AI-derived biological cardiovascular age gap

There is 1 paper on AI-derived biological cardiovascular age gap in aging research: 1 observational study in people. The newest story, Nov 7, 2026: “Scan-based heart age linked to higher one-year cardiac risk”.

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“Accelerated cardiovascular aging (age gap ≥2 years) identified patients with significantly higher 1-year MACE compared with non-accelerated aging (20.5% vs 5.5%, p<0.001)”
AI-Derived Biological Cardiovascular Age from Coronary CT Angiography Predicts 1-Year Major Adverse Cardiac EventsAHA Scientific Sessions 2026 abstract2026doi:10.1161/circ.154.suppl_1.16949
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Major adverse cardiac event

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  1. AI-derived biological cardiovascular age gap predicts major adverse cardiac event in humans (Biological age gap ≥2 years versus non-accelerated aging) (20.5% vs 5.5%; 3.7-fold increase in risk).

    “Accelerated cardiovascular aging (age gap ≥2 years) identified patients with significantly higher 1-year MACE compared with non-accelerated aging (20.5% vs 5.5%, p<0.001)”

    HumansBiological age gap ≥2 years versus non-accelerated aging1 yearn = 1,672

    Scan-based heart age linked to higher one-year cardiac risk

    AHA Scientific Sessions 2026 abstract

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AHA Scientific Sessions 2026 Abstract

Scan-based heart age linked to higher one-year cardiac risk

Over one year, cardiac events occurred in 20.5% of patients whose scan-based heart age exceeded their actual age by at least two years, versus 5.5% otherwise.Over one year, cardiac events occurred in 20.5% of patients whose scan-based heart age exceeded their actual age by at least two years, versus 5.5% otherwise.

Cohort · 1,672 peopleBiomarkers