In this work, novel magnesium calcium phosphate/sodium alginate composite cements were
successfully fabricated with a proper setting time (5–24 min) and high compressive strength …

Bone cement with high mechanical strength is ideal for bone repair, especially in load-
bearing sites. The present study aims at developing a composite bone cement with high …

Considering that the phospholipids and glycerophosphoric acid are the basic materials
throughout the metabolism of the whole life period and the bone is composed of organic …

The poor mechanical strength and bioactivity of magnesium phosphate bone cements
(MPCs) are the vital defects for bone reconstruction. Clay minerals have been widely used in …

Mesoporous calcium magnesium silicate was doped into magnesium phosphate to fabricate
magnesium phosphate based composite cements (MBC). The results showed that the …

Calcium magnesium phosphate bone cement (MCPC) has been widely used in bone
defects restoration and attracted much attention due to excellent mechanical properties and …

In recent years, the magnesium phosphate cements showed impressive advantages for their
setting property, mechanical strength, and resorption rate in laboratory investigation. While it …

Calcium sulfate bone cement (CSC) is extensively used as a bone repair material due to its
ability to self-solidify, degradability, and osteogenic ability. However, the fast degradation …

In the present study, we fabricated magnesium doped apatite cement (md-AC) with rapid self-
setting characteristic by adding the mixed powders of magnesium oxide and calcium …

Although inorganic bone cements such as calcium phosphate cements have been widely
applied in orthopaedic and dental fields because of their self-setting ability, development of …