Searching journal content for articles similar to Holzenberger et al. 3 (2): 107.

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  1. ...alternative splicing across multiple exons, and are high priority for review in the context of variant pathogenicity assessment.DiscussionWe present SeqSplice, a high-throughput minigene splicing assay using a barcode approach that enabled simultaneous quantitative characterization of 1269 samples...
  2. ...of neurobiology.One mechanism well described to generally contribute to signal-regulated alternative splicing is alterations in expression or function of RBPs that directly bind pre-mRNAs and direct the recognition or skipping of exons by the splicing machinery (Heyd and Lynch 2011; Fu and Ares 2014...
  3. ...to produce multiple distinct mRNA transcripts, increasing protein diversity (Nilsen and Graveley 2010). In humans, >90% of multiexon genes undergo alternative splicing, generating roughly seven mRNA isoforms per gene on average, although only a fraction of these yield functionally distinct proteins (Pan et...
  4. ....Most human genes consist of multiple exons and introns that are transcribed into precursor mRNAs (pre-mRNAs). The process of pre-mRNA splicing that removes introns and joins exons is required to produce mature mRNAs ready for protein translation (Black 2003; Chen and Manley 2009). In addition, alternative...
  5. ..., and translation efficiency. In contrast, ALE-APA results from multiple PASs located in alternative terminal exons, which could lead to the production of truncated protein isoforms (Mariella et al. 2019; Goering et al. 2021). These alternatively polyadenylated mRNAs greatly expand the diversity of transcripts...
  6. ...divided the poplar seedlings into roots and shoots due to the difference in the mRNA expression levels of the response genes in these two parts. Approximately 50,000 post-transcriptional events were identified in each sample. Among these, alternative polyadenylation (APA) and alternative transcription...
  7. ...detection without the need for an assembly step. As with any technology, lrRNA-seq is not without errors, and factors such as mRNA degradation, library preparation failures, and sequencing inaccuracies can result in bias in the data.A database tracking bioinformatic tools for LRS (Amarasinghe et al. 2021...
  8. ..., is part of a couple of alternatively spliced pseudorepeats (Fig. 5B). Although we found conserved tissue-regulation patterns for 11_3, the other s-exon in the couple, it was not reported in Merkin et al. (2012). This example highlights the difficulty of assessing the tissue-specific expression of several...
  9. ...splicing shapes the transcriptome and contributes to each cell's unique identity, but single-cell RNA sequencing (scRNA-seq) has struggled to capture the impact of alternative splicing. We previously showed that low recovery of mRNAs from single cells led to erroneous conclusions about the cell...
  10. ...splicing, and 3′ end cleavage and polyadenylation—can be alternatively regulated to create a multitude of mRNA isoforms from a single gene region (Fig. 1A). Importantly, splicing occurs at specific splice sites on an mRNA (delineated by strong sequence motifs), but there is more stochasticity in the choice...
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