Nexus - 1306 - New Times Magazine-pages

Page 36 of 97

Page 36 of 97
Nexus - 1306 - New Times Magazine-pages

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MEDICAL APPLICATIONS OF OZONE AND HYDROGEN PEROXIDE MEDICAL APPLICATIONS OZONE AND HYDROGEN PEROXIDE Bio-oxidative therapies have been used successfully for a century in Europe to combat a range of diseases including cancer. A treatment system that mixes ozone with steam can be readily set up for home use and reportedly produces excellent results. zone, an allotrope of oxygen, has been utilised very effectively for nearly 100 years in disease therapies in Europe, but isn't well known elsewhere. The therapeutic effects of the unstable gas and its similar reactive substance, hydrogen peroxide, have been well documented. These substances are proven safe and effective treatments for virtually all pathogenic organisms that infect the human body. The enriched ozone gas is created from regular oxygen, which is re-formed by splitting the outer shell electrons of the oxygen molecule into two single or "singlet" molecules. In nature, odd-order atomic electron orbits are unstable and will bind with other substances which, in this case, are other oxygen molecules that remained intact. This electron binding creates a new and unstable isotope that contains three electrons in the outer shell. The substance created is ozone. The excitation force to cause the reaction can be an electrical discharge such as lightning, or ultraviolet radiation from the Sun, or artificial light. The ozone is unstable and seeks out other atoms that have odd-order electrons in their orbits—as do free radicals, which are malformed cells that can produce mutants if they survive and can cause disease. Oxygen is re-formed when the ozone molecule and a free radical bind together, neutralising the electrical energy of the defective cell. The free radical cell, now killed, is simply gobbled up by the granulocytes, leukocytes and neutrophils (the macrophages) and delivered to the body's elimination organs for proper disposal. Bio-oxidative (oxygen/ozone) therapies have existed in Europe since World War I, but up until recently have been illegal in the United States. Some States are now allowing its use, but many doctors are afraid to jeopardise their practices by promoting these effective modalities which, so far, are not approved by the Food and Drug Administration (FDA) and the American Medical Association (AMA) and are not likely to be any time soon. Ozone can be introduced into the body by several methods. Blood infusion, called autohaemopathy, is a process where oxygen and ozone are infused into the blood and re- introduced into the patient. Other methods include sauna/steam bathing, vaginal, rectal and ear insufflation, and the use of sealed bags and containers. Lately, rectal insufflation has been shown to be nearly equal in effectiveness as autohaemopathy, thus allowing for application without medical supervision and making home treatments possible. The liver receives the most benefit from rectal insufflation, as blood in the portal vein becomes "superoxygenated" by the ozone present in the rectal cavity, the enriched blood thereby delivering higher-than-normal levels of oxygen into the liver where it destroys viruses like the debilitating hepatitis pathogens. It is advisable that anyone considering the use of oxygen therapies seek consultation with a qualified ozone therapist in order to determine potential risk. Although the technology is the safest known, there are some contra-indications where these methods should not be used. Persons taking MAO (monoamine oxidase) inhibitors or who exhibit severe cardiovascular instability, have thrombocytopaenia or a hypothyroid condition should avoid this technology. Ozone has a selective effect on the cellular structures of the body and thus is an ideal pathogenic devitaliser. Healthy and diseased cells differ in their electrical polarities, and it is this potential difference that causes ozone, with its negative electrical charge, to be either attracted or repelled. All pathogens including viruses have weakened negative electrical charges on their outer coatings, making them appear to be positively charged; this is what attracts the ozone molecules. Website: http:/Awww.kootiekiller.us NEXUS * 35 by Carmi B. Hazen © 2006 OCTOBER — NOVEMBER 2006 www.nexusmagazine.com