| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A5001 |
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| Symbol | |
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| ID | 7099037 |
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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 | 4828884 |
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| End bp | 4833107 |
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| Gene Length | 4224 bp |
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| Protein Length | 1407 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643472508 |
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| Product | hypothetical protein |
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| Protein accession | YP_002369685 |
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| Protein GI | 218234869 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG1404] Subtilisin-like serine proteases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | ATGAAAAAGA AAAATCGTTT TGTTACCGGA ATTGTAACGG CTGGCGTTCT ATTTTCAACT
GCCCTTCCAT TCAATGTACT TGCTGAAAAT CCTATTAACC AAATTGACTC TTCAAACGCC
CAGTCTTTAC TATCAAAACT TTCTAAAGAA CAGCGTCAGG CATTACAAAC GTTAGATGCC
AATCCTGGCT TTACGATTTC GCCAGATATT AATACGAGTA GTCCCGAACC AGTAAATATC
ATTGTAGAAT TTCAAACTGC GCCAGTAAAA ATTAATGAAT TAAAACAAAA AGAAAAAGGA
TTACAAGCTG CTCCTGAAAA TATAAAAGCA CGTATTGATC AAGAACATGA GGAATTTCAA
AAAGGACTAA AACGTCTTTA TCAATTCAGC CCATCAGTAA AGTCAGGGAA TTTCCAGTCA
GTACAAATTA AACGTTCTTA TAAACATGCG ATAAATGGGG TTGCGCTGAC ATTACCAGCA
AATACAGTGG AAGAATTGTT ACGGATTGGC GTTGTAAAAC GTATTTGGAA AGATTACGAA
GTGAAATTAA ATTTACCGAA ACAAGCAGAG CAAAAAGCGC CTCAAAAACT AACAGATAGT
ATTCCGCAAA TTGGGGTCGA TAAGTTACAT AGTGAAGGCA TTACCGGAAA AGGAATTAAA
GTTGGTGTAT TAGATACGGG TATTGATTAC AATCACCCTG ACTTAAAAGA TGTATATAAG
GGCTATCGCG CAAAACCTGG CGAAGATTCT AGCAAGGTAG ATCCAAACTC CGTAAAAGGT
TGGGACTTTA TTAATAACGA TGCAGATCCG ATGGAAACAA CTTATACAGA GTGGCAACAA
TCTGGTGCTC CTGAATTTGA TGATCGCGGC TCTTCCTTCT ACACCGCCCA TGGTACTCAC
GTAGCAGGTA TCGTTTCTGC TCAAAAGAAA AATACATCAG ATTCCGCAGT AAAAGGCGTT
GCCCCTGACA TTGAACTGTA TAACTATCGT GTACTCGGCC CATACGGAAG TGGAGATAGT
TCAGGCATTA TCGCTGCAAT TGATAAATCT ATTTCTGACG GTATGAACGT TATTAACTTA
TCATTAGGTG ATGATAGCAA CAATCCACTC GATCCAACAT CTATCGCTGT TAATAATGCA
ATGCTTTCAG GCGTTGTTAC AGTCGTTGCT GCTGGCAACT CTGGTCCAAA TCCAGCGACA
CTCGGTTCAC CAGGTGCTTC TCCATTTGCA ATTACGGTTG GAGCAAGTGA TAGCTCTATT
TCCTTACCGA AACTATCAGG TCATGCGGGA CAATTACAAT TTCCTAACCT AATTCTATTC
GGCAAAAATT TCACTGATAA AATAGAGGAT TTCAAAGGAC AATCTCTATC TATTGAATCT
GTAGGAATTG GTACGTCTGA CGAGTTTAGT AAAAAAGATG TAAAAGGAAA AATCGCTCTC
GTTGCACGTG GTACACTGTC ATTTGATGAA AAAATTGCTA ACGCAAAACA AGCTGGTGCA
AAGGCCGTTA TTATTTATAA CAATGTGGAC GGAGAAATTC CTTTCTACGT TGGTGAAAGT
ACAAAATACA TTCCAGCATT CCGCCTAACG AAAGAAGACG GTGAAAAACT AAAAGCTCAA
ATCGAACAAA GTAATACATC CTTTACTTTT GACGAACTTA GTTATATTCA AACAGAAGGC
GATCATCTTG CAGACTTTAG CTCACGCGGT CCTGTTACAT CAAATGATGA TATTAAACCA
GATATTACAG CGCCTGGTGT TGCTGTACTT TCAACAGTAC CTGAATATAT TAATGACCCA
CAAGAGGGCG AAAACTATGA CGTTTCCTAT GAGCGTATGC AAGGAACATC TATGGCTTCT
CCTCATATCG CGGGCGTTGC TGCTCTTATT TTACAAGAAC ACCCAGAATA CTCTCCATTC
GATGTAAAGG CGTCTCTTAT GAACACAGCT GATGATTTAA AAGAAAAGTA TTCCGTATAT
GAAGTTGGAG CTGGACGAGT AGATGCATAC AACTCCGTTC ATACGGAAAC AAGTTTTAAA
GTGCTAGATA CAACAAAAAC AGTTGTAAAT GATGAAGTAA TTGAAGTACC AGAAGAAACC
GGATCCATTG CATTCGGGAA GTTCTATCAA AAAGACGGTG AAGCTCTTGA ACAAAAACGC
AATGTAAAAG TAGCTAATCA TAATAAACAA GAGAAGAAAG AATTTAAAAC AGAAATTTCT
TATACACCAG CTTCTCCTTC CATTAACGAC GCTACCGCAA ATGGTGTAAA AGTTTCTATT
GCAGAAACAA TTACTGTTGA TACTGGAAAA TCAGATGAAG TTGAAGCAAA AATTAATATT
CCAGCTGGCG TGAAGCAAGG CCGATATGAA GGATATATTC ATATTACAAA TACGAAAAAT
AAAGAAGAAA CGTATCAAAT ACCATTCTCT ATTCGTGTAT CAGAGCCTGG TATTGAAAAT
GCTTTTTTAT CAAGAAAATC CATTTCAACT GATACATCTA AATTCAATCC ATATCGTGAA
TCGTATTTAC ACGGAGCATT CCAATTAAAT AGCGACCTTG AGACGTTAGA TCTTATCGTG
AAGGATTCAA AAACAAATAA AGCGCTTGGC TTCATTGGAA CATTAAACAC AAGCGGACTA
AAAACGGATG TGTATTACTA CTTAGATTCA TTCTTTAACG GCAGAGTATA TCCTTTCACA
AATGATCCTG CAAAACCAAT TGGTGATGAG AAAATCGACT TACCAGAAGG CGATTACACA
ATTGAATTTG TTGGCTATGA TAAAGATGGT AAAGCACGTG TGAAAGGTGA TTATGTCGTA
ATTGATAATA CACCGCCAGA AGTAAAATTA ACTGGATTAA AACCTGGTAT TTATGAATTA
AATGAAGAAA ACTATACAGT AGAAGACGGT AAAAAGGCAT TATGGATTAA AGGAAATGTG
TATGATTCGA ATGTTGACTA CTTAAAAGGA AAAGGATTAA ACATTACGCA AGAAGCAAAC
GGAGTGATGT ATTATGACTA TTCTCCATAC TTGCATAAGT TTTTACCTAT TAATGCAAAC
GGTGACTTTA AAGTTGGCAT TACTCCTGAA TCCTTTAAAG TGGAAGGTCC AATGAACACA
GGGGTATATA TTTTCGATTA TGCAACTGCA GGAGTTGACT ATCCAAGCGG TGTAAATAAC
TATTGGTTTA TCCCGCAAGG AGCTCAATAT GCGAAAACTA GCTATGATAA AAAAGAAGTA
TATAAAGGTG ATGAATTCAC TGTGACGCTA AACGCCAAAC ATGTGAAACA ATTTGTTGCT
GGGGAATTTA ACGTAAAATT CCTAGAAAAG AACTTCAAAT TTGCAAATGC GAAATTGAAT
CCTGCTTTTA AAAAACTCCT TTCTGAAAAA GGGGTAACAG CAAAAGTAAA TGAACCGAAG
CTAGAAGCAG GCTCTGTTAC AGTTGGCGGT GCTATCGATG ACAAAAACTT CGCTGGATTA
GATGGTGATT TCCCGTTCAT TGATGTAACG TTCAAAGTAG AAAACGATGA GTTTTATGAA
GCAAATGCTC AATTAGAGTT ACCAGTGTTT GTATACTGGA AACCAGGAGA AACAGAGCCA
AATAGAATGC GTGTCCTTCA AGATCAATCA TTCTCAGTAA TGTCCTTAAA CTCATTAGTA
GAAGGAAATA TTAAGCCTGG TGCATTCTTA AATGAACGTG GATATTTAGA TGAAAAGTTC
GATTATACAA AGCTTGGCGT AAAAGTATAT GCGACTGATT CTTATCGTCA TAAGTTTGAA
GGCTCACTAG ATAAATACGG ATACTTCAAA CTAAATGGAC TTCCAGTTAA TAAACGCGAC
TATAACTTAT ATGTAGAGGT GCCAGGACAT TTAACAAGCC GCCTAACAAC GAAACTTGGT
ACTGAAAAAG ACGGTAAGCT GCTTGGCCAA TATTATTATG CAAGACCTGA CGAAAACCTT
GCCGGCGATG TAAATGCTGA TAAAGTAATC GATATTAGAG ATGCTGAAAT TATCGCTAGC
AACTATGGCA AAAAAGGACT AACTGTAAAA GACGGAGACC TTAATAAAGA TGGGATTGTC
GATGAAAAAG ATATTCGCTT CGTCGAAAAG AACTTCTTGA AAAAAGGTCC GGATGCATCT
AAATCACAAA CACCTGTAGA AAAATCCAAA AGCGGTACAC TGGCAGATAT TTTAAAGAAA
TTAGGATTAA CGCCTAAAAA ATGA
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| Protein sequence | MKKKNRFVTG IVTAGVLFST ALPFNVLAEN PINQIDSSNA QSLLSKLSKE QRQALQTLDA
NPGFTISPDI NTSSPEPVNI IVEFQTAPVK INELKQKEKG LQAAPENIKA RIDQEHEEFQ
KGLKRLYQFS PSVKSGNFQS VQIKRSYKHA INGVALTLPA NTVEELLRIG VVKRIWKDYE
VKLNLPKQAE QKAPQKLTDS IPQIGVDKLH SEGITGKGIK VGVLDTGIDY NHPDLKDVYK
GYRAKPGEDS SKVDPNSVKG WDFINNDADP METTYTEWQQ SGAPEFDDRG SSFYTAHGTH
VAGIVSAQKK NTSDSAVKGV APDIELYNYR VLGPYGSGDS SGIIAAIDKS ISDGMNVINL
SLGDDSNNPL DPTSIAVNNA MLSGVVTVVA AGNSGPNPAT LGSPGASPFA ITVGASDSSI
SLPKLSGHAG QLQFPNLILF GKNFTDKIED FKGQSLSIES VGIGTSDEFS KKDVKGKIAL
VARGTLSFDE KIANAKQAGA KAVIIYNNVD GEIPFYVGES TKYIPAFRLT KEDGEKLKAQ
IEQSNTSFTF DELSYIQTEG DHLADFSSRG PVTSNDDIKP DITAPGVAVL STVPEYINDP
QEGENYDVSY ERMQGTSMAS PHIAGVAALI LQEHPEYSPF DVKASLMNTA DDLKEKYSVY
EVGAGRVDAY NSVHTETSFK VLDTTKTVVN DEVIEVPEET GSIAFGKFYQ KDGEALEQKR
NVKVANHNKQ EKKEFKTEIS YTPASPSIND ATANGVKVSI AETITVDTGK SDEVEAKINI
PAGVKQGRYE GYIHITNTKN KEETYQIPFS IRVSEPGIEN AFLSRKSIST DTSKFNPYRE
SYLHGAFQLN SDLETLDLIV KDSKTNKALG FIGTLNTSGL KTDVYYYLDS FFNGRVYPFT
NDPAKPIGDE KIDLPEGDYT IEFVGYDKDG KARVKGDYVV IDNTPPEVKL TGLKPGIYEL
NEENYTVEDG KKALWIKGNV YDSNVDYLKG KGLNITQEAN GVMYYDYSPY LHKFLPINAN
GDFKVGITPE SFKVEGPMNT GVYIFDYATA GVDYPSGVNN YWFIPQGAQY AKTSYDKKEV
YKGDEFTVTL NAKHVKQFVA GEFNVKFLEK NFKFANAKLN PAFKKLLSEK GVTAKVNEPK
LEAGSVTVGG AIDDKNFAGL DGDFPFIDVT FKVENDEFYE ANAQLELPVF VYWKPGETEP
NRMRVLQDQS FSVMSLNSLV EGNIKPGAFL NERGYLDEKF DYTKLGVKVY ATDSYRHKFE
GSLDKYGYFK LNGLPVNKRD YNLYVEVPGH LTSRLTTKLG TEKDGKLLGQ YYYARPDENL
AGDVNADKVI DIRDAEIIAS NYGKKGLTVK DGDLNKDGIV DEKDIRFVEK NFLKKGPDAS
KSQTPVEKSK SGTLADILKK LGLTPKK
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