| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_0607 |
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| Symbol | |
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| ID | 2751406 |
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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 | 624479 |
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| End bp | 627745 |
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| Gene Length | 3267 bp |
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| Protein Length | 1088 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 637277414 |
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| Product | internalin, putative |
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| Protein accession | NP_976934 |
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| Protein GI | 42779687 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis
[S] Function unknown |
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| COG ID | [COG4886] Leucine-rich repeat (LRR) protein
[COG5386] Cell surface 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 | 7 |
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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 | GTGAAAAATA ATAAAAGAAA ACATATAAAT GCAATGTTAA TAGCGGCGAC GTTGTCGTTG
CCATTTGCTA CATATTCTAC GCCGGCGTTA GCAGCTGTAG TAAGTGAAGT AAATAAAGCT
GGGCATATTT TAAAGGATGG AACGTATGAT GTTGTTTTAA AAGCATATAA TGAGAAAACA
AATGAAGAAT CTCGAGCTAC AACGTATATA AAAGAACCGA AAGTAACAAT TGAGAACGGT
AAAAAAATTG TAACAGCTAC GCTAAATGAT AGTGATTTTT TCCAATACCT TAAGGTAGAA
GATAGTCAAA ATCCAGGTAC TTTACATGAT GTAAAAGTAC TTTCAGAAGA TAAGAGAAAA
AATGGGACAA AAGTGATTCA GTTTGAAATT GGAGAACTAG GAAAAAGATA TAAAATGCAA
ATGCATATTT TCATTCCATC TATGGGATAT GATGAAAAGT ATCAAGTGCA GTTTGAAGTA
AATACAGTTC ACTCAGAAAA TAATACTATA GAAGAATCAA AAGAGAAAAA AGAAGAGCAA
CAACAAGTAA AAAACATAAT ATCTGATAAT AAATTACAAC AATATATTAA TAAAAGTGTT
TTACAACGAG CAGATATAAA TGCACCTATT ACTGAGGAAG ATGCAGCACA AATTAAAGAG
TTAAAGGTGT ACTTAGGAAA GGGTATTGAG AGTTTAGAAG GTCTGCAGTA TATGGAAAAT
CTAGAAGCAT TTGAATTACA TGAGTCTAAT GTCAAAGATA TATCACCAAT ATCAAGTCTA
AAAAAATTAA AAACAATGAA GTTATATTTG AATCCAATCG AAAATATTGC ACCTATTTCT
CAACTGGAAA AACTACAATT CTTAACTTTA CGTGATAACA AAATTAGTGA TTTAACACCA
TTAAGCCAGT TGAAAAAAGT AAAGGTGTTA GATTTAATTG GAAATGAAAT CACGGATATT
AAGCCGCTAT TTTCAATGGA CTCTGTAACT AAATTATATT TAAGTAATAA TAAAATTAGT
GATCTGACAG ATATTGAGAA ATTAGATGAT TTACGCTTGT TATGGATAGG AAATAATTAT
ATTGATAATC TGACAGAAAT TGGTAAATTG AAGAATCTTG TTGAACTAGA AGTTGCAAAT
GCTGAAATCA GAGATTTAAC ACCATTAGCA AAAATGCAAC AGTTACAATC ACTTGATTTA
GAGCAAAATT ATATTTCTGA TATTTCGCCA ATTAGTAAAT TAAATAATTT ATATGCTTTG
AATTTAATAG CAAATGAAAT TCGTGACATT AGACCAGTGA AAGAATTAGG GAAAAGGGTT
CCTATTAAAC TTCAGCGACA AAAAATCTTT TTAAGTGATG GAGTAGTAAA TGAAGATATA
AAAATTCCTA TATACGATTC AAATGGTGAA ATAGTTCAAA ATATTAAATG GCAGGGCGAG
GAAGGGACGC TTAATAACGG ATCTGTTAAA TGGAATAGTA CAGGAGAAAA AGTATATGAA
TTTAAATTAG AAACAGATTC TGCTGAAAGT CAAATACTAT TTAATGGAAC AGTATACCAA
AACATCGTTG AAAAACATGA AGATATAAAT ATTATTCAAG ATAAAAATTT ACAAAAATTC
ATTAATAAAA ATGGTTTAGG AAGAGCGAAC TTAGAATCAT CTATAACAAA AGAAGATTTA
TTACAAATTA AATCATTAAA AATAGTTGAT GGGAAAAATC AAGGCATTAC TGATATTTCT
GGTCTAGAAT ATATGACAAA CATAGAAGAG TTGGTTCTAG ATAATATTGA GCTGAAAAAT
GTAGATTTTA TCTCGAATTT GAGAAGCTTG AAGGCTGTGA AATTAACTTC GAATCAACTT
GAAAATATTG AACCACTTTC GAAATTAGAT AAGCTTGAAA AAATAGATAT AAGTGACAAT
AATGTGAAGA ACATTAGACC ATTGTTCACA TTAAATGCAA TGAAAAATTT AAATGTATCT
AATAATAAGC TTAATGATGC ATCACTTCAA GAAATTCAAC AGTTGAAGAA TTTAGAAGTA
TTAAAGTTAA ATCATAATGA AATTAGTAAT GTGGAAGCTA TTAGTGAAAT AAGTATGTTG
AACGAACTTG AATTGGTAGG AAATAAAGTA GTAGATATAA CGCCATTAAG TAAATTGAAA
AATTTACAGT GGTTAGATTT ATCCGATAAT AAAATTCAAG ATATTTCTAT TTTTGCTTCG
ATGCTAGATT TAATAAGCTT AAAGTTACCT GGTAATGAGA TTCGTGACAT TAGACCGATT
ATACAATTAT CTCAGTGGAG TACAATAGAT ATTAGAAGGC AGAAAATTAC TTTAGATGAT
GTGCAAATGA ATCAAGCTGT GAAGATCCCT GTTCATGATG TAGAAGGAGT ACCGCTTGAG
GACATTACAC TGAAAAGTGA AGGCGGAATT ATTAATGAAG AAGGTACAAT CACTTGGAGT
ACGCCAGGGG AGAAAGTATA TGAGTTTACG TTTGATGGAA ATAATTATTT TGGATTAGGT
ATTTGGTTTA GTGGAGAAGT AATACAAAAC GTTGTAAATA AAACTGAATC AAAAGAAGAA
ACACCTAAAC CAGTAGTAGA AGAAAAGCCA AAAGAGGAAA CGACTAAACC AGTGGTAGAA
GAAAAACCAA AAGAGGAAAC ATCTAAACCA GTAGTAGAAG AAAAACCAAA AGAGGAAACA
TCTAAACCAG TAGTAGAAGA AAAACCAAAA GAGGAAACGA CTAAACCAGT GATGGAAGAG
AAACCAAAAG AAGAAACGAC TAAACCAGTG GTAGAAGAAA AACCAAAAGA GGAAACGACT
AAACCAGTGG TAGAAGAAAA ACCAAAAGAG GAAACATCTA AACCAGTGGT AGAAGAAAAA
CCAAAAGAGG AAACGACTAA ACCAGCGGTG GAAGAGAAAC CAAAAGAAGA AACAAGTAAA
CCAGTGGTAG AAGAAAAACC AAAAGAGGAA ACGACTAAAC CAGCGGTGGA AGAGAAGTCG
AAAGAAGAAA CACCTAAACT AGTTATGGAA GAGAAATCAA AAGAAGGAAC AAGTAAACCA
GTAGTAGAAG AGCGACGAAA AGAAGGCAAC AAGCTAGCAA AGGAAAATGA ATCCAATAAA
CAAGTGGATA ATAAAAAAGA AGAGAGTAAA AACACTTTAG CTGCAACGGG TGGGCAAGAG
AGCAATGTAT CTTTACTTTC TGGACTAGCA TTCGTTTTAT CTGCACTTAG TATGTTTGTA
TTTAGAAAAA AATTATTTAA GAAGTAA
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| Protein sequence | MKNNKRKHIN AMLIAATLSL PFATYSTPAL AAVVSEVNKA GHILKDGTYD VVLKAYNEKT
NEESRATTYI KEPKVTIENG KKIVTATLND SDFFQYLKVE DSQNPGTLHD VKVLSEDKRK
NGTKVIQFEI GELGKRYKMQ MHIFIPSMGY DEKYQVQFEV NTVHSENNTI EESKEKKEEQ
QQVKNIISDN KLQQYINKSV LQRADINAPI TEEDAAQIKE LKVYLGKGIE SLEGLQYMEN
LEAFELHESN VKDISPISSL KKLKTMKLYL NPIENIAPIS QLEKLQFLTL RDNKISDLTP
LSQLKKVKVL DLIGNEITDI KPLFSMDSVT KLYLSNNKIS DLTDIEKLDD LRLLWIGNNY
IDNLTEIGKL KNLVELEVAN AEIRDLTPLA KMQQLQSLDL EQNYISDISP ISKLNNLYAL
NLIANEIRDI RPVKELGKRV PIKLQRQKIF LSDGVVNEDI KIPIYDSNGE IVQNIKWQGE
EGTLNNGSVK WNSTGEKVYE FKLETDSAES QILFNGTVYQ NIVEKHEDIN IIQDKNLQKF
INKNGLGRAN LESSITKEDL LQIKSLKIVD GKNQGITDIS GLEYMTNIEE LVLDNIELKN
VDFISNLRSL KAVKLTSNQL ENIEPLSKLD KLEKIDISDN NVKNIRPLFT LNAMKNLNVS
NNKLNDASLQ EIQQLKNLEV LKLNHNEISN VEAISEISML NELELVGNKV VDITPLSKLK
NLQWLDLSDN KIQDISIFAS MLDLISLKLP GNEIRDIRPI IQLSQWSTID IRRQKITLDD
VQMNQAVKIP VHDVEGVPLE DITLKSEGGI INEEGTITWS TPGEKVYEFT FDGNNYFGLG
IWFSGEVIQN VVNKTESKEE TPKPVVEEKP KEETTKPVVE EKPKEETSKP VVEEKPKEET
SKPVVEEKPK EETTKPVMEE KPKEETTKPV VEEKPKEETT KPVVEEKPKE ETSKPVVEEK
PKEETTKPAV EEKPKEETSK PVVEEKPKEE TTKPAVEEKS KEETPKLVME EKSKEGTSKP
VVEERRKEGN KLAKENESNK QVDNKKEESK NTLAATGGQE SNVSLLSGLA FVLSALSMFV
FRKKLFKK
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