Design of biomaterials for bone replacement based on parameters determining bone quality

Keyphrases

• Anisotropy 9%
• Apatite Orientation 54%
• Biological Apatite 100%
• Biological Apatite Crystallite 18%
• Biological Function 9%
• Biomaterials 100%
• Bone Cells 9%
• Bone Growth 9%
• Bone Microarchitecture 18%
• Bone Mineral Density 27%
• Bone Quality 100%
• Bone Regeneration 18%
• Bone Repair 100%
• C-axis 9%
• C-axis Orientation 18%
• Casting Mould 9%
• Cell Defects 9%
• Chemical Function 9%
• Crystal Orientation 9%
• Customized Medical Device 9%
• Distribution Function 9%
• Electron Beam Melting 9%
• Elongated Pores 27%
• Gene Defects 9%
• Growth Degree 9%
• Hierarchical Composites 9%
• In Vitro Stress 18%
• Mandible 18%
• Material Anisotropy 9%
• Mechanical Function 18%
• Melting Process 9%
• Mesiodistal 18%
• Microstructure-based 9%
• Newly Formed Bone 9%
• Non-porous Materials 9%
• Orientation Distribution Function 18%
• Parameters Determining 100%
• Pore Direction 18%
• Porous Materials 9%
• Powder Metal 9%
• Principal Stress Direction 9%
• Rapid Prototyping 9%
• Raw Powder 9%
• Regenerated Bone 18%
• Scale Levels 9%
• Shaped Implants 9%
• Stress Distribution 18%
• Stress Mechanical 9%
• Through Pore 9%
• Turnover Rate 9%
• Two-parameter 9%
• X-ray Microdiffraction 9%

Material Science

• Anisotropy 50%
• Biomaterial 100%
• Crystallite 50%
• Density 100%
• Medical Device 25%
• Microstructure 25%
• Rapid Prototyping 25%
• X-Ray Diffraction 25%