METHOD FOR RECOVERY OF INDIVIDUAL'S PERFORMANCE EFFICIENCY FOLLOWING PHYSICAL ACTIVITY AND PSYCHO-EMOTIONAL STRESS Russian patent published in 2014 - IPC A61M16/12 A61G10/00 

Abstract RU 2508923 C1

FIELD: medicine.

SUBSTANCE: invention refers to medicine, including to sports medicine, and aims at the recovery of individual's performance efficiency following maximum psychophysical loads. At first, individual's hypoxia sensitivity is determined at first by a 10-minute hypoxic test with measuring a heart rate and oxygen saturation (SpO2) with an increment of min. once per two seconds. The test involves recording individual minimum SpO2 (SpO2 rain) and maximum heart rate. An excessive pressure of 0.03 MPa is generated in a pressure chamber; and an individual being tested breathes with a hypoxic-hyperoxic gas mixture heated to 40-80°C; the above mixture is mixed oxygen and helium. A session length makes 25-30 min; one session consists of 5-7 cycles each of which represents an interchange of the hyperbaric hypoxic test with the gas mixture with a volume ratio of oxygen 6% and the hyperbaric hyperoxic test with the gas mixture with a volume ratio of oxygen 30%. The hyperoxic test is conducted to achieve either minimum SpO2, or maximum heart rate, according as which event occurs first. The hyperoxic test is conducted to achieve initial SpO2 and heart rate. The number of daily sessions makes 8-10.

EFFECT: method enables recovering the individual performance efficiency after physical activity and psycho-emotional stress due to the hypoxic and hyperoxic tests with the heated oxygen-helium gas mixtures promoting the optimised body temperature and higher compensatory-adaptive body capabilities due to cyclic hypoxia and hyperoxia with the test length specified individually on the basis of biological feedback depending on the individual's fitness growth.

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RU 2 508 923 C1

Authors

Grigor'Ev Anatolij Ivanovich

Grishin Viktor Ivanovich

Logunov Aleksej Timofeevich

Orlov Oleg Igorevich

Pavlov Nikolaj Borisovich

Suvorov Aleksandr Vladimirovich

Dates

2014-03-10Published

2013-02-20Filed