Preliminary Application of a Follow-Up Database Platform for Urinary Calculi Constructed Based on Homogeneous Clinical Practice and Scientific Research
Wang Suchun
Zhou Shuigen
Chen Hairui
Liu Jianwen
Shen Dan
Wang Wei
Shen Donglai
Liu Haitao
Mai Haixing
Abstract：Methods:An online follow-up database system for urinary calculi was designed and established,with an improved information entry interface.While ensuring data security,modules for statistical analysis visualization,establish-ment of clinical cohort research projects,and research implementation were provided.More than 10 institutions,including the PLA General Hospital,the General Hospital of the Eastern Theater Command,and Wenzhou People's Hospital,jointly conducted real-time data entry.Emphasis was placed on quality control and management of database information entry to achieve database resource sharing and multi-center data connection.Results:A real-time online urinary calculi database was initially established.The data items include patients'basic information,preoperative and postoperative imaging information,laboratory results,surgical information,adverse reaction records,postoperative follow-up data,metabolic assessment,and stone composition analysis.From September 2022 to October 2024,a total of 1,104 cases were included in the database.Conclusion:The establishment of this database can provide data support for the clinical practice and scientific research of uri-nary calculi,assist in clinical diagnosis,formulation and improvement of treatment strategies,and also build a homogeneous scientific research platform,which is conducive to further carrying out clinical research on urinary calculi.Objective:By constructing and preliminarily applying a follow-up database for urinary calculi,this study aims to realize the whole-process information management of patients with urinary calculi,provide data support for clinical practice and scientific research,and build a homogeneous clinical and scientific research platform for multiple hospitals participating in the database.
Keywords：urinary calculidatabasehomogeneityquality control
Publication Date：2025-08-28
Online Publishing Date：2025-10-22(First online date of this platform, not the publication date of the document)
Pages：5( 245-249 )