膜骨架

结果提示CML红细胞膜骨架的异常可能为CML病人严重贫血的原因之一。

The study shows that abnormalities of erythrocyte membrane skeleton may be one of the factors of anemia associated with CML .

NO与红细胞血红蛋白（Hb）的相互作用可能导致红细胞发生一系列改变，从而影响红细胞膜骨架蛋白发生变构，引起红细胞变形性发生变化。

The interaction of NO and hemoglobin may lead a series changes from the conformation change of RBCs membrane skeleton protein to changes RBC deformability .

慢性粒细胞白血病红细胞膜骨架超微结构的研究

The ultrastructure of erythrocyte membrane skeleton in chronic myelocytic leukemia

血红蛋白尿症奶牛红细胞膜骨架蛋白的研究

Study on the Erythrocyte Membrane Skeletin in Hemoglobinuria Cows

硒与巯基作用稳定红细胞膜骨架

Role of SH-group in SE effect on the stabilization of human erythrocyte membrane skeleton

方法浇铸法制备格列美脲控释贴剂，以正交方法优化成膜骨架材料配比，设计最佳基质控释系统；

METHODS The controlled-release patch was prepared through cast moulding and its film-matrix formula was optimized with orthogonal experimental design .

证明奶牛发生血管内溶血时，红细胞膜骨架发生结构和功能的改变，是导致溶血的最关键性因素。

The change of structure and function of erythrocytic membrane skeleton could be concluded that the most important factor in hemoglobinuria due to hypophosphatemia .

上述结果证明氧化损伤可导致红细胞囊泡形成，膜骨架被破坏是囊泡形成的重要因素。

These results suggest that oxidative damage induced by free radicals could lead erythrocytes to release of vesicles and is associated with the disruption of membrane skeleton .

膜细胞骨架连接蛋白Ezrin与肿瘤侵袭转移相关性的研究现状

Research status of relationship between membrane-cytoskeleton linking protein Ezrin and tumor invasion and metastasis

目的：探讨高糖、胰岛素对肾小球系膜细胞骨架蛋白F-actin的影响，进一步探讨F-actin在糖尿病肾病发生发展中的作用。

Objective : The effects of high glucose , insulin on cytoskeleton protein F-actin of glomerular mesangial cell ( GMC ) were investigated in order to explore the fuction of F-actin in the genesis and development of diabetic nephropathy ( DN ) .

陶瓷微滤膜滤除骨架镍催化剂微粒的研究

Removal of Raney nickel catalysts fine particles by ceramic microfiltration membrane

膜细胞骨架蛋白-ezrin在肾细胞癌中的表达及意义

Expression of ezrin in Human Renal Cell Carcinoma and Its Significance

以胶原复合膜为骨架的活性人工皮肤的研究

Study of an active artificial skin using collagen composite membrane as a scaffold

陶瓷膜微滤骨架镍催化剂的膜污染机理分析

Analysis of fouling mechanisms of ceramic membranes in microfiltration of Raney nickel catalysts suspension

磷脂是动植物体内细胞膜的骨架成分，其双分子层结构维持着膜内外物质和信息的传递。

PC was a basic component of the cell membrance skeleton of plants and animals , playing the vital role in transfering information both internal and external membrane by phospholipid bilayers structure .

在细胞迁移活动中，囊泡运输、微丝骨架的重排和连接复合物结构的组装等多种过程促进了突出的膜与骨架结构在细胞前沿形成。

During cell migration , coordination of membrane traffic , actin skeleton remodeling and formation of new adhesion complexes is required for protrusive activity at the leading edge of the migrating cells .

方法动物实验与临床研究相结合，采用心功能、心肌细胞损伤、细胞膜及骨架结构损伤、心肌生物力学、心肌病理等指标观测心肌损伤程度；

Methods A combined serial studies in both animal experiments and prospective clinical investigation were carried out with the determination of indices reflecting myocardial injury , such as cardiac function , myocardial injury parameters , cytoplasmic and cytoskeletal structure injury , myocardial biomechanics and pathomorphological changes .

细胞膜和细胞骨架在细胞受力过程中的保护作用

Cytoprotective response of cytoskeleton and plasma membrane to forces

已有的研究成果表明，尽管生长素可以通过直接影响细胞膜和细胞骨架的功能来调节一些细胞反应，但生长素更多是通过调控基因表达来影响植物的发育和其他的一些反应。

Although auxin may regulate some cellular responses ( such as expansion or polarity ) through direct effects on membrane or cytoskeletal functions , auxin also regulates expression of numerous genes whose products probably perform most developmental responses .

Ezrin是ERM（Ezrin/Radixin/Moesin）家族的重要成员，是真核细胞膜蛋白-细胞骨架的桥梁分子。

Ezrin , an important member of ERM ( Ezrin / Radixin / Moesin ) family , is a linking protein between plasma membrane and cytoskeleton .

细胞膜蛋白与细胞骨架蛋白相互作用研究进展

Interaction Between Membrane Proteins and Cytoskeletal Proteins

结果伤后早期郎飞结有明显的轴膜结构和细胞骨架异常。

Results Prominent changes of axolemma structure and cytoskeleton were observed in early stage of injury .

细胞松弛素对嗜热四膜虫皮层细胞骨架蛋白的影响（英文）细胞膜蛋白与细胞骨架蛋白相互作用研究进展

STUDIES ON THE EFFECT OF CYTOCHALASIN B ON MAJOR CORTICAL CYTOSKELETAL PROTEINS OF TETRAHYMENA THERMOPHILA DURING CONJUGATION Interaction Between Membrane Proteins and Cytoskeletal Proteins

同时，高脂血症通过影响红细胞膜脂质双层和骨架蛋白，使红细胞膜微粘度增加，变形能力下降。

At the same time , hyperlipidemia can increase the microviscosity of red cell membrane and decrease its transformation ability by effecting lipidal double layers and scaffolding protein of red cell membrane .

结果表明，膜污染主要是骨架镍催化剂在膜表面上形成的滤饼层，当操作压力循环变化时滤饼层表现出不可逆性。

Experimental results indicated that the membrane fouling was mainly caused by the cake formed on the membrane surface , and the cake exhibited irreversibility when the trans-membrane pressure was ( varied ) successively according to a cycle .

结果提示，Se可能通过改变红细胞内表膜面Spectrin蛋白与RBC膜骨架结合状态以及Se和VE抗氧化损伤保护细胞膜结构完整性的作用，影响RBC的变形性。

The results suggested that the dietary deficency of Se and VE may change condition of combination Spectrin with RBC membrane so that effect on erythrocyte deformability .

虽然脂质双分子层和红细胞骨架蛋白都能影响红细胞膜的力学性状，但膜骨架的物理特性才是细胞膜粘性与弹性的主要决定因素。

Although the lipid bilayer and the cytoskeleton of RBC can affect the mechanical behavior of erythrocyte membrane , the physical properties of membrane skeleton is the determined factor of the membrane viscosity and elasticity .

受氧化损伤后，红细胞Heinz小体的产生增加，膜带3蛋白发生降解和聚集，膜骨架被破坏。

It had been found that Heinz bodies formation and membrane skeleton disruption in erythrocytes were enhanced after oxidative damage . Oxidized erythrocyte membrane protein band 3 underwent degradation as well as aggregation .

锂离子导电膜是锂离子电池的核心材料，研究了以可溶胀聚合物多孔膜作为骨架、在其孔道内填充凝胶结构而制备的锂离子导电膜。

Lithium ion conducting membranes are the key materials for lithium batteries .

用秋水仙素和细胞松弛素B处理接合期的嗜热四膜虫，以观察其对接合生殖期，尤其是接合后期的嗜热四膜虫皮层细胞骨架蛋白的影响。

Colchicine and cytochalasin B were used to investigate their influence on the conjugation of Tetrahymena thermophila , especially at the late stage .