Abstract
Conventional orthopedic models emphasizing structural repair often fail to restore dynamic functional capacity or mitigate reinjury risks. This critical review examines the triad connecting movement biomechanics, neuromusculoskeletal interventions, and healthcare delivery systems. Functional assessment batteries, including post-ligamentous reconstruction clearance and running gait analyses, reveal that planar symmetry indices frequently obscure compensatory motor adaptations, leaving joint vulnerability to some extent unaddressed. Concurrently, therapeutic modalities ranging from myofascial release to multimodal traditional interventions modulate mechanotransductive pathways and autonomic tone, though distinguishing specific biological remodeling from neurophysiological desensitization remains conceptually contentious. Furthermore, translating labor-intensive protocols, assistive mechatronics, and wearable sensors into public health frameworks exposes structural disparities in primary care gatekeeping and resource allocation. Considering these intersecting factors, this leads us to emphasize that functional recovery emerges from socio-technical negotiations rather than isolated physical maneuvers. Future research must bridge biomechanical precision with longitudinally validated, health-economic delivery models.
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