Why Protein Becomes Sugar... [New 2026 Findings]

Practical Macro Guidelines for Carnivore00:08:28

The speaker recommends a 1:1 fat-to-protein ratio by weight for general health, shifting toward higher fat (2:1) for therapeutic ketosis and leaner ratios for fat loss. Adjustments should be based on energy levels and physical goals rather than an irrational fear of protein causing high blood sugar.

Conclusion and Metabolic Feedback00:12:18

Ultimately, the body is highly adaptable. Protein consumption does not equate to carbohydrate intake. By focusing on adequate fat intake and listening to bodily feedback—such as energy levels and satiety—individuals can optimize their carnivore diet effectively.

Debunking the Protein-to-Sugar Myth00:00:00

The video challenges the common belief that excess protein automatically converts into glucose via gluconeogenesis. By tracing protein digestion from the stomach to the liver, it explains that the body treats protein as a building block for tissues, enzymes, and hormones rather than an automatic glucose source.

The Liver's Regulatory Role00:02:14

The liver functions like a thermostat, producing glucose only when specific tissues—such as red blood cells and parts of the brain—actually require it. Gluconeogenesis is a carefully regulated, demand-driven process rather than an inevitable reaction to protein consumption.

Glucose Production Sources00:04:18

Glucose can be produced from multiple sources including glycerol from body fat, lactate from muscles (the Cori cycle), and kidneys. This highlights the body's metabolic flexibility in maintaining necessary glucose levels without relying solely on dietary protein.