金丝桃提取物对灰蛾的接触毒性研究(鞘翅目:蝽科)

C. Yaman, Ş. Şimşek
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引用次数: 1

摘要

药用植物和芳香植物由于具有良好的生物活性特性,近年来越来越受到人们对其作为自然资源的研究。金丝桃属是世界上已知的重要药用植物。本研究以贯叶连翘(Hypericum perforatum)、异叶连翘(Hypericum heterophyllum)和黄连翘(Hypericum scabrum) 3种植物不同部位(花、叶和茎)的乙醇提取物为原料,对世界上许多地区重要的储粮昆虫——纹虫(Rhyzopertha dominica)成虫进行了毒力筛选。在10%浓度的乙醇提取物下分析杀虫活性,并在三种不同的暴露时间(24、48和72小时)下进行测量。综合分析对该昆虫的影响因素,金丝桃种类、植物部位、暴露时间以及金丝桃种类与植物部位的交互作用均有统计学意义。在72 h后,贯叶连翘、异叶连翘和糙连翘的成虫死亡率分别为44.8% ~ 88.9%、26.0% ~ 78.8%和26.1% ~ 50.3%,其中贯叶连翘对成虫的杀伤作用较强。在植物各部位中,叶片对该虫的死亡率最高。此外,死亡率随暴露时间的增加而增加。从金丝桃种类与植株部位的互作情况来看,贯叶连翘叶片的死亡率最高(79.4%),其次是异叶连翘叶片(70.6%)。72 h后,叶部死亡率最高。目前的研究结果表明,以贯叶连翘和异叶连翘叶连翘提取物为代表的植物源性杀虫剂具有很高的致死率,是一种潜在的植物源性杀虫剂。
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Contact Toxicity of Hypericum Extracts against Rhyzopertha dominica (Fab.) (Coleoptera: Bostrichidae)
Medicinal and aromatic plants have popular recently to investigate their usability as natural resources in many areas due to their superior biological activity properties. Hypericum genus contained important medicinal plant species known worldwide. In this study, the ethanol extracts from different plant parts (flower, leaf and stem) of three Hypericum perforatum, Hypericum heterophyllum, Hypericum scabrum were screened for their toxicity against adults of Rhyzopertha dominica (Coleoptera: Bostrichidae), an important insect of stored grains in many regions of the world. Insecticidal activity was analysed at 10 % concentration of ethanol extracts, and measurements were taken at three different exposure times (24, 48 and 72 hours). Considering the factors analyzed on this insect, Hypericum species, plant part, exposure time as well as the interaction of Hypericum species and plant part displayed a statistically significant effect. The mortality values of extracts from H. perforatum, H. heterophyllum and H. scabrum varied from 44.8 % to 88.9 %, 26.0 to 78.8 %, 26.1 % to 50.3 % for adult of R. dominca, respectively, after 72 h. H. perforatum showed a stronger effect than other species. Among plant parts, the leaf showed superior mortality on this insect. In addition, the mortality rate increased with increasing exposure time. According to the interaction between Hypericum species and the plant part, the leaf of H. perforatum (79.4 %) displayed the strongest mortality, followed by the leaf of H. heterophyllum (70.6 %). After 72 hours, the highest mortality was recorded in the leaf parts of H. perforatum. The current results showed that the extracts, in particular, the leaf extracts of H. perforatum and H. heterophyllum, may be evaluated as a new natural potential product of plant-derived insecticide because of its high mortality impact against R. dominica.
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