Photo-Thermal boosted platelets release a higher amount of growth factors in a controlled and sustained way for a more physiological effect.
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.
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.
Photothermal biomodulation boosts cellular metabolism and enhances ATP synthesis
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.
It achieves improved clinical results due to a more prolonged and sustained growth factors release and a reduced pro-inflammatory cytokine content.
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.
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.
