重编程
生物
基因组编辑
分生组织
体细胞
基因组
转化(遗传学)
计算生物学
植物组织培养
生物技术
植物细胞
障碍物
组织培养
遗传学
基因
体外
法学
政治学
作者
Xiang Ji,Bing Yang,Daowen Wang
标识
DOI:10.1016/j.tplants.2020.02.011
摘要
Conventional genetic transformation is a huge obstacle to the efficient development and application of plant genome-editing (GE) technologies. Recently, Maher et al. reported successful GE by de novo reprogramming plant meristems in somatic tissues, which sidesteps tissue culture-based transformation and promises to significantly enhance the utility of plant GE. Conventional genetic transformation is a huge obstacle to the efficient development and application of plant genome-editing (GE) technologies. Recently, Maher et al. reported successful GE by de novo reprogramming plant meristems in somatic tissues, which sidesteps tissue culture-based transformation and promises to significantly enhance the utility of plant GE.
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