ModT regulates stationary phase associated spore formation and toxin production.

(A) ELISA-based toxin quantification (TcdA and TcdB combined) in cell lysates (“intracellular toxin”) and cell free supernatant (“secreted toxin”) of C. difficile 630 WT, ΔmodT and complemented strains grown in TYG...

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Bibliographic Details
Main Author:	Tina Lenče (20428084) (author)
Other Authors:	Johannes Sulzer (20428087) (author), Kilian Andress (20428090) (author), Anne-Sophie Gribling-Burrer (20428093) (author), Vanessa Lamm-Schmidt (20428096) (author), Lars Barquist (158426) (author), Redmond P. Smyth (11988544) (author), Franziska Faber (592451) (author)
Published:	2024
Subjects:	Biochemistry Microbiology Cell Biology Genetics Developmental Biology Infectious Diseases Biological Sciences not elsewhere classified reveals dynamic refolding regulating growth transitions provides initial evidence pronounced sporulation defect motif ” rna div >< p chemical structure probing 500 bacterial species ransition phase ). cellular cyclic di paeniclostridium sordellii </ clostridium perfringens </ functionally complement modt stationary phase pathways clostridioides difficile </ mod </ u modt (< u stationary phase difficile </ </ u modt </ cellular functions vivo </ raia </ c </ modt fulfills transcript abundance spore formation ribosomal rnas protein complexes potential association phyla bacillota key determinant isoform patterns gmp levels gene expression findings indicate expression profiles delayed transition biochemical function
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ModT regulates stationary phase associated spore formation and toxin production.

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