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Scientific collaboration: a social network analysis based on literature of animal-derived regenerative implantable medical devices

机译:科学合作:基于动物衍生的可再生医疗器械文献的社会网络分析

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摘要

The collaboration network of English publications on animal-derived regenerative implantable medical devices based on tissue engineering technology and its evolving processes and current states were mapped in this paper. A total of 10 159 English papers published before 1 January 2015 were obtained in eight databases. Social network analysis was conducted on these papers by utilizing UCINET software and Statistical Analysis Software for Informatics researched and developed by Peking University. The collaboration network has evolved from scattered formation to single-core dominated, and then to a core-edge one; collaboration has become more frequent and wider; network density and centrality have decreased; USA, UK and China are the top three countries with Wake Forest University, Harvard University and Tufts University being the top three contributing institutions cooperated mostly during the period between 2010 and 2014; plenty of edge institutes exist. In conclusion, more collaboration among different institutions and countries is needed; Edge institutions and developing countries should expand their scope of collaboration.
机译:本文绘制了基于组织工程技术的动物源性可再生医疗器械英文出版物的协作网络及其发展过程和现状。在八个数据库中,总共获得了2015年1月1日之前发表的10 159篇英语论文。利用北京大学研发的UCINET软件和信息统计分析软件对本文进行了社会网络分析。协作网络已经从分散的组织演变为以单核为主导,然后发展为核心边缘的组织。合作变得更加频繁和广泛;网络密度和中心度降低;美国,英国和中国是排名前三的国家,维克森林大学,哈佛大学和塔夫茨大学是排名前三的贡献机构,在2010年至2014年期间合作最多。存在许多边缘机构。最后,需要在不同机构和国家之间加强合作;边缘机构和发展中国家应扩大合作范围。

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