Single cell resolution building blocks for tissue engineering.
Single cell resolution building blocks for tissue engineering.
Each year the Australian of the Year award recognizes and celebrates the achievements and contributions of eminent Australians. This year a lead stem cell scientist was recognized.
Yesilyurt et al. from MIT has demonstrated surface modification of model devices with an anti-biofouling zwitterionic polymer using a facile and scalable methodology.
Researchers from the University of Nottingham report a novel method for making antibiotic spider silk.
Groll, Gbureck and co-workers design a new material strategy that shows significantly improved wet adhesion of bone adhesives.
A special issue in Macromolecular Bioscience covers several promising approaches to tailor and control the properties and functions of polymers for medical applications.
“Man-made” extracellular vesicle-mimetic nanovesicles developed with characteristics similar to those of extracellular vesicles.
Researchers from MIT present an approach to make artificial muscles with nylon that bend, controllably, in any direction.
A Tetris-inspired approach to fabricate microscale tissue from hydrogel building blocks affords a non-contact assembly method to build complex and reconfigurable 3D architectures.
In the heart wall the pressure required to pump blood dominates the biomechanics of the contraction cycle of the heart.