Dementias Platform UK is a world-leading digital treasure trove, holding health data from millions of people, to help understand and treat dementia. Their one-stop shop gives researchers access to health data for dementia research and recognises contributions from researchers across the pay grade. Director Professor John Gallacher explains why it’s good for science and scientists.
Professor John Gallacher, Director of the Dementias Platform UK
In the UK, we’re fortunate to have a growing, rich resource of data from people that take part in studies which follow their health and lifestyle choices over time, known as cohort studies.
But there isn’t a single standardised way of storing and analysing this information. Without the right tools to search, interrogate and analyse this information, the data can seem impenetrable.
At Dementias Platform UK (DPUK) we have a solution – a place for researchers to access all the data they need to answer some of the toughest questions about dementia. We want the best minds to access the best data, regardless of their location. Read more
Patient data has the power to revolutionise our approach to medical research and help improve human health. We’re funding scientists to use big data to tackle some of the biggest health challenges, including neurodegeneration. Here Ed Pinches, from Alzheimer’s Research UK, tells us why access to large data sets is so important in our fight against dementia.
It’s the hot topic, the subject dominating much of the latest news. Data. Your data. How it is used, how it is stored, who gets to access it, and for what purpose?
To understand the roles of different genes, Dr James Brown and colleagues at the MRC Harwell Institute are part of a project trying to find out what every single mouse gene does. To help speed things along, they have developed new software to analyse images of mouse embryos.
Our 20,000 genes provide the instructions for everything our body does. But we don’t yet know what each one is responsible for. We share 90 percent of our genes with mice so finding out their ‘function’ could help us understand more about human disease. Read more