DISASTER MEDICINE No. 1(105)•2019
ADAPTIVE RESPONSE OF OXYGEN-TRANSPORT SYSTEMS OF HUMAN ORGANISM TO LENGTHY STAY IN FIRE-SAFE GAS ENVIRONMENT WITH HIGH ARGON CONTENT Download the article in pdf format
Eroshenko A.Yu.1, Bykovskaya T.Yu.1, Ivanov A.O.2
1 Federal State Budgetary Educational Institution of Higher Education “Rostov State Medical University”, Rostov-on-Don, Russian Federation
2 Joint-Stock Company “Association of Developers and Producers of Monitoring Systems”, St. Petersburg, Russian Federation
UDK 616-003:615.9
Pp. 33–37
The results of the analysis of adaptive reactions of human oxygen transport systems during a long stay in a fire-safe gas environment with a high content of argon are presented. It is shown that in these conditions in the systems of blood circulation, external respiration and blood system adaptive changes are formed aimed at maintaining gas homeostasis that allow to maintain human activity and performance.
The conclusion is drawn on the possibility of formation of similar environments in manned pressure chambers to improve their fire safety.
Key words: adaptive response, fireproof gas environment with a high argon content, human oxygen-transport system, pressure chambers
For citation: Eroshenko A.Yu., Bykovskaya T.Yu., Ivanov A.O., (Adaptive Response of Oxygen-Transport Systems of Human Organism to Lengthy Stay in Fire-Safe Gas Environment with High Argon Content), Disaster Medicine, 2019; 1(105): 33–37 (In Rus.).
https://doi.org/10.33266/2070-1004-2019-1-33-37
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