Medical ozone refers to the therapeutic use of ozone gas in medical treatments. Ozone (O3) is a molecule composed of three oxygen atoms, and it is a highly reactive form of oxygen.
In medical ozone applications, the ozone gas is thought to stimulate the immune system, increase oxygen delivery to tissues, and have antibacterial and antiviral properties.
What Can Ozone Help?
Proponents of ozone therapy claim that it can help benefit in the management of various conditions:
Chronic infections: Ozone therapy has been used in the management of chronic viral, bacterial, and fungal infections. It is believed to have antimicrobial properties and can potentially support the immune system in combating infections.
Autoimmune disorders: Some proponents suggest that ozone IV therapy may help modulate the immune response in autoimmune conditions. However, further research is needed to validate its efficacy in this regard.
Circulatory disorders: Ozone therapy has been explored as a potential treatment for circulatory disorders, including peripheral arterial disease and venous insufficiency. It is thought to improve oxygen delivery to tissues and enhance blood circulation.
Chronic fatigue syndrome: Ozone IV therapy has been proposed as a complementary treatment for chronic fatigue syndrome, with the aim of boosting energy levels and improving overall well-being. However, scientific evidence supporting its use in this context is limited.
Musculoskeletal conditions: Some practitioners have used ozone therapy as an adjunct treatment for musculoskeletal conditions like osteoarthritis and herniated discs. It is believed to have anti-inflammatory and analgesic properties, but further research is required.
Cancer support: Ozone IV therapy has been explored as a complementary therapy for cancer treatment. It is suggested to have immune-stimulating effects and potential benefits in enhancing the efficacy of conventional cancer treatments. However, the evidence supporting its use in cancer care is limited and controversial.
What is Ozone IV Therapy Using Saline?
Ozone IV therapy with a saline drip refers to the administration of ozone gas along with a saline solution through intravenous infusion. This method combines ozone therapy with the hydration benefits of a saline drip.
In this procedure, ozone gas is generated using a medical-grade ozone generator. The ozone gas is then mixed with a sterile saline solution, creating an ozone-saline mixture. This mixture is then infused into the patient’s bloodstream through an intravenous line, similar to a regular saline drip.
The rationale behind combining ozone with a saline drip is to enhance the hydration and detoxification effects of the therapy. Saline solution, which contains a balanced concentration of salts and minerals, helps replenish fluid levels in the body and promotes hydration. The addition of ozone gas is believed to provide additional therapeutic effects, such as immune stimulation and potential antimicrobial properties.
Ozone therapy should only be performed by trained medical professionals in a controlled clinical setting. It is essential to consult with a qualified healthcare provider who can evaluate your specific condition and determine if ozone therapy is appropriate for you.
Finding an effective treatment that offers relief without side effects can feel like a miracle when you suffer from chronic pain or disease. When that treatment doesn’t require life-altering medications, it can be more complicated to discern how much is too much. Here we talk about Ozone Therapy.
Ozone therapy offers many patients who’ve become frustrated with the limits of conventional medication a new opportunity to find relief from pain and restore their body’s function. However, its wide range of benefits leaves many patients to wonder how often they can experience the rewards of the treatment.
How Does Ozone Therapy Work?
Ozone therapy begins with an unstable form of oxygen called ozone. While oxygen has two molecules, ozone has three, making it reactive and causing it to try to steal electrons to provide it with the stability it seeks.
Ozone therapy treatments is administered to a patient intravenously. The ozone enters the system and steals electrons from unhealthy processes or foreign invaders in the body. While you can’t tell ozone what to attack and what to leave in place, it can target elements in the body that can’t defend themselves, like viruses, bacteria, yeast, mold, toxins, and free radicals.
When ozone enters your bloodstream, it fosters the production of glutathione, an essential antioxidant that can prevent damage to cells caused by reactive oxygen.
How Often Can I Undergo This Therapy?
As with most treatments, repetition is vital. This type of therapy produces the best results when patients maintain a consistent schedule of treatments a week that is best determined by your medical provider.
Patients in physical distress who have seen the benefits of ozone therapy for relieving their symptoms and improving their overall health may seek treatment more frequently if safe to do so.
Treatments require a minimum of three hours for the body to process the ozone, allow it to create reactive oxygen species and lipid oxidation products, and remove waste.
How Can I Facilitate the Work of Ozone Therapy?
Those undergoing ozone therapy can foster the success of the treatment by doing the following:
Staying well hydrated, promoting blood volume and waste elimination.
Taking vitamin C supplements to alleviate oxidative stress
Consuming spore-based probiotics to stabilize the gut microbiome
By combining these supporting practices with consistent treatments, patients can fully realize the potential benefits of ozone therapy for their immune, cardiovascular, and metabolic systems. To learn more about all the options we have available at Stemedix, contact us today!
Significant advances in the treatment of cancer have increased the number of cancer survivors while also allowing survivors to live longer and with overall improved quality of life. However, these treatments have also resulted in an increase in the number of survivors now living with their debilitating side effects, the most prominent being chemotherapy-induced peripheral neuropathy (CIPN).
According to the American Cancer Society, CIPN often occurs when nerves located outside the brain and spinal cord are damaged as a result of chemotherapy treatments. One of the many symptoms associated with CIPN is chronic oxidative stress, which results in a significant increase in free radicals and proinflammatory cytokines throughout the body. Common side effects of CIPN include dysesthesias, pain, anxiety, depression, insomnia, and fatigue.
It’s estimated that up to 85% of cancer patients are treated with neurotoxic chemotherapy, and up to 100% of those treated with platinum-based drugs (such as cisplatin, carboplatin, and oxaliplatin), develop CIPN. Not only does CIPN significantly affect a patient’s quality of life, should it develop during cancer treatment, the condition often interrupts and/or delays scheduled chemotherapy sessions.
This review, authored by Clavo et al., examines current cancer treatments potential mechanisms that could result in CIPN, summarizes current CIPN prophylactic and treatment approaches introduce and describes the role of ozone therapy in modifying oxidative stress and inflammation (with a specific focus on how it relates to CIPN), and summarizes experimental and clinical trials using ozone therapy to address the symptoms of CIPN.
Through the course of their review, the authors conclude that while there are several medications and therapies designed to address the inflammation and oxidative stress associated with CIPN, the results of their effectiveness in achieving the desired and/or intended effect(s) have been inconclusive. As a result, the authors conclude that prophylactic and therapeutic approaches to CIPN continue to be limited in both numbers and efficacy.
Ozone therapy is the process of introducing ozone gas into the body to treat an existing disease or medical condition. According to a study published in Medical Gas Research, ozone, when introduced into the body, creates higher concentrations of red blood cells, increases oxygen levels in the body, and produces an anti-inflammatory response. This process, when used to treat CIPN, is thought to be potentially effective in addressing the symptoms of the condition by inducing adaptive responses of tissues within the body.
The authors conclude their review by describing their current research examining the effect of ozone therapy on the analytical and symptomatic evolution of patients with CIPN. Specifically, this research will explore whether or not a relationship exists between the basal levels in oxidative stress parameters, including hyperspectral imagines (HSI), and the quality of life and symptoms self-reported by patients. The authors also call for further research to better understand the role of oxidative stress in CIPN as well as the clinical role of its modulation.
Many exciting strides are being made in the field of regenerative medicine. With the goal of repairing healing tissue through regeneration, this branch of medicine uses various approaches to treat chronic illnesses, address injuries, and promote overall wellness. Here’s a look into some emerging treatment options.
Also known as proliferation therapy or regenerative injection therapy, prolotherapy is a complementary approach used to treat joint and muscle pain. It works by injecting an irritant to the affected area, such as a tendon or ligament, to spur connective tissue growth. The irritant is typically a sugar solution, which triggers the connective tissue to grow and promote healing. Study results have been mixed and research into the treatment is ongoing. For instance, people with osteoarthritis in the knee saw significant improvements after receiving prolotherapy injections, but studies have been small thus far.
Prolozone combines neural therapy, prolotherapy, and ozone therapy by injecting anti-inflammatory medications, ozone, vitamins and minerals, and other proliferative agents to promote healing. It’s believed the injected nutrients could bypass the body’s inflammatory response, thus enabling healing without added inflammation. Noticeable improvements have been reported by patients with osteoarthritis, though as with prolotherapy, most experts agree further research is needed to fully document the treatment’s effects. Other conditions that could respond well to prolozone may include rotator cuff injuries, sciatica, sports injuries, and chronic back pain, among others.
Platelet rich plasma (PRP) leverages the healing properties within a patient’s own blood, which is put through a centrifuge to isolate the plasma. PRP is concentrated and has growth factors that can help promote healing when re-injected into areas of tissue damage. This alternative option can help manage the symptoms of joint and musculoskeletal pain and can also be used in conjunction with stem cell therapy to drive optimal outcomes.
For conditions such as chronic illness, finding a safe and effective treatment regimen can be challenging. Oftentimes, the medications prescribed only help to control symptoms, instead of addressing the disease itself. Moreover, they also tend to come with a host of side effects that may impact the quality of life. While it isn’t a cure-all, many patients have found relief with medical ozone therapy. This alternative therapy is becoming increasingly popular, thanks to its ability to rebalance bodily systems. Find out more about what the treatment entails here.
What Is Ozone Therapy?
This medical treatment leverages a naturally occurring gas, ozone. Unlike oxygen, which has only two atoms, ozone has three. The extra atom is primed to break off and join other molecules in a process known as oxidation. This extra atom can lend itself to healing when used in medical applications. In fact, it’s been used by practitioners since 1871, when it helped to treat wounds of WWI soldiers. Within the past two decades, however, it’s made significant strides in the medical community.
How Is Ozone Therapy Administered?
Ozone can be administered either as a local or systemic treatment. A local treatment aims to heal an isolated area of the body, such as a sore in the mouth or damaged joint. Systemic treatments, on the other hand, aim to promote healing throughout the whole body. Blood treatments are examples of systemic ozone therapy.
Which Conditions Does Ozone Therapy Treat?
Ozone can be used in the primary medical industry to treat acute infections and chronic illnesses. It’s also used to improve symptoms in joint injures and to prevent or treat infections in the dental industry. Aestheticians use ozone in the cosmetic industry, too, as a means of addressing concerns like wrinkles and cellulite.
When applied systemically, the treatment can be used for many conditions. Some are:
Gastrointestinal illness, such as IBS
Patients with chronic pain and fatigue, heart disease, allergies, and Alzheimer’s disease may also benefit from ozone therapy. When administered locally, ozone helps to treat non-healing wounds, ulcers, and infections.
What Are the Benefits of Ozone Therapy?
Medical Ozone therapy is considered a powerful, effective treatment for several reasons. For instance, it could:
Modulate the immune system by powering an underperforming immune system or rebalancing an autoimmune problem
Control oxidative stress, a primary cause of disease
Enhance oxygenation for overall better physical wellness and healing
In addition to the improvement of their symptoms, many people who undergo ozone therapy also enjoy benefits such as increased endurance, energy, cognitive function, and overall wellbeing, along with decreased pain levels.
Ozone therapy is an alternative therapy poised to rebalance complex bodily systems. If you think the treatment could be right for you, contact a Care Coordinator for a free assessment!
Ozone therapy is an umbrella term for the medical and aesthetic treatments which implement ozone, a gas with three oxygen atoms instead of two. The powerful agent has been studied for the treatment of numerous conditions and concerns, including age-related factors. Here we are going to talk about the anti-aging power of Ozone Therapy.
The Anti-Aging Power of Ozone Therapy is drawing attention in the anti-aging sphere, thanks to the availability of treatment and its ability to treat the root causes associated with many concerns of aging. For instance, the risk of chronic conditions such as rheumatic disease, diminished immune response, high blood pressure, and certain types of cancer increases as we age. In many cases, these conditions can be traced to a reduced oxygen supply, but increasing the body’s oxygen levels through ozone therapy may help to prevent them. Moreover, ozone therapy offers compelling benefits such as increased energy and overall rejuvenation.
How Does Ozone for Anti-Aging Work?
Ordinarily, oxygen has two atoms. When it passes through an electric coil, it separates into three atoms and becomes ozone. When administered to the body, ozone can target and destroy harmful agents such as viruses and bacteria. Once its work is complete, it reverts to oxygen, increasing overall oxygenation.
Ozone gives the body the nutrients it needs to perform its best, increasing healing activities in the following key ways:
Improved circulation and oxygen supply
Reduced uric acid
Decreased cholesterol and triglycerides
Improved white blood cell activity
Improved cellular metabolism
There are several methods to apply ozone therapy, including topically and via injection. If you’re considering this treatment option, be sure to find an experienced clinic that thoroughly assesses your medical history and discusses the potential benefits of the treatment for your specific concern. Contact a Care Coordinator today for a free assessment!
This website and its contents are not intended to treat, cure, diagnose, or prevent any disease. Stemedix, Inc. shall not be held liable for the medical claims made by patient testimonials or videos. They are not to be viewed as a guarantee for each individual. The efficacy for some products presented have not been confirmed by the Food and Drug Administration (FDA).
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