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 Dr. Coco Newton, Progress Educational Trust | 03.30.2026
Have you ever wondered what it means to have dozens of half-siblings across the world – or to never know where half of your genetic identity comes from? A recent episode of Zembla explores the human consequences of the global...
By Rob Stein, NPR | 04.23.2026
The Food and Drug Administration approved the first gene therapy to restore hearing for people who were born deaf.
The decision, while only immediately affecting people born with a very rare form of genetic deafness, is being hailed as...
By Emily Mullin, Wired | 04.23.2026
A STARTUP OUT of Utah, Paterna Biosciences, says it has successfully grown functional human sperm in a lab and used the sperm to make visibly healthy-looking embryos. The technique could eventually help men with certain types of infertility have biological children...
By Julianna LeMieux, Genetic Engineering & Biotechnology News | 04.14.2026
Twenty years ago, Sven Bocklandt, PhD, sought to create a hypoallergenic cat. He had the genetic engineering chops to do it, but the embryology was beyond his capabilities. At a small animal genetic engineering conference, known as TARC (Transgenic Animal...