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ORIGINAL ARTICLE   

Minerva Biotechnology and Biomolecular Research 2021 September;33(3):141-5

DOI: 10.23736/S2724-542X.20.02633-6

Copyright © 2020 EDIZIONI MINERVA MEDICA

lingua: Inglese

The role of brain-spinal cord-heart circuit and its dermatologic antenna in imaging

Massimo FIORANELLI 1, Alireza SEPEHRI 2 , Maria G. ROCCIA 1, Linda COTA 2, Chiara ROSSI 2, Aroonkumar BEESHAM 3, Torello LOTTI 1

1 Dipartimento di Scienze Umane, Guglielmo Marconi University, Rome, Italy; 2 Istituto Terapie Sistemiche Integrate (ITeSI), Rome, Italy; 3 Faculty of Natural Sciences, Mangosuthu University of Technology, Umlazi, South Africa



BACKGROUND: We show that brain spinal cord and heart build a biological circuit. This circuit acts like the receiver or sender of waves and exchange waves with medium through dermatologic antennas. Neurons within the brain and spinal cord plays the role of electronic wires and transfer electrical currents. Some of them join to each other and form some circles like the circles within the inductors. These biological inductors couple to neurons within the heart. Heart acts like a generator or battery and produce electrical currents. Also, it plays the role of capacitor and store electrical charges for a short period of time and then discharge. Neurons connect brain-spinal cord-heart circuit to skin cells and eyes. These cells play the role of dermatologic antenna in biological systems.
METHODS: We detect radiated signals from dermatologic antennas by some scopes. We use as materials: sunlight or lamps with lights from different colors; some barriers which each of them removes some frequencies; graphene sheet or a magnetic diode/detector; scopes like Radio-SkyPipe or Oscilloscope and wires and magnets. We connect graphene sheet or magnetic detectors to a scope. We put a sunscreen in front of sunlight and measure currents which are emerged by dermatologic waves in the absence of sun light. We remove sunscreen and measure currents which are emerged by dermatologic waves emitted from dermatologic antennas in the presence of sun light.
RESULTS: Before external radiations like sun light radiations, we can detect some emitted waves from dermatologic antennas. After external radiations, like sun light radiations, we can detect more emitted waves from dermatologic waves. By increasing radiations of sun or any external sources, more evolutions are occurred in human/animal’s body and in response, more waves are emitted by dermatologic antenna.
CONCLUSIONS: Brain, spinal cord and heart build a resonant circuit in a biological receiver/sender of electromagnetic waves. To exchange these waves with medium, eyes, hairs, melanocytes and dermatologic cells play the role of antennas. These antennas have the main role in diagnosing some diseases like melanoma and other types of cancers. Because any evolution in cancerous cells has a direct effect on the emitted waves from dermatologic and other biologic antennas. Each biologic antenna separates a special frequency from a general wave from the brain-spinal cord-heart circuit and send a special information to medium.


KEY WORDS: Dermatology; Brain; Spinal cord; Heart

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