Searching journal content for articles similar to Bonaldo et al. 14 (10b): 2053.

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  1. ...development also likely acting within the nervous system. 33 Furthermore, these highly conserved CRMs are strongly enriched for binding sites of “neuro-34 pancreatic” transcription factors governing both pancreas and nervous system development, 35 potentially suggesting function across these distinct organ...
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  2. ...transcription and contribute to proteome diversity through processes such as leaky scanning, reinitiation, inclusion of upstream open reading frame (uORF) usage, and utilization of varied ribosomal entry sites (Kochetov 2008; Lee et al. 2012; Tamarkin-Ben-Harush et al. 2014; Johnstone et al. 2016). Although...
  3. ...with protein coding transcripts, particularly those that overlap canonical CDSs in an alternative reading frame (altCDSs), followed by full overlaps with ncRNA transcripts, then by partial transcript overlaps, and finally intronic or intergenic regions. Our detailed prioritization summary is shown...
  4. ...myelogenous leukemia led to the development of BCR–ABL inhibitors that are the mainstay of treatment (Wong and Witte 2004). More recently, with the advent of RNA-seq and transcriptomic analyses, nuclear chimeric RNAs are being found in normal cells (Singh et al. 2020). In contrast, mtRNA transcripts...
  5. ...′ UTR location), 9443 downstream ORFs (dORFs; for 3′ UTR location), 36,732 coding sequence-sORFs (CDS-sORFs; sORFs overlapping with main ORFs [+1 frame] in noncanonical +2 and +3 reading frames), and 3485 interlaced-sORFs (overlapping with both the CDS and 5′ UTR or CDS and 3′ UTR on the same transcript...
  6. ...-seq and RNA-seq and additional complex algorithms to assemble previously uncharacterized transcripts for the purpose of identifying open reading frames and predicting unannotated peptide sequences (Boley et al. 2014). These methods are often ad hoc, with highly variable performance, and are difficult...
  7. ...novo gene to emerge, at least two events must occur: the emergence of a new open reading frame (ORF), and the gain of transcription. Nonetheless, s and synteny between two closely related species can be extensively reshuffled during evolution.The extensive divergence of noncoding regions because...
  8. ...establish transcriptional codependencies, i.e. coexistence of distinct features (e.g. specific splice junctions and untranslated regions—UTRs) on the same transcript. Long-read direct RNA sequencing (DRS) and PCR cDNA sequencing (PCS) have emerged as transformative methodological alternatives to overcome...
  9. ...% of hippocampal neurons but absent from cerebellum and nonbrain tissues. The corresponding donor L1 allele was exceptionally mobile in vitro and was embedded in PRDM4, a gene expressed throughout development and in neural stem cells. Nanopore long-read methylome and RNA-seq transcriptome analyses indicated young...
  10. ...—specifically, if the exon is a multiple of 3 nt (Fig. 8A). Tissue-regulated alternative exons have been shown to have increased selection pressure to be frame-preserving in order to be included or skipped in transcripts without causing a shift in reading frame (Modrek et al. 2001). Consistent with these observations, we...
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