RT Journal Article ID 11cb2dd7188eb0b2 A1 Aralova, Natalya I. A1 Shakhlina , Larisa Ya.-G. T1 Mathematical Models of Functional Self Organization of Human Respiratory System with Change in Hormonal Status of Organism JF Journal of Automation and Information Sciences JO JAI(S) YR 2018 FD 2018-08-31 VO 50 IS 5 SP 49 OP 59 K1 sportswomen respiratory system K1 hormonal status of organism K1 low oxygen content K1 cyclic change of hormone concentration. AB Using the mathematical model of respiratory gasses mass transfer in an organism with an optimal control there was studied a dependence of compensatory reactions of sportswomen functional respiratory system on a hormonal status of their organism when inhaling a gas mixture with a low oxygen content. The obtained results indicated to the fact that while planning a training process and competition activity of sportswomen it is necessary to take into account features of adaptation to a hypobaric environment during cyclic changes of sex hormones concentration in their organism. PB Begell House LK https://www.dl.begellhouse.com/journals/2b6239406278e43e,07e06eda66705428,11cb2dd7188eb0b2.html