Ultraviolet blood irradiation is an important part of our comprehensive cancer care program.
UBI therapy is, in effect the electronic application of UV energy to about 5 per cent of the patient’s blood. On its return to the vein, the small quantity of irradiated blood exerts an action on the total blood in accordance with the laws of spectral energy.
The first treatment of a human with UBI occurred in 1928, the successful healing of a woman patient who was apparently moribund from septic abortion, complicated by hemolytic streptococcus septicemia. She subsequently bore two children.
Ultraviolet blood irradiation was initially developed by the research findings of E.K. Knott. He was looking for a way to combat the effects of poliomyelitis during the 1930’s. He accomplished considerable success with this treatment.
The introduction of the Salk vaccines and antibiotics in the 1950’s and 1960’s dramatically slowed the use of UBI. What followed was quite a time gap of doctors who omitted this treatment from their practice. UBI was re-introduced in the 1980’s and has continued to grow in use by alternative practitioners throughout the US.
Among the more important physiological fundamentals that UBI has been found to provide are bactericidal properties, detoxification effect, vasodilation, photosensitization and photodynamic effects, effects on various proteins, ability of plasma treated to absorb oxygen, secondary emanatory phenomena, and effect of general resistance.
Ultraviolet blood irradiation, how does this treatment work?
An individual has their blood drawn and then exposed to the ultraviolet light. The blood goes back into the body and begins working purifying all of the blood in the body. The blood is then supercharged as a result of the UBI treatment and the immune system is boosted and stimulated tenfold.
Oxygen consumption is dramatically increased by UBI and the immune system overall receives a powerful stimulation boost. In addition, any bacteria remaining in the blood is also eliminated by UVBI.
The number of treatments needed for each person is determined by certain aspects. We look at the overall health of an individual’s immune system, the length of time you have been sick, and what you are being treated for currently as well as what those treatments are.
- the body’s immune response is increased
- anti-inflammatory and anti-infection effects
- circulation is improved
- oxygenation of tissues
- homeostasis is improved
- tissue pain is reduced
- Cardiovascular protection
- production of red blood cells is increased
Ultraviolet blood irradiation is an important piece of an overall cancer care protocol in terms of health restoration.