Research trend analysis of Leucojum aestivum based on Citespace visualization software

Wen Wang, Huan Tang, Junce Zhou, Taoze Sun, Hongna Mu
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Abstract

The secondary metabolite of Leucojum aestivum lycorine, is of high medicinal value and has attracted much attention internationally. Therefore, it is essential to review and analyze the existing literature on L. aestivum to clarify the research progress, research bottlenecks, and applications of lycorine in landscapes. In this study, we used the Web of Science (WOS) and CNKI Chinese journal database as data sources to analyze the bibliometric analysis of L. aestivum-related literature in terms of the number of publications, journal sources, research institutions, keywords, and co-cited literature using Citespace visualization software. The results showed that the number of L. aestivum-related studies decreased compared to previous years, but the number of publications showed a high growth trend in this research frontier. Bulgaria has a significant dominance in L. aestivum-related research, while China has fewer publications in this field but focuses more on the frontiers of the discipline. The frontiers of L. aestivum research concentrate on improving in vitro culture devices, changing plant culture strategies, and adding chemical additives to improve the yield of compounds in plants; new methods for lycorine synthesis; identification of ornamental plant species and detection of compounds by electrochemical methods; practical applications of lycorine in medicine and its mechanism of action. It is inferred that future research will focus on the ornamental value, medicinal value, cultivation methods, and innovation of lycorine synthesis methods of aestivum.
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基于Citespace可视化软件的白菖蒲研究趋势分析
白菖蒲石蒜碱是白菖蒲的次生代谢产物,具有很高的药用价值,在国际上受到广泛关注。因此,有必要对现有的石蒜碱研究文献进行梳理和分析,以明确石蒜碱的研究进展、研究瓶颈以及在景观中的应用。本研究以Web of Science (WOS)和中国知网中文期刊数据库为数据源,利用Citespace可视化软件,从出版物数量、期刊来源、研究机构、关键词、共被引文献等方面对我国枸杞相关文献进行文献计量分析。结果表明,与往年相比,与羊乳杆菌相关的研究数量有所减少,但在这一研究前沿领域发表的论文数量呈高增长趋势。保加利亚在L. aestivum相关研究方面具有显著的优势,而中国在该领域的出版物较少,但更多地关注该学科的前沿。研究的前沿主要集中在改进离体培养装置、改变植物培养策略、添加化学添加剂提高植物体内化合物产量等方面;石蒜碱合成的新方法电化学方法鉴定观赏植物种类及化合物石蒜碱在医学上的实际应用及其作用机制。推测今后的研究将集中在石蒜的观赏价值、药用价值、栽培方法以及石蒜碱合成方法的创新等方面。
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