| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_0961 |
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| Symbol | |
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| ID | 2747615 |
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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 | 978749 |
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| End bp | 983275 |
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| Gene Length | 4527 bp |
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| Protein Length | 1508 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 637277787 |
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| Product | cell wall anchor domain-containing protein |
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| Protein accession | NP_977284 |
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| Protein GI | 42780037 |
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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
[TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | ATGAATTTCT TGAGGAAATC ATTTAATCAA AAAATAAAAA AATTAAGTAG TAGTTTTATA
GTTGTATTAC TAGTATGTAT GAATTTTTTA ATCCATTTAC CGTATAAAGC AGAAGCAGCT
ACAACAGAAT TAAAAGGTTT AGGTGATGTA TCTTATTACA ATGCAATCAT TTTTGGAGAT
CATAGTGCAA CGAGTGCGGA TATTGAGGGT GCGATGGCTG TTCAAAAAAA TATGAATGCA
TCAAGTTATA CAGTCGTAGC GGCTGCAACG GGAGCGAATA ATTTAGCTGG AGCGACATGG
GTAGATGAAG GATATCCGTC ATTATTACTA GGTGGTCAAT TTACGAAGGC GGGGACAGGA
CAAGTAATTA TCCAAGATGG AACAGTGGCT ATGACAAAAG ATGGTGACCC AGAAGGTGCA
ATGAAATCAT CATATGACCG TATCTCTTAT AAAGAGCAAG CAGAGATTGA TGCTAAATTT
AAAGAGTTTA GAAAAGACAT TAATAGTGTA ATTGAGGATG CGGGTCAATT ACATACTGAT
AAACCAAAAC CGGGTATGAC CTTTGGAATC GGTGAAGATG TAAAGAATTC TAATATTTAC
GTTTCTTCAG GATTAAAAGG GCAAGAACCA TTCAATGTAA AGGATGTTTA TCTTCCAAAT
GTAAATAACA AAGATTTTAT TGTTATTCAT TCAGATGCAG AAGAAGTTAA TTTTGGTGGC
GGTGCAATCC TGTATGATAC AACAGATAAG GGCGGGTTCA CATTAGTTAA TACATCTCAA
GCATATGACC CTAATTCCTT TTTTACTGAG TTAGCTAGTA AAGTCATTTG GGTGTTCCCT
AATGCTAAAA AGATAACAAC TAAAGGATAT GGTGTAGTAG GAAGTGTATT TGCGCCTAAT
GCAGTTGTAG AGACAAAGGG TGGATCTATT AACGGACAAG CCTTTGTTGG TGGATTACAC
CAAAGAGATG GATTTGAGGT TCATAATTTT AAATTTAACT GGCCAAAGTG GAAAAAGCCG
GCAGCTGAAA AAGGAAATTT ACAGATTAAA AAAGTTGATG AAAACGATGA AAACATTGTT
TTAAAAGACG CAAAATTTGA TGTTATAGAC AAAGATAATA ATGTTGTGGC TACTGTTACA
ACAAACGAAA AAGGTATTGC GGAAGTTAAA GATTTACCAT TTGGTGATTA TTTTGTAAAA
GAAATTAGTG CACCAGAAGG ATATATAAAA GTTGATACAC CAGTAAAAGT AACAATTGAT
AATACAAACA TAATTGAATT TGTTATGAAG AATACGAAAA AAGTAGAAAA TGGTCAATTT
AAATTATTGA AAAAAGATAG TGAATCTGGT CAACTTCTGC CAGGTGCAAA ATTTGATGTT
ATCGATAAAG ATGGGAAAGT TGTGGAAACA ATTGTTACAG ATGATAAAGG TGAAGCCTTA
TCGAAACAAC TTCCAGTTGG AAGCTATACA TTAAAAGAAG TAGAAGCACC GAAAGGATAT
GAATTATCAT CTAGTTCAGT TTCTGTTGAT GTAGAGGTTA ATAAAGTAGT AACTGTAGAT
GTGGTGAATA AAAAGATCCC CGAAAAAGTA ACAGGTCAAT TTGAAATCGT GAAAGTAGAT
GCGGAAGATA AAACGAAAGT ATTATCAGAT GCAGAATTTG AAGTGTATAA AGATGGTAAA
AAAGTAGATA CGTTACGAAC AGATAAAACT GGTAAAGTAG TTTCTCAGAA ATTAGAACCA
GGAAAGTACA CATTAAAAGA AACGAAAGCA CCACAAGGAT ATAAATTGCT AAAAGAAGAA
ATTGAAGTCG TTGTGGAAGC AAACAAAGTA GTACAAGTAC AAGTAGAAAA CGCAAAAGAA
CTAGGAAGCT TACAAGTAAC CAAAAAGGAT GCAGAGAGTG GAAAAGTTCT AGAAGGCGCA
GAATTTAGAC TAAAGAACGA AAACGGTCAA GTAGTTGGAG AAACGAAAAC AACGAATAAA
GACGGCGTTG TGAAATTCGA AAACTTAGTG CCAGGAAAGT ATACGTTAGA AGAAACGAAA
GCACCGGAAG GCTACAAAGC AGTAGAAGTA ACAGTAGAAG TAAACGTAGT AGCGAATGAA
GTAGTAAAAC AAGAAGTTAT GAACGAAAAG TTAACAGGTC AATTTGAAAT CGTAAAAGTG
GATGCAGAAG ATAAAGCGAA AGTATTATCA GATGCAGAAT TTGAAGTGTA CAAAGATGGT
AAAAAAGTAG AGACGTTACG AACAGATAAA ACTGGTAAAG TAATCTCTCA GAAATTAGAA
CCAGGAACAT ACACATTAAA AGAAACGAAA GCACCGCAAG GATATAAGTT GTTAAAAGAA
GAAATTGAAG TCGTTGTGGA AGCAAACAAA GTAGTAGAAG TACAAGTAGA AAACGCAAAA
GAACTAGGAA GCTTACAAGT AATCAAAAAG GATGCAGAGA GTGGAAAGGT TCTAGAAGGT
GCAGAATTTA AGCTAAAAAA TGAAACTGGT CAAGTAGTTG GAGAAACGAA AACAACGAAT
AAAGACGGTG TTGTGAAATT CGAAAACTTA GTGCCAGGAA AGTATACGTT AGAAGAAACG
AAAGCGCCAG AAGGTTATAA AGCAGTCGAA GTAACAGTCG AAGTAAACGT AGTAGCAAAT
GAAGTAGTAA AACAAGAAGT TATGAATGAA AAAGTAACAG GTCAATTTGA GATTATAAAA
GTAGATGCGA ATGATAAAGC GAAAGTATTA TCAGATGCAG AATTTACAGT ATATAAAGAT
GGTAAAAAGG TAGCGGAACT GAAAACAGAT GAGAGTGGAA AAGTGATGTC ACCAAAATTA
CCATTAGGTG AATATACAGT GAAAGAAACG AAAGCACCAG AAGGTTACAA GCTTTCAAAT
AAAGAATGGA AAGTAACAAT ACAAAACGAG AAAGAAGTAG TAAAAGTAGA GGCGGAAAAC
GAAAGAATCT TAGGTTCTCT ACAAATTATT AAGACGGATG ATAAAGATCA AGCGAAACGT
TTATCGGGCG CAGAATTCAC ATTGAAAGAT GCGCAAGGGA ATGTTGTAAA AGAAGGAATT
ACAACAGATA AGTCTGGAAT TGTTAAAGTA GATGGACTAG TGCCTGGTGA ATATACGTTA
GAAGAAACAA AAGCGCCAGA AGGTTATGAG TTAACAAAAC AAGTAATTCA TGTAACAGTT
GACGGTGAAA AAATTGTTGA TGTAAAAGTA ACGAATAGTA AGAGTCTTGG TCAATTCGAA
ATCGTAAAAG TAGATGCAGA AGATAAAGCG AAAGTATTAT CAGACGCAGA ATTCGAAGTG
TATAAAGATG GTAAAAAAGT AGAGACATTA CGAACAGATA AAACAGGTAA AGTAATCTCT
CAGAAATTAG AACCAGGAAC ATACACATTA AAAGAAACGA AAGCACCACA AGGGTATAAA
TTGCTGAAAG AAGAAATTGA AGTCGTTGTG GAAGCAAACA AAGTAGTGCA AGTACAAGTA
GAAAATGCAA AAGAACTAGG AAGCTTACAA GTAATCAAAA AGGATGCAGA GAGCGGAAAA
GTTCTAGAGG GTGCAGAATT TAAGCTGAAA AATGAAACTG GTCAAGTAGT TGGAGAAACG
AAAACAACGA ATAAAGACGG TGTTGTGAAA TTCGAAAACT TAGTGCCAGG AAAGTATACG
TTAGAAGAAA CGAAAGCACC GGAAGGTTAT AAAGCGTTAG AAGTGACGGT AGAAGTAAAT
GTTGTTGCAA ATACAGTAAT AAAGCAAGAA GTATTAAATG AAAAAGTGAA AGAAAAAATT
AAAGGTCAAG TAGAAATTAC AAAGGTAGAT GCTACTGATA CAAATAAAAA ATTAGCAGGC
GCAGTGTTTG AAATTTTGAA AGATGGAACA AAAATAGACA CATTAACAAC AGATAAAAAT
GGTAAAGCAA CTTCGAAAGA ACTAGAGCCA GGAGATTATA TTTTAAAAGA AGTTCAAGCG
CCAGAAGGTT ATGAGTTATC TGATAAGGGA ATTGAATTTA CGATTTCTAA TCAAAAAATT
GAAGTAGTAA AACTTCAAAT TACAAATGAA AAAGAAACAA GCAAAGGTCC AGAGAATCCA
GGTGGAGAAA CAGAAACACC AGGTGGAGAA ACAGAAACAC CAGGTGGAGA AACAGAAACA
CCAGGCGAAG AAACAGAGAA ACCAGGTGAA GAAACAGAAA AGCCAGGTGA GGAAACAGAA
AAGCCAGGCG AAGAGACAGG AAAACCGGGT GAAGAAACAG AGAAACCAGG TGAAGAGACA
GGAAAACCGG GTGAAGAAAC AGAGAAGCCA GGTGAAGAGA CAGGAACATC AGGTGAAGAA
ACAGAGAAGC CAGGTGGAGA GACAGGAACA CCAAGTGAAG GAATGGAAAA CGTAGATAAA
GAAAAACCTA CCTTACCAGA AAAAGGACAA GGTGCGTCTC ATGCACAACT TCCAGCTACA
GGACATGATA TGAATTATCT ACCATTCATT GGTTTTGCTC TTGTTTTATT AGGAATACGT
CTTAGATTTA TGATTAAAAA TAGTTAA
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| Protein sequence | MNFLRKSFNQ KIKKLSSSFI VVLLVCMNFL IHLPYKAEAA TTELKGLGDV SYYNAIIFGD
HSATSADIEG AMAVQKNMNA SSYTVVAAAT GANNLAGATW VDEGYPSLLL GGQFTKAGTG
QVIIQDGTVA MTKDGDPEGA MKSSYDRISY KEQAEIDAKF KEFRKDINSV IEDAGQLHTD
KPKPGMTFGI GEDVKNSNIY VSSGLKGQEP FNVKDVYLPN VNNKDFIVIH SDAEEVNFGG
GAILYDTTDK GGFTLVNTSQ AYDPNSFFTE LASKVIWVFP NAKKITTKGY GVVGSVFAPN
AVVETKGGSI NGQAFVGGLH QRDGFEVHNF KFNWPKWKKP AAEKGNLQIK KVDENDENIV
LKDAKFDVID KDNNVVATVT TNEKGIAEVK DLPFGDYFVK EISAPEGYIK VDTPVKVTID
NTNIIEFVMK NTKKVENGQF KLLKKDSESG QLLPGAKFDV IDKDGKVVET IVTDDKGEAL
SKQLPVGSYT LKEVEAPKGY ELSSSSVSVD VEVNKVVTVD VVNKKIPEKV TGQFEIVKVD
AEDKTKVLSD AEFEVYKDGK KVDTLRTDKT GKVVSQKLEP GKYTLKETKA PQGYKLLKEE
IEVVVEANKV VQVQVENAKE LGSLQVTKKD AESGKVLEGA EFRLKNENGQ VVGETKTTNK
DGVVKFENLV PGKYTLEETK APEGYKAVEV TVEVNVVANE VVKQEVMNEK LTGQFEIVKV
DAEDKAKVLS DAEFEVYKDG KKVETLRTDK TGKVISQKLE PGTYTLKETK APQGYKLLKE
EIEVVVEANK VVEVQVENAK ELGSLQVIKK DAESGKVLEG AEFKLKNETG QVVGETKTTN
KDGVVKFENL VPGKYTLEET KAPEGYKAVE VTVEVNVVAN EVVKQEVMNE KVTGQFEIIK
VDANDKAKVL SDAEFTVYKD GKKVAELKTD ESGKVMSPKL PLGEYTVKET KAPEGYKLSN
KEWKVTIQNE KEVVKVEAEN ERILGSLQII KTDDKDQAKR LSGAEFTLKD AQGNVVKEGI
TTDKSGIVKV DGLVPGEYTL EETKAPEGYE LTKQVIHVTV DGEKIVDVKV TNSKSLGQFE
IVKVDAEDKA KVLSDAEFEV YKDGKKVETL RTDKTGKVIS QKLEPGTYTL KETKAPQGYK
LLKEEIEVVV EANKVVQVQV ENAKELGSLQ VIKKDAESGK VLEGAEFKLK NETGQVVGET
KTTNKDGVVK FENLVPGKYT LEETKAPEGY KALEVTVEVN VVANTVIKQE VLNEKVKEKI
KGQVEITKVD ATDTNKKLAG AVFEILKDGT KIDTLTTDKN GKATSKELEP GDYILKEVQA
PEGYELSDKG IEFTISNQKI EVVKLQITNE KETSKGPENP GGETETPGGE TETPGGETET
PGEETEKPGE ETEKPGEETE KPGEETGKPG EETEKPGEET GKPGEETEKP GEETGTSGEE
TEKPGGETGT PSEGMENVDK EKPTLPEKGQ GASHAQLPAT GHDMNYLPFI GFALVLLGIR
LRFMIKNS
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