In vitro apatite deposition and biodegradation of porous gelatin-silicate hybrids derived from sol-gel process

Physics & Astronomy

• activity (biology) 41%
• apatites 85%
• biodegradation 100%
• body fluids 43%
• bones 63%
• buffers 27%
• freeze drying 47%
• freezing 32%
• gelatins 78%
• gels 25%
• porosity 47%
• silicates 63%
• sol-gel processes 77%
• temperature 9%
• tissue engineering 42%

Engineering & Materials Science

• Apatite 96%
• Biodegradation 91%
• Body fluids 43%
• Bone 63%
• Drying 31%
• Freezing 35%
• Pore size 37%
• Porosity 27%
• Scaffolds 38%
• Silicates 75%
• Sol-gel process 88%
• Sol-gels 42%
• Temperature control 31%
• Tissue engineering 40%

Chemical Compounds

• Apatite 69%
• Biodegradation 68%
• Buffer Solution 14%
• Freeze Drying 23%
• Gelatin 22%
• Pore Size 18%
• Porosity 37%
• Sol Gel Process 52%
• Sol-Gel Processing 27%
• Tris 18%