induced bone graft material,With rich bone morphogenetic protein(BMPs)The allograft bone raw material is decalcified by a special process.、Decellularization、Processed from the removal of immunogen.MakeBMPsExposure,Induction of persistent proliferation of mesenchymal cells at the implantation site、Differentiation into chondroblasts and osteoblasts to form new bone.
Natural materials Simple operation Favorable for new bone formation Read MoreAllogeneic bone is recognized as a bone graft material whose osteogenic effect is second only to autogenous bone.
Natural materials Simple operation Favorable for new bone formation Read MoreAllogeneic bone is recognized as a bone graft material whose osteogenic effect is second only to autogenous bone.
Natural materials Simple operation Favorable for new bone formation Read MoreAllogeneic bone is recognized as a bone graft material whose osteogenic effect is second only to autogenous bone.
Natural materials Simple operation Favorable for new bone formation Read MoreTitanium mesh has good mechanical properties compared to traditional barrier film,Can not only provide supportive protection for bone regeneration,It also reduces the amount of bone needed for autologous bone grafts.,Therefore, titanium mesh has a wide range of indications.
biological materials Simple operation Favorable for new bone formation Read MoreTitanium mesh has good mechanical properties compared to traditional barrier film,Can not only provide supportive protection for bone regeneration,It also reduces the amount of bone needed for autologous bone grafts.,Therefore, titanium mesh has a wide range of indications.
biological materials Simple operation Favorable for new bone formation Read MoreTitanium mesh has good mechanical properties compared to traditional barrier film,Can not only provide supportive protection for bone regeneration,It also reduces the amount of bone needed for autologous bone grafts.,Therefore, titanium mesh has a wide range of indications.
biological materials Simple operation Favorable for new bone formation Read More