Metagenomic evaluation of the microbiological burden of a novel gravity-loading countermeasure skinsuit

Abstract

Challenges facing astronauts will increase as human space flight progresses from periods aboard Earth orbiters to voyages into deep space. Microgravity induces physiological deconditioning, resulting in bone mineral density loss and atrophy of skeletal and postural muscles. We are evaluating a compression suit designed to replicate terrestrial gravity-loading parameters. The skin is under stress from the compressive forces of the suit and we must ensure the garment does not promote skin infections. We will evaluate qualitative, quantitative and temporal aspects of changes to the skin microbiota induced by suit wear on Earth and aboard the International Space Station.





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Biological Areas:

Physiology
Microbiology

BBSRC Area:

Plants, microbes, food and sustainability