Ozone therapy device is currently the most advanced treatment method in Europe, and it is currently in a blank state in this field internationally. Introducing advanced equipment and treatment methods from around the world will greatly enhance the image of the unit, facilitate international academic exchange activities in related fields, and enable the unit to occupy a higher position in the discipline.
Ozone therapy is a commonly used treatment method in Europe and America. In the field of clinical medicine, ozone therapy can be used to treat intervertebral disc herniation, various dermatological diseases, gynecological cervicitis and endometritis, proctitis, proctitis, and sub-health treatment. Recent clinical trials have proved that the treatment of hematopathy and hepatitis B with appropriate concentration of ozone under high pressure has achieved satisfactory therapeutic effect. In the field of medical beauty, ozone therapy can be used for body shaping, weight loss, and other purposes. The principle of lumbar disc injection surgery is that it has strong oxidative capacity, as well as anti-inflammatory and analgesic effects. Injecting it into the protruding intervertebral disc nucleus pulposus tissue can instantly oxidize the proteoglycans in the nucleus pulposus tissue and destroy the nucleus pulposus cells, causing the function of proteoglycans to be lost, resulting in an increase in proteoglycans in the cells. The osmotic pressure of the nucleus pulposus tissue cannot be maintained, leading to water loss and atrophy.
Ozone has a strong oxidizing ability. Injecting it into the protruding intervertebral disc nucleus pulposus tissue can instantly oxidize the proteoglycans in the nucleus pulposus tissue and destroy nucleus pulposus cells, causing the function of proteoglycans to be lost and the cells to increase. The osmotic pressure of nucleus pulposus tissue cannot be maintained, resulting in water loss and atrophy, thereby reducing the pressure inside the intervertebral disc and eliminating symptoms, achieving the goal of treatment. At the same time, ozone has anti-inflammatory and analgesic effects, which can eliminate aseptic inflammation of nerve roots, thereby achieving a fundamentally curative effect. The advantages of ozone therapy for treating intervertebral disc herniation: In addition to the common advantages of other minimally invasive treatments for intervertebral disc herniation, ozone therapy also has its own common advantages: relatively safe, and there has been no medical accident in the treatment of lumbar disc herniation with ozone therapy internationally. The trauma is minimal, almost equivalent to non-invasive. Easy to operate.
High safety factor, partially fine needle puncture, mainly targeting the nucleus pulposus, without affecting other tissues; Minimally invasive treatment has lower risks, is painless, more effective than conservative treatment, and eliminates the pain of surgery; Accurate positioning. Accurate and unbiased guidance and positioning under X-ray machine fluoroscopy; Rapid onset and high therapeutic effect. To cure the stubborn condition of lumbar protrusion, usually only one injection is needed, and the effect is fast; No obvious complications. Ozone itself has a disinfectant effect, greatly reducing the timing of infection. Anti inflammatory effect: The prominent nucleus pulposus and annulus fibrosus compress the dura mater, nerve roots, and surrounding veins, causing reflux disorders, exudation, and tissue edema. The glycoproteins and beta proteins released after the rupture of the fibrous ring serve as antigenic substances, causing an immune response in the body and forming aseptic inflammation. Ozone can comfort the overexpression of oxidase, neutralize reactive oxidative products that occur excessively in inflammatory responses, antagonize the release of immune factors in inflammatory responses, dilate blood vessels, improve reflux, and exacerbate edema around nerve roots. Analgesic effect: The protruding intervertebral disc tissue can compress nerve roots, comfort the small joint processes, adjacent ligaments, and nerve endings on the surface of the intervertebral disc, and release pain inducing substances (such as substance P, phosphatidylcholine A2, etc.) to cause pain. After injection, it can directly act on the nerve endings and comfort inhibitory interneurons to release substances such as enkephalin, thereby achieving analgesic effects, which is the basis for treating soft tissue pain.

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