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Identifier: 183983758

GI number:

Start: 4659984

End: 4668914

Strand: Reverse

Name: Not Available

Synonym: MMAR_3779

Alternate gene names: NA

Gene position: NA

Preceding gene: 183983759

Following gene: 183983757

Centisome position: NA

GC content: NA

Gene sequence:

>8931_bases
ATGAAATTCGAGCACTCCTTGATGAGCGCGGATTGGAAGTTGGGTTGCATCGTAGCTGTCGACGGTGTGATCGAGCCACG
ACTACTAGAAATGGCTACATATCAATTATTTCACGAATGCGCCGGTCTGCGACTAGCGTTTCTTAAACGAGATGGCGAGG
TCTTGCAAAGCGTCCTCGATTCGCCTCCGCCTGAATTGCTGTTCCGCGATGTAAGTAACTCGCGGGACCCTGTTGGGGAC
GCGTATCGCCTGGCGTGCAAAATGCAAAGTCTAGACACACGGTGGTCGGGGCCGCTATATAGCTTTGGGCTGTTTCGGAC
AGAAGCCTCGCAGTTCTATTTGCATTTCTGTGTCCATCGGCTAGCTATTGACAGCGGAGAACTGTCATCACTAGTTGGGC
GGATCGCGAAGATATACTCGGGACTCGCGTCGGGGGCGCCCGTGCCCGCGCAGTTGGCCGGATTGCTGCGTAAACTGACT
ACTCGTGAGCGGCCAGGCCAATCGTTAGCACCGAATGTTCAGGATCTTACCTGTTGCTGGGATGATATTATCGCCGGCTC
TGGTGAAATAGAATGCAGGCGGGAAGGTCAACTGGCTGGGCAGGGCATTCCTTTGGCTCACGCATCTGAACTCTTACCGG
ATGCGGTTGACAGTCGAATTAAACAGTTGTCCGACGCGCTCGGTGTAACTCGAGACGCCGCGGCGATCGCAGCATGTGCC
CTACTTGTCCACAGGTGGTGCGGCGGTGGTTCATGGGTAATGGTGCTATTACCGGTGGTTCGACAGAATCCTGGAGCGTT
GGAGACAGCTCCCGTACGACCCGGCGGGGCTGTACCGCTGGCATTGGCAGCGGCCCCGGGTGCCTCAGTTGGCGAGTTTT
GTAGGCGTGTTGAGTCCCACGTCGGAGCCGCGCCACAACAATATCGTGTTCGAGTAATGGCGGTTAGCCCCCATCCGATG
GCGGCGGAGCTGCTTCTAGATTCACCCTTGTTCAAGTCATCACCTCCGGTTGCTGTTCCTCCCTTTGATGGTGCATCAGC
ATCAATGGAATGTGCGGGTATAGGCACGTTCGATTCGTTTTCGTTGTCGCTTCTGAGAGATGGCGAGCGTCTATTTGTGA
GCACGGAAGGCCATGGAAATTGCGTTTCTGGCCAGGGCGTGCCGAATGTGATCGACCGGCTGAAGGTTTCGTTGAGCGTC
ATGGCGGCTGATCCAACACGGCGGTTGGCCGGAGTAGACGCGCTGCCCGTCGATGTCCGCGGACAATTGGATGTGTGGGG
TAACCGTGGTGTTGTTGATGGTTTGGTGCGGTGTGGGGTGAGTATTCCGGCGATGTTTAGTGCCCAAGTGGCCCGTGGGG
GACAGGCGGCGGCGCTGACGTACGGCGAGACCACATTGAGTTATCGCGATCTTGATGAGGCTGCTGATCGGCTTGCGTGT
TGGTTGGTTGGCTGTGGTGTGGGGCGTGGTGATGTGGTTGCGGTGGTATTCGAGCGGTCAGCGCAGGCGGTGATTGCGAT
CTTGGCGGTCCTTAAGGCCGGGGCTGCGTACCTACCTATCGATCCGGCGCATCCTGATGAACGGATCGGGTTCATGATCG
CTGATGCTGCGCCGACAGTGGTAGTGACTGTTGGCGGGCTGGTCTCGCGGCTCATCGCTTATGGGGTGACGGTGCTCGAT
GTTGATCGGTGTGCTGTTGAGGGTTGCTCGCCAGCTCGTTCATGGTCGGCGCCTGAGGCCGACGATGTCGCTTACATCAT
TTACACCTCGGGTACCACGGGTACCGCCAAAGGCGTTGCCATCAGTCACCACAACGTCACCCAACTCTTTGAGTCCATGA
CAGGAGGGCTGATCTCCGGGCCCGGAAAAGTCTGGAGTCAAAGCCATTCATATGGCTTCGACTACTCAGTATGGGAGATA
TGGGGCGCACTCCTACACGGTGGGCAGCTAGTCATAGTCCCTGAAACCGTAACCCGCTGCCCGAATGAGTTTCACAGTCT
TCTCGTCAGTGAACACGTCAACGTACTAAGCCAAACTCCAACGGCGCTTGCGGCATTGCCACAGAAGGGCTTGGACTCGA
TCACCGTGTTCGTTGGCGGTGAGGCCTGCCCGGCCGAATTGGTGGATCGATGGGCGCCCGGCCGAGCCATGGTCAATCAA
TTCGGACCCACCGAAACAATGATGTGCGTATCAATGAGTGCCCCGTTAGCTCCCCGGTCGGGGCCCCCGCCCATCGGAGT
CCCTGTGACCGAAGCGGCGTTATTTGTGTTGGATTCGTGGTTGAGGCCGGTGCCGGTCGGTGTGGCTGGCGAGTTGTATG
TCGCTGGCGCTGGGGTGGGCTATGGGTATGTGCAGCGCTGCGGGTTGACCGCATCACGGTTTGTGGCCTGCCCCTTCGGC
GGGGTAGGTGCGCGGATGTATCGCACCGGTGACGTGGTCCGCTGGGGTGCGGATGGGCAGCTGCACTACGTGGGTCGTGC
TGATCGGCAGGTTAAGGTCCGCGGCTATCGCATCGAACCCGCCGAGATTGAGGCGGTGTTGGCAACCCATCCCTGGGTAG
CCCAAGCGGTGGTCACGCCATACCCAGCCACCACCTCAGCTGGCGACGACGGCCAACAGTTGGTGGGCTACGTAACGCCA
AGCACAGACAAGATGCTTGCCCGCAGGACCCCACCAGAAGCTCGACTGGTGGCGCAATGGCAGGGGATCTATGACGAATT
GTACGCGGGGCCGACCGCTGAACCATTTGTGCTGGGGCAAGATTTCGGGGGCTGGAACAGTAGTTATACGGGAACTGCGA
TTCCCGCGGAACAAATGCGGCAATGGCGTGCGGCCGCCGTAGAACGCATCCGCGGGTTGGGGGGGACACGGCTGTTAGAG
ATCGGGGTCGGTTCAGGGCTGCTGCTCGCCGAGCTTGCGCCGCACTGTGATGAGTACTGGGGCACAGACTTTTCCGCGCC
CGCGATCGAGGCGCTGCAGGCAGCGCTAGCCACACAAGTATGGGGAGATCGGGTGCGGCTGCAGGTAGCGGCAGCCGATG
TCGTTGACGGGCTGCCGCCTGGACATTTCGATGTAGTAATCCTCAACTCGGTGCTACAGTACTTCCCCGGCGTGGGCTAT
TTGCTGGATGTGTTGGCCAAAGCGATAGGGCTGCTGGCTCCCGGCGGAGCGCTATTTCTTGGGGACGTGCGCAACCTGAC
GTTGCTGGAGGCATTTTCCACCGCAGTGGCCTGCGCCGAGGCCACCAGCGTTCAAACCACCGCTGGGGTGCTGCGAGAGC
GAGTGCGCCGTGAAATGCGCGCTGAACAAGAACTATTGCTAGCCCCGGAATTTTTCACCGCCTTACCTCAACATCTTCCC
GGAATCGCCGCAGTTGACCTGCAACTCAAACAAATGGCTGCGGTTAACGAACTCAGCAGCTACCGCTATGATGTGGTGCT
ACACAAGGCGCCGGTGGCGGTGTGCTCCTTTGCTGACTTGCCCACCCAACCATGGCATCGGTGGGAAAGCCTCGACGCCT
TGGGTAATTATCTGAGGTCGGCAAATCCGGCTTCGTTGCGGGTCACCGAGGTACCTCATGCAGTGATATGGGCTGACGTC
GCCATGACCCAAGCGCTGGCCCAAGCTGAGGACCCGATGTTGGCTAGCCAGTTGCGGATGGGCATCTCAGTTTCCGATGC
AGTGCTGCCCCACCAGTGCTATCGGCTAGGCGAGCAACTCGGTTATACCACTGCAGTGACTTGGTCGGCCATTCCTGGGC
TGATGGAACTAATCTATACCCGTACTGAATCATCACCCGATGCTGACAGCTGTCTTGGTGCTAAAGCGCTGTCGGCGGTG
TACCGGCCGGCCAAGCCAATCGGTGCGCTGACTGAATACGCTAACGATCCCTTGACGATCGAACTGGTAGCTCAACTACG
CCAGCATGCGGCCACAAGGTTGCCGCACTACATGACACCCGCCGCGATCATGGTGGTGGACAGGCTGCCGCTGACGGTTA
ACGGCAAACTAGATCGGGCGGCTTTGCCGGCTCCCGAATTCGACGGTGGGGTGGCCTATCGGGCTCCCCGTGATCGCCTC
GAGCAGCTGCTGGCCGCGCTGTTCGGCGAAGTACTCGGGTTATCCCGGGTTGGAATCGATGATGAGTTCTTCCGGATCGG
TGGCCATTCCCTGTCGGCAAGTCGGCTCGTGGTGCGGATCCGTGCCGAACTCGATGTTGAGGTCCCCATGCGGGTGGTAT
TTGGCACATCCTCGGTGGCCGGGTTGGCTCAGTGGATTAAAGACAATGCCGGAAAGCCCACTCAACCAGCACTAACGCCA
CGGCCACGTCCCACTCCGCTGCCGTTGTCGTTTGCCCAATCTCGGTTGTGGTTCATCTACAAATACGAAGGACCTTCGGC
TACCTACAATGTTCCGTTGGCGGTGCGCTTGACCGGCAATCTGGATCCCGCAGCTCTTAGGGCAGCAATCGGCGACGTGA
TAACCCGACATGAGAGTCTGCGCACGGTCTTCGCTGAAATCGACGGGATCCCACACCAACGAATCCTGAACCCCCAGGCC
GTGGATACGCCGGTGACCATCACCGAAATCACCGATCGCGGACGATTGACCCAAGCGCTGGCCGACGCCGCTCAATACCG
ATTTGACCTGGCCACCCAGATCCCAGTCCGGGCTGACTTGCTCCGACTATCGGAGACGAACCACGTCCTGGTCATAGTCG
TTCACCACATTGCCGCCGACGGGGCATCGCTGGTTCCCCTGGCCCAGGATCTGACAACCGCCTACATCGCCCGCTGTGAC
CAACAAGAGCCCGGCTGGTCACCACTACCGGTTCAGTACGCCGACTACACCCTGTGGCAACGAGAGCTTCTGGGGCGCGA
AGACGATCCCAACAGCCTCATTTACCAACAAGCTACCTACTGGCGTGAGGAATTGACTGGCGCCCCCGAACAGATCACCC
TGCCATTCGACCGACCCCGTTCGCCTCAACAGTCATATCGTGGCGACGTATTGTCGTTTACTATCGACACCCAACTACGC
GAACAGATCCAGCAGTTGGCGCAACAAACCGACACCACCATGTCTATGGTGTTCCAGGCTGCCTTGGCGGTCCTGCTCGT
TAAACTCGGCGCCGGTAGCGACATTACTATCGGTGCGCCGATTGCCGGACGCACAGACCAAGCCCTGACTGAGCTGATCG
GGTTTTTCGTCAACACCTGGGTGCTACGCGTCAACGCCACCGGCAACCCCACTGTCAAAGAGCTACTCCAACAAGTCCGA
ACAAAAGCTCTCGCTGCCTACGAAAACCAAGACGCTCCCTTTGAACGACTCGTCGAACTGATCAACCCCACTCGATCAAC
CGCCTACCACTCCCTATTCCAAGTGGCGTTGGCGCTCCAGAACAACCCGCTGCCCCACATCGACGTACCAGGATTGAACG
TCCAACCTATTCCCGTACCTACCCGCACTTCCCAGTTCGACCTATTCATCAACCTTCTCGATCTGCCCCATCGAAACCGG
CAAACACAGGCGATCTCAGGCAGCATCGAATACGCTACAGATCTCTTCGACCATGACACCATCGACAAATTTGCTACCTA
TTACCTACGTGTCCTGCATGAAATAACCAGCGCGCCACACCACGGCATCGATTTCGTCACCATTCTCGCTCCCGAGGAAC
GCGCAAACCTAGATGTGTGGGGTAACCGTGGTGTTGTTGATGGTTTGGTGCGGTGTGGGGTGAGTATTCCGGCGATGTTT
AGTGCCCAAGTGGCCCGTGGGGGACAGGCGGCGGCGCTGACGTACGGCGAGACCACATTGAGTTATCGCGATCTTGATGA
GGCTGCTGATCGGCTTGCGTGTTGGTTGGTTGGCTGTGGTGTGGGGCGTGGTGATGTGGTTGCGGTGGTATTCGAGCGGT
CAGCGCAGGCGGTGATTGCGATCTTGGCGGTCCTTAAGGCCGGGGCTGCGTACCTACCTATCGATCCGGCGCATCCTGAT
GAACGGATCGGGTTCATGATCGCTGATGCTGCGCCGACAGTGGTAGTGACTGTTGGCGGGCTGGTCTCGCGGCTCATCGC
TTATGGGGTGACGGTGCTCGATGTTGATCGGTGTGCTGTTGAGGGTTGCTCGCCAGCTCGTTCATGGTCGGCGCCTGAGG
CCGACGATGTCGCTTACATCATTTACACCTCGGGTACCACGGGTACCGCCAAAGGCGTTGCCATCAGTCACCACAACGTC
ACCCAACTCATCACTTCAATGGTCAAAAGTCTGGGGTCGGCCAGCACGCTGGTATGGAGCCAGTGCCATTCCTACGGGTT
TGACGTCTCGGTGTGGGAGATATGCGGTGCACTCCTACATGGTGGGCGGCTTGTCATAGTGCCCGAGCCGGTCACCCGCG
CGCCGACTGAACTGCACAAGTTGCTGAAGGCTGAATGCGTAAATGTTCTCAACTTGACTCCCACGGCGCTTGCGGCATTG
CCAAAGCAGGGCTTGGACTCGATCACGGTGCTGGTAGCCGGTGAGGCCTGCCCGGCCGAACTGATGGATCGATGGGCCCC
CGACCGCGTGATGATCAACGCCTACGGCGCTACCGAATTGTGGTACTCGGCGCTGAGTCCACGGTTGGTGCCGGGTTCGA
AAGTCGTGCCGATCGGAGTGCCTTTGGCTGATGTCGCGTTGTTTGTGTTGGATTCGTGGTTGAGGCCGGTGCCGGTCGGT
GTGGCTGGCGAGTTGTATGTCGCTGGCGCTGGGGTGGGCTATGGGTATGTGCAGCGCTGCGGGTTGACCGCATCACGGTT
TGTGGCCTGCCCCTTCGGCGGGGTAGGTGCGCGGATGTATCGCACCGGTGACGTGGTCCGCTGGGGTGCGGATGGGCAGC
TACACTACGTGGGTCGTGCTGATCGGCAGGTTAAGGTCCGCGGCTATCGCATCGAACCCGCCGAGATTGAGGCGGTGTTG
GCAACCCATCCCTGGGTAGCCCAAGCGGTGGTCACGCCATACCCAGCCACCACCTCAGCTGGCGACGACGGCCAACAGTT
GGTGGGCTACGTAACGCCAAACCCAGAAAGCGTGGCGGACGGGGAATTTTCGTCAGAAGCCGAGTGCGCCAGCGAATCCG
CTGCTGCGCAGCGTTCGGCAGAATTGCGGCAGTATGTGACTGAGCGTTTGCCGCACTACATGGTGCCCGCGGCGATCGCC
GTGGTTGAGGTGGTGCCGATGACTGTGCATGGCAAGATTGATTGGAGCGCGTTGCCGGCTCCGACGTTCGCGAGTGCAGT
CCCTTACCGGGAACCGCGGGATCAGCACGAACATGATTTGGCGGCGGTGTTCGGGGAGGTTCTCGGACTAGCTCGCGTCG
GTATCGACGACGAATTTTTTGCATTGGGCGGCCACTCCTTGTCTGCTATTCGACTGGTGGGCAGAGTCAAGGCCCAACTT
GGGTTCGACGTCCCGGTCCGGGCCGTCTTTGAAGCACCTACAGTGGCCGGATTGGCGCACTGGATCAAGGCTAATGCCGG
CCGACGCACTCGGCCGGTAGTGACAGCCCGCCCGCGTCCCCGCAGCCTGCCGCTGTCGTTTTCTCAGCATCGCGCGTGGT
CGGTGGAACAGCTTCTTGCTCCCGAGCCGGTGTACAACGTTCCGCTAGTTCTGCGGATCCGCGGCGCGCTCGATGTCGAG
GCACTAGGTCAGGCTGTGGTTGATGTGCTGGATCGCCACGAGAGTCTGCGAACGGCTATTGTGGTCGCTGGGGATGAGCC
TCAGCAAGTCGTGTTGCCGGCCGAGCATGAGAGTATGGGTTGGCAGGTGGTCGACGCCTCTGCATGGTCGCGTGAGCGGC
TACTTGAAGTGCTAACCAGTCAGGCCCGCATCGCCTTCGATTTGGCCACCCGGATTCCCCTACGCGCGAGGCTCTACCGC
GTCAACGATGAAGACAATATCCTAGCCTTCACCTTCCACCACATTGCTTTCGACGGTTGGTCAATGGCCCCGCTAACCGC
CGATATCAGCCTGGCATACAACGATCGGTGTGCTGGGCGACGTCCAACCTGGTCTCCGTTACCAGTCCAATACATCGATT
ACGCATTGTGGCAACATGATTACTTGGGTGAGGTGTCCAATTCGGACAGCGTTATCGCAAGTCAACTGCGGTACTGGGAA
AAGGCTCTTGACGGTGTAAAGCTCCTCAACCTACCTGGCGACCGGCCCCGCCCGCCAATCGCAGATCACCGCGGCGAACA
AGTGGCAATGGCCTGGCCGGCAAAGCTGCACCATCAGATATACCGTGTGGCATCGAAACACCACGCCACCAGCTTCATGG
TCGTGCATGCCGGCCTTGTAGCGTTGCTGGCAAAGCTGAGCACCTGCCACGACATCCCCGTTTCGATCAACGTCGCTGGG
CGTGACAGTGAAACCCTGGACCAACTCATTGGCGTCTTCGCGAATAGGTTGGTCTTGCGCGTCGAAGTCGGCAAGGAAGC
CACGTTCACCCAATTGTTGGCTCAGGTACGTGCAAGCGTCCTAGAGGCCTTCGACCACCAAGACCTGCCCTTCGGAGTCC
TATTGGACCGATTTGACGGCGCGCGATCATCAAGTCACGCGGTGCAAACACAAGTCATGCTGGCCTGGCAAAATGATCAG
GCCGTCCGATTGTCGTTAGGAGACTCGCAGGTCGAGGCCATACCGGTGCACACCCAAACCGCGCTGATGGACTTGGTGTT
GTCGCTGACTGAACATTTCAGCGTTACCGGTGAACCCGCCGGAATCAGTGGTTTTGGGCAATACCGGACTGACATGTATG
ACCTGGCCACTATCGAAACCTGGATCAACCACTTGGAAGATCTGTTGTTTGCCGTAACTTCCAATCCGCAGCTACGCATA
TCCGACATCGGCCTGTGGGGTTCAAGCGAGCCCGTCGAAGCGGTCAAGTAG

Upstream 100 bases:

>100_bases
TCTCAATGGTGCGGGTCTGCTGTGCTTCGGACGTTGGTGGCTGATGGCTATTTGAGATAGCTAAAAGGGATCTTGTGATA
GCAATGCGGAGCAGGGTGGT

Downstream 100 bases:

>100_bases
GGCTGCGCCCTGAACCCCCGTGAGTCTGGCGACACGCCGCGTGTTGTGAAAGATGGAGGCATGCCAGAAGGGCTGTCGCC
GCGTAGTACTCGACTGAATT

Product: non-ribosomal peptide synthetase

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>2976_residues
MKFEHSLMSADWKLGCIVAVDGVIEPRLLEMATYQLFHECAGLRLAFLKRDGEVLQSVLDSPPPELLFRDVSNSRDPVGD
AYRLACKMQSLDTRWSGPLYSFGLFRTEASQFYLHFCVHRLAIDSGELSSLVGRIAKIYSGLASGAPVPAQLAGLLRKLT
TRERPGQSLAPNVQDLTCCWDDIIAGSGEIECRREGQLAGQGIPLAHASELLPDAVDSRIKQLSDALGVTRDAAAIAACA
LLVHRWCGGGSWVMVLLPVVRQNPGALETAPVRPGGAVPLALAAAPGASVGEFCRRVESHVGAAPQQYRVRVMAVSPHPM
AAELLLDSPLFKSSPPVAVPPFDGASASMECAGIGTFDSFSLSLLRDGERLFVSTEGHGNCVSGQGVPNVIDRLKVSLSV
MAADPTRRLAGVDALPVDVRGQLDVWGNRGVVDGLVRCGVSIPAMFSAQVARGGQAAALTYGETTLSYRDLDEAADRLAC
WLVGCGVGRGDVVAVVFERSAQAVIAILAVLKAGAAYLPIDPAHPDERIGFMIADAAPTVVVTVGGLVSRLIAYGVTVLD
VDRCAVEGCSPARSWSAPEADDVAYIIYTSGTTGTAKGVAISHHNVTQLFESMTGGLISGPGKVWSQSHSYGFDYSVWEI
WGALLHGGQLVIVPETVTRCPNEFHSLLVSEHVNVLSQTPTALAALPQKGLDSITVFVGGEACPAELVDRWAPGRAMVNQ
FGPTETMMCVSMSAPLAPRSGPPPIGVPVTEAALFVLDSWLRPVPVGVAGELYVAGAGVGYGYVQRCGLTASRFVACPFG
GVGARMYRTGDVVRWGADGQLHYVGRADRQVKVRGYRIEPAEIEAVLATHPWVAQAVVTPYPATTSAGDDGQQLVGYVTP
STDKMLARRTPPEARLVAQWQGIYDELYAGPTAEPFVLGQDFGGWNSSYTGTAIPAEQMRQWRAAAVERIRGLGGTRLLE
IGVGSGLLLAELAPHCDEYWGTDFSAPAIEALQAALATQVWGDRVRLQVAAADVVDGLPPGHFDVVILNSVLQYFPGVGY
LLDVLAKAIGLLAPGGALFLGDVRNLTLLEAFSTAVACAEATSVQTTAGVLRERVRREMRAEQELLLAPEFFTALPQHLP
GIAAVDLQLKQMAAVNELSSYRYDVVLHKAPVAVCSFADLPTQPWHRWESLDALGNYLRSANPASLRVTEVPHAVIWADV
AMTQALAQAEDPMLASQLRMGISVSDAVLPHQCYRLGEQLGYTTAVTWSAIPGLMELIYTRTESSPDADSCLGAKALSAV
YRPAKPIGALTEYANDPLTIELVAQLRQHAATRLPHYMTPAAIMVVDRLPLTVNGKLDRAALPAPEFDGGVAYRAPRDRL
EQLLAALFGEVLGLSRVGIDDEFFRIGGHSLSASRLVVRIRAELDVEVPMRVVFGTSSVAGLAQWIKDNAGKPTQPALTP
RPRPTPLPLSFAQSRLWFIYKYEGPSATYNVPLAVRLTGNLDPAALRAAIGDVITRHESLRTVFAEIDGIPHQRILNPQA
VDTPVTITEITDRGRLTQALADAAQYRFDLATQIPVRADLLRLSETNHVLVIVVHHIAADGASLVPLAQDLTTAYIARCD
QQEPGWSPLPVQYADYTLWQRELLGREDDPNSLIYQQATYWREELTGAPEQITLPFDRPRSPQQSYRGDVLSFTIDTQLR
EQIQQLAQQTDTTMSMVFQAALAVLLVKLGAGSDITIGAPIAGRTDQALTELIGFFVNTWVLRVNATGNPTVKELLQQVR
TKALAAYENQDAPFERLVELINPTRSTAYHSLFQVALALQNNPLPHIDVPGLNVQPIPVPTRTSQFDLFINLLDLPHRNR
QTQAISGSIEYATDLFDHDTIDKFATYYLRVLHEITSAPHHGIDFVTILAPEERANLDVWGNRGVVDGLVRCGVSIPAMF
SAQVARGGQAAALTYGETTLSYRDLDEAADRLACWLVGCGVGRGDVVAVVFERSAQAVIAILAVLKAGAAYLPIDPAHPD
ERIGFMIADAAPTVVVTVGGLVSRLIAYGVTVLDVDRCAVEGCSPARSWSAPEADDVAYIIYTSGTTGTAKGVAISHHNV
TQLITSMVKSLGSASTLVWSQCHSYGFDVSVWEICGALLHGGRLVIVPEPVTRAPTELHKLLKAECVNVLNLTPTALAAL
PKQGLDSITVLVAGEACPAELMDRWAPDRVMINAYGATELWYSALSPRLVPGSKVVPIGVPLADVALFVLDSWLRPVPVG
VAGELYVAGAGVGYGYVQRCGLTASRFVACPFGGVGARMYRTGDVVRWGADGQLHYVGRADRQVKVRGYRIEPAEIEAVL
ATHPWVAQAVVTPYPATTSAGDDGQQLVGYVTPNPESVADGEFSSEAECASESAAAQRSAELRQYVTERLPHYMVPAAIA
VVEVVPMTVHGKIDWSALPAPTFASAVPYREPRDQHEHDLAAVFGEVLGLARVGIDDEFFALGGHSLSAIRLVGRVKAQL
GFDVPVRAVFEAPTVAGLAHWIKANAGRRTRPVVTARPRPRSLPLSFSQHRAWSVEQLLAPEPVYNVPLVLRIRGALDVE
ALGQAVVDVLDRHESLRTAIVVAGDEPQQVVLPAEHESMGWQVVDASAWSRERLLEVLTSQARIAFDLATRIPLRARLYR
VNDEDNILAFTFHHIAFDGWSMAPLTADISLAYNDRCAGRRPTWSPLPVQYIDYALWQHDYLGEVSNSDSVIASQLRYWE
KALDGVKLLNLPGDRPRPPIADHRGEQVAMAWPAKLHHQIYRVASKHHATSFMVVHAGLVALLAKLSTCHDIPVSINVAG
RDSETLDQLIGVFANRLVLRVEVGKEATFTQLLAQVRASVLEAFDHQDLPFGVLLDRFDGARSSSHAVQTQVMLAWQNDQ
AVRLSLGDSQVEAIPVHTQTALMDLVLSLTEHFSVTGEPAGISGFGQYRTDMYDLATIETWINHLEDLLFAVTSNPQLRI
SDIGLWGSSEPVEAVK

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