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METATRON REMOTE® Health Diagnostic Therapy System
Metatron Hospital Upgraded By Medicomat Ltd For Remote Mode
How The System Works
NLS Diagnostics is the process of analyzing information obtained from electromagnetic waves emitted by the human body. This allows us to determine the nature, origins, and severity of potential harmful processes. During a diagnostic session, the Metatron device decodes this information and can also provide a rough prediction of future health trends.
To conduct the scanning, we use magnetic inductors as trigger sensors. These sensors can measure the condition of cells in the body, as well as the activity of bacteria, parasites, and other infectious agents. The Metatron device specifically targets the subcortical brain, which contains a wealth of information about the body's processes.
The information gathered during a short diagnostic session is transformed into a digital signal, which is then decoded and analyzed by the unique medical software of the Metatron device. The software's database contains over 10,000 spectral etalons, covering various preparations, illnesses, and specifications.
All the information about the body's condition is sent to the brain for analysis. The Metatron system utilizes special trigger sensors to resonate with the control signal of the researched organ. It reads the information, decodes it, and displays it on a screen as three-dimensional models of organs, tissues, cells, and their organelles. We use a marker system to highlight the actual condition of these structures, whether they are normal or pathological, using a color-coded 12-point Fleindler's scale.
The principle of NLS Diagnostics involves obtaining real-time data about the patient's health using a unique medical computer-software package. This data includes information about the objective state of body tissues, cells, and hormones. It is instantly decoded into specific diagnoses and recommendations.
All the information about the state of the patient’s health is transmitted to the brain. Special trigger sensors in the form of magnetic inductors shaped like headphones are used to obtain this information. Unique medical software decodes the data, and displays it on a computer screen in the form of three dimensional model images of organs, tissues, and cells. A specific marker system is used to highlight pathological conditions.