GAIT CYCLE ANALYSIS IN RHEUMATOID ARTHRITIS

Rheumatoid arthritis is a chronic systemic inflammatory disease that affects synovial joints. The Joint pain, swelling, and reduced mobility lead to decreased quality of life. This disease is caused by autoimmune processes that result in inflammation. We understand that the accurate diagnosis is essential for effective treatment. Our present study evaluates the use of motion laboratory methods for early detection of rheumatoid arthritis and the assessment of a personalized movement therapy. We perform gait analysis under assisted and non assisted conditions to obtain objective biomechanical data. Our results indicate that non assisted walks lead to a longer and more natural gait cycle. Furthermore, the stability of the body center of gravity improves and the joint motion becomes more balanced with reduced asymmetry. These changes indicate better coordination and functional mobility. In addition, our motion laboratory analysis provides objective data to monitor disease progression and treatment outcomes. Our findings support the role of independent movement in rehabilitation and contribute to improved treatment strategies and quality of life.