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Circadian nature of immune function

机译:免疫功能的昼夜节律

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The primary physiological role of the circadian system is to synchronize and coordinate organ systems, particularly in response to dynamics in the environment. The immune system is under direct circadian control by systemic cues and molecular clocks within immune cells. The master circadian pacemaker called the suprachiasmatic nucleus (SCN) conveys timing information to the immune system through endocrine and autonomic pathways. These signals promote phase coherence of peripheral clocks in the immune system, and also govern daily variations in immune function. The coordination of immune response may compose an anticipatory state for optimal immune response. Interactions between circadian and immune systems are bidirectional, in that immune factors can modulate phasing of circadian clocks. Circadian disruption, such as environmental desynchronization and/or anomalous molecular clock functions, may lead to lack of system coordination, and particular vulnerabilities to infection and disease may develop.
机译:昼夜节律系统的主要生理作用是同步和协调器官系统,尤其是对环境动态的响应。免疫系统受到免疫细胞内系统性提示和分子钟的直接昼夜控制。昼夜节律性核(SCN)的昼夜节律性起搏器通过内分泌和自主神经途径将定时信息传递给免疫系统。这些信号促进免疫系统中外围时钟的相位一致性,并控制免疫功能的日常变化。免疫应答的协调可以构成最佳免疫应答的预期状态。昼夜节律与免疫系统之间的相互作用是双向的,因为免疫因子可以调节昼夜节律的相位。昼夜节律紊乱,例如环境不同步和/或异常的分子时钟功能,可能导致缺乏系统协调性,并且可能会产生特定的感染和疾病易感性。

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