International audienceIn the recent years, a wealth of genetic, biochemical and structural data focusing on various steps of bacterial trans-translation was reported. The early events, from stalled ribosome recognition, pre-accommodation to translocation have been recently investigated in great details. In comparison, the later events including 'elongation-termination' onto tmRNA reading frame and ribosome recycling are much less known. What follows is a summary of those data together with our personal view of the dynamics of trans-translation, with emphasis to the pivotal and leading roles that the SmpB protein has, being the essential conductor during the whole process
International audienceProtein synthesis is an efficient and vital mechanism mediated by the ribosome...
AbstracttmRNA and SmpB are the main participants of trans-translation, a process which rescues the r...
Ribosomes translate messenger RNA (mRNA) into protein in all living cells. The faultless production ...
International audienceIn the recent years, a wealth of genetic, biochemical and structural data focu...
International audienceIn the recent years, a wealth of genetic, biochemical and structural data focu...
International audienceIn the recent years, a wealth of genetic, biochemical and structural data focu...
International audienceStalled bacterial ribosomes are freed by transfer-messenger RNA (tmRNA). With ...
International audienceDuring trans-translation, stalled bacterial ribosomes are rescued by small pro...
AbstracttmRNA is a unique bi-functional RNA that acts as both a tRNA and an mRNA to enter stalled ri...
International audiencetmRNA and SmpB are the main participants of trans-translation, a process which...
International audienceProtein synthesis is an efficient and vital mechanism mediated by the ribosome...
International audienceTight recognition of codon-anticodon pairings by the ribosome ensures the accu...
International audienceProtein synthesis is an efficient and vital mechanism mediated by the ribosome...
Ribosomes stalled on problematic mRNAs can be rescued by a mechanism called trans-translation. This ...
International audienceTight recognition of codon-anticodon pairings by the ribosome ensures the accu...
International audienceProtein synthesis is an efficient and vital mechanism mediated by the ribosome...
AbstracttmRNA and SmpB are the main participants of trans-translation, a process which rescues the r...
Ribosomes translate messenger RNA (mRNA) into protein in all living cells. The faultless production ...
International audienceIn the recent years, a wealth of genetic, biochemical and structural data focu...
International audienceIn the recent years, a wealth of genetic, biochemical and structural data focu...
International audienceIn the recent years, a wealth of genetic, biochemical and structural data focu...
International audienceStalled bacterial ribosomes are freed by transfer-messenger RNA (tmRNA). With ...
International audienceDuring trans-translation, stalled bacterial ribosomes are rescued by small pro...
AbstracttmRNA is a unique bi-functional RNA that acts as both a tRNA and an mRNA to enter stalled ri...
International audiencetmRNA and SmpB are the main participants of trans-translation, a process which...
International audienceProtein synthesis is an efficient and vital mechanism mediated by the ribosome...
International audienceTight recognition of codon-anticodon pairings by the ribosome ensures the accu...
International audienceProtein synthesis is an efficient and vital mechanism mediated by the ribosome...
Ribosomes stalled on problematic mRNAs can be rescued by a mechanism called trans-translation. This ...
International audienceTight recognition of codon-anticodon pairings by the ribosome ensures the accu...
International audienceProtein synthesis is an efficient and vital mechanism mediated by the ribosome...
AbstracttmRNA and SmpB are the main participants of trans-translation, a process which rescues the r...
Ribosomes translate messenger RNA (mRNA) into protein in all living cells. The faultless production ...