Transcription-repair coupling factors (TRCFs) are large ATPases that mediate the preferential repair of the transcribed DNA strand. Here the authors reveal the cryo-EM structure of DNA-bound Mfd, the bacterial TRCF, and provide molecular insights into its mode of action
Cells dedicate tremendous amounts of energy to express essential genes for survival. During transcri...
In 1989, transcription-repair coupling (TRC) was first described in Escherichia coli, as the transcr...
Damage to actively transcribed genes is repaired at a faster rate than damage to non-transcribed gen...
Motor proteins that translocate on nucleic acids are key players in gene expression and mainte-nance...
SummaryCoupling of transcription and DNA repair in bacteria is mediated by transcription-repair coup...
International audienceTranscription-coupled DNA repair uses components of the transcription machiner...
In vitro and in vivo experiments with Escherichia coli have shown that the Mfd translocase is respon...
The bacterial Mfd protein is a transcription-repair coupling factor that performs two key functions ...
During transcription elongation, bacterial RNA polymerase (RNAP) can pause, backtrack or stall when ...
ATP-dependent nucleic acid helicases and translo-cases play essential roles in many aspects of DNA a...
AbstractTranscription and DNA repair are coupled in E. coli by the Mfd protein, which dissociates tr...
The Escherichia coli transcription-repair coupling factor Mfd displaces stalled RNA polymerase and d...
In transcription-coupled repair (TCR), nucleotide excision repair occurs most rapidly in the templat...
Damage to actively transcribed genes is repaired at a faster rate than damage to non-transcribed gen...
Transcription coupled nucleotide excision repair (TC-NER) is involved in correcting UV-induced damag...
Cells dedicate tremendous amounts of energy to express essential genes for survival. During transcri...
In 1989, transcription-repair coupling (TRC) was first described in Escherichia coli, as the transcr...
Damage to actively transcribed genes is repaired at a faster rate than damage to non-transcribed gen...
Motor proteins that translocate on nucleic acids are key players in gene expression and mainte-nance...
SummaryCoupling of transcription and DNA repair in bacteria is mediated by transcription-repair coup...
International audienceTranscription-coupled DNA repair uses components of the transcription machiner...
In vitro and in vivo experiments with Escherichia coli have shown that the Mfd translocase is respon...
The bacterial Mfd protein is a transcription-repair coupling factor that performs two key functions ...
During transcription elongation, bacterial RNA polymerase (RNAP) can pause, backtrack or stall when ...
ATP-dependent nucleic acid helicases and translo-cases play essential roles in many aspects of DNA a...
AbstractTranscription and DNA repair are coupled in E. coli by the Mfd protein, which dissociates tr...
The Escherichia coli transcription-repair coupling factor Mfd displaces stalled RNA polymerase and d...
In transcription-coupled repair (TCR), nucleotide excision repair occurs most rapidly in the templat...
Damage to actively transcribed genes is repaired at a faster rate than damage to non-transcribed gen...
Transcription coupled nucleotide excision repair (TC-NER) is involved in correcting UV-induced damag...
Cells dedicate tremendous amounts of energy to express essential genes for survival. During transcri...
In 1989, transcription-repair coupling (TRC) was first described in Escherichia coli, as the transcr...
Damage to actively transcribed genes is repaired at a faster rate than damage to non-transcribed gen...