About the Product

Rifetech s.r.o. introduces technology developed with the support of European grant funds in the field of innovation under the auspices of the Ministry of Industry and Trade.

In light of rapidly changing trends in technology and health, an expert team led by doc. Ing. Vladimír Holcman, Ph.D., Ing. Roberta Macků, Ph.D., and Ing. Tomáš Trčka, Ph.D. from the Institute of Physics, in cooperation with biologist RNDr. Dagmar Jančová, Ph.D., charged itself with the task of developing a new methodology.

Successful simulations, calculations, and modulations of plasma discharge resulted in a device with a highly-stable and accurate therapeutic signal intended for experimental investigation of the influence of electromagnetic waves on human mental and physical condition.

With an innovative combination of the specific properties of plasma, pulsed EM field, and original frequency protocols that act (not only) on the entire genome of pathogenic microorganisms, RIFETECH® Plasma has the unique ability to induce a biological reaction in the organism with an accurate and stable signal, with therapeutic potential at compensation, immunomodulation, revitalisation, and neuromodulation level.

As a result, Rifetech s.r.o. is a pioneer in the emerging discipline that is bioelectromagnetic therapy.

The functions of RIFETECH® Plasma are clearly divided into individual complexes

DNA/RNA, STABILISATION COMPLEXES, IMMUNOMODULATION, REVITALISATION, HRV BIOFEEDBACK, AND MORE

The effectiveness of Rifetech plasma technology is further complemented by applications for wireless frequency diagnostics

HRV BIOFEEDBACK

The cardiovascular system is extremely sensitive to autonomic regulatory influences.

The autonomic nervous system is divided into two parts - the sympathetic and parasympathetic.

The interaction of these physiological factors is used in HRV biofeedback, which is a test of the responses of the autonomic nervous system manifested in changes in heart rhythm.

This analysis of heart rate variability is designed to monitor deviations in the intervals between individual heartbeats.

By measuring the values of these deviations, it is possible to determine functional changes in the organism at multiple levels, and significantly earlier than in current orthodox medicine

Stress stimulus causes increased sympathetic activation, which is triggered by an alarm signal in the body. By employing specific frequencies, we use this phenomenon to target the induction of a reaction based on bioelectromagnetic interactions.

In light of the fact that the parasympathetic reduces heart rate, the harmonising HRV diagnostic programmes created will look for frequencies that induce pulse deceleration. This methodology is entirely the opposite of testing the frequencies of pathogenic microbes, during which we record stress frequencies that activate the sympathetic (positive peaks on the graph), while in searching for harmonisation and regeneration frequencies that activate the parasympathetic we record frequencies that, on the contrary, reduce the variability of the heart rate (negative peaks on the graph).