Searching journal content for articles similar to Tranchevent et al. 27 (6): 1087.

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  1. ...Systematic identification and characterization of exon–intron circRNAs Yinchun Zhong1,6, Yan Yang2,6, Xiaolin Wang2, Bingbing Ren3, Xueren Wang4,5, Ge Shan2 and Liang Chen1 1Department of Cardiology, The First Affiliated Hospital of USTC, Division of Life Science and Medicine, University of Science...
  2. ..., features, and functions of exons that respond to KCl stimulation to define the global coordination of activity-dependent alternative splicing in mouse primary neurons.ResultsKCl regulates alternative splicing, but not expression, of thousands of exons in mouse primary neuronsMany studies have established...
  3. ...the terminal exon and intronic region has the highest identification rates (Fig. 3D), indicating a higher generalization ability compared to other methods that only focus on 3′ UTR. We also checked the precision of the predictions in each category region and found that the precision for PAS from terminal exons...
  4. ...place at the same time can enhance the transcript diversity of the host gene. In agreement, host genes are more transcript-diverse than the rest of the transcriptome. Host/nested gene configurations are common in both human and mouse, suggesting that interplay between gene pairs is a feature...
  5. ...of these mechanisms will require the systematic search for features of alternative splicing events, exploration of the evolutionary dynamics of splice isoform usage, and tools for the unbiased identification of splicing regulators.To address these questions, we performed a -wide analysis of alternative splicing in C...
  6. ...or the modulatory cleavage factor I (CFI) complex cause neurodevelopmental disorders (Gennarino et al. 2015; Grozdanov et al. 2020; de Prisco et al. 2023). Alternative polyadenylation (APA) alters the length of 3′ UTRs, whereas alternative splicing may lead to alternative last exons (ALEs) and intronic...
  7. ...of alternative splicing (AS) characteristics, based on our updated annotation. A total of 13,195 AS events were identified, involving 3220 genes (Fig. 2A; Supplemental Table S6). Gene Ontology (GO) enrichment analysis revealed that these AS genes are significantly enriched in multiple biological regulation...
  8. ...features associated with regulated alternative splicing, including preservation of reading frame and sequence conservation. We found that the cell state–associated cassette exons identified by Psix were more likely to preserve the reading frame (hypergeometric test for enrichment against all the exons...
  9. ...for additional heritability that cannot be explained by genetic variants identified in the GWASs.As an alternative strategy, SNP-set analysis groups SNPs based on genomic regions or functional features and then tests their joint effects. Within the framework of SNP-set analysis, we consider the concept...
  10. ..., Austria Alternative splicing (AS) diversifies transcriptomes and proteomes and is widely recognized as a key mechanism for regulating gene expression. Previously, in an analysis of intron retention events in Arabidopsis, we found unusual AS events inside annotated protein-coding exons. Here, we also...
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