1·Such united atom approximations have been used in simulations of biological membranes.
这种联合原子近似已被用于生物膜的模拟。
2·The solitary waves can exist in liquid crystal-biological membranes.
液晶态生物膜中可以存在孤立波。
3·The human body routinely performs many separation and chemical releases using it's own biological membranes.
人体使用自身的生物膜进行着大量例行的化学物质的分离与排泄。
4·This course introduces the principles of mass transport and electrical signal generation for biological membranes, cells, and tissues.
本课程介绍了生物薄膜、细胞以及组织中物质的传输和电子信号的产生的原理。
5·Furthermore, using the distribution of energy-density of solitary waves, some functional properties of biological membranes are explained.
此外，利用孤立波的能量密度分布解释了生物膜的某些功能特性。
6·Many biological processes depend on the ability of ion channels to regulate the flow of ions through cellular membranes.
许多生物学过程依赖离子通道的这种能力来调节通过细胞膜的离子流。
7·The results of cell culture test showed that polyurethane membranes modified with SF and SP had good biological compatibility and stability.
细胞培养实验结果表明：经丝素蛋白或丝素肽改性后，聚氨酯膜的生物相容性明显提高且处理效果是稳定的。
8·The researchers are taking their inspiration from nature, mimicking the very membranes that surround our cells to create platforms for separating biological molecules.
这些研究人员正在从自然界获取灵感，模仿围绕细胞膜来创造用于分离生物分子的平台。
9·The biological effects of different pulsed electric fields on cell membranes, cytoplasmic matrixes, cell growth are introduced in this paper.
本文主要就不同的脉冲电场对细胞膜，胞内基质， 细胞增殖等产生的生物学效应作相应的介绍。