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Researchers at the Evelina Children's Hospital in London, led by professor John Simpson, are using virtual reality technology funded by the British Heart Foundation to transform the treatment of congenital heart conditions. This innovative approach involves converting standard heart imaging into dynamic 3D models, enabling cardiologists and surgeons to better understand heart structures before procedures. The goal is to reduce complications, improve procedure selection, and shorten hospital stays for the approximately 1 in 100 babies born in the UK each day with congenital heart conditions. The British Heart Foundation supports translational research, like the VR program, aiming to revolutionize cardiovascular care. The story of Luke, who has had multiple heart surgeries, highlights the challenges faced by individuals with heart conditions. The Foundation's commitment to funding cutting-edge technologies like VR and promoting collaboration among heart specialists underscores its mission to advance patient care and combat heart and circulatory diseases.
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In this part of the video, researchers at the Evelina Children’s Hospital in London, led by professor John Simpson, are utilizing virtual reality technology funded by the British Heart Foundation to revolutionize the way congenital heart conditions are treated. By converting standard heart imaging into dynamic 3D representations, cardiologists and surgeons can have a better understanding of the heart’s structure before procedures, potentially leading to fewer complications, improved procedure selection, and shorter hospital stays. The British Heart Foundation’s translational research into pioneering techniques like heart virtual reality aims to address the complexity of correcting congenital heart conditions, which affect around 1 in 100 babies born in the UK each day.
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In this segment of the video, a program supported by the British Heart Foundation is discussed, focusing on funding translational research. The story of Luke, who has undergone multiple heart surgeries since birth, is shared to highlight the challenges faced by individuals living with heart conditions. The importance of innovative technologies like virtual reality (VR) for heart conditions, especially in children, is emphasized. The British Heart Foundation is highlighted as a major funder of cardiovascular research in the UK. The impact of new technology, such as VR and collaborative thinking among heart specialists, is emphasized, showing how it can enhance patient care. The Foundation’s goal is to translate research into practical applications and treatments to create a world free from heart and circulatory diseases.