INTEGRATED MOVEMENT-BASED INTERVENTIONS FOR FUNCTIONAL HEALTH: BRIDGING PHYSIOTHERAPY, ORTHOPEDIC REHABILITATION, SPORTS PERFORMANCE, PHYSICAL EDUCATION, AND YOGA PRACTICE
DOI:
https://doi.org/10.4238/q9x0cx13Keywords:
Movement-based interventions, Functional health, Physiotherapy, Orthopedic rehabilitation, Yoga practiceAbstract
The use of movement-based interventions is a growing body of knowledge and is foundational to enhancing functional health, rehabilitation outcomes, physical performance, and long-term health and well-being. This comprehensive review provides a synthesis of the evidence related to physiotherapy, orthopedic rehabilitation, sports performance, physical education and yoga practice to create a holistic understanding of functional health through movement. The review highlights biomechanics, motor learning, physical literacy, and mind–body science as key theoretical foundations supporting movement quality, adaptation, participation, and self-regulation. Evidence across clinical and performance domains indicates that movement-based approaches contribute to postoperative recovery, musculoskeletal rehabilitation, athletic monitoring, lifelong physical activity, yoga-based health benefits, and healthy aging. Shared mechanisms include musculoskeletal adaptation, neuromuscular regulation, mobility improvement, balance enhancement, injury prevention, pain modulation, psychological well-being, and quality of life improvement. The review also emphasizes the need for translational frameworks that connect rehabilitation, performance enhancement, health promotion, and digital delivery models. Implementation across children, adolescents, adults, athletes, clinical populations, and older adults requires population-specific adaptation and interprofessional collaboration. Even with these emerging findings, the field is still hindered by the variability of research, protocol, outcome measures, and the limited validation of technology-assisted and individualized interventions. Integrated Movement-Based Interventions promise a potential avenue for advancing functional independence, rehabilitation success, healthy aging, and human performance.
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