Posted 10/16/2013 4:22 PM (GMT -5)
From a website...
41.11 degrees centigrade (106 degrees Fahrenheit).19 In addition to the above research, a 1937 study by a Mayo Clinic doctor on “The blood picture before and after fever therapy by physical means” (using the hot air Kettering hypertherm sauna) found a 58% increase in white blood cell count after fevers of 104° to 106.8°F (40° to 41.6°C) were induced in subjects. Moreover, the white blood cell increase remained several hours after the fevers were induced. Not only are the body’s immune defenses marshaled through fever, but many pathogenic microbes cannot survive in temperatures above, say, about 105°F (40.6°C). For instance, the growth rate of the polio virus is reduced up to 250 times at 104°F (40°C). The Lyme disease spirochete (a dangerous corkscrew-shaped bacterium) dies at the same temperature.
Temperatures of about 106°F (41.1°C) cause the death of the Streptococcus pneumoniae bacterium, which causes pneumonia, middle ear infections, arthritis, and inflammation of the heart, brain, intestinal, and spinal cord membranes.
High heat also kills tumors: cancer cells die at temperatures from about 104°F to 107°F (40°C to 41.7°C). Dr. Jeffrey Freeman, founder of the Europa Institute of Integrated Medicine, explains the mechanism of this process:
Researchers have found that the blood vessels in normal tissue actually open up (to dilate) when heat is applied, in an effort to flush out the heat and cool the cell environment down. Because a tumor is a more tightly packed group of cells, blood circulation is restrictive and sluggish. When heat is applied to the tumor . . . temperature continues to rise to destructive levels. This process continues over a period of time even after the treatment....The tumor cells are now extremely susceptible to destruction by radiation or by additional heating.20
Artificially induced hyperthermia (an abnormally high body temperature, or fever) can be created when heat is applied either to the entire body, or to individual areas when the cancerous tissue is local and circumscribed. Sometimes, minute amounts of mistletoe (mistletoe is lethal in large doses) are injected to produce heat. Or, the doctor can inject other herbs or drugs, or use hot water, far infrared, or some other heat-generating method. After the client’s temperature is raised to that of a high fever, ice or cold water are carefully applied and the temperature returns to normal. This takes place in a highly controlled environment with various life support monitoring equipment, where blood glucose, electrolytes, and other vital sign levels are very carefully watched. Freeman notes that many types of cancer respond well to hyperthermia: cancer of the bladder, bowels, breast, liver, lung, lymph, prostate, stomach, and uterus. “Cancer patients whose previous treatments have proven unsuccessful may benefit from hyperthermia,” he writes. “Most patients receiving hyperthermia find it very tolerable....There is no danger” as long as the person is monitored by the physician. The machines used for the therapy are water-cooled, thus maintaining a constant temperature. Those receiving allopathic care such as radiation or chemical treatments “are able to reduce the dosage....This results in far less [overall] toxicity [to the body].”21