Among the key applications of this bioprinting technology is the creation of in vitro 3D human heart models. These heart models will play a crucial role in studying the effects of space conditions ...

The PULSE project, ... One of the key applications of PULSE’s innovative bioprinting technology is the creation of in vitro 3D human heart models, ... /Scientific community/Science policy ...

Medera and its subsidiary Novoheart have collaborated with scientists at the University of California San Diego School of Medicine and Mayo Clinic to develop mini-heart models for hypoplastic left ...

It's not science fiction anymore: 3D-printing a human heart is now a reality. A company called Biolife4D has developed the technology to print human cardiac tissue by collecting blood cells from a ...

A researcher holds a customized, 3D-printed heart made to mimic the shape and behavior of a patient's heart. (Melanie Gonick/MIT) Engineers can now print three-dimensional replicas of a human ...

Researchers have created new tools to design and 3D print the incredibly complex vascular trees needed to carry blood ...

The researchers are currently experimenting with how they can use 3D printers to turn those maps into physical models that are more accurate than those available through existing tools. The project, ...

Miniature-sized heart chambers called ventricles have been 3D printed with live human heart muscle cells and shown to beat on their own for at least three months.

A new, easily adopted, 3D-printed device will enable scientists to create models of human tissue with even greater control and complexity. An interdisciplinary group of researchers at the ...

The most comprehensive cell "atlas" of the developing human heart to date was crafted using cutting-edge technology and includes never-before-seen cell types. Skip to main content Open menu Close menu ...