Discover how double-network laminarin-boronic/alginate dynamic bioink is advancing 3D bioprinting with exceptional cell viability and structural integrity.
Explore how engineered subcellular patterns control multicellular spheroid wetting behavior and its implications for cancer research and tissue engineering.
Explore how reversible hydrogels that can stiffen and soften on demand are transforming our understanding of cellular behavior and mechanical memory.
Explore how biomaterial-based platforms are revolutionizing cancer research through 3D tumor modeling, personalized medicine approaches, and advanced therapeutic testing.