| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A4801 |
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| Symbol | |
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| ID | 7096603 |
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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 | 4647202 |
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| End bp | 4651281 |
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| Gene Length | 4080 bp |
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| Protein Length | 1359 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 643472310 |
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| Product | ftsk/spoiiie family protein |
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| Protein accession | YP_002369487 |
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| Protein GI | 218234599 |
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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 | 0.0440152 |
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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 | ATGTTAGATT GGATGAAAAA GCTGTTTAAC AAAGAGGAAG AACAAACAGC GATGAATAAA
GAAGTACCAA AGCAAATTGA AAGTCAGCCG AAAATTCCTC GTGTAAACCA CTACACTGAA
GCAAGAGAAG CACAAATGGC AAGTAGGAAT GCAGGTAAAT GCCGTTTTCC TTTAGTACCG
GATAATGGGT TCGATGAAGA GGATGAAAGT GAAGTAAATC GCTTCGAAGA ACAACCTGTT
CAAGGAGTAA CATATGAAGA ACCGACTGCC CAAAGAGGAA TAAAGGTGGA AAGAAGCAGA
CGACCGTATG TGGAAAAGGT AGTTTCTACA TATGAAGAGC CGGAAGTGCA ATATGAACCG
GTGCGGGAGT CTGTCGTTAA AAAGGCATCT GTACCTTCGC AAGAGAGTAA CCGTAGACCA
TTTCGTCCAA CAGAAATGAT TTCGCCAATT TATGGATATA ATCGTCCTTC AGTAGAGAAA
AAGGAAGAAA AGCAGGAGGA AGTAAAGGAA AGAGAAGACC TTGAAATATC TGTAGAGGGT
AAATCAGTCG TTGATGCATG GTTAGAGAAA AAAGGATATA CATTATCTGA TTTCTCAGAA
GGACAAGCAC CAACTTCTTC TAGTCATAGA GCTGCTAACC AGCAAGGGGA GCAACAATAT
GAAGAGAATA AAAAGGAAGA AAAGTCAGTA GTTGATCAAT GGCTAGAGAA AAACGGTTAT
GAAATTGAAC GCCAAGTGCC TTTAGTAGAA GAAAAAGAAG TGATTCAAGA AATGAGTACA
CCGCAGGAAG TTTCAGCGGA TGAATTACTT CATAAAACAG TAGCTGAGCA GATGGAAAGT
GCTAAGCTAG AAAAAGATGT AGTGGTGTTA AACGAAAACA ATCTACAAGA AGAATTAGTA
GCTTCTAAAG TAGAGCACGA GGATACAATA TTATCAGAAG AAATTAAACG TAATACAGAA
ATAAAACAAC CTACTATTGA AGTAGAAAAG CAAGCTCCAG AAGAATCAGT GATTGTCAAA
GCAGAAGAAA AACTTGAAGA AACAATCATT GTGGAAATAC CAGAAGAAGT GTCAAAAGTA
GAAGTAATTG CAGAAACGGA AGAGCTTGAA GAAGTAGTTA TGGAAACAGA GGCACCTGAA
GAAGTGGAAG CAGAAGGGTC AGAAGAAGTG GAAGTAATTG CGGAAACGGA AGAAGTGGAA
GTAATTGCAG AAACGAAAGA GCCAGAAGAA GTAGTTATGG AAACAGAAGA AGTGGAAGTA
ATTGCGGAAG CAGAAGAAGT AGAAGTGATT GTAGAAACAG AAGAGTCAGA AGAAGTGGAA
GTAATTGCGG AAGCAGAAGA AGTAGAAGTG ATTGTAGAAA CAGAAGAGTC AGAAGAAGTG
GAAGTAATTG CGGAAGCAGA AGAAGTAGAA GTGATTGTAG AAACAGAAGA GTCAGAAGAA
GTGGAAGTAA TTGCGGAAGC AGAAGAAGTA GAAGTGATTG TAGAAACAGA AGAGTCAGAA
GAAGTGGAAG TAATTGCGGA AGCAGAAGAA GTAGAAGTGA TTGTAGAAAC AGAAGAGTCA
GAAGAAGTGG AAGTAATTGC GGAAGCGAAA GAGCTAGAAG AAGTGGAAGT AATTACAGAA
ACAGAAGAGT CAGAAGAAGT GGAAGTAATT GCGGAAGCAG AAGAAACAGA AGTGATTGCA
GAAACAAAAG CGCCTGTAGT AGAGACATTT GTAGCACTTG AGGAAATTCA GCAAGAAGAT
GAAGCAATTG AACAAAAGAG TGAATTCATA CATGTTGCTG AGGCTGATGA ACAAACGAAG
AAAGATGTTC AAAGCTTTGC GAATGTTTTA ATTGCAGAAA CAGAGGAAAA TAGACGAGTT
GTAGAAGAAG CACAGGTCGC AGAAGAGCAA CGAGTTGTAG AAGAAGCGCC AGTCGTAGAA
GAGCAACGAG TTGTAGAAGA AACACCAATC GTAGAAGAGC AACCAGTTGT ACAAAAAGAA
GAACCAAAAC GTGAGAAAAA GCGCCATGTA CCATTTAATG TTGTTATGTT GAAACAAGAT
AGAACACGAT TAATGGAAAG ACATGCAGCT AGAGCAAATG CAATGCAGCC TTCTGCTAAT
GTACGAGTAG AGAATAAGCC AGTACAACAA GAGGTAGCAG AACCACAAGT GGAAGAACGC
CCAGTGCAGC AAGTAGTAGC AGAACCACAA GTGGAAGAAA ACCCAATGCA GCAGGTGGTA
GCAGAACCAC AAGTGGAAGA ACGCCCAGTG CAGCAAGTAG TAGCAGAACC ACAAGTGGAA
GAACGCCCAG TGCAGCAAGT AGTAGCAGAA CCACAAGTGG AAGAAAACCC AATGCAGCAG
GTGGTAGTAG AACCACAAGT GGAAGAACGT CCAGTGCAGC AGGTGGTAGT AGAACCACAA
GTGGAAGAGC GCCCAGTGCA GCAGGTGGTA GTAGAACCAC AAGTGGAAGA GCGCCCAGTG
CAGCAAGTAG CAGAACCACA AGTGGAAGAA CGCCCAGTGC AGCAAGTAGT AGCAGAACCA
CAAGTGGAAG AGCAACCAAT GCAGCAAGTA GTGGTAGAGC AAGTACAAAA GCCAATTTCA
AGTACGGAAG TACAAGAGAA AGCATATGTT GTAAATCAAA GAGAGAACGA TATGCGAAAT
GTATTGCATA CACCACCGAC ATATACTGTT CCACCATTAG CGCTGTTGTC GATTCCACAG
CAATCAGCGT TAGATAATAC AGAATGGTTA GAGGAGCAGA AAGAATTATT AGATACAACG
TTTAATAATT TTCATGTTGG AGCACATGTT ATTAATGTAT CACAAGGTCC AGCAGTAACT
CGTTTTGAAG TACAGCCAGA CCCAGGTGTG AAAGTAAATA AAATTACAAA TTTAAGTGAT
GATATTAAGT TAAGTTTAGC TGCGAAAGAT ATTCGTATTG AAGCACCGAT TCCAGGGAAG
AGTGCAATTG GAATTGAAGT TCCAAATAAA GAAAGTAAGC CAGTATTTCT TCGCGAAATT
TTAAGAAGTC CTGTATTTAC AAAGAGTGAA TCACCGCTTA CTGTTGCGCT TGGACTTGAT
ATTTCAGGGG ATCCAATTGT AACGGATATT CGAAAAATGC CGCACGGACT TATTGCGGGT
GCAACGGGTT CAGGTAAAAG TGTGTGTATT AACGCCATTT TAACGAGTAT TTTATATAAA
GCGAAACCAC ATGAAGTGAA GTTAATGTTA ATTGATCCGA AGATGGTTGA GCTTGCACCA
TACAATTCTG TTCCGCATCT TGTAGCACCT GTTATTACGG ATGTAAAAGC AGCGACAGCT
GCATTAAAAT GGGCAGTTGA GGAAATGGAA CGCCGTTATG AATTGTTTGC ACACGCAGGT
GCTCGTGATT TAACTCGCTA CAATACGATT GTAAGTGAGC GAGAAATTCC AGGAGAGACA
TTACCTTATA TCGTTATTGT CATTGACGAG TTAGCCGATT TAATGATGGT AGCACCTGGT
GATGTTGAGG AAGCGATTTG TCGTATTGCG CAAAAAGCAC GTGCTTGTGG TATTCATTTA
TTAGTAGCGA CGCAGCGTCC ATCTGTAGAT GTTATTACAG GTTTAATTAA GTCAAACATT
CCAACGCGTA TTGCGTTTAC TGTATCATCT CAAGTTGATT CGCGTACGAT TATTGATATT
GGGGGCGCGG AGAAATTACT TGGCCGTGGT GATATGTTAT TCTTAGGGAA CGGTACATCT
AAACCAGTTC GTGTACAAGG TGTATATGTA TCGGATGATG AGATTGAAAA AACAGTTGAT
CATGTGAAAA AGCAAATGAA GCCGAATTAC TTATTTAAGC AAGAGGATTT ATTAGCGAAA
ACAGAACAAG CTGAGTCGGA AGACGAATTG TTCCTTGATG CATGTCAATT TGTTGTAGAA
CAAGGGGGAG CGTCCACATC TTCTGTACAG CGAAAATTCC GCATCGGTTA TAATCGCGCG
GCACGTCTCA TTGAAGAGAT GGAATCGCAA GGAATTATTT CTGAAGGTAG AGGAACGAAA
CCGAGAGATG TCCTTATTTC TGAGGATGAA TTTGCCGCTA TGCAGGAAAC AAATGTATAG
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| Protein sequence | MLDWMKKLFN KEEEQTAMNK EVPKQIESQP KIPRVNHYTE AREAQMASRN AGKCRFPLVP
DNGFDEEDES EVNRFEEQPV QGVTYEEPTA QRGIKVERSR RPYVEKVVST YEEPEVQYEP
VRESVVKKAS VPSQESNRRP FRPTEMISPI YGYNRPSVEK KEEKQEEVKE REDLEISVEG
KSVVDAWLEK KGYTLSDFSE GQAPTSSSHR AANQQGEQQY EENKKEEKSV VDQWLEKNGY
EIERQVPLVE EKEVIQEMST PQEVSADELL HKTVAEQMES AKLEKDVVVL NENNLQEELV
ASKVEHEDTI LSEEIKRNTE IKQPTIEVEK QAPEESVIVK AEEKLEETII VEIPEEVSKV
EVIAETEELE EVVMETEAPE EVEAEGSEEV EVIAETEEVE VIAETKEPEE VVMETEEVEV
IAEAEEVEVI VETEESEEVE VIAEAEEVEV IVETEESEEV EVIAEAEEVE VIVETEESEE
VEVIAEAEEV EVIVETEESE EVEVIAEAEE VEVIVETEES EEVEVIAEAK ELEEVEVITE
TEESEEVEVI AEAEETEVIA ETKAPVVETF VALEEIQQED EAIEQKSEFI HVAEADEQTK
KDVQSFANVL IAETEENRRV VEEAQVAEEQ RVVEEAPVVE EQRVVEETPI VEEQPVVQKE
EPKREKKRHV PFNVVMLKQD RTRLMERHAA RANAMQPSAN VRVENKPVQQ EVAEPQVEER
PVQQVVAEPQ VEENPMQQVV AEPQVEERPV QQVVAEPQVE ERPVQQVVAE PQVEENPMQQ
VVVEPQVEER PVQQVVVEPQ VEERPVQQVV VEPQVEERPV QQVAEPQVEE RPVQQVVAEP
QVEEQPMQQV VVEQVQKPIS STEVQEKAYV VNQRENDMRN VLHTPPTYTV PPLALLSIPQ
QSALDNTEWL EEQKELLDTT FNNFHVGAHV INVSQGPAVT RFEVQPDPGV KVNKITNLSD
DIKLSLAAKD IRIEAPIPGK SAIGIEVPNK ESKPVFLREI LRSPVFTKSE SPLTVALGLD
ISGDPIVTDI RKMPHGLIAG ATGSGKSVCI NAILTSILYK AKPHEVKLML IDPKMVELAP
YNSVPHLVAP VITDVKAATA ALKWAVEEME RRYELFAHAG ARDLTRYNTI VSEREIPGET
LPYIVIVIDE LADLMMVAPG DVEEAICRIA QKARACGIHL LVATQRPSVD VITGLIKSNI
PTRIAFTVSS QVDSRTIIDI GGAEKLLGRG DMLFLGNGTS KPVRVQGVYV SDDEIEKTVD
HVKKQMKPNY LFKQEDLLAK TEQAESEDEL FLDACQFVVE QGGASTSSVQ RKFRIGYNRA
ARLIEEMESQ GIISEGRGTK PRDVLISEDE FAAMQETNV
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