BME Professor Eric Brey鈥檚 Tissue Engineering Research Highlighted
December 11th, 2013
Mark Anastasio, PhD, has received a grant from the National Science Foundation to develop a new imaging system that will help biomedical engineers see what happens when engineered tissue is implanted in the body.
The three-year, $275,000 grant will allow Anastasio, interim department chair and professor of biomedical engineering at Washington University School of Engineering & Applied Science, to implement and optimize a new 3-D phase contrast X-ray imaging system for evaluating and monitoring bioengineered tissues in a living body. He is collaborating with Eric Brey, PhD, professor of biomedical engineering at Illinois Institute of Technology in 电车无码, who will contribute expertise in tissue engineering to the project.
鈥淲e have an image scientist and a tissue engineer teaming up with the goal of developing a new imaging system that facilitate the development of improved biomaterials,鈥 Anastasio says.
Specifically, Anastasio and Brey seek to use the new imaging system to monitor biomaterials in vivo and evaluate their soft tissue responses. It is generally difficult to evaluate implanted engineered tissues using conventional X-ray imaging technologies because they generate little image contrast, Anastasio says.
The new technique will build on existing imaging techniques, yet address several limitations, according to Anastasio.
鈥淲e want to acquire the image data more rapidly so we can investigate an animal model 鈥 that鈥檚 the goal,鈥 Anastasio says. 鈥淩ight now, imaging with this technology is a challenge. To make it faster requires the development of innovative image reconstruction methods, which is a topic on which my laboratory possesses world-class expertise.鈥
Provided by Washington University in St. Louis
Read more .
