FIELD: medicine.
SUBSTANCE: at first the Kerdo index and a respective pulmonary oxygen consumption model at various physical activity levels, including no-load (lying, after 8-hour sleep, on an empty stomach) is constructed. Thereafter, an individual's energy consumption rate is derived from the measured Kerdo index, exhaled carbon dioxide and values obtained at the stage of the model construction. According to the other version, the Kerdo index and the respective pulmonary oxygen consumption model at various physical activity levels, including no-load (lying, after 8-hour sleep, on an empty stomach) is constructed. Thereafter, the individual's energy consumption rate is derived from the measured Kerdo index, exhaled carbon dioxide and daily nitrogen clearance in the form of carbamide.
EFFECT: group of inventions enables determining an individual's rest catabolism level on the basis of the measured graduated increasing cycloergometric load, the Kerdo index and carbonometry in testing; taking into account protein oxidation enables additional determination of carbamide excretion over the analysed day.
4 cl, 2 ex, 1 dwg
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Authors
Dates
2014-09-10—Published
2013-08-13—Filed