Mp2g05790
Description
Annotation
| Database | ID | Description |
|---|---|---|
| Gene3D | G3DSA:1.10.1280.10 | - |
| Pfam | PF12142 | Polyphenol oxidase middle domain |
| Pfam | PF00264 | Common central domain of tyrosinase |
| PRINTS | PR00092 | Tyrosinase copper-binding domain signature |
| PANTHER | PTHR11474 | TYROSINASE FAMILY MEMBER |
| SUPERFAMILY | SSF48056 | Di-copper centre-containing domain |
| KEGG | K00422 | polyphenol oxidase [EC:1.10.3.1] |
| MapolyID | Mapoly0021s0035 | - |
| GO | GO:0004097 | catechol oxidase activity |
| GO | GO:0016491 | oxidoreductase activity |
Nomenclature
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpPPO3 | Secondary metabolism enzyme | Provisional |
Associated Literature (AI-based literature mining, Beta-version)
Secondary metabolism enzyme (from nomenclature)
0 core 1 peripheral
El Mahboubi K, Beaulieu C, Castel B, Libourel C, Jariais N, Amblard E, van Beveren F, Keller J, Martinez Y, Nelson JM, Bonhomme M, Jacquet C, Delaux PM. (2026)
· Proceedings of the National Academy of Sciences of the United States of America research experimental background
Polyphenol oxidase among secondary-metabolite genes implicated in fungal interaction.
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp2g05790 across the single-cell RNA-seq atlas. Cluster identities (right) annotate the same UMAP used for the feature plot (left).
Gene structure:
Sequences: |
Gene UTR + CDS + intron |
| >Mp2g05790.1 ATGGCGTCTA AGGAGTTACT GGTTTTGTTC CTGATTGTAG CTTGGACTAG CAGCTGGGGA TCTGTGCAGT CGGCGCCCAT CCGCCTCACG CAGACTACTT TAGATACTTG CCACGCAGGT AATTTCTTCG GCGAGATTAC TCATTGTTGC CCTCCTGCCA CCTACACCAA GGGTCCCATC GTCGAATTCA TCCCCAAACG TGATCATATT GGGCCGCATC GAGTCAGAAA GGCATTGCAA TGCTTGGCTG GCGACGAGCT CAGAATCTAC AGCGAACAAC TCTGGAGAGC ATATGATCTG ATGAAAGCTC TGCCCATGGA CGACCCTCGC TCCTTCTACC AGCAGAATGC CCTCCACTGT GCTTATGGAA GTGGCGCTTT CATCCAGGAT GGCACTGCCA ACCTCACCAT TGATGTGCAT TTTAACTGGT ACTTCTCTCC TTGGCACCGG CAGTTCATAT ACTTTCACGA GAGGATTCTC CAGTCGCTGC TCAACGACAC CACATTCAGT CTACACTTCT GGAATTTCGA TAACAATGTC GATGGCGAGA GCCATGGCAA AGACGGCTGC TACAGAAAGG GATACCTCTT CCCCGAGCTC TACAGCGACC CTTCCAAGTC CACATTCCAT GCCAATCGAT CTGAGAGACC TTTCATGGCA AACCTGCCAA TGGACTTGAC GGTTCTTAAT CGGAGTGACA TTCCTCTGCG TTTTGCGAGC GTGGCGGTTC CTAGAAACCG CGAATTGATG CACAGGGCGA TGGCGGTGGG CAACACTAGT TTGGATTTTC ATGGAGTGGA GTTCAAGCAC GGAGACCCCC AGAACCTGGA CATCAATGGA GGAGGGTCTC TGGAGTTCCT CCCCCACAAC AGTGTTCACC GCTGGATAGG AGGCTCGACT GCATTGACGA CACACGCGCC AGAAGATCCC ATCTTTTATG TATTCCACTC CAATCTCGAA AGGCTCTGGG ATGTGTGGCA GAAGCTTGGT AATGGCAGAA CAGACCCGTC CACGCCAGAT TGGCTGGACG CAGAGTTTTT GTTCTTTGAT GAAAATGCTG TCGTGAGAAG TGTGAAAGTC AGAGATTCCC TGAGCACGGA AGACTTCGGA TACAGCTATG AGAAGGTGTT TGACGAAAGC TGGATCTTCT ACGACAACTC CACCAGCACA ACGCCCACCA GTCCAGCATC TCCTACCAAC ACATAA |
mRNA UTR + CDS |
| >Mp2g05790.1 ATGGCGTCTA AGGAGTTACT GGTTTTGTTC CTGATTGTAG CTTGGACTAG CAGCTGGGGA TCTGTGCAGT CGGCGCCCAT CCGCCTCACG CAGACTACTT TAGATACTTG CCACGCAGGT AATTTCTTCG GCGAGATTAC TCATTGTTGC CCTCCTGCCA CCTACACCAA GGGTCCCATC GTCGAATTCA TCCCCAAACG TGATCATATT GGGCCGCATC GAGTCAGAAA GGCATTGCAA TGCTTGGCTG GCGACGAGCT CAGAATCTAC AGCGAACAAC TCTGGAGAGC ATATGATCTG ATGAAAGCTC TGCCCATGGA CGACCCTCGC TCCTTCTACC AGCAGAATGC CCTCCACTGT GCTTATGGAA GTGGCGCTTT CATCCAGGAT GGCACTGCCA ACCTCACCAT TGATGTGCAT TTTAACTGGT ACTTCTCTCC TTGGCACCGG CAGTTCATAT ACTTTCACGA GAGGATTCTC CAGTCGCTGC TCAACGACAC CACATTCAGT CTACACTTCT GGAATTTCGA TAACAATGTC GATGGCGAGA GCCATGGCAA AGACGGCTGC TACAGAAAGG GATACCTCTT CCCCGAGCTC TACAGCGACC CTTCCAAGTC CACATTCCAT GCCAATCGAT CTGAGAGACC TTTCATGGCA AACCTGCCAA TGGACTTGAC GGTTCTTAAT CGGAGTGACA TTCCTCTGCG TTTTGCGAGC GTGGCGGTTC CTAGAAACCG CGAATTGATG CACAGGGCGA TGGCGGTGGG CAACACTAGT TTGGATTTTC ATGGAGTGGA GTTCAAGCAC GGAGACCCCC AGAACCTGGA CATCAATGGA GGAGGGTCTC TGGAGTTCCT CCCCCACAAC AGTGTTCACC GCTGGATAGG AGGCTCGACT GCATTGACGA CACACGCGCC AGAAGATCCC ATCTTTTATG TATTCCACTC CAATCTCGAA AGGCTCTGGG ATGTGTGGCA GAAGCTTGGT AATGGCAGAA CAGACCCGTC CACGCCAGAT TGGCTGGACG CAGAGTTTTT GTTCTTTGAT GAAAATGCTG TCGTGAGAAG TGTGAAAGTC AGAGATTCCC TGAGCACGGA AGACTTCGGA TACAGCTATG AGAAGGTGTT TGACGAAAGC TGGATCTTCT ACGACAACTC CACCAGCACA ACGCCCACCA GTCCAGCATC TCCTACCAAC ACATAA |
CDS |
| >Mp2g05790.1 ATGGCGTCTA AGGAGTTACT GGTTTTGTTC CTGATTGTAG CTTGGACTAG CAGCTGGGGA TCTGTGCAGT CGGCGCCCAT CCGCCTCACG CAGACTACTT TAGATACTTG CCACGCAGGT AATTTCTTCG GCGAGATTAC TCATTGTTGC CCTCCTGCCA CCTACACCAA GGGTCCCATC GTCGAATTCA TCCCCAAACG TGATCATATT GGGCCGCATC GAGTCAGAAA GGCATTGCAA TGCTTGGCTG GCGACGAGCT CAGAATCTAC AGCGAACAAC TCTGGAGAGC ATATGATCTG ATGAAAGCTC TGCCCATGGA CGACCCTCGC TCCTTCTACC AGCAGAATGC CCTCCACTGT GCTTATGGAA GTGGCGCTTT CATCCAGGAT GGCACTGCCA ACCTCACCAT TGATGTGCAT TTTAACTGGT ACTTCTCTCC TTGGCACCGG CAGTTCATAT ACTTTCACGA GAGGATTCTC CAGTCGCTGC TCAACGACAC CACATTCAGT CTACACTTCT GGAATTTCGA TAACAATGTC GATGGCGAGA GCCATGGCAA AGACGGCTGC TACAGAAAGG GATACCTCTT CCCCGAGCTC TACAGCGACC CTTCCAAGTC CACATTCCAT GCCAATCGAT CTGAGAGACC TTTCATGGCA AACCTGCCAA TGGACTTGAC GGTTCTTAAT CGGAGTGACA TTCCTCTGCG TTTTGCGAGC GTGGCGGTTC CTAGAAACCG CGAATTGATG CACAGGGCGA TGGCGGTGGG CAACACTAGT TTGGATTTTC ATGGAGTGGA GTTCAAGCAC GGAGACCCCC AGAACCTGGA CATCAATGGA GGAGGGTCTC TGGAGTTCCT CCCCCACAAC AGTGTTCACC GCTGGATAGG AGGCTCGACT GCATTGACGA CACACGCGCC AGAAGATCCC ATCTTTTATG TATTCCACTC CAATCTCGAA AGGCTCTGGG ATGTGTGGCA GAAGCTTGGT AATGGCAGAA CAGACCCGTC CACGCCAGAT TGGCTGGACG CAGAGTTTTT GTTCTTTGAT GAAAATGCTG TCGTGAGAAG TGTGAAAGTC AGAGATTCCC TGAGCACGGA AGACTTCGGA TACAGCTATG AGAAGGTGTT TGACGAAAGC TGGATCTTCT ACGACAACTC CACCAGCACA ACGCCCACCA GTCCAGCATC TCCTACCAAC ACATAA |
Protein |
| >Mp2g05790.1 MASKELLVLF LIVAWTSSWG SVQSAPIRLT QTTLDTCHAG NFFGEITHCC PPATYTKGPI VEFIPKRDHI GPHRVRKALQ CLAGDELRIY SEQLWRAYDL MKALPMDDPR SFYQQNALHC AYGSGAFIQD GTANLTIDVH FNWYFSPWHR QFIYFHERIL QSLLNDTTFS LHFWNFDNNV DGESHGKDGC YRKGYLFPEL YSDPSKSTFH ANRSERPFMA NLPMDLTVLN RSDIPLRFAS VAVPRNRELM HRAMAVGNTS LDFHGVEFKH GDPQNLDING GGSLEFLPHN SVHRWIGGST ALTTHAPEDP IFYVFHSNLE RLWDVWQKLG NGRTDPSTPD WLDAEFLFFD ENAVVRSVKV RDSLSTEDFG YSYEKVFDES WIFYDNSTST TPTSPASPTN T |