UF experts join with partners at UNC and Johns Hopkins in creation of CDC-funded center for outbreak forecasting
Two UF EPI infectious disease experts are part of a new CDC-funded outbreak analytics and disease modeling network
Two UF EPI infectious disease experts are part of a new CDC-funded outbreak analytics and disease modeling network
UF veterinary parasitologist Jeff Gruntmeir shares expertise on babesiosis, an emerging disease spread by ticks.
The Emerging Pathogens Institute’s annual Research Day event celebrates pathogens research and the people who work in this critical academic space. After three years of meeting virtually, the event was held in person at the Reitz Union on Feb. 16, 2023 on the University of Florida’s campus. Researchers and students exhibited 123 abstracts and posters that probed pathogens and infectious diseases topics spanning from lab research to field investigations and bioinformatic analyses.
New funding will help close gaps in infectious disease outbreak modeling.
UF mathematician Burton Singer contributed to a conceptual framework that can link physiological factors related to stress with negative health outcomes following natural disasters.
UF researchers report an uncommon instance of a past infection in an adult by a dog coronavirus strain that also contained genetic features of a cat coronavirus.
Compared with the U.S., why are some countries less affected by COVID-19? A UF researcher leads a team looking for answers in Africa. “If we can learn what can protect us as a species, we could potentially be better prepared for the next pandemic," said Rhoel Dinglasan, professor of infectious diseases.
UF researchers find first known instance of Yunnan orbivirus in North America from postmortem tests on tissues from a farmed white-tailed deer in Florida.
New research by UF investigators on Salmonella infections in Florida highlights the influence of seasons, geography and age upon transmission patterns. The team also developed new AI-based methods for detecting outbreaks and linking cases to environmental or food sources.
Coronaviruses common to animals may ‘spillover’ into people more frequently than once thought, according to new research from UF and Haitian investigators.