Cellular Analysis (Full Body Scan)


How cells communicate: Can you imagine What it would be like if your brain could not tell your leg muscles to contract so you could walk? Or your bladder could not tell your brain that you had to use the bathroom? Or what if you had contracted an infection and your immune system could not defend your body? Cells need to be able to communicate with each other to do these things, and so much more!


The SWISSmediscan the “Cellular Analysis System” software operates using telemetric nonlinear analysis data. The telemetric nonlinear analysis device focusses on studying the reaction of a biological object to different types of informational reactions.

The “Cellular Analysis System” processes correlating measurements by using the following operations:

1.It measures the change of the entropic potential value relative to its initial value.

2.It transforms using a continuous signal from 1.8 to 8.2 Hz with the pre-set intervals of frequencies converted into a histogram for immediate review

3.It sends the current response values to the PC and displays the graph on the monitor simultaneously with its impact reactions from the examinee

4.It accumulates and stores the relative to initial values while observing the histogram until the completion of each measurement

5.It issues a scale-correlated command required for regulating the effect on the examinee

6.It transmits the Delta values on completion of the measurements and records them before the beginning of each data measurement

The apparatus is intended to register psychophysics changes in the system and allows: 

– Qualitative estimation of the functional condition in the form of a local analysis

– Controls the effectiveness and results of various and different ways of treatments

– Analyze the dynamics of working conditions as they change over a period

– Determine the initial nidus of each functional breach

The SWISSmediscan system operates according to amplification of the initiating signal of disintegrating meta-stable structures. Affected by the external. Electromagnetic field, magnetic moments of molecular currents in the admixture centers of the nerve cells, causes them to lose their orientation. This result in misalignment of the spin structures of these delocalized electrons gives rise to unstable or meta-stable states within them. These disintegrating conditions then act as the initiating signal for Delta values before the beginning of each data measurement.


The Cell Analysis System (CAS) device is a spin-off from the Russian space program that was developed at the Department of Medicine, University of Omsk, Siberia. Most of the Russian scientific effort to support their space program is based in Siberia.

The (CAS) device is a biomedical instrument outside of the current medical paradigm. It is based on 20 years of basic research done by many Russian teams who recorded frequencies emitted by particular organs and Cells of the body. They recorded what the average frequency response of each of the organs would be for any patients particular age or gender.

The Cell Analysis System (CAS) device is used for assessing organ and Cellular function of the body and not the structure. Therefore, (CAS) does not operate similarly to an ECG, CT, MRI or an Ultrasound scan.

The cell Analysis System (CAS) measures the magnetic vector potential of disintegrating conditions signalling Delta values which are used only as a “body awareness tool” 

SWISSmediscan AG is in the process of testing the Cell Analysis System (CAS) to see how it can contribute to diagnostic medicine in the future.

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