Literature search: Microfluidic characterization of enzymes

The dataset contains the records of scientific research articles which were found during the literature search focused on microfluidic characterization of enzymes. The description of the dataset is as follows: <br> For each study, we have collected information about the detection technique applied, enzyme characteristics, and studied enzymes, including their enzyme commission (EC) numbers, type of microfluidic device and the number of enzyme variants characterized. Furthermore, we have determined the development level of microfluidic technologies based on the searches both in the articles themselves and in the citing literature. Based on this search, we have classified the articles into three categories: (i) proof-of-concept (POC) studies, which only developed and demonstrated the microfluidic system, (ii) systematic applications, i.e., studies that employed the developed technology in at least one other study for similar characterization, and (iii) studies employing commercially available microfluidic technologies. Finally, we have acquired the number of citations and the average number of citations per year from the Web of Science database (results as of 18th January, 2023), while we don’t include citations and publications from 2023.

本数据集收录了针对酶微流控表征开展专项文献检索所获取的科研论文记录。数据集说明如下：
针对每一项研究，我们收集了其所采用的检测技术、酶学特性以及所研究的酶相关信息，包括酶委员会（Enzyme Commission, EC）编号、微流控装置类型以及已表征的酶变体数量。此外，我们通过检索论文原文及其引用文献，确定了微流控技术的发展层级。基于本次检索结果，我们将论文划分为三类：(i) 概念验证（proof-of-concept, POC）研究，即仅开发并验证微流控系统的研究；(ii) 系统性应用研究，即利用已开发的技术开展至少一项同类表征相关研究的工作；(iii) 采用商业化微流控技术的研究。最后，我们从Web of Science数据库获取了论文总被引次数及年均被引次数（统计截止至2023年1月18日），且未纳入2023年的被引及发表数据。