| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_003879 |
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| Symbol | |
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| ID | 8557614 |
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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 | Vibrio sp. Ex25 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013456 |
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| Strand | - |
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| Start bp | 2507766 |
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| End bp | 2510810 |
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| Gene Length | 3045 bp |
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| Protein Length | 1014 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 646406976 |
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| Product | cell division protein FtsK |
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| Protein accession | YP_003286504 |
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| Protein GI | 262394650 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.000123897 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | ATGTTCAAAG AGAACGCAAA GAAAGTCGAA ACCATTATCA AAACCAGTGA AGAGCCCCAG
TCTTCACGCT TAAATGGCTT CCAACGCTTA AAAGAGTGCT GCTTTATCGT TGGCGTTCTT
AGCTCGGTAT TGCTTGCGGT TGCACTATTT ACCTTCAGTC CGGCCGATCC TTCCTGGTCC
CAAACCGCAT GGGGAGGGGA GATCGATAAT GCTGGTGGCC TTTTCGGCGC TTGGCTTGCG
GACACACTAT TCTTCACATT TGGCTCTCTC GCTTATCCCA TCCCTTTCTT GCTAGCTGCG
GCTGCATGGG TGATTTGCCG TAAACGAGGA GAAGATGAGC CAATTGATTT CATGTTATGG
GGTACAAGGT TACTCGGCCT TGTCGTCCTT ATAATGACTA GCTGTGGTCT AGCCGATATT
AATTTTGATG ATATTTGGTA TTTCTCGTCC GGTGGTGTCG TCGGGGACGT GTTGTCTAGC
CTAGCTTTAC CTACATTGAA TGTACTTGGC ACGACATTGG TACTGCTGTT CTTATGGGGA
GCGGGTTTTA CTCTCTTTAC TGGCATCTCA TGGCTTAATA TTGTGGAGTG GCTTGGTGAT
CGTGCATTAG CGCTAATTGC GGCGCTTGCA AATAAGATAA GAGGCTCTGA GCAAGAAGTT
TTAGAACCTC AGTTAGATGA GTTCGTGGAA GATAAAGTCT CTACGCCTAG ACATAACGTA
GACCATGACA TTGATGATGA GCCGCTTCCT CATTTAACGG CGTTCGATGT CGATGAGCCG
AAAGAATCGG CGCCTGCGCA TGAGTATCCT ATTTATATGC CGCAAGCTAA ACCTGAGAAG
CCAGCGGAAC AAATGATGGT GGAACCAACG CCACCACAAT GCAAGGCTAC GGTTAATGCT
GCGCCAGTTT ATGCTCAACC TGAGCACCAA ACGCAACCTG TCCATGCGGT GAATACTGAT
AACGTTGATC CGCTTCTGGA GCGTACCAAG CAGCTGAATG TCACGATAGA AGAGCTTGAA
GCTGCAGCGC AACAAGCAGA TGACTGGGGA ACTGAAGAAC AGGTAGCCCC ATCATTTGCA
GACACTTACT CTTCCTATGT AGAGCAACAT ACAGCTACAG AAGAACCGAA CAGTGTTGAA
CCAGATTATG CGGAGTACGA ACAATTTGAA GCAGAGCAAG TACAGCAGCC AAGTATTGAG
CATCCTGTGC ATGAAGAGCC TGTAATTGAT TCCGCTGCGC TAGATAGCAT CACGGAGCAA
ACAGAATCGA GTCAACACAT TGAACCTACG ATCTCTGATT TTGACGTGTT AGACGATGAA
GACGAAGTGG AGTCACAGCC TGTACAACAA GTACAGCCAG CTCCAACAAC ACCTCATCAG
CAAGTGGCAA CACCTTCAAC AACATTTGAA CCTGCACTTC AAAAAGCGGA GGTTCAAGAC
GGCGACGAAG ATGTAGCGGC ATTCCAAGAC ATGGTTTCTA GTGCGCAAGC CAAAGTAGCA
GCGACACAGA ACCCATTTTT GGTACAGAAA GAAGAAAACT TGCCTGTTCC AGAAGAGCCA
CTTCCAACGC TCGAGTTGCT TTACCATCCA GAAAAACGCG AAAACTTTAT CGACCGTGAT
GCGCTAGAGC AGGTCGCTCG ATTGGTTGAG AGCAAGCTAG CGGACTACAA AATCAAAGCC
GACGTGGTGG GGATTTATCC TGGTCCAGTG ATCACTCGCT TCGAGCTTGA TTTGGCGCCG
GGGGTAAAGG TAAGCCGTAT TTCTGGTCTT TCAACTGACT TAGCGCGTGC ATTGTCTGCA
ATGGCTGTAC GTGTTGTAGA AGTAATCCCT GGCAAGCCTT ACATCGGTTT GGAACTGCCA
AACATGAGTC GTCAGACGGT CTATTTATCT GATGTAATCA GTAGTCCTCA GTTTGAGCAA
GCAACGTCAC CAACAACGGT TGTGTTAGGT CAAGACATTG CGGGCGAAGC TGTTGTGGCT
GATCTCGCGA AGATGCCTCA CGTGCTAGTA GCAGGTACAA CCGGTTCTGG TAAGTCGGTG
GGTGTGAACG TGATGATTTT GAGCATGCTG TATAAAGCTG GCCCAGAAGA TGTACGCTTC
ATCATGATTG ACCCGAAAAT GCTAGAGCTT TCTATTTACG AAGGTATCCC TCATCTTCTT
TCTGAAGTTG TGACTGATAT GAAAGACGCA TCAAACGCTC TACGTTGGTG TGTGGGTGAG
ATGGAACGTC GTTATAAATT GATGTCGGCA TTGGGCGTTC GTAATGTGAA AGGCTTTAAC
GAGAAGTTGA AGATGGCAGC AGAAGCAGGT CACCCAATTC ATGATCCATT CTGGCAAGAA
GGCGACAGTA TGGATACGGA ACCGCCATTG TTAGAAAAAC TGCCGTACAT CGTTGTTGTT
GTCGATGAAT TTGCTGACCT GATGATGGTG GTGGGTAAGA AGGTAGAAGA ACTGATTGCA
CGCTTGGCAC AAAAGGCGCG TGCGGCAGGT ATTCATTTAA TTCTTGCGAC TCAGCGTCCA
TCGGTGGATG TTATCACGGG TCTGATTAAA GCGAATATTC CAACTCGTGT TGCGTTTACG
GTATCGACTA AAACAGACTC CCGTACGATT CTAGACCAAG GTGGTGCAGA ATCACTGCTT
GGTATGGGTG ACATGTTGTA CTTACCACCA GGCTCTAGCC ATACGACCCG TGTTCATGGT
GCGTTTGCAT CAGATGACGA TGTTCATGCG GTTGTAAACA ACTGGAAAGC GCGTGGTAAA
CCGAACTACA TTGAAGAAAT CATCAGCGGA GATCAAAGTC CAGAAAGCTT ATTGCCAGGT
GAGCAAATGG AAGCGGATGA AGATGTGGAT CCACTCTTCG ATCAAGTCGT TGAGCACGTA
GTTCAGTCAC GTCGAGGCTC TGTTTCTGGC GTACAGCGTC GATTTAAGAT CGGTTACAAC
CGTGCCGCCC GTATTGTTGA GCAACTCGAA GCGCAAGGTA TCGTGAGTGC ACCGGGTCAC
AACGGTAACC GCGAAGTTTT AGCTCCTGCG CCGCCAAAAG ATTAA
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| Protein sequence | MFKENAKKVE TIIKTSEEPQ SSRLNGFQRL KECCFIVGVL SSVLLAVALF TFSPADPSWS
QTAWGGEIDN AGGLFGAWLA DTLFFTFGSL AYPIPFLLAA AAWVICRKRG EDEPIDFMLW
GTRLLGLVVL IMTSCGLADI NFDDIWYFSS GGVVGDVLSS LALPTLNVLG TTLVLLFLWG
AGFTLFTGIS WLNIVEWLGD RALALIAALA NKIRGSEQEV LEPQLDEFVE DKVSTPRHNV
DHDIDDEPLP HLTAFDVDEP KESAPAHEYP IYMPQAKPEK PAEQMMVEPT PPQCKATVNA
APVYAQPEHQ TQPVHAVNTD NVDPLLERTK QLNVTIEELE AAAQQADDWG TEEQVAPSFA
DTYSSYVEQH TATEEPNSVE PDYAEYEQFE AEQVQQPSIE HPVHEEPVID SAALDSITEQ
TESSQHIEPT ISDFDVLDDE DEVESQPVQQ VQPAPTTPHQ QVATPSTTFE PALQKAEVQD
GDEDVAAFQD MVSSAQAKVA ATQNPFLVQK EENLPVPEEP LPTLELLYHP EKRENFIDRD
ALEQVARLVE SKLADYKIKA DVVGIYPGPV ITRFELDLAP GVKVSRISGL STDLARALSA
MAVRVVEVIP GKPYIGLELP NMSRQTVYLS DVISSPQFEQ ATSPTTVVLG QDIAGEAVVA
DLAKMPHVLV AGTTGSGKSV GVNVMILSML YKAGPEDVRF IMIDPKMLEL SIYEGIPHLL
SEVVTDMKDA SNALRWCVGE MERRYKLMSA LGVRNVKGFN EKLKMAAEAG HPIHDPFWQE
GDSMDTEPPL LEKLPYIVVV VDEFADLMMV VGKKVEELIA RLAQKARAAG IHLILATQRP
SVDVITGLIK ANIPTRVAFT VSTKTDSRTI LDQGGAESLL GMGDMLYLPP GSSHTTRVHG
AFASDDDVHA VVNNWKARGK PNYIEEIISG DQSPESLLPG EQMEADEDVD PLFDQVVEHV
VQSRRGSVSG VQRRFKIGYN RAARIVEQLE AQGIVSAPGH NGNREVLAPA PPKD
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