The purpose of this presentation is to start a conversation including the Crew Health, ECLSS, and Planetary Protection communities about the best approach for inflight microbial monitoring as part of a risk mitigation strategy to prevent forward and back contamination while protecting the crew and vehicle
Previous research has shown that potentially destructive microorganisms and human pathogens have bee...
Background: Human health is closely interconnected with its microbiome. Resilient microbiomes in, on...
Background: Human health is closely interconnected with its microbiome. Resilient microbiomes in, on...
Microbiological Areas of Concern: Astronaut Health; Vehicle integrity; Life support and other system...
As humans continue to explore deep into space, microorganisms will travel with them. The primary mea...
Microorganisms including potential human pathogens have been detected on the International Space Sta...
Spacecraft and space habitats supporting human exploration contain a diverse population of microorga...
A Comprehensive Characterization of Microorganisms and Allergens in Spacecraft (SWAB) will use advan...
Because the International Space Station is a closed environment with rotations of astronauts and equ...
Microbial hygiene is an important aspect of our daily life and prevention and combating microbial in...
To achieve many of the Goals of ESA’s and NASA’s spaceprograms, an enduring human presence in space ...
Spacecraft are built and tested in highly controlled cleanrooms to ensure the cleanliness required ...
Previous research has shown that microorganisms and potential human pathogens have been detected on ...
Current methods for microbial detection: a) Labor & time intensive cultivation-based approaches that...
The closed environment of the International Space Station (ISS) creates an ideal environment for mic...
Previous research has shown that potentially destructive microorganisms and human pathogens have bee...
Background: Human health is closely interconnected with its microbiome. Resilient microbiomes in, on...
Background: Human health is closely interconnected with its microbiome. Resilient microbiomes in, on...
Microbiological Areas of Concern: Astronaut Health; Vehicle integrity; Life support and other system...
As humans continue to explore deep into space, microorganisms will travel with them. The primary mea...
Microorganisms including potential human pathogens have been detected on the International Space Sta...
Spacecraft and space habitats supporting human exploration contain a diverse population of microorga...
A Comprehensive Characterization of Microorganisms and Allergens in Spacecraft (SWAB) will use advan...
Because the International Space Station is a closed environment with rotations of astronauts and equ...
Microbial hygiene is an important aspect of our daily life and prevention and combating microbial in...
To achieve many of the Goals of ESA’s and NASA’s spaceprograms, an enduring human presence in space ...
Spacecraft are built and tested in highly controlled cleanrooms to ensure the cleanliness required ...
Previous research has shown that microorganisms and potential human pathogens have been detected on ...
Current methods for microbial detection: a) Labor & time intensive cultivation-based approaches that...
The closed environment of the International Space Station (ISS) creates an ideal environment for mic...
Previous research has shown that potentially destructive microorganisms and human pathogens have bee...
Background: Human health is closely interconnected with its microbiome. Resilient microbiomes in, on...
Background: Human health is closely interconnected with its microbiome. Resilient microbiomes in, on...