Physical Pharmaceutics – II

ISBN-978-93-6175-016-8

Pharmaceutics is a dynamic field that facilitates the integration of pharmaceutical sciences and
pharmacy practice. Physical Pharmaceutics-II is a prominent topic in this field that provides
an in-depth analysis of the physicochemical principles that guide the creation, mixing, and
testing of pharmaceutical dosage forms. The goal of this book is to give professionals,
researchers, and students a thorough grasp of the complex principles guiding drug delivery
systems and drug behavior in different physical states.
It is essential to comprehend the intricate relationships that exist between medications and the
delivery systems they are delivered in the quickly evolving world of modern medicine. In order
to optimize drug formulations, advanced themes such surface and interfacial phenomena,
rheology, micromeritics, and the physical stability of dosage forms are the focus of Physical
Pharmaceutics-II. The successful creation of stable, safe, and effective pharmaceutical products
is predicated on these subjects.
The careful organization of this book will lead the reader through theoretical ideas as well as
real-world applications. A unified learning experience that fosters critical thinking and
problem-solving abilities in the context of pharmaceutical sciences is created by the way each
chapter builds upon the one before it. Moreover, readers are given practical insights into the
difficulties faced by researchers and formulators in the pharmaceutical sector through the
combination of case studies, real-world examples, and research findings.
We anticipate that both professionals looking to expand their understanding of formulation
science and students pursuing postgraduate degrees in pharmaceutics would find this work to
be a useful resource. We hope that this book will stimulate further research and creativity in
the rapidly developing subject of pharmaceutics, which is a branch of pharmaceutical science.
We would like to extend our heartfelt appreciation to our mentors, colleagues, and students,
whose thoughtful comments and debates have made a substantial contribution to the
development of this book. We also thank all of the scientists and researchers whose
groundbreaking work continues to influence physical pharmaceutics.