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Predicting Protein Structural Class Based on Ensemble Binary Classification

机译:基于集合二元分类的蛋白质结构分类预测

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With resent advances in deriving protein sequenceȁ9;s features, a new feature has been proposed for the purpose of enhancing the prediction quality, which named Quasi-sequence-order. These descriptors are derived from both the Schneider-Wrede physicochemical distance matrix and the Grantham chemical distance matrix between each pair of the 20 amino acids. The feature was taken as the input of a new designed neural network to develop statistical learn-ing models for predicting the protein structural class. The statistical model is designed to reduce four classes to six binary classifiers, and then by ensemble the six classifiers to get the final prediction. It was experiment through the rigorous jackknife cross validation text that the success rates by our method were significantly improved.
机译:随着近来蛋白质序列9特征的发展,为提高预测质量,提出了一种新的特征,即准序列顺序。这些描述符既来自于Schneider-Wrede物理化学距离矩阵,又来自20对氨基酸中每对之间的Grantham化学距离矩阵。该功能被用作新设计的神经网络的输入,以开发用于预测蛋白质结构分类的统计学习模型。统计模型旨在将四个类别简化为六个二进制分类器,然后通过合计这六个分类器来获得最终预测。通过严格的折刀交叉验证文本进行的实验表明,我们的方法的成功率得到了显着提高。

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