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Towards kinetic modeling of metabolic networks with incomplete parameters

机译:朝着不完全参数的代谢网络的动力学建模

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Modeling is an important direction in systems biology. The target towards kinetic modeling for metabolic network is to develop a practical computational method which can handle incomplete parameters. In principle, we could start with a set of randomly chosen parameters; calculating fluxes and metabolites concentration and comparing with experiments; iterating until the best parameters are found. But the large parametric space may require billions of times of iterations. In order to overcome such a difficulty, we develop a method to obtain the structure of parametric space. We are able to discover the correlation between parameters and variables, which is helpful for us to estimate the possible value of parameters. Differ from previous method, the implicit relationship between parameter and variable are also provided directly by our method, which provides a potential for us to analyze the feature of metabolic network.
机译:建模是系统生物学的重要方向。用于代谢网络的动力学建模的目标是开发一种可以处理不完整参数的实用计算方法。原则上,我们可以从一组随机选择的参数开始;计算助熔剂和代谢物浓度并与实验相比;在找到最佳参数之前迭代。但大的参数空间可能需要数十亿次迭代。为了克服这种困难,我们开发一种获得参数空间结构的方法。我们能够发现参数和变量之间的相关性,这有助于我们估计参数的可能值。与以前的方法不同,参数和变量之间的隐式关系也通过我们的方法直接提供,这为我们提供了分析代谢网络的特征。

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