New method may help detect avocado pathogen earlier
University of Florida researchers have found an algorithm to help them detect laurel wilt, the deadly pathogen that threatens Florida’s $100 million-a-year avocado industry.
University of Florida researchers have found an algorithm to help them detect laurel wilt, the deadly pathogen that threatens Florida’s $100 million-a-year avocado industry.
A geography researcher at the Emerging Pathogens Institute recently published a study calling for caution in estimating the impact of mosquito control on malaria and other vector-borne diseases.
A new 5 year multi-institutional collaborative research grant of $1.85 million funded by the National Science Foundation’s Ecology and Evolution of Infectious Diseases (NSF EEID) program will support research on the effect of temperature on 13 different diseases transmitted by insects. It will also measure the capacity for two common disease-carrying mosquitoes in the Americas to adapt to new (or changing) temperatures.
A new study has confirmed the presence of a unique, potentially vaccine-evasive strain of anthrax in central Nigeria.
The University of Florida received $706.8 million in research awards last year, surpassing the previous record set in fiscal year 2014 by $5.1 million.
Conditions such as cholera and malaria pose serious public health threats to Haiti’s population, and numerous programs have been put in place to help combat them. However, these public health efforts typically operate in disease-specific silos, potentially losing out on benefits that could be yielded from targeting multiple health threats at once.
As citrus greening continues to impact Florida’s groves, growers have found that they need a way to quickly and accurately count the amount of fruit dropped early to help identify problem areas, which will save time and money.
With funding from the Bill and Melinda Gates Foundation, researchers from the University of Florida will be better armed to fight cholera and malaria in Haiti. Both diseases pose serious public health threats to the population.
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.
A University of Florida scientist will try to figure out how antibiotic-resistant microorganisms get into cattle. Another will study how to get tomatoes and strawberries to retain their flavors and last longer.