Chuian O M, Biriukova O O, Ravaieva M Iu
Fiziol Zh (1994). 2010;56(5):86-94.
We studied the changes in indexes of variability of heart rate and fractal neurodynamics under conditions of controlled breathing on fluctuation frequency of a spectrum of heart rate. It is shown that the controlled breathing, which frequency corresponds to a frequency of localization of the maximum peak of capacity ofa heart rate in low-frequency is a powerful mechanism of management of heart rate and change of a functional condition of an organism as a whole.
我们研究了在控制呼吸条件下,心率变异性指标和分形神经动力学随心率频谱波动频率的变化。结果表明,频率与心率功率低频最大峰值定位频率相对应的控制呼吸,是心率调控及整个机体功能状态改变的一种强大机制。