Mp3g10660
Description
Annotation
| Database | ID | Description |
|---|---|---|
| CDD | cd03505 | Delta9-FADS-like |
| Pfam | PF00487 | Fatty acid desaturase |
| PRINTS | PR00075 | Fatty acid desaturase family 1 signature |
| PANTHER | PTHR11351 | ACYL-COA DESATURASE |
| KEGG | K20416 | palmitoyl-[glycerolipid] 7-desaturase [EC:1.14.19.42] |
| KEGG | K00507 | stearoyl-CoA desaturase (Delta-9 desaturase) [EC:1.14.19.1] |
| KOG | KOG1600 | Fatty acid desaturase; [I] |
| MapolyID | Mapoly0037s0130 | - |
| GO | GO:0009979 | obsolete 16:0 monogalactosyldiacylglycerol desaturase activity |
| GO | GO:0005789 | endoplasmic reticulum membrane |
| GO | GO:0016717 | oxidoreductase activity, acting on paired donors, with oxidation of a pair of donors resulting in the reduction of molecular oxygen to two molecules of water |
| GO | GO:0006629 | lipid metabolic process |
Nomenclature
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpFAD5 | Secondary metabolism enzyme | Provisional |
This is a provisional entry. If you want to update the entry, please contact the administrator.
Associated Literature (AI-based literature mining, Beta-version)
Fatty acid desaturase in jasmonate biosynthesis. CRISPR-generated Mpfad5 mutants were analyzed for PUFA and jasmonate content and challenged in herbivory and fungal assays to assess pathway contribution.
2 core 2 peripheral
Kneeshaw, S., et al. (2022)
· PNAS research experimental subject
Fatty acid desaturase in jasmonate biosynthesis. CRISPR-generated Mpfad5 mutants were analyzed for PUFA and jasmonate content and challenged in herbivory and fungal assays to assess pathway contribution.
Soriano, G., et al. (2022)
· New Phytologist research experimental subject
Evolutionarily ancient fatty acid desaturase (FAD5); required for synthesis of hexadecatrienoic acid (16:3), the main source of the bioactive jasmonate (dn-OPDA) in M. polymorpha. Mpfad5 mutant analyzed.
Kaji, T., et al. (2024)
· iScience research citation background
Fatty-acid desaturase required for PUFA/dn-OPDA biosynthesis; cited from prior work showing dn-cis/iso-OPDA accumulation is abolished in the Mpfad5-3 mutant.
Liang, W., et al. (2024)
· Plant Physiology research experimental tool
Mpfad5 mutant impaired in dn-iso-OPDA biosynthesis used to show conjugates derive mainly from the canonical dn-OPDA pathway.
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp3g10660 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 |
| >Mp3g10660.1 CGGCCTTCGA AGCGTCCGAC TACTTCTTCT TCGTATCTCT CCGCTCTCGC CTCGCCAGGT GCCCGGCCAC CTGTGGCACG AGAGGAGCAG TATCAGCATC AGTATCAGGA GGAGGAGGAG GAGGAGGAAG GAGAAGAGGA GGCTGCCCTT CGCATTCCAC GAATTTCCAG CGGCTTCCCG GCGTGCCGGT CCGCTGAATG CTTGGCTGTG GCCGATGGCG GCAGAGTGAA GAATTTGAGC CCTTGCCGAC ATTGGCCCTG CGCCCAGCGG TGCCGCATTG TTGCGGAAGC CACATTGTCT GATTGACTGA TTGGTTCGTG GGTTGTGCCT GTGCCCGACG GTGGGTTGGG TTGGGTTGGC GTGGGGTTGA AGAAGATTTA CGTGTCCCCT GGCCCCGGTG CATTGTGTGA GAGGGAGCGA GCGAGTGACT TAAATGGTCG CGAATTGAAG CTTGTAGGAG CGAGAGAGTC GAGCAGGCTT CCTTGTTCTC GTCAGTGCCG AGTTCTGGAG TGAATCTCGG TCGGAGCCAT GGCAGCCGTA GCGGCCTCGG CTGCTGTCTC CGGGGTGGGA GCTCCGAGGT TGGTTGGGAT CAATGCGCAG CTCAAGAGTT GCGGTCCTTT GTCAGTGTCC ATGGTCCAGT GCAAGATTGG GTTGCCCGCC CTGAGAGTCA GCTCGAGCAG CAATGAGAGG CAGAGGAGGG GCTTATCGAC AGAGCGGAGA GTCAATCTTG TGGGCACTCC TTTGGTCATC AAGCAGCAGA AGCAAGGGAC ACAGCATTGG AGAGTGCAGG GTTTAGGTCC GGTTTCGTTG TTGGAAGAGG CACCGGCGAA ATCCGAGGAG CGCGAACCAC ACCAGATATG GATGTCAGAC GTCGTTGCCA AGCGGAAGAG GCCTTACTTC TGGAACAGGA AGTGGACGTC CAAGGACATC TCGTACGCTG CCTTCATGGT GTTCATGCAC GGCCTGTGCC TCGCTGCTCC CTTCACGTTT TCGTGGCAAG CTTTCGGAGT TTTCGTTGGT CTCTACGTGA TCACTGGAAT GTTTGGAATC ACTCTCTCCT ATCACCGTCA GCTGTCCCAC AAGAGCTTTA AGACTCCCAA ATGGTTGGAG TACGTTTTCG CCTACTGCGG CGTGCAAGCT GTCCAGGTAT TGAGTCCTGA AATTCGCTTC GGTCCGTGTA TCCCTCTTCA GTTCTGCCAC CTGCCTTTTT CAAGAATTCA CTGGAATCCA AAGTCATCCG ATTCATAGTC GCAAGTATTC TCCTCGAAAC TTGGAACGCC CGTGCTTCAT TTGTTGTAGC GCTCGCTTGC TGAACATGAG GTCAATAGTT TTGATTTTCA GAAGCCGTGC TCGAATTTAC GGCCACTACA ATTTCAATGA GTTTTGTTTC GCTGGTTCTT GTTTGGCGAA TGTCTTGGTG TAACTTTTCA CTAGTCGGGC TAGTCTCGGA AACTGACTCC ACTTTCTGCT CCTCTGAATT GCAGGGAGAT CCTATCGAGT GGGTCAGTTC TCATCGTTAT CATCATCAGC ATTGTGACAC CCCCAAGGAC CCACATTCAC CCTACGAAGG GTTCTGGCAC AGTCACATGG GCTGGCTTTT GGATGATGAA TCTACTGAAG CAAGGGTAAG TGCTTTCTGT GCCATTTTTG CCTGTTACTC GTGCGGTTGA GGCATGCATC TGTACTGCAT GATTTAATAC CTTGCTATTA CTAGTTCAAG TTTGTTCGCC TGAAGGAAAG AATCAGCGTT TTTCTGATAT GAACGATATT TGTCCTATAT ACCAGGTTGG AGCTCGCGCT AACATTGCGG ATATGGAGAA AGATCCCTTC TACAAGTGGA TTCAAAAAAC CTACATTATT CATCCGATCA TGATGGCCGT TGCTCTCTTT GCTCTCGGCG GTGTTCCTTA CGTCATTTGG GGCATGGTGA GTACTTCAGT CCTTTCATAA TTTGTGCAGT CCACTTTCTC TTTCTATGCT GAGTTAGTGC AATGTAGTTC ATGACCTTAG CCTAAATTTC TCTCACATGC CTCGTCGAAT TTGGTGCTGG ACAGGCTGTC AGGGCAGTGT GGGTGTATCA CATTACTTGG TTCGTCAATT CTGCTTCTCA CGTATGGGGA AGCCAAAAGT GGAACACGGG TGACTTGTCG AGGAATAACT GGTAAAGCCG CTGTCTTTGT TCCGCCTACT GTGATGCGTA ATGGCTGTCT GAGGTAGTTG AATTTGTGTT GACGCCGAGT ACTGGTGTTT TGTAGATCTG TTTTGTATGC AATGCATAGC GAGCATTGAA AGTACTGATT ACTCCCGCGG TGGTTAGTTT CGACTTTGTG TTTGATGTGG ACAGAAGTAG ATTTTGATCG AGATACTGTC GACGAAGTTT CTCGTGTGTC TAATGTACCA CCGATCAGGT TTTTGACCCG ACATTCGTTG TATTGTCTTA GGTGGGTTGC TCTTCTTGCC TTCGGTGAAG GTTGGCATAA CAACCACCAC GCCTTCGAGT ACTCTGCTCG CCACGGATTG GAATGGTGGC AATTGGACCC AACCTGGTAT GTAGTTAAGA TGTTGCAGAC TGTCGGACTT GCTACTAAAG TGAAGCTACC AACGGAAGAA CATATGCGGA AGCTATCGTT TCCTGCCGCT ACTCCTACTT CTTAAGTACA TGCTCAAATA CAGTATTCTA GCAGTGAGAG ATAGGATTGA GGTGGAGTTG CCATCTGCTC ATCACATGGT GAGTGTCAAT TTGTGACTCC GTTATACGTA CTCACAACTG TAGCCACTTG AACTAAGGTT ATTTAGAGAG TCACTTGTGG AGGCTTGGAT GTAGCAAAGG AATGGTGACT AATTGTATAT GGAGGGTTGG ACAATCGACA GCTTAGTCTT GCGAAGGTTG TCCGTGTAAC TTTAACAGGT GAGTAGAGTT CCGACTAGGA TGAGTAATGT TGATGGACGC GACTGTGGAA TTTTAGGCTG TGCTCGTTGT TTCTTTCTTA TGGCCTATGA AATATCAGTC ATCGCCTCCC GGGCTTAGAA TCAAAAGGTT GTAGACTGAC AGTGCATTAG GCCTGTTTGT TCTCTCGTAG CGCATTCTCC CATTGTTACA GTAATCATGT AGAGTTGCCG TAGTCGTGCA AATGATGCGT TGGCTGTTGC CAGTGCGTTT ATTTTTGGCG GTATCACCGG ACTGTGGTTT AGACTCTCAA GTCGAAGTGG CCATCTTGAG AGGAATATGA GGCCAAACAT GTGTATAAAT CAGCAGTCGC CATGCCTGCC CATTAAGAAT GAGATGCAAA AGTTCTGATA CACGTGCACT CGGGGAATTT GATGTAAATT TGTAATGGAG AGGAGTAAAG CTGAATGTGT TACAGGCTTA ATG |
mRNA UTR + CDS |
| >Mp3g10660.1 CGGCCTTCGA AGCGTCCGAC TACTTCTTCT TCGTATCTCT CCGCTCTCGC CTCGCCAGGT GCCCGGCCAC CTGTGGCACG AGAGGAGCAG TATCAGCATC AGTATCAGGA GGAGGAGGAG GAGGAGGAAG GAGAAGAGGA GGCTGCCCTT CGCATTCCAC GAATTTCCAG CGGCTTCCCG GCGTGCCGGT CCGCTGAATG CTTGGCTGTG GCCGATGGCG GCAGAGTGAA GAATTTGAGC CCTTGCCGAC ATTGGCCCTG CGCCCAGCGG TGCCGCATTG TTGCGGAAGC CACATTGTCT GATTGACTGA TTGGTTCGTG GGTTGTGCCT GTGCCCGACG GTGGGTTGGG TTGGGTTGGC GTGGGGTTGA AGAAGATTTA CGTGTCCCCT GGCCCCGGTG CATTGTGTGA GAGGGAGCGA GCGAGTGACT TAAATGGTCG CGAATTGAAG CTTGTAGGAG CGAGAGAGTC GAGCAGGCTT CCTTGTTCTC GTCAGTGCCG AGTTCTGGAG TGAATCTCGG TCGGAGCCAT GGCAGCCGTA GCGGCCTCGG CTGCTGTCTC CGGGGTGGGA GCTCCGAGGT TGGTTGGGAT CAATGCGCAG CTCAAGAGTT GCGGTCCTTT GTCAGTGTCC ATGGTCCAGT GCAAGATTGG GTTGCCCGCC CTGAGAGTCA GCTCGAGCAG CAATGAGAGG CAGAGGAGGG GCTTATCGAC AGAGCGGAGA GTCAATCTTG TGGGCACTCC TTTGGTCATC AAGCAGCAGA AGCAAGGGAC ACAGCATTGG AGAGTGCAGG GTTTAGGTCC GGTTTCGTTG TTGGAAGAGG CACCGGCGAA ATCCGAGGAG CGCGAACCAC ACCAGATATG GATGTCAGAC GTCGTTGCCA AGCGGAAGAG GCCTTACTTC TGGAACAGGA AGTGGACGTC CAAGGACATC TCGTACGCTG CCTTCATGGT GTTCATGCAC GGCCTGTGCC TCGCTGCTCC CTTCACGTTT TCGTGGCAAG CTTTCGGAGT TTTCGTTGGT CTCTACGTGA TCACTGGAAT GTTTGGAATC ACTCTCTCCT ATCACCGTCA GCTGTCCCAC AAGAGCTTTA AGACTCCCAA ATGGTTGGAG TACGTTTTCG CCTACTGCGG CGTGCAAGCT GTCCAGGGAG ATCCTATCGA GTGGGTCAGT TCTCATCGTT ATCATCATCA GCATTGTGAC ACCCCCAAGG ACCCACATTC ACCCTACGAA GGGTTCTGGC ACAGTCACAT GGGCTGGCTT TTGGATGATG AATCTACTGA AGCAAGGGTT GGAGCTCGCG CTAACATTGC GGATATGGAG AAAGATCCCT TCTACAAGTG GATTCAAAAA ACCTACATTA TTCATCCGAT CATGATGGCC GTTGCTCTCT TTGCTCTCGG CGGTGTTCCT TACGTCATTT GGGGCATGGC TGTCAGGGCA GTGTGGGTGT ATCACATTAC TTGGTTCGTC AATTCTGCTT CTCACGTATG GGGAAGCCAA AAGTGGAACA CGGGTGACTT GTCGAGGAAT AACTGGTGGG TTGCTCTTCT TGCCTTCGGT GAAGGTTGGC ATAACAACCA CCACGCCTTC GAGTACTCTG CTCGCCACGG ATTGGAATGG TGGCAATTGG ACCCAACCTG GTATGTAGTT AAGATGTTGC AGACTGTCGG ACTTGCTACT AAAGTGAAGC TACCAACGGA AGAACATATG CGGAAGCTAT CGTTTCCTGC CGCTACTCCT ACTTCTTAAG TACATGCTCA AATACAGTAT TCTAGCAGTG AGAGATAGGA TTGAGGTGGA GTTGCCATCT GCTCATCACA TGGTGAGTGT CAATTTGTGA CTCCGTTATA CGTACTCACA ACTGTAGCCA CTTGAACTAA GGTTATTTAG AGAGTCACTT GTGGAGGCTT GGATGTAGCA AAGGAATGGT GACTAATTGT ATATGGAGGG TTGGACAATC GACAGCTTAG TCTTGCGAAG GTTGTCCGTG TAACTTTAAC AGGTGAGTAG AGTTCCGACT AGGATGAGTA ATGTTGATGG ACGCGACTGT GGAATTTTAG GCTGTGCTCG TTGTTTCTTT CTTATGGCCT ATGAAATATC AGTCATCGCC TCCCGGGCTT AGAATCAAAA GGTTGTAGAC TGACAGTGCA TTAGGCCTGT TTGTTCTCTC GTAGCGCATT CTCCCATTGT TACAGTAATC ATGTAGAGTT GCCGTAGTCG TGCAAATGAT GCGTTGGCTG TTGCCAGTGC GTTTATTTTT GGCGGTATCA CCGGACTGTG GTTTAGACTC TCAAGTCGAA GTGGCCATCT TGAGAGGAAT ATGAGGCCAA ACATGTGTAT AAATCAGCAG TCGCCATGCC TGCCCATTAA GAATGAGATG CAAAAGTTCT GATACACGTG CACTCGGGGA ATTTGATGTA AATTTGTAAT GGAGAGGAGT AAAGCTGAAT GTGTTACAGG CTTAATG |
CDS |
| >Mp3g10660.1 ATGGCAGCCG TAGCGGCCTC GGCTGCTGTC TCCGGGGTGG GAGCTCCGAG GTTGGTTGGG ATCAATGCGC AGCTCAAGAG TTGCGGTCCT TTGTCAGTGT CCATGGTCCA GTGCAAGATT GGGTTGCCCG CCCTGAGAGT CAGCTCGAGC AGCAATGAGA GGCAGAGGAG GGGCTTATCG ACAGAGCGGA GAGTCAATCT TGTGGGCACT CCTTTGGTCA TCAAGCAGCA GAAGCAAGGG ACACAGCATT GGAGAGTGCA GGGTTTAGGT CCGGTTTCGT TGTTGGAAGA GGCACCGGCG AAATCCGAGG AGCGCGAACC ACACCAGATA TGGATGTCAG ACGTCGTTGC CAAGCGGAAG AGGCCTTACT TCTGGAACAG GAAGTGGACG TCCAAGGACA TCTCGTACGC TGCCTTCATG GTGTTCATGC ACGGCCTGTG CCTCGCTGCT CCCTTCACGT TTTCGTGGCA AGCTTTCGGA GTTTTCGTTG GTCTCTACGT GATCACTGGA ATGTTTGGAA TCACTCTCTC CTATCACCGT CAGCTGTCCC ACAAGAGCTT TAAGACTCCC AAATGGTTGG AGTACGTTTT CGCCTACTGC GGCGTGCAAG CTGTCCAGGG AGATCCTATC GAGTGGGTCA GTTCTCATCG TTATCATCAT CAGCATTGTG ACACCCCCAA GGACCCACAT TCACCCTACG AAGGGTTCTG GCACAGTCAC ATGGGCTGGC TTTTGGATGA TGAATCTACT GAAGCAAGGG TTGGAGCTCG CGCTAACATT GCGGATATGG AGAAAGATCC CTTCTACAAG TGGATTCAAA AAACCTACAT TATTCATCCG ATCATGATGG CCGTTGCTCT CTTTGCTCTC GGCGGTGTTC CTTACGTCAT TTGGGGCATG GCTGTCAGGG CAGTGTGGGT GTATCACATT ACTTGGTTCG TCAATTCTGC TTCTCACGTA TGGGGAAGCC AAAAGTGGAA CACGGGTGAC TTGTCGAGGA ATAACTGGTG GGTTGCTCTT CTTGCCTTCG GTGAAGGTTG GCATAACAAC CACCACGCCT TCGAGTACTC TGCTCGCCAC GGATTGGAAT GGTGGCAATT GGACCCAACC TGGTATGTAG TTAAGATGTT GCAGACTGTC GGACTTGCTA CTAAAGTGAA GCTACCAACG GAAGAACATA TGCGGAAGCT ATCGTTTCCT GCCGCTACTC CTACTTCTTA A |
Protein |
| >Mp3g10660.1 MAAVAASAAV SGVGAPRLVG INAQLKSCGP LSVSMVQCKI GLPALRVSSS SNERQRRGLS TERRVNLVGT PLVIKQQKQG TQHWRVQGLG PVSLLEEAPA KSEEREPHQI WMSDVVAKRK RPYFWNRKWT SKDISYAAFM VFMHGLCLAA PFTFSWQAFG VFVGLYVITG MFGITLSYHR QLSHKSFKTP KWLEYVFAYC GVQAVQGDPI EWVSSHRYHH QHCDTPKDPH SPYEGFWHSH MGWLLDDEST EARVGARANI ADMEKDPFYK WIQKTYIIHP IMMAVALFAL GGVPYVIWGM AVRAVWVYHI TWFVNSASHV WGSQKWNTGD LSRNNWWVAL LAFGEGWHNN HHAFEYSARH GLEWWQLDPT WYVVKMLQTV GLATKVKLPT EEHMRKLSFP AATPTS |