Explore how biological protein materials combine strength, robustness, and adaptability through hierarchical design principles that continue to inspire materials science.
Explore the fascinating world of biointerfaces where biological systems meet synthetic materials, enabling medical breakthroughs and innovative technologies.
Explore how biomaterials-based microfluidics is revolutionizing tissue engineering by creating vascularized constructs for organ repair and drug testing.
Discover how cells communicate through physical forces and how scientists are engineering biomaterials to direct cell behavior for medical applications.
Explore how transformative materials are enabling the creation of 3D functional human tissue models that revolutionize drug testing and disease research.