Searching journal content for articles similar to Herzel et al. 28 (7): 1008.

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  1. ...–associated RNA-binding protein signatures. Taken together, our data demonstrate that alternative mRNA processing within the CDS and UTRs impacts the translational control of mRNA isoforms during stem cell differentiation, and highlight the utility of using a novel long-read sequencing–based method to study...
  2. ...characterization of individual exons toward studying alternative RNA processing events in the isoform context. Therefore, LRS provides an attractive approach for studying full-length RNA molecules.Challenges of terminal end identification with long-read RNA sequencingShort-read sequencing (SRS) technologies...
  3. ...) demonstrated that introns are not always removed in the order in which they appear in the nascent transcript. Our recent work extended these results by studying posttranscriptional splicing order for three to six consecutive introns (Choquet et al. 2023) using long-read direct RNA nanopore sequencing (Garalde...
  4. ...al. 2017. An improved ATAC-seq protocol reduces background and enables interrogation of frozen tissues. Nat Methods 14: 959–962. doi:10.1038/nmeth.4396 ↵Core LJ, Waterfall JJ, Lis JT. 2008. Nascent RNA sequencing reveals widespread pausing and divergent initiation at human promoters. Science 322...
  5. ...Fi library construction. Whole- resequencing involved 40 individuals and one full-sib family. Transcriptomic sequencing used gonads at four developmental stages and adult somatic tissues. All procedures complied with CCNU-IACUC-2022-010 and relevant ethical regulations. Details for DNA/RNA extraction...
  6. ...(A) signal evolved in eukaryotes, we explored poly(A) signals in other eukaryotic species. Although our initial experiments with G. lamblia assemblage A used both short and long-read sequences to identify poly(A) signals (Bilodeau et al. 2022), we reasoned that direct RNA Oxford Nanopore Technology would...
  7. ...depth of long-read sequencing.In the cases of rps-15A and rpl-30, the splicing event that creates the PTC enabled the unique assignment of unadapted and adapted mRNA molecules to either the NMD isoform or the non-NMD isoform (Fig. 2B). By assigning reads to isoforms, we observed that the vast majority...
  8. ...investigations in this field.Throughout their life cycle, RNAs undergo numerous processing events. Among these activities are RNA modifications, which describe changes to the chemical composition of individual nucleotides. Over 150 types of RNA modifications, also referred to as epitranscriptomic events or marks...
  9. .... Moreover, catalytically dead ADAR also impacts splicing, demonstrating that RNA binding of ADAR affects splicing. In contrast, ADARB1 editing sites are found enriched 5′ of differentially spliced regions. Several of these ADARB1-mediated editing events change splice consensus sequences, therefore strongly...
  10. ...levels (Fig. 2D). These data reveal the -wide pattern of complementary sequence preference in miRNA editing.To compare the conservation of miRNA editing among animal species, we analyzed both the miRNA and the editing site conservation. We found that within about 270 miRNAs conserved between human...
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