Thomas Douglas

Synthetic biologists aim to generate biological organisms according to rational design principles. Their work may have many beneficial applications, but it also raises potentially serious ethical concerns. In this article, we consider what attention the discipline demands from bioethicists. We argue that the most important issue for ethicists to examine is the risk that knowledge from synthetic biology will be misused, for example, in biological terrorism or warfare. To adequately address this concern, bioethics will need to broaden its scope, contemplating not just the means by which scientific knowledge is produced, but also what kinds of knowledge should be sought and disseminated.

This issue includes a number of papers on reproductive ethics, broadly construed. In a recent book, Anja Karnein proposed that embryos created in vitro should be offered up for adoption before being discarded or used in research;1 here Timothy Murphy offers a critical response . Elsewhere, Tak Chan and Stark & Delatycki debate the role of medical professionals in providing parentage determination. Chan argues that doctors are obliged to provide parentage tests when this is requested by parents, provided there is a low risk that the child will be abandoned . Stark & Delatycki discuss some difficulties raised by the ‘risk of abandonment’ condition . Finally, papers by Kate Greasley and David Lang discuss the controversy surrounding the criminal prosecution of abortion doctor Kermit Gosnell. Greasley criticises the way in which some commentators capitalised on horror at Gosnell's extreme practices to advance more general anti-abortion objectives . Lang argues, against Greasley, that the dominant pro-life response to the case was neither self-contradictory nor intellectually dishonest .The issue is dominated, however, by discussions of ‘bioenhancement’ – the use of biomedical technologies to augment human capacities. A common criticism of bioenhancements is that they are anti-social: though they may benefit the user, they will have a negative effect on society-at-large. Such concerns are perhaps well placed in relation to the most obvious contemporary examples of bioenhancement: doping in sport, aesthetic medicine, and the use of stimulants to enhance examination performance. However, two varieties of bioenhancement discussed in this issue might be thought to have more positive social effects.David Shaw discusses the possible use of cognitive enhancing drugs to improve health outcomes in disadvantaged segments of society . Such enhancements might be thought to have desirable social …

In this issue, Walter Sinnott-Armstrong and Franklin G. Miller argue that what makes killing wrong, when it is wrong, is not that it ends life, but that it causes complete and irreversible disability—what they call total disability. They hold that the wrongness of killing should be explained by reference to the harm that killing causes to the person who dies. And the only harm of this sort that killing causes, they argue, is the harm of being totally disabled: once one is totally disabled, there is no further harm to one in losing one's life. It is no worse to be dead, and thus totally disabled, than it is to be totally disabled but alive.In fact, Sinnott-Armstrong and Miller concede that the story may be more complicated than this. For example, it may be that what makes killing wrong, when it is wrong, is not that it causes harm, but that it is intended to do so, or that it violates a right which protects against harm. But either way, harm plays a crucial role in explaining the wrongness of killing, and the relevant harm, they claim, is the harm of being disabled, not that of losing one's life.The Authors’ argument has important implications for medical ethics. Their view implies that killing a person need not be wrong when that person is already completely and irreversibly disabled. This suggests, for example, that the dead donor rule in organ donation is mistaken. Contrary to the rule, it could be morally permissible to harvest organs from a living donor provided that the donor is totally disabled. Harvesting organs will kill the donor, but it will not disable her, since the donor has no abilities left to lose.Four …

This article presents a model for regulating cognitive enhancement devices. Recently, it has become very easy for individuals to purchase devices which directly modulate brain function. For example, transcranial direct current stimulators are increasingly being produced and marketed online as devices for cognitive enhancement. Despite posing risks in a similar way to medical devices, devices that do not make any therapeutic claims do not have to meet anything more than basic product safety standards. We present the case for extending existing medical device legislation to cover CEDs. Medical devices and CEDs operate by the same or similar mechanisms and pose the same or similar risks. This fact coupled with the arbitrariness of the line between treatment and enhancement count in favour of regulating these devices in the same way. In arguing for this regulatory model, the paper highlights potential challenges to its implementation, and suggests solutions.

It is commonly thought that when a patient is unable to make a treatment decision for herself, patient autonomy should be respected by consulting the views of a patient surrogate, normally either the next-of-kin or a person previously designated by the patient. On one view, the task of this surrogate is to make the treatment decision that the patient would have made if competent. But this so-called ‘substituted judgment standard’ (SJS) has come in for has come in for a good deal of criticism recently. For instance, some question whether surrogates are able to reliably predict what the patient would have chosen. Others wonder how respecting a patient's counter-factual, rather than actual, choices is supposed to respect her autonomy. Such concerns have lead some to reject the SJS and argue for alternative characterisations of the role of surrogate decision-makers.

It is plausible that we have moral reasons to become better at conforming to our moral reasons. However, it is not always clear what means to greater moral conformity we should adopt. John Harris has recently argued that we have reason to adopt traditional, deliberative means in preference to means that alter our affective or conative states directly—that is, without engaging our deliberative faculties. One of Harris’ concerns about direct means is that they would produce only a superficial kind of moral improvement. Though they might increase our moral conformity, there is some deeper kind of moral improvement that they would fail to produce, or would produce to a lesser degree than more traditional means. I consider whether this concern might be justified by appeal to the concept of moral worth. I assess three attempts to show that, even where they were equally effective at increasing one’s moral conformity, direct interventions would be less conducive to moral worth than typical deliberative alternatives. Each of these attempts is inspired by Kant’s views on moral worth. Each, I argue, fails

This chapter reviews recent philosophical and neuroethical literature on the morality of moral neuroenhancements. It first briefly outlines the main moral arguments that have been made concerning moral status neuroenhancements. These are neurointerventions that would augment the moral status of human persons. It then surveys recent debate regarding moral desirability neuroenhancements: neurointerventions that augment that the moral desirability of human character traits, motives or conduct. This debate has contested, among other claims (i) Ingmar Persson and Julian Savulescu’s contention that there is a moral imperative to pursue the development of moral desirability neuroenhancements, (ii) Thomas Douglas’ claim that voluntarily undergoing moral desirability neuroenhancements would often be morally permissible, and (iii) David DeGrazia’s claim that moral desirability neuroenhancements would often be morally desirable. The chapter discusses a number of concerns that have been raised regarding moral desirability neuroenhancements, including concerns that they would restrict freedom, would produce only a superficial kind of moral improvement, would rely on technologies that are liable to be misused, and would frequently misfire, resulting in moral deterioration rather than moral improvement.

Selection against embryos that are predisposed to develop disabilities is one of the less controversial uses of embryo selection technologies. Many bio-conservatives argue that while the use of ESTs to select for non-disease-related traits, such as height and eye-colour, should be banned, their use to avoid disease and disability should be permitted. Nevertheless, there remains significant opposition, particularly from the disability rights movement, to the use of ESTs to select against disability. In this article we examine whether and why the state could be justified in restricting the use of ESTs to select against disability. We first outline the challenge posed by proponents of ‘liberal eugenics’. Liberal eugenicists challenge those who defend restrictions on the use of ESTs to show why the use of these technologies would create a harm of the type and magnitude required to justify coercive measures. We argue that this challenge could be met by adverting to the risk of harms to future persons that would result from a loss of certain forms of cognitive diversity. We suggest that this risk establishes a pro tanto case for restricting selection against some disabilities, including dyslexia and Asperger's syndrome.

David DeGrazia tentatively defends what he calls the Interests Model of moral status (see page 135).1 On this model all sentient beings have the same moral status, though some are owed more than others in virtue of having more or stronger interests. The proponent of this model can accept, say, that one should normally save the life of a human in preference to that of a dog. But she denies that we should save the human because he has higher moral status. Instead, the human should be saved because he has more at stake—he may, for example, have a stronger interest in continued existence. In defending the Interests Model, DeGrazia cuts against the grain of recent theorising on moral status, which has instead favoured what he calls the Respect Model.

Opponents of biomedical enhancement often claim that, even if such enhancement would benefit the enhanced, it would harm others. But this objection looks unpersuasive when the enhancement in question is a moral enhancement — an enhancement that will expectably leave the enhanced person with morally better motives than she had previously. In this article I (1) describe one type of psychological alteration that would plausibly qualify as a moral enhancement, (2) argue that we will, in the medium-term future, probably be able to induce such alterations via biomedical intervention, and (3) defend future engagement in such moral enhancements against possible objections. My aim is to present this kind of moral enhancement as a counter-example to the view that biomedical enhancement is always morally impermissible.

The last 12 years have seen historically high levels of interest in biosecurity among life scientists, science policymakers, and academic experts on science and security policy. This interest was triggered by the 9/11 terrorist attacks, the ‘anthrax letters’ attack of the same year, and two virology papers, published early last decade, that were thought to raise serious biosecurity concerns.1 Ethicists have come relatively late to the game, but, in recent years, a lively debate has developed on ethical issues raised by biosecurity policy, and, more generally, on the ethics of producing and disseminating ‘dangerous’ biomedical knowledge. Unsurprisingly, this debate has taken on increased sense of urgency over the last 18 months as the journals Science and Nature, the United States National Science Advisory Board for Biosecurity, and the World Health Organization, among others, have been considering whether and how to publish two academic papers reporting means of enhancing the transmissibility of H5N1 influenza, or ‘bird flu’ .We hope that this issue of the Journal of Medical Ethics will substantially advance the emerging ethical debate in this area. The issue features five articles on the ethics of biosecurity: a feature article, by Allen Buchanan and Maureen Kelley ; three brief replies to this article, by Michael Selgelid , Thomas May , and Nicholas King ; and a stand-alone paper by Nicholas Evans , which discusses the recent H5N1 controversy and analyses the appeals to scientific freedom that have been made by some of its protagonists. In this ‘concise argument’, I can, regrettably, comment only on the Buchanan and Kelley piece.Buchanan and Kelley on the framing of the biosecurity debateBuchanan and Kelley aim to broaden and reframe the existing debate on biosecurity. They begin by noting that "science policy … "

One role of research ethics committees is to assess the ethics of proposed health research. In some countries, RECs are also instructed to assess its legality. However, in other countries they are explicitly instructed not to do so. In this paper, I defend the claim that public policy should instruct RECs not to assess the legality of proposed research . I initially defend a presumption in favour of the Claim, citing reasons for making research institutions solely responsible for assessing the legality of their own research. I then consider three arguments against the Claim which may over-ride this presumption—namely, that policy should instruct RECs to assess the legality of research because doing so would minimise the costs of assessing the legality of research, whether research is legal may partly determine whether it is ethical and whether research is legal may constitute evidence for whether it is ethical. I reject the first two arguments and note that whether the third succeeds depends on the answer to a more fundamental question about the appropriate nature of REC ethical deliberation. I end with a brief discussion of this question, tentatively concluding that the third argument also fails