| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_191 |
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| Symbol | ATG26 |
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| ID | 4837716 |
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| Type | CDS |
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| Is gene spliced | Yes |
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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_009043 |
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| Strand | + |
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| Start bp | 296834 |
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| End bp | 300922 |
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| Gene Length | 4089 bp |
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| Protein Length | 1249 aa |
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| Translation table | 12 |
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| GC content | 42% |
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| IMG OID | 640389031 |
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| Product | Sterol 3-beta-glucosyltransferase (Autophagy-related protein 26) (UDP-glycosyltransferase 51) |
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| Protein accession | XP_001383338 |
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| Protein GI | 150864501 |
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| COG category | [C] Energy production and conversion
[G] Carbohydrate transport and metabolism |
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| COG ID | [COG1819] Glycosyl transferases, related to UDP-glucuronosyltransferase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | 18 |
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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 | CAGCAGTCTA TACTTGATAA CTTGAATCCA CAGTTGATCA AAGAAGGACT TCTCATGCGA
CCCAAAGAAG GGCAGCAAAC GGAAGCTAAC GAAAAGTCCA GAACGGACAG ATTACGACTC
AGTATAGCAG ACAAACTTCA ACGAGTCTTC GACATCAGTG ACGACGACTA CTTCTACGGT
AACTACAGTG CCTGGTTGAT CAGAGATGTC TTGCTTCAGG GACACTTATA TTTGACTCGA
GATTCCATCT TATTCTTTGC TTTTTTACCC AAAAGGTACT CTGTGACTCT GGAATCAGAG
TCCAACTACG ACGACTCCAA CATCGTTGTC CAGTCTGGTA CCTTAGGTTT GAAGACAGGC
AAGTATGGAG ATTCGATGTT CACTACTGTA TTGACCCATA GATACTGGGC CGTACTCCGT
CTGGAAACAT TGAGCATCTA CAGCTCTTCC ACAGACTTGT ATTTCCCAAA GGTAGTCATT
GACTTGAAGA CATGTATTCG GGCAGAAATC GCAGATAAGG ACAGGACAGA AATTGTCAGA
GGTTCGTCGC CGCCCAGAAC ACCTAGAGTG GGATCTGGCA CCGCCACGCA TTCGCCTATC
TCGCGTCGTG GATCAGGAGA TAATAGCACG GATGAAGAGA TTGAGATCAG TAACATCTTG
GCTCAAGAGT CCATTGCAGT GTCCGAAGAC AACTTTGAGA ATGCTTCCAC CGGTGTCTGG
ATCAAACTCA TCACCAAGAA GAAAAACTAC AAATTTTTTT GTGACAGTTT GTTTTCAGCC
AGACAATGGT GCAACAACAT TACCAAGTTG ATTTTTCAGT TGAACAACTC CAATGCTGGA
AACGAAGTCT TGCTCAAGAT TCCCATTGAA GATATCGTGG ACTATGAAAA GAGTAAACTC
TTTGAAGAAG ACTCCAAAGA TTCAAATGTC CCTGAAGATG AAATCCCAGT CAGTATGAGT
TTCTCGTTTA AGAAGGAAGA TCCTGAAAAC AAGACTGCTA CCAAGTCTGA ACTCAGGAAG
AAGTTGGGTG CATTTGATAT GAGCAAGAAG AGGTCATCAT CTTCAGCTTC GTTGAATTCA
GATGGCCAGT CAAGTCTTGA CCATATCTTC TTTATGTTCT TTAGAGACGG CCATCTGTTC
TATGAAAGTC TCAATGCGGT CATTTTGGAC CACAAGAATC GTTTGAACGA GCAGTCTGAA
GCACTGGATT CATCTGATAA GTTTTTTGAA AAAGCAAAGA AGATGTATAA GAAGTCCCAT
CATCATCGCC ACAATACAGA CACACCAAAG AAATTATCCA GAAGTATTTC TACCTTGTCC
ACTTCAGACC ACTCTAACAA TATTGTTAAC CGAGTGATTT CAAACAACTT GCACTTGCTC
TCCCCACTTG ACGACTCTGC TGGATCTCGT AGATTTGGAA TTGAAAGTCC TCCTCAAATA
CTTTCTCCAA CGCTGTCAAC CAATCGTATA AAGAAGCTTG GTAGAACTCT TTCCAATCCT
GCCAAATTAT TGACTATCTC AAGAAGGTCA CTGGAAGATC TGGCCAATAG TGAAAGGTCA
TTAAATGATT TGGATTTCAT TTCAAGCCCA GATCTTTATG TAAGTAACCA GCAGCTCAAC
TTCCCCAGGC CACTCACTAT ATCTGGTCTC AAGAGTATGC AGATGTCTTT TGAGACTTCC
CAAAAGGATC CCAACGAAGC GGAGTCTGAG TTTAAAAAGA ATGAAGTTAA AGATTTCATT
GATGATGAAG ATGAAGATAA ATCTGTGAGT GACCTGAAAC AACTTGAACC TAAGAGATCT
ATTCCGTTCC CAACTCCATT GAATTTGAGA GACCCATCCG AATACAATGA TGTGTCAAAC
AGACAAAATA AGCTAATGGC AATTGGTAAA AGTATCAAGG CCTTTTCCAA AGTTGGTAGT
AAATGGTCAG CATTCCCAGC TCATTTTGCT GAACAGGATG GAATTGACGA TGATTTCTTT
GTCCAAAACC AAGAAGTTAG AGAACTCACT GAGCGTCACT ACCAGGAACA CTTCAGTTTG
AATAAGGAAA AGAAATTAGT GGCTACTTAT TATGCACATT TGCAGCGGTC AATTCCAGTA
TATGGAAAGG TCTACCTTGG AGATACAGAT ATCTGCTTCA GAAGTTTATT GCCTGGCGTG
CAAACAAAGA TGATTTTACC ATTGTCTGAA GTTGTCAACT GTTACCGAGA AAAAGGGTTG
AAATTGACGT ACTCTGGTTT AGTTATCGTC GTTAATGGCC AGCATGAGTT GTTCTTGGAA
TTCAGTTCTC AAAAATCAAG AGATGACTGT GAATTCATGA TATTGTCCCA ATTGGAAAAA
CTTCATGGTG GAGAAACTTG GGCGCCGAGC CCACATCAAT GGGGTTCAAA CTATGAGATG
GAGTTGACAA AGACCAGGTT AATGACAGGT GTTGAGGATC ATCCGACGGA GTTTTCCTTC
AGTGAACAGG ACCTCAAGAG AGCCAGAACC AGAATTGAAA ATGCAAGAAT CAAGATGTTT
GAAGATAAAT TTAACGCTGC TGCTGGTTTG GACGTTCCTA TTATTTTGGA AGATTCGCCT
TTATTTAAGA CAGAGATCAA ACCTTCGACT TCTTATAACT TCACGTTATT GACTATTGGT
TCAAGAGGTG ATGTTCAACC TTTCATTGCT TTAGGCAAAG GTTTGATGAA AGAGGGTCAT
AATGTTACAA TTGCTACCCA TGCCGAATTT GAAGACTGGA TAGTGAAGCA CGGCATGAAG
TTCAAACTAG TCTCTGGTAA TCCTGCTGAG CTTATGTCTT TGATGGTTAC TCATGGATCG
ATGTCTGTTG GGTTTTTGAA GGAAGCTTCT TCTAAATTCA GAGGTTGGAT CAATGAATTA
TTGACATCAA GTTGGCAAGC ATGTCAAGGT GCTGATATCC TAATTGAAAG TCCTGCTGCT
ATGGCAGGTG TCCATATTGC TGAAGCATTG GGTATCCCTT ACTTGAGGGC TTTTACGATG
CCATGGACTA GAACTAGAGC TTACCCACAT GCTTTTATTG TTCCTGATCA AAAGAAAGGT
GGATCCTACA ACTACTTGAC ACACGTTATG TTTGAAACGG TATTTTGGAG AGGTATCTCA
GGACAGATTA ACAAATGGAG AGTGAAAGAA TTGGGTTTAC CAAGTACAAA TCTATTCAGA
TTGCAGTCGA CCAAAATTCC ATTTATGTAC AATGTGTCTC CAACCATTTT CCCACCAGCA
GTTGATTTTC CCGATTGGGT CAAGGTCACT GGGTACTGGT TTTTGGATGA AGGTGCTGCT
GCTGATTACA ACCCACCTGA AGAATTGATC GAGTTCATGG AGCTTGCCAA TGAAGATGGA
AAGAAAATCG TGTATATTGG ATTTGGCTCC ATTGTTGTCA AGGATGCAAA CAGCTTGACA
AGAGCTATTG TCGAGGCAGT CTTGGATGCG GACGTAAGAT GTATTTTGAA CAAGGGTTGG
TCTGACAGAC TTTCCAAGAA CCAGTCTGAG CCAGTTGAAC TCCCTCCTGA AATCTATGAT
TCTGGTTCTA TCCCACACGA TTGGTTATTT CCTAGAATTG ATGCTGCAGT GCATCATGGT
GGTTCTGGTA CAACAGGGGC TACCCTAAGA TGTGGCTTAC CTACCATAAT AAAGCCATTC
TTTGGCGACC AATTTTTCTA CGCTTCCAGA GTGGAGGAAA TTGGAGTTGG AGTCGGGTTG
AAGAACTTGA ATGCCAGATC TTTGAGTAAG GCCATTACCA AAGTAATTTC TGACTTGAAG
CTTATTGAGA GGTCCAAGAA GGTCGCAGAA AAGATCAAAC GAGAAAATGG TGTAATGACA
GCGATTGAAA CGATTTATTC AGAGTTAGAA TATGCCAGGA ACTTGATTTT GTCCAAACAA
CAGCACAACG AGAACTACAG ATTACATATG GGTACACCAT CTGGTATCCA ATCGCCTAAT
GTTGAAGAGG ACGATGAGTA CACCGACACA GAAAAGGAAG AAGATGAAGA AGACTACACT
GACGAAAGCG AGGACGAAGG AGGAGATGAT TACGAAGCTC ACGAAGATAA TTTTAGTATT
AATAACAAC
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| Protein sequence | QQSILDNLNP QLIKEGLLMR PKEGQQTEAN EKSRTDRLRL SIADKLQRVF DISDDDYFYG
NYSAWLIRDV LLQGHLYLTR DSILFFAFLP KRYSVTSESE SNYDDSNIVV QSGTLGLKTG
KYGDSMFTTV LTHRYWAVLR SETLSIYSSS TDLYFPKVVI DLKTCIRAEI ADKDRTEIVR
GSSPPRTPRV GSGTATHSPI SRRGSGDNST DEEIEISNIL AQESIAVSED NFENASTGVW
IKLITKKKNY KFFCDSLFSA RQWCNNITKL IFQLNNSNAG NEVLLKIPIE DIVDYEKSKL
FEEDSKDSNV PEDEIPVSMS FSKKLGAFDM SKKRSSSSAS LNSDGQSSLD HIFFMFFRDG
HSFYESLNAV ILDHKNRLNE QSEASDSSDK FFEKAKKIPP QILSPTSSTN RIKKLGRTLS
NPAKLLTISR RSSEDSANSE RSLNDLDFIS SPDLYVSNQQ LNFPRPLTIS GLKSMQMSFE
TSQKDPNEAE SEFKKNEVKD FIDDEDEDKS LMAIGKSIKA FSKVGSKWSA FPAHFAEQDG
IDDDFFVQNQ EVRELTERHY QEHFSLNKEK KLVATYYAHL QRSIPVYGKV YLGDTDICFR
SLLPGVQTKM ILPLSEVVNC YREKGLKLTY SGLVIVVNGQ HELFLEFSSQ KSRDDCEFMI
LSQLEKLHGG ETWAPSPHQW GSNYEMELTK TRLMTGVEDH PTEFSFSEQD LKRARTRIEN
ARIKMFEDKF NAAAGLDVPI ILEDSPLFKT EIKPSTSYNF TLLTIGSRGD VQPFIALGKG
LMKEGHNVTI ATHAEFEDWI VKHGMKFKLV SGNPAELMSL MVTHGSMSVG FLKEASSKFR
GWINELLTSS WQACQGADIL IESPAAMAGV HIAEALGIPY LRAFTMPWTR TRAYPHAFIV
PDQKKGGSYN YLTHVMFETV FWRGISGQIN KWRVKELGLP STNLFRLQST KIPFMYNVSP
TIFPPAVDFP DWVKVTGYWF LDEGAAADYN PPEELIEFME LANEDGKKIV YIGFGSIVVK
DANSLTRAIV EAVLDADVRC ILNKGWSDRL SKNQSEPVEL PPEIYDSGSI PHDWLFPRID
AAVHHGGSGT TGATLRCGLP TIIKPFFGDQ FFYASRVEEI GVGVGLKNLN ARSLSKAITK
VISDLKLIER SKKVAEKIKR ENGVMTAIET IYSELEYARN LILSKQQHNE NYRLHMGTPS
GIQSPNVEED DEYTDTEKEE DEEDYTDESE DEGGDDYEAH EDNFSINNN
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