From Lab to Clinic: Biofabrication and Application of Cryogel Scaffolds in Tissue Engineering

Description

Muhammad Moazzam offers a thorough summary of the developments and uses of cryogel scaffolds in regenerative disease. It highlights the special physicochemical qualities of cryogels, such as their high porosity, biocompatibility, and mechanical properties that can be altered, making them perfect for a range of tissue engineering uses like skin restoration and bone regeneration. The study emphasizes the importance of material selection in scaffold design and thoroughly examines the biofabrication processes used, with a special emphasis on cryopolymerization techniques. Important discoveries show that adding bioactive substances greatly improves tissue integration and cell proliferation, highlighting the versatility of cryogel scaffolds in tackling a range of regenerative medicine issues. Despite their encouraging potential, the research points out a number of obstacles, such as the requirement for better clinical application and standardized production techniques. In his conclusion, it suggests future lines of inquiry to improve tissue regeneration performance with cryogel scaffolds and solve scaling concerns for a successful clinical translation.