FigShare_runandtumblevesicles

This dataset contains the experimental and simulation data supporting the findings in the study of phase-separated Janus giant unilamellar vesicles (GUVs) under AC electric fields. The data demonstrate how the intrinsic fluidity of lipid membranes drives reconfigurable motion and transient run-and-tumble-like behaviors, characterized by domain mixing and re-separation. Key results include fluorescence microscopy images, particle trajectories, velocity measurements, phase diagrams, and theoretical modeling of electrohydrodynamic flows and particle dynamics. This dataset provides insights into the interplay of membrane composition, field parameters, and motility in synthetic cell-inspired systems.

本数据集包含支持交流电场下相分离Janus巨型单层囊泡（Giant Unilamellar Vesicles，GUVs）研究发现的实验与模拟数据。这些数据展示了脂质膜的内在流动性如何驱动可重构运动和类似短暂“跑-停”的行为，其特征为结构域混合与再分离。关键结果包括荧光显微镜图像、粒子轨迹、速度测量数据、相图，以及电动力学流动与粒子动力学的理论模型。该数据集为理解类合成细胞系统中膜组成、电场参数与运动性之间的相互作用提供了见解。