Rüter A, Gunzer U
Blut. 1984 May;48(5):307-20. doi: 10.1007/BF00320402.
The well-known problems of the low reproducibility of peripheral blood smear analysis have for some time stimulated endeavours to automate blood cell classification. In the cytophotometric standardized color measurement and analysis, the computed color characteristics for the first time refer to an internationally accepted color system, allowing not only an international comparison of the computer color measurements but an unproblematic mutual interchange of color information between man and machine based on both the human visual color impressions and the conventional morphological color attributes of the white blood cells. The discriminatory power of the method is demonstrated by differentiating the cytoplasm granulations in basophil, eosinophil and neutrophil granulocytes.
外周血涂片分析重复性低这一众所周知的问题,在一段时间内推动了血细胞分类自动化的努力。在细胞光度标准化颜色测量和分析中,计算出的颜色特征首次参考了国际公认的颜色系统,这不仅使得计算机颜色测量能够进行国际比较,还能基于人类视觉颜色印象和白细胞的传统形态学颜色属性,在人与机器之间毫无问题地相互交换颜色信息。通过区分嗜碱性粒细胞、嗜酸性粒细胞和中性粒细胞中的细胞质颗粒,证明了该方法的鉴别能力。