| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maeo_0945 |
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| Symbol | ileS |
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| ID | 5327661 |
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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 | 971532 |
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| End bp | 974654 |
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| Gene Length | 3123 bp |
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| Protein Length | 1040 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 640788339 |
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| Product | isoleucyl-tRNA synthetase |
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| Protein accession | YP_001325136 |
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| Protein GI | 150401370 |
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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 | 12 |
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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 | ATGAAAGAGA TAAAAGGGAA AGTAGATTTT AGAGAGATGG ATAAAGAAAT AAAAGAATTT
TGGGAAAATA ATGAGATATA CCAAAAAGTA AAAAAATTAA ATGAAAATTA TCCAGATTAC
TATTTTGTAG ATGGTCCGCC ATATTGTTCT GGGTCCATAC ATTTGGGAAC AGCTTGGAAT
AAGACAATAA AAGATACCGT ATTAAGATTT AAAAGAATGC AAAACTACAA TGTGCTTGAT
AAAGCAGGTT GGGATATGCA TGGACTACCT ATTGAGGTAA AGGTAGAGCA TGAATTTAAT
TTGCAATCAA AGAAGGACAT CGAAACAAAA GTAGGAACTG ATGTATTTAT TGAAAAATGT
AAAGAATTCG CCTTAAATAA TAAAGAGGTA ATGGAAAACC AATTTAAAAA TTTAGGAATA
TGGCTCGACT GGGAAAATGC CTATCTACCA ATTAAAAATG ATTATATTGA AGCTGGTTGG
TGGAGTTTAA AAAGAGCCCA CGAAAAAGAA TTATTATCAA AAGATTTAAG GGTTGGATAT
TGGTGCCCAC GATGTGAAAC CTCATTGGCA GAACACGAGG TAAGGGGAGA ATATCAAGAT
GTTTTAGACC CTTCTGTGTA TGTTAAATTT AAAGTGGCCG ATGATAATTC ATACCCAAAT
ACATATTTTG TAATTTGGAC GACTACGCCA TGGACATTAA TATCAAACTT ATTAATTGCC
GTAAATCCCG AATTTGACTA TGGATTTGTT GAAGTAATAT TTGACAATGA ACGAAAAGAA
ACATGGGTAA TTGCAGAAGC ATTAGTTGAA GCCGTAATTA AACTGGCAAA AAAACAAAAT
AATATTAAGT CATACAACAT AGTTAAAAAG GTAAAAGGGA AAGAATTAGA GGGAATAAAA
TATGTTCCTG CATTATTGGA AGAAAATGAA AGACAAAAAG AGTTTTTCCA ATTAGAAAAA
GTTCATACCA TAGTATTGGG GGAGCATGTT AGTTTAGACG GAGGAACCGG GTTAGTTCAT
ACTGCCCCAG GATTTGGGGA GGAGGATTTT GAAGTTGGTA AAAAATATAA TTCACCAATT
TACTCTCCAA TTGATGACGA AGGAAAATAT GTAGAGGGAA AATGGAAAGG AGTATTTGTA
AAAGATGCAG ATGAAGATAT AATTGCTACC CTAACTGATA AAAATTTAAT AGTAAATGCC
GGAAAGAAAA AGCACACATA CCCGCACTGT TGGAGGTGTA AAACCCCGTT ATTATTCAGA
AGCACAGAAC AATGGTTTTT AAATATTTCT AAAATTAAAA ATAATATAGT AGAACATGCT
AAAAACACTG ACTGGGTTCC AAACTGGGTA GAAACTCGAT ATATAAATGG TGTTAAATTT
GTTGGGGATT GGAATATAAG CCGACAAAGA TATTGGGGAA TACCACTTCC AATTTGGATT
TGTGAAAATA AGGACTGTGG AAAATATAAA ATAATTGGAA GTGTTGAGGA ATTAAAACAG
GAAATGATAA ATGATATTCC AATTAATGAC GATTTACACA AACCAACCGT TGATAAAATT
ATAATGAAAT GTGATTGCGG TTGTGAAATG AAAAGAACTC CGGATGTTCT TGATGTTTGG
TATGACTCTG GATTAGCTCC TTACGCTTCA ATAAATGCAA AAGAATTAAA AAAGGCAGAT
TTCATTGTAG AAGGAAATGA CCAAGTTACA AAATGGTTTT ACTCCCAACA TGCCCTTAGT
GAAATTGTAT TCGATGACAT CCCATATAAA AAATGTATGA TGCATGGATT CACCCTCGAC
GAAACTGGGG AAAAGATGAG TAAAAGTATT GGAAATGTGG TAAATCCTGA TGATGTTGTT
GAGGAATTTG GAGCTGATTT ATTAAGATTT TATTTACTTA GTGCAAATAA GGCATGGGAG
GATTTAAGAT TTTCAATTGG TGAAATGAAT GATGTAAAAA GTGTATTTAA TACTCTTTGG
AATTCTTATT CATTTGCAGT TAATTATATG GTTCTTGATG ATTTCAGTCC AAATGAGGAA
TATTTCAATT ATTTAAGAGA TGAGGATAAA TGGATAATAA GTAAAATAAA CTCCTTAACA
AAAGAAGCAA TTGAAGTTTT AGAGATTCCG CATCTTCACG AATATACTTG GAAAGTTAGG
GACTTTATAT TAAATGATTT AAGTAGATGG TATATTAAAC TTATAAGGAA CAGAACTTGG
ATGGAAAAAG AAGACCCTGA CAAACTTTCA GCATATCAAA CCCTTTATTA TGTGTTAATG
AAATTGGTCG TAATATTGGC ACCAGTTGCA CCACATATAA GCGAAAAAAT ATATCAAAAC
TTGAAAATCG AGGGTATGCC ACAAAGTATA TTCATGACAA AAATTGTGGT CGAAGAGGAA
TACATAAATA AAGAGGTAGA AGAAGGTATT GAAACAGCAA GGGAAATTGT AGATGCAATA
CTTAAAGGAA GAGATAAGGT AAAATACACA CTTAGATATC CAATATCAAA AATAATATTA
CCAAATGAAC TTGGGGATAT TGTAAATAAA TATCATTATA TTATAAAGGA ACAAGGAAAT
GTTAAAAATA TAGAAGTTAA AGAATTTGAA GGAAATATAT CGTTAAAACC AAATTTCAGA
ACATTAGGGG CTTCCTTTAA AAGTGATGTT CCAGCTGTTG TAAAAATTTT AAACTCTCAA
AATCCAAAAG AATTAAAGGA TAAATTGGCA GAGGGAGAAA TAACAATAGA TGGATTTACA
ATTAAACCAG AACATGTTGA ATTTAAAATA GATATTCCTG ATAACATTGT TGGTATGGAG
CTCCGAAAAG GAAGTGTTTA TATTGACATA GAATTGACGG AAGAAATTAT AAAAGATGGA
CTTAAACGAG AAGTAATAAG AAGAATTCAA TCAATGAGAA AAGATATGGA TTTAGACATT
GAGGAAAAAA TAAAGATAAC AATGGAAGGC ATCGAATTTA ATGAAGATGC ATTAAAAGAC
ATAGAAAAAG AAGTAAGAGG AACATTTGAG CCTACTATTG AATGTGATAA TATTCAAGAA
TGGAATATAA AAACACCAAA CGGTGAAGTT TATAATTTGA AAATAGGAGT TAAAAAGAAT
TAA
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| Protein sequence | MKEIKGKVDF REMDKEIKEF WENNEIYQKV KKLNENYPDY YFVDGPPYCS GSIHLGTAWN
KTIKDTVLRF KRMQNYNVLD KAGWDMHGLP IEVKVEHEFN LQSKKDIETK VGTDVFIEKC
KEFALNNKEV MENQFKNLGI WLDWENAYLP IKNDYIEAGW WSLKRAHEKE LLSKDLRVGY
WCPRCETSLA EHEVRGEYQD VLDPSVYVKF KVADDNSYPN TYFVIWTTTP WTLISNLLIA
VNPEFDYGFV EVIFDNERKE TWVIAEALVE AVIKLAKKQN NIKSYNIVKK VKGKELEGIK
YVPALLEENE RQKEFFQLEK VHTIVLGEHV SLDGGTGLVH TAPGFGEEDF EVGKKYNSPI
YSPIDDEGKY VEGKWKGVFV KDADEDIIAT LTDKNLIVNA GKKKHTYPHC WRCKTPLLFR
STEQWFLNIS KIKNNIVEHA KNTDWVPNWV ETRYINGVKF VGDWNISRQR YWGIPLPIWI
CENKDCGKYK IIGSVEELKQ EMINDIPIND DLHKPTVDKI IMKCDCGCEM KRTPDVLDVW
YDSGLAPYAS INAKELKKAD FIVEGNDQVT KWFYSQHALS EIVFDDIPYK KCMMHGFTLD
ETGEKMSKSI GNVVNPDDVV EEFGADLLRF YLLSANKAWE DLRFSIGEMN DVKSVFNTLW
NSYSFAVNYM VLDDFSPNEE YFNYLRDEDK WIISKINSLT KEAIEVLEIP HLHEYTWKVR
DFILNDLSRW YIKLIRNRTW MEKEDPDKLS AYQTLYYVLM KLVVILAPVA PHISEKIYQN
LKIEGMPQSI FMTKIVVEEE YINKEVEEGI ETAREIVDAI LKGRDKVKYT LRYPISKIIL
PNELGDIVNK YHYIIKEQGN VKNIEVKEFE GNISLKPNFR TLGASFKSDV PAVVKILNSQ
NPKELKDKLA EGEITIDGFT IKPEHVEFKI DIPDNIVGME LRKGSVYIDI ELTEEIIKDG
LKREVIRRIQ SMRKDMDLDI EEKIKITMEG IEFNEDALKD IEKEVRGTFE PTIECDNIQE
WNIKTPNGEV YNLKIGVKKN
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