Searching journal content for articles similar to Yuan et al. 33 (10): 1848.

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  1. ...in the deep learning tools, and the approaches available for traditional methods either cannot be applied to ATAC-seq, where control samples may be unavailable, or are post hoc and do not capitalize on potentially complex, but reproducible signal in the read enrichment data. Here, we propose a novel peak...
  2. .... These structures have demonstrably shaped organismal evolution. However, a comprehensive, organism-wide G-quadruplex map encompassing the diversity of life has remained elusive. Here, we introduce Quadrupia, the most extensive and well-characterized G-quadruplex database to date, facilitating the exploration of G...
  3. ...in ducks. Future functional validation of these regulatory pathways will help elucidate the mechanistic links between hepatic metabolism and reproductive activity.In summary, we provided a comprehensive multitissue catalog of regulatory variants in ducks. By integrating this resource with GWAS data, we...
  4. ...) Collection and preprocessing of snRNA-seq and snATAC-seq data sets in physical space. (B) Multiple analysis to identify an AD-associated gene list including differential gene expression analysis; identification of cCRE; cell type–specific, AD-associated risk variants; and peak-to-gene linkages. (C) Two...
  5. ..., with the latter being the more widely used/reference annotations (for historical reasons).To study genetic variation, significant efforts have been made to identify variants on a large scale from high-throughput short DNA read sequencing, for example, via the 3000 Rice Genomes Project (Li et al. 2014; Wang et al...
  6. ...PMods). We additionally show that rs344131, located within a regulatory enhancer region of SHROOM3, demonstrates allele-specific effects on enhancer activity and thus impacts expression levels of the associated SHROOM3 allele harboring any rare coding variant. Our findings also suggest that CePMods may serve...
  7. .... For example, assay for transposase accessible chromatin sequencing (ATAC-seq) identifies nucleosome-depleted (open) chromatin, which harbors potentially active gene regulatory sequences; and bisulfite sequencing (BS-seq) quantifies DNA methylation. When two distinct chromatin features like these are assayed...
  8. ...ESCs for all three payloads (Fig. 3C). The HPRT1 payload only showed accessibility by ATAC-seq at the gene promoter, and both the reversed payloads (SynHPRT1R and SynHPRT1RnoCpG) showed no accessibility at all. In comparison, Enformer predicted false-positive peaks in both HPRT1 and SynHPRT1RnoCpG payloads...
  9. ...window Figure 2. Contribution of ruminant-specific TEs to the IFNG-inducible regulatory landscape. (A) Proportion of IFNG-inducible (n = 4198), IFNG-down-regulated (n = 1548), and nonresponsive H3K27ac peaks (n = 3494) where the internal ATAC-seq summit overlaps a TE. (B) Volcano plot visualizing family...
  10. ...for transposase-accessible chromatin using sequencing (ATAC-seq) and RNA sequencing (RNA-seq) on human induced pluripotent stem cell–derived cardiomyocytes (iPSC-CMs) to nominate cCREs (Corces et al. 2017). We then linked key regulatory elements to MYH6 and MYH7. We characterize the effects of epigenetic editing...
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