.png)
Exo-Tech: An Autologous Scaffold for Local Retention of Platelet-Derived Extracellular Vesicles
Plasma gel provides the structural matrix, while Exo-Tech Gel incorporates platelet-derived biological signals.
Plasma Gel Scaffold
Platelet-poor plasma (PPP) is thermally processed into a three-dimensional protein matrix that provides structural support and a framework for incorporating biological components.
MCT Exosomes
PRP is photothermally conditioned using the MCT Exosomes preset to promote the release of platelet-derived extracellular vesicles.
Fully Autologous
Both components are derived from the patient’s own blood through a single blood draw, without the addition of synthetic polymers.
MCT Exosomes Within a Plasma Gel Scaffold
A three-dimensional protein matrix incorporating MCT Exosomes, combining the structural properties of plasma gel with platelet-derived exosomes and growth factors to support local retention.
Potential for
Gradual Release
01
The plasma gel serves as a local reservoir for MCT Exosomes, with the potential to facilitate the gradual release of bioactive components over time.
Matrix-Mediated Protection
02
The three-dimensional protein network provides a supportive matrix for incorporated bioactive components, potentially reducing premature dispersion and degradation.
Complementary Biological and Structural Functions
03
The plasma gel provides structural support, while MCT Exosomes contribute platelet-derived biological signalling potential.
Fully Autologous Composition
04
​Both components are derived from the patient’s own blood, without added synthetic polymers. The plasma gel is naturally biodegradable, with related heat-treated plasma formulations reported to persist for up to 3–6 months.
Powered by the MCT System
Exo-Tech integrates two complementary technologies: the MCT System photothermally conditions PRP to obtain MCT Exosomes, while the Exo-Tech Dry Bath processes autologous plasma into a gel scaffold.
Three Steps at the Point of Care
One blood draw, two preparations: plasma gel derived from platelet-poor plasma (PPP) and MCT Exosomes obtained from PRP. Combined, they form Exo-Tech Gel
PPP is thermally processed in the Exo-Tech Dry Bath at 90°C to create a viscoelastic, protein-based gel. The gel is then cooled to 37°C or below before mixing.
Plasma Gel
01
PRP from the same blood draw undergoes photothermal conditioning using the MCT Exosomes preset.
MCT Exosomes
02
The two preparations are connected using a Luer-lock connector and mixed until homogeneous, producing Exo-Tech Gel for clinical application.
Exo-Tech Gel
03
Heating Time Influences Gel Consistency
Under controlled heating conditions, processing time affects protein structuring and influences the final consistency of the plasma gel.
3 min | Soft
A more fluid consistency that allows easier spreading.
6 min | Intermediate
A balanced consistency that combines fluidity with structural support.
9 min | Firm
A firmer, more cohesive gel with increased structural support.
