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Neurons and networks in daily rhythms.

机译:日常节律中的神经元和网络。

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Biological pacemakers dictate our daily schedules in physiology and behaviour. The molecules, cells and networks that underlie these circadian rhythms can now be monitored using long-term cellular imaging and electrophysiological tools, and initial studies have already suggested a theme--circadian clocks may be crucial for widespread changes in brain activity and plasticity. These daily changes can modify the amount or activity of available genes, transcripts, proteins, ions and other biologically active molecules, ultimately determining cellular properties such as excitability and connectivity. Recently discovered circadian molecules and cells provide preliminary insights into a network that adapts to predictable daily and seasonal changes while remaining robust in the face of other perturbations.
机译:生物起搏器决定了我们的生理和行为日程安排。现在可以使用长期细胞成像和电生理工具监测这些昼夜节律的分子,细胞和网络,并且初步研究已经提出了一个主题-昼夜节律对于大脑活动和可塑性的广泛变化可能至关重要。这些日常变化可以改变可用基因,转录本,蛋白质,离子和其他生物活性分子的数量或活性,最终决定细胞的特性,例如兴奋性和连通性。最近发现的昼夜节律分子和细胞提供了对网络的初步见解,该网络适应于可预测的每日和季节性变化,同时在面对其他干扰时仍保持健壮性。

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