Searching journal content for articles similar to Ilagan et al. 25 (1): 14.

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  1. ...constructs also incorporated longer flanking intronic sequences, enabling capture of additional splicing signals that could influence splice site recognition.The SeqSplice method was sensitive to detect splice-altering variants irrespective of the produced specific aberrant transcript. Therefore, SeqSplice...
  2. ...result most likely from the different cell types expanded during carcinogenesis rather than different mechanisms of action of the mutated SF3B1. These results have important implications for understanding the role of SF3B1 mutations in hematological malignancies and other related diseases.Splicing...
  3. ...:197,402,110 T → C), a mutation frequently observed at a subclonal level in CLL patients (Wan and Wu 2013; Landau et al. 2015, 2017). The K700E mutation can interrupt the recruitment of SF3B1 to the correct 3′ end branch site and consequently result in alternative splicing (Zhang et al. 2019). We identified...
  4. ...recognition is shared by the two subunits of U2AF (Merendino et al. 1999; Wu et al. 1999; Zorio and Blumenthal 1999). The small and large subunits of U2AF, encoded by U2AF1 and U2AF2, recognize the AG dinucleotide and the upstream polypyrimidine tract, respectively (Merendino et al. 1999; Wu et al. 1999...
  5. ...genes. The model architecture enables DeltaSplice to perform “reference-informed prediction” by incorporating the known splice site usage of a reference gene sequence to improve its prediction on splicing-altering mutations. We benchmarked DeltaSplice and several other state-of-the-art methods...
  6. ...found that G. lamblia assemblage A does not use any known auxiliary element (Bilodeau et al. 2022), highlighting the potential diversity of cleavage site recognition within the eukaryotic tree.View larger version: In this window In a new window Figure 1. Characterization of poly(A) signals in diverse...
  7. ...DNA deletion mutation (bottom) s. Different colors denote different electron transport chain complexes or the mitochondrial ribosomal RNAs.Chimeric RNAs in the nucleus are transcripts formed by gene fusion or intergenic splicing events and have been studied extensively in cancer and rare nuclear genetic...
  8. ...that human CCAT2 sequence played an important role in the incidence of rs6983267-RE.rs6983267-RE causes significant immune dysregulation in CCAT2-induced myeloid malignanciesTo study the global alterations induced by rs6983267-RE, we performed a -wide expression profiling (Affymetrix microarray) on BM cells...
  9. ...cultivated strawberry individuals are analyzed by whole sequencing. The mutation frequency of single nucleotide variants is significantly increased with increased hormone levels or prolonged culture time in the range of 3.3 × 10−8–3.0 × 10−6 mutations per site. CG methylation shows a stable reduction (0...
  10. ...Alu sequences. Recently, we showed that a subset of those mapping to introns can alter mRNA splicing of nearby exons (Payer et al. 2019), and that is likely just one of many functional consequences of polymorphic Alu elements.Retrotransposons have intrinsic sequences that regulate expression...
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