CONTROL OF EFFECTIVNESS OF CEM-THERAPY

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CEM-TECH
CONTROL OF EFFECTIVNESS OF CEM-THERAPY
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Thermo topography
Autonomous innervation zones scheme at the damage
of the right middle nerve
Dermatomes allocation scheme areas of skin
coverlets, where disorders of the pain
sensitivity occur, at suffering from spinal stubs
Autonomous innervation zones scheme at the damage
of the surface branch of the right radial nerve
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Zaharin-Gedd zones skin coverlets areas, in
where sensation of pain occurs because of
pathologic processes origin in various internal
organs of chest and abdominal cavities
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Infra-red thermometer
Working surface sensors
Display
Start button
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Color thermogramm
Before therapy hypothermia at sternum area is
the immunodeficiency sign
After CEM-Tech device therapy
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CEM influence on human serum albumine structure
?ontrol after 45 min of CEM influence
after 45 min oxidative stress
of oxidative stress
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Effective CEM Applications on infection diseases
???-???? - Controlled Energy Material
Technology
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CEM-therapy (Controlled Energy Material
Technology) has been developed. It is based on
technology of the use of the materials with
operated power structure that allows to influence
an organism in a mode of background resonant
radiation (BRR). For example, generator
constructed by A.M.Kozhemyakin was created with
the use of a special technology on the basis of
gallium arsenide, and it is capable to remember
external EHF-radiation thus forming exact
similarity of signals of the pathogenic and/or
medical factor.
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CEM -TECH
CEM -TECH produces an electromagnetic spectrum
identical to the electromagnetic spectrum of the
affected area, which then performs the role of an
antibody. When electromagnetic radiation similar
to the infectious agent is administered, an
effect of vaccination or therapeutic effect is
achieved.
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Therefore, with the purpose of prophylaxis of
infectious disease it is suggested that
preparation of "energy analogue of pathogenic
guest-microorganism with use of the device on
the basis of structure with controlled energy
material (by method of recording of radiation of
guest-microorganism on the material carrier),
with its subsequent incorporation into structure
of the protected host organism.
RADIATOR
RECORDING OF THE SPECTRUM OF RADIATION FROM
GUEST-MICROORGANISM TO THE MATERIAL CARRIER
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Prophylaxis of the acute respiratory viral
infections
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Eric C. Dykeman, Otto F. Sankey (2008) Low
Frequency Mechanical Modes of Viral Capsids
Displacement pattern of virus particle changes
(Physical Review Letters, 14.01.2008)
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Eric C. Dykeman, Otto F. Sankey Low Frequency
Mechanical Modes of Viral Capsids Displacement
arrows indicate the center of mass motionof each
peptide in the full virus
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The mechanisms of vaccination, consisting in
creation of maximum specific cellular and humoral
immunity against viruses and bacteria, are well
investigated since times of L. Paster. In
simplified form it could be presented as struggle
of specific antibodies and cells of organism
immune against alien antigenes. This method has a
number of serious lacks, the main of which
relates to poorly predicted immunity changes with
possible allergization, long period of immunity
formation, impossibility for steady immunity
formation at fast mutation of viruses and
bacteria.
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Different mechanism for creation of specific
immunity is offered - the material with
properties of changed energy structure (???),
electromagnetic spectrum of which is identical to
electromagnetic spectrum of a virus or bacterium,
performs the role of antibody. When the material
with the changed energy structure (???), which
has electromagnetic radiation spectrum, similar
to the alien infectious agent, is administered
into the organism, effect of vaccination or
effect of therapy (through the period of
temporary disease exacerbation) is achieved.
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Development of principally new method of
vaccination of living organisms from infectious
diseases, and also development of principally new
technology of therapy for infectious diseases
with the maximal antimicrobic and antiviral
effects and the minimal influence on the
environmental cells are suggested in the given
project.
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CEM-TECH Application for early infection disease
stages
Employing the device and its patented technology,
a user records the radiation of the affected area
through the irradiating head, then subsequently
applies the spectrum back into that area.
POWER UNIT
AFFECTED AREA
IRRADIATING HEAD
RADIATOR
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CEM inhibition of fungus growthcontrol
CEM effect
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Lung of the control mouse in 1 month after
infection with MBT (micobacterium of
tuberculosis). Total specific pneumonia. Absence
of air pulmonary tissue. Hematoxylin and eosin
stain. Enlargement ?170.
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Lung of the mouse in 3 months after infection
with MBT, preliminary vaccinated with BCG.
Lymphoid-macrophage foci in subpleural zone of
the lung. Absence of typical tubercular lesions.
Hematoxylin and eosin stain. Enlargement ?170.
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Lung of the mouse in 3 months after infection
with MBT, with preliminary treating according to
CEM Technology. Sites of lymphoid-macrophage
infiltration on the background of emphysema.
Absence of typical tubercular foci. Hematoxylin
and eosin stain. Enlargement ?170.