对大蜡蛾(galleria mellonella)的杀虫活性以及五种植物精油的化学成分

S. Said, M. Hammam, Sara K. Abd-El Kader
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引用次数: 6

摘要

本研究以薰衣草(Lavandulaa ngustifolia:唇形科)、樟脑(桉叶:桃科)、薄荷(薄荷属:唇形科)、丁香(Syzygium aromaticum:桃形科)、迷迭香(Rosmarinus officinalis:唇形科)5种天然精油4种浓度(5-10-15-20%)对大蜡虫mellonella L.(鳞翅目:Pyralidae) 3龄幼虫的毒性进行了评价,并计算了其死亡率。与对照组相比,迷迭香油处理的死亡率较高,其次是薰衣草,然后是薄荷、樟脑和丁香。薰衣草精油、樟脑、薄荷、丁香、迷迭香的LC50分别为7.11 ~ 9.45 ~ 11.45 ~ 13.616.45%。用所试精油处理3龄幼虫,测定其生化指标(总蛋白-碱性磷酸酶-乙酰胆碱酯酶)。结果表明,与对照相比,各处理的总蛋白比均有所提高。碱性磷酸酶和乙酰胆碱酯酶活性降低。与对照组相比,最有效的精油是迷迭香和薰衣草。测定了被试精油的化学成分。薰衣草精油的主要成分为芳樟醇(38.74%)、乙酸芳樟醇(29.32%)、D柠檬烯(9.04%)、三乙酸烯(5.37%)、1.8桉叶油脑(4.71%)、樟脑(2.82%)、外丙油乙酸酯(1.8%)、a-蒎烯(1.79%)、松油烯(1.43%)、a-mycene(1.13%)。桉树精油主要含有1.8-桉树脑(66.38%)、1-柠檬烯(16.27%)。苯、甲基(1-甲基乙基)(7.44%)、1茶香烯(4.25%)、a-蒎烯(1.95%)、a-萜烯(1.24%)、a-月桂烯(1.16%)。丁香精油中主要化合物为反式石竹烯,相对浓度为58.46%,苯酚、2-甲氧基-4-(2-丙烯)、葎草烯、1.8-桉树脑和丁香酚的相对浓度分别为9.43%、7.42%、1.30%和1.87%。薄荷精油的主要成分为l-薄荷醇(相对浓度为42.14%)、1-薄荷酮(相对浓度为27.08%)、香芹酮(相对浓度为8.90%)、对薄荷酮(相对浓度为5.06%)、普乐酮(相对浓度为2.86%)、乙酸1-薄荷醇(相对浓度为6.01%)和新薄荷醇(相对浓度为2.10%)。迷迭香精油的主要成分为甘油三乙酸酯(39.22%)、1.8-桉树脑(16.82%)、l-薄荷脑(10.64%)、a-樟脑(8.71%)、蒎烯(7.16%)、d-柠檬烯(7.04%),次要成分为对伞花烃(1.17%)、醋酸内bronyole(0.91%)、camphene(0.31%)、- 3-蒈烯(0.39%)、1 bronyole(0.13%)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
INSECTICIDAL ACTIVITY AGAINST THE GREATER WAX MOTH (GALLERIA MELLONELLA L.) AND CHEMICAL COMPOSITION OF FIVE PLANT ESSENTIAL OILS
In this study, the toxicity of four concentrations (5-10-15-20%) of five natural essential oils: Lavender (Lavandulaa ngustifolia: Labiatae) – Camphor (Eucalyptus globules: Myrtaceae) – Mint (Mentha spp.: Labiatae – Clove (Syzygium aromaticum: Myrtaceae) Rosemary (Rosmarinus officinalis: Labiatae) against the third instar larvae of the greater wax worm, Galleria mellonella L. ( Lepidoptera : Pyralidae ) were evaluated as well as the mortality percentages were computed. Mortality percentages were high at rosemary oil treatments, followed by lavender, then mint, camphor and clove compared to control. In addition, LC50 were 7.11-9.45-11.45-13.616.45% for lavender essential oil camphor mint clove rosemary, respectively. The biochemical contents (total protein-alkaline phosphatase-acetylcholinesterase) were measured in the 3rd larvae treated with the tested essential oils. The obtained results indicated an increase in the total protein ratio in all the treatments compared with control. There was a decrease in the activity of alkaline phosphatase and acetylcholinesterase enzymes. The most effective essential oils were rosemary and lavender, compared to the control. The chemical composition of the tested essential oils was measured. The major compounds found in lavender essential oil, were linalool (38.74%) , linalool acetate (29.32%), D limonene (9.04%), triacetien(5.37%), 1.8cineole (4.71%), camphor (2.82%), exoproneoleacetate (1.8%), a-pinene (1.79%),aterpineole (1.43%), a-mycene (1.13%). Eucalyptus essential oil contains mainly 1.8-cineole (66.38%), 1-Limonene (16.27%). meanwhile Benzene, methyle (1-methylethyl) (7.44%), 1phellandrene (4.25%), a-pinene (1.95%) a-terpinene (1.24%), and a-myrcene (1.16%). The major compounds in clove essential oil were trans-caryophyllene in relative concentration of 58.46%, phenol, 2-methoxy-4-(2-propenyl), humulene,1.8-cineole and eugenol were in relative concentration of 9.43%, 7.42%, 1.30%, and 1.87% respectively. the major compounds in mint essential oil were l-menthol in relative concentration (42.14%) ,1-menthone in relative concentration (27.08%) .carvone (8.90%), p-menthone (5.06%), pulegon (2.86%), 1-menthyle acetate (6.01%), and neo-menthol (2.10%). The major components in rosemary essential oil were glycerol triacetien (39.22%) ,1.8-cineole (16.82%), l-menthole (10.64%),a-camphor (8.71%), Pinene (7.16%), d-limonene (7.04%), and as for the minor compounds were p-cymene (1.17%), endobronyole acetate (0.91%), camphene (0.31%), delta 3-carene (0.39%), 1broneole (0.13%) .
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