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Deep Convolution Network Based Prediction Model For Medical Diagnosis Of Lung Cancer - A Deep Pharmacogenomic Approach : deep diagnosis for lung cancer

机译:基于深度卷积网络的肺癌医学诊断预测模型-一种深层药物基因组学方法:肺癌的深层诊断

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The recently introduced deep learning environment has been used in post pharmacogenomic predictions on proneness to lung cancer. The well-established pre-trained model, VGG19 has been used to extract information from the pathological images specific to PTEN, EGFR, ERBB2, BRAF and CDKN2A for Lung cancer. The model finds to be suitable for the prediction of these mutations, specific to Indian populations. A model consisting of testing of specific genetic signatures and the deep convolution network based image classification has been suggested as an ingenious technique for the fast, cheap and effective predictions on mutations of lung cancer among Indian populations.
机译:最近引入的深度学习环境已用于关于易患肺癌的药物基因组学预测中。完善的预训练模型VGG19已用于从肺癌的PTEN,EGFR,ERBB2,BRAF和CDKN2A特有的病理图像中提取信息。该模型适合于预测这些针对印度人口的突变。已经提出了一种由特定遗传特征测试和基于深度卷积网络的图像分类组成的模型,作为一种灵巧的技术,可以快速,廉价和有效地预测印度人群中肺癌的突变。

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