Transport Phenomena in Degenerate Gases and their Bearing on White Dwarfs

Transport Phenomena in Degenerate Gases and their Bearing on White Dwarfs have been studied in the present paper.@IAC

A priority paper for the societal and ethical aspects of synthetic biology

As synthetic biology develops into a promising science and engineering field, we need to have clear ideas and priorities regarding its safety, security, ethical and public dialogue implications. Based on an extensive literature search, interviews with scientists, social scientists, a 4 week long public e-forum, and consultation with several stakeholders from science, industry and civil society organisations, we compiled a list of priority topics regarding societal issues of synthetic biology for the years ahead. The points presented here are intended to encourage all stakeholders to engage in the prioritisation of these issues and to participate in a continuous dialogue, with the ultimate goal of providing a basis for a multi-stakeholder governance in synthetic biology. Here we show possible ways to solve the challenges to synthetic biology in the field of safety, security, ethics and the science–public interface

What does it mean to take an ethics+ approach to global biobank governance?

This article re-examines and fundamentally re-assesses the symbiotic relationship between law and ethics in the governance and regulation of biobanks as a global phenomenon. Set against the two decades of experience of set-up, management and most recently granting access to biobanks to promote advances in human health, it is argued that the boundaries—and so the legitimacy—of the respective roles of ethics and law have become blurred and, potentially, blunted. The caricature of law as a tool of command and control—resulting in compliance culture—is well recognised in regulation studies, but parallels with this can now also be seen within certain ethical regimes pertaining to biobanks and human health research more generally. At the same time, the ethical content of certain legal responses to biobanks can be lacking, as some legal systems seek to regulate biobanking in inflexible and unreflective ways that potentially undermine the entire enterprise. This can result in a net failure to capture adequately particular features of biobanking that make this field so potentially rich in terms of ultimate social value and human benefit. The argument is made that the interconnected, yet distinct, nature of the contributions of law and ethics must be better understood in this setting. The central message is unapologetically sceptical about the role of law in regulating biobanking, except when we see law as process. Rather, the position is advanced that more work is required to develop governance regimes that are ‘Ethics+’ : that is, rooted in the core values and principles at stake while able to adapt and accommodate the inevitable changing landscape of biobank research and practice. While ethics are always a necessary component of a robust and defensible regimes of health research, the notion of Ethics+ directs our attention to processes in which ethical discourse and engagement can be optimised to respond to particular features of biobanks and their operation

Co-production and managing uncertainty in health research regulation:A Delphi study

European and international regulation of human health research is typified by a morass of interconnecting laws, diverse and divergent ethical frameworks, and national and transnational standards. There is also a tendency for legislators to regulate in silos—that is, in discrete fields of scientific activity without due regard to the need to make new knowledge as generalisable as possible. There are myriad challenges for the stakeholders—researchers and regulators alike—who attempt to navigate these landscapes. This Delphi study was undertaken in order to provide the first interdisciplinary and crosscutting analysis of health research regulation, as it is experienced by such stakeholders in the UK context. As well as reinforcing existing understandings of the regulatory environment, Delphi participants called for greater collaboration, and even co-production, of processes involved in health research regulation. On the basis of this research, we offer insights about how health research regulation can become a matter with which a wider range of stakeholders—including researchers, regulators, publics and research sponsors—can engage. The evidence supports the normative claim that health research regulation should continue to move away from strict, prescriptive rules-based approaches, and towards flexible principle-based regimes that allow researchers, regulators and publics to co-produce regulatory systems serving core principles. By unpacking thorny concepts and practices at the heart of health research regulation—including the public interest and public engagement—our results have the potential to situate and breathe life into them. The results also demonstrate that while proportionality is well-recognised as a crucial element of flexible regulatory systems, more must be done to operationalise this as an ethical assessment of the values and risks at stake at multiple junctures in the research trajectory. This is required if we are to move beyond proportionality as a mere risk-management tool. Compliance culture no longer accurately reflects the needs and expectations of researchers or regulators, nor does it necessarily produce the best research. Embracing uncertainty—both as a human practice and a regulatory objective—may represent the brighter future for health research

Synthetic biology: ethical ramifications 2009

During 2007 and 2008 synthetic biology moved from the manifesto stage to research programs. As of 2009, synthetic biology is ramifying; to ramify means to produce differentiated trajectories from previous determinations. From its inception, most of the players in synthetic biology agreed on the need for (a) rationalized design and construction of new biological parts, devices, and systems as well as (b) the re-design of natural biological systems for specified purposes, and that (c) the versatility of designed biological systems makes them suitable to address such challenges as renewable energy, the production of inexpensive drugs, and environmental remediation, as well as providing a catalyst for further growth of biotechnology. What is understood by these goals, however, is diverse. Those assorted understandings are currently contributing to different ramifications of synthetic biology. The Berkeley Human Practices Lab, led by Paul Rabinow, is currently devoting its efforts to documenting and analyzing these ramifications as they emerge

The Ethics of Synthetic Biology: Outlining the Agenda

The projects and aims of synthetic biology raise various ethical questions, challenging some of our basic moral concepts. This chapter addresses these issues in three steps. First, we present an overview of different types of ethical issues related to synthetic biology by assigning them to three main categories: method-related, application-related, and distribution-related issues. The first category concerns the procedure and aims of synthetic biology, the second deals with certain planned applications of synthetic biology and the third with questions of distribution and access to procedures and products of this technology. Next, we address a statement often raised in the discussion about ethics of synthetic biology, namely that the ethical issues of synthetic biology have been discussed in previous debates and therefore do not need to be addressed again. We argue that past debates do not render the discussion of ethical issues superfluous because synthetic biology sets these issues in a new context and because the discussion of such issues fulfills in itself an important function, namely by stimulating thought about our relationship to technology and nature. Furthermore, given that synthetic biology’s aims go beyond those of previous technologies, we suggest that it does in fact raise novel ethical issues. Finally, we present opinions of European synthetic biologists on ethical issues in their field. At such an early stage of technological development, synthetic biologists play an important role in the assessment of their discipline, and are best placed to estimate the scientific potential of the field. In an attempt to capture the intuitions of the European synthetic biology community, we have carried out interviews, the results of which we briefly summarize in this last section. By presenting an overview of the various ethical issues and their actual and perceived importance, this chapter aims at providing a first outline for the agenda for an ethics of synthetic biology