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NON-GOVERNMENT AND NON-COMMERCIAL TRAINING ESTABLISHMENT
THE «MOSCOW INSTITUTE OF MEDICAL AND-SOCIAL REHABILITATI0N
(105037, Moscow, Vtoraya Parkovaya, 24/28)
INSTITUTE OF PRACTICAL PYCHOPHYSICS ‚ LTD
(644082, Omsk, Beethoven street, 33)
The method of screening diagnostics by means
of hardware and software complex
«Metatron»
(medical technology)
2007
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SUMMARY
The method of rough screening diagnostics of dysfunctional changes in human body
consists in revealing probabilistic localization of the pathological process and the degree of
its intensity (with 79.7 0/ precision) and is realized by means of the hardware-software
complex «Metatron». The application of this non-invasive technology allows reducing the
time of examination, including routine examinations of various cohorts, helping doctor to
determine an individual program of target diagnostics required to clarity and verity the
established provisional diagnosis, and also evaluating the dynamics of dysfunctional
changes in a human body.
The medical technology is intended for medical practitioner, family doctors, functional
diagnostics doctors of medical and preventive treatment facilities, such as regional and
municipal hospitals, infirmaries, medical units, sanitoria, private clinics, equipped with the
hardware and software complex «Metatron» and having the license tor this respective type
of medical activity.
APLICANT DEVELOPERS:
- The Moscow Institute of Medical and Social Rehabilitation;
- Institute of Practical Psychophysics LTD.
AUTHORS:
T. S. Alfyorova — Head Faculty of Bioinformation Technologies of the Moscow Institute of
Medical and Social Rehabilitation - Doctor of Medical Science, professor;
I. B. Ganshin — Senior lecturer of Bioinformation Technologies faculty;
V. I. Nesterov — Academician of the Medical Engineering Science Academy;
V. l. Nesterova — Corresponding member of Medical Engineering Science Academy,
Director of the «Institute of Practical Psychophysics, LTD»;
A. A. Gavrilov — Deputy director «Institute of Practical Psychophysics, LTD» for scientific
effort.
REVIEWERS:
B. V. Agafonov — Doctor of Medical Science ‚ professor, head of Family Medicine Faculty,
dean of Doctors Advancement Faculty of Vladimirsky memorial GU MONIKI;
V. P. Chudnov, N.V. Kuprjashina — Candidates of Medical Science, senior lecturers of the
Family Medicine Faculty of Doctors Advancement Faculty of Vladimirsky memorial GU
MONIKI.
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INTRODUCTION
For the recent decade the therapeutic effects that use information-wave technologies
have been extensively implemented into medical practice. The technologies have been long
carefully studied in clinical conditions. By now devices of radiowave diagnostics and
therapies devices using modem information-wave technologies have been developed and
are being introduced in medical practice.
Various wave or oscillatory processes occurring during vital activity of an organism, for
example, electrical activity of the brain — (electroencephalogram) or heart —
(electrocardiogram), have been long time used tor diagnostics.
At the same time, there are doubtless facts on the correlation between dysfunction of
internals and pathology of separate cells making them up. Therefore various diseases
change the course of metabolic processes in the cells, initiating thereby pathological
rearrangements and variations of spectra of their electromagnetic fields.
Each cell has its own, specific oscillations inherent to it only. Any pathological process
as typically has specific oscillations. It is a common fact, that the resonance frequencies of a
living cell conform to; in a somatic cell - 2.39•10 12 Hz; in the nucleus of a somatic cell -
9.55•10 12 Hz; in a mitochondrion from liver cell - 3.18•10 13 Hz; in a genome of human cell -
2.5• 10 13 Hz; in inter phase chromosome - 7.5•10 11 Hz; in a metaphase chromosome
1.5•10 11 Hz; in DNA -(2-9)• 10 9 Hz; in a nucleosoma - 4.5•10 15 Hz; in a ribosome -2.65•10 15
Hz; in cellular membranes - 5•10 10 Hz; in a cytoskeleton -10 11 Hz [1,2,3] respectively.
The working rhythms of human body functional systems also have their own range.
Thus, the rhythm of the electrical potential of stomach and intestine is 3.80 - 4.6 Hz; the
respiratory rhythm is 6.3 - 7.6 Hz; the rhythm of cardiac beat 3.2 Hz; the rhythm of electrical
activity of the nervimuscular element is 2.6 - 6.5 Hz, the rhythms of controlling signals of the
brain - 0.5 - 13 Hz [4.5].
The screening diagnostics method is based on the utilization of the non-invasive
electromagnetic signals (1.8 - 8.2 Hz) and the biological feedback between the operator, the
patient and the hardware-based computer module. As the result we have a biological
feedback contour; with the initiating gauge remotely perceiving reactions of the patient’s
brain waves to the irritant and sending the digital signal back in the hardware-based
computer module (Annex 1).
The function of the initiation gauge consists in perceiving the patients response to the
information codes supplied by the central processor-telemetering module, converting them
in a digital signal and sending back to the processor-telemetering module. The sensing
element can be described as a noise generator based on a radioelement remotely affected
by patient’s brain waves. Direct electric current of an optimized value in the range of a few
microamperes (preferably 1-5 microamperes) is supplied by power supply unit for feeding
the sensing element. The current can be individually adjusted and defined at tine tuning of
the device in a lab.