自动tma核心检测算法

Lilla Élo, Róbert Paulik, G. Kiszler, T. Micsik, Tamás Székely, H. Hajdú, M. Kozlovszky, B. Molnár
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引用次数: 0

摘要

组织微阵列(TMA)是一种用于肿瘤分子标记分析的高通量技术。这种方法支持在一个玻片中呈现几种不同的组织样品- tma核心。然而,由于TMA岩芯的尺寸较大,“识别和分析”过程或多或少是一种耗时的方法。本研究中详细介绍的TMA核查找算法检测幻灯片上的每个TMA核,并在核周围自动创建大纲注释。通过验证研究,测量了该算法在明场和荧光载玻片上检测核心的检测精度。我们发现平均检测准确率为77.5%,因此基于此结果我们可以得出结论,我们的TMA核心检测方案可以作为支持TMA分析的有用工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automated TMA-Core-Detection Algorithm
Tissue microarray (TMA) is a high-throughput technology for the analysis of molecular markers in oncology. This method supports the presentation of several different tissue samples -TMA cores- in one singe glass slide. However, because of the large size of TMA cores, the “identification and analysis” procedure is a more or less time-consuming method. The TMA core-finding algorithm detailed in this study detects each of the TMA cores on the slide and it creates outline annotation around the cores automatically. A validation study is also presented, through which detection accuracy of this algorithm for detecting cores on brightfield and fluorescent slides have been measured. We have found a 77.5% detection accuracy in average, so based on this result we can conclude that our TMA core detection solution can be utilized as a useful tool for supporting TMA analysis.
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