| Database | ID | Description |
|---|---|---|
| PRINTS | PR00463 | E-class P450 group I signature |
| FunFam | G3DSA:1.10.630.10:FF:000021 | Cytochrome P450 61 |
| SUPERFAMILY | SSF48264 | Cytochrome P450 |
| CDD | cd11082 | CYP61_CYP710 |
| Gene3D | G3DSA:1.10.630.10 | Cytochrome P450 |
| PRINTS | PR00385 | P450 superfamily signature |
| PANTHER | PTHR24286 | CYTOCHROME P450 26 |
| ProSitePatterns | PS00086 | Cytochrome P450 cysteine heme-iron ligand signature. |
| Pfam | PF00067 | Cytochrome P450 |
| KEGG | K09832 | sterol 22-desaturase [EC:1.14.19.41] |
| KOG | KOG0157 | Cytochrome P450 CYP4/CYP19/CYP26 subfamilies; [QI] |
| MapolyID | Mapoly0103s0038 | - |
| GO | GO:0005506 | iron ion binding |
| GO | GO:0016705 | oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen |
| GO | GO:0004497 | monooxygenase activity |
| GO | GO:0020037 | heme binding |
| GO | GO:0016125 | sterol metabolic process |
| GO | GO:0016491 | oxidoreductase activity |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpCYP710A16 | Cytochrome P450, Secondary metabolism enzyme, sterol biosynthesis | Provisional |
Sequences: |
Gene UTR + CDS + intron |
| >Mp1g00490.1 ATCGCAGACT CGCGGAGCGC CACCCGCTGC GGAGCAGGGC CGGAGACGCC TCTCGAGCAG CGCTGGCTGT GGGAATCGCA GCCCGGCCCT TAAATAAGTC CCTCGCTCGT TCAGGTACTC GTCTGTCTGC GAGGATCAGC AGCGACTCTT TGCTATGCCC TGGTCACGCG AGCGAGCGAG CGAGCAAGTG GCAACTTCTG CCTCGCTCCG AAGCTTAACC TTCGACGACA TCAGGCGGGC TGGCTCAAGA GATTGAGAGG TAGAAAAGAA AGAAGGACAA CGATTGACTA GATAGCGGTT CGGAGGGAGG TGATGGAGAC GGGAGGGATG GAATTCGGGG CCCCGAGGGC AAGTAGCAGC TGGTGGGCAG AATGGCAGCT CGTAGTAGGG GTGGCCTTGG CGATTTGGTT GGTATACGAG CAGCTGTCAT ACATATGGAA AGGAAAACAC CTGCCGGGAC CCAAGTTTGT GGTACCGTTT CTGGGGGATG TATTTCGAAT GGTCAAAGAT CCGACTAAGT TCTGGGATGA CCAGGCGAAG GCCGCCACTA AAGTCGGGCT CTCATGGAAC GTTCTATTTG GCAGATTCGT GCTTTTTGTG AGAGATTCGG AGATGTCACA GAAAATCTTC GCTAACGTGA AACCCGATGT ATTCCATCTA GTCGGGCATC CGTTCGGGAA GAAGCTATTT GGCGAGGACA ATCTGATATT TATGTTTGGC GATGAGCACC GCGACTTGCG ACGCAGGCTA GCTCCCAATT TTACTTACAA AGCTCTCGGC GTATATGTGT CCATTCAAGA GCGCATGATT CGAAAGCACA TCGCGCAATG GTTAGAGATG CACAAGGCCG GTCCAATGAC CATGCGGCTA CTTCTTAGAG ACCTCAACTT GGAGACATCA CAGGCTACCT TCGTCGGGCC TTACCTGGAT GAAGCGGCGC GCGTGCAATT CAAAAAGGAT TACAATTTTT TCAATACAGG GCTGATGAGC TTCCCCGTGA ATCTTCCTGG CTTTGCATAC CACGAAGCTA CCAAAGCAGT ACCGCGCCTT ATCAAAGCCT TGTCCAACTG TTCTCGCATG AGCAGAGAGA GGATGATACA GGGAGAAGAG CCTTCTTGCC TCATAGACTT TCTTGTACAG GAAACTCTGA GGGAGATTCA GGAGGCGGAG GCTGCTGGAG GACCTCCTCC TGGACACAGC AGCGACTGGG AAATAGGCGC CCTCATTTTC GACTTCCTTT TCGCTGCTCA AGATGCCTCC ACTTCGTCTT TGGCGTGGTC CTGCGCGTTT TTAGACTCGC ATCCGGAAAT TCTGCAGAGA GTGAGGGATG AGCAGAGACG CGTCAGGCCA GATGTCACGG CTCCCGTTAC CCCGGAGATG CTGAAGGAGA TGGAATTCAC GACAATGGTT GTCAAAGAGG TGTTGAGGAT TCGACCTCCT GCTCCAATGG TCCCGCACAT TGCGAGCACG GACTTTGCCA TCACTGACAC CTACAAGGTT CCCAAGGGCA CTATTGTGTT TCCATCGTTG TTGGAATCGT CGTTTCAAGG CTTCACGGAT CCCTACAAAT TCGATCCTGA TAGGTTCTCG CTTGAAAGAC AGGAGGATGT GCTGTACAAG CGCAACTGGC TGCTGTTCGG AGCCGGCCCT CATCAGTGCG TGGGGCAACG CTACGCATTG AATCATCTCA CTCTCTTCGT CGCGTTGTTT ACTACTCTCG TCGATATGGA GCGCCTGCGG ACTCCTGGCT GCGATGATTT GCTCTACACC CCTACTATAT CCCCAAAGGA CGAGCTCATG TGCCGGATGA CTGCGCGTGT TGTTTCATAG CATGACCGAT CCAGTTGTAC CCAACCTGTT TCGCTCCAAT TATTCCTTAC TAAACTCGAG CCAGATACCA CCCAAGTCTT ATTTGTTCAT ATTTCAATGT AGAGTCGTCT TTCGTCGCTT CATGACTTGA AAGTGAGCAT TCTTCTACAC ACTAAGCACA TCGAACATGA GCCAGGTATA ATCAACTTCT GATTCCACAA GTCTAGATTG GGTGAGTTTC ATCTAAAGAC AAGCAAAGAG CGATCATTGA TTTTATGACT GCATCAGCAG CAGCATTCTG GTCATGTGAC CCTCAATTCT TCATGCATGT ATCTCGATAG GCTGAAATCA CACTCATCAT TGTTGTAGCT AATAGCTAAG CATGGGAACG GTCCACATTG GATCGTTGTC CAGTCACAGA AGGAGATTAT ATTTCGTTTG ATCGTGAATA GGGAAACCCA TAGGTTTGCA AACTATCAAG TGACACCAGC GCGTAGGATC TTTTGCTACC TTACTACTCT GTATCACGCT GTAATTGTCT GTACAGTTCC TCTGTCATGG ATTCTGAAGC AGAAACATTT TCACGTTCTC TTTGGATACA TCCAGTTGTG GATGCCCTAA GATTTGTTTT TGTATCGAAA CTTATTGTTT CTCTCGTATC ATTTCACGCA GATTGTAAAA TTGGAACGAT TTTTGATA |
mRNA UTR + CDS |
| >Mp1g00490.1 ATCGCAGACT CGCGGAGCGC CACCCGCTGC GGAGCAGGGC CGGAGACGCC TCTCGAGCAG CGCTGGCTGT GGGAATCGCA GCCCGGCCCT TAAATAAGTC CCTCGCTCGT TCAGGTACTC GTCTGTCTGC GAGGATCAGC AGCGACTCTT TGCTATGCCC TGGTCACGCG AGCGAGCGAG CGAGCAAGTG GCAACTTCTG CCTCGCTCCG AAGCTTAACC TTCGACGACA TCAGGCGGGC TGGCTCAAGA GATTGAGAGG TAGAAAAGAA AGAAGGACAA CGATTGACTA GATAGCGGTT CGGAGGGAGG TGATGGAGAC GGGAGGGATG GAATTCGGGG CCCCGAGGGC AAGTAGCAGC TGGTGGGCAG AATGGCAGCT CGTAGTAGGG GTGGCCTTGG CGATTTGGTT GGTATACGAG CAGCTGTCAT ACATATGGAA AGGAAAACAC CTGCCGGGAC CCAAGTTTGT GGTACCGTTT CTGGGGGATG TATTTCGAAT GGTCAAAGAT CCGACTAAGT TCTGGGATGA CCAGGCGAAG GCCGCCACTA AAGTCGGGCT CTCATGGAAC GTTCTATTTG GCAGATTCGT GCTTTTTGTG AGAGATTCGG AGATGTCACA GAAAATCTTC GCTAACGTGA AACCCGATGT ATTCCATCTA GTCGGGCATC CGTTCGGGAA GAAGCTATTT GGCGAGGACA ATCTGATATT TATGTTTGGC GATGAGCACC GCGACTTGCG ACGCAGGCTA GCTCCCAATT TTACTTACAA AGCTCTCGGC GTATATGTGT CCATTCAAGA GCGCATGATT CGAAAGCACA TCGCGCAATG GTTAGAGATG CACAAGGCCG GTCCAATGAC CATGCGGCTA CTTCTTAGAG ACCTCAACTT GGAGACATCA CAGGCTACCT TCGTCGGGCC TTACCTGGAT GAAGCGGCGC GCGTGCAATT CAAAAAGGAT TACAATTTTT TCAATACAGG GCTGATGAGC TTCCCCGTGA ATCTTCCTGG CTTTGCATAC CACGAAGCTA CCAAAGCAGT ACCGCGCCTT ATCAAAGCCT TGTCCAACTG TTCTCGCATG AGCAGAGAGA GGATGATACA GGGAGAAGAG CCTTCTTGCC TCATAGACTT TCTTGTACAG GAAACTCTGA GGGAGATTCA GGAGGCGGAG GCTGCTGGAG GACCTCCTCC TGGACACAGC AGCGACTGGG AAATAGGCGC CCTCATTTTC GACTTCCTTT TCGCTGCTCA AGATGCCTCC ACTTCGTCTT TGGCGTGGTC CTGCGCGTTT TTAGACTCGC ATCCGGAAAT TCTGCAGAGA GTGAGGGATG AGCAGAGACG CGTCAGGCCA GATGTCACGG CTCCCGTTAC CCCGGAGATG CTGAAGGAGA TGGAATTCAC GACAATGGTT GTCAAAGAGG TGTTGAGGAT TCGACCTCCT GCTCCAATGG TCCCGCACAT TGCGAGCACG GACTTTGCCA TCACTGACAC CTACAAGGTT CCCAAGGGCA CTATTGTGTT TCCATCGTTG TTGGAATCGT CGTTTCAAGG CTTCACGGAT CCCTACAAAT TCGATCCTGA TAGGTTCTCG CTTGAAAGAC AGGAGGATGT GCTGTACAAG CGCAACTGGC TGCTGTTCGG AGCCGGCCCT CATCAGTGCG TGGGGCAACG CTACGCATTG AATCATCTCA CTCTCTTCGT CGCGTTGTTT ACTACTCTCG TCGATATGGA GCGCCTGCGG ACTCCTGGCT GCGATGATTT GCTCTACACC CCTACTATAT CCCCAAAGGA CGAGCTCATG TGCCGGATGA CTGCGCGTGT TGTTTCATAG CATGACCGAT CCAGTTGTAC CCAACCTGTT TCGCTCCAAT TATTCCTTAC TAAACTCGAG CCAGATACCA CCCAAGTCTT ATTTGTTCAT ATTTCAATGT AGAGTCGTCT TTCGTCGCTT CATGACTTGA AAGTGAGCAT TCTTCTACAC ACTAAGCACA TCGAACATGA GCCAGGTATA ATCAACTTCT GATTCCACAA GTCTAGATTG GGTGAGTTTC ATCTAAAGAC AAGCAAAGAG CGATCATTGA TTTTATGACT GCATCAGCAG CAGCATTCTG GTCATGTGAC CCTCAATTCT TCATGCATGT ATCTCGATAG GCTGAAATCA CACTCATCAT TGTTGTAGCT AATAGCTAAG CATGGGAACG GTCCACATTG GATCGTTGTC CAGTCACAGA AGGAGATTAT ATTTCGTTTG ATCGTGAATA GGGAAACCCA TAGGTTTGCA AACTATCAAG TGACACCAGC GCGTAGGATC TTTTGCTACC TTACTACTCT GTATCACGCT GTAATTGTCT GTACAGTTCC TCTGTCATGG ATTCTGAAGC AGAAACATTT TCACGTTCTC TTTGGATACA TCCAGTTGTG GATGCCCTAA GATTTGTTTT TGTATCGAAA CTTATTGTTT CTCTCGTATC ATTTCACGCA GATTGTAAAA TTGGAACGAT TTTTGATA |
CDS |
| >Mp1g00490.1 ATGGAGACGG GAGGGATGGA ATTCGGGGCC CCGAGGGCAA GTAGCAGCTG GTGGGCAGAA TGGCAGCTCG TAGTAGGGGT GGCCTTGGCG ATTTGGTTGG TATACGAGCA GCTGTCATAC ATATGGAAAG GAAAACACCT GCCGGGACCC AAGTTTGTGG TACCGTTTCT GGGGGATGTA TTTCGAATGG TCAAAGATCC GACTAAGTTC TGGGATGACC AGGCGAAGGC CGCCACTAAA GTCGGGCTCT CATGGAACGT TCTATTTGGC AGATTCGTGC TTTTTGTGAG AGATTCGGAG ATGTCACAGA AAATCTTCGC TAACGTGAAA CCCGATGTAT TCCATCTAGT CGGGCATCCG TTCGGGAAGA AGCTATTTGG CGAGGACAAT CTGATATTTA TGTTTGGCGA TGAGCACCGC GACTTGCGAC GCAGGCTAGC TCCCAATTTT ACTTACAAAG CTCTCGGCGT ATATGTGTCC ATTCAAGAGC GCATGATTCG AAAGCACATC GCGCAATGGT TAGAGATGCA CAAGGCCGGT CCAATGACCA TGCGGCTACT TCTTAGAGAC CTCAACTTGG AGACATCACA GGCTACCTTC GTCGGGCCTT ACCTGGATGA AGCGGCGCGC GTGCAATTCA AAAAGGATTA CAATTTTTTC AATACAGGGC TGATGAGCTT CCCCGTGAAT CTTCCTGGCT TTGCATACCA CGAAGCTACC AAAGCAGTAC CGCGCCTTAT CAAAGCCTTG TCCAACTGTT CTCGCATGAG CAGAGAGAGG ATGATACAGG GAGAAGAGCC TTCTTGCCTC ATAGACTTTC TTGTACAGGA AACTCTGAGG GAGATTCAGG AGGCGGAGGC TGCTGGAGGA CCTCCTCCTG GACACAGCAG CGACTGGGAA ATAGGCGCCC TCATTTTCGA CTTCCTTTTC GCTGCTCAAG ATGCCTCCAC TTCGTCTTTG GCGTGGTCCT GCGCGTTTTT AGACTCGCAT CCGGAAATTC TGCAGAGAGT GAGGGATGAG CAGAGACGCG TCAGGCCAGA TGTCACGGCT CCCGTTACCC CGGAGATGCT GAAGGAGATG GAATTCACGA CAATGGTTGT CAAAGAGGTG TTGAGGATTC GACCTCCTGC TCCAATGGTC CCGCACATTG CGAGCACGGA CTTTGCCATC ACTGACACCT ACAAGGTTCC CAAGGGCACT ATTGTGTTTC CATCGTTGTT GGAATCGTCG TTTCAAGGCT TCACGGATCC CTACAAATTC GATCCTGATA GGTTCTCGCT TGAAAGACAG GAGGATGTGC TGTACAAGCG CAACTGGCTG CTGTTCGGAG CCGGCCCTCA TCAGTGCGTG GGGCAACGCT ACGCATTGAA TCATCTCACT CTCTTCGTCG CGTTGTTTAC TACTCTCGTC GATATGGAGC GCCTGCGGAC TCCTGGCTGC GATGATTTGC TCTACACCCC TACTATATCC CCAAAGGACG AGCTCATGTG CCGGATGACT GCGCGTGTTG TTTCATAG |
Protein |
| >Mp1g00490.1 METGGMEFGA PRASSSWWAE WQLVVGVALA IWLVYEQLSY IWKGKHLPGP KFVVPFLGDV FRMVKDPTKF WDDQAKAATK VGLSWNVLFG RFVLFVRDSE MSQKIFANVK PDVFHLVGHP FGKKLFGEDN LIFMFGDEHR DLRRRLAPNF TYKALGVYVS IQERMIRKHI AQWLEMHKAG PMTMRLLLRD LNLETSQATF VGPYLDEAAR VQFKKDYNFF NTGLMSFPVN LPGFAYHEAT KAVPRLIKAL SNCSRMSRER MIQGEEPSCL IDFLVQETLR EIQEAEAAGG PPPGHSSDWE IGALIFDFLF AAQDASTSSL AWSCAFLDSH PEILQRVRDE QRRVRPDVTA PVTPEMLKEM EFTTMVVKEV LRIRPPAPMV PHIASTDFAI TDTYKVPKGT IVFPSLLESS FQGFTDPYKF DPDRFSLERQ EDVLYKRNWL LFGAGPHQCV GQRYALNHLT LFVALFTTLV DMERLRTPGC DDLLYTPTIS PKDELMCRMT ARVVS |