Bone is presently one of the most transplanted tissues with about 15 million fracture cases
annually. Bone repair options include Human bone materials (allografts), animal bone …

In this study, we have synthesized a bioactive glass with composition 45SiO2–20Na2O–
23CaO–6P2O5–2.5 B2O3–1ZnO–2MgO–0.5 CaF2 (wt%). Further, it has been incorporated …

Scaffolds play an essential role in bone healing by providing temporary structural support to
the native bone tissue and by hosting bone cells. To this end, several biomaterials and …

During the fabrication of scaffolds for bone regeneration, it is difficult to concurrently achieve
bioactivity, mechanical performance, and ease of fabrication. Additionally, implant surface …

Graphene-reinforced bioactive glass scaffolds have gained significant attention in the field of
bone tissue engineering due to their unique combination of mechanical strength, bioactivity …

Vascularization is an indispensable requirement for fabricating large solid tissues and
organs. The natural vasculature derived from medical imaging modalities for large tissues …

For better bone regeneration, precise control over the architecture of the scaffolds is
necessary. Because the shape of the pore may affect the bone regeneration, therefore …

In this study, carbon nanotube (CNT) reinforced functionally graded bioactive glass scaffolds
have been fabricated using additive manufacturing technique. Sol-gel method was used for …

In situ, synchrotron-based micro computerized tomography is used to investigate three-
dimensional (3D) deformation dynamics of open-cell porous titanium under uniaxial …

Achieving bone regeneration in large defects caused by trauma, pathology and atrophy is a
challenge. Innovative implant materials are emerging as alternatives to autografts in …