| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC5_1174 |
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| Symbol | |
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| ID | 4928725 |
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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 | 1118160 |
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| End bp | 1122464 |
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| Gene Length | 4305 bp |
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| Protein Length | 1434 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 640166664 |
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| Product | hypothetical protein |
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| Protein accession | YP_001097686 |
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| Protein GI | 134046201 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5635] Predicted NTPase (NACHT family) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 1 |
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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 | GTGGAAAAAA TTGATTGGAA TAAATTTGGG TTAAATGGGG AAAGTCGGCA GGATTCTTTT
GAAGACCTTT GCATGTTTTT ATGTTGTAGA GAATTGGGCG TTACTAAAAT AAATTCCTAC
AAAAATCAAC CAGGCATAGA AACAGAACCA TTTGAAGTTA ATGGGAAAAA ATATGGATTC
CAAGCCAAAT TTTACGAAAC TGGGTACGAT TGGAAACAGA TTCAAAAATC GATATTGGGC
CTAAAAGCTA AAAATTCAGA TAAGAAAGGA TTAAAAAAAC AGTACCCAAA CAATGTATTT
GGAAAATATA ACTTAAATGA AGTTATTATA TATTCTAATG AAGATAGAAC ATTAGATGGG
AGCAGTAAAA CAGTCTATGA AAAGCGTATT GAAGATTTAG CAAAAAAATA TGGCACTAAG
GTAACATATA TAACACATAA AGATATTCTC AGAAAACTTT CAAAACCATC AAACTTGGAT
CTGGCTCAGC TTTATTTTGG AATAGGTGAT GAATTCCGGT TCATACAAAA CAGCACAAAT
CCAAAAATTC TAACATTTTT ACAATCAAAA GAGTACATGG ATCTCCCATT TGTAGATTCA
TATAAAAATA GTGTAAATGT TTCAGAAAAA ATCTTATCTG AGGGTAAGTT TTTTTTATTG
ACTGGGCATC CGGGTTCAGG TAAAAGTATA TTTATGCATA AATTATTAAC AGTATTTGGC
GGATTGGATA AGGAAGGGAT GGCAGAAGAT ACTAATGAAT TTATTGAACC CGAAGTATCA
GAAATGATCT CTGTTTTGAT TAATAATGGT GCCATCCCTC TTTTGATAAA TTTAAAAAGT
TGTATTTCCG ATTCATTGGA AAATATTATT CGGGGTAGGA AATACGACTG TATGATAAAT
GGTCAAAATT TGCATTTTAT ATATCTTTTT GATGGTCTTG ATGAATTGGA TGAAAATATT
GTAGATAATG TACTTTTCCA AATACAAGAA TTAAGTCAAA AAGTAGATAC TGAAAAAATC
ATAATTTCGT GTCGTTCTGG AAATTTAAAT AGATTACGAG TAAAAACATA CCTTAAAAAC
CTTATAGAAT ATAATATAGA TGAATTGGAT GAATCATACC TAAAACAATA TTTTGAAGTA
AAAATGTCAA ATTCAAAAAA TGCGAAATTA GAAGAACTCA TGGGGCATAA TCAAAGCCTT
ATTACAGAAA TTAAAGATGT TTTACTTATA AAATTAATTT GGGATACGAT AGATGAACTT
GACAATGATA GCACAATTAT CGACTTATTT TCTAAAAAAA TTAATCTACT CCTAAATAAT
CCTGAACATA AAAAAAATAT TGAAAATTTA AATTTATTAA ATTGTAAAAA ACAGGCAATT
ATCAACTTAA ATCAAGACAT TGCTTTTGAA TTACAGAATA AATTTCATTT TCGTCTTTCG
CAGAAAGAGT TACAAGATAT TATTTTAAAC AAATATTCTC GTTTGGATTA TAGATCCATA
AATACCATTA TAGACTACAT TGCAGACTTA TTTTTTGATA ATTCTTCGCC AGCAGGATCC
TCACAGAATG AAAACATATA TACATACCAG CATAGGAGAT ATCAAGAATT CTTTTTTACT
CAAAGATTAA AAACAGAATA TGAAAATGAC CCTAAAATCA TAAGGAAAAT GAAAATACTG
GCCAATAGAG AATATTTTAA AAATTTATTT TTAACATATC TTAGAAAAGA ATATAAAAAA
GAGAACAATT TACCAGGTTT AGTTGAATTA AATCTTATTG AACATTATTT AGGAAAATAT
GAAGGTTTTG GAGTAAATGA CGATTATTAT ATGGATTCAG AATCATTTAT TCCTGCATTA
GCATCTCAAG AGCCGGAAAT TTTTGATGAG TTACTAGATA GTGAATATTT AGAAATTATA
CGTAAAATTT CAATCGATAT TCCAGAATTG AAAAAAAAGT TCGAAAAATG GGCTGCTAAC
AAAACTGAGT ATTATCCAAA AGATTATCTT GAAACAGTGT GGAAATATGG CATTCCCAAT
TTAATAAAAA ACAGAGTATT GTTTTGGAAA TCAGGTAAAA AGGACATATC TAATGAACTT
AAATTGCAAC TTGATGAAAC TATTCGATTA TACCAAAAAT ACGAATTTTT TGAGGATTTT
GAAATAGAAA TGAGCAGCAT ACTTGATGAT CAACTTGAAA ATTATATTTA TTCCGCACTA
GCAATAGGTA AAAAACCATT AAACGAAGTT TTTATCAAGT TCATACGGGG CAATTATAAA
AATATTTCTG AAGTTAATTA TAGTTACAAA GAATCTGGCA AAGAAAAATT AGTAAAATCA
TTTTTACGCA TATGTTTAAG CGAAAATCGG AATGAACTGT ATGAGTTAAT CGATGATTTC
GAAAATTACG AATTTATTAT GTTATTGGAC TTATTTAGAC GTCCAGAGTA TTTGCCAATA
TTTATAAACT CAGAATCAAT TCATGAAAAA ATCAGACAAT TTTTACAAAA TTTTAAAGAC
ATCAATGAAA AAAACGTTTT TATTCTATTT TTTAAGAAAT ATTTTGACAT AACTATCTCC
AAAGACGAAA TGGATATCGC AAAAGAAATG CTTTCCAAAT TAAAAACCAC CAGGGGTATT
GAATTGAAAA TGTATAATAC CCCCATTAAT TTTGCAAATA TGTCCTATAT TTTTAATGAA
AATTCTTTTG AAAAGTTTCA AAAACAGAAC CGAATTGAAT CTAAATATTA CTATGAATTA
GGACTATATT CGGCACTTTT TAATGATTTT ATTTTAGTAT TGACTGGTAA AAAAGAAATT
GAAAAAATTA TTGGGGATTA TATTAGATAT ATCAATAATA GAAAAGAACT CTACAAACCA
TACCTTGTAG AAACTATTTC GTTTTTATGG GCTAATATAT TTTCATGTAT TAATTCTGAA
AAAGAATTGT TAAAATTAAA AAAAATATTG ATCAGAAAAG AAAATAATAT TGATTCCTTT
AGTTTCTATG CTCAATTTCA AAGATTAGAT TCTAAAAAAT TCTCAAAAAT TATAAATAGA
AATGACCTAT CTCAAATTGA AACTGATTTA ATTCACTCAA ATAATGATTT TTATGAGTAT
GTTACAAAAT GCTTCACCAT AAGTATGTTT TTTTCAAAAA TTGATACTAA AAAATCAATA
TCTTATTTTG AAAAAGGAAT ACTCGAAGGA TCATTGCGAC ATAAGTGGCA TAAAGACATT
ATTATAAGCT ATCTACTTGT GGAGTCATTA AGGATTTTGT GGGATAACCA GTGGGAATCT
AACACAAAAT TGGAAGAGTA TACTGAAGAA GTTTTTAAAC TTACTTTAAG AGTCATTGAC
ATAACAGATG GGGATGAAAC TAGACATGGT CCTTATGATC TTTTGGAATT AATTGCGGAA
TACAATTTAG ATATGGCAGA AAGATTTAAA AAACAGCTTA TTGAACATAT TGGAAGACAT
AATATTTCCG ATAGGGCAAT TACCGACATA CTCTTAAAAA AAATAAAATA TGGTATGCCT
ATCGATGAAA TTGAAAAAGG AATGGATGAA TACATATTAA GACAAGGGTA CGACGGAAAA
CCGGACTCTG AATATTATGA GCAGAAATTT TTAATATATC TAAATATTGC CAATTCTAAA
TTATATAACT CAGAAGAAAA AAAGAGCGCT TTTGAAAAAG CATATGGGCA AGTAGAAAAA
GTAATTTCAC ACGATACCAA CCATTTCTTG TCGGAGTTCC AATATAGTGG CGAAAAACAT
ATCTTTAAAA AACTCTGTGA AAAATATAGA AAAAAAGACA TTCTGAAATT TGAAGAATTT
GAAAACACTT CGTTTTCCAA AAAAGAAAAA AATAATATTT CAGAAAAACA GTTTATTGAT
TTGGTTAAGG ACTGTTCTAA TTCAGAACAG ATTGATGAAA TATATAAACG GCTGATTGAT
CGTAAATATG ATCTTGTATT AAAAAACACG GAATCTTGGA AAATATTGAT AAATAAAACT
TATGATATTT GCGGCAATAT TCATCTACTG ACAAATTATT TAAACGAAAA TTACTATCCT
GATACCATAC ATATATCTGC TGTTTCAAGG TACCTTCATT ATGCATTGTC AGAAGCATTG
AAAAATATGA ATACACGAGA GGAAATATCG AATTATTTAT TTGAAAATAG TGGTCATGCC
GGTTTTTTTA ATATTATAAA AGCGTATGAA GTTATTGGCA ATAAAGAAAT GTGTATTCGT
TTATTTGATC GTTATTTAAG AGTATGTAAA TTACTTGTGA AATAG
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| Protein sequence | MEKIDWNKFG LNGESRQDSF EDLCMFLCCR ELGVTKINSY KNQPGIETEP FEVNGKKYGF
QAKFYETGYD WKQIQKSILG LKAKNSDKKG LKKQYPNNVF GKYNLNEVII YSNEDRTLDG
SSKTVYEKRI EDLAKKYGTK VTYITHKDIL RKLSKPSNLD LAQLYFGIGD EFRFIQNSTN
PKILTFLQSK EYMDLPFVDS YKNSVNVSEK ILSEGKFFLL TGHPGSGKSI FMHKLLTVFG
GLDKEGMAED TNEFIEPEVS EMISVLINNG AIPLLINLKS CISDSLENII RGRKYDCMIN
GQNLHFIYLF DGLDELDENI VDNVLFQIQE LSQKVDTEKI IISCRSGNLN RLRVKTYLKN
LIEYNIDELD ESYLKQYFEV KMSNSKNAKL EELMGHNQSL ITEIKDVLLI KLIWDTIDEL
DNDSTIIDLF SKKINLLLNN PEHKKNIENL NLLNCKKQAI INLNQDIAFE LQNKFHFRLS
QKELQDIILN KYSRLDYRSI NTIIDYIADL FFDNSSPAGS SQNENIYTYQ HRRYQEFFFT
QRLKTEYEND PKIIRKMKIL ANREYFKNLF LTYLRKEYKK ENNLPGLVEL NLIEHYLGKY
EGFGVNDDYY MDSESFIPAL ASQEPEIFDE LLDSEYLEII RKISIDIPEL KKKFEKWAAN
KTEYYPKDYL ETVWKYGIPN LIKNRVLFWK SGKKDISNEL KLQLDETIRL YQKYEFFEDF
EIEMSSILDD QLENYIYSAL AIGKKPLNEV FIKFIRGNYK NISEVNYSYK ESGKEKLVKS
FLRICLSENR NELYELIDDF ENYEFIMLLD LFRRPEYLPI FINSESIHEK IRQFLQNFKD
INEKNVFILF FKKYFDITIS KDEMDIAKEM LSKLKTTRGI ELKMYNTPIN FANMSYIFNE
NSFEKFQKQN RIESKYYYEL GLYSALFNDF ILVLTGKKEI EKIIGDYIRY INNRKELYKP
YLVETISFLW ANIFSCINSE KELLKLKKIL IRKENNIDSF SFYAQFQRLD SKKFSKIINR
NDLSQIETDL IHSNNDFYEY VTKCFTISMF FSKIDTKKSI SYFEKGILEG SLRHKWHKDI
IISYLLVESL RILWDNQWES NTKLEEYTEE VFKLTLRVID ITDGDETRHG PYDLLELIAE
YNLDMAERFK KQLIEHIGRH NISDRAITDI LLKKIKYGMP IDEIEKGMDE YILRQGYDGK
PDSEYYEQKF LIYLNIANSK LYNSEEKKSA FEKAYGQVEK VISHDTNHFL SEFQYSGEKH
IFKKLCEKYR KKDILKFEEF ENTSFSKKEK NNISEKQFID LVKDCSNSEQ IDEIYKRLID
RKYDLVLKNT ESWKILINKT YDICGNIHLL TNYLNENYYP DTIHISAVSR YLHYALSEAL
KNMNTREEIS NYLFENSGHA GFFNIIKAYE VIGNKEMCIR LFDRYLRVCK LLVK
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