| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B4376 |
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| Symbol | |
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| ID | 7182896 |
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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 | 893791 |
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| End bp | 899955 |
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| Gene Length | 6165 bp |
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| Protein Length | 2054 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 643548690 |
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| Product | linear gramicidin synthetase subunit D |
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| Protein accession | YP_002444361 |
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| Protein GI | 218895950 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain
[TIGR01746] thioester reductase domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.459682 |
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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 | 2 |
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| Fosmid unclonability p-value | 5.79111e-19 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAATACTA ATCTTAAATT ATCAAACAGA CCAGAACACA CTGTTCAAAA ATTATTTGAA
CAGCAAGTAA TTCAGAATCC AGATTCTGTT GCGTTGGTAT ATAAAGATCA ACAGTTAACT
TATAAGGAAT TAAATGAAAA AGTAAATCAA TTAGCTTTTT ATCTACAAAA ACGAAACATA
GGCCCTGAAA GTATGGTAGG GGTTTATATA GAACGTTCTT TAGAGATGAT TGTAAGTATA
TTAGGAATAA TAAAAGCTGG TGGCGCATAT GTCCCACTAG ATCCCGCATA TCCAACAAAG
AGGCTTGAAT ATATCTTGAA AGATGCCAAC ATACAAGTAT TGCTAACCCA AAACCATCCA
ACACAGTGGA TACCTAAAGA AATAGACTGT ATTAATATAA AAGAACATGA AATGAATATT
TCGAGAGAAA AAAATATAAA TCCTACAATT GAAGTTAAAC CAGATAATTT GGCATATGTA
ATCTATACAT CTGGATCTAC AGGAAAACCC AAAGGGGTAT TAATTGAACA AAAAAGCTTA
TGTAACTTTA TTATTTCTAG TATTAATTTA ACAAAAATGA ATTCAGACAG TAGAAATATT
CAATTTGCCT CATTATCATT TGATGCTTCA GTATTTGAGA TATTTACTAG CCTAGTTTCA
GGTGGAACTT TATATGTATG TAGTCAACAC GATATTATGC CAGTTGAACC ACTTACTCAG
TTCTTGCAAA AAAATAAAAT TACACATGCA CTTTTACCCC CTACGGTACT TAATTTGTTA
GATGAATCTG TATTTAAAGA TTTACAGGTT GTTATTTCTG CGGGATCAGC CTGTAGTGAA
CAAGTGGCAA AACGATGGAT GCAAAATCAC CTTTTTATTA ATGCGTATGG TCCAACAGAA
ACTACAGTTT ATACCGTTGC GGGAATATAC AAAGGAGATG GAGCACCTCC TATTGGTCGG
TCCATTCCCA ATGTAGAGGT ATATGTATTA AATGAAGCTA AAAAACTTGT CCCTATTGGG
ACAGTAGGTG AACTTTATAT AGGAGGTATC GCATTAGCAC GAGGATATTT GAATCAACCT
GAATTAACAA AGGCCTCATT TATCCCACAC CCATTCAAGA ATAGCTCTAA TGATAGATTA
TATCGGACTG GTGATTTAGT TAAATATTTA CCTGATGGAA ATATAGAATA TATAGGAAGA
GCTGATAAAC AAGTTAAGAT TAGAGGGTTT CGAATTGAGT TAGGTGAAAT TGAAACAATA
TTAGGAAATC ATCCAGACAT TAAAGAAGTT ACTGTGGTAG CGCAAGAAGA TTCATTTGGA
GATAACATCT TAGTAGCCTA TATTGTGGGC GAAGGAGATA CACAAGAGTG GAGAAAACAT
GTAGGGGTAC ATCTTCCAAA TTATATGGTC CCGGCTCATT TTATCAAGAT AGAATCATTG
CCATTAACTG TTAATGGGAA AGTAGATAAA GATGCTTTAC CTGCATGGGC CTCTATTATA
CAAACGAACG AGGGATATAT AGCACCTCGG AATAGAGTAG AGCAAAAAAT GGTAGAAATT
TGGTCAGAGG TATTAGGGAT TGACTCCTCT GCCATTGGAA TAAACGATAA TTTTTTTGAG
TTAGGTGGAC ACTCTCTCCT AGCAACTAAA ATAACTTCAC GTTTAGGTGT TGATTTTTCG
ATTCTAGTAC AAATACGTGA TATATTTGAA TACCCTACCA TTAAACATTT CTCAAAACGT
TTAACATTTT TATTGGGAAA AACGGGGGAG ATCGATGTTT TTACACCATT ACAATCAGTT
AAACGTGAAC AATACGAACC ATTATCTTTC GCTCAACAGC GTTTATGGAT AATGGATAAA
ATTGTAACAA ATAGTGCGCT TTACAATGTC CCGATTGCAT GGCGTTTAAA AGGAAAATGG
AACATTGAGA TGTTAAAAAA AGGATATAAT GCAATAATAC ATCGCCATGA AATTCTACGG
ACAGTATTTC ATGAAGTTGA CGGAAAACCA GTGCAAATTG TTCAACAAGA TATAACAGTT
CCCTTATCAG TAATTGATTT GCGTTATCTT TCTCCTGAAG ATAAAACATC TAAAATAGAA
AATATATCAA AAATAGAAGC TAAAAAGCCA TTTGATTTAA GCCAAGGACC TTTATTACGT
ACTCATTTAA TAATAATGGA CAATAAAGAG TTAGTACTTC TTTGTACCAT CCATCATATT
ATTTTTGATC GCTGGTCATT AGATACCTTT ATCAATGAAT GGATGAGTTT TTATCAGGCA
TTTTTAGAAA ACGAAACTGA AAAGCTTCCC CCTTTACCTG TTCAGTATAT TGATTTTACA
AAATGGCAAA AAAGTTGGTT AACAGAAGAT ATTATACAAA AACAAATAGC ATATTGGGGG
AAAGAATTAC GCGGTTTACT TCCTATATTG GAACTCCCAT TGGATTATCC TCGTCCAATA
ATACAAAGCT ATAATGGAGA TACGTATCAA ATTGTCATAC CCAATAAATT GTTAGAAAAA
ATAAAAGTAT TCAATTCTAA GGAAGGCGTT ACATTATTCG CCACATTATT AGCAAGTTAT
CAAGGGTTTC TTTCTCGTTA TACCAATCAA AAAGATATTT TAGTAGGCAG CCCGATTGCA
AATAGGAATT ATCCAGGAGT TGAAGATCTT ATTGGATTCT TTGCAAATAC TGTAGTCTAT
CGTGCAGATT GCTCAAATAA TATAACATTT AAAGAATTGG TCCAACAAAT AAAGAAAAAA
ATGTTAGATG CACAAGAAAA CCAGGACGTT CCTTTTGAAA AAGTTATAGA AGCTATACAA
CCAGAACGTG ATATGAGTTA TTCTCCATTA TTTCAGACAA TGTTTGTTTT TCACAATCAA
TTAAAAGAGT TACCAAAATT ATTAGATCAT AGCGTAGAAA AAATCCCTAG ACATATGAAT
GGTGCAAAGT TTGATATAAC TATAGCAATG GAAGAGATAC CAACAGGATT ACAAGTGGAT
TTTGAATATA ATACAGACTT ATTTAAGGTT TCTACAATAA AAAGAATGGC TCAATCTTTT
GAAATTTGGC TAGATGAAAT TTTACAATTT CCGGAGGAAC CTATTGAGAA TCTAAGAATA
CTCACTAAGA ACGAAGAAAA GCAATTATTA CATGAATGGA CTAACATAGA GGGCAATTAT
CAAAAAGATG TGGTGATTCA AGAGTTATTT GAACAGCAAG TAATTCAGAA TCCAGATTCT
GTTGCGTTGG TATATAAAGA TCAACAGTTA ACTTATAAGG AATTAAATGA AAAAGTAAAT
CAATTAGCTT TTTATCTACA AAAACGAAAC ATAGGCCCTG AAAGTATGGT AGGGGTTTAT
ATAGAACGTT CTTTAGAGAT GATTGTAAGT ATATTAGGAA TAATAAAAGC TGGTGGCGCA
TATGTCCCAC TAGATCCCGC ATATCCAACA AAGAGGCTTG AATATATCTT GAAAGATGCC
AACATACAAG TATTGCTGAC ACAAAGTCAT CTAACACAGT GGATACCTAA AGAAATAGAC
TGTATTGATA TAAAAGAACA TGAAATGAAT ATTTCGAGAG AAAAAAATAT AAATCCTACA
ATTGAAGTTA AACCAGATAA TTTGGCATAT GTAATTTATA CATCTGGATC CACAGGAAAT
CCAAAGGGTG TCCTTTATGA ACAAAAAGGT CTATGTAATT TTATTAATGC CAGCATTAAT
TTTACAAAAT TAAATACGGG TAGTAAGGTA GTTCAGTTTT CTTCAATTGC ATTTGATGTT
TCACTATATG ATATCTTCGC AACTCTGGTG TCTGGTGGAA CTTTATATGT ATGTGGTCAA
CAAGATATTA TGCCAGTCGA GCCACTTACC CAGTTTTTGC TAGAAAAAAA AATTACGCAT
GCATTTTTAC CACCTACGGT ACTAAATCTG TTAGATGAAT CTAAATTTGA GGAATTACAA
ACTGTTATTT CTGCGGGTTC AGTCTGTAGT GAACAAGTGG CAAAACGATG GGTGAAAAAT
CACCTCTTTA TAAATGCATA TGGTCCAACA GAAGCATCGG TTGCTACTAT AGACATTTAT
AGCGGCAAAG GGACACCACC TATTGGTCGA TCTATTCCCA ATGTAGAGGT GTATGTATTA
AATGAAGCTA AAAAACTTGT CCCTATTGGA ACAGTAGGTG AACTTTATAT AGGAGGTATC
GCATTAGCAC GAGGATATTT GAATCAACCT GAATTAACAA AGGCCTCATT TATCCCACAC
CCATTCAAGA ATAGCTCTAA TGATAGATTA TATCGGACTG GTGATTTAGT TAAATATTTA
CCTGATGGAA ATATAGAATA TATAGGAAGA GCTGATAAAC AAGTTAAGAT TAGAGGGTTT
CGAATTGAGT TAGGTGAAAT TGAAACAATA TTAGGAAATC ATCCAGACAT TAAAGAAGTT
ACTGTGGTAG CGCAAGAAGA TTCATTTGGA GATAACATCT TAGTAGCCTA TATTGTGGGC
GAAGGAGATA CACAAGAGTG GAGAAAACAT GTAGGGGTAC ATCTTCCAAA TTATATGGTC
CCGGCTCATT TTATCAAGAT AGAATCATTG CCATTAACTG TTAATGGGAA GGTAGATAAA
GATGCTTTAC CTGCATGGGC CTCTATTATA CAAACGAACG AGGGATATAT AGCACCTCGG
AATAGAGTAG AGCAAAAAAT GGTAGAAATT TGGTCAGAGG TATTAGGGAT TGACTCCTCT
GTCATTGGGA TAAATGATAA TTTTTTTGAT CTAGGTGGGC ACTCTTTAAA AATTATGAGT
ACTTTAGTAA AAACATTTTC TGAAGGTTGG AATGTAACTA TTAAAGATTA CTTTGAATTA
AAAACAATTA ATAATATAGC TAAAAAAATT CAATATGGAT ATAAAGTAAA TTCACATTCA
GATACATTAG ATATTAAATT GACAACTCCT CCAAAGAAGC TAAAGAAAAC AAAAAGACAC
GAATTTAGTA ATAATAGCAA AATACTTTTA ACAGGTGCTA CAGGATTCTT AGGTATTCAC
CTACTAGAAC AACTATTGGA CACTACAGAA TGTAAGATAT ATTGTTTAGT TCGTGGGGAA
AATAAACAAG AGGCAAATAA TCGTTTATTA CACATGTTAA AATTTTATTT TAAAAATAAA
TTTGTAAGCT ATCAATCTTT AGTAAATCAA CGTATCTTTA TTGTACAAGG TGATTTAGCT
AAACAAAATA TGGGATTAGA AAACGAATTA TATAAGGAGC TTCATCAACA AATATCAACT
GTTATTCATG CTGCAGCTTT AACAAAACAT TTTGGCGAGT ATAGTGAATT TGAAAGAGCA
AATGTCCAGG CGGTAAAAGA ACTTCTTGCA TTTGTTGGTG ATACTAAGGA TTTACATCAT
ATATCTACAA CTGGTGTAGC CGGACAATTT GTATTAAATG AAACGGAAAC AATATTTAAA
GAAAGCGATT TTTATGTAAA ACAAAATTAC AAAGATAATG TGTATGTGAA AAGTAAATTT
TTGGCGGAAT ATGAAATATT CAAGGCAATA TTAACGGGAA CAGATGCTAC TATTTATAGA
GTAGGAAATC TTACAAATAG ATATATTGAT GGACAACATC AATATAACTT CACCGAAAAT
GCATTTATGA GCAAATTAAA ATTTATATTA CAATATGGTA TCGTGACAGA TGTATTATTA
TCAAGTGAAG TTGAGTTTAC ACCTGTAGAT TATTGCAGCA AAATTATCAC AGGGTTTGTA
ACTTCAAATG AAATACATGA AAATAGCAAA AATTGCGTAA ATCATATATA CAATCATCTT
ACGTTAAATT TAAATGTACT TGTAAAATTA CTAAATTCAA TGGGATATCC AATTAAAGTA
ATTTCTGAAA CAGAGTATCA ACAATTTATT TTAGAACTTT CTAAAGATAA AAAGAAACAG
GAAGATATTC AAAACCTCAT GACATTTGAA GAACCAAAAG ATAATTGTTA TAAACCAATA
AATCTTGATT CGACTGAAAC TCAAAAAACA CTAAAATTAT TAGGTATTCA ATGGCCTATT
ATTAATATTG AATATATACA ACAAATTATT AATTATATGA CGAGTGTTAC TGGTAGTAAT
TCTGTTGCAA AGCTTTTTAA ACAAAGTTAC ACTTTAAAAA ACTGA
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| Protein sequence | MNTNLKLSNR PEHTVQKLFE QQVIQNPDSV ALVYKDQQLT YKELNEKVNQ LAFYLQKRNI
GPESMVGVYI ERSLEMIVSI LGIIKAGGAY VPLDPAYPTK RLEYILKDAN IQVLLTQNHP
TQWIPKEIDC INIKEHEMNI SREKNINPTI EVKPDNLAYV IYTSGSTGKP KGVLIEQKSL
CNFIISSINL TKMNSDSRNI QFASLSFDAS VFEIFTSLVS GGTLYVCSQH DIMPVEPLTQ
FLQKNKITHA LLPPTVLNLL DESVFKDLQV VISAGSACSE QVAKRWMQNH LFINAYGPTE
TTVYTVAGIY KGDGAPPIGR SIPNVEVYVL NEAKKLVPIG TVGELYIGGI ALARGYLNQP
ELTKASFIPH PFKNSSNDRL YRTGDLVKYL PDGNIEYIGR ADKQVKIRGF RIELGEIETI
LGNHPDIKEV TVVAQEDSFG DNILVAYIVG EGDTQEWRKH VGVHLPNYMV PAHFIKIESL
PLTVNGKVDK DALPAWASII QTNEGYIAPR NRVEQKMVEI WSEVLGIDSS AIGINDNFFE
LGGHSLLATK ITSRLGVDFS ILVQIRDIFE YPTIKHFSKR LTFLLGKTGE IDVFTPLQSV
KREQYEPLSF AQQRLWIMDK IVTNSALYNV PIAWRLKGKW NIEMLKKGYN AIIHRHEILR
TVFHEVDGKP VQIVQQDITV PLSVIDLRYL SPEDKTSKIE NISKIEAKKP FDLSQGPLLR
THLIIMDNKE LVLLCTIHHI IFDRWSLDTF INEWMSFYQA FLENETEKLP PLPVQYIDFT
KWQKSWLTED IIQKQIAYWG KELRGLLPIL ELPLDYPRPI IQSYNGDTYQ IVIPNKLLEK
IKVFNSKEGV TLFATLLASY QGFLSRYTNQ KDILVGSPIA NRNYPGVEDL IGFFANTVVY
RADCSNNITF KELVQQIKKK MLDAQENQDV PFEKVIEAIQ PERDMSYSPL FQTMFVFHNQ
LKELPKLLDH SVEKIPRHMN GAKFDITIAM EEIPTGLQVD FEYNTDLFKV STIKRMAQSF
EIWLDEILQF PEEPIENLRI LTKNEEKQLL HEWTNIEGNY QKDVVIQELF EQQVIQNPDS
VALVYKDQQL TYKELNEKVN QLAFYLQKRN IGPESMVGVY IERSLEMIVS ILGIIKAGGA
YVPLDPAYPT KRLEYILKDA NIQVLLTQSH LTQWIPKEID CIDIKEHEMN ISREKNINPT
IEVKPDNLAY VIYTSGSTGN PKGVLYEQKG LCNFINASIN FTKLNTGSKV VQFSSIAFDV
SLYDIFATLV SGGTLYVCGQ QDIMPVEPLT QFLLEKKITH AFLPPTVLNL LDESKFEELQ
TVISAGSVCS EQVAKRWVKN HLFINAYGPT EASVATIDIY SGKGTPPIGR SIPNVEVYVL
NEAKKLVPIG TVGELYIGGI ALARGYLNQP ELTKASFIPH PFKNSSNDRL YRTGDLVKYL
PDGNIEYIGR ADKQVKIRGF RIELGEIETI LGNHPDIKEV TVVAQEDSFG DNILVAYIVG
EGDTQEWRKH VGVHLPNYMV PAHFIKIESL PLTVNGKVDK DALPAWASII QTNEGYIAPR
NRVEQKMVEI WSEVLGIDSS VIGINDNFFD LGGHSLKIMS TLVKTFSEGW NVTIKDYFEL
KTINNIAKKI QYGYKVNSHS DTLDIKLTTP PKKLKKTKRH EFSNNSKILL TGATGFLGIH
LLEQLLDTTE CKIYCLVRGE NKQEANNRLL HMLKFYFKNK FVSYQSLVNQ RIFIVQGDLA
KQNMGLENEL YKELHQQIST VIHAAALTKH FGEYSEFERA NVQAVKELLA FVGDTKDLHH
ISTTGVAGQF VLNETETIFK ESDFYVKQNY KDNVYVKSKF LAEYEIFKAI LTGTDATIYR
VGNLTNRYID GQHQYNFTEN AFMSKLKFIL QYGIVTDVLL SSEVEFTPVD YCSKIITGFV
TSNEIHENSK NCVNHIYNHL TLNLNVLVKL LNSMGYPIKV ISETEYQQFI LELSKDKKKQ
EDIQNLMTFE EPKDNCYKPI NLDSTETQKT LKLLGIQWPI INIEYIQQII NYMTSVTGSN
SVAKLFKQSY TLKN
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