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Botanical pesticides effect from shells of bean's cashew nut on biological agents of trichoderma sp. and gliocladium sp.

机译:植物杀虫剂对豆类母螺母壳的壳体壳对吡氏菌属的生物学剂。和gliocladium sp。

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A shell of cashew nut (Anacardium occidentanle) has contained Cashew Nut Shell Liquid (CNSL) that is used as botanical pesticides. CNSL oil consists of active substance such as anacardat acid, cardol and cardanol. Utilization of the pesticides from shells of cashew nut to control pests and diseases of plants would be affected on biological agents. The objective of this research was to investigate pesticides inhibition on the increase of mycelium Trichoderma sp. and Gliocladium sp. by in vitro method. The tested concentration sample consisted of 0.0% (control), 2.5%, 7.5% and 10.0% in PDA media. The results of this research showed that 2.5% botanical pesticides concentration could minimize mycelium of Trichoderma sp. and Gliocladium sp. 22.73% and 21.04% respectively and also the increase shells of cashew extract could be affected the increase of mycelium inhibition. The extract with 2.5% concentration was the recommended concentration to control of fruit rot diseases and if concentration was 10.0% then its inhibition become 54.98% and 49.35%, respectively. The results proved that uncontrolled utilization of the pesticides could be affected on decrease of Trichoderma sp. and Gliocladium sp. growth.
机译:腰果壳(Ancardium Occidentanle)含有腰果壳液(CNSL),用作植物杀虫剂。 CNSL油由活性物质如嗜酸性物质组成,如嗜酸性酸,心脏和肺泡。从腰果壳中利用农药,以控制植物的害虫和植物疾病会受到生物药物的影响。本研究的目的是调查农药对菌丝菌丝体菌丝菌丝菌丝菌丝菌丝的抑制作用。和gliocladium sp。通过体外方法。在PDA培养基中,测试的浓度样品由0.0%(对照),2.5%,7.5%和10.0%组成。该研究的结果表明,2.5%的植物农药浓度可最小化Trichoderma SP的菌丝体。和gliocladium sp。分别为22.73%和21.04%,也可能影响腰果提取物的增加炮弹抑制。 2.5%浓度的提取物是对水果腐疾病的推荐浓度,如果浓度为10.0%,则其抑制剂分别变为54.98%和49.35%。结果证明,杀虫剂的不受控制的利用可能会影响Trichoderma SP的降低。和gliocladium sp。生长。

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