What is the difference between BIONAID™ and colloidal silvers?
Besides its energetic attributes, the special covalently-bonded silver-oxygen molecule makes BIONAID™ completely different from colloidal silvers, including the best smallest particle and uniformly dispersed silver hydrosols that do not contain this unique covalently-bonded molecule. Permanently suspended by covalent fusion (UCLA and Southwest Labs). The Silver Atom is held in permanent suspension by the covalence of many Oxygen atoms and the covalence of a single Silver Atom. The orbiting electrons of a single Silver Atom wrap around the Oxygen Atom as the Hydrogen Atoms are being separated during the reaction. The Silver, now a covalent sub-nanoparticle, can then be ingested like any nutrient through the intestinal wall. This minute particle can travel in the blood stream and penetrate cell membranes (without damaging the cell). As a dietary supplement for supporting the immune system, one primary elimination process occurs when silver’s positive charged electrons, orbiting past the
Besides its energetic attributes, the special covalently-bonded silver-oxygen molecule makes BIONAID™ completely different from colloidal silvers, including the best smallest particle and uniformly dispersed silver hydrosols that do not contain this unique covalently-bonded molecule. Please see the scientific paper on Bionaid: Silver Ozone Water. Permanently suspended by covalent fusion (UCLA and Southwest Labs). The Silver Atom is held in permanent suspension by the covalence of many Oxygen atoms and the covalence of a single Silver Atom. The orbiting electrons of a single Silver Atom wrap around the Oxygen Atom as the Hydrogen Atoms are being separated during the reaction. The Silver, now a covalent sub-nanoparticle, can then be ingested like any nutrient through the intestinal wall. This minute particle can travel in the blood stream and penetrate cell membranes (without damaging the cell). As a dietary supplement for supporting the immune system, one primary elimination process occ
