摘要
我国是大豆消费大国,但主要依赖于进口,且进口依存度将持续增加。与国外大豆主要生产国相比,我国大豆单产还有很大差距,提高大豆单产是解决我国大豆危机的关键。加快大豆分子设计育种创新体系建设,引领大豆育种实现跨越式发展,是赶超国外大豆生产的重要途径。2017年我国科学家克隆了一批控制大豆生育期、高产、优质相关性状的重要基因,且在大豆重要性状耦合遗传网络方面取得了重要进展。
China is the biggest consumer of soybean production, but mainly depends on import. Moreover, the import dependence is continuing to increase. The soybean production in China largely lags behind that of the main foreign soybean producing countries. Accelerating yield via molecular design breeding innovation system is the key to solve the soybean crisis in China. In 2017, Chinese scientists cloned a number of important genes that related to soybean growth period, yield and quality, and made important progress in dissection of the genetic network underly- ing multiple agronomical traits.
作者
吕慧颖
王道文
葛毅强
魏珣
邓向东
杨维才
田志喜
LV Hui-ying;WANG Dao-wen;GE Yi-qiang;WEI Xun;DENG Xiang-dong;YANG Wei-cai;TIAN Zhi-xi(i Institute of Genetics and Developmental Biology, Chinese Academy of Sciences~Innovative Academy of Seed Design, Beifing 100101;3 China Rural Technology Development Center, Beijing 10004)
出处
《植物遗传资源学报》
CAS
CSCD
北大核心
2018年第3期464-467,共4页
Journal of Plant Genetic Resources
基金
中国农村技术开发中心"农作物育种行业动态专题研究"项目
关键词
大豆
生育期
高产
优质
性状耦合
遗传网络
soybean
growth period
yield
quality
the characteristics of coupling
genetic network