Biomedical Materials--drug Delivery, Implants, and Tissue Engineering: Symposium Held November 30-December 1, 1998, Boston, Massachusetts, U.S.A.Thomas Neenan, Michele Marcolongo, Robert F. Valentini |
Contents
Three Generations of Bile Acid Sequestrants | 3 |
An Approach to Classify Degradable Polymers | 17 |
Artificial Protein Hydrogel Materials | 23 |
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a-BSM adhesion alloy analysis aqueous behavior bile acid bile acid sequestrants binding bioactive glass biodegradable Biomaterials Biomed bone resorption buffer Ca/P calcium phosphate cells cellular ceramics chemical chitosan cholestyramine coating collagen composition concentration copolymer crack culture cytokines degradation delamination diameter diffraction drug delivery FAPP fibroblasts film formation gentamicin Glant TT grafting growth hydrogels hydrophobic hydroxyapatite implant increase interface layer lipid liposomes lumen macrophages material matrix measured membrane metal microscopy microspheres microstructure modulus molecular morphology nerve Nitinol osteoblasts oxide particles peptide phase plasma treatment PLGA polyanhydrides polymer polymeric pores porosity porous powder production protein ratio reaction regeneration release RGDC sample scaffolds Schwann cells sequestrants Shanbhag shown in Figure shows silicon solution solvent specimen spectra spectroscopy spray sputtering structure substrate surface technique temperature thickness tissue engineering titanium UHMWPE vesicles vitro vivo X-ray