Title of article :
Development and Utilization of 3D Printed Material for Thoracotomy Simulation
Author/Authors :
Yates, Evan Western University of Health Sciences - USA - Samuel Johnson School of Management Cornell Tech - USA , Chirurgi, Roger NYMC - Metropolitan Hospital Center - Department of Emergency Medicine - New York - NY - USA , Adamakos, Frosso NYMC - Metropolitan Hospital Center - Department of Emergency Medicine - New York - NY - USA , Habal, Rania NYMC - Metropolitan Hospital Center - Department of Emergency Medicine - New York - NY - USA , Jaiswal, Rajnish NYMC - Metropolitan Hospital Center - Department of Emergency Medicine - New York - NY - USA , Kalantari, Hossein NYMC - Metropolitan Hospital Center - Department of Emergency Medicine - New York - NY - USA , Worku Hassen, Getaw NYMC - Metropolitan Hospital Center - Department of Emergency Medicine - New York - NY - USA
Pages :
8
From page :
1
To page :
8
Abstract :
Medical simulation is a widely used training modality that is particularly useful for procedures that are technically difcult or rare. The use of simulations for educational purposes has increased dramatically over the years, with most emergency medicine (EM) programs primarily using mannequin-based simulations to teach medical students and residents. As an alternative to using mannequin, we built a 3D printed models for practicing invasive procedures. Repeated simulations may help further increase comfort levels in performing an emergency department (ED) thoracotomy in particular, and perhaps this can be extrapolated to all invasive procedures. Using this model, a simulation training conducted with EM residents at an inner city teaching hospital showed improved confdence. A total of 21 residents participated in each of the three surveys [(1) initially, (2) afer watching the educational video, and (3) afer participating in the simulation]. Their comfort levels increased from baseline afer watching the educational video (9.5%). Te comfort level further improved from baseline afer performing the hands on simulation (71.4%).
Keywords :
3D Printed Material , Utilization , Thoracotomy Simulation , programs primarily , emergency medicine
Journal title :
Emergency Medicine International
Serial Year :
2018
Full Text URL :
Record number :
2606505
Link To Document :
بازگشت