Related Episodes for How Interval Training Can Improve VO2 Max

“Uric acid adds another long-range signal. In the Swedish AMORIS cohort, 1,224 people who reached age 100 tended to have lower midlife glucose, creatinine, and uric acid than peers who did not become centenarians.”

Dr. Rhonda Patrick, Dr. Darya Rose, and Kevin Rose discuss turmeric's ability to increase detoxification enzymes through hormesis.

“Since then, countless studies have tested Pauling's theories about vitamin C, colds, and cancer (and many others), and a substantial body of evidence has emerged, identifying critical roles for vitamin C in immune function, cardiovascular and respiratory health, cognitive development and preservation, and many other aspects of human health.”

“DNA-methylation clocks use patterns in blood or other tissues to estimate aspects of biological aging. In this clip from Dr. Rhonda Patrick's presentation at Natural Products Expo West, she discusses how omega-3 fatty acids may influence these research biomarkers.”

“A 2025 meta-analysis found improved quality of life, no clear overall change in ejection fraction, and a borderline improvement in New York Heart Association functional class across a small set of trials.”

“A meta-analysis restricted to direct regional measures from MRI, CT, or ultrasound found a very small average hypertrophy benefit when creatine was combined with resistance training, with uncertainty around the pooled estimate and variation across sites and populations.”

“In a four-month randomized trial of 88 overweight, untrained middle-aged adults, daily doses of 500 or 1,000 milligrams improved some muscle and mitochondrial measures, while the primary outcome of peak power did not significantly improve.”

“Longer endurance aerobic exercise seems to be most effective at producing higher levels of FGF21, coinciding with anecdotes you might have heard from runners who have successfully used exercise in this sort of way. Relevant publications Flippo, Kyle H., et al.”

“In this clip from Q&A #68, Dr. Rhonda Patrick compares stearic, palmitic, myristic, and lauric acids and explains why chocolate, cheese, butter, and coconut oil can produce different lipid responses.”