border cells
英 [ˈbɔːdə(r) sɛlz]
美 [ˈbɔːrdər sɛlz]
网络 边界细胞; 根边缘细胞; 边缘细胞
双语例句
- Differences of Cell Wall Polysaccharides in Border Cells and Root Apices of Pea ( Pisum sativum) Under Aluminium Stress
铝胁迫下豌豆根边缘细胞和根细胞壁多糖组分含量的变化 - Effect of phosphorus on the resistance of roots and border cells to aluminum in buckwheat
铝胁迫下磷对荞麦根系和根边缘细胞抗性生理的影响 - With the increasing concentration of cadmium and the increasing treating time, the viability of the border cells all showed a decreasing trend.
镉对麻疯树根边缘细胞产生明显毒害，随着镉浓度和处理时间的增加，边缘细胞的活性都呈现下降的趋势。 - Morphological and physiological response of the root tip border cells to Fe~ ( 2+) toxicity in rice
水稻根尖边缘细胞对铁毒的形态生理响应 - Root border cells play a vital role in protecting the root tip, and they have the ability to regulate the chemical and physical properties of the soil and balance the rhizosphere environment.
植物根尖每天都要代谢大量的根缘细胞，这些根缘细胞能改变土壤的生化特性，平衡根际环境，保护植物的根尖免受外界胁迫如铝毒、线虫和病菌的侵染等伤害。 - These results indicate that root border cells play a significant role in resistance to ferrous toxicity of rice.
说明边缘细胞在水稻根尖铁毒防御中起着一定的作用。 - Mechanism Analysis of Resistance to Oxidative Stress in Bcl-2 Transgenic Rice and Development of Root Border Cells
转Bcl-2水稻抗氧化胁迫及水稻边缘细胞发育调控的研究 - As soon as border cells detach from root cap periphery, their metabolic activity dramatically increases in accordance with a differential gene expression from that in root cap cells.
边缘细胞一旦从根表皮游离后，其代谢活性大大上升、基因表达明显不同于根冠细胞。 - Response to aluminum toxicity of four common weeds roots and border cells
四种常见杂草根系及根边缘细胞对铝胁迫的响应 - Border Cells Alleviating Ferrous Toxicity in Rice Root Tips
水稻根尖边缘细胞对铁胁迫的缓解效应 - Responses of Root and Border Cells to Cadmium Toxicity in Vegetables with Different Types of Root Apical Meristem
不同分生组织类型蔬菜根及边缘细胞对镉的响应 - Effects of Al and B on the Mucilage of Root Border Cells of Pea ( Pisum sativum) in situ
铝、硼对豌豆原位根边缘细胞粘胶层厚度的影响 - Biological Characteristic and the Response to Aluminum Toxicity of Cucumber Border Cells
黄瓜根边缘细胞生物学特性及其对铝的响应 - Following injection of HRP into the cerebellum of the rat, the retrogradely labeled ′ spinal border cells ′ in L_1-L_3 of the spinal cord were examined electron microscopically for understanding the synaptology.
将辣根过氧化物酶注入大鼠小脑后，在脊髓L1～L3节段中的脊髓边缘细胞（SBC）得到逆行标记。 - The number and viability of border cells released from roots with 100,200,300,400 μ mol.
去根缘细胞的大豆分别用100、200、300、400μmol。 - Ultrastructural investigation on primary afferents of spinal border cells of the rat
大鼠脊髓边缘细胞初级传入特点的研究 - Biological Characters and Mechanisms of Aluminum Toxicity in the Root Tips and Border Cells of Barley
大麦根尖和边缘细胞铝毒生物学特性及其机理研究 - A progress of studies on development and functions of border cells
植物边缘细胞发育和功能的研究进展 - Response of Root Border Cells to Al~ ( 3+) Toxicity in Soybean
大豆根缘细胞对Al~（3+）毒害的响应 - Border cells, recently found population in periphery of root caps, are alive cells distinctive to the other cells in root tips. They are defined as border cells so as to emphasize the biological and physical interfaces constructed in the rhizosphere.
边缘细胞是近年来在根尖发现的不同于根系其它组织的一类活细胞群，称之为边缘细胞，以强调其在根际形成一个生物的和物理的界面。 - Production and Biological Role of Root Border Cells
根缘细胞的发生和生物学作用 - Border cells are originated from the mitosis of root cap, whose production and fate are rigidly regulated by the endogenous and environmental signals.
边缘细胞来源于根冠分生组织的有丝分裂，其产生和命运受到内源信号严格调控和外界环境信号的调节。 - Effect of Al~ ( 3+) toxicity on root border cells in vitro of buckwheat
Al~（3+）对荞麦离体根边缘细胞的作用 - 【 Objective 】 The biotic characteristics and response of root border cells to Al3+ toxicity in soybean can account for.
【目的】研究大豆根缘细胞发育的生物学特性和对Al3+毒害的响应，为提高大豆的耐铝性提供理论依据。 - Aluminum Toxicity to Root Border Cells of Rice
铝毒对水稻边缘细胞的影响 - The synapses formed by the degenerating axonal terminals with spinal border cells were more than those with Clark's. They formed the synaptic configurations which a labeled dendrite was in centre.
前庭脊髓束轴突溃变终末与脊髓边缘细胞形成的突触数量多于Clarks柱细胞形成的突触，并形成一些以标记树突为中心的突触复合体。 - Effect of Aluminum Stress on Root Border Cells of Mung Bean
铝胁迫对绿豆根边缘细胞的影响 - Hence, studies on developmental regulation and biological functions of root border cells have attracted the attention of many researchers.
对其发育调控和生物学功能的研究已倍受关注。但是对水稻根边缘细胞的数目、活性、发生规律以及根边缘细胞发育相关基因的研究尚少。