Bulletin of Experimental Biology and Medicine
Considering the studies that reveal the benefits shungite provides, I believe shungite is an effective and inexpensive solution to protect against EMF.
As reported in Pub Med
Kurotchenko SP1, Subbotina TI, Tuktamyshev II, Tuktamyshev ISh, Khadartsev AA, Yashin AA...Abstract
We studied the effect of nonthermal 37-GHz radiation on hemopoiesis in shielded Wistar rats. Radiation with right-handed or left-handed rotation of the polarization plane of electromagnetic wave was used. Shielding decreased the severity of damage produced by high-frequency electromagnetic radiation.
Military Medical Academy - Including Chernobyl Nuclear Power Plant
In 1996, a ward was established at the military field therapy clinic under the Military Medical Academy, creating conditions for electromagnetic deprivation based on usage of the shielding properties of the natural mineral shungite. A shungite shield more than five centimeters thick, weighing more than 11 tons, ensures the absorption value of up to 140 dB of electromagnetic smog in the frequency range of higher than 30 MHz. The shielding property increases as the frequency grows, while it starts reducing at the frequency of more than 5 GHz. In the period from 1996 to 2005, more than 500 people underwent treatment in the ward creating electromagnetic deprivation based on shungite rock. Among those who went through rehabilitation after acute intoxications (96), participants of the rectification of the consequences of the accident at the Chernobyl Nuclear Power Plant (65), employees of an oil processing plant (72), participants of Leningrad NPP reconstruction (21), patients with vegetative neuroses (58) and with chronic diseases of the visceral organs: coronary heart disease (44), hypertensive disease (87), chronic bronchitis and bronchial asthma (81), ulcer disease (18), autoimmune thyroiditis (12), diabetes mellitus (22). The adaptation effect of electromagnetic deprivation of patients in the Shungite Ward is expressed as considerable reduction in the rehabilitation period after intoxications and acute diseases and time until remission in case of exacerbations of chronic diseases, such as ulcer disease, chronic bronchitis, etc., as well as reduction in time of treatment of torpid diseases. In patients with hypertonic diseases and stenocardia, increase in sensitivity to hypotensive drugs and nitrates has been established. Shielding from electromagnetic smog and magnetic storms reduces the duration and intensity of stenocardia, accelerates the restoration of the heart rhythm in case of paroxysmal disorders, and reduces clinical symptoms of the hypertonic disease. For patients being treated in the Shungite Ward conditions, considerable stabilization of the vegetovascular functions in patients with vegetative neuroses. Shielding from electromagnetic smog leads to the activation of the immune protection system, increases the effectiveness of
immunoprophylactic and therapeutic vaccines and therapy of immune deficit conditions. Figures show the activation of hemophages, as well as improving indicators of the humoral and cellular links of the organism's immune protection system. Hypomagnetic exercises in the electric deprivation conditions in the Shungite Ward cause activation of endogenous mechanisms of immune and metabolic regulation broken down through lasting exposure to electromagnetic smog in the big city conditions as a result of stress response of the organism to changes in the electromagnetic environment. It seems expedient to carry out further clinical studies to research the efficiency of electromagnetic deprivation in a Shungite Ward.