Research projects

Harnessing IGF binding protein-2 to help grow new blood vessels

University of Leeds

Dr Stephen Wheatcroft

Developing better scans to guide cardiac catheterisation

King's College London

Dr Sebastien Roujol

Investigating if MRI scanning can pick up prenatal brain defects in congenital heart disease

University of Sheffield

Professor Paul Griffiths

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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Harnessing IGF binding protein-2 to help grow new blood vessels

Developing better scans to guide cardiac catheterisation

Investigating if MRI scanning can pick up prenatal brain defects in congenital heart disease

Learning more about a potential new drug target in heart failure

Unravelling the effects of genetic variation in pulmonary hypertension

Investigating the molecular switch that sparks new blood vessel growth

Investigating a new candidate cell for growth and repair of blood vessels

Studying the mechanisms behind a genetic link to coronary heart disease

Building 3D models of ion channels for drug discovery

Using a ‘pulmonary-artery-on-a-chip’ to test treatments for PAH

Predicting and preventing heart and circulatory diseases in cancer survivors

Exploring the potential of a new heart-protecting drug

Research projects

Search

Filter by

View all of our research

Harnessing IGF binding protein-2 to help grow new blood vessels

Developing better scans to guide cardiac catheterisation

Investigating if MRI scanning can pick up prenatal brain defects in congenital heart disease

Learning more about a potential new drug target in heart failure

Unravelling the effects of genetic variation in pulmonary hypertension

Investigating the molecular switch that sparks new blood vessel growth

Investigating a new candidate cell for growth and repair of blood vessels

Studying the mechanisms behind a genetic link to coronary heart disease

Building 3D models of ion channels for drug discovery

Using a ‘pulmonary-artery-on-a-chip’ to test treatments for PAH

Predicting and preventing heart and circulatory diseases in cancer survivors

Exploring the potential of a new heart-protecting drug

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