… nucleus RNA expression and chromatin accessibility, DNA … the chromatin landscape and
gene regulation of the kidney in … kidney’s active, silent, and regulatory accessible chromatin …

… The human kidney cell type-specific open chromatin landscape showed consistent overlap
with multiple SNPs in multiple cell types (Fig. 6h). Interesting to note that one SNP with strong …

… for use on primary human clinical samples to define the chromatin landscape in a … -kidney-specific
classes of chromatin accessibility changes, as well as those associated with chromatin …

… Chromatin accessibility profiling will help to identify distant regulatory regions … chromatin
accessibility can refine our understanding of cell state and function in the mature human kidney. …

… In general, our findings are consistent with those of recent scRNA-seq studies of human
kidney development (Lindstrom et al., 2018; Menon et al., 2018; Wang et al., 2018) …

… accessibility profiling using healthy and DKD human adult kidneys To analyze the chromatin
landscape of kidney cell types, we performed snATAC-seq using adult kidney tissues from 6 …

… Our results provide a valuable multi-omics resource on the chromatin landscape of human
kidney tubule cells and establish a bioinformatic pipeline in dissecting functions of kidney …

… be expressed in human kidney mesangial cells and … kidney disease (Komohara et al. 2007).
A recent study links DNA hydroxymethylation and TET gene expression in the mouse kidney …

… chromatin accessibility to transcription factors and chromatin modifiers, which activates
enhancers and induces gene expression. Accordingly, an integrated ATAC-seq and ChIP–seq …

… human kidney single-cell open chromatin changes in healthy and diseased kidneys, identifying
a large number of open chromatin … (methylation and open chromatin) changes in PT cells …