Capturing tumour stage in a cancer information database.

W K Evans, J Crook, D Read, J Morriss, D M Logan
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Abstract

Objective: 1. To present the steps taken and lessons learned from one cancer centre's efforts to capture tumour stage information in a cancer database. 2. To determine the accuracy of the stage data through a chart audit. 3. To describe the potential uses of stage information in a cancer centre.

Design and setting: This is a retrospective review of an initiative to capture tumour stage information at a regional cancer centre in Ontario.

Data sources: The minutes of the centre's Health Records and Medical Advisory Committees related to staging were reviewed. Data on stage by tumour type was extracted from the centre's Oncology Patient Information System (OPIS). Three hundred and ninety charts were analysed to assess the accuracy of stage information and identify staging errors. Health Information Services workload statistics were reviewed to determine the types and frequency of projects undertaken using stage-related data.

Results: In January 1994, the Ottawa Regional Cancer Centre introduced policies and procedures to capture stage-related information. Standardized staging forms and a physician reminder system encouraged the centre's physicians to record tumour stage within 3 months of new patient registration. Of all qualifying cases in 1994, 92% were staged. A medical audit in 1998 of 390 charts from the 3 previous years of staging data revealed that 71.5% of the charts reviewed had been staged completely. Of the incompletely staged cases, 19% to 57% had TNM recorded, but the stage grouping was not recorded, or the "stage" was the extent of disease at the time of disease progression rather than at initial diagnosis (35% to 71%). Physician-related staging errors occurred in 2% to 5% of cases; data-entry errors occurred in 3% to 6% of cases.

Conclusions: Stage information has enabled the centre to better describe its patient clientele for accreditation purposes and to assist researchers in estimating the number of patients potentially available for prospective and retrospective studies. It is being used to guide targeted educational initiatives to selected populations in the region's catchment area and assists administrators in estimating resource needs. Resistance to the capture of stage information can be overcome with persistence, the development of procedures that facilitate physician compliance, including a reminder system, the development of institutional policies and procedures and by feedback on the uses and availability of stage information.

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在癌症信息数据库中捕捉肿瘤分期。
目的:1。介绍一个癌症中心在癌症数据库中获取肿瘤分期信息所采取的步骤和经验教训。2. 通过图表审核确定阶段数据的准确性。3.描述癌症中心分期信息的潜在用途。设计和设置:这是一个回顾性审查的倡议,以捕获肿瘤分期信息在安大略省的一个区域癌症中心。数据来源:审查了中心健康记录和医疗咨询委员会有关分期的会议记录。根据肿瘤类型的分期数据从该中心的肿瘤患者信息系统(OPIS)中提取。分析了390张海图,以评估阶段信息的准确性并识别阶段错误。审查了卫生信息服务处的工作量统计,以确定使用阶段相关数据开展的项目的类型和频率。结果:1994年1月,渥太华区域癌症中心采用了政策和程序来获取与阶段有关的信息。标准化的分期表格和医生提醒系统鼓励中心的医生在新患者登记的3个月内记录肿瘤分期。在1994年所有符合条件的病例中,92%是分阶段进行的。1998年对前3年分期数据的390张图表进行的医学审计显示,71.5%的图表已完全分期。在分期不完全的病例中,19%至57%有TNM记录,但没有记录分期分组,或者“分期”是疾病进展时的疾病程度,而不是最初诊断时(35%至71%)。2% - 5%的病例发生了与医生相关的分期错误;数据输入错误发生在3%到6%的案例中。结论:阶段信息使该中心能够更好地描述其患者客户以进行认证,并协助研究人员估计潜在可用于前瞻性和回顾性研究的患者数量。它被用来指导针对该区域集水区选定人口的有针对性的教育倡议,并协助行政人员估计资源需求。通过坚持不懈、开发促进医生依从的程序(包括提醒系统)、制定机构政策和程序以及对阶段信息的使用和可用性进行反馈,可以克服对阶段信息获取的阻力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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