What if You Could Optimize Aging? Andrew Huberman Says These Methods Might Just Do That

Dr. Andrew Huberman highlights the potential of NAD+ and BPC-157 for aging while stressing the importance of practicing healthy daily habits. 

Aging &amp; Longevity

A potentially transformative antibody that inhibits the IL-11 protein increases mouse lifespan by 22% by targeting the same pathways as metformin and rapamycin. 

Antibody prolongs the lifespan of mice by 22%. 

The large-scale preclinical study shows that SRN-901 significantly extends lifespan and healthspan while improving a great number of aging parameters.


Seragon Biosciences increases the lifespan and healthspan of mice in one of the largest studies of its kind. 

Six Intriguing Ideas from David Sinclair’s Book, Lifespan

In his book, Harvard’s Dr. David Sinclair presents concepts such as the Information Theory of Aging — how modifications to our DNA may cause aging.

(Lifespan: Why We Age — and Why We Don’t Have To | booko.com.au)

Harvard’s Dr. David Sinclair presents six thrilling ideas in his book Lifespan, which include his Information Theory of Aging — changes to chemical modifications on DNA that underlie all aging processes.

AI may be capable of discovering drugs that target the multitude of biological processes thought to underlie the aging process.  

AI may identify new targets for anti-aging drugs that humans may have overlooked. 

Search Result: mTOR

What if You Could Optimize Aging? Andrew Huberman Says These Methods Might Just Do That

Anti-Aging Antibody Significantly Extends Life by 22% in Breakthrough Study

Seragon’s Aging Intervention Drug SRN-901 Achieves One of the Largest Extensions of Lifespan and Healthspan to Date

Six Intriguing Ideas from David Sinclair’s Book, Lifespan: Why We Age — and Why We Don’t Have To

How Scientists Plan to Cure Aging with AI