基本释义:

质膜钙泵:结构和功能

网络释义

1)Plasma Membrane Calcium Pump: Structure and Function,质膜钙泵:结构和功能

2)plasma membrane,质膜

3)plasmalemma,质膜

4)cell membrane,质膜

5)plasmolemma,质膜

6)plasmalemma,质膜;原生质膜

7)hard film,硬质膜

8)Plasma membrane permeability,质膜结构

9)plasma membrane H~+-ATPase,质膜H+-ATPase

10)plasma membrane Ca~(2+)-ATPase,质膜Ca2+-ATPase

用法和例句

Effect of Cu~(2+) on plasma membrane H~+-ATPase activity in wheat roots;

铜对小麦根质膜H~+-ATPase活性的影响

Isolation of plasma membrane from Populus euphratica by two-phases partition and properties of its H~+-ATPase;

胡杨愈伤组织质膜的两相分离法及其H~+-ATPase的特性

Effect of NaCl on the activity of the plasma membrane ATPase from wheat roots;

盐胁迫对小麦根质膜ATPase活性的影响

Effects of nitrogen forms on the activities of H~+-ATPase and redox sysytem in tomato root plasmalemma under different light intensity;

不同光强下氮素形态对番茄根系质膜H~+-ATPase和氧化还原系统活性的影响

The Discovery of Plasmalemma phisiological Replacement;

质膜生理性替代现象的发现

Plasma membrane vesicles in the roots of the wheat variety Longchun 20 was isolated by two-phase method and used to study NaCl effect on plasmalemma NADPH oxidase activity.

以小麦‘陇春20’为实验材料,用两相法分离根质膜微囊,研究NaCl处理对质膜NADPH氧化酶活性的影响。

The industrial progress of ion plating hard films on tools and dies on the Pearl River Delta;

珠三角地区离子镀工模具硬质膜产业的技术进步

The principle is presented for designing duplex treatment of nitriding and vapor deposition of hard films.

阐述了渗氮 -气相沉积硬质膜复合处理的设计思想。

The plasma membrane H~+-ATPase and Ca~(2+)-ATPase of Casuarina equisetifolia seedling both were sensitive to acid rain,and their activities were inhibited more and more strongly with increasing acidity of acid rain generally.

5酸雨胁迫3个月后木麻黄幼苗小枝质膜离子泵活性测定结果表明,木麻黄幼苗嫩枝质膜H+-ATPase和Ca2+-ATPase对酸雨非常敏感,常随酸雨强度的加大其活性受愈来愈强的抑制。

Regulation of Phosphor on the Activity of Root Plasma Membrane H~+-ATPase in Malus Hupehensis(Pamp)Rehd.;

2 mmol/L的营养液处理后,平邑甜茶根系质膜H+-ATPase的活性随着根区磷浓度的升高而升高,并在1。

Relationship between active oxygen production and plasma membrane H~+-ATPase activity in calli of Lycium Barbarum under salt stress;

以枸杞愈伤组织为材料,研究了盐胁迫对活性氧伤害和质膜H+-ATPase活性的影响。