Representing the thinking of philosophers, psychologists, sociologists, coaches, and sports writers, these essays bring together a wide range of approaches to ...

Current anti-doping in competitive sports is advocated for reasons of fair-play and concern for the athlete's health. With the inception of the World Anti Doping Agency (WADA), anti-doping effort has been considerably intensified. Resources invested in anti-doping are rising steeply and increasingly involve public funding. Most of the effort concerns elite athletes with much less impact on amateur sports and the general public.

In a provocative analysis of sport ethics and human values, Genetically Modified Athletes imagines the brave new world of sport. The internationally acclaimed book examines this issue at a crucial time in its theorisation, questioning the very cornerstone of sporting and medical ethics, asking whether sporting authorities can, or even should, protect sport from genetic modification. This book brings together sport studies and bioethics to challenge our understanding of the values that define sport. We already allow that athletes can optimise (...) their performance by the use of technologies; without wishing to assert that 'anything goes' in sports performance enhancement, Andy Miah argues that simply being human matters in sport and that genetic modification does not have to challenge this capacity. Genetically Modifies Athletes includes examination of: * the concept of 'good sport' and the definition of cheating * the doped athlete - should we be more sympathetic? * the role of the medical industry * the usefulness of the terms 'doping' and 'anti-doping'. An important and growing field of interest, this book should be read by students, academics and practitioners. (shrink)

In this classic text, Kant sets out to articulate and defend the Categorical Imperative - the fundamental principle that underlies moral reasoning - and to lay the foundation for a comprehensive account of justice and human virtues. This new edition and translation of Kant's work is designed especially for students. An extensive and comprehensive introduction explains the central concepts of Groundwork and looks at Kant's main lines of argument. Detailed notes aim to clarify Kant's thoughts and to correct some common (...) misunderstandings of his doctrines. (shrink)

Recent proposals to punish athletes for taking drugs or to impose mandatory drug testing cannot be defended in ethical terms. Nor is it possible to distinguish consistently between ethical and unethical uses of restorative drugs, additive drugs, painkillers, and recreational drugs. We oppose drugs in sports because they violate the majority notion of acceptable behavior. But such opposition has more to do with defending the ideals of the community than with creating policies that are ethically sound.

Immanuel Kant's Groundwork of the Metaphysics of Morals ranks alongside Plato's Republic and Aristotle's Nicomachean Ethics as one of the most profound and influential works in moral philosophy ever written. In Kant's own words its aim is to search for and establish the supreme principle of morality, the categorical imperative. Kant argues that every human being is an end in himself or herself, never to be used as a means by others, and that moral obligation is an expression of the (...) human capacity for autonomy or self-government. This edition presents the acclaimed translation of the text by Mary Gregor, together with an introduction by Christine M. Korsgaard that examines and explains Kant's argument. (shrink)

Recent events in the sporting world have made explicit the moral, political, and cultural characteristics of discussions surrounding the use of enhancement technology in sport. Within the last 5 years, the landscape of sport technologies and policy has changed dramatically and it is reasonable to consider that further innovations are imminent. Elite sports constitute arenas for convergent technological applications where a range of applications demonstrates the embeddedness of sports within technological structures. The prospects for even more radical technologies to influence (...) athletic performance grow continually as progress in nanotechnology, stem cells, and genetics gain strength. (shrink)