高分子聚合物表面修飾生醫陶瓷之骨組織工程研究

Engineering

1. Polymer Surface 100%
2. Nanoparticles 100%
3. Bone Substitutes 100%
4. Tissue Engineering 50%
5. Osteoconductivity 50%
6. Composite Scaffold 50%
7. Grafts 50%
8. Polymer Matrix 50%
9. Tissue Regeneration 50%
10. Defects 37%
11. Degradation Rate 25%
12. Polyanhydride 25%
13. Degradation Time 25%
14. Ceramic Interface 25%
15. Hydrophobic Interaction 25%
16. Test Cell 25%
17. Ceramic Nanoparticles 25%
18. Caprolactone 25%
19. Strength Degradation 25%
20. Hydrophobic 25%
21. Ring Opening Polymerization 25%
22. Biodegradable Synthetic Polymer 25%
23. Clinical Application 25%
24. Covalent 25%
25. Biochemicals 25%
26. Good Biocompatibility 25%
27. Research Project 25%
28. Synthetic Material 25%
29. Surface Morphology 25%
30. Degradation Rate 25%
31. Silicon Dioxide 25%
32. Composite Material 12%
33. Transmissions 12%
34. Bioactivity 12%
35. Phase Composition 12%
36. Bioactivity 12%
37. Composite Material 12%

Material Science

1. Bioceramic 50%
2. Mechanical Strength 50%
3. Nanoparticle 50%
4. Biocompatibility 37%
5. Titanium Dioxide 25%
6. Polymer Matrix 25%
7. Composite Material 12%
8. Silica Nanoparticle 12%
9. Synthetic Polymer 12%
10. Copolymer 12%
11. Polylactide 12%
12. Ring Opening Polymerization 12%
13. Phosphatase 12%
14. Surface Morphology 12%
15. Phosphatase 12%