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Identifier: 57867198

GI number:

Start: 1365621

End: 1376699

Strand: Reverse

Name: Not Available

Synonym: SERP1316

Alternate gene names: NA

Gene position: NA

Preceding gene: 57867199

Following gene: 57867196

Centisome position: NA

GC content: NA

Gene sequence:

>11079_bases
ATGAATCTATTTAGAAAACAGAAATTTAGTATTAGAAAATTTAATATAGGTATTTTTTCAGCATTAATAGCTACAGTCGC
ATTTTTAGCTCATCCGGGGCAAGCAACAGCATCAGAACTGGAACCTTCTCAAAATAATGACACTACAGCTCAATCTGATG
GAGGGTTAGAAAACACATCTCAGTCTAATCCTATAAGTGAGGAAACCACAAATACATTATCTGGGCAAACAGTACCTTCA
TCTACTGAAAATAAGCAAACACAAAATGTTCCTAATCATAACGCTCAACCAATTGCAATAAATACTGAAGAAGCTGAATC
TGCTCAAACAGCATCTTATACCAATATCAATGAAAATAATGATACGAGTGACGATGGGTTACATGTTAATCAGCCGGCTA
AACATCATATTGAAGCCCAATCTGAAGATGTAACAAATCACACGAACTCAAATCATTCAAATTCATCGATTCCAGAAAAT
AAAGCTACAACAGAATCATCAAGTAAACCTAAAAAAAGAGGGAAAAGATCATTAGATACAAATAACGGAAATGACACGAC
AAGTACAACTCAAAATACGGATCCAAATTTAAGTAATACAGGTCCAAATGGCATTAACACTGTAATTACATTTGATGATT
TAGGAATTAAGACAAGTACTAATCGCTCTCGACCTGAGGTAAAGGTAGTTGATAGTCTAAATGGCTTTACAATGGTTAAT
GGTGGTAAGGTCGGTTTATTAAATAGTGTGTTAGAACGTACAAGCGTGTTTGATAGTGCCGATCCGAAAAATTATCAAGC
AATAGATAATGTCGTAGCCTTAGGACGTATTAAAGGAAATGATCCGAATGATCATGATGGTTTCAACGGTATAGAAAAAG
AATTTTCAGTGAACCCTAATTCTGAGATAATATTTTCATTTAATACAATGACTGCTAAAAACAGAAAAGGTGGAACTCAA
TTAGTTTTAAGAAATGCAGAAAATAATCAAGAAATTGCTTCAACTGATATTCAAGGAGGCGGCGTATATCGTTTATTCAA
GTTACCTGATAACGTACATAGGTTAAAAGTTCAATTTCTACCTATGAACGAAATACACTCAGATTTTAAAAGAATTCAAC
AGCTACATGATGGGTATAGATACTATTCTTTTATAGATACAATTGGTGTTAATTCTGGTTCACATCTATATGTGAAATCA
AGACAAGTTAACAAAAATGTAAAGAATGGTAAAGAATTTGAAGTTAATACTCGTATAGAGAATAATGGTAACTTCGCTGC
TGCTATAGGTCAAAATGAACTTACTTATAAAGTAACACTACCAGAAAATTTCGAATACGTTGATAATTCAACTGAAGTTT
CATTTGTTAACGGGAATGTGCCTAATTCTACGGTAAATCCGTTTTCAGTTAATTTCGATAGACAAAATCATACTTTAACG
TTTAGTAGTAATGGTTTAAATTTAGGAAGAAGTGCTCAGGATGTTGCTAGATTCTTGCCCAATAAAATACTAAATATTAG
ATACAAGCTTAGACCTGTCAACATCTCAACGCCACGTGAAGTGACTTTCAATGAAGCAATTAAATATAAGACATTTTCTG
AATATTACATTAACACTAATGACAATACTGTTACTGGTCAACAAACACCTTTCAGTATTAATGTCATCATGAATAAAGAC
GATTTATCAGAACAGGTCAATAAGGATATCATCCCATCGAACTATACACTTGCTTCTTATAATAAATATAATAAGTTGAA
AGAACGTGCTCAGACTGTTCTGGATGAAGAAACAAACAATACACCTTTTAACCAAAGATACTCTCAAACTCAAATTGATG
ATTTGTTACACGAATTACAAACAACACTAATAAATCGTGTGAGTGCTTCGAGAGAAATTAATGATAAAGCTCAAGAAATG
ACTGATGCTGTATATGATAGTACAGAATTAACTACTGAAGAAAAAGATACATTAGTTGATCAAATTGAAAATCATAAAAA
TGAAATTTCTAATAACATTGATGATGAACTTACAGATGATGGTGTTGAAAGAGTCAAAGAGGCTGGATTACATACTCTAG
AAAGTGATACTCCACATCCAGTAACAAAACCAAATGCACGACAAGTTGTGAATAACAGAGCAGATCAACAAAAGACGCTT
ATACGTAACAATCATGAGGCAACTACCGAAGAACAAAATGAAGCGATTAGACAAGTTGAGGCACATTCATCTGATGCTAT
CGCCAAAATAGGTGAGGCAGAAACAGATACCACTGTAAATGAAGCTAGAGACAATGGTACGAAATTAATAGCTACAGATG
TTCCAAATCCAACTAAAAAAGCAGAAGCTAGAGCGGCAGTTACCAACAGTGCAAATTCAAAAATTAAGGATATCAACAAT
AATACACAAGCAACATTAGACGAGAGAAATGATGCTATCGCACTTGTTAATAGATCAAAAGATGAAGCAATTCAAAATAT
TAACACTGCACAAGGTAATGATGATGTCACTGAAGCACAAAATAATGGAACGAATACGATACAACAAGTACCATTAACTC
CAGTGAAAAGACAAAATGCAATAGCAACTATCAATGCTAAAGCGGATGAACAAAAACGTTTAATTCAAGCAAACAATAAT
GCAACGACTGAAGAAAAAGCTGATGCAGAGCGTAAAGTTAATGAAGCAGTCATAACTGCAAATCAAAATATTACCAATGC
AACTACTAATAGAGATGTTGATCAAGCACAAACAACTGGAAGTGGTATCATATCTGCTATTAGTCCTGCAACGAAGATTA
AAGAGGATGCACGTGCAGCAGTAGAAGCTAAAGCTATTGCACAAAATCAACAAATTAATTCAAATAATATGGCAACAACT
GAAGAAAAGGAGGATGCATTAAATCAAGTAGAAGCACATAAGCAGGCCGCAATAGCAACTATCAATCAAGCGCAGTCAAC
TCAGCAAGTTTCTGAAGCTAAGAATAATGGCATAAATACTATTAATCAAGATCAACCTAACGCAGTTAAGAAAAATAATA
CAAAAATAATATTAGAACAAAAAGGAAACGAGAAAAAGTCAGCAATAGCTCAAACACCTGATGCTACCACTGAAGAGAAA
CAAGAAGCTGTCAGTGCTGTTTCGCAAGCTGTTACCAATGGCATTACCCATATCAACCAAGCAAATTCTAATGATGATGT
TGATCAAGAACTTAGTAATGCAGAACAAATTATTACTCAAACTAATGTCAATGTTCAAAAAAAACCTCAAGCCAGACAAG
CATTGATTGCTAAAACAAATGAAAGGCAGAGTACGATTAATACTGACAATGAAGGCACTATAGAAGAAAAACAAAAAGCA
ATTCAAAGTTTGAATGATGCTAAAAATTTAGCTGATGAACAAATTACACAGGCTGCTTCTAATCAAAATGTCGACAACGC
CTTAAATATAGGTATAAGTAATATCAGTAAAATACAGACTAATTTCACTAAAAAGCAACAAGCTAGAGACCAAGTAAATC
AAAAGTTCCAAGAAAAAGAAGCTGAGTTAAATTCAACACCTCATGCAACTCAAGATGAAAAACAAGATGCGTTAACTAGA
TTAACACAAGCAAAGGAAACTGCACTCAACGACATAAATCAAGCACAAACAAATCAAAATGTGGATACAGCACTTACTAG
TGGAATTCAAAATATTCAAAATACACAAGTTAATGTTAGGAAAAAGCAAGAAGCCAAAACTACGATTAATGATATTGTTC
AACAACATAAACAAACTATACAAAATAATGATGATGCTACAACTGAAGAGAAGGAAGTCGCAAATAATTTAGTTAATGCA
TCACAGCAAAATGTAATTAGTAAGATTGATAATGCTACAACGAATAATCAAATTGATGGTATTGTGAGTGATGGTAGACA
AAGCATAAATGCAATTACACCTGATACATCAATTAAAAGAAATGCTAAAAATGATATTGATATTAAAGCAGCTGATAAGA
AAATAAAAATTCAAAGAATAAATGATGCTACAGATGAAGAAATTCAAGAAGCGAATCGTAAAATTGAAGAAGCTAAGATT
GAAGCAAAAGATAATATTCAACGCAATAGTACTAGAGATCAAGTAAATGAAGCGAAAACTAATGGAATAAATAAAATAGA
AAATATAACACCAGCAACTACTGTGAAATCTGAAGCTAGACAAGCAGTACAGAATAAAGCAAATGAACAGATTAATCATA
TTCAAAACACGCCTGATGCAACTAATGAAGAAAAACAAGAGGCAATAAATAGAGTAAGTGCTGAATTAGCAAGAGTTCAA
GCACAAATAAATGCAGAACATACAACCCAAGGTGTCAAAACTATCAAAGACGACGCGATAACTTCTTTATCTCGAATTAA
TGCACAAGTTGTTGAGAAAGAGTCTGCAAGAAATGCAATCGAACAAAAGGCAACACAACAAACGCAATTTATTAATAATA
ATGATAATGCTACAGATGAAGAAAAAGAGGTCGCCAACAATTTAGTTATCGCTACAAAACAAAAATCATTAGATAATATT
AACTCCTTATCTTCAAATAATGATGTTGAAAATGCTAAAGTAGCAGGAATAAATGAAATAGCTAACGTTTTACCAGCAAC
CGCTGTTAAGTCAAAAGCAAAAAAAGATATTGATCAAAAACTCGCGCAACAGATTAATCAAATTCAAACGCATCAAACTG
CTACAACTGAGGAAAAAGAAGCGGCTATTCAATTGGCAAATCAAAAATCAAATGAAGCAAGAACAGCAATTCAAAATGAA
CATAGTAACAATGGTGTCGCACAAGCTAAATCTAACGGCATTCATGAAATTGAATTAGTTATGCCAGATGCGCACAAAAA
ATCTGATGCTAAACAAAGTATCGATAATAAATATAATGAGCAAAGTAATACTATCAACACTACACCAGATGCAACAGATG
AAGAAAAGCAAAAAGCATTAGATAAATTAAAAATAGCTAAAGATGCAGGATACAACAAAGTTGATCAAGCGCAAACAAAC
CAACAAGTATCTGATGCAAAAACTGAGGCTATAGATACGATAACTAATATTCAAGCAAATGTTGCAAAAAAACCATCCGC
TCGAGTGGAATTAGATTCAAAGTTTGAGGATTTAAAGCGTCAAATCAATGCAACGCCCAATGCTACAGAAGAAGAAAAAC
AAGATGCAATTCAAAGATTGAATGGTAAAAGAGATGAAGTTAAGAATCTAATAAATCAAGATAGACGTGACAATGAAGTT
GAACAGCACAAAAATATTGGACTTCAAGAATTAGAAACGATTCATGCTAATCCAACTAGAAAATCTGATGCGCTCCAAGA
GTTACAAACTAAATTTATTTCACAAACAGAGTTAATTAATAATAACAAAGATGCAACTAATGAAGAAAAAGATGAAGCCA
AACGACTTCTTGAGATTAGTAAAAATAAAACTATAACAAATATCAATCAAGCGCAAACTAATAATCAAGTTGATAATGCT
AAAGATAACGGCATGAATGAGATTGCTACCATAATACCAGCAACAACAATTAAAACAGATGCAAAAACGGCTATTGATAA
AAAAGCTGAGCAACAAGTTACAATCATCAATGGTAACAACGATGCAACAGATGAAGAAAAAGCAGAGGCTAGAAAGCTGG
TTGAAAAAGCGAAAATTGAAGCCAAATCTAATATTACAAATAGTGATACTGAAAGGGAAGTCAATGGTGCTAAAACCAAT
GGGTTAGAAAAAATAAACAATATTCAACCATCAACTCAAACTAAAACAAATGCTAAGCAAGAAATAAATGACAAAGCTCA
AGAACAATTAATCCAAATTAATAACACGCCTGATGCAACCGAAGAAGAAAAGCAAGAGGCAACAAATAGAGTCAATGCTG
GATTAGCACAAGCAATACAAAATATTAATAATGCACATAGTACTCAAGAAGTAAATGAATCTAAAACAAATAGTATTGCT
ACAATCAAGAGTGTACAACCCAATGTGATCAAAAAACCGACTGCTATAAATAGTTTGACTCAAGAAGCTAATAATCAAAA
GACGTTAATAGGTAATGATGGTAATGCTACTGATGATGAAAAAGAGGCTGCAAAGCAATTAGTGACCCAAAAATTAAATG
AACAAATTCAAAAAATTCATGAAAGTACACAAGATAATCAAGTTGATAACGTAAAAGCACAAGCTATCACTGCAATTAAA
TTGATTAATGCAAATGCACATAAAAGACAAGATGCCATTAATATTTTGACTAATCTAGCTGAAAGTAAAAAATCAGATAT
AAGAGCCAATCAAGATGCAACTACTGAAGAGAAAAATACGGCAATACAATCTATAGATGATACGTTAGCACAAGCACGTA
ACAATATTAATGGTGCAAATACAAATGCGTTAGTGGATGAGAATTTAGAAGATGGTAAGCAAAAGTTACAACGTATTGTG
TTGTCAACTCAAACTAAAACACAAGCTAAAGCAGACATTGCTCAAGCAATAGGTCAACAAAGGTCGACAATAGACCAGAA
TCAAAATGCTACAACAGAAGAAAAACAAGAAGCCCTTGAGAGACTTAATCAAGAAACAAATGGAGTCAATGATAGAATAC
AAGCAGCTTTAGCAAATCAAAATGTTACAGACGAAAAAAATAATATATTAGAAACAATAAGAAATGTTGAACCTATTGTA
ATTGTAAAACCAAAGGCTAATGAAATAATTAGAAAAAAAGCTGCGGAACAAACGACTTTAATAAATCAAAATCAAGATGC
GACACTAGAAGAAAAACAAATAGCACTTGGCAAATTAGAAGAAGTAAAGAATGAAGCGTTAAATCAAGTATCACAGGCAC
ACTCAAATAATGATGTGAAAATTGTGGAAAATAATGGAATTGCTAAAATTTCTGAGGTCCATCCTGAGACTATAATTAAA
CGTAATGCTAAACAAGAAATTGAACAAGATGCGCAAAGTCAAATTGATACTATCAATGCAAATAATAAATCAACTAATGA
AGAAAAATCAGCCGCTATAGATAGAGTTAATGTAGCTAAAATTGATGCTATTAACAATATTACTAATGCTACAACTACAC
AATTAGTTAATGATGCTAAAAATAGTGGTAACACGAGTATTAGCCAAATATTACCAAGTACAGCAGTCAAAACTAATGCA
TTAGCAGCTCTAGCTAGCGAAGCTAAAAATAAAAACGCTATAATAGATCAAACACCAAATGCGACAGCAGAAGAAAAAGA
AGAAGCAAATAATAAAGTTGATCGTCTTCAAGAAGAAGCAGATGCTAATATCCTAAAAGCACACACTACTGATGAAGTTA
ATAATATTAAAAATCAAGCTGTTCAAAATATTAACGCTGTTCAAGTTGAAGTTATCAAGAAACAAAACGCTAAAAACCAA
TTAAATCAATTCATTGATAATCAAAAGAAAATTATTGAAAATACGCCTGATGCAACACTAGAAGAAAAAGCTGAAGCTAA
TAGATTGCTTCAAAATGTACTAACTTCCACATCAGATGAAATTGCTAATGTAGATCATAACAACGAGGTTGATCAAGCTT
TAGATAAAGCTAGACCAAAAATCGAGGCAATTGTACCACAAGTTAGTAAGAAACGAGATGCTTTAAATGCAATCCAAGAA
GCATTTAATTCACAAACTCAAGAAATACAAGAGAACCAAGAAGCTACGAATGAAGAAAAAACTGAAGCATTAAATAAAAT
AAACCAATTACTTAATCAGGCTAAAGTAAATATTGATCAAGCACAGTCAAATAAAGATGTAGATAGTGCGAAAACACGTA
GTATTCAAGATATAGAGCAAATTCAACCACATCCACAAACAAAAGCAACCGGGCGTCACAGATTAAATGAAAAAGCTAAC
CAACAACAAAGTACTATTGCAACTCATCCTAATTCAACAATTGAAGAAAGACAGGAAGCAAGTGCAAAACTACAAGAAGT
TCTTAAAAAAGCCATAGCTAAAATAGATAAAGGTCAAACCAATGATGATGTAGAAAAGACTGTAGTAAACGGAATAGCTG
AAATTGAAAATATATTACCTGCTACTACAGTTAAAGATAAAGCTAAAGCTGATGTAAATGCTGAAAAAGAGGAGAAAAAC
CTACAAATTAATAGTAATGATGAAGCAACGACTGAAGAAAAATTAGTTGCTAGTGACAATTTAAATCACGTTGTCGAGAC
AACAAATCAAGCTATTGAGGATGCACCAGATACCAACCAAGTGAATGTAGAAAAGAACAAAGGTATAGGTACAATTAGAG
ATATTCAACCACTTGTAGTTAAAAAACCTACTGCCAAATCTAAAATTGAAAGCGCAGTAGAAAAAAAGAAAACTGAAATT
AATCAAACACAAAATGCAACTCATGATGAAGTAAGAGAGGGTTTAAATCAGTTAAATCAAATTCATGAAAAAGCCAAAAA
TGATGTAAATCAATCTCAAACTAATCAGCAAGTTGAAAATGCTGAGCAAAATAGTTTAGATCAAATCAATAACTTCAGAC
CAGATTTTAGTAAAAAACGTAATGCAGTAGCTGAAATTGTTAAAGCGCAACAAAACAAAATTGATGAAATAGAGCAAGAA
TTTAGTGCTACACAAGAGGAAAAAGACAATGCTTTACAACATTTAGATGAACAGGTTAAAGAAATCATTAATTCTATAAA
TCAAGCTAATACAGATAATGAAGTAGATAATGCTAAAACTTCTGGGTTGAATAACATAACTGAATACAGACCAGAATATA
ATAAAAAGAAAAATGCTATATTAAAATTATATGATGTTTCAGATACTCAAGAAGCTATAATTAATGGTTATCCTGATGCA
ACTGAAGATGAACTTCAAGAAGCTAATAGTAAGTTAAATAAAATACTTTTAGATGCAAAAAAACAAATTGGTCTTGCGCA
CACAAATAATGAAGTTGATGATATTTATAATGAAGTTTCCCAAAAAATGAAAACTATTTTACCACGTGTAGATACAAAAG
CGGTAGCACGTTCTGTACTTAATGCACTTGCTAAACAATTGATTAAAACTTTTGAAAATACTGCAGATGTTACTCACGAG
GAACGTAATGATGCGATTAATCATGTAAAAGAACAATTATCTTTAGTATTCAATGCCATTGAAAAAGACCGAAAAGATAT
ACAAGTTGCGCAAGATGAATTATTTGGATTAAATGAATTAAATAGTATATTTATCAACATAACTCAAAAGCCAACTGCCA
GAAAAGCAATTAGTGGTATGGCGAGTCAATTAAACAACTCTATCAATAATACGCCATATGCTACAGAAGAAGAACGACAA
ATTGCACTGAATAAAGTTAAGGCGATTGTTGATGATGCAAATGAAAAAATACGAGAAGCTAACACTGATAGCGAAGTACT
TGGAACAAAATCAAACGCAATAACATTGTTACAAGCAATCAGTGCGGATGTACAAGTTAAACCACAAGCATTTGAAGAAA
TCAATGCACAAGCTGAAATTCAAAGAGAACGAATTAATGGAAATAGTGATGCGACAAGAGAAGAAAAAGAAGAAGCTTTA
AAACAAGTTGATACATTAGTAAATCATTCATTTATTACAATTAATAATGTTAATAAAAATCAAGAAGTTTATGATACTAA
AGACAAAACGATTGAAGCTATTCATAAAATCAAACCAATATCAACTATCAAACCACAAGCATTAAATGAAATCACTATTC
AACTAGACACTCAACGTGATTTAATAAAGAATAATAAAGAGTCTACAGTTGAAGAAAAAGCCTCGGCTATCGATAAATTA
ATTAAAACTGCAGCAAGAATAGCCGAATCAATAGATAAAGCTCAAACAAATGAAGAAGTTAAAAATATTAAAAAACAAAG
TATTGATGAAATTTCTAAAATACTACCTGTTATTGAAATTAAATCAGCTGCAAGAAATGAAATTCATCAAAAAGCAGAAG
TTATTCGCGGATTAATTAATGATAATGAAGAAGCGACTAAAGAAGAAAAAGATATCGCATTAAATCAATTAGACACAACT
CTAACACAAGCAAATGTTTCAATTGACCAAGCATTAACAAATGAAGCTGTTAATAGAGCTAAAGAAATAGCAAATTCTGA
AATTAATAAAATTTCTGTCATTGCCATTAAAAAGCCTGAAGCTATAGCAGAAATTCAAGAACTAGCAGATAAAAAATTAA
ATAAATTTAAACAAAGTCAAGAAGCTACTATTGAAGAAAAGCAATCAGCTATCAATGAATTAGAACAAGCTTTAAAATCA
GCTATTAATCATATTCATCAATCTCAAAATAATGAATCAGTGAGCGCTGCATTAAAAGAAAGTATATCTTTAATAGACTC
GATTGAAATTCAAGCACATAAAAAATTAGAAGCTAAAGCATACATTGATGGATATAGTGACGATAAAATTAATGACATAT
CTTCTAGAGCGACTAACGAAGAAAAACAAATATTTGTAAGTAAACTTAAAGCATTAATCAATCGTACACATAAACAGATT
GACGAAGCTGAAACATTTGTTTCAGTTGAAACAATTGTCCGAAACTTTAAAGTTGAAGCGGATAAATTAAACTCAATTGT
ACGTAAAAAAGCTAAAGCATCGAAGGAAATTGAATTAGAAGCAGACCATGTAAAGCAAATGATAAATGCAAATTTAAGTG
CTAGTACTAGAGTGAAACAAAATGCTCGTACATTGATAAATGAAATTGTTAGTAACGCTTTAAGTCAACTTAATAAAGTA
ACCACAAATAAAGAAGTTGATGAAATAGTTAACGAAACGATTGAAAAACTTAAGTCAATACAAATAAGAGAAGATAAAAT
ATTGAGTAGTCAACGTTCATCAACATCTATGACGGAAAAATCTAATCAATGTTATAGTTCCGAGAATAATACAATTAAAT
CTCTACCAGAGGCAGGAAATGCTGATAAATCACTACCATTAGCAGGAGTTACTTTAATATCTGGTTTAGCAATCATGTCC
TCACGTAAAAAGAAAAAAGATAAAAAAGTAAATGACTAA

Upstream 100 bases:

>100_bases
TGATTAAATGAGCGATATTGGGATGAGTCATTACTTTAAATATTTTTCAAAGTTCATTAGACATACATCATAAAGAATTT
ACAACTAGGAGGCCAATTTA

Downstream 100 bases:

>100_bases
ATTTATAAATCACAAAACCGGAGATATCAATTGATAAACTCCCTTCAAAGTAGACATTAATATAATGAAAACTTTGAAGG
GAGTATTTTTAGATATTCAA

Product: cell wall surface anchor family protein

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>3692_residues
MNLFRKQKFSIRKFNIGIFSALIATVAFLAHPGQATASELEPSQNNDTTAQSDGGLENTSQSNPISEETTNTLSGQTVPS
STENKQTQNVPNHNAQPIAINTEEAESAQTASYTNINENNDTSDDGLHVNQPAKHHIEAQSEDVTNHTNSNHSNSSIPEN
KATTESSSKPKKRGKRSLDTNNGNDTTSTTQNTDPNLSNTGPNGINTVITFDDLGIKTSTNRSRPEVKVVDSLNGFTMVN
GGKVGLLNSVLERTSVFDSADPKNYQAIDNVVALGRIKGNDPNDHDGFNGIEKEFSVNPNSEIIFSFNTMTAKNRKGGTQ
LVLRNAENNQEIASTDIQGGGVYRLFKLPDNVHRLKVQFLPMNEIHSDFKRIQQLHDGYRYYSFIDTIGVNSGSHLYVKS
RQVNKNVKNGKEFEVNTRIENNGNFAAAIGQNELTYKVTLPENFEYVDNSTEVSFVNGNVPNSTVNPFSVNFDRQNHTLT
FSSNGLNLGRSAQDVARFLPNKILNIRYKLRPVNISTPREVTFNEAIKYKTFSEYYINTNDNTVTGQQTPFSINVIMNKD
DLSEQVNKDIIPSNYTLASYNKYNKLKERAQTVLDEETNNTPFNQRYSQTQIDDLLHELQTTLINRVSASREINDKAQEM
TDAVYDSTELTTEEKDTLVDQIENHKNEISNNIDDELTDDGVERVKEAGLHTLESDTPHPVTKPNARQVVNNRADQQKTL
IRNNHEATTEEQNEAIRQVEAHSSDAIAKIGEAETDTTVNEARDNGTKLIATDVPNPTKKAEARAAVTNSANSKIKDINN
NTQATLDERNDAIALVNRSKDEAIQNINTAQGNDDVTEAQNNGTNTIQQVPLTPVKRQNAIATINAKADEQKRLIQANNN
ATTEEKADAERKVNEAVITANQNITNATTNRDVDQAQTTGSGIISAISPATKIKEDARAAVEAKAIAQNQQINSNNMATT
EEKEDALNQVEAHKQAAIATINQAQSTQQVSEAKNNGINTINQDQPNAVKKNNTKIILEQKGNEKKSAIAQTPDATTEEK
QEAVSAVSQAVTNGITHINQANSNDDVDQELSNAEQIITQTNVNVQKKPQARQALIAKTNERQSTINTDNEGTIEEKQKA
IQSLNDAKNLADEQITQAASNQNVDNALNIGISNISKIQTNFTKKQQARDQVNQKFQEKEAELNSTPHATQDEKQDALTR
LTQAKETALNDINQAQTNQNVDTALTSGIQNIQNTQVNVRKKQEAKTTINDIVQQHKQTIQNNDDATTEEKEVANNLVNA
SQQNVISKIDNATTNNQIDGIVSDGRQSINAITPDTSIKRNAKNDIDIKAADKKIKIQRINDATDEEIQEANRKIEEAKI
EAKDNIQRNSTRDQVNEAKTNGINKIENITPATTVKSEARQAVQNKANEQINHIQNTPDATNEEKQEAINRVSAELARVQ
AQINAEHTTQGVKTIKDDAITSLSRINAQVVEKESARNAIEQKATQQTQFINNNDNATDEEKEVANNLVIATKQKSLDNI
NSLSSNNDVENAKVAGINEIANVLPATAVKSKAKKDIDQKLAQQINQIQTHQTATTEEKEAAIQLANQKSNEARTAIQNE
HSNNGVAQAKSNGIHEIELVMPDAHKKSDAKQSIDNKYNEQSNTINTTPDATDEEKQKALDKLKIAKDAGYNKVDQAQTN
QQVSDAKTEAIDTITNIQANVAKKPSARVELDSKFEDLKRQINATPNATEEEKQDAIQRLNGKRDEVKNLINQDRRDNEV
EQHKNIGLQELETIHANPTRKSDALQELQTKFISQTELINNNKDATNEEKDEAKRLLEISKNKTITNINQAQTNNQVDNA
KDNGMNEIATIIPATTIKTDAKTAIDKKAEQQVTIINGNNDATDEEKAEARKLVEKAKIEAKSNITNSDTEREVNGAKTN
GLEKINNIQPSTQTKTNAKQEINDKAQEQLIQINNTPDATEEEKQEATNRVNAGLAQAIQNINNAHSTQEVNESKTNSIA
TIKSVQPNVIKKPTAINSLTQEANNQKTLIGNDGNATDDEKEAAKQLVTQKLNEQIQKIHESTQDNQVDNVKAQAITAIK
LINANAHKRQDAINILTNLAESKKSDIRANQDATTEEKNTAIQSIDDTLAQARNNINGANTNALVDENLEDGKQKLQRIV
LSTQTKTQAKADIAQAIGQQRSTIDQNQNATTEEKQEALERLNQETNGVNDRIQAALANQNVTDEKNNILETIRNVEPIV
IVKPKANEIIRKKAAEQTTLINQNQDATLEEKQIALGKLEEVKNEALNQVSQAHSNNDVKIVENNGIAKISEVHPETIIK
RNAKQEIEQDAQSQIDTINANNKSTNEEKSAAIDRVNVAKIDAINNITNATTTQLVNDAKNSGNTSISQILPSTAVKTNA
LAALASEAKNKNAIIDQTPNATAEEKEEANNKVDRLQEEADANILKAHTTDEVNNIKNQAVQNINAVQVEVIKKQNAKNQ
LNQFIDNQKKIIENTPDATLEEKAEANRLLQNVLTSTSDEIANVDHNNEVDQALDKARPKIEAIVPQVSKKRDALNAIQE
AFNSQTQEIQENQEATNEEKTEALNKINQLLNQAKVNIDQAQSNKDVDSAKTRSIQDIEQIQPHPQTKATGRHRLNEKAN
QQQSTIATHPNSTIEERQEASAKLQEVLKKAIAKIDKGQTNDDVEKTVVNGIAEIENILPATTVKDKAKADVNAEKEEKN
LQINSNDEATTEEKLVASDNLNHVVETTNQAIEDAPDTNQVNVEKNKGIGTIRDIQPLVVKKPTAKSKIESAVEKKKTEI
NQTQNATHDEVREGLNQLNQIHEKAKNDVNQSQTNQQVENAEQNSLDQINNFRPDFSKKRNAVAEIVKAQQNKIDEIEQE
FSATQEEKDNALQHLDEQVKEIINSINQANTDNEVDNAKTSGLNNITEYRPEYNKKKNAILKLYDVSDTQEAIINGYPDA
TEDELQEANSKLNKILLDAKKQIGLAHTNNEVDDIYNEVSQKMKTILPRVDTKAVARSVLNALAKQLIKTFENTADVTHE
ERNDAINHVKEQLSLVFNAIEKDRKDIQVAQDELFGLNELNSIFINITQKPTARKAISGMASQLNNSINNTPYATEEERQ
IALNKVKAIVDDANEKIREANTDSEVLGTKSNAITLLQAISADVQVKPQAFEEINAQAEIQRERINGNSDATREEKEEAL
KQVDTLVNHSFITINNVNKNQEVYDTKDKTIEAIHKIKPISTIKPQALNEITIQLDTQRDLIKNNKESTVEEKASAIDKL
IKTAARIAESIDKAQTNEEVKNIKKQSIDEISKILPVIEIKSAARNEIHQKAEVIRGLINDNEEATKEEKDIALNQLDTT
LTQANVSIDQALTNEAVNRAKEIANSEINKISVIAIKKPEAIAEIQELADKKLNKFKQSQEATIEEKQSAINELEQALKS
AINHIHQSQNNESVSAALKESISLIDSIEIQAHKKLEAKAYIDGYSDDKINDISSRATNEEKQIFVSKLKALINRTHKQI
DEAETFVSVETIVRNFKVEADKLNSIVRKKAKASKEIELEADHVKQMINANLSASTRVKQNARTLINEIVSNALSQLNKV
TTNKEVDEIVNETIEKLKSIQIREDKILSSQRSSTSMTEKSNQCYSSENNTIKSLPEAGNADKSLPLAGVTLISGLAIMS
SRKKKKDKKVND

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