| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B4406 |
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| Symbol | |
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| ID | 7185224 |
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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 G9842 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011772 |
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| Strand | + |
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| Start bp | 857168 |
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| End bp | 860506 |
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| Gene Length | 3339 bp |
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| Protein Length | 1112 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643548660 |
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| Product | lpxtg-motif cell wall anchor domain protein |
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| Protein accession | YP_002444331 |
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| Protein GI | 218895920 |
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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 | 12 |
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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 | 29 |
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| Fosmid unclonability p-value | 0.000174858 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | TTGAGGAAAT CATTTAATCA AAAAATTAAA AAGTTAAGTA GTAGTTTAAT AGTTGTATTA
CTAATATGTA TGAATTTTTT AATCCATTTA CCATTTAAAG CGGAGGCAGC TACAACAGAG
TTAAAAGGTT TAGGTGATGT ATCTTATTAC AACGCCATCA TTTTTGGAGA TCATAGTGCA
ACGAGTGCGG ATATTGAAGG TGCGATGGCT GTTCAGAAAA ATATGAACGC ATCAAGTTAT
ACAGTCGTAG CGGCTGCAAC TGGAGCAAAT AACTTAGCTG GAGCAACTTG GGTAGATGAA
GGATATCCAT CATTATTACT AGGCGGTCAA TTTACGAAAG CGGGAGCAGG ACAGGTAATT
ATTCAAGATG GAACAGTGGC GATGACAAAA GACGGTGACC CAGATGGCGC AATGAAAACG
TCATATGACC GTATCTCTTA TAAAGAGCAA GCGGAGATTG ATGCTAAGTT TAAAGAATTT
AGAAAAGACG TTGATGGTGT AATTGGGGAT GCAAGTAAAC TATACACTGA TAAGCCAAAA
ACTAATATGA GCTTTGGAAT CGGTGAAGAT GTAAACAACC CTAATATTTA TGTCTCTTCA
GGCCAGACGG GAAAGAAAGC ATTTGATGTA AAAGACGTTT TTCTTCCGAA TGTAGAGAAT
AAAGACTTTA TTGTTATTTA TTCAGATGCA GAAGAAGTGA GTTTTGGTGG CGGTGCAATT
TTGTATGATA CAAGAAATAC TGGGATGGCG ACGGATTTAA TTAATACATC TCAAGCATAC
GATCCTAATT CATCTTTTAC TGAGTTAGCT AGTAAGGTAA TTTGGGTATT TCCTAATGCT
ACAAAGATAA CAACTAAAGG TTATGGTGTA GTAGGTAGTG TGTTTGCACC TAATGCAGTT
GTAGAAACAA AAGGTGGTTC TATTAATGGA CAAGCCTATG TTGGAGGATT ACACCAAAGA
GATGGTTTTG AGGTTCATAA CTTTAAATTT AACTGGCCAA AGTGGAATAA ACCAGCAGTT
GAAAAAGGAC ATTTACAAAT TAAAAAAGTT GATGAAAACG ATGAAAATAT TGTTTTAAAA
GACGCAAAAT TTGATGTTAT AGACAAGGAT AATAACGTTG TGGCTACTGT TACAACAAAC
GAAAAGGGTA TTGCGGAAGT TAAAGATTTA CCACTTGGTG ACTATTTTGT AAAAGAAATA
AATGCACCAG AAGGATATAT AAAAGTTGAT ACACCAGTCA AAGTAACAAT TGATAATACA
AACGTAATTG AACTTGTTAT GAAGAATACG AGAAAAGTAG AGAATGGCCA ATTTAAATTA
TTGAAAAAAG ATAGTGAATC TGGTCAACTT CTACCAGGTG CAAAATTTGA TGTTATCGAT
AAAGATGGGA AAGTTGTGGA AACAATTGTT ACAGATGATA AAGGTGAAGC CTTATCGAAA
CAACTTCCAG TTGGAAGCTA TACATTAAAA GAAGTAGAAG CACCGAAAGG ATATGAATTA
TCATCTAGTT CAGTTTCTGT TGATGTAGAG GCTAATAAAG TAGTGACTGT AGATGTGGTG
AATAAAAAGA TCTCCGAAAA AGTAACGGGT CAATTTGAAA TCGTGAAAGT AGATGCGAAA
GATAAAACGA AAGTATTATC AGATGCAGAA TTCGAAGTGT ATAAAGGTGG TAAAAAGGTA
GCAGAACTAA AAACAGATGA GAGTGGAAAA GTGATGTCAC CGAAATTACC GCTAGGTGAA
TACACAGTGA AAGAAACGAA AGCACCAGCG GGCTACAAGC TTTCAAATAA AGAATGGAAA
GTAACAATTC AAAACGAGAA AGAAGTAGTA AAAGTAGAGG CAGAAAACGA AAAAATCTTA
GGTTCTCTAC AAATTATTAA AATGGATGAT AAAGATCAAA CGAAACGCTT AGCAGGCGCA
AAATTTACAT TGAAAGATGC GAAAGGAAAT GTTGTAAAAG AAGGAATTAC AACAGATAAG
TCTGGAACGG TTAAAGTAGA CGGACTTGTG CCAGGTGAAT ATACGTTAGA AGAAACAAAA
GCACCAGAAG GTTATGAGTT AACAAAACAA ATAATTCATG TAACAGTTGA CGGTGAAAAA
GTTGTTGATG TAAAAGTAAC GAACAGTAAG AGCCTTGGTC AATTCGAAAT TGTAAAAGTA
GATGCGGAAG ATAAAACGAA AGTATTATCA GATGCAGAAT TCGAAGTGTA TAAAGATGGT
AAAAAAGTAG ATACGTTACG AACAGATAAA ACTGGTAAAG TAGTTTCACA GAAATTAGAG
CCAGGAAAGT ACACATTAAA AGAAACGAAA GCACCACAAG GATATAAGTT GTTAAAAGAA
GAAATTGAAG TCGTTGTAGA AGCAAACAAA GTAGTAGAAG TACAAGTAGA AAACGTAAAA
GAACTAGGAA GCTTACAAGT AATCAAAAAG GATTCGGAGA GTGGAAAAGT TCTAGCAGGT
GCAGAATTTA AATTAAAGAA CGAAGCTGGT CAAGTAGTTG GAGAAGCGAA AACAACGAAT
AAAGACGGCG TTGTGAAATT CGAAAGCTTA GTGCCAGGAA AGTATACGTT AGAAGAAACG
AAAGCACCAG AAGGTTATAA GGCGTTAGAA GTAACAGTAG AAGTAAACGT TGTAGCAAAT
GAAGTAGTAA AACAAGAAGT TATGAATGAA AAAGTGAAAG AAGAAATTAC AGGTCAATTA
GAAATTACAA AGGTAGATGC CAATAATACA AATAAAACTT TAGCAGGCGC AGTGTTTGAA
ATTTGGAAAG ACGGAACAAA AATCGACACA TTAACAACAA ACAAGAGCGG TAAAGTGACT
TCTAAGAAGT TAGAACCAGG AGATTACACT TTAAAAGAAA TCCAAGCGCC AGAAGGATAT
ACTTTATCCG ATAAGGAAAT GAAATTTACG ATTTCTAATG AAAAAATTGA AGTTGTAAAG
CTTCAAATTA CAAATAAAAA AGATACAGAA AAAGGTCCGG AAAAACCAGG TGAAGGAACA
GAAAAACCAG GTGAAGGAAC AGAAAAGCCG GGTGAAGGAA CAGAGAAGCC AGGTGAAGGA
ACAGAGAAGC CAGGTGAAGG AACAGAGAAG CCAGGTGAAG GAACAGAAAA GCCGGGTGAA
GGAACAGAAA AGCCAGATGA AGGAACAGAG AAGCCGGGTG AAGGAACAGA AAAACCAGGT
GAGGGAGTAG AAAAACCTAA TTTACCAGAA AAAGGACAAG GTTCTTCTAA TAATCAACAA
CTTCCAGCTA CAGGACACAA TACGAATTAC GTTCCATTCA TCGGTTTTAT GCTTCTGTTA
CTAGGAATAC GTTTAAGATT CATGGCTAAA AATAGTTAA
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| Protein sequence | MRKSFNQKIK KLSSSLIVVL LICMNFLIHL PFKAEAATTE LKGLGDVSYY NAIIFGDHSA
TSADIEGAMA VQKNMNASSY TVVAAATGAN NLAGATWVDE GYPSLLLGGQ FTKAGAGQVI
IQDGTVAMTK DGDPDGAMKT SYDRISYKEQ AEIDAKFKEF RKDVDGVIGD ASKLYTDKPK
TNMSFGIGED VNNPNIYVSS GQTGKKAFDV KDVFLPNVEN KDFIVIYSDA EEVSFGGGAI
LYDTRNTGMA TDLINTSQAY DPNSSFTELA SKVIWVFPNA TKITTKGYGV VGSVFAPNAV
VETKGGSING QAYVGGLHQR DGFEVHNFKF NWPKWNKPAV EKGHLQIKKV DENDENIVLK
DAKFDVIDKD NNVVATVTTN EKGIAEVKDL PLGDYFVKEI NAPEGYIKVD TPVKVTIDNT
NVIELVMKNT RKVENGQFKL LKKDSESGQL LPGAKFDVID KDGKVVETIV TDDKGEALSK
QLPVGSYTLK EVEAPKGYEL SSSSVSVDVE ANKVVTVDVV NKKISEKVTG QFEIVKVDAK
DKTKVLSDAE FEVYKGGKKV AELKTDESGK VMSPKLPLGE YTVKETKAPA GYKLSNKEWK
VTIQNEKEVV KVEAENEKIL GSLQIIKMDD KDQTKRLAGA KFTLKDAKGN VVKEGITTDK
SGTVKVDGLV PGEYTLEETK APEGYELTKQ IIHVTVDGEK VVDVKVTNSK SLGQFEIVKV
DAEDKTKVLS DAEFEVYKDG KKVDTLRTDK TGKVVSQKLE PGKYTLKETK APQGYKLLKE
EIEVVVEANK VVEVQVENVK ELGSLQVIKK DSESGKVLAG AEFKLKNEAG QVVGEAKTTN
KDGVVKFESL VPGKYTLEET KAPEGYKALE VTVEVNVVAN EVVKQEVMNE KVKEEITGQL
EITKVDANNT NKTLAGAVFE IWKDGTKIDT LTTNKSGKVT SKKLEPGDYT LKEIQAPEGY
TLSDKEMKFT ISNEKIEVVK LQITNKKDTE KGPEKPGEGT EKPGEGTEKP GEGTEKPGEG
TEKPGEGTEK PGEGTEKPGE GTEKPDEGTE KPGEGTEKPG EGVEKPNLPE KGQGSSNNQQ
LPATGHNTNY VPFIGFMLLL LGIRLRFMAK NS
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