Gene Sfum_2035 details

Gene Information

• Locus tag: Sfum_2035
• ID: 4459666
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Syntrophobacter fumaroxidans MPOB
• Kingdom: Bacteria
• Replicon accession: NC_008554
• Strand: +
• Start bp: 2492469
• End bp: 2495942
• Gene Length: 3474 bp
• Protein Length: 1157 aa
• Translation table: 11
• GC content: 59%
• IMG OID: 639702801
• Product: peptidase C11, clostripain
• Protein accession: YP_846153
• Protein GI: 116749466

Plasmid Coverage information

• Num covering plasmid clones: 4
• Plasmid unclonability p-value: 0.762463
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 10
• Fosmid unclonability p-value: 0.874852
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGTCTCGTA TACGCCCGAG AAAGTGGTTT CTGATCTGTG CCGTTCTGGG GTTCGTATTC 
CCTTCGCAGA TTTTTGCGGC CAGGATTGTC TCCATCACAA CCTGCGAAAG TGTCGAACCG 
TCGAGCATGA AAGCCGTGGG GGTGAGAAGT CGGTTCACGC AGGACACCCG CGAAATACAT 
CTTCTGGTTC AGTTTGAAGG GCTCAAGGCC GGCAGCAAGG TGAAGGGAAC ATGGATTTCC 
GTGGATGCGA TCAAGACCCC CAACTACGAA ATTGACTCCT CGGAATCCCA GTTTTCGAAG 
GATGGAGAAG GTACCGCGCA TTTTTCCCTC TCCAGGCCCA ATCAAGGATG GCCCGTCGGG 
AACTACAAGG TGGATCTTCA CCTTGACGGA GCCCTTTTGA CGTCCGTACC CTTCGCTGTC 
GCGGCATCAC CCATGGCCGC CCCGGCGTCT TCCCAATCCT CCCCTCAGTC ACCTTCCCCC 
AAACTGGTTT CCCTTGTTTC ATGCGAGGCC GTGGCAAGCC CGGGACTCAG CCCGATCAAC 
GTCACCGACA CCTTCGATGC CACAACCCCC GAGCTTCACG TGCTCGCAAA GGTTGAAGGC 
GCCGTTCCCG GGACGAAGCT CAAGGGAATC TGGAGCGTTC TGGGACAACC GGGGGGCTCC 
GACCGCGAGA TCAACGCCAC CGAGGCCGAA TTCGGGCAGG AAGGCGGGGA CACCGTGCAT 
TTCCTGGTGG AAAAACCGGA GGGAGGATGG CCTGCGGGAA ACTACAGATT CGACCTGTAC 
ATCAACGGCA AGACGGCGGG AAAGATTGCC TTCTCGGTCC GGGGGGGCGA TCCGGCCAGG 
CCGCCTTTCA GCCTCGATCT GGGCCCCGAA CGCAGAGACC CGCAACGAAT CTGGACCATA 
GCCGTGTATC TGGACGGAGA TAACGATCTC GAACCCTTCG CCCTGAAGGA CTTGAAGGAA 
ATGGAGCGCG GAATTTCCGA AGAAGGCGTC GAATGCATCG TGTTTCTGGA TCGCGCCGGG 
GGGGAAGGCC AGGTCGTGCG AATCCGCAAG GACATTGCGG GCTCCACCAA ATCGGAGGTC 
ATCACGACCG CCGGTGAAGT GAACATGGCG GATCCCCAGG TTCTCCACAC CTTTTTGGCC 
TCGGTGCTCA AGGCCTTTCC CGCACAGCAT CACGCGCTGA TTCTGTGGGA TCACGGCGGG 
GGCTGGGCCG CCCACCTCAT CGACGAAAAG GCGCCGGGCG CCCCCAAAGG CCGCGACAAA 
ATGACGCTCC CAAGACTGAG GGAGGCCGTC GCGGGGGCAC TGAAGGACAC CGGCCGACAA 
CGGATCGATA TCATTGGGTT TGACATGTGC CTCATGGCCC AGCTCGAAGT GGCCTGCGAG 
CTCTCGGGAC TTGCCGAAAT CATGTTGGCA TCGCAGGCTG TGGAACCCGG GGACGGCTGG 
CCCTATGACC AGATACTGCC CTATTTCGGG AAGGGAACCA TGGGCGCCAG GCGGTTGGCC 
GCTCAGATCG TCGAAAGTTA CGGAAAGTAT TACGGAGAGC GCAAAGAGCG TGTTGCCACG 
CTCTCAGCCG TGGATCTCGG CGAGACGGAC AAGCTGGTGA GCTCTCTGAG CGACTTTGCG 
CGAAAGATGT CGGAATCGGT TCCGGGTGCA TGGCCGGAGG TCTCGCGGTC CTTATACTAT 
TCGGAGGGAT ACGCCGACCG GACGGACATT CGCAGGAAGT CAGGAGTGCT TGCGAGTGTG 
GACCTGATGG ATGTATTGAA CCGCCTTCGC CTTTCAACCC CCAACTTTCC TGCACAGAAG 
GAATACCAGG ACATCGTCGC GATCATGGAC AAGGCCATTA TCGCAAAACA TGCCTCGCCC 
CGCCACCGGC TCAGTCACGG ACTCGCCGTA TACGCTCCCG TACGGGGCGC TCAATTCGAT 
CCCGACTATC TGCAAATCCG GATGAGCAAG ACCTGTGCGT GGCAGGGCAT GTTGTCCGCC 
CTCCATAAAG CTCAGGAACA GCAGCTCTCC CCTCCCAGGG TCACCGATAT CCGGGTTGTG 
GACGCTCAAA CAGGCAACCC TGTGAAGGGA GGTAAACCGG GCGGGGGGTT CAAGGTTGAG 
GCGACCGTGG AAGGGGAAAA TATCCTGTGG GTGCAATACA TGCAGGCGGT CAGAGACGAC 
AAAAGAAACG GCTTTGCCCT TCTCGAGAAA GGCTATGTGT ACGATCCCGA ATTCTACAAG 
AAGAAGGAGG GGGCCGTGGC CGATGTGGTG GACTTGATCA TGCCCGAGTT CAAGGGCAAT 
CGCAACAAGG TGTCGAAGGA ATTCATCGGG CGGCATCTGA AAGTGACCGA CGGGCGGCAT 
GCAGCCCGGG CCACCATCGA CGCCTCGAGC CTTTCCGACC TCCAGCATGC CGCGGTCCCC 
GTCGCTCTGA AACGGCAGGG AGCGGAACAG TGTTTTGCGA CCCTGTTTTT CAACGCCGTC 
ACCTGGACGG TCGCGAATGT GGTCGCCGAG CTGCCTCAAA AGGACGGAAC CGTGGCGTAT 
CGTCAAGTCA AGCTGCAACC CGAAGATGAG GTCACTTTGC TCTTCGAGTT CATCTCCGAC 
GACGGCAAGG CCGGCTATGT GGCCGGGGAG ACGTTGAAGT GGGGAAAGGG GCTCGAGCTT 
GTCATCGACA CCGATGAACC GTCCAACCTG ACGGTGGCGA TGCGGGCGGA ATCCATAGCG 
GGACAGTCGT CGTTCGCCAC CACGCAAATC AAGCTGGAAG CATTGACCAA AGAGGAGCAA 
TCCTTCGTGG AGAACGCTCG AAAGGTCAAA CTCAAGGACC TCGTCGGGAC CTGGCAATGG 
CACGGGTTGA AAGACGGGCA GTGGAACTCG ATCCCGCCGT TCACCGAGAT TGCGCCATCC 
CCTTCCAACC CGGAAGTTCT GATCGCCAAG ATACAAAACC CGGGCGATTC CAGCTGGAAA 
GTCACGCCCA TGGCGGTTCT TCTCGACACA CGGCTGATGC CGACTCTGAG GCTCATCTCC 
TTCGATGACG AGGGCCGGCC GGTCGAGGCG ATGAACTTCA CGATGCTCGT GTCGCGATGG 
GACCAGGGCG CACCAAGAAT GATCCTCAAA TACCTGGTCC CGAAAGGCTG GCTCCTTCTC 
TGGGCGAAGC GGCAGGCTCC GCAAGGCACA GCCACCGGGC CGGCTCCCGG ACCCGGCATG 
ACGGTCCCTC CTCCCGTTCC TTCCCAGGTC CAGCCGCCCT CACCGAGCGC ATCTCTCGCC 
GGCCTGTGGT ACGGCCCCGA CAGAGAAGTC CTGAAGATGG GCGAGTCCAC CTATGAGCTT 
TATGAGTTCA ACATGCTGGA GGACAAGGGG GTTTATGAGA TCCGCGGGAA GCAGTTGATC 
ACCAGAAGCG CGATAACCGG GGAGGTGGAA CGCTTCAGTT TCAGCCTGTC GGGTCAACAG 
TTGACCCTGA GAGACTCAGG AGGCCAGACG TTCCGGTTCC GCAGAAAGCA GTAG 

 

Protein sequence

MSRIRPRKWF LICAVLGFVF PSQIFAARIV SITTCESVEP SSMKAVGVRS RFTQDTREIH 
LLVQFEGLKA GSKVKGTWIS VDAIKTPNYE IDSSESQFSK DGEGTAHFSL SRPNQGWPVG 
NYKVDLHLDG ALLTSVPFAV AASPMAAPAS SQSSPQSPSP KLVSLVSCEA VASPGLSPIN 
VTDTFDATTP ELHVLAKVEG AVPGTKLKGI WSVLGQPGGS DREINATEAE FGQEGGDTVH 
FLVEKPEGGW PAGNYRFDLY INGKTAGKIA FSVRGGDPAR PPFSLDLGPE RRDPQRIWTI 
AVYLDGDNDL EPFALKDLKE MERGISEEGV ECIVFLDRAG GEGQVVRIRK DIAGSTKSEV 
ITTAGEVNMA DPQVLHTFLA SVLKAFPAQH HALILWDHGG GWAAHLIDEK APGAPKGRDK 
MTLPRLREAV AGALKDTGRQ RIDIIGFDMC LMAQLEVACE LSGLAEIMLA SQAVEPGDGW 
PYDQILPYFG KGTMGARRLA AQIVESYGKY YGERKERVAT LSAVDLGETD KLVSSLSDFA 
RKMSESVPGA WPEVSRSLYY SEGYADRTDI RRKSGVLASV DLMDVLNRLR LSTPNFPAQK 
EYQDIVAIMD KAIIAKHASP RHRLSHGLAV YAPVRGAQFD PDYLQIRMSK TCAWQGMLSA 
LHKAQEQQLS PPRVTDIRVV DAQTGNPVKG GKPGGGFKVE ATVEGENILW VQYMQAVRDD 
KRNGFALLEK GYVYDPEFYK KKEGAVADVV DLIMPEFKGN RNKVSKEFIG RHLKVTDGRH 
AARATIDASS LSDLQHAAVP VALKRQGAEQ CFATLFFNAV TWTVANVVAE LPQKDGTVAY 
RQVKLQPEDE VTLLFEFISD DGKAGYVAGE TLKWGKGLEL VIDTDEPSNL TVAMRAESIA 
GQSSFATTQI KLEALTKEEQ SFVENARKVK LKDLVGTWQW HGLKDGQWNS IPPFTEIAPS 
PSNPEVLIAK IQNPGDSSWK VTPMAVLLDT RLMPTLRLIS FDDEGRPVEA MNFTMLVSRW 
DQGAPRMILK YLVPKGWLLL WAKRQAPQGT ATGPAPGPGM TVPPPVPSQV QPPSPSASLA 
GLWYGPDREV LKMGESTYEL YEFNMLEDKG VYEIRGKQLI TRSAITGEVE RFSFSLSGQQ 
LTLRDSGGQT FRFRRKQ