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photobiomodulation system

The photobiomodulation involves the mitochondria of the cell through a process very similar to photosynthesis. The proteins responsible for absorption of light are cytochromes, in particular those at the level of the mitochondrial membrane (cytochrome C oxidase).
The structural changes of the mitochondrial membrane affect the processes of energy production. There is therefore scientific evidence that the photobiomodulation from low energy laser is capable of producing photons of very low intensity and with extremely precise parameters which interacts with sub-cellular chromophores to increase ATP production in the mitochondria. As shown, through special microscopic phase-contrast with infrared light equipment, 3T3 fibroblasts in culture extending pseudopodia preferentially towards sources of light in the range 800-940 nm intermittent with 30-60 pulses per minute.

The increased production of cellular ATP and the consequent increase of the energy available for all vital functions of the cell allow:


• increase in homeostatic processes

• opening of bridges and ties intra-and extra-cellular

• the activation of the sodium-potassium pump

• the change of the gradients of membrane



"Biodynamical" is a laser that allows, through the handpieces with different amount of diodes of triggering a process that favors energy in the cell and feeds the need to absorb and utilize various electromagnetic frequencies that propagate through the water and the active ingredients of our cosmetics last generation. The combination of LIGHT WATER ENERGY is actually applied, a new dimension and subtle vibration that let you find the pleasure of being young to all.


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