bilayer

Objective: To image the structure of the lipid bilayer at the nanometer level with AFM.

目的: 通过原子力显微镜从纳米水平成像人工磷脂双分子层的结构细节.

Especially, combined with Bilayer Lipid Membranes ( BLM ) biosensor , it is very convenient to realize the inspection of quality.

特别可以结合利用双层脂质膜生物传感器, 在水质等环境检测上的应用,显得尤为方便.

Functional material modified Solid-Supported Bilayer Membrane ( s-BLM ) has the great potential of being biosensor and molecular device.

功能修饰的人造固体支撑双分子层膜 ( s-BLM ) 具有发展成为生物传感器件和分子器件的巨大潜力,而新型材料的选择是s-BLM膜走向实际应用的关键.

Each of the two lipid layers that make up the bilayer is called a leaflet.

两层脂质组成的脂质双分子层中的一层叫做单层.

Heating the bilayer changes it from a gel-like consistency to a more fluid-like consistency .

加热脂双层会使它从凝胶状转变为流体 状.

A metho of forming S-BLM ( solid supported self-assemblig bilayer Lipid membrane ) is described.

介绍一种固体支撑双层脂质膜 ( S—BLM ) 味觉传感器的制作方法.

Bilayer electrostalic field plotter is transformed into monolayer electrostalic field plotter.

将双层式静电场描绘仪改为单层式静电场描绘仪.

This paper derived the transfer matrix for the bilayer structure composed of left-handed and right-handed materials.

推导出了由左右手材料构成的双层结构的转移矩阵.

Other proteins do penetrate into and, in some cases, all the way through the lipid bilayer.

其他蛋白质则渗透到脂质双层(膜)中,而且在某些情况下一直透过脂质双层(膜).