Dig for fossils and learn about geologic time with a new computer game developed by undergraduate students at the UT-based National Institute for Mathematical and Biological Synthesis (NIMBioS). Three students developed the computer simulation game under the co-leadership of Susan Riechert, Distinguished Service Professor in the UT Department of Ecology and Evolutionary Biology
UT’s College of Engineering, the School of Art, JICS and NIMBioS have teamed with the National Park Service on a new app dedicated to mapping species.
The Knoxville News Sentinel recently interviewed UT’s Colleen Jonsson who this summer is overseeing a group of undergraduate students from across the country who are using mathematical modeling to study how hantavirus spreads.
Analysis by NIMBioS researchers suggests that the majority of bacteria in mice subjects are actively replicating, challenging a widely held notion about a fatal animal disease.
The Adventures in STEM camp welcomes middle-school girls from around East Tennessee for a hands-on look at the opportunities that await them in those fields.
Nearly a third of all patients undergoing heart surgery experience kidney failure, yet little is known about why kidney injury occurs or how to prevent it. Now, for the first time, a team including NIMBioS researchers have investigated the causes of kidney injury, using a mathematical model that simulates typical open-heart surgery and the effects on a rat kidney.
A new study from the National Institute for Mathematical and Biological Synthesis (NIMBioS) finds that developing shale gas wells that have less impact on the environment, at least at the surface, is not as costly as presumed.
Viruses infect more than humans or plants. For microorganisms in the oceans—including those that capture half of the carbon taken out of the atmosphere every day—viruses are a major threat. But a paper published Monday in the journal Nature Microbiology shows that there’s much less certainty about the size of these viral populations than scientists had long believed.
Tropical rainforests play a vital role in the well-being of our planet, soaking up carbon dioxide and helping stabilize the global climate. A study from a team of researchers at NIMBioS reveals new findings about the structure of tropical rainforests and how the trees in them interact with one another.
While tremendous progress has been made in eliminating malaria worldwide, about 3.2 billion people—nearly half the world’s population—are still at risk of the disease, according to the World Health Organization. A study from NIMBioS develops new methods to detect critical transitions in infectious disease epidemics, such as malaria.