Add to ORKGmRNA turnover plays a key role in the control of gene expression. Recent work has shown that proteins involved in mRNA turnover are located in multicomponent complexes which are tightly regulated. The control of mRNA stability is also intimately linked with translational processes. This article reviews the pathways and enzymes that control mRNA turnover in eukaryotic cells and discusses their mechanisms of control
International audienceWhy is it important to understand mRNA degradation in a cell? First,RNA degrad...
International audienceWhy is it important to understand mRNA degradation in a cell? First,RNA degrad...
Translational control mechanisms are, besides transcriptional control and mRNA stability, the most d...
A key aspect in the regulation of eukaryotic gene expression is the cytoplasmic control of mRNA stab...
International audienceThe steady-state levels of mRNAs depend upon their combined rates of synthesis...
Most of studies on cell proliferation examine the control of gene expression by specific transcripti...
International audienceMost of the studies on cell proliferation examine the control of gene expressi...
International audienceMost of the studies on cell proliferation examine the control of gene expressi...
Most of the studies on cell proliferation examine the control of gene expression by specific transcr...
Regulation of mRNA stability and mRNA translation are important components of gene expression within...
A key to the understanding of normal growth and development of eukaryotic cells is the elucidation o...
Messenger RNA plays a central role in gene expression. Regulation of gene expression is critical to ...
The cytoplasmic abundance of mRNAs is strictly controlled through a balance of production and degrad...
Messenger RNA plays a central role in gene expression. Regulation of gene expression is critical to ...
Transcription and RNA decay are key determinants of gene expression; these processes are typically c...
International audienceWhy is it important to understand mRNA degradation in a cell? First,RNA degrad...
International audienceWhy is it important to understand mRNA degradation in a cell? First,RNA degrad...
Translational control mechanisms are, besides transcriptional control and mRNA stability, the most d...
A key aspect in the regulation of eukaryotic gene expression is the cytoplasmic control of mRNA stab...
International audienceThe steady-state levels of mRNAs depend upon their combined rates of synthesis...
Most of studies on cell proliferation examine the control of gene expression by specific transcripti...
International audienceMost of the studies on cell proliferation examine the control of gene expressi...
International audienceMost of the studies on cell proliferation examine the control of gene expressi...
Most of the studies on cell proliferation examine the control of gene expression by specific transcr...
Regulation of mRNA stability and mRNA translation are important components of gene expression within...
A key to the understanding of normal growth and development of eukaryotic cells is the elucidation o...
Messenger RNA plays a central role in gene expression. Regulation of gene expression is critical to ...
The cytoplasmic abundance of mRNAs is strictly controlled through a balance of production and degrad...
Messenger RNA plays a central role in gene expression. Regulation of gene expression is critical to ...
Transcription and RNA decay are key determinants of gene expression; these processes are typically c...
International audienceWhy is it important to understand mRNA degradation in a cell? First,RNA degrad...
International audienceWhy is it important to understand mRNA degradation in a cell? First,RNA degrad...
Translational control mechanisms are, besides transcriptional control and mRNA stability, the most d...