Evolving the Control-Chaos Continuum: Part 2-Shifting "Attention" to Progress On-Pitch Rehabilitation.

Abstract

<b>BACKGROUND:</b> On-pitch rehabilitation is key to supporting return to sport in elite soccer (football). The <i>control-chaos continuum</i> (<i>CCC</i>) guides practitioners through the sport-specific components of return to sport. There is a need to update the framework with recent research in injury neurophysiology, soccer performance, and coaching science. <b>CLINICAL QUESTION:</b> How do practitioners integrate the insights from injury neurophysiology, soccer performance, and coaching science discussed in part 1 of this 2-part series into an updated version of the <i>CCC</i>, to enhance the planning and execution of on-pitch rehabilitation for elite soccer players? <b>KEY RESULTS:</b> The revised <i>CCC</i> framework emphasizes the design and delivery of progressive training in increasingly <i>chaotic</i> conditions. The updated framework supports practitioners to incorporate elements of visual-cognitive challenges, attentional challenges, decision making, and progression representation of the game model when players are preparing to return to sport. <b>CLINICAL APPLICATION:</b> The updated <i>CCC</i> outlines training progression from <i>High Control</i>, which involves returning to on-pitch linear running, to <i>High Chaos</i>, which simulates the team environment at game speed. The <i>High Chaos</i> phase can be tailored to support players during their reintegration into team training. The model is adaptable for both short- and long-term injuries, integrating physical-cognitive load monitoring and strength and power diagnostics to enhance decision making throughout return to sport. <i>J Orthop Sports Phys Ther 2025;55(3):1-11. Epub 17 January 2025. doi:10.2519/jospt.2025.13159</i>.