EM Research Fellowship
The University of Rochester’s Department of Emergency Medicine offers a SAEM-Approved Research Fellowship Program.
Aims of the Fellowship
Aim 1: Develop and refine the fellow’s focused area of research expertise
Aim 2: Develop the fellow’s proficiency with the critical knowledge, skills, and attitudes to develop into a successful, independently funded emergency care researcher
Aim 3: Develop the fellow’s skills necessary to transition from fellow to faculty
The core curricular areas of the fellowship include: ethics / professional integrity, biostatistics, epidemiology, hypothesis generation, research design, design of clinical trials, data collection methods, data management and monitoring, research presentation, manuscript preparation, practical skills in grant writing, project management, informatics, teaching skills, and career development.
- Two years
- Master of Science in Clinical Investigation (MS-CI) earned at no cost to fellow
- 47 weeks/year clinical with 12 hours/week in ED
- 4 weeks/year vacation
- 1 week/year CME
The Research Fellow
- Will conduct a research project during fellowship
- Will establish a mentorial committee with the assistance of the fellowship director
- Will develop an individualized learning plan
- Is expected to submit at least 2 original manuscripts during fellowship period
- Is expected to submit a significant grant application prior to completion of fellowship
- Will participate in EM Research Division meetings
- Will participate in institutional/CTSI workshops
Please contact fellowship director, Dr. David Adler, if you are interested in learning more about this fellowship opportunity.
Our Current Fellow
Layne Dylla, M.D., Ph.D.
Layne Dylla, MD, PhD, moved to Rochester after graduating from the University of Colorado, Medical Scientist Training program to pursue her Emergency Medicine Residency training. Upon, completion of residency, she stayed on as clinical faculty and a fellow in the SAEM-approved URMC Research Fellowship and the URMC Experimental Therapeutics Program. Her research aims to better understand the acute pathophysiology of ischemic stroke and identify potential interventions that can be employed in the prehospital and emergency department setting, such as brief early hyperoxia. Layne is currently conducting a clinical trial to evaluate the role of hyperoxia in acute ischemic stroke, supported by an American Heart Association Career Development Award.