Gene drives and societal narratives
By Brigitte Nerlich,
Making Science Public
| 08. 21. 2020
A review of nine previous posts about gene drives, most by the same author
Some days ago, I came across an interesting virtual conference (HT @Sarah_A_Hartley) about gene editing which includes a session on ‘societal narratives’. I have written quite a bit about societal narratives of gene editing, but more recently I became involved in the issue of ‘gene drive’, that is, “a system of biased inheritance in which the ability of a genetic element to pass from a parent to its offspring through sexual reproduction is enhanced”. This is a naturally occurring twist in the laws of inheritance that scientists can use (with the help of gene editing) “to develop [artificial] gene-drive modified organisms for public health, conservation, agriculture, and other societal purposes, for example, by suppressing populations of mosquito species that transmit human diseases such as malaria, dengue, Zika, and chikungunya among others” (Gene drives on the horizon, 2016).
I suddenly asked myself: Are there any societal narratives emerging around gene drives? Cloninghas societal narratives, recombinant DNA has societal narratives, genetic engineering has societal narratives (I can’t wait for @matthewcobb’s book about this), genomics has societal narratives, genetic...
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...