Physical Pharmaceutics-II (Theory)
Keywords:
Physical Pharmaceutics, Colloidal Dispersions, Rheology, Coarse Dispersion, Micromeritics, Drug Stability, Photolytic Degradation, Medicinal Agents, Reaction Kinetics, Bulkiness, Densities, Adsorption, Permeability, Counting, Particle Size, Distribution, Rheological Properties, Preservation of Emulsions, Stability of Emulsions, Microemulsion, Kaolin Suspensions, Deformation of Solids, ElectrolytesSynopsis
“Physical Pharmaceutics-II (Theory)” The numerous physical and physicochemical characteristics and concepts related to dosage forms and formulations are covered in this book. The subject's theoretical components give students a deeper understanding of formulation research and development, as well as stability studies of pharmaceutical dosage forms. The physical characteristics of medications, formulation principles, and drug delivery systems are just a few of the many subjects covered in this book. With its concise explanations and comprehensive illustrations, this book offers a comprehensive grasp of the basic ideas underlying the science of physical pharmacy.
This book Physical Pharmaceutics-II (Theory) serves as an invaluable notes designed to fulfil the long-term requirement of B.Pharm 2nd Year 4th Semester students. It’s clear and thorough presentation of the subject makes it perfect for students to use as self-study material. The entire Physical Pharmaceutics-II Theory syllabus is covered in the five chapters that make up this book. This book's main characteristic is its straightforward, comprehensive approach, which includes tables and illustrations. The material is prepared with the student's need for rapid comprehension and accuracy in mind, closely adhering to the PCI syllabus for subject code BP403T in the fourth semester of the B. Pharm program.
Objectives:
1. Understand various physicochemical properties of drug molecules in the designing the dosage forms
2. Know the principles of chemical kinetics & to use them for stability testing nad determination of expiry date of formulations
3. Demonstrate use of physicochemical properties in the formulation development and evaluation of dosage forms.
