Osteogenic differentiation of human mesenchymal stem cells promotes mineralization within a biodegradable peptide hydrogel.

Ingeniería y ciencia de los materiales

• Stem cells 100%
• Peptides 92%
• Hydrogels 91%
• Osteoblasts 30%
• Bone 19%
• Tissue 17%
• Phosphatases 16%
• High performance liquid chromatography 15%
• Collagen 13%
• Cell culture 13%
• Biomaterials 12%
• Assays 11%
• Rheology 11%
• Cells 9%
• Proteins 9%
• Acids 9%
• Degradation 7%

Medicina y ciencias biológicas

• Hydrogels 75%
• Mesenchymal Stem Cells 63%
• Peptides 45%
• Osteoblasts 19%
• Extracellular Matrix 17%
• Regeneration 16%
• Reverse-Phase Chromatography 12%
• Rheology 12%
• Bone and Bones 12%
• Phenylalanine 11%
• Osteocalcin 11%
• Biocompatible Materials 10%
• Lysine 9%
• Alkaline Phosphatase 9%
• Glutamic Acid 8%
• High Pressure Liquid Chromatography 8%
• Cell Survival 7%
• Collagen 7%
• Stem Cells 7%
• Cell Proliferation 6%
• Proteins 3%

Química

• Osteogenic 89%
• Hydrogel 56%
• Peptide 40%
• Glutamic Acid 10%
• Phenylalanine 10%
• Cell Viability 10%
• Lysine 9%
• Rheology 9%
• Biomaterial 8%
• High-Pressure Liquid Chromatography 7%
• Dimension 7%
• Protein 4%
• Time 3%