| [NT 15003449]: |
Quantitative analysis of cholesterol nucleation with time in supersaturated model bile--A Monomer-Michelle model for the formation of simple taurocholate micelles--Estimation of cholesterol solubilization by a mixed micelle binding model in aqueous tauroursodeoxycholat: lecithin: cholesterol solutions--Total solubility determination of mixtures containing ampicillin anhydrate and ampicillin trihydrate--Analysis of a mixture containing ampicillin anhydrate and ampicillin trihydrate by thermogravimetry, oven heating,differential scanning calorimetry, and X-ray diffraction techniques--Estimation of the taurocholate to lecithin molar ratio of mixed micelles in Taurocholate-Lecithin solutions by an interaction model and laser Light-Scattering measurements--Cholesterol crystallite nucleation in supersaturated model biles from a thermodynamic standpoint--Cholesterol monohydrate dissolution in bile Salt-Lecithin solutions--Covalent interaction of Ru(terpy)(tmephen)CI+ with DNA: a potential Ruthenium-Based Anticancer drug--A modified stepwise model for the analysis of simple micelle formation in aqueous bile salt solutions:further validation of the Monomer-Micelle model--Investigation of the interaction between simple micelles and mixed micelles in taurocholate-lecithin solutions by laser light scattering--Quantitative examination of the simple micelle-mixed micelle coexistence for the taurocholate-lecithin system by GP-HPLC--Interactions and molecular weights of simple micelles and mixed micelles in taurocholate and taurocholate-lecithin solutions--Analysis of cholesterol gallstone therapy based on a model of Cholesterol binding to mixed bile salt-lecithin micelles--Cholesterol binding to simple micelles in aqueous bile-salt-cholesterol solutions--Cholesterol thermodynamic activity, quasielastic light scattering, and polarizing microscopy studies in aqueous taurocholate-lecithin solutions supersaturated with cholesterol |