Britons in favour of editing genes to correct inherited diseases
By Ian Sample,
The Guardian
| 03. 07. 2018
Britons are broadly in favour of rewriting the genetic code of human embryos to prevent children from inheriting devastating diseases – but draw the line at designer babies and creating “cosmetic” organisms such as micro-pigs, fluorescent fish and perfect carrots.
The views were revealed in one of the first major surveys of public opinion on a new generation of genetic technologies that have given scientists the power to alter the DNA of living organisms with unprecedented ease and precision.
Commissioned by the Royal Society, the survey asked more than 2,000 people chosen to be representative of the UK population what they thought of various uses of genetic technologies as applied to plants, humans and other animals. More nuanced views came from small groups convened in Edinburgh, Norwich and London that explored the issues in greater depth.
The survey found more than three-quarters (76%) were in favour of correcting genetic diseases in human embryos once and for all, even though such DNA modifications are controversial because the tweaks – and any harmful side effects they may cause – would affect not...
Related Articles
By Isaac Schultz, Gizmodo | 10.18.2024
Colossal Biosciences, a company mainly known for intending to genetically engineer proxies for several iconic extinct species, announced this week that it has made major steps towards the de-extinction of the thylacine, or Tasmanian tiger.
The thylacine was a carnivorous...
By Russ Burlingame, Comicbook | 07.23.2024
Colossal Laboratories and Biosciences, a biotech company that's putting together plans to orchestrate the de-extinction for animals like the dodo and the wooly mammoth, made some waves on Reddit recently when they petitioned the United Federation of Planets -- the...
By Shelly Fan, Singularity Hub | 05.31.2024
We all know the drill for reproduction—sperm meets egg.
For the past decade, scientists have been pushing the boundaries of where the two halves come from. Thanks to induced pluripotent stem cell technology, it’s now possible to scrape skin cells...
By Alison Snyder, Axios | 06.06.2024
Gene editing's next chapter will be focused on tackling cancers and more common diseases, uncovering new details about aging and other fundamental aspects of biology and editing RNA, top scientists in the field said this week.
The big picture: ...