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Implantable Ultrasound Device Revolutionizes Continuous Blood Pressure Monitoring

UC Berkeley researchers develop implantable ultrasound device for continuous blood pressure monitoring, achieving clinical accuracy in vivo. Published in Microsystems & Nanoengineering.

This development matters because hypertension is a leading global cause of heart disease, stroke, and premature death, yet current monitoring methods are often inadequate for continuous, accurate tracking. Traditional cuffs disrupt daily life and provide only periodic snapshots, while wearable sensors face reliability issues due to motion and misalignment. This implantable device offers a solution by providing precise, real-time blood pressure data without discomfort, enabling better management of chronic conditions and early detection of cardiovascular risks. For patients and healthcare providers, it means more proactive, data-driven care that could reduce hospitalizations and improve outcomes, ultimately supporting preventive health strategies in an aging population.