Spring/Summer 2013 Aesculapian Magazine - University of Georgia ...
Spring/Summer 2013 Aesculapian Magazine - University of Georgia ...
Spring/Summer 2013 Aesculapian Magazine - University of Georgia ...
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StudentNews<br />
Julie Rushmore in Uganda for part <strong>of</strong> her dissertation work. Photo provided by Julie Rushmore.<br />
Q&A with<br />
Julie Rushmore<br />
Julie Rushmore is enrolled in the CVM’s DVM-PhD dual<br />
degree program. She just completed her PhD in ecology,<br />
and begins her DVM program this fall.<br />
Where are you from and what brought you to UGA<br />
I grew up in Alpharetta, Ga. From 2002 to 2006, I attended<br />
Duke <strong>University</strong> for undergraduate training in biological<br />
anthropology. After Duke, I came to the <strong>University</strong> <strong>of</strong><br />
<strong>Georgia</strong> for its top-notch College <strong>of</strong> Veterinary Medicine<br />
and highly-ranked Ecology PhD program (based in the<br />
UGA Odum School <strong>of</strong> Ecology). I was first admitted to<br />
UGA’s CVM program in 2006, but I deferred for a year<br />
to gain some additional research experience. In 2007, I<br />
applied to UGA’s DVM-PhD dual degree program and<br />
started work on my PhD program in the Odum School <strong>of</strong><br />
Ecology.<br />
You graduated in May <strong>2013</strong> with a PhD from the UGA<br />
Odum School <strong>of</strong> Ecology. What did you study/research<br />
My dissertation work focuses on how social behavior<br />
affects pathogen transmission and control in wild<br />
primates. After spending a year in Uganda collecting<br />
non-invasive biological samples and behavioral data for<br />
a community <strong>of</strong> wild chimpanzees, I used 1) molecular<br />
approaches to detect novel chimpanzee sexually<br />
transmitted diseases (STDs), and, 2) quantitative modeling<br />
techniques to simulate pathogen spread based on<br />
behavioral data. With these models, my colleagues and<br />
I evaluated the efficacy <strong>of</strong> several disease intervention<br />
strategies. Notably, we used network analysis to identify<br />
“risk groups,” such as highly-sociable adult females, that<br />
should be targeted in disease control efforts for a variety <strong>of</strong><br />
pathogen types (e.g., respiratory infections, STDs, Ebola).<br />
As compared to randomized vaccination, our modeling<br />
showed that targeting highly-social individuals could<br />
curtail large disease outbreaks while reducing the number<br />
<strong>of</strong> individuals requiring vaccination by up to 35 percent.<br />
Such a reduction could substantially decrease the logistical<br />
and financial pressures associated with disease control<br />
programs, particularly in the context <strong>of</strong> endangered<br />
wildlife populations. Importantly, the techniques that we<br />
used can readily be applied to other species, including<br />
humans.<br />
What prompted you to pursue a dual DVM-PhD degree<br />
During my four years <strong>of</strong> undergraduate training at Duke<br />
<strong>University</strong>, I was involved with several ongoing projects<br />
at the Duke Lemur Center, including behavioral research<br />
projects and a veterinary assistant position to help with<br />
lemur health checks. Through this experience, I became<br />
increasingly interested in wildlife behavior, ecology and<br />
health.<br />
23<br />
The <strong>University</strong> <strong>of</strong> <strong>Georgia</strong> College <strong>of</strong> Veterinary Medicine