M Groshilin
Biographic Data
| ID | 122954 |
|---|---|
| NAME | M Groshilin |
| GIVEN NAMES | M |
| FAMILY NAME | Groshilin |
| SIGNATURE | GROSHILIN M |
| VERIFIED | No |
| TOTAL WORKS | 4 |
| TOTAL CITATIONS | 2 |
| AUTHOR COUNT | 4 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2012 |
| LATEST PUBLICATION YEAR | 2020 |
| H-INDEX | 1 |
Non-Specific Non-Medical Technologies to Inscrease Human Resistance to Hypothermia
The aim of the study is to compare the results of using innovative normobaric hypoxic training to increase individual's resistance to exogenous hypothermia. Methods: This randomized controlled trial was performed using two groups of men aged 22-34 years. Group 1 (n=9) was exposed to argon-hypoxic training consisting of a 2-hour continuous stay of the test subjects in a gas environment with the composition: Ar 33 % vol., 02 12 % vol., N2 55 %. Gro…
Physiological justification of the choice of the artificial gas environments composition potentially applicable for improving the fire safety of inhabited sealed objects
One of the trends for ensuring the safe operation of sealed inhabited objects is the creation of hypoxic gas environments, suitable for breathing and reducing the risk of fires. The aim was to test the effect of normobaric hypoxic environments of various compositions on a person, to select envitonments that are potentially applicable to improve fire safety of inhabited sealed objects. Methods. The randomized controlled study involved 60 men aged …
Evaluation of Long-Term Effects of Human’s Continuous Stay in Argon Containing Hypoxic Gaseous Environment
The aim of the study was an assessment of risk of long-term adverse health effects for research volunteers caused by their preceding continuous (for 60 days) stay in normobaric argon containing hypoxic gaseous environment (ArHGE) with oxygen content of 14 %, argon - 30-35 %, carbon dioxide - 0.03-0.8 %, nitrogen - the rest. Such environment is planned to create at manned hermetically sealed facilities to increase their fire explosion safety. 6 ma…
Use of Contrast Temperature Effects for Promotion of Physical Endurance in Healthy Men
The goal of the work was to reason complex applications of contrast temperature effects for promotion of physical efficiency in healthy men. 35 healthy volunteers with low physical endurance were examined. For restoration of their physical endurance, we used cyclic infrared and cryothermic effects. The interactive physical endurance was estimated with the use of the increasing veloergometry test. It has been determined that after the five-day cou…
Evaluation of Long-Term Effects of Human’s Continuous Stay in Argon Containing Hypoxic Gaseous Environment
The aim of the study was an assessment of risk of long-term adverse health effects for research volunteers caused by their preceding continuous (for 60 days) stay in normobaric argon containing hypoxic gaseous environment (ArHGE) with oxygen content of 14 %, argon - 30-35 %, carbon dioxide - 0.03-0.8 %, nitrogen - the rest. Such environment is planned to create at manned hermetically sealed facilities to increase their fire explosion safety. 6 ma…
Use of Contrast Temperature Effects for Promotion of Physical Endurance in Healthy Men
The goal of the work was to reason complex applications of contrast temperature effects for promotion of physical efficiency in healthy men. 35 healthy volunteers with low physical endurance were examined. For restoration of their physical endurance, we used cyclic infrared and cryothermic effects. The interactive physical endurance was estimated with the use of the increasing veloergometry test. It has been determined that after the five-day cou…
Evaluation of Long-Term Effects of Human’s Continuous Stay in Argon Containing Hypoxic Gaseous Environment
The aim of the study was an assessment of risk of long-term adverse health effects for research volunteers caused by their preceding continuous (for 60 days) stay in normobaric argon containing hypoxic gaseous environment (ArHGE) with oxygen content of 14 %, argon - 30-35 %, carbon dioxide - 0.03-0.8 %, nitrogen - the rest. Such environment is planned to create at manned hermetically sealed facilities to increase their fire explosion safety. 6 ma…
Non-Specific Non-Medical Technologies to Inscrease Human Resistance to Hypothermia
The aim of the study is to compare the results of using innovative normobaric hypoxic training to increase individual's resistance to exogenous hypothermia. Methods: This randomized controlled trial was performed using two groups of men aged 22-34 years. Group 1 (n=9) was exposed to argon-hypoxic training consisting of a 2-hour continuous stay of the test subjects in a gas environment with the composition: Ar 33 % vol., 02 12 % vol., N2 55 %. Gro…
Physiological justification of the choice of the artificial gas environments composition potentially applicable for improving the fire safety of inhabited sealed objects
One of the trends for ensuring the safe operation of sealed inhabited objects is the creation of hypoxic gas environments, suitable for breathing and reducing the risk of fires. The aim was to test the effect of normobaric hypoxic environments of various compositions on a person, to select envitonments that are potentially applicable to improve fire safety of inhabited sealed objects. Methods. The randomized controlled study involved 60 men aged …
Medicine (4 works) · Anesthesia (2 works) · Chemistry (2 works) · Internal Medicine (2 works) · Restraint-Related Deaths (2 works) · Adverse effect (1 works) · Anesthesia and Neurotoxicity Research (1 works) · Argon (1 works) · Art (1 works) · Breathing (1 works)