| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_0249 |
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| Symbol | |
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| ID | 7407566 |
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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 | Anaerocellum thermophilum DSM 6725 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012034 |
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| Strand | + |
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| Start bp | 296790 |
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| End bp | 300842 |
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| Gene Length | 4053 bp |
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| Protein Length | 1350 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643714649 |
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| Product | Chromosome segregation ATPase-like protein |
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| Protein accession | YP_002572172 |
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| Protein GI | 222528290 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | [TIGR02680] conserved hypothetical protein TIGR02680 |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | 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 | ATGAGCAAGG AAAATAGATG GGTGCTCAGC AGAGCCGGAG TTTTCAACTA CTGGTATTAT
GACGAGGAGT ATTTTGACTT TTTCGATGGC AGGATGCTTA TTCGTGGTGC TAATGCTTCA
GGCAAGTCTG TGACAATGCA AAGTTTTATT ACCCTGCTTT TGGATGGCAA TTACCACCCA
TCCAGGCTTG ACTCTTTTGG CTCAAATGCG CGAAAGCTTG AAGACTATGT TCTTGGTGAT
CAGGGGCCTG GTCAGAAAAA TGAGGCAATA GCCTATCTTT TTCTTGAGTT TAAAAAACAA
AATGTATTTG TATCCATAGG TATGGGAATA AGAGCGAAAA GAGGTACAAA TCCTGATACT
TGGTATTTTG TTTTGACGGA TGGAAGAAGA TTTGGTATAG ATATATTCTT TTATGAAAAG
ATAGGAGACC AGAAGATCCC ACTTACCAAA AAAAAGTTTG AAAATCTTTT AGGAGACGGT
GGGAAGGTAT TTTCAGCTCG AAAAGATTAT ATGGAAGAAG TCAATAAAAT ATTATTTGGT
TTTGAAGACA CAGAAGAGTT TGAAAATTTA ATTGAACTGA TAGTTCGAAT AAGAGCGCCA
AAGCTTTCAA AAGATATAAA ACCTGATTCT GTCTATAAGA TGCTTCAGGA GTCTTTGCCA
GCTCTTTCTG AGTCAGACTT GCGTAGCCTT TCTGACTCAA TAGAAAATAT GGACAGAATT
CAAACAGAGC TTAAAAATCT TGAAATTATA AAAGATGTGT TAGAAAAATT AAAAAAGGTT
TACGATGAGT ACAATAAGCT TTTGCTTGCG CAAAGTATAC TTAACGTGCT TGAGAAGAGC
AAAGAATATT TTAGTCTTAA AATAGATCTT GAAAAAGCTC AAGCTGAGGT TGAGAAAAAT
AAGGAAGAAA AGCTTAAGAT AGAAGAAAAA ATAGGAGAGC TAAAAAAAGA ACAAGAGTCT
TTGACATTGA GGCTTGAAAG TATAAAAGAA AACGATATAT TCAAGCTACA AAAGGAACTT
TTAAATATAA AAGAAGAGCT CAAAGAAGTT GATGAGCAGA AAAACAAAAA GCTTTCCCAG
ATAAATTCAG CTTCTCAAAA GCTTGAGAAA GAAAGACAAC AGCTTATCGC TTTAGAAGAA
GAGCTTGAAA AGTACAAAAG AAAAATAAAA GATAGCGTCG AAGAAGGCAA ATTGCTAATC
GAATCAATTG GTTTTCAGAG ATTTTTAGAA ACGCTTGATA TGTATCTTTT TGGACAGGGA
AGTCTTGACA TTTTAAAAGA CGAAATTTCA TCTTTCTTAT ATCAGGTGGA GATAGTACTT
AAAAATTATG AAAAATTAGC TGAAATCAAG AAAGATTTAG ACGGCTTTTA TAAAAATCTT
GATATGAACA AGGCAGAAGC ACAAAAGATT GAAGAAGATA TACAAAATCT TTTGCTTCAG
CTTGAGGAAA TAAAAAATAG TCTGAAGAAT GCTATTTCTA TTTACTTTGA ACAAAATGAG
GTTTTCAAAG CTTTAGATGA GCAGAGAACA GCAATTTTCC AGGCAATAAA TAGTTGTGAG
AAAAAAGGTG ATTATGTCAG AATATATTCA ATCTTAGATG ATATTTATAA GTTTCATTAT
CTTGCTATCT CAGATACAAT AAGAAGGCTT GAGTTTGAAA TAGAAACGTT AAATAACAAA
ATTAAAGCTA AAAAAGAGGA AATTGAAAAA ATAAAAAGCC AGAAAGATGA TGAAATTATA
CTTTCACCCC AGCAAAAGAA AGTAAGAGAC AGGCTTTTAC AAAAAGGGGT GCCATTTATA
CCTTTTTATA TGGCTGTGGA TTTTAAAGAC GGTGTGGACG AAAAAAAGAA AGCTATCATT
GAAGATGCCT TGAACTGCCT TGGTATTTTG AACGCTTTGA TTGTTCCAGA AAAGTACAGA
GATGTTCTTT CAGAACTTAT GGATGATGAA AAAGAAATGA TTCTAATTTC AAAACCTGCA
TATTTTTCGC ATACGCTGAA CGAGTTTTTA GAAGTTGCCA ACTTTGACGG ACCTGCCGAG
CTAAAACAGG AAGTGGCAGC TGTGATTGAC AGCATTTTTG CTACCGAAAA AGATGATGGT
ATTTATATCT GTGAAGATGG AAGATTTGGT AATAGCATCT TAAAAGGCAG AACAACTACA
TGCGAAAATG CAAGGTTTAT AGGAATTGAA AATAGAAGAA GATACAGGCA GATGCTAATA
TCACAGCTGG AAGATGAAAT AGCTAAACTT TCAGTTGAAG TAGATAATAA AAAACAGGAG
AGAAACGCAC AAAAGGTATT GCTTGAAAAG TTACAAAACG AGAGAGACAG TTTCCCTTCA
TTAATTGACC TTGACACTGC ATTTGAGATG ATTGAAGAAA GAGAAGATAG AAAATCAGAC
ATACAAAAAG AGATAGAGTT TTTGGAAAAA AAGATAAGAG AGCTTCTTAC TAAAGAAAAT
AATTTAAAAC ATGAGATTTC TGTCATTGCA ACAAAGCTTT CTGTTACAGC AGCAAAAGAT
AATTTTTTGA AGCTAAGTAA AGATGCTCAA AAACTTAAAA GTTTGCTTGT TGATTTAGAA
AACCAAGTGG AAAAAGAAAA ATTGGTTTCA AGGACATTAG ACTTACGAAA AGATCAAATC
CTACAAATAG AAGAAAATAT TCAAAATTTA AGCTTCGATT TGCAGGTTTT AAAAACAAGA
TGGGAAGGCT TAGAACTAAA AAAAATAGAA ATTGAAAAAA GACTCTCAAG TGATGATGCT
CAAAAGCTTT TTGAAGAACA GCAAAAGGCA ATTGAACGGC TTGATAGTAT TCCTAAGGAG
ATAGAAAACT TCAACAAAGA TCTTCAGGAT AAAGTTGCAA AAATTTCGCG ATATGAAGCA
CAAATTGAGA CAAAAGCTTC GCAGCTCGAA AAAGCTAAAA TGGAGTACAC AAATAGCCTT
GAAGTGTTGA AGATAGAACT TTCTTTTGGT TTTGTTTGCA GGGAAGAAAA TCTTGAGGAT
GAGAGCAGAC TTTTAGAGTT TGCAAAGGAA AAAAGTAGCT TTGCCAATGA ATATAAATCT
AAGGATTTAA ATCAGGTTTT ACAAAAGCTT ATTGCTACAC ACTATGAAGC ACAAGTTCAG
CTTGCAGAGT TTGGTGCAAA TCTTTTTCTT AAAGAAGATG AAAAAACCAG ATATTTAAGA
TATTTGTGGA CTGCTAAGAA GGATGGAAGA TTGCTTTCGC TTTATGAATT TTTAGAGAGA
ATAGATTCTG AAATAATCGA GAAGAAAAAT CTTATCACCC AGCAAGAAAG AGAACTTTTT
GAAGAGGTTT TGGCAAAAGA CATAGGCTTT AAAATCTCGC GCAAGATAAT GCTTGCCCAG
GACTGGGTAA AGAGAATGAA TGAGCTGATG GACGGCATGG ACCTTTCAGG AAATCTTAAA
TTCAGACTTT CGTGGGAACA GAAGAAACAG GAACTTGAAG ATGAACTTTC AACATCAGAA
CTTGTAAAAC TTATTAGTAA AGACCCGGCA ACAACTTCAG ATACCGACAG ACAAAAGATT
GTCAAGCATT TTAGGGCACG TATTGAAAGA GCAAAAAGGC TTCATGACTC ACCTGAAAGT
TTTCGAAGTC TTTATGAGAT AATGAAAGAA ATTTTGGATT ACAGGCAGTG GTTTGAATTT
AGACTCTACT TTCAAAGAGG TGAAGATAAC AGAAGAGAGC TTACAAACAA TGCATACGAC
AAGTTTTCTG GCGGTGAAAA AGCGCTTTCT ATTTATGTAC CTCTTTTGGC AGCGCTGTGC
GCAAAATACC AGAGTGCTGC AAGCTATGCA CCACGTATAA TTGCGCTTGA CGAGGCGTTT
GCCGGCGTTG ATGAGAACAA CATTGAAAAG ATGTTTGAAC TAATAGAAAA TTTAGAGTTT
GACTATATCA TGAACTCTCA GATTCTATGG GGAGATTACA AAACAGTGCC AGGACTTTGC
ATTTATGAAC TTATTTCAGA CCGAAGCAAA GGCTGTGTTC TCAAAGTAAA ATACATCTGG
AACGGGTACA AGAAGGTGTT GGTGGAGATA TGA
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| Protein sequence | MSKENRWVLS RAGVFNYWYY DEEYFDFFDG RMLIRGANAS GKSVTMQSFI TLLLDGNYHP
SRLDSFGSNA RKLEDYVLGD QGPGQKNEAI AYLFLEFKKQ NVFVSIGMGI RAKRGTNPDT
WYFVLTDGRR FGIDIFFYEK IGDQKIPLTK KKFENLLGDG GKVFSARKDY MEEVNKILFG
FEDTEEFENL IELIVRIRAP KLSKDIKPDS VYKMLQESLP ALSESDLRSL SDSIENMDRI
QTELKNLEII KDVLEKLKKV YDEYNKLLLA QSILNVLEKS KEYFSLKIDL EKAQAEVEKN
KEEKLKIEEK IGELKKEQES LTLRLESIKE NDIFKLQKEL LNIKEELKEV DEQKNKKLSQ
INSASQKLEK ERQQLIALEE ELEKYKRKIK DSVEEGKLLI ESIGFQRFLE TLDMYLFGQG
SLDILKDEIS SFLYQVEIVL KNYEKLAEIK KDLDGFYKNL DMNKAEAQKI EEDIQNLLLQ
LEEIKNSLKN AISIYFEQNE VFKALDEQRT AIFQAINSCE KKGDYVRIYS ILDDIYKFHY
LAISDTIRRL EFEIETLNNK IKAKKEEIEK IKSQKDDEII LSPQQKKVRD RLLQKGVPFI
PFYMAVDFKD GVDEKKKAII EDALNCLGIL NALIVPEKYR DVLSELMDDE KEMILISKPA
YFSHTLNEFL EVANFDGPAE LKQEVAAVID SIFATEKDDG IYICEDGRFG NSILKGRTTT
CENARFIGIE NRRRYRQMLI SQLEDEIAKL SVEVDNKKQE RNAQKVLLEK LQNERDSFPS
LIDLDTAFEM IEEREDRKSD IQKEIEFLEK KIRELLTKEN NLKHEISVIA TKLSVTAAKD
NFLKLSKDAQ KLKSLLVDLE NQVEKEKLVS RTLDLRKDQI LQIEENIQNL SFDLQVLKTR
WEGLELKKIE IEKRLSSDDA QKLFEEQQKA IERLDSIPKE IENFNKDLQD KVAKISRYEA
QIETKASQLE KAKMEYTNSL EVLKIELSFG FVCREENLED ESRLLEFAKE KSSFANEYKS
KDLNQVLQKL IATHYEAQVQ LAEFGANLFL KEDEKTRYLR YLWTAKKDGR LLSLYEFLER
IDSEIIEKKN LITQQERELF EEVLAKDIGF KISRKIMLAQ DWVKRMNELM DGMDLSGNLK
FRLSWEQKKQ ELEDELSTSE LVKLISKDPA TTSDTDRQKI VKHFRARIER AKRLHDSPES
FRSLYEIMKE ILDYRQWFEF RLYFQRGEDN RRELTNNAYD KFSGGEKALS IYVPLLAALC
AKYQSAASYA PRIIALDEAF AGVDENNIEK MFELIENLEF DYIMNSQILW GDYKTVPGLC
IYELISDRSK GCVLKVKYIW NGYKKVLVEI
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