Secondary triage of the injured pediatric patient within the trauma center: support for a selective resource-sparing two-stage system
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Published on: November 20, 2016
Bruce Simon1, Richard Gabor, Patricia Letourneau
1Pediatric Trauma Service, Baystate Medical Center, Springfield, MA, USA. bsimon@winthrop.org
Insights
A new modified pediatric trauma score (mPTS) tool can safely triage many pediatric trauma patients, reducing unnecessary alerts and saving resources. This supports multitiered triage systems in trauma centers for efficient patient evaluation.
Area of Science:
- Pediatric Emergency Medicine
- Trauma Surgery
- Clinical Triage Systems
Background:
- High-risk pediatric trauma patients require trauma center evaluation.
- Many trauma alerts are for patients with minimal injuries, leading to resource strain.
Purpose of the Study:
- To develop and validate a clinical tool for safely triaging pediatric trauma patients in the emergency department (ED).
- To identify patients who can undergo initial evaluation without a full trauma alert.
Main Methods:
- Developed the modified pediatric trauma score (mPTS) based on the pediatric trauma score (PTS).
- Retrospectively tested mPTS against injury severity scores (ISS) and urgent intervention needs in 1112 pediatric trauma patients.
Main Results:
- The mPTS tool would have triaged 58% of patients, potentially saving significant resources.
- 99% of patients with ISS > 10 and all needing urgent interventions would have remained full trauma alerts.
- A positive predictive value of 0.32 indicated a safe level of overtriage was maintained.
Conclusions:
- Supports the implementation of multitiered triage systems in trauma centers.
- Emergency medicine staff can safely perform initial evaluations for select pediatric trauma patients, deferring full trauma alerts.
Objectives:
While it is generally agreed that pediatric trauma patients exposed to high-risk injury mechanisms should be sent to trauma centers, many patients seen with full trauma alerts are determined to have minimal injury. The purpose of this study was to develop and test a clinical tool to safely triage a group of pediatric trauma patients for initial evaluation by the emergency department (ED) within the trauma center.
Methods:
The pediatric trauma score (PTS) was used as the basis for development of a simplified, user-friendly assessment tool called the modified pediatric trauma score (mPTS). It used basic physiologic and anatomic signs identified at ED triage. This tool was retrospectively tested against the outcomes of 1112 pediatric trauma patients as determined by their final injury severity scores (ISS) and the need for urgent interventions.
Results:
Our tool would have triaged 58% of patients to ED preevaluaton resulting in significant resource savings. Concurrently, 99% of patients with an ISS greater than 10 and all patients who needed urgent interventions would have remained full trauma alert patients. The positive predictive value of our tool was only 0.32. indicating that a safe level of overtriage was maintained.
Conclusion:
This study serves as further support for the concept of multitiered triage systems within trauma centers. In such settings, initial evaluations of select pediatric patients can be safely performed by emergency medicine staff with deferral of full trauma team alerts.
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