To determine whether standard-length computerized training enhances working memory (WM), transfers to other cognitive domains and shows sustained effects, when controlling for motivation, engagement, and expectancy.97 post-secondary students (59.8% female) aged 18-35 years with Attention-Deficit/Hyperactivity Disorder, were randomized into standard-length adaptive Cogmed WM training (CWMT; 45-min/session), a shortened-length adaptive version of CWMT (15 min/session) that controlled for motivation, engagement and expectancy of change, or into a no training group (waitlist-control group). All three groups received weekly telephone calls from trained coaches, who supervised the CWMT and were independent from the research team. All were evaluat...
This study evaluated the impact of two interventions—a training program and stimulant medication—on ...
The aim of this dissertation was to determine the efficacy of cognitive training for school-aged chi...
Objective: To evaluate the effects of neurocognitive training methods on targeted cognitive function...
To determine whether standard-length computerized training enhances working memory (WM), transfers t...
Objectives To determine whether standard-length computerized training enhances working memory (WM), ...
This thesis evaluates the effectiveness of study components in order to aid in design refinements fo...
Working memory (WM), which is essential for many academic skills, has been found to predict inattent...
Working memory (WM) refers to the information processing system that is responsible for the maintena...
The aim of the study is to evaluate the long-term near-transfer effects of computerized working memo...
Children with ADHD diagnosis often display working memory deficits, as well as reading and mathemati...
Objective: Studies have shown that children with ADHD profit from working memory training, although ...
Working Memory (WM) is a cognitive system that is strongly related to a person's ability to reason n...
Objective:Deficits in executive functioning, including workingmemory (WM) deficits, have been sugges...
Working memory deficits are consistently found in ADHD children, which might underlie core ADHD symp...
This study evaluated the impact of two interventions—a training program and stimulant medication—on ...
This study evaluated the impact of two interventions—a training program and stimulant medication—on ...
The aim of this dissertation was to determine the efficacy of cognitive training for school-aged chi...
Objective: To evaluate the effects of neurocognitive training methods on targeted cognitive function...
To determine whether standard-length computerized training enhances working memory (WM), transfers t...
Objectives To determine whether standard-length computerized training enhances working memory (WM), ...
This thesis evaluates the effectiveness of study components in order to aid in design refinements fo...
Working memory (WM), which is essential for many academic skills, has been found to predict inattent...
Working memory (WM) refers to the information processing system that is responsible for the maintena...
The aim of the study is to evaluate the long-term near-transfer effects of computerized working memo...
Children with ADHD diagnosis often display working memory deficits, as well as reading and mathemati...
Objective: Studies have shown that children with ADHD profit from working memory training, although ...
Working Memory (WM) is a cognitive system that is strongly related to a person's ability to reason n...
Objective:Deficits in executive functioning, including workingmemory (WM) deficits, have been sugges...
Working memory deficits are consistently found in ADHD children, which might underlie core ADHD symp...
This study evaluated the impact of two interventions—a training program and stimulant medication—on ...
This study evaluated the impact of two interventions—a training program and stimulant medication—on ...
The aim of this dissertation was to determine the efficacy of cognitive training for school-aged chi...
Objective: To evaluate the effects of neurocognitive training methods on targeted cognitive function...