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The basic antisaccade task is as follows:

Subjects view a fixation point and a visual target is presented. Subjects are instructed to make a saccade away from the target (antisaccade).

For this version (from Figure 1 of http://www.sciencedirect.com/science/article/pii/S1878929311000612)

At the onset of each AS trial, participants were first presented with one of two incentive cues (1500 ms) (Fig. 1). For rewarded trials, the cue consisted of three rectangles containing dollar signs ($ $ $), indicating that money could be earned on that trial if correctly performed. Participants were told that they could win up to US $25 based on their performance during the task. However, they did not know how much they could win on any given trial in order to prevent them from keeping a running tally of their earnings and invoking processes (i.e. working memory) separate from inhibitory control and reward processing. For neutral trials, the three consecutive rectangles each contained a dash (– – –), which indicated that no monetary gain was at stake for that trial. After the initial cue, a central red fixation cross subtending ∼0.7° of visual angle appeared (3000 ms), instructing participants to prepare for the target stimulus. The red central fixation then disappeared and a horizontally peripheral target stimulus (yellow spot, subtending ∼0.5°) appeared (1500 ms) at an unpredictable location on the horizontal meridian (±3°, 6°, or 9°). Participants were instructed to refrain from looking at the stimulus when it appeared but instead move their eyes to its mirror location. Target location was randomized within each run. During the VGS trials, participants were presented with a green fixation cross (1500 ms) which instructed them to look toward the peripheral stimulus when it appeared. No incentive cue was provided for VGS trials. The VGS trials were randomly interspersed between the AS trials to minimize the possibility that participants would establish an inhibitory response set (Velanova et al., 2009), but were not further analyzed. As indicated in previous studies, (Ollinger et al., 2001b and Ollinger et al., 2001a), the inter-trial fixation period was jittered between intervals of 1.5, 3, or 4.5 s (uniformly distributed) and consisted of participants simply fixating a central white cross on a black background. Participants performed three functional runs of the task (5 min 2 s each in duration) for a total of 30 reward AS trials, 30 neutral AS trials and 15 VGS trials.
Definition contributed by VSochat about one year ago

Descendant of: antisaccade/prosaccade task
incentive modulated antisaccade task has been asserted to measure the following CONCEPTS
as measured by the contrast:
  • Please add a contrast




as measured by the contrast:
  • Please add a contrast




DISORDERS associated with incentive modulated antisaccade task
No associations have been added.


IMPLEMENTATIONS of incentive modulated antisaccade task
No implementations have been added.
EXTERNAL DATASETS for incentive modulated antisaccade task
Dataset #1 OpenfMRI ds000120
Dataset #2 OpenfMRI ds000121
CONDITIONS

Experimental conditions are the subsets of an experiment that define the relevant experimental manipulation.

CONTRASTS

In the Cognitive Atlas, we define a contrast as any function over experimental conditions. The simplest contrast is the indicator value for a specific condition; more complex contrasts include linear or nonlinear functions of the indicator across different experimental conditions.

INDICATORS

An indicator is a specific quantitative or qualitative variable that is recorded for analysis. These may include behavioral variables (such as response time, accuracy, or other measures of performance) or physiological variables (including genetics, psychophysiology, or brain imaging data).


User Discussion


"This task and its attributes were duplicated from antisaccade/prosaccade task on November 28, 2015."
VSochat (about one year ago)

Term Bibliography

Developmental changes in brain function underlying the influence of reward processing on inhibitory control.
Padmanabhan A, Geier CF, Ordaz SJ, Teslovich T, Luna B
Developmental cognitive neuroscience (Dev Cogn Neurosci)
2011 Oct
Citation added by VSochat about one year ago
Citation Profile

Immaturities in reward processing and its influence on inhibitory control in adolescence.
Geier CF, Terwilliger R, Teslovich T, Velanova K, Luna B
Cerebral cortex (New York, N.Y. : 1991) (Cereb Cortex)
2010 Jul
Citation added by VSochat about one year ago
Citation Profile

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