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使用细胞扫描系统进行淋巴细胞荧光偏振测量:在SCM癌症检测中的应用

Lymphocyte fluorescence polarization measurements with the cellscan system: application to the SCM cancer test.

作者信息

Deutsch M, Ron I, Weinreb A, Tirosh R, Chaitchik S

机构信息

Department of Physics, Bar-Ilan University, Ramat-Gan, Israel.

出版信息

Cytometry. 1996 Feb 1;23(2):159-65. doi: 10.1002/(SICI)1097-0320(19960201)23:2<159::AID-CYTO9>3.0.CO;2-F.

Abstract

The SCM (Structuredness of Cytoplasmic Matrix) cancer test, a procedure based on detection of differences in lymphocyte activation between individuals with and without cancer, has remained controversial with inconsistent results reported by different authors. As originally described, the test includes two technically demanding steps, the first a lymphocyte separation procedure and the second a series of fluorescence polarization measurements. The Cellscan, a high-precision static cytometer system has been configured to perform the SCM test. The apparatus facilitates the polarization measurements and can analyze cells separated using simpler procedures than were originally described. Using methods and diagnostic criteria adapted for the Cellscan system, the SCM test correctly classified > 90% of patients with cancer and > 90% of individuals without cancer.

摘要

SCM(细胞质基质结构)癌症检测是一种基于检测患癌个体与未患癌个体之间淋巴细胞激活差异的检测方法,不同作者报告的结果不一致,该检测一直存在争议。如最初所描述的,该检测包括两个技术要求较高的步骤,第一步是淋巴细胞分离程序,第二步是一系列荧光偏振测量。Cellscan是一种高精度静态细胞仪系统,已配置用于执行SCM检测。该仪器便于进行偏振测量,并且可以使用比最初描述的更简单的程序来分析分离出的细胞。使用适用于Cellscan系统的方法和诊断标准,SCM检测正确地将超过90%的癌症患者和超过90%的非癌症个体进行了分类。

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