Journal of Medical Entomology · 2007 · 13 citations · 24 references
Life SciencesEntomologyPlant SciencesInsect Developmental BiologyInsect PhysiologyPlant BiochemistryInsect-plant InteractionsInsecticide ToxicityPest ControlPlant-insect Chemical InteractionsPlant-insect InteractionsPostembryonic DevelopmentBotanical BioassaysDipteran Larval DevelopmentInsect ControlInsect RepellentsInsecticides From Botanical ExtractsPlant-derived RepellentsPlant-mediated Effects On InsectsPostembryonic Pattern Formation
Phytochemicals endowed with hormonal, antihormonal, or toxic activity are potential agents for insect control. Thus, we became interested in testing Brazilian plant metabolites on Chrysomya megacephala (F.) (Diptera: Calliphoridae), a public health menace that is one of the most prevalent flies in Brazilian urban areas. We tested the lignan yangambin, from the leaves of Ocotea duckei Vattimo (Lauraceae). Topical treatment of eggs and first instars with yangambin as well as feeding larvae a yangambin-treated diet resulted in inhibition of postembryonic development, morphological alteration, and oviposition reduction.
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Discovery of Insect Anti-Juvenile Hormones in Plants
William S. Bowers, Tomihisa Ohta, Tomihisa Cleere et al. · Science · 1976 · 655 citations
Biological activities of lignans
W.Donald MacRae, G.H.N. Towers · Phytochemistry · 1984 · 561 citations