Effect of bioactivity of surface topography and coating forming by infrared light-induced on titanium for bone repair

Engineering & Materials Science

• Bioactivity 100%
• Biomimetics 89%
• Surface topography 89%
• Bone 71%
• Titanium 71%
• Infrared radiation 63%
• Repair 60%
• Hydroxyapatite 57%
• Nanotubes 56%
• Lasers 55%
• Coatings 55%
• Biocompatibility 54%
• Cobalt 51%
• Calcium 48%
• Calcium phosphate 43%
• Ions 40%
• Phosphorus 35%
• Crystals 29%
• Deposits 29%
• Cells 28%
• Tissue 25%
• Biomedical materials 25%
• Phosphate coatings 23%
• Osteoblasts 22%
• Nanopores 21%
• Hydrophilicity 21%
• Cell growth 20%
• Phosphates 16%
• Sodium hydroxide 16%
• Surface treatment 15%
• Acids 13%
• Polymers 10%
• Fluids 9%

Physics & Astronomy

• bones 72%
• biomimetics 68%
• topography 68%
• titanium 61%
• coatings 49%
• biocompatibility 38%
• calcium 31%
• nanotubes 30%
• cobalt 29%
• calcium phosphates 28%
• lasers 23%
• phosphorus 20%
• deposits 19%
• osteoblasts 14%
• ions 14%
• crystal morphology 14%
• hypoxia 13%
• cultured cells 12%
• human body 12%
• regeneration 11%
• viability 11%
• organisms 11%
• surface treatment 11%
• submerging 10%
• phosphates 10%
• alkalies 10%
• acids 9%
• fluids 6%
• polymers 6%
• cells 5%
• crystals 5%

Chemical Compounds

• Bioactivity 53%
• Coating Agent 44%
• Calcium Phosphate 38%
• Surface 23%
• Nanotube 19%
• Phosphate Ion 14%
• Calcium Ion 12%
• Crystal Morphology 12%
• Cell Viability 12%
• Anodizing 11%
• Hydrophilicity 10%
• Phosphorus(.) 10%
• Alkali 10%
• Calcium(0) 9%
• pH Value 5%
• Ion 4%
• Acid 4%