Science. 1986 Mar 14;231(4743):1255-60. doi: 10.1126/science.231.4743.1255.
The agricultural use of synthetic insecticides usually protects crops but imposes strong selection pressures that can result in the development of resistance. The most important resistance mechanisms are enhancement of the capacity to metabolically detoxify insecticides and alterations in target sites that prevent insecticides from binding to them. Insect control methods must incorporate strategies to minimize resistance development and preserve the utility of the insecticides. The most promising approach, integrated pest management, includes the use of chemical insecticides in combination with improved cultural and biologically based techniques.
农业上使用合成杀虫剂通常可以保护作物,但也会对其施加强烈的选择压力,从而导致抗药性的产生。最重要的抗药性机制包括增强代谢解毒杀虫剂的能力,以及改变靶标部位以阻止杀虫剂与之结合。昆虫防治方法必须包含旨在最大限度减少抗药性发展并保持杀虫剂效用的策略。最有前途的方法是综合虫害管理,包括将化学杀虫剂与改进的文化和基于生物学的技术结合使用。