PhoP binds to the promoter region of pagC .
The PhoP-acti-vated mig-14 , mgtC , virK , and pagC promoters of Salmonella do not harbor a typical PhoP box in place of the 35 region , as found in archetypal PhoP-regulated promoters such as the mgtA promoter ( 13 ) .
mRNA levels of other PhoP-regulated genes ( mig-14 , pagC , and pagD ) also asymptotically reached the steady-state levels in the EG14943 strain , which is shown in fig .
The pagC genes appear to be regulated by both PhoP , by a mechanism .
pagC were used as controls for PhoP-and SsrB-dependent expression , respectively .
Two StpA-repressed PhoP-dependent genes _ bound by pagC
pagC genes are regulated by a similar mechanism , involving the response regulator of the PhoP/PhoQ two-component system .
pagC genes are regulated by a similar mechanism , involving the response regulator of the PhoP/PhoQ two-component system .
pagC genes are regulated by a similar mechanism , involving PhoP .
To identify the PhoP-regulated gene ( s ) responsible for motility on 0.3 % agarose low Mg2 + media , we tested the behavior of strains mutated in each of 19 different PhoP-activated genes ( mgtA , mgtB , mgtC , mig-14 , pagC , pagK , pagM , pagN , pagO , pagP , pcgL , pgtE , phoN , pmrD , rstA , slyA , ugtL , virK , and yobG ) .
To determine whether acetylation affects the activity of PhoP as a transcription factor , several known PhoP-regulated genes including mgtA , mgtC , pmrA and pagC were selected to evaluate the role of Pat in the regulation of PhoP activity .
To determine whether acetylation affects the activity of PhoP as a transcription factor , pagC were selected to evaluate the role of Pat in the regulation of PhoP activity .