Evolving the Control-Chaos Continuum: Part 1 - Translating Knowledge to Enhance On-Pitch Rehabilitation.

Abstract

<b>BACKGROUND:</b> On-pitch rehabilitation is a crucial part of returning to sport after injury in elite soccer. The <i>control-chaos continuum</i> (<i>CCC</i>) initially offered a framework for practitioners to plan on-pitch rehabilitation, focusing on physical preparation and sport specificity. However, our experiences with the <i>CCC</i>, combined with recent research in injury neurophysiology, point to a need for an updated model that integrates practice design and physical-cognitive interactions. <b>CLINICAL QUESTION:</b> What are the insights from injury neurophysiology, soccer performance, and coaching science needed to update the <i>CCC</i> and improve the planning, delivery, and progression of on-pitch rehabilitation in elite soccer? <b>KEY RESULTS:</b> Drawing on extensive experience in elite sport, we explain how recent research on neurophysiological recovery from injury, game models, and practice design has been applied to update the <i>CCC</i> and evolve the existing framework. <b>CLINICAL APPLICATION:</b> The evolution of the <i>CCC</i> expands on the original model to enhance planning, delivery, and progression of on-pitch rehabilitation. The updated framework incorporates elements of visual cognition, attentional challenges, decision-making, and progressive representation of the game model to enhance sport-specific preparation for returning to sport. <i>J Orthop Sports Phys Ther 2025;55(2):1-11. Epub 3 January 2025. doi:10.2519/jospt.2025.13158</i>.