Some have suggested that Jon Stewart of The Daily Show with Jon Stewart (TDS) and Stephen Colbert of The Colbert Report (TCR) represent a new kind of journalist. We propose, rather, that Stewart and Colbert are imitators who do not fully inhabit the role of journalist. They are interesting because sometimes they do a better job performing the functions of journalism than journalists themselves. However, Stewart and Colbert do not share journalists' moral commitments. Therefore, their performances are neither motivated nor (...) constrained by these commitments. Using a virtue theory framework, we suggest that this distinction between journalists and their imitators is morally significant because it implies differences in the kinds of excellence these moral agents are pursuing in their work. Rather than evaluating the work of Colbert and Stewart in the role of journalists, we propose analyzing their contributions to media ethics in the role of media critics. (shrink)

The existence of consciousness in animals may have been overlooked. Continuity in consciousness between humans and animals is predicted by evolutionary theory. However, there are specific methodological difficulties associated with investigating such a phenomenon: it cannot be directly measured; animals, unlike humans, cannot directly tell us about their conscious experience; experiments which have made comparisons to human consciousness cannot detect consciousness of a different form; application of the law of parsimony in science has traditionally led to the conclusion that it (...) does not exist. (shrink)

Brain organoid research raises ethical challenges not seen in other forms of stem cell research. Given that brain organoids partially recapitulate the development of the human brain, it is plausible that brain organoids could one day attain consciousness and perhaps even higher cognitive abilities. Brain organoid research therefore raises difficult questions about these organoids' moral status – questions that currently fall outside the scope of existing regulations and guidelines. This paper shows how these gaps can be addressed. We outline a (...) moral framework for brain organoid research that can address the relevant ethical concerns without unduly impeding this important area of research. (shrink)

Contemporary research ethics policies started with reflection on the atrocities perpetrated upon concentration camp inmates by Nazi doctors. Apparently, as a consequence of that experience, the policies that now guide human subject research focus on the protection of human subjects by making informed consent the centerpiece of regulatory attention. I take the choice of context for policy design, the initial prioritization of informed consent, and several associated conceptual missteps, to have set research ethics off in the wrong direction. The aim (...) of this paper is to sort out these confusions and their implications and to offer instead a straightforward framework for considering the ethical conduct of human subject research. In the course of this discussion I clarify different senses of autonomy that have been confounded and present more intelligible justifications for informed consent. I also take issue with several of the now accepted dogmas that govern research ethics. These include: the primacy of informed consent, the protection of the vulnerable, the substitution of beneficence for research's social purpose, and the introduction of an untenable distinction between innovation and research. (shrink)

The first objective of this article is to demonstrate that ethics committee members can learn a great deal from a forensic analysis of two classic psychology studies: Zimbardo’s Stanford Prison Study and Milgram’s Obedience Study. Rather than using hindsight to retrospectively eradicate the harm in these studies, the article uses a prospective minimization of harm technique. Milgram attempted to be ethical by trying to protect his subjects through debriefing and a follow-up survey. He could have done more, however, by carrying (...) out what ethics committees routinely insist on today for those researching sensitive topics. The establishment of counselling supports to identify harm to participants would have minimized additional harm. Were these in place, or in Zimbardo’s case had the Stanford Ethics Committee properly identified Zimbardo’s conflict of interest – he was both a principal investigator and the prison warden – how much harm could have been minimized? The second aim is to examine how some qualitative authors routinely demonize these classic studies. It might appear that there are too few cases of unethical qualitative research to justify such an examination; however, this article identifies a number of recent examples of ethically dubious qualitative research. This would suggest that qualitative research should examine its own ethics before poaching from psychology. (shrink)

Background Human brain organoids are a valuable research tool for studying brain development, physiology, and pathology. Yet, a host of potential ethical concerns are inherent in their creation. There is a growing group of bioethicists who acknowledge the moral imperative to develop brain organoid technologies and call for caution in this research. Although a relatively new technology, brain organoids and their uses are already being discussed in media literature. Media literature informs the public and policymakers but has the potential for (...) utopian or dystopian distortions. Thus, it is important to understand how this technology is portrayed to the public. Methods To investigate how brain organoids are displayed to the public, we conducted a systematic review of media literature indexed in the Nexis Uni database from 2013–2019. News and media source articles passing exclusion criteria (_n_ = 93) were scored to evaluate tone and relevant themes. Themes were validated with a pilot sample before being applied to the dataset. Thematic analysis assessed article tone, reported potential for the technology, and the scientific, social, and ethical contexts surrounding brain organoids research. Results Brain organoid publications became more frequent from 2013 to 2019. We observed increases in positively and negatively toned articles, suggesting growing polarization. While many sources discuss realistic applications of brain organoids, others suggest treatment and cures beyond the scope of the current technology. This could work to overhype the technology and disillusion patients and families by offering false hope. In the ethical narrative we observe a preoccupation with issues such as development of artificial consciousness and “humanization” of organoid-animal chimeras. Issues of regulation, ownership, and accuracy of the organoid models are rarely discussed. Conclusions Given the power that media have to inform or misinform the public, it is important this literature provides an accurate and balanced reflection of the therapeutic potential and associated ethical issues regarding brain organoid research. Our study suggests increasing polarization, coupled with misplaced and unfounded ethical concern. Given the inhibitory effects of public fear or disillusion on research funding, it is important media literature provides an accurate reflection of brain organoids. (shrink)