植物体的各项生理活动依赖于分子水平上多种植物蛋白质/蛋白质复合体的相互作用和动态变化,
了解这些蛋白质/蛋白质复合体的结构和功能对于研究相关植物生理活动的分子机理至关重要 …

随着生物组学, 系统生物学和合成生物学等前沿学科的高度交叉融合, 推动新一代基因工程技术
不断取得新突破. 基因回路设计与合成是新一代基因工程的技术核心, 具有颠覆性 …

过去一个世纪, 育种理论与技术体系快速发展, 杂种优势利用, 杂交育种, 诱变育种,
分子标记辅助育种, 转基因育种, 基因组编辑育种, 分子设计育种等育种策略先后涌现 …

小麦条锈病是由条形柄锈菌小麦专化型(Puccinia striiformis f. sp. tritici, Pst) 引起的真菌病害,
在全世界范围内危害小麦(Triticum aestivum) 生产. 培育和种植持久抗性小麦品种是控制小麦条 …

为促进Bph43 基因在抗褐飞虱(Nilaparvata lugens) 水稻品种选育中的应用, 在前期Bph43
精细定位的基础上, 将Bph43 基因供体亲本IRGC 8678 进行重测序, 通过与日本晴参考基因组 …

Various physiological activities of plants depend on the interaction and dynamic changes of
many plant proteins/protein complexes at the molecular level. Understanding their structure …

With the highly cross-integration of frontier disciplines such as bioomics, systems biology
and synthetic biology, the new generation of genetic engineering technology has maked …

In the past century, the breeding theories and systems have been greatly developed, and
series of new breeding strategies have gradually emerged, such as heterosis utilization …

To promote the application of Bph43 in the breeding of rice varieties resistant to brown
planthopper, on the basis of fine mapping of Bph43 in the early stage, the Bph43 gene …