发展和实施策略,以防止抗bt表达作物:一个行业的观点

J. Riebe
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引用次数: 10

摘要

通过生物技术已将生产苏云金芽孢杆菌(B.t.)各种蛋白质的基因植入植物中。自1995年以来,含有B.t.基因的玉米、棉花和马铃薯种子产品已被引入市场。在开发和引进B.t.植物的同时,工业界、学术界和政府的科学家们进行了大量的研究工作,以设计针对特定产品的抗虫管理(IRM)计划。与其他传统化学物质不同,IRM已成为表达bt的植物开发和监管审查过程的重要组成部分。尽管付出了前所未有的努力,但防虫作物或其他害虫控制工具的长期成功最终取决于信息的传递和个体种植者的采用。积极主动的IRM计划的有效实施将需要监管机构、技术制造商、种子公司、农化…
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The development and implementation of strategies to prevent resistance to B.t.- expressing crops: an industry perspective
Genes for the production of various Bacillus thuringiensis (B.t.) proteins have been incorporated into plants through the techniques of biotechnology. Since 1995, corn, cotton, and potato seed products containing B.t. genes have been introduced to the market. Simultaneous to the development and introduction of B.t. plants, tremendous research efforts were made by industry, academic, and government scientists to devise product-specific insect resistance management (IRM) programs. IRM has become an essential part of the development and regulatory review process for B.t.-expressing plants, as distinct from other conventional chemistries. Despite this unprecedented effort, the long-term success of insect-protected crops or other pest control tools ultimately depends on the transfer of information to, and adoption by, individual growers, The effective implementation of proactive IRM plans will require integration and interaction between regulators, manufacturers of the technology, seed companies, agri-chemical...
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