本论文首先对新农药创制工作进行了简单的介绍。
The dissertation simply introduced the work of pesticide discovery research.
简要介绍了选择发明及其在新农药创制中成功应用的实例。
The applications of the selective patent in new pesticide discovery with examples were briefly reviewed in this paper.
该技术在新农药创制研究中的应用，可以缩短新农药的研发周期，降低成本，提高成功率。
Its application in the innovation research of pesticide will shorten the discovery time, lower the cost and enhance the hit-rates of new pesticide.
当今新农药创制的方法，归结为“模拟、随机、改造、仿生、定向”十个字，对此分别予以论述。
This paper reviews current approaches to pesticide discovery expressed in the words "imitation, randomness, modification, robotics, and orientation", with each area discussed separately.
文中还介绍了有关农药的专利知识及国外新农药的创制情况。
Some knowledge on pesticide patents and the R&D of pesticides abroad are also addressed.
本发明为新农药的创制和仿生农药 的研制开发提供新的资源。
The application provides new resources for creating new pesticide and developing bionic pesticide.
本发明为新农药的创制和仿生农药 的研制开发提供新的资源。
The application provides new resources for creating new pesticide and developing bionic pesticide.
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