Among the three phases of mRNA translation—initiation, elongation, and termination—initiation has traditionally been considered to be rate limiting and thus the focus of regulation. Emerging evidence, however, demonstrates that control of ribosome translocation (polypeptide elongation) can also be regulatory and indeed exerts a profound influence on development, neurologic disease, and cell stress. The correspondence of mRNA codon usage and the relative abundance of their cognate tRNAs is equally important for mediating the rate of polypeptide elongation. Here, we discuss recent results showing that ribosome pausing is a widely used mechanism for controlling translation and, as a result, biological transitions in health and disease
The synthesis of adequate amounts of ribosomes is an essential task for the cell. It is therefore no...
Ribosomes elongate at a nonuniform rate during translation. Theoretical models and experiments disag...
Cell survival in changing environments requires appropriate regulation of gene expression, including...
Among the three phases of mRNA translation—initiation, elongation, and termination—initiation has tr...
Regulation of protein synthesis makes a major contribution to post-transcriptional control pathways....
SummaryRibosomes elongate at a nonuniform rate during translation. Theoretical models and experiment...
Under conditions of tight coupling between translation and transcription, the ribosome enables synth...
Translation initiation is the major regulatory step defining the rate of protein production from an ...
Translation initiation is followed by a process in which sequential addition of amino acid residues ...
Ribosomes carry out protein synthesis from mRNA templates by a highly regulated process called trans...
AbstractWe explore and quantify the physical and biochemical mechanisms that may be relevant in the ...
Ribosomes elongate at a nonuniform rate during translation. Theoretical models and experiments disag...
Protein homeostasis of bacterial cells is maintained by coordinated processes of protein production,...
Regulation of gene expression involves a wide array of cellular mechanisms that control the abundanc...
Protein synthesis, one of nature's most fundamental processes within all living cells, is catalyzed ...
The synthesis of adequate amounts of ribosomes is an essential task for the cell. It is therefore no...
Ribosomes elongate at a nonuniform rate during translation. Theoretical models and experiments disag...
Cell survival in changing environments requires appropriate regulation of gene expression, including...
Among the three phases of mRNA translation—initiation, elongation, and termination—initiation has tr...
Regulation of protein synthesis makes a major contribution to post-transcriptional control pathways....
SummaryRibosomes elongate at a nonuniform rate during translation. Theoretical models and experiment...
Under conditions of tight coupling between translation and transcription, the ribosome enables synth...
Translation initiation is the major regulatory step defining the rate of protein production from an ...
Translation initiation is followed by a process in which sequential addition of amino acid residues ...
Ribosomes carry out protein synthesis from mRNA templates by a highly regulated process called trans...
AbstractWe explore and quantify the physical and biochemical mechanisms that may be relevant in the ...
Ribosomes elongate at a nonuniform rate during translation. Theoretical models and experiments disag...
Protein homeostasis of bacterial cells is maintained by coordinated processes of protein production,...
Regulation of gene expression involves a wide array of cellular mechanisms that control the abundanc...
Protein synthesis, one of nature's most fundamental processes within all living cells, is catalyzed ...
The synthesis of adequate amounts of ribosomes is an essential task for the cell. It is therefore no...
Ribosomes elongate at a nonuniform rate during translation. Theoretical models and experiments disag...
Cell survival in changing environments requires appropriate regulation of gene expression, including...