"Biofeedback-based return to sport": individualization through objective assessments

Area of Science:

• Sports Medicine
• Biomechanics
• Exercise Physiology

Background:

• Elite athletes experience frequent injuries due to high mechanical stresses.
• Injury consequences include performance deficits and chronic burdens, impacting return to sport (RTS).
• Load management and prior injury are key predictors for successful RTS.

Purpose of the Study:

• To address conflicting information on optimal RTS strategies.
• To propose an objective, individualized approach to RTS assessment.
• To leverage biomechanical data for biofeedback-driven RTS progression.

Main Methods:

• Utilizing biomechanical measurements in functional settings.
• Implementing regular biofeedback cycles for progress monitoring.
• Focusing on controlled progression of training load and complexity.

Main Results:

• Biomechanical assessments provide objectivity in RTS evaluation.
• Individualized biofeedback cycles identify weaknesses and customize training.
• This approach supports a structured and informed RTS process.

Conclusions:

• Objective, biomechanically-informed biofeedback is crucial for effective RTS.
• Individualized RTS strategies, based on functional assessments, enhance athlete recovery and performance.
• This methodology establishes a robust framework for optimizing return to sport.