… human cell types To identify accessible chromatin regions in each of the 111 cell types, we
aggregated chromatin accessibility … We then merged these accessible chromatin regions to …

… , users can obtain all accessible chromatin regions bound by … also submit a gene name,
and accessible chromatin regions … the accessible chromatin regions and associated genes, …

… The development of high-throughput chromatin conformation assays (for example, Hi-C 1 …
3D organization of the human genome and how it influences gene regulation. Topologically …

… profiling methods may serve as an analytic foundation to identify regulatory regions, it is
reported that often less than 50% of accessible regions in human DNA are active as enhancers …

… regions that we identified spans 17% of the human genome, which is in line with recent
bulk DNase-seq profiles from fetal tissues (91). Most of these ~1 million elements are cell type–…

… Here, we review the ongoing development of accessibility … the accessibility landscape,
and we detail the many important biological functions that are linked to chromatin accessibility. …

… Z with highly accessible chromatin, we next sought to functionally test whether increasing …
-Accessible Chromatin combined with high-throughput sequencing (ATAC-Seq), and gene …

… Here, we present an epigenetic annotation of the human genome in which we explore …
duplicated genes, and a diverse collection of repeat classes, including human centromeres. …

… with chromatin accessibility in … accessible chromatin explain a higher proportion of genetic
variance for a number of agronomic traits than SNPs located within more closed chromatin…

… To chart the regulatory activity underlying these events, we generated a map of accessible
chromatin in human three-dimensional forebrain organoids. To capture corticogenesis, we …