| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCZK1985 |
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| Symbol | |
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| ID | 3026593 |
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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 | 2103613 |
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| End bp | 2107641 |
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| Gene Length | 4029 bp |
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| Protein Length | 1342 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 637546211 |
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| Product | FtsK/SpoIIIE family protein |
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| Protein accession | YP_083577 |
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| Protein GI | 52143253 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1674] DNA segregation ATPase FtsK/SpoIIIE and related proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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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 | ATGGGGAAGG AGAAATGTTT TGTGCAAAAA TCACCGTATT TTCAACGCTC TCCGCGTGTG
AAAGTAGATA TACCAACAGG GGATGTTATT ATTCATGATC CGCCGAATAT ACCGGAGGAG
CCGAAGTTTT CAATTGAAAC AATGTTACTG CCAGCAATGA TGACGGTTTT AACATTGGTA
TTATATTTTG TAATGATGAA ATTTATGAAG ATGAATTCAA GTTATATGCC ATTAATGATG
GTTTCAAGTA TTCCGATGTT GGGATCATAT ATAATTACAA CGATGGGGCA TTTCCGTAAA
AAGAAAGAAC ATCGTCAAAT GGTTGAACAA TTACAAACAA GATATTTAGA GCAAATTCAA
AAGCATCGAG TGGAATTAGA TACGTTAAAG GTTGAACAAG CAAAATATTT AATTACACAA
AATCCAAGCC CTTTAAAAAG TGTACAAAGA ATTGAAAACC GAGACAGTAA TTTATGGGAG
CGTACACCTG AAAGTCCAGA CTTTTTAGAT ATTCGTATTG GTACAGGAGA AAGACCGTTC
CTTGTAGAAT TGAAGGTACC TGAGCAAAAA GGTTATGAAG AAAATCCATT AGTTACAGAA
GCGCAAAATG TGAAAAGGGA TTTCAATACG ATACCAAATG GACACATTTC AATTTCTTTG
AAAAAAAACG ATGTAATTGG TGTAGTCGGA AATAAAGAAG ATAGACTAAA CTTTATTAGA
ATTGTAACGA CGCAAATTAT GACACATCAT GCACCAAATG AAGTGAAAAT AGCAGCATTT
TATCATGAGA AGGAGAAAAA GCAGTGGGAT TGGATGAGGT GGCTTCCTCA CGTATGGGAT
GAACAGAGAA GCATGCGCTT TTTATCTGAA AATCAACAAG ATGCACAGAA ACTAGCTGAA
GTACTATTTA CCCCACTTAA CATGCGTAGA ATCTATAATT CTTCTGCGCA AGCGGATGCA
AAAGTTCCTT TAATTCCAAT GTATGTCTTT TTCTTATCAG CGAGAGAATT TTTAGAAGAT
GATCCTTTAA CTCCAATGTT ACTTAGAGAA GGTGAAAGTG TAGGAGCTTC TACATTTATT
TTTGCGGAAC AAAAGGAACG GTTACCGATG GAATGTGATC TTGTAATAAG TTTAAATGGA
GAAAATGGTG AGTTAGTAGA AACGTTTTCA AGTTCAGCTG AAAATAGTGG GACAACGCGT
GCTAGTTTTA AAGTAGATCG ACTTTCATTT GAGCGATGTG AACTAGGAGC GCGAAGCATT
GCTCCAATTC GGATGAAAAG TTCTACAGCA GCCAACATTC CGAAAGTATT AACATTTTTA
GACTTGTTTC AAGCAAAAAA CATGGAAGAG TTACAAGTGC TAGAGCGCTG GAAAGAAAAT
CGATATCCGA CTTCATTACC GGTTCCAATT GGTGTAAGAG AAGGAAGTAA ACCTGTTTTT
CTAAATATTC ACGATAAAAT AGAGAAAAAA GGGCATGGGC CGCACGGTCT AATGGCTGGT
ACAACTGGAT CAGGAAAAAG TGAAGTGATT CAGTCTATAA TAGCAGCATT AGCGGCAACC
TATCATCCTC ATGAGATGGC ATTTATGCTT ATCGATTATA AAGGTGGTGG AATGTCAAAC
ACCTTTGCGG GATTACCGCA CATTATTGCA TCTATTACGA ACTTAGAGGA TCCAAACTTA
ATTGAGCGTG CCAGAATTTC ATTAAAAGCA GAATTAGAGC GTAGACAAAA ATTATTCATT
CAGGCTGGAA ATGTTCAGCA TCTAGATGAA TATTACGAAA CAAGCTGGCG TGAAAAAGAA
CCTTTACCAC ATTTATTTAT TGTTATTGAT GAATTTGCTC AAATGAAAAA GGAACAACCA
GAATTTATGG ACGAGCTAAT TAGTGTCGCT GCAATAGGAA GGACATTAGG AGTTCACTTA
TTATTAGCAA CGCAAAAACC TTCAGGGGTT GTAAATGACA AGATTTGGAG TAACTCGCGT
TTTCGAATTT GTTTACGTGT ACAAGATGAT GCGGATAGTC GTGAAATGTT AAAAATTCCA
GATGCATCTA AAATCAATGT ACCAGGACGA GGGTATCTTC AAGTTGGTAG CAATGAAGTA
TTGGAATTAT TCCAATCTGC ATGGAGCGGA GCACCTTATA ATCCAGATGA AGAGAAAGTT
CTTGATATTG TTGACTTTAC AGAAGTGAAG CTTTCGGGTG AAAGAATAAA AGTGAAAAAG
CGTCCAAAAC CAATGACAAA TAGTCCAAAA CAACTACAAG CTTTTATTCA ATATGTACAG
AGCGTATCAG AAAAAGAAAA TATTAAAGCA TTACCAGGAC CTTGGCTGGA TCCATTACCG
GAAAAATTAT TGTTAAAAGA ATTTTATGCT ATGGAAGATT GGACAATTGC TGAGTGGAAT
AAATCAAAAG AATATTTACA AGTAATAGTA GGATTAATTG ATGATGTTGC AAATCAAGCG
CAATTTCCGC TGAAGTTAGA TTTACAAGAA GGACACTTAA ATATTTATGG TATGCCAGGA
ACAGGAAAAA CAACGATGTT ACAAACAATT ATTATGTCCC TAGCAGTATC TCATACACCA
GAAGAAGTGA ATTTTTATAT TATTGATTTT GGTCGTATGT TCTTAGATTT TAGAGATTTA
CCTCATGTAG GCGGGGTTGT ACAAGAAGAC GAAAATGAAA AAATGAAACG TCTATTCGGG
TTTTTGAAGA AGGAAGTTAC AGAAAGAAAA GAGCGTTTTT CTAACATTGG TGCAAAGTCA
TTCTCTATGT ATAATCGAAT GGTTGGAAAG AGAATTCCTG CTATCGTTGT AATGGTAGAT
GGTTATATAA GATTTAAAAA TGAATTCGAA AAAGAGAATG AAGTATTAGA AATGTTATTA
CGCGAATCAA GCACATATGG CGTGTACTTT TATTTCTCAC TTAATCAAAC AATTGATATG
TTTGATCGTG TTCGTAATAA TATACCGATG GCAATTACAT TTGAATTGCA AGATAGAGCC
GAGTATTCTA GTTTAGTTGG TAGACCGAAT TTCCCGTTAA TTGAAGTTCC TACTGGTCGT
GGGTTAATGA AGGGACAACC ACCTGAGTTG TTCCAAGCAG CACTGCCTTT TATAGGTGAA
AGTGAATTAG AATACTCACA GCAATTAAAA ACGATTATCC GAAAAATGAG CAGTGAATGG
AATGGTGAAA AAGCAAAAGA GATTCCAATG GTCCCTAAAG AAATATTTGT AGAGCATATG
GTTGAAAAAT TAGAAACAGC TCAAATTTCA GCAGGCATAG AAACAGAGGA CATTCGTTTA
CAAAGTTTTT CTTTAGATGA AATGAGTCAT ATATTTATTG GGGGAAGAAT AGAAGGTGGA
AAAACTTCGT TATTACAAAC GCTTCTGTTC ACTACTACAT ACCAATACTC TCCAGAAAAG
GTTGAGCTAT ACTTAGTAGA CCTTGGTGAA AGACCTACAG GTATATTAGC TCTTGGAGAT
TTGCCTCATG TGAAGAAGAA AGTTACAGAT GATATGCAAT TAAAAGAAAT GTTAGATGAA
TTGTTAGAGC TAATAAATAA TAGAGAGGCA GTAATACCTT CTATAGATCC AAACGTAACA
GTGGAGTTTC CATATAAGAA AATAATCGTT GCGATTGATG ATATTGATCA AATGTTAACT
ATACTAGCTA GTGACTATGA GGCGAAAAAT AAAATGGAAC TAATAGTTCA AAACTGTAAA
AATAAAGGGG TTCATTTTTT AACAGCTGCT ACAACATCTA GTGTAAATAG CTTTTCACAT
GAAAAATGGT TTGCAGAAAT TAGAAAGAGA AGTATTAGTT ATTTATTAGG AACGACCCAT
AATAACGATG TGTATTTCTT TAATATGAAA CTTCCACATG CTGAAATCGA TCAAGAATTA
TTAAGTGGGG ATGGATATTG CATACGTAGA AAGCCAATAA AAATAAAATG TGCATATACA
CCATTACATT TACTTCGCAA GATGACAGAT AAAGTTATCG TGAAGTGGTC TGAAATTAGA
GTTAAATAA
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| Protein sequence | MGKEKCFVQK SPYFQRSPRV KVDIPTGDVI IHDPPNIPEE PKFSIETMLL PAMMTVLTLV
LYFVMMKFMK MNSSYMPLMM VSSIPMLGSY IITTMGHFRK KKEHRQMVEQ LQTRYLEQIQ
KHRVELDTLK VEQAKYLITQ NPSPLKSVQR IENRDSNLWE RTPESPDFLD IRIGTGERPF
LVELKVPEQK GYEENPLVTE AQNVKRDFNT IPNGHISISL KKNDVIGVVG NKEDRLNFIR
IVTTQIMTHH APNEVKIAAF YHEKEKKQWD WMRWLPHVWD EQRSMRFLSE NQQDAQKLAE
VLFTPLNMRR IYNSSAQADA KVPLIPMYVF FLSAREFLED DPLTPMLLRE GESVGASTFI
FAEQKERLPM ECDLVISLNG ENGELVETFS SSAENSGTTR ASFKVDRLSF ERCELGARSI
APIRMKSSTA ANIPKVLTFL DLFQAKNMEE LQVLERWKEN RYPTSLPVPI GVREGSKPVF
LNIHDKIEKK GHGPHGLMAG TTGSGKSEVI QSIIAALAAT YHPHEMAFML IDYKGGGMSN
TFAGLPHIIA SITNLEDPNL IERARISLKA ELERRQKLFI QAGNVQHLDE YYETSWREKE
PLPHLFIVID EFAQMKKEQP EFMDELISVA AIGRTLGVHL LLATQKPSGV VNDKIWSNSR
FRICLRVQDD ADSREMLKIP DASKINVPGR GYLQVGSNEV LELFQSAWSG APYNPDEEKV
LDIVDFTEVK LSGERIKVKK RPKPMTNSPK QLQAFIQYVQ SVSEKENIKA LPGPWLDPLP
EKLLLKEFYA MEDWTIAEWN KSKEYLQVIV GLIDDVANQA QFPLKLDLQE GHLNIYGMPG
TGKTTMLQTI IMSLAVSHTP EEVNFYIIDF GRMFLDFRDL PHVGGVVQED ENEKMKRLFG
FLKKEVTERK ERFSNIGAKS FSMYNRMVGK RIPAIVVMVD GYIRFKNEFE KENEVLEMLL
RESSTYGVYF YFSLNQTIDM FDRVRNNIPM AITFELQDRA EYSSLVGRPN FPLIEVPTGR
GLMKGQPPEL FQAALPFIGE SELEYSQQLK TIIRKMSSEW NGEKAKEIPM VPKEIFVEHM
VEKLETAQIS AGIETEDIRL QSFSLDEMSH IFIGGRIEGG KTSLLQTLLF TTTYQYSPEK
VELYLVDLGE RPTGILALGD LPHVKKKVTD DMQLKEMLDE LLELINNREA VIPSIDPNVT
VEFPYKKIIV AIDDIDQMLT ILASDYEAKN KMELIVQNCK NKGVHFLTAA TTSSVNSFSH
EKWFAEIRKR SISYLLGTTH NNDVYFFNMK LPHAEIDQEL LSGDGYCIRR KPIKIKCAYT
PLHLLRKMTD KVIVKWSEIR VK
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