The value of rewards arises from multiple hedonic and motivational dimensions. Reward-encoding brain regions such as the ventral striatum (VS) are known to process these dimensions. However, the mechanism whereby distinct reward dimensions are selected for neural processing and guiding behavior remains unclear. Here, we used functional imaging to investigate how human individuals make either hedonic (liking) or motivational (wanting) evaluations of everyday items. We found that the two types of evaluations were differently modulated depending on whether participants won or lost these items. Neural activity in the VS encoded both hedonic and motivational dimensions of reward, whereas ventromedial prefrontal activity encoded primarily motivat...
Incentive delay tasks implicate the striatum and medial frontal cortex in reward processing. However...
Although theoretical discourse and experimental studies on the self- and reward-biases have a long t...
Item does not contain fulltextThe neural processing of reward can be differentiated into two sub-com...
The value of rewards arises from multiple hedonic and motivational dimensions. Reward-encoding brain...
The value of rewards arises from multiple hedonic and motivational dimensions. Reward-encoding brain...
Reward-seeking behavior depends critically on processing of positive and negative information at var...
Reward processing engages diverse brain regions, including multiple prefrontal regions and the basal...
The ventral striatum is implicated in the affective processing of reward, which can be divided into ...
A–B. Behaviorally relevant encoding of wanting or liking levels in the VS. A. Conjunction of the PMs...
When an economic decision is taken, it is between goals with different values, and the values must b...
One fundamental question concerning brain reward mechanisms is to determine how reward-related activ...
International audienceReward comparison in the brain is thought to be achieved through the use of a ...
Introduction: Rewarding and punishing stimuli elicit BOLD responses in the affective division of the...
Although theoretical discourse and experimental studies on the self and reward biases have a long tr...
An essential function of the nervous system is to direct reward-seeking behavior in order to maximiz...
Incentive delay tasks implicate the striatum and medial frontal cortex in reward processing. However...
Although theoretical discourse and experimental studies on the self- and reward-biases have a long t...
Item does not contain fulltextThe neural processing of reward can be differentiated into two sub-com...
The value of rewards arises from multiple hedonic and motivational dimensions. Reward-encoding brain...
The value of rewards arises from multiple hedonic and motivational dimensions. Reward-encoding brain...
Reward-seeking behavior depends critically on processing of positive and negative information at var...
Reward processing engages diverse brain regions, including multiple prefrontal regions and the basal...
The ventral striatum is implicated in the affective processing of reward, which can be divided into ...
A–B. Behaviorally relevant encoding of wanting or liking levels in the VS. A. Conjunction of the PMs...
When an economic decision is taken, it is between goals with different values, and the values must b...
One fundamental question concerning brain reward mechanisms is to determine how reward-related activ...
International audienceReward comparison in the brain is thought to be achieved through the use of a ...
Introduction: Rewarding and punishing stimuli elicit BOLD responses in the affective division of the...
Although theoretical discourse and experimental studies on the self and reward biases have a long tr...
An essential function of the nervous system is to direct reward-seeking behavior in order to maximiz...
Incentive delay tasks implicate the striatum and medial frontal cortex in reward processing. However...
Although theoretical discourse and experimental studies on the self- and reward-biases have a long t...
Item does not contain fulltextThe neural processing of reward can be differentiated into two sub-com...