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 …

Calcium silicate cement (CSC) has favorable biocompatible properties that may support its
clinical use as bone defect repair. A hybrid cement was developed consisting of a chitosan …

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

Calcium sulfate dihydrate (CaSO4· 2H2O, CSD) was widely used as the artificial bone graft.
In this study, two kinds of CSD materials were characterized with XRD, TG/DTA, FT-IR, and …

Osteoporosis impairs the bone‐healing process as well as bone fracture fixation. The
intervention of osteoporosis is considered to be one part of bone fracture treatment. Thus …

Excessive demineralization in osteoporotic bones impairs its self-regeneration potential
following a defect/fracture and is of great concern among the aged population. In this …

Incorporating bioactive substances into synthetic bioceramic scaffolds is challenging. In this
work, oxygen-carboxymethyl chitosan (O-CMC), a natural biopolymer that is nontoxic …

Previous studies have shown that tricalcium silicate bone cements possess good bioactivity
and appropriate degradation rate. However, they also showed some weaknesses such as …

Magnesium phosphate cement has good biological activity and degradation performance.
However, it still has the defects of poor strength and water resistance. N-acetyl-l-cysteine …

Osteoporotic bone defect repair using synthetic biomaterial-based strategies is promising
but remains challenging as it requires superior efficient osteogenic effects. Due to the strong …