背景:胰岛移植(IT)已成为治疗糖尿病的重要研究领域,并见证了学术关注的激增。尽管它越来越重要,缺乏文献计量学分析来概括该领域的发展和科学基础。这项研究旨在通过进行全面的文献计量分析来描绘当前的研究热点并预测IT领域的未来轨迹,并特别关注循证医学实践,从而填补这一空白。
方法:此分析使用WebofScienceCoreCollection(WoSCC)仔细检查了2000年1月1日至2023年10月1日的文献。使用诸如VOSviewer之类的文献计量工具,CiteSpace,和R包“参考书库”,“我们系统地评估了文献,以揭示IT研究中的科学趋势和协作网络。
结果:分析显示了来自82个国家的8388种出版物,主要是美国和中国。然而,信息技术研究方面的全球跨机构合作需要进一步加强。与信息技术有关的出版物数量逐年增加。该领域的领先研究机构包括哈佛大学,阿尔伯塔大学,迈阿密大学,和明尼苏达大学。“移植”成为该领域最常被引用的期刊。夏皮罗和里科迪是最多产的作家,有126和121种出版物,分别。夏皮罗还导致了共同引用,总计4808。关键研究集中在IT站点和程序以及IT中的新疗法。新兴的研究热点是通过“异种移植”等术语来识别的,“\”凋亡,干细胞,\"\"免疫抑制,\"和\"微囊化。\"
结论:这些发现强调了对未来IT研究的越来越高的预期,预计将更深入地研究基于证据的IT网站方法,程序,和新的治疗干预措施。这种向循证医学的转变强调了该领域对提高IT在糖尿病治疗中的疗效和安全性的承诺。为旨在优化患者预后的未来研究指明了有希望的方向。
BACKGROUND: Islet transplantation (IT) has emerged as a significant research area for the treatment of diabetes mellitus and has witnessed a surge in scholarly attention. Despite its growing importance, there is a lack of bibliometric analyses that encapsulate the evolution and scientific underpinnings of this field. This study aims to fill this gap by conducting a comprehensive bibliometric analysis to delineate current research hotspots and forecast future trajectories within the IT domain with a particular focus on evidence-based medicine practices.
METHODS: This analysis scrutinized literature from January 1, 2000, to October 1, 2023, using the Web of Science Core Collection (WoSCC). Employing bibliometric tools such as VOSviewer, CiteSpace, and the R package \"bibliometrix,\" we systematically evaluated the literature to uncover scientific trends and collaboration networks in IT research.
RESULTS: The analysis revealed 8388 publications from 82 countries, predominantly the United States and
China. However, global cross-institutional collaboration in IT research requires further strengthening. The number of IT-related publications has increased annually. Leading research institutions in this field include Harvard University, the University of Alberta, the University of Miami, and the University of Minnesota. \"Transplantation\" emerges as the most frequently cited journal in this area. Shapiro and Ricordi were the most prolific authors, with 126 and 121 publications, respectively. Shapiro also led to co-citations, totaling 4808. Key research focuses on IT sites and procedures as well as novel therapies in IT. Emerging research hotspots are identified by terms like \"xenotransplantation,\" \"apoptosis,\" \"stem cells,\" \"immunosuppression,\" and \"microencapsulation.\"
CONCLUSIONS: The findings underscore a mounting anticipation for future IT research, which is expected to delve deeper into evidence-based methodologies for IT sites, procedures, and novel therapeutic interventions. This shift toward evidence-based medicine underscores the field\'s commitment to enhancing the efficacy and safety of IT for diabetes treatment, signaling a promising direction for future investigations aimed at optimizing patient outcomes.