Zhao Liang, Li Chen, Qian Yaosen
School of Tourism, Hubei University, Wuhan, China.
School of Management, Shanghai University of Engineering Science, Shanghai, China.
Front Public Health. 2025 Jan 6;12:1535932. doi: 10.3389/fpubh.2024.1535932. eCollection 2024.
This article explores the impact of innovation on urban public health, with a particular focus on panel data from 15 sub-provincial cities in China. The study aims to provide scientific evidence for policymakers by analyzing how technological innovation affects urban public health levels.
The study used a panel model for empirical analysis which based on panel data from 15 sub provincial cities across the country, using the number of doctors per 10,000 people and per capita financial medical and health expenditure as proxy variables for urban public health, and using the level of technological development as the core explanatory variable for regression analysis.
The research results show that: (1) for public health quantified by the number of doctors per 10,000 people in cities, innovation does not have a significant promoting effect on urban public health; (2) Compared to the number of doctors per 10,000 people in a region, the per capita financial expenditure on healthcare can better measure the level of urban public health; (3) Innovation has a significant impact on urban public health, measured by per capita fiscal expenditure on healthcare.
In order to transform technological innovation into a driving force for the development of urban public health, efforts must be made from multiple aspects. Currently, building a strong foundation for people's health relies on the support of science and technology, and enhancing innovation as a primary driving force is crucial. China urgently needs to improve the stability and competitiveness of its pharmaceutical industry and supply chain, break through key core technologies, and take the initiative in the future development of the pharmaceutical industry.
本文探讨创新对城市公共卫生的影响,特别关注来自中国15个副省级城市的面板数据。该研究旨在通过分析技术创新如何影响城市公共卫生水平,为政策制定者提供科学依据。
该研究使用面板模型进行实证分析,该模型基于全国15个副省级城市的面板数据,以每万人医生数和人均财政医疗卫生支出作为城市公共卫生的代理变量,并以技术发展水平作为核心解释变量进行回归分析。
研究结果表明:(1)对于以城市每万人医生数量化的公共卫生而言,创新对城市公共卫生没有显著的促进作用;(2)与一个地区每万人医生数相比,人均医疗卫生财政支出能更好地衡量城市公共卫生水平;(3)以人均医疗卫生财政支出衡量,创新对城市公共卫生有显著影响。
为了将技术创新转化为城市公共卫生发展的动力,必须从多个方面做出努力。当前,为人民健康筑牢根基离不开科技支撑,强化创新第一动力至关重要。中国迫切需要提高医药产业和供应链的稳定性与竞争力,突破关键核心技术,在医药产业未来发展中掌握主动权。