Halberg F, Cornélissen G, Katinas G S, Watanabe Y, Siegelová J
Halberg Chronobiology Center, University of Minnesota, Minneapolis, Minnesota, USA.
Scr Med (Brno). 2010;83(1):5-15.
Countering the trend in specialization, we advocate the trans-disciplinary monitoring of blood pressure and heart rate for signatures of environmental cyclic and other variabilities in space as well as terrestrial weather on the one hand, and for surveillance of personal and societal health on the other hand. New rules (if confirmed novel laws) emerge as we recognize our inheritance from the cosmos of cycles that constitute and characterize life and align them with inheritance from parents. In so doing, we happen to follow the endeavors of Gregor Mendel, who recognized the segregation and independent assortment of what became known as genes. Circadians, rhythms with periods, τ, between 20 and 28 hours, and cycles with frequencies that are higher (ultradian) or lower (infradian) than circadian, are genetically anchored. An accumulating long list of very important but aeolian (nonstationary) infradian cycles, characterizing the incidence patterns of sudden cardiac death, suicide and terrorism, with drastically different τs, constitutes the nonphotic (corpuscular emission from the sun, heliogeomagnetics, ultraviolet flux, gravitation) Cornélissen-series.
与专业化趋势相反，我们提倡对血压和心率进行跨学科监测，一方面监测环境周期以及空间和地面天气的其他变化特征，另一方面监测个人和社会健康状况。当我们认识到构成生命并表征生命的周期宇宙中的遗传信息，并将其与父母的遗传信息相结合时，新的规则（如果确认为新定律）就会出现。这样做时，我们恰好追随了格雷戈尔·孟德尔的努力，他认识到了后来被称为基因的分离和独立分配。昼夜节律，即周期τ在20至28小时之间的节律，以及频率高于（超昼夜）或低于（亚昼夜）昼夜节律的周期，都有基因基础。一长串越来越多的非常重要但呈风成（非平稳）的亚昼夜周期，它们表征了心脏性猝死、自杀和恐怖主义的发病模式，τ差异很大，构成了非光性（来自太阳的微粒发射、日地磁学、紫外线通量、引力）科内利森系列。
