Tseng Chih-En, Chiang Hsiu-Huei, Shih Liang-Yu, Liao Kai-Sheng
Department of Anatomic Pathology, Buddhist Dalin Tzu Chi Hospital, 2, Min-Sheng Road, Dalin, Chiayi, 62247, Taiwan.
J Med Syst. 2014 Feb;38(2):14. doi: 10.1007/s10916-014-0014-4. Epub 2014 Feb 4.
To explore the feasibility of computer-aided monitoring of the workflow in surgical pathology. We collected 5-year data about computer-aided monitoring of the workflow in surgical pathology and analyzed the four subprocesses in the surgical pathologic process: 1) from arranging surgical pathology examination to receipt of the examination sheet and sample by the laboratory; 2) from receipt of the sample to issuance of the pathology report; 3) from issuance of the pathology report to automatic computer forwarding of positive pathology reports by e-mail to the physician who ordered the examination; 4) from receipt of the positive report by the physician to his/her response of acknowledging receipt. A total 115,648 surgical pathological cases were reviewed in this study. The overdue rate of delivery of samples was 0.82%. The most common cause (62.92%) of overdue delivery was clinicians in the outpatient department arranging for the examination more than 1 day in advance of specimen collection. The cumulative rates of report completion within 1, 2, 3, 4 and 5 work days were 12.82%, 53.56%, 86.42%, 95.90% and 98.85%, respectively. The rate of overdue reporting was 1.15% over the 5-year study. The most common cause (56.30%) of overdue reporting was case complexity. The learning time for adapting this subprocess of report issuance was 7 months. There were 12,151 positive reports (10.51% of all cases) that required automatic computer forwarding to the physicians' e-mail boxes. A total of 113 cases (0.93%) failed in automatic computer forwarding during the 5-year period. The learning time for constructing a stable automatic computer forwarding system was 2.5 years. Of the 12,038 reports successfully forwarded, 10,107 (83.96%) were received by physicians and acknowledged by automated receipt within 120 h, and the other 1,931 (16.04%) showed no response within 120 h. The major reason for an overdue reply was that the physicians did not check their e-mail boxes (94.89%). We used a preliminary computer-aided system to monitor the workflow in surgical pathology. This system might be used as one of the methods of quality assurance in surgical pathology.
为探讨手术病理学工作流程计算机辅助监测的可行性。我们收集了5年关于手术病理学工作流程计算机辅助监测的数据,并分析了手术病理过程中的四个子过程:1)从安排手术病理检查到实验室收到检查单和样本;2)从收到样本到发出病理报告;3)从发出病理报告到通过电子邮件将阳性病理报告自动转发给开具检查单的医生;4)从医生收到阳性报告到其确认收到的回复。本研究共审查了115,648例手术病理病例。样本交付逾期率为0.82%。交付逾期的最常见原因(62.92%)是门诊临床医生在标本采集前1天以上安排检查。在1、2、3、4和5个工作日内报告完成的累积率分别为12.82%、53.56%、86.42%、95.90%和98.85%。在为期5年的研究中,报告逾期率为1.15%。报告逾期的最常见原因(56.30%)是病例复杂性。适应报告发出这个子过程的学习时间为7个月。有12,151份阳性报告(占所有病例的10.51%)需要通过计算机自动转发到医生的电子邮箱。在5年期间,共有113例(0.93%)自动计算机转发失败。构建稳定的自动计算机转发系统的学习时间为2.5年。在成功转发的12,038份报告中,10,107份(83.96%)被医生接收并在120小时内通过自动回执确认,另外1,931份(16.04%)在120小时内无回复。回复逾期的主要原因是医生未查看电子邮箱(94.89%)。我们使用了一个初步的计算机辅助系统来监测手术病理学的工作流程。该系统可作为手术病理学质量保证的方法之一。