Honest, research-backed journalism on ivermectin, fenbendazole, HCQ, and your right to medical sovereignty. Updated daily.
Most disinfectants and skin products fail not because the chemistry is wrong, but because the product doesn't stay in contact long enough to work.
Alcohol hand sanitisers kill germs by dissolving lipids and proteins indiscriminately, which is why they also damage skin. Barrier gels work by a different physical mechanism entirely.
Hospital hand hygiene "compliance rates" sound precise, but the number depends heavily on how and when it's measured. Here's what the research really shows.
Argyria, the blue-gray skin discoloration linked to silver, is real but rare and dose-dependent. Here is what the actual case data and toxicology show.
A close look at how the outermost skin layer blocks microbes and moisture loss, and where materials like silver and chitosan fit in hygiene, not treatment.
Real research shows technique and timing matter more than most people think—and that skin health is part of getting hand hygiene right.
A close look at how crustacean shells become the purified biopolymer chitosan, and how it and topical silver are actually understood in the research literature.
A close look at how chelated silver and chitosan behave chemically over time, and what that means for storing and handling GermProof correctly.
Chitosan, a biopolymer drawn from shellfish shells and fungal cell walls, has documented uses in crop protection, food preservation, and water purification.