Degradation and osteogenic induction of a SrHPO₄-coated Mg–Nd–Zn–Zr alloy intramedullary nail in a rat femoral shaft fracture model

Engineering & Materials Science

• Nails 69%
• Rats 63%
• Bone 52%
• Biomaterials 43%
• Coatings 40%
• Degradation 37%
• Ions 32%
• Osteoblasts 27%
• Cytotoxicity 26%
• Biocompatibility 21%
• Orthopedics 21%
• RNA 21%
• Magnesium 18%
• Surface treatment 18%
• Strength of materials 18%
• Cells 17%
• Corrosion resistance 16%
• Chemical activation 15%
• Hydrogen 14%
• Corrosion 13%
• Mechanical properties 11%
• Gases 10%

Chemical Compounds

• Intramedullary 100%
• Shaft 73%
• Osteogenic 68%
• Alloy 37%
• Implant 35%
• Coating Agent 32%
• Biomaterial 30%
• RNA Sequencing 29%
• Chemical Deposition 23%
• Cell Viability 17%
• Degradation Rate 17%
• Corrosion Resistance 15%
• Surface Modification 15%
• Ion 14%
• Corrosion 12%
• Strength 11%
• Gas 9%
• Hydrogen 9%

Medicine & Life Sciences

• Femoral Fractures 64%
• Nails 55%
• Osteogenesis 47%
• Corrosion 43%
• Bone Fractures 39%
• Biocompatible Materials 36%
• Ions 29%
• Fracture Healing 21%
• Hydrogen 20%
• RNA Sequence Analysis 20%
• Immersion 19%
• Magnesium 18%
• Phosphatidylinositol 3-Kinases 17%
• Osteoblasts 17%
• Orthopedics 16%
• Gases 15%
• Cell Survival 13%
• Growth 9%
• In Vitro Techniques 7%