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当前位置: 首页 > 文章 > 水菖蒲活性物质β-细辛醚对四种储粮害虫的熏蒸活性 昆虫学报 2009,52 (4) 453-460
Position: Home > Articles > Fumigant toxicity of β-asarone extracted from Acorus calamus against four stored grain beetles Acta Entomologica Sinica 2009,52 (4) 453-460

水菖蒲活性物质β-细辛醚对四种储粮害虫的熏蒸活性

作  者：
姚英娟;蔡万伦;杨长举;张宏宇;华红霞
单  位：
华中农业大学城市有害生物防治研究所
关键词：
储粮害虫;水菖蒲;植物性杀虫剂;β-细辛醚;熏蒸毒力
摘  要：
植物性次生物质在植物-害虫的关系中起着非常重要的作用,植物中的一些成分对害虫具有熏蒸、触杀和驱避等作用。水菖蒲Acorus calamusL.是一种常用中药,它的主要杀虫活性成分为β-细辛醚。本研究通过室内生测试验研究了水菖蒲根茎提取物β-细辛醚对玉米象Sitophilus zeamaisMotschulsky、谷蠹Rhyzopertha dominica(Fabricius)、赤拟谷盗Tribolium castaneum(Herbst)和四纹豆象Callosobruchus maculatus(Fabricius)4种储粮害虫的熏蒸击倒和致死作用。结果表明:β-细辛醚对4种试虫的熏蒸击倒和致死作用明显。以50μL/L的浓度处理120h后,对玉米象、谷蠹和四纹豆象的击倒作用均达到100%,而对赤拟谷盗击倒率为50%;玉米象、谷蠹和四纹豆象的死亡率分别为81.23%,97.78%和100%,而赤拟谷盗死亡率仅为8.89%。处理24h,β-细辛醚对玉米象、谷蠹、赤拟谷盗和四纹豆象的KC50分别为49.38,102.96,124.04和1.07μL/L;处理120h,β-细辛醚对玉米象、谷蠹、赤拟谷盗和四纹豆象的LC50分别为17.82,4.42,116.48和0.73μL/L。结果显示水菖蒲根茎提取物β-细辛醚对4种储粮害虫均具有明显的熏蒸效果,具有开发为储粮害虫熏蒸剂的潜力。
译  名：
Fumigant toxicity of β-asarone extracted from Acorus calamus against four stored grain beetles
作  者：
YAO Ying-Juan1,2,CAI Wan-Lun1,YANG Chang-Ju1,ZHANG Hong-Yu1,Hua Hong-Xia1,(1.Institute of Urban Pest Control,Huazhong Agricultural University,Wuhan 430070,China;2.Institute of Plant Protection,Jiangxi Academy of Agricultural Sciences,Nanchang 330200,China)
关键词：
Stored-grain insects;Acorus calamus;botanical insecticides;β-asarone;fumigant toxicity
摘  要：
Plant secondary metabolites play important roles in plant-insect relationships.Some plant-based extracts are insect repellents or have fumigant or contact toxicity.β-asarone is the main active ingredient of Acorus calamus L.,a commonly used Chinese traditional medicinal herb.In this study,the knockdown and lethal impacts of β-asarone on four main stored-grain insects,Sitophilus zeamais,Rhyzopertha dominica,Tribolium castaneum and Callosobruchus maculatus were assayed in the laboratory.The study results showed that β-asarone extracted from A.calamus rhizome had significant knockdown and lethal impact on the pests.After the pests were treated with β-asarone for 120 h at the concentration of 50 μL/L,100% of the C.maculatus,S.zeamais and R.dominica adults,and 50% of T.castaneum adults were knocked down;the mortality rates of T.castaneum,S.zeamais,R.dominica and C.maculatus adults were 8.89%,81.23%,97.78% and 100%,respectively.After 24 h exposure,the KC50 values for S.zeamais,R.dominica,T.castaneum and C.maculatus adults were 49.38,102.96,124.04 and 1.07 μL/L,respectively.After 120 h exposure,the LC50 values for S.zeamais,R.dominica,T.castaneum and C.maculatus adults were 17.82,4.42,116.48 and 0.73 μL/L,respectively.It is so concluded that the β-asarone extracted from A.calamus has distinct fumigant toxicity against all the four pests assayed,and thus can be exploited as a potential fumigant.

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