Abstract

Elite soccer is increasingly demanding, requiring players to cover greater distances at higher speeds while making rapid decisions under high-pressure scenarios. These demands place significant strain on neurophysiological capacities, highlighting the need for integrated training that combines physical, technical-tactical and visual-cognitive development. This is particularly critical for athletes returning from long-term injury, who require both physical rehabilitation and neurocognitive re-adaptation to safely resume competition. Traditional Return-to-Play protocols often overlook compensatory central nervous system adaptations, increasing the risk of movement errors. Contemporary approaches emphasise visual-cognitive skills, supported by divided attention (managing multiple tasks) and selective attention (prioritizing relevant stimuli), while Blood Flow Restriction (BFR) training provides a promising adjunct during rehabilitation, especially when combined with Virtual-Reality (VR) techniques. Integrating these cognitive and physical strategies may enhance performance, reduce movement errors and facilitate safer re-integration into elite soccer.

Keywords: Blood flow restriction; Virtual-cognitive skills; Soccer RTP