Erick Sell

Investigator, CHEO Research Institute

Dr. Sell was originally a Pediatrician from Costa Rica. He worked in pediatric neurology and pediatric epilepsy at The Hospital for Sick Kids (HSC) in Toronto, from 2002-2006. He currently is with CHEO as a staff Neurologist. His is current research interests is with Angelman Syndrome.

Research Projects

  1. Understanding the Physical Literacy Development of 8- to 12-year-old Children Living with Chronic Medical Conditions: A Comprehensive, Mixed Methods Inquiry

    01/09/2024

    Physical literacy is a concept used to describe the combined physical, affective and cognitive capacities facilitating an active lifestyle. Physical activity participation is essential for children living with chronic medical conditions, but knowledge of physical literacy among this group is scarce. An explanatory, sequential mixed methods design was used to comprehensively describe the physical literacies of children with chronic medical conditions (CMCs). Children with CMCs can achieve recommended levels of physical literacy without meeting normative standards for physical competence. Participants would benefit from a physical literacy intervention that targets the development of bodily self-regulation skills and risk evaluation in active settings.

  2. Potential Benefit of Add-on Δ9-Tetrahydrocannabinol in Pediatric Drug-Resistant Epilepsy: A Case Series

    29/06/2021

    Based on our experiences and reports in the literature, we propose that, in patients who fail management with an initial trial of high-dose CBD-focused therapy, there may be a role for add-on THC-focused formulations.

  3. Characterization of physical literacy in children with chronic medical conditions compared with healthy controls: a cross-sectional study

    09/03/2021

    Physical competence (motor skill, fitness) interventions, rather than motivation or education, are needed for these youth.

  4. Tuberous sclerosis complex associated intracranial lesion found by antenatal ultrasound

    22/04/2020

    Though there are no reports of sensitivity of neurosonography for the antenatal detection of intracranial abnormalities associated with TSC, our case suggests that antenatal ultrasound could be used as a screening modality for antenatal diagnosis of TSC.