Key result
Intermediate-high PREVENT scores predict ~12-fold higher CVD odds in testicular cancer survivors.
Why the study?
Testicular cancer survivors experience excess cardiovascular disease incidence and mortality, creating an urgent need for new risk prediction tools.
Does the AHA's 2024 PREVENT-equation predict incident cardiovascular disease in long-term testicular cancer survivors?
Does the AHA's 2024 PREVENT-equation predict incident cardiovascular disease in long-term testicular cancer survivors?
The AHA's 2024 PREVENT equation effectively identifies high-risk testicular cancer survivors for incident cardiovascular disease, highlighting the importance of physical activity as a modifiable risk factor.
May support PREVENT stratification in testicular cancer survivors; extends validation to this cohort but leaves practice change open.
Testicular cancer survivors (TCS) experience excess cardiovascular disease (CVD) incidence and mortality. To address the urgent need for new risk prediction tools, we evaluated the AHA’s 2024 PREVENT-equation among 1,759 TC survivors (TCS; median baseline age = 37 years). Baseline median 10- and 30-year CVD risks were 1.3% and 9.1%. Among evaluated survivors with follow-up (N = 737; median age = 45), each 5% increase in 10-year PREVENT risk conferred 2.94-fold odds (95%CI = 1.99–4.35, P < .001) of incident CVD. Those with 10-year PREVENT absolute risk defined as intermediate-high (≥7.5% per AHA) had 12.11-fold higher odds (P < .001). Associations were strongest after four cycles of etoposide/cisplatin (EPX4) (OR = 4.93, P < .001), possibly driven by lower eGFR and slightly older age (P < .001 each), and among TCS without vigorous baseline physical-activity (OR = 4.25, P < .001). EPX4 patients were among those less engaged in activity (P = .005). PREVENT equations, utilizing routine measures, can identify high-risk TCS, highlighting physical-activity as a key modifiable factor for early intervention.
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Kerns et al. (2026) studied this question. Each 5% increase in 10-year PREVENT risk in testicular cancer survivors increased CVD odds by 2.94-fold; intermediate-high risk (≥7.5%) had 12.11-fold higher odds.
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