| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC7_0586 |
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| Symbol | |
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| ID | 5328557 |
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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 maripaludis C7 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009637 |
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| Strand | + |
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| Start bp | 589497 |
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| End bp | 592478 |
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| Gene Length | 2982 bp |
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| Protein Length | 993 aa |
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| Translation table | 11 |
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| GC content | 26% |
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| IMG OID | 640793112 |
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| Product | SMC domain-containing protein |
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| Protein accession | YP_001329805 |
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| Protein GI | 150402511 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.594919 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.0182683 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATTATCA AAACTATCAA AATGGAAAAC TTCAGAAGCC ACAGAAACAC ATCAATAAAT
TTTAACAAGG GAATAACTTC AATTATTGGG CAGAATGGAA GTGGAAAATC GTCAATTTTT
CAAGCAATGA ATTTTGCACT TTTTGCACCG CGTGGAAGCA ATTTTAGAAT TGAAAATTTA
ATGCAACAGG GCGCTGCATC TTTTTCAGTA GAATTAGAAT TTGAAATGAT GGGAAATACC
TATCTTGTAA AAAGAAAACG GTTTCAAAAT AAAACTGATG ATAAATTATA CGTTAACGGA
AAATTAAATG CCGAATCCGC ATCTGAAATC AACAAAAAAA TTGAAGAAAT ATTAGAAATA
GATAACAGTG TATTTTCAAA TGCAATATAC ATAAAACAGG GCGAAATTGC AAATTTAATC
CAGATGACTC CAAGGGATAG AAAAGAAGTT ATCGGAAAGC TTTTAGGAAT TGAAAAGTAT
GAAAAAGCCG CTGAAAAAAT GAATATTGTA AAAAAAAGCT ACGAAGAAAT GCTTTTTAAA
CTTGAAGGAG AACTAACCCA AGAACCTGAA ATTTTGGAAA ATCTTGAAAA ATTGAAAAAT
GAAGTTTCTG AATCTGAAGT TTTAAAAGAA GAAGTTTTAA AAAAATATGG GAATTTAGAA
ACGGTAAAAC TTGAAAAAAA TTTAGAATTA ACCCAAATGG AAGAAAAATT TACGGAGAAT
AACAGGTTAA AAGAAAATTT AAAGGACATT ATTTTAGAAA TCAAAAATAT AAATTTAGAA
ATTCAAAATT TTAAAAATTC GCTAAATCTG GTTGTTGAAG AATCTGAAAA TCTATCTAAA
AACGAAGAAA ATTACAAAAA ATATCTAGAA CTTGAATTAA ACATTAAAGA TCTAAATACT
AATTTAACTA GTCACAGATC AGACTATGAA TCATATAATA AGTTAAAAAC TATAGAAGAA
TCCCTACTAA AAGAATTAAA TAGCTTAAAA GAATCTTTAA AAGATAATAA AAAAAATCCT
GATGAATTGA AAAAAAATTT AAAGGAAAAC GAAGGAAAAA TCCTGAGTCT AGATAAAATA
AAAGAAAAAA TTAAAGAATT GGAATTTATT GAAAAACAGA TTTGTGAAAT AGAAACCCAC
AAAAAAACGG TAGAAAACCT ATTTAATAGT GTTAAAATTT ACGAAAACTC GATTAAAACT
TTTGAAGAAC TGAAAACCAA AAAAAATAGT TATGAAAATC TTTTAAAAGA AAAAATTGAC
GTTGAAAAAA AACTTCGAAC CGAAAATGAT GAAAAAATTA AATTAATTTC TGAATTGACA
GTTTTTGAAA AAATAGAAGA AAAAATTAAT CTTGAAAATG AATTAAAGGA AAAATACGAA
GAACTATCTG AAAAAATAGA TAAATTAAAT GAAATCGTTT TAAAAAAAGA AAGTAAAATT
TCAGAATATA AAAATTCTAA GGCAGAACTT GAAAAAACCA ATGATTCGTG TCATGTTTGC
CAGTCCAAAA TAAGTGAAGA AAAAAAGCAG GAACTGCTTA GAAAATACAA CAATGAAATC
CAAAACGAAC AGTTATCTAC TGAAAGTCTT AAAAAACAGC TTGAAATCAT ATTAACTAAA
AAAGAACAGA TTAAACTTAA ATTAAATGAA ATCGATTCGT TTAAATCAAA ATATGGTGAA
TTAAAAGAAA AAAAGAACTA TCTTTTGAAA ATTGAAGAAT CTTTAGTTGA AAATAACCAA
AAATTAGACG AATTAAATGA AAAAATTAAT GAATATTCTT CATTAAACGA TGAAATGGAT
CTAATTGAAA TTAAATTAAA AGATTTGGAA AAAGACCATA AAAATTATAA TTATTCTGCC
CAGTTTGTAG CTAAAAACGA CGAATCTGAA AGTTTAAAGA AAAAGTTGGA ACTTTCAAAA
ATTATTGGAA ATTACGATTT TTCAAAAATT GAAAACGAAA AGAAATCCCT CGAAAATTTA
AAAGATGAAT TAAAAAATAT TATTTACAAT TTAGACAGAG AAATTAACAT AAAAACAGAA
TTAAAAAATA TTCAAAACGA TATTTCTTCA AAAATAGGTA TTGCTGAATG CTACGTTAGA
TGGGAAACCC AAAAATCAGA TTTTGAAAAC AAAATATCAA ACTGTAAAGA AAGTTATGAA
AAATATATGA AAAGTCATGC AGTTCTTAAA AACTATTCAA AAACGTATAT TATTGAAATA
AATAATTTAA ACGAGTTTTT GAACCAGAAA ATTGCTGAAA AACAGCAACT TTGTGGAAAA
CTTCTTGAAA CACGAGCAGA AATTGAAAAA AATATTCAGA TTACAAATTA CAATCCAGAA
TTGCATGAAA ACGCTAAAAG ACTTTACGAA AATATATTTA ATGAATTTAA TGATATTTCA
AGAACTTTGG AGAGAATAAA TTCTGAATTA AAACTTAAAA GCGAAAATAT AAATTATTTA
AATGAAAAAA TCCAAAATCT GGCGAATAAA AAAGAAGAAA GAAAAAAAAT TGAAGAATTT
AAAGAATATC TCGATAAAAT AAAAAGGGAA ATATTTTCAA AAGATGGATT TCAGAGATAT
TTAAGAGAAA AATATATTCC TTTGATTCAG AGACATACAA ACCATATTTT TCAGGAATTT
GAACTTCCAT ATTCACACAT TCAATTAAAA GATGATTATA GCCTCATAGT TGATGGCCTC
CCAGTTGAAA CCCTAAGTGG AGGGGAGCAG ATTGCAGTAT CTCTTGCATT GAGGCTTGGA
ATCTCTAAAG CGGTTTGTAA TAATATTGAA TGCATAATAT TAGATGAGCC TACTGCATAT
CTTGATGAGG ATAGGCGTAA AAACCTTTTA AATATCTTCA AAAACATAAA AACAATACAT
CAGATGGCAA TAATCACTCA CCACCAAGAA CTTGAACAGA TTGCGGATAA CATAATAAAA
GTTAGAAAAA TCGGCGAAAA TTCAAAAATA TCTTTAGAAT AG
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| Protein sequence | MIIKTIKMEN FRSHRNTSIN FNKGITSIIG QNGSGKSSIF QAMNFALFAP RGSNFRIENL
MQQGAASFSV ELEFEMMGNT YLVKRKRFQN KTDDKLYVNG KLNAESASEI NKKIEEILEI
DNSVFSNAIY IKQGEIANLI QMTPRDRKEV IGKLLGIEKY EKAAEKMNIV KKSYEEMLFK
LEGELTQEPE ILENLEKLKN EVSESEVLKE EVLKKYGNLE TVKLEKNLEL TQMEEKFTEN
NRLKENLKDI ILEIKNINLE IQNFKNSLNL VVEESENLSK NEENYKKYLE LELNIKDLNT
NLTSHRSDYE SYNKLKTIEE SLLKELNSLK ESLKDNKKNP DELKKNLKEN EGKILSLDKI
KEKIKELEFI EKQICEIETH KKTVENLFNS VKIYENSIKT FEELKTKKNS YENLLKEKID
VEKKLRTEND EKIKLISELT VFEKIEEKIN LENELKEKYE ELSEKIDKLN EIVLKKESKI
SEYKNSKAEL EKTNDSCHVC QSKISEEKKQ ELLRKYNNEI QNEQLSTESL KKQLEIILTK
KEQIKLKLNE IDSFKSKYGE LKEKKNYLLK IEESLVENNQ KLDELNEKIN EYSSLNDEMD
LIEIKLKDLE KDHKNYNYSA QFVAKNDESE SLKKKLELSK IIGNYDFSKI ENEKKSLENL
KDELKNIIYN LDREINIKTE LKNIQNDISS KIGIAECYVR WETQKSDFEN KISNCKESYE
KYMKSHAVLK NYSKTYIIEI NNLNEFLNQK IAEKQQLCGK LLETRAEIEK NIQITNYNPE
LHENAKRLYE NIFNEFNDIS RTLERINSEL KLKSENINYL NEKIQNLANK KEERKKIEEF
KEYLDKIKRE IFSKDGFQRY LREKYIPLIQ RHTNHIFQEF ELPYSHIQLK DDYSLIVDGL
PVETLSGGEQ IAVSLALRLG ISKAVCNNIE CIILDEPTAY LDEDRRKNLL NIFKNIKTIH
QMAIITHHQE LEQIADNIIK VRKIGENSKI SLE
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