Christoph Röder, A El-Kerdi, A Frigg, C Kolling, L P Staub, B Bach, U Müller
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引用次数: 0
摘要
继20世纪60年代由m.e. m ller开创的IDES欧洲髋关节注册中心的传统之后,伯尔尼大学骨科评估研究所开始了利用互联网技术收集数据的新时代(www.memdoc.org)。在瑞士骨科学会的支持下,开展了瑞士骨科注册的试点,并与不同的学术和非学术中心合作,评估了将各种数据收集工具整合到日常临床工作流程中的可行性。编制了三种不同尺寸的髋关节和膝关节问卷,涵盖了参与医院的个别需求,其中较小的问卷总是代表下一个较大问卷的子集。不同类型的数据收集工具是可用的:在线界面,光学标记阅读器纸问卷和条形码表。通过直接在手术室扫描植入物条形码,并通过中央服务器将其与临床数据集连接起来,实现了精确的植入物跟踪。此外,放射学信息可以与临床数据集联系起来。试点诊所建议增强用户界面和数据管理的附加功能。此外,还建议在某些情况下简化内容,在其他情况下多样化。随着新软件的发布和调查问卷的调整,瑞士骨科登记处于2005年夏天正式启动。
Following the tradition of the IDES European Hip Registry inaugurated by M. E. Müller in the 1960s, the Institute for Evaluative Research in Orthopaedic Surgery at the University of Bern started a new era of data collection using internet technology (www.memdoc.org). With support of the Swiss Orthopaedic Society, the pilot of the Swiss Orthopaedic Registry was conducted, and in cooperation with different academic and non-academic centers the practicability of integrating the various data collection instruments into the daily clinical workflow was evaluated. Three different sizes of hip and knee questionnaires were compiled, covering the individual demands of the participating hospitals whereby the smaller questionnaires always represent a subset of the next larger one. Different types of data collection instruments are available: the online interface, optical mark reader paper questionnaires, and barcode sheets. Precise implant tracking is implemented by scanning the implant barcodes directly in the operating theaters and linking them to the clinical data set via a central server. In addition, radiographic information can be linked with the clinical data set. The pilot clinics suggested enhancements to the user interface and additional features for data management. Also, recommendations were made to simplify content in some instances and diversify in others. With a new software release and adapted questionnaires the Swiss Orthopaedic Registry was officially launched in Summer 2005.