RNA localization and translational control are crucial for cellular fine-tuning of gene expression in space and time. A recent meeting in Tucson, Arizona pointed out mechanisms conserved across different species and cell types that contribute to the establishment of cell polarity and cell migration. Furthermore, it is becoming increasingly clear that these post-transcriptional control processes are relevant for various diseases
AbstractAsymmetric mRNA localization within cells plays an important part in both development and ph...
The subcellular position of a protein is a key determinant of its function. Mounting evidence indica...
Transport and localized translation of mRNA is crucial for the proper spatiotemporal organization of...
RNA sorting is an evolutionarily conserved mechanism for establishing asymmetries within a given cel...
AbstractAs I hope this review has made clear, mRNA localization plays an important role in directing...
AbstractmRNA subcellular distribution and translational control are key player mechanisms for post-t...
mRNA localisation coupled to translational regulation provides an important means of dictating when ...
In eucaryotic cells, RNAs are assembled into granules, which follow characteristic trafficking pathw...
Restriction of proteins to discrete subcellular regions is a common mechanism to establish cellular ...
Fine-tuning cellular physiology in response to intracellular and environmental cues requires precise...
Copyright © 2012 P. Vazquez-Pianzola and B. Suter. This is an open access article distributed under ...
AbstractLocalization of RNA is a widespread and efficient way to target gene products to a specific ...
Posttranscriptional gene regulation is of great importance for a range of cellular functions. The ac...
RNA localization serves numerous purposes from controlling development and differentiation to suppor...
Trafficking of RNA molecules and proteins within the cell nucleus is central to genome function. Rec...
AbstractAsymmetric mRNA localization within cells plays an important part in both development and ph...
The subcellular position of a protein is a key determinant of its function. Mounting evidence indica...
Transport and localized translation of mRNA is crucial for the proper spatiotemporal organization of...
RNA sorting is an evolutionarily conserved mechanism for establishing asymmetries within a given cel...
AbstractAs I hope this review has made clear, mRNA localization plays an important role in directing...
AbstractmRNA subcellular distribution and translational control are key player mechanisms for post-t...
mRNA localisation coupled to translational regulation provides an important means of dictating when ...
In eucaryotic cells, RNAs are assembled into granules, which follow characteristic trafficking pathw...
Restriction of proteins to discrete subcellular regions is a common mechanism to establish cellular ...
Fine-tuning cellular physiology in response to intracellular and environmental cues requires precise...
Copyright © 2012 P. Vazquez-Pianzola and B. Suter. This is an open access article distributed under ...
AbstractLocalization of RNA is a widespread and efficient way to target gene products to a specific ...
Posttranscriptional gene regulation is of great importance for a range of cellular functions. The ac...
RNA localization serves numerous purposes from controlling development and differentiation to suppor...
Trafficking of RNA molecules and proteins within the cell nucleus is central to genome function. Rec...
AbstractAsymmetric mRNA localization within cells plays an important part in both development and ph...
The subcellular position of a protein is a key determinant of its function. Mounting evidence indica...
Transport and localized translation of mRNA is crucial for the proper spatiotemporal organization of...