Eye movements away from a new object (antisaccades) are slower than towards it
(prosaccades). This finding is assumed to reflect the fact that prosaccades to new objects …

In the present study, we investigated the distribution of attention before antisaccades. We
used a dual task paradigm, in which participants made prosaccades or antisaccades and …

It is well known that pro-and antisaccades may deploy different cognitive processes.
However, the specific reason why antisaccades have longer latencies than prosaccades is …

In five experiments we compared prosaccade and antisaccade performance in normal
human observers. This was first examined for visual stimulation in temporal or nasal …

Antisaccades involve the suppression of a pre-potent prosaccade and a vector inversion to
generate the novel ocular motor response of looking away from the target. Antisaccades …

Antisaccades are slower in peak velocity, more dysmetric, and longer in latency than
prosaccades. This study used a novel visually guided antisaccade task to determine how …

Antisaccades entail decoupling the spatial relations between stimulus and response and
executing a saccade to a target's mirror-symmetrical location. The indirect spatial relations …

Antisaccades produce longer reaction times (RT) than their prosaccade counterparts and
this latency increase has been linked to an oculomotor 'pre-setting'that prevents the …

Several current models hold that frontoparietal areas exert cognitive control by biasing task-
relevant processing in other brain areas. Previous event-related functional magnetic …

Antisaccades are widely used in the study of voluntary behavioural control: a subject told to
look in the opposite direction to a stimulus must suppress the automatic response of looking …