Calcium phosphate ceramics have become of prime importance for biological applications
in the field of bone tissue engineering. This paper reviews the sintering behaviour of these …

A variety of bioactive composites have been investigated over the last two decades as
substitute materials for diseased or damaged tissues in the human body. In this paper, the …

Nanocrystalline calcium phosphate based bioceramics are the new rage in biomaterials
research. Conventionally, calcium phosphates based materials are preferred as bone grafts …

Calcium phosphates are among the most common biomaterials employed in orthopaedic
and dental surgery. The efficacy of such systems as bone substitutes and bioactive coatings …

Dense hydroxyapatite (HA) compacts have been successfully fabricated by a spark plasma
sintering (SPS). The sintering behavior of HA powders at different temperatures ranging from …

Hydroxyapatite scaffolds with a multi modal porosity designed for use in tissue engineering
of vascularized bone graft substitutes were prepared by three dimensional printing …

During recent years, there have been efforts in developing nanocrystalline bioceramics, to
enhance their mechanical and biological properties for use in tissue engineering …

A sol–gel method was utilized to synthesize the gel with the composition of 58mol% SiO2–
38mol% CaO–4mol% P2O5. The thermal properties were studied using thermogravimetric …

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 …

The trend toward an aging population in the highly developed countries of the world has the
demand for innovative biomedical devices and tools at record levels. The products desired …