Which strategy best contributes to preventing sudden cardiac death in young athletes?

Which strategy best contributes to preventing sudden cardiac death in young athletes?

• A. Comprehensive PPE with history, selective ECG, AED availability, CPR/AED training, risk stratification, and possible activity restrictions.
• B. Rely only on family history for risk assessment.
• C. No screening is necessary.
• D. Emergency readiness is not required.

Answer: (A)

A layered approach that combines thorough screening with real-time emergency readiness best reduces the risk of sudden cardiac death in young athletes. A comprehensive pre-participation evaluation starts with a detailed medical history and physical exam to catch warning signs such as unexplained fainting, chest pain with exertion, or a concerning family history. Adding an ECG only when history or exam findings raise suspicion helps identify hidden heart conditions like hypertrophic cardiomyopathy or electrical disorders without overburdening everyone with unnecessary testing. Having AEDs available at events and ensuring staff are trained in CPR and AED use means a collapse can be treated immediately, which is crucial for survival. After screening, risk stratification guides decisions about further testing or temporary activity restrictions, balancing safety with the athlete’s goals. This combination addresses detection, rapid response, and appropriate restrictions, making it the strongest overall strategy. Relying solely on family history misses many at-risk individuals, and skipping screening or emergency readiness leaves athletes vulnerable and unprepared.

A layered approach that combines thorough screening with real-time emergency readiness best reduces the risk of sudden cardiac death in young athletes. A comprehensive pre-participation evaluation starts with a detailed medical history and physical exam to catch warning signs such as unexplained fainting, chest pain with exertion, or a concerning family history. Adding an ECG only when history or exam findings raise suspicion helps identify hidden heart conditions like hypertrophic cardiomyopathy or electrical disorders without overburdening everyone with unnecessary testing. Having AEDs available at events and ensuring staff are trained in CPR and AED use means a collapse can be treated immediately, which is crucial for survival. After screening, risk stratification guides decisions about further testing or temporary activity restrictions, balancing safety with the athlete’s goals. This combination addresses detection, rapid response, and appropriate restrictions, making it the strongest overall strategy. Relying solely on family history misses many at-risk individuals, and skipping screening or emergency readiness leaves athletes vulnerable and unprepared.