Compared to conventional PRP methods, when platelets are stimulated by photothermal energy, growth factors are activated three times more.
This process occurs in a more physiological manner.

When mitochondria are exposed to light of an appropriate wavelength,

large complexes within the cellular respiratory chain receive energy and

undergo changes in their electron states.
To restore energy balance, mitochondria regulate the trans-membrane proton gradient,

and this process can lead to enhanced ATP activation.

Light stimulation helps reduce the concentration of pro-inflammatory cytokines in plasma,
guides physiological properties such as pH in a more stable direction,
and promotes the secretion of plasma growth factors.
It can also support reactions related to blood cell production in PRP.

Prepares platelets to act more actively and effectively, while being compatible with

various types of plasma and commercially available PRP kits.
Rather than simply concentrating platelets,

it focuses on activating them through a specialized photothermal stimulation–based

conditioning protocol.

Heat-treated plasma provides higher patient satisfaction compared to

conventional PRP due to changes in density.

PRP treated with Metacell induces effective and natural results.