#Dinosaur t rex bones professional

Snively said he has a colleague who uses similar methods to study how the bones of primarily older women degrade. If they’re having trouble when they are running, shin splints, we can maybe have them modify how they’re running and they can reduce those stresses,” Snively said. rex to see where they might … if they’re getting stress fractures in their bones. “My students can make models with their own leg bones and use the same methods I do to study T. Using advanced medical X-ray imaging, Snively was able to look at the internal structure of blood vessels inside the foot bones of dinosaurs and compare them to human foot bones under stress. rex is doing and see what we can do to shore up somebody’s leg as a brace or as a prosthetic if they have osteoporosis … If their bones are relatively weak, the stresses on those bones are going to be relatively high,” said fellow researcher Eric Snively, professor of anatomy and cell biology at Oklahoma State University.

#Dinosaur t rex bones professional

“If you’ve ever seen a professional hockey player or professional figure skater, they really tie those skates really tight so their ankles don’t shift around much.”īy analyzing how dinosaur skeletons were able to support a heavy body mass while running and rotating at high speeds, experts hope to find medical breakthroughs for humans suffering from orthopedic issues. They stand on point on that one toe without their foot moving,” said Dececchi, assistant biology professor at Mount Marty University. rex weighing eight tonnes and teenagers weighing between one to two tonnes, according to fellow researcher Alex Dececchi. Holtz explained all dinosaurs walk on the balls of their feet like a cat, dog or chicken.īut these narrow toes on their feet had to carry immense weight, with an adult T. “We found that Tyrannosaurids at any given mass were more agile, had greater ability to turn the body against the resistance of inertia with larger muscles and more compact bodies than other typical meat eating dinosaurs,” he said. Holtz and his colleagues found that teenage tyrannosaurs had highly specialized bone structures in their legs which enabled them to withstand the pressure of rotating their bodies quickly while running at high speeds.