| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A3613 |
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| Symbol | ileS |
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| ID | 3626315 |
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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 | Methanosarcina barkeri str. Fusaro |
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| Kingdom | Archaea |
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| Replicon accession | NC_007355 |
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| Strand | - |
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| Start bp | 4639580 |
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| End bp | 4642756 |
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| Gene Length | 3177 bp |
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| Protein Length | 1058 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637702443 |
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| Product | isoleucyl-tRNA synthetase |
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| Protein accession | YP_307058 |
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| Protein GI | 73671043 |
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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 | 16 |
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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 | 22 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATAAAAG AAATCACTGC TAAGTATAAC GCAGAGCAAA TTGAAAAAAA GATAACACAG
CTCTGGAAAG ATAGCGATGC TTATCGAAAA ACCCGAGAGC ACCGCAAGAC TGGAAAAAGA
CTTTTTTTTG TTGACGGCCC CCCGTATACG ACCGGACATA TCCACCTGGG AACTGCCTGG
AATAAGATCA TTAAAGATTC CATTCTTCGC TATTATTCTA TGAATAACCG TAATATTCTC
GAGCGCCCTG GCTGGGATAT GCATGGTCTG CCGATTGAAG TCAAAGTTGA GGGCGTGCTC
GGTTTCAAAT CCAAAAAGGA CATTGAGAGC TTTGGAGTAG AGAATTTTAT CGAGAAATGT
AAGGAATTTG CTATCAACCA GAAGCAGGAA ATGACTGAAC AATTCCAGAG GCTAGGGGTC
TGGATGCAAT GGGAAGCCCC CTACATGACC TTAAAAGACG ATTACATTGA AGCTGCCTGG
TGGACTCTCA AGCAAGCCAG TGAAAAAAAC CTGCTGGATG TGGGCAAACG TTCAGTCAAC
TGGTGCCCTC GCTGTGAGAC TGCAATTGCG GACTCAGAGG TTGAATATGC CGAGAGGACC
GATCCTTCAA TTTATGTAAA ATTTAAGATC AAAGGCGAGG AAAATACCTT CATAGTCATC
TGGACAACAA CCCCCTGGAC AATTCCCGCA AATGTAGCTG TAGCTGTACA TCCTGGTTTT
GAATACTCGA AATTCAGGGC AATCAGGCAG GATGGCTCTG ATGAGATCTT GATTGCAGCT
ACCGACCTGA TCGAGAACGT CCTTAGACAG GGCAGGTATG TTGACTACGA AGTACTTGAG
ACAATGCTCG GGGAAGACCT GACGAAACTT GAGTACGAAA GCCCTGTTGG GGATCTTGTG
CCTGTGCAGA ATGAGATAAA GCATGGCATT TATCTTGCCG ATTACGTAAC TGCAGAAAAC
ACAGGCTGTG TACATATTGC CCCAGGACAT GGTATGGACG ACTTTAACGT TGGCGTGAAG
TATAACCTTC CAATCCTCTG TCCTGTGGGC CCGAACGGTG CTTATACTGA AGAAGCCGGG
GAATATGCGG GCAAAAACGT CAGGGAAGCA AACCCGATTG TTATTGAAGA CCTGAGGAAA
CGTAACAGGC TGCTTGCAGA AGGAACTGTT ACGCACAGGT ACGGGCACTG CTGGCGCTGC
AAAACTCCTA TAATCTATCT TGCAACCGAG CAGTGGTTCC TCAAGGTTAC AGATATAAAG
GACAAAATGC TTGAGGCAAT TGATGCCGTA GACTGGTACC CTGAATGGGC AGGTTCAGCC
AGGTTCAGGA CCTGGGTTGA AGGTGCCCGA GACTGGTGTA TTTCCAGGCA GCGCTACTGG
GGAATGCCAA TTCCGGTCTG GAAGTGTAAG AAATGTGGAA AACTTGAGGT AATAGGAACC
AAAGCCGAAC TGCTGGAAAA ATCCGGAGCA GGCAGTGATG TCGAACTTCA CCGCCCCTAT
GTGGACAAAC TAACTATTCC CTGTGAGTGC GGCGGAGAGA AAAAACGTGT TGAGGACGTT
TTCGATGTCT GGTTTGATTC GGCTGTCGCT TCCTGGGCTA CTCTGAAGTT CCCGCAGACC
AGGGAACAGT TTGACGAATG GTGGCCTGCT GACTTTATTA CTGAAGGGCA TGACCAGACA
CGCGGCTGGT TCTATTCACA GCTTGGAGCA AGCATGGTGG GCTTCGGACG AGCTCCTTAC
AAGAGTGTGC TCATGCACGG CTTTACGCTT GATGCAGGTG GAAAGAAAAT GTCCAAAAGC
CTTGGAAACG TGGTTTCCCC GATTGATGTA ATCGACAAGT ATGGGGCTGA CACTCTGCGT
GCCTATGTGC TTTCCTCAAG TGCGCCCTGG GATGACCTTA AGTTCAACCA GGAAGAAGTG
GAAAACGTCC ATCGTTCAAT CAATATTCTC TGGAACGTTT TCAGGTTCCC GCTGCCTTAT
ATGGCACTCG ATAATTTTGA TCCTCTTAAG GTCAGCCTTG ATTCCGTAAA AGACGCGCTC
AGGGAAGAGG ACAGGTGGAT TCTCTCAAGA ATTCAGTCTG TTGTTAAGGC TGTAGACGAA
GCAATGAGCG GGTACTTCCT ACATAAAGCA GTGCGTGAGA TTCTTGAATT TACTCTGGAA
GACCTCTCCC GCTGGTATAT CCAGCTTATC CGTCCGAGAA CCTGGACCGA AGCCGACGAT
CCTGACAAGC TTGCAGCTTA CCGTGTGCTT TATGAAGTCT ACGTAACCCT TACAAAATTG
ATCTCTCCTT TCATGCCTTA CTTGGCTGAA GAGATGTATC AGAACCTTAT AAGAAATGTA
GACCCGAATG CACTGGAATC AGTTCATATG TGCGATTGGC CAAAAGTCAA TGAAGCCTAT
CTTGACCCTG AACTCGAAGC GGCCATGAGC ACTGCACGTT CTATCGTGGA AGCCGCTTCA
AACGCCCGCC AGAAGGCAGG ACGAAAGCTC AGGTGGCCCG TTTCCCGAAT AGTTGTTTCC
CCTGAAAGTG AGGACGCAGC AAAGGCTGTA GAGAGACTGC GCTCAGTCCT TATGGACCAG
ACAAATTCCA AGGCAATTGT CCTGACGCCC GTTGGTGAGA GCTGGGATGA ACTTGGGCTT
GAAGTAATCC CTGATCCAAG TAAAATAGGC CCTGTATTTA AGAAGGATGC AGGAAAAGTC
ATTCCTGCCC TGCAAAAGGT TGACGGTTTT GCTTTGAAAA AAGCCTTTGC CGAGGCTGGC
GAGTTTGAGC TCTCCCTTGC AGACAGAACA ACGGTTACAG TCACTCCTGG TATGGCAAAC
TTCAAAGAAA CCCTGCCAGA AGGTACAGCA AGTGCAGAAT CCGATGCTGG TCTTGTCTAT
GTGGACGCAA ATCTGACTCC AGAACTGGAA GCTGAAGGGT ATGCAAGGGA AGTAATTCGC
AGGCTTCAGG ACATGCGGAA GGAGCTTGAC CTTGTGGTGG ACGAAAACAT CCGCGTCTCA
GTCCGGATCG AAGATGAAAG AGTCCTGAGA CTTGTTGAAA CACTCAAGGA TCTGATTGCA
GAAGAGGTAA GAGCCGAGAT CCTTAACCTT GGCAGTGATA TCGATGTTTC CGGAGCCCTT
GTAAAGGATT GGGATGTTGA AGGCATTGCC ATGAAGATGG GTATTTCAAA GAAATAA
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| Protein sequence | MIKEITAKYN AEQIEKKITQ LWKDSDAYRK TREHRKTGKR LFFVDGPPYT TGHIHLGTAW
NKIIKDSILR YYSMNNRNIL ERPGWDMHGL PIEVKVEGVL GFKSKKDIES FGVENFIEKC
KEFAINQKQE MTEQFQRLGV WMQWEAPYMT LKDDYIEAAW WTLKQASEKN LLDVGKRSVN
WCPRCETAIA DSEVEYAERT DPSIYVKFKI KGEENTFIVI WTTTPWTIPA NVAVAVHPGF
EYSKFRAIRQ DGSDEILIAA TDLIENVLRQ GRYVDYEVLE TMLGEDLTKL EYESPVGDLV
PVQNEIKHGI YLADYVTAEN TGCVHIAPGH GMDDFNVGVK YNLPILCPVG PNGAYTEEAG
EYAGKNVREA NPIVIEDLRK RNRLLAEGTV THRYGHCWRC KTPIIYLATE QWFLKVTDIK
DKMLEAIDAV DWYPEWAGSA RFRTWVEGAR DWCISRQRYW GMPIPVWKCK KCGKLEVIGT
KAELLEKSGA GSDVELHRPY VDKLTIPCEC GGEKKRVEDV FDVWFDSAVA SWATLKFPQT
REQFDEWWPA DFITEGHDQT RGWFYSQLGA SMVGFGRAPY KSVLMHGFTL DAGGKKMSKS
LGNVVSPIDV IDKYGADTLR AYVLSSSAPW DDLKFNQEEV ENVHRSINIL WNVFRFPLPY
MALDNFDPLK VSLDSVKDAL REEDRWILSR IQSVVKAVDE AMSGYFLHKA VREILEFTLE
DLSRWYIQLI RPRTWTEADD PDKLAAYRVL YEVYVTLTKL ISPFMPYLAE EMYQNLIRNV
DPNALESVHM CDWPKVNEAY LDPELEAAMS TARSIVEAAS NARQKAGRKL RWPVSRIVVS
PESEDAAKAV ERLRSVLMDQ TNSKAIVLTP VGESWDELGL EVIPDPSKIG PVFKKDAGKV
IPALQKVDGF ALKKAFAEAG EFELSLADRT TVTVTPGMAN FKETLPEGTA SAESDAGLVY
VDANLTPELE AEGYAREVIR RLQDMRKELD LVVDENIRVS VRIEDERVLR LVETLKDLIA
EEVRAEILNL GSDIDVSGAL VKDWDVEGIA MKMGISKK
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