| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mevan_0784 |
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| Symbol | ileS |
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| ID | 5325187 |
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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 vannielii SB |
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| Kingdom | Archaea |
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| Replicon accession | NC_009634 |
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| Strand | + |
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| Start bp | 813846 |
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| End bp | 816947 |
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| Gene Length | 3102 bp |
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| Protein Length | 1033 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 640786453 |
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| Product | isoleucyl-tRNA synthetase |
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| Protein accession | YP_001323302 |
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| Protein GI | 150399535 |
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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 | 10 |
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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 | ATGAAACAAG TCAAAGGAGT TAATTTTAGA GAACTCGATA AAAATATAAA GAATTATTGG
AAAGAAAATA ACACCTATGA AAAAGTAAAA TCGTTAAATG AATATGGGCC AGATTATTAT
TTTGTTGATG GCCCACCTTA TTGTTCAGGT GCAATCCACC TTGGAACTGC ATGGAATAAA
ATCATTAAAG ATACTGTTTT AAGATTTAAA CGAATTCAAG GATATAATGT TCTCGATAAA
GCTGGTTGGG ATATGCACGG CCTTCCTATC GAAGTTAAAG TTGAAAATGA ATTTAACATA
GGTTCTAAAA AAGATATTGA AACTAAAATA GGTACACAAG TTTTTATTGA TAAATGTAAA
GAATTTGCAC TAAATCACCT TTCAAACATG GAAAAACAGT TCAAAAATTT AGGGATATGG
TTAGATTTTG AAAACGCATA CATGCCAATT AAAAACGATT ACATAGAAAT GGGTTGGTGG
ACGCTTAAAA AAGCACATGA AAAGGATTTA CTTACAAAAG ATTTAAGGTC AGGATACTGG
TGTCCACGAT GTGAAACCTC ACTTGCTGAA CATGAAGTTA GGGGGGAATA TAAAGAAGTA
CTTGACCCTT CAGTTTACGT CAAATTTAAA TTAAAAGACA GCAACGAATT TATAACAATC
TGGACAACGA CGCCTTGGAC GCTTCCTTCA AACATGCTCG TTTGTATTAA TCCGGAATTT
GATTACGCTT ATGTTAATGT TGAATTTAAC GGTAAAAATG AAACTTGGAT TATTGCAGAA
AAATTGGTTC CAGAAGTAAT GAAAAAGGGC GAAAAGCAAA ATCCGGATTT AAAGTTCCAT
ATTTCTAAAA CCGTTAAAGG TGAATCACTA ATAGGTTTAA AGTACATTCA CCCATTTTTA
GAAGAAAATG AAAAACAGGG CGAATTTAGT TTATTAAAAA ATGCTCATTC AATCGTTCCC
GGAAACCACG TAACTCTTGA AGGCGGAACT GGACTCGTCC ATACTGCACC AGGATTTGGT
GAAGACGATT TTAATGTTGG GAAAGAATAT GGTATCCTTG CATATGCCCC TATTGACGAT
AACGGGAGAT ATATTGAAAG TATTTGGAAA GGTTTATTTG TAAAGGAAAT GGATAAACCA
GTTATTGAAA GATTAATTGA GAAAAATCTT TTAATAAATT CTGGAAAAGT AAAACACACG
TATCCGCACT GCTGGAGATG TAAAACTCCC CTTTTATTTA GGGCAACTGA ACAATGGTTC
CTTTCAATTT CAAAAATAAA AGAAGGAATA ATTGAACAAG GAAAAACAGT TGATTGGGTT
CCCGACTGGG TTAAAACAAG ATATGTAAAT GGAGTAAGTT TTGTTGGAGA CTGGAACATT
TCAAGACAGA GATACTGGGG AATTCCAATT CCAATCTGGA CTTGTGACTG TTGCAAAAAG
TATGAAGTAA TTGGAGCTAT TTCCGAATTA ATAGATAAAG CCAATGAAAA GGACGTTGAT
TTAAGTGACC TTCATAAACC GACAGTTGAT AAAATTACGC TAAAATGTTC ATGTGGAGGC
ATAATGACTA GAACTCCTGA CGTTTTGGAC GTTTGGTATG ATAGTGGTCT AGCACCTTAT
GCCTCAATTG GCTCAAAAGA ACTTAAAAAG GCAGAATTTA TTACTGAAGG GAACGATCAA
GTAACAAAAT GGTTCTATTC GCAGCATGCA CTAAGTGCTG TTGTATTTAA TGATACACCA
TACAAAAAGT GTATGATGCA CGGTTTTACG CTTGATGAAA CTGGAGAGAA AATGAGTAAA
TCATTAGGAA ACATTGTAAG TCCTGATGAA GTTACAGAAA AATATGGTGC AGATGTTTTA
AGGTTCTACC TATTAAGTGC AAATAAAGCT TGGGAAGACC TTAGGTTTTC ATATTCTGAA
ATGGATGAAG TAAGAAGCGC TTTAAACACG CTTTGGAATT CCTATGCATT TTCAACAAAC
TACATGGTAC TAGATGAATT TATTCCAAAT AACGAATATT TCAAGCATTT AAAAGATGAA
GACGCTTGGA TTTTAAGTAG GGTAAATACG GTTTCAAAAG ATGCAATTGA AGCTTTAGAA
AAACCCCATT TACACACATA CACATGGATG ATAAGGGATT TTATATTAAA TGACCTTTCA
AGATGGTATA TTAAATTAAT AAGGGATCGA ACATGGATGG AAAAAAACGA TGTTCAAAAG
CTTTCTGCAT ACCAGACGCT TTACTACGTG ATTATGAAGT TAATTATGAT TATGTCTCCA
GTAACACCCC ATATTTCAGA AGAGATATAC CAAAATTTAA AAACTGAAAA TATGCCTGAA
AGCGTTTTCA TGAATAAATT AACCGTTGAA ACAGAATTTA TAAATTCTAA GCTTGAAGAA
GATATTGAAA TAGTAAGAGA AGTAGTTGAT TCCATTTTAA AAGGAAGAGA TAAGGTAAAA
TACACTTTAA GGTATCCTAT TACAAAAATA ACTCTTCCAG AAAATATCAA AGAAACTGTT
GAAAAATACG AATATTTGAT AAAAGAACAG GGTAACGTAA AAAATATTGA ATTAAAAGAA
TTTGAAGGAA ATGTTACAGT AAAACCAAAT TTTAAGGAAC TTGGAAAAAT ATTTAGAAGC
AACGTTCCAA AAGTGGTTAG TGCAATAAAT TCAGTAAATC CAAAAGAATT AAAAGAAAAT
TTAAAATCTG GAGAAATTGA TATTTTAGGA TTTACTATAA AGCCCGAATA TGTTGAATTT
AAAGTAGATA TTCCTGAAAA TATTGTTGGA ATCGAATTTT CAAAAGGAAA CGTTTACATG
AATATAGATA TGAACTGTGA AGTAATCATG GATGGGCTTA AAAGAGAAGT TATTCGAAGA
ATCCAGTCAA TGAGAAAGGA CATGGATTTA GATATTAACG ATAGAATTAA CATAAGATTA
GAAGGAATAG AATTTAGTGA AGAATCAATT TTCCACATTG CAAATGAGGT TAGAGGAAAC
TTTGTTAAAA ATTTAAAATC AGAATACTCC CAAAATTGGA ATATAAAAAC TCCTAATGAA
GAAAATTACG ATATTTCGAT TGAAATTGAA AAAATAAAAT AA
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| Protein sequence | MKQVKGVNFR ELDKNIKNYW KENNTYEKVK SLNEYGPDYY FVDGPPYCSG AIHLGTAWNK
IIKDTVLRFK RIQGYNVLDK AGWDMHGLPI EVKVENEFNI GSKKDIETKI GTQVFIDKCK
EFALNHLSNM EKQFKNLGIW LDFENAYMPI KNDYIEMGWW TLKKAHEKDL LTKDLRSGYW
CPRCETSLAE HEVRGEYKEV LDPSVYVKFK LKDSNEFITI WTTTPWTLPS NMLVCINPEF
DYAYVNVEFN GKNETWIIAE KLVPEVMKKG EKQNPDLKFH ISKTVKGESL IGLKYIHPFL
EENEKQGEFS LLKNAHSIVP GNHVTLEGGT GLVHTAPGFG EDDFNVGKEY GILAYAPIDD
NGRYIESIWK GLFVKEMDKP VIERLIEKNL LINSGKVKHT YPHCWRCKTP LLFRATEQWF
LSISKIKEGI IEQGKTVDWV PDWVKTRYVN GVSFVGDWNI SRQRYWGIPI PIWTCDCCKK
YEVIGAISEL IDKANEKDVD LSDLHKPTVD KITLKCSCGG IMTRTPDVLD VWYDSGLAPY
ASIGSKELKK AEFITEGNDQ VTKWFYSQHA LSAVVFNDTP YKKCMMHGFT LDETGEKMSK
SLGNIVSPDE VTEKYGADVL RFYLLSANKA WEDLRFSYSE MDEVRSALNT LWNSYAFSTN
YMVLDEFIPN NEYFKHLKDE DAWILSRVNT VSKDAIEALE KPHLHTYTWM IRDFILNDLS
RWYIKLIRDR TWMEKNDVQK LSAYQTLYYV IMKLIMIMSP VTPHISEEIY QNLKTENMPE
SVFMNKLTVE TEFINSKLEE DIEIVREVVD SILKGRDKVK YTLRYPITKI TLPENIKETV
EKYEYLIKEQ GNVKNIELKE FEGNVTVKPN FKELGKIFRS NVPKVVSAIN SVNPKELKEN
LKSGEIDILG FTIKPEYVEF KVDIPENIVG IEFSKGNVYM NIDMNCEVIM DGLKREVIRR
IQSMRKDMDL DINDRINIRL EGIEFSEESI FHIANEVRGN FVKNLKSEYS QNWNIKTPNE
ENYDISIEIE KIK
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