Antiseizure Medications Affect Children’s Autonomic Nervous System
Researchers studied how antiseizure medications (ASMs) affect the autonomic nervous system (ANS) in children with epilepsy.
This hub covers pediatric epilepsy in infants, kids, and teens, including diagnosis, syndromes, development, school plans, and safety. New studies translated into clear takeaways for parents.
Usually when two appropriate medications haven’t controlled seizures.
Many families benefit and it depends on seizure frequency, medications, and learning needs.
Often yes, with smart precautions. Ask your neurologist or epileptologist about your child’s specific risks.
Clusters, prolonged seizures, breathing trouble, new weakness, or major regression.
Researchers studied how antiseizure medications (ASMs) affect the autonomic nervous system (ANS) in children with epilepsy.
This study looked at 77 patients who had a specific brain condition called focal cortical dysplasia (FCD), which can cause epilepsy.
This study looked at how well different people agree on measuring seizure frequency in children with epilepsy who are treated with vagus nerve stimulation (VNS).
The STIRUS study looked at how effective stiripentol, a medication approved for Dravet syndrome (DS), is for patients in the United States.
This study looked at children diagnosed with Alexander disease (AD), a rare neurological condition, over the past ten years.
This study looked at how machine learning can help predict which patients with drug-resistant epilepsy might respond well to neuromodulation therapies, like vagus nerve stimulation (VNS).
This study looked at how well a new questionnaire-based tool can help classify seizure types in children with epilepsy.
Researchers studied how well machine learning (ML) models can predict seizures in patients with glioma-associated epilepsy (GAE), a common issue for people with gliomas, which are a type of brain tumor.
Researchers studied the prevalence of brain-related disorders in people with Noonan syndrome (NS), a genetic condition that can affect growth, heart health, and brain development.