Social experimental research commonly employs media to elicit responses from research subjects. This use of media is broadly protected under fair use exemptions to copyright, and creators of content used in experiments are generally not afforded any formal consideration or protections in existing research ethics frameworks. Online social networking sites are an emerging and important setting for social experiments, and in this context the material used to elicit responses is often content produced by other users. This article argues that users (...) may have a reasonable interest in controlling the use of their content in experiments conducted in online social networks. Matters of risk and autonomy in research ethics are explored by analogy to active debates in law over adhesion contracts, moral rights, and the right to be forgotten. The article concludes by considering practical difficulties in identifying and protecting the interests of creators. (shrink)

The generation of three-dimensional cerebral organoids from human-induced pluripotent stem cells (hPSC) has facilitated the investigation of mechanisms underlying several neuropsychiatric disorders, including stress-related disorders, namely major depressive disorder and post-traumatic stress disorder. Generating hPSC-derived neurons, cerebral organoids, and even assembloids (or multi-organoid complexes) can facilitate research into biomarkers for stress susceptibility or resilience and may even bring about advances in personalized medicine and biomarker research for stress-related psychiatric disorders. Nevertheless, cerebral organoid research does not come without its own set (...) of ethical considerations. With increased complexity and resemblance to in vivo conditions, discussions of increased moral status for these models are ongoing, including questions about sentience, consciousness, moral status, donor protection, and chimeras. There are, however, unique ethical considerations that arise and are worth looking into in the context of research into stress and stress-related disorders using cerebral organoids. This paper provides stress research-specific ethical considerations in the context of cerebral organoid generation and use for research purposes. The use of stress research as a case study here can help inform other practices of in vitro studies using brain models with high ethical considerations. (shrink)

Research Ethics Boards (REBs) at universities are chaired and staffed by researchers who serve to enforce codes of ethics by scrutinizing research proposals. Yet there is widespread dissatisfaction with the REB approval process. This article examines the sources of that dissatisfaction, the place for codes of ethics in the conducting of research, the evidence for risk to research participants as the basis for those codes, and the effectiveness of REBs in protecting research participants. We offer suggestions for how REB chairs, (...) members, and researchers can improve the REB approval process so that it is fair and responsive. (shrink)

Laura Stark’s ethnography of IRB decision-making unearthed two concerns: first, even though the committees were governed by ethical principles, the committees generated their own precedents for future decision-making; second, Stark witnessed unequal power relations within committee decision-making as a member’s expertise was accepted as a ‘warrant’. This article examines how these warrants are practiced within the decision-making process of New Zealand’s four Health and Disability Ethics Committees (HDECs or IRBs). More specifically, this article concerns these warrants during a committee’s decision (...) to consult with indigenous communities, a decision for which there exist no guidelines. The article ends by discussing ethical issues when observing in public places. (shrink)