CMF NEXT

CMF Technology: based on the most modern, well-known Molecular Biology studies

EFFECTIVE IN PAIN THERAPY AND REGENERATIVE MEDICINE

Dozens of scientific works have shown how Multifrequency Complex Magnetic Fields at low and extremely low frequency and intensity can activate a series of chemical/physical signals, and thus spark a series of functions known under the umbrella term of Reparative Morphogenesis (RM). This repair system is comprised of three fundamental events: molecular, cellular, and tissue repair.

MOLECULAR REPAIR

Just like when you build a house, the first thing you have to do is to repair or replace the damaged “bricks”, in biology the first step is to activate a repair mechanism of the bricks that make up our systems, and that is, proteins. Some proteins are capable of repairing other proteins and are called Heat Shock Proteins (HSP); it has been demonstrated that electromagnetic radiation increases gene expression(1) of HSPs, and it is this very process that’s at the base of the CMF® NEXT regeneration programs..

CELL REPAIR

By acting on the repair of the membrane proteins, the Complex Magnetic Fields can restore cell homeostasis in a much shorter time than the physiological process, re-creating the normal transmembrane potentials.

⁽¹⁾ “The Epistemological Bases of the Biological Information System” (F. Crescentini)

TISSUE REPAIR

Tissue repair is the whole of molecular and cell repair as well as the mechanisms linked to the passage of intercellular information. The neo-Reparative Morphogenesis contains the information of all the constituents (bricks) to be repaired and the repair pathways; in fact, it has been shown that Complex Magnetic Fields are capable of accelerating the enzyme kinetics in Reparative Morphogenesis, considerably cutting the time for regeneration.

Some other really important effects of the Complex Magnetic Fields’ action are: the analgesic, anti-edematous, anti-inflammatory, and bacteriostatic effects.

The analgesic action is due to pain modulation my neurotransmitters with a morphine-like effect, decreasing pain by 50-70% in just 2/3 sessions.

The anti-edematous effect is essentially linked to the regulation of the cellular and extracellular water flow by acting specifically on the acquaporins; the anti-inflammatory effect linked to modulation of the pro-inflammatory cytokines, increase in the anti-inflammatory ones, and restoration of the Ca-ATPase membrane activity; instead, the antibacterial action is produced by inhibiting the colonies’ ability to replicate.