Electromagnetic radiation in the human brain, origin and evolution
Explains the metabolism of neurotransmitters, in synaptic transmission, with roles in cognitive and emotional behavior
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Electromagnetic radiation (EMR) interaction with the brain explains the metabolism and transport of neurotransmitters, messengers of synaptic transmission, with critical roles in cognitive and emotional behavior. Exposure to electromagnetic fields can cause structural and functional changes in the nervous system depending on the frequency of the radiation. The particle in the electromagnetic (EM) field for the function of the mind, we named as the "Mindtron", like the photon. Bioelectromagnetic studies the effects of EMR on living organisms, their effects depend upon the radiation's power and ...
Electromagnetic radiation (EMR) interaction with the brain explains the metabolism and transport of neurotransmitters, messengers of synaptic transmission, with critical roles in cognitive and emotional behavior. Exposure to electromagnetic fields can cause structural and functional changes in the nervous system depending on the frequency of the radiation. The particle in the electromagnetic (EM) field for the function of the mind, we named as the "Mindtron", like the photon. Bioelectromagnetic studies the effects of EMR on living organisms, their effects depend upon the radiation's power and frequency. Neurotransmitters allow neurons to communicate with each other. They enable the brain to provide a variety of functions, through chemical synaptic transmission. Chemical synaptic transmission is through the release of neurotransmitters from presynaptic neural cells to postsynaptic receptors. Alterations in the levels of specific neurotransmitters are in neurological disorders, including Parkinson disease, schizophrenia, depression, and Alzheimer disease. There are several neurotransmitters used by the body for different functions, including acetylcholine, glutamate, GABA, glycine.
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