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Published on: June 15, 2019
Lessons Learned from Sepsis Microlearning Intervention
Eduardo R Osegueda1,2,3, Ben Webber4, Tanvi Mehta5
1Division of Health Policy & Management, School of Public Health, University of Minnesota, Minneapolis, Minnesota, United States.
Abstract:
Improving early recognition and treatment of sepsis is key to decreasing patient mortality. A large academic health system implemented several quality improvement initiatives, yet monthly compliance with sepsis best practices remained low.Develop and evaluate an electronic health record (EHR)-embedded microlearning intervention to address suboptimal adherence to sepsis care best practices.We conducted a randomized stepped-wedge trial of our microlearning intervention with randomization done at the nursing block level. Antibiotic delay and secondary outcomes extracted from the EHR were analyzed using mixed models to account for intracluster correlation.The microlearning intervention did not reduce antibiotic delay (mean difference = 0.71 hours; p = 0.49). Despite the alert firing over 30,000 times during the study period, the microlearning intervention was viewed only a total of 30 times.Our microlearning intervention did not improve sepsis care outcomes. We believe that although the content addressed key knowledge gaps, delivering the intervention through disruptive EHR alerts was not an accessible delivery channel to the nursing staff we targeted.
Insights
An electronic health record (EHR)-embedded microlearning intervention did not improve sepsis care, failing to reduce antibiotic delay. The intervention
Area of Science:
- Healthcare Quality Improvement
- Medical Education Technology
- Sepsis Management
Background:
- Improving early sepsis recognition and treatment is critical for reducing patient mortality.
- Despite quality improvement initiatives, adherence to sepsis best practices in an academic health system remained suboptimal.
- Electronic health record (EHR) systems offer potential platforms for delivering targeted interventions.
Purpose of the Study:
- To develop and evaluate an EHR-embedded microlearning intervention aimed at improving adherence to sepsis care best practices.
- To assess the intervention's impact on reducing antibiotic delay and improving secondary sepsis care outcomes.
Main Methods:
- A randomized stepped-wedge trial was conducted, with randomization at the nursing block level.
- The microlearning intervention was delivered via EHR alerts.
- Antibiotic delay and secondary outcomes were extracted from the EHR and analyzed using mixed models.
Main Results:
- The microlearning intervention did not significantly reduce antibiotic delay (mean difference = 0.71 hours; p = 0.49).
- The intervention, despite over 30,000 alert firings, was viewed only 30 times by nursing staff.
- No significant improvement in sepsis care outcomes was observed.
Conclusions:
- EHR-embedded microlearning delivered through disruptive alerts was not an effective or accessible channel for nursing staff.
- The intervention's content may have addressed knowledge gaps, but the delivery method hindered engagement and impact.
- Future interventions should consider more accessible delivery channels to improve sepsis care adherence.
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