At the peak of the Ebola epidemic last fall came a frightening new possibility: a mutation that could allow the disease to spread through the air. Now University of Florida researchers have dispelled this concern using data from current and past Ebola outbreaks.
The waning number of Ebola cases is good news for West Africa, but for those developing a vaccine for the disease, it means time is running short.
While a commercially available cure for crop-killing citrus greening remains elusive, University of Florida researchers have developed a tool to help growers combat the insidious disease: an efficient, inexpensive and easy-to-use sensor that can quickly detect whether a tree has been infected.
On Sept. 29, the Emerging Pathogens Institute presented an overview of Ebola and the recent outbreak to the Florida Congressional Delegation and the Board of Governors. With the number of Ebola cases growing exponentially, EPI believes it is important to be informed on the disease and how it is spreading in West Africa and all around the world.
In Mongolia, where animals greatly outnumber people, outbreaks of disease that spread between animals and humans are on the rise.
Malaria does not have to be eradicated globally for individual countries to succeed at maintaining elimination of the disease, according to research from the University of Florida’s Emerging Pathogens Institute and department of geography, to be published in the journal Science Feb. 22.
