MAY 10, 2019
by Morris
Animal Foundation
Two
sniffling chimps could be one too many for a wild chimpanzee community
susceptible to respiratory disease outbreaks, report Morris Animal
Foundation-funded researchers at the University of Minnesota. The team's
findings were a result of their development of a syndromic surveillance system
to noninvasively and preemptively detect a potential outbreak of respiratory
disease. The study recently was published in EcoHealth.
"This
could significantly improve our ability to intervene and slow down, or even
stop, outbreaks among great ape groups," said Dr. Tiffany Wolf, Assistant
Professor in the College of Veterinary Medicine, University of Minnesota.
"Hopefully, we can use this technique to better understand disease transmission among
wildlife around the world."
Respiratory
diseases are increasingly recognized as having a significant impact on great
ape populations that have at least some level of contact with humans. In Gombe,
respiratory disease is
responsible for, or has been associated with, more than 50 percent of
mortalities in chimpanzees.
Syndromic
surveillance is a type of surveillance that can detect a health issue before a
disease is diagnosed, or even before a specific pathogen is known to be
involved. It uses easily identifiable indicators that do not require physical
contact with an individual or a population.
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