| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH187_A5389 |
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| Symbol | |
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| ID | 7077159 |
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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 AH187 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011658 |
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| Strand | - |
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| Start bp | 4970610 |
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| End bp | 4973429 |
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| Gene Length | 2820 bp |
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| Protein Length | 939 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643453790 |
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| Product | surface protein, lpxtg-motif cell wall anchor domain protein |
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| Protein accession | YP_002341279 |
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| Protein GI | 217962705 |
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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
[TIGR01451] conserved repeat domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 44 |
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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 | ATGACGATGC ATGCGGAGAC AGATTCTATA ACAGAACAAC CGAAAGATAT AGAGATAGGT
TCTGTAAAAG AGCAGCCAAA TCCAGAAGCT GTGAAAGATT TTGATCCAGG TCCACCTTAT
GAGCACAATG TAGCAAAGGA TATTCCTGTA GAGGTTGGAG AGGAACGGAT TGGGACGTCT
TCCTGGATAA AAGATATTGC ACCAGCAAGT TTAGTAGATA ACACGTGCGT TCAGCAAAAT
AGAGTTGTAC TTAAAAATGG TGGATTTGAA AAGCCAAGGA TAACGAAAGA CTTCTTTATT
GATCAAGATA ATGTAGAGGG CTGGAGAACG ACAGATCGCT ATAAAGTAAT TGAAATTTGG
AGAACGAGAG ATAGAATACC ATTGCCTTCA CCACTTCCAG CAGAAGGAGA GCAATTTGCC
GAACTAAATG CAAGGGAACC TGGAATGTTA TATCAAGATG TGAAAACGAC TCCAGGGCAA
ACGATTTATT GGAGATTAGC TCATAGGGGA AGAGATGGGA AAGATACGAT GCGAGTTCGT
ATCGGATCAG CAAGTGCGAA TATTACTTCC TTACCTACTA TTCAAACGAT GGAAGATGAT
AATAAAGCGT GGGGTCGCTA TAGCGGGACT TATACAGTTC CAGCAGGTCA AACGTTAACT
CGATTTGGTT TTGAGGCTGT AAAAACATAC GGAAATGTCC TATCAGTAGG AAATTTCCTA
GATGATATTT TCCTAGGAAC AGAACCTTGT GTTACGGCAA CAAAATCTGT AAGTCCAGAA
GGAAAAGTGT ATGCGGGAGA TGAGTTGACG TATACAGTGA ACGTTAAAAA CCACGGCGGA
GATGTTGCTG GTGAAGCAAT GTTCACTGAC ATGATTCCAG ATGGAACAGA ATATGTACCG
GGCTCCATAA AACTAAAAGC TGATGGAACC GAAAAAGCTA TAACAGATGC AGAAGATAAT
GATGCAGGCT TTTATAAAGA CAAAAAAGTC ACTGTTAAAT TAGGCGATGT ACAAAATACA
GAAGAGGATC CAAATGGAAT TACAGTTCAA TTTAAAGTAA GGGCTTTACC AAGTTATATT
GGAAAGCAAG TTACAAATAA GGCAAGAATA GATTATGGCA ACTTATTGAA GGGCTCAAAG
GAATATACAA ATTCCAATGA AGTTGTAAAC GAGGTTATTG CAAGAAACCC TGAAATAGAG
TCGGTTAAAG AAGTGAAAAA TGTACAAGGT AAGAGTAGGT ATGAGGTCGG AGATACAATT
GAATACACAG TTAAAATGCG TAACAAAATT GAGAATAGCA TCGCGAAAAA GATTATAATA
GAAGATTCAT TACCAAACGG GGTAGATTAT GTACCAGGGA CCATTAAAGT AGATGGAAAA
GCGGTGACGG ACGCTGTAGA TCAAGATAGC GGCCACTATA CGATAGGTAA AGTGATTGGG
AATTTAGGTG ATATTACAGA TACAGGATGG CATACAGTTA CCTTCCAAGC GAAAGTAAAA
TTGGATCAGT TAGATAAAAC GATTCGTAAC ATAGGAAAAA TAACAGGTGA GAATATTACA
CCACAAGAAC CAGAGAAATC TATTGTAATA GAACCGAAAG ATCCAAAGCT AGAAACGGTA
AAAGAAGCAA AGAACTTACA GCAAGGTAAG AGCATATATG AAGTCGGAGA TACGATTGAA
TATACAGTGA AAATGCGTAA TAACGTGGCG AGTAGCGTGA TAAACAATGC TATTATTGAG
GATCCATTAC CAGAAGGTGT GGAATATGTG CCAGGGACGA TTCGAATAGA TGGGAAGGTT
GTCACAGATG CTGAAGATGG GGATAGTGGC CATTATAAGA CTGGAAAAAT AACCGGGAAG
TTTGGAGATA TTCGAGATAC AGAGTGGCAT ACAGTAGTGT TCCATGTGAA AGTGAAAACG
AATCAAGCAG GGAAAGAAAT AGTAAATAAA GCGAAGGTAA CGGGAGAGAA CATTACACCG
CAGGAACCTG AAAAACTAGT AAAAGTAGAT TATAAGAATC CGAAAGTGGA ATCAGTGAAA
GAAGTAAAGA ACTTACAACA AGGTAAGAAG TATGAAGTAA AAGATACGAT TGAATATACG
ATTAAGGTTC GTAATACAGT CAAAGATAGC ATCATAAGAA ATTCTTTAGT AGAAGACCAA
TTGCCAGAAG GTGTGGAATA TGTACCAGGA TCAATTCGGG TGGATGGCAA TATAGTAACG
GATGCCGAAG ATACTGACAG TGGTCATTAT AAGGCTGGAA AAGTAATAGG GAAACTAGGC
GACATTCAAG ATACCGAATG GCATACAATC GTATTTCAAG TGAAGATAAA AGATGGTTAT
GAAGATAAAA AAATACTGAA CGTAGGTACG GTAAAAGGAG ATAATATTTC TCCACAAAAA
CCATCAGTAG AAATAGCAGT GGAACCTCCT CCGTCAGGGA AGATTGAAAT TGAAAAAGTA
GATGCAAAGG ATCATACGTT GAAACTGAAA AATGCAGAGT TTCAAATTAT CGATAAAGAT
GGAAATGTAG TCGGAAAATT AGTAACCGAT GAAAGTGGAA AAGCAATTTC TGAACCGCTA
TTATTCGATA AATATGAAAT TAAAGAAATA AAAGCACCGA CAGGTTACAT GATCTTGAAG
GAATCAATTC ATGTAGAACT TACATCACCT TTGCAAAAGT TGAAAGTAGA GAACAACAAG
AGTGAATGGG TCATTCCGAA TACAGGAGGG TTTGGAACAA ATCTCATTTA CTTATTTAGC
ACATTGCTCA TTGTGTTAAC GCTATTTCTC TATTTCCGAA AAGGGGACAG TAATTTATAA
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| Protein sequence | MTMHAETDSI TEQPKDIEIG SVKEQPNPEA VKDFDPGPPY EHNVAKDIPV EVGEERIGTS
SWIKDIAPAS LVDNTCVQQN RVVLKNGGFE KPRITKDFFI DQDNVEGWRT TDRYKVIEIW
RTRDRIPLPS PLPAEGEQFA ELNAREPGML YQDVKTTPGQ TIYWRLAHRG RDGKDTMRVR
IGSASANITS LPTIQTMEDD NKAWGRYSGT YTVPAGQTLT RFGFEAVKTY GNVLSVGNFL
DDIFLGTEPC VTATKSVSPE GKVYAGDELT YTVNVKNHGG DVAGEAMFTD MIPDGTEYVP
GSIKLKADGT EKAITDAEDN DAGFYKDKKV TVKLGDVQNT EEDPNGITVQ FKVRALPSYI
GKQVTNKARI DYGNLLKGSK EYTNSNEVVN EVIARNPEIE SVKEVKNVQG KSRYEVGDTI
EYTVKMRNKI ENSIAKKIII EDSLPNGVDY VPGTIKVDGK AVTDAVDQDS GHYTIGKVIG
NLGDITDTGW HTVTFQAKVK LDQLDKTIRN IGKITGENIT PQEPEKSIVI EPKDPKLETV
KEAKNLQQGK SIYEVGDTIE YTVKMRNNVA SSVINNAIIE DPLPEGVEYV PGTIRIDGKV
VTDAEDGDSG HYKTGKITGK FGDIRDTEWH TVVFHVKVKT NQAGKEIVNK AKVTGENITP
QEPEKLVKVD YKNPKVESVK EVKNLQQGKK YEVKDTIEYT IKVRNTVKDS IIRNSLVEDQ
LPEGVEYVPG SIRVDGNIVT DAEDTDSGHY KAGKVIGKLG DIQDTEWHTI VFQVKIKDGY
EDKKILNVGT VKGDNISPQK PSVEIAVEPP PSGKIEIEKV DAKDHTLKLK NAEFQIIDKD
GNVVGKLVTD ESGKAISEPL LFDKYEIKEI KAPTGYMILK ESIHVELTSP LQKLKVENNK
SEWVIPNTGG FGTNLIYLFS TLLIVLTLFL YFRKGDSNL
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