Celeste Kidd and Steven Piantadosi had sued the university over its handling of sexual harassment allegations made against colleague Florian Jaeger.
Determining which critters are present in an infected wound could aid in treatment, particularly of soldiers injured in combat.
June 23, 2014|
WIKIMEDIA, SSGT TYLER PLACIEKnowing precisely the microbes present in a wound could greatly aid in the prevention and treatment of infections. This is especially important when dealing with the severe injuries that soldiers can suffer in combat, “among the most complex and challenging seen in modern medicine,” Eric Elster, a professor and chairman of the Uniformed Services University’s surgery department, told the Los Angeles Times. In the July issue of the Journal of Clinical Microbiology, Elster and his colleagues report on a method for rapidly detecting the microbiota of US service membes hurt in combat.
The researchers analyzed tissue samples taken from 44 soldiers who had been wounded in Iraq or Afghanistan and subsequently evacuated. The most common microbe they detected, present in about a quarter of the wounds, was Acinetobacter baumannii. Interestingly, the bacteria they found to be associated with wounds that healed (as opposed to those that wouldn’t) are known to colonize the gut. These included Bacteroides, E. coli, Salmonella, and Enterobacter. “This may reflect changes in immunoregulation and remodeling of the wound, where a microenvironment that is progressing toward healing is an amenable niche to distinct classes of bacteria from an environment that is immunologically distant from successful resolution,” the authors wrote in their report.
“Studies such as this one will allow us to better understand the interaction between the body and pathogens, and develop new treatment strategies,” Elster told the LA Times.
Hat tip: GenomeWeb’s The Daily Scan