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Keyword [bone substitute material]
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1. Study On Preparation And Physicochemical Characterization And Biocompatibility Of Bone Collagen Matrix
2. Experimental Research Of Biodegradable Polymer Foam Of D.L-PLA As Bone Substitute Material
3. The Preparation Of Macromolecule Nano-materials And Primary Study Of Its Application In Bone Tissue Engineering
4. Experimental Research Of Nano-hydroxyapatite/Collagen/Poly(L-lactide) And Peptide P-15 Combined Bone Substitute Material
5. Application Of Inorganic-derived And Bio-derived Bone Substitute Material In The Treatment Of Calvarial Defects In Animal
6. The Preparation Of Bone Substitute Material From The Fetal Bovine Cancellous Bone And The Researches On The Physical AndBiological Characteristics Of The Material
7. Cytology And Animal Experimental Study Of Piezoelectric Properties Bone Substitute Material HA-BaTiO3
8. Strontium-Containing ?-Calcium Sulfate Hemihydrate Promotes Osteogenesis Differentiation Of BMSC And Bone Repairing Of Bone Defect Of Tibiat
9. Preparation Of VEGF Mimetic Peptide Loaded On Gelatin/Octacalcium Phosphate Composite Hydrogels And Osteogenesis Performance Study
10. A Novel Resorbable Strontium-containing ?-calcium Sulfate Hemihydrate Bone Substitute:a Preparation And Preliminary Study
11. Comparison Of Repairing Effects Of Untreated Autologous And Allogenic Dentin On Rabbit Skull Defect
12. In Vitro Evaluation Of The Biological Compatibility And Antibacterial Activity Of A Bone Substitute Material Consisting Of Silver-doped Hydroxyapatite And Bio-Oss(?)
13. Clinical Research Of Osteoset XR Bone Substitute Material On Repairing Postoperative Bone Defects Of Jaw Cysts
14. Effects of platelet-rich plasma on the ossification induced by the synthetic bone-substitute material, beta-tricalcium phosphate (comparative study on bone formation in dogs) (Hungarian text)
15. Comparative study of ossification induced by a synthetic bone-substitute material (beta-tricalcium phosphate) versus platelet-rich plasma in dogs
16. Physical and Biological Properties of Cobalt- and Copper-Doped Calcium Phosphates as Bone Substitute Material
17. Evaluation Of Stability Of Bone Subtitute Material Post-Lateral Sinus Floor Elevation Based On CBCT
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