| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A0924 |
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| Symbol | |
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| ID | 7100213 |
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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 | 888938 |
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| End bp | 892924 |
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| Gene Length | 3987 bp |
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| Protein Length | 1328 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643468474 |
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| Product | lpxtg-motif cell wall anchor domain protein |
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| Protein accession | YP_002365657 |
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| Protein GI | 218231745 |
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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 | 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 | TTGAGGAAAT CATTTAATCA AAAAATTAAA AAGTTAAGTA GTAGTTTAAT AGTTGTATTA
CTAATATGTA TGAATTTTTT AATCCATTTA CCATTTAAAG CAGAGGCAGC TACAACAGAA
TTAAAAGGTT TAGGTGATGT ATCTTATTAC AACGCCATCA TTTTTGGAGA TCATAGTGCA
ACGAGTGCGG ATATTGAAGG TGCGATGGCT GTTCAGAAAA ATATGAACGC ATCAAGTTAT
ACAGTCGTAG CGGCTGCAAC TGGAGCAAAT AACTTAGCTG GAGCAACTTG GGTAGATGAA
GGATATCCAT CATTATTACT AGGCGGTCAA TTTACGAAAG CTGGAGCAGG ACAGGTAATT
ATTCAAGATG GAACAGTGGC GATGACAAAA GACGGTGACC CAGATGGCGC AATGAAAACA
TCGTATGACC GTATCTCTTA TAAAGAGCAA GCGGAGATTG ATGCTAAGTT TAAAGAATTT
AGAAAAGACG TTGATGGTGT AATTGGGGAT GCAAGTAAAC TACACACTAA TAAGCCAAAA
CCTAATATGA GCTTTGGAAT CGGTGAAGAT GCAAACAACC CTAATATTTA TGTCTCTTCA
GGTCAGACGG GAAAGAAAGC ATTCGATGTA AAAGACGTTT TTCTTCCGAA TGTAGAGAAT
AAAGATTTTA TTGTTATTTA TTCAGATGCA GAAGAAGTGA GTTTTGGTGG CGGTGCAATT
TTGTATGATA CAAGAAATAC TGGGATGGCG ACGGATTTAA TTAATACATC TCAAGCATAT
GACCCTAATT CATCTTTTAC TGAGTTAGCT AGTAAGGTAA TTTGGGTATT TCCTAATGCT
ACAAAGATAA CAACTAAAGG TTATGGTGTA GTAGGTAGTG TGTTTGCACC TAATGCAGTT
GTAGAAACAA AAGGTGGTTC TATTAATGGA CAAGCCTATG TTGGAGGATT ACACCAAAGA
GATGGTTTTG AGGTTCATAA CTTTAAATTT AACTGGCCAA AATGGAATAA ACCAGCAGCT
GAAAAAGGAC ATTTACAAAT TAAAAAAGTT GATGAAAACG ATGAAAACAT TGTTTTAAAA
GACGCAAAAT TTGATGTTAT AGACAAAGAT AATAACGTTG TGGCTACTGT TACAACAAAC
GAAAAGGGTA TTGCGGAAGT TAAAGATTTA CCACTTGGTG ACTATTTTGT AAAAGAAATA
AATGCACCAG AAGGATATAT AAAAGTTGAT ACACCAGTCA AAGTAACAAT TGATAATACA
AACGTAATTG AACTTGTTAT GAAGAATACG AAAAAAGTAG AGAATGGCCA ATTTAAATTA
TTGAAAAAAG ATAGTGAATC TGGTCAACTT CTGCCAGGTG CAAAATTTGA TGTTATCGAT
AAAGATGGTA ATGTTGTGGA AACAATTGTT ACAGGTGATA AAGGCGAAGC CTTATCGAAA
CAACTTCCAG TTGGAAGCTA TACATTAAAA GAAGTAGAAG CACCGAAAGG ATATGAATTA
TCATCTAGTT CAGTTTCTGT TGATGTAAAG GCTAATAAAG TAGTGACTGT AGATGTGGTG
AATAAAAAGA TCCCCGAAAA AGTAACAGGT CAATTCGAAA TTGTGAAAGT AGATGCGGAA
GATAAAACGA AAGTATTATC AGACGCAGAA TTCGAAGTGT ATAAAGACAG CAAGAAAGTA
GATACGTTAC GAACAGATAA AACTGGTAAA GTAATTTCTC AGAAATTAGA ACCAGGAACA
TACACATTAA AAGAAACGAA AGCACCACAA GGATATAAAT TGCTAAAAGA AGAAATTGAA
GTCGTTGTGG AAGCAAACAA AGTAGTAGAA GTACAAGTAG AAAACGCAAA AGAACTAGGA
AGCTTACAAG TAATCAAAAA GGATTCGGAG AGTGGAAAAG TTCTAGCAGG TGCAGAATTT
AAACTGAAAA ATGAAGCTGG TCAAGTAGTT GGAGAAGCGA AAACAACGAA TAAATACGGT
GTTGTGAAAT TCGAAAGCTT AGTGCCAGGA AAGTACACGT TAGAGGAAAC GAAAGCGCCG
GAAGGTTATA AAGCGCTAGA AGTGACAGTA GAAGTGAACG TTGTAGCGAA CGAAGTAGTA
AAACAAGAAG TCATGAATGA AAAAGTAATG GGTCAATTCG AAATCGTGAA AGTAGATGCG
AATGATAAAA CGAAATTGTT ATCAGGTGCA GAATTCGAAG TGTATAAAGA TGGTAAAAAG
GTAGCGGAAC TGAAAACAGA TGAGAGTGGA AAAGTGATGT CACCGAAATT ACCGCTAGGT
GAATACACAG TGAAAGAAAC GAAAGCACCA GCGGGCTACA AACTTTCAAA TAAAGAATGG
AAAGTAACAA TTCAAAATGA GAAAGAAGTA GTAAAAGTAG AGGCAGAAAA CGAAAAAATC
TTAGGTTCTC TACAAATTAT TAAAATGGAT GATAAAGATC AAACGAAACG CTTAGTAGGC
GCAGAATTTA CATTGAAAGA TGCGAAAGGA AATGTTGTAA AAGAAGGAAT TACAACAGAT
AAGTCTGGAA CGGTTAAAGT AGACGGACTT GTGCCAGGTG AATATACGTT AGAAGAAACA
AAAGCACCAG AAGGTTATGA GTTAACAAAA CAAATAATTC ATGTAACAGT TGACGGTGAA
AAAGTTATTG ATGTAAAAGT AACGAACGGT AAGAGCCTTG GTCAATTCGA AATTGTAAAA
GTAGATGCGA ATGATAAAAC GAAATTGTTA TCAGGTGCAG AATTCGAAGT GTATAAAGAT
GGTAAGAAAG TAGATACATT ACGAACAGAT AAAACTGGTA AAGTAATTTC TCAGAAATTA
GAACCAGGAA AGTACACATT AAAAGAAATG AAAGCACCAC AAGGATATAA ACTACTAAAA
GAAGAAATTG AAGTCGTTGT GGAAGCAAAT AAAGTAGTAG AAGTACAAAT AGAAAACGCA
AAAGAACTAG GAAGCTTACA AGTAATCAAA AAGGATGCAG AGAGTGGAAA AGTTCTAGAA
GGTGCGGAAT TTAAATTAAA GAACGAAGCT GGTCAAGTAG TTGGAGAAGC GAAAACAACG
AGTAAAGACG GTGTTGTGAA ATTCGAAAGC TTAGTGCCAG GAAAGTATAC GTTAGAAGAA
ACGAAAGCAC CAGAAGGTTA TAGAGCGTTA GAAGTAACAG TAGAAGTAAA TGTTGTAGCA
AATGAAGTAG TAAAACAAGA AGTTATGAAT GAAAAAGTGA AAGAAGAAAT TACAGGTCAA
TTAGAAATTA CAAAGGTAGA CGCTAATAAT ACAAATAAAA TATTAGCAGG CGCAGTGTTT
GAAATTTGGA AAGACGAAAC AAAAATTGAC ACATTAACAA CAAATAAGAG CGGTAAAGCA
ATTTCTCAGA AGTTAGAACC AGGAGATTAT ATTTTAAAAG AAATCCAAGC GCCAGAAGGA
TATACTTTAT CCGATAAGGA AATGAAATTT ACGATTTCTA ATGAAAAAAT TGAATTTGTA
AAACTTCAAA TTACAAATAA AAAAGATACA GAAAAAGGTC CGGAAAAACC AGGTGAAGGA
ACAGAGAAGC CAGGTGAAGG AACAGAAAAA CCAGGTGAAG GAACAGAAAA ACCAGGTGAA
GGAACAGAAA AACCAGGTGA AGGAACAGAA AAACCAGGTG AAGGAACAGA AAAACCAGGT
GAAGGAACAG AAAAACCAGG TGAAGGAACA GAAAAACCAG GTGAAGGAAC AGAAAAACCA
GGTGAAGGAA CAGAAAAGCC AGGTGAAGGA ACAGAAAAAC CAGGTGAAGG AACAGAGAAG
CCAGGTGAGG GAACAGAAAA ACCAGGTGAA GGAACAGAGA AGCCAGGTGA GGGAGTAGAA
AAACCTAATT TACCAGAAAA AGGACAAGGT TCTTCTAATA ATCAACAACT TCCAGCTACA
GGACACAATA CGAATTACGT TCCATTCATC GGTTTTATGC TTCTGTTACT AGGAATACGT
TTAAGATTCA TGGCTAAAAA TAGTTAA
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| Protein sequence | MRKSFNQKIK KLSSSLIVVL LICMNFLIHL PFKAEAATTE LKGLGDVSYY NAIIFGDHSA
TSADIEGAMA VQKNMNASSY TVVAAATGAN NLAGATWVDE GYPSLLLGGQ FTKAGAGQVI
IQDGTVAMTK DGDPDGAMKT SYDRISYKEQ AEIDAKFKEF RKDVDGVIGD ASKLHTNKPK
PNMSFGIGED ANNPNIYVSS GQTGKKAFDV KDVFLPNVEN KDFIVIYSDA EEVSFGGGAI
LYDTRNTGMA TDLINTSQAY DPNSSFTELA SKVIWVFPNA TKITTKGYGV VGSVFAPNAV
VETKGGSING QAYVGGLHQR DGFEVHNFKF NWPKWNKPAA EKGHLQIKKV DENDENIVLK
DAKFDVIDKD NNVVATVTTN EKGIAEVKDL PLGDYFVKEI NAPEGYIKVD TPVKVTIDNT
NVIELVMKNT KKVENGQFKL LKKDSESGQL LPGAKFDVID KDGNVVETIV TGDKGEALSK
QLPVGSYTLK EVEAPKGYEL SSSSVSVDVK ANKVVTVDVV NKKIPEKVTG QFEIVKVDAE
DKTKVLSDAE FEVYKDSKKV DTLRTDKTGK VISQKLEPGT YTLKETKAPQ GYKLLKEEIE
VVVEANKVVE VQVENAKELG SLQVIKKDSE SGKVLAGAEF KLKNEAGQVV GEAKTTNKYG
VVKFESLVPG KYTLEETKAP EGYKALEVTV EVNVVANEVV KQEVMNEKVM GQFEIVKVDA
NDKTKLLSGA EFEVYKDGKK VAELKTDESG KVMSPKLPLG EYTVKETKAP AGYKLSNKEW
KVTIQNEKEV VKVEAENEKI LGSLQIIKMD DKDQTKRLVG AEFTLKDAKG NVVKEGITTD
KSGTVKVDGL VPGEYTLEET KAPEGYELTK QIIHVTVDGE KVIDVKVTNG KSLGQFEIVK
VDANDKTKLL SGAEFEVYKD GKKVDTLRTD KTGKVISQKL EPGKYTLKEM KAPQGYKLLK
EEIEVVVEAN KVVEVQIENA KELGSLQVIK KDAESGKVLE GAEFKLKNEA GQVVGEAKTT
SKDGVVKFES LVPGKYTLEE TKAPEGYRAL EVTVEVNVVA NEVVKQEVMN EKVKEEITGQ
LEITKVDANN TNKILAGAVF EIWKDETKID TLTTNKSGKA ISQKLEPGDY ILKEIQAPEG
YTLSDKEMKF TISNEKIEFV KLQITNKKDT EKGPEKPGEG TEKPGEGTEK PGEGTEKPGE
GTEKPGEGTE KPGEGTEKPG EGTEKPGEGT EKPGEGTEKP GEGTEKPGEG TEKPGEGTEK
PGEGTEKPGE GTEKPGEGVE KPNLPEKGQG SSNNQQLPAT GHNTNYVPFI GFMLLLLGIR
LRFMAKNS
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