The PGbioInk system offers enabling technologies of robust bio-ink design and production that are suitable for a variety of cells performance to meet advanced tissue biofabrication via 3D bioprinting techniques. Bio-ink selection has been severely limited the advancement of bioprinting for human tissue, organs, and regenerative medicine. Each cell type requires a specific microenvironment for living. A biomaterial good for cells may not meet the bio-ink specifications or vice versa. PGbioInk is the home for cells, biocompatible, so-gel reversible by shearing force, easy for uploading cells/nutrients/growth factors/small molecules/drugs at room condition or 37°C.
The advancement of 3D printing provide tremendous opportunity to prepare complicated biological organs to improve human health in terms of repairing and replacing. To date it is still the grand challenge of mimicking the natural extracellular matrix (ECM), a 3D network matrix composed of fibrous matrix proteins that provides structural integrity for cellular anchorage and naturally sequesters soluble signals that direct cell performance, with a system that can be handled at room conditions and that has the desirable mechanical and viscoelastic properties for 3D bioprinting.
PepGel PGbioInk offers enabling technologies of robust bio-ink design and production that are suitable for a variety of cells performance and 3D bioprinting. PepGel PGbioInk is the home for cells, biocompatible, printable, injectable, so-gel reversible by slightly shearing force, easy for uploading of cells/nutrients/growth factors/small melecules/drugs etc at room condition or 37°C, compatible with cell media, superior microenvironment for human and animal cells culture and bioprinting.
In addition, with these unique features PGbioInk offers the best biocompatible hydrogel for surface coating of 3D printed scaffolds.
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