Citrus greening, a destructive plant disease that affects the health of citrus trees, is devastating the Floridian citrus industry. Researchers and growers race to fine a cure to this vector-spread bacterial infection.
While infections are rare, the flesh-eating bacteria Vibrio vulnificus thrives in Florida's warm, salty waters year-round. To protect yourself from this life-threatening infection, avoid swimming and fishing in brackish water with open wounds or handling and eating raw seafood.
Vibrio vulnificus, sometimes known as flesh-eating bacteria, is often transmitted when someone with an open wound enters brackish water. The infection can lead to necrotizing fasciitis, a condition where the flesh around the wound dies.
Tuberculosis, a disease that primarily affects the lungs, is still a leading infectious killer estimated to have caused 1.3 million deaths in 2022. Three EPI members bring unique approaches to fighting TB.
A researcher at the UF Emerging Pathogens Institute partners with a tech company to study sterilization of samples received from Space.
Dr. Josephine Clark-Curtiss, whose career spanned half a century, worked tirelessly to help mitigate the spread of dangerous infectious diseases. After a valiant personal battle against ovarian cancer, she passed away on Nov. 6, 2023.
UF EPI member studies how the genetic makeup of a tuberculosis bacterial population changes during transmission.
A new study from University of Florida and Kansas State University researchers found that bison carry plant-associated fungi in their saliva, with the potential to spread fungi across the prairie.
A UF researcher with expertise in infectious bacteria offers commentary and perspective on extensively drug-resistant Shigella infections following a recent CDC warning.
Graduate student Amanda Ojeda won best research poster in the EPI Research Day 2023 trainee research poster competition. Her research focused on identifying the prevalence and the composition of Campylobacter species in infants in a rural area of eastern Ethiopia during their first year of life and potential reservoirs. The project was a team collaboration between Ojeda and collaborators at the University of Florida, Haramaya University, Ohio State University, Washington University in St. Louis and Massey University in New Zealand.
