Jessie Nance, MD

Dr. Sarah Kelley focuses on treating children with epilepsy with an emphasis on those who continue to have seizures after trying multiple medications. Dr. Kelley is the director of the Pediatric Epilepsy Monitoring Unit where she oversees the evaluation and management of children with difficult to control or difficult to diagnose epilepsy. She evaluates and manages patients who may be candidates for epilepsy surgery. Dr. Kelley has additional expertise in the treatment of children with electrical status epilepticus of sleep (ESES). Dr. Kelley is also very involved with teaching and education and in addition to attending in the Epilepsy Monitoring Unit is one of the Attending Physicians on the Pediatric Neurology Inpatient Service.Dr. Kelley received her medical degree from SUNY at Buffalo Medical School in New York. She then went on to complete her pediatrics residency training followed by her Child Neurology training at The Johns Hopkins Hospital in Baltimore. She then completed her fellowship in clinical neurophysiology/pediatric epilepsy at Johns Hopkins.Dr. Kelley sees patients with seizures/epilepsy on Tuesday afternoons and Wednesday and Thursday mornings in the Johns Hopkins Outpatient Center. Telemedicine visits with Dr. Kelley are available in some circumstances.

Brenda Banwell is the director of the Department of Pediatrics, as well as pediatrician-in-chief and co-director of Johns Hopkins Children’s Center, where she helps manage the hospital’s many clinical and research centers. Dr. Banwell is a renowned expert in the research and treatment of pediatric multiple sclerosis (MS) and other neuroimmune disorders. She specializes in and studies the use of neuroimaging to assess the clinical and cognitive impact of the conditions, as well as the function of the immune system in children with these disorders. She also created a standardized clinical care algorithm and clinical database in order to evaluate the clinical impact of MS. Dr. Banwell has published more than 250 manuscripts in high-impact journals, along with over 25 book chapters. In addition, she has over 200 national and international invited lectureships and visiting professorships. An advocate for pediatric multiple sclerosis needs and research, Dr. Banwell serves as chair of the International Medical and Scientific Board of the Multiple Sclerosis International Federation, and the Myelin Oligodendrocyte Glycoprotein Antibody–Associated Disease (MOGAD) International Research Consortium. She is also chair of the pediatric committee of the National Institutes of Health NeuroNEXT program, which conducts studies on treatments for neurological diseases through academic, private, and industry collaborations. Dr. Banwell currently serves as past-chair of the International Pediatric Multiple Sclerosis Study Group, Dr. Banwell earned her medical degree from the University of Western Ontario. She later completed a residency in pediatrics at the University of Western Ontario-Children's Hospital of Western Ontario and a second residency in pediatric neurology at University of Toronto – The Hospital for Sick Children. Her residencies were followed by a fellowship in neuromuscular research at Mayo Clinic.

Dr. Eric Jackson specializes in the evaluation and treatment of patients with a broad range of neurosurgical disorders, including congenital malformations of the brain and spine, hydrocephalus (including endoscopic treatment), chiari malformation, craniosynostosis, spinal dysraphism/tethered cord, brain and spinal cord tumors, and traumatic brain injuries. He is the Principal Investigator for several multi-institution research studies, including: Hydrocephalus Clinical Research Network: currently investigating endoscopic surgery vs shunting for the treatment of hydrocephalus in infants in a $10M randomized trial funded by the NIH Park Reeves Syringomyelia Research Consortium Advancing the treatment for pediatric craniopharyngioma, identifying biological targets for molecular therapy A multi-institutional trial investigating a non-invasive eye tracking device for assessing increased intracranial pressure