T6SS-4 thermoregulation is OmpR-independent.
Erwan Gueguen
Eric Durand
Xiang Y. Zhang
Quentin d’Amalric
Laure Journet
Eric Cascales
10.1371/journal.pone.0066615.g004
https://plos.figshare.com/articles/figure/_T6SS_4_thermoregulation_is_OmpR_independent_/725311
<p>β-galactosidase activities (upper panel, in Miller units) and fluorescence levels (lower panel, in arbitrary units) of the T6SS-4 promoter fusions at 28°C and 37°C in the wild-type (A) and <i>ompR1</i> transposon (B) strains. Identical results were obtained for the <i>ompR2</i> transposon strain (data not shown). <i>p</i>-values obtained using paired Student’s <i>t-</i>test analyses are indicated (***, <i>p</i>≤0.0001).</p>
2013-06-19 01:28:31
Biochemistry
proteins
DNA-binding proteins
genetics
gene expression
DNA transcription
Molecular genetics
Gene regulation
Genetic screens
microbiology
Bacterial pathogens
Gram negative
Microbial pathogens
thermoregulation