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Polymorphic Behaviour and Supramolecular Association in Systems Containing Bile acid Salts

机译:含胆汁酸盐系统中的多态行为和超分子缔合

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摘要

A review. A wide no. of supra-mol. assocn. modes are obsd. in mixts. contg. water and bile salts, BS, (with, eventually, other components). Mol. or micellar solns. transform into hydrated solids, fibers, lyotropic liq. crystals and/or gels by raising the concn., the temp., adding electrolytes, surfactants, lipids and proteins. Amorphous or ordered phases may be formed accordingly. The forces responsible for this very rich polymorphism presumably arise from the unusual combination of electrostatic, hydrophobic and hydrogen-bond contributions to the system stability, with subsequent control of the supra-mol. organization modes. The stabilizing effect due to hydrogen bonds does not occur in almost all surfactants or lipids and is peculiar to bile acids and salts. Some supra-mol. organization modes, supposed to be related to malfunctions and dis-metabolic diseases in vivo, are briefly reported and discussed.
机译:回顾。宽号超摩尔。协会模式被观察。在混音中。续水和胆汁盐BS(最终带有其他成分)。大声笑或胶束溶液。转变为水合固体,纤维,溶致液。通过增加浓度,温度,添加电解质,表面活性剂,脂质和蛋白质来形成晶体和/或凝胶。可以相应地形成非晶相或有序相。造成这种非常丰富的多态性的力可能是由于静电,疏水性和氢键对系统稳定性的不寻常组合而产生的,随后控制了超分子。组织模式。几乎在所有表面活性剂或脂质中都不会出现由于氢键引起的稳定作用,而胆汁酸和盐则具有这种作用。一些超摩尔。简报和讨论了可能与体内功能失常和代谢异常疾病有关的组织模式。

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