Researchers at the University of Bath, in collaboration with Polish tech firm Netrix, have developed a revolutionary wearable device that continuously scans the heart and lungs of patients, offering a significant alternative to traditional CT scans.

Human testing has demonstrated that this belt-like gadget, which utilizes ultrasound technology, provides imaging quality comparable to X-rays or CT scans, while allowing for real-time monitoring over extended periods.

The device attaches around a patient's chest and generates a series of dynamic, high-resolution images, providing ongoing insights into a patient's condition, unlike traditional scans that deliver single images.

Designed with patient comfort in mind, the device is made from soft materials suitable for long-term wear and features wireless data transmission for seamless integration with hospital systems.

Its sensor array captures continuous changes in organ function, facilitating early detection of health changes, particularly beneficial for patients with heart failure or pneumonia.

By promoting early intervention, this innovative technology could help reduce unnecessary hospital admissions and alleviate burdens on healthcare systems.

Overall, this advancement in medical imaging technology promises improved healthcare outcomes both in hospitals and at home.

The device also holds potential for remote monitoring in home care settings, particularly for elderly patients or those with chronic cardiopulmonary diseases.

The research team is planning clinical trials to refine the technology for regulatory approval, having already completed initial testing on healthy male volunteers.

Future iterations of the device may incorporate AI-assisted analysis, enabling clinicians to identify health issues proactively before they become visible.

Future developments may also focus on increasing image resolution and expanding capabilities to monitor brain conditions, such as strokes, at the bedside or in ambulances.

The wireless data transmission enhances monitoring capabilities, making it easier for healthcare providers to track patient health in real-time.