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Monitoring Practices of Training Load and Biological Maturity in UK Soccer Academies
International Journal of Sports Physiology and Performance
|January 5, 2021
Summary
Soccer academies need to quantify training load and biological maturity to prevent overuse injuries. Current UK academy practices show disparities in monitoring, highlighting a need for consistent approaches to manage player development and reduce injury risk.
Area of Science:
- Sports Medicine
- Pediatric Sports Science
- Youth Athlete Development
Background:
- Overuse injuries in soccer academies are linked to accelerated growth periods, impacting player development.
- Inconsistent monitoring of biological maturity and training load poses risks due to nonprescriptive development schemes.
- Quantifying training exposure is crucial for managing young athletes' development and injury prevention.
Purpose of the Study:
- To investigate and communicate current practices in UK soccer academies regarding biological maturity and training load monitoring.
- To identify disparities and consistencies in how academies approach maturity estimation and training load management.
- To inform stakeholders about the importance of monitoring maturity-load relationships in youth soccer.
Main Methods:
- An online survey was administered to support staff across 49 UK male Premier League academies and female Regional Talent Clubs.
- The survey comprised 16 multiple-choice and scaled questions focusing on maturity and training load monitoring practices.
- Data interpretation utilized a magnitude-based decision approach to analyze responses on a 0-100 scale.
Main Results:
- Injury prevention was the highest priority for both maturity (83.0) and training load monitoring (80.0).
- Significant variations exist in maturity estimation methods and moderate differences in training load monitoring between academies.
- Maturity predictions had low importance for bio-banded training (61.0) and competition (56.0); communication to parents/guardians and medical staff was limited.
Conclusions:
- Disparities in monitoring approaches likely stem from academy-specific resource and logistical constraints.
- Establishing consistent staff responsibility is vital for fidelity, feedback, and transparency regarding maturity-load relationships.
- Implementing biological categorization for load prescription can optimize dose-responses and mitigate noncontact injury risk in developing soccer players.
