| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_4671 |
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| Symbol | |
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| ID | 2752393 |
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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 ATCC 10987 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003909 |
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| Strand | - |
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| Start bp | 4323564 |
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| End bp | 4326335 |
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| Gene Length | 2772 bp |
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| Protein Length | 923 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637281470 |
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| Product | hypothetical protein |
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| Protein accession | NP_980964 |
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| Protein GI | 42783717 |
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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 | 16 |
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| Plasmid unclonability p-value | 1 |
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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 | ATGTGTTTAA TGATATTTAC ATTCGTATCA ACATTACAAC CTCTTGCAGT TCAAGCAGCA
AGCCAACTAG CTGACGGTGA ATATTCAATA GGTTTCAAAG TTCTTAAGGA TACATCAGAT
GAAGAATCTA TGATGAATCA ATACTCTGTA AGTCCAGGAA CTTTAAAAGT GAAGGATGGG
AAAAAGAAAG TATCCTTTAC ATTAACGAAT AGTTCATGGA TTACGAAGTT TGAAACAGAA
AAAGCAGGTA AGCTAGTTGC GACAAATGTA ATTAGTGAAG ATAAAGAAAA AGATACAAGA
GTAGTAGAAT TTGATGTAGA AGATGTAGAG AAGGTATTAA ATGCGAAAGT AAAAGTAGAC
ATAGACTTTT TAAATTATCA TCATGACTAT GATGTGCGTA TTGCATTTGA TCAAAATAGT
ATTACACCGA TTCATGTAGA AAAACCAAAT GAAAAAGAGG ATCCAGCAAA TAAGCCAGAT
CCAAATGAAA AACCGGATCC AAGTCAGAAG CCCGACCAAA AGCCTGACCC AGATCAACAA
CCAAATTCTA ACACAATTGC AGATGGAGAG TACAGTATTC CATTTAAAGT GTTAAAAGAT
CAAACAGATG AAGAATCTAA GATGAATACT TACATGGTAA ATCCAGGAGT ATTAAAAGTA
GAAAATGGTA AGAAAAAAGC AACTGTAACA CTAAAAAGCA GCTCATTAAT TAAAAATTTC
CAAACGGAAA AAAATGGTGC ATTTGTTGAT GCAAAAGTAG TGAGTGAAGA CAAAGCAAAA
GATACAAGAG TAGTAGAGTT TGAAGTAAAC GATTTATCAA AAAAACTAAA TACAAAAGTA
TTTATCGAAA TGGCATCAAG AAATTATAAG CAAACGCATG ATGTACAACT TTTATTTGAA
CAAGATAAAC TTGAGCCAAT TAAAAACGAA GAAAAGCAAC CAGATGGTGA TAAGAAGCCA
GAGGTAGAGA AACCAGAAGT AGAGAAGCCG AATGTTGAAA CAATTAAAGA CGGCGAATAC
AGCATCAATT TCAAAGCTTT AAAAGATCAA ACAGATGAAA TTTCAATGAT GAACACGTAT
ACAAAGAGTC CAGGTGTGTT AAAGGTGAAA GATGGTAAAA AATACGTATC ATTCACATTA
ACGAATAGCT CATGGATTAC AAAGTTTGAA TTTGAGAAAG ATGGTTCGTT TGTTGATGCA
GGTGTATTAA GTGAAGATAA AAAAGCTGAT ACACGCGTAG TGGAAGTGAA AGTAGACGAT
TTATCTAAAA AGTTAAATGC AAAAGTAAAA GTAGATATCG ATTCAATGAA TTATCACCAT
TTCTACGACA TTCAATTTGC ATTTGATAAA GATAGCATTA AACCGTTAGA CAACCAAGGC
GGAAACGACA ACCAAGGCGG AAACGACAAC CAAGGCGGAA ACGACAACCA AGGCGGAAAC
GATAACCAAG GCGGAAACGA TAACCAAGGC GGAAACGATA ACCAAGGTGG AAACGATAAC
CAAGGCGGAA ACGACAACCA AGGCGGAAAC GATAACCAAG GTGGAAACGA TAACCAAGGC
GGAAACAATA ATCAAGACAA TAACACAACA ATTGATCCAA ACGCTCTTAA AGACGGTGAA
TATAGTATCG TTTTTAAAGT GTTAAAAGAT AAAACTGAAG AAATTTCAAT GATGAACACG
TATACGAAGA GTCCAGGTAT CTTGAAAGTA AAAGATGGTA AGAAATATGT ATCATTCACA
TTAACGAATA GCTCATGGAT TACAAAATTT GAGTTTGAAA AGAATGGTGC GTTCATCGAT
GCGAAAGTAT TAGGAGCAAA TAAAGAGCAA GATACAAGAG TAGTAGAAGT GGAAGTAGAT
GATTTATCTA AAAAGTTAAA TGCAAAAGTG AAAGTGGATA TTGATGCAAT GAATTATCAT
CATTTTTACG ATATTCAATT TGTATTTGAT AAAAATAGTA TTCAAGCTTT AGGTAATCAG
GGTGGAGACA ATAACCAAGG TGATAACAGT AATCAAGGCG GAAACGATAA CCAAGGTGGA
AGTAATAACC AAGATGGTAA CGATAATCAG GGCGGAAACA ACAACCAAGA TGGAACGAAT
AACCTAAATG AAAATCCAAC AGTTGATCCG AAAAATTTAA AAGACGGTCA GTACGATATT
GCTTTTAAAG TGTTAAAAGA TAAGACTGAA GAAATTTCAA TGATGAATCA ATATGTTGTA
AGTCCAGCAA GATTAACTGT GAAAGATGGT AAGAAGTATG TTGCAATGAC ACTAAAAAAT
AGTGAATGGA TTACAAAATT CCAAACAGAA AATAATGGTG GATTTGCAGA TGCGAAAGTA
GTAAGTGAAG ATAAGGCTGC AAATACAAGA GTCGTAGAAT TTGAAGCTAA TGATTTATTT
GCAAAATTAA ATGCAAAAGT AAAAGTAGAT ATCGATTCAA TGAACTACCA TCACTTCTAC
GATGTACAAA TTCAATTTGA TACAAATAAC ATCGGAGCGG TAGGAACGAT TAAAGAGGAT
CCAAAAAAAA ATCCGAAGAA TGATCCGGAA AATCCAGTAA CTACACCGAA AGTAGATAAT
GTAAAAACAG TAGGAACTCC TGATTTTAAC CGAAATGCAG ATGGTAAAAA GAAAAATGAA
GCTACAAATA ATGATGCGAA AAAAGAGAAA AACTCAAAAA CTGCAGACAC AGCACAGCTT
GGGTTATACA TGGTGCTACT GCTTGGTTCA CTTGCTTTAC TAGTTCGTAA ATATAGAGCA
GGTAGATTGT AA
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| Protein sequence | MCLMIFTFVS TLQPLAVQAA SQLADGEYSI GFKVLKDTSD EESMMNQYSV SPGTLKVKDG
KKKVSFTLTN SSWITKFETE KAGKLVATNV ISEDKEKDTR VVEFDVEDVE KVLNAKVKVD
IDFLNYHHDY DVRIAFDQNS ITPIHVEKPN EKEDPANKPD PNEKPDPSQK PDQKPDPDQQ
PNSNTIADGE YSIPFKVLKD QTDEESKMNT YMVNPGVLKV ENGKKKATVT LKSSSLIKNF
QTEKNGAFVD AKVVSEDKAK DTRVVEFEVN DLSKKLNTKV FIEMASRNYK QTHDVQLLFE
QDKLEPIKNE EKQPDGDKKP EVEKPEVEKP NVETIKDGEY SINFKALKDQ TDEISMMNTY
TKSPGVLKVK DGKKYVSFTL TNSSWITKFE FEKDGSFVDA GVLSEDKKAD TRVVEVKVDD
LSKKLNAKVK VDIDSMNYHH FYDIQFAFDK DSIKPLDNQG GNDNQGGNDN QGGNDNQGGN
DNQGGNDNQG GNDNQGGNDN QGGNDNQGGN DNQGGNDNQG GNNNQDNNTT IDPNALKDGE
YSIVFKVLKD KTEEISMMNT YTKSPGILKV KDGKKYVSFT LTNSSWITKF EFEKNGAFID
AKVLGANKEQ DTRVVEVEVD DLSKKLNAKV KVDIDAMNYH HFYDIQFVFD KNSIQALGNQ
GGDNNQGDNS NQGGNDNQGG SNNQDGNDNQ GGNNNQDGTN NLNENPTVDP KNLKDGQYDI
AFKVLKDKTE EISMMNQYVV SPARLTVKDG KKYVAMTLKN SEWITKFQTE NNGGFADAKV
VSEDKAANTR VVEFEANDLF AKLNAKVKVD IDSMNYHHFY DVQIQFDTNN IGAVGTIKED
PKKNPKNDPE NPVTTPKVDN VKTVGTPDFN RNADGKKKNE ATNNDAKKEK NSKTADTAQL
GLYMVLLLGS LALLVRKYRA GRL
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