The new BHF Oxford Centre of Research Excellence (BHF Oxford CRE) has launched today at the University of Oxford. Building on three previous Centre awards since 2008, the BHF Oxford CRE unites the University’s cross-disciplinary cardiovascular research community. From discovery science through to clinical and population health research, the BHF Oxford CRE will continue to advance cardiovascular sciences and benefit for patients.
Professor Keith Channon, Director of the BHF Oxford CRE said “We are delighted to receive this renewed support from the BHF to continue the excellent research that is being done by our strong and diverse network of researchers in Oxford. With teams spanning across multiple disciplines we can address new targeted and critical areas of research for the cardiovascular sciences – with the overall goal of translating discoveries from the laboratory through to clinical practice. Through our early- to mid-career development and training opportunities we are continuing to promote a diverse and inclusive research culture allowing our researchers to compete at the highest level and nurture them to become future cardiovascular research leaders.”
With the new round of funding, the BHF Oxford CRE has three key research themes in areas where it sees clear potential to deliver world leading advances:
Led by Professor Cornelia van Duijn and co-led by Professor Blanca Rodriguez, the Big Data & Computational Science theme builds on the Centre’s capabilities in data analysis for population cardiovascular health, including a new focus on vascular dementia. We are working in collaboration between cardiologists, engineers and computer scientists to extend upon big data techniques, artificial intelligence, modelling and simulation which will provide new insights into treatments for cardiovascular disease.
Read the full story on the Radcliffe Department of Medicine website.
more recommended stories
Cannabis and Tobacco Co-Use May Increase Psychosis RiskKey Takeaways A new study in.
Skin Cancer Risk After Transplant Needs Better ScreeningKey Points Summary Solid organ transplant.
Polygenic Risk Scores Improve Early Heart Disease DetectionKey Points A new multicondition polygenic.
Prenatal Sedatives Psychiatric Risk: New Study FindingsQuick Summary A large South Korean.
Cardiovascular Health from Early Life Lowers Disease RiskKey Points Summary: Cumulative cardiovascular health.
Early Autism Detection Using Wearable Sensors in InfantsKey Highlights: Wearable movement sensors may.
Alzheimer’s Disease Driven by Cancer Gene MutationsKey Highlights Microglial cells in Alzheimer’s.
Cardiovascular Risk Rises with Heatwaves Over 38°CKey Highlights Extreme heat (>38°C) significantly.
Psychedelic Use Linked to Major Life Changes StudyQuick Summary 83% of users reported.
Brain Categorization Redefined by New Neuroscience StudyKey Highlights Brain Categorization is not.
Leave a Comment