Why the study?
The study was designed to evaluate the effect of interval hypoxic training on the state of skin microcirculation in an experimental rat model.
Does interval hypoxic training affect skin microcirculation in white male Wistar rats?
Does interval hypoxic training affect skin microcirculation in white male Wistar rats?
Interval hypoxic training in rats leads to a significant inhibition of skin microcirculation by up to 50% during the compensatory phase.
Should not change clinical practice; leaves open translation of rat microcirculation effects to humans.
The work is devoted to the study of the effect of interval hypoxic training on the state of microcirculation of the skin in rats in the experiment. The study was conducted on white male Wistar rats weighing 70 g ±10%. In order to study the state of the dynamic characteristics of blood microcirculation, a change in blood perfusion of the tissue was considered. A non-invasive method for quantifying microvascular perfusion was used. The results showed that inhibition of microcirculation up to 50 % was observed in comparison to this value before exposure during the formation of a compensatory reaction of the body to a hypoxic effect on the 7–14th day of the experiment. It was noted that the predominant role in the regulation of the microvasculature belongs to the passive regulation factor of microcirculation which is characterized by the involvement of blood vessels in the microvasculature due to periodic changes in blood volume in the vessel together with an increase in the arithmetic mean perfusion rate. Thus, experimentally modulated hypobaric exposure, changes the volume of blood in arterioles that is determined by a pulse wave.
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Alistratova et al. (2019) studied this question.
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