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The
LifeWave Energy Patch
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Patches - Please Click Here!!
Absorption of electromagnetic energy by biological molecules
Biological molecules can absorb energy at specific discrete frequencies
in the form of energy packets or quanta. This is based on the
physics principle of resonance where each quantum transfers energy
to the molecules in proportion to the specific frequency of that
quantum (Heynick, 1987). High-energy electromagnetic fields can
cause heating, ionization and destruction of biological tissue,
but lower energy fields have other more subtle biological effects.
At low energy levels when resonance energy transfer occurs the
transfer of charge is the main effect not heating.
Quantum energy absorption is essentially a microscopic phenomenon
where the chemical composition and molecular configuration of
the molecules in a cell determine the specific frequencies or
characteristic spectra where such absorption can occur (Heynick,
1987).
According to Louis Heynick, low energy frequencies can change
the orientations and configurations of molecules without altering
or destroying the basic identities of the molecules (Heynick,
1987).
"Indeed, cooperative interactions occur among subunits of
molecules within biological cells, in membranes and other cellular
structures, and in extracellular fluids; in such interactions,
the energy absorbed at one specific site in a structure (in a
membrane or in a biological macromolecule, for example) may not
be sufficient to disrupt a bond but could alter a process at the
site or elsewhere in the structure, or trigger a function of the
structure as a whole by release of the energy stored in the structure,
thereby producing biological amplification of the incident quantum
of energy (Heynick, 1987)."
In order to resonantly activate specific biological molecules
that are involved in certain metabolic reactions in biological
tissues, the selection of electromagnetic frequencies must be
matched to and specific for the absorption spectra of the molecules
involved in the chemical reaction that you want to effect.
The key conceptual problems that must be addressed in order to
use electromagnetic frequencies to activate biological processes
are: a) identifying the molecules/proteins/ enzymes/reactants
that are involved in the metabolic reactions you want to influence,
[this can be accomplished by studying biochemistry texts that
describe biochemical reactions]; b) identifying the specific electromagnetic
frequencies that can produce resonance in these molecules so that
activation of the biochemical process is enhanced, [this can be
accomplished by studying physics textbooks that describe the absorption
spectra of different molecules]; c) developing an effective delivery
system to efficiently transfer these frequencies into the body,
[this requires research and experimentation].
LifeWave LIFEWAVE patch technology has overcome these conceptual
barriers by formulating mixtures of orthomolecular organic chiral
molecules specific for certain biochemical processes. The interaction
of the natural molecules contained within the patches with the
body's thermomagnetic field produces a specific set of oscillating
bioelectrical signals that are transmitted into the body just
like radio signals are sent from a transmitter to millions of
home radios (receivers). Molecules that are already pretuned to
the frequencies being transmitted receive these specific bioelectrical
signals. When the frequency specific energy is absorbed by these
molecules activation of biochemical reactions that are already
naturally occurring can be enhanced.
For
More Info about Our Exciting LifeWave
Patches - Please Click Here!!
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