8365 Results
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Did the ancient Maya have parks?

June 22, 2021

Researchers at the University of Cincinnati say Tikal’s reservoirs — critical sources of city drinking water — were lined with trees and wild vegetation that would have provided scenic natural beauty in the heart of the ancient Maya city. UC developed a novel system to analyze ancient plant DNA in the sediment of Tikal’s temple and palace reservoirs to identify more than 30 species of trees, grasses, vines and flowering plants that lived along its banks more than 1,000 years ago. Their findings painted a picture of a lush, wild oasis.

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Final ‘Strength in Immunity’ vaccination drawing winners announced

October 7, 2021

The University of Cincinnati is awarding prizes in the weekly ‘Strength in Immunity’ drawing. To further encourage vaccination against COVID-19, the university is conducting weekly drawings for gift cards in varying amounts of $2,500 or $5,000. In all, the university will award nearly $50,000.

5

A new treatment for rare muscular disease

April 16, 2021

Hani Kushlaf, MD, presented findings on a new treatment for Pompe disease, a rare neuromuscular disease, virtually at the American Academy of Neurology on April 17.

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UC cardiologist finds proteins in diabetic patients may indicate future heart disease

May 13, 2021

Donald Lynch Jr., MD, assistant professor at the University of Cincinnati College of Medicine, will be presenting preliminary research at the American College of Cardiology on Saturday, May 15, that suggests plasma proteins discovered in the blood samples of diabetic patients who went on to develop obstructive coronary disease (OCAD) may serve as biomarkers of severe heart blockage.

8

A new co-driver in breast cancer

March 9, 2021

University of Cincinnati researchers have discovered that cooperation between two key genes drive cancer growth, spread and treatment resistance in one particularly aggressive type of breast cancer. The good news is, though, with this knowledge, they can continue to aim their targeted treatments at these genes, singularly and together, to stop breast cancer in its tracks.