| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bcer98_1577 |
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| Symbol | |
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| ID | 5345508 |
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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 cytotoxicus NVH 391-98 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009674 |
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| Strand | + |
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| Start bp | 1682414 |
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| End bp | 1686919 |
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| Gene Length | 4506 bp |
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| Protein Length | 1501 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 640839157 |
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| Product | cell divisionFtsK/SpoIIIE |
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| Protein accession | YP_001374883 |
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| Protein GI | 152975366 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.887078 |
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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 | ATGGAGCAAT TACTTGCACT AAGTTACGGG AATAAATTAC ATAAATGCCG CCTACATCCA
TCTGAGCGTC CTACAGTAAC GATTGGGAAA GACTGGTCTA ATCATATTAC AGATTTTGAT
TTAGATGAAT CGATTGAAAT GAATTGGGAC GGTGAATTGT CGGTTTGGAA AATAAAAGGA
CAGACACTTT TGTTGAATGA AGTCAATATC ATCCCACTAA AGAATGATAA GACGATGCGA
ATTTGGATTA CAACTGTAGA AGAAAGCGTT ATATATGATA CATCCACTCG GCGTTCCATA
GCCATTAGTA AAAATGACTA TGATGATATA ACTGTTCATG GTGCTACTGT TGATGTATTG
CTCATTCGTG AATCATTAGA TGATCCGTTC AAAATACATG TATATGAAGG AAGCGTCTTT
CATAACTATT CAAAAGTAGA AGAAACAGCA ATAGTAGAAC ATGGAGATCA TCTTTATTTT
GATGGTGTAA CGATTCATAT CGGAAGTGAA GATGTTCAAA TGTTTGCTTC GAAAAATCGG
GTAGAATCGA CATTGCCTCG TTTGTTAGAA GCAGACAGCC CTTACCACGA TGAATATCCT
GATTATCATC GTTCACCACG CATTATTTAT CGCGAGCCAG TTGAAAAAAT GGTCATTGCT
AAACCATCTA GTAAACCGAC AAAACCAACG GAGCATCTAG GGAGAGTAAT TGCTCCGGCG
CTTGTAATGA TTGTTGTAAC GGTAATCTTA GCTATATTTC GTACATATGG ACTCTTTATT
TATGCATCCT TAGCGATGAC TTTAGTGACT GTCATTGTTT CTATTACGTA TTACATAAAA
AATGTAAAAC AATATAAAAT TGACATTGCT GAACGAGATA AAAGTTACCG CGAATATTTA
GCGCGCAAGA CGAAAGATTT ATATGCAGAA AGTGAAAAAC AACGTCATGC ACTGCACTAT
CATTATCCGG ATGCTGTAGA AATTCGCAAA ATGGCAAAAG AAGTGAATTC TCGTATATAT
GAAAAAACAA TGATGCATCA TGATTTCTTA CATTACCGCG TCGGAAAAGG TGATGTAGAT
ACGAATTTTG AGATTGAATT TAATGAAGAA GAGTTCAGTC AACATAAAGA TGAACTAATT
GTAATGGGAC GTGAATTGCG ACAAAAATAT TTGTCACAAA AAGATGTACC AGTTGTAACC
GATTTAATGA ATGGGCCAGT CGGATATATT GGACAGCGCT CGTTAGTATT AGAACAACTG
CAATTATTAG TTATGCAAAC AGCGTTATTC CATAGTTACT ATGATGTACA GTTTATTACT
GTATTTCCTG AAGAAGAGAA ACATAAGTGG GAATGGATGC GTTGGTTACC TCATGCAAGT
GTCAGAGATA TTAATGTCAG AGGTTTTGTC TACCATGACC GAAGTAGAGA TCAAGTTTTA
AATAGTTTGT ATCAAATATT AAAAGAACGA AAATTAAAAG TAGATGAAAA AAGCAATTCT
AATGAAAAAA TCTATTTTTC ACCACATTAT GTTGTCTTAA TTACTGATGA AAAATTAATG
TTAGATCATG TCGTTATGGA ATTCTTTAAT GAAGACCCAA TTGATTTAGG AGTATCACTT
GTCTTTGTAC AAGATGTTAT GCAAAGCTTA CCGGAACAAG TAAAAACAGT TATTGATATA
AGAGATGCTA AAAAAGGAAA CATTATTTTG GAACAAGGAG AGCTAGTAAA TCGTTACTTT
GTACCAGATC ATTTTCCAAA AGGATTTCAT TTAGAAGATG TATCGCGAGC TCTAGCGCCA
CTTAATCATT TACAAAACTT GAAAAATAGT ATTCCAGAAA GTGTGACATT TCTAGAAATG
TATAATGTTG AGAAAGTAGA AGAACTCAAT ATTACACAAA GATGGGCAAA AAACGCAGCG
CATAAATCAT TAGCCGTACC ACTTGGCCTG CGAGGGAAAG AAGATATCGT AAATTTAAAC
CTGCATGAAA AGGCGCATGG ACCGCACGGA TTAATAGCTG GTACAACAGG ATCTGGTAAA
TCTGAGATTA TTCAATCTTA CATTTTATCT CTTGCGGTTA ATTTTCATCC ATATGAAGTT
GCTTTTCTAT TAATTGATTA TAAGGGCGGA GGTATGGCGA ACTTATTTAG AAATTTACCG
CATTTATTAG GGACGATTAC GAACTTAGAT GGTGCGCAAA GTATGCGTGC ACTTGCTTCA
ATTAAAGCGG AATTACAAAA ACGCCAACGC TTATTTGGCG AAAATAATGT GAATCATATT
AACCAATATC AAAAATTATA CAAAGAAGGC ATTGTAAAAG AGCCAATGCC GCATCTATTT
TTAATTAGTG ATGAGTTCGC AGAGTTAAAG TCAGAACAGC CAGACTTTAT GAAAGAATTA
GTTTCAACAG CGCGTATCGG ACGTTCTCTC GGTATTCATT TAATACTGGC TACACAAAAA
CCAAGTGGGG TTGTCGATGA TCAAATTTGG AGTAACTCGA AATTTAAACT AGCACTTAAA
GTGCAAAACA CGTCAGACAG TAATGAAATA TTAAAAACAC CTGACGCAGC AGAAATTACA
TTACCAGGAC GAGCATACTT ACAGGTCGGA AATAATGAAA TCTATGAATT ATTCCAATCT
GCGTGGAGCG GTGCTGACTA CGTGGAAAAT AAAGACGATC AAGATCACCT TGATACAACT
ATTTATACAA TTAACGACTT AGGTCAATAT GAAATATTAA GTGAGGACTT AAGCGGACTT
GGAGAAAATA AAGAAGTTTC AACCGTACCA ACTGAACTTG AAGCCGTGAT TGATTATATT
CATGATTACG CAGAAGATAG AAAAATCGAA GCACTTGCAA GACCATGGTT ACCGCCGCTT
CCAGAAAAAA TATTCCTGCA AGACTTACAC CCAGTTCACT TTAAAGAAGC ATGGAATGAA
GCGAAGAAAC CATTGCAAGC AACAGTTGGT TTACTAGATC AACCAGAATT ACAATCACAA
ACTCCACTAA CATTAGACAT AAGTAAAGAT GGACATGTTG CCGTCTTCTC AAGCCCAGGG
TACGGTAAAT CGACGTTCTT ACAAACATTA ATTATGGATG TAGCGCGTCA AAATAGTCCG
GAGCATTTGC ATGTGTATTT AGTCGACCTT GGTACGAATG GCCTCTTACC ATTAAAAGGA
TTGCCGCATG TTGCGGATAC AATTACGATT GACGAAGCAG AAAAGTGCTT AAAATTAGTT
GAAAGATTAA CGCAAGAGAT GAAACAACGT AAACGCATGT TAAGTGAATA TGACGTCGCA
AGCATAGAAA TGTATGAGAA AGCTAGCGGT AAACAAATAC CGAATATCAT CGTTGCAATC
GATAATTACG ATGCAGTGAA AGAAGCTAAA TTTTATGAGG AATTTGAAAT GCTAATTATG
CAAATCGTCC GAGAAGGGGC TAGTCTAGGA ATCCATACCT TAATTAGTGC AGGACGACAA
AGTGCACTGC GTATTCAACT ATACAACAAC ATTAAACTGC AAACATGTCT ATATATGATT
GACCAAAGTG AAATCTCAGG CATTGTAGGC CGATCTGATT TGAAAGTAGA AGAAATAGCA
GGACGAGCAA TTATAAAACT AGATTCACCG ACATTATTCC AGTCGGCATT ACCAACAAAA
GCAGAAGACG AATTAGAGCA AATTCAATTA CTGCAGCAAG AAGCAAGTGA AATGGATCAA
GAATGGGGTG GAGAACGTCC GAAGGCAATT CCAATGATGC CAGAAGTTAT TGATCTTCTC
ACATATCGTA AAAACAAGGA CGTTGCCAAA GCATTACAAG CGGGACAAGT TCCACTTGGG
CTTGACTTCA CAAATATAGA AGTTGTTGCG CACGATATTG CAGTTAACGA TCATTTAATG
ATTTACAGCG CAGATGATAA TATGAGAAAA CAAGTCGTAT CAAGTATACT TTCTCAAATG
AATAAAGACT ATTTTGAGAG TGTAACACTA GTAGATACAG CTGAGTATAG CTTCGTTCAA
TATAAAGACA ATGTGATGCA TTACATCGTA GAAGAAAATG AAGTAAACGT TCATGTGAAA
TATTGGATGG AAGTGATTCG CGAACGATCT CTTGCACTAT CACAAGCAAG ACAAGAAGGT
AGAGAAATAC CAGTGTTTAC AAAACAACTT ATCATCATGA CGAACGTTGA AGAATTTAGT
AGACTCGTTT ACCTAGAAAC AGATGACGCA ACAACTTTAA TGGACCTATC TCGAACAGTT
GGTATTTACT TTGTCCTAGC AGGACATCAT GACTATATCG ATCGCAACCG TGATGCCTTA
CCAATGAAAA TGCGAAGTAA ACTAACAGCA GGCATCATCG CCATGCCATT AAATGACCAA
AGTGTCTTCA ATATTAAATA CGTAAGTAAC GAAGCACCTT TAGGAAAAGA CGAAGTCTAT
TACTACCAAA AAGGAAGCAT TATAAAACTC AAAATGCCAA GAGTAATGAA CGAGGTGACG
GTATGA
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| Protein sequence | MEQLLALSYG NKLHKCRLHP SERPTVTIGK DWSNHITDFD LDESIEMNWD GELSVWKIKG
QTLLLNEVNI IPLKNDKTMR IWITTVEESV IYDTSTRRSI AISKNDYDDI TVHGATVDVL
LIRESLDDPF KIHVYEGSVF HNYSKVEETA IVEHGDHLYF DGVTIHIGSE DVQMFASKNR
VESTLPRLLE ADSPYHDEYP DYHRSPRIIY REPVEKMVIA KPSSKPTKPT EHLGRVIAPA
LVMIVVTVIL AIFRTYGLFI YASLAMTLVT VIVSITYYIK NVKQYKIDIA ERDKSYREYL
ARKTKDLYAE SEKQRHALHY HYPDAVEIRK MAKEVNSRIY EKTMMHHDFL HYRVGKGDVD
TNFEIEFNEE EFSQHKDELI VMGRELRQKY LSQKDVPVVT DLMNGPVGYI GQRSLVLEQL
QLLVMQTALF HSYYDVQFIT VFPEEEKHKW EWMRWLPHAS VRDINVRGFV YHDRSRDQVL
NSLYQILKER KLKVDEKSNS NEKIYFSPHY VVLITDEKLM LDHVVMEFFN EDPIDLGVSL
VFVQDVMQSL PEQVKTVIDI RDAKKGNIIL EQGELVNRYF VPDHFPKGFH LEDVSRALAP
LNHLQNLKNS IPESVTFLEM YNVEKVEELN ITQRWAKNAA HKSLAVPLGL RGKEDIVNLN
LHEKAHGPHG LIAGTTGSGK SEIIQSYILS LAVNFHPYEV AFLLIDYKGG GMANLFRNLP
HLLGTITNLD GAQSMRALAS IKAELQKRQR LFGENNVNHI NQYQKLYKEG IVKEPMPHLF
LISDEFAELK SEQPDFMKEL VSTARIGRSL GIHLILATQK PSGVVDDQIW SNSKFKLALK
VQNTSDSNEI LKTPDAAEIT LPGRAYLQVG NNEIYELFQS AWSGADYVEN KDDQDHLDTT
IYTINDLGQY EILSEDLSGL GENKEVSTVP TELEAVIDYI HDYAEDRKIE ALARPWLPPL
PEKIFLQDLH PVHFKEAWNE AKKPLQATVG LLDQPELQSQ TPLTLDISKD GHVAVFSSPG
YGKSTFLQTL IMDVARQNSP EHLHVYLVDL GTNGLLPLKG LPHVADTITI DEAEKCLKLV
ERLTQEMKQR KRMLSEYDVA SIEMYEKASG KQIPNIIVAI DNYDAVKEAK FYEEFEMLIM
QIVREGASLG IHTLISAGRQ SALRIQLYNN IKLQTCLYMI DQSEISGIVG RSDLKVEEIA
GRAIIKLDSP TLFQSALPTK AEDELEQIQL LQQEASEMDQ EWGGERPKAI PMMPEVIDLL
TYRKNKDVAK ALQAGQVPLG LDFTNIEVVA HDIAVNDHLM IYSADDNMRK QVVSSILSQM
NKDYFESVTL VDTAEYSFVQ YKDNVMHYIV EENEVNVHVK YWMEVIRERS LALSQARQEG
REIPVFTKQL IIMTNVEEFS RLVYLETDDA TTLMDLSRTV GIYFVLAGHH DYIDRNRDAL
PMKMRSKLTA GIIAMPLNDQ SVFNIKYVSN EAPLGKDEVY YYQKGSIIKL KMPRVMNEVT
V
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