One step closer for kidney tissue engineering
Enhanced maturation of transplanted kidney organoids brings kidney tissue engineering a step closer
4D smart scaffolds for tissue engineering
Researchers have used a photolithographic-stereolithographic-tandem process to make biomimetic structures that help stem cells grow
Bioprinting builds 3D model of a brain tumour
Novel bioprinting technique promises new insights into the biology and behaviour of aggressive brain tumours
Insights into whole heart processing
The decellularization of whole organs is gaining attention, but still needs optimization
Ink-jet printing promises neural precision
A breakthrough printing technique could create improved neural networks for fundamental studies and applications in neuroscience
Liver model improves drug testing
New organ-on-a-chip promises more accurate drug screening plus fresh insights into liver disease
Laser bioprints stem cells
Nozzle-free technique can print "master" stem cells without damaging them
Artificial scaffolds target bone-ligament interfaces
Fabricating scaffolds from two different materials replicates the complex mechanical and structural properties of interfacial tissue
A self-tightening suture
Indian researchers have developed a bio-based suture material that tightens by itself when reaching body temperature
Green bioprinting grows from tissue engineering
3D scaffolds laden with plant cells could improve the processing of naturally-sourced pharmaceutical compounds