Advancing biomimetic scaffolds to meet diverse clinical needs.
01 · The defect
A gap separates two segments of bone.
02 · The scaffold
A mesh cage bridges and stabilises the gap.
03 · The biomimetic material
The patient’s own blood becomes a cohesive scaffold.
04 · Insertion
The material is deposited into the cage and expands to fill it.
05 · Healing environment
Regenerative activity spreads through the scaffold.
06 · Bridge restored
New bone progressively connects the two segments.
07 · Whole again
The patient’s own biology helps bridge the gap.
Cells within a natural scaffold
The Natural Scaffold
A minimally processed, autologous scaffold designed to support the body’s natural healing response.
Cells and BMP-2 inside and outside the scaffold
Enhanced Regeneration
The next-generation scaffold with BMP-2 to further enhance bone regeneration.
| VitaClot | VitaClot+ | |
|---|---|---|
| Scaffold | Blood-based, biomimetic matrix | Blood-based, biomimetic matrix |
| Cells | Integrated within the scaffold | Integrated within the scaffold |
| BMP-2 | — | Delivered inside and outside the scaffold |
| Intended use | Bone repair | More challenging bone defects |
| Processing | Minimally processed, autologous | Minimally processed, autologous |
We are seeking strategic partners and investors to advance VitaClot and VitaClot+ to market.
