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 …

An antisaccade is the execution of a saccade to the mirror-symmetrical location (ie, same
amplitude but opposite visual field) of a single and exogenously presented visual target …

In the present study, we examined the effect of attentional demands on the antisaccade cost
(the latency difference between antisaccades and prosaccades). Participants performed a …

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 …

Prior to the onset of a saccadic eye movement, perception is facilitated at the saccade target
location. This has been attributed to a shift of attention. To test whether presaccadic attention …

The presentation of a remote–but not proximal–distractor concurrent with target onset
increases prosaccade reaction times (RT)(ie, the remote distractor effect: RDE). The …

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 …

In the present study we examined the antisaccade cost (latency difference between
antisaccades and prosaccades) in a variety of search tasks. In a series of experiments …

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 …