| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mevan_0955 |
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| Symbol | |
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| ID | 5325954 |
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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 | 971153 |
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| End bp | 974236 |
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| Gene Length | 3084 bp |
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| Protein Length | 1027 aa |
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| Translation table | 11 |
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| GC content | 24% |
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| IMG OID | 640786625 |
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| Product | hypothetical protein |
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| Protein accession | YP_001323470 |
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| Protein GI | 150399703 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | ATGTACAAAG AAATGGACTC AAAAGAGCTT TTAGAATTAT TTAATAAATA CGCTAGCTCA
AATAATTATA AAGAAAGGGT TGAAGCTTCA AAAATTGTAA GTTACCTTGG GGAAATCGAT
ATTAAAAATA TTCTCCAAAA AATTATTTAC TTAAATAATG ACCAAAATAT TGCTGTTAGT
TTAAGCCTAT TAAACTCGCT AAAATTAGTA TTTTCAAAAT ATCCCAATAT TACAAAGTAT
TTATTAGTTT ATATATACAT AAATGCACAG TTTTCAAATA ATATCATAAA AGAAGTTTCA
GAACAGATTA TAGAATCCCT TGACCCAAAA ATAATCGATA ATATTGTTGT TAAAAACACA
TCTAATCTAT ATTCAAAAAA TGGCCTTGAA GCTATGCGTT CACTACTTAG TTTAGGATTC
ATTTCCCTTT CATCGCCAGA ATATCTTAAA AATTCCCTTC TTGAACTTTC AATGATTTCT
ATAAACTCAA AATACAAGCT TTTAAAAGTA GTCTCACAAG GAATTATAGA TGGATTTGAA
AATATTGATA GATCAATTTT AAAAGACTTA AAATTCTTAC TAGAAGATTT AAATTGTGAA
TATACTGTTT TAGACGTAAA TTCATTTAAT AACCTTGCAG TTTTTAGTTT AAAGAATAAA
ATAAATAAAG AAGATGCAAT CAAACTATTA AATAATCTTA AAAGTCCAGA TAAAAAAATA
AGGTTTATTT CTGCAATTAC TCTTAAAGAA AATTCAAAAA TATTAGTTGA AATACTAAAT
AATGATATTG AACTTTCAAA ATATTATTGT TTAGAAATTA TTAAAAATAT CGAAGAATTG
TCTAAAGAAG ATATATATGA TGCAGTTTTG CTTTCTAGTT ATTCAAAAAT AATTTCAATT
TTTAACGTGG ATACATCTAA AGCTTCAAAA ATTATTAAAA ATAATATTAT AACCTCATTA
ACGTTTAAAA ATTACATTAC AAGTTACTAT TGCCTTGAAT CACTTTATTT TTTTTCATTA
ATGGGGAAAA ATGAGTTAAA TTTAAGAATT AAAGAAGTAA TGAATTCAAA AGATGTAAAA
GCGTTAATGA AATATAATTC TATTTGTTAT TATACTACAA TTAATGTATT GTGTTCAATA
GGTGAATATG ATAATTTTAA AGTTGAATTG AATCCTTATT TTAATGAAGA ATTAATAAAA
GACTTTTTAA ATCTTGACGA AGGTATAAGA TATAGTCAAT TTAAGGATTT TGAAAAATAC
CTTAAATCAA AAGATTGGTT TGAAAGATAT AATTACGGGA TAAAGATTGG AAATTTATTA
TACGTAATTC CAAAAAATAC AAATTTTACT TATAACGTTA TTAAAAAATT ACTTAATGAC
AAATCTTATC TTGTTAGAAC AGTTGGAATT TGGGCACTTT TAATAATTCT TGATAGGCGT
AGTGATATTT CAAAAAAAAT TATTTTAGAA ATACTACCAA ATTTTGATGA CTTCCATTTT
GAAGTTAGAA TTCTTTATTC TATATTTTAT AATAAATTAA TTAAAAAATA TCCTGAAATT
TTAGAAAATT ACGAATTACA AAATAAATTA AAAAAAGAAC TTATTACTAA GTATATTACA
GATAAATTTC AAACAGTTCG AAAAATATCG AAAAATACAC TTGAAAAATT CCCTGATTCA
AAATATTTAC TTGATTATGA GAAAAATAGT ATTGATGAAA GATACCAAAT CTTAAAAAAA
GCAGTATCTG AACAGGGGAT GACTAAACCT GCAATTTTAC GTTTAAAATT AAAATTAAGG
CATTTTATTT CTGAAAATGA TGAAGAAAAT ATTTTAAAGT TACTTGAGTT TTTAAAAAGT
AATACTGTAA ATGAGGATTA CTTTTACATA TTTTCAGACT TAAAAAAAAT AGAAAATAAA
TACCCTCTTG CAAGAGAAAT TATTGATTTA ATGCGTAATA ATTTTGAAAA AGTTCCAGAA
ATTAGGGAAA AAGCCATTTA TTCTGATTTA AAAGAATTAA TGATTCCAAG GCGTATTTAT
AGATTAAAAG AAGTTTTAAG TTATATTTCT GAAGGATTTA CATTAAATTC TAAAATAATG
AAGGTAGTAA ATGAATTTTT AATATATCCT CAAGCAGATG ATAAAATTAC GGAGCTTTCA
ATGGAAATAT TAATGCATGT GAAAAATTCC AGTGCAGTTA GAATTTTAGC TGAGAAAAAA
GAACTTATTG AATATCTTAA GAGTAAAAAA GATGAATTAC CAAAAAAAAT TGACGTTAAA
ACACAGAACT GGAAAGAAAT ATATTCTTCA TTAAATTACC TTATAACTCA AGATTACAGA
ACTGATACTT ATGTAAAAGT AAATTTTTCA GATTTTTTAC GATTTAACCC CCTTGAAACT
AAAAATTCCC TGATTATTGG AATTTCAATG CTGTATATAA TGAACAGTAA TTTAAAAGAG
GGCGATTTTG AACTTTTAGA TGAAATAAAT AAAAATAAAT TTGAAGTTTT AAAAGTTATT
TCAGAAATGA TTTACTCTGA AAAAGACTAT CCATTACTTT CACATGACGC TAAAAGATTT
TTAAGAACAA TAATGAATAC TAATCAGTCA TGGTTTACTG AAACTATACT TTTAAGTGGT
GAAAAAGAAT TTTATTTACC ATTAATCTCA AAGCTTTTAG ATTCAAAGGA CATTAGTATA
CAAATTCAGG TTCTTGAATT ATTAAAGGAA ATTATAAAAC TTGACTTTGA TTGTTCAAGT
AATTTAGAAA TTCGTGAAAA GGTTTTAGGA CTTATAAAAG ATGATGAAAA ATGGATAGTA
TTTAAAAAGG CACTTGAAGT ATTATATATT TGTAAACTTG AAGAAAATCC TAAATTACTT
GAAGAAGTGG GAACTAAGCT TATAGATTAC TTAAAAACTG CACATGACGA TTCAAAACTT
TTCTTAATAA AGTTCTTTAA AATAAAAGGT ATTGGAAAAA TAAGCGATGA ACTATTTGAA
AAGCTTATGA TGTATAAAGA TAGTTCAAAT CCGTATGTTA GTTCCGAATT AAATGAATTA
TTTGAAAAAC GGAAAGGAAA ATAA
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| Protein sequence | MYKEMDSKEL LELFNKYASS NNYKERVEAS KIVSYLGEID IKNILQKIIY LNNDQNIAVS
LSLLNSLKLV FSKYPNITKY LLVYIYINAQ FSNNIIKEVS EQIIESLDPK IIDNIVVKNT
SNLYSKNGLE AMRSLLSLGF ISLSSPEYLK NSLLELSMIS INSKYKLLKV VSQGIIDGFE
NIDRSILKDL KFLLEDLNCE YTVLDVNSFN NLAVFSLKNK INKEDAIKLL NNLKSPDKKI
RFISAITLKE NSKILVEILN NDIELSKYYC LEIIKNIEEL SKEDIYDAVL LSSYSKIISI
FNVDTSKASK IIKNNIITSL TFKNYITSYY CLESLYFFSL MGKNELNLRI KEVMNSKDVK
ALMKYNSICY YTTINVLCSI GEYDNFKVEL NPYFNEELIK DFLNLDEGIR YSQFKDFEKY
LKSKDWFERY NYGIKIGNLL YVIPKNTNFT YNVIKKLLND KSYLVRTVGI WALLIILDRR
SDISKKIILE ILPNFDDFHF EVRILYSIFY NKLIKKYPEI LENYELQNKL KKELITKYIT
DKFQTVRKIS KNTLEKFPDS KYLLDYEKNS IDERYQILKK AVSEQGMTKP AILRLKLKLR
HFISENDEEN ILKLLEFLKS NTVNEDYFYI FSDLKKIENK YPLAREIIDL MRNNFEKVPE
IREKAIYSDL KELMIPRRIY RLKEVLSYIS EGFTLNSKIM KVVNEFLIYP QADDKITELS
MEILMHVKNS SAVRILAEKK ELIEYLKSKK DELPKKIDVK TQNWKEIYSS LNYLITQDYR
TDTYVKVNFS DFLRFNPLET KNSLIIGISM LYIMNSNLKE GDFELLDEIN KNKFEVLKVI
SEMIYSEKDY PLLSHDAKRF LRTIMNTNQS WFTETILLSG EKEFYLPLIS KLLDSKDISI
QIQVLELLKE IIKLDFDCSS NLEIREKVLG LIKDDEKWIV FKKALEVLYI CKLEENPKLL
EEVGTKLIDY LKTAHDDSKL FLIKFFKIKG IGKISDELFE KLMMYKDSSN PYVSSELNEL
FEKRKGK
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