Pediatric epilepsy research translated for parents into normal language, including summaries about diagnosis, treatments, school, safety, and safety.
Researchers conducted a study to explore how brain perfusion imaging, a technique that measures blood flow in the brain, can help predict whether children with focal lesional epilepsy will be free from seizures after surgery.
Researchers studied how naming abilities and the side of the brain where seizures occur affect bilingual children with epilepsy.
Researchers at Boston Children’s Hospital studied the effects of epilepsy surgery in children with Sturge-Weber syndrome, a condition that can cause seizures and other neurological issues.
Researchers studied the effects of surgery on children with peri-Rolandic epilepsy, a type of epilepsy that affects a specific area of the brain responsible for motor functions.
Researchers examined how to choose the right participants for clinical trials focused on pediatric developmental and epileptic encephalopathies, which are severe forms of epilepsy that affect brain development.
Researchers studied how certain genetic variations in the ADORA2A gene might affect how children with epilepsy respond to two medications: valproic acid and oxcarbazepine.
Researchers studied the use of a medication called cenobamate in children with focal epilepsies and developmental epileptic encephalopathies.
Researchers studied the effects of rapid genomic testing on children who were seriously ill and had severe epilepsy.
Researchers studied how neurocognitive issues, behavior problems, and the treatment process affect stress levels in parents of children with epilepsy.