The New Techno-Eugenics: Germline Engineering and the End of Humanity
By Dan Cloer,
Vision [cites CGS' Richard Hayes]
| 07. 16. 2019
Our newfound power to manipulate the genes of our children compels the human community to address a foundational question: Will we use science and technology to further or to subvert the human species?
Fifteen thousand babies are born every hour, every day, around the world. About 3 percent, or 450 individuals, are twins. In November 2018, a very special set of twins were born in China. Named Nana and Lulu, the sisters were the first humans to be genetically altered using CRISPR, the gene-editing system developed from bacteria.
A codiscoverer and pioneer in the application of CRISPR technology to genome editing, Berkeley scientist Jennifer Doudna, told Vision in 2016, “The big-picture view is that we have the tools to change our DNA and change the things that we are passing on to future generations. And now we can make those decisions. That is a profound thought.”
Continuing, Doudna noted general agreement among the scientific community that there should be “broad societal consensus before we use this technology in any clinical application in the human germline. But how do you define ‘broad societal consensus’? That remains to be seen; it was not the end of the conversation but the beginning.”
But conversation and consensus have been overwhelmed by the reality of Nana and...
Related Articles
By Megan Molteni and Anil Oza, STAT | 10.07.2025
For two years, a panel of scientific experts, clinicians, and patient advocates had been hammering out ways to increase community engagement in National Institutes of Health-funded science. When they presented their road map to the NIH Director Jay Bhattacharya last...
By Abby McCloskey, The Dallas Morning News | 10.10.2025
We Texans like to do things our way — leave some hide on the fence rather than stay corralled, as goes a line in Wallace O. Chariton’s Texas dictionary This Dog’ll Hunt. Lately, I’ve been wondering what this ethos...
By Julia Black, MIT Technology Review | 10.16.2025
Consider, if you will, the translucent blob in the eye of a microscope: a human blastocyst, the biological specimen that emerges just five days or so after a fateful encounter between egg and sperm. This bundle of cells, about the size of...
By Kaitlin Sullivan, NBC News | 10.15.2025
Two months after she was born, Eliana Nachem got a cough that wouldn’t go away. Three weeks later, she also started having runny stool, prompting a visit to her pediatrician.
Eliana didn’t have allergies or a gastrointestinal condition; instead, tests...