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Cancer, Glycation, Essentiality, Oxidative Stress: Carbs Are Not The Cause — Key Takeaways

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Cancer, Glycation, Essentiality, Oxidative Stress: Carbs Are Not The Cause

Jay Feldman Wellness19mJul 9, 2026

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Carbohydrate restriction forces the body into physiological insulin resistance — a survival-mode conservation mechanism that suppresses metabolic rate, elevates stress hormones, and downregulates thyroid and reproductive hormones.

Key takeaways

Glycation intermediates are 20,000x more damaging than glucose itself

Glycation intermediates are 20,000x more damaging than glucose itself

  • Dicarbonyl compounds (from incomplete fuel metabolism) are 20,000x more glycating than glucose — the fuel type is irrelevant.
  • Ketones, amino acids, and fatty acids all produce these same glycating intermediates; this is a metabolic efficiency problem, not a sugar problem.

Carbs produce more ATP per ROS than fat — making them more metabolically

Carbs produce more ATP per ROS than fat — making them more metabolically

  • Fat oxidation generates significantly more reactive oxygen species per ATP produced, slowing the electron transport chain and citric acid cycle.
  • Higher ROS acts as a natural brake on ATP production via uncoupling; carbohydrate oxidation avoids this bottleneck.

Low-carb diets trigger stress hormones that suppress thyroid and sex hormones

Low-carb diets trigger stress hormones that suppress thyroid and sex hormones

  • Carbohydrate scarcity signals famine; the body upregulates cortisol and downregulates thyroid and reproductive hormones as a survival adaptation.
  • Same mechanism applies to very low fat intake — both macronutrient deficits carry hormonal costs even if survival is maintained.

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In this video

  1. 1mDietary Essentiality vs. Optimal Function
  2. 4mGlycation: Fuel Source vs. Metabolic State
  3. 9mCarbs and Cancer: The Warburg Effect Misconception
  4. 14mATP Efficiency: Carbs vs. Fats
  5. 17mPhysiological Insulin Resistance as a Survival Mechanism

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