| Database | ID | Description |
|---|---|---|
| ProSiteProfiles | PS50873 | Plant heme peroxidase family profile. |
| Pfam | PF00141 | Peroxidase |
| Gene3D | G3DSA:1.10.420.10 | Peroxidase, domain 2 |
| SUPERFAMILY | SSF48113 | Heme-dependent peroxidases |
| MapolyID | Mapoly0245s0004 | - |
| GO | GO:0004601 | peroxidase activity |
| GO | GO:0020037 | heme binding |
| GO | GO:0006979 | response to oxidative stress |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpPOD20 | Peroxidase | Published |
Sequences: |
Gene UTR + CDS + intron |
| >Mp2g25010.1 GAAGATTTGG GCAAGTCTCG ACGACTTCCC TGCTAGGCTC TGTGGGTTTA TTCCCTCTCT AGTTTTGGGC CTTGGTGTCC ACATGGCTAG GAGCCCGCCA ATGTTTTGCA GCATTTTTAG AAAATGACAC ATGACACATT TAGATTGTGT CACATGATGC ATGACGCATG ATTGGTCTTC AAATCCTTCA AGCGCGCTTT CTCTTCTGGG ATCAACTGCT CCAAGATCCG TATTGTTCGT CAAATGGCGC ACCCATTGCA AGTTCTGCGA CGTCCTGCGT GCCTGGTCCA CGAGCATTCT TATCATCCTC ACCATCTTCG GTACCCGCTG TTTTCCTTTG TCTTCCTCTT CGGCTCTCGC GCTCTGGTCT CGTCTCCTTC GCTTTTGTTC CTCGTGATTC AGTCAGTCGC GGCTGCCTTG GTCTTGCCTC CTACCGATGC ACCAACTCTT CTTACTAGAT GGTCATCGCA GAATATTATT TCCCCTGCTG CTGACACTGG CGCTTCCGAC TCCCAGCGCT GACGAATCCT CTATCGCCTC GATGCGTCTG AAGCTTGATG CCCCACCTAT TGCAAAAGTG ATTAGGAAAA TGAAAAGTTA ATAGTTCTGA TTTGCATTGA CATAGATTGT ACTGAATTGT AAGATCAACT ACGGTTTGAG TACGAAAGTT TTTGATTCAA ATCAGGAAAC AAGGAACTCG AGAAGCAATC AACGTTTACA CTGCGAGGAC TCTAGAGTTG TCATTGGCAT AAACAGTACC GTCCCGATCA GGTAAGCATT GTTTTCATTA AAAATAGGGT TGAGAGTGAT TCATTTCAAC ATATCATAGA TTAGATTGTC ATTCGACGAA AGTTTTTAAG ATTCTTGAGT TTGGATGTCT AAGTTTTGGA AATTTTTTCT TTCCGCTTGT GGTTTATATG TACTCATTTG GCTTTATGTT GTTAATAATT AAAAGGTAAA TCGATCCGGT CCTTATTACA CACGTTTCCA AGATCACATT GGGTAATAAA CACGTAGAGG TCGTGTAAAG CTTCAGTCTG CGCTTTGTGA ATTGACTTGG TCATTACCAA GATATCTTAA AATTGAGACA GATGTATGCT GTCAATGTTT ACCTAAAGCA TGTCTTCAAC CTCATCAGAT ATTAATCCAG TTACCTTTAG GATTTTTTCC CGCTTATATA CACATTGCCC AGAGCTGCTT CACTAACAGG ACAGTCGCGA GCTAGAATCC TTTCACTGGT ACCATCCGTC TTGCTAAGCT TCTTCATTTT ATCGTATCCA TGAGACTAAT TCATGCGTTT CACTTTGGTT TCTTAGACAT TGTAACCGAA TCAAACGATT ATGAAATGAT TCCTCTACAG TAAGCAACTA CTGGCTAGGT ACTCACAAAA TACTCCCATT TTCAAGTTGC GAAAGTAGGC GGGAACCCAT TGTAGTGTGA AGTTGATCTG TGATGTTGTG AATTTAGGTA TTTCAAGATC ACATTATGGG GTTTCATGCC AGGCCACCTG ATGCCATCTG GTGTGGCATG GTAGTCACCT CATGGCACAA ATTTCGCTCC ATATTCTGTT ACCATGTATC CACGTTGGAT TTGTTGCGAG CCATTCCTCT CGCTATGCAT AACCTTCCCC TATAAGAACA ATTGCAGATA GGGAAACATG GTCATTGAAC GAGACTACTA CAAGAAAGTA TGTCCTGAGT TAGAACAAGA CATTATAAAT GGTGTTTTTT GAAAATGTCA TTATCGAATC CATGGATGAA TGATTTATCA TAGATGGATC CAATGACGCC ATTTTCAGAA AAAACCTGAT TCATGGATAA GTCCTGTGTT TTGAGAAAAG TGCGTGTTGC TTGATCCTTT CAGTTTTTGA GCTTCACCTC CTTCTCTTCC AGTTTCACAT CTTGAGTTCG TGCACAGTGT CTGAGTTTCA CAGAATTCAA AGACACTTGA ATGGATGGTA TTCTCTTCCA GGTGCACATC TTGAGTTTGT TATCAAGTAT GGAAGTAGAG ATTGGCAACA GCGGTTACAA GCCTCACGAA CTCGGTAAGT TTCTTGAGTT TGATAGAACA ATTTTAGAGC ATAGAAACCA CTTGCCAAGC TCTGGAGTTA TCATCGTATT TATAAACCTC CACATGTTTA GGGTATTAGA TCCCCGTACA GAAAAATAAA GCTCGAGAGC AATCACCTTT TGTACATAGG TAGAGTAATG GCTCGTAAAA AGTCAACGGT GGATATATGG AAACATAACT CGGAGGTAAT TTTGTGGCAT GAGGTGCCTA CAATGCCAGA CATTCTGGCA GAACAAAGGT ACACGGTCAT GCAACTGGAA GCACATTTTT AAAGTGCTTC CGGTTGCATT ACCTTGTACC TTTGTTGATT CCAGGCGGAA GGAGATTATG TATGTTTTTG CAGTGGATAC AACTTTGGTG TTATTATCTG TTTCCATGTA AAACTCACGG AGCCTAACGG TGAAGTAGTC GAGCCGTGCC CAAATCTTCG TCGGGCACAT CGACTTCACT ATTATGCTAC GTGAGTTTTA CTCACACGTT CGTTTTGATA CTTCGAATCC ACATGGCCAG GAGTTGGACG ATAGTTTGCA GCATTCTTTT TGGCAGCCTA GGCTAGATTC AAACTTTTAA ATTCCTTCAC ATACTCAAGA CTGGTGAATA TATTGCTTGT AGCTCACAGG CAGACAACAG AGTGAAGTAT TCATTATGCA GGAGGATCTC AGTCTCAAAA ATGCAGCTGA TAATTTTCTT TAACAGATAT CAGATCTTTT GGAATCTCTT CGTACTTTGT AAATTTCGTA TGATTTGGGT AGTGCAGAAA AATTTTCTTT TCAGTAAGAA GTGATGCAGT GAGAGGTAAT TTTGACCAAG GCATTTTATT CGAAGTGAAA TTGTAAGTAG ATGGAATTGC CCCTCAATCA CCAAGAAGCC AATTTTGAAT AAATGCATTG GGATTTTGTA TGCGATTCTA ATTGATTAAA ATTCTAGCCA TGCCTAAGAG GTAGCGCTTT GCAGTCAGAA AATTCGCCTA GATTTGACAG TTTTGTTAGA AAGTTTGCCT CATTTCCTTT ACTTTTATTG GTAAAAAAAA ATGTGATCCA TGATGCTTTC TATTATTTCC CTCAAACTAG TATCCTACGA AGATACTCTC AAATGGAAAG TGGCGGTTTT TTTTCGCTTT TAAGGCTCTC TTTCCTTCTC ACATAAAAAA TGGCGATTTT TTCTTTAGAT TAGACGTATC TCTTCATTCT CACATCGAAA ATGGCGAATT TTTTTGAAGA CATCATGGAA TTAATCGATA TTATTTTATC ATCACCAGAT TTGGTTTTTT ACTTTGATGA TTTCTAAACA TTCAATGATA GCAGATCTTA ATCGAACGTA ATCTGATGCC ATGGCCTGGC ATGGCATGAA GCACCGCAGT GTTATCTTGT AACACCGTAA TTCATAACAT CTCAGATCAT TATTAAAAGT ACAGTAATCT CTCGTACGAG GTTTGAACCT GGGAGGATTG TGGTTGTGCG TAGATACCTA ATAATTGTTT ACTTTAGAAG AATCATTTCA TAATCGTTTT ATTGAAACGA TACGGAAACC CTAAATGAGT CCCATGGATA CCATATAATG AAGAAGCATA TCAACAAGGA TGGTACCAAT GTAAGGAGTC TTCAGCAAGC CTCATAAATT GTGGCAAATG CCATGATTCT GGAATTTTGT CACTAACAAT ATCATTTCAC TATTTTCATT CGATGGCTTG GCGATAATAT TTTTCAACGT TTCGAATTGC TTTGCAAAGT ACATTGCACT ATGTTCCAAC CAATAATGGA AACAAACATG TTATAAAAAT GATAGGAAGT TTAAAAATAG ATGTTGAGTC GTTTTCGAAG AAGTAAAAGC TTTTGAGTTG CGTGATTTGG AATAGAGAAA ATCATTGATA TCGGTAGAAA AGATGGCGTT GTTTCGATCG CAGCTGAATC GATGGCCAGC TTGCCTTCTC CTATCGCCGA CTACACGCAA CTGGTCCAGG GCATCGCCGC AGTCTGTCTG AGCGAGAAGG ACATGGTGGT GCTCTCAGGT GAGAGCAACT CGACCACCAG CACTCGGCAC ACCAGTCTAG CTATTCTGGA ATGTGATATA GGAATTTGTG TCTGAGACGC TGTCCGAGAG CAGTTATTTA TTCACCTTCT GCCATTTGTA TGTAAAATTT GCAGGTGGCA TAGCATAGGC AGAGCCAAGT GCGGAGCATT CTCCCATCGC ATTTACGGCT TCTCCGGCCT GGGGCAATCA ATGGGACAGA TCAACGGGAC AGATCCGACT CTGGATCCAG AGTATGCCAA GGTGTTGAGG CAGCAGTGCC CACAACATGC TCACCTGAAC ACGGTGTTCC TGGACCCGTC AGGCTGCTTT TCCGGACAGA CCTCGAAGTA TCCCTCGGAG GCCGTGAAGG ACAAAAGAGG CGTGCTCCCC TCCGATGCAG CCAAATTTGG CCAAATGTGC CAAGAATACC CAAGAAGCGA AAACCTCAAA TATGTATACA TTTGTACCAA GAGCATCACA AAAATTGCCA ATAATATACA AGTAACAAAA GTCTCTAATC CTTATCCCTT CCATTTATAA CAAGCATATT AGTCACAGAA CATCGGAAGA GATACGCCAT TGATGTCATC AAAACTTGAC CGCATTTGAT AATTACATAT GGC |
mRNA UTR + CDS |
| >Mp2g25010.1 GAAGATTTGG GCAAGTCTCG ACGACTTCCC TGCTAGGCTC TGTGGGTTTA TTCCCTCTCT AGTTTTGGGC CTTGGTGTCC ACATGGCTAG GAGCCCGCCA ATGTTTTGCA GCATTTTTAG AAAATGACAC ATGACACATT TAGATTGTGT CACATGATGC ATGACGCATG ATTGGTCTTC AAATCCTTCA AGCGCGCTTT CTCTTCTGGG ATCAACTGCT CCAAGATCCG TATTGTTCGT CAAATGGCGC ACCCATTGCA AGTTCTGCGA CGTCCTGCGT GCCTGGTCCA CGAGCATTCT TATCATCCTC ACCATCTTCG GAAACAAGGA ACTCGAGAAG CAATCAACGT TTACACTGCG AGGACTCTAG AGTTGTCATT GGCATAAACA GTACCGTCCC GATCAGGTGG CATAGCATAG GCAGAGCCAA GTGCGGAGCA TTCTCCCATC GCATTTACGG CTTCTCCGGC CTGGGGCAAT CAATGGGACA GATCAACGGG ACAGATCCGA CTCTGGATCC AGAGTATGCC AAGGTGTTGA GGCAGCAGTG CCCACAACAT GCTCACCTGA ACACGGTGTT CCTGGACCCG TCAGGCTGCT TTTCCGGACA GACCTCGAAG TATCCCTCGG AGGCCGTGAA GGACAAAAGA GGCGTGCTCC CCTCCGATGC AGCCAAATTT GGCCAAATGT GCCAAGAATA CCCAAGAAGC GAAAACCTCA AATATGTATA CATTTGTACC AAGAGCATCA CAAAAATTGC CAATAATATA CAAGTAACAA AAGTCTCTAA TCCTTATCCC TTCCATTTAT AACAAGCATA TTAGTCACAG AACATCGGAA GAGATACGCC ATTGATGTCA TCAAAACTTG ACCGCATTTG ATAATTACAT ATGGC |
CDS |
| >Mp2g25010.1 ATGATTGGTC TTCAAATCCT TCAAGCGCGC TTTCTCTTCT GGGATCAACT GCTCCAAGAT CCGTATTGTT CGTCAAATGG CGCACCCATT GCAAGTTCTG CGACGTCCTG CGTGCCTGGT CCACGAGCAT TCTTATCATC CTCACCATCT TCGGAAACAA GGAACTCGAG AAGCAATCAA CGTTTACACT GCGAGGACTC TAGAGTTGTC ATTGGCATAA ACAGTACCGT CCCGATCAGG TGGCATAGCA TAGGCAGAGC CAAGTGCGGA GCATTCTCCC ATCGCATTTA CGGCTTCTCC GGCCTGGGGC AATCAATGGG ACAGATCAAC GGGACAGATC CGACTCTGGA TCCAGAGTAT GCCAAGGTGT TGAGGCAGCA GTGCCCACAA CATGCTCACC TGAACACGGT GTTCCTGGAC CCGTCAGGCT GCTTTTCCGG ACAGACCTCG AAGTATCCCT CGGAGGCCGT GAAGGACAAA AGAGGCGTGC TCCCCTCCGA TGCAGCCAAA TTTGGCCAAA TGTGCCAAGA ATACCCAAGA AGCGAAAACC TCAAATATGT ATACATTTGT ACCAAGAGCA TCACAAAAAT TGCCAATAAT ATACAAGTAA CAAAAGTCTC TAATCCTTAT CCCTTCCATT TATAA |
Protein |
| >Mp2g25010.1 MIGLQILQAR FLFWDQLLQD PYCSSNGAPI ASSATSCVPG PRAFLSSSPS SETRNSRSNQ RLHCEDSRVV IGINSTVPIR WHSIGRAKCG AFSHRIYGFS GLGQSMGQIN GTDPTLDPEY AKVLRQQCPQ HAHLNTVFLD PSGCFSGQTS KYPSEAVKDK RGVLPSDAAK FGQMCQEYPR SENLKYVYIC TKSITKIANN IQVTKVSNPY PFHL |