Gradually polymerized to form a hydrated silicon-rich gel layer, which can absorb a lot of collagen and various growth factors, and can also be used as a scaffold for new tissue, providing a suitable environment for new tissue and accelerating tissue repair and regeneration.
Liquid bone carving has good biocompatibility and no rejection with human body itself.
According to the report of CFDA Medical Device Center, Ryerson has inhibitory effects on Staphylococcus aureus, Candida albicans, Pseudomonas aeruginosa, Escherichia coli and Aspergillus Niger. The inhibition rate is over 90%.
The silicon ions released by Ryerson's liquid artistic bone carving when it comes into contact with body fluids will promote the production of growth factors and cell reproduction, thus stimulating its own tissue regeneration. In vivo, the liquid art bone carving will quickly combine with the tissue, and then form the supporting structure of the mesh scaffold, so that the tissue can crawl and grow along the scaffold.