СТРУКТУРНО-ФУНКЦИОНАЛЬНАЯ ОРГАНИЗАЦИЯ ЛИМФОУЗЛА ПОСЛЕ СОЧЕТАННОЙ ОЗОНО - И ФИТОТЕРАПИИ НА ПОЗДНЕМ ЭТАПЕ ОНТОГЕНЕЗА

low frequency (VLF) (p = 0.001), low frequency (LF) (p = 0.003) and the 
power of waves of high frequency (HF) (p = 0.009), which evidenced 
about the optimization mechanisms of vegetative regulation of heart 
rhythm and increased the adaptive capacity of the organism.
On the background of improving spectral analysis of indicators we 
observed the decrease of the average values of the tension index (TI) 
(p = 0,0006), the amplitude of the mode (AMo) (p = 0.003) and increased 
variation range (BR) (p = 0.001) after a course of general air 
cryotherapy, indicating that the decrease in the stress adaptation 
mechanisms and restoring autonomic balance of regulatory mechanisms of 
the cardiovascular system have occurred.
Thus, during the course of general air cryotherapy a positive 
modulation of autonomic homeostasis occurred which consisted of the 
stabilization of the vago-sympathetic balance and influenced the 
indices of heart rate variability, which is corresponded to a moderate 
activation of metabolic and metabolic processes without significant 
voltage functional reserves. The results show that the rate of general 
air cryotherapy stimulated physiological reserves of the body, 
optimized the changes in the regulation of heart rhythm, the mechanism 
of which is to increase the total capacity of regulation of autonomic 
functions, thereby increasing the adaptive capacity of the organism.
Features of influence of general air cryotherapy on the state of heart 
rate variability depending on the initial functional state and regimes 
of extreme creatininase can be used in the selection of optimal 
programs to improve the overall nonspecific resistance of the organism 
using training effects of extreme cold.
REFERENCES
1. Dorokhov E. V. System analysis of heart rate variability in students 
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stress 
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speleoclimatotherapy / E. V. Dorokhov, N. P. Gorbatenko, V. N. 
Yakovlev, O. A. Yapryntseva // Bulletin of new medical technologies. –
2012. – Vol. XIV, No. 2. – Pp. 129-132.
2. Portnov V. General and local air cryotherapy: a manual for 
physicians. – Moscow, 2007. – 51 p.
3. Baboons I. V. ABC analysis of heart rate variability / I. V. 
Baboons, E. M. he, Y. A. Maseeh. – Stavropol, 2002. – 112 p.
DOI:10.12737/12324

СТРУКТУРНО-ФУНКЦИОНАЛЬНАЯ ОРГАНИЗАЦИЯ ЛИМФОУЗЛА ПОСЛЕ

СОЧЕТАННОЙ ОЗОНО - И ФИТОТЕРАПИИ НА ПОЗДНЕМ ЭТАПЕ ОНТОГЕНЕЗА

О. В. Горчакова**, Н. В. Кутафьева*, В. Н. Горчаков***

* Гуманитарный факультет и кафедра фундаментальной медицины (зав. –
проф. А.Г. Покровский) Новосибирского государственного университета; 
**лаборатория функциональной морфологии лимфатической системы (зав. –

проф. В.Н. Горчаков) ФГБНУ «Научно-исследовательский институт 

клинической и экспериментальной лимфологии», Новосибирск, Россия