With the ever-increasing number of available sequenced bacterial genomes and the availability of high throughput experimental approaches such as chromatine immuno-precipitation sequencing (ChIP-seq), it has become possible to extend our knowledge about the transcriptional regulation from model organisms to other bacteria. Recent research has focused especially on the comparison of closely related species, allowing us to get insight into the different regulatory evolutionary events creating phenotypic diversity and involved in the evolution of bacterial gene regulatory networks.status: publishe
Comparative genomics approaches are broadly used for analysis of transcriptional regulation in bacte...
Bacterial transcription factors (TFs) affect gene regulation by recognizing and binding regulatory D...
The transcription regulatory network is arguably the most important foundation of cellular function,...
In prokaryotes, transcriptional regulation commonly involves a transcription factor (TF) binding to ...
Transcription factors (TFs) control gene expression by direct or indirect activation or repression o...
Transcription factors (TFs) control gene expression by direct or indirect activation or repression o...
In prokaryotes, transcriptional regulation commonly involves a transcription factor (TF) binding to ...
The most detailed information presently available for an organism's transcriptional regulation ...
The development and innovative use of next-generation sequencing technologies have opened the doors ...
Transcriptional regulation is an essential biological process as it is one of the main mechanisms av...
The structural properties of the DNA molecule are known to play a critical role in transcription. In...
Experimental data on the Escherichia coli transcriptional regulation has enabled the construction of...
The most detailed information presently available for an organism's transcriptional regulation ...
peer reviewedExperimental data on the Escherichia coli transcriptional regulation has enabled the co...
Related organisms typically respond to a given cue by altering the level or activity of orthologous ...
Comparative genomics approaches are broadly used for analysis of transcriptional regulation in bacte...
Bacterial transcription factors (TFs) affect gene regulation by recognizing and binding regulatory D...
The transcription regulatory network is arguably the most important foundation of cellular function,...
In prokaryotes, transcriptional regulation commonly involves a transcription factor (TF) binding to ...
Transcription factors (TFs) control gene expression by direct or indirect activation or repression o...
Transcription factors (TFs) control gene expression by direct or indirect activation or repression o...
In prokaryotes, transcriptional regulation commonly involves a transcription factor (TF) binding to ...
The most detailed information presently available for an organism's transcriptional regulation ...
The development and innovative use of next-generation sequencing technologies have opened the doors ...
Transcriptional regulation is an essential biological process as it is one of the main mechanisms av...
The structural properties of the DNA molecule are known to play a critical role in transcription. In...
Experimental data on the Escherichia coli transcriptional regulation has enabled the construction of...
The most detailed information presently available for an organism's transcriptional regulation ...
peer reviewedExperimental data on the Escherichia coli transcriptional regulation has enabled the co...
Related organisms typically respond to a given cue by altering the level or activity of orthologous ...
Comparative genomics approaches are broadly used for analysis of transcriptional regulation in bacte...
Bacterial transcription factors (TFs) affect gene regulation by recognizing and binding regulatory D...
The transcription regulatory network is arguably the most important foundation of cellular function,...