情景喜剧
薰衣草
化学
毒理
热稳定性
精油
植物
生物
色谱法
有机化学
作者
Aiyue Jiang,Yujuan Cai,Yang Ye,Hailong Wang,Zhennan She,Chunpin Xu,Zhigang Tai
标识
DOI:10.1016/j.indcrop.2023.117186
摘要
In this study, temperature-regulated lavender oil (LavO)-@-nanocellulose (NC) microcapsules (LavO@NCms) were successfully prepared. Their structure, stability, thermolysis, effect of temperature on release performance, toxicity, and repellent activity against Sitophilus granaries were systematically studied. The surface of LavO@NCms had net-like cross-linking patterns with excellent encapsulation efficiency (35.6 – 40.1%). LavO@NCms also demonstrated high thermal stability. The in vitro release performance indicated that LavO@NCms continually released LavO, and the LavO release pattern followed the Weibull model, Fick's diffusion law, and the case's (II) transportation principle. LavO@NCms could exert prolonged toxicity against Sitophilus granaries through temperature-regulated release. Thus, LavO@NCms represent a potentially safe natural insecticide.
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