Tandem Repeat DNA Variation Drives Cell Type-Specific Gene Regulation in Immune Cells
A large-scale multiomic study reveals that tandem repeat variation drives cell type-specific gene expression across human immune cells.
A large-scale multiomic study reveals that tandem repeat variation drives cell type-specific gene expression across human immune cells.
Different Drosophila cell types impose distinct intracellular selective pressures that shape the replication and evolutionary trajectories of Drosophila C virus.
Contextual uncertainty during encoding reduces differences between coordinate error patterns and promotes reliance on Cartesian spatial representations.
Single-neuron recordings in rats show that hippocampal place cells link the salient emotional experiences of other individuals to the observer's ...
A qualitative study of 18 rural adults with type 2 diabetes found that pain disrupted movement, sleep, household work and ...
An observational study in northern Poland associated the occurrence of Solanum nitidibaccatum with the environmental conditions, plant traits and diversity ...
Deep beneath the limestone hills of southeastern Spain, a tiny blind beetle is quietly rewriting what scientists thought they knew ...
A controlled-breathing study shows that inhale-holds and exhale-holds push cortical activity and heart rate into distinct dynamical regimes, revealing respiration ...
A virtual reality experiment with 55 participants found no gender differences in public speaking anxiety or expert-rated performance, yet machine ...
A pair of experiments with nearly 70 children shows that a brief play session makes preschoolers prefer one adult over ...
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© 2025 Scienmag - Science Magazine