Christine Wu Nordahl is professor of psychiatry and behavioral sciences at the University of California, Davis MIND Institute.
Christine Wu Nordahl
Assistant professor
University of California, Davis
From this contributor
Early brain enlargement augurs distinct form of autism
A minority of boys with autism have brains that are unusually large relative to their bodies — a trait tied to regression and intellectual disability.
Early brain enlargement augurs distinct form of autism
Questions for Nordahl, Mello: Scans for children with autism
Techniques used in behavioral interventions could help scientists scan the brains of children who have both autism and intellectual disability.
Questions for Nordahl, Mello: Scans for children with autism
Charting typical brain development
How can we characterize what is atypical when we don’t fully understand what typical brain development looks like, particularly under the age of 5? Christine Wu Nordahl explains the importance of scanning the brains of typically developing children.
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Dispute erupts over universal cortical brain-wave claim
The debate highlights opposing views on how the cortex transmits information.
Dispute erupts over universal cortical brain-wave claim
The debate highlights opposing views on how the cortex transmits information.
Waves of calcium activity dictate eye structure in flies
Synchronized signals in non-neuronal retinal cells draw the tiny compartments of a fruit fly’s compound eye into alignment during pupal development.
Waves of calcium activity dictate eye structure in flies
Synchronized signals in non-neuronal retinal cells draw the tiny compartments of a fruit fly’s compound eye into alignment during pupal development.
Among brain changes studied in autism, spotlight shifts to subcortex
The striatum and thalamus are more likely than the cerebral cortex to express autism variants or bear transcriptional changes, two unpublished studies find.
Among brain changes studied in autism, spotlight shifts to subcortex
The striatum and thalamus are more likely than the cerebral cortex to express autism variants or bear transcriptional changes, two unpublished studies find.