Reaction time (RT) variability on a Stop Signal task was examined among children with attention deficit hyperactivity disorder (ADHD) symptoms and/or dyslexia in comparison to typically developing (TD) controls. Children’s go-trial RTs were analyzed using a novel ex-Gaussian method. Children with ADHD symptoms had increased variability in the fast but not the slow portions of their RT distributions compared to those without ADHD symptoms. The RT distributions of children with dyslexia were similar to those of TD-controls. It is argued that variability in responding may be underpinned by impairments in response preparation or timing during Stop Signal tasks
Background: Intraindividual variability in reaction time (RT) has received extensive discussion as a...
BACKGROUND: Attention deficit hyperactivity disorder (ADHD) and autism spectrum disorder (ASD) show ...
Deficient behavioral inhibition (BI) processes are considered a core feature of attention deficit/hy...
Reaction time (RT) variability on a Stop Signal task was examined among children with attention defi...
Reaction time (RT) variability on a Stop Signal task was examined among children with attention defi...
Children with attention-deficit/hyperactivity disorder (adhd) are characterized by persistent patter...
Increased reaction time variability (RTV) is one of the most replicable behavioral correlates of att...
Differences in reaction time (RT) variability have been documented between children with and without...
Objective: Increased response-time (RT) fluctuations below 0.2 Hz have been reported as characterist...
Intra-individual variability in behavior and functioning is ubiquitous among children with attention...
Individuals with ADHD are characterized as ubiquitously slower and more variable than their unaffect...
Individuals with ADHD are characterized as ubiquitously slower and more variable than their unaffect...
Response time (RT) variability is a common finding in ADHD research. RT variability may reflect fron...
Objective: To determine the potential of inhibitory performance, response speed, and response accura...
According to the state regulation deficit (SRD) account, ADHD is associated with a problem using ef...
Background: Intraindividual variability in reaction time (RT) has received extensive discussion as a...
BACKGROUND: Attention deficit hyperactivity disorder (ADHD) and autism spectrum disorder (ASD) show ...
Deficient behavioral inhibition (BI) processes are considered a core feature of attention deficit/hy...
Reaction time (RT) variability on a Stop Signal task was examined among children with attention defi...
Reaction time (RT) variability on a Stop Signal task was examined among children with attention defi...
Children with attention-deficit/hyperactivity disorder (adhd) are characterized by persistent patter...
Increased reaction time variability (RTV) is one of the most replicable behavioral correlates of att...
Differences in reaction time (RT) variability have been documented between children with and without...
Objective: Increased response-time (RT) fluctuations below 0.2 Hz have been reported as characterist...
Intra-individual variability in behavior and functioning is ubiquitous among children with attention...
Individuals with ADHD are characterized as ubiquitously slower and more variable than their unaffect...
Individuals with ADHD are characterized as ubiquitously slower and more variable than their unaffect...
Response time (RT) variability is a common finding in ADHD research. RT variability may reflect fron...
Objective: To determine the potential of inhibitory performance, response speed, and response accura...
According to the state regulation deficit (SRD) account, ADHD is associated with a problem using ef...
Background: Intraindividual variability in reaction time (RT) has received extensive discussion as a...
BACKGROUND: Attention deficit hyperactivity disorder (ADHD) and autism spectrum disorder (ASD) show ...
Deficient behavioral inhibition (BI) processes are considered a core feature of attention deficit/hy...