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Assuming no background in physiology or pharmacology, this practical guide covers the aspects of pharmacology most important and useful to organic chemists engaged in drug discovery. Cannon (medicinal chemistry, University of Iowa) based the book on the three-day ACS short course he has taught for 20 years, but adds more detailed discussions, references, and definitions. The first part explains the chemical and biological bases of pharmacology. The remainder of the book addresses specific categories of drugs, and demonstrates how the concepts and phenomena previously described can be exploited to rationalize the experimentally observed pharmacology of the drugs.--SciTech Book News In the preface, Cannon explains that many PhD-prepared chemists enter the pharmaceutical industry without any knowledge of the clinical use or physiology behind the very drugs they will be designing or improving. His book is an outgrowth of a course designed to acquaint these individuals with pharmacology in terms of anatomy and physiology, certain disease processes, and clinical treatment. . . . The book reads easily and is clearly laid out. The diagrams and flowcharts add a significant element to the book. What is most interesting is that this book serves two purposes: while educating graduate-level chemists about the pharmacology of the drugs they know chemically, it can also serve as a chemistry primer for the health-care worker. With a small background in biochemical functions, the health care worker will be able to glean significant understanding from the text. Upper-division undergraduate and graduate students; professionals and practitioners.--Choice

Assuming no background in physiology or pharmacology, this practical guide covers the aspects of pharmacology most important and useful to organic chemists engaged in drug discovery. Cannon (medicinal chemistry, University of Iowa) based the book on the three-day ACS short course he has taught for 20 years, but adds more detailed discussions, references, and definitions. The first part explains the chemical and biological bases of pharmacology. The remainder of the book addresses specific categories of drugs, and demonstrates how the concepts and phenomena previously described can be exploited to rationalize the experimentally observed pharmacology of the drugs. --SciTech Book News<br> In the preface, Cannon explains that many PhD-prepared chemists enter the pharmaceutical industry without any knowledge of the clinical use or physiology behind the very drugs they will be designing or improving. His book is an outgrowth of a course designed to acquaint these individuals with pharmacology in terms of anatomy and physiology, certain disease processes, and clinical treatment. . . . The book reads easily and is clearly laid out. The diagrams and flowcharts add a significant element to the book. What is most interesting is that this book serves two purposes: while educating graduate-level chemists about the pharmacology of the drugs they know chemically, it can also serve as a chemistry primer for the health-care worker. With a small background in biochemical functions, the health care worker will be able to glean significant understanding from the text. Upper-division undergraduate and graduate students; professionals and practitioners. --Choice<br>

Assuming no background in physiology or pharmacology, this practical guide covers the aspects of pharmacology most important and useful to organic chemists engaged in drug discovery. Cannon (medicinal chemistry, University of Iowa) based the book on the three-day ACS short course he has taught for 20 years, but adds more detailed discussions, references, and definitions. The first part explains the chemical and biological bases of pharmacology. The remainder of the book addresses specific categories of drugs, and demonstrates how the concepts and phenomena previously described can be exploited to rationalize the experimentally observed pharmacology of the drugs. --SciTech Book News In the preface, Cannon explains that many PhD-prepared chemists enter the pharmaceutical industry without any knowledge of the clinical use or physiology behind the very drugs they will be designing or improving. His book is an outgrowth of a course designed to acquaint these individuals with pharmacology in terms of anatomy and physiology, certain disease processes, and clinical treatment. . . . The book reads easily and is clearly laid out. The diagrams and flowcharts add a significant element to the book. What is most interesting is that this book serves two purposes: while educating graduate-level chemists about the pharmacology of the drugs they know chemically, it can also serve as a chemistry primer for the health-care worker. With a small background in biochemical functions, the health care worker will be able to glean significant understanding from the text. Upper-division undergraduate and graduate students; professionals and practitioners. --Choice Assuming no background in physiology or pharmacology, this practical guide covers the aspects of pharmacology most important and useful to organic chemists engaged in drug discovery. Cannon (medicinal chemistry, University of Iowa) based the book on the three-day ACS short course he has taught for 20 years, but adds more detailed discussions, references, and definitions. The first part explains the chemical and biological bases of pharmacology. The remainder of the book addresses specific categories of drugs, and demonstrates how the concepts and phenomena previously described can be exploited to rationalize the experimentally observed pharmacology of the drugs. --SciTech Book News In the preface, Cannon explains that many PhD-prepared chemists enter the pharmaceutical industry without any knowledge of the clinical use or physiology behind the very drugs they will be designing or improving. His book is an outgrowth of a course designed to acquaint these individuals with pharmacology in terms of anatomy and physiology, certain disease processes, and clinical treatment. . . . The book reads easily and is clearly laid out. The diagrams and flowcharts add a significant element to the book. What is most interesting is that this book serves two purposes: while educating graduate-level chemists about the pharmacology of the drugs they know chemically, it can also serve as a chemistry primer for the health-care worker. With a small background in biochemical functions, the health care worker will be able to glean significant understanding from the text. Upper-division undergraduate and graduate students; professionals and practitioners. --Choice Assuming no background in physiology or pharmacology, this practical guide covers the aspects of pharmacology most important and useful to organic chemists engaged in drug discovery. Cannon (medicinal chemistry, University of Iowa) based the book on the three-day ACS short course he has taught for 20 years, but adds more detailed discussions, references, and definitions. The first part explains the chemical and biological bases of pharmacology. The remainder of the book addresses specific categories of drugs, and demonstrates how the concepts and phenomena previously described can be exploited to rationalize the experimentally observed pharmacology of the drugs. --SciTech Book News In the preface, Cannon explains that many PhD-prepared chemists enter the pharmaceutical industry without any knowledge of the clinical use or physiology behind the very drugs they will be designing or improving. His book is an outgrowth of a course designed to acquaint these individuals with pharmacology in terms of anatomy and physiology, certain disease processes, and clinical treatment. . . . The book reads easily and is clearly laid out. The diagrams and flowcharts add a significant element to the book. What is most interesting is that this book serves two purposes: while educating graduate-level chemists about the pharmacology of the drugs they know chemically, it can also serve as a chemistry primer for the health-care worker. With a small background in biochemical functions, the health care worker will be able to glean significant understanding from the text. Upper-division undergraduate and graduate students; professionals andpractitioners. --Choice Assuming no background in physiology or pharmacology, this practical guide covers the aspects of pharmacology most important and useful to organic chemists engaged in drug discovery. Cannon (medicinal chemistry, University of Iowa) based the book on the three-day ACS short course he has taught for 20 years, but adds more detailed discussions, references, and definitions. The first part explains the chemical and biological bases of pharmacology. The remainder of the book addresses specific categories of drugs, and demonstrates how the concepts and phenomena previously described can be exploited to rationalize the experimentally observed pharmacology of the drugs. --SciTech Book News In the preface, Cannon explains that many PhD-prepared chemists enter the pharmaceutical industry without any knowledge of the clinical use or physiology behind the very drugs they will be designing or improving. His book is an outgrowth of a course designed to acquaint these individuals with pharmacology in terms of anatomy and physiology, certain disease processes, and clinical treatment. . . . The book reads easily and is clearly laid out. The diagrams and flowcharts add a significant element to the book. What is most interesting is that this book serves two purposes: while educating graduate-level chemists about the pharmacology of the drugs they know chemically, it can also serve as a chemistry primer for the health-care worker. With a small background in biochemical functions, the health care worker will be able to glean significant understanding from the text. Upper-division undergraduate and graduate students; professionals and practitioners. --Choice

<br> Assuming no background in physiology or pharmacology, this practical guide covers the aspects of pharmacology most important and useful to organic chemists engaged in drug discovery. Cannon (medicinal chemistry, University of Iowa) based the book on the three-day ACS short course he has taught for 20 years, but adds more detailed discussions, references, and definitions. The first part explains the chemical and biological bases of pharmacology. The remainder of the book addresses specific categories of drugs, and demonstrates how the concepts and phenomena previously described can be exploited to rationalize the experimentally observed pharmacology of the drugs. --SciTech Book News<br> In the preface, Cannon explains that many PhD-prepared chemists enter the pharmaceutical industry without any knowledge of the clinical use or physiology behind the very drugs they will be designing or improving. His book is an outgrowth of a course designed to acquaint these individuals with pharma

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