掌握细胞膜的流体镶嵌模型。
这当然是细胞膜的情况。
PAGE得出对虾鳃细胞膜的多肽图谱；
The polypeptide map of cell membrane of shrimp was made by SDS-PAGE.
细胞膜的物质转运功能。
通过电解质渗漏量的变化研究了冬小麦细胞膜的耐热性。
Heat tolerance of wheat was studied by change of the amount of electrolyte leakage.
经测定，抗菌蛋白对细胞膜的最大损伤率达4.19%。
The maximal damage rate of the antifungal protein to the membrane was 4.19%.
这些是专门黏附在细胞膜蛋白质上的物质。
These are substances which specifically latch onto the protein on the cell membrane.
这些细胞膜扮演着细胞的“大脑”功能。
细胞膜对于生命的起源至关重要。
细胞膜不阻碍酒精分子在你身体中的运动。
Cellular membranes do not block the movement of alcohol molecules throughout the body.
那是肥厚的细胞膜。
生物细胞膜电位的研究至关紧要。
It is very important to study on biological cell membrane potential.
这个位移是物理的反应，表明阳性在细胞膜内过盛。
This displacement is the physical reaction that was in the cell membrane, the Sheng.
细胞膜并不是允许任何东西自由出入的。
粒子附着到细胞膜上是这个过程的第一步。
Adherence of the particle to the cell membrane is the first step in the process.
那是肥厚的细胞膜。
皮肤（即细胞膜）揭示生命的骨架。
这是负责运输的盐和水的整个细胞膜。
This is responsible for the transport of salts and water across the cell membranes.
它可以合并进细胞膜中，并且帮助保持整个身体的细胞膜完整。
It is incorporated into the cell membranes and helps maintain their integrity throughout the body.
细胞膜内外的极性可以改变。
细胞膜和肌细胞的分子结构；肌肉收缩的原理。
The molecule structures of cell membrane and muscle cell; The principle of muscle contraction.
细胞膜和肌细胞的分子结构；肌肉收缩的原理。
The molecule structures of cell membrane and muscle cell; The principle of muscle contraction.
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