Which of the following is NOT listed as an evidence-based injury-prevention strategy for runners and hurdlers?

• A. Eccentric Hamstring Strengthening
• B. Neuromuscular Warm-Up Routines
• C. Progressive Overload With Proper Recovery
• D. Static Stretching

Answer: (D)

Injury prevention for runners and hurdlers relies on building tissue capacity and movement control through targeted training rather than static flexibility work. Eccentric hamstring strengthening specifically prepares the hamstring to resist the forces it encounters during late swing and ground contact, reducing the likelihood of strains. Neuromuscular warm-up routines improve proprioception, balance, and coordinated muscle activation, which helps athletes handle the demands of sprinting and hurdling with lower injury risk. Progressive overload with proper recovery ensures tissues adapt gradually to increasing loads, maintaining resilience and reducing overuse injuries.

Static stretching, on the other hand, does not consistently show a reduction in injury rates when used as a primary prevention strategy. While stretching can aid flexibility and may be useful after training or as part of a cool-down, it is not supported as a standalone evidence-based method for preventing injuries in runners and hurdlers.