Dirty Electricity, Diseases, and Treatment with Neurotherapy MIG

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Maziyar Sayadi Amirkiasar
Mohammad Reza Ershad Langeroudi
Shabnam Rajabzadeh Kanafi
Fatemeh Samimi
Shams Allah Ahmadi
Ali kadivar
Ebrahim Rrahmanidaraman
Mohammad Reza Hadipour Moghaddam Behdani
Narges Binandeh
Mehri sharifian dorocheh

Abstract

In general, our mechanized lifestyle, dietary habits, the use of electronic and microelectronic devices, and even physiological, metabolic, and neural circuit reactions generate and accumulate static electricity in the body. If it exceeds a certain limit, it is referred to as "dirty electricity." To maintain the health and balance of neural circuits, it is essential to discharge dirty electricity from the body. Our brain and heart cannot function without electricity. The human body can generate electricity because it is composed of atoms. Atoms consist of negatively charged electrons and positively charged protons. When the charge is unbalanced, electrons flow from one atom to another, constituting electricity. When our brain instructs us to move quickly, hide, or get away from danger, it indicates a sense of threat and sends electrical impulses for our protection. Our body reacts to these impulses, and our cells are influenced by the electromagnetic field around us. Many modern electronic devices produce dirty electricity, causing interference or conflicts with our body's systems and disrupting its functions. It is important to know what generates electricity and how. Electricity flowing in a 60Hz AC (alternating current) does not harm the body. However, modern devices use a start-stop method to store electricity, leading to sudden fluctuations in speed and scattered electricity flow. This voltage transition results in the formation of harmful electromagnetic fields referred to as "dirty electricity." This research focuses on the treatment and elimination of dirty electricity from patients, employing the neurotherapy MIG method. Various patients have undergone treatment with this method.

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