Circadian Rhythm Laboratory, University of South Carolina, Walterboro, South Carolina, USA.
Compr Physiol. 2012 Apr;2(2):1213-39. doi: 10.1002/cphy.c100088.
Animals, plants, and microorganisms exhibit numerous biological rhythms that are generated by numerous biological clocks. This article summarizes experimental data pertinent to the often-ignored issue of integration of multiple rhythms. Five contexts of integration are discussed: (i) integration of circadian rhythms of multiple processes within an individual organism, (ii) integration of biological rhythms operating in different time scales (such as tidal, daily, and seasonal), (iii) integration of rhythms across multiple species, (iv) integration of rhythms of different members of a species, and (v) integration of rhythmicity and physiological homeostasis. Understanding of these multiple rhythmic interactions is an important first step in the eventual thorough understanding of how organisms arrange their vital functions temporally within and without their bodies.
动物、植物和微生物表现出许多由生物钟产生的生物节律。本文总结了与经常被忽视的多个节律整合问题相关的实验数据。讨论了五种整合情况:(i)个体生物内多个过程的昼夜节律的整合,(ii)在不同时间尺度上运作的生物节律的整合(如潮汐、日常和季节性),(iii)多个物种的节律整合,(iv)物种内不同成员的节律整合,以及(v)节律性和生理动态平衡的整合。理解这些多种节律相互作用是最终全面理解生物体如何在体内和体外安排其重要功能的重要的第一步。