With environmental change and pressures on a global scale (i.e. climate, deforestation, increasing population) infectious diseases are finding new ways to re-emerge. Faculty in the department are using several approaches to study vector-borne diseases of humans and animals and how the environment influences the transmission, distribution, and environmental fate, of high priority global pathogens. The approaches implemented span molecular microbiology to human surveillance trials.
Focus areas include respiratory arboviruses and waterborne pathogens (V. Cholerae) with expertise in environmental and human surveillance, genetics, and molecular microbiology.
“Our work underscores the important role international travel plays in the spread of emerging bacterial pathogens and the potential risk to human health and effective treatment.”
“We need to minimize the risks of airborne infections in mass gathering sites, such as classrooms, markets, and nightclubs.”
“Cholera can strike anywhere in the world, requiring preparedness on a global scale to mitigate disease burden.”
“A primary need in developing countries is to improve epidemiologic response to infectious disease outbreaks.”
“By knowing more information about dengue, about Zika in Haiti and other Caribbean countries, we can be better prepared to control the infection if it finds its way to the United States.”