Influence of porosity on the biomimetic growing patterns of bonelike apatite on the surface of calcium phosphate – calcium titanate – alumina compounds

Biomaterials are increasingly used for bone tissue regeneration because of their potential to overcome the morbidity caused by autologous grafts and allografts. A combination properties is required, as biocompatibility, osteoconductivity, good mechanical strength fracture toughness. In this research, a compound alumina matrix with calcium titanate phosphate proposed. Magnesium stearate was porogen agent. The aim research evaluate effect porosity on crystalline phases formed, well growing pattern types phosphates formed after soaking in Hanks’ solution. It found that resultant does affect sintering. also hydroxyapatite octacalcium precipitates Hank’s solution, affects pattern.