PLAY PODCASTS
The Science of Fasting and Longevity, Part 1

The Science of Fasting and Longevity, Part 1

Intelligent Medicine | The Best of High Tech Medicine and Alternative Modalities · Dr. Ronald Hoffman | Pioneering Complementary Medicine Practitioner

July 23, 202533m 30s

Audio is streamed directly from the publisher (media.transistor.fm) as published in their RSS feed. Play Podcasts does not host this file. Rights-holders can request removal through the copyright & takedown page.

Show Notes

Dr. Chris Rhodes, a clinical fasting, longevity, and biomimetics researcher at UC Davis, discusses various fasting methods including time-restricted feeding, intermittent fasting, and prolonged fasting. He highlights the biochemical processes involved, such as autophagy and metabolic adaptation, and underscores the potential health benefits of fasting, which include improved metabolic markers and extended lifespan as evidenced in animal models. Dr. Rhodes also introduces Mimio, a supplement developed from his research designed to mimic the benefits of fasting without actual food deprivation, detailing its composition and the promising clinical results. The discussion weaves through scientific insights, personal experiences, and practical applications of fasting and fasting-mimicking agents.

Topics

Dr. Ronald HoffmanIntelligent MedicineIntelligent Medicine PodcastMedicineIntegrative MedicineNutritionExerciseAgingComplementary MedicineHealthWellnessSupplementsConventional MedicineAlternative MedicineLeyla MuedinLeylavitaminsmineralshealth spanlifespanNutritionistHolistic HealthRegistered Dietitian Nutritionistfastingtime restricted feedingintermittent fastinglongevityfasting benefitsDr. Chris Rhodesnutritional biochemistryautophagyglucose metabolismketone metabolismcalorie restrictionmetabolic healthweight lossappetite suppressionbiomimeticsfasting mimetic supplementMimeooleoylethanolamidenicotinamidespermidinepalmitoylethanolamidePEAendocannabinoidmetabolic efficiencylifespan extensionmetabolic homeostasisketogenic dietmetabolic flexibilityinsulin sensitivitycardiovascular healthanti-inflammatory effectsantioxidant effectscognitive functionneuroinflammationmuscle wastingsarcopeniaPeter Attiametabolic syndromebiomedical research