目的:本研究采用了文献计量学方法,以确定过去10年在全球范围内应用3D打印技术治疗骨肿瘤的研究趋势。
方法:发表于2013年至2022年,与3D打印治疗骨肿瘤相关的论文位于WebofScienceCoreCollection(WoSCC)中,PubMed,还有Scopus.筛选的文章包括在本文献计量学研究中。从WoSCC的这些论文中,关于年度出版物的信息,期刊,关键词,国家,作者,机构,和引用的参考文献被提取并用CiteSpace(6.1版。R6)软件调查使用3D打印治疗骨肿瘤的状态以及研究热点。Carrot2在线可视化工具和Vosviewer软件(版本1.6.20)用于可视化PubMed和Scopus的出版物,分别,以便从两个数据库中确定最受欢迎的研究课题。
结果:从WoSCC获得了总共606、233和364种出版物,PubMed,还有Scopus,分别,在2013年和2022年之间。在WoSCC中,出版物数量最高的是在2021年,出版了145种出版物。生物杂志(11种出版物)和世界神经外科(10种出版物)是最多产的期刊,生物材料是被引用最多的期刊(244次)。周勇是最有生产力的作者,有14种出版物,而王国全(69次引用)和威廉·F·安内金,(69次引用)引用次数最多。出版物数量最多的国家是中国(207)。在所有机构中,上海交通大学出版的出版物最多(29)。快速原型是引用最强的关键词(4.73)。\'重建\',\'手术\',\'切除\',和“设计”引起了研究人员的极大关注。3D打印材料,骨盆重建术,下颌骨重建,计算机辅助外科技术,光热疗法,体外实验被认为是当前研究的热点和趋势。Scopus中最常见的主题与WoSCC中的主题没有显着差异。PubMed最普遍的研究领域包括植入物,患者特异性,生物陶瓷,模型,和骨盆。
OBJECTIVE: Bibliometrics was employed in this study to determine the research trends in the worldwide application of 3D printing technology to treat bone tumors over the previous 10 years.
METHODS: Published from 2013 to 2022, the papers related to bone tumors treated with 3D printing were located in Web of Science Core Collection (WoSCC), PubMed, and Scopus. The screened articles were included in this bibliometric study. From these papers in WoSCC, information on annual publications, journals, keywords, countries, authors, institutions, and cited references were extracted and visualized with CiteSpace (version 6.1.R6) software to investigate the state of bone tumor treatment using 3D printing as well as research hotspots. The Carrot2 online visualization tool and Vosviewer software (version 1.6.20) were employed to visualize the publications from PubMed and Scopus, respectively, in order to ascertain the most popular research topics from both databases.
RESULTS: A total of 606, 233, and 364 publications were obtained from WoSCC, PubMed, and Scopus, respectively, between the years 2013 and 2022. In WoSCC, the peak number of publications was found in 2021, with 145 publications published. Acta Biomaterialia (11 publications) and World Neurosurgery (10 publications) were the most prolific journals, and Biomaterials was the journal cited the most (244 times). Yong Zhou was the most productive author with 14 publications, while Kwok-Chuen Wong (69 citations) and William F Enneking, (69 citations) possessed the most citations. The country with the largest quantity of publications was China (207). Among all institutions, Shanghai Jiao Tong University produced the most publications (29). Rapid prototyping was the keyword with the strongest citation burst (4.73). \'Reconstruction\', \'surgery\', \'resection\', and \'design\' caught the significant attention of researchers. 3D-printed materials, pelvic reconstruction, mandibular reconstruction, computer-assisted surgical techniques, photothermal therapy, and in vitro experiments were recognized as hot subjects and trends in current research. The most frequently occurring topics in Scopus are not significantly different from those found in WoSCC. The most prevalent research areas in PubMed encompass implant, patient-specific, bioceramic, models, and pelvic.