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I've been asked to talk more specifically about oxidation therapy and especially about ultra-violet blood
irradiation therapy. Virtually everything I tell you about this therapy, ultra-violet blood irradiation therapy also is the same for intravenous hydrogen peroxide or ozone therapy. All of them are
lumped together in a topic we call oxidation therapies and they all had a very similar but not identical effects on the body.
Many years ago a scientist named Knott found that if he took a small amount of blood out of a person or an animal and irradiated it with ultra-violet
light energy and gave it back to the organism, whether or not it was a dog or a human, infections would go away in hours.
Sometimes, the patients were getting better within minutes. In hospitals, patients were dying of horrible infections. And, this was before the age
of anti-biotics. And, the effectiveness rate of this treatment, in just usually one or two treatments, was 50 percent for comatose patients, patients about to die, and 98 to 100 percent effective for
moderately advanced infections or less advanced infections . It was found to be effective
equally for viral diseases like polio and viral influenza as well as bacterial infections. The treatment is done by taking approximately 6 ounces or perhaps seven ounces of blood from a patient
and running it through an ultra violent light and then giving it back to the patient.
This also can be done with ozone, if it's done with intravenous hydrogen peroxide. A small amount of hydrogen peroxide is given over a slow drip intravenously.
These treatments are exceptionally safe. The American literature back in the 1940s reviewed
thousands of cases and never found a single case of a bad or toxic effect in patients.
And we compare this fact to drugs today where the 4th leading cause of death in the United States is doctor. induced injury, usually due to drugs.
These treatments were found to treat Staff, including drug resistance staff and pneumonia. Worldwide
literature even today, coming out of Russia, suggests that it can be used for tuberculosis. The treatment helps by activating
the white blood cells to kill bacteria. Also, by taking perhaps the seven ounces of blood out of the patient, we expose it to ultra violet light and the ultra violent light inactivates the
bacteria that are in the blood. The blood is then given back to the patient and the
immune system sees the inactivated bacteria and can mount a much better immune response. It's like an auto-vaccine for the patient of the very thing that is causing the problem.
German literature shows that these treatments increase mitochondrial production of ATP, which is energy,
the most critical thing for the body to function. It improves clotting parameters, making the
blood less viscous, so you are less likely to clot and have a circulation problem. They lower blood pressure. They raise oxygen delivery to the tissues. They improve cholesterol metabolism,
uric acid metabolism and especially the oxygen delivery to the body. Platelets don’t
stick together as much. And, one of the causes of heart disease is platelets’ stickiness. The Russians are using these therapies, especially ultra-violet therapy, to help patients with
vascular disease with great success. There is a book written by William Campbell Douglas
called “Into The Light.” I strongly recommend that you get that book if it is available. It is in print and in details the American experience in this therapy of 40 and 50 years ago.
The treatment is making a resurgence today. There are hundreds of doctors doing the treatment now.
I teach it at conferences around the country, and, I am really happy to tell you that ultra-violet and ozone are probably my most favorite treatments to do because they have apparently a complete lack
of toxicity. The patients do exceptionally well. It is very useful for a variety
of disease from circulation problems to infections to chronic fatigue and Fibromyalgia, simply because of the beneficial effect that the therapy has on the metabolic processes of the body. It
improves enzyme processes. It kills unwanted bacteria. It improves oxygen and it improves circulation parameters, all virtually risk free. |