TENTANG EPISODE INI
Can we really slow biological aging?
In this episode of Decoding Longevity, Professor Richard A. Miller—Professor of Pathology at the University of Michigan and a founding leader of the National Institute on Aging's Interventions Testing Program (ITP)—joins us to explore how scientists determine whether a longevity intervention truly works.
From rapamycin and acarbose to biomarkers, healthspan, and the challenges of translating mouse studies into human medicine, this conversation examines what decades of rigorous research reveal about slowing aging—and why evidence matters more than hype.
Inggris
Amerika Serikat
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CARI EPISODE TERDAHULU
Cari episode sebelumnya dari Decoding Longevity .
EPISODE LAIN DALAM PODCAST INI
What if aging is not just damage — but a biologically regulated process shaped by metabolism, inflammation, and gene expression?
In this episode of Decoding Longevity, Dr. Eric Verdin, President and CEO of the Buck Institute for Research on Aging, joins us for a wide-ranging conversation on the mol…
What if the biggest barrier to healthy longevity isn’t scientific—but philosophical, economic, and ethical?
In this episode of Decoding Longevity, Raghav Sehgal and Macsue Jacques are joined by Dr. Raiany Romanni-Klein to explore how our beliefs about aging, death, and human value shape the future …
What if aging isn’t defined by disease — but by how much function we preserve over time?
In this episode of Decoding Longevity, Raghav Sehgal and Macsue Jacques sit down with Stephen Kritchevsky to explore how mobility, metabolism, and physiological resilience shape the aging process.
From walkin…
Can aging cells be reset — without turning them into stem cells?
In Episode 26 of Decoding Longevity, Dr. Janine Sengstack explains how Genevity is using AI, human data, and RNA therapeutics to identify the master regulators of aging and restore cells to healthier states.
This episode explores the …
Aging might not be inevitable.
In this episode of Decoding Longevity, Dr. Michael Ringel (COO, Life Biosciences) explains how scientists are learning to “reset” the biological age of cells—without changing what they are.
From reversing vision loss in preclinical models to launching one of the first…
Sanggahan: Podcast dan karya seni yang disematkan pada halaman ini berasal dari Raghav Sehgal, yang merupakan milik pemiliknya dan tidak berafiliasi atau didukung oleh Listen Notes, Inc.
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