Tissue regeneration, proliferation, and cell attachment are the objectives of a scaffold for
bone and cartilage-related defect treatments. The development of novel biodegradable …

Abstract Sodium alginate (SA)/hydroxyethylcellulose (HEC)/hydroxyapatite (HA) composite
scaffolds were explored for enhanced in vitro bone regeneration. The SA/HEC/HA …

Attributable to their low chemical durability, borate-based glasses have been demonstrated
to convert rapidly to hydroxy-carbonated apatite (HCA), the inorganic component of bone …

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 …

Borate glasses differ from silicates as they do not always exhibit linear property trends with
the addition of modifying elements. Rather, various property maxima, notably boron …

The pore geometry of scaffold intended for the use in the bone repair or replacement is one
of the most important parameters in bone tissue engineering. It affects not only the …

Effective treatment of osteomyelitis remains to be clinical challenge due to the recurrent and
persistent nature of the disease. Studies have shown that borate glasses can serve as …

Terbium (Tb) doped mesoporous bioactive glasses (Tb/MBG) nanospheres were
successfully synthesized by a facile sol-gel method using cetyl trimethyl ammonium bromide …

The main goal of this study was to produce a novel porous scaffold for rapid in vivo bone
healing behavior. Lyophilization technique was used to produce this highly porous hybrid …

Bioglass «was the first material to form a stable chemical bond with human tissue. Since its
discovery, a key goal was to produce three-dimensional (3D) porous scaffolds which can …