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[Infant mortality in a third level paediatric hospital. therapeutic effort limitation, clinical-pathological
E Alonso Villán1, J Pérez Rodríguez, J I Rodríguez
1Servicio de Neonatología, Hospital Universitario La Paz, Madrid, Spain.
Insights
Infant and child mortality analysis in a pediatric hospital revealed prematurity and hematology oncology as leading causes of death. Autopsies provided valuable data, highlighting the importance of palliative care and accurate diagnoses in complex pediatric cases.
Area of Science:
- Pediatric critical care medicine
- Neonatal and perinatal medicine
- Pediatric pathology
Context:
- This study examines infant and child mortality within a specialized, third-level children's hospital.
- The research focuses on a cohort of highly complex pediatric patients admitted between 2007 and 2009.
- Analysis includes epidemiological data, autopsy findings, and diagnostic accuracy.
Purpose:
- To analyze infant and child mortality patterns in a high-acuity pediatric hospital.
- To evaluate the role of pediatric autopsies in identifying significant findings and discrepancies.
- To assess the application of therapeutic effort limitation and palliative care in end-of-life pediatric cases.
Summary:
- A total of 253 deaths were analyzed, with prematurity/low birth weight and hematology oncology malignancies being the primary causes.
- Autopsies were performed in 53% of cases, yielding clinically significant findings in 7.8%, with one case showing potential for improved prognosis.
- Therapeutic effort limitation and palliative care were utilized in 41.9% of cases, with death deemed expected in 83.9%.
Impact:
- Hospital mortality reviews are crucial for assessing and improving the quality of pediatric care.
- Pediatric autopsies remain a valuable tool for generating clinically significant data for healthcare providers and families.
- The study underscores the increasing use of palliative care in pediatric end-of-life situations and the persistent challenge of achieving definitive etiological diagnoses in all cases.
Objective:
To study infant and child mortality in a third level children's hospital treating highly complex patients.
Patients And Methods:
All children dying in the period 2007- 2009 at La Paz Children's Hospital were evaluated. Epidemiological data, autopsy rate, clinical and autopsy diagnoses and their correspondence and the number of, patients with precise final diagnoses were analysed. Therapeutic effort limitation and palliative care were also evaluated as well as if the final result was expected according to the initial disease or clinical condition of the patients. All the variables were prospectively defined at the start of the study period.
Results:
A total of 253 cases (6.08‰ admissions) were analysed. The two leading causes of death were disorders related to prematurity and low birth weight, and haematology oncology malignant diseases. Most patients (87%) died in an intensive care unit (neonatal or paediatric). During the study period 134 autopsies (53%) were performed, and new clinically significant findings were observed in 12 of these (7.8%) but in only one case the treatment could have possibly modified the prognosis (class I discrepancy). Therapeutic effort limitation and palliative care were implemented in 41.9%. Death was initially expected in 83.9% of cases. An accurate final diagnosis was defined in 92%, and the aetiology of the disease was considered to be identified in 86.4% of all deaths.
Conclusions:
Hospital mortality analysis is useful to evaluate the quality of the paediatric care and to detect adverse results that could be corrected. Paediatric autopsy continues to provide clinically significant data for paediatricians and families. Therapeutic effort limitation and palliative care is increasingly applied in paediatric end of life care. The number of infants and children dying without a final aetiological diagnosis is still considerably high.
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