Development of Chitosan-Silk Protein-Based Hydrogel Systems for Use in Neurological Tissue Engineering
Project no. 33079 · Status: Kapanmış · 2025
Summary
<p>In this study, the development and characterization of crosslinked hydrogel systems for biomedical applications were aimed. Hydrogels are considered important biomaterials in tissue engineering and controlled drug delivery systems due to their high water retention capacity, biocompatibility, and tunable physicochemical properties.</p><p>Within the scope of the study, different hydrogel formulations composed of natural and synthetic polymers were prepared, and three-dimensional polymeric network structures were formed using various crosslinking strategies. The swelling behavior, mechanical properties, viscoelastic characteristics, and structural stability of the prepared systems were evaluated. In addition, the effects of crosslinker concentration and polymer composition on hydrogel performance were investigated.</p><p>The obtained results demonstrated that increasing the crosslinking density resulted in a more compact hydrogel network structure, enhanced mechanical strength, and altered swelling behavior. Consequently, the developed hydrogel systems were found to be promising biomaterials for controlled drug delivery and tissue engineering applications.</p>