AI Decodes the Hidden Grammar of the Genome’s Master Organizer CTCF
A new computational framework called DeCTCF uses AI-predicted epigenomic features to sort more than 236,000 CTCF binding sites into 20 ...
A new computational framework called DeCTCF uses AI-predicted epigenomic features to sort more than 236,000 CTCF binding sites into 20 ...
An Oxford-developed single-allele chromatin mapping platform called MCCv identifies causal noncoding variants in autoimmune disease and reveals that a neo-CTCF ...
A new review argues that host chromatin architecture and three-dimensional genome rewiring, not just HPV oncoproteins, stabilize malignant states and ...
Researchers have discovered that DNA methylation evicts the architectural protein CTCF from the HOXD locus, collapsing a chromatin loop that ...
A cross-species single-cell epigenome atlas shows that kidney disease accelerates epigenetic aging most dramatically in tubular epithelial cells, which lose ...
A new review argues that transcription occurs in multi-scale bursts shaped by DNA methylation, histone variants, modifications and enhancer looping, ...
New research shows that African swine fever virus extensively reorganizes host chromatin architecture and RNA polymerase II activity within hours ...
A compact convolutional neural network called ChromAgeNet can distinguish young from aged hematopoietic stem cells using 3D DAPI-stained microscopy images ...
A new microfluidic method called spatial Hi-C maps genome-wide 3D chromatin folding directly within intact brain tissue sections, revealing lobule-specific ...
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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© 2025 Scienmag - Science Magazine