Calcium phosphate cements (CPCs) offer a promising solution for treating bone defects due
to their osteoconductive, injectable, biocompatible, and bone replacement properties …

Bioactive ceramics are extensively used for bone repair and regeneration, which release
ions to initiate apatite formation and promote osteogenic differentiation eventually resulting …

In the present study new calcium sulfate-based nanocomposite bone cement with improved
physicochemical and biological properties was developed. The powder component of the …

This study mainly focuses on fabricating nanocomposite fibrous mats for bone tissue
engineering. For this purpose, strontium or copper doped bioactive glass particles were …

Mimicking hybrid extracellular matrix is one of the main challenges for bone tissue
engineering (BTE). Biocompatible polycaprolactone/poly (α, β)‐dl‐aspartic acid/collagen …

This work is focused on integrating nanotechnology with bone tissue engineering (BTE) to
fabricate a bilayer scaffold with enhanced biological, physical and mechanical properties …

There has been an increased interest in developing nanoscale biomaterials for bone tissue
regeneration, due to the biomimetic nano-dimensions and properties compared to natural …

Calcium phosphate‐(CaP‐) based composite scaffolds have been used extensively for the
bone regeneration in bone tissue engineering. Previously, we developed a biomimetic …

Electrospun bioactive glass fibers show great potential as scaffolds for bone tissue
engineering due to their architectural biomimicry of the bone extracellular matrix and their …

Electrospinning of biopolymer and inorganic substances is one of the efficient ways to
combine various advantageous properties in one single fibrous structure with potential for …