Research on Conceptual Connotation and Theoretical Model Construction of Network Dynamic Collaboration Capacity in Medical Surge Response
- VernacularTitle:网络动态协同能力医概疗念浪内涌涵应与对理的论模型构建研究
- Author:
Yanping WANG
1
;
Nan MENG
;
Min WEI
;
Yiran GAO
;
Tian YU
;
Peng WANG
;
Jialin LU
;
Huan LIU
;
Shue ZHANG
;
Avdeev SERGEY
;
Ning NING
;
Yanhua HAO
;
Qunhong WU
Author Information
1. 哈尔滨医科大学卫生管理学院 黑龙江 哈尔滨 150081
- Publication Type:Journal Article
- Keywords:
medical surge;
network dynamic collaboration capacity;
theoretical model
- From:
Chinese Hospital Management
2025;45(11):28-33
- CountryChina
- Language:Chinese
-
Abstract:
Objective To define the conceptual connotation of network dynamic collaboration capacity in medical surge response and construct its theoretical model.Methods A mixed concept analysis method was employed,integrating multidisciplinary literature and collecting empirical evidence through semi-structured expert interviews to extract the concept of network dynamic collaboration capacity in medical surge response.By integrating complex systems,network science,synergetics,and dynamic capability theory,and combining the interview results,the study used the analogy of flood control in hydraulic engineering to develop a"network-dynamic-collaboration"triangular capacity theoretical model.Results It reveals one antecedents(sudden external shocks have led to an abnormal and continuous surge in medical demand),six core attributes(information interconnection accessibility,dynamic resource adaptability,risk perception responsiveness,multi-party collaborative interactivity,service process adaptability elasticity,and learning iterative evolution),and four consequences(mitigation of crowding risk,protection of service continuity,minimization of crisis spillover,and enhancement of system resilience)for the network dynamic collaboration capacity in medical surge response.The theoretical model elucidates the coupling mechanisms among network structural resilience,dynamic regulation processes,and collaborative co-evolution in resisting medical surge.Conclusion The new concept and theoretical model proposed in this study deepen the understanding of medical surge response system mechanisms and offer a theoretical framework and practical guidance for strengthening the full-chain resilience of health emergency systems.
