Yeast Cell Model Shows Cell Geometry Reshapes Gene Network Predictions
A spatially resolved model of the yeast galactose switch shows that intracellular architecture, especially ER-bound translation, changes gene regulation predictions.
A spatially resolved model of the yeast galactose switch shows that intracellular architecture, especially ER-bound translation, changes gene regulation predictions.
A new PLOS Biology essay proposes that a neuron's capacity to maintain its subtype-defining gene-regulatory machinery may set the stress ...
A new computational pipeline called HiFIseek systematically links damaging non-coding mutations to cancer genes, revealing that regulatory regions of drivers ...
A University of Vienna study finds that an ancient burst of genome reorganization created 3D DNA interactions, or regulatory entanglement, ...
A new study reveals that the regulatory protein GacS acts as a master switch in Pseudomonas fluorescens, coordinating antibiotic production ...
Researchers combined single nucleus RNA-sequencing with GWAS and UK Biobank data to show that an obesity-linked variant in SREBF1 allele-specifically ...
A genome-scale CRISPR screen in human hepatocytes has revealed an extensive network of regulators governing the aryl hydrocarbon receptor, including ...
A single-nucleus atlas of 5.6 million brain cells from 1,384 donors maps cell-type-specific genetic regulation underlying Alzheimer's disease, schizophrenia and ...
An international team has developed OpenCGChromatin, an open-source simulation tool that acts as a computational microscope to reveal how chromatin ...
A new GeroScience study finds that after sexual maturity, housekeeping genes lose transcriptional share to specialized integrative genes across species, ...
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© 2025 Scienmag - Science Magazine