天葵对淡水寄主钉螺的毒性研究

Pradeep Kumar
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引用次数: 0

摘要

-片形吸虫病是一种由片形吸虫病引起的严重寄生虫病。片形吸虫的携带者是淡水寄主蜗牛Indoplanorbis exusstus。螺群控制可能是控制片形吸虫病感染的一种有效技术。人工合成杀螺剂对蜗牛种群的控制是有效的,但对非目标生物和水生环境有不良影响。有些植物科是杀螺剂的有效来源。本研究旨在评价药用植物天葵(Solanum surattense)对钉螺的杀螺效果。采用表面草枯叶粉及其有机提取物(乙醚、氯仿、甲醇、丙酮和乙醇)和纯化柱暴露对腐毛螨的毒性实验,在不同浓度处理下观察96小时(96h)。在24h至96h的时间间隔内记录对赤霉病螨的毒性,并计算致死值和不同参数。暴露24h、96h的致死浓度分别为185.26mg/l和180.30 mg/l。在所有提取物中,水芹叶干粉乙醇提取物对腐毛螨的毒性最强。本研究表明,表面草是一种有效的杀螺剂来源,它们的不同制剂揭示了这种植物的有效成分如何在蜗牛体内发挥作用的新途径。
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Toxicity of Solanum surattense against freshwater host snail Indoplanorbis exustus
- Fascioliasis is a serious parasitic zoonotic disease caused by Fasciola . The carrier of Fasciola is a freshwater host snail Indoplanorbis exustus . The population of snail control is may be an effective technique for the control of fascioliasis infections. Synthetic molluscicides are effective for control of snail population but their cause’s adverse effect on non-target organisms and aquatic environment. Some plant families are potent sources of molluscicides. The present studies were designed for the evaluation of the molluscicidal efficacy of the medicinal plant Solanum surattense against snail I. exustus . Toxicity experiment of dried leaf powder of S. surattense and their organic extracts (ether, chloroform, methanol, acetone, and ethanol) and column purified was exposed against I. exustus and observed up to 96 hours (96h) at different concentrations of the treatments. Toxicity against I. exustus was noted at 24h interval up to 96h exposure and calculates lethal values and different parameters. Lethal Concentrations (LC 50 ) of leaf powder of S. surattense were 24h exposure 185.26mg/l and at 96h 180.30 mg/l. The ethanolic extracts of dried leaf powder of S. surattense were more toxic against I. exustus among all the extracts. The present study shows that the S. surattense is a potent source of molluscicides and their different preparations revealed the new approaches that how the active components of this plant perform mode of action in the snail body.
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