| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH820_0962 |
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| Symbol | |
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| ID | 7191886 |
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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 AH820 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011773 |
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| Strand | + |
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| Start bp | 918772 |
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| End bp | 921687 |
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| Gene Length | 2916 bp |
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| Protein Length | 971 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643554374 |
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| Product | LPXTG-motif cell wall anchor domain protein |
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| Protein accession | YP_002449914 |
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| Protein GI | 218902080 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 198 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGAGGAAAT CATTTAATCA AAAAATAAAT AAATTAAGTA GTAGTTTTAT AGTCGTGTTA
CTAGTATGTA TGAATTTTTT AATCCATTTA CCATATAAAG CAGAGGCAGC TACAACAGAA
TTAAAAGGTT TAGGTGATGT ATCTTATTAC AATGCAATCA TTTTTGGAGA TCATAGTGCA
ACGAGTGCGG ATATTGAGGG TGCGATGGCT ATTCAAAAAA ATATGAATGC ATCAAGTTAT
ACAGTCTTAG CGGCTGCAAC GGGAGCAAAT AACTTAGCAG GAGCAACTTG GGTAGATGAA
GGATATCCAT CATTATTACT AGGCGGTCAA TTTAAGAAAG CGGGAGCAGG ACAAGTAATT
ATTCAAGATG GAACAGTGGC GATGACAAAA GACGGAGATC CAGATAGTGC AATGAAAACA
TCATATGACC GTATCTCTTA TAAAGAGCAA GCGGAGATTG ATGCTAAGTT TAAAGAATTT
AGAAAAGACG TTGATGGTGT AATTGGGGAT GCAAGTAAAC TACAGACTGA TAAGCCAAAA
CCTAATATGA GCTTTGGAAT CGGTGAAGAT GTAAACAACC CTAATATTTA TGTCTCTTCA
GGCCAAACAG GAAAGAAAGC ATTTGATGTA ACAGACGTTT TTCTTCCGAA TGTAGAGAAT
AAAGACTTTA TTGTTATTTA TTCAGATGCA GAAGAAGTGA GTTTTGGTAG CGGTGCAATT
TTGTATGATA CAAGAAATAC TGGGATGGCG ACGGATTTAA TTAATACATC TCAAGCATAC
GACCCTAATT CATCTTTTAC TGAGTTAGCT AGTAAGGTAA TTTGGGTATT TCCTAATGCT
ACAAAGATAA CAACTAAAGG TTATGGTGTA GTAGGTAGTG TGTTTGCACC TAATGCAGTT
GTAGAAACAA AAGGTGGTTC TATTAATGGA CAAGCCTATG TTGGAGGATT ACACCAAAGA
GACGGTTTTG AGGTTCATAA CTTTAAATTT AACTGGCCAA AGTGGAAAAA GCCAGCAGCT
AAAAAAGGAA ATTTACAAAT TAAAAAAGTT GATGAAAACA ATGAAAATAT TGTTTTAAAA
GACGCAAAAT TTGATGTTAT AGATAAAGAG AATAATGTTG TAGATACGGT TACAACAAAC
GAAAAGGGTA TTGCGGAAGT TAAAGATTTA CCATTTGGTG ATTATTTTGT AAAAGAAATT
AGTGCACCAG AAGGATATAT AAAGATTGAT GCACCAGTAA AAGTAACAAT TGATAATACA
AACATAATTG AATTTGTTAT AAAGAATACG AAAAAATTAG AAAATGGTCA ATTAAAATTA
TTGAAAAAAG ATAGTGAATC TGGTCAACTT CTACCAGGTG CAAAATTTGA TGTTATCGAT
AAAGATGGGA AAGTTGTGGA AACAATTGTT ACAGATGATA AAGGTGAAGC TTTATCGAAA
CAACTTCCAG TTGGAAGCTA TACATTAAAA GAAGTAGAAG CACCGAAAGG ATATGAATTA
TCATCTAGTT CAGTTTCTGT TGATGTAGAG GCTAATAAAG TAGTGACTGT AGATGTGGTG
AATAAAAAGA TCCCCGAAAA AGTAACAGGT CAATTTGAAG TGGTGAAAGT AGATGCAAAT
GATAAAACGA AATTGTTATC AGGTGCAGAA TTCGAAGTGT ATAAAGATGG TAAAAAGGTA
GCAGAACTGA AAACAGATGA GAGTGGAAAA GTGATGTCAC CGAAATTACC GCTAGGTGAA
TACACAGTGA AAGAAACGAA AGCACCAGCG GGCTACAAGC TTTCAGATAA AGAATGGAAA
GTAACAATTC AAAACGAGAA AGAAGTAGTA AAAGTAGAGG CAGAAAACGA AAAAATCTTA
GGTTCTCTAC AAATTATTAA AATGGATGAT AAAGATCAAA CGAAACGCTT AGCAGGCGCA
GAATTTACAT TGAAAGATGT GAAAGGCAAT GTTGTAAAAG AAGGAATTAC AACAGATAAG
TCTGGAACTG TTAAAGTAGA CGGACTTGTG CCGGGTGAAT ATACGTTAGA AGAAACAAAA
GCGCCAGAAG GTTATAAGGC ATTAGAAGTA ACAATCGAAG TAAACGTAGT AGCAAACGAA
GTAGTAAAAC AAGACGTGTT GAATGAAAAA GTGAAAGAAG AAATTACAGG ACAATTAGAA
ATTACAAAGG TAGATGCTAA TGATATAAAT AAAAAATTAG CAGGCGCAGT GTTTGAAATT
TGGAAAGACG GAACAAAAAT CGATACATTA ACATCAGATG AAAATGGTAA AGCAATTTCG
AAAGAACTGG ATCCAGGAGA TTATATTTTA AAGGAAGTTC AAGCGCCAGA AGGTTATGAG
TTATCTGATA AGGAAATCGA ATTTACGATT TCTAATCAAA AATTTGAAGT TGTAAAACTT
CAAATTACAA ATAAAAAAGA AACAAGCAAA GGTCCAGAGA ATCCAGGCGA AGAAACAGAA
AAGCCAGGTG AAGAAACAGA AAAGCCGGGT GAAGAAACAG AAAAGCCAGG TGAAGAAACA
GAAAAGCCAG GTGAAGAAAC AGAAAAGCCA GGTGAAGAAA CAGAAAAGCC AGGTGAAGAA
ACAGAAAAGC CAGGTGAAGA AACAGAAAAG CCAGGTGAAG AAACAGAAAA GCCAGGTGAA
GAAACAGAAA AGCCAGGTGA AGAAACAGAA AAGCCAGGTG AAGAAACAGA AAAGCCAGGC
GGAGAGACAG AAAAACCGGG TAAAGAAACA GAGAAACCAG GTGAAGGAAT GGAAAACCCA
GAAAAAGAAA ATCCTACTTT ACCAGAAAAA GGACAAGGTA CCTCTCATGC TCAACAGCTT
CCAGCCACAG GACATGATAT GAATTATCTT CCATTCATTG GCTTTGCTCT TGTTTTATTA
GGGATACGCT TAAGATTTAT GACTAAAAAT AACTAA
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| Protein sequence | MRKSFNQKIN KLSSSFIVVL LVCMNFLIHL PYKAEAATTE LKGLGDVSYY NAIIFGDHSA
TSADIEGAMA IQKNMNASSY TVLAAATGAN NLAGATWVDE GYPSLLLGGQ FKKAGAGQVI
IQDGTVAMTK DGDPDSAMKT SYDRISYKEQ AEIDAKFKEF RKDVDGVIGD ASKLQTDKPK
PNMSFGIGED VNNPNIYVSS GQTGKKAFDV TDVFLPNVEN KDFIVIYSDA EEVSFGSGAI
LYDTRNTGMA TDLINTSQAY DPNSSFTELA SKVIWVFPNA TKITTKGYGV VGSVFAPNAV
VETKGGSING QAYVGGLHQR DGFEVHNFKF NWPKWKKPAA KKGNLQIKKV DENNENIVLK
DAKFDVIDKE NNVVDTVTTN EKGIAEVKDL PFGDYFVKEI SAPEGYIKID APVKVTIDNT
NIIEFVIKNT KKLENGQLKL LKKDSESGQL LPGAKFDVID KDGKVVETIV TDDKGEALSK
QLPVGSYTLK EVEAPKGYEL SSSSVSVDVE ANKVVTVDVV NKKIPEKVTG QFEVVKVDAN
DKTKLLSGAE FEVYKDGKKV AELKTDESGK VMSPKLPLGE YTVKETKAPA GYKLSDKEWK
VTIQNEKEVV KVEAENEKIL GSLQIIKMDD KDQTKRLAGA EFTLKDVKGN VVKEGITTDK
SGTVKVDGLV PGEYTLEETK APEGYKALEV TIEVNVVANE VVKQDVLNEK VKEEITGQLE
ITKVDANDIN KKLAGAVFEI WKDGTKIDTL TSDENGKAIS KELDPGDYIL KEVQAPEGYE
LSDKEIEFTI SNQKFEVVKL QITNKKETSK GPENPGEETE KPGEETEKPG EETEKPGEET
EKPGEETEKP GEETEKPGEE TEKPGEETEK PGEETEKPGE ETEKPGEETE KPGEETEKPG
GETEKPGKET EKPGEGMENP EKENPTLPEK GQGTSHAQQL PATGHDMNYL PFIGFALVLL
GIRLRFMTKN N
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