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Human Drug Metabolism: An Introduction

ISBN: 978-0-470-86354-1

February 2006

286 pages

Description
Human Drug Metabolism: An Introduction provides an accessible introduction to human drug metabolism for those who already have some understanding of the life sciences. It focuses only on essential chemical detail and includes patient case histories to illustrate the clinical consequences of changes in drug metabolism and its impact on patient welfare.

After underlining the relationship between efficacy, toxicity and drug concentration, the book then considers how metabolising systems operate and how they impact upon drug concentration, both under drug pressure and during inhibition. Factors affecting drug metabolism, such as genetic polymorphisms, age and diet are discussed and how metabolism can lead to toxicity is explained. The book concludes with the role of drug metabolism in the commercial development of therapeutic agents as well as the pharmacology of some illicit drugs.

  • focuses on a conceptual understanding of drug metabolism
  • takes a user-friendly approach to the chemical aspect of drug metabolism
  • includes a wealth of diagrams and illustrations
  • provides strategies for maximising examination performance

Human Drug Metabolism: An Introduction will be an invaluable resource for students studying pharmacology, pharmacy, bio-molecular sciences, biochemistry, molecular biology, toxicology, dentistry and medicine in addition to healthcare professionals and postgraduates.

About the Author
Michael D. Coleman, DSc is a Senior Lecturer in Toxicology at Aston University. His award of the degree ofDoctor of Science from Aston University in 2005 reflects his substantial and original contribution to knowledge of Biochemical Pharmacology and Toxicology of Antiparasitic Drugs.
Features
  • A concise, accessible and engaging introduction to drug metabolism
  • Avoids unnecessary technical and chemical detail
  • Focuses on a conceptual understanding of the drug metabolism system
  • Provides a wealth of examples to engage student interest and explore the clinical consequence of drug metabolism in simple terms