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Molecular Dynamics Use in Personalized Cancer Medicine Example of MET Y5 01C Mutation

机译:分子动力学在个性化癌症中使用Met Y5 01C突变的例子

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We explored a possible new method for prediction of activating mutations in cancer-related proteins. This method is based on elucidation of flexibility of proteins associated in activating complexes. Based on the theory of intermediate binding complexes, the binding process is not only related to the three-dimensional structure of proteins, but also to the four-dimensional set of possible conformations allowed by the flexible regions of the involved members of the associated complex. Using molecular dynamics simulations, we found that an Y501C mutation in the MET gene might activate it. Using this information, a specific drug that functioned as a potent MET inhibitor was prescribed and had a salutary impact on the tumor.
机译:我们探索了可能的新方法,用于预测癌症相关蛋白激活突变。该方法基于阐明活化复合物相关蛋白质的柔韧性。基于中间结合复合物的理论,结合过程不仅与蛋白质的三维结构有关,而且还针对相关复合物的涉及构件的柔性区域允许的四维可能构象。使用分子动力学模拟,我们发现Met基因中的Y501C突变可能激活它。使用该信息,规定了一种用作有效的Met抑制剂的特定药物,并对肿瘤产生良好的影响。

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