| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_40145 |
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| Symbol | GLR2 |
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| ID | 4851989 |
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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_009068 |
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| Strand | - |
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| Start bp | 3368046 |
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| End bp | 3371316 |
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| Gene Length | 3271 bp |
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| Protein Length | 475 aa |
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| Translation table | |
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| GC content | 44% |
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| IMG OID | 640393697 |
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| Product | Glutathione reductase (GR) (GRase) |
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| Protein accession | XP_001387215 |
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| Protein GI | 126276229 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1249] Pyruvate/2-oxoglutarate dehydrogenase complex, dihydrolipoamide dehydrogenase (E3) component, and related enzymes |
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| TIGRFAM ID | |
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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 | 10 |
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| Fosmid unclonability p-value | 0.117145 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCTCTCA ACTACGACCT TATCGTGCTC GGAAGTGGCC CTGCCGGTGC TATTGCTGCA
TTAGCGGCTG CAAAATTCGG TAAACGGGTT GCAATCGTGT GTCCTCGAAT TGGCGGAACG
TGCATAAATG TCGGTTGCAT TCCCAAGAAA ATCATGTGGG AAGCAGCTAG TTTGTCGAAA
GCCATGCCCT ATGCTCCGTA CTTCGGAATC AGAAAACCTG TCTCTACTGT AGAATACGGA
GACATTAACT GGGATGTGTT GGCTTCTAAA AGAGATGAAG TTACAGGCCG CATAAATACG
CATTACGAAC AAGAATATGC TGATCAAGGA GTTGATGTAA TTTATGGCTA CGGTAAGTTT
ATTAACGAGG AAGCCGATAT CCAGGTGAGC CTACTGGGAC AAACAATCCG GGGTAAAACA
TACAAAAAGG ACGACAAGTT GGATTTATCA GCTTCCTACG TTATAATAGC TGTTGGTAAC
CAGGCAGTGA TTCCTCAGAA TGTTCTCGGG GCTGAATTAG GTGGAATTTC CGACACCTTC
TTTAGCTGGC ACGAACAGCC CCGTACTGTG GCTATAGTGG GTGGTGGCTA CATTGGCACA
GAATTGGCAC AGATGTTGAG CATCTTTGGC ACCAAAGTAA CGGTTATCAC AAAAGGTAAC
AGTTTACTTA CGAGATTCGA TGACTCAATT CAAGAGAGAC TCACAGCTGC TCTCAAGGAA
GATGGAGTCG AAATCGTGAC AAATGCCACG GTTCTGGCCA TAAAACAACT TGACAACTTA
AAGGAAGTAA AGATTTCCAA TGGAACTAGT TTGCAAGTCG AGAGTGTCAT CTGGGCTATA
GGAAGAAAGC CTCAGATCAA CTTGGGATAC TCTTCAGCCA ATATCAAGTT GGGTGATTCA
GGTGAAGTTA TCATTGATGA TTTCCATCAG ACTACCAATC TCAAGGTGTA TGCCAGCGGG
GATATCATCA ACAAGATCAA CTTGACACCT GTGGGACTCC AAACAGGTGC TCGGATTTCA
AGACATCTCT TTGGAAAGAA GAAGATTGCC AAATATGACT ACGATCAACC GTATCCTTCA
GTAATTTTCA CCCATCCAGA AGCAGCCTCT GTAGGCTTAA CAACTCATGA GGCTAAGCAG
AAATGGAAAG ACGAAGTCAG AGTATACGAG TCTTCGTATG TCACAGAATT CTATGGAGTT
GCGCCTGACG AAATGAAACA CAAGAGTTAT TACAAGTACA TCACCATTCC TGGTCCCAAC
GATGAAGAAA AGGTGGTGGG AATCCATTTG GTGGGCGACA ATGCCAGTGA ACAGATTGAG
GGTTATGCTG TGGCTTTGAA ACAGGGCTTG ACCAGAGAAA CCATCCTTGA TACGATCTAT
GTACATCCCA CTTCAGCAGA GCACATGCAC CATGACTTTT AGGTGAAAGA CTCCAGGACG
ATTTTGTCCA TATAATCTCA TTGCAGTTTC TAAGGGGTGC GAGAATTCTA TGAGAATTCC
CGTTTGCCGA AATTTTATTG ATGCAATTCC CTTTTATAGT TGCTTATATC TACAGCCTCA
TATCTACATA TGCTAATACC ATCGATTCGT TTTGAAGCCG CTATCTCTCT AACAGTTCCG
TAGTTAAACG TATCCGTAGT TAAAATGGAA ATGCGGAAAA ATGCCAGGTG CCAAATTCGC
ATATGTGGCT GCGAAAATAT AGCCGATTGC AAAAAGTGTG GTTCACAAAG CCGGTTGCAA
TCGTATTTAA GGAGTAAGAT ATTTCTACAG AAGTGTGGAA CAAACAAATG TATACCCGTA
ACTACTACTT ATAGTACTTG TAGCAACTTG TTATACATCA ATGACTCAAT CCAACCACTA
CGACTTTATT ATCATCGGCA ATGGCCCCGC TGGTATCCAT GCTGCCCATA CGGCAGGCGA
ACTAGGCAAG AAGGTCCTTA TTGTTACTAC CTTTCTCGGT GGAACTTGTG TGAACCTCGG
CTGCATTCCC AAGAAGATTC TCTGGGAATC GGCAAAGTTG GTTTCTGTTA ATCCGTTTGC
GCAATACTTG GGAATCAACA AGCTTGCCAA AGCTTCTCCT GTTGGCTATG GAGAAGTTGA
TTGGCCAGCA GTGACGCAGA CTAGAGAGCA AATCTCTGGT GGCATCAATT CGTTGTATGA
AGGTGTCTAC AAGCAATTGG GCATCGATAT TGTGTTTGGT GTTGGCAAGT TGACTGGCGA
AGATGCTGAA GTGGAAGTGG TCTTGAACAA AGACCAGAAT GTAGGAGAGC AGGAGTTGAA
GAAGAATGAT AAAGCGACCT TCTCCTCCGA CTACGTGCTT ATCGCCACTG GAAACCAGGC
TGTTATTCCT AAGGATATCC CTGGTGCTGA GTTGGGCAAC TCTTCTGATG CCTTCTTTGG
CTGGAGAGAC CAACCCAAGT CTGCCATTAT TATCGGAGGA GGCTATATAG GAACAGAATT
GGCTCTGACC TTACAACTTC TTGGGTCGAA AGTCACTCTT GCTATCAGGC ACGACAAGTT
GTTACGCCGC TTTGATGAAT CGATTCAAGA CCAGGTCACT GCAGCTACTG AAGAATTAGG
TGTGAACTTG AAGAAAGACG TCACCGTCAC CAAAATTGAA CAGGATGGAG AGTTGAAGAA
AGTTCACTTC TCAGACGGTT CTTCAGAAGA AGCTGAACAA GTTCTCTGGA CTATTGGCAG
AAAACCAACA GCCGAATTGG GACTCAAGGA AGCTGGAGTC AAAGTTGGTC CTACTGGAGG
AATCGAAGTA GATGGCTATA ACAAAACTTC TAACCCTAAG GTATATGCTG CTGGTGATGT
TCTCGACAAG GTCAACTTGA CTCCAGTGGC TCTGCAAACA GGAACCTATA TTCCAAGAAG
ATTGTTTGGA AAAGCCAATA TTCCAGAGTA CAACTTCGAC CAGGCAATTC CAGCAGTAAT
CTTCTCCCAT CCTGAGGTTG CTACACTTGG CTTGTCTTCC AAGGAAGCAG AAGATAAGTT
CGGAAAGGAT AACGTCAAAG TCTATGAGCA AGCATTTCCA TCTCTGTTCT ACATAGTTGC
ACCTCAGGAC AAACAGAAGA AGAACTACTA CAAGTACATC ACTGCTGGAA AAGATGAAAA
AATTGTTGGG CTCCACTTGA TTGGAGACAA CGTCACCGAA GAGATACAAG GGTATGTTCT
TGCTCTCAAG CTCGGTGCTA CCAGGAGAGA CTTATTAGAT ACAATCTTTG TTCATCCAAC
TGTTGCTGAG TGGAAGCACC ACGATTTCTA A
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| Protein sequence | MSLNYDLIVL GSGPAGAIAA LAAAKFGKRV AIVCPRIGGT CINVGCIPKK IMWEAASLSK
AMPYAPYFGI RKPVSTVEYG DINWDVLASK RDEVTGRINT HYEQEYADQG VDVIYGYGKF
INEEADIQVS LLGQTIRGKT YKKDDKLDLS ASYVIIAVGN QAVIPQNVLG AELGGISDTF
FSWHEQPRTV AIVGGGYIGT ELAQMLSIFG TKVTVITKGN SLLTRFDDSI QERLTAALKE
DGVEIVTNAT VLAIKQLDNL KEVKISNGTS LQVESVIWAI GRKPQINLGY SSANIKLGDS
GEVIIDDFHQ TTNLKVYASG DIINKINLTP VGLQTGARIS RHLFGKKKIA KYDYDQPYPS
AIPAVIFSHP EVATLGLSSK EAEDKFGKDN VKVYEQAFPS LFYIVAPQDK QKKNYYKYIT
AGKDEKIVGL HLIGDNVTEE IQGYVLALKL GATRRDLLDT IFVHPTVAEW KHHDF
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