Advanced PushCatch Detox System METALS

Comprehensive support for heavy metals detoxification and cellular health. Heavy metals such as lead, mercury, cadmium, and arsenic are among the most persistent and damaging toxins in the modern environment. Over time, they can accumulate in tissues, overwhelm detoxification pathways, and place stress on multiple body systems impacting energy, resilience, and long-term health. At Quicksilver Scientific, we’ve spent years developing a dynamic model of detoxification that goes far beyond simplistic “cleanses.” Advanced PushCatch® Detox System METALS builds on our patented PushCatch® method, a two-step process featuring Liver Sauce® to “push” stored toxins from cells and tissues and Ultra Binder® with specialized binders to help “catch” and remove them. This protocol provides a comprehensive, science-driven approach designed to mobilize and eliminate heavy metals while supporting antioxidant defenses, cellular membranes, mineral status, and the body’s natural detoxification systems. Suggested Use: Take 1 tsp each of Liver Sauce®, Ergo-Thione+, Kidney Care, Membrane Mend®, and Liposomal EDTA twice daily. Hold in mouth for 30–90 seconds before swallowing. Best taken on an empty stomach. Mix 1 tsp AmalgaClear® with 1 Ultra Binder® stick pack in 8 oz filtered water 30 minutes after liquid products twice daily. Wait another 30 minutes before eating. Take 4 capsules of Catalyzed Mineral Complex® once daily with a meal. Warnings: Protocol includes cold product and is shipped with ice packs. Refrigerate Ergo-Thione+ and Membrane Mend® upon receipt. Do not refrigerate EDTA. If pregnant or breastfeeding, or for continuous long-term use, consult your healthcare practitioner before use. Ultra Binder -take 30 minutes before or 2 hours after meals or medications. -See Satisfaction Policy -Other Quicksilver Scientific Products SKU / UPC Barcode: *These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure or prevent any disease.