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World scientific collaboration in coronary heart disease research
Qi Yu1, Hongfang Shao, Peifeng He
1Department of Information Management, Shanxi Medical University, China.
Insights
Scientific collaboration in coronary heart disease (CHD) research is increasing. This study analyzed collaboration patterns, revealing that Western countries lead global efforts, and encouraging East-West cooperation is vital for future CHD research progress.
Area of Science:
- Bibliometrics
- Network Analysis
- Public Health
Background:
- Coronary heart disease (CHD) poses a significant global health burden.
- Scientific collaboration is crucial for biomedical progress, yet understudied in CHD research.
- This study investigates collaboration dynamics within CHD research.
Purpose of the Study:
- To analyze collaboration patterns in CHD research.
- To identify key authors, institutions, and countries involved in CHD collaborations.
- To understand the structure and core components of CHD research networks.
Main Methods:
- Analysis of 294,756 CHD records from Web of Science.
- Application of co-authorship analysis and social network analysis (SNA).
- Utilized methods include connected components, clique analysis, and betweenness centrality.
Main Results:
- CHD research collaborations have grown across author, institution, and country levels over 30 years.
- Identified top collaborative authors, institutions, and countries, with Western nations forming the collaboration core.
- Network analysis revealed significant cliques and highlighted the influence of economic development on international collaboration.
Conclusions:
- International collaboration in CHD research requires further encouragement.
- Visualized cliques represent the core structure of collaboration networks.
- Eastern countries are encouraged to enhance cooperation with Western counterparts in CHD research.
Background:
Coronary heart disease (CHD) will continue to exert a heavy burden for countries all over the world. Scientific collaboration has become the only choice for progress in biomedicine. Unfortunately, there is a scarcity of scientific publications about scientific collaboration in CHD research. This study examines collaboration behaviors across multiple collaboration types in the CHD research.
Methods:
294,756 records about CHD were retrieved from Web of Science. Methods such as co-authorship, social network analysis, connected component, cliques, and betweenness centrality were used in this study.
Results:
Collaborations have increased at the author, institution and country/region levels in CHD research over the past three decades. 3000 most collaborative authors, 572 most collaborative institutions and 52 countries/regions are extracted from their corresponding collaboration network. 766 cliques are found in the most collaborative authors. 308 cliques are found in the most collaborative institutions. Western countries/regions represent the core of the world's collaboration. The United States ranks first in terms of number of multi-national publications, while Hungary leads in the ranking measured by their proportion of collaborative output. The rate of economic development in the countries/regions also affects the multi-national collaboration behavior.
Conclusions:
Collaborations among countries/regions need to be encouraged in the CHD research. The visualization of overlapping cliques in the most collaborative authors and institutions are considered "skeleton" of the collaboration network. Eastern countries/regions should strengthen cooperation with western countries/regions in the CHD research.
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