With 75 percent of diseases in humans having origin in animals or animal products, zoonotic diseases have an enormous impact on the global disease burden. A significant portion of this can be attributed to bacterial zoonotic enteric pathogens. This study was designed to locate clusters of bacterial zoonotic enteric outbreaks in the State of Minnesota and study the seasonality of these outbreaks. In addition to identifying hot spots for zoonotic enteric outbreaks in Minnesota, the study also aimed to design a causal model to improve understanding of risk factors. This thesis considered only the bacterial zoonotic pathogens with significant disease burden. Foodborne and non-foodborne zoonotic enteric outbreaks reported by Minnesota Department of Health (MDH) during the period 2000 to 2010 were analyzed in the study. A recent rise in trend of zoonotic enteric disease (ZED) outbreaks were confirmed through empirical analyses. The study also revealed increased bacterial ZED outbreaks in the summer months as compared to other months of the year. Hot spot analysis results indicated twin cities (Minneapolis and St. Paul) as the vulnerable area for ZED outbreaks. The study is especially important for health educators as it shines light on the right places and right time for tailoring interventions to reduce the disease burden.
Marge Murray Davis
Date of Degree
Master of Science (MS)
Allied Health and Nursing
Swain, Suchismita, "Understanding Zoonotic Enteric Disease in Minnesota: A Spatio Temporal Analysis and Causal Theory Approach" (2017). All Theses, Dissertations, and Other Capstone Projects. 695.
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