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Modulation of intracellular rhythm and behavior of physarum plasmodium under the condition of mutual entrainment

机译:在相互夹带条件下调制摄入疟原虫细胞节律及行为

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Organism is considered to have dynamics based on some interactions and shows complicated behavior. We suggested the experiment in which the interaction between artificial oscillator to cause entrainment and metabolic oscillation in organism which is physarum plasmodium in this study. Because a coupled oscillators model for physarum shows mutual entrainment among each oscillators and formed phase pattern which is shown in tactics response of physarum. The results shows that mutual entrainment could be observed, intracellular rhythm was modulated with artificial oscillation and plasmodium migrated according to the orientation of intracellular rhythm modulation and these results are not contradictory with past investigation of tactic response.
机译:有机体被认为是基于一些互动的动态,并显示复杂的行为。我们建议实验,其中人工振荡器之间的相互作用导致夹带和在本研究中的生理疟原虫中的生物体中的夹带和代谢振荡。因为PeainArum的耦合振荡器模型显示了每个振荡器和形成的相位模式之间的相互夹带,其在Peailarum的策略响应中示出。结果表明,可以观察到相互夹带,用人工振荡调节细胞内节律,并根据细胞内节律调节的取向迁移的疟原虫,这些结果与过去调查的策略反应进行矛盾。

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