Bioactive glasses and glass-ceramics are well-proven potential biomaterials for bone-tissue
engineering applications because of their compositional flexibility. Many research groups …

After years of research on the ability of glass-ceramics in bone regeneration, this family of
biomaterials has shown revolutionary potentials in a couple of emerging applications such …

Magnetic materials play a key-role in magnetic induction hyperthermia for the treatment of
cancer. In this paper, we analyse the magnetic properties of ferrimagnetic glass-ceramics …

In this work, composite bone cements, based on a commercial polymethylmethacrylate
matrix (Palamed®) loaded with ferrimagnetic bioactive glass-ceramic particles (SC45), were …

In this work, for first time the ferrofluids based on the cobalt ferrite (CoFe 2 O 4) nanoparticles
were prepared by the co-precipitation method at different reaction times (0.5–6.5 h). Crystal …

Thin films of Al-based hematite iron oxide were synthesized by spray pyrolysis in aqueous
medium onto the glass microslides. The compact and homogeneous distribution of grains …

Ferrimagnetic glass-ceramics comprising maghemite crystals were synthesized for magnetic
fluid hyperthermia (MFH) usage. The present work is focused on the result of the chemical …

Abstract Silver-doped Cobalt Ferrite nanoparticles AgxCo1− xFe2O4 with concentrations (x=
0, 0.05, 0.1, 0.15) have been prepared using a hydrothermal technique. The XRD pattern …

Ferrimagnetic glass-ceramics containing magnetite crystals were developed for
hyperthermia applications of solid neoplastic tissue. The present work is focused on in vitro …

Hyperthermia is a technique for destroying cancer cells which involves the exposition of
body's tissue to a controlled heat, normally between 41℃ and 46℃. It has been reported that …