| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_A0020 |
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| Symbol | |
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| ID | 7169550 |
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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_011774 |
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| Strand | + |
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| Start bp | 84308 |
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| End bp | 89284 |
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| Gene Length | 4977 bp |
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| Protein Length | 1658 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643559078 |
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| Product | virion structural protein, putative |
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| Protein accession | YP_002454582 |
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| Protein GI | 218847851 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.987095 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.00780122 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGTCTCTTG AAAGAGAAAA ACAGGGGTTA GATTTGCATG ATTATAAAAG CAAACTCTCT
AATAATACCT ATTCTATGCG TTTAGGAAAA GAAGTGCCAG AAGGTGATGT TAATCTAGCT
TATATTCATG TGCCAAAGGT ACAGATTGAA GAAAATTTAT CATTAATTGA TACTTCATAT
ACAGCCGATA ACGTAATCAC AAAAGATCAA CTGGAATCAA TTGTGGTTGC GAATGAAGCA
GGGGAATTGG AATACGTTGA TATTGTTAAT GAGGATGAAA TAAAACCTCG GCCACCTAAA
GGAGTATTTC CAAGTGATAA AATTAATGTT ACTCGGAAAT TCAAAAAGAA CGAGTATAAG
ACTGAAAGTG CTCTTTATTA TAAATTCGAA ATAGATTTTC ATTATGACAG TAAAACCGCT
ATCGCAAATG AAAAAGGTGT ATTTAAAAAA GAAAAATATA CAGGGCAGCA AATAGAATTA
ACGGATGAGA ATGGAAACCT GTTAGATGAT TCGTATAAGT ATGATATTTA TGTGATTCCT
TATAAGGAAA ATCCAAGAAT TTATAGTATA CAAGTCTATC TTCATAAGAA CACAGACAAA
AATAATACCA TTAAAATTCG CTATAATCAC ATAGATAAGA TCGTAAAAGA TTCCAGCATA
CAAGCTGTAG AAAAAAGCAT AGAGTTTTAT ACAGATAAAA ATAATGAAAT TCAAGTAGAT
AAATTATCTA GACAAATGCT TGAAGGTGGC AAGTTGCGAA TTATCAATGG TATAAGTGCA
TTTGATCAAA AAACTGAAGA AGAAGTTCGC CAAGCGTCCA TAGATAACCC AGATAAAGAA
ATTTTTGCGG TAGTCTCTCA TAGTAATGGG GAAGGTCATA AAGTGATTGT CGCTCAAAGA
TCTGAATCAG ACCCTCGAAC ACCTAAAATA TTTTCACATC GAATTGTTGC GAAATATAAA
AATGACGATG GAAAAGAAAT GCAAGTCAGT GTCGGACACA TCACAGATTG GGTAATGAAT
TACGATGCAT TGCTTACAAA TGAAAAAGAA GAATACACTG GTGAGTGGAA GAACATCGGC
TTGGCTCTAG ATGGTGGGAA AATAAATGCA AAAGATATGA TTGAACTATC TTTACCAATG
GGTACACCAA GTGTTCCAAT GGATGCCAAA TATTTCATCG AAGACGGAAA AGGGAATCTT
CTATATAACG TAACAACCAT TGTAGATAAT AATGAAATTG AAAGCCAAAT CAACGAGGTT
ATGTCGCATG CTGCAGAAGC AAAAGTAAAG CAATTGAATG TGAAACCCTG GAAAAATGCA
CTTCAAGATA ATGTGAAGAT TAAAGATGAA CCAATCCTCC ATCGCTGTAC TATTATCCCA
GAGCGTCAAA AGACAAAATG GGGATTTACA TGGGAAGCAA ACGGACAAGG CTTTACGGAA
AAGAAGATGG ATTATAAAAC AAACTGGCAA GTATGTGCAG ATGTTGCGTT TAAAAAAGAA
AGAGAAACTA AAGTATTAGA TGTACTAGAT AAAAACAAAT GGTCTACGAT AGGAATTTCT
AATGATTTAA GTAAATGGCA GTACTCCTAT ATTGCATCTA TGAAAAAGAA TGTAATTCAG
TATTTAGAAA ACCAAAATGA TGTTTGTGGA TTCTACCAAA GAAATGAAAT GATTAACGGT
AAAACCATTA ATCTGATGGA GAAAACAGAT TATCAATTTT CTGTAAAAGT AAAAATGGAT
GATTCCATTG ATGATGATTG TATTGGACTT ATGTTTCGTG TACAAGATGC ACAAAACTAT
TACATGTTTG TTTGGGAAAA AGATGAAAAA TCAACAGCAG AGAAAACCTA TACGAAAGAA
CATGGGAAAG ATGTTGCTGG TAAAATACAA CCATGTGATC GTGCTATTCT TGACGAATAC
GGCTTTACTA TGAAAACTTT TAGTCCAGTT AATAATAATA TGTGGAACAC CACTAACAGT
AGGGAAGCTT ATTTAAGTAG TGGATTTGGA AGAAGTCATA AACGAATTCT AAAAGCTTTA
CCAAGTGTTT TGCCACCATC TCCAAATCAA GATTCATGGA ATAGTGGAAG CAGGTATCCT
ACAGATAAAA CGAACTGTTC ATTTAAGGAT ATAACAAATA TGACTGAATC GTATGCCAGT
AAGGGCTGGG AGCATGGAAA AGATTATAAG TTAACCGTAG TTGTAACTGG TGATTGGTTC
CGTATTTTCA TTTCTGATAA CCCCGAATCA GACGAGCTAG GACAATTAGT TTGCCAAGCG
AAAGATAATA CGCATCAAAA AGGCTCATAT GGTATTTTTT CTGCTTCTCA GAGAAATACA
CTATGGTATG ATTTTAAAAT GGCTGACGTG ATTGTAGATA CAGTTTGCAC AGAGAAAAAA
GATATCTTAT TAACAGATAC GAAGGATAAA AAGCTTTCTA ATTATGCAGT AGAGGACTTG
ATGGCTGCAT CCATTAAAAG TAAAGCTAAA CAACTAGGCG ATGCAACTTA TGAGGTCTTC
ACATATTACG GGAAATCCGA TGGTGAATTT ACTATTAGCA TAGACCCTAG GACACACTTC
GTTTATGGGC GTTCCAATGA TCCTATTACA GGTAATGTGG TCAGATCAAA GTGGACAACT
AAACAAAATG GTCTAACCAT AAAAGGAACA GGCTTTATAG AATATCATGC AGATGGACAT
TATACAATTT CCACTGTTCC AAGTGTGCTC CCTACTGAGC AGATACCATC AACTGTAAAA
GACTTCACAT GGAATGAACC AGTTCTATTA ACTGGAGAGA ATGTTTCTAT CCAATTAGAG
CATCCAAACA AGTTAAAGGT TATACCAAAA GTTCCTCCAA TACGAGTAAT AGGAAAACCC
TATACATTAG AGGATAATGA GATATTAAAA GCAGATGGTC TGAAAAGCAT TATAGAGATA
TTTGGTGACA TAGGAGTTTA TCAGTTTCTT GAAATACCTA AAGATATTCC ATTAGATGAA
ATCTGTTTGC GAATTGAACG TGGAAAAGTG AACGGAATAT CAGCTGATGG GACTGCTTCC
GTAGAGAATG CAGAGTATCG AGTTAATTAC AGGTTTAGAT GTACTAAAAA TGGATTTATT
CGATTACCGG TGGATCAGTT TCAAGATCAA ATAGGTGTCA ATCGCCTTCG ATTAAAAAGC
ATATTAACTG ATAAAGGTGA GCTAAATTCT TCTATTCATG TGGATGTAGT AGCTTGGACT
ACTTTTCAAC AATTATCAGC AGTCCCTTTA TTCGCTATTA AAGTAGAAGA GCAAAGAAAA
ATTGAAATTG AAAAGCCTAG GATTGAGCAA CAAAATATAG AACAAGAAAA TTGGTATATT
CGAGTTAAAA GTGGAAGGTT TTTAAAGAGA TTGCGATTGC CTTATCATGA GTTAAATTCA
ATAGAAAGAC CACCTGAGAT ATACATTTCG TATCCGCAGC TATTGGGAAT GGTTAAATCG
CCAAATGATA TCGTAGAGGT TGATTTGGAA TACAGCCTTC CAGAATATAC GAATCAAGAA
TTCTATAATA ATGCTACTAT ACTGGTAGAT AAAGAACGGC CTATGATATT AAATGAGTAT
TCCATACAAA CAAGGTATAC TCCTATTTTA TTAAGCTCAC CAAAAAATAC TAGTTATCTA
GAAGTATATT CAATTAGAGG AAATAATAAA CGAAATCTCC GAGTAGCTGA TGTGGATGCA
ATGAAGGGAA TTGTTTATTT ATTAGATCGT ATAGGTGAGC AAGATGAAGT ATATATAAAA
TACGCATACA AAGAAGAATG GTATACATAT CGAGGGTTCG AAAAGAATGA ATCGTTTTTC
CATTTAGATT TAAATCCAAC ACCAGGTCAT CGTCACACAG TAGCTGAAAA TGGTTTCCAT
AGATGGATTC CTATTGAAAG TGATACAGAG CCATTTAAAG TAAAGAAAGA AGGAACTAGC
AATCTAGAAT TACTAGTAAA ACAAATTCAT GTGTACATAT GCCCTTCTGC AGTTAGATTA
GTTGATTTAG CTAACCCTAG TTTGCATGGC AAATTTGTAA CAGGGTCAGT TCGTAAGAAG
GTACTTTTCC ATACAGATGA AGAGTTTTGG TTTAATCAAA AAGACCAGAA ATATAATCCA
ACCTTGCTTC GATTAGGAAA AGCAATGCTA CAGTCCAATA GCACATCAAA AGACAACATA
ACCATTCTTG ATACAAGAAC AAAGGGTGGA GGACTGGATG AATCTTTATC AAGGGAAATT
ATTAAACAAG TTAATAAAGA GTCACTATAC CATTGGGACA TTGGCTACTT TGATGGAGAA
GCTTACCAAG AGAATGGGGT TATAATTATT AGGCTTCCAA AAAGTATATT GAAATCAGAG
GATAATCCTA ATGGATTTAT TGAATCCGAA ATACAAGAAG CCGTAGCCAA ACATAAAGCT
TATGGTACAT TGCCTGTTAT TGAATTTTAT AATGAATTCA AGCAGGAAGA TGATTATAAT
ATTCTTCCAA ATCATGAGTT CTTATATAAT CAGCATATAG GATATTATAA TAGCTCTATA
AGTAAAGGTT CGTTTGAAGT AATTAATGCA TTCTTAGGAA CAGGGGATAA TTATGCTTTA
CGTATCAATA ATGATGCTGA GTATGGCATT ACTTTACCTG GTCACTTAAT CAATCATAGT
ACATATGGAA TTGAGATTAA AGCTATAAAA GAGCAAATGG CAACAAAGCG TAGTTTAGGT
CAGTTAGAGA TATCCTATGA TGATGGGACG AAAGAAACAA TTGAGTTAGC GCAAATCAAT
CAGCCTCAAT GGATGGTTTA CAAACAATCA ATAAAAGTAA AGTCTAGCGT ACATAAGATT
GATATCATCT TAAATAAATC TAAAGACATC CGAAAAGGAT CGCTTCTTAT TGATTACGTT
AAACTAAATG CAATGCCAGT GATATCAGAA ATATCTACAG AAATATATGA AATCTAG
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| Protein sequence | MSLEREKQGL DLHDYKSKLS NNTYSMRLGK EVPEGDVNLA YIHVPKVQIE ENLSLIDTSY
TADNVITKDQ LESIVVANEA GELEYVDIVN EDEIKPRPPK GVFPSDKINV TRKFKKNEYK
TESALYYKFE IDFHYDSKTA IANEKGVFKK EKYTGQQIEL TDENGNLLDD SYKYDIYVIP
YKENPRIYSI QVYLHKNTDK NNTIKIRYNH IDKIVKDSSI QAVEKSIEFY TDKNNEIQVD
KLSRQMLEGG KLRIINGISA FDQKTEEEVR QASIDNPDKE IFAVVSHSNG EGHKVIVAQR
SESDPRTPKI FSHRIVAKYK NDDGKEMQVS VGHITDWVMN YDALLTNEKE EYTGEWKNIG
LALDGGKINA KDMIELSLPM GTPSVPMDAK YFIEDGKGNL LYNVTTIVDN NEIESQINEV
MSHAAEAKVK QLNVKPWKNA LQDNVKIKDE PILHRCTIIP ERQKTKWGFT WEANGQGFTE
KKMDYKTNWQ VCADVAFKKE RETKVLDVLD KNKWSTIGIS NDLSKWQYSY IASMKKNVIQ
YLENQNDVCG FYQRNEMING KTINLMEKTD YQFSVKVKMD DSIDDDCIGL MFRVQDAQNY
YMFVWEKDEK STAEKTYTKE HGKDVAGKIQ PCDRAILDEY GFTMKTFSPV NNNMWNTTNS
REAYLSSGFG RSHKRILKAL PSVLPPSPNQ DSWNSGSRYP TDKTNCSFKD ITNMTESYAS
KGWEHGKDYK LTVVVTGDWF RIFISDNPES DELGQLVCQA KDNTHQKGSY GIFSASQRNT
LWYDFKMADV IVDTVCTEKK DILLTDTKDK KLSNYAVEDL MAASIKSKAK QLGDATYEVF
TYYGKSDGEF TISIDPRTHF VYGRSNDPIT GNVVRSKWTT KQNGLTIKGT GFIEYHADGH
YTISTVPSVL PTEQIPSTVK DFTWNEPVLL TGENVSIQLE HPNKLKVIPK VPPIRVIGKP
YTLEDNEILK ADGLKSIIEI FGDIGVYQFL EIPKDIPLDE ICLRIERGKV NGISADGTAS
VENAEYRVNY RFRCTKNGFI RLPVDQFQDQ IGVNRLRLKS ILTDKGELNS SIHVDVVAWT
TFQQLSAVPL FAIKVEEQRK IEIEKPRIEQ QNIEQENWYI RVKSGRFLKR LRLPYHELNS
IERPPEIYIS YPQLLGMVKS PNDIVEVDLE YSLPEYTNQE FYNNATILVD KERPMILNEY
SIQTRYTPIL LSSPKNTSYL EVYSIRGNNK RNLRVADVDA MKGIVYLLDR IGEQDEVYIK
YAYKEEWYTY RGFEKNESFF HLDLNPTPGH RHTVAENGFH RWIPIESDTE PFKVKKEGTS
NLELLVKQIH VYICPSAVRL VDLANPSLHG KFVTGSVRKK VLFHTDEEFW FNQKDQKYNP
TLLRLGKAML QSNSTSKDNI TILDTRTKGG GLDESLSREI IKQVNKESLY HWDIGYFDGE
AYQENGVIII RLPKSILKSE DNPNGFIESE IQEAVAKHKA YGTLPVIEFY NEFKQEDDYN
ILPNHEFLYN QHIGYYNSSI SKGSFEVINA FLGTGDNYAL RINNDAEYGI TLPGHLINHS
TYGIEIKAIK EQMATKRSLG QLEISYDDGT KETIELAQIN QPQWMVYKQS IKVKSSVHKI
DIILNKSKDI RKGSLLIDYV KLNAMPVISE ISTEIYEI
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