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#87 - Rick Johnson, M.D.: Fructose—The common link in high blood pressure, insulin resistance, T2D, & obesity?

The Peter Attia Drive

NOTE

The Fat Switch

ATP depletion leads to a series of reactions that not only decrease ATP levels in cells but also reduce intracellular phosphate, activating the enzyme PDM, which transforms AMP into uric acid. This biochemical pathway is crucial in inducing obesity from sugar intake, contributing to insulin resistance and related metabolic disorders. When the molecule AMP is produced, it faces a critical decision point between two pathways: the AMP-activated protein kinase (AMPK) pathway, which promotes energy utilization and fat burning, and the AMP deaminase (AMPD) pathway, which encourages fat storage, ultimately instigating insulin resistance and diabetes. The shift in pathways is primarily driven by the drop in intracellular phosphate levels, exacerbated by fructose metabolism, which sequesters phosphate and impacts metabolic health. Interrupting the AMPD pathway may provide a strategy for mitigating the adverse effects associated with these metabolic disruptions.

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