Stefan Tammy, Jacobberger James W
Case Comprehensive Cancer Center, Case Western Reserve University, Cleveland, Ohio, USA.
Methods Cell Biol. 2011;102:341-72. doi: 10.1016/B978-0-12-374912-3.00014-6.
Here we use a concept of cell state, which can be defined as the conjunction of expression levels of an arbitrary number of biomolecules or modifications thereof that oscillate, to classify mitotic cells. We describe detection of cell states with quantitative immunofluorescence measurements performed by laser scanning cytometry. This platform allows both measurement of the cell states, capture of cell images within those states, and subsequent analysis of each image to classify by traditional mitotic stages based on nuclear morphology.
在这里,我们使用细胞状态的概念来对有丝分裂细胞进行分类,细胞状态可定义为任意数量振荡的生物分子或其修饰的表达水平的结合。我们描述了通过激光扫描细胞术进行定量免疫荧光测量来检测细胞状态。该平台既可以测量细胞状态,捕捉处于这些状态的细胞图像,还能对每个图像进行后续分析,以便根据核形态按传统有丝分裂阶段进行分类。