Innovative Wearable Device Enables Continuous Monitoring Of Heart And Lungs Without CT Scans

A pioneering wearable device now offers a new way to monitor the lungs and heart of hospital patients. This belt-like gadget, designed to be worn around the chest, uses ultrasound technology similar to a CT scanner. Unlike traditional scans that provide single images, this device delivers continuous, high-resolution visuals of internal organs, giving doctors a comprehensive view of a patient's health.

The innovative device was developed at the University of Bath in partnership with Polish tech firm Netrix. Details about this advancement were published in IEEE Transactions on Instrumentation and Measurement. The sensor array is soft and conforms to the skin, using ultrasound computed tomography (USCT) to create real-time images of the heart and lungs. It can track changes in organ function over extended periods.

Currently, patients with conditions like heart failure or pneumonia undergo multiple imaging procedures that are often disruptive and involve radiation. This new device allows for non-invasive monitoring right at the bedside. It reduces the need for patient transport and enhances comfort while enabling early detection of health changes.

Designed with patient comfort as a priority, the device is made from soft, flexible materials suitable for long-term use. Its wireless data transmission feature allows seamless integration with hospital systems. Future versions might include AI-assisted analysis to help clinicians identify issues before they become apparent.

This technology could also be used outside hospitals, particularly for remote monitoring in home care settings. It is especially beneficial for elderly patients or those with chronic cardiopulmonary diseases. By facilitating early intervention, it may help reduce unnecessary hospital admissions and lessen healthcare burdens.

The device's ability to continuously scan organs offers a significant advantage over traditional methods. "The breakthrough device has been developed at the University of Bath in collaboration with Polish technology company Netrix," according to recent publications.

In summary, this wearable device represents a significant step forward in medical imaging technology. By providing continuous monitoring without disrupting patient comfort, it holds promise for improving healthcare outcomes both in hospitals and at home.

With inputs from WAM