Human-Driven Fibrin
For the next generation of regenerative medicine
Fibrin can be an ideal biomaterial to increase the bone morphogenic and hydrophilic properties of biomaterial. It can significantly increase the cell attachment to the surface of tissue Engineering scaffolds. Fibrin can be added as an ingredient to building materials of scaffold or can be grafted onto the surface via a covalent bond. It can also be dissolved in aqueous solution to form viscous solutions with a range of viscosity with excellent paintballing ideal for additive manufacturing. Fibrin is extracted from Human Blood plasma after careful screening for viral, fungal, or bacterial residues in a gel form. The gel is then frozen, lyophilised, freeze milled and sterilized using gamma radiation to form a ready-to-use white powder for further processing. The particle size fibrin is between 50 to 150µm.
Safety Data Sheet (SDS) >> 
Enhanced Cell Interaction
Fibrin’s ability to promote superior cell attachment makes it indispensable in applications requiring efficient cell-scaffold integration.
Versatility
Ideal for additive manufacturing due to its ability to form viscous solutions with adjustable viscosities, enhancing 3D printing applications.
Purity and Safety
Rigorous screening processes ensure the elimination of contaminants, providing a high-purity biomaterial for biomedical use.
Customizable Use
Can be incorporated into scaffold matrices or used for surface grafting to enhance biological performance.
TISSUEREX FIBRIN
The Key to Next-Level Biofabrication
Unlocking the Full Potential of Tissue Engineering with Fibrin