Ozone Dental Therapy | Odontomedik
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Ozone Dental Therapy

Ozone Dental Therapy

One of the main functions of medical ozone is its wide germicidal power; it is an immune system modulator and it improves the metabolism of oxygen throughout the tissues.

In dentistry we face every day infectious problems of the mouth, hence the importance of its use in daily dental practice.

Its use in dentistry is primarily because it is a powerful surface disinfectant, to clean deep tissues and bone, it improves the oxygen supply in a surgical wound with the objective to promote scar tissue healing and as an antiseptic for the treatment of periodontitis, stomatitis, alveolitis, and in the preparation for oral surgery it also improves the painful and inflammatory processes, it repairs the temporomandibular joint (TMJ) and resolves the post-surgical scarring and inflammatory processes .

Its wide use in the process of tooth whitening has often been evaluated with favorable results, without needing to use more chemical products.

The water used in dental offices is related to the increased chance for infections as secondary events of dental procedures, the ozonation decreases this probability considerably.

The use of ozone in dental surgical procedures has been associated with better control of the risks of bleeding, also with improved scar healing in less time than expected, which contributes to the reduced risk of secondary infection due to surgery; additionally it reduces the use of antibiotics and anti-inflammatories.


In the immune system Ozone stimulates the production of white blood cells, essential for infection control, significantly increases the oxygen levels in the body for longer periods of time.

Ozone in low concentrations kills most bacteria that lack the oxidative system, up to 98%. Another important aspect of the effect of ozone on the immune system is the production of interferons; this substance stimulates the cells that are able to phagocytize (eat) the abnormal cells and infected cells.

Its effectiveness has been evaluated in viruses, fungi, bacteria and in mycobacterium as well.

Dental Whitening

Recently the use of ozone has taken a new course in dentistry, because it is also used for aesthetic purposes in the process of tooth whitening, the direct effect of ozone in high concentrations on the surface of the teeth facilitates this process; in order to potentiate the effect that ozone has over the color of teeth, pastes with ozonified enzymes are used as pre-treatments and they exert a potentiated or stimulating effect on the whitening of the teeth. It is a painless procedure, where a mold is specifically made for each patient and it is used during all the sessions, this makes the treatment more powerful and more directed to the anatomy of the teeth of each individual.

The process is performed in the office in short periods of time where the ozone is administered in a continuous and fluid form directly to the teeth, to achieve the objective of this process, it is carried out in various sessions, this process can be repeated depending on the needs of each patient, with the assurance that it is not toxic to the organism.

Ozonated water in dental practice
Researchers have shown that ozonated water has faster effects than chlorinated water, and that ozone in regulated concentrations can eliminate microorganism from the oral cavity such as E. coli and Pseudomonas.

They have also shown that it has an effect in the decontamination of the dental root and a positive effect on cementoblasts in the periodontal ligament.

As a result of the powerful oxidant properties that ozone has, it is a candidate for reducing bacterial concentration and in toxin contamination of water systems, has also shown that it is more potent than hydrogen peroxide; with these chemical properties ozone is a potent decontaminator of water, which becomes more biocompatible and less toxic than sodium hypochlorite, this is a solution of everyday use in dental offices during dental surgical procedures.


Dental pathologies that beneficiate from the use of ozone
-We use it with a preventive focus in the remineralization of tooth enamel, for preparation for surgery, and to use as a pre-operative mouthwash.

-In Pediatric Dentistry it is used to neutralize caries and as sealant in the treatment of cavitary and non cavitary caries, and in the remineralization of tooth enamel.

-In Implantology and Oral Surgery it is useful in the pre-, intra and post-surgical stages and as ozonoferesis.

-In Periodontics, ozone is used in its gas phase or as liquid irrigation with waterpick in periodontal pockets.

-In Endodontics we use it for the irrigation of conducts with ozone in its gas phase.

-Sub-atmospheric ozone is used as mineral recoating in dentinal hypersensitivity.

-In Cariology it is used as a mouthwash and in its gaseous phase as sub-atmospheric gas.

-In dental whitening we use it with hydrogen peroxide.

-In oral mucosal lesions and in the pseudo mucosa of patients with HIV, its utilization is in its gaseous phase, as ozonified water and as infiltration.

-In diabetic patients with lesions it is used as a sub-atmospheric gas.

-It has been proven useful in periodontal disease and in some cardiopathies when administered in its sub-atmospheric phase or as ozonified water.

-In Bruxism and in the TMJ ozone can be infiltrated in key points and in the maseteric system.

-In Orthodontics it is useful for strengthening enamel and gums, as well as the re-mineralization of tooth enamel prior to the bonding processes.

-The infiltration of ozone into the pterygomaxillary fossa has been proven to be effective in Trigeminal Neuralgia.

The usefulness of Ozone in Dentistry has been extensively studied and evaluated, thereby confirming its safety in the previously mentioned applications.


European Studies of Water Quality in dental offices revealed that the permissible limit of maximum microbial concentration is 200 colonies per ml. According to the ADA guidelines, their studies showed that more than 51% of the samples exceeded this limit, predominating bacteria such as Legionella, the Pseudomonas, mycobacterias and other coliforms, this is a warning if we treat patients with any degree of immune suppression, taking into account that immune suppression can present itself in anyone from diabetic patients to HIV patients.

The effect of ozone was tested in the proliferation of herpes simplex, staphylococcus, and Candida albicans and in E. coli, among others, showing that the proliferation and concentrations per ml of water decreased considerably.
thus demonstrating the effectiveness of ozone in the control and in limiting infectious events in dental offices that use ozonated water for their everyday processes.