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metatron nls diagnostika Review: Is it Worth It?

metatron nls diagnostika

when you can use the metatron nls diagnostika Bio resonance therapy?

when you can use the metatron nls diagnostika Bio resonance therapy?

Conditions treated with Bio resonance therapy:
Allergies
ADHD
Acute Infectious Diseases
Bronchial Asthma
Autoimmune Diseases
Degenerative Organic Diseases
Rheumatic Diseases
Arthropathy

Gynecological Disorders such as:
– Painful Menstruation
– Hormonal Imbalance
– Pre-natal Treatment

Immunodeficiency of varied origin
Post-Vaccine Complications
Intoxication and Toxic Stress
Headache and Migraine
Mycotic and Parasitic Disorders
All Types of Pain
Neurodermatitis and Eczema
Sports Injuries
Metabolic Diseases
Pre and Postoperative Treatment(s)
Secondary Viral Disorders
Urological Disorders

metatron nls diagnostika

What is metatron nls diagnostika: diagnostic system?

What is metatron nls diagnostika: diagnostic system?

is a medical device approved in the
is a bioresonance device which uses the method of metatron nls diagnostika
It is produced by the Institute of Psihofizica Practice (IPP) in Omsk, Russia
at the moment it is the most advanced system of diagnostics by bioresonance
It is portable, lightweight, non-invasive and painless
NLS diagnostic method is based on the notions of traditional Chinese medicine (TCM), Ayurvedic, quantum physics, biochemistry, etc.
It’s fast and secure (within an hour it can assess the health of the patient’s body without using other devices, i.e. is a miniclinica)
minimum maintenance costs, it does not require consumables, excellent reliability.

metatron nls diagnostika

metatron nls diagnostika HISTORY & DEVELOPMENT

metatron nls diagnostika HISTORY & DEVELOPMENT

Theoretical and experimental development of this technology started in the late 19th century by a man named Nikola Tesla. It was further studied by scientist J. Lakhovsky, who experimented with RF effects on animals and plants. Later, the American researcher R. Rife studied the effects of radio frequencies on humans. His analysis is included in the software of the Vector NLS systems.

The first biofield detection devices used manual data entry and manual detection. The biofield matrix detection actively involved the operator whose brain through the use of low-frequency vibrations was tuned into and resonant with the biofield magnetic vortex states of the patient. In other words, the operator’s energetic state was coherently synchronous with the patients and had a sensing-amplifying effect. Original results were reported by the deviation of the L-shaped frame in the hand of the operator on a special Fleyndera scale (this scale is tied into the analysis software of the current Vector Non-Linear System).

However, this method of biofield matrix detection was too subjective. This eventually led to the creation of the first electronic L-shaped frames called trigger sensors. Trigger sensors automatically sense the magnetic vortex states (biofield matrix information) of the patient. Developers fed these signals into a computer database until over 100,000 patients with over 1000 health processes had been analyzed and stored in the database. Distant biofield matrix detection experiments were carried out by VN Kravkov in the 20th century. Under the guidance of Prof. B. Togatova, biofield matrix detection experiments were also carried out on various semiconductor structures.

The NLS method of analysis was developed at the Russian Institute of Practical Psychophysics. Every organ and every cell has associated with it a biofield magnetic vortex state which is stored in the computer memory and can be displayed on the computer screen as a graph. These graphs represent the conditions of information exchange between the organ biofield and the environment. Every pathological process with distinctive age and sex has its own distinctive biofield graph stored in the computer memory. After reading the biofield frequency characteristics of a patient, the system compares the degree of their spectral similarity with biofields of healthy and pathologically affected subjects, or the biofields of infection agents, to obtain the closest biofield process or tendency. �The culmination of all of this science led to the Vector NLS. The Vector is capable of detecting the biofield frequencies without human intervention, as well as, balancing the biofield imbalances.

metatron nls diagnostika

WHAT IS metatron nls diagnostika?

WHAT IS metatron nls diagnostika?

•The Dmetatron nls diagnostika has produced analog-free investigation equipment that enables to trace any states of biological object according to a change in the wave characteristics of the bodys tissues, individual cells, chromosomes and even separate ferments and hormones.

Nonlinear analysis systems (metatron nls diagnostika) are the most advanced information technologies that can now, at the outset of the century, be considered the most remarkable and advantageous accomplishment of modern natural science.

The Indication/diagnosis equipment based on the spectral analysis of vortex magnetic fields of biological organisms is quite unique .. Numerous experiments performed at the Institute of Practical Psychophysics confirm a close relationship between vortex magnetic fields and biological systems with these fields being used in biological systems as a means of extra – and intracellular interaction. The vortex magnetic fields plays an important part in information transfer and interaction with biological sys-tems.

The hardware-software com-plex developed at the Institute of Practical Psychophysics enables to produce a preset bioelectrical activity of brain neurons, with this activity as a background it becomes possible to selectively amplify signals hardly detectable against the statistical fluctuations and iso* late and decode the information they con-tain. In a way the apparatus • metatron nls diagnostika • takes bearings of this radiation just where it originates in order to then decode and display it on the computer screen where a virtual model of the organ is produced in certain colors.

metatron nls diagnostika

About manufacturer metatron nls diagnostika device

About manufacturer metatron nls diagnostika device

V.I.Nesterov The Institute of Practical Psychophysics (IPP) in Omsk, Russia was founded in 1990 by academician V. I Nesterov. It has 65 employees, of which 39 are scientists and engineers. IPP is a research institute geared to practical research in psychophysics. The greatest success in research is the nonlinear analysis method (NLS). In any case, this invention seems to be an important milestone in medical diagnosis.

The inventor of the nonlinear analysis system is considered to be P. P. Nesterov, who in 1988 invented a trigger sensor, thus finding the idea of ​​the system. Immediately work on improving the NLS diagnostic system has begun. The 1990-1995 period is characterized by clinical trials in the early systems. The end of the 1990s was marked by the rapid increase in commercial production of diagnostic systems and a great advance in the quality of the results. The NLS diagnostic method is still under development. It improves very quickly, so versions of the system are renewed every 6 months.

One of the main directions of IPP is the invention of a new generation of computerized non-linear scanners (Metatroanes) in which the multidimensional virtual visualization technique is applied to the subject under investigation. This allows for a significant increase in NLS method efficiency and widening of the application field, despite the competition with MRI. The feature of the NLS multidimensional view is initially the volumetric character of the scan. The results of such a scan are associated files that facilitate the reconstruction of multidimensional virtual images of the investigated anatomical structures. As a result, NLS virtual analysis is largely used, particularly for angiographic tridimensional vascularization reconstruction studies.

V.I.Nesterova, PhD Another promising field of application of the three-dimensional reconstruction, based on the NLS method, is the study of the cavity organs, going on the virtual NLScopy principle. This system was developed by ClinicTech (USA) together with IPP (Russia) for Z series scanners (nonlinear high-speed multidimensional scanners) called HUNTER. Maintaining the increased scanning resolution capability and the use of the LAPP (Parallel Power and Extreme Performance Processor System) system allows for the implementation of the NLScopy virtual principle on VOXEL Z workstation – multimodal DICOM compatible workstation, which is the main system viewing and tracking data processed by ClinicTech scanners. The preparation of NLS imagery for virtual analysis is accomplished using the original method invented by this company (4D tissue analysis), which allows not only the visual multidimensional visualization of the structures, but also the biological tissue of interest (additional dimension), bones, new tissues and vessels at the same time (simultaneously). The particularity of the virtual representation of the data in the HUNTER system is the simultaneous viewing of the inner and outer surfaces located outside the investigated cavity (lymph nodes, vessels). Taking pictures forms the natural consequence of virtual NLS images. At the same time, special automatic navigation programs define the path of the virtual scanner in the center of the investigated cavity. The trajectory can be defined by other user data settings that allow the details of the NLS image to be specified by changing the field of view.

Another promising field of application for three-dimensional reconstruction, based on the NLS method, is the study of cavity organs, going on the virtual NLScopy principle. This system was developed by ClinicTech (USA) together with IPP (Russia) for Z series scanners (nonlinear high-speed multidimensional scanners) called HUNTER. Maintaining the increased scanning resolution capability and the use of the LAPP (Parallel Power and Extreme Performance Processor System) system allows for the implementation of the NLScopy virtual principle on VOXEL Z workstation – multimodal DICOM compatible workstation, which is the main system viewing and tracking data processed by ClinicTech scanners. The preparation of NLS imagery for virtual analysis is accomplished using the original method invented by this company (4D tissue analysis), which allows not only the visual multidimensional visualization of the structures, but also the biological tissue of interest (additional dimension), bones, new tissues and vessels at the same time (simultaneously). The particularity of the virtual representation of the data in the HUNTER system is the simultaneous viewing of the inner and outer surfaces located outside the investigated cavity (lymph nodes, vessels). Taking pictures forms the natural consequence of virtual NLS images. At the same time, special automatic navigation programs define the path of the virtual scanner in the center of the investigated cavity. The trajectory can be defined by other user data settings that allow the details of the NLS image to be specified by changing the field of view.

The data obtained through NLSscopie allows the optimal choice of place to perform a biopsy and determines the size of the surgery.

metatron nls diagnostika


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