… operons encoded in the TOL plasmid pWW0 of Pseudomonas putida, … TOL operon, Pu),
the reporter system displayed an increased transcriptional capacity in the resulting network for …

… First, we attempted to evaluate the impact of the Δtol mutations on the activity of the
response regulator CpxR. A cpxR–lacZ transcriptional fusion was constructed in MG1655 (see …

… The chief control step for TOL expression relies … regulator of the NtrC family targets two σ
54 -dependent promoters, Pu and Ps1 (Figure 1). This network motif, where a master regulator …

… master regulator XylR is expressed, how this protein becomesactivated by effector binding,
and how the active regulator … anilluminating model of the regulatory networks in prokaryotes. …

… In concert with the regulatory role of CsgD as the master regulator of biofilm formation under
stressful conditions, the major sigma RpoD and stationary phase-specific RpoS participate …

… We propose that the master regulator of its entire T3SS gene … into the Hrp regulatory
network remains poorly understood. … New insights into the regulatory networks underlying the …

… new connections inside an existing network or between different networks [4, 5… networks
and that 'more advanced' organisms add new elements to the canonical 'cores' of these networks…

… networks adjusting pathways depending on their environment. Over the last two decades,
research has developed an understanding of these networks … However, the networks that are …

… The structure of the extant transcriptional control network of the TOL plasmid pWW0 born by
… of the master regulator of TOL is a common feature of SIMs where the master regulator is …

… PapB/FocB family proteins are small DNA-binding transcriptional regulators consisting of …
The fliA expression is induced by the flagellar master regulator FlhDC. The flhD and flhC …