Endogenous cannabinoids (endocannabinoids), which are synthesized from lipid precursors in plasma membranes, are signaling lipids consisting of amides and esters of long chain fatty acids.
内源性大麻素物质来源于细胞膜上的脂类前体物质，具有脂类物质的特征，包括氨基化合物和长链脂肪酸。
The un-ionized form is usually lipid soluble and diffuses readily across cell membranes.
非解离型部分通常为脂溶性，很容易透过细胞膜扩散。
The artificial pigmented bilayer lipid membranes (PBLM) is a new and interesting research topic.
人工色素双分子层类脂膜(PBLM)是一项新颖的研究课题。
The stratum corneum is composed of dead cells surrounded by lipid membranes which mediate the permeability barrier.
角质层主要由围绕脂膜分布的死细胞构成调节通透性的屏障。
The applications of bilayer lipid membranes in electrochemical biosensors are reviewed and the future development of electrochemical biosensor based on bilayer lipid membranes is discussed.
介绍了双层类脂膜在电化学生物传感器中的应用，并展望了发展前景。
Disturbances of physical properties of membranes occur due to changes in the composition of their lipid fraction in case of excessive free-radical oxidation.
对膜的物理性能扰动发生是由于他们在过量自由基氧化脂质的一小部分构成的变化情况。
This method involves purified glycosyl-phosphatidylinositol (GPI)-anchored proteins which can spontaneously incorporate their lipid tail into cell membranes.
GPI锚定蛋白可以通过其尾部脂质GPI结构自然地整合到细胞膜上。
The paper depicts the influence on the plant cellular, caused by the added high electrostatic field, by the bimolecular lipid membranes, and deduces the micro principles.
采用平面类脂双层模型分析外加高压静电场对植物细胞跨膜电位的影响，并探讨其微观机理。
Cholesterol is another lipid component of most cell membranes. It has a hydroxyl group, a tiny polar head group so to speak attached to a rigid hydrophobic tail.
胆固醇也是大多数细胞膜脂质的组成成分，它有一个羟基基团，即一个微小的极性头部连接到一个刚性的疏水性的尾端。
Exosomes are comprised of natural lipid bilayers with the abundance of adhesive proteins that readily interact with cellular membranes.
外泌体具有磷脂双分子层结构，膜上具有很多蛋白成分，可与细胞膜相互作用。
Because the cell membrane is lipoid, lipid-soluble drugs diffuse more rapidly than relatively lipid-insoluble drugs. Small molecules tend to penetrate membranes more rapidly than large ones.
由于细胞膜为类脂质，脂溶性药物的扩散比相对的非脂溶性药物更快些，小分子的透膜速度也要比大分子快。
Because the cell membrane is lipoid, lipid-soluble drugs diffuse more rapidly than relatively lipid-insoluble drugs. Small molecules tend to penetrate membranes more rapidly than large ones.
由于细胞膜为类脂质，脂溶性药物的扩散比相对的非脂溶性药物更快些，小分子的透膜速度也要比大分子快。
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