The moment‐to‐moment focus of our mind's eye results from a complex interplay of
voluntary and involuntary influences on attention. Previous neuroimaging studies suggest …

Frontal eye fields (FEF) and anterior intraparietal sulcus (aIPS) are involved in the control of
voluntary attention in humans, but their functional differences remain poorly understood. We …

Neuroimaging data indicate functional segregation between voluntary and stimulus-driven
control of spatial attention in dorsal and ventral fronto-parietal regions, respectively. While …

Despite behavioral and electrophysiological evidence for dissociations between
endogenous (voluntary) and exogenous (reflexive) attention, fMRI results have yet to …

The voluntary allocation of visuospatial attention depends upon top-down influences from
the frontal eye field (FEF) and intraparietal sulcus (IPS)—the core regions of the dorsal …

Allocation of attentional resources to portions of the available sensory input can be
regulated by bottom–up processes, ie, spontaneous orientation towards an oncoming …

Attentional orientation to a spatial cue and reorientation—after invalid cueing—are mediated
by two distinct networks in the human brain. A bilateral dorsal frontoparietal network …

Lesion and functional brain imaging studies have suggested that there are two anatomically
nonoverlapping attention networks. The dorsal frontoparietal network controls goal-oriented …

Attention facilitates the processing of task-relevant visual information and suppresses
interference from task-irrelevant information. Modulations of neural activity in visual cortex …

Background: The endogenous allocation of spatial attention to selected environmental
stimuli is controlled by prefrontal (frontal eye fields [FEFs]) and parietal (superior parietal …