本文是2023年毛细管电泳(CE)技术的年度综述。期刊是根据其影响因子(IF)选择的,一个公认的学术表现指标,结合与CE技术密切相关的实验工作,促进在2023年快速获得CE技术的重大研究和应用进展。ISIWebofScience数据库的主题搜索在2023年发表了669篇关于CE技术的研究论文。这篇评论重点介绍了在IFs大于10.0的期刊上发表的五篇实验论文,包括《自然通讯》,核酸研究,Engineering,医学病毒学杂志,和碳水化合物聚合物,和31篇来自代表性期刊的实验论文,IFs在5.0到10.0之间,如分析化学,分析ChimicaActa,塔兰塔,食品化学它还提供了对CE技术重点报道但IFs小于5.0的期刊的实验研究的概述,例如色谱A和电泳杂志,以及国内重点中文核心期刊(北京大学)的重大实验研究。2023年,期刊上报道的所有最新科学进步,IF大于10.0,都使用了以前报道的CE方法。为CE技术的推广应用提供新的突破。此外,CE与质谱联用的新应用仍然是一个热门话题。关于CE硬件方面的报告增加,例如3D打印和水下系统,以及非溶液样品分析的重大突破,如固体颗粒,细胞囊泡,细胞,病毒,和细菌,已注意到。CE对于药物及其组分的分析是有利的。在中国期刊中,关于CE申请的论文数量超过了前几年,特别关注印刷领域的新应用。
This paper serves as an annual
review of capillary electrophoresis (CE) technology for 2023. The journals were selected based on their impact factor (IF), a universally recognized academic performance metric, combined with experimental work closely related to CE technology, to facilitate the rapid acquisition of significant research and application advancements in CE technology in 2023. A thematic search of the ISI Web of Science database yielded 669 research papers on CE technology published in 2023. This
review highlights five experimental papers published in journals with IFs greater than 10.0, including Nature Communications, Nucleic Acids Research, Engineering, Journal of Medical Virology, and Carbohydrate Polymers, and 31 experimental papers from representative journals with IFs between 5.0 and 10.0, such as Analytical Chemistry, Analytica Chimica Acta, Talanta, and Food Chemistry. It also provides an overview of experimental research in journals with focused reporting on CE technology but with IFs less than 5.0, such as Journal of Chromatography A and Electrophoresis, as well as significant experimental research from key domestic Chinese core journals (Peking University). In 2023, all the latest scientific advancements reported in journals with an IF greater than 10.0 utilized previously reported CE methods, offering new breakthroughs for the promotion and application of CE technology. Additionally, new applications of CE in conjunction with mass spectrometry remained a hot topic. An increase in reports on the hardware aspects of CE, such as 3D printing and underwater systems, and significant breakthroughs in the analysis of non-solution samples, such as solid particles, cell vesicles, cells, viruses, and bacteria, was noted. CE is advantageous for the analysis of drugs and their components. In Chinese journals, the number of papers on CE applications exceeded that in previous years, with particular focus on the field of printing for new applications.