Titlebook: Deadenylation; Methods and Protocol Eugene Valkov,Aaron C. Goldstrohm Book 2024 This is a U.S. government work and not under copyright prot

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Gonzalo L. Villarreal,Verónica Artolager (or noncoding) RNA through a selective, high-affinity interaction. We share a strategy for evaluating the contribution of protein positioning within an mRNA on gene expression. We introduced an RNA hairpin recognition site for the MS2 coat protein into the untranslated regions or coding sequence

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Ccu106

Federico Walas Mateo,Armando De Giustithat recruit or impede deadenylases, by the incorporation of non-adenosines during poly(A) tail synthesis, and by the posttranscriptional addition of 3′ nucleotides to poly(A) tails. Deciphering the regulation of poly(A) tail shortening requires both transcriptome-wide approaches and more targeted m

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Gonzalo L. Villarreal,Verónica Artolamical methods to measure poly(A) tail length allow for the study of selected transcripts, the advent of long-read sequencing technologies enabled the development of simple and robust protocols to measure poly(A) tail length at the transcriptome level. Here, we describe a direct RNA sequencing protoc

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,Bedeutung für die Coaching-Praxis,y(A) tail length play a significant role in regulating post-transcriptional gene expression by regulating the stability, translation, and decay of messenger RNAs. As a result, an accurate measurement of poly(A) tail length changes is important for understanding its regulatory function in different c