Israeli scientists have engineered a heart that completely matches the cellular and anatomical properties of the patient.
A simple, quick and versatile approach for fabricating gradient tissues through the physical force of buoyancy.
A research team have loaded microgels onto a nanofiber scaffold to combat bacterial infection during tissue regeneration procedures.
Researchers have engineered a protein biomaterial to generate mimics of human skeletal muscle to study the effect of injury and disease on this tissue.
Plasma polymerization technique is used to modify the surface of a biologically inert substrate for the purpose of enhancing cell adhesion.
Researchers from Imperial College, London, have now developed a series of modified g-PGA polyester scaffolds for tissue engineering applications.
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Spider silk shows intriguing properties for cell culture. Now, researchers try to find the ideal scaffolds for applications in the field of biomedical research and regenerative medicine.
Inaugural recipient honored for exceptional achievement at the interface of materials and biology.
Jennifer Lewis, Director of the Materials Research Lab at UIUC, discusses life, robots, basketball, and printed origami.