Skip to main content

Search

There are 5198 result(s) for living with long covid

  • RESEARCH

    Do blood vessel stem cells repair damage in atherosclerosis?

    King's College London | Professor Qingbo Xu

    BHF Professor Qingbo Xu and his team at King’s College London have been studying stem cells that lie in the wall of blood vessels. These cells are thought to be important in repairing damaged blood vessels found in atherosclerosis. Athe...

  • RESEARCH

    Hunting for new genes that cause aneurysms

    St George's, University of London | Professor Elijah Behr

    A thoracic aortic aneurysm is a widening or bulging of the aorta in your chest – the aorta is the largest blood vessel in the body, responsible for carrying blood out of your heart. If the aneurysm bursts, it can be fatal. In recent years, ...

  • RESEARCH

    Tackling fatty plaques and aneurysms by blocking tiny blood vessel growth.

    University of Bristol | Dr Jason L Johnson

    Heart attacks occur when a build-up of fatty material in the walls of coronary arteries blocks blood flow to the heart. It’s one of the leading causes of death in the UK. The fatty build-up is known as atherosclerosis, and this can also cau...

  • RESEARCH

    Providing important evidence for guidelines on limiting sugars in the diet

    University of Bath | Dr Javier Gonzalez

    Government health guidelines recommend limiting the amount of sugar in our diets, but do not include sugars we consume from milk, because we know very little about how they affect blood fat levels. Dr Gonzalez has previously shown that ...

  • RESEARCH

    Can telling the body to clear inflammation prevent atherosclerosis?

    University of Aberdeen | Dr Dawn Thompson

    The development of ‘fatty plaques’ in the blood vessels involves chronic inflammation. Some research efforts to treat plaques or prevent them growing are focusing on this inflammation. However, treatments that dampen down inflammation run ...

  • RESEARCH

    Understanding how released histones exert their toxic effects on the heart

    University of Leeds | Professor Derek S Steele

    Histones are a family of proteins which provide structural support to DNA. In healthy cells, histones (along with DNA) are found in the nucleus (the command centre of the cell). When cells are damaged and die e.g. due to a lack of oxygen...

  • RESEARCH

    How do endothelial cells respond to forces from blood flow at the molecular level?

    University of Oxford | Dr Ellie Tzima

    Endothelial cells line the inside surface of blood vessels. They are constantly exposed to shear stress – the friction generated by blood flowing across the surface of the cells. Endothelial cells respond to changes in shear stress and t...

  • RESEARCH

    Tracking the links between cardiovascular health and dementia

    University College London | Professor Alun Hughes

    The number of people affected by dementia has increased dramatically in recent years. Heart and circulatory diseases are known to be associated with dementia, but the processes underlying this link are poorly understood. It is suspected tha...

  • RESEARCH

    Understanding how Popeye protein chemical changes influence heart rate

    Imperial College London | Professor Dr Thomas Brand

    Professor Thomas Brand from Imperial College London is studying the function of Popeye proteins in the heart and understanding how chemical modifications to these proteins can influence normal heart rhythm. Popeye proteins are located wi...

  • RESEARCH

    Understanding how to keep the blood vessel barrier intact

    University of Edinburgh | Dr Sonja Vermeren (nee Krugmann)

    The cells that line our blood vessels (called endothelial cells) form an important barrier that contains blood inside the vessels and controls the entry of substances from the blood into surrounding tissues. Inflammation of the blood vessel...