Gene BCG9842_B4210 details

Gene Information

• Locus tag: BCG9842_B4210
• ID: 7185120
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Bacillus cereus G9842
• Kingdom: Bacteria
• Replicon accession: NC_011772
• Strand: +
• Start bp: 1039297
• End bp: 1045836
• Gene Length: 6540 bp
• Protein Length: 2179 aa
• Translation table: 11
• GC content: 34%
• IMG OID: 643548855
• Product: collagen adhesion protein
• Protein accession: YP_002444526
• Protein GI: 218896115
• COG category: [M] Cell wall/membrane/envelope biogenesis
• COG ID: [COG4932] Predicted outer membrane protein
• TIGRFAM ID: [TIGR01167] LPXTG-motif cell wall anchor domain

Plasmid Coverage information

• Num covering plasmid clones: 5
• Plasmid unclonability p-value: 0.950826
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 55
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGCAAATGA AAAGTACTAA AAGGCATATT TCAATGGTTT CATTAGTTTT TCTAGTATTA 
TTTTCAGTGC TGAATGTGTG GGCTCCAGTT ATTCAAGCTG CTGTGATGAA AAGTCCAGTG 
GACGAAATTA ATATTTCCCG TACTGATGGC ACGACATCTG AACCGTATCA AGCCTCAGAT 
GGTATGAAAG TAGAAGTGAA GTGGTCAGCT AAAGAAAAAA TAAAAAGTGG AGATCAATTC 
ACAATTGATA TGCCAAAAGA GTTTCGAAAA GACCTTATGA ATATGAGTTT TCCTTTAAAA 
GATGCTGAAG GAAAAACAGT TGGTACATGT GAGATGAAAA AGGGTCTATT AACGTGTACT 
ATGGGTGATT ACGTAGAAGG AAAGAATAAC ATTAAAGGCT CTTTATTCGT AGAATTCTAC 
TTTGGTCTAG AAGCATATGA TGGTGTTAAA GAAATTCCAT TAGAATTTAA CGTTGATGGT 
CAAATCGTCA ATAAAGAAGT AAGTGTAAAT AATACGACAG AGAGACCGAA GCCACAGCCC 
AATACGGAAA ATTTATTGAA ATGGGGTTCT TATAATCAAG AAGATCCTTC AATTGCTGAT 
TGGCTTGTAT ACGTAAATGC AACTGGAACA GAAATGCAAG ATCTTAAATT AACAGATACA 
TTAGGACCTG GGCATGAGTT AATTACAGAC AGCGTAGTAT TAGAAGAGGC TGTATTTGAA 
GATGGTTATG CACCAACAAA TATTAAGCCA GCAGATTTAT CTAACATTAA AATAAATGCA 
ACGAAGACTG GATTTACAAT TGAGTTTCCA GACAGTTCAA AAGGTTATAT TTTAAGATAT 
AAAACAAAGG TTACAAATCC TGCTGCAAAG CCTCATAAAA ATACTGTGAA ATTAGAAGGT 
AAAAATATTA AAACTGAAGA AAAAGTAGGA CAAGTATTTG TAAGTGGTGG AGGAGGATCC 
GGTTCAGGTG ACAATAATCC ACCTAGCATT GAAAAAAATA TAGTTGATGA GAATGGCAAG 
CTTGTAGAGA ATGAGCAGTT AACACAAATG GATCAAGTTA TTCAATACCA AGTTGGTACA 
CATATACCGA ACGATCCTCC TAAATACACA TCTATGGTAA TTAGTGATGA TTTAGAAGAT 
GTTTTAGAAG TATTAGAGGC AAAAGTGTAT GATCAAAATG GCCAAGATAT TACTTCTAAA 
GGAACGTTAA ATATAGATAA ACAAAGAAGT GAAGTAACAT TTACGTTTGG TGAGAGTTTT 
GACTATAAGT CATATGAAGA CCAGATAATC AATCTCAGTA TCAAGGCGAA AATAAAAAAT 
AATGCAGACT TATCTTCTTA CGTAGATAAG AAGATTCCTA ATAAAGCGGA ATTGCATTTT 
GATGATAAAA CATTAACATC AAAAGAAGTA ACTATTACGC CGCCTGAAGC TCCAAAAGAT 
GGTACAGTAT TGATTCATAA AACAGATTCT GAGAATCCGA ATAAAGGGTT AAAAGGTGCC 
GAATTTGAAG TTCGAAATAG TGCAAATGAA GTTGTTGCAA AACTAAAAAC GGACGAAAAA 
GGTTTTTCAG TACCTCAAAC TTTAGCTCCT GGGACGTATA AAATTTATGA AACAGTAGCA 
CCAGAAGGAT ATCAAAAATT AACAAGCCCA GTAGAGGTTA CACTTCAAGC TGGAGAAACA 
AAAACAATTG AAATTAAAAA TACTATGCAA AAGGGTCAAA TTGAAGTAAA GAAAATTGAT 
TCGGAAAATG GTGAAAAACC ATTGGAAAAT GCAGAGTTTG ATATAGTAAA AGACGGTGTA 
GTAGTCGAAC ATATTGTTAC AGATAAAGAT GGTAAGGCAA TCTCTAAACC GTTAGCACCA 
GGAAAATATA TTTTAAAAGA AACAAAAGCA CCTGAAGGCT ACCAATTAAA AGAAACAGAG 
TTCGAAGTAA ATGTAACAGG GGACGGCATA TTCCCAATAC AAGTGGAAAA TGCAATGGTA 
GACAAAGGGA ATATAGAAAT TACAAAAGTG GACAAAGAAA ACGGGGCAGT ATTAGCCGGT 
GTCGAATTTG AAGTCCAAGA TGAGAAAGAT GGCGTAGTAA GAAAAGTAGT AACAGATAAA 
GATGGAAAAG CAAACGTTTC AGATCTATCA GTAGGAAAGT ACAAATTAGT AGAGACGAAA 
AGCTTACCAG GTTACAAAAA TCTAGCAGAA CCAGTACTAT TTGAAATTAC AAAAGGTATG 
ACAAAAGCTT TATCAATAAA AGTAGAAAAT GAGCAGTTAG ACAAAGGCTC AGTAGAAATT 
ACAAAAATAG ATAAAGATAG TCAAAAAGTA TTAGAAGGCG TAGTCTTCGA AGTGCAAGAT 
GAGCAAGGAA AAGTAGTAAC AGAAGTAAAA ACAGATAAAG ATGGTAAAGC AAAAATCTCA 
GATTTATCAG TAGGAAAGTA CAAATTAGTA GAGACGAAAA GTTTACCTGG CTACAAAAAG 
CTAACAGAAC CAGTATCATT CGAAATTACA AAAGGTATGA CAACAGTCCT ATCGTTGAAA 
GTAGAAAATG AACAGTTAGA TAAAGGTTCA GTAGAAATTA CAAAAGTAGA TAAAGACAAC 
AAAAAAGCAT TAAAAGGCGT AGTCTTTGAA GTGCAAGATG AAGCTGGAAC AGTAGTAAAG 
GAAGTAAAAA CAGATAAAGA TGGTAAAGCA AAAATCTCAG ATCTATCAGT AGGAAAGTAC 
AAATTAGTAG AGAAAGAAAG TTTACCAGGC TATAAGAAAC TAACAGATCC AGTATTATTT 
GAAATCAAAA AAGGCATGAC TGAAGTTCTA TCATTAAAAA TAGAAAATGA AATGGTAGAT 
ACGGGAAATG TAGAGATAAC AAAGATAGAT AAAGATAATA AAGCACCGTT AGCGGGAGTA 
ACATTCATCG TCCAAGATGA AAAGGGTAAT GAAGTTACAA AAGTAACGAC AGATAAAGAT 
GGAAAAGCAA ATGTTTCAGA TTTACCTGTA GGAAAGTATG AATTAGTAGA GGTAGAAAGT 
TTACCTGGTT ATAAAAAGCT AGAAAAACCA GTATCATTTG AAATCAAAAA AGGCATGACC 
GAGGTTCTAT CATTAAAAGT AGAAAATGAA ATGGTGGATA CAGGGAATGT AGAGATAACA 
AAAATAGATA AAGATAGTAA AGCTCCATTA GAAAATGTTG TATTTGAAGT ACGTGATTCA 
AAAGGAAAAG TAGTTACGAA AGTAACGACG GATAAAGAAG GAAAAGCAAA TGTTTCAGAT 
TTACCTATTG GGAAGTATGA GTTGGTGGAA GTAGAAACAC CGGCAGGATA CAAACCACTA 
GAAAAGCCAA TTTCATTCGA CATTGAAAAG GGTAGAGTAA CAGCATTAAA GCTAACAGTA 
GAAAATGAAT TAGTAGATAC AGGAAATGTA GAAATTACAA AAGTAGATAA AGAAAATAAA 
GATGTTTTAG CTGATGCAGT CTTTGAAATT CAAGATGAAG CAGGACAAGT AGTCGCTAAA 
ATAACGACAG ATAAAAAAGG ACAAGCACAA GTTACTAATT TATCAGTCGG CACATACAAG 
TTAGTAGAAG TAAAAGCACC AAAAGGATAT AAACAATTAG TAGATTCGAT TATTTTCCAA 
ATTGAAAAAG GCATGACAAA ATCTCTTGCT TTAACAGTAG AAAACGAAAT GTTAGACAAG 
GGAAATGTAG AAATTACAAA AGTAGATAAA GATAGTCAAA AATTATTAGA AGGCGTAGTC 
TTCGAAGTTC AAGACGACAA AGGCAAAGTA GTAACAGAAG TAACGACAGA TAAAGAAGGA 
AAAGCAACAA TTTCAGATTT ATCAGTAGGA AAGTATAAAT TAGTAGAAAA AGAAAGCTTA 
CCAGGTTACA AAAAATTAAC AGAACCAGTA TTATTCGAAA TCAAAAAAGG TATGACGAAA 
GTTTTATCAT TGAAAGTAGA GAACGAACTG TTAGATAAAG GTTCAGTAGA GATTACAAAA 
GTAGACAAAG AAAGTGGCGC GTTATTAGAA GGCGTAACAT TCGAAGTGCA AGATGAAAAA 
GGCAAAGTAG TAACGAAAGT AAAAACAGAT AAAGATGGAA AAGCAACAAT TTCAGATTTA 
TCAGTAGGAA AATATAAGCT AGTAGAGGTA GAAAGCTTAC CAGGATATAA AAAACTAGCG 
AAGCCAGTAT CATTCGAAAT CAAAAAAGGT ATGATAGAAG TCTTATCATT AAAAGTAGAG 
AATGAACAGT TAGATAAAGG CTCAGTAGAA ATTACAAAAG TGGACAAAGA AAGTGGCGCG 
TTATTAGAAG GCGTAACATT CGAAGTGCAA GATGAAAAAG GCAAAGTAGT AACGAAAGTA 
ACAACAGATA AAGAAGGAAA AGCGAAAATT TCAGATCTAT CTGTAGGAAA TTACAAACTA 
GTAGAAGTAG AAAGCTTACC AGGCTACAAA AAGCTAACAG AGCCAGTATC ATTCGAAATT 
AAAAAGGGTA TGACAGAAGT CTTATCATTA AAAGTAGAGA ATGAACTAGT AGATAAAGGT 
TCAGTAGAAA TTACAAAAGT AGATAAAGAT AGTAAAAAAG TATTAGAAGA TGTAGTCTTC 
GAAGTGCAAG ATGAAAAAGG CAAAGTAGTA ACGGAAGTAA AAACAGATAA AAATGGTAAA 
GCAAAAATCT CAGACTTATC TGTAGGAAAG TACAAATTAG TAGAGAAAGA AAGCTTACCA 
GGTTACAAAC AATTAACAGA ACCAGTATCG TTTGAAATCA AAAAAGGAAT GACAGAAGTT 
CTATCATTAA AAATAGAAAA TGAAATGGTA GATACGGGAA ATGTAGAAAT TACAAAAATA 
GATAAAGATA ATAAGGCACC GTTAGCAGGG GTAGTCTTTG AAGTTCAAGA CGACAAAGGC 
AAGGTAGTAA CGAAAGTAAC GACAGATAAA GCTGGAAAAG CAACAGTTTC AGATTTATCA 
GTAGGAAAGT ACAAGCTAGT AGAAGTAGAT AGTTTACCAG GCTACAAAAA ATTAGAAAAG 
CCTGTACCAT TTGAAATTAC AAAAGGTATG ACAAAATCTT TAACGTTCAC TGTAGAAAAT 
GAAATGGTAG ATACGGGGAA TGTAGAAATC ACAAAAATAG ATAAAGACAG TAAAGCACCA 
TTAGAAAATG TTGTATTTGA AGTACGTGAC TCAAAAGGAA AAGTAGTTGC GAAAGTAACG 
ACAGATAAAG AAGGAACAGC AACAGTTTCA GATTTATCTA TTGGAAAGTA TGAGTTAGTA 
GAAGTAGAAA CACCGGTAGG ATACAAACCA CTAGAAAAGC CAGTTTCATT CGAAATTGAA 
AAAGGTAGAG TTACAGCATT ACAATTGACT GTAGAAAATG AATTAGTGGA TGTAGGAAAT 
GTAGAAATTA CAAAAGTAGA TAAAGAAAAT AAAGATGCTT TAGCTGATGC AGTCTTTGAG 
ATTCAAGATG CAGCAGGACA AGTAGTCGCT AAAATAACGA CAGATAAAAA AGGACAAGCA 
CAAGTCACTA ATTTATCAGT TGGCACATAC AAGTTAGTAG AAGTAAAAGC ACCAAAAGGA 
TATAAACAAT TAGTAGATCC GATTACTTTC CAAATTGAAA AAGGTATGAC AAAATCTCTT 
GCTTTAACAG TAGAAAATGA AATGTTAGAC AAGGGAAATG TAGAAGTAAC AAAAGTAGAT 
AAAGATAGCC AAAAAGCATT AGAAGGCGTA GTCTTCGAAG TACAAGATGA GCAAGGCAAA 
ATAGTAACTG AAATAACGAC AGATAAAGAA GGAAAAGCAA ACGTTTCAGA TCTATCAGTA 
GGAAAATACA AATTAGTAGA GACGAAGAGC TTACCAGGTT ATAAGAAGTT AACGGAACCA 
GTATCATTCG AAATTAAAAA AGGTATGACG AAAGTCTTAT CATTGAAAGT AGAGAATGAA 
CAGTTAGACA AAGGTTCAGT GGAGATTACA AAAATGGCTG CTGAAAGCAA GGAAGTCTTA 
TCAGGAGCTG TGTTTGAAGT TCATGATGAA GCGGGCAAAG TAGTAGTGAA AGTAACAACA 
GATAAAGATG GAAAGGCAAA AATCGCAGAT CTATCTGTAG GTAACTACAC ACTAGTAGAA 
GTAGAAGCAC CAAAAGGATA TGAAAAATTA ACTAATCCAA TTCCATTTGA AATTACAAAT 
GGAATGATAA ATGCAGTTCA ATTAGAAGTA TTAAACAAAT TGAATCATTT AGCACCACCA 
GTTCCAGAAA CACCAGATCC AGAAAAGCCT GGAACACCAG ATCCAGAGAA ACCTGGAACA 
CCAGATCCAG AGAAACCTGG AACACCAAAT CCAGAAAAAC CTGGAACACC AGATCCAGAG 
AAACCTGGAA CACCGAATCC AGAAAAACCT GGAACACCAG ATCCAGAGAA ACCTGGAACA 
CCGAATCCAG AAAAACCTGG AACACCAGGT CCAGAAAAGC CTGGAACACC GGGTCCAGAA 
AAACCGGAAA AAGAATTACC AAAGACAGGG CAGAAAATGC CTGTGGAACC ATATATGGGA 
GCACTTCTTG TAATGATGAG TTTTGGATTA CTCGTATTAG GTAGAAAACA GCAGAGATAA 

 

Protein sequence

MQMKSTKRHI SMVSLVFLVL FSVLNVWAPV IQAAVMKSPV DEINISRTDG TTSEPYQASD 
GMKVEVKWSA KEKIKSGDQF TIDMPKEFRK DLMNMSFPLK DAEGKTVGTC EMKKGLLTCT 
MGDYVEGKNN IKGSLFVEFY FGLEAYDGVK EIPLEFNVDG QIVNKEVSVN NTTERPKPQP 
NTENLLKWGS YNQEDPSIAD WLVYVNATGT EMQDLKLTDT LGPGHELITD SVVLEEAVFE 
DGYAPTNIKP ADLSNIKINA TKTGFTIEFP DSSKGYILRY KTKVTNPAAK PHKNTVKLEG 
KNIKTEEKVG QVFVSGGGGS GSGDNNPPSI EKNIVDENGK LVENEQLTQM DQVIQYQVGT 
HIPNDPPKYT SMVISDDLED VLEVLEAKVY DQNGQDITSK GTLNIDKQRS EVTFTFGESF 
DYKSYEDQII NLSIKAKIKN NADLSSYVDK KIPNKAELHF DDKTLTSKEV TITPPEAPKD 
GTVLIHKTDS ENPNKGLKGA EFEVRNSANE VVAKLKTDEK GFSVPQTLAP GTYKIYETVA 
PEGYQKLTSP VEVTLQAGET KTIEIKNTMQ KGQIEVKKID SENGEKPLEN AEFDIVKDGV 
VVEHIVTDKD GKAISKPLAP GKYILKETKA PEGYQLKETE FEVNVTGDGI FPIQVENAMV 
DKGNIEITKV DKENGAVLAG VEFEVQDEKD GVVRKVVTDK DGKANVSDLS VGKYKLVETK 
SLPGYKNLAE PVLFEITKGM TKALSIKVEN EQLDKGSVEI TKIDKDSQKV LEGVVFEVQD 
EQGKVVTEVK TDKDGKAKIS DLSVGKYKLV ETKSLPGYKK LTEPVSFEIT KGMTTVLSLK 
VENEQLDKGS VEITKVDKDN KKALKGVVFE VQDEAGTVVK EVKTDKDGKA KISDLSVGKY 
KLVEKESLPG YKKLTDPVLF EIKKGMTEVL SLKIENEMVD TGNVEITKID KDNKAPLAGV 
TFIVQDEKGN EVTKVTTDKD GKANVSDLPV GKYELVEVES LPGYKKLEKP VSFEIKKGMT 
EVLSLKVENE MVDTGNVEIT KIDKDSKAPL ENVVFEVRDS KGKVVTKVTT DKEGKANVSD 
LPIGKYELVE VETPAGYKPL EKPISFDIEK GRVTALKLTV ENELVDTGNV EITKVDKENK 
DVLADAVFEI QDEAGQVVAK ITTDKKGQAQ VTNLSVGTYK LVEVKAPKGY KQLVDSIIFQ 
IEKGMTKSLA LTVENEMLDK GNVEITKVDK DSQKLLEGVV FEVQDDKGKV VTEVTTDKEG 
KATISDLSVG KYKLVEKESL PGYKKLTEPV LFEIKKGMTK VLSLKVENEL LDKGSVEITK 
VDKESGALLE GVTFEVQDEK GKVVTKVKTD KDGKATISDL SVGKYKLVEV ESLPGYKKLA 
KPVSFEIKKG MIEVLSLKVE NEQLDKGSVE ITKVDKESGA LLEGVTFEVQ DEKGKVVTKV 
TTDKEGKAKI SDLSVGNYKL VEVESLPGYK KLTEPVSFEI KKGMTEVLSL KVENELVDKG 
SVEITKVDKD SKKVLEDVVF EVQDEKGKVV TEVKTDKNGK AKISDLSVGK YKLVEKESLP 
GYKQLTEPVS FEIKKGMTEV LSLKIENEMV DTGNVEITKI DKDNKAPLAG VVFEVQDDKG 
KVVTKVTTDK AGKATVSDLS VGKYKLVEVD SLPGYKKLEK PVPFEITKGM TKSLTFTVEN 
EMVDTGNVEI TKIDKDSKAP LENVVFEVRD SKGKVVAKVT TDKEGTATVS DLSIGKYELV 
EVETPVGYKP LEKPVSFEIE KGRVTALQLT VENELVDVGN VEITKVDKEN KDALADAVFE 
IQDAAGQVVA KITTDKKGQA QVTNLSVGTY KLVEVKAPKG YKQLVDPITF QIEKGMTKSL 
ALTVENEMLD KGNVEVTKVD KDSQKALEGV VFEVQDEQGK IVTEITTDKE GKANVSDLSV 
GKYKLVETKS LPGYKKLTEP VSFEIKKGMT KVLSLKVENE QLDKGSVEIT KMAAESKEVL 
SGAVFEVHDE AGKVVVKVTT DKDGKAKIAD LSVGNYTLVE VEAPKGYEKL TNPIPFEITN 
GMINAVQLEV LNKLNHLAPP VPETPDPEKP GTPDPEKPGT PDPEKPGTPN PEKPGTPDPE 
KPGTPNPEKP GTPDPEKPGT PNPEKPGTPG PEKPGTPGPE KPEKELPKTG QKMPVEPYMG 
ALLVMMSFGL LVLGRKQQR