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Dynamics of HIV infection studied with cellular automata and conformon-P systems

机译:用细胞自动机和conconon-P系统研究HIV感染的动力学

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Recently a cellular automaton (CA) has been used to model the dynamics of HIV infection, with interesting results. We replicate and further test this model, and we introduce an alternative model based on conformon-P (cP) systems.We find (in common with other recently published comments) that the CA model is very sensitive to initial conditions and produces appropriate qualitative dynamics only for a narrow range of rule probabilities.In contrast, the cP system model is robust to a wide range of conditions and parameters, with more reproducible qualitative agreement to the overall dynamics and to the densities of healthy and infected cells observed in vivo.
机译:最近,细胞自动机(CA)已被用于模拟HIV感染的动态过程,产生了有趣的结果。我们复制并进一步测试了该模型,并引入了基于conformon-P(cP)系统的替代模型,我们发现CA模型对初始条件非常敏感并产生适当的定性动力学(与其他近期发表的评论一样)相比之下,cP系统模型对各种条件和参数都具有鲁棒性,并且对整体动力学以及体内观察到的健康和感染细胞的密度具有更高的可复制性。

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