When evaluating new bioactive glass compositions for their suitability as a biomaterial, one
of the first steps is the study of their behavior in contact with aqueous solutions. Ion release …

The use of FDM/FFF in 3D printing for medical sciences is becoming common. This is due to
the high availability and decent price of both 3D printers and filaments useful for FDM/FFF …

This study highlights the incorporation of copper in the bioactive glasses (BAG) network that
greatly influences the morphological, structural and biological properties. By increasing the …

The composition of a CaO-rich silicate bioglass (BG_Ca-Mix, in mol%: 2.3 Na 2 O; 2.3 K 2 O;
45.6 CaO; 2.6 P 2 O 5; 47.2 SiO 2) was modified by replacing a fixed 10 mol% of CaO with …

Zinc-doped hydroxyapatite (HA+ Zn) has aroused increasing interest in bone contact
applications, for its capacity to modulate osteoblast activity and for the antibacterial …

Bioactive glass/hydroxyapatite composites for bone tissue repair and regeneration have
been produced and discussed. The use of a recently developed glass, namely BG_Ca/Mix …

Sodium-calcium-silicate glasses are the most widely used glasses in architectures,
photovoltaics, etc. Development of highly transparent sodium-calcium-silicate glass …

Surface modifications using bioactive coatings can be utilized effectively to tailor the rate of
degradation and enhance biomineralization of magnesium (Mg) alloys. This study examines …

Bioactive materials should maintain their properties during implantation and for long time in
contact with physiological fluids and tissues. In the present research, five different bioactive …

Peptide hydrogels have recently emerged as potential biomaterials for designing synthetic
scaffolds in tissue engineering. We demonstrate pathway-controlled self-assembly of …