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3D protein model assessment using geometric and biological features

机译:利用几何和生物学特征进行3D蛋白质模型评估

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Automatic prediction of protein three-dimensional structures from its amino acid sequence has become one of the most important researched fields in bioinformatics. With that increases the importance of determining the quality of these protein models. Protein three-dimensional structure evaluation is a complex problem in computational structure biology. We attempt to solve this problem using SVM and information from both sequence and structure of the protein. The goal is to generate a machine that understands structures from PDB and when given a new model, predicts whether it belongs to the same class as the PDB structures or not (correct or incorrect protein model). Here we show one such machine; results appear promising for further analysis. For the purpose of reducing computational overhead multiprocessor environment and basic feature selection method is used.
机译:从其氨基酸序列自动预测蛋白质三维结构已成为生物信息学中最重要的研究领域之一。这就增加了确定这些蛋白质模型质量的重要性。蛋白质三维结构评估是计算结构生物学中的一个复杂问题。我们尝试使用SVM和来自蛋白质序列和结构的信息来解决此问题。目标是生成一台能够从PDB理解结构的机器,并在提供新模型时预测其是否与PDB结构属于同一类(正确或不正确的蛋白质模型)。在这里,我们展示了一种这样的机器。结果似乎有希望进一步分析。为了减少计算开销,使用了多处理器环境和基本特征选择方法。

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