CAJ | 학술논문

作物分子设计育种技术目前已经显示出比其他育种手段更为突出的优越性，成为今后作物育种技术的发展方向。大豆基因组学研究的快速进展和转基因技术的革新，为大豆分子设计育种技术发展提供了良好的基础，建立以系统生物学为基础的基因型－表现型育种模型成为今后大豆分子设计育种的巨大挑战。大豆育种工作将处于常规育种技术向分子标记辅助育种技术、转基因育种技术以及分子设计育种技术逐步升级的过程中，分子设计育种在大豆育种实践中会起到越来越重要的作用。参98。
작물분자설계육충기술목전이경현시출비기타육충수단경위돌출적우월성，성위금후작물육충기술적발전방향。대두기인조학연구적쾌속진전화전기인기술적혁신，위대두분자설계육충기술발전제공료량호적기출，건립이계통생물학위기출적기인형－표현형육충모형성위금후대두분자설계육충적거대도전。대두육충공작장처우상규육충기술향분자표기보조육충기술、전기인육충기술이급분자설계육충기술축보승급적과정중，분자설계육충재대두육충실천중회기도월래월중요적작용。삼98。
Crop molecular design breeding has shown more advantages over other breeding methods, and is becoming the mainstream of crop breeding technology for the future.The rapid progress of soybean genomics and transgenic technology provides a solid foundation for soybean molecular design breeding.The challenge of soybean molecular design breeding in the future lies in developing the genotype-phenotype breeding models at system biology level.Soybean breeding work will remain for quite a long transition period from traditional breeding to marker-assisted breeding, transgenic breeding, and then to molecular design breeding while the molecular design breeding will play more and more important roles in soybean breeding.