安徽农业科学Issue(5)：2761-2762,2765,3.
植物体中硼的转运体与转运通道协同作用机制
Collaborative Mechanism of Boron Transporters and Transport Channels in Plants
摘要
Abstract
The collaborative mechanism of transporters and transport channels in the boron transport and absorption of plants was reviewed. As indicated by the results, under low boron content conditions, the transport channel of NIP5; 1 and the transporter of BOR1 played a synergisric role in the absorption of boron, the transport channel of NIF6; 1 and the transporter of BOR1 participated in the distribution of boron in the aboveground part of plants. Under high boron content conditions, the transporter of BOR4 and the aquaporin of AtTlF5 participated in the efflux of boron. All in all, the boron absorption in plants was both a positive and passive process. Finally the research prospect in this field was forecasted.关键词
硼/NIP5/1/BOR1/NIP6/1/BOR4/TIP5/1Key words
Boron/ NIP5/1/BOR1/NIF6/1/BOR4/TIP5/1分类
农业科技引用本文复制引用
夏金婵..植物体中硼的转运体与转运通道协同作用机制[J].安徽农业科学,2012,(5):2761-2762,2765,3.基金项目
河南中医学院博士科研基金. （）
