what is oberon metatron?

oberon metatron

oberon metatron

oberon metatron

oberon metatron

What is Computer nonlinear diagnosis ? what is oberon metatron NLS ?

V.I. Nesterov

Nonlinear Diagnosis System (oberon metatron NLS) have been extensively used lately and are gaining ever growing popularity. Even in the few cases where the clinical symptoms look very typical the oberon metatron NLS diagnosis method provides extra information about the extension of affection and enables to judge a prognosis. In most cases it is of vital importance for diagnosis and consequently for the right choice of treatment. In 2000 it had been 20 years since Theodore Van Hoven developed the theory of quantum entropy logic that underlies the method. So nonlinear diagnosis appears to be the newest of all methods, of apparatus diagnostics. At any rate, his discovery became a significant landmark in diagnostic medicine. Nonlinear analysis was originally employed in organic chemistry to determine the composition of complex compounds.

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The originator of the oberon metatron NLS-diagnosis apparatus (Metatron) is acceptably thought to be Sviatoslav Pavlovich Nesterov who introduced a trigger sensor in 1988 and thus framed the conception of the apparatus. Active work was immediately started to develop and improve oberon metatron NLS-diagnosis systems. Clinical testing of the early equipment marked a period from 1990 through 1995. In the late 90s there was a fast growth in commercial apparatus production and a sudden leap in the quality of the results produced. The nonlinear diagnosis method is still in its developing stage. The diagnosis techniques are being improved so fast that the system versions have to be updated every six months. Due to the introduction of some new devices equoberon metatron NLSed with digital trigger sensors the oberon metatron NLS-diagnosis has become not only far more time efficient but also quite different in terms of quality. Apparently, some dynamic techniques, for instance three-dimensional visualization of investigation results will soon be introduced into everyday practice. The vegetative testing is just one example of ready adoption. The method is employed so widely that it implies a definite range of indications for its use rather than just its popularization. Research centers go on with their guest for some new investigation methods based on nonlinear analysis systems. The results appear to be quite promising. Unlike NMR and computer tomography, the oberon metatron NLS- analysis does not need high intensity fields. The method seems to have good prospects for metabolism study, particularly on a cell level. The advancement of the oberon metatron NLS-method proceeds along the path not only of technical innovations but also of new applications. Some minor surgical operations, biopsy for one, have been long monitored by ultrasound, fluoroscopy or computer tomography. Today there is an opportunity to have biopsy monitored by oberon metatron NLS. However, many surgeons focus their attention on using this method to perform major surgery. The cost of equipment for oberon metatron NLS- diagnosis is still very low as compared to some other apparatus methods. This is supposed to promote more extensive use of the method in countries with a rather low standard of living. Of all methods of apparatus diagnostics the oberon metatron NLS one provides a representation closed to a pathologic anatomic picture. This circumstance, along with innocuousness, promotes rapid development of the oberon metatron NLS- diagnosis.

oberon metatron

oberon metatron

oberon metatron

oberon metatron

Institute of Practical Psychophysics (oberon metatron NLS) – Ascending into the XXI century D.V. Koshelenko, S.A. Letun

The development of a new generation of nonlinear computer scanners (Metatron), which make use of multidimensional virtual imaging of the object under investigation, has enabled to substantially enhance the effectiveness of the oberon metatron NLS-Method and even expand its field of application, despite the competitiveness from MRT. The distinctive feature of multidimensional oberon metatron NLS imaging is an initially volumetric nature of scanning. The data thus received are an integral array, which facilitates the reconstruction of multidimensional virtual images of anatomical structures of the object under investigation. In this connection the virtual oberon metatron NLS is widely used, especially for angiographic investigations with a three-dimensional reconstruction of vascular formations. Another prospective field of application of the three-dimensional image reconstruction based on the data received by means of multidimensional oberon metatron NLS is the study of hollow organs with “virtual oberon metatron NLS-Scopy” involved. This kind of system was developed by Medintech Company for its high-speed multidimensional nonlinear scanners, Z series, and was called Hunter. Hugh resolution maintained during spiral scanning and the use of LAPP system (a system parallel processors with super high computational capability and speed of operation) enable to realize in the project the principle of “virtual oberon metatron NLS-scopy” at Voxel Z multimodal DICOM- compatible work station which is the principal system of imaging and ubsequent data processing with Medintech scanners. oberon metatron NLS images are made ready for visual analysis by means of 4-d Tissue original company-developed method that makes it possible not only to obtain virtual multidimensional icons of anatomical structures but also to single out a specific biological tissue of interest-an extra dimension-and in addition make an imaged bones, soft tissue and vessels at a time. The specific characteristic of the representation of virtual data by the Hunter system is simultaneous of surfaces of cavatus and extramural formations located outside the lumen of the cavity under examination (lymph nodes, vessels). The images that are received form a natural sequence of virtual oberon metatron NLS pictures. So some special navigation programs automatically define the path of motion of the “virtual scanner” by the center of the cavity under examination. The path of motion can be chosen by the operator by means of some other adjustments, which enable to specify the oberon metatron NLS picture in detail by changing of views. A raised representation of the cavity surface is also possible with some deliberate areas of shade involved. The produced sequences of oberon metatron NLS pictures can be easily transformed into a standard VHS video format by means of the epi-Clien program and thus be used in common video systems, specifically in teleradiology. The Hunter system is in the first place designed to reveal patients having obstructive processes in the upper respiratory passages, bulky esophageal, gastric or colonic formations, atherosclerotic lesions o large vessels, and disorders affecting paranasal sinuses, bladder, or spinal canal. The data gathered through “virtual oberon metatron NLS-scopy” enable to pick out in good time the optimum spot for biopsy and find out the extent of the required surgical intervention. This technique can be used both independently and as a useful linking element between tomographic, endoscopic and oberon metatron NLS investigations. The latest development of Medintech Company is Pincers stereo tactic manipulator integrated with a computer scanner, a convenient device for planning interventional procedures under the control of oberon metatron NLS. Pincers comprises a controlled stereo tactic manipulator (“arm”) and a flat gentry-mounted monitor and also a cable system and software. The system provides the physician with means of simulation and performing interventional procedures through interactive linkage between the virtual oberon metatron NLS and the real operational field.

oberon metatron

Method of computer nonlinear analysis and its importance for diagnosis

V.D. Artyukh, U.A. Shovkoplyas, A.A. Gavrilov

Computer nonlinear analysis (oberon metatron NLS) as a dynamic noninvasive informative method is being used more and more widely to examine the state of health affected by pathologies of different origin. oberon metatron NLS can be applied both in vivo (to get an oberon metatron NLS-spectrum of one or another part of an organ or tissue) and in vitro (to get an oberon metatron NLS-spectrum of extracts from tissues, biological fluids or cells); anyway, quite frequently both approaches can be combined for more accurate data interpretation. To perform oberon metatron NLS at a clinic one will need devices producing an eddy magnetic field of at least 20-30 mT. The proceedings of the latest International Congresses of medical doctors (in 2000 and 2001) which dealt with new methods of diagnosis are indicative of a growing number of oberon metatron NLS- investigations for the purpose of diagnosing – in 2000 16 investigations were reported to have been carried out while in 2001 there were reported twice as many of them. S.D. Tutin et al. informed about the possibility of using oberon metatron NLS to diagnose abscesses in the encephalon. With an abscess in the encephalon the oberon metatron NLS-spectrum during the biochemical homeostasis evaluation proved to detect signals from lactate and amino acids which disappeared in the course of treatment. The oberon metatron NLS data in vivo correlated well with the results of abscess sample tests made by means of MRC with a high resolution in vitro. Using the oberon metatron NLS-method one can trace the dynamics of metabolic change in the encephalon in treating epilepsy. Some data are available which indicate that it is possible to register a decline in oxidative phosphorylation in the muscles of the lower limbs with constricted vessels caused by arteriosclerosis. In the course of treatment the muscle metabolism appears to improve. Another trend in the application of the oberon metatron NLS- method is its use to detect metabolic disturbance of phosphorergic compounds with muscular atrophy related to pathology in the musculoskeletal system. Some inviting prospects for myocardial infarction diagnosis by means of the oberon metatron NLS-method were described by U.A. Shovkoplyas et al. who studied exchange in the myocardium. With myocardial infarction its level was shown to decrease. The oberon metatron NLS-analysis method was used to study the dynamics of change in the metabolism of lipids in the liver affected by cirrhosis. The oberon metatron NLS-investigation of the pancreas affected by malignant degeneration enables to diagnose tumor progression, judge of the efficiency of radiation- or chemotherapy and also adjust individual dosage schemes for inoperable patients. Moreover, oberon metatron NLS is reported to be used to diagnose CNS disorders, cardiovascular diseases, muscular system disorders, prostate tumors, mammary gland tumors and in addition to monitor radiation- and medicamentous therapies. The researchers demonstrated the diagnostic importance of oberon metatron NLS for arteriosclerosis, apoplexy, encephalomyelitis and vasculitis. oberon metatron NLS enables to estimate the stage of a pathology and activity of a nidus, determine a relationship between genetic characteristics, clinical symptoms and metabolic deviations in the encephalon. oberon metatron NLS helps to differentiate between benign and malignant tumors in the prostate by means of oberon metatron NLS showed that the method enabled to identify a budding change in the gland tissue and pick out the appropriate therapy in good time. K.A. Kvasov et al. presented some data about diagnosing prostate diseases (histologically confirmed benign hypertrophy and Aden carcinoma among them) by combining oberon metatron NLS and dynamic MRT with artificial “Magnevist” contrasting. According to the results, this kind of combination enables to specify the nature of a prostate pathology and substantially increases the diagnostic accuracy. Special attention has been focused of late on the study of liver metabolism by means of oberon metatron NLS as a result of a growing number of transplantations of the organ (in Europe the annual number of liver transplantations is around 2000 and in the USA it is 10000) and as necessitated by anoninvasive evaluation of the liver function in the course of implantation. The results indicate that it is expedient to use in these cases the oberon metatron NLS-analysis as the ATF level in the liver represents an integral picture of cell homeostasis. There is a close correlation between the disturbed metabolisms of phosphorergic compounds and the extent of liver decompensation. Besides being used for diagnosing liver disorders in vivo, oberon metatron NLS makes it possible to judge the state of the transplanted liver in vitro by getting the spectral characteristics of the organ’s metasodes. This is based on a good correlation between the pathological liver metabolism revealed by means of oberon metatron NLS and the disease prognosis. The authors emphasize that oberon metatron NLS enables not only to reveal pathological change in the liver but also to carry out monitoring of biochemical responses to the treatment. Summing up what has been said one can conclude that the expanding use of oberon metatron NLS-analysis, including its combination with MRT with contrast intensification involved, in different fields of clinical medicine increases the efficiency and the diagnostic accuracy and is indicative of continual progress in the field of internal organ imaging techniques based on the oberon metatron NLS-analysis phenomenon.

oberon metatron

oberon metatron

What does (oberon metatron) Diagnostic system can test?-accurately assesses the functional status of the body in the form of a local NLS analysis
controls the effectiveness and results of various applied therapies
conducts various types of research: from functional changes to chromosome aberrations
assesses the adaptive capabilities of the patient’s body
localizes the primary focus of a condition
qualitatively assesses basic homeostasis parameters
individually indicate the most effective remedies (allopathic, phytotherapeutic, homeopathic, nutritional supplements, crystals, Bach floral remedies, apicles, cosmetics)
determine the active pathogenic flora, allergens, heavy metals, enzymes, hormones, oncological markers, immunoglobulins (for the detection of immunodeficiency states)
appreciates the emotional state of the patient and establishes the link between the psychoemotional and the somatic state (the spectral characteristics of 73 emotions)
assesses the genetic predispositions of the body
inhibits the activity of pathological flora by metacorection
stores the results of the investigations with the aim of tracking the pathological functional changes in the dynamics

What is can Therapy with oberon metatron

oberon metatron shows in which development stage the disorder is in and if the process is acute or chronic. Furthermore with a new added function it is possible to determine how the disorder will develop in the future. This allows to discover if a therapy is suitable or if the body can solve the problem by itself.oberon metatron determines not only the type of disorder but also identifies the severity of the disorders. After the measurement, the oberon metatron can treat the client with the function META Therapy, Phytotherapy, Stone Therapy, Acupuncture Therapy and Iris Therapy.The treatment is carried out on eight levels: the first on the molecule, and then the ultrastructure, DNA helix, chromosome, nucleus, cell, tissue, up to the entire organ, making it the very effective and successful. The user can observe the effectiveness directly on the screen. A comparative analysis shows the changes that take place before and after treatment.According to the same principles, oberon metatron is capable of measuring oscillations of remedies such as food supplements, homeopathic remedies, etc. By means of this function, it can find the most efficient remedy for the patient. oberon metatron can identify which therapeutic remedy works best and which burdens are present.

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How oberon metatron work?

What is oberon metatron Diagnotstics function,working principle?-oberon metatron Nonlinear Bioresonance DiagnotsticsThe entropic logic theory provisions allow stating, that in biological systems at pathological processes some unstable (metastable) states may occur, at which the probability of system destruction increases greatly. The hardware-software system (oberon metatron) functions on the principle of amplifying of the initiation signal at disintegration of metastable systems.
From the physical point of view (oberon metatron) represents a system of electronic oscillators, resonating on a length of a wave, the energy of which is adequate to the energy of destruction of the predominant links supporting the structural architecture of the examined organism.

The hardware-software system developed by the Institute of Practical Psychophysics generates the preset bioelectric activity of neurocytes of brain, amplify selectively the signals usually hardly noticeable against statistical fluctuations, and finally to retrieve and decode the information containing in them. Equipment in a certain manner «takes the bearings» of such emissions by place of their origin in order to decode and record the on a computer screen where the virtual model of an organ is created in certain colors.
If, in accordance with the Quantum–entropic logic theory, you present entropy values of any system as colors of spectrum, such colors will vary from light yellow (at minimum entropy values) through orange to red and purple, almost black (at maximum entropy values). Finer theoretical calculations allow to single out a number of stationary conditions corresponding to a certain entropy potential.

The system includes two expert subsystems, showing quantitative character of right- and left-hand polarized spins vectors ratio relating to both separate models of an organism (the first subsystem) and separate fixed points on a specific models (the second subsystem).
The basis of the first expert subsystem functioning is a study of biological response of a certain region of an organism (from single molecule of protein to the whole organism) to a standard modulating frequency range (1.8 – 8.2 Hz) in the context of each of two vectors prevailing – right- and left-hand polarized spins. It allows to get a set of 18 information points (9 points of right-hand polarized spin and 9 points of left-hand polarized spin).
These points are ranged in relation to inversed image of a white noise as a carrier frequency, with maximum amplitude of 256 Db. Combinations of these 18 points in relation to the mentioned amplitude, stated in relative units calculated to two decimal places, are highly-specific. To ensure optimal perception by a user, these points are linked together to form diagrams (diagrams of color Fleindler’s scale). A diagram of right-hand polarized spin is shown in red color, left-hand polarized – by blue color.

The studies have proven that for certain functional types of organism’s cells, each modulating frequency is a central harmonics among other 8 modulating frequencies.
Comparing of real objects images with corresponding models of organopreparations (etalons of the optimum) allows to detect the most pathologically changed systems and organs in the whole organism. Blue diagram of left-hand polarized spin shows a degree of functional activity of the analyzed object, when red diagram shows degree of its restorability.
Graphical representation of researched models is the main expert subsystem of the device and it provides acquisition of the maximum of diagnostic data.

The second expert sub-system is the analysis of fixed points located on studied models. It allows to evaluate a degree and a vector of right- and left-hand polarized spins (torsion fields) balance of a separate point, and thus to present the model in a structured fashion, in other words to detect pathologically changed areas and areas maintaining the function of the researched model.

To fulfill this goal we use a matrix of 6 possible phase states, with the initial first phase state representing an ideal quality of physiological systems.

Therefore physiological phase states of compensatory capabilities are within the range of 1 – 3 phases, pathological ones from 4th to 6th phase.

Taking into account above mentioned conditions, we created software database containing models of optimal states of organs, tissues, cells, chemical and biological molecules, images of stable pathological conditions, models of helminthes, animalcules, microbes, viruses, allergens and food products.
Computer models give us a multidimensional image of internal organs in any required perspective. The color icons placed on the image, allow us to locate pathological process on a model of an organ. By comparing the color gamma of the icons and their location on a computer model of an organ, and also their change dynamics, one can judge about the processes of destruction of biological structures and give health condition forecasts.

In order to specify the pathology area a user investigates mutidimensional and scalable models of organs, rendered by a computer on a screen until he localizes a pathological locus with an utmost accuracy.
Instructions/How to Use: oberon metatron Nonlinear Bioresonance Diagnotics – identifies bioplasmatic function and structure, predicts future structional and functional pathology and can direct more conventional diagnotics such as genetic, blood, urine, functional medical, toxicologic and structural radiological investigations. It can therapeutically rebalance the bioplasma function of the body to promote a zone of compensation toward healing, regeneration and termination of the illness state.
Ingredients: MetaPathia Nonlinear Bioresonance with Hunter Function advanced non-linear software and hardware and support services for use and diagnotics.
Cautions/Warnings:
The author owns the following certificates:
– United States Patent “TORSION DIAGNOSTIC SYSTEM UTILIZING NONINVASIVE BIOFEEDBACK SIGNALS BETWEEN THE OPERATOR, THE PATIENT AND THE CENTRAL PROCESSING AND TELEMETRY UNIT” No.: 6,549,805 from Apr. 15, 2003
– – United States Patent “DIAGNOSTIC APPARATUS WITH BIOFEEDBACK FOR DIAGNOSTICS OF PATIENTS” No.: US 2010/0081959 A1 from Apr. 1, 2010
– The Institute of Practical Psychophysics has completed FDA registration No.: 3009475597 for a medical device with biological feedback.
– The Institute of Practical Psychophysics has successfully completed certification for compliance with requirements of ISO 9001:2000 for design, development, manufacturing, sales and servicing of bio-resonance diagnostics devices on March 15, 2007, in Bureau Veritas Certification (BVQI) certification body with accreditation in UKAS (GREAT BRITAIN), ANAB (USA), DAR (GERMANY): accreditation in 31 countries, including Japan and countries of Southeastern Asia, Canada.
– In 2007 the IPP successfully completed certification audit by TUV Rheinland Group for compliance with requirements of international standard ISO 13485:2003, medical directive 93/42/EEC MDD Annex V and European Union regulations – CE.
– In 2013 The Institute of Practical Psychophysics has successfully completed re-certification for compliance with EN ISO 13485:2010 “Medical devices – Quality management systems” EN ISO 13485:2012 (No.: MD583050 from 21.01.2013) and MDD 93/42/ЕЕС – Medical Device Directive (Certificate No.: CE583051 from 25.04.2013) in British Standards Institution.
– In Russia hardware-software system Metatron in registered in State register of medical equipment by Federal department of healthcare and social development supervision. Registration certificate issued in August 19, 2005, medical technology called “Method of screening diagnostics with hardware-software system Metatron” was approved on December 29, 2006.

Who can operate a oberon metatron device?

All NLS oberon metatron Scanners must be operated only by a Certified Metatherapist.

Why oberon metatron?

Who need use the oberon metatron nls?

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Doctors and medical practitioners
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Diagnostic rooms
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family doctors, specialists, therapists, polyclinics, hospitals, educational institutions, schools and kindergartens, spa & fitness centers, sports medicine, etc.

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