Researchers at the University of Kragujevac have proposed a new, non-invasive 3D methodology to assess scoliosis, in which spine measurements can be performed by limiting radiation exposure and human intervention.
Materialise Mimics has often made a difference in the lives of hospital patients. But it isn’t only doctors and surgeons who are implementing our technology in beneficial ways – Dr. Stephen Brusatte at the University of Edinburgh is using 3D visualization to analyze dinosaur fossils -such as Tyrannosaurus-, which enables him to learn more about how evolution works over widespread timescales.
Dr. Stephen Brusatte doesn’t use Materialise Mimics to study the human body – he uses it to improve his understanding of dinosaur fossils. As the leader of the Vertebrate Paleontology Research Group at the University of Edinburgh, Dr. Brusatte is fascinated by one dinosaur species in particular: the Tyrannosaurus rex, infamous king of the dinosaurs and terrifying predator.
It is a sad day indeed when the happy tidings of a newborn baby are followed by the diagnosis of a serious congenital heart disease. Stephanie Starks had to face this situation 2,5 years ago after giving birth to her third daughter, Jemma. Although the disease was not recognized at first, little Jemma underwent two open-heart surgeries in the following 10 days and started treatment which she would need to continue for the rest of her life. Less than three years later, Jemma is now preparing for her fourth serious surgery.
A new study led by scientists at the American Museum of Natural History shows that living sharks are actually quite advanced in evolutionary terms, despite having retained their basic “sharkiness” over millions of years. This new study is based on an extremely well-preserved shark fossil named Ozarcus mapesae and a 3D reconstruction of it. The research was published in the journal Nature.
In an effort to eliminate the risks for patients related to cardiovascular procedures, researchers from Duke University in North Carolina have joined the accuracy of 3D Printing technology with the power of a supercomputer. They created and tested a high-quality and realistic simulation of the human body’s blood flow.
3-year-old Ivy was born with a complex congenital heart disease (CHD), and diagnosed with absent pulmonary valve syndrome and Tetralogy of Fallot. When she was 6 months old, the girl underwent an operation to repair these conditions, which were causing her pulmonary arteries to dilate out of proportion and compressing her airways. The surgeon at the time carried out the LeCompte Maneuver during the repair, which involves the re-plumbing of the pulmonary arteries anterior to the aorta to relieve pressure on the patient’s lungs. A conduit was positioned between the right ventricle and the pulmonary arteries.
How is 3D Printing going to change the world of fashion? We asked New York-based fashion collective threeASFOUR, who recently won the prestigious Fashion Design Award by the Cooper-Hewitt Smithsonian Design Museum. “In a way similar to how Lycra entered the fashion industry in the ’80s, radically evolving how clothes were made and how garments behave,” says Gabi Asfour, one-third of the threeASFOUR trio. “3D Printing is going to take the industry multiple steps ahead in terms of form and function.” That’s also aptly close to how we feel about threeASFOUR, looking at their innovations since they began collaborating with Materialise early into their 3D modeling departure.
Fashion designer Melinda Looi’s new ‘Gems of the Ocean’ collection includes one of the world’s first full-length gowns to be 3D-printed as a single part. It also comes with unique 3D-printed accessories straight out of a mermaid’s world. So what does it take to make a collection like this one? A highly skilled team of 3D modeling wizards celebrating all the design freedom offered by 3D Printing! Here’s how they did it – and here’s why even a 12-core CPU with 64GB RAM can seem like it’s not enough computing power sometimes.