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Chris Masterjohn, PhD shared about about consuming glutathione.

Consuming Glutathione in Foods and Supplements

Glutathione is amazing. Ever the underdog, few people have heard of this molecule, yet it supports nearly every aspect of our health. Consider these incredible properties: By acting as an antioxidant, it prevents wear and tear on your tissues, helping you stay youthful, age gracefully, and remain free of chronic diseases. By supporting every-day detoxification, it does …

MWM 2.6: How Isocitrate Dehydrogenase Makes Oxalosuccinate Decarboxylate Itself

You have to squeeze your brain muscles extra hard for this one, but it pays off. This lesson looks at the third step of the citric acid cycle in much more detail, digging into the organic chemistry concepts involved in the conversion of isocitrate to α-ketoglutarate. We dive deep into this because it’s the only way …

MWM 2.5: Isocitrate & α-Ketoglutarate Dehydrogenases, AMPK, and the Need for ATP

The fifth MWM Energy Metabolism lesson explores the third and fourth steps of the citric acid cycle and explains how the rate of ATP production is regulated according to the cell’s need for ATP. Together with lesson four, it explains how cells regulate their ATP production according to their needs and abilities. In the course of exploring …

Supercharge Your Folate With Pastured Egg Yolks and Sprouted Legumes

Supercharge Your Folate With Pastured Egg Yolks and Sprouted Legumes

The effect of sprouting on the folate concentration of legumes is incredible. It peaks on the fourth day of sprouting, though, according to a recent study. But is it always the fourth day in every legume under any condition sprouted in a home kitchen? Are the sprouted legumes on the store shelf four-day sprouts? Right now …

Energy Metabolism

MWM 2.4: Aconitase, ROS, and Regulation of ATP Production According to the Abilities of the Electron Transport Chain

The fourth MWM Energy Metabolism explores the first two steps of the citric acid cycle and explains how the rate of ATP production is regulated according to the abilities of the electron transport chain. Together with the upcoming lesson five, it explains how cells regulate their ATP production according to their needs and abilities. In …