Department of Forest Sciences, University of British Columbia, V6T 1W5, Vancouver, B.C., Canada.
J Chem Ecol. 1989 Jan;15(1):91-103. doi: 10.1007/BF02027776.
ω-Fluorinated (E)-11-tetradecenal (14F-E11-14: Al) was synthesized using 1,10-decanediol as a starting compound. Male and female western spruce budworm,Choristoneura occidentalis Freeman, moths exposed to 14F-E11-14: Al had LC50s (CI) of 12.0 (7.4-19.5) µg and 41.7 (22.7-76.2) µg, respectively. Antennectomized moths had lower mortality rates than normal moths. 14F-E11-14:Al elicited slightly lower amplitudes than 97:3 (E/Z)-11-tetradecenal (E/Z11-14:Al) in electroantennogram studies, but the lag or recovery period following excitation by 14F-E11-14:Al was much lower than forE/Z11-14:Al at the same concentrations. 14F-E11-14:Al andE11-14:Al evoked similar responses from male moths in wind-tunnel evaluations but neither compound was as effective as a virgin female in stimulating moths to fly upwind to contact the lure.
ω-氟代(E)-11-十四碳烯醛(14F-E11-14:Al)是使用 1,10-癸二醇作为起始化合物合成的。雄性和雌性西方云杉芽蛾,Choristoneura occidentalis Freeman,暴露于 14F-E11-14:Al 的蛾的 LC50(CI)分别为 12.0(7.4-19.5)µg 和 41.7(22.7-76.2)µg。触角切除的蛾比正常蛾的死亡率低。在触角电生理学研究中,14F-E11-14:Al 引起的幅度略低于 97:3(E/Z)-11-十四碳烯醛(E/Z11-14:Al),但 14F-E11-14:Al 激发后的滞后或恢复时间比相同浓度下的 E/Z11-14:Al 低得多。14F-E11-14:Al 和 E11-14:Al 在风洞评估中引起雄性蛾的相似反应,但这两种化合物都不如处女雌蛾有效,无法刺激蛾向上风向飞行以接触诱饵。