Researchers at the University of Virginia have developed a breakthrough bioprinting method called Digital Assembly of Spherical Particles (DASP) that could pave the way for creating human-compatible organs on demand.
The researchers created a new type of hydrogel bio-ink that mimics the mechanical properties of human tissue. This innovation allows for more precise and biocompatible 3D structures, potentially enabling the printing of functional organoids for disease research and drug testing.
The advancements in their bioprinting technology mark a significant leap forward in soft matter science and 3D bioprinting, with future applications in organ transplants and tissue modeling.