酶辅助提取印楝生物农药:一种改善害虫防治的新方法

Argel Flores Primo, V. Pardío, K. López, Dora L. Pinzón, María D. Marriezcurrena, A. Aguilar, E. Chávez, Sóstenes R. Rodríguez
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引用次数: 1

摘要

在没有技术援助的情况下滥用化学农药来控制病虫害,而不是解决病虫害问题,造成了环境破坏、农业生产力和人类健康。农药可以在土壤中残留数年,污染河流和泻湖、放牧的动物和食物。此外,近年来,害虫对几种农药表现出了惊人的抵抗力。这使得有必要使用其他可降解的天然农药来源,以避免耐药性问题。印度楝树(Azadirachta indica)是分析的主要来源之一,因为它含有复杂的生物活性三萜。然而,细胞壁的纤维素结构限制了这些成分的提取,作为物理屏障,避免了它们的完全提取。本章审查了使用化学农药控制害虫在动植物中传播的后果及其对环境的影响。此外,暴露了使用食品级酶制剂作为制备不含有机溶剂的楝树提取物的替代方法的优点。研究结果具有一定的前景,可以提高楝树提取物对害虫的杀螨驱避作用,减少化学农药对害虫的负面影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Biopesticide of Neem Obtained by Enzyme-Assisted Extraction: An Alternative to Improve the Pest Control
The indiscriminate use of chemical pesticides to control pests and diseases without technical assistance instead of solving the pest problems has caused environmental damage, agriculture productivity, and human health. Pesticides can remain for several years in the soil, being able to contaminate rivers and lagoons, animals of shepherding and foods. Besides, in recent years, pests have shown an alarmingly resistance over several pesticides. This makes necessary the use of other natural sources of pesticides that could be degraded avoiding the resistance problem. One of the main sources analyzed is the neem (Azadirachta indica) due to its complex content of bioactive triterpenoids. However, cellulosic structures of cell wall conditioned the extraction of these components, acting as physical barrier and avoiding its complete extraction. This chapter included a review of the consequences of the use of chemical pesticides to control pests spread in plant and animals and its repercussions on the environment. Moreover, the advantages of the use of food-grade enzyme preparations as an alternative to elaborate an extract of neem without organic solvents are exposed. The results are promissory and could improve the acaricide and repellent effects of the neem extracts over pests, reducing the negative effect caused by chemical pesticides.
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