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Exploring functional variant using a deep learning framework

机译:使用深层学习框架探索功能变体

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Deep learning methods have been successfully used in a variety of different contexts and achieved state of the art performance in many different tasks. In this paper, we explore the performance of deep learning methods in the task of predicting functional genetic variant. First, we test the performance of a few types of neural network models in making prediction using only DNA sequence. The result shows that convolutional neural network (CNN) has the best performance. Second, we explore the possibility of forming a hybrid network to make prediction with both DNA sequence and evolutionary nucleotide conservation information as input. We observe a better performance than using only conservation information by applying a dropout mask for the transformed feature of DNA sequence. We further discuss this technique as a possible common solution for combining features of different powers.
机译:深度学习方法已成功地用于各种不同的背景下,并在许多不同的任务中实现了最新的现实表现状态。在本文中,我们探讨了在预测功能遗传变异方面的任务中深度学习方法的性能。首先,我们在使用DNA序列中测试几种类型的神经网络模型的性能。结果表明,卷积神经网络(CNN)具有最佳性能。其次,我们探讨形成混合网以使DNA序列和进化核苷酸节约信息作为输入预测的可能性。我们观察比仅应用DNA序列的转换特征的丢弃掩模来使用更好的性能。我们进一步讨论了这种技术作为组合不同功率的特征的可能的常见解决方案。

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