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作为临床分析常规系统的一部分,对染色体进行自动分类。

Automatic classification of chromosomes as part of a routine system for clinical analysis.

作者信息

Lundsteen C, Gerdes T, Maahr J

出版信息

Cytometry. 1986 Jan;7(1):1-7. doi: 10.1002/cyto.990070102.

Abstract

A procedure for automatic classification of G-banded human chromosomes has been implemented on a semiautomated system for routine clinical analysis. Chromosomes represented by their density profiles are described by so-called weighted density distributions (WDDs) by application of a number of weighting functions and classified by a parametric discriminant analysis. During 16 mo of routine use of the system, 2,794 metaphases (127,925 chromosomes) from amniotic fluid have been karyotyped by the system with an error rate of 8-9%. This corresponds to 4-5 errors per metaphase. These errors can immediately be corrected by the operator on a displayed karyogram with a light pen.

摘要

一种用于G带人类染色体自动分类的程序已在用于常规临床分析的半自动系统上实现。由其密度分布图表示的染色体通过应用多种加权函数用所谓的加权密度分布(WDD)进行描述,并通过参数判别分析进行分类。在该系统常规使用的16个月期间,该系统对来自羊水的2794个中期分裂相(127925条染色体)进行了核型分析,错误率为8-9%。这相当于每个中期分裂相有4-5个错误。操作人员可以立即用光笔在显示的核型图上对这些错误进行校正。

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