Physicists Map the Invisible Forces That Fold the Human Genome Inside the Nucleus
A new opinion article explains how phase separation, loop extrusion, and nuclear membrane adsorption together shape the 3D folding of ...
A new opinion article explains how phase separation, loop extrusion, and nuclear membrane adsorption together shape the 3D folding of ...
A massive Hi-C study across eight mouse strains shows that the strength of chromatin boundary insulation predicts how faithfully topologically ...
A compact convolutional neural network called ChromAgeNet can distinguish young from aged hematopoietic stem cells using 3D DAPI-stained microscopy images ...
The EpiBio-24 conference in Amsterdam showcased maturing epigenetic engineering tools, durable gene silencing in animal models, and growing clinical momentum ...
New simulations reveal that euchromatin is mostly condensed into dense domains, with short active regulatory regions protruding on their surfaces ...
Leading genome researchers have published a practical guide in Nature Reviews Molecular Cell Biology explaining how single-molecule genomics can reveal ...
Scientists have identified a molecular organizer that helps connect distant regulatory regions of the genome with the genes they control, ...
A groundbreaking discovery by researchers at Kyoto University has unveiled a new player in the intricate world of DNA architecture ...
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© 2025 Scienmag - Science Magazine