| Database | ID | Description |
|---|---|---|
| PANTHER | PTHR11474 | TYROSINASE FAMILY MEMBER |
| PRINTS | PR00092 | Tyrosinase copper-binding domain signature |
| Pfam | PF12142 | Polyphenol oxidase middle domain |
| Pfam | PF00264 | Common central domain of tyrosinase |
| SUPERFAMILY | SSF48056 | Di-copper centre-containing domain |
| ProSitePatterns | PS00497 | Tyrosinase CuA-binding region signature. |
| Gene3D | G3DSA:1.10.1280.10 | - |
| MapolyID | Mapoly0244s0001 | - |
| GO | GO:0004097 | catechol oxidase activity |
| GO | GO:0016491 | oxidoreductase activity |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpPPO49 | Secondary metabolism enzyme | Provisional |
Sequences: |
Gene UTR + CDS + intron |
| >Mp3g03310.1 ATGAGTGAGC TCTCGTCCGT GGCTTGGGAC TTCGATAGTC CTATCTATCC CAAGACCGCG AGCTCACCAT CAGTTCATAA TCACTTCAGC CCAGATCTCC AGGTACATAT AGGTCATAAC AGCTTCCCTT GCTATGAGAT GATCTCTTCA TTTCTTCGAT ATATATCGCC CTCTGATTGC CTCGTATAAG AAATTTGTTT TAAGCTGCGA CTCCACTCAA GTCTCCGCTC TTACATTTCC ATCTTCGATT CTTCTGCATA TAGACTTGCG TAAAGATCAA ATTCACAAAT TCGTCATGCG ATCCAGATAA TATTGTGGAA TGGTCAGCTC TGCAATCTTC TACATCTGAC ATTAGCTGCC TCCGAATGTG TGTTTCCATG CTCAGTCGTG ACAAGATCTG TGATTTTGAA AACTGATTGG AAGATAATGG CAAACGAACC CTGTCTTTGC TGGTATGTGT TCAGGGACGA GTCGAAGTGT ACCAACATTT CCATCGCCAG AAGACTCGGT AGTGCAGTGT CGTACTCTCC ATGTCATATG TGGTGTCATC CACAGAAGGA CGAATTTAGA GATTTCAGAG ATTCTATAGG ATTCCACCTT ATGTTTTACA CACAATGACG TCAACTGTGG CCCCAGTTCT CTTCATTCAA TATCTCCTTT CCATTATGCT GACAACCACT CTAGCAGCGC CTATCACCAT CACCAGGGAA ACATTTAGAG CGTGCCGACC AGGGAATTGG GCCGGAATTC CATCTAATTG CTGCCCTCTC AAAGTCATTG AAGGACCTAT TGTCGATTTC CGCCCGAAAT ACGATGCGTC TAAACCTTTG AGGGTCAGGA AGGCCTTACA ATGTCTCAGC GGCCATGAGC TACAGACCTA CTTGCAGAAG TTGGAGAAAG GATATGTTCT GATGCGGGCT CTTCCAGACA GTGATCTGCG CTCTTTCAAA AGGCAGAACG CGATCATTGT GCCTACGGGA CGGGCTCCTT CCTCCAAGAC GGCTACACCA ACCTCACCAT CGACGTTCAC TTGAACTGGC TCTTCCTGCC CTGGCACCGC ATGTTCGTGT ACTTTCACGA AAAGATTTTG CAGAAGTTGC TCGGAGATCC CGAATTCAGT CTTCATTTCT GGAATTTCGA CAACAGCGTC ACAGCGACGC CAAGACATGG ATCCCGTGGC TGCTATTTCA AGGCTGGTCA TTTCGTGCCG CCGATGTACA ACGATCCGTC GAAAGCAACA TTTGAAGCTA ATCGCTCAAT CAGGGCCTTC GACCCCAACA GGGCCGTGGA CTATGTGGAC TATGTGTACA ACTGGAACCC TCTTATGGTA CCTCCTGCCT GGCCCAACAA CACCGTGGAG GAACAAACGC GGATGAAACG AGAAGTCATG CACAGATCGA TGATCACCCT CGCAAATACC ACCAACTTCA TCGGGAAGAC TTACAGAGTC GGAGACGCGC AAATTCTGAT CCCAGCGGTA GGAGCTGGTA CGATCGAGTT GGTACCCCAC AATACGCTGC ACGCTTGGAT CGGAGGATGG ATGCTGCAGC CCATTACTGC GCCCATCGAC CCTCTATTAT ACCCTTTCCA TGCGAACATG GAGCGACTCT GGAGCGTCTG GCGCAAGCTG GGTTACGGCA ATGACGATCC GACTGACCCA GACTGGCTCG ATGCAACATT TCTCTTCTGG GATGAGAATG CAGTGATGAG GAGAGTCAAA GTGAGGGACT TTCTGGATTT GAATGCCCTC AGGTACAGGT ACGAGAAGGT GAATGACGCG AGTTGGATCT TCTTCGACAA CTCCACCAGC CCCAGTGCTC CTTAA |
mRNA UTR + CDS |
| >Mp3g03310.1 ATGAGTGAGC TCTCGTCCGT GGCTTGGGAC TTCGATAGTC CTATCTATCC CAAGACCGCG AGCTCACCAT CAGTTCATAA TCACTTCAGC CCAGATCTCC AGGCAGAACG CGATCATTGT GCCTACGGGA CGGGCTCCTT CCTCCAAGAC GGCTACACCA ACCTCACCAT CGACGTTCAC TTGAACTGGC TCTTCCTGCC CTGGCACCGC ATGTTCGTGT ACTTTCACGA AAAGATTTTG CAGAAGTTGC TCGGAGATCC CGAATTCAGT CTTCATTTCT GGAATTTCGA CAACAGCGTC ACAGCGACGC CAAGACATGG ATCCCGTGGC TGCTATTTCA AGGCTGGTCA TTTCGTGCCG CCGATGTACA ACGATCCGTC GAAAGCAACA TTTGAAGCTA ATCGCTCAAT CAGGGCCTTC GACCCCAACA GGGCCGTGGA CTATGTGGAC TATGTGTACA ACTGGAACCC TCTTATGGTA CCTCCTGCCT GGCCCAACAA CACCGTGGAG GAACAAACGC GGATGAAACG AGAAGTCATG CACAGATCGA TGATCACCCT CGCAAATACC ACCAACTTCA TCGGGAAGAC TTACAGAGTC GGAGACGCGC AAATTCTGAT CCCAGCGGTA GGAGCTGGTA CGATCGAGTT GGTACCCCAC AATACGCTGC ACGCTTGGAT CGGAGGATGG ATGCTGCAGC CCATTACTGC GCCCATCGAC CCTCTATTAT ACCCTTTCCA TGCGAACATG GAGCGACTCT GGAGCGTCTG GCGCAAGCTG GGTTACGGCA ATGACGATCC GACTGACCCA GACTGGCTCG ATGCAACATT TCTCTTCTGG GATGAGAATG CAGTGATGAG GAGAGTCAAA GTGAGGGACT TTCTGGATTT GAATGCCCTC AGGTACAGGT ACGAGAAGGT GAATGACGCG AGTTGGATCT TCTTCGACAA CTCCACCAGC CCCAGTGCTC CTTAA |
CDS |
| >Mp3g03310.1 ATGAGTGAGC TCTCGTCCGT GGCTTGGGAC TTCGATAGTC CTATCTATCC CAAGACCGCG AGCTCACCAT CAGTTCATAA TCACTTCAGC CCAGATCTCC AGGCAGAACG CGATCATTGT GCCTACGGGA CGGGCTCCTT CCTCCAAGAC GGCTACACCA ACCTCACCAT CGACGTTCAC TTGAACTGGC TCTTCCTGCC CTGGCACCGC ATGTTCGTGT ACTTTCACGA AAAGATTTTG CAGAAGTTGC TCGGAGATCC CGAATTCAGT CTTCATTTCT GGAATTTCGA CAACAGCGTC ACAGCGACGC CAAGACATGG ATCCCGTGGC TGCTATTTCA AGGCTGGTCA TTTCGTGCCG CCGATGTACA ACGATCCGTC GAAAGCAACA TTTGAAGCTA ATCGCTCAAT CAGGGCCTTC GACCCCAACA GGGCCGTGGA CTATGTGGAC TATGTGTACA ACTGGAACCC TCTTATGGTA CCTCCTGCCT GGCCCAACAA CACCGTGGAG GAACAAACGC GGATGAAACG AGAAGTCATG CACAGATCGA TGATCACCCT CGCAAATACC ACCAACTTCA TCGGGAAGAC TTACAGAGTC GGAGACGCGC AAATTCTGAT CCCAGCGGTA GGAGCTGGTA CGATCGAGTT GGTACCCCAC AATACGCTGC ACGCTTGGAT CGGAGGATGG ATGCTGCAGC CCATTACTGC GCCCATCGAC CCTCTATTAT ACCCTTTCCA TGCGAACATG GAGCGACTCT GGAGCGTCTG GCGCAAGCTG GGTTACGGCA ATGACGATCC GACTGACCCA GACTGGCTCG ATGCAACATT TCTCTTCTGG GATGAGAATG CAGTGATGAG GAGAGTCAAA GTGAGGGACT TTCTGGATTT GAATGCCCTC AGGTACAGGT ACGAGAAGGT GAATGACGCG AGTTGGATCT TCTTCGACAA CTCCACCAGC CCCAGTGCTC CTTAA |
Protein |
| >Mp3g03310.1 MSELSSVAWD FDSPIYPKTA SSPSVHNHFS PDLQAERDHC AYGTGSFLQD GYTNLTIDVH LNWLFLPWHR MFVYFHEKIL QKLLGDPEFS LHFWNFDNSV TATPRHGSRG CYFKAGHFVP PMYNDPSKAT FEANRSIRAF DPNRAVDYVD YVYNWNPLMV PPAWPNNTVE EQTRMKREVM HRSMITLANT TNFIGKTYRV GDAQILIPAV GAGTIELVPH NTLHAWIGGW MLQPITAPID PLLYPFHANM ERLWSVWRKL GYGNDDPTDP DWLDATFLFW DENAVMRRVK VRDFLDLNAL RYRYEKVNDA SWIFFDNSTS PSAP |