中国农业科技导报
中國農業科技導報
중국농업과기도보
REVIEW OF CHINA AGRICULTURAL SCIENCE AND TECHNOLOGY
2013年
2期
1-7
,共7页
水稻%功能基因组%“稻2020”
水稻%功能基因組%“稻2020”
수도%공능기인조%“도2020”
rice%functional genomics%“Rice 2020”
水稻是重要的粮食作物也是功能基因组研究的模式植物.近年来水稻功能基因组研究发展迅速,技术和资源平台不断完善和拓展,大批重要功能基因被分离鉴定.高通量基因组新技术开始被应用于水稻育种.回顾了水稻功能基因组研究的发展历程,在对国内外研究现状总结基础上,围绕“稻2020”研究计划对未来水稻发展方向进行了展望.
水稻是重要的糧食作物也是功能基因組研究的模式植物.近年來水稻功能基因組研究髮展迅速,技術和資源平檯不斷完善和拓展,大批重要功能基因被分離鑒定.高通量基因組新技術開始被應用于水稻育種.迴顧瞭水稻功能基因組研究的髮展歷程,在對國內外研究現狀總結基礎上,圍繞“稻2020”研究計劃對未來水稻髮展方嚮進行瞭展望.
수도시중요적양식작물야시공능기인조연구적모식식물.근년래수도공능기인조연구발전신속,기술화자원평태불단완선화탁전,대비중요공능기인피분리감정.고통량기인조신기술개시피응용우수도육충.회고료수도공능기인조연구적발전역정,재대국내외연구현상총결기출상,위요“도2020”연구계화대미래수도발전방향진행료전망.
Rice is a staple food crop and model system for genomic research among cereal plants. There has been rapid advances in rice funciotnal genomic research in the last decade including development of technological and resource platforms and the isolation of functional genes. High-throughput genomic technologies have been used in rice breeding. This review gave a glimpse on the progress made in rice functional genomics research, and the perspective of rice development direction in the future around a goal referred to as “Rice 2020”: a call for an international coordinated effort in rice functional genomics.
