磷脂双层

实验结果提示，牛碘酸可能通过影响膜的微环境（磷脂双层分子）调节Ca~（2+）与膜的相互作用，参与细胞Ca~（2+）稳态的调节。

The results suggest that taurine participated in the regulation of cellular Ca2 + homeostasis through it 's action on the membrane microenviroment ( phospholipid bilayer ) thus controlling the interaction of Ca2 + with membrane .

Keggin型杂多酸H3PMo（12）O40对磷脂双层膜电化学行为的影响

The Influence of Keggin Type Phosphomolybdic Acid on Electrochemical Behavior of Lipid Bilayer Membranes

以支撑磷脂双层膜（supportedbilayerlipidmembrane，s-BLM）作为生物膜模型，采用循环伏安法和交流阻抗技术研究了脱氧胆酸钠（sodiumdeoxycholate，NaDC）与s-BLM的相互作用。

In this paper , supported bilayer lipid membrane ( s-BLM ) was served as a biomembrane model . The interaction between sodium deoxycholate ( NaDC ) and s-BLM was investigated by means of cyclic voltammetry and ac impedance spectroscopy .

通过融合法使DOPC脂质体在多孔硅表面沉积形成支撑磷脂双层膜。

The bilayers lipid membrane supported on porous silicon was formed by deposition of the liposome solution .

锚定的磷脂双层膜的制备及其形貌结构

Preparation and structure morphology of tethered bilayer lipid membrane

胆酸钠与支撑磷脂双层膜作用的电化学研究

Electrochemical Study on the Interaction of Sodium Cholate with a Supported Lipid Bilayer Membrane

生理情况下，水通过细胞膜包括磷脂双层的简单扩散和通过特殊跨膜转运蛋白的快速转运两个过程。

In the physical condition , the water pass the member through the simple diffusion and rapid transport .

通过障碍物来控制出入但磷脂双层内部不带电，对外来带电物质的进入是一道很大的障碍。

But the interior of the bilayer is not charged and forms a strong barrier against the entrance of any charged material .

然后通过控制苯撑乙炔的个数来控制其长度使其与磷脂双层膜的厚度相匹配，从而嵌入双分子层膜形成离子通道。

The length of rigid oligomer was controlled to match with the thickness of the lipid bilayer membrane by controlling the number of the repeating units , which helped the oligomers embed in to the membrane to form ion channel .

极性油脂几乎全部存在于细胞膜（磷脂是双层的主要成分），只有很少量存在于贮存脂肪中。

The polar lipids are found almost entirely in cellular membranes ( phospholipids being the main components of the bilayer ) with only very small amounts in depot fats .

用原子力显微镜研究磷脂酸Langmuir-Blodgett双层膜中超分子结构

Atomic Force Microscopic Observation of Local Supramolecular Structure in Phosphatidic Acid Langmuir-Blodgett Films