Beschreibung
InhaltsangabePrinciples of Solubility.- Ionic Equilibria and the pH Dependence of Solubility.- Solvent Systems for Crystallization and Polymorph Selection.- Solubility Issues in Early Discovery and HTS.- Practical Aspects of Solubility Determination in Pharmaceutical Preformulation.- Biorelevant Dissolution Media.- Selection of Solvent Systems for Membrane-, Cell- and Tissue-Based Permeability Assessment.- The Use of Solubilizing Excipients and Approaches to Generate Toxicology Vehicles for Contemporary Drug Pipelines.- Solubilizing Vehicles for Oral Formulation Development.- Solubilizing Systems for Parenteral Formulation Development-Small Molecules.- Aqueous Solubilizing Systems for Parenteral Formulation Development-Proteins.- Non-Aqueous Systems for Formulation Development-Proteins.- Pharmaceutical Solvents as Vehicles for Topical Dosage Forms.- Pharmaceutical Solvents for Pulmonary Drug Delivery.
Inhaltsverzeichnis
Introduction.- Principles of Solubility.- Ionic Equilibria and the pH Dependence of Solubility.- Solvent Systems for Crystallisation, Recrystallisation and Polymorph Selection.- Solvent Issues in Early Discovery and HTS.- Solubility Determination in Pharmaceutical Preformulation.- Systems for Determination of Bio-Relevant Dissolution.- Selection of Solvent Systems for Membrane-, Cell- and Tissue-Based Permeability Estimation.- Tox-Vehicles for Contemporary Pipelines.- Solubilizing Vehicles for Oral Formulation Development.- Solubilizing Systems for Parenteral Formulation Development - Small Molecules.- Aqueous Solubilizing Systems for Parenteral Formulation Development - Proteins.- Non-Aqueous Solubilizing Systems for Parenteral Formulation Development - Proteins.- Pharmaceutical Solvents as Vehicles for Topical Dosage Forms.- Pharmaceutical Solvents as Vehicles for Pulmonary Formulations.