1·The outgrowth of root hair and new roots were inhibited.
小麦根毛的生长和新根的发生也受到了抑制。
2·The root hair cell wall invaginates at the point of contact.
在接触点上，根毛细胞壁内凹。
3·The primary invasion site of Rhizobium is the root hair of the plant.
根瘤菌的主要侵入点是植物的根须。
4·The results showed that the root hair zone was the most susceptible region.
结果表明，西瓜幼苗根毛区是枯萎病菌最易侵染的部位。
5·Cells of middle elongation zone and root hair zone were also labelled by many gold particles.
伸长区中部及根毛区细胞也有较多的金颗粒标记。
6·The rhizobia bind specifically to the root hair tip, attaching to special plant proteins called lectins.
根瘤菌特异性地结合在根须末端，粘附在一种叫做凝集素的特殊植物蛋白之后进入根须。
7·The results showed that the hyperplasy of root hair, root deformation and the development of the root epidermal transfer cells were induced by rhizobia.
结果表明：根瘤菌可诱发根瘤形成部位根段的根毛增生、形变和根外层传递细胞的发育。
8·Secondary structure occurs in the root hair zone, and vascular cambium is formed from the parenchyma cells between the primary xylem and primary phloem;
次生结构发生于根毛区，维管形成层由初生木质部和初生韧皮部之间的薄壁细胞转化形成；
9·The elongation cell afterwardsstarts to split up, forms the root hair , the drive pipe and so on thedifferent structure, thereupon plant ' s root then grew maturely.
伸长的细胞随后开始分化，形成根毛、导管等不同结构，于是植物的根便发育成熟了。
10·Although many genes regulating root hair development have been isolated in Arabidopsis, knowledge of molecular mechanism of root hair development in monocot cereal crops is largely unclear.
拟南芥中根毛发生发育机制相关基因的报道较多，并且已经构建了一个大致的调控路径。