Long-term home monitoring of Heart Failure patients for improved care and reduced hospitalisation
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AI plain-English summaryA tiny pressure sensor, permanently implanted in a lung artery, could let heart failure patients be monitored from home and keep them out of hospital. Heart failure and pulmonary hypertension cause breathlessness and severely limit walking. Patients rely on a precise balance of three drug types: too little medication and they worsen; too much causes side effects or waste. The key metric for adjusting drugs is pulmonary artery pressure (PAP), but measuring it currently requires a hospital catheterisation procedure, which carries risk and inconvenience. Professor Chris McLeod at Imperial College London proposes implanting a miniature pressure sensor inside the artery. Patients or carers can then take a reading at any time using a pocket-sized radio reader, which automatically sends the data to the hospital. Professor Tarassenko’s group brings experience in real-time hospital monitoring and mobile-phone telehealth for chronic disease. If successful, this system would allow clinicians to fine-tune medication remotely, based on readings taken during normal daily activity—more accurate than a single measurement taken lying in a hospital bed. The result could be slower disease progression, fewer hospital readmissions, and 24/7 reassurance for patients. The research is applied and patient-focused, with no fundamental science component.
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