Biofabrication

Towards in vitro blood vessel fabrication

Magnetic stacking of tissue micro-rings enables fabrication of biological tubular microstructures

These 3D printed meshes and supports mimic tissue mechanics and help support patients more accurately

Music encoding protein properties provides a new route to AI materials design

Researchers prepared hydrogels from decellularized organs to maintain islet cell viability and function

Magnetically controlled microrobots offer targeted delivery and transplantation of stem cells

Process enables 3D printing of biological tissues without scaffolds using “ink” made up of only stem cells

Biologically inspired fabrics represent a novel class of materials with uniquely engineereable properties

This newer SLA organ printing method allows for a freedom of control that previous methods were not privy to

Researchers have now cleared what they referred to as a major hurdle in 3D printing replacement organs