Dusková J, Povýsil C
II. Patologickoanatomický ústav 1. LF UK, Praha.
Cesk Patol. 1995 Feb;31(1):17-20.
Argyrophil Nucleolar Organizer Regions (AgNORs) reflect the ploidy and proliferative activity of cells. In a Czech made system of image analysis LUCIA-M (Laboratory Universal Computer Image Analysis-Medium version) we have created a macro for AgNORs evaluation. The process includes picture contrasting and processing, thresholding of nuclei and AgNORs, elimination of artifacts through restrictions and interactive editation. The relation of nuclei to AgNORs is realized using binary operations. The number of dots in a nucleus is counted using advanced morphology-homotopic marking. The object data (nuclear area, absolute and relative AgNOR area, mean equal diameter of nuclei, circularity) may be processed either in the system LUCIA itself or exporting the data into another statistic program, e.g. EXCEL. The choice of the most informative features measured for diagnostics and prognostics of tumours is a task for subsequent clinico-morphologic studies.
嗜银核仁组织区(AgNORs)反映细胞的倍性和增殖活性。在捷克制造的LUCIA - M图像分析系统(实验室通用计算机图像分析 - 中级版本)中,我们创建了一个用于评估AgNORs的宏程序。该过程包括图像对比度调整和处理、细胞核与AgNORs的阈值设定、通过限制和交互式编辑消除伪影。利用二元运算实现细胞核与AgNORs的关联。通过先进的形态学——同伦标记来计算细胞核中的点数。对象数据(核面积、绝对和相对AgNOR面积、细胞核平均等效直径、圆形度)既可以在LUCIA系统本身进行处理,也可以将数据导出到另一个统计程序中,例如EXCEL。选择用于肿瘤诊断和预后的最具信息价值的测量特征是后续临床形态学研究的任务。