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Submolecular Energy Medicine
Hyperthermia, hyperperfusion, hypermetabolism and vasodilation, are the red high temperature areas which can be seen in the
radiometric image of a knee contusion (Fig 7). Radiometric imaging should not be confused with any type of photographic images, infrared
microwaves cannot pass through glass. For example, PIP scanning, used by some alternative therapists, is not radiometric as it relies on a normal
glass optic video camera to capture the photographic image and computer software to turn up the 'colour hue intensity' to 100% to create the
colour distortions seen in the PIP scan images. PIP scan images cannot contain any radiometric information.
Radiometric imaging is truly scientific and is derived from outer space exploration technology. It is achieved by using special
germanium optics and sensitive semiconductor sensors which scan areas of the body and convert the microwave emissions into voltage values which
are stored in a computer memory. The computer mathematically converts the stored voltage data into values of 'degrees centigrade' for each minute
part of the scanned area (pixel).
The image is created by the computer software assigning a specific colour hue to each of the many designated temperature values.
The hue red is assigned to the hottest temperature value, next orange, then yellow, green, blue indigo and down to violet as the coldest colour.
The colour pixels which make up the image represent a precision calibrated map of the temperature mathematics of the radiometric scan which
medical practitioners can use to diagnose and prescribe.
Medical dictionaries quote placebo levels at 30% to 70%; a major problem for alternative therapies is providing accountable
evidence that proves the value of the procedure or products used. Without such evidence and placebo levels running up to 70%, it is almost
impossible to reassure the medical institution and a large percentage of the public of the efficiency of any of the alternative management
procedures.
Radiometric imaging is quick and cost effective, contemporary radiometric scanners take only a second or so to record and produce
an image. These images provide the practitioner with real time data about their patient's condition. Recording 'before and after treatment'
radiometric images, provides the practitioner with scientific proof of the competence of his treatment and the progress of his patient also
equipping him with substantive scientific proof for further discussion.
The Sinister Intelligence and Power of Disease
Cancer is capricious cellular behaviour. Psoriasis is unpredictable cellular reproduction of the dermis. Fortunately for the
patient, unlike tumours, the accelerated reproduction of skin cells removes earlier generations of cells (layers of skin) away from their blood
supply and they die, dropping off in flakes. Infra-red measurement of affected skin in contrast to adjacent unaffected skin areas can reveal
temperature differences of +5.0 0 Celsius (See Fig. 8 and 9).
A temperature differential of five degree Celsius is almost implausible and difficult to account for by
vasodilation/hypermetabolism alone. This anomalous differential is more probably due to a combination of vasoconstriction/hypormetabolism of
unaffected areas together with vasodilation/hypermetabolism of the psoriasis areas. It is as if, by some contrivance, the body or the disease
appropriates biological energy from unaffected areas and diverts this biological energy to propel the psoriasis.
This same 'pull-push' energy diversion process appears to occur with malignant tumours and it seems that disease exhibits an
intelligence. For disease to progress, it requires energy which it expropriates from healthy body mass. Some insidious diseases apparently are
able to create their own supportive positive oscillating energy and chemical feedback system, interrupting the energy feedback system and
stimulating the aggression of the immune defence system is a conspicuous method of confounding sinister diseases and can be applied alongside
orthodox management procedures.
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