When a child arrives in the emergency department after a seizure, figuring out what needs to happen next is critical.
For the clinical team, the answer depends on timely neurological information. EEG reads help shape decisions about medication, monitoring, discharge, follow-up, or transfer, but pediatric EEG expertise isn’t always available.
Small community hospitals and regional medical centers alike routinely care for children in the emergency department, inpatient units, and intensive care settings. Yet many do not have pediatric neurologists, epileptologists, or EEG readers immediately available, particularly after hours. The result is a familiar bottleneck: the EEG may be clinically warranted, but the expertise to interpret it is not always available when the care team needs it.
The CDC estimates that about 456,000 children age 17 and younger in the U.S. have active epilepsy, and many more children may need EEG evaluation after seizure-like episodes, altered mental status, developmental concerns, or other neurological symptoms.
Access TeleCare’s pediatric teleEEG program helps hospitals close the gap between need and resource availability.
The program supports routine and STAT EEGs, spot studies, and continuous EEG monitoring for patients of all ages, including newborns. EEGs can be performed in the ED, ICU, Med/Surg units, and outpatient settings, with remote interpretation by specialists who understand the clinical urgency behind the study. Access TeleCare also supports pediatric EEG interpretation and consultative guidance for hospitals building or expanding EEG programs.
“Pediatric EEG interpretation requires more than reading a tracing in isolation,” said Annie Tsui, D.O., chief medical officer of neurology at Access TeleCare. “Age, development, symptoms, medications, and the clinical setting all matter. A newborn, a toddler, and a teenager can have very different EEG patterns and very different clinical needs. Timely interpretation helps the care team understand what they are seeing and make the next decision with greater confidence.”
That expertise is especially important for neonatal and young pediatric patients. The American Clinical Neurophysiology Society notes that pediatric EEG recordings require special considerations, particularly for neonates, infants, and young children. In other words, pediatric EEG is not simply adult EEG on a smaller patient.
For hospitals, the issue is both clinical and operational. Delayed EEG interpretation can slow the care plan, extend observation time, increase uncertainty, and contribute to transfers that may not have been necessary if specialty interpretation had been available sooner. For families, those delays can mean travel, missed work, time away from home, and the fear that comes with waiting for answers.
TeleEEG gives hospitals a reliable solution.
With remote EEG interpretation, hospitals can strengthen pediatric neurological care without relying solely on the recruitment of scarce on-site specialists. Local teams can perform the study, maintain the patient relationship, and receive expert interpretation to support care decisions. When transfer is necessary, the receiving team has clearer information. When transfer is avoidable, the child can remain closer to home.
With pediatric teleEEG, hospitals have the means to bring specialized neurological insight into the moments when it can change the course of care.
For children, that may mean faster answers after a frightening seizure. For parents, it may mean fewer unanswered questions and less unnecessary travel. For hospitals, it means a stronger pediatric readiness strategy and a more complete neurological care model.
