| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_1131 |
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| Symbol | |
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| ID | 7408713 |
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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 | 1224462 |
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| End bp | 1227830 |
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| Gene Length | 3369 bp |
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| Protein Length | 1122 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643715497 |
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| Product | reverse gyrase |
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| Protein accession | YP_002573005 |
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| Protein GI | 222529123 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1110] Reverse gyrase |
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| TIGRFAM ID | [TIGR01054] reverse gyrase |
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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 | 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 | TTGGCAACAG GTGCGAAATA CTACCATTCA TGCATAAACT GCAGTGGAAT AAATACAGAT
ACAAGAAATG AAAAAGGGCT TCCATGTGAG AAGTGTCTTA AAGATGACCA TCTTACCGAA
AATGTATTTG AACTCTTAAA AGGTCGCGGG TTATTGAAAG ATTATCAAAT ATACTGGAAC
TTTCACCAAA ACTATAAAAT GTTTGAAAAG TTTTTTGAGC ATATTTTTCA AAAACCATTG
ACAGGATACC AAAGAACATG GGCACGACGT TTTTTGCTCT CAAAAAGCTT CACGCTTGTT
GCCCCAACAG GAGTTGGTAA AACCACTTTT GGACTTGTAG CAAGCCTTTT TTTGGCGCTA
AATGGCAAAA AGTCAGCTCT TGTATTCCCC ACAGTCTCGC TTGCACAGCA GTCTTTTGAA
AGACTTGAAG AGTTTAAAAC AAAACTAGAA AATGCAAACG CTGTGAAAAT CTTATTATTT
AACTCTTCGA TGACAAAAAG TAGAAAAGAA GAATTTGAAA AAAGGTTTAT ATCTTGCGAC
TTTGATATAC TTATAATAAC CACTCAGTTT GTTTCAAAAA GAAAAGATGT TCTATCTAAA
ATGTTTTTTG ACCTTGTATT TGTAGATGAT GTAGATGCTG TTTTGAAATC TTCAAAGAAC
ATCGATACAT TACTCCAGAT GATAGGCTTT TCAGAAGATG AGATTGAAAA AGCAACCGAA
AGATTGAGAA GCAAAAATAG AGAAAATGGG CAAGATACAG TTTCAAATGG TTCTAAAAAT
AAGGGAATGC TCATAGTATC CTCAGCAACA GCAAAGCCGC AGGGATTAAA ACCTCTTCTT
TTCAGAGAAC TTTTGGGTTT TGAAATTGGC AGATTTACCT TCAATATACG AAATATCACT
AATATAAGAA TCAAAAAGAA GTCAAAAGAA AAATTGCTTG AAATAATCAA CATCTTAAAA
GATGGTATAC TTCTGTTTGT CAACACCGAG GAAGAAGGAA AAGAAATTGT TAAATTTCTT
TTAGATAATA GTATCAAAAT TGGAGCTACA TGGAATGATT TTGAGAAGGA ATTTGAGCTT
TTCAAAGAAG GAAAGTTGAA TGTCATCTGT GGCGTCTCTT CTTACTATGG AAAACTAATA
AGAGGAATTG ATTTACCTTC ACGCATAAAA TACTGTATTT TTTGGGAAAC ACCTTGTTTT
AGATTTTCGA TTGACATGGA TAAAGCTCCT CGATTCGTAC TTGAAAGGGT CTTTGTTGAA
TACCTTGATA ATCATCCTAA GCTCAAGGAG TATTTTAAAA ATGTTGAAAT TCTGCAAACA
GAAAAGCTCA GACAGCTTGT CTCAAAATAT ATATCTAAGG AGGACTACAG TAAAATTGTA
AATAAAATAT TCTCACACCT GAAATTAACC GACGATGGCA AACTGGTTAT CCCTGACGTT
CCAACATACA TCCAAGGTTC TGGCAGAACC TCGAGAATGT TTGGAATGCG CCTGACAAAA
GGGGTTTCAA TCCTCTTTGA AGAAGATGAT ACTATTTTTG AGAGCTTAAA GTCACGACTC
ATGTTTTTGC TGGATGAGGA ATGGATGGAG GAAAATGAAG TAGATTTTGA AAGTCTTATG
GAAGAGGTAA AAGTGAGCAG AAAAATCCAA AATGATGATT TTTATCAAAA TGACACAAAG
TCAAGACTTA TGATAGTTGA ATCTCCAACA AAAGCTGATA CCATTTCGAA GTTTTTGGAA
AAAGCCTCAA CAAGAAGATA TGGTAAACTC TCTGTATATG AGTCGATAAC ACCGGAAGGA
ATTCTACTTA TCACTGCATC AAAAGGGCAT GTGTACGACC TTGAAACAAA AAAGGGTCTA
CACGGTGTTG AGTACCATGA TGGAAAATTT ATTCCTTATT ACAACTCTAT TAAACGCTGC
ATGAAATGCA ATACACAATT TACAGATGAG CTTGATAGCT GTCCCAAATG TGCATCTAAT
ACAATTGATG ATAAAAAAGA AATCTTAAAA ACATTGCGTG AGCTTGCACT TGAGGTTGAC
GAAGTTTTGA TTGCAACAGA CCCTGATGTT GAAGGTGAAA AGATATCATG GGACATTTCA
CAGTATATAA AACCTGCAAA TAGTAACATT AAAAGAATTG AAATGCATGA AATTACACGC
TATGGTCTTG ACAGTGCCTT GAGAAATCCA CGACAGTTCA ATACAAACCT TGTAAAATCT
CAAATTGTGC GAAGAATAGA AGATAGATGG GTAGGATTTG AGCTTTCTTC AAAGCTTCAA
GAAAATTTTA AAAGTTACAA TCTTTCTGCG GGAAGGGTCC AGTCAACCAT TCTTGGCTGG
ATTGTTGAAA GAGAAAAGGA ATATGCAAAA AGTGAGAAAA CATTTACTCT GCTAAAACTT
GAAAACGGAT ATAATCTTGA AATTGAAGGT GAAATTGAAT GCGAAAGAGT AAAAGCGCAG
ATTGTTGAAC AAAAAATAGA GGAAATATCT GCACCTGCTC CATTTTCAAC CTCATCATTA
CTATCTTTGG CTTCACAAAA ACTAAACCTG GATGTACCAA GAATAATGGA GATTTTGCAG
TTTTTGTTTG AGCACGGCTT TATTACTTAT CACAGAACAG ACTCAACAAG AATTTCGGTA
ACAGGACAGA ACATTGCAAG AATGTTTTTA GAAAAGGTTG GTAAAAAGGA ACTCTTTTTA
CCAAGAAGTT TTGGAAATGA AGGCGCTCAT GAAGCAATAA GACCTGTAAA ACCAATATCA
CCTGAGGAGC TAAAAGAGCT TGCCTATGAA AAATATACAC AGGGTATTTC ACAAAATCAC
ATAAAAGTTT ATCAGCTTAT TTTCAACAGG TTTATGAGCA GCCAAATGAA AAATCCGAAG
GTTTTGGTTC AAAAAGTGCA TTTTAAAATC AATGACATTG AAATTGTCAA GGACATCCCA
GTGAAAGTGG AAGAAGAGGG CTGGCTTGAA TTTCTTCCTA TGCAGATTTA CCCTTTGTTT
GAAAATAAGG ATTATAGCTT AACTGACAAG CGAAGTTATA AAAAACATAC CATTCAGCTT
TACACCCAGG CAAGTCTTAT TGACGAAATG AAACAGAAAA ACATAGGAAG GCCTTCAACA
TATGCGAAGA TGGTAGAGAC ACTTTTCAAA AGAGGATATG TTTTTGAAGA TAGCTTTAGA
AGAATAAGGT CAACATCGCT TGGTAAGAAG GTATATTCTT ATCTTTCACA AAAATATGGT
GAATATGTGA ATGAGCAAAC TACACGCGAG CTTGAAAAAC TCATGGATAT AGTGGAAGAA
GGAAAAAGAG ATTATCAGGA GGTTTTACTA GAACTTTACA ATGATATAAG TGTACTTTTA
AACAATTAA
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| Protein sequence | MATGAKYYHS CINCSGINTD TRNEKGLPCE KCLKDDHLTE NVFELLKGRG LLKDYQIYWN
FHQNYKMFEK FFEHIFQKPL TGYQRTWARR FLLSKSFTLV APTGVGKTTF GLVASLFLAL
NGKKSALVFP TVSLAQQSFE RLEEFKTKLE NANAVKILLF NSSMTKSRKE EFEKRFISCD
FDILIITTQF VSKRKDVLSK MFFDLVFVDD VDAVLKSSKN IDTLLQMIGF SEDEIEKATE
RLRSKNRENG QDTVSNGSKN KGMLIVSSAT AKPQGLKPLL FRELLGFEIG RFTFNIRNIT
NIRIKKKSKE KLLEIINILK DGILLFVNTE EEGKEIVKFL LDNSIKIGAT WNDFEKEFEL
FKEGKLNVIC GVSSYYGKLI RGIDLPSRIK YCIFWETPCF RFSIDMDKAP RFVLERVFVE
YLDNHPKLKE YFKNVEILQT EKLRQLVSKY ISKEDYSKIV NKIFSHLKLT DDGKLVIPDV
PTYIQGSGRT SRMFGMRLTK GVSILFEEDD TIFESLKSRL MFLLDEEWME ENEVDFESLM
EEVKVSRKIQ NDDFYQNDTK SRLMIVESPT KADTISKFLE KASTRRYGKL SVYESITPEG
ILLITASKGH VYDLETKKGL HGVEYHDGKF IPYYNSIKRC MKCNTQFTDE LDSCPKCASN
TIDDKKEILK TLRELALEVD EVLIATDPDV EGEKISWDIS QYIKPANSNI KRIEMHEITR
YGLDSALRNP RQFNTNLVKS QIVRRIEDRW VGFELSSKLQ ENFKSYNLSA GRVQSTILGW
IVEREKEYAK SEKTFTLLKL ENGYNLEIEG EIECERVKAQ IVEQKIEEIS APAPFSTSSL
LSLASQKLNL DVPRIMEILQ FLFEHGFITY HRTDSTRISV TGQNIARMFL EKVGKKELFL
PRSFGNEGAH EAIRPVKPIS PEELKELAYE KYTQGISQNH IKVYQLIFNR FMSSQMKNPK
VLVQKVHFKI NDIEIVKDIP VKVEEEGWLE FLPMQIYPLF ENKDYSLTDK RSYKKHTIQL
YTQASLIDEM KQKNIGRPST YAKMVETLFK RGYVFEDSFR RIRSTSLGKK VYSYLSQKYG
EYVNEQTTRE LEKLMDIVEE GKRDYQEVLL ELYNDISVLL NN
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