衍生化
化学
酰胺
抗真菌
组合化学
活性化合物
生物活性
化学合成
立体化学
有机化学
结构-活动关系
化学改性
活动站点
甲酰胺
光学活性
口服活性
活性代谢物
去肽
生物化学
药物发现
铅化合物
作者
Shuze Dong,Delong Wang,Yingying Song,Dandan Feng,Zhiqing Ma,Juntao Feng,Xili Liu,Yong Wang,Yanqing Gao
摘要
BACKGROUND: Phytopathogenic fungi cause substantial yield losses in various crops. Although traditional chemical fungicides remain effective, adverse effects have become increasingly apparent. The development of fungicides guided by natural products can alleviate these negative impacts to a certain extent. RESULTS: elevated intracellular reactive oxygen species levels, disrupted mitochondrial function and cellular integrity, and ultimately inhibited mycelial growth, leading to apoptosis. CONCLUSION: was identified. This not only facilitates the screening of candidate compounds for eco-friendly and highly effective fungicides, but also provides guidance and novel strategies for the derivatization and synthesis of pogostone. © 2025 Society of Chemical Industry.
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