Cardiorespiratory Fitness Outperforms Age as the Ultimate Longevity Predictor
Peter Attia reveals why VO2 max beats blood pressure, cholesterol, and even age in predicting how long you'll live.
Biological age reversal, epigenetic clocks, senolytics, and anti-aging interventions
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Peter Attia reveals why VO2 max beats blood pressure, cholesterol, and even age in predicting how long you'll live.
Dr. Attia reveals his patient strategy for maintaining physical independence into your 90s through aggressive VO₂ max targets.
Peter Attia explains why wearable VO₂ max estimates can swing wildly from actual values, potentially misleading your fitness tracking.
Nutrition scientist Layne Norton explains why focusing on cooking oils distracts from major health levers like calorie balance and exercise.
Peter Attia and Layne Norton challenge the evolutionary argument against seed oils, explaining why adaptation matters more than ancestral eating.
Breakthrough epigenetic clock shows schizophrenia slows biological aging while depression and bipolar disorder accelerate it.
Scientists developed PhysAge, a DNA methylation test that outperforms standard blood tests in predicting aging and death risk.
Researchers analyzed 12 epigenetic aging algorithms in 2,532 adults, finding GrimAge clocks best predict cancer risk over 17 years.
Scientists developed a highly accurate epigenetic clock that measures biological aging through DNA methylation patterns in blood samples.
Large study reveals DNA methylation aging markers have limited ability to predict cancer risk, challenging assumptions about aging and disease.
Scientists developed OMICmAge, a biological age test that integrates multiple data types to predict chronic disease risk and mortality better than existing biomarkers.
Revolutionary multi-clock framework outperforms existing epigenetic age tests, enabling better identification of rejuvenating treatments.