This is a pragmatic, paired, cluster-randomized controlled trial evaluating the impact of a safety huddle-based intervention on physiologic monitor alarm rates on pediatric inpatient units.
Hospital physiologic monitors can alert clinicians to early signs of physiologic deterioration, and thus have great potential to be life-saving. However, monitors generate frequent alarms, most of which are non-actionable. When clinicians become overburdened with alarms, they begin to exhibit alarm fatigue: responding more slowly to alarms or ignoring alarms entirely. In this protocol the investigators outline the methods they will use to evaluate the impact of a safety huddle-based intervention on physiologic monitor alarm rates using a pragmatic, paired, cluster-randomized controlled trial with the intervention delivered at the unit level. This work is considered quality improvement research, and some of the approaches described in this protocol are from the field of quality improvement. Currently, at most hospitals data like this on the numbers of alarms that patients generate are only available to researchers with the software tools needed to interrogate and record data from the monitor network. The goal of this proposal is to bring this data to the safety huddles occurring daily on inpatient units in an accessible format to help teams make informed decisions about monitoring and minimize the potential of harm from alarm fatigue.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
HEALTH_SERVICES_RESEARCH
Masking
NONE
Enrollment
77,280
The intervention consists of a monitor alarm dashboard that displays the numbers and types of alarms for each patient, and an accompanying checklist to guide data-driven discussion of 2-4 patients with high alarm rates.
Children's Hospital of Philadelphia
Philadelphia, Pennsylvania, United States
Change from baseline in the unit-wide rate of alarms per patient-day at 44 weeks
Time frame: Baseline and 44 weeks
Pre-post huddle patient-level difference in differences of alarm rates
The difference in the rate of alarms in individual patients in the 24 hours after discussion in a huddle compared with themselves in the 24 hours before the huddle, patients on the same unit as the huddle but whose alarms are not discussed, and patients on units without the alarm huddle intervention.
Time frame: The 24 hours before a safety huddle opportunity versus the 24 hours before a safety huddle opportunity
Implementation outcomes
Proportion of huddles in post-implementation data collection period that included discussion of at least 1 patient's alarms, proportion of patients in whom a change in monitor delay time was recommended who had delay time changed in a direction consistent with the recommendations within 4 hours
Time frame: Within 4 hours after the huddle intervention occurred
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