Related Experiment Video
Updated: Mar 20, 2026

Guidelines for Elective Pediatric Fiberoptic Intubation
Published on: January 17, 2011
Improving Pediatric Medication Safety Through Implementation of Evidence-Based Guidelines
Maia Dorsett1, Shane O'Donnell2, Ward Strickland3
1Department of Emergency Medicine, University of Rochester Medical Center, Rochester, New York.
Insights
Pediatric medication dosing errors in emergency medical services (EMS) were reduced by implementing standardized weight estimation, volume-based dosing tools, and clinician training. This quality improvement initiative achieved 97% correct dosing for initial pediatric medications.
Area of Science:
- Emergency medicine
- Pediatric critical care
- Quality improvement science
Background:
- Pediatric medication dosing errors are prevalent in prehospital settings, especially during critical events.
- Weight-based calculations pose a significant challenge for accurate dosing.
- Evidence-based guidelines recommend standardized weight estimation, volume-based dosing, cognitive offload tools, and clinician training.
Purpose of the Study:
- To implement evidence-based guidelines across an emergency medical services (EMS) system.
- To achieve at least 95% correct dosing for initial pediatric medication administration.
- To reduce medication errors in pediatric emergency care.
Main Methods:
- A quality improvement initiative guided by the Model for Improvement was conducted in an EMS system.
- Interventions included a volume-based dosing application, standardized length-based weight estimation, and hands-on training.
- Performance was monitored using Shewhart p-charts and Individual (I) charts, with ongoing case review for iterative improvements.
Main Results:
- Baseline dosing accuracy was 79% (2020-2022), with midazolam for seizures being the most frequent error (65% correct).
- Median correct dosing increased to 91% post-implementation, with sustained improvement to 97% by December 2025.
- Targeted retraining and application redesign enhanced accuracy, particularly for route-specific dosing.
Conclusions:
- Improving pediatric medication safety in EMS necessitates a comprehensive, collaborative, and iterative quality management approach.
- Sustained high performance requires continuous monitoring, targeted interventions, and system-level collaboration.
- Effective implementation of evidence-based tools, coupled with robust quality infrastructure, ensures reliable and durable improvements in pediatric medication safety.
Objectives:
Pediatric medication dosing errors are common in the prehospital setting, particularly during high-acuity, low-frequency events requiring weight-based calculations. Evidence-based guidelines recommend standardized weight estimation, volume-based dosing, use of cognitive offload tools, and clinician training to reduce errors. We sought to implement these guidelines across an emergency medical services (EMS) system with the aim of ≥95% correct dosing for initial pediatric medication administration.
Methods:
This quality improvement initiative was conducted amongst multiple agencies within a single EMS system serving upstate New York and guided by the Model for Improvement. Baseline dosing accuracy for patients aged ≤13 years was calculated using registry data from 2020-2022. Interventions included implementation of a protocol-integrated, volume-based dosing application; standardized length-based weight estimation; and case-based, hands-on training. Monthly performance was monitored using Shewhart p-charts to measure % correct dosing for all medications and using Individual (I) charts to measure the degree of variability from goal midazolam dosing for seizures. Ongoing case review was used to identify sources of error and inform iterative interventions, including targeted retraining and redesign of how medications were represented within the application.
Results:
Correct dosing at baseline from 2020-2022 was 79% overall, with substantial variability by medication. Midazolam for pediatric seizure was the most frequently incorrectly dosed medication at baseline (65% correct). Initial improvements were observed following implementation, with median correct dosing increasing to 91% beginning in Fall 2023. Subsequent protocol changes introduced new variation, particularly related to route-specific midazolam dosing. Targeted retraining and human-centered redesign of dose presentation within the application were associated with further improvement. Sustained process improvement to 97% correct dosing for all first-dose medications was achieved by December 2025.
Conclusions:
Improving pediatric medication safety in EMS requires a comprehensive, collaborative, and iterative quality management approach. Sustained high performance was achieved through continuous monitoring, targeted intervention, and system-level collaboration, demonstrating that implementation of evidence-based tools must be paired with ongoing quality infrastructure to achieve reliable and durable improvement.
Related Concept Videos
Pharmacokinetics in Pediatric Patients: Drug Excretion
Pharmaceutical Poisoning: Potential Scenarios
Pharmacokinetics in Pediatric Patients: Drug Distribution
Pharmacokinetics in Pediatric Patients: Drug Metabolism
Pharmacokinetics in Pediatric Patients: Overview and Drug Absorption
Drug Dosing: Infants and Children

