Impact and overuse injuries in runners

Area of Science:

• Biomechanics
• Sports Medicine
• Exercise Physiology

Background:

• Repetitive forces can lead to tissue remodeling or overuse injuries based on force magnitude and rest intervals.
• Running is a common activity associated with lower extremity overuse injuries.
• Impact forces during running are a key factor in overuse injury development.

Purpose of the Study:

• To review the current knowledge on overuse running injuries.
• To emphasize the role of impact forces in lower extremity overuse injuries.
• To explore the potential for predictive screening of running injury risk.

Main Methods:

• Literature review of current research on running injuries and impact forces.
• Analysis of the relationship between impact forces and overuse injury risk.
• Discussion of potential future research directions for injury prevention.

Main Results:

• Runners with high and rapid impact forces are at increased risk of lower extremity overuse injuries.
• Training modifications can aid rehabilitation but pre-emptive risk assessment is preferable.
• Easily administered tests are needed to predict individual risk levels.

Conclusions:

• Understanding the impact of forces and rest is crucial for preventing running injuries.
• Predictive screening tests could enable early intervention and risk identification for runners.
• Future research should focus on developing reliable methods for assessing running injury potential.