“Acceptance of Genetic Editing and of Whole Genome Sequencing of Human Embryos by Patients With Infertility Before and After the Onset of the COVID-19 Pandemic”, Werner M. Neuhausser, Yuval Fouks, Si Won Lee, Annliz Macharia, Insoo Hyun, Eli Y. Adashi, Alan S. Penzias, Michele R. Hacker, Denny Sakkas, Denis Vaughan2023-03-24 (, )⁠:

Background: Has acceptance of heritable genome editing (HGE) and whole genome sequencing for preimplantation genetic testing (PGT-WGS) of human embryos changed after the onset of COVID-19 among infertility patients?

Design: A written survey conducted between April & June 2018 and July & December 2021 among patients at a university-affiliated infertility practice. The questionnaire ascertained the acceptance of HGE for specific therapeutic or genetic ‘enhancement’ indications and of PGT-WGS to prevent adult disease.

Results: In 2021 & 2018, 172 & 469 patients (response rates: 90% and 91%, respectively) completed the questionnaire.

In 2021, statistically-significantly more participants reported a positive attitude towards HGE, for therapeutic and enhancement indications. In 2021 compared with 2018, respondents were more likely to use HGE to have healthy children with their own gametes (85% versus 77%), to reduce disease risk for adult-onset polygenic disorders (78% versus 67%), to increase life expectancy (55% versus 40%), intelligence (34% versus 26%) and creativity (33% versus 24%). 15% of the 2021 group reported a more positive attitude towards HGE because of COVID-19 and less than 1% a more negative attitude.

In contrast, support for PGT-WGS was similar in 2021 and 2018.

Conclusion: A statistically-significantly increased acceptance of HGE was observed, but not of PGT-WGS, after the onset of COVID-19. Although the pandemic may have contributed to this change, the exact reasons remain unknown and warrant further investigation. Whether increased acceptability of HGE may indicate an increase in acceptability of emerging biomedical technologies in general needs further investigation.

[Keywords: gene editing, COVID-19, CRISPR/Cas9, whole genome sequencing, preimplantation genetic screening, human genome]

Figure 1: Comparison of the acceptance of whole genome sequencing and gene editing of human embryos in different scenarios between pre/post-COVID-19 groups of patients seeking infertility treatment. Very high and high acceptance for the corresponding indications are colored in dark green and light green, respectively; dark red and light red represent very low and low acceptance, respectively. Log-binomial regression was used to calculate adjusted risk ratios and 95% confidence intervals. All models were adjusted for covariates that were notably different between the 2021 and 2018 respondents, including gender, religion, knowledge of whole genome sequencing and knowledge of gene editing.