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Graphene Hydrogel Matrix for the Differentiation of Mesenchymal Stem Cells

Technology Benefits
Cell differentiation is significantly faster and more efficient in hydrogels than on monolayersVersatile matrix to study and to enhance differentiation of MSCs towards various cell types for regenerative therapies
Technology Application
Cell differentiation, tissue regeneration
Detailed Technology Description
Our inventors have synthesized a graphene-based hydrogel system that can support MSC survival and differentiation to mesenchyme. They have also determined that MSCs were able to differentiate better and significantly faster on hydrogels into chondrocytes, osteocytes and adipocytes when compared to monolayers. Graphene-based hydrogels can be utilized as a versatile matrix to study and enhance variation of MSCs into different cell types for the purpose of regenerative therapies.
*Abstract
The University of South Florida has developed a macroporous graphene hydrogel matrix for the differentiation of mesenchymal stem cells (MSCs).
Country/Region
USA

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