Tag: 3D bioprinting

A three-layer bioprinted conduit containing living Schwann cells restored sciatic nerve function in rats over 16 weeks with results close ...

A new review maps how mechanically adaptive hydrogels that dynamically tune their stiffness, combined with finite element modeling and bone-on-chip ...

The appeal of hydrogels in regenerative medicine begins with a deceptively simple physical observation: soft tissues of the human body ...

A new review details how tissue engineering, 3D bioprinting, tissue chips, and biosensors are turning orbital microgravity into a powerful ...

A new perspective highlights that while 3D bioprinted melanoma models closely mimic real tumors, outdated two-dimensional analysis methods are undermining ...

A new review maps how asymmetric Janus biomaterials integrate barrier, antimicrobial, and regenerative functions to drive next-generation tissue repair.

Researchers have developed a Matrigel-free, aloe vera-containing bioink for 3D-printing bone organoids that recruit and polarize macrophages toward a pro-regenerative ...

A nanostructured gelatin hydrogel that dynamically reshapes itself around Schwann cells has enabled nerve conduit performance in rats rivaling autografts, ...

Researchers built a 3D bioprinted blood–brain–tumor barrier spheroid that self-organizes into barrier and tumor layers and showed that a ROS-producing ...

A new review in the Journal of Translational Medicine proposes a four-layer functional integration framework that combines gene editing, immune ...