Bone regeneration material

OssaBase-HA  Macro and nano bone-like structure  Excellent volume maintenance  Low substitution rate OssaBase-HA is a synthetic, macro- and nanoporous bone regeneration material based on hydroxyapatite with a low substitution rate. It is used for the bone regeneration of missing or lost bone tissue independently, or in combination with autologous bone tissue, blood or PRP . OssaBase-HA features up to 83% interconnected porosity to support vascularized bone formation. Its low substitution rate helps to provide long-term graft stability and the maintenance of volume when a longer healing time...

OssaBase-HA ADVANTAGES OF OssaBase-HA • Structure system of interconnected macro- and nanopores which mimic the structure of human bone. • Excellent osteoconductive properties of OssaBase-HA enable predictable bone regeneration. • Optimal non-irritating shape of polygonal macro- and nanoporous granules. • High surface area typical for natural bone due to the network of nanopores. This nanostructure allows easy preparation by cutting instruments during later implant insertion. • No organic porogen compounds used during manufacturing – ensures particularly high chemical and phase purity. • Fully...

COMPARISON OF EXPERIMENTAL RESULTS OF OssaBase-HA AND PUBLISHED DATA OF Bio-Oss® The synthetic, porous B-type carbonated apatite prepared by low-temperature synthesis OssaBase-HA resembles the structure and chemical composition of the biological bone apatite and can substitute successfully for non-sintered bovine apatite prepared by the deproteinization of bovine bone (Bio-Oss®) with the advantage of the absolute elimination of risk associated with residual antigenic proteins of xenogeneic bone. 90 Specific surface areas (m2/g) TBV – Total Bone Volume % OssaBase-HA, experimental data Bio-Oss®,...