In this work we report the potential of nanostructured fibers consisting of nanodiamond particles (NDPs) and fish gelatin (FG) to modulate the mechanical properties of fish gelatin hydrogels, in the aim of developing bioinspired ECM analogues. NDPs-loaded FG fibers were obtained by electrospinning. The biocomposites were obtained through the enzymatic crosslinking of gelatin in the presence of NDPs-loaded FG fibers. The mechanical behavior was assessed at different preparative stages (precursors, fibrous mesh, biocomposite scaffolds).
The potential of NDPs-loaded fish gelatin fibers as reinforcing agent for fish gelatin hydrogels
LAGAZZO, ALBERTO;BARBERIS, FABRIZIO;
2016-01-01
Abstract
In this work we report the potential of nanostructured fibers consisting of nanodiamond particles (NDPs) and fish gelatin (FG) to modulate the mechanical properties of fish gelatin hydrogels, in the aim of developing bioinspired ECM analogues. NDPs-loaded FG fibers were obtained by electrospinning. The biocomposites were obtained through the enzymatic crosslinking of gelatin in the presence of NDPs-loaded FG fibers. The mechanical behavior was assessed at different preparative stages (precursors, fibrous mesh, biocomposite scaffolds).
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