| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maeo_0208 |
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| Symbol | |
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| ID | 5326534 |
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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 aeolicus Nankai-3 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009635 |
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| Strand | - |
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| Start bp | 222619 |
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| End bp | 225732 |
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| Gene Length | 3114 bp |
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| Protein Length | 1037 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 640787603 |
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| Product | Pyrrolo-quinoline quinone |
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| Protein accession | YP_001324412 |
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| Protein GI | 150400646 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1520] FOG: WD40-like repeat |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.731734 |
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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 | ATGATTAATA TTGTTAAAAA ACTAATTGGA GAAGATAAAA AATTAGTAGA GAAAGGTGAT
TATTATTTTG GTATGGGGAA TTATAAATCT GCTTTGTACC ACTATAAAAA AGCACTTGAA
ATAAACGAAA AAAACGAAGG GGCTAAAAAG GGAATTAATA AAATTCATGC CGAGATGGCA
TTTAAAAAAG GAATTAGATT AACAATGGAA AATAATTATA ACCGTGCAAT AGCATTATTT
AACGAAGCCA TTAGATTAAA TAAAGAATTA GAGCCAAAGG CTACGGAAAA AATAAATTTA
TGTAAAAAAA TATTGGAGCT CCGAAAAAAA GCCGATGAAC TATATGAGGA AGGAGATTAT
AAAGATGCCA TTGTTGAATA CAAAAATGTA TTGAAAGTAT TCCCTCAGGA CAGATATTCA
ATAGATAAAA TATATAAAAT AAATAAATTA AAAAAGATAA TGGAAAATAT AGATGAATTA
TTAAATAAAA TAGAAATATC ATACGATGAA TCAATAGGTA ATGAAATCCT TGAAAAATTA
AATAAATTGG AATCCATAGA TAGAAATAAT TTAAAAATTA GAAAATATAT AGAAACTGTT
ACTTCAAAAC TGGTAAATCT TGAAATAAAT AGTAAAATAA ATGAAGGAAA AAAATTATAT
GAAGATGGAC ATTACGAAAA TGCACTAGCA AAATTCAATG CAGTTATAAA ATTAGATAAT
AATAACGAAG AAGCTATTGA ATATAAAACC AAAATAGAAA AAATACTGGC ATTAAGACAA
GATTCAGAAG AATTATATCG TAGGGGAGAA TATAATCATT CACTATCCAA ACTTAATGAA
ATTTTAGATA TAAATCCAAA TGATGAATAT GCAAAACATA CCATACAAGT AGTTCAAGAT
ATGATAGACC TAATGGAGGA AGGTAATAAA TATTATATAA ACAATGATTT TGAAGATGCC
ATTGCAATAT ATAACGAAAT ATTAAAACTT AATCCAAAGG ACGAACATAT AAAAAATATC
TCCGACCAAA TAATTAAAAA TTATTTAGAT ATTATAAAAT CCATAACTCC GGAGAATTAT
CGTGAAGTAT ATACTTATAA ATGCAACCCA ATAATTGAAT TTAGCCCAAT TATATTCGAT
GAGTATATAA ACAACTTAAA AAATTTAATT GATGATCTTT ATGAACAGGG CAATTATGAA
AAATCTATTG AAATATTATT TTATTATTGG GAGCTTATAG GAGGTAAAGG CATAATAGAT
GGATTTGAAT TGGAAAGTAG TGTTAAGTCA GTAAAAGTAA TAAAACAGGA TAAAAATGTT
GCCGTAGTAG GATGCGAGTA TATACCTAAA TTACGATATG CCCCTATGTA TTGTATAGAT
ATTCAAAATA GACAAATATT ATGGAAATAT AATGTGGCAT GTGATTCATA TATATTAAAA
GTTAAAGATG AAGATATAAT TGTAGGATGT AATTTAGGAC ATGTGACATC AGTGAATTTA
AACGATGGCT CAACGCAGTG GAAGATTCTA ACGGACAATA ATGCACCCGT TGCAGATATA
CTTATTATGG ATAAAAAAGA TGGAAATTAC GACAGCCACA TGGGCGATGT AGTTTTTGCA
GGATGTAAAT TTGGTTATAT CTATGCATTA AATAGGGACG ATGGAAAGGT TTTATGGACA
CATAAATCAC CCCATGATAT AATTCATATG AAATATATTA AAAATGTGTT ATGTGCTGCC
AGTGGCAATC CCACAATTTT ATCAGGTGGA GGAGCGGTAT ATGGCATAGA TATAAAAACT
GGCTATATAT TATGGAAGTA TGCTGGGAAT TATATATATG CAATGGAACA CTGTATGAAA
TATAATAGTA TTATTATTGG GACATCTAAT GAAATGATTT ATTCAATAAA CGGAAATAAT
GGAGATTTAC TGTGGAAATA TGCAACCCAT AACAGAGTGA TAAAAACTAT TTCCCTCGAT
AAAGAAGAGG ATATTCTAAT TGCAGGTTCA GGAGAATTAT CTAATGTTAG TAAATTGGGA
AGCAATATTT ATGCATTAGA TTTGAAAACT GGTTTAGAAA AATGGATACA TAGAGCAAAA
AGTGAAGGCA TAGAATCAAC AGATATAGTA AATACAAAAA ATGGAAAAAT TGTAATGGCA
AAAGGCATTT ATAAACCTTC ATTAAATATA ACGCCCGTAT ATATTATGGA ATTAAATAGT
GGTAAGCTTT TGTGGAAATA TAGAGCAAAA GGGCATATTA GGGCGGTAAA TGCAGTAAAC
TCTAAGAATC CGACAGGCAA TAAGCATGAT GAAATTGATA ATTTCGTATA TGACGGGATA
AGAATAAAAT ATATACCACA TAATAGGCCC AACAGCATCA CAGTTCAAAA CTTAGAGATA
TTGGAGGGGC ATAACTTGAG TAGTTATAAT ATATCCAATG ACATAAGTGA ATTATTGGTA
TCTGATGAAA CAAATAATAT ATTGGTTGGC TGTTTTGATG GGCGGGTATA TATATTTAAT
AAAAACGAAG TTGAAAATGG TCAATTCATA TTATTGCAAG AAATATTGAA AACATCCCCT
ATAATTTCGG AATTATTGCA TGATGAAATA AAACATATAT TAGATTTGAT AAATCAAAAA
AAGCCATTTT CAAATCCAGT AAAGGCTAAA AGATTAATTG ATAAAGCAAA AAAACTATTG
AATAGGAATG ATTATTATAA GGCAAGGGAA TTAATCAATG AGTCAAGGAA ATACACCAAC
TCCAATATAG AATTAGATGC AAAATTAATG AAAAAAGTAT TTGAAATAAA TACTTGGGAA
GATGTTGGGA TATCTTTTGA TTATATAAAA GGAGATATGC CATTATATAA TCTTAGAGTA
ACTTGTTCGG ATGAAAGTGT AAAACTAAAA TACTTAAAAT TTATTGATAA AATATCTCCT
GGCGAATCAA AAATGTTGCG GCTATTAATG CTTCCAGTAT ATAAAGGAAA ATATCCATTG
GCATTAGATG TTATCTGTGA GGATGAAGAA GGAAATCCAC TTGAGAAAAA AGTATTTGAA
TATCGGATTA CAGTTAAATC TATAAAATCC GATACTGATT CAGGTTCAAT ATAG
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| Protein sequence | MINIVKKLIG EDKKLVEKGD YYFGMGNYKS ALYHYKKALE INEKNEGAKK GINKIHAEMA
FKKGIRLTME NNYNRAIALF NEAIRLNKEL EPKATEKINL CKKILELRKK ADELYEEGDY
KDAIVEYKNV LKVFPQDRYS IDKIYKINKL KKIMENIDEL LNKIEISYDE SIGNEILEKL
NKLESIDRNN LKIRKYIETV TSKLVNLEIN SKINEGKKLY EDGHYENALA KFNAVIKLDN
NNEEAIEYKT KIEKILALRQ DSEELYRRGE YNHSLSKLNE ILDINPNDEY AKHTIQVVQD
MIDLMEEGNK YYINNDFEDA IAIYNEILKL NPKDEHIKNI SDQIIKNYLD IIKSITPENY
REVYTYKCNP IIEFSPIIFD EYINNLKNLI DDLYEQGNYE KSIEILFYYW ELIGGKGIID
GFELESSVKS VKVIKQDKNV AVVGCEYIPK LRYAPMYCID IQNRQILWKY NVACDSYILK
VKDEDIIVGC NLGHVTSVNL NDGSTQWKIL TDNNAPVADI LIMDKKDGNY DSHMGDVVFA
GCKFGYIYAL NRDDGKVLWT HKSPHDIIHM KYIKNVLCAA SGNPTILSGG GAVYGIDIKT
GYILWKYAGN YIYAMEHCMK YNSIIIGTSN EMIYSINGNN GDLLWKYATH NRVIKTISLD
KEEDILIAGS GELSNVSKLG SNIYALDLKT GLEKWIHRAK SEGIESTDIV NTKNGKIVMA
KGIYKPSLNI TPVYIMELNS GKLLWKYRAK GHIRAVNAVN SKNPTGNKHD EIDNFVYDGI
RIKYIPHNRP NSITVQNLEI LEGHNLSSYN ISNDISELLV SDETNNILVG CFDGRVYIFN
KNEVENGQFI LLQEILKTSP IISELLHDEI KHILDLINQK KPFSNPVKAK RLIDKAKKLL
NRNDYYKARE LINESRKYTN SNIELDAKLM KKVFEINTWE DVGISFDYIK GDMPLYNLRV
TCSDESVKLK YLKFIDKISP GESKMLRLLM LPVYKGKYPL ALDVICEDEE GNPLEKKVFE
YRITVKSIKS DTDSGSI
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