1 H NMR-based metabonomic evaluation of the pesticides camptothecin and matrine against larvae of Spodoptera litura.

Li-Shang DaiHui-Fei TianYang HangChao-Wei WenYing-Hao HuangBin-Feng WangJing-Wei HuJia-Ping XuMing-Jie Deng

Published in: Pest management science (2020)

These data indicate that one of the important mechanisms of CPT against S. litura larvae is via the inhibition of trehalose hydrolysis and glycolysis. Our findings also suggest that CPT exhibits a stronger toxicological effect than MAT against S. litura, which provides basic information for the application of CPT in the control of S. litura or other lepidoptera pests.

Keyphrases

aedes aegypti
magnetic resonance
risk assessment
high resolution
electronic health record
big data
anaerobic digestion
artificial intelligence
gas chromatography
data analysis