双子叶植物

The architecture of angiosperm flowers is complex and diverse, especially in the basal eudicot speices.

在被子植物的不同类群中，其形态多种多样，尤其以基部真双子叶植物的花形态最为丰富。

Britton, a member of Lamiaceae and a native dicot in Asia, is now distributed worldwide including Taiwan.

Britton系唇形科原产亚洲之双子叶植物，如今已广泛分布於包括台湾在内之世界各地。

It is normally formed from the secondary xylem and thus found in plants that show secondary thickening, namely the conifers, Gnetum and dicotyledons.

木材丛次生木质部中形成，因此只有在进行次生加厚的植物中才具有，如：松类、 Gnetum 和双子叶植物。

Compared with the dicot, the monocots preferred GC-rich tri- and hexa- motifs very much, especially in rice where 23.6 CCG motif occurred in 100kb ESTs.

与双子叶植物大豆相比，单子叶植物似乎更偏好富含GC的三碱基和六碱基重复单元，特别是水稻中平均每100kb EST就有23.6个CCG类型的SSR出现。

The identification of phylogenetic relationships among HSF proteins in these species is a fundamental step to unravel the functionality of new and yet uncharacterized genes belonging to this family.

同时代表了热激转录因子基因家族在包括单子叶植物和双子叶植物的被子植物中的主要的进化谱系。在此基础上作了进化分析。

They commonly occur in monocots and pteridophytes, but also in many dicots , such as clover, ivy, strawberry and willow.

他们一般发生在单子叶植物和蕨类植物，而且在许多双子叶植物，如苜蓿，常春藤，草莓和柳树。

We hope to share this campus flora book with you soon. This year we will introduceto you some ferns, herbaceous monocots and dicots, and wetland plants in the Ecological Pond.

本年度将以蕨类植物、单子叶和草本双子叶植物及生态池畔的湿地物种为主，继续介绍院区内多样的植物。

Foliar sprayed with 500μmoll〓FePS has showed better regreening effects in dicots compared with root supplied with 1μmoll〓〓FePS.

对双子叶植物而言，叶面喷施FePS的效果要好于根施1μmolL〓的FePS，而对单子叶植物根施的效果要明显好于叶面施用。

Northern-blot analysis demonstrated that the two rice NAP1-like genes are predominantly expressed in stem tissues such as root and shoot apical meristems as well as in young flowers.

我们通过筛选单子叶植物水稻和双子叶植物烟草的cDNA文库，获得了6个NAP1类似蛋白（NAP1 like protein，NAP1_LP）的cDNA，其中水稻的两个NAP1类似蛋白分别命名为OsNAP1_L1和OsNAP1_L2，烟草的4个类似蛋白分别命名为NtNAP1_L1、NtNAP1_L2、NtNAP1_L3和NtNAP1_L4。

In conservative families, there has been little or no change in the number of genes since the divergence between eudicots and monocots ~145 million years ago.

在保守的家族中，基因的数目在大约一亿四千五百万年前(~145MYA)真双子叶植物和单子叶植物发生分化之后都没有改变或者变化甚微。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。