Epigenetics Archives - Page 2 of 2

“Believe it or not, there are 46 million Americans with Alzheimer’s disease in their brain right now, but no symptoms.” — Richard Isaacson

“Our approach is to address serious aging-associated diseases, and if we’re successful, the side effect will be longevity.” — Lloyd Klickstein

“If you restore insulin sensitivity, you’re better able to access and burn fat.” — Dom D’Agostino

“Lack of sleep is like a broken water pipe in your home. It will leak down into every nook and cranny of your physiology.” —Matthew Walker

This article shares some compelling evidence, in mice at least, showing how information about the paternal environment reaches the womb.

“I think the prevention of aging is really a good place to be. . .and I think life is going to be very different in the next decade with our advances.” —Nir Barzilai

“I’ve always felt that it was really somehow an enormous opportunity and a gift to be able to pursue this down to the level that I’ve been able to do in the past 30 years.” —Rudy Leibel

“This is a lesson for anyone who’s listening who thinks that getting to somewhere like this is easy. You have to be massively determined, you have to have grit, and I just wouldn’t give up because there’s nothing else I want to do in my life.” —David Sinclair

Tag

Epigenetics

#138 – Lauren Miller Rogen and Richard Isaacson, M.D.: Alzheimer’s disease prevention—patient and doctor perspectives

#118 – Lloyd Klickstein, M.D., Ph.D.: Rapamycin, mTOR inhibition, and the biology of aging

#116 – AMA with Dom D’Agostino, Ph.D., Part I of II: Ketogenic diet, exogenous ketones, and exercise

#49 – Matthew Walker, Ph.D., on sleep – Part III of III: The penetrating effects of poor sleep from metabolism to performance to genetics, and the impact of caffeine, alcohol, THC, and CBD on sleep

Does Dad’s stress get passed along to his children?

#35 – Nir Barzilai, M.D.: How to tame aging

#33 – Rudy Leibel, M.D.: Finding the obesity gene and discovering leptin

#27 – David Sinclair, Ph.D.: Slowing aging – sirtuins, NAD, and the epigenetics of aging