… RBPs bind specific motifs in their target mRNAs and regulate mRNA fate at many steps.
The AU-rich element (ARE) is one of the major cis-regulatory elements in the 3′ untranslated …

… than 8% of all mRNAs and are thereby able to control the stability and/or … regulating mRNA
translation that are mediated by a class of RBPs called AU-rich element-binding proteins (…

… -acting factors controlling mRNA fate are critical for the post-transcriptional regulation of …
binding proteins” (AUBPs) control mRNA stability or translation through their binding to AU-rich …

… -regulatory feedback by directly binding to and influencing the fate of their own mRNAs, exerting
control … For this feedback control, RBPs employ a variety of mechanisms operating at all …

… others to destine RNAs towards different fates. The development … RNA binding proteins; it
is ubiquitously expressed and binds to … The more details we learn about cross-talk, molecular …

… of RBPs that bind to AU-rich elements (AREs) within mRNAs. … illustrate how RNA binding
proteins orchestrate the fate of … crucial role of AU-rich element-mediated control. Additionally, …

… the binding of RNA decay-promoting proteins to these AU-rich … The post-transcriptional
regulation of mRNA by AUF1 is … in order to regulate the destiny and function of a target lncRNA. …

… The cross-talk between RBPs is an essential part of the … fate. In the canonical miRNA
biogenesis pathway, immature … For example, HuR binds to AU-rich elements (ARE) in the 3′ …

… Crosstalk between RBPs will be further discussed in … for AU-rich sequences in mRNAs. This
is due to the combination … In conclusion, the fate of an ARE-bearing transcript targetable by …

… on their target mRNAs, which are regulated at the level of mRNA stability and translation in
… Specific RBPs, TTP, HUR, TIAR, and hnRNP K, regulate the fate of their cellular target RNAs …