Tag: 3D bioprinting

Dr. Johnson V. John has received an NIH R56 grant to develop and evaluate 3D-bioprinted retinal grafts in preclinical models ...

A review in the Journal of Materials Science evaluates 3D-printed carbohydrate polymer systems that achieved tensile strengths up to 44.56 ...

Researchers demonstrate that ephrinB2 signaling in dental pulp stem cells accelerates capillary-like cord assembly and improves tissue vascularization in 3D ...

A comprehensive scientific review outlines how advances in bioinks, printing modalities, and vascularization strategies are propelling three-dimensional bioprinting toward clinical ...

Researchers have established an embedded 3D bioprinting protocol that utilizes interfacial initiator diffusion to fabricate self-supporting, endothelialized vascular networks.

Researchers designed multifunctional gambogic acid-iron-doxorubicin nanozymes that trigger reactive oxygen species generation and overcome resistance mechanisms in liver cancer models.

A comprehensive scientific review outlines how emerging biomaterials and tissue engineering technologies advance regenerative healthcare while aligning with United Nations ...

A systematic review evaluates how organoid coculture models reconstitute tumor microenvironments to improve preclinical drug screening and immunotherapy evaluation.

Researchers 3D bioprinted heart tissue patches containing human endothelial cells and found that those with vessel-like networks supported more aligned ...

A new review examines how patient-derived tumor organoids retaining immune cells could improve preclinical prediction of immunotherapy response while noting ...