Human Working Capacity in Periodic Stay in Hypoxic Air Environments, Reducing the Fire Hazard of Sealed Objects

Безкишкий, Э. Н.; Николаевич, Безкишкий Эдуард; Ivanov, A O; Олегович, Иванов Андрей; Петров, В. А.; Александрович, Петров Василий; Eroshenko, A. Yu.; Юрьевич, Ерошенко Андрей; Грошилин, В. С.; Сергееви, Грошилин Виталий; Анистратенко, Л. Г.; Германовн, Анистратенко Лилия; Линченко, С. Н.; Николаевич, Линченко Сергей

doi:10.33396/1728-0869-2018-9-4-11

Cited by 7 publications

(1 citation statement)

References 7 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…Полученные данные показали, что при пребывании в заданных измененных условиях обитаемости у лиц с исходно сохранным адаптационным потенциалом разви- Следует также акцентировать, что у всех участников испытаний имело место формирование важнейшей фазы адаптационного процесса, которую можно обозначить как стадию «адаптированности» или «оптимальной работоспособности» [13,14]. При этом ни у одного из испытателей в течение заданного периода герметизации не было отмечено тенденций к переходу работоспособности в фазы «неустойчивой компенсации» и «прогрессирующего снижения работоспособности» (декомпенсации), как это отмечается в случае чрезмерной интенсивности или длительности рабочего цикла.…”

unclassified

Adaptive Response of Oxygen-Transport Systems of Human Organism to Lengthy Stay in Fire-Safe Gas Environment With High Argon Content

Eroshenko¹,

Bykovskaya²,

Ivanov³

2019

Disaster Medicine

View full text Add to dashboard Cite

Представлены результаты анализа адаптационных реакций кислородтранспортных систем человека при его длительном пребывании в пожаробезопасной газовой среде с повышенным содержанием аргона. Показано, что в этих условиях в системах кровообращения, внешнего дыхания и крови формируются адаптационные изменения, направленные на поддержание газового гомеостаза и позволяющие поддерживать жизнедеятельность и работоспособность человека. Сделан вывод о возможности формирования подобной среды на обитаемых гермообъектах для повышения их пожаробезопасности. Ключевые слова: адаптационные реакции, гермообъекты, кислородтранспортные системы человека, пожаробезопасная газовая среда с повышенным содержанием аргона Конфликт интересов / финансирование Авторы статьи подтверждают отсутствие конфликта интересов / финансовой поддержки, о которых необходимо сообщить. Для цитирования: Ерошенко А.Ю., Быковская Т.Ю., Иванов А.О. Адаптационные реакции кислородтранспортных систем человека при длительном пребывании в пожаробезопасной газовой среде с повышенным содержанием аргона.

show abstract

unclassified

Adaptive Response of Oxygen-Transport Systems of Human Organism to Lengthy Stay in Fire-Safe Gas Environment With High Argon Content

Eroshenko¹,

Bykovskaya²,

Ivanov³

2019

Disaster Medicine

View full text Add to dashboard Cite

show abstract

Problem questions of prevention and precising control of diseases associated with hypoxia

Lyubimov

2024

Rev Clin Pharm Drug Ther

View full text Add to dashboard Cite

Cardiovascular diseases are the one of the main causes of death in the 21st century. Their rating is not expected to be decreased in the near future despite all the successes in the wide distribution and using of high-tech methods of treatment. This article is devoted to the problem of introducing fundamental recent discoveries into practical medicine as part of the development of preventive, personalized and precision medicine. The author considers not used mechanisms of endogenous adaptation, prevention and preclinical diagnosis of hypoxia-associated diseases in the clinic and concludes that introducing of a new marker of adaptation to visceral hypoxemia is perspective approach in therapy of the cardiovascular diseases.

show abstract

Perspectives for the Application of Various Fire-Safe Gas Media on the Inhabited Sealed Objects of the Navy

Ерошенко

Петров²,

Ivanov³

et al. 2019

Morsk. med.

View full text Add to dashboard Cite

Introduction. The need to ensure trouble-free operation of inhabited sealed objects of the Navy requires continuous improvement of technologies to increase their fire safety. Such technologies include the creation of hypoxic gas media at facilities that reduce the risk of fires and ensure the possibility of personnel staying in them. The purpose of the work is a comparative assessment of changes in the maximum human working capacity during continuous stay in various normobaric hypoxic environments, promising to increase the fire safety of sealed inhabited objects of the Navy. Materials and methods. In the 1st series of studies, 100 daily sealing of 6 male volunteers (28–53 years old) in controlled hypoxic environments was carried out: [O2] in the premises of permanent residence — 18–19%, periodic (4 hours per day) stay — 16–17%/ In the 2nd series of studies, 6 male volunteers (age 25–51 years) were continuously in argon-containing gas media with [O2]=13,5–14,5%, [Ar]=30–35% for 60 days. During the studies, the dynamics of the mental (operator) and maximum physical working capacity of the subjects were evaluated. Results. Stay in hypoxic environments was accompanied by a decrease in the working capacity of volunteers. The relative degree of negative changes in mental performance in group 1 did not exceed –7%, in group 2 — –10% of the initial level; the maximum decrease in physical performance in group 1 was on average about — –11%, in group 2 — –17% compared with the initial state, which does not go beyond the permissible limits. Conclusion. The introduction of tested gaseous media at naval facilities is promising. The choice of the composition of the gas mixture should be determined by the degree of risk of fires at a particular facility, the technical capabilities of creating and maintaining a hypoxic environment of optimal composition, the number and state of health of the crew.

show abstract

Human Working Capacity in Periodic Stay in Hypoxic Air Environments, Reducing the Fire Hazard of Sealed Objects

Abstract: Krasnodar, Russia

Cited by 7 publications

References 7 publications

Adaptive Response of Oxygen-Transport Systems of Human Organism to Lengthy Stay in Fire-Safe Gas Environment With High Argon Content

Adaptive Response of Oxygen-Transport Systems of Human Organism to Lengthy Stay in Fire-Safe Gas Environment With High Argon Content

Problem questions of prevention and precising control of diseases associated with hypoxia

Perspectives for the Application of Various Fire-Safe Gas Media on the Inhabited Sealed Objects of the Navy

Contact Info

Product

Resources

About