Mp6g04320
Description
Annotation
| Database | ID | Description |
|---|---|---|
| Coils | Coil | Coil |
| Gene3D | G3DSA:1.10.600.10 | Farnesyl Diphosphate Synthase |
| SUPERFAMILY | SSF48576 | Terpenoid synthases |
| Pfam | PF06330 | Trichodiene synthase (TRI5) |
| MapolyID | Mapoly0034s0087 | - |
| GO | GO:0016838 | carbon-oxygen lyase activity, acting on phosphates |
Nomenclature
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpFTPSL2 | Fungal-type terpene synthase-like | Published | |
| MpMTPSL7 | Secondary metabolism enzyme, Terpene biosynthesis enzymes | Provisional |
Associated Literature (AI-based literature mining, Beta-version)
Endogenous sesquiterpene synthase (fungal terpene synthase-like 2) previously characterized; in this paper preliminary localization evidence places it partly in the oil body lumen, consistent with sesquiterpene synthesis associated with oil bodies.
3 core 1 peripheral
Forestier ECF, Asprilla P, Bonter I, Romani F, Frangedakis E, Haseloff J. (2026)
· Communications biology research experimental subject
Endogenous sesquiterpene synthase (fungal terpene synthase-like 2) previously characterized; in this paper preliminary localization evidence places it partly in the oil body lumen, consistent with sesquiterpene synthesis associated with oil bodies.
Takizawa, R., et al. (2021a)
· Plant & Cell Physiology 62 528-537 research experimental subject
Fungal-type TPS-like; promoter active in oil body cells and recombinant protein synthesizes sesquiterpenes from FPP — the functionally characterized representative of the family.
Kumar, S., et al. (2016)
· Plant Cell research experimental subject
Sesquiterpene synthase generating 22 in vitro products from FPP (49.54 pmol/h/ug), of which only five were detected in planta.
Kawamura, S., et al. (2022)
· Plant & Cell Physiology research citation background
Fungal-type TPS-like enzyme in sesquiterpene biosynthesis; its promoter is reported (cited) as oil-body-specific. Appears among co-expressed oil body genes in the demonstration.
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp6g04320 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 |
| >Mp6g04320.1 ATGAATTCTG TTCAGAGGAG AGGCAGCGAT CAATGTCGAG CATGGCGAGC TGTGGTGCCG GGAACGAGGA GGTCGTCTTC GGAGACAAGT TCCGCAACAG ATGCTCGAAG TTCCTGGAAG ACATGTGCTT CAAGAACACC AAAGAATGTG CAAGTCATGA ACTGTTGGAT CAGATTTACG ACGCTGTGTG CAGCCTGCGA AAAATGCAAT CAGCAAGCGT CGATGTGATC AGAGCATCCT GTGCATATGC GGACTTCATG TGTAGGTACC ATACGTTCGA GAACAAAGTC AAAGTTGCCC ATTATACCAG TGTGGGCACA GAGATTGACA TTCTGTTGGA CAGTGCTACC ATGCGCTCGA TGCCTGATGG TGGAGCTTGC ACGAAAGAAG ACTCTGAATT ATTTCATCTC AAGCTCCTCA ATCCTGAATT GTACAAGAAA CTACATCCGA CTCGTGGACC TTTGCACCCT CTTTTCGAGG AAATGATCGC GATCCTGCTG ACAGACCTGA ATCCATTTTT TCCATCGCAG CCACGACATC ACAGTACGCT TGTGGCAGCC ACCCTGCAAT ACATTGAAGG GTGTCAGTTA GAGCACGAGT ACAGCGAGAG TGGGTTTGAG ATCCAGGCTG ACACGCCTCA CCTTCCTCTA TTTCTACGAC ACAAATCTGG AATTTCAGAA GCGTTTGTTC TCTTCGTCCT TGCTGGGTCT CATCTGGTTC CAGAAAACTA TGCTTCCGAA GATGGAAGCT CAGATCGCCT ATTCTTCTAC AACAAGATAT ATCCGATGCT CCCAGAGCTC ATTCCATTCT CCGACCACGT CAACGATGTT CTGTCTTTTT ACAAGGAGTA CGAGGAGGAA TACGTGGGAG CGAATTACAT TTGCACCGTG GCCAAAGCTG AGAACATCAC CCTATTCGAA GTCCTCGATC GTCTCATGAA CCAGATAGTG GAGATCCGGA AGAATGTAAT GGCCATAGCG GAGAGGACCA ATTCTCTGGA GGTCAAGAGA ACCGTTGCTC AGTACTTTCA AGGCTATATT GCCTGGCACT TTTCTTGGGA GAAGCGTTAT AGGCTTGGGG AGGTCTTTGG TGACGGCTGG TTCCAAGGTA ATCTCATTTA ATGCGGGCCC ATTCGCATGA CGTTCTAAGA TATGTTGGAC GTAATCAGTT GCCAATTCGT GAACGGCAAC ATGCAGCTAG CAGTTCTGTA GCAAGATGCG TGTTAGAATA AATTAGCCAG AGAGTTATAT TCAATGTCTC TAGCTTCAAA AGCATAATCA CTGCAGATTT TACTCTGCCT ACCTCTCACA CTCACGTAGA CAAGAAGACA ACTCCATCAT CATTGGATTC CACCTTCTCA GTCACTTGAT ACTACACGCT TTACCTTCAA ACCATTCCTG TTTACTTATT CGAGAACAAC TCGTGAAACG CTCTGTAATC GTATTGCATC GTAAATCAGT TATTGTGATC GATAAGCTCA AGTTATATAG TACCAAAAAA GTAGTATCAG CTCACCATCT TCGAGTCCCA TCTTCTTCGC TTTGATAGCA TGTGGATTTC TGGATTTTGT TATCCGATTC TTAACACTGT TACCTTCAGA GTGTTAAAAA TGGAGTACAT GTTTCCGATG GCATGACGAT TGGTTGCACG GGCACGTATT CAAGTCGTCA AGTTTCTCTT CAAAGCATGT GGGCGAACGA GTCCGCACTC ACCCCTCTAT GTAATTTGAA AGAATATAAT TAAAAGATAT GAAATATATA AAAAAATGTC ACAATTATTT CTGAACTATT ATTTTCATCA GATAATCCG |
mRNA UTR + CDS |
| >Mp6g04320.1 ATGAATTCTG TTCAGAGGAG AGGCAGCGAT CAATGTCGAG CATGGCGAGC TGTGGTGCCG GGAACGAGGA GGTCGTCTTC GGAGACAAGT TCCGCAACAG ATGCTCGAAG TTCCTGGAAG ACATGTGCTT CAAGAACACC AAAGAATGTG CAAGTCATGA ACTGTTGGAT CAGATTTACG ACGCTGTGTG CAGCCTGCGA AAAATGCAAT CAGCAAGCGT CGATGTGATC AGAGCATCCT GTGCATATGC GGACTTCATG TGTAGGTACC ATACGTTCGA GAACAAAGTC AAAGTTGCCC ATTATACCAG TGTGGGCACA GAGATTGACA TTCTGTTGGA CAGTGCTACC ATGCGCTCGA TGCCTGATGG TGGAGCTTGC ACGAAAGAAG ACTCTGAATT ATTTCATCTC AAGCTCCTCA ATCCTGAATT GTACAAGAAA CTACATCCGA CTCGTGGACC TTTGCACCCT CTTTTCGAGG AAATGATCGC GATCCTGCTG ACAGACCTGA ATCCATTTTT TCCATCGCAG CCACGACATC ACAGTACGCT TGTGGCAGCC ACCCTGCAAT ACATTGAAGG GTGTCAGTTA GAGCACGAGT ACAGCGAGAG TGGGTTTGAG ATCCAGGCTG ACACGCCTCA CCTTCCTCTA TTTCTACGAC ACAAATCTGG AATTTCAGAA GCGTTTGTTC TCTTCGTCCT TGCTGGGTCT CATCTGGTTC CAGAAAACTA TGCTTCCGAA GATGGAAGCT CAGATCGCCT ATTCTTCTAC AACAAGATAT ATCCGATGCT CCCAGAGCTC ATTCCATTCT CCGACCACGT CAACGATGTT CTGTCTTTTT ACAAGGAGTA CGAGGAGGAA TACGTGGGAG CGAATTACAT TTGCACCGTG GCCAAAGCTG AGAACATCAC CCTATTCGAA GTCCTCGATC GTCTCATGAA CCAGATAGTG GAGATCCGGA AGAATGTAAT GGCCATAGCG GAGAGGACCA ATTCTCTGGA GGTCAAGAGA ACCGTTGCTC AGTACTTTCA AGGCTATATT GCCTGGCACT TTTCTTGGGA GAAGCGTTAT AGGCTTGGGG AGGTCTTTGG TGACGGCTGG TTCCAAGGTA ATCTCATTTA ATGCGGGCCC ATTCGCATGA CGTTCTAAGA TATGTTGGAC GTAATCAGTT GCCAATTCGT GAACGGCAAC ATGCAGCTAG CAGTTCTGTA GCAAGATGCG TGTTAGAATA AATTAGCCAG AGAGTTATAT TCAATGTCTC TAGCTTCAAA AGCATAATCA CTGCAGATTT TACTCTGCCT ACCTCTCACA CTCACGTAGA CAAGAAGACA ACTCCATCAT CATTGGATTC CACCTTCTCA GTCACTTGAT ACTACACGCT TTACCTTCAA ACCATTCCTG TTTACTTATT CGAGAACAAC TCGTGAAACG CTCTGTAATC GTATTGCATC GTAAATCAGT TATTGTGATC GATAAGCTCA AGTTATATAG TACCAAAAAA GTAGTATCAG CTCACCATCT TCGAGTCCCA TCTTCTTCGC TTTGATAGCA TGTGGATTTC TGGATTTTGT TATCCGATTC TTAACACTGT TACCTTCAGA GTGTTAAAAA TGGAGTACAT GTTTCCGATG GCATGACGAT TGGTTGCACG GGCACGTATT CAAGTCGTCA AGTTTCTCTT CAAAGCATGT GGGCGAACGA GTCCGCACTC ACCCCTCTAT GTAATTTGAA AGAATATAAT TAAAAGATAT GAAATATATA AAAAAATGTC ACAATTATTT CTGAACTATT ATTTTCATCA GATAATCCG |
CDS |
| >Mp6g04320.1 ATGGCGAGCT GTGGTGCCGG GAACGAGGAG GTCGTCTTCG GAGACAAGTT CCGCAACAGA TGCTCGAAGT TCCTGGAAGA CATGTGCTTC AAGAACACCA AAGAATGTGC AAGTCATGAA CTGTTGGATC AGATTTACGA CGCTGTGTGC AGCCTGCGAA AAATGCAATC AGCAAGCGTC GATGTGATCA GAGCATCCTG TGCATATGCG GACTTCATGT GTAGGTACCA TACGTTCGAG AACAAAGTCA AAGTTGCCCA TTATACCAGT GTGGGCACAG AGATTGACAT TCTGTTGGAC AGTGCTACCA TGCGCTCGAT GCCTGATGGT GGAGCTTGCA CGAAAGAAGA CTCTGAATTA TTTCATCTCA AGCTCCTCAA TCCTGAATTG TACAAGAAAC TACATCCGAC TCGTGGACCT TTGCACCCTC TTTTCGAGGA AATGATCGCG ATCCTGCTGA CAGACCTGAA TCCATTTTTT CCATCGCAGC CACGACATCA CAGTACGCTT GTGGCAGCCA CCCTGCAATA CATTGAAGGG TGTCAGTTAG AGCACGAGTA CAGCGAGAGT GGGTTTGAGA TCCAGGCTGA CACGCCTCAC CTTCCTCTAT TTCTACGACA CAAATCTGGA ATTTCAGAAG CGTTTGTTCT CTTCGTCCTT GCTGGGTCTC ATCTGGTTCC AGAAAACTAT GCTTCCGAAG ATGGAAGCTC AGATCGCCTA TTCTTCTACA ACAAGATATA TCCGATGCTC CCAGAGCTCA TTCCATTCTC CGACCACGTC AACGATGTTC TGTCTTTTTA CAAGGAGTAC GAGGAGGAAT ACGTGGGAGC GAATTACATT TGCACCGTGG CCAAAGCTGA GAACATCACC CTATTCGAAG TCCTCGATCG TCTCATGAAC CAGATAGTGG AGATCCGGAA GAATGTAATG GCCATAGCGG AGAGGACCAA TTCTCTGGAG GTCAAGAGAA CCGTTGCTCA GTACTTTCAA GGCTATATTG CCTGGCACTT TTCTTGGGAG AAGCGTTATA GGCTTGGGGA GGTCTTTGGT GACGGCTGGT TCCAAGGTAA TCTCATTTAA |
Protein |
| >Mp6g04320.1 MASCGAGNEE VVFGDKFRNR CSKFLEDMCF KNTKECASHE LLDQIYDAVC SLRKMQSASV DVIRASCAYA DFMCRYHTFE NKVKVAHYTS VGTEIDILLD SATMRSMPDG GACTKEDSEL FHLKLLNPEL YKKLHPTRGP LHPLFEEMIA ILLTDLNPFF PSQPRHHSTL VAATLQYIEG CQLEHEYSES GFEIQADTPH LPLFLRHKSG ISEAFVLFVL AGSHLVPENY ASEDGSSDRL FFYNKIYPML PELIPFSDHV NDVLSFYKEY EEEYVGANYI CTVAKAENIT LFEVLDRLMN QIVEIRKNVM AIAERTNSLE VKRTVAQYFQ GYIAWHFSWE KRYRLGEVFG DGWFQGNLI |