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Allelopathic Potential of Orsellinic Acid Derivatives

机译:亚麻酸衍生物的化感潜力

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Environmental degradation caused by the excessive use of pesticides has motivated studies aimed at the discovery of new formulations for pest control. The bioassays carried out under laboratory conditions for the present study involved the germination and seedling growth of Lactuca sativa cv. Grand Rapids and Allium cepa cv. Baia Periforme treated with lecanoric acid or one of seven esters obtained from the alcoholysis of the acid. Each substance was tested at concentrations of 10(-3), 10(-5), 10(-7) M, and 10(-9) M. The results revealed that, except for lecanoric acid and methyl orsellinate, all other compounds exhibited significant differences in their action when compared with the controls. Also, A. cepa was more sensitive to the compounds assayed, at the concentrations tested. Nearly all the esters exhibited significant effects, a feature that could makes them promising for the development of new natural herbicides.
机译:过量使用农药引起的环境退化促使人们进行旨在研究新的害虫防治配方的研究。在本研究的实验室条件下进行的生物测定涉及紫苜蓿的发芽和幼苗生长。大急流城和葱属cepa cv。用lecanoric acid或从该酸的醇解获得的七种酯之一处理过的拜亚甲form。每种物质均以10(-3),10(-5),10(-7)M和10(-9)M的浓度进行了测试。结果表明,除lecanoric acid和山梨酸甲酯之外,所有其他化合物与对照组相比,他们的行为表现出显着差异。而且,在测试的浓度下,洋葱曲霉对所测定的化合物更敏感。几乎所有的酯类都显示出显着的效果,这一特性可能使它们有希望开发新的天然除草剂。

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