Abstract:

Mycotoxin contamination constitutes a significant public health concern that seriously threatens human health and livestock development， highlighting the crucial need to enhance detection capabilities. This study conducted quantitative analysis and visual representation of productive countries， institutions， researchers， publishing journals， highly cited documents， and keywords using data from the Web of Science Core Collection database. Our findings reveal that mycotoxin detection technology research is experiencing rapid growth， with an established international collaboration network. China leads in publication output and maintains world-class research status. Ghent University， Sarah De Saeger， and Food Control emerge as the most productive institution， researcher， and journal， respectively. Interdisciplinary integration has accelerated research progress， with Chinese scholars increasingly assuming leadership roles. Keyword clustering identifies four primary research themes： mycotoxin biosynthesis， instrumental analysis， immunoassay development， and toxicity/risk assessment. Recent high-frequency keywords in immunoassay research highlight emerging frontiers， particularly novel recognition elements （e.g.， aptamers） and advanced detection modalities （e.g.， biosensors） as current research hotspots.

Key words: mycotoxin, detection technology, bibliometric analysis, knowledge graph

摘要：

真菌毒素污染对人类健康和畜牧业的发展构成严重威胁，是重要的公共卫生问题，提升真菌毒素检验检测能力具有重大意义。基于文献计量学对Web of Science核心数据库中与真菌毒素检测相关文献的出版量、高产国家、研究机构、研究人员、发文期刊、高被引文献和关键词等要素进行定量分析和可视化展示，期望为该领域的科技创新提供数据参考。结果显示，真菌毒素检测技术领域的研究成果正处于快速增长期；国际上已形成紧密的合作网络，中国在该领域的发文量稳居第一，研究成果处于世界前沿水平；比利时根特大学、De Saeger Sarah和《Food Control》分别是最高产的研究机构、人员和学术期刊，学科的交叉融合促进了该领域研究的推进，我国研究人员逐渐成为该领域发展的中坚力量；关键词聚类显示研究主题集中在真菌毒素的产生、真菌毒素的仪器分析、免疫分析、毒性和风险评估方向；免疫分析主题中具有更多的新发高频关键词，核酸适配体、传感器等新识别元件和新检测模式的开发是前沿性研究热点。

关键词: 真菌毒素, 检测技术, 文献计量分析, 知识图谱