Development And Formulation Of Drug-Loaded Hydrogel For Skin Regenerative Potential

Abstract

Skin injuries, whether due to trauma, burns, or chronic wounds, present a significant clinical challenge, highlighting the need for innovative regenerative therapies. This study focuses on the development and formulation of a drug-loaded hydrogel as a promising approach for skin regeneration. Hydrogel is designed to provide a supportive environment for cell proliferation, migration, and differentiation, while also delivering therapeutic agents to accelerate wound healing. Various biocompatible polymers and crosslinking methods are explored to optimize the hydrogel's mechanical properties, biodegradability, and drug release kinetics. Additionally, the study investigates the efficacy of different drugs, growth factors, and bioactive molecules in promoting angiogenesis, collagen synthesis, and tissue remodeling within the hydrogel scaffold. The developed drug-loaded hydrogel holds great potential for addressing a wide range of skin injuries and advancing the field of regenerative dermatology. In summary, hydrogels represent a promising avenue in skin regenerative medicine due to their unique properties that support tissue repair, drug delivery, and wound healing processes. Ongoing research continues to explore innovative applications of hydrogels to address challenges in skin regeneration and wound treatment effectively.