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Voigt's Pharmaceutical Technology

ISBN: 978-1-118-97262-5
800 pages
March 2018
Voigt

Description

A textbook which is both comprehensive and comprehensible and that offers easy but scientifically sound reading to both students and professionals

Now in its 12th edition in its native German, Voigt's Pharmaceutical Technology is an interdisciplinary textbook covering the fundamental principles of pharmaceutical technology. Available for the first time in English, this edition is produced in full colour throughout, with a concise, clear structure developed after consultation with students, instructors and researchers.  This book:

  • Features clear chapter layouts and easily digestible content
  • Presents novel trends, devices and processes
  • Discusses classical and modern manufacturing processes
  • Covers all formulation principles including tablets, ointments, capsules, nanosystems and biopharmaceutics
  • Takes account of legal requirements for both qualitative and quantitative composition
  • Addresses quality assurance considerations
  • Relates contrasting international pharmacopeia from EU, US and Japan to formulation principles
  • Includes examples and text boxes for quicker data assimilation

Written for both students studying pharmacy and industry professionals in the field as well as toxicologists, biochemists, medical lab technicians, Voigt’s Pharmaceutical Technology is the essential resource for understanding the various aspects of pharmaceutical technology.

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Author Information

Prof. Dr. Alfred Fahr is Emeritus Professor in Pharmaceutical Technology at the School of Pharmacy, Friedrich–Schiller University of Jena, Germany. He was Head of laboratory at Sandoz Pharma (now Novartis) between 1986 and 1996 responsible for Biopharmaceuticals, Human Pharmacology and Drug Delivery Systems, and spent six years at Philipps-Universität Marburg in the Faculty of Pharmacy and Food Chemistry before joining Friedrich–Schiller University of Jena in 2002. Research interests include biophysics of modern formulations, mechanisms of skin penetration and non-viral gene therapy, nanotechnological formulations in pharmacy and formulations of poorly soluble active substances.
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