Searching journal content for articles similar to Ing-Simmons et al. 25 (4): 504.

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  1. ...the spatial and temporal dynamics of enhancer–promoter interactions. Understanding how enhancers interact with promoters will deepen our understanding of the regulation of gene expression and the molecular underpinnings of transcriptional control.Gene expression programs are encoded by cis-regulatory elements...
  2. ...enhancer–promoter [E-P] spatial communication) in one-dimensional time shapes transcriptional bursting patterns still remains elusive.Hierarchic genomic structures captured by chromosome conformation capture and fluorescence in situ hybridization as well as other experimental technologies have provided...
  3. ...between, but also outside of, the promoter and enhancer should be considered. This makes sense in light of recently discovered mechanisms, underlying the spatial organization of chromatin. For example, according to the loop extrusion model (Fudenberg et al. 2017), binding of CTCFs in the converged...
  4. ...that at the sub-TAD scale, chromatin organizes into clutches of nucleosomes (Ricci et al. 2015; Ou et al. 2017) clustered into nanodomains (Szabo et al. 2020).Beyond the “static” picture of a layered spatial organization that contributes to regulation, more and more experiments on living cells highlighted...
  5. ...−4, which yielded an adequate number of such peaks (mE-Enh6 class) (Fig. 4A). We then categorized the genomic sequences tested in the Figure 4. Evaluating regulatory activity of different enhancer classes in reporter gene assays in mESCs and e11.5mouse forebrain. (A) Spatial heatmap of histone...
  6. ...that the TSS and 3′ CGI edge can be readily resolved, allowing us to determine the spatial relationship between enhancer contacts and the paused Pol II (Hah et al. 2011, 2013; Danko et al. 2013). A high-resolution 3C assay was used to finely map estrogen-induced enhancer interactions at these loci in MCF7...
  7. ...by rapid and extensive epi remodeling of cis-regulatory landscapes that is spatially coordinated within topologically associating domains (TADs). Moreover, TPO-responsive enhancers are spatially clustered and engage in preferential homotypic intra- and inter-TAD interactions that are largely refractory...
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