Decision-making is motivated by the possibility of obtaining reward and/or avoiding punishment. Though many have investigated behavior associated with appetitive or aversive outcomes, few have examined behaviors that rely on both. Fewer still have addressed questions related to how anticipated appetitive and aversive outcomes interact to alter neural signals related to expected value, motivation, and salience. Here we review recent rodent, monkey, and human research that address these issues. Further development of this area will be fundamental to understanding the etiology behind human psychiatric diseases and cultivating more effective treatments
Individuals weigh information about both rewarding and aversive stimuli tomake adaptive decisions.Mo...
Processing rewarding and aversive signals lies at the core of many adaptive behaviors, including val...
A wealth of evidence supports the notions that (i) the phasic activity of dopamine cells reports a t...
Neuroscientists, psychologists, clinicians, and economists have long been interested in how individu...
Affective brain circuits underpin our moods and emotions. Appetitive and aversive stimuli from our e...
Optimal decision-making entails outcome evaluation, comparing received costs and benefits with p...
economics, and cognitive neuroscience investigating the neural structures and mechanisms underlying ...
Although understanding brain mechanisms of appetitive-aversive interactions is relevant to our daily...
The Reinforcement Sensitivity Theory proposes that a neurobiological system, the Behavioral Activati...
Deficits in decision making are at the heart of many psychiatric diseases, such as substance abuse d...
The ability to perceive and exercise control over an outcome is both desirable and beneficial to our...
SummaryBoth appetitive and aversive outcomes can reinforce animal behavior. It is not clear, however...
Adaptive motivated behavior requires rapid discrimination between beneficial and harmful stimuli. Su...
Decisions are not made in isolation. Rather, they rely on internal states, contextual, temporal, and...
Processing rewarding and aversive signals lies at the core of many adaptive behaviors, including val...
Individuals weigh information about both rewarding and aversive stimuli tomake adaptive decisions.Mo...
Processing rewarding and aversive signals lies at the core of many adaptive behaviors, including val...
A wealth of evidence supports the notions that (i) the phasic activity of dopamine cells reports a t...
Neuroscientists, psychologists, clinicians, and economists have long been interested in how individu...
Affective brain circuits underpin our moods and emotions. Appetitive and aversive stimuli from our e...
Optimal decision-making entails outcome evaluation, comparing received costs and benefits with p...
economics, and cognitive neuroscience investigating the neural structures and mechanisms underlying ...
Although understanding brain mechanisms of appetitive-aversive interactions is relevant to our daily...
The Reinforcement Sensitivity Theory proposes that a neurobiological system, the Behavioral Activati...
Deficits in decision making are at the heart of many psychiatric diseases, such as substance abuse d...
The ability to perceive and exercise control over an outcome is both desirable and beneficial to our...
SummaryBoth appetitive and aversive outcomes can reinforce animal behavior. It is not clear, however...
Adaptive motivated behavior requires rapid discrimination between beneficial and harmful stimuli. Su...
Decisions are not made in isolation. Rather, they rely on internal states, contextual, temporal, and...
Processing rewarding and aversive signals lies at the core of many adaptive behaviors, including val...
Individuals weigh information about both rewarding and aversive stimuli tomake adaptive decisions.Mo...
Processing rewarding and aversive signals lies at the core of many adaptive behaviors, including val...
A wealth of evidence supports the notions that (i) the phasic activity of dopamine cells reports a t...