Abstract
Conclusions: Different patterns of fMRI activation were observedpostMPHandPL.Whilst the role of prefrontal andparietal regions in cognitive control is well established, that of the occipital cortex is less so. Increased activation of visual pathways in AMD postMPHmay be necessary to bias selective attentionmechanisms towards the task-relevant stimulus feature. The results from this study inform us how MPH acts in the brains of AMD and provide insights for potential behavioural or pharmacological interventions. Financial support: NZPERF, UoAFDRF, Oakley.
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