Research projects

The role of R-SPONDIN3 in the regulation of human body shape and susceptibility to cardiovascular disease

University of Oxford

Professor Fredrik Karpe

A new non-invasive method of measuring heart pumping function

Imperial College London

Professor Alun Hughes

From flies to humans: how fly genetics can help us understand cardiovascular biology

University of Bournemouth

Dr Paul Hartley

To find out more, or to support British Heart Foundation’s work, please visit www.bhf.org.uk. You can speak to one of our cardiac nurses by calling our helpline on 0808 802 1234 (freephone), Monday to Friday, 9am to 5pm. For general customer service enquiries, please call 0300 330 3322, Monday to Friday, 9am to 5pm.

British Heart Foundation is a registered Charity No. 225971. Registered as a Company limited by guarantee in England & Wales No. 699547. Registered office at Greater London House, 180 Hampstead Road, London NW1 7AW. Registered as a Charity in Scotland No. SC039426

Research projects

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How Lrg1 regulates abnormal blood vessel growth

The role of R-SPONDIN3 in the regulation of human body shape and susceptibility to cardiovascular disease

A new non-invasive method of measuring heart pumping function

From flies to humans: how fly genetics can help us understand cardiovascular biology

Distinctive microRNA 'fingerprints' in diabetes and heart attack risk

Which anti-platelet drug slows down atherosclerosis most effectively?

How calcium and inflammation are involved in peripheral arterial disease

A toolkit to identify proteins that keep heart cells healthy

Using stress signals to predict heart disease

Studying the role of PINK1 in platelets and blood clotting

Finding out which protein channels control the atrioventricular node

Could switching on PKD improve the heart’s ability to pump after heart failure?

Research projects

Search

Filter by

View all of our research

How Lrg1 regulates abnormal blood vessel growth

The role of R-SPONDIN3 in the regulation of human body shape and susceptibility to cardiovascular disease

A new non-invasive method of measuring heart pumping function

From flies to humans: how fly genetics can help us understand cardiovascular biology

Distinctive microRNA 'fingerprints' in diabetes and heart attack risk

Which anti-platelet drug slows down atherosclerosis most effectively?

How calcium and inflammation are involved in peripheral arterial disease

A toolkit to identify proteins that keep heart cells healthy

Using stress signals to predict heart disease

Studying the role of PINK1 in platelets and blood clotting

Finding out which protein channels control the atrioventricular node

Could switching on PKD improve the heart’s ability to pump after heart failure?

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