Multifunctional bioactive glasses with spontaneous degradation for simultaneous osteosarcoma therapy and bone regeneration

Keyphrases

• Band Transition 33%
• Bioactive Glass 100%
• Bioactivity 33%
• Biomaterials 33%
• Biosecurity 33%
• Bone Cells 33%
• Bone Defect 66%
• Bone Regeneration 100%
• Bone Repair 33%
• Cell Proliferation 33%
• Controllable Degradation 33%
• Degradability 33%
• Doping Content 33%
• Element Doped 33%
• Element Doping 33%
• Energy Splitting 33%
• Glass Melting 33%
• Hyperthermia Induced 33%
• Laser Power Density 33%
• Light Absorption 33%
• Melting Temperature 33%
• Near-infrared Light 33%
• Nonradiative Relaxation 33%
• Novel Biomaterials 33%
• Osteogenesis 33%
• Osteogenic Differentiation 33%
• Osteosarcoma Therapy 100%
• Osteosarcoma Treatment 33%
• Phosphate Glass 66%
• Photothermal Ablation 33%
• Photothermal Effect 33%
• Photothermal Materials 66%
• Photothermal Performance 33%
• Photothermal Therapy 33%
• Potential Harm 33%
• Residual Tumor Cells 66%
• Spontaneous Degradation 100%
• Surgical Resection 33%
• Transition Metal Atoms 100%
• Tumor 33%
• Tumor Cells 33%
• Tumor Elimination 33%

Material Science

• Bioactive Material 20%
• Bioglass 100%
• Biomaterial 20%
• Cell Proliferation 20%
• Density 20%
• Glass Melting 20%
• Semiconductor Doping 20%
• Transition Metal 60%
• Tumor 100%