The ultrasound technology being developed for NSBRI by Crum and Bailey is not limited to kidney stone detection and removal. The technology can also be used to stop internal bleeding and ablate (or destroy) tumors. Crum said the research group has innovative plans for the technology. "We envision a platform technology that has open architecture, is software-based and can use ultrasound for a variety of applications," he said. "Not just for diagnosis, but also for therapy."
NSBRI's research portfolio includes other projects seeking to develop smart medical systems and technologies, such as new uses for ultrasound, that provide health care to astronauts in space. Crum, who served eight years as an NSBRI Team Leader, said the innovative approaches to overcome the restrictive environment of space can make an impact on Earth.
"Space has demanded medical care technology that is versatile, low-cost and has restricted size. All of these required specifications for use in a space environment are now almost demanded by the general public," Crum said. "One of the reasons that translation from one site to another is possible is because of NSBRI's investment."
The ultrasound work by Crum and Bailey has also received support from the Defense Advance Research Projects Agency, the National Institutes of Health, and the University of Washington and foundations associated with it to promote commercialization.
|Contact: Brad Thomas|
National Space Biomedical Research Institute