The present work employed the finite element model (FEM) to predict the influence of
successive increases in borate (B 2 O 3) contents, from 0 to 25 mol%, on mechanical …

Biomaterials development is currently the main active research area in the field of bone
tissue engineering. In the present study, the bioactive glasses with different chemical …

In order to understand the nature of ionic clustering in bioactive glass compositions,
computer simulation was used to model four different compositions of bioactive glass with …

Copper oxide containing bioactive glasses have drawn attention because of their unique
properties as biomaterials for targeted tissue engineering applications. This is due to their …

Compositional and bio-physico-chemical characteristics of bioactive glasses are of great
importance for their applications in medicine. For the first time, herein we report the single …

Bioactive glass has become a promising material due to its biocompatibility and bioactivity
toward both soft tissue and hard tissue regeneration. In the present study, nearly …

Bioactive glasses convert to a biomimetic apatite when in contact with physiological
solutions; however, the number and type of phases precipitating depends on glass …

Silicate glasses containing silicon, sodium, phosphorous, and calcium have the ability to
promote bone regeneration and biodegrade as new tissue is generated. Recently, it has …

This research has characterized the effects of P 2 O 5 additions on the physical, chemical,
thermal, rheological properties and the structure of SiO 2-B 2 O 3-Na 2 O glasses relevant to …

The structure-property relationship of bioactive glasses depends on costly synthesis and
property tests. Quantitative models with predictive capacity, based on molecular simulation …