A hybrid model of advanced physiotherapy and systemic physiological monitoring in optimizingmuscle regeneration
A hybrid model of advanced physiotherapy and systemic physiological monitoring in optimizingmuscle regeneration
DOI:
https://doi.org/10.51473/rcmos.v1i1.2026.2260Keywords:
Biomechanical Rehabilitation, Exercise Physiology, Systemic MonitoringAbstract
Sports rehabilitation reaches its maximum physiological effectiveness when it integrates orthopedic
biomechanical rigor with a deep understanding of the athlete's metabolic state. This article proposes
a hybrid methodology for tissue recovery that draws on the convergence of clinical nursing and sports
physiotherapy. Grounded in longitudinal observational analysis and the author's previous research on
functional outcomes in hip pathologies, the model holds that physical load modulation, synchronized with immunoneuroendocrine control, accelerates structural healing. It concludes that
compartmentalized approaches have become insufficient given the physiological complexity of highperformance sport, and that integrated, evidence-based interventions represent the path to optimizing
muscle regeneration. Prospective multicenter validation of this model constitutes the next step in the
investigation.
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Copyright (c) 2026 Ismael Gomes (Autor)
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