450mg Wipes Out Insulin Resistance (and Fatty Liver)
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Top Comments (10)
No one is talking about how Tylenol depletes glutathione levels. Probably lots of different pharmaceuticals do too.
Glycine 10mg and NAc 1g combine with excersise
That study you mentioned at 13:09 is insane. We give one group what we think is good stuff. And we give the other group poison: maltodextrin. And surprise, the maltodextrin group did poorly. We are talking about dropping fat from a fatty liver, and they gave them maltodextrin which spikes insulin and blood sugar faster than table sugar. This of course, causes fatty liver.
AI Summary: This video, presented by Thomas DeLauer, explores the critical role of glutathione in liver health, insulin resistance, and cellular longevity. It highlights how glutathione depletion is not just a symptom of fatty liver disease, but a driving factor. ### Key Takeaways: The Power of Glutathione: As the body's primary antioxidant (made of glutamate, cysteine, and glycine), it protects against oxidative stress. When mitochondrial glutathione levels drop, it leads to impaired energy production and heightened inflammation (1:41-3:35). Ferroptosis: The video introduces this iron-dependent form of cell death, where cells essentially 'rust' and burst due to lipid peroxidation. Glutathione, via the GPX (glutathione peroxidase) enzyme, is the primary defense against this process (7:38-10:02). Dietary and Lifestyle Levers: To improve glutathione levels, you should focus on precursors and supporting cellular pathways: Precursors: Incorporate whey protein, NAC (N-acetylcysteine), and glycine-rich foods like bone broth (5:28-6:05, 12:01-13:40). NRF2 Activation: Eat cruciferous vegetables (broccoli sprouts, kale, cabbage) and garlic to signal the body to produce more glutathione (14:48-15:45). Support Pathways: Ensure adequate selenium for GPX function, and maintain NADPH levels (via Vitamin C and carbohydrates) to help recycle used glutathione (10:48-11:00, 16:41-17:35). Factors That Deplete Glutathione: Alcohol, excessive seed oils, sleep deprivation, and environmental toxins can rapidly exhaust your stores. Prioritizing quality sleep is crucial because that is when glutathione recycling is restored (17:57-19:28). Supplementation: While the body needs its own natural production, liposomal glutathione is recommended for its high bioavailability compared to standard oral capsules, especially during periods of high stress or toxic exposure (6:12-7:10, 19:28-19:46).
Be aware that if you have MTHFR gene mutations with COMT issues, these recommendations may not work for you.
Oh I just noticed. Grats on 4 mil subs
Coffee ground enemas. Every sunday after church 💪💪
Brazil nuts usually have high amounts of mold. Get your selenium somewhere else.
Thanks for the info and video. 👍
Every logic behind these biomolecule uptake are real . Thank you for explainable it with biochemistry .
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Top Comments (10)
No one is talking about how Tylenol depletes glutathione levels. Probably lots of different pharmaceuticals do too.
Glycine 10mg and NAc 1g combine with excersise
That study you mentioned at 13:09 is insane. We give one group what we think is good stuff. And we give the other group poison: maltodextrin. And surprise, the maltodextrin group did poorly. We are talking about dropping fat from a fatty liver, and they gave them maltodextrin which spikes insulin and blood sugar faster than table sugar. This of course, causes fatty liver.
AI Summary: This video, presented by Thomas DeLauer, explores the critical role of glutathione in liver health, insulin resistance, and cellular longevity. It highlights how glutathione depletion is not just a symptom of fatty liver disease, but a driving factor. ### Key Takeaways: The Power of Glutathione: As the body's primary antioxidant (made of glutamate, cysteine, and glycine), it protects against oxidative stress. When mitochondrial glutathione levels drop, it leads to impaired energy production and heightened inflammation (1:41-3:35). Ferroptosis: The video introduces this iron-dependent form of cell death, where cells essentially 'rust' and burst due to lipid peroxidation. Glutathione, via the GPX (glutathione peroxidase) enzyme, is the primary defense against this process (7:38-10:02). Dietary and Lifestyle Levers: To improve glutathione levels, you should focus on precursors and supporting cellular pathways: Precursors: Incorporate whey protein, NAC (N-acetylcysteine), and glycine-rich foods like bone broth (5:28-6:05, 12:01-13:40). NRF2 Activation: Eat cruciferous vegetables (broccoli sprouts, kale, cabbage) and garlic to signal the body to produce more glutathione (14:48-15:45). Support Pathways: Ensure adequate selenium for GPX function, and maintain NADPH levels (via Vitamin C and carbohydrates) to help recycle used glutathione (10:48-11:00, 16:41-17:35). Factors That Deplete Glutathione: Alcohol, excessive seed oils, sleep deprivation, and environmental toxins can rapidly exhaust your stores. Prioritizing quality sleep is crucial because that is when glutathione recycling is restored (17:57-19:28). Supplementation: While the body needs its own natural production, liposomal glutathione is recommended for its high bioavailability compared to standard oral capsules, especially during periods of high stress or toxic exposure (6:12-7:10, 19:28-19:46).
Be aware that if you have MTHFR gene mutations with COMT issues, these recommendations may not work for you.
Oh I just noticed. Grats on 4 mil subs
Coffee ground enemas. Every sunday after church 💪💪
Brazil nuts usually have high amounts of mold. Get your selenium somewhere else.
Thanks for the info and video. 👍
Every logic behind these biomolecule uptake are real . Thank you for explainable it with biochemistry .