Article

Spaceflight alters the transcriptional landscape of key metabolic pathways in enteric bacteria and suppresses multiple virulence programs of Salmonella enterica

2026-08-25

Abstract excerpt

<title>Abstract</title> Although bacteria are ubiquitous on Earth inhabiting even harsh extreme niches, the spaceflight environment presents conditions markedly different from terrestrial life. With the growing pace of human space exploration, understanding how bacteria respond, adapt, and modulate virulence in this setting is becoming increasingly important. Here we performed comparative transcriptomics of...

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Literature Corpus work: 272160af-fb31-562d-898a-92e7c63447fc
DOI: 10.21203/rs.3.rs-10448895/v1

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