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Macromolecular Research, Vol.22, No.3, 227-235, March, 2014
Polyelectrolyte Hydrogels for Replacement and Regeneration of Biological Tissues
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Polyelectrolyte gels are charged polymer networks with macro-ions fixed on the polymer chains. These gels have considerable potential for biological applications such as cellular scaffolds and the replacement of various biological tissues. Moreover, high strength up to several tens of megapascals can be obtained with polyelectrolyte gels by incorporating double network structure in the gel. This article gives a concise review to introduce the fundamental properties of polyelectrolyte gels and biological applications for tissue engineering using their characteristic properties. Applications of polyelectrolyte gels have been highlighted in the fields of artificial muscle, artificial corneas, artificial cartilage, scaffolds for in vitro stem cell culture, and scaffolds for in vivo cartilage regeneration. This review suggests that polyelectrolyte gels would be a useful material for the successful replacement and regeneration of damaged or diseased tissues.
Keywords:polyelectrolyte gel;bio-tissue replacement;artificial tissue;bio-tissue regeneration;stem cell.
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