Study of the effect of ordered porosity and surface silanization on in vitro bioactivity of sol-gel-derived bioactive glasses

The modification of porosity and surface silanization are efficient methods to improve physicochemical biological properties bioactive glass. For sol-gel-derived glasses, the use surfactant in synthesis medium allows pattern may significantly impact their vitro bioactivity. Additionally, functionalization by be a key method for grafting drugs or biomolecules glass surface. In this work, we realized comparative study effect on bioactivity glasses. materials characterization FTIR spectroscopy, XRD analysis, ICP-OES SEM-EDS, before after soaking SBF, showed that ordered increases kinetics hydroxyl-carbonate apatite formation induces control mineralization at results show also remains silanization. present work shows structuring improves our rate