摘要
目的通过计量学分析我国公立医院“一院多区”发展现状和面临的问题,探索“一院多区”管理模式以及相关研究热点。方法检索CNKI(中国知网)、万方医学网、SinoMed(中国生物医学文献服务系统)3个数据库,利用文献计量学手段,围绕“一院多区”的管理和运营检索出1574篇中文文献,通过除重及二次筛选后得到770篇相关文献,并使用VOSviewer、CitespaceV软件进行可视化分析。结果自2022年起,“一院多区”文献激增,发表文献集中在《中国医院》等相关刊物上,关键词围绕同质化相关研究开展。结论我国公立医院“一院多区”研究热点从早期的“多院区建设”逐步转向“管理精细化”和“服务质量提升”,未来在医院文化、多院区融合、人工智能应用等方面存在研究空间。
Objective To analyze the current development status and challenges of the"one-hospital,multiplecampus"in China's public hospitals through bibliometric analysis,and to explore management models and research hotspots related to this approach.Methods Three databases,namely CNKI(China National Knowledge Infrastructure),Wanfang Medical Network,and SinoMed(Chinese Biomedical Literature Service System),were searched.Using bibliometric methods,a total of 1574 Chinese-language articles on the management and operation of the"one-hospital,multiple-campus"model were retrieved.After deduplication and secondary screening,770 relevant articles were obtained.Visual analysis was conducted using VOSviewer and CiteSpaceV software.Results Since 2022,there has been a surge in literature on the"one-hospital,multiple-campus",with publications concentrated in hospital management-related journals such as"Chinese Hospitals".Keywords primarily revolve around research on homogenization.Conclusion The research hotspots on the"one-hospital,multiple-campus"in China's public hospitals have gradually shifted from early-stage"multi-campus construction"to"refined management"and"service quality improvement".Future research opportunities exist in areas such as hospital culture,integration of multiple campuses,and the application of artificial intelligence.
作者
杨敬
宋林子
许勇
孙冬悦
郭思媛
陈叶嘉
李天舒
赵国光
YANG Jing;SONG Linzi;XU Yong(Xuanwu Hospital,Capital Medical University,Beijing,100053,China;不详)
出处
《中国卫生质量管理》
2026年第1期84-89,共6页
Chinese Health Quality Management
基金
首都医科大学医院管理研究所开放课题重点项目(编号:2024YGS01)
北京市医院管理中心“培育计划”资助项目(编号:PG2024016)。
关键词
公立医院
一院多区
管理模式
计量学分析
Public Hospitals
One-Hospital,Multiple-Campus
Management Model
Bibliometric Analysis
