| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A4656 |
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| Symbol | |
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| ID | 7096673 |
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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 B4264 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011725 |
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| Strand | - |
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| Start bp | 4510182 |
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| End bp | 4513022 |
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| Gene Length | 2841 bp |
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| Protein Length | 946 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 643472166 |
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| Product | cell surface protein |
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| Protein accession | YP_002369343 |
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| Protein GI | 218232593 |
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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 | 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 | TTGAACAGGT ATACAAAAAT TATTGTTGCT ATGTTTTTAA TGATATTTAC ATTCGTATCA
ACATTACAAC CACTTGCAGT TCAAGCAGCT ACCAAGTTGG CTGACGGTGA ATATTCAATT
GGCTTCAAAG TTTTAAAAGA TACATCAGAT GAAGAATCGA TGATGAATCA ATATTCAGTA
AGTCCGGGAA CTTTAAAAGT GAAGGATGGG AAAAAGAAAG TATCCTTTAC ATTAACAAAT
AGTTCATGGA TTACGAAATT TGAAACAGAA AAAGCAGGTA AGCTAGTTGC GACAAATGTA
ATTAGTGAAG ATAAAGAAAA AGATACAAGA GTAGTAGAAT TTGATGTAGA AGATGTAGAA
AAGGTATTAA ATGCAAAAGT AAAAGTAGAT ATTGATTTTT TAAATTATCA TCATGAGTAC
GACGTTCGTA TTGCATTTGA TCAAAATAGC ATTACACCAA TTCATGTAGA AAAACCAAAT
GAAAAAGAGG ACCCAGCTAA TAAGCCAGAT CCAAATGAAA CTACCGATCC AGGTCAGAAG
CCCGACCAAA AGCCTGACCC AGATCAACAA CCAAATTCTA ACACAATTAC AGATGGTGCG
TACAGCATTC CATTTAAAGT GTTAAAAGAT CAAACAGATG AAGAATCTAA GATGAATAGT
TACATGGTAA ATCCAGGAGT ATTAAAAGTA GAAGACGGTA AGAAAAAAGC AATTGTAACA
CTAAAAAGTA GCTCATTAAT TAAAAATTTC CAAACGGAAA AAGATGGCGC ATTTGTTGAT
GCAAAAGTAG TGAGTGAGGA TAAGGAAAAA GATACAAGAG TAGTAGAGTT TGAAGTAAAC
GATTTATCTA AAAAACTAAA TACAAAAGTA TTTATCGAAA TGGCATCAAG AAATTATAAG
CAAATGCATG ATGTACAACT TTTATTTGAA CAAGATAAAC TTGAACAAAT TAAAAATGAA
GAGAAACAAC CAGAAGTAGA AAAACCGGAA GCAGAAAAAC CAGAAGTAGA AAAACCAGAT
GAAAATAAAA AACCAGATGC TGAAACAATT AAAGATGGTG AATACAGCAT CAATTTTAAG
GCATTAAAAG ATCAAACAGA CGAAATTTCA ATGATGAACA CATATACAAA AAGTCCAGGT
GTGCTAAAAG TAAAAGATGG TAAGAAGTAT GTATCATTTA CGTTAACGAA CAGTTCTTGG
ATTACAAAAT TTGAATTTGA GAAAAATAGT TCGTTTGTTG ATGCAAATGT AATAAGTGAA
GATAAAAAAA CTGATACACG CGTAGTGGAA GTAGAAGTAC CAGATTTATC GAAAAAGTTA
AATGCAAAAG TAAAAGTAGA TATCGATTCA ATGAATTATC ACCATTTTTA CGATATTCAA
TTTGCATTTG ATAAAGGTAG CATTAAGTCG TTAGATAACC AAGGTGAAAA TAACAACCAA
GGTGGAAACA ACAACCAAGG TGGAAACAAC AACCAAGGTG AAAACAACAA CCAAGGTGGA
AACAACAACC AAGGTGGAAA CAACAACCAA GGTGAAAACA ACAACCAAGG TGAAAACAAC
AACCAAGGTG GAAACAACAA CCAAGGTGGA AACAACAACC AAGGTGAAAA CAACAACCAA
GGTGGAAACA ACAACCAAGG TGAAAACAAC AACCAAGATA ATAACACAAC AATTGATCCA
AAAGCTCTTA AAGATGGTGA ATACAGCATT GGCTTTAAAG TGTTAAAAGA TCAAACAGAT
GAAATCTCAA TGATGAACAC ATACACAAAA AGCCCAGGTG TATTAAAAGT AAAAGATGGT
AAGAAATACG TATCGTTTAC ATTAACAAAT AGTACATGGA TTACGAAATT TGAATTTGAG
AAAAATGGTT CTTTCGTTAA TGCAAAAGTG TTAAGTGAAA ATAAAGAACA AAATACAAGA
GTAGTAGAAG TAGAAGTAAA CGATTTGTCT AAAAAATTAA ATGCAAAAGT AAAAGTAGAT
ATTGATTCAA TGAATTATCA CCATGTCTAT GATGTTCAAT TTGTATTTGA TCAAGACAGT
ATTAAAGCTT TAGGGACCCA AGGCGGAAGT AACAACCAAG GCGGAAACAA CAACCAAGGC
GGAAACAACA ACCAAGGCGG AAACGACAAC CAAGGCGGAA ACAACAACCA AGGTGGAAAC
GACAACCAAG GTGGAAACAA TAACCAAGGT GAAAATAATA AACCGAGAGT AATAGTTGAT
CCGAAAAATT TAGTAGATGG CCAATATGAT ATTACATTTA AAGTATTAAA AGATAAAACA
GATGAGATTT CAAAGATGCA TGACTATGTT GTAAATCCAG CGAAATTAAT CGTAAAAGAT
GGTAAAAAAT ATATTGAGAT GGTGCTGAAA AATAGTGCGT GGATTACGAA ATTCCAAACG
GAAAACAAGG AACTATTCGC TGATGCGAAA GTAGTAAGCG AAGATAAAAA TGCAAATACG
CGAGTAGTAC AGTTTGAAGT AGAAGATCTA TTTAAAAAAT TAAACGCAAA AGTAAAGGTA
GACATCGATG AGATGAACTA CCATCATTTC TACGATGTAC AAATTCAATT TGATACAAAT
AATATCGGCG CGTTAGGAAC TCTTAAAGAG GAACCGAAAA ATCCAGTGAC TACACCGAAA
GTAGATAATG TAAAAACAGT AGGTACTCCT GATTTTAACC GAAATGCAGA TGGTCAGAAG
AAAAAAGAAG ATACAAAAAA TGATTCAAAA AAAGAGAAAA ATTCAAAAAC TGCAGATACA
GCACAACTTG GTTTATACAT GGTGTTACTG CTAGGTTCAC TTGCTTTACT AGTTCGTAAA
TATAGAGCAG GTAGATTGTA A
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| Protein sequence | MNRYTKIIVA MFLMIFTFVS TLQPLAVQAA TKLADGEYSI GFKVLKDTSD EESMMNQYSV
SPGTLKVKDG KKKVSFTLTN SSWITKFETE KAGKLVATNV ISEDKEKDTR VVEFDVEDVE
KVLNAKVKVD IDFLNYHHEY DVRIAFDQNS ITPIHVEKPN EKEDPANKPD PNETTDPGQK
PDQKPDPDQQ PNSNTITDGA YSIPFKVLKD QTDEESKMNS YMVNPGVLKV EDGKKKAIVT
LKSSSLIKNF QTEKDGAFVD AKVVSEDKEK DTRVVEFEVN DLSKKLNTKV FIEMASRNYK
QMHDVQLLFE QDKLEQIKNE EKQPEVEKPE AEKPEVEKPD ENKKPDAETI KDGEYSINFK
ALKDQTDEIS MMNTYTKSPG VLKVKDGKKY VSFTLTNSSW ITKFEFEKNS SFVDANVISE
DKKTDTRVVE VEVPDLSKKL NAKVKVDIDS MNYHHFYDIQ FAFDKGSIKS LDNQGENNNQ
GGNNNQGGNN NQGENNNQGG NNNQGGNNNQ GENNNQGENN NQGGNNNQGG NNNQGENNNQ
GGNNNQGENN NQDNNTTIDP KALKDGEYSI GFKVLKDQTD EISMMNTYTK SPGVLKVKDG
KKYVSFTLTN STWITKFEFE KNGSFVNAKV LSENKEQNTR VVEVEVNDLS KKLNAKVKVD
IDSMNYHHVY DVQFVFDQDS IKALGTQGGS NNQGGNNNQG GNNNQGGNDN QGGNNNQGGN
DNQGGNNNQG ENNKPRVIVD PKNLVDGQYD ITFKVLKDKT DEISKMHDYV VNPAKLIVKD
GKKYIEMVLK NSAWITKFQT ENKELFADAK VVSEDKNANT RVVQFEVEDL FKKLNAKVKV
DIDEMNYHHF YDVQIQFDTN NIGALGTLKE EPKNPVTTPK VDNVKTVGTP DFNRNADGQK
KKEDTKNDSK KEKNSKTADT AQLGLYMVLL LGSLALLVRK YRAGRL
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