液泡膜

TIP是一种液泡膜蛋白，在水分运输中起作用。

TIP belongs to tonoplast membrane intrinsic protein and plays a key role in water transportation .

水稻液泡膜H~＋－ATPase的分离纯化及生化性质研究

Isolation , purification and characterization of the tonoplast h ￣ + - atpase from etiolated seedling of rice

涉及能量代谢方面的基因有编码质膜ATP酶、液泡膜ATP酶等的基因。

And energy metabolism related genes include plasma membrane ATPase vacuole membrane ATPase and so on .

H2O2和·OH及其清除剂对大麦叶片液泡膜微囊质子转运活性的影响

Effects of H_2O_2 ,· OH and Their Scavengers on the Activities of H + Transport in the Tonoplast Vesicles Isolated from Barley Leaves

以上结果表明H2O2在液泡膜两侧都参与了对SV通道的调控作用，这为进一步研究H2O2对植物生理活动的影响从通道水平提供一些有用的依据。

This will provide an important basis at channel level for the researching further the effects of H2O2 on physiological activities of plants .

小麦Na～+、K～+吸收特性及液泡膜质子泵对NaCl胁迫的响应

Characteristics of Na ~ + , K ~ + Uptake and the Responses of the Vacuolar Proton Pumps of Wheat Seedlings to NaCl Stress

Na~+，K~+和ABA对盐胁迫大麦根液泡膜ATPase活性的影响

Effect of Na ~ + , K ~ + and ABA on the Activity of Tonoplast ATPase in NaCl-treated Barley Roots

通过检测喹吖咽荧光猝灭和恢复，测定了盐胁迫下不同耐盐性的大麦品种根系液泡膜微囊质子泵活性（ΔPH）和Na＋／H＋逆向运输活性。

Measurement of quinacrine fluoresence was used to estimate activities of H + - transPOrt ( pH ) and Na + / H + antiport of tonoplast vesicles isolated from different salt-tolerance barley roots under salt stress .

水孔蛋白（AQP）是近年来发现的质膜和液泡膜上专一性、高效性水分跨膜运输通道。

Aquaporin ( AQP ) was discovered in recent years from plasma and tonoplast membrane .

植物细胞质膜和液泡膜上的H+-ATPase消耗ATP能量建立跨膜质子电化学势梯度，推动各种离子和小分子代谢产物进行跨膜运输。

Plant cell plasma membrane and vacuolar membrane H + - ATPase consumes ATP energy establishment of transmembrane proton electrochemical potential gradient , promoting a variety of ions and small molecule metabolites to transmembrane transport .

甘蔗茎韧皮部细胞ATP酶活性定位于筛管、伴胞质膜、伴胞核、小囊泡、充分发育的液泡膜和P&蛋白上。

In the phloem cells of sugarcane stem , ATPase activity was localized on the plasma membrane of sieve elem - ents and companion cells , the nuclei , vescles , full development vacuole of companion cell and P-protein .

利用TPT抗体进行WESTERNBLOTTING分析表明，小麦TPT蛋白仅存在于叶绿体被膜上，而在液泡膜和线粒体膜上不存在。

The ratio of the prepared antibody against TPT was 1:500 . Western blotting analysis showed that TPT only exists in the envelope membrane of wheat chloroplasts , but not in the membrane of vacuoles and mitochondrials .

标志ATPase活性反应的磷酸铅沉淀物主要分布在叶片栅栏细胞和海绵细胞的质膜和液泡膜上，ATPase在这两类细胞中的分布及活性无明显差异。

The electron-dense lead phosphate deposits , an indication of ATPase activity , mainly distributed on the plasma membrane and tonoplast in the mesophyll cells of palisade and spongy tissue , in which there is no obvious differences of ATPase distribution and activities .

研究了景天酸代谢（CAM）植物菠萝叶片绿色组织与贮水组织液泡膜ATPase和焦磷酸酶（PPase）特性。

The characteristics of tonoplast adenosinetriphosphatase ( ATPase ) and inorganic pyrophosphatase ( PPase ) in the chlorenchyma and the water storage parenchyma ( WSP ) of crassulacean acid metabolism ( CAM ) plant Ananas comosus ( pineapple ) leaves were investigated .

统计分析结果表明，液泡膜非共价结合多胺（Spd+PAx）/（Put+Dap）与H+ATPase和H+PPase活性呈显著正相关关系。

Statistical analysis indicated that the ratio of ( Spd + PAx ) to ( Put + Dap ) was significantly and positively correlated with the activities of membrane associated enzymes H + _ATPase and H + _PPase .

液泡膜质子泵与植物耐盐相关性研究类植物乳杆菌的耐酸、耐胆盐及降胆固醇特性

Progress of the Correlation between Plant Proton Pump and Salt Tolerance

液泡膜H~+-PPase与植物耐盐性

Tonoplast H ~ + - pyrophosphatase Involved in Plant Salt Tolerance

细胞捣碎后，通过差速离心和不连续蔗糖密度梯度离心获得富集液泡膜的膜微囊。

Cells by differential centrifugation and discontinuous sucrose density gradient centrifugation .

自体吞噬似乎与液泡膜的积极参加有关。

Autophagy , appears to involve an active participation of the vacuolar membranes .

液泡膜：植物细胞中包围中央大液泡的膜。

Tonoplast The membrane that surrounds the large central vacuole of plant cells .

病毒粒子较少，分布在液泡膜附近。

The virus particle are little , there are dispersed around the tonoplast .

在液泡膜上观察到了绿色荧光。

Green fluorescence was observed in the vacuolar membrane .

糖跨苹果果实果肉细胞的质膜和液泡膜的运输是需要能量的主动过程。

And the plasmalemma and tonoplast transport sugar are active processes which need energy .

液泡膜转运蛋白在植物细胞代谢中的作用

Functions of tonoplast transporters in plant cell metabolism

干旱胁迫对番茄根系水导的影响及液泡膜水通道蛋白表达量检测研究

Research on Water Transportation of Drought Stressed Tomato Root Systems and Tonoplast Aquaporins Expression Detection

优化了液泡膜微囊制备方法。

The tonoplast vesicle preparation was improved .

从通道水平研究活性氧对萝卜液泡膜的影响

Research at Channel Level on the Effect of Reactive Oxygen Species on Radish Vacuolar Membrane

结果微波辅助萃取与传统提取对液泡膜的影响是不同的。

Results The effect on tonoplast was differently made by MAE and conventional reflux extracting method .

通过液泡膜的部分或完全消失，液泡不断侵蚀和消化邻近的细胞质。

Vacuoles eroded and digested the surrounding cytoplasm gradually by partial or whole disappearance of tonoplasts .

在衰退中期的珠心细胞中，Ca2+主要分布在核膜、液泡膜及质膜上；

But calcium was only observed on the vacuolar membrane in the extremely degenerated nucellar cells .