Iron levels in brain tissue rise during development and are correlated with cognitive abilities, according to research in children and young adults published today in JNeurosci.
Brain cells stay healthy in part by storing iron. It is most concentrated in the basal ganglia, a brain region that filters incoming information from moment to moment and suggests the best action to take. Low iron in the basal ganglia during early life is linked to cognitive impairment, yet we don't know how iron levels change during typical development.
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University of Pennsylvania researchers examined brain iron levels through magnetic resonance imaging brain scans from the Philadelphia Neurodevelopmental Cohort, a dataset of scans from over 1500 children and young adults ranging from age 8 to 26. The research team found that brain iron levels in the basal ganglia steadily increase throughout development and, in two subregions, continue to increase into adulthood. Decreased brain iron in one subregion, the putamen, was correlated with impaired performance on cognitive tasks involving reasoning and spatial processing, suggesting that brain iron is needed for healthy cognitive development.