Could stem cells unlock a new era of regenerative medicine? 🔬

In Episode 17 of Decoding Longevity, Yuta Lee joins Raghav Sehgal & Macsue Jacques to discuss how tapping into our body’s earliest blueprint might one day reset aging itself.

“You don’t need any of this oxidized cholesterol in your body.”

Dr. Matthew O’Connor explains how 7-ketocholesterol — a toxic, oxidized form — drives vascular aging.

🎧 Ep16 out now!
🔗 Spotify: open.spotify.com/episode/1ctI... | YouTube: youtu.be/EVhx11YavTk?...

What if cardiovascular aging could be reversed? 🧬
In Episode 16 of Decoding Longevity, Matthew “Oki” O’Connor explains how targeting 7-ketocholesterol — a toxic oxidized cholesterol — might be the key to tackling atherosclerosis at its root. 🎙️
#Longevity #AgingResearch #CardiovascularHealth

“Longevity should be part of basic healthcare, not a privilege.” 🌍

In Episode 15 of Decoding Longevity, Jasmine Smith (Rejuve.AI) joins hosts Raghav Sehgal & Macsue Jacques to explore how AI and decentralized science make longevity more inclusive.

#Longevity #AI #DeSci #Healthspan

What if the future of science wasn’t locked in labs, but built on a global network of people sharing data and accelerating discoveries in real time? 🌍
That’s the vision of decentralized science (DeSci) — and it’s transforming how we study aging and longevity.

“Methylation clocks are powerful, but in the clinic, changing lives takes more.” 🧬

In Decoding Longevity Ep.14, Dr. Macsue Jacques and Prof. Brian Kennedy explore:
– Why methylation has limits in clinical use
– How biomarkers must evolve for real-world impact
– The future of aging diagnostics

🎧 The full episode is live now — don’t miss it!

#Longevity #EpigeneticClocks #HealthyAging

What if precision medicine applied not only to disease, but to aging itself? 🧬

In Ep13 of Decoding Longevity, Prof. Andrea B. Maier joins hosts Raghav Sehgal & Macsue Jacques to discuss how personalized biology could change the way we age.

#Longevity #PrecisionMedicine