Thiol Reactome Profiling in Plant-Derived Foods and Discovery of an Abundant Insecticidal Natural Product (<i>R</i>)‑Dihydromaleimide in Snow Pea (<i>Pisum sativum</i>)

While thiol-reactive compounds have been extensively utilized by plants as defensive metabolites, prior investigations into these natural products remained limited. We employed a reactivity-directed analysis method utilizing high-resolution mass spectrometry to conduct thiol reactome profiling on ex...

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Главный автор:	Mingdeng Yuan (14210149) (author)
Другие авторы:	Xiwei Chen (8374344) (author), Guanxiang Yuan (1430803) (author), Yixian Pu (22074687) (author), Xinhan Liang (22074690) (author), Dong Liang (120479) (author), Lei Wang (6656) (author)
Опубликовано:	2025
Предметы:	Biophysics Biochemistry Genetics Biotechnology Plant Biology Chemical Sciences not elsewhere classified resolution mass spectrometry prominent adduct ion protaetia brevitarsis </ pisum sativum </ thiol reactome profiling 70 different plant >)- dihydromaleimide β snow pea (< >)- dihydromaleimide r </ >)‑ dihydromaleimide throughput screening tentative prediction structural elucidation research provided reactive compounds prior investigations pest control pea plants oxidative stress many parts feasible strategy fall armyworm extensively utilized easy conversion derived foods defensive metabolites contributing mechanism chemical formulas antifeedant activity
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Thiol Reactome Profiling in Plant-Derived Foods and Discovery of an Abundant Insecticidal Natural Product (<i>R</i>)‑Dihydromaleimide in Snow Pea (<i>Pisum sativum</i>)

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