University of Pittsburgh researchers have developed a wearable low back pain monitoring system that collects real-time movement data, assesses pain, and provides mobile, telehealth services to aid in physical rehabilitation.
Description
Chronic lower back pain is a prevalent healthcare issue, yet many patients do not adhere to physical rehabilitation or self-management practices. A major contributor to non-adherence is the lack of personalization in these rehabilitation programs. To address the challenges related to non-adherence, researchers have developed a system that provides real-time objective data on patients' movements and pain levels. The system consists of two components: an in-clinic system for objective measurement and a separate in-home system with a mobile application and wearable motion sensors. The mobile application collects real-time clinical and home-based low back kinematics and ecological momentary assessment (EMA) data, which allows for a longitudinal assessment of pain and perceived effort during activities. This integration of data allows for an individualized plan towards recovery.
Applications
• Chronic lower back pain
Advantages
Similar technologies fail to capture and integrate multi-dimensional data needed to accurately monitor lower back pain. This invention allows for modularity and customization of the system, allowing for integration with alternative or additional sensors and the independent use of mobile applications. Furthermore, this system has a telehealth platform that is capable of integrating clinical and EMA data from multidisciplinary sources and provide multidisciplinary care from the patient's home.
Invention Readiness
This invention is currently in the protype stage of development. Currently, 970 is collected of the 1000 cLBP participants for the LB3P MRC project will be completed by May, 2024.
IP Status
Copyright
