The NHS should run a mile from the genome sequencing goldrush
By David King,
The Guardian
| 02. 07. 2019
Genomics England’s plans to move into paid-for genome sequencing of healthy people has done more than raise eyebrows in the scientific world. Last week a parade of the genomics great and good – who had clearly not been informed of the plans announced last week by Matt Hancock, the health secretary – wrote to the Times saying this would “create two-tier access to services, where people who can pay are able to access services that are denied to those who cannot”.
Others have pointed out that the plans will create extra pressure on GPs, who will have to deal with a flood of “worried well” patients coming to them with DNA test results.
The idea is that new “genomics volunteers” will pay for the sequencing and for its interpretation, while agreeing to donate the results in anonymous form to the Genomics England databank. The fact that the volunteers are being asked to pay for test results, delivered by a healthcare provider rather than a private genetic-testing company, must give them the impression that there are personal health benefits to...
Related Articles
By Erik Adams, Sundance | 09.08.2026
The scariest movie playing at the 2026 Sundance Film Festival isn’t about cursed audio recordings or a killer demon disguised as your true love; rather it’s a 110-minute essay film about how a handful of guys obsessed with numbers and...
By Katie Bo Lillis and Zachary Cohen, CNN | 09.18.2026
The intelligence report, circulated across the US military this spring in the midst of the war with Iran, immediately set off alarm bells: A Chinese ship in the Middle East was transporting components of a nuclear weapons program.
The US...
By Miryam Naddaf, Nature | 09.21.2026
A wave of epigenetic therapies is offering hope as ways to cure chronic hepatitis B — a lingering liver infection that is caused by the hepatitis B virus (HBV) and affects more than 250 million people around the world. Currently...
By Karen Weintraub, Endpoints News | 09.16.2026
To better understand certain neuropsychiatric disorders, researchers at Stanford University have bred rodents that lack a cortex and hippocampus and then replaced those missing brain cells with human ones.
The altered mice, a scientific first, provided insights that would not...