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Identifier: 30022968

GI number:

Start: 4837846

End: 4847967

Strand: Reverse

Name: Not Available

Synonym: BC4927

Alternate gene names: NA

Gene position: NA

Preceding gene: 30022971

Following gene: 30022966

Centisome position: NA

GC content: NA

Gene sequence:

>10122_bases
ATGAAACAAGTATTGAAGTGTTTTAATGTCGTAACAATGATCACACTTCTCCTATCCATCATATTGCCTTCACCCAGTGC
TTTTGCAGAGATAAATAAAAAAAGCTGGGATGAGTTACAAGGAAATGATGTGAAAATTAAGGCAGAGCAAGTAAATGCCG
AAATATATAAGGGGGAAGTAGCTAAGAGGGAGCACGTATTTCAATATACGATTGAAAATACGGGAGCTACACCAATTCAA
GAATTGGTGCTTAAACAAAATAATGAAAATGAAATTACGTTCCTCTCGCAATCTGTGAAAGTAAACGGAGAGAAGTTACC
TGAAAATAAAGTAGCGGATTTCTATGTAGAAGAAAAAGATAAGGGAGGAAAGGTTCTTTCTTCTAATCTTAAAATTCGAG
ATTTAAAATCACACGAAAAAATGACTGTGCTAATAAAGGCTAGTCGCACGCAGCATTTTAATAAAGAATACAAACAAAAG
ATTAGTGTGCAAAAAGATAAAGTACAAATAGGAAACATGTCTGTAGATGTTGAGGGAATCCCTTCTGAAGAAAAGGTAGC
AGCTAATGCCGATGAGGAGGCTGACAGTAGTAAGAAAGAAGTTGGCCCATCAGCTAATAATACAATCAAAAAAGTTGATG
AAAAGCTAAAAGTATCTGTAGAAGATAAAAATAACCCTACATCAAAAACAGAACTACCAAAACAACCAGTAACCGAAGCT
GAGAAGCAGCCAGAAAAAGAGGCAGTAAAGCAGAATGTTGCAGAAGTACAAGCTGCGCCAGAAAATGCTTCGAAGGTTCA
AATCCAAACAGGGGATAAACAAGGGTTTGGAGATCCATTGTATTCTACAATTACTGCTGGTAATTTAGTACAGACTGGTA
ATGTAACACTTGGTTTGACGACCGATCATTATGGCAGACAAAGTTTGGGGTATAAGACGAATAAAATGACTGTGGACGTT
GATAACGATGATAGTACTTTTAATTCGTCAACAGGAGCTTTTCCTACTATTCCCGCTGGAAGTAAAGTGAAAAAGGCTTA
TTTATTTTGGACAGCAGCTATGGGAACGCCAACTTATCCATCTAAAGAGTATAGAGTTAGCGATGCAGATGTAAGAGAGC
CCGTTAAAATGAAAATGGGGAATAAAGGATACGCTGAAGTAAGTGCTGATAGTATACGAAAAGCGGATTATTTACCGTAT
ATTTCAAATTACTCGGGTGCTGGTGCCGGTTATGTTGCATATGCTGACGTAACAAATGTAATTGCACAGCAAGGTATTTC
TCAAACGGTGACAGTTGCGAATGTGCCACAAATTAAATTTGAAAAAGGCAGTGGTTACTACTGGGGCAACTGGAATCTTA
TATTAGTTTATGAAAACCATAAAGAAACCGTAAAAGATATGAAGATTTGGGAAGGGCTAGTCTCTCAAAAAAGTACAGCC
TGGACAGATATTAGTGTTAATAAAATAAACACACCAAAAGAAGGTGCTTTTAAAGCAAAATTTAGTTATTTTTCATCGCA
AGGTGATCCAGCTGAGAAAGATGGATATGCCTATGATTATGGAGAATATGATTTTGGTGCTGGATATATAAAGATAAAAA
ATATTAACGGTAAAGATAATGATGCGAATGATTCTTCTATGACAGAAGTACAAGTAGACGGTACTAACGAGTTTGTTACA
AAAAAATATCCAGGATATAACCCGGATTGGACAAATTCATTCAGTACTGACATTCATACGTATCATCTTGAAGGACCGAC
TCAAGTAAAGAATGATTTGAAAGAAGGAAAAATGCGTTTTAGAGCATATGCTGGTACTGGTGATATTTACGTATTAAACA
ACGCCACATTTGTTACAGAACATAATGCTCCAAACTTACAAGTTGATAAAAAGGCATTAGATAGTACAGGTAAAGAAATT
AAGGAAATTAAAGCTGGTGAAGAGTTTACGTATCAAATTGAAGTGAAAAATGATACGAAAAATAATCAAGCGCCGGTATC
GAATGTAAAAGGTTTTGATAAATTAGATGATCGTTTAGAGTATGTTCCGGGATCTATACAATATATTTCTGGAAGTAATA
AAGGAAATAAAACAGATGATGCAAGCGATGATGAAGCAGAGTTTGTAAATAATCAAATTGATTTCCGTGTTGGTGAAGGT
GCTAATGCTAAAGACGGCGGTGTTTTAAAGCCTGGTGAAAGTGCTATTATTACATTCAAAGTAAAAGTGAAAGCTTCTGT
ACAATCAGATACAACAGTAAAAAATATCGTTGTTGTAAAGGGACAAGATAGTACCGAGGTAAATTATGAAACTGCAGATG
ATGCAGATATTACGGTTACGACTCCAAAAGAAATCCCTGGAGAAATAGAAGCTAAAAAAATAGCATCTAATAAAACACCG
AAACTAGGTGAAGAAGTAGAGTATCGTATTACATTTAAAAATAAGACAAAAGATGGACGTCTAGATGTATTGACGATTGA
AGATGAATTACCAAGCAATCTTGAATACGTGAAAGATAGTTTGAAAGCAGAAGGTGCAAAACCAGAGCCAGTAGAGCTGA
AGTTTGAAAATGGAAAAGTAATTGCAAAGTATCCAGAAATTATGGATATGGAAGAAAGAAGTATCGTCTTTAAAACAAAA
GTAAAAGAAACTGCAAAAATTGGTGAAGAAATTGTTAATAAAGCAACCGTTAGTGATAAAACAAATCCACCAAAGAATCT
AGAAGAGAAGATTACACCACAGCATAAGGCCGGTAAAATTGCTGCAAAGAAAAAAGCAACAAATAAAAAGCCGAAGCTAG
GAGAAGAAGTTGAATATCAAATTAGCTTCCAAAATACGGTGGAAAACGGAAAACTAGATGCAGTTACAATAGAAGATGAA
ATTCCAGCTAACTTAGAATTTGTTCAAGGCAGTGAGCGAGCTGAAGGTGCTGAACCAAATCCAGTAGAGTTAAAAGTAGA
AAATGGTAAGGTAATCGCCAAATATCCAGAGATTATGGATACAAAAGAGCGAAGCATTGCCTTTAAAGTGAAAGTAAAAG
AAGAGGCAAAAGCCGGAGAAACAATTGTTAATAAAGCGGTTGTGAGTGAGCCAAATGGACAAACTGAGCATCCAGAAGAA
AAGATTACGCCGGATTATAAATACGGTAAAGTGGATGTTGAAAAAAGCGTAACGAATCAAACACCAAAACTAGGAGAAGA
AGTGGAATACCGAATTACATTTTATAATACGGTAGAAAACGGAAAACTAGAAAAGGTGCTAGTAGAAGATACACTACCTA
AAGGTGTTGAATACGTGAAAGATAGTTTGAAAGCTGAAGGTATAAAACCAGAGCCAGTAGAACTAAAAGTGGAAGACGGA
AAAGTAATGGCAAAGTATCCAGAAATTACGGATACAGAAAAAAGAAGTATTGTTTTTAAAGTGAAAGTAAAAGATTCGGC
AAAAGTAGGGGAAGCAATCGTAAATAAAGCAATTGCAAAAGATCCGAAAAATGAGCCTGTTGAATCAAAGGTTGTTATTA
CACCGCAAAGTAAAAAAGGTGAAATTGCTGCTACAAAGGTAGTTAATAATAAGAAGCCAAAGTTAGGCGAAGAAATCGAG
TACCGCATTAGTTTTCATAATACGGTTGAGAACGGAAAACTTGAAGAGGTGCGAGTGGAAGATACAATTCCAAAAGGTCT
TGAATATGTAGAAAATAGCATCAAGGCCGAAGGAGAAGCACCTGGACCAGTAGAATTAGCTGTTGAAAATGGGATAGTCA
AAGCTAAGTATATCGATATTATGGATATGAAAGAAAGAAGTATCGTCTTTAAAGTAAAGGTGAAGGAAGAAGCAAAAGTA
GATAAAGAGATTGTCAATAAAGCAATTGTTGATGATACGAAAAATCCACCGATTGAGCCGGAGGAAAGAATTACTCCGCA
ACATAAGGATGGAATAATTGATTCGAAGAAGACAGTAGATAATCCATCACCAAAACTAGGAGAAGAAGTAGAATACCGAA
TTAGCTTTAAGAACACGGTAGAAAACGGAAAACTAGAAAAGGTAATAATAGAGGATACAATTCCTAACGGTTTAGAGTAT
GTAAAAGGCAGTGAAAAGGCTGAAGGTGATAAACCAGCTCCATTAAAGTTAAGTGTGAAAGATGGAAAAGTCATTGCTGA
ATACGAAAATATTACGGATATGAAAGAAAGAAGTATTGTCTTTAAGGTAAAGGTGAAGGAAGAAGCGGAAGTAGGTAAGG
AAATCATCAATAAGGCAATTGTGGATGATATGAAACATCCGAAAGAACCAGAAGCAAAAATCACACCATTACACAAAGAT
GGAAAAATTAAAGCGAAGAAAAGCGTAAATAATGAAACACCGAAGTTAGGAGAAGAAGTAGAATACCGAATTAGTATGAA
AAACACGGTTAAGTACGGAAAGCTAACAGACGTGATAATAGAGGATACTTTACCAGAAGGTTTAGAGTATGTAGAAAATA
GTTTGAAAGCAGAAGGTGTCGGAACAGATTCAGTAGAGCTGAAATTTGAAAACGGTAAGGTAATGGCAAAATATCCAGAA
ATTATGGATACAGAAGAAAGAAGTATCGTTTTTAAAGTGAAAGTAAAAGAAGGAGTAACAGTCGGTAAAAAAATCATTAA
TAAAGCAACTATTGATGATTCGCAAAATAAGCCAGTTAATCCGACTGCGGAAATTATTCCTCAGTATAAAGATGGAAAAC
TTGAAGCGAAAAAGATGGTAAATAATGAAACGCCGAAGTTAGGAGAAGAAGTGGAATACCGAATCAGCTTTAAAAATACG
GTAGAACATGGAAAGCTAACAGAGGTAAAGATAGAAGATGATTTACCAAATGGATTAGAGTATGTGAAAGATAGTGTAAA
AGTAGAAGGTTCTAAGCCAGATCCAGTGGAATTGAAATTTGAAAACGGTAAGGTAATGGCAAAGTATCCTGAGATTACAG
ATACAAAAGAGAGAAGTATTACCTTTAAAGTGAAAGTAAAAGGTAAAGTGAGCGATTCAATTGTTAATGAAGCGATTGTG
AGCGATACGAAACATCCGCCAGAAACACCGACAGCAGAAATTATTCCGCAACATAAAGACGGAAAAGTGAAAGCGAAGAA
GACGGTAAATAATGAAACGCCGAAGTTAGGAGAAGAAGTAGAATACCGAATTAGTTTTAAAAACACGGTAGAAGACGGAA
AACTAGCAGAGGTGAAAATAGAAGATACTTTACCAGAAGGTTTAGAGTACGTAGAAAACAGTGTGAAAGCAGAAGGTTCT
AAGCCGGATCCAGTAGAATTGAAATTTGAAAATGGTAAGGTAATGGCGAAGTATCCAGAGATTACGGATACAGAAGAAAG
AAGTATCACTTTTAAAGTGAAAGTAAAAGATGAAGTGAAAGTCGGTAAAAAAATCGTCAATAAAGCAATTATTGATGATA
CGAAAAATGAGCCAGAAACACCGACGGCAGAAATTACTCCACAGCATAAAGACGGAAAAGTGGAAGCGAAGAAAACGGTA
AATAATGAAACACCGAAGTTAGGAGAAGAAGTGGAATACCGAATTAGCTTTAAAAATACGGTAGAAAACGGAAAGCTAGC
AGAGGTGACAATAAAAGATGATTTACCAAATGGATTAGAGTATGTGAAAGATAGTTTACGAGCAGAAGGTTCTAAGCCAG
ATCCGGTAGAACTGAAAGTGAAAGATGGAAAAGTAATCGCAAAATATCCAGAAATTATGGATACAGAAGAAAGAAGTATC
GTCTTTAAAGCGAAAGTAAAAGAAGAATTTAAGGTTGGTGAAGGCATTGTCAATAAAGTAGTTGTTGATGATACAAAAGA
TCCAACAACTTCAGAAGTAACAATTACGCCAGAATATAAAGACGGTAAGCTTAAAGCAGAGAAATTTGTAAACAATAAAA
AACCGAAATTAGGAGAAGAAGTAGAATACCGAATTAGTTTTAAAAACACGGTAGAAAACGGAAAACTAGTAGAGGTTACA
GTAGAAGATGAAATTCCAGCTGGATTAGAGTACGTGGAGAACAGTTTACAAGCAGAAGGTTCTAAACCAAGTCCGGTAGA
ATTGAAATTTGAAAACGGCAAGGTAATGGCAAAGTATTTAGAAATTGCGGATACAAAAGAAAGAAGTATTATTTTTAAAG
TGAAAGTAAAAGAAGAGGCAGAAATAGGCAAGGAGATTGTTAATAAAGCAATCGTAGTAGATACAAAAAATGAGCCAGAA
GAGCCTCGTGTGGAAATTACTCCGCAATATAAAGATGGTAAAATTGCTGCGCAGAAAGTAGCAAATAATCATAAACCGAA
ACTAGGAGAAGAAGTAGAATACCGAATTAGTTTTAAAAACACGGTAGAAAACGGAAAACTAGTAGAGGTAAATATAAAGG
ATACATTACCAAATGGTTTAGAGTATGTAGAAGGCAGCATCACAGCAGAAGGTTCTAAACCGAAACCAGTAGAGCTACAG
GTGAAAAATAATAAGGTAATGGCAAAGTATCCAGAAATTACAGATACAGAGGAAAGAAGTATTGTCTTTAAAGCGAAGGT
AAAAGAAAGCGTAAAAGTAGGAGAAGAAATCGTAAATGAGGCAATTATAGATGATACAAAGAATCTGCCAGAAGAGCCTT
ATGTACCGATTACACCACAATATAAAGATGGGAAAATTGAGGCAAGAAAAGAAGTAAGTAATCATGAACCGAAGTTAGGT
GAGGAAATCGAATATCGAATTATTTTTAATAATACGGTGAAAGATGGAAAACTAGCAGAGGTAAAAATAGAAGATGAAAT
TCCAGCTGGATTAGAGTTTGTAGAAGGAAGCGAAAAGGCTGAAGGTGAAGAGCCAAAACCAGTGGAGCTGAAAGTAGAAA
ATGGTAAGGTAATGGCAAAGTATTCAGAGATTATGGATACGAAAGAAAGAAGTATCGTCTTTAAAGTGAAGGTGAAAGAT
TCAGTTGCAATAGGTAAAGACATCACAAATAAAGCGATTATCCATGTTGATGATCCGAACCATCCAGTAATTGATCCGAC
AGCAAAAATTACACCGCAATATAAAGACGGTAAAATTGCTACTCATAAAAAGGTGAATAATCATAAACCGAAGCTAGGGG
AAGAAATCGAATACCGAATTTCATTTAATAATACGGTGAAAGATGGAAAACTGGCAGAGGTGAAAATTGAGGATGAAATT
CCGTCTGGTTTAGAGTATGTGAAAGATAGTCTAAAAGCAGAAGGTGATAAGCCAGCACCAGTAGAGTTGAAAGAAGAAGC
TGGTAAGGTTAGTGCGAAGTATGAAAATATCACTGACATGAAAGAAAGAAGCATTATCTTTAAAGTGAAGGTGAAAGATT
CTGTTGAAGTGGACAAAGCAATTGTAAATAAAGCAATTGTTGATGATACAAAAAATCCACCAGAGCGACCAGAAGTAGAA
ATTACCCCGCAGCATAAAGACGGTAAAGTTAAAGCTGATAAAAAGGTAAATAAAAAAGATCCAAAGCTAGGAGAAGAAGT
AGAGTACCGAATTAGTTTTAAAAATACGGTAGAAAACGGAAAACTAGCAGAAGTGAAAATTGAGGATCAATTACCAACTG
GTTTAGAGTATGTGAAGGATAGTTTAAAATCAGAAGGTAATGAGCCAGCGCCAGTAGAGTTAAAAGAAGAAGCTGGGAAA
ATTACAGCGAAGTATGAAAATATTATTGATACAGCTGAGCGTAGTATTATCTTTAAAGTGAAAGTAACGGAAGTAGCAAA
AGTCGGTAAGAAAATCGTGAATACGGCAATTGTGGATGATGACAATCCGAAGAATCCGCCGCAAAAACCAGAAGCGATTA
TTACGCCGGAGTATAAGGACGGAAAACTAAAAGCTGAGAAAACAGTAAATAATCCAGCTCCAAAATTAGGAGAAGAAGTA
GAGTATCGAATTACTTTCCGTAACGTAGTAGAGCATGGAAAAGTAGCGAAGGTGAAGATTAAGGATGAATTACCAACTGG
CTTAGAGTTTGTAGAAGGTAGTGAAAGAGCCGAGGGAGAGAATCCGAAACCGTTGTATGTGAAAGTGAAAAACGGAATCG
TCCTTGCGGAATATCCAGAAATTACGGATATGAAAGAAAGAAGTATCGTCTTTAAAGTGAAAGTGAAAGAAAAAGCTAAA
GTAGGCGAAGAGATTGTGAACAAGGCGATTGTGGAAGATACAATAAATCCACCAGAGCAACCGAATATCTCTATTCAGCC
TCAATATAAAGATGGTGCATTACAAGCAGAAAAAACAGTAAGTAATCATGAACCAAAGTTAGGAGAAGAAGTAGAATATC
GAATTAGCTTTGAAAATACGGTAGAGAACGGAAAACTAACTGAGGTAAAGGTAGAAGATGAAATTCCAGCCGGTTTAGAA
TACGTACAAGATAGTATAAAGTCTGATGGGCCGGAACCATATCCGGTGGAACTTAAAGTAGAGAATGGAAAAGTAACAGC
AAAGTATCCAGAAATTACGGATACGAAAAAAAGAAGTATCATCTTTAAAGTGAGAGTACAAGAGACGGTACAAGTAGGAA
AAGAGATTGTAAACAAGGCGATTGTTGATGATAATAATCCGACGCCGCCGCCAGTTGAGTCACTTATACCAATCACACCG
CAATATAAAGATGGGAAACTAGAGGCAAGGAAAGAAGTAAGTAATCATGAACCAAAGCTAGGGGAAGAAATTGAATATCG
AATTACTTTTAACGGCACAGTAGATGGCGGGAAGTTAGTTGATGTAAAGATTGAAGATGAAATTCCGTCTGGTTTAGAGT
ATGTGAAAGATAGTCTGGAGGCCGTAGGTGATAAGCCTGTGCCTACAGAACTTAAAGTAGAGAATGGAAAAGTAACAGTG
AAGTATCCAGAAATTACGGATACGAAAGAAAGAAGTGTCATCTTTAAAGTAAAGGTAAAAGAAACAGCAAAAGTTGGAGG
AGAAATAACAAATAAAGCGATTATTGAAGTGGATGATCCGAAACATCCAGTTATAGAACCGACAGCGAAAATAAAGCCAG
AATATAAAGATGGTAAGTTAACAGCAGCGATTACAGTAAGTAATAAAGAGCCAAAGCTAGGAGAAGAAGTAGAATACCGA
ATTAGCTTCAAAAATACGGGGGAAAACGGAAAACTAGATGTAGTTACAATAGAAGATGAAATTCCAGCCGGTTTAGAATA
CGTGCAAGGTAGTATTAGATTTGAAGGGGCTGAGCCAAATCCAATAGAGTTAAAAATGGAGTTTGGAAAAGTAATCGCCA
AGTATCTAGAAATTACAGATACGAAAGAACGTAGTATTATTTTTAACGCGAAGGTAAAAGAAGCGCCGAGTAAAGGGATA
ACAAATAAAGCAGTAGTGGACGATAAAATAAATCCGCCACTTGAGCCTACAGTTACAATTTTACCGAAAACAAAAGAAGA
TTTTAAGATACCAGAAGATCCGAAAGAGCCGAAGGAGCCAGAAGTGAAACCGGAGGATCCGAAAGAGCCGAAGGAGCCAG
AAGTGAAACCAGAAGATCCGAAAGAGCCGAAGGAGCCAGAAGTGAAACCGGAGGATCCGAAAGAGCCGAAGGAGCCAGAA
GTGAAACCGGAAGATCCGAAAGAACCGAAGGAACCAGAAGTGAAACCGGAAGATCCGAAAGAACCGAAGGAGCCAGAAGT
GAAACCGGAAGATCCGAAAGAACCGAAGGAGCCAGAAGTGAAACCAGAAGATCCGAAAGAGCCGAAGGAGCCAGAAGTGA
AACCGGAAGATCCGAAAGAACCGAAGGAGCCAGAAGTGAAACCGGAAGATCCGAAAGAACCGAAGGAGCCAGAAGTGAAA
CCAGAAGATCCGAAAGAGCCGAAGGAGCCAGAAGTGAAACCAGAAGATCCGAAAGAGCCGAAGGAGCCAGAAGTGAAACC
GGAAGATCCGAAAGAACCGAAGGAGCCAGAAGTGAAACCGGAAGTAAGATTGGAAAAATTAATTAAAGAGCCGCAAGTAA
AAACAGAAAGAGAATTACCGAAAACAGGGGCAGCGTCTCCATGGATGATGTCAGTTGGTGCTGGAATTTCATTCTTAGTT
GGCGGAGTATTATTCGTATTAGGTAGAAGAAGAAAACAATAA

Upstream 100 bases:

>100_bases
GTAGGTCGGATTGTTGCGAGTGGATATATATTGCTATGTATACGGCTACGAAATTAAGTAGACGGATAGCAAGCATATAG
AAAGGAGAAAGGTAAAAAAT

Downstream 100 bases:

>100_bases
TTTTTTTAGACGAAAAGCACACTGAGTTCGATAGTTTATCGAATTCAGTGTGCTTTCGTGGTATATAAAATAAAAGCTCC
TTCCACGTATGGAAGGAGCT

Product: cell surface protein

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>3373_residues
MKQVLKCFNVVTMITLLLSIILPSPSAFAEINKKSWDELQGNDVKIKAEQVNAEIYKGEVAKREHVFQYTIENTGATPIQ
ELVLKQNNENEITFLSQSVKVNGEKLPENKVADFYVEEKDKGGKVLSSNLKIRDLKSHEKMTVLIKASRTQHFNKEYKQK
ISVQKDKVQIGNMSVDVEGIPSEEKVAANADEEADSSKKEVGPSANNTIKKVDEKLKVSVEDKNNPTSKTELPKQPVTEA
EKQPEKEAVKQNVAEVQAAPENASKVQIQTGDKQGFGDPLYSTITAGNLVQTGNVTLGLTTDHYGRQSLGYKTNKMTVDV
DNDDSTFNSSTGAFPTIPAGSKVKKAYLFWTAAMGTPTYPSKEYRVSDADVREPVKMKMGNKGYAEVSADSIRKADYLPY
ISNYSGAGAGYVAYADVTNVIAQQGISQTVTVANVPQIKFEKGSGYYWGNWNLILVYENHKETVKDMKIWEGLVSQKSTA
WTDISVNKINTPKEGAFKAKFSYFSSQGDPAEKDGYAYDYGEYDFGAGYIKIKNINGKDNDANDSSMTEVQVDGTNEFVT
KKYPGYNPDWTNSFSTDIHTYHLEGPTQVKNDLKEGKMRFRAYAGTGDIYVLNNATFVTEHNAPNLQVDKKALDSTGKEI
KEIKAGEEFTYQIEVKNDTKNNQAPVSNVKGFDKLDDRLEYVPGSIQYISGSNKGNKTDDASDDEAEFVNNQIDFRVGEG
ANAKDGGVLKPGESAIITFKVKVKASVQSDTTVKNIVVVKGQDSTEVNYETADDADITVTTPKEIPGEIEAKKIASNKTP
KLGEEVEYRITFKNKTKDGRLDVLTIEDELPSNLEYVKDSLKAEGAKPEPVELKFENGKVIAKYPEIMDMEERSIVFKTK
VKETAKIGEEIVNKATVSDKTNPPKNLEEKITPQHKAGKIAAKKKATNKKPKLGEEVEYQISFQNTVENGKLDAVTIEDE
IPANLEFVQGSERAEGAEPNPVELKVENGKVIAKYPEIMDTKERSIAFKVKVKEEAKAGETIVNKAVVSEPNGQTEHPEE
KITPDYKYGKVDVEKSVTNQTPKLGEEVEYRITFYNTVENGKLEKVLVEDTLPKGVEYVKDSLKAEGIKPEPVELKVEDG
KVMAKYPEITDTEKRSIVFKVKVKDSAKVGEAIVNKAIAKDPKNEPVESKVVITPQSKKGEIAATKVVNNKKPKLGEEIE
YRISFHNTVENGKLEEVRVEDTIPKGLEYVENSIKAEGEAPGPVELAVENGIVKAKYIDIMDMKERSIVFKVKVKEEAKV
DKEIVNKAIVDDTKNPPIEPEERITPQHKDGIIDSKKTVDNPSPKLGEEVEYRISFKNTVENGKLEKVIIEDTIPNGLEY
VKGSEKAEGDKPAPLKLSVKDGKVIAEYENITDMKERSIVFKVKVKEEAEVGKEIINKAIVDDMKHPKEPEAKITPLHKD
GKIKAKKSVNNETPKLGEEVEYRISMKNTVKYGKLTDVIIEDTLPEGLEYVENSLKAEGVGTDSVELKFENGKVMAKYPE
IMDTEERSIVFKVKVKEGVTVGKKIINKATIDDSQNKPVNPTAEIIPQYKDGKLEAKKMVNNETPKLGEEVEYRISFKNT
VEHGKLTEVKIEDDLPNGLEYVKDSVKVEGSKPDPVELKFENGKVMAKYPEITDTKERSITFKVKVKGKVSDSIVNEAIV
SDTKHPPETPTAEIIPQHKDGKVKAKKTVNNETPKLGEEVEYRISFKNTVEDGKLAEVKIEDTLPEGLEYVENSVKAEGS
KPDPVELKFENGKVMAKYPEITDTEERSITFKVKVKDEVKVGKKIVNKAIIDDTKNEPETPTAEITPQHKDGKVEAKKTV
NNETPKLGEEVEYRISFKNTVENGKLAEVTIKDDLPNGLEYVKDSLRAEGSKPDPVELKVKDGKVIAKYPEIMDTEERSI
VFKAKVKEEFKVGEGIVNKVVVDDTKDPTTSEVTITPEYKDGKLKAEKFVNNKKPKLGEEVEYRISFKNTVENGKLVEVT
VEDEIPAGLEYVENSLQAEGSKPSPVELKFENGKVMAKYLEIADTKERSIIFKVKVKEEAEIGKEIVNKAIVVDTKNEPE
EPRVEITPQYKDGKIAAQKVANNHKPKLGEEVEYRISFKNTVENGKLVEVNIKDTLPNGLEYVEGSITAEGSKPKPVELQ
VKNNKVMAKYPEITDTEERSIVFKAKVKESVKVGEEIVNEAIIDDTKNLPEEPYVPITPQYKDGKIEARKEVSNHEPKLG
EEIEYRIIFNNTVKDGKLAEVKIEDEIPAGLEFVEGSEKAEGEEPKPVELKVENGKVMAKYSEIMDTKERSIVFKVKVKD
SVAIGKDITNKAIIHVDDPNHPVIDPTAKITPQYKDGKIATHKKVNNHKPKLGEEIEYRISFNNTVKDGKLAEVKIEDEI
PSGLEYVKDSLKAEGDKPAPVELKEEAGKVSAKYENITDMKERSIIFKVKVKDSVEVDKAIVNKAIVDDTKNPPERPEVE
ITPQHKDGKVKADKKVNKKDPKLGEEVEYRISFKNTVENGKLAEVKIEDQLPTGLEYVKDSLKSEGNEPAPVELKEEAGK
ITAKYENIIDTAERSIIFKVKVTEVAKVGKKIVNTAIVDDDNPKNPPQKPEAIITPEYKDGKLKAEKTVNNPAPKLGEEV
EYRITFRNVVEHGKVAKVKIKDELPTGLEFVEGSERAEGENPKPLYVKVKNGIVLAEYPEITDMKERSIVFKVKVKEKAK
VGEEIVNKAIVEDTINPPEQPNISIQPQYKDGALQAEKTVSNHEPKLGEEVEYRISFENTVENGKLTEVKVEDEIPAGLE
YVQDSIKSDGPEPYPVELKVENGKVTAKYPEITDTKKRSIIFKVRVQETVQVGKEIVNKAIVDDNNPTPPPVESLIPITP
QYKDGKLEARKEVSNHEPKLGEEIEYRITFNGTVDGGKLVDVKIEDEIPSGLEYVKDSLEAVGDKPVPTELKVENGKVTV
KYPEITDTKERSVIFKVKVKETAKVGGEITNKAIIEVDDPKHPVIEPTAKIKPEYKDGKLTAAITVSNKEPKLGEEVEYR
ISFKNTGENGKLDVVTIEDEIPAGLEYVQGSIRFEGAEPNPIELKMEFGKVIAKYLEITDTKERSIIFNAKVKEAPSKGI
TNKAVVDDKINPPLEPTVTILPKTKEDFKIPEDPKEPKEPEVKPEDPKEPKEPEVKPEDPKEPKEPEVKPEDPKEPKEPE
VKPEDPKEPKEPEVKPEDPKEPKEPEVKPEDPKEPKEPEVKPEDPKEPKEPEVKPEDPKEPKEPEVKPEDPKEPKEPEVK
PEDPKEPKEPEVKPEDPKEPKEPEVKPEDPKEPKEPEVKPEVRLEKLIKEPQVKTERELPKTGAASPWMMSVGAGISFLV
GGVLFVLGRRRKQ

Sequences:
NA

Specific function: NA

COG id: NA

COG function: NA

Gene ontology:

Cell location: NA

Metaboloic importance: NA

Operon status: NA

Operon components: NA

Similarity: NA

Homologues:

NA

Paralogues:

NA

Copy number: NA

Swissprot (AC and ID): NA

Other databases:

NA

Pfam domain/function: NA

EC number: NA

Molecular weight: NA

Theoretical pI: NA

Prosite motif: NA

Important sites: NA

Signals:

NA

Transmembrane regions:

NA

Cys/Met content:

NA

Secondary structure: NA

PDB accession: NA

Resolution: NA

Structure class: NA

Cofactors: NA

Metal ions: NA

Kcat value (1/min): NA

Specific activity: NA

Km value (mM): NA

Substrates: NA

Specific reaction: NA

General reaction: NA

Inhibitor: NA

Structure determination priority: NA

TargetDB status: NA

Availability: NA

References: NA