Ozone is a vital gas found in the stratosphere layer of the atmosphere, serving as a protective filter against high-energy ultraviolet rays emitted by the sun. It plays a crucial role in maintaining the biological balance in the biosphere. Ozone has become increasingly significant since the 1960s due to pollution affecting drinking water. Its cleaning and disinfecting properties led to its application in water treatment and various industrial processes.
Ozone (O³) is a 3-atom molecule, a highly energetic form of oxygen (O²), existing as a gas at room temperature. It is colorless with a characteristic odor that can be noticed after stormy weather, at high altitudes, or near the seaside. In the medical field, ozone used for therapy is generated from pure oxygen in specialized generators.
Ozone’s potent oxidizing property allows it to neutralize toxins such as phenols, pesticides, detergents, chemical wastes, and aromatic compounds. It also exhibits microbicidal effects, making it effective against various microorganisms.
Research indicates that controlled, low-dose ozone administration can positively impact biological mechanisms, strengthening the antioxidant system and promoting resistance to oxidative stress. Ozone therapy is used as an adjunctive treatment in conditions with intense inflammatory processes and immune system involvement, such as wound healing, ischemic, rheumatic, and infectious diseases.
Ozone therapy offers numerous benefits, including:
Ozone therapy has shown beneficial effects in treating various diseases, including but not limited to:
Ozone therapy shows promising potential as an alternative or complementary treatment for various health conditions. However, it is essential to consult with a qualified medical professional to determine its suitability for individual cases.
Ozone therapy offers numerous benefits for overall health and well-being:
Ozone therapy can be administered through various methods, including:
Ozone therapy typically has very few side effects. Any reported side effects usually result from application errors or high ozone doses relative to the patient’s antioxidant capacity. Therefore, ozone therapy should be administered gradually, starting with low doses and progressively increasing. Certain conditions may make ozone therapy unsuitable, such as glucose 6 phosphate dehydrogenase enzyme deficiency, early-stage pregnancy, ACE inhibitor treatment, hyperthyroidism, bleeding disorder, uncontrolled cardiovascular diseases, and ozone-reactive asthma patients.
During ozone therapy, patients should discontinue all antioxidant supplements containing Vitamin C and Vitamin E, as these compounds may affect ozone’s effectiveness. Patients should avoid consuming large amounts of foods rich in these vitamins. Vitamins or antioxidants should be administered before or after ozone therapy, but never during therapy. Patients should have taken their blood pressure and diabetes medications at least 2 hours before ozone therapy and should not be hungry during the treatment. Ozone therapy is a low-risk, complementary, supportive, and restructuring method, often accompanied by standard medical treatments.