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[Acute cerebellar ataxia in childhood]
Yaline Betancourt Fursow1, Juan Carlos Jiménez León, Cristina S Jiménez Betancourt
1Instituto Neurológico, Universidad de Carabobo, Valencia, Venezuela.
Insights
Acute cerebellar ataxia in children is often linked to chickenpox. This study highlights clinical features and management, finding no significant difference with acyclovir treatment.
Area of Science:
- Pediatric Neurology
- Infectious Diseases
- Neuroimmunology
Context:
- Acute cerebellar ataxia (ACA) is a common neurological complication following viral infections, particularly chickenpox.
- Understanding ACA's presentation and management is crucial, especially in regions without widespread chickenpox vaccination.
- Differentiating ACA from other acute post-infectious cerebellitis conditions is essential for accurate diagnosis.
Purpose:
- To analyze the clinical presentation, treatment, and outcomes of pediatric patients hospitalized with acute cerebellar ataxia.
- To explore the differential diagnosis of acute post-infectious cerebellitis in children.
- To investigate the role of intravenous acyclovir in managing chickenpox-related ACA.
Summary:
- Ninety-five children diagnosed with ACA (acute onset ataxia <48 hours) were evaluated; chickenpox was the most frequent cause, especially in immunosuppressed children.
- Ataxia presented first, with rash appearing 1-3 days prior. Brain imaging revealed edema in 33.3% of cases.
- Intravenous acyclovir treatment in 23 patients showed no significant difference in clinical outcomes compared to untreated patients. Mean hospital stay was 4 days.
Impact:
- Provides insights into the clinical course and management strategies for acute cerebellar ataxia in a pediatric population.
- Highlights chickenpox as a primary etiological agent for ACA in unvaccinated settings.
- Suggests that current treatment protocols, including acyclovir, may not significantly alter the clinical trajectory of ACA.
Abstract:
Acute cerebellar ataxia of childhood is the most frequent neurological complication of chickenpox virus infection. Acute cerebellar ataxia is categorized within the group of acute postinfectious complications. The aims of this study were: (I) to evaluate the clinical presentation, management, and follow-up of children hospitalized due to acute cerebellar ataxia in a tertiary pediatric hospital, where immunization for chickenpox is not available, and (II) to describe the differential diagnosis of acute postinfectious cerebellitis. We evaluated 95 patients with acute cerebellar ataxia. The diagnostic criteria for acute ataxia were: Acute-onset loss of coordination or gait difficulties, with or without nystagmus, lasting less than 48 hours in a previously healthy child. All children met the inclusion criteria, except those with drug-induced ataxia in whom duration should be less than 24 hours for inclusion in the study. The data were recorded in a clinical pediatrics and neurological chart. Among immunosuppressed patients acute cerebellar ataxia was most frequently due to chickenpox. Most of the patients were male. Age at presentation ranged from preschool to 5 years of age. Time lapse between presentation of the rash and hospital admission ranged from 1 to 3 days. CSF study was performed in 59.5% of the cases. Brain magnetic resonance imaging and computed tomography scan showed edema in 33.3%. Intravenous acyclovir was used in 23 patients, however, no significant differences were found in clinical manifestations and follow-up between treated and untreated patients. Ataxia was the first clinical manifestation. Mean hospital stay ranged from 2 to 11 days with a mean of 4 days.
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