Semantic Segmentation in Immunohistochemistry Breast Cancer Image using Deep Learning

S. Benny, S. Varma
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Abstract

Cancer is affecting many people's lives. Uncontrollable growth of cells causes cancer. Thus, there is a need to find accurate results for the treatment of a patient by using the proper computation method. Immunohistochemistry (IHC) image is the study of stained cancerous tissue at a microscopic level. For IHC images, cancerous tissue taken during a biopsy is inspected to identify the protein expression region. Pathologists inspect the stained specimen and manually find the Region of Interest (ROI) and quantify the protein (brown color), which is subjective and time-consuming. Thus, there is a need to develop an assistive system to segment the protein expression region. In this paper, we segment the protein expression in the membranous region - HER2 expression of Breast Cancer using various segmentation models like FCN, SegNet and U-Net. U-Net performed well with an accuracy of 94%.
基于深度学习的免疫组化乳腺癌图像语义分割
癌症正在影响许多人的生活。细胞不受控制的生长导致癌症。因此,有必要通过使用适当的计算方法,为患者的治疗找到准确的结果。免疫组织化学(IHC)图像是在显微镜水平上对染色的癌组织的研究。对于免疫组化图像,在活检过程中检查癌组织以确定蛋白质表达区域。病理学家检查染色标本,手动寻找感兴趣区域(ROI)并定量蛋白质(棕色),这是主观且耗时的。因此,有必要开发一种辅助系统来分割蛋白质表达区。本文采用FCN、SegNet、U-Net等多种分割模型对乳腺癌膜区HER2蛋白表达进行分割。U-Net表现良好,准确率达到94%。
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