| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbur_1501 |
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| Symbol | |
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| ID | 3998399 |
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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 | Methanococcoides burtonii DSM 6242 |
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| Kingdom | Archaea |
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| Replicon accession | NC_007955 |
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| Strand | - |
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| Start bp | 1579485 |
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| End bp | 1582151 |
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| Gene Length | 2667 bp |
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| Protein Length | 888 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 637959258 |
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| Product | SMC-like protein |
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| Protein accession | YP_566158 |
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| Protein GI | 91773466 |
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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 | 29 |
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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 | GTGAAGCTTA AAAGAGTACG TGTTGAGAAT ATCAGGAGTT ACATTGACCT TGATATCAGC
TTCGATGATG GGGTTACTGT TGTATCCGGT GTGAACGGCA GTGGTAAATC CAGTTTACTG
GAAGCCTGTT TTACAGGGCT TTTCGGAAGT CGTGCTCTTT CAAAGGATTT TGTAATTTCG
GATATTATTC GAAAAGGGGC TACAAAAGCA TCAATTGTTG TGGATTTTGA GAATCAGGGA
AATTATTACA GTATCGAGCA GGGGTATAAG GTCGATGCAA GGTCCGGGAA GGCATCGAAC
AACAGGTCTG TTTTCAAGGT CAATGATGAA GTGATGGTGG ACCAGGCAAA TCAGACATAT
GAAGCTGTAA AGGCACTTCT GAAAATGGAT GAGGAAGCCT ACACTAACTG TGTGTACATC
AGGCAGGGGG AAATTGATGT ACTCATCAAC GCCAAGACAA AAGACCGGCA GCGTATGATC
GATGGTCTTC TTCAGATAGG CAAACTCGAA GAATACAGGG AGCGTGCAAG CAGTGCAAGG
GTCGGGGTTG GAAGACACCA GAGGGAAGCC GATTCACGTC TTAAGGATAA TATTGCTGAC
ATTGAGGTGC TTGAAGATTC AAAACCGTAT CAGTTACTCA ACGGCCTCAG GACCGAAGTT
ACTGGGATTG AAAAAGCAAT TCTGGACCTC GGGTCAAAAA AAGAACGGGC TAAAGAGCTG
ATCGAATCTA TCGGTGATCG TATCGGGAAG TATTCTGAGA TTTTGGAACA GAAAAAAAAG
GCAGATTCTG AGATCAAGGA TTTTAAGACC AATATATCAA AGGAGCATGC CAACATCGAG
AGTTCCAGGG ATCAGGTGAA CTCAGGGAAC AATGATATTT TGGCCCTTCA TAGTTCCAAT
GTCTCCCTTT TTGGAGTGGT TGAGGTCGCA GATGGTTCCG ATATCGAGGG ATGTGTTACT
GATCTTGAAA AGCAGGAAGT TTCTGCGCGG GATGGGTTTA GTGGTGTTGT CAAAAAAAGA
GAGCTCGCGT TGAACAATGA GGCAGCACAA AACAATTTCC TCCTGAATCT GAACAAACAA
CTAAATAATT CGGTTGGTAG CATACGAATC CGGAATGAGA AGGTCGTATT TGCCAAAAAC
GATCTCAAAA AGTATCTGGA AGATGTCGAA CAGATCGGAT CGTTCATTCA AAATAAGTAC
GGTGATGCAA AAGAACTTGG ATTTGTGGAA GATAAGCTGG ATCAAATTGA TGATATTTCC
GGTTTCGTGA ATGAAAAACA AACGAAGCTC CATGGTAAGG AAAAAGAGAT CTCCGCTACA
GTTGTGGAAC TTGAGAAAAA GATACAGAAG AGCAAAGATC TTCTTAGCAA GGGTCTTTGT
CCTACCTGCG GGCAGGACCT TCAGGGTTCA AAAGTATGCG AAGAGAACGC TGGGGATGAA
GATCGGAAAA CTGAGCTTAT CAATGAACTG GAGTTGATAA GGGCAGACCA GGACAAAATT
AAGGTGAAAG TGGAACTTAT CCGGAATGTA CGTGATATCA TTAAAGCTAT AGCTGAGGCT
GAAAAGCTGT TATTGCTTAA GAAGAACGAG ATCACTTCCA TTGAGAAGGG CATAGAGGAG
CATCTAAGTT CCATCAAGGA AGAAAATGAT AAGGTAATAG ATATTGAAAA ACAGATCGAT
GAATGCAAGC GTTCGATAGG TGAGCTGAAA AGTGGGATGG AGTCTCTTAA AAGTGAGGAG
ACCGCTGCAC AAGAATTTCA TGGGAAGTTA TTGCATAAAC TGGAGGTGGC AAGGCAGATA
CGCTCCAATA TTCTGAAGGC CCGGAATATA CAAAATAACA TCAACCGTCT TCAGGACGGG
GTGAAAAACG GACTGGAAAA GATAGAACTG TTCGAGTCAC AGATAAATGA ACGTAAGCAA
CGCATCCTTA AACTTGATGA GGCATTGGGG GGCGTTGATC TGAAGGAGCT CCAGGCAGAT
ATGTCTCAGT ATGAACGTGC ATATAATGGG ATCGTTTCTG AGATGGGAAT GCGGGATATG
CGTAAGGGTG AGCTCCACAA AGAGATTGGA CGGATCGAAG GGAATATCCA GAGACTGAAC
GAGCTTAAGA TAAAGCAGAA GATGTTGGTG AACAAGAAGG ATTTCCTTGC AGCAGTATAT
GGGGATGCAG AGGAACTTGA AACGATGTAT CTACGTCTTC GTGTGGAGCT TCGTGCAAAG
AACATTGATG CTCTTGACAG GTTACTTAAC GAGATCTTCT CTTTTATGTA CACCAACAAT
GCCTATTCTC ATATCAGCCT TGATCCTGAA TACAATCTGA CGATATACGA GAAGGATGGC
ACGCCTCTTG AACCCAAGTT GTTGAGTGGG GGGGAACGGG CAATATTCAA TCTGGTCCTT
CGGTGTGCCA TATACCGTTT GCTGGCACAC GCGCCGGGAA GCACGGGTAG TGCAGAGCTG
CCGCCACTGA TCTTTGATGA GCCTACTGTT TTCCTTGACC GGGGTCATGT CCATCAGTTG
ATCAAACTTA TCGATATGAT GAGGGGCATT GGGGTTGGTC AGATATTGAT AGTGTCCCAC
GATGAGTCAT TGATCGATTC AGCAGACCAT GTTTTTGTCG TTGAGAAAGA TCCTATCACA
AATAGCTCTT CAATATCCGG TAAATGA
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| Protein sequence | MKLKRVRVEN IRSYIDLDIS FDDGVTVVSG VNGSGKSSLL EACFTGLFGS RALSKDFVIS
DIIRKGATKA SIVVDFENQG NYYSIEQGYK VDARSGKASN NRSVFKVNDE VMVDQANQTY
EAVKALLKMD EEAYTNCVYI RQGEIDVLIN AKTKDRQRMI DGLLQIGKLE EYRERASSAR
VGVGRHQREA DSRLKDNIAD IEVLEDSKPY QLLNGLRTEV TGIEKAILDL GSKKERAKEL
IESIGDRIGK YSEILEQKKK ADSEIKDFKT NISKEHANIE SSRDQVNSGN NDILALHSSN
VSLFGVVEVA DGSDIEGCVT DLEKQEVSAR DGFSGVVKKR ELALNNEAAQ NNFLLNLNKQ
LNNSVGSIRI RNEKVVFAKN DLKKYLEDVE QIGSFIQNKY GDAKELGFVE DKLDQIDDIS
GFVNEKQTKL HGKEKEISAT VVELEKKIQK SKDLLSKGLC PTCGQDLQGS KVCEENAGDE
DRKTELINEL ELIRADQDKI KVKVELIRNV RDIIKAIAEA EKLLLLKKNE ITSIEKGIEE
HLSSIKEEND KVIDIEKQID ECKRSIGELK SGMESLKSEE TAAQEFHGKL LHKLEVARQI
RSNILKARNI QNNINRLQDG VKNGLEKIEL FESQINERKQ RILKLDEALG GVDLKELQAD
MSQYERAYNG IVSEMGMRDM RKGELHKEIG RIEGNIQRLN ELKIKQKMLV NKKDFLAAVY
GDAEELETMY LRLRVELRAK NIDALDRLLN EIFSFMYTNN AYSHISLDPE YNLTIYEKDG
TPLEPKLLSG GERAIFNLVL RCAIYRLLAH APGSTGSAEL PPLIFDEPTV FLDRGHVHQL
IKLIDMMRGI GVGQILIVSH DESLIDSADH VFVVEKDPIT NSSSISGK
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