RegIIIβ increases infectivity of the early stages of gastrointestinal infection of STm by activating flagella-driven motility.

(A) STm movement in the feces. Streptomycin-treated RegIIIβ-/- mice or littermate controls (RegIIIβ+/+ and RegIIIβ+/-) were infected by oral gavag...

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Bibliografski detalji
Glavni autor:	Tsuyoshi Miki (438827) (author)
Daljnji autori:	Hana Yamaguchi (22553064) (author), Momoko Kobayashi (721582) (author), Masahiro Ito (134554) (author), Takeshi Haneda (550021) (author), Nobuhiko Okada (482513) (author), Yun-Gi Kim (506947) (author)
Izdano:	2025
Teme:	Microbiology Evolutionary Biology Ecology Cancer Science Policy Infectious Diseases Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified present study revealed modulate bacterial physiology div >< p successful gastrointestinal infection stage gastrointestinal infection gastrointestinal infection caused intestinal epithelial cells salmonella enterica </ gut colonization levels gastrointestinal infection epithelial cells salmonella </ typhimurium colonization thereby increasing simultaneously acquired membrane potential locomotion speed host interactions evolutionary process enhancing flagella enhanced invasion enhance flagellar driven locomotion become tolerant based locomotion bactericidal effects
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RegIIIβ increases infectivity of the early stages of gastrointestinal infection of <i>S</i>Tm by activating flagella-driven motility.