| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B0040 |
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| Symbol | |
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| ID | 7185815 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Bacillus cereus G9842 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011772 |
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| Strand | - |
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| Start bp | 4955904 |
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| End bp | 4960334 |
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| Gene Length | 4431 bp |
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| Protein Length | 1476 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643552981 |
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| Product | wall-associated protein |
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| Protein accession | YP_002448623 |
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| Protein GI | 218900212 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.218443 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 6 |
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| Fosmid unclonability p-value | 4.78109e-16 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGTCAAAGC AGAAAAAGAG TAGGGTATTA GTAGCTGGTA TTTGTATATC TACATTATTA
TCACCAGTAG CTTTCGAAGC ATCGAAAGGA TATGCGGCGC CTTTGGAAGA GAATAAGGGC
GGGCAGTTGG AAGAGAGTAA AGAGAATCGT TTGGAGCAGA GAACGTTTCA TTTGCCTGGG
AAAGGTAGTG TTGAAGAAGA GCAAAAACGC TTAAAAGTAC GTTATGTACT TTCAACAAAT
GAACCAACTG GAATTTATGC TGGTCCAAAT GAAGAAATTA AAATTGAAAT AAAAGGAACG
CAATCTATTA AAGCGTTCAT AGGAACGAAG TCATATGATG AAAAAGGGTT TGAAGAATTT
GAGTTAAAAC CTGGTGAAAA TAATATTTCA TCTTCAAGAG GTGGAATACT ATATTTTTAT
AACATGAATA ATGATGGCGA AGTAACAGCT TCAGTTATTC ATGGAGGAAG TCATTTTCCA
TTATTTGTAT TAGGGAAACA CACAAAAAAA GATTGGGATG CAATGTTAAA AAAGTATAAA
AATCCTTATG CAGTTGAATT GAAGGCTGAG AGAAGTTTAA TTACTGCAAG TCCTGAAGCA
GTGGCAAACT ATATGGGAGA GACGGATCCA GTAGAATTAA TGAGGCTACA TGATAAGATT
ATTCGCTTTG AAAATTCTGT AGCAGGATTA TCTGAAGATG GTATAGGGGT GTCAAAAGCT
CCAAACCACT ATATCCAATT TGTTGAAAAG AGAAAACCAG ATAAAGATGA TTGGATGTTT
GCTACTCATT ATCATACAGG GTATGTTCCA GAGACTATGG ATAGGGTTTT AAATATAAAG
AGATTACAAG GAGATGGCTG GGGACCGTGG CATGAAGTAG GGCATTTACA TCAGCAAGCT
CCTTGGTTTT GGTCAGGTGT AGGAGAAGTA ACAGTAAATA TATATTCATT ATCGGTTCAA
AGAATGTTAG GCAATAAATC AAGTCTAGAA GAAGATGGTC ATTATAAAAA AGCTTTTGCT
TACTTAGATA ATCCTGATGC TCAAAAAAAG ATGGAAGAAT TCGAGAAACT AGTAATGTTT
TGGCAACTTG ATTTAGCTTA TGGAGAGCAT TTTTACCCTA ATTTACATCA AATGTATCGC
TTATTACCAG AATCTGAAAT GCCTGCTTCA GATGAAGATA AAAAGCAAAT GTTTATTTAT
ATGGCATCGA AAGCGGCTAA ACAAAACTTA GTGCCGTTTT TTGAGAAATG GGGATTAGGT
CCAAATGATG AGGTTAGAGG GAAAATCGAA AATTTAAATT TACCTAAATT AGAAAAAGAA
ATATGGAAAG CAACAGATAG TAATATTATT CGTGAAAAAC AAGTGAAACC ATACGGCGGG
CTTCCTTATG GTGAAGCGTC TACTGTGGTA CAAGATCTCA TCGTTGGTGC GAATTTTAAT
GAAAATCTAG CAAATAGTCT TGTTCAAAAT TTAGGTGAAA ATGTAAAAGT AACAGGTAGA
ATTATGTGGC CGTATTTAGA GGTTGGAAAA AGAGCGGTAT TAGTAGAAAT TGAGGATGAG
AAAGGACAGA GAAATTTCAT TTCTGTTCCA GTTAACAGTC TTTATGGAGA TACTATGGTA
TTTAAAGGTT ACGGTGATGA GGTAAATTCT GTTATAACGC TCCTTCATGA TGAAAAGAAA
ATCAACGTTT CTTTCGTTGG TAATGAGTTT CATGAGCGCT TTAAAAATGA AAAGTATGTA
GGGATTACCT TATATGATAA GGATGGAAAT GAAAAGAAAA ATATTTCTAT AGAAGGGCAA
GAAAATTCTA AAAAGGTTGC TTTGCAACTT GAAGGTGTTG AACTTCAATA TGGCGATATT
ATGAAAGTAT ATCATGCAGA ACCAAGTCGT TTCGATTGGT ATCAAAGTAA TAAACTTGTA
GATCAAGGTG GAGCTAAGAA TAAAAAAGAA AAGTTCTTTA AGATTACTCC ACAAGGATAT
GAACTAATAG ACGGTATACA GGAAGTAGAA GCAGTACCGC AAAAAGTATT AATCGGGGCA
GACGCTGAAA AATTAGAAGC GAAAAACTTT GTTCAAGTAA AAGGTGGAGA AGTAATTGGT
TTTGTAGAAA AACCGAATAC AATGAAAATC GGTGAACAAA AAGTAAAAGT AGAAACGAAA
GATCGTTTCG GAAATAAGAA AGTGACGGAA GTGCCAGTAG AAGTAACTTA TGGAGATAGC
CTATTTGTAT ATGGATTAAG TTATGGTAGT GACGATATGA AATCGATTAT AACGTTACAT
CATGATACGA AAAAAATGAG TGCGACAGAT ACGGATAATT TGATTCATGA TTACTTTGGA
GATGAGAAGT ATTTTGAATT CACCTTGTAC AATAAAGAGG GAAAAGAGAA GAAAAATATA
GAGGTAAAAG GCTTGGAGAA TACAGAAGCT TTTGCCAAGG AAGCAAATGG GTTAGCATTT
GAATATGGAG ATGTGGTGAA AGTATACCAT GCAGAGTCTT CACGTTTACA TTGGTATCAA
AAAGGTTTAT ATGTGGGAGA AGGAAAAAAT AAAGAAATAA AAGAATTATT CTTCGAAATT
ACTGAAAATG GATTTGAAAG ATTAGAAGCT CTGCAAGAAG TAACAGCAGT ACCACAAAAA
GTAGTTATTG GAACTGACGT TGAAAAATTA GAAGCAAAAG ATTTTGTGCA AGTCAAAGAC
GGAGAAGTAG TAGGATTTGT AGAAAAACCG AATACGACAA AGATTGGTGA ACAAAAAGTA
AAAGTAGAAA CGAAAGATCG CTTTGGTAAT AAGAAAGTGA CGGAAGTTTC ATTAGAAGTG
GTTTATGGAG ATAGCATTGC ATATGCAGGA AATGGCGATG ATATTGCTTC AATTGTAACT
TTAAAGCACG AAGAGAAGAG ATTCCATGCA ACTGATATGG ATAGCGAAAT TCATGAGTAT
TTTAATAAAG AGCTATACAT GGGGATCGCG TTATACGATG GAGAAGGAAA AGAGAAAAAA
CATGTAACAG CAGAGGGACA AGAAACATCA GAGAACTTTG CGAAGCAAGT GAATGGTATA
CAGTTCGAGT ATGGAGATGT AGTGAAAGTA TTCCACGCAG AACCGGATCG TTTGAAATGG
TATCAAAATA ATACACTTAC TGGTCAAGGT GAGAAAAAAG GAACAAAAGA ACTATTCTTC
AAAGTGACAG AAAAAGGTTT TGAGAGAATG GATATGTTGC AAGAAGTCAC AGCGAAACCT
CAACAAGTAG TAATCGGAAC AGATGTTGAA AAATTAGAAG TGAAAAATTT TGTTCAGGTG
AAAGACGGAG AAGTAGTAGG ATTTGTAGAA AAACCAACTA CAGCAAAAGT TGGAAAACAA
ACAGTAAAAG TAGAAACGAA AGATCGCTTT GGTAATAAGC AAATAACAGA AGTGCCAGTA
GAAGTGATTT ACGGAGATAG CATTATGTTC TTCGGTACAT GGCACGACGA AACGAATATT
AAATCGATTG TTACATTAAA TCATGAAGAA AAGAAATTCA GTACAACAGA TTCAGAAGGT
CCAATGCATA CTTCATTTGC AGATGAGAAG TATATGGGAA TGACTGTGTA TGATAAGGAT
GGAAAAGAGA AGAAAGATTT ATCAGTAAAA GCATCGGAGA ATACGAAAGT ATTTGCAGAA
CAATTTAATG GAATGACTTT TGAATACGGT GATGTAATAA AGGTATATCA AAGAGAGTTT
GATAGATTTA AAGTGTATAA AAAGAATGAA CTAATGAATG CGCAGTATGG TGTTCATGAA
GTGCTCTTTA AAGTGACAGA GCAAGGTTTT GAGAGAATGG AAGCACAACA AGAAGTAACA
GCTATACCGC AAAAAGTAGT AATCGCAACA AACGCTGATA AATTAGATGC AAAAAACTTT
GTTCAAGTGA AAGATAGAGA AGTAATTGGA TTTGTAGAAA AACCAAATAC AACAAAAATC
GGTAAACAAA CAGTAAAAGT AGAAACGAAA GACCGTTTTG GAAATAAGAA AGTAACGGAA
GTACCAGTAG AAGTAACATA TGGAGATAGT CTTGTATACC AAGGGCTGGG TGATGATATT
CGTTCTATTG TAACGTTAAA TCATGATGAT AAGAAACTAC ATGTAACGTC TACAAATGAA
CAAATTCATA GTTACTTTAA CAATGAATTA TATATGGGAA TTACCCTATA TGATCAAAAT
GGAACGGAGA AAAAACATGT AACAGCAGAA GGACAAGAAA CTTCAAAGAA TTTTGCTGAG
CAAGTAAATG GTATGATGTT CGAGTATGGT GATGTAGTAA AAGTGTATCA TGCAGAATCT
GATCGTTTAA GTTGGTATAA AACTGGTGAG TTAATTGGAA AAGGGGATGC GAAAAAATTT
AAAGAGATTT CCTTCAAGAT TACTCAAAAT GGCTTAGAGC AAGTACGATA A
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| Protein sequence | MSKQKKSRVL VAGICISTLL SPVAFEASKG YAAPLEENKG GQLEESKENR LEQRTFHLPG
KGSVEEEQKR LKVRYVLSTN EPTGIYAGPN EEIKIEIKGT QSIKAFIGTK SYDEKGFEEF
ELKPGENNIS SSRGGILYFY NMNNDGEVTA SVIHGGSHFP LFVLGKHTKK DWDAMLKKYK
NPYAVELKAE RSLITASPEA VANYMGETDP VELMRLHDKI IRFENSVAGL SEDGIGVSKA
PNHYIQFVEK RKPDKDDWMF ATHYHTGYVP ETMDRVLNIK RLQGDGWGPW HEVGHLHQQA
PWFWSGVGEV TVNIYSLSVQ RMLGNKSSLE EDGHYKKAFA YLDNPDAQKK MEEFEKLVMF
WQLDLAYGEH FYPNLHQMYR LLPESEMPAS DEDKKQMFIY MASKAAKQNL VPFFEKWGLG
PNDEVRGKIE NLNLPKLEKE IWKATDSNII REKQVKPYGG LPYGEASTVV QDLIVGANFN
ENLANSLVQN LGENVKVTGR IMWPYLEVGK RAVLVEIEDE KGQRNFISVP VNSLYGDTMV
FKGYGDEVNS VITLLHDEKK INVSFVGNEF HERFKNEKYV GITLYDKDGN EKKNISIEGQ
ENSKKVALQL EGVELQYGDI MKVYHAEPSR FDWYQSNKLV DQGGAKNKKE KFFKITPQGY
ELIDGIQEVE AVPQKVLIGA DAEKLEAKNF VQVKGGEVIG FVEKPNTMKI GEQKVKVETK
DRFGNKKVTE VPVEVTYGDS LFVYGLSYGS DDMKSIITLH HDTKKMSATD TDNLIHDYFG
DEKYFEFTLY NKEGKEKKNI EVKGLENTEA FAKEANGLAF EYGDVVKVYH AESSRLHWYQ
KGLYVGEGKN KEIKELFFEI TENGFERLEA LQEVTAVPQK VVIGTDVEKL EAKDFVQVKD
GEVVGFVEKP NTTKIGEQKV KVETKDRFGN KKVTEVSLEV VYGDSIAYAG NGDDIASIVT
LKHEEKRFHA TDMDSEIHEY FNKELYMGIA LYDGEGKEKK HVTAEGQETS ENFAKQVNGI
QFEYGDVVKV FHAEPDRLKW YQNNTLTGQG EKKGTKELFF KVTEKGFERM DMLQEVTAKP
QQVVIGTDVE KLEVKNFVQV KDGEVVGFVE KPTTAKVGKQ TVKVETKDRF GNKQITEVPV
EVIYGDSIMF FGTWHDETNI KSIVTLNHEE KKFSTTDSEG PMHTSFADEK YMGMTVYDKD
GKEKKDLSVK ASENTKVFAE QFNGMTFEYG DVIKVYQREF DRFKVYKKNE LMNAQYGVHE
VLFKVTEQGF ERMEAQQEVT AIPQKVVIAT NADKLDAKNF VQVKDREVIG FVEKPNTTKI
GKQTVKVETK DRFGNKKVTE VPVEVTYGDS LVYQGLGDDI RSIVTLNHDD KKLHVTSTNE
QIHSYFNNEL YMGITLYDQN GTEKKHVTAE GQETSKNFAE QVNGMMFEYG DVVKVYHAES
DRLSWYKTGE LIGKGDAKKF KEISFKITQN GLEQVR
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