| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC6_1199 |
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| Symbol | ileS |
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| ID | 5738993 |
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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 C6 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009975 |
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| Strand | - |
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| Start bp | 1125357 |
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| End bp | 1128461 |
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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 | 641283693 |
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| Product | isoleucyl-tRNA synthetase |
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| Protein accession | YP_001549244 |
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| Protein GI | 159905582 |
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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 | 17 |
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| Plasmid unclonability p-value | 0.847726 |
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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 | ATGAAACAGG TCAAATCAGT AAATTTTAGA GAATTAGACA AACAAATAAA AGAATACTGG
GAAACAAAAA ATACATACAA AAAAGTAAAG GCTTTGAACG AACACGGTCC CGAATATTAT
TTTGTTGACG GCCCTCCGTA CTGTTCTGGT GCAATACACC TTGGAACTGC TTGGAATAAA
ATTATAAAAG ATACTGTTTT AAGATTTAAA AGAATTCAAG GATACAATGT TTTGGATAAA
GCGGGATGGG ACATGCACGG GCTTCCTATC GAAGTTAAAG TAGAAAATGA ATTTAATATC
GGCTCTAAAA AAGATATTGA AACAAAAATC GGAACTTTAG AATTTATAAA CAAATGTAAA
GAGTTTGCAT TGAATAACCT CGAATTCATG GAAGGCCAGT TTAAAAATTT AGGTATCTGG
CTCGATTTTG AAAACGCATA CATGCCAATT ACTAGAGACT ACATGGAAAT GGGCTGGTGG
ACACTTAAAA AAGCTCACGA AAAAGAATTA CTCACTAAAG ACTTGAGATC CGGATACTGG
TGCCCAAGAT GTGAAACTTC GCTTGCTGAA CACGAAGTAA GAGGAGAATA CAAAGAAGTA
CTCGACCCTT CAGTTTATGT AAAATTCAAG CTTGAAAAAA GCGATGAATA CATCACGATC
TGGACTACGA CTCCCTGGAC ACTTCCTTCA AACATGCTTG TATGTGTAAA TCCTGAATTC
GATTACGCTT ATGTTGATGT TGAATTTGGA AATGGAACTG TTGAAACCTG GGTTATTGCT
GAAAAATTAG TAAATGACGT AATGAAAAAG GCTGAAAAGA ACAATGAAAT TTCAAAATTC
AGTATTTCAA AAGTAGTTAA AGGAGATTCA TTAATCGGAT TAAAATACAT CCACCCGCTC
CTTGAAGAAA ATGAAAAACA GCGAGAATTT GCAAAAATAG AAAATGTGCA CACGATTGTT
CCGGGAGACC ACGTAACTCT TGAAGGCGGA ACTGGTTTAG TTCACACCGC ACCAGGATTT
GGTGAAGACG ACTTTAACAT AGGTAAAAAA TACAACATCC CAGTATACGC ACCAATCGAT
GATAATGGAA GATATACTGA TAGCATCTGG AAAGGAACTT TTGTAAAAGA TATGGATGAA
TCTGTTATTG AAACTTTAAT ATCCAAAAAT TTACTTGTAA ACTCTGGAAA AATAAAACAC
ACCTACCCGC ACTGCTGGAG ATGTAAAACA CCGCTTTTAT TCAGGGCGAC TGAACAGTGG
TTCCTTTCGA TCTCAAAAAT AAAAGATTCC ATCATCGAAC AGGGTAAAAC TGTTGACTGG
GTTCCCGACT GGGTTAAAAC AAGATACGTT AACGGGGTAA GCTTTGTTGG AGACTGGAAT
ATCTCAAGAC AGAGATACTG GGGAATTCCA CTTCCAATCT GGATCTGTGA AGAATGTGAA
AATTACGAAG TAATCGGTTC AGTTGATGAA TTAACAGAAA GGGCTAACGA AAAAGATTTA
GATTTAAGCG ATATCCACAA ACCTGCAGTT GATAAAATTA CGCTTACATG CTCTTGTGGC
GGAAAAATGA AAAGAACTCC GGACGTTTTA GATGTTTGGT ACGACAGCGG TTTGGCACCA
TATGCATCAA TGGGATCCAA AACTCTTAAA AAAGCTAAAT TTATCACTGA AGGAAACGAC
CAGGTTACAA AATGGTTCTA CTCACAGCAT GCATTGAGTG CAGTTGTATT TGACGATACA
TCTTACGAAA AATGTATGAT GCACGGATTC ACACTTGACG AAACCGGAGA AAAAATGAGT
AAATCATTAG GAAACATTGT AAGCCCTGAT GATGTCACAG AACAGTACGG TGCAGATGTT
TTAAGGTTCT ACCTATTAAG TGCGAACAAA GCATGGGAAG ATTTAAGATT TTCATATTCA
GAAATGGATG AAACCAGAAG CATGTTAAAT ACGCTCTGGA ATTCGTACGC ATTTTCTGCA
AACTACATGG TTCTTGATGA TTTCGTTCCA AATGACGAAT ATTTCAAACA TGTTAAAGAT
GAAGATGCAT GGATACTGAG CAGAATAAAT ACAGTTGCTA AAGAAGCTGT TGAAGCTTTA
GAAAAACCTC ATTTGCACAC GTACACATGG ACACTTAGAG ATTTCGTGCT TAACGACTTT
TCAAGATGGT ACATTAAATT AATTCGTGAC AGAACCTGGA TGGAGAAAAA TGACGTACAG
AAATTATCTG CATATCAAAC TCTATACTAC GTTATCATGA AATTAATTTC GATAATGGCT
CCTGTAACAC CGCACCTTTC AGAAGAAATC TACCAGAACT TGAAAACAGA AGATATGCCT
GAAAGCATCT TTATGAACAA GTTAACAATT GAATCTGAAT TTATAAATGA AACTCTTGAA
AAAGATACTG AAATTATTCG TGAAATTGTA GATTCAATTT TAAAAGGAAG GGATAAAGCA
AAATACACCT TAAGATACCC GATTACAAAA ATAACGCTTC CTGAAAACAT TGCTGAAACG
ATTGCAAAAT ACGGCTACAT CATAAAAGAA CAAGGAAACG TAAAAGAAAT CGAATTAAAG
GAATTCGAAG GAAACATAAC CGTAAAACCA AACTTCAAAG AACTTGGAAA AATATTCAGA
AGCGACGTTC CAAAAGTGGT TGCTGCAATT AACTCAGTAC CTCCAAAAGA ACTCAAAGAA
AACCTGAAAT CTGGAGAATT CGAAGTTTCC GAATACGTTC TAAAACCAGA ATACGTTGAA
TTCAGAGTTG AAATTCCTGA AAATATCATC GGTGTAGAAT TCTCAAAAGG AAACGTTTAC
ATCAATATTG ATATGAACGA TGAAGTAATC AGAGAAGGAT TGGTTAGAGA AGTTATTAGA
AGAATCCAAT CAATGAGAAA AGATATGGAT TTAGATATTA ACGAAAAAAT CAATGTTAAA
CTAGAAGGAC TCAAATTCAG TAGCGATTAT TTAACGCACA TTGAAAATGA AGTTAGAGGA
AACTTCGTTG ATAGTTTAAA ATCGGATTAC AATCAGAAAT GGACAATAAA AACGCCAAAT
GAAGAAACTT ACGATATCTC AATCGATATT GAAAAAATGA AATAA
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| Protein sequence | MKQVKSVNFR ELDKQIKEYW ETKNTYKKVK ALNEHGPEYY FVDGPPYCSG AIHLGTAWNK
IIKDTVLRFK RIQGYNVLDK AGWDMHGLPI EVKVENEFNI GSKKDIETKI GTLEFINKCK
EFALNNLEFM EGQFKNLGIW LDFENAYMPI TRDYMEMGWW TLKKAHEKEL LTKDLRSGYW
CPRCETSLAE HEVRGEYKEV LDPSVYVKFK LEKSDEYITI WTTTPWTLPS NMLVCVNPEF
DYAYVDVEFG NGTVETWVIA EKLVNDVMKK AEKNNEISKF SISKVVKGDS LIGLKYIHPL
LEENEKQREF AKIENVHTIV PGDHVTLEGG TGLVHTAPGF GEDDFNIGKK YNIPVYAPID
DNGRYTDSIW KGTFVKDMDE SVIETLISKN LLVNSGKIKH TYPHCWRCKT PLLFRATEQW
FLSISKIKDS IIEQGKTVDW VPDWVKTRYV NGVSFVGDWN ISRQRYWGIP LPIWICEECE
NYEVIGSVDE LTERANEKDL DLSDIHKPAV DKITLTCSCG GKMKRTPDVL DVWYDSGLAP
YASMGSKTLK KAKFITEGND QVTKWFYSQH ALSAVVFDDT SYEKCMMHGF TLDETGEKMS
KSLGNIVSPD DVTEQYGADV LRFYLLSANK AWEDLRFSYS EMDETRSMLN TLWNSYAFSA
NYMVLDDFVP NDEYFKHVKD EDAWILSRIN TVAKEAVEAL EKPHLHTYTW TLRDFVLNDF
SRWYIKLIRD RTWMEKNDVQ KLSAYQTLYY VIMKLISIMA PVTPHLSEEI YQNLKTEDMP
ESIFMNKLTI ESEFINETLE KDTEIIREIV DSILKGRDKA KYTLRYPITK ITLPENIAET
IAKYGYIIKE QGNVKEIELK EFEGNITVKP NFKELGKIFR SDVPKVVAAI NSVPPKELKE
NLKSGEFEVS EYVLKPEYVE FRVEIPENII GVEFSKGNVY INIDMNDEVI REGLVREVIR
RIQSMRKDMD LDINEKINVK LEGLKFSSDY LTHIENEVRG NFVDSLKSDY NQKWTIKTPN
EETYDISIDI EKMK
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