FSM 2-day live event near Kassel Use specific frequencies for more treatment options - use microcurrent like a "Swiss army knife", versatile, individual and situational! 25.10. - 26.10.2024 FSM Experte und von Dr. Carolyn McMakin persönlich ausgebildeter Therapeut – Florian Schöning – in einem 2. Tages Event zur frequenzspezifischen Mikrostromtherapie (FSM) Jetzt anmelden ⚠️Open

Microcurrent therapy and bidirectional ion current: mechanisms and therapeutic applications Microcurrent therapy is becoming increasingly important in modern medicine and physiotherapy. Its mode of action is based on the application of extremely weak electrical currents in the microampere range, which are similar in strength to the body’s own bioelectrical

Frequency eavesdropping: A deep insight into frequency-specific microcurrent therapy with Florian Schöning In the world of modern medicine, there are constantly new developments that are changing our view of healing and health. One such development that has become increasingly important in recent years is frequency-specific microcurrent therapy (FSM).

e¸ǂ'¥v‡Á­¨§JئºV­Š‰ðŠØCŠ·œ´+«­éí Inspired by an article from Focus, we have written a brief summary here of current research in the field of brain stimulation with direct current. At one moment, it illuminates our rooms; in the next, it provides the unfathomable network of electrical impulses that control our bodies. While most of

Research has revealed new uses for LED light therapy, specifically Photobiomodulation (PBM), in medicine and tissue engineering. PBM has been found to speed up healing by promoting ATP synthesis in mitochondria and cell membrane photoreceptors. Studies indicate that PBM can enhance both the proliferation and differentiation of stem cells, thereby increasing tissue healing rates. Although red light or near-infrared light is most commonly used, recent findings show that blue and green light can also improve the differentiation of stem cells from human adipose tissue.

The proposed mechanism of PBM involves photochemical interactions with target cells, with the mitochondria absorbing the photons and activating various molecules. These include nitric oxide, ATP, calcium ions, and reactive oxygen species, which can be beneficial in low concentrations and can trigger apoptosis in certain cells.

Studies suggest that applying LED light in the red light range boosts plasma membrane activity in cells, with 810 nm being the optimal wavelength. However, the absorption of higher wavelengths by other molecules is possible, thereby expanding PBM’s potential applications.

ATP Studie und die Mikrostromtherapie Kurze Zusammenfassung zur wohl meist zitierten Studie zum ATP und dem Mikrostrom To achieve a maximum stimulatory effect on protein synthesis, minimum current levels of approx. 50 μA are required. The stimulating effect is maintained up to a value of about 1000 μA. At higher

There are many application techniques in the use of frequency-specific microcurrent. The most commonly used variant is certainly the adhesive electrodes. But there are also stick electrodes (caution: there may be problems with electrical safety!) and wet towels that act as a large electrode.

Biohacking – the ‘do-it-yourself’ science to the best version of ourselves Cybernetic microcurrent of a form of biohacking The combination of biology and state-of-the-art technology =Biohacking! The biohacking scene is also gaining more and more followers in Germany.

What is the biophysical effect of microcurrent or how does microcurrent actually work? Physicist and developer Dr. Thorsten Stüker ‘dissects’ ? microcurrent therapy into its effective parameters ? and explains the connections with the processes in the tissue, brain, osmotic pressure conditions, capacitive effects in the tissue up to