Many bacterial promoters possess multiple sites for binding of transcriptional activator
proteins. The uhpT promoter, which controls expression of the sugar phosphate transport …

Transport and utilization of sugar phosphates in Escherichia coli depend on the transport
protein encoded by the uhpT gene. Transmembrane induction of uhpT expression by …

The UhpA protein is required for expression of the sugar phosphate transporter UhpT in
Escherichia coli and is regulated by phosphate transfer from the transmembrane UhpBC …

Activation of promoters by multiple transcription factors might occur through favorable
contacts of the activators with themselves or RNA polymerase, or by changes in DNA …

The uhpABCT locus of Escherichia coli encodes the transport system which allows the cell
to accumulate a variety of sugar phosphates in unaltered form. The expression of uhpT, the …

Expression of the Escherichia coli sugar phosphate transporter UhpT is induced by
extracellular glucose 6-phosphate through a transmembrane signaling process dependent …

UhpA, a member of the NarL family of response regulators, activates transcription of the
Escherichia coli uhpT gene for the sugar phosphate transporter UhpT in response to …

The histidine kinase (HK) component of many two-component regulatory systems exhibits
regulated ability to phosphorylate itself and to participate in transfer of phosphate to and …

Fundamental questions in bacterial gene regulation concern how multiple regulatory
proteins interact with the transcription apparatus at a single promoter and what are the roles …

Induction of the sugar‐phosphate transport system in Escherichia coli by external glucose‐6‐
phosphate is regulated by the UhpABC regulatory proteins. UhpA protein is required for …