Bert Gordijn

The volume contributes to the ongoing nanoethics debate in four topical areas. The first part tackles questions of what could be called ‘meta-nanoethics’. Its focus lies on basic concepts and the issue of what - if anything - is truly novel and special about the new field of nanoethics or its subject matter. The second part of this volume presents a selection of interesting perspectives on some of the opportunities and challenges of nanotechnology. Part three takes a more in depth look at one of the most pressing current concerns: how to deal with the risks and uncertainties surrounding nanotechnology in a responsible manner. In its fourth and final part the volume touches on issues of public debate and policy.

Solidarity belongs to the basic principles of Catholic Social Teaching (CST) and is part of the ethical repertoire of European moral traditions and European healthcare systems. This paper discusses how leaders of Catholic healthcare organizations (HCOs) can understand their institutional moral responsibility with regard to the preservation of solidarity. In dealing with this question, we make use of Taylor's philosophy of modern culture. We first argue that, just as all HCOs, Catholic ones also can embody and strengthen solidarity by just doing their quintessential job, that is, to care for people with ill health. Second, we focus on the Catholic identity of these organizations and argue that this characteristic can empower a radical commitment to solidarity. Finally, we argue that CST provides a critical ethical framework for approaching solidarity from the perspective of the common good

When we founded Studies in Ethics, Law and Technology we wondered if we might, like Icarus, be trying to fly too close to the sun. Had we set ourselves an impossible task in seeking to create a new community of interdisciplinary scholars under the umbrella of the words ethics, law and technology? Would expert scholars in biotechnologies, nanotechnologies, neurotechnologies, information technologies, weapons and security technologies, energy and fuel technologies, space based technologies, and/or new media and communication technologies all come together in one place? As we show in this editorial, the answer is yes

In a lifelog, data from various sources are combined to form a record from which one can retrieve information about oneself and the environment in which one is situated. It could be considered similar to an automated biography. Lifelog technology is still at an early stage of development. However, the history of lifelogs so far shows a clear academic, corporate and governmental interest. Therefore, a thorough inquiry into the ethical aspects of lifelogs could prove beneficial to the responsible development of this field. This article maps the main ethically relevant challenges and opportunities associated with the further development of lifelog technologies as discussed in the scholarly literature. By identifying challenges and opportunities in the current debate, we were able to identify other challenges and opportunities left unmentioned. Some of these challenges are partly explained by a blind spot in the current debate. Whilst the current debate focuses mainly on lifelogs held by individuals, lifelogs held by governmental institutions and corporations pose idiosyncratic ethical concerns as well. We have provided a brief taxonomy of lifelog technology to show the variety in uses for lifelogs. In addition, we provided a general approach to alleviate the ethical challenges identified in the critical analysis

ABSTRACT In genomic research the ideal standard of free, informed, prior and explicit consent is sometimes difficult to apply. This has raised concern that important genomic research will be restricted. Different consent procedures have therefore been proposed. This paper explicitly examines the question how, in genomic research, the principles of solidarity and justice can be used to justify forms of diminished individual control over personal data and bio‐samples. After a discussion of the notions of solidarity and justice and how they can be related to health care and genomic research, we examine how and in which situations these notions can form a strong moral basis for demanding certain financial sacrifices. Then we examine when these principles can justify consent procedures which diverge from the ideal standard. Because much genomic research is not expected to lead to immediate (clinical) benefits we also discuss the question of whether we can be obliged to make any sacrifices for future (not yet existing) patients. We conclude with the formulation of a number of conditions that have to be met before autonomy sacrifices can be reasonably demanded in genomic research.

Definition of the Problem: The ethical debate on the cloning of human beings is by no means new. Its history goes back to the middle of the 1960s. However, the theoretical level of the contents of this debate still doesn't seem to have got past its initial stages.Arguments and conclusion: First, a short overview will be given of these 30 years of history of ethical debate, and some central concepts will be explained. Subsequently a critical analysis will be made of the arguments for and against the cloning of people which are used in this debate. The intention of this exposition is to stimulate further ethical discussion on the cloning of human beings

The field of medicine is generally greeted with great enthusiasm. This can be witnessed in the immense support for medical progress, which is widely hoped to lead to a realization of idealized goals. Indeed, with the help of medicine the human body would be controllable and constructible, human nature perfectible. However, enthusiasm in favor of medical progress is first and foremost a sentiment and, like all sentiments, not necessarily a product of rational contemplation. People are capable of enthusing about the realization of utopian notions, such as life without disease or with the perfect body, without requiring any concrete arguments to back them up. Enthusiasm alone is not a guarantee of ethical desirability, however. Hence, this book takes a closer look at four research fields often referred to in medical utopian literature: 'tissue engineering', 'bioelectronics', 'germ line genome modification' and 'interventions in the biological aging process'. They serve as a basis for analyzing whether ethical arguments can be found to support the euphoric advocacy of the further development of these fields.