Clinical trials

This research will develop and clinically validate a system that enables continuous and non-invasive monitoring of cardiac function in surgical patients during the pre- and post-operative periods using contactless radar sensor technology, within the scope of medical device development and clinical validation.

Pressure injuries are a significant health problem, often resulting from pressure, friction, and impaired tissue perfusion, and are particularly common in individuals in intensive care, those with immobility, and those with chronic diseases. The literature extensively addresses interventions such as pressure reduction, the use of appropriate support surfaces, wound care practices, and nutritional support in the prevention and treatment of pressure injuries. However, the role of manual therapies aimed at improving circulation and lymphatic flow, such as manual lymphatic drainage (MLD), in pressure injuries has been examined in a limited number of studies. This research aims to fill a significant gap in the literature by evaluating the potential effects of manual lymphatic drainage on reducing edema, improving tissue perfusion, and supporting the wound healing process in individuals with pressure injuries.

This study aims to develop a millimeter wave radar technology-based patient monitoring system that allows for the monitoring of physiological and movement-based data in healthcare settings without requiring physical contact with individuals. The study will involve the creation of hardware and software components for processing, analyzing, and converting signals obtained through radar sensors into clinically meaningful data.