Ranked by shared topics, with one result from each original episode.
Q&A
Dr. Rhonda Patrick discusses supplement timing, exercise timing, supplements in older adults, folic acid vs. folate, and hydrogen-rich water.
Q&A
Dr. Rhonda Patrick reviews the evidence for nattokinase, how oat beta-glucans may aid with PFAS excretion, and HRT for APOE4 carriers.
Q&A
Dr. Rhonda Patrick discusses organic produce, fasting-mimicking diets, sleep, sauna, sunscreens, red light therapy, reverse osmosis water, and fiber.
Q&A
Dr. Rhonda Patrick discusses memory, tendon and bone health, male fertility, and the benefits of blueberries.
Episode
“In this podcast, we discuss and critically analyze a recent headline-grabbing editorial that was published in the Annals of Internal Medicine that reviewed three studies on the topic of multivitamins and chronic disease prevention. We analyze the important shortcomings of the studies and talk about the mechanism.”
Clip
“Dr. Patrick recommends transferring food to glass or ceramic before heating and treating BPA-free labels cautiously because replacement chemicals can have their own biological activity.”
Episode
“Whereas its link to diabetes is well known, what is likely underappreciated is that refined sugar may be linked to as many as 200,000 deaths worldwide each year from diabetes, cardiovascular disease, and cancer combined. Refined sugar also affects the brain.”
Episode
“In this episode, Rhonda gives a summary of the science of resveratrol including its effects in animals and humans, the mechanisms behind how it works, and the bottom line on resveratrol supplementation and safety. A few key moments... For a more in-depth timeline, as well as references for this episode, click the timeline tab. Learn more about resveratrol on our overview page”
Clip
“Most common graying is strongly related to age and genetics, but selected observations suggest that stress, nutrient status, and cellular energy metabolism can influence pigment in some circumstances.”
Episode
“The fascinating way Dr. Panda is using human anecdote from his trial to ask new scientific questions he wouldn't think to ask and then going back to animal data to figure it out and how this unique approach forms a sort of closed loop pattern: animal → human feedback → back to animal for mechanism.”