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[流式细胞术核型分析与染色体分选]

[Flow karyotyping and chromosome sorting].

作者信息

Hashimoto K

机构信息

Division of Genetic Resources, National Institute of Health.

出版信息

Nihon Rinsho. 1992 Oct;50(10):2484-8.

PMID:1447820
Abstract

For flow karyotyping and sorting, chromosomes are stained in suspension with appropriate DNA fluorochromes, and passed singly through a beam of laser light. The emitted pulses of fluorescence and scattered light are measured and stored in the form of a histogram displaying the number of pulses versus fluorescence or scattered light intensity. A data processing system was devised to remove signals from cell debris or chromosome fragments. A selective window was set in a dot plot of fluorescence versus scattered light intensities and a program was made to count pulses from the gated area only. As application of chromosome fractionation, flow cytometry has been used for karyotype analysis, gene mapping, and chromosomal DNA library construction.

摘要

用于流式核型分析和分选时,染色体在悬浮液中用合适的DNA荧光染料染色,然后逐个通过一束激光。所发射的荧光脉冲和散射光被测量,并以直方图的形式存储,该直方图显示脉冲数量与荧光或散射光强度的关系。设计了一个数据处理系统以去除来自细胞碎片或染色体片段的信号。在荧光与散射光强度的点图中设置一个选择性窗口,并编写一个程序仅对选通区域的脉冲进行计数。作为染色体分级分离的应用,流式细胞术已用于核型分析、基因定位和染色体DNA文库构建。

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