Nitrogen regulatory protein C (NtrC) contacts a bacterial RNA polymerase from distant
enhancers by means of DNA loops and activates transcription by allowing polymerase to …

The NTRC protein (nitrogen regulatory protein C) of enteric bacteria is an enhancer-binding
protein that activates transcription by the σ 54-holoenzyme form of RNA polymerase. NTRC …

In the case of nitrogen regulatory protein C (NtrC), both nucleotide hydrolysis and
transcriptional activation depend on phosphorylation of an aspartate residue in the N …

To activate transcription of the glnA gene, the dimeric NTRC protein (nitrogen regulatory
protein C) of enteric bacteria binds to an enhancer located approximately 100 bp upstream …

The nitrogen regulatory protein NtrC of enteric bacteria activates transcription of the glnA
gene by catalyzing isomerization of closed complexes between RNA polymerase and the …

NtrC (nitrogen regulatory protein C) is a bacterial enhancer-binding protein that activates
transcription by catalyzing isomerization of closed complexes between σ54-holoenzyme and …

The prokaryotic activator protein NTRC binds to enhancer‐like elements and activates
transcription in response to nitrogen limitation by catalysing open complex formation by …

Nitrogen regulatory protein C (NtrC) is a bacterial enhancer-binding protein that activates
transcription by the σ54-holoenzyme. To activate transcription, NtrC must hydrolyze ATP, a …

Eukaryotic enhancer-binding proteins are often modular in design in that they are composed
of physically separable domains that can function independently of one another (18, 46, 55) …

The NTRC protein of enteric bacteria is an enhancerbinding protein that activates
transcription in response to limitation of combined nitrogen. NTRC activates transcription by …