| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_0966 |
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| Symbol | |
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| ID | 2751735 |
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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 | 989264 |
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| End bp | 992212 |
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| Gene Length | 2949 bp |
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| Protein Length | 982 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 637277792 |
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| Product | collagen adhesin domain-containing protein |
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| Protein accession | NP_977289 |
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| Protein GI | 42780042 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG4932] Predicted outer membrane protein |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | ATGAGTAAAT ATTTAAAAAG AATATCTGTG ATTTGTTTTA TTTTTACGGT TCTTATTGGA
CAAATTTTTA TGCCTATTAT AGGGCATGCT CAAGAATTAA ATACGACAGG ATTTGTGGAT
AGTTTTTCAT TTGAAAAGAC GAAATTAAAT TATGGAGAAA AGAATACGAT ACATGTAAAC
TTTAGTGAAA AGCCTGGAAA GAAGATGAAA TCTGGGGATA CATTAACGTT AGCACTTCCA
CCAGAATTAA AAGGTTATAG TGGCACAATT CCATTAAAGG ATGATTCAGG GCGTATTTTT
GGTACGTGCC AGATTAATGC AAGTAATGTA GTTTGTACAT TTAATGATAC GGTAGAAAAG
CTTGAAAATA TTAGAGGGAA CTTTAATTTC ACTGTTCAAG GTACGAATGT TGAAGCCGGA
AAGACGAAAG ATGTACAAAC GAATTTAGGG ACAGATTTAG AAAAACAAAT GGTAAGTATT
ACGCATCCAA AAGGAGAAGG TACAGAACCG GGGATCTTTT TCTATAAGTC TGGTGATATT
CAGCCAGACA AAAGTAATGA AGTGCGTTGG TTTTTAAATA TAAATTTAAA GAAACAATAT
TTACATGACA ACATCGTTTT AAAAGATACG TTACAAGAAG GACAAACACT AAATAAAGAT
AGCTTTACCA TCACTATCAA TAATAAAGAA TATTTGTCTC TTAAACAATT TCAAGACCGA
GGTTATGGAT ACATTAAGCT TATTAGTGAT AACTCATTTG AAGTTGTAAT TTATAGGCAT
ATGGCGAACG CTACGTCGTT TACCGTTTTC TATACATCAA CGATTACTGA TAGCGGGAAA
AAGTTGAAAT ATCTACAGAA TGACTACAAG CTTGATTATC AAATTTTATA TGAGAAACCT
AGTACTGAAT CTAATAGTGT AAAGGTTGAA AATATATCAT TTGGCGGCGG GGCTGAAGGG
GTTTTACCTG CGAAAGGAAC GCTGCAAATT GTAAAACATA TTGAAGGAGA CGAGAAAAAG
TTTATTCCAG GTGTTTCTTT TAAATTGTTT ACAGAGTCAG GACAGCAAAT TGGTGATTCC
TATACAACAA ATCAAGACGG AATAGTTGAA GCACCAAACC TTACTCCAGG TAATTATTAC
GTACAAGAAA TATCTGCTCC GAACTATGTA GAGTTTGATT CACAAGCGAA AATTCCTTTC
ACAATTAAGA CGGATGCTAC AAATGGAATA AAACTTATGG TTCCAAATAA GTTAAAAACT
ACATCTGTTG CAGGAACGAA AACGTGGGAA GGCGATAAAG TAAACGATCG CCCAAAAACG
ATTAAAGTAG ATTTACTGCA AAATGGTAAA GTCATTGCAA CGAAAGAAGT TACGGCAGAA
AATGATTGGA AATATGAGTT TGGAAAGTTA CCAGCAGTTG ATAGTGAAGG AAAAGCTCAT
ACATATGAAG TGAAAGAACA ACCAGTATCA GGATATCAGT CGAAAGTGAA CGGATATGAT
ATAACAAATA TAAAGATACA GGAAGCAATA GAAGTAGAAG AGCAAAATAA AGAAGAAACA
ACAGAAGAAC TAGAAGACTT AGAAAAACCG GAAGAACCAA AGGTAACAGA AGAACCGAAT
GTATTAGAAA AACCAGAGGT AAAAGAGAAG CCGGAGATCT GGGTAAAACC GATTGAAGAA
GAAAATAAAG AAGAAACAAC AGAAGAACTA GAAGACTTAG AAAAACCGGA AGAGCCAAAG
GTAACAGAAG AACCGAATGT ATTAGAAAAA CCAGAGGTAA AAGAGAAGCC GGAGATCTGG
GTAAAACCGA TTGAGGAAGA AAATAAAGAA GAAACAACAG AAGAACTAGA AGACTTAGAA
AAACCGGAAG AACCAAAGGT AACGGAAGAG CCGAATGTGC TAGAAAAACC AGAGGTAACA
GAAAAACCAG AAATCTGGGT GAAACCAGAG GAAGAAGAAA ATAAAGAAGA AACAACAGAA
GAACTAGAAG ACTTAGAAAA ACCGGAAGAG CCAAAGGTAA CAGAAGAACC GAATGTATTA
GAAAAACCAG AGGTAAAAGA GAAGCCGGAG ATCTGGGTAA AACCGATTGA GGAAGAAAAT
AAAGAAGAAA CAACAGAAGA ACTAGAAGAC TTAGAAAAAT CGGAAGAACC AAAGGTAACG
GAAGAGCCGA ATGTGCTAGA AAAACCAGAG GTAAAAGAGA AGCCAGAGAT CTGGGTAAAA
CCGATTGAAG AAGAAAATAA AGAAGAAACA ACAGAAGAAA TGGAAGATCT AGAAAAACCG
GAAGAGCCAA AGGTAACGGA AGAGCCGAAT GTGTTAGAGA AGCCAGAGGT AAAAGAGCAA
CCGGAGATCT TGGTAACACC GATCGAAGAA GAAAATAAAG AAGAAACAAC AGAAGAAATG
GAAGACTTAG AAAAACCGGA AGAGCCAAAG GTAACAGAAG AACCGAATGT ATTAGAAAAA
CCAGAGGTAA AAGAGAAGCC GGAAATCTGG GTAAACCTAG AGGAAGTAGA AAATAAAGAA
GGAACAACGG AAGAAATAAC AGAAGAACTA GAAGGTTTAT TAAAGCCGGA AGAGCTAAAG
GTGAAAGAAG AGCCGAATGT GTTAGAGAAG CCAGAGGTAA AAGAGCAACC GGAGATCTTG
GTAACACCGA TCGAAGAAGA AAATAAAGAA GAAACAACAG AAGAAATGAA AGACTTATTA
AAGCCGGAAG AACCAAAGGT GAAAGAAGAA CCGAATGTGT TAGAGCAACC GGAAGTATCA
AGCAAACCAG AAGTACAAAA CAAACAAGAT GTACAAGATA AATCTGAAGT AACATCTAAT
GAAGAAGATA ATAAGCAATT AAAAGTACTT CCTCAAACAG GTGGAGCATC AACTGAAGCT
ACTTCTGTTA TCGCGGGGAT GTTAACATTA ATTTTAGGTG CAAGGTTGTT TAGACGTTCA
AAAAATTAA
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| Protein sequence | MSKYLKRISV ICFIFTVLIG QIFMPIIGHA QELNTTGFVD SFSFEKTKLN YGEKNTIHVN
FSEKPGKKMK SGDTLTLALP PELKGYSGTI PLKDDSGRIF GTCQINASNV VCTFNDTVEK
LENIRGNFNF TVQGTNVEAG KTKDVQTNLG TDLEKQMVSI THPKGEGTEP GIFFYKSGDI
QPDKSNEVRW FLNINLKKQY LHDNIVLKDT LQEGQTLNKD SFTITINNKE YLSLKQFQDR
GYGYIKLISD NSFEVVIYRH MANATSFTVF YTSTITDSGK KLKYLQNDYK LDYQILYEKP
STESNSVKVE NISFGGGAEG VLPAKGTLQI VKHIEGDEKK FIPGVSFKLF TESGQQIGDS
YTTNQDGIVE APNLTPGNYY VQEISAPNYV EFDSQAKIPF TIKTDATNGI KLMVPNKLKT
TSVAGTKTWE GDKVNDRPKT IKVDLLQNGK VIATKEVTAE NDWKYEFGKL PAVDSEGKAH
TYEVKEQPVS GYQSKVNGYD ITNIKIQEAI EVEEQNKEET TEELEDLEKP EEPKVTEEPN
VLEKPEVKEK PEIWVKPIEE ENKEETTEEL EDLEKPEEPK VTEEPNVLEK PEVKEKPEIW
VKPIEEENKE ETTEELEDLE KPEEPKVTEE PNVLEKPEVT EKPEIWVKPE EEENKEETTE
ELEDLEKPEE PKVTEEPNVL EKPEVKEKPE IWVKPIEEEN KEETTEELED LEKSEEPKVT
EEPNVLEKPE VKEKPEIWVK PIEEENKEET TEEMEDLEKP EEPKVTEEPN VLEKPEVKEQ
PEILVTPIEE ENKEETTEEM EDLEKPEEPK VTEEPNVLEK PEVKEKPEIW VNLEEVENKE
GTTEEITEEL EGLLKPEELK VKEEPNVLEK PEVKEQPEIL VTPIEEENKE ETTEEMKDLL
KPEEPKVKEE PNVLEQPEVS SKPEVQNKQD VQDKSEVTSN EEDNKQLKVL PQTGGASTEA
TSVIAGMLTL ILGARLFRRS KN
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