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Interfacing antibody-based microarrays and digital holography enables label-free detection for loss of cell volume

机译:基于抗体的微阵列接口和数字全息技术可实现细胞体积丢失的无标记检测

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摘要

Background: We introduce the combination of digital holographic microscopy (DHM) and antibody microarrays as a powerful tool to measure morphological changes in specifically antibody-captured cells. The aim of the study was to develop DHM for analysis of cell death of etoposide-treated suspension cells. Result/Methodology: We demonstrate that the cell number, mean area, thickness, and volume were non-invasively measured by using DHM. The cell number was stable over time, but the two cell lines showed changes of cell area and cell irregularity after treatment. The cell volume in etoposide-treated cells was decreased, whereas untreated cells showed stable volume. Conclusions: Our results provide proof of concept for using DHM combined with antibody-based microarray technology for detecting morphological changes in captured cells.
机译:背景:我们介绍了数字全息显微镜(DHM)和抗体微阵列的结合,作为测量专门捕获抗体的细胞形态变化的强大工具。该研究的目的是开发用于分析依托泊苷处理的悬浮细胞的细胞死亡的DHM。结果/方法:我们证明使用DHM非侵入性地测量细胞数量,平均面积,厚度和体积。细胞数目随时间稳定,但是两个细胞系在处理后显示细胞面积和细胞不规则性的变化。依托泊苷处理的细胞的细胞体积减少,而未处理的细胞显示稳定的体积。结论:我们的结果提供了使用DHM结合基于抗体的微阵列技术检测捕获细胞形态变化的概念证明。

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