转化(遗传学)
农杆菌
卡那霉素
生物
根癌农杆菌
转基因
植物
转化效率
转基因作物
发芽
潮霉素B
园艺
基因
遗传学
作者
Yongyan Zhang,Dongmin Zhang,Yun Zhong,Xiaojun Chang,Min-lun Hu,Chunzhen Cheng
标识
DOI:10.1016/j.scienta.2016.11.033
摘要
A simple and efficient transformation method is important for plant genetic breeding and gene function analysis. In this study, we developed a in planta transformation approach for pommelo (Citrus maxima), which includes seed germination, seedling decapitation, Parafilm funnel-type-winding, Agrobacterium infection, co-culture, selective-culture, dark treatment for buds induction, transgene integration confirmation and transgenic plant propagation. The highest transformation efficiency (20.41%) was obtained when using hygromycin as selection marker, followed by Basta (19.37%) and Kanamycin (3.21%). Transgenic plants obtained using this method could be graft-propagated in 3 months post transformation, which is shorter than the tissue-culture-dependent transformation. The transformation protocol presented here has great potential to be used for citrus genetic breeding and improvement.
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