Episode Details

Our current healthcare system acts as a bystander, waiting for diseases to manifest before intervening. But what if we could monitor our biology continuously and actively reprogram our cells to prevent these diseases from ever starting?

This conversation dives deep into the biology of aging as an informational problem. Dr. David Sinclair explains how the digital genome remains stable, but the analog epigenome degrades over time, causing organs to lose their function. He shares the journey of his lab's discovery—showing how three specific genes can safely reboot cellular memory, restore tissue regeneration, and reverse the biological clock.

• Aging as lost information rather than physical damage, where cells start reading the wrong genes at the wrong time.
• The discovery of OSK therapy, which leaves out the cancer-causing Myc gene to safely reverse epigenetic age.
• The potential of ER 100 to rejuvenate damaged retinal nerve cells in patients suffering from glaucoma.
• How sirtuin enzymes utilize NAD to maintain gene silencing, directly linking cellular metabolism to epigenetic regulation.
• The power of exogenous ketones to act as an alternative fuel source for the aging brain when glucose processing declines.

The historical proof of human longevity is already evident in supercentenarians, such as Jean Calment who lived to 122, and individuals who maintain exceptional physical performance and cognitive scores of 26 out of 30 well into their eighties and beyond.

If biological age is dynamic and reversible, what does that mean for the final decades of your life?