Designed Self-Assembled Peptides Matrices as a Modular Platform for Improving Regeneration and Drug Delivery in Bone Tissue

Keyphrases

• Biomaterials 100%
• Drug Delivery 100%
• Bone Tissue 100%
• Regeneration 100%
• Self-assembling Peptide 100%
• Modular Platform 100%
• Calcium Phosphate Minerals 66%
• Inner Surface 33%
• Calcium Ion 33%
• Structure Characteristics 33%
• Bone Regeneration 33%
• Negatively Charged 33%
• Molecular Architecture 33%
• Design Strategy 33%
• Resorption 33%
• Hydrophobic Interaction 33%
• Biological Materials 33%
• Porosity 33%
• Amphiphilic 33%
• Bone Formation 33%
• Functional Biomaterials 33%
• Granules 33%
• Osteogenic Cells 33%
• Beta Sheet 33%
• Hydrogel Structure 33%
• Drug Delivery Applications 33%
• Putty 33%
• Mineral Particles 33%
• Cargo 33%
• Material Characteristics 33%
• Molecular Functionality 33%
• Ionic Interaction 33%
• Charged Residue 33%
• Biological Stimulation 33%
• Organic Substances 33%
• Fabrication Strategies 33%
• Hydrogen Bond Network 33%
• Degradation Velocity 33%
• β-tricalcium Phosphate (β-TCP) 33%
• Bottom-up Design 33%

Engineering

• Drug Delivery 100%
• Hydrogel 100%
• Hydrophobic Interaction 50%
• Porosity 50%
• Molecular Architecture 50%
• Material Characteristic 50%
• Mineral Particle 50%
• Resorption 50%
• Drug Delivery Application 50%

Material Science

• Biomaterial 100%
• Hydrogel 50%
• Calcium Ion 25%
• Biological Material 25%
• Hydrogen Bonding 25%