:format(webp)/cdn.mskdoctors.com/storage/2025/11/RIwJBrQnpOgGAHVbWD7Fct0ppeLbQVVq.jpg)
The Chemistry Behind Polyacrylamide Gel: How PAAG Stays Localized in Arthritic Knees to Improve Treatment OutcomesDiscover how polyacrylamide gel (PAAG) is revolutionizing knee osteoarthritis treatment. PAAG’s unique chemistry allows it to stay localized within the joint, providing lasting pain relief, inflammation reduction, and improved mobility compared to conventional therapies. Clinical studies show PAAG offers prolonged comfort with fewer injections, delivering real benefits for osteoarthritis patients,…Discover how polyacrylamide gel (PAAG) is revolutionizing knee osteoarthritis treatment. PAAG’s unique chemistry allows it to stay localized within the joint, providing lasting pain relief, inflammation reduction, and improved mobility compared to conventional therapies. Clinical studies show PAAG offers prolonged comfort with fewer injections, delivering real benefits for osteoarthritis patients, especially older adults. Ongoing research continues to refine PAAG, aiming for enhanced compatibili...
:format(webp)/cdn.mskdoctors.com/storage/2025/4/TS5YyTTDSpVYVG3vuwgPTDij1ZQTzx0a.jpg)
KTP Success: MSK Doctors and the University of Lincoln Are Pioneering AI-Driven Musculoskeletal InnovationsThe event at Think Tank spotlighted the transformative potential of a Knowledge Transfer Partnership (KTP) between MSK Doctors and the University of Lincoln in musculoskeletal (MSK) healthcare. This government-backed collaboration combines academic expertise with industry innovation to streamline the development of AI-powered medical solutions. Attendees learned how high-precision motion capture…The event at Think Tank spotlighted the transformative potential of a Knowledge Transfer Partnership (KTP) between MSK Doctors and the University of Lincoln in musculoskeletal (MSK) healthcare. This government-backed collaboration combines academic expertise with industry innovation to streamline the development of AI-powered medical solutions. Attendees learned how high-precision motion capture and machine learning advance diagnosis and treatment, with innovations like Dr. Yan Wen's onMRI enhancing patient data analysis. Professor Paul Lee's MAI Motion platform further exemplifies AI's potential for personalized protocols. This partnership is a catalyst for change, making strides in faster clinical translations and improved patient outcomes. The success establishes a framework for ongoing research that aims to validate AI-driven approaches and set new standards in personalized and regenerative treatments for MSK conditions.
