Kelli L. Barr

Kelli L. Barr, PhD serves as an Associate Professor of Microbiology at Lake Erie College of Osteopathic Medicine (LECOM), bringing over 15 years of specialized expertise in virology and infectious disease research to her academic role. Her position bridges laboratory investigation with real-world public health applications, focusing on critical gaps in diagnostic practices for emerging pathogens.

Dr. Barr's educational journey includes a B.S. in English Literature and Classical Studies from Iowa State University, followed by a Ph.D. in Insect, Plant, and Microbial Sciences from University of Missouri-Columbia (2008). She completed dual postdoctoral training in Molecular Virology at Florida Gulf Coast University and Global Health Virology at University of Florida, establishing her interdisciplinary approach to infectious disease research.

Her research program centers on vector-borne disease epidemiology within changing climate and social contexts, with particular emphasis on diagnostic decision-making for arboviral encephalitis. Dr. Barr combines epidemiological analysis with practical public health applications, maintaining expertise in both vector-borne and zoonotic viruses. Her collaborative work spans international settings, including partnerships that established WHO-designated regional diagnostic centers for emerging pathogens, demonstrating significant global health impact.

Analysis of Dr. Barr's recent publications reveals consistent focus on Chikungunya virus pathogenesis across multiple organ systems, West Nile Virus seroprevalence patterns, and innovative approaches to blood donor screening for arboviruses. Her work demonstrates methodological diversity spanning hospital-based epidemiological studies, international field research, and advanced in vitro modeling using cerebral organoids, with increasing attention to neurological complications of viral infections.

Dr. Barr actively pursues research opportunities examining occupational exposures of first responders to emerging infections, reflecting her commitment to translating laboratory findings into practical health protection measures for vulnerable populations. Her work bridges academic research with immediate public health applications, particularly in diagnostic capacity building and surveillance system improvement.