<p>Regions of activation associated with the perceptual conflict condition between good and poor performers (p<.005 uncorr., k>70 voxels) and corresponding beta estimates. Using ANOVAs activation clusters elicited by good performers were seen in the RG (BA 11), ACC (BA 25), IPL (BA 40) and visual areas V2 and V3. Poor performers robustly activated only the IPL (BA 39). Corresponding beta estimates revealed significant differences between good and poor performers in any of these regions.</p
In visual conflict tasks (e.g., Stroop or flanker), response times (RTs) are generally longer on inc...
A typical scene contains many different objects that compete for neural representation due to the li...
AbstractPsychophysical contrast increment thresholds were compared with neuronal responses, inferred...
<p>Brain regions significantly activated across good (N = 8) and poor performers (N = 8) on perceptu...
<p>Random effects analyses of perceptual conflict trials (p<.005 uncorr., k>70 voxels) showed differ...
<p>(<b>A</b>) On successful perceptual conflict trials regression analyses revealed a significant po...
Attentional mechanisms are a crucial prerequisite to organize behavior. Most situations may be chara...
Attentional mechanisms are a crucial prerequisite to organize behavior. Most situations may be chara...
<p>Brain regions showing significant activations across the total sample (N = 24) and good performer...
The feed back-related negativity (FRN) in brain potentials is typically observed for the outcome eva...
A multitude of sensory inputs needs to be processed during sensorimotor integration. A crucial facto...
<p>Brain regions showing significant positive and negative correlations across the total sample (N =...
Studies that aim to understand the neural correlates of response conflicts commonly probe frontal br...
How we exert control over our decision-making has been investigated using conflict tasks, which invo...
<p>(A) Greater bilateral amygdala activation for affect-rich choices. (B) Region-by-condition intera...
In visual conflict tasks (e.g., Stroop or flanker), response times (RTs) are generally longer on inc...
A typical scene contains many different objects that compete for neural representation due to the li...
AbstractPsychophysical contrast increment thresholds were compared with neuronal responses, inferred...
<p>Brain regions significantly activated across good (N = 8) and poor performers (N = 8) on perceptu...
<p>Random effects analyses of perceptual conflict trials (p<.005 uncorr., k>70 voxels) showed differ...
<p>(<b>A</b>) On successful perceptual conflict trials regression analyses revealed a significant po...
Attentional mechanisms are a crucial prerequisite to organize behavior. Most situations may be chara...
Attentional mechanisms are a crucial prerequisite to organize behavior. Most situations may be chara...
<p>Brain regions showing significant activations across the total sample (N = 24) and good performer...
The feed back-related negativity (FRN) in brain potentials is typically observed for the outcome eva...
A multitude of sensory inputs needs to be processed during sensorimotor integration. A crucial facto...
<p>Brain regions showing significant positive and negative correlations across the total sample (N =...
Studies that aim to understand the neural correlates of response conflicts commonly probe frontal br...
How we exert control over our decision-making has been investigated using conflict tasks, which invo...
<p>(A) Greater bilateral amygdala activation for affect-rich choices. (B) Region-by-condition intera...
In visual conflict tasks (e.g., Stroop or flanker), response times (RTs) are generally longer on inc...
A typical scene contains many different objects that compete for neural representation due to the li...
AbstractPsychophysical contrast increment thresholds were compared with neuronal responses, inferred...