Reneira Seeamber Cohort Four participant

Reneira Seeamber

Imperial College London

Reneira Seeamber

PlayBack: Motivating core-muscle exercises for back pain with AI-assisted wearable myography and motion-sensors

To address the leading cause of disability worldwide, lower back pain, we are developing a wearable that guides and motivates those with lower back pain to perform physiotherapist-recommended exercises from home. This system will analyse muscle activation and posture, providing real-time correction of exercises performed via haptics and gaming

Lower back pain is a leading cause of chronic disability and pain in the UK affecting 1 in 3 people. As well as impairing quality of life, it costs the British economy more than £10 billion annually. The most widely recommended treatment is exercise, taught by a self-management guide or physiotherapist. However, adherence to self-management programs is low; while NHS waiting lists for physiotherapists are long.

Understanding the nature of back pain and its management remains far from ideal. Poor posture over time is predominantly the result of muscle fatigue and limited postural awareness. Awareness only comes with pain and, despite many proposed devices, no system exists today that intelligently monitors muscle activity whilst engaging patients in activities to counteract back pain.

We introduce an unobtrusive wearable and interactive smartphone/computer interface that monitors posture and muscle activity. Our concept centres on a patented, practical and low-cost muscle activity detection suite. This technology can be applied to back pain by providing personalized feedback to an individual when using their core muscles. Clothing integration allows previously impossible pervasive data collection from core muscles, facilitating correct engagement of these muscles and understanding of the effect of neuromuscular activity on back pain. Through novel ‘gaming’ interfaces and visualisation, the system motivates exercise or adoption of healthy postures, helping ameliorate chronic back pain.

Our system is the first to continuously measure posture with real-time biofeedback and facilitate active postural correction, providing a potentially disruptive change in the understanding and management of back pain.

Diagnostics Accelerator Programme: market access planning and evidence generation

Delivered in partnership with the National Institute of Health Research London In Vitro Diagnostics unit this six-week evidence generation focused programme will support medtech innovators to de-risk the path to successful deployment through the development of a business case validating their clinical, financial and social claims. This way, when innovators approach the health system, they are comfortable in the knowledge that the product achieves what it is designed to do.

Applications Closed