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The map label for this gene is grsB [H]

Identifier: 226947537

GI number: 226947537

Start: 365497

End: 376245

Strand: Direct

Name: grsB [H]

Synonym: CLM_0373

Alternate gene names: 226947537

Gene position: 365497-376245 (Clockwise)

Preceding gene: 226947536

Following gene: 226947538

Centisome position: 8.8

GC content: 26.76

Gene sequence:

>10749_bases
ATGAGAATAGAAAATAAATTAGATAGAAGTAATGTAGAAAATTTCATGTCATTAACTAGTTTACAACAAGGAATGCTATT
TCATTATATAAATGATAAGAAAAGTACAGAATATCATGAACAATTAAGTCTAACTATTGATGGAGATCTAAAATTAGATT
TACTAGAAAAGGCTTGGAATATTGTAATAGAGAATAATGAAATGTTAAGAACAATTTTTAGATGGAAAGGAATAGATAAA
CCGGTACAAATTGTTCTTAAAAAACATAAAGTATCAATTCAATATGTAGATTTTAAACATGAAAAAGATAAAGATAAAGC
GATAAATGAAATTAAGACTAAGGATTTGAATGAGAGGATAGATATAACAAGAGAAACTTTAAGAATTTATTTGTGCAAAT
TAGATGAGAATATTCATGAAATGATTATAAGTAACCATCATATTTTATACGATGGTTGGAGTAATGGAATAATCTTAAAG
GAACTTATAGAAACATATTCTTGTCTATATGAAAATAAAGGAATTAAAATCATTAATAAAACAAAGTTTAGTGAATTTAT
TAAATATGTAAATAATATTAAGAAAAATGAAGAAAAGAAATACTGGTCAAAGTATATGGGAGATTTAGAAGATAAAAATG
ATTGTTTTAGTTGTAATAAAACAGGATGTTATAAAGAAGTATACTATGAGATGGATGAAAGTAAAACAAATAAAATTAAA
GATTTTGCTAAAGAAAATAAGGTTTTATTATCATCAATTTTATATGGTGCATGGGGAATTTTGCTTCAAAAAATTAGTGA
CTCAAATGAAGTTTTATTTGGTACTGTAGTCTCAGGAAGGCCAGAAAGTATAAAATCTGTAGATAAAATGGTAGGATTAT
TTATAAATACTGTTCCTTTAATAGTAAAATCAGAAAATAACACTAAATTTATAGAATTAATTAATGAACTAGATTTAGTT
CTTAATGAAAGAAAAAGTTTTGAGAACACATCATTAGTAGATATAAAAGAATATTGTAACTTAAAAGCAAATGAAGAGTT
TTTTAATTCTATAGTTACCATAGAAAACTACCCCTTAGATCTAAATTTAAACAAAGAAAATATATTAAAAGTAGAAAAAT
TCTCAATAATAGAAAAAACGAATTATAATATGGCCCTAGAAATATTAGCTTTTCATGGAATAGAATTTAAGTTTAATTTT
AATGATAAATCAATTGATAATAATATAGTAGAGAAATTCGGAAATTATTTAGAAAGAATTATAGAGTCTTTATTAGATAA
TCCTAATATTACTGTAAATGAAATTAACTTGTTATCAGCAAAGGAAGTAAATCAGATACTCTATGAATTCAATAATACAA
AATCAGATTATCCAAAAGATAAAACAATACAAGATTTATTTGAAGAGCAAGTAAAAAAAACACCAGATAATATTGCATTA
GTATTTAAAAATAAAGAAATAACATATAAAGAACTTAACGAAAAAGCAAATCAGTTAGCAAGATCATTAAGAGAAGAGTA
TGATGTAAAAAATGGAGATGTTGTAGCTATTCATTTTGATAGAAGTACAGAAATGGTGATAGGAATAATAGCAACTTTAA
AAATTAATGCAATATGTCTACCCATAGAAACAAAATATCCAATTGGTAGAGTATCAGAGATGCTTATTGATAGTAACACA
AAGATTGTTCTAAATAATGATGAAACCATTATTTATCAAGGGTTTAATGGGATGTCAATAAAGCTTGATAAAGATCAATA
TATTGAGAATGATAAAAACAATTTAAGAAGTAGTGGTGATCCAGAGGATTTAGCTTACTTAATATACACTTCAGGATCAA
CTGGAAAACCTAAAGCAGTAAAAATAAATCATAAAGGTATTATAAATCATGCTTTTGCAAAAATTAAAGAGACAAATATG
AGTGAAAGTGATATATGTTGTCATAATTTAAGTTTTAATTTCGTTGCTTCTATTTGGCAAATATTTTCACCAATGTTTTT
AGGAAGTAAAGTTTATTTATATGAAGATGATATTATTAGTGATGGATATAAACTGTTTGATAAGATGGAATATGATAGGA
TAAGTATAGTGGAAGTAGTGCCAGCATTATTAAATTTATTTTTAGAATTAGGGAATGAATCTCGTAATAATATTACTATG
AAAAATATAAAAAAGATACTTTTGACTGGTGAAAAAGTAGAAACTGAGCTAGTTAACAAATTTTATAATAAATATAATGT
AGATCTAATAAATGCGTATGGGCAGAGCGAATTTTCTGATGACACAATACATTATCACATACCATATAACAATAACACAA
AAAAAGTACTAATAGGAAAACCTACAAATAATACTAGAATATATATTTTAGATAAATTAAATAAGATAGTACCCGTAGGA
ATAGCAGGAGAAATTTGTATTTCAGGAGACGGAATTGCAAAAGGATACATTAATAATGAGAAGTTAACATCAGAGAAGTT
TGTAGATAATCCTTTTGAAGAAGGAACAAAAATGTATAAAGCGGGAGATTTAGCAAGATGGCTACCAGATGGAAATATAG
AATTTTTAGGAAGAATAGATAACCAGGTTAAAATAAGAGGCTTTAGAATAGAACTTGGGGAGATAGAAAATAGATTATTA
CAACATGAGAGTATTAGAGAAGCAGCGGTATTAGTAAAGGAAAATGAGGAAAATGAAAAATATATATGTGCTTATGTAGT
AAGTAAGAAGTCCTTTGATGAGTTAAACCTAAAGAACTATCTAAAAGAAACATTGCCAGATTATATGATACCGACTTATT
TTATACAGTTAGAAAAAATGCCGTTAACTGCTAATGGAAAACTTGATAGAAAAGCACTCCCAAAGCCGAATTTAGATATT
AGTTTAAATGAATATGAAGCTCCAAGAAATGAATTAGAGGAAACTTTAGTAAAAATATGGAGTGAAGTATTAAATGTTAA
AAAGATAGGAATAAATGATAATTTCTTTGATTTAGGTGGACACTCTTTAAAAGCAACAGTGCTTATGTCTAAGATTCATA
AAGAATTAAACAAAGAAATACCATTAAAGGAGCTATTTAAATCACCAACAATAAAAGAGTTCGGTAAGTACATTGAAGAT
GTGGAAGAAAACCCTTATTCAAAGATAGAAAAAATAGAGGAAAAAGAATATTATGAAGCATCATCAGCTCAAAAGAGAAT
GTACATGCTTCAACAGTTTGATAAAGATAGCACAGCTTATAATATGCCTGTAGCTTTTCAGTTAGAAGGAAAAATTAATA
AAAATAAAATAGAAGAAACTTTTAGAAAGATAACCGAAAGACATGAAGGGTTAAGAACTTATTTTGAAACTTTAGATGGA
GAAATAATACAAAAATTACAAAATGATCATGAATTTAAACTAGTAGAGAGAAAAGAAAATGGATATATAGATAACATTAT
AAATAAGTTTGTAAGACCATTTAATTTAGGAAAAGCACCATTATTTAGAGTAGAGCTTATAGAAAATAAAGAAAAAACTT
ATTTATTAATAGATATGCACCATATAATATCAGATGGTGTATCTATGAGTATATTAATAAAAGAATTTACAGAAATTTAT
AATGGAAAAAATTTAGAACCTTTAAAGCTTCAATATAAAGACTTTGCAGCATGGCAGAATAATTTCTTAAAATCAGAAGG
AATGAAAAAGCAAGAAGAATATTGGATTAATAAGTTTAGTGATGAAATACCAATATTAAATATACCTACAGATTATAAAA
GGCCAGCTGTACAAAGTCATGAAGGTGATAGTGTAAGTTTTGGAATCAATGAAGACACAACATTAAAATTAAGAAAGCTT
GCAAAAGAAACAGGAACAACAATGCATATGGTTATGTTATCAGCATTTAATATACTTTTATCAAAATATAGTGGACAAGA
GGATATAGTAATAGGAACACCAATAGCTGGAAGACTACATGCAGACCTTGAAAATATAATGGGTATGTTTGTAAATACAT
TGGCATTAAGGAATAAGCCAGAGGGAAATAAGAAATATATAGATTTCTTAAAAGAGGTGAAAGAAAATTCCCTAAAGGCC
TATGAAAACCAAAGTTATCAGCTTGAAGCTTTAGTAGAAAAGTTAGATATAAGAAGAGATACAAGTAGAAACCCATTATT
TGATGTTATGTTTAATATGGTTGATACAGTAACGGATGGAGATTTTAAGTTAGATGATATTGCATTAAAACAATATAATA
ATGAAAATAAAATATCTAAATTTGATTTAACATTAAATGCTATAAAAAATGGTGCTAGATTAAACTTTTCTATAGAATAC
TGTACAAGATTATTCAAAAAAGAAACAATAGAAAGAATAAGCTGTCTTTATGTAAGAATATTAGAGAGTATAATAAATAA
TGTAGAAATAAAATTAAGTGAAATTGATTTATTATCAGAAGCAGGAAGAAATCAAATACTATATAAATTTAATGATACAA
AGGTAGACTATCCAAAAAATAAAACAATACAAGAATTATTTGAAGAGCAAGTAGAGAAGACACCAAACAATATTGCAGTA
GTATTTGAAGATAAAAAGTTAACTTATAAAGAATTAAACGAAAAGTCAAATCAGCTTGCAAGAGTATTAAGAAGTAAAGG
GGTTAAGGCTGATTCTATAGTAGGAATAATGGTGGAAAGATCCCTAGAAATGATAATAGGAATAATGGGAATTCTAAAAG
CTGGGGGAGCATATTTACCAATAGATCCAAGTTATCCGAAGGAAAGAATAGAATATATGTTGAATGATTGCGGAGCTAAA
ATCATTTTAACAGAATATGAACTTGCAAGGTCTATAGAATATGGTTTAGAGACTATTGATTTACAAGATGATAAAATTTA
TGAAGAAGAAAAAAATAATCTATGTAAATTAAATAATTCAGATGCTCTAGCATATATTATATACACATCAGGTTCAACAG
GGATACCTAAAGGAGTATTAATAGAACATAAAAGTGTTGTGAGACTGGTCAAGGATACTAATTATATAAATATAATTGAA
GATGACGCAATATTGCAGTTATCTAATTATGCTTTTGATGGATCAGTTTTTGATATATATGGTGCACTATTAAATGGAGC
AAAATTGGTGTTAATAGATAAAATTGATTTAACTGAAATAAATAGATTAGGAAGTGTCATAGTAAATGAAAAAATAAGTG
TATTTTTCACTACTACAGCATTATTTAATACCATTGTGGATACTAATATTGAATACTTAATAAATGTTAAGAAAATACTT
TTTGGTGGAGAGAGAGTTTCTGTAAAGCATACTAAAAGGGCATTAAAGTATCTTGGAAAGGAACGCTTAGTTCATGTTTA
TGGACCAACAGAAGGAACTGTTTATTCTACCTATTATTTTATTGATAATATAGAAAAATATGCAGAAAATATACCAATAG
GAAAATCTATAAATAATTCTAAAGCATATGTGTTAGATAGAAATGATAATCTACTTGCAATAGGAATTGCGGGAGAATTA
TGTATATCGGGAGATGGTTTAGCAAGAGGATATTTAAATAGACCGGAATTAACATCTGAAAAGTTTGTAGATAATCCTTT
TGAAGAAGGAACAAAAATGTATAAAACGGGAGATTTAGCAAGATGGCTACCAGATGGAAATATAGAATTTTTAGGAAGAA
TAGATAACCAGGTTAAAATAAGAGGATTTAGAATAGAACTTGGAGAGATAGAAAATAGATTATTACAACATGAGAGTATT
AAAGAGGCAGCGATATTAGTAAAGGAAAATGAGGAAAATGAAAAATATATATGTGCTTATGTAGTAAGTAAGAAGTCCTT
TGATGAGTTAAACCTAAAGAACTATCTAAAAGAAACATTGCCAGATTATATGATACCGACTTGTTTTATGAAGTTGGAAG
AAATTCCATTAACTAGTAATGGAAAATTTGATAGAAGATTGCTTCCGGATCCAAGTCTTTGCAGAAGTTTAAATGAATAT
GAAGGTCCAAGAAATGAAATAGAAGTAATATTAACAAAATTATGGAGCGAAGTATTAGGTATTAAGAAAATCGGAATAAA
TGATGACTTTTTTGATTTAGGTGGACATTCATTGAAAGCAACAGTTCTTATGTTTAAGATTCATAAAGAGTTAAATAAAG
AAGTACCGTTAAAAGAGATATTCAAGTTACCAACAATAAAAGAACTAAGTGAATTTATTCAAAGATTAGAAGAGAATACT
TATTTAAAAATAGAAAAAATAGAGGAAAAAGAATATTATGAAGCATCATCAGCTCAAAAGAGAATGTACATGCTTCAACA
GTTTGATAAAGATAGCACAGCTTATAATATGCCTGTAGCTTTTCAGTTAGAAGGAAAAATTAATAAAAATAAAATAGAAG
AAACTTTTAGAAAGATAACCGAAAGACATGAAGGGTTAAGAACTTATTTTGAAACTTTAGATGGAGAAATAATACAAAAA
TTACAAAATGATCATGAATTTAAACTAGTAGAGAGAAAAGAAAATGGATATATAGATAACATTATAAATAAGTTTGTAAG
ACCATTTAATTTAGGAAAAGCACCATTATTTAGAGTAGAGCTTATAGAAAATAAAGAAAAAACTTATTTATTAATAGATA
TGCACCATATAATATCAGATGGTGTGTCTATGAGTATATTAATAAAAGAGTTTACAGCCTTATATAATGGAGAAAATTTA
GATCCTCTAAAACTTCAATATAAAGATTTTGCAGCATGGCAGAATAACTTCTTAAAATCAGAAGAGATAAAAAAGCAAGA
AGAGTATTGGATCAATAAGTTTAGCGATGAAATACCAATATTAAATATGCATACGGATTATGAAAGACCGGTTATCAAAA
GCTTTGAGGGAGATGGATTAAGTTTTGAAGTAGATGAAAAAGTTACAGAAAACTTAAGAAAAATTGCAAGAAAAACAGGA
AGTACAATGAATATGGTTTTAATATCAGCCTTTAATATACTTTTATCAAAATATAGTGGTCAAGAAGATATCATAATAGG
AACACCAATAGCAGGAAGAACTCATGCGGATCTTCAAAATATGATGGGTATGTTTGTAAATACATTAGCTTTAAGAAATA
AGCCTAAAGGTGAAAAAAAGTACGTAGATTTCTTAAAAGATGTAAAAGAAAATTCTATAAAAGCATATGAAAATCAAAGT
TATCAGATTGAGTATTTAGTAGAAAAATTAGATATAAGAAGAGATACAAGTAGAAATCCATTATTTGATGTAATGTTTAA
TATGATTGATATGATAACAAATAAGCATATTAAGCTAAATGATGTTGTATTAAAACAGTATATTAATGAAAATAAAATAT
CTAAATTTGACTTAACATTAAATGCTTTAGAAGAAGATAAAAAATTGAAATTGAATTTCGAATATTGCTCAAAATTGTTT
AAGAAAGAAACAATAGAAAGATTAAGTAATCATTATGCTAAGGTTTTAAAAGTAATATCAAACAACCCTGAAATAAAACT
GAAAGAAATTGATTTATTAACAGAAAAAGAAAGAAATCAGATACTTTATGAATTTAATGACACAAAAGTAGATTATCCAA
AAGATAAAACAATACAAGAACTATTTGAAGAGCAAGTAGAGAAAACATCAAATAATATTGCAGTAGTATTTGAAGATAAG
AAGTTAACTTATAGAGAGTTAAATGAAAGAGCAAATAGTTTGGCAAGAGTGCTAAGAGATAAAGGGGTTAAAGCTGATTC
TATAATAGGAATAATGGTGGAAAGATCTCTAGAGATGATTGTAGGAATAATAGGAATCTTAAAAGCTGGAGGAGCTTACT
TACCGATAGACCCAAACTATCCTAAAGAAAGAATAGAATATATGCTAAAGGATAGTGGAAGTAATATTTTATTAAGTAAA
AGTGATTTAGTAGAAACTATAGAGTTTGACAGTGAATTTATTGATTTATATAATGAAGAAATATTTAAAAATGATATAAC
CAATTTACCTAAAATAAACAATTCCAAGGATTTAGCTTATATTATATATACCTCAGGAACAACTGGAAAACCTAAGGGAG
CAATGATTGAGCATAGATCACTAGTTAATAGATTAAATTGGATGCAAAATAAATATCCAATAGGTGAAAAAGACACTATA
TTACAGAAAACAACTTATACTTTTGACGTTTCAGTATGGGAGATTTTATGGTGGGCATTAGTAGGAGCAAAGGTATGTAT
GCTTAGTCCTAACGGAGAAAAAGACCCAATGAAGATAATAGAGACAATAAATAAGTATAAAGTAACAACCATGCATTTTG
TACCGTCTATGTTGGATGTTTTCATGTATTGTGTAGAAGAAAATAGAAATAATATTGATTTATCAACTTTAAGGCAAGTA
TTTTCAAGCGGAGAAGCATTAAACTTTAAGCAAGTAGAAAAGTTCTATAAAGAATTTGGGAATGGCAAAAAGCTTATAAA
TTTATACGGACCAACGGAAGCAACTATAGATGTATCTTATTTTGATTGTATTAATAATGGAAAAAGAGTAATACCAATAG
GAAAGCCTATAGATAACACTAAGTTATATATTTTAAAGAATAATAAACCTATACCAGTAGGTGTTTCAGGAGAGTTATAT
ATAGCAGGAGATGGTTTAGCAAGAGGATATGTAAATAGAATAGAATTAACATCTAAAAAGTTTGTAGACAACCCATTTGA
ACTAGGAACAAAGATGTACAAAACAGGAGATTTAGCTAGATGGCTACCTGATGGAAATATAGAGTTCCTAGCAAGAATAG
ATAATCAGGTTAAAATAAGAGGTTTTAGAATAGAATTGAATGAAATTCAAAGTCATTTGTTAACTTATGAAGCAGTAAAA
GAAGCGGCTGTTATAGATAGAGAAGATGATGATAAAAACAAATATATATGTGCATATATAGTATGTAATAAGGAATTAAC
AGTAGGAGAAATAAGAGAATATTTACTAAATAAGTTACCAGAATATATGGTGCCATCATACTTTATACAAATAGAAAAAC
TTCCTCTTACGCTAAATGGAAAACTTGACAAAAAAGCTCTACCAGAGCCTTATAGAAAAATTAATACAGGGGTTGAGTAT
GAAGCTCCAAGAGATGAAATACAAGAAAAAATTTTATTAATATGGAGAGAAGTGTTAGGAGTAGAGAATATAGGGATAAA
TGATAACTTCTTTGAACTTGGAGGGCATTCATTAAATGCAACCAATTTCATATCGAAAGTTTATAGGGAGTTAAATAGAG
AGATACCATTAAAGCAGTTGTTTAAATCACCAACAATAAAGGGGTTAAGTAAGTTTATTGAAAGTATAAAAGAAAATTCT
TATTTTAAAATAGAGAAAGTGGAAGAAAAGGAATTTTATGAAGCATCATCAGCCCAAAAAAGAATGTATACACTTCAAAA
ACTTGATGAGGAAAGCGCAGCATATAATATGCCAGTTGTAATGAAAATAGAAGGAAAGTTAAATAAAGAACGATTAGAAG
AGGCTGCAATGGAATTAATAAAAAGACATGAAACATTAAGAACATCATTTGAGATAGTAGATGAGAAAATAGTACAAAAA
GTAAATAAAGCTATAAAATTTAATATAAATTATATACAAGAAACAGATAAGAGTATTGATCAAATAATAAAAGAATTTAT
AAGTCCATTTGATTTAGAAAAACCATCATTATTTAGGGTAGCTATTGCAGAGATTATAGGTGAAAACTATTTATTAATAG
ATATGCACCATATAGTATCAGATGGTATATCAATGGATATATTAACAAAAGAATTTACAGCTTTATATAATGGTAAAACA
TTAAAACCTTTAAAAGTTCAGTATAAAGATTTTGCAGCATGGCAAAATAACCTTTTAAGATCAGAAGTTATGAAAAGTAA
AGAAGAATATTGGATGAATAGATTTAATGATGAAATACCAGTATTGAATATGCCAACTGATTATACAAGGCCATCTATAA
TGAATTTTGAGGGAGATAGAATAAATTTTAGTATAGAAAAAGATATAACAAATAGAATAAGAAAAATAGCTAGGGAAACA
GGAAGTACAATATATATGATACTTTTATCAGGGTTGAATATATTATTATCAAAATATAGTGGACAAGAAGACATAATAAT
AGGGAGTCCGATAGCAGGAAGAACACATGTAGATTTAGAACCAATAATAGGAATGTTTGTAAATACTATTGCAATGAGAA
ACTATCCAAAAGGAGAAAAGACATATAAAGAATTCCTTAAGGAAGTTAAGGAAAATGCATTAAGAGCATATGAGAATCAA
GATTATCAATTTGAGGAGTTAGTAGATAAATTAAATATAATAAGAGATATGAGTAGAAATCCATTATTTGATGTAATGTT
TACAATGCAGAATATGGATATAGAGGATATAGAGAATATAGCTATAGACGACTTAAAATTTGAATTATATGATACTTACA
ATAATATATCAAAATTTGATTTAACTTTATCAGCAATTGAAATTGAAGAAGAAATATTATTAAGTATTAAATATAGTACT
AACCTATTTAAGATAGAAACAATAGAAAAAATAGCGATTCATTATAAAAATATAATGAATGAAATATCACTTAATCCTAA
TACAAAGATTAATATGATTAATATTCTTTCAAAAGAAGAAAGTTTAAAGTTAAGAAAATTTGTTGATAAAACAATAAATA
AAGATTTAAAAGTGGAATTTGAATTTTAA

Upstream 100 bases:

>100_bases
CAATAACTCATGATGATCAATATTTTAATCTTGGGGATAAAATTATAAAAATAGAAATGGAAGAGATATGCAATGAATAA
ATGAAGATGAGGTGAATTTT

Downstream 100 bases:

>100_bases
AAAGATTAAACATATAAGTTAAAAAAAGTAAATGAAATCCTATATTTTAAAATCTCTTAAATTTTTACTATTTTAATAGA
ATTTTAGATTAAAGAAAGAA

Product: AMP-binding protein domain-containing protein

Products: pyrophosphate; AMP; enterobactin; pyrophosphate; L-Seryl-AMP [C]

Alternate protein names: Gramicidin S synthase II; ATP-dependent proline adenylase; ProA; Proline activase; ATP-dependent valine adenylase; ValA; Valine activase; ATP-dependent ornithine adenylase; OrnA; Ornithine activase; ATP-dependent leucine adenylase; LeuA; Leucine activase [H]

Number of amino acids: Translated: 3582; Mature: 3582

Protein sequence:

>3582_residues
MRIENKLDRSNVENFMSLTSLQQGMLFHYINDKKSTEYHEQLSLTIDGDLKLDLLEKAWNIVIENNEMLRTIFRWKGIDK
PVQIVLKKHKVSIQYVDFKHEKDKDKAINEIKTKDLNERIDITRETLRIYLCKLDENIHEMIISNHHILYDGWSNGIILK
ELIETYSCLYENKGIKIINKTKFSEFIKYVNNIKKNEEKKYWSKYMGDLEDKNDCFSCNKTGCYKEVYYEMDESKTNKIK
DFAKENKVLLSSILYGAWGILLQKISDSNEVLFGTVVSGRPESIKSVDKMVGLFINTVPLIVKSENNTKFIELINELDLV
LNERKSFENTSLVDIKEYCNLKANEEFFNSIVTIENYPLDLNLNKENILKVEKFSIIEKTNYNMALEILAFHGIEFKFNF
NDKSIDNNIVEKFGNYLERIIESLLDNPNITVNEINLLSAKEVNQILYEFNNTKSDYPKDKTIQDLFEEQVKKTPDNIAL
VFKNKEITYKELNEKANQLARSLREEYDVKNGDVVAIHFDRSTEMVIGIIATLKINAICLPIETKYPIGRVSEMLIDSNT
KIVLNNDETIIYQGFNGMSIKLDKDQYIENDKNNLRSSGDPEDLAYLIYTSGSTGKPKAVKINHKGIINHAFAKIKETNM
SESDICCHNLSFNFVASIWQIFSPMFLGSKVYLYEDDIISDGYKLFDKMEYDRISIVEVVPALLNLFLELGNESRNNITM
KNIKKILLTGEKVETELVNKFYNKYNVDLINAYGQSEFSDDTIHYHIPYNNNTKKVLIGKPTNNTRIYILDKLNKIVPVG
IAGEICISGDGIAKGYINNEKLTSEKFVDNPFEEGTKMYKAGDLARWLPDGNIEFLGRIDNQVKIRGFRIELGEIENRLL
QHESIREAAVLVKENEENEKYICAYVVSKKSFDELNLKNYLKETLPDYMIPTYFIQLEKMPLTANGKLDRKALPKPNLDI
SLNEYEAPRNELEETLVKIWSEVLNVKKIGINDNFFDLGGHSLKATVLMSKIHKELNKEIPLKELFKSPTIKEFGKYIED
VEENPYSKIEKIEEKEYYEASSAQKRMYMLQQFDKDSTAYNMPVAFQLEGKINKNKIEETFRKITERHEGLRTYFETLDG
EIIQKLQNDHEFKLVERKENGYIDNIINKFVRPFNLGKAPLFRVELIENKEKTYLLIDMHHIISDGVSMSILIKEFTEIY
NGKNLEPLKLQYKDFAAWQNNFLKSEGMKKQEEYWINKFSDEIPILNIPTDYKRPAVQSHEGDSVSFGINEDTTLKLRKL
AKETGTTMHMVMLSAFNILLSKYSGQEDIVIGTPIAGRLHADLENIMGMFVNTLALRNKPEGNKKYIDFLKEVKENSLKA
YENQSYQLEALVEKLDIRRDTSRNPLFDVMFNMVDTVTDGDFKLDDIALKQYNNENKISKFDLTLNAIKNGARLNFSIEY
CTRLFKKETIERISCLYVRILESIINNVEIKLSEIDLLSEAGRNQILYKFNDTKVDYPKNKTIQELFEEQVEKTPNNIAV
VFEDKKLTYKELNEKSNQLARVLRSKGVKADSIVGIMVERSLEMIIGIMGILKAGGAYLPIDPSYPKERIEYMLNDCGAK
IILTEYELARSIEYGLETIDLQDDKIYEEEKNNLCKLNNSDALAYIIYTSGSTGIPKGVLIEHKSVVRLVKDTNYINIIE
DDAILQLSNYAFDGSVFDIYGALLNGAKLVLIDKIDLTEINRLGSVIVNEKISVFFTTTALFNTIVDTNIEYLINVKKIL
FGGERVSVKHTKRALKYLGKERLVHVYGPTEGTVYSTYYFIDNIEKYAENIPIGKSINNSKAYVLDRNDNLLAIGIAGEL
CISGDGLARGYLNRPELTSEKFVDNPFEEGTKMYKTGDLARWLPDGNIEFLGRIDNQVKIRGFRIELGEIENRLLQHESI
KEAAILVKENEENEKYICAYVVSKKSFDELNLKNYLKETLPDYMIPTCFMKLEEIPLTSNGKFDRRLLPDPSLCRSLNEY
EGPRNEIEVILTKLWSEVLGIKKIGINDDFFDLGGHSLKATVLMFKIHKELNKEVPLKEIFKLPTIKELSEFIQRLEENT
YLKIEKIEEKEYYEASSAQKRMYMLQQFDKDSTAYNMPVAFQLEGKINKNKIEETFRKITERHEGLRTYFETLDGEIIQK
LQNDHEFKLVERKENGYIDNIINKFVRPFNLGKAPLFRVELIENKEKTYLLIDMHHIISDGVSMSILIKEFTALYNGENL
DPLKLQYKDFAAWQNNFLKSEEIKKQEEYWINKFSDEIPILNMHTDYERPVIKSFEGDGLSFEVDEKVTENLRKIARKTG
STMNMVLISAFNILLSKYSGQEDIIIGTPIAGRTHADLQNMMGMFVNTLALRNKPKGEKKYVDFLKDVKENSIKAYENQS
YQIEYLVEKLDIRRDTSRNPLFDVMFNMIDMITNKHIKLNDVVLKQYINENKISKFDLTLNALEEDKKLKLNFEYCSKLF
KKETIERLSNHYAKVLKVISNNPEIKLKEIDLLTEKERNQILYEFNDTKVDYPKDKTIQELFEEQVEKTSNNIAVVFEDK
KLTYRELNERANSLARVLRDKGVKADSIIGIMVERSLEMIVGIIGILKAGGAYLPIDPNYPKERIEYMLKDSGSNILLSK
SDLVETIEFDSEFIDLYNEEIFKNDITNLPKINNSKDLAYIIYTSGTTGKPKGAMIEHRSLVNRLNWMQNKYPIGEKDTI
LQKTTYTFDVSVWEILWWALVGAKVCMLSPNGEKDPMKIIETINKYKVTTMHFVPSMLDVFMYCVEENRNNIDLSTLRQV
FSSGEALNFKQVEKFYKEFGNGKKLINLYGPTEATIDVSYFDCINNGKRVIPIGKPIDNTKLYILKNNKPIPVGVSGELY
IAGDGLARGYVNRIELTSKKFVDNPFELGTKMYKTGDLARWLPDGNIEFLARIDNQVKIRGFRIELNEIQSHLLTYEAVK
EAAVIDREDDDKNKYICAYIVCNKELTVGEIREYLLNKLPEYMVPSYFIQIEKLPLTLNGKLDKKALPEPYRKINTGVEY
EAPRDEIQEKILLIWREVLGVENIGINDNFFELGGHSLNATNFISKVYRELNREIPLKQLFKSPTIKGLSKFIESIKENS
YFKIEKVEEKEFYEASSAQKRMYTLQKLDEESAAYNMPVVMKIEGKLNKERLEEAAMELIKRHETLRTSFEIVDEKIVQK
VNKAIKFNINYIQETDKSIDQIIKEFISPFDLEKPSLFRVAIAEIIGENYLLIDMHHIVSDGISMDILTKEFTALYNGKT
LKPLKVQYKDFAAWQNNLLRSEVMKSKEEYWMNRFNDEIPVLNMPTDYTRPSIMNFEGDRINFSIEKDITNRIRKIARET
GSTIYMILLSGLNILLSKYSGQEDIIIGSPIAGRTHVDLEPIIGMFVNTIAMRNYPKGEKTYKEFLKEVKENALRAYENQ
DYQFEELVDKLNIIRDMSRNPLFDVMFTMQNMDIEDIENIAIDDLKFELYDTYNNISKFDLTLSAIEIEEEILLSIKYST
NLFKIETIEKIAIHYKNIMNEISLNPNTKINMINILSKEESLKLRKFVDKTINKDLKVEFEF

Sequences:

>Translated_3582_residues
MRIENKLDRSNVENFMSLTSLQQGMLFHYINDKKSTEYHEQLSLTIDGDLKLDLLEKAWNIVIENNEMLRTIFRWKGIDK
PVQIVLKKHKVSIQYVDFKHEKDKDKAINEIKTKDLNERIDITRETLRIYLCKLDENIHEMIISNHHILYDGWSNGIILK
ELIETYSCLYENKGIKIINKTKFSEFIKYVNNIKKNEEKKYWSKYMGDLEDKNDCFSCNKTGCYKEVYYEMDESKTNKIK
DFAKENKVLLSSILYGAWGILLQKISDSNEVLFGTVVSGRPESIKSVDKMVGLFINTVPLIVKSENNTKFIELINELDLV
LNERKSFENTSLVDIKEYCNLKANEEFFNSIVTIENYPLDLNLNKENILKVEKFSIIEKTNYNMALEILAFHGIEFKFNF
NDKSIDNNIVEKFGNYLERIIESLLDNPNITVNEINLLSAKEVNQILYEFNNTKSDYPKDKTIQDLFEEQVKKTPDNIAL
VFKNKEITYKELNEKANQLARSLREEYDVKNGDVVAIHFDRSTEMVIGIIATLKINAICLPIETKYPIGRVSEMLIDSNT
KIVLNNDETIIYQGFNGMSIKLDKDQYIENDKNNLRSSGDPEDLAYLIYTSGSTGKPKAVKINHKGIINHAFAKIKETNM
SESDICCHNLSFNFVASIWQIFSPMFLGSKVYLYEDDIISDGYKLFDKMEYDRISIVEVVPALLNLFLELGNESRNNITM
KNIKKILLTGEKVETELVNKFYNKYNVDLINAYGQSEFSDDTIHYHIPYNNNTKKVLIGKPTNNTRIYILDKLNKIVPVG
IAGEICISGDGIAKGYINNEKLTSEKFVDNPFEEGTKMYKAGDLARWLPDGNIEFLGRIDNQVKIRGFRIELGEIENRLL
QHESIREAAVLVKENEENEKYICAYVVSKKSFDELNLKNYLKETLPDYMIPTYFIQLEKMPLTANGKLDRKALPKPNLDI
SLNEYEAPRNELEETLVKIWSEVLNVKKIGINDNFFDLGGHSLKATVLMSKIHKELNKEIPLKELFKSPTIKEFGKYIED
VEENPYSKIEKIEEKEYYEASSAQKRMYMLQQFDKDSTAYNMPVAFQLEGKINKNKIEETFRKITERHEGLRTYFETLDG
EIIQKLQNDHEFKLVERKENGYIDNIINKFVRPFNLGKAPLFRVELIENKEKTYLLIDMHHIISDGVSMSILIKEFTEIY
NGKNLEPLKLQYKDFAAWQNNFLKSEGMKKQEEYWINKFSDEIPILNIPTDYKRPAVQSHEGDSVSFGINEDTTLKLRKL
AKETGTTMHMVMLSAFNILLSKYSGQEDIVIGTPIAGRLHADLENIMGMFVNTLALRNKPEGNKKYIDFLKEVKENSLKA
YENQSYQLEALVEKLDIRRDTSRNPLFDVMFNMVDTVTDGDFKLDDIALKQYNNENKISKFDLTLNAIKNGARLNFSIEY
CTRLFKKETIERISCLYVRILESIINNVEIKLSEIDLLSEAGRNQILYKFNDTKVDYPKNKTIQELFEEQVEKTPNNIAV
VFEDKKLTYKELNEKSNQLARVLRSKGVKADSIVGIMVERSLEMIIGIMGILKAGGAYLPIDPSYPKERIEYMLNDCGAK
IILTEYELARSIEYGLETIDLQDDKIYEEEKNNLCKLNNSDALAYIIYTSGSTGIPKGVLIEHKSVVRLVKDTNYINIIE
DDAILQLSNYAFDGSVFDIYGALLNGAKLVLIDKIDLTEINRLGSVIVNEKISVFFTTTALFNTIVDTNIEYLINVKKIL
FGGERVSVKHTKRALKYLGKERLVHVYGPTEGTVYSTYYFIDNIEKYAENIPIGKSINNSKAYVLDRNDNLLAIGIAGEL
CISGDGLARGYLNRPELTSEKFVDNPFEEGTKMYKTGDLARWLPDGNIEFLGRIDNQVKIRGFRIELGEIENRLLQHESI
KEAAILVKENEENEKYICAYVVSKKSFDELNLKNYLKETLPDYMIPTCFMKLEEIPLTSNGKFDRRLLPDPSLCRSLNEY
EGPRNEIEVILTKLWSEVLGIKKIGINDDFFDLGGHSLKATVLMFKIHKELNKEVPLKEIFKLPTIKELSEFIQRLEENT
YLKIEKIEEKEYYEASSAQKRMYMLQQFDKDSTAYNMPVAFQLEGKINKNKIEETFRKITERHEGLRTYFETLDGEIIQK
LQNDHEFKLVERKENGYIDNIINKFVRPFNLGKAPLFRVELIENKEKTYLLIDMHHIISDGVSMSILIKEFTALYNGENL
DPLKLQYKDFAAWQNNFLKSEEIKKQEEYWINKFSDEIPILNMHTDYERPVIKSFEGDGLSFEVDEKVTENLRKIARKTG
STMNMVLISAFNILLSKYSGQEDIIIGTPIAGRTHADLQNMMGMFVNTLALRNKPKGEKKYVDFLKDVKENSIKAYENQS
YQIEYLVEKLDIRRDTSRNPLFDVMFNMIDMITNKHIKLNDVVLKQYINENKISKFDLTLNALEEDKKLKLNFEYCSKLF
KKETIERLSNHYAKVLKVISNNPEIKLKEIDLLTEKERNQILYEFNDTKVDYPKDKTIQELFEEQVEKTSNNIAVVFEDK
KLTYRELNERANSLARVLRDKGVKADSIIGIMVERSLEMIVGIIGILKAGGAYLPIDPNYPKERIEYMLKDSGSNILLSK
SDLVETIEFDSEFIDLYNEEIFKNDITNLPKINNSKDLAYIIYTSGTTGKPKGAMIEHRSLVNRLNWMQNKYPIGEKDTI
LQKTTYTFDVSVWEILWWALVGAKVCMLSPNGEKDPMKIIETINKYKVTTMHFVPSMLDVFMYCVEENRNNIDLSTLRQV
FSSGEALNFKQVEKFYKEFGNGKKLINLYGPTEATIDVSYFDCINNGKRVIPIGKPIDNTKLYILKNNKPIPVGVSGELY
IAGDGLARGYVNRIELTSKKFVDNPFELGTKMYKTGDLARWLPDGNIEFLARIDNQVKIRGFRIELNEIQSHLLTYEAVK
EAAVIDREDDDKNKYICAYIVCNKELTVGEIREYLLNKLPEYMVPSYFIQIEKLPLTLNGKLDKKALPEPYRKINTGVEY
EAPRDEIQEKILLIWREVLGVENIGINDNFFELGGHSLNATNFISKVYRELNREIPLKQLFKSPTIKGLSKFIESIKENS
YFKIEKVEEKEFYEASSAQKRMYTLQKLDEESAAYNMPVVMKIEGKLNKERLEEAAMELIKRHETLRTSFEIVDEKIVQK
VNKAIKFNINYIQETDKSIDQIIKEFISPFDLEKPSLFRVAIAEIIGENYLLIDMHHIVSDGISMDILTKEFTALYNGKT
LKPLKVQYKDFAAWQNNLLRSEVMKSKEEYWMNRFNDEIPVLNMPTDYTRPSIMNFEGDRINFSIEKDITNRIRKIARET
GSTIYMILLSGLNILLSKYSGQEDIIIGSPIAGRTHVDLEPIIGMFVNTIAMRNYPKGEKTYKEFLKEVKENALRAYENQ
DYQFEELVDKLNIIRDMSRNPLFDVMFTMQNMDIEDIENIAIDDLKFELYDTYNNISKFDLTLSAIEIEEEILLSIKYST
NLFKIETIEKIAIHYKNIMNEISLNPNTKINMINILSKEESLKLRKFVDKTINKDLKVEFEF
>Mature_3582_residues
MRIENKLDRSNVENFMSLTSLQQGMLFHYINDKKSTEYHEQLSLTIDGDLKLDLLEKAWNIVIENNEMLRTIFRWKGIDK
PVQIVLKKHKVSIQYVDFKHEKDKDKAINEIKTKDLNERIDITRETLRIYLCKLDENIHEMIISNHHILYDGWSNGIILK
ELIETYSCLYENKGIKIINKTKFSEFIKYVNNIKKNEEKKYWSKYMGDLEDKNDCFSCNKTGCYKEVYYEMDESKTNKIK
DFAKENKVLLSSILYGAWGILLQKISDSNEVLFGTVVSGRPESIKSVDKMVGLFINTVPLIVKSENNTKFIELINELDLV
LNERKSFENTSLVDIKEYCNLKANEEFFNSIVTIENYPLDLNLNKENILKVEKFSIIEKTNYNMALEILAFHGIEFKFNF
NDKSIDNNIVEKFGNYLERIIESLLDNPNITVNEINLLSAKEVNQILYEFNNTKSDYPKDKTIQDLFEEQVKKTPDNIAL
VFKNKEITYKELNEKANQLARSLREEYDVKNGDVVAIHFDRSTEMVIGIIATLKINAICLPIETKYPIGRVSEMLIDSNT
KIVLNNDETIIYQGFNGMSIKLDKDQYIENDKNNLRSSGDPEDLAYLIYTSGSTGKPKAVKINHKGIINHAFAKIKETNM
SESDICCHNLSFNFVASIWQIFSPMFLGSKVYLYEDDIISDGYKLFDKMEYDRISIVEVVPALLNLFLELGNESRNNITM
KNIKKILLTGEKVETELVNKFYNKYNVDLINAYGQSEFSDDTIHYHIPYNNNTKKVLIGKPTNNTRIYILDKLNKIVPVG
IAGEICISGDGIAKGYINNEKLTSEKFVDNPFEEGTKMYKAGDLARWLPDGNIEFLGRIDNQVKIRGFRIELGEIENRLL
QHESIREAAVLVKENEENEKYICAYVVSKKSFDELNLKNYLKETLPDYMIPTYFIQLEKMPLTANGKLDRKALPKPNLDI
SLNEYEAPRNELEETLVKIWSEVLNVKKIGINDNFFDLGGHSLKATVLMSKIHKELNKEIPLKELFKSPTIKEFGKYIED
VEENPYSKIEKIEEKEYYEASSAQKRMYMLQQFDKDSTAYNMPVAFQLEGKINKNKIEETFRKITERHEGLRTYFETLDG
EIIQKLQNDHEFKLVERKENGYIDNIINKFVRPFNLGKAPLFRVELIENKEKTYLLIDMHHIISDGVSMSILIKEFTEIY
NGKNLEPLKLQYKDFAAWQNNFLKSEGMKKQEEYWINKFSDEIPILNIPTDYKRPAVQSHEGDSVSFGINEDTTLKLRKL
AKETGTTMHMVMLSAFNILLSKYSGQEDIVIGTPIAGRLHADLENIMGMFVNTLALRNKPEGNKKYIDFLKEVKENSLKA
YENQSYQLEALVEKLDIRRDTSRNPLFDVMFNMVDTVTDGDFKLDDIALKQYNNENKISKFDLTLNAIKNGARLNFSIEY
CTRLFKKETIERISCLYVRILESIINNVEIKLSEIDLLSEAGRNQILYKFNDTKVDYPKNKTIQELFEEQVEKTPNNIAV
VFEDKKLTYKELNEKSNQLARVLRSKGVKADSIVGIMVERSLEMIIGIMGILKAGGAYLPIDPSYPKERIEYMLNDCGAK
IILTEYELARSIEYGLETIDLQDDKIYEEEKNNLCKLNNSDALAYIIYTSGSTGIPKGVLIEHKSVVRLVKDTNYINIIE
DDAILQLSNYAFDGSVFDIYGALLNGAKLVLIDKIDLTEINRLGSVIVNEKISVFFTTTALFNTIVDTNIEYLINVKKIL
FGGERVSVKHTKRALKYLGKERLVHVYGPTEGTVYSTYYFIDNIEKYAENIPIGKSINNSKAYVLDRNDNLLAIGIAGEL
CISGDGLARGYLNRPELTSEKFVDNPFEEGTKMYKTGDLARWLPDGNIEFLGRIDNQVKIRGFRIELGEIENRLLQHESI
KEAAILVKENEENEKYICAYVVSKKSFDELNLKNYLKETLPDYMIPTCFMKLEEIPLTSNGKFDRRLLPDPSLCRSLNEY
EGPRNEIEVILTKLWSEVLGIKKIGINDDFFDLGGHSLKATVLMFKIHKELNKEVPLKEIFKLPTIKELSEFIQRLEENT
YLKIEKIEEKEYYEASSAQKRMYMLQQFDKDSTAYNMPVAFQLEGKINKNKIEETFRKITERHEGLRTYFETLDGEIIQK
LQNDHEFKLVERKENGYIDNIINKFVRPFNLGKAPLFRVELIENKEKTYLLIDMHHIISDGVSMSILIKEFTALYNGENL
DPLKLQYKDFAAWQNNFLKSEEIKKQEEYWINKFSDEIPILNMHTDYERPVIKSFEGDGLSFEVDEKVTENLRKIARKTG
STMNMVLISAFNILLSKYSGQEDIIIGTPIAGRTHADLQNMMGMFVNTLALRNKPKGEKKYVDFLKDVKENSIKAYENQS
YQIEYLVEKLDIRRDTSRNPLFDVMFNMIDMITNKHIKLNDVVLKQYINENKISKFDLTLNALEEDKKLKLNFEYCSKLF
KKETIERLSNHYAKVLKVISNNPEIKLKEIDLLTEKERNQILYEFNDTKVDYPKDKTIQELFEEQVEKTSNNIAVVFEDK
KLTYRELNERANSLARVLRDKGVKADSIIGIMVERSLEMIVGIIGILKAGGAYLPIDPNYPKERIEYMLKDSGSNILLSK
SDLVETIEFDSEFIDLYNEEIFKNDITNLPKINNSKDLAYIIYTSGTTGKPKGAMIEHRSLVNRLNWMQNKYPIGEKDTI
LQKTTYTFDVSVWEILWWALVGAKVCMLSPNGEKDPMKIIETINKYKVTTMHFVPSMLDVFMYCVEENRNNIDLSTLRQV
FSSGEALNFKQVEKFYKEFGNGKKLINLYGPTEATIDVSYFDCINNGKRVIPIGKPIDNTKLYILKNNKPIPVGVSGELY
IAGDGLARGYVNRIELTSKKFVDNPFELGTKMYKTGDLARWLPDGNIEFLARIDNQVKIRGFRIELNEIQSHLLTYEAVK
EAAVIDREDDDKNKYICAYIVCNKELTVGEIREYLLNKLPEYMVPSYFIQIEKLPLTLNGKLDKKALPEPYRKINTGVEY
EAPRDEIQEKILLIWREVLGVENIGINDNFFELGGHSLNATNFISKVYRELNREIPLKQLFKSPTIKGLSKFIESIKENS
YFKIEKVEEKEFYEASSAQKRMYTLQKLDEESAAYNMPVVMKIEGKLNKERLEEAAMELIKRHETLRTSFEIVDEKIVQK
VNKAIKFNINYIQETDKSIDQIIKEFISPFDLEKPSLFRVAIAEIIGENYLLIDMHHIVSDGISMDILTKEFTALYNGKT
LKPLKVQYKDFAAWQNNLLRSEVMKSKEEYWMNRFNDEIPVLNMPTDYTRPSIMNFEGDRINFSIEKDITNRIRKIARET
GSTIYMILLSGLNILLSKYSGQEDIIIGSPIAGRTHVDLEPIIGMFVNTIAMRNYPKGEKTYKEFLKEVKENALRAYENQ
DYQFEELVDKLNIIRDMSRNPLFDVMFTMQNMDIEDIENIAIDDLKFELYDTYNNISKFDLTLSAIEIEEEILLSIKYST
NLFKIETIEKIAIHYKNIMNEISLNPNTKINMINILSKEESLKLRKFVDKTINKDLKVEFEF

Specific function: This protein is a multifunctional enzyme, able to activate and polymerize the amino acids Pro, Val, Orn and Leu. Activation sites for these AA consist of individual domains [H]

COG id: NA

COG function: NA

Gene ontology:

Cell location: Cytoplasm [C]

Metaboloic importance: Non_Essential [C]

Operon status: Not Known

Operon components: None

Similarity: Contains 4 acyl carrier domains [H]

Homologues:

Organism=Homo sapiens, GI45580730, Length=646, Percent_Identity=24.3034055727554, Blast_Score=132, Evalue=8e-30,
Organism=Homo sapiens, GI42544132, Length=545, Percent_Identity=22.3853211009174, Blast_Score=112, Evalue=8e-24,
Organism=Homo sapiens, GI156151445, Length=550, Percent_Identity=23.8181818181818, Blast_Score=107, Evalue=2e-22,
Organism=Homo sapiens, GI28416953, Length=546, Percent_Identity=21.978021978022, Blast_Score=105, Evalue=6e-22,
Organism=Homo sapiens, GI187761345, Length=535, Percent_Identity=23.9252336448598, Blast_Score=102, Evalue=6e-21,
Organism=Homo sapiens, GI187761343, Length=535, Percent_Identity=23.9252336448598, Blast_Score=102, Evalue=6e-21,
Organism=Homo sapiens, GI38505220, Length=376, Percent_Identity=23.6702127659574, Blast_Score=93, Evalue=5e-18,
Organism=Homo sapiens, GI122937307, Length=527, Percent_Identity=22.5806451612903, Blast_Score=92, Evalue=7e-18,
Organism=Homo sapiens, GI58082049, Length=499, Percent_Identity=21.6432865731463, Blast_Score=90, Evalue=4e-17,
Organism=Homo sapiens, GI157311624, Length=504, Percent_Identity=21.6269841269841, Blast_Score=90, Evalue=4e-17,
Organism=Homo sapiens, GI157311622, Length=504, Percent_Identity=21.6269841269841, Blast_Score=90, Evalue=4e-17,
Organism=Homo sapiens, GI115511026, Length=499, Percent_Identity=22.2444889779559, Blast_Score=84, Evalue=3e-15,
Organism=Homo sapiens, GI227499619, Length=546, Percent_Identity=21.7948717948718, Blast_Score=83, Evalue=4e-15,
Organism=Escherichia coli, GI1786801, Length=1076, Percent_Identity=28.2527881040892, Blast_Score=421, Evalue=1e-118,
Organism=Escherichia coli, GI145693145, Length=525, Percent_Identity=23.8095238095238, Blast_Score=120, Evalue=2e-27,
Organism=Escherichia coli, GI1786810, Length=523, Percent_Identity=22.5621414913958, Blast_Score=119, Evalue=3e-27,
Organism=Escherichia coli, GI1788107, Length=560, Percent_Identity=23.0357142857143, Blast_Score=119, Evalue=3e-27,
Organism=Escherichia coli, GI1790505, Length=576, Percent_Identity=21.875, Blast_Score=102, Evalue=6e-22,
Organism=Escherichia coli, GI1789201, Length=361, Percent_Identity=22.7146814404432, Blast_Score=80, Evalue=3e-15,
Organism=Escherichia coli, GI221142682, Length=495, Percent_Identity=21.2121212121212, Blast_Score=75, Evalue=6e-14,
Organism=Caenorhabditis elegans, GI17550940, Length=1172, Percent_Identity=24.1467576791809, Blast_Score=241, Evalue=8e-63,
Organism=Caenorhabditis elegans, GI17556356, Length=1136, Percent_Identity=24.6478873239437, Blast_Score=202, Evalue=3e-51,
Organism=Caenorhabditis elegans, GI17560140, Length=534, Percent_Identity=22.8464419475655, Blast_Score=114, Evalue=1e-24,
Organism=Caenorhabditis elegans, GI32563687, Length=509, Percent_Identity=23.3791748526523, Blast_Score=111, Evalue=6e-24,
Organism=Caenorhabditis elegans, GI71994690, Length=547, Percent_Identity=22.6691042047532, Blast_Score=110, Evalue=1e-23,
Organism=Caenorhabditis elegans, GI71994694, Length=579, Percent_Identity=22.1070811744387, Blast_Score=110, Evalue=1e-23,
Organism=Caenorhabditis elegans, GI71994703, Length=547, Percent_Identity=22.6691042047532, Blast_Score=110, Evalue=2e-23,
Organism=Caenorhabditis elegans, GI17558820, Length=507, Percent_Identity=23.4714003944773, Blast_Score=106, Evalue=3e-22,
Organism=Caenorhabditis elegans, GI17538037, Length=532, Percent_Identity=24.4360902255639, Blast_Score=106, Evalue=3e-22,
Organism=Caenorhabditis elegans, GI71983001, Length=569, Percent_Identity=22.4956063268893, Blast_Score=105, Evalue=6e-22,
Organism=Caenorhabditis elegans, GI71982997, Length=569, Percent_Identity=22.4956063268893, Blast_Score=105, Evalue=6e-22,
Organism=Caenorhabditis elegans, GI17557194, Length=526, Percent_Identity=23.1939163498099, Blast_Score=100, Evalue=1e-20,
Organism=Caenorhabditis elegans, GI17559526, Length=544, Percent_Identity=21.6911764705882, Blast_Score=100, Evalue=2e-20,
Organism=Caenorhabditis elegans, GI32564422, Length=562, Percent_Identity=22.0640569395018, Blast_Score=96, Evalue=3e-19,
Organism=Caenorhabditis elegans, GI32564420, Length=562, Percent_Identity=22.0640569395018, Blast_Score=96, Evalue=3e-19,
Organism=Caenorhabditis elegans, GI17560308, Length=553, Percent_Identity=22.4231464737794, Blast_Score=92, Evalue=4e-18,
Organism=Caenorhabditis elegans, GI115534440, Length=489, Percent_Identity=22.9038854805726, Blast_Score=87, Evalue=2e-16,
Organism=Caenorhabditis elegans, GI71996755, Length=535, Percent_Identity=22.0560747663551, Blast_Score=87, Evalue=2e-16,
Organism=Caenorhabditis elegans, GI17551278, Length=568, Percent_Identity=22.5352112676056, Blast_Score=85, Evalue=6e-16,
Organism=Caenorhabditis elegans, GI25141359, Length=502, Percent_Identity=22.1115537848606, Blast_Score=75, Evalue=6e-13,
Organism=Caenorhabditis elegans, GI71985884, Length=362, Percent_Identity=25.414364640884, Blast_Score=75, Evalue=9e-13,
Organism=Saccharomyces cerevisiae, GI6319591, Length=973, Percent_Identity=26.1048304213772, Blast_Score=281, Evalue=2e-75,
Organism=Saccharomyces cerevisiae, GI6319264, Length=549, Percent_Identity=23.3151183970856, Blast_Score=117, Evalue=5e-26,
Organism=Saccharomyces cerevisiae, GI6323182, Length=561, Percent_Identity=23.1729055258467, Blast_Score=109, Evalue=8e-24,
Organism=Saccharomyces cerevisiae, GI6319699, Length=534, Percent_Identity=21.7228464419476, Blast_Score=105, Evalue=1e-22,
Organism=Drosophila melanogaster, GI24648676, Length=643, Percent_Identity=28.6158631415241, Blast_Score=260, Evalue=1e-68,
Organism=Drosophila melanogaster, GI24581924, Length=545, Percent_Identity=25.5045871559633, Blast_Score=130, Evalue=3e-29,
Organism=Drosophila melanogaster, GI21355181, Length=497, Percent_Identity=25.3521126760563, Blast_Score=113, Evalue=3e-24,
Organism=Drosophila melanogaster, GI19922652, Length=500, Percent_Identity=21.6, Blast_Score=89, Evalue=8e-17,
Organism=Drosophila melanogaster, GI18859661, Length=519, Percent_Identity=21.1946050096339, Blast_Score=87, Evalue=2e-16,
Organism=Drosophila melanogaster, GI24582852, Length=490, Percent_Identity=23.0612244897959, Blast_Score=87, Evalue=3e-16,
Organism=Drosophila melanogaster, GI281364798, Length=584, Percent_Identity=20.5479452054795, Blast_Score=84, Evalue=1e-15,
Organism=Drosophila melanogaster, GI24583465, Length=584, Percent_Identity=20.5479452054795, Blast_Score=84, Evalue=2e-15,
Organism=Drosophila melanogaster, GI24583463, Length=584, Percent_Identity=20.5479452054795, Blast_Score=84, Evalue=2e-15,
Organism=Drosophila melanogaster, GI24667959, Length=373, Percent_Identity=21.9839142091153, Blast_Score=78, Evalue=1e-13,
Organism=Drosophila melanogaster, GI62472339, Length=373, Percent_Identity=21.9839142091153, Blast_Score=78, Evalue=1e-13,
Organism=Drosophila melanogaster, GI24667955, Length=373, Percent_Identity=21.9839142091153, Blast_Score=78, Evalue=1e-13,
Organism=Drosophila melanogaster, GI21356441, Length=480, Percent_Identity=24.1666666666667, Blast_Score=74, Evalue=2e-12,
Organism=Drosophila melanogaster, GI24648260, Length=514, Percent_Identity=20.0389105058366, Blast_Score=70, Evalue=4e-11,

Paralogues:

None

Copy number: NA

Swissprot (AC and ID): NA

Other databases:

- InterPro:   IPR010071
- InterPro:   IPR009081
- InterPro:   IPR020845
- InterPro:   IPR000873
- InterPro:   IPR001242
- InterPro:   IPR006163
- InterPro:   IPR006162
- InterPro:   IPR001031 [H]

Pfam domain/function: PF00501 AMP-binding; PF00668 Condensation; PF00550 PP-binding; PF00975 Thioesterase [H]

EC number: 2.7.7.- [C]

Molecular weight: Translated: 415343; Mature: 415343

Theoretical pI: Translated: 5.43; Mature: 5.43

Prosite motif: PS50075 ACP_DOMAIN ; PS00455 AMP_BINDING

Important sites: NA

Signals:

None

Transmembrane regions:

None

Cys/Met content:

0.7 %Cys     (Translated Protein)
2.4 %Met     (Translated Protein)
3.1 %Cys+Met (Translated Protein)
0.7 %Cys     (Mature Protein)
2.4 %Met     (Mature Protein)
3.1 %Cys+Met (Mature Protein)

Secondary structure:

>Translated Secondary Structure
MRIENKLDRSNVENFMSLTSLQQGMLFHYINDKKSTEYHEQLSLTIDGDLKLDLLEKAWN
CCCCCCCCHHHHHHHHHHHHHHHCCEEEEECCCCCCCHHHEEEEEECCCCCHHHHHHCCE
IVIENNEMLRTIFRWKGIDKPVQIVLKKHKVSIQYVDFKHEKDKDKAINEIKTKDLNERI
EEECCCHHHHHHHHHCCCCHHHHHHHHHHCEEEEEEECCCCCCHHHHHHHHHHCCCHHHH
DITRETLRIYLCKLDENIHEMIISNHHILYDGWSNGIILKELIETYSCLYENKGIKIINK
HHHHHHHEEEEHHHCCHHHHHHHCCCEEEEECCCCCCHHHHHHHHHHHHHCCCCCEEEEH
TKFSEFIKYVNNIKKNEEKKYWSKYMGDLEDKNDCFSCNKTGCYKEVYYEMDESKTNKIK
HHHHHHHHHHHHHHCCHHHHHHHHHHCCCCCCCCCCCCCCCCCHHHHHHHHCCCHHHHHH
DFAKENKVLLSSILYGAWGILLQKISDSNEVLFGTVVSGRPESIKSVDKMVGLFINTVPL
HHHHHHHHHHHHHHHHHHHHHHHHHCCCCCEEEEEEECCCCHHHHHHHHHHHHHHCCEEE
IVKSENNTKFIELINELDLVLNERKSFENTSLVDIKEYCNLKANEEFFNSIVTIENYPLD
EEECCCCCHHHHHHHHHHHHHHHHHCCCCCCEEEHHHHCCCCCCHHHHHCEEEEECCCEE
LNLNKENILKVEKFSIIEKTNYNMALEILAFHGIEFKFNFNDKSIDNNIVEKFGNYLERI
EECCHHHCEEEHHHHEEEECCCCEEEEEEEECCEEEEECCCCCCCCHHHHHHHHHHHHHH
IESLLDNPNITVNEINLLSAKEVNQILYEFNNTKSDYPKDKTIQDLFEEQVKKTPDNIAL
HHHHHCCCCEEEEEEEECCHHHHHHHHHHHCCCCCCCCCCCHHHHHHHHHHHCCCCCEEE
VFKNKEITYKELNEKANQLARSLREEYDVKNGDVVAIHFDRSTEMVIGIIATLKINAICL
EEECCCCHHHHHHHHHHHHHHHHHHHHCCCCCCEEEEEECCCCCCHHHHHHHEEEEEEEE
PIETKYPIGRVSEMLIDSNTKIVLNNDETIIYQGFNGMSIKLDKDQYIENDKNNLRSSGD
EECCCCCHHHHHHHHCCCCCEEEEECCCEEEEECCCCCEEEECCHHHHCCCHHHCCCCCC
PEDLAYLIYTSGSTGKPKAVKINHKGIINHAFAKIKETNMSESDICCHNLSFNFVASIWQ
CCCEEEEEEECCCCCCCCEEEECCCCHHHHHHHHHHHCCCCCCCCEEECCCHHHHHHHHH
IFSPMFLGSKVYLYEDDIISDGYKLFDKMEYDRISIVEVVPALLNLFLELGNESRNNITM
HHHHHHHCCEEEEEECCHHHCHHHHHHHCCCCHHHHHHHHHHHHHHHHHHCCCCCCCCCH
KNIKKILLTGEKVETELVNKFYNKYNVDLINAYGQSEFSDDTIHYHIPYNNNTKKVLIGK
HHHHHHHHCCCHHHHHHHHHHHHHCCCEEEECCCCCCCCCCEEEEEECCCCCCCEEEEEC
PTNNTRIYILDKLNKIVPVGIAGEICISGDGIAKGYINNEKLTSEKFVDNPFEEGTKMYK
CCCCCEEEEEECCCCEEEECCCCEEEECCCCCEECCCCCCCCCHHHHCCCCHHHHHHHHH
AGDLARWLPDGNIEFLGRIDNQVKIRGFRIELGEIENRLLQHESIREAAVLVKENEENEK
HCCHHHHCCCCCEEEEEECCCEEEEEEEEEEHHHHHHHHHHHHHHHHHHEEEECCCCCCE
YICAYVVSKKSFDELNLKNYLKETLPDYMIPTYFIQLEKMPLTANGKLDRKALPKPNLDI
EEEEEEECCCCCCCCCHHHHHHHHCCCCCCCEEEEEEECCCCCCCCCCCCCCCCCCCCEE
SLNEYEAPRNELEETLVKIWSEVLNVKKIGINDNFFDLGGHSLKATVLMSKIHKELNKEI
EECCCCCCHHHHHHHHHHHHHHHHCEEEECCCCCEEECCCCHHHHHHHHHHHHHHHCCCC
PLKELFKSPTIKEFGKYIEDVEENPYSKIEKIEEKEYYEASSAQKRMYMLQQFDKDSTAY
CHHHHHCCCCHHHHHHHHHHHCCCHHHHHHHHHHHHHHHHHHHHHHHHHHHHCCCCCCEE
NMPVAFQLEGKINKNKIEETFRKITERHEGLRTYFETLDGEIIQKLQNDHEFKLVERKEN
CCCEEEEECCCCCHHHHHHHHHHHHHHHHHHHHHHHHHCHHHHHHHCCCCCEEEEEECCC
GYIDNIINKFVRPFNLGKAPLFRVELIENKEKTYLLIDMHHIISDGVSMSILIKEFTEIY
CCHHHHHHHHHCCCCCCCCCEEEEEEECCCCCEEEEEEEHHHHHCCCHHHHHHHHHHHHH
NGKNLEPLKLQYKDFAAWQNNFLKSEGMKKQEEYWINKFSDEIPILNIPTDYKRPAVQSH
CCCCCCCEEEHHHHHHHHHHHHHHHCCCCHHHHHHHHHHCCCCCEEECCCCCCCCCCCCC
EGDSVSFGINEDTTLKLRKLAKETGTTMHMVMLSAFNILLSKYSGQEDIVIGTPIAGRLH
CCCEEEECCCCCCHHHHHHHHHHHCCHHHHHHHHHHHHHHHHCCCCCCEEEECCCCCHHH
ADLENIMGMFVNTLALRNKPEGNKKYIDFLKEVKENSLKAYENQSYQLEALVEKLDIRRD
HHHHHHHHHHHHHHHHCCCCCCCHHHHHHHHHHHHHHHHHHCCCCHHHHHHHHHHHCCCC
TSRNPLFDVMFNMVDTVTDGDFKLDDIALKQYNNENKISKFDLTLNAIKNGARLNFSIEY
CCCCCHHHHHHHHHHHCCCCCCEEHHHHHHHCCCCCCCEEEEEEHHHHCCCCEEEEEHHH
CTRLFKKETIERISCLYVRILESIINNVEIKLSEIDLLSEAGRNQILYKFNDTKVDYPKN
HHHHHHHHHHHHHHHHHHHHHHHHHCCCEEEEHHHHHHHHCCCCCEEEEECCCEECCCCC
KTIQELFEEQVEKTPNNIAVVFEDKKLTYKELNEKSNQLARVLRSKGVKADSIVGIMVER
CHHHHHHHHHHHCCCCCEEEEEECCCCHHHHHHHHHHHHHHHHHHCCCCCHHHHHHHHHH
SLEMIIGIMGILKAGGAYLPIDPSYPKERIEYMLNDCGAKIILTEYELARSIEYGLETID
HHHHHHHHHHHHHCCCCEECCCCCCCHHHHHHHHHHCCCEEEEEHHHHHHHHHHCCEEEC
LQDDKIYEEEKNNLCKLNNSDALAYIIYTSGSTGIPKGVLIEHKSVVRLVKDTNYINIIE
CCCCHHHHHHCCCEEEECCCCEEEEEEEECCCCCCCCCEEECHHHHHHHHHCCCEEEEEC
DDAILQLSNYAFDGSVFDIYGALLNGAKLVLIDKIDLTEINRLGSVIVNEKISVFFTTTA
CCCEEEEECCCCCCCHHHHHHHHHCCCEEEEEECCCHHHHHHHHHHHCCCCEEEEEEHHH
LFNTIVDTNIEYLINVKKILFGGERVSVKHTKRALKYLGKERLVHVYGPTEGTVYSTYYF
HHHHHHHCCHHHHEEEHHHHCCCCEEEHHHHHHHHHHCCHHCEEEEECCCCCCEEEEEEH
IDNIEKYAENIPIGKSINNSKAYVLDRNDNLLAIGIAGELCISGDGLARGYLNRPELTSE
HHHHHHHHHCCCCCCCCCCCEEEEEECCCCEEEEEECCEEEECCCCHHCCCCCCCCCCCH
KFVDNPFEEGTKMYKTGDLARWLPDGNIEFLGRIDNQVKIRGFRIELGEIENRLLQHESI
HHCCCCHHHCCCEEECCCHHHHCCCCCEEEEEECCCEEEEEEEEEEHHHHHHHHHHHHHH
KEAAILVKENEENEKYICAYVVSKKSFDELNLKNYLKETLPDYMIPTCFMKLEEIPLTSN
HHHEEEEEECCCCCEEEEEEEECCCCCCCCCHHHHHHHHCCHHHHHHHHHHHHHCCCCCC
GKFDRRLLPDPSLCRSLNEYEGPRNEIEVILTKLWSEVLGIKKIGINDDFFDLGGHSLKA
CCCCCCCCCCHHHHHHHHHCCCCHHHHHHHHHHHHHHHHCEEEECCCCCCHHCCCCCHHH
TVLMFKIHKELNKEVPLKEIFKLPTIKELSEFIQRLEENTYLKIEKIEEKEYYEASSAQK
HHHHHHHHHHHCCCCCHHHHHCCCCHHHHHHHHHHHCCCCEEEEEECCCHHHHHHHHHHH
RMYMLQQFDKDSTAYNMPVAFQLEGKINKNKIEETFRKITERHEGLRTYFETLDGEIIQK
HHHHHHHCCCCCCEECCCEEEEECCCCCHHHHHHHHHHHHHHHHHHHHHHHHHCHHHHHH
LQNDHEFKLVERKENGYIDNIINKFVRPFNLGKAPLFRVELIENKEKTYLLIDMHHIISD
HCCCCCEEEEEECCCCCHHHHHHHHHCCCCCCCCCEEEEEEECCCCCEEEEEEEHHHHHC
GVSMSILIKEFTALYNGENLDPLKLQYKDFAAWQNNFLKSEEIKKQEEYWINKFSDEIPI
CCHHHHHHHHHHHHHCCCCCCCEEEEHHHHHHHHHCCCCCHHHHHHHHHHHHHCCCCCCE
LNMHTDYERPVIKSFEGDGLSFEVDEKVTENLRKIARKTGSTMNMVLISAFNILLSKYSG
EECCCCCCCCHHHCCCCCCCEEEEHHHHHHHHHHHHHHCCCHHHHHHHHHHHHHHHHCCC
QEDIIIGTPIAGRTHADLQNMMGMFVNTLALRNKPKGEKKYVDFLKDVKENSIKAYENQS
CCCEEEECCCCCCCHHHHHHHHHHHHHHHHHCCCCCCHHHHHHHHHHHHHCCCCHHCCCC
YQIEYLVEKLDIRRDTSRNPLFDVMFNMIDMITNKHIKLNDVVLKQYINENKISKFDLTL
EEHHHHHHHHHHCCCCCCCCHHHHHHHHHHHHHCCCEEHHHHHHHHHHCCCCCEEEEEEE
NALEEDKKLKLNFEYCSKLFKKETIERLSNHYAKVLKVISNNPEIKLKEIDLLTEKERNQ
ECCCCCCEEEEEHHHHHHHHHHHHHHHHHHHHHHHHHHHCCCCCEEEEEEHHHHHCCCCC
ILYEFNDTKVDYPKDKTIQELFEEQVEKTSNNIAVVFEDKKLTYRELNERANSLARVLRD
EEEEECCCCCCCCCCHHHHHHHHHHHHHCCCCEEEEEECCCCHHHHHHHHHHHHHHHHHH
KGVKADSIIGIMVERSLEMIVGIIGILKAGGAYLPIDPNYPKERIEYMLKDSGSNILLSK
CCCCHHHHHHHHHHHHHHHHHHHHHHHHCCCEEECCCCCCCHHHHHHHHHCCCCEEEEEH
SDLVETIEFDSEFIDLYNEEIFKNDITNLPKINNSKDLAYIIYTSGTTGKPKGAMIEHRS
HHHHHHHHHCHHHHHHHHHHHHHHHHCCCCCCCCCCCEEEEEEECCCCCCCCCCHHHHHH
LVNRLNWMQNKYPIGEKDTILQKTTYTFDVSVWEILWWALVGAKVCMLSPNGEKDPMKII
HHHHHHHHHCCCCCCCCCCEEEEEEEEEEHHHHHHHHHHHHHCEEEEECCCCCCCHHHHH
ETINKYKVTTMHFVPSMLDVFMYCVEENRNNIDLSTLRQVFSSGEALNFKQVEKFYKEFG
HHHHHHEEEHHHHHHHHHHHHHHHHHCCCCCCCHHHHHHHHCCCCCCCHHHHHHHHHHHC
NGKKLINLYGPTEATIDVSYFDCINNGKRVIPIGKPIDNTKLYILKNNKPIPVGVSGELY
CCCEEEEEECCCCCEEEEHHHHHHCCCCEEEECCCCCCCCEEEEEECCCCCEECCCCEEE
IAGDGLARGYVNRIELTSKKFVDNPFELGTKMYKTGDLARWLPDGNIEFLARIDNQVKIR
EECCCHHHHHHHHHEECHHHHCCCHHHHCHHHHCCCCHHHHCCCCCEEEEEECCCEEEEE
GFRIELNEIQSHLLTYEAVKEAAVIDREDDDKNKYICAYIVCNKELTVGEIREYLLNKLP
EEEEEHHHHHHHHHHHHHHHHHHHCCCCCCCCCCEEEEEEEECCCCCHHHHHHHHHHHCH
EYMVPSYFIQIEKLPLTLNGKLDKKALPEPYRKINTGVEYEAPRDEIQEKILLIWREVLG
HHHCCCEEEEEEECEEEECCCCCCCCCCCHHHHHCCCCCCCCCHHHHHHHHHHHHHHHHC
VENIGINDNFFELGGHSLNATNFISKVYRELNREIPLKQLFKSPTIKGLSKFIESIKENS
CCCCCCCCCHHHCCCCCCCHHHHHHHHHHHHCCCCCHHHHHCCCCHHHHHHHHHHHHCCC
YFKIEKVEEKEFYEASSAQKRMYTLQKLDEESAAYNMPVVMKIEGKLNKERLEEAAMELI
CEEEEECCHHHHHHHHHHHHHHHHHHHHCCHHHHCCCCEEEEECCCCCHHHHHHHHHHHH
KRHETLRTSFEIVDEKIVQKVNKAIKFNINYIQETDKSIDQIIKEFISPFDLEKPSLFRV
HHHHHHHHHHHHHHHHHHHHHHHHEEEEEHHHHHHHHHHHHHHHHHCCCCCCCCCHHHHH
AIAEIIGENYLLIDMHHIVSDGISMDILTKEFTALYNGKTLKPLKVQYKDFAAWQNNLLR
HHHHHHCCCEEEEEEHHHHHCCCCEEHHHHHHHHHHCCCCCCCHHHHHHHHHHHHHHHHH
SEVMKSKEEYWMNRFNDEIPVLNMPTDYTRPSIMNFEGDRINFSIEKDITNRIRKIARET
HHHHHHHHHHHHHHCCCCCCEEECCCCCCCCCEECCCCCEEEEEEHHHHHHHHHHHHHHC
GSTIYMILLSGLNILLSKYSGQEDIIIGSPIAGRTHVDLEPIIGMFVNTIAMRNYPKGEK
CCEEEHHHHHHHHHHHHHCCCCCCEEECCCCCCCCCCCHHHHHHHHHHHHHHCCCCCCHH
TYKEFLKEVKENALRAYENQDYQFEELVDKLNIIRDMSRNPLFDVMFTMQNMDIEDIENI
HHHHHHHHHHHHHHHHHCCCCCCHHHHHHHHHHHHHCCCCCHHHHHHHHHCCCHHHHHHC
AIDDLKFELYDTYNNISKFDLTLSAIEIEEEILLSIKYSTNLFKIETIEKIAIHYKNIMN
CCCCEEEEEEHHHCCCEEEEEEEEEEEECCEEEEEEEECCCEEEEHHHHHHHHHHHHHHH
EISLNPNTKINMINILSKEESLKLRKFVDKTINKDLKVEFEF
HCCCCCCCEEEEEEEECCHHHHHHHHHHHHHCCCCEEEEECC
>Mature Secondary Structure
MRIENKLDRSNVENFMSLTSLQQGMLFHYINDKKSTEYHEQLSLTIDGDLKLDLLEKAWN
CCCCCCCCHHHHHHHHHHHHHHHCCEEEEECCCCCCCHHHEEEEEECCCCCHHHHHHCCE
IVIENNEMLRTIFRWKGIDKPVQIVLKKHKVSIQYVDFKHEKDKDKAINEIKTKDLNERI
EEECCCHHHHHHHHHCCCCHHHHHHHHHHCEEEEEEECCCCCCHHHHHHHHHHCCCHHHH
DITRETLRIYLCKLDENIHEMIISNHHILYDGWSNGIILKELIETYSCLYENKGIKIINK
HHHHHHHEEEEHHHCCHHHHHHHCCCEEEEECCCCCCHHHHHHHHHHHHHCCCCCEEEEH
TKFSEFIKYVNNIKKNEEKKYWSKYMGDLEDKNDCFSCNKTGCYKEVYYEMDESKTNKIK
HHHHHHHHHHHHHHCCHHHHHHHHHHCCCCCCCCCCCCCCCCCHHHHHHHHCCCHHHHHH
DFAKENKVLLSSILYGAWGILLQKISDSNEVLFGTVVSGRPESIKSVDKMVGLFINTVPL
HHHHHHHHHHHHHHHHHHHHHHHHHCCCCCEEEEEEECCCCHHHHHHHHHHHHHHCCEEE
IVKSENNTKFIELINELDLVLNERKSFENTSLVDIKEYCNLKANEEFFNSIVTIENYPLD
EEECCCCCHHHHHHHHHHHHHHHHHCCCCCCEEEHHHHCCCCCCHHHHHCEEEEECCCEE
LNLNKENILKVEKFSIIEKTNYNMALEILAFHGIEFKFNFNDKSIDNNIVEKFGNYLERI
EECCHHHCEEEHHHHEEEECCCCEEEEEEEECCEEEEECCCCCCCCHHHHHHHHHHHHHH
IESLLDNPNITVNEINLLSAKEVNQILYEFNNTKSDYPKDKTIQDLFEEQVKKTPDNIAL
HHHHHCCCCEEEEEEEECCHHHHHHHHHHHCCCCCCCCCCCHHHHHHHHHHHCCCCCEEE
VFKNKEITYKELNEKANQLARSLREEYDVKNGDVVAIHFDRSTEMVIGIIATLKINAICL
EEECCCCHHHHHHHHHHHHHHHHHHHHCCCCCCEEEEEECCCCCCHHHHHHHEEEEEEEE
PIETKYPIGRVSEMLIDSNTKIVLNNDETIIYQGFNGMSIKLDKDQYIENDKNNLRSSGD
EECCCCCHHHHHHHHCCCCCEEEEECCCEEEEECCCCCEEEECCHHHHCCCHHHCCCCCC
PEDLAYLIYTSGSTGKPKAVKINHKGIINHAFAKIKETNMSESDICCHNLSFNFVASIWQ
CCCEEEEEEECCCCCCCCEEEECCCCHHHHHHHHHHHCCCCCCCCEEECCCHHHHHHHHH
IFSPMFLGSKVYLYEDDIISDGYKLFDKMEYDRISIVEVVPALLNLFLELGNESRNNITM
HHHHHHHCCEEEEEECCHHHCHHHHHHHCCCCHHHHHHHHHHHHHHHHHHCCCCCCCCCH
KNIKKILLTGEKVETELVNKFYNKYNVDLINAYGQSEFSDDTIHYHIPYNNNTKKVLIGK
HHHHHHHHCCCHHHHHHHHHHHHHCCCEEEECCCCCCCCCCEEEEEECCCCCCCEEEEEC
PTNNTRIYILDKLNKIVPVGIAGEICISGDGIAKGYINNEKLTSEKFVDNPFEEGTKMYK
CCCCCEEEEEECCCCEEEECCCCEEEECCCCCEECCCCCCCCCHHHHCCCCHHHHHHHHH
AGDLARWLPDGNIEFLGRIDNQVKIRGFRIELGEIENRLLQHESIREAAVLVKENEENEK
HCCHHHHCCCCCEEEEEECCCEEEEEEEEEEHHHHHHHHHHHHHHHHHHEEEECCCCCCE
YICAYVVSKKSFDELNLKNYLKETLPDYMIPTYFIQLEKMPLTANGKLDRKALPKPNLDI
EEEEEEECCCCCCCCCHHHHHHHHCCCCCCCEEEEEEECCCCCCCCCCCCCCCCCCCCEE
SLNEYEAPRNELEETLVKIWSEVLNVKKIGINDNFFDLGGHSLKATVLMSKIHKELNKEI
EECCCCCCHHHHHHHHHHHHHHHHCEEEECCCCCEEECCCCHHHHHHHHHHHHHHHCCCC
PLKELFKSPTIKEFGKYIEDVEENPYSKIEKIEEKEYYEASSAQKRMYMLQQFDKDSTAY
CHHHHHCCCCHHHHHHHHHHHCCCHHHHHHHHHHHHHHHHHHHHHHHHHHHHCCCCCCEE
NMPVAFQLEGKINKNKIEETFRKITERHEGLRTYFETLDGEIIQKLQNDHEFKLVERKEN
CCCEEEEECCCCCHHHHHHHHHHHHHHHHHHHHHHHHHCHHHHHHHCCCCCEEEEEECCC
GYIDNIINKFVRPFNLGKAPLFRVELIENKEKTYLLIDMHHIISDGVSMSILIKEFTEIY
CCHHHHHHHHHCCCCCCCCCEEEEEEECCCCCEEEEEEEHHHHHCCCHHHHHHHHHHHHH
NGKNLEPLKLQYKDFAAWQNNFLKSEGMKKQEEYWINKFSDEIPILNIPTDYKRPAVQSH
CCCCCCCEEEHHHHHHHHHHHHHHHCCCCHHHHHHHHHHCCCCCEEECCCCCCCCCCCCC
EGDSVSFGINEDTTLKLRKLAKETGTTMHMVMLSAFNILLSKYSGQEDIVIGTPIAGRLH
CCCEEEECCCCCCHHHHHHHHHHHCCHHHHHHHHHHHHHHHHCCCCCCEEEECCCCCHHH
ADLENIMGMFVNTLALRNKPEGNKKYIDFLKEVKENSLKAYENQSYQLEALVEKLDIRRD
HHHHHHHHHHHHHHHHCCCCCCCHHHHHHHHHHHHHHHHHHCCCCHHHHHHHHHHHCCCC
TSRNPLFDVMFNMVDTVTDGDFKLDDIALKQYNNENKISKFDLTLNAIKNGARLNFSIEY
CCCCCHHHHHHHHHHHCCCCCCEEHHHHHHHCCCCCCCEEEEEEHHHHCCCCEEEEEHHH
CTRLFKKETIERISCLYVRILESIINNVEIKLSEIDLLSEAGRNQILYKFNDTKVDYPKN
HHHHHHHHHHHHHHHHHHHHHHHHHCCCEEEEHHHHHHHHCCCCCEEEEECCCEECCCCC
KTIQELFEEQVEKTPNNIAVVFEDKKLTYKELNEKSNQLARVLRSKGVKADSIVGIMVER
CHHHHHHHHHHHCCCCCEEEEEECCCCHHHHHHHHHHHHHHHHHHCCCCCHHHHHHHHHH
SLEMIIGIMGILKAGGAYLPIDPSYPKERIEYMLNDCGAKIILTEYELARSIEYGLETID
HHHHHHHHHHHHHCCCCEECCCCCCCHHHHHHHHHHCCCEEEEEHHHHHHHHHHCCEEEC
LQDDKIYEEEKNNLCKLNNSDALAYIIYTSGSTGIPKGVLIEHKSVVRLVKDTNYINIIE
CCCCHHHHHHCCCEEEECCCCEEEEEEEECCCCCCCCCEEECHHHHHHHHHCCCEEEEEC
DDAILQLSNYAFDGSVFDIYGALLNGAKLVLIDKIDLTEINRLGSVIVNEKISVFFTTTA
CCCEEEEECCCCCCCHHHHHHHHHCCCEEEEEECCCHHHHHHHHHHHCCCCEEEEEEHHH
LFNTIVDTNIEYLINVKKILFGGERVSVKHTKRALKYLGKERLVHVYGPTEGTVYSTYYF
HHHHHHHCCHHHHEEEHHHHCCCCEEEHHHHHHHHHHCCHHCEEEEECCCCCCEEEEEEH
IDNIEKYAENIPIGKSINNSKAYVLDRNDNLLAIGIAGELCISGDGLARGYLNRPELTSE
HHHHHHHHHCCCCCCCCCCCEEEEEECCCCEEEEEECCEEEECCCCHHCCCCCCCCCCCH
KFVDNPFEEGTKMYKTGDLARWLPDGNIEFLGRIDNQVKIRGFRIELGEIENRLLQHESI
HHCCCCHHHCCCEEECCCHHHHCCCCCEEEEEECCCEEEEEEEEEEHHHHHHHHHHHHHH
KEAAILVKENEENEKYICAYVVSKKSFDELNLKNYLKETLPDYMIPTCFMKLEEIPLTSN
HHHEEEEEECCCCCEEEEEEEECCCCCCCCCHHHHHHHHCCHHHHHHHHHHHHHCCCCCC
GKFDRRLLPDPSLCRSLNEYEGPRNEIEVILTKLWSEVLGIKKIGINDDFFDLGGHSLKA
CCCCCCCCCCHHHHHHHHHCCCCHHHHHHHHHHHHHHHHCEEEECCCCCCHHCCCCCHHH
TVLMFKIHKELNKEVPLKEIFKLPTIKELSEFIQRLEENTYLKIEKIEEKEYYEASSAQK
HHHHHHHHHHHCCCCCHHHHHCCCCHHHHHHHHHHHCCCCEEEEEECCCHHHHHHHHHHH
RMYMLQQFDKDSTAYNMPVAFQLEGKINKNKIEETFRKITERHEGLRTYFETLDGEIIQK
HHHHHHHCCCCCCEECCCEEEEECCCCCHHHHHHHHHHHHHHHHHHHHHHHHHCHHHHHH
LQNDHEFKLVERKENGYIDNIINKFVRPFNLGKAPLFRVELIENKEKTYLLIDMHHIISD
HCCCCCEEEEEECCCCCHHHHHHHHHCCCCCCCCCEEEEEEECCCCCEEEEEEEHHHHHC
GVSMSILIKEFTALYNGENLDPLKLQYKDFAAWQNNFLKSEEIKKQEEYWINKFSDEIPI
CCHHHHHHHHHHHHHCCCCCCCEEEEHHHHHHHHHCCCCCHHHHHHHHHHHHHCCCCCCE
LNMHTDYERPVIKSFEGDGLSFEVDEKVTENLRKIARKTGSTMNMVLISAFNILLSKYSG
EECCCCCCCCHHHCCCCCCCEEEEHHHHHHHHHHHHHHCCCHHHHHHHHHHHHHHHHCCC
QEDIIIGTPIAGRTHADLQNMMGMFVNTLALRNKPKGEKKYVDFLKDVKENSIKAYENQS
CCCEEEECCCCCCCHHHHHHHHHHHHHHHHHCCCCCCHHHHHHHHHHHHHCCCCHHCCCC
YQIEYLVEKLDIRRDTSRNPLFDVMFNMIDMITNKHIKLNDVVLKQYINENKISKFDLTL
EEHHHHHHHHHHCCCCCCCCHHHHHHHHHHHHHCCCEEHHHHHHHHHHCCCCCEEEEEEE
NALEEDKKLKLNFEYCSKLFKKETIERLSNHYAKVLKVISNNPEIKLKEIDLLTEKERNQ
ECCCCCCEEEEEHHHHHHHHHHHHHHHHHHHHHHHHHHHCCCCCEEEEEEHHHHHCCCCC
ILYEFNDTKVDYPKDKTIQELFEEQVEKTSNNIAVVFEDKKLTYRELNERANSLARVLRD
EEEEECCCCCCCCCCHHHHHHHHHHHHHCCCCEEEEEECCCCHHHHHHHHHHHHHHHHHH
KGVKADSIIGIMVERSLEMIVGIIGILKAGGAYLPIDPNYPKERIEYMLKDSGSNILLSK
CCCCHHHHHHHHHHHHHHHHHHHHHHHHCCCEEECCCCCCCHHHHHHHHHCCCCEEEEEH
SDLVETIEFDSEFIDLYNEEIFKNDITNLPKINNSKDLAYIIYTSGTTGKPKGAMIEHRS
HHHHHHHHHCHHHHHHHHHHHHHHHHCCCCCCCCCCCEEEEEEECCCCCCCCCCHHHHHH
LVNRLNWMQNKYPIGEKDTILQKTTYTFDVSVWEILWWALVGAKVCMLSPNGEKDPMKII
HHHHHHHHHCCCCCCCCCCEEEEEEEEEEHHHHHHHHHHHHHCEEEEECCCCCCCHHHHH
ETINKYKVTTMHFVPSMLDVFMYCVEENRNNIDLSTLRQVFSSGEALNFKQVEKFYKEFG
HHHHHHEEEHHHHHHHHHHHHHHHHHCCCCCCCHHHHHHHHCCCCCCCHHHHHHHHHHHC
NGKKLINLYGPTEATIDVSYFDCINNGKRVIPIGKPIDNTKLYILKNNKPIPVGVSGELY
CCCEEEEEECCCCCEEEEHHHHHHCCCCEEEECCCCCCCCEEEEEECCCCCEECCCCEEE
IAGDGLARGYVNRIELTSKKFVDNPFELGTKMYKTGDLARWLPDGNIEFLARIDNQVKIR
EECCCHHHHHHHHHEECHHHHCCCHHHHCHHHHCCCCHHHHCCCCCEEEEEECCCEEEEE
GFRIELNEIQSHLLTYEAVKEAAVIDREDDDKNKYICAYIVCNKELTVGEIREYLLNKLP
EEEEEHHHHHHHHHHHHHHHHHHHCCCCCCCCCCEEEEEEEECCCCCHHHHHHHHHHHCH
EYMVPSYFIQIEKLPLTLNGKLDKKALPEPYRKINTGVEYEAPRDEIQEKILLIWREVLG
HHHCCCEEEEEEECEEEECCCCCCCCCCCHHHHHCCCCCCCCCHHHHHHHHHHHHHHHHC
VENIGINDNFFELGGHSLNATNFISKVYRELNREIPLKQLFKSPTIKGLSKFIESIKENS
CCCCCCCCCHHHCCCCCCCHHHHHHHHHHHHCCCCCHHHHHCCCCHHHHHHHHHHHHCCC
YFKIEKVEEKEFYEASSAQKRMYTLQKLDEESAAYNMPVVMKIEGKLNKERLEEAAMELI
CEEEEECCHHHHHHHHHHHHHHHHHHHHCCHHHHCCCCEEEEECCCCCHHHHHHHHHHHH
KRHETLRTSFEIVDEKIVQKVNKAIKFNINYIQETDKSIDQIIKEFISPFDLEKPSLFRV
HHHHHHHHHHHHHHHHHHHHHHHHEEEEEHHHHHHHHHHHHHHHHHCCCCCCCCCHHHHH
AIAEIIGENYLLIDMHHIVSDGISMDILTKEFTALYNGKTLKPLKVQYKDFAAWQNNLLR
HHHHHHCCCEEEEEEHHHHHCCCCEEHHHHHHHHHHCCCCCCCHHHHHHHHHHHHHHHHH
SEVMKSKEEYWMNRFNDEIPVLNMPTDYTRPSIMNFEGDRINFSIEKDITNRIRKIARET
HHHHHHHHHHHHHHCCCCCCEEECCCCCCCCCEECCCCCEEEEEEHHHHHHHHHHHHHHC
GSTIYMILLSGLNILLSKYSGQEDIIIGSPIAGRTHVDLEPIIGMFVNTIAMRNYPKGEK
CCEEEHHHHHHHHHHHHHCCCCCCEEECCCCCCCCCCCHHHHHHHHHHHHHHCCCCCCHH
TYKEFLKEVKENALRAYENQDYQFEELVDKLNIIRDMSRNPLFDVMFTMQNMDIEDIENI
HHHHHHHHHHHHHHHHHCCCCCCHHHHHHHHHHHHHCCCCCHHHHHHHHHCCCHHHHHHC
AIDDLKFELYDTYNNISKFDLTLSAIEIEEEILLSIKYSTNLFKIETIEKIAIHYKNIMN
CCCCEEEEEEHHHCCCEEEEEEEEEEEECCEEEEEEEECCCEEEEHHHHHHHHHHHHHHH
EISLNPNTKINMINILSKEESLKLRKFVDKTINKDLKVEFEF
HCCCCCCCEEEEEEEECCHHHHHHHHHHHHHCCCCEEEEECC

PDB accession: NA

Resolution: NA

Structure class: Alpha Beta

Cofactors: Phosphopantetheine. [C]

Metal ions: NA

Kcat value (1/min): NA

Specific activity: NA

Km value (mM): NA

Substrates: 6 ATP; L-serine; 2,3-dihydroxybenzoate [C]

Specific reaction: 6 ATP + 3 L-serine + 3 2,3-dihydroxybenzoate = 6 pyrophosphate + 6 AMP + enterobactin ATP + L-serine = pyrophosphate + L-Seryl-AMP 6 ATP + 3 L-serine + 3 2,3-dihydroxybenzoate = 6 pyrophosphate + 6 AMP + enterobactin ATP + L-serine = pyrophosphate + L-Ser

General reaction: Transferases; Acyltransferases; Transferring groups other than amino-acyl groups [C]

Inhibitor: NA

Structure determination priority: 9.0

TargetDB status: NA

Availability: NA

References: 1560782; 2477357 [H]