Article Details

Abstract

Traditional chronic disease management methods are inefficient and difficult to meet the medical service requirements of patients. Combined with the actual situation of hospital follow-up work, a set of chronic disease follow-up management platform based on Spring Cloud is designed and applied. The platform adopts microservice architecture and integrates intelligent voice call technology to achieve functions such as intelligent patient group management, automatic execution of follow-up tasks, and follow-up path management. After the operation of the platform, the proportion of intelligent voice call technology follow-up reaches 56.8%, the connection rate is 85.7%, and the integrity rate of information collection reaches 97.9%, which greatly reduces the follow-up work time of medical staff and significantly improves the follow-up efficiency and quality. Practice shows that the chronic disease follow-up management platform can effectively improve the follow-up efficiency and provide high-quality medical services for more patients with chronic diseases.

Keywords

Spring Cloud; chronic disease follow-up management; intelligent voice call

References

1. [1] Wang Jiyi, Feng Xinglin Analysis of the changing trend and influencing factors of chronic disease comorbidity among middle-aged and elderly people in China [J]. Journal of Medicine and Society, 2024, 37 (7): 41-48
2. [2] Tian Jiali, Gong Yehui Juan, Liu Yu, etc The current research status of continuity of care for chronic disease patients [J]. Chinese Journal of Nursing Management, 2017, 17 (1): 108-111
3. [3] Lin Binlong, Wu Xiaoyuan, Wu Xinyi, etc Research on the Practical Obstruction and Optimization Path of Whole Cycle Health Management of Chronic Diseases in the Elderly [J]. Health Economics Research, 2024, 41 (5): 5-8+12
4. [4] Fan Zixuan, Zhao Jinhong, Zhang Yuou, etc Investigation on the current status of follow-up work for discharged patients in tertiary public hospitals in China [J]. China Health Quality Management, 2021, 28 (11): 11-14
5. [5] Wang Fangxu Design and Implementation of Microservices for Business Systems Based on Spring Cloud [J]. Electronic Technology and Software Engineering, 2018 (8): 60-61
6. [6] Ni Shunkang, Zheng Yunxin, Zhang Yun, etc Design and Implementation of Medical Consumables Management System Based on SpringCloud Microservices [J]. China Medical Equipment, 2022, 19 (10): 102-106
7. [7] Li Na Application based on Spring Cloud microservice architecture [J]. Electronic Technology and Software Engineering, 2019 (12): 142
8. [8] Yang Qin Design and Implementation of Cloud Platform Server Based on Microservice Architecture [D]. Chengdu: University of Electronic Science and Technology of China, 2020
9. [9] Guo Jiakai RocketMQ: From Alibaba to the World [J]. Software and Integrated Circuits, 2018 (11): 56-60
10. [10] Ruan Xiaolong, He Lulu Research and Implementation of Intelligent Operation and Maintenance Big Data Analysis Platform Based on ELK+Kafka [J]. Software Guide, 2020, 19 (6): 150-154

Funding

Science and Technology Plan Project of Liuzhou City, Guangxi Zhuang Autonomous Region (2022SB015)

About the authors

Wei Zuwen (1994-), male, Zhuang ethnic group, from Laibin, Guangxi, junior engineer, bachelor's degree, research direction: hospital information management; Wei Xin (1986-), male, Zhuang nationality, from Liuzhou, Guangxi, senior engineer, master's degree, research direction: hospital information management; Corresponding author: Li Xinglin (1975-), male, Han ethnicity, from Liuzhou, Guangxi, senior engineer, master's degree, research direction: hospital information management.