Key result
EACPR screening detects new cardiovascular abnormalities in ~3% of middle-aged athletes.
Why the study?
Very few data exist concerning the impact of cardiovascular evaluation of middle-aged individuals engaged in high-intensity sport activities as recommended by the EACPR.
Cross-Sectional (n=785)
May support EACPR screening in middle-aged athletes at modest cost per detection; leaves open impact on outcomes.
BACKGROUND: The European Association of Cardiovascular Prevention and Rehabilitation (EACPR) recommends cardiovascular evaluation of middle-aged individuals engaged in sport activities. However, very few data exist concerning the impact of such position stand. We assessed the implications on workload, yield and economic costs of this preventive strategy. METHODS: Individuals aged 35-65 years engaged in high-intensity sports were examined following the EACPR protocol. Athletes with abnormal findings or considered at high-cardiovascular risk underwent additional examinations. The costs of the overall evaluation until diagnosis were calculated according to Swiss medical rates. RESULTS: 785 athletes (73% males, 46.8±7.3 years) were enrolled over a 13-month period. Among them, 14.3% required additional examinations: 5.1% because of abnormal ECG, 4.7% due to physical examination, 4.1% because of high-cardiovascular risk and 1.6% due to medical history. A new cardiovascular abnormality was established in 2.8% of athletes, severe hypercholesterolaemia in 1% and type 2 diabetes in 0.1%. Three (0.4%) athletes were considered ineligible for high-intensity sports, all of them discovered through an abnormal ECG. No athlete was diagnosed with significant coronary artery disease on the basis of a high-risk profile or an exercise ECG. The cost was US$199 per athlete and US$5052 per new finding. CONCLUSIONS: Cardiovascular evaluation of middle-aged athletes detected a new cardiovascular abnormality in about 3% of participants and a high-cardiovascular risk profile in about 4%. Some of these warranted exclusion of the athlete from high-intensity sport. The overall evaluation seems to be feasible at reasonable costs.
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Menafoglio et al. (2014) conducted a cross-sectional in Middle-aged individuals engaged in high-intensity sport activities (n=785). Cardiovascular evaluation following the EACPR protocol was evaluated on Detection of a new cardiovascular abnormality. Cardiovascular evaluation of middle-aged athletes following the EACPR protocol detected a new cardiovascular abnormality in 2.8% of participants at a cost of US$199 per athlete.
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