The following guide covers IV Ozone Therapy Benefits.
Ozone (O3) is an inorganic, triatomic gas that occurs in nature and gives the air a very light blue hue. It has many therapeutic effects for a wide range of illnesses and health issues, such as chronic infections, rheumatoid arthritis (RA), cancer, ulcerative colitis (UC), Lyme disease, and lupus, to name a few. Its chemical structure is made up of three oxygen atoms. It is administered intravenously. Noting that ozone is toxic to the lungs if inhaled, it is supplied by IV.
One of the most effective and complete alternative treatment methods available today for treating chronic illness is intravenous (IV) ozone therapy. Ozone immunotherapy, also known as IV ozone infusion, entails mixing a small amount of the patient’s own blood with an equal amount of ozone. Then, an IV drip is utilized to inject this chemical into the blood.
From a therapeutic perspective, ozone therapy offers a variety of medical-surgical applications. These applications are all connected to ozone’s germicidal properties, chronic ischemia and inflammatory processes, and an unbalanced cellular redox status. Numerous guides compile the knowledge and research conducted to date by various research groups, primarily those from Italy, Germany, Russia, and Cuba.
IV Ozone Therapy Benefits
The most obvious benefits of IV Ozone therapy include:
Enhanced Immune System
Most people think of the Earth when discussing ozone. Unexpectedly, it is also a potent antioxidant. Ozone’s antioxidant qualities aid in repairing the harm brought on by continuous inflammation. The total risk of infection or disease is decreased by the mending of the body and human DNA. Ozone therapy can considerably alleviate a variety of immune-related ailments including chronic inflammatory diseases.
Your immune system can be strengthened with ozone therapy to fend against infection. Your immune system can be strengthened by ozone to minimize inflammation. Many people have illnesses that frequently result in inflammation in certain parts of the body. Asthma patients frequently have inflammatory indicators in their blood. Oxidative stress is the term used by medical practitioners to describe the imbalance between free radicals and antioxidants that can result from inflammation. Pain and discomfort are linked to this kind of stress. Ozone therapy users frequently report lessening the inflammation that is generally brought on by oxidative stress. Ozone therapy controls inflammation, which also controls inflammatory diseases including Crohn’s disease and arthritis.
Reverting Brain Tissue Damage
Immediately following a stroke, which deprives the brain of oxygen, the penumbra is the region of the brain that sustains injury. Restoring the oxygen as soon as you can is the greatest way to lessen the damage. It is interesting to note that a 2012 study discovered that supplying a combination of oxygen and ozone gases to the brain tissue prevented additional damage and restored the brain to its pre-injury state.
Fighting bacteria, fungus, And viruses
People are plagued by viral illnesses like the flu every year, especially in December. The good news is that ozone therapy may also be helpful for certain infections.
Bacteria have developed the ability to withstand antibiotics over time. Researchers are always looking for better ways to prevent and cure bacterial, viral, and fungal diseases. Ozone has a layer of infection control characteristics, according to ongoing research. Some severe bacterial infections can only be cured by ozone therapy. Ozone heals an infection caused by a tick bite in 48 hours.
Risk Of Repeated Heart Attacks Diminished
It is typical for heart attacks to happen a second or third time in individuals who already have it once. A recurrent heart attack, the growth of dead tissue from a lack of oxygen, or an abnormal or irregular heartbeat, often known as an arrhythmia, following a heart attack have all been shown to be considerably decreased by ozone therapy as per the evidence.
Healing Of Chronic Wounds
Numerous studies have revealed that routine ozone treatments may be extremely important in the management of chronic wounds. Ozone therapy has been used successfully on diabetic patients to treat foot ulcers that have arisen. Ozone Medical Therapy has also been effective in reducing and treating persons who have painful mouth ulcers.
It is best if Ozone Therapy is applied as soon as possible. Patients lower their risk of having another heart attack by receiving treatment immediately and frequently.
Toxins are practically impossible to avoid, no matter how many measures we take. The human body’s ability to heal itself and fight infection are only two examples of how toxins can negatively affect how the body works. Nevertheless, there are actions we may do to combat pollutants. Changing our diets and being more mindful of what we put into our bodies is the first step. Regular ozone treatments are the second method. The use of ozone has been found to increase metabolism and enhance general health.
Per the experts, 75–85% of people will have back discomfort at some point in their lives. One of the most frequent causes of doctor visits is back pain. The expense of healthcare for Americans is roughly $50 billion a year. Is Ozone any help? You were correct; it does. Back pain sufferers may get relief from the anti-inflammatory effects of the ozone treatment, according to health professionals.
Oxygenation of Cells
When your tissues do not have enough access to oxygen, tissue death happens. People who have anemia are more likely to experience hypoxia. During an asthma attack, hypoxia can spread throughout the bloodstream to organs like the lungs.
Because it has the potential to give the body easily available oxygen, ozone therapy may be used in conjunction with chemotherapy and radiotherapy to help select hypoxic cancers.
Stem Cells Repair
Recent research demonstrates that ozone therapy can enhance a cell’s capacity to reawaken, resulting in a speedier and more effective repair of damaged cells. The entire human body is constantly being replenished with new cells thanks to stem cells. Cells that support the heart, brain, nerves, and many other functional body organs.
Ozone therapy has been popular recently as a means to get better skin. Ozone therapy, as previously established, makes oxygen easily accessible to cells, and skin cells require oxygen. Improved oxygenation resulting from ozone therapy aids in cell recovery and repair. The added antioxidant capabilities may stimulate the activity of collagen and elastin, resulting in better-looking, more youthful skin.
History Of IV Ozone
Ozone therapy has been used and well researched for many years. It has few adverse effects and verified, reliable effects. Medical O3 has been used for more than 150 years to disinfect and treat disease. O3’s efficacy in treating infections, wounds, and several disorders has been extensively established. Before the turn of the previous century, it was employed to sterilize drinking water.
Up to 114 ailments were thought to be treated by ozone. Ozone therapy has been practiced since the 1800s, and in 1896, the brilliant Nikola Tesla invented the first O3 generator to receive a US patent, establishing the “Tesla Ozone Company” in the process. Doctors applying O3 topically to infected wounds during the First World War (1914–18) discovered that it not only treated infection but also had hemodynamic and anti-inflammatory characteristics. They were aware of O3’s antibacterial properties and had few other medical resources at their disposal.
Claims that German doctors were effectively using 03-AHT (Autohemotherapy) to treat HIV patients first surfaced in the late 1980s. The study to examine the safety and effectiveness of 03-AHT in AIDS patients was approved by Canadian regulators because there was no pharmaceutical treatment for HIV at the time and a pandemic was anticipated. In vitro tests on ozone had produced positive results. Unfortunately for AIDS patients, 03-AHT proved to be an inefficient in vivo treatment. Ozone was found to be effective at removing HIV from extracorporeal blood samples.
Below are shown the years along with the use or treatment of/with Ozone of various medical-related complications in a chronological order.
1987: Abscess, acne, AIDS, allergies, cerebral sclerosis, circulatory disturbances, cirrhosis of the liver, cystitis, bedsores, gangrene, hepatitis, herpes, high cholesterol, colitis, tumors, cancer, osteomyelitis, Parkinson’s, rheumatism, Raynaud’s disease, scars, inflammation of the vertebrae, stomatitis, joint dystrophy, phlebitis, open sores, urology, vascular surgery, wound healing.
1988: Herpes, AIDS and flu, wounds, burns, Staphylococcus infections, fungal and radiation injuries, and gangrene. Used for fistulae, hemorrhoids, anal infections, periodontal disease, diabetes and arteriosclerosis. For gastric cancer and bladder or intestinal inflammation, it was mixed in water and swallowed or used as a wash. To inhibit skin ulcers and fungal growth, a mixture of ozone and olive oil was applied.
1989: It was used in treatment of cancer after its influence on tumor metabolism was detected. After a substantial increase in lgG levels, it was assessed for its immunostimulatory action.
1990: Ozone and 5-fluorouracil have been proven to work together synergistically in vitro to combat tumour cell suspensions generated from the breast and colon. Ozonation of blood was performed for the treatment of viral diseases. It was also the cause of an increased discharge of lymphokines and the encouragement of peripheral blood mononuclear cells production.
1991: Ozone’s ability to destroy microorganisms including viruses and bacteria through oxidation has led to the discovery that it has germicidal activity.
1992: When ozone therapy was applied during rhinoplasty, it was discovered that the number of postoperative problems was significantly reduced.
1993: Rats with faecal slurry in the peritoneal cavity saw less abscess formation when ozonated saline was administered as an irrigation solution.
Hence, it can be seen that among the chronic illness community, ozone therapy had always remained a major topic. Ozone has long been used in medicine as a sanitizer for medical equipment and as a potential treatment for a number of ailments. Additionally, it has been employed to stop infections. Although this is magnificent itself, but additionally medical professionals and researchers discovered over the tome that combining this natural gas, discovered from deep under the Earth, with oxygen produces treatments with significant advantages and healing power. Researchers came to the conclusion that ozone-related therapy is a viable choice for treating inflammation in 2014.
What Are The Mechanisms Of Action For IV Ozone?
Ozone acts in various ways on different organs and systems of a human body. These ways are:
Inactivation of bacteria, viruses, fungi, yeast, and protozoa: By oxidizing the phospholipids and lipoproteins in the bacterial cell envelope, ozone therapy compromises the integrity of the bacterial cell membrane. At specific phases, O3 prevents cell development in fungi. With viruses, the O3 disrupts the virus-to-cell interaction with peroxidation, harming the viral capsid and upsetting the reproduction cycle. Cells with poor enzyme coats that allow for viral invasion are also susceptible to oxidation and removal by the body, which results in the replacement of unhealthy cells.
Activation of the immune system: The highest generation of interferon, tumor necrosis factor, and interleukin-2 are induced by ozone when it is supplied at a concentration of between 30 and 55 g/cc. Interleukin-2 production sets off a series of ensuing immune reactions.
Action of Ozone on RBC Metabolism
Oxygen metabolism stimulation: Ozone therapy increases the rate of red blood cell glycolysis. The 2, 3-diphosphoglycerate is stimulated as a result, increasing the amount of oxygen released to the tissues. By accelerating the oxidative carboxylation of pyruvate, ozone activates the Krebs cycle and increases ATP synthesis. Additionally, it significantly lowers NADH and aids in cytochrome C oxidation. The production of glutathione peroxidase, catalase, and superoxide dismutase is stimulated, acting as free radical scavengers and cell-wall protectors. O3 also causes the production of the vasodilator prostacyline.
Mechanism of action of O3 on the human lung: Effect of Ozone on the human lung is caused by its ability to significantly reduce essential capacity when it is breathed in. It greatly raises mean airway resistance and specific airway resistance, but it has no effect on pulmonary compliance, either dynamic or static, or on work that is elastic or viscous. Additionally, the maximal transpulmonary pressure is greatly decreased. Additionally, there is an increase in respiratory rate and a reduction in tidal volume.
How Is IV Ozone Used To Treat Temporomandibular Joint Disorders?
Your jaw and the temporal bone on your skull are joined by a hinge called the temporomandibular joint. Patients may experience a discomfort or dysfunction in the mastication muscles and joints when they have temporomandibular joint dysfunction. Studies have shown that intra-articular ozone gas injection helps alleviate temporomandibular joint internal dysfunction. The superior joint space received an injection of ozone gas. For the treatment of pain associated with the temporomandibular joint, ozone therapy has been found to be more beneficial than the medicine.
How Is IV Ozone Used To Treat An Immune Disorder?
The condition fibromyalgia manifests a wide range of symptoms. Although the symptoms are occasionally hazy, those who have been diagnosed with it have severe chronic pain, difficulty concentrating, and numerous other problems. In an NIH-published study, 65 fibromyalgia patients received IV ozone therapy. 70% of the individuals saw their symptoms lessen by more than 50%. Moreover, no negative effects were noted by any of the patients. By using the immune system to reduce or eradicate certain diseases, this indicates the efficacy of IV ozone as a treatment for a variety of disorders.
How Is IV Ozone Used To Treat Plaque And Biofilm Elimination?
A complex assemblage of bacteria known as a biofilm is found on solid surfaces like teeth. In channels with nutrients and water, bacteria that develop in biofilm multiply and embed into a polymeric matrix. Biofilms may develop on the tooth surfaces, in cracks, on the gingival sulcus epithelial cells, and on other surfaces. Furthermore, periodontal disease can be brought on by approximately 700 different bacterial species. One such example of a well-organized biofilm is dental plaque. In a 2004 study, ozonated water was used to expose tooth plaque. The number of Streptococcus mutans that were still alive afterward dropped, and the ozone prevented dental plaque from accumulating based on the results. According to the findings, ozonated water may be useful in preventing illnesses brought on by oral bacteria.
How Is IV Ozone Used To Treat Arthritis?
Arthritis is a crippling condition. Ozone therapy might be beneficial for two different forms of arthritis. These are osteoarthritis (OA) and rheumatoid arthritis (RA) (OA). Rheumatoid arthritis, an inflammatory condition that permanently destroys the joints, is treated with IV ozone. Customers with RA have received IV ozone with notable results. Patients with RA received 10 doses of IV ozone in a research that appeared in the International Journal of Physiatry.
Within four treatments, clinicians began to observe therapeutic outcomes. A subset of RA patients from this trial received no IV ozone therapy. Along with clinical improvement, the IV ozone treatment group also experienced histological improvement. This study showed that IV ozone had advantages for patients with RA, a chronic inflammatory condition. While injections into a joint are successful in treating OA, intravenous ozone itself is not.
Intravenous IV Ozone vs. Oral Supplementation
IV Ozone therapy can be administered in numerous ways. A healthcare provider can provide best guidance on the best method for a particular case. Three central procedures of treatment include administering ozone:
- Intravenously – The ozone gas is typically dissolved into blood that was taken from you to treat internal illnesses like HIV. The dissolved gas-containing blood is then pumped back into your body via an IV. Air bubbles that occur during intravenous use run the danger of resulting in an embolism.
- Directly to the tissue – The ozone gas will probably be delivered directly to the tissue of the affected body part if you receive ozone therapy for an extremities ailment or wound. A protective covering is used when administering the gas.
Several mediums such as gas, water, and oil can be utilized to administer ozone.
- Gaseous ozone – Ozone gas can be produced by devices using either an open system or a sealed suction system. The sealed suction system is typically employed since breathing into an open system could have negative effects.
- Ozonated Water – When treating various conditions like halitosis or gum disease, ozonated water is used as a mouthwash or for drinking. In comparison to gaseous ozone, it is a safer option.
- Ozonated Oil – Greater penetration and convenience are two benefits of ozonated oil.
Molecular Structure Of IV Ozone
The three oxygen atoms are joining together to create covalent connections, as seen by the molecular structure of ozone. Ozone is a bent molecule with a trigonal planar chemical structure. This bend in the ozone structure is brought on by the distribution of free electrons. The central oxygen consists of one pair of free electrons, it is sp2 hybridized. The central oxygen is contributing to a total of three covalent bonds:
- A single covalent bond with one oxygen atom.
- A double covalent bond with the other oxygen atom.
The ozone formula is O3. Trioxygen, set by IUPAC (International Union of Pure and Applied Chemistry) is the systematic name for ozone.
The Representation of Ozone Molecule’s Structure