Data underlying the PhD thesis: Microfluidics for Biophysical Studies at the Interface with Artificial Lipid Membranes

In this thesis, I explore different topics related to the biophysics of lipid bilayers utilizing newly developed opto-microfluidics. After an introductory chapter (<strong>Chapter 1</strong>), the thesis is structurally divided in two sections, each containing 3 chapters. The first section (<strong>Chapters</strong> <strong>2 to 4</strong>) comprises a description and characterization of the different microfluidic systems that are developed in this thesis. These new tools are used for the biophysical studies on lipid bilayers that are included in the second section (<strong>Chapters 5 to 7</strong>).<br>

本论文依托新近开发的光微流控（opto-microfluidics）技术，围绕脂质双分子层生物物理学相关的多项课题展开研究。在开篇的**第1章**之后，本论文的结构分为两个部分，每个部分各包含3章。第一部分（**第2章至第4章**）对本论文中开发的各类微流控系统进行描述与特性表征。这些新型实验工具将被用于第二部分（**第5章至第7章**）所涵盖的脂质双分子层生物物理学研究。