| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC5_0237 |
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| Symbol | |
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| ID | 4927614 |
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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 C5 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009135 |
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| Strand | - |
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| Start bp | 204156 |
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| End bp | 207137 |
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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 | 25% |
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| IMG OID | 640165736 |
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| Product | SMC domain-containing protein |
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| Protein accession | YP_001096768 |
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| Protein GI | 134045282 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.0769992 |
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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 | ATGATTATTA AAAATATCAA AATGGAAAAC TTCAGAAGCC ACAGAAACAC CTCGATAAAT
TTTAACAAAG GAATAACTTC AATAATTGGC CAAAATGGAA GTGGAAAATC GTCAATATTT
CAGGCAATGA ATTTTGCACT TTTTGCTCCG CGTGGAAACA ATTTTAGGAT TGAAAATTTA
ATGCAACAGG GCTCTGCATC TTTTTCTGTA GAATTGGAAT TTGAAATGAT GGGAAATATA
TATCTTGTAA AAAGAAAAAG GTTTCAAAAT AAAACAGATG ACAAACTATA CGTTAACGGG
AAATTAAATG CTGAATCTGC ATCGGAAATA AACAAAAAAA TAGAAGAGAT TTTAGAAATA
GATAACAGCG TATTTTCAAA TGCAATATAC ATAAAACAGG GCGAAATTGC AAATTTAATC
CAGATGACTC CGAGAGATCG AAAAGAAGTT ATCGGAAAGC TTCTTGGAAT TGAAAAGTAC
GAAAAAGCCT CTGAAAAAAT GAATATTGTA AAAAAAAGCT ACGAAGAAAT GCTTTTTAAA
CTTGAAGGGG AGCTCGTCCA AGAACCTGAA ATTTTAGAAA ATCTTGAAAA ATTAAAAAAT
GAAGTTTCTG AATCTGAAAT TTTAAAAGAA GAAATTTTGA AAAAATATGA AAATCTTGAA
AAATTAAAAC TTGAAAAAAA TTCAGAATTA ATTTCAATGG AAGAAAAATT TGCTGAAAAT
AACCTGTTGA AAGAAAATTT AAAGGATATT ATTTCAGAAA TCAAAAATAT AAATTTAGAA
ATTCAGAATC TTGAAAACTC ATTAAGTTCA GTAGTTGAAG AATCGGAAAA TTTATTTAAA
AACGAAGAAA TTTACAAAAA ATACTTAGAA CTTGAATTAA CGATTAAAGA ACTAAATACT
AAATTAATAA GTCATAAATC AGACTACGAA TCTTACAATA AATTAAAAAC AATTGTAGAA
TCTTTAATAA ACGAATTAAA TATCTTAAAA GAATCGTTAA AGGATAATAA AAAAAATCCT
GATGAATTAA AGGAAAATTT AAACGAAATT GATAAAAAAA TTCAGAAATT GGACGGTGTA
AAAGAAAAAA TAACAGAACT TAATTTTATT GAAAAACAAA TTTCTGGAAT AAACGATCAC
AAAAAAACGG TAGAAACACA TTTTGATTCT TCAAAACTTT ACGAAGATCT GATTAAAACT
TTTGACGGCC TAAAGACTAA AAAAAATAGT TATGAAAATC TTTTAAAGGA AAAAAATGAT
CTTGAAAAAA AACTTCAAAG TGCTATTGAA GAAAAAATCA AATTAATTTC TGAATTAACT
GTTTTTGAAA AAATAGAAGA AAAAATAAAT CTTGAAAATG AATTAAAAGA AAAATATGAA
GGTTTATCTG AAAAAATAGA TAAATTAAAT GAAATAATCA CAAAAAAAGA AAGTAAAATC
TTAGAAACTA AAAATTATAA GCTGGAACTT GAAAAAACCA AAGATTCGTG TCACGTCTGC
CAGTCCAAAA TAACTGAAGA AAAAAAACAG GAATTACTCA AAAAATATAC CTCTCTAATT
CAAAATGAAG GTTTATCAAT TGAAAGTATC AAAAAACAGC TTGAAGTTAT ATTAAACAAA
AAAGAGCAGC TTAAACTCAA ATTGAATGAA ATTGATTCAT TTAAATCAAA ATACGGGGAA
TTAAAAGAAA AAAAGAATTA CCTTTTGAAA GTTGAAGAGT CGATAATTGA AAATACTCAA
AAATTAAACG AATTAACTGA ACAACTCAAC GAATATTCTT CCTTAAACGA TGAAATAAAG
TTAATTGAAA ATAAATTAAA CGATTTAGAA GAAATTTACA AAAAATATAC ATATTCCGTT
CAATTTTTGA CTAAAAATGA TGAATCTGAA ATTTTAAATA AAAAATCTGA AATTTTAAAA
ATTATCGGAG ACTATGATTA TTTAAAAATT AAAAATGAGA AAGAATCCCT CGAAAATTTA
AAAGATGAAT TAAAAATAAT TATTTCTAAT TTAGAACGAG AAAATAAGCT AAAATCAGAA
TTAAAAGATA TTCAAGATAA CATGTCTTCA AAAATAGGAA TTGTTGAATG TTACATTAAA
TGGGAAACTG AAAAATCAGC TTTTGAAACT AAAATATCAG AATATAAAGA AAATTACGAA
AAATATATGG AAAGTTTAGC AGTTCTTAAA AACCATTCCA AAATATATTC TGTAGAAATA
AATGAATTAA ATGAGTTTTT AAACCAGAAA CTTGCTGAAA AACAGAATAT ATCTAAAAAA
CTCTTAGAAA ATAGAATAAA TACTGAAAAA AATATACAAA TTGTAAATTA CAGTCCAGAA
GTGCATGAAA ACGCTAAAAA AGCTTATGAA TCCATAATCA ATAAATTTAA TGATATATCC
ATAACTTTAG AACGAATAAA TTTTGAATTA AAACTTAAAA ATGAAAATAT AGTTTATTTG
AATGAAAAAA TCCAAAACTT GGCGAATAAA AAAGAAGAAA GAAGGAAAAT TGAAGAATTT
AAAGAGTATC TCGATAAAAT AAAAAGGGAA ATATTCTCAA AAGATGGTTT TCAAAAGTAT
TTAAGAGAAA AGTATATTCC GTTAATTCAA AGGCATACAA ACCAGATTTT TCAGGAATTT
GAACTTCCAT ATTCCCATAT TCAATTAAAA GATGACTACA GCTTGATAGT CGATGGCCTT
CCAGTTGAAA CATTGAGTGG TGGAGAACAG ATTGCAGTTT CCCTCGCATT AAGGCTTGGA
ATATCTAAAG CAGTTTGTAA CAATATTGAA TGCATCATAT TAGATGAACC AACAGCGTAT
CTCGACGAAG ATAGGCGTAA AAACCTTTTA AATATATTCA AAAACATAAA AACAATAAAC
CAGATGGCGA TAATTACGCA CCATCAGGAA CTCGAACAGA TTGCAGATAA CATTGTAAAA
GTTAGAAAAA TCGGCGAAAA TTCAAAAGTA TCTTTAGAAT AG
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| Protein sequence | MIIKNIKMEN FRSHRNTSIN FNKGITSIIG QNGSGKSSIF QAMNFALFAP RGNNFRIENL
MQQGSASFSV ELEFEMMGNI YLVKRKRFQN KTDDKLYVNG KLNAESASEI NKKIEEILEI
DNSVFSNAIY IKQGEIANLI QMTPRDRKEV IGKLLGIEKY EKASEKMNIV KKSYEEMLFK
LEGELVQEPE ILENLEKLKN EVSESEILKE EILKKYENLE KLKLEKNSEL ISMEEKFAEN
NLLKENLKDI ISEIKNINLE IQNLENSLSS VVEESENLFK NEEIYKKYLE LELTIKELNT
KLISHKSDYE SYNKLKTIVE SLINELNILK ESLKDNKKNP DELKENLNEI DKKIQKLDGV
KEKITELNFI EKQISGINDH KKTVETHFDS SKLYEDLIKT FDGLKTKKNS YENLLKEKND
LEKKLQSAIE EKIKLISELT VFEKIEEKIN LENELKEKYE GLSEKIDKLN EIITKKESKI
LETKNYKLEL EKTKDSCHVC QSKITEEKKQ ELLKKYTSLI QNEGLSIESI KKQLEVILNK
KEQLKLKLNE IDSFKSKYGE LKEKKNYLLK VEESIIENTQ KLNELTEQLN EYSSLNDEIK
LIENKLNDLE EIYKKYTYSV QFLTKNDESE ILNKKSEILK IIGDYDYLKI KNEKESLENL
KDELKIIISN LERENKLKSE LKDIQDNMSS KIGIVECYIK WETEKSAFET KISEYKENYE
KYMESLAVLK NHSKIYSVEI NELNEFLNQK LAEKQNISKK LLENRINTEK NIQIVNYSPE
VHENAKKAYE SIINKFNDIS ITLERINFEL KLKNENIVYL NEKIQNLANK KEERRKIEEF
KEYLDKIKRE IFSKDGFQKY LREKYIPLIQ RHTNQIFQEF ELPYSHIQLK DDYSLIVDGL
PVETLSGGEQ IAVSLALRLG ISKAVCNNIE CIILDEPTAY LDEDRRKNLL NIFKNIKTIN
QMAIITHHQE LEQIADNIVK VRKIGENSKV SLE
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