| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC7_0719 |
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| Symbol | ileS |
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| ID | 5328418 |
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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 | 702057 |
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| End bp | 705161 |
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| Gene Length | 3105 bp |
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| Protein Length | 1034 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 640793245 |
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| Product | isoleucyl-tRNA synthetase |
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| Protein accession | YP_001329937 |
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| Protein GI | 150402643 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0060] Isoleucyl-tRNA synthetase |
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| TIGRFAM ID | [TIGR00392] isoleucyl-tRNA synthetase |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | 13 |
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| Fosmid unclonability p-value | 0.280166 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAACAAG TCAAATCAGT AAATTTTAGA GAATTAGACA AAAAAATAAA AGAATACTGG
AAAAAAGAAA ATACATACAA AAAGGTAAAG GAATTAAACG AACACGGCCC TGAATACTAT
TTTGTTGACG GTCCTCCGTA CTGTTCTGGT GCAATACACC TTGGAACTGC TTGGAATAAA
ATTATAAAGG ATACTGTTTT AAGATTTAAG AGAATTCAAG GATACAACGT ATTGGATAAA
GCTGGATGGG ATATGCACGG GCTTCCTATC GAAGTTAAAG TAGAAAATGA ATTTAATATC
GGCTCTAAAA AGGATATTGA AACAAAAATC GGAACTTTAG GATTTATAAA CAAATGTAAA
GAATTTGCAT TGAATAATCT CGAATTCATG CAAGGCCAGT TTGAAAATTT AGGTATATGG
CTCGATTTTG AAAATGCATA CATGCCAATT AAAAGAGACT ACATGGAAAT GGGCTGGTGG
ACACTTAAAA AAGCTCATGA AAAAGAATTA CTTACAAAAG ACTTGAGATC AGGATACTGG
TGCCCAAGAT GTGAAACTTC GCTTGCAGAA CACGAAGTAA GAGGAGAATA CAAAGAAGTA
CTCGACCCTT CAGTTTACGT AAAATTCAAA CTTGAAAAAA GCGATGAATA CATTACAATC
TGGACTACAA CCCCATGGAC TCTTCCATCA AACATGCTTG TATGTGTAAA TCCAGAATTC
GATTACGCTT ATGTTAATGT TGAATTTGAA AATGGAACAT CTGAAACTTG GGTAATTGCT
GAAAAATTGG TAAATGACGT AATGAAAAAG GCTGAAAAGA ATAATAAAAT CTCAAAATTC
GGCATTTCAA AAGTAGTCAA AGGAGATTCA TTAATTGGTT TAAAATACAT TCACCCACTC
CTTGAAGAAA ACGAAAAACA GCAAGAATTT GCAAAAATAG AAAATGTGCA CACAATTGTT
CCAGGAGACC ACGTAACTCT TGAAGGAGGA ACTGGTTTAG TTCACACCGC ACCAGGATTT
GGTGAAGACG ACTTTAACAT TGGTAAAGAA CATAATATTC CAGTATACGC CCCAATTGAT
GATAACGGAA GATATACGGA TAGCATATGG AAAGGAACTT TCGTAAAAGA TATGGATGAA
TCAGTTATTG AAACACTGGT ATCCAAAAAT TTACTCGTAA ACTCTGGAAA AGTAAAACAC
ACTTACCCAC ACTGCTGGAG ATGTAAAACA CCACTTTTAT TCAGAGCGAC TGAACAGTGG
TTCCTTTCAA TCTCAAAAAT AAAAGACTCC ATCATAGAAC AGGGTAAAAC CGTTGACTGG
GTTCCAGACT GGGTTAAAAC AAGATACGTT AACGGAGTAA GTTTTGTTGG AGACTGGAAC
ATCTCAAGAC AGAGATACTG GGGAATTCCA CTCCCAATCT GGATCTGTGA AGAATGTGGA
AATTACGAAG TAATCGGTTC AGTTGATGAA TTAACAGAGC GAGCTAACGA AAAAGATTTA
GATTTAAGCG ACATTCACAA ACCTGCAGTT GATAAAATTA CGCTTACATG TTCCTGTGGC
GGAAAAATGA AAAGAACTCC AGATGTTTTA GATGTCTGGT ACGACAGCGG TTTGGCACCA
TACGCTTCGA TTGGATCCAA AACCCTCAAA AAAGCTAAAT TTATTACTGA AGGAAACGAC
CAAGTTACAA AATGGTTCTA CTCACAACAT GCATTGAGTG CAGTTGTATT TGACGATACT
TCTTATGAAA AATGTATGAT GCACGGCTTT ACACTCGATG AAACCGGGGA AAAAATGAGT
AAATCATTAG GAAACATTGT AAGCCCTGAT GATGTTACAG AACAGTACGG TGCAGACGTT
TTAAGGTTCT ATTTGTTAAG TGCAAACAAA GCTTGGGAAG ATTTAAGATT TTCATACTCA
GAAATGGATG AAACCAGAAG CATGTTAAAT ACGCTCTGGA ATTCGTACGC ATTTTCTGCA
AACTACATGG TGCTCGATGA TTTCATTCCA AATGACGAAT ATTTCAAGCA TGTTAAAGAT
GAAGATGCTT GGATATTGAG TAGAATAAAT ACCGTTGCTA AAGAAGCTGT TGAAGCTTTA
GAAAAACCTC ATTTACATAC ATACACGTGG ACACTTAGAG ATTTCGTTCT TAACGACTTC
TCGAGATGGT ACATTAAATT AATTCGTGAT AGAACCTGGA TGGAGAAAAA CGATGTGCAG
AAATTATCTG CATACCAAAC ATTATACTAC GTTATCATGA AGTTAATTTC GATAATGGCT
CCGGTAACCC CTCACATTTC AGAAGAAATC TACCAGAACT TGAAAACAGA AGATATGCTT
GAAAGCATCT TTATGAACAA GCTAACAATT GAATCCGGAT TTATCAATGA AACACTTGAA
AAAGACACTG AAATTATCAG GGAAATTGTA GATTCAATTC TCAAAGGAAG AGATAAAGCA
AAATACACTT TAAGATACCC GATTACAAAA ATAACGCTTC CGGAAAATAT TGCTGAAACG
ATTGAAAAAT ACGGCTACAT TATCAAAGAA CAGGGTAACG TAAAAGAAAT CGAATTAAAA
GAATTTGAAG GAAACGTAAC AGTAAAACCA AACTTCAAAG AACTTGGAAA GATATTCAGA
AGCGATGTTC CAAACGTTGT TGCTGCAATA AACTCAGTAG ATCCAAAAGA ACTCAAAGAA
AGCTTGAAAT CTGGAGAATT TGAAGTTTCC GAATATGTTC TAAAACCAGA ATATGTTGAA
TTCAGGGTCG AAATTCCTGA AAATATCATC GGTGTAGAAT TTTCAAAAGG AAACGTTTAC
ATCAACATTG ATATGAACGA TGAAGTAATC AAAGAAGGAT TGGTTAGAGA AGTTATTAGA
AGAATCCAAT CGATGAGAAA AGATATGGAT TTAGATATTA ATGAAAAAAT CAATGTTAAA
CTAAAAGGAA TCGATTTCAG TAGCGATTAC TTATCACATA TCGCAAATGA AGTCAGAGGA
AACTTCGTTA ATAGTTTAAC GTCAGATTAC AATCAAAAAT GGACAATAAA AACGCCAAAT
GAAGAAACTT ACAATATCTC AATCGATATT GAAAAAATGA AATAA
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| Protein sequence | MKQVKSVNFR ELDKKIKEYW KKENTYKKVK ELNEHGPEYY FVDGPPYCSG AIHLGTAWNK
IIKDTVLRFK RIQGYNVLDK AGWDMHGLPI EVKVENEFNI GSKKDIETKI GTLGFINKCK
EFALNNLEFM QGQFENLGIW LDFENAYMPI KRDYMEMGWW TLKKAHEKEL LTKDLRSGYW
CPRCETSLAE HEVRGEYKEV LDPSVYVKFK LEKSDEYITI WTTTPWTLPS NMLVCVNPEF
DYAYVNVEFE NGTSETWVIA EKLVNDVMKK AEKNNKISKF GISKVVKGDS LIGLKYIHPL
LEENEKQQEF AKIENVHTIV PGDHVTLEGG TGLVHTAPGF GEDDFNIGKE HNIPVYAPID
DNGRYTDSIW KGTFVKDMDE SVIETLVSKN LLVNSGKVKH TYPHCWRCKT PLLFRATEQW
FLSISKIKDS IIEQGKTVDW VPDWVKTRYV NGVSFVGDWN ISRQRYWGIP LPIWICEECG
NYEVIGSVDE LTERANEKDL DLSDIHKPAV DKITLTCSCG GKMKRTPDVL DVWYDSGLAP
YASIGSKTLK KAKFITEGND QVTKWFYSQH ALSAVVFDDT SYEKCMMHGF TLDETGEKMS
KSLGNIVSPD DVTEQYGADV LRFYLLSANK AWEDLRFSYS EMDETRSMLN TLWNSYAFSA
NYMVLDDFIP NDEYFKHVKD EDAWILSRIN TVAKEAVEAL EKPHLHTYTW TLRDFVLNDF
SRWYIKLIRD RTWMEKNDVQ KLSAYQTLYY VIMKLISIMA PVTPHISEEI YQNLKTEDML
ESIFMNKLTI ESGFINETLE KDTEIIREIV DSILKGRDKA KYTLRYPITK ITLPENIAET
IEKYGYIIKE QGNVKEIELK EFEGNVTVKP NFKELGKIFR SDVPNVVAAI NSVDPKELKE
SLKSGEFEVS EYVLKPEYVE FRVEIPENII GVEFSKGNVY INIDMNDEVI KEGLVREVIR
RIQSMRKDMD LDINEKINVK LKGIDFSSDY LSHIANEVRG NFVNSLTSDY NQKWTIKTPN
EETYNISIDI EKMK
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