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世界性生物技术的崛起,带动生物农药的快速发展,使其成为这一领域内比较有近期经济效益的研究课题,受到了高度的重视,许多发达国家投入了相当大的力量和投资,并广泛地开展了国际性协作。抗生素农药:日本也已实用化了有效霉素、春日霉素、多氧霉素、灭瘟素、四抗菌素、双丙氨膦、灭粉霉素等几十个农用抗生素。美国投产的农用抗生素有Avermectin、Gibberllin等多个品种,畜用抗生素有Monensin、Aver-mectin、Tylosin、Oleandomydin等几十个品种。德国正在积极开发抗病杀虫农用抗生素Nikkomycin。印度有处理种子用的金色制毒菌素和杂曲霉素,用
The rise of biotechnology in the world has led to the rapid development of biopesticides, making it a relatively recent economic research topic in this field and attracting a great deal of attention. Many developed countries have invested considerable strength and investment and are extensively To carry out international cooperation. Antibiotics Pesticides: Japan has also been the practical use of doxycycline, chlortetracycline, polyoxygenin, blasticidin, four antibiotics, bialaphos, doxycycline dozens of agricultural antibiotics. There are several varieties of agricultural antibiotics put into production in the United States such as Avermectin and Gibberllin. There are dozens of varieties of livestock antibiotics such as Monensin, Aver-mectin, Tylosin and Oleandomydin. Germany is actively developing Nikkomycin, a pesticide-resistant agricultural antibiotic. India has used to deal with seed gold toxin and curcumin, used