School of Medicine and Health Sciences, George Washington University, Washington, D.C., USA.
J Digit Imaging. 2018 Oct;31(5):585-590. doi: 10.1007/s10278-018-0102-y.
This manuscript reviews Touch Surgery, a novel online platform geared towards innovating professional training for surgical procedures. In other industries, such as aviation, simulation has already been shown to reduce costs and improve outcomes in crisis (JETS 3(4):348-352, 2010). Studies involving simulation-based learning in healthcare similarly indicate the potential for reducing errors through skill acquisition and cognitive retention (Int J Oral Maxillofac Surg 46:211, 2017). Cohort studies have shown improved performance among simulator-trained medical students in comparison to those with traditional ward training (Med Teach 9:53-57, 1987). With this front in mind, Touch Surgery is paving its way for implementation within the surgical realm. The simulations in this application are numerous and come from over 14 different specialties. This review details the purpose and features of the application-to include its two distinct modules-while providing reviews based on its user functionality and application in medical training. Given the revolutionary shift to simulation-based learning, platforms like Touch Surgery must now meet the demands of surgical training in the twenty-first century.
这篇手稿回顾了 Touch Surgery,这是一个针对手术程序的专业培训进行创新的新型在线平台。在其他行业,如航空业,模拟已经被证明可以降低成本并改善危机情况下的结果(JETS 3(4):348-352, 2010)。涉及医疗保健中基于模拟的学习的研究同样表明,通过技能获取和认知保留,有潜力减少错误(Int J Oral Maxillofac Surg 46:211, 2017)。队列研究表明,与传统病房培训相比,接受模拟器培训的医学生表现有所提高(Med Teach 9:53-57, 1987)。考虑到这一前沿领域,Touch Surgery 正在为在外科领域实施铺平道路。该应用程序中的模拟数量众多,来自 14 个不同的专业。本综述详细介绍了该应用程序的目的和功能,包括其两个不同的模块,并根据其用户功能和在医学培训中的应用提供了评论。鉴于向基于模拟的学习的革命性转变,像 Touch Surgery 这样的平台现在必须满足 21 世纪外科培训的需求。