SANITARY-MICROBIOLOGICAL MONITORING OF THE ENVIRONMENT IN THE SIRIUS-23 ISOLATION STUDY

Sanitary-microbiological monitoring of the crew environment throughout the 365-day Sirius-23 study was aimed at timely detection and prevention of microbiologically unwanted developments. The obtained data about species composition and dynamics of the populations of bacteria and microscopic fungi provide an insight into the bioloading and composition of the microbial eco-system that will help planning the microbiological monitoring activities in future space missions.

Authors

Publication Details

Journal
Aerospace and Environmental Medicine
Published
2025-01-01
DOI
https://doi.org/10.21687/0233-528x-2025-59-2-12-19
Primary Topic
Advanced Chemical Sensor Technologies
Type
article
Field-Weighted Citation Impact
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article

SANITARY-MICROBIOLOGICAL MONITORING OF THE ENVIRONMENT IN THE SIRIUS-23 ISOLATION STUDY

К.А. Shef, А. V. Aleksandrova, Е.А. Antonov, A.R. Kiriy et al.
Aerospace and Environmental Medicine
Advanced Chemical Sensor Technologies
article

SANITARY-MICROBIOLOGICAL MONITORING OF THE ENVIRONMENT IN THE SIRIUS-23 ISOLATION STUDY

К.А. Shef, А. V. Aleksandrova, Е.А. Antonov, A.R. Kiriy, I.E. Kovbasiuk, I.E. Zaripov, S.V. Poddubko
article en

Abstract

Sanitary-microbiological monitoring of the crew environment throughout the 365-day Sirius-23 study was aimed at timely detection and prevention of microbiologically unwanted developments. The obtained data about species composition and dynamics of the populations of bacteria and microscopic fungi provide an insight into the bioloading and composition of the microbial eco-system that will help planning the microbiological monitoring activities in future space missions.

Aerospace and Environmental MedicineVol. 59(2)
Openalex Percentile: Top 90%
Advanced Chemical Sensor Technologies
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