Ghent University Hospital, Ghent, Belgium.
Antwerp University, Antwerp, Belgium.
BMC Nephrol. 2021 May 24;22(1):193. doi: 10.1186/s12882-021-02365-3.
Kidney biopsy registries all over the world benefit research, teaching and health policy. Comparison, aggregation and exchange of data is however greatly dependent on how registration and coding of kidney biopsy diagnoses are performed. This paper gives an overview over kidney biopsy registries, explores how these registries code kidney disease and identifies needs for improvement of coding practice.
A literature search was undertaken to identify biopsy registries for medical kidney diseases. These data were supplemented with information from personal contacts and from registry websites. A questionnaire was sent to all identified registries, investigating age of registries, scope, method of coding, possible mapping to international terminologies as well as self-reported problems and suggestions for improvement.
Sixteen regional or national kidney biopsy registries were identified, of which 11 were older than 10 years. Most registries were located either in Europe (10/16) or in Asia (4/16). Registries most often use a proprietary coding system (12/16). Only a few of these coding systems were mapped to SNOMED CT (1), older SNOMED versions (2) or ERA-EDTA PRD (3). Lack of maintenance and updates of the coding system was the most commonly reported problem.
There were large gaps in the global coverage of kidney biopsy registries. Limited use of international coding systems among existing registries hampers interoperability and exchange of data. The study underlines that the use of a common and uniform coding system is necessary to fully realize the potential of kidney biopsy registries.
全球各地的肾脏活检登记处都有益于研究、教学和卫生政策。然而,数据的比较、汇总和交换在很大程度上取决于肾脏活检诊断的登记和编码方式。本文概述了肾脏活检登记处,探讨了这些登记处如何对肾脏疾病进行编码,并确定了改进编码实践的需求。
进行了文献检索,以确定用于医学肾脏疾病的活检登记处。这些数据通过个人联系和登记处网站的信息进行了补充。向所有确定的登记处发送了一份问卷,调查登记处的年龄、范围、编码方法、与国际术语的可能映射以及自我报告的问题和改进建议。
确定了 16 个区域或国家肾脏活检登记处,其中 11 个登记处的历史超过 10 年。大多数登记处位于欧洲(10/16)或亚洲(4/16)。登记处最常使用专有编码系统(12/16)。这些编码系统中只有少数与 SNOMED CT(1)、较旧的 SNOMED 版本(2)或 ERA-EDTA PRD(3)进行了映射。编码系统缺乏维护和更新是最常报告的问题。
全球肾脏活检登记处的覆盖范围存在很大差距。现有登记处对国际编码系统的使用有限,阻碍了互操作性和数据交换。该研究强调,使用通用和统一的编码系统对于充分发挥肾脏活检登记处的潜力是必要的。