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Getting the lead and other metals out: Better detection can save lives

May 22nd, 2019
Getting the lead and other metals out: Better detection can save lives
Linda Nie, an associate professor of health sciences in Purdue University's College of Health and Human Sciences, won a Global Scholar Award through the Fulbright US Scholar Awards. Credit: Purdue University/Linda Nie

Some of the metals people are exposed to everyday—even through typical activities such as eating and drinking water—have been linked to cancer, Parkinson's disease and other serious illnesses.

A Purdue University researcher, who has developed novel technologies and created other research to address this issue, has won a Global Scholar Award through the Fulbright U.S. Scholar Awards to continue her work.

"This award will help us continue to establish ourselves as one of the leading human body composition labs in the nation and in the world," said Linda Nie, an associate professor of health sciences in Purdue's College of Health and Human Sciences. "It will serve as one of the most advanced and integrated research and training labs for researchers and students who are interested in applying nuclear technologies in environmental health, medicine and life science."

Nie has worked with the Purdue Research Foundation Office of Technology Commercialization on patenting some of her innovations to try to reduce the number of people impacted by health problems associated with the accumulation of metals in the body. Now, through the Global Scholar Award, she will spend six months with Deutsches Elektronen-Synchrotron Research Center in Germany and the Pohang University of Science and Technology in South Korea to study metals and human health.

"These are the best synchrotron facilities in the world," Nie said. "This visit will greatly enhance my lab's knowledge and research collaborations in synchrotron X-ray technologies. My work provides unique methods to perform exposure assessment of toxic metals, to quantify essential and trace elements in the body in vivo, and to make use of this information to determine an individual's metal exposure and nutrition status."

Nie said she hopes some of her technology also can be used to provide data to show the need for improved worker policies and water supply practices to limit exposure to metals.


Provided by Purdue University

Citation: Getting the lead and other metals out: Better detection can save lives (2019, May 22) retrieved 19 September 2025 from https://sciencex.com/wire-news/319982412/getting-the-lead-and-other-metals-out-better-detection-can-save.html
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