There is another set of entities that needs to be brought into the conversation about the ethical, legal, and social implications of scientific conduct. This widely varied group includes not‐for‐profit educational, academic, public‐service, and philanthropic organizations other than the type mentioned above as well as for‐profit businesses. Despite their major differences, these organizations may all be in a position to make decisions, directly or indirectly, about the conduct of scientific research. And those decisions may have a significant impact on the (...) parties normally involved in thinking and talking about obligations and concerns—the researchers, the subjects, and the general public. Yet there are few if any conceptual frameworks to help organizations address the ethical, legal, and social issues related to conducting scientific research. There are also few resources to help organizations find and develop the expertise required to make responsible decisions or communicate those decisions in ways that could support and advance the ethical conduct of research.In what follows, we try to identify and explore the duties, rights, and interests of one such organization, the Center for Talented Youth at Johns Hopkins University, when asked to play a supporting role in research on the genetics of intelligence. As central agents in this case, we hope to demonstrate why organizations like CTY cannot be neglected in the broader effort to ensure trustworthy research into the genetics of intelligence. (shrink)

An article published in the UK Guardian on 11/10/2013 with the headline ‘Genetics outweighs teaching, Gove advisor tells his boss’ reported a leaked document written by special advisor Dominic Cummings to the then UK Secretary of State for Education, Michael Gove. The article generated 3008 on-line reader comments from the public. These reader comments offer a naturalistic opportunity to understand public opinion regarding Cummings’ controversial suggestions and ideas. We conducted a content analysis of n = 800 reader comments, coding them (...) on the basis of level of agreement with the ideas and opinions expressed in the article. Of all aspects of education mentioned, Cummings’ reported views on genetics were commented upon most frequently and were subject to the most opposition from commenters, but also the most support. Findings offer some insight into the challenges involved in conducting public discourse about the relevance of genes in education. We discuss the accuracy with which Cummings’ views were presented and the effect this may have had on reader responses to the points being raised. (shrink)

After reading Savulescu and colleagues,1 one ought to be in no doubt that human heritable genome editing is a ‘moral imperative’: to cure disease, reduce inequalities, improve public health and protect future generations. They make this argument repeatedly and in no uncertain terms. Yet are they right to do so? I am certainly not against developing HGE or exploring its possibilities. Instead, I aim to sound a cautionary note in relation to claims about its technological potential and how we frame (...) arguments on this basis. The ‘moral imperative’ argument has been made many times, since well before the advent of genome editing, by the present authors and others. It generally rests on a number of preconditions, implicit or explicit: that HGE will be safe, effective, cost-efficient and equitably available. Now, many bioethicists would take no issue with, indeed have supported,5 the proposition that, once all of these conditions are satisfied, HGE is something we have good moral reasons to pursue. At this pivotal moment for global science, ethics and governance, however, we need equally to be concerned with the technology’s immediate future trajectory: whether and how we can reach the point of satisfying these conditions. In this context, the MIA is something of a distraction; at worst, it may even be corrosive and damaging. Consider first the argument from evolutionary fitness, that HGE is morally required to counteract the supposed ‘genetic deterioration’ produced by medically enabled ‘survival of the weak’, that makes …. (shrink)