Abstract Today bone tissue engineering is one of the most used technologies for treat bones injure. Materials containing hydroxyapatite and graphene have received much attention recently. The aim this study was preparation biogenic bioceramics modified by graphene-like structures investigation effect on structure properties material. Biogenic were successfully prepared chemical vapor deposition...

This study aims to investigate the feasibility of generating three-dimensional scaffold structures by robocasting 3D printing for bone tissue engineering and anatomical model applications. Robocasting is an additive manufacturing process that generates parts directly from CAD draws in a layer-wise manner, enabling construction complex with controlled chemistry specific interconnected porosity. ...

Glass microspheres with the exact stoichiometry of åkermanite (Ca2MgSi2O7), one most promising modern bioceramics, were produced by flame synthesis method. The distinctive high cooling rate was found to prevent crystallization; size amorphous microbeads could be correlated partially crystallized precursor powders, deriving from conventional melt quenching and milling. glass characterized in ter...