In eukaryotes, hundreds of mRNAs are localized by specialized transport complexes. For
localization, transcripts are recognized by RNA-binding proteins and incorporated into motor …

In eukaryotic cells, dozens to hundreds of different mRNAs are localized by specialized
motor-dependent transport complexes. One of the best-studied examples for directional …

Asymmetric, motor-protein dependent transport of mRNAs and subsequent localized
translation is an important mechanism of gene regulation. Due to the high complexity of such …

In eukaryotes, developmental processes and cell differentiation, as well as basic cellular
functions require the propagation of information in an asymmetric manner. Localization of …

The assembly and composition of ribonucleic acid (RNA)–transporting particles for
asymmetric messenger RNA (mRNA) localization is not well understood. During mitosis of …

Abstract mRNA localization is an essential mechanism of gene regulation and is required for
processes such as stem-cell division, embryogenesis and neuronal plasticity. It is not known …

Cytoplasmic mRNA localization is a mechanism used by many organisms to generate
asymmetry and sequester protein activity. In the yeast Saccharomyces cerevisiae, mRNA …

Selective transport of mRNAs in ribonucleoprotein particles (mRNP) ensures asymmetric
distribution of information within and among eukaryotic cells. Actin-dependent transport of …

Background: Eukaryotic cells localize selected mRNAs to a region of the cell as a means to
sequester proteins. Signals within the 3′ untranslated region (3′ UTR) facilitate mRNA …

In recent years, closer inspection of the dynamics of cytoplasmic mRNA transport processes
has shed new light on the mechanisms by which transcripts are recognized by motor …