双分子层的英文

• bilayer
• bimolecular layer
• bimolecular leaflet

• "双"英文翻译    two; twin; both; dual
• "分子"英文翻译    numerator molecule
• "层"英文翻译    I storey; tier; stratum
• "双分子层片" 英文翻译 :    bimolecular leaflets
• "脂质双分子层" 英文翻译 :    the lipid bilayer
• "双分子层脂质膜" 英文翻译 :    bilayer lipid membranes
• "脂质双分子层膜" 英文翻译 :    bimolecular lamellar lipid membrane
• "双分子" 英文翻译 :    bimolecular; bielement; dimolecular
• "分子层" 英文翻译 :    lamina molecularis; lamina zonalis; molecular film; molecular layer; neuroglia layer; stratum moleculare
• "分子层,分子膜。" 英文翻译 :    molecular film
• "双分子的" 英文翻译 :    bimolecular; dimolecular
• "双分子反应" 英文翻译 :    bimolecular reaction; dimolecular reaction; reaction of the second order
• "双分子还原" 英文翻译 :    bimolecular reduction; dimolecular reduction
• "双分子结合" 英文翻译 :    bimolecular combination
• "双分子厉程" 英文翻译 :    bimolecular mechanism
• "双分子膜" 英文翻译 :    bilayer membrane; bimolecular film
• "双分子膜泡" 英文翻译 :    cellule
• "双分子碰撞" 英文翻译 :    bimolecular collision
• "双分子歧化" 英文翻译 :    bimolecular disproportionation
• "双分子衰减" 英文翻译 :    bimolecular decay
• "双分子消除" 英文翻译 :    bimolecular elimination
• "双分子脂膜" 英文翻译 :    bimolecular lipid membrane; lipid bilayer
• "双分子终止" 英文翻译 :    bimolecular termination
• "水双分子" 英文翻译 :    water dimer
• "部分子层" 英文翻译 :    common part sublayer

• If there is only one lipid bilayer , they are called unilamellar vesicles ; otherwise they are called multilamellar
  只有一个脂双分子层的叫单膜小泡；其余的叫多膜小泡。
• In cell biology , a vesicle is a relatively small and enclosed compartment , separated from the cytosol by at least one lipid bilayer
  细胞生物学中，小泡是一种相对较小的封闭小室，由至少一个脂双分子层与胞液隔离开。
• Agitation causes the bi - layer to break up , forming small beads of the lipid - called “ micelles ” or “ vesicles ” - that are dispersed in the water
  搅拌会破坏双分子层，形成散布在水中的脂类的细珠? ?称为“胶团”或“泡” 。
• But the basic study about solid metal supporting blm exists many unknowns , it influences the practical bio - sensor development
  但是，由于人们对金属基质支撑双分子层膜的若干基础问题尚不清楚，影响了生物传感器的实用性发展。
• When mixed with water , this type of lipid will spontaneous sly form a bi - layer , similar to the layering that occurs when non - stick cooking oil is poured into water
  和水混合时，这种脂类会自动形成双分子层，就象把烹调油倒入水中时发生的现象一样。
• Ion channels are membrane - spanning proteins that can selectively mediate ion flux between the outside and inside of the phospholipid bilayer , and are essential for the electric activities of the organism
  离子通道是跨膜蛋白质，它能够选择性的介导离子流过脂质双分子层，是生物电活动的基础。
• The preparation of gold electrode of double layers and the spectroscopic and electrochemical studies when it was incubated with bacteria : cv measurement demonstrated that the defect content within the double layer gradually decreased during the incubation , sers showed that the film structure became order during the incubation and the bands of double and triple bonds shifted toward high wavenumber , too
  循环伏安测试表明在双分子层与细菌培养的过程中，双分子中层中的的缺陷数量逐渐减少。表面增强拉曼光谱证实在双分子层与细菌培养的过程中，双分子中层的膜结构变得更加有序，且其双键与三键的共振峰也同时向高波数的方向移动。
• The paper have emphasized some basic applied problems about solid metal supporting blm and carried out some important experiments , which can be important references as sequent experiments . there are some finds during the study : the different disposal means of metal surface obviously effect the blm overlay and electrochemistry measurement
  本课题在研究过程中有所发现，如：发现支撑双分子层膜的金属基质的新生表面的形成方法与状态不同，明显地影响了双分子层膜的附着和电化学性能的测试。
• Abstract : in this paper interactions of bilayer lipid membrane with clotrimazole as the antifungal agent were reported in order to interpret the action basis about the molecularbiology of this drug . using the injecting method ， we prepared three bilayer lipid membranes ( blm ) respectively , and by the cyclic voltammetry method we determined properties of blm before and after adding clotrimazole into the membranes . it was found that clotrimazole could remarkably reduce the membrane resistance and demonstrated that the drug as an antifungal substance might certainly change the permeability of bilayer lipid membrane
  文摘:报道了抗真菌药克霉唑与人工脂膜的相互作用，试图阐明该药的分子生物学的作用基础.用注射方法分别制备3种双分子层脂膜( blm ) ，并运用循环伏安法测量了修饰物克霉唑加入前后人工双分子层脂膜的电性质.结果发现克霉唑可显著降低膜电阻并证实该药确能改变人工双分子层脂膜的通透性