Searching journal content for articles similar to Chen et al. 31 (5): 890.

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  1. ...by arrows in the overview provided in Figure 5D, with genomic positions provided in Supplemental Table S3. As demonstrated by Reurink et al. (2023), pathogenic deep-intronic variants can induce the inclusion of PEs harboring an in-frame stop codon across all USH2A transcripts. This prompted us to evaluate...
  2. ...relevance, integrating the origin of DNA and protein elements (cis and trans) to evaluate false-positive and false-negative risks across experimental systems. Moreover, we explore how perturbation strategies—gain and loss of function—can complement steady-state profiling to establish causality in gene...
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  3. ...%–95% of infected cells for all the variants (Supplemental Fig. S1A). We isolated total RNA 48 h postinfection and evaluated gene expression changes using RNA sequencing (RNA-seq). We first checked viral RNA levels postinfection and observed that RNA-seq reads mapping to the viral were comparable for the three SARS...
  4. ...have filed patent applications related to the work described here. The title of the patent application is “Treatment of Diseases Associated with Variant Novel Open Reading Frames.” The U.S. Provisional Application was filed on December 9, 2020, application no. 63/123,454.AcknowledgmentsWe thank Rosetta...
  5. ..., little is known about the genomic, evolutionary, and regulatory features of genetically modulated alternative splicing (GMAS). Here, we systematically identified intronic tag variants for genetic modulation of alternative splicing using RNA-seq data specific to cellular compartments. Combined with our...
  6. ...samples (h1–h9, Supplemental Table S1), as well as several miRNAs of special biological interest because of disease association or tissue specificity. The specific 39 NTA variants for analysis were chosen largely on the basis of being the most common variants for specific miRNAs observed in the human...
  7. ...the attributes and context dependence of functional noncoding SNPs and provide new mechanisms underlying vascular disease risk.Genome-wide association studies (GWASs) have revealed thousands of associations between genetic variants and clinical phenotypes. A large majority of disease-associated loci, and thus...
  8. ...profound effects on gene regulation by altering protein structure, we jointly analyzed disease-associated variants and local isoQTLs in addition to local eQTLs using two approaches. First, compared with SNPs from the latest GWAS catalog (MacArthur et al. 2017), local eQTLs in stimulated cells were enriched...
  9. ...in a large sample those sites observed to vary in a smaller sample. We present results from a systematic investigation of variation at the human apolipoprotein E locus ( APOE ), as well as the evaluation of the two-tiered sampling strategy based on these data. We sequenced 5.5 kb spanning the entire APOE...
  10. ...the loss of exonic splicing enhancers but also via the gain of exonic splicing silencers. Disease-associated alterations of the splicing code To determine if specific cis-acting elements are more susceptible to disease-causing mutations than others relative to a background level ascertained by reference...
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