Designing supermacroporous cryogels based on polyacrylonitrile and a polyacrylamide-chitosan semi-interpenetrating network

Engineering & Materials Science

• Interpenetrating polymer networks 89%
• Polyacrylonitriles 86%
• Chitosan 81%
• Polyacrylates 76%
• Bioreactors 46%
• Scaffolds 45%
• Transport properties 24%
• Assays 22%
• Gels 20%
• Strength of materials 20%
• Cells 18%
• Adsorption 18%
• Proteins 17%
• Porosity 16%
• Elastic moduli 16%
• Scanning electron microscopy 15%
• Hydraulics 14%
• Polymers 14%
• Fibers 13%
• Temperature 7%

Medicine & Life Sciences

• Cryogels 100%
• polyacrylonitrile 94%
• polyacrylamide 83%
• Chitosan 63%
• Bioreactors 27%
• Porosity 13%
• Elastic Modulus 13%
• Bovine Serum Albumin 13%
• Mercury 13%
• Adsorption 12%
• Electron Scanning Microscopy 11%
• Polymers 10%
• Blood Proteins 10%
• Permeability 9%
• Gels 9%
• Cattle 9%
• Perfusion 8%
• Temperature 8%
• Cell Proliferation 7%
• Growth 5%

Chemical Compounds

• Bioreactors 65%
• Surface Area 37%
• Young's Modulus 30%
• Transport Property 27%
• Biocompatible Material 25%
• Permeability 23%
• Pore 18%
• Fiber 18%
• Strength 18%
• Gel 17%
• Diffusion 17%
• Scanning Electron Microscopy 17%
• Porosity 16%
• Adsorption 14%
• Protein 11%
• Surface 9%