Related Episodes for How Vitamin D, Omega-3s, & Exercise May Increase Longevity | Dr. Rhonda Patrick

“If your magnesium levels are inadequate, then your ability to boost mitochondrial number during HIT will be dampened, thus, compromising performance and the mitochondrial mass you would have otherwise gained as a consequence of your hard work and effort.”

Dr. Rhonda Patrick answers audience questions on various health, nutrition, and science topics in this Q&A session.

“Dr. Patrick uses skin thickness as a simple buying framework: thin-skinned produce such as strawberries and apples receives more priority for organic purchasing than avocados, bananas, or oranges with peels that are removed.”

“Peak plasma flavan-3-ol metabolites after the banana smoothie were 84 percent lower than after the capsule, while the low-PPO berry smoothie produced levels similar to the capsule. PPO is released when plant tissue is cut, bruised, or blended and can react with selected polyphenols before they reach circulation.”

“In a previous episode, entitled "Maximizing Your Mitochondria with Magnesium," we learned that 45% of the US population is deficient in magnesium and the important role magnesium plays in mitochondrial function and how this relates to exercise performance by ensuring your muscle cells have the highest oxidative capacity (ability to produce ATP or "energy") possible.”

“Practicing healthy light exposure habits — seeking bright light in the morning and avoiding it in the evening — is crucial. When we eat also plays a role, and eating too close to bedtime disrupts sleep and shifts circadian timing over the next few days.”

“Dr. Schoenfeld says the situation is likely more complex and nuanced. For example, a marathon runner will have difficulty with hypertrophy, probably due to overtraining rather than intracellular signaling negatively affecting muscle development.”

“A growing body of scientific evidence suggests that there's a correlation between nutrition, exercise, sleep, and stress management and having longer telomeres. Identifying the mechanisms that drive these correlations has proven challenging, but a few candidates stand out, including improvements in immune function and metabolic health.”

In this clip, Dr. Patrick explains how intense exercise beneficially alters tryptophan and kynurenine metabolism in a way that may benefit depression.

“Dr. McGlory sheds light on the relationship between aerobic conditioning and muscle hypertrophy, addressing the notion that aerobic exercise might hinder muscle growth gained through resistance training.”