Tag: Honglan Shi

Two S&T students earn new biomedical research awards

Posted by on August 12, 2024

Ta-Chun Lin and Stephen Owusu have earned the inaugural Shi/Ma Award for Excellence in Biomedical Research at Missouri S&T. The winners are granted a $1,000 award in recognition of their contributions to the field of biomedical research.

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Missouri S&T awarded $1.25 million for agricultural workforce development

Posted by on November 13, 2023

The United States federal government anticipates significant workforce shortages soon for the food, agriculture and natural resources industries, and faculty members from Missouri S&T are part of nationwide effort to address the issue.

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Missouri S&T researchers work to develop simple test for breast cancer

Posted by on May 22, 2020

The American Cancer Society notes that detecting breast cancer early can lead to better outcomes, but current methods to detect cancer at its earliest stages can be invasive, uncomfortable and inaccurate. This is why a pair of researchers from Missouri University of Science and Technology and Phelps Health are teaming up to develop a urine test to determine whether a patient may be at increased risk of having breast cancer.

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Honglan Shi: Water woman

Posted by on November 10, 2016

When foul-tasting and potentially toxic water reaches Missouri residents, water utility supervisors know who to call: Dr. Honglan Shi.

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Missouri S&T student earns awards for tracking nanoparticles in water

Posted by on February 10, 2016

Ariel Donovan, a graduate student in chemistry at Missouri University of Science and Technology, recently earned two awards at the Water Quality and Technology Conference, an international conference of the American Water Works Association, for her research into the removal of nanoparticles during drinking water treatment processes.

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Missouri S&T collaborates with PerkinElmer for nanoparticle research

Posted by on June 2, 2014

The growing use of nanoparticles in consumer projects has raised concerns about their adverse effects on human health and the environment. A new technology being tested at Missouri University of Science and Technology could improve the field of study by giving researchers a tool to quickly measure a wide range of characteristics and detect trace levels of nanoparticles.

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