| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC5_0639 |
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| Symbol | |
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| ID | 4928565 |
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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 C5 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009135 |
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| Strand | - |
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| Start bp | 607469 |
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| End bp | 610498 |
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| Gene Length | 3030 bp |
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| Protein Length | 1009 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 640166141 |
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| Product | type III restriction enzyme, res subunit |
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| Protein accession | YP_001097166 |
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| Protein GI | 134045680 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0610] Type I site-specific restriction-modification system, R (restriction) subunit and related helicases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.28859 |
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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 | TTGGAATACA CAGAAAAGCG ATTTGAACAG GACATTGAAG AGTCAATGCT AACTAATGGT
GGGTATATCA AAGGCGATAA GTCTAGCTAC AGTGCGGAAC GTGGAATAGA TTTATCAAAA
CTTGTTGAAT TCATCAAAAC AACACAAGAA AAGGAATGGG ATCGGTATGT ACGCATTTAT
GGGGATGAAG CAGAAAACAA TCTATTCAAG CGATTCAATG ATTCTGTCAA TGCGCAAGGA
CTACTGTATT CACTTAGAAA GGGCATTGCT GATAGGGGTG TTAAGTTAAA GCTATGCTAC
TTTAAACCCG AATCAAATTT AAACCATGAA CTCGTGAAAA AATACGAAAA TAACATATTA
ACAGTTACAC GACAGTTTGC ATACTCAACG GAAAACAAAA ATACAATTGA TATGGTTTTA
TCGCTTAATG GTATTCCGAT AGTTGCGCTA GAGCTTAAAA ACCAGATTAC TGGTCAATCT
ATCGAAAACG GTAAAAAACA GTTCATGTAC GATAGAAACC CTCGAGAGCC ATGCTTCCAG
TTTAACAAAC GATTTTTAGC ATATTTTGCT GTTGATTTGC ATGAAGTAGC AATGACTACA
AAATTAGCCG GACCAAACAC TATGTTTTTA CCATTTAACC AGGGTTCTGG CGGAGCTGGA
CAGGTCGGTG GTGCAGGTAA TCCTGAAAAC AAAGACGGAT ATGCTACATC ATACCTCTGG
GAGCAGGTAT TGACGAAAGA TTCACTGATG AACATCATAC ACAGATTCCT CCATATAAAC
GTTGAAAAGA AAAAAGTAGT TAAAAACGGA CGTGAAACTA CAAAAATCAG TCAAAAGTTA
ATATTTCCTC GTTATCACCA GCTCGATGTT GTAACAAAGC TTGTAAACAA CGTAAAACAG
CACGGATCTG GATGTAATTA CTTGATTCAG CATTCAGCAG GATCAGGCAA AAGTAACAGT
ATCGCATGGA TTGCTTACAG ACTTGCAAGT CTTCACGATG AGGATAATAA CAGCATATTC
AATTCAGTTA TCGTTGTAAC CGATAGGAAA GTGCTTGACA GTCAGCTTCA AGATACAATA
TCTGGTTTCG ACCACACTTA CGGCCTCGTT GAAACAATAG GGGATAAAAA AACATCTCAA
GATTTGAAAA ACGCAATTAA CGATGGTAAA AAGATTATCG TTACAACACT TCAAAAATTC
CCTGTAATCT ATGAAGATGT AGAAAACAAT AAGGGTAAAC GATTCGCTGT AATTGTTGAC
GAAGCGCATT CCAGTCAGAC TGGAACGAGT GCACAGAAAT TAAAGATTGC ACTTGCAGAT
AACAAAGATG CACTTGAAGA ATATGCTAAA ATTGAGGGTG AAGCTGAAGA AGCTTCTGAA
GATTTCGAAG ATAAGCTGGT AAGTGAGTTA AGTACACACG GGCGACACCA AAATTTATCA
TTTTTCGCAT TTACTGCAAC ACCAAAACAA AAAACATTAG AAATGTTTGG AAATCGATGC
ACTGATGGTT CATTCCACCC ATTCCACATA TATTCGATGA AACAGGCAAT CGAAGAAGGA
TTCATTCTTG ATGTGCTTAA AAATTACATG ACTTATAAAA CATGCTTTAA AATCGCTAAA
AACATACCTG ATAATCCTGA ATTACCAGAA AGTGAAGCAA AAAGGGCTAT CAGGCGTTAC
GAATCACTGC ACCCATATAA CTTACAGCAA AAAACATCAG TTATGGTTGA GTACTTCCGT
GAAATCACTT CCAAAAAAAT CAATGGTCAA GCAAAAGCAA TGATTATAAC ACCATCAAGA
CTTCACGCAG TTAGATATTA CAAAGAATTT AAGAAATACA TTAAAAATAA AGGATACAAC
GATCTTGATG TTCTTATAGC ATTTTCTGGA ACCGTAAAAG ACGGAGACGA AGAATATACT
GAAAGTGGAA TGAATGTAAC AAAATCAGGT AATAAAATAA GTGAAAAGCA GCTCCCACAG
GTATTTCACG GGGACGAATT TAACATGCTG ATAGTTGCTG AAAAGTATCA GACAGGCTTT
GATGAACCTT TATTACACAC GATGTTTGTT GACAAGAAGC TTAATGGTGT TAAAGCTGTT
CAAACACTTT CAAGACTTAA CAGAACCGCC CCTTATAAAA ACGATACATT TATACTCGAC
TTTGTGAACA ATTCAGAAGA CATATTACTT TCATTTGCAC CATACTACAA AGAAACCGCC
CTTGACGAAG AAATCAATGT TAATTTAATT TATGATACAA AAGCGCTTCT TAGAAATTTC
AGAATATACA ATGATGACGA TGTTGAGAAA AGTACCAAGA TTTACTATAA ATCAGGTGCG
CAGTCAAATA CTGCTCACGG TAAAATCACG AGTATGTTCC TGCCGATAAT TAGGGTGTAT
TCCGAAATTA GCGAAGAAGA TCAGTTCAAG TTTAAAAAAG CGGTCAGAAA CTTTATAAAA
TGGTATTCGT ACATCACACA AATTGAAAGA ATGTTCGATA AGGATTTACA GAAGGAATAT
CGCTTCTTGC AATATCTCGA AAAAATGCTG CCTAAAAACT CAGCTGAAAA GATCGACCTC
GAGGATAAAA TCAAACTCGA ATACTACAAG CTCAGCAAAA CTTTCGAAGG CGATATCAGT
CTTGAAACTA AGGACGACTG CGCAATGCTT ACAAATCCTA AAACAATTGA TAATGTAATC
GGAGTAACTG GTAACGATGA ATTGCTAGAT GCAATAATCT CAAAGATCAA TGAAGTTTAC
GAAGGCGAGT TTAGCGATGG TGACAAGGTC ATGGTTAAAA CAATCTACGG AAAACTACTA
AACGACAGTG AAAAACTTGA ACAGTACACG AAAGATTCGT TTGAGATATT TAACGATAGT
TTCTTCCCAG AACTCTTCGA TAAAGCCACT CGCAGCTGCT TCTTAGAACA ATCGAATTCT
TTTAAAAAGA TCTTTGAAAA CAGAACTTTT TACAACACAA TACAGCAAGA AATGGCACGA
CAAGTATACC GAAATTACAG AAACCGGTAA
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| Protein sequence | MEYTEKRFEQ DIEESMLTNG GYIKGDKSSY SAERGIDLSK LVEFIKTTQE KEWDRYVRIY
GDEAENNLFK RFNDSVNAQG LLYSLRKGIA DRGVKLKLCY FKPESNLNHE LVKKYENNIL
TVTRQFAYST ENKNTIDMVL SLNGIPIVAL ELKNQITGQS IENGKKQFMY DRNPREPCFQ
FNKRFLAYFA VDLHEVAMTT KLAGPNTMFL PFNQGSGGAG QVGGAGNPEN KDGYATSYLW
EQVLTKDSLM NIIHRFLHIN VEKKKVVKNG RETTKISQKL IFPRYHQLDV VTKLVNNVKQ
HGSGCNYLIQ HSAGSGKSNS IAWIAYRLAS LHDEDNNSIF NSVIVVTDRK VLDSQLQDTI
SGFDHTYGLV ETIGDKKTSQ DLKNAINDGK KIIVTTLQKF PVIYEDVENN KGKRFAVIVD
EAHSSQTGTS AQKLKIALAD NKDALEEYAK IEGEAEEASE DFEDKLVSEL STHGRHQNLS
FFAFTATPKQ KTLEMFGNRC TDGSFHPFHI YSMKQAIEEG FILDVLKNYM TYKTCFKIAK
NIPDNPELPE SEAKRAIRRY ESLHPYNLQQ KTSVMVEYFR EITSKKINGQ AKAMIITPSR
LHAVRYYKEF KKYIKNKGYN DLDVLIAFSG TVKDGDEEYT ESGMNVTKSG NKISEKQLPQ
VFHGDEFNML IVAEKYQTGF DEPLLHTMFV DKKLNGVKAV QTLSRLNRTA PYKNDTFILD
FVNNSEDILL SFAPYYKETA LDEEINVNLI YDTKALLRNF RIYNDDDVEK STKIYYKSGA
QSNTAHGKIT SMFLPIIRVY SEISEEDQFK FKKAVRNFIK WYSYITQIER MFDKDLQKEY
RFLQYLEKML PKNSAEKIDL EDKIKLEYYK LSKTFEGDIS LETKDDCAML TNPKTIDNVI
GVTGNDELLD AIISKINEVY EGEFSDGDKV MVKTIYGKLL NDSEKLEQYT KDSFEIFNDS
FFPELFDKAT RSCFLEQSNS FKKIFENRTF YNTIQQEMAR QVYRNYRNR
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