| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mevan_0152 |
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| Symbol | |
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| ID | 5325252 |
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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 | 172510 |
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| End bp | 175737 |
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| Gene Length | 3228 bp |
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| Protein Length | 1075 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | 640785817 |
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| Product | helicase domain-containing protein |
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| Protein accession | YP_001322675 |
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| Protein GI | 150398908 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0553] Superfamily II DNA/RNA helicases, SNF2 family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.0594133 |
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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 | ATGACAATCA TTGATAATGT GGCCAATTTA CTTGGTGATG ATTTAAAAAA ATCATTAGAT
AATAAATCAA AAATGAAAAT TTGTGCTGCA TATTTTTCAA TTTATGCATA TGCAGAACTC
AAAAAAGAAC TTGGGTCAAT TAAAGAATTT TCCTTTTTAT TTAATTCACC TACTTTTTTA
AAAGAGGAAA ATAAATCGCA AAAAGAATTT TATATAAATC CTGCTGCTAG GGAACGTGCA
ATTGCAGGGG GCGAATTTGA AATTAAGTTA AGAAATGAAT TAAGTCAAAA GGCTATTGCA
AAAGAATGTA AAGAATGGAT TCAAAAGAAA GGAAAATTTA AATCGTTAAA AAAACATATT
CGGTTAAACG ACGGCGTATT TATAGAAAAC AGCGCCGAAT CTATCGCATA CCCTGGAGTC
ATCAGTTTTA CTACAGATGG GTTAGGTTAT GAAAAAAATG ATAACCCTGT AATTACAATG
ATTCCACAAT TGATCGGGGA AAATGCAAAG AAATATATCG ATAGTTTTGA CCAAGTATGG
AATAATAGGG AATTGGTTAA GGATGTAACA GATAAAGTAA TTAATTATAT TTCGGCAGTG
CATAAGGAAA ATCCCCCAGA ATATCTCTAC TTTATTACCC TTTATAATAT TTTTAATGAA
TTTTTAGAAG ATATTTCTGA GGATAATATT GCAAACGAAA AAACTGGATT TAAGGATACG
GAAATATGGA AAACAATGTA TAATTTCCAA AGGGATGCAG TATTGGGTGC AATTAATAAA
TTAGAAAAAT ATAATGGATG TATTTTGGCA GATAGTGTAG GTCTTGGAAA AACATATACT
GCCCTTGGAA TTATCAAGTA TTATGAACTT AGAAATAAAA AAGTACTTGT TTTATGTCCT
AAAAGGCTTC ATGAAAACTG GAATACTTTT GTATCCCCTT ACAAAACCAA TATTTTAATT
AATGATCGTT TTAATTACGA TATATTTTAC CATACGGATC TTTCAAGAGA AACTGGAACT
AGTAATAGTA AAAATTTAAG TCTTGTAAAT TGGGGTAATT ACGATTTAGT TGTTATTGAT
GAATCGCATA ATTTTAGAAA CAACACCGCA AGACGTGAAA AAGAAACTAG ATATCAAAAA
TTAATGAGAA AAATAATAAA AGAAGGCGTT CAAACAAAAG TATTAATGCT CTCTGCGACT
CCCGTTAATA ATAGATTTTT GGATTTAAAA AATCAGCTTG CGTTAGCATA TGAAGGTCAG
AGCGAACGTT TCAGTAAAAA AATGGGCCTT GGTAAAAGTA TTGATCGAAT ATTTACTGAA
GCACAAACTG CATTTAATGA ATGGTCAAAA ATAGATGCGG ATAAAAGAAC TTCTGCTAGA
CTACTCGAAA TGCTTAGTTT TGATTTTTTT GAGGTTTTGG ATTCAGTTAC AATTGCAAGA
TCGAGGAAAC ATATTCTAAA ATATTACGAT ACAAAAGATA TCGGATCTTT TCCTCAAAAA
TTAAAGCCAA TAAATAAAGA TTTCCAGATA ACTGAAATTG AAGATTTCAT GACTTTTGAA
GAACTTTCTG AAATTTTAAG TTCATTAAAT CTTAAAATAT ATAATCCTTC AGACTATATC
CTTCCTGGAA AAAAAGCACA TTATGAATCG CTTTATGATA CAAAATTATC AGAAAAGTCT
TCATTAAAAC AAAGTACAAG AGAAACCGGA CTTTTAAAAT TAATGAAAGT AAACTTATTA
AAAAGACTTG AAAGCTCTGT TGAATCATTT AGAATAACTC TTAATCGATT AAATTATAAT
TTAAAAAATA CGCTTGAAAC TATTGAAAAA TATGAAAATG GGGGAAATAG TAATATACAG
TACGATAATT CTGAACTTAT TAAAAATGAT TCTGATGATG AACTTGAGAA CTGTTCGACA
ATTGGAGATA AAATTAAAAT TAATTTATCT GACATGGACT ATTTATCGTG GGAAAGAGAT
TTAAGGGACG ACTATGAAAA AATTAATGTT TTGATAACGG AAATTAATAA AATAACACCA
AATGAAGATA GTAAGTTAAA AGAACTCATT GAATTAATTG AAAACAAAAT AAACAATCCA
ATAAATAAAG AAAATCAAAA AGTAATTATA TTTTCAGCAT TTGAAGATAC GGTTTATTAC
ATTTACAACA ATATTTCAAA ATATTTTAAT GAAAAATATG GGATAAATTC TGCATGTGTT
AGTGGAAGTA ATAATAACAG ATGTACGTTA AAAATCTCAA AAGAAATGAA TAATATTTTA
ACCCATTTTT CACCAAAATC CAAAAAAATG AGTCAGACGT GTCCAGACGA CATTGCAAAA
ATCGATATTC TAATTGCAAC AGACTGTATT TCAGAAGGTC AGAACTTACA GGATTGTGAC
TATCTGATTA ATTATGATAT TCATTGGAAT CCAGTTAGGA TAATTCAAAG ATTTGGTAGG
ATTGATAGAA TTGGATCTGA AAATGAAAAA ATACAACTGG TTAATTTTTG GCCACCTGTC
GATTTAGATG AATATATTAA CTTAAAATCA AGAGTCGAAA GCAGAATGCA TGCACTGAAT
CTTGCTGCAA CAGGTGAAGA GAATTTACTT GTTGATGAAG ATGGAGATCT TGAATATCGG
AAAAAACAGT TACTTAAACT TAGAAATGAG GTTATTGAAC TTGAAGATAT GGATACCGGT
GTATCAATCA CAGACCTTGG TTTAAACGAC TTTAGAATTG ACTTAATAAA TTATTTCAAA
GAACACGGTG AAATTGAAAA CGTTCCTTTT GGACTTCATG CAATCGTAAA ACAGTCAGAA
CACTTTAAAC CTGGAGTAAT ATTCATTTTA AAAAATGTAA ATGAAAATGT TAATATAAAT
AATACAAATC GACTGCATCC ATTTTACCTT GTTTATGTTT CAGAAGACGG AGATGTTATA
ACTAATCATT TACAGGTGAA AGAAACACTT GATGCGTTTA GGGCACTCGC AAAAAATAGA
AGCGATCCAG ATTACGAACT TTGTGATCTT TTTAATAATG AAACAAAAGA AGGGTCCAAA
ATGGATAAAT ATTCTGAACT TTTACAAAAA TCGATTAAAT CAATTATTGA AGTAAAAGAA
GAAAGCGATA TAAACAGTCT TTTTAGGTCA GGGGGTACCT CAATAGGTAG TGATTCAATA
AAAGGACTAA ATGATTTTGA ACTGATATGC TTTTTGGTGA TAAAATGA
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| Protein sequence | MTIIDNVANL LGDDLKKSLD NKSKMKICAA YFSIYAYAEL KKELGSIKEF SFLFNSPTFL
KEENKSQKEF YINPAARERA IAGGEFEIKL RNELSQKAIA KECKEWIQKK GKFKSLKKHI
RLNDGVFIEN SAESIAYPGV ISFTTDGLGY EKNDNPVITM IPQLIGENAK KYIDSFDQVW
NNRELVKDVT DKVINYISAV HKENPPEYLY FITLYNIFNE FLEDISEDNI ANEKTGFKDT
EIWKTMYNFQ RDAVLGAINK LEKYNGCILA DSVGLGKTYT ALGIIKYYEL RNKKVLVLCP
KRLHENWNTF VSPYKTNILI NDRFNYDIFY HTDLSRETGT SNSKNLSLVN WGNYDLVVID
ESHNFRNNTA RREKETRYQK LMRKIIKEGV QTKVLMLSAT PVNNRFLDLK NQLALAYEGQ
SERFSKKMGL GKSIDRIFTE AQTAFNEWSK IDADKRTSAR LLEMLSFDFF EVLDSVTIAR
SRKHILKYYD TKDIGSFPQK LKPINKDFQI TEIEDFMTFE ELSEILSSLN LKIYNPSDYI
LPGKKAHYES LYDTKLSEKS SLKQSTRETG LLKLMKVNLL KRLESSVESF RITLNRLNYN
LKNTLETIEK YENGGNSNIQ YDNSELIKND SDDELENCST IGDKIKINLS DMDYLSWERD
LRDDYEKINV LITEINKITP NEDSKLKELI ELIENKINNP INKENQKVII FSAFEDTVYY
IYNNISKYFN EKYGINSACV SGSNNNRCTL KISKEMNNIL THFSPKSKKM SQTCPDDIAK
IDILIATDCI SEGQNLQDCD YLINYDIHWN PVRIIQRFGR IDRIGSENEK IQLVNFWPPV
DLDEYINLKS RVESRMHALN LAATGEENLL VDEDGDLEYR KKQLLKLRNE VIELEDMDTG
VSITDLGLND FRIDLINYFK EHGEIENVPF GLHAIVKQSE HFKPGVIFIL KNVNENVNIN
NTNRLHPFYL VYVSEDGDVI TNHLQVKETL DAFRALAKNR SDPDYELCDL FNNETKEGSK
MDKYSELLQK SIKSIIEVKE ESDINSLFRS GGTSIGSDSI KGLNDFELIC FLVIK
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