'Acoustofluidic Levitation in Organoid Cultures - Tuning Ultrasound to Cluster Cells' : Video Supplement to MSc Thesis

This dataset is a supplementary set of experimentally derived videos and animations to support the findings documented in the Master Thesis titled 'Acoustofluidic Levitation in Organoid Cultures - Tuning Ultrasound to Cluster Cells'. These may be referred alongside the thesis for a visual depiction of the experimental findings in the work.The MSc thesis referred herein demonstrated the synergy between Acoustofluidics as a technological tool to enhance Organoid Cultures as an an application domain. The experimental work involved the in-house fabrication of a BAW resonator to demonstrate the trapping performance of microspheres. Laser Doppler Vibrometry was used for transducer characterization, animations of which are included in this dataset. Further, live brightfield imaging was carried out to characterize the trapping performance, and the demonstrative videos recorded in these experiments are included in this dataset along with stitched images of the complete fluid chamber in view.These videos and animations have been described in Appendix C of the thesis whose TUD repository link has been provided as a reference with this dataset.

本数据集为配套补充集，包含实验衍生的视频与动画，用于支撑题为《类器官培养中的声流体悬浮——调控超声以实现细胞簇集》的硕士论文中记载的研究发现。读者可结合该论文查阅这些素材，以直观了解本研究中的实验结果。

本文提及的该硕士论文证实了声流体学（Acoustofluidics）作为技术工具与类器官培养这一应用领域之间的协同效应。本实验研究自主搭建了体声波（Bulk Acoustic Wave, BAW）谐振器，以验证微球的捕获性能。研究采用激光多普勒振动测量法（Laser Doppler Vibrometry）对换能器进行表征，相关动画已收录至本数据集。

此外，研究通过明场实时成像表征捕获性能，本数据集同时收录了此类实验中录制的演示视频，以及完整可视流体腔室的拼接图像。本数据集附带的参考文献中已给出该论文的TUD仓储链接，上述视频与动画的相关说明已收录于该论文的附录C中。