Medbridge, a leader in digital care solutions for healthcare professionals, has announced a significant enhancement to its Pathways platform with the integration of AI-powered motion-capture technology across its entire musculoskeletal (MSK) and movement-based medicine system.
The platform-wide expansion builds upon Medbridge's existing AI integration, previously limited to lower back pain applications, transforming Pathways into a comprehensive solution addressing a wide range of MSK conditions. This enhanced technology combines precise motion capture with artificial intelligence to guide patients through recovery exercises while providing clinicians with deeper insights into patient progress.
The Pathways platform has already demonstrated impressive clinical outcomes. According to recent Medbridge data, 70% of patients experience pain reduction with an average decrease of 40%, while 69% see functional improvements averaging 56%. The integration of AI-powered motion capture is expected to further enhance these results, potentially expanding access to care for the estimated 126 million Americans affected by MSK conditions.
"MSK issues are debilitating to millions of people around the world, and physical therapy offers a conservative, cost-effective approach to measurable improvement," said Sarah Jacob Singh, Chief Product Officer at Medbridge. "When used in alliance with the skilled expertise of a clinician, AI-powered motion technology is a multiplier for effectiveness and outcomes. We're thrilled to introduce this capability to help clinicians, hospitals, and health systems better support their patients with a variety of issues."
The enhanced platform facilitates seamless transitions between in-person care and at-home support. Clinicians can prescribe specific exercises, monitor patient activities, and track progress remotely. The AI system provides real-time feedback on exercise performance and can identify potential challenges such as fall risks, with research cited by Medbridge indicating that tailored exercises combined with home visits can reduce medically treated falls by 48% and overall falls by 23.9%.
For patients, the experience is designed to be friction-free. Using their mobile phone or computer camera, patients access their prescribed exercises through a personal portal. The proprietary motion-capture technology accurately detects body positioning and delivers immediate feedback to both patients and clinicians, flagging issues and suggesting corrections as needed.
Key features of the expanded technology include:
Support for provider analysis of patients' functional movement and range of motion
AI-generated patient summaries that compile information from across the patient care journey
Enhanced personalized experiences through a patient copilot AI chatbot that answers questions using Medbridge's library of clinician-backed educational content
This comprehensive approach aims to empower both clinicians and patients through more efficient care delivery and improved collaboration for faster, more effective recovery outcomes.
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