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传统的小麦人工栽培了几千年,生产水平与产量不断提高的同时,“体质”和“抵抗力”反而变弱了。为小麦找个“远房亲戚”来联姻,既提高了产量和品质,又减少了农药使用量,一举多得。2013年1月18日,南京农业大学陈佩度课题组的科研成果“小麦-簇毛麦远缘新种质创新及应用”获2012年国家技术发明二等奖。该项目将远缘杂交、染色体工程和分子生物学技术相结合,成功探索出一条远缘种属优异基因向普通小麦转移和利用的技术路线,将簇毛麦高抗白粉病、抗条锈病等优异
While traditional wheat has been artificially cultivated for thousands of years, while the level of production and output have been increasing, the “constitution” and “resistance” have become weaker. For wheat to find a “distant relatives ” to marriage, not only improve the yield and quality, but also reduce the amount of pesticides, serve multiple purposes. On January 18, 2013, the research achievement of Chen Peidu’s research group at Nanjing Agricultural University won the second prize of National Technological Invention in 2012, “Innovation and Application of New Germplasm of Wheat-Himalayan Wheat”. The project will be distant hybridization, chromosomal engineering and molecular biology techniques combined successfully explored a far-edge species of excellent genes transferred to wheat and the use of technology routes, the cluster of wheat high resistance to powdery mildew, stripe rust resistance Excellent