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There are 6605 result(s) for Angina and living life to the full
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RESEARCH
Working out what protects blood vessels from diseaseUniversity of Bristol | Dr Mark Bond
Blood vessel disease includes any condition that affects the circulatory system. The cyclic AMP (cAMP) system controls many processes in the cells associated with blood vessel protection, and we know that the system does not work properly i...
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RESEARCH
What controls how new blood vessels grow?University of Oxford | Professor Sarah De Val
Dr Sarah de Val and her colleagues at the University of Oxford are working out how new blood vessels grow during development and after a heart attack, to find clues on how to repair damaged heart muscle. After a heart attack, new blood ves...
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RESEARCH
Studying bacteria that cause heart device infectionsUniversity of York | Professor Jennifer Potts
Devices such as blood vessel catheters and pacemakers have revolutionised how we treat people with heart and circulatory disease. But these devices can become infected by bacterial biofilms, which are groups of bacteria that clump together ...
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11 tips for going on holiday with a heart condition
Read our top tips for travelling abroad with a heart condition. From planning a trip, to packing and staying safe once you've arrived.
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RESEARCH
Helping anti-clotting drugs work betterQueen Mary, University of London | Professor Timothy Warner
Professor Timothy Warner wants to understand how anti-clotting medicines work to find new ways to prevent heart and circulatory disease. In atherosclerosis, the underlying cause of coronary heart disease, the coronary arteries fur up wit...
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RESEARCH
How does a protein called Slp4 control platelet stickiness?University of Bristol | Professor Alastair Poole
Professor Alastair Poole and his colleagues at the University of Bristol are studying how platelets work to reveal new ways to prevent blood clots forming inside blood vessels, reducing the risk of heart attacks and strokes. Platelets f...
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RESEARCH
Faster translation of lab discoveries into new treatments for people with heart diseaseUniversity of Bristol | Professor Raimondo Ascione
The BHF is helping researchers in Bristol move lab discoveries into the clinic to benefit heart patients more quickly by contributing nearly £1 million towards a unique Translational Biomedical Centre. The Centre, costing almost £5 million,...
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RESEARCH
Studying how aquaporin-1 helps platelets inflate with water in blood clottingUniversity of Bristol | Professor Alastair Poole
Platelets are important cells in the blood that stick together and help blood to clot when you cut yourself, to stop excessive bleeding when we’re injured. However, they can also do this in the blood vessels of the heart, which can lead to ...
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RESEARCH
Targeting a key step in blood clotting, towards a new anticoagulant medicineUniversity of Cambridge | Dr Stephanie Jung
When we have a cut the body responds by forming a blood clot at the wound site. Platelets are small blood cells that prevent excessive bleeding when a blood vessel is injured, by clumping together and forming a blood clot. Blood clots are s...
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RESEARCH
Can phospholipids in platelets explain bleeding or clotting diseases?Cardiff University | Professor Peter Collins
Supervised by Professor Peter Collins, the Clinical Research Training Fellow on this grant is studying how fatty ‘phospholipid’ molecules affect blood clotting. The blood clotting process, called coagulation, takes place on the surface ...