Effects of the silicon-containing chemical species dissolved from chitosan–siloxane hybrids on nerve cells

Engineering & Materials Science

• Neurons 81%
• Silicon 69%
• Osteoblasts 53%
• Cell proliferation 52%
• Bone 51%
• Chitosan 49%
• Chitin 29%
• Bioactive glass 27%
• Polymers 25%
• Hybrid materials 24%
• Biomolecules 24%
• Sol-gel process 23%
• Cell culture 22%
• Molecular weight 19%
• Atoms 18%
• Silica 18%
• Molecules 17%
• Genes 16%
• Acids 16%
• Chemical activation 15%
• Composite materials 10%

Physics & Astronomy

• nerves 100%
• bones 51%
• osteoblasts 50%
• cells 47%
• silicon 47%
• regeneration 39%
• chitin 27%
• culture media 24%
• siloxanes 22%
• activity (biology) 22%
• genes 20%
• compatibility 17%
• molecular weight 16%
• acids 15%
• activation 14%
• gels 13%
• silicon dioxide 13%
• composite materials 10%
• glass 10%
• molecules 9%
• atoms 8%

Chemical Compounds

• Chemical Species 97%
• Chitosan 72%
• Cell Activity 61%
• Silicic Acid 55%
• Silicon Atom 52%
• Chitin 49%
• Culture Media 47%
• Siloxane 45%
• Sol Gel Process 35%
• Weight 23%
• Composite Material 21%
• Molecule 15%