Skill retention following simulation learning in acute coronary syndrome versus cardiac arrest
- PMID: 36571736
- PMCID: PMC9703463
Skill retention following simulation learning in acute coronary syndrome versus cardiac arrest
Abstract
Background: The acquisition skills in pathologies involving life prognosis is often problematic for young family medicine (MF). Simulation learning seems to be the technique of choice. Few studies have studied the maintenance of skills acquired in simulation.
Aim: Study the retention of skills acquired in simulation learning from a distance of simulation learning.
Methods: Prospective randomized study. Inclusion of MF working in emergency departments. Theoretical training on the management of cardiac arrest (ACR) and acute coronary syndrome with ST segment elevation (ACS). Randomization into 2 groups to receive simulation training to manage ACR (ACR group) or ACS (ACS group). Evaluation of the groups by a common scenario. at T0 (the day of the simulation) and at T1 (1 month after). Study of the evolution of grades between T0 and T1.
Results: Inclusion ACR group: T0 (n = 19), T1 (n = 13), ACS group: T0 (n = 14), T1 (n = 9). At T0, the participants trained on a simulator had significantly better results than those of the control group (14.92 ± 2 (ACR group) vs. 7.51± 3.37 (ACS group), p <0.001 for the ACR scenario and 11 ± 2 (ACR group) vs. 13± 2 (ACS group), p = 0.03 for the ACS scenario. The ACS group maintained its knowledge at T1 for the ACS scenario. For the ACR group, a significant drop in scores in T1 for the ACR scenario was noted.
Conclusion: Our study confirms the educational benefit of simulator training. This benefit is maintained only for the ACS.
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References
-
- Okuda Yasuharu, Bryson Ethan O, Demaria Samuel J, Jacobson Lisa, Quinones Joshua, Shen Bing, Levine Adam I. Mount Sinai Journal of Medicine: A Journal of Translational and Personalized Medicine. 4. Vol. 76. Wiley; 2009. The Utility of Simulation in Medical Education: What Is the Evidence? pp. 330–343. - PubMed
-
- McGaghie William C, Issenberg S Barry, Petrusa Emil R, Scalese Ross J. Medical education. 1. Vol. 44. Wiley Online Library; 2010. A critical review of simulation-based medical education research: 2003-2009; pp. 50–63. - PubMed
-
- Ammirati C, Amsallem C, Gignon M. Les techniques modernes en pédagogie appliquée aux gestes et soins d’urgences. Ann Fr Med Urg. 2010;61(3):693–707.
-
- Cook David A, Hatala Rose, Brydges Ryan, Zendejas Benjamin, Szostek Jason H, Wang Amy T, Erwin Patricia J, Hamstra Stanley J. Jama. 9. Vol. 306. American Medical Association; 2011. Technology-enhanced simulation for health professions education: a systematic review and meta-analysis; pp. 978–988. - PubMed
-
- Cook David A. Simulation in Healthcare. 1. Vol. 5. LWW; 2010. One drop at a time: research to advance the science of simulation; pp. 1–4. - PubMed
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