This text book an effort has been made to unify and select material that would satisfy differing needs and at the same time keep the book to a reasonable size. The subject material has been arranged in the form of various sections to include variety of techniques that are available under chemical physico-chemical and instrumental methods and in the process the book will also serve the purpose of advanced students at M-Pharm and Ph.D. level. Section 1 comprises the classical methods of analysis which are meant for the I st year level syllabus in Pharmaceutical analysis. The section comprising chapters 8 and 9 will be useful of practical experiments covered in Pharmacognosy at different levels in B.Pharm course. The chapters 10 12 and 13 can be utilized for practical work in pharmaceutical chemistry at 3rd year level. The section under spectroscopy is dealt in great depth and is meant for 4th year level as well as M-Pharm level students. It covers a wide variety of methods for both quantitative analysis and problems on structure elucidation. The chapter on particle size determination and differential thermal analysis can be utilized for practical work in physical pharmacy course. The chapters which deal with NMR and mass spectroscopy ORD radiochemical OLC and HPLC methods have also been covered in great detail and should prove very useful for M-Pharm and Ph.D. Level students.
Table of Contents * Preface * Selected References * Section-A : General Information * Tools and Techniques of Drug Analysis * Drug Analysis and Quality Control * Section-B : Chemical or Classical Methods of Analysis * Acidimetric and Alkalimetric Methods * Non-Aqueous Titration Methods * Oxidation-Reduction Methods * Argectimetric and Complexometric Methods * Gravimetric Methods * Miscellaneous Types of Analysis * Section-C : General Physical Methods of Analysis * Refractometry * Polarimetry * Optical Rotary Dispersion and Circular Dichroism * Section-D : Electrochemical Methods of Analysis * Electroanalytical Methods * Polarography * Section-E : Spectroscopy Methods of Analysis * Visible Spectrophotometry * Ultraviolet Spectrophotometry * Flame Photometry and Atomic Absorption Spectrophotometry * Fluorimetry * Infrared Spectrophotometry * Nuclear Magnetic Resonance Spectroscopy * Mass Spectrometry * Section-F : Separation Methods * Chromatographic Methods * Electrophoresis * Section-G : Radiochemical Methods of Analysis * Methods Using Radioisotopes * Section-H : Miscellaneous Types of Instrumental Methods of Analysis * Particle Size Analysis * Differential Thermal Analysis and Differential Scanning Calorimetry * Appendices * Index
