| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maeo_0711 |
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| Symbol | |
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| ID | 5327610 |
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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 | Methanococcus aeolicus Nankai-3 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009635 |
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| Strand | - |
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| Start bp | 727844 |
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| End bp | 730828 |
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| Gene Length | 2985 bp |
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| Protein Length | 994 aa |
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| Translation table | 11 |
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| GC content | 24% |
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| IMG OID | 640788100 |
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| Product | SMC domain-containing protein |
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| Protein accession | YP_001324906 |
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| Protein GI | 150401140 |
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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 | 2 |
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| Plasmid unclonability p-value | 0.00173757 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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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 | ATGATTATAA AAAATATTAA TATTAAAAAT TTTAGGAGCC ATAGTAATAC CGACATATCA
TTTAAACAGG GAATTACCAC AATAATAGGA GAAAATGGAA GTGGAAAATC ATCTATATTT
GAAGCTATGA ATTACGCCTT ATTTGCACCT CGTAGAATTA AATTGAGTGA TGCAATAAAA
AGAGGCACCG ATTTTTTTTC AATATCGTTT GAATTTGAAA TAAATGGTAA AAGATATAAA
GTTATTAGGG GCAGGGGCAA GAAAAATATA AATTATCTTT ACGAAAATGA TAAACCATAT
TCTGAAAACA ACGATGAAGT CAATAATAAA ATAAAGGAAA TACTCAATAT GGACGACGAG
GTATTTTCAA ATGCCATATA TATAAAACAG GGAGATATAT CTTCACTTAT TCAAATTACG
CCCGCGGAAA GAAAAAAATT AATAGGAAAA TTATTGGGTA TTGAAAGATA TGAGCAAGTA
TGGGACAAAC TCAAAACACC ATTAAAAAAT ATGGAATTAG ATTTAAAAAA GATTGAAGGG
GAATTAATAC AAAAAGAGGA CATAAATACC AATATAAATA ATTTAAAAGA AAATATGGAA
AAAAATTCAA AAATTTTAAA GGAGCTCCAA GATAAATTTA ATCATGCTGT GGAGCTCCGA
GACAGGAAGG AAAAATTGCT AAAAAAATGG GAAAAAAAGG AAATAGAAAA TAATAATTTA
CAAAATAATT TAAAAGAATT AAAATATGGG GTCGAAACTT CTGAAAATAA TATTAAAATT
TTAATAAGTG ATTTGGGAGC CATAAATACC CACAATAATA TTTTAAATAG TAACTATTTA
AATTACTCCA AATACAAGGA AATAGAAAAT AAATTAAAAA AGTTGGCAAA TGAACTATTG
CAATACAAAA AATATTACGA TAAATTCAAT GAGTTAAATG GGGAAATGAA AGGTTTAGAA
AAAACCATTA AAGAAATCGA TAAAAAATTA ATTGATAAAA ATCCAAAAAA TAAATCAAAT
AGTGAAATAG AACAGGAAAT TAATGATATA AACAAAGAAT TAAATAAATT AGATGATATA
TTAAATAAAT TAAAAGATTT GGAATTATTA AATAAAGAAC TGACTAAAAT TGAAAACAGT
AAAAAGGAAT TAAATAAAAA TAAAGAAAAT TATTTAAAAT ATTTGGAATT GTCAAAGAAA
TCCAAGGAAT TAAATAATAA ATTAATGGAA TTAAGCGGAA TAAAAGAAAA GGAAAACGAC
TTAAAACAAC AAATTAAATC TACTGAATAT AAAATAAAAC AACTTAAACA GGATTTAAAA
GATTTTAATA ATATTGATAT AGAGATAAAT AAGGAAAAAG AAATTAAAAC AAAATATGAG
GATATTGTTA ATAAAATAGA CCTGTTAAAA GAGAAAATAG CACAAAATAA TGCAGAAATA
AACCAAACAA AAGACGCCAT AGAAAAACTT AAAGGAACAA CAGAGGATAA ATGTCCAGTA
TGTCAATCAA ATATTGATGG GTTGAAAAAA CAGGAGCTCC TAAAACAATA CAATCAATTA
ATAGAGGAAA GAAAACAAAA ATCAAATAAA CTACAAATAA AATATAACAA ATATTTATCT
GAAAAAAAAG ACATAAAGGA CAAATTAGAT AAAATAAATA ATTTAAAAAA TAAATATGGA
CAATTAAAAG AAAAAAACAA TAATTTAATA GAAGAAGAAA ATAAATTAAT TAAGTTAAAT
AATGATTTAA ATGTTATTGG AAAAGATTTA GAAGAATATA ACAAAATAAT AGAAAATATT
AAAACAAAAG AAAATAAATT AAAAGAATTA GAACAATATT ATAAAAAATA TGAATACTGT
GAGAATTTTT TAAAAGATAG CAATGAGCAG GAACTGGTAG ACAATAAAAA CAAATTATTA
GATATAATTG GAAACAATAC AAATAAATCC ATATTAAATA CAAAAAAAGA GTTAAATAAT
AAGGTAGGGG AATTAAATGA GCTGTTAAAT TTAATTAGAA ATAAAGAACA AAACATGAAA
AAATTAAATG TCGTAAATAA AGAAATAGAT AATTTAAAAG ATAAGGTTGC AACGAATTCC
CAATTAGAAA TTGAAAAAAA CAGCAACGAA AAAGAGCTAA TAAAATATAA AGACGGATAT
AATCAATATA ATGATTCTTA TGCAGTGTTA AAGAATTATG CCGATAAATA TGCCGTATCT
ATTGAAGAAA TAAGAAATAA AGTTAATGAG TTATTGAAAA AAGAAAACAA TAATTTAAAC
AATTTAAACA ACGAAATACA AAATATTAAA TTATCAATTG AAAAACTACA ATACAATATA
GAGGAATTTG AAGATATTAA AAAGGATTAT AATAAAATAA ATAACAAAGT TAATGAAATT
AATGAGGATA TTATTAAATT AGATACAACA ATTAAAAATG AAAATAAATT ATTATCTGAA
TTTGAAAATA AATTAAAACA ATTGGAAAAA TTAGAATCTA AAAAGGAACA GCTAAACAAT
GCTATACATA ATTTAGCTAA CATAAGAGAA GCCGTTTTCT CAAAAAATGG ATTTCAACAA
TATTTAAGGC AAAAATATAT ACCTATTATT CAAAGACATA CCAATGAAGT ATTTAATGAA
TTTGAATTAC CATATAGCCA CATAGAAATT AAAAATGATT ATGATATTAC AGTAGATGAT
AATCCAGTAA AGACGCTAAG TGGAGGGGAG CAAATAGCCG TGGCTCTTGC AATTAGAATT
GGAATTGCAA AAGCCGTTTG TAGTGATTTG AATTGTATAA TATTGGATGA ACCAACAGCG
TTCCTTGATG AAAATAGGAG ACATAATTTG TTAAGGGTAT TTAGAAATAT AAAGTCTCTC
TCCCAGATAT TTGTAATATC TCATCATTCA GAATTAGAAC AGGTGGCAAA TAACACGATA
ACTGTTGAAA AAAATATGGG AAATTCAATA ATAAGGAGCT CCTAA
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| Protein sequence | MIIKNINIKN FRSHSNTDIS FKQGITTIIG ENGSGKSSIF EAMNYALFAP RRIKLSDAIK
RGTDFFSISF EFEINGKRYK VIRGRGKKNI NYLYENDKPY SENNDEVNNK IKEILNMDDE
VFSNAIYIKQ GDISSLIQIT PAERKKLIGK LLGIERYEQV WDKLKTPLKN MELDLKKIEG
ELIQKEDINT NINNLKENME KNSKILKELQ DKFNHAVELR DRKEKLLKKW EKKEIENNNL
QNNLKELKYG VETSENNIKI LISDLGAINT HNNILNSNYL NYSKYKEIEN KLKKLANELL
QYKKYYDKFN ELNGEMKGLE KTIKEIDKKL IDKNPKNKSN SEIEQEINDI NKELNKLDDI
LNKLKDLELL NKELTKIENS KKELNKNKEN YLKYLELSKK SKELNNKLME LSGIKEKEND
LKQQIKSTEY KIKQLKQDLK DFNNIDIEIN KEKEIKTKYE DIVNKIDLLK EKIAQNNAEI
NQTKDAIEKL KGTTEDKCPV CQSNIDGLKK QELLKQYNQL IEERKQKSNK LQIKYNKYLS
EKKDIKDKLD KINNLKNKYG QLKEKNNNLI EEENKLIKLN NDLNVIGKDL EEYNKIIENI
KTKENKLKEL EQYYKKYEYC ENFLKDSNEQ ELVDNKNKLL DIIGNNTNKS ILNTKKELNN
KVGELNELLN LIRNKEQNMK KLNVVNKEID NLKDKVATNS QLEIEKNSNE KELIKYKDGY
NQYNDSYAVL KNYADKYAVS IEEIRNKVNE LLKKENNNLN NLNNEIQNIK LSIEKLQYNI
EEFEDIKKDY NKINNKVNEI NEDIIKLDTT IKNENKLLSE FENKLKQLEK LESKKEQLNN
AIHNLANIRE AVFSKNGFQQ YLRQKYIPII QRHTNEVFNE FELPYSHIEI KNDYDITVDD
NPVKTLSGGE QIAVALAIRI GIAKAVCSDL NCIILDEPTA FLDENRRHNL LRVFRNIKSL
SQIFVISHHS ELEQVANNTI TVEKNMGNSI IRSS
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