Title: Rewiring Return-to-Play: Neuroplasticity, Injury, and Elite Performance

Sports injuries are often managed as a “tissue problem,” yet recovery is ultimately expressed through the nervous system. This lecture explores how pain, swelling, and time off sport reshape brain and spinal cord control, alter proprioception, and change movement strategies—often persisting even when strength and imaging look “normal.” We will connect neuroplasticity and motor learning principles to real-world return-to-sport decisions in common scenarios such as ACL reconstruction, hamstring injuries, chronic low back pain, and concussion-related neuromotor deficits. Practical takeaways will include how to reduce threat and inhibition, retrain sensorimotor control, progress from controlled strength to reactive sport-specific chaos, and use objective monitoring to align readiness with performance demands. The goal is to help clinicians and performance teams move from “healed tissue” to “trusted system,” reducing re-injury risk while restoring confidence, efficient athletic movement.

Dr. Georgios Kakavas is the founder and owner of Fysiotek Spine and Sports Lab in Athens, dedicated to injury rehabilitation and sports performance. He is also Head of Medical Services at Xanthi FC (Greece). Georgios holds a Master of Science in Sports Rehabilitation and graduated in Sports Osteopathy and Musculoskeletal Therapy. His academic and clinical work focuses on neurocognitive factors in ACL injury risk, including the role of repeated micro-concussions in soccer.