| Database | ID | Description |
|---|---|---|
| ProSiteProfiles | PS51683 | SAM-dependent O-methyltransferase class II-type profile. |
| SUPERFAMILY | SSF53335 | S-adenosyl-L-methionine-dependent methyltransferases |
| Gene3D | G3DSA:3.40.50.150 | Vaccinia Virus protein VP39 |
| Gene3D | G3DSA:1.10.10.10 | - |
| Pfam | PF08100 | Dimerisation domain |
| PIRSF | PIRSF005739 | O-mtase |
| SUPERFAMILY | SSF46785 | "Winged helix" DNA-binding domain |
| PANTHER | PTHR11746 | O-METHYLTRANSFERASE |
| FunFam | G3DSA:1.10.10.10:FF:000357 | Caffeic acid 3-O-methyltransferase |
| Pfam | PF00891 | O-methyltransferase domain |
| KOG | KOG3178 | Hydroxyindole-O-methyltransferase and related SAM-dependent methyltransferases; [R] |
| MapolyID | Mapoly0337s0001 | - |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpOMT5 | Secondary metabolism enzyme, O-methyltransferase | Provisional |
Caution: MBEX data are analyzed based on the v6.1 genome.
Link to the original image in MBEX
Sequences: |
Gene UTR + CDS + intron |
| >Mp2g07360.1 CGCTTTCCTG CATAGATGTG TACCTCGCGA GGACTGCAAC GACAAACACC CGAGTTAGAT AGCTCACCAG TTCTAAAATG AGTCCACAGC AAAACTTTGG AGATGACGAA GCTGGGATGC TGCAAGCTTT GCAGATGTCT GTGATGGTTA CCCTCCCATT CACTTTGAAA GCTGCCATAA ATTTAGGTGT ACCAAAGATC TTGGTGGACG CAGGTCCTGG AGCTGAGCTC ACAGCTGAAG AGATTGCGAC GTCCATTGCC AAGGTCTCGA ACTGCTGTGC AGATCCCAAA AATTTGGATC GGATCTTGAG AATTTTGGCA TCGCACAACG TCGTGACGGA GAATGTATCG AAGGATGCCA ATGACTCTGC TCAAAGAAGT TATGGACCCA CTTCCACACT CAAGTACTTC ACTGATAACG AAGATGGAGT TTCCCTAGCT CCACTTCTTC TTGTGACCAG TGAGCCTGTT TTACTAGCAT CTTATCAAAA CCTTCACTTG CCAGTTATGG ATGTGAATGT GGAGCCTCAT GGGCTTGATC ATGGGATGAA CTTCTTTGAG TATGTTGCAA CAGATGCTAA GCTTGAAAAG CTATTTAACA AAGCCATGAA TGATCATTCC AACATAAAGA TGTCGGCGTT ACTGAAGAAT TACAGAGGCT TTGAGAACTT GACCTCATTA GTAGATGTGG GCGGTGGGTT GGGTTCTACT TTGGCCATCA TCCTGTCCAA GTACCCGAAT TTACGCGGAA TCAATTTCGA CCAGCCACAG GTTGTAGCCA ACGGGCTGCA AGTGCCAAGT ACGGTTGTCA CTCCCTCCCT CCCTCATTAC ATACTGCAGA CATATAGTAT GCACTGTTAT ATACAGCTCT ATATCCACAA GAATCAACTC AGCTTTCTCT ACATTCTGGA CTTTCAATAT GTGTTGCAGA TTTGGAACAC GTTGGTGGAG ACTTCTTTGC CAGTGTGCCT GAAGCCGATG CTGTATTCAT GAAGGTCTGT ATCTTGCTCT TGCCTTGAAG ATGTATTGTT TCTCGAGTAG AAATTCTGAT TGCACAGATT GGGTTGTCAC ATTTTTCTCT CTCTAATTTT GCGTGGAATT GCAAACTCTC GAATGCAAGA AGTATTTTTA GAGGAAATTG GTTCTCAGGG TGATTCTGGA TTGCATGGTC GGCGATCTCT AAGTTCATCT TTGTTTGTGG GATGAGGACA GTGGATTTTG CATGATTGGG ATGACGAACG ATGTGTCAAG ATACTGAAAA ACGTCTGGAA AGCTTTACCT CCTCATGGCA AAGTCATCAA CCTCGACGCA CTGCTGTCAG ACAACTCAGA TCCATCCCCT GCAACAAAGA TCTCCTTGTA CATAGATATG ATCATGATGG CATGCAGTCC AAGTGGAAAG GAACGTACAC TGTCCCAGTT CAAGAAACTT GCAGCTGATG CGGGATTTAA AAGAGTTGAA CTTGTTGCAA AAACAAGTCA TATGTCACTC CTGGAGTTTT ACAAGAATTA ATTATCGCTA TTTGGATCCG GACTTTGTTC AAAATAAAAA CTTTTCTTAG CCGTAAAACC AACATTGTGT GATCCAGACA TTATGCACGC ATAAAAGCTG TGACGGCAAA CTACTAGATA AATAATACTG TTGGCTGCAC CGACCGAAGA TGAATGTTTT GGTATCCGGT AAATAAAGAA TACGGTCGCC TTTCTTGGC |
mRNA UTR + CDS |
| >Mp2g07360.1 CGCTTTCCTG CATAGATGTG TACCTCGCGA GGACTGCAAC GACAAACACC CGAGTTAGAT AGCTCACCAG TTCTAAAATG AGTCCACAGC AAAACTTTGG AGATGACGAA GCTGGGATGC TGCAAGCTTT GCAGATGTCT GTGATGGTTA CCCTCCCATT CACTTTGAAA GCTGCCATAA ATTTAGGTGT ACCAAAGATC TTGGTGGACG CAGGTCCTGG AGCTGAGCTC ACAGCTGAAG AGATTGCGAC GTCCATTGCC AAGGTCTCGA ACTGCTGTGC AGATCCCAAA AATTTGGATC GGATCTTGAG AATTTTGGCA TCGCACAACG TCGTGACGGA GAATGTATCG AAGGATGCCA ATGACTCTGC TCAAAGAAGT TATGGACCCA CTTCCACACT CAAGTACTTC ACTGATAACG AAGATGGAGT TTCCCTAGCT CCACTTCTTC TTGTGACCAG TGAGCCTGTT TTACTAGCAT CTTATCAAAA CCTTCACTTG CCAGTTATGG ATGTGAATGT GGAGCCTCAT GGGCTTGATC ATGGGATGAA CTTCTTTGAG TATGTTGCAA CAGATGCTAA GCTTGAAAAG CTATTTAACA AAGCCATGAA TGATCATTCC AACATAAAGA TGTCGGCGTT ACTGAAGAAT TACAGAGGCT TTGAGAACTT GACCTCATTA GTAGATGTGG GCGGTGGGTT GGGTTCTACT TTGGCCATCA TCCTGTCCAA GTACCCGAAT TTACGCGGAA TCAATTTCGA CCAGCCACAG GTTGTAGCCA ACGGGCTGCA AGTGCCAAAT TTGGAACACG TTGGTGGAGA CTTCTTTGCC AGTGTGCCTG AAGCCGATGC TGTATTCATG AAGTGGATTT TGCATGATTG GGATGACGAA CGATGTGTCA AGATACTGAA AAACGTCTGG AAAGCTTTAC CTCCTCATGG CAAAGTCATC AACCTCGACG CACTGCTGTC AGACAACTCA GATCCATCCC CTGCAACAAA GATCTCCTTG TACATAGATA TGATCATGAT GGCATGCAGT CCAAGTGGAA AGGAACGTAC ACTGTCCCAG TTCAAGAAAC TTGCAGCTGA TGCGGGATTT AAAAGAGTTG AACTTGTTGC AAAAACAAGT CATATGTCAC TCCTGGAGTT TTACAAGAAT TAATTATCGC TATTTGGATC CGGACTTTGT TCAAAATAAA AACTTTTCTT AGCCGTAAAA CCAACATTGT GTGATCCAGA CATTATGCAC GCATAAAAGC TGTGACGGCA AACTACTAGA TAAATAATAC TGTTGGCTGC ACCGACCGAA GATGAATGTT TTGGTATCCG GTAAATAAAG AATACGGTCG CCTTTCTTGG C |
CDS |
| >Mp2g07360.1 ATGAGTCCAC AGCAAAACTT TGGAGATGAC GAAGCTGGGA TGCTGCAAGC TTTGCAGATG TCTGTGATGG TTACCCTCCC ATTCACTTTG AAAGCTGCCA TAAATTTAGG TGTACCAAAG ATCTTGGTGG ACGCAGGTCC TGGAGCTGAG CTCACAGCTG AAGAGATTGC GACGTCCATT GCCAAGGTCT CGAACTGCTG TGCAGATCCC AAAAATTTGG ATCGGATCTT GAGAATTTTG GCATCGCACA ACGTCGTGAC GGAGAATGTA TCGAAGGATG CCAATGACTC TGCTCAAAGA AGTTATGGAC CCACTTCCAC ACTCAAGTAC TTCACTGATA ACGAAGATGG AGTTTCCCTA GCTCCACTTC TTCTTGTGAC CAGTGAGCCT GTTTTACTAG CATCTTATCA AAACCTTCAC TTGCCAGTTA TGGATGTGAA TGTGGAGCCT CATGGGCTTG ATCATGGGAT GAACTTCTTT GAGTATGTTG CAACAGATGC TAAGCTTGAA AAGCTATTTA ACAAAGCCAT GAATGATCAT TCCAACATAA AGATGTCGGC GTTACTGAAG AATTACAGAG GCTTTGAGAA CTTGACCTCA TTAGTAGATG TGGGCGGTGG GTTGGGTTCT ACTTTGGCCA TCATCCTGTC CAAGTACCCG AATTTACGCG GAATCAATTT CGACCAGCCA CAGGTTGTAG CCAACGGGCT GCAAGTGCCA AATTTGGAAC ACGTTGGTGG AGACTTCTTT GCCAGTGTGC CTGAAGCCGA TGCTGTATTC ATGAAGTGGA TTTTGCATGA TTGGGATGAC GAACGATGTG TCAAGATACT GAAAAACGTC TGGAAAGCTT TACCTCCTCA TGGCAAAGTC ATCAACCTCG ACGCACTGCT GTCAGACAAC TCAGATCCAT CCCCTGCAAC AAAGATCTCC TTGTACATAG ATATGATCAT GATGGCATGC AGTCCAAGTG GAAAGGAACG TACACTGTCC CAGTTCAAGA AACTTGCAGC TGATGCGGGA TTTAAAAGAG TTGAACTTGT TGCAAAAACA AGTCATATGT CACTCCTGGA GTTTTACAAG AATTAA |
Protein |
| >Mp2g07360.1 MSPQQNFGDD EAGMLQALQM SVMVTLPFTL KAAINLGVPK ILVDAGPGAE LTAEEIATSI AKVSNCCADP KNLDRILRIL ASHNVVTENV SKDANDSAQR SYGPTSTLKY FTDNEDGVSL APLLLVTSEP VLLASYQNLH LPVMDVNVEP HGLDHGMNFF EYVATDAKLE KLFNKAMNDH SNIKMSALLK NYRGFENLTS LVDVGGGLGS TLAIILSKYP NLRGINFDQP QVVANGLQVP NLEHVGGDFF ASVPEADAVF MKWILHDWDD ERCVKILKNV WKALPPHGKV INLDALLSDN SDPSPATKIS LYIDMIMMAC SPSGKERTLS QFKKLAADAG FKRVELVAKT SHMSLLEFYK N |