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There are 471 result(s) for exercise
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Third party events terms and conditions
Terms and conditions for third party events participants.
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Regional events terms and conditions
Terms and conditions for participants of regional BHF events.
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RESEARCH
How does the balance of sleep, sedentary lifestyle and physical activity affect children’s heart health?University of York | Dr Paul Collings
Sleep, time spent sitting and physical activity are all known to be important for the immediate and long-term health of young people. But these factors tend to be investigated individually or in comparison to only one other health factor, f...
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RESEARCH
How lifestyle factors interact to influence the risk of heart diseaseUniversity of Oxford | Dr F Lucy Wright
Supervised by Dr Charles Foster, this PhD student is studying how lifestyle factors interact to influence the chances of developing heart and circulatory disease. Lifestyle factors, including physical activity, diet, smoking and alcohol ...
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Meet our Ambassadors
Our celebrity ambassadors are passionate supporters of our work and have personal connections to our cause. They help raise awareness of the devastating impact of heart and circulatory diseases.
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Patient and Public Involvement in Research
More information about how to involve patients and the public in your BHF-funded research
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Previous awards - International Cardiovascular Research Partnership Awards
Learn more about what we have previously funded under the International Cardiovascular Research Partnership Award funding scheme
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RESEARCH
Revealing how heart cells detect stretchUniversity of Leeds | Dr Sarah C Calaghan
The ability of heart cells to sense stretching is essential for normal heart function, and allows the heart to pump more blood when it is needed, like during exercise. When cells are stretched too much and too often, the heart can change an...
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RESEARCH
How is oestrogen linked to pulmonary arterial hypertension?University of Strathclyde | Professor Margaret MacLean
Professor Margaret MacLean and colleagues at the University of Glasgow are studying why more women than men develop pulmonary arterial hypertension (PAH), but men die more quickly. In PAH, the pulmonary arteries (arteries of the lungs) ...
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Digital transformation within a clinical pathway
Created to support frontline healthcare staff, this resource shows how you can transform a clinical pathway using digital technology.