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Identifier: 220929782

GI number:

Start: 2809055

End: 2820142

Strand: Reverse

Name: Not Available

Synonym: Ccel_2378

Alternate gene names: NA

Gene position: NA

Preceding gene: 220929783

Following gene: 220929781

Centisome position: NA

GC content: NA

Gene sequence:

>11088_bases
ATGATAAATAAATCAATGAAGCTGAAAGATATAAAAATAGATAAATTGCCGGATCTTAAGAATATCAGCTTTGAGGAAGT
ATCAACACAAGATGTGGCTATAATAGGAATTTCCGGTAAATTTGCTTCCTGTGGCAATATGGATGAATTCTATGTCAGCC
TGCGGAACGGTGATAATCTGGTCGGTAAGTTTCCGCAAAGAAGAAAGCAGGATATCGACACCATACTTCGTTACATGGGA
ATATCTGAGAAAGAAACGGTGTATTATGAAGGGGCTTTTTTAAATGAGATAGACAAGTTTGACTGTAGTCTGTTCAATAT
ATCACCTAAAGAAGCCGGGCTTATGGACCCAAACCAGAGACTCTTTTTGCAGACTGCCTGGAATGCAATAGAGGATTCTG
GATACGGAGGCGACAGGTTAAGGAGTTCAAGAACGGGGGTTTATGTTGGCTACTGCGGGGATTTTAATGAGGATTACAGA
AAGTATGTACAGCTAATGGACCCTTCAATGGCTGCCCTTTCTGTAACAGGTAATATAAAATCCATAGTTGCCAGCAGGAT
TTCATATCTACTGGATTTAAAAGGCCCAAGTATGCTTGTGGATACAGCATGTTCATCAACCCTTGTAGCTATTCATTTAG
CATGTCAGGCATTAAGAAAGGGAGAGTGTGAAACAGCAATAGCGGGTGGGGTTAAACTTATCTTATTGCCGGTGGATAAT
AATCCTCAGAACGGTATAGGAATAGAGTCATCATCCGGTGTAACAAGATCCTTTGATGAATACTCAGACGGAACAGGCTT
CGGAGAGGGAGTAGCAGCAATAGTTCTGAAGCCTCTGAAAAAAGCAATTGAAGACAGGGATAACATTTATTCAATAATAA
AAGGCAGTGCGGTCAATCAGGATGGAACATCAATGGGAATTACGGTGCCTAATGCTCAAGCTCAGTCGGATGTAATAATA
AGAGCATGGAAGGATGCCAAAATAGACCCTGAGACAATATCCTATATAGAAGCCCACGGAACAGGGACAAATCTAGGAGA
CCCAGTTGAAATAGACGGTATCGAAATGGCATTTGCCCAATATACCAACAAAAAACAATTTTGTGCTGTGAGTTCCGTAA
AAACAAATATTGGACATCTTGACAGTGCGGCAGGCATAGCAGGACTTTTGAAAGCCGTGTTGTCTCTGAAACACAAGGAA
CTGTTTCCAAGTCTGCATTTTGACAGACCCAACCAAAAAATAAATTTTCAAAATTCTCCTGTATATATAAATGATTCACT
GGAGCAATGGGAAAATCACGGTGGACCAAGACGTTGTGGGATCAGTTCTTTCGGATTAAGCGGGACAAACTGTCATTTAG
TATTGGAAGAACCACCCCAGATAAAATCCATTCCGGAGGAATCACCGGGTTGTAATTACCACATTTTTACACTATCCTCA
CAAAACATCAATGGTTTGATGGAGCAGCTTAAAAATTATGAAAAATACCTTAACAGAGAGAGGGAAGTCAGTCTGGGGAG
TCTTTGTTCCACCACAAACACCGGACGGGGACATTACAATTTCAGACTGGCCTTTGTAATTACTAGCAAAAATGAACTCA
AGGAAAAGATTCAAAAGCTTTCTACGGGTGGATTGGAAAATTTCGAAAAGTACGGTGTTTACTTCGGTAAACACAAGATT
GTTGATAAAGAAAAGGAGTCACGAGGAAATAACGAGTATTCCCAAGAAGAAATAGCTGATTTGAGCCTTCAAACTGAAAC
ATATCTGAATGAGGCTATAAACAATGAAAGTCAGCAAAAAAAGGTTTCCCTTGAAAATATCTGTGCTCTTTATGTAAATG
GAGCGAATGTGCAGTGGAATAGGCTTTATAAAAGCGGATCATATGCAAAAGTCAGCCTCCCGGGGTACTCCTTTATGAAA
AAAAGGTGCTGGATAGAGCACGAAAATTCAAACAGCCACAATTCAAAGCATCCATTAATAGACAAGCATATTCTTGAATC
TGTGGATTTGGATGTATTCTCTACTACATTCAAAGTGGACAGGCAATGGGTTCTCAATGAACATCAAATAGGCAGCAATT
ATGTTGCTCCCGGTACTACTTATCTGGAAATGATCAGGGAGGCGAGCCGAAAGCATTTCGGAAACCATCCTTTGAAAATG
CAGCAGGTAACATTTATACATCCACTTATATTAAAAGCTGATGAAGAAAAAGAAGTACATACAATAATAAAAAGGGATGA
AGATACCCTTGAATATACCATCGCAAGTAAACAGAAGGAAAATGGACAGTGGCTGAAGCATTCTACAGGTGCAGTAGCGG
GAATTCCCAAAGAGGATGCAAGCTCCCTTAGTTTTGACTTTGAAAAGATAAAAGAAGCCTGCCCTAACGTAATAGATATA
GGGAATATGGGAAGCAGGGAGGGCATACTCAGGTTAGGACCCAGATGGGATACCCTAAAGGCAATGTACACTGGGGACAG
AATGGCCTTGGCGTGTTTTGAACTGGGAGAAGAATATTCGGAGGATCTGAGCAAGTACCACATGTATCCTTCACTTATGG
ATTGTGCAGTTAATATCGCTAACATGAGTGTGGGAGAAGGGCTGTATCTGCCTCTGTCCTATGGAAGCCTGAAGATATAT
GAAACATTACCCCGAAGTTTTTATAGCTATTTAGTAAGAAAAGACAATATGTCCTTAAATAATGAAATAGCTATCTTTGA
TATAAAGCTTATGGATGAATATGGAAAAGCACTGGCGGAAATAGAAGATTATTCTGTTAAAAAGGTTCATAATACGGGGC
TTGAAGCGGAAGACCCTGACAACCTTTTTTATAAAACCGGATGGGAGAAACAGGAGCAGGAATTTTTGACAGGTGAGAAT
GCTGATTTTTCAGGTGTTACGATTATATTCAATGATGAATATGGTATGGGTGAGGAATTGGCACAAAAACTAAGAGCAGC
CGGGACGGAAACTGTGGAGGTTGAATTCGGCATAGATTTCCGGCAGATAAACCATAGCAAATATATGACAGGCACAGACG
AAGGTGACTTTAGAAAGTTATTTTCAGAGTTAAATGGCAGAGCTGTTAACCGGATTATATATTTGTCTGCCTTGAATTTT
GATACCGATATGGATATAGACGGCTTGGATGAGGCTATGGAAAGAGGTGTTTACAATCTGCACCGTTTGACAAAAGCCAT
ATCCGAGAGTATGCAAAATGACCTTGATTTGGTAATTATAGCTGATAATGCTTCGGAAGTAGTTGAATATCAGGAAAAAA
TAAATGCACTCAGTGGGTCCTTATATGCAATGGGGAGGGTAATCGGTCAGGAATATGACAACATAAGGTGCAGGTGTATT
GATATAGACAAAGCTGTGGATACAGACTTAATCATTTCTGAGTTGGCCCAAAAGAAGTTTTTATTTAATGTTTCATATCG
TAACGGACAAAGGTATATTCAGAACCTGCAAAGACAATCCCCGTATAGTAACGGCGGAGATAAGATTCAAATCAGGGAGG
AGGGTGTGTATATTGTTGCCGGAGGTTTAGGGGGAATTGGGCTGGAGATATGCAGATATCTCGCAGCAGAGAAAAGAGTG
AACCTGGTGATGATTAACCGCTCCCCTTTGCCTGAACGTAGTTTATGGGACGATTTACTTAAAAACACCTATGAGGGAAT
AAATGATACAGACTATAACATCATTGACAGAATCCAGTCAATAAAAGAGTTGAAAGACATGGGCAGCAAAGTATTGTGTT
TCAGTGCTGATTTAGCAGATATGGCGTCAGTAAGACTGGTTCTTGATGAAGTACGCAAGCATCATGCAAACATTAATGGG
GTCATAAATCTGGCAGGTGTGTTTGAGGAAGGAATACTCATCAAAAAGGATACTGAAGCACTAAAAAGGGTCATTGCCCC
AAAAGTAAACGGGACACTGATTTTAGACAGACTGACGGAAAACGACAACCTGGACTTTTTTGTTATGTTTTCTTCAATAG
CTTCATTCATAGGAGGTCATGGACAGGGAGAATATTCAGCAGCAAATGCTTTTATGGATTCCTTTGCAGAATATAAAAAC
AGAACAGGGAGAAAGGTAATTTCGATTAATTGGACCGGATGGAATCAGGTTGGTATGGCTTCCCAATACAATCTGTCTGA
TGGAAGAAGAATATTCAAGCTCATTTCAAAAGAAAAGGCCATAAAGGCTTTTGACAGGGCTTTGACTGCCAGTCTGCCTA
GGGTGGTTATAGGAGAGTTGGACTATGAATTTATGGCTGAATACGCCATGGACAATGCATATATACAGTTATCCCAGGAA
ATAAAAAACAGTTTGAAGCCTTATATAAAGATGCCGCAGCAGGTAAAACAACCCGGAAAGAGGAAAATCGTACTTCCTAA
AGGCAGGCAAAATCAGGAATACACACCCATGGAGAAGGGCGTTGCAGCGGTTTGGGGAGAAGTGCTGGGTCTTGAAGAGA
TTGATATATACGAAAATCTGTATAATCTGGGCGGGGATTCCATAATTGCATTGAGGATTGCAAATGAGATTAATAAGAAG
CTCAATGCAAGCATCAGGATAAGTGACCTGTTTGAATACTTGACAGTACAAAGGCTTGCAGCATTCCTTGAGGATAAGAC
ACCTGAGAAGGAAGTGTCTGTCAAAGACCTCAGGGAATCCGAAAAGGAGCATACTTACTATGAACTGTCCAATATCCAAA
AAAGAATTTGGTTTTTACAGAATTATGATCCTCAAATGACAGTATACAATCTACCGCTGGTATCATCTATAAATGCGGAG
TTGAACGTTCAGGTACTGAAAGAGGCCGTTAACCTGCTTATTCAGAGGCATGAGGTCTTAAGAACTGTATTCGGAGAAGA
AAATGGAGAGCCTTACCAGAAAATTCTGACCGTTTATGAATATGAGCCTGAAGTGGTGGATTTAACAGGGGAGCCTCATA
AGGAGAGCGTGCTCAATGAGCTTATAGCTCAAGAAAATAAAAAACCCTTCAATCTGTCCAATCCACCCATGAGAGTTGTT
GTTTACAAGTTGAGTAGTTCCTCCTACTGCCTCTATCTCAATATACATCATATTGTTACCGATGGATGGAGCATGGGAAT
ATTCAGTTACGAACTAATGAAATTGTATGAGGGAATTGTCTTGGAAAAGGTTGTGGAACTGGAGCCGCTGAATTTCAGGT
ATACGGACTGGGTAAAACAGCAGCTTGAATGGCAGGATAGTTCGGAGTTTGTGGAGATGGAAAATTACTGGCTGCAGGAA
TTGTACAAACCGCTTCCGGTATTAAATCTTCCCGTGGATTATAAAAGACCGCAGATGCAAACCTACAACGGCAGTTTCAT
TAAATTTAGCATAGACGGGAATACAACAGCCAAATTAAAAGAATTTGCAAGGCAACATAATATAACCCTGAATATGGCCC
TATTGTCTGCTTATTTTGTACTGCTTAAAAAGATTACTGCAGACAAAGACATAGTTGTAGGCTTACCGGTGACAGGAAGG
GAAAACAAAGAGCTGGAGAATATAATGGGTGTATTTATAAACACCTTATCAATCCGTATAAATTTTGAAAATATTTCTTC
ACTCAATGACCTTATAACCTGTGTACGTGAAAAGTGTCTGAAGGCATATCGGAATATAAAATACCCCTTTGACCTGATAA
TATCGAAATTAAATCCTGAGCGTGACTTGAGCAGAAGTCCTATTTTTTCAACTGTTTTTCAATTATACGATAAAATTCCG
CCTGAGACTGAGGGCAGCAGTATGTTTGAACTTAGTATGCTTTGTAGGGAAGAGGATAACCGTATAGAAATCAGAGCCGA
ATATAACACCGATCTTTTTGAAAAACAAACTATTGAAAGATTTGCAGTATATTATACAAATATTATTAATGCCTTCTTGA
TAGAAAGTGATATGAGTATTGACGGTATAGAAATCTTATCCCTGGAGGAGACAAATAGAATCATAACACTCTTTAATGCT
ACCGAAAGGGAATATGACAGAACTGCTAGCATAGATACTCTTTTTGAACTTCAGGCAAAGGCTTTACCACATTCTCAATG
TATAATACAGGGGAATACAATTTATACATATGCCCAGATAAATTCATTGGCAAACTGTATTGCCAGGACTCTTTTAGAAA
AGGGTGTAATGAAGGGTGATATAGTTGGTATCATGGTGGAACGTTCATGTAATATGCTGGTGGGGATACTTGGTATTCTC
AAGGCCGGAGCGGCATATCTGCCTATAGACCCTGAATACCCGGGGGAACGCATAAATTATATGCTGAATGACAGCTCGGT
AAAGGTTTTACTGACCAGCGGAAAGTTAAAAGGAACAGTTGCTTTTTACGGTATTTCAGTTGATATGGATGATGACGGAC
TGTATACAGGTAATTGTGAAAATTTGTCAATAAATAACAGGCCGGATTCTCTGGCTTATGTTATATATACCTCCGGATCT
ACAGGAAAGCCTAAAGGGGTAATGATTGAGCACCAAGCAGTATGTAACTTTATTGAAGGTATGGTTGAAAAAATTGAGTT
TGGCAGCGGTAAATCAATTCTGGCCCTAACCTCCATGTCCTTTGATATATTTATACTTGAAACAATTCTGCCCCTCTGTA
TAGGTATGAAGGTAGTAATAGCAAGTGAAGAACAGCAAAAGGATCCAAAGCTGTTAAGCGAAATAATTAAACAAAACAGT
ATTGAAATGCTACAAATGACACCGTCACGTCTGCAGTTGCTTTTGAGTGACAGCAGAGGACGGTCTAGTCTGTCAGTGCC
CCAGGTGCTGATGGTAGGAGGAGAAGCCTTTCCACAAGCCTTGTTGGACGAGGTCAAAAGGTGTACAAATGCAAGAATAT
ACAATATGTATGGGCCCACCGAAACCACAATATGGTCTACCATACGGGAACTGACAGACAGAAGTACAATTGACATAGGA
AAACCCATAGCAAATACACAGGTCTATATTGTCAGTGAAAGCGGTAACCTTCAGCCAATTGGCATCCCGGGGGAATTATG
CATTTCCGGGGACGGATTATCAAGAGGATACATAAACAGACCAGAACTGACTTTGGAGAAGTTTTTAGAAAATCCATATA
TGCCAGGCAAAAAAATGTACAGAACCGGAGATTTTGTAAAGTGGCTTCCTGACGGTAATATAGAATATATACGCAGAATC
GACCATCAGGTCAAGCTGAGAGGTTACAGGATTGAGCTAGGCGAAATAGAGGAACTGCTGCTTAAATATTCAGGAGTGAG
GGAAGCAGTAGTAGATGTGAAGGGTGAAGATAGTGAAAGCAGAAAACTTGGTGCATATGTGACAGCTGACAGGGACTTAA
CGGAAGTAGAGCTTAAAAAATATCTGGAAAATGAACTTCCGCAATATATGATACCCACATATATTATGGTACTTGAAGAA
CTTCCTTTGACTCCAAACGGCAAAACAGACAGAAAAGCTCTGCCCTGTCCTGTCCTGACTGGCTTAAATACCAACGGCTT
TGTTGATGCTGTAAATGAAACTGAAAAGGCATTGCAGAGGATTTACCAGGATGTATTGAATATTCAAAGGGCGGGAGTAA
ATGATAATTTCTTTGCACTTGGAGGACATTCTTTAAAGGCTACAATCCTAGTGTCCAGAATATACAAGGAGTTGGGCACG
GAAATACCTCTTAGTGCGGTTTTTAAAACACCAACAATAAAAGAACTGGCATGTTCTATTAATGGAACTGATATCAGTGA
ATACCAACCCATTATACCGGTTGAAAAGAGCAGTTCTTACAGTTTGTCACCTGCTCAGAGAAGAATTTATCTGATGGAAG
CTGTGACAGGGGAAAGTACTGCCTATAATATACCTGTTTTAATGGATTTGGAAGGGGAGTTTGACAGGGAACGTTTTGAA
CAGGCCATTAAAAATCTGGTAGCAAGACATGAGATACTAAGGACCTACTTTGACGCCGTGGATGGGGTTCCGGTACAGAT
AGTACAGGAGTGTATGGAGCCGGAAATTGCATATATTGAGATTAAGGAAGACGATTCAGACGGAAACATTCAGAATTTAA
TAAAACCGTTCAATTTAAAAAGCGGGCCGCTTTTTAGAGTAAAGGTGCTGCTGACTGACAATGGCAGAAAGACCATTATG
TTTGATATTCATCACATTATTTGCGATGGTATATCTTTAGGAATTCTTACACGTGAGTTTATAGAGCTATACAGAGGTAA
GGAACTTAAGGAATTAACAGTACAGTACAGGGATTATGTTTCTTGGAAGAGCAGTCTGTACGGCAGTGAAAGATATAAAC
AGCAGGAAAACTACTGGATGGGCATGTTTAGCGGAGATATCCCTGTTCTTAATATGCCAGCTGATTATACAAGACCAACT
GTGCAAAGTTATGAAGGAGACACAGTGTACTTTGAATTAAATAAAGAAATGTCAAAAAAGCTTCATGAAGTTGAAACCAG
TGAAAAGACTACTGCCTCCATGACACTACTGGCTGTTTTTAATGTTTTGCTTTATAAGTATACGGGACAGGAGGACATTA
TTGTTGGAATGCCTGTAGCCGGGCGTGGAAATGCTGATCTGGAAAATATGCTTGGTGTATTCATCAATACTCTGGCTATG
AGAAACAGACCTGAGGGAACAAAAACATTTCACAACTTCCTGCAGGAGGTACGCCATAATGCTTTAAATGCTTATGAAAA
TCAGGACTACCAGTTTGAGGAATTAGTAGATAAATTGAATGTCCCAAGAGATTTAAGCAGAAGTCCTTTATTTGACGTTA
TGTTTATAATGCAAAACACAAGCTTTCCTGAGATAGAAGAAGAGGGACTGAGATTTAAGTCCCGGGAGTTTGACAGTAAA
TCCTCAAAATTTGATTTGACATTAGAGTCTGTAGAAAAAGAAAACACCCTGCATTTCAGGCTGGAATACTGCACAAAAAT
ATTCATGAGGGAGACTGTGGAAAGAATGTCTTTGCATTTCCTGAATATTCTGGAGCAGGTTCTGAATAACCCTGATATTA
CTCTATCAGATATTGACATAATTACAAAAGAAGAAAAGGAAAAAATAGAAGGTGTTTTCAATGCTACAGATGTCGATTTC
GGTGATAGAGGAAAACTTACCGTCCATGAGCTTTTCGAAAGGCAGGCTGAATTCAGGCCTGATTCTATAGCTGTAATGTG
TGAGGGTACAGGTATAACCTACAACGAATTGAATGAAAAGGCGAACAAGCTTGCTCGGTTATTGCAAAATGAAGGTATAA
AGAGGGAAGAATCGGTAGGAATCATGGTTCACAAGAGCATTGAGATGATAATCGGAATGCTGGGAATACTAAAGGCAGGA
GGGGCATATGTACCTGTTGACCCTGATTATCCGGCAGACAGAATACATTATATGCTGAAGCACAGCCAGACAAGATTTTT
GATAATCGACCAAAGCTCCTTTGAAAAAACAGAAATGATAAATACTGAAGAAAATAGTCTGGAAGTAGTTATAAATCTGT
CCGAAGGAGCAGGCAAAACAGCAGGGCTTATAAAGTATACGGCTGAGGATATAAAAAACCTGTCGCCGTATAATCTCAAA
AATAAAGCCAACCCTAAAAATCTCATGTATATAATTTATACGTCAGGCTCCACAGGGCTTCCAAAGGGAGTTGGAGTATC
TCATGCAAATGCCGTCAACTATCTGAATTGGAGCATTGAAAATATGAGTTTGAGCCATAAAGATGTAATGGCATTAGTGA
CCTCTATGAGTTTTGATATTTCCGTATTTGAAATATTCGGCTCTCTTTTAAGCGGTACGTGTCTTTGCATAGTACCTGAC
AGCAGGATGAAGGATGGCTCTCTTTTCATGGAATACATAGATGCCGGTAAGGTCACCATATGGCATTCTGTTCCGGCATT
GATGATACAACTGCTTACTGCTGTCAAGAGCAGGAAAACCCTTGGTAATCAGGAGCTTTTCTCACGTATAAGGTGCATTA
TGATAGGCGGTGAAGCGTGGACCTACGAGCTGGCAAAAGATATTCGGGAATATTTTCATCATGCAAGGATAGTAAACATG
TACGGCCCTACAGAAGCGACTATTTGGGTAACAAGCCATGATGTCCGGGATAATCCCGGTAGTTCAACAGTAATACCCAT
AGGTAAACCTATCTCCAACAACAAAGTTTTAATACTGGATTCTTGTAAAAAAATGTGTCCCATAGGCATTCCGGGTGATA
TCTATATAAGTGGTTTAAATGTAACAAGAGGCTATTACAAGGACGAGGAAAAAACAAGGGAGGTCTTCACCCTTTATGGC
GAGAAAGGGAGTATTATTTATCGGACCGGGGATGTGGGTAGATATCTCAGTGACGGCACCATAGAGTATCTGGGAAGGAA
AGACGGAATGATTAAGGTACGGGGATATAGAATTGAAATAGGCGAAATTGAAAATGTTCTGCTGCAAAATGAAGAAATTA
TACAGGCAGCGGTAGTGGCAAAGAAGTCAGGAGAAACAAGTAAACTTATCTGCTACTATACAGCCCCAAGAGAACACACC
TATGAAGAACTGAGGGGCTGCCTGGAGAAGAAGCTACCTGACTATATGATTCCTGCACAATTTATATGGTTGGAAAAGAT
GATACTGACACCAAACGGGAAGATAGACCGAAAGTCACTTGCCGCACTTGATATTGGCGAACCTTTCCAAAGCAATGAGA
ATTATGCAGTGCCGGAATCTGAGGTGGAAAGATTTCTGGCAGGTATATGGAGCCAGCTTCTTGACATGAAGAAGGTGGGC
ACCAAAGATAATTTCTTTTCCTTGGGCGGGAATTCTCTTCTGGTAAACCAGATGCATTCAATGATTGATGAAAAATATCC
CGGAAAAATCAAGGTTATTGATATTTTTAAATATCCAACAATATCAAAGCTGGCAGACTTTATGGAAGGCTCAGAACAAA
AGAAGTATGAAAATGTTACTGTTCCAACCTCAGACGATGGTGATGATGACATTATCAAATTACTGGACGGCTTTGAAAGC
GGAGATATATTAATTGATGAAGTGTTGTCAAAATTAGATGATATTTAG

Upstream 100 bases:

>100_bases
CAATGAATTTGTCAGCAAAAAGCTTATGGTATGTGAAGAAGGAAGGTTTCTGAGTTTGGCCATAAATAATGATTCAAAAA
ATAATACTTAGGTGAATGAA

Downstream 100 bases:

>100_bases
CGTGGCTCATGACAAATTTGAGGGCTGAAAGGGGGATGCTTTTTGAACAGGGTATTTCAGTATATCGTTGAAAACACAGG
AAACGGCAATATTAGTAAAA

Product: amino acid adenylation protein

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>3695_residues
MINKSMKLKDIKIDKLPDLKNISFEEVSTQDVAIIGISGKFASCGNMDEFYVSLRNGDNLVGKFPQRRKQDIDTILRYMG
ISEKETVYYEGAFLNEIDKFDCSLFNISPKEAGLMDPNQRLFLQTAWNAIEDSGYGGDRLRSSRTGVYVGYCGDFNEDYR
KYVQLMDPSMAALSVTGNIKSIVASRISYLLDLKGPSMLVDTACSSTLVAIHLACQALRKGECETAIAGGVKLILLPVDN
NPQNGIGIESSSGVTRSFDEYSDGTGFGEGVAAIVLKPLKKAIEDRDNIYSIIKGSAVNQDGTSMGITVPNAQAQSDVII
RAWKDAKIDPETISYIEAHGTGTNLGDPVEIDGIEMAFAQYTNKKQFCAVSSVKTNIGHLDSAAGIAGLLKAVLSLKHKE
LFPSLHFDRPNQKINFQNSPVYINDSLEQWENHGGPRRCGISSFGLSGTNCHLVLEEPPQIKSIPEESPGCNYHIFTLSS
QNINGLMEQLKNYEKYLNREREVSLGSLCSTTNTGRGHYNFRLAFVITSKNELKEKIQKLSTGGLENFEKYGVYFGKHKI
VDKEKESRGNNEYSQEEIADLSLQTETYLNEAINNESQQKKVSLENICALYVNGANVQWNRLYKSGSYAKVSLPGYSFMK
KRCWIEHENSNSHNSKHPLIDKHILESVDLDVFSTTFKVDRQWVLNEHQIGSNYVAPGTTYLEMIREASRKHFGNHPLKM
QQVTFIHPLILKADEEKEVHTIIKRDEDTLEYTIASKQKENGQWLKHSTGAVAGIPKEDASSLSFDFEKIKEACPNVIDI
GNMGSREGILRLGPRWDTLKAMYTGDRMALACFELGEEYSEDLSKYHMYPSLMDCAVNIANMSVGEGLYLPLSYGSLKIY
ETLPRSFYSYLVRKDNMSLNNEIAIFDIKLMDEYGKALAEIEDYSVKKVHNTGLEAEDPDNLFYKTGWEKQEQEFLTGEN
ADFSGVTIIFNDEYGMGEELAQKLRAAGTETVEVEFGIDFRQINHSKYMTGTDEGDFRKLFSELNGRAVNRIIYLSALNF
DTDMDIDGLDEAMERGVYNLHRLTKAISESMQNDLDLVIIADNASEVVEYQEKINALSGSLYAMGRVIGQEYDNIRCRCI
DIDKAVDTDLIISELAQKKFLFNVSYRNGQRYIQNLQRQSPYSNGGDKIQIREEGVYIVAGGLGGIGLEICRYLAAEKRV
NLVMINRSPLPERSLWDDLLKNTYEGINDTDYNIIDRIQSIKELKDMGSKVLCFSADLADMASVRLVLDEVRKHHANING
VINLAGVFEEGILIKKDTEALKRVIAPKVNGTLILDRLTENDNLDFFVMFSSIASFIGGHGQGEYSAANAFMDSFAEYKN
RTGRKVISINWTGWNQVGMASQYNLSDGRRIFKLISKEKAIKAFDRALTASLPRVVIGELDYEFMAEYAMDNAYIQLSQE
IKNSLKPYIKMPQQVKQPGKRKIVLPKGRQNQEYTPMEKGVAAVWGEVLGLEEIDIYENLYNLGGDSIIALRIANEINKK
LNASIRISDLFEYLTVQRLAAFLEDKTPEKEVSVKDLRESEKEHTYYELSNIQKRIWFLQNYDPQMTVYNLPLVSSINAE
LNVQVLKEAVNLLIQRHEVLRTVFGEENGEPYQKILTVYEYEPEVVDLTGEPHKESVLNELIAQENKKPFNLSNPPMRVV
VYKLSSSSYCLYLNIHHIVTDGWSMGIFSYELMKLYEGIVLEKVVELEPLNFRYTDWVKQQLEWQDSSEFVEMENYWLQE
LYKPLPVLNLPVDYKRPQMQTYNGSFIKFSIDGNTTAKLKEFARQHNITLNMALLSAYFVLLKKITADKDIVVGLPVTGR
ENKELENIMGVFINTLSIRINFENISSLNDLITCVREKCLKAYRNIKYPFDLIISKLNPERDLSRSPIFSTVFQLYDKIP
PETEGSSMFELSMLCREEDNRIEIRAEYNTDLFEKQTIERFAVYYTNIINAFLIESDMSIDGIEILSLEETNRIITLFNA
TEREYDRTASIDTLFELQAKALPHSQCIIQGNTIYTYAQINSLANCIARTLLEKGVMKGDIVGIMVERSCNMLVGILGIL
KAGAAYLPIDPEYPGERINYMLNDSSVKVLLTSGKLKGTVAFYGISVDMDDDGLYTGNCENLSINNRPDSLAYVIYTSGS
TGKPKGVMIEHQAVCNFIEGMVEKIEFGSGKSILALTSMSFDIFILETILPLCIGMKVVIASEEQQKDPKLLSEIIKQNS
IEMLQMTPSRLQLLLSDSRGRSSLSVPQVLMVGGEAFPQALLDEVKRCTNARIYNMYGPTETTIWSTIRELTDRSTIDIG
KPIANTQVYIVSESGNLQPIGIPGELCISGDGLSRGYINRPELTLEKFLENPYMPGKKMYRTGDFVKWLPDGNIEYIRRI
DHQVKLRGYRIELGEIEELLLKYSGVREAVVDVKGEDSESRKLGAYVTADRDLTEVELKKYLENELPQYMIPTYIMVLEE
LPLTPNGKTDRKALPCPVLTGLNTNGFVDAVNETEKALQRIYQDVLNIQRAGVNDNFFALGGHSLKATILVSRIYKELGT
EIPLSAVFKTPTIKELACSINGTDISEYQPIIPVEKSSSYSLSPAQRRIYLMEAVTGESTAYNIPVLMDLEGEFDRERFE
QAIKNLVARHEILRTYFDAVDGVPVQIVQECMEPEIAYIEIKEDDSDGNIQNLIKPFNLKSGPLFRVKVLLTDNGRKTIM
FDIHHIICDGISLGILTREFIELYRGKELKELTVQYRDYVSWKSSLYGSERYKQQENYWMGMFSGDIPVLNMPADYTRPT
VQSYEGDTVYFELNKEMSKKLHEVETSEKTTASMTLLAVFNVLLYKYTGQEDIIVGMPVAGRGNADLENMLGVFINTLAM
RNRPEGTKTFHNFLQEVRHNALNAYENQDYQFEELVDKLNVPRDLSRSPLFDVMFIMQNTSFPEIEEEGLRFKSREFDSK
SSKFDLTLESVEKENTLHFRLEYCTKIFMRETVERMSLHFLNILEQVLNNPDITLSDIDIITKEEKEKIEGVFNATDVDF
GDRGKLTVHELFERQAEFRPDSIAVMCEGTGITYNELNEKANKLARLLQNEGIKREESVGIMVHKSIEMIIGMLGILKAG
GAYVPVDPDYPADRIHYMLKHSQTRFLIIDQSSFEKTEMINTEENSLEVVINLSEGAGKTAGLIKYTAEDIKNLSPYNLK
NKANPKNLMYIIYTSGSTGLPKGVGVSHANAVNYLNWSIENMSLSHKDVMALVTSMSFDISVFEIFGSLLSGTCLCIVPD
SRMKDGSLFMEYIDAGKVTIWHSVPALMIQLLTAVKSRKTLGNQELFSRIRCIMIGGEAWTYELAKDIREYFHHARIVNM
YGPTEATIWVTSHDVRDNPGSSTVIPIGKPISNNKVLILDSCKKMCPIGIPGDIYISGLNVTRGYYKDEEKTREVFTLYG
EKGSIIYRTGDVGRYLSDGTIEYLGRKDGMIKVRGYRIEIGEIENVLLQNEEIIQAAVVAKKSGETSKLICYYTAPREHT
YEELRGCLEKKLPDYMIPAQFIWLEKMILTPNGKIDRKSLAALDIGEPFQSNENYAVPESEVERFLAGIWSQLLDMKKVG
TKDNFFSLGGNSLLVNQMHSMIDEKYPGKIKVIDIFKYPTISKLADFMEGSEQKKYENVTVPTSDDGDDDIIKLLDGFES
GDILIDEVLSKLDDI

Sequences:
NA

Specific function: NA

COG id: COG1020

COG function: function code Q; Non-ribosomal peptide synthetase modules and related proteins

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