Advances in Nanomedicine
Cell Repair Devices
Modern electronics and
leading-edge molecular biology research have
combined to deduce the specifications for a
technology that promotes healthy anti-ageing. By
mimicking the firings, spatial organisation and
rhythms of electrically excitable cells, this
new technology stimulates healing and
rejuvenation in a completely safe, non-invasive
way.
Ionic currents play a central
role in core biological functions:
The ionic currents are a
complex means of cellular communication. The
waveform is as important in cellular resonance
as language is in verbal communication.
If
an external system is able to accurately mimic
the biological ionic waveforms, we then have a
means of modifying cellular action, resulting in
anti-ageing and healing benefits.
Dynamic Model of Anti-Ageing
Ageing is not just the sum total of individually
deteriorating cells. It is the dynamic process
of increasing imbalances in the systemic
organisation of these cells.
The old, the ill and the
injured all suffer from disarranged patterns of
atoms, whether disarrayed by ageing and
accumulation of free radicals, invading viruses
or accidents. The young and the old are polar
opposites with regards to variationsin the
arrangement of their dynamically organised
networks.
Cell repair devices that can
resonate their firings, spatial organisation and
rhythms of electrically excitable cells leads to
healing and rejuvenation in a completely safe,
non-invasive way.
Microcurrent Technology
Microcurrents (in millionths
of an ampere) has been shown to:
-
Act as an antioxidant
-
Increase ATP (cellular
energy) by 500%
-
Enhance cellular
proliferation, DNA and protein content
-
Increase collagen and
elastin
Traditional muscle
stimulators work in the milliamp range. These
quickly deplete the limited ATP supply of
muscles.
Novel microcurrent devices
mimic normal nerve conduction from brain to
muscle. Acetylcholine and ATP are co-released
from the nerve terminals. Neuroresonance thus
allows for an unlimited supply of ATP, which can
be increased by as much as 500%
Leading Edge Nano-Medical Devices
Perfector and Ion Magnum are
two devices incorporating nanomedical cellular
resonance technology from Arasys Perfector LLC.
These are the brainchild of Gerry Pollock,
co-inventor of the pacemaker.
His research has revealed the
waveform composition that turns an electronic
device into a communication system, emitting
signals that become assimilated by a biological
organism, thus enhancing or completing
significant life functions.
The
signals produced thus resonate with the
communication signals of the biological organism
within the intricate spatial organisation and
rhythm of electrically excitable cells, to
produce results similar to those resulting from
reparative capacities of the body in its ideal
state of existence where age is not a factor.
Additional
Information
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Nano Perfector
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Programs
> Perfector
Research
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