Sustained release of multicomponent platelet-rich plasma proteins from hydrolytically degradable PEG hydrogels

Engineering & Materials Science

• Hydrogels 100%
• Polyethylene glycols 99%
• Platelets 99%
• Plasmas 70%
• Proteins 70%
• Intercellular Signaling Peptides and Proteins 42%
• Addition reactions 12%
• Cytokines 11%
• Biological Availability 11%
• Fibroblasts 10%
• Degradation 9%
• Gelation 9%
• Bioactivity 9%
• Drug delivery 9%
• Encapsulation 7%
• Polymerization 7%
• Direct injection 7%
• Blood 6%

Medicine & Life Sciences

• Platelet-Rich Plasma 91%
• Polyethylene Glycols 86%
• Hydrogels 83%
• Blood Proteins 68%
• Intercellular Signaling Peptides and Proteins 22%
• Secondary Protein Structure 20%
• dithiol 11%
• acrylic acid 10%
• Polymerization 7%
• Biological Availability 6%
• Wound Healing 6%
• Fibroblasts 5%
• Proteins 5%
• Cytokines 4%
• Injections 4%
• Skin 3%
• Growth 3%
• Therapeutics 3%
• Pharmaceutical Preparations 2%

Chemical Compounds

• Multicomponent Reaction 67%
• Hydrogel 61%
• Poly(ethylene Glycol) 61%
• Plasma 47%
• Growth Factor 33%
• Protein 32%
• Musculoskeletal 11%
• Step Growth Polymerization 10%
• Multicomponent Mixture 9%
• Dithiol 8%
• Diffusion 8%
• Addition Reaction 6%
• Bioavailability 6%
• Secondary Structure 6%
• Encapsulation 6%
• Disorder 6%
• Bioactivity 5%
• Drug 3%