… by viral gene products may effectively remove an anti-viral host … other bZIP transcription
factors including c-fos and ATF6, … and subsequent proteasomal degradation of FOXO1, which …

… (B) Elavl1 gene deletion is confirmed by PCR from Elavl1cKO mouse lens genomic … the
AU-rich elements (AREs) that support Elavl1 protein binding. (B) RT-qPCR shows Pax6 mRNA is …

… presence of AU-rich elements (AREs; white bars in the 3’ UTR). … mRNA decay (NSD) and
targeted for degradation by mRNA … pathway for mRNA decay starts with removal of the poly(A) …

… by hyperproduction of proteins that lasted three days. We evaluated … mRNA, and they review
literature showing that some genes that are involved in memory consolidation, such as c-fos…

… However, the disruption of PAF1C by removing individual … One novel interacting partner,
AU-rich RNA-binding and … mitochondria, leading to protein degradation via mitophagy. The …

… degradation, as several pathways that shuttle mRNAs to the nuclear exosome are known to
act on molecules with elongated poly… AU-rich elements (AREs) are most commonly found in 3…

… ”, it is removed from the pool of viable mRNAs and will be … a correlation between AU-Rich
elements in each mRNA and its … a cluster of 75 host mRNAs that escape degradation from four …

… details, and we will remove access to the work immediately … by directing it for proteasomal
degradation via the E3 ubiquitin … that regulates mRNA decay by binding AU-rich RNA domains […

… (SMN) protein, due to deletion or mutation of SMN1 gene. … resolve topological issues and
facilitate transcription; however, … , all three subunits are necessary for the degradation of RNA. …

… AU-rich elements (AREs) located in the 3′ UTR of many cytokine and IFN mRNAs, prevents
rapid degradation of these mRNAs … While uORFs facilitate translation of mRNAs under such …