Fabrication of novel silk fibroin-LDHs composite arhitectures for potential bone tissue engineering

Abstract

Nanocomposite materials have attracted a high interest for biomedical applications because their special properties related with structure and composition. In this paper we synthesized novel hydrogel nanocomposite materials special designed for hard tissue engineering. The nanocomposite materials are able to promote hydroxyapatite formation by alte rnating soaking mine ralization demande d for incre asing of ce lls biocompatibility and adhesion.