Article ISI SCOPUS
Langmuir  (2012)

Aggregation Behavior of Pegylated Bile Acid Derivatives

Le Devedec F.; Fuentealba, D; Strandman S.; Bohne, C; Zhu X.X.

Keywords: behavior, chemistry, systems, acid, electron, system, solubility, size, chains, polymerization, fluorescence, aggregation, transmission, synthesis, salts, structure, acids, steroids, bile, fluids, microscopy, surface, agents, grafting, efficiency, polyethylene, surfactant, measurement, body, endogenous, viscosity, oxides, surfactants, increase, particle, drug, molecular, article, tract, correlations, process, agglomeration, property, properties, ibuprofen, drug-delivery, glycol), digestive, pegylation, aggregates, derivative, chemical, (chemical), and, nonionic, Glycols, macrogol, Hydrophobic, cholic, good, Surface-Active, Anionic, Time-resolved, Amphiphilics, Poly(ethylene