| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_83229 |
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| Symbol | ILS1 |
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| ID | 4838909 |
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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 | Scheffersomyces stipitis CBS 6054 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_009044 |
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| Strand | - |
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| Start bp | 621909 |
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| End bp | 625305 |
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| Gene Length | 3397 bp |
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| Protein Length | 1082 aa |
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| Translation table | 12 |
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| GC content | 43% |
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| IMG OID | 640390224 |
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| Product | isoleucyl-tRNA synthetase |
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| Protein accession | XP_001384414 |
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| Protein GI | 126135780 |
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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 | 1 |
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| Plasmid unclonability p-value | 0.0118016 |
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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 | 17 |
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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 | CACTTATTCT CTCACTATAT TGTAGTTTGG GATCTCGTAG ACTAGCAGAA TGTCTGAAGA
ATCCGCTCCG CAGCAATTCT CCTTTCCTAA GGAAGAAGAG AACATCATCG AGTTGTGGGA
TGACCTCGAT GCCTTCCAGA GACAGTTGGA GTTGACCAAA GATCTTCCAC CATTCGCTTT
TTTTGATGGA CCTCCTTTCG CCACAGGTAC TCCTCACTAT GGTCATCTTT TGCAGTCAAC
TGTCAAGGAC ATTATTCCCC GTTACGCTTC CATGAACGGT CAATATGTAG ACAGAAGATT
TGGCTGGGAC ACCCATGGGC TTCCTGTTGA ACACGAAATC GACAAAAAGC TTGGTATCAC
ATCTAAAGAA GATGTCTACG CTATGGGAAT TGACAAGTAC AACGACGAAT GTCGTGCCAT
TGTTATGAGA TACGCTGGTG AATGGCGTAG AACTGTCAAG AGAATGGGTA GATGGATCGA
TATGGACAAT GACTACAAGA CATTGTACCC AACTTTCATG GAGTCTGTAT GGTGGGCATT
CCAGCAGTTG TTTGAGAAGA ATGCTGTCTA CAGAGGATTG AGAGTTATGC CTTACTCGAC
CGCTTGTACG ACTCCATTGT CAAACTTTGA AGCTCAGCAG AACTATAAAG ATGTCAACGA
TCCTGCTGTC ACTATTGCTT TCCCCTTATT GGATGATCCA GAGACCAGCT TGGTAGCATG
GACAACCACT CCTTGGACTT TGCCAGCCAA CATTGGTTTG GCTGTCAACC CCAACTTTGA
ATACGTCAAG ATCTGGGATG AGACCAAGAA GACCCACTAT ATTTTGTTGG AAAAGTTGCT
CTCAACTTTG TACAAGAAGC CAGCTTCAGC CAAGTTCAAG ATCGTTGAAA AGATTAAAGG
TAAGGACTTG GTTGGTCTCA AGTACAAGCC ATTGTACGAC AACTTCTATG AAGAATTCAA
GGACCGTGGA TTCAGAGTTA TTGACGGTGA GTACGTTACT GATGACTCTG GTACTGGAAT
TGTTCACCAG GCACCTTCTT ATGGTGAAGA GGATTTTTCT GTCGCTACCA AACACGGCAT
TATTGACGAA AACAGGCCTC CTCCAGACAT TGTCGACGAC GCTGGTAAGA TGAACGGCAA
GATTCCCGAA CTCAAGGGTC TTTACTTCAA GGATGCAGAC AAGGTTATCA TCAAGAAGTT
GACTGAAGAC GGTAGAATAT TGGTTAGTAC TCAGGCTAAG CACTCGTACC CTTTCTGTTG
GAGATCAGAC ACTCCATTGA TGTACAGAAC TGTTCCAGCC TGGTTTGTCC GTGTAGGTGA
AGTCATTCCA GATATGTTGA AGAACGTAGA ACAGACTAAC TGGGTGCCCA CGAACGTTAA
AGAAAAGAGA TTCTCCAACT GGATTGCCAA TGCCAGAGAT TGGAACATCT CCAGAAACCG
TTACTGGGGT ACTCCAATTC CATTGTGGGT TTCTAGTGAC TTCGAAGAAA TTGTATGTGT
AGGTTCTATT GACGAATTGA AGAAGTTGTC TGGTCGTGAT GATATCACCG ATATCCATCG
TGAAAGCATC GATAGTATCA CAATTCCATC TAAACAGGGC AAGGGACAAT TGAAGAGAAT
TGAAGAAGTG TTTGACTGTT GGTTTGAATC TGGTTCTATG CCTTATGCTT CTAACCATTA
TCCATTTGAA AACAAAGAGA AATTCTTGAA AGCTTTTCCA GCCAACTTCA TTGCTGAAGG
TTTGGACCAA ACCAGAGGTT GGTTCTACAC TTTGACGGTG TTAGGTACCC ATTTGTTCAA
TACAGCTCCG TACAAGAACG TCATTGTGAC TGGTCTTGTG TTGGCTGCTG ATGGTAAGAA
GATGTCCAAG CGTTTGAAGA ACTACCCTGA CCCCAGCGAA GTTTTGAACA AATATGGTGC
TGATGCCTTG AGGTTGTACT TGATCAACTC TCCAGTTGTT AAAGCAGAGA CTTTGAAGTT
TAAGGAAGAA GGTGTGAAAG AAGTTGTTTC GAGTGTTTTG TTGCCTTGGT TCAACTCATA
CAAATTCTTG AAGGATGCTG TAGATATTTT CAAGAAGGAC AATGGTGTTG ATTTCAAGTA
CGACGAGAGC TTGGTCTCTA CCAACGTCAT GGACAGGTGG ATGTTGGCTT CGATTCAATC
GTTGATTGAA TTCATCCATA CGGAAATGCA GGGTTACAGA TTGTACACGG TTGTACCTAG
ATTGTTGTCG TTCATTGACG AGTTGACCAA CTGGTACATT CGTTTCAACC GTCGTCGTAT
CAAAGGTTAC GGTGACAATG ATGTTGACGA CACAAAGAAA GGACTCAACA CTTTGGCTGA
AGCTTTGTTG ACGTTGTCGA GAGCCATGGC TCCATTTACT CCTTATTTGT CTGACAACAT
TTTCCAAAGA ATCAAGGGCT ACTTCAAGCC GGAAACTTTG GAATCGTTTG CTGTTAACCC
AGACGTCAAG GACATCAGAT CGGTTCACTT TTTGTCTTAC CCAAGCGTGA GAAAGGAGTA
CTTTGATGAA GAAATCGAAG TAGCCGTTTC GAGAATGCAG AAGGTTATTG AACTAGGCAG
AAACATCAGA GAAAAGAAGA TGATCTCGTT GAAGACTCCT TTATTGGAAT TGGTTGTTTT
GCACTCTGAC AAGAACTACT TGAAGGACGT GGAATCCTTG AAGGACTACA TCACCGACGA
GTTGAATGTC AGAAATATTG TCATCACTTC TGATGAAGCC AAGTATAACG TCGAATACAC
AGCAGTTGCT GACTGGCCAG TCTTGGGTAA AAAGTTGAAG GGTGACGCCA AGAAGGTCAA
AGCTGCATTG CCGAACGTTA CCTCAGCTGA AGTGCAAGAC TTTGTTGAAT CTGGAAAGAT
CACTGTTGAT GGAATTGATT TGGTAAGAGA AGACTTGCAA GTCCAGCGTG GTTTGCCAGA
GTCCAAGACT GCTGAAGGAA AGGAAGCCAG ATCGCAAGGT GATGTTTTGA TCATTTTAGA
TGTCAACATG CACCCAGAAT TGCAGAACGA AGGTTTGGCC AGAGAATTGA TCAACCGTAT
CCAGAGATTG CGTAAGAAGG CCGGCTTGAA CACCACGGAC GACGTCAAAG TTGAGTTCAA
GCTCATCAAG GACACTGTGG ACTTCCATTC GGTGTTGTTG AACAACGAAG AACTCTTGCT
CAACTGTACC AAGAGACCTA TTCATGCCTT CTCTGAAGTT GCTGAAGACA AGATTATCAT
AGATGAAGAA CAAGCCATCA ACGATACCAC CTTTAACTTG AGATTATTGA AGATCTAAAT
TGTCTAGAAG TTGCCCTTTC ATGTTATACG ACCGTACATA TAGATCCTAT ATATTATTAT
TGTTACATTG TATTTAGAAT TAATACCGTT TATAAAA
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| Protein sequence | MSEESAPQQF SFPKEEENII ELWDDLDAFQ RQLELTKDLP PFAFFDGPPF ATGTPHYGHL
LQSTVKDIIP RYASMNGQYV DRRFGWDTHG LPVEHEIDKK LGITSKEDVY AMGIDKYNDE
CRAIVMRYAG EWRRTVKRMG RWIDMDNDYK TLYPTFMESV WWAFQQLFEK NAVYRGLRVM
PYSTACTTPL SNFEAQQNYK DVNDPAVTIA FPLLDDPETS LVAWTTTPWT LPANIGLAVN
PNFEYVKIWD ETKKTHYILL EKLLSTLYKK PASAKFKIVE KIKGKDLVGL KYKPLYDNFY
EEFKDRGFRV IDGEYVTDDS GTGIVHQAPS YGEEDFSVAT KHGIIDENRP PPDIVDDAGK
MNGKIPELKG LYFKDADKVI IKKLTEDGRI LVSTQAKHSY PFCWRSDTPL MYRTVPAWFV
RVGEVIPDML KNVEQTNWVP TNVKEKRFSN WIANARDWNI SRNRYWGTPI PLWVSSDFEE
IVCVGSIDEL KKLSGRDDIT DIHRESIDSI TIPSKQGKGQ LKRIEEVFDC WFESGSMPYA
SNHYPFENKE KFLKAFPANF IAEGLDQTRG WFYTLTVLGT HLFNTAPYKN VIVTGLVLAA
DGKKMSKRLK NYPDPSEVLN KYGADALRLY LINSPVVKAE TLKFKEEGVK EVVSSVLLPW
FNSYKFLKDA VDIFKKDNGV DFKYDESLVS TNVMDRWMLA SIQSLIEFIH TEMQGYRLYT
VVPRLLSFID ELTNWYIRFN RRRIKGYGDN DVDDTKKGLN TLAEALLTLS RAMAPFTPYL
SDNIFQRIKG YFKPETLESF AVNPDVKDIR SVHFLSYPSV RKEYFDEEIE VAVSRMQKVI
ELGRNIREKK MISLKTPLLE LVVLHSDKNY LKDVESLKDY ITDELNVRNI VITSDEAKYN
VEYTAVADWP VLGKKLKGDA KKVKAALPNV TSAEVQDFVE SGKITVDGID LVREDLQVQR
GLPESKTAEG KEARSQGDVL IILDVNMHPE LQNEGLAREL INRIQRLRKK AGLNTTDDVK
VEFKLIKDTV DFHSVLLNNE ELLLNCTKRP IHAFSEVAED KIIIDEEQAI NDTTFNLRLL
KI
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