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Cost-Benefit Analysis of a Pediatric ICU Sedation Weaning Protocol
Chiara Velez1, Jessica J Anderson2, J Jackson Resser3
199 MDG (CV) of the United States Air Force at Nellis Air Force Base, NV.
Insights
A new sedation weaning protocol in a pediatric intensive care unit (PICU) significantly reduced medication costs without worsening patient withdrawal symptoms. This demonstrates a cost-effective approach to sedation management in critically ill children.
Area of Science:
- Pediatric Critical Care Medicine
- Pharmacoeconomics
- Clinical Protocol Implementation
Background:
- Sedation is crucial for intubated children in the pediatric intensive care unit (PICU).
- Weaning from sedation can be complex and costly.
- Previous studies suggest risk-stratified protocols can improve outcomes.
Purpose of the Study:
- To evaluate the impact of a risk-stratified sedation weaning protocol on medication costs in a PICU.
- To assess if the protocol affected patient withdrawal symptoms.
Main Methods:
- Retrospective observational cohort study in a pediatric intensive care unit (PICU).
- Compared medication costs for weaning benzodiazepine, alpha agonist, and/or opioid infusions before and after protocol implementation (2018-2020).
- Analyzed 84 sedation weaning instances in intubated children under 18 years.
Main Results:
- Total sedation weaning costs decreased from $400,328.87 pre-protocol to $170,458.85 post-protocol.
- The protocol was associated with an estimated $5173.20 lower cost per patient, adjusted for weight and drug risk (p=0.036).
- Withdrawal symptom rates were similar between pre-protocol (16%) and post-protocol (14%) groups (p=0.435).
Conclusions:
- Implementing a risk-stratified sedation weaning protocol in a PICU led to significant cost savings.
- The protocol did not negatively impact patient outcomes, specifically withdrawal symptoms.
- Further multicenter research is recommended to validate these findings across diverse PICU settings.
Objective:
A risk stratified sedation weaning protocol improved patient outcomes in a pediatric intensive care unit (PICU). We sought to determine the protocol effect on medication costs.
Methods:
This was a retrospective observational cohort study in an academic tertiary care children's hospital PICU (2018-2020) comparing the cost when weaning benzodiazepine, alpha agonist, and/or opioid infusions in intubated children <18 years of age.
Results:
There were 84 total sedation weaning instances (pre-protocol n = 41 and post-protocol n = 41); 2 patients had 2 encounters, 1 in each phase. The total cost (in 2022 United States Dollars) of sedation weaning was $400,328.87 ($15,994.44/kg) pre-protocol compared with $170,458.85 ($11,227.52/kg) post-protocol. The median cost of sedation wean per patient for pre-protocol patients was $3197.42 (IQR: $322.66-$12,643.29) and post-protocol patients was $1851.44 (IQR: $425.05-$5355.85; p = 0.275). A linear regression model estimated the expected cost of sedation wean for post-protocol patients to be $5173.20 lower than for pre-protocol patients of the same weight and overall drug risk (p = 0.036). The proportion of withdrawal symptoms in the pre-protocol patients (16%) was not significantly different from the proportion in the post-protocol patients (14%; p = 0.435).
Conclusions:
Implementation of a PICU sedation weaning protocol in a single-center conferred cost benefit without negatively impacting patient outcomes. A larger multicenter study would provide insight to the applicability to PICUs in varied settings with differing patient populations.
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