The EMF Bioprotection™ technology is a scientifically developed solution to the EMF problem. The technology is published and peer-reviewed, and its ability to neutralize biological effects induced by EMF-exposures has been tested and confirmed independently by five laboratories in North America and Europe.

The technology was developed in a large, on-going research project at the Catholic University of America (CUA), Department of Physics in Washington, D.C. The research project was initiated in 1986 and funded in its first five years by the U.S. Army Walter Reed Army Institute Department of Microwave Engineering.

The background for the project was a concern of the U.S. Army about the biological effects and potential health consequences to personnel exposed to EMFs. Since World War II, the U.S. Army has been the world’s largest user of electrical, electronic, and telecommunication equipment and was the first to recognize effects induced by EMFs on military personnel (radar operators on WW II battleships).

The EMF Bioprotection™ technology is patented in U.S.A. The patent application for the technology is endorsed by the U.S. Army. The U.S. government owns all non-commercial rights to the technology, whereas non-military rights belong to the company EMX Corporation. The company will shortly be introducing products in the marketplace to provide protection for consumers worried about potential health effects of EMF exposures. The EMF Bioprotection™ technology is designed to prevent non-thermal biological effects of EMF exposures. When the biological effects are prevented, there can not possibly be any health effects associated with non-thermal exposures.

The technology works by blocking the EMF-induced physical-chemical interactions around the cell membrane receptors, probably by preventing cooperative sensing from happening. In this way, the cascade of biochemical events which would result inside the cell as a function of membrane receptors sensing the constant, oscillating EMF, is prevented from being triggered. The EMF Bioprotection‰ technology re-establishes the situation around the cell as if it was non-exposed. This is illustrated in Figure 26.

• Steady, oscillating EMFs increase the rate of neural abnormalities in chicken embryos by a factor of approximately 2.5. (Figure 30)

• There is a biochemical explanation to this. EMFs significantly change the activity of the important growth enzyme ODC (also related to cancer), making the availability of the enzyme inappropriate at critical stages in the development of the embryos. For example, during neurolation (formation of the neural tube) the activity of the enzyme is too little, causing the incomplete closure of the neural tube on the chicken embryos shown above.

• Superimposing a noise field on the 60 Hz field caused the embryo abnormality ratio as well as the ODC enzyme activity to become normal.

• Amplification mechanisms in and around the cell membrane;
  
  
• Cooperative sensing in the cell membrane receptors.
  

In popular language, superimposing the noise field re-establishes the normal, unexposed situation around the cell membranes, by inhibition of charge-redistribution around the cell caused by the steady oscillating field, and/or by inhibiting the membrane receptors’ sensing of the changed electromagnetic environment, no matter whether this change is caused by microwave radiation or an ELF field.

The graph below (Figure 33) shows the inhibition of a biological effect induced by cell phone microwave radiation (digital TDMA phone), using an ELF noise field. The biological effect is a change in the activity of the important growth enzyme ODC. The stronger the noise field, the better the inhibition of the induced effect. If the noise field is strong enough, it is possible to completely eliminate the induced effect.

1) Department of Physics, and Department of Biology and Institute for Biomolecular studies, Catholic University of America, Washington, D.C. Att.: Dr. T.A. Litovitz [refs. 52, 53, 54].

2) Department of Anatomy, The University of Western Ontario, and Departments of Biochemistry, Victoria Hospital, London, Ontario, Canada. Att.: Dr. A.H. Martin [ref. 55].

3) Department of Pathology, College of Physicians and Surgeons, Columbia University, New York. Att.: Dr. R. Goodman [refs. 56, 57, 58].

4) Institute of Communication Technology, Aalborg University, Denmark, and Institute of Medical Biochemistry, University of Aarhus, Denmark. Att.: Dr. S. Kwee [ref. 59].

5) Bioelectromagnetics Research laboratory, Center for Bioengineering, University of Washington, Seattle. Att.: Dr. Henry Lai.

Re 1). Tests performed at the Catholic University of America (CUA)

A) EMFs change the activity of the important growth enzyme ODC. This significant biological effect, relevant to cancer promotion and teratogenesis (fetal abnormality induction) has been shown in many biological systems. The scientists at CUA found that the EMF Bioprotection™ technology was capable of eliminating EMF-induced (ELF as well as microwave) ODC activity changes in

• Mouse cells [ref. 16, 47,52, 60];
• Chicken embryos [ref. 61];

B) EMFs induce a factor two-and-a-half increase in the rate of neural abnormalities in developing chicken embryos. This can be explained by the induced change in ODC enzyme activity which alters the rate of DNA synthesis and cell proliferation, increasing the risk of something going wrong in a developing embryo or the balance between healthy and transformed cells in a mature organism. The EMF Bioprotection™ technology was tested on the chicken abnormality ratio, and it was totally efficient in reducing the abnormality ratio to the normal level.

• [ref. 53].

C) Specifically, the research team at CUA tested the ability of the EMF Bioprotection™ technology to eliminate biological effect (ODC activity rate) induced by mobile phone microwave radiation. It was shown that the noise field was totally effective in eliminating the microwave induced biological effect.

• [ref. 48, 54].

D) The team has worked extensively on the effects of EMFs on the ability of chicken hearts to survive a simulated heart attack (anoxia). When the chicken hearts were exposed for just 20-30 minutes of EMF exposure, they had consistently higher chances of surviving a simulated heart attack. This is due to the fact that EMF exposures stress the heart, and this is beneficial for short time intervals. However, when they were exposed for an extended period, or repeated short term exposures, they had significantly lower chances of surviving simulated heart attacks. The reason for this is that repetitive or chronic exposures cause a down-regulation in the stress response to the EMF, leaving substantially smaller resources to defend a life-threatening condition like anoxia. This is backed by epidemiological data, showing that electrical utility workers has a significantly higher mortality rate of infarcts. The EMF Bioprotection™ technology relieves the heart from stress, eliminating the biological effect of down-regulation.

These data has not yet been published.

Re. 2). Tests performed by the University of
Western Ontario (UWO), Canada

At UWO, the scientists have found that EMF change the activity of a critically important enzyme called 5’nucleotidase which has a multiplicity of functions vital to developing nervous and brain tissue. The tests were performed in developing chicken embryos, and the scientists found that the induced effect persisted even after the field was removed. The scientists tested the efficacy of EMF Bioprotection™ technology on these induced biological effects and found that they were negated.

• [ref. 55].

Re. 3). Tests performed by Columbia University (CU)

A) EMFs induce an increase in the transcript levels of c-myc, a proto-oncogene found to be associated with the onset of cancer. The test were performed on human leukemia cells. The scientists found that EMF Bioprotection‰ technology was able to eliminate the gene expression change induced by the EMF exposure.

• [ref. 56, 57, 58].
  

B) EMFs alter the expression and transcription of genes responsible for the onset of stress protein production, and an associated alteration of the biosynthesis of these substances – which are produced in response to all stresses like heat shock, radioactive radiation, anoxia, bacterial and viral attacks, toxic chemicals, etc. The scientists at CU showed that the EMF Bioprotection‰ technology was capable of eliminating the induced production of stress proteins, demonstrating that the noise field prevented the stress condition in the cells, caused by the EMF. The test was performed on human breast cancer cells.


C) EMFs suppress the production of neurotransmitters and other brain and nerve substances, one of these being dopamine. This is believed to influence the function of the brain, and a permanent low level of dopamine is believed to be associated with Parkinson’s disease. The scientists at CU have applied the EMF Bioprotection™ technology to the induction of this biological effect and have found that these effects are completely eliminated.

Re. 4). Tests performed at Aalborg and Aarhus
Universities (AU) in Denmark

EMFs have been shown to increase cell proliferation rates in cell cultures and primitive animals (nematodes). The scientists at AU showed that application of the EMF Bioprotection‰ technology completely eliminates the EMF-induced increase in cell proliferation rates.

• [ref. 59].

Re. 5). Tests performed at the University of
Washington (UW), Seattle

EMFs have been observed by the scientists at UW to cause a change in the function of the brain. This has been confirmed by studies at the UK National Radiological Protection Board (NRPB), the Bristol Royal Infirmary and the British Army. At UW, the scientists demonstrated that the EMF Bioprotection™ technology was capable of eliminating EMF-induced impairment in the learning of rats. The study has not yet been published.

The test studies of the EMF Bioprotection™ technology are summarized below, organized according to biological effects induced by EMFs and potential health consequences which may result from these biological effects . The research provides ample support for the hypothesis that the superimposed EMF noise field functions by preventing the fundamental sensor mechanisms situated in the receptors of the cell from reacting to the constantly oscillating EMF stimulus. This blocks the triggering effect in the cascade of events leading to significant biological effects and potentially adverse health conditions.

Fig. 34: Tests performed with EMF Bioprotection™ technology reporting that biological effects induced by EMFs are blocked.

• Gene expression is the fundamental starting point of all metabolic processes in the cell, if you fiddle with that, anything can happen. Gene expression changes caused by external factors can be very adverse, triggering unpredictable cascades of undesirable biological events leading to such different conditions as cancer, Alzheimer’s, Parkinson’s, brain and heart functional impairment, blood disorders, allergies and asthma, mood and behavioral disorders, sleep disturbances, headaches, fatigue, circadian rhythm disorders, etc. It has been demonstrated that the EMF Bioprotection‰ technology eliminates EMF-induced gene expression changes related to cancer and biological stress.
  
  
• There is epidemiological as well as laboratory evidence that EMFs change the function of the heart and induce stress which may lead to down-regulation of critical defense and repair mechanisms. This has been shown to adversely affect the mortality rate related to infarctions. It has been shown on live chicken embryos that the EMF Bioprotection‰ technology eliminates the EMF-induced impairment of heart defense and repair mechanisms.
  
  
• There is laboratory evidence that EMFs significantly change the activity of important enzymes related to growth and development of nerve and brain tissue and cancer cells, causing changes in metabolism and cell proliferation which may lead to cancer or fetal abnormalities. The EMF Bioprotection‰ technology has been shown to eliminate such effects in cells and chicken embryos. The EMF-induced changes in cell metabolism may lead to changes in the production and secretion of critical endocrine and brain hormones and neurotransmitters, which are vital to the proper functioning of brain, nerves and organs, and important to the body’s defense against cancer. EMF Bioprotection‰ technology has been shown to eliminate EMF-induced changes in the production of such substances, and to normalize EMF-induced changes in brain function of rats.
  
  
• There is laboratory evidence of EMF-induced stress in cells, organs and animals. This is expressed as a change in cell metabolism triggering production of stress proteins, the universal response of a cell exposed to a potentially adverse insult. Stress in short periods is actually beneficial to the organism; however, if the stressful condition persists, such as in the chronic or repetitive exposure to electromagnetic fields, the mechanism of down-regulation comes into play. This may lead to situations where the cells are exhausted, and cannot prepare for further life-threatening stressors such as chemical toxins, bacterial or viral attack, ionizing radiation, anoxia, etc. The consequence of such situations may be excessive cell death, leading to degeneration of tissue in the brain or nerves (Alzheimer’s and Parkinson’s). The EMF Bioprotection‰ technology has been shown to eliminate EMF-induced stress responses.

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