| Database | ID | Description |
|---|---|---|
| CDD | cd00340 | GSH_Peroxidase |
| PANTHER | PTHR11592 | GLUTATHIONE PEROXIDASE |
| ProSitePatterns | PS00763 | Glutathione peroxidases signature 2. |
| SUPERFAMILY | SSF52833 | Thioredoxin-like |
| PRINTS | PR01011 | Glutathione peroxidase family signature |
| ProSitePatterns | PS00460 | Glutathione peroxidases active site. |
| ProSiteProfiles | PS51352 | Thioredoxin domain profile. |
| Pfam | PF00255 | Glutathione peroxidase |
| ProSiteProfiles | PS51355 | Glutathione peroxidase profile. |
| FunFam | G3DSA:3.40.30.10:FF:000025 | Glutathione peroxidase |
| Gene3D | G3DSA:3.40.30.10 | Glutaredoxin |
| KEGG | K00432 | glutathione peroxidase [EC:1.11.1.9] |
| KOG | KOG1651 | Glutathione peroxidase; [O] |
| MapolyID | Mapoly0080s0085 | - |
| GO | GO:0004601 | peroxidase activity |
| GO | GO:0006979 | response to oxidative stress |
| GO | GO:0004602 | glutathione peroxidase activity |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpGPX1 | Glutathione peroxidase | Published |
Sequences: |
Gene UTR + CDS + intron |
| >Mp4g02140.1 TCATCCGACG GACAGCGCCC GAGAAACTGT GTGTCGAACA TTGTCTCGTA ATGTCCAAAC CCGGACAACA ATTGGCCGCG AAATGTTTTG TCAAAGCGTG TTGCAATCCC GGATTTTGCA AACGAAGCCA CGATGCGTGG ATCCTAGCTG GCACTCATGA CCAGCGACGT ATGCCGCGTC GTGTCCTCCT ACCGTCCTCG GCTTGCCTTC CTGGCGTCGT CGCAACTCAG CTTCCTCCTC CTCTTCCGCC TGCCTTGCAG TTCTTGAATG CTTGTCAGTG AAGGCGTGCT TCGAGAGCGT TCGAGAGAGA GCTTTATCGA AGGCTTTCCG AGCCCTTTCC TTCGGTTTCG GTACATGACC ACCTCAAGAT ACCCCATTGT GTTCGTTGCA GTTCTGGTGA TTGCCCTGGT TTTACCTGTT CTGGTCGTGC CGTCGTCTGG TTCTTACAAG ACCGTCGCCG ATTTCATCTC CTACGGGAAC GTCAGAGGGG TTTTGACCAC AGGTCAGACA GTTGCGACGC TTCTTGGGAA GCATTACTTC CATTCTTTCC TCTTGCTGAT GGGATCGTCC GCTTCCTCTC CAGCCATGGC TCAAAAGAGC GTGCACGAGT TTTCTGTGAA GGTGTGTCAC CCTCTGCTGT TTTACACGAA TTCGAATTTA TCGGGTTTTA AGTATTGCTG CTCTTGACTC CGGATGGTTT AGATGTAGGA GTTGTTTTGA AACCTCTAGC TCTAAGGCGT CAACTAGCGC ATGTGATTGG ATCTTTCTGT CAAAAGTTTG GCACGGTCAT CCTAAGGACG GTTTGTAGTA TGTACATCTG GTTATCTTCT CTGCACTTTA CCTGCTGGCT TATTTAGAGT TGAGAGTCTG TGGTCTTGAG CTATAGAGAT ATTTGTGTAT ATATCTGGCG TTGAAATAGG CGACAAGTGT ATGTCCAAGC ATAATGTTTA GTTCTGGATC AATCATAGAG AGGTTTGTGT TCTACATGCC ACTTCTACAA TCGTTTCCGG AATCCAGGAA ACAAGTGAAT ATCTTTTGAG AGTATGAGGA GTGGCCACTC CAAGGGATTT CAAATCATAC CTTTTTCAAA ACTAGCGATA GTGATTGCTG ATAGAATGTT AGTTTCAGCT CCTTGGACAA ATTTTAATTG TAGGCTGTTC CTGTTGTACT TTTCTGATGG TGCTGTAAGT TCCTGCGCGA CTAACGGTGG ATGCTATTAT CCATAACAGG ATACTGCTGG AAATGACGTG GATTTGAGCT CGTACAAGGG CAAGGTCTTG CTCATTGTCA ACGTTGCATC CCAATGGTAT GATGTGTAAT CCCCGTTGGT TTTCAAGCAT ATGATTCTGT CGCATTTTGG TTAGGGAGTC TACTGATTAC ATTGCCCTCG TAAGTTTATT TTGGAGCCGG ACGTTTACAT GAAAGAATTC TAACCCAGAA TTATTTGCAA ATCTTTATGT TCAGTGGTCT AACGAGCTCA AACTATAAGG AGCTCACTGA GGTGTACAGC AAGTACAAAG ATCAAGGTAA GCTTTATATT TGCTTCAATG TAAGGTGAAC TTTAGATATT CCATCTTTTT GCTCAGTTCT AGATTCAATT TCATAAAGTT TTACTTCACT GACTCCATGA TATCAGGTGA TTGAAAGAAA TTTACGGTTA GAAGTCATAC TATGACTGAA ACTAAGACAG GAACTCTTTC TACATGTAAA CTGAATGTTG ATCTCTTTGG CAGGCCTGGA AATCTTGGCG TTCCCCTGCA ATCAGTTTGG TGGGCAGGAA CCTGGAACGA ATGAGGAAAT TAAGGAGTTT GCTTGTACGA GGTTCAAAGC GGAATTCCCA ATATTTGACA AGGTGTGTTG TAGATTTGCT GTTGCTATTT GTGACTTGTT TCATAAAGCT TGCTAAAGAG AGTCATGCTC TACTGTGGGT TCACTCAGTC CTAAACCCTA AACCCTAAAG GAGCTGAAAT GAAATTGTGG TCTAAAGGTG AATGTAAATG GAGAGAATGC GGATCCACTG TACAAATTTC TGAAGGCAAG CAAGGGAGGA GGTATATTGG GAGAAAGCAT CAAGTGGAAT TTTTCCAAGT TTCTGGTTGA CAAGGAAGGG AATGTTGTCG ACAGATACGC CCCAACAACG TCTCCCTCAA AAATTGAGGT CTGTAGTTTT CAGAGTATTA CATTTAAAAC CTGGCTACTT TGTTCAAAGT TGTTGAGGAA CCTTAGTTTT TTTGGGATGA AAATCCAGTC CGAGTGTTGT GTCCGCCGCC GATCCTTTTC GTGGTCAATG TAAGTTCGAC TGTTTGAGGT GTGTAAAGAA TATTTAGAAG TGCTTTGATC TAGAATTTTT CTCTAAGGGA ACTCATTGTT TACGTGTGGG GGACATTTGC AGAAGGATAT CAAGAAACTC TTATAGGTCG ATCTTCTACA CTTCTATTGC TCCAACAGGT CTTATGAAAT TATATGCATT CTGGACGGAG TGTCTTCATA AATACGTGAT TGTGACACAT TGGGCGGTGT ACTTATATGG GTGTGTACAT CCACACCTAT AGTTGAAACA GATAAGCAGC TGTTTACAAA AATGCTGGCT GTTTTCGCTT TGAGAGAAAT CAGCGACTTC TTTTCTTTTC CTGTACAGTT CAATAAAGGA CCTCGTTATT CGCTAGCTTG ATATTTCGAG TAGCGCTGGA CAATTCAGTT CAAGTTTTAG CAATTTTACG TGTAGGGTAA CTTTTGTTTA CGTACCCTAA AACAAATGTA TACATATGAA GAAAGGAAAA TATCTTATAA TCTTACCGGA TCAAAACGAG AAACCAACGA ACTCAGTTGT GAGTCCCAGG CTGTCGATCT GACGGTGTTG TTACTTATCC AGCGAGGCTA TCATACTTTT CATATTCTCA GCCTAGTGTA TCACTAGGCT GAGAAACAAT TTAC |
mRNA UTR + CDS |
| >Mp4g02140.1 TCATCCGACG GACAGCGCCC GAGAAACTGT GTGTCGAACA TTGTCTCGTA ATGTCCAAAC CCGGACAACA ATTGGCCGCG AAATGTTTTG TCAAAGCGTG TTGCAATCCC GGATTTTGCA AACGAAGCCA CGATGCGTGG ATCCTAGCTG GCACTCATGA CCAGCGACGT ATGCCGCGTC GTGTCCTCCT ACCGTCCTCG GCTTGCCTTC CTGGCGTCGT CGCAACTCAG CTTCCTCCTC CTCTTCCGCC TGCCTTGCAG TTCTTGAATG CTTGTCAGTG AAGGCGTGCT TCGAGAGCGT TCGAGAGAGA GCTTTATCGA AGGCTTTCCG AGCCCTTTCC TTCGGTTTCG GTACATGACC ACCTCAAGAT ACCCCATTGT GTTCGTTGCA GTTCTGGTGA TTGCCCTGGT TTTACCTGTT CTGGTCGTGC CGTCGTCTGG TTCTTACAAG ACCGTCGCCG ATTTCATCTC CTACGGGAAC GTCAGAGGGG TTTTGACCAC AGGTCAGACA GTTGCGACGC TTCTTGGGAA GCATTACTTC CATTCTTTCC TCTTGCTGAT GGGATCGTCC GCTTCCTCTC CAGCCATGGC TCAAAAGAGC GTGCACGAGT TTTCTGTGAA GGATACTGCT GGAAATGACG TGGATTTGAG CTCGTACAAG GGCAAGGTCT TGCTCATTGT CAACGTTGCA TCCCAATGTG GTCTAACGAG CTCAAACTAT AAGGAGCTCA CTGAGGTGTA CAGCAAGTAC AAAGATCAAG GCCTGGAAAT CTTGGCGTTC CCCTGCAATC AGTTTGGTGG GCAGGAACCT GGAACGAATG AGGAAATTAA GGAGTTTGCT TGTACGAGGT TCAAAGCGGA ATTCCCAATA TTTGACAAGG TGAATGTAAA TGGAGAGAAT GCGGATCCAC TGTACAAATT TCTGAAGGCA AGCAAGGGAG GAGGTATATT GGGAGAAAGC ATCAAGTGGA ATTTTTCCAA GTTTCTGGTT GACAAGGAAG GGAATGTTGT CGACAGATAC GCCCCAACAA CGTCTCCCTC AAAAATTGAG AAGGATATCA AGAAACTCTT ATAGGTCGAT CTTCTACACT TCTATTGCTC CAACAGGTCT TATGAAATTA TATGCATTCT GGACGGAGTG TCTTCATAAA TACGTGATTG TGACACATTG GGCGGTGTAC TTATATGGGT GTGTACATCC ACACCTATAG TTGAAACAGA TAAGCAGCTG TTTACAAAAA TGCTGGCTGT TTTCGCTTTG AGAGAAATCA GCGACTTCTT TTCTTTTCCT GTACAGTTCA ATAAAGGACC TCGTTATTCG CTAGCTTGAT ATTTCGAGTA GCGCTGGACA ATTCAGTTCA AGTTTTAGCA ATTTTACGTG TAGGGTAACT TTTGTTTACG TACCCTAAAA CAAATGTATA CATATGAAGA AAGGAAAATA TCTTATAATC TTACCGGATC AAAACGAGAA ACCAACGAAC TCAGTTGTGA GTCCCAGGCT GTCGATCTGA CGGTGTTGTT ACTTATCCAG CGAGGCTATC ATACTTTTCA TATTCTCAGC CTAGTGTATC ACTAGGCTGA GAAACAATTT AC |
CDS |
| >Mp4g02140.1 ATGCTTGTCA GTGAAGGCGT GCTTCGAGAG CGTTCGAGAG AGAGCTTTAT CGAAGGCTTT CCGAGCCCTT TCCTTCGGTT TCGGTACATG ACCACCTCAA GATACCCCAT TGTGTTCGTT GCAGTTCTGG TGATTGCCCT GGTTTTACCT GTTCTGGTCG TGCCGTCGTC TGGTTCTTAC AAGACCGTCG CCGATTTCAT CTCCTACGGG AACGTCAGAG GGGTTTTGAC CACAGGTCAG ACAGTTGCGA CGCTTCTTGG GAAGCATTAC TTCCATTCTT TCCTCTTGCT GATGGGATCG TCCGCTTCCT CTCCAGCCAT GGCTCAAAAG AGCGTGCACG AGTTTTCTGT GAAGGATACT GCTGGAAATG ACGTGGATTT GAGCTCGTAC AAGGGCAAGG TCTTGCTCAT TGTCAACGTT GCATCCCAAT GTGGTCTAAC GAGCTCAAAC TATAAGGAGC TCACTGAGGT GTACAGCAAG TACAAAGATC AAGGCCTGGA AATCTTGGCG TTCCCCTGCA ATCAGTTTGG TGGGCAGGAA CCTGGAACGA ATGAGGAAAT TAAGGAGTTT GCTTGTACGA GGTTCAAAGC GGAATTCCCA ATATTTGACA AGGTGAATGT AAATGGAGAG AATGCGGATC CACTGTACAA ATTTCTGAAG GCAAGCAAGG GAGGAGGTAT ATTGGGAGAA AGCATCAAGT GGAATTTTTC CAAGTTTCTG GTTGACAAGG AAGGGAATGT TGTCGACAGA TACGCCCCAA CAACGTCTCC CTCAAAAATT GAGAAGGATA TCAAGAAACT CTTATAG |
Protein |
| >Mp4g02140.1 MLVSEGVLRE RSRESFIEGF PSPFLRFRYM TTSRYPIVFV AVLVIALVLP VLVVPSSGSY KTVADFISYG NVRGVLTTGQ TVATLLGKHY FHSFLLLMGS SASSPAMAQK SVHEFSVKDT AGNDVDLSSY KGKVLLIVNV ASQCGLTSSN YKELTEVYSK YKDQGLEILA FPCNQFGGQE PGTNEEIKEF ACTRFKAEFP IFDKVNVNGE NADPLYKFLK ASKGGGILGE SIKWNFSKFL VDKEGNVVDR YAPTTSPSKI EKDIKKLL |