Gabriel J Rodriguez
Megan M Erwin
Kaitlyn E Bunn
Elizabeth Brunner Wescott
Elizabeth (Brunner) Wescott is a graduate student, originally from many states as a Navy brat growing up, but she calls North Carolina her hometown. She completed her undergrad at Davidson College, where she did an honors thesis on mitochondrial membrane shaping in Drosophila, as well as a summer internship at Ohio State University investigating non-autonomous gene expression variance in the Ras pathway. She then took a job at Duke University as a research assistant. There, she transitioned to the field of immunology, studying HIV infection of kidney and HIV vaccine development. She started at Vanderbilt in August 2018 and joined the Balko Lab in April 2019. Outside the lab, she enjoys spending time outdoors hiking and hammocking with her husband, climbing, running, baking, playing music, and traveling.
I am interested in immune cell infiltration in the tumor microenvironment and I'm studying the role of B7-H4 on tumor immune cell activation states to improve immunotherapy outcomes in breast cancer. I also study the mechanism and regulation of B7-H4 expression in breast cancer.
Publications on 
Michelle A Wiebe
Timothy W Thoner
Britton A Strickland
Jeanette Miller, B.S.
Jeanette is from central Florida and earned her B.S. in advertising at the University of Florida before receiving her B.S. in microbiology from the University of South Florida. During her undergraduate, Jeanette's research focused on understanding the contribution of light pollution to disease dynamics in the lab of Dr. Lynn Martin. Now, in graduate school, Jeanette is in the lab of Dr. Eric Skaar. She devotes her research time to understanding the dynamic interplay between the vertebrate immune system and Acinetobacter baumannii in the sequestration of nutrient metals. In her free time, Jeanette greatly enjoys reading, hiking, and playing with her cat and dog.
Acinetobacter baumannii is an opportunistic human pathogen most notably associated with nosocomially-derived pneumonia and bacteremia. Due to multi-drug resistance, A. baumannii has few therapeutic options available thus emphasizing the need for novel drug development. The intrinsic importance of nutrient metals for all bacterial species indicates the potential for alternative therapeutic strategies targeting bacterial nutrient metal uptake systems. Calprotectin, a host defense protein, notably contributes to host nutrient metal pools by stripping pathogen metalloproteins, like zinc (Zn) through metal chelation in a process known as nutritional immunity. Understanding the dynamic interactions of host nutritional immunity and A. baumannii during infection may allow for the development of novel therapeutics targeting metal uptake.
Jamisha Francis
I hail from the wonderful island of St. Thomas part of the US Virgin Islands. I earned my degree in biology with a minor in psychology from the University of the Virgin Islands. As an undergrad, I worked in Dr. Jennifer Robinson lab on Stegastes adustus erythrocytes infected with Haemohormidium-like apicomplexan parasites.
Awards and Honors:
OBGAPS Social Chair
In the Gaddy Lab we study how transition metals affect bacterial pathogenesis. My focus in the lab is to study the effects that zinc has on GBS pathogenesis.