| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmc1_1615 |
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| Symbol | |
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| ID | 4480876 |
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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 | Magnetococcus sp. MC-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008576 |
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| Strand | - |
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| Start bp | 1998381 |
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| End bp | 2002814 |
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| Gene Length | 4434 bp |
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| Protein Length | 1477 aa |
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| Translation table | 11 |
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| GC content | 58% |
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| IMG OID | 639722357 |
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| Product | DNA translocase FtsK |
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| Protein accession | YP_865530 |
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| Protein GI | 117924913 |
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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 | 5 |
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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 | 12 |
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| Fosmid unclonability p-value | 0.962365 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGGCATCTA CGCGAGGCAA GCAGCGCAAT CGCGTCAAAG GATCTGACGC TGTCAAGGAT
GACAAGAGAG AGGCCCAATA CCGTGAGGGA ACGGGCATTG TATTGGCGTG CGCCACGGCT
TTTCTTACTC TAAGTCTGGC TTCATATCAT CGAGCCGACC CATCGTTTAA CCATACCAAC
CCCATGCCCG CACAAAATTT AGCCGGGCAA GCGGGTGCCT ATCTTTCCGA TGTGATGTTT
CAAACCCTGG GCTGGTCGGC GCTGTTGGTG CCCCTGTTTA TGGCCATTTT GGGTTTACGC
ATGTTCCGAC AGCCGCCCTT TTATCTGCCG TGGCATCGCG TAATCGCGCT GCCGATTTTT
CTTGCCTCGC TCTGCGCCCT GATGAGCCTT GTCTTTCCAA CCCTGCCGCT GAACGAGGGG
CTACCCGCTG GACATGGGGG TTGGCTGGGT ATTGTGACAG GCCGGGTGAT GTACTACACC
TTTGGCGCTT GGGGGTCGGT GGGGATATTG GTGGTGCTTG CCATCATTAG TTTTCTGCTC
ACCACCCATT TATCCGTCAC CCAACTACTG GCTAGGTGGG CGCTGTGGCA GGATGAACGG
GAGATGCACC AAGAGCAGGT TGATCAAAAA TCCCAAGCCA AAGAGCGCCT TTTGGGTCAT
GTGGCAGAGC TTGGCAGCAA CCCGGTACAC AGCGGCCATA TTGCTGAGGA TCCCTTGGCA
GACGAACGCG ACATACCGGG CGCTGTTACC CAGTTAGGGG AGCGGGTTGG GCAGCGCCTC
AGCCATGGGT GGGCACGCCT GTTACAGTGG GCCAGCCTGC TTACCCAGCT GGGCCGTTTA
CGTCGGCGTA TGCAGTTAAA TAGCCTTAAA AAGCATGCTC AGGATGAGAT GCATAGCCGC
GTAAAGAAAC CGGTGATGGC ACACATTCTG CGCAAGCCTG CCCGCAATGA GGATGCCGCT
ATGGCGGCCA TGGCGGCGGT GGATGTGGAT GCGCCTTTTA CCAGCGCAGC GGAAGATGGC
CGTCAGGAGC CCAGTTTTGA GGCGTTTTCT CCAGAGCTTA CCCAGCAAGA GCCTCATTTT
GACGATGAGC CTTGGCATGA GCCCACCGAA CAGTTAAATC AAAACCTCTC TCAAGCCTTG
GCGGAGGCCA CGCTGCATGG TGGTGCGCAT GACCAGCCAC CTCCAACAGC GGAGAATGCC
CTTTTAAGGA GCTTGGCTGA TCTGGTGGGC GAGCAGCCCC CCTATGAATG TGACGCCAAA
CCTGCCACAC CAGCCAGACC TACGGTGTCG TTGGATTGGG CACCGGCGGA TGATCATGAC
GATTTTGAGC CGCAAGGGGG TTGGCATGAC TTTGCCCAAC AGGAGAAGGA TCTGGAGGAA
CTGGAGGAAC TGGAGGATGA GGATGAAGAG CGGGAGGAGG AGAGCCTACT CGACCCCTTA
GCCGAGAGTA TTGCCCGTCA ATTGGCCCTC AAAGGGCTGC CCGAGGGGCA CGCCATCGCC
AGTGGTGAGG CAGAGGTGAT GGATCCGGAA CTTGATTTGG CGGATTTGAC ACAAGCCCAA
GATCCCACGT TATCCTCCCT GGCACAAGCT ATTGCGCAGC GCGGTTTATT GCAGGAACCC
ACGCCACCGG AGATGCCCCA TTTAGATGCG CATGCCTTGG CTCAATTGCA AGAATCCGAT
GATGAAACAA CGCCAGCTGC GACGCTGCTG GTGGACCCCA ATGATCAGGT CAATCCCTTG
CAAGAAGCCG AGTTAACCAT TGCCGAAGCG GTAGCCTTAG CCGAAGCCAC GGGGGATATG
CATGAGGGGC CGGTTGGGGA TATTGTGGTG GAAGATCCTG CCAATGGGGA TCAACAGCCC
GTACCCAACA TTATTGCAGC CGCTCGTCAG GTTGCAGAAA AGCTCCATCC TGTCTTTCAA
GGGGATACAA GCAGCTTGGA TACGCCAAGA GAGGCTGCTC CTGAGCTACC CCCTACGCCA
CCGCCCCCCG CTGTGGATCC TTTACAAGCC AAAGAGGCGC GTATTTTACA AACGCTCAAG
GCGAACCACG GCGCGTCCAC GCTGCCCCCG TTAGCGAGGG ATTTTTCCGC CACAGAGAGC
CTATCAAGCC AGGAATATTC CGACCCTAGG CCAACCGCAG AAGCTGGGTC CGATGATGCG
GATGCCGCCC TTCCAGAGAG TGGACAGGAT GGTGCGGATA ACGCCTTGAT GGCGGCCTCA
CTACTCCAAG CGGCCCCTAC CCCGGCGGCG GCGGCCCTCA CCGCCATGGC CAGCATGGGC
GAGAGCCTCT CCTCTGATTT GGATGGAGAA GAGGAATTCT GGCCAGATGT GCAATCGTAC
GAAGCATTTG AACCAAGCCA GACCGAGCCC ACCACGCCCC ATGATGTCAT AGAGCCAGAG
GCCGACGTGG TGGCAGCCGG TATCTCAGCC CCCATAGCCG AAAATTTCCC TACGGCTCCC
GAGGTAGAGC GCTTCTTAGA TCACCCCCCC GTGATTGATC GTGCCTTTGA GACCGCGCCC
ATCACGGATG GCTTTCATAC AGCCCCCATG GCTGAGGCCG CTTTACAGGC CAGCCCCATG
ACACAGACAG AAGCTTTTGC CGAAAATCCT ATGACGGCAA ACACGTTTAA TCAGCCCCCA
CTCATGGAGC CCCCTGCTGC GTCCGCTCCC GAGCTGGAAG ACGAGGTTTT TGCCCAGCCC
GCTCCCGAGC TGGAAGACGA GGTTTTTGCC CAGCCCACCC CTACGGATGG CTCCATTGAG
GCTCTCCCTA TGGCGCCGGA GGAGGCGCCC TTTGCCCAGG CTTCCATGGC TGAGGTTACG
CTTCAAGCCC CTCCGCGCTC TGCACCTGTT GCCGCTGTGC CAACCTCTAC AGCCCCCCCC
TTACCGCCGG AACAGCGTTA TATTTTGCCG GACATTGCCA TGCTGCAACT GCCCGACCCC
ACGGCGCATG TGGTGGATGA GTCGGCGCTG AATGCCAAGG CACGGCAGTT GGAGGCGGTG
TTGGGGCACT TTAAGGTTAA GGGGCAGATT ATTGATTATC ACCCTGGTCC GGTGGTGACC
ACCTATGAAT TAGACCCCGC TCCCGGCTTA AAATCTTCCA AGGTAGTAGG CATTGCCGAC
GATCTGGCAC GTTCTATTTC GGCGCTGTCG GTGCGGGTGG TGGGTAACAT TCCCGGTAAA
AGCGTGATTG GCATTGAGGT ACCCAACGAG GTACGCGAAA CGGTCTATCT GCGCGAAGTG
CTGCAATGCA AGGCGTTTCA AGAGAACAAA GCCCCCCTGA CCGTCGCCTT AGGCTCGGAT
ATTGAGGGGG AGCCCGTGGT GGCCAACCTT GCCAAGATGC CCCACCTCTT GGTGGCGGGT
ACCACCGGTT CGGGTAAATC GGTGGCAGTG AACGCCATGA TCTGCTCTAT CCTGTTTAAT
GCCCGGCCCG ATGAGGTGCG TTTCCTCATG GTGGACCCCA AGATGCTGGA GCTCTCCATT
TACGAAGGGA TTCCTCACCT GCTGGCCCCG GTGGTGACAG ATGTGAGCAA ATCGGCCACA
TTGCTCAAGT GGGCGGTGCA TGAGATGGAG GAGCGCTACC GGTTAATGTC GGAGATTGGC
GTTCGTAATT TGGCGGGCTT CAATGAAAAG ATGGATCAGA TGCTGGCCAG CGGCGAGCAA
CCCACCCGCC GTGTGAAGGT GGGCTTTGAT CCCGAAACCG GGGCCCCAGT GGAGCGGGAC
GAGCCCATTC CACTCAAGAA AAAACCGCTG ATTGTTATCG TTATTGATGA GCTGGCGGAC
CTGATGATCC AGGTTGGTAA AGAGGTGGAA CCGGCCATTG CCCGTTTGGC ACAGATGGCA
CGGGCGGCGG GTCTGCATCT TATTTTGGCC ACGCAGCGCC CCTCGGTGGA TGTTATCACC
GGTCTGATTA AGGCCAACTT TCCCACCCGT TTGGCCTTTC AGGTCTCCTC GCGCATTGAT
TCGCGCACCA TTTTGGACGC CATGGGGGCC GACCGTCTGT TGGGCATGGG GGATGGCCTC
TACCTGCCGC CGGGCACCTC GCACCTACAG CGCATCCACG CCCCCTTTGT AGCCGATGGC
GAGGTGCATG CTTTGGTCAA ACATTGGAAA CAGTTTGGCA GCCCCGACTA TGACGATAAC
ATTCTGATTC CCCGTGATGA GGATGATGGT GATGCCCTTG GTGACATGGG TATGGAGATG
GGCTCCGCAG GCGGTAACTT GGCCGATTAT GACGAATTTT ATGATCAGGC TGCGCAGTTG
GTGGTGCGGC AGCGGCGGGT TAGTACCAGT ATGATCCAGC GTCACTTTAA GATCGGTTAT
AACCGCGCGG CCCGTATTGT GGAGCAGATG GAAGAGGATG GATTGGTCTC CCCCACCAAC
CACCAAGGCA AGCGCGAGGT ATTGGCCCCC GAACAGCCGA GCATGGATTA TTAA
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| Protein sequence | MASTRGKQRN RVKGSDAVKD DKREAQYREG TGIVLACATA FLTLSLASYH RADPSFNHTN
PMPAQNLAGQ AGAYLSDVMF QTLGWSALLV PLFMAILGLR MFRQPPFYLP WHRVIALPIF
LASLCALMSL VFPTLPLNEG LPAGHGGWLG IVTGRVMYYT FGAWGSVGIL VVLAIISFLL
TTHLSVTQLL ARWALWQDER EMHQEQVDQK SQAKERLLGH VAELGSNPVH SGHIAEDPLA
DERDIPGAVT QLGERVGQRL SHGWARLLQW ASLLTQLGRL RRRMQLNSLK KHAQDEMHSR
VKKPVMAHIL RKPARNEDAA MAAMAAVDVD APFTSAAEDG RQEPSFEAFS PELTQQEPHF
DDEPWHEPTE QLNQNLSQAL AEATLHGGAH DQPPPTAENA LLRSLADLVG EQPPYECDAK
PATPARPTVS LDWAPADDHD DFEPQGGWHD FAQQEKDLEE LEELEDEDEE REEESLLDPL
AESIARQLAL KGLPEGHAIA SGEAEVMDPE LDLADLTQAQ DPTLSSLAQA IAQRGLLQEP
TPPEMPHLDA HALAQLQESD DETTPAATLL VDPNDQVNPL QEAELTIAEA VALAEATGDM
HEGPVGDIVV EDPANGDQQP VPNIIAAARQ VAEKLHPVFQ GDTSSLDTPR EAAPELPPTP
PPPAVDPLQA KEARILQTLK ANHGASTLPP LARDFSATES LSSQEYSDPR PTAEAGSDDA
DAALPESGQD GADNALMAAS LLQAAPTPAA AALTAMASMG ESLSSDLDGE EEFWPDVQSY
EAFEPSQTEP TTPHDVIEPE ADVVAAGISA PIAENFPTAP EVERFLDHPP VIDRAFETAP
ITDGFHTAPM AEAALQASPM TQTEAFAENP MTANTFNQPP LMEPPAASAP ELEDEVFAQP
APELEDEVFA QPTPTDGSIE ALPMAPEEAP FAQASMAEVT LQAPPRSAPV AAVPTSTAPP
LPPEQRYILP DIAMLQLPDP TAHVVDESAL NAKARQLEAV LGHFKVKGQI IDYHPGPVVT
TYELDPAPGL KSSKVVGIAD DLARSISALS VRVVGNIPGK SVIGIEVPNE VRETVYLREV
LQCKAFQENK APLTVALGSD IEGEPVVANL AKMPHLLVAG TTGSGKSVAV NAMICSILFN
ARPDEVRFLM VDPKMLELSI YEGIPHLLAP VVTDVSKSAT LLKWAVHEME ERYRLMSEIG
VRNLAGFNEK MDQMLASGEQ PTRRVKVGFD PETGAPVERD EPIPLKKKPL IVIVIDELAD
LMIQVGKEVE PAIARLAQMA RAAGLHLILA TQRPSVDVIT GLIKANFPTR LAFQVSSRID
SRTILDAMGA DRLLGMGDGL YLPPGTSHLQ RIHAPFVADG EVHALVKHWK QFGSPDYDDN
ILIPRDEDDG DALGDMGMEM GSAGGNLADY DEFYDQAAQL VVRQRRVSTS MIQRHFKIGY
NRAARIVEQM EEDGLVSPTN HQGKREVLAP EQPSMDY
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