| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A2089 |
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| Symbol | |
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| ID | 7098376 |
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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 | 1993087 |
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| End bp | 1997598 |
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| Gene Length | 4512 bp |
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| Protein Length | 1503 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643469624 |
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| Product | ftsk/spoiiie family protein |
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| Protein accession | YP_002366806 |
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| Protein GI | 218232920 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | ATGGAGCAAC TATTAGTATT GACTTATGGA GACAAAATAT ATAAGTGCAC ATTACATCCA
AATGAGCAAT CAATAGTGTC GATTGGAAAA GAGTGGACAA ATGATATTAC GAATCCAAGT
TTAGAACAAG AAGTAGAGTT AAAGTGGAAT AATGAAGTAA ATGCTTGGAT GGTACAGGAG
CGGTTAATAG AATTTAATAA GGAAATTGAG ATTGGGAAAA CAAGAGATGT GAGCTTGAAA
ATCTTTATAT CTATTGTTGG CACAACTAAA GTGTTTGATA TCGGAACGAA ACATTCTCTT
ACAGTGAGTC AAAACGATTA CGATGATATT TCTATTACCG GGACTAGTGT CGATTTAATG
CTATCTCGCG AAACGTTGTA CGATTCTTTT AAAGTGAACG TGTATGGCGG GGATGTATTT
CATAATTATA CGAAGTTAAA AGATAGCGTT ATGTTGGAAT CAGGAGACGT ATTATATTTT
GATGGTATTT TATTGGAGAT TGGTAGTGAA GACATTCAAG TACTTTCTTC AGAAGATAAA
GTGAAATCTG AGTTACCTAT TTTAGTAGAA TCAGAAACAA ATTATCAAAG TGGTTATCCA
GACTATCATC GTTCACCACG TATTATTTAC CGTGAACCAG AAGAGAAAAT GACAATTGCA
AAGCCTTCAA GTATGCCATC AAAACCAACG GAGCATTTAG CAAGAATCAT TGCACCTTCA
CTTGTCATGA TTGTCGTAAC TGTATTACTT GCTATTTTCA TGAAATATGG AATGTTTATT
ATCGCATCGA TTGCGATGAC ATTAGTAACA ATCATTGTTT CTGTCACATC GTATATAAAA
AATTTAAAGC AATATAAAGT CGACATTGTT GAACGTGACA AAAGCTATAG AGAGTATATA
AAACAAAAAA CGAAAGATTT ACATGCAGAA AGTGAAAAAC AGCGTCACGC ATTACATTAT
CACAATCCAA ATGTAGAAGT AATACGTAAT ATGGCAGTTC AAGTAAATCC TCGAATTTAT
GAAAAAACAA TGTTACATCA TGATTTCTTA ACATTTAGCG TTGGAACAGG ACAAGCTAAT
ACGAGTTTTG AAATTCAATT TAATGAAGAA GAATTTAGTC AAACGAAAGA TGAATTAATT
GATATAGCGC GTGAACTAAG ACAGCGTTAT CTATCATTAG AAGATGTACC AGTTGTAACA
GATTTAATGA ATGGACCAGT TGGTTATATT GGCCAACGCT CTTTAGTGTT AGAGCAATTA
CAATTATTAG TTGCACAAAC AGCTTTATTC CATAGTTATT ATGACTTGCA GTTTATTACT
ATTTTTCCGG AAGAAGAAAA AGAAAAATGG GATTGGATGC GCTGGTTACC TCATGGAAGT
GTTCGTGATA TAAATGTACG TGGATTTGTA TACCATGATC GTAGCCGTGA TCAAGTGTTA
AATAGTTTGT ATCAAATATT GAAAGAACGA AAATTAAAAC TAGATGAAAA AAGTTCTACT
AATGAAAAAA TGTACTTTGC ACCGCACTAT GTCGTTCTCA TTACAGATGA AAAACTAATA
TTAGACCATG TTGTTATGGA ATTCTTTAAT GATGATCCGA GTCAATTAGG TGTATCACTT
GTATTTGTAC AAGATGTTAT GCAAAGTTTA CCGGAGCATG TGAAAACGGT AATAGATATA
AGAGATGCAA AACAAGGGAA CATCATCTTA GAGCAAGGAG AACTTGTTAA CCGTCAATTT
AAGCTAAATC ACGTGCCAAA AGGATTCAAT TTAGAAGATA TTTCACGGGC ATTAGCACCA
TTAAATCATT TGCAAAACTT AAAAAATAGT ATTCCAGAAA GCGTAACATT TTTAGAAATG
TACGGCGTTG AAAAAGTAAA AGAACTGAAT ATCACAAGTC GTTGGGAGAA AAATGCAGCG
CATAAATCTT TAGCTGTACC ACTTGGATTA CGTGGGAAAG AAGATATCGT AAACTTAAAC
TTACACGAAA AAGCACACGG ACCACACGGA TTAATAGCAG GTACAACAGG TTCAGGTAAA
TCGGAAATTA TACAATCGTA TATATTATCT CTAGCAGTCA ATTTCCACCC GTACGAAGTA
GCCTTTTTAC TAATTGACTA TAAAGGCGGC GGAATGGCGA ATTTATTCAA AAACTTACCG
CATTTATTAG GAACAATTAC GAACTTAGAT GGAGCGCAAA GTATGAGAGC GCTCGCATCA
ATTAAAGCTG AATTACAGAA AAGACAACGA TTATTTGGTG AAAATGATGT AAACCATATT
AATCAGTATC AAAAACTGTA TAAAGAAGGC TTAGTAAGTG AGCCGATGCC GCATCTATTT
TTAATTAGTG ATGAATTCGC GGAATTGAAG TCAGAACAAC CAGAATTTAT GAAAGAGTTA
GTTTCAACAG CGCGTATCGG TCGTTCACTC GGAATCCATT TAATATTAGC TACGCAAAAA
CCGAGTGGTG TTGTAGATGA TCAAATTTGG AGTAACTCGA AATTCAAACT AGCACTAAAA
GTGCAAAATA CGTCAGATAG TAATGAAATT TTAAAAACAC CGGATGCTGC TGAAATTACA
TTACCAGGAC GTGCTTACTT ACAAGTTGGG AATAATGAAA TTTATGAACT ATTCCAATCA
GCTTGGAGCG GAGCAGACTA TGTAGAAAAT AAAGAGGATA AAGAACATTT AGATGCAACA
ATCTATGCAA TAAATGATCT AGGACAATAT GAAATATTAA GTGAAGACTT AAGTGGACTT
GGTAGCAGTA AAGAAGTAAT AAGCGTACCA TCTGAACTGG ATGCTGTTAT TGACTACATT
CACGATTACG CAGAAATAAA TGAAATTGAA GCGTTAGCAA GACCGTGGTT ACCACCACTT
CCAGAAAGCG TATATTTACA AGACTTACAT GCTATTCAGT TCAAAGAAGC ATGGACGAAA
GAAAAGAAAC CATTACAAGC AACAATTGGT CTACTAGATC AGCCTGAATT ACAATCACAA
ACACCATTAA CATTAGATAT TAGTAAAGAC GGACACGTAG CGGTCTTCTC AAGCCCAGGC
TACGGAAAAT CAACATTCTT ACAATCAGTC ATTATGGATG TAGCTCGCCA GCATAGTCCG
GAGCATTTGC ATGTGTATTT ATTAGACTTC GGAACAAATG GCTTAATGCC ATTAAAATCT
TTACCGCATG TGGCAGACAT CATTACATTA GACCAAGTTG AAAAATGCGA GAAATTTCTT
CGTCGCATAG AAGACCTATT AAAAGATAGA AAGCAATTGC TAAGTAAATA TGGTGTTGCG
AGTCTTGAAA TGTATGAGAG AGCTAGTAAA GAAGTATTAC CAACAATATT AATTACGTTA
GATAACTATG ATGCTGTTAG AGAAGCTGGA TTTGTCGAAG ACTTTGAACG CATTATTGCA
CAAATTGTAC GTGAAGGGGC AGCAGTAGGA ATTCATTTAA TGCTTACGGC TACACGTCAA
AATGCATTGA GAGTACAAGT AAATACAAAT ATTAAACTAC AAATTGCTCT ATATATGATA
GATGAGGCAG AATCTAGAGC TATTGTAGGA AGAACAGACT TAAAAATTGA AGAATTAGCA
GGCCGTGGTT TAGTTAAAAT TGACGAACCA ACAATCTTCC AAACAGCTTT ACCGACAAAT
GGAGAAGATG TCCTTACTCG AATTGAAAAT ATACAAGCTG AAGGAAAAGA GATGGATTCC
TTCTGGGATG GAGAAAGACC GAAAGCAATT CCTATGGTAC CTGAAGTTCT GGAATACAAG
GAATTCATTG CATGGCCAGA AACAAGAAAA ATTATTGAAG CAGGCAAACT AGCATTTGGT
GTAGAGACAG AAAACGTTAC GCCTCTCGAA TTAGATTTAA CGGAAGCGTC TAATATTGTT
GTAGGGGGAA TTAAGAAAGA TGAAGTTGAA AATGTAGTTC ATCAATTCCT TCAACAGTTA
GCAGATAGTG GACACTTTGA TCTAGGTTTA ATTGATACAA GAACACGCAA TTTCTCAAAC
TATAGAGAGA GCGCTGCTTT ATATGTAGCT GAAAAAACAG GAATTGAGAA AACGATTAAA
CAAGTTACAA ATGCTTATAA ATCGAGAGAA GCGGCGTTTA AAGAAGAGCA GGAAGCATCA
AGTGAAACAG TGAACCCGGC AGAATTTATT AAGAAATTTA AGCCGATTGT AATCGTAATT
GCAGATGTAA ATGATATTTT AAGTAATTTA GAAGATAGCG ATATATATAG TTTGGCGGAA
TTAATAACAA ATGGTGCATT TATGGGCATC CACTTCGTAA TTGGCTGTGA TGTTGATTCA
ATTGACAGTC GATACGACTT AGTTTCAAAA ACAATAAAAA CGCAATCTCA TGTTATTTTA
CTTAGAAAAT CATCAGGCCA AATGGTCTTC GATGTATCTA ATAAAGATTT AAGTAGTACA
AAATTAAATC CATTTGAAGG GTATTTTGTT GAAAATCGTT TTGCTACTAG AATTAAAGTG
CCAACTATTT AA
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| Protein sequence | MEQLLVLTYG DKIYKCTLHP NEQSIVSIGK EWTNDITNPS LEQEVELKWN NEVNAWMVQE
RLIEFNKEIE IGKTRDVSLK IFISIVGTTK VFDIGTKHSL TVSQNDYDDI SITGTSVDLM
LSRETLYDSF KVNVYGGDVF HNYTKLKDSV MLESGDVLYF DGILLEIGSE DIQVLSSEDK
VKSELPILVE SETNYQSGYP DYHRSPRIIY REPEEKMTIA KPSSMPSKPT EHLARIIAPS
LVMIVVTVLL AIFMKYGMFI IASIAMTLVT IIVSVTSYIK NLKQYKVDIV ERDKSYREYI
KQKTKDLHAE SEKQRHALHY HNPNVEVIRN MAVQVNPRIY EKTMLHHDFL TFSVGTGQAN
TSFEIQFNEE EFSQTKDELI DIARELRQRY LSLEDVPVVT DLMNGPVGYI GQRSLVLEQL
QLLVAQTALF HSYYDLQFIT IFPEEEKEKW DWMRWLPHGS VRDINVRGFV YHDRSRDQVL
NSLYQILKER KLKLDEKSST NEKMYFAPHY VVLITDEKLI LDHVVMEFFN DDPSQLGVSL
VFVQDVMQSL PEHVKTVIDI RDAKQGNIIL EQGELVNRQF KLNHVPKGFN LEDISRALAP
LNHLQNLKNS IPESVTFLEM YGVEKVKELN ITSRWEKNAA HKSLAVPLGL RGKEDIVNLN
LHEKAHGPHG LIAGTTGSGK SEIIQSYILS LAVNFHPYEV AFLLIDYKGG GMANLFKNLP
HLLGTITNLD GAQSMRALAS IKAELQKRQR LFGENDVNHI NQYQKLYKEG LVSEPMPHLF
LISDEFAELK SEQPEFMKEL VSTARIGRSL GIHLILATQK PSGVVDDQIW SNSKFKLALK
VQNTSDSNEI LKTPDAAEIT LPGRAYLQVG NNEIYELFQS AWSGADYVEN KEDKEHLDAT
IYAINDLGQY EILSEDLSGL GSSKEVISVP SELDAVIDYI HDYAEINEIE ALARPWLPPL
PESVYLQDLH AIQFKEAWTK EKKPLQATIG LLDQPELQSQ TPLTLDISKD GHVAVFSSPG
YGKSTFLQSV IMDVARQHSP EHLHVYLLDF GTNGLMPLKS LPHVADIITL DQVEKCEKFL
RRIEDLLKDR KQLLSKYGVA SLEMYERASK EVLPTILITL DNYDAVREAG FVEDFERIIA
QIVREGAAVG IHLMLTATRQ NALRVQVNTN IKLQIALYMI DEAESRAIVG RTDLKIEELA
GRGLVKIDEP TIFQTALPTN GEDVLTRIEN IQAEGKEMDS FWDGERPKAI PMVPEVLEYK
EFIAWPETRK IIEAGKLAFG VETENVTPLE LDLTEASNIV VGGIKKDEVE NVVHQFLQQL
ADSGHFDLGL IDTRTRNFSN YRESAALYVA EKTGIEKTIK QVTNAYKSRE AAFKEEQEAS
SETVNPAEFI KKFKPIVIVI ADVNDILSNL EDSDIYSLAE LITNGAFMGI HFVIGCDVDS
IDSRYDLVSK TIKTQSHVIL LRKSSGQMVF DVSNKDLSST KLNPFEGYFV ENRFATRIKV
PTI
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