■本手稿提供了对全身照射(TBI)研究的文献计量和可视化分析,旨在阐明趋势,间隙,以及该领域的未来方向。本研究旨在全面概述TBI的全球研究格局,强调其主要贡献,不断发展的趋势,以及未来探索的潜在领域。
■这项研究的数据来自WebofScienceCoreCollection(WoSCC),涵盖截至2023年5月发表的文章。分析包括原始研究,摘要,并回顾有关TBI相关研究的文章。文献计量指标,如总出版物(TP),总引文(TC),和每篇出版物的引文(C/P)被用来评估研究产出和影响。VOSViewer等可视化工具被用于专题制图和说明国际合作网络。
■分析揭示了大量文献,2650个机构发表了7315篇文章,涉及,13,979名作者。全长文章占主导地位,强调他们在TBI研究传播中的核心作用。作者模式表明了不同范围的学术影响,既有成熟的研究人员,也有新兴的研究人员做出了显著的贡献。美国在全球贡献方面领先,观察到重要的国际合作。最近的研究趋势集中在改进TBI处理技术,调查患者的长期影响,并推进辐射暴露评估的剂量测定和生物标志物研究。
■TBI研究展示了一个动态和多方面的景观,由全球合作和创新驱动。它强调了TBI的临床挑战,例如其不利影响以及在儿科病例中需要量身定制的治疗方法。至关重要的是,该研究还承认支持TBI的基础科学,包括它对炎症和凋亡途径的影响,DNA损伤,以及细胞和组织的不同敏感性。这种双重焦点增强了我们对TBI的理解,指导未来研究走向创新解决方案和全面护理。
UNASSIGNED: This manuscript presents a bibliometric and visualization analysis of Total Body Irradiation (TBI) research, aiming to elucidate trends, gaps, and future directions in the field. This study aims to provide a comprehensive overview of the global research landscape of TBI, highlighting its key contributions, evolving trends, and potential areas for future exploration.
UNASSIGNED: The data for this study were extracted from the Web of Science Core Collection (WoSCC), encompassing articles published up to May 2023. The analysis included original studies, abstracts, and review articles focusing on TBI-related research. Bibliometric indicators such as total publications (TP), total citations (TC), and citations per publication (C/P) were utilized to assess the research output and impact. Visualization tools such as VOS Viewer were employed for thematic mapping and to illustrate international collaboration networks.
UNASSIGNED: The analysis revealed a substantial body of literature, with 7,315 articles published by 2,650 institutions involving, 13,979 authors. Full-length articles were predominant, highlighting their central role in the dissemination of TBI research. The authorship pattern indicated a diverse range of scholarly influences, with both established and emerging researchers contributing significantly. The USA led in global contributions, with significant international collaborations observed. Recent research trends have focused on refining TBI treatment techniques, investigating long-term patient effects, and advancing dosimetry and biomarker studies for radiation exposure assessments.
UNASSIGNED: TBI research exhibits a dynamic and multifaceted landscape, driven by global collaboration and innovation. It highlights the clinical challenges of TBI, such as its adverse effects and the need for tailored treatments in pediatric cases. Crucially, the study also acknowledges the fundamental science underpinning TBI, including its effects on inflammatory and apoptotic pathways, DNA damage, and the varied sensitivity of cells and tissues. This dual focus enhances our understanding of TBI, guiding future research toward innovative solutions and comprehensive care.