How scientists are transforming hydrophobic biodegradable plastics into water-loving biomaterials for advanced medical applications.
Exploring how interdisciplinary approaches are transforming bioengineering education to create innovators who bridge technology, healthcare, and social systems.
Discover how scientists are decoding the genetic blueprint of Fomes fomentarius to create sustainable biomaterials through transcriptional analysis and gene co-expression networks.
Exploring cutting-edge innovations in biomaterials, drug development, and medical devices from the 7th Biomedical Engineering Conference
Discover how scaffold-free tissue engineering is revolutionizing cartilage regeneration without synthetic scaffolds, matching quality of traditional methods.
Exploring supramolecular peptide vesicles that mimic life through host-guest chemistry and their applications in drug delivery and synthetic biology
Exploring the groundbreaking potential of gelatin-polysaccharide composite hydrogels in tissue engineering and regenerative medicine.
Exploring how ancient silk fibers are revolutionizing modern medicine through tissue engineering and regenerative solutions.
Exploring how silver-decorated βTCP-Poly(3-hydroxybutyrate) scaffolds combine bioactivity, mechanical strength, and antibacterial properties for advanced bone regeneration.
Comparative analysis of Genipin and UV light crosslinking methods for chitosan/alginate composite scaffolds in tissue engineering applications.