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Predict of Protein Structural Classes based on Gray-Level Co-occurrence Matrix feature of Protein CAI

机译:基于蛋白质CAI的灰度共现矩阵特征的蛋白质结构分类预测

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摘要

The structural class is an important feature widely used to characterize the overall folding type of a protein. How to improve the prediction quality for protein structural classification by effectively incorporating the sequence order effects is an important and challenging problem. Based on the concept of protein cellular automata image, a novel approach for predicting the protein structural classes was introduced. The advantage by incorporating the gray-level co-occurrence matrix(GLCM) feature of cellular automata image into the pseudo amino acid composition as its components is that many important features, which are originally hidden in a long and complicated amino acid sequence, can be clearly revealed thru its cellular automata images. It was demonstrated thru the jackknife cross-validation test that the overall success rate by the new approach was significantly higher than those by the others.
机译:结构类别是广泛用于表征蛋白质整体折叠类型的重要特征。如何通过有效地结合序列顺序效应来提高蛋白质结构分类的预测质量是一个重要且具有挑战性的问题。基于蛋白质细胞自动机图像的概念,提出了一种预测蛋白质结构类别的新方法。通过将细胞自动机图像的灰度共现矩阵(GLCM)特征合并到伪氨基酸组成中作为其组成部分的优点是,许多重要特征原本隐藏在一个长而复杂的氨基酸序列中,可以通过其细胞自动机图像清楚地揭示了它。通过折刀交叉验证测试证明,新方法的总体成功率显着高于其他方法。

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