EFFECT OF INERT GASES ON ARGON AND KRYPTON ABSORPTION OF OXYGEN IN THE CLOSED SPACE IN RATS
We studied the dynamics of oxygen consumption by rats in a closed space is filled with air, argon and krypton. Replacement of nitrogen in the air of a closed chamber for inert gases (argon, krypton) slows down the dynamics of consumption ki sloroda. Body oxygen consumption of rat in a confined space at the end of the experience relative oxygen consumption at the beginning of the experience is reduced by half in the ki-slorodno-nitrogen (20 % – oxygen, 80 % – nitrogen) gas environment. In the oxygen-argon (20–80 %) gas environment, this value decreases oxygen consumption by a factor of 3, and ki-slorodno-krypton (20–80 %) gas atmosphere is reduced by 5 times.