Knüchel R
Institut für Pathologie, Universität Regensburg.
Pathologe. 1994 Apr;15(2):85-95. doi: 10.1007/s002920050030.
Although flow cytometry was initially used just to count cells, it has developed into a method of measuring the physical and chemical properties of individual cells when they are detected in a fluid stream by electronic sensors. With the application of fluorescence molecules, especially fluorescence-conjugated antibodies that are excited by focused laser light, the spectrum of application has expanded and has for years exceeded the traditional field of hematology. The article presents applications for pathology with the main focus on oncological problems such as DNA multiparameter analysis and proliferation assessment. In addition, the basic aspects of the different types of user-friendly flow cytometers are explained here.
尽管流式细胞术最初仅用于细胞计数,但它已发展成为一种在电子传感器检测到单个细胞处于流体流中时测量其物理和化学性质的方法。随着荧光分子的应用,特别是由聚焦激光激发的荧光共轭抗体的应用,其应用范围得到了扩展,多年来已超出了传统血液学领域。本文介绍了流式细胞术在病理学中的应用,主要侧重于肿瘤学问题,如DNA多参数分析和增殖评估。此外,还在此解释了不同类型用户友好型流式细胞仪的基本方面。