| Database | ID | Description |
|---|---|---|
| Pfam | PF13410 | Glutathione S-transferase, C-terminal domain |
| SFLD | SFLDS00019 | Glutathione Transferase (cytosolic) |
| Gene3D | G3DSA:1.20.1050.10 | - |
| ProSiteProfiles | PS50405 | Soluble glutathione S-transferase C-terminal domain profile. |
| SUPERFAMILY | SSF52833 | Thioredoxin-like |
| PANTHER | PTHR44420 | GLUTATHIONE S-TRANSFERASE DHAR2-RELATED |
| SFLD | SFLDG00358 | Main (cytGST) |
| CDD | cd00570 | GST_N_family |
| SUPERFAMILY | SSF47616 | GST C-terminal domain-like |
| Gene3D | G3DSA:3.40.30.10 | Glutaredoxin |
| Pfam | PF13409 | Glutathione S-transferase, N-terminal domain |
| ProSiteProfiles | PS50404 | Soluble glutathione S-transferase N-terminal domain profile. |
| KEGG | K21888 | glutathione dehydrogenase/transferase [EC:1.8.5.1 2.5.1.18] |
| KOG | KOG1422 | Intracellular Cl- channel CLIC, contains GST domain; [P] |
| MapolyID | Mapoly0085s0095 | - |
| GO | GO:0033355 | ascorbate glutathione cycle |
| GO | GO:0045174 | glutathione dehydrogenase (ascorbate) activity |
| GO | GO:0098869 | cellular oxidant detoxification |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpDHAR4 | dehydroascorbate reductase | Published |
Sequences: |
Gene UTR + CDS + intron |
| >Mp3g09320.1 CATACCTGTA CCGAAGCCAG ATCTTGCGTT ACAAAGCCAG GCCTGAACCA TGCATCAAGC AGCAACTCGA TCTACCGCAT TGATCGGATT ACAATTGTCT GGTTTGATAA AAACTCGACG AAGTGTTTGC GCGTTGAAAT CTGTGACCGC TTTGACAAAC AAGAGAGTTG GTTCTGCTTC ACAAAGCTAC TGTGACAGCA ACGCTAAGGC CCTCGGAGGA AAGCCCGCAA CCATGGCAGC AAAAAACTTT CAGCAGTACA ACAGAGTGGG AATTAGGAAC ATGAGCGGAG AACCTACAGA AGACATCGAG GTTTTCGGCA AGGCTGCTAC TGGAACTGGA AACCCCAGCC AAGTTCGTGG CGACTGTAAT CTACAACACC TCCCTCTTTA TGCATTGGAT TGAAATATTT GAGCCTCTAC TTTATGTTGC TGATCTTGTA CACTGTGTTC CATTCAACAT AAAATGTTTC TCACCTTGGG GAGTAGTTGT AATGTATATT CTCATGCGAT CACTGACATC AGTTGCTTTT ACCTTATAAG AAATGGATAT TATTCATTTA CTAGTGCTTC CCCTCAAATA GAAAGTGGTA GGTCGAAATT AAACCTCAAG AATCGTACGA TTACATGATG CATACACTGT CCTTGGGAAG GAGGGGCTTT TCTTCTCAAC TGACGACATA ATTTATGATG GAACCTATGC GGACCGATGA ACACAATCAA TCAAGACAGG CAGCTAATTA GTGTCCTGGC CTGTACTAAT GTGTTTTGAT GGGAAATAAC TGAATCGTTG ATCTAGTATA CCCGGTATGT TGCCCCCATT AGGAGGGTTG CTATTTTCTT TCAAAGTAAG AACACAACCT CCGTAAATTT TACATGCTCG TCGGTGTAGA CTTCATGACA CAGCAGTATG AAAAGTTCAC AGATTTGTTT TTAAAATTTG TCAGAAAACC AGTTATGTTG GTTACATAAG CTGCGGATTG GTTACCATGC TTATTCACAC TGTATGACAA ATGTAGTCAT TTTCTCTTTC AGTTTCTATA TAGGTGGACG AAGAATTATG TCAATACAAT AGCACTTTTC ATGTCCAAGC AATTTTTGAA AATACTGCAG GTTCTCAGTT ATACTGCGTG CATCGTGTGT TTCAGGTCCA TTCTCTCAGC GAATTTATCT CGAACTTGAA GGTGAGATAC AGTGTTTATA AGATGCAATG GCACGATTAG ATTTCTGATC AATTGTTGAA ATGATGTCAA ACTCAGGTAG AGTAGTATAC AGAGTTCCAA AACTAGCGAA GTTTTCCTCA ACAACTGTGA GTGTCAAACT ACTGGATGGT TTGTAAACCA ATGGCTGCCA CTTATATTTA GAAGAGTTAA TGATTTTATC AATTGGTGCT TGCAGAGAAG AGCATCCCCT ACAAAGCAAC TTACATTCAG GAGGGTGATG ATAAGCCAGA TTGGTATGTT CTTTCTTCCA TACTGTTCTG ATGGTTACAA GGGTATGCTC CTGATGTCCA GTGATGAATG GATTATTTTA CTCTCGATCG TATGAACTTA TTATTTGAGA AATGCATTAC TGCAGGTTTA TGGAGAAGAA TCCCTCTGGT TTGATGCCGG CACTTCGTGA TGGGGAGAAG TGGATCCAAG ACTCGGATAA GATTGCTCAA CACCTTGAGG AGAGATTTCC AGACCCCTCT CTGAAAACTC CAGCGGAGTT CAAGAACGTG TAAGTTTCTG ATACTGTGTT AATGAATTAA GGCAAACTAC TGACCGCAAA GAAGACTATA GTAATGTAAT TGTTGGTCAC ATCCGTCATT TCTTAGTAGA AGGCTTGTAC TAGACAGCAG TGAAACTCCT ATGCAGAAGA TACTTTTCAC AGGATAAGGG TGGAGTTTCT ACCACTTGAG CTGTATTTGC TTCTAGAGAT GATAGAGCGT ACATTTGATT ATAGTTAGGT GATAAATCTG AATGAAAGGT AGCAATTCGA TATAAGTTGT TCGTCGTGAA ACGGAAGTGA CTCCTGAAGT TGGTTTATCG GTTTCTTTCC TTAAAGTTTT AACATGTGCT CTGATACAAC GACGGTGAAA AAGTACCTTT CTAACGATCT CGTGTCTCTC TGTGCAGTGG GGAAAATATC TTCCAATGTT TCACTCAATA TCTGCAGAGC AAGAAACCAG ACGACTCTTC CAAAGGAGAG TTGCTAAAAG AACTCAAAGC ACTGGATGAG CACTTGAAGC AGCATGTAAG TATCTCTCTG GCGATAGATA TATCTTTGTT GTACCATATG TAACAAATCT CAATGTTTGC ATGTTTTATA TGCGGTTGCC ACTCTGCTTT CCTACTACTA CAGACAATTG TTATCGATTT TAAGTCGAAT CAATGCTACA GAGCAACAGT TGTTAGAACT CACATGCCAC TTCGCTGATC AGCAACTGCA TACCTTTCGG TGCAACAGCA CACTTACCGA TGTAATGGCC GGGACTCTAT GCCGCAGGGT CCATTTATCG CCGGCGATAA GCCAACGGAT TCTGATTTTG CTCTGATTCC GAAGTTGAAG CATTTGCGGG TGTCTCTGGC CCACTACATG GATTTTCATA TCCCAGCGGA ATTTTCAGCT ACACACAAGT ACATTGAGGT AATAACGACG CACCGACAAA GGTAGACTTA TCAGACGTGT GAAAAATATT GTTTCCTGTC CGATAGTCCA CTCTTAAGTT GACTGTGGTC CACTGCTCAA GGTTGCTTTA GCTTCTCCCT TGAAGACAGG GAATGATATC TGCAAGGCAA ATGTGTATTT ATTTCAGCTC GTTAGCAGAT GGAATGTAGC TGGATATATC CTGCAGTTAG TCCATGTTAT TTATACACAT CGGAAAATGT CTCAAGCAGA ATATTAGACC AATTTTGATC CTCACATGCG TCTGAATTTT ATGAACTGGA ACGGAACGTC AAATAGTGAA ACCTTTCGAT TGCACTGACC GTATTTAGAG CGAGATCAAA CTCCTCATCG ATGAAACTAA GGATGATTTG TTGTTGTACT CTGCAGATGT TGGAGAACAG ACCCAGCTTC AAGCGAACTG ACGTTCCCGA CAAGATGATC ATCGAAGGAT GGCAGAAGAA ATTCAGCCTT CCAGACCGAA TTGCGCAGCC TCAGACAGCG TAGATCAGAA GGAAAGGAGA CAGCCATGGC CGTGTAGATA AAACCATTTC CCCTGTACCT GCCAAGTAAT GTAATGCGAA ATTATATCTG TACCTGA |
mRNA UTR + CDS |
| >Mp3g09320.1 CATACCTGTA CCGAAGCCAG ATCTTGCGTT ACAAAGCCAG GCCTGAACCA TGCATCAAGC AGCAACTCGA TCTACCGCAT TGATCGGATT ACAATTGTCT GGTTTGATAA AAACTCGACG AAGTGTTTGC GCGTTGAAAT CTGTGACCGC TTTGACAAAC AAGAGAGTTG GTTCTGCTTC ACAAAGCTAC TGTGACAGCA ACGCTAAGGC CCTCGGAGGA AAGCCCGCAA CCATGGCAGC AAAAAACTTT CAGCAGTACA ACAGAGTGGG AATTAGGAAC ATGAGCGGAG AACCTACAGA AGACATCGAG GTTTTCGGCA AGGCTGCTAC TGGAACTGGA AACCCCAGCC AAGTTCGTGG CGACTGTCCA TTCTCTCAGC GAATTTATCT CGAACTTGAA GAGAAGAGCA TCCCCTACAA AGCAACTTAC ATTCAGGAGG GTGATGATAA GCCAGATTGG TTTATGGAGA AGAATCCCTC TGGTTTGATG CCGGCACTTC GTGATGGGGA GAAGTGGATC CAAGACTCGG ATAAGATTGC TCAACACCTT GAGGAGAGAT TTCCAGACCC CTCTCTGAAA ACTCCAGCGG AGTTCAAGAA CGTTGGGGAA AATATCTTCC AATGTTTCAC TCAATATCTG CAGAGCAAGA AACCAGACGA CTCTTCCAAA GGAGAGTTGC TAAAAGAACT CAAAGCACTG GATGAGCACT TGAAGCAGCA TGGTCCATTT ATCGCCGGCG ATAAGCCAAC GGATTCTGAT TTTGCTCTGA TTCCGAAGTT GAAGCATTTG CGGGTGTCTC TGGCCCACTA CATGGATTTT CATATCCCAG CGGAATTTTC AGCTACACAC AAGTACATTG AGATGTTGGA GAACAGACCC AGCTTCAAGC GAACTGACGT TCCCGACAAG ATGATCATCG AAGGATGGCA GAAGAAATTC AGCCTTCCAG ACCGAATTGC GCAGCCTCAG ACAGCGTAGA TCAGAAGGAA AGGAGACAGC CATGGCCGTG TAGATAAAAC CATTTCCCCT GTACCTGCCA AGTAATGTAA TGCGAAATTA TATCTGTACC TGA |
CDS |
| >Mp3g09320.1 ATGCATCAAG CAGCAACTCG ATCTACCGCA TTGATCGGAT TACAATTGTC TGGTTTGATA AAAACTCGAC GAAGTGTTTG CGCGTTGAAA TCTGTGACCG CTTTGACAAA CAAGAGAGTT GGTTCTGCTT CACAAAGCTA CTGTGACAGC AACGCTAAGG CCCTCGGAGG AAAGCCCGCA ACCATGGCAG CAAAAAACTT TCAGCAGTAC AACAGAGTGG GAATTAGGAA CATGAGCGGA GAACCTACAG AAGACATCGA GGTTTTCGGC AAGGCTGCTA CTGGAACTGG AAACCCCAGC CAAGTTCGTG GCGACTGTCC ATTCTCTCAG CGAATTTATC TCGAACTTGA AGAGAAGAGC ATCCCCTACA AAGCAACTTA CATTCAGGAG GGTGATGATA AGCCAGATTG GTTTATGGAG AAGAATCCCT CTGGTTTGAT GCCGGCACTT CGTGATGGGG AGAAGTGGAT CCAAGACTCG GATAAGATTG CTCAACACCT TGAGGAGAGA TTTCCAGACC CCTCTCTGAA AACTCCAGCG GAGTTCAAGA ACGTTGGGGA AAATATCTTC CAATGTTTCA CTCAATATCT GCAGAGCAAG AAACCAGACG ACTCTTCCAA AGGAGAGTTG CTAAAAGAAC TCAAAGCACT GGATGAGCAC TTGAAGCAGC ATGGTCCATT TATCGCCGGC GATAAGCCAA CGGATTCTGA TTTTGCTCTG ATTCCGAAGT TGAAGCATTT GCGGGTGTCT CTGGCCCACT ACATGGATTT TCATATCCCA GCGGAATTTT CAGCTACACA CAAGTACATT GAGATGTTGG AGAACAGACC CAGCTTCAAG CGAACTGACG TTCCCGACAA GATGATCATC GAAGGATGGC AGAAGAAATT CAGCCTTCCA GACCGAATTG CGCAGCCTCA GACAGCGTAG |
Protein |
| >Mp3g09320.1 MHQAATRSTA LIGLQLSGLI KTRRSVCALK SVTALTNKRV GSASQSYCDS NAKALGGKPA TMAAKNFQQY NRVGIRNMSG EPTEDIEVFG KAATGTGNPS QVRGDCPFSQ RIYLELEEKS IPYKATYIQE GDDKPDWFME KNPSGLMPAL RDGEKWIQDS DKIAQHLEER FPDPSLKTPA EFKNVGENIF QCFTQYLQSK KPDDSSKGEL LKELKALDEH LKQHGPFIAG DKPTDSDFAL IPKLKHLRVS LAHYMDFHIP AEFSATHKYI EMLENRPSFK RTDVPDKMII EGWQKKFSLP DRIAQPQTA |