Performance Enhancing Technologies In Sports

This book brings together an interdisciplinary group of experts in bioethics, sports, law, and philosophy to examine the need for regulating such athletic performance-enhancing technologies as steroids and gene doping. The use of performance-improving drugs in sports dates back to the early Olympians, who took an herbal tonic before competitions to augment athletic prowess. But the permissibility of doing so came into question only in the twentieth century as the popularity of anabolic steroid use and blood doping among athletes grew. Sports officials and others—aided by the development of technologies to test participants for proscribed substances—became concerned over the physical safety of athletes and competitive fairness in sporting events. In exploring the culture, ethics, and policy issues surrounding doping in competitive athletics, the contributors to this volume detail the history and current state of drug use in sports, analyze the distinctions between acceptable and unacceptable usages, evaluate the ethical arguments for and against permitting athletes to avail themselves of new means of improving athleticism, and discuss possible future doping technologies and the issues that they are likely to raise. They explain how and why some athletes resort to doping and assess what the fair opportunity principle means in theory and practice and how it relates to the concept of an equal opportunity to perform. This frank discussion of doping in sports includes accounts by former elite athletes and offers an illuminating exchange over the meaning and value of natural talents and genetic hierarchies and the essence of fair competition.

Provides an overview of the increasing level of digitization in sport including areas of gaming and athlete training.

This volume presents articles which focus on the ethical evaluation of performance-enhancing technologies in sport. The collection considers whether drug doping should be banned; the rationale of not banning ethically contested innovations such as hypoxic chambers; and the implications of the prospects of human genetic engineering for the notion of sport as a development of ’natural’ talent towards human excellence. The essays demonstrate the significance of the principles of preventing harm, ensuring fairness and preserving meaning to appraise whether a particular performance enhancer is acceptable in the context of sport. Selected essays on various forms of human enhancement outside of sport that highlight other principles and concepts are included for comparative purpose. Sport enhancement provides a useful starting point to work through the ethics of enhancement in other human practices and endeavors, and sport enhancement ethics should track broader bioethical debates on human enhancement. As a whole, the volume points to the need to consider the values and meanings that people seek in a given sphere of human activity and their associated principles to arrive at a morally grounded and reasonable approach to enhancement ethics.

Fastest, Highest, Strongest presents a comprehensive challenge to the dominant orthodoxy concerning the use of performance-enhancing drugs in sport. Examining the political and economic transformation of the Olympic Movement during the twentieth century, the authors argue that the realities of modern sport require a serious reassessment of current policies, in particular the ban on the use of certain substances and practices. The book includes detailed discussion of: * The historical importance of World War II and the Cold War in the development of a high-performance culture in sport * The changing Olympic project: from amateurism to a fully professionalized approach * The changing meaning of "sport" * The role of sport science, technology and drugs in pursuing ever-better performance * The major ethical and philosophical arguments used to support the ban on performance-enhancing substances in sport. Fastest, Highest, Strongest is a profound critical examination of modern sport. Its straightforward style will appeal to under- and post-graduate students as well as scholars of sports ethics and history, policy makers and all those interested in the changing nature of sport.

Doping, Performance-Enhancing Drugs, and Hormones in Sport: Mechanisms of Action and Methods of Detection examines the biochemistry and bioanalytical aspects of performance-enhancing drugs (PEDs) and other questionable procedures used by athletes to enhance performance. The book informs the specialist of emerging knowledge and techniques and allows the non-specialist to grasp the underlying science and current practice of the discipline. With clear and compelling language appropriate for a broad spectrum of readers, this book provides background on prevalence, types of agents, their actual or supposed benefits, and their negative effects on health. The technical aspects of detection are discussed, followed by a discussion of why detection is a problematic and still-evolving science. To facilitate comprehension, each chapter is organized in a uniform way with six sections: (1) standard medical uses, (2) why the drugs are used by athletes, (3) biological mechanism of action, (4) what research says about efficacy in improving performance, (5) major health side effects from use and abuse in sport, and 6) concluding key points. Presents the scientific concepts of how performance enhancers work, how they are used, and how they are detected and masked from detection Features language that is neither simplistic to scientists nor too sophisticated for a large, diverse global audience Provides a short “close-up” in each chapter to illustrate key topics that engage, entertain, and create a novel synthesis of thought

How have science and technology helped today's athletes and sportspeople perform better for longer? And how could this change in the future? From the development of carbon fibre composites for para-athletes to improvements in sports nutrition, our performance in competitive events has been vastly improved by contemporary science and technology. This book looks at historical, current and emerging examples of sport technology. We look at technology in training, athletic performance, sports nutrition, sports equipment, sports medicine and how sport is shown on TV.

The book provides an in-depth discussion on the human nature concept from different perspectives and from different disciplines, analyzing its use in the doping debate and researching its normative overtones. The relation between natural talent and enhanced abilities is scrutinized within a proper conceptual and theoretical framework: is doping to be seen as a factor of the athlete’s dehumanization or is it a tool to fulfill his/her aspirations to go faster, higher and stronger? Which characteristics make sports such a peculiar subject of ethical discussion and what are the, both intrinsic and extrinsic, moral dangers and opportunities involved in athletic enhancement? This volume combines fundamental philosophical anthropological reflection with applied ethics and socio-cultural and empirical approaches. Furthermore guidelines will be presented to decision- and policy-makers on local, national and international levels. Zooming in on the intrinsic issue of what is valuable about our homo sapiens biological condition, this volume devotes only scant attention to the specific issue of natural talent and why such talent is appreciated so differently than biotechnological origins of ability. In addition, specific aspects of sports such as its competitive nature and its direct display of bodily prowess provide good reason to single out the issue of natural athletic talent for sustained ethical scrutiny.​

In this provocative exploration of what draws us to sport as participants and spectators, Tom Murray argues that the values and meanings embedded within our games provide the guidance we need to make difficult decisions about fairness and performance-enhancing technologies. Simply saying that using performance-enhancing drugs is against the rules begs essential questions. The people who play and govern sport create the rules; rules can be changed. Technologies such as fiberglass vaulting poles and hinged skates enhance athletes' performance, not just drugs. Why are some technologies accepted in sport while performance-enhancing drugs are forbidden? Would athletes' health be protected better if at least some performance-enhancing drugs were permitted under doctors' supervision? 'Good Sport' reveals what we really value in sport and how the reckless use of biomedical enhancements undermines those values.