Surface-Active Biomaterials
Copyright policy )Surface-Active Biomaterials
Since the discovery in 1969 of a man-made surface-active material that would bond to bone, a range of materials with the same ability has been developed. These include glass, glass-ceramic, and ceramic materials which have a range of reaction rates and from which it should be possible to select a surface-active material for a specific application. The available materials and their similarities, differences, and current clinical applications are reviewed.
- University of Florida United States
Male, Ceramics, Surface Properties, Bone Cements, Biocompatible Materials, Orthodontics, Rats, Inbred Strains, Bone and Bones, Rats, Dogs, Durapatite, Animals, Humans, Tissue Adhesives, Glass, Hydroxyapatites, Rabbits
Male, Ceramics, Surface Properties, Bone Cements, Biocompatible Materials, Orthodontics, Rats, Inbred Strains, Bone and Bones, Rats, Dogs, Durapatite, Animals, Humans, Tissue Adhesives, Glass, Hydroxyapatites, Rabbits
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