Are we mapping a path to CRISPR babies?
By Katie Hasson and Marcy Darnovsky,
The Hill
| 09. 13. 2020
In November 2018, at a gene-editing “summit” hosted by scientific societies from the U.S., the U.K., and Hong Kong, a Chinese researcher announced that he had created the world’s first genetically modified babies. He Jiankui fully expected to be celebrated for a scientific breakthrough; he mentioned the Nobel Prize. Instead, he was almost universally condemned.
Key figures associated with the U.S. National Academies and U.K. Royal Society joined in the criticism but did not reject heritable genome editing. Instead, they objected to the Chinese researcher’s timing. It was too soon, they said. It hadn’t been done as they thought it should have been. But according to the researcher now being called a “rogue,” it was the National Academies’ 2017 report that had given him the green light for his experiments.
In the aftermath of this headline-grabbing debacle, the scientific societies decided on a do-over. They declared it time to “define a rigorous, responsible translational pathway” toward clinical use of heritable genome editing. They set up a carefully selected international commission with the mandate to map the scientific details...
Related Articles
By Roxanne Khamsi, The Atlantic | 07.07.2026
When Ludivine Verboogen and Romain Alderweireldt’s third child was born in Belgium in late 2015, they marveled at his long fingers. Perhaps one day he will be a famous pianist, they thought. But soon Ludivine grew worried that her son...
By Carl Zimmer and Marco Hernandez , The New York Times | 07.01.2026
Scientists have long dreamed of discovering the alchemy by which chemicals can be turned into life. On Wednesday, a team at the University of Minnesota announced that it had taken a major step toward that vision.
Blending together dozens of...
By Michael Le Page , New Scientist | 06.25.2026
We now know the master gene that controls embryonic development in people. Called NANOG, its role has been identified by making precise changes to the DNA of fertilised eggs using a technique called CRISPR base editing.
The discovery might lead...
By Maggie Astor, The New York Times | 06.23.2026
Every year, patients undergo millions of in vitro fertilization procedures worldwide. Only a minority result in a live birth.
In an effort to improve the odds, scientists have developed an array of “add-ons” that could in theory identify the most...