The antisaccade task is a measure of volitional control of behavior sensitive to fronto-striatal dysfunction. Here we outline important issues concerning antisaccade methodology, consider recent evidence of the cognitive processes and neural mechanisms involved in task performance, and review how the task has been applied to study psychopathology. We conclude that the task yields reliable and sensitive measures of the processes involved in resolving the conflict between volitional and reflexive behavioral responses, a key cognitive deficit relevant to a number of neuropsychiatric conditions. Additionally, antisaccade deficits may reflect genetic liability for schizophrenia. Finally, the ease and accuracy with which the task can be administe...
Background: Antisocial personality is characterised by impulsive behaviour and a pervasive disregard...
Background: Despite its inhibitory control requirements, antisaccade deficits have been consistently...
A commentary on Re-starting a neural race: anti-saccade correction by Noorani, I., and Carpenter...
Antisaccade performance deficits in schizophrenia are generally interpreted as an impaired top–down ...
AbstractDeficits in the adaptive, flexible control of behavior contribute to the clinical manifestat...
Deficits in the adaptive, flexible control of behavior contribute to the clinical manifestations of ...
The antisaccade (AS) task is considered a prominent measure of inhibitory control, but it is still u...
The antisaccade task is considered a test of cognitive control because it creates a conflict between...
Antisaccade performance deficits in schizophrenia are generally interpreted as an impaired top-down ...
Smooth pursuit eye movement (SPEM) and antisaccade deficits have been proposed as schizophrenia spec...
The antisaccade task requires participants to inhibit the reflexive tendency to look at a sudden ons...
In the antisaccade task, pre-cueing the location of a correct response has the paradoxical effect of...
Objective: Impaired antisaccade performance is a consistent cognitive finding in schizophrenia. Anti...
Background: The antisaccade (AS) paradigm is frequently used to assess errors in reflexive behaviora...
BACKGROUND: Eye tracking deficits are one of a few widely validated behavioral markers of risk for s...
Background: Antisocial personality is characterised by impulsive behaviour and a pervasive disregard...
Background: Despite its inhibitory control requirements, antisaccade deficits have been consistently...
A commentary on Re-starting a neural race: anti-saccade correction by Noorani, I., and Carpenter...
Antisaccade performance deficits in schizophrenia are generally interpreted as an impaired top–down ...
AbstractDeficits in the adaptive, flexible control of behavior contribute to the clinical manifestat...
Deficits in the adaptive, flexible control of behavior contribute to the clinical manifestations of ...
The antisaccade (AS) task is considered a prominent measure of inhibitory control, but it is still u...
The antisaccade task is considered a test of cognitive control because it creates a conflict between...
Antisaccade performance deficits in schizophrenia are generally interpreted as an impaired top-down ...
Smooth pursuit eye movement (SPEM) and antisaccade deficits have been proposed as schizophrenia spec...
The antisaccade task requires participants to inhibit the reflexive tendency to look at a sudden ons...
In the antisaccade task, pre-cueing the location of a correct response has the paradoxical effect of...
Objective: Impaired antisaccade performance is a consistent cognitive finding in schizophrenia. Anti...
Background: The antisaccade (AS) paradigm is frequently used to assess errors in reflexive behaviora...
BACKGROUND: Eye tracking deficits are one of a few widely validated behavioral markers of risk for s...
Background: Antisocial personality is characterised by impulsive behaviour and a pervasive disregard...
Background: Despite its inhibitory control requirements, antisaccade deficits have been consistently...
A commentary on Re-starting a neural race: anti-saccade correction by Noorani, I., and Carpenter...