Key result
Masters athlete status is linked to ~63% fewer cardiovascular conditions versus the general population.
Why the study?
Limited evidence exists on the prevalence of chronic conditions in masters athletes compared to age-matched non-athletes.
Does participation in masters sports associate with a lower prevalence of chronic conditions compared to the general population?
Cross-Sectional (n=817)
Yes
Does participation in masters sports associate with a lower prevalence of chronic conditions compared to the general population?
Absolute Event Rate: 11% vs 30%
Masters athletes have a significantly lower prevalence of cardiovascular and other chronic conditions compared to the age-matched general population.
Supports masters sports for health promotion; leaves open causality for lower chronic disease risk.
Background Masters athletes (MA) are typically considered healthier than age-matched non-athletes. However, limited evidence exists on the prevalence of chronic conditions in MA. Methods Masters athletes competing at the 2017 Australian Masters Games (n = 4,848) and 2018 Pan Pacific Masters Games (n = 14,455) were invited to complete a survey collecting demographic and health information focused on chronic conditions. Age- and sex-adjusted prevalence of selected chronic conditions in MA was compared with Australian general population data. Results Overall, 817 MA (53.7 ± 10.6 y, 61% female) completed the survey with 48% reporting ≥1 chronic condition. Cardiovascular conditions were less prevalent in MA vs. the general population (11%, 95% CI [9–14%] vs. 30%), as were cardiovascular risk factors, anxiety, asthma, cancers, and depression. The prevalence of osteoarthritis in MA was, however, similar (11%, 95% CI [9–14%] vs. 14%). Older (>50 yr) vs. younger MA were more likely to report osteoarthritis (OR 2.17, 95% CI [1.35–3.48]) and heart conditions (OR 1.85, 95% CI [1.11–3.07]), while younger vs. older MA were more likely to report mental health conditions (OR 1.86, 95% CI [1.23–2.82]). Prevalence of mental health conditions was higher in female vs. male MA (17% 95% CI [13–20%] vs. 8% 95% CI [5–11%]) and younger vs. older MA (18% vs. 10%). Employed MA were less likely than MA who were not employed to report having one or more cancers (OR 0.33, 95% CI [0.16–0.69]), cardiovascular conditions (OR 0.47, 95% CI [0.29–0.79]) and hypertension (OR 0.36 95% CI [0.18–0.73]). Conclusions Cardiovascular and other chronic conditions prevalence was lower in MA compared to age-matched non-athletes, highlighting the value of promoting sport involvement in aging individuals as well as for continuation of participation in younger age groups into MA level. Greater participation of younger and female groups in masters sport to improve mental health, and inclusion of people who are not employed should be supported.
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Halar et al. (2025) conducted a cross-sectional in Chronic conditions (n=817). Masters athlete status vs. Australian general population was evaluated on Prevalence of cardiovascular conditions. Masters athletes had a lower prevalence of cardiovascular conditions compared to the general population (11% vs. 30%), along with lower rates of cardiovascular risk factors, anxiety, and depression.
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