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ENERGY SYSTEM DEVELOPMENT AND LOAD MANAGEMENT THROUGH THE REHABILITATION AND RETURN TO PLAY PROCESS

Medicine and Health

ENERGY SYSTEM DEVELOPMENT AND LOAD MANAGEMENT THROUGH THE REHABILITATION AND RETURN TO PLAY PROCESS

S. Morrison, P. Ward, et al.

This clinical commentary, conducted by Scot Morrison, Patrick Ward, and Gregory R duManoir, highlights the crucial role of energy systems training and sports-specific conditioning in the return-to-play process, offering practical methods and monitoring strategies to help practitioners balance tissue healing, biomotor development, and training load for a safe, successful return to sport.... show more
Abstract
Return-to-play from injury is a complex process involving many factors including the balancing of tissue healing rates with the development of biomotor abilities. This process requires interprofessional cooperation to ensure success. An often-overlooked aspect of return-to-play is the development and maintenance of sports specific conditioning while monitoring training load to ensure that the athlete's training stimulus over the rehabilitation period is appropriate to facilitate a successful return to play. The purpose of this clinical commentary is to address the role of energy systems training as part of the return-to-play process. Additionally the aim is to provide practitioners with an overview of practical sports conditioning training methods and monitoring strategies to allow them to direct and quantify the return-to-play process.
Publisher
The International Journal of Sports Physical Therapy
Published On
Authors
Scot Morrison, Patrick Ward, Gregory R duManoir
Tags
return-to-play
energy systems training
sports-specific conditioning
training load monitoring
biomotor development
rehabilitation strategies
interprofessional cooperation
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