Recent discussions among lawyers, philosophers, policy researchers and athletes have focused on the potential threat to privacy posed by the World Anti-Doping Agency’s (WADA) whereabouts requirements. These requirements demand, among other things, that all elite athletes file their whereabouts information for the subsequent quarter on a quarterly basis and comprise data for one hour of each day when the athlete will be available and accessible for no advance notice testing at a specified location of their choosing. Failure to file (...) one’s whereabouts, or the non-availability for testing at said location on three occasions within any 18-month period constitutes an anti-doping rule violation that is equivalent to testing positive to a banned substance, and may lead to a suspension of the athlete for a time period of between one and two years. We critically explore the extent to which WADA’s whereabouts requirements are in tension with existing legislation on privacy, with respect to UK athletes, who are simultaneously protected by UK domestic and EU law. Both UK domestic and EU law are subject to the European Convention on Human Rights (ECHR) Article 8, which establishes a right to “respect for private and family life, home and correspondence”. We critically discuss the centrality of the whereabouts requirements in relation to WADA’s aims, and the adoption and implementation of its whereabouts rules. We conclude that as WADA’s whereabouts requirements appear to be in breach of an elite athlete’s rights under European workers’ rights, health & safety and data protection law they are also, therefore, in conflict with Article 8 of the ECHR and the UK Human Rights Act 1998. We call for specific amendments that cater for the exceptional case of elite sports labour if the WADA requirements are to be considered legitimate. (shrink)

Despite the important role doping plays in the world of sport, insufficient attention has been given to understanding the concept of doping. In this paper, I argue that we should understand doping as a means of gaining a competitive advantage through the use of exogenous substances entering an athlete’s body, where such means undermine the relevant sporting institution. By focusing on sport as socially constructed institution, not merely as competition, we can have a unified explanation for many (...) of our pretheoretic beliefs while giving the tools to understand doping in the ever-changing landscape of contemporary sport and society. (shrink)

The enhancement of athletic performance using procedures that increase physical ability, such as anabolic steroids, is a familiar phenomenon. Yet recent years have also witnessed the rise of direct interventions into the brain, referred to as “neuro-doping”, that promise to also enhance sports performance. This paper discusses one potential objection to neuro-doping, based on the contribution to athletic achievement, particularly within endurance sports, of effortfully overcoming inner challenges. After introducing the practice of neuro-doping, and the controversies surrounding (...) it, I describe two major mechanisms some have proposed to explain how it might produce its putative performance-enhancing effects. I then clarify the notion of effort, and its relationship to neuro-doping. I also briefly address common concerns about access and safety. My central argument invokes considerations of effort to maintain that we have at least a significant reason for prohibiting the use of neuro-doping in officially regulated endurance competitions – though only conditional upon a specific set of empirical assumptions. I consider three possible objections: that neuro-doping is no different from widely accepted enhancement methods, that it can make athletic competition fairer, and that a broader range of factors can compensate for a reduced scope for effort than I recognize. I ultimately conclude that these objections do not refute the argument from effort, while stressing nonetheless that this argument applies more clearly to hypothetical improved forms of neuro-doping than to existing ones, and is not meant to offer a final overall verdict on how neuro-doping should be regulated. (shrink)

The most plausible line of anti-doping argumentation starts with the fact that performance enhancing substances are harmful and put at considerable risk the health and the life of those who indulge in the overwhelming promises these substances hold. From a liberal point of view, however, this is not a strong reason neither to morally reject doping altogether, nor to put a blanket ban on it; on the contrary, allowing adult, competent and informed athletes to have access to performance (...) enhancement drugs is often showcased as a liberty-related right of noninterference. In this article I will first discuss doping from the liberal point of view, especially in the light of the harm principle as it was introduced by Mill and elaborated by his successors, most notably by Joel Feinberg. Then I will examine whether – and to what degree – one’s decision to receive performance enhancement drugs would mean to use humanity in one’s own person only as a means, which would be self-defeating in the light of Kantian ethics. From this I will move one step backwards to what I consider as the core question concerning the ethics of doping, the one that is logically prior to any other in my view, and concerns the consistency of the thesis that doping may be compatible with sport. I will argue that there is an inherent logical antinomy between doing sport and using performance enhancement drugs, one that presents any argumentation in favor of doping as essentially self-contradictory. (shrink)

Enhancement is a basic principle of modern sport. Their increase of achievement is usually attributed to the sportsmen’s natural assessment, their health, their training methods and their employment. In contrast, increase in output by pharmacological means is outlawed. The modern medical techniques created a whole range, by which sportsmen are supported. Consequently, sometimes difficult decisions with concrete medications develop. It is not always clearly to be differentiated whether something is a pharmacological interference, which serves the therapy or leads however to (...) the outlawed increase in output. At present Enhancement is in discussion, a phenomenon, which is related to doping in sports, but which concerns achievement-increasing use of medicines not only in sportsmen. -/- Leistungssteigerung ist ein Grundprinzip des modernen Sports. Gewöhnlich werden für die Steigerung der Leistung die natürliche Veranlagung der Sportler, ihre Gesundheit, ihre Trainingsmethoden und ihr Einsatzwille veranschlagt. Leistungssteigerung durch pharmakologische Mittel ist dagegen geächtet. Die modernen medizinischen Techniken haben einen ganzen Bereich geschaffen, durch den die Sportler bei der Erbringung ihrer Leistung und deren Erhalt unterstützt werden. Dabei entstehen mitunter schwierige Entscheidungsfragen bei konkreten Medikationen. Nicht immer ist klar zu unterscheiden, ob etwas ein pharmakologischer Eingriff ist, der der Therapie dient oder aber zur geächteten Leistungssteigerung führt. Gegenwärtig wird über Enhancement diskutiert, ein Phänomen, das mit dem Doping verwandt ist, aber leistungssteigernde Verwendung von Medikamenten bei Gesunden im Allgemeinen, also nicht nur bei Sportlern, betrifft. (shrink)

Der vorliegende Band intendiert die Herstellung von Unterrichtsmaterialien für Lehrer und Schüler, und zwar nicht aus einer fachspezifischen Perspektive, sondern als ein Projekt fachübergreifenden oder fächerübergreifenden Unterrichts. Wir lassen uns von der Vorstellung leiten, dass komplexe Probleme, die ihren Ursprung in einer ebenso komplexen Gesellschaft haben, sich nicht mehr allein durch Spezialwissen lösen lassen. Vielmehr erfordert die gegenwärtige Situation vernetztes Wissen und Menschen, die Kompetenzen erworben haben, um an einer dynamischen Wissensgesellschaft zu partizipieren. Im Hintergrund steht dabei auch die Vorstellung, (...) dass die Anforderungen des Berufs- und Wirtschaftslebens zugleich ein lebenslanges Lernen erfordern. Es geht uns darum, alle paternalistischen oder moralistischen Implikationen zu vermeiden; vielmehr sollen Schüler in die Lage versetzt werden, eine eigenständige und damit nachhaltige Auffassung zu entwickeln. Um die Vielschichtigkeit und Komplexität der Bezüge eines jeden Faches und der Fächer untereinander abzubilden, werden die für die Dopingthematik besonders relevanten Fächer Sport, Biologie, Philosophie/Ethik, Religion und Sozialwissenschaften in einzelnen Modulen durch ausgewiesene Experten, die einen jeweils aktuellen fachdidaktischen und inhaltlichen Stand der Forschung garantieren, abgehandelt und didaktisch aufbereitet. Somit werden die Schwerpunkte Leistung und Kontrolle (Sport), biologische Manipulation (Biologie), ethische Urteilsfindung (Ethik/Bioethik), Selbst- und Weltbild (Religion), die gesellschaftliche sowie ökonomische Relevanz (Sozialwissenschaften) in ihrem transdisziplinären bzw. fächerübergreifenden Zusammenhang abgebildet und zugänglich gemacht. Jedes Modul enthält neben parallelen Themen (wie Gendoping) auch didaktische Hinweise und einige Anregungen für konkrete Anknüpfungspunkte zu den anderen Modulen. Durch diese fächerübergreifende Verständigung wird das didaktisch wesentliche Ziel erreicht, die Schüler zu einer reflektierten Bewertung der Dopingthematik zu befähigen und zu motivieren. (shrink)

Sport is one of the first areas in which enhancement has become commonplace. It is also one of the first areas in which the use of enhancement technologies has been heavily regulated. Some have thus seen sport as a testing ground for arguments about whether to permit enhancement. However, I argue that there are fairness-based objections to enhancement in sport that do not apply as strongly in some other areas of human activity. Thus, I claim that there will often be (...) a stronger case for permitting enhancement outside of sport than for permitting enhancement in sport. I end by considering some methodological implications of this conclusion. (shrink)

The MgAl2O4 spinel doped with Eu2+ ions powder phosphor was prepared at temperature as low as 500 oC using the combustion route. A structural property of the powder was characterized by X-ray diffraction (XRD). This XRD pattern shows the well crystallized cubic phase, Fd-3m space group of MgAl2O4. The estimated average crystalline size is about 36 and 30 nm for MgAl2O4 and Eu doped MgAl2O4 particles respectively. The photoluminescent property of prepared powder was investigated using excitation and emission spectroscopy at (...) room temperatures. Energy levels scheme is proposed for emission from MgAl2O4: Eu2+. (shrink)

A debate has arisen over whether “the spirit of sport” is an appropriate criterion for determining whether a substance should be banned. In this paper, I argue that the criterion is crucial for Olympic sport because Olympism celebrates humanity, specifically human agency, so we need to preserve the degree to which athletes are personally and morally responsible for their performances. This emphasis on what I call “athlete agency” is reflected metaphysically in the structure of sport, which characteristically prescribes inefficiencies in (...) order to create challenges, and seeks to reduce or eliminate the proportion of a performance outside an athlete’s control. Emphasizing athlete agency also prevents wealthier and more technologically developed countries from using their resources to gain an advantage in sport. Interpreted according to athlete agency, the World Anti-Doping Agency’s (WADA) “spirit of sport” can be clarified to imply that substances, techniques, and equipment that reduce athlete agency should be reduced or eliminated, while things that increase it should be encouraged. (shrink)

Biomedical technologies can increasingly be used not only to combat disease, but also to augment the capacities or traits of normal, healthy people – a practice commonly referred to as biomedical enhancement. Perhaps the best‐established examples of biomedical enhancement are cosmetic surgery and doping in sports. But most recent scientific attention and ethical debate focuses on extending lifespan, lifting mood, and augmenting cognitive capacities.

Should the development of pharmacological cognitive enhancers raise worries about doping in cognitively demanding activities? In this paper, we argue against using current evidence relating to enhancement to justify a ban on cognitive enhancers using the example of chess. It is a mistake to assume that enhanced cognitive functioning on psychometric testing is transferable to chess performance because cognitive expertise is highly complex and in large part not merely a function of the sum specific sub-processes. A deeper reason to (...) doubt that pharmacological cognitive enhancers would be as significant in mind sports is the misleading parallel with physical enhancement. We will make the case that cognitive performance is less mechanical in nature than physical performance. We draw lessons from this case example of chess for the regulation of cognitive enhancement more generally in education and the professions. Premature regulation runs the risk of creating a detrimental culture of suspicion that ascribes unwarranted blame. (shrink)

Die Frage nach der Definition von Doping basiert nicht zuletzt auf naturwissenschaftlicher Forschung. Aus einer naturwissenschaftlichen Perspektive könnte man sogar behaupten, dass die aktuelle Dopingdebatte ihre Ursachen gerade in der pharmazeutischen Forschung hat, da sich das Problem des Dopings erst mit dem Vorhandensein entsprechender Mittel bzw. Methoden zur Leistungssteigerung stellt. Allerdings wird die Frage der Dopingdefinition im Folgenden nicht auf einen naturwissenschaftlichen Referenzrahmen reduziert, wie dies in den aktuellen Dopingdefinitionen häufig der Fall ist. Vielmehr werde ich die spezifische Rolle (...) naturwissenschaftlicher Forschung mit Blick auf die Dopingdefinition und die daraus resultierenden strukturellen Schwierigkeiten darstellen. (shrink)

Sports physicians are continuously confronted with new biotechnological innovations. This applies not only to doping in sports, but to all kinds of so-called enhancement methods. One fundamental problem regarding the sports physician's self-image consists in a blurred distinction between therapeutic treatment and non-therapeutic performance enhancement. After a brief inventory of the sports physician's work environment I reject as insufficient the attempts to resolve the conflict of the sports physician by making it a classificatory problem. Followed by a critical assessment (...) of some ideas from the US President's Council on Bioethics, the formulation of ethical codes and attempts regarding a moral topography, it is argued that the sports physician's conflict cannot be resolved by the distinction between therapy and enhancement. Instead, we also have to consider the possibility that the therapy-based paradigm of medicine cannot do justice to the challenges of the continuously increasing technical manipulability of the human body and even our cognitive functions as well. At the same time we should not adhere to transhumanist ideas, because non-therapeutic interventions require clear criteria. Based on assistive technologies an alternative framework can be sketched that allows for the integration of therapeutic and non-therapeutic purposes. After a thorough definition of standards and criteria, the role of the sports physician might be defined as that of an assistant for enhancement. Yet the process of defining such an alternative framework is a societal and political task that cannot be accomplished by the sports physicians themselves. Until these questions are answered sports physicians continue to find themselves in a structural dilemma that they partially can come to terms with through personal integrity. (shrink)

Commentary on Neuhaus and Parent, 'Gene doping--In Animals?' (2019).

Recently, I was reading Kant's Critique of Pure Reason: Background Source Materials, and read selections from Wolff, Baumgarten, Crusius, and Kant's own teacher, Martin Knutzen. It was dope - real philosophical comfort food - and inspired this piece, written in the style of one of their textbooks.

Biochemisch konstatierte Fakten, also Substanzanalysen sowie Blut-und Urinwerte, beziehen ihre Eindeutigkeit und Prägnanz aus einem dem deskriptiven Gehalt der Ergebnisse vorhergehenden normativen Entscheidungsprozess auf methodischer Ebene. Diesen konstruktiven Charakter gilt es hinsichtlich der Dopinganalytik zu verdeutlichen, weil daran eine entscheidende Ambivalenz in der Dopingthematik verdeutlicht werden kann: Die als gegeben und gültig interpretierten Analyseresultate biochemischer Dopinganalytik werden durch die Anti-Doping-Organisationen in einen juridischen Kontext überführt, in dem sie als Beweismittel fungieren sollen. Diese juridische Transformation muss zwangsläufig den konstruktiv und (...) normativ durchsetzten Entstehungsprozess dieser Fakten ignorieren, da gerade eindeutige Beweise gefragt sind, um einen Athleten des Dopings anzuklagen. Eine solche ergebnisorientierte Interpretation naturwissenschaftlicher Daten führt aber ihrerseits nur dazu, dass die in den Analyseprozess eingegangenen methodischen Vorentscheidungen in ihren Auswirkungen auf die Resultate nicht mehr berücksichtigt werden können. (shrink)

A strong moral reason for prohibiting doping in sport is to be found in the bad choices that would be faced by clean athletes in a sporting world that tolerated doping. The case against doping is not, however, to be grounded in the concept of coercion. Instead, it is grounded in a general duty of sport to afford fair opportunity to the goods that are distinctively within sport's sphere of control. The moral reason to prohibit doping (...) need not be balanced against any autonomy claim of athletes who would prefer to dope because, upon closer examination, such claims have no force. The moral reason to prohibit doping does, however, need to be balanced against the enforcement costs imposed on all athletes by effective prohibition. (shrink)

This article argues that performance enhancing drugs ought to be allowed across all elite sporting competitions for athletes over the age of 16 so long as consuming them does not pose a significant risk to their health. I begin with a brief explanation of the current state of PED use in professional sports before assessing the prospect of allowing PEDs by three widely accepted measures of ethical merit: well-being, autonomy, and justice. I end with a critique of the World Anti- (...) class='Hi'>Doping Agency's criteria for banning PEDs, concluding that allowing athletes to use PEDs is a superior alternative to the current prohibitive approach. (shrink)

From 1900 onwards, scientists and novelists have explored the contours of a future society based on the use of “anthropotechnologies” (techniques applicable to human beings for the purpose of performance enhancement ranging from training and education to genome-based biotechnologies). Gradually but steadily, the technologies involved migrated from (science) fiction into scholarly publications, and from “utopia” (or “dystopia”) into science. Building on seminal ideas borrowed from Nietzsche, Peter Sloterdijk has outlined the challenges inherent in this development. Since time immemorial, and at (...) least since the days of Plato’s Academy, human beings have been interested in possibilities for (physical or mental) performance enhancement. We are constantly trying to improve ourselves, both collectively and individually, for better or for worse. At present, however, new genomics-based technologies are opening up new avenues for self-amelioration. Developments in research facilities using animal models may to a certain extent be seen as expeditions into our own future. Are we able to address the bioethical and biopolitical issues awaiting us? After analyzing and assessing Sloterdijk’s views, attention will shift to a concrete domain of application, namely sport genomics. For various reasons, top athletes are likely to play the role of genomics pioneers by using personalized genomics information to adjust diet, life-style, training schedules and doping intake to the strengths and weaknesses of their personalized genome information. Thus, sport genomics may be regarded as a test bed where the contours of genomics-based self-management are tried out. (shrink)