Realistic 3D models of human organs made at a Nottingham university are being used to help train surgeons. Richard Arm, a senior researcher at Nottingham Trent University's fashion department ...

An animated sequence which tours the human body, picturing and naming the major organs. The job of each organ is briefly explained. The brain, heart, lungs, stomach, liver, kidneys, intestines and ...

Later, after applying the tartrazine solution to mice, the researchers were able to see some of the creatures' internal organs, blood vessels, and muscle contractions. A major upside is that the ...

The Florida Museum of Natural History’s openVertebrate (or oVert) project has collected over 13,000 3D scans of vertebrates ... Not only are skeletons, muscles, internal organs, and circulatory and ...

Two recent papers demonstrate that the vestibular system transforms raw sensory data into a sophisticated internal model of head orientation ... and the otolith organs, which respond to linear ...

More than 100,000 people in the U.S. are currently on the national waiting list for an organ transplant. Sadly, the chronic shortage of donated organs means that over 6000 patients every year die ...

The Mayo Clinic began using sophisticated 3D printing technology eight years ago to separate a set of conjoined twins. The surgeons had wanted a model of the twins' internal organs and anatomy ...

Improving the Patient Financial Experience Throughout the Patient Journey While many healthcare providers believe that improving the patient financial experience is a critical step for their ...

The W1 is the fastest, most powerful McLaren road car yet, but features like 3D-printed suspension and a shape-shifting body means there’s more to the story than pure performance ...

Editor’s note: We are publishing these 3D animations to show the destructive ... enough to blow apart a skull and demolish vital organs. The impact is even more acute on the compact body of ...

Constantly damaged by external and internal factors ... of DNA replication in its cells. "Our study model, the mouse liver, is an ideal organ for studying the mechanisms of DNA replication ...