Searching journal content for articles similar to Thornlow et al. 30 (1): 85.

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  1. ...interpretability, we performed cCRE prioritization, pattern analysis, and motif discovery.Experimental results confirm the superiority of ScPGE over existing models, showing that ScPGE can predict RNA-seq or CAGE-seq gene expression accurately by modeling the relationships between cCREs and target genes...
  2. ..., in which the expression of the mutation was confirmed in the TRACERx cohort by RNA-seq (Supplemental Table 5; Frankell et al. 2023). Positive CESs were observed in FIEs in a majority of these functional families (n = 24/28 families) in TCGA pancancer (Supplemental Fig. 17), with somewhat larger effects...
  3. ...to the annotated genes. Some functional categories (A, RNA processing and modification; B, chromatin structure and dynamics; W, extracellular structures; T, signal transduction; and Z, cytoskeleton) were excluded because they rarely or never occur in prokaryotic s. The case-insensitive keywords “phage,” “plasmid...
  4. ...by regulating gene expression, RNA metabolism, and translation. Their dysregulation contributes to the development of human diseases, including cancer. 3-methylcytidine (m3C) primarily occurs in transfer RNA, where it regulates translation, stem cell pluripotency, and mitochondrial function. m3C has also been...
  5. ...–G). For example, for the actinopterygian Amia calva (ID 1), the model predicted, on average, 22.21–92.02 transfers (95% HPDI) with a species separated by 600 My a.d.t., but only 0.14–0.41 transfers at 1400 My a.d.t. (Fig. 4D). Note that for all predictions, we fixed the habitat to be similar in each transfer...
  6. ...-Cas9 RE deletionsPaired sgRNAs (5′- and 3′-sgRNAs) were designed to target both ends of selected candidate REs in the human DNAJC9 locus to create a deletion. sgRNA with on-target high predicted cleavage and a low number of off-targets was carefully selected using the UCSC Genome Browser (hg38) (Perez...
  7. ...to generate CNV, RT, and gene expression profiles (9). Sadu Murari et al. 2 Genome Research www..org PARTAGE by processing the purified genomic DNA using the optimized Repli-seq method and the RNA using an ultralow input library preparation pipeline. PARTAGE allowed us to simultaneously map CNV, RT, and gene...
  8. ...epigenomic changes in the substantia nigrawith aging, we visualized scATAC-seq data using UMAP at a 500-base pair (bp) resolution for genomic bin features, revealing strong consistency with RNA-based cell annotations (Supplemental Fig. S8A). We validated chromatin accessibility at marker genes for cell...
  9. .... More specialized tools for this approach include the Peak Browser at ChIP Atlas (Oki et al. 2018) or browsing ChIPBase (Huang et al. 2023), which is especially strong for ncRNAs but can also be used for mRNA genes. The Eukaryotic Promoter Database ExPASy has the useful Mass Genome Annotation Archive...
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  10. ...of the fifth carbon atom of cytosine, typically in mammals in a CG dinucleotide context. This dinucleotide is depleted largely across the and found predominantly in clusters known as “CpG islands” (Bird 1986). Cytosine methylation is catalyzed by methyltransferases (e.g., DNMT1, DNMT3A) that transfer a methyl...
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