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The mechanism of resonant electrical frequency interactions with
cells
The mechanism of resonant electrical frequency interactions with
cells includes the reception of the electrical signal/charge transfer
by receptor antenna/transducers that are coupled to membrane bound
G-proteins that are also coupled to intracellular enzymes like
adenylate cyclase.
Membrane bound G-proteins and the intracellular enzymes that
they are linked to form a complex of proteins that operate as
an amplifier for the signal they receive. For example, certain
G-proteins are coupled to and activate specific intracellular
enzymes that in turn increase the cell concentrations of second
messenger systems like cAMP. Increasing cell levels of cAMP in
turn activates an enzyme called protein kinase A, which in turn
activates other enzymes such as hormone sensitive lipase (Nelson
and Cox, 2000; Nicholls et al., 2001).
Different electrical frequencies will activate different receptors,
different G-proteins, different intracellular enzymes and different
second messenger systems thus producing different biological reactions
and cascades.
Certain steps must be taken in order for a clinician to be able
to electrically modulate the biological reactions he or she wants
to influence. He or she must first identify, choose, and apply
the correct electrical frequencies that activate the signaling
mechanism involved in turning on that biological process. In addition
an individual who makes an effort to improve the health of their
cell membranes by proper modification of the diet with food and
or supplements may receive even greater benefits from this technology.
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