Wollnik F
Northwestern University, Department of Neurobiology and Physiology, Evanston, Illinois.
Lab Anim. 1989 Apr;23(2):107-25. doi: 10.1258/002367789780863538.
Biological rhythms have been observed in practically all groups of laboratory mammals and at every level of physiological and behavioural organization. Biological rhythms are classified according to their period as ultradian (less than 24 h), circadian (approximately 24 h), infradian (greater than 24 h), and seasonal or circannual rhythms (approximately 1 year). This review outlines what is known about the neurobiology of biological rhythms in mammals and describes the hierarchical order in which ultradian, circadian and infradian rhythms are related to each other. The article does not attempt to catalogue every physiological variable showing rhythmical fluctuations in laboratory mammals. Rather, it focuses on the basic concepts of circadian rhythms and recent advances made in our understanding of the physiology of the internal clock controlling circadian and other biological rhythms.
几乎在所有实验哺乳动物群体以及生理和行为组织的各个层面都观察到了生物节律。生物节律根据其周期可分为超日节律(少于24小时)、昼夜节律(约24小时)、亚日节律(大于24小时)以及季节性或年节律(约1年)。本综述概述了关于哺乳动物生物节律神经生物学的已知内容,并描述了超日节律、昼夜节律和亚日节律相互关联的层次顺序。本文并非试图罗列实验哺乳动物中显示节律性波动的每一个生理变量。相反,它聚焦于昼夜节律的基本概念以及我们对控制昼夜节律和其他生物节律的生物钟生理学理解方面的最新进展。