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Quasi-cyclic codes exhibiting the gene regulatory network of the cell cycle

机译:呈现细胞周期基因调节网络的准循环码

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We present an artificial Boolean network exhibiting the behaviour similar to that of the cell cycle: three phases and checkpoints between them. The phases follow the increase of the cell mass, while checkpoints ensure that internal errors are corrected before moving to the next phase. The network can tolerate up to one gene mutation and one transient error in gene expressions. It has only 6 genes and is the smallest and simplest network with such behavior. It is based on a special type of error correction codes, resulting in an elegant and symmetric network topology and highly symmetric attractor basin.
机译:我们提出了一种人为布尔网络,其表现出类似于细胞周期的行为:它们之间的三个阶段和检查点。 阶段遵循细胞质量的增加,而检查点确保在移动到下一阶段之前纠正内部误差。 网络可以耐受一个基因突变和基因表达中的一个瞬态误差。 它只有6个基因,是具有此类行为的最小和最简单的网络。 它基于特殊类型的纠错码,导致优雅和对称的网络拓扑和高度对称的吸引子盆地。

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