Hardbound. The problem of drug misuse is one that has concerned governing bodies in sport for nearly three decades. The use of drugs for ergogenic purposes becomes an issue of public concern.This symposium provided a forum for the collation of scientific evidence about the links between drugs and exercise. These proceedings describe the biological context in which drugs have an ergogenic or ergolytic consequence, the interactions between drugs and training effects and the risks to health of chronic drug use.
Exercise and Sport Pharmacology is an accessible book that will be useful for teaching upper-level undergraduates or entry-level graduate students about how drugs can affect exercise and as well as how exercise can affect the action of drugs. It leads students through the science-including the related pathology, exercise physiology, and drug action-to gain an understanding of these interactions. The book is divided into four parts. Part I provides the basics of exercise pharmacology, exercise physiology, and autonomic pharmacology; Part II presents chapters on the major cardiovascular and respiratory drug classes; Part III describes the frequently prescribed medications for such common conditions as diabetes, depression, pain, fever, inflammation, and obesity; and Part IV includes discussions of supplements and commonly used drugs such as caffeine, nicotine, cannabis, and performance-enhancing drugs. In Parts II through IV, the chapters include an overview of the pathology the drugs are designed to treat, how the drug works in the human body, the effect of exercise on how the body responds to a drug, and how exercise changes the fate of the drug in the body. Chapters also include information on the drug's possible health risks and whether taking the drug comes under scrutiny of sport-regulating agencies. Throughout, figures and tables help to illustrate and summarize content. Most chapters open with an on-going case example to apply and preview chapter content. In the text, boldface terms indicate for students which concepts can be found in the book's Glossary, for easy reference. Chapters conclude with a Key Concepts Review and Review Questions.
Exercise and Sport Pharmacology is an essential book for teaching upper-level undergraduates or entry-level graduate students about how drugs can affect exercise and how exercise can affect the action of drugs. It leads students through the related pathology, exercise physiology, and drug action of many of today's chronically used medications, and discusses how drugs can affect exercise performance. This new second edition of the book is divided into four parts: Section I provides the basics of pharmacology, exercise physiology, autonomic pharmacology, and the stress response; Section II presents chapters on major cardiovascular and respiratory drug classes; Section III describes frequently prescribed medications for such common conditions as diabetes, depression, pain, fever, inflammation, and obesity; and Section IV includes discussions of nutritional supplements and commonly used drugs such as caffeine, nicotine, cannabis, and performance-enhancing drugs. The second edition offers many updates, enhances muscle cell physiology, includes the involvement of the gut microbiome, and each chapter has a new section on the effects of aging. In Sections II and III, chapters include an overview of the pathology that therapeutic drugs are designed to treat and how the drug works in the human body. In contrast to standard pharmacology texts, Exercise and Sport Pharmacology also includes the effect of exercise on the pathology of the condition and the effect of exercise on how the body responds to a drug. Each chapter has a section on whether the drugs under discussion have performance-enhancing potential. Section IV is concerned with self-medication and drugs or supplements taken without a prescription or with limited medical supervision. Throughout, figures and tables as well as data from experiments in exercise pharmacology help to illustrate and summarize content. Each chapter opens with an on-going case example to preview and apply chapter content. In the text, boldface terms indicate which concepts are contained in the book's Glossary. Chapters conclude with a Key Concepts Review and Review Questions.
"This book provides comprehensive foundational knowledge of pharmacology. It guides athletic trainers through the management, administration, legal issues, and pharmacology of drugs used in sports medicine"--
Drug use and abuse is perhaps the biggest challenge facing sport today. However, in the eye of the storm of public and press opinion and with medals and morals at stake, it can be difficult to gain a clear perspective on this complex issue. Now available in a fully updated and revised sixth edition Drugs in Sport is the most comprehensive and accurate text available on the subject. Taking into account the latest regulations, methods and landmark cases, the book explores the hard science behind drug use in sport as well as the ethical, social, political and administrative context. Key topics include: Mode of action and side effects of each major class of drugs used in sport Discussion of cutting-edge issues such as gene doping and athlete biological passports The latest doping control regulations of the World Anti-Doping Agency (WADA) Issues surrounding non-prohibited substances and ergogenic aids in supplements Medical and pharmaceutical services at major sporting events An assessment of the prevalence of drug taking in sport Accessibly written, extensively referenced, and supported throughout with illustrative case studies and data, Drugs in Sport provides a comprehensive, objective resource for students and researchers, athletes, sports scientists and coaches, journalists, sports administrators and policymakers.
"Sports Pharmacy, Performance Enhancing Drugs, and the Athlete provides a comprehensive compilation of information in a single location on performance enhancing substances by United States collegiate, amateur and professional athletes. The pharmacology of all classes of performance enhancing drugs is discussed as well as any data that supports their use, covering a wide range of laws, policies, regulations concerning the use of substances by athletes. Questions are included throughout the text as well as case studies to demonstrate the complexity of the issues associated with the general topic of performance enhancing drugs. Comprehensive overview of drug polices for all amateur and professional sports organizations in the US. A single source handbook for clinicians and athletes as a comprehensive overview of performance enhancing drugs. Provides a comprehensive overview of therapeutic use exemptions in athletics. Overview of dietary supplement use in athletics, including risk vs. benefit, discussion of evidence, or lack of, for performance enhancing effects. Opportunities for pharmacists to specialize in "sports pharmacy" practice and their potential value as a member of a sports medicine team"--
Principles of Pharmacology for Athletic Trainers, Third Edition continues the tradition of past editions to provide applications of pharmacological principles specifically aimed at the athletic trainer. The drug categories that are included are primarily those that may be pertinent to the treatment of athletic injuries or that may affect athletic performance. Drs. Joel Houglum, Gary Harrelson, and Teresa Seefeldt have taken a unique aspect to the organization and design of the Third Edition to be instructional discussions regarding the use and effects of drugs and of the disease states treated by these drug categories. Additionally, there is a specific discussion of the role of the athletic trainer regarding the therapeutic use and effects of these drugs. Features of the Third Edition: Satisfies all of the CAATE Educational Competencies on pharmacology Advanced organizers and specific learning objectives at the beginning of each chapter Summaries after each major topic within the chapter Case studies and clinical applications Discussion on popular fitness supplements Key words are in italics and defined in the glossary Concept maps present important, yet complex, processes in a concise, graphical way Shaded textboxes throughout include additional information and are beneficial for the reader to recall a key concept addressed in an earlier chapter New ancillary materials specifically for faculty that include PowerPoint slides and test bank questions for each chapter Included with the text are online supplemental materials for faculty use in the classroom. Principles of Pharmacology for Athletic Trainers, Third Edition will continue to be the go-to resource to determine the best pharmacological treatment strategy and management by athletic trainers.
The use of performance-enhancing substances by athletes is not a contemporary epi demic. In fact, athletes purportedly resorted to such measures over 2000 years ago. Even at the ancient olympic games, athletes employed special diets and concoctions to enhance their performance. In ancient Rome and ancient Egypt, gladiators and athletes ingested various potions in order to improve their physical endurance. In most in stances, such early examples of substance abuse by athletes involved relatively in nocuous chemicals, and one might presume that any enhanced performance could be attributed largely to a placebo effect. Nowadays, aside from the ethical issues, these performance-enhancing substances are far more potent and hence toxic to the body. The many performance-enhancing chemicals, drugs, and hormones exert a variety of complex pharmacological actions, but all are meant in some fashion to improve phys ical ability. Their pharmacological effects ranges from imprOVed muscle strength, as in the case of anabolic steroids and growth hormone, to central nervous system stimula tion, as in the case of caffeine or amphetamine. Analgesics or other pain-killing drugs may also be used to suppress an existing injury in order that the athlete may compete.
This is the first book to describe the pharmacological interaction of drugs and exercise with organ systems at molecular and cellular levels. It explains the effect of exercise on pharmacokinetics and pharmacodynamics of drugs, and the activation or induction of antioxidant enzymes which may take place via the adenosine receptor or may occur due to gene expression.
As a result of health promotion and changes in lifestyle, increasing numbers of people are taking part in sporting activities. This is an authoritative and practical introduction to the prevention and treatment of injuries and ailments commonly experienced in sport and exercise and will equip pharmacists with the knowledge they need to provide patients, participating at whatever level, with evidence-based advice on sport and exercise-related health matters.
