Surgical site infections are the most frequent health-care-associated infections in developing countries. So a new study, published in The Lancet Infectious Diseases, aimed to establish the effect of a multimodal intervention on surgical site infections in Africa.
In an effort to combat and reduce surgical site infections, researchers with the Johns Hopkins Armstrong Institute for Patient Safety and Quality collaborated with the WHO to determine whether a specific infection control and patient safety intervention would decrease the number of surgical site infections in African hospitals.
After more than 4,000 operations at four hospitals in Africa, the number of surgical site infections decreased from occurring in 8% of surgeries to 3.8%. The researchers also found the probability of a patient getting a surgical site infection dropped approximately 60% across all sites as a result of the intervention.
"We have been able to show in high-income settings that healthcare-associated infections, including surgical site infections, are preventable," says Sean Berenholtz, interim director of the Armstrong Institute for Patient Safety and Quality. "It is encouraging that the same intervention adapted for low to middle-income countries could be just as effective."
As part of the intervention at the African hospitals, the team incorporated the use of the Comprehensive Unit-based Safety Program (CUSP), a five-step process that includes educating staff on the science of improving patient safety, identification of defects, implementing tools to improve teamwork, communication and more.
Researchers also helped the hospital teams develop technical prevention measures specific to the individual hospitals, including optimal antibiotic treatment, perioperative bathing of patients and appropriate hair removal.
Currently, the researchers are exploring opportunities to implement the intervention in other hospitals in Africa. Based on the group's findings, Berenholtz believes the intervention is widely applicable and that healthcare-associated infections, such as surgical site infections, are preventable in such settings.
"Surgical care is risky and is usually associated with complications that could lead to prolonged suffering, longer hospital stay, increased cost, and could even be fatal," Berenholtz says. "Hopefully this intervention will help prevent that."