Cellular viability in human tumor micro-organ cultures: in situ quantitation by image processing.

B Rotman, M W Campanella, E H Oldmixon, P A Meitner
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引用次数: 6

Abstract

At present, cytotoxicity measurements using the fluorescent cytoprint assay are based on achieving complete cell death in cultures of drug-sensitive tumors. Thus, the usefulness of the assay would be extended if partial effects of chemotherapeutic drugs could be quantified. In this study, we addressed the issue by developing and validating a thresholding algorithm for automatic image processing that can be used to quantify the areas occupied by viable (i.e., fluorescent) micro-organs in the culture.

人肿瘤微器官培养中的细胞活力:图像处理原位定量。
目前,使用荧光细胞印迹法的细胞毒性测量是基于在药物敏感肿瘤的培养中实现细胞完全死亡。因此,如果可以量化化疗药物的部分作用,则该分析的有用性将得到扩展。在本研究中,我们通过开发和验证自动图像处理的阈值算法来解决这个问题,该算法可用于量化培养物中可存活(即荧光)微器官所占的区域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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