Sugar's Toxic Truth: Metabolic Health & Brain Aging with Dr. Perlmutter

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Food-Brain Link
Fructose & Uric Acid
Reversing Alzheimer's
Microbiome & Birth
Exercise as Medicine
Sugar's False Promise
Inflammation & Gene Control
Keto & Fasting
Sleep & Wearables
Uric Acid Lever

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    Refined carbs and fructose threaten metabolism, causing inflammation and oxidative stress.

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    Inflammation disconnects the prefrontal cortex from the amygdala, locking us into fear-based behavior.

The basic biochemistry of carbohydrates, specifically the metabolic differences between how the liver processes glucose versus fructose.
The physiological concept of chronic, low-grade systemic inflammation and how it differs from acute immune responses.
An introductory understanding of uric acid, including its production via purine metabolism and its traditional association with metabolic waste.
The basic structure and function of the blood-brain barrier (BBB) and how systemic circulatory factors can influence neurological health.
The biochemical pathways of 'Type 3 Diabetes,' exploring how insulin resistance in the brain drives neurodegenerative diseases like Alzheimer's.
Clinical biomarker monitoring, including how to interpret fasting insulin, HbA1c, high-sensitivity C-reactive protein (hs-CRP), and serum uric acid levels.
The impact of fructose-induced mitochondrial dysfunction on cellular bioenergetics, oxidative stress, and accelerated brain aging.
The role of the gut-brain axis, specifically how high-fructose diets compromise gut barrier integrity (leaky gut) to trigger neuroinflammation.
Therapeutic dietary protocols, such as ketogenic therapies, intermittent fasting, and targeted supplementation to lower uric acid and improve cognitive resilience.
507.5K views13.5Klikes1:29:03@lewishowesOriginal Release: 2022-01-24

Sugar consumption, particularly fructose, triggers an evolutionary survival mechanism that causes the body to store fat and elevates uric acid levels, creating chronic inflammation that disrupts the prefrontal cortex-amygdala communication and increases the risk of metabolic diseases including Alzheimer's disease, which begins decades before clinical symptoms appear.