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Forecasting Vibrio Parahaemolyticus In A Changing Climate, Meghan Ann Hartwick

Doctoral Dissertations

The distribution, transmission and adaptation patterns of infectious diseases are changing worldwide. Though there are many potential mechanisms that can transmit infectious agents to new areas, the ability of pathogens to persist in new locations can be largely attributed to changing climate conditions, especially in temperate regions. Vibrio parahaemolyticus, a naturally occurring bacteria in most marine and estuarine systems, provides a model example of these globally observed climate-related changes to disease dynamics that are occurring locally in the Northeast, US. Like many Vibrio species, pathogenicity in human hosts is believed to be limited to a subset of strains, whereas the …