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Abstract Details

Midazolam Versus Ketamine as the First-line Continuous Infusion for Status Epilepticus in Children with Congenital Heart Disease
Child Neurology and Developmental Neurology
S37 - Emerging Therapies in Child Neurology (4:18 PM-4:30 PM)
005

Children with CHD are at high risk of SE.  Unfortunately, the treatment of SE has a high failure rate. Once loading doses of anti-seizure medications (ASMs) have failed to control seizures, patients are started on a CI, most commonly midazolam.  This is often accompanied by side effects, including hypotension, which can be especially problematic in patients with CHD.  Ketamine, a noncompetitive NMDA receptor antagonist, has emerged as an alternative for the treatment of SE, and it has a relatively favorable side effect profile.  However, it is unclear how ketamine compares to other CIs for the treatment of SE in children with CHD.


Comparison of midazolam and ketamine efficacies as first-line continuous infusions (CIs) for the treatment of status epilepticus (SE) in children with (CHD).  


Retrospective review of the electronic medical record of patients with CHD and SE treated with CI of ketamine and/or midazolam between 2017 and 2023 at a single tertiary pediatric hospital.  The primary outcome was seizure cessation with a single CI. Descriptive statistics were used.


Of 34 CHD patients with SE, 20 patients received midazolam as the first-line CI and 14 received ketamine.  The ketamine-first group was younger (Median 1.5 days, IQR 0-23.75) than the midazolam-first group (Median 87.5, IQR 10.75-121.75; p = 0.007). Most patients experienced multifocal (83% ketamine, 80% midazolam) and electrographic-only seizures (85% ketamine, 79% midazolam). The number of bolus ASMs given prior to CI was comparable, and there was no difference between groups in the rate of seizure cessation.


This retrospective study provides preliminary evidence supporting the non-inferiority of ketamine compared to midazolam for SE treatment in patients with CHD.  It will be important to determine the side effect rate for both groups as this may help to inform treatment strategies in this population.
Authors/Disclosures
Sam Javadian (Salam Dibaji)
PRESENTER
Mr. Javadian has nothing to disclose.
Julia Keenan No disclosure on file
Yu-Ting Liu No disclosure on file
Shruthi Voleti (George Washington University School of Medicine & Health Sciences) No disclosure on file
Caroline Conley No disclosure on file
Katelyn Staso (Children's National Hospital) No disclosure on file
David E. Horvat, MD (Walter Reed National Military Medical Center) Dr. Horvat has nothing to disclose.
Sarah Schlatterer, MD, PhD (Children'S National Medical Center) The institution of Dr. Schlatterer has received research support from Van Metre Foundation.
Arnold J. Sansevere, MD (Children's National Hospital) Dr. Sansevere has nothing to disclose.
Dana B. Harrar, MD (Children's National Medical Center) The institution of Dr. Harrar has received research support from NIH. Dr. Harrar has received publishing royalties from a publication relating to health care.