Active mechanisms exist to prevent transcription that is uncoupled from translation in the protein-coding genes of bacteria, as exemplified by the phenomenon of nonsense polarity. Bacterial transcription-translation coupling may be viewed as one among several co-transcriptional processes, including those for mRNA processing and export in the eukaryotes, that operate in the various life forms to render the nascent transcript unavailable for formation of otherwise deleterious R-loops in the genome
Transcription and translation are essential cellular processes that are coupled in bacteria. Though ...
Bacterial proteins are translated with precisely determined rates to meet cellular demand. In contra...
Transcription represents the first step in gene expression. It is therefore not surprising that tran...
Active mechanisms exist to prevent transcription that is uncoupled from translation in the protein-c...
\ua9 This open access article is distributed under Creative Commons Attribution License 4.0 (CC BY)....
Tight coordination between transcription and translation is crucial to maintaining the integrity of ...
The lack of a nucleus is the defining cellular feature of bacteria and archaea. Consequently, transc...
© 2020, The Author(s), under exclusive licence to Springer Nature Limited. Tight coupling of transcr...
Transcription-translation coupling has long been considered a defining feature of bacterial gene exp...
It has been known for more than 50 years that transcription and translation are physically coupled i...
The coupling of transcription and translation is more than mere translation of an mRNA that is still...
This is an accepted manuscript of an article published by Taylor & Francis in RNA Biology on August ...
Errors in DNA that occur during replication serve as the basis for adaptation and heritable genetic ...
Factor-dependent termination of transcription in bacteria relies on the activity of a specific RNA h...
In growing bacterial cells, the global reorganization of transcription is associated with alteration...
Transcription and translation are essential cellular processes that are coupled in bacteria. Though ...
Bacterial proteins are translated with precisely determined rates to meet cellular demand. In contra...
Transcription represents the first step in gene expression. It is therefore not surprising that tran...
Active mechanisms exist to prevent transcription that is uncoupled from translation in the protein-c...
\ua9 This open access article is distributed under Creative Commons Attribution License 4.0 (CC BY)....
Tight coordination between transcription and translation is crucial to maintaining the integrity of ...
The lack of a nucleus is the defining cellular feature of bacteria and archaea. Consequently, transc...
© 2020, The Author(s), under exclusive licence to Springer Nature Limited. Tight coupling of transcr...
Transcription-translation coupling has long been considered a defining feature of bacterial gene exp...
It has been known for more than 50 years that transcription and translation are physically coupled i...
The coupling of transcription and translation is more than mere translation of an mRNA that is still...
This is an accepted manuscript of an article published by Taylor & Francis in RNA Biology on August ...
Errors in DNA that occur during replication serve as the basis for adaptation and heritable genetic ...
Factor-dependent termination of transcription in bacteria relies on the activity of a specific RNA h...
In growing bacterial cells, the global reorganization of transcription is associated with alteration...
Transcription and translation are essential cellular processes that are coupled in bacteria. Though ...
Bacterial proteins are translated with precisely determined rates to meet cellular demand. In contra...
Transcription represents the first step in gene expression. It is therefore not surprising that tran...