Chromatin maps reveal two hidden states driving colorectal cancer
A new review synthesizes single-cell chromatin accessibility studies showing that colorectal cancer is organized into two epigenomic states whose regulatory ...
A new review synthesizes single-cell chromatin accessibility studies showing that colorectal cancer is organized into two epigenomic states whose regulatory ...
A new single-cell and spatial atlas of the developing human face identifies 56 cell states, hundreds of spatial patterning genes ...
A single-cell chromatin accessibility atlas of the human intestine maps regulatory programs across 29 cell types and shows that Crohn's ...
A new study identifies the chromatin remodeler INO80 as a critical regulator of ETS transcription factor programs required for embryonic ...
A gradual autumn-to-winter cooling experiment in Arabidopsis reveals two distinct cold-induced genetic programs, a central role for the circadian clock ...
Researchers have built a population-scale single-cell atlas of ten million immune cells that traces how disease variants act through chromatin ...
A new light-based barcoding technique called scSTAMP-seq stamps spatial coordinates onto individual cells using photocleavable DNA tags, enabling joint transcriptomic ...
New simulations reveal that euchromatin is mostly condensed into dense domains, with short active regulatory regions protruding on their surfaces ...
A common germline insertion within a bifunctional super-enhancer dampens the expression of the cancer-promoting genes LINC00636 and CD47 in breast ...
A new method called Spatial-ATAC-Hi-C simultaneously maps chromatin accessibility and three-dimensional genome organization in intact tissue sections, as demonstrated on ...
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© 2026 Scienmag - Science Magazine