| Database | ID | Description |
|---|---|---|
| ProSitePatterns | PS00436 | Peroxidases active site signature. |
| Pfam | PF00141 | Peroxidase |
| SUPERFAMILY | SSF48113 | Heme-dependent peroxidases |
| CDD | cd00693 | secretory_peroxidase |
| ProSiteProfiles | PS50873 | Plant heme peroxidase family profile. |
| FunFam | G3DSA:1.10.420.10:FF:000001 | Peroxidase |
| PANTHER | PTHR31235 | PEROXIDASE 25-RELATED |
| Gene3D | G3DSA:1.10.520.10 | - |
| PRINTS | PR00458 | Haem peroxidase superfamily signature |
| PRINTS | PR00461 | Plant peroxidase signature |
| Gene3D | G3DSA:1.10.420.10 | Peroxidase, domain 2 |
| FunFam | G3DSA:1.10.520.10:FF:000009 | Peroxidase |
| ProSitePatterns | PS00435 | Peroxidases proximal heme-ligand signature. |
| KEGG | K00430 | peroxidase [EC:1.11.1.7] |
| MapolyID | Mapoly0038s0040 | - |
| GO | GO:0006950 | response to stress |
| GO | GO:0006979 | response to oxidative stress |
| GO | GO:0042744 | hydrogen peroxide catabolic process |
| GO | GO:0020037 | heme binding |
| GO | GO:0009506 | plasmodesma |
| GO | GO:0004601 | peroxidase activity |
| GO | GO:0009505 | plant-type cell wall |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpPOD141 | Peroxidase | Published |
Sequences: |
Gene UTR + CDS + intron |
| >Mp6g18300.1 ATTAAAATAT TCATTCTTTC TTTCTGAAGG ACTATATATG GAGTATGCGG CATTGTCAAA TCGCAGCTGG CCGGGTCGAT CAGTCTACAC TTGTAACTTC GACCTTTGCA GGTTTGTGAG AATCAAAGAG AAGCACATAC AGTCCTCATC AATTTGGATT TTTTTCATTA TATTTTCAGT ACTTTTGAGC TCAATCACTC GCACCATCCA CATGCTTAGT GATGGTTCGT AGTAGATCCA ATATATTCAG AATGCCTTCT AAAATCTGTC CAATGTCTAA ACTCTAGTAA TGACCGGTCG TTGTTGTGGT CCTTGCAGAG AAGCAAAATC GATCATTACC TCAAGCTGGT CGTGAGATTC TCAAATAAAG AAAAAACAGA GAGACGATCT TCACAGCTAG ACAAAGCGAT CATGACTTCT GGCGGTTCAA GATTGCCTAT TTGGCAAATG CTAGGTTTGG TTCTCTTTGT AGTTATGTTG GCATCTGAGC GAACAGATGC CAACTATCTT ACGACGGATT TCTATGACCA AAGTTGCCCT CAAGCCCTTT CTATAGTGCA GCGGAAGGTA GACGAGTTCA TCGAGGCAGA TCGAGGACTA GCTGGAGCTC TTCTGCGCTT ACATTTCCAT GATTGCTTTG TTCGAGTAAG CTTTCTGCTG CCAACTCCAA TTTCCTACAA CCCGCTACTG TTGAAGACAA TGATTTCATT CGCGCAATCA GCTGTACTAT ATCTGTATTT GCTCCTCGGA CAACCGCTTC TGGCCAATAG TCAGATTTCC AATATAAGCA AGTCTTGGCC AGAAGAAGGT TTTGTCTGAA GAGCATAGAT AAGGAAATGG TCAGTTTTGG ACTCTCAAGC TGCTGTGTCT ATAAACTCAT CTATGTTATC TTGAAATTCT CTACTGGACT CACTTACGTC TCTCCTGCAG GGTTGTGATG GATCTGTGCT TGTCAACTCA ACGGAAGATA GTTTGGCTGA GAAGGATGCT CTTCTGAACA AAGGTTCTCT CAGAGGTTTC GAGGAGATTG ATGCCATCAA GATGGAGCTT GAATGTGCAT GCCCCGGCGT TGTGTCGTGT GCTGATATTC TTGCTCTTGT AGCCAGAGAC GCCACCGCCA AGGTACGTAA CCAACACCTA CTGGACAAGG AAGATTTCAT TGTTAAGAGT CATATATCAT AATCCTTCCT CCCCGACAGC ATTTCGAAGG CAAAGTGTAC ACATAACCTC TTAACGACAG TCAGGGGTCC TTCGGTTCTT CTAATCGAAC AGCCTCTACT TATCTAATTC AACCTATTTG ATGCAAAGTA TTCTCTCCCT GCAAAAGATC AAGCATGACA CCAATATGCT GCCAACAAAA ATAATTGGGC TTTGCATGAC CCCTTCCTCG GCGGTTTTTG AGTACAGCGA GGCATCATGT ATTAATACCA AATACTTTGA AGCACAGATT GAAGGCTACG AATATTTCAA GCTTTGAGGC TGGTTGTCGC TCTATGTTCT TGCAGGTTGG CGGCTATGGT TGGCCAGTGT TTCTAGGTAG AATCGATGGA GCCGGTTCCG TTGGTGAGGA GGTCAACGGT AGTCTACCAG AACGTACGGA CAATTATACT ACTCTCGTTG CCAACTTTGC GAGACGTGGT TTGGATGCGA AGGACATGGT TATCCTGTCA GGTATTTCTT CTGCCACTTA GCCTGCTTCT TCCAATTAAG GGGAACGATA AAGACACATG ATAGTGTTGG TCAATTACAA AGACATAATC CCGAGAAACA TGGCTGGCAT AGATGCAAGC ACAAGGAATG ACAAGGCGAA TGTGTGTGAA TGAGTTTGCA GAATCAGTTG TGGACACAAA TAATTAACAG GTATGTCTCA TTGCAGGATC CCACACCATA GGCGTAGCTC ATTGTGGAGC GTTTTTCGAG CGATTGTACA ATTTTGAAGG GACGAACAAG ACAGATCCCT CGATGGACGC ATCACTGGCC ACATTTCTGA AGAAGAGATG CCCCATTGAC AAGCCTTTCG GATTGATGGC TCTCGGCGGA ACGAACGGGA CATTTGACAC TGACTATTAT CAGAACCTTC TAACCAAAAG AGGACTACTT GAATCAGATG TGACGCTCAC AAGCGACCCC TATGGTTTGG AAATTGTCAC CAAAGCAGTG GAAGACCCGT CGTGGTTCTT GACCGAGTTC GGAATTTCTA TGATCAAAAT GGGCTTCATT GAGGGAACTC ATCCCTACGG CTGGAGAAAA CATTGCGCCG TCATCGAGCC ACGGGAGAAG TAATACTACT GATCGTTATT TTGATTACCA CTATGCAGAT CATGACTCCA AAGGGCTGGA AAACCATTAT GGACATCTTG AGTCAATTCT GCCAATAATG CTTTGAAGTC TACATTACGT AGATAACCTG CAAATATTTC TTGAAATAGT ACATTTAAAA CTTTTTCGGA TCATTCTCGG GACCTTCTTT GACGAGTCCT GCCATTTTTT TCCAATACTC CAGTCACACT TGTAAAAATG TCAGTTGAAA CTTACAAGGA CAACTTGTAC AATAAAAGTC AAGTTTTTCT TTCAC |
mRNA UTR + CDS |
| >Mp6g18300.1 ATTAAAATAT TCATTCTTTC TTTCTGAAGG ACTATATATG GAGTATGCGG CATTGTCAAA TCGCAGCTGG CCGGGTCGAT CAGTCTACAC TTGTAACTTC GACCTTTGCA GAGAAGCAAA ATCGATCATT ACCTCAAGCT GGTCGTGAGA TTCTCAAATA AAGAAAAAAC AGAGAGACGA TCTTCACAGC TAGACAAAGC GATCATGACT TCTGGCGGTT CAAGATTGCC TATTTGGCAA ATGCTAGGTT TGGTTCTCTT TGTAGTTATG TTGGCATCTG AGCGAACAGA TGCCAACTAT CTTACGACGG ATTTCTATGA CCAAAGTTGC CCTCAAGCCC TTTCTATAGT GCAGCGGAAG GTAGACGAGT TCATCGAGGC AGATCGAGGA CTAGCTGGAG CTCTTCTGCG CTTACATTTC CATGATTGCT TTGTTCGAGG TTGTGATGGA TCTGTGCTTG TCAACTCAAC GGAAGATAGT TTGGCTGAGA AGGATGCTCT TCTGAACAAA GGTTCTCTCA GAGGTTTCGA GGAGATTGAT GCCATCAAGA TGGAGCTTGA ATGTGCATGC CCCGGCGTTG TGTCGTGTGC TGATATTCTT GCTCTTGTAG CCAGAGACGC CACCGCCAAG GTTGGCGGCT ATGGTTGGCC AGTGTTTCTA GGTAGAATCG ATGGAGCCGG TTCCGTTGGT GAGGAGGTCA ACGGTAGTCT ACCAGAACGT ACGGACAATT ATACTACTCT CGTTGCCAAC TTTGCGAGAC GTGGTTTGGA TGCGAAGGAC ATGGTTATCC TGTCAGGATC CCACACCATA GGCGTAGCTC ATTGTGGAGC GTTTTTCGAG CGATTGTACA ATTTTGAAGG GACGAACAAG ACAGATCCCT CGATGGACGC ATCACTGGCC ACATTTCTGA AGAAGAGATG CCCCATTGAC AAGCCTTTCG GATTGATGGC TCTCGGCGGA ACGAACGGGA CATTTGACAC TGACTATTAT CAGAACCTTC TAACCAAAAG AGGACTACTT GAATCAGATG TGACGCTCAC AAGCGACCCC TATGGTTTGG AAATTGTCAC CAAAGCAGTG GAAGACCCGT CGTGGTTCTT GACCGAGTTC GGAATTTCTA TGATCAAAAT GGGCTTCATT GAGGGAACTC ATCCCTACGG CTGGAGAAAA CATTGCGCCG TCATCGAGCC ACGGGAGAAG TAATACTACT GATCGTTATT TTGATTACCA CTATGCAGAT CATGACTCCA AAGGGCTGGA AAACCATTAT GGACATCTTG AGTCAATTCT GCCAATAATG CTTTGAAGTC TACATTACGT AGATAACCTG CAAATATTTC TTGAAATAGT ACATTTAAAA CTTTTTCGGA TCATTCTCGG GACCTTCTTT GACGAGTCCT GCCATTTTTT TCCAATACTC CAGTCACACT TGTAAAAATG TCAGTTGAAA CTTACAAGGA CAACTTGTAC AATAAAAGTC AAGTTTTTCT TTCAC |
CDS |
| >Mp6g18300.1 ATGACTTCTG GCGGTTCAAG ATTGCCTATT TGGCAAATGC TAGGTTTGGT TCTCTTTGTA GTTATGTTGG CATCTGAGCG AACAGATGCC AACTATCTTA CGACGGATTT CTATGACCAA AGTTGCCCTC AAGCCCTTTC TATAGTGCAG CGGAAGGTAG ACGAGTTCAT CGAGGCAGAT CGAGGACTAG CTGGAGCTCT TCTGCGCTTA CATTTCCATG ATTGCTTTGT TCGAGGTTGT GATGGATCTG TGCTTGTCAA CTCAACGGAA GATAGTTTGG CTGAGAAGGA TGCTCTTCTG AACAAAGGTT CTCTCAGAGG TTTCGAGGAG ATTGATGCCA TCAAGATGGA GCTTGAATGT GCATGCCCCG GCGTTGTGTC GTGTGCTGAT ATTCTTGCTC TTGTAGCCAG AGACGCCACC GCCAAGGTTG GCGGCTATGG TTGGCCAGTG TTTCTAGGTA GAATCGATGG AGCCGGTTCC GTTGGTGAGG AGGTCAACGG TAGTCTACCA GAACGTACGG ACAATTATAC TACTCTCGTT GCCAACTTTG CGAGACGTGG TTTGGATGCG AAGGACATGG TTATCCTGTC AGGATCCCAC ACCATAGGCG TAGCTCATTG TGGAGCGTTT TTCGAGCGAT TGTACAATTT TGAAGGGACG AACAAGACAG ATCCCTCGAT GGACGCATCA CTGGCCACAT TTCTGAAGAA GAGATGCCCC ATTGACAAGC CTTTCGGATT GATGGCTCTC GGCGGAACGA ACGGGACATT TGACACTGAC TATTATCAGA ACCTTCTAAC CAAAAGAGGA CTACTTGAAT CAGATGTGAC GCTCACAAGC GACCCCTATG GTTTGGAAAT TGTCACCAAA GCAGTGGAAG ACCCGTCGTG GTTCTTGACC GAGTTCGGAA TTTCTATGAT CAAAATGGGC TTCATTGAGG GAACTCATCC CTACGGCTGG AGAAAACATT GCGCCGTCAT CGAGCCACGG GAGAAGTAA |
Protein |
| >Mp6g18300.1 MTSGGSRLPI WQMLGLVLFV VMLASERTDA NYLTTDFYDQ SCPQALSIVQ RKVDEFIEAD RGLAGALLRL HFHDCFVRGC DGSVLVNSTE DSLAEKDALL NKGSLRGFEE IDAIKMELEC ACPGVVSCAD ILALVARDAT AKVGGYGWPV FLGRIDGAGS VGEEVNGSLP ERTDNYTTLV ANFARRGLDA KDMVILSGSH TIGVAHCGAF FERLYNFEGT NKTDPSMDAS LATFLKKRCP IDKPFGLMAL GGTNGTFDTD YYQNLLTKRG LLESDVTLTS DPYGLEIVTK AVEDPSWFLT EFGISMIKMG FIEGTHPYGW RKHCAVIEPR EK |