Your Brain Learns New Weight Clues as Fast as Familiar Ones
A Durham University study finds that the brain's grip force predictions can rapidly learn arbitrary visual weight cues, whether shown ...
A Durham University study finds that the brain's grip force predictions can rapidly learn arbitrary visual weight cues, whether shown ...
INRAE researchers used AI-predicted olfactory receptor structures to identify, for the first time, the sex pheromone of the lily moth, ...
A new study in C. elegans shows that a conserved CYL-1/CDK-11/EELO-1 complex couples pre-mRNA splicing and transcription to embryonic cell ...
A genomic study of 445 Iberian livestock dogs shows that centuries of transhumance preserved high genetic diversity and blurred the ...
A new study of the colonial cnidarian Hydractinia symbiolongicarpus shows that its adult pluripotent stem cells are transcriptionally and morphologically ...
A single-nucleus transcriptomic atlas of the adult Pacific oyster reveals that its cerebral and visceral ganglia are molecularly specialized, with ...
A new comparative multiomics study identifies hundreds of fast-evolving genes and regulatory elements in African mole-rats, revealing selection-driven changes linked ...
Human intestinal organoids reveal that loss of WNT2B disrupts epithelial architecture and stem cell activity, with mesenchymal WNT2B deficiency producing ...
A new lipidomics study shows that mitochondria maintain a stable major lipid composition while the rest of the developing neural ...
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© 2025 Scienmag - Science Magazine