文章基本信息

标题：The Design and Validation of a Clinical Simulation Scenario in the Management of a Cardiac Arrest during Hemodialysis Session
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作者：Erika Patricia Rodrigues de Melo ; Marcela Araújo Galdino Caldas ; Aderval de Melo Carvalho Filho 等
期刊名称：Creative Education
印刷版ISSN：2151-4755
电子版ISSN：2151-4771
出版年度：2022
卷号：13
期号：6
页码：1826-1842
DOI：10.4236/ce.2022.136115
语种：English
出版社：Scientific Research Publishing
摘要：The teaching of a complex content such as the managing of a Cardio-Respi- ratory Arrest should not be executed on real patients by means of assisted practice, for there is an elevated risk of unfavorable outcome. Based on that, the simulation is an excellent teaching strategy to that end. Methods: Methodological studies, descriptive, of quantitative approach for the design and validation of a realistic Clinical Simulations Scenario performing two steps, namely: 1) designing a clinical simulation scenario, and 2) validation of the clinical simulation scenario’s content by judges. Results: A scenario was designed and validated for the teaching and improvement of the CRA management in patients during a hemodialysis session. Conclusion: The study succeeded in designing and validating the content of a Clinical Simulation Scenario with teaching or improvement purposes, for students from the health academic field, on managing a CRA in specific situations, which demand proper knowledge for action, on a CRA case, during hemodialysis session. This study contributes to the improvement of teaching and assisting students from the health academic field, for presenting a Clinical Simulation Scenario with its content validated: for being of simple implementation to teachers and facilitators; for taking the most actual and reliable scientific evidences into account; as well as for enabling its adaptation and usage in other contexts, since it has a script of how the design and validation were conceived, favoring the spreading of the scientific knowledge in this scope.
关键词：Cardio-Respiratory ArrestCardiopulmonary ResuscitationHemodialysisClinical Simulation