1.The pattern of the secondary growth of the soybean root is similar to that of most dicots.
大豆根次生生长的类型和多数双子叶植物相似。
2.The main root axis from which smaller root branches arise; a root system with a main root axis and smaller branches , as in most dicots .
具有侧根的主根轴；由主根和侧根组成的根系，见于大多数双子叶植物。
3.This paper mainly introduces the regulatory mechanism of flowering for dicots represented by Arabidopsis and monocots represented by rice.
本文首先阐述了以拟南芥为代表的双子叶植物和以水稻为代表的单子叶植物的开花调控机理及其异同。
4.The OnEIN2 protein had higher sequence similarity with monocots rice and maize (61% and 60%, respectively) than other dicots.
与其他物种相比后显示，文心兰EIN2蛋白与同为单子叶作物的水稻及玉米具有较高的相似度，分别为61%和60%。
5.The seedling types of dicots and their possible evolutionary relationships
双子叶植物幼苗类型及其可能的演化关系
6.After the secondary growth, components of secondary structure of root in Dicots
双子叶植物根次生生长后的结构组成
7.Primary structure of stems in Dicots
双子叶植物茎的初生结构