Martin’s Physical Pharmacy and Pharmaceutical Sciences: This book is written by Patrick J. Sinko which you can download freely in pdf format. Pharmacy, like many other applied sciences, went through a descriptive and empirical era. However, during the last decades, a firm scientific base has been developed that allows the “art” of pharmacy to be transformed into a quantitative and mechanistic field of study. Physical pharmacy is associated with the quantitative and theoretical principles of physical chemistry that apply to the practice of pharmacy. Physical pharmacy attempts to integrate factual knowledge and general pharmacy principles to understand the solubility, stability, compatibility, and biological action of pharmaceuticals. With the expansion and transformation of physical pharmacy, the discipline of Pharmaceuticals (sometimes known as Pharmaceutical Science) emerged. Pharmaceutics initially focused on pharmaceutical technology: the design, formulation, manufacturing, and testing of dosage forms such as tablets, capsules, creams, ointments, and solutions. In recent years, the pharmaceutical industry has expanded due to the need to understand how drug delivery systems work and how they respond to normal and pathophysiological states of the patient, as well as to use this knowledge to develop better drug delivery systems. to improve therapy and patient outcomes.
There are two main audiences for this book: students preparing to be pharmacists and students preparing to be pharmaceutical scientists. Pharmacists work with existing drugs, patients, and other health professionals to optimize patient care. Practicing pharmacists must have a thorough understanding of modern drug delivery systems as they advise patients on the best use of prescribed medications. Pharmaceutical scientists develop new drugs and delivery systems and improve the various modes of delivery to patients. While some pharmacists are also trained as pharmaceutical scientists, there are a growing number of biomedical, chemical, and materials science engineers entering the field who are also becoming pharmaceutical scientists.
|Book Name||Martin’s Physical Pharmacy and Pharmaceutical Sciences|
|Author of Book||Patrick J. Sinko|
Overview of Martin’s Physical Pharmacy and Pharmaceutical SciencesAccording to Patrick J. Sinko, “The book Physical Pharmacy was written in an effort to unite the theory and practice of the pharmaceutical sciences…” wrote Dr. Alfred N. Martin in the Preface to the First Edition of Physical Pharmacy in 1960.1 The purpose of the Seventh Edition follows being the same —to update the information related to the pharmaceutical sciences and to integrate new concepts with those already established. Dr. Martin continued: “The Physical Pharmacy book should find its way to the hearts of pharmaceutical faculty, students, and professionals, some of whom will no doubt disagree with the author’s treatment of the subject. However, it is hoped that as a result of their criticism and suggestions, a better book may emerge over the years that will meet the theoretical needs of the pharmacy student.” In fact, the book has continually evolved in the 50+ years and now 7 editions since it was first published. The Seventh Edition of Martin’s Physical Pharmacy and Pharmaceutical Sciences continues to target pharmacists and pharmaceutical scientists worldwide. Versions of the text have been published in English, complex and simplified Chinese, Indonesian, Korean and Portuguese.
More than ever before, the pharmacist and pharmaceutical scientist are called upon to use sound knowledge of biopharmaceuticals, biochemistry, chemistry, pharmacology, physiology, and toxicology and a thorough understanding of the physical, chemical, and biopharmaceutical properties of pharmaceuticals. Whether you are in research and development, teaching, manufacturing, clinical or retail pharmacy practice, or any of the related branches of the profession, you must recognize the need to rely heavily on the basic sciences and apply them. This stems from the fact that pharmacy is an applied science, made up of principles and methods that have been drawn from other disciplines. More than any other medical profession, you will work on the boundaries between the various sciences in the physical, chemical, and biological fields to understand and contribute to ever more rapid developments. You are also expected to provide concise and practical interpretations of highly technical drug information on webofinfo.com to your patients and colleagues. With the abundance of information and misinformation that is freely and publicly available (for example, on the Internet), having the tools and ability to provide meaningful interpretations of data or understand when there is not enough data is critical.
Topics of this EditionChapter 1: Interpretive Tools
Chapter 2: States of Matter
Chapter 3: Thermodynamics
Chapter 4: Determination of the Physical Properties of Molecules
Chapter 5: Nonelectrolytes
Chapter 6: Electrolyte Solutions
Chapter 7: Ionic Equilibria
Chapter 8: Buffered and Isotonic Solutions
Chapter 9: Solubility and Distribution Phenomena
Chapter 10: Complexation and Protein Binding
Chapter 11: Diffusion
Chapter 12: Biopharmaceutics
Chapter 13: Drug Release and Dissolution
Chapter 14: Chemical Kinetics and Stability
Chapter 15: Interfacial Phenomena
Chapter 16: Colloidal Dispersions
Chapter 17: Coarse Dispersions
Chapter 18: Micromeritics
Chapter 19: Rheology
Chapter 20: Pharmaceutical Polymers
Chapter 21: Pharmaceutical Biotechnology
Chapter 22: Oral Solid Dosage Forms
Chapter 23: Drug Delivery and Targeting
About the AuthorPatrick J. Sinko PhD, RPh
Davis Professor II (Distinguished); Parke Davis Chair, Professor in Pharmaceutics and Drug Delivery; Chair, Department of Pharmaceutics, Ernest Mario School of Pharmacy, Rutgers, The State University of New Jersey, Piscataway, NJ
The password of the file: webofinfo.com