| Database | ID | Description |
|---|---|---|
| Pfam | PF13409 | Glutathione S-transferase, N-terminal domain |
| FunFam | G3DSA:1.20.1050.10:FF:000029 | Glutathione S-transferase DHAR3, chloroplastic |
| Gene3D | G3DSA:1.20.1050.10 | - |
| PANTHER | PTHR44420 | GLUTATHIONE S-TRANSFERASE DHAR2-RELATED |
| SUPERFAMILY | SSF52833 | Thioredoxin-like |
| Gene3D | G3DSA:3.40.30.10 | Glutaredoxin |
| ProSiteProfiles | PS50404 | Soluble glutathione S-transferase N-terminal domain profile. |
| SFLD | SFLDS00019 | Glutathione Transferase (cytosolic) |
| SUPERFAMILY | SSF47616 | GST C-terminal domain-like |
| SFLD | SFLDG00358 | Main (cytGST) |
| 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 | Mapoly0082s0046 | - |
| GO | GO:0010731 | protein glutathionylation |
| 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 |
|---|---|---|---|
| MpDHAR2 | dehydroascorbate reductase | Published |
Sequences: |
Gene UTR + CDS + intron |
| >Mp2g15490.1 ATGGCCTGCG TTTTGAGTCG CAACAAAAGC TCGCTTTTCC CGATGCCCCG CGCTTGCAGC TCTCTGAGAC GTGCCTGTCG CAGACGGACA GGCATGGTGG AAATTCGCAG CAGAATCCCA CTCCCGTCGT CGTGAGGCAA GGTAAGGTCA GGCGAGGCAG GGTACAGCGA GGGCCGACGA GGGCGTAGTA TAAATTCGTG ATCGTCCACG ATGAGGGCTG TAGTCGCTCT TTCCTCGTCA ATCTCGTCCA ACTTTCTTGG CTGCCGTGTG GGCCGCAGTG GTTCCACCTC CTGTTCTGAC CTCGTCCGCC CTCCGAGTGC TGGTGCTTGT GCTTCATCGT CGGCCTTGTT CGTTCCTCGG GCTGGAAGAC GAGCGTCTGT GAGCACTTGT CACTTCGCTC AGCCACAGCG ATCGCAGCGC CAGACACGTT TTTCGGTTGT TTGTTGCTCC GCTTCTCCTG TCTCCGAACA GGCCTCTGTC AAGAGCGGCG TCGATTCCAT GGAGTTATTG GCGAAGGCAG CCGTGGGAAA GCCCGGCCAG CTCGGTGACT GTGAGTTCTT GCTGCCAAAA CCCGTAGCCA GTCTTTTGCC ATCAAGATTT CTGCAAGCGA TGGGGGATAT GCAGATTTCT GCCGAAGATG TCCGTCTTTT CTCCGTGCGT GGCTCCGTGC GAACTTGTGG TTGTCTTTTG TTTTGGTATT CTCCTGCGTC TACTCGTCGA TTGCCTGTGC CATTGTTAAA TTTCTTAAAC GTTTCTCGGC TGACTGATTA AGAAGTCATT GGAGCTATGG TGGAGGTGGG GGCTGACATA ATGTCGTAAG TCATTCGAGA GCTCATAATT TCCCGTCATT GTTATTGTCC AGCCTGATAA TGGGCAGGTA GATCAACCTG TCAGAAGCCA CTTGGTTGAA GGATTTAGCC CTTAATTGGA TGACACGATG GACCTCTTCA TTCCGATTCC TTAGTTCTTG GGTCGTAACC TCTTGTGCCT AAATAGGCTA GATATCTTGT ATTTTCAGCG GAAAAGTTGG CGTCACCTGA TCGATGACTC CGGAATTATC GAACCCTTCC AGTGCTCTTG CCCTCCTCGT CGGTCTGACA CCTGGAGACT CACTTGGCTT TCGAAATTTT CTTCTACCCG AGGACTGGTT GCGCCAAACT CACTGCGACC GTCTAGTGTG GCTTCACGTG TGTTTAAACC TCTTTGATTT CATTCTACTG AAATTGTGTA AGCACCTTGT TTGGATCAGA AGCTTGGCAT AACCGAACGT CCACTGAGAC AAACAATGAC CATTGGAGCA AGGGGGAGAA GCCGTAGTAA AAATTACGTA CTTGTTAGAA GAATGACTCT TAGACCGTGA AGAGCTCGAA AATTCCGTCA TTATGTCGTT GATCTTCTTT TATCTAGTTT CGTAGATACT TTCGGCGGTA GTTAGCGCTA CCTCGAGCCA CACACAGAAT TTCTTTTCAT CTGATTTTGA TTGAATTTTT GTTTTGTACC AATGTGAGTC TTTACCCAAA ACCCTCAATG GTCTGGGTAA AGATTACAGT CAGCATTAAG TTACGAGTGA TCTACCTCGT GAGGTCTGGA ATTGATGTTA GTGACATCGT TTCTTCAGGC CCGTTTTCTC AAAGAGTCAT GCTGACTTTG GAGGAAAAGC ATATCAAATA CGACGCCACT TACATTGACG TCTCAAACAA ACCCCAGTGG TAAAATTTCT CATTCGGCTG GATGAGTTTC TCAGCCTGCA GTTATGTTTC CGCAGATAGT AGATTTTGCT ACATAACACG AAGCGGCAGT AGGAAAGGAC TACTTATCCA CATGATATGT AACTCGGTAA CGGCTGGAAG TTTTGTGCAA ACGATTTAAA TTCTCATTTC CTTTGGTTGC TGCTTAAGTC ATATGAAAGT CTGAGAAACA AATAATGTTG TAAGTTTAGA AGCTGCTTCC GTGGCGATCA TACCATGTGG CCACGAGATT GCTAGCTGTG TAACTTTTTA AATTTCAGAT TACAGCACTC ATGACCGAAA CCACAATGAC TTGATGCAGG TTCCTGGAGG CAAATCCTGA AGGAAAGGTT CCAGTCATCA AACACGAGGG CAAGTGGATT GCAGACTCTG ATGTAATTAC TGCTTTGTTG GAGGATCTGT ACCCTGAGCC GTCTCTCAAG GTTCCCGATG AGAAGAAATC TGTGTAAGTA GCGTTACGTC CGTTCCTGTC TTCTTCTCAG TTTTGTTTGA TCAATCGATG TAATTTCAAC AGGAATGTAC TTTGAGAACA TGCAGTCATT GCGTAGACAC GAAGAAAACA AGTAGAAACG ATCATGGGAA GAGTAGTATT CAGACCCAGG TCTGATATCC TTCTGAAAAT GCACCTCCCC TCCAGCTATG ATTTGTTAGA TCTCTGCAGT TTTCTTCGTT AATGTTAAAT TTCTTCAATA GAACGTTGTT TTGCTTGAAG TGCAGTTTGC CATTGTGACG TGTTTTTTAA TTCGGTGCTG CAGCGGGTCC AGTATTTTCG GTGCTTTCAT TGGTCATCTG AAAAGCAAAG ATTCCTCCGA CGGAACAGAG GCAGCTCTCC TGAAAGTACT TGTTGAGTTT AACGAGTATC TACAACAATC AGTAAGATAT TTTACATTTG AACTACCCAC TCAAGATCTG TTGCGAATGG CGATGTTATC TGTTGTCCAT CGGACGGACT GCGACCATTG CAACATTCTT ATTGTTATAC ATCTGTAACA TTCTTATTGT TATACATCTG TAACGTCCAA TTGAATCCAA GTAAACATGA TTTTTACATC TTTTCCGTTT CCCGTCAGTT GTGGAAGAGC AGTCATTGTA CTTTCTTATT TACCTCGTTG CTCTTGCAGG GCCCTTTCGT TAATGGAGAA AAAATTTGTA GCGTGGACCT TGCGTTGGCA CCAAAGCTGT TCCACATGCA GGTTGCTCTG GGACACTACA AGCAGTGGAC TGTTCCAAAG GAAGTTCCGG AGGTGTCCTC CTACATGAAC GTAAGAACAT CATGAGGGAA CTTTGACTTC CATTCTTTGT TTCAAACGGA CCATCAAATT CTCCTTTATA CAGTGCAAAA ACTATACAAA ATCTGAATGA GTTTTTGAAG TTGACTCGTC AGTGGCGAAA CTAGAACATT GCAGTGGTGC TTGATATCTT TGTGGGACTA TGGACATACA CATCAATGCC GATTACAGAC TTTCACGGTA GCTGTTAATG CCTACATCAG ACATTTGCGG GTCATCTTCT TACTGGCACG ATGGAAGAAA TGTGTCTTGC CACCAAGTTG ATGCCAAAAC TTGCTCTTTT CTGTGCAGGC CTTGTTTAGC CGAGAAAGTT TCTTGAAGAC GAAGGCAAAA GAAGAGGATG TGATCAAAGG ATGGGAAGCT AAAGTTCTGG GCGCCTGATA CAATTCTACC GCGAATAGAC TTTTCTCTAT GCACTCTTCC TTGTGAAAGA TGACAAGCTA GACCGATTGA GTAAAGCGCC TTGTATAATT ATCTGAAGTA AAAGTCGGAT TTTCTCCAGA TTGCTGTACC |
mRNA UTR + CDS |
| >Mp2g15490.1 ATGGCCTGCG TTTTGAGTCG CAACAAAAGC TCGCTTTTCC CGATGCCCCG CGCTTGCAGC TCTCTGAGAC GTGCCTGTCG CAGACGGACA GGCATGGTGG AAATTCGCAG CAGAATCCCA CTCCCGTCGT CGTGAGGCAA GGTAAGGTCA GGCGAGGCAG GGTACAGCGA GGGCCGACGA GGGCGTAGTA TAAATTCGTG ATCGTCCACG ATGAGGGCTG TAGTCGCTCT TTCCTCGTCA ATCTCGTCCA ACTTTCTTGG CTGCCGTGTG GGCCGCAGTG GTTCCACCTC CTGTTCTGAC CTCGTCCGCC CTCCGAGTGC TGGTGCTTGT GCTTCATCGT CGGCCTTGTT CGTTCCTCGG GCTGGAAGAC GAGCGTCTGT GAGCACTTGT CACTTCGCTC AGCCACAGCG ATCGCAGCGC CAGACACGTT TTTCGGTTGT TTGTTGCTCC GCTTCTCCTG TCTCCGAACA GGCCTCTGTC AAGAGCGGCG TCGATTCCAT GGAGTTATTG GCGAAGGCAG CCGTGGGAAA GCCCGGCCAG CTCGGTGACT GCCCGTTTTC TCAAAGAGTC ATGCTGACTT TGGAGGAAAA GCATATCAAA TACGACGCCA CTTACATTGA CGTCTCAAAC AAACCCCAGT GGTTCCTGGA GGCAAATCCT GAAGGAAAGG TTCCAGTCAT CAAACACGAG GGCAAGTGGA TTGCAGACTC TGATGTAATT ACTGCTTTGT TGGAGGATCT GTACCCTGAG CCGTCTCTCA AGGTTCCCGA TGAGAAGAAA TCTGTCGGGT CCAGTATTTT CGGTGCTTTC ATTGGTCATC TGAAAAGCAA AGATTCCTCC GACGGAACAG AGGCAGCTCT CCTGAAAGTA CTTGTTGAGT TTAACGAGTA TCTACAACAA TCAGGCCCTT TCGTTAATGG AGAAAAAATT TGTAGCGTGG ACCTTGCGTT GGCACCAAAG CTGTTCCACA TGCAGGTTGC TCTGGGACAC TACAAGCAGT GGACTGTTCC AAAGGAAGTT CCGGAGGTGT CCTCCTACAT GAACGCCTTG TTTAGCCGAG AAAGTTTCTT GAAGACGAAG GCAAAAGAAG AGGATGTGAT CAAAGGATGG GAAGCTAAAG TTCTGGGCGC CTGATACAAT TCTACCGCGA ATAGACTTTT CTCTATGCAC TCTTCCTTGT GAAAGATGAC AAGCTAGACC GATTGAGTAA AGCGCCTTGT ATAATTATCT GAAGTAAAAG TCGGATTTTC TCCAGATTGC TGTACC |
CDS |
| >Mp2g15490.1 ATGAGGGCTG TAGTCGCTCT TTCCTCGTCA ATCTCGTCCA ACTTTCTTGG CTGCCGTGTG GGCCGCAGTG GTTCCACCTC CTGTTCTGAC CTCGTCCGCC CTCCGAGTGC TGGTGCTTGT GCTTCATCGT CGGCCTTGTT CGTTCCTCGG GCTGGAAGAC GAGCGTCTGT GAGCACTTGT CACTTCGCTC AGCCACAGCG ATCGCAGCGC CAGACACGTT TTTCGGTTGT TTGTTGCTCC GCTTCTCCTG TCTCCGAACA GGCCTCTGTC AAGAGCGGCG TCGATTCCAT GGAGTTATTG GCGAAGGCAG CCGTGGGAAA GCCCGGCCAG CTCGGTGACT GCCCGTTTTC TCAAAGAGTC ATGCTGACTT TGGAGGAAAA GCATATCAAA TACGACGCCA CTTACATTGA CGTCTCAAAC AAACCCCAGT GGTTCCTGGA GGCAAATCCT GAAGGAAAGG TTCCAGTCAT CAAACACGAG GGCAAGTGGA TTGCAGACTC TGATGTAATT ACTGCTTTGT TGGAGGATCT GTACCCTGAG CCGTCTCTCA AGGTTCCCGA TGAGAAGAAA TCTGTCGGGT CCAGTATTTT CGGTGCTTTC ATTGGTCATC TGAAAAGCAA AGATTCCTCC GACGGAACAG AGGCAGCTCT CCTGAAAGTA CTTGTTGAGT TTAACGAGTA TCTACAACAA TCAGGCCCTT TCGTTAATGG AGAAAAAATT TGTAGCGTGG ACCTTGCGTT GGCACCAAAG CTGTTCCACA TGCAGGTTGC TCTGGGACAC TACAAGCAGT GGACTGTTCC AAAGGAAGTT CCGGAGGTGT CCTCCTACAT GAACGCCTTG TTTAGCCGAG AAAGTTTCTT GAAGACGAAG GCAAAAGAAG AGGATGTGAT CAAAGGATGG GAAGCTAAAG TTCTGGGCGC CTGA |
Protein |
| >Mp2g15490.1 MRAVVALSSS ISSNFLGCRV GRSGSTSCSD LVRPPSAGAC ASSSALFVPR AGRRASVSTC HFAQPQRSQR QTRFSVVCCS ASPVSEQASV KSGVDSMELL AKAAVGKPGQ LGDCPFSQRV MLTLEEKHIK YDATYIDVSN KPQWFLEANP EGKVPVIKHE GKWIADSDVI TALLEDLYPE PSLKVPDEKK SVGSSIFGAF IGHLKSKDSS DGTEAALLKV LVEFNEYLQQ SGPFVNGEKI CSVDLALAPK LFHMQVALGH YKQWTVPKEV PEVSSYMNAL FSRESFLKTK AKEEDVIKGW EAKVLGA |