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There are 5659 result(s) for jump rope for heart
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Support from your local community
Find out about the types of groups that may be in your area, and how to work with them to increase your fundraising.
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Easy read booklets
Our easy read booklets are written in simple language to make health information easy to understand. Order one today
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RESEARCH
Revealing the role of angiotensin II in pulmonary arterial hypertensionUniversity of Edinburgh | Professor A Mark Evans
In pulmonary arterial hypertension (PAH), higher levels of a hormone called angiotensin II promote PAH because they cause the smooth muscle cells that line the wall of the lung arteries to contract, raising the pressure in these vessels. Hi...
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RESEARCH
Can we repair damaged endothelial cells?King's College London | Dr Lingfang Zeng
Supervised by Dr Lingfang Zeng, a PhD student will work out how we can turn ‘master’ cells within blood vessel walls into lining cells, to repair damaged blood vessels. Endothelial cells lining the inner surface of blood vessels form a sin...
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Blood sugar levels: what is normal?
What are normal blood sugar levels? 4 to 5.4 mmol/L when fasting and up to 7.8 mmol/L 2 hours after eating. Find out more from BHF Professor Mark Kearney.
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How to increase your fundraising
Want to boost your fundraising but short on time? We have ideas to help you maximise your donations and hit your fundraising target quickly and easily.
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How to choose a blood pressure monitor
Find out how to choose a reliable blood pressure monitor so you can measure your blood pressure at home.
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Foods to avoid with high cholesterol
Find out what foods and drinks cause high cholesterol and how to avoid them with easy healthy swaps.
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BHF Sustainability Partner of the Year
This award recognises an outstanding organisation that has helped BHF meet our sustainability goals while raising vital funds and awareness.
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RESEARCH
The role of a tiny RNA in abdominal aortic aneurysmsKing's College London | Dr Anna Zampetaki
Dr Anna Zampetaki at King's College London has gathered evidence that a MicroRNA, miR-195 is involved in abdominal aortic aneurysms (AAA). MicroRNAs alter the levels of proteins in and around cells (in the extracellular matrix), and by inve...