| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_1500 |
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| Symbol | |
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| ID | 7408159 |
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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 | 1583184 |
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| End bp | 1585775 |
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| Gene Length | 2592 bp |
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| Protein Length | 863 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643715863 |
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| Product | DNA mismatch repair protein MutS |
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| Protein accession | YP_002573371 |
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| Protein GI | 222529489 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0249] Mismatch repair ATPase (MutS family) |
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| TIGRFAM ID | [TIGR01070] DNA mismatch repair protein MutS |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | ATGCAAGAGT TAACTCCTAT GATGCAGCAA TATATGGAAA TAAAACAGAA GGTGAAAGAT
TGTATTTTAT TTTTTAGGCT TGGCGATTTT TATGAGATGT TTTTTGAAGA TGCGATTGTG
GCGTCTAAAG AGCTTGAGAT AGCTTTAACC AGCAGAGATT GTGGAAACAA TGAAAAAGCT
CCTATGTGCG GTGTGCCGTA CCATTCTGCG ACCAGTTACA TTGCAAAGCT TATCGAAAAA
GGTTACAAGG TTGCTATCTG CGAACAGGTG GAAGACCCAA AGCTTGCAAA GGGAATTGTT
AAAAGGGAAA TTACAAGAAT AATAACTCCA GGCACATTTA TTGACGATAA TATTTCGACA
GCCAATAATT TCATATGTTG TATATCAAAA GACAGATCTG AATTTGCCCT GACATTTGTA
GATGTTTCAA CTGGTGAGAT GTACTCTTGC CTTCTTGAAG AGGACCTTCA GAAACTGGTA
AATGAAATTG GCAAATACAG TCCCAGTGAA ATTTTAATTT CAAATATAGA AGATGAGCTT
TATGAATTTT TGAAGAAAAA CTGCACTTCT TTTGTGCAGA TGATAGAGTT TGTGGATTTA
CAAAAGTGCC ATGAGATTAT TGAAAATCAG ATAAATGTTG GCAAAATAGA TGAGAAGCTG
ATTTTGAGCG TAGGAAATTT GCTAAAATAC TTAACAGAGA CCCAAAAAAT TTCCTTTGAT
TATATAAGGA GGTTTGAATT TTACAGAGTC CAAAACTATC TTCAAATTGA CATAAACACA
AAACGAAATT TGGAGCTCAC AGAGAGTATT ATTCAGCGCT CCAGAAAGAA TAGCCTTCTT
GGTATTTTGG ATCAAACGAA GACTTCAATG GGTTCAAGGC TATTGAAAAA ATGGATTGAA
AGACCTCTTA TTGACATTAT TGAGATTAAT AAAAGGCTTG ATAGTGTTGA GGAGCTCAAA
TCAAACTATT CCACTTTAGT GCAGGTAGAA GAACTTTTGA GCAGAATGTA TGATATAGAA
AGACTTTCCT CAAAGTTTGC ATATAAGAAT GTGAATGCTA AAGATTTGCT GAGTCTAAAA
AAGTCTATTG AAGTGTTGCC AACTTTAAAA CAATTTCTTT CTTCATTTGA TTCAGAATTA
TTAAAAGAGA TTTATGAAGG TCTTGATACA TTAGAAGATA TATATGCGCT TATTGACAGT
TCTATAAATG AGGATGCACC TGTGTCCCTA AAAGAGGGTG GAATAATTAA AGAGGGTTTT
AACGAAGAAG TAGATAGGCT GAGAAATATA TCTAAAAATA GCAAAGAGCT TTTAGTTGAG
TATGAAGAAA AAGAGAGGAA CCTCACAGGT ATAAAAAATC TCAGAATTGG TTATAACAAG
GTTTTTGGAT ACTATATTGA GGTGACCAAG TCAAACTACT CTCTTGTTCC TGACAGATAC
ATTCGGAAAC AAACTCTTGC AAATGCAGAG AGGTATATAA CAGAGGAACT CAAAAAATTG
GAAGATGAAA TATTGGGTGC TGATCAAAAA CTTATCGAAC TTGAATACCA GCTTTTTTGC
GAAATAAGGG ATAGGATTGA GGCTCAGATT GAAAGAATTC AAAAGACAGC AAGCAATATT
GCCAACTTGG ATGTTCTGTG TTCATTTGCC CGTATTGCAA TTGACAATGA GTATGTCAGG
CCAAATGTTT ACTTAGGGGA TAGAATATAT ATTAAGAACG GTAGACACCC AGTTGTTGAA
AAGATGATAG GCAGGGGCAA TTTCATTCCA AATGACACTG AACTTGATCA GGCAGAAAAC
AGAGTTTTGA TTATAACTGG TCCAAATATG GCTGGTAAGT CTACATACAT GAGACAGGTA
GCCTTAATTG TCATAATGGC ACAGATGGGA TGTTTTGTAC CTGCTGATGA GGCACACATT
GGTGTAGTTG ATAAAATCTT TTCACGGATA GGGGCATCTG ATGATATTTC ATCTGGGCAG
AGTACCTTCA TGGTGGAGAT GTCAGAAGTT GCGAACATAT TGAAAAATGC AACGCCAAAA
AGCCTTATAA TTTTTGACGA GGTTGGAAGA GGAACAAGCA CATATGATGG ACTTTCCATA
GCATGGGCAG TTTTAGAGTA TGTTGCTGAT AAATCTAAAA TTGGTGCAAA AACCCTTTTT
GCAACTCATT ACCATGAGTT AACAGAGCTT GAAGAGAGGA TTCCAGGTGT AAAAAACTAT
AGGGTTGATG TCAAGGAGGA GGGCAAAAAC ATTATATTTT TAAGGAAAAT TGTTAGAGGT
GGATGTGACT CAAGTTATGG GATTCATGTT GCACGGCTTG CTGGAATTCC AGAAGAGGTA
TTAAAAAGGG CTGAGGAAAT TCTAAAACAG CTTGAAGAAG CTGATATAAA TAGGAAAAAT
ATCAGAAAAC TCAGAAGAGA AATCAAAAAG GAGTTTACTG AGCAGATAGA TTTTTTTTCC
TATAAAAAAG AAGAGATAAT AGACAAAATT GAGAAACTTG ATATTTTAAA TATAACTCCT
ATCCAGGCTT TAAACATTTT AAGTGAGCTC AAACATGAAA TAATTAAAGC CAAAGAGAGG
CAATTGATAT GA
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| Protein sequence | MQELTPMMQQ YMEIKQKVKD CILFFRLGDF YEMFFEDAIV ASKELEIALT SRDCGNNEKA
PMCGVPYHSA TSYIAKLIEK GYKVAICEQV EDPKLAKGIV KREITRIITP GTFIDDNIST
ANNFICCISK DRSEFALTFV DVSTGEMYSC LLEEDLQKLV NEIGKYSPSE ILISNIEDEL
YEFLKKNCTS FVQMIEFVDL QKCHEIIENQ INVGKIDEKL ILSVGNLLKY LTETQKISFD
YIRRFEFYRV QNYLQIDINT KRNLELTESI IQRSRKNSLL GILDQTKTSM GSRLLKKWIE
RPLIDIIEIN KRLDSVEELK SNYSTLVQVE ELLSRMYDIE RLSSKFAYKN VNAKDLLSLK
KSIEVLPTLK QFLSSFDSEL LKEIYEGLDT LEDIYALIDS SINEDAPVSL KEGGIIKEGF
NEEVDRLRNI SKNSKELLVE YEEKERNLTG IKNLRIGYNK VFGYYIEVTK SNYSLVPDRY
IRKQTLANAE RYITEELKKL EDEILGADQK LIELEYQLFC EIRDRIEAQI ERIQKTASNI
ANLDVLCSFA RIAIDNEYVR PNVYLGDRIY IKNGRHPVVE KMIGRGNFIP NDTELDQAEN
RVLIITGPNM AGKSTYMRQV ALIVIMAQMG CFVPADEAHI GVVDKIFSRI GASDDISSGQ
STFMVEMSEV ANILKNATPK SLIIFDEVGR GTSTYDGLSI AWAVLEYVAD KSKIGAKTLF
ATHYHELTEL EERIPGVKNY RVDVKEEGKN IIFLRKIVRG GCDSSYGIHV ARLAGIPEEV
LKRAEEILKQ LEEADINRKN IRKLRREIKK EFTEQIDFFS YKKEEIIDKI EKLDILNITP
IQALNILSEL KHEIIKAKER QLI
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