Halberg Chronobiology Center, University of Minnesota, Minneapolis, MN 55455, USA.
Department of Biology, Medical University, Tyumen 625023, Russia.
Int J Environ Res Public Health. 2020 Apr 29;17(9):3083. doi: 10.3390/ijerph17093083.
Environmental effects on human physiopathology are revisited herein from a chronobiologic viewpoint, with a focus on the cardiovascular system. Physiological variables undergo recurring changes that are predictable in a statistical, albeit not deterministic way. Biological rhythms cover a broad range of frequencies, which are usually shared by the environment as "co-periodisms". Some of these photic and non-photic periodicities shared by the environment and physiopathology are reviewed herein, together with their possible underlying mechanisms. A plausible cascade of events from the long-period cycles found in the cosmic environment to those affecting the Earth's atmosphere and weather conditions is presented, which may shed light on how they may shape the cycles characterizing human health. Maps of important cycles shared between the environment and physiopathology are being catalogued in an atlas of chronomes with the goal of distinguishing between strong and weak associations and providing an estimate of the lag that can be anticipated before observing physiological changes.
本文从时间生物学的角度重新探讨了环境对人体病理生理学的影响,重点关注心血管系统。生理变量会发生可预测的、具有统计学意义但非确定性的反复变化。生物节律涵盖了广泛的频率范围,这些频率通常与环境共享,被称为“同周期现象”。本文回顾了一些环境和病理生理学共有的光和非光周期性,以及它们可能的潜在机制。提出了一个从宇宙环境中的长周期循环到影响地球大气和天气条件的事件的可能级联,这可能有助于阐明它们如何塑造人类健康的周期特征。正在编制一个时间生物学图谱,以记录环境和病理生理学之间共享的重要周期图,目的是区分强关联和弱关联,并估计在观察到生理变化之前可以预期的滞后时间。