Cytoprotective Effect of Elf-Emf120hz on Early Chemical Hepatocarcinogenesis through Quantum Measurements on Enzymatic Interaction

Cytoprotective Effect of 120 Hz Electromagnetic Fields on Early Hepatocarcinogenesis: Experimental and Theoretical Findings

“…Facing our limited knowledge and using the available information, we reported the cytoprotective effect of 120 Hz ELF-EMF on early ChemIndCar during the enzymatic procarcinogen activation of CYP450 by quantum measurements in Refs. [9,79]. We proposed that when CYP450 metabolizes the xenobiotics used in the experimental setup to ChemIndHep [10], the enzymatic proteins act as a molecular motor providing a catalyzing electron that interacts with the RP formed during the OS generated when the substrate of the enzyme is oxygenated [9].…”

“…We explained that on the formation of the OS was involved through the administration of xenobiotics in the MRHM, an electron transfer, and the MF modulates those in the current Haberkorn approach [9,79,80]. The allowed electrophilic reactions that appear in the enzymatic reactions do not require a change of spin because the spin total is zero.…”

“…The allowed electrophilic reactions that appear in the enzymatic reactions do not require a change of spin because the spin total is zero. Those spinforbidden reactions, involving paramagnetic participants, can combine their spins freely in any electronic configuration, but it does not mean that all configurations have a chemical reaction [9,79]. The electron spin gives origin to the MFE, the magnetic isotope effect, and induces nuclear chemical polarization.…”

“…The RP can recombine or participate in other ChemReac. They are responsible for a few phenomena such as chemical polarization of electrons and nuclei, and the influence of static and pulsating MF [9,79]. An RP can decay by recombination, or pull apart the radical by diffusion, or react with other radicals.…”

“…The quantum beats modulate the probability of appearance of some reaction channels of the RP that at the time affect the MFE. By studying these quantum beats, one can reveal valuable information concerning the structure, reaction, molecular, and spin dynamics of RP [9,63,79,87]. The RP spin correlation is formed in the coherent state, which oscillates between the S and T spin state, an oscillation that depends on the spin Hamiltonian operator parameters (see references [8,9] for details), in particular that of the HypInt.…”