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Interaction of PKR with STCS1- an indispensable step in the biosynthesis of lunularic acid in Marchantia polymorpha.

Zhu, T.-T., et al. · 2022 · New Phytologist   research

doi:10.1111/nph.18408   PMID:36062450

Linked genes (9)  2 core 7 peripheral

Gene ID Name Evidence / Role Function (this paper)
MpPKR missing experimental subject Polyketide reductase; interacts with MpSTCS1 to produce the lunularic acid precursor — the PKR-STCS1 interaction is essential for lunularic acid biosynthesis.
Mp7g14930 MpSTCS1A experimental subject Stilbenecarboxylate synthase (type III PKS; MpSTCS1A=Mapoly0009s0178/MpPKS2); together with polyketide reductase MpPKR catalyzes an indispensable step in lunularic acid biosynthesis. Enzyme activity/substrate preference characterized.
Mp2g07060 MpCHS1 experimental comparator Chalcone synthase (Mapoly0021s0159, MpPKS7); type III PKS compared with MpSTCS1.
MpDABB1 missing experimental background Stress-responsive DABB protein; referenced.
MpPKR1 missing experimental background MpPKR1 polyketide reductase; interacts with STCS1
MpPKR2 missing experimental background MpPKR2 polyketide reductase
Mp4g03580 MpPKS10 experimental background MpPKS10 type III PKS
Mp2g19480 MpPKS11 experimental background MpPKS11 type III PKS
Mp2g22700 MpPKS21 experimental background MpPKS21 type III PKS