Stimulates platelets and boosts growth factor release, resulting in faster and better outcomes.
Growth factors release
Photo-Thermal boosted platelets release a higher amount of growth factors in a controlled and sustained way for a more physiological effect
Growth factors release
Photo-Thermal boosted platelets release a higher amount of growth factors in a controlled and sustained way for a more physiological effect
Platelet performance
Photothermal stimulated plasma contains less proinflammatory cytokines and has a more physiological. It also improves platelet profile of activation, reducing VASP and increasing p-38 phosphorilation. Cold primes platelet and facilitates its reactivity once injected.
Platelet performance
Photothermal stimulated plasma contains less proinflammatory cytokines and has a more physiological. It also improves platelet profile of activation, reducing VASP and increasing p-38 phosphorilation. Cold primes platelet and facilitates its reactivity once injected.
Procedure comfort
Cold helps platelets kinetics after activation, not before, and induces a delay in clot formation. A less dense plasma and the sensation of the cold liquid results in a much more comfortable procedure.
Procedure comfort
Cold helps platelets kinetics after activation, not before, and induces a delay in clot formation. A less dense plasma and the sensation of the cold liquid results in a much more comfortable procedure.
ATP synthesis
Photothermal biomodulation boosts cellular metabolism and enhances ATP synthesis
ATP synthesis
Photothermal biomodulation boosts cellular metabolism and enhances ATP synthesis
Photobiomodulation
Light provides a non-invasive, non-toxic way of stimulating cellular metabolism. Ultimately, the energy absorbed at the mitochondria enhances cellular ATP production. Photothermal-stimulation of PRP generates, a state-of-the-art regenerative preparate.
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It achieves improved clinical results due to a more prolonged and sustained growth factors release and a reduced pro-inflammatory cytokine content.
Thermal biomodulation
As with the light, temperature has a huge body of evidence that backs up its effectiveness and safe utilization. Thermal stimulation prepares platelets to work more and better, increases their reactiveness and shows a myriad of activation markers. Platelet primed functionality also determines an increment in growth factors.
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Since thermal boosting delays the clot onset and primes platelet aggregation only after activation, this results in a less dense regenerative product, improving clinical results with a more convenient injection experience.
