This study focuses on open quasispecies systems with competition and death flow, described by modified Eigen and Crow-Kimura models. We examine the evolutionary adaptation process as a reaction to changes in rates. One of the fundamental assumptions, which forms the basis of our mathematical model, is the existence of two different timescales: internal dynamics time and evolutionary time. The latter is much slower and exhibits significant adaptation events. These conditions allow us to represent the whole evolutionary process through a series of steady-state equations, where all the elements continuously depend on the evolutionary parameter.
翻译:本研究的重点是具有竞争和死亡流动的开放准物种系统,由经修改的Eigen和Crow-Kimura模型描述。我们研究进化适应过程,作为对利率变化的一种反应。构成我们数学模型基础的基本假设之一是存在两种不同的时间尺度:内部动态时间和进化时间。进化时间缓慢得多,并显示出重大的适应事件。这些条件使我们能够通过一系列稳定状态方程式代表整个进化过程,所有元素都持续依赖于进化参数。