The loss of control over drug intake that occurs in addiction was initially believed to result
from disruption of subcortical reward circuits. However, imaging studies in addictive …

Background: Several current theories emphasize the role of cognitive control in addiction.
The present review evaluates neural deficits in the domains of inhibitory control and error …

Aims Deficits in behavioural inhibitory control are attracting increasing attention as a factor
behind the development and maintenance of substance dependence. However, evidence …

A principal feature of drug addiction is a reduced ability to regulate control over the desire to
procure drugs regardless of the risks involved. Traditional models implicated the neural …

The prevailing view is that recreational methamphetamine use causes a broad range of
severe cognitive deficits, despite the fact that concerns have been raised about …

Methamphetamine (MA) is one of the most commonly abused illicit substances worldwide.
Among other problems, abuse of the drug has been associated with reduced cognitive …

Neuroimaging techniques are starting to reveal significant overlap in the brain circuitry
underlying addiction and disorders of dyscontrol over rewarding behaviors (such as binge …

Background The brain undergoes major remodeling during adolescence, resulting in
improved cognitive control and decision-making and reduced impulsivity, components of …

Psychological research has placed great emphasis on inhibitory control due to its integral
role in normal cognition and clinical disorders. The stop-signal task and associated measure …

Background The present study integrated behavioral and neuroelectric approaches for
determining the dose–response relationships between exercise intensity and …