基于数据库可视化分析发酵源化妆品的应用与发展OA北大核心CSTPCD
A review on application and development of fermentation cosmetics based on database visualization
近五年随着消费者对"天然、绿色、安全"化妆品的关注度日益提高,发酵源化妆品的开发得到了长足发展.对于发酵源化妆品原料的开发,中外研究人员从不同角度入手,提高了相关发酵产物的活性、产量以及有效成分的含量.文章基于中国知网(CNKI)数据库以及Web of Science核心数据库,借助文献计量方法和知识图谱可视化软件VOSviewer,以"化妆品"、"发酵"、"cosmetic"、"fermentation"或"fermented"为关键词构建近五年发酵源化妆品文献库,根据可视化分析知识图谱中的关键词共现频率分析近期发酵源化妆品领域的研究热点,并对目前化妆品相关的发酵菌种、发酵产物及功效宣称进行了汇总分析,同时对未来发酵源化妆品的发展与研发提出展望,为发酵源化妆品领域研究提供理论基础.
As the attention of consumers to the"natural,green and safe"cosmetics is increasing,the development of fermentation cosmetics has made great progress in the past five years.Thanks to various research methods,domestic and foreign researchers have effectively improved the activity and content of active ingredients in fermentation products.With the help of bibliometric methods and knowledge graph visualization software named VOSviewer,this paper analyzed the literatures from 2018 to 2023 in CNKI database and Web of Science core database.A database in the field of fermentation-source cosmetic were established,taking"cosmetic"and"fermentation"or"fermented"as the key words.According to the knowledge graph,the results were summarized to introduce the development of fermentation cosmetics during the past five years.Diverse fermentation strains and products are classified,and so is the efficacy of raw materials after fermentation.While analyzing the visualization graph,more importance is attached to fermentation strains,especially Saccharomyces cerevisiae for producing some relative cosmetic raw materials.In addition,other parts like fermentation production and product efficacy are mentioned to review the past-five-year achievements.Moreover,the development of future fermentation cosmetics is prospected in this paper.In the near future,fermented cosmetics raw materials will be used more and more frequently.With characteristics and advantages,green,eco-friendly and easy-to-obtain,fermentation cosmetics will eventually be developed during future researches.
华中杰;茅文瑄;狄飞倩;张佳婵;王昌涛
北京工商大学 轻工科学与工程学院,北京 100048
化学工程
发酵源化妆品发酵菌种发酵产物VOSviewer可视化分析
fermentation cosmeticsstrainsfermentation productionVOSviewervisualization
《日用化学工业(中英文)》 2024 (004)
439-448 / 10
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