Kulikov V P, Tregub P P, Bespalov A G, Vvedenskiy A J
Patol Fiziol Eksp Ter. 2013 Jul-Sep(3):59-61.
The relative efficiency of trainings with isolated hypoxia, hypercapnia and hypoxia in aggregate with hypercapnia in order to enhance the resistance of organism to the effect of an extreme hypoxia was studied. The combined effect of the hypoxia and hypercapnia was shown to influence more greatly in comparison with the effect of an isolated hypoxia. This effect was supported with an increase in the time of the loss position and the time of the animal's life under the condition of an extreme hypoxia. Also it is shown that the hypercapnia in a combination to a hypoxia makes dominating impact on formation of nonspecific resistance as the isolated hypercapnia enlarges indicators of nonspecific resistance, than the isolated hypoxia more effectively.
研究了单独缺氧、高碳酸血症以及缺氧与高碳酸血症联合训练对增强机体对极端缺氧影响的抵抗力的相对效率。结果表明,与单独缺氧相比,缺氧和高碳酸血症的联合作用影响更大。在极端缺氧条件下,这种影响表现为动物失去姿势的时间和存活时间增加。此外还表明,与单独缺氧相比,高碳酸血症与缺氧联合时对非特异性抵抗力的形成起主导作用,因为单独的高碳酸血症比单独的缺氧更有效地提高了非特异性抵抗力指标。