A new class of void-filling materials combines printability, shape memory and biocompatibility to encourage soft-tissue regeneration
Read article: Shape memory scaffolds support soft-tissue healing
A cost-effective cardiac tissue model could prove invaluable for studies of heart disease and preclinical drug testing
Read article: Microfluidic platform generates realistic cardiac tissue
A novel 3D printing technology can use a consumer-grade printer to create complex structures for biomedical implants
Read article: Indirect 3D printing creates intricate bioscaffolds for bone and tissue regrowth
A new way to make synthetic biomaterials that are as tough, strong and stretchy as biological tissue
Read article: Improved hydrogel could make artificial tendons
New cell-friendly hydrogel morphs into vessel-like tubes on the timescales needed to promote tissue development and healing
Read article: Shape-shifting biomaterial could transform 4D tissue engineering
Printing a biological scaffold directly into injured muscles promotes regeneration, paving the way to rapid treatment of large muscle mass loss
Read article: Direct in-muscle bioprinting can treat massive trauma injuries
A cost-effective method for high-throughput production of spheroids could prove indispensable for tissue engineering applications
Read article: Mass produced spheroids line up for tissue repair
A bioink containing both organic and inorganic elements of bone and laden with stem cells could improve treatments of injured or diseased bone
Read article: Living bioink could enhance bone repair and regeneration
A stretchable and conductive hydrogel could be used to treat serious injuries to peripheral nerves
Read article: Conductive hydrogel could repair damaged peripheral nerves
Researchers 3D print complex blood vessel networks that help keep engineered tissues alive
Read article: Intricate sugar printing helps build blood vessels
