| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A3632 |
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| Symbol | |
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| ID | 7101060 |
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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 | 3539986 |
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| End bp | 3543267 |
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| Gene Length | 3282 bp |
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| Protein Length | 1093 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 643471156 |
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| Product | collagen adhesion protein |
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| Protein accession | YP_002368336 |
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| Protein GI | 218235240 |
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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 | 11 |
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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 | TTGGGTAAGA GAGTCATTAT AAGAGTTTTT ACATTATTAT CAGTACTGGC ATTATTCCTT
AATGTATTTT TACCTAGGGC TAGTGCAGAG GTTATGACGC ATGAGAAATA TTCAATGGAC
TGGAGTTATA GTAATAGTCT AGGTAAGTAC ATTCGCACTG AAATGATTAA AAATTCAAGT
GGTCAAATTG CTTATTGCTT AACCCTTGGA TTAAAATCAC CAAATGGTGA AGATCTTCCT
GAAATGGGGA AAACAGATAA TGTAGTATAT AGAGTCTTAT TAAATGGTTT CCCGCAAAAA
AGTGCTGAAC AGCTGGGAGT AGCTAATAAA AATGAAGCGC ATTATGCAAC GCAACTTGCA
GTTTGGAATG CATTAGGTCA ACTCGATGTA AATGAATTAA AACATGAGAA TAAAAATGTT
GAAAAAGCAG CTAAGGCTAT TATTAGTAAT GCTAATAATA GTGAAGAGAC TCAAGATGTT
TTTATGAATG TGATTCCTGC TGAAAAGCAA AAAGCAGAAT TAAAGGGTGA ATTCTTCGAA
ACAAATCTAT ATTCAGTACA AACAAATGCT AAGAGTGGTT CTTATAAGGT AGTAGCGAAA
AATGCACCTA ATGGAGTTAG AATTGTTAGT GAAAGTGGAG AAGTGAAAGA TCAGCTTTCA
GTTGGAGAAA AATTTCGTAT CCAAATTCCT AAGAATACAA AAACGGGTGA ATTTAATTTA
AGTGTTGCTG CTAATTTAAC TAAAGTTCAA GCAATTGCTT ATCGTGGTAC GGATACTGTT
CAGAATGCTA CAGTACTATT AGAGAGAAAT GAAGAAAAGC TTAGTAGTGA TCTTGCAGTA
AATTGGGAAG CAGCTGGTTC TTTAAAAATT AAAAAGGTTG GAGAAAATGG AGAAGTTTTA
GCTGGTGCAG TATTTGAGGT CTTTAATGCA AATAATGAAT CAGTCGGAAA AATCACGACT
GGTGCTGATG GTATGGCAGA ATTAAACAAC TTACCAATTG GTACTTACAC ATTAAAAGAA
ATTAAAGCAC CAACAGGCTA TGTTTCAGAT GATAAACCAC AAACTATTGA AGTTAAGACA
GGGGAAACAG GAGCTGTCCA AATAGTAAAT AACAAAGTAA AAGGTAACAT CGAAATTAAA
AAGCTTAGTG ATTCAGGAAA GATTTTACCA AATGTTGAAT TCACAGTCTT CACTGAAGAT
GGAAAAGAAG TGAAAAAAGT AGTAACAAAA GAAAATGGAA TTGCAAACGT TGAAGATCTT
ACGTATGGTA AATATTATTT CTTAGAGACA AAAACACCTA ATGGATATAT TGGAAATAAA
ACAAAGTATC CTTTTGAAAT TAGAGAGCAC AATAAAACAC TTAATTTTAC AGTGGAAAAT
ACCGAAGTGA AAGGTAGTGT AAAATTACTA AAAGTAGATA ATGAAGATAT TAGTAAAAAA
TTAGAAGGTG CAGCATTCGA GCTAAAAGAT GCAAGTGGAA AAGTAGTTGG GGAATATAAG
ACAGATAAAA ATGGTGAGAT TAACGTCAAA GATTTAGCGT ATGGTAAATA TTCATTTGTA
GAAAAGGCTT CTCCAAATGG TTACGTTCTT GTTAAAGAAC CGATTATGTT CGAAATAAAG
GAACATGGAA AGGTTATTGA GTTATTGGCA GTTAATCATC TTATCAAAGG TGATCTAGAA
ATTACAAAGG TAGATGTAGC TGATGGAAAT AACAAGCTTC CAAATGCAGA ATTTACGATT
TATAACGAAG CAGGAAAAGA AGTAGTAAAA GGAAAAACAG ACGATAAAGG AATCGCTAAA
TTTGAAAAGT TACCATTTGG AAAATACACA TATAAAGAAA CTGTTGCACC AAAAGGTTAT
GTATTAAATG AAGAAACGTT CTCTTTTGAA ATTAAAGAGA ATGGTCAAAT CATTAAACAC
ATTGTCAAAG ATGAAAAGAT TCCTTCAATA AAAACAACAG CTACTGATAA AACAGATGGT
ACAAAAGAAA TGCACACGTC TAAGTCTGTA ACAATCCAAG ATAAAGTGGA ATACAAAGAC
CTACAAGTAG GTAAAGAGTA CAATTTAAAA GGTAAATTAA TGAATAAAGA GACTAATAAA
CCATTAGTTG TAAATGGTAA AGAAGTAACT GTTGAAACGA AGTTTACACC AAAAGAAGCA
AATGGTTCTA TTACACTAGA TTTCACTTTT GATGCAACTG GTTTAGAAGA AAAAGAAGTA
GTAGTATTCG AAGAGTTACT GAAAGACGGA AAAGTTGTTA CGACACATGC TGATATCAAT
GATAAAGGTC AAACAGTTAA GTTCGTTAAG CCATCAGTAA AAACGACAGC AACAAACAAA
GCTGATGGTG GAAAAGAGAT TCATTCAAAG GATTCTATCA CAATCCAGGA TAAAGTGGAG
TACACTAACT TAGTTGTTGG TAAAGAGTAC ACTGTAAAAG GAAAATTAAT GAACAAAGCT
ATTAACAAAG CATTACTAAT TGATGGTAAA GAAGTAACAG CTGAGACTAA ATTTACTGCA
AAAGAAAAGA ACGGTTTTGT AACATTAGAC TTTACTTTTG TTGGTGCTGA ACAGCAAGGA
AGAGAAGTAG TTGTGTTCGA AGACTTATTA CATGAAGGGC AAGTAATTGC AACTCACGCT
GATATTAACG ATGTAGGTCA AACAGTTCGA TTTGTAGAGC CTTCTATTAA AACGACAGCT
ACAAATAAAG CTGATGGTTC TAAAGAGTTA GACGCTTCTA AAACTGTAAC AATCCAAGAT
AAAGTGGAAT ACAAAGACTT AATCGTGGGT AAAGAGTACG TAGTAAAAGG TAAACTAGTG
GATAAAGCAA CAAACAAGCC ATTATTAGTT GATGGTAAAG AAGTAACAGT AGAATCTAAG
TTTACTGCTA AAGAGAAGAA TGGTTCTATC ACATTAGACT TCACTTTCAA TGCTTCTGCA
TTACAAGGTA AAGAAGTAGT AGTATTTGAA GAACTGTATC AAGATAATAT ATTAGTAGCT
ATTCACGCTG AAATTGAAGA TAAGGGACAA ACAGTGAAAT TTAAAGAGGG AAAATCGGAA
CAACCAAAAC CAGAACAGCC AAATTCAGGT AAAAATACGC CAACACCAGA GCAACCTAAC
GAGCAAGTAA AAGAACAACC ACAACTTAAG AAAGAAATTC AATCTAAAAT TGGATGGTTA
CCGCAAACAG GTACTAATCT TACAAGTTGG ATCTCTATGG CTGCAGGAGC ATTACTGTTA
ATTGTTGGTG GAGTGATTTT CTTAAAACGT AAAAATGCAT AG
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| Protein sequence | MGKRVIIRVF TLLSVLALFL NVFLPRASAE VMTHEKYSMD WSYSNSLGKY IRTEMIKNSS
GQIAYCLTLG LKSPNGEDLP EMGKTDNVVY RVLLNGFPQK SAEQLGVANK NEAHYATQLA
VWNALGQLDV NELKHENKNV EKAAKAIISN ANNSEETQDV FMNVIPAEKQ KAELKGEFFE
TNLYSVQTNA KSGSYKVVAK NAPNGVRIVS ESGEVKDQLS VGEKFRIQIP KNTKTGEFNL
SVAANLTKVQ AIAYRGTDTV QNATVLLERN EEKLSSDLAV NWEAAGSLKI KKVGENGEVL
AGAVFEVFNA NNESVGKITT GADGMAELNN LPIGTYTLKE IKAPTGYVSD DKPQTIEVKT
GETGAVQIVN NKVKGNIEIK KLSDSGKILP NVEFTVFTED GKEVKKVVTK ENGIANVEDL
TYGKYYFLET KTPNGYIGNK TKYPFEIREH NKTLNFTVEN TEVKGSVKLL KVDNEDISKK
LEGAAFELKD ASGKVVGEYK TDKNGEINVK DLAYGKYSFV EKASPNGYVL VKEPIMFEIK
EHGKVIELLA VNHLIKGDLE ITKVDVADGN NKLPNAEFTI YNEAGKEVVK GKTDDKGIAK
FEKLPFGKYT YKETVAPKGY VLNEETFSFE IKENGQIIKH IVKDEKIPSI KTTATDKTDG
TKEMHTSKSV TIQDKVEYKD LQVGKEYNLK GKLMNKETNK PLVVNGKEVT VETKFTPKEA
NGSITLDFTF DATGLEEKEV VVFEELLKDG KVVTTHADIN DKGQTVKFVK PSVKTTATNK
ADGGKEIHSK DSITIQDKVE YTNLVVGKEY TVKGKLMNKA INKALLIDGK EVTAETKFTA
KEKNGFVTLD FTFVGAEQQG REVVVFEDLL HEGQVIATHA DINDVGQTVR FVEPSIKTTA
TNKADGSKEL DASKTVTIQD KVEYKDLIVG KEYVVKGKLV DKATNKPLLV DGKEVTVESK
FTAKEKNGSI TLDFTFNASA LQGKEVVVFE ELYQDNILVA IHAEIEDKGQ TVKFKEGKSE
QPKPEQPNSG KNTPTPEQPN EQVKEQPQLK KEIQSKIGWL PQTGTNLTSW ISMAAGALLL
IVGGVIFLKR KNA
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