| 1. | Snapdragons, calceolaria and larkspur will drop their floret rapidly .
金鱼草，蒲包花和翠雀花的小花迅速脱落。 |
| 2. | Snapdragons, calceolaria, and larkspur will drop their florets rapidly .
金鱼草，蒲包花、翠雀花的小花迅速脱落。 |
| 3. | Snap dragons, calceolaria and lark spur will drop their florets rapidly .
金鱼草，蒲包花和翠雀花的小花将迅速脱落。 |
| 4. | The chromosome number and analysis of karyotype of antirrhinum manjus l
金鱼草染色体数目及核型分析 |
| 5. | 2 % , which is 9 . 8 % lower than lfy and flo ( 70 % )
2 ，这小于被子植物拟南芥lfy与金鱼草flo之间的同源性（ 7 ） 。 |
| 6. | The process of vessel element ' s promotion , formation and connection in primary xylem of antirrhinum majus , a model plant , was observed through micropolariscope and bright - field microscope
利用偏光显微镜和明场显微镜，首次报道了模式植物金鱼草幼苗初生维管系统木质部导管分子的发育、形成和连接过程。 |
| 7. | There used to be much snapdragon growing on the walls opposite my freshman ' s rooms there , and i had for years taken it as the emblem of my own perpetual residence even unto death in my university
我做一年级生所住的房间对面的墙上，总是长满了金鱼草，我过去曾以为它是一种标帜，表明我将永远住在我的大学里，直到死亡。 |
| 8. | This article reviews the recent research advances of floral formation ( including floral induction , identification of inflorescence , floral evocation and floral morphogenesis ) in plants ( taking example by arabidopsis and antirrhinum )
摘要以拟南芥、金鱼草为例，介绍了近几年植物成花（包括成花诱导、花序分生组织的组成、花发端、花器官发生及发育）研究的一些进展。 |
| 9. | It has been established the existence of a few pathways controlling flowering of plants in genetic research of flowering of arabidopsis thaliana and antirrhinum majus . many genes related to flowering have been identified and cloned , but the regulation mechanism of gene ' s expression is still unclear
通过模式植物拟南芥和金鱼草开花机理的研究，现在已经明确植物的开花途径有多条，并识别和分离了许多与开花有关的基因，但这些基因如何在植物生长发育过程中进行特定时空的表达及其调控一直是科学家研究的一个黑匣子。 |
| 10. | The primary structures , the genesis and the structure formed of the primary vascular system and the structural change in the process of cotyledonary senescence of the seedlings of antirrhinum majus and other angiosperms were studied . the progress had been aquired in the aspects as follows
本论文对金鱼草等几种被子植物幼苗的初生结构、幼苗发育早期初生维管系统的发生和建成后初生维管系统的结构以及子叶衰老过程中的结构变化作了较为全面的研究，在以下几个方面取得了一定的进展： 1 |
