Genomics research is regularly appropriated in social and political contexts to publicly legitimize unjust and malicious political views, policies, and actions. In recent years, there have been high‐profile cases of mass shooters, public intellectuals, and political insiders using genomics findings to convince audiences that deadly force and coercive policies against racial minorities are warranted. To create a just genomics, geneticists must consider what makes their research so attractive and adaptable for the legitimization of unjust ends and what they can do (...) to counter such appropriations. We offer insights and recommendations drawing from our research into the many ways online white nationalist and far‐right political movements mobilize genetics research to promote their racist, sexist, antisemitic, and homophobic views. First, geneticists should identify and change routine research practices that feed eugenic thinking. Second, geneticists should adopt creative extra‐scholarly communication efforts to counter the use of their field's research that occurs in nonscholarly spaces. Third, we identify permissive epistemological and professional practices within the genetics field that have enabled such unjust appropriations to thrive, and we recommend strategies for institutional reform. (shrink)

Scientific data‐sharing and open science initiatives are increasingly important mechanisms for advancing the impact of genomic research. These mechanisms are being implemented as growing attention is paid to the need to improve the inclusion of research participants from marginalized and underrepresented groups. Together, these efforts aim to promote equitable advancements in genomic medicine. However, if not guided by community‐informed protections, these efforts may harm the very participants and communities they aim to benefit. This essay examines potential benefits and harms of (...) open science and explores how to advance a more just vision of open science in genomics. Drawing on relational ethics frameworks, we argue that researchers should consider their obligations to participants as well as the broader communities that are impacted by their research. We propose eight strategies to provide a foundation of practical steps for researchers to reduce the possibility of harms stemming from open science and to work toward genomic justice. (shrink)

Background Genome scientists and Ethical, Legal, and Social Implications of genetics (ELSI) scholars commonly inhabit distinct research cultures – utilizing different research methods, asking different research questions, and valuing different types of knowledge. Collaborations between these two communities are frequently called for to enhance the ethical conduct of genomics research. Yet, little has been done to qualitatively compare genome scientists’ and ELSI scholars’ perspectives on collaborations with each other and the factors that may affect these collaborations.Methods 20 semi-structured interviews with (...) US-based genome scientists and ELSI scholars were conducted between June–September 2021. Interviews were analyzed using inductive thematic analysis.Results Genome scientists and ELSI scholars provided different understandings of the value and goals of their collaborations with each other. Genome scientists largely perceived ELSI expertise to be relevant for human subjects research; they described ELSI scholars as communicators who help the public and/or study participants better understand genomics research. In comparison, ELSI scholars viewed themselves as developing and implementing policies; they expressed frustration at how scientists can misunderstand their research methods or negatively perceive them. A combination of factors – both structural (e.g., criteria for promotion) and cultural (e.g., perceptions of what colleagues value and respect) – seemed to shape these diverging perspectives.Conclusion Academic institutions, funders, and researchers commonly call for collaborations between genome scientists and ELSI scholars, but under-consider how their different conceptual frameworks, research methods, goals, norms, and values, conjoin to affect such partnerships. Acknowledging, exploring, and addressing the complex interplay between these factors could help to more effectively facilitate collaborations between genome scientists and ELSI scholars. (shrink)

Lucas Matthews and I substantially revised my SEP entry on Heritability. This version includes discussion of the missing heritability problem and other issues that arise from the use of Genome Wide Association Studies by Behavioral Geneticists.