MCT System · Preset
MCT Plasma
Combines red light and controlled cooling to prime platelets and promote growth factor release in PRP before clinical application.
Red light
Controlled cooling (4 °C)
Platelet priming
Increased growth factor release
Autologous PRP
Point-of-care conditioning
What it does
Platelets primed by light and cold.
Growth factor release
Photothermal conditioning promotes the release of platelet growth factors and supports their sustained release over time.
Platelet performance
Controlled cooling can influence platelet activation pathways, including signaling associated with VASP and p38 phosphorylation.
ATP synthesis
Red-light photobiomodulation influences mitochondrial activity and cellular energy metabolism, increasing ATP production.
The technology
Photothermal biomodulation
Red light and controlled cooling, applied to the patient’s own platelet-rich plasma inside the MCT Kit®.
Light · 620 nm
Photobiomodulation
Red light at 620 nm stimulates cytochrome c oxidase in the mitochondrial respiratory chain of platelets within PRP, enhancing mitochondrial ATP production.
Published clinical studies and case reports have reported improvements in selected applications of photothermally conditioned PRP, highlighting its regenerative potential.
Temperature · 4 °C
Thermal biomodulation
Controlled cooling at 4 °C influences platelet activation kinetics and responsiveness to subsequent stimulation, complementing the effects of red-light photobiomodulation.
Autologous biological products
From medical need to medical solution
The patient’s own blood, processed at the point of care.
Medical need
- 01Patient’s blood
- 02PRP preparation
- 03Photothermal biomodulation
- 04Administration
MCT Academy
Published research on photothermal PRP
Scientific publications and case reports on photothermally conditioned platelet-rich plasma, from bench to clinical practice.
Molecular mechanisms of the geroprotective effect of exosomes in the simulation of inflammaging in the culture of human fibroblasts
Molecular mechanisms of the geroprotective effect of exosomes in the simulation of inflammaging in the culture of human fibroblasts
A Reliability Tier Classification System (RTCS) for Marketed Exosome-Based Products to Facilitate Clinical Decision-Making
A Reliability Tier Classification System (RTCS) for Marketed Exosome-Based Products to Facilitate Clinical Decision-Making
Protocol for ex vivo physicochemical assessment of photothermally preconditioned platelet-rich plasma
