This paper shows how critical realism can be used to integrate empirical data and philosophical analysis within ‘empirical bioethics’. The term empirical bioethics, whilst appearing oxymoronic, simply refers to an interdisciplinary approach to the resolution of practical ethical issues within the biological and life sciences, integrating social scientific, empirical data with philosophical analysis. It seeks to achieve a balanced form of ethical deliberation that is both logically rigorous and sensitive to context, to generate normative conclusions that are practically applicable to (...) the problem, challenge, or dilemma. Since it incorporates both philosophical and social scientific components, empirical bioethics is a field that is consistent with the use of critical realism as a research methodology. The integration of philosophical and social scientific approaches to ethics has been beset with difficulties, not least because of the irreducibly normative, rather than descriptive, nature of ethical analysis and the contested relation between fact and value. However, given that facts about states of affairs inform potential courses of action and their consequences, there is a need to overcome these difficulties and successfully integrate data with theory. Previous approaches have been formulated to overcome obstacles in combining philosophical and social scientific perspectives in bioethical analysis; however each has shortcomings. As a mature interdisciplinary approach critical realism is well suited to empirical bioethics, although it has hitherto not been widely used. Here I show how it can be applied to this kind of research and explain how it represents an improvement on previous approaches. (shrink)

There is currently much concern over the use of pharmaceuticals and other biomedical techniques to enhance athletic performance—a practice we might refer to as doping. Many justifications of anti-doping efforts claim that doping involves a serious moral transgression. In this article, I review a number of arguments in support of that claim, but show that they are not conclusive, suggesting that we do not have good reasons for thinking that doping is wrong.

Individual athletes, coaches and sports teams seek continuously for ways to improve performance and accomplishment in elite competition. New techniques of performance analysis are a crucial part of the drive for athletic perfection. This paper discusses the ethical importance of one aspect of the future potential of performance analysis in sport, combining the field of biomedicine, sports engineering and nanotechnology in the form of ‘Nanobiosensors’. This innovative technology has the potential to revolutionise sport, enabling real time biological data to be (...) collected from athletes that can be electronically distributed. Enabling precise real time performance analysis is not without ethical problems. Arguments concerning data ownership and privacy; data confidentiality; and athlete welfare are presented alongside a discussion of the use of the Precautionary Principle in making ethical evaluations. We conclude, that although the future potential use of Nanobiosensors in sports analysis offers many potential benefits, there is also a fear that it could be abused at a sporting system level. Hence, it is essential for sporting bodies to consider the development of a robust ethically informed governance framework in advance of their proliferated use. (shrink)

O uso de certas drogas e de certos procedimentos para fins de melhoramento do desempenho nos esportes é banido pelas autoridades esportivas. Mas como pretendo mostrar neste artigo, alguns dos principais argumentos contra o uso de tecnologias para aprimoramento nos esportes são problemáticos. Autores como, por exemplo, Michael Sandel se comprometem com uma concepção metafísica de natureza humana na defesa da manutenção das regras que proíbem o uso de doping. Essa concepção de natureza humana, como procuro mostrar no artigo, é (...) incompatível com a ideia corrente segundo a qual seres humanos, tal como os conhecemos hoje, resultam de um gradual processo de evolução por seleção natural. Disso não se segue, porém, como procuro mostrar na última sessão do artigo, que nenhuma das regras que proíbem o uso de tecnologias para fins de aprimoramento nos esportes seja moralmente justificada. O artigo argumenta em prol de uma liberação moderada de algumas drogas e procedimentos para fins de melhoramento do desempenho nos esportes. (shrink)

Emerging developments in communications and computing technology may transform the nature of human identity, in the process rendering obsolete the traditional philosophical and scientific frameworks for understanding the nature of individuals and groups. Progress toward an evaluation of this possibility and an appropriate conceptual basis for analyzing it may be derived from two very different but ultimately connected social movements that promote this radical change. One is the governmentally supported exploration of Converging Technologies, based in the unification of nanoscience, biology, (...) information science and cognitive science. The other is the Transhumanist movement, which has been criticized as excessively radical yet is primarily conducted as a dignified intellectual discussion within a new school of philosophy about human enhancement. Together, NBIC and Transhumanism suggest the immense transformative power of today’s technologies, through which individuals may explore multiple identities by means of online avatars, semi-autonomous intelligent agents, and other identity expansions. (shrink)