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Multiple Association-Dissociation Equilibria in Solutions of Amphiphilic Molecules
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DOI：10.1021/acs.langmuir.0c01067.png)
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Abstract
En 中文
Amphiphilic molecules form micelles and complexes with proteins in solutions to provide unique functions, utilized in various fields of chemistry and biology, and multiple association-dissociation equilibria, governing the micellization and complexation, are key issues in these fields. The present feature article first presents an overview of theoretical backgrounds of the multiple association-dissociation equilibria in solutions of amphiphiles and then applies the theoretical results to the following four solution systems of amphiphilic molecules to understand their micellization and complexation behavior: the reverse micelle of the polymer living anion, the hydrophobe-uptake spherical micelle, the cylindrical micelle of surfactants, and the protein-surfactant complex.
Keywords:
CAPILLARY-ZONE-ELECTROPHORESIS
POLYBUTADIENE LIVING ANIONS
HYDROPHILIC CHAIN-LENGTH
DYNAMIC LIGHT-SCATTERING
WORMLIKE MICELLES
BETA-LACTOGLOBULIN
VISCOELASTIC PROPERTIES
SURFACTANT INTERACTIONS
NONIONIC SURFACTANTS
DETERGENT MOLECULES
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