Construction of a mobile intelligent pharmacy management assistant system using WeChat mini program based on PaaS cloud model
- VernacularTitle:基于PaaS云模式微信小程序构建移动智能药房管理辅助系统
- Author:
Jianhui YANG
1
;
Wubin LIN
1
;
Tianquan LIN
1
;
Wanlong LIN
1
;
Zhida HONG
1
Author Information
1. Dept. of Pharmacy，Women and Children’s Hospital Affiliated to Xiamen University （Xiamen Maternal and Child Health Hospital），Fujian Xiamen 361000，China
- Publication Type:Journal Article
- Keywords:
PaaS cloud model;
WeChat mini program;
pharmacy management;
mobile intelligent pharmacy management
- From:
China Pharmacy
2025;36(17):2187-2191
- CountryChina
- Language:Chinese
-
Abstract:
OBJECTIVE To develop a mobile intelligent pharmacy management assistant system （abbreviated as “assistant system”）， thus providing convenient support for the daily operational management of pharmacies. METHODS The system was developed using the WeChat developer tools with WXML， WXSS， and JavaScript based on the platform as a service （PaaS）. Test users were recruited， and in five different scenarios， namely pharmaceutical knowledge inquiry， drug damage registration， medication error data analysis， drug expiration date registration， and duty handover， the task execution time was recorded for both the new （assistant system） and old （paper-based records and fixed computer records） modes. Additionally， users’ opinions on the advantages of the new mode were collected. RESULTS The assistant system comprised six modules: shift handover， pharmaceutical knowledge database， medication error registration， drug expiry management， drug damage registration， and medication consultation records. Among 10 test users， in all scenarios except for the shift handover record， the task execution time under the new mode was shorter than that under the old mode （P＜0.05）. Most test pharmacists highlighted that the primary advantages of the new mode lie in its iterative flexibility， and ease of use among other benefits. CONCLUSIONS The assistant system based on PaaS cloud model WeChat mini program developed in this study can significantly improve the daily management efficiency of the pharmacy and optimize the task execution experience for pharmacists.
