Reproducibility of mitotic counts and identification of mitotic figures in malignant glial tumors.

Applied pathology Pub Date : 1988-01-01
R Montironi, Y Collan, M Scarpelli, S Sisti, G Barbatelli, A Carnevali, E Pisani, G M Mariuzzi
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Abstract

Quantitative pathology is a rapidly growing field of pathology. This field is developing methods allowing greater objectivity and better reproducibility in diagnostic decisions. The introduction of quantitative pathology as a teaching subject in medical education will help this field to become more widely and more correctly applied. Courses on quantitative pathology are organized yearly by the Department of Pathology at the University of Ancona. The 1986 course emphasized training of students in understanding basic problems such as variation caused by tissue processing, instrumentation, data handling and interpretation, and variation between observers. In this paper we describe experiments performed during the course on identification and quantitation of mitoses in malignant glial tumors. The participants, i.e. students of the postgraduate Pathology School, could identify mitoses with a 'substantial' reproducibility. However, when the observers were allowed freely to choose the fields to count, the reproducibility was 'slight'. The study suggests that sampling rules should be applied which secure reproducible application of morphometric method also on condition of free selection of fields. Because the application of such rules needs expertise in histopathology, it seems that morphometric method can best be applied by histopathologists themselves.

恶性神经胶质肿瘤有丝分裂计数的可重复性和有丝分裂图像的鉴定。
定量病理学是一个快速发展的病理学领域。这一领域正在发展使诊断决策更加客观和更好的可重复性的方法。在医学教育中引入定量病理学作为一门教学学科,将有助于这一领域得到更广泛、更正确的应用。安科纳大学病理学系每年组织定量病理学课程。1986年的课程强调训练学生理解基本问题,如由组织处理、仪器、数据处理和解释引起的差异,以及观察者之间的差异。本文描述了恶性胶质肿瘤中有丝分裂的鉴定和定量过程中所进行的实验。参与者,即研究生病理学学院的学生,可以识别具有“大量”可重复性的有丝分裂。然而,当观察者被允许自由选择要计数的场时,再现性是“轻微的”。研究表明,在自由选择农田的条件下,应遵循保证形态计量学方法可重复应用的抽样规则。由于这些规则的应用需要组织病理学方面的专业知识,因此形态学测量方法似乎最好由组织病理学家自己应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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