Ozone is a Bioxidative Therapy

An appropriately dosed ozone therapy protocol is a therapeutic biooxidative therapy.   By introducing a controlled mixture of ozone and oxygen into the body, this therapy produces chemically reactive oxidizers, which safely remove toxins and inactivate anaerobic microbes (often responsible for disease). Best of all though, ozone "brings in the cavalry", by enhancing the body's immune system and improving cellular energy production. This enables the body to "fix" its own problems, including the destruction of cancer cells. Ozone therapy is used in surgery, therapeutics, neurology, gynecology, dermatology, and urology.

Biooxidative Therapy - Oxidative / Oxygenating

• Removes toxins from the body

• Directly kills microbes in the body - ozone oxidizes the double bonds of fatty acids in anaerobic bacterial cell walls and oxidizes the protein capsid of viruses.

• Enhances immune system function.  Increases special messengers of the immune system (cytokines).

• Oxygenates the body and Increases cellular energy production

• Increases antioxidant enzyme systems in healthy cells.   The integrity of cellular membranes depends on peroxides being quickly removed by the body's primary antioxidant glutathione peroxidase (GPx) system. Ozone makes this and other antioxidant enzyme systems more efficient.

Immune System Produces Ozone as an Attack Weapon

Immune system neutrophils are little cellular factories that produce singlet oxygen and other oxidants.  During an immune response, neutrophils engulf and destroy bacteria and fungi by "blasting"them with these oxidants.

Antibodies generate ozone and hydrogen peroxide.   By using singlet oxygen produced by neutrophils. Thus, in addition to killing the bacteria themselves, neutrophils feed singlet oxygen to the antibodies, which convert it into ozone and hydrogen peroxide, adding powerful weapons to the assault.

Babior BM, Takeuchi C, Ruedi J, Gutierrez A, Wentworth P Jr. Investigating antibody-catalyzed ozone generation by human neutrophils. 2003 Mar 18; Proc Natl Acad Sci U S A. 100(6):3031-4.

The following chemical equation sums up these reactions (unbalanced and missing intermediate steps):

H₂O     +      ¹O₂         →            O₃         +       H₂O₂        +       O₂

         Singlet Oxygen             Ozone      Hydrogen Peroxide   Oxygen