A real-time electronic decision support system helped clinicians at community hospitals provide best practice care for emergency department patients with pneumonia, resulting in decreased intensive care unit admission, more appropriate antibiotic use, and 38% lower overall mortality according to a new study by researchers atIntermountain Healthcare in Salt Lake City.
Results of the study are published today in the American Journal of Respiratory and Critical Care Medicine.
“Treating pneumonia in emergency departments is challenging, especially in community hospitals that don’t see severe pneumonia as often as urban academic medical centers,” said Nathan Dean, MD, section chief of pulmonary and critical care medicine at Intermountain Medical Center and principal investigator of this study.
Pneumonia was the leading cause of death from infectious diseases in the United States, even before the COVID-19 pandemic, and continues to be a leading cause of death.
In the study, researchers at Intermountain Healthcare deployed the health system’s electronic, open loop, clinical decision support system known as ePneumonia to 16 of its community hospitals between December 2017 to June 2019.
In that time, those hospitals had 6,848 pneumonia cases, and the ePneumonia tool was used by a bedside clinician in 67% of eligible patients.
The Intermountain decision support tool gathers key patient indicators including age, fever, oxygen saturation, laboratory and chest imaging results, and vital signs to made recommendations on care, including appropriate antibiotic therapy, microbiology studies, and care setting recommendations (i.e., whether a patient should be sent to the ICU, admitted to the hospital, or is safe to go home).
The ePneumonia tool is a unique, advanced electronic, real-time clinical decision support system that drove best practice and improved clinical outcomes in busy emergency departments in this study, replicating our earlier findings from larger urban centers. This is a really promising opportunity to enhance delivery of care in smaller rural hospitals.
Using the tool, Intermountain researchers found a range of positive outcomes for patients, including:
- 38% relative reduction in mortality 30 days after being diagnosed with pneumonia, with the largest reduction in mortality in patients admitted directly from the emergency department to the ICU
- 17% increase in outpatient disposition
- Decreased intensive care unit admission without safety concerns
- Lowered mean time from emergency department admission to start of first antibiotic
Researchers say results of the study are consistent with a prior study deploying the ePneumonia systems in Intermountain’s larger hospitals.
“In giving clinicians a real-time assessment tool that pulls together over 50 factors that can determine how a patient will do with pneumonia, our study found that clinicians were able to make better treatment decisions with this resource,” noted Dr. Dean. “Some of our community hospitals have as little as 20 beds. We wanted to validate the effectiveness of ePneumonia in very different healthcare settings.”
During the time of this study, U.S. News and World Report also ranked Intermountain as high performing in pneumonia care with excellent outcomes.
Dr. Dean added that not only did ePneumonia make recommendations that helped clinicians, but it also enabled clinicians to be more structured and consistent in making decisions about patients with pneumonia.
“Even if they don’t follow the recommendation, decision-making is more consistent with best practices,” he said.
For example, ePneumonia might recommend a patient be admitted to the intensive care unit, but a clinician knows that it’s not the right care setting for an elderly, stage IV cancer patient.
The study can be found here.
