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There are 5225 result(s) for cardiomyopathy
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PUBLICATION
Annual Report & Accounts 2012/13Booklet, 65 pages, published on 01/08/2013
Our Annual Report and Accounts shows how vital donations are powering Team BHF and its groundbreaking research.
This publication is only available to download or view online
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RESEARCH
What dictates where plaques form in the blood vessels?University of Oxford | Dr Ellie Tzima
Dr Ellie Tzima and colleagues at the University of Oxford are working out how plaques form in atherosclerosis - an inflammatory disease where fatty plaques gradually build up on the inner surface of blood vessels. Over time, these plaques c...
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Industries with highest smoking rates revealed
Accommodation and food service workers are more likely to smoke than workers in any other UK industry, according to new statistics released by the British Heart Foundation ahead of No Smoking Day on 11th March.
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RESEARCH
Are formyl peptide receptors involved in abnormal blood clotting?University of Reading | Dr Sakthivel Vaiyapuri
Dr Sakthivel Vaiyapuri and his colleagues at the University of Reading are studying proteins called formyl peptide receptors (FPRs), which are found in small cells in the blood called platelets. Dr Vaiyapuri hopes to find out if targeting t...
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RESEARCH
Developing new methods to measure aortic stiffnessKing's College London | Dr Jordi Alastruey-Arimon
Dr Jordi Alastruey-Arimon and his colleagues at King’s College London are developing new methods to measure aortic stiffness, which could predict heart and circulatory disease. The aorta, the thickest and longest artery in the body, mu...
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New research gives hope of better treatments for thousands living with deadly condition
Researchers funded by us at Edinburgh University have found a new target for treating pulmonary arterial hypertension (PAH). This research could lead to treatments for this deadly condition with no cure.
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RESEARCH
Investigating Zeb1 as a controller of blood vessel growth and stabilityUniversity of Nottingham | Dr Andrew Benest
Angiogenesis – the process of growing new blood vessels – is important throughout our lives. But it can also contribute to many diseases when it goes wrong, by being too active (cancer) or not active enough (vessel disease). The ability to ...
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RESEARCH
Hijacking immune checkpoints to prevent the build-up of fatty plaquesUniversity of Oxford | Professor Claudia Monaco
White blood cells involved in inflammation play a key role in the development of fatty plaques that form in our arteries (atherosclerosis). Some white blood cells, called macrophages and monocytes, are controlled by many checkpoints to reg...
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RESEARCH
Investigating the role of the TWIST1 gene in atherosclerosisUniversity of Sheffield | Professor Paul Evans
Atherosclerosis is the leading cause of death worldwide. It causes fatty deposits called plaques to build-up beneath the inner lining of arteries (the endothelium). If a plaque bursts, it can cause a blood clot to form. This can block the b...
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RESEARCH
Restoring blood flow to damaged tissues - do stem cells hold the key?Queen's University Belfast | Professor David Grieve
In diseases where blood flow to tissues becomes reduced (ischaemia), new blood vessels grow – this is called ‘angiogenesis’. Ischaemic diseases such as those affecting the heart and limbs affect millions of people each year and are major ca...