| Database | ID | Description |
|---|---|---|
| ProSiteProfiles | PS51682 | SAM-dependent O-methyltransferase class I-type profile. |
| Pfam | PF01596 | O-methyltransferase |
| SUPERFAMILY | SSF53335 | S-adenosyl-L-methionine-dependent methyltransferases |
| CDD | cd02440 | AdoMet_MTases |
| Gene3D | G3DSA:3.40.50.150 | Vaccinia Virus protein VP39 |
| MobiDBLite | mobidb-lite | consensus disorder prediction |
| PANTHER | PTHR10509 | O-METHYLTRANSFERASE-RELATED |
| KEGG | K00588 | caffeoyl-CoA O-methyltransferase [EC:2.1.1.104] |
| KOG | KOG1663 | O-methyltransferase; [Q] |
| MapolyID | Mapoly0035s0134 | - |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpCCOAOMT | 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 |
| >Mp6g03550.1 CTCCTCTTTA CTACTGCTAT CAATCCTGCT CGCAGTGTTG AGGTCTGGGA AATACAGCAA CATTGGTACT CAGTCGGACG TTGAGTCTAC TCGCACCAGG TTAACACTCT TCTGCACTCT TATAACTTTT CCCCTTGTAT ACGTCACGCA CTTCACTTGT CTTTTCCCGA TCTTCGCCTC TGAACCTTTT CCCAGGTTCT AGAGTTTTGG AGTGAACGCT GAAGTGTCCA ACTATGTGCG TTCCACCACT CATTGCATGA TAGGACGCGC TTACGCATGT TGGAGGTTTC ATCTGTTATG TCTCATACGA AAAAGTTTTT TGATAAGTGT ATTCGTTGAC TGTATACGGA GTTCAAACAG GATTATCGTT AAAGGAGTCA TTGCAGTTAT ATGTATGTAT GCGTTTCAGA AGATTATGTT GAGCTTCATA TAACGTGCAA AGCAAAAACT TTAAGGAAGT TGATCGTTGC AGTTGGAGTA GCGACAGGTC ATTTATTCAC GGACGTTTCT CTTTATCTCA AGCTATGAGT TTGTAGGGTC AAACTTAGAG AGACACTGGG TGGATATGTT GGTATATCGT GAAACTCTTC TGATCTGAAA CCAGGTTCAT GACGGAGGAT TACTCTTGTT CTTTGGCCTT GTTCTTGGTA AATGACGATA AGTCCACATT CGTACAAGTT ACATGAAAGC CGACAGGGGC AGACGAGAAT CTGCTACTCC GCAACATTGA GGCTTAAAAT GAGCAGGCGA GAATATTCCC TGTGTCTCTG ATAGAGAAAA TTCCGTTATC AGCACCCTTA CTCGCTATCT TCGACCTTCA CATTCGTTCT CTTCGAACAT GAAGCTCGAC TACTTCCCAT GTCAAGAAGA CACAAACCAA GAGACCAAGA CATGACTGTA CCATAATCAA AGGATCTGAC GAACAGGAAA CCGGAAGAGG CGAGTTGATG GGAGATGCTT TACGTACATG AACATCTGGA ACGCTTTGAG AGCTTCAGAT GTTCAAAATG GAATCGTTTG TAAGTAGATG TCTCTAAATT GTGCACCTTG ATCTATTGAT CTTGAGCGAG TGACCTTTGG AATTAACCAA GTTGGCCTTC GCAGCAGTTG AGTACGTGCA ACATTGCTGA TCGCGTGCAT CATCCACTAC GAACTTGGGC TATAACTTTA CGAAGTGCAT GTGAAAAGCT GAGAGTATGG CAGACGTGGC CTCTGAACCA GTCGCCACCA TGAGATCAAA CCGAGACACG GCTCATCCGG GTGACATCCT GCACCAGGGC TGTGGCCATA AATCTCTTTT GAGTAGTGAT GACTTATATC AGGTACGTTC TAGCAAATTG AAGCAGTTAA CGCGATTGGC TGTGGGTCAT TACGTTCTCT CAATCTAGAA TATTCTTCAT TTCAATCTCA GATATCTGCA GCAATTAAGC CTCACATTTA TTCAAATGAT CATGAGCATG AGAAGGTCGT TGACGAGTTC TTTACCTGCG TCCTACGTAA ATGTAGACTG GAACTTTTCA AACCCCCATA TCTGTAGAGC CTCTTCTTCC GTTCTTCGGT CGAAAAGTGA TCATCGGATG GCCGCATCTG ACAATTAACC ATATTGACTC ATGAAGCTAT TTTCTGGACC CCAAGTCACT GTCAAAAATC TCGTATGTAG AAGTGGAGTA ATTTCCTTTG AAGTACCGAT TCAGAAACTA AAGGCTCTTC GTTGCGTGAT CTGATCCTTA CACCAAATAC AAATTCGAGC ATGAAATTTG AGGTCCGCTG TACATGCTAA CTCGAGGAGA GCCCACTTTC GAATTGTGTG CAGTATCTTT TGAAGACAAC TGTGTACCCA AGAGAACCTG CCTCCATGAA AAAATTGCGC GAGAGCACTG CGTCCCATCC ATGGTATGGA TGCATCCAAG AGGATATAGA ATGCTTACAG TTCCAAGTGC CAGATTGTGA TCGAGTAAAA TAGTGAATTC TAATACAGCC TGATCTTCTT GAGCGCGCTG TCTACTTCTC AGGAACCACA TGGCGACGGC TCCAGATGAA GGTCAATTAA TTCAGTTCCT ATTGAGGACA ATGAATGCAA AGAACACCTT GGAGCTGGGT GTCTACACCG GGTACTCGCT TCTGGCCACC GCCTTGGCTT TGCCCGAAGA GGGAAAGGTT AGCTTCACAT CAACTTTCTC TCTTCACTTT GCCTTCTCAC TGTCTTTACA AGTTTCCATT CGAGCCGAGG AGCGAGCATA TGGCCGCCTC TCACTAACGC TCGGAAACAT GCAGTCGACC CATCTAGTCA ATTGAGGTCC TTCGACAAAG CTGACGGCTG AAAGGGATTT TCACTTTTGT GCAGATCATA GCCGTGGACA TAAGCAGAGA GGCGTACAAT TTGGGACTCC CCATGATCGA AGAAGCAGGA GTAGCGAACA AGATCGACTT TCGTGAAAGC CCTTGCATGG ATGTTCTCCA GGAGCTGGTC TCACAGGTAA CAGGCTTGAG CACACCAAGA AGTTCTGATT TGAATTTAGT TCGCCACATC GGTACATAAT TCTTTCTATA ATTATCGAAG GTCGTGTTGC CTACACTAGG CCTGTAGAAA ACATCATCCG ATGCGAACTG TATGCTCAGC TGCCACTATG GCCCGGGGAC ACACCAAGCT CGGGTGTTCC CTGACGTCCA CGTCCAATAC TTCCTCATCG ATATCGAGAG GAAATGCAGA TAACGTCAAC TACTTTGTTG CAGATTCGAC CACAAAACAA TAACTTCGCA TTTTGTTGTT ACGGTGAATG CATCGCAGGA AGCTTATCAT GGGTTCTTCG ACTTCGCATT TGTTGATGCC GACAAGAATA ACTACATCAA TTATCACCAA CACTTGCTCA AACTGGTCAG GATCGGAGGT ATCATCGCTT ACGACAATAC GTTGTGGGCG GGCGCAGTCA TTGCCACAGA TGACGAGCCG CTGCCCAGCT ATATTCACTA CTACAAGGGC TTCATCAGAG ACCTGAATAC TTACTTGGCT GCAGATTCTC GCCTTGAAAT ATGTCAGTTG ACTGTCAGTG ATGGTGTCAC CTTGTGTCGA AGAATCGTTT GACTTAGCCT CGCCAACTGA TACCTTTCGC TCTGAACAAC AACAATGATA TACTTCCTCC AGTCCATTGT GCACATTGCA GAGAATCTCG ACCGATGGCG AAGTAAGCTG ATCAATAAAC TTCATCAGCT ACGCGAGTGG CGACGAGAAG TTCTCCCTTA CATGCACCGA ATTACAATAG AAAAGTGCCA TGGATATGTA CTGCAAGGTC TAGGATGGTT TGGTATCCCT CAGAATGGAT TGCCACTTCC AGCTTATACA GTACCGTGAT ACATCTATCG GGTACCATAA AAGAGCTCTG AGCATTTATA CTTCCGTACT GTGTTGCACT GTCCGGAATC CTGGTTACAG TGACTTCCTT TTCCATTACG AAGTTAATTC AATGTCTA |
mRNA UTR + CDS |
| >Mp6g03550.1 CTCCTCTTTA CTACTGCTAT CAATCCTGCT CGCAGTGTTG AGGTCTGGGA AATACAGCAA CATTGGTACT CAGTCGGACG TTGAGTCTAC TCGCACCAGC AGTTGAGTAC GTGCAACATT GCTGATCGCG TGCATCATCC ACTACGAACT TGGGCTATAA CTTTACGAAG TGCATGTGAA AAGCTGAGAG TATGGCAGAC GTGGCCTCTG AACCAGTCGC CACCATGAGA TCAAACCGAG ACACGGCTCA TCCGGGTGAC ATCCTGCACC AGGGCTGTGG CCATAAATCT CTTTTGAGTA GTGATGACTT ATATCAGTAT CTTTTGAAGA CAACTGTGTA CCCAAGAGAA CCTGCCTCCA TGAAAAAATT GCGCGAGAGC ACTGCGTCCC ATCCATGGAA CCACATGGCG ACGGCTCCAG ATGAAGGTCA ATTAATTCAG TTCCTATTGA GGACAATGAA TGCAAAGAAC ACCTTGGAGC TGGGTGTCTA CACCGGGTAC TCGCTTCTGG CCACCGCCTT GGCTTTGCCC GAAGAGGGAA AGATCATAGC CGTGGACATA AGCAGAGAGG CGTACAATTT GGGACTCCCC ATGATCGAAG AAGCAGGAGT AGCGAACAAG ATCGACTTTC GTGAAAGCCC TTGCATGGAT GTTCTCCAGG AGCTGGTCTC ACAGGAAGCT TATCATGGGT TCTTCGACTT CGCATTTGTT GATGCCGACA AGAATAACTA CATCAATTAT CACCAACACT TGCTCAAACT GGTCAGGATC GGAGGTATCA TCGCTTACGA CAATACGTTG TGGGCGGGCG CAGTCATTGC CACAGATGAC GAGCCGCTGC CCAGCTATAT TCACTACTAC AAGGGCTTCA TCAGAGACCT GAATACTTAC TTGGCTGCAG ATTCTCGCCT TGAAATATGT CAGTTGACTG TCAGTGATGG TGTCACCTTG TGTCGAAGAA TCGTTTGACT TAGCCTCGCC AACTGATACC TTTCGCTCTG AACAACAACA ATGATATACT TCCTCCAGTC CATTGTGCAC ATTGCAGAGA ATCTCGACCG ATGGCGAAGT AAGCTGATCA ATAAACTTCA TCAGCTACGC GAGTGGCGAC GAGAAGTTCT CCCTTACATG CACCGAATTA CAATAGAAAA GTGCCATGGA TATGTACTGC AAGGTCTAGG ATGGTTTGGT ATCCCTCAGA ATGGATTGCC ACTTCCAGCT TATACAGTAC CGTGATACAT CTATCGGGTA CCATAAAAGA GCTCTGAGCA TTTATACTTC CGTACTGTGT TGCACTGTCC GGAATCCTGG TTACAGTGAC TTCCTTTTCC ATTACGAAGT TAATTCAATG TCTA |
CDS |
| >Mp6g03550.1 ATGGCAGACG TGGCCTCTGA ACCAGTCGCC ACCATGAGAT CAAACCGAGA CACGGCTCAT CCGGGTGACA TCCTGCACCA GGGCTGTGGC CATAAATCTC TTTTGAGTAG TGATGACTTA TATCAGTATC TTTTGAAGAC AACTGTGTAC CCAAGAGAAC CTGCCTCCAT GAAAAAATTG CGCGAGAGCA CTGCGTCCCA TCCATGGAAC CACATGGCGA CGGCTCCAGA TGAAGGTCAA TTAATTCAGT TCCTATTGAG GACAATGAAT GCAAAGAACA CCTTGGAGCT GGGTGTCTAC ACCGGGTACT CGCTTCTGGC CACCGCCTTG GCTTTGCCCG AAGAGGGAAA GATCATAGCC GTGGACATAA GCAGAGAGGC GTACAATTTG GGACTCCCCA TGATCGAAGA AGCAGGAGTA GCGAACAAGA TCGACTTTCG TGAAAGCCCT TGCATGGATG TTCTCCAGGA GCTGGTCTCA CAGGAAGCTT ATCATGGGTT CTTCGACTTC GCATTTGTTG ATGCCGACAA GAATAACTAC ATCAATTATC ACCAACACTT GCTCAAACTG GTCAGGATCG GAGGTATCAT CGCTTACGAC AATACGTTGT GGGCGGGCGC AGTCATTGCC ACAGATGACG AGCCGCTGCC CAGCTATATT CACTACTACA AGGGCTTCAT CAGAGACCTG AATACTTACT TGGCTGCAGA TTCTCGCCTT GAAATATGTC AGTTGACTGT CAGTGATGGT GTCACCTTGT GTCGAAGAAT CGTTTGA |
Protein |
| >Mp6g03550.1 MADVASEPVA TMRSNRDTAH PGDILHQGCG HKSLLSSDDL YQYLLKTTVY PREPASMKKL RESTASHPWN HMATAPDEGQ LIQFLLRTMN AKNTLELGVY TGYSLLATAL ALPEEGKIIA VDISREAYNL GLPMIEEAGV ANKIDFRESP CMDVLQELVS QEAYHGFFDF AFVDADKNNY INYHQHLLKL VRIGGIIAYD NTLWAGAVIA TDDEPLPSYI HYYKGFIRDL NTYLAADSRL EICQLTVSDG VTLCRRIV |
Sequences: |
Gene UTR + CDS + intron |
| >Mp6g03550.2 CTCCTCTTTA CTACTGCTAT CAATCCTGCT CGCAGTGTTG AGGTCTGGGA AATACAGCAA CATTGGTACT CAGTCGGACG TTGAGTCTAC TCGCACCAGG TTAACACTCT TCTGCACTCT TATAACTTTT CCCCTTGTAT ACGTCACGCA CTTCACTTGT CTTTTCCCGA TCTTCGCCTC TGAACCTTTT CCCAGGTTCT AGAGTTTTGG AGTGAACGCT GAAGTGTCCA ACTATGTGCG TTCCACCACT CATTGCATGA TAGGACGCGC TTACGCATGT TGGAGGTTTC ATCTGTTATG TCTCATACGA AAAAGTTTTT TGATAAGTGT ATTCGTTGAC TGTATACGGA GTTCAAACAG GATTATCGTT AAAGGAGTCA TTGCAGTTAT ATGTATGTAT GCGTTTCAGA AGATTATGTT GAGCTTCATA TAACGTGCAA AGCAAAAACT TTAAGGAAGT TGATCGTTGC AGTTGGAGTA GCGACAGGTC ATTTATTCAC GGACGTTTCT CTTTATCTCA AGCTATGAGT TTGTAGGGTC AAACTTAGAG AGACACTGGG TGGATATGTT GGTATATCGT GAAACTCTTC TGATCTGAAA CCAGGTTCAT GACGGAGGAT TACTCTTGTT CTTTGGCCTT GTTCTTGGTA AATGACGATA AGTCCACATT CGTACAAGTT ACATGAAAGC CGACAGGGGC AGACGAGAAT CTGCTACTCC GCAACATTGA GGCTTAAAAT GAGCAGGCGA GAATATTCCC TGTGTCTCTG ATAGAGAAAA TTCCGTTATC AGCACCCTTA CTCGCTATCT TCGACCTTCA CATTCGTTCT CTTCGAACAT GAAGCTCGAC TACTTCCCAT GTCAAGAAGA CACAAACCAA GAGACCAAGA CATGACTGTA CCATAATCAA AGGATCTGAC GAACAGGAAA CCGGAAGAGG CGAGTTGATG GGAGATGCTT TACGTACATG AACATCTGGA ACGCTTTGAG AGCTTCAGAT GTTCAAAATG GAATCGTTTG TAAGTAGATG TCTCTAAATT GTGCACCTTG ATCTATTGAT CTTGAGCGAG TGACCTTTGG AATTAACCAA GTTGGCCTTC GCAGCAGTTG AGTACGTGCA ACATTGCTGA TCGCGTGCAT CATCCACTAC GAACTTGGGC TATAACTTTA CGAAGTGCAT GTGAAAAGCT GAGAGTATGG CAGACGTGGC CTCTGAACCA GTCGCCACCA TGAGATCAAA CCGAGACACG GCTCATCCGG GTGACATCCT GCACCAGGGC TGTGGCCATA AATCTCTTTT GAGTAGTGAT GACTTATATC AGGTACGTTC TAGCAAATTG AAGCAGTTAA CGCGATTGGC TGTGGGTCAT TACGTTCTCT CAATCTAGAA TATTCTTCAT TTCAATCTCA GATATCTGCA GCAATTAAGC CTCACATTTA TTCAAATGAT CATGAGCATG AGAAGGTCGT TGACGAGTTC TTTACCTGCG TCCTACGTAA ATGTAGACTG GAACTTTTCA AACCCCCATA TCTGTAGAGC CTCTTCTTCC GTTCTTCGGT CGAAAAGTGA TCATCGGATG GCCGCATCTG ACAATTAACC ATATTGACTC ATGAAGCTAT TTTCTGGACC CCAAGTCACT GTCAAAAATC TCGTATGTAG AAGTGGAGTA ATTTCCTTTG AAGTACCGAT TCAGAAACTA AAGGCTCTTC GTTGCGTGAT CTGATCCTTA CACCAAATAC AAATTCGAGC ATGAAATTTG AGGTCCGCTG TACATGCTAA CTCGAGGAGA GCCCACTTTC GAATTGTGTG CAGTATCTTT TGAAGACAAC TGTGTACCCA AGAGAACCTG CCTCCATGAA AAAATTGCGC GAGAGCACTG CGTCCCATCC ATGGTATGGA TGCATCCAAG AGGATATAGA ATGCTTACAG TTCCAAGTGC CAGATTGTGA TCGAGTAAAA TAGTGAATTC TAATACAGCC TGATCTTCTT GAGCGCGCTG TCTACTTCTC AGGAACCACA TGGCGACGGC TCCAGATGAA GGTCAATTAA TTCAGTTCCT ATTGAGGACA ATGAATGCAA AGAACACCTT GGAGCTGGGT GTCTACACCG GGTACTCGCT TCTGGCCACC GCCTTGGCTT TGCCCGAAGA GGGAAAGGTT AGCTTCACAT CAACTTTCTC TCTTCACTTT GCCTTCTCAC TGTCTTTACA AGTTTCCATT CGAGCCGAGG AGCGAGCATA TGGCCGCCTC TCACTAACGC TCGGAAACAT GCAGTCGACC CATCTAGTCA ATTGAGGTCC TTCGACAAAG CTGACGGCTG AAAGGGATTT TCACTTTTGT GCAGATCATA GCCGTGGACA TAAGCAGAGA GGCGTACAAT TTGGGACTCC CCATGATCGA AGAAGCAGGA GTAGCGAACA AGATCGACTT TCGTGAAAGC CCTTGCATGG ATGTTCTCCA GGAGCTGGTC TCACAGGTAA CAGGCTTGAG CACACCAAGA AGTTCTGATT TGAATTTAGT TCGCCACATC GGTACATAAT TCTTTCTATA ATTATCGAAG GTCGTGTTGC CTACACTAGG CCTGTAGAAA ACATCATCCG ATGCGAACTG TATGCTCAGC TGCCACTATG GCCCGGGGAC ACACCAAGCT CGGGTGTTCC CTGACGTCCA CGTCCAATAC TTCCTCATCG ATATCGAGAG GAAATGCAGA TAACGTCAAC TACTTTGTTG CAGATTCGAC CACAAAACAA TAACTTCGCA TTTTGTTGTT ACGGTGAATG CATCGCAGGA AGCTTATCAT GGGTTCTTCG ACTTCGCATT TGTTGATGCC GACAAGAATA ACTACATCAA TTATCACCAA CACTTGCTCA AACTGGTCAG GATCGGAGGT ATCATCGCTT ACGACAATAC GTTGTGGGCG GGCGCAGTCA TTGCCACAGA TGACGAGCCG CTGCCCAGCT ATATTCACTA CTACAAGGGC TTCATCAGAG ACCTGAATAC TTACTTGGCT GCAGATTCTC GCCTTGAAAT ATGTCAGTTG ACTGTCAGTG ATGGTGTCAC CTTGTGTCGA AGAATCGTTT GACTTAGCCT CGCCAACTGA TACCTTTCGC TCTGAACAAC AACAATGATA TACTTCCTCC AGTCCATTGT GCACATTGCA GAGAATCTCG ACCGATGGCG AAGTAAGCTG ATCAATAAAC TTCATCAGCT ACGCGAGTGG CGACGAGAAG TTCTCCCTTA CATGCACCGA ATTACAATAG AAAAGTGCCA TGGATATGTA CTGCAAGGTC TAGGATGGTT TGGTATCCCT CAGAATGGAT TGCCACTTCC AGCTTATACA GTACCGTGAT ACATCTATCG GGTACCATAA AAGAGCTCTG AGCATTTATA CTTCCGTACT GTGTTGCACT GTCCGGAATC CTGGTTACAG TGACTTCCTT TTCCATTACG AAGTTAATTC AATGTCTAC |
mRNA UTR + CDS |
| >Mp6g03550.2 CTCCTCTTTA CTACTGCTAT CAATCCTGCT CGCAGTGTTG AGGTCTGGGA AATACAGCAA CATTGGTACT CAGTCGGACG TTGAGTCTAC TCGCACCAGT TGAGTACGTG CAACATTGCT GATCGCGTGC ATCATCCACT ACGAACTTGG GCTATAACTT TACGAAGTGC ATGTGAAAAG CTGAGAGTAT GGCAGACGTG GCCTCTGAAC CAGTCGCCAC CATGAGATCA AACCGAGACA CGGCTCATCC GGGTGACATC CTGCACCAGG GCTGTGGCCA TAAATCTCTT TTGAGTAGTG ATGACTTATA TCAGTATCTT TTGAAGACAA CTGTGTACCC AAGAGAACCT GCCTCCATGA AAAAATTGCG CGAGAGCACT GCGTCCCATC CATGGAACCA CATGGCGACG GCTCCAGATG AAGGTCAATT AATTCAGTTC CTATTGAGGA CAATGAATGC AAAGAACACC TTGGAGCTGG GTGTCTACAC CGGGTACTCG CTTCTGGCCA CCGCCTTGGC TTTGCCCGAA GAGGGAAAGA TCATAGCCGT GGACATAAGC AGAGAGGCGT ACAATTTGGG ACTCCCCATG ATCGAAGAAG CAGGAGTAGC GAACAAGATC GACTTTCGTG AAAGCCCTTG CATGGATGTT CTCCAGGAGC TGGTCTCACA GGAAGCTTAT CATGGGTTCT TCGACTTCGC ATTTGTTGAT GCCGACAAGA ATAACTACAT CAATTATCAC CAACACTTGC TCAAACTGGT CAGGATCGGA GGTATCATCG CTTACGACAA TACGTTGTGG GCGGGCGCAG TCATTGCCAC AGATGACGAG CCGCTGCCCA GCTATATTCA CTACTACAAG GGCTTCATCA GAGACCTGAA TACTTACTTG GCTGCAGATT CTCGCCTTGA AATATGTCAG TTGACTGTCA GTGATGGTGT CACCTTGTGT CGAAGAATCG TTTGACTTAG CCTCGCCAAC TGATACCTTT CGCTCTGAAC AACAACAATG ATATACTTCC TCCAGTCCAT TGTGCACATT GCAGAGAATC TCGACCGATG GCGAAGTAAG CTGATCAATA AACTTCATCA GCTACGCGAG TGGCGACGAG AAGTTCTCCC TTACATGCAC CGAATTACAA TAGAAAAGTG CCATGGATAT GTACTGCAAG GTCTAGGATG GTTTGGTATC CCTCAGAATG GATTGCCACT TCCAGCTTAT ACAGTACCGT GATACATCTA TCGGGTACCA TAAAAGAGCT CTGAGCATTT ATACTTCCGT ACTGTGTTGC ACTGTCCGGA ATCCTGGTTA CAGTGACTTC CTTTTCCATT ACGAAGTTAA TTCAATGTCT AC |
CDS |
| >Mp6g03550.2 ATGGCAGACG TGGCCTCTGA ACCAGTCGCC ACCATGAGAT CAAACCGAGA CACGGCTCAT CCGGGTGACA TCCTGCACCA GGGCTGTGGC CATAAATCTC TTTTGAGTAG TGATGACTTA TATCAGTATC TTTTGAAGAC AACTGTGTAC CCAAGAGAAC CTGCCTCCAT GAAAAAATTG CGCGAGAGCA CTGCGTCCCA TCCATGGAAC CACATGGCGA CGGCTCCAGA TGAAGGTCAA TTAATTCAGT TCCTATTGAG GACAATGAAT GCAAAGAACA CCTTGGAGCT GGGTGTCTAC ACCGGGTACT CGCTTCTGGC CACCGCCTTG GCTTTGCCCG AAGAGGGAAA GATCATAGCC GTGGACATAA GCAGAGAGGC GTACAATTTG GGACTCCCCA TGATCGAAGA AGCAGGAGTA GCGAACAAGA TCGACTTTCG TGAAAGCCCT TGCATGGATG TTCTCCAGGA GCTGGTCTCA CAGGAAGCTT ATCATGGGTT CTTCGACTTC GCATTTGTTG ATGCCGACAA GAATAACTAC ATCAATTATC ACCAACACTT GCTCAAACTG GTCAGGATCG GAGGTATCAT CGCTTACGAC AATACGTTGT GGGCGGGCGC AGTCATTGCC ACAGATGACG AGCCGCTGCC CAGCTATATT CACTACTACA AGGGCTTCAT CAGAGACCTG AATACTTACT TGGCTGCAGA TTCTCGCCTT GAAATATGTC AGTTGACTGT CAGTGATGGT GTCACCTTGT GTCGAAGAAT CGTTTGA |
Protein |
| >Mp6g03550.2 MADVASEPVA TMRSNRDTAH PGDILHQGCG HKSLLSSDDL YQYLLKTTVY PREPASMKKL RESTASHPWN HMATAPDEGQ LIQFLLRTMN AKNTLELGVY TGYSLLATAL ALPEEGKIIA VDISREAYNL GLPMIEEAGV ANKIDFRESP CMDVLQELVS QEAYHGFFDF AFVDADKNNY INYHQHLLKL VRIGGIIAYD NTLWAGAVIA TDDEPLPSYI HYYKGFIRDL NTYLAADSRL EICQLTVSDG VTLCRRIV |