| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mevan_0085 |
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| Symbol | |
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| ID | 5324655 |
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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 | 86006 |
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| End bp | 89056 |
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| Gene Length | 3051 bp |
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| Protein Length | 1016 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | 640785753 |
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| Product | UvrD/REP helicase |
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| Protein accession | YP_001322611 |
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| Protein GI | 150398844 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0210] Superfamily I DNA and RNA helicases
[COG2887] RecB family exonuclease |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.60174 |
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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 | TTGAAAAAAA ATCCAAACGA ATCGCAAAAA AATGCTATTG AATACTTAAA AGGACCATTG
TTAATTTTAG CAGGACCTGG ATCTGGAAAA ACATTTACAA TTACTGAAAA AGTGGCCCAT
TTAACAAAAA ATATGGAAAA GAAAAAAATT TTAGCACTTA CATTCTCAGA AAAAGCTGCA
AAAGAAATGC TCGATAGAAT TGAAAGTGAA CTTGGAAAAA ACAATGAAAT CACAGTTTCG
ACATTTCACT CGTTTTGTAA TGAGTTAATA AAAGAATTTG CACTTGATAT TGGAATTAGT
AAAAATCCAA AATTAATTTC AAAGGAACAT GCTTGTGTTT TTGGTGTTAA AAATATTGAT
TCGTTTGGAT TTGAAACAAT TAAAGTCTCT GGAAAACCAT ATGATTTAAT ATCAAGTTTA
ATTGAAGGAA TTTCTCAATT TTATGACTTT TTAATTTCTC CTGAAGAATT AAAAAATTAT
GTCTTAGGAG AATTAGAAAA AACTGATGAT CCGGAATTAA TTTTAGAATT AGATAAACTT
CATGATCTCT CTAAATTTTA CATGGCGTAT GAAGAATACA AAAGAAAAAA CGACCTTATC
GATTACGATG ATATGGTTGC AATTGCATGT AAATTACTTA AAAGTAACCC GGTTATTCAA
AAACAGCTTC AAAACAGATT CGATTATATT TTAGTCGATG AATTTCAAGA TACGAACTAT
TCTCAGCTTT ACTTAATAAA TATGCTTACT AAAAATGGCA TGTTAACGTG TGTAGCAGAT
GATGATCAGT GCATCTACCA ATTCAGAGGT GCATATCTAA CAAACATCAA TCAACTTGAA
GAATATTATC CAGATTTGAA AAAAATCCCA CTTGAAATAA ATTATAGATC TACTGAAAAT
ATTGTGAATT TATCCCAAGA ACTTATAAAA AATAACGAAA AACGAGAAAA AAAGACAGTT
AAATCGAATA AAAGTTCAGA AGAAAAGGTA AATGTAGTTT CAATGCCTGA TGATTACAGC
GAAGCTGAAT GGGTTTCTAA TGAAGTTCAA AACTTAATTA AAAAGGGATT AACTCCAAAA
GATATCTTCA TATTAACCAG AAAAACTGCG GATGGAAAAA AATTTAGCGA TTCGTTAAAA
AACAGGTTAA TTCCAAGCGA ATATATTGGA AATTACCGAT TACAAGATTT TCCAGTAATT
AAAGATACTT TATCATACAT CTCCGCTATA TCCGATCCAT TTAATTCAGG AATAGATTTT
AAAAAGATAT TTACCAGAGA AGGACTTTTT GAACACGACA TTCAAAAAAT AAATAAAAAA
GCAAAGGAAT TAACATATTC TAACCCGGAA ATTTCCGGAG ATGGGATATT TTACGTTTTG
GAAAAAAATC TATCTGAATT AAATTTAGAG AATTTAGAAA TTGCAAAATC AATTTTTGAA
AACATTAATG AACTTTTAAT TTACAAGAAA AACCATCTTC CATCAGACAC ATTAAAACAT
TTGTTAATTG AAAAAACGGA CATATACAAG TTAGAAATTC ATCAAAATAC GCTAAATTCA
AGAAAAAATA TCGAATTATT AAATTCATTA ATTTCACTTG TCGAAGAATT TGAAAGTGTT
AGAAAAACAG AATTTGAAGA AATTTCTGAA TACCTCAACA TTTTATCCGA CTTTGAAGTA
GAACCGGAAG ACTTTTTAGA AAACGATACT GTTAAAATTA TGACGATCCA CCAGTCAAAA
GGAAAAGAAG CAAAAGCAGT GTTTGTTTGT GACGTTTCAG AAAGACATCT TCCTTTGCAA
TATCGAAAAA AAGAATTTAC GGTTCCATTG GATTTACAAA AAGGCATTAA AAAAGATAAT
TTTGATGAAA AGAAACTCTA TTTAGAAGAA GAATTAAGGT TACTTTATGT GGCAATGACT
AGAGCAAAAG ATAAACTTTA TTTAACGTAT CCTAAAATCT TTTCAGGAAA CAAAAAGGAA
TCAAAACCAA GTTTGTTTTT AGATGGCATT TCGTATTTAC AAAATGATAA GGTAAATTTC
TTTGAAACTG AAAAATTTGA AAAACCTGTA ATGTCTGTAG AATCCCCGAT AAATAAAAAA
ATTTCAGAAT ATGAAAGGTT AGTCATCAAA TATTCAGTTC AAAAACAGTA TAAAAAAGCA
ATAGAATCAA TCATCACCCT TGTAAAAATA AATGAACTCG AAAAATCCGG AAACTTATCA
AATTTCGACT TAAATGACTT TTTAAAAATA GATATTCCGG ATATTTCAGA ATTATCGGAG
TTATTAACTG TAAAATTACC ACCGCTTGTA GATAAATCTA TGAAATTTTC CGCATCAAAA
ATTAAGCAGT ACATTGGATG TCCGCTAAAT TTCAAGTATA ATTACGTATT GAATATTCCA
ACTCCAAAGA AAGCACATTT AACTGTTGGA ACAGACGTTC ACAAAATATT TGAAGATTTG
GGGATCTTAA AAAATAAGGG TGAAGCCATT GATTTAGAAC TTGCAAAATC AATGCTTTCT
GAAAATTTAA AGGAATTTTC ATTTAATTCA AAAACGGAAT TCGAAGAAGA GTACTCAAAA
TCATTGAAAA TGATTGAATA CTGGTTTGAT TTTGAAAGTA AAAATAAAAA CAAAATATTG
GCTACTGAAG AAAAATTCAA TCTTGACTTA GGGGGATTTA CATTTACAGG AATAATTGAT
AGGATTGACG TAACGCCTGA TGGGGAATAT ATTATACTCG ACTATAAAAC CGGAAAAAAA
TCAAGCGTAC TTACTAAACC AAAAATGGCA GAAGATGTAC AAATGGCACT CTATGCCATG
GCAGTTTTTG AAAAATATGG GAAATATCCT GTAAAAATGG GACAACTCTA TGTAAACCCC
GATGTTTCAA AAGATGTAAT CATTGACGTA AATCCTGCAA ATATCGAAAA TATCAAAGAA
AATGTTATTT CAAATGTTAA TAAAATAATG GATGAAGATT TTACAGTAAT TAACACGCCT
AAAATGTGTT ATTTCTGTGA TTATAAAGAT ATTTGTGAAT ATTTAGAATA A
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| Protein sequence | MKKNPNESQK NAIEYLKGPL LILAGPGSGK TFTITEKVAH LTKNMEKKKI LALTFSEKAA
KEMLDRIESE LGKNNEITVS TFHSFCNELI KEFALDIGIS KNPKLISKEH ACVFGVKNID
SFGFETIKVS GKPYDLISSL IEGISQFYDF LISPEELKNY VLGELEKTDD PELILELDKL
HDLSKFYMAY EEYKRKNDLI DYDDMVAIAC KLLKSNPVIQ KQLQNRFDYI LVDEFQDTNY
SQLYLINMLT KNGMLTCVAD DDQCIYQFRG AYLTNINQLE EYYPDLKKIP LEINYRSTEN
IVNLSQELIK NNEKREKKTV KSNKSSEEKV NVVSMPDDYS EAEWVSNEVQ NLIKKGLTPK
DIFILTRKTA DGKKFSDSLK NRLIPSEYIG NYRLQDFPVI KDTLSYISAI SDPFNSGIDF
KKIFTREGLF EHDIQKINKK AKELTYSNPE ISGDGIFYVL EKNLSELNLE NLEIAKSIFE
NINELLIYKK NHLPSDTLKH LLIEKTDIYK LEIHQNTLNS RKNIELLNSL ISLVEEFESV
RKTEFEEISE YLNILSDFEV EPEDFLENDT VKIMTIHQSK GKEAKAVFVC DVSERHLPLQ
YRKKEFTVPL DLQKGIKKDN FDEKKLYLEE ELRLLYVAMT RAKDKLYLTY PKIFSGNKKE
SKPSLFLDGI SYLQNDKVNF FETEKFEKPV MSVESPINKK ISEYERLVIK YSVQKQYKKA
IESIITLVKI NELEKSGNLS NFDLNDFLKI DIPDISELSE LLTVKLPPLV DKSMKFSASK
IKQYIGCPLN FKYNYVLNIP TPKKAHLTVG TDVHKIFEDL GILKNKGEAI DLELAKSMLS
ENLKEFSFNS KTEFEEEYSK SLKMIEYWFD FESKNKNKIL ATEEKFNLDL GGFTFTGIID
RIDVTPDGEY IILDYKTGKK SSVLTKPKMA EDVQMALYAM AVFEKYGKYP VKMGQLYVNP
DVSKDVIIDV NPANIENIKE NVISNVNKIM DEDFTVINTP KMCYFCDYKD ICEYLE
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