Multi-task Classification Model Based On Multi-modal Glioma Data

Jialun Li, Yuanyuan Jin, Hao Yu, Xiaoling Wang, Qiyuan Zhuang, Liang Chen
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Abstract

Glioma is a common disease. According to relevant medical research, there is a specific relationship between the appearance of glioma and the genotype of isocitrate dehydrogenase-1 (IDHI). It is also affected by 1p/19q chromosome deletion status. This study uses deep learning techniques to explore the relationship among glioma morphology, IDH1 genotypes and 1p/19q chromosomes based on multi-modal glioma data. We train CNN to obtain the intensity, location and shape of glioma according to MRI images. Taking the features of glioma as input, we use XGBoost to classify the IDH1 genotype and and SVM to classify 1p/19q chromosome status. We find that processing the brain MRI images through CNN can accurately obtain some medical feature information of the glioma, and the accuracy rate of the model is above 0.8. When classifying IDH1 genotype and 1p/19q chromosome status based on these features, we find that the image features of gliomas are more closely related to the IDH1 genotype than to the 1p/19q chromosome status.
基于多模态胶质瘤数据的多任务分类模型
神经胶质瘤是一种常见的疾病。根据相关医学研究,胶质瘤的出现与异柠檬酸脱氢酶-1 (IDHI)基因型有特定的关系。它也受1p/19q染色体缺失状态的影响。本研究基于多模态胶质瘤数据,利用深度学习技术探索胶质瘤形态、IDH1基因型和1p/19q染色体之间的关系。我们训练CNN根据MRI图像获取胶质瘤的强度、位置和形状。我们以胶质瘤的特征为输入,使用XGBoost对IDH1基因型进行分类,使用SVM对1p/19q染色体状态进行分类。我们发现,通过CNN处理脑MRI图像可以准确获取胶质瘤的一些医学特征信息,模型的准确率在0.8以上。在根据这些特征对IDH1基因型和1p/19q染色体状态进行分类时,我们发现胶质瘤的图像特征与IDH1基因型的关系比与1p/19q染色体状态的关系更密切。
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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