RESUMEN
There was offered a method of human stress-resistance evaluation via the dynamics of the regulatory-adaptive status. The regulatory-adaptive status was being determined via the parameters of the cardiorespiratory synchronism in the original state and at the application of the stress factor. Individuals, whose regulatory-adaptive status didn't change or decreased by not more than 5-6% at the exposition to the stress factor formed the group with a high level of stress-resistance. The individuals, whose regulatory adaptive status at the exposition to the stress factor decreased by less than 50% formed a group with a moderate level of stress-resistance. The examinees, whose regulatory-adaptive status decreased by more than 50% in a response to the stress factor were set in a group with a low stress-resistance level. The method was tested in the three stress models: 1) exam stress-on 58 students; 2) parachute jump stress-on 35 beginner parachutists; 3) stress, caused by the relocation to the zone of the catastrophe on 30 rescuers. In all the three models the method is highly informative. At the same time the levels of the stress-resistance were being evaluated by the psychological methods. It was shown, that the evaluation of the stress-resistance level via the dynamics of the regulatory-adaptive status allows to objectively characterize the ability of an individual to resist stress and should be included in the test complex for the casting of the candidates for the extreme professions.
