Glutathione Restoration Protocol for Age Spots
Berg frames age spots as a visible metabolic alarm bell, not a cosmetic blemish. He traces the breakdown to modern farming practices that strip selenium from soil, layered with glyphosate spraying that further chelates selenium, leaving most people marginally deficient. He notes that standard blood tests often miss selenium deficiency, so dietary repletion is the only practical diagnostic—and therapeutic—step. The protein advice is pointed: many people have moved away from animal products or eat only muscle meat, bypassing collagen‑rich parts like skin and cartilage. This matters because collagen provides glycine and proline, which together with cysteine (from meat) form the glutathione tripeptide. He also underscores the copper‑zinc relationship; many people are zinc‑deficient, which leads to a relative copper excess that fuels melanin chaos. For women, menopause is a tipping point: estrogen’s own antioxidant activity drops, suddenly increasing the glutathione burden and explaining why age spots accelerate after menopause. The protocol therefore doubles as a broader antioxidant‑resilience plan, supporting immune function, thyroid conversion, and connective tissue repair.
Glutathione directly modulates melanin synthesis; when it is low, the enzyme tyrosinase—responsible for melanin production—fires unevenly, creating dark clusters. Selenium is essential for the glutathione peroxidase enzyme family, acting as the spark plug for glutathione's antioxidant action. The amino acid cysteine (from animal protein) is the rate‑limiting building block for glutathione. Copper is a co‑factor for tyrosinase, but zinc antagonises copper; a low zinc‑to‑copper ratio can cause erratic melanin output. Estrogen also acts as an antioxidant; its drop at menopause increases systemic oxidative load and the demand for glutathione, pushing the melanin system into overdrive. By supplying selenium, quality protein, collagen, and balanced zinc, the glutathione system is refueled and melanin production returns to an even distribution.
If you consume just two Brazil nuts a day, you will get enough selenium.

