Ozon applications are among the frequently researched topics in supportive processes for various health conditions today. Answers to questions such as what medical ozone therapy is and how ozone application is performed are based on the premise that this method is not an alternative to standard medical practices, but merely a complementary procedure planned under a physician's supervision. The safety of the application, the dosages used, and the compatibility of the chosen method with the patient's clinical condition are extremely important.
This text aims to provide source-based information on what medical ozone methods are, the general mechanism of action in the body, and why different ozone application techniques are not considered the same.
Important Note: Ozone applications do not replace standard diagnoses and medical treatments. A specialist physician must be consulted to evaluate your personal health status and determine the most appropriate process for you.
What is Medical Ozone and What Mechanism of Action Does It Create in the Body?
The pure medical ozone used in ozone application is a specially produced mixture of oxygen and ozone. Depending on the applied dose, this mixture contains at least 95% oxygen (O2) and a maximum of 5% ozone (O3), generally consisting of 98-99% oxygen and 1-2% ozone. In this structure, while oxygen gas provides the carrier medium, ozone is the main component that interacts with tissues and body fluids to trigger therapeutic (healing) processes.
When medical ozone enters biological environments, it rapidly converts into molecular oxygen and oxygen radicals. This conversion process is based on creating a "controlled oxidative stress" in the body. When ozone is dissolved in liquid environments, it rapidly reacts with antioxidants and polyunsaturated fatty acids to form reactive oxygen species (ROS) -especially hydrogen peroxide- and lipid peroxidation products (LPO) with a long half-life. Hydrogen peroxide, spreading into the cell cytoplasm, plays a triggering role in targeted chemical reactions.
At this point, dosage is of vital importance. The ozone dose is intended to create a moderate level of oxidative stress at a sufficient level. Oxidative stress at this level activates the Nuclear Factor Erythroid 2-related Factor-2 (NRF-2) molecule, which initiates the transcription of the Antioxidant Response Element (ARE). However, if keeping the dose high leads to severe oxidative stress, Nuclear Factor Kappa B (NF-κB) is activated, initiating an inflammatory response in the body. This condition can lead to an increase in cytokines and factors that can cause tissue damage. Low doses, on the other hand, may only create a placebo effect. Therefore, when medical ozone methods are applied, dose adjustment is the most critical factor in terms of the effectiveness and safety of the procedure.
What Are the Medical Ozone Application Methods?
There is no single answer to the question of how ozone application is performed. The selection of the technique to be applied is made by the physician, and each method involves different medical procedures. It is a legal obligation that the medical ozone devices used during the application are registered on the Product Tracking System (ÜTS).
Different ozone application techniques can basically be grouped as systemic (aiming to affect the whole body) and local (regional) methods.
Blood-Borne (Systemic) Applications
Major Autohemotherapy (MAHT):
Major autohemotherapy is the process of returning a certain amount of blood taken from the patient via the venous route, mixed with the gas produced in the medical ozone device. In this process, 50-250 ml of blood is taken and mixed with ozone gas at the determined dose and volume. The procedure is completed by returning it to the patient intravenously using single-use sterile and ozone-resistant materials.
Minor Autohemotherapy (MiAHT):
It is an application performed with lower volumes. 2-10 ml of blood taken via the venous route is injected intramuscularly after being mixed with the gas produced by the medical ozone device. As in the major method, ozone-resistant and single-use sterile materials are used in this method as well.
Local (Regional) Ozone Applications
In addition to systemic applications, there are also local methods targeting specific regions or tissues:
Rectal Insufflation: It is the application of ozone gas produced through a medical device via the rectal route (from the anal region) using single-use sterile materials.
Vaginal Insufflation: It is the process of applying ozone gas prepared at an appropriate dose via the vaginal route with sterile and ozone-resistant materials.
Bagging Method: It is an external method especially preferred in limbs (extremities). After the skin surface (or damaged tissue) in the relevant region is debrided (cleaned), it is moistened with ozonated saline solution. Then, the extremity is placed into a special ozone bag and exposed to the gas. When the application is finished, the gas inside the bag is safely removed from the environment with the help of the device.
Cupping Method: It is the administration of ozone gas to lesions in various parts of the body via glass or silicone cups. After the lesion is cleaned and moistened with ozonated saline, the cups are placed. In this method, vacuuming is also applied to increase blood flow in the relevant tissue.
Why Are Medical Ozone Methods Not Considered the Same?
The differences between ozone therapy types arise from the differences in the biological target of the application, the exposed tissue, and the mechanism of action.
For example; Major Autohemotherapy is performed directly through the blood and aims at a direct systemic interaction with the body's antioxidant capacity. On the other hand, cupping or bagging methods are applied entirely externally, aiming to increase blood flow on a local tissue or to create a regional oxidative response.
Administering gas via the rectal or vaginal route (insufflation methods) is completely different from intravenous applications (MAHT, MiAHT) in terms of bioavailability, absorption time, and cellular reactions. For this reason, medical ozone methods are not considered the same. The application dose, the region to be applied, and the session protocol must be specifically determined according to the individual's physiological structure and the physician's evaluation. Considering that severe oxidative stress carries the risk of initiating inflammation (NF-κB activation), each method of medical ozone application requires special expertise.
You can consult your physician within the framework of general health services evaluation to get detailed information about whether ozone application is suitable for you, its risks, and potential side effects. For more information, especially on risk groups and side effects, you can review our who cannot be treated with it page.
This content has been translated using artificial intelligence technology.
