Mp1g10110
Description
Annotation
| Database | ID | Description |
|---|---|---|
| Coils | Coil | Coil |
| Gene3D | G3DSA:1.10.630.10 | Cytochrome P450 |
| SUPERFAMILY | SSF48264 | Cytochrome P450 |
| Pfam | PF00067 | Cytochrome P450 |
| PRINTS | PR00385 | P450 superfamily signature |
| PANTHER | PTHR24286 | CYTOCHROME P450 26 |
| ProSitePatterns | PS00086 | Cytochrome P450 cysteine heme-iron ligand signature. |
| PRINTS | PR00463 | E-class P450 group I signature |
| KOG | KOG0157 | Cytochrome P450 CYP4/CYP19/CYP26 subfamilies; [QI] |
| MapolyID | Mapoly0014s0215 | - |
| 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 |
Nomenclature
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpCYP707-like | Cytochrome P450, Secondary metabolism enzyme | Provisional |
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp1g10110 across the single-cell RNA-seq atlas. Cluster identities (right) annotate the same UMAP used for the feature plot (left).
Gene structure:
Sequences: |
Gene UTR + CDS + intron |
| >Mp1g10110.1 TCTCTTCACG CAGTCGGGAA ATGTTGCGTA AAACACGAGA TCGTTGTGGT GCCACAGGGG CAACCCGATG TCATTCTTCT TCAATCTTCG TGTTGGTTTT CTTCGATACT TGTGCTCCCG TCGGGCTTTA TGAGCGGAAT TCGACATGAT GCTAATGAGC CAATGAGCTC GTGAAGCCGA CCGAGATTGC TGACTTGGGT GCGATTCCTC TTGAGAATGA CAATGGCGCT GATGGATCTG TCGCCGGTGC TGGTCGTCGT CCTCGTGCTG CTGCTGCTGC TGCTGCCGCT GCCACTTCTC TTTTGGCGGG GGGGCGAGAA GTTCAGCGGG AAGCTCCCGC CGAAGAGTAG GAGCAACTCC ATCTGGGGGG ACACGTCTGC TTTCTGGAGC GATCCCTTGG CCTTCTTGGA CAAGAAAAGA GCTGAGTTAG TGGCATGCAT ATTCCCCTTC CGATGCGCAT GAGTTTCTTC TCTCGCCTCC GTGATGTCTC TAACAATCTT ACCATGCAAT TTAGATATTG AGGGATAATG CAATTGTCTG GACTTCGAGA CTGTGTCTAG ATCCAGTCTA TGATACAGGA TCGATTTCGT ACCCGGCGAC AGTCGGTCAT CACATGAACT TGTATTGGTG ATGGCGGCCT ACGACATGCC GCAATTCTGT GAGGGATCTG TCACATGCAC GTCTGCATTT TCTGACGCAA ATTACGAAAT CATATAATAA GGGGAAATCG ATTGATTAGG GGGAACGGTG AAAGGATCTT GAAATTGGAG ACTGATTCAA AATTTGAAAA TCAATTAATC CTGACAACCG AGCGCATTCG TCCACAGGAT CATCGAACGA TGAATTCCGT GCGTGGTCAG CATTCTCAGA GCGTCTCGTG CGTTTAATCG CGTAGGCTAG TTTAAGATAT TCGAATCGAG TCAGAGTCAA TTTTGAAACA CTTCCCTGTT TAACCGCAGA TATGGAGAAA TTTATATTTT GAAGCTGTTT GGGAGAGAGA AAATTGTGAC TACTACCCCT GAAGCTGCGA AGTTTTTCCT CGTGAATGTT CACAAATCCT TCAAGCATGG ATATCGTCCT TCTATAACGA GGATCACGGA TCCCGAGGGC AATTTCACCG ATCCGGACAA CAGCGTGAAA GTGCGAAAGT TACTGAAAAC TCCTTTGGGT CCAGGATCGA TCCGCGACAG CATTCCTACT TATGATGCCC TCTCACGCTC GATCATTGAT ACGTGGAAAG ATGGTGAAGT TCTTAATGCT TTCCACGAAA TGGAAAGGGT ATGTTCTTCC TGCATCATCT TCCTCAATGA ATTACAATGA ATTTCGCACG CGGGAAGTCA GACTCTGGAA ATTCAACAAC AGCTTAGTCT TGCACGTTGT ACCAATCACA AGATCTGCGG TAGATGCCTT TGCCTTCTCT TACCTTACAT GGAGCCAGTA TCATGTGGTG AAACCACGAA GGAAATTGCG AGCTGAGCAG CCGATCCTGA TACTGGAGAC TGCCTACCCG TAAATTGCCG CATGATTCGA AGGATACTCC GTCAATCTTC GGACCATTTT CAAGTCGTCA GAATTTCTGT TGAGTCTTTT CAGGAGTAAT AAAATTGAAA TGAGGATGGA TTTGTGCGCT GGTGGGGTTG GTAGAACCTT GACCGGGCGC AAACATTACG CGTCAACTCT CAAGGACAAT AACTCTGGCT TCAGATAATC ACTTTCTGTC AGTTGGACTT GCAGATTACA CTGAAGTGCA TTCTGAACCT CCTCTGGGGC CAAGAAGATC GTCAGTTGGA GTACGACAGA GTCATGGAAC TACACTCGAA AATGAACCAC GGCTGCCATG TGAAGTTTCC CATCAACCTT CCATTCACTG CGTACGGGAA AGCTTTGAAA GTGAGTCACG CCATTTCGCC TTTAACTAGT CCCATTTTAT TAGACTTCTT CATTGGGATT TACCCTCCAT CTTGTTCTCT CTCGCTGTTC ATGCACATCA ATCAACTGTT TTAGACCCGA CGCCCTTATT TGAGTGATTT GAACGGGGGA CTTGGTCAGA CCTCTCTCTG GTCATTGCCA TCAAAACACC AACTCATGTC AAGCACCCTG AGTTTGTTCG CATGCCATTA AGCGAGATGC ATGCTCTGAA GCAAACGTCT CTTCGAATGT AGTTCCATTA GTGAAGACTT CGTTACTTTT CTACAGCAGA ATTTTTCATT TCCGAGTATT ATGAAAAACT TGTGTTTCTC AATCCTGACG CTCGTTAACG GCTCTTTGTT GGAACCACAT ATAGGCTAAA AGAGACATAA CAGACCTCTT GAAAGAGAAA CTCAAGCAGT TGCGAGCTTC AAGGAGTCAA GATTATTGTT GCATGAGCTC AGTAATATTT TCGGATGGAG AGAATGGCCT GACGGATGCC CAAGTCAGTT CATTAATGCT CACTTTGATC TTTGCCGGTT ATCGCACCAC AGCCACAGTG CTGGTGTGGG TCTTCAAATT TTTGAGTGAG AACTCCAAAG CGCTTGAGGA ACTGCAGGTA GGTATCTTCG CAGCCCTCTG AAGTTTGAAT GCAATTCTTC GCCGTGGCTT CAGAAAAATC GGAAGAACGT AGTTTTCCTC TTCCTTCATC CCGTCTGTCC CTTCTTGTTA ATACCGTTGC TGTATTTCTT CTGTCCACGT GAGGGCTCAT CACAAGCTCC CAAGCAGATG ATGAATTCGA AATTCTACTG GAACTGCGTC TGGACTGCAG GATGCTTTCT TGGAGCAAGG ATTGTTCTCA TACTTCATGT TGTTCGTCAT ATCGATGTTG ATCAAGTGCG GGTACAAAAT GTCTGACATT TAGGCCCTCG CCCTGATCGA AATCTATGCC CACGAGCATT TCAACCTTGA ACATAAGTGT AGCTGATGAC TAACTAAATT CTCTCGGATT CAAGTGGAAA GTGAAGCAGG TCGTTTAGGC AGTGAGTAGA GTTGCTGTAA GACAACTGGT TGGTAAACTT CACAAACATC GATCACCTCC AAGCTCAAAG CCCAGCCTCA TGAATATGGC TGAAGGACAT GGCGGCTGTG GATAAGCCCG AAAATATCAA CTAGAACTTG GGTCACACAC CGCAACTCGG ACATGGCAAA CTTTATTTGC AATCCACTCC GTCCACACAT ATATCAAGAC TCCACTAATT ATCTGATTCT GTTCAAATAT ATACTCCCAT GAACAGGCTT CTCCAGGTTT TTCATTTCTC ATGAAGTATT GAAGTCATAT TTTTATGGTG GCTGAAACAG ATGGAGCACG ATGCCCTTTC CCAATCTCGA GAATCTAACG GGACGCCTTT GACATGGGCT GATGTTAAGC GAATGCCATA CACTATGAAG GTCAGTCAAA ATGGACTTCG TGAGAAGCTG TATCTTGAGG CAAAGATCAT GATTGTACTC ATCGGCATTT GAGGGAAGAT ATTTAGAATC TCTTTCAAAC GCTCTTACTT GAGTGCAGGT TATCCAGGAG ACGTTGAGAC TGGCCCCAGT TGTAAAATTC ATGCCCCGTG TGGCTCTTGA AGACGTTCAG TTCAAAGGTA ATATTGACTT ACCTACGCAT TTTGGAGGAG CTATCTTAGA TCTTGAAAAG ATGCTTTTCA CGTATAACAA GTTGTATGTA GGTTTGAGAT GAAGAAATTT TGAAATGAGG GCCTGAAATT TGATAGAGCC TGTATAATCA CCGTGAGCGG AAAGTTAAGC TCTCTGTTTT CTACCAAGGC TCATGATCTG TACCTGGTTT TGTCGGCCTC AAGTCTTTGA ACGGGGGCTG ACCGTAAGAA ATGTAGCTTC TAATAATTCC GTAGTTCTGA ACTCCGTAAG CAGGGTATGT CATCCCCAAA GATTGGTCAC TTGGTGTCTC GTACGAGTTT CACAAGGACC CAGCGTTCTT TCCGGATCCT CTCACCTTTG ATCCTAGCAG ATTCAATGTA AGTCCTCTTT CAAGGGTGAA GAAAATTGCG TCATTCCTTT AGTCTAGATT TGGGAGAGCT CCGGGGTTTT GGAGGTTAGT TCCTGATAGT TTCAGGATTT GAGATGGGCT TAAGACGCCG AATCTATAAT CTGGTACACT GCTTTGTAGA TACAACACAG GTTTTGACAT GTCCTTAACG CGTCGCATAC ATCGCAGGAG CCAATTAAAC CTGGTGTCTT CATTCCATTC GGTGCGGGTG CACACATTTG TGTAGGATAT GAGTTTACCA ATGTACTCCT ACCTGTCATT ATCCATCGAG TTGTCTCCAC GTACAGGTGA AGGAGCTCTT TTATGTTTTA TGTGTTTGAT CTTCCTTTTT CTACATGTGT ACTGAATGTT CTTTCGAGGA AAGAACTTTT AAGTATCATT GTCGACTTCT TCGATAGATG TGAGGACGAT TTGTTCCATC ATCACAGAAA CTACAACAAA AATTTTGTAT GAAATTTGTG CAGCTTCGAA CCACAAGGAC CAGATGGTGT GGAGTTTTGG CCTCAGTACG GTCCTAAAGG TGGACTTCCG ATGAAAGTCA AGCTACGTGC AGGAAAATGT TTGTGAACTC GTGACCAATA TTGAGGAGTT TAAGGCTTGC CCCTGTATAG TGCCAGATGA GGGGCGCGAA CGGCGACCTT TCGAAACAAG ACATCTTCCT GAGGACATTG GGAAAACTTC TATTTTTCGC TGTTGTGGTT CGAATGGCAT ATAGTTTTCT TTCTGTAAAT ATGTTAAAAA AAATAAATCA TTAACACCTG GTTACATT |
mRNA UTR + CDS |
| >Mp1g10110.1 TCTCTTCACG CAGTCGGGAA ATGTTGCGTA AAACACGAGA TCGTTGTGGT GCCACAGGGG CAACCCGATG TCATTCTTCT TCAATCTTCG TGTTGGTTTT CTTCGATACT TGTGCTCCCG TCGGGCTTTA TGAGCGGAAT TCGACATGAT GCTAATGAGC CAATGAGCTC GTGAAGCCGA CCGAGATTGC TGACTTGGGT GCGATTCCTC TTGAGAATGA CAATGGCGCT GATGGATCTG TCGCCGGTGC TGGTCGTCGT CCTCGTGCTG CTGCTGCTGC TGCTGCCGCT GCCACTTCTC TTTTGGCGGG GGGGCGAGAA GTTCAGCGGG AAGCTCCCGC CGAAGAGTAG GAGCAACTCC ATCTGGGGGG ACACGTCTGC TTTCTGGAGC GATCCCTTGG CCTTCTTGGA CAAGAAAAGA GCTGAATATG GAGAAATTTA TATTTTGAAG CTGTTTGGGA GAGAGAAAAT TGTGACTACT ACCCCTGAAG CTGCGAAGTT TTTCCTCGTG AATGTTCACA AATCCTTCAA GCATGGATAT CGTCCTTCTA TAACGAGGAT CACGGATCCC GAGGGCAATT TCACCGATCC GGACAACAGC GTGAAAGTGC GAAAGTTACT GAAAACTCCT TTGGGTCCAG GATCGATCCG CGACAGCATT CCTACTTATG ATGCCCTCTC ACGCTCGATC ATTGATACGT GGAAAGATGG TGAAGTTCTT AATGCTTTCC ACGAAATGGA AAGGATTACA CTGAAGTGCA TTCTGAACCT CCTCTGGGGC CAAGAAGATC GTCAGTTGGA GTACGACAGA GTCATGGAAC TACACTCGAA AATGAACCAC GGCTGCCATG TGAAGTTTCC CATCAACCTT CCATTCACTG CGTACGGGAA AGCTTTGAAA GCTAAAAGAG ACATAACAGA CCTCTTGAAA GAGAAACTCA AGCAGTTGCG AGCTTCAAGG AGTCAAGATT ATTGTTGCAT GAGCTCAGTA ATATTTTCGG ATGGAGAGAA TGGCCTGACG GATGCCCAAG TCAGTTCATT AATGCTCACT TTGATCTTTG CCGGTTATCG CACCACAGCC ACAGTGCTGG TGTGGGTCTT CAAATTTTTG AGTGAGAACT CCAAAGCGCT TGAGGAACTG CAGATGGAGC ACGATGCCCT TTCCCAATCT CGAGAATCTA ACGGGACGCC TTTGACATGG GCTGATGTTA AGCGAATGCC ATACACTATG AAGGTTATCC AGGAGACGTT GAGACTGGCC CCAGTTGTAA AATTCATGCC CCGTGTGGCT CTTGAAGACG TTCAGTTCAA AGGGTATGTC ATCCCCAAAG ATTGGTCACT TGGTGTCTCG TACGAGTTTC ACAAGGACCC AGCGTTCTTT CCGGATCCTC TCACCTTTGA TCCTAGCAGA TTCAATGAGC CAATTAAACC TGGTGTCTTC ATTCCATTCG GTGCGGGTGC ACACATTTGT GTAGGATATG AGTTTACCAA TGTACTCCTA CCTGTCATTA TCCATCGAGT TGTCTCCACG TACAGCTTCG AACCACAAGG ACCAGATGGT GTGGAGTTTT GGCCTCAGTA CGGTCCTAAA GGTGGACTTC CGATGAAAGT CAAGCTACGT GCAGGAAAAT GTTTGTGAAC TCGTGACCAA TATTGAGGAG TTTAAGGCTT GCCCCTGTAT AGTGCCAGAT GAGGGGCGCG AACGGCGACC TTTCGAAACA AGACATCTTC CTGAGGACAT TGGGAAAACT TCTATTTTTC GCTGTTGTGG TTCGAATGGC ATATAGTTTT CTTTCTGTAA ATATGTTAAA AAAAATAAAT CATTAACACC TGGTTACATT |
CDS |
| >Mp1g10110.1 ATGACAATGG CGCTGATGGA TCTGTCGCCG GTGCTGGTCG TCGTCCTCGT GCTGCTGCTG CTGCTGCTGC CGCTGCCACT TCTCTTTTGG CGGGGGGGCG AGAAGTTCAG CGGGAAGCTC CCGCCGAAGA GTAGGAGCAA CTCCATCTGG GGGGACACGT CTGCTTTCTG GAGCGATCCC TTGGCCTTCT TGGACAAGAA AAGAGCTGAA TATGGAGAAA TTTATATTTT GAAGCTGTTT GGGAGAGAGA AAATTGTGAC TACTACCCCT GAAGCTGCGA AGTTTTTCCT CGTGAATGTT CACAAATCCT TCAAGCATGG ATATCGTCCT TCTATAACGA GGATCACGGA TCCCGAGGGC AATTTCACCG ATCCGGACAA CAGCGTGAAA GTGCGAAAGT TACTGAAAAC TCCTTTGGGT CCAGGATCGA TCCGCGACAG CATTCCTACT TATGATGCCC TCTCACGCTC GATCATTGAT ACGTGGAAAG ATGGTGAAGT TCTTAATGCT TTCCACGAAA TGGAAAGGAT TACACTGAAG TGCATTCTGA ACCTCCTCTG GGGCCAAGAA GATCGTCAGT TGGAGTACGA CAGAGTCATG GAACTACACT CGAAAATGAA CCACGGCTGC CATGTGAAGT TTCCCATCAA CCTTCCATTC ACTGCGTACG GGAAAGCTTT GAAAGCTAAA AGAGACATAA CAGACCTCTT GAAAGAGAAA CTCAAGCAGT TGCGAGCTTC AAGGAGTCAA GATTATTGTT GCATGAGCTC AGTAATATTT TCGGATGGAG AGAATGGCCT GACGGATGCC CAAGTCAGTT CATTAATGCT CACTTTGATC TTTGCCGGTT ATCGCACCAC AGCCACAGTG CTGGTGTGGG TCTTCAAATT TTTGAGTGAG AACTCCAAAG CGCTTGAGGA ACTGCAGATG GAGCACGATG CCCTTTCCCA ATCTCGAGAA TCTAACGGGA CGCCTTTGAC ATGGGCTGAT GTTAAGCGAA TGCCATACAC TATGAAGGTT ATCCAGGAGA CGTTGAGACT GGCCCCAGTT GTAAAATTCA TGCCCCGTGT GGCTCTTGAA GACGTTCAGT TCAAAGGGTA TGTCATCCCC AAAGATTGGT CACTTGGTGT CTCGTACGAG TTTCACAAGG ACCCAGCGTT CTTTCCGGAT CCTCTCACCT TTGATCCTAG CAGATTCAAT GAGCCAATTA AACCTGGTGT CTTCATTCCA TTCGGTGCGG GTGCACACAT TTGTGTAGGA TATGAGTTTA CCAATGTACT CCTACCTGTC ATTATCCATC GAGTTGTCTC CACGTACAGC TTCGAACCAC AAGGACCAGA TGGTGTGGAG TTTTGGCCTC AGTACGGTCC TAAAGGTGGA CTTCCGATGA AAGTCAAGCT ACGTGCAGGA AAATGTTTGT GA |
Protein |
| >Mp1g10110.1 MTMALMDLSP VLVVVLVLLL LLLPLPLLFW RGGEKFSGKL PPKSRSNSIW GDTSAFWSDP LAFLDKKRAE YGEIYILKLF GREKIVTTTP EAAKFFLVNV HKSFKHGYRP SITRITDPEG NFTDPDNSVK VRKLLKTPLG PGSIRDSIPT YDALSRSIID TWKDGEVLNA FHEMERITLK CILNLLWGQE DRQLEYDRVM ELHSKMNHGC HVKFPINLPF TAYGKALKAK RDITDLLKEK LKQLRASRSQ DYCCMSSVIF SDGENGLTDA QVSSLMLTLI FAGYRTTATV LVWVFKFLSE NSKALEELQM EHDALSQSRE SNGTPLTWAD VKRMPYTMKV IQETLRLAPV VKFMPRVALE DVQFKGYVIP KDWSLGVSYE FHKDPAFFPD PLTFDPSRFN EPIKPGVFIP FGAGAHICVG YEFTNVLLPV IIHRVVSTYS FEPQGPDGVE FWPQYGPKGG LPMKVKLRAG KCL |