This interdisciplinary training program will provide scholars with didactic and mentor-driven training in clinical emergency care research. The program will extend existing resources and develop specific new curriculum to move young investigators into a high trajectory for an investigative career specifically focused on emergency care.
Specific aims are (1) to establish a sustainable administrative structure for the program, (2) to formalize the mentoring roles for faculty from the participating units (3) to create new curriculum that specifically addresses unique aspects of emergency medicine and acute care research, and (4) to recruit, select, and monitor the initial and long-term success of high-quality emergency medicine clinical investigators. Scholars will be early career physicians or post-doctoral scholars with clinical focus in emergency care. Over two or three years, scholars will conduct primary investigations with input from a mentoring team drawn from experts in acute care research. A didactic program, including a thesis, will lead to a master's or other advanced degree. The primary aim of the training program is to prepare scholars for independently funded investigations that will improve emergency and acute care. The principle focus will be to provide all resources and guidance required for scholars to start independent investigation during the term of their support.
There are unique challenges to conducting research to improve emergency or acute care, and few training programs directly address these challenges. This proposal will establish an interdisciplinary training program to provide early-career clinical scientists with didactic and mentor-driven training in clinical emergency care research. The program will increase the number of highly qualified physicians and scientists working to improve emergency care for the public.
|Drohan, Callie M; Cardi, Alessandra I; Rittenberger, Jon C et al. (2018) Effect of sedation on quantitative electroencephalography after cardiac arrest. Resuscitation 124:132-137|
|Salcido, David D; Schmicker, Robert H; Kime, Noah et al. (2018) Effects of intra-resuscitation antiarrhythmic administration on rearrest occurrence and intra-resuscitation ECG characteristics in the ROC ALPS trial. Resuscitation 129:6-12|
|Coppler, Patrick J; Elmer, Jonathan; Rittenberger, Jon C et al. (2018) Demographic, social, economic and geographic factors associated with long-term outcomes in a cohort of cardiac arrest survivors. Resuscitation 128:31-36|
|Elmer, Jonathan; Flickinger, Katharyn L; Anderson, Maighdlin W et al. (2018) Effect of neuromonitor-guided titrated care on brain tissue hypoxia after opioid overdose cardiac arrest. Resuscitation 129:121-126|
|Coppler, Patrick J; Abella, Benjamin S; Callaway, Clifton W et al. (2018) Variability of extracorporeal cardiopulmonary resuscitation utilization for refractory adult out-of-hospital cardiac arrest: an international survey study. Clin Exp Emerg Med 5:100-106|
|Wallace, David J; Coppler, Patrick; Callaway, Clifton et al. (2018) Selection bias, interventions and outcomes for survivors of cardiac arrest. Heart 104:1356-1361|
|Chen, Niel; Callaway, Clifton W; Guyette, Francis X et al. (2018) Arrest etiology among patients resuscitated from cardiac arrest. Resuscitation 130:33-40|
|Steinberg, Alexis; Rittenberger, Jon C; Baldwin, Maria et al. (2018) Neurostimulant use is associated with improved survival in comatose patients after cardiac arrest regardless of electroencephalographic substrate. Resuscitation 123:38-42|
|Reynolds, Joshua C; Grunau, Brian E; Elmer, Jonathan et al. (2017) Prevalence, natural history, and time-dependent outcomes of a multi-center North American cohort of out-of-hospital cardiac arrest extracorporeal CPR candidates. Resuscitation 117:24-31|
|Elmer, Jonathan; Callaway, Clifton W (2017) The Brain after Cardiac Arrest. Semin Neurol 37:19-24|
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