液泡膜

Effects of NaCl stress on tonoplast H+-ATPase and H+-ATPase activities in peganum harmala seedlings.

NaCl胁迫对骆驼蓬幼苗液泡膜H+-ATPase和H+-ATPase活性的影响。

Using intact tonoplast proteins, the effect of Ca〓-dependent phosphorylation on the activity of V type H〓-ATPase has been observed.

在完整的液泡膜囊泡水平观察了钙依赖的磷酸化作用对V型H〓-ATPase的活性调节，发现已磷酸化的V型H〓-ATPase的ATP水解活性和质子转运活性均有了较大的提高。

Tonoplast H(superscript +)-ATPase activity was inhibited competitively by PPi.

PPi对液泡膜H-ATP酶活性有竞争性抑制作用（图4）。

According to the above results, we can figure out that a CDPK was located on maize root tonoplast. It is an important protein during salt stress. Phosphorylation is a main manner to regulate the activity of V type H〓-ATPase.

根据以上结果可以认为，玉米根液泡膜上存在钙依赖的蛋白激酶，而且这种CDPK在适应盐胁迫过程的早期发挥着重要的作用；磷酸化作用是调节V型H〓-ATPase活性的重要方式之一。

We studied the growth state of tomato seedlings and the adaptive changes in activity of tonoplast H+-ATPase on different days (5 d,7 d,9 d,11 d,13 d) sampling from the roots of tomato seedlings under phosphorus starvation.

磷饥饿提高了番茄幼苗根部液泡膜H+-ATPase的水解活性，随着磷胁迫时间的延长，该酶的活性逐渐增大，在磷饥饿7d时达到最大，后又略有降低；而对照番茄幼苗根部该酶的活性变化很小。

The aim was to analyze the function of gene by bioinformatics method. The physical and chemical characteristics, structure and function of Na(superscript +)/H(superscript +) antiporter gene TaNHX1 on the tonoplast membrane in wheat were predicted through analysis by the software from bioinformatics data base and internet.

［目的］利用生物信息学方法分析基因的功能，［方法］通过生物信息学数据库和因特网上的软件进行分析，对小麦液泡膜Na/H反转运蛋白基因TaNHX1的理化性质、结构与功能进行了预测。

Experiment by using thiophosphorylation and fluorescent labeling proved subunit A of vacuolar H〓-ATPase was one of the phosphorylated proteins located in tonoplast.

以硫代磷酸化为模型并引入荧光标记，证明V型H〓-ATPase的A亚基是液泡膜上可以被磷酸化的蛋白质之一。

Roots as material, a tight tonoplast preparation with high purity was isolated by differential centrifugation and sucrose density gradients centrifugation.

根为材料，采用差速离心和蔗糖密度梯度离心法分离纯化液泡膜。

Salsa under salt stress indicated that the expression of tonoplast H〓-ATPase subunit H in leaves, shoots and roots were all significantly induced by NaCl stress.

本实验较为详细的研究了盐地碱蓬液泡膜H〓-ATPase H亚基在盐胁迫下的表达变化，发现其在盐地碱蓬植株根、茎、叶的表达均明显被盐胁迫所诱导。

In general, V-H+_ATPase activity is increased in salt-tolerant plant species, which presumably results from the increased genetic expression and synthesis of tonoplast H+_ATPase subunits under saline conditions.

盐胁迫提高抗盐植物液泡膜H+_ATPase活性，主要是通过增加V型H+_ATPase主要功能亚基的基因表达以及蛋白质合成。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。