Amy C. Janes

In 8,672 ABCD preadolescents, one canonical-correlation-derived brain morphology variate links higher cognition with lower psychopathology and tracks cumulative psychiatric diagnoses and 2-year diagnostic transitions.

This paper identifies physiological arousal as a major source of individual differences in functional brain networks, showing strong correlations between arousal and network properties across multiple sessions and samples.

The paper identifies human striatal population states resembling canonical SPN states and shows their modulation by task demands, arousal, and behavior using fMRI data.

This study links WM maturation in preadolescence to cognitive performance and future psychiatric disorders using normative models of brain age.

This study shows that resting-state dynamics of an attentional network predict task-based brain activation changes under different pharmacological conditions.

The paper identifies a systematic inflation of functional connectivity in fMRI scans over time and proposes a solution to mitigate this artifact.