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Inverse Micellar Lyotropic Cubic Phases

机译:胶束逆溶致立方相

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Many amphiphilic molecules (surfactants, biological lipids, etc) can form three-dimensionally ordered liquid-crystallien structures in thep resence of water [1,2]. The most common of such complex lyotropic mesophases are thebicontinuous cubic phases [3], which appear to be based upon underlying periodic minimal surfaces [4]. For the inverse versions of these phases, the structures consist of two interwoven networks of water channels, separated by a single, continuous fluid lipid bilayer, typically 40 A thick. Such cubic phases typically have lattice parameters in the range 80 - 200 A, although in certain circumstances they can swell to much larger dimensions [5,6].
机译:许多两亲分子(表面活性剂,生物脂质等)可以在水的存在下形成三维有序的液晶结构[1,2]。这种复杂的溶致中间相中最常见的是双连续立方相[3],它似乎是基于下面的周期性最小表面[4]。对于这些相的反相形式,结构由两个相互交织的水通道网络组成,并由单个连续的流体脂质双层(通常为40 A厚)隔开。这种立方相的晶格参数通常在80-200 A的范围内,尽管在某些情况下它们可以膨胀到更大的尺寸[5,6]。

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