Searching journal content for articles similar to Floc'hlay et al. 31 (2): 211.

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  1. ...modifiers, such as cis-acting regulatory elements, trans-acting transcription factors, or epigenetic modifications (Castel et al. 2018; Delaneau et al. 2019; Lee et al. 2020; Tolmacheva et al. 2020). Despite the progress in understanding the factors that influence the penetrance of P/LP variants...
  2. ...and cis variation (Van De Geijn et al. 2015; Hill et al. 2021). Differences in TF binding across a group of genetically diverse individuals can be caused by the impact of genetic variation on either (or both) the target DNA regulatory sequence (cis) or in the TF protein sequence, altering its binding...
  3. ...were available, resulting in a set of nine tissues: adrenal gland, brain, heart, kidney, large intestine, lung, muscle, stomach, and thymus (Fig. 1A,B). Hence, in this study, we focus on the regulatory evolution across somatic tissues. We called DHS for each tissue separately using a peak caller...
  4. ...expression regulation. We illustrate how DO gene expression can be27 aligned with inbred epigenetic states to identify putative cis-regulatory regions. Finally, we provide28 a data resource that documents strain-specific variation in chromatin state and DNA methylation29 in hepatocytes across nine widely...
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  5. ...and gene decreased below ∼40 kb. This suggests that few ATAC-seq peaks act as cis silencers on target genes.Generating a catalog of common variants mapping to cis-acting regulatory elementsWe used a previously established catalog of 11,030,905 single-nucleotide variants (SNVs) and 1,705,738 short (≤265-bp...
  6. ...in the human population will likely uncover trans-acting and additional cis-acting genetic variants associated with translation and reveal the contribution of population-level variation to translation variability. A recent analysis (Battle et al. 2015) of RNA expression, ribosome occupancy, and protein...
  7. ...encoding the histone demethylase, KDM4C, which promotes transcriptional activation by removing the repressive histone mark, H3K9me3, from its target genes. We uncovered cis-acting variants that contribute to extensive individual differences in KDM4C expression. We also identified the target genes of KDM4C...
  8. ...) in embryonic stem (ES) cells. Here, we reveal that an essential impact of this process is the protection of cellular gene expression in early embryos from perturbation by cis -acting activators contained within these retroelements. In TRIM28-depleted ES cells, repressive chromatin marks at ERVs are replaced...
  9. ...often act together with other TFs. Furthermore, TFs are themselves extensively regulated. The study of GRNs has already provided insights into the systems-level mechanisms of gene regulation that control growth, development, physiology, and stress responses. Gene regulatory networks Over the last decade...
  10. ...in their composition (e.g., neurons and astrocytes) and their common embryonic origins. Heart and skeletal muscle also shared significant similarities in patterns of gene expression. We obtained a similar order in the clustering of the tissues by analyzing the expression data of the Unigene control genes (data...
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