TL;DR
These findings provide mechanistic evidence that ADHs-mediated (Z)-3-hexenol biosynthesis constitutes a chemical defense strategy against PWN infestation in resistant P. massoniana.
ABSTRACT Pine wilt disease (PWD), caused by the pine wood nematode (PWN, Bursaphelenchus xylophilus), poses a severe threat to global pine forests. Plants can enhance their resistance to external stresses by eliciting secondary metabolites; however, the transcriptional regulatory mechanisms governing this defence respo...
The resistant mutant achieves rust resistance by strengthening physical defense through cell wall reinforcement and by enhancing chemical defense through the accumulation of antimicrobial metabolites, under the control of AP2/ERF members.
The findings provide valuable insights into the role of terpene-mediated responses in rice plants during interactions with BPH, highlighting OsTPS10 as a promising target for future research on sustainable pest management and resistance breeding.
It is demonstrated that PdCP1 acts as a potent protein elicitor, providing a novel and sustainable strategy for controlling postharvest decay via an induced resistance.
Trehalose serves as both a hemolymph sugar and stress protectant, playing pivotal roles in insect energy metabolism, development, and stress adaptation. Its transmembrane transport is mediated by trehalose transporters (TRETs). Baryscapus dioryctriae, a parasitoid wasp targeting the red pine shoot borer, shows great po...
This multi-omics framework provides detailed lipidomic and transcriptomic signatures to identify candidate genes and lipid biomarkers for marker-assisted breeding of bacterial wilt-resistant peanut varieties.
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