Factors Leading to Sports Injuries: Practice Questions

Which of the following is considered an extrinsic factor that increases the risk of heat exhaustion for an athlete participating in a long-distance cycling event?

Based on the Stress-Injury Model, how does high psychological stress contribute to an increased risk of sports injury during a high-stakes competition?

A basketball player suffers an ankle sprain after slipping on a court while wearing shoes with completely worn-out outsoles. This injury is primarily attributed to which category of factors?

A sprinter has a Hamstring-to-Quadriceps (H:Q) strength ratio of \(0.45\). Why does this muscle imbalance increase the risk of hamstring strains during the late swing phase of running?

How does an inadequate warm-up primarily contribute to a higher incidence of acute muscle strains during explosive movements?

Identify one extrinsic factor related to the playing environment that could significantly increase the risk of a soccer player sustaining a knee injury during a match.

Discuss how the intrinsic factor of poor foot mechanics, such as excessive overpronation, contributes to the development of medial tibial stress syndrome (MTSS) in long-distance runners.

Analyze how the intrinsic factor of age-related changes in tendon elasticity interacts with repetitive loading (extrinsic) to increase the risk of Achilles tendinopathy in veteran runners.

A young athlete is diagnosed with Osgood-Schlatter disease.
(a) Explain how the intrinsic factor of "growth spurts" in adolescents contributes to the development of this condition. (2 points)
(b) Suggest three prevention strategies that a coach could implement to reduce the mechanical stress on the tibial tuberosity during training. (3 points)

A 20-year-old female basketball player suffers an Anterior Cruciate Ligament (ACL) tear during a competitive match while attempting a sudden "plant and cut" maneuver. This injury is often attributed to a combination of factors.

(a) Analyze three intrinsic factors specific to female athletes that contribute to a higher incidence of non-contact ACL injuries compared to male athletes. (3 points)
(b) Discuss how two extrinsic factors related to the playing environment and equipment might interact with the athlete's biomechanics to increase the mechanical load on the knee joint during this maneuver. (2 points)
(c) Evaluate the role of neuromuscular training as a preventative strategy, explaining how it modifies intrinsic risk factors to reduce injury occurrence. (2 points)