How to Activate AMPK and Suppress mTOR for Longevity | GlobalRPh скачать в хорошем качестве

How to Activate AMPK and Suppress mTOR for Longevity | GlobalRPh

How to Activate AMPK and Suppress mTOR for Longevity | GlobalRPh https://globalrph.com/globalrph-video... In this in-depth clinical lecture, we examine two central nutrient-sensing pathways that shape human aging and metabolic resilience: AMPK activation and mTOR suppression. These molecular regulators influence autophagy, mitochondrial efficiency, insulin sensitivity, cellular repair, and long-term cardiometabolic risk. Using current clinical data and mechanistic insights, this session explains how dietary structure directly modulates these longevity pathways. Rather than focusing on trends, we break down the physiology behind meal timing, macronutrient balance, and nutrient signaling so clinicians can translate science into practice. What this lecture covers: • The metabolic rationale behind delayed breakfast and earlier evening meals • How protein quantity and timing influence mTOR activity • The role of time-restricted eating in enhancing autophagy and metabolic flexibility • AMPK as a master regulator of energy balance and mitochondrial function • How polyphenols and plant-forward dietary patterns support cellular stress resistance • Practical counseling strategies for implementing longevity-focused nutrition plans Designed for physicians, nurse practitioners, pharmacists, dietitians, endocrinologists, geriatric specialists, and researchers, this lecture bridges molecular biology and clinical application. If you are working in preventive medicine, metabolic care, aging science, or functional nutrition, this session provides a clear, evidence-based framework for using dietary interventions to influence biological aging pathways. Subscribe to GlobalRPh for clinically rigorous education on pharmacology, metabolic regulation, and translational longevity science. #LongevityMedicine #AMPK #mTOR #Autophagy #TimeRestrictedEating #IntermittentFasting #HealthyAging #ClinicalNutrition #MetabolicHealth #PreventiveMedicine #NutritionScience #FunctionalMedicine #GlobalRPh