EPISODE · Apr 19, 2026 · 34 MIN
How To Slow Your Internal Clock And Protect Your Brain
from The Longevity Podcast: Optimizing HealthSpan & MindSpan · host Dung Trinh
Send us Fan MailWe challenge the idea that the number on your driver’s license defines your health and show how biological age can drift far from chronological age. We connect blood biomarkers to brain changes on MRI and map practical ways to shrink the biological age gap to support stroke prevention and long-term brain health.• defining chronological age versus biological age using the odometer analogy• explaining cellular senescence, “zombie cells,” and chronic inflammation as a driver of faster aging• breaking down how routine blood tests can estimate biological age with 18 biomarkers• interpreting the Yale follow-up results and the link to lower stroke risk• translating MRI white matter hyperintensities into a clear picture of silent brain damage• weighing the skeptic’s argument about correlation versus causation and why randomized trials matter• building a practical plan around movement, nutrition, smoking cessation, alcohol limits, sleep quality, and sleep apnea treatment• showing why hearing loss treatment, depression care, and social engagement protect cognition over timeChange the dynamic of your next physical exam. Don’t just let the doctor check your cholesterol, tell you it’s in range, and send you home. Have a conversation about your trajectory. Ask how your metabolic markers, your sleep quality, and your systemic inflammation are interacting. Demand to look at the holistic picture of your biological clock.This podcast is created by Ai for educational and entertainment purposes only and does not constitute professional medical or health advice. Please talk to your healthcare team for medical advice. Never miss an episode—subscribe on your favorite podcast app!
What this episode covers
Send us Fan Mail We challenge the idea that the number on your driver’s license defines your health and show how biological age can drift far from chronological age. We connect blood biomarkers to brain changes on MRI and map practical ways to shrink the biological age gap to support stroke prevention and long-term brain health. • defining chronological age versus biological age using the odometer analogy • explaining cellular senescence, “zombie cells,” and chronic inflammation as a driver o...
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How To Slow Your Internal Clock And Protect Your Brain
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