Advanced Diagnostics and Therapeutics
Advanced Diagnostics and Therapeutics supports the delivery of the next level of tailored, personalised therapies to complex populations.
Our Ambition
To be focused on research that will deliver genuine change to people’s lives. We will capitalise on our strong medical and veterinary skill base to drive the creation of a pipeline of novel diagnostic technologies and therapeutics, emerging from the enhanced understanding of disease pathogenesis. This will allow us to deliver significant advances in disease prevention, early diagnosis, and early intervention.
- We aim to bring breakthrough solutions for disease areas with a high prevalence and societal burden.
- We aim to translate our strengths in mechanistic biology into effective disease therapies.
- We aim to make optimised modern therapies fairly and equitably available to all patients who will benefit.
Our Team
Our Strengths
Leading artificial intelligence research
The discovery of new healthcare applications for artificial intelligence, linking our abilities in computer science with our huge patient and data resources to tackle the major health challenges facing our city, our country and our planet.
Commitment to improving our healthcare systems
The development of world-class facilities in advanced preclinical and translatable research technologies, such as cancer research, spatial biology, infection and immunity and cardiovascular disease.
World-class infrastructure and clinical services
We are home to a number of world-class facilities that allow us to conduct a wide breadth of clinical services in areas such as cancer research, infection and immunity and cardiovascular disease.
World-leading healthcare research
We have extraordinary access to patient materials through our vast centralised pathology and diagnostic facilities, and our surgical services to one third of Scotland’s population.
Our Impact
Advanced Diagnostics and Therapeutics research in the College of Medical, Veterinary & Life Sciences is tackling key global issues facing our planet. Learn more about our journey.
Together, For the World
The University of Glasgow promotes a collaborative research environment where all world changers belong. Join #TeamUofG and you’ll become part of a welcoming and international community of more than 9,000 talented people. We’re investing in our organisation, and we’ll invest in you too. You've seen what we can do, now we want to hear from you.
- Our Ambition, Your Future
- Our Strengths, Your Path
- Our Impact, Your Community
Our World, Your Future
Collaboration within our community is at the heart of our College Futures. Our interwoven themes provide a welcoming supportive community as well as ample opportunity for collaboration. Explore our College Futures to discover how we're making a difference, together.
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Latest College News
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16 DecThe H5N1 avian influenza virus – commonly known as bird flu – has been causing outbreaks in dairy cows in the United States since March 2024. Now, scientists studying the adaptation of the avian H5N1 viruses to cows, have found that some of the more recent variants are more able to infect cow cells and tissues than some older variants
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05 Dec
UofG wins Openness Award at the Understanding Animal Research symposium
The University of Glasgow has been recognised for its approach to public engagement, winning an Openness Award at the annual Understanding Animal Research (UAR) symposium for its debut appearance at the Glasgow Science Festival (GSF). -
01 Dec
RSV vaccination during pregnancy reduces the risk of infant hospitalisation
New research shows that infants under three months old, whose mothers received the RSV vaccination during pregnancy, had around 80% reduced risk of hospitalisation due to an RSV infection, compared to infants whose mothers were unvaccinated -
27 Nov
Bird flu viruses are resistant to fever, making them a major threat to humans
Bird flu viruses are a particular threat to humans because they can replicate at temperatures higher than a typical fever, one of the body’s ways of stopping viruses in their tracks, according to new research led by the universities of Cambridge and Glasgow.