In vitro and in vivo DMS structure probing of ModT isoforms.

In vitro and in vivo DMS structure probing of ModT isoforms.

<p><b>(A–D)</b> In-line probing reactions (ILP) of in vitro transcribed, 5′ <sup>32</sup>P-labeled ModT(S) and ModT(L) isoforms, resolved on denaturing (7 M Urea) 10% PAA gels (<b>A, B</b>). In parallel, the same samples were resolved on a 6% PAA-7M Urea gel...

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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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