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Intercellular Communications Induced by Random Fluctuations

机译:随机波动引起的细胞间通信

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This paper investigates a general coupled noisy system for a cell-cell communication in a multi-cell system. The main conclusion is that appropriate noise intensity and coupling strength are capable of driving the coupled system to synchrony, which may be exploited by biological organisms to actively facilitate mutual communication. A multi-cell system with a synthetic gene network with both noises and delays is adopted to demonstrate the effect of noises on cellular communication.
机译:本文研究了多电池系统中的用于细胞单元通信的通用耦合噪声系统。主要结论是,适当的噪声强度和耦合强度能够将耦合系统驱动到同步,这可能被生物生物体利用,以积极促进相互沟通。采用具有噪声和延迟的合成基因网络的多细胞系统来证明噪声对蜂窝通信的影响。

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