Childhood Learning Environments Shape the Maturing Brain Circuits of Attention
New research links children's learning environments to age-related differences in the thalamocortical brain circuits that support attention.
New research links children's learning environments to age-related differences in the thalamocortical brain circuits that support attention.
A new Nature Neuroscience study shows that the mammalian brain is assembled from two parallel lineage-restricted progenitors that emerge simultaneously ...
Rats exposed to six hours of daily audiovisual overstimulation after weaning developed autism-like behaviors and enlarged amygdala subregions, a new ...
New research in iScience identifies the blood-brain barrier transporter SLC38A2 as a critical route for dietary L-serine entry into the ...
New research in Translational Psychiatry shows that sodium butyrate, a gut-derived histone deacetylase inhibitor, can rescue long-term neurodevelopmental deficits caused ...
A large-scale neuroimaging study shows that individual deviations from normative white-matter development in association networks can predict ADHD symptom trajectories ...
The intricacies of brain development, particularly the spatial regulation of gene expression across the cortex, remain a frontier in neuroscience. ...
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© 2025 Scienmag - Science Magazine