Microwave-Induced Carcinomas: A New Hypothesis
For the purposes of radiation safety, radiation has historically been categorized into two primary groups: Ionizing and non-ionizing. Non-ionizing radiation, we were assured, could not cause cancer, and with microwave radiation falling firmly within this category, devices emitting microwaves were deemed completely non-carcinogenic. Although experiments with high-dose microwaves have demonstrated for decades that microwaves do indeed cause cancer in mice, the exact mechanism remains unknown. Although microwaves have been demonstrated to be non-ionizing, the preponderance of the evidence in recent years demonstrates that a cancer risk does indeed exist.
The purpose of this essay is to accelerate your research into the phenomenon of brain cancer in humans induced by frequent proximity to microwave radiation. I hereby propose the following: That, 1.) Microwave radiation causes cancer by inducing an immune response in the human body. 2.) The function of this immune response is to regulate body temperature, particularly in the human brain, which is particularly sensitive to temperature differentials and does not tend to function well at higher-than-normal temperatures (fever.) 3.) This theorized immune response involves inflammatory compounds inducing a minute degree of angiogenesis inhibition in select small blood vessels. The purpose of the body inducing inflammation, in this case, is to restrict blood flow in order to reduce temperature in those regions where a thermal imbalance exists. 4.) This repeated inflammation, particularly in the meninges, is a risk factor (as are most forms of inflammation), for the development carcinoma.
By discovering and studying the precise mechanism of microwave-induced carcinomas, you will be able to provide the sort of ‘proof of mechanism’ that the FDA and their counterparts have been demanding before agreeing to impose regulations on the location and wattage of cell phones/towers. Carcinoma is not the only disease/dysfunction that high-dose microwaves can cause in the long term, but by the time your scientists realize it, it will be too late. The solution, in this author’s judgment, is to provide you with this lead in order to accelerate your biomedical progress. As always, this information can only be disseminated by the author a single time, so it will be up to you to deliver it to the appropriate scientific personnel. It's up to you, now.