A big thank you to Michael for sharing his insights on the future of longevity science.
🎧 Listen here:
Spotify:
YouTube: youtu.be/RpQTbn5qex4
Apple Podcasts: podcasts.apple.com/tr/podcast/d...
ListenNotes: lnns.co/2dI0RFqGnpv
Join Raghav Sehgal and Macsue Jacques as they speak with Michael Ringel (Life Biosciences) about:
🧬 Partial epigenetic reprogramming
🧬 Cellular rejuvenation
🧬 The first steps into human clinical trials
🚨 What if aging isn’t something we just accept — but something we can reprogram?
A new episode of Decoding Longevity is now live.
Spotify 🟢 open.spotify.com/episode/2r1E...
Youtube 🔴 youtu.be/kuxVfl_gKfE?...
Apple Podcast 🟣 podcasts.apple.com/tr/podcast/m...
You don’t “suddenly” get old. You gradually lose reserve—until something breaks.
In this episode, Stephen Kritchevsky joins Raghav Sehgal and Macsue Jacques to explain how physiological reserve decreases over time, often unnoticed—until a fall, fracture, or loss of function occurs.
🎧 Full episode:
Spotify = open.spotify.com/episode/2r1E...
Youtube = youtu.be/kuxVfl_gKfE?...
Apple Podcast = podcasts.apple.com/tr/podcast/m...
What if aging is less about diseases—and more about declining function?
In this episode, Stephen Kritchevsky joins Raghav Sehgal and Macsue Jacques to explore aging as a system-wide process.
From mobility to metabolism, these declines shape how we live—not just how long.
If we could slow aging… how would we know?
Episode 23 of Decoding Longevity explores one of the biggest challenges in longevity science — measuring impact in humans.
🎧 Listen:
Spotify → open.spotify.com/episode/2r1E...
YouTube → youtu.be/kuxVfl_gKfE?...
#agingresearch #healthspan
🎧 Listen:
Spotify → open.spotify.com/episode/2r1E...
YouTube → youtu.be/kuxVfl_gKfE?...
Apple Podcasts → podcasts.apple.com/tr/podcast/m...
What if aging is less about disease — and more about losing physiological reserve?
In Episode 23 of Decoding Longevity, Stephen Kritchevsky shares how mobility, strength, and resilience shape how we age.
#longevity #agingresearch #healthspan
🎧 Listen:
Spotify → open.spotify.com/episode/2r1E...
YouTube → youtu.be/kuxVfl_gKfE
Apple Podcasts → podcasts.apple.com/tr/podcast/m...
What if the most important question in aging isn’t “how long?” — but “how well?”
In this episode of Decoding Longevity, Stephen Kritchevsky shares insights on mobility, metabolism, and what really shapes healthy aging.
#longevity #agingresearch #healthspan
🎧 Listen here:
Spotify → open.spotify.com/episode/2z0c...
YouTube → youtu.be/ZAoMhgyn1Nc?...
Apple Podcasts → podcasts.apple.com/tr/podcast/f...
#longevity #healthspan #agingresearch
Longevity breakthroughs don’t move at the speed of science — they move at the speed of policy.
In Episode 22 of Decoding Longevity, Dylan Livingston explains why infrastructure and regulation shape real-world impact.
🎧 Listen here:
🟢 Spotify → open.spotify.com/episode/2z0c...
🔴 YouTube → youtu.be/ZAoMhgyn1Nc?...
🟣 Apple Podcasts → podcasts.apple.com/tr/podcast/f...
#longevity #healthspan #agingresearch
90% of the diseases that kill us are driven by aging.
Yet aging research receives less than 1% of funding.
In this episode of Decoding Longevity, Dylan Livingston explores why this gap exists — and why it matters.
Longevity breakthroughs don’t automatically translate into real-world impact.
In this episode of Decoding Longevity, Dylan Livingston explores why infrastructure and policy may be just as important as science itself.
Spotify → open.spotify.com/episode/2z0c...
YouTube → youtu.be/ZAoMhgyn1Nc?...
🎧 Listen to the full conversation with Raghav Sehgal and Macsue Jacques
Spotify → open.spotify.com/episode/1RXY...
YouTube → youtu.be/CwbNZBT1rd0?...
#Longevity #Biotech #Healthspan #PreventiveMedicine
What if longevity science isn’t about stopping aging — but preventing disease? In this episode of Decoding Longevity, biotech entrepreneur James Peyer explains how preventative medicine could reshape how we think about aging
🎧 Listen here
Spotify → open.spotify.com/episode/1RXY...
YouTube → youtu.be/CwbNZBT1rd0?...
Apple Podcasts → podcasts.apple.com/tr/podcast/t...
#Longevity #AgingResearch #Biotech
“Aging is not a one-step path to medicine — it’s a long-term effort across many discoveries.”
In Episode 21 of Decoding Longevity, James Peyer discusses why translating aging biology into real medicines requires many discoveries over time.
With hosts Raghav Sehgal and Macsue Jacques.
YouTube → youtu.be/CwbNZBT1rd0?...
Apple Podcasts → podcasts.apple.com/tr/podcast/t...
In this episode of Decoding Longevity, hosts Raghav Sehgal and Macsue Jacques speak with James Peyer, Founder & CEO of Cambrian Biopharma, about how geroscience discoveries are becoming real biotech therapies.
Spotify → open.spotify.com/episode/1RXY...
What if the most important medicines of our lifetime aren’t the ones that treat disease — but the ones that prevent aging from becoming disease?
🎧 Listen:
Spotify → open.spotify.com/episode/1RXY...
YouTube → youtu.be/EbqOnMJKoH8
Apple Podcasts → podcasts.apple.com/tr/podcast/t...
New episode of Decoding Longevity is out.
We hosted James Peyer, CEO of Cambrian Biopharma, to discuss how geroscience is becoming preventive medicine — and why metabolism may be the first scalable longevity target.
Grateful for the conversation.
Episode 20 of Decoding Longevity explores how chronic inflammation shapes biological aging and long-term health.
Listen to the full conversation here:
Spotify → open.spotify.com/episode/5Jzn...
YouTube → youtu.be/GTGnEFaBhwA?...
What if controlled disease doesn’t mean a quiet immune system?
“We learned that even when HIV is controlled, inflammation persists — and that persistent inflammation is what drives many diseases of aging.” – Alan Landay
#Longevity #AgingScience #Immunology
Full episode:
Spotify → open.spotify.com/episode/5Jzn...
YouTube → youtu.be/GTGnEFaBhwA?...
Apple Podcasts → podcasts.apple.com/tr/podcast/i...
What if the biology of aging is written in immune activity?
This clip from Episode 20 of Decoding Longevity introduces a conversation on chronic inflammation, immune health, and biological aging.
#Longevity #AgingScience #Immunology
