What the man in the street thinks about human enhancement
By Michael Cook,
BioEdge
| 05. 07. 2016
[citing CGS consultant Pete Shanks]
Untitled Document
What does the American public think about human germline enhancement? A survey of 17 polls taken over the 30 years published in the New England Journal of Medicine suggests that Americans support gene therapy for patients with serious diseases, but they oppose it in embryos or germ cells. The authors conclude: “Of course, public opinion could change over time as discussions of these issues continue to evolve and as more is learned about the implications and safety of gene-editing technologies.”
However, Pete Shanks, at the Center for Genetics and Society, in California, reaches a different conclusion from much the same information. The latest polls show that more than 80% of people surveyed thought that babies should not be genetically modified for increased intelligence or sporting ability. “These are, or should be, devastating numbers to anyone who thinks that the public supports human heritable genetic modification,” he concludes.
Image via Pixabay
Related Articles
By Matthew Herper, Stat | 07.01.2026
Researchers have created what they say may count as the first synthetic cell, and have started a public benefit corporation to share the technology with other scientists. It’s a piece of science that generates as many questions as answers. They...
By Tory Shepherd, The Guardian | 07.17.2026
Over eight years, Ethan and his wife went through nine rounds of IVF in Melbourne.
They travelled to Spain for two more, without success.
“I thought maybe the universe had decided we’re not supposed to have kids,” says Ethan, who...
By Oscar Lopez, The Guardian | 07.19.2026
Diogo Amaro met his future husband, Loup, in Paris and from the first date, he made one thing clear: he wanted to have children.
“Right off the bat, I was like: ‘If I’m going to be in a relationship with...
By Carissa Wong, New Scientist | 07.08.2026
Healthy lambs have been born via an experimental form of in vitro fertilisation (IVF) that coaxes highly immature eggs to become mature ones in the lab. This is the first time the approach has been demonstrated in a large animal...