| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A0360 |
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| Symbol | |
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| ID | 3626527 |
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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 | Methanosarcina barkeri str. Fusaro |
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| Kingdom | Archaea |
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| Replicon accession | NC_007355 |
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| Strand | + |
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| Start bp | 419966 |
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| End bp | 423190 |
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| Gene Length | 3225 bp |
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| Protein Length | 1074 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637699252 |
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| Product | chromosome segregation protein |
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| Protein accession | YP_303924 |
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| Protein GI | 73667909 |
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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 | 21 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGAAGCTCA AAAACCTGCA TATTGAAAAC ATCCGGAGCT ATAAAAAACT GGATTTTACA
TTTGAAGACG GAGTTACAGT CATTTCCGGG GTGAACGGGA GCGGGAAATC AAGCCTGCTT
GAAGCATGTT TTATGGGACT TTTCGGGAGC AAAATTCTTT CAAAGGACTT TGTGCTTGCA
GATGTAATCT TCAAGGGGGC CGAAAACGCA AAAATAAACC TGGGTTTTGA GCATTTAGGG
CAGGATTACC TTATAGAACA GGCTTTCAGG TATTCTTCTA AAAGTGAAAA CGCTTCGAAT
TCGAAATGCG TGCTCTATGC CAATGGGGAA AGTATTGTTG ATCAGGCTAC ACGGACTTAC
GAAGAGGTCT GCTCTCTTCT GAACATGGAC GAAGAGGCGT ACAGAAACTG TGCTTACATC
AGGCAGGGCG AAATTGACGT ACTCATTAAT GCAAAACCAA AAGACAGGCA GCGGATGATC
GACGGCTTGC TGCAGCTTGG AAAGCTCGAA GAATACAGGG AAAGAGCAGG AAGCGCAAAA
ACGGCTGTAA GAAGGCTTCA AAGGGACACC AGTAACAGCC TTTCGGGTGT AAAAGCCGAA
ATTGAGGGGA TCGAAAGTAC AGAACCGCAT GCCGTTTTGA ATGGGCTCAG GCAGAAGATA
AAGGAAAGCG ATACTATCTT AAAAAAATGT AATGAAAATA AAGAGGCTGC AGCTGCCCAG
AAAGAAAAAC TCGACCTTAT GATTACAGAA CACAGGGAAC GTCTCCAGGA AATCCAGACT
CTGAAACAGG CCCTGTCTAA ATCTCAGGAA GACAAGGCAG GCTGTATCCG GGAAAAAGAA
GCCTTTGCCA GAGAAGCCCA TGAACAAAGG CAGGCTCTGC TTGGACTAGA GGAAGAGAAT
AATCATATTC GGGGAGAATG CGGCTTTGGA GACCTTGAGA TTGAGGCTTT GAGCTTGCAG
AAGGAAAAAG AGGAGTTTCT TGCCAGGGAA AAGGTAAATG TAATCTCAAA AGAACTTGCT
CTTCTTCTCA GGGAAGAAGA AGTTCACACT CAGGATCTGC GCGACTTTGA AAACGAAAAG
GCTGAGACCG AACAGAGTTT GATGCAGTGC AGGGCGGATA TCGGGGCTAC AAACGGGGAA
ATTGAAGGAA ACAGAAAAAA TATACTGAGA ATTGAGGATG AGAATAAAAA GCTAAAAGAA
GCTGCAAAAG AGACCACAGG CTTCACGGAC ACTTATGAAA TTCCTTTGTT TATAAATGAG
CTGGAAGAAA AAGAAAGCCT TCTTCGTGAA CGGAAAAACG AAGCCTCAAC AAAACTTGCA
CTTGCTTTCA AAGAAAAAGA AACCGGAGAC ATAAATCTCC TCACACTTGA TAAGGAACTT
CAAAATACCA AAGTCGCAGT TCGAAAAAGT AAAACCGAAA TTGAAATTCT TGAAGAGGAG
CTCAGGGAAA ATGAAAAGGC AGTTCTGGAA GTTAAGGAGC AAAAATCCGA AGCTTCTGCA
GGGTTAAAAG GACTTGGCTT TACCGGAGAG CAGCTCGAGG ACCTGGAATA CCTCAGCGAA
CTTCTGCTGG AAAACAAAAA CAGGCTGCAT GGGCGAGAAA AAGAGCTTGA AGCTACCCTC
AGGGAGCTTG ATAAAGTTAT CCGTAAAAAC CGGCAGCTAC TTGCCGAAGG AAAATGCCCT
ACATGCGGGC AGGATCTTAA AGGCTCTGAA ATTGCATGCA CAACCGGGGA ATCCGAACAG
AAGAGAGAAA AACTTGCAGC AGAACTTCTC GATATAAAGC TCCAGCAAGC CGAAGTCGAG
AAAAAACTTA ATCGACTCAA GGACGCAAAA AAACTGGAGA AGCGGATTTC GGATTACGAC
CTGGAAACCG AAAGACTCAA AAATAAGGCA AAAGACCTGC AAGAAAGGAT AACGATCCAC
AAAACCCGAA CCGAGGAAGA TTCCCTTAAA CTTGAAGGCC TTAATAAACA AAAGGAAGAA
CTTGAGGCTA AGATGGGCAA GCTTCTTCCT GATATTAAAG CCCTGCAGGG ATGGGAAGCG
GCAGCTCAAA AAGCTCATGG TGAGAGTGAA AGAGTACTTC AAGAGGCAAA AGCCTTTGAG
AAAAAGCTTG CCGAAAACAC CTCGGAAATA GAAAGCCTGA ACGGGAAAAT CAGGACTTCC
CTGGCACTGA TCGAAAATTA CGGGCAGAGG CTTGGAGAGC TCAATGAGAA ACTAAAAGGG
CTTGCCGAAC GAGAGACTCA GGAAAAGGAA AAACTCAAAA CCCTGGAAGT TGAGCTTGAA
GCCCTGAGGA AAAAAGAAGC CCTGGCAAAA GAAACCCATG ACGAGAGTTC AAAGCATCTC
TTGAAGACAA AAAAACTCGG GGCAAACCTG ATCCAGATGG ATAATATAAA GCACAAAATC
TCCGAGCTTG AGGCTTCAAT CAGGAACCTT GCCGAAAAAG TCGGCTTTTT TGACCGGGAA
ATCCTTGAAA GAAACGAGCG GGTAAAACAG CTTGAAGGAA AACTTCAGGG AAGCAGATTC
GAAGATCTTC AGTCAAAGCG TACCCAGCTT GAAGAGTATC AGGCAAACCT TACTGAAAAA
ACCCGGCAAA CCACGGCCGC CAAAGATGCT CTCTTAAAAG AAGTTGGTAT GGTTGAGAAT
AGTTTAAAAC GCCGCAATGA GCTGAAGGAT GAACTCAAAG CCCTTGAGAA CAGGAAGCAG
TACCTTGAAG CCGTATATAG CAATGCCGAG GAGCTTGAGA GCATGTATAT GCGCGTTCGG
GCGGATATGC GGAATAGAAA CATAGGGGCT CTTTCTACCC TTTTGAATGA AATGTTCAGC
TTCATGTACA CAAATAATGC GTATTCCCAT ATCGAACTCG ACCCGGAATA TAACCTTACG
GTTTACAGAA AAGACGGCAC TCCACTTGAA CCAAAACTCC TTAGCGGAGG AGAACGTGCA
ATCTTTAACC TTGTCCTGCG CTGTGCGATC TACAGACTTC TTGCTCTGGG TTTTGGCGGA
GATAGGGCAG ACGGGCTTCC CCCTATGATC CTTGACGAGC CTACAGTTTT CCTGGACCGC
GGGCATATAA ACCAGCTTTT GAAACTCATA GACATGATGC GTGGCATAGG CGTAGGCCAG
ATTATTGTGG TCTCCCATGA CGAGTCCCTT ATAGATTCGG CAGACCATGT CTTCCAGGTA
GAAAAAGACC CTATTACCAA TATGTCGTCT ATTGTAAAAC TTTAA
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| Protein sequence | MKLKNLHIEN IRSYKKLDFT FEDGVTVISG VNGSGKSSLL EACFMGLFGS KILSKDFVLA
DVIFKGAENA KINLGFEHLG QDYLIEQAFR YSSKSENASN SKCVLYANGE SIVDQATRTY
EEVCSLLNMD EEAYRNCAYI RQGEIDVLIN AKPKDRQRMI DGLLQLGKLE EYRERAGSAK
TAVRRLQRDT SNSLSGVKAE IEGIESTEPH AVLNGLRQKI KESDTILKKC NENKEAAAAQ
KEKLDLMITE HRERLQEIQT LKQALSKSQE DKAGCIREKE AFAREAHEQR QALLGLEEEN
NHIRGECGFG DLEIEALSLQ KEKEEFLARE KVNVISKELA LLLREEEVHT QDLRDFENEK
AETEQSLMQC RADIGATNGE IEGNRKNILR IEDENKKLKE AAKETTGFTD TYEIPLFINE
LEEKESLLRE RKNEASTKLA LAFKEKETGD INLLTLDKEL QNTKVAVRKS KTEIEILEEE
LRENEKAVLE VKEQKSEASA GLKGLGFTGE QLEDLEYLSE LLLENKNRLH GREKELEATL
RELDKVIRKN RQLLAEGKCP TCGQDLKGSE IACTTGESEQ KREKLAAELL DIKLQQAEVE
KKLNRLKDAK KLEKRISDYD LETERLKNKA KDLQERITIH KTRTEEDSLK LEGLNKQKEE
LEAKMGKLLP DIKALQGWEA AAQKAHGESE RVLQEAKAFE KKLAENTSEI ESLNGKIRTS
LALIENYGQR LGELNEKLKG LAERETQEKE KLKTLEVELE ALRKKEALAK ETHDESSKHL
LKTKKLGANL IQMDNIKHKI SELEASIRNL AEKVGFFDRE ILERNERVKQ LEGKLQGSRF
EDLQSKRTQL EEYQANLTEK TRQTTAAKDA LLKEVGMVEN SLKRRNELKD ELKALENRKQ
YLEAVYSNAE ELESMYMRVR ADMRNRNIGA LSTLLNEMFS FMYTNNAYSH IELDPEYNLT
VYRKDGTPLE PKLLSGGERA IFNLVLRCAI YRLLALGFGG DRADGLPPMI LDEPTVFLDR
GHINQLLKLI DMMRGIGVGQ IIVVSHDESL IDSADHVFQV EKDPITNMSS IVKL
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