基于Smolevka white(Silene Latifolia)的植物灭螺剂预防动物牧蠕虫病

Postevoy An, Andreyanov On
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引用次数: 0

摘要

软体是蠕虫的中间寄主,蠕虫幼虫的几个发育阶段都发生在软体体内。反刍动物放牧区的软体动物种群密度最高,导致动物集体感染吸虫。在农业生产中,为了消灭蠕虫的中间寄主,通常采用人工合成和植物源性的杀螺剂。本研究旨在确定天然牧草条件下以香叶为基础的植物制剂的杀螺效果。工作的材料是在温暖的季节从根、叶、茎、花和种子中获得的Latifolia植物的绿色物质。通过对该植物的研磨,得到了粒度为1-3毫米的粉末。然后,用乙醇提取粉末。所得产品(浓缩液)为无定形凝胶状物质,颜色为深绿色,具有特殊气味,易溶于水。在自然草场进行了5个生物群落的野外调查,面积为4-25 m2。在淡水软体动物中记录到3种腹足动物:Planorbis Planorbis、Planorbarius corneus、Physa fontinalis、lynaea truncatula和L. palustris。在牧场条件下进行的实验结果表明,所研究的植物剂对吸虫病原体的中间宿主池塘鱼具有较高的杀虫活性。当用10.0 g/l的工作溶液处理时,所研制的杀软体动物剂对腹足动物的有效性为98.1 ~ 100%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Plant molluscicide based on Smolevka white (Silene Latifolia) as prevention of pastoral helminthiasis of animals
Soft-bodied is the intermediate host of helminthiases, in the body of which several development stages of larval forms of helminths occur. There is the highest population density of mollusks in the areas of ruminant grazing, which leads to mass infection of animals with trematodes. To destroy the intermediate host of helminths in agricultural production, molluscicidal remedies of synthetic and plant origin are used. The work aimed to determine the molluscicidal effectiveness of a plant remedy based on Silene Latifolia in conditions of natural pastures. The material for work was the green mass of the plant S. Latifolia obtained in the warm season from roots, leaves, stems, flowers, and seeds. By grinding this plant, a powder with a particle size of 1-3 mm was obtained. Then, the powder was extracted with ethyl alcohol. The obtained product (concentrate) was an amorphous gel-like mass of dark green color with a specific smell and well soluble in water. Fieldwork in natural pastures was carried out on 5 biotopes with an area of 4-25 m2. Three species of gastropods were recorded from freshwater mollusks in the biotopes: Planorbis planorbis, Planorbarius corneus, Physa fontinalis, Lymnaea truncatula, and L. palustris. The results of experiments conducted in the conditions of pastures indicate a high molluscicidal activity of the studied plant agent on pond fish, intermediate hosts of trematodes pathogens. The effectiveness of the developed molluscicide on gastropods, when treated with a working solution (10.0 g/l) is from 98.1 to 100%.
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