Revolutionizing Treatment of Psoriasis with Ozone Therapy

• Please tell us about yourself and how you became the “Prince of Psoriasis,” as patients and fellow doctors call you.

I am a 57-year-old physician and a Shiraz Medical School graduate trained in ozone therapy. My journey into ozone therapy began with injecting ozone mixed with saline into patients’ veins. Initially, I faced significant challenges due to the lack of awareness about this innovative treatment among the public and officials. However, after nearly eight years of persistent effort, I gained national attention for ozone therapy’s high efficiency and non-invasive nature. The title “Prince of Psoriasis” may have been bestowed upon me by patients and doctors because many individuals who struggled with psoriasis and had previously tried various unsuccessful treatments, including immunosuppressive drugs, acupuncture, and herbal remedies, ultimately found relief through our method. They often arrive with severe, widespread conditions and the side effects of prior treatments, achieving complete recovery through ozone therapy.

• What is Psoriasis? What is “Plaque Psoriasis”?  Are there different types of plaque psoriasis? What are the common symptoms? How is it diagnosed? What are the potential triggers for flare-ups in plaque psoriasis patients? 

Psoriasis is one of the most prevalent autoimmune diseases globally, with exceptionally high rates in the United States. It is generally categorized into six types based on clinical presentation, with plaque psoriasis being the most common. This type appears as red, itchy patches with a scaly surface, which can vary in thickness. The six recognized types include plaque psoriasis, guttate psoriasis, inverse psoriasis, pustular psoriasis, erythrodermic psoriasis, and nail psoriasis. There is also psoriatic arthritis, which affects the joints. Common symptoms include red, itchy patches with a scaly surface, and we grade the severity of psoriasis from zero to four based on thickness. Experienced professionals can often diagnose psoriasis through visual examination, but a biopsy and microscopic examination may be required for confirmation. With advancements in genetics, we can now also diagnose psoriasis through HLA typing, specifically identifying HLA type Cw6 0202, which provides genetic confirmation of the condition.

• What role does genetics play in the development of plaque psoriasis? What about environmental circumstances? Can stress or depression exacerbate symptoms of plaque psoriasis? (If so) How common do symptoms of plaque psoriasis sprout from stress and depression?

Genetics plays a crucial role in the development of psoriasis, as studies show that 63% of identical twins both develop the condition, highlighting its hereditary nature. However, environmental factors can also significantly influence the immune system’s behavior, leading to self-harm through autoimmune responses. Psoriasis is a systemic disease that primarily presents with skin symptoms. Among autoimmune diseases, only 24 have significant manifestations, and genetic testing has made diagnosis much more reliable. Severe stressors such as the death of loved ones, divorce, and trauma are among the top triggers for flare-ups. Additionally, dietary choices can impact psoriasis symptoms, with certain foods causing reactions that exacerbate itching or skin irritation. The rise in autoimmune diseases can be traced back to the introduction of processed foods in the 1950s, which often contain stabilizers, emulsifiers, and artificial additives that disrupt metabolic processes and contribute to immune system dysfunction.

• What solutions and treatments exist today for plaque psoriasis? Are there any lifestyle changes that can help manage plaque psoriasis symptoms?   

Genetic diseases like psoriasis can be managed but not cured in commercial medicine. Treatment focuses on controlling symptoms rather than eradicating the disease. Ozone therapy, particularly the Saline A.V. method, has shown promise in locking the genes associated with psoriasis at the stem cell level. This is an area of ongoing research in epigenetics, particularly in Poland, where ozone therapy is recognized as a gene modulator. Typical treatments in Iran and Asia include immunosuppressive methods and corticosteroids, which can have serious side effects and only temporarily suppress symptoms. I strongly oppose the use of immunosuppressive medications due to their long-term risks. Lifestyle changes are vital in managing psoriasis; regular sleep patterns, exercise, and a diet free from processed foods and high-risk substances like alcohol and tobacco can significantly improve symptoms.

• Your office is the first health center in Iran to offer ozone and oxygen therapies using a German method to treat plaque psoriasis and slow the aging process. Could you explain what differentiates these methods from other therapies and how they benefit patients with chronic conditions such as psoriasis? Have you, and if so, how have you conducted the studies and research necessary to ensure ozone therapy’s efficacy for plaque psoriasis?

We utilize ozone therapy based on Mr. Howard Robbins’ D.A.V. method, which treats autoimmune diseases by balancing the immune system through ozone, essentially a modulatory therapy. This method, initially developed in Germany, has historical roots dating back to World War II when ozone oil was used to prevent infections in wounded soldiers. Over time, this knowledge evolved, particularly in Russia and the United States, and is now recognized in many parts of the world, including Europe and East Asia. Ozone therapy is administered via saline IV, allowing ozone to enter the bloodstream modulating the immune system. This approach fundamentally differs from traditional gene therapy methods, as it poses no harm to the body. Ozone therapy influences each cell, restoring its primary metabolic function and making it a powerful anti-aging treatment. Our research includes a retrospective study of 200 cases, demonstrating that ozone therapy can alleviate chronic conditions like chronic fatigue syndrome and fibromyalgia, significantly improving patients’ quality of life. We meticulously document these cases and plan to submit our findings to a reputable international university for further analysis.

• Ozone therapy is a versatile treatment for various conditions, from knee pain to blood cancer to plaque psoriasis. Can you elaborate more on how ozone therapy works and what makes it a powerful treatment option for diverse medical issues? What is the typical duration of treatment needed to see results with ozone therapy for plaque psoriasis?

Ozone therapy works by introducing ozone into the bloodstream, which undergoes a transformation that releases a specific type of energy known as positronic gamma energy. This energy influences cellular metabolism, allowing cells to revert to their natural biochemical state and improving their energy levels. Ozone acts as a powerful detoxifier, helping eliminate toxic substances accumulated in cells and enhancing overall metabolic conditions. The therapy’s versatility extends to various medical issues, including autoimmune diseases and mental health conditions. For instance, ozone’s effects on the brain are significant, as it can help balance neurotransmitters and improve cognitive functions. This makes ozone therapy applicable in treating conditions that traditional medicine struggles to manage effectively.

• Are there any risks or side effects associated with ozone therapy for plaque psoriasis? Can you explain the process of administering ozone therapy for plaque psoriasis treatments?

Ozone therapy is not suitable for everyone, as there are specific contraindications. Individuals with G6PD deficiency, uncontrolled hyperthyroidism, recent extensive surgeries, seizures, or sensitivity to ozone may experience adverse effects such as hypotension or arrhythmias. The administration involves inserting an angiocatheter to open a vein, adding normal saline, and calculating the ozone dosage based on the patient’s body mass and lung volumes. We use a precise infusion pump to ensure accurate delivery of the ozone dosage tailored to the individual’s needs.

• Despite the proven benefits, the public still does not understand oxygen therapy. What steps are you taking to educate the public and the medical community about the potential of oxygen and ozone therapies?

Oxygen therapy includes hyperbaric oxygen therapy and other methods that convert oxygen into a more usable form within minutes, providing vital energy. This concept is recognized in medical literature, including Harrison’s Medicine. However, governments, particularly in Iran, often hinder the expansion of these safe and effective therapies due to the influence of pharmaceutical groups that prioritize their interests over public health. To combat this, we have developed a website featuring Persian and English articles aimed at the general public and specialists. Additionally, we maintain an Instagram account showcasing the effectiveness of our therapies. Our results, especially with Howard Robbins’ method, demonstrate significant improvements in energy levels for patients, particularly those with chronic fatigue syndrome and fibromyalgia, often within the first twenty-four sessions.

• Looking ahead, what advancements or new treatments do you foresee emerging in hyperbaric medicine? Are there any upcoming research projects or clinical trials that you are particularly excited about?

Clinical evaluations and patient feedback assess the Success of ozone therapy for plaque psoriasis, focusing on the reduction of plaque thickness, scaling, and overall skin appearance. We also emphasize patient adherence to lifestyle modifications—such as dietary changes, regular sleep, and exercise—crucial for effective management. Patients who follow these recommendations generally experience improved outcomes, highlighting the importance of a holistic treatment approach. We analyze structured data from patient records and treatment responses to measure therapy effectiveness, including improvements in related chronic conditions like chronic fatigue syndrome and fibromyalgia. Follow-up assessments help us determine the sustainability of treatment effects, aiming for a success rate of approximately 83-87% among patients who adhere to lifestyle changes, thereby reflecting the significant positive impact of ozone therapy on their quality of life and overall health. This comprehensive strategy allows us to gather valuable insights into ozone therapy’s efficacy for plaque psoriasis and its long-term benefits for our patients.

• Do you recommend combining ozone therapy with other treatments for plaque psoriasis, such as topical medications or phototherapy? Are the treatment plans for ozone therapy dependent on the severity of the person’s case?

In response to question ten, I must say that along with ozone therapy for patients who have skin lesions due to self-perception or the same autoimmune skin reactions, which are the most common signs of the system, ozone-containing compounds and oils, as well as ozone-containing creams and proteins that contain sufficient cellular nutrients, minerals, and oxygen should be used topically. We see outstanding results from these compounds at this center. In severe cases, ozone-rich oil, gel, or emulsions should be used topically, done worldwide, and available on Amazon.

• In cases where standard treatments fail and ozone therapy isn’t as efficient, are any other advanced treatment options (including medications like Skyrizi) available for severe plaque psoriasis? Why are these medications so expensive?

The drug SK is a combination that is now accurately pronounced as “skizi” or “skyrizi.” This is a site modulator for cytokines. This is neither the first, last, most expensive, or cheapest. All immune cells communicate with each other through chemical substances known as cytokines. For example, the Sinara injection modulates interleukin-17 alpha. In my research regarding the SK drug, I found that it is used in severe cases of ulcerative colitis, a type of autoimmune disease of the large intestine, and Crohn’s disease, a type of autoimmune disease of the small intestine. This product’s high cost is due to the production technology, specifically for these interleukin modulators, which requires extensive and costly research. Naturally, the pharmaceutical trade must cover its inherent costs.