Pediatric Emergency Care: Why Does Access Vary

What did researchers find about access to pediatric emergency care?

The study, published in May and highlighted on September 17, linked emergency department readiness assessments with the Child Opportunity Index, which measures neighborhood education, health, environmental and socioeconomic conditions. Distances to departments in the highest readiness quarter were approximately 23 miles for low-opportunity neighborhoods versus 5 miles for very-high-opportunity neighborhoods. [Read the study](https://escholarship.org/uc/item/2cf296v6).

Researchers estimated distance from census-tract centers, rather than tracking individual journeys. The findings therefore do not establish actual travel times, treatment delays or deaths caused by distance. Neighborhood scores also do not describe every family's income, and findings from one state cannot establish the national pattern.

Why does pediatric readiness matter in an emergency department?

Preparedness includes practical details that can matter during urgent treatment. The National Pediatric Readiness Project checklist specifies infant and child airway equipment, appropriately sized blood pressure cuffs, pediatric defibrillator pads and tools for calculating medication doses using weight in kilograms. An emergency department also needs staff who know how to locate and use these resources. Equipment availability is one part of a broader system for assessing, treating and monitoring children. [Pediatric readiness checklist](https://emscimprovement.center/documents/2799/NPRP_ED_Checklist_2024.pdf).

Separate research published in JAMA Network Open in 2023 examined 796,937 children receiving emergency care at 983 departments across 11 states. Compared with the lowest-readiness departments, the highest-readiness departments were associated with 60% lower adjusted odds of in-hospital death among injured children and 76% lower odds among children with medical conditions. These are relative differences in odds, not percentage-point reductions in an individual child's risk. The observational study supports the importance of readiness, but cannot prove that readiness alone caused the difference. Its population included children admitted, transferred or dying in the emergency department, rather than all children attending with minor illnesses. [Read the mortality study](https://jamanetwork.com/journals/jamanetworkopen/fullarticle/2800400).

How could communities improve emergency care for children?

In the university's announcement, lead researcher Mary Beth Bernardin emphasized training and equipping existing emergency departments. That approach addresses the readiness of facilities families can already reach. The implication is that hospital planning should consider both geographic coverage and the ability to manage a child's emergency on arrival. The Missouri study did not test an improvement program or establish how much a particular investment would reduce deaths. [University of Missouri announcement on EurekAlert](https://www.eurekalert.org/news-releases/1144412).

A joint policy statement published in Pediatrics describes concrete measures: physician and nurse coordinators for pediatric emergency care, competency assessment, medication safety processes and written transfer agreements. Recording weight in kilograms supports consistent dosing, while transfer protocols identify when specialist care is needed and how to arrange suitable transport. Hospitals can also review adverse events and measure treatment performance to identify gaps. Readiness includes stabilizing a child and arranging further care when services exceed a hospital's capabilities. [Pediatric readiness policy statement](https://publications.aap.org/pediatrics/article/157/2/e2025075318/206126/Pediatric-Readiness-in-the-Emergency-Department).