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Chapter 4 Catnip Essential Oil and Its Nepetalactone Isomers as Repellents for Mosquitoes

机译:第4章Catnip精油及其荆芥内酯异构体作为驱蚊剂

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The effect of catnip Nepeta cataria essential oil and two isomers of nepetalactone, the major components, on the distribution of Aedes aegypti (yellow fever mosquito) mosquitoes in a static-air olfactometer response was examined to determine their activity as spatial repellents. A glass cylinder was used as a choice-test chamber. The catnip (Nepeta cataria) essential oil, as well as the E,Z- and Z,.E-isomers of nepetalactone were significantly repellent after application of one ml of 1% and 0.1% solution to filter paper (cone, of 157 and 15.7 μg/cm~2). Diethyl-m-toluamide (DEET) a positive control was significantly repellent at 157 μg/cm~2 in this assay. Both nepetalactone isomers and the catnip essential oil had excellent spatial repellency while DEET only exhibited spatial repellency at higher concentrations. The bioassay allowed for definition of and delineation between spatial and contact repellency.
机译:研究了猫薄荷荆芥香精油和荆芥内酯的两个异构体(主要成分)对埃及伊蚊(黄热蚊)在静态空气嗅觉仪响应中的分布的影响,以确定其作为空间驱避剂的活性。玻璃圆柱体用作选择测试室。猫薄荷(Nepeta cataria)精油,以及荆芥内酯的E,Z-和Z,.E异构体在向滤纸上涂一毫升1%和0.1%溶液(锥度157和15.7μg/ cm〜2)。在此测定中,二乙基间甲苯胺(DEET)阳性对照在157μg/ cm〜2时具有明显的排斥作用。荆芥内酯异构体和猫薄荷精油均具有优异的空间排斥性,而DEET仅在较高浓度下才表现出空间排斥性。该生物测定法可以定义空间和接触排斥性并在其之间划定界限。

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