Tag: tissue engineering

Researchers report that plant-derived chlorophyll acts as a sustainable physical crosslinker that boosts hydrogel compressibility from about 43 percent to ...

Researchers used droplet-based microfluidics to create porous polycaprolactone microspheres that outperform compact ones at stimulating collagen production in human skin ...

Researchers have developed an injectable, light-cured bone adhesive that biomineralizes hydroxyapatite onto a gelatin-based hydrogel, achieving rapid fracture fixation while ...

A self-reinforcing injectable hydrogel converts body movement into electrical signals that trigger calcium-dependent histone acetylation and accelerate bone regeneration in ...

A Stanford-led review in Nature Biomedical Engineering maps how multi-organ tissue chips that preserve each organ's native niche could transform ...

A new review in Materials Today Bio explains how 3D bioprinting can actively orchestrate immune responses, rather than suppress them, ...

Researchers functionalized bone organoids with the traditional Chinese medicine herb Achyranthes bidentata, accelerating organoid maturation and improving repair of critical-sized ...

Researchers have 3D bioprinted human vascular organoid sheets from stem cell-derived endothelial and smooth muscle cells that integrate with host ...

The Terasaki Institute for Biomedical Innovation will lead a multi-institution effort, backed by up to $19.8 million from ARPA-H's PRINT ...

A type II collagen–hyaluronic acid scaffold keeps chondrocytes in their healthy cartilage state for months and repairs full-thickness joint defects ...