This research investigates how sodium nitroprusside, spermidine, and coumarin affect the metabolic pathways of Epichloë sinensis in vitro.
In vitro treatment of Epichloë sinensis with sodium nitroprusside, spermidine, and coumarin.
Assessment of changes in antioxidant capacity and metabolic pathways.
Sodium nitroprusside significantly enhanced antioxidant capacity compared to control conditions.
Spermidine modulated key metabolic pathways associated with stress response.
Coumarin addition resulted in physiological adaptations in Epichloë sinensis.
Abstract
is sensitive to host defense-related signals and can adjust its antioxidant capacity and key metabolic pathways in response, reflecting its physiological adaptability under in vitro conditions.