Editing fetal genomes is on the horizon − a medical anthropologist explains why ethical discussions with the target communities should happen sooner rather than later
By Julia Brown,
The Conversation
| 08. 16. 2024
With their primary goal to advance scientific knowledge, most scientists are not trained or incentivized to think through the societal implications of the technologies they are developing. Even in genomic medicine, which is geared toward benefiting future patients, time and funding pressures make real-time ethics oversight difficult.
In 2015, three years after scientists discovered how to permanently edit the human genome, U.S. scientists issued a statement to halt applications of germline genome editing, a controversial type of gene editing where the DNA changes also transfer to the patient’s future biological descendants.
The scientists’ statement called for “open discussion of the merits and risks” before experiments could begin. But these discussions did not happen.
By 2018, at least two babies had been born from germline editing with embryos that had been genetically modified in China. With no preemptive ethics or clear regulatory guidance, you get the occasional “cowboy scientist” who pushes the boundaries of experiments until they are told to stop.
After finding out about the babies, scientists continued to talk – but mostly among themselves...
Related Articles
By Katie Hunt, CNN | 07.30.2025
Scientists are exploring ways to mimic the origins of human life without two fundamental components: sperm and egg.
They are coaxing clusters of stem cells – programmable cells that can transform into many different specialized cell types – to form...
By Ewen Callaway, Nature | 08.04.2025
For months, researchers in a laboratory in Dallas, Texas, worked in secrecy, culturing grey-wolf blood cells and altering the DNA within. The scientists then plucked nuclei from these gene-edited cells and injected them into egg cells from a domestic dog ...
By Kristel Tjandra, Genetic Engineering & Biotechnology News | 07.30.2025
CRISPR has taken the bioengineering world by storm since its first introduction. From treating sickle cell diseases to creating disease-resistant crops, the technology continues to boast success on various fronts. But getting CRISPR experiments right in the lab isn’t simple...
By Arthur Caplan and James Tabery, Scientific American | 07.28.2025
An understandable ethics outcry greeted the June announcement of a software platform that offers aspiring parents “genetic optimization” of their embryos. Touted by Nucleus Genomics’ CEO Kian Sadeghi, the $5,999 service, dubbed “Nucleus Embryo,” promised optimization of...