Eugenics and genetic screening in television medical dramas.

Medical dramas offer unique insights into the way popular media makes sense of genetic technology and the ethics of its applications. In this paper we evaluate the contrasting depictions in television medical dramas of reproductive genetic screening and eugenics-two medical themes that some commentators see as closely related. By conducting a content analysis of 32 episodes of doctor shows featuring eugenic and/or genetic screening themes, we put the medical drama landscape in conversation with bioethics scholarship and mark a significant divergence between the two. While the academic literature has been parsing the possible relationship between genetic screening and eugenics for over 50 years, doctor shows tend to champion genetic screening as a powerful tool for promoting individual reproductive choice and criticise eugenics as a socially unjust infringement of reproductive freedom. In doing so, medical dramas mark a subtle but important moral distinction between the population-level implications of eugenics and the highly personal, emotional impact of genetic screening.

Autonomy and bioethics in fan responses to Orphan Black.

Viewers' responses to Orphan Black (2013-2017), a popular, genetics-themed sci-fi television series, reveal much about public understanding of the ethical challenges associated with genetic science. In this article, we assess how fans of Orphan Black process the bioethical themes that are prominent in the show through an analysis of 182 viewer-created blog posts. Using a mixed methods approach, our findings reveal that Orphan Black's fans distill the essence of the show down to its characters' fight for autonomy. Furthermore, fan blogs reveal two notable pathways through which this bioethical principle is explored: gender and reproduction. Viewers draw striking connections between the moral problems they observe on screen in Orphan Black and those they see in the real world-both today and in a possible future-particularly as those problems affect women. While existing scholarship acknowledges these themes in the show itself, our approach demonstrates science fiction fans' active participation in meaning-making and bioethical reasoning and offers a novel approach to studying fan-generated content for public understanding of science research.

Genetics in the X-Men film franchise: mutants as allegories of difference.

This article analyzes the complete corpus of live-action X-Men movies for their depictions of genetics and otherness. The researchers watched and qualitatively coded all thirteen movies produced by 20th Century Fox that take place in the same shared cinematic universe, beginning with X-Men (2000) and ending with The New Mutants (2020). The X-Men movies are unusual summer blockbusters since they explore genetic topics through their central characters, mutants, who are genetically different from their non-mutant peers. Mutants in the films evoke a plurality of analogies, such as mutant-as-Black and mutant-as-queer. These intersecting metaphors build upon a core of genetic difference to create a versatile but limited picture of prejudice, solidarity, and otherness.

Time considered as a helix of infinite possibilities.

This article explores the temporal implications of genomics through the lens of a classic science fiction story by Samuel R Delany, 'Time Considered as a Helix of Semi-Precious Stones'. Delany's futuristic vision of 'hologramic information storage', which allows the interplanetary Special Services to discover and predict everything a suspect has done or will be doing at any time in the past, present or future resembles 'genome time', the illusion that data encoded in your DNA can reveal your entire life-not only where you came from but what you will become-and that it is knowable from a single test in the present. The temporal implications of genomics are compared with 'queer time' and contrasted with the temporal implications of nanoscience and climate change in order to clarify what is distinctive about genome time. In conclusion, some practical consequences of genome time are discussed.