In the realm of medical device usage within clinical settings, a critical challenge faced is the occurrence of medical device-related pressure injuries (MDRPI). These injuries result from prolonged pressure and shear stress applied by medical devices directly on the patient’s skin, leading to significant discomfort and potential complications.

Unmet Need
MDRPIs pose a significant risk to patients who are dependent on medical devices for their treatment and care, particularly those with reduced mobility or sensory perception. Traditional methods of alleviation, such as standard cushions or pads, often fail to provide adequate protection or relief, highlighting a dire need for targeted solutions that can effectively prevent these specific types of injuries.

Our Technology
This advanced pressure-absorbing skin patch is specifically engineered to combat MDRPIs. The patch is comprised of resilient materials structured into a network of projections and intersecting channels that adapt dynamically to the contours of both the device and the patient’s body. This design not only distributes the exerted pressure more evenly but also minimizes the intensity of pressure at high-risk skin contact points. The patch’s materials are selected for their superior properties in pressure absorption and skin compatibility, ensuring that the device remains effective under various clinical conditions.

Summary
The pressure-absorbing skin patch from Ramot at Tel Aviv University is a groundbreaking solution tailored to address the challenges of medical device-related pressure injuries. By focusing on areas where medical devices contact the skin, this technology provides a proactive approach to safeguarding patients, enhancing their comfort, and preventing the onset of MDRPIs. This innovation stands out as a pivotal advancement in medical technology, offering a new layer of protection for patients in diverse healthcare environments.