is a faculty member at the University of Cincinnati Nurse Anesthesia Program, Cincinnati, Ohio.
is an assistant professor, at the University of Cincinnati, Cincinnati, Ohio.
AANA J. 2020 Jun;88(3):183-189.
Nurse anesthesia programs are stressful, with routine information overload, immersion into new environments, and financial stressors. One strategy to combat this stress is to practice clinical skills in the less intimidating and safe environment of simulation. Evidence strongly suggests that simulation is an important component of a well-rounded nurse anesthesia program. However, no simulation literature was found to assist the transition of student registered nurse anesthetists (SRNAs) into their cardiac anesthesia rotations. The purpose of this evidence-based practice improvement project was to create an open-heart surgery simulation that supplemented the cardiac curriculum of second-year SRNAs, in order to improve self-efficacy prior to their cardiac clinical rotation. Twenty-three SRNAs, enrolled in a nurse anesthesia doctorate of nursing practice program, participated in the anesthesia simulation in cardiac surgery. After the students' anesthesia simulation experience, they shared in a debriefing session and completed a survey-based evaluation. When SRNAs were asked their level of agreement to the statement "I am confident that I am developing the skills and obtaining the required knowledge from this simulation to perform necessary tasks in a clinical setting," the mean score was 4.61, with 5 indicating strongly agree. Overall, SRNAs agreed that skills they learned in the simulation would transfer to their cardiac rotation.
护士麻醉项目压力大,日常信息过载,沉浸在新环境中,还有经济压力。应对这种压力的一种策略是在模拟环境中练习临床技能,这种环境不那么令人生畏且安全。有强有力的证据表明,模拟是全面的护士麻醉项目的重要组成部分。然而,没有发现任何模拟文献来帮助学生注册护士麻醉师(SRNA)过渡到他们的心脏麻醉轮转。这个基于证据的实践改进项目的目的是创建一个心脏直视手术模拟,以补充第二年 SRNA 的心脏课程,以便在他们的心脏临床轮转之前提高自我效能感。23 名注册护士麻醉师参加了护士麻醉博士护理实践课程,他们在心脏手术中进行了麻醉模拟。在学生的麻醉模拟体验之后,他们在一个汇报会上分享并完成了基于调查的评估。当 SRNA 被问到他们对“我有信心,我从这个模拟中发展了技能并获得了在临床环境中执行必要任务所需的知识”这一说法的同意程度时,平均得分为 4.61,5 表示强烈同意。总的来说,SRNA 们一致认为他们在模拟中学到的技能将转移到他们的心脏轮转中。