Biomechanical Approaches to quality of life in patients with chronic pain by personalized swimming rehabilitation program
Abstract
The management of chronic pain can be greatly assisted by rehabilitation techniques, such as personalized swimming rehabilitation programs, which have a major effect on Quality of Life (QoL). The goal of this research is to investigate how well a personalized swimming rehabilitation program can enhance the QoL for individuals with chronic pain, with a specific focus on biomechanical principles that underpin movement and function, 75 chronic pain sufferers participate in a personalized swimming rehabilitation program. The program, personalized to each participant’s requirements, concentrated on improving physical function and pain reduction through biomechanical adjustments in swimming techniques. Key biomechanical factors, such as body alignment, stroke efficiency, and buoyancy effects, were integrated into the rehabilitation regimen to promote optimal movement patterns and reduce strain on affected areas. Pain and functional status were assessed before and following the one-month therapy period. Participants’ VAS scores showed significant (p < 0.05) improvements after the intervention, indicating lower levels of pain. In addition, the Oswestry Disability Index (ODI) and several components of the SF-36 health showed significant improvements, particularly in physical functioning and mental well-being. The results show that a personalized swimming rehabilitation program, grounded in biomechanical principles, enables individuals with chronic pain to regulate their discomfort and enhance their QoL. The incorporation of biomechanical analysis in rehabilitation not only optimizes physical function but also fosters a deeper understanding of movement mechanics, contributing to long-term pain management strategies. These results provide support for the inclusion of personalized swimming in rehabilitation programs for chronic pain management highlighting the importance of biomechanical considerations in enhancing therapeutic outcomes.
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