Aging – a process that began the moment we were born – is generally thought of as inevitable. But could aging become reversible in the future? Technologies like interrupted cellular reprogramming, in combination with future advances in the field of epigenetics, offer the promise that scientists may eventually be able to develop the means to reverse aging. In this Aliquot, featuring Dr. David Sinclair, Dr. Steve Horvath, and Dr. Morgan Levine, we discuss how interrupted cellular reprogramming may reverse aging.
Aliquot episodes make great companion listening for a long drive. You can find these special members-only episodes alongside live recorded Q&As on The Aliquot, our official premium FoundMyFitness podcast.
Aging – a process that began the moment we were born – is generally thought of as inevitable. But could aging become reversible in the future? Technologies like interrupted cellular reprogramming, in combination with future advances in the field of epigenetics, offer the promise that scientists may eventually be able to develop the means to reverse aging. In this Aliquot, featuring Dr. David Sinclair, Dr. Steve Horvath, and Dr. Morgan Levine, we discuss how interrupted cellular reprogramming may reverse aging.
Introduction
Early research involving Yamanaka factors (Dr. David Sinclair segment)
Reprogramming vs rejuvenating cells with Yamanaka factors (Dr. Steve Horvath segment)
Recent developments in the science of partial cell reprogramming (Dr. Morgan Levine segments)
Epigenetic reprogramming rejuvenates mitochondria too
If you enjoy the fruits of , you can participate in helping us to keep improving it. Creating a premium subscription does just that! Plus, we throw in occasional member perks and, more importantly, churn out the best possible content without concerning ourselves with the wishes of any dark overlords.
Testosterone is a steroid hormone produced primarily in the testes in males and in smaller amounts in the ovaries in females. It's crucial...
Mitochondrial health and overall health are intrinsically linked. Identifying ways to boost mitochondrial biogenesis...
Mitochondria are best known for their energy-producing roles, but they also help regulate cellular metabolism, signaling, and apoptosis...
Aerobic exercise and resistance training are essential for optimal health. However, finding the time to do both can be challenging...
As we age, our hair changes: It often turns gray and becomes finer, and it might even fall out—permanently...