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Dynamics of Autocatalytic Replicator Networks Based on Higher-order Ligation Reactions

机译:基于高阶连接反应的自催化复制器网络动力学

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摘要

A class of autocatalytic reaction networks based on template-dependent ligation and higher-order catalysis is analysed. Apart from an irreversible ligation reaction we consider only reversible aggregation steps that provide a realistic description of molecular recognition. The overall dynamics can be understood by means of replicator equations with highly non-linear interaction functions. The dynamics depends crucially on the total concentration c_0 of replicating material.
机译:分析了基于模板的连接和高阶催化的一类自催化反应网络。除了不可逆的连接反应外,我们仅考虑可逆的聚集步骤,这些步骤对分子识别具有现实意义。整体动力学可以通过具有高度非线性相互作用函数的复制方程来理解。动力学关键取决于复制材料的总浓度c_0。

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