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Spring 2018
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A Look Ahead

Breakthroughs in biomedical imaging may help doctors track tumor growth. 

Tumor micro-structures

A high-resolution in vivo ultrasound-switchable fluorescence image of tumor micro-structures.

In recent years, UTA has made important breakthroughs in biomedical imaging. One key contributor has been Associate Professor Baohong Yuan, who is working to optimize deep-tissue imaging technology to allow better monitoring of tumor growth.

Current imaging technology doesn't always offer the detail needed for early cancer detection, especially in deep tissue.

"Right now, there's a tradeoff," Dr. Yuan says. "You can get images of large areas, but they don't offer the detail needed, or you can get detail in a very small and thin area. The goal is to clearly look into deep and large tissue and possibly determine the variation of tumor micro-structures or even the movement of cancer cells. Thus, monitoring cancer metastasis in a natural environment may be possible, which is important for cancer treatment."

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From Insight to Impact

Innovate

From Insight to Impact

Now in its 30th year, the UTA Research Institute continues to push the boundaries of innovation with new projects in composites testing, assistive robot technologies, unmanned systems, preventative and rehabilitative care, and more.

World-Class Research

World-Class

Research by the Numbers

UTA, an R1: Highest Research Activity university, continues to make great strides expanding our research enterprise, including support from a wide variety of sponsors.

 
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