Does Silver Colloid enhance "rancid fat" effect?

See, this is the kind of thing I'm talking about, the brainlock responses on a board where people are ingesting Silver Colloid. I suspect runaway lipid peroxidation from the internal overuse of Silver Colloid. I said Silver Colloid enhances oxidative damage. You said no it doesn't, and proceeded to support the fact that it does. The brain is made up of lipoproteins, fat-linked proteins, and below is the Wikipedia excerpt showing why inhibiting Glutathione Peroxidase could cause--dare I say it--brain damage, not to mention vascular and nerve deterioration from oxidative stress, rancidity, in lipids supporting those systems.

Silver Colloid is for environmental use (water & air filters, for example); and topical use on the skin as with the prescription salve; and rare internal ingestion in case of emergency. Selenium (Brazil nuts) and Vitamin E (Grape Seed oil) may inhibit the effects of Glutathione Peroxidase being blocked with Silver Colloid use. Don't forget that oxidative stress on cell walls could enhance viral and bacterial docking.

Thank you for your very informative response and kindly consider a more stringent protocol for Silver Colloid use, one that includes, say, a preparatory period of high antioxidant use.

"The enzyme Glutathione Peroxidase (PDB 1GP1, EC 1.11.1.9) is a peroxidase found in the erythrocytes of mammals, which helps prevent lipid peroxidation of cell membranes by consuming free peroxide in the cell. The summary reaction the enzyme catalyzes is:

2GSH + H2O2 (Hydrogen-Peroxid) ’Üí GSSG + 2H2O

Where GSH represents reduced monomeric glutathione, and GSSG represents oxidized glutathione. Glutathione reductase then reduces the oxidized glutathione to complete the cycle:

GSSG + NADPH + H+ ’Üí 2 GSH + NADP+

Glutathione Peroxidase is a tetramer, and the bovine erythrocyte enzyme has a molecular weight of 84,000. It is a selenium containing enzyme with 4 selenocysteine amino acid residues that participate in the actual mechanism of this enzyme."


See:

* Glutathione Reductase