Meyer F
Blood Cells. 1980;6(2):159-72.
With 26 letters we can form all the words we use, and with a few words it is possible to form an infinite number of different meaningful sentences. In our case, the letters will be a few simple neighborhood image transformations and area measurements. The paper shows how, by iterating these transformations, it is possible to obtain a good quantitative description of the nuclear structure of Feulgen-stained lymphocytes (CLL and normal). The fact that we restricted ourselves to a small number of image transformations made it possible to construct an image analysis system (TAS) able to do these transformations very quickly. We will see, successively, how to segment the nucleus itself, the chromatin, and the interchromatinic channels, how openings and closings lead to size and spatial distribution curves, and how skeletons may be used for measuring the lengths of interchromatinic channels.
用26个字母我们可以组成所有我们使用的单词,用少数几个单词就有可能组成无数个不同的有意义的句子。就我们的情况而言,这些字母将是一些简单的邻域图像变换和面积测量。本文展示了如何通过迭代这些变换,获得对福尔根染色淋巴细胞(慢性淋巴细胞白血病和正常细胞)核结构的良好定量描述。我们将自己限制在少数几种图像变换上这一事实使得构建一个能够非常快速地进行这些变换的图像分析系统(TAS)成为可能。我们将依次看到如何分割细胞核本身、染色质和染色质间通道,开闭运算如何导致尺寸和空间分布曲线,以及骨架如何用于测量染色质间通道的长度。