Searching journal content for articles similar to Zhang 8 (3): 319.

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  1. ...applied distinct approaches both to the identification of drivers (i.e., by predicting FIEs) and to their analysis with respect to gene duplication.FunVar was designed to detect mutations with impacts on functional sites, predict rare drivers, and provide insights into the structural and functional...
  2. ...for highly expressed genes.Although Noureen et al. (2022) investigated the robustness of various signature scoring methods for bulk and single-cell RNA-seq, focusing on sensitivity and specificity across in silico data sets, the study did not address score range comparability, which is necessary for accurate...
  3. ...in silico perturbation methods for drug repurposing. Network proximity analysis identifies potential drugs by assessing the proximity between the drug target set and AD-related gene set. Drug efficacy is evaluated based on the proximity distance and Z-score. GSEA leverages drug–gene signatures from the CMap...
  4. ...sitesA eukaryotic gene typically consists of regulatory elements such as distal enhancers, which can act over long distances; a proximal promoter containing key TF binding sites; a core promoter surrounding the transcription start site (TSS) where the preinitiation complex assembles, followed...
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  5. ...and proceeds along the gene body to transcribe RNA (Jonkers and Lis 2015; Core and Adelman 2019; Noe Gonzalez et al. 2021; Aoi and Shilatifard 2023). As with all steps in the transcription process, elongation is tightly regulated to ensure that RNAPII travels along the gene at a proper speed (i.e., elongation...
  6. ...(SINEs), which are believed to play a role in Xist spreading, coating, and X-linked gene silencing (Fig. 2A; Lyon 1998; Chaumeil et al. 2006; Chow et al. 2010; Loda et al. 2017). Additionally, it has been shown that this region contains the P0 Xist promoter, although the existence of the P0 promoter...
  7. ...nucleic acids, so as to maximize the efficacy and specificity of their processing (Fig. 5A; Bertero 2021). We specifically propose that, as in the case of RBM20, “RNA factories” arise from the clustered binding of trans-acting factors to one or more core coregulated genes and/or their encoded transcripts...
  8. ...et al. 2004; Deng and Roberts 2005; Sandelin et al. 2007; Juven-Gershon and Kadonaga 2010; Kadonaga 2012). Hence, in the analysis of gene expression, it is necessary to understand and to incorporate the specific components of the core promoter (Juven-Gershon and Kadonaga 2010; Kadonaga 2012...
  9. ...-1, (UN2) unknown-2. (D) Genome browser views showing the aggregated and normalized snATAC-seq signals at promoter regions (±1 kb from transcription start site) of selected cell-type marker genes. Tracks are colored with the same color code as in B and C.After quality control, a total of 83,281 high...
  10. ...(Cavazzana-Calvo et al. 2010; De Ravin et al. 2022) also present in the Globin LV, and an additional splice acceptor site predicted in silico using NetGene2 (Brunak et al. 1991), located outside the core region and thus specific to the 650 bp insulator version. Vector “WAS LV3” contains an additional...
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