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Characteristics associated with pediatric inpatient death
Anthony D Slonim1, Sachin Khandelwal, Jianping He
1Division of Critical Care Medicine, Children's National Medical Center, Washington, DC, USA. aslonim@carilion.com
Insights
Inpatient deaths in children
Area of Science:
- Pediatric Healthcare
- Hospital Quality Improvement
- Epidemiology
Background:
- Understanding inpatient mortality in pediatric populations is crucial for improving care.
- Academic children's hospitals serve a significant number of critically ill children.
Purpose of the Study:
- To analyze inpatient death patterns in academic children's hospitals.
- To identify factors associated with pediatric mortality during hospitalization.
Main Methods:
- A nonconcurrent cohort study analyzed data from 37 academic children's hospitals in 2005.
- Patient demographics, diagnoses, and insurance status were examined.
- Standardized mortality rates (SMRs) and ratios were calculated.
Main Results:
- Over 427,000 patients were discharged, with 1.1% (4,529) dying.
- Neonates (4.03%) and patients over 18 (1.4%) had the highest mortality rates.
- Significant variability in SMRs was observed across institutions and diagnostic groups.
Conclusions:
- Age, disease severity, and specific diagnoses are key factors in pediatric inpatient deaths.
- Reducing inter- and intra-hospital variability in care may improve mortality outcomes.
- Targeted interventions based on identified risk factors are needed.
Objective:
The primary objective of this study was to obtain a broad understanding of inpatient deaths across academic children's hospitals.
Methods:
A nonconcurrent cohort study of children hospitalized in 37 academic children's hospitals in 2005 was performed. The primary outcome was death. Patient characteristics including age, gender, race, diagnostic grouping, and insurance status and epidemiological measures including standardized mortality rate and standardized mortality ratios (SMRs) were used.
Results:
A total of 427 615 patients were discharged during the study period, of whom 4529 (1.1%) died. Neonates had the highest mortality rate (4.03%; odds ratio: 8.66; P < .001), followed by patients >18 years of age (1.4%; odds ratio: 2.86; P < .001). The SMRs ranged from 0.46 (all patient-refined, diagnosis-related group 663, other anemias and disorders of blood) to 30.0 (all patient-refined, diagnosis-related group 383, cellulitis and other bacterial skin infections). When deaths were compared according to institution, there was considerable variability in both the number of children who died and the SMRs at those institutions.
Conclusions:
Patient characteristics, such as age, severity, and diagnosis, were all substantive factors associated with the death of children. Opportunities to improve the environment of care by reducing variability within and between hospitals may improve mortality rates for hospitalized children.
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