Department of Vascular Surgery, Gosford Hospital, Gosford, New South Wales, Australia.
J Vasc Surg. 2012 Jan;55(1):164-9. doi: 10.1016/j.jvs.2011.06.102. Epub 2011 Sep 9.
The purpose of this study was to describe the development of the Australasian Vascular Audit that was created to unify audit activities under the umbrella of the Australian and New Zealand Society for Vascular Surgery as a Web-based application.
Constitutional change in late 2008 deemed participation in this audit compulsory for Society members. The Web-based application was developed and tested during 2009. Data for all open vascular surgery and for all endovascular procedures are collected at two points in the admission episode: at the time of operation and at discharge, and entered into the application. Data are analyzed to produce risk-adjusted outcomes. An algorithm has been developed to deal with outliers according to natural justice and to comply with the requirements of regulatory bodies. The Audit is protected by legislated privilege and is officially endorsed and indemnified by the Royal Australasian College of Surgeons. Confidentiality of surgeons and patients alike is ensured by a legally protected coding system and computer encryption system. Validation is by a verification process of 5% of members per year who are randomly selected. The application is completely funded by the Society.
Data entry commenced on January 1, 2010. Over 40,000 vascular procedures were entered in the first year. The Audit application allows instantaneous on-line access to individual data and to deidentified group data and specific reports. It also allows real-time instantaneous production of log books for vascular trainees. The Audit has already gained recognition in the Australasian public arena during its first year of operation as an important benchmark of correct professional surgical behavior. Compliance has been extremely high in public hospitals but less so in private hospitals such that only 60% of members received a certificate of complete participation at the end of its first year of operation.
An Internet-based compulsory audit of complete surgical practice is possible to create and be maintained by a society of surgeons with a membership of just over 200. The 60% compliance rate for complete data entry has created an immediate constitutional challenge for the Society. Future challenges are to improve total participation to an acceptable level and to ensure accurate data entry via a robust validation system.
本研究旨在描述澳大利亚和新西兰血管外科学会(Australian and New Zealand Society for Vascular Surgery)创建的血管审核系统的发展情况,该系统是一个基于网络的应用程序,旨在将审核活动统一在学会的保护伞下。
2008 年末的章程修改规定,学会成员必须参加此项审核。该网络应用程序是在 2009 年开发和测试的。所有开放性血管手术和所有血管内操作的数据都在住院期间的两个时间点收集:手术时和出院时,并输入到应用程序中。数据经过分析以产生风险调整后的结果。根据自然正义原则和监管机构的要求,开发了一种算法来处理异常值。该审核受立法特权保护,并得到澳大利亚皇家外科学院(Royal Australasian College of Surgeons)的正式认可和赔偿。通过使用受法律保护的编码系统和计算机加密系统,确保外科医生和患者的信息保密。每年随机选择 5%的成员进行验证,以确保验证过程的准确性。该应用程序完全由学会资助。
2010 年 1 月 1 日开始录入数据。第一年就有超过 40,000 例血管手术被录入。该审核应用程序允许即时在线访问个人数据和去识别的组数据以及特定报告。它还允许为血管实习医生实时即时生成日志簿。在其运营的第一年,该审核就在澳大利亚公众领域获得了认可,成为正确专业手术行为的重要基准。公立医院的遵守率非常高,但私立医院的遵守率较低,只有 60%的成员在其运营的第一年结束时获得了完整参与证书。
一个由刚刚超过 200 名外科医生组成的学会,通过互联网进行全面外科实践的强制性审核是可行的,并且可以进行维护。完整数据录入的 60%的遵守率对学会提出了立即的宪法挑战。未来的挑战是提高总体参与度至可接受水平,并通过强大的验证系统确保准确的数据录入。