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A Practical Diagnostic Approach to Pediatric Episodic Vestibular Syndrome
Mar Rey-Berenguel1, Juan Manuel Espinosa-Sanchez1,2,3,4
1Division of Otoneurology, Department of Otolaryngology, Hospital Universitario Virgen de las Nieves, 18014 Granada, Spain.
Insights
Pediatric episodic vestibular syndrome (pEVS) presents diagnostic challenges due to varied causes. A new framework classifies pEVS symptoms into distinct phenotypes to guide diagnosis and management.
Area of Science:
- Neurology
- Otolaryngology
- Pediatrics
Background:
- Pediatric episodic vestibular syndrome (pEVS) causes diagnostic uncertainty in children.
- Recurrent vertigo, dizziness, and unsteadiness have diverse underlying mechanisms and implications.
- Symptom descriptions are often vague, and examinations may be normal between episodes.
Purpose of the Study:
- To propose a clinician-oriented, phenotype-first framework for evaluating pEVS.
- To aid in classifying recurrent vestibular symptoms in children.
- To guide diagnostic testing and facilitate recognition of various pEVS disorders.
Main Methods:
- Structured history taking and focused bedside examination.
- Emphasis on core symptoms, attack duration, triggers, and associated features (migraine, auditory, autonomic, neurologic).
- Organizing recurrent attacks into clinically recognizable phenotypes based on established criteria.
Main Results:
- Identified phenotypes include migraine-related, auditory, trigger-related, orthostatic/autonomic, and anxiety-related presentations.
- The framework supports bedside classification and guides selective ancillary testing.
- Facilitates longitudinal reassessment and potential diagnostic reclassification over time.
Conclusions:
- A phenotype-driven approach improves diagnostic reasoning for pEVS.
- Supports more rational use of ancillary testing in pediatric vestibular disorders.
- Aids in earlier recognition of common and less frequent pEVS conditions.
Abstract:
Pediatric episodic vestibular syndrome (pEVS) is a frequent source of diagnostic uncertainty because recurrent vertigo, dizziness, and unsteadiness in children may arise from disorders with markedly different mechanisms, prognostic implications, and management pathways. Symptom descriptions are often imprecise, interictal examination may be normal, and similar recurrent attack patterns may reflect spontaneous, triggered, neurologic, autonomic, audiovestibular, or extravestibular conditions. This Perspective proposes a clinician-oriented, phenotype-first framework for the practical evaluation of pEVS, grounded in the International Classification of Vestibular Disorders and Bárány Society consensus criteria where available. The proposed approach begins with structured history taking and focused bedside examination, emphasizing the core symptom category, attack duration, trigger profile, and associated migraine, auditory, autonomic, and neurologic features. Recurrent attacks are then organized into clinically recognizable phenotypes, including spontaneous non-migraine and migraine-related presentations, auditory phenotypes, ultrabrief stereotyped attacks, trigger-related attacks, orthostatic/autonomic phenotypes, motion- or visually-triggered dizziness, episodic vertigo with transient neurologic signs, and anxiety-related presentations. Rather than providing an exhaustive etiologic review, this framework is intended to support bedside classification, guide selective ancillary testing, and facilitate longitudinal reassessment, as diagnostic reclassification may occur over time. A phenotype-driven approach may improve diagnostic reasoning, support more rational use of ancillary testing, and facilitate earlier recognition of both common and less frequent but clinically important disorders.
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