A research group conducted quantitative individual analysis on the contribution to the strength of the micrometer-scale crystallographic lamellar structures and nanometer-sized cellular structures ...

The dual-phase interpenetrating architecture was came out from the microstructure of natural materials. Based on the such unique structure, bioinspired P/CCSs was designed and fabricated via 3D ...

(Nanowerk News) What if organ damage could be repaired by simply growing a new organ in the lab? Improving researchers’ ability to print live cells on demand into geometrically well-defined, soft ...

The existing 3D-printed scaffolds commonly possess a thick feature size of hundreds of micrometers, which is too large for most cells (10–20 μm) to attach and proliferate for promoting tissue ...

Researchers have developed a 3D-printed lung tissue model that could help scientists better study and treat diseases.

Researchers in Germany have made a great breakthrough that could potentially revolutionize the future of regenerative ...

The development could help scientists develop patient-specific treatments and one day offer a lab-grown lung transplant ...

As the mobility and EV industry converges around a seemingly limited array of battery sizes and just three form factors, California-based Sakuu is suggesting a very different, seemingly endless range ...

A micro-optics breakthrough enables in-body 3D printing of living tissue using laser-guided bio-inks through a fibre thinner ...

Lab-grown organs are a long-time 'holy grail' of organ engineering that has yet to be achieved, but new research has brought that goal a big step closer to reality using a new 3D-printing method ...

A tiny elephant establishes a new stomping ground for 3-D printing: inside cells. For the first time, scientists have 3-D printed objects within living cells, including a 10-micrometer long elephant ...