| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VSAL_I1841 |
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| Symbol | |
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| ID | 6988762 |
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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 | Aliivibrio salmonicida LFI1238 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011312 |
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| Strand | + |
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| Start bp | 1974174 |
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| End bp | 1977449 |
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| Gene Length | 3276 bp |
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| Protein Length | 1091 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 643380140 |
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| Product | DNA translocase FtsK |
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| Protein accession | YP_002263237 |
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| Protein GI | 209695308 |
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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 | 3 |
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| Plasmid unclonability p-value | 0.239685 |
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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 | GTGACAGTGG ATAGTATTTT GTTTTCAAAG ATAAAAGAAA AAATATCGGA AAGAAAAGAG
CAGCTGACGA CATTAAAAGT TGAAAAGATA TCTGAACCGG ATAAAGAACG GTTGAATGGT
AATCAACGGT TGCAAGAAGC CATGTTTATA GTTGGCTTAC TTGCGACTAT TTTTATTGCT
GTCTCTTTAT ATAGCTTTAA TCCTGCAGAT CCATCATGGT CTCAGACTGC ATGGGCTGGC
AGTGTAGAAA ATGCAGGTGG TGCATTAGGT GCTTGGATTG GTGATACTTT ATTTTTCTCG
TTTGGTTCTT TAGCGTATTT ATTACCTGTC ATCATAATGA GCTGCACATG GATTGCTTTT
AGAAAAAAAG ATGAAGATGG CGAAGCCGAG TTAGATCTGA TGATGATTGG TACTCGTATT
CTGGGTCTGC TCATTTTATT CTTAACCAGC TGTGCGTTAG CCGATACCAG TTTTGATGAT
CTTTGGTATT TCTCGTCTGG TGGTGTTGTT GGTGATGTCC TAACGAGTAT TACAACACCT
GCACTTAACT TATTAGGCTC AACGCTTATC TTCATGTTCT TGTGGGGGGC AGGTTTAACG
TTATTTACTG GTGTGTCATG GTTAACTATT GTTGATAATC TTGGTGGCTG GAGTCTTGAA
GGCTTTAGAA AAATAGTTAA TAAAGCAAGA AAAACAGATG ATGAGACGTA TCGGGTAGAT
ACGAGTGTTA CAGAGACGGA AGAACCCAAA GATAATAGTT TAAATCAAGC TGGCCGTAAT
GCCTCATTTA GCGCCGTACC GACGGCAGTT AATGCGTTTG AAACACCAAA AATATCAGCA
AGCGAATTAT CTGCATTCTC TCAAGAACCG ATTGTTGAAG ACAAATTTGA AGAGTACCCA
TTAAATAAAT TTGAAATGAA TCAGTTTGAT GACAGTGACA ATGATCCCTT GTTCTCAAGC
TCTTCTATCG ATGTGTTTGC CGACGAAACA CCCACTAATA TTGTTACTGA ACCAGTGATG
CCTATAGCAG TGGAAGAAGC TGAAATAGAA ACAACGGCAA TACCAATGAG CGATAATGGA
ACAGAGGTTA AAGAAGCGCT TTCAGTGGAA TCAGTACCAG AGAGACAAGA ACCAGAATCT
TTGGATGATG GTATTAATTT TTCAATGCGC AGTAATGCAA CGATTGAAGA ATTAGATATG
GAAGCGTTAG ATCAAGATCC TCTTCTAAGT AATATGGATG CGGAAAAAAC GTTTGTGAAA
ATAGCAGCGG CGTCTATCCC TAGCGTAATG GTCGCTGGTG ATGAAGACAT CAGTATCAAT
AATGATGATA TCTTGTCAGT AGATGAAGAG CTGCCTCATT TCCCTGCTGA AGATTCGAGC
ATTGCTGAAT CGGTGCCTTT TTCTTCCATT CCTGAAGAGT CAGCGTCTGA TTATAGTGTA
AATGAACCTT TTAATGAGGT GACTGCGGAA GAAATTGATG ATGTTAGTTC TGCGTTTATA
GCATCGCATA ACGAAGATAA TATTGAAGAC ATTCATTTCT CTGCACATGA AGACGATGAG
ATTGAGGAAG TAACTGAAGA ATTACCTGTA TTTAATGCCA TCGAAAAACA TGAAATTGCA
GAGGTAGTCG AAGTAGAAGA AATTATTGAG AATGAGCCAA CACACTCTGA TGCAGATATC
GCCGCATTCC AAGCGTTAGT TGCAAAAGAA AAAGCAACTC AAGCGGCATT GCAGAATCCA
TTCTTGGTAA ATTCAGAACC AAACCTACCA AAACCAACGG CACCGATGCC AACCTTAGAT
TTATTATTTT CGCCAGATAC ACGTGCGGAA ATGGAATCTC GTGAATCATT AGAGCATACC
GCTCGTTTGG TAGAAGCGAA ATTAGCCGAT TATAAAATTA AAGCTCGTGT GGTGGATATT
TTCCCTGGCC CTGTTATTAC ACGTTTTGAA TTGGATTTGG CTCCGGGTGT TAAGGTCAGC
CGAATTTCAG GTCTAGCAAC GGATTTAGCG CGTTCTTTAT CGGCAATGGC CGTTCGTGTG
GTTGAAGTTA TTCCGGGTAA ACCTTATGTT GGCCTTGAGT TACCGAACTT TAATCGTCAA
ACCGTCTTTT TCTCTGATGT TGTTGGCAGT GAAATATTTC AAAATGCAAA ATCACCAACC
ACGGTAGTGA TGGGGCTTGA TATTGCCGGT GAAGCGGTTA TTGCGGACTT AGCCAAAATG
CCTCACGTCT TGGTTGCTGG TACGACTGGT TCTGGTAAAT CAGTCGGTGT AAACGTCATG
ATCTTGAGTG TACTTTATAA AGCCACACCA GAAGAGGTAC GTTTTATCAT GATTGATCCA
AAAATGTTGG AACTTTCTAT CTATGAAGGT ATCCCACACT TATTGACGGA AGTTGTTACT
GACATGAAAG ATGCAGGTAA TGCATTACGC TGGTGTGTTG GTGAGATGGA ACGTCGTTAT
AAATTAATGT CTGCATTAGG GGTACGTAAC CTACAAGGCT TTAATGATAA ATTAAAAATG
GCAGCAGCAG CAGGACATCC TATCCATGAT CCATTATGGA AACCGGGTGA CAGTATGCAT
GAGACACCGC CGTTGTTAGA AAAATTACCT TCTATTATTG TTATCGTTGA TGAATTTGCC
GATTTGATGA TGGTTGTGGG TAAAAAAGTA GAAGAACTGA TTGCTCGATT AGCTCAAAAG
GCGCGTGCGG CAGGTATTCA CTTAATTCTG GCAACGCAGC GTCCTTCCGT TGATGTTATT
ACTGGATTGA TTAAAGCAAA CATTCCAACA CGTGTTGCTT TTACGGTTTC AACGAAAGTC
GATTCAAGAA CCATTCTTGA CCAAGGTGGT GCAGAGTCAT TACTTGGTAT GGGTGACATG
CTTTACTTAG CGCCAGGTTC TAACCATACG GTTCGTGTAC ATGGTGCGTT TGCCTCTGAT
GATGATGTAC ATGCGGTTGT TAATGATTGG AAAGCTCGTG GTCGACCAAA TTATGTTGAA
GCCATTACTA AAAGTGAACA AGGCGCAGAA TCGTTGTTGC CGGGTGAAAA ATCGGACAGT
GAAGAAGAGC TTGATCAACT GTTTGATCAA GTGGTTGAAT TTGTAACCAC TTCTCGACGT
GGTTCTGTTT CTGGTGTCCA ACGACAGTTT AGAATTGGTT ATAACCGTGC TGCTCGTATT
GTTGAGCAAC TAGAAGCGCA CGGGATAGTA AGTACTCCGG GCCATAATGG TAACCGTGAA
GTGATTGCAC CGCCTCCTGT AGGTTTGGGC GATTAA
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| Protein sequence | MTVDSILFSK IKEKISERKE QLTTLKVEKI SEPDKERLNG NQRLQEAMFI VGLLATIFIA
VSLYSFNPAD PSWSQTAWAG SVENAGGALG AWIGDTLFFS FGSLAYLLPV IIMSCTWIAF
RKKDEDGEAE LDLMMIGTRI LGLLILFLTS CALADTSFDD LWYFSSGGVV GDVLTSITTP
ALNLLGSTLI FMFLWGAGLT LFTGVSWLTI VDNLGGWSLE GFRKIVNKAR KTDDETYRVD
TSVTETEEPK DNSLNQAGRN ASFSAVPTAV NAFETPKISA SELSAFSQEP IVEDKFEEYP
LNKFEMNQFD DSDNDPLFSS SSIDVFADET PTNIVTEPVM PIAVEEAEIE TTAIPMSDNG
TEVKEALSVE SVPERQEPES LDDGINFSMR SNATIEELDM EALDQDPLLS NMDAEKTFVK
IAAASIPSVM VAGDEDISIN NDDILSVDEE LPHFPAEDSS IAESVPFSSI PEESASDYSV
NEPFNEVTAE EIDDVSSAFI ASHNEDNIED IHFSAHEDDE IEEVTEELPV FNAIEKHEIA
EVVEVEEIIE NEPTHSDADI AAFQALVAKE KATQAALQNP FLVNSEPNLP KPTAPMPTLD
LLFSPDTRAE MESRESLEHT ARLVEAKLAD YKIKARVVDI FPGPVITRFE LDLAPGVKVS
RISGLATDLA RSLSAMAVRV VEVIPGKPYV GLELPNFNRQ TVFFSDVVGS EIFQNAKSPT
TVVMGLDIAG EAVIADLAKM PHVLVAGTTG SGKSVGVNVM ILSVLYKATP EEVRFIMIDP
KMLELSIYEG IPHLLTEVVT DMKDAGNALR WCVGEMERRY KLMSALGVRN LQGFNDKLKM
AAAAGHPIHD PLWKPGDSMH ETPPLLEKLP SIIVIVDEFA DLMMVVGKKV EELIARLAQK
ARAAGIHLIL ATQRPSVDVI TGLIKANIPT RVAFTVSTKV DSRTILDQGG AESLLGMGDM
LYLAPGSNHT VRVHGAFASD DDVHAVVNDW KARGRPNYVE AITKSEQGAE SLLPGEKSDS
EEELDQLFDQ VVEFVTTSRR GSVSGVQRQF RIGYNRAARI VEQLEAHGIV STPGHNGNRE
VIAPPPVGLG D
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