| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH187_A4674 |
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| Symbol | |
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| ID | 7075538 |
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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 AH187 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011658 |
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| Strand | - |
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| Start bp | 4330045 |
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| End bp | 4332864 |
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| Gene Length | 2820 bp |
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| Protein Length | 939 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643453088 |
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| Product | cell surface protein |
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| Protein accession | YP_002340599 |
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| Protein GI | 217962029 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG5386] Cell surface protein |
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| TIGRFAM ID | [TIGR03063] sortase B cell surface sorting signal
[TIGR03656] heme uptake protein IsdC |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.0699989 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGTTTTTAA TGATATTTAC ATTCGTATCA ACACTACAAC CACTTGCAGT TCAAGCAGCT
ACTCAATTAG CTGACGGTGA ATACTCAATC GGTTTTAAAG TTCTTAAAGA CGCATCGGAT
GAAGTATCCA TGATGAATGA ATACTCTGTA AGTCCAGGAA CTTTAAAAGT GAAGGATGGG
AAAAAGAAAG TGTCCTTTAC ATTAAAAAAT AGTTCATGGA TTACGAAATT TGAAACAGAC
AAAGCAGGTC AACTTGTTGA GACAAATGTA ATTAGTGAAG ATAAAGAAAA AGATACAAGA
GTAGTAGAAT TCGATGTGGA AGATGTAGAG AAGATATTAA AAGCGAAAGT AAAAGTAGAT
ATTGATTTTC TGAACTATCA TCATAAATAT GATGTTCGTA TTGCATTTGA TCAAAATAGC
ATTACACCAA TTCATGTAGA AAAACCAGAT GAAAAAGAGG ACCCAGCTAA TAAGCCAGAT
CCAAATGAAA CTACGGATCC AGGTCAGAAG CCCGACCAAA AGCCTGACCC AGATCAACAA
CCAAATTCTA ACACAATTGA AGATGGTGCG TACAGCATTC CTTTCAAAGT GTTAAAAGAT
CAAACAGATG AAGAATCTAA AATGAATAGT TACATGGAAA ATCCAGGAGT ATTGAAAGTA
GAAAATAGTA AGAAAAAAGC GGTTGTAACG TTAAAAAGTA GCTCATTAAT TAAAAATTTC
CAAACGGAAA AAGATGGTGC ATTTGTTGAT GCAAAAGTAG TGAGTGAAGA TAAAGAAAAA
GATACAAGAG TAGTAGAGTT TGAAGTAACT GATTTATCGA AAAAACTTAA TACAAAAGTA
TTTATTGAGA TGGCATCAAG AAATTATAAA CAAACGCATG ACGTACAACT TGTATTTGAA
CAAGACAAAT TGGAAGCTAT TAAAAGTGAA GACAAACAAC CAGACGGAGA CAAACAACCA
GACGGAGGCA AACAACCAGA CGGAGATAAA CAACCAGACG GAGACAAACA ACCAGACGGA
GGTAAACAAC CAGACGGAGG TAAACAACCA GACGGAGGTA AACAACCAGA CGGAGGCAAA
CAACCAGACG GAGATAAACA ATCAGGCGGA GATACCATTA AAGATGGTGA ATACAATATT
GGTTTTAAAG TATTGAAAGA TAAAACAGAA GAAATTTCAA TGATGAATAC GTACACGAAG
AGTCCAGGTG TATTAAAAGT GAAAGATGGA AAGAAATATG TATCCTTCAC ATTAACGAAT
AGCTCGTGGA TTACAAAGTT TGAATTTGAA AAGAATAATT CATTTGTTGA TGCAAGTGTA
TTAAGTGAAG ATAAGAAAGC TGATACACGT GTAGTAGAAG TGGAAGTAGC TGATTTATCT
AAGAAACTAA ATGCAAAAGT GAAAGTAGAT ATTGATTCAA TGAATTATCA CCATTTCTAT
GACATTCAAT TTGCATTTGA TAATGATAGT ATTCAACCGT TAGACAACCA AGGCGAAAAT
GACAACCAAG GTGGAAACAA CAACCAAGGT GGAAACAACA ACCAAGGTGG AAACAACAAC
CAAGGTGAAA ATGACAACCA AGATGGAAAC GACAACCAAG GTGGAAATGA CCATCAAGGT
GGAAACGACA ACCAAGGTGG AAATAACGAC CAAGGCGGAA ACGACAGCCA AGACGATAAC
ACAGCAATTG ATCCAAACGC TCTTAAAGAC GGTGAATACA GTATCGGTTT TAAAGTGTTA
AAAGATAAAA CAGAAGAAAA TTCAATGATG AACACATATA CGAAGAATCC AGGTGTATTA
AAAGTGAAAG ATGGAAAGAA ATATGTATCC TTCACATTAA CAAATAGCTC ATGGATTACG
AAGTTTGAGT TTGAAAAGAA TGGTGCGTTC GTCGATGCGC AAGTATTAGG TACAAATAAA
GAGAAAGATA CAAGAGTAGT AGAAGTGGAA GTAGATGATT TATCGAAAAA GTTAAATGCA
AAAGTGAAGG TAGATATCGA TGCAATGAAT TATCATCATT TCTATGATAT TCAATTTGCA
TTCGATAAAG GAAGTATTAA AGCTTTAGGT AACCAAGGTG GAGATACTAA CCAAGATGGT
AATGGTAATC AAGTCGGAAG CGACAACCAA GGCGGAAACG ACAACCAAGG TGGAACGAAT
AATCTAAATG AAAACCCAAC AGTTGATCCG AAAAATTTAA AAGATGGTCA GTACGATATT
GCCTTTAAAG TGTTAAAAGA TAAGACAGAA GAAATTTCAA TGATGAATCA ATATGTTGTA
AGTCCAGCAA GATTAACAGT GAAAGATGGC AAGAAGTATG TTGCAATGAC ACTGAAAAAT
AGTGACTGGA TTACGAAATT CCAAACAGAA AATAATGGTG GATTTGCAGA TGCAAAAGTA
GTAAGTGAAG ATAAGGCTGC CAATACAAGA GTCGTAGAAT TTGAAGCTAA TGATTTATTT
GCAAAATTAA ATGCAAAAGT AAAAGTAGAT ATCGATTCAA TGAATTACCA TCATTTCTAC
GACGTACAAA TTCAATTTGA TACGACGAAG ATTGGCGCTG TAGGAACGGT AAAAGAAGAG
CCAAAGAATG AACCGAAAAA CCCAGTAACT ACACCAAAAG TAGATAATGT AAAAACAGTA
GGAACTCCTG ATTTTAACCG AAATGCAGAT GGTAAAAAGA AAAACGAAGC TACAAATAAT
GATTCGAAAA AAGAGAAAAA CTCAAAAACT GCAGATACAG CACAACTTGG TTTATACATG
GTGTTACTGC TAGGTTCACT TGCTTTACTA GTTCGTAAAT ATAGAGCAGG TAGATTGTAA
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| Protein sequence | MFLMIFTFVS TLQPLAVQAA TQLADGEYSI GFKVLKDASD EVSMMNEYSV SPGTLKVKDG
KKKVSFTLKN SSWITKFETD KAGQLVETNV ISEDKEKDTR VVEFDVEDVE KILKAKVKVD
IDFLNYHHKY DVRIAFDQNS ITPIHVEKPD EKEDPANKPD PNETTDPGQK PDQKPDPDQQ
PNSNTIEDGA YSIPFKVLKD QTDEESKMNS YMENPGVLKV ENSKKKAVVT LKSSSLIKNF
QTEKDGAFVD AKVVSEDKEK DTRVVEFEVT DLSKKLNTKV FIEMASRNYK QTHDVQLVFE
QDKLEAIKSE DKQPDGDKQP DGGKQPDGDK QPDGDKQPDG GKQPDGGKQP DGGKQPDGGK
QPDGDKQSGG DTIKDGEYNI GFKVLKDKTE EISMMNTYTK SPGVLKVKDG KKYVSFTLTN
SSWITKFEFE KNNSFVDASV LSEDKKADTR VVEVEVADLS KKLNAKVKVD IDSMNYHHFY
DIQFAFDNDS IQPLDNQGEN DNQGGNNNQG GNNNQGGNNN QGENDNQDGN DNQGGNDHQG
GNDNQGGNND QGGNDSQDDN TAIDPNALKD GEYSIGFKVL KDKTEENSMM NTYTKNPGVL
KVKDGKKYVS FTLTNSSWIT KFEFEKNGAF VDAQVLGTNK EKDTRVVEVE VDDLSKKLNA
KVKVDIDAMN YHHFYDIQFA FDKGSIKALG NQGGDTNQDG NGNQVGSDNQ GGNDNQGGTN
NLNENPTVDP KNLKDGQYDI AFKVLKDKTE EISMMNQYVV SPARLTVKDG KKYVAMTLKN
SDWITKFQTE NNGGFADAKV VSEDKAANTR VVEFEANDLF AKLNAKVKVD IDSMNYHHFY
DVQIQFDTTK IGAVGTVKEE PKNEPKNPVT TPKVDNVKTV GTPDFNRNAD GKKKNEATNN
DSKKEKNSKT ADTAQLGLYM VLLLGSLALL VRKYRAGRL
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