| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_1142 |
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| Symbol | |
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| ID | 7408724 |
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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 | 1237404 |
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| End bp | 1239977 |
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| Gene Length | 2574 bp |
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| Protein Length | 857 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 643715508 |
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| Product | SMC domain protein |
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| Protein accession | YP_002573016 |
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| Protein GI | 222529134 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0419] ATPase involved in DNA repair |
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| TIGRFAM ID | |
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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 | TTGAAACCTC TTTTTTTGAG GATTGAAAAT TTCAAATCAT ACAAGGATAG TCAGAACGAG
ATTGATTTTA GTAATATAAA AGTTGCTTGT ATCATAGGGA AGAATGGAAA TGGAAAATCT
TCTATTGCTG AAGCAATTGC CTGGGCACTT TTTGGTGAGT TTGAAAGACT TCAAACAGGA
AAACGTGGAA AAATTGCAGA AACAGAGTAT ATAAACTCAC ATAGTGATTA TATGCAGGTT
GAATTTGAAT TTGAATTGAA TAAGACCATA TATAAAGTTG TGAGAAGACT TGATAGAAGA
GGTAAAAAGT ACCTTTCACT TTTTGTTAGA AAAGCAGACA GCCTCATACC TATAAATGAA
GCAACTAACA CCCAAACTCA AGAAAAGCTT CAGAATATTT TAGGGATAGA TTTTAATGTC
TTTTTGCATT CAACATATCT TTCTCAAAAG AGAACAGAAG ATTTTTTGCT GTCTTCGCCA
GAGGACAGGC GTGAAGTGCT TGCAAAGATA TTGAACCTGA GCATATATGA CAGGATAAAC
GAACTTGCGA AAGAAAAACG AAGAGAAATA AAAGTTTTGC TGGATATAAA GAACAGAGAA
ATAGAGGAAG AAAATAAGAT TTTGTCAGAG GAAGAGTCTA TAAAATCTTT GGTGGCTGAT
TTGGAAAAGA AGAGAACAGC AATTGAAGCT GAATTAAATG GTTTGAGAAA TGAACTAAAT
GCCCTTATTT CAAAAAAGTC TGAAATAGAA CAAAAACTTA GTTTATTGAG TCAGAAAAAG
AGTGAAATGA TAGAACATCA GAGAAAAGCT GAGGAGATAA GGTATAGGAT TGAAACTGCC
AGAAAAGAGC TTTTAAAAAT TGAAGAAAAG TTAAATGAAG AAGATAGAAT AACTGCAATG
GTTAAAGAGT ATGAGATGGT AAAAGAAAAG GTTGAACTCA AGAGAAAAGA TTATGAAATG
TATCTTGAGC TCAAAAATAA AATAGTTCTG TGTGAGAAGG AAATAAAAAA CAAACTGGAT
CAGAAAAGAA TATTTGAAAA GAGTATCGAA GAAAGTAATT TACAACTTAA TAAAGAAACT
TCTGAGATTT TAAAGTATGA AGAAGAGATA AAAAAGGTAG AGATTGAAAT TTCAAAGGTC
GAAAATGAGC TGGAAAAAGT AAAACAGTAT AAACATGAAC AAGAGAAAAA AAGAGATGAG
ATTGTAAAAC ATGAAAAGTT GTTAGAAGTG GTGGAGAACA AATTAAAAGA GCTTGCTTCA
AGTTACAGGC TCATAGAAGC AAATCAGGGA AGGTGCCCAG TATGCTTGCG CCAAATTAAT
GGTCAGGAAG AAAAAGAGCA TATAAAGAGT GAAATTGCAG CCCAGGGTAG GGAATTTAAA
CAAAGAAGAG AAAGTTTGAT AAAAAAACTT GAAATTTTGA AAAAAGAGTT TTCTGAGCTT
GAAGAGAAGA TAAAACTTGA AGAGGTTCTT CGGGCAAGAG AAAAAAAGCT TCACGGGATG
TTTGAAAACT TGAAGGCTAA GGTGGAGCAG AAAACACAAA ACATTGTTAA TCTACAAAAT
TCAGTAATTC AGGTGACCCA AACTATAAAG CTTTGTGAAG ATGAGATAGA AAGGTTAAAA
GAAGAGATGA CAAACCTAAA AAGAGAAATT TCCATTTTAA ACTTTGATGA GAATTACTAC
ACCCAGCTTT TGCAAAGAGA AAAAGAACTT GAAATGTATC AAAGCCTATT TAATGAGCTT
ACTATAAACA AGGTCAAAGC TGAGAATTTA AAAAAGGAGA TACTTGAGTA TCAACAACAG
GAAAAAGAGA TTTTGAAAAA GGTTGAGGAT TTAAAGCAGG AGATAGCAAA TATATCTACT
ATTGCACATA CTGTAATGCT TGAAAAAGTA AAGTCAGATA TTCTAAGCTG TGAAAGTAAA
ATAAGAAATC TTCAAGAAAG TCTTAATTCT GTTTTAAAGG AATTGGGAAT CCTTGAGCAG
AAACTAAATC AGATTGAAGA GGCAAAAAAG AAGTTATTGA GGCTTGAGAG TGAAATAGAG
GAGATGAAAA AAAAGATTGA AATATACGAC ATAATAATAG ATATCACAGG ACCAGATGGA
ATAAAAAATG AGATTATTGC GAATACGCTG CCACAGATAA GAGATGAAGC AAATGGACTT
TTAAAAATAC TAACAAACGG AGCATTTTCA ATAGATTTTA AAACCCAAAA AGAAACAGCA
TCTGGAAAAA CAATAGAAAC TCTCCAGATA GAAATTTCTG ATGCAAATGG TACAAGAAAC
TATGAGCTTT TTTCTGGAGG AGAGCTTTTC AGAATAAATT TTGCTATCAG AATTGCTCTT
TCAAAGGTAC TTCTCAAAAG AGCAGGTGCT TCAATCAGAA TGCTAATTTT AGACGAAGGT
TTTGGTTCTC AAGATGAAGA GGGAAAAGAC CACATTGTTG AATGTTTGAA TAGAATTAAA
GACCAATTTG ACACTATACT TGTTATAACC CACATTGAGG ATTTAATGGA TGCGTTCGAC
CAACGGATTA TTGTTAAAAA AGATGTGGAA GGGTCTAAAA TTTTTGTTGT ATAA
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| Protein sequence | MKPLFLRIEN FKSYKDSQNE IDFSNIKVAC IIGKNGNGKS SIAEAIAWAL FGEFERLQTG
KRGKIAETEY INSHSDYMQV EFEFELNKTI YKVVRRLDRR GKKYLSLFVR KADSLIPINE
ATNTQTQEKL QNILGIDFNV FLHSTYLSQK RTEDFLLSSP EDRREVLAKI LNLSIYDRIN
ELAKEKRREI KVLLDIKNRE IEEENKILSE EESIKSLVAD LEKKRTAIEA ELNGLRNELN
ALISKKSEIE QKLSLLSQKK SEMIEHQRKA EEIRYRIETA RKELLKIEEK LNEEDRITAM
VKEYEMVKEK VELKRKDYEM YLELKNKIVL CEKEIKNKLD QKRIFEKSIE ESNLQLNKET
SEILKYEEEI KKVEIEISKV ENELEKVKQY KHEQEKKRDE IVKHEKLLEV VENKLKELAS
SYRLIEANQG RCPVCLRQIN GQEEKEHIKS EIAAQGREFK QRRESLIKKL EILKKEFSEL
EEKIKLEEVL RAREKKLHGM FENLKAKVEQ KTQNIVNLQN SVIQVTQTIK LCEDEIERLK
EEMTNLKREI SILNFDENYY TQLLQREKEL EMYQSLFNEL TINKVKAENL KKEILEYQQQ
EKEILKKVED LKQEIANIST IAHTVMLEKV KSDILSCESK IRNLQESLNS VLKELGILEQ
KLNQIEEAKK KLLRLESEIE EMKKKIEIYD IIIDITGPDG IKNEIIANTL PQIRDEANGL
LKILTNGAFS IDFKTQKETA SGKTIETLQI EISDANGTRN YELFSGGELF RINFAIRIAL
SKVLLKRAGA SIRMLILDEG FGSQDEEGKD HIVECLNRIK DQFDTILVIT HIEDLMDAFD
QRIIVKKDVE GSKIFVV
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