18. The molecular design of conventional amphiphiles of synthetic bilayer membranes was based on the consideration of hydrophobic chain interaction.
合成双分子膜的传统两亲分子设计是基于疏水尾链间相互作用的考虑。
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19. FMN is tightly bound to proteins while coenzyme Q has a hydrophobic tail that makes it soluble in the inner mitochondrial membrane's lipid bilayer.
FMN是紧密结合的蛋白质,辅酶Q具有疏水性尾部,使得它在线粒体膜的脂质双分子层的可溶性。
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20. This convinced us that the toxic effect of Hg, Pb, and Cd on living beings involves the direct influence on the lipid bilayer of biological membrane.
可以认为重金属毒物对生命的毒害作用中包括了对膜脂双层的直接影响。
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21. Both the fluorescence intensity and the peak location of anthraquinone chromophore are sensitively affected by the change in the bilayer physical state.
变温荧光光谱观察双分子膜中蒽醌生色基的荧光光谱强度和峰位极敏感地受到双分子膜物理状态变化的影响。
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22. Recent important program in this field is reviewed in this paper, including self-assembled systems of glucose oxidase, lipid bilayer and nucleic acid sensor.
23. In a lipid bilayer, lipids arrange themselves, so that their polar head groups are exposed to water and their hydrophobic tails are sandwiched in the middle.
双分子层中,脂质可以自行排布,形成极性头部暴露在水中,疏水尾部夹在中间的结构。
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24. The classification, characteristic and principle of bilayer lipid membrane biosensor (BLM) are reviewed. Their application in food inspection also is discussed.
详细评述了双层类脂膜(BLM)生物传感器的种类、特性和工作原理及其在食品检测中的应用前景。
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25. The results of experiments showed how the surface structure of lipid bilayer membrane could be created by the interaction between the AFM tip and lipid membrane.
实验结果表明,原子力显微镜的探针与脂双层膜的相互作用导致脂双层膜表面产生一个永久的损伤。
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26. This paper reviewed the application advances of molecule self-assembled monolayer, multilayer and lecithoid bilayer in electroanalytical chemistry and biosensors.
本文介绍了分子自组单层膜、多层膜和双层磷脂膜在电分析化学和生物传感器方面的研究应用进展。
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27. This paper reviewed the application advances of molecule self-assembled monolayer, multilayer and lecithoid bilayer in electroanalytical chemistry and biosensors.
本文介绍了分子自组单层膜、多层膜和双层磷脂膜在电分析化学和生物传感器方面的研究应用进展。
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用作名词 (n.)
The structure of the bilayer is maintained by multiple noncovalent interactions between neighboring fatty accid chains and between the polar headgroups of the lipids. 这种双分子层结构是由存在于相邻的脂肪酸链和极性头部基团之间的很多非共价作用维持的。