDY
HSIDYNKVTISEKTIELDLLPHEQVFQMNKNFTK
f4-50.nt (SEQ ID NO:653)
TAGAAGGAGGAAAAAATGAAAATTGGAAAGCTAAATTCAATAGTTATAGCCTTGTTTTTTAAAC
TATTGGTCGCATGTAGTATTGGATTAGTAGAAAGAACAAATGCAGCTCTTGAATCGTCCTCTAA
GGATTTAAAAAACAAAATTTTAAAAATAAAAAAAGAAGCCACGGGAAAAGGTGTACTTTTTGA
AGCTTTTACAGGTCTTAAAACCGGTTCCAAGGTAACAAGTGGTGGACTAGCCTTAAGAGAAGCA
AAAGTACAAGCCATTGTTGAAACAGGAAAGTTCCTTAAGATAATAGAAGAAGAAGCTTTAAAG
CTTAAAGAAACTGGAAACAGTGGTCAATTCTTGGCTATGTTTGACTTAATGCTTGAGGTTGTAG
AATCGCTAGAAGACGTTGGAATAATAGGCTTAAAAGCCCGTGTTTTAGAGGAATCTAAAAATA
ATCCTATAAACACAGCTGAAAGATTGCTTGCGGCTAAAGCTCAAATAGAAAATCAACTTAAAGT
GGTTAAGGAAAAACAAAATATTGAAAATGGTGGAGAGAAAAAAAATAATAAAAGCAAAAAAA
AGAAATAA
t4-50.nt (SEQ ID NO:654)
ATGTAGTATTGGATTAGTAGAAAGAACAAATGCAGCTCTTGAATCGTCCTCTAAGGATTTAAAA
AACAAAATTTTAAAAATAAAAAAAGAAGCCACGGGAAAAGGTGTACTTTTTGAAGCTTTTACA
GGTCTTAAAACCGGTTCCAAGGTAACAAGTGGTGGACTAGCCTTAAGAGAAGCAAAAGTACAA
GCCATTGTTGAAACAGGAAAGTTCCTTAAGATAATAGAAGAAGAAGCTTTAAAGCTTAAAGAA
ACTGGAAACAGTGGTCAATTCTTGGCTATGTTTGACTTAATGCTTGAGGTTGTAGAATCGCTAG
AAGACGTTGGAATAATAGGCTTAAAAGCCCGTGTTTTAGAGGATCTAAAAATAATCCTATAAA
CACAGCTGAAAGATTGCTTGCGGCTAAAGCTCAAATAGAAAATCAACTTAAAGTGGTTAAGGA
AAAACAAAATATTGAAAATGGTGGAGAGAAAAAAAATAATAAAAGCAAAAAAAAGAAA
f4-50.aa (SEQ ID NO:655)
KEEKMKIGKLNSIVIALFFKLLVACSIGLVERTNAALESSSKDLKNKILKIKKEATGKGVLFEAFTGL
KTGSKVTSGGLALREAKVQAIVETGKFLKIIEEEALKLKETGNSGQFLAMFDLMLEVVESLEDVGIIG
LKARVLEESKNNPINTAERLLAAKAQIENQLKVVKEKQNIENGGEKKNNKSKKKK
t4-50.aa (SEQ ID NO:656)
CSIGLVERTNAALESSSKDLKNKILKIKKEATGKGVLFEAFTGLKTGSKVTSGGLALREAKVQAIVET
GKFLKIIEEEALKLKETGNSGQFLAMFDLMLEVVESLEDVGIIGLKARVLEESKNNPINTAERLLAAK
AQIENQLKVVKEKQNIENGGEKKNNKSKKKK
f4-66.nt (SEQ ID NO:657)
TAATTTTTAAAATTTAAATATTTACATAATAGTAATGTGTGTGGGAGACGTATGAAAAATATTT
TATTATTTGTTATTTTATTATTCTTTTCTTGTAAAGAATTTAATTATTCTGATCTTAGGAGAAGG
CCTTCAAAGGTTTTAAATGCTTCTAATGGTGCATCAAATAAAGAACTTAAAATTTCTTTTGTAG
ATTCTTTAAATGATGATCAAAAAGAAGCTTTGTTTTTTCTTGAACAGGTAGTTCTTGATAGCAAT
CCCGACAAGTTTAATCAAATTTTTAATTTAAATGAAGAGAAGGTAAAAGAAATGCTTGTTACTG
TTGTTAAGTGTTTAAAGGCCAAAAGAAAGGCTAAAATGGCTCTTGAGAGCTCAAATGTTGCAA
ATGTTGCCAATGCTAAACAGCAATTGCTACAGGTTGAAAAAACTTACATAGATAATTTGCGACA
ATCTTTTATGACTACTAAAAACATTGAAGAGGCTTGTAATCTTGTAAAAAATTATGATGCATCT
GCTTCGTTTTAA
t4-66.nt (SEQ ID NO:658)
TTGTAAAGAATTTAATTATTCTGATCTTAGGAGAAGGCCTTCAAAGGTTTTAAATGCTTCTAAT
GGTGCATCAAATAAAGAACTTAAAATTTCTTTTGTAGATTCTTTAAATGATGATCAAAAAGAAG
CTTTGTTTTTTCTTGAACAGGTAGTTCTTGATAGCAATCCCGACAAGTTTAATCAAATTTTTAAT
TTAAATGAAGAGAAGGTAAAAGAAATGCTTGTTACTGTTGTTAAGTGTTTAAAGGCCAAAAGA
AAGGCTAAAATGGCTCTTGAGAGCTCAAATGTTGCAAATGTTGCCAATGCTAAACAGCAATTGC
TACAGGTTGAAAAAACTTACATAGATAATTTGCGACAATCTTTTATGACTACTAAAAACATTGA
AGAGGCTTGTAATCTTGTAAAAAATTATGATGCATCTGCTTCGTTT
f4-66.aa (SEQ ID NO:659)
FLKFKYLHNSNVCGRRMKNILLFVILLFFSCKEFNYSDLRRRPSKVLNASNGASNKELKISFVDSLND
DQKEALFFLEQVVLDSNPDKFNQIFNLNEEKVKEMLVTVVKCLKAKRKAKMALESSNVANVANAK
QQLLQVEKTYIDNLRQSFMTTKNIEEACNLVKNYDASASF
t4-66.aa (SEQ ID NO:660)
CKEFNYSDLRRRPSKVLNASNGASNKELKISFVDSLNDDQKEALFFLEQVVLDSNPDKFNQIFNLNE
EKVKEMLVTVVKCLKAKRKAKMALESSNVANVANAKQQLLQVEKTYIDNLRQSFMTTKNIEEAC
NLVKNYDASASF
f42-1.nt (SEQ ID NO:661)
TAATTATTAAAATCTAAGGAGAAGAGATTTATGAACAAAAAATTTTCTATTTCATTATTATCTA
CAATATTAGCCTTCTTGTTAGTATTAGGTTGTGATTTGTCAAGCAATAATGCTGAAAACAAAAT
GGATGATATTTTTAATTTAGAAAAGAAATACATGGATAATTCAAATTATAAATGTTTAAGTAAA
AATGAGGCTATAGTTAAAAATTCTAAAATTAAATTAGGTGTAAATAATACTAGAAGTCGTTCTT
ATTCTTCTAGAGAGACTAATGTTTCGGATTCCTATAATAAAACCTATTCATATTGCAAAAGCAA
CTGA
t42-1.nt (SEQ ID NO:662)
TTGTGATTTGTCAAGCAATAATGCTGAAAACAAAATGGATGATATTTTTAATTTAGAAAAGAAA
TACATGGATAATTCAAATTATAAATGTTTAAGTAAAAATGAGGCTATAGTTAAAAATTCTAAAA
TTAAATTAGGTGTAAATAATACTAGAAGTCGTTCTTATTCTTCTAGAGAGACTAATGTTTCGGA
TTCCTATAATAAAACCTATTCATATTGCAAAAGCAAC
f42-1.aa (SEQ ID NO:663)
LLKSKEKRFMNKKFSISLLSTILAFLLVLGCDLSSNNAENKMDDIFNLEKKYMDNSNYKCLSKNEAI
VKNSKIKLGVNNTRSRSYSSRETNVSDSYNKTYSYCKSN
t42-1.aa (SEQ ID NO:664)
CDLSSNNAENKMDDIFNLEKKYMDNSNYKCLSKNEAIVKNSKIKLGVNNTRSRSYSSRETNVSDSY
NKTYSYCKSN
f43-3.nt (SEQ ID NO:665)
TGAATATTAATAATAAAAAAAGGAATAANAATGAAAATTATCAACATATTATTTTGTTTATTTT
TACTAATGCTAAACAGCTGTAATTCTAATGATACTAATACTAGCCAAACAAAAAGTAGACAAAA
ACGTGATTTAACCCAAAAAGAAGCAACACAAGAAAAACCAAAATCTAAAGAAGACCTGCTTAG
AGAAAAGCTATCTGAAGACCAAAAAACACATCTTGACTGGTTAAAAACCGCTTTAACTGGTGCT
GGAGAATTTGATAAATTTTTAGGATATGACGAAGACAAAATAAAAGGTGCACTTAATCATATA
AAGAGTGAACTTGATAAGTGTACTGGGGATAATTCTGAACAACAAAAAAGCACCTTCAAAGAG
GTGGTTAAGGGGGCTCTTGGTGGCGGTATAGATAGTTTTGCAACTAGTGCAAGTAGTACCTGCC
AAGCTCAGCAATAA
t43-3.nt (SEQ ID NO:666)
CTGTAATTCTAATGATACTAATACTAGCCAAACAAAAAGTAGACAAAAACGTGATTTAACCCAA
AAAGAAGCAACACAAGAAAAACCAAAATCTAAAGAAGACCTGCTTAGAGAAAAGCTATCTGAA
GACCAAAAAACACATCTTGACTGGTTAAAAACCGCTTTAACTGGTGCTGGAGAATTTGATAAAT
TTTTAGGATATGACGAAGACAAAATAAAAGGTGCACTTAATCATATAAAGAGTGAACTTGATA
AGTGTACTGGGGATAATTCTGAACAACAAAAAAGCACCTTCAAAGAGGTGGTTAAGGGGGCTC
TTGGTGGCGGTATAGATAGTTTTGCAACTAGTGCAAGTAGTACCTGCCAAGCTCAGCAA
f43-3.aa (SEQ ID NO:667)
ILIIKKGIXMKIINILFCLFLLMLNSCNSNDTNTSQTKSRQKRDLTQKEATQEKPKSKEDLLREKLSED
QKTHLDWLKTALTGAGEFDKFLGYDEDKIKGALNHIKSELDKCTGDNSEQQKSTFKEVVKGALGG
GIDSFATSASSTCQAQQ
t43-3.aa (SEQ ID NO:668)
CNSNDTNTSQTKSRQKRDLTQKEATQEKPKSKEDLLREKLSEDQKTHLDWLKTALTGAGEFDKFL
GYDEDKIKGALNHIKSELDKCTGDNSEQQKSTFKEVVKGALGGGIDSFATSASSTCQAQQ
f45-2.nt (SEQ ID NO:669)
TAGGAGAGAATAATTATGAATAAAAAAACATTGATTATTTGTGCTGTTTTTGCGCTGATAATTT
CTTGCAAGAATTTTGCAACTGGTAAAGATATAAAACAAAATTCAGAAGGGAAAATTAAAGGAT
TTGTAAATAAGATTTTAGATCCAGTAAAGGATAAAATTGCTTCAAGTGGTACAAAAGTAGATGA
AGTAGCAAAAAAATTACAAGAAGAAGAAAAAGAAGAATTAATGCAGGGCGATGATCCTAATGG
CAGTGGAATAAATCCGCCACCAGTATTGCCGGAAAATATTCACAATAATGCATTAGTATTAAAA
GCAATAGAACAAAGTGATGGTCAACAAGAAAAAAAAGTAGAAGAAGCTGAAGCTAAAGTTGA
AGAAAATAAAGAAAAACAAGAGAATACAGAAGAAAACATTAAAGAAAAAGAAATAATAGACG
AACAAAACAAACAAGAATTAGCTAAAGCTAAAGAAGAAGAACAACAAAAAGAACAAAAAAGA
CATCAAGAAGAGCAACAAAGAAAAGCTAAAGCAGAAAAAGAAAAAAGAGAAAGAGAAGAGGC
AGAACAACAAAAACGACAACAAGAAGAGGAAGAAAAAAGGCAAGTTGATAACCAAATTAAAA
CACTTATAGCTAAAATAGATGAGATCAATGAAAATATTGATGTTATAAAATGGCAAACGACTGT
AGGCCCACAAGGCGTTATAGATAGAATTACTGGGCCTGTGTATGATGATTTTACCAATGGCAAT
AATTCTATACGCGAAACTTGGGAGGGGTTAGAAGAGGAATCAGAAGACGAAGGATTAGGAAAA
TTATTGAAAGAATTGAGTGATGCTAGGGACGCGCTAAGAACTAAATTAAATGAAGGCAATAAA
CCATATACTGGTTACGAAGAGCCTAAGTTAAAAGAAAGTGTAAATGTTAGCGAAATTAAAGAA
GATTTAGAAAAATTAAAATCAAAATTAGAAGAAGTTAAAAAATATCTTAAAGATAGTTCTAAAT
TTGAAGAAATTAAAGGATACATCAGTGACAGTCAGTAA
t45-2.nt (SEQ ID NO:670)
TTGCAAGAATTTTGCAACTGGTAAAGATATAAAACAAAATTCAGAAGGGAAAATTAAAGGATT
TGTAAATAAGATTTTAGATCCAGTAAAGGATAAAATTGCTTCAAGTGGTACAAAAGTAGATGA
AGTAGCAAAAAAATTACAAGAAGAAGAAAAAGAAGAATTAATGCAGGGCGATGATCCTAATGG
CAGTGGAATAAATCCGCCACCAGTATTGCCGGAAAATATTCACAATAATGCATTAGTATTAAAA
GCAATAGAACAAAGTGATGGTCAACAAGAAAAAAAAGTAGAAGAAGCTGAAGCTAAAGTTGA
AGAAAATAAAGAAAAACAAGAGAATACAGAAGAAAACATTAAAGAAAAAGAAATAATAGACG
AACAAAACAAACAAGAATTAGCTAAAGCTAAAGAAGAAGAACAACAAAAAGAACAAAAAAGA
CATCAAGAAGAGCAACAAAGAAAAGCTAAAGCAGAAAAAGAAAAAAGAGAAAGAGAAGAGGC
AGAACAACAAAAACGACAACAAGAAGAGGAAGAAAAAAGGCAAGTTGATAACCAAATTAAAA
CACTTATAGCTAAAATAGATGAGATCAATGAAAATATTGATGTTATAAAATGGCAAACGACTGT
AGGCCCACAAGGCGTTATAGATAGAATTACTGGGCCTGTGTATGATGATTTTACCAATGGCAAT
AATTCTATACGCGAAACTTGGGAGGGGTTAGAAGAGGAATCAGAAGACGAAGGATTAGGAAAA
TTATTGAAAGAATTGAGTGATGCTAGGGACGCGCTAAGAACTAAATTAAATGAAGGCAATAAA
CCATATACTGGTTACGAAGAGCCTAAGTTAAAAGAAAGTGTAAATGTTAGCGAAATTAAAGAA
GATTTAGAAAAATTAAAATCAAAATTAGAAGAAGTTAAAAAATATCTTAAAGATAGTTCTAAAT
TTGAAGAAATTAAAGGATACATCAGTGACAGTCAG
f45-2.aa (SEQ ID NO:671)
ERIIMNKKTLIICAVFALIISCKNFATGKDIKQNSEGKIKGFVNKILDPVKDKIASSGTKVDEVAKKLQ
EEEKEELMQGDDPNGSGINPPPVLPENIHNNALVLKAIEQSDGQQEKKVEEAEAKVEENKEKQENT
EENIKEKEIIDEQNKQELAKAKEEEQQKEQKRHQEEQQRKAKAEKEKREREEAEQQKRQQEEEEKR
QVDNQIKTLIAKIDEINENIDVIKWQTTVGPQGVIDRITGPVYDDFTNGNNSIRETWEGLEEESEDEG
LGKLLKELSDARDALRTKLNEGNKPYTGYEEPKLKESVNVSEIKEDLEKLKSKLEEVKKYLKDSSKF
EEIKGYISDSQ
t45-2.aa (SEQ ID NO:672)
CKNFATGKDIKQNSEGKIKGFVNKILDPVKDKIASSGTKVDEVAKKLQEEEKEELMQGDDPNGSGI
NPPPVLPENIHNNALVLKAIEQSDGQQEKKVEEAEAKVEENKEKQENTEENIKEKEIIDEQNKQELA
KAKEEEQQKEQKRHQEEQQRKAKAEKEKREREEAEQQKRQQEEEEKRQVDNQIKTLIAKIDEINEN
IDVIKWQTTVGPQGVIDRITGPVYDDFTNGNNSIRETWEGLEEESEDEGLGKLLKELSDARDALRTK
LNEGNKPYTGYEEPKLKESVNVSEIKEDLEKLKSKLEEVKKYLKDSSKFEEIKGYISDSQ
f47-2.nt (SEQ ID NO:673)
TGAATATTAATAATAAAAAAAGGAGTAACAATGAAAATCATCAACATATTATTTTGTATATCTT
TGCTACTACTAAATAGCTGTAATTCCAATGATAATGACACTTTAAAAAACAATGCCCAACAAAC
AAAAAGCAGGAAAAAACGTGATTTAAGCCAAGAAGAACTGCCACAACAAGAAAAAATCACTTT
AACATCCGACGAAGAAAAAATGTTTACTTCATTAATCAATGTGTTTAAATACACAATTGAAAAA
TTAAACAATGAAATACAAGGGTGCATGAATGGAAACAAAAGTAAATGTAATGACTTCTTTGATT
GGCTTTCTGAAGATATTCAAAAACAAAAAGAATTAGCTGGTGCTTTTACCAAGGTTTACAACTT
CTTAAAATCAAAAGCACAAAATGAAACTTTTGATACTTATATTAAAGGAGCTATTGATTGTAAA
AAAAACACTCCACAAGATTGTAATAAAAATAATGAAATATGGGGAGGTGGACAACTTANTAGN
GCAATATTTTAG
t47-2.nt (SEQ ID NO:674)
CTGTAATTCCAATGATAATGACACTTTAAAAAACAATGCCCAACAAACAAAAAGCAGGAAAAA
ACGTGATTTAAGCCAAGAAGAACTGCCACAACAAGAAAAAATCACTTTAACATCCGACGAAGA
AAAAATGTTTACTTCATTAATCAATGTGTTTAAATACACAATTGAAAAATTAAACAATGAAATA
CAAGGGTGCATGAATGGAAACAAAAGTAAATGTAATGACTTCTTTGATTGGCTTTCTGAAGATA
TTCAAAAACAAAAAGAATTAGCTGGTGCTTTTACCAAGGTTTACAACTTCTTAAAATCAAAAGC
ACAAAATGAAACTTTTGATACTTATATTAAAGGAGCTATTGATTGTAAAAAAAACACTCCACAA
GATTGTAATAAAAATAATGAA
f47-2.aa (SEQ ID NO:675)
ILIIKKGVTMKIINILFCISLLLLNSCNSNDNDTLKNNAQQTKSRKKRDLSQEELPQQEKITLTSDEEK
MFTSLINVFKYTIEKLNNEIQGCMNGNKSKCNDFFDWLSEDIQKQKELAGAFTKVYNFLKSKAQNE
TFDTYIKGAIDCKKNTPQDCNKNNEIWGGGQLXXAIF
t47-2.aa (SEQ ID NO:676)
CNSNDNDTLKNNAQQTKSRKKRDLSQEELPQQEKITLTSDEEKMFTSLINVFKYTIEKLNNEIQGCM
NGNKSKCNDFFDWLSEDIQKQKELAGAFTKVYNFLKSKAQNETFDTYIKGAIDCKKNTPQDCNKN
NE
f49-2.nt (SEQ ID NO:677)
TAAATGTTCAAAACAATCATTAAACAAAAAAATATGAAAAAAATTTCAAGTGCAATTTTATTAA
CAACTTTCTTTGTTTTTATTAATTGTAAAAGCCAAGTTGCTGATAAGGCGAGTGTGACGGGGAT
TGCTAAGGGAATAAAGGAGATTGTTGAAGCTGCTGGGGGGAGTGAAAAGCTGAAAGTTGCTGC
TGCTGAAGGGGAGAATAATGAAAAGGCAGGGAAGTTGTTTGGGAAGGCTGGTGCTGGTAATGC
TGGGGACAGTGAGGCTGCTAGCAAGGCGGCTGGTGCTGTTAGTGCTGTTAGTGGGGAGCAGAT
ATTAAGTGCGATTGTTAAGGCTGCTGGTGAGGCTGCGCAGGATGGAGAGAAGCCTGGGGAGGC
TAAAAATCCGATTGCTGCTGCTATTGGGAAGGGTAATGAGGATGGTGCGGAGTTTAAGGATGA
GATGAAGAAGGATGATCAGATTGCTGCTGCTATTGCTTTGAGGGGGATGGCTAAGGATGGAAA
GTTTGCTGTGAAGAATGATGAGAAAGGGAAGGCTGAGGGGGCTATTAAGGGAGCTGGCGAGTT
GTTGGATAAGCTGGTAAAAGCTGTAAAGACAGCTGAGGGGGCTTCAAGTGGTACTGCTGCAAT
TGGAGAAGTTGTGGCTGATGATAATGCTGCGAAGGTTGCTGATAAGGCGAGTGTGAAGGGGAT
TGCTAAGGGGATAAAGGAGATTGTTGAAGCTGCTGGGGGGAGTAAAAAGCTGAAAGTTGCTGC
TGCTAAAGAGGGCAATGAAAAGGCAGGGAAGTTGTTTGGGAAAGTTGATGCTGCTCATGCTGG
GGACAGTGAGGCTGCTAGCAAGGCGGCTGGTGCTGTTAGTGCTGTTAGTGGGGAGCAGATATT
AAGTGCGATTGTTAAGGCTGCTGGTGCGGCTGCTGGTGATCAGGAGGGAAAGAAGCCTGGGGA
TGCTAAAAATCCGATTGCTGCTGCTATTGGGAAGGGTGATGCGGAGAATGGTGCGGAGTTTAA
TCATGATGGGATGAAGAAGGATGATCAGATTGCTGCTGCTATTGCTTTGAGGGGGATGGCTAA
GGATGGAAAGTTTGCTGTGAAGAGTGGTGGTGGTGAGAAAGGGAAGGCTGAGGGGGCTATTAA
GGGAGCTGCTGAGTTGTTGGATAAGCTGGTAAAAGCTGTAAAGACAGCTGAGGGGGCTTCAAG
TGGTACTGATGCAATTGGAGAAGTTGTGGCTAATGCTGGTGCTGCAAAGGTTGCTGATAAGGC
GAGTGTGACGGGGATTGCTAAGGGGATAAAGGAGATTGTTGAAGCTGCTGGGGGGAGTGAAAA
GCTGAAAGTTGCTGCTGCTACAGGGGAGAGTAATAAAGGGGCAGGGAAGTTGTTTGGGAAGGC
TGGTGCTGGTGCTAATGCTGGGGACAGTGAGGCTGCTAGCAAGGCGGCTGGTGCTGTTAGTGC
TGTTAGTGGGGAGCAGATATTAAGTGCGATTGTTAAGGCTGCTGATGCGGCTGATCAGGAGGG
AAAGAAGCCTGGGGATGCTANAAATCCGATTGCTGCTGCTATTGGGAAGGGTNATGNGGAGAA
TGGTGCGGAGTTTAANNATGANGGATGA
t49-2.nt (SEQ ID NO:678)
TTGTAAAAGCCAAGTTGCTGATAAGGCGAGTGTGACGGGGATTGCTAAGGGAATAAAGGAGAT
TGTTGAAGCTGCTGGGGGGAGTGAAAAGCTGAAAGTTGCTGCTGCTGAAGGGGAGAATAATGA
AAAGGCAGGGAAGTTGTTTGGGAAGGCTGGTGCTGGTAATGCTGGGGACAGTGAGGCTGCTAG
CAAGGCGGCTGGTGCTGTTAGTGCTGTTAGTGGGGAGCAGATATTAAGTGCGATTGTTAAGGCT
GCTGGTGAGGCTGCGCAGGATGGAGAGAAGCCTGGGGAGGCTAAAAATCCGATTGCTGCTGCT
ATTGGGAAGGGTAATGAGGATGGTGCGGAGTTTAAGGATGAGATGAAGAAGGATGATCAGATT
GCTGCTGCTATTGCTTTGAGGGGGATGGCTAAGGATGGAAAGTTTGCTGTGAAGAATGATGAG
AAAGGGAAGGCTGAGGGGGCTATTAAG
f49-2.aa (SEQ ID NO:679)
MFKTIIKQKNMKKISSAILLTTFFVFINCKSQVADKASVTGIAKGIKEIVEAAGGSEKLKVAAAEGEN
NEKAGKLFGKAGAGNAGDSEAASKAAGAVSAVSGEQILSAIVKAAGEAAQDGEKPGEAKNPIAAAI
GKGNEDGAEFKDEMKKDDQIAAAIALRGMAKDGKFAVKNDEKGKAEGAIKGAGELLDKLVKAVK
TAEGASSGTAAIGEVVADDNAAKVADKASVKGIAKGIKEIVEAAGGSKKLKVAAAKEGNEKAGKL
FGKVDAAHAGDSEAASKAAGAVSAVSGEQFLSAIVKAAGAAAGDQEGKKPGDAKNPIAAAIGKGD
AENGAEFNHDGMKKDDQIAAAIALRGMAKDGKFAVKSGGGEKGKAEGAIKGAAELLDKLVKAVK
TAEGASSGTDAIGEVVANAGAAKVADKASVTGIAKGIKEIVEAAGGSEKLKVAAATGESNKGAGK
LFGKAGAGANAGDSEAASKAAGAVSAVSGEQILSAIVKAADAADQEGKKPGDAXNPIAAAIGKGX
XENGAEFXXXG
t49-2.aa (SEQ ID NO:680)
CKSQVADKASVTGIAKGIKEIVEAAGGSEKLKVAAAEGENNEKAGKLFGKAGAGNAGDSEAASKA
AGAVSAVSGEQILSAIVKAAGEAAQDGEKPGEAKNPIAAAIGKGNEDGAEFKDEMKKDDQIAAAIA
LRGMAKDGKFAVKNDEKGKAEGAIK
f5-14.nt (SEQ ID NO:681)
TAGAAATTCAAAACAAAGGAGAAAACAAAAAGTATGAATAAAAAAATATTGATTATTTTTGCT
GTTTTTGCACTTATAATTTCTTGTAAAAATTATGCAACTGGTAAAGATATAAAACAAAATGCAA
AAGGGAAAATTAAAGGATTTTTAGATAAGGTTTTAGATCCAGCAAAAGATAAAATTACTTCAA
GTAGTTCAAAAGTAGATGAATTAGCAAAAAAATTACAAGAAGAAGATGAAGATAATGAATTAA
TGCAGGGCGATGATCCTAATAACAGAGCAATAGCACTGTTACCAGTATTGCCGGAAAATAGTC
ATGACAATCCACCAGTACCAAAAGTAAAAGCAGCAGCACAAAGTGGTGGTCAACAAGAAGACC
AAAAAGCAAAAGAATCTAAAGATAAAGTTGAGGAAGAAAAAGAAGTTGTAGAGGAGAAAAAA
GAAGAACAAGATAGTAAAAAAGAAAAAGTGGAGAAGCAAAGTCAAAAGCAAAAAGAAGAAGA
GAGAAACTCTAAAGAAGAACAACAAAAACAAGAAGAAGCAAAAGCTAGAGCAGATAGAGAAA
GAGAAGAACGACTAAAACAACAAGAACAAAAAAGACAACAGGAAGAAGCTAGGGTTAAAGCA
GAAAAAGAAAAACAAGAAAGAGAGGAACAACAAAAACAAGAAGAAGAAAAGAAAGTTAAATA
TAAAATTAAAACACTTACAGACAAAATAGATGAAATAAATAAGGATATTGATGGTATAAATGG
TAAAACAATTGTAGGAGCAGAAGAAGTTATAGATAAAATTACGGGGCCTGTATATGATGATTTT
ACTGATGGGAATAAAGCTATATACAAAACTTGGGGAGATTTAGAGGATGAAGAAGGCGAAGAA
TTAGGAAAATTATTGAAAGAATTGAGTGATACTAGACATAATTTAAGAACCAAATTAAATGAG
GGTAATAAAGCATATATTGTTCTAGAAAAGGAGCCTAATTTAAAAGAAAATGTAAATGTTAGT
GATATTCAATCAGATTTAGAAAAATTAAAATCAGGATTAGAAGAAGTTAAAAAATATTTTGAA
AATGAAGATAATTTTGAAGAAATTAAAGGATACATTGAGGATAGTAATTCATATTGA
t5-14.nt (SEQ ID NO:682)
TTGTAAAAATTATGCAACTGGTAAAGATATAAAACAAAATGCAAAAGGGAAAATTAAAGGATT
TTTAGATAAGGTTTTAGATCCAGCAAAAGATAAAATTACTTCAAGTAGTTCAAAAGTAGATGAA
TTAGCAAAAAAATTACAAGAAGAAGATGAAGATAATGAATTAATGCAGGGCGATGATCCTAAT
AACAGAGCAATAGCACTGTTACCAGTATTGCCGGAAAATAGTCATGACAATCCACCAGTACCAA
AAGTAAAAGCAGCAGCACAAAGTGGTGGTCAACAAGAAGACCAAAAAGCAAAAGAATCTAAA
GATAAAGTTGAGGAAGAAAAAGAAGTTGTAGAGGAGAAAAAAGAAGAACAAGATAGTAAAAA
AGAAAAAGTGGAGAAGCAAAGTCAAAAGCAAAAAGAAGAAGAGAGAAACTCTAAAGAAGAAC
AACAAAAACAAGAAGAAGCAAAAGCTAGAGCAGATAGAGAAAGAGAAGAACGACTAAAACAA
CAAGAACAAAAAAGACAACAGGAAGAAGCTAGGGTTAAAGCAGAAAAAGAAAAACAAGAAAG
AGAGGAACAACAAAAACAAGAAGAAGAAAAGAAAGTTAAATATAAAATTAAAACACTTACAG
ACAAAATAGATGAAATAAATAAGGATATTGATGGTATAAATGGTAAAACAATTGTAGGAGCAG
AAGAAGTTATAGATAAAATTACGGGGCCTGTATATGATGATTTTACTGATGGGAATAAAGCTAT
ATACAAAACTTGGGGAGATTTAGAGGATGAAGAAGGCGAAGAATTAGGAAAATTATTGAAAGA
ATTGAGTGATACTAGACATAATTTAAGAACCAAATTAAATGAGGGTAATAAAGCATATATTGTT
CTAGAAAAGGAGCCTAATTTAAAAGAAAATGTAAATGTTAGTGATATTCAATCAGATTTAGAA
AAATTAAAATCAGGATTAGAAGAAGTTAAAAAATATTTTGAAAATGAAGATAATTTTGAAGAA
ATTAAAGGATACATTGAGGATAGTAATTCATAT
f5-14.aa (SEQ ID NO:683)
KFKTKEKTKSMNKKILIIFAVFALIISCKNYATGKDIKQNAKGKIKGFLDKVLDPAKDKITSSSSKVD
ELAKKLQEEDEDNELMQGDDPNNRAIALLPVLPENSHDNPPVPKVKAAAQSGGQQEDQKAKESKD
KVEEEKEVVEEKKEEQDSKKEKVEKQSQKQKEEERNSKEEQQKQEEAKARADREREERLKQQEQK
RQQEEARVKAEKEKQEREEQQKQEEEKKVKYKIKTLTDKIDEINKDIDGINGKTIVGAEEVIDKITGP
VYDDFTDGNKAIYKTWGDLEDEEGEELGKLLKELSDTRHNLRTKLNEGNKAYIVLEKEPNLKENV
NVSDIQSDLEKLKSGLEEVKKYFENEDNFEEIKGYIEDSNSY
t5-14.aa (SEQ ID NO:684)
CKNYATGKDIKQNAKGKIKGFLDKVLKPAKDKITSSSSKVDELAKKLQEEDEDNELMQGDDPNNR
AIALLPVLPENSHDNPPVPKVKAAAQSGGQQEDQKAKESKDKVEEEKEVVEEKKEEQDSKKEKVE
KQSQKQKEEERNSKEEQQKQEEAKARADREREERLKQQEQKRQQEEARVKAEKEKQEREEQQKQ
EEEKKVKYKIKTLTDKIDEINKDIDGINGKTIVGAEEVIDKITGPVYDDFTDGNKAIYKTWGDLEDEE
GEELGKLLKELSDTRHNLRTKLNEGNKAYIVLEKEPNLKENVNVSDIQSDLEKLKSGLEEVKKYFEN
EDNFEEIKGYIEDSNSY
f5-15.nt (SEQ ID NO:685)
TAACTTATGAATAAGAAAATGAAAATGTTTATTATTTGTGCTGTTTTTGCATTGATGATTTCTTG
CAAGAATTATGCAAGTGGTGAAAATCTAAAAAATTCAGAACAAAATCTAGAAAGTTCAGAACA
AAATGTAAAAAAAACAGAACAAGAGATAAAAAAACAAGTTGAAGGATTTTTAGAAATTCTAGA
GACAAAAGATTTATCTAAATTAGATGAAAAAGATACAAAAGAAATTGAAAAACAAATTCAAGA
ATTAAAGAATAAAATAGAAAAATTAGATTCTAAAAAAACTTCTATTGAAACATATTCTGAGTAT
GAAGAAAAAATAAACAAAATAAAAGAAAAATTGAAAGGAAAAGGACTTGAAGATAAATTTAA
GGAGCTTGAAGAGAGTTTAGCAAAGAAAAAGGGGGAGAGAAAAAAAGCTTTACAAGAGGCCA
AACAGAAATTTGAAGAATATAAAAAACAAGTAGATACTTCAACTGGGAAAACTCAAGGCGACA
GGTCTAAAAACCGAGGTGGTGTTGGAGTGCAAGCTTGGCAGTGTGCCAATGAATTAGGTTTGG
GTGTAAGTTATTCTAATGGCGGCAGTGACAACAGCAATACTGATGAATTAGCAAACAAAGTTAT
AGATGATTCTCTTAAAAAGATTGAAGAAGAACTTAAGGGAATAGAAGAAGATAAAAAAGAATA
A
t5-15.nt (SEQ ID NO:686)
TTGCAAGAATTATGCAAGTGGTGAAAATCTAAAAAATTCAGAACAAAATCTAGAAAGTTCAGA
ACAAAATGTAAAAAAAACAGAACAAGAGATAAAAAAACAAGTTGAAGGATTTTTAGAAATTCT
AGAGACAAAAGATTTATCTAAATTAGATGAAAAAGATACAAAAGAAATTGAAAAACAAATTCA
AGAATTAAAGAATAAAATAGAAAAATTAGATTCTAAAAAAACTTCTATTGAAACATATTCTGAG
TATGAAGAAAAAATAAACAAAATAAAAGAAAAATTGAAAGGAAAAGGACTTGAAGATAAATTT
AAGGAGCTTGAAGAGAGTTTAGCAAAGAAAAAGGGGGAGAGAAAAAAAGCTTTACAAGAGGC
CAAACAGAAATTTGAAGAATATAAAAAACAAGTAGATACTTCAACTGGGAAAACTCAAGGCGA
CAGGTCTAAAAACCGAGGTGGTGTTGGAGTGCAAGCTTGGCAGTGTGCCAATGAATTAGGTTT
GGGTGTAAGTTATTCTAATGGCGGCAGTGACAACAGCAATACTGATGAATTAGCAAACAAAGT
TATAGATGATTCTCTTAAAAAGATTGAAGAAGAACTTAAGGGAATAGAAGAAGATAAAAAAGA
A
f5-15.aa (SEQ ID NO:687)
LMNKKMKMFIICAVFALMISCKNYASGENLKNSEQNLESSEQNVKKTEQEIKKQVEGFLEILETKDL
SKLDEKDTKEIEKQIQELKNKIEKLDSKKTSIETYSEYEEKINKIKEKLKGKGLEDKFKELEESLAKK
KGERKKALQEAKQKFEEYKKQVDTSTGKTQGDRSKNRGGVGVQAWQCANELGLGVSYSNGGSD
NSNTDELANKVIDDSLKKIEEELKGIEEDKKE
t5-15.aa (SEQ ID NO:688)
CKNYASGENLKNSEQNLESSEQNVKKTEQEIKKQVEGFLEILETKDLSKLDEKDTKEIEKQIQELKN
KIEKLDSKKTSIETYSEYEEKINKIKEKLKGKGLEDKFKELEESLAKKKGERKKALQEAKQKFEEYK
KQVDTSTGKTQGDRSKNRGGVGVQAWQCANELGLGVSYSNGGSDNSNTDELANKVIDDSLKKIEE
ELKGIEEDKKE
f51-2.nt (SEQ ID NO:689)
TAATTGTTTGGGGTTGTGGTAAACTTAAGGCTTATGGAGTGGATTATGAATAAAAAAATGAAAA
TATTTATTATTTGTGCTGTATTTGTGCTGATAAGTTCTTGCAAGATTGATGCAACTGGTAAAGAT
GCAACTGGTAAAGATGCAACTGGTAAAGATGCAACTGGTAAAGATGCAACTGGTAAAAATGCA
GAACAAAATATAAAAGGGAAAGTTCAAGGATTTTTAGAAAAGATTTTAGATCCAGTAAAGGAT
AAAATTGCTTCAAATGGTCCAATAGCAGATGAATTGGCAAAAAAATTACAAGAAGAAGAAAAG
GTAAATAACGGGGAAGAAGAAAATGATAAAGCTGTCTTTTTAGGAGAAGAATCAAAAGAGGAT
GAAGAAGAAAATGAGCAAGCTGTTAATTTAGAAGAAAAAAATGCGGAAGAGGATAAGAAAGT
TGTTAATTTAGAAGAGAAAGAATTAGAAGTTAAAAAAGAGACTGAAGAAGATGAAGATAAAGA
AGAAATAGAGAAACAAAAACAAGAAGTGGAAAAAGCACAAGAAAGAAAACAACGACAAGAAG
AAAAGAAACGAAAAAAACAAGAACAGCAAGAAGAAAAGAAACGAAAACGACAAGAACAAAGA
AAAGAAAGGAGAGCTAAAAACAAAATTAAAAAACTTGCGGATAAAATAGATGAGATAAGTTGG
AATATTGATGGTATAGAAAGTCAAACAAGTGTAAAACCGAAAGCAGTTATAGATAAAATTACG
GGGCCTGTATATGATTATTTTACCGATGACAACAAAAAAGCTATATATAAAACATGGGGAGATT
TAGAAGATGAAGAAGGCGAAGGATTGGGAAAATTATTGAAAGAATTGAGTGATACTAGAGATG
AGTTAAGAACCAAATTAAATAAAGATAATAAAAAATATTATGCCCATGAAAATGAGCCTCCTCT
AAAAGAAAATGTAGATGTCAGCGAAATTAAAGAAGATTTAGAAAAAGTAAAATCAGGATTAGA
AAAGGTTAAAGAATATCTTAAAGACAATTCTAAATTTGAAGAAATTAAAGGATACATCAGTTAC
AGTCAGTAA
t51-2.nt (SEQ ID NO:690)
TTGCAAGATTGATGCAACTGGTAAAGATGCAACTGGTAAAGATGCAACTGGTAAAGATGCAAC
TGGTAAAGATGCAACTGGTAAAAATGCAGAACAAAATATAAAAGGGAAAGTTCAAGGATTTTT
AGAAAAGATTTTAGATCCAGTAAAGGATAAAATTGCTTCAAATGGTCCAATAGCAGATGAATT
GGCAAAAAAATTACAAGAAGAAGAAAAGGTAAATAACGGGGAAGAAGAAAATGATAAAGCTG
TCTTTTTAGGAGAAGAATCAAAAGAGGATGAAGAAGAAAATGAGCAAGCTGTTAATTTAGAAG
AAAAAAATGCGGAAGAGGATAAGAAAGTTGTTAATTTAGAAGAGAAAGAATTAGAAGTTAAAA
AAGAGACTGAAGAAGATGAAGATAAAGAAGAAATAGAGAAACAAAAACAAGAAGTGGAAAAA
GCACAAGAAAGAAAACAACGACAAGAAGAAAAGAAACGAAAAAAACAAGAACAGCAAGAAGA
AAAGAAACGAAAACGACAAGAACAAAGAAAAGAAAGGAGAGCTAAAAACAAAATTAAAAAAC
TTGCGGATAAAATAGATGAGATAAGTTGGAATATTGATGGTATAGAAAGTCAAACAAGTGTAA
AACCGAAAGCAGTTATAGATAAAATTACGGGGCCTGTATATGATTATTTTACCGATGACAACAA
AAAAGCTATATATAAAACATGGGGAGATTTAGAAGATGAAGAAGGCGAAGGATTGGGAAAATT
ATTGAAAGAATTGAGTGATACTAGAGATGAGTTAAGAACCAAATTAAATAAAGATAATAAAAA
ATATTATGCCCATGAAAATGAGCCTCCTCTAAAAGAAAATGTAGATGTCAGCGAAATTAAAGA
AGATTTAGAAAAAGTAAAATCAGGATTAGAAAAGGTTAAAGAATATCTTAAAGACAATTCTAA
ATTTGAAGAAATTAAAGGATACATCAGTTACAGTCAG
f51-2.aa (SEQ ID NO:691)
LFGVVVNLRLMEWIMNKKMKIFIICAVFVLISSCKIDATGKDATGKDATGKDATGKDATGKNAEQN
IKGKVQGFLEKILDPVKDKIASNGPIADELAKKLQEEEKVNNGEEENDKAVFLGEESKEDEEENEQA
VNLEEKNAEEDKKVVNLEEKELEVKKETEEDEDKEEIEKQKQEVEKAQERKQRQEEKKRKKQEQQ
EEKKRKRQEQRKERRAKNKIKKLADKIDEISWNIDGIESQTSVKPKAVIDKITGPVYDYFTDDNKKA
IYKTWGDLEDEEGEGLGKLLKELSDTRDELRTKLNKDNKKYYAHENEPPLKENVDVSEIKEDLEKV
KSGLEKVKEYLKDNSKFEEIKGYISYSQ
t51-2.aa (SEQ ID NO:692)
CKIDATGKDATGKDATGKDATGKDATGKNAEQNIKGKVQGFLEKILDPVKDKIASNGPIADELAKK
LQEEEKVNNGEEENDKAVFLGEESKEDEEENEQAVNLEEKNAEEDKKVVNLEEKELEVKKETEED
EDKEEIEKQKQEVEKAQERKQRQEEKKRKKQEQQEEKKRKRQEQRKERRAKNKIKKLADKIDEIS
WNIDGIESQTSVKPKAVIDKITGPVYDYFTDDNKKAIYKTWGDLEDEEGEGLGKLLKELSDTRDEL
RTKLNKDNKKYYAHENEPPLKENVDVSEIKEDLEKVKSGLEKVKEYLKDNSKFEEIKGYISYSQ
f6-21.nt (SEQ ID NO:693)
TAGGCAAAATTTAAATTTATAAAAACTTGTAAGGATGCTTGTATGAAAATATTGATAAAAAAGT
TAAAAGTTGTATTATTTCTCAATTTAATTTTACTTATTTCTTGTGTTAATGAAAGTAATAGAAAC
AAATTGGTTTTTAAGCTAAATATTGGAAGTGAGCCTGCTACTTTAGATGCTCAATTAATAAACG
ATACGGTTGGATCAGGGATTGTAAGCCAAATGTTTCTTGGCATTTTAGATGGAGATCCCAGGAC
TGGAGGATACAGACCGGGACTTGCTAAAAGTTGGGATATTTCTGATGACGGAGTAGTTTATACG
TTTCATTTAAGAGATAATCTTGTTTGGAGTGATGGAGTTTCCATTACTGCCGAAGAATAA
t6-21.nt (SEQ ID NO:694)
TTGTGTTAATGAAAGTAATAGAAACAAATTGGTTTTTAAGCTAAATATTGGAAGTGAGCCTGCT
ACTTTAGATGCTCAATTAATAAACGATACGGTTGGATCAGGGATTGTAAGCCAAATGTTTCTTG
GCATTTTAGATGGAGATCCCAGGACTGGAGGATACAGACCGGGACTTGCTAAAAGTTGGGATA
TTTCTGATGACGGAGTAGTTTATACGTTTCATTTAAGAGATAATCTTGTTTGGAGTGATGGAGT
TTCCATTACTGCCGAAGAA
f6-21.aa (SEQ ID NO:695)
AKFKFIKTCKDACMKILIKKLKVVLFLNLILLISCVNESNRNKLVFKLNIGSEPATLDAQLINDTVGSG
IVSQMFLGILDGDPRTGGYRPGLAKSWDISDDGVVYTFHLRDNLVWSDGVSITAEE
t6-21.aa (SEQ ID NO:696)
CVNESNRNKLVFKLNIGSEPATLDAQLINDTVGSGIVSQMFLGILDGDPRTGGYRPGLAKSWDISDD
GVVYTFHLRDNLVWSDGVSITAEE
f6-27.nt (SEQ ID NO:697)
TAAAGAAAAGCTTGCATAAAAAGTATAACAAATTCTTTAATAATTAAAATCAAAAAGAATATA
ATTATTGCACTAAAATTAAATTTATACAGTTATATAGAATCACTTAAGGAACAAAAAATGAAAT
ACCTTAAAAACATTTCCTTATTTTTGTTAATTTTAGGTTGCAAATCCATCCCAAATGGTAATTTC
AATCTACACGATACAAACCATAAATTAGGAAAACTAAAATTTCAAGAAGACTCGATAATAAGC
AGAAATTATGATAATAAAATATCCATTGTGGGAGTATACAACCCTTTAACAGAAAAAGAAAATT
TTAAAGTCAATATTTTCATCAAAAAAAAAGGATTACAAATAGATCCTGAAAATATTTTGATAAA
TGAAGAAAAAATTAATTATTCAAAATATAAAGCAGAACTCAAAGTAAAATCTAGGTTTAATAAA
AGCATTATCAGTATTTCACTAACTAATTCAAGAGATCTATTAACCTACATTTACGATAAAAGCA
CAGGGAAATACATTAACATTGAGTTTAAGGACAATTGGAACGTATCGCACAGTATAAAATTTAA
TAAGGAGTATATTTTAGCATATATAACAGATTTTGATAAAGAAATTAAAATATCTAAAAATATT
TTGCAAAAACGTATTGATAATAGAAAAATTGAAATTGAAAAAACAGAGCTTAAAACAGAATAT
AATGAAATAGAGGATTATTACATCTACAGTATGAAAATTCCAAAATTATTTGAAAAATCAGACG
CTCCCTCTGAAACTTACGAAACATTTGTTATAGCAAATTATTACCCCTGTGAAAATTTAAATATA
CTGTTTTTGAATTTAAGCTTATACTCTGATAAATTACGCTTTCTAAACTCTATTTATGATGAGAA
TGATAGAAAATTAAAAATGGAGCCTCCTGTGAGAGCCTTAAAGAATTCAAAAACAATAAAAGA
AACATTAAATATAGTATTAAGTCCTCAAAAAATAATAGAGCTAGCAAAAAACATTGAAAAAGA
TATTACTCTAAAATTAAAATCTTACGGAGAAAAGGGAGAATTCACATTTGAAATATATAAACCA
CTTCTTTTAAAATTCTTAAAAGAAGTAGATCATTGCATAAAAAATTTGCAATCAAGTAGGCATA
AATTTTAA
t6-27.nt (SEQ ID NO:698)
TTGCAAATCCATCCCAAATGGTAATTTCAATCTACACGATACAAACCATAAATTAGGAA
AACTAAAATTTCAAGAAGACTCGATAATAAGCAGAAATTATGATAATAAAATATCCATTGTGGG
AGTATACAACCCTTTAACAGAAAAAGAAAATTTTAAAGTCAATATTTTCATCAAAAAAAAAGGA
TTACAAATAGATCCTGAAAATATTTTGATAAATGAAGAAAAAATTAATTATTCAAAATATAAAG
CAGAACTCAAAGTAAAATCTAGCTTTAATAAAAGCATTATCAGTATTTCACTAACTAATTCAAG
AGATCTATTAACCTACATTTACGATAAAAGCACAGGGAAATACATTAACATTGACTTTAAGGAC
AATTGGAACGTATCGCACAGTATAAAATTTAATAAGGAGTATATTTTAGCATATATAACAGATT
TTGATAAAGAAATTAAAATATCTAAAAATATTTTGCAAAAACGTATTGATAATAGAAAAATTGA
AATTGAAAAAACAGAGCTTAAAACAGAATATAATGAAATAGAGGATTATTACATCTACAGTAT
GAAAATTCCAAAATTATTTGAAAAATCAGACGCTCCCTCTGAAACTTACGAAACATTTGTTATA
GCAAATTATTACCCCTGTGAAAATTTAAATATACTGTTTTTGAATTTAAGCTTATACTCTGATAA
ATTACGCTTTCTAAACTCTATTTATGATGAGAATGATAGAAAATTAAAAATGGAGCCTCCTGTG
AGAGCCTTAAAGAATTCAAAAACAATAAAAGAAACATTAAATATAGTATTAAGTCCTCAAAAA
ATAATAGAGCTAGCAAAAAACATTGAAAAAGATATTACTCTAAAATTAAAATCTTACGGAGAA
AAGGGAGAATTCACATTTGAAATATATAAACCACTTCTTTTAAAATTCTTAAAAGAAGTAGATC
ATTGCATAAAAAATTTGCAATCAAGTAGGCATAAATTT
f6-27.aa (SEQ ID NO:699)
RKACIKSITNSLIIKIKKNIIIALKLNLYSYIESLKEQKMKYLKNISLFLLILGCKSIPNGNFNLHDTNHK
LGKLKFQEDSIISRNYDNKISIVGVYNPLTEKENFKVNIFIKKKGLQIDPENILINEEKINYSKYKAELK
VKSSFNKSIISISLTNSRDLLTYIYDKSTGKYINIDFKDNWNVSHSIKFNKEYILAYITDFDKEIKISKNI
LQKRIDNRKIEIEKTELKTEYNEIEDYYIYSMKIPKLFEKSDAPSETYETFVIANYYPCENLNILFLNLS
LYSDKLRFLNSIYDENDPKLKMEPPVRALKNSKTIKETLNIVLSPQKIIELAKNIEKDITLKLKSYGEK
GEFTFEIYKPLLLKFLKEVDHCIKNLQSSRHKF
t6-27.aa (SEQ ID NO:700)
CKSIPNGNFNLHDTNHKLGKLKFQEDSIISRNYDNKISIVGVYNPLTEKENFKVNIFIKKKGLQIDPEN
ILINEEKINYSKYKAELKVKSSFNKSIISISLTNSRDLLTYIYDKSTGKYINIDFKDNWNVSHSIKFNKE
YILAYITDFDKEIKISKNILQKRIDNRKIEIEKTELKTEYNEIEDYYIYSMKIPKLFEKSDAPSETYETFV
IANYYPCENLNILFLNLSLYSDKLRFLNSIYDENDRKLKMEPPVRALKNSKTIKETLNIVLSPQKIIELA
KNIEKDITLKLKSYGEKGEFTFEIYKPLLLKFLKEVDHCIKNLQSSRHKF
f6-5.nt (SEQ ID NO:701)
TAAATGAAGAAGTTTTTAATATCCGTTTATTTTTTATTGTTTTATGGTTGTTCAACTATATCTTTG
GTAAAAATACCAGAAAAAGATAAAATAAATTTAACTGTTTTATCATCTTTAATGAATTATCCTG
ATTTGAAGATTTCAAATTTTAAAATAAAAGACTACGAACATTTGCATTATTCATCTGATTTTGAA
AGCTTGAGTGATACTAAAAATAGTGCTTATATTTACGTTGATGAATCTAGTTTCAATAATAATA
TTAATTTTATTAAAGATCTTTTTATTTATAATAAGAAATTATATAGAATACTTATTGCTTATAGC
TTGACCCAAGGTGCATCTTTTAAGGCAGAAGTTTTATCTTATCTTGAAAAACAAAAAATTATGA
AAAATTTTTCATTGAAAATAAATTTTCCAACTGCTAAAAAATTTATGGATAATAAGTATTGGAT
TGTAATTGCAAAAAACCATTTAGATTCTCTTGTTAAGAGTAAAAATTATTTAGTCTTGGCGAAT
GTAAAGATGGAATATATACTCAAAAAGTTTTTAACTTGA
t6-5.nt (SEQ ID NO:702)
TTGTTCAACTATATCTTTGGTAAAAATACCAGAAAAAGATAAAATAAATTTAACTGTTTTATCA
TCTTTAATGAATTATCCTGATTTGAAGATTTCAAATTTTAAAATAAAAGACTACGAACATTTGC
ATTATTCATCTGATTTTGAAAGCTTGAGTGATACTAAAAATAGTGCTTATATTTACGTTGATGA
ATCTAGTTTCAATAATAATATTAATTTTATTAAAGATCTTTTTATTTATAATAAGAAATTATATA
GAATACTTATTGCTTATAGCTTGACCCAAGGTGCATCTTTTAAGGCAGAAGTTTTATCTTATCTT
GAAAAACAAAAAATTATGAAAAATTTTTCATTGAAAATAAATTTTCCAACTGCTAAAAAATTTA
TGGATAATAAGTATTGGATTGTAATTGCAAAAAACCATTTAGATTCTCTTGTTAAGAGTAAAAA
T
f6-5.aa (SEQ ID NO:703)
MKKFLISVYFLLFYGCSTISLVKIPEKDKINLTVLSSLMNYPDLKISNFKIKDYEHLHYSSDFESLSDT
KNSAYIYVDESSFNNNINFIKDLFIYNKKLYRILIAYSLTQGASFKAEVLSYLEKQKIMKNFSLKINFP
TAKKFMDNKYWIVIAKNHLDSLVKSKNYLVLANVKMEYILKKFLT
t6-5.aa (SEQ ID NO:704)
CSTISLVKIPEKDKINLTVLSSLMNYPDLKISNFKIKDYEHLHYSSDFESLSDTKNSAYIYVDESSFNN
NINFIKDLFIYNKKLYRILIAYSLTQGASFKAEVLSYLEKQKIMKNFSLKINFPTAKKFMDNKYWIVIA
KNHLDSLVKSKN
f7-30.nt (SEQ ID NO:705)
TAGAGACGAAGTCACAAGCAAAATGTTAAAAGATTTACAAAATCAAGTTCAAGGGGGCAAATA
ATGAAAAATTTAAAGACAAAAATTAATTTTTTAGGGATATTTTGGCTACTGTTACTATTTCTTTC
TTGCGAATCAATACCATCACTTCCCCAAAAACCAACCCTAACAAACAAAGAAGATATTGAAAAT
TTAATGCTCGATGAAGCAGAACTTTTTAGATACTCAACCGCACTAAATGTTTGGCTTTTGACTGT
AAAATCTTATGTGATCAAATACTATCCTAATGACAAATTTCCTGTGTTTGAAAATTTTGATCCCG
TGTTTGGCGATGAAAATGGAACTAAAGAAACAAATATACTAAAAAATCGAATTACCTACTACA
ATCGATACATAGAAAAAACCGAACCGATTGTATTTGGGTGTTACAAAAAATACAGCAGAAGAT
AA
t7-30.nt (SEQ ID NO:706)
TTGCGAATCAATACCATCACTTCCCCAAAAACCAACCCTAACAAACAAAGAAGATATTGAAAAT
TTAATGCTCGATGAAGCAGAACTTTTTAGATACTCAACCGCACTAAATGTTTGGCTTTTGACTGT
AAAATCTTATGTGATCAAATACTATCCTAATGACAAATTTCCTGTGTTTGAAAATTTTGATCCCG
TGTTTGGCGATGAAAATGGAACTAAAGAAACAAATATACTAAAAAATCGAATTACCTACTACA
ATCGATACATAGAAAAAACCGAACCGATTGTATTTGGGTGTTACAAAAAATACAGCAGAAGA
f7-30.aa (SEQ ID NO:707)
RRSHKQNVKRFTKSSSRGQIMKNLKTKINFLGIFWLLLLFLSCESIPSLPQKPTLTNKEDIENLMLDEA
ELFRYSTALNVWLLTVKSYVIKYYPNDKFPVFENFDPVFGDENGTKETNILKNRITYYNRYIEKTEPI
VFGCYKKYSRR
t7-30.aa (SEQ ID NO:708)
CESIPSLPQKPTLTNKEDIENLMLDEAELFRYSTALNVWLLTVKSYVIKYYPNDKFPVFENFDPVFGD
ENGTKETNILKNRITYYNRYIEKTEPIVFGCYKKYSRR
f76-1.nt (SEQ ID NO:709)
TGAATATTAATAATAAAAAAAGGAGTAACAATGAAAATTATCAACATATTATTTTGTTTGTTTT
TACTAATGCTAAACGGCTGTAATTCTAATGATACAAATACCAAGCAGACAAAAAGCAGACAAA
AGCGTGATTAACCCAAAAAGAAGCAACACAAGAAAAACCTAAATCTAAATCTAAAGAAGACC
TGCTTAGAGAAAAGCTATCTGATGATCAAAAAACACAACTTGACTGGTTAAAAACCGCTTTAAC
TGGTGTTGGAAAATTTGATAAATTCTTAGAAAATGATGAAGGCAAAATTAAATCAGCACTTGAA
CATATAAAGACTGAACTTGATAAATGTAATGGAAATGATGAAGGAAAAAACACCTTCAAAACT
ACCGTTCAAGGGTTTTTTAGCGGCGGCAATATAGATAATTTTGCAGATCAAGCAACTGCTACCT
GCAATTAA
t76-1.nt (SEQ ID NO:710)
CTGTAATTCTAATGATACAAATACCAAGCAGACAAAAAGCAGACAAAAGCGTGATTTAACCCA
AAAAGAAGCAACACAAGAAAAACCTAAATCTAAATCTAAAGAAGACCTGCTTAGAGAAAAGCT
ATCTGATGATCAAAAAACACAACTTGACTGGTTAAAAACCGCTTTAACTGGTGTTGGAAAATTT
GATAAATTCTTAGAAAATGATGAAGGCAAAATTAAATCAGCACTTGAACATATAAAGACTGAA
CTTGATAAATGTAATGGAAATGATGAAGGAAAAAACACCTTCAAAACTACCGTTCAAGGGTTTT
TTAGCGGCGGCAATATAGATAATTTTGCAGATCAAGCAACTGCTACCTGCAAT
f76-1.aa (SEQ ID NO:711)
ILIIKKGVTMKIINILFCLFLLMLNGCNSNDTNTKQTKSRQKRDLTQKEATQEKPKSKSKEDLLREKL
SDDQKTQLDWLKTALTGVGKFDKFLENDEGKIKSALEHIKTELDKCNGNDEGKNTFKTTVQGFFSG
GNIDNFADQATATCN
t76-1.aa (SEQ ID NO:712)
CNSNDTNTKQTKSRQKRDLTQKEATQEKPKSKSKEDLLREKLSDDQKTQLDWLKTALTGVGKFDK
FLENDEGKIKSALEHIKTELDKCNGNDEGKNTFKTTVQGFFSGGNIDNFADQATATCN
f8-10.nt (SEQ ID NO:713)
TAAGTAAGGAGAATATTTATGAAATATAATACGATTATAAGCATATTTGTTTGTTTGTTTTTAAC
TGCTTGCAATCCAGATTTTAACACAAATAAGAAAAGAACTCTAAGTAAGGGGATAATTTCAAAT
CAAGATGCAGATTCTGATAAAATAATAAAAAATAAATTACTTGATGATTTAATAAATTTAATAG
AAAAAGCGAATGCAGATAGAGAAAAATATGTAAAAAAAATGGAAGAAGAACCTTCGGATCAAT
ATGGAATGTTGGCTGTTTTTGGAGGTATGTATTGGGCAGAATCACCACGGGAATTAATATCTGA
TACAGGTAGTGAGAGATCTATTAGGTATAGAAGGCGTGTTTATAGTATTTTATTAAATGCTATT
GAAACTAATGAATTAAAGAAATTTTCAGAAATTAGAATACTGTCAATAAAAGTACTAGAAATAT
TTAGCCTATTTAATCTATTTGGAAGTACTCTTGATGATGTGGTTGTTCACTTATATTCCAAAAAA
GATACTCTAGGTAAACTAGATATTTCAAATTTAAAAAGACTTAAAAATTTGTTTGAAAAATTAT
TATCTATAAAAACAATCGTTTCAAAGATGTCAAAACGTCTTTTATTGGATTATCAAAATAATGA
AAATTTTATAAAAACAGATAACGCCAAGCTTGGATCTTATGTGGTTGCACTTTCCAATCAAATT
CAAGAAAAATATAATGAAGCAGAAAGGCTGAAAAGCGAGATAATTTTAATATATACCCTTTAA
t8-10.nt (SEQ ID NO:714)
TTGCAATCCAGATTTTAACACAAATAAGAAAAGAACTCTAAGTAAGGGGATAATTTCAAATCAA
GATGCAGATTCTGATAAAATAATAAAAAATAAATTACTTGATGATTTAATAAATTTAATAGAAA
AAGCGAATGCAGATAGAGAAAAATATGTAAAAAAAATGGAAGAAGAACCTTCGGATCAATATG
GAATGTTGGCTGTTTTTGGAGGTATGTATTGGGCAGAATCACCACGGGAATTAATATCTGATAC
AGGTAGTGAGAGATCTATTAGGTATAGAAGGCGTGTTTATAGTATTTTATTAAATGCTATTGAA
ACTAATGAATTAAAGAAATTTTCAGAAATTAGAATACTGTCAATAAAAGTACTAGAAATATTTA
GCCTATTTAATCTATTTGGAAGTACTCTTGATGATGTGGTTGTTCACTTATATTCCAAAAAAGAT
ACTCTAGGTAAACTAGATATTTCAAATTTAAAAAGACTTAAAAATTTGTTTGAAAAATTATTAT
CTATAAAAACAATCGTTTCAAAGATGTCAAAACGTCTTTTATTGGATTATCAAAATAATGAAAA
TTTTATAAAAACAGATAACGCCAAGCTTGGATCTTATGTGGTTGCACTTTCCAATCAAATTCAA
GAAAAATATAATGAAGCAGAAAGGCTGAAA
f8-10.aa (SEQ ID NO:715)
VRRIFMKYNTIISIFVCLFLTACNPDFNTNKKRTLSKGIISNQDADSDKIIKNKLLDDLINLIEKANADR
EKYVKKMEEEPSDQYGMLAVFGGMYWAESPRELISDTGSERSIRYRRRVYSILLNAIETNELKKFSE
IRILSIKVLEIFSLFNLFGSTLDDVVVHLYSKKDTLGKLDISNLKRLKNLFEKLLSIKTIVSKMSKRLLL
DYQNNENFIKTDNAKLGSYVVALSNQIQEKYNEAERLKSEIILIYTL
t8-10.aa (SEQ ID NO:716)
CNPDFNTNKKRTLSKGIISNQDADSDKIIKNKLLDDLINLIEKANADREKYVKKMEEEPSDQYGMLA
VFGGMYWAESPRELISDTGSERSIRYRRRVYSILLNAIETNELKKFSEIRILSIKVLEIFSLFNLFGSTLD
DVVVHLYSKKDTLGKLDISNLKRLKNLFEKLLSIKTIVSKMSKRLLLDYQNNENFIKTDNAKLGSYV
VALSNQIQEKYNEAERLK
f8-14.nt (SEQ ID NO:717)
TAATATATATTCTTGATTAAGGGAAAGGAGAGTATTTTTATGAAAAAAAAAATGTTTTTATATA
CATTGTTAACGATAGGATTGATGTCTTGTAATCTAAATTCTAAATTATCTGGTAATAAAGAGGA
ACAAAAAAATAACAATGATATAAAAGAAGCTTTAAATGGCGTTCAAGAAAATGCTATTAATAA
TTTATATGGAAATAAAAAAGAAAAAAAAGATTTTATTAAAAATTCGGAAAAATTGAAAGACAA
GGGTTTAGACGTGACCACCCTCCCCTTAGAACCTGTAGTGGCGCCCTCCGTAGAATCTGCGGTG
TCTTTAGGAGAATCTAATAATAGGATTGGTATACCAACCATTTCAATTGAGCATAATCAAAAAA
AAGAGATAAAAGAAGAGGATTTTTTCCCTTCTACTGAGGAAGAAAAGCAAGCGGATAAAGCAA
TTAAAGATATAGAGAATCTTATTGGAGAATCTGGATTTCCCGAGTTAATTGAGAATGTGTGCTC
ACTTAAACATGAATATACTTTAATAAGAAGTGATTTTTATGATGTGATAACTAAGATTCAGAAT
AAAAAAATATCACTAATGAAAAATTCTCATAATAATAGAAATAAAATAAGGGAACTAGTACAA
TTGCAAAATAATTTAAAGATAGGAGACGAACTTGATAAAATTATGGGTTGCATTGATACTGCAG
AACAAGAGATAAGATCTGCCGCTTTCTTTTTTGATGAAGCTAAGGAAAGCTTAAAAGAAGGTAT
TATTAAAAGATTGGAAAAAAGTAAAAATAGGGCAGCATCACAATTATCTAAAAAGGCTTTAAA
TAGAGCAGAGGATGCTTTAAGGTGCTTAGAAAATTATTCTTCTAAAAAAGGTGAGGCAATAGG
AAGAAGAAGCTTTATAAAAGAAGTTGTTGAACAGGCAAAAAATGCTTTAAGTAAGTCTTAA
t8-14.nt (SEQ ID NO:718)
TTGTAATCTAAATTCTAAATTATCTGGTAATAAAGAGGAACAAAAAAATAACAATGATATAAAA
GAAGCTTTAAATGGCGTTCAAGAAAATGCTATTAATAATTTATATGGAAATAAAAAAGAAAAA
AAAGATTTTATTAAAAATTCGGAAAAATTGAAAGACAAGGGTTTAGACGTGACCACCCTCCCCT
TAGAACCTGTAGTGGCGCCCTCCGTAGAATCTGCGGTGTCTTTAGGAGAATCTAATAATAGGAT
TGGTATACCAACCATTTCAATTGAGCATAATCAAAAAAAAGAGATAAAAGAAGAGGATTTTTTC
CCTTCTACTGAGGAAGAAAAGCAAGCGGATAAAGCAATTAAAGATATAGAGAATCTTATTGGA
GAATCTGGATTTCCCGAGTTAATTGAGAATGTGTGCTCACTTAAACATGAATATACTTTAATAA
GAAGTGATTTTTATGATGTGATAACTAAGATTCAGAATAAAAAAATATCACTAATGAAAAATTC
TCATAATAATAGAAATAAAATAAGGGAACTAGTACAATTGCAAAATAATTTAAAGATAGGAGA
CGAACTTGATAAAATTATGGGTTGCATTGATACTGCAGAACAAGAGATAAGATCTGCCGCTTTC
TTTTTTGATGAAGCTAAGGAAAGCTTAAAAGAAGGTATTATTAAAAGATTGGAAAAAAGTAAA
AATAGGGCAGCATCACAATTATCTAAAAAGGCTTTAAATAGAGCAGAGGATGCTTTAAGGTGC
TTAGAAAATTATTCTTCTAAAAAAGGTGAGGCAATAGGAAGAAGAAGCTTTATAAAAGAAGTT
GTTGAACAGGCAAAAAATGCTTTAAGTAAGTCT
f8-14.aa (SEQ ID NO:719)
YIFLIKGKESIFMKKKMFLYTLLTIGLMSCNLNSKLSGNKEEQKNNNDIKEALNGVQENAINNLYGN
KKEKKDFIKNSEKLKDKGLDVTTLPLEPVVAPSVESAVSLGESNNRIGIPTISIEHNQKKEIKEEDFFP
STEEEKQADKAIKDIENLIGESGFPELIENVCSLKHEYTLIRSDFYDVITKIQNKKISLMKNSHNNRNKI
RELVQLQNNLKIGDELDKIMGCIDTAEQEIRSAAFFFDEAKESLKEGIIKRLEKSKNRAASQLSKKAL
NRAEDALRCLENYSSKKGEAIGRRSFIKEVVEQAKNALSKS
t8-14.aa (SEQ ID NO:720)
CNLNSKLSGNKEEQKNNNDIKEALNGVQENAINNLYGNKKEKKDFIKNSEKLKDKGLDVTTLPLEP
VVAPSVESAVSLGESNNRIGIPTISIEHNQKKEIKEEDFFPSTEEEKQADKAIKDIENLIGESGFPELIEN
VCSLKHEYTLIRSDFYDVITKIQNKKISLMKNSHNNRNKIRELVQLQNNLKIGDELDKIMGCIDTAEQ
EIRSAAFFFDEAKESLKEGIIKRLEKSKNRAASQLSKKALNRAEDALRCLENYSSKKGEAIGRRSFIKE
VVEQAKNALSKS
f01A.nt BB001 (SEQ ID NO:721)
TGATTAATTTTTTTTAAGGATTACGTTTTGAAAAGAAACAAAATTTGGAAAACGTTAAA
ACTGTTTCAAATAACTTTACTGTTCTCATGCTCTTTTTATTCTAAATCAAACAACACAGAAGCGA
TAAGTGAATTACAATCAAGCCCTATTAAACTTGGAAAAATTAAAGTTTTACAAAAAACAGAAAA
GATTGTAAGCACCCAAAATCTTCAAAACTTACAACAAAGCCAGTTCTTTAAAAATGAAAAAGAA
AAAATAATTAAAAAAATTGCACAAGAATTTGATGAGAATGAAAAATTGATTAATAAAATAGGT
CCAAATATCGAAATGTTTGCTCAAACAATAAACACGGATATTCAAAAAATCGAACCTAATGATC
AATTTGGAATAAATAAAACTTTATTCACAGAAAAAAAAGACAATAATATTGACTTTATGTTAAA
AGACAATCGACTTAGAAGATTATTTTACTCATCTTTAAATTATGATGAAAATAAAATCAAAAAA
TTAGCCACAATACTCGCGCAAACATCAAGCTCAAACGACTACCATTACACACTTATTGGTTTAA
TTTTTTGGACAGGATTTAAAATCCAAGAAGCATTTGAAAGCGCTGTTAATATTTTAACTAAAGA
CGAGCAAAAGCGCCTAATTTTTAATTTTAGAACAAAAACAGTAAAAGAGATTCAGGAAAATTTT
GAAAAACTAATGCAAGAGAGAAATTCATGGATAAAAATCGTCGATAACATTATTGGCGAATAT
GACAAAAATACGGGAGGATGCAAAGCTGATGGAAAAATTCTCGGAGAAGTAATAAGGGTTGGA
TACGAGCATGAACTCGACTCAAATAAAAGTATGCAAATTTTAAACAATATTGAAACACCGCTAA
AAACCTGTTGTGACCACATACACTACTAA
t01A.nt BB001 (SEQ ID NO:722)
TGCTCTTTTTATTCTAAATCAAACAACACAGAAGCGATAAGTGAATTACAATCAAGCCC
TATTAAACTTGGAAAAATTAAAGTTTTACAAAAAACAGAAAAGATTGTAAGCACCCAAAATCTT
CAAAACTTACAACAAAGCCAGTTCTTTAAAAATGAAAAAGAAAAAATAATTAAAAAAATTGCA
CAAGAATTTGATGAGAATGAAAAATTGATTAATAAAATAGGTCCAAATATCGAAATGTTTGCTC
AAACAATAAACACGGATATTCAAAAAATCGAACCTAATGATCAATTTGGAATAAATAAAACTTT
ATTCACAGAAAAAAAAGACAATAATATTGACTTTATGTTAAAAGACAATCGACTTAGAAGATTA
TTTTACTCATCTTTAAATTATGATGAAAATAAAATCAAAAAATTAGCCACAATACTCGCGCAAA
CATCAAGCTCAAACGACTACCATTACACACTTATTGGTTTAATTTTTTGGACAGGATTTAAAATC
CAAGAAGCATTTGAAAGCGCTGTTAATATTTTAACTAAAGACGAGCAAAAGCGCCTAATTTTTA
ATTTTAGAACAAAAACAGTAAAAGAGATTCAGGAAAATTTTGAAAAACTAATGCAAGAGAGAA
ATTCATGGATAAAAATCGTCGATAACATTATTGGCGAATATGACAAAAATACGGGAGGATGCA
AAGCTGATGGAAAAATTCTCGGAGAAGTAATAAGGGTTGGATACGAGCATGAACTCGACTCAA
ATAAAAGTATGCAAATTTTAAACAATATTGAAACACCGCTAAAAACCTGTTGTGACCACATACA
CTAC
f01A.aa BB001 (SEQ ID NO:723)
LIFFKDYVLKRNKIWKTLKLFQITLLFSCSFYSKSNNTEAISELQSSPIKLGKIKVLQKTEKIVSTQNLQ
NLQQSQFFKNEKEKIIKKIAQEFDENEKLINKIGPNIEMFAQTINTDIQKIEPNDQFGINKTLFTEKKDN
NIDFMLKDNRLRRLFYSSLNYDENKIKKLATILAQTSSSNDYHYTLIGLIFWTGFKIQEAFESAVNILT
KDEQKRLIFNFRTKTVKEIQENFEKLMQERNSWIKIVDNIIGEYDKNTGGCKADGKILGEVIRVGYE
HELDSNKSMQILNNIETPLKTCCDHIHY
t01A.aa BB001 (SEQ ID NO:724)
CSFYSKSNNTEAISELQSSPIKLGKIKVLQKTEKIVSTQNLQNLQQSQFFNKNEKEKIIKKIAQEFDENE
KLINKIGPNIEMFAQTINTDIQKIEPNDQFGINKTLFTEKKDNNIDFMLKDNRLRRLFYSSLNYDENKI
KKLATILAQTSSSNDYHYTLIGLIFWTGFKIQEAFESAVNILTKDEQKRLIFNFRTKTVKEIQENFEKL
MQERNSWIKIVDNIIGEYDKNTGGCKADGKILGEVIRVGYEHELDSNKSMQILNNIETPLKTCCDHI
HY
f02A.nt BB002 (SEQ ID NO:725)
TAATTAATACTGGTTTTAATTTATAAGGAGAGTATTTTGAAAAAAGCCAAACTAAATATAATCA
AGATTAATATTATTACAATGATATTAACTTTAATTTGCATCTCATGTGCACCTTTTAACAAAATC
AATCCCAAGGCAAATGAAAACACCAAGCTTAAAAAAAACACCAGACTGAAAAAACCCGCCAAT
CCAGGGGAAAACATCCAAAATTTTAAAGATAAATCTGGAGACCTTGGCGCTTCTGATGAAAAA
TTTATGGGAACTACCGCTTCAGAGCTAAAAGCAATTGGTAAGGAGCTAGAAGATCGAAAAAAT
CAATACGATATACAAATAGCCAAAATTACTAATGAAGAATCTAACCTATTAGATACTTATATTC
GGGCTTATGAACTAGCTAACGAAAATGAAAAAATGCTTTTAAAAAGATTTCTTCTTTCATCTTT
AGATTATAAAAAAGAAAACATAGAGACATTAAAAGAAATTCTTGAAAAACTCATAAATAATTA
CGAAAACGACCCCAAAATTGCTGCAAATTTCCTTTATCGCATAGCGCTGGATATTCAATTAAAA
CTGGAAAAGCACTTAAAATCAATAAATGAAAAACTGGACACTCTAAGCAAAGAAAATTCAAAA
GAAGATTTAGAGGCGTTGCTAGAACAAGTAAAATCTGCCTTACAGCTACAAGAAAAGTTTAAA
AAAACCCTAAACAAAACTCTTGAAGATTACCGTAAAAATACTAACAACATTCAAGAAAATAAA
GTACTAGCAGAACACTTTAATAAATATTACAAAGACTCTGATTCTTTACAATCTGCCTTTTATTA
A
t02A.nt BB002 (SEQ ID NO:726)
TGTGCACCTTTTAACAAAATCAATCCCAAGGCAAATGAAAACACCAAGCTTAAAAAAAACACC
AGACTGAAAAAACCCGCCAATCCAGGGGAAAACATCCAAAATTTTAAAGATAAATCTGGAGAC
CTTGGCGCTTCTGATGAAAAATTTATGGGAACTACCGCTTCAGAGCTAAAAGCAATTGGTAAGG
AGCTAGAAGATCGAAAAAATCAATACGATATACAAATAGCCAAAATTACTAATGAAGAATCTA
ACCTATTAGATACTTATATTCGGGCTTATGAACTAGCTAACGAAAATGAAAAAATGCTTTTAAA
AAGATTTCTTCTTTCATCTTTAGATTATAAAAAAGAAAACATAGAGACATTAAAAGAAATTCTT
GAAAAACTCATAAATAATTACGAAAACGACCCCAAAATTGCTGCAAATTTCCTTTATCGCATAG
CGCTGGATATTCAATTAAAACTGGAAAAGCACTTAAAATCAATAAATGAAAAACTGGACACTCT
AAGCAAAGAAAATTCAAAAGAAGATTTAGAGGCGTTGCTAGAACAAGTAAAATCTGCCTTACA
GCTACAAGAAAAGTTTAAAAAAACCCTAAACAAAACTCTTGAAGATTACCGTAAAAATACTAA
CAACATTCAAGAAAATAAAGTACTAGCAGAACACTTTAATAAATATTACAAAGACTCTGATTCT
TTACAATCTGCCTTTTAT
f02A.aa BB002 (SEQ ID NO:727)
LILVLIYKESILKKAKLNIIKINIITMILTLICISCAPFNKINPKANENTKLKKNTRLKKPANPGENIQNF
KDKSGDLGASDEKFMGTTASELKAIGKELEDRKNQYDIQIAKITNEESNLLDTYIRAYELANENEKM
LLKRFLLSSLDYKKENIETLKEILEKLINNYENDPKIAANFLYRIALDIQLKLEKHLKSINEKLDTLSKE
NSKEDLEALLEQVKSALQLQEKFKKTLNKTLEDYRKNTNNIQENKVLAEHFNKYYKDSDSLQSAFY
t02A.aa BB002 (SEQ ID NO:728)
CAPFNKINPKANENTKLKKNTRLKKPANPGENIQNFKDKSGDLGASDEKFMGTTASELKAIGKELE
DRKNQYDIQIAKITNEESNLLDTYIRAYELANENEKMLLKRFLLSSLDYKKENIETLKEILEKLTNNYE
NDPKIAANFLYRIALDIQLKLEKHLKSINEKLDTLSKENSKEDLEALLEQVKSALQLQEKFKKTLNKT
LEDYRKNTNNIQENKVLAEHFNKYYKDSDSLQSAFY
f03A.nt BB006 (SEQ ID NO:729)
TGATTTAATGTAAATTTTAATTACCGCCTAAAAAAGGCTTTAAATGGTATAAAGGAAGAAGATC
TAATGGTATTTAGAACATATAAACATTTGGAACTAATAATGCTGCCCATGTTAATGCTGAGTTG
CGCTTTTTTTAAGAAACCACAATCTGTACATCAAGACAGCAATACTGGCAAACCAATAAGCGAT
GAAAAATTACATTTAATATCAGGCAAAATTTCAAATAAAAAATTGCCAATCATAAATAGTAATC
ATGACGTAACTTGGATAAAAACAAAGGCAATGACAATCTTAGGCGAAGATGGAAAAGAAATAC
CAGAATTTAAAAACAAATTTGGATATTCTTATATAATATCTCCTGTAAAAATGGATGGAAAATA
TAGTTATTACGCGTCATTATTAATACTTTTTGAAACAACTAAAAATGGAGATGATGAATATGAA
ATTGAAGATGTTAAATTTGTAACAGCTGGTTCCACCCTAGAACTTAAAAATTCTCTTTTAGCTGT
TGAAAATTCACAAGAAGAAGGATATGTTACTGCATACCCATTTGGAATATTGATGAGTGACGA
GATTAAAAATGCTTTTAAATTAACATATAAAAATGGTCATTGGAATTATATGCTTGCAGATTTA
ACTGTCAAAAATAAACTTACTCAAGAAACTAAAATTTATAAAATTTCTCTTAATTCAAAATTAA
TTATTGAATTTTTAAAAGAAGTGCTAAAAGAAAATTCTATATTAAAAGACATAGCTGGAGATTT
ATTTGAAGATATATAA
t03A.nt BB006 (SEQ ID NO:730)
TGCGCTTTTTTTAAGAAACCACAATCTGTACATCAAGACAGCAATACTGGCAAACCAATAAGCG
ATGAAAAATTACATTTAATATCAGGCAAAATTTCAAATAAAAAATTGCCAATCATAAATAGTAA
TCATGACGTAACTTGGATAAAAACAAAGGCAATGACAATCTTAGGCGAAGATGGAAAAGAAAT
ACCAGAATTTAAAAACAAATTTGGATATTCTTATATAATATCTCCTGTAAAAATGGATGGAAAA
TATAGTTATTACGCGTCATTATTAATACTTTTTGAAACAACTAAAAATGGAGATGATGAATATG
AAATTGAAGATGTTAAATTTGTAACAGCTGGTTCCACCCTAGAACTTAAAAATTCTCTTTTAGCT
GTTGAAAATTCACAAGAAGAAGGATATGTTACTGCATACCCATTTGGAATATTGATGAGTGACG
AGATTAAAAATGCTTTTAAATTAACATATAAAAATGGTCATTGGAATTATATGCTTGCAGATTT
AACTGTCAAAAATAAACTTACTCAAGAAACTAAAATTTATAAAATTTCTCTTAATTCAAAATTA
ATTATTGAATTTTTAAAAGAAGTGCTAAAAGAAAATTCTATATTAAAAGACATAGCTGGAGATT
TATTTGAAGATATA
f03A.aa BB006 (SEQ ID NO:731)
FNVNFNNNLKKALNGIKEEDLMVFRTYKHLELIMLPMLMLSCAFFKKPQSVHQDSNTGKPISDEKL
HLISGKISNKKLPIINSNHDVTWIKTKAMTILGEDGKEIPEFKNKFGYSYIISPVKMDGKYSYYASLLI
LFETTKNGDDEYEIEDVKFVTAGSTLELKNSLLAVENSQEEGYVTAYPFGILMSDEIKNAFKLTYKN
GHWNYMLADLTVKNKLTQETKIYKISLNSKLIIEFLKEVLKENSILKDIAGDLFEDI
t03A.aa BB006 (SEQ ID NO:732)
CAFFKKPQSVHQDSNTGKPISDEKLHLISGKISNKKLPIINSNHDVTWIKTKAMTILGEDGKEIPEFKN
KFGYSYIISPVKMDGKYSYYASLLILFETTKNGDDEYEIEDVKFVTAGSTLELKNSLLAVENSQEEGY
VTAYPFGILMSDEIKNAFKLTYKNGHWNYMLADLTVKNKLTQETKIYKISLNSKLIIEFLKEVLKEN
SILKDIAGDLFEDI
f04A.nt BB011 (SEQ ID NO:733)
TAATTACCAAAGATAAGTAAACTTGCAAATAAAACTACACGTATTGAAAGTAGATTTGAAATTT
CCATTATATTTATATATAATGGCACTAAATATCTGAAAATGAAGGAGAAGCGGGTGGGCAATA
AAATTTTTTATATTTCAGTGGTTTTAATTTTAATAGTTGGTTGCGACTGGGGAACTATTAAAGAT
AAAAGTACAGAAATTTCCAAGCTATTAAGAACGGACAAAGATAAGACTAAAAATCAAGATAGA
ATAGAATTGGGTGAAGATAATTTTGTATCTAAAAATAATATGTCTACTACTGATACGGGCATTA
CTAGTTTAGGAAGTCTAAACAACTTGGATTTAATTAATCGTTCACAGCGGGTCAGTGAACCACC
TATAATCTCAAATGAGAAAGCCATAGCTACTCAAGCAAAAGTAGATTTAATGAACAACATTAAT
GTTACTATAATAAACCCAAAACCAGCTCAAAATTTGGGAAATTCTTTAAACAATACTACTACTG
AAGATAGTGTGAAGTTTTTATCAATTGAAAACCAAGAGTGGCTTATTAGTAAAAAGATTTTGCC
CAGTAAGTTGGAAAATTTAGAAAGCTTTCTAAAAACACAACACGAAAAAGAAGCTTTTAAGAC
GGCTAAAACTATACAAAGTCTCATTAGTAATTCCAATATGGGTAAAGAAATTATTAAGTTTAAG
GAAGAATATTACAAACTTTATAATTTGTTTGAAGGCATACAACAAAAATTCCATAGTCAAAGGA
ATTCATTTATAAAAGATACTAAATTTGGGGAAAATAGACAAAAAAATGCAGTTATATTTAAATC
CTTTTCATCTATAGAGAAAGAAATTAGAGATTTGAATTATAAGTTGNGTGAAATCCAAAGTAAT
TTTCAAATTGCAGATGTTAGCTGGAATAATGCAAACTCTCTTTTAAAAGAATCTATAGAAAAAT
TAATTCAGGCAATTGAAAAAAGGTATGACAATGAGAGTAGAAAGCAAGGTCAAATTGGTGGAC
CTGCTAATAGATGGGATAAAAATCAAGCTGACAATTTTGCTAAGGATGCAAAGTATAAGGCAG
AACATTCAGCAAATGATTTGGAAAATGCAGCCAACTATTTTAGATATAGTTGTTCAAATGAAAA
AGAAGCTAAAAAGCTATTAGAAGAAATTAAAAAAAGATTTGTACGAATTGGTATTAGCCTATA
A
t04A.nt BB011 (SEQ ID NO:734)
TGCGACTGGGGAACTATTAAAGATAAAAGTACAGAAATTTCCAAGCTATTAAGAACGGACAAA
GATAAGACTAAAAATCAAGATAGAATAGAATTGGGTGAAGATAATTTTGTATCTAAAAATAAT
ATGTCTACTACTGATACGGGCATTACTAGTTTAGGAAGTCTAAACAACTTGGATTTAATTAATC
GTTCACAGCGGGTCAGTGAACCACCTATAATCTCAAATGAGAAAGCCATAGCTACTCAAGCAA
AAGTAGATTTAATGAACAACATTAATGTTACTATAATAAACCCAAAACCAGCTCAAAATTTGGG
AAATTCTTTAAACAATACTACTACTGAAGATAGTGTGAAGTTTTTATCAATTGAAAACCAAGAG
TGGCTTATTAGTAAAAAGATTTTGCCCAGTAAGTTGGAAAATTTAGAAAGCTTTCTAAAAACAC
AACACGAAAAAGAAGCTTTTAAGACGGCTAAAACTATACAAAGTCTCATTAGTAATTCCAATAT
GGGTAAAGAAATTATTAAGTTTAAGGAAGAATATTACAAACTTTATAATTTGTTTGAAGGCATA
CAACAAAAATTCCATAGTCAAAGGAATTCATTTATAAAAGATACTAAATTTGGGGAAAATAGA
CAAAAAAATGCAGTTATATTTAAATCCTTTTCATCTATAGAGAAAGAAATTAGAGATTTGAATT
ATAAGTTGNGTGAAATCCAAAGTAATTTTCAAATTGCAGATGTTAGCTGGAATAATGCAAACTC
TCTTTTAAAAGAATCTATAGAAAAATTAATTCAGGCAATTGAAAAAAGGTATGACAATGAGAG
TAGAAAGCAAGGTCAAATTGGTGGACCTGCTAATAGATGGGATAAAAATCAAGCTGACAATTT
TGCTAAGGATGCAAAGTATAAGGCAGAACATTCAGCAAATGATTTGGAAAATGCAGCCAACTA
TTTTAGATATAGTTGTTCAAATGAAAAAGAAGCTAAAAAGCTATTAGAAGAAATTAAAAAAAG
ATTTGTACGAATTGGTATTAGCCTA
f04A.aa BB011 (SEQ ID NO:735)
LPKISKLANKTTRIESRFEISIIFIYNGTKYLKMKEKRVGNKIFYISVVLILIVGCDWGTIKDKS
TEISKLLRTDKDKTKNQDRIELGEDNFVSKNNMSTTDTGITSLGSLNNLDLINRSQRVSEPPIISNEKA
IATQAKVDLMNNINVTIINPKPAQNLGNSLNNTTTEDSVKFLSIENQEWLISKKILPSKLENLESFLKT
QHEKEAFKTAKTIQSLISNSNMGKEIIKFKEEYYKLYNLFEGIQQKFHSQRNSFIKDTKFGENRQKNA
VIFKSFSSIEKEIRDLNYKLXEIQSNFQIADVSWNNANSLLKESIEKLIQAIEKRYDNESRKQGQIGGPA
NRWDKNQADNFAKDAKYKAEHSANDLENAANYFRYSCSNEKEAKKLLEEIKKRFVRIGISL
t04A.aa BB011 (SEQ ID NO:736)
CDWGTIKDKSTEISKLLRTDKDKTKNQDRIELGEDNFVSKNNMSTTDTGITSLGSLNNLDLINRSQR
VSEPPIISNEKAIATQAKVDLMNNINVTIINPKPAQNLGNSLNNTTTEDSVKFLSIENQEWLISKKILPS
KLENLESFLKTQHEKEAFKTAKTIQSLISNSNMGKEIIKFKEEYYKLYNLFEGIQQKFHSQRNSFIKDT
KFGENRQKNAVIFKSFSSIEKEIRDLNYKLXEIQSNFQIADVSWNNANSLLKESIEKLIQAIEKRYDNE
SRKQGQIGGPANRWDKNQADNFAKDAKYKAEHSANDLENAANYFRYSCSNEKEAKKLLEEIKKRF
VRIGISL
f05A.nt BB009 (SEQ ID NO:737)
TAAATAAATTGTAGGATAAAAATGAAACAAAAATACGAAAACTATTTTAAAAAAAGATTAATT
TTAAACCTATTAATATTTTTACTACTAGCATGCTCAAGCGAATCCATATTTTCACAATTAGGAAA
TCTGCAAAAAATAAAACATGAATACAATATTTTGGGCAGTTCAAGTCCAAGAGGAATTTCTCTA
GTAGGAGAAACTCTCTACATTGCAGCCATGCATTTATTTAAAAAAGAAAACGGCAAGATTGAA
AAAATTGATTTGAGCAATTCTTATGAGTTTATAAACGACATTGTAAATATATCTGGAAAAACCT
ATCTTTTAGCGCAAAACAAAGAAGAAGAATTAGAAGTTTGCGAGCTAAATGGAAAAGATTGGA
CATTAAAATTTAAAAAACCGCTAAAAGCATATAAATTCTTAAAATCCGTAGAAGAGATGGCGTA
A
t05A.nt BB009 (SEQ ID NO:738)
TGCTCAAGCGAATCCATATTTTCACAATTAGGAAATCTGCAAAAAATAAAACATGAATACAATA
TTTTGGGCAGTTCAAGTCCAAGAGGAATTTCTCTAGTAGGAGAAACTCTCTACATTGCAGCCAT
GCATTTATTTAAAAAAGAAAACGGCAAGATTGAAAAAATTGATTTGAGCAATTCTTATGAGTTT
ATAAACGACATTGTAAATATATCTGGAAAAACCTATCTTTTAGCGCAAAACAAAGAAGAAGAA
TTAGAAGTTTGCGAGCTAAATGGAAAAGATTGGACATTAAAATTTAAAAAACCGCTAAAAGCA
TATAAATTCTTAAAATCCGTAGAAGAGATGGCG
f05A.aa BB009 (SEQ ID NO:739)
INCRIKMKQKYENYFKKRLILNLLIFLLLACSSESIFSQLGNLQKIKHEYNILGSSSPRGISLVGETLYIA
AMHLFKKENGKIEKIDLSNSYEFINDIVNISGKTYLLAQNKEEELEVCELNGKDWTLKFKKPLKAYK
FLKSVEEMA
t05A.aa BB009 (SEQ ID NO:740)
CSSESIFSQLGNLQKIKHEYNILGSSSPRGISLVGETLYIAAMHLFKKENGKIEKIDLSNSYEFINDIVNI
SGKTYLLAQNKEEELEVCELNGKDWTLKFKKPLKAYKFLKSVEEMA
f06A.nt BB014 (SEQ ID NO:741)
TAAGGAGCATATATGAGGATTTTGGTTGGCGTTTGTATAATAGCATTGGCTTTATTGGGTTGTT
ATTTGCCTGATAATCAGGAACAAGCTGTTCAAACTTTTTTTGAGAATTCGGAAAGTAGTGATAT
GGGTTCCGATGAGATTGTTACTGAAGGCATATTTTCTAGTTTAAAATTATATGCGTCTGAACAT
CCTTTATTGGTTGAGATAAAAAAGACTTTAATTAGTTTAAAAGATCCTAATTATCNNGNTGTAG
TACNCCCAGTGAGTGACTATAATGAGGAGTATTTTAATAAATTCTTTCTAGATTTAGGGTCTGA
GCAATCTAAAGACCTGATTAAGTTGTTTATTATGGTAAAAAATGAGCAGAACAATAATAAATTT
ATGCGTATAGTTCGTTGGCTGTATTCATGTATAGAGGAGTTATATTCTCTAGATATTAAGTATTC
TGGCGAGGGGAGCCATGAGTATAATCGTAATATGCCTAGACCCACTGCTTATGAACAATATTTA
AAAGTGAAGAGGTATGATTATAATAGCCCAGTTTCTATTTTACCTACATAA
t06A.nt BB014 (SEQ ID NO:742)
TGTTATTTGCCTGATAATCAGGAACAAGCTGTTCAAACTTTTTTTGAGAATTCGGAAAGTAGTG
ATATGGGTTCCGATGAGATTGTTACTGAAGGCATATTTTCTAGTTTAAAATTATATGCGTCTGA
ACATCGTTTATTGGTTGAGATAAAAAAGACTTTAATTAGTTTAAAAGATCCTAATTATCNNGNT
GTAGTACNCCCAGTGAGTGACTATAATGAGGAGTATTTTAATAAATTCTTTCTAGATTTAGGGT
CTGAGCAATCTAAAGACCTGATTAAGTTGTTTATTATGGTAAAAAATGAGCAGAACAATAATAA
ATTTATGCGTATAGTTCGTTGGCTGTATTCATGTATAGAGGAGTTATATTCTCTAGATATTAAGT
ATTCTGGCGAGGGGAGCCATGAGTATAATCGTAATATGCCTAGACCCACTGCTTATGAACAATA
TTTAAAAGTGAAGAGGTATGATTATAAT
f06A.aa BB014 (SEQ ID NO:743)
GAYMRILVGVCIIALALLGCYLPDNQEQAVQTFFENSESSDMGSDEIVTEGIFSSLKLYASEHRLLVEI
KKTLISLKDPNYXXVVXPVSDYNEEYFNKFFLDLGSEQSKDLIKLFIMVKNEQNNNKFMRIVRWLY
SCIEELYSLDIKYSGEGSHEYNRNMPRPTAYEQYLKVKRYDYNSPVSILPT
t06A.aa BB014 (SEQ ID NO:744)
CYLPDNQEQAVQTFFENSESSDMGSDEIVTEGIFSSLKLYASEHRLLVEIKKTLISLKDPNYXXVVXP
VSDYNEEYFNKFFLDLGSEQSKDLIKLFIMVKNEQNNNKFMRIVRWLYSCIEELYSLDIKYSGEGSH
EYNRNMPRPTAYEQYLKVKRYDYN
f07A.nt BB023 (SEQ ID NO:745)
TAAAGTATTTTATTTTTTTTATTATCCACTGTTCTTTTTGCTCAAGAGACTGATGGATTA
GCAGAGGGTTCTAAAAGGGCAGAGCCTGGAGAATTAGTTTTAGATTTTGCCGAGCTTGCAAGA
GATCCAAGTTCAACTAGACTTGATCTTACAAATTATGTTGATTATGTATATTCGGGCGCTTCTGG
TATTGTTAAGCCGGAAGATATGGTTGTAGATCTTGGGATAAATAATTGGAGCGTTTTACTTACT
CCTTCTGCAAGGTTGCAGGCTTACGTTAAAAATTCAGTTGTTGCGCCCGCTGTTGTTAAGAGTG
AGTCAAAAAGGTACGCAGGTGATACTATTTTAGGGGTAAGAGTTTTGTTTCCAAGCTATTCTCA
ATCATCTGCTATGATTATGCCACCATTTAAAATTCCTTTTTATTCAGGGGAAAGTGGCAATCAAT
TTTTAGGCAAAGGTCTTATTGATAACATTAAAACCATGAAAGAAATTAAGGTATCTGTTTATAG
TTTAGGGTATGAGATAGATCTTGAGGTTTTATTTGAAGATATGAATGNCATGGAATATGCTTNN
TCTATGGGTACTTTAAAGTTTAAAGGGTGGGCTGATTTAATTTGGTCAAATCCTAACTATATTCC
TAATATATCATCCAGAATTATTAAAGACGATGTTCCAAATTATCCTCTTGCTTCAAGTAAAATG
AGATTTAAGGCTTTTAGAGTTTCAAAGTCACACAGTTCAAAAGAGCAAAATTTCATCTTTTATG
TTAAAGATTTAAGAGTTCTTTATGATAAGTTGAGTGTTTCAATAGATTCTGATATTGACAGTGA
GTCTGTATTTAAAGTTTATGAGACTAGCGGAACTGAATCCCTTCGTAAATTAAAGGCACACGNA
ACNTTTAAAAGNGTTTTAAAGCTTAGAGAAAAAATTTCTATGCCTGAAGGCTCTTTCCAAAACT
TTGTAGAAAAGATTGAGAGTGAAAAACCTGAAGAATCATCTCCGAAAAATTAG
t07A.nt BB023 (SEQ ID NO:746)
GAGGGTTCTAAAAGGGCAGAGCCTGGAGAATTAGTTTTAGATTTTGCCGAGCTTGCAAGAGAT
CCAAGTTCAACTAGACTTGATCTTACAAATTATGTTGATTATGTATATTCGGGCGCTTCTGGTAT
TGTTAAGCCGGAAGATATGGTTGTAGATCTTGGGATAAATAATTGGAGCGTTTTACTTACTCCT
TCTGCAAGGTTGCAGGCTTACGTTAAAAATTCAGTTGTTGCGCCCGCTGTTGTTAAGAGTGAGT
CAAAAAGGTACGCAGGTGATACTATTTTAGGGGTAAGAGTTTTGTTTCCAAGCTATTCTCAATC
ATCTGCTATGATTATGCCACCATTTAAAATTCCTTTTTATTCAGGGGAAAGTGGCAATCAATTTT
TAGGCAAAGGTCTTATTGATAACATTAAAACCATGAAAGAAATTAAGGTATCTGTTTATAGTTT
AGGGTATGAGATAGATCTTGAGGTTTTATTTGAAGATATGAATGNCATGGAATATGCTTNNTCT
ATGGGTACTTTAAAGTTTAAAGGGTGGGCTGATTTAATTTGGTCAAATCCTAACTATATTCCTA
ATATATCATCCAGAATTATTAAAGACGATGTTCCAAATTATCCTCTTGCTTCAAGTAAAATGAG
ATTTAAGGCTTTTAGAGTTTCAAAGTCACACAGTTCAAAAGAGCAAAATTTCATCTTTTATGTT
AAAGATTTAAGAGTTCTTTATGATAAGTTGAGTGTTTCAATAGATTCTGATATTGACAGTGAGT
CTGTATTTAAAGTTTATGAGACTAGCGGAACTGAATCCCTTCGTAAATTAAAGGCACACGNAAC
NTTTAAAAGNGTTTTAAAGCTTAGAGAAAAAATTTCTATGCCTGAAGGCTCTTTCCAAAACTTT
GTAGAAAAGATTGAGAGTGAAAAACCTGAAGAATCATCTCCGAAAAAT
f07A.aa BB023 (SEQ ID NO:747)
SILFFLLSTVLFAQETDGLAEGSKRAEPGELVLDFAELARDPSSTRLDLTNYVDYVYSGASGIVKPED
MVVDLGINNWSVLLTPSARLQAYVKNSVVAPAVVKSESKRYAGDTILGVRVLFPSYSQSSAMIMPP
FKIPFYSGESGNQFLGKGLIDNIKTMKEIKVSVYSLGYEIDLEVLFEDMNXMEYAXSMGTLKFKGW
ADLIWSNPNYIPNISSRIIKDDVPNYPLASSKMRFKAFRVSKSHSSKEQNFIFYVKDLRVLYDKLSVSI
DSDIDSESVFKVYETSGTESLRKLKAHXTFKXVLKLREKISMPEGSFQNFVEKIESEKPEESSPKN
t07A.aa BB023 (SEQ ID NO:748)
EGSKRAEPGELVLDFAELARDPSSTRLDLTNYVDYVYSGASGIVKPEDMVVDLGINNWSVLLTPSA
RLQAYVKNSVVAPAVVKSESKRYAGDTILGVRVLFPSYSQSSAMIMPPFKIPFYSGESGNQFLGKGLI
DNIKTMKEIKVSVYSLGYEIDLEVLFEDMNXMEYAXSMGTLKFKGWADLIWSNPNYIPNISSRIIKD
DVPNYPLASSKMRFKAFRVSKSHSSKEQNFIFYVKDLRVLYDKLSVSIDSDIDSESVFKVYETSGTES
LRKLKAHXTFKXVLKLREKISMPEGSFQNFVEKIESEKPEESSPKN
f08A.nt BB024 (SEQ ID NO:749)
TGAATATTAATAATAAAAAAAGGAGTAACAATGAAAATCATCAACATATTATTTTGTTTATTTT
TACTAATGCTAAACGGCTGTAATTCTAATGATAATGACACTTTAAAAAACAATGCCCAACAAAC
AAAAAGACGGGGAAAGCGTGATTTAACCCAAAAAGAAACAACACAAGAAAAACCAAAATCTA
AAGAAGAACTACTTAGAGAAAAGCTATCTGACGATCAAAAAACACATCTTGACTGGTTAAAAC
CCGCTTTAACTGGTGCTGGAGAATTTGACAAATTCTTAGAAAATGATGATGATAAAATAAAATC
AGCACTTGATCATATAAAAACTCAACTTGATAGTTGTAATGGTGATCAAGCAGAACAACAAAA
AACCACTTTCAAAACTGTGGTTACAGAATTCTTTAAAAATGGTGATATAGATAATTTTGCAACT
GGAGCGGTTAGTAACTGCAATAATGGTGGCTAA
t08A.nt BB024 (SEQ ID NO:750)
TGTAATTCTAATGATAATGACACTTTAAAAAACAATGCCCAACAAACAAAAAGACGGGGAAAG
CGTGATTTAACCCAAAAAGAAACAACACAAGAAAAACCAAAATCTAAAGAAGAACTACTTAGA
GAAAAGCTATCTGACGATCAAAAAACACATCTTGACTGGTTAAAACCCGCTTTAACTGGTGCTG
GAGAATTTGACAAATTCTTAGAAAATGATGATGATAAAATAAAATCAGCACTTGATCATATAAA
AACTCAACTTGATAGTTGTAATGGTGATCAAGCAGAACAACAAAAAACCACTTTCAAAACTGTG
GTTACAGAATTCTTTAAAAATGGTGATATAGATAATTTTGCAACTGGAGCGGTTAGTAACTGCA
ATAATGGTGGC
f08A.aa BB024 (SEQ ID NO:751)
ILIIKKGVTMKIINILFCLFLLMLNGCNSNDNDTLKNNAQQTKRRGKRDLTQKETTQEKPKSKEELLR
EKLSDDQKTHLDWLKPALTGAGEFDKFLENDDDKIKSALDHIKTQLDSCNGDQAEQQKTTFKTVV
TEFFKNGDIDNFATGAVSNCNNGG
t08A.aa BB024 (SEQ ID NO:752)
CNSNDNDTLKNNAQQTKRRGKRDL51TQKETTQEKPKSKEELLREKLSDDQKTHLDWLKPALTGA
GEFDKFLENDDDKIKSALDHIKTQLDSCNGDQAEQQKTTFKTVVTEFFKNGDIDNFATGAVSNCNN
GG
f09A.nt BB025 (SEQ ID NO:753)
TGAATATTAATAATAAAAAAAGGAATAATAATGAAAATTATCAACATATTATTTTGTTTATTTT
TACTAATGCTAAACGGCTGTAATTCTAATGATACTAATAATAGCCAAACAAAAAGTAGACAAAA
ACGTGATTTAACCCAAAAAGAAGCAACACAAGAAAAACCTAAATCTAAAGAAGAACTTCTTAG
AGAAAAGCTAAATGATAATCAAAAAACACACCTTGACTGGTTAAAAGAAGCTCTGGGCAATGA
TGGAGAATTTAATAAATTTTTAGGATATGATGAAAGCAAAATAAAATCTGCACTTGATCATATA
AAGAGTGAACTTGACAGTTGTACTGGAGATAAGGTTGAAAATAAAAATACCTTCAAGCAGGTC
GTTCAGGAGGCCCTTAAAGGGGGCATAGACGGCTTTGAAAATACTGCAAGTAGTACGTGCAAA
AATTCATAA
t09A.nt BB025 (SEQ ID NO:754)
TGTAATTCTAATGATACTAATAATAGCCAAACAAAAAGTAGACAAAAACGTGATTTAACCCAAA
AAGAAGCAACACAAGAAAAACCTAAATCTAAAGAAGAACTTCTTAGAGAAAAGCTAAATGATA
ATCAAAAAACACACCTTGACTGGTTAAAAGAAGCTCTGGGCAATGATGGAGAATTTAATAAAT
TTTTAGGATATGATGAAAGCAAAATAAAATCTGCACTTGATCATATAAAGAGTGAACTTGACAG
TTGTACTGGAGATAAGGTTGAAAATAAAAATACCTTCAAGCAGGTCGTTCAGGAGGCCCTTAAA
GGGGGCATAGACGGCTTTGAAAATACTGCAAGTAGTACGTGCAAAAATTCA
f09A.aa BB025 (SEQ ID NO:755)
ILIIKKGIIMKIINILFCLFLLMLNGCNSNDTNNSQTKSRQKRDLTQKEATQEKPKSKEELLREKLNDN
QKTHLDWLKEALGNDGEFNKFLGYDESKIKSALDHIKSELDSCTGDKVENKNTFKQVVQEALKGGI
DGFENTASSTCKNS
t09A.aa BB025 (SEQ ID NO:756)
CNSNDTNNSQTKSRQKRDLTQKEA51TQEKPKSKEELLREKLNDNQKTHLDWLKEALGNDGEFNK
FLGYDESKIKSALDHIKSELDSCTGDKVENKNTFKQVVQEALKGGIDGFENTASSTCKNS

TABLE 2
Closest matching sequences between the polypeptides of the present invention and sequences
in GenBank and Derwent databases.
	GenSeq
	Access		BLAST	BLAST
Query	No.	GenSeq Gene Description	Score	P-Value
f01A.aa	gil2690256	(AE000790) antigen, P35, putative [Borrelia burgdorferi]	1523	5.90E-206
f02A.aa	gil2690286	(AE000790) B. burgdorferi predicted coding region BBA69 [Borrelia	1320	2.10E-174
f02A.aa	gil2690285	(AE000790) B. burgdorferi predicted coding region BBA68 [Borrelia	278	7.50E-71
f02A.aa	gil2690105	(AE000789) B. burgdorferi predicted coding region BBI38 [Borrelia	151	8.40E-54
f02A.aa	gil2690092	(AE000789) antigen, P35, putative [Borrelia burgdorferi]	151	2.70E-48
f02A.aa	gil2690183	(AE000787) antigen, P35, putative [Borrelia burgdorferi]	155	4.20E-22
f02A.aa	gil2690106	(AE000789) B. burgdorferi predicted coding region BB139 [Borrelia	154	1.30E-21
f03A.aa	gil2688051	(AE001 127) antigen, S2, putative [Borrelia burgdorferi]	1223	7.60E-164
f03A.aa	gil1063419	S2 gene product [Borrelia burgdorferi]	116	3.00E-22
f03A.aa	gil2690227	(AE000790) antigen, S2 [Borrelia burgdorferi] > pir|D70207|D70207	116	9.70E-22
f03A.aa	gil2690128	(AE000788) protein p23 [Borrelia burgdorferi] > pir|C70257|C70257	110	5.70E-19
f03A.aa	gil2689956	(AE000785) protein p23 [Borrelia burgdorferi] > pir|D70225|D70225	104	7.90E-15
f04A.aa	gil2690078	(AE000784) B. burgdorferi predicted coding region BBH18 [Borrelia	1873	5.60E-250
f04A.aa	gil2690192	(AE000787) B. burgdorferi predicted coding region BBJ13 [Borrelia	167	1.40E-15
f05A.aa	gil2687919	(AE001117) B. burgdorferi predicted coding region BB0028 [Borrelia	696	4.20E-92
f06A.aa	gil2690129	(AE000788) outer membrane protein [Borrelia burgdorferi]	884	4.80E-124
f06A.aa	gil2690089	(AE000789) conserved hypothetical protein [Borrelia burgdorferi]	731	2.20E-118
f06A.aa	gil520783	unknown [Borrelia burgdorferi] > gil551742 unknown [Borrelia	337	4.30E-58
f07A.aa	gil2688608	(AE001168) flagellar filament outer layer protein (flaA) [Borrelia	1668	2.50E-224
f07A.aa	gil1575447	Fla A protein [Borrelia burgdorferi] > gil1019754 orf [Borrelia	1645	3.60E-221
f07A.aa	gil152896	flagellar filament surface antigen [Spirochaeta aurantia]	144	1.70E-38
f07A.aa	gil155059	encloflagellar sheath protein [Treponema pallidum]	139	3.80E-28
f07A.aa	gil433524	flagellin FlaA1 [Serpulina hyodysenteriae] > gil904393 endoflagellar	119	3.00E-26
f07A.aa	pir|A32814|	flagellar filament surface antigen - Spirochaeta aurantia	116	9.40E-11
	A32814
f08A.aa	gil1209837	lipoprotein [Borrelia burgdorferi]	508	2.10E-78
f08A.aa	gil2121280	(AF000270) lipoprotein [Borrelia burgdorferi] > gil3095109	547	4.00E-70
f08A.aa	gil1209873	lipoprotein [Borrelia burgdorferi]	303	3.70E-51
f08A.aa	gil1209843	lipoprotein [Borrelia burgdorferi]	395	2.20E-49
f08A.aa	gil1209849	lipoprotein [Borrelia burgdorferi]	219	2.60E-27
f08A.aa	gil3095105	(AF046998) 2.9-8 lipoprotein [Borrelia burgdorferi]	234	4.30E-27
f08A.aa	gil1209831	lipoprotein [Borrelia burgdorferi]	209	1.10E-22
f08A.aa	gil3095107	(AF046999) 2.9-9 lipoprotein [Borrelia burgdorferi]	200	1.80E-22
f08A.aa	gil1209857	lipoprotein [Borrelia burgdorferi]	200	2.50E-21
f08A.aa	gnl|PID|e26	surface-exposed lipoprotein [Borrelia afzelii]	142	1.80E-11
	8244
f09A.aa	gil1209843	lipoprotein [Borrelia burgdorferi]	453	8.60E-67
f09A.aa	gil2121280	(AF000270) lipoprotein [Borrelia burgdorferi] > gil3095109	379	1.00E-56
f09A.aa	gil1209873	lipoprotein [Borrelia burgdorferi]	282	1.10E-45
f09A.aa	gil1209837	lipoprotein [Borrelia burgdorferi]	357	7.10E-44
f09A.aa	gil1209849	lipoprotein [Borrelia burgdorferi]	143	1.60E-13
f09A.aa	gnl|PID|e26	surface-exposed lipoprotein [Borrelia afzelii]	111	3.60E-11
	8244
f09A.aa	gil3095105	(AF046998) 2.9-8 lipoprotein [Borrelia burgdorferi]	142	5.40E-13
f101.aa	gil2688708	(AE001176) conserved hypothetical protein [Borrelia burgdorferi]	1099	4.50E-152
f105.aa	gil2688693	(AE001175) B. burgdorferi predicted coding region BB0758 [Borrelia	1276	2.20E-177
f11-12.aa	gil2690139	(AE000788) B. burgdorferi predicted coding region BBK01 [Borrelia	1473	4.70E-193
f11-12.aa	gil2690030	(AE000786) B. burgdorferi predicted coding region BBG01 [Borrelia	1066	1.40E-138
f11-12.aa	gil2690074	(AE000784) B. burgdorferi predicted coding region BBH37 [Borrelia	173	6.20E-93
f11-12.aa	gil2690188	(AE000787) B. burgdorferi predicted coding region BBJ08 [Borrelia	192	2.70E-75
f11-4.aa	gil2690150	(AE000788) B. burgdorferi predicted coding region BBK12 [Borrelia	1144	2.70E-147
f11-4.aa	gil2690145	(AE000788) B. burgdorferi predicted coding region BBK07 [Borrelia	852	5.70E-127
f11-4.aa	gil2690095	(AE000789) B. burgdorferi predicted coding region BBI10 [Borrelia	153	1.30E-34
f11-4.aa	gil2690197	(AE000787) B. burgdorferi predicted coding region BBJ31 [Borrelia	115	1.40E-12
f11-4.aa	gil2690219	(AE000787) B. burgdorferi predicted coding region BBJ45 [Borrelia	115	1.40E-12
f112-1.aa	gil2690054	(AE000784) B. burgdorferi predicted coding region BBH06 [Borrelia	573	7.00E-75
f12.aa	gil2688785	(AE001182) B. burgdorferi predicted coding region BB0838 [Borrelia	6008	0
f129.aa	gil2688685	(AE001174) B. burgdorferi predicted coding region BB0739 [Borrelia	987	6.20E-133
f14-8.aa	gil2689955	(AE000785) antigen, P35, putative [Borrelia burgdorferi]	385	2.70E-75
f14-8.aa	gil2690120	(AE000789) B. burgdorferi predicted coding region BBI34 [Borrelia	330	2.60E-66
f14-8.aa	gil2690052	(AE000784) antigen, P35, putative [Borrelia burgdorferi]	287	4.00E-64
f14-8.aa	gil2690100	(AE000789) B. burgdorferi predicted coding region BBI16 [Borrelia	172	1.10E-38
f14-8.aa	gil2690115	(AE000789) B. burgdorferi predicted coding region BBI28 [Borrelia	173	1.70E-28
f14-8.aa	gil2690116	(AE000789) B. burgdorferi predicted coding region BBI29 [Borrelia	163	8.20E-24
f14-8.aa	gil2690207	(AE000787) B. burgdorferi predicted coding region BBJ02 [Borrelia	220	1.90E-23
f14-8.aa	gil2690099	(AE000789) B. burgdorferi predicted coding region BBI15 [Borrelia	140	3.60E-12
f14-8.aa	gil2690125	(AE000788) antigen, P35, putative [Borrelia burgdorferi]	111	1.00E-11
f142.aa	gil2688655	(AE001172) glutamate transporter (gltP) [Borrelia burgdorferi]	2233	7.19999999999982e-
				311
f142.aa	gnl|PID|e23	hypothetical protein [Bacillus subtilis] > gnl|PID|e1 182902	727	2.60E-156
	3874
f142.aa	gnl|PID|d10	Proton/sodium-glutamate symport protein (Glutamate-aspartate	762	6.60E-146
	16231
f142.aa	gil1574711	proton glutamate symport protein (gltP) [Haemophilus influenzae]	903	2.10E-131
f142.aa	gil2983758	(AE000735) proton/sodium-glutamate symport protein [Aquifex	111	8.40E-36
f142.aa	gil143000	proton glutamate symport protein [Bacillus stearothermophilus]	125	1.20E-30
f142.aa	gil143002	proton glutamate symport protein [Bacillus caldotenax]	125	1.90E-28
f142.aa	gnl|PID|e11	proton/sodium-glutamate symport protein [Bacillus subtilis]	122	2.20E-25
	83024
f142.aa	gnl|PID|d10	glutamate transporter [Caenorhabditis elegans]	121	1.80E-22
	22697
f142.aa	gil1255318	coded for by C. elegans cDNA cm08h9; coded for by C. elegans cDNA	121	2.10E-22
f142.aa	gil2388712	(AF017105) amino acid transporter [Chlamydia psittaci]	135	3.60E-22
f142.aa	gil2655021	(AF018259) glutamate transporter 5A [Ambystoma tigrinum]	125	7.70E-22
f142.aa	gnl|PID|e14	gluT-R gene product [Clostridium perfringens]	199	4.60E-21
	9542
f142.aa	gil396412	gltP [Escherichia coli] > gil147160 proton-glutamate [Escherichia	109	7.90E-21
f147.aa	gil2688656	(AE001172) NADH oxidase, water-forming (nox) [Borrelia burgdorferi]	2245	7.20E-303
f147.aa	gil642030	NADH oxidase [Serpulina hyodysenteriae]	318	9.20E-105
f147.aa	gil2650234	(AE001077) NADH oxidase (noxA-2) [Archeoglobus fulgidus]	303	2.90E-93
f147.aa	gil2792490	(AF041467) coenzyme A disulfide reductase [Staphylococcus aureus]	194	2.60E-90
f147.aa	gil2650383	(AE001088) NADH oxidase (noxA-1) [Archaeoglobus fulgidus]	286	3.30E-88
f147.aa	gnl|PID|d10	H2O-forming NADH Oxidase [Streptococcus mutans]	369	4.30-85
	09320
f147.aa	gil49023	NADH peroxidase [Enterococcus faecalis] > pir|S18332|S18332 NADH	638	3.20E-83
f147.aa	gil1591361	NADH oxidase (nox) [Methanococcus jannaschii] > pir|A64381|A64381	535	4.80E-83
f147.aa	gil2622461	(AE000898) NADH oxidase [Methanobacterium thermoautotrophicum]	303	8.40E-72
f147.aa	gil47045	NADH oxidase [Enterococcus faecalis] > pir|S26965|S26965 NADH	547	8.80E-71
		oxidase
f147.aa	gil2650233	(AE001077) NADH oxidase (nox A-3) [Archaeoglobus fulgidus]	312	2.00E-63
f147.aa	gil1674132	(AE000044) Mycoplasma pneumoniae, NADH oxidase: similar to	175	7.00E-61
f147.aa	gil1045969	NADH oxidase [Mycoplasma genitalium] > pir|D64230|D64230 NADH	164	4.10E-51
f147.aa	gil2648692	(AE000975) NADH oxidase (noxA-5) [Archaeoglobus fulgidus]	143	2.00E-40
f147.aa	gil2983379	(AE000709) NADH oxidase [Aquifex aeolicus]	162	5.50E-30
f150.aa	gil2688659	(AE001172) conserved hypothetical protein [Borrelia burgdorferi]	1319	2.70E-179
f150.aa	gil2983887	(AE000743) hypothetical protein [Aquifex aeolicus]	238	1.40E-25
f150.aa	gil2581796	(AF001974) putative Trk A [Thermoanaerobacter ethanolicus]	175	5.80E-23
f150.aa	gil1377829	unknown [Bacillus subtilis] > gnl|PID|d 1007628 orf4 [Bacillus	212	1.50E-21
f150.aa	gnl|PID|e11	similar to hypothetical proteins [Bacillus subtilis]	181	6.00E-17
	85982
f150.aa	gnl|PID|d10	hypothetical protein [Synechocystis sp.] > pir|S75999|S75999	128	3.70E-11
	11497
f152.aa	gil2688660	(AE001172) K+ transport protein (ntpJ) [Borrelia burgdorferi]	2200	2.40000000001213e-
				313
f152.aa	gil2983882	(AE000743) K+ transport protein homolog [Aquifex aeolicus]	239	3.60E-106
f152.aa	gnl|PID|e11	similar to Na+-transporting ATP synthase [Bacillus subtilis]	158	6.60E-64
	84940
f152.aa	gnl|PID|e11	similar to Na+-transporting ATP synthase [Bacillus subtilis]	131	3.40E-62
	85983
f152.aa	gnl|PID|d10	Na+-ATPase subunit J [Synechocystis sp.] > pir|S75455|S75455	141	1.70E-55
	18749
f152.aa	gnl|PID|d10	Na+-ATPase subunit J [Enterococcus hirae]	209	4.00E-45
	04799
f152.aa	gil2581795	(AF001974) putative TrkG [Thermoanaerobacter ethanolicus]	149	2.20E-29
f152.aa	gil1674061	(AE000036) Mycoplasma pneumoniae, Na(+) translocating ATPase	104	4.00E-28
f152.a	gil1046024	Na+ ATPase subunit J [Mycoplasma genitalium] > pir|F64235|F64235	114	2.80E-27
		Na+
f152.aa	gil567062	HKT1 [Triticum aestivum] > pir|S47582|S47582 high-affinity potassium	137	2.00E-17
f154.aa	gil2688664	(AE001172) B. burgdorferi predicted coding region BB0722 [Borrelia	2456	0
f157.aa	gil2688641	(AE001171) rod shape-determining protein (mreB-2) [Borrelia	2300	0
f157.aa	gil143657	endospore forming protein [Bacillus subtilis]	224	2.60E-61
f157.aa	gil580938	internal open reading frame (AA 1-290) [Bacillus subtilis]	224	2.60E-61
f157.aa	gil2982781	(AE000670) rod shape determining protein RodA [Aquifex aeolicus]	333	5.40E-61
f157.aa	gil580937	spoVE gene product (AA 1-366) [Bacillus subtilis] > gnl|PID|e1185111	224	7.70E-59
f157.aa	gil147695	rod-shape-determining protein [Escherichia coli] > gil1778551	340	6.10E-58
f157.aa	gnl|PID|e32	sfr [Streptomyces coelicolor]	362	6.40E-58
	8589
f157.aa	gil1572976	rod shape-determining protein (mreB) [Haemophilus influenzae]	307	4.00E-56
f157.aa	gnl|PID|e11	similar to cell-division protein [Bacillus subtilis]	203	2.60E-45
	85075
f157.aa	gil1469784	putative cell division protein ftsW [Enterococcus hirae]	231	6.90E-45
f157.aa	gil1016213	strong sequence similarity to FtsW, RodA, and Spo V-E [Cyanophora	206	3.00E-41
f157.aa	gnl|PID|d10	rod-shape-determining protein [Synechocystis sp.]	184	1.60E-38
	19002
f157.aa	gil146039	cell division protein [Escherichia coli] > gil40857 FtsW protein	104	8.30E-35
f157.aa	gil1574692	cell division protein (ftsW) [Haemophilus influenzae]	114	3.30E-33
f157.aa	gil1165286	FtsW [Borrelia burgdorferi] > gil2688164 (AE001137) cell division	170	6.20E-32
f17-6.aa	gil2690100	(AE000789) B. burgdorferi predicted coding region BBI16 [Borrelia	1250	1.70E-164
f17-6.aa	gil2690120	(AE000789) B. burgdorferi predicted coding region BBI34 [Borrelia	142	3.40E-59
f17-6.aa	gil2690115	(AE000789) B. burgdorferi predicted coding region BBI28 [Borrelia	447	6.70E-56
f17-6.aa	gil2690052	(AE000784) antigen, P35, putative [Borrelia burgdorferi]	182	1.10E-34
f17-6.aa	gil2689955	(AE000785) antigen, P35, putative [Borrelia burgdorferi]	196	6.60E-34
f17-6.aa	gil2690114	(AE000789) B. burgdorferi predicted coding region BBI27 [Borrelia	176	1.00E-16
f17-6.aa	gnl|PID|d10	gene required for phosphoylation of oligosaccharides/has	178	2.80E-15
	12343
f17-6.aa	gil2690207	(AE000787) B. burgdorferi predicted coding region BBJ02 [Borrelia	114	3.50E-13
f17-6.aa	gnl|PID|e32	(AJ000496) cyclic nucleotide-gated channel beta subunit	152	1.10E-11
	9895
f170.aa	gil2688652	(AE001171) B. burgdorferi predicted coding region BB0708 [Borrelia	524	2.60E-73
f186.aa	gil2688622	(AE001169) B. burgdorferi predicted coding region BB0689 [Borrelia	792	1.80E-105
f186.aa	gil2688622	(AE001169) B. burgdorferi predicted coding region BB0689 [Borrelia	792	1.80E-105
f19-2.aa	gil2690120	(AE000789) B. burgdorferi predicted coding region BBI34 Borrelia	1341	2.70E-177
f19-2.aa	gil2689955	(AE000785) antigen, P35, putative [Borrelia burgdorferi]	347	7.00E-53
f19-2.aa	gil2690052	(AE000784) antigen, P35, putative [Borrelia burgdorferi]	254	7.70E-53
f19-2.aa	gil2690100	(AE000789) B. burgdorferi predicted coding region BBI16 [Borrelia	142	6.60E-50
f19-2.aa	gil2690115	(AE000789) B. burgdorferi predicted coding region BBI28 [Borrelia	144	7.60E-34
f19-2.aa	gil2690116	(AE000789) B. burgdorferi predicted coding region BBI29 [Borrelia	183	2.20E-21
f19-2.aa	gil2690207	(AE000787) B. burgdorferi predicted coding region BBJ02 [Borrelia	171	2.00E-16
f19-2.aa	gil2690099	(AE000789) B. burgdorferi predicted coding region BBI15 [Borrelia	166	1.20E-15
f19-2.aa	gil2690125	(AE000788) antigen, P35, putative [Borrelia burgdorferi]	122	5.70E-14
f19-4.aa	gil2690116	(AE000789) B. burgdorferi predicted coding region BBI29 [Borrelia	1129	1.30E-150
f19-4.aa	gil2690099	(AE000789) B. burgdorferi predicted coding region BBJ15 [Borrelia	260	3.00E-30
f19-4.aa	gil2689955	(AE000785) antigen, P35, putative [Borrelia burgdorferi]	180	1.80E-23
f19-4.aa	gil2690120	(AE000789) B. burgdorferi predicted coding region BBI34 [Borrelia	183	1.50E-21
f19-4.aa	gil2690052	(AE000784) antigen, P35, putative [Borrelia burgdorferi]	192	1.20E-19
f19-4.aa	gil2690207	(AE000787) B. burgdorferi predicted coding region BBJ02 [Borrelia	149	8.90E-14
f19-4.aa	gil2690098	(AE000789) B. burgdorferi predicted coding region BBI14 [Borrelia	138	8.00E-12
f19-6.aa	gil2690115	(AE000789) B. burgdorferi predicted coding region BBI28 [Borrelia	995	1.20E-131
f19-6.aa	gil2690100	(AE000789) B. burgdorferi predicted coding region BBI16 [Borrelia	447	3.00E-55
f19-6.aa	gil2689955	(AE000785) antigen, P35, putative [Borrelia burgdorferi]	219	2.00E-36
f19-6.aa	gil2690120	(AE000789) B. burgdorferi predicted coding region BBI34 [Borrelia	144	3.50E-34
f19-6.aa	gil2690052	(AE000784) antigen, P35, putative [Borrelia burgdorferi]	130	6.30E-12
f196.aa	gil2688620	(AE001169) methyl-accepting chemotaxis protein (mcp-5) [Borrelia	3093	0
f196.aa	gil2688621	(AE001169) methyl-accepting chemotaxis protein (mcp-4) [Borrelia	615	1.90E-83
f196.aa	gil496484	tlpC gene product [Bacillus subtilis] > pir|I40496|I40496 methylation	180	6.90E-28
f196.aa	gnl|PID|d10	methyl-accepting chemotaxis protein TlpC [Bacillus subtilis]	180	4.90E-27
	07002
f196.aa	gnl|PID|e11	methyl-accepting chemotaxis protein [Bacillus subtilis]	162	5.10E-25
	73493
f196.aa	gil882594	ORF_f506 [Escherichia coli] > gil1789453 (AE000389) aerotaxis	204	1.70E-24
f196.aa	gil148350	tas [Enterobacter aerogenes] > pir|D32302|D32302 probable aspartate	179	1.80E-24
f196.aa	gil1066850	putative [Rhodobacter capsulatus] > pir|JC4735|JC4735	207	1.80E-24
f196.aa	gil154381	chemoreceptor [Salmonella typhimurium] > pir|A47178|A47178	230	2.00E-24
f196.aa	gil459690	transmembrane receptor [Bacillus subtilis] > gnl|PID|e1185997	212	1.40E-23
f196.aa	gil805015	MCPA protein [Rhodobacter sphaeroides] > pir|S70094|S54262	237	2.10E-23
f196.aa	gil40424	mcpA gene product [Caulobacter crescentus] > pir|S23064|S23064 mcpA	238	7.30E-23
f196.aa	gil144913	sensory transducer protein [Clostridium thermocellum]	227	8.90E-23
f196.aa	gil1061063	Trg sensory transducer protein [Escherichia coli]	211	2.40E-20
f196.aa	gnl|PID|d10	Methyl-accepting chemotaxis protein III (MCP-III) (Ribose and	211	2.50E-20
	15762
f197.aa	gil2688621	(AE001169) methyl-accepting chemotaxis protein (mcp-4) [Borrelia	3724	0
f197.aa	gil2688620	(AE001169) methyl-accepting chemotaxis protein (mcp-5) [Borrelia	615	8.40E-83
f197.aa	gil1066850	putative [Rhodobacter capsulatus] > pir|JC4735|JC4735	227	9.80E-27
f197.aa	gil882594	ORF_f506 [Escherichia coli] > gil1789453 (AE000389) aerotaxis	217	1.00E-26
f197.aa	gil154381	chemoreceptor [Salmonella typhimurium] > pir|A47178|A47178	239	2.80E-25
f197.aa	gil496484	tlpC gene product [Bacillus subtilis] > pir|I40496|I40496 methylation	202	5.10E-25
f197.aa	gnl|PID|d10	methyl-accepting chemotaxis protein TlpC [Bacillus subtilis]	202	5.10E-25
	07002
f197.aa	gil2564665	(AF022807) putative methyl accepting chemotaxis protein [Rhizobium	212	7.20E-24
f197.aa	gil459691	transmembrane receptor [Bacillus subtilis] > gnl|PID|e1185996	215	1.10E-23
f197.aa	gil43218	serine chemoreceptor [Escherichia coli] > bbsl127562 serine	236	2.80E-23
f197.aa	gil537197	CG Site No. 63; alternate gene name cheD [Escherichia coli]	236	2.90E-23
f197.aa	gil148077	methyl-accepting chemotaxis protein I [Escherichia coli] > gil2367378	236	2.90E-23
f197.aa	gnl|PID|1d10	transducer [Pseudomonas aeruginosa]	178	4.20E-23
	09948
f197.aa	gil148349	tse [Enterobacter aerogenes] > pir|C32302|C32302 serine transducer	234	5.50E-23
f197.aa	gil2626835	chemotactic transducer [Pseudomonas aeruginosa]	177	5.70E-23
f200.aa	gil2688600	(AE001168) ribose/galactose ABC transporter, permease protein	1887	5.10E-266
f200.aa	gnl|PID|e31	unknown [Bacillus subtilis] > gnl|PID|el184234 similar to	283	1.50E-63
	1453
f200.aa	gil2649711	(AE001042) ribose ABC transporter, permease protein (rbsC-1)	202	1.10E-47
f200.aa	gil2130609	(AF000308) putative polytopic protein [Mycoplasma fermentans]	119	2.10E-27
f200.aa	gnl|PID|e31	unknown [Bacillus subtilis] > gnl|PID|e1184235 similar to	112	1.10E-18
	1493
f200.aa	gil950073	membrane forming protein [Mycoplasma capricolum] > pir|S77790|S77790	161	5.60E-16
f200.aa	gil2688599	(AE001168) ribose/galactose ABC transporter, permease protein	108	2.00E-14
f208.aa	gil2688610	(AE001168) B. burgdorferi predicted coding region BB0674 [Borrelia	1726	6.70E-244
f21-4.aa	gil1197833	Bbk2.11 [Borrelia burgdorferi] > pir|S70531|S70531 bbk2.11 protein	474	3.00E-70
f21-4.aa	gil2627267	ErpL [Borrelia burgdorferi]	477	6.30E-69
f21-4.aa	gil1707281	putative outer membrane protein [Borrelia burgdorferi]	503	6.60E-66
f21-4.aa	gil896042	OspF [Borrelia burgdorferi] > pir|S70532|S70532 outer surface protein	503	6.60E-66
f21-4.aa	gil1707287	putative outer membrane protein [Borrelia burgdorferi]	489	3.00E-60
f21-4.aa	gil1707290	putative outer surface protein [Borrelia burgdorferi]	342	3.20E-49
f21-4.aa	gil1663633	ErpK [Borrelia burgdorferi]	268	1.70E-48
f21-4.aa	gil466482	outer surface protein F [Borrelia burgdorferi] > pir|I40287|I40287	321	3.80E-38
f21-4.aa	gil896038	BbK2.10 precursor [Borrelia burgdorferi] > pir|S70534|S70534 bbK2.10	121	3.90E-34
f21-4.aa	gil896040	BbK2.10 precursor [Borrelia burgdorferi] > pir|S70533|S70533 bbK2.10	118	2.30E-33
f21-4.aa	gil1051120	outer surface protein G [Borrelia burgdorferi] > gil1373118 ErpG	107	3.30E-33
f21-4.aa	gil2444428	(AF020657) ErpX protein [Borrelia burgdorferi]	118	6.00E-14
f210.aa	gil2688603	(AE001168) conserved hypothetical protein [Borrelia burgdorferi]	867	2.60E-116
f210.aa	gil2688604	(AE001168) chemotaxis response regulator (cheY-3) [Borrelia	733	1.40E-97
f210.aa	gil1408274	CheY [Borrelia burgdorferi]	720	9.00E-96
f210.aa	gil1765976	chemotaxis protein CheY [Treponema pallidum]	405	6.60E-52
f210.aa	gil142682	chemotactic response protein [Bacillus subtilis] > gnl|PID|185224	184	8.00E-30
f210.aa	gil940149	CheY [Thermotoga maritima]	171	1.50E-27
f210.aa	gil2649557	(AE001031) chemotaxis response regulator (cheY) [Archaeoglobus	168	1.50E-26
f210.aa	gil620085	cheY gene product [Listeria monocytogenes]	183	3.00E-26
f210.aa	gnl|PID|e24	YneI [Bacillus subtilis] > gil870926 response regulator	166	4.00E-24
	9646
f210.aa	gil149620	ORF2 [Leptospira borgpetersenii] > sp|P24086|YLB3_LEPIN	121	4.70E-22
		HYPOTHETICAL
f210.aa	gil1408275	orfX; putative OrfX protein [Borrelia burgdorferi]	208	9.20E-22
f210.aa	gil994802	cheY gene product [Halobacterium salinarium] > pir|A58645|S58645 CheY	139	8.90E-18
f210.aa	gil143598	spoOF [Bacillus subtilis] > gil143601 SpoOF protein [Bacillus	113	4.70E-11
f216.aa	gil2688586	(AE001167) conserved hypothetical protein [Borrelia burgdorferi]	804	1.20E-109
f216.aa	gil1575446	orfA [Borrelia burgdorferi]	472	1.10E-91
f219.aa	gil2688594	(AE001167) B. burgdorferi predicted coding region BB0664 [Borrelia	1122	3.10E-148
f22.aa	gil2688779	(AE001181) B. burgdorferi predicted coding region BB0832 [Borrelia	1400	4.90E-188
f22.aa	gil2688779	(AE001181) B. burgdorferi predicted coding region BB0832 [Borrelia	1400	4.90E-188
f221.aa	gil2688596	(AE001167) B. burgdorferi predicted coding region BB0662 [Borrelia	692	2.60E-93
f229.aa	gil2688591	(AE001167) oxygen-independent coproporphyrinogen III oxidase,	863	7.80E-120
f24-1.aa	gil2039285	putative vls recombination cassette Vls6 [Borrelia burgdorferi]	924	1.80E-114
f24-1.aa	gil2039284	putative vls recombination cassette Vls5 [Borrelia burgdorferi]	867	6.30E-107
f24-1.aa	gil2039287	putative vls recombination cassette Vls8 [Borrelia burgdorferi]	824	1.50E-104
f24-1.aa	gil2039289	putative vls recombination cassette Vls10 [Borrelia burgdorferi]	829	7.50E-102
f24-1.aa	gil2039320	vmp-like sequence protein, VlsE [Borrelia burgdorferi]	644	1.10E-98
f24-1.aa	gil2039288	putative vls recombination cassette Vls9 [Borrelia burgdorferi]	783	8.20E-96
f24-1.aa	gil2039330	vmp-like sequence protein VlsE [Borrelia burgdorferi]	742	6.30E-95
f24-1.aa	gil2039336	vmp-like sequence protein VlsE [Borrelia burgdorferi]	509	1.50E-92
f24-1.aa	gil2039286	putative vls recombination cassette Vls7 [Borrelia burgdorferi]	754	6.60E-92
f24-1.aa	gil2039324	vmp-like sequence protein VlsE [Borrelia burgdorferi]	488	8.10E-86
f24-1.aa	gil2039316	vmp-like sequence protein VlsE [Borrelia burgdorferi]	531	1.70E-85
f24-1.aa	gil2039312	vmp-like sequence protein VlsE [Borrelia burgdorferi]	531	1.20E-83
f24-1.aa	gil2039326	vmp-like sequence protein VlsE [Borrelia burgdorferi]	476	2.00E-82
f24-1.aa	gil2039332	vmp-like sequence protein VlsE [Borrelia burgdorferi]	474	5.10E-82
f24-1.aa	gil2039328	vmp-like sequence protein VlsE [Borrelia burgdorferi]	420	3.50E-59
f253.aa	gil2688567	(AE001165) Na+/H+ antiporter (nhaC-1) [Borrelia burgdorferi]	2247	0
f253.aa	gil2688566	(AE001165) Na+/H+ antiporter (nhaC-2) [Borrelia burgdorferi]	609	6.40E-155
f253.aa	gil2209268	Na+/H+ antiporter [Bacillus firmus] > pir|A41594|A41594	158	9.40E-15
f253.aa	gil1574661	Na+/H+ antiporter (nhaC) [Haemophilus influenzae]	143	4.20E-14
f253.aa	gnl|PID|e11	similar to Na+/H+ antiporter [Bacillus subtilis]	137	1.20E-11
	85625
f253.aa	gnl|PID|e32	hypothetical protein [Bacillus subtilis] > gnl|PID|e1182969	133	2.00E-11
	4972
f265.aa	gil2688555	(AE001164) conserved hypothetical protein [Borrelia burgdorferi]	1196	9.90E-161
f269.aa	gil2688560	(AE001164) B. burgdorferi predicted coding region BB0624 [Borrelia	1654	5.50E-226
f28-2.aa	gil2690174	(AE000788) B. burgdorferi predicted coding region BBK47 [Borrelia	1683	2.80E-222
f28-2.aa	gil2690161	(AE000788) B. burgdorferi predicted coding region BBK49 [Borrelia	1068	2.20E-163
f28-3.aa	gil2690138	(AE000788) immunogenic protein P37, putative [Borrelia burgdorferi]	281	6.00E-48
f28-3.aa	gil2690127	(AE000788) immunogenic protein P37, [Borrelia burgdorferi]	209	3.20E-28
f28-3.aa	gil2459605	immunogenic protein P37 [Borrelia burgdorferi]	208	4.50E-28
f28-3.aa	gil2690137	(AE000788) immunogenic protein P37, putative [Borrelia burgdorferi]	172	5.50E-17
f29.aa	gil2688764	(AE001180) B. burgdorferi predicted coding region BB0826 [Borrelia	869	8.20E-116
f290.aa	gil2688537	(AE001162) serine-type D-Ala-D-Ala carboxypeptidase (dacA)	2046	1.50E-281
f290.aa	gil143439	DD-carboxypeptidase [Bacillus subtilis] > pir|B42708|B42708	161	6.60E-36
f290.aa	gnl|PID|e11	D-alanyl-D-alanine carboxypeptidase (penicilin binding	161	6.60E-36
	85617
f290.aa	gnl|PID|d10	Probable penicillin-binding protein. [Escherichia coli]	131	3.30E-28
	16562
f290.aa	splP376041	PENICILLIN-BINDING PROTEIN 6B PRECURSOR	135	9.10E-28
	DACD—
	SALTY
f290.aa	gil1572974	penicillin-binding protein 5 (dacA) [Haemophilus influenzae]	145	3.00E-27
f290.aa	gil580849	D-alanine carboxypeptidase [Bacillus stearothermophilus]	170	4.10E-27
f290.aa	gil778549	penicillin-binding protein 5 [Escherichia coli] > gil41212 precursor	152	3.20E-26
f290.aa	gil142820	penicillin-binding protein 5 [Bacillus subtilis]	137	4.60E-26
f290.aa	gil410134	penicillin-binding protein [Bacillus subtilis] > gnl|PID|e1185588	137	4.60E-26
f290.aa	gil41218	precursor [Escherichia coli]	136	1.30E-25
f290.aa	gnl|PID|d10	Penicillin-binding protein 6 precursor (D-alanyl-D-alanine	136	1.30E-25
	15262
f290.aa	gil1864022	penicillin binding protein 4 [Staphylococcus aureus]	155	5.10E-22
f290.aa	gnl|PID|e15	penicillin binding protein 4 [Staphylococcus aureus]	155	5.10E-22
	4145
f290.aa	gnl|PID|e26	penicillin-binding protein 4 [Staphylococcus aureus]	155	5.10E-22
	4682
f291.aa	gil2688538	(AE001162) L-lactate permease (lctP) [Borrelia burgdorferi]	2473	0
f291.aa	gnl|PID|e27	lactate premease [Streptococcus iniae]	586	1.20E-132
	4704
f291.aa	gil882504	ORF_f560 [Escherichia coli] > gil1789347 (AE000380) f560; This 560 aa	345	3.60E-95
f291.aa	gil2313225	(AE000535) L-lactate permease (lctP) [Helicobacter pylori]	359	1.10E-94
f291.aa	gil2313224	(AE000535) L-lactate permease (lctP) [Helicobacter pylori]	348	2.90E-93
f291.aa	gil404693	L-lactate permease [Escherichia coli] > gil466741 aug is 3rd start	331	7.20E-82
f291.aa	gnl|PID|e31	hypothetical protein [Bacillus subtilis] > gnl|PID|e1186107	330	9.00E-80
	3006
f291.aa	gnl|PID|d10	lactate permease [Bacillus subtilis]	300	1.70E-61
	22632
f291.aa	gnl|PID|e11	L-lactate permease [Bacillus subtilis] > pir|F69649|F69649	300	1.10E-60
	82258
f291.aa	gnl|PID|d10	homologue of L-lactate permease of E. coli [Bacillus	265	6.40E-56
	09575
f291.aa	gil2649804	(AE001049) L-lactate permease (lctP) [Archaeoglobus fulgidus]	170	1.50E-47
f291.aa	gnl|PID|e28	L-Lactate permease [Sulfolobus solfataricus]	163	2.60E-44
	3914
f291.aa	gil1574148	L-lactate permease (lctP) [Haemophilus influenzae]	173	6.00E-35
f296.aa	gil2688517	(AE001161) chaperonin, putative [Borrelia burgdorferi]	1276	4.40E-177
f296.aa	gil840643	mucZ gene product [Coxiella burnetii] > pir|I40852|I40852 mucZ	101	7.90E-12
f3.aa	gil2688797	(AE001183) B. burgdorferi predicted coding region BB0844 [Borrelia	1604	1.40E-211
f30.aa	gil2688765	(AE001180) B. burgdorferi predicted coding region BB0825 [Borrelia	1343	2.00E-181
f301.aa	gil2688521	(AE001161) methyl-accepting chemotaxis protein (mcp-3) [Borrelia	2756	0
f301.aa	gil1805311	methyl-accepting chemotaxis protein B [Treponema denticola]	211	7.00E-20
f301.aa	gil2688522	(AE001161) methyl-accepting chemotaxis protein (mcp-2) [Borrelia	189	2.80E-18
f301.aa	gil2367665	(AF016689) Mcp-2 [Treponema pallidum]	189	3.50E-17
f301.aa	gil2352917	(AF012922) methyl-accepting chemotaxis protein [Treponema	187	5.70E-17
f301.aa	gil1354776	MCP-1 [Treponema pallidum]	189	5.90E-17
f301.aa	gil2619023	(AF027868) YoaH [Bacillus subtilis] > gnl|PID|e1185333 similar to	184	2.80E-16
f301.aa	gil1654421	transducer-HtB protein [Halobacterium salinarum]	177	2.20E-15
f301.aa	gil415694	chemoreceptor [Desulfovibrio vulgaris] > pir|G36943|G36943	163	3.50E-15
f301.aa	gil459691	transmembrane receptor [Bacillus subtilis] > gnl|PID|e1185996	163	4.90E-15
f301.aa	gil2104730	ORF2 [Desulfurococcus sp. SY]	173	5.80E-15
f301.aa	gil2914132	methyl accepting chemotaxis homolog [Treponema denticola]	170	1.10E-14
f301.aa	gil459689	transmembrane receptor [Bacillus subtilis] > gnl|PID|e1185998	164	1.30E-14
f301.aa	gil496484	tlpC gene product [Bacillus subtilis] > pir|I40496|I40496 methylation	170	3.80E-14
f301.aa	gil2313163	(AE000530) methyl-accepting chemotaxis transducer (tlpC)	170	6.30E-14
f308.aa	gil2688527	(AE001161) B. burgdorferi predicted coding region BB0592 [Borrelia	1227	1.70E-176
f31-2.aa	gil2690202	(AE000787) B. burgdorferi predicted coding region BBJ36 [Borrelia	1771	7.20E-235
f31-2.aa	gil2690200	(AE000787) B. burgdorferi predicted coding region BBJ34 [Borrelia	423	4.60E-88
f31.aa	gil2688766	(AE001180) B. burgdorferi predicted coding region BB0824 [Borrelia	957	7.80E-133
f314.aa	gil2688509	(AE001160) pfs protein (pfs-2) [Borrelia burgdorferi]	1329	7.40E-180
f314.aa	gil2690087	(AE000789) pfs protein (pfs) [Borrelia burgdorferi]	335	1.50E-77
f314.aa	gil2688288	(AE001143) pfs protein (pfs-1) [Borrelia burgdorferi]	266	1.00E-65
f314.aa	gil2738591	(AFO12886) Pfs [Buchnera aphidicola]	115	1.70E-52
f314.aa	gil1552737	similar to purine nucleoside phosphorylase (deoD) [Escherichia	133	6.90E-52
f314.aa	gnl|PID|e11	similar to purine nucleoside phosphorylase [Bacillus	157	1.20E-49
	83957
f314.aa	gil147158	pfs [Escherichia coli] > gil457107 ORF [Escherichia coli] {SUB 9-219}	133	2.50E-42
f314.aa	gil1574146	pfs protein (pfs) [Haemophilus influenzae] > pir|C64169|C64169 pfs	110	2.70E-37
f314.aa	gil2267164	(AF009177) pfs protein homolog [Helicobacter pylori]	118	3.30E-23
f314.aa	gil2313168	(AE000530) pfs protein (pfs) [Helocobacter pylori]	115	1.00E-22
f314.aa	gil1777939	Pfs [Treponema pallidum]	102	1.90E-20
f314.aa	gil2689970	(AE000785) B. burgdorferi predicted coding region BBE07 [Borrelia	191	1.50E-19
f314.aa	gnl|PID|e24	unknown [Mycobacterium tuberculosis] > sp|Q10889|Y05A_MYCTU	105	7.60E-16
	9405
f32-4.aa	gil2690221	(AE000787) B. burgdorferi predicted coding region BBJ47 [Borrelia	1192	4.00E-163
f32-4.aa	gil2689979	(AE000785) B. burgdorferi predicted coding region BBE16 [Borrelia	103	4.10E-11
f32.aa	gil2688767	(AE001180) B. burgdorferi predicted coding region BB0823 [Borrelia	623	1.80E-81
f32.aa	gil2688767	(AE001180) B. burgdorferi predicted coding region BB0823 [Borrelia	623	1.80E-81
f320.aa	gil2688497	(AE001159) carboxypeptidase, putative [Borrelia burgdorferi]	1373	6.40E-186
f320.aa	gil2529473	(AF006665) YokZ [Bacillus subtilis]	136	9.80E-28
f320.aa	gil2415396	(AF015775) carboxypeptidase [Bacillus subtilis] > gnl|PID|e1185433	136	1.90E-27
f320.aa	gil1209528	D,D-carboxypeptidase [Enterococcus faecalis] >	148	3.30E-16
		sp|Q47746|VANY_ENTFA
f320.aa	gil155044	vanY [Transposon Tn1546] > gil149126 D,D-carboxypeptidase [Plasmid	142	1.60E-13
f328.aa	gil2688502	(AE001159) CTP synthase (pyrG) [Borrelia burgdorferi]	869	6.10E-119
f328.aa	gil1591801	CTP synthase (pyrG) [Methanococcus jannaschii] > pir|E64446|E64446	325	6.20E-59
f328.aa	gil2650385	(AE001088) CTP synthase (pyrG) [Archaeoglobus fulgidus]	304	4.20E-54
f328.aa	gil1399854	CTP synthetase [Synechococcus PCC7942] > sp|Q54775|PYRG_SYNP7	313	3.30E-52
		CTP
f328.aa	gnl|PID|d10	CTP synthetase [Synechocystis sp.] > pir|S75840|S75840 CTP	295	1.80E-50
	19032
f328.aa	gil143597	CTP synthetase [Bacillus subtilis] > gil853762 CTP synthase [Bacillus	274	1.60E-49
f328.aa	gil2983754	(AE000735) CTP synthetase [Aquifex aeolicus]	271	1.50E-46
f328.aa	gil1574630	CTP synthetase (pyrG) [Haemophilus influenzae] > pir|F64181|F64181	234	1.90E-44
f328.aa	gil413755	CTP synthetase [Spiroplasma citri] > sp|P52200|PYRG_SPICI CTP	231	3.00E-44
f328.aa	gil2621483	(AE000826) CTP synthase [Methanobacterium thermoautotrophicum]	257	2.80E-40
f328.aa	gil950067	CTP synthase [Mycoplasma capricolum] > pir|S77767|S77767 CTP	220	4.10E-39
		synthase
f328.aa	gil904007	cytidine triphosphate synthetase precursor [Giardia intestinalis]	219	2.00E-38
f328.aa	gil147478	CTP synthetase (EC 6.3.4.2) [Escherichia coli]	217	2.90E-38
f328.aa	gil882674	CTP synthetase (Escherichia coli] > gil1789142 (AE000361) CTP	214	7.70E-38
f328.aa	gil38688	CTP synthase [Azospirillum brasilense] > pir|I39496|S25101 CTP	132	3.20E-37
f342.aa	gil2688495	(AE001158) B. burgdorferi predicted coding region BB0563 [Borrelia	944	5.30E-130
f346.aa	gil1272356	phosphotransferase enzyme II [Borrelia burgdorferi] > gil2688474	828	1.10E-108
f346.aa	gil145603	PTS enzyme III glc [Escherichia coli] > gil145605 PTS enzyme III glc	385	8.80E-53
f346.aa	gil1314675	glucose-specific component IIA of the PTS system [Escherichia coli]	385	9.30E-53
f346.aa	gil47658	III (Glc) (crr) (AA 1-169) [Salmonella typhimurium]	382	2.30E-52
f346.aa	gil1574566	glucose phosphotransferase enzyme III-glc (crr) [Haemophilus	397	8.70E-50
f346.aa	gil43819	nagE gene product [Klebsiella pneumoniae] > pir|S18607|S18607	349	2.80E-41
f346.aa	gil146913	N-acetylglucosamine transport protein [Escherichia coli]	334	3.20E-39
f346.aa	gil1072418	glcA [Staphylococcus carnosus] > pir|S46952|S46952	317	7.20E-37
f346.aa	gil1072419	glcB [Staphylococcus carnosus] > pir|S63606|S46953	315	1.40E-36
f346.aa	gil1146177	phosphotransferase system glucose-specific enzyme II [Bacillus	295	7.30E-36
f346.aa	gil529001	PTS glucose-specific permease [Bacillus stearothermophilus]	294	8.80E-36
f346.aa	gnl|PID|e11	alternate gene name: yzfA; similar to phosphotransferase	293	1.40E-33
	82187
f346.aa	gil580912	enzyme III-glucose [Bacillus subtilis]	257	1.20E-30
f346.aa	gil602681	phosphocarrier protein (enzyme IIA) [Mycoplasma capricolum]	243	1.00E-28
f346.aa	gil1432153	cellobiose-specific PTS permease [Klebsiella oxytoca]	257	1.20E-28
f352.aa	gil2688482	(AE001157) B. burgdorferi predicted coding region BB0553 [Borrelia	2547	0
f352.aa	gil2688482	(AE001157) B. burgdorferi predicted coding region BB0553 [Borrelia	1005	1.30E-132
f363.aa	gil2688468	(AE001156) B. burgdorferi predicted coding region BB0543 [Borrelia	1109	5.40E-153
f368.aa	gil2688450	(AE001155) conserved hypothetical integral membrane protein	1133	4.10E-157
f368.aa	gil1787004	(AE000181) o234; This 234 aa ORF is 26 pct identical (15 gaps) to	417	1.40E-67
f368.aa	gil2314055	(AE000601) conserved hypothetical integral membrane protein	129	3.50E-16
f368.aa	gnl|PID|e12	S1R [Cowpox virus]	135	1.80E-14
	89272
f368.aa	gnl|PID|d10	24K membrane protein [Pseudomonas aeruginosa]	108	9.00E-13
	03176
f368.aa	gil41284	put. 23.5-kd protein [Escherichia coli] > gil1787205 (AE000199)	101	1.00E-11
f371.aa	gil2688452	(AE001155) conserved hypothetical protein [Borrelia burgdorferi]	1066	3.60E-143
f371.aa	gil2196997	Orf256 [Treponema pallidum]	154	1.10E-15
f373.aa	gil2688453	(AE001155) zinc protease, putative [Borrelia burgdorferi]	3663	0
f373.aa	gil1574200	hypothetical [Haemophilus influenzae] > pir|E64171|E64171	295	2.70E-67
f373.aa	gil1787770	(AE000246) f931; residues 5-650 are 99 pct identical to YDDC_ECOLI	289	1.10E-57
f373.aa	gil535004	cds106 gene product [Escherichia coli]	289	3.20E-57
f373.aa	gil799369	metalloendopeptidase [Pisum sativum]	148	7.10E-28
f373.aa	gil2827039	(AF008444) chloroplast processing enzyme [Arabidopsis thaliana]	150	1.70E-26
f373.aa	gil2983709	(AE000732) processing protease [Aquifex aeolicus]	136	4.30E-24
f373.aa	gil2314155	(AE000609) protease (pqqE) [Helicobacter pylori] > pir|D64646|D64646	115	5.30E-23
f378.aa	gil2688458	(AE001155) B. burgdorferi predicted coding region BB0531 [Borrelia	1030	1.30E-136
f384.aa	gil2688435	(AE001154) inositol monophosphatase [Borrelia burgdorferi]	1470	3.80E-201
f4-15.aa	gil2690238	(AE000790) surface lipoprotein P27 [Borrelia burgdorferi]	1400	1.50E-185
f4-15.aa	gil144008	P27 [Borrelia burgdorferi] > pir|S34995|S34995 surface lipoprotein	462	2.40E-96
f4-50.aa	gil2690243	(AE000790) decorin binding protein B (dbpB) [Borrelia burgdorferi]	900	6.30E-117
f4-50.aa	gil2062381	decorin binding protein B [Borrelia burgdorferi]	897	1.60E-116
f4-50.aa	gil2809217	(AF042796) putative decorin-binding protein precursor [Borrelia	887	3.60E-115
f4-50.aa	gil2809218	(AF042796) decorin-binding protein precursor [Borrelia burgdorferi]	172	2.00E-33
f4-50.aa	gil2690249	(AE000790) decorin-binding protein A (dbpA) [Borrelia burgdorferi]	176	9.50E-33
f4-50.aa	gil2062379	decorin binding protein A [Borrelia burgdorferi]	177	6.10E-32
f4-66.aa	gil2690229	(AE000790) chpAI protein, putative [Borrelia burgdorferi]	807	1.60E-107
f4.aa	gil2688787	(AE001183) conserved hypothetical integral membrane protein	2408	0
f4.aa	gil2697115	(AF008219) unknown [Borrelia afzelii]	1138	1.90E-305
f4.aa	gil1573583	H. influenzae predicted coding region HI0594 [Haemophilus	337	2.10E-109
f4.aa	gil1788636	(AE000319) o513; This 513 aa ORF is 31 pct identical (30 gaps) to	327	9.10E-80
f4.aa	gnl|PID|d10	homologue of hypothetical protein HI10594 of H. influenzae	357	5.40E-69
	09571
f42-1.aa	gil2689993	(AE000794) conserved hypothetical protein [Borrelia burgdorferi]	495	2.70E-62
f42-1.aa	gil2689934	(AE000793) conserved hypothetical protein [Borrelia burgdorferi]	312	1.00E-37
f43-3.aa	gil1209843	lipoprotein [Borrelia burgdorferi]	546	1.50E-69
f43-3.aa	gil2121280	(AF000270) lipoprotein [Borrelia burgdorferi] > gil3095109	442	1.80E-55
f43-3.aa	gil1209837	lipoprotein [Borrelia burgdorferi]	365	3.10E-55
f43-3.aa	gil1209873	lipoprotein [Borrelia burgdorferi]	269	5.30E-32
f43-3.aa	gil1209849	lipoprotein [Borrelia burgdorferi]	141	1.70E-13
f43-3.aa	gil3095105	(AF046998) 2.9-8 lipoprotein [Borrelia burgdorferi]	140	9.60E-13
f43-3.aa	gil3095107	(AF046999) 2.9-9 lipoprotein [Borrelia burgdorferi]	132	1.40E-11
f43.aa	gil2688752	(AE001179) B. burgdorferi predicted coding region BB0811 [Borrelia	2337	6.60000000084856e-
				315
f446.aa	gil2688383	(AE001151) B. burgdorferi predicted coding region BB0464 [Borrelia	920	7.20E-124
f45-2.aa	gil1699017	ErpB2 [Borrelia burgdorferi] > gil1373133.ErpB [Borrelia	364	7.50E-78
f45-2.aa	gil2627270	ErpJ [Borrelia burgdorferi]	364	2.50E-77
f45-2.aa	gil2627268	ErpM [Borrelia burgdorferi]	452	9.70E-60
f45-2.aa	gil1373144	ErpD [Borrelia burgdorferi]	316	1.60E-58
f45-2.aa	gil2444428	(AF020657) ErpX protein [Borrelia burgdorferi]	380	2.80E-55
f45-2.aa	gil1051120	outer surface protein G [Borrelia burgdorferi] > gil1373118 ErpG	213	7.10E-35
f45-2.aa	gil1663633	ErpK [Borrelia burgdorferi]	152	1.60E-21
f45-2.aa	gnl|PID|e32	(AJ000496) cyclic nucleotide-gated channel beta subunit	198	2.80E-16
	9895
f45-2.aa	gil466482	outer surface protein F [Borrelia burgdorferi] > pir|I40287|I40287	111	5.70E-14
f45-2.aa	gil2246532	ORF 73, contains large complex repeat CR 73 [Kaposi's	174	5.90E-14
f45-2.aa	gil160299	glutamic acid-rich protein [Plasmodium falciparum]	169	1.00E-13
f45-2.aa	gil1707287	putative outer membrane protein [Borrelia burgdorferi]	101	2.20E-13
f45-2.aa	gil1633572	Herpes virus saimiri ORF73 homolog [Kaposi's sarcoma-associated	175	4.10E-13
f45-2.aa	gnl|PID|d10	gene required for phosphoylation of oligosaccharides/has	166	5.60E-13
	12343
f45-2.aa	gil2690100	(AE000789B. burgdorferi predicted coding region BBI16 [Borrelia	161	2.70E-12
f457.aa	gil2688369	(AE001150) B. burgdorferi predicted coding region BB0456 [Borrelia	1021	6.20E-139
f469.aa	gil2688368	(AE001150) Na+/H + antiporter (napA) [Borrelia burgdorferi]	1544	1.10E-211
f47-2.aa	gil1209849	lipoprotein [Borrelia burgdorferi]	742	2.30E-97
f47-2.aa	gil1209857	lipoprotein [Borrelia burgdorferi]	407	7.80E-86
f47-2.aa	gil1209831	lipoprotein [Borrelia burgdorferi]	393	5.00E-82
f47-2.aa	gnl|PID|e26	surface-exposed lipoprotein [Borrelia burgdorferi]	321	2.60E-73
	8245
f47-2.aa	gil1209874	lipoprotein [Borrelia burgdorferi]	348	1.10E-64
f47-2.aa	gnl|PID|e26	surface-exposed lipoprotein [Borrelia garinii]	333	1.40E-57
	8239
f47-2.aa	gnl|PID|e26	surface-exposed lipoprotein [Borrelia afzelii]	292	9.60E-44
	8244
f47-2.aa	gil3095107	(AF046999) 2.9-9 lipoprotein [Borrelia burgdorferi]	328	3.80E-40
f47-2.aa	gnl|PID|e26	surface-exposed lipoprotein [Borrelia garinii]	320	1.70E-39
	8242
f47-2.aa	gil1209837	lipoprotein [Borrelia burgdorferi]	210	4.80E-29
f47-2.aa	gil2121280	(AF000270) lipoprotein [Borrelia burgdorferi] > gil3095109	205	1.10E-27
f47-2.aa	gil3095105	(AF046998) 2.9-8 lipoprotein [Borrelia burgdorferi]	217	6.30E-25
f47-2.aa	gil1209873	lipoprotein [Borrelia burgdorferi]	113	2.40E-11
f477.aa	gil2688350	(AE001149) fructose-bisphosphate aldolase (fba) [Borrelia	1506	3.60E-202
f477.aa	gil882454	fructose 1,6-bisphosphate aldolase [Escherichia coli] > gil41423	651	1.10E-131
f477.aa	gil2708661	(AF037440) fructose 1,6-bisphosphate aldolase [Edwardsiella	593	1.40E-124
f477.aa	gil573507	fructose bisphosphate aldolase (fba) [Haemophilus influenzae]	560	8.50E-120
f477.aa	gil671841	fructose 1,6-bisphosphate aldolase [Campylobacter jejuni]	856	3.80E-113
f477.aa	gnl|PID|d10	fructose 1,6-bisphosphate aldolase [Schizosaccharomyces	749	1.70E-98
	04756
f477.aa	gil433637	yeast fructose-bisphate-aldolase [Saccharomyces cerevisiae] > gil3696	459	1.20E-92
f477.aa	gnl|PID|e19	fructose 1,6-bisphosphate aldolase [Euglena gracilis]	701	6.30E-92
	0134
f477.aa	gil1334980	fructose 1,6-bisphosphate aldolase [Neurospora crassa]	647	1.50E-84
f477.aa	gil40495	fructose bisphosphate aldolase [Corynebacterium glutamicum]	204	6.80E-37
f477.aa	gnl|PID|e31	Fba [Mycobacterium tuberculosis]	207	1.50E-35
	5480
f477.aa	gil1045692	fructose bisphosphate aldolase [Mycoplasma genitalium]	108	2.10E-23
f477.aa	gnl|PID|d10	hypothetical protein [Bacillus subtilis] > gnl|PID|e1184692	102	2.70E-15
	03809
f488.aa	gil2688338	(AE001148) DNA gyrase, subunit A (gyrA) [Borrelia burgdorferi]	3222	0
f488.aa	gil1790876	DNA gyrase subunit A [Clostridium acetobutylicum]	822	1.80E-171
f488.aa	gil2650163	(AE001072) DNA gyrase, subunit A (gyrA) [Archaeoglobus fulgidus]	483	1.10E-162
f488.aa	gil40019	ORF 821 (aa 1-821) [Bacillus subtilis] > gnl|PID|d1005785 A subunit of	836	6.10E-159
f488.aa	gil459929	gyrase A subunit [Pseudomonas aeruginosa] > sp|P48372|GYRA_PSEAE	418	7.00E-155
		DNA
f488.aa	gil144206	DNA gyrase A [Campylobacter jejuni] > pir|A48902|A48902 DNA gyrase	508	7.50E-154
f488.aa	gil466275	gyrase A [Mycobacterium tuberculosis] > sp|Q07702|GYRA_MYCTU	395	3.50E-152
		DNA
f488.aa	gnl|PID|e26	GyrA [Mycobacterium tuberculosis]	395	2.00E-151
	6924
f488.aa	gil43485	DNA gyrase A subunit [Haloferax] > pir|S30571|S30571 DNA	275	6.10E-151
		topoisomerase
f488.aa	gnl|PID|d10	(AB010081) A subunit of DNA gyrase [Bacillus sp.]	549	1.20E-150
	25098
f488.aa	gnl|PID|e21	DNA gyrase subunit A [Mycobacterium smegmatis]	388	5.90E-150
	4031
f488.aa	gil2731385	DNA gyrase [Serratia marcescens]	378	6.00E-148
f488.aa	gnl|PID|e13	DNA topoisomerase (ATP-hydrolysing) [Mycobacterium smegmatis]	388	7.30E-147
	7038
f488.aa	gil41634	gyrA gene product (AA 1-875) [Escherichia coli] > gil41636 DNA gyrase	383	2.40E-146
f488.aa	gil497648	DNA gyrase subunit A [Mycoplasma genitalium]	514	5.20E-146
f49-2.aa	gil2039282	putative vls recombination cassette Vls3 [Borrelia burgdorferi]	943	2.30E-120
f49-2.aa	gil2547241	vmp-like sequence protein VlsE [Borrelia burgdorferi]	434	4.10E-106
f49-2.aa	gil2039324	vmp-like sequence protein VlsE [Borrelia burgdorferi]	458	3.00E-104
f49-2.aa	gil2039281	putative vls recombination cassette Vls2 [Borrelia burgdorferi]	793	1.80E-100
f49-2.aa	gil2039283	putative vls recombination cassette Vls4 [Borrelia burgdorferi]	729	4.60E-92
f49-2.aa	gil2039308	vmp-like sequence protein VlsE [Borrelia burgdorferi]	652	1.40E-88
f49-2.aa	gil2039288	putative vls recombination cassette Vls9 [Borrelia burgdorferi]	352	1.80E-88
f49-2.aa	gil2039332	vmp-like sequence protein VlsE [Borrelia burgdorferi]	550	4.40E-88
f49-2.aa	gil2039328	vmp-like sequence protein VlsE [Borrelia burgdorferi]	629	1.50E-85
f49-2.aa	gil2039336	vmp-like sequence protein VlsE [Borrelia burgdorferi]	460	1.40E-82
f49-2.aa	gil2039318	vmp-like sequence protein VlsE [Borrelia burgdorferi]	367	6.20E-82
f49-2.aa	gil2039320	vmp-like sequence protein VlsE [Borrelia burgdorferi]	449	1.80E-77
f49-2.aa	gil2483796	VlsE1 [Borrelia burgdorferi]	497	8.20E-76
f49-2.aa	gil2039326	vmp-like sequence protein VlsE [Borrelia burgdorferi]	427	2.50E-64
f49-2.aa	gil2039291	putative vls recombination cassette Vls13 [Borrelia burgdorferi]	409	1.30E-47
f494.aa	gil2688346	(AE001148) B. burgdorferi predicted coding region BB0428 [Borrelia	547	8.20E-74
f5-14.aa	gil2627268	ErpM [Borrelia burgdorferi]	1836	2.60E-236
f5-14.aa	gil1373144	ErpD [Borrelia burgdorferi]	543	4.40E-87
f5-14.aa	gil2627270	ErpJ [Borrelia burgdorferi]	503	4.30E-83
f5-14.aa	gil1699017	ErpB2 [Borrelia burgdorferi] > gil1373133 ErpB [Borrelia	503	2.60E-82
f5-14.aa	gil2444428	(AF020657) ErpX protein [Borrelia burgdorferi]	399	9.30E-57
f5-14.aa	gnl|PID|e32	(AJ000496) cyclic nucleotide-gated channel beta subunit	228	1.50E-20
	9895
f5-14.aa	gnl|PID|d10	gene required for phosphoylation of oligosaccharides/has	203	8.70E-18
	12343
f5-14.aa	gil2246532	ORF 73, contains large complex repeat CR 73 [Kaposi's	197	3.30E-17
f5-14.aa	gil1633572	Herpes virus saimiri ORF73 homolog [Kaposi's sarcoma-associated	192	1.20E-16
f5-14.aa	gil3068583	(AF000580) Rep-like [Dictyostelium discoideum]	197	3.60E-16
f5-14.aa	gil2690100	(AE000789) B. burgdorferi predicted coding region BBI16 [Borrelia	183	2.90E-15
f5-14.aa	gil1825739	No definition line found [Caenorhabditis elegans]	168	1.60E-14
f5-14.aa	gil3044185	(AF056936) mature parasite-infected erythrocyte surface antigen	166	2.00E-14
f5-14.aa	gnl|PID|e34	E02A10.2 [Caenorhabditis elegans]	176	2.30E-14
	9084
f5-14.aa	gil1051120	outer surface protein G [Borrelia burgdorferi] > gil1373118 ErpG	157	3.30E-12
f5-15.aa	gil2627267	ErpL [Borrelia burgdorferi]	1152	4.40E-147
f5-15.aa	gil1197833	Bbk2.11 [Borrelia burgdorferi] > pir|S70531|S70531 bbk2.11 protein	856	3.30E-108
f5-15.aa	gil896042	OspF [Borrelia burgdorferi] > pir|S70532|S70532 outer surface protein	325	1.00E-72
f5-15.aa	gil1707281	putative outer membrane protein [Borrelia burgdorferi]	323	1.80E-72
f5-15.aa	gil1707287	putative outer membrane protein [Borrelia burgdorferi]	322	6.60E-70
f5-15.aa	gil466482	outer surface protein F [Borrelia burgdorferi] > pir|I40287|I40287	448	6.80E-68
f5-15.aa	gil1707290	putative outer surface protein [Borrelia burgdorferi]	290	1.90E-52
f5-15.aa	gil1663633	ErpK [Borrelia burgdorferi]	172	8.70E-43
f5-15.aa	gil896038	BbK2.10 precursor [Borrelia burgdorferi] > pir|S70534|S70534 bbK2.10	153	1.10E-42
f5-15.aa	gil896040	BbK2.10 precursor [Borrelia burgdorferi] > pir|S70533|S70533 bbK2.10	124	4.30E-39
f5-15.aa	gil1051120	outer surface protein G [Borrelia burgdorferi]> gil1373118 ErpG	105	3.10E-23
f5-15.aa	gil1373144	ErpD [Borrelia burgdorferi]	103	1.10E-14
f50.aa	gil2688754	(AE001179) B. burgdorferi predicted coding region BB0806 [Borrelia	2651	0
f502.aa	gil2688313	(AE001146) sensory transduction histidine kinase, putative	7570	0
f502.aa	gnl|PID|d10	(AB006363) homologue of histidine kinase [Candida albicans]	296	3.80E-58
	25877
f502.aa	gil1354473	Os-1p [Neurospora crassa]	275	3.30E-57
f502.aa	gil1679757	two-component histidine kinase CHK-1 [Glomerella cingulata]	382	4.20E-57
f502.aa	gil1262208	Nik-1 [Neurospora crassa] > gil1262210 Nik-1 [Neurospora crassa]	273	6.30E-57
f502.aa	gil2460283	(AF024654) hybrid histidine kinase DHKB [Dictyostelium discoideum]	273	3.90E-55
f502.aa	gnl|PID|d10	sensory transduction histidine kinase [Synechocystis sp.]	288	8.50E-54
	17789
f502.aa	gil2623815	(AF030352) two component sensor [Pseudomonas aeruginosa]	252	4.00E-52
f502.aa	gil939724	putative sensor kinase; regulatory protein for production of	252	1.80E-50
f502.aa	gil151329	regulatory protein [Pseudomonas syringae] > sp|P48027|LEMA_PSESY	248	1.20E-49
f502.aa	pir|B41863|	two-component regulatory protein lemA - Pseudomonas syringae	248	1.30E-49
	B41863
f502.aa	gnl|PID|d10	sensory transduction histidine kinase [Synechocystis sp.]	252	2.10E-49
	18725
f502.aa	gnl|PID|d10	sensor-regulator protein [Escherichia coli] > gil1789149	262	6.20E-49
	02185
f502.aa	gil463195	pectate lyase [Pseudomonas viridiflava]	247	7.50E-49
f502.aa	gnl|PID|d10	sensory transduction histidine kinase [Synechocystis sp.]	244	1.00E-48
	18731
f51-2.aa	gil2444428	(AF020657) ErpX protein [Borrelia burgdorferi]	1755	2.20E-227
f51-2.aa	gil2627268	ErpM [Borrelia burgdorferi]	399	3.20E-57
f51-2.aa	gil1373144	ErpD [Borrelia burgdorferi]	282	2.20E-50
f51-2.aa	gil2627270	ErpJ [Borrelia burgdorferi]	271	6.00E-34
f51-2.aa	gil1699017	ErpB2 [Borrelia burgdorferi] > gil1373133 ErpB [Borrelia	271	2.50E-33
f51-2.aa	gil1051120	outer surface protein G [Borrelia burgdorferi] > gil1373118 ErpG	109	3.70E-22
f51-2.aa	gnl|PID|d10	gene required for phosphoylation of oligosaccharides/has	203	5.40E-18
	12343
f51-2.aa	gil1707287	putative outer membrane protein [Borrelia burgdorferi]	111	7.50E-18
f51-2.aa	gil896042	OspF [Borrelia burgdorferi] > pir|S70532|S70532 outer surface protein	111	2.10E-17
f51-2.aa	gil1707281	putative outer membrane protein [Borrelia burgdorferi]	111	7.50E-17
f51-2.aa	gnl|PID|e32	(AJ000496) cyclic nucleotide-gated channel beta subunit	198	1.60E-16
	9895
f51-2.aa	gil2246532	ORF 73, contains large complex repeat CR 73 [Kaposi's	176	2.30E-14
f51-2.aa	gnl|PID|e34	E02A10.2 [Caenorhabditis elegans]	170	2.10E-13
	9084
f51-2.aa	gil160299	glutamic acid-rich protein [Plasmodium falciparum]	157	7.30E-12
f516.aa	gil2688326	(AE001146) B. burgdorferi predicted coding region BB0409 [Borrelia	1096	2.00E-150
f517.aa	gil2688320	(AE001146) PTS system, fructose-specific IIABC component (fruA-1)	1637	2.30E-228
f517.aa	gnl|PID|e11	similar to fructose phosphotransferase system enzyme II	256	4.00E-88
	83221
f517.aa	gil396296	similar to phosphotransferase system enzyme II [Escherichia coli]	305	9.10E-86
f517.aa	gil405893	fructose-specific IIBC component [Escherichia coli] > gil450372	224	4.30E-84
f517.aa	gil151932	fructose enzyme II [Rhodobacter capsulatus] > gil46021 fructose	222	4.70E-79
f517.aa	gil1573422	frustose-permease IIBC component (fruA) [Haemophilus influenzae]	225	6.90E-69
f517.aa	gil2688554	(AE001164) PTS system, fructose-specific IIABC component (fruA-2)	236	8.20E-66
f517.aa	gnl|PID|e11	phosphotransferase system (PTS) fructose-specific enzyme IIBC	195	2.80E-65
	85030
f517.aa	gil155369	PTS enzyme-II fructose [Xanthomonas campestris] pir|B40944|B40944	187	8.10E-62
f517.aa	gil305003	similar to fructose-specific phosphotransferase enzyme II	145	1.90E-39
f517.aa	gnl|PID|d10	HrsA [Escherichia coli] > gil1786951 (AE000176)	148	2.80E-39
	11544
f517.aa	gil1813488	phosphotransferase enzyme II [Bacillus firmus]	226	3.90E-39
f517.aa	gil757734	fruA gene product [Bacillus amyloliquefaciens] > pir|S59965|S59965	177	2.50E-36
f517.aa	gnl|PID|d10	PTS SYSTEM, FRUCTOSE-SPECIFIC IIBC COMPONENT (EIIBC-	173	1.10E-34
	16984	FRU)
f517.aa	gil1673731	(AE000010) Mycoplasma pneumoniae, fructose-permease IIBC	143	9.00E-33
		component;
f519.aa	gil2688327	(AE001146) B. burgdorferi predicted coding region BB0406 [Borrelia	1060	5.70E-145
f519.aa	gil2688328	(AE001146) B. burgdorferi predicted coding region BB0405 [Borrelia	261	1.20E-47
f520.aa	gil2688328	(AE001146) B. burgdorferi predicted coding region BB0405 [Borrelia	1022	3.90E-138
f520.aa	gil2688327	(AE001146) B. burgdorferi predicted coding region BB0406 [Borrelia	261	4.00E-47
f523.aa	gil2688300	(AE001145) glutamate transporter, putative [Borrelia burgdorferi]	2007	9.90E-284
f526.aa	gil2688309	(AE001145) B. burgdorferi predicted coding region BB0399 [Borrelia	1087	1.60E-145
f527.aa	gil2688310	(AE001145) B. burgdorferi predicted coding region BB0398 [Borrelia	1814	7.60E-249
f541.aa	gil508421	antigen P39 [Borrelia burgdorferi] > gil2688281 (AE001143) basic	1706	5.40E-230
f541.aa	gil1753225	BmpA protein [Borrelia burgdorferi]	1698	6.80E-229
f541.aa	gnl|PID|e11	bmpA (p39, ORF1) [Borrelia burgdorferi]	1695	1.70E-228
	72833
f541.aa	gnl|PID|e11	membrane protein A [Borrelia burgdorferi] > gil516592 membrane	1642	3.40E-221
	72835
f541.aa	gnl|PID|e11	membrane protein A [Borrelia burgdorferi]	1638	1.20E-220
	72834
f541.aa	gnl|PID|e11	bmpA (p39, ORF1) [Borrelia burgdorferi]	1551	1.00E-208
	72828
f541.aa	gnl|PID|e11	membrane protein A [Borrelia afzelii]	1502	5.60E-202
	72829
f541.aa	gnl|PID|e11	membrane protein A [Borrelia afzelii]	1499	1.40E-201
	72831
f541.aa	gnl|PID|e11	membrane protein A [Borrelia garinii]	1496	3.70E-201
	72837
f541.aa	gnl|PID|e11	membrane protein A [Borrelia afzelii]	1493	9.60E-201
	72830
f541.aa	gnl|PID|e11	membrane protein A [Borrelia garinii]	1488	4.60E-200
	72838
f541.aa	gnl|PID|e23	membrane protein A [Borrelia garinii]	1216	1.20E-162
	7214
f541.aa	gnl|PID|e23	membrane protein A [Borrelia garinii]	1211	5.90E-162
	7209
f541.aa	gnl|PID|e23	membrane protein A [Borrelia garinii]	1098	2.00E-146
	7236
f541.aa	gil2688282	(AE001143) basic membrane protein B (bmpB) [Borrelia burgdorferi]	518	1.20E-123
f542.aa	gil508422	[Borrelia burgdorferi immunodominant antigen P39 gene, complete	711	1.70E-95
f542.aa	gil2688282	(AE001143) basic membrane protein B (bmpB) [Borrelia burgdorferi]	711	1.70E-95
f542.aa	gil551744	membrane lipoprotein [Borrelia burgdorferi]	708	8.60E-95
f542.aa	gnl|PID|e11	bmpB (p39, ORF2) [Borrelia burgdorferi]	699	8.20E-94
	72836
f542.aa	gnl|PID|e11	bmpB (p39, ORF2) [Borrelia afzelii]	634	1.00E-84
	72832
f542.aa	gnl|PID|e11	bmpB (p39, ORF2) [Borrelia garinii]	613	9.20E-82
	72839
f542.aa	gnl|PID|e23	membrane protein A [Borrelia garinii]	153	1.70E-32
	7209
f532.aa	gnl|PID|e11	bmpA (p39, ORF1) [Borrelia burgdorferi]	144	3.80E-32
	72828
f542.aa	gnl|PID|e23	membrane protein A [Borrelia garinii]	153	2.00E-31
	7214
f542.aa	gil1753225	BmpA protein [Borrelia burgdorferi]	155	2.80E-31
f542.aa	gnl|PID|e11	bmpA (p39, ORF1) [Borrelia burgdorferi]	155	2.80E-31
	72833
f542.aa	gil508421	antigen P39 [Borrelia burgdorferi] > gil2688281 (AE001143) basic	155	2.80E-31
f542.aa	gnl|PID|e11	membrane protein A [Borrelia garinii]	156	1.00E-30
	72837
f542.aa	gnl|PID|e11	membrane protein A [Borrelia afzelii]	144	1.90E-30
	72829
f542.aa	gnl|PID|e11	membrane protein A [Borrelia afzelii]	144	2.70E-30
	72830
f544.aa	gil2688284	(AE001143) Mg2+ transport protein (mgtE) [Borrelia burgdorferi]	860	4.20E-119
f544.aa	gil1753228	MgtE [Borrelia burgdorferi]	855	2.20E-118
f544.aa	gil619724	MgtE [Bacillus firmus] > pir|I40201|I40201 mgtE protein - Bacillus	176	3.70E-37
f544.aa	gil780282	extended ORF of mgtE gene; transcription from this start point is	182	1.30E-34
f544.aa	gnl|PID|e31	unknown [Mycobacterium tuberculosis]	183	4.50E-31
	5479
f544.aa	gnl|PID|d10	Mg2+ transporter [Synechocystis sp.] > pir|S77552|S77552 Mg2+	165	4.60E-31
	18132
f544.aa	gnl|PID|e11	(AJ002571) YkoK [Bacillus subtilis]> gnl|PID|e1183350 similar	142	2.30E-30
	81529
f544.aa	gil2621701	(AE000843) Mg2+ transporter [Methanobacterium thermoautotrophicum]	142	3.20E-21
f545.aa	gil2688284	(AE001143) Mg2+ transport protein (mgtE) [Borrelia burgdorferi]	860	4.20E-119
f545.aa	gil1753228	MgtE [Borrelia burgdorferi]	855	2.20E-118
f545.aa	gil619724	MgtE [Bacillus firmus] > pir|I40201|I40201 mgtE protein - Bacillus	176	3.70E-37
f545.aa	gil780282	extended ORF of mgtE gene; transcpription from this start point is	182	1.30E-34
f545.aa	gnl|PID|e31	unknown [Mycobacterium tuberculosis]	183	4.50E-31
	5479
f545.aa	gnl|PID|d10	Mg2+ transporter [Synechocystis sp.] > pir|S77552|S77552 Mg2+	165	4.60E-31
	18132
f545.aa	gnl|PID|e11	(AJ002571) YkoK [Bacillus subtilis] > gnl|PID|e1183350 similar	142	2.30E-30
	81529
f545.aa	gil2621701	(AE000843) Mg2+ transporter [Methanobacterium thermoautotrophicum]	142	3.20E-21
f561.aa	gil49245	lipoprotein [Borrelia burgdorferi] > gil2688271 (AE001142) lipoprotein	1000	1.30E-132
f561.aa	gil495738	P22 [Borrelia burgdorferi]	982	3.70E-130
f577.aa	gil2688261	(AE001141) B. burgdorferi predicted coding region BB0352 [Borrelia	1930	4.00E-264
f584.aa	gil2688246	(AE001140) B. burgdorferi predicted coding region BB0346 [Borrelia	1094	4.10E-147
f596.aa	gil2688241	(AE001140) P26 [Borrelia burgdorferi] > pir|G70141|G70141 P26	1322	1.20E-180
f596.aa	gil2281465	(AF000366) P26 [Borrelia burgdorferi] > gil2281465 (AF000366) P26	1010	5.90E-137
f598.aa	gil2281462	(AF000366) oligopeptide permease homolog D [Borrelia burgdorferi]	652	1.20E-85
f598.aa	gil143607	sporulation protein [Bacillus subtilis]	372	1.20E-45
f598.aa	gnl|PID|e11	oligopeptide ABC transporter (ATP-binding protein) [Bacillus	372	1.20E-45
	83166
f598.aa	gil1574676	oligopeptide transport ATP-binding protein (oppD) [Haemophilus	344	6.70E-42
f598.aa	gil677943	AppD [Bacillus subtilis] > gnl|PID|e1183156 oligopeptide ABC	344	8.00E-42
f598.aa	gil1787051	(AE000185) o612; 48 pct identical (33 gaps) to 525 residues from	346	2.50E-41
f598.aa	gil47346	AmiE protein [Streptococcus pneumoniae] > pir|S11152|S11152 amiE	338	1.10E-40
f598.aa	gil47805	Opp D (AA 1-335) [Salmonella typhimurium] > sp|P04285|OPPD_SALTY	332	5.70E-40
f598.aa	pir|A03413|	oligopeptide transport protein oppD - Salmonella typhimurium	332	5.70E-40
	QREBOT
f598.aa	gil1787499	(AE000223) oligopeptide transport ATP-binding protein OppD	332	5.90E-40
f598.aa	gnl|PID|d10	Oligopeptide transport ATP-binding protein OppD [Escherichia	332	5.90E-40
	15494
f598.aa	gil495177	ATP binding protein [Lactococcus lactis] > sp|P50980|OPPD_LACLC	331	8.40E-40
f598.aa	gnl|PID|e18	oligopeptidepermease [Steptococcus pyogenes]	331	1.10E-39
	7587
f598.aa	gil308850	ATP binding protein [Lactococcus lactis] > pir|A53290|A53290	329	1.60E-39
f598.aa	gil2313399	(AE000548) dipeptide ABC transporter, ATP-binding protein (dppD)	322	2.30E-39
f6-21.aa	gil2281468	(AF000948) OppAIV [Borrelia burgdorferi] > gil2689891 (AE000792)	565	4.30E-73
f6-21.aa	gil2253286	(AF005657) plasminogen binding protein [Borrelia burgdorferi]	315	1.20E-37
f6-21.aa	gil2688228	(AE001139) oligopeptide ABC transporter, periplasmic	314	1.60E-37
f6-21.aa	gil2809544	(AF043071) oligopeptide permease periplasmic binding protein	314	1.60E-37
f6-21.aa	gil2281457	(AF000366) oligopeptide permease homolog AI [Borrelia burgdorferi]	314	1.60E-37
f6-21.aa	gil2688227	(AE001139) oligopeptide ABC transporter, periplasmic	290	3.90E-34
f6-21.aa	gil2281458	(AF000366) oligopeptide permease homolog AII [Borrelia burgdorferi]	290	3.90E-34
f6-21.aa	gil2281455	(AF000365) oligopeptide permease homolog AV [Borrelia burgdorferi]	279	9.90E-34
f6-21.aa	gil2690261	(AE000790) oligopeptide ABC transporter, periplasmic	282	5.30E-33
f6-21.aa	gil1616644	P30 [Borrelia burgdorferi]	271	6.70E-32
f6-21.aa	gil2688226	(AE001139) oligopeptide ABC transporter, periplasmic	268	5.00E-31
f6-21.aa	gil2281459	(AF000366) oligopeptide permease homolog AIII [Borrelia	268	5.00E-31
f6-21.aa	gil2809546	(AF043071) oligopeptide permease periplasmic binding protein	268	5.00E-31
f6-21.aa	bbsl161785	60 kda antigen [Borrelia coriaceae, C053, ATCC 4338, Peptide, 514	255	2.90E-30
f6-21.aa	gil2983834	(AE000740) transporter (extracellular solute binding protein family	154	3.50E-14
f6-27.aa	gil2689911	(AE000792) B. burgdorferi predicted coding region BBB09 [Borrelia	1773	7.30E-240
f6-5.aa	gil2689905	(AE000792) B. burgdorferi predicted coding region BBB27 [Borrelia	932	7.50E-126
f600.aa	gil2281461	(AF000366) oligopeptide permease homolog C [Borrelia burgdorferi]	731	1.40E-100
f600.aa	gil2688244	(AE001140) oligopeptide ABC transporter, permease protein (oppC-1)	731	1.40E-100
f600.aa	gil143606	sporulation protein [Bacillus subtilis] > pir|C38447|C38447	372	5.00E-48
f600.aa	gil40007	OppC gene product [Bacillus subtilis] > gnl|PID|e1183165 oligopeptide	372	5.00E-48
f600.aa	gil1574677	oligopeptide transport system permease protein (oppC)C [Haemophilus	372	7.30E-48
f600.aa	gil47804	Opp C (AA 1-301) [Salmonella typhimurium] > pir|C29333|QREBOC	366	4.20E-47
f600.aa	gnl|PID|d10	Oligopeptide transport system permease protein OppC.	366	4.20E-47
	15493
f600.aa	gnl|PID|e11	(AJ002571) DppC [Bacillus subtilis] > gnl|PID−e1183314	267	1.70E-42
	81495
f600.aa	gil1732315	transport system permease homolog [Listeria moncytogenes]	335	5.30E-42
f600.aa	gil580851	dciAC [Bacillus subtilis] > sp|P26904|DPPC_BACSU DIPEPTIDE	258	1.50E-40
		TRANSPORT
f600.aa	gnl|PID|d10	oligopeptide transport system permease protein [Synechocystis	240	2.50E-39
	11164
f600.aa	gil677947	AppC [Bacillus subtilis] > gnl|PID|e1183160 oligopeptide ABC	236	2.80E-37
f600.aa	gil1813497	dipeptide transporter protein dppC [Bacillus firmus]	281	1.20E-35
f600.aa	sp|Q10623|	PUTATIVE PEPTIDE TRANSPORT PERMEASE PROTEIN	290	1.50E-35
	Y021_MYC	CY373.01C.
	TU
f600.aa	gil1532201	BldKA [Streptomyces coelicolor]	291	1.60E-35
f603.aa	gil2281460	(AF000366) oligopeptide permease homolog B [Borrelia burgdorferi]	1522	5.80E-214
f603.aa	gil1574678	dipeptide transport system permease protein (dppB) [Haemophilus	392	1.30E-100
f603.aa	gnl|PID|e11	oligopeptide ABC transporter (permease) [Bacillus subtilis]	374	3.40E-96
	83164
f603.aa	gil580897	OppB gene product [Bacillus subtilis] > pir|S15231|B38447	373	6.60E-96
f603.aa	gil47803	OppB (AA1-306) [Salmonella typhimurium] > pir|B29333|QREBOB	371	6.70E-96
f603.aa	gil1787497	(AE000223) oligopeptide transport system permease protein OppB	364	3.50E-95
f603.aa	gnl|PID|d10	Oligopeptide transport system permease protein OppB	357	3.50E-94
	15492
f603.aa	gil580850	dciAB [Bacillus subtilis] > gnl|PID|e1181494 (AJ002571) DppB	350	9.10E-90
f603.aa	gil551726	sporulation protein [Bacillus subtilis] > gil143605 sporulation	374	2.40E-87
f603.aa	gil349226	transmembrane protein [Escherichia coli] > gil466682 dppB	293	9.60E-79
f603.aa	gil1787053	(AE000185) o306; This 306 aa ORF is 46 pct identical (32 gaps) to	284	3.80E-77
f603.aa	gil972895	DppB [Haemophilus influenzae] > gil1574114 dipeptide transport system	301	2.50E-76
f603.aa	gil2182464	(AE000098) Y4tP [Rhizobium sp. NGR234] > sp|Q53191|Y4TP_RHISN	294	9.10E-74
f603.aa	gil2983140	(AE000692) transporter (OppBC family) [Aquifex aeolicus]	169	2.30E-73
f603.aa	gil677946	AppB [Bacillus subtilis] > gnl|PID|e1183159 oligopeptide ABC	218	8.70E-73
f604.aa	gil2281459	(AF000366) oligopeptide permease homolog AIII [Borrelia	2818	0
f604.aa	gil2809546	(AF043071) oligopeptide permease periplasmic binding protein	2818	0
f604.aa	gil2688226	(AE001139) oligopeptide ABC transporter, periplasmic	2823	0
f604.aa	gil2688227	(AE001139) oligopeptide ABC transporter, periplasmic	1738	1.40E-234
f604.aa	gil2281458	(AF000366) oligopeptide permease homolog AII [Borrelia burgdorferi]	1731	1.30E-233
f604.aa	gil2281468	(AF000948) OppAIV [Borrelia burgdorfer] > gil2689891 (AE000792)	1675	3.60E-229
f604.aa	gil2688228	(AE001139) oligopeptide ABC transporter, periplasmic	718	1.60E-204
f604.aa	gil2809544	(AF043071) oligopeptide permease periplasmic binding protein	718	3.00E-204
f604.aa	gil2253286	(AF005657) plasminogen binding protein [Borrelia burgdorferi]	718	4.10E-204
f604.aa	gil2281457	(AF000366) oligopeptide permease homolog AI [Borrelia burgdorferi]	714	2.00E-203
f604.aa	bbs|161785	60 kda antigen [Borrelia coriaceae, C053, ATCC 4338, Peptide, 514	704	1.20E-190
f604.aa	gil2281455	(AF000365) oligopeptide permease homolog AV [Borrelia burgdorferi]	1402	1.80E-188
f604.aa	gil2690261	(AE000790) oligopeptide ABC transporter, periplasmic	1400	3.40E-188
f604.aa	gil1616644	P30 [Borrelia burgdorferi]	858	4.90E-117
f604.aa	gil47802	Opp A (AA1-542) [Salmonella typhimurium] > gil47808 precursor	296	9.00E-114
f606.aa	gil2281458	(AF000366) oligopeptide permease homolog AII [Borrelia burgdorferi]	2762	0
f606.aa	gil2688227	(AE001139) oligopeptide ABC transporter, periplasmic	2774	0
f606.aa	gil2281468	(AF000948) OppAIV [Borrelia burgdorferi] > gil2689891 (AE000792)	1817	6.50E-245
f606.aa	gil2809546	(AF043071) oligopeptide permease periplasmic binding protein	1739	3.10E-234
f606.aa	gil2688226	(AE001139) oligopeptide ABC transporter, periplasmic	1738	4.20E-234
f606.aa	gil2281459	(AF000366) oligopeptide permease homolog AIII [Borrelia	1733	2.00E-233
f606.aa	bbs|161785	60 kda antigen [Borrelia coriaceae, C053, ATCC 4338, Peptide 514	762	1.70E-202
f606.aa	gil2281455	(AF000365) oligopeptide permease homolog AV [Borrelia burgdorferi]	1456	1.80E-195
f606.aa	gil2690261	(AE000790) oligopeptide ABC transporter, periplasmic	1454	3.30E-195
f606.aa	gil2253286	(AF005657) plasminogen binding protein [Borrelia burgdorferi]	751	2.00E-192
f606.aa	gil2688228	(AE001139) oligopeptide ABC transporter, periplasmic	751	2.70E-192
f606.aa	gil2809544	(AF043071) oligopeptide permease periplasmic binding protein	751	6.90E-192
f606.aa	gil2281457	(AF000366) oligopeptide permease homolog AI [Borrelia burgdorferi]	748	2.40E-191
f606.aa	gil1616644	P30 [Borrelia burgdorferi]	1220	7.30E-163
f606.aa	gil47802	Opp A (AA1-542) [Salmonella typhimurium] > gil47808 precursor	285	7.80E-106
f607.aa	gil2281457	(AF000366) oligopeptide permease homolog AI [Borrelia burgdorferi]	2694	0
f607.aa	gil2253286	(AF005657) plasminogen binding protein [Borrelia burgdorferi]	2706	0
f607.aa	gil2809544	(AF043071) oligopeptide permease periplasmic binding protein	2708	0
f607.aa	gil2688228	(AE001139) oligopeptide ABC transporter, periplasmic	2714	0
f607.aa	bbs|161785	60 kda antigen [Borrelia coriaceae, C053, ATCC 4338, Peptide, 514	1272	3.80E-242
f607.aa	gil2809546	(AF043071) oligopeptide permease periplasmic binding protein	718	1.40E-204
f607.aa	gil2688226	(AE001139) oligopeptide ABC transporter, periplasmic	718	3.60E-204
f607.aa	gil2281459	(AF000366) oligopeptide permease homolog AIII [Borrelia	713	1.70E-203
f607.aa	gil2688227	(AE001139) oligopeptide ABC transporter, periplasmic	751	2.40E-192
f607.aa	gil2281458	(AF000366) oligopeptide permease homolog AII [Borrelia burgdorferi]	751	4.50E-192
f607.aa	gil2281468	(AF000948) OppAIV [Borrelia burgdorferi] > gil2689891 (AE000792)	806	8.40E-189
f607.aa	gil2690261	(AE000790) oligopeptide ABC transporter, periplasmic	601	1.20E-144
f607.aa	gil2281455	(AF000365) oligopeptide permease homolog AV [Borrelia burgdorferi]	600	1.60E-144
f607.aa	gil1616644	P30 [Borrelia burgdorferi]	709	5.40E-103
f607.aa	gil47802	Opp A (AA1-542) [Salmonella typhimurium] > gil47808 precursor	261	8.50E-69
f611.aa	gil2688231	(AE001139) B. burgdorferi predicted coding region BB0325 [Borrelia	1907	1.10E-261
f617.aa	gil2688213	(AE001138) conserved hypothetical integral membrane protein	1574	2.70E-226
f617.aa	gil2649711	(AE001042) ribose ABC transporter, permease protein (rbsC-1)	109	7.00E-12
f631.aa	gil1165286	FtsW [Borrelia burgdorferi] > gil2688164 (AE001137) cell division	1820	4.00E-259
f631.aa	gnl|PID|e22	membrane protein [Borrelia burgdorferi] > gnl|PID|e228289 ftsW	1815	2.10E-258
	9592
f631.aa	gil146039	cell division protein [Escherichia coli] > gil40857 FtsW protein	362	1.30E-60
f631.aa	gil580938	internal open reading frame (AA 1-290) [Bacillus subtilis]	407	4.90E-55
f631.aa	gnl|PID|e31	FtsW [Mycobacterium tuberculosis] > sp|O06223|FTWH_MYCTU	412	5.40E-55
	5953
f631.aa	gil580937	spoVE gene product (AA 1-366) [Bacillus subtilis] > gnl|PID|e1185111	410	2.90E-53
f631.aa	gil143657	endospore forming protein [Bacillus subtilis]	405	1.20E-52
f631.aa	gnl|PID|d10	rod-shape-determing protein [Synechocystis sp.]	358	3.10E-51
	19002
f631.aa	gnl|PID|e12	(AL022602) cell division protein FtsW [Mycobacterium leprae]	396	6.70E-51
	87793
f631.aa	gil1016213	strong sequence similarity to FtsW, RodA, and SpoV-E [Cyanophora	349	1.00E-50
f631.aa	gil1574692	cell division protein (ftsW) [Haemophilus influenzae]	304	4.20E-50
f631.aa	gnl|PID|e11	similar to cell-division protein [Bacillus subtilis]	281	1.80E-46
	85075
f631.aa	gil1469784	putative cell division protein ftsW [Enterococcus hirae]	247	1.60E-38
f631.aa	gil1572976	rod shape-determining protein (mreB) [Haemophilus influenzae]	196	1.20E-37
f631.aa	gil147695	rod-shape-determining protein [Escherichia coli] > gil1778551	194	5.00E-35
f635.aa	gil1165282	orf7; Method: conceptual translation supplied by author [Borrelia	1166	1.00E-156
f635.aa	gil1448949	ORF 224; The predicted gene product showed weak homology with the	621	2.80E-125
f647.aa	gil2688180	(AE001137) flagellar protein (flbB) [Borrelia burgdorferi]	1032	1.00E-140
f647.aa	gil1196323	putative [Borrelia burgdorferi]	1031	1.50E-140
f647.aa	gil1165270	orf19; Method: conceptual translation supplied by author [Borrelia	1019	7.10E-139
f647.aa	gil2108242	22.5K protein [Treponema pallidum]	200	4.70E-24
f65.aa	gil2688737	(AE001178) B. burgdorferi predicted coding region BB0792 [Borrelia	1095	8.10E-148
f653.aa	gil1165265	MotB [Borrelia burgdorferi] > gil1185054 flagellar motor apparatus	1220	1.70E-164
f653.aa	gil1399286	MotB [Treponema phagedenis]	168	5.80E-57
f653.aa	gil2196896	MotB [Treponema pallidum]	179	1.30E-49
f664.aa	gil1185062	flagellar export protein [Borrelia burgdorferi]	1430	1.90E-199
f664.aa	gil1165257	FlhB [Borrelia burgdorferi] > gil2688194 (AE001137) flagellar	1430	1.90E-199
f664.aa	gil1216382	FlhB′ [Treponema pallidum] > pir|PC4115|PC4115 flagellar protein	272	5.30E-64
f664.aa	gil395390	flagellar biosynethetic protein [Bacillus subtilis]	433	1.30E-61
f664.aa	gnl|PID|e11	flagella-associated protein [Bacillus subtilis]	433	1.30E-61
	85229
f664.aa	gil1147737	third gene in fliQ operon; membrane protein homolog [Caulobacter	353	1.70E-46
f664.aa	gil2313898	(AE000589) flagellar biosynthetic protein (flhB) [Helicobacter	203	1.20E-44
f664.aa	gil2984250	(AE000768) flagellar biosynthetic protein FlhB [Aquifex aeolicus]	319	3.00E-44
f664.aa	gil2459702	FlhB [Agrobacterium tumefaciens]	347	6.20E-44
f664.aa	gil793892	flhB [Yersinia enterocolitica] > pir|S54213|S54213 flhB protein	330	1.30E-39
f664.aa	gnl|PID|d10	Flagellar biosynthetic protein FlhB. [Escherichia coli]	325	2.20E-39
	16420
f664.aa	gil475126	yscU [Yersinia pseudotuberculosis] > gil2996233 (AF053946) Yop	309	9.80E-38
f664.aa	gil497216	YscU [Yersinia enterocolitica]	308	1.40E-37
f664.aa	gnl|PID|d10	flagellar protein FlhB [Salmonella typhimurium]	312	2.10E-37
	07477
f664.aa	gnl|PID|e28	secretion system apparatus, SsaU [Salmonella typhimurium]	312	8.20E-37
	3684
f679.aa	gil2688158	(AE001136) B. burgdorferi predicted coding region BB0259 [Borrelia	3714	0
f679.aa	gnl|PID|d10	soluble lytic transglycosylase [Synechocystis sp.]	180	1.10E-25
	11473
f679.aa	gnl|PID|e11	similar to lytic transglycosylase [Bacillus subtilis]	108	2.10E-22
	83177
f679.aa	gil2984090	(AE000756) hypothetical protein [Aquifex acolicus]	111	9.30E-17
f680.aa	gil2688153	(AE001136) bacitracin resistance protein (bacA) [Borrelia	769	3.90E-109
f680.aa	gnl|PID|e11	similar to bacitracin resistance protein (undecaprenol	174	7.30E-18
	85988
f680.aa	gil2622542	(AE000905) bacitracin resistance protein [Methanobacterium	116	3.30E-16
f680.aa	gil2984378	(AE000777) undecaprenol kinase [Aquifex aeolicus]	152	3.90E-15
f680.aa	gil882579	CG Site No. 29739 [Excherichia coli] > gil1789437 (AE000387)	139	2.60E-12
f688.aa	gil2688146	(AE001135) conserved hypothetical integral membrane protein	2497	0
f688.aa	gil2649351	(AE001019) conserved hypothetical protein [Archaeoglobus fulgidus]	110	3.70E-18
f688.aa	gil1592186	M jannaschii predicted coding region MJ1562 [Methanococcus	174	1.10E-16
f7-30.aa	gil2690009	(AE000786) conserved hypothetical protein [Borrelia burgdorferi]	682	1.90E-90
f704.aa	gil2688137	(AE001134) glycerol uptake facilitator (glpF) [Borrelia	1307	4.70E-181
f704.aa	gil142997	glycerol uptake facilitator [Bacillus subtilis] > gnl|PID|e1182917	191	1.50E-50
f704.aa	gil521003	C01G6.1 [Caenorhabditis elegans]	152	1.60E-50
f704.aa	gil529582	water channel protein [Rattus norvegicus] > pir|I59266|I59266 water	142	5.80E-50
f704.aa	dbjl|AB0005	(AB000507) aquaporin 7 [Rattus norvegicus]	155	1.30E-49
	07_1
f704.aa	pir|A57119|	aquaporin 3-human	149	4.20E-44
	A57119
f704.aa	gil1109920	coded for by C. elegans cDNA cm16b11; strong similarity to MIP	168	9.30E-44
f704.aa	gnl|PID|d10	(AB001325) aquaporin 3 [Homo sapiens] > sp|Q92482|AQP3_HUMAN	148	5.30E-43
	19987
f704.aa	gnl|PID|d10	(AB008775) aquaporin 9 [Homo sapiens]	144	1.40E-42
	25786
f704.aa	gil146188	glycerol diffusion facilitator [Escherichia coli] > gil305030 CG Site	146	1.30E-40
f704.aa	gil1065485	strong similarity to the MIP family of transmembrane channel	179	1.40E-39
f704.aa	sp|P31140|	GLYCEROL UPTAKE FACILITATOR PROTEIN	146	3.30E-39
	GLPF_SHI
	FL
f704.aa	gil2587035	(AF026270) PduF [Salmonella typhimurium] > sp|P37451|PDUF_SALTY	168	7.30E-39
f704.aa	gil1399489	glycerol diffusion facilitator [Pseudomonas aeruginosa]	154	7.90E-39
f704.aa	gil2649144	(AE001005) glycerol uptake facilitator, MIP channel (glpF)	150	1.30E-38
f707.aa	gil2688143	(AE001134) B. burgdorferi predicted coding region BB0238 [Borrelia	1300	3.90E-176
f709.aa	gil2688131	(AE001133) B. burgdorferi predicted coding region BB0236 [Borrelia	3437	0
f730.aa	gil2688111	(AE001132) gufA protein [Borrelia burgdorferi] > pir|C70127|C70127	1376	3.00E-192
f730.aa	gil1707057	coded for by C. elegans cDNA CEESS55F; coded for by C. elegans	235	2.80E-83
		cDNA
f730.aa	gil2621542	(AE000831) conserved protein [Methanobacterium thermoautotrophicum]	259	1.10E-74
f730.aa	gnl|PID|e18	gufA gene product [Myxococcus xanthus] > gil49253 orfX gene	175	2.30E-35
	3440
f730.aa	gil2984109	(AE000757) hypothetical protein [Aquifex aeolicus]	171	7.00E-28
f736.aa	gil2688115	(AE001132) phosphate ABC transporter, periplasmic phosphate-binding	1403	2.10E-186
f736.aa	gil2622858	(AE000929) phosphate-binding protein PstS [Methanobacterium	151	4.40E-30
f736.aa	gil2622859	(AE000929) phosphate-binding protein PstS homolog [Methanobacterium	145	2.80E-24
f736.aa	gnl|PID|d10	ORF108 [Bacillus subtilis] > gnl|PID|e1185766 alternate gene	120	1.20E-11
	10224
f739.aa	gil2688119	(AE001132) B. burgdorferi predicted coding region BB0213 [Borrelia	1139	1.10E-156
f742.aa	gil2688100	(AE001131) surface-located membrane protein 1 (lmp1) [Borrelia	5654	0
f742.aa	gil2621120	(AE000799) O-linked GlcNAc transferase [Methanobacterium	200	9.30E-22
f742.aa	gil2621106	(AE000798) O-linked GlcNAc transferase [Methanobacterium	180	5.80E-17
f742.aa	pir|E69190|	conserved hypothetical protein MTH68 - Methanobacterium	154	1.60E-14
	E69190
f742.aa	gil1591608	transformation sensitive protein [Methanococcus jannaschii]	109	9.90E-14
f742.aa	gil1589778	SPINDLY [Arabidopsis thaliana]	101	1.40E-13
f742.aa	gil2984175	(AE000762) hypothetical protein [Aquifex aeolicus]	132	7.30E-13
f742.aa	gil3037137	(AF056198) Hsp70/Hsp90 organizing protein homolog [Drosophila	105	5.40E-11
f743.aa	gil2688104	(AE001131) B. burgdorferi predicted coding region BB0209 [Borrelia	1299	1.70E-174
f748.aa	gil2688089	(AE001130) Lambda CII stability-governing protein (hflC) [Borrelia	1615	5.10E-220
f748.aa	gil436158	putative integral membrane protease required for high frequency	191	4.80E-35
f748.aa	gil1573107	Lambda CII stability-governing protein (hflC) [Haemophilus	193	4.90E-33
f748.aa	gil507735	HflC [Vibrio parahaemolyticus] > sp|P40606|HFLC_VIBPA HFLC	212	6.10E-26
		PROTEIN
f752.aa	gil2688092	(AE001130)	2585	0
f752.aa	gil2984050	(AE000754) UDP-MurNac-tripeptide synthetase [Aquifex aeolicus]	202	9.10E-74
f752.aa	gil40162	murE gene product [Bacillus subtilis] > gnl|PID|e1185108	157	6.40E-70
f752.aa	gnl|PID|d10	UDP-MurNac-tripeptide synthetase [Synechocystis sp.]	166	5.20E-57
	11466
f752.aa	gnl|PID|e30	UDP-MurNac-tripeptide synthetase [Rickettsia prowazekii]	108	2.30E-51
	7808
f752.aa	gil1574688	UDP-MurNac-tripeptide synthetase (murE) [Haemophilus influenzae]	166	3.20E-50
f752.aa	gnl|PID|e12	(AL022602) udp-n-acetylmuramoylalanyl-d-glutamate	183	3.20E-50
	87797
f752.aa	gnl|PID|e31	MurE [Mycobacterium tuberculosis]	181	4.10E-46
	6022
f752.aa	gil581032	UDP-MurNac-tripeptide synthetase (MurE) [Escherichia coli]	175	1.30E-41
f752.aa	gil2177098	UDP-MurNac-Dipeptide: meso-diaminopimelate ligase [Escherichia	172	3.70E-41
f752.aa	gil2314673	(AE000648) UDP-MurNac-tripeptide synthetase (murE) [Helicobacter	137	9.80E-41
f752.aa	gil840843	UDP-N-acetylmuramoylalanyl-D-glutamate-2,6-diaminopimelate ligase	135	1.70E-20
f76-1.aa	gil1209837	lipoprotein [Borrelia burgdorferi]	395	2.80E-49
f76-1.aa	gil1209873	lipoprotein [Borrelia burgdorferi]	250	7.00E-37
f76-1.aa	gil1209843	lipoprotein [Borrelia burgdorferi]	267	7.30E-32
f76-1.aa	gil2121280	(AF000270) lipoprotein [Borrelia burgdorferi] > gil3095109	258	1.20E-30
f76-1.aa	gnl|PID|e26	surface-exposed lipoprotein [Borrelia afzelii]	116	2.40E-18
	8244
f76-1.aa	gil1209849	lipoprotein [Borrelia burgdorferi]	146	8.30E-17
f76-1.aa	gil3095105	(AF046998) 2.9-8 lipoprotein [Borrelia burgdorferi]	148	5.80E-14
f76-1.aa	gil3095107	(AF046999) 2.9-9 lipoprotein [Borrelia burgdorferi]	127	7.20E-11
f764.aa	gil2688084	(AE001129) B. burgdorferi predicted coding region BB0193 [Borrelia	1218	1.20E-164
f770.aa	gil2688077	(AE001129) conserved hypothetical protein [Borrelia burgdorferi]	646	7.60E-87
f790.aa	gil2688065	(AE001128) outer membrane protein (tpn50) [Borrelia burgdorferi]	2013	2.50E-271
f790.aa	gil458015	TpN50 precursor [Treponema pallidum]	134	4.30E-33
f790.aa	sp|P38369|T	OUTER MEMBRANE PROTEIN TPN50 PRECURSOR.	134	4.30E-33
	P50_TREP
	A
f790.aa	gil532658	antigen [Treponema pallidum] > pir|S61867|S61867 antigen tpp57-	139	4.30E-31
f792.aa	gil2688052	(AE001127) B. burgdorferi predicted coding region BB0165 [Borrelia	3185	0
f797.aa	gil2688056	(AE001127) B. burgdorferi predicted coding region BB0159 [Borrelia	1116	5.30E-148
f798.aa	gil2688051	(AE001127) antigen, S2, putative [Borrelia burgdorferi]	1223	9.70E-164
f798.aa	gil1063419	S2 gene product [Borrelia burgdorferi]	116	4.70E-23
f798.aa	gil2690227	(AE000790) antigen, S2 [Borrelia burgdorferi] > pir|D70207|D70207	116	1.50E-22
f798.aa	gil2690128	(AE000788) protein p23 [Borrelia burgdorferi] > pir|C70257|C70257	110	1.40E-19
f798.aa	gil2689956	(AE000785) protein p23 [Borrelia burgdorferi] > pir|D70225|D70225	104	2.70E-15
f799.aa	gil2688043	(AE001126) B. burgdorferi predicted coding region BB0156 [Borrelia	632	1.40E-83
f8-10.aa	gil2690052	(AE000784) antigen, P35, putative [Borrelia burgdorferi]	1241	1.10E-167
f8-10.aa	gil2689955	(AE000785) antigen, P35, putative [Borrelia burgdorferi]	298	1.70E-57
f8-10.aa	gil2690120	(AE000789) B. burgdorferi predicted coding region BBI34 [Borrelia	254	3.80E-54
f8-10.aa	gil2690100	(AE000789) B. burgdorferi predicted coding region BBI16 [Borrelia	182	2.90E-31
f8-10.aa	gil2690207	(AE000787) B. burgdorferi predicted coding region BBJ02 [Borrelia	196	1.50E-20
f8-10.aa	gil2690116	(AE000789) B. burgdorferi predicted coding region BBI29 [Borrelia	192	5.50E-20
f8-10.aa	gil2690125	(AE000788) antigen, P35, putative [Borrelia burgdorferi]	129	5.80E-14
f8-10.aa	gil2690206	(AE000787) B. burgdorferi predicted coding region BBJ01 [Borrelia	103	1.10E-13
f8-10.aa	gil2690099	(AE000789) B. burgdorferi predicted coding region BBI15 [Borrelia	142	8.50E-13
f8-10.aa	gil2690115	(AE000789) B. burgdorferi predicted coding region BBI28 [Borrelia	130	3.30E-12
f8-14.aa	gil2690074	(AE000784) B. burgdorferi predicted coding region BBH37 [Borrelia	1560	2.60E-206
f8-14.aa	gil2690188	(AE000787) B. burgdorferi predicted coding region BBJ08 [Borrelia	599	3.50E-123
f8-14.aa	gil2690030	(AE000786) B. burgdorferi predicted coding region BBG01 [Borrelia	337	4.40E-106
f8-14.aa	gil2690139	(AE000788) B. burgdorferi predicted coding region BBK01 [Borrelia	173	8.00E-91
f8.aa	gil2688783	(AE001182) B. burgdorferi predicted coding region BB0840 [Borrelia	2765	0
f8.aa	gil2697112	(AF008219) unknown [Borrelia afzelii]	1494	2.80E-205
f800.aa	gil2688044	(AE001126) B. burgdorferi predicted coding region BB0155 [Borrelia	1936	1.00E-262
f805.aa	gil2688039	(AE001126) N-acetylglcosamine-6-phosphate deacetylase (nagA)	641	6.30E-85
f810.aa	gil2688024	(AE001125) glycine betaine, L-proline ABC transporter,	1527	4.20E-207
f810.aa	gil984805	glycine betaine-binding protein precursor [Bacillus subtilis]	179	6.80E-21
f810.aa	gil1850605	ProX [Steptococcus mutans]	181	2.30E-18
f814.aa	pir|D70117|	acriflavine resistance protein (acrB) homolog - Lyme disease	5105	0
	D70117
f814.aa	gil2688027	(AE001125) acriflavine resistance protein (acrB) [Borrelia	5111	0
f814.aa	gil2983346	(AE000707) cation efflux (AcrB/AcrD/AcrF family) [Aquifex aeolicus]	325	4.80E-119
f814.aa	gil2313726	(AE000574) acriflavine resistance protein (acrB) [Helicobacter	327	4.50E-111
f814.aa	gil3068786	(AF059041) RND pump protein [Helicobacter pylori]	297	1.70E-110
f814.aa	gnl|PID|e11	similar to acriflavin resistance protein [Bacillus subtilis]	257	8.90E-100
	82651
f814.aa	gil1573914	acriflavine resistance protein (acrB) [Haemophilus influenzae]	294	2.10E-97
f814.aa	gnl|PID|e25	mexF [Pseudomonas aeruginosa]	300	2.00E-88
	6815
f814.aa	gnl|PID|d10	cation efflux system protein CzcA [Synechocystis sp.]	198	1.30E-87
	19295
f814.aa	gnl|PID|e28	membrane-bound cation-proton-aniporter [Ralstonia eutropha]	283	2.20E-87
	5274
f814.aa	gil438854	envD homologue; ORFB [Pseudomonas aeruginosa] > pir|S39630|S39630	290	6.50E-87
f814.aa	gnl|PID|d10	CzcA [Alcaligenes sp.] > pir|JC4700|JC4700 cadmium, zinc,	275	8.20E-87
	11721
f814.aa	gil2314107	(AE000605) cation efflux system protein (czcA) [Helicobacter	266	2.30E-86
f814.aa	pir|A33830|	cation efflux system membrane protein czcA - Alcaligenes	275	3.10E-86
	A33830
f814.aa	gnl|PID|d10	envD gene product homolog [Escherichia coli] > gil1788814	283	8.30E-86
	17073
f818.aa	gil2688032	(AE001125) B. burgdorferi predicted coding region BB0139 [Borrelia	664	3.00E-87
f82.aa	gil2688729	(AE001177) B. burgdorferi predicted coding region BB0776 [Borrelia	991	2.20E-132
f820.aa	gil2688029	(AE001125) penicillin-binding protein (pbp-1) [Borrelia	3171	0
f820.aa	gil580936	SpoVD [Bacillus subtilis] > gnl|PID|e1185107 penicillin-binding	149	3.00E-49
f820.aa	gil150283	penicillin-binding protein 2 [Neisseria meningitidis]	154	6.90E-43
f820.aa	gnl|PID|e12	(AL022602) penicillin binding protein 2 [Mycobacterium	182	4.20E-42
	87798
f820.aa	gil509190	penicillin-binding protein 2 [Neisseria meningitidis]	158	1.70E-41
f820.aa	gil509118	penicillin-binding protein 2 [Neisseria meningitidis]	151	7.10E-41
f820.aa	gil840842	penicillin-binding protein 3 [Pseudomonas aeruginosa]	177	1.20E-40
f820.aa	gil509065	penicillin-binding protein 2 [Neisseria meningitidis]	152	1.40E-40
f820.aa	gil509043	penicillin-binding protein 2 [Neisseria meningitidis]	150	2.70E-40
f820.aa	gil509159	penicillin-binding protein 2 [Neisseria meningitidis]	147	2.80E-40
f820.aa	gil509120	penicillin-binding protein 2 [Neisseria meningitidis]	155	1.60E-39
f820.aa	gil509157	penicillin-binding protein 2 [Neisseria meningitidis]	155	1.60E-39
f820.aa	gil509126	penicillin-binding protein 2 [Neisseria meningitidis]	158	1.70E-39
f820.aa	gil45178	penicillin-binding protein 2 (AA 1-581) [Neisseria meningitidis]	155	2.30E-38
f820.aa	gil150279	penicillin-binding protein 2 [Neisseria gonorrhoeae]	154	8.70E-38
f831.aa	gil2688018	(AE001124) B. burgdorferi predicted coding region BB0126 [Borrelia	994	1.20E-133
f843.aa	gil2688014	(AE001124) PTS system, maltose and glucose-specific IIABC component	2590	0
f843.aa	gil2688579	(AE001166) PTS system, glucose-specific IIBC component (ptsG)	594	1.80E-129
f843.aa	gil1072418	glcA [Staphylococcus carnosus] > pir|S46952|S46952	283	1.00E-72
f843.aa	gil1072419	glcB [Staphylococcus carnosus] > pir|S63606|S46953	248	1.00E-66
f843.aa	dbjl|D86417	YflF [Bacillus subtilis] > gnl|PID|e1182760 similar to	215	7.90E-65
	_11
f843.aa	gil2197104	(AF003742) MalX homolog [Escherichia coli]	182	8.90E-64
f843.aa	gil43819	nagE gene product [Klebiella pneumoniae] > pir|S18607|S18607	264	8.50E-63
f843.aa	gil146913	N-acetylglucosamine transport protein ]Escherichia coli]	256	1.10E-62
f843.aa	gil39956	IIGlc [Bacillus subtilis] > gnl|PID|e1184979 phosphotransferase system	315	5.20E-62
f843.aa	dbjl|D87820	NagE [Vibrio cholerae non-O1] > pir|JC5651|JC5651	263	3.80E-61
	_1
f843.aa	gil2689888	(AE000792) PTS system, maltose and glucose-specific IIABC component	198	1.10E-60
f843.aa	gil397363	enzyme II-glc [Salmonella typhimurium] > pir|S36620|S36620	227	1.20E-58
f843.aa	gil147393	glucose-specific enzyme II of phosphotransferase system [Escherichia	226	3.90E-57
f843.aa	gnl|PID|e11	alternate gene name: yzfA; similar to phosphotransferase	180	9.00E-56
	82187
f843.aa	gil1732194	PTS permease for glucose [Vibrio furnissii]	349	4.30E-50
f850.aa	gil2687999	(AE001123) B. burgdorferi predicted coding region BB0110 [Borrelia	2374	0
f853.aa	gil2687994	(AE001123) basic membrane protein [Borrelia burgdorferi]	1672	2.20E-224
f853.aa	gil155055	basic membrane protein precursor [Treponema pallidum]	130	3.60E-24
f859.aa	gil2688002	(AE001123) B. burgdorferi predicted coding region BB0102 [Borrelia	888	1.80E-115
f86.aa	gil2688725	(AE001177) flagellar P-ring protein (flgI) [Borrelia burgdorferi]	1647	1.50E-217
f86.aa	gil2920802	(AF019213) FlgI [Vibrio cholerae]	143	3.50E-14
f86.aa	gil405550	flagellar P-ring protein [Pseudomonas putida] > sp|Q52082|FLGI_PSEPU	102	3.70E-13
f86.aa	gil144241	flagellin [Caulobacter crescentus] > pir|A41891|A41891 basal body	110	6.70E-13
f860.aa	gil2687998	(AE001123) asparaginyl-tRNA synthetas (asnS) [Borrelia	1110	2.40E-149
f860.aa	gil1574761	asparaginyl-tRNA synthetase (asnS) [Haemophilus influenzae]	634	1.30E-83
f860.aa	gil147935	asparaginyl-tRNA synthetase (asnS) [Escherichia coli] > gil41000	622	6.10E-82
f860.aa	gnl|PID|e12	(AJ222644) asparaginyl-tRNA synthetase [Arabidopsis thaliana]	404	2.40E-80
	02698
f860.aa	gnl|PID|d10	asparaginyl-tRNA synthetase [Synechocystis sp.]	618	4.50E-80
	11495
f860.aa	gil530408	Asn-tRNA synthetase [Mycoplasma capricolum] > pir|S77842|S77842	439	1.60E-65
f860.aa	gil1045792	asparaginyl-tRNA synthetase [Mycoplasma genitalium]	365	2.20E-62
f860.aa	gil1674281	(AE000057) Mycoplasma pneumoniae, asparaginyl-tRNA synthetase;	338	3.10E-61
f860.aa	gnl|PID|e12	(AJ222645) asparaginyl-tRNA synthetase [Arabidopsis thaliana]	364	3.90E-59
	02700
f860.aa	gnl|PID|e26	YCR245c, len:492 [Saccharomyces cerevisiae] > pir|S19435|S19435	150	3.90E-47
	4488
f860.aa	gnl|PID|e25	asparaginyl-tRNA synthetase [Salmonella typhi]	370	1.70E-46
	4305
f860.aa	gnl|PID|e18	asparagine--tRNA ligase [Lactobacillus delbrueckii]	224	1.30E-44
	8505
f860.aa	pir|S71072|	asparagine--tRNA ligase (EC 6.1.122) asnS1 - Lactobacillus	224	1.30E-44
	S71072
f860.aa	gnl|PID|e18	asparagine--tRNA ligase [Lactobacillus delbrueckii]	224	2.40E-44
	8572
f860.aa	gil1146247	asparaginyl-tRNA synthetase [Bacillus subtilis] > gnl|PID|e1183681	234	6.10E-44
f861.aa	gil2687975	(AE001122) glutamate racemase (murI) [Borrelia burgdorferi]	1354	2.90E-186
f861.aa	gil396314	glutamate synthase [Escherichia coli] > gil290428 glutamate synthase	168	1.20E-16
f861.aa	gnl|PID|e11	glutamate racemase [Bacillus subtilis] > gnl|PID|e1184088	120	1.80E-13
	65353
f861.aa	pir|JC5587|	glutamate racemase (EC 5.1.1.3) - Bacillus pumilus	122	1.80E-13
	JC5587
f861.aa	sp|P52973|	PROBABLE GLUTAMATE RACEMASE (EC 5.1.1.3)	114	8.10E-13
	MURI_HA
	EIN
f867.aa	gil2687979	(AE001122) V-type ATPase, subunit A (atpA) [Borrelia burgdorferi]	2826	0
f867.aa	pir|JC5532|	vacuolar-type ATPase (EC 3.-.-.-) A chain - Desulurococcus	594	2.20E-162
	JC5532
f867.aa	gil2104726	V-ATPase A subunit [Desulfurococcus sp. SY]	594	3.10E-162
f867.aa	gil2605627	ATPase alpha subunit [Thermococcus sp.]	592	7.10E-161
f867.aa	gnl|PID|d10	Na+-ATPase alpha subunit [Enterococcus hirae]	601	1.60E-153
	03475
f867.aa	gil1590955	H+-transporting ATP synthase, subunit A (atpA) [Methanococcus	585	6.00E-147
f867.aa	gil496904	membrane ATPase [Haloferax volcanii] > pir|S55895|S45144	728	6.00E-147
f867.aa	gil152927	ATPase alpha subunit [Sulfolobus acidocaldarius] > pir|A28652|A28652	548	5.00E-163
f867.aa	gil2649416	(AE001023) H+-transporting ATP synthase, subunit A (atpA)	748	2.00E-146
f867.aa	gil2622052	(AE000869) ATP synthase, subunit A [Methanobacterium	607	9.40E-146
f867.aa	gil168926	vacuolar ATPase vma-1 [Neurospora crassa] > pir|A30799|PXNCV7	302	9.00E-145
f867.aa	gil149820	ATPase alpha subunit [Methanosarcina barkeri] > pir|A34283|A34283	743	1.40E-143
f867.aa	gil160736	vacuolar ATPase [Plasmodium falciparum] > pir|A48582|A48582 vacuolar	305	9.40E-140
f867.aa	gnl|PID|d10	adenosine triphosphatase A subunit [Acetabularia acetabulum]	307	9.00E-137
	09732
f867.aa	gil49048	ATPase alpha-subunit [Thermus aquaticus thermophilus]	684	4.80E-136
f868.aa	gil2687980	(AE001122) V-type ATPase, subunit B (atpB) [Borrelia burgdorferi]	2205	1.80E-298
f868.aa	gil1590954	H+-transporting ATP synthase, subunit B (atpB) [Methanococcus	156	2.00E-114
f868.aa	gil2605628	ATPase beta subunit [Thermococcus sp.]	151	3.30E-108
f868.aa	gil2104727	V-ATPase B subunit [Desulfurococcus sp. SY]	151	1.10E-107
f868.aa	gil43641	ATP synthase subunit [Halobacterium salinarium] > pir|S14733|S14733	150	1.80E-107
f868.aa	gil149821	ATPase beta subunit [Methanosarcina barkeri] > pir|B34283|B34283	172	1.00E-105
f868.aa	gnl|PID|d10	Na+-ATPase beta subunit [Enterococcus hirae]	151	1.40E-105
	03476
f868.aa	gil2649415	(AE001023) H+-transporting ATP synthase, subunit B (atpB)	151	1.70E-103
f868.aa	gil496905	membrane ATPase [Haloferax volcanii] > pir|S55896|S45145	153	5.80E-103
f868.aa	gil1199639	AlAO H+ ATPase, subunit B [Methanosarcina mazeii]	173	2.20E-102
f868.aa	gil2622051	(AE000869) ATP synthase, subunit B [Methyanobacterium	155	1.00E-101
f868.aa	gnl|PID|d10	adenosine triphosphatase B subunit [Acetabularia acetabulum]	159	1.30E-101
	09734
f868.aa	gil1086645	Similar to vacuolar ATP synthase (strong). [Caenorhabditis elegans]	163	1.30E-101
f868.aa	gil459198	vacuolar H+-ATPase subunit B [Gossypium hirsutum]	164	4.60E-101
f868.aa	gil167108	vacuolar ATPase B subunit [Hordeum vulgare]	164	4.60E-101
		> sp|Q40078|VAT1_HORVU
f872.aa	gil2687986	(AE001122) B. burgdorferi predicted coding region BB0089 [Borrelia	1684	1.60E-230
f874.aa	gil2687965	(AE001121) L-lactate dehydrogenase (ldh) [Borrelia burgdorferi]	1603	2.80E-217
f874.aa	gil39758	L-lactate dehydrogenase [Bacillus psychrosaccharolyticus]	520	3.10E-109
f874.aa	pir|S08183|	L-lactate dehydrogenase (EC 1.1.1.27) X - Bacillus	515	4.30E-109
	S08183
f874.aa	pir|A25805|	L-lactate dehydrogenase (EC 1.1.1.27) - Bacillus subtilis	520	1.00E-107
	A25805
f874.aa	gil143136	L-lactate dehydrogenase [Bacillus megaterium] > pir|S00133|DEBSLM	430	5.20E-107
f874.aa	gil143138	lactate dehydrogenase (EC 1.1.1.27) [Bacillus stearothermophilus]	514	6.60E-107
f874.aa	gnl|PID|d10	L-lactate dehydrogenase [Bacillus subtilis] > gnl|PID|e1182257	512	8.90E-107
	09574
f874.aa	gil143134	lactate dehydrogenase (EC 1.1.1.27) [Bacillus caldotenax]	516	1.70E-106
f874.aa	gil143132	lactate dehydrogenase (AC 1.1.1.27) [Bacillus caldolyticus]	506	2.30E-106
f874.aa	gil412392	NAD-dependent dehydrogenase [unidentified]	508	4.40E-106
f874.aa	gil143130	L-lactate dehydrogenase [Bacillus caldotenax] > pir|S00019|S00019	510	1.10E-105
f874.aa	gil642256	L-lactate dehydrogenase [Pediococcus acidilactici]	560	1.70E-91
f874.aa	gil847956	L-lactate dehydrogenase [Lactobacillus sake] > sp|P50934|LDH_LACSK	381	2.30E-91
f874.aa	gil581305	L-lactate dehydrogenase [Lactobacillus plantarum] > pir|A36957|A36957	547	2.30E-91
f874.aa	gil149575	L(+)-lactate dehydrogenase [Lactobacillus casei]	386	3.20E-91
f886.aa	gil2687958	(AE001120) B. burgdorferi predicted coding region BB0077 [Borrelia	1792	9.50E-237
f888.aa	gil2687959	(AE001120) B. burgdorferi predicted coding region BB0075 [Borrelia	2351	3.59999944710933e-
				318
f893.aa	gil2687962	(AE001120) B. burgdorferi predicted coding region BB0071 [Borrelia	2514	0
f895.aa	gil2687954	(AE001120) conserved hypothetical protein [Borrelia burgdorferi]	747	3.60E-100
f895.aa	gnl|PID|e11	similar to hypothetical proteins [Bacillus subtilis]	103	2.50E-35
	84285
f899.aa	gil2687946	(AE001119) B. burgdorferi predicted coding region BB0066 [Borrelia	1161	4.30E-158
f924.aa	gil2687934	(AE001118) B. burgdorferi predicted coding region BB0044 [Borrelia	692	3.90E-93
f925.aa	gil2687935	(AE001118) B. burgdorferi predicted coding region BB0043 [Borrelia	1771	7.50E-242
f929.aa	gil2687916	(AE001117) B. burgdorferi predicted coding region BB0038 [Borrelia	2589	0
f93.aa	gil2688703	(AE001176) pyridoxal kinase (pdxK) [Borrelia burgdorferi]	1334	6.60E-181
f933.aa	gil2687917	(AE001117) B. burgdorferi predicted coding region BB0034 [Borrelia	902	1.90E-122
f933.aa	gil2690091	(AE000789) conserved hypothetical protein [Borrelia burgdorferi]	136	3.10E-37
f933.aa	gil2690225	(AS000790) conserved hypothetical protein [Borrelia burgdorferi]	149	4.50E-37
f933.aa	gil2690045	(AE000784) conserved hypothetical protein [Borrelia burgdorferi]	126	5.70E-28
f933.aa	gil2239281	No definition line found [Borrelia burgdorferi]	148	2.40E-14
f939.aa	gil2687919	(AE001117) B. burgdorferi predicted coding region BB0028 [Borrelia	1796	7.50E-241
f940.aa	gil2687920	(AE001117) B. burgdorferi predicted coding region BB0027 [Borrelia	1109	1.20E-152
f943.aa	gil2687905	(AE001116) B. burgdorferi predicted coding region BB0024 [Borrelia	2001	5.00E-273
f943.aa	gil411592	L-sorbosone dehydrogenase [unidentified]	175	2.30E-15
f943.aa	gnl|PID|d10	L-sorbosone dehydrogenase [Acetobacter liquefaciens]	173	4.40E-15
	06418
f952.aa	gil2687880	(AE001115) glpE protein (glpE) [Borrelia burgdorferi]	628	2.90E-84
f07A.aa	R33279	43 kD endoflagellum sheath protein	120	6.10E-25
f142.aa	R95044	Apoptosis participating protein	103	4.70E-18
f147.aa	W18209	Staphylococcus aureus Coenzyme A disulphide reductase (CoADR).	194	4.80E-91
f147.aa	W06425	Water-forming NADH oxidase.	369	8.00E-86
f147.aa	R32089	Benzene dioxygenase polypeptide V.	104	4.70E-11
f147.aa	R66733	Aromatic dihydrodiol/catechol deoxygenase #5.	105	9.00E-11
f152.aa	R81549	High affinity potassium uptake transporter HKT1.	137	3.70E-18
f157.aa	W15192	Staphylococcus aureus cell surface protein.	239	3.40E-37
f17-6.aa	W30763	Mannose-1-phosphate transferase protein MNN4.	178	5.20E-16
f17-6.aa	W03627	Human follicle stimulating hormone GPR N-terminal sequence.	145	1.30E-11
f17-6.aa	W03626	Human thyrotropin GPR N-terminal sequence.	144	1.90E-11
f17-6.aa	W21591	Antibiotic potentiating peptide #3.	141	5.10E-11
f196.aa	W05196	Helicobacter pylori 50 kDa protective antigen G3.8.	183	2.70E-18
f196.aa	W20916	H. pylori inner membrane protein 14gp12015orf12.	180	3.60E-17
f196.aa	W20287	H. pylori inner membrane protein, 24132293.aa	169	6.50E-15
f196.aa	W20769	H. pylori inner membrane protein, 07ee20513orf28.	169	1.40E-14
f196.aa	W20767	H. pylori cytoplasmic protein, 07ee20513orf1.	140	6.10E-14
f197.aa	W20769	H. pylori inner membrane protein, 07ee20513orf28.	190	2.30E-19
f197.aa	W20287	H. pylori inner membrane protein, 24132293.aa.	190	2.00E-18
f197.aa	W05196	Helicobacter pylori 50 kDa protective antigen G3.8.	179	4.00E-16
f197.aa	W20916	H. pylori inner membrane protein 14gp12015orf12.	182	6.30E-16
f197.aa	W20767	H. pylori cytoplasmic protein, 07ee20513orf1.	150	1.10E-12
f21-4.aa	R69629	B. burgdorferi OspF operon.	321	7.00E-39
f21-4.aa	R89476	B. burgdorferi OspG lipoprotein.	107	6.10E-34
f24-1.aa	W22676	Borrelia variable major protein (VMP)-like protein VlsE.	412	4.60E-72
f291.aa	W20152	H. pylori transporter protein, 1464715.aa.	336	1.70E-41
f291.aa	W24682	Helicobacter pylori transporter protein 4882763.aa.	234	8.20E-27
f291.aa	W20528	H. pylori cell envelope transporter protein 4882763.aa.	234	8.20E-27
f291.aa	W20592	H. pylori transporter protein, 01ce11513orf21.	168	7.60E-17
f301.aa	W20287	H. pylori inner membrane protein, 24132293.aa.	158	1.60E-13
f301.aa	W20916	H. pylori inner membrane protein 14gp12015orf12.	158	1.90E-13
f301.aa	W20769	H. pylori inner membrane protein, 07ee20513orf28.	158	2.40E-13
f301.aa	W05196	Helicobacter pylori 50 kDa protective antigen G3.8.	157	2.80E-13
f301.aa	W20767	H. pylori cytoplasmic protein, 07ee20513orf1.	138	4.30E-11
f320.aa	R24300	Glycopeptide resistance protein VanY from E. faecium.	142	2.90E-14
f328.aa	R15642	CTP synthetase.	274	3.00E-50
f328.aa	W20778	H. pylori cytoplasmic protein, 07ge20415orf6.	122	1.90E-34
f352.aa	W03626	Human thyrotropin GPR N-terminal sequence.	153	4.70E-12
f352.aa	W21591	Antibiotic potentiating peptide #3.	152	6.60E-12
f352.aa	W03627	Human follicle stimulating hormone GPR N-terminal sequence.	145	5.30E-11
f4-50.aa	W07187	B. garinii IP90 decorin binding protein.	305	1.30E-41
f4-50.aa	W07186	B. afzelii strain pGau decorin binding protein.	161	1.60E-34
f4-50.aa	W07185	B. burgdorferi HB-19 decorin binding protein.	173	2.80E-34
f4-50.aa	W07183	B. burgdorferi B31 decorin binding protein.	176	1.80E-33
f4-50.aa	W07190	B. burgdorferi JD1 decorin binding protein.	177	1.80E-33
f4-50.aa	W07182	B. burgdorferi 297 decorin binding protein.	177	1.10E-32
f4-50.aa	W07189	B. burgdorferi LP7 decorin binding protein.	177	1.10E-32
f4-50.aa	W07188	B. burgdorferi LP4 decorin binding protein.	177	3.90E-32
f4-50.aa	W07184	B. burgdorferi Sh.2.82 decorin binding protein.	177	1.30E-31
f45-2.aa	R89476	B. burgdorferi OspG lipoprotein.	213	1.30E-35
f45-2.aa	R70491	Leucocytozoan protozoa structural protein epitope.	206	2.10E-20
f45-2.aa	W03626	Human thyrotropin GPR N-terminal sequence.	211	6.10E-20
f45-2.aa	W03627	Human follicle stimulating hormone GPR N-terminal sequence.	202	8.90E-19
f45-2.aa	R69629	B. burgdorferi OspF operon.	111	1.10E-14
f45-2.aa	W30763	Mannose-1-phosphate transferase protein MNN4.	166	1.00E-13
f45-2.aa	R97866	Chicken leucocytozoan immunogenic protein for use in vaccines.	154	7.10E-12
f488.aa	W15078	M leprae gyrA precursor.	390	2.70E-143
f488.aa	R88733	S. aureus mutant grlA protein.	698	6.70E-122
f488.aa	R88731	S. aureus topoisomerase IV grlA subunit.	698	6.70E-122
f49-2.aa	W22676	Borrelia variable major protein (VMP)-like protein VlsE.	497	2.70E-75
f5-14.aa	W03626	Human thyrotropin GPR N-terminal sequence.	234	6.60E-23
f5-14.aa	W03627	Human follicle stimulating hormone GPR N-terminal sequence.	231	1.40E-22
f5-14.aa	R70491	Leucocytozoan protozoa structural protein epitope.	221	1.00E-20
f5-14.aa	W30763	Mannose-1-phosphate transferase protein MNN4.	203	1.60E-18
f5-14.aa	R97866	Chicken leucocytozoan immunogenic protein for use in vaccines.	187	2.10E-15
f5-14.aa	W21591	Antibiotic potentiating peptide #3.	176	4.60E-15
f5-14.aa	R69629	B. burgdorferi OspF operon.	106	3.50E-13
f5-14.aa	R89476	B. burgdorferi OspG lipoprotein.	157	6.20E-13
f5-14.aa	W26536	Trypanosoma cruzi antigen.	143	5.00E-11
f5-15.aa	R69629	B. burgdorferi OspF operon.	448	1.30E-68
f5-15.aa	R89476	B. burgdorferi OspG lipoprotein.	105	5.80E-24
f502.aa	R69852	Ethylene response (ETR) mutant protein etr1-3.	191	1.90E-35
f502.aa	R69849	Ethylene response (ETR) gene product.	191	2.70E-35
f502.aa	R69853	Ethylene response (ETR) mutant protein etr1-4.	191	2.70E-35
f502.aa	R69850	Ethylene response (ETR) mutant protein etr1-1.	191	3.60E-35
f502.aa	R69851	Ethylene response (ETR) mutant protein etr1-2.	191	3.60E-35
f502.aa	R74632	QETR ethylene response (ETR) protein from Arabidopsis thaliana.	190	5.20E-26
f502.aa	R74629	Tornato ethylene response (TETR) protein.	171	6.50E-23
f502.aa	R74633	Nr (never ripe) tomato ethylene response (ETR) protein.	171	6.50E-23
f502.aa	R74630	Tornato TGETR1 ethylene response protein.	123	1.20E-19
f51-2.aa	W03626	Human thyrotropin GPR N-terminal sequence.	235	2.90E-23
f51-2.aa	R89476	B. burgdorferi OspG lipoprotein.	109	6.90E-23
f51-2.aa	W03627	Human follicle stimulating hormone GPR N-terminal sequence.	228	2.20E-22
f51-2.aa	W30763	Mannose-1-phosphate transferase protein MNN4.	203	1.00E-18
f51-2.aa	R70491	Leucocytozoan protozoa structural protein epitope.	191	7.50E-18
f51-2.aa	R97866	Chicken leucocytozoan immunogenic protein for use in vaccines.	183	4.80E-16
f51-2.aa	W21591	Antibiotic potentiating peptide #3.	159	6.20E-13
f51-2.aa	R68838	Plasmodium falciparum ABRA gene protein.	142	1.10E-12
f51-2.aa	R27530	Plasmodium falciparum blood and liver stage ABRA antigen.	142	2.80E-12
f51-2.aa	W31186	Human p160 polypeptide 160.2	148	2.30E-11
f51-2.aa	W31185	Human p160 polypeptide 160.1	148	2.40E-11
f517.aa	W24296	Staphylococcus aureus Gene #1 polypeptide sequence 2.	237	6.80E-30
f541.aa	R31013	P39-alpha.	1253	3.80E-229
f541.aa	R33280	P39-beta.	504	1.90E-117
f542.aa	R33280	P39-beta.	711	3.20E-96
f542.aa	R31013	P39-alpha.	101	7.90E-16
f561.aa	R69631	B. burgdorferi T5 protein.	982	6.90E-131
f598.aa	W20289	H. pylori transporter protein, 24218968.aa.	264	9.90E-33
f598.aa	W20640	H. pylori transporter protein, 02ce11022orf8.	264	1.00E-30
f598.aa	W20101	H. pylori transporter protein 11132778.aa.	233	8.50E-27
f598.aa	W20861	H. pylori cell envelope transporter protein, 12ge10305orf16.	233	9.60E-27
f598.aa	W34202	Streptomyces efflux pump protein (frenolicin gene D product).	196	2.80E-21
f598.aa	R71091	C. jejuni PEB1A antigen from ORF3.	168	1.20E-17
f600.aa	W25527	Staphlococcus aureus Gene #20 polypeptide sequence 2.	209	3.40E-26
f600.aa	W34201	Streptomyces efflux pump protein (frenolicin gene C product).	169	6.50E-19
f600.aa	W20639	H. pylori transporter protein, 02ce11022orf7.	127	1.10E-14
f603.aa	W34200	Streptomyces efflux pump protein (frenolicin gene B product).	155	7.40E-32
f604.aa	R48035	Hyaluronic acid synthase of Streptococcus equisimilis.	110	2.30E-20
f606.aa	R48035	Hyaluronic acid synthase of Streptococcus equisimilis.	116	1.20E-25
f607.aa	R48035	Hyaluronic acid synthase of Streptococcus equisimilis.	141	1.50E-26
f631.aa	W15192	Staphylococcus aureus cell surface protein.	160	7.30E-29
f664.aa	W20105	H. pylori flagella-associated protein, 1171928.aa.	202	3.20E-46
f664.aa	W20688	H. pylori flagella-associated protein 04ge11713orf5.	202	2.60E-45
f664.aa	R97245	Virulence gene cluster polypeptide product.	158	3.90E-13
f704.aa	R60153	Nematode-inducible transmembrane pore protein.	104	2.50E-18
f704.aa	R33913	Sequence encoded by TobRB7-5A which encodes a membrane channel	104	2.50E-18
f704.aa	R77082	Tobacco root specific promoter RB7 from clone lambda5A (TobRB7-5A).	104	2.50E-18
f742.aa	W46499	Amino acid sequence of the spindly (SPY) protein of Arabidopsis.	101	2.50E-14
f752.aa	W20733	H. pylori cell envelope protein, 06cp11722orf15.	141	3.00E-37
f752.aa	W20358	H. pylori cell envelope protein 26366312.aa.	110	4.20E-18
f814.aa	W20753	H. pylori transporter protein, 06gp11202orf7.	178	7.90E-35
f814.aa	W20420	H. pylori cell envelope transporter protein 33399142.aa.	160	2.30E-21
f843.aa	R14319	Human T-cell immunosuppressive factor.	167	1.20E-19
f860.aa	W21894	Asparaginyl-tRNA synthetase from Staphylococcus aureus.	245	2.30E-38
f860.aa	W33903	Streptococcus pneumoniae asparaginyl tRNA synthetase.	177	1.10E-22
f867.aa	W34261	An alpha subunit of a thermostable ATPase.	592	1.30E-161
f867.aa	R10098	Alpha subunit of ATP-synthase.	741	4.90E-144
f867.aa	R31522	Carrot reverse transcriptase.	311	4.60E-130
f867.aa	R10099	Beta subunit of ATP-synthase.	121	7.90E-14
f867.aa	W34262	A beta subunit of a thermostable ATPase.	116	1.00E-12
f868.aa	W34262	A beta subunit of a thermostable ATPase.	151	6.10E-109
f868.aa	R10099	Beta subunit of ATP-synthase.	172	1.90E-106
f868.aa	W34261	An alpha subunit of a thermostable ATPase.	117	3.10E-19
f868.aa	R10098	Alpha subunit of ATP-synthase.	113	2.00E-18
f868.aa	R31522	Carrot reverse transcriptase.	101	7.10E-15
f874.aa	R10591	L-lactic acid dehydrogenase.	538	7.20E-109
f874.aa	R08355	Recombinant thermophilic NAD-dependant dehydrogenase.	455	9.80E-99
f874.aa	R09295	Recombinant thermophilic NAD-dependant dehydrogenase.	455	9.80E-99
f874.aa	R15736	L-lactic acid dehydrogenase.	426	1.60E-85
f874.aa	P91948	Pig H4 isoenzyme.	393	2.00E-82
f874.aa	W33108	Chicken lactic acid dehydrogenase type B subunit.	390	2.20E-80
f874.aa	W33107	Chicken lactic acid dehydrogenase type B subunit.	385	1.10E-79
f874.aa	P80891	Testis-specific lactate dehydrogenase subunit LDH-C4.	339	5.50E-74
f874.aa	R94013	Heat resistant maleate dehydrogenase.	255	1.30E-55
f874.aa	R11119	Recombinant L-2-hydroxyisocaproic acid dehydrogenase.	224	7.90E-49
f874.aa	R62605	P. falciparum lactate dehydrogenase.	255	2.00E-44
f874.aa	W11476	Eimeria lactate dehydrogenase.	203	1.10E-25
f943.aa	P91223	Coenzyme-independent L-sorbosone dehydrogenase from Gluconobacter	175	4.30E-16

TABLE 3
Conservative Amino Acid Substitutions.
Aromatic    Phenylalanine
            Tryptophan
            Tyrosine
Hydrophobic Leucine
            Isoleucine
            Valine
Polar       Glutamine
            Asparagine
Basic       Arginine
            Lysine
            Histidine
Acidic      Aspartic Acid
            Glutamic Acid
Small       Alanine
            Serine
            Threonine
            Methionine
            Glycine

TABLE 4
Residues Comprising Epito-Bearing Fragments
Query    Residues Comprising Epito-Bearing Fragments
f101.aa  from about Lys-62 to about Gly-64, from about Ser-111 to about
         Asp-113, from about Arg-136 to about Arg-139, from about Pro-
         189 to about Asn-193.
f11.aa   from about Pro-38 to about Lys-40, from about Glu-92 to about
         Lys-96.
f12.aa   from about Pro-288 to about Asp-290, from about Asn-336 to
         about Gly-338, from about Tyr-410 to about Gly-413, from
         about Asp-418 to about Arg-420, from about Pro-552 to
         about Val-555, from
         about Gln-643 to about Asp-645, from about Gln-1061 to about
         Arg-1063, from about Asn-1130 to about Lys-1132.
f129.aa  from about Glu-76 to about Arg-81, from about Lys-144 to
         about Asn-146.
f147.aa  from about Gln-94 to about Thr-96.
f152.aa  from about Gly-35 to about Gly-37, from about Gln-321 to about
         Gly-323.
f154.aa  from about Asn-39 to about Lys-41, from about Ser-74 to about
         Lys-77, from about Ser-213 to about Gly-215, from about
         Ser-303 to about Asp-306, from about Asp-422 to
         about Asn-424.
f157.aa  from about Lys-21 to about Asp-24, from about Ser-45 to about
         Tyr-47.
f17.aa   from about Arg-17 to about Asn-20, from about Thr-94 to about
         Gly-96.
f186.aa  from about Lys-305 to about Tyr-308.
f196.aa  from about Lys-121 to about Asn-123, from about Pro-278
         to about Lys-282, from about Glu-576 to about Tyr-578.
f899.aa  from about Asn-174 to about Asp-177.
f925.aa  from about Lys-201 to about Asp-204, from about Phe-291 to
         about Lys-294.
f929.aa  from about Pro-139 to about Asn-141, from about Arg-211
         to about Glu-214, from about Thr-370 to about Asn-375.
f933.aa  from about Ser-139 to about Lys-143.
f940.aa  from about Gly-143 to about Asn-148.
f943.aa  from about Asp-58 to about Asp-60, from about Lys-157 to
         about Asn-159, from about Asp-217 to about Asp-221, from
         about Lys-250 to about Asn-254, from about Pro-262 to about
         Asn-264, from about Gly-305 to about Trp-307.
f952.aa  from about Ser-52 to about Ser-54.
f4.aa    from about Arg-64 to about Arg-67.
f43.aa   from about Ser-84 to about Gln-87, from about Asp-231 to about
         Tyr-233, from about Arg-296 to about Asp-300.
f50.aa   from about Glu-136 to about Gly-138, from about Asp-153 to
         about Lys-155, from about Asp-289 to about Asp-291, from
         about Glu-458 to about Asn-461.
f65.aa   from about Glu-120 to about Asp-122, from about Pro-204 to
         about Tyr-206.
f8.aa    from about Pro-263 to about Arg-265, from about Asp-274 to
         about Lys-278.
f82.aa   from about Tyr-66 to about Gly-68, from about Ser-116 to about
         Lys-119, from about Asp-121 to about Gly-123, from about Pro-
         128 to about Gly-131.
f86.aa   from about Asn-179 to about Asn-181, from about Lys-192 to
         about Asn-194, from about Lys-270 to about Asn-272, from
         about Lys-279 to about Lys-282, from about Asp-331 to
         about Asn-333.
f477.aa  from about Pro-250 to about Lys-253.
f488.aa  from about Lys-76 to about Lys-79, from about Asn-486
         to about Asp-489, from about Lys-508 to about Gly-510,
         from about Asn-559 to about Gly-562.
f494.aa  from about Lys-76 to about Asn-78.
f516.aa  from about Lys-32 to about Asp-34.
f523.aa  from about Pro-202 to about Asn-206, from about Lys-255 to
         about Tyr-258.
f526.aa  from about Asn-85 to about Lys-88, from about Asp-136 to
         about Gly-138.
f577.aa  from about Cys-18 to about Lys-22, from about Asn-297 to
         about Gln-300.
f584.aa  from about Pro-131 to about Lys-133, from about Pro-200 to
         about Ser-202.
f596.aa  from about Arg-42 to about Asp-44, from about Asp-117 to
         about Tyr-119, from about Pro-205 to about Asp-207.
f600.aa  from about Pro-143 to about Asp-145.
f603.aa  from about Phe-35 to about Ser-37.
f607.aa  from about Gln-67 is about Lys-70, from about Asp-273 to about
         Tyr-275, from about Asp-333 to about Gly-338, from about Pro-
         359 to about Lys-362, from about Arg-409 to about Gly-411.
f611.aa  from about Arg-133 to about Gly-135.
f631.aa  from about Pro-132 to about Asn-136, from about Asn-159 to
         about Tyr-161, from about Pro-216 to about Asp-218, from
         about Pro-220 to about Lys-223.
f688.aa  from about Lys-266 to about Asp-268, from about Lys-271 to
         about Asn-273, from about Lys-315 to about Lys-318.
f704.aa  from about Lys-250 to about Lys-253.
f707.aa  from about Lys-131 to about Asp-134, from about Asp-246 to
         about Asn-249.
f709.aa  from about Tyr-39 to about Gly-42, from about Lys-148 to about
         Gly-150, from about Arg-269 to about Gly-272, from about Ser-
         466 to about Tyr-468, from about Asn-489 to about Asn-491,
         from about Lys-575 to about Asp-578, from about Pro-642 to
         about Lys-644.
f197.aa  from about Pro-217 to about Asp-219, from about Glu-675 to
         about Asp-678, from about Pro-687 to about Asn-689, from
         about Glu-694 to about Gln-696.
f200.aa  from about Arg-174 to about Phe-179.
f208.aa  from about Arg-326 to about Ser-328.
f210.aa  from about Pro-191 to about Ile-194.
f221.aa  from about Asn-133 to about Asn-135.
f253.aa  from about Arg-191 to about Gly-194.
f269.aa  from about Ser-271 to about Thr-273, from about Asp-284 to
         about Gly-286.
f29.aa   from about Pro-159 to about Ser-161.
f290.aa  from about Pro-240 to about Gly-244.
f291.aa  from about Gln-267 to about Lys-269.
f296.aa  from about Glu-98 to about Lys-101.
f3.aa    from about Asn-241 to about Lys-245.
f30.aa   from about Asn-156 to about Tyr-159, from about Asn-178 to
         about Lys-180.
f939.aa  from about Ser-245 to about Asn-249.
f739.aa  from about Asn-80 to about Tyr-82, from about Lys-208 to
         about Ser-210.
f742.aa  from about Ser-141 to about Asp-145, from about Asn-222 to
         about Gln-225, from about Asp-243 to about Tyr-247, from
         about Asn-249 to about Asn-251.
f743.aa  from about Arg-111 to about Gly-114, from about Pro-131 to
         about Asp-134.
f790.aa  from about Thr-40 to about Asn-42, from about Ser-53 to about
         Ser-55, from about Lys-215 to about Asp-218, from about
         Asn-274 to about Gly-277.
f792.aa  from about Val-82 to about Ser-84, from about Ser-102 to about
         Asn-104, from about Gln-127 to about Tyr-130, from about Lys-
         309 to about Asn-314, from about Lys-375 to about Thr-377,
         from about Pro-511 to about His-513, from about Thr-515 to
         about Asp-517.
f797.aa  from about Pro-119 to about Gly-122, from about Lys-166 to
         about Asn-169.
f799.aa  from about Asn-31 to about Asn-34, from about Gln-44 to about
         Asn-47, from about Pro-123 to about Gly-125.
f814.aa  from about Ser-120 to about Ser-122, from about Arg-636 to
         about Asn-638, from about Cys-967 to about Ser-969.
f820.aa  from about Thr-563 to about Tyr-565.
f850.aa  from about Tyr-159 to about Tyr-164, from about Gln-375 to
         about Asp-379.
f853.aa  from about Thr-180 to about Lys-184, from about Arg-231 to
         about Asp-233, from about Asn-252 to about Gly-254.
f859.aa  from about Lys-46 to about Ser-52, from about Pro-88 to about
         Asn-91, from about Asn-117 to about Asp-120.
f861.aa  from about Asp-38 to about Lys-40, from about Lys-219 to
         about Asn-225.
f368.aa  from about Gln-228 to about Asn-231.
f371.aa  from about Tyr-109 to about Asn-111, from about Asn-162 to
         about Gln-164.
f502.aa  from about Asn-118 to about Lys-122, from about Ser-269 to
         about Gly-271, from about Lys-370 to about Asp-373, from
         about Asn-509 to about Lys-511, from about Lys-705 to
         about Arg-707, from about Thr-912 to about Gly-914, from
         about Pro-1213 to about Asp-1216, from about Asn-1491
         to about Arg-1493.
f527.aa  from about Cys-20 to about Gln-22, from about Asn-38 to about
         Asn-40, from about Phe-112 to about Asp-114, from about
         Lys-160 to about Asn-162, from about Ser-199 to about
         Asp-201, from about
         Gln-258 to about Gly-261, from about Arg-282 to about
         Asn-284, from about Ser-297 to about Asp-299.
f541.aa  from about Ser-68 to about Asn-71.
f604.aa  from about Lys-77 to about Gly-79, from about Lys-201 to about
         Asn-203, from about Asp-252 to about Asp-254, from about
         Tyr-347 to about Gly-350, from about Asp-514 to about
         Trp-516.
f736.aa  from about Lys-20 to about Asn-24, from about Arg-147 to
         about Ser-153, from about Ser-231 to about Lys-233.
f752.aa  from about Thr-119 to about Lys-122, from about Pro-420 to
         about Gly-422.
f798.aa  from about Asp-33 to about Thr-36, from about Lys-180 to
         about His-183.
f635.aa  from about Pro-100 to about Asn-102, from about Asp-145 to
         about Phe-147.
f32.aa   from about Lys-18 to about Asn-20.
f320.aa  from about Asn-193 to about Leu-195, from about Gln-248 to
         about Lys-250.
f352.aa  from about Ser-46 to about Asn-49.
f301.aa  from about Lys-178 to about Lys-180, from about Ser-401 to
         about Tyr-404.
f373.aa  from about Gly-88 to about Lys-90, from about Asn-539 to
         about Lys-542, from about Glu-654 to about Ser-657.
f384.aa  from about Pro-250 to about Asn-252, from about Asp-266 to
         about Lys-268.
f446.aa  from about Asp-20 to about Ser-26, from about Asn-146 to
         about Lys-149.
f542.aa  from about Arg-86 to about Gly-88, from about Arg-163 to
         about Asn-165.
f93.aa   from about Asn-152 to about Asp-155.
f105.aa  from about Asp-48 to about Phe-50.
f150.aa  from about Thr-214 to about Asp-218, from about Asp-256 to
         about Asp-259.
f219.aa  from about Asn-77 to about Asn-81, from about Asp-111 to
         about Asn-115.
f229.aa  from about Gln-61 to about Asn-63.
f32.aa   from about Lys-18 to about Asn-20.
f186.aa  from about Lys-305 to about Tyr-308.
f216.aa  from about Ser-105 to about Asn-107.
f328.aa  from about Asn-105 to about Asp-107.
f352.aa  from about Ser-46 to about Asn-49.
f867.aa  from about Thr-3 to about Gly-5, from about Lys-156 to
         about Ser-159.
f868.aa  from about Arg-94 to about Gly-96, from about Pro-257 to about
         Gly-261, from about Pro-295 to about Asp-297, from about Arg-
         340 to about Asp-342.
f872.aa  from about Ser-19 to about Lys-23, from about Thr-139 to about
         Asp-142, from about Ser-282 to about Tyr-286, from about
         Ser-311 to about Ser-313.
f886.aa  from about Thr-83 to about Asp-85, from about Asp-106 to
         about Lys-108, from about Lys-143 to about Gly-147, from
         about Asp-186 to about Asn-191.
f888.aa  from about Asn-65 to about Asp-67.
f893.aa  from about Asn-203 to about Asn-207, from about Thr-446 to
         about Asn-450.
f605.aa  from about Arg-31 to about Asp-33.
f606.aa  from about Asn-68 to about Gly-71, from about Asn-136 to
         about Lys-139, from about Asn-223 to about Tyr-226, from
         about Ser-276 to about Tyr-279, from about Pro-362 to
         about Asn-365, from about Arg-503 to about Trp-507.
f679.aa  from about Lys-154 to about Asp-156, from about Lys-224 to
         about Arg-226, from about Asn-260 to about Asp-264, from
         about Glu-363 to about Lys-366, from about Asp-387 to
         about Gly-389, from
         about Tyr-441 to about Lys-443, from about Arg-501 to
         about Tyr-504.
f11-     from about Pro-91 to about Asn-93, from about Pro-181 to
12.aa    about Asp-186, from about Lys-244 to about Ser-248.
f11-4.aa from about Asn-160 to about Lys-163.
f14-8.aa from about Pro-92 to about Gln-95, from about Lys-123 to about
         Thr-125, from about Lys-215 to about Asp-219.
f17-6.aa from about Pro-36 to about Glu-38.
f19-2.aa from about Ser-104 to about Ser-106, from about Gln-230 to
         about Asn-232.
f19-4.aa from about Val-79 to about Thr-82, from about Pro-195 to about
         Gly-201.
f19-6.aa from about Asp-24 to about Lys-30, from about Pro-36 to about
         Glu-38.
f21-4.aa from about Cys-24 to about Asn-26.
f28-2.aa from about Ser-77 to about Lys-80, from about Tyr-274 to about
         Asn-277.
f28-3.aa from about Glu-53 to about Arg-57, from about Gln-82 to about
         Asn-85, from about Gln-157 to about Asn-159.
f31-2.aa from about Arg-95 to about Arg-97, from about Asn-297 to
         about Asn-299.
f4-15.aa from about Pro-182 to about Asp-184, from about Lys-220 to
         about Asp-222.
f4-50.aa from about Thr-109 to about Asn-111.
f42-1.aa from about Asn-55 to about Asn-57, from about Arg-81 to about
         Ser-84, from about Asp-94 to about Asn-97.
f45-2.aa from about Asn-83 to about Gly-86.
f47-2.aa from about Ser-29 to about Asp-33, from about Asn-94 to about
         Lys-99, from about Pro-152 to about Lys-157.
f49-2.aa from about Asn-452 to about Gly-454.
f5-14.aa from about Glu-102 to about Asp-106, from about Thr-272 to
         about Asn-275, from about Glu-313 to about Asn-315, from
         about Ser-370 to about Ser-372.
f5-15.aa from about Lys-170 to about Gly-173, from about Asn-194 to
         about Gly-196.
f51-2.aa from about Asp-302 to about Lys-304.
f6-21.aa from about Glu-38 to about Asn-42, from about Arg-84 to about
         Gly-87.
f6-27.aa from about Asp-67 to about Asn-69, from about Arg-85 to about
         Asn-89, from about Lys-168 to about Gly-171, from about
         Lys-179 to about Asn-181, from about Ser-380 to about His-382.
f6-5.aa  from about Ser-67 to about Asn-71.
f7-30.aa from about Pro-94 to about Asp-96, from about Lys-144 to about
         Arg-147.
f76-1.aa from about Asn-30 to about Lys-35, from about Lys-113 to
         about Gly-116, from about Glu-119 to about Lys-121.
f8-10.aa from about Pro-25 to about Lys-32, from about Ser-168 to about
         Thr-172.
f01a.    from about Pro-123 to about Asp-125, from about Ser-179 to
aa—      about Asp-181, from about Lys-255 to about Gly-259.
bb001
—        from about Ala8 about Arg 17, from about Tyr31 to about
bb0011   Gly40, from about Ser65 to about Lys78, from about Val93 to
         about Asp102, from about Ser120 to about Ile129, from about
         Pro156 to about Glu170, from about Lys187 to about Asn 196,
         from about His205 to about Lys214, from about Gly226 to about
         Glu235, from about Gln253 to about Asn266, from about
         Glu283 to about Glu293, from about Leu311 to about Ile320,
         from about Arg326 to about Gly335, from about Pro340 to about
         Ala349
f02a.aa  from about Tyr-169 to about Asn-171, from about Tyr-242 to
_bb002   about Asn-245, from about Lys-264 to about Asp-267.
_bb9     from about Met7 to about Lys16, from about Lys47 to about
         Ser57, from about Asn80 to about Ser89, from about Gly 103 to
         about Glu113, from about Lys125 to about Pro133, from about
         Lys138 to about Ala147
f03a.aa  from about Asp-54 to about Thr-57, from about Lys-201 to
—        about His-204.
bb006
_bb014   from about Pro23 to about Gln31, from about Ser37 to about
         Asp45, from about Leu76 to about Asn84, from about Leu76 to
         about Val84, from about Ser89 to about Asn97, from about
         Ser105 to about Lys113, from about Asn120 to about Met128,
         from about Asn159 to about Gly 167, from about Lys173
         to about Bal181
_bb023   from about Asp17 to about Gly27, from about Arg40 to about
         Asp48, from about Val64 to about Asp72, from about Glu105 to
         about Thr113, from about Ser141 to about Gly150, from about
         Asp155 to about Ile163, from about Asn184 to about Lys198,
         from about Ile219 to about Pro227, from about Ser230 to
         about Phe238, from about Ser241 to about Asn250, from
         about Asp270 to about Val278, from about Ser285 to about
         Leu293, from about Glyu307 to about Ser315, from
         about Lys327 to about Asn335
f08a.aa  from about Asn-30 to about Asp-33, from about Ser-116 to
—        about Asn-118, from about Asn-154 to about Gly-156.
bb024
f09a.aa  from about Asn-30 to about Ser-35, from about Thr-145 to about
—        Asn-148.
bb025

Claims

1. An isolated polynucleotide which encodes at least 50 contiguous amino acid residues of SEQ ID NO:627.

2. The isolated polynucleotide which is fully complementary to the polynucleotide of claim 1.

3. An isolated polynucleotide consisting of at least 100 contiguous nucleotides of SEQ ID NO:625.

4. The isolated polynucleotide which is fully complementary to the polynucleotide of claim 3.

5. The isolated polynucleotide of claim 3 consisting of at least 300 contiguous nucleotides of SEQ ID NO:625.

6. The isolated polynucleotide which is fully complementary to the polynucleotide of claim 5.

7. The isolated polynucleotide of claim 5 consisting of the full length sequence of SEQ ID NO:625.

8. A method of detecting Borrelia nucleic acids in a biological sample comprising: (a) contacting the sample with the nucleic acid of claim 1, under conditions such that hybridization occurs, and (b) detecting hybridization of said nucleic acids to the one or more Borrelia nucleic acid sequences present in the biological sample.

9. A method of detecting Borrelia nucleic acids in a biological sample comprising: (a) contacting the sample with the nucleic acid of claim 3, under conditions such that hybridization occurs, and (b) detecting hybridization of said nucleic acids to the one or more Borrelia nucleic acid sequences present in the biological sample.