Explore the fascinating science behind silk's transformative potential in modern medicine and recent breakthroughs in silk-based biomaterials.
Explore how self-assembling peptide hydrogels are revolutionizing regenerative medicine with antimicrobial and cell-adhesive properties for tissue engineering.
Discover how extracellular vesicles are transforming nerve regeneration through natural biological processes and cutting-edge bioengineering approaches.
Celebrating 100 years of polymer science innovation and exploring the emerging technologies shaping our future.
Explore the revolutionary field of stimuli-responsive hydrogels for nerve repair, including multimodal systems and advanced manufacturing technologies.
Exploring the integration of bioelectronics with cell-based synthetic biology to create revolutionary medical technologies that combine biological sophistication with computational power.
Discover how microgrooved gelatin hydrogel scaffolds are revolutionizing tissue engineering by guiding cell alignment for blood vessel regeneration.
Discover how divalent metal ions influence short heterochiral peptide gelation to create smart biomaterials with applications in medicine and tissue engineering.
Discover how scientists engineered a supercharged tea molecule that combines natural antioxidants with synthetic precision to fight harmful enzymes in our bodies.
Exploring how single-cell omics and materials science integration is transforming uveal melanoma treatment through precision therapeutics.