2023 Annual Neurology Resident Research Day
Resident Research Day is held each year in June. At this event, residents have the opportunity to present their completed research projects. Three residents conduct platform presentations of their work during Grand Rounds. Afterward, there is a poster session luncheon for residents and fellows. Each participant gives a brief overview of their project, and the audience has the opportunity to ask questions. Awards are given for the best platform and poster presentations. Residents are further encouraged to submit their final projects for presentation at meetings and publication.
Resident Research Poster Presentations
Alec Friedman, MD
“Safety of CAR T-Cell Therapy in Active Autoimmune Diseases: A Case Report”
Mentor: Dr. Sarah Wesley
Amol Mehta, MD
“Intracranial Large Artery Stenosis and Past Infectious Exposures: Results From the NOMAS Cohort”
Mentor: Dr. Jose Gutierrez
Austin Wang, MD
“Examining Incidence & Prevalence of Epilepsy Across Race In The NOMAS Study Group”
Mentors: Dr. Hyunmi Choi and Dr. Jose Gutierrez
Casey Young, MD
“Observational Study of Patients Hospitalized with Neurological Events After SARSCoV-2 Vaccination(s), December 2020 - June 2021”
Mentor: Dr. Kiran Takur
Danish Ghazali, MD
“Initiation of Metformin in MELAS Patient - A Dangerous Combination”
Mentors: Joshua Trebach, Devin J. Burke, Sarah G. Mahonski, Rober S. Hoffman
Emanuele Barca, MD
“The Role of USMG5 in Mitochondrial Energy Metablism Regulation”
Mentor: Dr. Michio Hirano
Christoforos Koumas, MD
“MedEd Project: Essentials of Clinical Neuroanatomy”
Mentor: Dr. Comana Cioroiu
digital presentation
Amanda Bilski, MD
“Assessing the Incidence of Stroke in Adults With Congenital Heart Disease: A Systematic Review”
Mentor: Dr. Eliza Miller
digital presentation
Sean Marinelli, MD
“A Training Module for Post-Arrest Management and Prognostication”
Mentor: Dr. Michelle Bell and Dr. Inna Kleyman
digital presentation
Resident Research Platform Presentation
Robert Rifkin, MD, PhD
“A Novel Anti-Seizure Medication Targeting G Protein-Gated Inwardly Rectifying Potassium (GIRK) Channels”