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Paramedic Identification of Pediatric Seizures: A Prospective Cohort Study
Insights
Paramedics accurately identified active pediatric seizures with high specificity but missed many cases. Unrecognized seizures often presented with abnormal vital signs and gaze deviation, requiring significant interventions.
Area of Science:
- Emergency Medicine
- Pediatric Neurology
Background:
- Pediatric seizures frequently lead to emergency medical services (EMS) activation, representing 5-15% of pediatric 911 calls.
- Over 50% of children with active seizures do not receive prehospital antiepileptic drugs, possibly due to underrecognition by EMS.
Purpose of the Study:
- To evaluate the sensitivity and specificity of paramedic identification of pediatric seizures.
- To characterize unrecognized pediatric seizures.
Main Methods:
- Prospective cohort study of 349 pediatric patients (≤15 years) with a prehospital seizure impression over 18 months.
- Data collected via physician-completed forms upon emergency department (ED) arrival, including EMS report and clinical status.
- Calculated sensitivity and specificity of paramedic seizure identification; analyzed characteristics and outcomes of missed seizures.
Main Results:
- Paramedic sensitivity for identifying active seizures was 54%, with a specificity of 96%.
- Of 349 patients, 15% were actively seizing upon ED arrival.
- Missed seizures commonly presented with abnormal vital signs (75%), gaze deviation (50%), and clenched jaw (33%).
Conclusions:
- Paramedics demonstrated high specificity but low sensitivity in recognizing active pediatric seizures.
- Unrecognized seizures frequently presented with non-specific signs like abnormal vital signs and gaze deviation.
- A significant proportion of unrecognized seizures required intensive interventions, including intubation and ICU admission.
Objective:
Pediatric seizures commonly trigger emergency medical services (EMS) activation and account for approximately 5-15% of all pediatric 911-EMS calls. More than 50% of children with active seizure activity do not receive prehospital antiepileptic drugs, potentially because they are not recognized by EMS. The purpose of this study is to evaluate specificity and sensitivity of paramedic identification of pediatric seizures and to describe the characteristics of unrecognized seizures.
Methods:
This is an 18-month prospective cohort study at a single, pediatric emergency department (ED). EMS patients ≤15 years old with a prehospital provider impression of seizure were included. Upon ED arrival, a data collection form, which included the EMS verbal report and patient's clinical status, was completed by the attending emergency physician. The primary outcome was sensitivity and specificity of paramedic identification of active seizure. Secondary outcomes included characteristics of missed seizures, ED interventions, and disposition. Descriptive statistics, sensitivity, and specificity were computed. Patient characteristics and clinical outcomes were compared.
Results:
Surveys were completed for 349 patients (Median 3, IQR = 3.4). Fifty-two of the patients (15%) were actively seizing upon arrival at the ED. Sensitivity was 54% and specificity was 96% for paramedic identification of active seizure. Common features of missed cases were abnormal vital signs (75%), gaze deviation (50%) and clenched jaw (33%). Of these, 37% required intubation and 53% were admitted to the intensive care unit.
Conclusion:
Paramedics were highly specific, but not sensitive in identifying active seizures on ED arrival. Patients with unrecognized seizures presented most commonly with abnormal vital signs and gaze deviation.
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