AbstractRho factor is a hexameric ring-shaped helicase which terminates transcription in Escherichia coli. Two recent crystal structures of Rho in complex with nucleic acid reveal how this helicase ring loads onto mRNA and encircles it
International audienceRho is a ring-shaped, ATP-fueled motor essential for remodeling transcriptiona...
The Escherichia coli transcription termination factor Rho is structurally and functionally homologou...
At the end of the multistep transcription process, the elongating RNA Polymerase (RNAP) is dislodged...
AbstractIn bacteria, one of the major transcriptional termination mechanisms requires a hexameric RN...
AbstractIn bacteria, one of the major transcriptional termination mechanisms requires a RNA/DNA heli...
AbstractRho factor is a hexameric ring-shaped helicase which terminates transcription in Escherichia...
SummaryHexameric helicases and translocases are required for numerous essential nucleic-acid transac...
Transcription termination protein Rho of Escherichia coli interacts with newly synthesized RNA chain...
All cellular organisms rely on transcriptional regulatory mechanisms to control the levels and timin...
AbstractRho termination factor is an essential hexameric helicase responsible for terminating 20–50%...
Factor-dependent termination of transcription in bacteria relies on the activity of a specific RNA h...
Chez E. coli, Rho est un facteur essentiel qui contrôle l’expression de multiples unités transcripti...
Chez E. coli, Rho est un facteur essentiel qui contrôle l expression de multiples unités transcripti...
RNA polymerase pauses at different DNA sequences during transcription elongation, and this pausing i...
AbstractThe transcription termination factor Rho of Escherichia coli is a RNA binding protein which ...
International audienceRho is a ring-shaped, ATP-fueled motor essential for remodeling transcriptiona...
The Escherichia coli transcription termination factor Rho is structurally and functionally homologou...
At the end of the multistep transcription process, the elongating RNA Polymerase (RNAP) is dislodged...
AbstractIn bacteria, one of the major transcriptional termination mechanisms requires a hexameric RN...
AbstractIn bacteria, one of the major transcriptional termination mechanisms requires a RNA/DNA heli...
AbstractRho factor is a hexameric ring-shaped helicase which terminates transcription in Escherichia...
SummaryHexameric helicases and translocases are required for numerous essential nucleic-acid transac...
Transcription termination protein Rho of Escherichia coli interacts with newly synthesized RNA chain...
All cellular organisms rely on transcriptional regulatory mechanisms to control the levels and timin...
AbstractRho termination factor is an essential hexameric helicase responsible for terminating 20–50%...
Factor-dependent termination of transcription in bacteria relies on the activity of a specific RNA h...
Chez E. coli, Rho est un facteur essentiel qui contrôle l’expression de multiples unités transcripti...
Chez E. coli, Rho est un facteur essentiel qui contrôle l expression de multiples unités transcripti...
RNA polymerase pauses at different DNA sequences during transcription elongation, and this pausing i...
AbstractThe transcription termination factor Rho of Escherichia coli is a RNA binding protein which ...
International audienceRho is a ring-shaped, ATP-fueled motor essential for remodeling transcriptiona...
The Escherichia coli transcription termination factor Rho is structurally and functionally homologou...
At the end of the multistep transcription process, the elongating RNA Polymerase (RNAP) is dislodged...
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