| Database | ID | Description |
|---|---|---|
| MapolyID | Mapoly0049s0101 | - |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpCYP829-like26 | Cytochrome P450, Secondary metabolism enzyme | Provisional |
Caution: MBEX data are analyzed based on the v6.1 genome.
Link to the original image in MBEX
Sequences: |
Gene UTR + CDS + intron |
| >Mp3g19330.1 GGAAAACCAA TTTATAGATC TACGCGAAGA AATACTCGAC ATGACCTTCA CTCACATGTC CACATTTTTG CTCGGGAAAA ATCTGTGGCA AGTCCTCTGG TAAGAAGATC CTGTCACAAC TCATCGGGGA AGTTGCATCT TTTTCGAGTT CCTTGTGCTG GGTGAAAGCT TTCCATTCTT GAGGTGGCTG GACGTGGGAG GCGCAGAAGC CACAGTTGTG AAAGTCCATC GCGAGTTCGA CAACTTTCTC TCAGATGCCA TTCTCCAAGT GCTACTCCTG AGGACCAAGG CTTGATGCAA ACTTCGTTAT CCATGCAACA CACACGAAGG AAAAAACATA ACAGATTTCG ACATCAAAGC TTTTATCAAT GTAAGTTCCA ATCACTTTTG ATTTTTATCC ATCGTTCTGA TTGTCTCCTC ACTGTAAAAT GTAAGACTGT TGGTGGATAT AAAATACGAA GCATATGCAG GATTTTATCA GCGCATACGC CATACAACGA TGCCCAGAAT CGTGGGAAGA TCCTAACAAA TTTCAACCGG AGAGATTTGC GAACAATCCC GTAGACATGA AAGGCCAAGA CTTCAGGAAG CTGAAGTCGG CCTTTCATGT CTTTCGGAGC CGGTCGAAGG CAGTGTCTAG TCATGGGGAT TGGTGTGGTG ATAGTGGAGA TTACTCGGGC TGGAATAATA CCGCCAGAGT AATCTCTCTT CCTGCAGGAA TGAAACTAGA AGATGTGGAC ATGACTGAGA AAGCTGGAGT TGCATCTTCT CTGCTCTCTC CGATTCTAGT TTCAGTGAAA CCACGATTAT CCCCGAGGTT GTGCAGCATG CAAACTTAAGGTAGATACCT TTCACAGGAC CTACGTCCTT CCATGGAATA TTTTTCAGGT AGAAAGAGGA TTTGGCGAAA AACATGTATA ACCTTCGCAC ACTAAGTCCC ACGTCGATTT TGAAGTGTTC ATGCACGTCG ACCCTGCAGC AGATTAGGGA TCCCACCTCA TGTAAAAAAT AGACCTGTCC GTGTTAACCA TGGTATCATA ACATGCACTG GATCCACTGA TTTCGTGGAA TTGTGTTAAT TAGATGCTTG AGTGATAGAT GAGGAACGGT ATCTTTAAAC TTTATTTTCA GTTCCGGTTT CTGGCCTTTA GCCCTCGGGC TCTATCGCCC TAGGAAATAG ACATACATGA ATTTTAGATT TCTTCTTGAT CACTTTGTGC ATATCATGTG ACAGAACTGA TGGAGGAGAG TCAAGGGAAA TTCGTTTGAG GTACCTTCAT TATCTTCTGC CTGTGATGCA TATCAATCTC TGGATGCATA TCGCATTTTG CAAATGGCTT TTCGATAGTA TGCGTCGGAG TCCTTTTTCT TCGTTCCGAA CACTTAGAAT AAACTGGCTG TTTTGCTTGA TGGTTTGCTC TATTCAGCCA GCACATTTGT TGCAGACTAA ATAAATCTCA GATAACTTCA AGACACATTC TATATTTAGT TTCATAAAAG TATTTATCTT CAATGTTAAT CGATATGGAA ACCCATATAT GTGATTTGTT AAAGTAGAAA GAGAAATGGA GACGTTATAA AATCAACGAA GCACAAGTGT ATGATGTTAT TTATAGGATT TATGTGAGGC ATTAATGTTT CAGTAGATAA TAATTTGAAT TATAAATGAT AAATTGGTAA TATGATAAGA AATAATGATA TTTGTCAAAA TATCAATACG GAATAAAATG TGATAAGTTT TATAGTTTGA TATTATCTTT TAAAATATTA AATTTGAGAA ATATTTTGAA AACAAATCTA AGTTAGTTGG ATATTATCTT GATACCTTTT TATATTTTGG AGTTTTTATA TTTAGAAAAT GAAAGATAAG AGCATAAATA AATAGTTGTT TTGAGGGTAT AGAGTTTAGA AATTTTATTA TTAGTACATT AAAAATTAAG ATTTATAATT TACAATATAA ATAAGTTTAC ATATGAAGTT GAAAACTTTG AATTTGCTTA AATTTGACAT TAGCTTTTTT TTGTCGAAGA TACATTTGGA TCTGGATTTA ATATGATGTG AATGGAAATT GAGAATTTTA GCAAAGAATG TAAAATTTTG TTGAAAAAAC TAGAGATATA ACTAAAATAT TTGCATTGAA GGTTCAAGTA TTTAAACTAA AAATTATCTA AAAAATTAGA TAATAGAAAT TTTATTAAAT TTGAATTGCT AAAAATATTT AAAAAAATTG TGGTCAAATT GAAGCTTATT TTGAAATTTT TAACATGAAA GAAAAACATA TAGTTTGAAT AATTTGTATC ATAAAAAAAT TGATCAGATC AATCATGATT ATAAATGGAA TTTTTGATAT TTTTGAATGT CATCATGTTT TAATGATAAG AAATTAAATG TTTTAATAAA GCTTTGTATT GTCAGTACTT AATTCATATC TAAAATATCT TATGTTGGTT TAACCTGAAG ATTTTCATAG CTTACTTATC ACTAGAGTTG ATTGTAGTTA TCAAGAACAT AATCAATATT ATTGCACTAG AATAATATTG CAATTCACGG AAGGAAATTA TTATGTTGAA CCACATCTTT ATCTTAATTT TATTATGTGA GTAGGTTGCT TAAACATTGT TTGAGTGAAG ATTCAAAACA TGCCATGTAT GTTTATATGA TTTAAAAATT ATCAAACATT GAATAATGAA AATTTTTTTC CAAATTTGAA TGACTTATGT TTAATTCTTC ATTCTATAAT AATCCTTGAT TCATTGAAAA TTTTTGGGTT TTGAAATGAA TTGGTTATTT TTTCTCTTTT ATAATTTTGA AATCGAAAGT TACTAATCGA TTAGATTGCT AAATTGATGT CTTTGAAACA AGTATTGTTC AGTTTCATAA ACTGAAATTC ATTTTAACAT CATATGAATC TTCATTCAAA TAGTAAACAA ATCATAGATT GTATAGTTAT TTGAAATTTT ATTTTAAATG AATAAAATTG AATTAATTTT GAGCTTTGAG TTTCTAGATT AAGCATTGGA AATTTTAATT TTGCAAATTC CATACCTTTC AAAAGAAGTA CTAATTGTAG CTAAAATTTT GTGAAAATAC AAAATTTAAA AAATTGCATG AGACTTCAAA ATTTCAGTCT CAACAAATAT TCACAAACAG AGTTTCTAGA TTTAGATTTT GGAAAATTTT ATTTTGCGCA TTAGCTTTCA AAATTTCACA CAAAGCAAAG TTTCACAAAC AAAATTGTGG GAGTTTTGAG TTTCAAGATT TTGAGATTGG AAAATTCAAT CTTGTGGAGA TTGTTTTTTG AAACTGTAGT GTTAACTTAA GCTAAAATTT TGTAGCAACA AGACACAGAA GACTTGAAAC TTTCAGTCTC AAGGGAAATA TATATGTTTT GAACTTGGTT ACATAATGAC TACTCAAGAC AGAATCTTGA TTTTATACTA GGAGTCTTGT ATAAATTGAA ACATCTTCGA ATAATTTGTC ATGTTCATTT ATGTAAGAAT TAGGGTTAGT AGGTTAAAGT TAACGTTGTC GCAAAATTTA TTTGAGTCTT GAGACTACAG TGTAGATAGT TTCTTGTGTG AATATAAGTT AGGAGAAAAC AATGTGGGTA CTATGTGTGT TTACTGTAAC TAGAGTTGAG TGTAGTACGT ACTTTCCAAT TGTACTATAA ACTTGTATAA CGTGGTGTAT TAGAGTTGAA TGTAGTACAT ACTTTCAAGT TGTACTACAA ATTTGTACTA AAGTTGAATG TAATACGTAT TTCCAAGTTG TACTACAAAC TCGTGATATA TGTTGTATTT TTAAACTGTA TTACAAACTT GTACTAGGGT TGAGTGTAAT ACATAATTCC AAGTTGTATT ATTCATGTAT TATGTTTTAA TTTTGAAAGT TTTTTGAAAA GCTATATATT AAAGAGTGGA TGTATCGTTC CGTAAGTTCT AACTTTGTGT TTTCACATGC TAATGGCTCG AGGGTTTCCG CGTTTTTTAA ATGATTTGTG TGTTTCAAGA TTTCTTTGTT ATTCTAGTTG ACTTGACATT GAATGTTGTG AGATTTGACG GAGCCGACGG GAATAGTTAG TAAGTAAAGG TGCTACTTTT TCCCACACGA CGTTTGTTTG AGTAAAAAAT GATCTTAGGA ATTGGAAAAT GTATTTTTTT AAGTATTCTC AAATAAATTT ATTAATTGTA GAGCAGAAAG TGAGATATGT TTCTATTTTT GTTTCAAGTC TAGATTGTAT ATAGATATAT AGTTATGAGT GTCGGAAGTT AAGGTGATTT ACACAAATAC CAAAAGTTTG CTCTTGGAAA AATTTAAAAA AAAGTAAATT GATTTTACTT TATTTTGATT TATCATTCAA GAATTTGTAC AAGTGTGTAT TGGAAGATAA GTTATCTATC AACCTAAATT TCACTTAGAG ATCACGTCTA GAGAAAACAT AATGTTGTTT TGAAATTCAC AAAAAAAAAA TCAAAATTTT TGGACTTCCT TATTACGCAG TTTTCTTTAT GTAGAAAATG GTTTTTTGAG AGAAATATTT TGAGTGTATT CACCTTAGTG TGATGGATTT TTGTTGCTAG TAATCATAGG CCCGTCATCA TCTTGAGCTA CTTTTTTCCC CCACATAACG CTAGTAGATT TCATTTTATG TTTTTGTCCA CTCTTGCTAG TTAAACAATA TAATCTAATG ATGACTCGAA TAACCTTTAA TTCTTCAAGT TGAATCTTCA GCGTTAGGAG TAGTTCTCAA TGAATTAGCT ATGGTTTCCC TTTAGCATCA AATTGGATTT TACTGATAAT GAAATGAGCT TGACTTGACT AAGTGGTACA TTTTTTATAT ATATTAGTGA GGACTTCACA AGGATTTTCA TTTGGATAAC TTCTGGATTG ACAAAAAATT GATTGCAAAT TTAGGTCTGA TGTGCAATTA CGATCTGCAA AAAATTTTGA GTCAAAAAAA TTATATTATT CTTCAATGGG AGTCGTGCAA TAGATGCGTT TTGGCGAGAC CTTTCCATCG AGACAAGAAG TGCATTTTTT CGTCAAAGTA GTTTGAAGAT ATCGCAAAAG TAAGATTACA GATTGTTGTT TATACCCTGT TGTGCATTTG TGTTAGGATT AAATTGGTGA GAAGCGCAAC AAAATTTTTG TTGCAGCTTT GTACATTTAT GCATTGTAAA TTTGCAGATA TAAGTTGTG |
mRNA UTR + CDS |
| >Mp3g19330.1 GGAAAACCAA TTTATAGATC TACGCGAAGA AATACTCGAC ATGACCTTCA CTCACATGTC CACATTTTTG CTCGGGAAAA ATCTGTGGCA AGTCCTCTGA AGCCACAGTT GTGAAAGTCC ATCGCGAGTT CGACAACTTT CTCTCAGATG CCATTCTCCA AGTGCTACTC CTGAGGACCA AGGCTTGATG CAAACTTCGT TATCCATGCA ACACACACGA AGGAAAAAAC ATAACAGATT TCGACATCAA AGCTTTTATC AATGATTTTA TCAGCGCATA CGCCATACAA CGATGCCCAG AATCGTGGGA AGATCCTAAC AAATTTCAAC CGGAGAGATT TGCGAACAAT CCCGTAGACA TGAAAGGCCA AGACTTCAGG AAGCTGAAGT CGGCCTTTCA TGTCTTTCGG AGCCGGTCGA AGGCAGTGTC TAGTCATGGG GATTGGTGTG GTGATAGTGG AGATTACTCG GGCTGGAATA ATACCGCCAG AGTAATCTCT CTTCCTGCAG GAATGAAACT AGAAGATGTG GACATGACTG AGAAAGCTGG AGTTGCATCT TCTCTGCTCT CTCCGATTCT AGTTTCAGTG AAACCACGAT TATCCCCGAG GTTGTGCAGC ATGCAAACTT AAGAACTGAT GGAGGAGAGT CAAGGGAAAT TCGTTTGAGG TCTGATGTGC AATTACGATC TGCAAAAAAT TTTGAGTCAA AAAAATTATA TTATTCTTCA ATGGGAGTCG TGCAATAGAT GCGTTTTGGC GAGACCTTTC CATCGAGACA AGAAGTGCAT TTTTTCGTCA AAGTAGTTTG AAGATATCGC AAAAGTAAGA TTACAGATTG TTGTTTATAC CCTGTTGTGC ATTTGTGTTA GGATTAAATT GGTGAGAAGC GCAACAAAAT TTTTGTTGCA GCTTTGTACA TTTATGCATT GTAAATTTGC AGATATAAGT TGTG |
CDS |
| >Mp3g19330.1 ATGAAAGGCC AAGACTTCAG GAAGCTGAAG TCGGCCTTTC ATGTCTTTCG GAGCCGGTCG AAGGCAGTGT CTAGTCATGG GGATTGGTGT GGTGATAGTG GAGATTACTC GGGCTGGAAT AATACCGCCA GAGTAATCTC TCTTCCTGCA GGAATGAAAC TAGAAGATGT GGACATGACT GAGAAAGCTG GAGTTGCATC TTCTCTGCTC TCTCCGATTC TAGTTTCAGT GAAACCACGA TTATCCCCGA GGTTGTGCAG CATGCAAACT TAA |
Protein |
| >Mp3g19330.1 MKGQDFRKLK SAFHVFRSRS KAVSSHGDWC GDSGDYSGWN NTARVISLPA GMKLEDVDMT EKAGVASSLL SPILVSVKPR LSPRLCSMQT |
Sequences: |
Gene UTR + CDS + intron |
| >Mp3g19330.2 ATGCAGGATT TTATCAGCGC ATACGCCATA CAACGATGCC CAGAATCGTG GGAAGATCCT AACAAATTTC AACCGGAGAG ATTTGCGAAC AATCCCGTAG ACATGAAAGG CCAAGACTTC AGGAAGCTGA AGTCGGCCTT TCATGTCTTT CGGAGCCGGT CGAAGGCAGT GTCTAGTCAT GGGGATTGGT GTGGTGATAG TGGAGATTAC TCGGGCTGGA ATAATACCGC CAGAGTAATC TCTCTTCCTG CAGGAATGAA ACTAGAAGAT GTGGACATGA CTGAGAAAGC TGGAGTTGCA TCTTCTCTGC TCTCTCCGAT TCTAGTTTCA GTGAAACCAC GATTATCCCC GAGGTTGTGC AGCATGCAAA CTTAA |
mRNA UTR + CDS |
| >Mp3g19330.2 ATGCAGGATT TTATCAGCGC ATACGCCATA CAACGATGCC CAGAATCGTG GGAAGATCCT AACAAATTTC AACCGGAGAG ATTTGCGAAC AATCCCGTAG ACATGAAAGG CCAAGACTTC AGGAAGCTGA AGTCGGCCTT TCATGTCTTT CGGAGCCGGT CGAAGGCAGT GTCTAGTCAT GGGGATTGGT GTGGTGATAG TGGAGATTAC TCGGGCTGGA ATAATACCGC CAGAGTAATC TCTCTTCCTG CAGGAATGAA ACTAGAAGAT GTGGACATGA CTGAGAAAGC TGGAGTTGCA TCTTCTCTGC TCTCTCCGAT TCTAGTTTCA GTGAAACCAC GATTATCCCC GAGGTTGTGC AGCATGCAAA CTTAA |
CDS |
| >Mp3g19330.2 ATGCAGGATT TTATCAGCGC ATACGCCATA CAACGATGCC CAGAATCGTG GGAAGATCCT AACAAATTTC AACCGGAGAG ATTTGCGAAC AATCCCGTAG ACATGAAAGG CCAAGACTTC AGGAAGCTGA AGTCGGCCTT TCATGTCTTT CGGAGCCGGT CGAAGGCAGT GTCTAGTCAT GGGGATTGGT GTGGTGATAG TGGAGATTAC TCGGGCTGGA ATAATACCGC CAGAGTAATC TCTCTTCCTG CAGGAATGAA ACTAGAAGAT GTGGACATGA CTGAGAAAGC TGGAGTTGCA TCTTCTCTGC TCTCTCCGAT TCTAGTTTCA GTGAAACCAC GATTATCCCC GAGGTTGTGC AGCATGCAAA CTTAA |
Protein |
| >Mp3g19330.2 MQDFISAYAI QRCPESWEDP NKFQPERFAN NPVDMKGQDF RKLKSAFHVF RSRSKAVSSH GDWCGDSGDY SGWNNTARVI SLPAGMKLED VDMTEKAGVA SSLLSPILVS VKPRLSPRLC SMQT |