A new technique for 3D-printing soft materials directly inside the body could allow the creation of complex structures deep within tissue—without making a single incision.

A 3D analysis comparing the way fabric falls on a human body versus a low-relief sculpture shows that the Shroud of Turin was ...

Researchers at Tsinghua University have developed a new use for 3D printing that could potentially treat forms of kidney ...

Chinese researchers have introduced a groundbreaking "ionic glass" method that renders organs transparent without ...

Researchers have 3D printed structures inside a living cell. This seems to be the very first time this has been achieved, done by Slovenian researchers. They were able to 3D print multiple example ...

A new bioprinter uses ultrasound to non-invasively 3D print tissues, biosensors, and medication depots deep in the body.

To determine whether the cloth skewed more form or religious function, the virtual wizard devised two digital models: a 3D human body and a low-relief representation of the human form, Livescience ...

The imprint of a human-like figure on the Shroud of Turin may have come from a shallow sculpture and not an actual person, according to a new study that sheds more light on the world’s most ...

Sixty percent of miscarriages are caused by the failure of an embryo—the developmental stage before a fetus—to implant in the ...

Analyzing embryo movements in uteruslike environments could offer clues to improving the success rate of in vitro ...

Researchers have captured the very first real-time, three-dimensional images and videos of a human embryo implanting into ...

In a simulation, a bas-relief pressed into digital fabric produced an imprint that resembled the Shroud of Turin more closely than the imprint of a fully 3D human body.