| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_3496 |
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| Symbol | |
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| ID | 4479280 |
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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 | Shewanella sp. ANA-3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008577 |
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| Strand | - |
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| Start bp | 4191837 |
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| End bp | 4194899 |
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| Gene Length | 3063 bp |
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| Protein Length | 1020 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 639728105 |
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| Product | cell divisionFtsK/SpoIIIE |
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| Protein accession | YP_871125 |
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| Protein GI | 117921933 |
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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 | 16 |
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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 | 35 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCGAAGC TAGATAAAAG TGATCGACAC GCACGTAACG TAGTCGGCAA AAAATTTGAT
GAACTGGTGT CTGGTTTAGT TGCTTCAATT CAGCCATTTT TGGAAAAATA CACCTTTGTG
ACCAAACCTC CTTATGGCAG CCAGGATCCG CAAGATAGCC TCCGCGATAA GATATTAGTC
GAAAATGCGA CAGTAGCTCA GGTTGTTGAA AAATCTGCGA AAACGCTTCG AGATTTATTG
ATAAAGCGGG TTGAAATTTA TGAAGAAATG CATCCCGAAA ATCAAAGCAA AATGGATCAA
CTGATCCAAA GTGCCAAGAA TCAACAACAG TCTGTTAAAG ATCAATTTGA TGCTTTCACT
AAAGCTCTAC ACCCGGCGTT GTCATTTGAC CTAGGGAAGC CGGATTGGGC TAAGCACGAC
TTCGCACAAA ATATTCTAGC GAATGAAATA TTCGTTTTCT TCACAAAGGA TGAACTCACA
GGTATTCAAG CTCCTATTGT CGTTCCATTT CTAGATAGCG AATCGGCCCT GCACTTCACA
TTCAACACAC CTAAGGGCAA AGAGAATGCA CATGGGGCGA TGCACTCTCT AGTCATGCGT
ATTTGTGCGA TGATGCCGTA TAGTTCAAAG TTTTGTTTGC TTGACCCGTC AGGTATGGGG
GGAGAGTTCC CATACCAGGG ACAGTTGCAA TCAATACGCT TTGGCCACAG CGATACTGCA
AGGCTACTTG AAGATGTGGT AGACGATATC CGCCGTATTT CTGGTTCAGT CCTGAGTACT
GATGCAAAGC GTTTGATTGA GGTCGACGCA GAATTACGTA GTGGTGAGAA ATTCGAATTT
ATCGTTGCTG CTAATTTTCC TCATGGCTAT GACCGTCGGT CGATAGAGTT GTTAGCTCAA
ATAGCTAACA ACGGAGCTCG TGCAGGTAAA CACGTTATCT TATTGCAAGA CACCAACGCC
GAATTACCAA ATGGTGCAAG CATGGAAGCG TTTAAAACAT TGAAGCCTCC CATGGGCGAT
TTTGCCTCCA AAGAAAAAGC TTACTATACC TCAGTTAGTG ACAGTGTTAT CAGTGAACTA
TTAGGATACT TGGTTAAAGG TAAACCCAAG GAAGCTAATC TGGAGTTCAA ACACCTTGTC
GATTTGGATG CTCCAGATAC TTGGTGGAAA GGTGATGCAT CACAACGGAT CCAAACTTCA
ATTGGCGGTG CGGGAGGGCG TAAAAATGAT CTCACATTGT GGTTTGGCCA TAGCCAAGAT
GGTCGCACGT GCTCACATGG TATGCTTGGT GCTACTACAG GGGCTGGTAA ATCTAACCTA
TATCATGTGT TCATTATGAC CCTTGCCTGC CAGTATTCTC CTGATGAGCT GCAGTTTTAT
TTGATTGATG GTAAGCAAGG TGTTGAATTC CAAAACTACC CACAACTGCC CCATGCTCGA
GTCGTTTCTT TAAAAACAGC ACCTGAACTG GCACGCAGTG TATTGGCGGA ATTGGTTGAA
GAGATGGAAC GTCGCAATGA ATTGTTTAAA TCGTTGAAGG TTGAAGACAT CTTTGGTTAC
CGTGCAGCCG GGTCTCCAAA TGGTAAGCTC CCTCGATTGC TGCTAATTGT TGACGAGTTC
CAAACCCTGT TTGAGGATGA CCGAGATGGT GTCGGCTCTG AGCTGATGTA CAAACTATCC
GGGCAAGGTC GAAGTGCCGG CATCCATATG TTTGTTGGGT CACAGCGTTT TGGTGCGCCA
GATATGACTA AGCAGACTGC CATTTTTGGT AACATGCATT TGCGTGTTGG TATGAACATG
AGTGAAGCTG ACGTAACTGC TTTACAAGAA TTTGGCCCAG AGGGCAAAAA GCAACTTAGA
GCTTGTAAAG AAAAAGGTCA GGTGGTGGTT AATGATGGGC TAGGTGATGA CCGCAATAAC
AAAGCCGGTC GCGTAGCTTT CCTTGAACGC GATCTACAAA AGAAACTTCT GTCACAACTG
CGGGCTAAAT GGGAGGCAGA GTACCCAGAG CAATCAGACC GTCGCGCAAT TCTATTAGAT
GGTTCAGGTC AGCCATCGAT TGTTGACAAC CCTCAATTAC GTCGCTTGCA AAAAGATAAT
TTTACTCGTC CAGACAACGA AAATTGGCAA AAATTTGCGA ATGCCCAACC GCATGAAGGT
GGTTTGGGCG AACCAGAGTG GTACTCAGTT GAGCATCCGA CAGTTATCTG GCTAGGCCAA
GAGATGAATA TTCATGGTCA TGCGCGTTTG ATCATGCGCC GTCGTGCCCA CGAACACATA
ATATTAGTGG GTGATGGTAA TGAAGCTCGC TTAGGACTGT TGGGTTATAC CTTAGCGCAG
ATACCTTTGA ATCATGACAG TCATGACTAT AAGTTGCTGG TGTTGGATCG TAGTATTAAA
GGCTCACCTT GGAATGGAGC CATTAAGTTA GTTACAGAAC AGGCATCTAC AACTGACAGC
AGTTTTCACG AAATTTTTTC TAGTTTCTGG GTACAATTAC AAGCAGTCAA AACTGAGTTA
GAACGTAGGC GCGAGATAGA TGAAGAGCAG ATGCTTCAAG AACCATCAAT TTACGTAGTC
TTAAATGATG CACAACGTCT GAATGACATT CAAAAACCTG AAGTGGGTTT AGGTTCAAAA
TCACGTTCTG ATGCAAATAA AGTACTTACT GACTTGTTAG AAAGCGGTGG TGAATTAGGT
ATTCACCTCA TCATGACATT CGACACGATG CGTTCTGTTG GTAAAGTGTT TGAGCGTCGA
GAAATTGAGG GGTTCCGCCA CAAAATAGCC TTACAAATGT CAGAAGAAGA CTCATTCAGT
TTAATGAAAA CTCGACGGGC TTCGCGATTA CAAATTGGTG GAAAAATACC CATTTATGCC
CTTTATCTAG ACCAGATGCA AAACCGTCCT TTGGTGTTTA AACCATATTG CTATGTAAGT
AGCGAAGAGC AAACAGCTGA AGAGCTGTTC GCCAACACAG TCAGTAACTT GTTAGACAAT
ATCGCAAACT GGAATAGCGA TGTGCAACAA GAGGATATTC TGGAGGCTGC AGTTGTCGCT
TAA
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| Protein sequence | MAKLDKSDRH ARNVVGKKFD ELVSGLVASI QPFLEKYTFV TKPPYGSQDP QDSLRDKILV
ENATVAQVVE KSAKTLRDLL IKRVEIYEEM HPENQSKMDQ LIQSAKNQQQ SVKDQFDAFT
KALHPALSFD LGKPDWAKHD FAQNILANEI FVFFTKDELT GIQAPIVVPF LDSESALHFT
FNTPKGKENA HGAMHSLVMR ICAMMPYSSK FCLLDPSGMG GEFPYQGQLQ SIRFGHSDTA
RLLEDVVDDI RRISGSVLST DAKRLIEVDA ELRSGEKFEF IVAANFPHGY DRRSIELLAQ
IANNGARAGK HVILLQDTNA ELPNGASMEA FKTLKPPMGD FASKEKAYYT SVSDSVISEL
LGYLVKGKPK EANLEFKHLV DLDAPDTWWK GDASQRIQTS IGGAGGRKND LTLWFGHSQD
GRTCSHGMLG ATTGAGKSNL YHVFIMTLAC QYSPDELQFY LIDGKQGVEF QNYPQLPHAR
VVSLKTAPEL ARSVLAELVE EMERRNELFK SLKVEDIFGY RAAGSPNGKL PRLLLIVDEF
QTLFEDDRDG VGSELMYKLS GQGRSAGIHM FVGSQRFGAP DMTKQTAIFG NMHLRVGMNM
SEADVTALQE FGPEGKKQLR ACKEKGQVVV NDGLGDDRNN KAGRVAFLER DLQKKLLSQL
RAKWEAEYPE QSDRRAILLD GSGQPSIVDN PQLRRLQKDN FTRPDNENWQ KFANAQPHEG
GLGEPEWYSV EHPTVIWLGQ EMNIHGHARL IMRRRAHEHI ILVGDGNEAR LGLLGYTLAQ
IPLNHDSHDY KLLVLDRSIK GSPWNGAIKL VTEQASTTDS SFHEIFSSFW VQLQAVKTEL
ERRREIDEEQ MLQEPSIYVV LNDAQRLNDI QKPEVGLGSK SRSDANKVLT DLLESGGELG
IHLIMTFDTM RSVGKVFERR EIEGFRHKIA LQMSEEDSFS LMKTRRASRL QIGGKIPIYA
LYLDQMQNRP LVFKPYCYVS SEEQTAEELF ANTVSNLLDN IANWNSDVQQ EDILEAAVVA
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