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Collective behavior in gene regulation: Metabolic clocks and cross-talking

机译:基因调控中的集体行为:代谢钟和串扰

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摘要

Biological functions governed by the circadian clock are the evident result of the entrainment operated by the earth's day and night cycle on living organisms. However, the circadian clock is not unique, and cells and organisms possess many other cyclic activities. These activities are difficult to observe if carried out by single cells and the cells are not coordinated but, if they can be detected, cell-to-cell cross-talk and synchronization among cells must exist. Some of these cycles are metabolic and cell synchronization is due to small molecules acting as metabolic messengers. We propose a short survey of cellular cycles, paying special attention to metabolic cycles and cellular cross-talking, particularly when the synchronization of metabolism or, more generally, cellular functions are concerned. Questions arising from the observation of phenomena based on cell communication and from basic cellular cycles are also proposed.
机译:由昼夜节律控制的生物功能是地球白天和黑夜对活生物体进行夹带的明显结果。然而,昼夜节律时钟不是唯一的,细胞和生物体具有许多其他循环活动。如果仅由单个小区执行这些活动,并且这些小区之间没有协调,则很难观察到这些活动,但是,如果可以检测到它们,则必须存在小区之间的小区间串扰和同步。这些循环中的一些是代谢的,细胞同步是由于小分子充当了代谢信使。我们建议对细胞周期进行简短调查,尤其要注意代谢周期和细胞串扰,尤其是在涉及代谢同步或更普遍地涉及细胞功能时。还提出了由基于细胞通讯和基本细胞周期的现象观察引起的问题。

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