| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mevan_0091 |
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| Symbol | |
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| ID | 5325268 |
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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 vannielii SB |
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| Kingdom | Archaea |
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| Replicon accession | NC_009634 |
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| Strand | + |
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| Start bp | 98439 |
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| End bp | 101624 |
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| Gene Length | 3186 bp |
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| Protein Length | 1061 aa |
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| Translation table | 11 |
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| GC content | 27% |
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| IMG OID | 640785759 |
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| Product | heat shock protein DnaJ domain-containing protein |
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| Protein accession | YP_001322617 |
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| Protein GI | 150398850 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0484] DnaJ-class molecular chaperone with C-terminal Zn finger domain |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.387859 |
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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 | TTGATCAATT TATCAAAGTT ATTCTATAAA TTACTTGGCA GGCCTAAAAA GTATGCCATA
AGGGGAAATG AATTATTTAA TAATTCTGAA TATAACGAAG CACTAAATTT TTACAAAAAA
GCGCTAGAAA TAGAAAAAAA TGAAGAATTA TTGGAAAAAA TAAATTCTAT TAAAACAATA
GGTCAAATAT ATGCCTTAAT AAAAGAATTA GAAAAATCTA AAGATTATTC TATGATTATT
TCAAACTGCA ATGAAATTTT AAAAATTAAT CCTCACGATC AGAAAATACA ATCATTAAAG
AAAAAATGTG AAAAAACAGA GTCGGAAATT TTAAAACTAT TAAATGATGG AAAAGAACTT
TTTAAACATG GAGAATATTC TGTCTCAAAA GAATGTTTCA AAAAAATATT TGAAATTATT
CCAAAATATG ATGAAGCCAA CAAATTTTTA AGTGATTTAG AAACTATTGT TTCGATGCAC
GATCAAATTA AATTGGATTT TAAAAATTCA GAATATGGTT CCATTCAATT AAAATCCGAA
AAAATTTTCT CATTAAATCC TGAGGATAAC TTAACAAAAG ACGTTATTAA AAAAACAGAA
CAAATATTGG AATTATTACA AAAAATCAAA AATTTAATCG AAATTAATTC CGAAGATTCG
AGCTATGAAT TGTATGAAGA ACTAATTAAC ATTTGCAATG AAGTAATAAC TTTAAATCCA
AACGATAAGT TTGTTTCTGA AAATTTAATA ACTTTTAAAA AAGAATGTCT TGAAATATTA
AAAATGGATT ATCACGAGTT AGTTCAGTCG TTTGAATATA ATTTAGCATT TGAAAAATTA
AAAAAAGCAA AATCACTAGG ATACCATTCC CAAGAAGTAA ATTTGGAATT TGAAAAAATT
ACAAAAATAA TAAATTTGAT TCGATCAGCT TCTGAATTTT TCGAAAAAAA AGAATTTAAT
GCTGCATTAT TATCTTATGA AAAACTTAAT AGGGTAGTTC CTAATGATTC GAAGTTTCTT
GATAAAATAA ATGAAATAAA AAATTATTTA GAACATATTT CAAAATTAAA ACACGAAGCA
GATTTATTAT TATCTAAAAA AGAATATTCA AATGCTTTTG AAATTTATTT TGAATTAAAG
AACTTAAATC CAAAAGATAA TGAAATAAAT CAGACTTACT CTCGATTAAA TGAATATTTC
TCACAACTTT CAAAAGGGGA CCATGAATTA ACTTATGAAC ATTATGAAAA TGCGTTAGAA
AATTATAAAA AAGCCCATTC TCTCTTCGAA AGTTCTGATC TGACAGTTAA AATTCAAAAT
GTTGAAAAAG AATTATTTAA TAAATATTTA TTGAATGGTG ATCGAGCTTT TGAAAAAGGA
AACTATGAAT TGGCAATTGA GTGGTATTCT AAATCTAAAG AACTGATTAA AAATGAATAT
ATTAATCAAA AAATTATTGA AGCTACTAAT GAATTGTTTA ATAAACACTG CACGTTTGCA
GAAAGGGCAT ATGACTGTAA AGATTACCAA AATGCAATTA CTTCGTATAA AAATGCATAC
AATTTAAAAA AATCCGAAAA AATTGCTAAA AAGATTGATG AAATAACCAA AATAATGAAT
GCGTCAAAAT CTGCTGAAGA AAGTTATAAA AATGGAAACT ATGAAAAAGC ACTTCAAAAT
TACCATATTA TTAAACAACT AAACTCCGAA TTATGTACTG GCGAGATTGA AAAGATTGAA
AAAATAAGAT CTTATTTAAT AAAAGGGGAC TCCCAATATT CTCAAAAAAA TTATTTTGAA
TCATTGCCAT ATTATAAAAA AGTTTTATCA ATAAACCCAT TAGATAAAAA CGTCGAATCA
AAAATCAAAA CCATTGAAAA GATTTCAGAA CTTTTAAAAA GAGGAAATTT GGAATTTGAA
TCTAAAAATT ACGATTTAGC CTCTAAATTC TATAAAGAAT ATATTTCTTA CGTTTCTGAT
CCAGAAGTAT TGGATAGATT ACATCTCATT TCGATTACGA ATGAATCAAA TTATTATAAA
ATATTGGGTT TAAACGAATC TTCCTCAAAA GGCGTAATAA AAAAGGCGTA TGTTACCCTT
TCAAGAAAAT ACGTCCCTGC AAAATATCCG GATATTCAGG TAAAAATAAG AAAAGCGTAT
GATACGCTTT CAAATGACGT TTCTCGAGAA GAATACGATA TCATTTTAAA ATATGGTACA
GTAATTGAAG AAAATATTAA ATCAGCTAAA AACAGCATAG AGTCTCAAAG ATATTCTGAT
GCTAAAAAAG CATTAACAAA AATACTTGCG GTACATCCGA AGCATTTTGA AGCGTTGGAT
TTAATTATGG TCTGTGCCCT GAATCTCAGG GAATACGATG AATTACTTAA ATATGCATCT
AAATTTAAAG AGCGGGGGGA CTATGAAAGT TTAATTCGAG CAGGACGTTG TTATAGGATA
TATTCGAAAG AAATTAATTC CAATTATGGA ATTAATGCTG AAGACTGTTT AAAAGATGCA
ATTAATATTA AAGATAACCC CCATGAAGCA TATTCTGAAC TTTTAGACTA TTATATTGGT
GTATCTTCTT TCCAAAAAGC CAAAAATTGT ATTGAAGATA TTATTAAACT AAAAAAAGGA
ATTGAACATT TAACTCCAGA TATCGTTACC CAAATGGTGG TTATTGGTGT ACTTGGGCAC
GAATGGTACT CTGCAAAAGA ATTTATCAAC AGATGGTCAA AAACCCAAAA TGAGAGTAAC
AAAAAAGTTC TTTCTGATAG TATTATTGAG CATGCTAAGG CACTGGCTGA TGCACGGGCA
CACGGAATAG CTGCAGATTG TCTTGAACTT GCATATTCTT TAGATTCTGA CAAACATGGC
CTTAAAGAAA TATGCTCTAA TTTTAGAACA ATTGATAATG CATATTCTGA ACTTAATCTA
TTACAAAATG ATAACGGAAT ACTCCAAGAA TTAAGAATAA TAATGGGCGT TCTTTTGGGG
AACAGTACTG GCGAACAAAT TAATAATGCA GATACGATAA TCCGAAACTG TTTAAACAGT
TTGGATCATA TTAATCGGAA TTATATTTCT GATTCAATAT ATCGAATAGA AAACAGATAC
CCAAACATTT CTAAAATAAA CATTGATTTT TTAAATGAAC TAAAAAAGGT GGTTAGAGGA
TGGTAA
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| Protein sequence | MINLSKLFYK LLGRPKKYAI RGNELFNNSE YNEALNFYKK ALEIEKNEEL LEKINSIKTI
GQIYALIKEL EKSKDYSMII SNCNEILKIN PHDQKIQSLK KKCEKTESEI LKLLNDGKEL
FKHGEYSVSK ECFKKIFEII PKYDEANKFL SDLETIVSMH DQIKLDFKNS EYGSIQLKSE
KIFSLNPEDN LTKDVIKKTE QILELLQKIK NLIEINSEDS SYELYEELIN ICNEVITLNP
NDKFVSENLI TFKKECLEIL KMDYHELVQS FEYNLAFEKL KKAKSLGYHS QEVNLEFEKI
TKIINLIRSA SEFFEKKEFN AALLSYEKLN RVVPNDSKFL DKINEIKNYL EHISKLKHEA
DLLLSKKEYS NAFEIYFELK NLNPKDNEIN QTYSRLNEYF SQLSKGDHEL TYEHYENALE
NYKKAHSLFE SSDLTVKIQN VEKELFNKYL LNGDRAFEKG NYELAIEWYS KSKELIKNEY
INQKIIEATN ELFNKHCTFA ERAYDCKDYQ NAITSYKNAY NLKKSEKIAK KIDEITKIMN
ASKSAEESYK NGNYEKALQN YHIIKQLNSE LCTGEIEKIE KIRSYLIKGD SQYSQKNYFE
SLPYYKKVLS INPLDKNVES KIKTIEKISE LLKRGNLEFE SKNYDLASKF YKEYISYVSD
PEVLDRLHLI SITNESNYYK ILGLNESSSK GVIKKAYVTL SRKYVPAKYP DIQVKIRKAY
DTLSNDVSRE EYDIILKYGT VIEENIKSAK NSIESQRYSD AKKALTKILA VHPKHFEALD
LIMVCALNLR EYDELLKYAS KFKERGDYES LIRAGRCYRI YSKEINSNYG INAEDCLKDA
INIKDNPHEA YSELLDYYIG VSSFQKAKNC IEDIIKLKKG IEHLTPDIVT QMVVIGVLGH
EWYSAKEFIN RWSKTQNESN KKVLSDSIIE HAKALADARA HGIAADCLEL AYSLDSDKHG
LKEICSNFRT IDNAYSELNL LQNDNGILQE LRIIMGVLLG NSTGEQINNA DTIIRNCLNS
LDHINRNYIS DSIYRIENRY PNISKINIDF LNELKKVVRG W
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