| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCZK4623 |
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| Symbol | vpr |
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| ID | 3023660 |
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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 E33L |
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| Kingdom | Bacteria |
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| Replicon accession | NC_006274 |
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| Strand | + |
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| Start bp | 4715098 |
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| End bp | 4719318 |
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| Gene Length | 4221 bp |
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| Protein Length | 1406 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 637548835 |
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| Product | subtilisin-like serine protease |
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| Protein accession | YP_086198 |
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| Protein GI | 52140632 |
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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 | 0 |
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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
GCCCTTCCGT TCAATGTACT TGCTGAAAAT CCTATTAACC AAATTGACTC TTCAAACGCC
CAGTCTTTAC TATCAAAACT TTCTAAAGAA CAGCGCCAGG CATTACAAAC GTTAGATGCC
AACCCTGGTT TTACTATCTC GCCAGATATT AATACGAGTA GTTCTGAGCC TGTAAATATC
ATTGTAGAAT TTCAAACAGC TCCAGTAAAG ATTAATGAAT TAAAACAAAA AGAAAAAGGG
TTACAAGCTG CTCCTAAAAA TATAAAGGCA CGTATTGATC AAGAACATGA GGAATTTCAA
AAAGGACTAA AACGTCTTTA TCATTTCAGC CCATCAGTAA AGTCAGGGAA TTTCCAGTCT
GTACAAATTA AACGTTCTTA TAAACATGCG ATAAATGGGG TTGCGCTGAC ATTACCTGCA
AATACAGTAG AAGAATTGTT GCGGATTGGT GTTGTAAAAC GTATTTGGAA AGATTACGAA
GTGAAATTAA ATTTACCAAA ACAATCTGAG CAAAAAGTAC CTCAAAAACT AACAGATAGC
ATTCCGCAAA TTGGGGTCGA TAAGTTACAT AGCGAAGGTA TTACCGGAAA AGGAATTAAA
GTTGGTGTAT TAGATACAGG TATTGATTAC AATCATCCTG ACTTAAAAGA CGTGTATAAA
GGCTATCGCG CAAAACCTGG CGAAGATTCT AGCAAGATAG ATCCAAACTC CGTAAAAGGT
TGGGACTTTA TTAGTAACGA CGCAGATCCG ATGGAAACAA CTTATACAGA ATGGCAACAA
TCTGGTGCTC CTGAATTTGA TGATCGTGGT TCTTCCTTCT ACACAGCCCA CGGTACTCAC
GTAGCAGGTA TCGTTTCTGC TCAAAAGAAA AACAAATCAG ATTCCGCAGT AAAAGGTGTT
GCACCTGACA TTGAACTATA TAACTATCGT GTACTCGGTC CATACGGAAG TGGAGCTAGT
TCAGGTATTA TTGCTGCAAT CGATAAATCT ATTTCTGACG GTATGAACGT CATTAACTTA
TCGTTAGGTG ATGAGAGCAA CAATCCGCTT GATCCAACGT CTATCGCTGT TAACAACGCA
ATGCTTTCTG GTGTCGTTAC AGTCGTTGCC GCTGGTAACT CTGGACCAAA TCCAGCGACA
CTCGGATCAC CAGGTGCTTC TCCCTTTGCG ATTACGGTTG GAGCTAGTGA TAGCTCTATT
TCCTTACCGA AACTATCAAG TCATGCTGGA CAAGTACAAT TCCCTAACTT GATTTTATTT
GGCAAAAACT TCACTGATAA AATAGAAGAT TTCAAGGGAC AAACGTTATC TATCGAATCG
GTAGGAATCG GTACGCCTGA TGAATTTAGT AAAAAAGATG TAAAAGGAAA AATCGCTCTC
GTTGCACGCG GTACACTCTC ATTTGATGAA AAAATCGCAA ATGCAAAACA AGCTGGTGCA
AAAGCCGTTA TTATTTATAA CAATGTGGAT GGAGAGATTC CTTTCTATGT TGGCGAAAGT
ACAAAATACA TTCCAGCATT CCGCCTAACG AAAGAAGACG GTGAAAAACT AAAAGCTCAA
ATCGAACAAG GTAATACATC CTTTACTTTT GACGAACTTA GTTATATTCA AACAGAAGGC
GATCATCTTG CAGACTTTAG CTCACGCGGC CCTGTTACAT CAAATGATGA TATTAAACCT
GATATTACAG CTCCTGGTGT TGCTGTCCTT TCAACAGTCC CTGAATATAT TAACGACCCA
CAAGAGGGTG AAAACTATGA CGTTTCCTAT GAGCGTATGC AAGGAACATC CATGGCTTCT
CCACATATCG CTGGCGTTGC TGCTCTTATT TTACAAGAAC ATCCGGAATA CTCTCCATTC
GATGTAAAAG CGTCTCTTAT GAACACAGCT GATGATTTAA AAGAAAAGTA TTCTGTATAC
GAAGTTGGAG CTGGGCGAGT AGATGCTTAT AATTCTGTTC ATACGGAAAC AAGTTTTAAA
GTGTTAGATA CAACAAAAAC AGTTGTAAAT GATGAAGTAA TTGAAGTACC AGAAGAAACT
GGCTCTATTG CATTCGGGAA GTTTTATCAA AAAGATGGTG AAGCTCTTGA ACAAAAACGA
AATATAAAAG TTGAAAACCA TAATAAACAA GAGAAGAAAG AATTTAAAAC AGAAATTTCT
TATACACCAG CTTCTTCTAT TAACGATGCT ATCGCAAATG GTGTAAAAGT TTCTACACCA
GAAACAATTA CTCTTGATGC TGGCAAATCA GATGAAATTG AAGCAAAAGT TAATGTCCCA
GCCGGTGTGA AACAAGGCCG ATACGAAGGA TATATTCACA TTACAAATAC GAAAAATAAA
GAAGAAACGT ATCAAATTCC ATTCTCTATT CGTGTATCAG AACCTGGTAT TGAAGACGCT
GTTCTATCTA GAAAATCTAT TTCAACGGAT ACAACTAAAT TTAATCCTTA CCGCGAATCA
TACGTGCACG GGGCATTCCA ATTAAACAGC AATCTGGAAA CGTTAGACCT TATCGTGAAA
GATTCAAAAA CAAATAAAGC GCTTGGCTTC CTTGGGACGT TAAACACGGG TGGACTGCAA
ACGGATGTTT ATTACTACTT AGATGCATTC TTTAGCGGAA AAGTATATCC TTTTACAAAT
GATCCTGCAA AACCAATCGG TGATGAGAAA ATTAATTTAC CAGAAGGCGA TTACACAATT
GAATTTGTTG GCTATGATAA AGATGGGAAA GCACGTGTGA AAGGTGATTA TGTCATCATC
GATAACACAC CGCCAGAAGT GAAATTAACT GGATTAAAAC CTGGTATTTA CGAGTTAAAT
GAAGAAAATT ATACAGTAGA AGATGGTAAA AAAGCACTCT GGATTAAAGG AAATGTGTAT
GATTCAAACG TTGACTACTT AAAAGGAAAA GGGTTAAACA TTACGCAAGA AGCAAATGGA
GTTATGTATT ATGACTATTC TCCATACTTG CATAAGTTTT TACCTATTGA TGCAAATGGT
GACTTTAAAG TTGGCATTAC TCCTGAATCC TTTAAAGTGG AAGGTCCAAT GAACACAGGC
GTGTATATTT TCGATTATGC AACTGCAGGT CCTGACTATC CAAGCGGTGT AAATAATTAT
TGGTTTATCC AGCAAGGAGC TCAATATGCA AAGGCTAATT ATGATAAAAA AGAATTATAT
AAAGGGGACG AGTTCACAGT AACCCTAAAC GCGAAACACG TAAAACAATT CGTTGCTGGG
GAATTTAACG TAAAATTCCT AGAGAAGAAC TTCAAATTTG CAAATGCGAA ATTGAATCCT
GCTTTTGAAA AACTCCTTTC TGAAAAAGGG GTAACAGCAA AAGTAAATGA ACCGAAACTA
GAAGAAGGTT CTGTTACAGT TGGCGGATCT ATCGATGACA AAAACTTCGC TGGATTAGAT
GGTGATTTCC CGTTCATTGA TGTAACGTTC AAAGTAGAAA ATGATGAGTT TTATGAGGCA
AATGCTCAAT TAGAGTCACC AGTGTTTGTA TACTGGAAAC CAGGAGAAAC AGAGCCAAAT
AGAATGCGTG TCCTTCAAGA CCAAACATTC TCAGTTATGT CTTTAAACTC ACTAGTAGAA
GGAAATATTA AACCTGGTGC ATTCTTAAAT GAACGTGGCT ATTTAGATGA GAAATTCGAT
TATACAAAGC TTGGCGTAAA AGTATATGCA ACTGATTCTT ACCGTCATAA GTTTGAAGGC
TCACTAGACA AATACGGATA CTTCAAACTA AATGGACTTC CTGTTAATAA ACGTGACTAT
AACTTATTTG TAGAAGTACC AGGGCATTTA ACAAGTCGCC TAACAACAAA ATTAGGTACT
GAAAAAGATG GTAAGCTGTT TGGCCAATAT TATTATGCAC GCCTTGATGA AAACCTTGCC
GGTGATGTAA ATGGAGATAA AGTAATTGAT ATAAAAGATG CTGAAATTAT CGCTAGCAAC
TATGGTAAAA AAGGAGTATC CGTGAAAGAC GGTGACCTAA ACAAAGATGG TATTGTTGAC
GAAAAAGATA TTCGCTTCGT TGAAAAGAAC TTCTTGAAAA AAGGTCCCGA TGCATCTAAA
TCACAAACAG CTGCTGAAAA ATCAAAAAGC GGTACACTGG CAGATATTTT AAAGAAATTG
GGATTAACGC CTAAAAAATA A
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| Protein sequence | MKKKNRFVTG IVTAGVLFST ALPFNVLAEN PINQIDSSNA QSLLSKLSKE QRQALQTLDA
NPGFTISPDI NTSSSEPVNI IVEFQTAPVK INELKQKEKG LQAAPKNIKA RIDQEHEEFQ
KGLKRLYHFS PSVKSGNFQS VQIKRSYKHA INGVALTLPA NTVEELLRIG VVKRIWKDYE
VKLNLPKQSE QKVPQKLTDS IPQIGVDKLH SEGITGKGIK VGVLDTGIDY NHPDLKDVYK
GYRAKPGEDS SKIDPNSVKG WDFISNDADP METTYTEWQQ SGAPEFDDRG SSFYTAHGTH
VAGIVSAQKK NKSDSAVKGV APDIELYNYR VLGPYGSGAS SGIIAAIDKS ISDGMNVINL
SLGDESNNPL DPTSIAVNNA MLSGVVTVVA AGNSGPNPAT LGSPGASPFA ITVGASDSSI
SLPKLSSHAG QVQFPNLILF GKNFTDKIED FKGQTLSIES VGIGTPDEFS KKDVKGKIAL
VARGTLSFDE KIANAKQAGA KAVIIYNNVD GEIPFYVGES TKYIPAFRLT KEDGEKLKAQ
IEQGNTSFTF DELSYIQTEG DHLADFSSRG PVTSNDDIKP DITAPGVAVL STVPEYINDP
QEGENYDVSY ERMQGTSMAS PHIAGVAALI LQEHPEYSPF DVKASLMNTA DDLKEKYSVY
EVGAGRVDAY NSVHTETSFK VLDTTKTVVN DEVIEVPEET GSIAFGKFYQ KDGEALEQKR
NIKVENHNKQ EKKEFKTEIS YTPASSINDA IANGVKVSTP ETITLDAGKS DEIEAKVNVP
AGVKQGRYEG YIHITNTKNK EETYQIPFSI RVSEPGIEDA VLSRKSISTD TTKFNPYRES
YVHGAFQLNS NLETLDLIVK DSKTNKALGF LGTLNTGGLQ TDVYYYLDAF FSGKVYPFTN
DPAKPIGDEK INLPEGDYTI EFVGYDKDGK ARVKGDYVII DNTPPEVKLT GLKPGIYELN
EENYTVEDGK KALWIKGNVY DSNVDYLKGK GLNITQEANG VMYYDYSPYL HKFLPIDANG
DFKVGITPES FKVEGPMNTG VYIFDYATAG PDYPSGVNNY WFIQQGAQYA KANYDKKELY
KGDEFTVTLN AKHVKQFVAG EFNVKFLEKN FKFANAKLNP AFEKLLSEKG VTAKVNEPKL
EEGSVTVGGS IDDKNFAGLD GDFPFIDVTF KVENDEFYEA NAQLESPVFV YWKPGETEPN
RMRVLQDQTF SVMSLNSLVE GNIKPGAFLN ERGYLDEKFD YTKLGVKVYA TDSYRHKFEG
SLDKYGYFKL NGLPVNKRDY NLFVEVPGHL TSRLTTKLGT EKDGKLFGQY YYARLDENLA
GDVNGDKVID IKDAEIIASN YGKKGVSVKD GDLNKDGIVD EKDIRFVEKN FLKKGPDASK
SQTAAEKSKS GTLADILKKL GLTPKK
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