INDIVIDUAL REACTIONS OF EXTERNAL RESPIRATION ON COURSES OF THE GENERAL EXTREME CRYOGENIC ACTION IN INDIVIDUALS WITH DIFFERENT SENSITIVITY NOCICEPTORS
A prospective cohort study open parallel 99 people organized stratified sample of the population in order to study the features of responses of external respiration relatively healthy individuals with the general course of cryogenic air exercises held in different modes, depending on the pain sensitivity of skin receptors. Minimum volumes subsamples defined by the nomogram. Statistical processing of the material held in the calculations the median values in the first and last quartiles of the distribution and assessment of differences using the nonparametric Mann-Whitney-Wilcoxon test. It is for the first time shown that various ability of an individual to a pain expression during a cryosession is criterion of an assessment of the general functional condition of an organism and the differentiated individual strategy of adaptation to factors of the environment, dependent on an influence mode. The subjects exhibiting sensitivity to pain and its equivalents by the end of the procedure the total cooling initially have higher levels of static and dynamic parameters of spirometry parameters. Proved that using cryogenic training mode first procedures daily face capable of expressing the cutaneous pain sensitivity, show negative, but not clinically significant dynamics of the external breathing resistance in the form of increase of bronchial conductivity, which is not beyond the permissible "norm" reaction. However upon termination of a course of the cryogenic influences which are carried out in a mode of 2 sessions every other day, improvement of a functional condition of system of external breath is revealed differentiated, dependent on a condition of painful sensitivity. Among persons with an expression of pain increased both static, and dynamic volumes of spirometry, however in the group of persons, not shown pain, a condition of bronchial conductivity didn''t change, levels of vital capacity of lungs and reserve volume of an exhalation only increased.