Eukaryotic mRNAs are in a dynamic equilibrium between different subcellular locations. Translating mRNAs can be found in polysomes, mRNAs stalled in translation initiation accumulate in stress granules and mRNAs targeted for degradation or translation repression can accumulate in P bodies. Partitioning of mRNAs between polysomes, stress granules, and P bodies affects rates of translation and mRNA degradation. Host proteins within P bodies and stress granules can enhance or limit viral infection, and some viral RNAs and proteins accumulate in P bodies and/or stress granules. Thus, an important interplay among P bodies, stress granules, and viral life cycles is beginning to emerge
Gene expression patterns are shaped by post-transcriptional processes such as mRNA splicing, export,...
In order to regulate protein expression, mRNAs are constantly shifting from translation to translati...
In the past few years, cytoplasmic processing bodies (P-Bodies) have been identified in eukaryotic c...
Eukaryotic mRNAs are in a dynamic equilibrium between different subcellular locations. Translating m...
The control of translation andmRNAdegradation is important in the regulation of eukaryotic gene expr...
SummaryThe localization of mRNA to defined cytoplasmic sites in eukaryotic cells not only allows loc...
<p>Virus infection causes stress at multiple levels that reduces host translation through activation...
AbstractRNA granules are structures within cells that impart key regulatory measures on gene express...
The localization of mRNA to defined cytoplasmic sites in eukaryotic cells not only allows localized ...
SummaryThe localization of mRNA to defined cytoplasmic sites in eukaryotic cells not only allows loc...
The localization of mRNA to defined cytoplasmic sites in eukaryotic cells not only allows localized ...
Cytoplasmic RNA granules serve key functions in the control of messenger RNA (mRNA) fate in eukaryot...
Cytoplasmic RNA granules serve key functions in the control of messenger RNA (mRNA) fate in eukaryot...
P-bodies are specialized cytoplasmic compartments where translational repression and mRNA turnover m...
<div><p>Transcriptome analyses indicate that a core 10%–15% of the yeast genome is modulated by a va...
Gene expression patterns are shaped by post-transcriptional processes such as mRNA splicing, export,...
In order to regulate protein expression, mRNAs are constantly shifting from translation to translati...
In the past few years, cytoplasmic processing bodies (P-Bodies) have been identified in eukaryotic c...
Eukaryotic mRNAs are in a dynamic equilibrium between different subcellular locations. Translating m...
The control of translation andmRNAdegradation is important in the regulation of eukaryotic gene expr...
SummaryThe localization of mRNA to defined cytoplasmic sites in eukaryotic cells not only allows loc...
<p>Virus infection causes stress at multiple levels that reduces host translation through activation...
AbstractRNA granules are structures within cells that impart key regulatory measures on gene express...
The localization of mRNA to defined cytoplasmic sites in eukaryotic cells not only allows localized ...
SummaryThe localization of mRNA to defined cytoplasmic sites in eukaryotic cells not only allows loc...
The localization of mRNA to defined cytoplasmic sites in eukaryotic cells not only allows localized ...
Cytoplasmic RNA granules serve key functions in the control of messenger RNA (mRNA) fate in eukaryot...
Cytoplasmic RNA granules serve key functions in the control of messenger RNA (mRNA) fate in eukaryot...
P-bodies are specialized cytoplasmic compartments where translational repression and mRNA turnover m...
<div><p>Transcriptome analyses indicate that a core 10%–15% of the yeast genome is modulated by a va...
Gene expression patterns are shaped by post-transcriptional processes such as mRNA splicing, export,...
In order to regulate protein expression, mRNAs are constantly shifting from translation to translati...
In the past few years, cytoplasmic processing bodies (P-Bodies) have been identified in eukaryotic c...