A first-in-human trial demonstrates the safety of an injectable hydrogel that aims to restore cardiac function following a heart attack
Read article: Hydrogel to repair heart proves safe to inject in humans
Multi-component tissue scaffolds with fine structural detail are now possible, offering unprecedented control over cellular development
Read article: Quick-gelling inks allow high-resolution bioprinting
“FRESH” technique can produce complex anatomical structures as well as functioning tissues
Read article: 3D bioprinting creates collagen to rebuild hearts
Magnetic stacking of tissue micro-rings enables fabrication of biological tubular microstructures
Read article: Towards in vitro blood vessel fabrication
Cerebral organoids cultured in the lab could help advance our understanding of various brain functions as well as the fundamental mechanisms underlying neuropsychiatric diseases
Read article: Mini neural networks mimic the human cerebrum
New technique overcomes a major obstacle in tissue bioengineering
Read article: Food dye helps 3D-print vascular networks
Gel-based solution avoids the complications associated with current standard treatments
Read article: Sticky biomaterial could repair corneal injuries in patients
Human amniotic membrane supports the growth of induced pluripotent stem cells and their differentiation to cardiac muscle cells
Read article: Amniotic membrane proves a promising scaffold for cardiac tissue regeneration
A 3D printed scaffold can promote nerve regeneration in rats with spinal cord injury
Read article: Printed scaffolds promote precision spinal cord repair
A biologic scaffold inhibits tumour growth and boosts the effectiveness of immunotherapy in mice
Read article: Tissue repair scaffold allies with immunotherapy
