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Copyright ©The Author(s) 2025.
World J Clin Pediatr. Sep 9, 2025; 14(3): 108140
Published online Sep 9, 2025. doi: 10.5409/wjcp.v14.i3.108140
Table 1 Summary of systemic barriers and proposed solutions for the quality of pediatric emergency care
Category
Key components
Quality indicators
Timeliness of careDoor-to-doctor time: Influenced by hospital size, staffing, triage[9,10]
Time to treatment: Quick intervention improves survival[12]
ED length of stay (LOS): It is an indicator of efficiency, and prolonged LOS could indicate ineffective therapy, bed shortages, or delayed diagnosis[13-15]
Patient safetyAdverse events include medication errors, misdiagnosis, and procedural mistakes[16-18]
Root causes: Staff fatigue, poor communication, protocol non-adherence[20]
Diagnostic accuracyTrauma: High misdiagnosis risk (e.g., abdominal injuries)[11]
Sepsis: Early vague symptoms lead to delay[21]
Respiratory issues: Misjudged severity impacts outcome[22]
Patient & family satisfactionInfluenced by communication, environment, and provider interaction[23]
Family involvement improves satisfaction and treatment adherence[24]
Systemic barriers
Resource constraintsLack of infrastructure[25,26]
Poor staffing
Lack of pediatric emergency physicians and protocols
Training gapsLack of specific pediatric training among ED practitioners
Outdated infrastructureOutdated or ineffective infrastructure puts patient safety at risk and delays care[28]
Lack of integrated care systems leading to delays in inpatient admissions, specialist consultations, and diagnostic testing
Proposed solutions
TelemedicineTo provide real-time support to rural and remote areas[30]
Mobile unitsHelpful to stabilize children before transfer to a specialized hospital or to offer on-site care
TrainingStructured pediatric emergency care training to ED members[31]
Simulation-based trainings improve competence and confidence by enabling them to practice uncommon but crucial procedures under controlled conditions[33]
Clinical protocolsUse of protocols is helpful to standardize clinical practices
Use in trauma/sepsis care has improved the outcome[32]
Research networksHelp improve the global standards and diagnostic accuracy
PECARN: Helped to enhance the evidence-based practices for asthma, trauma, and sepsis
Artificial intelligenceAssists with the identification of critical cases using data analytics
Promising early results in efficiency and safety
Quality improvement effortsFocus on clinical protocols, early warning systems, and symptom-based training
Effective in improving accuracy and reducing delays
Leadership rolePediatric leaders drive QI, staff training, and policy adherence
Leads to sustained pediatric care improvements