A novel calcium phosphate silicate bone cement (CPSC) was synthesized in a process, in
which nanocomposite forms in situ between calcium silicate hydrate (C–S–H) gel and …

Osteoporosis greatly impairs bone fracture restoration with bone cement because the
accelerated resorption decreases the osseointegration between bone and implants. In this …

Injectable calcium sulphate/phosphate cement (CSPC) with degradable characteristic was
developed by introduction of calcium sulphate (CS) into calcium phosphate cement (CPC) …

Calcium silicate cement has attracted much attention for bone defect repair and
regeneration due to its osteogenic properties. Biomaterial-associated infections and …

Objective. A novel injectable magnesium/calcium sulfate hemihydrate (Mg/CSH) composite
with improved properties was reported here. Methods. Composition, setting time …

Ionic substitutions in hydroxyapatite (HA) scaffolds and self-setting cements containing Sr 2+
ions incorporated are particularly of interest in bone regeneration. To date, the approach …

Osteoporotic fracture healing is an orthopaedic challenge due to excessive bone resorption
and impaired osteogenesis. Majority of current treatment strategies focus on regulating bone …

The objective of the present study was to incorporate strontium into calcium phosphate
cement combined with a lower single-dose local administration of bone morphogenetic …

A novel hybrid biomaterial composed of calcium sulfate (CS) and gelatin (GEL) was
prepared with the potential of being used as bone filler or scaffold owing to its …

Magnesium phosphate cement (MPC) has been evaluated as an inorganic bone filler due to
its favorable biocompatibility, biodegradability, rapid setting, high initial strength, and …