Data underlying the publication: High-throughput mechanophenotyping of multicellular spheroids using a microfluidic micropipette aspiration chip

Research paper published in Lab on a Chip, on the development of a microfluidic chip that allows high-throughput aspiration of multicellular spheroids to characterize tissue mechanics. Data includes Excel files with measured spheroid mechanical parameters such as their elasticity and viscosity. Additionally, the Python codes used for analysis and the AutoCAD files including the microfluidic chip designs are included.

发表于《芯片实验室（Lab on a Chip）》期刊的研究论文，围绕一款可实现多细胞球体（multicellular spheroids）高通量抽吸以表征组织力学特性的微流控芯片（microfluidic chip）开展开发研究。本数据集包含存储有实测多细胞球体力学参数（如弹性与粘度）的Excel文件；此外，还涵盖了用于数据分析的Python代码，以及包含该微流控芯片设计方案的AutoCAD文件。