| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCE_5031 |
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| Symbol | |
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| ID | 2752418 |
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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 ATCC 10987 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003909 |
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| Strand | + |
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| Start bp | 4642722 |
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| End bp | 4646945 |
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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 | 637281830 |
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| Product | subtilase domain-containing protein |
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| Protein accession | NP_981324 |
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| Protein GI | 42784077 |
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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 | 14 |
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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 AAAATCGATT TGTTACCGGA ATTGTAACGG CTGGCGTTCT GTTTTCAACT
GCCCTTCCGT TCAATGTACT TGCTGAAAAT CCTATTAACC AAATTGACTC TTCAAACGCC
CAGTCTTTAC TATCAAAACT TTCTAAAGAA CAGCGTCAGG CATTACAAAC GTTAGATGCC
AACCCTGGTT TTACTATCTC GCCAGATATT AATACAAGTA GTTCCGAACC AGTAAATATC
ATTGTAGAAT TTCAAACGGC TCCAGTAAAG ATTAATGAAT TAAAACAAAA AGAAAAAGGG
TTACAAGCTG CTCCTGAAAA TATAAAGGCA CGTATTGATC AAGAACATGA GGAATTTCAA
AAAGGACTAA AACGTCTTTA TCAGTTCAGC CCATCAGTAA AGTCAGGGAA TTTCCAGTCA
GTACAAATTA AACGTTCTTA TAAACATGCG ATAAATGGGG TTGCGCTGAC ATTACCTGCA
AATACAGTGG AAGAATTGTT ACGGATTGGC GTTGTAAAAC GTATTTGGAA AGATTACGAA
GTGAAATTAA ATTTACCAAA ACAAGCAAAG CAGAAAGCAC CTCAAAAACT AACAGATAGC
ATTCCGCAAA TTGGGGTCGA TAAGTTACAT AGCGAAGGCA TTACCGGAAA AGGAATTAAA
GTTGGTGTAT TAGATACAGG TATTGATTAC AATCATCCTG ACCTAAAAGA CGTGTATAAG
GGCTATCGTG CAAAACCTGG CGAAGACTCT AGCAAGGTAG ATCCAAACTC AGTAAAAGGT
TGGGACTTTA TTAATAACGA TGCAGATCCG ATGGAAACAA CTTATACAGA GTGGCAACAA
TCTGGTGCTC CTGAATTTGA TGATCGTGGT TCTTCCTTCT ACACAGCCCA CGGTACTCAC
GTAGCAGGTA TCGTTTCTGC GCAAAAGAAA AACACATCAG ATTCCGCAGT AAAAGGTGTT
GCACCTGACA TTGAACTGTA TAACTATCGT GTACTCGGTC CATACGGAAG TGGAGATAGT
TCTGGTATTA TTGCTGCAAT CGATAAATCT ATTTCTGACG GCATGAATGT TATTAACTTA
TCGTTAGGTG ACGATAGCAA CAATCCACTT GATCCTACGT CTATCGCTGT CAATAACGCG
ATGCTTTCCG GTGTTGTTAC AGTCGTTGCT GCTGGAAACT CTGGTCCAAA TCCAGCGACA
CTCGGATCAC CAGGTGCTTC TCCATTTGCG ATTACGGTCG GGGCAAGTGA TAGTTCTATT
TCCTTACCGA AACTATCAGG TCATGCTGGG CAATTACAAT TTCCTAACCT AATTTTATTC
GGCAAAAACT TTACTGATAA AATAGAAGAT TTCAAGGGAC AAACTTTACC TATTGAATCT
GTAGGAATTG GTACGCCTGA CGAGTTTAGT AAAAAAGATG TAAAAGGAAA AATCGCTCTC
GTTGCACGTG GTACACTGTC ATTTGATGAA AAAATTGCGA ATGCAAAACA AGCTGGTGCA
AAAGCCGTTA TTATTTATAA CAATGTGGAC GGAGAAATTC CTTTCTACGT TGGCGAAAGT
ACAAAATACA TTCCCGCATT CCGCCTAACG AAAGAAGACG GTGAAAAACT AAAAGCTCAA
ATCGAACAAG GTAATACATC CTTTACTTTT GACGAACTTA GTTATATTCA AACAGAAGGC
GATCATCTTG CAGACTTTAG CTCACGCGGT CCTGTTACAT CAAATGATGA TATTAAACCA
GATATTACAG CGCCTGGTGT TGCTGTACTT TCAACAGTAC CTGAATATAT TAACGACCCA
CAAGAGGGCG AAAATTATGA TGTTTCCTAT GAGCGTATGC AAGGAACATC TATGGCTTCT
CCTCATATCG CGGGCGTTGC TGCTCTTATT TTACAAGAAC ACCCAGAATA CTCTCCATTC
GATGTAAAGA CGTCTCTTAT GAACACAGCT GATGACTTAA AAGAAAAGTA TTCCGTATAT
GAAGTTGGAG CTGGACGAGT AGATGCGTAC AACGCCGTTC ATACGGAAAC TAGTTTTAAA
GTGCTAGATA CAACAAAAAC AGTTGTAAAT GATGAAGTAA TTGAAGTACC TGAAGAAACT
GGATCCATTG CATTCGGGAA GTTCTATCAA AAAGACGGTG AAGCTCTTGA ACAAAAACGA
AATATAAAAG TACAAAATCA TAATAAACAA GAGAAAAAAG AATTTAAAAC AGAAATTTCT
TATACACCAG CATCTTCTTC TATTAACGAC GCTACCGCAA ACGGTGTAAA AGTTTCTGTT
CCAGAAACAA TTACTCTTGA TGCTGGAAAA TCAGATGAAA TTGAAGCAAA AATTAATGTT
CCAGCCGGTG TAAAACAAGG CCGATATGAA GGATATATTC ATATTACAAA TACGAAAAAT
AAAGAAGAAA CGTACCAAAT TCCGTTCTCT ATTCGTGTAT CAGAACCTGG TATTGAAAAT
GCAATATTAT CAAGAAAAGC AATTTCAACT GATACATCTA AATTCAATCC ATACCGTGAA
TCGTATTTGC ACGGGGCGTT CCAATTAAAC AGCGAACTTG AAACGTTAGA TCTTATCGTG
AAAGATTCCA AAACAAATAA AGCTCTCGGT TTCCTTGGTA CATTAAACAC TAGTGGATTA
AAAACTGATG TGTATTACTA CTTAGATTCA TTCTTTAACG GCAGGGTGTA TCCTTTTACA
AATGATCCTG CAAAACCAAT TGGTGATGAG AAAATCGACT TACCAGAAGG TGATTACACA
ATTGAGTTTG TTGGCTACGA TAAAGACGGT AAAGCACGTG TGAAAGGGGA TTATGTCGTA
ATTGATAATA CACCGCCAGA AGTGAAATTA ACTGGATTAC AGCCTGGTAT TTATGAATTA
AATGAAGAGA ACTATACAGT AGAAGACGGT AAAAAAGCAC TATGGATTAA AGGAAATGTG
TATGATTCGA ATGTTGACTA CTTAAAAGGA AAAGGATTAA ACATTACGCA AGAAGCAAAC
GGAGTGATGT ACTACGATTA TTCTCCATAC TTGCATAAGT TTTTACCTAT TAATGCAAAT
GGTGACTTTA AAGTTGGCAT TACTCCTGAA TCCTTTAAAA CTGAAGGTCC AATGAATACA
GGCGTATATA TTTTCGATTA TGCAACTGCA GGAGCTGACT ATCCGAGCGG TGTAAATAAC
TATTGGTTTA TCCCGCAAGG AGCTCAATAT GCGAAAACTA GTTATGATAA AAAAGAAGTA
TATAAAGGTG ATGAATTCAC TGTGACGCTA AACGCCAAAC ATGTGAAACA ATTTGTTGCT
GGGGAATTTA ACGTAAAATT CCTAGAAAAG AACTTCAAAT TTGCAAATGC GAAATTAAAT
CCTGCTTTTG AAAAGCTACT TTCCGAAAAA GGGGTGACCG CAAAAGTAAA TGAACCGAAA
CTAGAAGAAG GTTCTGTTAC AGTTGGCGGA GCTATCGATG ACAAAAACTT CGCTGGATTA
GATGGTGATT TCCCGTTCAT TGATGTAACG TTCAAAGTAG AAAATGATGA GTTTTATGAA
GCAAATGCTC AATTAGATTT ATCAGTGTTC GCTTACTGGA AACAAGGTGA ATCAGAGCCA
AATAGAATGC GTGTCCTTCA AGATCAAACA TTCTCAGTTA TGTCTTTAAA CTCACTAGTC
GAAGGAAGTA TTAAACCTGG TGCTTTCTTA AATGAACGCG GATATTTAGA TGAAAAATTC
GATTATACAA AGCTTGGCGT AAAAGTATAT GCAACAGATT CTTACCGTCA TAAGTTTGAA
GGCTCACTTG ATAAATACGG ATCCTTCAAA CTAAATGGAC TTCCTGTTAA TAAACGCGAC
TATAACTTAT ATGTAGAAGT ACCAGGGCAT TTAACAAGCC GACTAACAAC GAAACTTGGT
ACTGAAAAAG ACGGTAAGCT ACTTGGCCAA TATTATTATG CACGCTTTGA TGAAAACCTT
GCAGGTGATG TAAATGGCGA TAAAGTAATT GATATAAAAG ATGCTGAAAT TATCGCTAAC
AACTACGGTA AAAAAGGACT ATCTGTGAAA GACGGCGACC TTAACAAAGA TGGTATTGTC
GACGAAAAAG ATATTCGCTT CGTTGAAAAG AACTTCTTGA AAAAAGGTCC AGATGCATCC
AAATCACAAA CACCTGTAGA AAAATCAAAA AGCGGTACAC TGGCAGATAT TTTAAAGAAA
TTAGGATTGA CGCCTAAAAA ATGA
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| Protein sequence | MKKKNRFVTG IVTAGVLFST ALPFNVLAEN PINQIDSSNA QSLLSKLSKE QRQALQTLDA
NPGFTISPDI NTSSSEPVNI IVEFQTAPVK INELKQKEKG LQAAPENIKA RIDQEHEEFQ
KGLKRLYQFS PSVKSGNFQS VQIKRSYKHA INGVALTLPA NTVEELLRIG VVKRIWKDYE
VKLNLPKQAK 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 FKGQTLPIES VGIGTPDEFS KKDVKGKIAL
VARGTLSFDE KIANAKQAGA KAVIIYNNVD GEIPFYVGES TKYIPAFRLT KEDGEKLKAQ
IEQGNTSFTF DELSYIQTEG DHLADFSSRG PVTSNDDIKP DITAPGVAVL STVPEYINDP
QEGENYDVSY ERMQGTSMAS PHIAGVAALI LQEHPEYSPF DVKTSLMNTA DDLKEKYSVY
EVGAGRVDAY NAVHTETSFK VLDTTKTVVN DEVIEVPEET GSIAFGKFYQ KDGEALEQKR
NIKVQNHNKQ EKKEFKTEIS YTPASSSIND ATANGVKVSV PETITLDAGK SDEIEAKINV
PAGVKQGRYE GYIHITNTKN KEETYQIPFS IRVSEPGIEN AILSRKAIST DTSKFNPYRE
SYLHGAFQLN SELETLDLIV KDSKTNKALG FLGTLNTSGL KTDVYYYLDS FFNGRVYPFT
NDPAKPIGDE KIDLPEGDYT IEFVGYDKDG KARVKGDYVV IDNTPPEVKL TGLQPGIYEL
NEENYTVEDG KKALWIKGNV YDSNVDYLKG KGLNITQEAN GVMYYDYSPY LHKFLPINAN
GDFKVGITPE SFKTEGPMNT GVYIFDYATA GADYPSGVNN YWFIPQGAQY AKTSYDKKEV
YKGDEFTVTL NAKHVKQFVA GEFNVKFLEK NFKFANAKLN PAFEKLLSEK GVTAKVNEPK
LEEGSVTVGG AIDDKNFAGL DGDFPFIDVT FKVENDEFYE ANAQLDLSVF AYWKQGESEP
NRMRVLQDQT FSVMSLNSLV EGSIKPGAFL NERGYLDEKF DYTKLGVKVY ATDSYRHKFE
GSLDKYGSFK LNGLPVNKRD YNLYVEVPGH LTSRLTTKLG TEKDGKLLGQ YYYARFDENL
AGDVNGDKVI DIKDAEIIAN NYGKKGLSVK DGDLNKDGIV DEKDIRFVEK NFLKKGPDAS
KSQTPVEKSK SGTLADILKK LGLTPKK
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