Resorba Synthetic Bone 60% HA/40% ß-TCP Mix Particle Size 0.5mm-1.0mm 0.5cc Syringe (1)

Resorba Synthetic Bone 60% HA/40% ß-TCP Mix Particle Size 0.5mm-1.0mm 0.5cc Syringe (1) From smart synthetics to natural bone, Resobra Synthetic Bone is your viable option. More than 30 years ago, Biomatlante, an established developer and manufacturer of innovative surgical synthetic biomaterial technologies, elaborated a technique for the production of Biphasic Calcium Phosphate (HA/ß-TCP), with micro and macro porosity, and invented the Micro-Macroporous Biphasic Calcium Phosphate (MBCP). Calcium Hydroxyapitite (HA) is a major component of the mineral phase of human bones and teeth. Thanks to its chemical composition similar to the chemical phase of bone tissues, it is a biocompatible material known for bone growth stimulation. With its long-term stability HA provides a stable scaffold for cell adhesion while ß-TCP, more soluble and with fast bio-reactivity, enhances the fast ingrowth of pluripotent regenerative cells. The calcium and phosphate ions released, stimulates the formation of Osteoid by the migrating Osteoblasts. This specific biphasic composition provides optimum performances for a gradual replacement of the substitute by the natural bone tissue without loss of volume. The interconnected network of macropores and micropores provides a global porosity of minimum 70%, similar to cancellous bone. The total surface is colonized by body own cells. The total resorption time of the product depends on numerous factors such as the bone defect’s size, its location, the surgical protocol, the health status of the patient. Resorba Synthetic Bone Mixing with Autologous Bone In cases where enhanced neovascularization and increased early bone formation is needed, as with grafting outside the ridge contour, Resorba Synthetic Bone can be used as an autograft extender. The mixture with autogenous bone chips, due to its growth factors content, adds osteoinductive and osteogenic properties to the osteoconductive stability of Resorba Synthetic Bone.