
The First Person to Live to 1,000 Is Already Alive? | Aubrey de Grey
What if aging is less like an inevitable biological process.. and more like damage that can eventually be repaired? For more than two decades, Aubrey de Grey has argued that aging should be treated as a medical problem driven by the accumulation of molecular and cellular damage. His most famous idea, longevity escape velocity. In this episode of Return on Health, hosts Niko and Miguel challenge Aubrey on how realistic that vision actually is, what his latest mouse rejuvenation experiments can tell us about humans, why his first major study fell short of its ultimate goal, and what would have to happen before rejuvenation becomes real medicine. Aubrey also explains why he believes aging can be approached through repair, why combining interventions may matter more than testing them one by one, why current biological age clocks are still limited, what he thinks the Hallmarks of Aging get wrong, and why he believes the first person to live to 1,000 years has probably already been born. ━━━━👤 ABOUT THE GUEST━━━━━ Aubrey de Grey is a biomedical gerontologist and one of the most prominent voices in longevity science. He is the founder and President of the Longevity Escape Velocity Foundation, where his work focuses on developing and testing combinations of rejuvenation therapies aimed at repairing different forms of age-related damage. He is also known for developing the SENS framework and popularizing the concept of longevity escape velocity: the idea that sufficiently effective rejuvenation therapies could extend healthy life long enough for progressively better therapies to arrive. ━━━━🎙️ ABOUT THE HOSTS━━━━ Niko Hems is a longevity expert and Head of Growth at YEARS, a company building a longitudinal, multi-modal health dataset to make prevention personal and data-driven. Miguel Medina is co-host of Return on Health, a podcast built on a simple idea: a system always produces the outcomes it's incentivized to produce. ━━━━⏱ CHAPTERS━━━━━ 00:00 Is Aging Actually A Disease? 02:17 Aubrey's Latest Mouse Rejuvenation Study 08:23 What Actually Counts As Age-Related Damage? 13:59 Can Mouse Longevity Research Translate To Humans? 16:25 How Do We Measure Anti-Aging Effects In Humans? 20:36 Can The First Person To Live To 1,000 Already Be Alive? 23:18 Longevity Escape Velocity Explained 28:16 Did Aubrey's First Mouse Rejuvenation Study Work? 32:11 How Do You Choose Which Longevity Interventions To Combine? 37:37 SENS vs The Hallmarks Of Aging 43:32 What Has Aubrey Changed His Mind About? 45:39 What Should People Actually Do Today? 47:54 Why Longevity Research Struggles To Get Funded 53:32 Prevention vs Rejuvenation 55:35 What Aubrey Would Change About Science 57:16 The Strongest Argument That Aging Can Be Repaired 58:08 Aubrey's Personal Longevity Protocol 58:41 Are Biological Age Clocks Actually Useful? 01:00:18 How Should Healthcare Change? ━━━━━💡 KEY QUESTIONS ANSWERED━━━━━ • Is aging actually a disease? • What does Aubrey de Grey mean by accumulated biological damage? • Can age-related damage actually be repaired? • What is longevity escape velocity? • Could the first person to live to 1,000 already be alive? • What happened in Aubrey's first robust mouse rejuvenation experiment? • Why is he now testing a combination of eight interventions? • Can longevity results in mice realistically translate to humans? • How can we test rejuvenation therapies without waiting decades for mortality data? • What is the difference between the SENS framework and the Hallmarks of Aging? • Are biological age and epigenetic clocks reliable enough for clinical trials? • What has Aubrey changed his mind about after more than two decades? • Why does he think current research funding creates the wrong incentives? ━━━━━━━━━━━━━━━ Connect with Aubrey: Longevity Escape Velocity Foundation: https://www.levf.org/ X / Twitter: https://x.com/aubreydegrey LinkedIn: https://www.linkedin.com/in/aubrey-de-grey-24260b/








