The striatum is involved in the control of appetitively motivated behavior. We found previously
that tonically active neurons (TANs) in the monkey striatum show discriminative responses …

The detection of differences between predictions and actual outcomes is important for
associative learning and for selecting actions according to their potential future reward. There are …

Tonically active neurons (TANs) in the primate striatum are responsive to rewarding stimuli
and they are thought to be involved in the storage of stimulus–reward associations or habits. …

The tonically active neurons in the monkey striatum respond to stimuli presented during the
performance of appetitively motivated behavior. To test whether these neurons are …

Rewards have many influences on learning, decision-making, and performance. All seem to
rely on complementary actions of two closely related catecholaminergic neuromodulators, …

Abstract Changes in activity of tonically active neurons of the primate striatum are determined
both by the behavioural significance of stimuli and the context in which stimuli are …

Tonically active neurons (TANs) in the monkey striatum are involved in detecting motivationally
relevant stimuli. We recently provided evidence that the timing of conditioned stimuli …

The role of basal ganglia in motivational processes has been under scrutiny in recent
decades, with increasing evidence from clinical studies of cognitive and motivational deficits in …

Apicella, Paul, Sabrina Ravel, Pierangelo Sardo, and Eric Legallet. Influence of predictive
information on responses of tonically active neurons in the monkey striatum. J. Neurophysiol. …

Dopamine neurons are important for reward‐related behaviours. They have been recorded
during classical conditioning and operant tasks with stochastic reward delivery. However, …