PDF(Pubmed)
Abstract：
UNASSIGNED: In recent years, with the continuous development of fluorescence imaging technology, research on its application in pancreatic diseases has surged. This area is currently of high research interest and holds the potential to become a non-invasive and effective tool in the diagnosis and treatment of pancreatic diseases. The objective of this study is to explore the hotspots and trends in the field of fluorescence imaging technology applications in pancreatic diseases from 2003 to 2023 through bibliometric and visual analysis.
UNASSIGNED: This study utilized the Web of Science (core collection) to identify publications related to the application of fluorescence imaging technology in pancreatic diseases from 2003 to 2023. Tools such as CiteSpace (V 6.2.R6), VOSviewer (v1.6.20), and R Studio (Bibliometrix: R-tool version 4.1.4) were employed to analyze various dimensions including publication count, countries, institutions, journals, authors, co-cited references, keywords, burst words, and references.
UNASSIGNED: A comprehensive analysis was conducted on 913 papers published from January 1, 2003, to December 1, 2023, on the application of fluorescence imaging technology in pancreatic diseases. The number of publications in this field has rapidly increased, with the United States being the central hub. The University of California, San Diego emerged as the most active institution. \"Biomaterials\" was identified as the most influential journal. Authors with the most publications and the highest average citations per article are Hoffman, Robert M. and Luiken, George A., respectively. Keywords such as pancreatic cancer, cancer, expression, indocyanine green, and nanoparticles received widespread attention, with indocyanine green and nanoparticles being current active research hotspots in the field.
UNASSIGNED: This study is the first bibliometric analysis in the field of fluorescence imaging technology applications in pancreatic diseases. Our data will facilitate a better understanding of the developmental trends, identification of research hotspots, and direction in this field. The findings provide practical information for other scholars to grasp key directions and cutting-edge insights.
UNASSIGNED: This study utilized the Web of Science (core collection) to identify publications related to the application of fluorescence imaging technology in pancreatic diseases from 2003 to 2023. Tools such as CiteSpace (V 6.2.R6), VOSviewer (v1.6.20), and R Studio (Bibliometrix: R-tool version 4.1.4) were employed to analyze various dimensions including publication count, countries, institutions, journals, authors, co-cited references, keywords, burst words, and references.
UNASSIGNED: A comprehensive analysis was conducted on 913 papers published from January 1, 2003, to December 1, 2023, on the application of fluorescence imaging technology in pancreatic diseases. The number of publications in this field has rapidly increased, with the United States being the central hub. The University of California, San Diego emerged as the most active institution. \"Biomaterials\" was identified as the most influential journal. Authors with the most publications and the highest average citations per article are Hoffman, Robert M. and Luiken, George A., respectively. Keywords such as pancreatic cancer, cancer, expression, indocyanine green, and nanoparticles received widespread attention, with indocyanine green and nanoparticles being current active research hotspots in the field.
UNASSIGNED: This study is the first bibliometric analysis in the field of fluorescence imaging technology applications in pancreatic diseases. Our data will facilitate a better understanding of the developmental trends, identification of research hotspots, and direction in this field. The findings provide practical information for other scholars to grasp key directions and cutting-edge insights.
摘要：
■近年来，随着荧光成像技术的不断发展,其在胰腺疾病中的应用研究激增。该领域目前具有很高的研究兴趣，并且具有成为诊断和治疗胰腺疾病的非侵入性有效工具的潜力。本研究的目的是通过文献计量和可视化分析，探讨2003-2023年荧光成像技术在胰腺疾病领域的应用热点和趋势。
■这项研究利用WebofScience（核心收藏）确定了2003年至2023年与荧光成像技术在胰腺疾病中的应用有关的出版物。CiteSpace等工具(V6.2.R6),VOSviewer(v1.6.20),和RStudio（Bibliometrix：R-tool版本4.1.4）用于分析各种维度，包括出版物数量，国家,机构,期刊,作者,共同引用的参考文献，关键词,突发单词,和参考。
■对2003年1月1日至2023年12月1日发表的关于荧光成像技术在胰腺疾病中的应用的913篇论文进行了全面分析。这一领域的出版物数量迅速增加,美国是中心枢纽。加州大学,圣地亚哥成为最活跃的机构。“生物材料”被确定为最具影响力的期刊。出版物最多，每篇文章平均引用次数最高的作者是霍夫曼，RobertM.和Luiken,乔治·A，分别。关键词如胰腺癌，癌症,表达式,吲哚菁绿,纳米粒子受到广泛关注，吲哚菁绿和纳米粒子是当前该领域的研究热点。
■这项研究是在胰腺疾病中荧光成像技术应用领域的首次文献计量学分析。我们的数据将有助于更好地了解发展趋势，确定研究热点，和这个领域的方向。这些发现为其他学者掌握关键方向和前沿见解提供了实用信息。
■这项研究利用WebofScience（核心收藏）确定了2003年至2023年与荧光成像技术在胰腺疾病中的应用有关的出版物。CiteSpace等工具(V6.2.R6),VOSviewer(v1.6.20),和RStudio（Bibliometrix：R-tool版本4.1.4）用于分析各种维度，包括出版物数量，国家,机构,期刊,作者,共同引用的参考文献，关键词,突发单词,和参考。
■对2003年1月1日至2023年12月1日发表的关于荧光成像技术在胰腺疾病中的应用的913篇论文进行了全面分析。这一领域的出版物数量迅速增加,美国是中心枢纽。加州大学,圣地亚哥成为最活跃的机构。“生物材料”被确定为最具影响力的期刊。出版物最多，每篇文章平均引用次数最高的作者是霍夫曼，RobertM.和Luiken,乔治·A，分别。关键词如胰腺癌，癌症,表达式,吲哚菁绿,纳米粒子受到广泛关注，吲哚菁绿和纳米粒子是当前该领域的研究热点。
■这项研究是在胰腺疾病中荧光成像技术应用领域的首次文献计量学分析。我们的数据将有助于更好地了解发展趋势，确定研究热点，和这个领域的方向。这些发现为其他学者掌握关键方向和前沿见解提供了实用信息。
