Research on the Application of Multi-Dimensional Directional Support for
Domestic Innovative Medical Devices in Shanghai Public Hospitals
CAO Hui1, LI Bin1,2,3, YOU Jian1, CHEN Fang1
1.Development Center, Shanghai Hospital, Shanghai 200041, China; 2.Hospital Management Research Center, Shanghai Jiao Tong University Affiliated Sixth People’s Hospital, Shanghai 200233, China; 3.Center for Hospital Management Reasearch, China Hospital
Development Institude of Shanghai Jiao Tong University, Shanghai 200233, China
Abstract：Objective To change the current situation of domestic equipment vacancy in high-end medical equipment market, we
explore the application promotion model of innovative medical devices, and actively promote the demonstration application of
domestic innovative medical devices. Methods Through the understanding of the status quo and the interpretation of the national
policy, the strategy and implementation plan of the public hospitals in Shanghai were formulated to support the application and
promotion of innovative medical equipment. Results Public hospitals in Shanghai were regarded as the first demonstration
application. The share of domestic equipment was constantly improved by supporting the implementation of policies to promote,
and took measures to support innovation and multidimensional orientation of medical products. Conclusion We explore a set of
innovative medical devices application demonstration and promotion mode with multidimensional directional support, to further
improve the government, production, learning and research, and collaborative innovation system, and promote the innovation and
development of medical devices. This mode will break the situation that high-end medical equipment market has been imported
manufacturers monopoly.
曹辉1，李斌1,2,3，尤健1，陈方1. 多维度定向支持国产创新医疗器械在上海公立医院应用的探索[J]. 中国医疗设备, 2018, 33(2): 1-5.
CAO Hui1, LI Bin1,2,3, YOU Jian1, CHEN Fang1. Research on the Application of Multi-Dimensional Directional Support for
Domestic Innovative Medical Devices in Shanghai Public Hospitals. China Medical Devices, 2018, 33(2): 1-5.
