Cana Brain Research: Subjective reward value coding for visual stimuli in human striatum and prefrontal cortex.

There is little research on the neural representation of the subjective reward values of visual stimuli and the role of these subjective assessments in the development of related addictive behaviorsThe authors used functional magnetic resonance imaging () to study how neuroresponsiveness was associated with personal preferenceMethod: A man viewed different film clips during the scanCollect seisphons and use them as parameter regulators in functional magnetic resonance imaging analysisThe subjects also filled out questionnaires about self-reported symptoms of problematic sexual use (First, we found a positive correlation between the neuroresis of the interstitution in the nucleotail-shaped nucleoandand and penalmal cortex of all the subjects and the individual scoresThe correlation intensity between the second neuroactivity and the level of sexual arousal was positively correlated with the self-reported symptomsResults: The first results show that the award assessment area can be accurately evaluated based on individual preferences in established reward assessment areasSecond, stronger neurodifferentiation based on a preference for participants with more symptoms indicates that individual preference matching is becoming more important in these individualsThis high correspondence between individual preferences and neural activity may enhance the way to find and respond to these preferred stimuli by increasing the incentive significant signals to promote developmentOriginal link: Original source: Original content presentation ends To determine whether the login is over.