| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC7_0062 |
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| Symbol | |
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| ID | 5327806 |
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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 C7 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009637 |
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| Strand | + |
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| Start bp | 71081 |
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| End bp | 74140 |
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| Gene Length | 3060 bp |
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| Protein Length | 1019 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 640792583 |
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| Product | DNA methylase N-4/N-6 domain-containing protein |
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| Protein accession | YP_001329283 |
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| Protein GI | 150401989 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG2189] Adenine specific DNA methylase Mod |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.218127 |
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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 | 35 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTAAATA ACGATAAATT AACGCAAATG CAAGCTGTTT TACGAAACCT ATTTCAATTC
GAGGAATCCG ATCTTGATTT TGGGATATAC CGAATTATAA ACATCAAACG TAATGAAATA
AAGAAATTCA TTGAGGAAGA TTTGATTAAC ATTATTCAAT TACAAATGAA ATCGGTAGAA
GATACAAAAG AAATCGAAAA GAAGATTGAT GAGCTGAAAA GTCAATTGGA AGGGGTATTC
GGTAAAAAAA TTGATGCAAT TGTGAAGTTA CATGGAGATA CCGATGGAGT TAAAAACTAT
CTTGGTTTAC AAAAGCTGCT GAATCAGTCT AAAAATGAAA ATTCAATCGA AGAAGGAATT
TACGAAGATA TTATCAACTT TTTTTCACGA TATTATGACA GTGGAGACTT TATTTCCAAA
AGAAGATATT CAAAATCGAA TAAATATGCA ATACCATACA ACGGTGAAGA AGTGTATCTC
TACTGGGCTA ATAACGACCA ATACTACATA AAAACCTCGG AAAACTTCCT CAATTATTCG
TTTAAGCTTG GTTCATTGAG TGTTAACTTT GAAATTAGTT CGGAAGATAC AGAAGTTGAA
CAAAACAACG TTAAATCATC GGATAAAAAA TTCTTTATTT TCAACAATCT AGAATACAAC
CAAGATTCTA AGGAACTAAC GGTTACATTT GGATACCGTG GCCTTACAAA AGATGAGGAA
AACGAAGTAA ACAAAATATC TGGTAAAAAA ACCGTTACAA ATGATACGGT AAATGAATTC
AACGTCGAAA AAATAACTGA ACAGATTGGG ATTTACGGAA TTTCGAGTTT ATTCAAAAAA
CACCTCAAAA TGGACGGCAC AATGTCGGAT AAATCGGAAA TCGAATGGCA CCTAAATAAG
TACGCTACAA AGAACACATC TGACTATTTC ATCCACAAGG ACTTGAAGAA GTTTTTAACT
GGTGAACTTG ACTTTTACAT CAAAAACGAA ATGTTTCATC TCGATAACGT TCTTGAGGAC
AATTGGAACA AATATGACAT CGAACTTCGT CGTATAAAAG TATTCAAAGA AATTTCTCTA
AACATAATTG ACTTTTTAGC ACAAGTTGAG AACTTTCAGA AGAAACTATG GGAAAAGAAG
AAATTTGTGG TATCTACGGA TTACTGTATC ACTCTTGACC GTATTGACAA AAAACACTAC
TCAAAGATCC TTTCTAACCA TTCACAACTT GATGAGTGGA AAACACTGTT TGATTTTGAT
GTTAATGTGA AAACCAAGGA TTCAAAAAGC AACTTGTTGG GATACACAAG TACAGGAAAT
CCTGAAATTG AACTACTGGT ACAAAATCCA ACTTTAACCC TTGACACGAA ATTCTTTGAC
GAAGACTTCA AATACGAACT TTTGAGTGAA ATTGATAATT TAGAGGATAA TATAACAGGT
ATTCTCATAA ATTCTGAGAA CTTCCAAGCT TTGAATTTGT TGCTTGAAAA ATATCGTGAA
AAAATTAAGT GCTGTTATAT CGATCCACCC TATAACAAAG GTTATGATGG ATTTATTTAT
AAGGATAATT TTAAACACAG TAGTTGGAAT TCATTGATCT ATGATCGATT AGCACTATCT
AAGAATTTAA TTCGGGAAAA TGGATCTATT TCAATAAGTA TTGACGATGA TGAAGAACAT
AATTTAACGG CTTTGGCAGA TATGTGTTTA GGGAATGAAA ATAGGCTTGC AAAATTAATA
TGGAATAGGA ATCATTCAGC ACAGGCAGGC TTTTTCAAAT TATATCATGA GTATGTATTG
TGTTACTCTA AAAATCGGAC ACAGTTTAAT GCAATATTGG GGGCAGATGG AAAAATAATA
GCGGGAGCAC AGAAAAAAGA ATCTAAACGG CACAAACTTC AAGAATTTAC CTTTCCAAAA
GGAACCCGAT TTGAAGCTGA AGATGGTTTC GAGTTAAACG GCACCTGGGG TGGTGTAGAA
TCTACTGAAT TAATAAATGG AAGAATGATG TGCAAAGGCA ATAAATTAGC TGAAGATGTA
ACTCTAAAAG CAGGTTGGAC TCAACTTAAC CAGATGAATA AGTATTTCTA TAGTGATGAA
GAAGTTTTTG ACACCAAAAA TCAGAAAGTT TTGGAGTTTT TCTTTAGTTC TACGGGAAAA
TTAAAGTATG TAAAAGAAAA AACGCATGAA ATACCCTCAA CCGTTCTTAA TGAAATGGGA
ACTGCAGGTC AGGCTAGCAA CGACTTAACA AATATTTTAG GCTATTCTAT AGATTCCACT
CCAAAATCGA TCAAACTAAT GGAATTTATT ATAAATTATT TGGCAGATGA ATCATCTTTG
GTGCTTGATT TCTTTGCTGG ATCAGGAACA ACAGGACACG CAGTAATTAA TTTAAACAAA
GAAGACAATG GAAAAAGAAA ATTTATTTTA GTTGAAATGG GGCAGTACTT TGATACGGTA
CTCAAACCAA GGATTCAAAA AGCAATTTAT TCGGAAAATT GGAAAGACGG AAAACCACTG
GATAATAATG GATCAACAAA CCAGATTATA AAATACCATA AATTAGAACA GTATGAAGAC
ACATTAAACA ATATCGAATT CAAAATACCT ACATTGACAG CTTTGGAGAG CAAAGATTAC
GCAATCAAAT ACATGCTTGA ATTTGAATCA AGAGATAACA ATGTATTCTT AAATTTGGAT
AATTTGGACA ACCCTTTCAA TTATATTCTA AAAATCGAAC AAAATAACGA GATCAAAGAA
CAGAAAATCG ATTTAATTGA AACATTCAAT TACATTGCAG GAATTACTGT AAACAAGATC
TATAAAACGA ATAGCGATAA CGTAAGCTAT GTTGTAGTTA GTGGAAAACG TAACGGAAAC
TCTGTAATCG TAATTTGGCG AAACAAGGAT GATAAATTCG ATCCAACTGC AGATAAGGAT
TTCGTTGAAA ATAATATTCT TACAGAACAG GTAGATGAGA TATTTATGAA TGGAAATTCA
CTCGTAACTA ATGCAAAACC ACTTGATGAA GTATTCAAAG CAAACATGTT CGGGGATTAA
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| Protein sequence | MVNNDKLTQM QAVLRNLFQF EESDLDFGIY RIINIKRNEI KKFIEEDLIN IIQLQMKSVE
DTKEIEKKID ELKSQLEGVF GKKIDAIVKL HGDTDGVKNY LGLQKLLNQS KNENSIEEGI
YEDIINFFSR YYDSGDFISK RRYSKSNKYA IPYNGEEVYL YWANNDQYYI KTSENFLNYS
FKLGSLSVNF EISSEDTEVE QNNVKSSDKK FFIFNNLEYN QDSKELTVTF GYRGLTKDEE
NEVNKISGKK TVTNDTVNEF NVEKITEQIG IYGISSLFKK HLKMDGTMSD KSEIEWHLNK
YATKNTSDYF IHKDLKKFLT GELDFYIKNE MFHLDNVLED NWNKYDIELR RIKVFKEISL
NIIDFLAQVE NFQKKLWEKK KFVVSTDYCI TLDRIDKKHY SKILSNHSQL DEWKTLFDFD
VNVKTKDSKS NLLGYTSTGN PEIELLVQNP TLTLDTKFFD EDFKYELLSE IDNLEDNITG
ILINSENFQA LNLLLEKYRE KIKCCYIDPP YNKGYDGFIY KDNFKHSSWN SLIYDRLALS
KNLIRENGSI SISIDDDEEH NLTALADMCL GNENRLAKLI WNRNHSAQAG FFKLYHEYVL
CYSKNRTQFN AILGADGKII AGAQKKESKR HKLQEFTFPK GTRFEAEDGF ELNGTWGGVE
STELINGRMM CKGNKLAEDV TLKAGWTQLN QMNKYFYSDE EVFDTKNQKV LEFFFSSTGK
LKYVKEKTHE IPSTVLNEMG TAGQASNDLT NILGYSIDST PKSIKLMEFI INYLADESSL
VLDFFAGSGT TGHAVINLNK EDNGKRKFIL VEMGQYFDTV LKPRIQKAIY SENWKDGKPL
DNNGSTNQII KYHKLEQYED TLNNIEFKIP TLTALESKDY AIKYMLEFES RDNNVFLNLD
NLDNPFNYIL KIEQNNEIKE QKIDLIETFN YIAGITVNKI YKTNSDNVSY VVVSGKRNGN
SVIVIWRNKD DKFDPTADKD FVENNILTEQ VDEIFMNGNS LVTNAKPLDE VFKANMFGD
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