Supporting data for "Partitioning and catalysis in all-aqueous multiphase microfluidics: from interfacial phenomena to applications in analyte detection".

The thesis explores the use of microfluidics and liquid-liquid phase separation in virus detection. Specifically, it investigates a phase separation-assisted and microfluidics-based method for isolating and enriching target analytes from background signals. The dataset includes schematic figures and experimental raw data that support the thesis projects.

本论文探讨利用微流控技术和液体-液体相分离在病毒检测中的应用。具体而言，它研究了一种基于相分离辅助和微流控的方法，用于从背景信号中分离和富集目标分析物。该数据集包含支持论文项目的示意图和实验原始数据。