| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC6_1841 |
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| Symbol | |
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| ID | 5738164 |
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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 maripaludis C6 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009975 |
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| Strand | - |
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| Start bp | 1739721 |
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| End bp | 1742561 |
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| Gene Length | 2841 bp |
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| Protein Length | 946 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 641284340 |
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| Product | UvrD/REP helicase |
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| Protein accession | YP_001549883 |
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| Protein GI | 159906221 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0210] Superfamily I DNA and RNA helicases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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| Plasmid unclonability p-value | 0.716843 |
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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 | ATGTACACGA CACCATATAA ATTAACAAAA AGCCAAATGG ATGCTATAAA ATACGTTGAA
TCACCATTAC TTGTTGTTGC AGGCCCAGGT ACTGGTAAAA CGCGAACAAT AATCGAAAAA
GTTGTCTATC TGGTTGAAGA ACTAGGATAT GATCCAAATA AGTTATTGGT TGTGACTTTT
ACCATTAAAG CTGCCGATGA ACTAAAGGAT AGGCTCAGAA AACGATTGGG TGATCGTGTT
GAAACAATGC AGATTTCTAC TATACACTCA TTTTGTCAGC GAATGCTAGA AATGTTTCCA
GAATATCACA ATTACGGAAG CGTCTTTGAG GTAATGGATG AGTTAGATCA GTTTATTTAC
GTTGACAATA ACTATCGTGG GTTTGGGCTT AACGGCATTG AAGAAAGGCT CGAAACGGGC
AAACGGATTA GATTTGTTGA TAAGTTAACT AATTTTTACA ACCTGTTAAC GGAAAATGAT
ATAGATCCCA TAGCGCTCAA AACGTATTAT TCGGGTAAAC GTTCATTAAA GACTGAAGAA
CTGCTTACTG AAAGTTATGA GTATTATGAA GCGGAACTTG ATAAAACCGA TCCAAAAAAG
TTAGATTTTG CAATGCTACA AAAACAGTTT TACCACATGT TACTGAATAA TGAGGACGCA
TTAAACTCAG TAAGAGAAAT GTTTGATTAC ATTTTTGTTG ACGAATACCA AGATACTAAC
CCGATACAGG ATGCCATTAT ACGATTGATA GCAGAACCCA AATTCAATAT CACTGTTGTG
GGTGACGAAG ATCAGAGTAT TTATGGATTT AGGGGGGCAT CGGTTGAAAA CTTTAGGCAG
TTTTTGGAAC GGTATTCTGG ACCTGAAAAA ATCAAGGCGC ACATGATAAA ACTTGAGGAA
AACTTCAGAT CCCCTGAAGA AATAGTGGAT GCGTTTGATA AATTTATGGG GCCACACCGT
ACTTTCGAGA AAAAAATAAT TTCTAAAAAT GGACATTACA GCGATCCTGT GTTAATTGTT
TCGGAATCGC CCGAAGAAGA ATCAATAAAG ATTGCAGAAT GGATTGAAAA ATTGATAACA
AAACACAATG TTGACTACGG CGATATTGCG GTACTGTTCA AAAGTGTTAG GAATCATGCA
AATGAACTTG TTGATGAATT AATGGAACGT AATATCCCTT ATGTGGTTTA TGGTGACAGT
TCATTGATAG ATCAACCGGA AATACGGTCA GTGATCCACG CTATGGCATG CATTAATGAA
TATGAACTTA ATGAGAAGGT ATCTCGAAAC AGGAAACTAA TGTCATTATT GGATTATGAC
ATATTGGGTT CTGATTTGTT GAATTTGGAT GAAAAAACAG TCGAAAAATT AGACTATCGT
GGTGAACCAC ACAAGTTTTG TGATGTTTAT AATTATGAAG GCCTGAAAAA CCAAGGTATC
GCTACTAAAG ACATAGATAC ACTTATAAAT ATCAAAAATA TCCGCAATAA AGATGTGAAG
AAACCACAGC TTGACATTTT TTATGAACTT ATGGATGCTA CAGGTTATCT TAGGAGATTA
TTTGAAGCTT CAAAAGACGA AGCAGACAAG TACAATGCTG AAAAAGCGGA ACTACAACTG
AAAAACCTTG CGAAATTTAC CACGATTTTG GAGAAATTCA AGAAAAACAC TGGTTCCAAC
AGCTTCAAAT CTTTCATATA TTTACTTACA AAAATTCCAG ATAATAAATT AGAGGATGCA
GCATCACCGG AAGGTCAGGA TGTAGTAAAA ATAATGACAA TACACCAAGC TAAAGGCCTT
GAATTCCCTG TTGTGGTACT TGGAGGGGTT ACAGAACGCC GTTATGGTGC AAGAGCCGAT
GATAGGTTAG TTAACATTCC AAAGCAATTT ATGATGAATA AACATGATGT TGATTTTGAT
GAAGAAGTTA GGCGGGTATT TTATGTGGGA ATGTCAAGAG CACAAAAACT GCTCACAATA
AGTGCAATTG ACGGAAGAAA TCGAAAAATG TCAAAATTTA TTGGTGAAAT TGGAGATTAC
AAGTTTATAT CTCCGTCAGC CTTCACTGCC ACATTTGGTG AAGATGATCA TTATGTGCCT
GTGGACGAAA AGATCAGGAT GACTTATTCA TCGGTAAATT ACTACATGGA CTGCCCATTT
AGGTTTTATT TATACTATGT GCTTGGATTT GTAACACCTG AATGGGAAAG GCAGATTTAT
GGCAGTATTA TACACAACTG TCTAAAAAAA CTACACATTA TGATGTCGGA AGGCAAAAAC
ATCAGTATCC GCGATATCAT GGGTATTGTA GATAAGTACT GCAAGGAAGA AAACACAAAA
AAATATCGGA ATAGCGTAAT TGACCTTGTT AGGGATTACC ACAAGAATGC AAAAGAGTTT
ATCGGCGAAA TTGTTGATGT TGAAAGACCA TTTACATATA TAAATTCTGA TCTAGTGGTA
AATGGTCAGG CAGATCTGGT TATCCGTAAT AAAAACGGTG AATTGTGTAT ATTGGATTTC
AAATCCATGA CAAAAAAGGG TATCGAATCC ACAAATGTTG AAATTCAACT TCAAACGTAT
GGGATGGCAT TGAGTAAAGT GTATCCTGAA CCCATAAGTC ATTTGATTGC ATATTCTATC
GAAGACAACC ACATGCAACA CATTCCAAAT AGTGAGGAAG GAATTCAAAA AACACAAAAA
TTAATAATGA ATGTCGAAGA TTCAATAAAT AATAAGGAAT TTGAGCGAAA CTGGGGATGT
AAGTTTTGTA ATACAACAGA GGGTAAATGT CCATTTTATG GTCTTTGTTA CAAATTAGAA
GGTGCTAATA ATGGTAAATA A
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| Protein sequence | MYTTPYKLTK SQMDAIKYVE SPLLVVAGPG TGKTRTIIEK VVYLVEELGY DPNKLLVVTF
TIKAADELKD RLRKRLGDRV ETMQISTIHS FCQRMLEMFP EYHNYGSVFE VMDELDQFIY
VDNNYRGFGL NGIEERLETG KRIRFVDKLT NFYNLLTEND IDPIALKTYY SGKRSLKTEE
LLTESYEYYE AELDKTDPKK LDFAMLQKQF YHMLLNNEDA LNSVREMFDY IFVDEYQDTN
PIQDAIIRLI AEPKFNITVV GDEDQSIYGF RGASVENFRQ FLERYSGPEK IKAHMIKLEE
NFRSPEEIVD AFDKFMGPHR TFEKKIISKN GHYSDPVLIV SESPEEESIK IAEWIEKLIT
KHNVDYGDIA VLFKSVRNHA NELVDELMER NIPYVVYGDS SLIDQPEIRS VIHAMACINE
YELNEKVSRN RKLMSLLDYD ILGSDLLNLD EKTVEKLDYR GEPHKFCDVY NYEGLKNQGI
ATKDIDTLIN IKNIRNKDVK KPQLDIFYEL MDATGYLRRL FEASKDEADK YNAEKAELQL
KNLAKFTTIL EKFKKNTGSN SFKSFIYLLT KIPDNKLEDA ASPEGQDVVK IMTIHQAKGL
EFPVVVLGGV TERRYGARAD DRLVNIPKQF MMNKHDVDFD EEVRRVFYVG MSRAQKLLTI
SAIDGRNRKM SKFIGEIGDY KFISPSAFTA TFGEDDHYVP VDEKIRMTYS SVNYYMDCPF
RFYLYYVLGF VTPEWERQIY GSIIHNCLKK LHIMMSEGKN ISIRDIMGIV DKYCKEENTK
KYRNSVIDLV RDYHKNAKEF IGEIVDVERP FTYINSDLVV NGQADLVIRN KNGELCILDF
KSMTKKGIES TNVEIQLQTY GMALSKVYPE PISHLIAYSI EDNHMQHIPN SEEGIQKTQK
LIMNVEDSIN NKEFERNWGC KFCNTTEGKC PFYGLCYKLE GANNGK
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