OXY-SC

OXY-SC

What is OXY-SC

OXY-SC is a safe, stable, inorganic compound of oxygen and chlorine-containing products which can be used both orally and/or topically.

Scientific controlled tests, and other reports, give a valid basis for the strong evidence that OXY-SC can favorably influence the outcome of diverse health problems in humans, animals, fish, as well as plant life. The wide-ranging benefits that have been observed, in turn, indicate that OXY-SC may act at the organism’s cellular level with no un-wanted side-effects. OXY-SC is known to release chlorine dioxide (CL02) and is buffered in such a way that halogenated chlorine dioxide is released slowly and may oxidize foreign material with no chlorine residue deposited in the body.

Chemistry Literature Substantiates the Triple-Threat Capability Of Chlorine Dioxide

The low density of the OXY-SE solution results in relatively low residual solids (~10.1% at 400 degrees C). These solids are composed of sodium chloride, sodium oxide (from sodium hydroxide & sodium carbonate), sodium sulfate and boric acid. The solution originally contains substantial amounts of sodium chloride – which is also the end-product of the decomposition of each of the oxychlorine compounds. Thus, during and after the decomposition, no new compounds of chlorine are formed – and only more sodium chloride is formed – adding to the already present sodium chloride pool, providing for very safe and efficacious release of the appropriate oxides of chlorine. These oxides, formed in situ, are ready to do their job without interference of complications. It works primarily on the basis of oxidation, apparently being able to supply stimulus to the organism’s own physiological response as well as offering additional oxidative capacity at the cellular level. Where utilized in vivo, it combines with the natural bodily functions and immune responses to become an effective medication with virtually no toxic or side-effects.

First, when applied topically the OXY-SE may act as an osmotic agent, similar to the application of Epsom salts. The concentrations of salts in OXY-SE, even when applied in a 1% solution, is quite high. The ensuing osmotic gradient would be a sufficient driving force for the removal of toxins from the skin. The same gradient may in a similar way promote healing by increasing the rate of transport of factors involved in healing (in the case of abrasions, burns). The aforementioned mechanism may appear simple, nonetheless it may partially explain the promotion of healing and desensitization of burns and rashes that you have documented.

Chlorine oxides are known for their anti-microbial capability, but also for their volatile nature and consequent instability. However, during manufacture, OXY-SE is rendered stable, and possesses a long shelf life. The chlorine acts as a carrier of the oxygen, but free chlorine is not a product of the reaction.

We have shown chlorine dioxide to be extremely effective against pathogenic bacteria (e.g. Legionella pneumophila) and enteric viruses (Poliovirus) in our laboratory. At physiological pH, the predominant chemical species will be chlorite ion. The chlorite is biocidal, yet less toxic than chlorine dioxide since it is a less powerful oxidant in the ionic form. At the pH of the stomach (pH 3-4) one can expect chlorine dioxide to be produced from the chlorites. This will be a transient phenomenon, ultimately yielding chlorite ion, again, which will be absorbed by the body, passed through the lower gastrointestinal tract, and excreted by the kidneys.

Outcome

The cells of the body can utilize the chlorites from OXY-SE, particularly the leukocytes, as a substrate to increase the efficiency of a group of enzymes known as peroxidases. These enzymes are an important component in the immune system since they are involved in the oxidation of foreign material. OXY-SE significantly improves the efficiency of the two enzymes, chloroperoxidase and peroxidase. There are two interesting outcomes of chlorite utilization by these enzymes. Number one is that the immune system may be directly enhanced by the increased rate of oxidation of foreign material by the leukocytes. Number two is an increased ability by all metabolically active cells to scavenge free radicals. The rate of removal of the superoxide radicals (02) by superoxide dismutase (SOD) will be increased as the peroxide (H202) removal is enhanced by the chlorite (C102-). The latter result, increased efficiency of removal of free radicals, is interesting in light of some modern theories attributing the cause of disease, debilitating aspects of aging and onset of cancer to excessive levels of free radicals. The source of the free radicals may be environmental (e.g., UV radiation) or metabolic (e.g., H202). It is suggested that infra-red spectroscopy could be utilized to directly determine the concentrations of C102- and c103- in Esterilit.

Supplement Facts

Container: 2-ounce glass bottle with glass dropper
Servings Per Container: 73
Serving Size: 20 drops