哪种做法最适合管理隐藏课程,以便在临床实践中更好地使用移动设备?系统综述.REVIEW

Maidha Jadoon, Afreenish Malik, Fatima Aman, A. Bibi, Summara Khan, Raima Bilal, Canada
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引用次数: 0

摘要

目的评估有关在临床实践中充分利用移动设备管理隐性课程的做法的文献。研究设计:系统回顾。研究环境:从加拿大、英国、日本、爱尔兰和沙特阿拉伯选取文章进行综述。时间:2023 年 7 月至 12 月:2023 年 7 月至 12 月。方法:检索以下数据库检索了以下数据库PubMed(12,579 篇)、Cochrane Library(348 篇)、scopus(84 篇)、PsycInfo(21 篇)、CINAHL(220 篇)、Google Scholar(1,414 篇)。主要变量(评价移动设备对临床技能的培养)和次要变量(确定学生对移动学习体验的满意度)。根据批判性评估技能计划(CASP)量表对研究质量进行批判性评估。研究结果研究结果表明,在医学教育中使用移动设备有多种效果。参与者经常报告了积极的教师观点、更多的学生参与和更高的学习成果。研究发现,移动设备加快了医学生技术能力的提高,并使他们为不断变化的医疗保健环境做好了准备。虚拟模拟和交互式应用程序的整合对临床能力的发展产生了积极影响。积极影响包括个性化、协作学习社区以及更好地理解以患者为中心的护理等主题。另一方面,包括数字鸿沟、分流和安全威胁在内的问题被认为是需要采取谨慎策略以减少负面影响的障碍。综上所述,研究结果证实了将移动设备纳入医学教育的革命性潜力,并强调了移动设备如何有助于为未来的医学专业人员创造一个充满活力、技术先进的学习环境。结论本研究深入探讨了在医学教育中加入移动设备是如何产生革命性影响的。研究表明,通过富有洞察力的故事和令人信服的论据,学习效果得到了提高,学生的参与度得到了加强,教师的观点也发生了改变。
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Which practice is best to manage the Hidden curriculum for the best use of mobile devices in clinical practice? A systematic review.REVIEW
Objective: To evaluate the literature regarding the practices to manage the hidden curriculum for the best use of mobile devices in clinical practice. Study Design: Systematic Review. Setting: Articles selected for review from Canada, United Kingdom, Japan, Ireland and Saudi Arabia. Period: July to Dec 2023. Methods: Following databases were searched: PubMed (12,579), the Cochrane Library (348), scopus (84), PsycInfo (21), CINAHL (220), Google Scholar (1,414). Primary variable (Evaluation of the development of clinical skills made possible by mobile devices) and secondary variable (to determine how satisfied students are with their mobile learning experience). The quality of study was critically appraised according the Critical Appraisal Skills Programme (CASP) scale. Results: The research findings indicate that using mobile devices into medical education has a variety of effects. Positive instructor perspectives, more student involvement, and higher learning outcomes were frequently reported by participants. Medical students' growth of technological competency and readiness for the changing healthcare landscape have been found to be accelerated by mobile devices. The integration of virtual simulations and applications that are interactive has had a positive impact on the development of clinical abilities. Positive effects included themes of individualization, collaborative learning communities, and a better understanding of patient-centered care. On the other hand, issues including the digital divide, diversions, and security threats were recognized as obstacles that called for a careful strategy to reduce any negative effects. When everything is considered, the findings confirm the revolutionary potential of mobile device incorporation in medical education and highlight how it helps to create a dynamic, technologically advanced learning environment for prospective medical professionals. Conclusion: This study provides insight on how adding mobile devices into medical education has a revolutionary effect. The research indicates enhanced learning outcomes, increased student involvement, and altering faculty perspectives through insightful stories and compelling arguments.
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