Multiple Resonances among Time Structures, Chronomes, around and in Us: Is an About 1.3-Year Periodicity in the Solar Wind Built into the Human Cardiovascular Chronome?
Multiple Resonances among Time Structures, Chronomes, around and in Us: Is an About 1.3-Year Periodicity in the Solar Wind Built into the Human Cardiovascular Chronome?
复制标题
时间结构、计时、我们周围和内部的多重共振：太阳风大约 1.3 年的周期性是否已纳入人类心血管计时？
作者：
G. Cornélissen;A. Masalov;F. Halberg;J. Richardson;G. Katinas;R. Sothern;Y. Watanabe;E. Syutkina;H. Wendt;E. Bakken;Y. Romanov
目标：卫星（IMP8 和 Wind）记录的太阳风速度变化的特征是依赖于太阳周期的~1.3 年分量。测试了人类血压 (BP) 和心率 (HR) 以及心肌梗死 (MI) 死亡率中任何~1.3 年成分的存在，以及与 1.0 年变化相比其相对突出性。材料和方法：通过线性-非线性节律测定法对明尼苏达州 4 名受试者 5-35 年间记录的全天候手动或自动血压和心率测量值以及明尼苏达州 29 年 MI 死亡率记录进行分析。获得约 1.3 年期间和幅度的点和 95% 置信区间 (CI) 估计值。后者与其中一位作者 (JDR) 提供的太阳数据同时发生的 BP 和 HR 记录的 1.0 年振幅进行了比较。结果：MI 的~1.3 年分量被非线性解析，周期为 1.23（95% CI：1.21，1.26）年。该成分总是通过线性节律测定法对血压和心率进行了统计显着性验证。非线性地，1.3 年振幅的 95% CI 在 12 个 BP 和 HR 系列中的 11 个中不与零重叠。考虑到光和温度通常具有很强的同步作用，令人惊讶的是，12 个心血管系列中有 5 个的 1.3 年分量的幅度比精确的 1.0 年分量的幅度更大。 ～1.3 年和 1.0 年成分的跳动通过实际和模拟数据的滑动光谱显示。讨论和结论：最短的 5 年记录（1998-2003）揭示了比同时期 5 年跨度的值更接近表征整个可用记录（1994-2003）的太阳风速周期的约 1.3 年分量。生理变量可能与非光环境循环产生共鸣，这些环境循环可能在进化过程中进入遗传密码。
Aims: Velocity changes in the solar wind recorded by satellite (IMP8 and Wind) are characterized by a solar cycle–dependent ∼1.3-year component. The presence of any ∼1.3-year component in human blood pressure (BP) and heart rate (HR) and in mortality from myocardial infarction (MI) is tested and its relative prominence compared to the 1.0-year variation. Materials and Methods: Around-the-clock manual or automatic BP and HR measurements from four subjects recorded over 5–35 years and a 29-year record of mortality from MI in Minnesota were analyzed by linear–nonlinear rhythmometry. Point and 95% confidence interval (CI) estimates were obtained for the ∼1.3-year period and amplitude. The latter is compared with the 1.0-year amplitude for BP and HR records concurrent to the solar data provided by one of the authors (JDR). Results: An ∼1.3-year component is resolved nonlinearly for MI, with a period of 1.23 (95% CI: 1.21, 1.26) years. This component was invariably validated with statistical significance for BP and HR by linear rhythmometry. Nonlinearly, the 95% CI for the 1.3-year amplitude did not overlap zero in 11 of the 12 BP and HR series. Given the usually strong synchronizing role of light and temperature, it is surprising that 5 of the 12 cardiovascular series had a numerically larger amplitude of the 1.3-year versus the precise 1.0-year component. The beating of the ∼1.3-year and 1.0-year components was shown by gliding spectra on actual and simulated data. Discussion and Conclusion: The shortest 5-year record (1998–2003) revealed an ∼1.3-year component closer to the solar wind speed period characterizing the entire available record (1994–2003) than the value for the concurrent 5-year span. Physiological variables may resonate with nonphotic environmental cycles that may have entered the genetic code during evolution.
周现象在人类新生儿双胞胎中遗传，在与世隔绝的南极洲的地磁脉动中也发现了这一现象。
DOI：
10.1016/s0753-3322(01)90004-6
发表时间：
2001
期刊：
Biomedicine & pharmacotherapy = Biomedecine & pharmacotherapie
影响因子：
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作者：
Cornélissen,G;Engebretson,M;Johnson,D;Otsuka,K;Burioka,N;Posch,J;Halberg,F
通讯作者：
Halberg,F