ArticleAJOB empirical bioethics
Enhancing Animals is "Still Genetics": Perspectives of Genome Scientists and Policymakers on Animal and Human Enhancement.
Article in AJOB empirical bioethics. The graph could read no effect estimate from its abstract, so it casts no vote on the map. Not yet cited in PubMed.
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Abstract
backgroundNonhuman animals are regularly enhanced genomically with CRISPR and other gene editing tools as scientists aim at better models for biomedical research, more tractable agricultural animals, or animals that are otherwise well suited to a defined purpose. This study investigated how genome editors and policymakers perceived ethical or policy benefits and drawbacks for animal enhancement and how perceived benefits and drawbacks are alike, or differ from, those for human genome editing.
methodsWe identified scientists through relevant literature searches as well as conference presentations. Policymakers were identified through rosters of genome editing oversight groups (e.g., International Commission on the Clinical Use of Human Germline Genome Editing, World Health Organization) or efforts aimed at influencing policy (e.g., deliberative democracy groups). Interviews covered participants' views on ethical differences between interventions affecting somatic or germline cells and distinctions between using gene editing for disease treatment, prevention, and enhancement purposes.
resultsOf the 92 participants interviewed, 81 were genome editing scientists, and 33 were policymakers, with 22 interviewees being both scientists and policymakers. Multiple areas were identified in which the ethical implications of genomic enhancements for nonhuman animals differ from those for human animals including with respect to experiential welfare; germline edits; environmental sustainability; and justice.
conclusionsOverall, respondents viewed that animal enhancement is unburdened by the ethical complexities of human enhancement. These views may be related to participant perceptions of animals' lesser moral status and because germline editing in animals is common practice.
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